cell_name	annotation	seurat_clusters
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TAGAGAGTATGCTCTCGCCT	Neural
progenitors	1
16_18_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TATCCAGGTGATGATCGTA	Ventral
midline	9
16_18_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.TCCAATAGTTCGCCTCGAAC	Neural
progenitors	11
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TCCTCGAGTTGATACGAGT	Sensory
progenitors	6
16_18_exp10_idx1TATTAGACTT_idx2CGACTACCAA.GGTTCGAGTGGTCCAGGAG	Neural
progenitors	11
16_18_exp3_idx1AGACCATATC_idx2CGATCATTAC.TAAGACCGTCCGTTGACTT	Sensory
progenitors	14
16_18_exp3_idx1ATTATGCAAG_idx2TGATAGAACG.TGCGTAGTTCATCCGACTA	Sensory
progenitors	6
16_18_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GGCGCATTTGTCCAACTCA	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCAACGTTTGCAAGGAATA	Immature
neurons	8
16_18_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CGAGATGCTCTGATTAAGA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGGCGACTTTGGAGTCGG	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GAGCGGTATGGCTATGACT	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGACGAGGTCCTAGCGCCT	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCGTCTATTTTTAGGATCTA	Immature
neurons	8
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTATCGCATCATTATTACC	Immature
neurons	8
16_18_exp10_idx1ATAAGGACTC_idx2GTCGCTCAGT.GTCTCTACTTATATACTAA	Immature
neurons	7
16_18_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TACTTGCGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TTCGCATAATATCCATGACT	Immature
neurons	7
16_18_exp10_idx1TATTAGACTT_idx2CGTCCGTCCT.TACTTGCGTAATACGCAGG	Neural
progenitors	11
16_18_exp3_idx1GAGCGCGATG_idx2CTCGTCTAGG.GATACGTCTCCGCTGCCAG	Immature
neurons	8
16_18_exp3_idx1GCATCGTATG_idx2GACCTCTCTG.CCGTCGATTCAACCGCTAA	Immature
neurons	2
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTCGCATAATTTAGATTCCG	Immature
neurons	2
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CAACGCAGTCCGTCGGAGG	Immature
neurons	7
16_18_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.ATGCCAAGTTTAGGATCTA	Immature
neurons	8
16_18_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TTGAGAGATTTTGGTCATAA	Immature
neurons	7
16_18_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.ACGAGGTTTATTGCGCTGA	Immature
neurons	8
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GACTGACGTCTGATTAAGA	Immature
neurons	7
16_18_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GTCGGCAATCATGCTGGTT	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CGCCGTAATCTGCTTCGAC	Immature
neurons	7
16_18_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCGCGCATTACTCTCTCAA	Immature
neurons	8
16_18_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TACGGTAGTACTATCTTGA	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GGTTGGCATGGTCGCGTCA	Head epid.
/muscle	4
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TATCCAGGTTGATACGAGT	Head epid.
/muscle	4
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGCTCCTATTTGGTCATAA	Immature
neurons	8
16_18_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GACTACCATAAGCCGGCTG	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TAGGTACTATCAAGATTAAG	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.CCATCAGGTTTGAGTATCA	Immature
neurons	8
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTGCTGAATCCGCGGACCG	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GAAGAGGCTAACTGATCTT	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCAGGAGATCGTCCGTCCT	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTCGGCAATACTATCTTGA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCCGTATGTGCTCTCGCCT	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCCGACGTCTGATTAAGA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCTTAACCTCTGATTAAGA	Immature
neurons	8
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGCGCATTTGTCATTGCGC	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CCGAGAGATTATTACTCAT	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGCGCATTTGGCATAGCTT	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TAACTAAGGTCTGCTTCGAC	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTTCATGCTCATTATTACC	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATTGAGGTTTCTATAAGGA	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CATCGGACTCCGCGGACCG	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGCGTAGTTACTATCCGCA	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTTGCAAGTTTAACGTACC	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCGTAGCGTTACTTACTTA	Immature
neurons	7
16_18_exp10_idx1AATACGATAA_idx2AACTTATAAG.TTAATGAGCTACTTAACCTT	Immature
neurons	7
16_18_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TCTACTTACTCCTAGCGCCT	Immature
neurons	7
16_18_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.TATTCGGCTAACGGACCAA	Immature
neurons	8
16_18_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.TTGGCTCATCCTAGCGCCT	Immature
neurons	7
16_18_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.TTGACCAGTGCTCTCGCCT	Immature
neurons	8
16_18_exp10_idx1AGACCATATC_idx2AACGAGGCTA.GCTCTTAGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AGGATTACCA.GACCAGGATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.ACGTTGCTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TATCATGAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.TGGTTGAATTTATATACTAA	Immature
neurons	7
16_18_exp10_idx1ATGGCGCCTG_idx2AGGTCAATTA.TAGTTACCTTACTTAACCTT	Immature
neurons	7
16_18_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.AAGGATTACTCATTATTACC	Immature
neurons	7
16_18_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.GCATCCAGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.AGATCGGATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.GATACGTCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TCTATAAGGA.TTGGAGTTATAACGGACCAA	Immature
neurons	8
16_18_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TAGGTACTATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TATAAGAGGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.GGCTAAGATACCGCCAACC	Immature
neurons	7
16_18_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.TTCTCATTGTGATGATCGTA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.GCTGGCTATCATCTCTGCA	Immature
neurons	7
16_18_exp10_idx1TATAATAGTT_idx2AACGAGGCTA.TCGAGAAGTGGTCCAGGAG	Immature
neurons	7
16_18_exp10_idx1TATAATAGTT_idx2ACGCAACTCC.AACTGGCATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TACGGTAGTCATTATTACC	Immature
neurons	7
16_18_exp10_idx1TATTAGACTT_idx2CATGCATCTC.AACTGGCATCCTAGCGCCT	Immature
neurons	8
16_18_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TCATAGAGTTTTAGGATCTA	Immature
neurons	7
16_18_exp10_idx1TCTTGAGGTT_idx2TCATCTCGAT.CAGCAAGTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2CCTAGCGCCT.TAGCCAATTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2AGATCCTATA.GCAGATACTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2AAGCCGGCTG.TTCTTAACCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.AGTATTAGCTACCGCCAACC	Immature
neurons	8
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.TTGGAGTTATGGTCCAGGAG	Immature
neurons	7
16_18_exp3_idx1GCGCGTTCAT_idx2AGCGTCAATG.TTGAGTCCTAGGTTAGTTC	Immature
neurons	8
16_18_exp3_idx1GCTTGAAGAG_idx2GGTAGGTCTC.ATGGAGAGTGCTCAGCCGG	Immature
neurons	7
16_18_exp3_idx1TGGACGACTA_idx2GATGATCGTA.AAATTCCTCTATAGTCGTAG	Immature
neurons	8
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ATGCCAAGTTCCGTCGCCA	Neural
progenitors	11
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTCCTGCATTTAGGATCTA	Mature
neurons	10
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCGTCTCATTGATGGCCTT	Mature
neurons	10
16_18_exp1_idx1TAGGTAACTT_idx2CCGTCGGAGG.TCCGGTCATGGCTATGACT	Mature
neurons	10
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCAACGTTTCAAGTACTGG	Mature
neurons	10
16_18_exp10_idx1AGACCATATC_idx2CGATCATTAC.TATATGCGTTGCTCTCGCCT	Immature
neurons	12
16_18_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.TGAATCTGATGCTCTCGCCT	Mature
neurons	10
16_18_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TCGTTCTGTAGCTTATCCG	Immature
neurons	12
16_18_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GAGACTAGTCCGCGGACCG	Immature
neurons	7
16_18_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TCATGGCTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TTGAGTATCA.GCGGTATATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TCTATAAGGA.AACTGGCATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.AACTGGCATATCCATGACT	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CTAGTACGTCTGCTTCGAC	Immature
neurons	8
16_18_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.GACCAGGATGGTCCAGGAG	Sensory
progenitors	14
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCAGATACTAGCGTCAATG	Immature
neurons	8
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATGACTTGTCGCCTCGAAC	Immature
neurons	8
16_18_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TTGGCTCATTTAACGTACC	Immature
neurons	8
16_18_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GTAAGCTCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.ACGAGGTTTAACGAGGCTA	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TAACTAAGGTCGCCTCGAAC	Immature
neurons	8
16_18_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.ACCTTCGGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2ACGTTCAACC.TTTGCTACTTCATTATTACC	Immature
neurons	8
16_18_exp10_idx1AGGTCAGCTT_idx2TCCGGTAATC.TATAAGAGGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TATTCGGCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CATGCATCTC.TCAGCTTCTAACGGACCAA	Immature
neurons	8
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.CAGTATCCTCCTAGCGCCT	Immature
neurons	8
16_18_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.TCCTATTCTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.TAGAGCCTTACTACTGAAG	Immature
neurons	8
16_18_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.TCGAAGGATAATTGCCTAC	Immature
neurons	8
16_18_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.TAATCAGCTTATTCAGGTAC	Immature
neurons	8
16_18_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCCGTATGTTGGAACTAGA	Mature
neurons	10
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCGCCAACTCCTAGCGCCT	Immature
neurons	8
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.AAGCGCCATCGAGCTGCCA	Immature
neurons	8
16_18_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TGCCTATTATTTAACGTACC	Immature
neurons	8
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCATGGCTTTGATACGAGT	Immature
neurons	8
16_18_exp10_idx1AGGTCAGCTT_idx2ATAGGATATG.GCGTACTTTGCCATTCTCC	Immature
neurons	8
16_18_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.TAAGGTTCATTTAGGATCTA	Immature
neurons	8
16_18_exp10_idx1TATTAGACTT_idx2CATTATTACC.TATCTCGATTCTGATTAAGA	Immature
neurons	8
16_18_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GTTGCAAGTTTAGGATCTA	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GTTGCTCCTCTCGTCTAGG	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CTCCTCGTTTCTATAAGGA	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGTTCGAGTTTGGTCATAA	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCAGCGGTTAGTTGCATCT	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCCAATAGTTCCAGGTCTAC	Mature
neurons	10
16_18_exp1_idx1AGACCATATC_idx2ACGCAACTCC.CTGCTGAATAACGGACCAA	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TAACTAAGGTTTGGTCATAA	Immature
neurons	8
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ACCGTAGCTATTGCGCTGA	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCTGAAGCTTTGGTCATAA	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCTTCTGGTGGTCCAGGAG	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TACGGTAGTACTATCTTGA	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGCTCCTATACTATCTTGA	Immature
neurons	8
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCGCGGATCAAGCTTCAT	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.ACGCCATATCAAGCTTCAT	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CGCCGTAATTTAGATTCCG	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GGATAGGTTACGAGGACCT	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TATGCGATTTGGATCTGCAG	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TTCAACTGATAATTGCCTAC	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GCGGAGAATCGCCTCGAAC	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TATGACTTGTCATTATTACC	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TTCGCATAATAACGAGGCTA	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.ACGCCATATACTATCTTGA	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.ATTGCCGGTCAAGCTTCAT	Mature
neurons	10
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTATCTCCTTTAACGTACC	Mature
neurons	10
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGATAGGTTACGTTCAACC	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGTTCGAGTACTATCTTGA	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.TAAGACCGTTATTACTCAT	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.TAGTTACCTTGACCTCTCTG	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2TGCCAGATGG.ACCTTCGGTCGTCCGTCCT	Mature
neurons	10
16_18_exp1_idx1AGACCATATC_idx2TGCCAGATGG.AGCAACGATTTAACGTACC	Mature
neurons	10
16_18_exp1_idx1AGACCATATC_idx2TGCCAGATGG.AGTTGCGCTCATTATTACC	Immature
neurons	8
16_18_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CGCCGTAATACTATCTTGA	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GTCGGCAATGATGATCGTA	Immature
neurons	8
16_18_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TACGGTAGTGGTCGCGTCA	Immature
neurons	8
16_18_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TTGAGAGATTGACCTCCGCC	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TTGAGAGATTTACTTACTTA	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.ATTGCCGGTTCTAGAACTA	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.GAACGGCTTACTCTCTCAA	Immature
neurons	8
16_18_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GCTCGAGATCCGCTATATT	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AGCAACGATAATTATCAGC	Mature
neurons	5
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ATTGCCGGTCAAGTACTGG	Immature
neurons	8
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACTACCATTTGGTCATAA	Mature
neurons	10
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GAGCGGTATAGTTGCATCT	Mature
neurons	5
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCAGGAGATTTAGGATCTA	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCGCGCATTAACGGACCAA	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.ACCGTAGCTACTATCTTGA	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.AGGCATCATCCTAGCGCCT	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTAGTACGTGATGATCGTA	Mature
neurons	10
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCGGTATATAGTTGCATCT	Mature
neurons	10
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCTGGCTATGCTCTCGCCT	Immature
neurons	8
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCTTCTGGTGACCTCTCTG	Mature
neurons	10
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGACTTGATGGTCCAGGAG	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGCAAGTCTCAAGCTTCAT	Immature
neurons	8
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGCGACTATGGATGCAGCA	Head epid.
/muscle	4
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGTACGGATAATCTGGAGT	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTCGGAGTTCTGCTTCGAC	Immature
neurons	8
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TAAGACCGTTTGGTCATAA	Mature
neurons	10
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTGAGTCCTTTGGTCATAA	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTGGAGTTATTTAGGATCTA	Mature
neurons	10
16_18_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GCGGTATATAACGAGGCTA	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GTAGCGATTAACGGACCAA	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.AGTTGCGCTTTAGATTCCG	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.CAACGCAGTTGGTATTCAT	Mature
neurons	10
16_18_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TCGCGCATTTTGGTCATAA	Head epid.
/muscle	4
16_18_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.ATAGTCGCTAATTATCAGC	Mature
neurons	5
16_18_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GGTACGGATCTGATTAAGA	Immature
neurons	8
16_18_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TCATTAAGCTGGTCGCGTCA	Mature
neurons	10
16_18_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TCCGTATGTTCGTAGAGAA	Immature
neurons	8
16_18_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TCGCGCATTCGAGCTGCCA	Mature
neurons	17
16_18_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GCGGTATATCATTATTACC	Immature
neurons	8
16_18_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GCGTCGTATCCTAGCGCCT	Mature
neurons	10
16_18_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TGGTCTCCTCGCCTCGAAC	Head epid.
/muscle	4
16_18_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GACCGTCATCGATCATTAC	Mature
neurons	10
16_18_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.GTCATCTGTCAAGCTTCAT	Mature
neurons	10
16_18_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TATAAGGCTTACGTTCAACC	Mature
neurons	17
16_18_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GCGGAGAATCCTAGCGCCT	Immature
neurons	7
16_18_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GGTCCTTCTAATCTGGAGT	Immature
neurons	8
16_18_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TAGAGCCTTCGCCTCGAAC	Immature
neurons	7
16_18_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TGGTAGGCTAGTTGCATCT	Mature
neurons	10
16_18_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.CTCCAGAGTACTACTGAAG	Mature
neurons	10
16_18_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TCCAAGTTATCGTCCGTCCT	Mature
neurons	10
16_18_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TGCTACTAATGCGACGCAGA	Mature
neurons	5
16_18_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TGTTAAGACTAATTATCAGC	Mature
neurons	10
16_18_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.CTGCTGAATAATTATCAGC	Immature
neurons	7
16_18_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.GTACCTCTTGGATCTGCAG	Immature
neurons	8
16_18_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.GGTACGGATGGATCTGCAG	Immature
neurons	8
16_18_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.TATCATGAGTCATTATTACC	Immature
neurons	8
16_18_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.ATAGTCGCTTTATAAGAAC	Mature
neurons	17
16_18_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CCAGAACCTTCTATAAGGA	Mature
neurons	10
16_18_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GAGACTAGTTTAACGTACC	Mature
neurons	5
16_18_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GATTACGGTGGTCCAGGAG	Mature
neurons	10
16_18_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GCTGAAGCTCTGCTTCGAC	Mature
neurons	10
16_18_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGCGCATTTGGATCTGCAG	Immature
neurons	8
16_18_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTAGCGATTGGATCTGCAG	Immature
neurons	7
16_18_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTCCTGCATAATCTGGAGT	Immature
neurons	8
16_18_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TATTCGGCTCAAGCTTCAT	Immature
neurons	8
16_18_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCATTAAGCTTGATGGCCTT	Immature
neurons	7
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CAACGCAGTGCTCTCGCCT	Immature
neurons	7
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGTACGGATACTACTGAAG	Immature
neurons	7
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTTGCAAGTTCTATAAGGA	Mature
neurons	10
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TACGGTAGTTTGGTCATAA	Immature
neurons	7
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCCGTATGTACTATCTTGA	Immature
neurons	8
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCTCTCCATTTAACGTACC	Immature
neurons	7
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCCATTACTTGATACGAGT	Immature
neurons	8
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTGAGAGATTGCTCTCGCCT	Immature
neurons	7
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTGGTTAAGTCGTCCGTCCT	Immature
neurons	8
16_18_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TGTTAAGACTCGCCTCGAAC	Mature
neurons	10
16_18_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.ACCGTAGCTGCTCTCGCCT	Immature
neurons	7
16_18_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GAACGATGTCTGATTAAGA	Mature
neurons	10
16_18_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGCTTACTTAATTATCAGC	Mature
neurons	5
16_18_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATGCGATTTGGACTCATTG	Immature
neurons	12
16_18_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATTCGGCTGGTCGCGTCA	Mature
neurons	10
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.ACGCCATATCCGCGGACCG	Mature
neurons	10
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.ATTGCCGGTCCAACTAACC	Immature
neurons	12
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CCTCCTGATACTATCTTGA	Immature
neurons	7
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CGGTTCCATAGTTGCATCT	Mature
neurons	10
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GCAATCGCTCGATCATTAC	Immature
neurons	8
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GGCGACTATTTAGGATCTA	Mature
neurons	10
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTACCTCTTCGCCTCGAAC	Mature
neurons	10
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTAGACGGTCCGTCGGAGG	Immature
neurons	7
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TATGGTCTTTGGTCGCGTCA	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCAGCGGTTCAAGCTTCAT	Immature
neurons	7
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TGAGAATCATACTATCTTGA	Immature
neurons	7
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TTCGCGGATAACGGACCAA	Mature
neurons	17
16_18_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TGGTAGGCTAATTATCAGC	Oenocytes	18
16_18_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TTGCGGTCTCGTCCGTCCT	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TATTCGGCTTGATACGAGT	Immature
neurons	12
16_18_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TCCTCGAGTGCTCTCGCCT	Mature
neurons	10
16_18_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TTCTGGCCTATTGCGCTGA	Immature
neurons	7
16_18_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.CTTAGCGGTAATTATCAGC	Mature
neurons	10
16_18_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TAGTTACCTTGATGATCGTA	Mature
neurons	5
16_18_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TTCTTAACCTAATTATCAGC	Immature
neurons	8
16_18_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GTATCGCATAATTATCAGC	Mature
neurons	5
16_18_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TCCAAGTTATTGGAACTAGA	Mature
neurons	5
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.ATAGTCGCTAACCTAGCTT	Immature
neurons	7
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CCGAGAGATGGTCCAGGAG	Mature
neurons	5
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CCGGAGTTTACTATCTTGA	Immature
neurons	8
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CTGCTGAATCGCCTCGAAC	Mature
neurons	10
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GAACGATGTTGAGGTAGAA	Mature
neurons	17
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGATAGGTTCATTATTACC	Mature
neurons	10
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGTCCTTCTCTGATTAAGA	Mature
neurons	5
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCGTCTATTTCGTCCGTCCT	Immature
neurons	7
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TGGATCCGTTACTTACTTA	Mature
neurons	10
16_18_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.CTGGAAGATTACTTACTTA	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.GACTGACGTAATTGCCTAC	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.GCAACGTTTTGAGGTAGAA	Immature
neurons	8
16_18_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.AGCAACGATACTTCCGAAT	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TGGTAATAGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CTGCTGAATAACTGATCTT	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GACCGTCATTCTATAAGGA	Mature
neurons	5
16_18_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GACTACCATCCTAGCGCCT	Immature
neurons	8
16_18_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GGAGGTTCTTTGAGTATCA	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TCATAGAGTTCATTATTACC	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TGCTCCTATTATTACTCAT	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TTGAGAGATTGGTCCAGGAG	Mature
neurons	5
16_18_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.AGCAACGATTTGGTCATAA	Mature
neurons	5
16_18_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.ATGGCGTATTGATACGAGT	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CTGGAAGATGGATCTGCAG	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GCGCTCAATTTAACGTACC	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GCGTCGTATAGTTGCATCT	Mature
neurons	5
16_18_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GGATAGGTTTCTATAAGGA	Mature
neurons	10
16_18_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GTACCTCTTTTGGTCATAA	Mature
neurons	10
16_18_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCTATACCTTTCTATAAGGA	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.AACCGCTGTAGTTGCATCT	Mature
neurons	10
16_18_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TATGGTCTTTAACTACCGAC	Mature
neurons	10
16_18_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TATGGTCTTTAATTGCCTAC	Mature
neurons	10
16_18_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.ATGGCAGCTAACGAGGCTA	Head epid.
/muscle	4
16_18_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CTTAGCGGTACTATCTTGA	Mature
neurons	5
16_18_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGATCTTCTTCAAGATTAAG	Mature
neurons	5
16_18_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.GAAGAGGCTGCGACGCAGA	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TTGGCAATATAATTATCAGC	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GCGGTATATAGTTGCATCT	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TGCGTAGTTCAAGCTTCAT	Mature
neurons	10
16_18_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TTCTGGCCTCATTATTACC	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.ACCTTCGGTCATTATTACC	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.CTGGAAGATACTACTGAAG	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TCAGCGGTTAATTGCCTAC	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TCTCCGAATGATGATCGTA	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.ACCTTCGGTCGTCCGTCCT	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GAACGATGTATCGAGTCGC	Mature
neurons	10
16_18_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GCCATGGTTTTGGTCATAA	Mature
neurons	17
16_18_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TTGGCTCATACTACTGAAG	Mature
neurons	10
16_18_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TGCCTTGGTCTGATTAAGA	Immature
neurons	8
16_18_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.CTATCTCCTACTACTGAAG	Immature
neurons	8
16_18_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.CTCTACTGTGCTCTCGCCT	Immature
neurons	8
16_18_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TCCGGTCATCAAGCTTCAT	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.ACGCCATATGATGATCGTA	Immature
neurons	8
16_18_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TATCATGAGTACCGTTACGA	Mature
neurons	10
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACTGACGTTTGGTCATAA	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCTTCTGGTTTGGTCATAA	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGAGGTTCTTTAACGTACC	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGCGACTATGCTCTCGCCT	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGTCCTTCTACTATCCGCA	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGTTCGAGTAGTAAGCATA	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TAGAGCCTTCCTAGCGCCT	Mature
neurons	5
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TAGGTACTATATTGCGCTGA	Mature
neurons	10
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATAAGGCTTTCTATAAGGA	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCGTCTATTTTTGGAGTCGG	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTGAGAGATTCCGCTATATT	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTGCGGTCTAGTTGCATCT	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CCGAGAGATTTATAAGAAC	Mature
neurons	10
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACCAGGATAATTGCCTAC	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACCGTCATCTGATTAAGA	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCAATCGCTCAAGCTTCAT	Mature
neurons	10
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGATAGGTTCCGCGGACCG	Mature
neurons	10
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TATTCGGCTTCCGTCGCCA	Mature
neurons	5
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCTAGGAATTCTGATTAAGA	Immature
neurons	8
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGAGTTAGATGTCGCTCAGT	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGCCTATTATGGTCGCGTCA	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGCTCCTATTTAGATTCCG	Mature
neurons	10
16_18_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TCCGGTCATTTGGTCATAA	Mature
neurons	10
16_18_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TCCTATTCTTTACTTACTTA	Mature
neurons	10
16_18_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GCTGGCTATTCTATAAGGA	Immature
neurons	7
16_18_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TCAGGAGATCTGCTTCGAC	Mature
neurons	10
16_18_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GCGTCGTATAGATATATCG	Mature
neurons	10
16_18_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.CTTAGCGGTCCGCGGACCG	Immature
neurons	7
16_18_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GCTGGCTATAATTATCAGC	Immature
neurons	8
16_18_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.CGTCGAAGTAATTATCAGC	Immature
neurons	8
16_18_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GGATAGGTTTTGGTCATAA	Immature
neurons	8
16_18_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GTCATCTGTGGTCGCGTCA	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TCATTAAGCTAATCTGGAGT	Mature
neurons	10
16_18_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TCCGTATGTCTCGATGGAG	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TGGTCTCCTCATTATTACC	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.CCATCAGGTCCAGGTCTAC	Immature
neurons	8
16_18_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.CCGGATAGTACTACTGAAG	Immature
neurons	8
16_18_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ACGAGGTTTAGTTGCATCT	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ACGAGGTTTCTGATTAAGA	Mature
neurons	10
16_18_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GACCAGGATCTGATTAAGA	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GTATCGCATACTATCTTGA	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TGCCTATTATTGAGTCCAGA	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.CTCCGGTTTACTACTGAAG	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GTAAGGAGTTGATACGAGT	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACGAGGTTTTTGGTCATAA	Immature
neurons	8
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATTGCCGGTCTGCTTCGAC	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CGACGATATAACGGACCAA	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTCCAGAGTCAAGCTTCAT	Immature
neurons	8
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTCCTCGTTCAAGCTTCAT	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTCTACTGTGCTCTCGCCT	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTTAGCGGTTATTACTCAT	Immature
neurons	8
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GACTCGCTTTCTATAAGGA	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCTGGCTATAACGGACCAA	Immature
neurons	8
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTAAGCTCTCTGATTAAGA	Immature
neurons	8
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTAGCGATTCATTATTACC	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTTGCAAGTACTACTGAAG	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCAGCGGTTCTGATTAAGA	Mature
neurons	10
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCATGGCTTCATTATTACC	Mature
neurons	10
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCTCCGAATGGACTCATTG	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGAGAATCATACGTTCAACC	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGCCTATTATCAAGCTTCAT	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCTCTAGTTCTGATTAAGA	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GGCGACTATGTCGCTCAGT	Immature
neurons	8
16_18_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GGCGCATTTAGTTGCATCT	Immature
neurons	8
16_18_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCCGGTCATTCTATAAGGA	Mature
neurons	10
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AACCGCTGTTGAGGTAGAA	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AAGCGCCATGGTCCAGGAG	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ATGGCAGCTAGATATATCG	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CGACGATATCGCCTCGAAC	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GAAGAGGCTCTGCTTCGAC	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACTCGCTTGACCTCTCTG	Immature
neurons	8
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCAATCGCTCAAGCTTCAT	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGAGGTTCTTTATAAGAAC	Immature
neurons	8
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATGACTTGTTTAACGTACC	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATGGTCTTTTTAGATTCCG	Mature
neurons	17
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACGCCATATAATTGCCTAC	Mature
neurons	10
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAACGGCTTCGTCCGTCCT	Immature
neurons	8
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAGACTAGTAACGGACCAA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GATCGACCTCGTCCGTCCT	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCTGAAGCTCTGCTTCGAC	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTCATCTGTGATGATCGTA	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATTGACTCTGGTCCAGGAG	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCAGTTGGTTTAGGATCTA	Immature
neurons	8
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCAATAGTTTTGGTCATAA	Mature
neurons	10
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCGTATGTCTGATTAAGA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGAATCTTTACTATCTTGA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGTCTATTTCTGATTAAGA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTAGGAATTAACGAGGCTA	Immature
neurons	8
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGCGTAGTTCATTATTACC	Mature
neurons	10
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCCGACGTAACCTAGCTT	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCTGGCCTCATTATTACC	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACTACCATTACTTACTTA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCAACGTTTAAGCCGGCTG	Mature
neurons	10
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCGGTATATCGCCTCGAAC	Mature
neurons	10
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCGTCGTATGACCTCCGCC	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCTTCTGGTTTAACGTACC	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGCGCATTTTACTTACTTA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTAGACGGTATTGCGCTGA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAACTAAGGTGCTCTCGCCT	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATCATGAGTTCTATAAGGA	Immature
neurons	2
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGCGCATTTCGATATTGA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGTAGCGTATTGCGCTGA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGTTAAGACTCCTAGCGCCT	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGCGGTCTAACGGACCAA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GAGCGGTATTGGAACTAGA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GCAGATACTAGTCCGCGGA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GTAGACGGTACTATCTTGA	Mature
neurons	10
16_18_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GTAGACGGTTTAGGATCTA	Immature
neurons	8
16_18_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TGATCTTCTTTACTTACTTA	Mature
neurons	10
16_18_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TTGCGGTCTAGATATATCG	Immature
neurons	8
16_18_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CGACGATATTACTTACTTA	Immature
neurons	8
16_18_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GCCATGGTTACTATCTTGA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GTCGGAGTTAGTTGCATCT	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACGGCAATTCCTAGCGCCT	Immature
neurons	8
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ATGGCAGCTCATGCATCTC	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CCGGATAGTTTGAGTATCA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GAACGGCTTGATGATCGTA	Mature
neurons	10
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GACTTGGCTCGCCTCGAAC	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GACTTGGCTGGATCTGCAG	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCTTCTGGTTACTTACTTA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCTAGGAATTACCGTTACGA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCTCGCTCTGCAAGGAATA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGTAGGCTACTACTGAAG	Mature
neurons	10
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGTCTCCTTTAGGATCTA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTGAGAGATTACTACTGAAG	Mature
neurons	10
16_18_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CAACGCAGTTGATACGAGT	Immature
neurons	8
16_18_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GCTGGCTATCATTATTACC	Immature
neurons	8
16_18_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GTTCGCTGTAATCTGGAGT	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TGAACGCGTCTGATTAAGA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACGAGGTTTGACCTCTCTG	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCAGAACCTCGTCCGTCCT	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTAGTACGTCATTATTACC	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTCTACTGTTACTTACTTA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACTCGCTTATTGCGCTGA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCAATCGCTTACTTACTTA	Mature
neurons	10
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCGTCGTATCGTCCGTCCT	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCGTCGTATTCCGTCGCCA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGCAAGTCTCGCCTCGAAC	Immature
neurons	8
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGCGCATTTCATTATTACC	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTCCTTCTTTAACGTACC	Immature
neurons	8
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTATCGCATACTATCTTGA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTTGCTCCTGGTCGCGTCA	Mature
neurons	10
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TACTCCTATTAATTATCAGC	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAGAGCCTTGGCTATGACT	Mature
neurons	10
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGAACGCGTTTGGTCATAA	Mature
neurons	10
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGAGTTAGATATTGCGCTGA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCCTATTATCAAGCTTCAT	Mature
neurons	10
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGGCTCATAACGGACCAA	Immature
neurons	7
16_18_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.GCAATCGCTAACGGACCAA	Immature
neurons	7
16_18_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TATGACTTGTTTAGGATCTA	Immature
neurons	8
16_18_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TATGGTCTTTTGATACGAGT	Head epid.
/muscle	4
16_18_exp1_idx1TAGGTAACTT_idx2CCGTCGGAGG.ACGAGGTTTCATTATTACC	Mature
neurons	5
16_18_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.TCCGTATGTTACTTACTTA	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GACTGACGTATGCAATATG	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCCTCGAGTTTAGGATCTA	Mature
neurons	10
16_18_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCGCCAACTGCTCTCGCCT	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCGTCTATTTCATTATTACC	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.AGGCATCATTACTTACTTA	Immature
neurons	12
16_18_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CCATCAGGTTCGTAGAGAA	Mature
neurons	10
16_18_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GTAAGCTCTGTCGCTCAGT	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCCAATAGTTTGATACGAGT	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.AACCGCTGTCTGCTTCGAC	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GAACGGCTTGGACTCATTG	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GACTCGCTTGGACTCATTG	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCGCTCAATCAAGCTTCAT	Mature
neurons	10
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGCGCATTTAACTGATCTT	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATTCGGCTTTCAAGACCA	Immature
neurons	8
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCCAAGTTATGCGTTCAGCT	Mature
neurons	10
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGAATTCGTTGATGATCGTA	Mature
neurons	10
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGGATCCGTGGTCCAGGAG	Mature
neurons	10
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGGCCTGATCTGCTTCGAC	Immature
neurons	8
16_18_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.AGTTGCGCTGGTCGCGTCA	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.AACCGCTGTGCTCTAACGA	Mature
neurons	10
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.AAGCGCCATACTACTGAAG	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ATGGCGTATGGTCGCGTCA	Immature
neurons	8
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACCGAATTGGTCCAGGAG	Immature
neurons	8
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCAACGTTTATTGCGCTGA	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCGGAGAATGATGATCGTA	Mature
neurons	10
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCTACCTTACGTTCAACC	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGCCAACTGCTCTCGCCT	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.ATGGCGTATAATTATCAGC	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CAGAAGGCTCTGGATTAGT	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CCATCAGGTCATTATTACC	Mature
neurons	10
16_18_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GATTACGGTCTGCTTCGAC	Immature
neurons	8
16_18_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GCTTCTGGTCGCCTCGAAC	Mature
neurons	10
16_18_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCGCGCATTTCTATAAGGA	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTGGCGACTCATTATTACC	Immature
neurons	8
16_18_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CGCCGTAATAAGCCGGCTG	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GGAGGTTCTAGTTGCATCT	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TGGTCTCCTCCTAGCGCCT	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CGTCGAAGTCATTATTACC	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TAGAGCCTTCTGCTTCGAC	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TGAGTTAGATACTATCTTGA	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TGCTAATTCTGGACTCATTG	Immature
neurons	8
16_18_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TTGGCAATATACTATCTTGA	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AACCGCTGTGGTCCAGGAG	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CAACGCAGTATTGCGCTGA	Mature
neurons	10
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTCCTCGTTTCCAGAAGGT	Mature
neurons	10
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCTGGCTATAATTATCAGC	Mature
neurons	10
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGAGGTTCTAGTTGCATCT	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGCCTATTATTTGGTCATAA	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGGTCTCCTCCTAGCGCCT	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCAACTGATCTCGATGGAG	Immature
neurons	7
16_18_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TCCTACCTTTGATACGAGT	Mature
neurons	10
16_18_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TCGTTCTGTTTAACGTACC	Immature
neurons	7
16_18_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TCATGGCTTGCTCTCGCCT	Immature
neurons	7
16_18_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.TCTCTCCATGCTCTCGCCT	Immature
neurons	7
16_18_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.CATCGGACTAACGGACCAA	Head epid.
/muscle	4
16_18_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TCCAAGTTATAACGGACCAA	Mature
neurons	5
16_18_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.TTGGTTAAGTCGCCTCGAAC	Mature
neurons	10
16_18_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.AGTTGCGCTCCTAGCGCCT	Immature
neurons	7
16_18_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.TTCGCGGATCCAGGTCTAC	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.AACCGCTGTTGATACGAGT	Mature
neurons	17
16_18_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GGAGCTCATCATTATTACC	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TATGACTTGTCATTATTACC	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCCTATTCTTCATGCTGGTT	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TGCTCCTATCGTCCGTCCT	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.ACCGTAGCTACTACTGAAG	Mature
neurons	10
16_18_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CCGGAGTTTTGGAAGTACC	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CTTAGCGGTGGCATAGCTT	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GCGGAGAATATTGCGCTGA	Mature
neurons	17
16_18_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GGCAAGTCTTTAGATTCCG	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GGTTGGCATGGACTCATTG	Immature
neurons	8
16_18_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TATATGCGTTCCTAGCGCCT	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCCGGTCATTTCAAGACCA	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCTATACCTTGGTCCAGGAG	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTCCATTACTGGATCTGCAG	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTCCGACGTCCTAGCGCCT	Immature
neurons	8
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.AGGCATCATAAGTAGTCAG	Mature
neurons	10
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCATCAGGTCTGCTTCGAC	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCTCCTGATGGCTAATTAA	Mature
neurons	10
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACTTGGCTAGTCCGCGGA	Mature
neurons	10
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGCGACTATATCGAGTCGC	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGTTCGAGTTTAGGATCTA	Mature
neurons	10
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTCATCTGTGGTCGCGTCA	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTTCGCTGTTTAACGTACC	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TACTCCTATTGCTCTCGCCT	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TAGGTACTATAACGAGGCTA	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCTACCTTACTATCTTGA	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGACGAGGTAACGGACCAA	Immature
neurons	8
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGGTAATAGTTTAACGTACC	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCGCGGATGCTCTCGCCT	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CGGTTCCATAGTTGCATCT	Immature
neurons	8
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GAGACTAGTCATTATTACC	Mature
neurons	10
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCCATGGTTTGATAGAACG	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TAAGACCGTCTGATTAAGA	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TAGGTACTATAATTATCAGC	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TATTCGGCTCGTCCGTCCT	Mature
neurons	17
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCTCTCCATTCTATAAGGA	Immature
neurons	8
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTCAACTGATTTAGGATCTA	Immature
neurons	8
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTTGCTTAGTCCTAGCGCCT	Mature
neurons	10
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACCAATGCTATGCAATATG	Immature
neurons	8
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACGGCAATTCGTCCGTCCT	Immature
neurons	8
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CCGAGAGATCGCCTCGAAC	Mature
neurons	10
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GAGCGGTATTTGGTCATAA	Immature
neurons	8
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCTGGCTATTTAACGTACC	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGCTTACTTCGAGCTGCCA	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTTGGCATACTACTGAAG	Mature
neurons	10
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTAGACGGTGGTCGCGTCA	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTCGGCAATGCTCTCGCCT	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAGGTACTATTGAGGTAGAA	Mature
neurons	10
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTACTTACTCGGCGAGACC	Immature
neurons	8
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTCGCTCTAATCTGGAGT	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGAACGCGTTCCAGAAGGT	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTTGCTTAGTCTGATTAAGA	Immature
neurons	8
16_18_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.ACCGTAGCTAGTTGCATCT	Mature
neurons	10
16_18_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.ACGGCAATTACTACTGAAG	Mature
neurons	10
16_18_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CGAGATGCTGGATCTGCAG	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CTACGGCATACTACTGAAG	Mature
neurons	10
16_18_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CTTAGCGGTAATCTGGAGT	Immature
neurons	8
16_18_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GACCGAATTGACTAGTCTA	Mature
neurons	10
16_18_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCCAATAGTTGGTCCAGGAG	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TTGGCAATATTCTATAAGGA	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.CTCCTCGTTTACTTACTTA	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.CTTAGCGGTTACTTACTTA	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GAGACTAGTCGATCATTAC	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GGCTTACTTTACTTACTTA	Mature
neurons	10
16_18_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCCAAGTTATCTGCTTCGAC	Immature
neurons	8
16_18_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CAGAAGGCTTACTTACTTA	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CGACGATATAATCTGGAGT	Immature
neurons	8
16_18_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GTCGGCAATACGTTCAACC	Mature
neurons	10
16_18_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TGAGTTAGATCTGATTAAGA	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TTATAGGCATCGCCTCGAAC	Mature
neurons	10
16_18_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TTCGCGGATTCCAGAAGGT	Mature
neurons	10
16_18_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GACTGACGTGGTCGCGTCA	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GACTTGGCTACTATCTTGA	Immature
neurons	8
16_18_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GACTTGGCTAGTCCGCGGA	Mature
neurons	10
16_18_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GCTTCTGGTGAACTGCATC	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GGTTCGAGTTTAGGATCTA	Mature
neurons	10
16_18_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GTTCGCTGTTTAACGTACC	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TGGTAATAGTTTAACGTACC	Immature
neurons	7
16_18_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.CTCTACTGTTCCGTCGCCA	Immature
neurons	8
16_18_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.TAGGTACTATACTATCTTGA	Immature
neurons	7
16_18_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.ACCAATGCTACGTTCAACC	Head epid.
/muscle	4
16_18_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.TCGTCTATTTACTATCTTGA	Mature
neurons	10
16_18_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.TTGAGAGATTAACGGACCAA	Mature
neurons	10
16_18_exp1_idx1TGGACGACTA_idx2AACTTATAAG.ACCAATGCTCATGCTGGTT	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2AACTTATAAG.CTCTACTGTCGCCTCGAAC	Mature
neurons	10
16_18_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CGACGATATCGCCTCGAAC	Mature
neurons	10
16_18_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CGACGATATCTGATTAAGA	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GTCGGCAATTTGGTCATAA	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TGCTAATTCTGGATCTGCAG	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTCCAGAGTGGTCCAGGAG	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACTTGGCTACTATCTTGA	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCTGGCTATTCTATAAGGA	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTTGCAAGTCAAGCTTCAT	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCATTAAGCTGGTCGCGTCA	Mature
neurons	10
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCTACCTTCCTAGCGCCT	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCTCGCTCTTACTTACTTA	Immature
neurons	8
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCCTTGGTCTGATTAAGA	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCGTAGTTCGCCTCGAAC	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGGCCTGATCGATCATTAC	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTATAGGCATAACGAGGCTA	Mature
neurons	10
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGGAGTTATGGATCTGCAG	Mature
neurons	10
16_18_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.AACCGCTGTGGTCCAGGAG	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.CTCCGGTTTGGCTATGACT	Mature
neurons	10
16_18_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.GGTTCGAGTAGTTGCATCT	Immature
neurons	8
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ACCGTAGCTGTCCAACTCA	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.AGCAACGATCTCGTCTAGG	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTCCGGTTTAGTTGCATCT	Sensory
progenitors	14
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTCCTCGTTAATCTGGAGT	Mature
neurons	10
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGCAAGTCTTGATACGAGT	Mature
neurons	10
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGTTCGAGTTCTATAAGGA	Mature
neurons	10
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTTCCAGCTAATTATCAGC	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTTCGCTGTTTGGTCATAA	Immature
neurons	8
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGAATTCGTTGGTCCAGGAG	Mature
neurons	10
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGTTAAGACTTTAACGTACC	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTCCATTACTAATTATCAGC	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.ATAGTCGCTGGATCTGCAG	Mature
neurons	17
16_18_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GACTCGCTTGGCATAGCTT	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GTAAGCTCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TCCTATTCTTCAAGCTTCAT	Immature
neurons	8
16_18_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TGAGTTAGATTTAACGTACC	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TTGGTTAAGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GGACTTGATTACTTACTTA	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TTGGCGACTCATTATTACC	Immature
neurons	7
16_18_exp10_idx1AATACGATAA_idx2AACTTATAAG.CTGAGCATTCTGATTAAGA	Mature
neurons	10
16_18_exp10_idx1AATACGATAA_idx2AACTTATAAG.GAGGAACTTCATCTCTGCA	Mature
neurons	5
16_18_exp10_idx1AATACGATAA_idx2AACTTATAAG.GGCGTTAATGGTCCAGGAG	Mature
neurons	5
16_18_exp10_idx1AATACGATAA_idx2AACTTATAAG.TTCAACTGATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2ACGTTCAACC.TCAAGATCTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.TCAGCTTCTGCTCTCGCCT	Mature
neurons	5
16_18_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.TCTATACCTTTATATACTAA	Immature
neurons	7
16_18_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.GACGTTCGTCTGATTAAGA	Mature
neurons	5
16_18_exp10_idx1AATACGATAA_idx2CGCCGCCTCC.AGATCGGATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TCAGCTTCTACTTAACCTT	Mature
neurons	5
16_18_exp10_idx1AATACGATAA_idx2CTCGATGGAG.ATAACTTCCTGGTCCAGGAG	Immature
neurons	7
16_18_exp10_idx1AATACGATAA_idx2CTCGATGGAG.CGTACCTATTATATACTAA	Immature
neurons	7
16_18_exp10_idx1AATACGATAA_idx2CTCGATGGAG.CTGAGCATTACTTAACCTT	Mature
neurons	10
16_18_exp10_idx1AATACGATAA_idx2CTCGATGGAG.GTAAGCTCTACTTAACCTT	Mature
neurons	10
16_18_exp10_idx1AATACGATAA_idx2CTCGATGGAG.TAGAACCAATAACGGACCAA	Immature
neurons	8
16_18_exp10_idx1AATACGATAA_idx2CTCGATGGAG.TGCCTATTATACCGCCAACC	Mature
neurons	5
16_18_exp10_idx1AATACGATAA_idx2GACCGTAGCA.GACTTGGCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GACCGTAGCA.GGCTTACTTCAAGCTTCAT	Immature
neurons	7
16_18_exp10_idx1AATACGATAA_idx2GCTCTAACGA.ACAACCTATTTTACCGAGGC	Mature
neurons	10
16_18_exp10_idx1AATACGATAA_idx2GCTCTAACGA.CCTAATGGTATCCATGACT	Mature
neurons	5
16_18_exp10_idx1AATACGATAA_idx2GTTCCGACGA.GTAAGCTCTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TCTAGAACTA.ATTGATCGTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TGATACGAGT.GTCATCTGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TGATACGAGT.GTCCTGCATGCTCTCGCCT	Mature
neurons	10
16_18_exp10_idx1AATACGATAA_idx2TTAACGTACC.TTCTAAGCTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TTCTACGCCA.TGGATCCGTCATTATTACC	Mature
neurons	5
16_18_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.GCTCTTAGTTATATACTAA	Immature
neurons	7
16_18_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.GGAGCTCATACTTAACCTT	Mature
neurons	5
16_18_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.TATTCGGCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AATTGCCTAC.TACTTGCGTCATCTCTGCA	Immature
neurons	7
16_18_exp10_idx1ACGGCGTTAA_idx2AATTGCCTAC.TCGAATCTTTCATTATTACC	Mature
neurons	10
16_18_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.TTGAGAGATTAACGGACCAA	Mature
neurons	5
16_18_exp10_idx1ACGGCGTTAA_idx2AGGATTACCA.TCATGGCTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AGGATTACCA.TCATGGCTTTTAGGATCTA	Mature
neurons	10
16_18_exp10_idx1ACGGCGTTAA_idx2AGGATTACCA.TCGAGAAGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.CGAATGAGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.GGAGCTCATGCTCTCGCCT	Immature
neurons	8
16_18_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.GTAGACGGTTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.TTATAGGCATTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.ATTAGGTACTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.TCCAAGTTATACCGCCAACC	Mature
neurons	5
16_18_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.TCGAGAAGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GACCTCTCTG.TATGCGATTTAACGGACCAA	Mature
neurons	10
16_18_exp10_idx1ACGGCGTTAA_idx2GACCTCTCTG.TCCTATAAGTACCGCCAACC	Mature
neurons	5
16_18_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.CTGCTGAATGGTCCAGGAG	Mature
neurons	10
16_18_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.TTAATGAGCTGGTCCAGGAG	Mature
neurons	10
16_18_exp10_idx1ACGGCGTTAA_idx2TCGATATTGA.TGAGAATCATGCTCTCGCCT	Immature
neurons	7
16_18_exp10_idx1ACGGCGTTAA_idx2TTGGAGTCGG.GTAAGGAGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TAACTAAGGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AACGAGGCTA.TAACTAAGGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AAGCCGGCTG.TCGAATCTTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AATTGCCTAC.TCCAAGTTATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2ACGCAACTCC.TAGGTACTATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AGGATTACCA.CTCGTTGATCTGATTAAGA	Mature
neurons	10
16_18_exp10_idx1AGACCATATC_idx2AGGATTACCA.TGCTAATTCTCATTATTACC	Immature
neurons	7
16_18_exp10_idx1AGACCATATC_idx2AGGATTACCA.TGCTACTAATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.GTCTCTACTAACGGACCAA	Immature
neurons	8
16_18_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TGGTAATAGTAATTATCAGC	Immature
neurons	7
16_18_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TTATAGGCATATCCATGACT	Mature
neurons	5
16_18_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TAACGACTTTATCCATGACT	Immature
neurons	8
16_18_exp10_idx1AGACCATATC_idx2CGATCATTAC.TAGTTACCTTAATTATCAGC	Mature
neurons	10
16_18_exp10_idx1AGACCATATC_idx2CGATCATTAC.TGAGAATCATTTACCGAGGC	Mature
neurons	5
16_18_exp10_idx1AGACCATATC_idx2CGATCATTAC.TTCTAAGCTTGCTGGAACTT	Immature
neurons	7
16_18_exp10_idx1AGACCATATC_idx2CTGCTTCGAC.ATATGGATCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TCATGGCTTATCCATGACT	Mature
neurons	10
16_18_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TTGATTCCTTCATTATTACC	Mature
neurons	10
16_18_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.GTCCTGCATTATATACTAA	Immature
neurons	8
16_18_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.GTCTCTACTGCTCTCGCCT	Immature
neurons	8
16_18_exp10_idx1AGGTCAGCTT_idx2ATAGGATATG.ATTCCTAGATACTTAACCTT	Mature
neurons	5
16_18_exp10_idx1AGGTCAGCTT_idx2ATAGGATATG.CTCGTTGATAATTATCAGC	Mature
neurons	10
16_18_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.GATCGACCTTTACCGAGGC	Immature
neurons	7
16_18_exp10_idx1AGGTCAGCTT_idx2CGAAGGACGA.CTGATAGGTACCGCCAACC	Immature
neurons	12
16_18_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.AATTCATCGTAACGGACCAA	Mature
neurons	5
16_18_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.GTATCGCATAATTATCAGC	Immature
neurons	7
16_18_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.TTCAACTGATCTGATTAAGA	Mature
neurons	10
16_18_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.ACTTGATTGTGCTGGAACTT	Mature
neurons	10
16_18_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.GGTTCGAGTTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.TATTCGGCTCTGATTAAGA	Immature
neurons	7
16_18_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.TTCGTTCCTTTATAAGAAC	Mature
neurons	10
16_18_exp10_idx1AGGTCAGCTT_idx2TATAACTTCC.GCATCCAGTTTAGGATCTA	Mature
neurons	10
16_18_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.CTGCCTTATCATTATTACC	Mature
neurons	10
16_18_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.TTCTCATTGTACCGCCAACC	Immature
neurons	7
16_18_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.TGTTAAGACTGCTCTCGCCT	Mature
neurons	10
16_18_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.AAATTCCTCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.TAAGAATGGTAATTATCAGC	Mature
neurons	10
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.GTCCTGCATACTTAACCTT	Immature
neurons	7
16_18_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TCGAAGGATGGTCCAGGAG	Mature
neurons	10
16_18_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.ACCATGATTTAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TCAGCTTCTATCCATGACT	Immature
neurons	7
16_18_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.GAGACTAGTCATTATTACC	Mature
neurons	5
16_18_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.TCCTAACTTTTTAGGATCTA	Mature
neurons	10
16_18_exp10_idx1AGTCCGCTGC_idx2GAACTGCATC.ACTTACTCATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GAACTGCATC.GGCTAAGATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TATTGACTCTAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.GGTCTACGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.GTCCTGCATTTACCGAGGC	Immature
neurons	7
16_18_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.GAGACTAGTAACGGACCAA	Mature
neurons	10
16_18_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TACTCCTATTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.TTCGCATAATACCGCCAACC	Immature
neurons	8
16_18_exp10_idx1ATAAGGACTC_idx2ACGAGGACCT.AATTCATCGTACCGCCAACC	Immature
neurons	8
16_18_exp10_idx1ATAAGGACTC_idx2ACGAGGACCT.GATACGTCTAATTATCAGC	Mature
neurons	17
16_18_exp10_idx1ATAAGGACTC_idx2ACGAGGACCT.TCGCCAACTCTGATTAAGA	Mature
neurons	10
16_18_exp10_idx1ATAAGGACTC_idx2ACTATCCGCA.TCATTAAGCTCTGATTAAGA	Immature
neurons	7
16_18_exp10_idx1ATAAGGACTC_idx2ACTATCCGCA.TGAGAATCATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.ATAACTTCCTTATATACTAA	Mature
neurons	10
16_18_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.CTCGTTGATAATTATCAGC	Immature
neurons	7
16_18_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.GGAGGTTCTGGTCCAGGAG	Immature
neurons	8
16_18_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.TCATTAAGCTTATATACTAA	Immature
neurons	8
16_18_exp10_idx1ATAAGGACTC_idx2CATTATTACC.CCTAATGGTCCTAGCGCCT	Immature
neurons	8
16_18_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.TCTTAGTTCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.TCCAAGTTATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.TTCTTAACCTCATTATTACC	Mature
neurons	10
16_18_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.GAACGGCTTCATTATTACC	Mature
neurons	10
16_18_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.GAGACTAGTTTACCGAGGC	Mature
neurons	10
16_18_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.TGCCTATTATGCTGGAACTT	Oenocytes	18
16_18_exp10_idx1ATGGCGCCTG_idx2AGGTCAATTA.TTACCTAAGTCCTAGCGCCT	Mature
neurons	5
16_18_exp10_idx1ATGGCGCCTG_idx2CCAAGCTGAA.TTGGCTCATCATTATTACC	Mature
neurons	10
16_18_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.TTATAGGCATAGCTTATCCG	Mature
neurons	10
16_18_exp10_idx1ATGGCGCCTG_idx2GACTAGTCTA.TCGTTCTGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.CTGATAGGTGCTGGAACTT	Immature
neurons	7
16_18_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.TTGATTCCTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.ATATGGATCTAACGGACCAA	Mature
neurons	10
16_18_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TGCTACTAATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.ATAACTTCCTAATTATCAGC	Immature
neurons	8
16_18_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.GTAGACGGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TAGCCAATTTTATATACTAA	Mature
neurons	10
16_18_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TGCTACTAATGGTCCAGGAG	Mature
neurons	10
16_18_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.GCTGGCTATACCGCCAACC	Mature
neurons	10
16_18_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TCTAGGAATTAACGGACCAA	Immature
neurons	8
16_18_exp10_idx1CCTCAGCTCC_idx2GGACTCATTG.TCTATACCTTAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.GAACGGCTTGGTCCAGGAG	Mature
neurons	5
16_18_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.GTCTCTACTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.TAGGAAGGTCTGATTAAGA	Mature
neurons	5
16_18_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.TATCGAACTTAATTATCAGC	Mature
neurons	10
16_18_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.GATAAGCGTACTTAACCTT	Immature
neurons	8
16_18_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.GCGGTATATCATTATTACC	Mature
neurons	10
16_18_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TTGACCAGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.TAGATGACTTATCCATGACT	Mature
neurons	5
16_18_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.TTTGCTACTTAACGGACCAA	Immature
neurons	7
16_18_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.CCTAATGGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.ATTAGTCTGTCATTATTACC	Immature
neurons	7
16_18_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.CAGCATTGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.TATTGACTCTCTGATTAAGA	Immature
neurons	7
16_18_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.ATAACTTCCTTTAGGATCTA	Mature
neurons	10
16_18_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.GTCATCTGTATCCATGACT	Mature
neurons	10
16_18_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TTGATTCCTTGGTCCAGGAG	Mature
neurons	10
16_18_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.GACCGTCATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.TTGACTCAATAATTATCAGC	Immature
neurons	7
16_18_exp10_idx1GAGCGCGATG_idx2GGAACGATGG.TTTGCTACTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2CCAAGCTGAA.TTTGCTACTTTATATACTAA	Mature
neurons	10
16_18_exp10_idx1GATTCTTGAA_idx2CGGCGAGACC.GGCTAAGATTTAGGATCTA	Immature
neurons	7
16_18_exp10_idx1GATTCTTGAA_idx2GACTAGTCTA.TTGACTCAATCATCTCTGCA	Mature
neurons	5
16_18_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.ATATCCTACTAGTAAGCATA	Mature
neurons	10
16_18_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.GCGGTATATGGTCCAGGAG	Mature
neurons	5
16_18_exp10_idx1GCATCGTATG_idx2AATTGCCTAC.TATTCGGCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.CGAATGAGTCTGATTAAGA	Immature
neurons	7
16_18_exp10_idx1GCATCGTATG_idx2AGCGTCAATG.GGAGGTTCTCTGATTAAGA	Immature
neurons	8
16_18_exp10_idx1GCATCGTATG_idx2AGGATTACCA.AATTCATCGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.AACTAGTTGTATCCATGACT	Immature
neurons	8
16_18_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.GACCGTCATGCTGGAACTT	Mature
neurons	5
16_18_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.TCATGGCTTAATTATCAGC	Immature
neurons	8
16_18_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.TCAGGAGATCTGATTAAGA	Mature
neurons	10
16_18_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.TTCGCATAATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.AAGGACGATGACTAGTCTA	Mature
neurons	10
16_18_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.GTCGTAACTCATTATTACC	Mature
neurons	5
16_18_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.TATCATGAGTTTGGTCATAA	Mature
neurons	10
16_18_exp10_idx1GCATCGTATG_idx2CGATCATTAC.CGAATGAGTCATTATTACC	Mature
neurons	10
16_18_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.GCATCCAGTAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.TTCTTAACCTGCTCTCGCCT	Immature
neurons	7
16_18_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.TTTGCTACTTCATTATTACC	Immature
neurons	7
16_18_exp10_idx1GCATCGTATG_idx2GCAACTGGCA.TCTAGGAATTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GCAACTGGCA.TTCGTTCCTCATTATTACC	Immature
neurons	7
16_18_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.CTCGTTGATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TACTTGCGTACCGCCAACC	Immature
neurons	8
16_18_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TTGGAGCTTCTGATTAAGA	Mature
neurons	10
16_18_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.CCTAATGGTCTGATTAAGA	Mature
neurons	10
16_18_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.TCTAGGAATTAATTATCAGC	Mature
neurons	10
16_18_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.AGTCGCATTATCCATGACT	Mature
neurons	5
16_18_exp10_idx1GCGCGTTCAT_idx2AGGATTACCA.CAGCATTGTAATTATCAGC	Immature
neurons	8
16_18_exp10_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TTAATGAGCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TTGACTCAATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.AAATTCCTCTGGTCCAGGAG	Mature
neurons	10
16_18_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TCAGCTTCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.GTTGCAAGTGCTCTCGCCT	Mature
neurons	10
16_18_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.ATTAGGTACTTATATACTAA	Mature
neurons	5
16_18_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TGTCCTTATTTTACCGAGGC	Immature
neurons	7
16_18_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.AACTAGTTGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.CCTAATGGTGGTCCAGGAG	Mature
neurons	10
16_18_exp10_idx1GCTTGAAGAG_idx2ACCAAGATCT.CTGAGCATTAACGGACCAA	Mature
neurons	5
16_18_exp10_idx1GCTTGAAGAG_idx2ACCAAGATCT.TAAGGTTCATTATATACTAA	Mature
neurons	10
16_18_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.TCCTCGAGTAATTATCAGC	Immature
neurons	7
16_18_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.TTGGCTCATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TATAACTTCC.TATATGCGTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGATTCCTCA.AATTCATCGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TGGATTCTATGCTGGAACTT	Mature
neurons	10
16_18_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.GGCTAAGATCATCTCTGCA	Immature
neurons	8
16_18_exp10_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCGAGAAGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.ACAACCTATTGGTCCAGGAG	Immature
neurons	2
16_18_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.GAACGGCTTGGTCCAGGAG	Immature
neurons	7
16_18_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.GCCATGGTTTATATACTAA	Mature
neurons	10
16_18_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.ATAACTTCCTCATCTCTGCA	Immature
neurons	7
16_18_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.CTGAGCATTATCCATGACT	Immature
neurons	8
16_18_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.AAGGATTACTAACTACCGAC	Mature
neurons	10
16_18_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.CAGCATTGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.TGAATCTGATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2GCTCTCGCCT.TCATGGCTTTTAGGATCTA	Mature
neurons	10
16_18_exp10_idx1GGCTTACTCC_idx2GCTCTCGCCT.TTGGCAATATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2AACTACCGAC.GCTGAAGCTCATTATTACC	Immature
neurons	7
16_18_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.CTGGAAGATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.GTCATCTGTATCCATGACT	Immature
neurons	7
16_18_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.TCCTAACTTTTTAGGATCTA	Immature
neurons	8
16_18_exp10_idx1GGTTATCGAA_idx2TTCTACGCCA.GAACGATGTATCCATGACT	Mature
neurons	5
16_18_exp10_idx1GGTTATCGAA_idx2TTCTACGCCA.GCTCTTAGTACTTAACCTT	Mature
neurons	10
16_18_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.GGACTTGATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.TATAAGGCTTGGTCCAGGAG	Mature
neurons	5
16_18_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.GGTCAGTTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.GTCATCTGTACTTAACCTT	Immature
neurons	7
16_18_exp10_idx1GTAGCAGCTA_idx2AGTTGCATCT.TAAGGTTCATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.GTCATCTGTAACGGACCAA	Mature
neurons	10
16_18_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TCCTAACTTTAACGGACCAA	Mature
neurons	10
16_18_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.GACGTTCGTCATTATTACC	Mature
neurons	5
16_18_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TTTGCTACTTGGTCCAGGAG	Mature
neurons	10
16_18_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.AAACTCCAATGCTCTCGCCT	Mature
neurons	17
16_18_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.TCTCGCTCTACCGCCAACC	Mature
neurons	10
16_18_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TAGTTACCTTGGTCCAGGAG	Immature
neurons	7
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.GAGACTAGTAATTATCAGC	Mature
neurons	10
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.GATCGACCTAATTATCAGC	Mature
neurons	10
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TCAAGATCTTTTACCGAGGC	Mature
neurons	10
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TGAATCTGATGGTCCAGGAG	Mature
neurons	10
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TGTTAAGACTTATATACTAA	Mature
neurons	10
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TTGGAGTTATCATCTCTGCA	Immature
neurons	7
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.CTGAGCATTCATCTCTGCA	Mature
neurons	10
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TCGCCAACTAACGGACCAA	Immature
neurons	7
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TCGTCTATTTGGTCCAGGAG	Mature
neurons	10
16_18_exp10_idx1GTAGCAGCTA_idx2TCATCTAATC.TGCTACTAATATCCATGACT	Immature
neurons	7
16_18_exp10_idx1GTAGCAGCTA_idx2TGATAGAACG.TAAGAATGGTATCCATGACT	Mature
neurons	10
16_18_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.GAGACTAGTGGTCCAGGAG	Mature
neurons	10
16_18_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.GTATCGCATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.GTCGTAACTACTTAACCTT	Mature
neurons	5
16_18_exp10_idx1GTAGGCTGCA_idx2CAAGCTTGGC.TATCTCGATTATCCATGACT	Mature
neurons	10
16_18_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.TAGGAAGGTGCTCTCGCCT	Immature
neurons	8
16_18_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.TCTATCCAATTATATACTAA	Mature
neurons	10
16_18_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.TGCTGGATTAACGGACCAA	Mature
neurons	5
16_18_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.CAGCATTGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.CAGCATTGTTTAGGATCTA	Immature
neurons	7
16_18_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.GCAGATACTCTGATTAAGA	Immature
neurons	8
16_18_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.ACTTGATTGTACTTAACCTT	Mature
neurons	5
16_18_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.CATCAACGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.ATTAGGTACTGCTGGAACTT	Mature
neurons	5
16_18_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.AACTGGCATTTACCGAGGC	Immature
neurons	8
16_18_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.TGAATTCGTTACCGCCAACC	Mature
neurons	5
16_18_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.TGGATCCGTTATATACTAA	Mature
neurons	10
16_18_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.TTCGTTCCTACCGCCAACC	Mature
neurons	5
16_18_exp10_idx1TAGGTAACTT_idx2ACTGAATTCC.TCCTCGAGTATCCATGACT	Mature
neurons	10
16_18_exp10_idx1TAGGTAACTT_idx2ACTTCCGAAT.TAGTTACCTTGCTCTCGCCT	Mature
neurons	10
16_18_exp10_idx1TAGGTAACTT_idx2CCTAGCGCCT.TAGAGCCTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CCTAGCGCCT.TATCGAACTTCCTAGCGCCT	Mature
neurons	10
16_18_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.AAATTCCTCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.ATATGGATCTTTATAAGAAC	Mature
neurons	10
16_18_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.CAGCAAGTTCATTATTACC	Immature
neurons	7
16_18_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.ACTTGATTGTATCCATGACT	Mature
neurons	10
16_18_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.GACTTGGCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.GGAGCTCATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.GTAGACGGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2GATGATCGTA.GCATCCAGTACTTAACCTT	Mature
neurons	5
16_18_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.CAGCATTGTAATTATCAGC	Immature
neurons	8
16_18_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.GATACGTCTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.TAACTAAGGTGCTGGAACTT	Mature
neurons	5
16_18_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.TATGCGATTTTATATACTAA	Mature
neurons	10
16_18_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.TGCTGGATTACTTAACCTT	Mature
neurons	10
16_18_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.TTGGCAATATCTGATTAAGA	Mature
neurons	10
16_18_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.AAGGACGATCCTAGCGCCT	Immature
neurons	7
16_18_exp10_idx1TAGGTAACTT_idx2TGATACGAGT.AGTCGCATTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.GACGTTCGTTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.TGGTAATAGTGCTGGAACTT	Mature
neurons	10
16_18_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.TTGGCAATATCGCTCCTAAC	Mature
neurons	10
16_18_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.GGTTGGCATTTACCGAGGC	Immature
neurons	8
16_18_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TAGCCAATTTAACGGACCAA	Mature
neurons	10
16_18_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TGACGAGGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCGTTCTGTCATTATTACC	Mature
neurons	10
16_18_exp10_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CATCAACGTATCCATGACT	Immature
neurons	8
16_18_exp10_idx1TAGTAAGCCG_idx2GTTGACGGCC.AAATTCCTCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.AAGTTCTTGTATCCATGACT	Mature
neurons	10
16_18_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TAACTAAGGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.CAGCAAGTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TGAGAATCATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.AAGGATTACTCTGATTAAGA	Immature
neurons	7
16_18_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.CTGGAAGATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TCTACTTACTTTACCGAGGC	Immature
neurons	8
16_18_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TTATAGGCATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TGATTCCTCA.ACAACCTATTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.CTGATAGGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.GCTCTTAGTGGTCCAGGAG	Mature
neurons	10
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TTCAACTGATACCGCCAACC	Mature
neurons	10
16_18_exp10_idx1TATAATAGTT_idx2AAGCCGGCTG.CAGCAAGTTTTACCGAGGC	Mature
neurons	5
16_18_exp10_idx1TATAATAGTT_idx2AAGCCGGCTG.TAGGTACTATAACGGACCAA	Immature
neurons	7
16_18_exp10_idx1TATAATAGTT_idx2AAGCCGGCTG.TGAGAATCATGCTGGAACTT	Immature
neurons	8
16_18_exp10_idx1TATAATAGTT_idx2AAGCCGGCTG.TTGGCTCATGGTCCAGGAG	Mature
neurons	10
16_18_exp10_idx1TATAATAGTT_idx2ACGCAACTCC.CTTCATGCTTTACCGAGGC	Mature
neurons	10
16_18_exp10_idx1TATAATAGTT_idx2ACGCAACTCC.TTCTCATTGTACCGCCAACC	Mature
neurons	10
16_18_exp10_idx1TATAATAGTT_idx2CTGCTTCGAC.TAGGAAGGTCCTAGCGCCT	Mature
neurons	10
16_18_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.ACTTGATTGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2GGAACGATGG.AATTCATCGTGCTGGAACTT	Mature
neurons	10
16_18_exp10_idx1TATAATAGTT_idx2TGCCAGATGG.TCTATCCAATAATTATCAGC	Immature
neurons	7
16_18_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.CTGCTGAATAATACGCAGG	Immature
neurons	8
16_18_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.GATAAGCGTCATTATTACC	Mature
neurons	10
16_18_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TAGGTACTATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TGGTTGAATTCATTATTACC	Immature
neurons	7
16_18_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TGTTAAGACTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TTGACCAGTAATTATCAGC	Immature
neurons	7
16_18_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.AAGTTCTTGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.TATCGAACTTCTGATTAAGA	Mature
neurons	5
16_18_exp10_idx1TATTAGACTT_idx2CATGCATCTC.GACCAGGATTATATACTAA	Mature
neurons	5
16_18_exp10_idx1TATTAGACTT_idx2CATTATTACC.TATGGTCTTTATCCATGACT	Mature
neurons	10
16_18_exp10_idx1TATTAGACTT_idx2CGTCCGTCCT.GTAAGCTCTTTAGGATCTA	Immature
neurons	8
16_18_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.ACCATGATTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.GCTCTTAGTGCTCTCGCCT	Sensory
progenitors	14
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.AGAGTACCTCATTATTACC	Mature
neurons	10
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.GCCATGGTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TGAATTCGTTCCTAGCGCCT	Mature
neurons	5
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TTACCTAAGTATCCATGACT	Mature
neurons	5
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TTCTCATTGTAACGGACCAA	Immature
neurons	8
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.AACTGGCATATCCATGACT	Immature
neurons	8
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.ACAACCTATTGCTGGAACTT	Mature
neurons	10
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.ACCATGATTTAACGGACCAA	Mature
neurons	5
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.GATCGACCTACCGCCAACC	Immature
neurons	8
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TCGAGAAGTACTTAACCTT	Mature
neurons	5
16_18_exp10_idx1TATTAGACTT_idx2TCATCTCGAT.TAGGAAGGTATCCATGACT	Mature
neurons	5
16_18_exp10_idx1TATTAGACTT_idx2TGATAGAACG.ACTTACTCATAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.TCCTATTCTTCTGATTAAGA	Mature
neurons	5
16_18_exp10_idx1TCCTCTGCCG_idx2ACGAGGACCT.TTCAACTGATGCTCTCGCCT	Mature
neurons	5
16_18_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.GCAATCGCTCATCTCTGCA	Immature
neurons	7
16_18_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.GCTGAAGCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.GGCTAAGATAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.GGTTCGAGTCATTATTACC	Mature
neurons	5
16_18_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.TATTGAGGTTCCTAGCGCCT	Mature
neurons	10
16_18_exp10_idx1TCCTCTGCCG_idx2AGTTGCATCT.CAGTATCCTAATTATCAGC	Mature
neurons	10
16_18_exp10_idx1TCCTCTGCCG_idx2CATTATTACC.GTAAGCTCTACCGCCAACC	Mature
neurons	10
16_18_exp10_idx1TCCTCTGCCG_idx2CGAGTTAGAG.AAGGACGATCATCTCTGCA	Immature
neurons	7
16_18_exp10_idx1TCCTCTGCCG_idx2CGAGTTAGAG.CGAATGAGTGCTGGAACTT	Immature
neurons	8
16_18_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.CTGCTGAATGGTCCAGGAG	Mature
neurons	10
16_18_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.GTCTCTACTATCCATGACT	Mature
neurons	10
16_18_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.TTATCCGCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TCAGGAGATCATTATTACC	Mature
neurons	10
16_18_exp10_idx1TCCTCTGCCG_idx2TTGGTCATAA.AGAGTACCTACCGCCAACC	Mature
neurons	10
16_18_exp10_idx1TCCTCTGCCG_idx2TTGGTCATAA.TTATAGGCATTATATACTAA	Mature
neurons	5
16_18_exp10_idx1TCTTGAGGTT_idx2ACTATCTTGA.GACCGTCATTTACCGAGGC	Immature
neurons	7
16_18_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.TCAGGAGATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.TTTGCTACTTTTACCGAGGC	Mature
neurons	10
16_18_exp10_idx1TCTTGAGGTT_idx2TGGCCGCAAT.ATAACTTCCTGCTCTCGCCT	Mature
neurons	5
16_18_exp10_idx1TCTTGAGGTT_idx2TGGCCGCAAT.CGAATGAGTGCTGGAACTT	Mature
neurons	5
16_18_exp10_idx1TCTTGAGGTT_idx2TGGCCGCAAT.GTAAGCTCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.ATATCCTACTCTGATTAAGA	Mature
neurons	10
16_18_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.CATCAACGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.GGTACCATTTCGCTAAGCA	Mature
neurons	5
16_18_exp10_idx1TGGACGACTA_idx2ACTCTCTCAA.TAACTAAGGTGCTCTCGCCT	Immature
neurons	7
16_18_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.AGAGTACCTCTGATTAAGA	Mature
neurons	10
16_18_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TCCTATTCTTTTAGGATCTA	Mature
neurons	10
16_18_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.GGACTTGATTTACCGAGGC	Immature
neurons	7
16_18_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.TCGTCTATTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.TGGATCCGTAATTATCAGC	Immature
neurons	7
16_18_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TTGACTCAATCCTAGCGCCT	Immature
neurons	8
16_18_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TCGAGAAGTGGTCCAGGAG	Immature
neurons	7
16_18_exp10_idx1TGGACGACTA_idx2TCTAGAACTA.TATTCTCCTTCATTATTACC	Immature
neurons	7
16_18_exp10_idx1TGGACGACTA_idx2TGATACGAGT.AGATCGGATCATTATTACC	Mature
neurons	10
16_18_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.ATTCCTAGATCTGATTAAGA	Mature
neurons	10
16_18_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.CCAAGGATTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.GCATCCAGTCATTATTACC	Mature
neurons	10
16_18_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.TCATAGAGTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ATAGGATATG.ATATCCTACTCATCTCTGCA	Mature
neurons	10
16_18_exp10_idx1TTATTGAGGC_idx2CGAAGGACGA.TAGCCAATTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.GACCAGGATTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.GACTTGGCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.TATATGCGTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.GACCGTCATTTAGGATCTA	Mature
neurons	10
16_18_exp10_idx1TTATTGAGGC_idx2GGCTATGACT.AAACTCCAATAACGGACCAA	Mature
neurons	5
16_18_exp10_idx1TTATTGAGGC_idx2GGCTATGACT.TAATACCAGTTATATACTAA	Mature
neurons	10
16_18_exp10_idx1TTATTGAGGC_idx2TATAACTTCC.GCAGATACTTTACCGAGGC	Mature
neurons	10
16_18_exp10_idx1TTATTGAGGC_idx2TATAACTTCC.TGCTAATTCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TCTATAAGGA.GGCGTTAATCTGATTAAGA	Immature
neurons	8
16_18_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.TGATCTTCTTCCTAGCGCCT	Immature
neurons	12
16_18_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.TTGACTCAATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.GATACGTCTGCTCTCGCCT	Immature
neurons	7
16_18_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.TTGGCTCATCTGATTAAGA	Mature
neurons	5
16_18_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.TATCTCGATTGGTCCAGGAG	Immature
neurons	7
16_18_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.TGAATTCGTTAGTAAGCATA	Immature
neurons	7
16_18_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.TTGGAGCTTACCGCCAACC	Mature
neurons	10
16_18_exp10_idx1TTCGAATATT_idx2AAGCCGGCTG.TACTCCTATTTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1TTCGAATATT_idx2AAGCCGGCTG.TCAAGATCTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2CTGCTTCGAC.TTCTCTAGTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2GACCTCCGCC.TGTCCTTATTGCTGGAACTT	Mature
neurons	5
16_18_exp10_idx1TTCGAATATT_idx2GGAACGATGG.TAGGTACTATACTTAACCTT	Mature
neurons	10
16_18_exp10_idx1TTCGAATATT_idx2TGCCAGATGG.GAAGAGGCTCTGATTAAGA	Immature
neurons	7
16_18_exp10_idx1TTCGAATATT_idx2TGCCAGATGG.GCAATCGCTTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.GGTTCGAGTCATTATTACC	Immature
neurons	7
16_18_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TCAAGATCTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TTATAGGCATTATATACTAA	Mature
neurons	10
16_18_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TTCGTTCCTCCTAGCGCCT	Mature
neurons	10
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.ATGGTTGGTGGTCCAGGAG	Mature
neurons	10
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.ATTGATCGTTCGTCCGTCCT	Mature
neurons	10
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.TATCTCGATTTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.TGGTTGAATTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.ACTTACTCATTATATACTAA	Immature
neurons	7
16_18_exp10_idx1TTGCCGTAGG_idx2ACTGAATTCC.AAGGACGATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTGAATTCC.GGCGTTAATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTGAATTCC.TATATGCGTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.GCTGGCTATCCTAGCGCCT	Mature
neurons	10
16_18_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.GTCTCTACTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.TTTGCTTAGTTGATACGAGT	Mature
neurons	10
16_18_exp10_idx1TTGCCGTAGG_idx2CCTAGCGCCT.AAGTTCTTGTATCCATGACT	Mature
neurons	5
16_18_exp10_idx1TTGCCGTAGG_idx2CCTAGCGCCT.TATTCGGCTAACGGACCAA	Mature
neurons	10
16_18_exp10_idx1TTGCCGTAGG_idx2CCTAGCGCCT.TGATCTTCTTAATTATCAGC	Immature
neurons	7
16_18_exp10_idx1TTGCCGTAGG_idx2CGAGCTGCCA.GATCGACCTTTAGGATCTA	Mature
neurons	10
16_18_exp10_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TATATGCGTTCTGATTAAGA	Immature
neurons	7
16_18_exp10_idx1TTGCCGTAGG_idx2CTCCGGTTCT.TTCTTAACCTCTGATTAAGA	Mature
neurons	10
16_18_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.AACTAGTTGTCCTAGCGCCT	Mature
neurons	10
16_18_exp10_idx1TTGCCGTAGG_idx2GCTCTAACGA.TCTATACCTTCTGATTAAGA	Immature
neurons	2
16_18_exp10_idx1TTGCCGTAGG_idx2TCTAGAACTA.TGGATTCTATAACGGACCAA	Mature
neurons	10
16_18_exp10_idx1TTGCCGTAGG_idx2TGAGGTAGAA.TTGATTCCTTCATTATTACC	Mature
neurons	10
16_18_exp10_idx1TTGCCGTAGG_idx2TGAGGTAGAA.TTGGCTCATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2ACTATCTTGA.TGATGCGATTTAGGATCTA	Mature
neurons	10
16_18_exp10_idx1TTGCGAGCAT_idx2CAAGTACTGG.TTGATTCCTTGGTCCAGGAG	Immature
neurons	7
16_18_exp10_idx1TTGCGAGCAT_idx2GGACTCATTG.AAACTCCAATCATTATTACC	Mature
neurons	10
16_18_exp10_idx1TTGCGAGCAT_idx2GGACTCATTG.TTGATTCCTTCATTATTACC	Mature
neurons	10
16_18_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.TATAAGGCTTTATATACTAA	Mature
neurons	10
16_18_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.TATTGACTCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp3_idx1ACGGCGTTAA_idx2ACCGTTACGA.GCTCGAGATGACCTTGATA	Mature
neurons	10
16_18_exp3_idx1ACGGCGTTAA_idx2ACCGTTACGA.GGTCCTTCTTTATTCATTC	Mature
neurons	10
16_18_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.TCCTCGAGTGCTAACCTCA	Immature
neurons	7
16_18_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.AGTTGCGCTCTTCGGCGCA	Mature
neurons	10
16_18_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TATCCAGGTCAAGGAGGTC	Immature
neurons	7
16_18_exp3_idx1AGACCATATC_idx2CGATCATTAC.TCGGTACCTACTACTGAAG	Mature
neurons	10
16_18_exp3_idx1AGACCATATC_idx2GATCAGTCAT.GGATAGGTTCCTTGGTCCA	Immature
neurons	7
16_18_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.ACCAATGCTAGGTCAATTA	Immature
neurons	7
16_18_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.TAGAACCAATGGTAGGTTAG	Mature
neurons	10
16_18_exp3_idx1AGGTCAGCTT_idx2CGACTACCAA.ACATTCGTATGGCCGTAGTC	Immature
neurons	7
16_18_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.AGAGGTCGTAATCTGGAGT	Immature
neurons	8
16_18_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.ATGCCAAGTTGGCCATGCA	Immature
neurons	7
16_18_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.GTCTCTACTAGGTTAGTTC	Mature
neurons	10
16_18_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.ACCGGTTCTCAACCGCTAA	Immature
neurons	7
16_18_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.TATGGTCTTTCAACCGCTAA	Immature
neurons	7
16_18_exp3_idx1AGTCCGCTGC_idx2ACTATCTTGA.TCGAATCTTTACGTCATATA	Mature
neurons	10
16_18_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.AAGATGCCTATTCAGGTAC	Mature
neurons	5
16_18_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.GACTGACGTCAGGTATGGA	Mature
neurons	10
16_18_exp3_idx1AGTCCGCTGC_idx2CAAGATTAAG.GCTCTTAGTGGAGGCCTCC	Mature
neurons	10
16_18_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.CAGCAAGTTTGGCCATGCA	Immature
neurons	7
16_18_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.GGCGCATTTCCAGGTCTAC	Mature
neurons	10
16_18_exp3_idx1ATAAGGACTC_idx2AAGATCCAAC.TACTCCTATTTTATTCATTC	Immature
neurons	8
16_18_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.ACTTACTCATGTCCTACTTG	Immature
neurons	8
16_18_exp3_idx1ATAAGGACTC_idx2GTTGACGGCC.AATTCATCGTTCTATAAGGA	Immature
neurons	8
16_18_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.CAGGACTCTACGTTCAACC	Head epid.
/muscle	4
16_18_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.GGCTAAGATCAGGAGGAGA	Immature
neurons	7
16_18_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.AACCGCTGTGCTGGAACTT	Mature
neurons	10
16_18_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.ATGGCGTATTGAGTCCAGA	Immature
neurons	7
16_18_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.TCAAGATCTTTTATAAGAAC	Mature
neurons	10
16_18_exp3_idx1ATAAGGACTC_idx2TTGAGTATCA.GTCGGCAATTGACGCTCCG	Mature
neurons	17
16_18_exp3_idx1ATAAGGACTC_idx2TTGAGTATCA.TAGGAAGGTTCTATAAGGA	Immature
neurons	8
16_18_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.GGCGCATTTAATTGCCTAC	Immature
neurons	7
16_18_exp3_idx1ATTATGCAAG_idx2GGTCCAGGAG.GGTCCTTCTCAACCGCTAA	Head epid.
/muscle	4
16_18_exp3_idx1ATTATGCAAG_idx2GTCGCTCAGT.CGAATGAGTTATGCCGAGT	Mature
neurons	10
16_18_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.CCAGCCTTTTGCCGGCAGA	Mature
neurons	10
16_18_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.ACTGAATACTGCCATTCTCC	Mature
neurons	5
16_18_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.ATCAGTCATTACCGGAATTA	Head epid.
/muscle	4
16_18_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.TATTCTCCTTTAGGCAGATA	Mature
neurons	10
16_18_exp3_idx1GAGCGCGATG_idx2AAGCCGGCTG.AGAAGTAAGTAGTTGCATCT	Immature
neurons	7
16_18_exp3_idx1GATTCTTGAA_idx2AGTTGCATCT.AGCATTATGTTTGGACGCTG	Head epid.
/muscle	4
16_18_exp3_idx1GATTCTTGAA_idx2CTAACTCCAA.ACGTCTAGTGCTCAGCCGG	Immature
neurons	7
16_18_exp3_idx1GATTCTTGAA_idx2TATAACTTCC.AAAGCTGATTTTCCATGGCA	Mature
neurons	10
16_18_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.AAGTTCTTGTTGACGCTCCG	Immature
neurons	7
16_18_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.AGATTCAACTGGACTCATTG	Mature
neurons	5
16_18_exp3_idx1GATTCTTGAA_idx2TGATAGAACG.AATTCTAGGTAATTAAGACT	Mature
neurons	10
16_18_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.TTGACTCAATCGGTCGTTAA	Immature
neurons	7
16_18_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.TAAGACCGTAACGAGGCTA	Immature
neurons	7
16_18_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.TCTCCGAATACCGGAATTA	Immature
neurons	7
16_18_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.ACCTTCGGTGTTCGTCAGA	Immature
neurons	7
16_18_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.GGTACCATTACTATCTTGA	Mature
neurons	5
16_18_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.TCAAGATCTTTATGCCGAGT	Immature
neurons	8
16_18_exp3_idx1GCATCGTATG_idx2CTGCAATCGC.TGCTGGATTTTATTATGGT	Mature
neurons	10
16_18_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.AGAGGTCGTTAGGCCATAG	Mature
neurons	10
16_18_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.ATGCTTCCTGCCAGGATCA	Mature
neurons	5
16_18_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.ATAGTCGCTACCTGGCCAA	Mature
neurons	10
16_18_exp3_idx1GCGCGTTCAT_idx2TCGATATTGA.AGTAGCCATTTATTATGGT	Immature
neurons	7
16_18_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.TTGGAGTTATGTTCGTCAGA	Immature
neurons	7
16_18_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.CTTCATGCTTTGGAATCTC	Oenocytes	18
16_18_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.GCGCTCAATAGTAAGCATA	Immature
neurons	8
16_18_exp3_idx1GCTTGAAGAG_idx2GGCTAATTAA.CCTCCTGATAGCTGCAATA	Immature
neurons	8
16_18_exp3_idx1GCTTGAAGAG_idx2GGTAGGTCTC.GACCAGGATAGTTGCATCT	Mature
neurons	10
16_18_exp3_idx1GTAGCAGCTA_idx2CGAAGGACGA.TCTATCCAATCCAACTAACC	Immature
neurons	8
16_18_exp3_idx1GTAGCAGCTA_idx2CGAGTTAGAG.GTTCGCTGTGTTCCGCTAA	Mature
neurons	10
16_18_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.GCATCCAGTGTATCATCGA	Immature
neurons	8
16_18_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.AACGCGTCTTTATTATGGT	Mature
neurons	10
16_18_exp3_idx1GTAGGCTGCA_idx2CTCGTCTAGG.AGGCATCATGCCAGGATCA	Head epid.
/muscle	4
16_18_exp3_idx1GTAGGCTGCA_idx2GACCGTAGCA.TCTTAGTTCTCAGGAGGAGA	Immature
neurons	7
16_18_exp3_idx1TAGGTAACTT_idx2CCTAGCGCCT.AATCCAGTATCATTCGACGG	Mature
neurons	5
16_18_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.ATCTTCAGATTTGGATCCTT	Mature
neurons	10
16_18_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.AGCTATCGTATTCAGGTAC	Mature
neurons	10
16_18_exp3_idx1TATAATAGTT_idx2ACGCAACTCC.ATAACTTCCTATGGAATTGG	Head epid.
/muscle	4
16_18_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.AAGCAGTATTGGCAATGAGA	Mature
neurons	10
16_18_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.TAGCCAATTTGACTAGTCTA	Mature
neurons	10
16_18_exp3_idx1TGGACGACTA_idx2AACGGACCAA.AAGCGCCATTAACTGGTTA	Immature
neurons	7
16_18_exp3_idx1TGGACGACTA_idx2ACTTCCGAAT.GAACGGCTTACTTAACTAG	Mature
neurons	10
16_18_exp3_idx1TGGACGACTA_idx2TGAGGTAGAA.GAACGATGTATTCAGGTAC	Mature
neurons	10
16_18_exp3_idx1TTATTGAGGC_idx2TCCGGTAATC.ATAGTTGACTCTGGATTAGT	Immature
neurons	7
16_18_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.ACAATGCTATTGAGTCCAGA	Immature
neurons	7
16_18_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.AACCGCTGTGATACGGAAC	Mature
neurons	5
16_18_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.CAACGCAGTAGTAAGCATA	Immature
neurons	7
16_18_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.CGAGATGCTCCAACTAACC	Mature
neurons	10
16_18_exp3_idx1TTCGAATATT_idx2ACCGTTACGA.GGCTAAGATACGTTCAACC	Mature
neurons	5
16_18_exp3_idx1TTGCCGTAGG_idx2AACCTAGCTT.CCATTGCGTCCAACTAACC	Head epid.
/muscle	4
16_18_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.AAGCGCCATAATTAAGACT	Mature
neurons	10
16_18_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.ACAATGCTATAGGTCAATTA	Immature
neurons	7
16_18_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.AGCAACGATACCGGAATTA	Mature
neurons	10
16_18_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.GGCGACTATACTTGCTAGA	Mature
neurons	10
16_18_exp3_idx1TTGCGAGCAT_idx2CGAGTTAGAG.TATTGAGGTTACCTGGCCAA	Mature
neurons	10
16_18_exp3_idx1TTGGTAAGGA_idx2AACGAGGCTA.TTCTGGCCTAACCATTGGA	Immature
neurons	8
16_18_exp3_idx1TTGGTAAGGA_idx2CCTAGCGCCT.ATATGGATCTACGTTCAACC	Mature
neurons	10
16_18_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.AGCATAACTTGGTACCGGCA	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTATCTCCTGGTCCAGGAG	Immature
neurons	13
16_18_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.AGAGTACCTAATTATCAGC	Neural
progenitors	1
16_18_exp10_idx1GCATCGTATG_idx2CGATCATTAC.TACGGTAGTCATCTCTGCA	Immature
neurons	12
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAAGACCGTACTATCTTGA	Immature
neurons	7
16_18_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.TCCAATAGTTCATTATTACC	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TAGGTACTATTTCAAGACCA	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATCCAGGTGGTCCAGGAG	Immature
neurons	7
16_18_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TAGCTCGGTTTAACGTACC	Immature
neurons	7
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTCTACTGTTTAGGATCTA	Immature
neurons	7
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GACCAGGATGTCATTGCGC	Immature
neurons	7
16_18_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.CTGGAAGATCCGCGGACCG	Immature
neurons	7
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TAGGTACTATACTTCCGAAT	Immature
neurons	7
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TGCTACTAATCAAGCTTCAT	Immature
neurons	7
16_18_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GCTGGCTATACTATCTTGA	Immature
neurons	7
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CCAGAACCTCGTCCGTCCT	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCGCCAACTTGATACGAGT	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TGCTACTAATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TCGAATCTTTCTGATTAAGA	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCATCAGGTTCTATAAGGA	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCTACTTACTGGCTAATTAA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTGCTGAATTTAACGTACC	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATCATGAGTTCGTAGAGAA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.AAGCGCCATTTGGTCATAA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ATGGCAGCTTGATACGAGT	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GCAATCGCTATTGCGCTGA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGAGCTCATTGGAAGTACC	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCGGTACCTTGATACGAGT	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CTATCTCCTGGTCCAGGAG	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TGCCTATTATTTGGTCATAA	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATGAGAACTCTGATTAAGA	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCATTAAGCTCGTCCGTCCT	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGGTAGGCTCGGCGAGACC	Immature
neurons	7
16_18_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.TATTGACTCTAACGGACCAA	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ATGGCAGCTAACGAGGCTA	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGTTCGAGTTGAGGTAGAA	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTATAGGCATCGCCTCGAAC	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.AACCGCTGTGGATCTGCAG	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GACTTGGCTACTATCTTGA	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AGTTGCGCTAGTAAGCATA	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TGCCTATTATTTAACGTACC	Immature
neurons	7
16_18_exp10_idx1AATACGATAA_idx2CTCGATGGAG.TTGGAGCTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GCTCTAACGA.GGCTTACTTAATTATCAGC	Immature
neurons	7
16_18_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.TGCCTATTATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.GTAAGGAGTTTAGGATCTA	Immature
neurons	7
16_18_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TATTGAGGTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.TCGAATCTTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2GGTAGGTCTC.TTGAGAGATTCCTAGCGCCT	Immature
neurons	7
16_18_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.GATACGTCTGCTCTCGCCT	Immature
neurons	7
16_18_exp10_idx1ATGGCGCCTG_idx2GAACTGCATC.TATGAGAACTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.TCGTTCTGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GTCCTGCATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.GAACGATGTTATATACTAA	Immature
neurons	7
16_18_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.ATCAGTCATTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.GTAGACGGTATCCATGACT	Immature
neurons	7
16_18_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.ATCAGTCATTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TGATTCCTCA.TATATGCGTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2CTCGTCTAGG.GGTTCGAGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.GTATCGCATACCGCCAACC	Immature
neurons	7
16_18_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.GGAGGTTCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.TGCTAATTCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TCTATAAGGA.TCATGGCTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.GCAGATACTGCTCTCGCCT	Immature
neurons	7
16_18_exp10_idx1TTGCCGTAGG_idx2CTCCGGTTCT.TCAGGAGATAATTATCAGC	Immature
neurons	7
16_18_exp10_idx1TTGCGAGCAT_idx2ACTATCTTGA.TAACGACTTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.ATGGTTGGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp3_idx1TGGACGACTA_idx2GATGATCGTA.TTCTCTCGTCGGTTGCGCG	Immature
neurons	7
16_18_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.GGTCTACGTGTTCGTCAGA	Immature
neurons	7
16_18_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TAGAGCCTTTCCGGTAATC	Neural
progenitors	11
16_18_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGATCTTCTTCGCCTCGAAC	Mature
neurons	10
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATATGCGTTACTACTGAAG	Mature
neurons	10
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCAACGTTTTTAGGATCTA	Immature
neurons	12
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCAGAACCTGTTGACGGCC	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTCCTGCATGACCTCTCTG	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TTCGCGGATGCAAGGAATA	Immature
neurons	12
16_18_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.GATCGACCTTTACCGAGGC	Immature
neurons	12
16_18_exp10_idx1GATTCTTGAA_idx2AGGTCAATTA.AGAGTACCTCCTAGCGCCT	Immature
neurons	7
16_18_exp10_idx1GCATCGTATG_idx2CGATCATTAC.TTCTTAACCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TCAAGATCTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2CATTATTACC.CTCGTTGATATCCATGACT	Immature
neurons	12
16_18_exp10_idx1TCTTGAGGTT_idx2ACTATCTTGA.TTCGTTCCTGCTCTCGCCT	Immature
neurons	12
16_18_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.ACTGGACCTAAGTAGTCAG	Immature
neurons	12
16_18_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.TTCTCATTGTTTCTTATCGA	Immature
neurons	7
16_18_exp3_idx1TTGCCGTAGG_idx2CAAGCTTGGC.TGCAAGGTTACCTCTATCT	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GGCGACTATTACTTACTTA	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGTTGGCATACTATCTTGA	Immature
neurons	8
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTTGCAAGTGGTCGCGTCA	Immature
neurons	8
16_18_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.AGAGTACCTCCTAGCGCCT	Immature
neurons	8
16_18_exp10_idx1CCTCAGCTCC_idx2GGACTCATTG.TATAAGAGGTAACGGACCAA	Immature
neurons	8
16_18_exp1_idx1AGACCATATC_idx2AACGAGGCTA.ACGAGGTTTAACGGACCAA	Immature
neurons	8
16_18_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TATCGAACTTTACTTACTTA	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCTAGGAATTCTGCTTCGAC	Immature
neurons	8
16_18_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TTGGCAATATCTGCTTCGAC	Immature
neurons	8
16_18_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GCCATGGTTTTGAGTATCA	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GTAAGCTCTGGACTCATTG	Immature
neurons	12
16_18_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GTTGCTCCTGGTCCAGGAG	Immature
neurons	8
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.AGGCATCATTTGGTCATAA	Immature
neurons	8
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CCAGAACCTTTGAGTATCA	Immature
neurons	8
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GACCAGGATGGATCTGCAG	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GAGACTAGTTTAGATTCCG	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCAGGAGATCTGCTTCGAC	Immature
neurons	12
16_18_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GACCGTCATAGTTGCATCT	Immature
neurons	8
16_18_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TCGCCAACTACTATCTTGA	Immature
neurons	8
16_18_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TTGCGGTCTTACTTACTTA	Immature
neurons	8
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCATCAGGTAATGGTCGAC	Immature
neurons	8
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCAACGTTTTTGGTCATAA	Immature
neurons	12
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCCGTATGTGGTCCAGGAG	Immature
neurons	12
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGAGTTAGATAATTATCAGC	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGGTAGGCTTGAGGTAGAA	Immature
neurons	12
16_18_exp1_idx1AGACCATATC_idx2TGCCAGATGG.ATAGTCGCTTACTTACTTA	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GCGGAGAATAGTTGCATCT	Immature
neurons	8
16_18_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TTGGCGACTAACGGACCAA	Immature
neurons	8
16_18_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.CCGGAGTTTCTGCTTCGAC	Immature
neurons	8
16_18_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GTTCGCTGTGGTCCAGGAG	Immature
neurons	8
16_18_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.GCTTCTGGTTCTATAAGGA	Immature
neurons	8
16_18_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GCTCGAGATAACGGACCAA	Mature
neurons	10
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AGCAACGATCTGATTAAGA	Immature
neurons	8
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCTCGAGATCGCCTCGAAC	Immature
neurons	8
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGCGACTATGGTCGCGTCA	Immature
neurons	8
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTATCGCATACTATCTTGA	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCGCGCATTCGCCTCGAAC	Immature
neurons	8
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCTCCGAATTTGAGTATCA	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCCGACGTGGATCTGCAG	Immature
neurons	8
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCCGACGTTTATAAGAAC	Immature
neurons	2
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.ACGGCAATTAGTTGCATCT	Immature
neurons	8
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CCATCAGGTAATTGCCTAC	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTTAGCGGTAGTTGCATCT	Immature
neurons	8
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTTAGCGGTATGCAATATG	Immature
neurons	8
16_18_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TGGTCGAATGCGACGCAGA	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.AGCAACGATTTGGTCATAA	Immature
neurons	8
16_18_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GCTCGAGATTATTACTCAT	Immature
neurons	8
16_18_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GGTTGGCATACTACTGAAG	Immature
neurons	12
16_18_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TGGACCTCTTCCGGTAATC	Immature
neurons	7
16_18_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TGAACGCGTCAAGCTTCAT	Immature
neurons	8
16_18_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.CCGGATAGTTTAGGATCTA	Immature
neurons	7
16_18_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.GGATAGGTTCATGCTGGTT	Mature
neurons	17
16_18_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TCTCGCTCTCGATCATTAC	Immature
neurons	8
16_18_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.AACCGCTGTGGTCGCGTCA	Immature
neurons	8
16_18_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.GGCGCATTTTGAGGTAGAA	Immature
neurons	8
16_18_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GAACGATGTATTGCGCTGA	Immature
neurons	8
16_18_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGTTCGAGTCATTATTACC	Immature
neurons	8
16_18_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCAGCGGTTCATTATTACC	Immature
neurons	8
16_18_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGTTAAGACTACGTTCAACC	Mature
neurons	10
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ATGGCAGCTAGTTGCATCT	Immature
neurons	7
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ATGGCGTATACCGTTACGA	Mature
neurons	10
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CCGAGAGATTTGAGTATCA	Immature
neurons	7
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GACTACCATTGATACGAGT	Mature
neurons	10
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCTTCTGGTTCGATATTGA	Immature
neurons	7
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGCTTACTTGGTCGCGTCA	Immature
neurons	8
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGTAGTCCTGGTCGCGTCA	Immature
neurons	8
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATAAGGCTTAAGCCGGCTG	Immature
neurons	8
16_18_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TCATGGCTTTGATACGAGT	Immature
neurons	8
16_18_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.AAGCGCCATGCTCTCGCCT	Immature
neurons	8
16_18_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.AGCAACGATCTGATTAAGA	Immature
neurons	8
16_18_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCTCCGAATAGTTGCATCT	Immature
neurons	7
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.ATTGCCGGTTTAGGATCTA	Immature
neurons	8
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GAGCGGTATTGATAGAACG	Immature
neurons	8
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GCAACGTTTTTCTTATCGA	Mature
neurons	10
16_18_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.CCTCCTGATGCAAGGAATA	Mature
neurons	10
16_18_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TCTCCGAATTTGGTCATAA	Immature
neurons	12
16_18_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TCAGGAGATTATTACTCAT	Immature
neurons	8
16_18_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TACTCCTATTACTATCTTGA	Mature
neurons	10
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CGACGATATGGTCCAGGAG	Mature
neurons	10
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GCGGTATATTCGATATTGA	Immature
neurons	7
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCTCTCCATTACTTACTTA	Mature
neurons	10
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTCCGACGTAACGGACCAA	Immature
neurons	8
16_18_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.GATTACGGTAATTGCCTAC	Immature
neurons	8
16_18_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TCCTACCTTCGCCTCGAAC	Immature
neurons	12
16_18_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TTATAGGCATCTGATTAAGA	Mature
neurons	10
16_18_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.AACCGCTGTCATTATTACC	Immature
neurons	12
16_18_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GCGGTATATCTGCTTCGAC	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TCGGTACCTTACTTACTTA	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.AAGCGCCATTCTATAAGGA	Immature
neurons	8
16_18_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CTACGGCATCTGATTAAGA	Mature
neurons	17
16_18_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTCGGCAATGCTCTCGCCT	Immature
neurons	8
16_18_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCAGTTGGTCTCGTCTAGG	Immature
neurons	8
16_18_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTGAGTCCTTCCGTCGCCA	Immature
neurons	8
16_18_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.ACCTTCGGTTCTATAAGGA	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.CTGCTGAATAACGGACCAA	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.CTGCTGAATTGATACGAGT	Immature
neurons	8
16_18_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.ACCAATGCTTTAGGATCTA	Immature
neurons	8
16_18_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TATTGAGGTTCAAGTACTGG	Immature
neurons	8
16_18_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TTCTAAGCTTTCCGGTAATC	Immature
neurons	8
16_18_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.ACGCCATATTCTAGAACTA	Immature
neurons	8
16_18_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TGAGAATCATAACGAGGCTA	Head epid.
/muscle	4
16_18_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TAGAGAGTATCGATCATTAC	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TGCTAATTCTAACGGACCAA	Immature
neurons	8
16_18_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TTCCATTACTACTATCCGCA	Immature
neurons	8
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACGAGGTTTGGATCTGCAG	Mature
neurons	10
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ATAGTCGCTAACGAGGCTA	Immature
neurons	8
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ATGGCGTATTTAGGATCTA	Immature
neurons	12
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CCGGAGTTTAATTATCAGC	Immature
neurons	8
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGAGGTTCTAGTTGCATCT	Mature
neurons	10
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGCTTACTTACTATCTTGA	Immature
neurons	8
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTCCTGCATCTGATTAAGA	Immature
neurons	8
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGACGAGGTTGATACGAGT	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGCCTATTATCAAGGCATTC	Immature
neurons	8
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ACGAGGTTTGATGATCGTA	Immature
neurons	8
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GAAGAGGCTTCCGTCGCCA	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTTCCAGCTACTTCCGAAT	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TACTCCTATTACGAGGACCT	Immature
neurons	8
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTGGCAATATCGCCTCGAAC	Immature
neurons	8
16_18_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GCTGAAGCTGCTCTCGCCT	Immature
neurons	12
16_18_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TTCAACTGATCTGATTAAGA	Immature
neurons	7
16_18_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TATCCAGGTGGTCCAGGAG	Immature
neurons	8
16_18_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TCGTTCTGTCGTCCGTCCT	Immature
neurons	12
16_18_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GTCGGCAATGGTCCAGGAG	Immature
neurons	8
16_18_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCCGTATGTCCTAGCGCCT	Immature
neurons	12
16_18_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCGGTACCTTGATACGAGT	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.AGTTGCGCTCCTAGCGCCT	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GGTTGGCATCAAGATTAAG	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GTCGGCAATTTAGGATCTA	Immature
neurons	8
16_18_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.AAGCGCCATAACGGACCAA	Immature
neurons	8
16_18_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TCATTAAGCTTTAACGTACC	Immature
neurons	8
16_18_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.AGTTGCGCTCATTATTACC	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TATGCGATTTGCGACGCAGA	Immature
neurons	8
16_18_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TCTCCGAATCCGCTATATT	Immature
neurons	8
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CGCCGTAATCGAGCTGCCA	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CGGTTCCATTCTAGAACTA	Immature
neurons	8
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTAAGGAGTTCTATAAGGA	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATAAGGCTTGGTCCAGGAG	Immature
neurons	8
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGAATCTTTCATTATTACC	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTATAGGCATTACTTACTTA	Mature
neurons	10
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGGAGTTATACTACTGAAG	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TGAATTCGTTCGTCCGTCCT	Immature
neurons	8
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCGCGCATTCGCCTCGAAC	Immature
neurons	8
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCTCCGAATCTGCTTCGAC	Mature
neurons	10
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCGTCTCATTGGAACTAGA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCTCCTGATACTACTGAAG	Mature
neurons	10
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTATCTCCTGGACTCATTG	Immature
neurons	8
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTCCAGAGTAACGGACCAA	Immature
neurons	12
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCGGTATATCGTCCGTCCT	Immature
neurons	12
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATAAGGCTTCCTAGCGCCT	Immature
neurons	12
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCGTATGTCTCGTCTAGG	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGAATCTTTGGTCGCGTCA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGTAGCGTTTGGTCATAA	Immature
neurons	2
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGTTAAGACTGTTGACGGCC	Immature
neurons	8
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGCGGTCTGCTCTCGCCT	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ATAGTCGCTAATTATCAGC	Mature
neurons	10
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ATGGAGAGTAACGGACCAA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CATCGGACTCGTCCGTCCT	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGCAAGTCTTTGGTCATAA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TACGGTAGTTCCAGAAGGT	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCAATAGTTTCGATATTGA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GAACGATGTAATTATCAGC	Immature
neurons	12
16_18_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.ATTGCCGGTTTAACGTACC	Immature
neurons	8
16_18_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GTACCTCTTAATTATCAGC	Immature
neurons	8
16_18_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.CAATCGGTTACTACTGAAG	Immature
neurons	12
16_18_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.CCATTGCGTGGATCTGCAG	Immature
neurons	12
16_18_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.CGCCGTAATCTGCTTCGAC	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.CTCCAGAGTCGAGCTGCCA	Immature
neurons	12
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACCAATGCTTCTATAAGGA	Immature
neurons	8
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CCATTGCGTAGTTGCATCT	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CGTCGAAGTCGTCCGTCCT	Immature
neurons	8
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GACCGTCATCAAGCTTCAT	Mature
neurons	10
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GAGCGGTATCTGATTAAGA	Immature
neurons	8
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATAAGGCTTTTGGTCATAA	Immature
neurons	8
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCGAATCTTTTTGGTCATAA	Immature
neurons	12
16_18_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TCCAAGTTATCTGATTAAGA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GATCGACCTTGATACGAGT	Immature
neurons	13
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGCGACTATTACTTACTTA	Immature
neurons	8
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTTCGAGTCCTAGCGCCT	Immature
neurons	8
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTTGCTCCTCAAGCTTCAT	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGCGCATTTCCGTCGCCA	Mature
neurons	10
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCTGGCCTTTCAAGACCA	Immature
neurons	8
16_18_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.TCATAGAGTTACTATCTTGA	Mature
neurons	10
16_18_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.CTCCGGTTTGATGATCGTA	Immature
neurons	7
16_18_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.CAGAAGGCTACTTCCGAAT	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGTTCGAGTGGTCCAGGAG	Immature
neurons	8
16_18_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TATAAGGCTTGGATCTGCAG	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GATCGACCTTTAACGTACC	Immature
neurons	12
16_18_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GTCGGAGTTTGATACGAGT	Immature
neurons	8
16_18_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TATTCGGCTGGTCGCGTCA	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGCGTAGTTACTACTGAAG	Immature
neurons	8
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ACCTTCGGTGGATCTGCAG	Immature
neurons	8
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ACGGCAATTTCCAGAAGGT	Immature
neurons	8
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CAACGCAGTACTATCTTGA	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CTGCTGAATTACTTACTTA	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTCCGACGTTATTACTCAT	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.CGACGATATGTCCAACTCA	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.CTATCTCCTTGATGGCCTT	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ATGGAGAGTGCAAGGAATA	Immature
neurons	2
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATAAGGCTTACTACTGAAG	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCTACCTTAACGAGGCTA	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCGCATAATGACCTCCGCC	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CGCCGTAATTGATACGAGT	Immature
neurons	12
16_18_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GTTCGCTGTCTGCTTCGAC	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TGGATCCGTGACTAGTCTA	Immature
neurons	8
16_18_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTGAGTCCTGGTCCAGGAG	Immature
neurons	8
16_18_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CTGCTGAATTATTACTCAT	Mature
neurons	10
16_18_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GTTCGCTGTGATGATCGTA	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCTACTTACTACCGTTACGA	Immature
neurons	8
16_18_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GTTCCAGCTAATCTGGAGT	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTCCAGAGTATTGCGCTGA	Immature
neurons	8
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTCCGGTTTGGTCGCGTCA	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTGCTGAATTATTACTCAT	Mature
neurons	10
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCGGTACCTACTATCTTGA	Immature
neurons	8
16_18_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TGCTACTAATACTATCTTGA	Immature
neurons	2
16_18_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TGGTCGAATGGTCCAGGAG	Immature
neurons	12
16_18_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GTCATCTGTTACTTACTTA	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TACTCCTATTCATTATTACC	Immature
neurons	8
16_18_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CTCTACTGTGGCATAGCTT	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TATTGACTCTTTAACGTACC	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCTATACCTTCGCCGCCTCC	Immature
neurons	8
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ACCAATGCTAACTACCGAC	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCTGAAGCTTTATAAGAAC	Immature
neurons	8
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGAGGTTCTCTGCTTCGAC	Immature
neurons	8
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTAGACGGTGCTCTCGCCT	Immature
neurons	12
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTAGCGATTCGCCTCGAAC	Immature
neurons	8
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCAGGAGATCTGATTAAGA	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGGTACCTTCTATAAGGA	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.ACGAGGTTTAATACGCAGG	Mature
neurons	10
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACGAGGTTTTCTATAAGGA	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ATTGCCGGTTGATACGAGT	Immature
neurons	8
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTACGGCATCAAGCTTCAT	Immature
neurons	8
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GAGCGGTATACTATCTTGA	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCAACGTTTCAAGTACTGG	Immature
neurons	12
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCAATCGCTTTAACGTACC	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCCATGGTTTACTTACTTA	Immature
neurons	8
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTCGGCAATAGCGTCAATG	Immature
neurons	8
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATGCGATTTCATTATTACC	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCATTAAGCTGGTCCAGGAG	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGAACGCGTTTGGTCATAA	Mature
neurons	10
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGCGGTCTCTGCTTCGAC	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TGCGTAGTTACGCAACTCC	Immature
neurons	8
16_18_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TATCGAACTTCGTCCGTCCT	Mature
neurons	10
16_18_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TGCTACTAATTTAACGTACC	Immature
neurons	12
16_18_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CAACGCAGTCTGATTAAGA	Immature
neurons	8
16_18_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TGGATCCGTTGATACGAGT	Immature
neurons	8
16_18_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GCTGAAGCTTTATAAGAAC	Immature
neurons	8
16_18_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.AGTTGCGCTTGGAAGTACC	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TACGGTAGTGTTGACGGCC	Immature
neurons	8
16_18_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TCCAAGTTATCCGCGGACCG	Immature
neurons	8
16_18_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TGCCTATTATCGTCCGTCCT	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACTCGCTTTCGATATTGA	Immature
neurons	8
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCTCGAGTTTGGTCATAA	Immature
neurons	8
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCGTTCTGTCCTAGCGCCT	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.CGTCGAAGTTCTAGAACTA	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GACCAGGATATTGCGCTGA	Immature
neurons	8
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTAGCGATTATCGAGTCGC	Immature
neurons	8
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCCTACCTTTCCAGAAGGT	Mature
neurons	10
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTCTTAACCTTTGAGTATCA	Immature
neurons	8
16_18_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GGCGCATTTTCCAGAAGGT	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GTAAGCTCTCTGCTTCGAC	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TCCTACCTTGACTAGTCTA	Immature
neurons	8
16_18_exp10_idx1AATACGATAA_idx2AACTTATAAG.TTCTTAACCTCCAGGTCTAC	Mature
neurons	10
16_18_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.GTCCTGCATGGTCCAGGAG	Immature
neurons	8
16_18_exp10_idx1AATACGATAA_idx2CTCGATGGAG.TCCTCGAGTTATATACTAA	Mature
neurons	10
16_18_exp10_idx1AATACGATAA_idx2TCTAGAACTA.AAGGATTACTGCTGGAACTT	Immature
neurons	8
16_18_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.ACTTACTCATTTAGGATCTA	Mature
neurons	10
16_18_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.TGTTAAGACTCTGATTAAGA	Immature
neurons	8
16_18_exp10_idx1ACGGCGTTAA_idx2AGGATTACCA.GAACGATGTCTGATTAAGA	Immature
neurons	8
16_18_exp10_idx1ACGGCGTTAA_idx2AGGATTACCA.TGATCTTCTTCTGATTAAGA	Mature
neurons	5
16_18_exp10_idx1ACGGCGTTAA_idx2AGGATTACCA.TTCTCTAGTTATCCATGACT	Immature
neurons	8
16_18_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.CTTCATGCTACCGCCAACC	Mature
neurons	10
16_18_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.TATGGTCTTTTATATACTAA	Immature
neurons	7
16_18_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.CTGCTGAATTATATACTAA	Immature
neurons	8
16_18_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.AAACTCCAATATCCATGACT	Mature
neurons	10
16_18_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.TGCTAATTCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AACGAGGCTA.AACTAGTTGTCCTAGCGCCT	Immature
neurons	8
16_18_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.CCTAATGGTTATATACTAA	Mature
neurons	10
16_18_exp10_idx1AGACCATATC_idx2CGATCATTAC.GTCTATGGTCGCCTCGAAC	Immature
neurons	8
16_18_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.CATCAACGTCATCTCTGCA	Mature
neurons	10
16_18_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.CTGGAAGATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TGACGAGGTCATTATTACC	Immature
neurons	8
16_18_exp10_idx1AGGTCAGCTT_idx2ACCAAGATCT.TCTAGGAATTTTACCGAGGC	Immature
neurons	7
16_18_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.CGAATGAGTGCTCTCGCCT	Mature
neurons	10
16_18_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.TGAGAATCATGGTCCAGGAG	Immature
neurons	8
16_18_exp10_idx1AGGTCAGCTT_idx2ATAAGAGGCG.CAGTATCCTAGTAAGCATA	Immature
neurons	7
16_18_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.TCTACTTACTGCTGGAACTT	Immature
neurons	7
16_18_exp10_idx1AGGTCAGCTT_idx2GGCTAATTAA.TCGTCTATTTCCTAGCGCCT	Immature
neurons	7
16_18_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.TAGAACCAATGCTGGAACTT	Immature
neurons	8
16_18_exp10_idx1ATAAGGACTC_idx2ACGAGGACCT.TCGTCTATTTAATTATCAGC	Immature
neurons	7
16_18_exp10_idx1ATAAGGACTC_idx2CATTATTACC.CTGAGCATTAATTATCAGC	Immature
neurons	8
16_18_exp10_idx1ATAAGGACTC_idx2CATTATTACC.TTACCTAAGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.ATAACTTCCTAATTATCAGC	Immature
neurons	12
16_18_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.TAATCAGCTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.TCGAAGGATGGTCCAGGAG	Immature
neurons	7
16_18_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.GAGGAACTTCCTAGCGCCT	Immature
neurons	8
16_18_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.CCTAATGGTCCTAGCGCCT	Mature
neurons	10
16_18_exp10_idx1CCTCAGCTCC_idx2ATAGGATATG.GAGACTAGTAATTATCAGC	Immature
neurons	8
16_18_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TCTTAGTTCTGGCTAATTAA	Immature
neurons	8
16_18_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TGAATCTGATCTGATTAAGA	Immature
neurons	12
16_18_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.TACTTGCGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.AGTATTAGCTACGCAACTCC	Immature
neurons	7
16_18_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.ATTAGTCTGTTATATACTAA	Immature
neurons	7
16_18_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TATCATGAGTCATTATTACC	Mature
neurons	10
16_18_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.GGACTTGATAACGGACCAA	Mature
neurons	5
16_18_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.TAGAACCAATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.GCAATCGCTATCCATGACT	Mature
neurons	10
16_18_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.GCTCTTAGTAACGGACCAA	Mature
neurons	10
16_18_exp10_idx1GAGCGCGATG_idx2CTGCAATCGC.TATTCTCCTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.TTAATGAGCTAATTATCAGC	Immature
neurons	7
16_18_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.TTCTTAACCTGCCATTCTCC	Immature
neurons	7
16_18_exp10_idx1GATTCTTGAA_idx2CGGCGAGACC.AAGGATATGTCATCTCTGCA	Immature
neurons	8
16_18_exp10_idx1GATTCTTGAA_idx2GACTAGTCTA.TCTCGCTCTCATTATTACC	Immature
neurons	8
16_18_exp10_idx1GATTCTTGAA_idx2GGTCCAGGAG.TATAAGAGGTATCCATGACT	Immature
neurons	8
16_18_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.TCGAAGGATACTTAACCTT	Immature
neurons	12
16_18_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.TTCCATCTTTTATATACTAA	Immature
neurons	7
16_18_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.CTTCATGCTTTAGGATCTA	Immature
neurons	8
16_18_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.TAACTAAGGTATCCATGACT	Immature
neurons	7
16_18_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.GTAAGGAGTGCTGGAACTT	Immature
neurons	7
16_18_exp10_idx1GCGCGTTCAT_idx2ACCGTTACGA.TCGAGAAGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.TCCAAGTTATACTTAACCTT	Immature
neurons	7
16_18_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.TTCTTAACCTTTAGGATCTA	Mature
neurons	10
16_18_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TTATCCGCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.AAATTCCTCTAATTATCAGC	Immature
neurons	7
16_18_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TCCAATAGTTACCGCCAACC	Mature
neurons	10
16_18_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TGATCTTCTTGGTCCAGGAG	Immature
neurons	8
16_18_exp10_idx1GCTTGAAGAG_idx2AGATCCTATA.TCTTAGTTCTCATTATTACC	Immature
neurons	7
16_18_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.AAACTCCAATGGTCCAGGAG	Mature
neurons	10
16_18_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TATTGAGGTTCCTAGCGCCT	Immature
neurons	8
16_18_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.CTCGTTGATGGTCCAGGAG	Immature
neurons	7
16_18_exp10_idx1GGCTTACTCC_idx2TTCTACGCCA.TTATAGGCATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.GGTTGGCATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.GGCTTACTTTTAGGATCTA	Immature
neurons	7
16_18_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.TTGGCTCATGGTCCAGGAG	Immature
neurons	7
16_18_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TCCAATAGTTAATTATCAGC	Immature
neurons	2
16_18_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TCTTAGTTCTATCCATGACT	Immature
neurons	8
16_18_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TATGACTTGTACCGCCAACC	Mature
neurons	10
16_18_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TGGTTGAATTCCTAGCGCCT	Mature
neurons	10
16_18_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.TTCCATCTTTTATATACTAA	Mature
neurons	10
16_18_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TTAATGAGCTGCTCTCGCCT	Mature
neurons	10
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.CTGGAAGATGCTGGAACTT	Mature
neurons	10
16_18_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.TGGATTCTATCTGATTAAGA	Mature
neurons	10
16_18_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.GAGTTCTCTAACGGACCAA	Immature
neurons	8
16_18_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.TCGTCTATTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.TGAGAATCATCCTAGCGCCT	Immature
neurons	8
16_18_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.TGAGTTAGATTGATACGAGT	Immature
neurons	8
16_18_exp10_idx1TAGGTAACTT_idx2ACTTCCGAAT.GAGTTCTCTCCTAGCGCCT	Immature
neurons	8
16_18_exp10_idx1TAGGTAACTT_idx2CCTAGCGCCT.AGCGTAAGTAATTATCAGC	Immature
neurons	7
16_18_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.AAGGATATGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TTAATGAGCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.TATATGCGTTCTGATTAAGA	Mature
neurons	10
16_18_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.TGCAAGGTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TGATACGAGT.ATTGATCGTTTTAGGATCTA	Immature
neurons	8
16_18_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.CTTCATGCTATCCATGACT	Immature
neurons	8
16_18_exp10_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTATAGGCATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.GGCTTACTTCCTAGCGCCT	Immature
neurons	7
16_18_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TTTGCTTAGTTTACCGAGGC	Mature
neurons	10
16_18_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.AGTCGCATTTTAGGATCTA	Immature
neurons	8
16_18_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.TCAGGAGATCCTAGCGCCT	Immature
neurons	8
16_18_exp10_idx1TATAATAGTT_idx2TGCCAGATGG.AACTGGCATATCCATGACT	Immature
neurons	2
16_18_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.GACGTTCGTGCTGGAACTT	Immature
neurons	8
16_18_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.GCATCCAGTCATCTCTGCA	Neural
progenitors	11
16_18_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TTATAGGCATCATTATTACC	Immature
neurons	7
16_18_exp10_idx1TATTAGACTT_idx2ACTATCTTGA.TCATGGCTTTTAGGATCTA	Immature
neurons	8
16_18_exp10_idx1TATTAGACTT_idx2CAAGTACTGG.TTGGCTCATCCTAGCGCCT	Immature
neurons	8
16_18_exp10_idx1TATTAGACTT_idx2CATGCATCTC.GGCTAAGATAATTATCAGC	Immature
neurons	8
16_18_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.GTCATCTGTTTAGGATCTA	Immature
neurons	7
16_18_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.TAATCAGCTTACTTAACCTT	Immature
neurons	7
16_18_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.TAGAGCCTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TAACGACTTTTATATACTAA	Immature
neurons	8
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.AGAGTACCTGATCGCTTCT	Immature
neurons	8
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.GCCATGGTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TCCTAACTTTTTAGGATCTA	Immature
neurons	8
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TGCTGGATTGCTCTCGCCT	Immature
neurons	8
16_18_exp10_idx1TATTAGACTT_idx2TGATAGAACG.CTGCTGAATATCCATGACT	Immature
neurons	8
16_18_exp10_idx1TATTAGACTT_idx2TGATAGAACG.GAGTTCTCTGCTGGAACTT	Immature
neurons	8
16_18_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TCCAAGTTATTTAGGATCTA	Mature
neurons	10
16_18_exp10_idx1TCCTCTGCCG_idx2ACGAGGACCT.ACTTACTCATCATTATTACC	Mature
neurons	5
16_18_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.ATGGTTGGTAATTATCAGC	Immature
neurons	8
16_18_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.TTATCCGCTACCGCCAACC	Immature
neurons	8
16_18_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.CCTAATGGTATCCATGACT	Mature
neurons	10
16_18_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.TCGAGAAGTTGCGGACCTA	Immature
neurons	7
16_18_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.TCATGGCTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.TCTATACCTTTTAGGATCTA	Immature
neurons	7
16_18_exp10_idx1TCTTGAGGTT_idx2TGGCCGCAAT.TGAATCTGATGGTCCAGGAG	Immature
neurons	7
16_18_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TAGAACCAATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TCGTTCTGTCCTAGCGCCT	Immature
neurons	8
16_18_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TTGGTTAAGTATCCATGACT	Immature
neurons	7
16_18_exp10_idx1TGGACGACTA_idx2TCTAGAACTA.TATCATGAGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCTAGAACTA.TGCCTATTATACCGCCAACC	Immature
neurons	12
16_18_exp10_idx1TTATTGAGGC_idx2CCAGGTCTAC.AAGTTCTTGTCTGATTAAGA	Immature
neurons	7
16_18_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.TCCAAGTTATTTACCGAGGC	Immature
neurons	7
16_18_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.GATACGTCTTATATACTAA	Immature
neurons	7
16_18_exp10_idx1TTCGAATATT_idx2AAGCCGGCTG.CTGCTGAATTGCCGGCAGA	Immature
neurons	7
16_18_exp10_idx1TTCGAATATT_idx2ACGCAACTCC.TCGAATCTTTTCGCTAAGCA	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2ACGCAACTCC.TGAGAATCATACCGCCAACC	Immature
neurons	12
16_18_exp10_idx1TTCGAATATT_idx2CTCGTCTAGG.AGATCGGATAACGGACCAA	Immature
neurons	7
16_18_exp10_idx1TTCGAATATT_idx2TGCCAGATGG.TGATCTTCTTATCCATGACT	Mature
neurons	10
16_18_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.GACCAGGATCATTATTACC	Immature
neurons	8
16_18_exp10_idx1TTGCCGTAGG_idx2ACTGAATTCC.GTTGCAAGTTTACCGAGGC	Immature
neurons	8
16_18_exp10_idx1TTGCCGTAGG_idx2CTCCGGTTCT.TGACGAGGTGGTCCAGGAG	Immature
neurons	8
16_18_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.GGAGCTCATGGTCCAGGAG	Mature
neurons	10
16_18_exp10_idx1TTGCGAGCAT_idx2CGACTACCAA.ACAGGTATTTTGCCGGCAGA	Mature
neurons	10
16_18_exp10_idx1TTGCGAGCAT_idx2CGTCCGTCCT.CAGTATCCTATCCATGACT	Mature
neurons	10
16_18_exp10_idx1TTGCGAGCAT_idx2CGTCCGTCCT.TGAGAATCATGACTAGTCTA	Immature
neurons	8
16_18_exp10_idx1TTGCGAGCAT_idx2CGTCCGTCCT.TTCTAAGCTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2GGACTCATTG.GCATCCAGTATCCATGACT	Immature
neurons	12
16_18_exp3_idx1AATACGATAA_idx2TGAGGTAGAA.GCCATGGTTTTCCATGGCA	Mature
neurons	17
16_18_exp3_idx1ACGGCGTTAA_idx2AATTGCCTAC.CTCTGAGCTATCAACGATT	Head epid.
/muscle	4
16_18_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.CGAGATGCTGGAGGCCTCC	Immature
neurons	7
16_18_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.CGGTTCCATATGGAATTGG	Immature
neurons	8
16_18_exp3_idx1AGACCATATC_idx2CGATCATTAC.AGATTGGTTTATCATATTAG	Sensory
progenitors	14
16_18_exp3_idx1AGACCATATC_idx2TTGGAGTCGG.TTGCGGTCTAACGAGGCTA	Immature
neurons	8
16_18_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.TGGACCTCTGCGACGCCTT	Immature
neurons	12
16_18_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.TCCTCGAGTAGTAAGCATA	Immature
neurons	8
16_18_exp3_idx1AGGTCAGCTT_idx2CCAGGTCTAC.TCGTAGCGTACGTTCAACC	Immature
neurons	8
16_18_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.AACGATCATTTGGCCATGCA	Immature
neurons	8
16_18_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.ATTAATGCCTGGACTACTAC	Immature
neurons	8
16_18_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.CGGTTCCATAGCTAAGGTA	Immature
neurons	8
16_18_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.AGAGTACCTTTCAATATAA	Immature
neurons	7
16_18_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.TTCTAAGCTTGACCTTGATA	Immature
neurons	7
16_18_exp3_idx1ATAAGGACTC_idx2TTGGTCATAA.CCAGCCTTTGGAGGCCTCC	Immature
neurons	7
16_18_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.ATTGAGGAATCGGCGTAACT	Immature
neurons	2
16_18_exp3_idx1ATTATGCAAG_idx2TGATAGAACG.ATTAATGCCTTGGCCATGCA	Immature
neurons	7
16_18_exp3_idx1ATTATGCAAG_idx2TGATAGAACG.TAGTTACCTTGCTAACCTCA	Head epid.
/muscle	4
16_18_exp3_idx1CCTCAGCTCC_idx2CAAGTACTGG.CCAATCCATACCGGAATTA	Immature
neurons	7
16_18_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.ACGTCTAGTCAAGGCATTC	Immature
neurons	7
16_18_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.TGGACCTCTGAGCATCATT	Immature
neurons	7
16_18_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.AGCAACGATTCTATAAGGA	Immature
neurons	7
16_18_exp3_idx1GAGCGCGATG_idx2GGAACGATGG.CGAGATGCTTTGGTCATAA	Immature
neurons	7
16_18_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.AGTTGCGCTTTCCATGGCA	Immature
neurons	8
16_18_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.ATAGTCGCTGCTAACCTCA	Immature
neurons	8
16_18_exp3_idx1GATTCTTGAA_idx2AGATCCTATA.GGCTAAGATATGGAATTGG	Mature
neurons	10
16_18_exp3_idx1GATTCTTGAA_idx2TGGCCGCAAT.GCTTCTGGTACTATCTTGA	Immature
neurons	8
16_18_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.ACCGGTTCTATTCAGGTAC	Immature
neurons	8
16_18_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.AGTATTAGCTTTCGCTTACG	Immature
neurons	8
16_18_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CGTCTTCCTAGTTCGAGTA	Immature
neurons	7
16_18_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TATTCTCCTTTTAACGTACC	Mature
neurons	10
16_18_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.GCGCTCAATATAGTCGTAG	Immature
neurons	7
16_18_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.ACCTCAATATTAATGAACGA	Mature
neurons	10
16_18_exp3_idx1GCATCGTATG_idx2TCGATATTGA.CATACCGCTCTGATTAAGA	Immature
neurons	7
16_18_exp3_idx1GCATCGTATG_idx2TCGATATTGA.TCAAGATCTTTTATTCATTC	Immature
neurons	12
16_18_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TCCTAACTTTATAGTCGTAG	Immature
neurons	8
16_18_exp3_idx1GCGCGTTCAT_idx2CTGCAATCGC.GGACTTGATCGAACGCCGG	Immature
neurons	7
16_18_exp3_idx1GCGCGTTCAT_idx2CTGCAATCGC.TCCAATAGTTGGTACCGGCA	Immature
neurons	7
16_18_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.CAGCATTGTCAGGAGGAGA	Immature
neurons	8
16_18_exp3_idx1GCTTGAAGAG_idx2TTGAGTATCA.TTCCATTACTTTAACGTACC	Immature
neurons	8
16_18_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.CCAGAACCTGACCTTGATA	Immature
neurons	7
16_18_exp3_idx1GTAGCAGCTA_idx2AGTTGCATCT.GACTCGCTTGCTCAGCCGG	Immature
neurons	8
16_18_exp3_idx1GTAGCAGCTA_idx2CCAGGTCTAC.AAATCGTTCTTTGGAATCTC	Immature
neurons	8
16_18_exp3_idx1GTAGCAGCTA_idx2CCAGGTCTAC.CAGGACTCTTTCCATGGCA	Immature
neurons	8
16_18_exp3_idx1GTAGCAGCTA_idx2GGCTAATTAA.CCTAATGGTACTATCTTGA	Immature
neurons	7
16_18_exp3_idx1GTAGCAGCTA_idx2GGCTAATTAA.TTCTGGCCTTGAGTCCAGA	Mature
neurons	10
16_18_exp3_idx1GTAGCAGCTA_idx2GGTAGGTCTC.ATGGTTGGTCAACCGCTAA	Immature
neurons	8
16_18_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.ACCTCAATATCAAGGAGGTC	Immature
neurons	8
16_18_exp3_idx1GTAGGCTGCA_idx2GACCGTAGCA.ATTCCTAGATTAATGAACGA	Immature
neurons	8
16_18_exp3_idx1GTAGGCTGCA_idx2GCTCTCGCCT.GCAATCGCTATTGCGCTGA	Mature
neurons	10
16_18_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.GAAGAGGCTCGTCGCAGCC	Immature
neurons	8
16_18_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.GACCGAATTCAGGAGGAGA	Immature
neurons	8
16_18_exp3_idx1TAGGTAACTT_idx2TCTAGAACTA.AAATTCCTCTCATTATTACC	Mature
neurons	10
16_18_exp3_idx1TATAATAGTT_idx2GACCTCCGCC.AGCATTATGTCAACCAGTAC	Immature
neurons	8
16_18_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.AACGTAATCTTGCGGACCTA	Immature
neurons	8
16_18_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.TAGATGACTTTGAGTCTGGC	Immature
neurons	8
16_18_exp3_idx1TGGACGACTA_idx2AACGGACCAA.ATTCGGAGTGGACTCATTG	Immature
neurons	7
16_18_exp3_idx1TGGACGACTA_idx2AACGGACCAA.CGGAACCTTCATTATTACC	Immature
neurons	8
16_18_exp3_idx1TGGACGACTA_idx2AACGGACCAA.GACTACCATATAAGGAGCA	Immature
neurons	7
16_18_exp3_idx1TGGACGACTA_idx2GACCTCTCTG.ATATCCTACTTTATAGCAGA	Immature
neurons	12
16_18_exp3_idx1TGGACGACTA_idx2GATGATCGTA.ACGTCTAGTGTCCTACTTG	Immature
neurons	7
16_18_exp3_idx1TGGACGACTA_idx2TGAGGTAGAA.AAACTGAACTTGGCCGGCCT	Immature
neurons	7
16_18_exp3_idx1TTATTGAGGC_idx2TATAACTTCC.CGCTGCTTTTATGCCGAGT	Immature
neurons	8
16_18_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.ATAACTTCCTCCAACTAACC	Immature
neurons	7
16_18_exp3_idx1TTCGAATATT_idx2TTGGAGTCGG.TCAGTTGGTGCTGGAACTT	Immature
neurons	8
16_18_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.TGGATTCTATAATTAAGACT	Mature
neurons	10
16_18_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.GATTACGGTGCTAACCTCA	Immature
neurons	8
16_18_exp3_idx1TTGCGAGCAT_idx2CCAAGCTGAA.GACTCGCTTCATTATTACC	Immature
neurons	7
16_18_exp3_idx1TTGCGAGCAT_idx2TGGACTTGAC.TTGAGTCCTACTACTGAAG	Immature
neurons	7
16_18_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.CGAATGAGTTGGCCATGCA	Immature
neurons	7
16_18_exp3_idx1TTGGTAAGGA_idx2CCTAGCGCCT.AACCGCTGTTATGCCGAGT	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGATAGGTTTACTTACTTA	Immature
neurons	12
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTCATCTGTGGTCGCGTCA	Immature
neurons	12
16_18_exp10_idx1AGACCATATC_idx2ACGCAACTCC.TCCTAACTTTTTAGGATCTA	Neural
progenitors	11
16_18_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GCAGATACTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CATGCATCTC.TATAAGGCTTAACGGACCAA	Immature
neurons	12
16_18_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.CTTCGACTTACCGCCAACC	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.ACCGTAGCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GGAGCTCATCCGCGGACCG	Mature
neurons	10
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ATAGTCGCTAATCTGGAGT	Mature
neurons	10
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCTGAAGCTCGAGCTGCCA	Mature
neurons	10
16_18_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TCCTCGAGTAGTTGCATCT	Immature
neurons	7
16_18_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TGCCTTGGTCCGCGGACCG	Mature
neurons	10
16_18_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TATAAGGCTTGGCTATGACT	Mature
neurons	10
16_18_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCCAAGTTATCGAGCTGCCA	Mature
neurons	10
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTATCGCATCGAGCTGCCA	Mature
neurons	10
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAAGACCGTAACTGATCTT	Mature
neurons	10
16_18_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GATTACGGTGATGATCGTA	Mature
neurons	10
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GAGACTAGTAACGAGGCTA	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACGTTCGTTTAGGATCTA	Mature
neurons	10
16_18_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TATTGAGGTTAATGGTCGAC	Mature
neurons	10
16_18_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TGCTCCTATATCGAGTCGC	Mature
neurons	10
16_18_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.CGCCGTAATCCGCGGACCG	Mature
neurons	10
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCCAAGTTATTTAGGATCTA	Mature
neurons	10
16_18_exp10_idx1AATACGATAA_idx2GCTCTCGCCT.TATTCGGCTAACGGACCAA	Mature
neurons	10
16_18_exp10_idx1AATACGATAA_idx2TTAACGTACC.TTGGCAATATTTACCGAGGC	Mature
neurons	10
16_18_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TCTACTTACTAACGGACCAA	Mature
neurons	10
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.GAGTTCTCTGGTCCAGGAG	Mature
neurons	10
16_18_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.GCAGATACTACCGCCAACC	Immature
neurons	7
16_18_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.TGGTTGAATTATCCATGACT	Mature
neurons	10
16_18_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.GTCCTGCATACTTAACCTT	Mature
neurons	10
16_18_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.TGATGCGATGGTCCAGGAG	Mature
neurons	10
16_18_exp10_idx1GCATCGTATG_idx2TCGATATTGA.AACTAGTTGTTTACCGAGGC	Mature
neurons	10
16_18_exp10_idx1GTAGGCTGCA_idx2CAAGCTTGGC.ACAGGTATTTGCTGGAACTT	Sensory
progenitors	14
16_18_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TATGACTTGTGGTCGCGTCA	Mature
neurons	10
16_18_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.AAGGATTACTCATTATTACC	Mature
neurons	10
16_18_exp3_idx1GCATCGTATG_idx2CTGCAATCGC.CGAAGACCTTGAGTCCAGA	Mature
neurons	10
16_18_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.ATTACCATCTTATGAGTTAA	Mature
neurons	10
16_18_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.GACTACCATTCCGTCGCCA	Immature
neurons	2
16_18_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGGCCTGATGATGATCGTA	Ventral
midline	9
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TAGCCAATTTTGAGGTAGAA	Immature
neurons	2
16_18_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TCCGTATGTCCGCGGACCG	Immature
neurons	2
16_18_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GGCGACTATCCGCGGACCG	Immature
neurons	2
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TATGACTTGTTGATACGAGT	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AAGCGCCATCTGCTTCGAC	Immature
neurons	2
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTCCGGTTTTCGATATTGA	Immature
neurons	12
16_18_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.TACGGTAGTACTTCCGAAT	Sensory
progenitors	6
16_18_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TCCTACCTTCATTATTACC	Immature
neurons	2
16_18_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.TGAGTTAGATAATTATCAGC	Immature
neurons	2
16_18_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TTGGCTCATTCGCTAAGCA	Immature
neurons	2
16_18_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.TTAATGAGCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TCTATACCTTTTAGGATCTA	Neural
progenitors	1
16_18_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TCTCGCTCTTTAGGATCTA	Immature
neurons	2
16_18_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.ATTAGTCTGTTTAGGATCTA	Immature
neurons	2
16_18_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.GACTTGGCTAATTATCAGC	Immature
neurons	2
16_18_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TAGAACCAATCATTATTACC	Immature
neurons	2
16_18_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.TCTCGCTCTTATATACTAA	Immature
neurons	12
16_18_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.AGCGTAAGTATCCATGACT	Immature
neurons	2
16_18_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.GAACGGCTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.TCATGGCTTTTAGGATCTA	Immature
neurons	2
16_18_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.AACGAGCGTTTGGTCATAA	Immature
neurons	2
16_18_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.CGAATGAGTTTACTTGGAA	Immature
neurons	2
16_18_exp3_idx1GCTTGAAGAG_idx2GGTAGGTCTC.TGGTCGAATGCGACGCCTT	Immature
neurons	12
16_18_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCATAGAGTTCCAGGTCTAC	Neural
progenitors	11
16_18_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TTATAGGCATACGCAACTCC	Neural
progenitors	11
16_18_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.ATATCCTACTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.TAGGTACTATCATGCATCTC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.GCGTACTTTCTGATTAAGA	Neural
progenitors	11
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.GTCTATGGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2ACGCAACTCC.TTCGTTCCTACGGAGGCGG	Neural
progenitors	11
16_18_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TATTCTCCTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2CAAGTACTGG.TCATAGAGTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2AACGAGGCTA.ATAGTCGCTATTGCGCTGA	Head epid.
/muscle	4
16_18_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.GTCGGCAATCATGCATCTC	Immature
neurons	7
16_18_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.GGAGGTTCTGGATCTGCAG	Immature
neurons	7
16_18_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TATTGACTCTCAAGCTTCAT	Immature
neurons	7
16_18_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TCGTCTATTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CTACGGCATAACCTAGCTT	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGCCTATTATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTCGGAGTTCTGATTAAGA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GAACGATGTCTGCTTCGAC	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GGTCTACGTCGCCGCCTCC	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ATGGAGAGTGGTCCAGGAG	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TATGGTCTTTCTGCTTCGAC	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AAGCGCCATCGCCTCGAAC	Neural
progenitors	11
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGGTAGGCTAATTATCAGC	Immature
neurons	7
16_18_exp10_idx1AATACGATAA_idx2ACGTTCAACC.GTAAGCTCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.TTGACCAGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GCAACTGGCA.GCCATGGTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.GATACGTCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AGGATTACCA.TATGGTCTTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.CTGATAGGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.GATAAGCGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2ATAAGAGGCG.TCTACTTACTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2ATAGGATATG.TTGAGAGATTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.TACGGTAGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TTCCATCTTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TACGGTAGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TCTACTTACTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.ATAACTTCCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.GCCATGGTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.GGTCTACGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.TTCGCATAATCAAGCTTCAT	Immature
neurons	7
16_18_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.TTGGTTAAGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.TTGGCTCATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.CTGAGCATTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2TTCTACGCCA.GCGTACTTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2TTCTACGCCA.CTGCCTTATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CTAACTCCAA.ATATCCTACTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.ATATGGATCTCTGATTAAGA	Immature
neurons	7
16_18_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.ACTTGATTGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2CTCGTCTAGG.TATTCTCCTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CGTCCGTCCT.GGTACCATTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2CGAGTTAGAG.TATCGAACTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2ACTCTCTCAA.TAAGAATGGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.CTTCATGCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GCTCTAACGA.GGAGCTCATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCGATATTGA.GTAGACGGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TATAACTTCC.TATGAGAACTAATTATCAGC	Neural
progenitors	11
16_18_exp10_idx1TTATTGAGGC_idx2TCTATAAGGA.TGAATCTGATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.TGAATCTGATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.TTGGAGTTATACCGCCAACC	Head epid.
/muscle	4
16_18_exp3_idx1AGGTCAGCTT_idx2CGACTACCAA.TAATACCAGTACTACTGAAG	Immature
neurons	7
16_18_exp3_idx1TAGGTAACTT_idx2TGATACGAGT.ATGGTAACTTTAATGAACGA	Immature
neurons	7
16_18_exp3_idx1TATTAGACTT_idx2TGATAGAACG.AGTTAACCATAATTAAGACT	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TAGCTCGGTACTACTGAAG	Immature
neurons	2
16_18_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TATTGACTCTACTACTGAAG	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCCGTATGTTACTTACTTA	Immature
neurons	2
16_18_exp1_idx1AGACCATATC_idx2ACGCAACTCC.CAATCGGTTAGTTGCATCT	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TCAGCGGTTCGCCTCGAAC	Mature
neurons	10
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.AAGATGCCTAGTCCGCGGA	Mature
neurons	10
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CCGTCTCATCGAGCTGCCA	Immature
neurons	12
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CGACGATATCATTATTACC	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GACCGTCATTTAACGTACC	Immature
neurons	2
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTCGGCAATTCCGGTAATC	Mature
neurons	10
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCGAATCTTTCGTCCGTCCT	Immature
neurons	2
16_18_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CCATCAGGTTGATACGAGT	Mature
neurons	17
16_18_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TTCTCTCGTGACCTCCGCC	Immature
neurons	12
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.ATGGAGAGTAGTTGCATCT	Neural
progenitors	0
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACCGTCATTGGAACTAGA	Immature
neurons	12
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCAGATACTCTGCTTCGAC	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTAGACGGTTTAGGATCTA	Mature
neurons	5
16_18_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GGCGCATTTAATTGCCTAC	Immature
neurons	2
16_18_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TTGAGTCCTTCGATATTGA	Mature
neurons	10
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AACCGCTGTCATTATTACC	Immature
neurons	2
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ACCGTAGCTACTATCTTGA	Mature
neurons	5
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ACCTTCGGTTTGGTCATAA	Immature
neurons	8
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CCGGAGTTTTCGATATTGA	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCTGGCTATACCGTTACGA	Mature
neurons	5
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGTCTACGTTACTTACTTA	Immature
neurons	12
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTAGACGGTCTGCTTCGAC	Immature
neurons	2
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTCGGCAATACTATCTTGA	Mature
neurons	10
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATGGTCTTTACTACTGAAG	Neural
progenitors	1
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.AAGCGCCATGCGACGCAGA	Mature
neurons	5
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTAGTACGTTGATACGAGT	Immature
neurons	2
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTTCATGCTTTGGAGTCGG	Mature
neurons	17
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCTTCTGGTACTTCCGAAT	Mature
neurons	5
16_18_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.CGCCGTAATCTGATTAAGA	Mature
neurons	5
16_18_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GTAGACGGTCGAGCTGCCA	Immature
neurons	2
16_18_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.GGCGACTATTGGAAGTACC	Mature
neurons	5
16_18_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TCTCCGAATCTGATTAAGA	Immature
neurons	2
16_18_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TGAGTTAGATACTACTGAAG	Mature
neurons	5
16_18_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TGGCCTGATCAAGATTAAG	Immature
neurons	2
16_18_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TATTCGGCTTGGAACTAGA	Mature
neurons	5
16_18_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.CTCCGGTTTCGCCTCGAAC	Mature
neurons	5
16_18_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GGTTGGCATCGCCTCGAAC	Immature
neurons	2
16_18_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTAGCGATTTACTTACTTA	Immature
neurons	8
16_18_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCGTCTATTTCATTATTACC	Immature
neurons	12
16_18_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGCGTAGTTGATGATCGTA	Immature
neurons	12
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ACGGCAATTCCGCGGACCG	Mature
neurons	5
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GAACGGCTTACTTCCGAAT	Immature
neurons	2
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGCGCATTTTTGGAGTCGG	Mature
neurons	10
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATCATGAGTACTTCCGAAT	Immature
neurons	2
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCAGGAGATTTGGTCATAA	Mature
neurons	10
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCATAGAGTTTGAGGTAGAA	Immature
neurons	8
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGGTAGGCTACTACTGAAG	Mature
neurons	5
16_18_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GTTCCAGCTCCTAGCGCCT	Immature
neurons	8
16_18_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CTGGAAGATATTGCGCTGA	Immature
neurons	12
16_18_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGTTGGCATTACTTACTTA	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCAGGAGATTGGAACTAGA	Immature
neurons	2
16_18_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTGGAGTTATACCGTTACGA	Mature
neurons	5
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.ATTGCCGGTCGCCTCGAAC	Mature
neurons	5
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CTCCAGAGTTTGGTCATAA	Immature
neurons	8
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTTCGCTGTATGCAATATG	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.AGCAACGATTGAGGTAGAA	Immature
neurons	7
16_18_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TCCGGTCATCATTATTACC	Immature
neurons	2
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GACGTTCGTTACTTACTTA	Immature
neurons	7
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTGGCAATATAATTGCCTAC	Mature
neurons	5
16_18_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TTCTAAGCTTCTGCTTCGAC	Mature
neurons	5
16_18_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CCAGAACCTCCTAGCGCCT	Immature
neurons	8
16_18_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.ACCTTCGGTCATTATTACC	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GGTCCTTCTTTAACGTACC	Mature
neurons	5
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GAACGGCTTTACTTACTTA	Immature
neurons	2
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGCAAGTCTAATTATCAGC	Immature
neurons	12
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCCGTATGTCTGCTTCGAC	Immature
neurons	12
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCGTTCTGTTGGAAGTACC	Mature
neurons	10
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACTACCATTACTTACTTA	Immature
neurons	12
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGACTTGATCTCGTCTAGG	Mature
neurons	5
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTCCGACGTGGACTCATTG	Mature
neurons	10
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTCCGACGTGGTCCAGGAG	Immature
neurons	7
16_18_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.CGAGATGCTTTAGATTCCG	Mature
neurons	5
16_18_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TGGATCCGTTCTATAAGGA	Immature
neurons	12
16_18_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TTATAGGCATTGAGGTAGAA	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.CTAGTACGTCTGCTTCGAC	Immature
neurons	12
16_18_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TCCGGTCATAGTTGCATCT	Immature
neurons	12
16_18_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TTTGCTTAGTTTAACGTACC	Immature
neurons	12
16_18_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CTGCTGAATCTGATTAAGA	Immature
neurons	12
16_18_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GACGTTCGTGGTCCAGGAG	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCAACGTTTAATTATCAGC	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACGAGGTTTCTGATTAAGA	Mature
neurons	10
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATTGCCGGTTGGAACTAGA	Immature
neurons	2
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CGTCGAAGTGGATCTGCAG	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GACGTTCGTCCGCGGACCG	Immature
neurons	2
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCTCGAGATTGGAACTAGA	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGCGACTATTTGGAGTCGG	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAGTTACCTTTGAGGTAGAA	Immature
neurons	2
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCAGTTGGTAGTTGCATCT	Immature
neurons	8
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCCAAGTTATCCGCGGACCG	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGCGCATTTTAACGTACC	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGGTACCTACGTTCAACC	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGGCTCATAACTGATCTT	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.ACGCCATATTTCTTATCGA	Immature
neurons	8
16_18_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TGAGTTAGATTTGAGTATCA	Neural
progenitors	11
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ATGGCAGCTCGTCCGTCCT	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTCTACTGTCGTCCGTCCT	Immature
neurons	2
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTCTACTGTTACTTACTTA	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TACTCCTATTACCGTTACGA	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATATGCGTTCCGCGGACCG	Immature
neurons	2
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCATTAAGCTAGTCCGCGGA	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCAACTGATCATTATTACC	Mature
neurons	17
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGGCAATATGGTCCAGGAG	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CGAGATGCTCTGCTTCGAC	Immature
neurons	2
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTCTACTGTAACGAGGCTA	Immature
neurons	2
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCAATCGCTACTATCCGCA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCCATGGTTAGTTGCATCT	Immature
neurons	8
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCGGAGAATTACTTACTTA	Immature
neurons	2
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TACGGTAGTGGTCCAGGAG	Immature
neurons	8
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCGTATGTAGTTGCATCT	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTCTCCATAGCGTCAATG	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGGTTAAGTGGCTAATTAA	Immature
neurons	8
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ATGGAGAGTTTGAGTATCA	Immature
neurons	2
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCGGATAGTAACGGACCAA	Immature
neurons	2
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCATCCAGTGCGACGCAGA	Immature
neurons	12
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCTGAAGCTGGTCCAGGAG	Immature
neurons	2
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTAAGCTCTTGATAGAACG	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATTCGGCTTTAGATTCCG	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGCCAACTGACCTCTCTG	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCGCATAATCTGATTAAGA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.ACCTTCGGTAATGGTCGAC	Immature
neurons	2
16_18_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GAGCGGTATAATTATCAGC	Mature
neurons	10
16_18_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GAGCGGTATAGTTGCATCT	Immature
neurons	8
16_18_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GCGGAGAATCTGCTTCGAC	Immature
neurons	2
16_18_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TAGGTACTATCGCCTCGAAC	Immature
neurons	12
16_18_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TTGGCAATATAGTAAGCATA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GAACGATGTTCTATAAGGA	Mature
neurons	10
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGAGCTCATACGAGGACCT	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATTGAGGTTGTCATTGCGC	Immature
neurons	12
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTAATGAGCTTGGAACTAGA	Immature
neurons	2
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCTAAGCTTCTGCTTCGAC	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACCGTAGCTATTGCGCTGA	Mature
neurons	10
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACGCCATATACTATCCGCA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.AGCAACGATCATTATTACC	Immature
neurons	2
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CAACGCAGTTCGATATTGA	Immature
neurons	2
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTACGGCATCTGCTTCGAC	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTCCGGTTTTGAGGTAGAA	Immature
neurons	2
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACGTTCGTGGACTCATTG	Immature
neurons	12
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACTCGCTTACTATCCGCA	Immature
neurons	2
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCGGTATATGACTAGTCTA	Immature
neurons	2
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGACTTGATGCAAGGAATA	Immature
neurons	12
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGAGGTTCTGACCTCCGCC	Immature
neurons	12
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATTGAGGTTTTAGGATCTA	Immature
neurons	12
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTAGGAATTACTACTGAAG	Immature
neurons	12
16_18_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.CTGCTGAATTCTATAAGGA	Immature
neurons	2
16_18_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.TCGTCTATTTACTTCCGAAT	Mature
neurons	5
16_18_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TCGTCTATTTTTGGTCATAA	Immature
neurons	2
16_18_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GTAGACGGTTTAGGATCTA	Mature
neurons	5
16_18_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TATAAGGCTTCGCCTCGAAC	Immature
neurons	7
16_18_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TCAGGAGATGGTCCAGGAG	Immature
neurons	2
16_18_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TTGCGGTCTAACGGACCAA	Immature
neurons	8
16_18_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GGTACGGATTACTTACTTA	Immature
neurons	2
16_18_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.CCGAGAGATCATTATTACC	Immature
neurons	2
16_18_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.GTCCTGCATAGTTGCATCT	Immature
neurons	2
16_18_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TTGAGTCCTACTTCCGAAT	Immature
neurons	2
16_18_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GAACGATGTACTACTGAAG	Immature
neurons	8
16_18_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TAGTTACCTTCCTAGCGCCT	Immature
neurons	2
16_18_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGAGAATCATACTATCTTGA	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GCGCTCAATTACTTACTTA	Immature
neurons	12
16_18_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTCTTAACCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CCGTCTCATACTATCTTGA	Immature
neurons	2
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CTACGGCATGGTCCAGGAG	Immature
neurons	12
16_18_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TCTAGGAATTCCGCGGACCG	Mature
neurons	17
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.AGGCATCATACTTCCGAAT	Immature
neurons	2
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCTCCTGATACTTCCGAAT	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CGAGATGCTAGTAAGCATA	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACTTGGCTCTGCTTCGAC	Immature
neurons	2
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATGCGATTTTTAACGTACC	Mature
neurons	10
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCTACCTTTCTATAAGGA	Immature
neurons	2
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGCTAATTCTACTATCTTGA	Mature
neurons	10
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGCTCCTATTTGAGTATCA	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CAGAAGGCTTTGGTCATAA	Immature
neurons	8
16_18_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CTTCATGCTTACTTACTTA	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.AAGCGCCATGACCTCTCTG	Immature
neurons	12
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AAGCGCCATGACCTCTCTG	Immature
neurons	12
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTACGGCATAATACGCAGG	Immature
neurons	2
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GAGCGGTATGGTCGCGTCA	Immature
neurons	12
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCGCATAATACTATCTTGA	Immature
neurons	2
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCGCGGATTCCGTCGCCA	Mature
neurons	5
16_18_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TGCCTTGGTTGGAAGTACC	Immature
neurons	2
16_18_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TATCATGAGTGCTCTCGCCT	Immature
neurons	2
16_18_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TATCCAGGTCCTAGCGCCT	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.ACCGTAGCTGTCCAACTCA	Immature
neurons	12
16_18_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.ATGGCAGCTTGGAAGTACC	Immature
neurons	8
16_18_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TGCGTAGTTAGTTGCATCT	Immature
neurons	2
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CGTCGAAGTATCGAGTCGC	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACCGAATTCATTATTACC	Mature
neurons	10
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACTGACGTCTGATTAAGA	Mature
neurons	17
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTATCGCATACTACTGAAG	Immature
neurons	2
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTTGCAAGTTGGAACTAGA	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATAAGGCTTCAAGCTTCAT	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATGCGATTTTGGAACTAGA	Immature
neurons	2
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCTCGAGTCCGTCGGAGG	Immature
neurons	2
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCTATACCTTTTCAAGACCA	Immature
neurons	12
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTGCGGTCTACTATCTTGA	Immature
neurons	2
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTGGCGACTCAAGGCATTC	Immature
neurons	12
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CTGCTGAATGCTCTCGCCT	Mature
neurons	17
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GGCGACTATAATCTGGAGT	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TATGGTCTTTCGATCATTAC	Immature
neurons	8
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAACTAAGGTTGGAACTAGA	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATGACTTGTAGTTGCATCT	Immature
neurons	2
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTCTAAGCTTCGGCGAGACC	Mature
neurons	10
16_18_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CTCCGGTTTACTATCTTGA	Immature
neurons	2
16_18_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GAACGATGTGGTCGCGTCA	Immature
neurons	2
16_18_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCGCGCATTCAAGCTTCAT	Immature
neurons	12
16_18_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GACCGAATTCATTATTACC	Mature
neurons	10
16_18_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.GGCTTACTTCTCGATGGAG	Mature
neurons	5
16_18_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TCAGCGGTTGACCTCCGCC	Mature
neurons	10
16_18_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.TAGCCAATTTACTATCTTGA	Mature
neurons	5
16_18_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.TCAGGAGATCATTATTACC	Mature
neurons	17
16_18_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.CTCCTCGTTCTGATTAAGA	Immature
neurons	2
16_18_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TATGCGATTTTGATGGCCTT	Mature
neurons	10
16_18_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TTCCATTACTTGATACGAGT	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GGAGGTTCTAGTTGCATCT	Immature
neurons	2
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AAGATGCCTACTATCTTGA	Mature
neurons	10
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CGACGATATACTACTGAAG	Immature
neurons	2
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTTCATGCTTACTTACTTA	Immature
neurons	2
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCATCCAGTTGATACGAGT	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGAGGTTCTTTGGTCATAA	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTTGCTCCTCTGCTTCGAC	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGTTACCTTGGTCCAGGAG	Immature
neurons	12
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCGAATCTTTTCCGGTAATC	Immature
neurons	2
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCGTTCTGTAACTGATCTT	Sensory
progenitors	14
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGGATCCGTTTGGTCATAA	Mature
neurons	17
16_18_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.AGTTGCGCTACTACTGAAG	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.ATTGCCGGTTACTTACTTA	Immature
neurons	12
16_18_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.ATTGCCGGTTCTATAAGGA	Immature
neurons	12
16_18_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GCATCCAGTAGTTGCATCT	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ACGCCATATGGTCGCGTCA	Immature
neurons	2
16_18_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TGAGTTAGATGATGATCGTA	Mature
neurons	10
16_18_exp1_idx1TGGACGACTA_idx2TGATACGAGT.AACCGCTGTCGTCCGTCCT	Mature
neurons	10
16_18_exp10_idx1AATACGATAA_idx2AACTACCGAC.GCATCCAGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2AACTTATAAG.GGACTTGATCATCTCTGCA	Immature
neurons	2
16_18_exp10_idx1AATACGATAA_idx2AACTTATAAG.GGTTGGCATCATTATTACC	Immature
neurons	2
16_18_exp10_idx1AATACGATAA_idx2CGCCGCCTCC.TGTCCTTATTAACGGACCAA	Immature
neurons	8
16_18_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.GTAAGCTCTGCTCTCGCCT	Mature
neurons	5
16_18_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TAACGACTTTGCTGGAACTT	Immature
neurons	7
16_18_exp10_idx1AATACGATAA_idx2CTCGATGGAG.GGAGCTCATTATATACTAA	Mature
neurons	5
16_18_exp10_idx1AATACGATAA_idx2CTCGATGGAG.TTGGCTCATCGTCCGTCCT	Mature
neurons	5
16_18_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TGATCTTCTTGGTACTGCCT	Immature
neurons	2
16_18_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TTCGCATAATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TCTAGAACTA.GATAAGCGTAATTATCAGC	Mature
neurons	10
16_18_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.TCTTAGTTCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.TATTCGGCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.TGATCTTCTTGCTCTCGCCT	Immature
neurons	2
16_18_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.TATTGACTCTTTAGGATCTA	Immature
neurons	7
16_18_exp10_idx1ACGGCGTTAA_idx2CGATCATTAC.TGGTAATAGTGACTAGTCTA	Mature
neurons	5
16_18_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.TATCTCGATTCATCTCTGCA	Mature
neurons	10
16_18_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.GCTGAAGCTAACGGACCAA	Mature
neurons	5
16_18_exp10_idx1AGACCATATC_idx2ACCGTTACGA.GAAGAGGCTCGCCTCGAAC	Immature
neurons	2
16_18_exp10_idx1AGACCATATC_idx2ACCGTTACGA.GAGGAACTTGGTCCAGGAG	Immature
neurons	2
16_18_exp10_idx1AGACCATATC_idx2CCTATAAGCT.GCATCCAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TCAGCTTCTACTTAACCTT	Mature
neurons	10
16_18_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TTGACTCAATATCCATGACT	Mature
neurons	5
16_18_exp10_idx1AGACCATATC_idx2CGATCATTAC.ATGGTTGGTCATCTCTGCA	Mature
neurons	5
16_18_exp10_idx1AGGTCAGCTT_idx2TATAACTTCC.TAAGAATGGTAATTATCAGC	Immature
neurons	2
16_18_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.TCATGGCTTGGCATAGCTT	Immature
neurons	2
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TCTACTTACTCTGATTAAGA	Immature
neurons	2
16_18_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.CAAGCAACTTATATACTAA	Mature
neurons	5
16_18_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TAGTTACCTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GAACTGCATC.TAATACCAGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.TTCGCATAATCTGATTAAGA	Mature
neurons	10
16_18_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.GTAAGCTCTTTAGGATCTA	Immature
neurons	2
16_18_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TAGAGAGTATGCTCTCGCCT	Mature
neurons	5
16_18_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TGCCTATTATTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TGTTAAGACTACTTAACCTT	Immature
neurons	2
16_18_exp10_idx1ATAAGGACTC_idx2TTGAGTATCA.AAACTCCAATCTGATTAAGA	Immature
neurons	2
16_18_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.GGTACCATTCCTAGCGCCT	Immature
neurons	2
16_18_exp10_idx1ATGGCGCCTG_idx2CCAAGCTGAA.GTCTCTACTGGTCCAGGAG	Immature
neurons	2
16_18_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.TCCTATAAGTTATATACTAA	Mature
neurons	5
16_18_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.CGTACCTATGGTCCAGGAG	Immature
neurons	7
16_18_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.CTGAGCATTCATTATTACC	Mature
neurons	5
16_18_exp10_idx1CCTCAGCTCC_idx2ATAGGATATG.GGAGCTCATGGTCGCGTCA	Immature
neurons	12
16_18_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.CCAAGGATTAATTATCAGC	Immature
neurons	2
16_18_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TCCAATAGTTGGTCCAGGAG	Mature
neurons	10
16_18_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.GACTTGGCTATCCATGACT	Immature
neurons	2
16_18_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.GCATCCAGTTATATACTAA	Immature
neurons	2
16_18_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.GCTGGCTATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TCGCCAACTCTGATTAAGA	Immature
neurons	8
16_18_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.GGTTCGAGTCCTAGCGCCT	Immature
neurons	2
16_18_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.TATTGAGGTTTTAGGATCTA	Immature
neurons	2
16_18_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.TGATCTTCTTTTATAAGAAC	Mature
neurons	5
16_18_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.ACAGGTATTTAATTATCAGC	Immature
neurons	2
16_18_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.AGCGTAAGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.GGCGTTAATTATATACTAA	Immature
neurons	2
16_18_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TGAATCTGATAATTATCAGC	Immature
neurons	2
16_18_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.ATTGATCGTTCATTATTACC	Immature
neurons	12
16_18_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.TCGAATCTTTCGTCCGTCCT	Mature
neurons	5
16_18_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.TACTTGCGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.GACCGTCATTTACCGAGGC	Immature
neurons	2
16_18_exp10_idx1GATTCTTGAA_idx2CCAAGCTGAA.ACAGGTATTTTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1GATTCTTGAA_idx2CCAAGCTGAA.AGAGTACCTACTTAACCTT	Immature
neurons	7
16_18_exp10_idx1GATTCTTGAA_idx2CCAAGCTGAA.TCAAGATCTTCCTAGCGCCT	Mature
neurons	10
16_18_exp10_idx1GATTCTTGAA_idx2CCAAGCTGAA.TGATCTTCTTCTGATTAAGA	Mature
neurons	10
16_18_exp10_idx1GATTCTTGAA_idx2CCAAGCTGAA.TGCAAGGTTTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1GCATCGTATG_idx2AGCGTCAATG.GCTGGCTATGCTCTCGCCT	Immature
neurons	7
16_18_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.ATAACTTCCTTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.TATGACTTGTTTATAAGAAC	Mature
neurons	5
16_18_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.TCTAGGAATTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.TCAGGAGATCTGATTAAGA	Immature
neurons	7
16_18_exp10_idx1GCATCGTATG_idx2TCGATATTGA.GAAGAGGCTGGTCCAGGAG	Immature
neurons	2
16_18_exp10_idx1GCATCGTATG_idx2TCGATATTGA.GTATCGCATGGTCCAGGAG	Mature
neurons	5
16_18_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.GCAGATACTAATTATCAGC	Mature
neurons	10
16_18_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.AGTCGCATTGGTCCAGGAG	Immature
neurons	2
16_18_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.GGCGTTAATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.TTGAGAGATTTTGGTCATAA	Immature
neurons	2
16_18_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.CTTCATGCTCCTAGCGCCT	Immature
neurons	2
16_18_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.GTAGACGGTGCTCTCGCCT	Immature
neurons	7
16_18_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TATATGCGTTGCTCTCGCCT	Immature
neurons	2
16_18_exp10_idx1GCGCGTTCAT_idx2CCTATAAGCT.ATACCAGTTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CCTATAAGCT.GGTACCATTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.CCTAATGGTAACGGACCAA	Immature
neurons	2
16_18_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.GACCAGGATGCTCTCGCCT	Immature
neurons	2
16_18_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.ATCAGTCATTAACGGACCAA	Mature
neurons	5
16_18_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TAGTTACCTTTTAGGATCTA	Immature
neurons	2
16_18_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.AAGGATTACTTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1GCTTGAAGAG_idx2AGATCCTATA.TATGAGAACTCGTCCGTCCT	Mature
neurons	5
16_18_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.ACAGGTATTTAACGGACCAA	Mature
neurons	5
16_18_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.CTGATAGGTAATTATCAGC	Immature
neurons	7
16_18_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.AAATTCCTCTGGTCCAGGAG	Immature
neurons	12
16_18_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TATTCTCCTTCATTATTACC	Mature
neurons	5
16_18_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.CTGCTGAATCTGATTAAGA	Mature
neurons	5
16_18_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.GGCAAGTCTAATTATCAGC	Immature
neurons	2
16_18_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.TAGAGAGTATCATTATTACC	Immature
neurons	2
16_18_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.CGAATGAGTGCTGGAACTT	Immature
neurons	2
16_18_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.TAACGACTTTAGCTTATCCG	Mature
neurons	5
16_18_exp10_idx1GGCTTACTCC_idx2GCTCTCGCCT.CAGCATTGTAATTATCAGC	Immature
neurons	13
16_18_exp10_idx1GGTTATCGAA_idx2GACCGTAGCA.CTGATAGGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.CTTCATGCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.GCTGGCTATTTACCGAGGC	Immature
neurons	7
16_18_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.TCGAAGGATCATTATTACC	Immature
neurons	2
16_18_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.GCTCTTAGTGCCATTCTCC	Immature
neurons	2
16_18_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.GGTCAGTTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TCTACTTACTCCAGTTCCAA	Mature
neurons	5
16_18_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.GCATCCAGTGCTCTCGCCT	Immature
neurons	2
16_18_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TATGAGAACTCATTATTACC	Immature
neurons	12
16_18_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TACTCCTATTCATTATTACC	Mature
neurons	17
16_18_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.TCCTAACTTTGGTCCAGGAG	Mature
neurons	10
16_18_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TTGACCAGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TTGAGAGATTGGTATCCGCC	Mature
neurons	5
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TATCGAACTTCATTATTACC	Immature
neurons	2
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.GACCAGGATTATATACTAA	Immature
neurons	2
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TCGAAGGATAACGGACCAA	Immature
neurons	12
16_18_exp10_idx1GTAGCAGCTA_idx2TCATCTAATC.ACAGGTATTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TTACCTAAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.TGCCTATTATCATTATTACC	Mature
neurons	5
16_18_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.TCGCCAACTAATTATCAGC	Mature
neurons	10
16_18_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TATCTCGATTATCCATGACT	Immature
neurons	12
16_18_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.AAGGATTACTGGTCGCGTCA	Immature
neurons	2
16_18_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.CAGCAAGTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TAAGGTTCATCCTAGCGCCT	Mature
neurons	5
16_18_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TTCGCATAATTGCCGGCAGA	Immature
neurons	2
16_18_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.TATTCGGCTCTGATTAAGA	Immature
neurons	2
16_18_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.TCCTATAAGTAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1TAGGTAACTT_idx2ACTTCCGAAT.TTCCATCTTTGACTAGTCTA	Mature
neurons	5
16_18_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.GTAAGCTCTCTAACTAGAT	Immature
neurons	2
16_18_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.ATCAGTCATTTTAGGATCTA	Mature
neurons	10
16_18_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.TATGACTTGTATCCATGACT	Mature
neurons	5
16_18_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.ATATCCTACTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.TGGATCCGTTATATACTAA	Immature
neurons	2
16_18_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.AAGTTCTTGTACCGCCAACC	Mature
neurons	5
16_18_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TAAGGTTCATCATCTCTGCA	Immature
neurons	2
16_18_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TAAGGTTCATGGTCCAGGAG	Immature
neurons	2
16_18_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.GAGGAACTTACTTAACCTT	Immature
neurons	12
16_18_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.GCATCCAGTAACGGACCAA	Immature
neurons	2
16_18_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.GGTTGGCATTTAGGATCTA	Immature
neurons	2
16_18_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCGAGAAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TTACCTAAGTGGTCCAGGAG	Immature
neurons	2
16_18_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.TTCCATCTTTAACGGACCAA	Immature
neurons	12
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.CTGCCTTATAATTATCAGC	Immature
neurons	2
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.GAAGAGGCTCGCCTCGAAC	Mature
neurons	5
16_18_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TGCCTATTATTTAGGATCTA	Immature
neurons	2
16_18_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.TCTCGCTCTTATATACTAA	Mature
neurons	10
16_18_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.TGACGAGGTTTAGGATCTA	Immature
neurons	2
16_18_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.TTCGCATAATACCGCCAACC	Immature
neurons	2
16_18_exp10_idx1TATTAGACTT_idx2CAAGTACTGG.TACTTGCGTGATGATCGTA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.CAAGCAACTCTGATTAAGA	Immature
neurons	2
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.AAGGATATGTGGTCCAGGAG	Immature
neurons	2
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.AGCGTAAGTCTGATTAAGA	Immature
neurons	2
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.GCATCCAGTTATATACTAA	Neural
progenitors	1
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.GTCATCTGTAACGGACCAA	Immature
neurons	2
16_18_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.GGTCAGTTTAGCTTATCCG	Neural
progenitors	0
16_18_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.CTGCTGAATTATATACTAA	Immature
neurons	8
16_18_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.TGAGAATCATAACGGACCAA	Immature
neurons	7
16_18_exp10_idx1TCCTCTGCCG_idx2TTGAGTATCA.TGCTGGATTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2ACTATCTTGA.TGATGCGATAACGGACCAA	Mature
neurons	5
16_18_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.GATACGTCTCGTCCGTCCT	Mature
neurons	5
16_18_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.GGAGCTCATCGCTCCTAAC	Immature
neurons	12
16_18_exp10_idx1TCTTGAGGTT_idx2TCATCTCGAT.GCTCTTAGTGCTCTCGCCT	Immature
neurons	2
16_18_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.ATATCCTACTAACGGACCAA	Immature
neurons	7
16_18_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.TCAGGAGATAATTATCAGC	Immature
neurons	2
16_18_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.TGCAAGGTTCATTATTACC	Mature
neurons	5
16_18_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.AGTATTAGCTATCCATGACT	Immature
neurons	2
16_18_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.AGTCGCATTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.TTTGCTACTTATCCATGACT	Immature
neurons	12
16_18_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TCATAGAGTTGCTCTCGCCT	Mature
neurons	10
16_18_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TGAGAATCATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TGATACGAGT.TGAGTTAGATGGTCCAGGAG	Immature
neurons	2
16_18_exp10_idx1TTATTGAGGC_idx2CGAAGGACGA.TATCGAACTTACCGCCAACC	Immature
neurons	2
16_18_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.AAGTTCTTGTGGTCCAGGAG	Mature
neurons	5
16_18_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.TTCCATCTTTCATTATTACC	Immature
neurons	2
16_18_exp10_idx1TTCGAATATT_idx2ACGCAACTCC.TAGGTACTATCGTCCGTCCT	Immature
neurons	7
16_18_exp10_idx1TTCGAATATT_idx2TGCCAGATGG.TGCCTATTATCTGATTAAGA	Immature
neurons	2
16_18_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.ATTAGGTACTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TAGATGACTTGGTCCAGGAG	Immature
neurons	2
16_18_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TCCTATAAGTAATTATCAGC	Immature
neurons	8
16_18_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TTCTCTAGTTTGCCGGCAGA	Immature
neurons	2
16_18_exp10_idx1TTGCCGTAGG_idx2ACGTTCAACC.TCTAGGAATTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.TATTCTCCTTCTGATTAAGA	Immature
neurons	7
16_18_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.TGAGAATCATACCGCCAACC	Immature
neurons	12
16_18_exp10_idx1TTGCCGTAGG_idx2ACTGAATTCC.TTCCATCTTTGCTCTCGCCT	Mature
neurons	5
16_18_exp10_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TTACCTAAGTCCTAGCGCCT	Immature
neurons	2
16_18_exp10_idx1TTGCCGTAGG_idx2GATGATCGTA.AGCGTAAGTCCTAGCGCCT	Immature
neurons	12
16_18_exp10_idx1TTGCCGTAGG_idx2GATGATCGTA.GGCTTACTTCCAGTTCCAA	Immature
neurons	2
16_18_exp10_idx1TTGCCGTAGG_idx2TGATACGAGT.TAGGAAGGTAATTATCAGC	Immature
neurons	2
16_18_exp10_idx1TTGCGAGCAT_idx2CAAGTACTGG.TAGAACCAATAGTAAGCATA	Mature
neurons	10
16_18_exp10_idx1TTGCGAGCAT_idx2CGTCCGTCCT.TGAGTTAGATAATTATCAGC	Immature
neurons	8
16_18_exp10_idx1TTGCGAGCAT_idx2GGACTCATTG.TTGGCTCATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.TTATCCGCTAGCTCTCCTC	Mature
neurons	17
16_18_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.AGTTGCGCTCATCAGAATG	Immature
neurons	2
16_18_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.CAGGACTCTTTACGTATAC	Immature
neurons	2
16_18_exp3_idx1AGGTCAGCTT_idx2ACTATCCGCA.ACATGGTAATTGCGCCATCT	Mature
neurons	5
16_18_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.AAGTATTGGTAATTAAGACT	Immature
neurons	2
16_18_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.GGTACCATTTTGGAATCTC	Immature
neurons	12
16_18_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.CGTTGATCTAGTTGCATCT	Immature
neurons	12
16_18_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.TGCAAGGTTGCCATTCTCC	Immature
neurons	2
16_18_exp3_idx1AGTCCGCTGC_idx2TCATCTCGAT.TTCTCTCGTATCATATTAG	Mature
neurons	5
16_18_exp3_idx1ATAAGGACTC_idx2ATAAGAGGCG.CGCTAACCTCAAGGCATTC	Immature
neurons	7
16_18_exp3_idx1ATAAGGACTC_idx2GGCTATGACT.TGAGTTAGATACTACTGAAG	Mature
neurons	5
16_18_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.TCCTACCTTTGGCCGGCCT	Mature
neurons	5
16_18_exp3_idx1ATTATGCAAG_idx2GTCGCTCAGT.AAGGCTACTAAGTAGTCAG	Mature
neurons	5
16_18_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.CAAGCAACTACTACTGAAG	Mature
neurons	5
16_18_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.AAGCGCCATATGGCGGATC	Mature
neurons	5
16_18_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.ACGAGGTTTCCGCAAGTTC	Mature
neurons	5
16_18_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.TGTCCTTATTTGCGCCAGAA	Immature
neurons	2
16_18_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.CTCGTTGATATCCATGACT	Mature
neurons	5
16_18_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.TGCTCCTATACGTCATATA	Mature
neurons	5
16_18_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.TTCGTTCCTGTCCAACTCA	Immature
neurons	2
16_18_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.CCGGAGTTTGTTCTGAATT	Immature
neurons	2
16_18_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TTCCATCTTTTATATACTAA	Mature
neurons	17
16_18_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.CTCCATCATTGGCCGGCCT	Immature
neurons	12
16_18_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.AGAGCATGTTAGACTTCTT	Mature
neurons	10
16_18_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CCAGCCTTTTTGGTCATAA	Mature
neurons	5
16_18_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.TATTCGGCTGTACTAGTAA	Mature
neurons	10
16_18_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.AAGTTCTTGTATAGTCGTAG	Immature
neurons	12
16_18_exp3_idx1GCATCGTATG_idx2TCGATATTGA.TTCTCATTGTAACCATTGGA	Immature
neurons	8
16_18_exp3_idx1GCGCGTTCAT_idx2AACGGACCAA.GGAGCTCATTTATTCATTC	Mature
neurons	5
16_18_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TGCTCCTATTTACGTATAC	Immature
neurons	12
16_18_exp3_idx1GTAGCAGCTA_idx2TCCGGTAATC.TATCATGAGTACGTCATATA	Mature
neurons	10
16_18_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.ACTGAATACTTAGAATTAAC	Immature
neurons	2
16_18_exp3_idx1TAGGTAACTT_idx2ACTCTCTCAA.CAGGACTCTTAACTGGTTA	Immature
neurons	2
16_18_exp3_idx1TAGGTAACTT_idx2TGATACGAGT.AAATCGTTCTGGTCCAGGAG	Immature
neurons	2
16_18_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.AAATCGTTCTTTGGATCCTT	Mature
neurons	5
16_18_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.CAGGACTCTGGCATAGCTT	Immature
neurons	2
16_18_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.GACTGACGTAATTGCCTAC	Mature
neurons	5
16_18_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.GCCATGGTTTTCTTATCGA	Mature
neurons	5
16_18_exp3_idx1TATAATAGTT_idx2GGAACGATGG.GATTACGGTATTCAGGTAC	Mature
neurons	5
16_18_exp3_idx1TATAATAGTT_idx2GGAACGATGG.TCTACTTACTCGCCTCGAAC	Mature
neurons	5
16_18_exp3_idx1TGGACGACTA_idx2AACGGACCAA.ACATTCGTATCGCCTCGAAC	Immature
neurons	12
16_18_exp3_idx1TGGACGACTA_idx2GACCTCTCTG.CCAGCCTTTTAGATCTACT	Mature
neurons	5
16_18_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.GTCGGAGTTCCGCGGACCG	Immature
neurons	2
16_18_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.ACGATATCATTAATGAACGA	Mature
neurons	5
16_18_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.CGAGATGCTAGGTTAGTTC	Immature
neurons	2
16_18_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.GACTGACGTATATGAGCCA	Immature
neurons	2
16_18_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.TTATCCGCTTGGCCATGCA	Mature
neurons	5
16_18_exp3_idx1TTGCGAGCAT_idx2CATTATTACC.CGAAGACCTGGTACCGGCA	Immature
neurons	2
16_18_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.AACGATCATTACCGGAATTA	Immature
neurons	2
16_18_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.CCAGAACCTGCGCGGTAGT	Mature
neurons	10
16_18_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.TTCTGGCCTCATCAGAATG	Immature
neurons	2
16_18_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TTCAACTGATCGCCTCGAAC	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCCATGGTTTTGGAGTCGG	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTCCTGCATCATTATTACC	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GGTAGTCCTCTCGTCTAGG	Head epid.
/muscle	4
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACTCGCTTGGTCCAGGAG	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGAATTCGTTTGAGGTAGAA	Neural
progenitors	11
16_18_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TCTCGCTCTACTTCCGAAT	Neural
progenitors	11
16_18_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TGCTCCTATTCGATATTGA	Neural
progenitors	11
16_18_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.AACCGCTGTTATTACTCAT	Neural
progenitors	11
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGACGAGGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCTAAGCTTTTGGTCATAA	Immature
neurons	7
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCGTAGCGTGCAAGGAATA	Neural
progenitors	11
16_18_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TTCGCGGATACGCAACTCC	Neural
progenitors	11
16_18_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TTGGCAATATCTGCTTCGAC	Head epid.
/muscle	4
16_18_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GCGTCGTATAACTGATCTT	Neural
progenitors	11
16_18_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.GACTACCATACTTCCGAAT	Neural
progenitors	11
16_18_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TGCCTATTATCTGCTTCGAC	Neural
progenitors	11
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCAACTGATTTGGTCATAA	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGCGCATTTCCGCGGACCG	Neural
progenitors	11
16_18_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TATTGAGGTTGACCTCTCTG	Neural
progenitors	11
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTAAGCTCTACTATCTTGA	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGGTACCTCCGCGGACCG	Neural
progenitors	11
16_18_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TTGCGGTCTGGCTATGACT	Neural
progenitors	11
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTACGGCATAGTAAGCATA	Neural
progenitors	11
16_18_exp10_idx1AATACGATAA_idx2CGCCGCCTCC.GCAGATACTGATGATCGTA	Neural
progenitors	11
16_18_exp10_idx1AATACGATAA_idx2GTTCCGACGA.GGAGCTCATCGCTCCTAAC	Neural
progenitors	11
16_18_exp10_idx1ACGGCGTTAA_idx2TCGATATTGA.ATTAGTCTGTCAAGCTTCAT	Neural
progenitors	11
16_18_exp10_idx1AGACCATATC_idx2AATTGCCTAC.CTGAGCATTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TTCCATCTTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.GGCAAGTCTTCGCTAAGCA	Neural
progenitors	11
16_18_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.GATACGTCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.ATTCCTAGATCTGCTTCGAC	Neural
progenitors	11
16_18_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.GAACGATGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.TTGATTCCTTCTGCTTCGAC	Neural
progenitors	11
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.CTGGAAGATTTGGTCATAA	Neural
progenitors	11
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.GAACGATGTGGTCGCGTCA	Neural
progenitors	11
16_18_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.AAGTTCTTGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2TGGCGTAGGT.TTCAACTGATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.TATCTCGATTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CATTATTACC.TGATCTTCTTCGCCTCGAAC	Neural
progenitors	11
16_18_exp10_idx1ATAAGGACTC_idx2GGTAGGTCTC.GGCAAGTCTCGCCTCGAAC	Neural
progenitors	11
16_18_exp10_idx1ATGGCGCCTG_idx2AGGTCAATTA.TATGACTTGTTGATACGAGT	Neural
progenitors	11
16_18_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.TCATTAAGCTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.AAGTTCTTGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.GTAGACGGTACGGAGGCGG	Neural
progenitors	11
16_18_exp10_idx1GATTCTTGAA_idx2GAACTGCATC.GGCTAAGATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2AATTGCCTAC.GGACTTGATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2ACCGTTACGA.GAGTTCTCTACGGAGGCGG	Neural
progenitors	11
16_18_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.GACGTTCGTTGATACGAGT	Neural
progenitors	11
16_18_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.GTCATCTGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGATTCCTCA.TAGAACCAATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.GGTCAGTTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TGATCTTCTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TGCAAGGTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TCTAGGAATTGCTGGAACTT	Immature
neurons	8
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.CGAATGAGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.ACAACCTATTCTGCTTCGAC	Neural
progenitors	11
16_18_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.CTCGTTGATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.TAATACCAGTCTAACTAGAT	Neural
progenitors	11
16_18_exp10_idx1TAGGTAACTT_idx2CCTAGCGCCT.CTTCGACTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TTGGCAATATTCGCTAAGCA	Neural
progenitors	11
16_18_exp10_idx1TAGTAAGCCG_idx2GACTAGTCTA.TATCGAACTTACGCAACTCC	Neural
progenitors	11
16_18_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TCTACTTACTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TGATGCGATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.TATCTCGATTGGTCCAGGAG	Immature
neurons	2
16_18_exp10_idx1TATAATAGTT_idx2GGAACGATGG.AACTGGCATTGATACGAGT	Neural
progenitors	11
16_18_exp10_idx1TATTAGACTT_idx2CATGCATCTC.TGATGCGATCCAGTTCCAA	Neural
progenitors	11
16_18_exp10_idx1TATTAGACTT_idx2GTCATTGCGC.CTGCTGAATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TATTCTCCTTAATTATCAGC	Immature
neurons	7
16_18_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.TTTGCTTAGTCTGCTTCGAC	Neural
progenitors	11
16_18_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TTTGCTACTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TCATCTAATC.TGCTAATTCTACGGAGGCGG	Neural
progenitors	11
16_18_exp10_idx1TCTTGAGGTT_idx2ACTATCTTGA.TAACGACTTTTTGGTCATAA	Neural
progenitors	11
16_18_exp10_idx1TCTTGAGGTT_idx2CAAGTACTGG.CTGGAAGATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.TCCTAACTTTCTGCTTCGAC	Neural
progenitors	11
16_18_exp10_idx1TCTTGAGGTT_idx2GTCATTGCGC.TAGAGAGTATTTAGGATCTA	Neural
progenitors	11
16_18_exp10_idx1TGGACGACTA_idx2ACTCTCTCAA.AACTAGTTGTCGCCTCGAAC	Neural
progenitors	11
16_18_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TAGAGCCTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TCATGGCTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCGATATTGA.GCGTACTTTCTAACTAGAT	Neural
progenitors	11
16_18_exp10_idx1TGGACGACTA_idx2TCGATATTGA.GTCGTAACTGGTCGCGTCA	Neural
progenitors	11
16_18_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TGGATTCTATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.TACGGTAGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2AGATCCTATA.TTGGAGCTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.GCTGAAGCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2ACGCAACTCC.TCGTCTATTTCGCCTCGAAC	Neural
progenitors	11
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.TTGACCAGTCAAGCTTCAT	Neural
progenitors	11
16_18_exp10_idx1TTGCCGTAGG_idx2ACGTTCAACC.TAACTAAGGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTGAATTCC.TTGAGAGATTAGCTTATCCG	Neural
progenitors	11
16_18_exp10_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TATGGTCTTTACGGAGGCGG	Neural
progenitors	11
16_18_exp10_idx1TTGCCGTAGG_idx2CTCCGGTTCT.CCAAGGATTCGCTCCTAAC	Neural
progenitors	11
16_18_exp10_idx1TTGCGAGCAT_idx2CAAGTACTGG.AAGTTCTTGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.GTCTATGGTGGTAGGTTAG	Immature
neurons	7
16_18_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.GACCGTCATCGGTCGTTAA	Head epid.
/muscle	4
16_18_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.ATCAATACGTCAGGTATGGA	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2AACGAGGCTA.ATGGCAGCTCGCCTCGAAC	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GTACCTCTTGATGATCGTA	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.AAGATGCCTCATTATTACC	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.ATGCCAAGTGGATCTGCAG	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TAGAGAGTATTACTTACTTA	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ATTGCCGGTTCTATAAGGA	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CATCGGACTCAAGATTAAG	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCTCTCCATTACTTACTTA	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GTTCGCTGTTTGGTCATAA	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TCCAAGTTATCTGCTTCGAC	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACTCGCTTCTGCTTCGAC	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGTACGGATACTACTGAAG	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTTGCAAGTGGACTCATTG	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTTGCAAGTTTAACGTACC	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTAATGAGCTGGTCGCGTCA	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCTGGCCTACTATCTTGA	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TATTGACTCTGGACTCATTG	Head epid.
/muscle	4
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCAATCGCTACTATCTTGA	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTCCTGCATACTACTGAAG	Immature
neurons	8
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TAACTAAGGTCATGCATCTC	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCGCGCATTGGTCGCGTCA	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCGCGCATTTCTATAAGGA	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCTAGGAATTAACGAGGCTA	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTAATGAGCTATTGCGCTGA	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.ACCGTAGCTTTGGTCATAA	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GACTTGGCTCATTATTACC	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TAGAGAGTATTTGGTCATAA	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCATTAAGCTGCTCTCGCCT	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GTCATCTGTTACTTACTTA	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.CATCGGACTTGATAGAACG	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GAAGAGGCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TCGCCAACTCAAGCTTCAT	Head epid.
/muscle	4
16_18_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TATGCGATTTTTAACGTACC	Immature
neurons	7
16_18_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TTCTGGCCTCGCCTCGAAC	Immature
neurons	7
16_18_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.ATTGCCGGTTCCAGAAGGT	Immature
neurons	7
16_18_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TTCAACTGATGGTCGCGTCA	Immature
neurons	7
16_18_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TCCGGTCATCGCCTCGAAC	Immature
neurons	7
16_18_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TGGTCTCCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGTCCTTCTCGGCGAGACC	Immature
neurons	7
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCGTTCTGTTGATACGAGT	Immature
neurons	7
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGACGAGGTTTAACGTACC	Immature
neurons	7
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGCTACTAATCGCCTCGAAC	Immature
neurons	7
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCTCTCGTCTCGATGGAG	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.ATGGCAGCTAGTTGCATCT	Immature
neurons	7
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTAAGGAGTTGATACGAGT	Immature
neurons	7
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTTGCTCCTCGTCCGTCCT	Immature
neurons	7
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TAGTTACCTTACTCTCTCAA	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.ATGGCGTATAATCTGGAGT	Immature
neurons	7
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGCTTACTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.CTTCATGCTAACGGACCAA	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CTCTACTGTGGTCGCGTCA	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GGCGCATTTCCTAGCGCCT	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CAACGCAGTAGTTGCATCT	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCAGGAGATGGACTCATTG	Head epid.
/muscle	4
16_18_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TTCGCATAATGGATCTGCAG	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.ACCGTAGCTGGTCGCGTCA	Head epid.
/muscle	4
16_18_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TCCTCGAGTGGATCTGCAG	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTTCGCTGTGGTCCAGGAG	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TATAAGGCTTCATTATTACC	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TATAAGGCTTGGTCCAGGAG	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCCAATAGTTCAAGATTAAG	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGTTAAGACTGGTCCAGGAG	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.GGCGCATTTCCTAGCGCCT	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.CAATCGGTTCATTATTACC	Head epid.
/muscle	4
16_18_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TCTCGCTCTCTCGTCTAGG	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.AGTTGCGCTGCGACGCAGA	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GACTGACGTTGATACGAGT	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TTCTCTCGTTTAGGATCTA	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GGCAAGTCTTTGGTCATAA	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TCCAAGTTATACTACTGAAG	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACCGAATTGGTCCAGGAG	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTCGGCAATGCTCTCGCCT	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCAGCGGTTTGATACGAGT	Head epid.
/muscle	4
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGACGAGGTACTATCTTGA	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGCCTTGGTTCTATAAGGA	Head epid.
/muscle	4
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ATTGCCGGTATTGCGCTGA	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACCGTCATACTATCTTGA	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTAAGCTCTTTAACGTACC	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGCTCCTATTGATACGAGT	Immature
neurons	7
16_18_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.CCATCAGGTACTACTGAAG	Immature
neurons	7
16_18_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.AGTTGCGCTGGTCGCGTCA	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TGAACGCGTTACTTACTTA	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTCTACTGTTGATACGAGT	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTTGCAAGTAGTTGCATCT	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGCGTAGTTAATTATCAGC	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGGTAGGCTGAACTGCATC	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TGAACGCGTGGTCGCGTCA	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AAGCGCCATGATGATCGTA	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ACGGCAATTCCTAGCGCCT	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TAGGTACTATTGATACGAGT	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGCCTATTATAACGGACCAA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAACGATGTGATGATCGTA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAAGAGGCTGGATCTGCAG	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGCGCATTCTGATTAAGA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ATGGCAGCTCGCCTCGAAC	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CATCGGACTTTGAGTATCA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACGTTCGTACGTTCAACC	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGCTTACTTGACCTCTCTG	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TACGGTAGTTACTTACTTA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGAGCCTTGGTCGCGTCA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGTAGGCTTTAACGTACC	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GTAGACGGTGGATCTGCAG	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.ACCAATGCTGCTCTCGCCT	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TATTGAGGTTAATTGCCTAC	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCTCTCCATAACGGACCAA	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGCTAATTCTGATGATCGTA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TTCTGGCCTAACGGACCAA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.CTGCTGAATTACTTACTTA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CCGGAGTTTCATTATTACC	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CCGGAGTTTGATGATCGTA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CCGGATAGTTCTATAAGGA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGTAGTCCTTCTATAAGGA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCCTATTCTTTGATGGCCTT	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTAATGAGCTCTGCTTCGAC	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CTCTACTGTGGACTCATTG	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCAGAACCTGAACTGCATC	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTCCGGTTTCAAGATTAAG	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGCGACTATGGTCCAGGAG	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATCCAGGTTTAACGTACC	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCAGCGGTTGGCTAATTAA	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CGAGATGCTACTATCTTGA	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GTACCTCTTAGATATATCG	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCCAAGTTATATTGCGCTGA	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGGTCTCCTATTGCGCTGA	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGACGAGGTAATTGCCTAC	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GAAGAGGCTACTGCCGATA	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TACTCCTATTTTAACGTACC	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TAGCCAATTTAGTTGCATCT	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TAGCCAATTTCTGATTAAGA	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTAGACGGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TACTCCTATTAGTTGCATCT	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GTCCTGCATGGTCGCGTCA	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGAGAGTATAACGAGGCTA	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCATTAAGCTGTCCAACTCA	Immature
neurons	7
16_18_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.CCAGAACCTGGATCTGCAG	Head epid.
/muscle	4
16_18_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TATTGACTCTCTGCTTCGAC	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.ACCGTAGCTCTGCTTCGAC	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TATCGAACTTGGTCGCGTCA	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TACTCCTATTAGTTGCATCT	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACTGACGTGGTCGCGTCA	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACTTGGCTCTGATTAAGA	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GAGCGGTATAACGAGGCTA	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTTGCAAGTACTATCTTGA	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATTCGGCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTAATGAGCTGGACTCATTG	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CCGGAGTTTTGATACGAGT	Immature
neurons	8
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CCGTCTCATACTACTGAAG	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CCTCCTGATCAAGCTTCAT	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TAGGTACTATTTAACGTACC	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGAGGTTCTACTACTGAAG	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTAGCGATTGGTCGCGTCA	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAACTAAGGTCAAGCTTCAT	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAAGACCGTTTAGATTCCG	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGATCTTCTTATTGCGCTGA	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.AACCGCTGTTTAACGTACC	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GTAAGCTCTGGTCGCGTCA	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.AGCAACGATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.CTAGTACGTACTACTGAAG	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.AGGCATCATAATTATCAGC	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CATCGGACTTTAACGTACC	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCGCGCATTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TTAATGAGCTGGACTCATTG	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GCGGAGAATCTGCTTCGAC	Head epid.
/muscle	4
16_18_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GTTGCAAGTTACTTACTTA	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TGAGTTAGATAATTGCCTAC	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GCATCCAGTAGTTGCATCT	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TGGCCTGATACTATCTTGA	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TTGAGTCCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCGCTCAATCTGCTTCGAC	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCGGAGAATCTGGATTAGT	Mature
neurons	17
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTTCCAGCTGATGATCGTA	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATAAGGCTTTCTATAAGGA	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCAGGAGATCTGATTAAGA	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCATTAAGCTCATTATTACC	Immature
neurons	12
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGAACGCGTAACGGACCAA	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.GACTACCATCATTATTACC	Head epid.
/muscle	4
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.AGCAACGATCCTAGCGCCT	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GAACGGCTTTCTATAAGGA	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GCAATCGCTATTGCGCTGA	Head epid.
/muscle	4
16_18_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TTATAGGCATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GGTACGGATACTGCCGATA	Immature
neurons	7
16_18_exp10_idx1AATACGATAA_idx2AACTACCGAC.GACGTTCGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2AACTTATAAG.TCGAAGGATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2ACGTTCAACC.CGAATGAGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2ACGTTCAACC.TTATCCGCTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.CTGATAGGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CGCCGCCTCC.TATTCTCCTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TATCGAACTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CTCGATGGAG.AAACTCCAATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GCTCTCGCCT.TTCAACTGATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TGATACGAGT.TCTAGGAATTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TTAACGTACC.TCGTTCTGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.TCCTCGAGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.TGAATTCGTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AGGATTACCA.CAAGCAACTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.TAACTAAGGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.CGTACCTATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.TTCTAAGCTTCATCTCTGCA	Immature
neurons	7
16_18_exp10_idx1ACGGCGTTAA_idx2GCAACTGGCA.GAGGAACTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.CATCAACGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.CTTCATGCTAACGGACCAA	Immature
neurons	7
16_18_exp10_idx1AGACCATATC_idx2AATTGCCTAC.TCTACTTACTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2ACGCAACTCC.TATTCTCCTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2ACGCAACTCC.TGAATTCGTTAATTATCAGC	Immature
neurons	7
16_18_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.AAGTTCTTGTGCTCTCGCCT	Immature
neurons	8
16_18_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TCATTAAGCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TTATAGGCATTTAGGATCTA	Immature
neurons	7
16_18_exp10_idx1AGACCATATC_idx2CCTATAAGCT.ACTTACTCATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CTGCTTCGAC.GGTTGGCATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CTGCTTCGAC.TTCTTAACCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2GATCAGTCAT.GAACGATGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.AACTAGTTGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TCTATCCAATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.GATCGACCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.TAAGGTTCATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.AACTGGCATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.GTTGCAAGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.TCAGCTTCTACTTAACCTT	Immature
neurons	7
16_18_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.TGATGCGATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2ATAAGAGGCG.ACTTGATTGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2ATAAGAGGCG.TAGATGACTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2ATAGGATATG.AAGGACGATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2ATAGGATATG.TGATGCGATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2CGAAGGACGA.AAGTTCTTGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2CGAAGGACGA.TGAATTCGTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.CTTCGACTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2GGCTAATTAA.TCGAAGGATGCTGGAACTT	Immature
neurons	7
16_18_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.TCGTTCTGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TATAACTTCC.TAACGACTTTAATTATCAGC	Immature
neurons	7
16_18_exp10_idx1AGGTCAGCTT_idx2TATAACTTCC.TGTTAAGACTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TCCGGTAATC.CAAGCAACTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.AATTCATCGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.CATCAACGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.TAGGTACTATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.GGAGGTTCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.GGTTCGAGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.TTTGCTACTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.AAGTTCTTGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.CCTAATGGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.GAACGGCTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.GTATCGCATTTAGGATCTA	Immature
neurons	7
16_18_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.CGAATGAGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TGATCTTCTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.CGTACCTATCCTAGCGCCT	Immature
neurons	7
16_18_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TGACGAGGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TTCTTAACCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TTGGCAATATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.GGCGTTAATGCTCTCGCCT	Immature
neurons	7
16_18_exp10_idx1AGTCCGCTGC_idx2GAACTGCATC.TTCTAAGCTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.AAACTCCAATTATATACTAA	Immature
neurons	7
16_18_exp10_idx1AGTCCGCTGC_idx2TGGCGTAGGT.TCAGGAGATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.TGATCTTCTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.ACTTACTCATGGTCCAGGAG	Immature
neurons	7
16_18_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.GCTGAAGCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.TAAGGTTCATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CATTATTACC.GACCAGGATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CATTATTACC.TGAATTCGTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.GATCGACCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2GGTAGGTCTC.ATTAGGTACTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2GTCGCTCAGT.GAGGAACTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2GTCGCTCAGT.TGCTACTAATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.TCTCGCTCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TGGTTGAATTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TTCTAAGCTTTTAGGATCTA	Immature
neurons	7
16_18_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.GGCTAAGATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.GGTTGGCATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.TGTTAAGACTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.TTAATGAGCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2CAAGATTAAG.ACAACCTATTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2CCAAGCTGAA.TAGAGAGTATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.TAATACCAGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.TGAGTTAGATGCTCTCGCCT	Immature
neurons	7
16_18_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.CTTCGACTTAACGGACCAA	Immature
neurons	7
16_18_exp10_idx1CCTCAGCTCC_idx2ATAGGATATG.TAACGACTTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ATAGGATATG.TATCTCGATTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ATAGGATATG.TTGATTCCTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TTACCTAAGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TATCATGAGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.CTGATAGGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.GGCAAGTCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TCTATCCAATCTGATTAAGA	Immature
neurons	7
16_18_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.TTGGCTCATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.GTATCGCATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TCATTAAGCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTGCAATCGC.AAGTTCTTGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTGCAATCGC.TCCTCGAGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTGCAATCGC.TTGACCAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.CGTACCTATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2GGAACGATGG.TCATTAAGCTAATTATCAGC	Immature
neurons	7
16_18_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.ACGCTTGATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.GGAGGTTCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.TAAGAATGGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.TCCTATAAGTTTAGGATCTA	Immature
neurons	7
16_18_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.TAGGAAGGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2GAACTGCATC.TAGAGAGTATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2GACTAGTCTA.TAACTAAGGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2GGTCCAGGAG.ACTTGATTGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2GGTCCAGGAG.GCTGAAGCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.CCTAATGGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2AATTGCCTAC.TGAGTTAGATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.ACTTACTCATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.GAAGAGGCTGGTCCAGGAG	Immature
neurons	7
16_18_exp10_idx1GCATCGTATG_idx2AGCGTCAATG.GTAAGCTCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2AGGATTACCA.ATTAGTCTGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.TGGTTGAATTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.GGTACCATTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.GTCATCTGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.TTGACCAGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.TTGACCAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CGATCATTAC.TATAAGAGGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.TTCGTTCCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.TCTACTTACTCCTAGCGCCT	Immature
neurons	7
16_18_exp10_idx1GCATCGTATG_idx2GCAACTGGCA.TTCGCATAATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2TCCGTCGCCA.GCCATGGTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.GGTCAGTTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2ACCGTTACGA.AACTGGCATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TTATAGGCATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GAGACTAGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TCGAATCTTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTTGCAAGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GTTGCAAGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.GTATCGCATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.TCGAATCTTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TCTACTTACTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TCTATAAGGA.TCATTAAGCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TCTATAAGGA.TTCCATTACTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGCTACTAATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TTGGCTCATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTAGATTCCG.GAGTTCTCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.AAGGATATGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.GCATCCAGTAACGGACCAA	Immature
neurons	7
16_18_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.GCCATGGTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.GTCATCTGTCATTATTACC	Immature
neurons	7
16_18_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.CTGAGCATTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.TAGATGACTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.TATAAGGCTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.TTATCCGCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2GCTCTCGCCT.TCCTAACTTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2GCTCTCGCCT.TCTATCCAATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2TTCTACGCCA.GAACGGCTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2TTCTACGCCA.GACGTTCGTCATTATTACC	Immature
neurons	7
16_18_exp10_idx1GGCTTACTCC_idx2TTCTACGCCA.TAACGACTTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2TTCTACGCCA.TCTAGGAATTCTGATTAAGA	Immature
neurons	7
16_18_exp10_idx1GGTTATCGAA_idx2AACTACCGAC.GATCGACCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2AACTACCGAC.GTAAGCTCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2GACCGTAGCA.AGCGTAAGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.AACTGGCATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.TTGACTCAATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2TTCTACGCCA.GCCATGGTTTATATACTAA	Immature
neurons	7
16_18_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.ATTCCTAGATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.TATCGAACTTCTGATTAAGA	Immature
neurons	7
16_18_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.AAGGATATGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.TCCTCGAGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2AGTTGCATCT.GAACGGCTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.GATCGACCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TTCTCTAGTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TTGGCTCATCATCTCTGCA	Immature
neurons	7
16_18_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.GGAGCTCATTTAGGATCTA	Immature
neurons	7
16_18_exp10_idx1GTAGCAGCTA_idx2CATGCATCTC.TCAGGAGATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CATGCATCTC.TGAATTCGTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TAATCAGCTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TATTCGGCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.AACTGGCATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CTAACTCCAA.TGGTAATAGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TCATGGCTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TCCAATAGTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TGGTAATAGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.ATGGTTGGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TTGACCAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATGGTCTTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2TCATCTAATC.TTATAGGCATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2TCATCTAATC.TTGGCTCATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.GCGGTATATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.GTCTATGGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TCAAGATCTTGGTCCAGGAG	Immature
neurons	7
16_18_exp10_idx1GTAGGCTGCA_idx2CAAGCTTGGC.TGCTACTAATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.AAACTCCAATTTAGGATCTA	Immature
neurons	7
16_18_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.AAATTCCTCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.AGCGTAAGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.TTGGTTAAGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.GGAGCTCATAATTATCAGC	Neural
progenitors	11
16_18_exp10_idx1TAGGTAACTT_idx2AACTTATAAG.TCGAAGGATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.GAGGAACTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TCTTAGTTCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TGCTACTAATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.ACAACCTATTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.TCGAATCTTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.TTCAACTGATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2GATGATCGTA.TCGAATCTTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.TCCAATAGTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.CTGGAAGATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TTATCCGCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2AGGTCAATTA.ACTTGATTGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2AGGTCAATTA.TATTGACTCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.TACGGTAGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TAGAGAGTATTTACCGAGGC	Immature
neurons	7
16_18_exp10_idx1TAGTAAGCCG_idx2CGGCGAGACC.GTTGCAAGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2CGGCGAGACC.TGGTAATAGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2GAACTGCATC.TCAAGATCTTATCCATGACT	Immature
neurons	7
16_18_exp10_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GTCTCTACTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCAGGAGATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2GTTGACGGCC.ACGCTTGATGCTGGAACTT	Immature
neurons	7
16_18_exp10_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCTACTTACTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGATGCGATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGATTCCTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TTATCCGCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TGCAAGGTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.TGCAAGGTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TGCTAATTCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.ATTAGTCTGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TATGGTCTTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2AACGAGGCTA.CATCAACGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2AAGCCGGCTG.CAGCAAGTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2AAGCCGGCTG.TTCAACTGATCTGATTAAGA	Immature
neurons	7
16_18_exp10_idx1TATAATAGTT_idx2AAGCCGGCTG.TTCGTTCCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2CTGCTTCGAC.ATACCAGTTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.ACAGGTATTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.CTGCCTTATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2GGAACGATGG.ATTCCTAGATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2GGAACGATGG.TAGGAAGGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2GGAACGATGG.TTTGCTTAGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2TGCCAGATGG.GCATCCAGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TACTCCTATTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.CATCAACGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CAAGTACTGG.CTGAGCATTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CAAGTACTGG.TGCTACTAATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CATGCATCTC.GCGGTATATATCCATGACT	Immature
neurons	7
16_18_exp10_idx1TATTAGACTT_idx2CATTATTACC.TTATAGGCATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CGACTACCAA.TATCTCGATTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.GCGTACTTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.GGCTAAGATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.TGGTAATAGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCATTGCGC.TCTTAGTTCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.GTATCGCATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TGAGAATCATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTCGAT.GTCTATGGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TAAGGTTCATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TGGCCGCAAT.GGCTAAGATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.TATATGCGTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2ACGAGGACCT.TCCTATTCTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.CGTACCTATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2AGTTGCATCT.ATACCAGTTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2AGTTGCATCT.TTTGCTACTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.TCGAAGGATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2CGAGTTAGAG.ATTAGGTACTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.GGAGCTCATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TCATCTAATC.ATAACTTCCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TCATCTAATC.TACTTGCGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.TAACTAAGGTACTTAACCTT	Immature
neurons	7
16_18_exp10_idx1TCCTCTGCCG_idx2TTGGTCATAA.ACAGGTATTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2ACTATCTTGA.TATGCGATTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2CAAGTACTGG.TCATGGCTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.TAGAACCAATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.ACGCTTGATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.TTGGAGCTTATCCATGACT	Immature
neurons	7
16_18_exp10_idx1TGGACGACTA_idx2AACTTATAAG.GGCAAGTCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2ACGTTCAACC.GAACGGCTTCCTAGCGCCT	Immature
neurons	7
16_18_exp10_idx1TGGACGACTA_idx2ACGTTCAACC.TCATGGCTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TAGAACCAATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TTAATGAGCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TCGAATCTTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2CTCCGGTTCT.TTCTTAACCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GCTCTAACGA.GACGTTCGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TATTCGGCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCTAGAACTA.GTAAGCTCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TGATACGAGT.AGAGTACCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TGATACGAGT.GTCATCTGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TGATACGAGT.TATCATGAGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TGATACGAGT.TGAATCTGATTGCGGACCTA	Immature
neurons	7
16_18_exp10_idx1TGGACGACTA_idx2TGATACGAGT.TTCTTAACCTACCGCCAACC	Immature
neurons	7
16_18_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.AAATTCCTCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.TGAATTCGTTCTGATTAAGA	Immature
neurons	8
16_18_exp10_idx1TTATTGAGGC_idx2ATAAGAGGCG.GCAGATACTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ATAAGAGGCG.TGAATTCGTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ATAGGATATG.GTATCGCATTTACCGAGGC	Immature
neurons	7
16_18_exp10_idx1TTATTGAGGC_idx2ATAGGATATG.TGAGAATCATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2CCAGGTCTAC.TCTTAGTTCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TATAACTTCC.GCTCTTAGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TATAACTTCC.GGTACCATTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TATAACTTCC.TATAAGAGGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TCGTAGGCTT.AGAGTACCTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TCTATAAGGA.TGTTAAGACTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2AAGCCGGCTG.TGCTGGATTAACGGACCAA	Immature
neurons	7
16_18_exp10_idx1TTCGAATATT_idx2ACGCAACTCC.ATATCCTACTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2CTCGTCTAGG.TAACTAAGGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2CTCGTCTAGG.TTTGCTTAGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2GACCTCCGCC.TCATTAAGCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2TGCCAGATGG.GCATCCAGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TCGTCTATTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.TAAGGTTCATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.TAGTTACCTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CCTAGCGCCT.ATGGTTGGTCCTAGCGCCT	Immature
neurons	7
16_18_exp10_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TGACGAGGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CTCCGGTTCT.TTTGCTACTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2GATGATCGTA.TATATGCGTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2TGAGGTAGAA.TTTGCTACTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2ACTATCTTGA.TGAATCTGATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2CGACTACCAA.ATTCCTAGATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2GGACTCATTG.GGAGGTTCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2GGACTCATTG.TATTGAGGTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.GTCTATGGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2TCATCTCGAT.TCTTAGTTCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp3_idx1AATACGATAA_idx2AACTACCGAC.TGCTAATTCTCCAACTAACC	Head epid.
/muscle	4
16_18_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.GGCGACTATGGCCGTAGTC	Immature
neurons	7
16_18_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.GGTCTACGTAAGTAGTCAG	Immature
neurons	7
16_18_exp3_idx1AGACCATATC_idx2TTGGAGTCGG.GCAATCGCTCATTCGACGG	Immature
neurons	7
16_18_exp3_idx1AGGTCAGCTT_idx2AAGATCCAAC.ACTTATGGTTGCTAACCTCA	Head epid.
/muscle	4
16_18_exp3_idx1AGGTCAGCTT_idx2ACTATCCGCA.CTAACGACTCGGTCGTTAA	Immature
neurons	7
16_18_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.ATTGCCGGTTTGGATCCTT	Head epid.
/muscle	4
16_18_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.TGCCTTGGTTGGTCAGCCA	Head epid.
/muscle	4
16_18_exp3_idx1AGTCCGCTGC_idx2CAAGTACTGG.TTGCGGTCTTTGGAATCTC	Immature
neurons	7
16_18_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.CTCCGGTTTGTTCCGCTAA	Head epid.
/muscle	4
16_18_exp3_idx1ATAAGGACTC_idx2ATAGGATATG.GGATAGGTTATATTGATAC	Head epid.
/muscle	4
16_18_exp3_idx1ATTATGCAAG_idx2CTAACTCCAA.TAGCTCGGTATCATATTAG	Head epid.
/muscle	4
16_18_exp3_idx1CCTCAGCTCC_idx2CTAACTCCAA.TATCGAACTTTGCCGGCAGA	Immature
neurons	7
16_18_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.ACGGCAATTAATACTCTTC	Head epid.
/muscle	4
16_18_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.AACTAGTTGTGGTAGGTTAG	Head epid.
/muscle	4
16_18_exp3_idx1GATTCTTGAA_idx2AGTCCGCGGA.GCAATCGCTACCTGGCCAA	Immature
neurons	7
16_18_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.AGCATAACTTTGGTCAGCCA	Immature
neurons	7
16_18_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.GATTACGGTATTCAGGTAC	Head epid.
/muscle	4
16_18_exp3_idx1GCGCGTTCAT_idx2ACTGAATTCC.TGAGTTAGATTGGTCAGCCA	Immature
neurons	7
16_18_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.GAGTTCTCTTAACTGGTTA	Head epid.
/muscle	4
16_18_exp3_idx1GCGCGTTCAT_idx2TCTAGAACTA.CGGTTCCATGTTCGTCAGA	Immature
neurons	7
16_18_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.TATCCAGGTATAGTCGTAG	Immature
neurons	7
16_18_exp3_idx1GGCTTACTCC_idx2GATCAGTCAT.ATTACCATCTTTACTTGGAA	Immature
neurons	7
16_18_exp3_idx1GTAGCAGCTA_idx2GGTAGGTCTC.TGGTCTCCTACCTCTATCT	Head epid.
/muscle	4
16_18_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.ATCTTCAGATCAGGAGGAGA	Immature
neurons	7
16_18_exp3_idx1GTAGGCTGCA_idx2AACGAGGCTA.GCGTCGTATAGCTGCAATA	Head epid.
/muscle	4
16_18_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.TCGTCTATTTTACTTACTTA	Immature
neurons	7
16_18_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.AGGCATCATACCGGAATTA	Immature
neurons	7
16_18_exp3_idx1TAGGTAACTT_idx2TGATACGAGT.TGGTAGGCTTCGGCCTTAC	Immature
neurons	7
16_18_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.ACGACGCATAACGAGGCTA	Immature
neurons	7
16_18_exp3_idx1TCTTGAGGTT_idx2ACTATCTTGA.AGTTGCGCTGCTCAGCCGG	Head epid.
/muscle	4
16_18_exp3_idx1TGGACGACTA_idx2TCGATATTGA.GCGCTCAATAAGTAGTCAG	Immature
neurons	7
16_18_exp3_idx1TTATTGAGGC_idx2TCCGGTAATC.CGCTAACCTGTCCTAGAGG	Immature
neurons	7
16_18_exp3_idx1TTCCGTCGAC_idx2CCGTCGGAGG.ACTTACTCATTTGGAATCTC	Head epid.
/muscle	4
16_18_exp3_idx1TTCGAATATT_idx2CCTATAAGCT.ACAATGCTATAACCATTGGA	Immature
neurons	7
16_18_exp3_idx1TTCGAATATT_idx2TCTAGAACTA.CAATCGGTTCAGGAGGAGA	Head epid.
/muscle	4
16_18_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.ACGCTTATATGCTCAGCCGG	Head epid.
/muscle	4
16_18_exp3_idx1TTGCCGTAGG_idx2ACTTCCGAAT.ACGCCATATTTACTTGGAA	Head epid.
/muscle	4
16_18_exp3_idx1TTGCCGTAGG_idx2TGAGGTAGAA.AGGCTCGTTTCTACCATTA	Head epid.
/muscle	4
16_18_exp3_idx1TTGCGAGCAT_idx2CATTATTACC.TGCCTATTATACGTTCAACC	Immature
neurons	7
16_18_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.AGAGGTCGTCATTCGACGG	Head epid.
/muscle	4
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTTGCAAGTGGTCGCGTCA	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GAAGAGGCTACTATCTTGA	Immature
neurons	8
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGAGAGATTCTGATTAAGA	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACTGACGTGCTCTCGCCT	Immature
neurons	7
16_18_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TGACGAGGTTTAGGATCTA	Immature
neurons	7
16_18_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.GGCAAGTCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TGATACGAGT.TGAGAATCATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CATGCATCTC.CTGGAAGATCTGATTAAGA	Immature
neurons	7
16_18_exp3_idx1TGGACGACTA_idx2TGAGGTAGAA.TTCTTCGTTTCAGGAGGAGA	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TAGCTCGGTAGTTGCATCT	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCCTCGAGTGGACTCATTG	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TATCATGAGTCTGCTTCGAC	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TGGTAGGCTATTGCGCTGA	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TTCTGGCCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GACTTGGCTGGCTATGACT	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATGGTCTTTTTAACGTACC	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCTCTAGTTTGGAAGTACC	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GAACGGCTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GTTCGCTGTTCTATAAGGA	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TAGAGAGTATCTGCTTCGAC	Head epid.
/muscle	4
16_18_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TCCAAGTTATCGTCCGTCCT	Head epid.
/muscle	4
16_18_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TATTCGGCTGGTCGCGTCA	Head epid.
/muscle	4
16_18_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TTGGCTCATAACGGACCAA	Head epid.
/muscle	4
16_18_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GCGCTCAATTCTATAAGGA	Head epid.
/muscle	4
16_18_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GGCGACTATCGATCATTAC	Head epid.
/muscle	4
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTACCTCTTATTGCGCTGA	Head epid.
/muscle	4
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTAGACGGTGGATCTGCAG	Head epid.
/muscle	4
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTCCTGCATGGACTCATTG	Head epid.
/muscle	4
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGACGAGGTCAAGCTTCAT	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.AGGCATCATCATTATTACC	Head epid.
/muscle	4
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTTAGCGGTTGGAACTAGA	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTCGCATAATCGCCTCGAAC	Head epid.
/muscle	4
16_18_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.AGTTGCGCTAGTTGCATCT	Head epid.
/muscle	4
16_18_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TATATGCGTTAATTGCCTAC	Head epid.
/muscle	4
16_18_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TGGCCTGATACTACTGAAG	Head epid.
/muscle	4
16_18_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.CTGCTGAATGGATCTGCAG	Immature
neurons	7
16_18_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.GTTCGCTGTGATGATCGTA	Head epid.
/muscle	4
16_18_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TAGGTACTATAGTTGCATCT	Head epid.
/muscle	4
16_18_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TCGTCTATTTACTATCTTGA	Head epid.
/muscle	4
16_18_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TCTACTTACTAATTATCAGC	Head epid.
/muscle	4
16_18_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.GGACTTGATGGATCTGCAG	Immature
neurons	7
16_18_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.GTTCGCTGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GACCAGGATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCAGCGGTTTTGGTCATAA	Immature
neurons	7
16_18_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTGAGTCCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.AGTTGCGCTAGTCCGCGGA	Immature
neurons	7
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CCGAGAGATTTAACGTACC	Head epid.
/muscle	4
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GATCGACCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTTCCAGCTGGTCGCGTCA	Immature
neurons	7
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGATCTTCTTGCTCTCGCCT	Immature
neurons	7
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCTCTAGTTGGATCTGCAG	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TTCTTAACCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTCTTAACCTATTGCGCTGA	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CCGGAGTTTACTACTGAAG	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CCTCCTGATAGTTGCATCT	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GGCAAGTCTTTAACGTACC	Immature
neurons	7
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TGCTACTAATACGTTCAACC	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TTGGCAATATCAAGCTTCAT	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TAGGTACTATTCTATAAGGA	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.AAGATGCCTGGACTCATTG	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.GGTACGGATTCTATAAGGA	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.GGTCTACGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GAACGATGTCGTCCGTCCT	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GAACGGCTTCGCCTCGAAC	Immature
neurons	7
16_18_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GACCGAATTCATTATTACC	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CCGGATAGTAACGAGGCTA	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTTGCAAGTCATTATTACC	Head epid.
/muscle	4
16_18_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.CGACGATATTGATACGAGT	Head epid.
/muscle	4
16_18_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.GTCGGCAATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.TTCTGGCCTGGTCGCGTCA	Head epid.
/muscle	4
16_18_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.GACCGTCATACGTTCAACC	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TAGAGCCTTGGTCGCGTCA	Head epid.
/muscle	4
16_18_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.ATTGCCGGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCCGGTCATATTGCGCTGA	Head epid.
/muscle	4
16_18_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TTGAGTCCTGGACTCATTG	Head epid.
/muscle	4
16_18_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.TCTACTTACTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.GGCAAGTCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TCGTAGCGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GGCTTACTTAATTGCCTAC	Head epid.
/muscle	4
16_18_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTACCTCTTAATCTGGAGT	Head epid.
/muscle	4
16_18_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.ACGCCATATTTGGTCATAA	Head epid.
/muscle	4
16_18_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.CCGGATAGTTCTATAAGGA	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TCTACTTACTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TGGTCGAATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.CTTCATGCTTACTTACTTA	Head epid.
/muscle	4
16_18_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TGGTAGGCTCAAGCTTCAT	Head epid.
/muscle	4
16_18_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GAACGATGTCTGATTAAGA	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GACTGACGTACTATCTTGA	Head epid.
/muscle	4
16_18_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TGAGTTAGATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.ACGAGGTTTGGATCTGCAG	Head epid.
/muscle	4
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CCGTCTCATCTGCTTCGAC	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCCAAGTTATTCTATAAGGA	Head epid.
/muscle	4
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTGGAGTTATCATTATTACC	Head epid.
/muscle	4
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGTCCTTCTAGTTGCATCT	Head epid.
/muscle	4
16_18_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TAGAGCCTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GCTCGAGATAACGAGGCTA	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCATAGAGTTGGCATAGCTT	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.ATGGCGTATAACGGACCAA	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TCCAATAGTTAACGAGGCTA	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TTGAGTCCTGGATCTGCAG	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GGACTTGATGGTCGCGTCA	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TAGGTACTATAATCTGGAGT	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TCCAAGTTATAGTTGCATCT	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACGGCAATTCGTCCGTCCT	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGCGCATTTACTATCTTGA	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGTACGGATTTGGTCATAA	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATGACTTGTACTACTGAAG	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGTTAAGACTACTACTGAAG	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TGAACGCGTCGCCTCGAAC	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ATTGCCGGTTTGGTCATAA	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTACGGCATACTACTGAAG	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGTTCGAGTCAAGATTAAG	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCCTACCTTAACGAGGCTA	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACCGTCATACTATCTTGA	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCAGATACTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GAACGATGTGGTCGCGTCA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGCTTACTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGGTACTATAATTGCCTAC	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGCTCCTATTCTATAAGGA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCGAATCTTTCGCCTCGAAC	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TAGCTCGGTCATTATTACC	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CCGGATAGTGATGATCGTA	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GACTACCATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCCTCGAGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCGCGGATCATTATTACC	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CAACGCAGTTCTATAAGGA	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TATCCAGGTTTAACGTACC	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TGACGAGGTACGTTCAACC	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TTGCGGTCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATGGCGTATCTGATTAAGA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTTCGCTGTCGTCCGTCCT	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCAATAGTTAACGAGGCTA	Head epid.
/muscle	4
16_18_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.ACCGTAGCTCTGCTTCGAC	Head epid.
/muscle	4
16_18_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.GTACCTCTTGGATCTGCAG	Head epid.
/muscle	4
16_18_exp1_idx1TAGGTAACTT_idx2CCGTCGGAGG.TTCTCTAGTTGTTGACGGCC	Head epid.
/muscle	4
16_18_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.ATGGAGAGTCAAGTACTGG	Head epid.
/muscle	4
16_18_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TAGGTACTATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TAGAGAGTATAACGGACCAA	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGACGAGGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CGGTTCCATAATTATCAGC	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGTCCTTCTACTATCTTGA	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCATTGCGTGGATCTGCAG	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCGTCTCATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGCGCATTTTGGTCATAA	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCTCGCTCTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTGGAGTTATACTACTGAAG	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GCCATGGTTAATCTGGAGT	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GGTTCGAGTGCTCTCGCCT	Neural
progenitors	11
16_18_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CATCGGACTGATGATCGTA	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CGCCGTAATCATTATTACC	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GACTGACGTTCTATAAGGA	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GGACTTGATAATTATCAGC	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GGCGACTATTTAACGTACC	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGTTCGAGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TTGGCGACTTGATACGAGT	Immature
neurons	7
16_18_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.TGAATTCGTTTTGGTCATAA	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCCGGTCATAATTATCAGC	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCCTCGAGTGATGATCGTA	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCTATACCTTGGTCGCGTCA	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TGAACGCGTCTGCTTCGAC	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTCGGCAATAGTTGCATCT	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGGTCGAATTGATACGAGT	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.AAGATGCCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTAAGGAGTCGCCTCGAAC	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TATAAGGCTTGCTCTCGCCT	Mature
neurons	10
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCTACTTACTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGCCTTGGTCGCCTCGAAC	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACCTTCGGTGGTCGCGTCA	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTTCGAGTCTGCTTCGAC	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTTCGCTGTTTGGTCATAA	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGAATTCGTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGTTAAGACTCGCCTCGAAC	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GATCGACCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GGTCTACGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TATCGAACTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCGTCTATTTACGTTCAACC	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCATGGCTTACTATCTTGA	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TGAATTCGTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GAACGGCTTGGACTCATTG	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GGCGCATTTACTACTGAAG	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TTGGAGTTATAACGGACCAA	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCTCCGAATCGCCTCGAAC	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TGGTCGAATTGATACGAGT	Head epid.
/muscle	4
16_18_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.GACGTTCGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.TTCGCGGATACTACTGAAG	Head epid.
/muscle	4
16_18_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GGCTTACTTTCTATAAGGA	Head epid.
/muscle	4
16_18_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TCTATACCTTAGTTGCATCT	Head epid.
/muscle	4
16_18_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.ACGGCAATTTGATACGAGT	Head epid.
/muscle	4
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ACGAGGTTTACTATCTTGA	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCAGATACTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGGTAATAGTAACGAGGCTA	Head epid.
/muscle	4
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCTTAACCTTGAGGTAGAA	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GAGACTAGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GTTCCAGCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TATTCGGCTTTAACGTACC	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CGGTTCCATGATGATCGTA	Head epid.
/muscle	4
16_18_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.ACGAGGTTTTTAACGTACC	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GTCGGCAATTCTATAAGGA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2AACTACCGAC.TCGAGAAGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2AACTTATAAG.GATAAGCGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2AACTTATAAG.GCAGATACTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2ACGTTCAACC.CTTCATGCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2ACGTTCAACC.TATGGTCTTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.CAGTATCCTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.TAATCAGCTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.TATCATGAGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.TATCTCGATTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.TTATCCGCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.TTCCATTACTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.ACAACCTATTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.TATCTCGATTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.TCAGCTTCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.TCCTATTCTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.TCGAATCTTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CGCCGCCTCC.GAACGATGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CGCCGCCTCC.GAAGAGGCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CGCCGCCTCC.GGACTTGATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CGCCGCCTCC.GTAGACGGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CGCCGCCTCC.GTATCGCATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.GTCTCTACTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TAGAGAGTATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TCGAAGGATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TGATCTTCTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TTCCATCTTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CTCGATGGAG.ACAGGTATTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CTCGATGGAG.GATAAGCGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GACCGTAGCA.AAATTCCTCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GACCGTAGCA.TATAAGAGGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GCTCTAACGA.AAGGATTACTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GCTCTAACGA.ACGCTTGATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GCTCTAACGA.ATGGTTGGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GCTCTAACGA.CTTCATGCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TGGATTCTATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TTCGTTCCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GCTCTCGCCT.TCTATACCTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GCTCTCGCCT.TTCTTAACCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GCTCTCGCCT.TTGGTTAAGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GTTCCGACGA.ACGTTGCTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GTTCCGACGA.TATCGAACTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GTTCCGACGA.TTCTTAACCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TCTAGAACTA.AAGGATATGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TCTAGAACTA.TCCTATAAGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TCTAGAACTA.TTGACTCAATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TGATACGAGT.ACGTTGCTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TGATACGAGT.ATGGTTGGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TGATACGAGT.GGACTTGATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TGATACGAGT.TATCTCGATTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TGATACGAGT.TATTCTCCTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TGATACGAGT.TGTCCTTATTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TTAACGTACC.GTCATCTGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TTAACGTACC.TACGGTAGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TTCTACGCCA.ATATGGATCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TTCTACGCCA.CTGCTGAATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TTCTACGCCA.TAATACCAGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.AAACTCCAATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.ATTAGTCTGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.TGATCTTCTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.TGATCTTCTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.TTCTCATTGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AATTGCCTAC.GGAGGTTCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AATTGCCTAC.TGATCTTCTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.ACAGGTATTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.GATACGTCTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.TCGAATCTTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.TCGAGAAGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.TCGCCAACTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.TTATAGGCATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AGCGTCAATG.CAAGCAACTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AGCGTCAATG.TGCCTATTATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AGCGTCAATG.TTGGAGCTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AGGATTACCA.GACTTGGCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AGGATTACCA.TGGTAATAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.AAATTCCTCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.ACAGGTATTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.ACGTTGCTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.GACCGTCATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.GTAAGGAGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.GTCCTGCATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.TAACGACTTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.TAGATGACTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.TCATGGCTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.TCTATCCAATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.TGAATCTGATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.CAGTATCCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.CTTCATGCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.CTTCGACTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.TCGTTCTGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.TCTACTTACTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.TCTATACCTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.CTGGAAGATAGTAAGCATA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.CTGGAAGATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.GTCGTAACTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.TCAGGAGATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.TGGATCCGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.TTGATTCCTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CGATCATTAC.ATCAGTCATTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CGATCATTAC.GCAATCGCTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CGATCATTAC.TTGGAGTTATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GACCTCTCTG.AAGTTCTTGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GACCTCTCTG.GTCATCTGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GACCTCTCTG.TAAGAATGGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GACCTCTCTG.TGAGTTAGATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.AAGTTCTTGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.GGTTGGCATTTAGGATCTA	Immature
neurons	7
16_18_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.TATAAGGCTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.TCATTAAGCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.TCCAAGTTATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.TGTTAAGACTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.GGCGTTAATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.TCTCGCTCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GCAACTGGCA.TTATAGGCATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.ACTTACTCATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.CAGCAAGTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.TAGAGAGTATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.TTCGCATAATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.TTGGTTAAGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2TCGATATTGA.GCTGAAGCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2TCGATATTGA.GGACTTGATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2TCGATATTGA.TCATAGAGTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2TCGATATTGA.TGAATCTGATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2TTGGAGTCGG.ACGTTGCTTAACGGACCAA	Immature
neurons	7
16_18_exp10_idx1ACGGCGTTAA_idx2TTGGAGTCGG.CTTCGACTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TCCTCGAGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AACGAGGCTA.GACCGTCATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AACGAGGCTA.GCATCCAGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AACGAGGCTA.TAATCAGCTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AAGCCGGCTG.GACCAGGATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AAGCCGGCTG.TATGAGAACTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AAGCCGGCTG.TTGAGAGATTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AATTGCCTAC.TTTGCTTAGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2ACCGTTACGA.AAGGACGATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2ACCGTTACGA.ATATGGATCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2ACCGTTACGA.CAGCAAGTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TAGAGCCTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TCCAAGTTATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TCCAATAGTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TGCTACTAATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TTGAAGTCTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2ACGCAACTCC.AAGGATATGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2ACGCAACTCC.GATACGTCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2ACGCAACTCC.TCAGGAGATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2ACGCAACTCC.TCCTATTCTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2ACGCAACTCC.TGGTAATAGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AGGATTACCA.AAGGATATGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AGGATTACCA.AGATCGGATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AGGATTACCA.GCATCCAGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AGGATTACCA.GGTTGGCATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AGGATTACCA.TCTATACCTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AGGATTACCA.TTCTCATTGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.AAACTCCAATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.CGAATGAGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.GTAAGGAGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TTCTTAACCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCTATAAGCT.CAGCAAGTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCTATAAGCT.GGAGCTCATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TATCGAACTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TATTCTCCTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TCATGGCTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TCGTTCTGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CGATCATTAC.TATCATGAGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CGATCATTAC.TCATTAAGCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CGATCATTAC.TTCTCTAGTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CGATCATTAC.TTCTTAACCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CTCGTCTAGG.ATGGTTGGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CTCGTCTAGG.CAAGCAACTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CTCGTCTAGG.TATAAGAGGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CTGCTTCGAC.GCTGGCTATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CTGCTTCGAC.GGCGTTAATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CTGCTTCGAC.TTATCCGCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CTGCTTCGAC.TTCTCTAGTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2GACCTCCGCC.CTGCTGAATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2GACCTCCGCC.TCATAGAGTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2GACCTCCGCC.TCCAAGTTATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2GATCAGTCAT.CAGCATTGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2GATCAGTCAT.GGTTGGCATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TAACGACTTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TAGAACCAATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TATAAGAGGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TGGATCCGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2GGAACGATGG.TCTATCCAATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2GGAACGATGG.TTGACTCAATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2TGCCAGATGG.GAACGATGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.AACTAGTTGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.AATTCATCGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.ATACCAGTTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.CATCAACGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TGCTAATTCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2ACCAAGATCT.ACAGGTATTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2ACCAAGATCT.TCGTCTATTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2ACCAAGATCT.TTGACTCAATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.ACTTACTCATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.CTGATAGGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.GAGTTCTCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.TCCAATAGTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.TCCTATTCTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.TGAATCTGATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.AAATTCCTCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.GACCGTCATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.GCTCTTAGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.TATCATGAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2ATAAGAGGCG.GAACGATGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2ATAAGAGGCG.GAACGATGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2ATAAGAGGCG.TGCTAATTCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2ATAGGATATG.AACTAGTTGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2ATAGGATATG.TCGTCTATTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2ATAGGATATG.TGAGTTAGATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2ATAGGATATG.TTCGCATAATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.AACTGGCATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.ATTCCTAGATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.CAAGCAACTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.CTCGTTGATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.GATAAGCGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.GTCATCTGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2CGAAGGACGA.TAACTAAGGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2CGAAGGACGA.TCGAATCTTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2GGCTAATTAA.GTCTCTACTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2GGCTAATTAA.TCTCGCTCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.ATTGATCGTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.GACTTGGCTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.TAAGGTTCATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.TATTGAGGTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.TGAATCTGATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TATAACTTCC.ACGCTTGATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TATAACTTCC.ATATCCTACTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TATAACTTCC.TGTTAAGACTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TCCGGTAATC.CATCAACGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TCCGGTAATC.CTGAGCATTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.AATTCATCGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.CTTCATGCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.GAGACTAGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.TATAAGAGGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.TCAAGATCTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.TCATTAAGCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.TCCAATAGTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.TCGAATCTTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.GCTCTTAGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.TATATGCGTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.TCCTATAAGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.TCCTCGAGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.TCTCGCTCTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.AAGGACGATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.GGAGCTCATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.TCCTAACTTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.TTCGTTCCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.TACTTGCGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.TTCAACTGATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AAGATCCAAC.AGCGTAAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AAGATCCAAC.TAGTTACCTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AAGATCCAAC.TCTATCCAATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.ACAGGTATTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.ACGCTTGATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.CTGATAGGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.GAACGGCTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.GCGTACTTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.GCGTACTTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.GGAGGTTCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TAGGAAGGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TATAAGAGGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TATGACTTGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TCAAGATCTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TCGTCTATTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TGAGTTAGATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TGGTAATAGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TGTCCTTATTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.ATATCCTACTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.GATACGTCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.GCTGAAGCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.GGTACCATTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.GTAAGCTCTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TAAGGTTCATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TAATCAGCTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TATGAGAACTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TATTCGGCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TCCAAGTTATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.ATTCCTAGATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.GCTGGCTATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TCGTCTATTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TCTCGCTCTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.GCATCCAGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.TAAGAATGGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.TATTCTCCTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GAACTGCATC.AGATCGGATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GAACTGCATC.AGCGTAAGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GAACTGCATC.GTATCGCATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GAACTGCATC.TTCAACTGATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GAACTGCATC.TTGAGAGATTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.GAACGATGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.GTTGCAAGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TATCATGAGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TATTCTCCTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TTGACCAGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TTTGCTTAGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.ATCAGTCATTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.GACCAGGATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.GGTTCGAGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TAACTAAGGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TGACGAGGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TGACGAGGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TCTATACCTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2TGGCGTAGGT.ATAACTTCCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2TGGCGTAGGT.TCGTCTATTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.AGAGTACCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.AGATCGGATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.ATTCCTAGATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.GGTACCATTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.TCTTAGTTCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.TTGGTTAAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2ACGAGGACCT.ACAACCTATTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2ACGAGGACCT.AGCGTAAGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2ACGAGGACCT.GATAAGCGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2ACGAGGACCT.TGGATTCTATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2ACTATCCGCA.AAGGACGATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2ACTATCCGCA.AATTCATCGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2ACTATCCGCA.TATGCGATTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.ACTTGATTGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.ATTAGGTACTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.GTATCGCATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.TATCTCGATTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.TTCCATCTTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.ACGCTTGATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.CTTCATGCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CATTATTACC.TATATGCGTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CATTATTACC.TCATAGAGTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CATTATTACC.TCGTTCTGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CATTATTACC.TTCCATTACTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CGAGTTAGAG.TAACGACTTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CGAGTTAGAG.TCGAATCTTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CGAGTTAGAG.TCTACTTACTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CGAGTTAGAG.TTCGCATAATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CGAGTTAGAG.TTGGAGTTATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2GGTAGGTCTC.AGTATTAGCTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2GGTAGGTCTC.TTTGCTTAGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2GTCGCTCAGT.AACTAGTTGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2GTCGCTCAGT.CTGCTGAATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2GTCGCTCAGT.GGTTCGAGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2GTCGCTCAGT.TATTGACTCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2GTCGCTCAGT.TTCAACTGATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.AAGGACGATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.CTGCTGAATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.GACTTGGCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.GCGTACTTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.AAATTCCTCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.GGACTTGATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TCATTAAGCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.CTGCCTTATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.CTTCATGCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.GATCGACCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.TCGAATCTTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.AAACTCCAATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.CTTCATGCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.GTATCGCATAACGGACCAA	Immature
neurons	7
16_18_exp10_idx1ATAAGGACTC_idx2TTGAGTATCA.GCATCCAGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TTGAGTATCA.GGCTTACTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TTGAGTATCA.GGTACCATTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TTGAGTATCA.TTGGAGTTATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.AGCGTAAGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.GTAAGGAGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.GTCTATGGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.TATCGAACTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.TGAATTCGTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.TGAGAATCATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.TTCTAAGCTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2AGGTCAATTA.ATTGATCGTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2AGGTCAATTA.CTGAGCATTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2AGGTCAATTA.GAACGATGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2AGGTCAATTA.TAACGACTTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2AGGTCAATTA.TCGTTCTGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2AGGTCAATTA.TTCTAAGCTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2CAAGATTAAG.GAACGATGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2CCAAGCTGAA.CTTCATGCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2CCAAGCTGAA.GCTCTTAGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2CCAAGCTGAA.GCTGAAGCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2CCAAGCTGAA.TAAGAATGGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2CCAAGCTGAA.TCATGGCTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.ATGGTTGGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.CCTAATGGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.TACTCCTATTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.TACTTGCGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.TCCAATAGTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GAACTGCATC.GTCTATGGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GAACTGCATC.TAAGGTTCATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GAACTGCATC.TGAATTCGTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GACTAGTCTA.AAACTCCAATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GACTAGTCTA.GAAGAGGCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GACTAGTCTA.TATGCGATTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.ACAACCTATTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.GGCGTTAATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.TACTTGCGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.TTGGCAATATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.GACTTGGCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.GAGGAACTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.TGGTTGAATTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.ATATCCTACTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.ATTAGGTACTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.CTTCATGCTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.GGCTAAGATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TAACTAAGGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TCGTCTATTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.AAGGATTACTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.AGATCGGATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.GCCATGGTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.GCTCTTAGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ATAGGATATG.ACTTACTCATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ATAGGATATG.CCAAGGATTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ATAGGATATG.CTTCATGCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ATAGGATATG.GATAAGCGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ATAGGATATG.TAGATGACTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ATAGGATATG.TCTCGCTCTATCCATGACT	Immature
neurons	7
16_18_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.CGTACCTATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.GCTCTTAGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.GTAAGGAGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TAATCAGCTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TATGAGAACTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TCATAGAGTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TGGTAATAGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.GGCTTACTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TAAGGTTCATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TCAAGATCTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TCAGCTTCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TCAGCTTCTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TCATAGAGTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TGAATTCGTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TTATCCGCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.GAACGGCTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TAATACCAGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TACTTGCGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TCAGGAGATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TCTCGCTCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2GGACTCATTG.GATACGTCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2GGACTCATTG.GCTCTTAGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2GGACTCATTG.TGAATCTGATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2GGACTCATTG.TTGGCAATATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.AAGGATTACTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.AGTATTAGCTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.CAGCATTGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.CTGATAGGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.GCCATGGTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.GGTCTACGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.TACTCCTATTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.TAGGAAGGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.GAACGATGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.GCTGAAGCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.GTCGTAACTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TAAGGTTCATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TAGATGACTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TAGGAAGGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TAGTTACCTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.AGATCGGATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.CGTACCTATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.GGAGGTTCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.GGTACCATTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TCTAGGAATTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TTCGTTCCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.CTCGTTGATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.GCGGTATATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.GTCTCTACTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.TACGGTAGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.TATTGACTCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.TGCCTATTATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.CCTAATGGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.GAAGAGGCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.TCCTCGAGTATCCATGACT	Immature
neurons	7
16_18_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.AGCGTAAGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.CTTCATGCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.GAGACTAGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.TATTGAGGTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.TCCAAGTTATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.AGAGTACCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.ATAACTTCCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.TTCTTAACCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.AGTATTAGCTCTGATTAAGA	Immature
neurons	7
16_18_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.CGAATGAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.GAGGAACTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TAGAACCAATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TCATGGCTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TGGTAATAGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TTGACTCAATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTGCAATCGC.AGATCGGATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTGCAATCGC.TTGGCTCATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.AGAGTACCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.CATCAACGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.CTTCATGCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.GAAGAGGCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.TAGAACCAATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.TTCCATTACTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.GCATCCAGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.GTCCTGCATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2GGAACGATGG.TGCTAATTCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2GGAACGATGG.TGGTTGAATTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.GCGGTATATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.GGTACCATTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2AGGTCAATTA.TGTCCTTATTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.CTGGAAGATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2CCAAGCTGAA.GGAGGTTCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2CCAAGCTGAA.GTAAGCTCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2CCAAGCTGAA.TAGTTACCTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2CGGCGAGACC.TAGGTACTATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2CGGCGAGACC.TCAGCTTCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2GAACTGCATC.CCTAATGGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2GAACTGCATC.GACCGTCATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2GAACTGCATC.TCTCGCTCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2GACTAGTCTA.GCTGAAGCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2GGTCCAGGAG.AAGGACGATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2GGTCCAGGAG.AGATCGGATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2GGTCCAGGAG.TCGCCAACTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.AACTGGCATACCGCCAACC	Immature
neurons	7
16_18_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.GATAAGCGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.GCTCTTAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.TCTTAGTTCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.TGACGAGGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.CAGCAAGTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.GTATCGCATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.TACTCCTATTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.TACTCCTATTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.TGCTAATTCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.TTATCCGCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2AATTGCCTAC.TATTCTCCTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2AATTGCCTAC.TGCTACTAATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2AATTGCCTAC.TTTGCTTAGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.ACTTGATTGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.ACTTGATTGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.ATAACTTCCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.GGAGGTTCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.TCATTAAGCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2AGCGTCAATG.AAGTTCTTGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2AGCGTCAATG.TCTCGCTCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2AGGATTACCA.ATATGGATCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2AGGATTACCA.TAAGAATGGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.TCTATACCTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.TCTTAGTTCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.TGATCTTCTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.ACCATGATTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.GGTTCGAGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.TATTGAGGTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.TCGTCTATTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.AAGGATATGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.GCTGAAGCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.TATTGACTCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.TCATAGAGTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.TGAATTCGTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CGATCATTAC.CTGATAGGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CGATCATTAC.GGCGTTAATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.AGTCGCATTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.GCAGATACTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.GCATCCAGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.TATCTCGATTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.TTGGTTAAGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.TGCTGGATTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.GAGGAACTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.TACTTGCGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.TCGAAGGATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.TTCTCATTGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GCAACTGGCA.TATCGAACTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GCAACTGGCA.TGAATCTGATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2TCCGTCGCCA.GCGTACTTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2TCCGTCGCCA.TTGACCAGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2TCGATATTGA.GGTACCATTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2TCGATATTGA.TGATGCGATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2TCGATATTGA.TGTTAAGACTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.CAAGCAACTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.GGTCTACGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.GTATCGCATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.TCGAGAAGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.TCGCCAACTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.ATATGGATCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.GATACGTCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.GCTCTTAGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.GCTGAAGCTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.GGTCTACGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.GTCGTAACTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TATCGAACTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TCATTAAGCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TGCCTATTATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2AATTGCCTAC.CTGAGCATTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2AATTGCCTAC.TATCATGAGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2ACCGTTACGA.TCGTCTATTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.GCAATCGCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.TAGAGCCTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.TATCGAACTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.ATCAGTCATTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2AGGATTACCA.TGCAAGGTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2AGGATTACCA.TTAATGAGCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2AGGATTACCA.TTGAGAGATTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2AGGATTACCA.TTGGCTCATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CCGTCGGAGG.ATGGTTGGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GTCTCTACTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TAGCCAATTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TATAAGGCTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CCTATAAGCT.CGAATGAGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CCTATAAGCT.TATATGCGTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CCTATAAGCT.TATTCTCCTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CCTATAAGCT.TATTGACTCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CCTATAAGCT.TGGTTGAATTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CGATCATTAC.GGCTTACTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CGATCATTAC.TGTTAAGACTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.ATATGGATCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TACTTGCGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TATAAGGCTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TCATTAAGCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TTCCATCTTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TTCTAAGCTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCGTACTTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.AATTCATCGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.ATCAGTCATTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.CAGCAAGTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.CAGCATTGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.GCAATCGCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.GCTGGCTATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TATCTCGATTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TTGAAGTCTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.ATCAGTCATTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.CCAAGGATTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GGCGTTAATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TATAAGGCTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TGAGAATCATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TTGGCTCATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.ACTTACTCATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.ATTAGTCTGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TAGATGACTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TCAGGAGATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TCTATACCTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.AAGGATATGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.GCAGATACTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TAATCAGCTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TCCTATTCTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TCGTTCTGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TGGTTGAATTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2ACCAAGATCT.GAGTTCTCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2ACCAAGATCT.TTAATGAGCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2ACCAAGATCT.TTCTCTAGTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2ACTATCCGCA.AGTCGCATTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2ACTATCCGCA.TTCTCATTGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2AGATCCTATA.ACCATGATTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2AGATCCTATA.GAACGATGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2AGATCCTATA.TATCTCGATTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2AGATCCTATA.TCAGCTTCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2AGATCCTATA.TTCCATTACTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.CAAGCAACTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.GCATCCAGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TATTGACTCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TCATGGCTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TTCTCTAGTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.AGTCGCATTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.TAAGGTTCATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.TCAGGAGATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TATAACTTCC.AAGGACGATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TATAACTTCC.ATAACTTCCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TATAACTTCC.TATCTCGATTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TCCGGTAATC.TCCAAGTTATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GTATCGCATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TATAAGAGGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TCTATAAGGA.GAGACTAGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TCTATAAGGA.GGTCTACGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TCTATAAGGA.GTAAGGAGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TCTATAAGGA.TAAGAATGGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TCTATAAGGA.TTCTCTAGTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGATTCCTCA.ATTAGGTACTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGCTAAGATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.GCAGATACTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TATAAGGCTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TATGACTTGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.ATATGGATCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.CATCAACGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.GAACGGCTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.GACCAGGATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TCTACTTACTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TGGTTGAATTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTAGATTCCG.ACCATGATTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCTATACCTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGCAAGGTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.ATTAGGTACTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.CTCGTTGATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.GAGGAACTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.GCAATCGCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.GTCATCTGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TGAATCTGATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TGTCCTTATTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TTTGCTACTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.GGCGTTAATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.GGTACCATTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.TAAGGTTCATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.TCATGGCTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.TTCGTTCCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.TTCTCTAGTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.AAGTTCTTGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.AAGGACGATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.GCAATCGCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.TAAGGTTCATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2GCTCTCGCCT.GAACGGCTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2GCTCTCGCCT.TATATGCGTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2GCTCTCGCCT.TTGGCTCATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2TTCTACGCCA.ACTTGATTGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2TTCTACGCCA.ATTAGTCTGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2TTCTACGCCA.GTATCGCATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2TTCTACGCCA.TAAGGTTCATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2TTCTACGCCA.TAGATGACTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2TTCTACGCCA.TTTGCTACTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2AACTACCGAC.ACAGGTATTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2GACCGTAGCA.AAGGATATGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2GACCGTAGCA.GGAGGTTCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2GACCGTAGCA.GTAGACGGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.TATGCGATTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.TTTGCTTAGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2TTCTACGCCA.GCTGAAGCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2TTCTACGCCA.TCATTAAGCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.ACGCTTGATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.GATAAGCGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.GATCGACCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.GGTACCATTGGTCCAGGAG	Neural
progenitors	11
16_18_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.TATTCTCCTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCTATACCTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.TGAGAATCATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.TTCAACTGATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.CATCAACGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.GGCAAGTCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.GGTCTACGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.TATTCGGCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.TGATCTTCTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.TGCTAATTCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.TTGATTCCTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2AGTTGCATCT.ATTAGGTACTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2AGTTGCATCT.GGTCTACGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.AGATCGGATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.AGTCGCATTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.GGTACCATTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TACTCCTATTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TCTCGCTCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TGAGAATCATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TTGACTCAATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TCTCGCTCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TTATCCGCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CATGCATCTC.CTGATAGGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.CGTACCTATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TATAAGGCTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.CGTACCTATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.GTAAGGAGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TAGCCAATTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TATAAGGCTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TCAGCTTCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TGGATTCTATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.GGAGCTCATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.TGCTACTAATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.TTCAACTGATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CTAACTCCAA.TCTATACCTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CTAACTCCAA.TTACCTAAGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CTAACTCCAA.TTCGTTCCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.CGTACCTATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.GGCAAGTCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TAGGAAGGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TATTGACTCTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.AAGTTCTTGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.GTCATCTGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TAACGACTTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TGTTAAGACTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TTCTAAGCTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.GATCGACCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.GCAGATACTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.GGCTTACTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TACTCCTATTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TAGATGACTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TATAAGGCTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TCATGGCTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCTAATGGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CGAATGAGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2TCATCTAATC.GAAGAGGCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2TCATCTAATC.TCGCCAACTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2TGATAGAACG.AACTAGTTGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2TGATAGAACG.TCGAAGGATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.CATCAACGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.GATACGTCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.GGTCAGTTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TATAAGGCTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TATGCGATTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TCAAGATCTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2CAAGCTTGGC.GTCATCTGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2CAAGCTTGGC.TGAATCTGATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2CAAGCTTGGC.TGCTACTAATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2CAAGCTTGGC.TTGGCTCATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.GAGGAACTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.TTCTCATTGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.ATTCCTAGATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.CCAAGGATTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.GAACGGCTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.GCTGAAGCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.TTGACCAGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.ATTGATCGTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.CGAATGAGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.GAAGAGGCTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.GTAGACGGTGCTGGAACTT	Immature
neurons	7
16_18_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TAGGTACTATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TCATGGCTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TGCTGGATTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TTCGCATAATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TTCTAAGCTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.CTGATAGGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.GATCGACCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.GTAAGCTCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TAATCAGCTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TACTTGCGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TCCTATTCTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TCGAAGGATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TCTCGCTCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TTGGCAATATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.ATTAGTCTGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.CAAGCAACTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.TACGGTAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2AACTTATAAG.ATATCCTACTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2AACTTATAAG.TATATGCGTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.ATTCCTAGATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.ATTCCTAGATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.CTTCATGCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.GAAGAGGCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.GCTGAAGCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.TAGCCAATTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.TAGGAAGGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.TTCAACTGATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.TGAGAATCATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.TGCTACTAATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.TTGACCAGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2ACTGAATTCC.TCGTCTATTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2ACTGAATTCC.TTCAACTGATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2ACTTCCGAAT.GTAAGCTCTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2ACTTCCGAAT.GTCGTAACTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2ACTTCCGAAT.TAGAGCCTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2ACTTCCGAAT.TCATGGCTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CCTAGCGCCT.CTGGAAGATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CCTAGCGCCT.GGAGCTCATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CCTAGCGCCT.TCATAGAGTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.ATTAGGTACTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.GGCAAGTCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.GGTACCATTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TATATGCGTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TCTATACCTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TTCTAAGCTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.AAATTCCTCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.CAAGCAACTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.GTAAGCTCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.TATGCGATTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.ATTAGTCTGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.TGATCTTCTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.TGCCTATTATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.TTGGAGTTATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2GATGATCGTA.TATTGAGGTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.TCAGGAGATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.TCATGGCTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.TCGTTCTGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.AATTCATCGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.TATCATGAGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.TCTCGCTCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.TTTGCTACTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.ATTGATCGTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.CTCGTTGATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.CTCGTTGATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.GAACGGCTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.TAGGAAGGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.TGGATCCGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TGATACGAGT.AAGTTCTTGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TGATACGAGT.ATGGTTGGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TGATACGAGT.CATCAACGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TGATACGAGT.GAAGAGGCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TGATACGAGT.TATATGCGTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.AACTAGTTGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.CAGCAAGTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.AAACTCCAATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.AAATTCCTCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.AAGGATATGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.GGTTCGAGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TACGGTAGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TTGGCTCATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGCCTATTATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2AGGTCAATTA.TTGAGAGATTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.GCCATGGTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTGACCAGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2CGGCGAGACC.TTGACTCAATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2GAACTGCATC.TATATGCGTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2GACTAGTCTA.AGATCGGATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2GACTAGTCTA.GGCAAGTCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2GACTAGTCTA.GTATCGCATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2GACTAGTCTA.TACTTGCGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GTAAGGAGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCGAGAAGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCTATACCTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTTGCTTAGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TCTACTTACTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TGAATCTGATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.GCCATGGTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.GGCTTACTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.GTAAGCTCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TCAAGATCTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TTGATTCCTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.AACTGGCATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.GTCCTGCATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.TATTCTCCTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.AAATTCCTCTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.GGTACCATTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TAGAGCCTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TATTGAGGTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TCTAGGAATTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TGATTCCTCA.ATATCCTACTTTACCGAGGC	Immature
neurons	7
16_18_exp10_idx1TAGTAAGCCG_idx2TGATTCCTCA.TATAAGAGGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TGATTCCTCA.TCTAGGAATTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.AGATCGGATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.ATATGGATCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.CTCGTTGATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.GTTGCAAGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TAGCCAATTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TGCAAGGTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2AACGAGGCTA.ATATGGATCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2AACGAGGCTA.TATGAGAACTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2AACGAGGCTA.TCGTCTATTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2AAGCCGGCTG.ATAACTTCCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2AAGCCGGCTG.GGCTAAGATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2AAGCCGGCTG.GTAGACGGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2AAGCCGGCTG.TAGGAAGGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2ACGCAACTCC.CCTAATGGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2ACGCAACTCC.TAGATGACTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2ACGCAACTCC.TCCTCGAGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2ACGCAACTCC.TGGTAATAGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2ACGCAACTCC.TGTTAAGACTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2ACGCAACTCC.TTATCCGCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2ACGCAACTCC.TTGGAGCTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2CTCGTCTAGG.GAGTTCTCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2CTCGTCTAGG.TATCGAACTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2CTCGTCTAGG.TGATCTTCTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2CTCGTCTAGG.TGCTAATTCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2CTCGTCTAGG.TTGGCTCATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2CTGCTTCGAC.ATACCAGTTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2CTGCTTCGAC.TAGAGCCTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.CTCGTTGATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.CTGCTGAATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2GGAACGATGG.TCCTATAAGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2TGCCAGATGG.AGATCGGATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.ACTTGATTGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.AGATCGGATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.ATAACTTCCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.GGCTAAGATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.GTCATCTGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TACGGTAGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TAGAGAGTATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TCCAATAGTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TGAATCTGATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TGATCTTCTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2ACTATCTTGA.GGAGGTTCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2ACTATCTTGA.GGTTCGAGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.ACAGGTATTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.TAACGACTTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CAAGTACTGG.AGAGTACCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CAAGTACTGG.ATTAGGTACTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CAAGTACTGG.CCAAGGATTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CAAGTACTGG.TGGTTGAATTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CATGCATCTC.TCCTAACTTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CATGCATCTC.TGGATCCGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CGACTACCAA.TACTTGCGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CGACTACCAA.TCTCGCTCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CGACTACCAA.TGAGTTAGATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CGACTACCAA.TTGGTTAAGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CGTCCGTCCT.TCCAAGTTATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CGTCCGTCCT.TGAATCTGATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.AGTATTAGCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.ATATGGATCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.GTAGACGGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.TAGAGAGTATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.TAGGAAGGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GGACTCATTG.GGAGGTTCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GGACTCATTG.TTCGCATAATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCATTGCGC.CTTCATGCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCATTGCGC.GCCATGGTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCATTGCGC.GGTTCGAGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.ATCAGTCATTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.ATTAGTCTGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.CTTCATGCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.GAGTTCTCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.GGCTTACTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TAGGTACTATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TCAAGATCTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TCATAGAGTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TCCTATTCTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TGAGAATCATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TGGTTGAATTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TTGAGAGATTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.ACTTACTCATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.AGTATTAGCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.GGCTAAGATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TATCTCGATTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TATTGAGGTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TCCTATAAGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TCGTTCTGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TGCTAATTCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTCGAT.ATAACTTCCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TGATAGAACG.GACGTTCGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TATGGTCTTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TCCAAGTTATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TGGCCGCAAT.GTCTATGGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TGGCCGCAAT.TCCTAACTTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TGGCCGCAAT.TGAATCTGATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TGGCCGCAAT.TGGATTCTATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TGGCCGCAAT.TTCTCATTGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.GGCTAAGATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.TAGAACCAATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2ACGAGGACCT.AATTCATCGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2ACGAGGACCT.AGATCGGATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2ACGAGGACCT.TATGACTTGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2ACGAGGACCT.TTGATTCCTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.ATATGGATCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.ATCAGTCATTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.GACGTTCGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.GATAAGCGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.GTCTATGGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.TATAAGGCTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.TTCCATCTTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2AGTTGCATCT.CCTAATGGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2AGTTGCATCT.GCAATCGCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2AGTTGCATCT.TTCTCTAGTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.CTCGTTGATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.TATGCGATTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2CATTATTACC.AGTATTAGCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2CATTATTACC.ATTGATCGTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2CATTATTACC.TAGATGACTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2CATTATTACC.TATATGCGTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2CATTATTACC.TATTGACTCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2CGAGTTAGAG.GCTGGCTATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.ATTCCTAGATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.GTCCTGCATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.GTCTATGGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.TAGATGACTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.TTACCTAAGTCTGATTAAGA	Mature
neurons	10
16_18_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.GCAATCGCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.GTCCTGCATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.TAAGGTTCATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.TCGAGAAGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.TTGAGAGATTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.GACTTGGCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TAACTAAGGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TATGCGATTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TATTGACTCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TCGAATCTTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TCGCCAACTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TTCGTTCCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TCATCTAATC.CAGCATTGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TCATCTAATC.TAAGGTTCATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TCATCTAATC.TACGGTAGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TCATCTAATC.TATTGACTCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TCATCTAATC.TCCAAGTTATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TCATCTAATC.TCTCGCTCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TCATCTAATC.TTATCCGCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TCATCTAATC.TTGGCAATATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.GGAGCTCATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.TAATCAGCTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.TATGCGATTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.TCTACTTACTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.TGTCCTTATTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGGACTTGAC.GCAATCGCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.AACTGGCATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.ATTAGTCTGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.CGAATGAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.GGCGTTAATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.GTTGCAAGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.TAGAGCCTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.TATGAGAACTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.TGTCCTTATTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.TTACCTAAGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.TTCGCATAATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.TTTGCTTAGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TTGAGTATCA.AAATTCCTCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TTGAGTATCA.AAGTTCTTGTCCTAGCGCCT	Immature
neurons	7
16_18_exp10_idx1TCCTCTGCCG_idx2TTGAGTATCA.CAAGCAACTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TTGAGTATCA.GAGACTAGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TTGAGTATCA.GAGTTCTCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TTGAGTATCA.GCCATGGTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TTGAGTATCA.GCTGGCTATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TTGGTCATAA.ACCATGATTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TTGGTCATAA.TAGCCAATTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2ACTATCTTGA.CAGCAAGTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2ACTATCTTGA.GAGTTCTCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2ACTATCTTGA.TGAATCTGATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2CAAGTACTGG.TTGATTCCTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.ACAGGTATTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.TTGGAGTTATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2CGTCCGTCCT.TCTCGCTCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2CGTCCGTCCT.TTATAGGCATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.CAGCAAGTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.GAGTTCTCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.GGTTCGAGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2GTCATTGCGC.CATCAACGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2GTCATTGCGC.CTCGTTGATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2GTCATTGCGC.TATGCGATTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2TCATCTCGAT.GGCTTACTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2TGGCCGCAAT.GACCAGGATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2TGGCCGCAAT.GAGTTCTCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2TGGCCGCAAT.TCCTATTCTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.AATTCATCGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.ATATGGATCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.CCTAATGGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.GTCGTAACTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.TATATGCGTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.TATTGACTCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.TCATGGCTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.TGAGAATCATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.TGGATCCGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AACTTATAAG.AATTCATCGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AACTTATAAG.TAACTAAGGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AACTTATAAG.TAGATGACTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AACTTATAAG.TGGTTGAATTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AACTTATAAG.TTACCTAAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2ACGTTCAACC.AACTAGTTGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2ACGTTCAACC.TAGGTACTATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2ACGTTCAACC.TCGCCAACTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2ACTCTCTCAA.CAAGCAACTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2ACTCTCTCAA.CAGCATTGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2ACTCTCTCAA.GACCGTCATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2ACTCTCTCAA.GCAGATACTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.CCTAATGGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.AGTCGCATTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TATTCTCCTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TGATCTTCTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TGGTTGAATTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TTCTCTAGTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2CCTAGCGCCT.GCAGATACTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2CTCCGGTTCT.TGTTAAGACTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.GCGTACTTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.GTAGACGGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.GTCTATGGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TATCATGAGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TATGCGATTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TCAGCTTCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TCGTCTATTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.CTTCGACTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.GCAATCGCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.GGTTCGAGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.GGTTCGAGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.GTATCGCATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.GTCTCTACTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.TTCTCATTGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.TTGGCTCATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.AAATTCCTCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.ACTTACTCATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.TAAGAATGGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.TTATCCGCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GCTCTAACGA.AGATCGGATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GCTCTAACGA.GAACGGCTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GCTCTAACGA.GATACGTCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GCTCTAACGA.GTAAGGAGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GCTCTAACGA.TAGAACCAATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GCTCTAACGA.TCAGCTTCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.GCCATGGTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.GCTGGCTATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TAACGACTTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TATGAGAACTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TCGAAGGATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TCGAGAAGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TCTATACCTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TGAATCTGATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TATGACTTGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCTAGAACTA.AAGGATTACTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCTAGAACTA.TTGGAGCTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TGATACGAGT.ACAGGTATTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TGATACGAGT.GGTTCGAGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.AGCGTAAGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.AGTATTAGCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.GATAAGCGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.GGAGCTCATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.TCTACTTACTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.TGGATTCTATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2AGATCCTATA.AGATCGGATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2AGATCCTATA.CAAGCAACTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2AGATCCTATA.GGTTCGAGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2AGATCCTATA.TAATCAGCTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2AGATCCTATA.TCTCGCTCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.ATTAGGTACTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ATAAGAGGCG.AAGGACGATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ATAAGAGGCG.AAGGATATGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ATAAGAGGCG.AGTCGCATTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ATAAGAGGCG.CAGTATCCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ATAAGAGGCG.GGTCTACGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ATAAGAGGCG.TAACTAAGGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ATAGGATATG.ACCATGATTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ATAGGATATG.TAGAGCCTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ATAGGATATG.TATTCTCCTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ATAGGATATG.TCATAGAGTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ATAGGATATG.TTCGTTCCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2CCAGGTCTAC.TATGAGAACTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2CCAGGTCTAC.TCTTAGTTCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2CGAAGGACGA.ATACCAGTTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2CGAAGGACGA.TCTATACCTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.ATACCAGTTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.TATAAGGCTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.CATCAACGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.GAGGAACTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.TAACTAAGGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.TTGAGAGATTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2GGCTATGACT.TTCTCATTGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TATAACTTCC.AAACTCCAATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TATAACTTCC.GCTGGCTATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.ACAGGTATTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.GCCATGGTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.TGATCTTCTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TCGTAGGCTT.ATACCAGTTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TCGTAGGCTT.CTGAGCATTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TCGTAGGCTT.TCTATCCAATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TCGTAGGCTT.TTGAGAGATTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TCGTAGGCTT.TTTGCTTAGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TCTATAAGGA.TCCTATTCTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.AAGTTCTTGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.CTCGTTGATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.TATTGAGGTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.ACTTGATTGTGGTCCAGGAG	Immature
neurons	7
16_18_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.CTGATAGGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.GAACGGCTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.GATACGTCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.TAATACCAGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.TGAATTCGTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.AATTCATCGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.TACGGTAGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.TAGTTACCTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2AAGCCGGCTG.AGTCGCATTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2ACGCAACTCC.ACAACCTATTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2ACGCAACTCC.TATATGCGTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2ACGCAACTCC.TCAGCTTCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2ACGCAACTCC.TCAGCTTCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2ACGCAACTCC.TGACGAGGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2ACGCAACTCC.TTGGCAATATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2ACGCAACTCC.TTTGCTTAGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2CTCGTCTAGG.AAGGATATGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2CTCGTCTAGG.GAGTTCTCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2CTCGTCTAGG.GATACGTCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2CTCGTCTAGG.TCTTAGTTCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2CTCGTCTAGG.TGAATTCGTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2CTCGTCTAGG.TGGTAATAGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2CTGCTTCGAC.ATGGTTGGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2CTGCTTCGAC.CAAGCAACTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2CTGCTTCGAC.GATACGTCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2CTGCTTCGAC.TATGCGATTTACTTAACCTT	Immature
neurons	7
16_18_exp10_idx1TTCGAATATT_idx2GACCTCCGCC.AACTAGTTGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2GACCTCCGCC.TCATTAAGCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2GGAACGATGG.GTCCTGCATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2GGAACGATGG.TAACGACTTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2TGCCAGATGG.ATTGATCGTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2TGCCAGATGG.CTGCCTTATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2TGCCAGATGG.GGCTAAGATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.GTAAGCTCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TATTCTCCTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TCCTATAAGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.ACGTTGCTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.GTAAGCTCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.TAATACCAGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.TCGCCAACTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.TCTACTTACTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.TGAATCTGATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.TGGATTCTATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.TTATAGGCATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.TTCCATCTTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.TTCTAAGCTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACGTTCAACC.CTGCTGAATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACGTTCAACC.GAGACTAGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACGTTCAACC.GCTGGCTATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.AAACTCCAATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.GCTGAAGCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTGAATTCC.CAGCATTGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTGAATTCC.GTCGTAACTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTGAATTCC.TAGATGACTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTGAATTCC.TCTCGCTCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTGAATTCC.TTATCCGCTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.AGTCGCATTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.TCATTAAGCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CCTAGCGCCT.GGTTCGAGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CCTAGCGCCT.GTATCGCATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CCTAGCGCCT.TAAGAATGGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CCTAGCGCCT.TATTGACTCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CGAGCTGCCA.CTGCTGAATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CGAGCTGCCA.GTCATCTGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TAGTTACCTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TCGAGAAGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TCTAGGAATTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TCTATACCTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CTCCGGTTCT.GCCATGGTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CTCCGGTTCT.TCCTAACTTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.AAGGACGATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.ACGTTGCTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.GGCTTACTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.GGTTGGCATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.TATCGAACTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.TGCTGGATTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.TTCCATCTTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2GCTCTAACGA.TTGACTCAATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2TCTAGAACTA.CAGTATCCTTTAGGATCTA	Immature
neurons	7
16_18_exp10_idx1TTGCCGTAGG_idx2TCTAGAACTA.TCTCGCTCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2TCTAGAACTA.TTCGTTCCTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2TGAGGTAGAA.TAGAACCAATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2TGAGGTAGAA.TTGGAGCTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2TGATACGAGT.CTTCGACTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2TGATACGAGT.GTCCTGCATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2TGATACGAGT.TAACTAAGGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2TGATACGAGT.TACTCCTATTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2TGATACGAGT.TTACCTAAGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2TGATACGAGT.TTCGTTCCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2ACTATCTTGA.GGCTTACTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2ACTATCTTGA.TTGGCTCATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2CAAGTACTGG.ACGTTGCTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2CAAGTACTGG.ACTTGATTGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2CAAGTACTGG.CCTAATGGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2CAAGTACTGG.TAACTAAGGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2CGACTACCAA.AACTAGTTGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2CGACTACCAA.ACTTACTCATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2CGACTACCAA.ATCAGTCATTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2CGACTACCAA.GAGGAACTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2CGACTACCAA.TAAGGTTCATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2CGACTACCAA.TCCTATAAGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2CGTCCGTCCT.TTATCCGCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2GGACTCATTG.TCATGGCTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2GGACTCATTG.TTCGTTCCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2GGACTCATTG.TTGGAGTTATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.ACAACCTATTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.AGCGTAAGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.AGCGTAAGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.TAAGGTTCATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.TTGACTCAATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2TCATCTCGAT.ACTTACTCATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2TCATCTCGAT.CGAATGAGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2TCATCTCGAT.GTCGTAACTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.GTATCGCATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.GTCGTAACTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.TATCATGAGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.TCTATACCTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.TGAATCTGATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.TGCTACTAATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.TTCTCTAGTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp3_idx1AATACGATAA_idx2CCTAGCGCCT.AGAGGTCGTACCTGGCCAA	Head epid.
/muscle	4
16_18_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.GCGGTATATTGGTCAGCCA	Head epid.
/muscle	4
16_18_exp3_idx1AGACCATATC_idx2AATTGCCTAC.TGGTCTCCTAAGTAGTCAG	Head epid.
/muscle	4
16_18_exp3_idx1AGGTCAGCTT_idx2ACTATCCGCA.GTAAGCTCTACCTGGCCAA	Head epid.
/muscle	4
16_18_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.CCGTCGATTGCTCAGCCGG	Head epid.
/muscle	4
16_18_exp3_idx1AGGTCAGCTT_idx2GATACCTAAG.GGCGACTATGCTAACCTCA	Head epid.
/muscle	4
16_18_exp3_idx1AGGTCAGCTT_idx2GATACCTAAG.GGTAGTCCTATTCAGGTAC	Head epid.
/muscle	4
16_18_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.CCGACCAATAATTGCCTAC	Head epid.
/muscle	4
16_18_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.TCAGCGGTTAGGTCAATTA	Head epid.
/muscle	4
16_18_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.ATAATCCTGTCGGTTGCGCG	Head epid.
/muscle	4
16_18_exp3_idx1ATTATGCAAG_idx2ACGAGGACCT.ATGGAGAGTTATAGTAAGC	Head epid.
/muscle	4
16_18_exp3_idx1ATTATGCAAG_idx2TGATAGAACG.CAAGCAACTCTTCGGCGCA	Head epid.
/muscle	4
16_18_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.GCATCCAGTTATGCCGAGT	Head epid.
/muscle	4
16_18_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.AACCGCTGTTTAATTGAAT	Immature
neurons	7
16_18_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.TCAGCGGTTGAGCATATGG	Head epid.
/muscle	4
16_18_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.GCGGTATATTGAGTCCAGA	Head epid.
/muscle	4
16_18_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.ACGCTTGATCTGGATTAGT	Head epid.
/muscle	4
16_18_exp3_idx1GATTCTTGAA_idx2ATAGGATATG.GACGTTCGTAATTAAGACT	Head epid.
/muscle	4
16_18_exp3_idx1GATTCTTGAA_idx2CTAACTCCAA.ATTGATCGTTGGCCGTAGTC	Head epid.
/muscle	4
16_18_exp3_idx1GATTCTTGAA_idx2GTCGCTCAGT.ACGAGGTTTCAAGGAGGTC	Head epid.
/muscle	4
16_18_exp3_idx1GATTCTTGAA_idx2TCATCTCGAT.GACTGACGTAATTAAGACT	Head epid.
/muscle	4
16_18_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.TGATGCGATACGTTCAACC	Immature
neurons	7
16_18_exp3_idx1GCATCGTATG_idx2CTGCAATCGC.AAGGATTACTGGTACCGGCA	Head epid.
/muscle	4
16_18_exp3_idx1GCGCGTTCAT_idx2ACTCTCTCAA.TTCGCATAATCCAACTAACC	Head epid.
/muscle	4
16_18_exp3_idx1GCTTGAAGAG_idx2GGTAGGTCTC.AAACTGAACTGGTAGGTTAG	Head epid.
/muscle	4
16_18_exp3_idx1GCTTGAAGAG_idx2GGTAGGTCTC.AGTCGCATTAGCCGGTACC	Head epid.
/muscle	4
16_18_exp3_idx1GGCTTACTCC_idx2ACTGAATTCC.GCAACGTTTACTATCTTGA	Head epid.
/muscle	4
16_18_exp3_idx1TAGGTAACTT_idx2AACGGACCAA.AATACCGAATGACCTTGATA	Head epid.
/muscle	4
16_18_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.TTTGCTACTTCCAACTAACC	Head epid.
/muscle	4
16_18_exp3_idx1TATTAGACTT_idx2TTGGTCATAA.GCGGTATATGAGCATATGG	Head epid.
/muscle	4
16_18_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.AAACTCCAATATCATATTAG	Head epid.
/muscle	4
16_18_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.ATTCGCAATTTGAGTCCAGA	Head epid.
/muscle	4
16_18_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.ATATCTGGATCAAGATTAAG	Head epid.
/muscle	4
16_18_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.GACTACCATGGCCGTAGTC	Head epid.
/muscle	4
16_18_exp3_idx1TCTTGAGGTT_idx2GTCATTGCGC.ACCTTCGGTCTTCGGCGCA	Head epid.
/muscle	4
16_18_exp3_idx1TGGACGACTA_idx2AGGATTACCA.CCGGAGTTTTCAATCGCAT	Immature
neurons	7
16_18_exp3_idx1TGGACGACTA_idx2CTCCGGTTCT.GGCGTTAATGCTAACCTCA	Head epid.
/muscle	4
16_18_exp3_idx1TTCCGTCGAC_idx2CGATCATTAC.TCGTCTATTTGAGCATATGG	Head epid.
/muscle	4
16_18_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.GAACGATGTAATTGCCTAC	Head epid.
/muscle	4
16_18_exp3_idx1TTGCCGTAGG_idx2TGAGGTAGAA.TCGAATCTTTCCGCAAGTTC	Head epid.
/muscle	4
16_18_exp3_idx1TTGGTAAGGA_idx2TCTAGAACTA.CCGTCTCATCGGTTGCGCG	Head epid.
/muscle	4
16_18_exp3_idx1TTGGTAAGGA_idx2TCTAGAACTA.GTACCTCTTATCATATTAG	Immature
neurons	7
16_18_exp3_idx1TTGGTAAGGA_idx2TGATACGAGT.ATGGCGTATAATACTCTTC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TAAGAATGGTCGCTCCTAAC	Oenocytes	18
16_18_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CAGAAGGCTCTGCTTCGAC	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CCATCAGGTCCTAGCGCCT	Immature
neurons	12
16_18_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GACCAGGATTACTTACTTA	Immature
neurons	12
16_18_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GCAACGTTTATTGCGCTGA	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GTAGACGGTGGATCTGCAG	Immature
neurons	2
16_18_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GTCGGCAATCAAGCTTCAT	Immature
neurons	8
16_18_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TATTGAGGTTACTATCTTGA	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCCGTATGTTTGGTCATAA	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCGTCTATTTCGATCATTAC	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCTACTTACTAATTATCAGC	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TGGTAGGCTAGTTGCATCT	Mature
neurons	17
16_18_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.ACCTTCGGTTTGGTCATAA	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CGACGATATCTGCTTCGAC	Immature
neurons	12
16_18_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TTCGCGGATTTAACGTACC	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TTGGAGTTATTACTTACTTA	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TGCGTAGTTGTCATTGCGC	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ACCTTCGGTTTGGTCATAA	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GACCAGGATAACGGACCAA	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GACTACCATCTGATTAAGA	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GACTGACGTAGTTGCATCT	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCTCGAGATCCTAGCGCCT	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGACTTGATTTGGTCATAA	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TACGGTAGTGATGATCGTA	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCCTCGAGTCGTCCGTCCT	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCTATACCTTAACGAGGCTA	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGAGTTAGATGGACTCATTG	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGCCTATTATCGGCGAGACC	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCAACTGATACCGTTACGA	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCTCTCGTGGTCGCGTCA	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTGCGGTCTTTGAGTATCA	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTGGCTCATACCGTTACGA	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GCAATCGCTACTATCTTGA	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GCAATCGCTTTAGATTCCG	Immature
neurons	2
16_18_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TGCCTTGGTTACTTACTTA	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2GACCTCCGCC.AAGATGCCTCGCCTCGAAC	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CAGAAGGCTAGTTGCATCT	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TATTGACTCTTTGAGTATCA	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TGGTCTCCTCGTCCGTCCT	Mature
neurons	10
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.ACGAGGTTTCGCCTCGAAC	Immature
neurons	12
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.ACGCCATATGGTCCAGGAG	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTTAGCGGTTTAGATTCCG	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGAGGTTCTGGTCCAGGAG	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGCTTACTTCTGATTAAGA	Immature
neurons	8
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTCGGAGTTCATTATTACC	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTCGGCAATAATTATCAGC	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCATTAAGCTTTAGGATCTA	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCGCGCATTTTGAGTATCA	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCGGTACCTAACGGACCAA	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCTCGCTCTAACGAGGCTA	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGCCTTGGTCATTATTACC	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCGCATAATGTCCAACTCA	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCTGGCCTTTGGTCATAA	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGAGAGATTTGATAGAACG	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGGCAATATGCAAGGAATA	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCGCGCATTGTTGACGGCC	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TGAACGCGTACTGCCGATA	Immature
neurons	2
16_18_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.AAGCGCCATTCCGTCGCCA	Mature
neurons	5
16_18_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GTACCTCTTCATTATTACC	Mature
neurons	17
16_18_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TGAATTCGTTCTGATTAAGA	Immature
neurons	12
16_18_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.ACGCCATATTTGGTCATAA	Mature
neurons	5
16_18_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.AAGCGCCATTATTACTCAT	Mature
neurons	5
16_18_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TAGAGAGTATACTACTGAAG	Immature
neurons	12
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ATGGCAGCTCTCGATGGAG	Mature
neurons	5
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACTACCATTCGTAGAGAA	Mature
neurons	10
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCAACGTTTGGTCGCGTCA	Mature
neurons	5
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCAGATACTCCGCGGACCG	Mature
neurons	5
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCATCCAGTAACGGACCAA	Mature
neurons	5
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGATAGGTTTGATACGAGT	Immature
neurons	12
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGCAAGTCTAGTTGCATCT	Mature
neurons	5
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTAGCGATTAGATATATCG	Mature
neurons	5
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TAGCTCGGTACTGCCGATA	Mature
neurons	5
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCTATACCTTTCCAGAAGGT	Mature
neurons	5
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGAGAATCATAGTTGCATCT	Mature
neurons	5
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTGGCGACTTGATAGAACG	Mature
neurons	5
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.AGCAACGATGCTCTAACGA	Immature
neurons	7
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GAACGGCTTAACCTAGCTT	Mature
neurons	5
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GACTCGCTTCATTATTACC	Mature
neurons	5
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTCGGAGTTTTAACGTACC	Mature
neurons	5
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCCAAGTTATCTGCTTCGAC	Mature
neurons	5
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCTAGGAATTCCGCGGACCG	Mature
neurons	5
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCTCTCCATAACGGACCAA	Mature
neurons	5
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTCGCATAATAATTATCAGC	Mature
neurons	5
16_18_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.AACCGCTGTAATACTCTTC	Mature
neurons	5
16_18_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.ACCTTCGGTTCCGTCGCCA	Mature
neurons	5
16_18_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.CGGTTCCATAACGGACCAA	Mature
neurons	5
16_18_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.CGGTTCCATTCTATAAGGA	Mature
neurons	5
16_18_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TTCTTAACCTCATTATTACC	Immature
neurons	2
16_18_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GCCATGGTTTTAACGTACC	Mature
neurons	5
16_18_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GTAGCGATTACTACTGAAG	Mature
neurons	5
16_18_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TCCTCGAGTGGTCCAGGAG	Mature
neurons	5
16_18_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GCTGAAGCTACTTCCGAAT	Mature
neurons	10
16_18_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GGAGGTTCTGGTCCAGGAG	Mature
neurons	5
16_18_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GTAGACGGTACTACTGAAG	Mature
neurons	5
16_18_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.ACGAGGTTTCAAGCTTCAT	Immature
neurons	2
16_18_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.ATAGTCGCTAACGAGGCTA	Mature
neurons	5
16_18_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.CAACGCAGTACTACTGAAG	Mature
neurons	10
16_18_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.CGCCGTAATTACTTACTTA	Mature
neurons	5
16_18_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TGCTCCTATTCTATAAGGA	Mature
neurons	5
16_18_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.AACCGCTGTTGATACGAGT	Mature
neurons	5
16_18_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TGCCTTGGTAACGGACCAA	Mature
neurons	5
16_18_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.GAAGAGGCTAACGAGGCTA	Mature
neurons	5
16_18_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TCATTAAGCTTGATACGAGT	Mature
neurons	5
16_18_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.CCGAGAGATTCCGGTAATC	Mature
neurons	5
16_18_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GTCGGCAATTCTATAAGGA	Mature
neurons	5
16_18_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TCGAATCTTTGACCTCTCTG	Mature
neurons	5
16_18_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.GACTTGGCTACTACTGAAG	Mature
neurons	5
16_18_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.GATCGACCTCGTCCGTCCT	Mature
neurons	5
16_18_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.GGCGACTATAACGGACCAA	Mature
neurons	5
16_18_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.GTAAGCTCTAAGTAGTCAG	Immature
neurons	8
16_18_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TAGCTCGGTGACCTCTCTG	Immature
neurons	7
16_18_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TCGTAGCGTTACTTACTTA	Immature
neurons	8
16_18_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.GTATCGCATCAAGTACTGG	Immature
neurons	12
16_18_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TCCGGTCATAATACGCAGG	Mature
neurons	5
16_18_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GACTCGCTTCTGCTTCGAC	Mature
neurons	5
16_18_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGTCCTTCTTCTATAAGGA	Mature
neurons	17
16_18_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTCCTGCATACTGCCGATA	Mature
neurons	5
16_18_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGGTCTCCTTGGAAGTACC	Mature
neurons	5
16_18_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTCCGACGTGCGACGCAGA	Mature
neurons	5
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ACCTTCGGTTTAGGATCTA	Mature
neurons	5
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ACGAGGTTTACTATCTTGA	Mature
neurons	5
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CCGGATAGTCGCCTCGAAC	Immature
neurons	12
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTACGGCATGGCATAGCTT	Mature
neurons	5
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTCCAGAGTATCGAGTCGC	Immature
neurons	8
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTGCTGAATTGAGGTAGAA	Mature
neurons	5
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GACCGTCATCAAGCTTCAT	Mature
neurons	5
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCTTCTGGTGTTGACGGCC	Mature
neurons	5
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGACTTGATGTTGACGGCC	Mature
neurons	5
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGAGGTTCTCGCCTCGAAC	Mature
neurons	5
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTAGCGATTTCCGTCGCCA	Immature
neurons	2
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTTCCAGCTTGATACGAGT	Immature
neurons	12
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TACGGTAGTCAAGCTTCAT	Mature
neurons	17
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATTGAGGTTCGATCATTAC	Mature
neurons	5
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCGAATCTTTACTACTGAAG	Mature
neurons	5
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCTCGCTCTCGATCATTAC	Mature
neurons	5
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGCCTATTATATGCAATATG	Immature
neurons	12
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGCTACTAATACTATCTTGA	Mature
neurons	5
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTATAGGCATTTCCATGGCA	Mature
neurons	5
16_18_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TCGGTACCTAGTTGCATCT	Mature
neurons	17
16_18_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATTGAGGTTTGATACGAGT	Mature
neurons	5
16_18_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGAGTTAGATTTAGGATCTA	Mature
neurons	5
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.ACGAGGTTTAACGGACCAA	Mature
neurons	5
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CCGTCTCATCTGATTAAGA	Mature
neurons	5
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CGCCGTAATTTAACGTACC	Mature
neurons	5
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GGTACGGATGGACTCATTG	Mature
neurons	5
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTACCTCTTACTATCTTGA	Mature
neurons	5
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCCTCGAGTACTATCTTGA	Mature
neurons	5
16_18_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TAGTTACCTTCGCCTCGAAC	Immature
neurons	12
16_18_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TATGGTCTTTCATTATTACC	Immature
neurons	12
16_18_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TCAGGAGATCCGCTATATT	Mature
neurons	5
16_18_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.CCTCCTGATGGTCCAGGAG	Mature
neurons	5
16_18_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GGTTGGCATTTGGTCATAA	Immature
neurons	7
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.ATGCCAAGTGGTCCAGGAG	Mature
neurons	5
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.ATGGCAGCTTCTATAAGGA	Immature
neurons	12
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CTAGTACGTAGTTGCATCT	Mature
neurons	5
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGCGCATTTTTATAAGAAC	Mature
neurons	5
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTCATCTGTAATTATCAGC	Immature
neurons	12
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTCGGAGTTACTATCCGCA	Mature
neurons	5
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TACTCCTATTCGAGCTGCCA	Immature
neurons	12
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TAGCTCGGTCATTATTACC	Mature
neurons	5
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCATTAAGCTCGCCTCGAAC	Mature
neurons	5
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TGCCTTGGTGGATGCAGCA	Mature
neurons	17
16_18_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CGCCGTAATCATGCTGGTT	Mature
neurons	5
16_18_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GAACGATGTTCCGTCGCCA	Mature
neurons	5
16_18_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TAGAGCCTTGACCTCCGCC	Mature
neurons	5
16_18_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TCGCGCATTACTACTGAAG	Mature
neurons	5
16_18_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TTGGAGTTATCTGCTTCGAC	Mature
neurons	5
16_18_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.ACGCCATATACTTCCGAAT	Mature
neurons	5
16_18_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CGAGATGCTCGTCCGTCCT	Mature
neurons	5
16_18_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GAACGATGTGGATCTGCAG	Immature
neurons	12
16_18_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GTAGCGATTCATTATTACC	Mature
neurons	5
16_18_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCGCCAACTCATTATTACC	Mature
neurons	5
16_18_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCTAGGAATTGGACTCATTG	Mature
neurons	5
16_18_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TGGTAATAGTTTAACGTACC	Immature
neurons	12
16_18_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.GGCTTACTTCAAGCTTCAT	Mature
neurons	5
16_18_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CTATCTCCTAACGGACCAA	Mature
neurons	5
16_18_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GGCTTACTTTGGAACTAGA	Mature
neurons	5
16_18_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GGTAGTCCTTGATGGCCTT	Mature
neurons	5
16_18_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTTGCTCCTAATTATCAGC	Mature
neurons	5
16_18_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCAGGAGATTCGATATTGA	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTGGCTCATTTGGTCATAA	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TCTATACCTTTGGAAGTACC	Immature
neurons	8
16_18_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GAACGGCTTCCAGGTCTAC	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GTTCCAGCTGTTGACGGCC	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GGACTTGATGCGACGCAGA	Mature
neurons	5
16_18_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TTCGCATAATTTAGATTCCG	Mature
neurons	5
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.AAGATGCCTTACTTACTTA	Mature
neurons	5
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CCTCCTGATTACTTACTTA	Mature
neurons	10
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTGGAAGATCTGCTTCGAC	Mature
neurons	5
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACGTTCGTTCGTAGAGAA	Mature
neurons	5
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GAGCGGTATCATGCTGGTT	Mature
neurons	5
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GATCGACCTGGTCCAGGAG	Mature
neurons	5
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCTGAAGCTTCTATAAGGA	Mature
neurons	5
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCTGGCTATAACGGACCAA	Mature
neurons	5
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGTTCGAGTCGCCTCGAAC	Mature
neurons	5
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTAAGCTCTCCGCTATATT	Mature
neurons	5
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTCCTGCATCTGCTTCGAC	Immature
neurons	13
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTTGCTCCTGATGATCGTA	Mature
neurons	5
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TAGCCAATTTCGTCCGTCCT	Mature
neurons	5
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCAGTTGGTACTATCTTGA	Mature
neurons	5
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGCTAATTCTTGAGGTAGAA	Mature
neurons	5
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCTAAGCTTAACTGATCTT	Mature
neurons	5
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CTCCAGAGTTTAGATTCCG	Immature
neurons	12
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CTCTACTGTAACGGACCAA	Mature
neurons	5
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CTTCATGCTACTACTGAAG	Mature
neurons	5
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GAACGATGTACTACTGAAG	Mature
neurons	5
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACTGACGTACTATCTTGA	Mature
neurons	5
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GATTACGGTGGTCCAGGAG	Mature
neurons	10
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCTACTTACTTCTATAAGGA	Mature
neurons	5
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCTCCGAATACCGTTACGA	Mature
neurons	5
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGAATTCGTTAACGAGGCTA	Mature
neurons	5
16_18_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTCAACTGATTGAGTCCAGA	Mature
neurons	5
16_18_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.AGGCATCATCTGATTAAGA	Mature
neurons	5
16_18_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TCATGGCTTGGCATAGCTT	Mature
neurons	5
16_18_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TCGGTACCTTGGAACTAGA	Mature
neurons	5
16_18_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TGCTCCTATTTAGGATCTA	Mature
neurons	5
16_18_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GCTCGAGATTACTTACTTA	Immature
neurons	12
16_18_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TCGAATCTTTAACGGACCAA	Mature
neurons	5
16_18_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TTCTAAGCTTCTCGATGGAG	Mature
neurons	17
16_18_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TCTCGCTCTTACTTACTTA	Mature
neurons	5
16_18_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TGATCTTCTTTCTATAAGGA	Immature
neurons	2
16_18_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GACTCGCTTTGGAACTAGA	Mature
neurons	5
16_18_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GTTCGCTGTACGAGGACCT	Mature
neurons	5
16_18_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TCGTTCTGTTTAGGATCTA	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GGCAAGTCTAATTATCAGC	Mature
neurons	17
16_18_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TTCGCATAATCGTCCGTCCT	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ATAGTCGCTCTGCTTCGAC	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GTTGCAAGTTCGATATTGA	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCATTAAGCTCCAGGTCTAC	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TGGTAATAGTCTGCTTCGAC	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.CGAGATGCTAGTTGCATCT	Immature
neurons	12
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CGGTTCCATGGTCGCGTCA	Immature
neurons	12
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTGCTGAATGGATGCAGCA	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTTAGCGGTACTATCTTGA	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGCGACTATCATTATTACC	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTAGCGATTCTGATTAAGA	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTCGGAGTTGTCATTGCGC	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATAAGGCTTTTGGTCATAA	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATTCGGCTGATGATCGTA	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGACGAGGTCCTAGCGCCT	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGCCTTGGTGGCATAGCTT	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.ACGAGGTTTGCTCTCGCCT	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.AGGCATCATTTAACGTACC	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.CCGAGAGATGCAAGGAATA	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GCGCTCAATACTACTGAAG	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ACGGCAATTCGTCCGTCCT	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CAACGCAGTTTAACGTACC	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCATTGCGTTTGGTCATAA	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCGTCTCATGCAAGGAATA	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CGGTTCCATAGCGTCAATG	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACTTGGCTCTGATTAAGA	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCATCCAGTACTATCTTGA	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGATAGGTTTTAGGATCTA	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCAGGAGATCGCCTCGAAC	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCTAGGAATTTGATAGAACG	Immature
neurons	8
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGCCTTGGTCTGATTAAGA	Mature
neurons	5
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGGCCTGATTTAGATTCCG	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AACCGCTGTCAAGCTTCAT	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GATTACGGTACTGCCGATA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCTGAAGCTACTGCCGATA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGCGCATTTTGATACGAGT	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGTACGGATTTGGAGTCGG	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTAAGCTCTCGTCCGTCCT	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAACTAAGGTTGGAACTAGA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATAAGGCTTACTATCCGCA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATGCGATTTTTGGTCATAA	Immature
neurons	12
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATTGAGGTTCATTATTACC	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCAAGTTATAATTATCAGC	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCGGTCATAATTATCAGC	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCTACCTTGATGATCGTA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGCCAACTATGCAATATG	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGCCTATTATTACTTACTTA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCCATTACTTGAGGTAGAA	Mature
neurons	17
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGGAGTTATAACGAGGCTA	Immature
neurons	12
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CATCGGACTACTACTGAAG	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CATCGGACTAGTCCGCGGA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCGTCTCATGACCTCCGCC	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CGACGATATCGCCTCGAAC	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTGCTGAATACTATCTTGA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTTCATGCTTCTATAAGGA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACGTTCGTAACGGACCAA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GATTACGGTTTAACGTACC	Immature
neurons	12
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGAGCTCATAGTTGCATCT	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGCAAGTCTCGCCTCGAAC	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTAGACGGTGACCTCCGCC	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTAGCGATTTGGAACTAGA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGCCAATTTAACTGATCTT	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGCCAATTTTCCAGAAGGT	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATAAGGCTTCGCCTCGAAC	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGAATCTTTAGTCCGCGGA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGCCAACTTTGGTCATAA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGTAGCGTGGTCGCGTCA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCTACTTACTAGTCCGCGGA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGACGAGGTGGTCCAGGAG	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGATCTTCTTAATTATCAGC	Mature
neurons	17
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTAATGAGCTAGTTGCATCT	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCTCTAGTTCTGATTAAGA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.CCATCAGGTTCTATAAGGA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TATGGTCTTTCCGCGGACCG	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.ATGGCGTATTTGGTCATAA	Immature
neurons	8
16_18_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CTGGAAGATTCCGGTAATC	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GAACGGCTTAACGGACCAA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GAGCGGTATACTATCTTGA	Immature
neurons	8
16_18_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGCTTACTTTCTATAAGGA	Immature
neurons	12
16_18_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TAGAGAGTATACTATCTTGA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CGTCGAAGTAATTGCCTAC	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CTCCGGTTTTTAACGTACC	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CTCCTCGTTTTAACGTACC	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GACTGACGTAACGGACCAA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCGTCGTATACTACTGAAG	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTCGGAGTTGGTCCAGGAG	Mature
neurons	17
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATGCGATTTTTGGTCATAA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATTCGGCTGCCAGGATCA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCCTACCTTTTCCATGGCA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGCTCCTATTGATACGAGT	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGATCCGTAGTTGCATCT	Immature
neurons	8
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTGGCAATATCCTAGCGCCT	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GTTCGCTGTTGATACGAGT	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.AGTTGCGCTCATTATTACC	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATGGCAGCTTCGATATTGA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CAGAAGGCTCTGATTAAGA	Immature
neurons	12
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CGACGATATAGTTGCATCT	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CGGTTCCATTCTATAAGGA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTCCGGTTTAGATATATCG	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTCTACTGTAGTAAGCATA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAAGAGGCTGGATGCAGCA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACCAGGATGCTCTCGCCT	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACTCGCTTGACCTCTCTG	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAGACTAGTGTTGACGGCC	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGCAAGTCTTGGAAGTACC	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTAGTCCTACTGCCGATA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTTGGCATCTGCTTCGAC	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTAAGGAGTCCTAGCGCCT	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTCCTGCATCTGCTTCGAC	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTCGGCAATTCCGGTAATC	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTCGGCAATTGATACGAGT	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTTCGCTGTTTGGTCATAA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCGGTCATGCAAGGAATA	Immature
neurons	12
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCGGTCATTTAGGATCTA	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTCGCTCTAATTATCAGC	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGTAATAGTGCTCTCGCCT	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCCGACGTCCTAGCGCCT	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGGCAATATGGTCCAGGAG	Mature
neurons	5
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGGCGACTCAAGCTTCAT	Mature
neurons	5
16_18_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.TCCGGTCATCATTATTACC	Mature
neurons	5
16_18_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.TCGCGCATTACTACTGAAG	Mature
neurons	5
16_18_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.TTGAGAGATTAATTGCCTAC	Mature
neurons	5
16_18_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TAAGACCGTTTAGATTCCG	Mature
neurons	5
16_18_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TAGTTACCTTACTACTGAAG	Mature
neurons	5
16_18_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TCTACTTACTTTGGTCATAA	Mature
neurons	17
16_18_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TCTAGGAATTGGATCTGCAG	Mature
neurons	5
16_18_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TGGTAGGCTTTGGAGTCGG	Mature
neurons	5
16_18_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.GGCGACTATCTCGATGGAG	Mature
neurons	5
16_18_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.GGCTTACTTTTGGTCATAA	Mature
neurons	5
16_18_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TATCGAACTTACTATCTTGA	Mature
neurons	5
16_18_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TCGGTACCTGGTCGCGTCA	Mature
neurons	5
16_18_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.ACCTTCGGTCCGCGGACCG	Mature
neurons	5
16_18_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GGTCCTTCTAGTTGCATCT	Mature
neurons	5
16_18_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TCATAGAGTTAACGGACCAA	Mature
neurons	5
16_18_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TCGAATCTTTCCTAGCGCCT	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.AAGATGCCTAGTTGCATCT	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GACTTGGCTTTGGTCATAA	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GCTGAAGCTCGTCCGTCCT	Mature
neurons	17
16_18_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGCTAATTCTCTGCTTCGAC	Immature
neurons	8
16_18_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TTCCATTACTTCTATAAGGA	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GCTCGAGATACTATCTTGA	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TAGAGCCTTTTGGTCATAA	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTGAGTCCTGGACTCATTG	Mature
neurons	17
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CGCCGTAATGATGATCGTA	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CGCCGTAATTGAGTCCAGA	Immature
neurons	8
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTCGGAGTTTGGAACTAGA	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGGTCGAATTCTATAAGGA	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTCTGGCCTTACTTACTTA	Immature
neurons	2
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTCTTAACCTACTATCTTGA	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACGAGGTTTCTGCTTCGAC	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCATCAGGTGATGATCGTA	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCTCCTGATTGATACGAGT	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTCCTCGTTGATGATCGTA	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACCAGGATTTATAAGAAC	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGCGACTATGACTAGTCTA	Mature
neurons	10
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGTACGGATGGTCCAGGAG	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTCGGAGTTTGATACGAGT	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTTCGCTGTGCTCTCGCCT	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGCTCGGTCTGATTAAGA	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATCCAGGTGCTCTCGCCT	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCTACTTACTAGTTGCATCT	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCTAGGAATTGTCATTGCGC	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TGGTCGAATTTGGAGTCGG	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.AAGCGCCATTCTAGAACTA	Immature
neurons	12
16_18_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.ACCTTCGGTACTACTGAAG	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.ACGGCAATTAGTTGCATCT	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CCGAGAGATACTACTGAAG	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CGCCGTAATCGTCCGTCCT	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CTTAGCGGTTTGGTCATAA	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GACCGTCATGGTCGCGTCA	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TATTCGGCTTCGATATTGA	Immature
neurons	12
16_18_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GCAGATACTCGTCCGTCCT	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GCTCGAGATGATGATCGTA	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GGCGCATTTTCTATAAGGA	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AAGCGCCATAACGGACCAA	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AAGCGCCATTCTAGAACTA	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ACGGCAATTAGTTGCATCT	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CGCCGTAATCGTCCGTCCT	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CGGTTCCATCATGCTGGTT	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTTAGCGGTTTGGTCATAA	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GACCGTCATGGTCGCGTCA	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCTCGAGATACTTCCGAAT	Mature
neurons	17
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCTCGAGATTCTATAAGGA	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCTGGCTATCATTATTACC	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGATAGGTTGACCTCCGCC	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGTACGGATGTCATTGCGC	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGTTGGCATTTATAAGAAC	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTCCTGCATAATTATCAGC	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTCGGCAATTTAGGATCTA	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGCTCGGTACTATCTTGA	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATGAGAACTCATTATTACC	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCTATACCTTACTATCTTGA	Immature
neurons	12
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGAATTCGTTCAAGTACTGG	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGCCTTGGTTTAACGTACC	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGCGTAGTTATCGAGTCGC	Mature
neurons	5
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGCTACTAATACTATCTTGA	Mature
neurons	5
16_18_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.GACTTGGCTCGCCTCGAAC	Mature
neurons	5
16_18_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TGCTCCTATCGTCCGTCCT	Mature
neurons	5
16_18_exp1_idx1TATAATAGTT_idx2AGATCCTATA.GTATCGCATCTGCTTCGAC	Mature
neurons	5
16_18_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TATGCGATTTCATTATTACC	Mature
neurons	5
16_18_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TTGGCTCATACTATCCGCA	Mature
neurons	5
16_18_exp1_idx1TATAATAGTT_idx2TATAACTTCC.CTATCTCCTCGTCCGTCCT	Mature
neurons	5
16_18_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TACGGTAGTACTATCTTGA	Mature
neurons	5
16_18_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.AGTTGCGCTTGATACGAGT	Mature
neurons	5
16_18_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.TGGTCGAATTTGGAGTCGG	Mature
neurons	5
16_18_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TATCATGAGTCCTAGCGCCT	Mature
neurons	5
16_18_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.ACGAGGTTTCATGCATCTC	Mature
neurons	5
16_18_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.GCAACGTTTGGATCTGCAG	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GCAATCGCTCATTATTACC	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCATTAAGCTTACTTACTTA	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCGGTACCTAGTCCGCGGA	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TTATAGGCATACTACTGAAG	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCTCGCTCTTAGGCAGATA	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTTGCTTAGTTTGGTCATAA	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CAGAAGGCTCATTATTACC	Immature
neurons	12
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCGGAGTTTGCTCTCGCCT	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GAACGGCTTTGATAGAACG	Immature
neurons	2
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACGTTCGTTACTTACTTA	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACTACCATGGACTCATTG	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACTCGCTTACTGCCGATA	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCGCTCAATCTGCTTCGAC	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGCAAGTCTACGAGGACCT	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TACTCCTATTAATGGTCGAC	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATATGCGTTGACTAGTCTA	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCATGGCTTATGGCGGATC	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGAGTTAGATAGTTGCATCT	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGTTAAGACTCAAGCTTCAT	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTGGCTCATTTGGTCATAA	Mature
neurons	10
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GACCAGGATCTGCTTCGAC	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GACTGACGTTGATACGAGT	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GGCAAGTCTTGATAGAACG	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TAGCTCGGTTCTATAAGGA	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCTATACCTTACTCTCTCAA	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGCTCCTATAACGGACCAA	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTGAGTCCTTCCAGAAGGT	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AAGCGCCATGGTCCAGGAG	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACCTTCGGTTGAGGTAGAA	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ATGCCAAGTAGATATATCG	Mature
neurons	17
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ATGGAGAGTGTTGACGGCC	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ATGGCGTATCTGCTTCGAC	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ATGGCGTATGATGATCGTA	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CGAGATGCTCGTCCGTCCT	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CGCCGTAATCCGCGGACCG	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTACGGCATGGACTCATTG	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GATCGACCTATTGCGCTGA	Mature
neurons	17
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCAACGTTTACTACTGAAG	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCCATGGTTCTGCTTCGAC	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCGGTATATCAAGCTTCAT	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCTCGAGATAACGAGGCTA	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGAGGTTCTTACTTACTTA	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGCGACTATAATTGCCTAC	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGCTTACTTAAGTAGTCAG	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTTCGAGTGGTCGCGTCA	Immature
neurons	12
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTAGCGATTCATTATTACC	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATGACTTGTACGTTCAACC	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCATGGCTTTTGGTCATAA	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCCAAGTTATCATTATTACC	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGTAGCGTCGTCCGTCCT	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGTTCTGTAATTATCAGC	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTCCGAATTTGGAATCTC	Mature
neurons	17
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTCGCTCTCGGCGAGACC	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGGTAGGCTTCTAGAACTA	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTATAGGCATCATTATTACC	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTTGCTTAGTATGCAATATG	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.ACGCCATATCCTAGCGCCT	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CGCCGTAATCATTATTACC	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GACTACCATTTAGATTCCG	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GAGACTAGTAACTACCGAC	Immature
neurons	2
16_18_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TATCCAGGTAACGGACCAA	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCGGTACCTAATCTGGAGT	Mature
neurons	10
16_18_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCGTTCTGTTTGGTCATAA	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCTAGGAATTCCGCGGACCG	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TTCGCATAATCCGCTATATT	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CAATCGGTTACTATCTTGA	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GGCGACTATTCCGTCGCCA	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GGCGCATTTCGTCCGTCCT	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCGCCAACTTTGGTCATAA	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TGCTCCTATGGTCGCGTCA	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GGAGGTTCTTACTTACTTA	Mature
neurons	5
16_18_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TACTCCTATTAATGGTCGAC	Mature
neurons	5
16_18_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.TATTGACTCTCCTAGCGCCT	Mature
neurons	5
16_18_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TCTACTTACTTTAACGTACC	Mature
neurons	5
16_18_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.GTAAGCTCTTACTTACTTA	Immature
neurons	13
16_18_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TAACTAAGGTGGCATAGCTT	Mature
neurons	5
16_18_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TCTACTTACTTTAACGTACC	Mature
neurons	5
16_18_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.GAGCGGTATAATTATCAGC	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2AACTTATAAG.AGTTGCGCTCCGCGGACCG	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GTAGACGGTGGACTCATTG	Immature
neurons	12
16_18_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CCTCCTGATTACTTACTTA	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TGGTAGGCTGGTCGCGTCA	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ATTGCCGGTCATTATTACC	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACCGAATTATTGCGCTGA	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACTACCATTCTAGAACTA	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACTGACGTTTGGTCATAA	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GAGACTAGTTACTTACTTA	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GAGCGGTATCCGCGGACCG	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GATCGACCTTGATACGAGT	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCAACGTTTAACGAGGCTA	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCATCCAGTCTGCTTCGAC	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCATCCAGTTCCGTCGCCA	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCCATGGTTCATGCTGGTT	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTAGTCCTATGCAATATG	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTTCGAGTTTGGTCATAA	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGGTACTATTACTTACTTA	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATGACTTGTTTAGGATCTA	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCAGTTGGTCCGCTATATT	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCGCCAACTTACTTACTTA	Immature
neurons	8
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCGCGCATTAGTTGCATCT	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGGATCCGTGGACTCATTG	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGGCCTGATACCGTTACGA	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGGTAATAGTCATTATTACC	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTATAGGCATTTCAAGACCA	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGGCAATATTGGAACTAGA	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGGCGACTTCGATATTGA	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTTGCTTAGTCTCGATGGAG	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ACCAATGCTAGTTGCATCT	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ACGAGGTTTCATTATTACC	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ACGAGGTTTCGTCCGTCCT	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CAGAAGGCTCTGCTTCGAC	Immature
neurons	12
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CCAGAACCTCGCCTCGAAC	Mature
neurons	17
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GACCGAATTCAAGCTTCAT	Immature
neurons	12
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCAATCGCTAGCGTCAATG	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCGGAGAATCGCCTCGAAC	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCTGAAGCTCGTCCGTCCT	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGCGACTATGTTGACGGCC	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGCGACTATTACTTACTTA	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTTCGCTGTTTAACGTACC	Immature
neurons	8
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCCAAGTTATTTAACGTACC	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCGAATCTTTTTGGTCATAA	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCGCGCATTGACCTCTCTG	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCTCCGAATTCTATAAGGA	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGAGTTAGATAGTTGCATCT	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTCTCTAGTTAACGGACCAA	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTGCGGTCTACTATCTTGA	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.AACCGCTGTCGCCTCGAAC	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GATTACGGTACTATCTTGA	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2TGATACGAGT.CAGAAGGCTGGTCCAGGAG	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GAACGATGTAATTATCAGC	Mature
neurons	5
16_18_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GGAGGTTCTTACTTACTTA	Mature
neurons	5
16_18_exp10_idx1AATACGATAA_idx2AACTTATAAG.GTCGTAACTAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1AATACGATAA_idx2ACGTTCAACC.ACAGGTATTTAACGGACCAA	Mature
neurons	5
16_18_exp10_idx1AATACGATAA_idx2ACGTTCAACC.GTAGACGGTTTACCGAGGC	Mature
neurons	5
16_18_exp10_idx1AATACGATAA_idx2ACGTTCAACC.TCCAAGTTATGCTCTCGCCT	Mature
neurons	5
16_18_exp10_idx1AATACGATAA_idx2ACGTTCAACC.TTGGAGTTATCATTATTACC	Mature
neurons	5
16_18_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.AAGGACGATACGCAACTCC	Mature
neurons	10
16_18_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.TACGGTAGTTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.TTGAGAGATTACCGCCAACC	Immature
neurons	2
16_18_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.GATCGACCTAACGGACCAA	Mature
neurons	5
16_18_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.GGTTGGCATAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TCAAGATCTTCGCCTCGAAC	Mature
neurons	5
16_18_exp10_idx1AATACGATAA_idx2CTCGATGGAG.GGCTAAGATTATATACTAA	Mature
neurons	17
16_18_exp10_idx1AATACGATAA_idx2GACCGTAGCA.TGAATTCGTTTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1AATACGATAA_idx2GCTCTAACGA.CTGGAAGATATCCATGACT	Mature
neurons	5
16_18_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TAGAACCAATCTGATTAAGA	Mature
neurons	5
16_18_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TATTCTCCTTAACGGACCAA	Mature
neurons	5
16_18_exp10_idx1AATACGATAA_idx2TCTAGAACTA.TGGTTGAATTATCCATGACT	Mature
neurons	5
16_18_exp10_idx1AATACGATAA_idx2TGATACGAGT.ACTTGATTGTAATTATCAGC	Immature
neurons	2
16_18_exp10_idx1AATACGATAA_idx2TGATACGAGT.GTCTCTACTCCTAGCGCCT	Mature
neurons	5
16_18_exp10_idx1AATACGATAA_idx2TGATACGAGT.TCATGGCTTACTTAACCTT	Mature
neurons	5
16_18_exp10_idx1AATACGATAA_idx2TTAACGTACC.TCTTAGTTCTCATTATTACC	Immature
neurons	7
16_18_exp10_idx1ACGGCGTTAA_idx2AATTGCCTAC.CAAGCAACTCATCTCTGCA	Mature
neurons	5
16_18_exp10_idx1ACGGCGTTAA_idx2AGGATTACCA.GACCGTCATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AGGATTACCA.TATAAGAGGTGCTCTCGCCT	Mature
neurons	17
16_18_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.TTCTTAACCTATCCATGACT	Mature
neurons	5
16_18_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.TTGAGAGATTGGTCCAGGAG	Mature
neurons	5
16_18_exp10_idx1ACGGCGTTAA_idx2CGATCATTAC.ACAACCTATTTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1ACGGCGTTAA_idx2CGATCATTAC.TAATCAGCTTCTGATTAAGA	Mature
neurons	5
16_18_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.ACAGGTATTTATCCATGACT	Mature
neurons	5
16_18_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.TAGGTACTATACCGCCAACC	Mature
neurons	5
16_18_exp10_idx1ACGGCGTTAA_idx2TCGATATTGA.TTCTAAGCTTTATATACTAA	Mature
neurons	5
16_18_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TCCTATAAGTACTTAACCTT	Mature
neurons	5
16_18_exp10_idx1AGACCATATC_idx2AGGATTACCA.AGCGTAAGTATCCATGACT	Mature
neurons	5
16_18_exp10_idx1AGACCATATC_idx2AGGATTACCA.CTGCCTTATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.GGACTTGATTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TGAATCTGATTATATACTAA	Mature
neurons	5
16_18_exp10_idx1AGACCATATC_idx2CCTATAAGCT.ACAGGTATTTACTTAACCTT	Mature
neurons	5
16_18_exp10_idx1AGACCATATC_idx2CCTATAAGCT.GTTGCAAGTACGCAACTCC	Mature
neurons	5
16_18_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TATTCTCCTTATCCATGACT	Mature
neurons	5
16_18_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.GGCTAAGATTCGCTAAGCA	Mature
neurons	5
16_18_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.TATTGAGGTTAACGGACCAA	Mature
neurons	5
16_18_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.GAACGATGTTTACCGAGGC	Mature
neurons	5
16_18_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.TGAGAATCATAACGGACCAA	Mature
neurons	5
16_18_exp10_idx1AGGTCAGCTT_idx2GGCTAATTAA.TATGAGAACTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TATAACTTCC.ATTAGGTACTATCCATGACT	Mature
neurons	5
16_18_exp10_idx1AGGTCAGCTT_idx2TATAACTTCC.TCGTTCTGTCTGATTAAGA	Mature
neurons	5
16_18_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.ACGTTGCTTCATCTCTGCA	Mature
neurons	5
16_18_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.GAGTTCTCTAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.TAGTTACCTTGACTAGTCTA	Mature
neurons	5
16_18_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.TTCGTTCCTGGTCCAGGAG	Mature
neurons	5
16_18_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.AATTCATCGTTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.CAGCATTGTAACGGACCAA	Mature
neurons	5
16_18_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.TGTTAAGACTCATTATTACC	Mature
neurons	5
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.GCGTACTTTGGTCCAGGAG	Mature
neurons	5
16_18_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.ACTTGATTGTGGTCCAGGAG	Mature
neurons	5
16_18_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.GGAGCTCATAACTACCGAC	Mature
neurons	5
16_18_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.AAGGATATGTCATTATTACC	Mature
neurons	5
16_18_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.ATATCCTACTCATCTCTGCA	Mature
neurons	5
16_18_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.ATTAGGTACTACGCAACTCC	Mature
neurons	5
16_18_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.CGAATGAGTTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.GACGTTCGTCTGCTTCGAC	Mature
neurons	5
16_18_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.GCTGGCTATGGTCCAGGAG	Mature
neurons	5
16_18_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TCTATCCAATGACTAGTCTA	Mature
neurons	5
16_18_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.TAGAGCCTTGACTAGTCTA	Mature
neurons	5
16_18_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.TCAGGAGATTTACCGAGGC	Mature
neurons	5
16_18_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TGATGCGATAGTAAGCATA	Mature
neurons	5
16_18_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TTCTTAACCTCTGATTAAGA	Mature
neurons	5
16_18_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.AGAGTACCTGCTGGAACTT	Mature
neurons	5
16_18_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.GGACTTGATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.GTCTCTACTCATTATTACC	Mature
neurons	5
16_18_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TTCCATCTTTACTTAACCTT	Mature
neurons	5
16_18_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TTGAGAGATTGCTGGAACTT	Mature
neurons	5
16_18_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TAGGAAGGTACCGCCAACC	Mature
neurons	5
16_18_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TATTCTCCTTTGCGGACCTA	Mature
neurons	5
16_18_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TTGGCAATATTTGGTCATAA	Mature
neurons	5
16_18_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.GCGTACTTTAACGGACCAA	Mature
neurons	17
16_18_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.TGCCTATTATCCAGTTCCAA	Mature
neurons	5
16_18_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.TTCTAAGCTTACCGCCAACC	Mature
neurons	5
16_18_exp10_idx1ATAAGGACTC_idx2GTCGCTCAGT.AAATTCCTCTACTTAACCTT	Mature
neurons	5
16_18_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TAGTTACCTTGCTCTCGCCT	Mature
neurons	5
16_18_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TTGAAGTCTTTATATACTAA	Mature
neurons	5
16_18_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.GGTTCGAGTTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.TGAGTTAGATACCGCCAACC	Mature
neurons	17
16_18_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.CAGCAAGTTCTGATTAAGA	Mature
neurons	5
16_18_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.TCCTAACTTTAACGGACCAA	Mature
neurons	5
16_18_exp10_idx1ATAAGGACTC_idx2TTGAGTATCA.TATGACTTGTCTGATTAAGA	Immature
neurons	12
16_18_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.CTGCTGAATAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1ATGGCGCCTG_idx2AGGTCAATTA.TGTTAAGACTCATTATTACC	Mature
neurons	5
16_18_exp10_idx1ATGGCGCCTG_idx2CAAGATTAAG.TCATAGAGTTTATATACTAA	Mature
neurons	5
16_18_exp10_idx1ATGGCGCCTG_idx2GAACTGCATC.TCCTAACTTTTATATACTAA	Mature
neurons	5
16_18_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.GATCGACCTCCTAGCGCCT	Mature
neurons	5
16_18_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TCCTATAAGTAACGGACCAA	Mature
neurons	5
16_18_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TGGTTGAATTCGCCTCGAAC	Mature
neurons	5
16_18_exp10_idx1CCTCAGCTCC_idx2ATAGGATATG.GGCGTTAATGCTCTCGCCT	Mature
neurons	5
16_18_exp10_idx1CCTCAGCTCC_idx2ATAGGATATG.TAATCAGCTTTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.AAACTCCAATAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.CAGCATTGTTATATACTAA	Mature
neurons	5
16_18_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TATGGTCTTTCATTATTACC	Mature
neurons	5
16_18_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TCTACTTACTAATACGCAGG	Mature
neurons	5
16_18_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TCTATCCAATGCTGGAACTT	Mature
neurons	5
16_18_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TTCAACTGATACCGCCAACC	Immature
neurons	12
16_18_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TTTGCTACTTTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.ACCATGATTTGGTCCAGGAG	Mature
neurons	5
16_18_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.GAGTTCTCTTTACCGAGGC	Mature
neurons	5
16_18_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.GCCATGGTTGCTCTCGCCT	Mature
neurons	5
16_18_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.GGCGTTAATAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TAACGACTTTGACTAGTCTA	Mature
neurons	17
16_18_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TTATCCGCTTTACCGAGGC	Mature
neurons	10
16_18_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.CTGCCTTATCCTAGCGCCT	Mature
neurons	5
16_18_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.CTTCATGCTACTTAACCTT	Mature
neurons	5
16_18_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.GCTCTTAGTTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TCTCGCTCTGGCTAATTAA	Mature
neurons	5
16_18_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.GGAGGTTCTAACGGACCAA	Mature
neurons	5
16_18_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TACTCCTATTAACGGACCAA	Mature
neurons	5
16_18_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TAGAACCAATTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TCAGCTTCTGGTCCAGGAG	Mature
neurons	5
16_18_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TTGACTCAATCCTAGCGCCT	Mature
neurons	5
16_18_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.GTATCGCATAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TATTCTCCTTTATATACTAA	Mature
neurons	5
16_18_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TCGCCAACTGACTAGTCTA	Mature
neurons	5
16_18_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.ACGCTTGATTTACCGAGGC	Mature
neurons	5
16_18_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.ATATGGATCTAACGGACCAA	Mature
neurons	5
16_18_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.GAAGAGGCTGGCTAATTAA	Mature
neurons	5
16_18_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.CCTAATGGTAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.GGTTGGCATAACGGACCAA	Mature
neurons	5
16_18_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.GTCATCTGTCCTAGCGCCT	Mature
neurons	5
16_18_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.TTCCATTACTAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.CTTCGACTTATCCATGACT	Mature
neurons	5
16_18_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.TGCCTATTATATCCATGACT	Mature
neurons	5
16_18_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.TTCGCATAATAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.GCGTACTTTCTGATTAAGA	Mature
neurons	5
16_18_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TAGGTACTATCCTAGCGCCT	Mature
neurons	5
16_18_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TTGACCAGTAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.GTCATCTGTGCTGGAACTT	Mature
neurons	5
16_18_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.CGTACCTATGATGATCGTA	Mature
neurons	5
16_18_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.GAGTTCTCTTTATAAGAAC	Mature
neurons	5
16_18_exp10_idx1GAGCGCGATG_idx2GGAACGATGG.TCAAGATCTTGGTCCAGGAG	Mature
neurons	5
16_18_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.GGCGTTAATCTGATTAAGA	Mature
neurons	17
16_18_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.GGTCAGTTTGCTGGAACTT	Mature
neurons	5
16_18_exp10_idx1GATTCTTGAA_idx2CCAAGCTGAA.TGAATCTGATAACGGACCAA	Mature
neurons	5
16_18_exp10_idx1GATTCTTGAA_idx2GACTAGTCTA.AACTAGTTGTGCTGGAACTT	Mature
neurons	5
16_18_exp10_idx1GATTCTTGAA_idx2GACTAGTCTA.TTGAGAGATTTATATACTAA	Mature
neurons	5
16_18_exp10_idx1GATTCTTGAA_idx2GGTCCAGGAG.TCGTCTATTTTATATACTAA	Mature
neurons	5
16_18_exp10_idx1GATTCTTGAA_idx2GGTCCAGGAG.TTATAGGCATTATATACTAA	Mature
neurons	5
16_18_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.TTATAGGCATCATTATTACC	Mature
neurons	5
16_18_exp10_idx1GCATCGTATG_idx2AATTGCCTAC.TGTCCTTATTGGTCCAGGAG	Mature
neurons	5
16_18_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.CTTCATGCTGGTCCAGGAG	Mature
neurons	5
16_18_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.TAAGGTTCATTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1GCATCGTATG_idx2CGATCATTAC.TCATAGAGTTGGTCCAGGAG	Mature
neurons	5
16_18_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.ACGTTGCTTTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.TTACCTAAGTCATTATTACC	Mature
neurons	5
16_18_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.TCGAAGGATATCCATGACT	Mature
neurons	5
16_18_exp10_idx1GCATCGTATG_idx2GCAACTGGCA.ACTTACTCATAACGGACCAA	Mature
neurons	5
16_18_exp10_idx1GCATCGTATG_idx2TCGATATTGA.GTCTCTACTCATTATTACC	Mature
neurons	5
16_18_exp10_idx1GCATCGTATG_idx2TCGATATTGA.TTGGAGCTTGCTGGAACTT	Mature
neurons	5
16_18_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.GGCTTACTTGACTAGTCTA	Mature
neurons	5
16_18_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TCTTAGTTCTCATTATTACC	Mature
neurons	5
16_18_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.AGCGTAAGTCGTCCGTCCT	Mature
neurons	5
16_18_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.ATCAGTCATTTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.ATTCCTAGATGACTAGTCTA	Mature
neurons	5
16_18_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.GAGTTCTCTACCGCCAACC	Mature
neurons	5
16_18_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TATTGACTCTGCTCTCGCCT	Mature
neurons	5
16_18_exp10_idx1GCGCGTTCAT_idx2CCTATAAGCT.AGAGTACCTGGTCCAGGAG	Mature
neurons	5
16_18_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.GGTCTACGTCTGCTTCGAC	Mature
neurons	5
16_18_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TTACCTAAGTTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TATTCTCCTTACTTAACCTT	Immature
neurons	12
16_18_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TTAATGAGCTGCTCTCGCCT	Immature
neurons	8
16_18_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GCCATGGTTAACGGACCAA	Mature
neurons	5
16_18_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TCTACTTACTTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.GAGTTCTCTTATATACTAA	Mature
neurons	5
16_18_exp10_idx1GCTTGAAGAG_idx2AGATCCTATA.TCGTCTATTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2AGATCCTATA.TGGATCCGTAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.AGAGTACCTACCGCCAACC	Mature
neurons	5
16_18_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.ATAACTTCCTATCCATGACT	Mature
neurons	5
16_18_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.CAGCAAGTTTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.CCAAGGATTCATCTCTGCA	Mature
neurons	5
16_18_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TATTGACTCTTATATACTAA	Immature
neurons	2
16_18_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TCTACTTACTGCTCTCGCCT	Mature
neurons	5
16_18_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TGCTACTAATGCTGGAACTT	Mature
neurons	5
16_18_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.GTCATCTGTAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TAGAGCCTTACCGCCAACC	Mature
neurons	5
16_18_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.ACAGGTATTTAACGGACCAA	Mature
neurons	5
16_18_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.CGTACCTATGCTCTCGCCT	Mature
neurons	5
16_18_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TCAAGATCTTATCCATGACT	Mature
neurons	17
16_18_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TTAATGAGCTAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.GCAATCGCTATCCATGACT	Mature
neurons	5
16_18_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.GTCTCTACTCATCTCTGCA	Mature
neurons	5
16_18_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.TCTAGGAATTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.TCGTTCTGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.GCCATGGTTGCTCTCGCCT	Mature
neurons	17
16_18_exp10_idx1GGTTATCGAA_idx2TTCTACGCCA.TTCTTAACCTGGTCCAGGAG	Mature
neurons	5
16_18_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.GGTCAGTTTTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.CAAGCAACTCCTAGCGCCT	Mature
neurons	5
16_18_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TGCTACTAATAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.GGTACCATTCCTAGCGCCT	Mature
neurons	5
16_18_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TATCGAACTTTTACCGAGGC	Mature
neurons	5
16_18_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TGCCTATTATGCTGGAACTT	Mature
neurons	5
16_18_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.GCAATCGCTCGCCTCGAAC	Mature
neurons	5
16_18_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.GCCATGGTTCTGATTAAGA	Mature
neurons	5
16_18_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TCGTTCTGTCGTCCGTCCT	Immature
neurons	12
16_18_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TCTTAGTTCTCTGATTAAGA	Mature
neurons	5
16_18_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TTATCCGCTGGTCCAGGAG	Mature
neurons	5
16_18_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.CTTCGACTTAACGGACCAA	Immature
neurons	12
16_18_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TTGACCAGTTGCGGACCTA	Immature
neurons	7
16_18_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.GTCGTAACTGGTCCAGGAG	Mature
neurons	5
16_18_exp10_idx1GTAGCAGCTA_idx2CTAACTCCAA.TATGGTCTTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.GTATCGCATATCCATGACT	Mature
neurons	5
16_18_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TACGGTAGTAATACGCAGG	Mature
neurons	5
16_18_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TGAGAATCATCCTAGCGCCT	Mature
neurons	5
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.GTAAGCTCTTATATACTAA	Mature
neurons	5
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TAGCCAATTTGACTAGTCTA	Mature
neurons	5
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TTCTCATTGTAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TTGGCTCATCATTATTACC	Mature
neurons	5
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TATATGCGTTGCTGGAACTT	Mature
neurons	5
16_18_exp10_idx1GTAGCAGCTA_idx2TCATCTAATC.TATATGCGTTCATTATTACC	Mature
neurons	5
16_18_exp10_idx1GTAGCAGCTA_idx2TGATAGAACG.ACTTGATTGTTATATACTAA	Mature
neurons	5
16_18_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.GAACGGCTTGGTCCAGGAG	Mature
neurons	5
16_18_exp10_idx1GTAGGCTGCA_idx2CAAGCTTGGC.TCGAAGGATAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.TATGCGATTTAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.TTGGCTCATTATATACTAA	Immature
neurons	12
16_18_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.GCAGATACTAACGGACCAA	Mature
neurons	5
16_18_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.GAGGAACTTTTACCGAGGC	Mature
neurons	5
16_18_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.TTGACCAGTCATCTCTGCA	Mature
neurons	5
16_18_exp10_idx1TAGGTAACTT_idx2CCTAGCGCCT.TAAGGTTCATACTTAACCTT	Mature
neurons	5
16_18_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TAAGAATGGTACTTAACCTT	Mature
neurons	5
16_18_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.ATATCCTACTGCTCTCGCCT	Mature
neurons	5
16_18_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.TAATCAGCTTCTGATTAAGA	Mature
neurons	5
16_18_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.TCCTCGAGTACCGCCAACC	Mature
neurons	5
16_18_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.AAGGATTACTATCCATGACT	Mature
neurons	5
16_18_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.TAAGGTTCATTGCCGGCAGA	Mature
neurons	5
16_18_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.GGACTTGATTATATACTAA	Mature
neurons	5
16_18_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.TAGAGCCTTCTGATTAAGA	Mature
neurons	5
16_18_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.TAGAGAGTATTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.TGCTACTAATCATTATTACC	Mature
neurons	5
16_18_exp10_idx1TAGGTAACTT_idx2TGATACGAGT.GGCTTACTTCTGATTAAGA	Mature
neurons	10
16_18_exp10_idx1TAGGTAACTT_idx2TGATACGAGT.TATGACTTGTGGCTAATTAA	Mature
neurons	17
16_18_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.AGTATTAGCTGGTCCAGGAG	Mature
neurons	5
16_18_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.TCTCGCTCTTTACCGAGGC	Mature
neurons	5
16_18_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.ACGTTGCTTCATTATTACC	Mature
neurons	5
16_18_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.CGTACCTATTATTACTCAT	Mature
neurons	5
16_18_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TCTAGGAATTCTGATTAAGA	Mature
neurons	5
16_18_exp10_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCGTACTTTATCCATGACT	Mature
neurons	5
16_18_exp10_idx1TAGTAAGCCG_idx2CGGCGAGACC.TTCAACTGATCATTATTACC	Immature
neurons	12
16_18_exp10_idx1TAGTAAGCCG_idx2GTTGACGGCC.GAACGATGTACTTAACCTT	Immature
neurons	8
16_18_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.AAGTTCTTGTTTACCGAGGC	Mature
neurons	5
16_18_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.ATACCAGTTTTATATACTAA	Mature
neurons	5
16_18_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.GAAGAGGCTGGTCCAGGAG	Mature
neurons	5
16_18_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.GAGACTAGTTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.GTCCTGCATCATTATTACC	Mature
neurons	5
16_18_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.TCGAAGGATCTGATTAAGA	Mature
neurons	5
16_18_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.CGAATGAGTTATATACTAA	Mature
neurons	5
16_18_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.CTTCGACTTGCTCTCGCCT	Mature
neurons	5
16_18_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.GCTGAAGCTCTGATTAAGA	Immature
neurons	2
16_18_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.GGTACCATTGGTCCAGGAG	Mature
neurons	5
16_18_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TACGGTAGTAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TGATGCGATTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.CGAATGAGTCTGATTAAGA	Mature
neurons	5
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.CTTCATGCTTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.GCTGAAGCTAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TACGGTAGTAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TCGTTCTGTCTGATTAAGA	Mature
neurons	5
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TTCAACTGATAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1TATAATAGTT_idx2CTCGTCTAGG.GGAGCTCATCATTATTACC	Mature
neurons	5
16_18_exp10_idx1TATAATAGTT_idx2CTGCTTCGAC.GTAAGGAGTTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.GACGTTCGTGGTCCAGGAG	Mature
neurons	5
16_18_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TGGATCCGTTTATAAGAAC	Mature
neurons	5
16_18_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.CTGCCTTATACCGCCAACC	Mature
neurons	17
16_18_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.GTCTCTACTCATTATTACC	Mature
neurons	5
16_18_exp10_idx1TATTAGACTT_idx2CAAGTACTGG.TCGTTCTGTACTTAACCTT	Mature
neurons	5
16_18_exp10_idx1TATTAGACTT_idx2CAAGTACTGG.TCTAGGAATTCTGATTAAGA	Mature
neurons	5
16_18_exp10_idx1TATTAGACTT_idx2CATGCATCTC.AATTCATCGTGGTCCAGGAG	Mature
neurons	5
16_18_exp10_idx1TATTAGACTT_idx2CATGCATCTC.ATTAGTCTGTAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1TATTAGACTT_idx2CATGCATCTC.TCCTAACTTTAACGGACCAA	Mature
neurons	5
16_18_exp10_idx1TATTAGACTT_idx2CATGCATCTC.TCTCGCTCTAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1TATTAGACTT_idx2CATTATTACC.TATGAGAACTTATATACTAA	Mature
neurons	5
16_18_exp10_idx1TATTAGACTT_idx2CGTCCGTCCT.TGCTGGATTTTAGGATCTA	Immature
neurons	2
16_18_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.CTGCCTTATAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.TAGAGAGTATGGTCCAGGAG	Mature
neurons	5
16_18_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.TAGCCAATTTGCTGGAACTT	Mature
neurons	17
16_18_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.TCTAGGAATTAATTATCAGC	Immature
neurons	7
16_18_exp10_idx1TATTAGACTT_idx2GGACTCATTG.TTATCCGCTAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TAACTAAGGTTATATACTAA	Mature
neurons	5
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TAGAGCCTTACTTAACCTT	Mature
neurons	5
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TATGGTCTTTAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TCTAGGAATTATCCATGACT	Mature
neurons	5
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TCTCGCTCTTTACCGAGGC	Mature
neurons	5
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.AAGGATATGTAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.AGTATTAGCTAGCTCTCCTC	Mature
neurons	5
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.GGACTTGATGATCGCTTCT	Mature
neurons	5
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.GTCCTGCATGCCGCAACGA	Mature
neurons	5
16_18_exp10_idx1TATTAGACTT_idx2TGATAGAACG.CTTCATGCTCATTATTACC	Mature
neurons	5
16_18_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.TATGCGATTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2AGTTGCATCT.AAGGATTACTGGTCCAGGAG	Mature
neurons	5
16_18_exp10_idx1TCCTCTGCCG_idx2AGTTGCATCT.CAGCATTGTTATATACTAA	Mature
neurons	5
16_18_exp10_idx1TCCTCTGCCG_idx2AGTTGCATCT.TCCAAGTTATTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.TATCTCGATTAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TATATGCGTTACTTAACCTT	Mature
neurons	5
16_18_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.GGTTGGCATCCTAGCGCCT	Mature
neurons	5
16_18_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.GTTGCAAGTGGTCCAGGAG	Mature
neurons	5
16_18_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.TTCGCATAATTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1TCCTCTGCCG_idx2TTGAGTATCA.GACGTTCGTCTGATTAAGA	Mature
neurons	5
16_18_exp10_idx1TCTTGAGGTT_idx2ACTATCTTGA.GATCGACCTGACTAGTCTA	Mature
neurons	10
16_18_exp10_idx1TCTTGAGGTT_idx2TCATCTCGAT.GCTCTTAGTATCCATGACT	Mature
neurons	5
16_18_exp10_idx1TCTTGAGGTT_idx2TGGCCGCAAT.CAGCAAGTTCATTATTACC	Mature
neurons	5
16_18_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.ATGGTTGGTCCTAGCGCCT	Mature
neurons	5
16_18_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.ATTAGGTACTTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.CAAGCAACTAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.GACGTTCGTGACTAGTCTA	Mature
neurons	5
16_18_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.TAATACCAGTTATATACTAA	Immature
neurons	12
16_18_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.TGACGAGGTGCTGGAACTT	Mature
neurons	5
16_18_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.TTCTTAACCTATCCATGACT	Mature
neurons	5
16_18_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TCATGGCTTTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TCCTAACTTTACCGCCAACC	Mature
neurons	5
16_18_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.AGAGTACCTAACGGACCAA	Mature
neurons	5
16_18_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.GCTGGCTATTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.GAAGAGGCTCCTAGCGCCT	Mature
neurons	5
16_18_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.TTCCATTACTAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.CTGAGCATTCATCTCTGCA	Mature
neurons	5
16_18_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.TATAAGAGGTGGTCCAGGAG	Mature
neurons	5
16_18_exp10_idx1TGGACGACTA_idx2TCGATATTGA.AACTAGTTGTAACGGACCAA	Mature
neurons	5
16_18_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TATTGACTCTTCGCTAAGCA	Mature
neurons	5
16_18_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TTGGCAATATCATTATTACC	Mature
neurons	5
16_18_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.CATCAACGTTATATACTAA	Mature
neurons	5
16_18_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.GAACGATGTGACTAGTCTA	Mature
neurons	5
16_18_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.TTATCCGCTTATATACTAA	Mature
neurons	10
16_18_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.GCCATGGTTAATTATCAGC	Mature
neurons	5
16_18_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.AAGTTCTTGTCTGATTAAGA	Mature
neurons	5
16_18_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.TCTCGCTCTACCGCCAACC	Mature
neurons	17
16_18_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.TTGGCAATATGGTCCAGGAG	Mature
neurons	5
16_18_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.TCGTTCTGTATCCATGACT	Immature
neurons	13
16_18_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.TGAGAATCATAATTATCAGC	Immature
neurons	12
16_18_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.TAAGGTTCATCATTATTACC	Immature
neurons	12
16_18_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.TCCAATAGTTTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1TTATTGAGGC_idx2TCGTAGGCTT.GCAATCGCTTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.AGCGTAAGTTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.AGAGTACCTCTGATTAAGA	Mature
neurons	5
16_18_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.GCTGAAGCTTTACCGAGGC	Mature
neurons	5
16_18_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.TAAGGTTCATTTAGGATCTA	Immature
neurons	12
16_18_exp10_idx1TTCGAATATT_idx2ACGCAACTCC.GACCAGGATCATTATTACC	Mature
neurons	5
16_18_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.GATACGTCTTTAGGATCTA	Mature
neurons	5
16_18_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TGCTAATTCTACTTAACCTT	Mature
neurons	5
16_18_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TTCTCTAGTTGCTCTCGCCT	Mature
neurons	5
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.GATAAGCGTTATATACTAA	Mature
neurons	5
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.TAAGAATGGTGCTCTCGCCT	Mature
neurons	5
16_18_exp10_idx1TTGCCGTAGG_idx2ACGTTCAACC.ATAACTTCCTCATTATTACC	Mature
neurons	5
16_18_exp10_idx1TTGCCGTAGG_idx2ACGTTCAACC.TCCAAGTTATGCTCTCGCCT	Mature
neurons	5
16_18_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.TGCAAGGTTTATATACTAA	Mature
neurons	5
16_18_exp10_idx1TTGCCGTAGG_idx2TGAGGTAGAA.GTAAGGAGTGGTCCAGGAG	Mature
neurons	5
16_18_exp10_idx1TTGCCGTAGG_idx2TGAGGTAGAA.GTTGCAAGTAACGGACCAA	Mature
neurons	5
16_18_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.TCCTATTCTTGGTCCAGGAG	Mature
neurons	5
16_18_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.TCTTAGTTCTAGTAAGCATA	Mature
neurons	5
16_18_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.TCGAATCTTTTTACCGAGGC	Mature
neurons	5
16_18_exp2_idx1TAGTAAGCCG_idx2CAAGATTAAG.CTGCCTTATTTAATTGAAT	Mature
neurons	5
16_18_exp3_idx1AATACGATAA_idx2TCTAGAACTA.AAGGACGATTAGACTTCTT	Mature
neurons	10
16_18_exp3_idx1ACGGCGTTAA_idx2AATTGCCTAC.ACCTCAATATCGGCGTAACT	Mature
neurons	5
16_18_exp3_idx1ACGGCGTTAA_idx2ACCGTTACGA.CCAGCCTTTAGTAAGCATA	Mature
neurons	5
16_18_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.CTGCCTTATAATACCATCC	Mature
neurons	5
16_18_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.TCAGCGGTTGGCCGTAGTC	Immature
neurons	12
16_18_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.CGGTTCCATATAGTCGTAG	Mature
neurons	5
16_18_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.TTGACTCAATACTATCTTGA	Mature
neurons	5
16_18_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TCCGGTCATGGCCAGTCCG	Mature
neurons	5
16_18_exp3_idx1AGGTCAGCTT_idx2ACTATCCGCA.AAGATGCCTATATTGATAC	Mature
neurons	5
16_18_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.TCGCCAACTTGGTCAGCCA	Mature
neurons	5
16_18_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.TTGCGGTCTTAATGAACGA	Mature
neurons	5
16_18_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.CTCCGGTTTCCGTTGACTT	Mature
neurons	5
16_18_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.ATGGCAGCTATTCAGGTAC	Mature
neurons	5
16_18_exp3_idx1AGGTCAGCTT_idx2CCAGGTCTAC.AACTAGTTGTATCATATTAG	Mature
neurons	5
16_18_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.ACAACCTATTAATTGCCTAC	Mature
neurons	5
16_18_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.AACTTGGATTTTATAGCAGA	Mature
neurons	5
16_18_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.ACATTCGTATAGCTGCAATA	Mature
neurons	5
16_18_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.ATTAGTCTGTGGTAGGTTAG	Mature
neurons	5
16_18_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.GGTACCATTAACTGATCTT	Mature
neurons	5
16_18_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.AGCAACGATTTCATAGGAC	Mature
neurons	5
16_18_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.TATTCTCCTTGCAGACCGGT	Immature
neurons	12
16_18_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.TCAGCGGTTAATTGCCTAC	Mature
neurons	17
16_18_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.TCGAATCTTTAGGTTAGTTC	Mature
neurons	5
16_18_exp3_idx1AGTCCGCTGC_idx2CAAGTACTGG.ACCTTCGGTCATCTCTGCA	Mature
neurons	5
16_18_exp3_idx1AGTCCGCTGC_idx2CAAGTACTGG.TAGCCAATTTGTCCTACTTG	Mature
neurons	5
16_18_exp3_idx1AGTCCGCTGC_idx2CCAAGCTGAA.AAGCGCCATGGACTACTAC	Mature
neurons	5
16_18_exp3_idx1AGTCCGCTGC_idx2CCAAGCTGAA.CAGGACTCTAATCTGGAGT	Mature
neurons	5
16_18_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.CCGGAGTTTGGCTAATTAA	Mature
neurons	5
16_18_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.GTCGTAACTAATCTGGAGT	Mature
neurons	5
16_18_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.AAGCAGTATTGGTAGGTTAG	Mature
neurons	17
16_18_exp3_idx1AGTCCGCTGC_idx2TCATCTCGAT.AAGTACGTTTGCTAACCTCA	Mature
neurons	5
16_18_exp3_idx1ATAAGGACTC_idx2AAGATCCAAC.GAGCGGTATACGTTCAACC	Mature
neurons	5
16_18_exp3_idx1ATAAGGACTC_idx2AGTCCGCGGA.CAGCAAGTTCAAGGCATTC	Mature
neurons	5
16_18_exp3_idx1ATAAGGACTC_idx2ATAGGATATG.ACCGTAGCTACTTGCTAGA	Mature
neurons	5
16_18_exp3_idx1ATAAGGACTC_idx2GGCTATGACT.CCGAGAGATAGCTGCAATA	Mature
neurons	5
16_18_exp3_idx1ATAAGGACTC_idx2GGCTATGACT.CTCCTCGTTCATCAGAATG	Mature
neurons	5
16_18_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.ACGGCAATTAATACTCTTC	Mature
neurons	5
16_18_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.TGCAAGGTTGGTACCGGCA	Mature
neurons	5
16_18_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.AAACCATAGTAACGAGGCTA	Mature
neurons	5
16_18_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.CTACGGCATAGGTTAGTTC	Mature
neurons	5
16_18_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.AGCATAACTTACTTGCTAGA	Mature
neurons	5
16_18_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.ATACTACTCTTTACGTATAC	Mature
neurons	5
16_18_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.GTTGCTCCTATGGCGGATC	Mature
neurons	5
16_18_exp3_idx1ATTATGCAAG_idx2GTCGCTCAGT.TCGAATCTTTCGCCTAATGC	Mature
neurons	5
16_18_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.AGGCGGAATAATACTCTTC	Mature
neurons	5
16_18_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.TGGCCTGATTTGGATCCTT	Mature
neurons	5
16_18_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.GTACCTCTTGCCAGGATCA	Mature
neurons	5
16_18_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.GTCTATGGTAATTGCCTAC	Mature
neurons	5
16_18_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.AAGCGCCATCGTCCGTCCT	Mature
neurons	5
16_18_exp3_idx1CCTCAGCTCC_idx2GTCATTGCGC.ATTACCATCTGGTAGGTTAG	Mature
neurons	5
16_18_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.TCGAATCTTTAGTTGCATCT	Mature
neurons	5
16_18_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.ACTGAATACTATTCAGGTAC	Mature
neurons	5
16_18_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TTATCCGCTTCGGCCTTAC	Mature
neurons	5
16_18_exp3_idx1CTCAATTAGT_idx2TATAACTTCC.TCGAATCTTTACGTCATATA	Mature
neurons	5
16_18_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.CCGTCTCATCAGGAGGAGA	Mature
neurons	5
16_18_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.TAGGTACTATTTGGAATCTC	Mature
neurons	5
16_18_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.AGTATTAGCTGGAGGCCTCC	Mature
neurons	5
16_18_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.CTCCTCGTTACCTGGCCAA	Mature
neurons	5
16_18_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.TATCCAGGTACTACTGAAG	Mature
neurons	5
16_18_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.ATCAGTCATTTGAGTCTGGC	Mature
neurons	5
16_18_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.GCAATCGCTGGTAGGTTAG	Mature
neurons	5
16_18_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.AATTCATCGTTTCCATGGCA	Mature
neurons	5
16_18_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.ATAATCCTGTTGAGGTAGAA	Mature
neurons	5
16_18_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.ATCAATACGTTTAACGTACC	Mature
neurons	5
16_18_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.TGAACGCGTAGCTAAGGTA	Mature
neurons	5
16_18_exp3_idx1GATTCTTGAA_idx2TCCGGTAATC.AAATTCCTCTACTTCCGAAT	Mature
neurons	17
16_18_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.CAAGGCGTTGTACTAGTAA	Mature
neurons	5
16_18_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.TTCCGACGTATTCAGGTAC	Mature
neurons	5
16_18_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.GTAGCGATTGTCCTTAAGA	Mature
neurons	5
16_18_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.ATGCCAAGTCAGGAGGAGA	Mature
neurons	5
16_18_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.GCAACGTTTAGTAACGGTC	Mature
neurons	5
16_18_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.ACCTTCGGTGGTACCGGCA	Mature
neurons	5
16_18_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.AGCAACGATAACTACCGAC	Mature
neurons	5
16_18_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.ATAATCCTGTTGCCGGCAGA	Mature
neurons	5
16_18_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CTGACGTTTGAGCATCATT	Mature
neurons	5
16_18_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CTTCATGCTTTATAGCAGA	Mature
neurons	5
16_18_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TCGAAGGATTTACGTATAC	Mature
neurons	10
16_18_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.CGGAACCTTAAGTCTTCCG	Mature
neurons	5
16_18_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.CGGAACCTTGGAGGCCTCC	Mature
neurons	5
16_18_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.GGTTCGAGTGTACTAGTAA	Mature
neurons	5
16_18_exp3_idx1GCATCGTATG_idx2CTGCAATCGC.TACTCCTATTTGACGCTCCG	Mature
neurons	10
16_18_exp3_idx1GCATCGTATG_idx2GACCTCTCTG.CTGACGTTTCGGCGTAACT	Mature
neurons	5
16_18_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.ATTCGCAATTATTCAGGTAC	Mature
neurons	5
16_18_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.TATTGACTCTCGGTCGTTAA	Mature
neurons	5
16_18_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.ATGGAGAGTTGACGCTCCG	Mature
neurons	5
16_18_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.GTAGCGATTGATAAGGCAA	Mature
neurons	5
16_18_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.TATAAGAGGTATGGAATTGG	Mature
neurons	17
16_18_exp3_idx1GCATCGTATG_idx2TCGATATTGA.TGGTTGAATTAGTTGCATCT	Mature
neurons	5
16_18_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.AAAGCTGATTTTGGATCCTT	Mature
neurons	5
16_18_exp3_idx1GCGCGTTCAT_idx2GCAACTGGCA.CGTCGAAGTGTCCTACTTG	Mature
neurons	5
16_18_exp3_idx1GCGCGTTCAT_idx2TCGATATTGA.ATTCGGAGTCGGCGTAACT	Mature
neurons	5
16_18_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.ACTTGATTGTAGGTCAATTA	Mature
neurons	5
16_18_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.CGACGATATAATTGCCTAC	Mature
neurons	5
16_18_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.AAGACCTTATGCTAACCTCA	Mature
neurons	5
16_18_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.GAGTTCTCTATATTGATAC	Mature
neurons	5
16_18_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.GGTAGTCCTCGAATAATTC	Mature
neurons	5
16_18_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.AAGATGCCTCGGTTATGCC	Mature
neurons	5
16_18_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.GGTACGGATAATTAAGACT	Mature
neurons	5
16_18_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.TCCTCGAGTTTAGGATCTA	Mature
neurons	5
16_18_exp3_idx1GCTTGAAGAG_idx2CGAGTTAGAG.ACGAGGTTTCCGCGGACCG	Mature
neurons	5
16_18_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.AAGATGCCTAAGTAGTCAG	Mature
neurons	5
16_18_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.CGAAGACCTTTACTTGGAA	Mature
neurons	5
16_18_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.GAGCGGTATGGTACCGGCA	Mature
neurons	5
16_18_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.TCGAAGGATACGTCATATA	Mature
neurons	5
16_18_exp3_idx1GCTTGAAGAG_idx2GGCTAATTAA.ATGGCGTATAATTATCAGC	Mature
neurons	5
16_18_exp3_idx1GGCTTACTCC_idx2CTCCGGTTCT.CGTCGAAGTAGGTCAATTA	Mature
neurons	5
16_18_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.AGGCATCATTATATACTAA	Mature
neurons	5
16_18_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.AAACCATAGTTACTTACTTA	Immature
neurons	8
16_18_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.CCGACCAATGAGCATCATT	Mature
neurons	5
16_18_exp3_idx1GTAGGCTGCA_idx2AACGAGGCTA.GGACTTGATTTGGATCCTT	Mature
neurons	5
16_18_exp3_idx1GTAGGCTGCA_idx2AACGAGGCTA.GGTTCGAGTTAGGCAGATA	Mature
neurons	5
16_18_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.ACGCTTGATCTGCTTCGAC	Mature
neurons	5
16_18_exp3_idx1GTAGGCTGCA_idx2CTGCTTCGAC.AACGATCATTACGTTCAACC	Mature
neurons	5
16_18_exp3_idx1GTAGGCTGCA_idx2CTGCTTCGAC.GCGTCGTATATTCAGGTAC	Mature
neurons	5
16_18_exp3_idx1GTAGGCTGCA_idx2GACCGTAGCA.CTGACGTTTGTCCTACTTG	Mature
neurons	5
16_18_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.GGCGTTAATAACCATTGGA	Mature
neurons	5
16_18_exp3_idx1TAGGTAACTT_idx2CCTAGCGCCT.ATTCGGAGTGGCCGTAGTC	Mature
neurons	5
16_18_exp3_idx1TAGGTAACTT_idx2CTCCGGTTCT.ACCGTAGCTACGTCATATA	Mature
neurons	5
16_18_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.ACAATGCTATGTACTAGTAA	Mature
neurons	5
16_18_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.TATGGTCTTTTAATGAACGA	Mature
neurons	5
16_18_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.ATATGCCATTCGAACGCCGG	Mature
neurons	5
16_18_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.TTCGCATAATATAGACTAGG	Mature
neurons	5
16_18_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.TTCTCTAGTTAATCTGGAGT	Mature
neurons	5
16_18_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.AGAACTCCTTTCATAGGAC	Mature
neurons	5
16_18_exp3_idx1TATAATAGTT_idx2GGAACGATGG.GCGGAGAATCGGTTGCGCG	Mature
neurons	5
16_18_exp3_idx1TCCTCTGCCG_idx2AGTTGCATCT.AATTCATCGTCCGATTCCTG	Mature
neurons	5
16_18_exp3_idx1TCCTCTGCCG_idx2AGTTGCATCT.TGATGCGATTGAGTCCAGA	Mature
neurons	5
16_18_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.TAATACCAGTGGCAATGAGA	Mature
neurons	5
16_18_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.GAGTTCTCTTAATGAACGA	Mature
neurons	5
16_18_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.TGGTCGAATTTATTATGGT	Mature
neurons	5
16_18_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.AGTATTAGCTATCCATGACT	Mature
neurons	5
16_18_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.GTCGGAGTTGCTAACTTGC	Mature
neurons	5
16_18_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.TTCGCATAATTATGCCGAGT	Mature
neurons	5
16_18_exp3_idx1TGGACGACTA_idx2AACGGACCAA.ATATGCCATTCAAGGCATTC	Mature
neurons	5
16_18_exp3_idx1TGGACGACTA_idx2AACGGACCAA.CCAGAACCTCCGTTGACTT	Immature
neurons	12
16_18_exp3_idx1TGGACGACTA_idx2ACTTCCGAAT.GACTGACGTTATGCCGAGT	Mature
neurons	5
16_18_exp3_idx1TGGACGACTA_idx2TGAGGTAGAA.ATATCTGGATATAGTCGTAG	Mature
neurons	5
16_18_exp3_idx1TGGACGACTA_idx2TGAGGTAGAA.CCGGAGTTTTGAGGTAGAA	Mature
neurons	5
16_18_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.AACTAGTTGTATTCAGGTAC	Mature
neurons	5
16_18_exp3_idx1TTATTGAGGC_idx2TATAACTTCC.CCTCCTGATAAGTAGTCAG	Mature
neurons	5
16_18_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.CGTCGAAGTTTATAGCAGA	Mature
neurons	5
16_18_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.ACGCCATATATTCAGGTAC	Mature
neurons	5
16_18_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.TGCCTATTATCGCCTCGAAC	Mature
neurons	5
16_18_exp3_idx1TTGCCGTAGG_idx2CAAGCTTGGC.AGTAGCCATAAGTAGTCAG	Mature
neurons	5
16_18_exp3_idx1TTGCCGTAGG_idx2CAAGCTTGGC.GTCTATGGTACTATCTTGA	Mature
neurons	5
16_18_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.AATACCGAATATATGAGCCA	Immature
neurons	12
16_18_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.TATTGACTCTTTATTATGGT	Mature
neurons	5
16_18_exp3_idx1TTGCCGTAGG_idx2TGAGGTAGAA.ATGGTAACTTCCTTGGTCCA	Mature
neurons	5
16_18_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.CTCCAGAGTCAACCAGTAC	Mature
neurons	17
16_18_exp3_idx1TTGCGAGCAT_idx2CATTATTACC.AGTAGCCATGGTAGGTTAG	Mature
neurons	5
16_18_exp3_idx1TTGCGAGCAT_idx2CATTATTACC.ATCAATACGTGCCAACGCCA	Mature
neurons	5
16_18_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.ATTAATGCCTGGCAATGAGA	Mature
neurons	5
16_18_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.TGAATCTGATATAGTCGTAG	Mature
neurons	5
16_18_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.AAGACCTTATCAATTACCGT	Mature
neurons	5
16_18_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.AGAACTCCTGCAGACCGGT	Mature
neurons	17
16_18_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.GTCATCTGTCAATTACCGT	Mature
neurons	5
16_18_exp3_idx1TTGGTAAGGA_idx2CTGCTTCGAC.CGCCGTAATTTAACGTACC	Mature
neurons	5
16_18_exp3_idx1TTGGTAAGGA_idx2TCTAGAACTA.AACTTGGATTTAATGAACGA	Mature
neurons	5
16_18_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TATATGCGTTTCCGGTAATC	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCATAGAGTTTTGGTCATAA	Head epid.
/muscle	4
16_18_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TCATAGAGTTAATGGTCGAC	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TCCGGTCATACTATCTTGA	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACTTGGCTCTCGATGGAG	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGGTCGAATTTGGTCATAA	Immature
neurons	7
16_18_exp10_idx1AATACGATAA_idx2CGCCGCCTCC.TCGAATCTTTAACGGACCAA	Immature
neurons	7
16_18_exp10_idx1AGACCATATC_idx2AGGATTACCA.TATTGACTCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TTCTAAGCTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.TTTGCTTAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2GAACTGCATC.GTCTATGGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.TCTTAGTTCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.TCCTAACTTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.GCTGGCTATCCTAGCGCCT	Immature
neurons	7
16_18_exp10_idx1TCTTGAGGTT_idx2GTCATTGCGC.TTCTCTAGTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TTGGAGCTTCGCTCCTAAC	Neural
progenitors	11
16_18_exp10_idx1TGGACGACTA_idx2TCGATATTGA.AATTCATCGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.TGATCTTCTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.GGCGCATTTGCTCAGCCGG	Immature
neurons	7
16_18_exp3_idx1CCTCAGCTCC_idx2GTCATTGCGC.TGCAAGGTTCGGTCGTTAA	Head epid.
/muscle	4
16_18_exp3_idx1TATAATAGTT_idx2GGAACGATGG.GAGTTCTCTTTACTTGGAA	Immature
neurons	8
16_18_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TGAACGCGTGATGATCGTA	Immature
neurons	7
16_18_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TTAATGAGCTCGGCGAGACC	Head epid.
/muscle	4
16_18_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.GAACGGCTTTACTTACTTA	Immature
neurons	7
16_18_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.GTATCGCATTGATAGAACG	Immature
neurons	8
16_18_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.TCTTAGTTCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.ATCAGTCATTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2GGCTATGACT.TGATCTTCTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2GGAACGATGG.AGTATTAGCTATCCATGACT	Head epid.
/muscle	4
16_18_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.CTCCAGAGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTCGCATAATAGTTGCATCT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.ATATGGATCTCTGATTAAGA	Immature
neurons	7
16_18_exp10_idx1AATACGATAA_idx2GCTCTCGCCT.TGTCCTTATTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TCATTAAGCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.TGCTACTAATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TATGAGAACTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TTGAGTATCA.TTCCATCTTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.CTTCGACTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TCAGGAGATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.GCCATGGTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.CTGAGCATTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.TACTCCTATTAATTATCAGC	Neural
progenitors	11
16_18_exp10_idx1TATTAGACTT_idx2CATGCATCTC.TTGACCAGTCCTAGCGCCT	Immature
neurons	7
16_18_exp10_idx1TATTAGACTT_idx2TGGCCGCAAT.TAAGGTTCATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.GGAGGTTCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TCGTAGGCTT.CTGCCTTATCTGATTAAGA	Neural
progenitors	11
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.TGGTTGAATTAATTATCAGC	Head epid.
/muscle	4
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CGGTTCCATGTTGACGGCC	Head epid.
/muscle	4
16_18_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TTCAACTGATTCTATAAGGA	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCGTCTCATACTGCCGATA	Neural
progenitors	11
16_18_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.CTCCTCGTTAATTATCAGC	Neural
progenitors	11
16_18_exp10_idx1AATACGATAA_idx2CGCCGCCTCC.TCAGGAGATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TATTGAGGTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GTTCCGACGA.ACAACCTATTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GACCTCTCTG.GACTTGGCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.TAAGAATGGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TGCTAATTCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AACGAGGCTA.TACTTGCGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AACGAGGCTA.TTGGCTCATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AATTGCCTAC.CGAATGAGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TCGTCTATTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2ATAGGATATG.TATCTCGATTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2ATAGGATATG.TCGAATCTTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.TGGATCCGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.TTGGAGCTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TAATACCAGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CGAGTTAGAG.GCAATCGCTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TTGAGTATCA.ATAACTTCCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2CCAAGCTGAA.CCTAATGGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.GAACGATGTTTACCGAGGC	Neural
progenitors	11
16_18_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TAGAGAGTATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ATAGGATATG.TTGGCTCATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.CTGGAAGATGCTCTCGCCT	Neural
progenitors	11
16_18_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TCATGGCTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.AGATCGGATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TGTCCTTATTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.TATCATGAGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.GCTGAAGCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GTATCGCATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.GCGTACTTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TTAATGAGCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TTCCATTACTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TAAGAATGGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TCATGGCTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TGTCCTTATTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.GGTTGGCATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTCGCATAATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2CGGCGAGACC.TTGACCAGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.ACGTTGCTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TCCAAGTTATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TGATTCCTCA.CAGTATCCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TATTGACTCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.TGGATTCTATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2CGAGTTAGAG.TCTATCCAATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.TTCCATCTTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.GTAAGCTCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCTATTCTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.TAGAGCCTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.GCCATGGTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.TAGATGACTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.TCAGCTTCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2GGAACGATGG.TTCTCATTGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TAATACCAGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.AATTCATCGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CGACGATATGGTCGCGTCA	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCGTTCTGTCGCCTCGAAC	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CCAGAACCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GCTTCTGGTAATCTGGAGT	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGTAGTCCTCGCCTCGAAC	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCCAATAGTTGGATCTGCAG	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ATGGCGTATAATTATCAGC	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCGAGAGATGATGATCGTA	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCGTCGTATTGATACGAGT	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGCAAGTCTCGCCTCGAAC	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGGCTCATTACTTACTTA	Head epid.
/muscle	4
16_18_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.GTACCTCTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CAATCGGTTCGTCCGTCCT	Head epid.
/muscle	4
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTACGGCATCCAGGTCTAC	Head epid.
/muscle	4
16_18_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GTTCCAGCTACTATCTTGA	Head epid.
/muscle	4
16_18_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TATGGTCTTTGGACTCATTG	Head epid.
/muscle	4
16_18_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TGGTAGGCTCAAGCTTCAT	Head epid.
/muscle	4
16_18_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TGCTCCTATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TCCAATAGTTAACGGACCAA	Immature
neurons	7
16_18_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.ATGGCGTATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.GAACGATGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.GTCGGCAATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TCTATACCTTGATGATCGTA	Immature
neurons	7
16_18_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TTCTTAACCTACTATCTTGA	Head epid.
/muscle	4
16_18_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.CTCTACTGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.TCCTCGAGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TTCAACTGATGGTCGCGTCA	Head epid.
/muscle	4
16_18_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TTCGCGGATACTATCTTGA	Head epid.
/muscle	4
16_18_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTCTGGCCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGATCTTCTTAATCTGGAGT	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GCTTCTGGTACTCTCTCAA	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.ACGAGGTTTAATCTGGAGT	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TATTGACTCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TCTCCGAATCAAGCTTCAT	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.CGTCGAAGTACGTTCAACC	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TGGCCTGATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TCATTAAGCTAATCTGGAGT	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GCAATCGCTTGATACGAGT	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGTCTACGTTTAACGTACC	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTTCGCTGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TGGTCTCCTACGTTCAACC	Head epid.
/muscle	4
16_18_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.GTCCTGCATAACGAGGCTA	Head epid.
/muscle	4
16_18_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.TAGAGAGTATAGTTGCATCT	Head epid.
/muscle	4
16_18_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.GGAGCTCATAATCTGGAGT	Head epid.
/muscle	4
16_18_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TACGGTAGTTTGGTCATAA	Head epid.
/muscle	4
16_18_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTAAGGAGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTTCGCTGTGGTCGCGTCA	Head epid.
/muscle	4
16_18_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.CAGAAGGCTACTACTGAAG	Head epid.
/muscle	4
16_18_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.AACCGCTGTCGTCCGTCCT	Head epid.
/muscle	4
16_18_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TGGACCTCTCTGCTTCGAC	Head epid.
/muscle	4
16_18_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.AAGCGCCATTCTATAAGGA	Head epid.
/muscle	4
16_18_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TGTTAAGACTGGACTCATTG	Head epid.
/muscle	4
16_18_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.GACTACCATCATTATTACC	Head epid.
/muscle	4
16_18_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TATCCAGGTTCTAGAACTA	Neural
progenitors	11
16_18_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTCGGAGTTCGCCTCGAAC	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GCTCGAGATATTGCGCTGA	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TAGCTCGGTGGTCGCGTCA	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ATTGCCGGTTCTATAAGGA	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TATCATGAGTACTACTGAAG	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TGGCCTGATGATGATCGTA	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGAACGCGTACGTTCAACC	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.CGACGATATCGCCTCGAAC	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TGGTCTCCTTTAACGTACC	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCGCGGATAACGGACCAA	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AGCAACGATGGTCGCGTCA	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ATTGCCGGTCGTCCGTCCT	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTGGAAGATTGATACGAGT	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GAGCGGTATCTGCTTCGAC	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.CCGAGAGATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.CGCCGTAATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TGAATTCGTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.ACGAGGTTTTGATACGAGT	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CTTCATGCTCATTATTACC	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TGGTAGGCTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACGCCATATCTGCTTCGAC	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCTGAAGCTCGCCTCGAAC	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATTGAGGTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCGTTCTGTAACGAGGCTA	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCAGATACTACTATCTTGA	Head epid.
/muscle	4
16_18_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.GACCGTCATGGTCGCGTCA	Head epid.
/muscle	4
16_18_exp1_idx1TAGGTAACTT_idx2CCGTCGGAGG.TTCTCTCGTGGACTCATTG	Head epid.
/muscle	4
16_18_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TAGAGCCTTAACGAGGCTA	Immature
neurons	7
16_18_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TCCGTATGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.GGCAAGTCTTGATACGAGT	Head epid.
/muscle	4
16_18_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.GCTGGCTATCGCCTCGAAC	Head epid.
/muscle	4
16_18_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TTCTCTCGTACGTTCAACC	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GAGCGGTATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCATAGAGTTACTATCTTGA	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CGACGATATGGTCGCGTCA	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCGGTATATCGCCTCGAAC	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGACTTGATGGACTCATTG	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTCTTAACCTTGATACGAGT	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GTAAGCTCTATTGCGCTGA	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGACTTGATTTGAGTATCA	Neural
progenitors	11
16_18_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTGGCGACTCGTCCGTCCT	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GAACGGCTTCATTATTACC	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCGGTCATGGACTCATTG	Immature
neurons	7
16_18_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.GCAGATACTTGATACGAGT	Head epid.
/muscle	4
16_18_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.GCATCCAGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.ACCGTAGCTCGGCGAGACC	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTACCTCTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCGGTCATTTGGTCATAA	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CAATCGGTTCGCCTCGAAC	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTAGACGGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGAATTCGTTTCTATAAGGA	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTCTCTAGTTTTGGTCATAA	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.ACCAATGCTGATGATCGTA	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GTAGCGATTGATGATCGTA	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GTCCTGCATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TACGGTAGTAATCTGGAGT	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TTCTAAGCTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GTCGGCAATGGTCGCGTCA	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCGGTACCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GTCGGAGTTTTGGTCATAA	Head epid.
/muscle	4
16_18_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TGCCTATTATCATTATTACC	Head epid.
/muscle	4
16_18_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.TCTCGCTCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.TCCTACCTTACTATCTTGA	Head epid.
/muscle	4
16_18_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TCGAATCTTTAACGAGGCTA	Head epid.
/muscle	4
16_18_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TATTGAGGTTGGTCGCGTCA	Head epid.
/muscle	4
16_18_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TCTATACCTTTCTATAAGGA	Head epid.
/muscle	4
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ACCGTAGCTAACGAGGCTA	Head epid.
/muscle	4
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCCATGGTTACTTCCGAAT	Neural
progenitors	11
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATCATGAGTAATTATCAGC	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATCGAACTTGGTCGCGTCA	Head epid.
/muscle	4
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATTCGGCTACTATCTTGA	Head epid.
/muscle	4
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGGACCTCTAACGAGGCTA	Head epid.
/muscle	4
16_18_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.GACCGAATTTTGGTCATAA	Head epid.
/muscle	4
16_18_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GGATAGGTTCCTAGCGCCT	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TGCTCCTATAATCTGGAGT	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCTATACCTTCGCCTCGAAC	Head epid.
/muscle	4
16_18_exp1_idx1TGGACGACTA_idx2TGATACGAGT.ACGAGGTTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2AACTACCGAC.CAGCAAGTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2AACTACCGAC.TATGACTTGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2AACTTATAAG.AAACTCCAATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2AACTTATAAG.GAGTTCTCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2AACTTATAAG.TAGCCAATTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2AACTTATAAG.TATTCTCCTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2AACTTATAAG.TGGATCCGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2AACTTATAAG.TGGTAATAGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2AACTTATAAG.TTGGCAATATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2ACGTTCAACC.ATTCCTAGATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2ACGTTCAACC.ATTGATCGTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2ACGTTCAACC.GCATCCAGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.CGAATGAGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.TATCGAACTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.AATTCATCGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.ACTTACTCATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.GATCGACCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.GGCAAGTCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TAACGACTTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TCCAAGTTATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TCCTATTCTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TGCAAGGTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TTGGCAATATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CTCGATGGAG.AACTGGCATGGTCCAGGAG	Immature
neurons	7
16_18_exp10_idx1AATACGATAA_idx2CTCGATGGAG.CTGGAAGATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CTCGATGGAG.GACTTGGCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CTCGATGGAG.TCCAAGTTATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GACCGTAGCA.GCGGTATATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GACCGTAGCA.GTAAGGAGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GACCGTAGCA.TTCGTTCCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GACCGTAGCA.TTCTTAACCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GCTCTAACGA.CAGCATTGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GCTCTAACGA.GCTGAAGCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GCTCTAACGA.GCTGGCTATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GCTCTCGCCT.CAGCAAGTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TCTAGAACTA.GGCTAAGATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TCTAGAACTA.TAGTTACCTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TCTAGAACTA.TGATCTTCTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TCTAGAACTA.TTCTCTAGTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TCTAGAACTA.TTGAGAGATTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TGATACGAGT.GAGTTCTCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TGATACGAGT.TAGGTACTATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TGATACGAGT.TCTATCCAATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TGATACGAGT.TTCGTTCCTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TTAACGTACC.CAAGCAACTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TTAACGTACC.CTGGAAGATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TTAACGTACC.GCTGAAGCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TTAACGTACC.TCGTCTATTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TTAACGTACC.TTGGAGCTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.AGAGTACCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.ATTCCTAGATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.TGCCTATTATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AATTGCCTAC.AGCGTAAGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AATTGCCTAC.TAGAACCAATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AATTGCCTAC.TGAATTCGTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AATTGCCTAC.TTCTCTAGTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.AACTAGTTGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.TAGAGCCTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.TGGATCCGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.TTGGCTCATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AGCGTCAATG.CTGGAAGATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AGCGTCAATG.TGATGCGATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AGGATTACCA.GGCAAGTCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AGGATTACCA.TCCAATAGTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AGGATTACCA.TCGAAGGATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.AACTAGTTGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.CATCAACGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.CGAATGAGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.TCTATACCTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.ATATGGATCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.CATCAACGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.TGAATCTGATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.TGCCTATTATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CGATCATTAC.GTAAGCTCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GACCTCTCTG.GCTGGCTATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GACCTCTCTG.TATCGAACTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GACCTCTCTG.TCCTAACTTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GACCTCTCTG.TCTATACCTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GACCTCTCTG.TGTCCTTATTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.AAATTCCTCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.ATATGGATCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.GGTTGGCATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.TAATCAGCTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.TTAATGAGCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GCAACTGGCA.CTTCATGCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GCAACTGGCA.TATCGAACTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GCAACTGGCA.TTGGCAATATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.CTGATAGGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.GACTTGGCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2TCGATATTGA.GGACTTGATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2TCGATATTGA.TCATTAAGCTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2TTGGAGTCGG.ACCATGATTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TATTCTCCTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TCGAGAAGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AACGAGGCTA.CATCAACGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AACGAGGCTA.GGAGCTCATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AACGAGGCTA.TCATAGAGTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AAGCCGGCTG.GGACTTGATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AAGCCGGCTG.GTCCTGCATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AAGCCGGCTG.TTATAGGCATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AATTGCCTAC.TTGGAGTTATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2ACCGTTACGA.AGCGTAAGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2ACCGTTACGA.CAGCATTGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TAATACCAGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TAGGTACTATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TATTGAGGTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TTGACCAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2ACGCAACTCC.TGATCTTCTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2ACGCAACTCC.TGCTGGATTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AGGATTACCA.AAGTTCTTGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AGGATTACCA.ATAACTTCCTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AGGATTACCA.CAGCATTGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AGGATTACCA.GCCATGGTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AGGATTACCA.TGGATCCGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AGGATTACCA.TTTGCTTAGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.AGAGTACCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.CAGCATTGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.GAACGATGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.GTCTCTACTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TTCGCATAATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCTATAAGCT.CCAAGGATTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TAACTAAGGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TGTTAAGACTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CGATCATTAC.CGTACCTATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CGATCATTAC.GAGGAACTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CGATCATTAC.GAGTTCTCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CGATCATTAC.GGCTAAGATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CGATCATTAC.TCTATCCAATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CGATCATTAC.TTTGCTACTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CTCGTCTAGG.ATAACTTCCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CTCGTCTAGG.ATATGGATCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CTCGTCTAGG.TTCTAAGCTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CTGCTTCGAC.GTAAGGAGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CTGCTTCGAC.TCTATCCAATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2GACCTCCGCC.TCTAGGAATTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2GATCAGTCAT.CTTCATGCTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2GATCAGTCAT.GTAGACGGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TATCGAACTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TCAAGATCTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TGTCCTTATTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2GGAACGATGG.TAGAGCCTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2TGCCAGATGG.GCGTACTTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.AAGTTCTTGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TCAAGATCTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2ACCAAGATCT.ATTAGGTACTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2ACCAAGATCT.TCTATACCTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2ACCAAGATCT.TCTATCCAATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2ACCAAGATCT.TGAATTCGTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.TGGATTCTATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.GAACGATGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.TAACGACTTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2ATAAGAGGCG.CCTAATGGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2ATAAGAGGCG.TAAGAATGGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2ATAAGAGGCG.TAGCCAATTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2ATAGGATATG.GCGGTATATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2ATAGGATATG.GGAGGTTCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.TGAATTCGTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2CGAAGGACGA.TCATGGCTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.CGAATGAGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.GGTACCATTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.GGTTGGCATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.GTCCTGCATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.TTGGAGCTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2GGCTAATTAA.AAACTCCAATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2GGCTAATTAA.TAGTTACCTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.CTGGAAGATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.GAGGAACTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.TTGAGAGATTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TATAACTTCC.GAGTTCTCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TCCGGTAATC.TTGGAGTTATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.ACGTTGCTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.GGACTTGATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.TATAAGGCTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.TTGACCAGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.ATATGGATCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.TATGGTCTTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.TCCTATAAGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AAGATCCAAC.GAACGATGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AAGATCCAAC.GAGTTCTCTGCTCTCGCCT	Immature
neurons	7
16_18_exp10_idx1AGTCCGCTGC_idx2AAGATCCAAC.TATCATGAGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.CGAATGAGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.GCCATGGTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.GGCAAGTCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TGTCCTTATTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TGTTAAGACTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.AATTCATCGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.ATGGTTGGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TTACCTAAGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TCTACTTACTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TGCTAATTCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.ACAACCTATTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.TCCTATAAGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.TTATAGGCATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.TTCGCATAATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GAACTGCATC.CTGAGCATTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GAACTGCATC.GCAATCGCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GAACTGCATC.TATAAGAGGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GAACTGCATC.TCTATACCTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GAACTGCATC.TGCAAGGTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TAATACCAGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TGGATTCTATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TTATAGGCATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TTCTTAACCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TTGGAGTTATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.AAACTCCAATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TCAGGAGATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.AACTAGTTGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.ACCATGATTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.CAGCAAGTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2TGGCGTAGGT.CTGCCTTATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2TGGCGTAGGT.GCCATGGTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2TGGCGTAGGT.GTCATCTGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.TGTCCTTATTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.TTGACTCAATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.TTGGCTCATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2ACGAGGACCT.GCATCCAGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2ACGAGGACCT.GCTGAAGCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2ACGAGGACCT.GGCTTACTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2ACGAGGACCT.TATCGAACTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.CGAATGAGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.TATTGACTCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.TTAATGAGCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.ATTCCTAGATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.CTGATAGGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.GTCCTGCATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.GTCTCTACTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CATTATTACC.CTTCGACTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CATTATTACC.GTAAGCTCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CATTATTACC.TGGTTGAATTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CATTATTACC.TTGGTTAAGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CGAGTTAGAG.TGATCTTCTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CGAGTTAGAG.TTCTTAACCTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CGAGTTAGAG.TTGGAGTTATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.GTCGTAACTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.TACTTGCGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.TATAAGGCTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.TCATTAAGCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.TGAATTCGTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2GGTAGGTCTC.TATAAGGCTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2GGTAGGTCTC.TCGTTCTGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.ATCAGTCATTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.GACTTGGCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.TGAGAATCATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.ACCATGATTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TAAGAATGGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TCATGGCTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TTCTCATTGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.ATTCCTAGATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.GCTCTTAGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.TCAGGAGATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.TGGATCCGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.TTCTCATTGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.ACCATGATTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.TGACGAGGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.TTATAGGCATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.TTTGCTTAGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.CTCGTTGATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2AGGTCAATTA.TAGATGACTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2AGGTCAATTA.TCTATACCTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2CCAAGCTGAA.GTCCTGCATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.TAGCCAATTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GACTAGTCTA.GACCAGGATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GACTAGTCTA.TCTATCCAATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.CCAAGGATTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.GTCATCTGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.TGAATTCGTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.GGTCAGTTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.TCTTAGTTCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.TGGATCCGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.ACTTACTCATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TATTCTCCTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TCGAGAAGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TCGTCTATTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.TAACTAAGGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.TAGAGCCTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.TATGAGAACTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.TCTAGGAATTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.TTATAGGCATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ATAGGATATG.TCTCGCTCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ATAGGATATG.TGATCTTCTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.AAATTCCTCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.AGCGTAAGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.ATTAGTCTGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.CTTCGACTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.GCGGTATATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.GGTTGGCATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.CTTCATGCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TACGGTAGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TAGATGACTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TATCGAACTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TTGACTCAATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TTCTAAGCTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.GTAAGGAGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.TAATACCAGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.TCCAATAGTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.GACGTTCGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.GCATCCAGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TACTTGCGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TAGCCAATTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TTCCATCTTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TTTGCTACTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.ATTGATCGTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.CTGATAGGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TAACGACTTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.GCTGGCTATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.TCCAAGTTATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.TATCTCGATTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.TCGTCTATTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.CAGCAAGTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.GATCGACCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.TTCTCTAGTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.CTGCTGAATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.GCCATGGTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.GGTTCGAGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TTGACCAGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TTGAGAGATTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TTTGCTTAGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTGCAATCGC.CTCGTTGATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTGCAATCGC.GAACGATGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTGCAATCGC.TATAAGGCTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.TAAGGTTCATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.TATCGAACTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.TCTTAGTTCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.TATGAGAACTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.TATTCGGCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.TCTACTTACTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.TTTGCTACTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.AATTCATCGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.GTCCTGCATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.TATGGTCTTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2AGGTCAATTA.TGCTAATTCTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.TCTACTTACTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2GAACTGCATC.GTCATCTGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2GACTAGTCTA.GTCCTGCATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2GACTAGTCTA.TTCGCATAATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2GGTCCAGGAG.TTCGCATAATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.GCAATCGCTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.GGCTTACTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.TAAGGTTCATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.TAGAGCCTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.TGGATCCGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.TTCCATCTTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2AATTGCCTAC.ATGGTTGGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2AATTGCCTAC.TTGGCAATATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.CTTCATGCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.TGCAAGGTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2AGCGTCAATG.AACTGGCATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2AGCGTCAATG.CGAATGAGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2AGCGTCAATG.TATGCGATTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2AGCGTCAATG.TCCTATTCTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.TATTCTCCTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.TCATAGAGTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.GGTACCATTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.TACTTGCGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.TGAATCTGATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.TTGACCAGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.ATTGATCGTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.TTGACTCAATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CGATCATTAC.GCGTACTTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CGATCATTAC.TAAGGTTCATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CGATCATTAC.TCGTCTATTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CGATCATTAC.TGGTTGAATTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.TGGTAATAGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.CAAGCAACTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.GATACGTCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.GGAGGTTCTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.TCTAGGAATTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.ACTTGATTGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GCAACTGGCA.GCTGAAGCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2TCCGTCGCCA.AACTAGTTGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2TCCGTCGCCA.CTTCGACTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2TCGATATTGA.CAGTATCCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2TCGATATTGA.CATCAACGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2TCGATATTGA.CTGATAGGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2TCGATATTGA.TATAAGGCTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.GATACGTCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.GTAAGCTCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.GTAGACGGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.TGCTAATTCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.GGAGCTCATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2AATTGCCTAC.ACAGGTATTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2AATTGCCTAC.GGTTCGAGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2ACCGTTACGA.GGCAAGTCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.TGCCTATTATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.TTCCATCTTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.CATCAACGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.GGCAAGTCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TAGCCAATTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TCGAGAAGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2AGGATTACCA.TCTAGGAATTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TTCTTAACCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CGATCATTAC.ACTTGATTGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CGATCATTAC.TCATGGCTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.ATTGATCGTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.CGTACCTATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.CTTCATGCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.GGTACCATTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TACTCCTATTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TGGATCCGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTCGCATAATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.ATTGATCGTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.GGTTGGCATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TAGAACCAATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TAGTTACCTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TATCGAACTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TCTACTTACTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.AACTGGCATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GACTTGGCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GTAAGGAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GTATCGCATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TGCTAATTCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TAACGACTTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2ACCAAGATCT.GACCGTCATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2ACCAAGATCT.GCGTACTTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2ACTATCCGCA.GGTACCATTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2ACTATCCGCA.TCATTAAGCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2AGATCCTATA.ACAGGTATTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2AGATCCTATA.GAAGAGGCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2AGATCCTATA.TATTCGGCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2AGATCCTATA.TTGGCTCATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.GGTCAGTTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TCCTATAAGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.ACGTTGCTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.TATAAGAGGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.TTCAACTGATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TCCGGTAATC.AGATCGGATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TATTGACTCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TCAGGAGATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TCCTCGAGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TCTATAAGGA.TATTCGGCTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TCTATAAGGA.TTGACTCAATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGATTCCTCA.GATACGTCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.AGAGTACCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.GTATCGCATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TCCAAGTTATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TGTTAAGACTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.AAGTTCTTGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.AGAGTACCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.ATACCAGTTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.CGTACCTATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TTGACTCAATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.ACGCTTGATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.AGCGTAAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.CTCGTTGATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.GTCGTAACTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TCCTCGAGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TTGGCAATATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.CTGATAGGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.GCGTACTTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.TGAGAATCATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.TGAGTTAGATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.TGATCTTCTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.TTGAAGTCTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.TGACGAGGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.ATCAGTCATTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.GTTGCAAGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.TATGAGAACTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2TTCTACGCCA.TTCGCATAATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2GACCGTAGCA.GTAAGCTCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2GACCGTAGCA.GTCATCTGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.ACGCTTGATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.TATAAGAGGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.TCAAGATCTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.TGGTTGAATTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2TTCTACGCCA.GGCAAGTCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.GAGTTCTCTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.TAGATGACTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCAAGATCTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.TATCGAACTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2AGTTGCATCT.ACTTGATTGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2AGTTGCATCT.TCCAAGTTATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TGGTAATAGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TTCAACTGATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TTGGCAATATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.AAGTTCTTGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.ATTAGTCTGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TGATCTTCTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TTTGCTACTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CATGCATCTC.GCTCTTAGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.ACGTTGCTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.GCTGAAGCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.GTAAGCTCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TAAGGTTCATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TCCTAACTTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TGGTTGAATTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.GCAGATACTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TATCTCGATTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TCTATACCTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.GGACTTGATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.GGTCTACGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.GTCATCTGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.TGAATCTGATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.TGGATCCGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CTAACTCCAA.GCGGTATATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CTAACTCCAA.TCGTTCTGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.GAGTTCTCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TGTCCTTATTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.ACGTTGCTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.GCATCCAGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TATCATGAGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TCAGCTTCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.GGACTTGATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.GGCTAAGATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.GGCTTACTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.GTATCGCATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TCATAGAGTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TTGATTCCTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AACTGGCATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2TCATCTAATC.TCGAATCTTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2TGATAGAACG.TCAAGATCTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2TGATAGAACG.TCTACTTACTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCAACTGATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.CAGCAAGTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.CTGAGCATTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.GCGTACTTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TATTGACTCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TCTCGCTCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TTAATGAGCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.AGCGTAAGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.GACCAGGATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.TATAAGGCTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.TGAATTCGTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.ATCAGTCATTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.ATTGATCGTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.GCGGTATATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.GGAGGTTCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.CTGGAAGATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.GAGTTCTCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.GTAGACGGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.GGTCAGTTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.GTTGCAAGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.TCCAAGTTATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.TCCTATTCTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.TGCAAGGTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2AACTTATAAG.CTGGAAGATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2AACTTATAAG.TCTACTTACTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.AAGGATATGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.CATCAACGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.TAGAGCCTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2ACTTCCGAAT.GCTCTTAGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2ACTTCCGAAT.GGTTCGAGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2ACTTCCGAAT.TCATTAAGCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2ACTTCCGAAT.TCTCGCTCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2ACTTCCGAAT.TTACCTAAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CCTAGCGCCT.GGACTTGATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CCTAGCGCCT.GTAGACGGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CCTAGCGCCT.TAGCCAATTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CCTAGCGCCT.TTGGCTCATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.AGTATTAGCTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.ATCAGTCATTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.GACTTGGCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TAGAGAGTATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TGGTAATAGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.GCCATGGTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.TGAGAATCATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.TGATCTTCTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.TGGTTGAATTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2GATGATCGTA.GACGTTCGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2GATGATCGTA.TCGAGAAGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.AAATTCCTCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.TGGTAATAGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.CTTCGACTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.TATAAGGCTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.TGAATCTGATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.CAGCAAGTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TGATACGAGT.GCCATGGTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TGATACGAGT.GGTTCGAGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TGATACGAGT.TGCCTATTATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.AAATTCCTCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TTCGTTCCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.AACTAGTTGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.GAACGATGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.GACCAGGATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGAGAATCATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGTTAAGACTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTAATGAGCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2CGGCGAGACC.ACCATGATTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2CGGCGAGACC.TAGAGAGTATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2CGGCGAGACC.TTGACCAGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2GAACTGCATC.AAGGATATGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGAAGGATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGCCAACTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2GACTAGTCTA.GTAAGGAGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2GTTGACGGCC.ACTTACTCATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATAAGGCTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATGAGAACTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCTCGAGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.GGACTTGATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.GTTGCAAGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TATAAGAGGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TCTTAGTTCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.AGATCGGATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TCGAAGGATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TGGATCCGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TGGTAATAGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TTATCCGCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TTCTTAACCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.TAGAGCCTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.TATAAGGCTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.TCGTCTATTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.TCTACTTACTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.GAACGGCTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.GTAAGCTCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TATCGAACTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TTGGCTCATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TGATTCCTCA.GCGGTATATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TGATTCCTCA.GCGGTATATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TGATTCCTCA.GGCAAGTCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TGATTCCTCA.TACTTGCGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TGATTCCTCA.TTCTCTAGTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.GAGTTCTCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.GCCATGGTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.GGACTTGATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.GGAGGTTCTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TAGAGAGTATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TATCATGAGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TGATCTTCTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TTATCCGCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TTCAACTGATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2AACGAGGCTA.GCTGAAGCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2AACGAGGCTA.TCTCGCTCTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2AAGCCGGCTG.ATTGATCGTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2AAGCCGGCTG.TCTATACCTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2AAGCCGGCTG.TGACGAGGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2ACGCAACTCC.CTTCATGCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2ACGCAACTCC.TTGACCAGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2CTCGTCTAGG.AGTATTAGCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2CTCGTCTAGG.CAGCATTGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2CTCGTCTAGG.GGTCTACGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2CTGCTTCGAC.ACAGGTATTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2CTGCTTCGAC.TAGTTACCTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2CTGCTTCGAC.TTCGTTCCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2CTGCTTCGAC.TTGGCTCATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.CTGCTGAATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.GAGTTCTCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.TAAGGTTCATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.TAAGGTTCATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.TACTCCTATTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.TATTGAGGTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2TGCCAGATGG.AGTCGCATTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2TGCCAGATGG.GGCTAAGATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2TGCCAGATGG.TTGAGAGATTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.ATTCCTAGATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.GAAGAGGCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.GGCAAGTCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.GTCCTGCATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TACTTGCGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2ACTATCTTGA.TTCTCTAGTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.GCTCTTAGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.GTAAGCTCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.TGAATTCGTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CAAGTACTGG.TGCTAATTCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CAAGTACTGG.TGGATCCGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CATGCATCTC.GGTACCATTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CATGCATCTC.TATGCGATTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CATGCATCTC.TCCTATAAGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CATGCATCTC.TCTAGGAATTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CATTATTACC.AAGGATTACTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CATTATTACC.CGAATGAGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CATTATTACC.CTCGTTGATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CATTATTACC.GGCAAGTCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CATTATTACC.TTCGCATAATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CATTATTACC.TTGACCAGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CGTCCGTCCT.GGAGGTTCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.AACTGGCATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.TATAAGAGGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GGACTCATTG.CAGTATCCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GGACTCATTG.TAGAGCCTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GGACTCATTG.TGATCTTCTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCATTGCGC.TAACTAAGGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCATTGCGC.TTCGCATAATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.GACCGTCATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.GCTGGCTATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TCAGGAGATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.CTGGAAGATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.GAGACTAGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.GTTGCAAGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TCGCCAACTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TGAGAATCATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TGCCTATTATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TGGATCCGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTCGAT.TATAAGAGGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTCGAT.TTTGCTACTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TGATAGAACG.CGTACCTATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TGCTGGATTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TTCTTAACCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.CGTACCTATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.TGATCTTCTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2ACGAGGACCT.ACGTTGCTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2ACGAGGACCT.TCGAAGGATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.GTAAGCTCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.TGAATTCGTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2AGTTGCATCT.TCCAAGTTATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.GGTCAGTTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.GTCCTGCATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.TAAGAATGGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.TGCTAATTCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2CGAGTTAGAG.GCCATGGTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2CGAGTTAGAG.TTCGTTCCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.TTGACTCAATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.CTGGAAGATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.TGAATCTGATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.CAGTATCCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TCATCTAATC.GAAGAGGCTCATTATTACC	Immature
neurons	7
16_18_exp10_idx1TCCTCTGCCG_idx2TCATCTAATC.GGTCTACGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.CTCGTTGATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.GATAAGCGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.GGACTTGATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.TCATAGAGTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.TGACGAGGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGGACTTGAC.AAATTCCTCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGGACTTGAC.TAGAGAGTATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.ATTCCTAGATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.GAACGGCTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.GACTTGGCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.GGCTAAGATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.TATATGCGTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TTGAGTATCA.CATCAACGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TTGAGTATCA.TGAATTCGTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TTGAGTATCA.TTCCATCTTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2ACTATCTTGA.TTATAGGCATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2CAAGTACTGG.CGTACCTATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2CAAGTACTGG.GTAGACGGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.AACTGGCATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.CCAAGGATTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.GAGTTCTCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.GTCTCTACTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.TAGAGAGTATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.TATAAGGCTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.TTGACCAGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2CGTCCGTCCT.ATATGGATCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2CGTCCGTCCT.GTAAGCTCTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2CGTCCGTCCT.TAGGTACTATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2CGTCCGTCCT.TTGATTCCTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2CGTCCGTCCT.TTGGCAATATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.GCTCTTAGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2GTCATTGCGC.TCGAGAAGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2TCATCTCGAT.GACGTTCGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2TCATCTCGAT.GGAGGTTCTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2TGGCCGCAAT.CATCAACGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.GATAAGCGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.TATTGACTCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.TCATGGCTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.TCCAATAGTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AACTTATAAG.AAGGATATGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AACTTATAAG.GCATCCAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2ACGTTCAACC.GAAGAGGCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2ACTCTCTCAA.ACAACCTATTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCGCATAATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2ACTCTCTCAA.TTTGCTACTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.GAACGATGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TATAAGAGGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TCGAATCTTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TCGAGAAGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TCTAGGAATTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TTCTCATTGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.ACTTGATTGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.ATTAGGTACTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.GGTCTACGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TATAAGAGGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TATTGAGGTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TCAGCTTCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TTCCATCTTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2CTCCGGTTCT.ACGCTTGATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.GGTACCATTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.GGTCAGTTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TCAGGAGATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.GGAGGTTCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.TGCTAATTCTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.CAAGCAACTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.GAGACTAGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.TCCAAGTTATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.TTCGTTCCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.TTCTTAACCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GCTCTAACGA.AAATTCCTCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.AAACTCCAATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.AAACTCCAATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.AAATTCCTCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.AGTCGCATTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.GTCTATGGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TGCTGGATTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TGTCCTTATTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TGTCCTTATTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TTTGCTTAGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCGATATTGA.CCAAGGATTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TGCCTATTATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TGGATCCGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCTAGAACTA.TGATCTTCTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TGATACGAGT.GAGTTCTCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TGATACGAGT.GTAAGGAGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.CGAATGAGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.GGACTTGATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.TGAGTTAGATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2AGATCCTATA.AACTAGTTGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2AGATCCTATA.AAGGATATGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.CGAATGAGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ATAAGAGGCG.CCTAATGGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ATAGGATATG.AAATTCCTCTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ATAGGATATG.GTCTATGGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ATAGGATATG.TATCGAACTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ATAGGATATG.TGGTTGAATTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.TTATCCGCTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.ATAACTTCCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.ATTCCTAGATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.TTGACTCAATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2GGCTATGACT.CTCGTTGATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2GGCTATGACT.GATACGTCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TATAACTTCC.TAATCAGCTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.ATTAGGTACTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.GGAGGTTCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.GTATCGCATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.TATGCGATTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TCGTAGGCTT.TGGATCCGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TCTATAAGGA.AACTGGCATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TCTATAAGGA.TCGAAGGATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.GTCGTAACTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.GAGACTAGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.TAGAGCCTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.TCCAATAGTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.TGAATTCGTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.GTAGACGGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2ACGCAACTCC.TAGAGAGTATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2ACGCAACTCC.TTGGAGTTATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2CTCGTCTAGG.TAACTAAGGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2CTCGTCTAGG.TCCTATAAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2CTCGTCTAGG.TTGAGAGATTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2CTGCTTCGAC.AACTGGCATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2CTGCTTCGAC.AGAGTACCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2CTGCTTCGAC.ATTAGGTACTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2CTGCTTCGAC.TAAGGTTCATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2GACCTCCGCC.GGTCTACGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2GACCTCCGCC.TTCTTAACCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2GGAACGATGG.TGGTTGAATTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2GGAACGATGG.TTGACTCAATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2TGCCAGATGG.AGAGTACCTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.GGACTTGATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TCATGGCTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.AACTAGTTGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.AACTGGCATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.ATATGGATCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.GTAGACGGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.TAACTAAGGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.TACTCCTATTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.TGAATTCGTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.TTATCCGCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACGTTCAACC.AAGGACGATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACGTTCAACC.TAATCAGCTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACGTTCAACC.TATGACTTGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.AAACTCCAATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.ACAACCTATTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.GATAAGCGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTGAATTCC.GTATCGCATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.AAGGATTACTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.GTCTATGGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.TATGGTCTTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.TTGGAGTTATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.TTTGCTTAGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CCTAGCGCCT.GTAAGGAGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CCTAGCGCCT.TCCTAACTTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CCTAGCGCCT.TGGATCCGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CGAGCTGCCA.AAGGATATGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CGAGCTGCCA.GCGGTATATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CTCCGGTTCT.GTAAGCTCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.ACGCTTGATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2GATGATCGTA.AGCGTAAGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2GATGATCGTA.CTGGAAGATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2GATGATCGTA.TGCCTATTATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2TCTAGAACTA.GAGACTAGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2TCTAGAACTA.TGGATCCGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2TGAGGTAGAA.TCCAATAGTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2ACTATCTTGA.AAGGATATGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2ACTATCTTGA.GGAGCTCATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2ACTATCTTGA.GTAAGGAGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2ACTATCTTGA.GTCCTGCATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2CGTCCGTCCT.CATCAACGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2GGACTCATTG.CTCGTTGATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.ATTAGTCTGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.CCAAGGATTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.GACTTGGCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.TCGTTCTGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.TCTAGGAATTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2TCATCTCGAT.CAGCAAGTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2TCATCTCGAT.GGACTTGATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2TCATCTCGAT.TGGTAATAGTATCCATGACT	Head epid.
/muscle	4
16_18_exp3_idx1AATACGATAA_idx2GATGATCGTA.CGACGATATACTATAGGTT	Head epid.
/muscle	4
16_18_exp3_idx1AGGTCAGCTT_idx2CAAGTACTGG.ATTAATGCCTGTCCTTAAGA	Head epid.
/muscle	4
16_18_exp3_idx1ATTATGCAAG_idx2GTCGCTCAGT.ACGAGGTTTGTTACGCAAG	Head epid.
/muscle	4
16_18_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.ATAGTCGCTAGGCCGCTCG	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.ACCGTAGCTTTGGTCATAA	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCATTAAGCTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGGTAGGCTGGATCTGCAG	Head epid.
/muscle	4
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGCAAGTCTGGTCGCGTCA	Immature
neurons	7
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TATAAGGCTTACTATCCGCA	Immature
neurons	7
16_18_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CCGAGAGATTCGATATTGA	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TCCTACCTTGGTCCAGGAG	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GCTCGAGATTTGGTCATAA	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.AACCGCTGTAGTTGCATCT	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.CCGGAGTTTTCCGTCGCCA	Neural
progenitors	11
16_18_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TCGTCTATTTACTTCCGAAT	Neural
progenitors	11
16_18_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TGAATTCGTTACTACTGAAG	Immature
neurons	7
16_18_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TAGCCAATTTAGCGTCAATG	Neural
progenitors	11
16_18_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.CTCCTCGTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GGCGACTATCGCCTCGAAC	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGAGGTTCTGGTCGCGTCA	Immature
neurons	7
16_18_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGAGGTTCTCTGCTTCGAC	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CGAGATGCTCCTAGCGCCT	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTTCCAGCTCTCGATGGAG	Immature
neurons	8
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.AGTTGCGCTGATGATCGTA	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TATTCGGCTTTGGTCATAA	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCTAGGAATTTCTATAAGGA	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ACCGTAGCTTATTACTCAT	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCGAATCTTTAACTGATCTT	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TAGCCAATTTACGCAACTCC	Neural
progenitors	11
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCTCTCCATGGCATAGCTT	Neural
progenitors	11
16_18_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.CAACGCAGTAACTGATCTT	Neural
progenitors	11
16_18_exp10_idx1AATACGATAA_idx2ACGTTCAACC.GACGTTCGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.CCAAGGATTACCGCCAACC	Immature
neurons	7
16_18_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TTCGCATAATAATTATCAGC	Immature
neurons	7
16_18_exp10_idx1AATACGATAA_idx2CTCGATGGAG.ATCAGTCATTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GACCGTAGCA.ACCATGATTTTATATACTAA	Immature
neurons	7
16_18_exp10_idx1AATACGATAA_idx2GACCGTAGCA.TCGAATCTTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TTCTCTAGTTGGTCGCGTCA	Neural
progenitors	11
16_18_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.TTACCTAAGTCTGCTTCGAC	Neural
progenitors	11
16_18_exp10_idx1ACGGCGTTAA_idx2GACCTCTCTG.TTATCCGCTTCGCTAAGCA	Neural
progenitors	11
16_18_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.CATCAACGTCAAGCTTCAT	Neural
progenitors	11
16_18_exp10_idx1ACGGCGTTAA_idx2TCGATATTGA.TCATAGAGTTACTTAACCTT	Immature
neurons	7
16_18_exp10_idx1AGACCATATC_idx2AAGCCGGCTG.CTGATAGGTCAAGCTTCAT	Neural
progenitors	11
16_18_exp10_idx1AGACCATATC_idx2ACCGTTACGA.CTGCTGAATGATGATCGTA	Neural
progenitors	11
16_18_exp10_idx1AGACCATATC_idx2CCTATAAGCT.GGCTTACTTGATGATCGTA	Neural
progenitors	11
16_18_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TATATGCGTTCCGATTCCTG	Neural
progenitors	11
16_18_exp10_idx1AGACCATATC_idx2TGCCAGATGG.GAACGGCTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TAATACCAGTTTAGGATCTA	Immature
neurons	7
16_18_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.AACTAGTTGTCTGCTTCGAC	Neural
progenitors	11
16_18_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.ATAACTTCCTGGTCCAGGAG	Immature
neurons	7
16_18_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.TCAGGAGATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TCCGGTAATC.GTCTCTACTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.GTCGTAACTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.TATAAGAGGTCTGCTTCGAC	Neural
progenitors	11
16_18_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TTGGTTAAGTGATGATCGTA	Neural
progenitors	11
16_18_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.ATAACTTCCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.GCATCCAGTCTAACTAGAT	Neural
progenitors	11
16_18_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.TCCTATAAGTTGATACGAGT	Neural
progenitors	11
16_18_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.TTGGTTAAGTAGCTTATCCG	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2GTCGCTCAGT.TCGTCTATTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GACTAGTCTA.ATTCCTAGATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.ATATCCTACTTGCCGGCAGA	Neural
progenitors	11
16_18_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TCTCGCTCTTCGCTAAGCA	Neural
progenitors	11
16_18_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TCTACTTACTGATGATCGTA	Neural
progenitors	11
16_18_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.GACTTGGCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTGCAATCGC.GTCCTGCATATCCATGACT	Immature
neurons	8
16_18_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.CGAATGAGTCCGATTCCTG	Neural
progenitors	11
16_18_exp10_idx1GCATCGTATG_idx2AGGATTACCA.GGAGCTCATCCGATTCCTG	Neural
progenitors	11
16_18_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.ATAACTTCCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.GACCAGGATGGTCCAGGAG	Neural
progenitors	11
16_18_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.TCCTATTCTTTTAGGATCTA	Immature
neurons	7
16_18_exp10_idx1GCATCGTATG_idx2GCAACTGGCA.TAGTTACCTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2ACCGTTACGA.TGGATTCTATCGCCTCGAAC	Neural
progenitors	11
16_18_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.GTCTCTACTCATCTCTGCA	Immature
neurons	8
16_18_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TCTTAGTTCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TCTCGCTCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.GGCAAGTCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TCCGGTAATC.TGAATCTGATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TGATCTTCTTAATACGCAGG	Immature
neurons	7
16_18_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.CTGCCTTATTTACCGAGGC	Immature
neurons	7
16_18_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.TACGGTAGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.TTCTCATTGTAATTATCAGC	Immature
neurons	7
16_18_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.GGTACCATTCCAGTTCCAA	Neural
progenitors	11
16_18_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.TTGAGAGATTTGATACGAGT	Neural
progenitors	11
16_18_exp10_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCAGGAGATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TGCTGGATTTTGGTCATAA	Neural
progenitors	11
16_18_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.GGTTCGAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTGGAGCTTCCAGTTCCAA	Neural
progenitors	11
16_18_exp10_idx1TAGTAAGCCG_idx2GACTAGTCTA.AAATTCCTCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCGAATCTTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TATGACTTGTTTAGGATCTA	Immature
neurons	7
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.ACTTACTCATTTGGTCATAA	Neural
progenitors	11
16_18_exp10_idx1TATTAGACTT_idx2CAAGTACTGG.ATTCCTAGATTCGCTAAGCA	Neural
progenitors	11
16_18_exp10_idx1TATTAGACTT_idx2CATTATTACC.GGAGCTCATCAAGCTTCAT	Neural
progenitors	11
16_18_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.TCCTATAAGTACGGAGGCGG	Neural
progenitors	11
16_18_exp10_idx1TATTAGACTT_idx2GGACTCATTG.GCTGAAGCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.GACCAGGATGCTGGAACTT	Immature
neurons	7
16_18_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.TCATTAAGCTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2ACGTTCAACC.TTGACTCAATTTGGTCATAA	Neural
progenitors	11
16_18_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.GCGTACTTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ATAAGAGGCG.TATAAGGCTTAGCTTATCCG	Neural
progenitors	11
16_18_exp10_idx1TTATTGAGGC_idx2CGAAGGACGA.TTGACTCAATCCGATTCCTG	Neural
progenitors	11
16_18_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.AGTCGCATTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.GGTCAGTTTTGATACGAGT	Neural
progenitors	11
16_18_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TTATCCGCTTGATACGAGT	Neural
progenitors	11
16_18_exp10_idx1TTGCCGTAGG_idx2CCTAGCGCCT.GCTGAAGCTTCGCTAAGCA	Neural
progenitors	11
16_18_exp10_idx1TTGCCGTAGG_idx2CCTAGCGCCT.TGAATTCGTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2GATGATCGTA.TTCTCATTGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2TCTAGAACTA.ACAGGTATTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp3_idx1GAGCGCGATG_idx2AAGCCGGCTG.TAGGAAGGTGGTATCCGCC	Head epid.
/muscle	4
16_18_exp3_idx1GAGCGCGATG_idx2CCTATAAGCT.TTATAGGCATCCGATTCCTG	Immature
neurons	7
16_18_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.TTCCATCTTTACGGAGGCGG	Neural
progenitors	11
16_18_exp3_idx1GCATCGTATG_idx2TCGATATTGA.AGGCATCATATAGACTAGG	Neural
progenitors	11
16_18_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.CAATCGGTTTACTTACTTA	Head epid.
/muscle	4
16_18_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.GTCGGCAATCGCCTAATGC	Immature
neurons	7
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCGGTATATCGCCTCGAAC	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGAGAGATTTACTTACTTA	Head epid.
/muscle	4
16_18_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CCATTGCGTTCCAGAAGGT	Head epid.
/muscle	4
16_18_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.AACCGCTGTCTGCTTCGAC	Head epid.
/muscle	4
16_18_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GTTCCAGCTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TGCTCCTATGGATCTGCAG	Head epid.
/muscle	4
16_18_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.GATTACGGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.GAGCGGTATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GACCAGGATACGCAACTCC	Immature
neurons	7
16_18_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGCGACTATGCGACGCAGA	Immature
neurons	7
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.AGTTGCGCTTACTTACTTA	Head epid.
/muscle	4
16_18_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGCTTACTTCATTATTACC	Immature
neurons	7
16_18_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.ATGGCAGCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TGCTCCTATAATTATCAGC	Head epid.
/muscle	4
16_18_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TAAGACCGTGATGATCGTA	Head epid.
/muscle	4
16_18_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.GCAACGTTTGATGATCGTA	Head epid.
/muscle	4
16_18_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.ACGAGGTTTACGTTCAACC	Head epid.
/muscle	4
16_18_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GTTCGCTGTTTGGTCATAA	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.CCATCAGGTCATTATTACC	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GCTCGAGATTGATACGAGT	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GTCCTGCATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TTAATGAGCTGATGATCGTA	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TTCTAAGCTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGTTCGAGTACTACTGAAG	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGCTAATTCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.ACGAGGTTTCGTCCGTCCT	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTGGCAATATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GTCGGCAATTACTTACTTA	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCGTTCTGTATTGCGCTGA	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TAGCTCGGTGGACTCATTG	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTCGCATAATTACTTACTTA	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCCGGTCATGGACTCATTG	Immature
neurons	7
16_18_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GGTTGGCATTACTTACTTA	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCGTTCTGTCGCCTCGAAC	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AACCGCTGTAATTGCCTAC	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTGGAAGATTACTTACTTA	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCGCGGATGGACTCATTG	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TTCTAAGCTTGATGATCGTA	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGGTCTCCTGACCTCTCTG	Neural
progenitors	11
16_18_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GTATCGCATGGTCGCGTCA	Head epid.
/muscle	4
16_18_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.CTCCTCGTTCAAGCTTCAT	Head epid.
/muscle	4
16_18_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TATGACTTGTACTATCTTGA	Head epid.
/muscle	4
16_18_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TTGAGAGATTTTGGTCATAA	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2AACTTATAAG.ATGGCAGCTTGATACGAGT	Head epid.
/muscle	4
16_18_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GCATCCAGTCCAGGTCTAC	Head epid.
/muscle	4
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCTGGCTATACGTTCAACC	Immature
neurons	7
16_18_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCGTATGTAACGAGGCTA	Head epid.
/muscle	4
16_18_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TAGCCAATTTTGATACGAGT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2AACTACCGAC.AGTATTAGCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2AACTTATAAG.CATCAACGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2AACTTATAAG.GACCAGGATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2AACTTATAAG.TCGCCAACTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2AACTTATAAG.TTCCATCTTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2ACGTTCAACC.GTAAGCTCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2ACGTTCAACC.TCAGGAGATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2ACGTTCAACC.TCGCCAACTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.GTCCTGCATGCTGGAACTT	Neural
progenitors	11
16_18_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.TCCAAGTTATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.CCAAGGATTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CGCCGCCTCC.TACTCCTATTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TAACGACTTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TCGTCTATTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GACCGTAGCA.TCGTTCTGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GACCGTAGCA.TGGATCCGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GCTCTAACGA.ATTAGTCTGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GCTCTAACGA.CAAGCAACTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GCTCTAACGA.CAGCATTGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TAGAACCAATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TCATAGAGTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GCTCTCGCCT.CGAATGAGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GCTCTCGCCT.GTAAGGAGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GTTCCGACGA.TTGATTCCTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TCTAGAACTA.AGCGTAAGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TCTAGAACTA.CGTACCTATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TCTAGAACTA.TAGCCAATTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TCTAGAACTA.TCTCGCTCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TCTAGAACTA.TTGGCAATATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TGATACGAGT.GCATCCAGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TTAACGTACC.TCATAGAGTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2TTAACGTACC.TTCTAAGCTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.AAGTTCTTGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.GTCTCTACTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AATTGCCTAC.GTTGCAAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.TCGTTCTGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AGCGTCAATG.AAGGACGATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AGCGTCAATG.GCGTACTTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.GGCAAGTCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.TATATGCGTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.TGATCTTCTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.TTATAGGCATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.GTCATCTGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.CTCGTTGATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.GGTTGGCATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.GTATCGCATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.TGTTAAGACTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CGATCATTAC.GCGGTATATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.TAGATGACTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.TATTCGGCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.TGGATCCGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.TTATAGGCATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.CTTCGACTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.TATAAGGCTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2GCAACTGGCA.TCATTAAGCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2TCGATATTGA.TCGAGAAGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TCGAGAAGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AACGAGGCTA.TTGAGAGATTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AAGCCGGCTG.TCTTAGTTCTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AAGCCGGCTG.TTCTCATTGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AATTGCCTAC.CATCAACGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2ACCGTTACGA.CGAATGAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2ACCGTTACGA.GAACGATGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TTCCATCTTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2ACGCAACTCC.GGAGCTCATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2ACGCAACTCC.GTATCGCATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AGGATTACCA.GCCATGGTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AGGATTACCA.TAGATGACTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AGGATTACCA.TCATTAAGCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AGGATTACCA.TGCAAGGTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AGGATTACCA.TGTTAAGACTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AGGATTACCA.TTATAGGCATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.GAACGATGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.GAACGGCTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.GTAAGGAGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCTATAAGCT.ATACCAGTTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCTATAAGCT.GAACGGCTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TACGGTAGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TATGACTTGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TCTATCCAATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CGATCATTAC.GAGGAACTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CGATCATTAC.GTAAGGAGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CGATCATTAC.TCTATACCTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CGATCATTAC.TCTTAGTTCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CGATCATTAC.TGCTGGATTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2GACCTCCGCC.TCGTCTATTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2GATCAGTCAT.AAACTCCAATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TAACGACTTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TCGAAGGATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TGCCTATTATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TATTGAGGTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2ACCAAGATCT.TAATCAGCTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2ACCAAGATCT.TATCTCGATTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.GAGTTCTCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.GGAGGTTCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.TAGATGACTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.TATCATGAGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.TAATACCAGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.TCATTAAGCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.TTCTTAACCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.GCTGGCTATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.TTAATGAGCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2CGAAGGACGA.AAGTTCTTGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2CGAAGGACGA.TTCTAAGCTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.GAGACTAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.TCGAATCTTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2GGCTAATTAA.GCAGATACTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2GGCTAATTAA.GGTTCGAGTTTACCGAGGC	Immature
neurons	7
16_18_exp10_idx1AGGTCAGCTT_idx2GGCTAATTAA.TATAAGAGGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.AAATTCCTCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TATAACTTCC.CTTCGACTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TCCGGTAATC.GAGACTAGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.TCGAATCTTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.ACCATGATTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.TCTACTTACTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.TGAATTCGTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.TTTGCTTAGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.GAGACTAGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.GATCGACCTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.GCTGGCTATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.GTATCGCATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.TTCTAAGCTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.ATGGTTGGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.GCTGGCTATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.GTCCTGCATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.TCAGCTTCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AAGATCCAAC.TAATCAGCTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AAGATCCAAC.TAGAGAGTATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AAGATCCAAC.TGGTAATAGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.CTCGTTGATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.GATAAGCGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TATTCGGCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.GGACTTGATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TAATCAGCTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TATCTCGATTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TATTGAGGTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TCATGGCTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TCGAATCTTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TTCTCATTGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.AAATTCCTCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GAACTGCATC.ACAACCTATTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TCAGCTTCTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TCGAAGGATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TATTCTCCTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TGCTGGATTCCGATTCCTG	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TATGCGATTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TCGAGAAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TGCAAGGTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2TGGCGTAGGT.TAGGTACTATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.CTCGTTGATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.TACTTGCGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2ACTATCCGCA.CTGATAGGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2ACTATCCGCA.TAACTAAGGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2ACTATCCGCA.TGAATCTGATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2ACTATCCGCA.TGCCTATTATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.TATTGACTCTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CATTATTACC.CAGTATCCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CATTATTACC.GGTTGGCATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CATTATTACC.TGAATCTGATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CGAGTTAGAG.TCTCGCTCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.GGTTCGAGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2GGTAGGTCTC.TACTTGCGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2GTCGCTCAGT.CCTAATGGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2GTCGCTCAGT.CGAATGAGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2GTCGCTCAGT.CGTACCTATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.GTCTATGGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.TATAAGGCTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.TGCTGGATTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.ATTCCTAGATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.ATTGATCGTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TCGCCAACTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TGTTAAGACTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.CCAAGGATTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.CCAAGGATTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.TCTACTTACTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TTGAGTATCA.AGAGTACCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TTGAGTATCA.TATAAGAGGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.GAGGAACTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.TAGCCAATTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.TTATAGGCATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2AGGTCAATTA.TCGAATCTTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2CAAGATTAAG.TACTCCTATTAGCTCTCCTC	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2CAAGATTAAG.TGATGCGATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2CCAAGCTGAA.TCCTATTCTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.TTATAGGCATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GAACTGCATC.TGACGAGGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GACTAGTCTA.GAGTTCTCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GACTAGTCTA.GCGTACTTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.GGCTAAGATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.TAGGAAGGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.TCGCCAACTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.TGACGAGGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.TGCCTATTATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.ATTGATCGTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TCCTAACTTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.AAGGATATGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.TTACCTAAGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.TTCTTAACCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ATAGGATATG.ATTCCTAGATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TCAGGAGATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TCATGGCTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TTGGTTAAGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.AGTATTAGCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TAACTAAGGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.GTAGACGGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TATTCTCCTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TCTCGCTCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2GGACTCATTG.CTTCGACTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2GGACTCATTG.TAGCCAATTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.GTCCTGCATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.TAAGGTTCATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.TATGGTCTTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.GACTTGGCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.GTATCGCATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TGCTACTAATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.AGTATTAGCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TAGATGACTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TTTGCTACTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.AAATTCCTCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.AATTCATCGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.ATTCCTAGATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.AACTAGTTGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.TAACGACTTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.TCGAATCTTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.TGCAAGGTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.ATATGGATCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TCAGCTTCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TTATAGGCATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTGCAATCGC.ATAACTTCCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.ACAGGTATTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.ACGCTTGATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.CTCGTTGATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.TAACGACTTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2GGAACGATGG.AAATTCCTCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2GGAACGATGG.CAGCAAGTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2GGAACGATGG.GTAAGGAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2GGAACGATGG.GTCATCTGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.TGGATTCTATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2AGGTCAATTA.GCGGTATATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.TGAATTCGTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2CCAAGCTGAA.GACCAGGATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2CCAAGCTGAA.GGCGTTAATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2CGGCGAGACC.GACGTTCGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2GACTAGTCTA.AAACTCCAATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2GACTAGTCTA.GCTGGCTATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.TAACTAAGGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2AATTGCCTAC.GACGTTCGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.TTCTCTAGTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2AGGATTACCA.TGCTACTAATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.GACCAGGATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.GTAGACGGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.ATAACTTCCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CGATCATTAC.AAGGATATGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CGATCATTAC.ACCATGATTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CGATCATTAC.GTCGTAACTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.TTAATGAGCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.CTTCATGCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.TAGCCAATTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.TTGACCAGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.GCAGATACTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.TCAAGATCTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.TCCTATTCTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.TGGTTGAATTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GCAACTGGCA.GAGACTAGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GCAACTGGCA.TGTTAAGACTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GCAACTGGCA.TTGGAGTTATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2TCCGTCGCCA.TTGAAGTCTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2TCGATATTGA.TACGGTAGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2TCGATATTGA.TAGAGAGTATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2TCGATATTGA.TTCCATCTTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.ATTCCTAGATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.TCGTTCTGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.ATTAGTCTGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.GCTGAAGCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TATGGTCTTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TGCTACTAATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2AATTGCCTAC.ATTAGTCTGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2AATTGCCTAC.TATAAGGCTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2AATTGCCTAC.TCTATCCAATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2ACCGTTACGA.TTCAACTGATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.CAGCATTGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.GCAGATACTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TAACTAAGGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TAGTTACCTTAGCTCTCCTC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TAGCCAATTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TTACCTAAGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GTCGTAACTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TATGAGAACTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TATGCGATTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TGCTAATTCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TGGATCCGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.GTCATCTGTTGATACGAGT	Neural
progenitors	11
16_18_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TATTGAGGTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.ATCAGTCATTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.GAACGGCTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TCCAAGTTATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TTGACTCAATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2AGATCCTATA.TAATACCAGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.ATATCCTACTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.GGCGTTAATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TTGGCTCATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TCCGGTAATC.GGCTTACTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TCAGGAGATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TGATCTTCTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.GGACTTGATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.GGTCTACGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TCTATACCTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TGAGTTAGATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TTAATGAGCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.ACTTACTCATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.GGTCAGTTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TAGGAAGGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TATCATGAGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TCAGCTTCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTAGATTCCG.TAGTTACCTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TAGAGCCTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TTGAGAGATTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.AAGGACGATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.CAGTATCCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.TTCTCATTGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.CTTCATGCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.AACTAGTTGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2GCTCTCGCCT.TGACGAGGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2GCTCTCGCCT.TGCCTATTATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2TTCTACGCCA.AAACTCCAATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2AACTACCGAC.CTGCCTTATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2AACTACCGAC.GCAATCGCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2GACCGTAGCA.CAGCATTGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2GACCGTAGCA.CTGCCTTATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2GACCGTAGCA.GCTGAAGCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.TATAAGGCTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2TTCTACGCCA.TAGAGCCTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.ACAACCTATTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.CAGCAAGTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.GGAGCTCATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.GGTACCATTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.AGAGTACCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.ATATCCTACTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TTATCCGCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.ACAGGTATTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TCTACTTACTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TTATAGGCATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.GCTGGCTATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.GGTTCGAGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.AGTCGCATTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TTGGAGTTATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CTAACTCCAA.TAACGACTTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.AGTCGCATTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.ATTAGGTACTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.GGCTTACTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TACTTGCGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TCCAAGTTATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TCCTCGAGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TCTATACCTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TTAATGAGCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.ATACCAGTTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.GCATCCAGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.GCTCTTAGTCTAACTAGAT	Neural
progenitors	11
16_18_exp10_idx1GTAGCAGCTA_idx2TCATCTAATC.AACTGGCATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2TCATCTAATC.TTCGTTCCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2TGATAGAACG.TGTTAAGACTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.ATAACTTCCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.CTTCGACTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2CAAGCTTGGC.TTGATTCCTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.TAATCAGCTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.AATTCATCGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.GCAGATACTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TCGCCAACTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.AAGGATATGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.AGTCGCATTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TATCGAACTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.CTGCCTTATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.TAACGACTTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.GAACGATGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2ACTGAATTCC.TACTTGCGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2ACTGAATTCC.TTGGCAATATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2ACTTCCGAAT.GTAAGCTCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CCTAGCGCCT.GTAAGCTCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CCTAGCGCCT.TCCTATAAGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TCTCGCTCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TGGATTCTATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TTCCATTACTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.CTGGAAGATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.GTAGACGGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.AAGGATATGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.CCTAATGGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.GTATCGCATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.GTCATCTGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.TAGAGAGTATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.TATGAGAACTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.TGCTACTAATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.TTCTTAACCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.TCTATACCTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.TGCCTATTATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TGATACGAGT.GAGACTAGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.TCCTAACTTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.GAACGATGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TGAATCTGATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.AGTATTAGCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.CTTCGACTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2CGGCGAGACC.TCGTTCTGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2GACTAGTCTA.TAGAGCCTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAATCAGCTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGGTACTATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.ACGCTTGATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.ATTAGTCTGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TAAGGTTCATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TATCGAACTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.AAGGACGATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.GACCAGGATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.GTCTCTACTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TGACGAGGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.AAACTCCAATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.CTGCCTTATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.GAGTTCTCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.CTGATAGGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.GACGTTCGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.GCTCTTAGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TATAAGAGGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TGCTAATTCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.AGTATTAGCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.GCAGATACTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TGAGAATCATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TTGACTCAATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2AACGAGGCTA.TATAAGAGGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2AACGAGGCTA.TCATGGCTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2AACGAGGCTA.TTCTCATTGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2AAGCCGGCTG.ACGTTGCTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2CTCGTCTAGG.TTGGAGCTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.CAGCAAGTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.TGAATCTGATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2GGAACGATGG.GCCATGGTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2GGAACGATGG.GCGTACTTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2GGAACGATGG.TGATGCGATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2GGAACGATGG.TTCTCTAGTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.AGCGTAAGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.GTCTCTACTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TCCTATTCTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2ACTATCTTGA.CTGCTGAATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2ACTATCTTGA.TATGAGAACTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.CAGTATCCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.GCTCTTAGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.TATAAGGCTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.TTGACCAGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CAAGTACTGG.ATTAGGTACTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CAAGTACTGG.GAACGATGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CAAGTACTGG.TAGCCAATTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CAAGTACTGG.TATGACTTGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CATGCATCTC.CTTCGACTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CATGCATCTC.TGAATTCGTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CATTATTACC.ACGCTTGATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CATTATTACC.GAAGAGGCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CATTATTACC.TACGGTAGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CATTATTACC.TATTCGGCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CATTATTACC.TTCTCTAGTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CGACTACCAA.TCCAATAGTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CGTCCGTCCT.GAGACTAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CGTCCGTCCT.GGCAAGTCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.GTCGTAACTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.TGATGCGATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GGACTCATTG.AAACTCCAATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCATTGCGC.AAGGATTACTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCATTGCGC.TATCTCGATTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCATTGCGC.TGAATCTGATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCATTGCGC.TGATCTTCTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.GAGACTAGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TCATAGAGTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TGCTAATTCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TTGAGAGATTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.ATAACTTCCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.CTGAGCATTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.GGCTAAGATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TCCAATAGTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TCCTCGAGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TTCAACTGATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TTGACTCAATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TTGGCAATATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTCGAT.TGATCTTCTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TGATAGAACG.CTTCGACTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TGATAGAACG.GATACGTCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TACTCCTATTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TGGCCGCAAT.AATTCATCGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TGGCCGCAAT.TAAGGTTCATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TGGCCGCAAT.TCAGCTTCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TGGCCGCAAT.TTCCATTACTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.CTGAGCATTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.CTGCCTTATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.GTAAGCTCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.TTGAGAGATTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2ACGAGGACCT.TCTATACCTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.TAGGTACTATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.TCTATACCTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.TTCAACTGATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2AGTTGCATCT.GGTTCGAGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2AGTTGCATCT.TGAGAATCATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.ACAGGTATTTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.GAGACTAGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2CGAGTTAGAG.TCTATCCAATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.GGAGCTCATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.TACTTGCGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.TATCATGAGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.TATTCGGCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.TTCTCATTGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.CCTAATGGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TCATCTAATC.TCCAAGTTATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TCATCTAATC.TGAGTTAGATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.GCTGGCTATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.TGACGAGGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.TGTCCTTATTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.TGTTAAGACTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.TTAATGAGCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGGACTTGAC.GACTTGGCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGGACTTGAC.GCGTACTTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.CGAATGAGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.GACCAGGATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.TATGAGAACTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TTGAGTATCA.GTATCGCATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TTGAGTATCA.TATTCTCCTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TTGGTCATAA.CAGCATTGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TTGGTCATAA.CTGCTGAATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TTGGTCATAA.GAACGGCTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TTGGTCATAA.TCCAAGTTATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2CAAGTACTGG.CTGCTGAATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2CAAGTACTGG.TGCCTATTATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2CAAGTACTGG.TTCTAAGCTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.TCCTCGAGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.TGGATTCTATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.TCCAATAGTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.TCTTAGTTCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.TTCGCATAATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2GTCATTGCGC.GTCGTAACTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2TCATCTCGAT.GCGTACTTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.ATGGTTGGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.GTATCGCATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.TCTACTTACTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AACTTATAAG.AAATTCCTCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AACTTATAAG.CGTACCTATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2AACTTATAAG.TAGAACCAATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2ACGTTCAACC.TGCTACTAATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2ACGTTCAACC.TTCTTAACCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.AAGGACGATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.AGCGTAAGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.CAGTATCCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TCGTTCTGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2CCTAGCGCCT.TGATCTTCTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.GTATCGCATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TAGAGCCTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.GCGTACTTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.TCAAGATCTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.TTATAGGCATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.TTCGTTCCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GCTCTAACGA.ATTAGTCTGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2GCTCTAACGA.CTGGAAGATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.ATACCAGTTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.CTGAGCATTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.GTCGTAACTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TTATAGGCATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCGATATTGA.CTCGTTGATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCGATATTGA.CTCGTTGATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCGATATTGA.GTCATCTGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TGGTTGAATTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TGATACGAGT.GACCAGGATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TGATACGAGT.TATGACTTGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TGATACGAGT.TCCTCGAGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TGATACGAGT.TCGCCAACTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TGATACGAGT.TCTCGCTCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.TAACTAAGGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.TCAGGAGATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2AGATCCTATA.GTTGCAAGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.TCGAATCTTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.TGAATTCGTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ATAAGAGGCG.TCCTATTCTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2CCAGGTCTAC.GAGTTCTCTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2CGAAGGACGA.GTCCTGCATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2CGAAGGACGA.TTCAACTGATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.CAGTATCCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.GAACGGCTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.CAGCAAGTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.GACCGTCATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.GGTTGGCATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.TGAGTTAGATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TATAACTTCC.CTTCGACTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TATAACTTCC.TTCTCATTGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TATAACTTCC.TTGGCTCATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.AGTCGCATTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.ATTCCTAGATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.GGTCAGTTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.TCTAGGAATTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TCGTAGGCTT.TCAGGAGATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TCTATAAGGA.GACCGTCATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TCTATAAGGA.GGACTTGATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TCTATAAGGA.GGCAAGTCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TCTATAAGGA.TAGATGACTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.TGATCTTCTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.AAGGACGATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.TGAATCTGATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2AAGCCGGCTG.TCTATACCTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2ACGCAACTCC.CAGCAAGTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2CTCGTCTAGG.TATCATGAGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2CTGCTTCGAC.AACTAGTTGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2CTGCTTCGAC.GGACTTGATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2CTGCTTCGAC.TATAAGAGGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2CTGCTTCGAC.TCCTCGAGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2CTGCTTCGAC.TCGAAGGATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2GACCTCCGCC.TGCTACTAATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2GGAACGATGG.TCGAAGGATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2GGAACGATGG.TGCTAATTCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2TGCCAGATGG.GACTTGGCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.ATATCCTACTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TCTAGGAATTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.AAGGATTACTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.ATTGATCGTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.CTGATAGGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.CTTCGACTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.GCTGAAGCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.TCATGGCTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.GTCTCTACTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.TGATCTTCTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.TGCTAATTCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTGAATTCC.ATTAGTCTGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTGAATTCC.CTTCATGCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTGAATTCC.TAACTAAGGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.CGAATGAGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CCTAGCGCCT.GCATCCAGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CCTAGCGCCT.GGACTTGATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CCTAGCGCCT.TTCCATCTTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TAGAGAGTATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CTCCGGTTCT.TTCGCATAATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.ATGGTTGGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.TGCCTATTATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2GATGATCGTA.ACAACCTATTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2GCTCTAACGA.ACTTGATTGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2GCTCTAACGA.TAGAGAGTATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2TCTAGAACTA.CAAGCAACTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2TCTAGAACTA.GAGTTCTCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2TCTAGAACTA.TAACTAAGGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2TCTAGAACTA.TTCCATCTTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2TGATACGAGT.TTCGTTCCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2ACTATCTTGA.TCCAAGTTATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2CAAGTACTGG.GCAATCGCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2CAAGTACTGG.TAGGAAGGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2CGACTACCAA.ACAGGTATTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2CGACTACCAA.TAGAGAGTATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2CGTCCGTCCT.AATTCATCGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2GGACTCATTG.CAGCATTGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.GTAAGCTCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.TTTGCTTAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2TCATCTCGAT.ACTTACTCATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2TCATCTCGAT.AGATCGGATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2TCATCTCGAT.TTCAACTGATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.GAGTTCTCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.GCAATCGCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.TGCTACTAATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.TTCGTTCCTATCCATGACT	Head epid.
/muscle	4
16_18_exp3_idx1AGGTCAGCTT_idx2GGCTAATTAA.ATACTACTCTTGACGCTCCG	Head epid.
/muscle	4
16_18_exp3_idx1GAGCGCGATG_idx2GACCTCCGCC.CCGTCTCATCAACCGCTAA	Head epid.
/muscle	4
16_18_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.ATGGCGTATGTCCTACTTG	Head epid.
/muscle	4
16_18_exp3_idx1GTAGCAGCTA_idx2ACTATCCGCA.GAGCGGTATCGGTCGTTAA	Head epid.
/muscle	4
16_18_exp3_idx1GTAGCAGCTA_idx2TATAACTTCC.TGGTAGGCTTTAATTGAAT	Head epid.
/muscle	4
16_18_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.TCGTCTATTTATAGTCGTAG	Head epid.
/muscle	4
16_18_exp3_idx1TCCTCTGCCG_idx2TTGAGTATCA.AACTGGCATAATTAAGACT	Head epid.
/muscle	4
16_18_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.GTACCTCTTGGAGCGGCCG	Neural
progenitors	0
16_18_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCAGCGGTTCATTATTACC	Head epid.
/muscle	4
16_18_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GGCGACTATACCGTTACGA	Immature
neurons	7
16_18_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.CATCGGACTATTGCGCTGA	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TGGACCTCTCGCCTCGAAC	Head epid.
/muscle	4
16_18_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TTCTGGCCTGATGATCGTA	Neural
progenitors	11
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CGACGATATCGTCCGTCCT	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CGGTTCCATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CAACGCAGTCGCCTCGAAC	Immature
neurons	7
16_18_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GACTGACGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TTGGCTCATCGTCCGTCCT	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CAGAAGGCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAACTAAGGTATTGCGCTGA	Head epid.
/muscle	4
16_18_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GTCGGCAATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GACTGACGTCAAGCTTCAT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2AACTTATAAG.TTGGTTAAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2ACGTTCAACC.TCAGGAGATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.ACGCTTGATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.CTGGAAGATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.TGAGAATCATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CGCCGCCTCC.TCCTAACTTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CGCCGCCTCC.TTCTCTAGTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.GACGTTCGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.GGTCTACGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GCTCTAACGA.ACGCTTGATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GCTCTAACGA.CCAAGGATTGAACTGCATC	Neural
progenitors	11
16_18_exp10_idx1AATACGATAA_idx2GCTCTCGCCT.AAATTCCTCTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.TCTATCCAATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AATTGCCTAC.GATCGACCTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AGCGTCAATG.TTCTAAGCTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.GTAAGCTCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2CGATCATTAC.TTCCATTACTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2AGGATTACCA.TGGTAATAGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.GGTACCATTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCTATAAGCT.ACAACCTATTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CCTATAAGCT.GACCGTCATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2CGATCATTAC.GCTGGCTATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2TGCCAGATGG.TGAGTTAGATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TACTTGCGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.CTGCCTTATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2ATAAGAGGCG.TTGAGAGATTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2ATAAGAGGCG.TTGGTTAAGTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.TCTAGGAATTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.ACGCTTGATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TATAACTTCC.CAGTATCCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TCCGGTAATC.GTATCGCATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.ACAACCTATTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.GGAGCTCATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.TAGAGAGTATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AAGATCCAAC.GAGGAACTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TAGAGCCTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TAGCCAATTTAATTATCAGC	Immature
neurons	7
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TCGAATCTTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TAGTTACCTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TGCTGGATTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TGCTGGATTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.TTCGCATAATCGCCTCGAAC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.GTAGACGGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TTCAACTGATCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2TGGCGTAGGT.AAGGACGATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2TGGCGTAGGT.TGCTACTAATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.AACTGGCATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.GCCATGGTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2ACGAGGACCT.TTAATGAGCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.ATTAGTCTGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.GGACTTGATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CGAGTTAGAG.GGTACCATTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2GGTAGGTCTC.GGTCTACGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TAGGTACTATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2AGGTCAATTA.GTAAGCTCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2CAAGATTAAG.TGATCTTCTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2CCAAGCTGAA.GTATCGCATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.ATAACTTCCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.GGTCTACGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TGGATCCGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.GGCAAGTCTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTGCAATCGC.CTTCGACTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.GACCAGGATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2GGAACGATGG.TATCGAACTTCATTATTACC	Neural
progenitors	11
16_18_exp10_idx1GAGCGCGATG_idx2GGAACGATGG.TGAATTCGTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2AGGATTACCA.TCTCGCTCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.GTTGCAAGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.ATCAGTCATTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.TACTCCTATTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2TCGATATTGA.CTGAGCATTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.TAGGTACTATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.ATTAGGTACTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.CTGCTGAATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2AGGATTACCA.GGTCAGTTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CCTATAAGCT.ATATGGATCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CGATCATTAC.AATTCATCGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TTGGCAATATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TTGGAGCTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GACGTTCGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.GGACTTGATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TATTGAGGTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2ACCAAGATCT.TCATGGCTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2ACCAAGATCT.TCGCCAACTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTAAGGAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCGTTCTGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.GAGGAACTTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.TAAGGTTCATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2GCTCTCGCCT.GTCTCTACTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2GCTCTCGCCT.TTGGCTCATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1GGCTTACTCC_idx2TTCTACGCCA.TCTCGCTCTAATTATCAGC	Neural
progenitors	11
16_18_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.TATGGTCTTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.TCATAGAGTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.AGAGTACCTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.GTCTCTACTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TATCGAACTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.ACAGGTATTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.GATCGACCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.GCGGTATATGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.TATATGCGTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.TGGTTGAATTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.TCAGGAGATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.GAGTTCTCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TAGTTACCTTACCGCCAACC	Immature
neurons	7
16_18_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.ATGGTTGGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2CGGCGAGACC.AAGGATTACTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2CGGCGAGACC.TAGAGAGTATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.ATCAGTCATTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TACTCCTATTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TTCTAAGCTTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2ACGCAACTCC.TCATAGAGTTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.TCAGCTTCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2TGCCAGATGG.CGAATGAGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2TGCCAGATGG.TTCAACTGATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.CTGCTGAATACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.GCCATGGTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CAAGTACTGG.TGCTGGATTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CATGCATCTC.TCAGCTTCTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCATTGCGC.TTGACTCAATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TAGCCAATTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.AATTCATCGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.GACCAGGATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TCAGCTTCTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TCTAGGAATTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TATGACTTGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TGGTAATAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.AGCGTAAGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.TAGATGACTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.AAGGATATGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TTGAGTATCA.GCAGATACTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.GGTTGGCATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2CGTCCGTCCT.TTCGTTCCTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2CGTCCGTCCT.TTGACCAGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.GTAAGCTCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2GTCATTGCGC.GATACGTCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2CCTAGCGCCT.CAAGCAACTTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2CTCCGGTTCT.GGCAAGTCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TGATGCGATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TGATACGAGT.GGCTAAGATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.ATAACTTCCTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2GGCTATGACT.TCCTATAAGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.TCGAGAAGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.ACAACCTATTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2AAGCCGGCTG.TCTCGCTCTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2ACGCAACTCC.ATGGTTGGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTCGAATATT_idx2ACGCAACTCC.TTTGCTACTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACGTTCAACC.GGCAAGTCTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTGAATTCC.TGCCTATTATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.ATATCCTACTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2GCTCTAACGA.TCAAGATCTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2TGATACGAGT.GTCCTGCATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2TGATACGAGT.TCGAAGGATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2ACTATCTTGA.TAGTTACCTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2TCATCTCGAT.GCAGATACTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.TGAATTCGTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp3_idx1AGACCATATC_idx2AGCGTCAATG.GGCAAGTCTTGCGCCATCT	Head epid.
/muscle	4
16_18_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.TGCCTATTATGCTCAGCCGG	Head epid.
/muscle	4
16_18_exp3_idx1TCCTCTGCCG_idx2TCATCTAATC.ATATCTGGATCCTTGGTCCA	Head epid.
/muscle	4
16_18_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CCGGATAGTCCTAGCGCCT	Immature
neurons	7
16_18_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GCGTCGTATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TTCGCATAATGGATCTGCAG	Head epid.
/muscle	4
16_18_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.CTTAGCGGTCGTCCGTCCT	Head epid.
/muscle	4
16_18_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCGGTACCTAATCTGGAGT	Head epid.
/muscle	4
16_18_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTTAGCGGTCATTATTACC	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.AGGCATCATCTGCTTCGAC	Immature
neurons	7
16_18_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CTGGAAGATGGACTCATTG	Head epid.
/muscle	4
16_18_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GACTACCATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2AACTTATAAG.TGAGAATCATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.TAACTAAGGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.ATAACTTCCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2CTCGATGGAG.TTCTAAGCTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GACCGTAGCA.TAACTAAGGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GCTCTAACGA.GATAAGCGTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GCTCTAACGA.GCGTACTTTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TTCTCTAGTTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1AATACGATAA_idx2GCTCTCGCCT.TAATACCAGTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2AGGATTACCA.TCCAAGTTATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1ACGGCGTTAA_idx2TCGATATTGA.GTAAGGAGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TATTGACTCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2GATCAGTCAT.AATTCATCGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2GGAACGATGG.TAACTAAGGTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TTATAGGCATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1AGGTCAGCTT_idx2ATAGGATATG.TTGATTCCTTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TCATGGCTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.GAACGATGTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TGCTAATTCTATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.TCAGGAGATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2GTCGCTCAGT.CCTAATGGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.TCTTAGTTCTCTGATTAAGA	Neural
progenitors	11
16_18_exp10_idx1ATGGCGCCTG_idx2AGGTCAATTA.TTATCCGCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2CAAGATTAAG.TGCCTATTATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.TCTATCCAATAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GAACTGCATC.TAGGTACTATCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.GGAGCTCATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2ATAGGATATG.GCAGATACTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.GACCGTCATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.GGTTCGAGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.AGCGTAAGTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.TTCCATTACTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2GGAACGATGG.TCCAATAGTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.TTATCCGCTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.TGGTTGAATTCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1GATTCTTGAA_idx2CCAAGCTGAA.GTAAGGAGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2AGCGTCAATG.CTGAGCATTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.TCTACTTACTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.TGTCCTTATTAACGGACCAA	Immature
neurons	7
16_18_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.TGAATTCGTTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TGCCTATTATATCCATGACT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2AGGATTACCA.CAAGCAACTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.GAAGAGGCTCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GGAGCTCATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.GAGACTAGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.GGCGTTAATCCTAGCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TCAAGATCTTACCGCCAACC	Head epid.
/muscle	4
16_18_exp10_idx1GGTTATCGAA_idx2AACTACCGAC.GGACTTGATTATATACTAA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2CTAACTCCAA.TCGAATCTTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.CATCAACGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGACCAGTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2CAAGCTTGGC.GACCGTCATGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.ATACCAGTTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.TGAATCTGATTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TTCGCATAATTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.TTTGCTTAGTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.GCGGTATATAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.TATTGAGGTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TAGGTAACTT_idx2TGATACGAGT.TATTCTCCTTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.AGTATTAGCTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.GACGTTCGTGCTCTCGCCT	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.TTCCATCTTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TATAATAGTT_idx2GGAACGATGG.TAGTTACCTTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2ACTATCTTGA.TATCGAACTTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CGTCCGTCCT.TATGCGATTTACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.TGGATTCTATACTTAACCTT	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TTCTAAGCTTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TTAATGAGCTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TGAATTCGTTAATTATCAGC	Head epid.
/muscle	4
16_18_exp10_idx1TCCTCTGCCG_idx2TTGGTCATAA.TCCTATAAGTAACGGACCAA	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2CGTCCGTCCT.TAACTAAGGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TCTTGAGGTT_idx2TGGCCGCAAT.AACTGGCATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.ATTAGTCTGTGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2AGATCCTATA.GAACGATGTCTGATTAAGA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2ATAAGAGGCG.TATCTCGATTTTAGGATCTA	Head epid.
/muscle	4
16_18_exp10_idx1TTATTGAGGC_idx2GGCTATGACT.TACGGTAGTGCTGGAACTT	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.ATTAGTCTGTCATTATTACC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.TGACGAGGTTTACCGAGGC	Head epid.
/muscle	4
16_18_exp10_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TCTATCCAATGGTCCAGGAG	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2CGACTACCAA.ATTCCTAGATCATCTCTGCA	Head epid.
/muscle	4
16_18_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.TCGTTCTGTAATTATCAGC	Head epid.
/muscle	4
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CCGTCTCATTCGATATTGA	Sensory
progenitors	14
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GACCGTCATCGGCGAGACC	Neural
progenitors	3
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CTCCTCGTTTCCGGTAATC	Ventral
midline	9
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TACTCCTATTAGCGTCAATG	Neural
progenitors	1
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCTATACCTTCAAGATTAAG	Ventral
midline	9
14_16_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TAACTAAGGTTTCTTATCGA	Sensory
progenitors	14
14_16_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TATGACTTGTCGGCGAGACC	Immature
neurons	12
14_16_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TGCTACTAATTGATACGAGT	Ventral
midline	9
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GATTACGGTTCGATATTGA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCTCGAGATATGCAATATG	Neural
progenitors	1
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TAACTAAGGTCCTAGCGCCT	Sensory
progenitors	14
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATGACTTGTATGCAATATG	Ventral
midline	9
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCAGCGGTTTATTACTCAT	Sensory
progenitors	14
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCAGGAGATCTGATTAAGA	Ventral
midline	9
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCTCTCCATCCGCGGACCG	Sensory
progenitors	14
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCTGGCCTTGATAGAACG	Sensory
progenitors	14
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GGAGCTCATCAAGCTTCAT	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TGATCTTCTTGGTCCAGGAG	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CCAGAACCTCCGCGGACCG	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CCGGATAGTGTCCAACTCA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TTGGTTAAGTGCGACGCAGA	Ventral
midline	9
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCATCAGGTATAGACTAGG	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCATTGCGTAATACTCTTC	Sensory
progenitors	14
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACTACCATTTATAAGAAC	Sensory
progenitors	6
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGTACGGATTGGAAGTACC	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTAAGGAGTCGAATAATTC	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTACCTCTTCGAGCTGCCA	Sensory
progenitors	14
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TACTCCTATTTGATAGAACG	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATTCGGCTAACTGATCTT	Sensory
progenitors	6
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCGAATCTTTCCAACTAACC	Sensory
progenitors	14
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCGAATCTTTTCCGTCGCCA	Sensory
progenitors	14
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGAGAGATTGACCTCTCTG	Ventral
midline	9
14_16_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GTCGGAGTTTTATAAGAAC	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCGAATCTTTACTTCCGAAT	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCTCGCTCTAGTAAGCATA	Sensory
progenitors	14
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GCAATCGCTAGTAAGCATA	Ventral
midline	9
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GCTGAAGCTGCGACGCCTT	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GCTTCTGGTTCCGTCGCCA	Neural
progenitors	1
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GTTCGCTGTTTGAGTATCA	Immature
neurons	12
14_16_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.AAGATGCCTTAGGCAGATA	Sensory
progenitors	14
14_16_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TGTTAAGACTTTGAGTATCA	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GATCGACCTCATGCTGGTT	Sensory
progenitors	14
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGACTTGATCATGCTGGTT	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGATAGGTTTCCGTCGCCA	Ventral
midline	9
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCAGCGGTTATAGTCGTAG	Mature
neurons	10
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGGATCCGTTGGAACTAGA	Neural
progenitors	3
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.AAGCGCCATGGCTAATTAA	Ventral
midline	9
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGACTTGATTGGAAGTACC	Sensory
progenitors	14
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTACCTCTTCGGCGAGACC	Ventral
midline	9
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTATAGGCATTATTACTCAT	Ventral
midline	9
14_16_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GTATCGCATCCGCGGACCG	Sensory
progenitors	14
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GGTACGGATGGCATAGCTT	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TAGAGCCTTTTCCATGGCA	Sensory
progenitors	6
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TTCCGACGTTGGAACTAGA	Sensory
progenitors	6
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TGCTCCTATCCAGGTCTAC	Sensory
progenitors	14
14_16_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TAGCCAATTTAGTTGCATCT	Ventral
midline	9
14_16_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.AACCGCTGTGACCTCTCTG	Ventral
midline	9
14_16_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.AAGCGCCATAGTTCGAGTA	Immature
neurons	2
14_16_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.GACGTTCGTGCGACGCAGA	Neural
progenitors	1
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.GGCTTACTTCGAATAATTC	Immature
neurons	2
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.GGTTCGAGTCATGCTGGTT	Sensory
progenitors	14
14_16_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GAACGATGTTTGGTCATAA	Ventral
midline	9
14_16_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GGATAGGTTGGCATAGCTT	Sensory
progenitors	14
14_16_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.ACCTTCGGTAACGAGGCTA	Ventral
midline	9
14_16_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.GTAGCGATTCAGGTATGGA	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.GACTCGCTTAGTTGCATCT	Ventral
midline	9
14_16_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TCAGCGGTTTTAGATTCCG	Ventral
midline	9
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GCTCGAGATCGGCGAGACC	Sensory
progenitors	14
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTAAGGAGTTATTACTCAT	Immature
neurons	13
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TAGAGCCTTACTGCCGATA	Sensory
progenitors	14
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTGCGGTCTTGATACGAGT	Sensory
progenitors	14
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ACGAGGTTTTATTACTCAT	Neural
progenitors	1
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ATGGAGAGTCGTCCGTCCT	Ventral
midline	9
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CCGGATAGTACTTCCGAAT	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTAGTACGTTTAGATTCCG	Ventral
midline	9
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTGCTGAATTCGATATTGA	Ventral
midline	9
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGAACGCGTTGAGGTAGAA	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TGACGAGGTAACTACCGAC	Neural
progenitors	0
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.ACGAGGTTTTTATAAGAAC	Ventral
midline	9
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CCGAGAGATCCAGGTCTAC	Ventral
midline	9
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTTCGCTGTCCGCGGACCG	Neural
progenitors	11
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTTGCTCCTGCTCTCGCCT	Neural
progenitors	0
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TAGAGCCTTAATGGTCGAC	Ventral
midline	9
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATGGTCTTTGCAGGCGACG	Sensory
progenitors	6
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATTGAGGTTCGATCATTAC	Immature
neurons	12
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCTACTTACTTTAACGTACC	Sensory
progenitors	14
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CGGTTCCATTCTACCATTA	Neural
progenitors	1
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTATCGCATTTAGATTCCG	Neural
progenitors	11
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TATGACTTGTTCCGTCGCCA	Neural
progenitors	11
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCATTAAGCTCGAGCTGCCA	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GTAGCGATTTTCTTATCGA	Ventral
midline	9
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.ATGGCGTATTGAGGTAGAA	Neural
progenitors	11
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTTCCAGCTATGCAATATG	Sensory
progenitors	6
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTTGCTCCTGTCCAACTCA	Sensory
progenitors	14
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCTCGCTCTAATTATCAGC	Sensory
progenitors	14
14_16_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TATCGAACTTCGAGCTGCCA	Neural
progenitors	3
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GGCGACTATTCGATATTGA	Sensory
progenitors	14
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GGTACGGATGGCTAATTAA	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GGTTCGAGTCCGCGGACCG	Immature
neurons	13
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GTATCGCATGACCTCTCTG	Ventral
midline	9
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CTTCATGCTAGTTGCATCT	Immature
neurons	12
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GGCTTACTTTATTACTCAT	Ventral
midline	9
14_16_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.GAACGGCTTAGTTCGAGTA	Ventral
midline	9
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CGCCGTAATGGCATAGCTT	Ventral
midline	9
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTCGGAGTTATCGAGTCGC	Sensory
progenitors	14
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTTCGCTGTTTAGATTCCG	Sensory
progenitors	14
14_16_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GGCTTACTTAACTACCGAC	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GTTCGCTGTAGATATATCG	Sensory
progenitors	14
14_16_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TCGGTACCTGCAGACCGGT	Ventral
midline	9
14_16_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TCTCGCTCTTCCGTCGCCA	Neural
progenitors	3
14_16_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TTCGCGGATTGATAGAACG	Neural
progenitors	1
14_16_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GTTCGCTGTACTTCCGAAT	Ventral
midline	9
14_16_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TATATGCGTTCCGCGGACCG	Immature
neurons	2
14_16_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TCCGGTCATCCGCGGACCG	Sensory
progenitors	6
14_16_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TCAGGAGATGGCTAATTAA	Ventral
midline	9
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACTTGGCTTTAGATTCCG	Ventral
midline	9
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTAAGCTCTAACTGATCTT	Immature
neurons	2
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CCGAGAGATACGAGGACCT	Sensory
progenitors	14
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CGAGATGCTCATGCATCTC	Sensory
progenitors	14
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CTCTACTGTAGTAAGCATA	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CTCTACTGTTTATAAGAAC	Immature
neurons	2
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGAGCTCATCAAGATTAAG	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTATCGCATTGATACGAGT	Neural
progenitors	0
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TATCCAGGTTTGAGTATCA	Neural
progenitors	11
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTGAGTCCTCGTCCGTCCT	Ventral
midline	9
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.CTACGGCATCCAGGTCTAC	Neural
progenitors	1
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GGTTGGCATTCCAGAAGGT	Sensory
progenitors	14
14_16_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TCCGGTCATTCCGTCGCCA	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GCTGAAGCTACTTCCGAAT	Ventral
midline	9
14_16_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TATGACTTGTTTGAGTATCA	Ventral
midline	9
14_16_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TATCCAGGTACTTCCGAAT	Sensory
progenitors	14
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TAGTTACCTTTTAACGTACC	Immature
neurons	13
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TCTCGCTCTCGAGCTGCCA	Sensory
progenitors	6
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ACCTTCGGTTCTAGAACTA	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ATGCCAAGTACTTCCGAAT	Sensory
progenitors	14
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GACTACCATTACGGCTACG	Sensory
progenitors	14
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GAGCGGTATGCAGACCGGT	Ventral
midline	9
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCCATGGTTTCGATATTGA	Sensory
progenitors	14
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCTCGCTCTAACTGATCTT	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TTGGCTCATTCTAGAACTA	Neural
progenitors	3
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AAGATGCCTAATTATCAGC	Ventral
midline	9
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CATCGGACTGATGATCGTA	Ventral
midline	9
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CGAGATGCTTGAGTCCAGA	Mature
neurons	17
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GAAGAGGCTCCAACTAACC	Sensory
progenitors	14
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GAGACTAGTTTGAGTATCA	Ventral
midline	9
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCTGGCTATCTGCTTCGAC	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTCCTGCATAACTACCGAC	Sensory
progenitors	14
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAGCCAATTTTGATAGAACG	Sensory
progenitors	14
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGCGCATTTTATAAGAAC	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGCTACTAATAGTAAGCATA	Neural
progenitors	11
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTTGCTTAGTTTAGGATCTA	Ventral
midline	9
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GGCGCATTTTGATAGAACG	Ventral
midline	9
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GGTTGGCATGGCTATGACT	Ventral
midline	9
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCCGGTCATTTGGTCATAA	Ventral
midline	9
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCCTACCTTCATGCTGGTT	Neural
progenitors	1
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AGCAACGATCGATCATTAC	Sensory
progenitors	14
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ATGCCAAGTTGCATATAAC	Sensory
progenitors	6
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GAGCGGTATAACTGATCTT	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATGACTTGTAGCGTCAATG	Mature
neurons	10
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCTCCGAATAGTCCGCGGA	Sensory
progenitors	14
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCTCGCTCTCTGCTTCGAC	Sensory
progenitors	14
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGCTCCTATTTGAGTATCA	Sensory
progenitors	14
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCGCGGATTTGGTCATAA	Sensory
progenitors	6
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCTAAGCTTGTCCAACTCA	Neural
progenitors	3
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CGACGATATCCGCGGACCG	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CGACGATATGGCATAGCTT	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTGGAAGATTTGGAATCTC	Sensory
progenitors	6
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTTAGCGGTTCTAGAACTA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTGACGTGCAAGGAATA	Sensory
progenitors	6
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTTGGCTCATTATTACC	Ventral
midline	9
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTTGGCTCGAGCTGCCA	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGTAGTCCTCGAGCTGCCA	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCTACCTTCGCCTCGAAC	Ventral
midline	9
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCTATTCTTTACTTACTTA	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTCCGAATCGCCTCGAAC	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ATGGCGTATTCTACCATTA	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCATCAGGTGGCTAATTAA	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTTAGCGGTCAAGATTAAG	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCGGAGAATAGATATATCG	Ventral
midline	9
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGCTAATTCTCATGCATCTC	Sensory
progenitors	6
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.ACGGCAATTAAGCCGGCTG	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.AGCAACGATTTCTTATCGA	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGTCCTTCTACTTCCGAAT	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TAGAGAGTATAATACGCAGG	Ventral
midline	9
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCTCGCTCTAATCTGGAGT	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.AGCAACGATACGCCGTTCA	Ventral
midline	9
14_16_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TCATAGAGTTCGTCCGTCCT	Ventral
midline	9
14_16_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TGAACGCGTTGGAACTAGA	Sensory
progenitors	6
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.AACCGCTGTACGCAACTCC	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.AACCGCTGTTCTACCATTA	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACCAATGCTTTCTTATCGA	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACGAGGTTTAATGGTCGAC	Ventral
midline	9
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACGAGGTTTCCAGGTCTAC	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCCATGGTTACTTCCGAAT	Ventral
midline	9
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGCCTGATCAAGATTAAG	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCCGACGTTTAGATTCCG	Ventral
midline	9
14_16_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TAGCTCGGTTACTTACTTA	Ventral
midline	9
14_16_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TCTAGGAATTAGTCCGCGGA	Ventral
midline	9
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACGGCAATTAACTACCGAC	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACGGCAATTTTATAAGAAC	Ventral
midline	9
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCAGAACCTCAAGCTTCAT	Ventral
midline	9
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCGGATAGTATGCAATATG	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACTGACGTCCAGGTCTAC	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAGACTAGTAGACTCAAGC	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAGCGGTATACTTCCGAAT	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTTCGAGTGCTCTAACGA	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTAGCGATTACGCAACTCC	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAGAGCCTTGCGACGCAGA	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCAGGAGATTGGAACTAGA	Ventral
midline	9
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCTCCTATACTGCCGATA	Immature
neurons	7
14_16_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GGATAGGTTGCTCTCGCCT	Ventral
midline	9
14_16_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GTAGCGATTGGTCCAGGAG	Ventral
midline	9
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TTAATGAGCTGATGATCGTA	Sensory
progenitors	6
14_16_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.CTCCAGAGTTTGAGTATCA	Sensory
progenitors	14
14_16_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.GTAAGCTCTCCGCGGACCG	Immature
neurons	13
14_16_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.CAATCGGTTGCAGACCGGT	Sensory
progenitors	14
14_16_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TGCGTAGTTTATAGTAAGC	Immature
neurons	13
14_16_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TCCGGTCATGTTGACGGCC	Sensory
progenitors	14
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CCGGAGTTTAATACGCAGG	Ventral
midline	9
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGTCTACGTAATACGCAGG	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GTAAGGAGTGTTGACGGCC	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCGCGCATTATGCAATATG	Sensory
progenitors	14
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.AAGCGCCATGGCTAATTAA	Ventral
midline	9
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CTCTACTGTAACTACCGAC	Ventral
midline	9
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GTTCCAGCTCAAGTACTGG	Ventral
midline	9
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGAATTCGTTTGATAGAACG	Sensory
progenitors	6
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGAATTCGTTAATCTGGAGT	Sensory
progenitors	14
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTGGCGACTTGATACGAGT	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACGAGGTTTCATGCATCTC	Sensory
progenitors	14
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ATTGCCGGTCCGCGGACCG	Ventral
midline	9
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCTCCTGATAACTGATCTT	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACCGTCATGTCCAACTCA	Sensory
progenitors	14
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCGGAGAATTCGATATTGA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGAGCTCATCGAGCTGCCA	Ventral
midline	9
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTCGGAGTTGGTCGCGTCA	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATAAGGCTTGGTCCAGGAG	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCATTAAGCTGGCATAGCTT	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGGATCCGTTCGATATTGA	Sensory
progenitors	14
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CCAGAACCTTATTACTCAT	Sensory
progenitors	14
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GACCAGGATAATGGTCGAC	Sensory
progenitors	14
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GGTCCTTCTAAGTAGTCAG	Ventral
midline	9
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TACGGTAGTGTCATTGCGC	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCATAGAGTTTGATAGAACG	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TTCTCTCGTGGCATAGCTT	Ventral
midline	9
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TTGGCTCATTCGATATTGA	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GTCATCTGTGGTCCAGGAG	Ventral
midline	9
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TATAAGGCTTTGATACGAGT	Sensory
progenitors	14
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ACGAGGTTTGTTGACGGCC	Sensory
progenitors	14
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ATAGTCGCTTCGATATTGA	Sensory
progenitors	14
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ATTGCCGGTTGATAGAACG	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CCGAGAGATCTGCTTCGAC	Ventral
midline	9
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CCGGATAGTCGATCATTAC	Ventral
midline	9
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTAGTACGTTTATAAGAAC	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTCCAGAGTTGATAGAACG	Neural
progenitors	3
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GACTTGGCTACTATCCGCA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GAGACTAGTTCGATATTGA	Ventral
midline	9
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TACGGTAGTGTCATTGCGC	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATTGACTCTCCAGGTCTAC	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCATAGAGTTTGATAGAACG	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCGTAGCGTGGCTAATTAA	Sensory
progenitors	14
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGGTAGGCTTTGGTCATAA	Ventral
midline	9
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGGTCGAATGACCTCTCTG	Neural
progenitors	0
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGAGAGATTTGGAACTAGA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGGCTCATTCGATATTGA	Immature
neurons	2
14_16_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.ACCTTCGGTGCAGGCGACG	Neural
progenitors	0
14_16_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TCGCGCATTGTCGCTCAGT	Sensory
progenitors	14
14_16_exp1_idx1TATAATAGTT_idx2TATAACTTCC.CCAGAACCTATCGAGTCGC	Sensory
progenitors	14
14_16_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TCTATACCTTGCTCTCGCCT	Sensory
progenitors	6
14_16_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.GCTCGAGATTGCGCCATCT	Sensory
progenitors	14
14_16_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.GTCGGCAATGCAAGGAATA	Sensory
progenitors	14
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CTTCATGCTCATTATTACC	Sensory
progenitors	14
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GGCGACTATCCGCGGACCG	Sensory
progenitors	14
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GTACCTCTTAACTACCGAC	Ventral
midline	9
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TTCGCATAATAACTGATCTT	Ventral
midline	9
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CATCGGACTCGAGCTGCCA	Neural
progenitors	3
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACTCGCTTCAGGTATGGA	Ventral
midline	9
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCTCGAGATTCCAGAAGGT	Sensory
progenitors	14
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGCGCATTTCAAGTACTGG	Ventral
midline	9
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGGACCTCTTCCGTCGCCA	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCTCTCGTCGCCGCCTCC	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTGGCAATATCGGAAGATAT	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTTGCTTAGTGTCCAACTCA	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.ACGAGGTTTTATTACTCAT	Neural
progenitors	3
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CATCGGACTTCCGTCGCCA	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CTGCTGAATATTGCGCTGA	Ventral
midline	9
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GATCGACCTCAGGTATGGA	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCAACGTTTAGTTGCATCT	Sensory
progenitors	14
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCGTTCTGTCGAGCTGCCA	Sensory
progenitors	14
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CCGAGAGATGGCATAGCTT	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GAACGATGTGTCATTGCGC	Ventral
midline	9
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GAAGAGGCTTATTACTCAT	Sensory
progenitors	14
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACTACCATTTGGATCCTT	Ventral
midline	9
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACTCGCTTTATTACTCAT	Ventral
midline	9
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTCCTGCATATGCAATATG	Ventral
midline	9
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGAGAATCATCCAGGTCTAC	Ventral
midline	9
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGCTACTAATCCGCGGACCG	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTCCGACGTCGAATAATTC	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.ACCTTCGGTCCGCTATATT	Ventral
midline	9
14_16_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TAACTAAGGTTTAGATTCCG	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.AGCAACGATCTGATTAAGA	Ventral
midline	9
14_16_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GCGGAGAATAATACGCAGG	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GACTCGCTTCAGGTATGGA	Ventral
midline	9
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GCCATGGTTAATACGCAGG	Neural
progenitors	3
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCGGTACCTAACTGATCTT	Neural
progenitors	11
14_16_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.CTCCAGAGTAATACGCAGG	Immature
neurons	7
14_16_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.TCCAATAGTTAATACGCAGG	Sensory
progenitors	14
14_16_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TGCGTAGTTTTAACGTACC	Immature
neurons	2
14_16_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TTCTGGCCTTACTTACTTA	Sensory
progenitors	6
14_16_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.GATCGACCTGACCTCCGCC	Sensory
progenitors	6
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TCGGTACCTAGTCCGCGGA	Ventral
midline	9
14_16_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CTCCTCGTTCAAGATTAAG	Ventral
midline	9
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AAGATGCCTAATCTGGAGT	Neural
progenitors	3
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CCGGAGTTTACGCAACTCC	Neural
progenitors	1
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTAGTACGTTCGATATTGA	Neural
progenitors	3
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTTCATGCTCATTATTACC	Sensory
progenitors	14
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GAACGGCTTTCCGTCGCCA	Sensory
progenitors	14
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCAACGTTTTGGAAGTACC	Ventral
midline	9
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGAGGTTCTTCGATATTGA	Ventral
midline	9
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCTATTCTTGCAAGGAATA	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCCATTACTTGGAAGTACC	Sensory
progenitors	14
14_16_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GAGCGGTATTCCGTCGCCA	Ventral
midline	9
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ACGGCAATTCATGCTGGTT	Ventral
midline	9
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTAGTACGTGTCCAACTCA	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GAACGGCTTCAAGATTAAG	Neural
progenitors	1
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGCAAGTCTAGTCCGCGGA	Ventral
midline	9
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCTATACCTTAACTACCGAC	Immature
neurons	13
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTGCGGTCTTTATAAGAAC	Sensory
progenitors	6
14_16_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GCGGAGAATTGATGGCCTT	Ventral
midline	9
14_16_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TCAGGAGATCCGTCGGAGG	Sensory
progenitors	14
14_16_exp10_idx1AATACGATAA_idx2CGCCGCCTCC.CCAAGGATTCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TCAGCTTCTACCGCCAACC	Sensory
progenitors	14
14_16_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TCGAATCTTTTATATACTAA	Sensory
progenitors	14
14_16_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.TTGGAGCTTCCTAGCGCCT	Immature
neurons	12
14_16_exp10_idx1ACGGCGTTAA_idx2GACCTCTCTG.TATTCTCCTTAACGGACCAA	Sensory
progenitors	14
14_16_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TATGGTCTTTAATTATCAGC	Immature
neurons	2
14_16_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.ACTTACTCATACTTCCGAAT	Ventral
midline	9
14_16_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TTGGTTAAGTCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2CGATCATTAC.TATATGCGTTCTGATTAAGA	Mature
neurons	10
14_16_exp10_idx1AGACCATATC_idx2TGCCAGATGG.TGAGAATCATGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TCCAAGTTATAATTATCAGC	Sensory
progenitors	14
14_16_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TTGAGAGATTTTAGGATCTA	Sensory
progenitors	14
14_16_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.AAGTTCTTGTGCTAACTTGC	Immature
neurons	2
14_16_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.TCAGGAGATTGGAACTAGA	Sensory
progenitors	14
14_16_exp10_idx1AGGTCAGCTT_idx2GGCTAATTAA.TCAGCTTCTGGTCCAGGAG	Immature
neurons	2
14_16_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.TAATACCAGTTTAGGATCTA	Ventral
midline	9
14_16_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.ATGGTTGGTAAGCCAGTTA	Neural
progenitors	0
14_16_exp10_idx1ATAAGGACTC_idx2ACTATCCGCA.TCTCGCTCTGACTAGTCTA	Sensory
progenitors	14
14_16_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.TTCTCATTGTTGGAACTAGA	Neural
progenitors	0
14_16_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.ATTAGGTACTACTTAACCTT	Mature
neurons	10
14_16_exp10_idx1ATAAGGACTC_idx2TTGAGTATCA.CCTAATGGTGGTATCCGCC	Immature
neurons	7
14_16_exp10_idx1ATAAGGACTC_idx2TTGAGTATCA.TTATCCGCTTTGGTCATAA	Sensory
progenitors	14
14_16_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.TTGAGAGATTGCTCTCGCCT	Sensory
progenitors	14
14_16_exp10_idx1CCTCAGCTCC_idx2ATAGGATATG.TTATAGGCATTATATACTAA	Immature
neurons	13
14_16_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TCATAGAGTTACTTAACCTT	Ventral
midline	9
14_16_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TGGATCCGTTTGGTCATAA	Neural
progenitors	1
14_16_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.TTCTTAACCTCTGATTAAGA	Sensory
progenitors	6
14_16_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.CTGCCTTATAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TAGGAAGGTCCGCGGACCG	Ventral
midline	9
14_16_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.CTGCTGAATAACGGACCAA	Immature
neurons	13
14_16_exp10_idx1GAGCGCGATG_idx2GGAACGATGG.TATAAGGCTTAATTATCAGC	Immature
neurons	7
14_16_exp10_idx1GAGCGCGATG_idx2GGAACGATGG.TATCATGAGTCCGCGGACCG	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2AGGATTACCA.TTGGAGCTTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2TCCGTCGCCA.CTGGAAGATGCTAACTTGC	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2TCCGTCGCCA.TCAGCTTCTGCTGGAACTT	Neural
progenitors	1
14_16_exp10_idx1GCATCGTATG_idx2TCGATATTGA.GACCGTCATCATCTCTGCA	Sensory
progenitors	14
14_16_exp10_idx1GCATCGTATG_idx2TCGATATTGA.GCGTACTTTTCTAATAGTA	Sensory
progenitors	14
14_16_exp10_idx1GCATCGTATG_idx2TCGATATTGA.TCGAATCTTTCCGATTCCTG	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.GGTACCATTCATTATTACC	Sensory
progenitors	14
14_16_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.AGCGTAAGTTGCCGGCAGA	Immature
neurons	13
14_16_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.ATACCAGTTTAATTATCAGC	Ventral
midline	9
14_16_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GGTTCGAGTTTGAGTATCA	Sensory
progenitors	14
14_16_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TTCGTTCCTAACTACCGAC	Ventral
midline	9
14_16_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.GAGACTAGTTGCGGACCTA	Ventral
midline	9
14_16_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TCTCGCTCTGCTGGAACTT	Ventral
midline	9
14_16_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.GGTTGGCATCCGATTCCTG	Sensory
progenitors	14
14_16_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.ATATCCTACTGCTCTCGCCT	Sensory
progenitors	6
14_16_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.TCCTATTCTTATCCATGACT	Immature
neurons	7
14_16_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.GATACGTCTATCCATGACT	Sensory
progenitors	14
14_16_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TAGGTACTATAATACGCAGG	Sensory
progenitors	14
14_16_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TCTATCCAATGGTACTGCCT	Immature
neurons	2
14_16_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TTGACTCAATCCGATTCCTG	Ventral
midline	9
14_16_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.TCTAGGAATTATCCATGACT	Sensory
progenitors	14
14_16_exp10_idx1GTAGCAGCTA_idx2CTAACTCCAA.CATCAACGTAATTATCAGC	Sensory
progenitors	14
14_16_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TCCTCGAGTGATCGCTTCT	Ventral
midline	9
14_16_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TAGCCAATTTCTGCTTCGAC	Neural
progenitors	0
14_16_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.GTCTCTACTAGTAAGCATA	Sensory
progenitors	14
14_16_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.TAGAACCAATCCGATTCCTG	Sensory
progenitors	14
14_16_exp10_idx1TAGGTAACTT_idx2ACTTCCGAAT.ACTTACTCATCCGATTCCTG	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TCTATCCAATACCGCCAACC	Sensory
progenitors	14
14_16_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.CTGGAAGATAACGGACCAA	Sensory
progenitors	14
14_16_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.TATGGTCTTTCGCTCCTAAC	Neural
progenitors	0
14_16_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.CCAAGGATTGGTCCAGGAG	Sensory
progenitors	14
14_16_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TTCGCATAATACCGCCAACC	Sensory
progenitors	14
14_16_exp10_idx1TATAATAGTT_idx2TGCCAGATGG.TAAGGTTCATGGCTAATTAA	Ventral
midline	9
14_16_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TTGACTCAATCCTAGCGCCT	Head epid.
/muscle	4
14_16_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.GGTACCATTAACGGACCAA	Sensory
progenitors	6
14_16_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.CATCAACGTGGCTAATTAA	Sensory
progenitors	14
14_16_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TAGAACCAATGATGATCGTA	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TCAGGAGATTCGTAGAGAA	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2TCATCTAATC.ATATCCTACTTTATAAGAAC	Sensory
progenitors	14
14_16_exp10_idx1TATTAGACTT_idx2TCATCTCGAT.AGCGTAAGTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2TCATCTAATC.TAAGAATGGTTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2TGGACTTGAC.CCTAATGGTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2TTGGTCATAA.TGGATTCTATTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.TTGGTTAAGTTGATACGAGT	Immature
neurons	7
14_16_exp10_idx1TGGACGACTA_idx2ACGTTCAACC.TTGACTCAATCTAACTAGAT	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.GAGACTAGTCGCTCCTAAC	Neural
progenitors	0
14_16_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TCGAGAAGTCTGATTAAGA	Sensory
progenitors	6
14_16_exp10_idx1TTATTGAGGC_idx2CGAAGGACGA.GTCTATGGTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.TTCAACTGATATCCATGACT	Sensory
progenitors	14
14_16_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.TCTTAGTTCTTGCCGGCAGA	Sensory
progenitors	14
14_16_exp10_idx1TTCGAATATT_idx2TGCCAGATGG.TAGTTACCTTTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TCTATACCTTAGTAAGCATA	Sensory
progenitors	14
14_16_exp10_idx1TTGCCGTAGG_idx2TGAGGTAGAA.TGCTAATTCTTTAGGATCTA	Immature
neurons	2
14_16_exp10_idx1TTGCGAGCAT_idx2CGACTACCAA.TAGAGAGTATCCAGTTCCAA	Neural
progenitors	1
14_16_exp10_idx1TTGCGAGCAT_idx2GGACTCATTG.GGAGCTCATTGATACGAGT	Sensory
progenitors	14
14_16_exp3_idx1ACGGCGTTAA_idx2AATTGCCTAC.ATCAGTCATTTGGCCATGCA	Immature
neurons	2
14_16_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.AGAGGTCGTTCGCTAAGCA	Ventral
midline	9
14_16_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.GTTCCAGCTGTCCTAGAGG	Sensory
progenitors	14
14_16_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.AGGCTCGTTAGACTCAAGC	Sensory
progenitors	14
14_16_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.ATTAATGCCTCATCTCTGCA	Ventral
midline	9
14_16_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.AAATCGTTCTTCGATATTGA	Sensory
progenitors	14
14_16_exp3_idx1AGACCATATC_idx2AATTGCCTAC.AGCATTATGTCGCCTCGAAC	Ventral
midline	9
14_16_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.ATTAGTCTGTAATGCCGCTT	Ventral
midline	9
14_16_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.ATTCGGAGTGCAGGCGACG	Immature
neurons	8
14_16_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.AAGGATTACTAGACTCAAGC	Immature
neurons	2
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.AATCCAGTATAATTATCAGC	Neural
progenitors	3
14_16_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.GGTCTACGTACTTGCTAGA	Sensory
progenitors	14
14_16_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.GGTTGGCATGCGCGGTAGT	Ventral
midline	9
14_16_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.ATTAATGCCTGCCGTATGCT	Sensory
progenitors	14
14_16_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.TTCTGGCCTGATGATCGTA	Immature
neurons	2
14_16_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.AGAGTACCTACTTCCGAAT	Immature
neurons	2
14_16_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.AGGCTCGTTTTCATAGGAC	Immature
neurons	13
14_16_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.GGTACGGATGATGATCGTA	Ventral
midline	9
14_16_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.TATCTCGATTCATCAGAATG	Immature
neurons	13
14_16_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.AGGATAATCTTCGATATTGA	Immature
neurons	2
14_16_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.CTCGCATGTCATCAGAATG	Immature
neurons	2
14_16_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.TGGTCGAATCATCAGAATG	Neural
progenitors	3
14_16_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.AGGCTCGTTAATCTGGAGT	Sensory
progenitors	14
14_16_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.TCAGTTGGTTTAGGATCTA	Neural
progenitors	1
14_16_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.TCGAAGGATGTTCCGCTAA	Ventral
midline	9
14_16_exp3_idx1ATAAGGACTC_idx2ATAAGAGGCG.CATACCGCTTTGGATCCTT	Mature
neurons	10
14_16_exp3_idx1ATAAGGACTC_idx2ATAGGATATG.GGATAGGTTAGCTTATCCG	Ventral
midline	9
14_16_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.TGCGTAGTTTATCATGATC	Immature
neurons	2
14_16_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.GTTCGCTGTTTCAATATAA	Ventral
midline	9
14_16_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.TATGCGATTTATCAACGATT	Neural
progenitors	3
14_16_exp3_idx1ATAAGGACTC_idx2TTGGTCATAA.GACTGACGTGCTCAGCCGG	Immature
neurons	8
14_16_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.TTACCTAAGTGGTCCAGGAG	Immature
neurons	2
14_16_exp3_idx1ATGGCGCCTG_idx2CCAAGCTGAA.ACTGGTTATTCATGCTGGTT	Sensory
progenitors	14
14_16_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.GTCGGCAATCCTTGGTCCA	Immature
neurons	2
14_16_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.TAATACCAGTGACTAGTCTA	Immature
neurons	12
14_16_exp3_idx1ATTATGCAAG_idx2TGATAGAACG.ATTCGGAGTGATCGCTTCT	Sensory
progenitors	14
14_16_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.ATGGTTGGTCCGCAAGTTC	Mature
neurons	10
14_16_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.CGTACCTATAGGTTAGTTC	Ventral
midline	9
14_16_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.GACTGACGTCATCCGACTA	Sensory
progenitors	14
14_16_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.AAACCATAGTCGCCTAATGC	Sensory
progenitors	14
14_16_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.TTCGTTCCTAATACCATCC	Sensory
progenitors	14
14_16_exp3_idx1CCTCAGCTCC_idx2GACTAGTCTA.CGGTTCCATTAGGCAGATA	Sensory
progenitors	14
14_16_exp3_idx1CCTCAGCTCC_idx2GGTCCAGGAG.CCTCCTGATGGACTACTAC	Immature
neurons	8
14_16_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.AAATTCCTCTATTCGACCAA	Sensory
progenitors	14
14_16_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.GGTCAGTTTCAACCAGTAC	Immature
neurons	2
14_16_exp3_idx1CTCAATTAGT_idx2ACCAAGATCT.AAACTGAACTTAATGAACGA	Ventral
midline	9
14_16_exp3_idx1CTCAATTAGT_idx2TCCGGTAATC.CCATCAGGTTTCCATGGCA	Mature
neurons	10
14_16_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.TAGAGAGTATATCAACGATT	Immature
neurons	2
14_16_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.ATCAATACGTACTTAACCTT	Neural
progenitors	3
14_16_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.CGAGATGCTTATAGACGCA	Immature
neurons	2
14_16_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.AAATTCCTCTTTAGGATCTA	Immature
neurons	7
14_16_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.GTACCTCTTAGTTGCATCT	Ventral
midline	9
14_16_exp3_idx1GATTCTTGAA_idx2TATAACTTCC.TATGCGATTTCATCTCTGCA	Immature
neurons	8
14_16_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.CTTCGACTTATCATATTAG	Ventral
midline	9
14_16_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.TTCCGACGTCGTCCGTCCT	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.ATTCGCAATTGCTCTCGCCT	Immature
neurons	8
14_16_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.CGAATGAGTCAACCAGTAC	Neural
progenitors	15
14_16_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.GACCGAATTGCAGACCGGT	Sensory
progenitors	14
14_16_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.AAGGACGATGGTAGGTTAG	Ventral
midline	9
14_16_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.ACTGGACCTACGTCATATA	Ventral
midline	9
14_16_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.GAACGATGTAACGGACCAA	Ventral
midline	9
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.ACGACGCATCGTCCGTCCT	Sensory
progenitors	14
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CCAGCCTTTCTAAGAGAAG	Sensory
progenitors	14
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CCTCCTGATTTCGCTTACG	Immature
neurons	13
14_16_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.AACGTAATCTCCTTGGTCCA	Mature
neurons	10
14_16_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.TAAGACCGTCGAATAATTC	Sensory
progenitors	14
14_16_exp3_idx1GCATCGTATG_idx2CTGCAATCGC.TAACGACTTTTATGCCGAGT	Sensory
progenitors	14
14_16_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.CGAGATGCTCAACCAGTAC	Immature
neurons	8
14_16_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.TATTCGGCTGTTCCGCTAA	Ventral
midline	9
14_16_exp3_idx1GCATCGTATG_idx2TCGATATTGA.TTCCGACGTAGTTGCATCT	Sensory
progenitors	14
14_16_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.GCCATGGTTTTCTTATCGA	Immature
neurons	7
14_16_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.CGGAACCTTTGCGGACCTA	Sensory
progenitors	14
14_16_exp3_idx1GCTTGAAGAG_idx2CGAGTTAGAG.ATGCCAAGTCCGTTGACTT	Immature
neurons	7
14_16_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.GGTAGTCCTAATCTGGAGT	Ventral
midline	9
14_16_exp3_idx1GGCTTACTCC_idx2CCGTCGGAGG.ACGAGGTTTGGTCCAGGAG	Sensory
progenitors	14
14_16_exp3_idx1GTAGCAGCTA_idx2GGCTAATTAA.CTGAGCATTTGGCCGGCCT	Neural
progenitors	3
14_16_exp3_idx1GTAGCAGCTA_idx2GGCTAATTAA.GGATAGGTTTCGGCCTTAC	Ventral
midline	9
14_16_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.TAATACCAGTGTAGCTCCAT	Neural
progenitors	1
14_16_exp3_idx1GTAGGCTGCA_idx2CTCGTCTAGG.ATATGGATCTCAGGTATGGA	Sensory
progenitors	14
14_16_exp3_idx1GTAGGCTGCA_idx2CTCGTCTAGG.CTCTGAGCTGCGACGCCTT	Mature
neurons	17
14_16_exp3_idx1GTAGGCTGCA_idx2CTGCTTCGAC.ATCAGTCATTGTACTAGTAA	Ventral
midline	9
14_16_exp3_idx1GTAGGCTGCA_idx2GACCGTAGCA.TAATACCAGTTTAGGATCTA	Sensory
progenitors	6
14_16_exp3_idx1GTAGGCTGCA_idx2GACCTCCGCC.AGTTGCGCTACTTCCGAAT	Sensory
progenitors	14
14_16_exp3_idx1GTAGGCTGCA_idx2GGAACGATGG.GAGCGGTATTCAACGTAAG	Ventral
midline	9
14_16_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.CAAGCAACTTAACTGGTTA	Ventral
midline	9
14_16_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.GGTCTACGTGCTCTCGCCT	Sensory
progenitors	6
14_16_exp3_idx1TAGGTAACTT_idx2ACTCTCTCAA.TATAAGAGGTTACGGCTACG	Immature
neurons	8
14_16_exp3_idx1TAGGTAACTT_idx2ACTCTCTCAA.TATCCAGGTACTTAACTAG	Ventral
midline	9
14_16_exp3_idx1TAGGTAACTT_idx2TGATACGAGT.GCAATCGCTCAATTACCGT	Sensory
progenitors	14
14_16_exp3_idx1TAGTAAGCCG_idx2CGGCGAGACC.TCCTACCTTCCGTTGACTT	Immature
neurons	8
14_16_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.AAACTCCAATTTGGACGCTG	Ventral
midline	9
14_16_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.TTGACTCAATACTTAACCTT	Immature
neurons	2
14_16_exp3_idx1TATAATAGTT_idx2CTCGTCTAGG.AAGTTCTTGTGCCATTCTCC	Ventral
midline	9
14_16_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.TGCGTAGTTTGCGGACCTA	Sensory
progenitors	14
14_16_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.AACTTGGATTAGCTAAGGTA	Immature
neurons	7
14_16_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.ATGCATTCATATAGTCGTAG	Immature
neurons	7
14_16_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.CAATCGGTTATATTGATAC	Immature
neurons	7
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.GACTACCATGTATCATCGA	Immature
neurons	2
14_16_exp3_idx1TGGACGACTA_idx2GATGATCGTA.ACCGGTTCTCTTGCAACCT	Immature
neurons	7
14_16_exp3_idx1TGGACGACTA_idx2GATGATCGTA.GCGGTATATATCAACGATT	Immature
neurons	8
14_16_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.CGAGATGCTTGACGCTCCG	Sensory
progenitors	14
14_16_exp3_idx1TTATTGAGGC_idx2GGCTAATTAA.AAATCGTTCTTAGGCAGATA	Neural
progenitors	3
14_16_exp3_idx1TTATTGAGGC_idx2TCCGGTAATC.AAGGATATGTGTATCATCGA	Immature
neurons	8
14_16_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.AACTAGTTGTTTATTCATTC	Sensory
progenitors	14
14_16_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.GACTACCATCAGGAGGAGA	Ventral
midline	9
14_16_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.TGCGTAGTTTACTTACTTA	Sensory
progenitors	6
14_16_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.CGAATGAGTTTAATTATTG	Immature
neurons	7
14_16_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.CGACGATATACTATCTTGA	Immature
neurons	2
14_16_exp3_idx1TTCGAATATT_idx2AGGATTACCA.ATAACTTCCTTGGCCGGCCT	Sensory
progenitors	6
14_16_exp3_idx1TTGCCGTAGG_idx2AACCTAGCTT.AACGAGCGTCTGATTAAGA	Sensory
progenitors	14
14_16_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.ATATGCCATTACGTCATATA	Immature
neurons	8
14_16_exp3_idx1TTGCCGTAGG_idx2ACTTCCGAAT.ACATGGTAATTTACGTATAC	Immature
neurons	7
14_16_exp3_idx1TTGCCGTAGG_idx2ACTTCCGAAT.CAGTATCCTGGCTAATTAA	Sensory
progenitors	14
14_16_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.CAACGCAGTTCGATATTGA	Ventral
midline	9
14_16_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.CGTCTTCCTGCTAACCTCA	Immature
neurons	8
14_16_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.GGTACGGATGCTGGAACTT	Mature
neurons	10
14_16_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.GCGTCGTATGAAGGTTGCC	Sensory
progenitors	14
14_16_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.TAGAACCAATTAGGCAGATA	Immature
neurons	7
14_16_exp3_idx1TTGCCGTAGG_idx2CTGCTTCGAC.AGGCTCGTTCGCCTCGAAC	Ventral
midline	9
14_16_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.AACGAGCGTGGATCTGCAG	Ventral
midline	9
14_16_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.ACAACCTATTCAGGAGGAGA	Mature
neurons	10
14_16_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.ATTAGTCTGTAGCTTATCCG	Sensory
progenitors	14
14_16_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.AAACTGAACTACTATCTTGA	Ventral
midline	9
14_16_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.GACCGAATTCCAGTTCCAA	Sensory
progenitors	14
14_16_exp10_idx1GATTCTTGAA_idx2CCAAGCTGAA.TCAGGAGATGATGATCGTA	Neural
progenitors	11
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CCGTCTCATCTGCTTCGAC	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CGACGATATGGCTAATTAA	Head epid.
/muscle	4
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TTGGCAATATACTGCCGATA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ACGAGGTTTCCGCGGACCG	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TCGCCAACTTTAGATTCCG	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TAGCTCGGTCATTATTACC	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TCTCTCCATTGGAAGTACC	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GAACGGCTTGATGATCGTA	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCGCATAATTCCGTCGCCA	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CAACGCAGTACTCTCTCAA	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GACTCGCTTAATACGCAGG	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCATTAAGCTTGGAACTAGA	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TCCTATTCTTGGACTCATTG	Neural
progenitors	1
14_16_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TTCTCTAGTTGCTCTCGCCT	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTCATCTGTAATTATCAGC	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTAATGAGCTTCTATAAGGA	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TCCGGTCATCCGCGGACCG	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TAGCCAATTTCTCGTCTAGG	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TGAGAATCATGTCATTGCGC	Neural
progenitors	11
14_16_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GACTCGCTTTGGAAGTACC	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GTTGCTCCTGGATCTGCAG	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GATCGACCTACTATCTTGA	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCAGTTGGTCCAGGTCTAC	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.AAGATGCCTTGGAAGTACC	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GGCGACTATAACTACCGAC	Neural
progenitors	11
14_16_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.CCATCAGGTTGGAACTAGA	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TAGAGAGTATTGATAGAACG	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TGTTAAGACTAGATATATCG	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GGACTTGATCGAGCTGCCA	Neural
progenitors	11
14_16_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TTGGCTCATTTAGATTCCG	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTCCGGTTTATCGAGTCGC	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCTGGCTATAAGTAGTCAG	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTTCCAGCTTTCAAGACCA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTATAGGCATCATGCTGGTT	Head epid.
/muscle	4
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGCCTTGGTCGCCTCGAAC	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TCTCCGAATTGATGGCCTT	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCAACTGATCCAGGTCTAC	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.ACCGTAGCTTTAACGTACC	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATAGTCGCTTTAGGATCTA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATGGCAGCTCAAGATTAAG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTCCTCGTTACTTCCGAAT	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGGTTAAGTAGTCCGCGGA	Immature
neurons	13
14_16_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.GTACCTCTTTTAACGTACC	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATATGCGTTAGCGTCAATG	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGGACCTCTACGCAACTCC	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GGCAAGTCTAATGGTCGAC	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGCTCCTATGGTCGCGTCA	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GCAACGTTTACTATCTTGA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.ATAGTCGCTAATCTGGAGT	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CAACGCAGTACGCAACTCC	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCCATGGTTAATACGCAGG	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GAAGAGGCTTCGATATTGA	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGACGAGGTAGATATATCG	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TGACGAGGTGACTAGTCTA	Immature
neurons	13
14_16_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.TTCCATTACTGTTGACGGCC	Immature
neurons	13
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCAGATACTGGCATAGCTT	Neural
progenitors	11
14_16_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.ATGGCGTATGTTGACGGCC	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TATGACTTGTATCGAGTCGC	Mature
neurons	10
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCAGGAGATACTATCTTGA	Immature
neurons	7
14_16_exp10_idx1AATACGATAA_idx2TTAACGTACC.TCGAGAAGTATCCATGACT	Head epid.
/muscle	4
14_16_exp10_idx1ATAAGGACTC_idx2ACGAGGACCT.GCCATGGTTGGCTAATTAA	Immature
neurons	13
14_16_exp10_idx1GCATCGTATG_idx2AGCGTCAATG.TTCTTAACCTACCGCCAACC	Immature
neurons	12
14_16_exp10_idx1GCATCGTATG_idx2GCAACTGGCA.TACTCCTATTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.TGCAAGGTTTTATAAGAAC	Immature
neurons	7
14_16_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.AAATTCCTCTATCCATGACT	Immature
neurons	8
14_16_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.ATCAGTCATTTGCGGACCTA	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.CTTCATGCTAATTATCAGC	Immature
neurons	12
14_16_exp10_idx1TTATTGAGGC_idx2ATAGGATATG.GGAGGTTCTAATACGCAGG	Immature
neurons	7
14_16_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.ATTCCTAGATATCCATGACT	Immature
neurons	13
14_16_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.ATTAGGTACTCCGTTGACTT	Immature
neurons	7
14_16_exp3_idx1CTCAATTAGT_idx2TTAGATTCCG.GATACGTCTGGTCCAGGAG	Immature
neurons	7
14_16_exp3_idx1GAGCGCGATG_idx2CCGTCGGAGG.TTCCGACGTTGATACGAGT	Immature
neurons	7
14_16_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.GAAGAGGCTTTCAATATAA	Immature
neurons	8
14_16_exp3_idx1GATTCTTGAA_idx2TCCGGTAATC.TGCGTAGTTCCTAGCGCCT	Head epid.
/muscle	4
14_16_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.CCGACCAATTTATTATGGT	Immature
neurons	8
14_16_exp3_idx1GCATCGTATG_idx2CTGCAATCGC.AAGATGCCTCCGCGGACCG	Mature
neurons	10
14_16_exp3_idx1GCATCGTATG_idx2GACCTCTCTG.TTGGCGACTTGCGCCATCT	Immature
neurons	7
14_16_exp3_idx1GCGCGTTCAT_idx2AGCGTCAATG.AAGACCTTATAACTACCGAC	Immature
neurons	7
14_16_exp3_idx1GGCTTACTCC_idx2AACTTATAAG.ATGGCAGCTCGTCGCAGCC	Immature
neurons	8
14_16_exp3_idx1GGCTTACTCC_idx2CTCCGGTTCT.TCGAATCTTTGCGCGGTAGT	Immature
neurons	7
14_16_exp3_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TGCAAGGTTAGTAACGGTC	Immature
neurons	7
14_16_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.GATTACGGTTTAATTATTG	Immature
neurons	12
14_16_exp3_idx1GTAGGCTGCA_idx2CTCGTCTAGG.TAAGACCGTCGTCCGTCCT	Immature
neurons	8
14_16_exp3_idx1GTAGGCTGCA_idx2GACCGTAGCA.ACTGGTTATTAATTATCAGC	Immature
neurons	7
14_16_exp3_idx1GTAGGCTGCA_idx2GACCGTAGCA.AGCATAACTTGCCATTCTCC	Immature
neurons	7
14_16_exp3_idx1GTAGGCTGCA_idx2GGAACGATGG.CAGGACTCTTCGGCCTTAC	Immature
neurons	7
14_16_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.TGGATTCTATTTAATTATTG	Immature
neurons	7
14_16_exp3_idx1TAGGTAACTT_idx2TGATACGAGT.CGAGATGCTACTTAACTAG	Immature
neurons	7
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.GTTCCAGCTACTATCTTGA	Immature
neurons	7
14_16_exp3_idx1TGGACGACTA_idx2TGAGGTAGAA.TCGCCAACTGTTCCGCTAA	Immature
neurons	7
14_16_exp3_idx1TTATTGAGGC_idx2TATAACTTCC.TACTCCTATTCATCAGAATG	Immature
neurons	7
14_16_exp3_idx1TTGCCGTAGG_idx2GATTGCAGAC.TGCAAGGTTTTCATAGGAC	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGATCTTCTTCCGCGGACCG	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTACGGCATACTTCCGAAT	Immature
neurons	7
14_16_exp10_idx1ACGGCGTTAA_idx2AATTGCCTAC.TCGAATCTTTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.GTCATCTGTGGTATGCTTG	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TTGACCAGTCTGCTTCGAC	Neural
progenitors	0
14_16_exp10_idx1TGGACGACTA_idx2ACTCTCTCAA.CTGCTGAATTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1TTGCGAGCAT_idx2TCATCTCGAT.GGACTTGATTATATACTAA	Neural
progenitors	0
14_16_exp3_idx1TTCGAATATT_idx2CCTATAAGCT.CCGTCTCATGGTCGCGTCA	Neural
progenitors	0
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GACCGTCATTGAGGTAGAA	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TAGTTACCTTTCGATATTGA	Ventral
midline	9
14_16_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.CCGTCTCATTCCGGTAATC	Immature
neurons	13
14_16_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.GGCAAGTCTGACCTCTCTG	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCGTCTATTTTATTACTCAT	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.TCCTCGAGTCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2TTCTACGCCA.TGATCTTCTTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2TCCGGTAATC.TAACGACTTTACTTCCGAAT	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TCCTCGAGTCTAACTAGAT	Neural
progenitors	0
14_16_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TGAGTTAGATTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTCCTGCATTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.GGTACCATTCCGATTCCTG	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TGATCTTCTTAGCTTATCCG	Neural
progenitors	0
14_16_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.AAGGATTACTGTCCTACTTG	Neural
progenitors	11
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.AACCGCTGTAGCGTCAATG	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GCGGAGAATGGTCGCGTCA	Neural
progenitors	3
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GACTTGGCTTGATAGAACG	Ventral
midline	9
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGGCCTGATACCGTTACGA	Neural
progenitors	0
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GGAGCTCATTTAATTATTG	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AAGCGCCATATGCAATATG	Sensory
progenitors	6
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACTCGCTTCCGCGGACCG	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATGACTTGTGGCTAATTAA	Neural
progenitors	3
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCAGTTGGTTATTACTCAT	Neural
progenitors	15
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.AGGCATCATTATTACTCAT	Neural
progenitors	0
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCAATCGCTCGAGCTGCCA	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CGCCGTAATAATGGTCGAC	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GATCGACCTTCCGTCGCCA	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2CTCGATGGAG.TCAGGAGATCCGATTCCTG	Neural
progenitors	3
14_16_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.TCTCGCTCTCAAGCTTCAT	Immature
neurons	2
14_16_exp10_idx1AGACCATATC_idx2ACGCAACTCC.TCGAGAAGTCCGATTCCTG	Neural
progenitors	0
14_16_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.GATCGACCTCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.TCCTATAAGTCAAGATTAAG	Immature
neurons	2
14_16_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TGAATTCGTTTGATACGAGT	Neural
progenitors	3
14_16_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.GTCCTGCATTGCGGACCTA	Neural
progenitors	3
14_16_exp10_idx1TATTAGACTT_idx2CATTATTACC.TATTCGGCTGATGATCGTA	Neural
progenitors	0
14_16_exp10_idx1TATTAGACTT_idx2TCATCTAATC.CTGGAAGATAGTAAGCATA	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2TGATAGAACG.GTTGCAAGTCGTCCGTCCT	Neural
progenitors	0
14_16_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.TGCTGGATTTGCGGACCTA	Neural
progenitors	0
14_16_exp10_idx1TTGCCGTAGG_idx2CTCCGGTTCT.TCGAAGGATATGCAATATG	Neural
progenitors	0
14_16_exp3_idx1AGTCCGCTGC_idx2CAAGTACTGG.GCAACGTTTCCGTTGACTT	Neural
progenitors	3
14_16_exp3_idx1CCTCAGCTCC_idx2GACTAGTCTA.AAGCGCCATCAATTACCGT	Neural
progenitors	0
14_16_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.ACAATGCTATCGGTCGTTAA	Immature
neurons	2
14_16_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.CAAGGCGTTCAATTACCGT	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.GCGTCGTATAATCTGGAGT	Neural
progenitors	0
14_16_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GCGGTATATTTGAGTATCA	Neural
progenitors	0
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GGCTTACTTGACCTCTCTG	Neural
progenitors	0
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATGCGATTTGACTAGTCTA	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCCATGGTTTATTACTCAT	Neural
progenitors	0
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGCAAGTCTTGGAACTAGA	Neural
progenitors	0
14_16_exp1_idx1TAGGTAACTT_idx2CCGTCGGAGG.TGAATTCGTTTCGATATTGA	Neural
progenitors	0
14_16_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TGGTAATAGTAAGCCGGCTG	Neural
progenitors	11
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TATCGAACTTGGCTAATTAA	Neural
progenitors	0
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GGTCCTTCTACTATCTTGA	Neural
progenitors	0
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCAACTGATTTAGATTCCG	Neural
progenitors	0
14_16_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.GGACTTGATCATCTCTGCA	Neural
progenitors	0
14_16_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.GATACGTCTTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2TTGGTCATAA.ATCAGTCATTTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1TTGCCGTAGG_idx2TGAGGTAGAA.AGTCGCATTCAAGCTTCAT	Neural
progenitors	0
14_16_exp4_idx1ATGGCGCCTG_idx2CCAAGCTGAA.ACTTACTCATAGAGAAGGTT	Neural
progenitors	0
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GTCCTGCATGGCTAATTAA	Ventral
midline	9
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCAATCGCTCATTATTACC	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCTGAAGCTTATTACTCAT	Neural
progenitors	15
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGTTAAGACTTTAGATTCCG	Immature
neurons	13
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTGGTTAAGTCTTCGGCGCA	Immature
neurons	12
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TGATCTTCTTAACTGATCTT	Immature
neurons	13
14_16_exp1_idx1AGACCATATC_idx2GACCTCCGCC.AACCGCTGTTGAGGTAGAA	Neural
progenitors	15
14_16_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TTGGCAATATAACTACCGAC	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCTCCTGATTCCGTCGCCA	Ventral
midline	9
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTCTACTGTTTATAAGAAC	Ventral
midline	9
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACTACCATTTGAGTATCA	Ventral
midline	9
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GAACGGCTTTTCCATGGCA	Ventral
midline	9
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TATATGCGTTGTTCCGCTAA	Ventral
midline	9
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTGAGAGATTGATGATCGTA	Ventral
midline	9
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TACTCCTATTTTACGTATAC	Ventral
midline	9
14_16_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TTCCGACGTGGTCCAGGAG	Immature
neurons	13
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TATAAGGCTTTGATAGAACG	Immature
neurons	13
14_16_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TCCTATTCTTACTGCCGATA	Ventral
midline	9
14_16_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.GGCGACTATTGGAACTAGA	Neural
progenitors	3
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CGCCGTAATGCAAGGAATA	Neural
progenitors	3
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTCGCATAATAACTGATCTT	Ventral
midline	9
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.AGCAACGATTCCGTCGCCA	Ventral
midline	9
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTGCTGAATCCGCGGACCG	Ventral
midline	9
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGCAAGTCTCATTATTACC	Neural
progenitors	3
14_16_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.CAATCGGTTTTAATTATTG	Ventral
midline	9
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CCGTCTCATACTGCCGATA	Ventral
midline	9
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CGAGATGCTCCGCGGACCG	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCCGGTCATTATTACTCAT	Ventral
midline	9
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GGACTTGATACTTCCGAAT	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.CCATTGCGTACTGCCGATA	Ventral
midline	9
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.ACGAGGTTTGGCTAATTAA	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.AGTTGCGCTTTGAGTATCA	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.AACCGCTGTTTAGATTCCG	Neural
progenitors	3
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GTTCCAGCTAATGGTCGAC	Immature
neurons	2
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GTTGCAAGTGACTAGTCTA	Ventral
midline	9
14_16_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.CAACGCAGTTTGAGTATCA	Immature
neurons	12
14_16_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.CGACGATATAATGGTCGAC	Immature
neurons	12
14_16_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GGATAGGTTACTGCCGATA	Neural
progenitors	3
14_16_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TATGCGATTTTGATAGAACG	Neural
progenitors	3
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGCGACTATACGCAACTCC	Immature
neurons	2
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGTTCGAGTCCGCGGACCG	Immature
neurons	2
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTAAGCTCTCGAGCTGCCA	Immature
neurons	13
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TAGTTACCTTCAGGTATGGA	Ventral
midline	9
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTGCGGTCTAGCGTCAATG	Ventral
midline	9
14_16_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GTAGCGATTACGCAACTCC	Ventral
midline	9
14_16_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GGCAAGTCTTTAGATTCCG	Neural
progenitors	3
14_16_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TCCGGTCATTGCGCCAGAA	Sensory
progenitors	6
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TTCGCGGATCCGCGGACCG	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GACCGTCATCTGATTAAGA	Ventral
midline	9
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCATCCAGTAACGGACCAA	Ventral
midline	9
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAGCCAATTTGGTCCAGGAG	Ventral
midline	9
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGAGAGATTCATGCTGGTT	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCTCGCTCTAATCTGGAGT	Ventral
midline	9
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TGGTAGGCTACGCAACTCC	Ventral
midline	9
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGATCTTCTTCAAGATTAAG	Neural
progenitors	3
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGTTCGAGTTTGGTCATAA	Neural
progenitors	15
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTAGACGGTGACCTCCGCC	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGCTACTAATGGCATAGCTT	Ventral
midline	9
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGAGCTCATACTTCCGAAT	Ventral
midline	9
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGTACGGATCATGCTGGTT	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGTTACCTTGGATCTGCAG	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGGAGTTATCCAGGTCTAC	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGGAGTTATTGAGGTAGAA	Ventral
midline	9
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTTGCAAGTCCGCGGACCG	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATGCGATTTTGATACGAGT	Ventral
midline	9
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCGGTACCTCAGATTCGAT	Ventral
midline	9
14_16_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TCAGTTGGTTGATAGAACG	Ventral
midline	9
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATTGCCGGTGCCAACGCCA	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCTGAAGCTAATACGCAGG	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCTGGCTATCATTATTACC	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATGGTCTTTGGCATAGCTT	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCTCTAGTTACGCAACTCC	Sensory
progenitors	14
14_16_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.AAGATGCCTTCTATAAGGA	Ventral
midline	9
14_16_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.CTCCAGAGTGGCTAATTAA	Ventral
midline	9
14_16_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GCATCCAGTACGCAACTCC	Immature
neurons	13
14_16_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GTCGGAGTTCAAGATTAAG	Ventral
midline	9
14_16_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TCATGGCTTTCGATATTGA	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GAACGGCTTTGAGGTAGAA	Ventral
midline	9
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GCTGAAGCTCTGCTTCGAC	Ventral
midline	9
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GTTCCAGCTAAGTCTTCCG	Ventral
midline	9
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCGGTACCTCATGCTGGTT	Ventral
midline	9
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATGACTTGTTTAGATTCCG	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TCAGTTGGTTCTAGAACTA	Neural
progenitors	3
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TTGGCGACTTGAGGTAGAA	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCTACTTACTCGATCATTAC	Ventral
midline	9
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AACCGCTGTCATGCATCTC	Neural
progenitors	3
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GAAGAGGCTTGCATATAAC	Sensory
progenitors	6
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCTGAAGCTGCTAACCTCA	Neural
progenitors	15
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGATAGGTTTTATAAGAAC	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TACTCCTATTAATACGCAGG	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTTGCTTAGTCAGGTATGGA	Neural
progenitors	3
14_16_exp1_idx1TATAATAGTT_idx2TATAACTTCC.GTATCGCATTATTACTCAT	Ventral
midline	9
14_16_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.CGAGATGCTTGATGGCCTT	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CGTCGAAGTCCAGGTCTAC	Ventral
midline	9
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTTGCTTAGTTCGATATTGA	Ventral
midline	9
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GAAGAGGCTCAGATTCGAT	Ventral
midline	9
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCTTCTGGTCATGCTGGTT	Neural
progenitors	3
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATGAGAACTCAAGATTAAG	Ventral
midline	9
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCATAGAGTTGTCATTGCGC	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCAAGTTATCAAGATTAAG	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGGTCTCCTGACCTCTCTG	Ventral
midline	9
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCTAGGAATTCGAGCTGCCA	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CCATCAGGTCGTCCGTCCT	Ventral
midline	9
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GAACGATGTCCGCGGACCG	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCGTCGTATGGCTATGACT	Ventral
midline	9
14_16_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CTCCAGAGTTCTAGAACTA	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.AGGCATCATTGAGGTAGAA	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GGTTGGCATTATTACTCAT	Sensory
progenitors	14
14_16_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GTTCCAGCTGACCTCTCTG	Neural
progenitors	3
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CTTCATGCTCTGATTAAGA	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GGCGCATTTCAAGTACTGG	Ventral
midline	9
14_16_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GACCAGGATCAAGTACTGG	Immature
neurons	13
14_16_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GCGGTATATAATCTGGAGT	Ventral
midline	9
14_16_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.GTCATCTGTTTGGTCATAA	Ventral
midline	9
14_16_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.ATGGAGAGTGGCTATGACT	Ventral
midline	9
14_16_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TCAGGAGATTACGGCTACG	Immature
neurons	2
14_16_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.GACTTGGCTGGCTATGACT	Ventral
midline	9
14_16_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.GTAGCGATTGTCCAACTCA	Neural
progenitors	15
14_16_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.TAGCCAATTTAACGGACCAA	Ventral
midline	9
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TACTCCTATTTTAGATTCCG	Ventral
midline	9
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TGATCTTCTTGACCTCCGCC	Ventral
midline	9
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTGCTGAATGGCATAGCTT	Immature
neurons	13
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATTGAGGTTTTATAAGAAC	Ventral
midline	9
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCTCCTATGCAAGGAATA	Ventral
midline	9
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCCATGGTTGTCATTGCGC	Immature
neurons	13
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCCTCGAGTAATTATCAGC	Ventral
midline	9
14_16_exp10_idx1AATACGATAA_idx2AACTTATAAG.GGCTAAGATCTGCTTCGAC	Ventral
midline	9
14_16_exp10_idx1AATACGATAA_idx2ACGTTCAACC.TTGACCAGTCTGCTTCGAC	Ventral
midline	9
14_16_exp10_idx1AATACGATAA_idx2GACCGTAGCA.TCTTAGTTCTTATATACTAA	Immature
neurons	13
14_16_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.TTCCATTACTCTGCTTCGAC	Immature
neurons	2
14_16_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.TCATTAAGCTAACTACCGAC	Ventral
midline	9
14_16_exp10_idx1ATAAGGACTC_idx2TTGAGTATCA.ATACCAGTTTCATTATTACC	Ventral
midline	9
14_16_exp10_idx1ATGGCGCCTG_idx2AGGTCAATTA.TGAATCTGATGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.AGTATTAGCTTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.GTAAGCTCTAGCTTATCCG	Immature
neurons	7
14_16_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.GTTGCAAGTGACTAGTCTA	Ventral
midline	9
14_16_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TATCGAACTTCCAGTTCCAA	Neural
progenitors	3
14_16_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.TCATAGAGTTTGAGTCTGGC	Sensory
progenitors	6
14_16_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.ACGCTTGATGCTGGAACTT	Neural
progenitors	3
14_16_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TCTATCCAATGCCGCAACGA	Neural
progenitors	1
14_16_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.AAATTCCTCTCCTAGCGCCT	Ventral
midline	9
14_16_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCATTAAGCTGGTCGCGTCA	Neural
progenitors	0
14_16_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TCATGGCTTTTATAAGAAC	Neural
progenitors	15
14_16_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.TTCGCATAATACGCAACTCC	Ventral
midline	9
14_16_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.CTGATAGGTGGTCGCGTCA	Neural
progenitors	3
14_16_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.TGAGTTAGATCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.TTGGAGTTATTTATAAGAAC	Immature
neurons	13
14_16_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TAGAGAGTATTCGATATTGA	Immature
neurons	13
14_16_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCGAAGGATACGCAACTCC	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TCCTATTCTTGATGATCGTA	Immature
neurons	8
14_16_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.TAGGTACTATTTGAGTATCA	Immature
neurons	8
14_16_exp10_idx1TATTAGACTT_idx2CGACTACCAA.TCTACTTACTTGATACGAGT	Immature
neurons	8
14_16_exp10_idx1TATTAGACTT_idx2TGATAGAACG.GATACGTCTGCTGGAACTT	Neural
progenitors	3
14_16_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.AACTGGCATTGCCGGCAGA	Immature
neurons	13
14_16_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.TTGGAGTTATCTAACTAGAT	Neural
progenitors	0
14_16_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.ATATCCTACTCTGCTTCGAC	Neural
progenitors	11
14_16_exp3_idx1ACGGCGTTAA_idx2AGGATTACCA.CCGGAGTTTCATCCGACTA	Immature
neurons	2
14_16_exp3_idx1AGGTCAGCTT_idx2AAGATCCAAC.GCGGAGAATATGGAATTGG	Immature
neurons	2
14_16_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.ACGACGCATTTCTTATCGA	Immature
neurons	8
14_16_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.ACGAGGTTTGCTAACCTCA	Ventral
midline	9
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.ACGACGCATCGGTTGCGCG	Neural
progenitors	1
14_16_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.TATTGACTCTTATAGACGCA	Immature
neurons	8
14_16_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.TCTCCGAATCTTCGGCGCA	Immature
neurons	2
14_16_exp3_idx1AGTCCGCTGC_idx2GGTCCAGGAG.ATGCATTCATCCGTTGACTT	Immature
neurons	2
14_16_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.AATTCATCGTGGTCCAGGAG	Neural
progenitors	15
14_16_exp3_idx1ATAAGGACTC_idx2ATAGGATATG.AGCATAACTTCGGAAGATAT	Immature
neurons	8
14_16_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.AAATTCCTCTCAATTACCGT	Immature
neurons	2
14_16_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.ACCTTCGGTGTATCATCGA	Immature
neurons	2
14_16_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.AACGAGCGTTTACTTGGAA	Ventral
midline	9
14_16_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.TTACCTAAGTAAGACGGCCA	Immature
neurons	8
14_16_exp3_idx1CCTCAGCTCC_idx2CAAGTACTGG.ACCTTCGGTCAAGGCATTC	Ventral
midline	9
14_16_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.GGCTAAGATTCTAGAACTA	Ventral
midline	9
14_16_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TTCTCATTGTATAGTCGTAG	Ventral
midline	9
14_16_exp3_idx1GAGCGCGATG_idx2ACGCAACTCC.CAGAAGGCTGTATCATCGA	Neural
progenitors	0
14_16_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.GACTACCATCCTAGCGCCT	Sensory
progenitors	14
14_16_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.ACTTACTCATATCATATTAG	Ventral
midline	9
14_16_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.AGAAGTAAGTTCTATAAGGA	Neural
progenitors	15
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.ATGCTTCCTGACTAGTCTA	Ventral
midline	9
14_16_exp3_idx1GCATCGTATG_idx2TCGATATTGA.TCTCTCCATTATGCCGAGT	Sensory
progenitors	14
14_16_exp3_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTGCGGTCTACGCCGTTCA	Ventral
midline	9
14_16_exp3_idx1GCGCGTTCAT_idx2GCAACTGGCA.AGTAGCCATATAGACTAGG	Ventral
midline	9
14_16_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.GAACGGCTTACGTCATATA	Immature
neurons	2
14_16_exp3_idx1GCTTGAAGAG_idx2GGTAGGTCTC.AACGTAATCTACCGCCAACC	Neural
progenitors	0
14_16_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.ATGGACTATTTTATTATGGT	Immature
neurons	13
14_16_exp3_idx1GGCTTACTCC_idx2AATTGCCTAC.GCCATGGTTCTGCTTCGAC	Immature
neurons	7
14_16_exp3_idx1GTAGCAGCTA_idx2GATACCTAAG.TCCTACCTTAAGTAAGAGC	Immature
neurons	13
14_16_exp3_idx1GTAGCAGCTA_idx2GGTAGGTCTC.TGAATCTGATAAGAAGCTAG	Ventral
midline	9
14_16_exp3_idx1GTAGCAGCTA_idx2TGGACTTGAC.GATTACGGTAAGTCTTCCG	Ventral
midline	9
14_16_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.GCTCTTAGTCATCAGAATG	Immature
neurons	13
14_16_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.CCTAATGGTCTTGCAACCT	Ventral
midline	9
14_16_exp3_idx1GTAGGCTGCA_idx2GACCTCCGCC.ATAACTTCCTCGTAATGCAG	Immature
neurons	13
14_16_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.TATGGTCTTTGCCAGGATCA	Neural
progenitors	3
14_16_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.AGTATTAGCTGATGATCGTA	Ventral
midline	9
14_16_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.TCCGGTCATACCGCCAACC	Neural
progenitors	15
14_16_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.ATAACTTCCTATAGTCGTAG	Ventral
midline	9
14_16_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.ACCGTAGCTAACGAGGCTA	Immature
neurons	13
14_16_exp3_idx1TCTTGAGGTT_idx2CGTCCGTCCT.TGAACGCGTCCGATTCCTG	Immature
neurons	2
14_16_exp3_idx1TGGACGACTA_idx2CTCGGTCAAT.ATTCCTAGATGTCCTAGAGG	Ventral
midline	9
14_16_exp3_idx1TGGACGACTA_idx2GACCTCTCTG.AAATCGTTCTTGGCCGGCCT	Ventral
midline	9
14_16_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.CCGTCTCATCTGATTAAGA	Immature
neurons	8
14_16_exp3_idx1TTCGAATATT_idx2AGGATTACCA.CTCGTTGATACTTCCGAAT	Ventral
midline	9
14_16_exp3_idx1TTGCCGTAGG_idx2ACTTCCGAAT.GACTCGCTTTAGATCTACT	Ventral
midline	9
14_16_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.ACATGGTAATCAATTACCGT	Head epid.
/muscle	4
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GCGGAGAATTCCAGAAGGT	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCCAAGTTATCATGCTGGTT	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCAGCGGTTAGTAAGCATA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TCGCGCATTTCCAGAAGGT	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AAGATGCCTGACCTCTCTG	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CCGGAGTTTTGATACGAGT	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCATTAAGCTAAGCCGGCTG	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.GGAGCTCATACTATCTTGA	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCTAAGCTTTACTTACTTA	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GATTACGGTGTTGACGGCC	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCTCCGAATACCGTTACGA	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.CTGCTGAATTACTTACTTA	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TCCAAGTTATGCGACGCAGA	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCGGAGAATCATGCATCTC	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TATAAGGCTTCTGCTTCGAC	Immature
neurons	7
14_16_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.ATGGAGAGTAATTATCAGC	Sensory
progenitors	14
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCTCCGAATGTTGACGGCC	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TGCTAATTCTACTTCCGAAT	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAAGAGGCTTCTATAAGGA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCTCGCTCTATGCAATATG	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTACTTACTGCGACGCAGA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.CTGCTGAATTCTATAAGGA	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GGCAAGTCTGGACTCATTG	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCTCGAGATGGTCGCGTCA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGCCAACTCAAGATTAAG	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGGTAGGCTCGAGCTGCCA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GCTCGAGATACTATCCGCA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCGCGCATTGGTCCAGGAG	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCAACGTTTTCTATAAGGA	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTTAGCGGTTGATAGAACG	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CCAGAACCTTTAACGTACC	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CCATTGCGTAATTGCCTAC	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CGACGATATGCTCTAACGA	Head epid.
/muscle	4
14_16_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.CTGGAAGATATGCAATATG	Immature
neurons	7
14_16_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.TATCGAACTTGGATCTGCAG	Immature
neurons	7
14_16_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TGTTAAGACTTGATGGCCTT	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GACTACCATACTGCCGATA	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GAGACTAGTCATGCATCTC	Immature
neurons	7
14_16_exp10_idx1AATACGATAA_idx2CTCGATGGAG.TCAGCTTCTACTTAACCTT	Immature
neurons	7
14_16_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TTCAACTGATCTAACTAGAT	Sensory
progenitors	6
14_16_exp10_idx1AATACGATAA_idx2TTAACGTACC.TAGTTACCTTGGTCCAGGAG	Immature
neurons	7
14_16_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TTGGCTCATCTGATTAAGA	Immature
neurons	7
14_16_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.GGTACCATTACTTAACCTT	Immature
neurons	7
14_16_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.GAACGATGTCAAGATTAAG	Head epid.
/muscle	4
14_16_exp10_idx1TAGGTAACTT_idx2GATGATCGTA.TTCGTTCCTACTTAACCTT	Immature
neurons	8
14_16_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TTGACTCAATTTAGGATCTA	Immature
neurons	7
14_16_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TCTAGGAATTTATATACTAA	Immature
neurons	13
14_16_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.GTCGTAACTGCCATTCTCC	Immature
neurons	7
14_16_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.CGCCGTAATATCCATGACT	Immature
neurons	7
14_16_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.TAAGAATGGTCAATTACCGT	Ventral
midline	9
14_16_exp3_idx1CTCAATTAGT_idx2ACCAAGATCT.TATTGAGGTTAGGTCAATTA	Immature
neurons	7
14_16_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.AGTTGCGCTTTATAGCAGA	Immature
neurons	7
14_16_exp3_idx1GCGCGTTCAT_idx2GATGATCGTA.AACTTGGATTGTACTAGTAA	Immature
neurons	7
14_16_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.GCTCTTAGTCAAGATTAAG	Immature
neurons	8
14_16_exp3_idx1GGTTATCGAA_idx2GACCGTAGCA.CGCCGTAATCCGATTCCTG	Immature
neurons	7
14_16_exp3_idx1GTAGGCTGCA_idx2GCTCTCGCCT.AGAGGTCGTTGCGGACCTA	Immature
neurons	8
14_16_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.GTACCTCTTTTCAATATAA	Immature
neurons	7
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TAAGACCGTGTTCCGCTAA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GGTCTACGTTCTAGAACTA	Neural
progenitors	0
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCATTAAGCTAACTGATCTT	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTGAGTCCTAGCGTCAATG	Neural
progenitors	0
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TATAAGGCTTGCGTTCAGCT	Neural
progenitors	11
14_16_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TCGAATCTTTAACTGATCTT	Neural
progenitors	1
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GATCGACCTAACTGATCTT	Sensory
progenitors	14
14_16_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TGGTAATAGTTCGATATTGA	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTCCTGCATAATGGTCGAC	Neural
progenitors	0
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TATTGACTCTAATGGTCGAC	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CTGCTGAATAACGGACCAA	Neural
progenitors	0
14_16_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCCTATTCTTGGTCCAGGAG	Neural
progenitors	1
14_16_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TGAGAATCATAGATATATCG	Neural
progenitors	11
14_16_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GTAGCGATTTGATAGAACG	Neural
progenitors	0
14_16_exp10_idx1AATACGATAA_idx2GCTCTCGCCT.GACTTGGCTTCGCGGTTGG	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TTGGCTCATCTCGATGGAG	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TTGACTCAATGGATGCAGCA	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2ATAAGAGGCG.TCTATCCAATTCGCGGTTGG	Neural
progenitors	11
14_16_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.AAGCGCCATCATGCATCTC	Mature
neurons	10
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTATCTCCTCGAGCTGCCA	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTAGGAATTGTTGACGGCC	Immature
neurons	12
14_16_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.GTTGCTCCTTATCCTCAAT	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CTCCTCGTTCATTATTACC	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GACCGTCATTTATAAGAAC	Neural
progenitors	11
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGGTCTCCTTCTAGAACTA	Immature
neurons	8
14_16_exp10_idx1AGACCATATC_idx2ACCGTTACGA.ATTCCTAGATTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TATTCTCCTTTGATACGAGT	Neural
progenitors	11
14_16_exp11_idx1AACGCGCAGA.CGTCGAAGTAACGGACCAA	Immature
neurons	12
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.ATGGCGTATTCCGTCGCCA	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CGTCGAAGTAATACGCAGG	Neural
progenitors	0
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCAATCGCTAATACGCAGG	Neural
progenitors	0
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCAATCGCTTTCGCTTACG	Neural
progenitors	3
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TACTCCTATTCAAGATTAAG	Sensory
progenitors	14
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGATCTTCTTTCCGTCGCCA	Neural
progenitors	3
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCGCATAATTTAGATTCCG	Ventral
midline	9
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GACCGTCATGTACTAGTAA	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.CGAGATGCTTGAGGTAGAA	Sensory
progenitors	6
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTAAGCTCTTGAGGTAGAA	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TACTCCTATTCCAGGTCTAC	Neural
progenitors	3
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGCCTTGGTACTTCCGAAT	Sensory
progenitors	6
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TCATGGCTTTCGAGGAGTA	Sensory
progenitors	6
14_16_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TATATGCGTTTTAGGATCTA	Sensory
progenitors	14
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCCTCGAGTTTGGATCCTT	Ventral
midline	9
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTGGAAGATCATGCTGGTT	Neural
progenitors	11
14_16_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GAGACTAGTCATTATTACC	Neural
progenitors	0
14_16_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.GGCGACTATTACGGCTACG	Neural
progenitors	1
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.AGCAACGATAATACGCAGG	Neural
progenitors	0
14_16_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TGATCTTCTTACGCAACTCC	Immature
neurons	8
14_16_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.CAATCGGTTTTAGATTCCG	Immature
neurons	2
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACCAGGATAAGCCGGCTG	Neural
progenitors	1
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCTGAAGCTTTGATATATT	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GCTGAAGCTTTAGATTCCG	Neural
progenitors	11
14_16_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GGTCCTTCTCGAGCTGCCA	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GTCGGAGTTTTGGTCATAA	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GTCGGCAATTGAGGTAGAA	Sensory
progenitors	14
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TTCCGACGTTCTATAAGGA	Sensory
progenitors	14
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTATCTCCTCGATCATTAC	Sensory
progenitors	6
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAGAGCCTTCCGCGGACCG	Neural
progenitors	3
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TAGCTCGGTAGTCCGCGGA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTCCGGTTTGCCAACGCCA	Neural
progenitors	3
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGCCTGATGACCTCTCTG	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCTGGCCTTGAGGTAGAA	Sensory
progenitors	6
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTGAGAGATTGTCATTGCGC	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GTAGCGATTGTCCAACTCA	Ventral
midline	9
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCATTAAGCTGTCATTGCGC	Neural
progenitors	3
14_16_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TGGTAGGCTCGAGCTGCCA	Ventral
midline	9
14_16_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GCAACGTTTTTGGTCATAA	Neural
progenitors	11
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GACCAGGATAGTAAGCATA	Neural
progenitors	0
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CTGCTGAATGACTAGTCTA	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.AGTTGCGCTAATGGTCGAC	Sensory
progenitors	14
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGTAGTCCTTGATAGAACG	Neural
progenitors	0
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.ATAGTCGCTTCGATATTGA	Sensory
progenitors	14
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCGTCTATTTGTTCCGCTAA	Sensory
progenitors	6
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGTCCTTCTCGCCTCGAAC	Sensory
progenitors	14
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGCTCGGTAACTGATCTT	Neural
progenitors	3
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGCTCGGTATAGACTAGG	Ventral
midline	9
14_16_exp1_idx1TATAATAGTT_idx2AGATCCTATA.GGTACGGATGGCATAGCTT	Immature
neurons	13
14_16_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TGATCTTCTTAGTCCGCGGA	Immature
neurons	7
14_16_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.GCGCTCAATGTTGACGGCC	Neural
progenitors	3
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCAGATACTCATGCTGGTT	Neural
progenitors	3
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGCGCATTCATTATTACC	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCTAGGAATTTACTTACTTA	Sensory
progenitors	14
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AACCGCTGTGTCATTGCGC	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CGACGATATTTATAAGAAC	Sensory
progenitors	14
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGAATCTTTTTGAGTATCA	Neural
progenitors	3
14_16_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCAGCGGTTTGAGGTAGAA	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GACTACCATCGCCGCCTCC	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CGTCGAAGTCGAGCTGCCA	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GCAGATACTCATGCTGGTT	Neural
progenitors	3
14_16_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GTCGGAGTTGACCTCTCTG	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTACCTCTTAACTACCGAC	Neural
progenitors	3
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTCGGCAATGCAAGGAATA	Neural
progenitors	0
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGAGAGTATCTTCGGCGCA	Sensory
progenitors	14
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.AGGCATCATTGCATATAAC	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ATGGCAGCTTCCGTCGCCA	Neural
progenitors	1
14_16_exp10_idx1AGACCATATC_idx2CCTATAAGCT.GACTTGGCTTGATACGAGT	Neural
progenitors	3
14_16_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TCTATCCAATCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.GCAGATACTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.TCTTAGTTCTTGATACGAGT	Immature
neurons	2
14_16_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TTCCATTACTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.AACTGGCATAGCTTATCCG	Sensory
progenitors	14
14_16_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.GCGTACTTTCTAACTAGAT	Sensory
progenitors	6
14_16_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.GACGTTCGTAATTATCAGC	Immature
neurons	12
14_16_exp10_idx1GCTTGAAGAG_idx2AGATCCTATA.TCGAAGGATGATGATCGTA	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.TATGAGAACTTCGTAGAGAA	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.GATACGTCTCGATCATTAC	Sensory
progenitors	6
14_16_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.AACTAGTTGTGGCTATGACT	Neural
progenitors	0
14_16_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TATCATGAGTGGTCCAGGAG	Neural
progenitors	3
14_16_exp10_idx1TCTTGAGGTT_idx2CGTCCGTCCT.GGTTGGCATCTAACTAGAT	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.GCTCTTAGTCAAGCTTCAT	Neural
progenitors	0
14_16_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TAAGAATGGTCCGATTCCTG	Immature
neurons	2
14_16_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TATTGACTCTCGCCTCGAAC	Immature
neurons	7
14_16_exp10_idx1TTCGAATATT_idx2CTCGTCTAGG.TTAATGAGCTAATACCATCC	Immature
neurons	7
14_16_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.GTCATCTGTGATGATCGTA	Sensory
progenitors	14
14_16_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.CGTACCTATCCGATTCCTG	Neural
progenitors	11
14_16_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.ACTTGATTGTCAACCAGTAC	Immature
neurons	13
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.GACCGAATTGCTCTCGCCT	Immature
neurons	8
14_16_exp3_idx1AGTCCGCTGC_idx2GACTAGTCTA.TCGTAGCGTTTACGTATAC	Sensory
progenitors	6
14_16_exp3_idx1ATTATGCAAG_idx2CTAACTCCAA.AATACCGAATGGTCGCGTCA	Immature
neurons	8
14_16_exp3_idx1CTCAATTAGT_idx2TTAGATTCCG.TTCGCATAATCCGCTGCCAG	Immature
neurons	8
14_16_exp3_idx1GAGCGCGATG_idx2GGAACGATGG.AACTAGTTGTAGCTTATCCG	Immature
neurons	8
14_16_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TCGTCTATTTAGTAAGCATA	Neural
progenitors	3
14_16_exp3_idx1GATTCTTGAA_idx2TCCGGTAATC.TTGCGGTCTACTTCCGAAT	Sensory
progenitors	14
14_16_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.GGTAGTCCTGCCAGGATCA	Immature
neurons	7
14_16_exp3_idx1GGTTATCGAA_idx2GACCGTAGCA.CAACTCTCTCTGGATTAGT	Sensory
progenitors	6
14_16_exp3_idx1GTAGGCTGCA_idx2GCTCTCGCCT.AAGTTCTTGTACCGCAGAAT	Immature
neurons	2
14_16_exp3_idx1GTAGGCTGCA_idx2GGAACGATGG.ACTGGTTATTCGGAAGATAT	Sensory
progenitors	6
14_16_exp3_idx1TATAATAGTT_idx2GGAACGATGG.ACCAATGCTTAGAATTAAC	Sensory
progenitors	6
14_16_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.ATTGCCGGTATAGACTAGG	Neural
progenitors	3
14_16_exp3_idx1TCTTGAGGTT_idx2GTCATTGCGC.TGCTCCTATCATCAGAATG	Immature
neurons	2
14_16_exp3_idx1TGGACGACTA_idx2GATGATCGTA.AGTTGCGCTAGTAAGCATA	Immature
neurons	7
14_16_exp3_idx1TGGACGACTA_idx2GATGATCGTA.CAGATCAGTGTTCGTCAGA	Ventral
midline	9
14_16_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.CTCTACTGTAGGTTAGTTC	Immature
neurons	8
14_16_exp3_idx1TTGCCGTAGG_idx2ACTTCCGAAT.TAGAGCCTTCATCCGACTA	Neural
progenitors	1
14_16_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.ATCAGTCATTTAGATCTACT	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCCGTATGTATGCAATATG	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.CGCCGTAATTTGAGTATCA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCTCCGAATCCGCGGACCG	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGGCAATATCAAGATTAAG	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ATTGCCGGTCCTAGCGCCT	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATATGCGTTGGTCCAGGAG	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GCGTCGTATTCGTAGAGAA	Immature
neurons	7
14_16_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GCAGATACTATTGCGCTGA	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CTAGTACGTCTCGTCTAGG	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTCGGAGTTACTATCTTGA	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GCAGATACTTCGATATTGA	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TACTCCTATTTCCGGTAATC	Sensory
progenitors	14
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTTGCAAGTCCGCTATATT	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.AGGCATCATGAACTGCATC	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TTCTCTAGTTGACCTCTCTG	Immature
neurons	13
14_16_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TCTCTCCATACTTCCGAAT	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTCATCTGTAACGAGGCTA	Immature
neurons	13
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTGAGTCCTTCGATATTGA	Immature
neurons	7
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TTCTAAGCTTCAAGTACTGG	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCCTCGAGTCATTATTACC	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GTTCGCTGTACTACTGAAG	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATGACTTGTCGCCGCCTCC	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCAGAACCTCCGCTATATT	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAGAGCCTTGCGACGCAGA	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGCGCATTCCAGGTCTAC	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGGACCTCTGTCCAACTCA	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTCCAGAGTGATGATCGTA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GTTCGCTGTAATTATCAGC	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TTCTTAACCTCGATCATTAC	Sensory
progenitors	6
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TTGAGAGATTCCGTCGGAGG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTAAGCTCTGCGACGCAGA	Head epid.
/muscle	4
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TCATGGCTTCATGCTGGTT	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCAGCGGTTTCTATAAGGA	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTAATGAGCTCCAGGTCTAC	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCAGGAGATCCAGGTCTAC	Sensory
progenitors	14
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CAACGCAGTTCTAGAACTA	Neural
progenitors	11
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCAGTTGGTGCTCTAACGA	Immature
neurons	7
14_16_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.ATAGTCGCTAACGAGGCTA	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TAGCCAATTTCAAGATTAAG	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.ATGGAGAGTGCAAGGAATA	Head epid.
/muscle	4
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GACCAGGATTCCAGAAGGT	Immature
neurons	7
14_16_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TTCGCGGATCATTATTACC	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATCGAACTTGATGATCGTA	Sensory
progenitors	14
14_16_exp10_idx1AGACCATATC_idx2ACCGTTACGA.AAACTCCAATCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.ATAACTTCCTCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TCGTTCTGTTTACCGAGGC	Head epid.
/muscle	4
14_16_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.ATAACTTCCTACCGCCAACC	Immature
neurons	7
14_16_exp10_idx1GATTCTTGAA_idx2GACTAGTCTA.TTGACTCAATCCGATTCCTG	Immature
neurons	7
14_16_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TTAATGAGCTGGTCCAGGAG	Head epid.
/muscle	4
14_16_exp10_idx1GCGCGTTCAT_idx2GATCAGTCAT.GGTTCGAGTACTTCCGAAT	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.TTGATTCCTTGACCTCTCTG	Immature
neurons	7
14_16_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.TATCATGAGTCTCGATGGAG	Immature
neurons	7
14_16_exp10_idx1TATAATAGTT_idx2GGAACGATGG.CCTAATGGTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2TGATACGAGT.CATCAACGTCATTATTACC	Immature
neurons	7
14_16_exp10_idx1TTATTGAGGC_idx2ATAGGATATG.GGTCAGTTTTCGCTAAGCA	Immature
neurons	7
14_16_exp10_idx1TTATTGAGGC_idx2CCAGGTCTAC.TCCAAGTTATAATTATCAGC	Immature
neurons	7
14_16_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.TCTACTTACTAGCTCTCCTC	Immature
neurons	7
14_16_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.AGTCGCATTGCGCGGTAGT	Immature
neurons	7
14_16_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.CTCGTTGATCAACCGCTAA	Immature
neurons	7
14_16_exp3_idx1ATAAGGACTC_idx2GGCTATGACT.TATCTCGATTCGCTCCTAAC	Immature
neurons	7
14_16_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.TAGCTCGGTCCTTGGTCCA	Head epid.
/muscle	4
14_16_exp3_idx1GCTTGAAGAG_idx2TTGAGTATCA.CTTAGCGGTATATTGATAC	Immature
neurons	7
14_16_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.GATTACGGTACGCCGTTCA	Immature
neurons	7
14_16_exp3_idx1TAGTAAGCCG_idx2TGATTCCTCA.TTCTCTCGTAACGGACCAA	Immature
neurons	7
14_16_exp3_idx1TCTTGAGGTT_idx2CGTCCGTCCT.GGTTGGCATGCGCGGTAGT	Neural
progenitors	11
14_16_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.AATACCGAATTAGATCTACT	Immature
neurons	7
14_16_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.CGAATGAGTCCTTGGTCCA	Immature
neurons	7
14_16_exp3_idx1TTGCCGTAGG_idx2TGAGGTAGAA.ACGCCATATTGGTCAGCCA	Immature
neurons	13
14_16_exp1_idx1AGACCATATC_idx2ACGCAACTCC.ACCGTAGCTGTCCAACTCA	Neural
progenitors	11
14_16_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GAACGATGTGGCTATGACT	Neural
progenitors	11
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GTAAGCTCTCATTATTACC	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TCAGGAGATGTCATTGCGC	Neural
progenitors	11
14_16_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.AAGCGCCATGACCTCTCTG	Neural
progenitors	11
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TATTCGGCTTTATAAGAAC	Neural
progenitors	11
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGCGACTATAATTATCAGC	Neural
progenitors	11
14_16_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.CCATCAGGTGAACTGCATC	Neural
progenitors	0
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGTCTACGTATGCAATATG	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CCATTGCGTTTCAAGACCA	Sensory
progenitors	14
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ACGCCATATCATGCTGGTT	Neural
progenitors	11
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCCTATTCTTCCGTCGGAGG	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GTTCGCTGTGCTCTAACGA	Neural
progenitors	11
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TATCCAGGTTTGGTCATAA	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTACCATGGCTATGACT	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGTTCGAGTCAAGATTAAG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTCCGGTTTAATGGTCGAC	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAACGATGTGTCCAACTCA	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGGTACCTCTCGATGGAG	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CAACGCAGTTCTAGAACTA	Neural
progenitors	11
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCGCCAACTAATGGTCGAC	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCAATCGCTCGTCCGTCCT	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTCCATTACTCATTATTACC	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGCGCATTTGCAGACCGGT	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TGGCCTGATTGATAGAACG	Immature
neurons	8
14_16_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.TGATCTTCTTAGCTTATCCG	Neural
progenitors	0
14_16_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.TGTTAAGACTCCGATTCCTG	Neural
progenitors	0
14_16_exp10_idx1AATACGATAA_idx2GACCGTAGCA.AACTGGCATCATGCATCTC	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.TGAATTCGTTCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.AGAGTACCTAACGGACCAA	Immature
neurons	8
14_16_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TTGGCTCATTTAGGATCTA	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.ACTTACTCATCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.AAGTTCTTGTAAGCCGGCTG	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.GCCATGGTTCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.ATATGGATCTTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TAGGTACTATTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GCAGATACTGGCTCTCTAT	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TGAATTCGTTAATTATCAGC	Immature
neurons	13
14_16_exp10_idx1TATTAGACTT_idx2CGTCCGTCCT.TCCTATAAGTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.CAGTATCCTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.AACTGGCATCTCGATGGAG	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TATTCTCCTTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1TTCGAATATT_idx2ACGCAACTCC.TAACGACTTTTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1TTCGAATATT_idx2GACCTCCGCC.ATTAGGTACTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1TTGCGAGCAT_idx2TCATCTCGAT.TCGAGAAGTTGCCGGCAGA	Neural
progenitors	11
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.AGAGATGAATCCGTTGACTT	Neural
progenitors	11
14_16_exp3_idx1CCTCAGCTCC_idx2CTAACTCCAA.GGCGACTATCGTCCGTCCT	Immature
neurons	8
14_16_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.AATCCAGTATGACCTTGATA	Immature
neurons	8
14_16_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.GTTGCTCCTTAGAATTAAC	Neural
progenitors	11
14_16_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TTCTTAACCTCGCCTCGAAC	Neural
progenitors	0
14_16_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GGTACGGATACTATCCGCA	Neural
progenitors	0
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GAACGATGTTCCGTCGCCA	Neural
progenitors	0
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GTAAGGAGTTCGTAGAGAA	Neural
progenitors	1
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGACTTGATTCTAGAACTA	Neural
progenitors	1
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TGGACCTCTCATGCTGGTT	Sensory
progenitors	6
14_16_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TACTCCTATTTTGGATCCTT	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CGAGATGCTAGCGTCAATG	Neural
progenitors	3
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CGAGATGCTGTCCAACTCA	Sensory
progenitors	6
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GAACGATGTGACTAGTCTA	Immature
neurons	13
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GACTCGCTTGCCAACGCCA	Neural
progenitors	15
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GAGCGGTATAGTCCGCGGA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCCATGGTTTTAGATTCCG	Neural
progenitors	1
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTATCGCATCTGGATTAGT	Neural
progenitors	1
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TAGGTACTATTACTTACTTA	Neural
progenitors	1
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGCCTATTATTCTAGAACTA	Neural
progenitors	1
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CGTCGAAGTCAAGATTAAG	Immature
neurons	12
14_16_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CGCCGTAATTGGTATTCAT	Neural
progenitors	1
14_16_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GGAGCTCATAACTACCGAC	Neural
progenitors	1
14_16_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TGACGAGGTGTCCAACTCA	Neural
progenitors	1
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.AAGCGCCATGACTAGTCTA	Neural
progenitors	1
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.CATCGGACTAACTACCGAC	Neural
progenitors	1
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCTGAAGCTGCAGACCGGT	Neural
progenitors	1
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGTTCGAGTAGTAAGCATA	Neural
progenitors	11
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGTTCGAGTTTAGATTCCG	Neural
progenitors	1
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTCCTGCATGACCTCTCTG	Neural
progenitors	1
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATTGACTCTTATTACTCAT	Neural
progenitors	1
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCAGGAGATAATGGTCGAC	Neural
progenitors	1
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGCTACTAATCGCCGCCTCC	Neural
progenitors	1
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCGCATAATTGGAACTAGA	Neural
progenitors	1
14_16_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CAACGCAGTATAGACTAGG	Neural
progenitors	1
14_16_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GCAATCGCTAACTGATCTT	Neural
progenitors	1
14_16_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GGTAGTCCTGCTCTAACGA	Immature
neurons	12
14_16_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TAGAGAGTATCATGCATCTC	Neural
progenitors	1
14_16_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TGGTCGAATCCAGGTCTAC	Ventral
midline	9
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GTTCGCTGTACTTCCGAAT	Neural
progenitors	1
14_16_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.CCAGAACCTTGGAACTAGA	Neural
progenitors	1
14_16_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TAGTTACCTTCGAATAATTC	Neural
progenitors	1
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AACCGCTGTTTAGATTCCG	Neural
progenitors	1
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACCAGGATCAAGATTAAG	Neural
progenitors	1
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACTCGCTTCCTAGCGCCT	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCGTTCTGTGCGACGCCTT	Neural
progenitors	1
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCTCCGAATATGCAATATG	Immature
neurons	13
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCTAAGCTTGACCTCTCTG	Immature
neurons	12
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.ACGCCATATTCCGTCGCCA	Ventral
midline	9
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCAGATACTAATTGCCTAC	Neural
progenitors	1
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TAGGTACTATTGGAACTAGA	Neural
progenitors	1
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGCCTATTATTATTACTCAT	Neural
progenitors	1
14_16_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.CTGGAAGATTGATAGAACG	Neural
progenitors	3
14_16_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TCTAGGAATTTTGAGTATCA	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TGATCTTCTTGGCTATGACT	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TGCTACTAATCCGTTGACTT	Neural
progenitors	1
14_16_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GAGACTAGTACTATCTTGA	Neural
progenitors	1
14_16_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TCGTTCTGTTCCAGAAGGT	Neural
progenitors	1
14_16_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.CAGAAGGCTAATGGTCGAC	Neural
progenitors	1
14_16_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GGTCTACGTTTGAGTATCA	Neural
progenitors	0
14_16_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TTGGAGTTATCGATCATTAC	Neural
progenitors	1
14_16_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GCTTCTGGTTGATAGAACG	Neural
progenitors	1
14_16_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TCCGTATGTCGTCCGTCCT	Neural
progenitors	15
14_16_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TTCGCATAATTCGATATTGA	Neural
progenitors	1
14_16_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TTGGTTAAGTGGATCTGCAG	Neural
progenitors	1
14_16_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.GAAGAGGCTACTTCCGAAT	Neural
progenitors	1
14_16_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TCCGTATGTACTTCCGAAT	Immature
neurons	2
14_16_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TTGCGGTCTGGTCGCGTCA	Neural
progenitors	1
14_16_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GCAATCGCTCCGCGGACCG	Neural
progenitors	15
14_16_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TCGGTACCTCCGCGGACCG	Neural
progenitors	1
14_16_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TGAGTTAGATCTTCGGCGCA	Neural
progenitors	1
14_16_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TCCGGTCATTGCATATAAC	Neural
progenitors	1
14_16_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TCCTCGAGTAGTAAGCATA	Neural
progenitors	11
14_16_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.GGTTGGCATGTCCAACTCA	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CGACGATATAGCGTCAATG	Sensory
progenitors	6
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GCGGAGAATTCCGTCGCCA	Neural
progenitors	1
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GCGGAGAATTTGAGTATCA	Neural
progenitors	1
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGTTGGCATAATACGCAGG	Neural
progenitors	1
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TAGGTACTATTGATAGAACG	Neural
progenitors	1
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCCGGTCATTCTAGAACTA	Sensory
progenitors	6
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCGGTACCTCCGCGGACCG	Neural
progenitors	1
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCTAGGAATTTTAGATTCCG	Neural
progenitors	1
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CCGGAGTTTTGAGGTAGAA	Neural
progenitors	1
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CGACGATATACTGCCGATA	Neural
progenitors	1
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CGGTTCCATAATCTGGAGT	Neural
progenitors	1
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGATAGGTTGTTCTGAATT	Neural
progenitors	1
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGCGCATTTCGAGCTGCCA	Neural
progenitors	1
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATTGAGGTTTTAACGTACC	Neural
progenitors	1
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCTCCGAATTTGGACGCTG	Neural
progenitors	0
14_16_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.ATGGCAGCTCCGTTGACTT	Neural
progenitors	1
14_16_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.ATGGCGTATCAGATTCGAT	Neural
progenitors	1
14_16_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.CGCCGTAATGTCCAACTCA	Head epid.
/muscle	4
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGTTCGAGTGCAAGGAATA	Neural
progenitors	1
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTTGCAAGTCAAGATTAAG	Neural
progenitors	1
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TACTCCTATTGCAAGGAATA	Ventral
midline	9
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCGTCTATTTCGATCATTAC	Neural
progenitors	11
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTGGCGACTATAGTCGTAG	Neural
progenitors	1
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GACTCGCTTAACTACCGAC	Neural
progenitors	1
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GCTCGAGATGTCCAACTCA	Neural
progenitors	11
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GGAGCTCATCCGCGGACCG	Neural
progenitors	1
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TAAGACCGTGCGACGCCTT	Ventral
midline	9
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TATATGCGTTGGTCCAGGAG	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCGCCAACTTTAGATTCCG	Neural
progenitors	1
14_16_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.AGTTGCGCTTCCGGTAATC	Neural
progenitors	1
14_16_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TTCTCTCGTAATGGTCGAC	Neural
progenitors	1
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CCGGAGTTTCCGCGGACCG	Neural
progenitors	1
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGATAGGTTTCGATATTGA	Neural
progenitors	1
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCCGGTCATGGCATAGCTT	Neural
progenitors	1
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCCTATTCTTCAAGATTAAG	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCCTCGAGTTCCGTCGCCA	Sensory
progenitors	6
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCTACTTACTGTCATTGCGC	Neural
progenitors	11
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TGCCTATTATGCAGGCGACG	Neural
progenitors	1
14_16_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.GACCAGGATGGCTAATTAA	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.AAGATGCCTCCGCGGACCG	Neural
progenitors	1
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GCTGAAGCTTTAGATTCCG	Neural
progenitors	1
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TATCGAACTTCCGTTGACTT	Neural
progenitors	1
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TGAACGCGTACTTCCGAAT	Neural
progenitors	0
14_16_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.CTATCTCCTAATACGCAGG	Neural
progenitors	11
14_16_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.GCGCTCAATTCGATATTGA	Neural
progenitors	1
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GACTCGCTTGTTCTGAATT	Neural
progenitors	1
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCCTACCTTCATGCTGGTT	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TTCTCTAGTTTCCGTCGCCA	Neural
progenitors	11
14_16_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GCGGTATATTCCGTCGCCA	Neural
progenitors	1
14_16_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GCTGAAGCTACTTCCGAAT	Neural
progenitors	3
14_16_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.CCATTGCGTTGAGGTAGAA	Neural
progenitors	1
14_16_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GACCGTCATACTTAACTAG	Neural
progenitors	1
14_16_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GCTGGCTATTGAGGTAGAA	Ventral
midline	9
14_16_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.CTGCTGAATAGTAAGCATA	Neural
progenitors	11
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGACTTGATAATGGTCGAC	Neural
progenitors	11
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGTTGGCATTCCGTCGCCA	Sensory
progenitors	6
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTGAGAGATTAGTAAGCATA	Neural
progenitors	1
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ACGCCATATCCGCGGACCG	Neural
progenitors	1
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CCGGAGTTTAGATATATCG	Neural
progenitors	1
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CCGTCTCATTGCATATAAC	Neural
progenitors	1
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CCTCCTGATTAGGCAGATA	Neural
progenitors	1
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCGGAGAATTGAGGTAGAA	Neural
progenitors	1
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCAGCGGTTGCAAGGAATA	Sensory
progenitors	14
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCGCGCATTTCTATAAGGA	Neural
progenitors	1
14_16_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.ATTGCCGGTAATGGTCGAC	Ventral
midline	9
14_16_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.GCTCGAGATACTACTGAAG	Neural
progenitors	1
14_16_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TCCAATAGTTAGCGTCAATG	Neural
progenitors	1
14_16_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TCGGTACCTAGTCCGCGGA	Neural
progenitors	1
14_16_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TGGTCGAATGACCTCCGCC	Neural
progenitors	0
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.CCGTCTCATGGTCCAGGAG	Neural
progenitors	1
14_16_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.CTAGTACGTGGCTATGACT	Neural
progenitors	1
14_16_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GACTACCATTATTACTCAT	Neural
progenitors	1
14_16_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GTAGACGGTTCGATATTGA	Neural
progenitors	1
14_16_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TGGACCTCTTGATAGAACG	Neural
progenitors	1
14_16_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TTGGCGACTAAGTCTTCCG	Neural
progenitors	1
14_16_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GCAGATACTTTATAAGAAC	Neural
progenitors	0
14_16_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.AGCAACGATAGTTCGAGTA	Neural
progenitors	1
14_16_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.ATGGCAGCTGGCTATGACT	Neural
progenitors	1
14_16_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.CCATCAGGTGGCATAGCTT	Neural
progenitors	1
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TCATTAAGCTACTTCCGAAT	Neural
progenitors	1
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.AAGCGCCATGGCTAATTAA	Neural
progenitors	1
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CAACGCAGTCGATCATTAC	Neural
progenitors	1
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CTGCTGAATACTTCCGAAT	Neural
progenitors	1
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CTTCATGCTCCGCGGACCG	Neural
progenitors	0
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCCGGTCATTGATAGAACG	Sensory
progenitors	14
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCTAGGAATTTGAGGTAGAA	Neural
progenitors	1
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TTTGCTTAGTAGTTGCATCT	Neural
progenitors	1
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACGAGGTTTGTCATTGCGC	Neural
progenitors	1
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATGGCGTATTCGATATTGA	Neural
progenitors	1
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CAGAAGGCTGTTCCGCTAA	Neural
progenitors	3
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCAGAACCTTGATAGAACG	Neural
progenitors	15
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCGGATAGTCCGCGGACCG	Neural
progenitors	1
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTACGGCATCGAGCTGCCA	Neural
progenitors	1
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTTCATGCTTACTTACTTA	Neural
progenitors	1
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GATCGACCTGCAAGGAATA	Neural
progenitors	1
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCGCTCAATCAAGATTAAG	Sensory
progenitors	6
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGCTTACTTTTGAGTATCA	Neural
progenitors	1
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTAAGCTCTCGAGCTGCCA	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATGCGATTTGACTAGTCTA	Neural
progenitors	1
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGGAGTTATGGCTATGACT	Neural
progenitors	1
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGGCAATATCATGCTGGTT	Neural
progenitors	1
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGAGCTCATTTGGTCATAA	Neural
progenitors	1
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGTCTACGTGGCTAATTAA	Neural
progenitors	1
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTAAGGAGTTGGAACTAGA	Neural
progenitors	1
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCGCGCATTCGTCCGTCCT	Neural
progenitors	1
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCGTTCTGTAATGGTCGAC	Neural
progenitors	1
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCTCGCTCTCAAGATTAAG	Neural
progenitors	3
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCGGAGTTTGGCTATGACT	Ventral
midline	9
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCGGAGTTTTGAGGTAGAA	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCGGATAGTTTATAAGAAC	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTCCAGAGTCCAGGTCTAC	Neural
progenitors	16
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTCCGGTTTGTCCAACTCA	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTTCATGCTGTCCAACTCA	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCGGTATATTGAGGTAGAA	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCTGGCTATAATGGTCGAC	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTCGGAGTTACTTCCGAAT	Neural
progenitors	3
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGGTACCTTTATAAGAAC	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGTAGCGTTCCGTCGCCA	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTCCGAATTGAGGTAGAA	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGAGAATCATGGCTATGACT	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGGACCTCTCCAGGTCTAC	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.AGCAACGATCGAGCTGCCA	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CATCGGACTAAGTCTTCCG	Neural
progenitors	3
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCGGATAGTTTAGATTCCG	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GAACGGCTTGCTCTCGCCT	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GATTACGGTCATGCTGGTT	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCAATCGCTAGTAAGCATA	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCCATGGTTTGATAGAACG	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGCGCATTTTGCATATAAC	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATCATGAGTCCGCTATATT	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCAAGTTATTATTACTCAT	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCCGACGTTGAGGTAGAA	Neural
progenitors	3
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.ACGAGGTTTATCAACGATT	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.ACGCCATATTCCGTCGCCA	Ventral
midline	9
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GACTGACGTGCGACGCAGA	Sensory
progenitors	6
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GAGCGGTATAATGGTCGAC	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGTTGGCATCCAGGTCTAC	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GTAAGCTCTTTGGAATCTC	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CGACGATATCCGCGGACCG	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CGCCGTAATACTTCCGAAT	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGAGCTCATGTCATTGCGC	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGCTTACTTAATACGCAGG	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTAAGCTCTAACTACCGAC	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCGAATCTTTTCCGTCGCCA	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCGCCAACTGTACTAGTAA	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCTATACCTTCCAGGTCTAC	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCTCTCGTGGCTAATTAA	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTGGCTCATTGATACGAGT	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.ATAGTCGCTCATGCTGGTT	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TCCGGTCATTGCGCCATCT	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CGTCGAAGTGCCAGGATCA	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTACGGCATAGTAAGCATA	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACCAGGATGATGATCGTA	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCTGAAGCTAGTAAGCATA	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCTGGCTATGACTAGTCTA	Neural
progenitors	3
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTCTACGTACGCAACTCC	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTTCGAGTAAGTCTTCCG	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTCGGAGTTAGCGTCAATG	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAACTAAGGTCTGCTTCGAC	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCATAGAGTTTTGAGTATCA	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCAAGTTATAGCGTCAATG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTCGCTCTTTAGGATCTA	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTCTCCATTTCAAGACCA	Neural
progenitors	1
14_16_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.TCTCTCCATGTCATTGCGC	Neural
progenitors	1
14_16_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.AGTTGCGCTTTGAGTATCA	Neural
progenitors	1
14_16_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TCGAATCTTTTCGATATTGA	Neural
progenitors	1
14_16_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GGCGACTATAGACTCAAGC	Neural
progenitors	1
14_16_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GTATCGCATTCTAGAACTA	Neural
progenitors	1
14_16_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TTCCATTACTTTAACGTACC	Neural
progenitors	1
14_16_exp1_idx1TAGGTAACTT_idx2CCGTCGGAGG.TCCTCGAGTGATGATCGTA	Neural
progenitors	1
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TAGCTCGGTTGAGGTAGAA	Neural
progenitors	1
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TCCGTATGTGGATCTGCAG	Neural
progenitors	1
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TGCGTAGTTAGTTGCATCT	Neural
progenitors	1
14_16_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TATGACTTGTAGTAAGCATA	Neural
progenitors	1
14_16_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TTGGAGTTATGGATCTGCAG	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.AACCGCTGTGTACTAGTAA	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.AAGCGCCATCCTAGCGCCT	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GCAATCGCTCAAGATTAAG	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CCTCCTGATCGCCGCCTCC	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GCTCGAGATTTAGATTCCG	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GGAGCTCATCAAGCTTCAT	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GGAGCTCATGACCTCTCTG	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TATTGAGGTTATAGACTAGG	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ACGCCATATGACCTCTCTG	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ATTGCCGGTTGAGGTAGAA	Sensory
progenitors	14
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CGGTTCCATTTAGATTCCG	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CTTAGCGGTGCAAGGAATA	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GAAGAGGCTCGAATAATTC	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCGGAGAATACGCAACTCC	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGTACGGATTTGGATCCTT	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGTAGTCCTAATACGCAGG	Neural
progenitors	11
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCGCGCATTACCGTTACGA	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCGGTACCTCCAGGTCTAC	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.CTGCTGAATAATACGCAGG	Neural
progenitors	11
14_16_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TCAGTTGGTTCCGTCGCCA	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACGAGGTTTTGGAAGTACC	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ATGGCGTATCGTCCGTCCT	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTAGTACGTTGATGGCCTT	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTCCAGAGTCGAGCTGCCA	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GAACGGCTTGACTAGTCTA	Neural
progenitors	11
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACCGAATTGGACTCATTG	Neural
progenitors	0
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACCGAATTTGATACGAGT	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACTGACGTATAGTCGTAG	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCAACGTTTCATTATTACC	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCATCCAGTGGATGCAGCA	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGAGAGTATGTCATTGCGC	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATCGAACTTATTGAGATTG	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCTCCGAATGACCTCTCTG	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGAACGCGTACTTCCGAAT	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGAATTCGTTTTAGATTCCG	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CTGCTGAATGACTAGTCTA	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTATAGGCATGGTCCAGGAG	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.ACCGTAGCTCGAGCTGCCA	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GTACCTCTTACTTCCGAAT	Sensory
progenitors	6
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TATTGACTCTGCGCGGTAGT	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCCGTATGTGTTCTGAATT	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GGAGGTTCTGTCCAACTCA	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TAGCCAATTTAACTGATCTT	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ACGCCATATTGATAGAACG	Neural
progenitors	3
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CCAGAACCTAATACGCAGG	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCCATGGTTGGCTATGACT	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCTGAAGCTTTCTTATCGA	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTACCTCTTACTTCCGAAT	Neural
progenitors	3
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGCCAATTTGCCGTATGCT	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATGGTCTTTTTATAAGAAC	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGCCTATTATTGGAACTAGA	Neural
progenitors	0
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGGTCGAATCCGCGGACCG	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCTCTAGTTTCCGTCGCCA	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGAGTCCTTGATAGAACG	Ventral
midline	9
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGCGGTCTTGATAGAACG	Neural
progenitors	11
14_16_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.CTATCTCCTTATTACTCAT	Neural
progenitors	0
14_16_exp1_idx1TATAATAGTT_idx2AGATCCTATA.CAGAAGGCTCCTTACTCCT	Neural
progenitors	1
14_16_exp1_idx1TATAATAGTT_idx2TATAACTTCC.CTGCTGAATCCAGGTCTAC	Immature
neurons	7
14_16_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.ACCGTAGCTACGCAACTCC	Neural
progenitors	1
14_16_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.GACTGACGTCATGCTGGTT	Neural
progenitors	1
14_16_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.TAAGACCGTTTAGATTCCG	Immature
neurons	7
14_16_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.CTCTACTGTACTCTCTCAA	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GGCGCATTTCATGCTGGTT	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCCAAGTTATCCGTTGACTT	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TTCAACTGATTATTACTCAT	Neural
progenitors	0
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TACTCCTATTAACTACCGAC	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCATTAAGCTACTCTCTCAA	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCTCCGAATTTGGACGCTG	Neural
progenitors	3
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TGACGAGGTGCCAACGCCA	Ventral
midline	9
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTCGCATAATGCAAGGAATA	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CATCGGACTTTATAAGAAC	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTCCTCGTTTATTACTCAT	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTGGAAGATACGCAACTCC	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTGGAAGATGACCTCTCTG	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTTCATGCTAGCGTCAATG	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACTTGGCTCCGCGGACCG	Neural
progenitors	0
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GAGCGGTATTGAGGTAGAA	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGAGGTTCTAACTACCGAC	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTCATCTGTAGTCCGCGGA	Neural
progenitors	0
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATATGCGTTAACTGATCTT	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCATTAAGCTACTATCCGCA	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCATTAAGCTTTGAGTATCA	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGGTACCTAACTGATCTT	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCTCTCCATCGATCATTAC	Neural
progenitors	0
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGGTAGGCTGCTCTCGCCT	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CGAGATGCTAACTACCGAC	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GATTACGGTCAAGTACTGG	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GGTCTACGTCCGCGGACCG	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTACCTCTTGACTAGTCTA	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCGAATCTTTTGGAACTAGA	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AACCGCTGTACCGTTACGA	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACGCCATATAATGGTCGAC	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ATGGAGAGTCAAGATTAAG	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CCAGAACCTTTATAAGAAC	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CCTCCTGATTTACGTATAC	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTCCGGTTTCCAGGTCTAC	Ventral
midline	9
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCGGAGAATAGTAAGCATA	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCTTCTGGTGTCCAACTCA	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAGCCAATTTAGCGTCAATG	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCATAGAGTTCCGTCGGAGG	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCCTCGAGTCAGGTATGGA	Neural
progenitors	3
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGAATCTTTAGCGTCAATG	Sensory
progenitors	6
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGCGCATTAATACTCTTC	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGCGCATTAGTCCGCGGA	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGGCCTGATCGATCATTAC	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGGTCGAATTCGATATTGA	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GGAGGTTCTTCGTAGAGAA	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TATCCAGGTTGGAAGTACC	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TGATCTTCTTCAGGTATGGA	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TTCAACTGATCGATCATTAC	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.CCATCAGGTCGGTCGTTAA	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.CCGAGAGATTGGAACTAGA	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GACCGAATTACTACTGAAG	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CATCGGACTTTATAAGAAC	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CTCCTCGTTTATTACTCAT	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CTGGAAGATACGCAACTCC	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GCATCCAGTGGACTCATTG	Neural
progenitors	0
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCATTAAGCTTTGAGTATCA	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TGAGAATCATCGAGCTGCCA	Neural
progenitors	3
14_16_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.CCGGATAGTCATGCTGGTT	Neural
progenitors	15
14_16_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GACGTTCGTTGATAGAACG	Neural
progenitors	1
14_16_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GCGCTCAATAGTTGCATCT	Neural
progenitors	1
14_16_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.GACTCGCTTCCGCGGACCG	Neural
progenitors	1
14_16_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TATTGACTCTATCGAGTCGC	Neural
progenitors	1
14_16_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.TGGTCTCCTTGAGGTAGAA	Neural
progenitors	0
14_16_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.ATTGCCGGTAATGGTCGAC	Neural
progenitors	0
14_16_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.CTGGAAGATTGATAGAACG	Neural
progenitors	1
14_16_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.GTATCGCATGTCATTGCGC	Neural
progenitors	1
14_16_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.TGGTAATAGTTTAGATTCCG	Neural
progenitors	0
14_16_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.GTCGGCAATACTATCTTGA	Neural
progenitors	0
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.CGACGATATACGCAACTCC	Neural
progenitors	0
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GGTTGGCATCGAGCTGCCA	Neural
progenitors	1
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GTACCTCTTTGATGGCCTT	Neural
progenitors	1
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TTGCGGTCTAGCGTCAATG	Immature
neurons	12
14_16_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GGACTTGATTTAGATTCCG	Neural
progenitors	1
14_16_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TACTCCTATTGTTGAAGGAT	Neural
progenitors	1
14_16_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TATAAGGCTTAAGTCTTCCG	Neural
progenitors	3
14_16_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TTGAGTCCTTTAGATTCCG	Neural
progenitors	3
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ATGGAGAGTGCAGGCGACG	Neural
progenitors	0
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CCTCCTGATTCGATATTGA	Neural
progenitors	1
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACCAGGATGTCATTGCGC	Neural
progenitors	1
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACTCGCTTCGATCATTAC	Neural
progenitors	11
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGTTACCTTTATTACTCAT	Neural
progenitors	3
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATGCGATTTCAGGTATGGA	Neural
progenitors	1
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATTGACTCTCGATCATTAC	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCAAGTTATAGTAAGCATA	Neural
progenitors	0
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCGGTCATTATTACTCAT	Neural
progenitors	1
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCGTAGCGTATAGACTAGG	Neural
progenitors	1
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCTCTCCATCAGGTATGGA	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGAACGCGTACTATCTTGA	Neural
progenitors	1
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGGACCTCTGGCTATGACT	Neural
progenitors	1
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCGCGGATGTCATTGCGC	Sensory
progenitors	14
14_16_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GGCGACTATAGCGTCAATG	Neural
progenitors	1
14_16_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TCTACTTACTCAAGATTAAG	Neural
progenitors	0
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ATGGCGTATGACCTCTCTG	Neural
progenitors	1
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CGAGATGCTTCTAGAACTA	Neural
progenitors	3
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTCCAGAGTCGTCCGTCCT	Neural
progenitors	1
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCAGATACTAGTAAGCATA	Neural
progenitors	1
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGCTTACTTAATCTGGAGT	Neural
progenitors	1
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGAGAATCATCCGCGGACCG	Neural
progenitors	1
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGATCTTCTTGGCTATGACT	Neural
progenitors	1
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTCTGGCCTTCCAGAAGGT	Neural
progenitors	1
14_16_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TCGGTACCTAATGGTCGAC	Neural
progenitors	1
14_16_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.GAAGAGGCTTTGAGTATCA	Immature
neurons	2
14_16_exp10_idx1AATACGATAA_idx2GACCGTAGCA.TCGAAGGATGATGATCGTA	Sensory
progenitors	6
14_16_exp10_idx1AATACGATAA_idx2TGATACGAGT.TTGGCAATATAACTACCGAC	Neural
progenitors	1
14_16_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.TCTCGCTCTCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.ATTAGGTACTGGCTAATTAA	Neural
progenitors	1
14_16_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TAGAGCCTTCGCCTCGAAC	Neural
progenitors	1
14_16_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TTCTCATTGTAATACGCAGG	Neural
progenitors	1
14_16_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TCTATCCAATCATTATTACC	Neural
progenitors	1
14_16_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TTCGTTCCTCGCCTCGAAC	Head epid.
/muscle	4
14_16_exp10_idx1AGGTCAGCTT_idx2ATAGGATATG.GGCAAGTCTTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2TATAACTTCC.CTCGTTGATCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2TCCGGTAATC.GAGTTCTCTTTAGGATCTA	Neural
progenitors	1
14_16_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.AACTGGCATGGTACTGCCT	Immature
neurons	2
14_16_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.AAGGATTACTCCGATTCCTG	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TATGGTCTTTAGCTTATCCG	Neural
progenitors	1
14_16_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.AAACTCCAATAACTGATCTT	Neural
progenitors	1
14_16_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.ATATCCTACTAGCTTATCCG	Neural
progenitors	0
14_16_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TGATCTTCTTAACGGACCAA	Neural
progenitors	1
14_16_exp10_idx1ATAAGGACTC_idx2CATTATTACC.GGAGCTCATTGATACGAGT	Neural
progenitors	1
14_16_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TAGAGAGTATCGTCCGTCCT	Neural
progenitors	1
14_16_exp10_idx1ATAAGGACTC_idx2TTGAGTATCA.AAGGATATGTACGCAACTCC	Immature
neurons	12
14_16_exp10_idx1ATGGCGCCTG_idx2CCAAGCTGAA.TCAGGAGATCGCTCCTAAC	Neural
progenitors	0
14_16_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.GCTCTTAGTTGAGGTAGAA	Neural
progenitors	1
14_16_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.ATTCCTAGATAATTATCAGC	Immature
neurons	13
14_16_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TAGGTACTATAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TTCTTAACCTCTGCTTCGAC	Neural
progenitors	0
14_16_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TCCTCGAGTCCGATTCCTG	Neural
progenitors	1
14_16_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.TTATCCGCTCTAACTAGAT	Neural
progenitors	0
14_16_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.GCAGATACTACGGAGGCGG	Immature
neurons	2
14_16_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.GTCATCTGTCTAACTAGAT	Neural
progenitors	0
14_16_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.CCAAGGATTTATATACTAA	Neural
progenitors	1
14_16_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.CTGGAAGATAGTAAGCATA	Neural
progenitors	1
14_16_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.GTCATCTGTTTATAAGAAC	Neural
progenitors	1
14_16_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.AAATTCCTCTCGGATTAGAA	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.AAATTCCTCTAACGGACCAA	Neural
progenitors	1
14_16_exp10_idx1GCATCGTATG_idx2AATTGCCTAC.TATATGCGTTTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.TCAGCTTCTTCGCTAAGCA	Neural
progenitors	0
14_16_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.GAACGATGTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.TCATGGCTTTATATACTAA	Neural
progenitors	0
14_16_exp10_idx1GCATCGTATG_idx2TCCGTCGCCA.GAGGAACTTACCGCCAACC	Immature
neurons	12
14_16_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.AAATTCCTCTAATTATCAGC	Neural
progenitors	1
14_16_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TCGCCAACTTGCGGACCTA	Neural
progenitors	1
14_16_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.GACCAGGATGCTGGAACTT	Neural
progenitors	1
14_16_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TATTGACTCTTCGCTAAGCA	Neural
progenitors	3
14_16_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TAGTTACCTTTGATACGAGT	Neural
progenitors	3
14_16_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TCTAGGAATTATCCATGACT	Immature
neurons	7
14_16_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.GCATCCAGTTTAGGATCTA	Neural
progenitors	1
14_16_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.GGTCTACGTTTGGTCATAA	Immature
neurons	12
14_16_exp10_idx1GGCTTACTCC_idx2GCTCTCGCCT.TTCGCATAATCTAACTAGAT	Sensory
progenitors	14
14_16_exp10_idx1GGCTTACTCC_idx2TTCTACGCCA.TTGACCAGTGATGATCGTA	Neural
progenitors	0
14_16_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.ATCAGTCATTGATGATCGTA	Neural
progenitors	11
14_16_exp10_idx1GGTTATCGAA_idx2TTCTACGCCA.CGTACCTATTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.GTCTCTACTTTGGTCATAA	Neural
progenitors	1
14_16_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TAACGACTTTAACTACCGAC	Sensory
progenitors	6
14_16_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TTGGCAATATAGTAAGCATA	Immature
neurons	13
14_16_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TATCTCGATTTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.GGCAAGTCTTGAGGTAGAA	Neural
progenitors	1
14_16_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TTCGCATAATGACTAGTCTA	Mature
neurons	10
14_16_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.TGAGTTAGATCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TAGAGAGTATCCGATTCCTG	Ventral
midline	9
14_16_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TCTATCCAATGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.CTCGTTGATGGTCCAGGAG	Neural
progenitors	1
14_16_exp10_idx1TAGGTAACTT_idx2AACTTATAAG.TATGAGAACTTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.GCATCCAGTGGCTAATTAA	Neural
progenitors	0
14_16_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TGGTAATAGTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.TTGACTCAATCTAACTAGAT	Neural
progenitors	0
14_16_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.ATTAGGTACTGGTCCAGGAG	Neural
progenitors	1
14_16_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TCGCCAACTCCAGGTCTAC	Neural
progenitors	1
14_16_exp10_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCGTTCTGTTTACCGAGGC	Immature
neurons	2
14_16_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.CTCGTTGATCGTCCGTCCT	Neural
progenitors	0
14_16_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TTCGTTCCTGATGATCGTA	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.ATATGGATCTGGTCCAGGAG	Neural
progenitors	1
14_16_exp10_idx1TATTAGACTT_idx2CATGCATCTC.ACGCTTGATTGATACGAGT	Neural
progenitors	1
14_16_exp10_idx1TATTAGACTT_idx2CATGCATCTC.CAGCATTGTGACTAGTCTA	Neural
progenitors	1
14_16_exp10_idx1TATTAGACTT_idx2CATGCATCTC.GACCAGGATCCAGGTCTAC	Immature
neurons	2
14_16_exp10_idx1TATTAGACTT_idx2CATTATTACC.TAATCAGCTTTGATACGAGT	Neural
progenitors	0
14_16_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.ATTCCTAGATTCCAATCATC	Neural
progenitors	1
14_16_exp10_idx1TCCTCTGCCG_idx2AGTTGCATCT.TTATCCGCTTGAGTCTGGC	Neural
progenitors	1
14_16_exp10_idx1TCCTCTGCCG_idx2TCATCTAATC.ATCAGTCATTCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.GATACGTCTTCGCTAAGCA	Neural
progenitors	0
14_16_exp10_idx1TCCTCTGCCG_idx2TTGGTCATAA.AGTATTAGCTTGCCGGCAGA	Neural
progenitors	1
14_16_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.GACGTTCGTGGTCGCGTCA	Sensory
progenitors	14
14_16_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.GGAGCTCATAATTATCAGC	Immature
neurons	2
14_16_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.ATAACTTCCTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.GAACGATGTGCTGGAACTT	Immature
neurons	12
14_16_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.CGTACCTATCATCTCTGCA	Neural
progenitors	1
14_16_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.TTCAACTGATAAGCCGGCTG	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.GGAGCTCATCTGCTTCGAC	Neural
progenitors	1
14_16_exp10_idx1TGGACGACTA_idx2TCGATATTGA.ATTAGGTACTGGTCCAGGAG	Immature
neurons	2
14_16_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TAACTAAGGTCTGATTAAGA	Neural
progenitors	1
14_16_exp10_idx1TTATTGAGGC_idx2ATAGGATATG.TCAGCTTCTTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2TCTATAAGGA.TCCTATTCTTCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.TATTCGGCTTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1TTCGAATATT_idx2AAGCCGGCTG.TGAGTTAGATCCTAGCGCCT	Neural
progenitors	1
14_16_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.AAATTCCTCTTCGCGGTTGG	Neural
progenitors	0
14_16_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TTTGCTTAGTCTCGATGGAG	Neural
progenitors	11
14_16_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.TTCTCATTGTTGCCGGCAGA	Immature
neurons	2
14_16_exp10_idx1TTGCGAGCAT_idx2CGTCCGTCCT.TCGTTCTGTCGCCTCGAAC	Neural
progenitors	11
14_16_exp3_idx1ACGGCGTTAA_idx2AATTGCCTAC.CGAGGCAATTCCAATCATC	Immature
neurons	2
14_16_exp3_idx1ACGGCGTTAA_idx2ACCGTTACGA.GCTCGAGATCCTAGCGCCT	Neural
progenitors	1
14_16_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.CCAAGGATTCCGATTCCTG	Immature
neurons	2
14_16_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.CGAGATGCTAATGCCGCTT	Immature
neurons	8
14_16_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.GCAATCGCTTAATGAACGA	Immature
neurons	2
14_16_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.GCATCCAGTCGCTCCTAAC	Neural
progenitors	1
14_16_exp3_idx1AGACCATATC_idx2AATTGCCTAC.AACGCGTCTGTCCTACTTG	Neural
progenitors	0
14_16_exp3_idx1AGACCATATC_idx2CGATCATTAC.ATTAATGCCTTATATACTAA	Neural
progenitors	3
14_16_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.ACCATGATTTAATTGCCTAC	Neural
progenitors	1
14_16_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.TAAGGTTCATTTCTTATCGA	Neural
progenitors	1
14_16_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.TGCAAGGTTCATCAGAATG	Sensory
progenitors	6
14_16_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.CAGCAAGTTCCTAGCGCCT	Neural
progenitors	1
14_16_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.CTTAGCGGTCCGATTCCTG	Ventral
midline	9
14_16_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.TTGACCAGTCATTATTACC	Immature
neurons	13
14_16_exp3_idx1AGGTCAGCTT_idx2GATACCTAAG.AAGTATTGGTTTAGATTCCG	Neural
progenitors	11
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTAATTAA.GGCGCATTTCAACCAGTAC	Neural
progenitors	1
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTAATTAA.TAAGGTTCATGTAGCTCCAT	Neural
progenitors	0
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTAATTAA.TGGATTCTATAAGACGGCCA	Neural
progenitors	1
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.ACTGAATACTTTCAATATAA	Neural
progenitors	1
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.AGGCGGAATAAGTCTTCCG	Neural
progenitors	1
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.CCGGATAGTTGGCCGGCCT	Neural
progenitors	1
14_16_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.CTAACGACTAGTTGCATCT	Neural
progenitors	1
14_16_exp3_idx1AGTCCGCTGC_idx2CAAGTACTGG.CTCCAGAGTGTTCGTCAGA	Neural
progenitors	1
14_16_exp3_idx1ATAAGGACTC_idx2AGTCCGCGGA.AAAGCTGATTCCGTTGACTT	Immature
neurons	2
14_16_exp3_idx1ATGGCGCCTG_idx2AGGTCAATTA.CTCCTCGTTGGCAATGAGA	Neural
progenitors	1
14_16_exp3_idx1ATGGCGCCTG_idx2AGGTCAATTA.GTAGCGATTTCTACCATTA	Neural
progenitors	1
14_16_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.AACTTGGATTGCGACGCCTT	Neural
progenitors	15
14_16_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.ACCATGATTTTCGAGGAGTA	Neural
progenitors	1
14_16_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.CCAAGGATTTCGATATTGA	Neural
progenitors	1
14_16_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.GCGTACTTTGGTCCAGGAG	Neural
progenitors	1
14_16_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.ATAATCCTGTATAGACTAGG	Ventral
midline	9
14_16_exp3_idx1ATTATGCAAG_idx2GGTCCAGGAG.ACCGTAGCTTTACCGAGGC	Immature
neurons	8
14_16_exp3_idx1ATTATGCAAG_idx2GTCGCTCAGT.ATTAGGTACTCGTCCGTCCT	Neural
progenitors	1
14_16_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.CTCCAGAGTAGTTGCATCT	Neural
progenitors	1
14_16_exp3_idx1CCTCAGCTCC_idx2GTCATTGCGC.AAACTGAACTTTCAATATAA	Neural
progenitors	1
14_16_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TCTCTCCATTCGATATTGA	Neural
progenitors	1
14_16_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.CCGACCAATACTTAACTAG	Neural
progenitors	1
14_16_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.TTCTGGCCTACCGCCAACC	Neural
progenitors	1
14_16_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.TAGAACCAATACCGGAATTA	Neural
progenitors	1
14_16_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.TCCGTATGTTATAGACGCA	Neural
progenitors	15
14_16_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.GGTAGTCCTAATCGATAAT	Neural
progenitors	1
14_16_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.ATGCATTCATTTCATAGGAC	Immature
neurons	2
14_16_exp3_idx1GATTCTTGAA_idx2TATAACTTCC.GCTCTTAGTCAATTACCGT	Neural
progenitors	1
14_16_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.ACGCCATATTCAAGCCGAT	Immature
neurons	2
14_16_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.GTCGGCAATACTTAACTAG	Neural
progenitors	1
14_16_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.TCCTCGAGTGACGACCTGC	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.TATGGTCTTTTTAGGATCTA	Immature
neurons	8
14_16_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.ACAACCTATTTGGCCGGCCT	Neural
progenitors	1
14_16_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.AGGATAATCTGAGCATCATT	Neural
progenitors	1
14_16_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.CAACGCAGTTGGCCGGCCT	Neural
progenitors	1
14_16_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.TACTCCTATTTTCTTATCGA	Immature
neurons	8
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.GGTAGTCCTTATAGTAAGC	Neural
progenitors	1
14_16_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.AAGTACGTTTACCGCCAACC	Ventral
midline	9
14_16_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.GTCGGCAATAAGAAGCTAG	Neural
progenitors	0
14_16_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.TGAACGCGTGGTCGCGTCA	Immature
neurons	8
14_16_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.CTGGAAGATGCGACGCCTT	Neural
progenitors	1
14_16_exp3_idx1GCGCGTTCAT_idx2AGCGTCAATG.TTCTTCGTTTACGTCATATA	Neural
progenitors	1
14_16_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.AGCGTAAGTCTAAGAGAAG	Neural
progenitors	1
14_16_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.GATTACGGTCCGTTGACTT	Neural
progenitors	1
14_16_exp3_idx1GCGCGTTCAT_idx2GATGATCGTA.TTCCGACGTGCGTTGGAGC	Neural
progenitors	1
14_16_exp3_idx1GCGCGTTCAT_idx2GCAACTGGCA.AACTTGGATTCGTCCGTCCT	Neural
progenitors	1
14_16_exp3_idx1GCGCGTTCAT_idx2TCGATATTGA.AGTTGCGCTCTGAACTGGT	Neural
progenitors	1
14_16_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.AAGCAGTATTTTACGTATAC	Immature
neurons	2
14_16_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.ATATGCCATTCCAGTTCCAA	Neural
progenitors	1
14_16_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.CTTCGACTTAATACTCTTC	Neural
progenitors	1
14_16_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.ACGCTTGATTTCTTATCGA	Neural
progenitors	1
14_16_exp3_idx1GCTTGAAGAG_idx2GGCTAATTAA.TAAGGTTCATGTTCGTCAGA	Sensory
progenitors	14
14_16_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.CAACGCAGTACTACTGAAG	Neural
progenitors	1
14_16_exp3_idx1GGTTATCGAA_idx2TTCTACGCCA.TTGATTCCTTGCCGTATGCT	Neural
progenitors	1
14_16_exp3_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TTCGTTCCTGGTCGCGTCA	Neural
progenitors	1
14_16_exp3_idx1GTAGCAGCTA_idx2GGCTAATTAA.CTGACGTTTATCCATGACT	Neural
progenitors	1
14_16_exp3_idx1GTAGCAGCTA_idx2GGTAGGTCTC.ATAAGCGAATAGACTCAAGC	Sensory
progenitors	6
14_16_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.AATTCTAGGTAAGTCTTCCG	Neural
progenitors	1
14_16_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.TCCGGTCATTTATAGCAGA	Ventral
midline	9
14_16_exp3_idx1GTAGGCTGCA_idx2CTGCTTCGAC.ATAAGCGAATTTACGTATAC	Immature
neurons	2
14_16_exp3_idx1GTAGGCTGCA_idx2GACCGTAGCA.TCCTCGAGTCATCTCTGCA	Ventral
midline	9
14_16_exp3_idx1GTAGGCTGCA_idx2GCTCTCGCCT.AGTTGCGCTCTGGATTAGT	Neural
progenitors	1
14_16_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.TGGTCTCCTACGCCGTTCA	Neural
progenitors	1
14_16_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.GACTCGCTTACTCAATAGG	Immature
neurons	2
14_16_exp3_idx1TAGGTAACTT_idx2TCTAGAACTA.AATCCAGTATTAATGAACGA	Neural
progenitors	1
14_16_exp3_idx1TAGGTAACTT_idx2TCTAGAACTA.CGGTAAGGTTGAGTCCAGA	Immature
neurons	12
14_16_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.AACGCGTCTGATATCGGCG	Neural
progenitors	1
14_16_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.ACAGGTATTTCATCCGACTA	Neural
progenitors	1
14_16_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.CGACGATATGGTCGCGTCA	Neural
progenitors	1
14_16_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.TTGATTCCTTTCGCTAAGCA	Neural
progenitors	1
14_16_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.AGAGTACCTAGGTCAATTA	Neural
progenitors	1
14_16_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.GCTCTTAGTCCGCAAGTTC	Sensory
progenitors	14
14_16_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.TTGAGTCCTGGTCCAGGAG	Neural
progenitors	1
14_16_exp3_idx1TCCTCTGCCG_idx2AGTTGCATCT.TAACGACTTTTGAGTCCAGA	Neural
progenitors	1
14_16_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.ACTTATGGTTAGGAGAGAAC	Neural
progenitors	1
14_16_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.CTACCTGGTCATCAGAATG	Neural
progenitors	1
14_16_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TCCTATAAGTTGCCGGCAGA	Immature
neurons	7
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.AATCCAGTATCCGTTGACTT	Neural
progenitors	1
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.AGTTGCGCTAGTTCGAGTA	Immature
neurons	12
14_16_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.ATAGTCGCTAGACTCAAGC	Neural
progenitors	1
14_16_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.CGTTGATCTTGGCCGGCCT	Neural
progenitors	1
14_16_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.GTAGACGGTCAACCAGTAC	Sensory
progenitors	6
14_16_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.TGGCCTGATCGCCTCGAAC	Neural
progenitors	1
14_16_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.CGAGATGCTGCTCTCGCCT	Head epid.
/muscle	4
14_16_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.GCAACGTTTACTTAACCTT	Immature
neurons	7
14_16_exp3_idx1TTCGAATATT_idx2ACCGTTACGA.CCGAGAGATTTAGATTCCG	Neural
progenitors	1
14_16_exp3_idx1TTCGAATATT_idx2AGGATTACCA.AGAGTACCTTCTACCATTA	Neural
progenitors	1
14_16_exp3_idx1TTCGAATATT_idx2AGGATTACCA.GACTGACGTGCGACGCCTT	Neural
progenitors	1
14_16_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.CTGATAGGTCTGGATTAGT	Immature
neurons	2
14_16_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.TAATCAGCTTCCTAGCGCCT	Immature
neurons	7
14_16_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.ATTCGGAGTATTCAGGTAC	Neural
progenitors	1
14_16_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.CGATTCGCTCATTATTACC	Immature
neurons	7
14_16_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.CTACGGCATCCGCGATTAT	Neural
progenitors	1
14_16_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.GATAAGCGTATATTGATAC	Sensory
progenitors	6
14_16_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.TTACCTAAGTTTATAGCAGA	Neural
progenitors	1
14_16_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.ACCGGTTCTCCGCTGCCAG	Neural
progenitors	1
14_16_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.ACTTATGGTTTTGGTCATAA	Sensory
progenitors	6
14_16_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.CTCCAGAGTCGAATAATTC	Neural
progenitors	1
14_16_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.TCGTAGCGTATTCGACCAA	Neural
progenitors	1
14_16_exp3_idx1TTGGTAAGGA_idx2TCTAGAACTA.GATAAGCGTTGCATATAAC	Neural
progenitors	1
14_16_exp3_idx1TTGGTAAGGA_idx2TCTAGAACTA.GGTCAGTTTTTAGGATCTA	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CTCCAGAGTACCGTTACGA	Sensory
progenitors	14
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GTAAGGAGTTATTACTCAT	Neural
progenitors	11
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ACCTTCGGTTGATAGAACG	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGCGCATTTCATGCTGGTT	Sensory
progenitors	14
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCGTCTATTTTTAGATTCCG	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCGCGGATCCTAGCGCCT	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GTTGCAAGTCTGCTTCGAC	Immature
neurons	13
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCGTCTATTTAATGGTCGAC	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2TGCCAGATGG.ACGAGGTTTTGATAGAACG	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCATTAAGCTTCGATATTGA	Immature
neurons	8
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GAAGAGGCTTCCAGAAGGT	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TGAGTTAGATTCCGGTAATC	Immature
neurons	8
14_16_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TCATGGCTTTGATAGAACG	Immature
neurons	12
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCGCTCAATTCCGGTAATC	Neural
progenitors	1
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCGGAGAATTCGATATTGA	Immature
neurons	8
14_16_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.CTCCAGAGTCCGCGGACCG	Immature
neurons	8
14_16_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.ACGAGGTTTCCGCGGACCG	Neural
progenitors	11
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GAACGGCTTTGGAAGTACC	Immature
neurons	13
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TATAAGGCTTCCGCGGACCG	Immature
neurons	8
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCATTAAGCTCGGCGAGACC	Immature
neurons	13
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCAACGTTTTGATGGCCTT	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TGACGAGGTTCTAGAACTA	Sensory
progenitors	14
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GCTCGAGATAATTATCAGC	Immature
neurons	12
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGTCTACGTTCCAGAAGGT	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TATCGAACTTGGTCCAGGAG	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.ACGGCAATTTCTAGAACTA	Immature
neurons	8
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.AGCAACGATAAGCCGGCTG	Immature
neurons	12
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GAGCGGTATTACTTACTTA	Immature
neurons	8
14_16_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.GGCAAGTCTCATGCTGGTT	Ventral
midline	9
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ATAGTCGCTCGGCGAGACC	Immature
neurons	12
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CGAGATGCTGAACTGCATC	Sensory
progenitors	14
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTCGCATAATAACTACCGAC	Immature
neurons	7
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GAGCGGTATACTACTGAAG	Sensory
progenitors	14
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GGTTGGCATACTATCTTGA	Sensory
progenitors	14
14_16_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GGAGGTTCTACTATCTTGA	Ventral
midline	9
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTCTACTGTACTATCTTGA	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCGGAGTTTTATTACTCAT	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TACTCCTATTTGGAACTAGA	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GACTACCATTCCGGTAATC	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GTCCTGCATGTCATTGCGC	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CTCCAGAGTCTCGTCTAGG	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCTCTAGTTTTAGATTCCG	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCTCTCGTCATTATTACC	Immature
neurons	8
14_16_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.GGAGCTCATGGCATAGCTT	Immature
neurons	8
14_16_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.ATTGCCGGTCAAGATTAAG	Neural
progenitors	1
14_16_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GACCGTCATGGTCGCGTCA	Sensory
progenitors	14
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CTTCATGCTTTGGTCATAA	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTACGGCATTTGAGTATCA	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GAGCGGTATTCCGGTAATC	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GGAGCTCATAGTTGCATCT	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GGTAGTCCTGACTAGTCTA	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCGGTACCTCGTCCGTCCT	Sensory
progenitors	14
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GGAGGTTCTCCGCGGACCG	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CGACGATATAGTAAGCATA	Immature
neurons	8
14_16_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TGCGTAGTTTTAACGTACC	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GACTCGCTTCCGCGGACCG	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTTGCTCCTTCCGTCGCCA	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTGGCTCATTGAGGTAGAA	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTACTTACTGGCTATGACT	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TTCTCTCGTTATTACTCAT	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TGAGAATCATGCTCTAACGA	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.AGGCATCATACTTCCGAAT	Sensory
progenitors	14
14_16_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TCGAATCTTTACGCAACTCC	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ACGAGGTTTACTATCCGCA	Sensory
progenitors	14
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AGTTGCGCTCCAGGTCTAC	Neural
progenitors	1
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTAGACGGTTTAGATTCCG	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TGGTAATAGTTGATGGCCTT	Immature
neurons	13
14_16_exp10_idx1AATACGATAA_idx2CGCCGCCTCC.GGTCAGTTTTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.TAGGTACTATAGCTTATCCG	Immature
neurons	7
14_16_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TGAGAATCATAACGGACCAA	Immature
neurons	8
14_16_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.TTGATTCCTTTATATACTAA	Immature
neurons	12
14_16_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.ACGTTGCTTTATATACTAA	Immature
neurons	8
14_16_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TTCTCATTGTCCGATTCCTG	Immature
neurons	8
14_16_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.GGTACCATTCAAGATTAAG	Immature
neurons	8
14_16_exp10_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GGAGGTTCTACCGCCAACC	Immature
neurons	8
14_16_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TATTCTCCTTCTGATTAAGA	Immature
neurons	8
14_16_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.GAACGATGTTGCCGGCAGA	Immature
neurons	7
14_16_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TGAGAATCATGCTAACTTGC	Head epid.
/muscle	4
14_16_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.GGCGTTAATTTACCGAGGC	Sensory
progenitors	14
14_16_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.GACTTGGCTCCAGTTCCAA	Immature
neurons	8
14_16_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TCATGGCTTAACTAGGCGC	Immature
neurons	8
14_16_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.AGAACTCCTTTCTTATCGA	Immature
neurons	8
14_16_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.GCTTCTGGTGCCATTCTCC	Immature
neurons	7
14_16_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TTGGAGCTTAATGGTCGAC	Immature
neurons	8
14_16_exp3_idx1AGGTCAGCTT_idx2GGACTCATTG.TTCGCATAATCAACCAGTAC	Immature
neurons	8
14_16_exp3_idx1ATAAGGACTC_idx2AGTCCGCGGA.ATCAGTCATTACCGCCAACC	Immature
neurons	8
14_16_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.CCTGCAGTTGCGCGGTAGT	Immature
neurons	8
14_16_exp3_idx1ATTATGCAAG_idx2TTGAGTATCA.CTCCAGAGTTTATTATGGT	Head epid.
/muscle	4
14_16_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.AGGATAATCTGAGCATATGG	Immature
neurons	8
14_16_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.CGGAACCTTCCGATTCCTG	Immature
neurons	8
14_16_exp3_idx1GATTCTTGAA_idx2CGTCCGTCCT.ACGCCATATTCTAATAGTA	Immature
neurons	8
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TTCTGGCCTCTGATTAAGA	Sensory
progenitors	14
14_16_exp3_idx1GCGCGTTCAT_idx2AACGGACCAA.GAACGATGTCAACCAGTAC	Immature
neurons	8
14_16_exp3_idx1GCTTGAAGAG_idx2ACTATCCGCA.TTTGCTTAGTCAAGCTTCAT	Immature
neurons	8
14_16_exp3_idx1GGCTTACTCC_idx2CGATCATTAC.GACTACCATAAGTCTTCCG	Immature
neurons	13
14_16_exp3_idx1GGCTTACTCC_idx2TGATACGAGT.AAGGATTACTCGGTTATGCC	Immature
neurons	8
14_16_exp3_idx1GGTTATCGAA_idx2GACCGTAGCA.ACGCTTATATCATTATTACC	Immature
neurons	8
14_16_exp3_idx1GTAGGCTGCA_idx2CTGCTTCGAC.ATTCGGAGTCAAGGCATTC	Immature
neurons	8
14_16_exp3_idx1TATAATAGTT_idx2GGAACGATGG.GCCATGGTTTCGCTAAGCA	Immature
neurons	8
14_16_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.ACAATGCTATCCAACTAACC	Sensory
progenitors	14
14_16_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.CCAGAACCTATCCATGACT	Immature
neurons	8
14_16_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.GATACGTCTGGTCCAGGAG	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.AAGATGCCTGGTCCAGGAG	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CCGAGAGATAATCTGGAGT	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GCGGAGAATCCGCGGACCG	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GTTGCAAGTAACGGACCAA	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCAGCGGTTCTCGTCTAGG	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CGGTTCCATACTGCCGATA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TAACTAAGGTCCGCGGACCG	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TAACTAAGGTTCCAGAAGGT	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TACGGTAGTGTTGACGGCC	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TATGCGATTTCATGCTGGTT	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCAGGAGATCTGATTAAGA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TTCAACTGATCATGCATCTC	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2ACGCAACTCC.ATGCCAAGTAATTATCAGC	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GACCGAATTCTGCTTCGAC	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ACGGCAATTCCTAGCGCCT	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CCGGATAGTACTATCTTGA	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTTCATGCTGCTCTAACGA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GACCGTCATGTCATTGCGC	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCAATCGCTTGATACGAGT	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCGGAGAATATGCAATATG	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCGGAGAATCATGCTGGTT	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCGTCGTATAGTTGCATCT	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGAGGTTCTTTGGTCATAA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTTCGCTGTGTTGACGGCC	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTTCGCTGTTTCAAGACCA	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATCGAACTTACTCTCTCAA	Mature
neurons	17
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATTCGGCTATCGAGTCGC	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCAGTTGGTTCGTAGAGAA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCATAGAGTTACTGCCGATA	Mature
neurons	17
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCATGGCTTAATTATCAGC	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGACGAGGTTGATACGAGT	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGAGAATCATGGTCGCGTCA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTGGCTCATACTTCCGAAT	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTTGCTTAGTATGCAATATG	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CCAGAACCTCATGCATCTC	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CCATTGCGTTGATAGAACG	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GGTTGGCATGGTCCAGGAG	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GTCGGAGTTTTAACGTACC	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.AAGATGCCTATCAACGATT	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTGCTGAATGAACTGCATC	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTGGAAGATCAAGTACTGG	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAACGGCTTGGCATAGCTT	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACCGAATTGCTCTAACGA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACCGTCATACTCTCTCAA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACCGTCATCTGATTAAGA	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAGCGGTATAGATATATCG	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCAGATACTTGGAAGTACC	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCGGTATATAGTCCGCGGA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCTGGCTATAGATATATCG	Ventral
midline	9
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGCGACTATGGTCGCGTCA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGTACGGATACTGCCGATA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGTCTACGTCTCGATGGAG	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGTTGGCATCATTATTACC	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTAAGCTCTTGAGTCCAGA	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATCATGAGTTACTTACTTA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATCGAACTTCATTATTACC	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCAGTTGGTCAAGATTAAG	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCCAAGTTATATTGCGCTGA	Sensory
progenitors	14
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCTCGCTCTACTATCTTGA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGACGAGGTGCTCTCGCCT	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGCTAATTCTAATTGCCTAC	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCGCATAATATGGCGGATC	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCTTAACCTCCTAGCGCCT	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGGTTAAGTAACCTAGCTT	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GAACGATGTAGATATATCG	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GGTTCGAGTTTCAAGACCA	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TTCTTAACCTAACTACCGAC	Immature
neurons	8
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TCCTACCTTCATGCATCTC	Immature
neurons	8
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TCCTACCTTTCGTAGAGAA	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TCGTCTATTTTCCAGAAGGT	Mature
neurons	10
14_16_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TAGCTCGGTAAGTAGTCAG	Immature
neurons	8
14_16_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.CGAGATGCTGACCTCCGCC	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.CTTAGCGGTGGTCGCGTCA	Immature
neurons	12
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CCATCAGGTGGATCTGCAG	Mature
neurons	10
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CCTCCTGATGCGACGCAGA	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACTCGCTTGGTCGCGTCA	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGAGGTTCTAATTATCAGC	Immature
neurons	8
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGCGACTATCCAGGTCTAC	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGTACGGATCAAGCTTCAT	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTCATCTGTTCGTAGAGAA	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATCATGAGTGCTCTAACGA	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATCGAACTTATTGCGCTGA	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCTATACCTTTTGGAATCTC	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGGTCTCCTAACGAGGCTA	Immature
neurons	12
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCTCTAGTTCTGATTAAGA	Mature
neurons	10
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCGGTATATCCAACTAACC	Mature
neurons	10
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTCGGCAATTCCAGAAGGT	Mature
neurons	10
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TACTCCTATTAACGGACCAA	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TAGAGAGTATCGCCTCGAAC	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TAGGTACTATCTGATTAAGA	Immature
neurons	12
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TATAAGGCTTTCTAGAACTA	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCAGGAGATGACCTCCGCC	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGCCTATTATAGTTGCATCT	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGCTAATTCTCCTAGCGCCT	Mature
neurons	10
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGCTACTAATACTATCTTGA	Mature
neurons	10
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTCTCTAGTTCGGCGAGACC	Mature
neurons	10
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTGGAGTTATATGCAATATG	Immature
neurons	8
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTGGCAATATATGCAATATG	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.AAGCGCCATAATTATCAGC	Immature
neurons	8
14_16_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TGCTCCTATTACTTACTTA	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GCAATCGCTAATCTGGAGT	Immature
neurons	8
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.ACGAGGTTTGGATCTGCAG	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.CAACGCAGTTCTATAAGGA	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TTGCGGTCTGCAGGCGACG	Mature
neurons	10
14_16_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GTCCTGCATCAAGTACTGG	Mature
neurons	10
14_16_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GTTCGCTGTTGATACGAGT	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TCTACTTACTGCTCTCGCCT	Immature
neurons	7
14_16_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TAGCCAATTTTCGATATTGA	Mature
neurons	10
14_16_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TGCCTATTATATCGAGTCGC	Mature
neurons	10
14_16_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GGATAGGTTCTCGATGGAG	Mature
neurons	10
14_16_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TCCAAGTTATATCGAGTCGC	Mature
neurons	10
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.CTCCTCGTTTGGAAGTACC	Mature
neurons	10
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TTGAGAGATTGCTCTCGCCT	Immature
neurons	7
14_16_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GACCGAATTAACGGACCAA	Mature
neurons	10
14_16_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.CCGTCTCATAGCGTCAATG	Mature
neurons	10
14_16_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.CGTCGAAGTCATTATTACC	Immature
neurons	8
14_16_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.GACTACCATAATTATCAGC	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TGGTCGAATGGACTCATTG	Mature
neurons	10
14_16_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TGAATTCGTTCATTATTACC	Immature
neurons	8
14_16_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.CGTCGAAGTGTACTAGTAA	Mature
neurons	10
14_16_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.GTTCCAGCTTGAGGTAGAA	Mature
neurons	10
14_16_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TACGGTAGTGTTGACGGCC	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TCGCCAACTGACCTCCGCC	Immature
neurons	8
14_16_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TGCTCCTATTACTTACTTA	Head epid.
/muscle	4
14_16_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TGGTAGGCTAACGGACCAA	Immature
neurons	8
14_16_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TGAGTTAGATTCCAGAAGGT	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CCTCCTGATTTGAGTATCA	Mature
neurons	10
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GACTTGGCTCATTATTACC	Mature
neurons	10
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGCTTACTTTTGGTCATAA	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCGAATCTTTGACTAGTCTA	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCTCGCTCTTATTACTCAT	Mature
neurons	10
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ATAGTCGCTAATTATCAGC	Mature
neurons	10
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CCATTGCGTTCTATAAGGA	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CCGGAGTTTAGTTGCATCT	Mature
neurons	10
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTGGAAGATCTGCTTCGAC	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GACCAGGATAGTCCGCGGA	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GACCAGGATGATGATCGTA	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GACCAGGATTGGAAGTACC	Mature
neurons	10
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTTGCTCCTACTGCCGATA	Mature
neurons	10
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCGAATCTTTTATTACTCAT	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCGTTCTGTAACTACCGAC	Mature
neurons	10
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCCATTACTGCAGACCGGT	Mature
neurons	10
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCCGACGTACTCTCTCAA	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.AACCGCTGTCTGCTTCGAC	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GACTACCATAGTCCGCGGA	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CCGAGAGATGGTCCAGGAG	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGCGCATTTCAAGCTTCAT	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGTCTACGTACTTCCGAAT	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGTCTACGTTCCGGTAATC	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGTTGGCATCCTAGCGCCT	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TAGCTCGGTAGATATATCG	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCGTCTATTTTGAGTCCAGA	Mature
neurons	10
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGGTAGGCTGGACTCATTG	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.ATGGCGTATCGTCCGTCCT	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GCTGGCTATAGTTGCATCT	Mature
neurons	10
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TGGTAGGCTTCCAGAAGGT	Mature
neurons	10
14_16_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TCTCTCCATCATTATTACC	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TGCCTATTATACTATCCGCA	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.ATTGCCGGTGGTCCAGGAG	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TGGTAGGCTACTACTGAAG	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GGCAAGTCTACTGCCGATA	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GGCAAGTCTGCGACGCAGA	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GTCGGAGTTAATCTGGAGT	Mature
neurons	10
14_16_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TCTCGCTCTTGATGGCCTT	Immature
neurons	12
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.AGGCATCATCAAGCTTCAT	Mature
neurons	17
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.ATGGCGTATCCTAGCGCCT	Mature
neurons	10
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GACCGTCATTGATAGAACG	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTTGCAAGTTTCAAGACCA	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TAACTAAGGTGACCTCTCTG	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCTACTTACTCTCGATGGAG	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.AAGCGCCATCCAGGTCTAC	Mature
neurons	17
14_16_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.GTACCTCTTACCGTTACGA	Mature
neurons	17
14_16_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.CCTCCTGATTTGGTCATAA	Mature
neurons	10
14_16_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.GCGTCGTATCTGATTAAGA	Immature
neurons	8
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CAGAAGGCTTGGAAGTACC	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.ACGAGGTTTCATTATTACC	Mature
neurons	5
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GACCGAATTAGATATATCG	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GCAATCGCTTACTTACTTA	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GCGCTCAATCATGCATCTC	Immature
neurons	8
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCCTATTCTTGATGATCGTA	Immature
neurons	8
14_16_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.TCAGCGGTTTACTTACTTA	Mature
neurons	5
14_16_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.TCTCGCTCTTTAACGTACC	Immature
neurons	8
14_16_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TGAACGCGTCCGCGGACCG	Mature
neurons	10
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GATTACGGTAGTTGCATCT	Immature
neurons	8
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTTCCAGCTCCTAGCGCCT	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TAGCTCGGTGACTAGTCTA	Mature
neurons	17
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TAGGTACTATTCTATAAGGA	Immature
neurons	8
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCTCCGAATCTGATTAAGA	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TCGGTACCTTGGAAGTACC	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TCGTTCTGTCGCCTCGAAC	Immature
neurons	8
14_16_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TCTATACCTTATGCAATATG	Immature
neurons	8
14_16_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TGGCCTGATATTGCGCTGA	Immature
neurons	8
14_16_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.CAATCGGTTTCCGTCGCCA	Mature
neurons	10
14_16_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TCCTACCTTAATCTGGAGT	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TTATAGGCATACCGTTACGA	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TAGCTCGGTGGTCCAGGAG	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TCTCTCCATAATTATCAGC	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.ATTGCCGGTTTAGGATCTA	Mature
neurons	10
14_16_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.CTACGGCATCTCGTCTAGG	Immature
neurons	8
14_16_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TAGAGCCTTCAAGTACTGG	Mature
neurons	10
14_16_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TCATGGCTTTGGAAGTACC	Mature
neurons	10
14_16_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TTCTGGCCTCGTCCGTCCT	Mature
neurons	10
14_16_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TTCTGGCCTTCGTAGAGAA	Oenocytes	18
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ATTGCCGGTGCTCTCGCCT	Immature
neurons	8
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CCATCAGGTAAGCCGGCTG	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CGACGATATAGATATATCG	Immature
neurons	8
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGAGCTCATTTCAAGACCA	Mature
neurons	10
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGCGCATTTTGATAGAACG	Mature
neurons	10
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTAAGCTCTTACTTACTTA	Mature
neurons	10
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTTGCTCCTCATTATTACC	Immature
neurons	8
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATGACTTGTGCAAGGAATA	Immature
neurons	12
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCCTATTCTTTCCAGAAGGT	Mature
neurons	10
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCGGTACCTGCTCTCGCCT	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGAATTCGTTCGCCGCCTCC	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTATAGGCATCAAGTACTGG	Mature
neurons	10
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCGGAGAATAATTGCCTAC	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTTCCAGCTCTCGATGGAG	Sensory
progenitors	14
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TACTCCTATTTCCAGAAGGT	Mature
neurons	10
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TAGAGAGTATCTGATTAAGA	Immature
neurons	8
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TAGCCAATTTCCGCGGACCG	Immature
neurons	8
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TATCATGAGTTTGGATCCTT	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TATGGTCTTTGTTGACGGCC	Mature
neurons	17
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCATGGCTTAGATATATCG	Mature
neurons	10
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCCAATAGTTCCGTCGGAGG	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGCTAATTCTCAAGATTAAG	Mature
neurons	10
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTCCGACGTTGGAAGTACC	Mature
neurons	5
14_16_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TCCTATTCTTAATACGCAGG	Mature
neurons	10
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.CGACGATATGGTCGCGTCA	Mature
neurons	10
14_16_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TCCGTATGTACTATCTTGA	Mature
neurons	10
14_16_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GTAGACGGTCATTATTACC	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCTCCGAATGGACTCATTG	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.ACCTTCGGTAGATATATCG	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.ATGGCGTATACGAGGACCT	Mature
neurons	10
14_16_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GCCATGGTTTCCAGAAGGT	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GGCAAGTCTACTACTGAAG	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.AACCGCTGTCTCGATGGAG	Mature
neurons	10
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.AAGATGCCTGGTCCAGGAG	Mature
neurons	10
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.ATGGAGAGTACTATCTTGA	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GTAGCGATTTTGGTCATAA	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TCCAAGTTATTGGAAGTACC	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ATGCCAAGTTATGCCGAGT	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CATCGGACTAGATATATCG	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GACCAGGATCAAGATTAAG	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCCATGGTTTGGAAGTACC	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCAGTTGGTATGCAATATG	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TGTTAAGACTACTTCCGAAT	Mature
neurons	10
14_16_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TTCGCGGATCTGCTTCGAC	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AGTTGCGCTTGATAGAACG	Mature
neurons	10
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCATTGCGTGCGACGCAGA	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CGCCGTAATCTGATTAAGA	Mature
neurons	10
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTTAGCGGTCAAGTACTGG	Mature
neurons	10
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTTCATGCTCTGATTAAGA	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCAGATACTGATGATCGTA	Mature
neurons	10
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCATCCAGTGTTGACGGCC	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCTTCTGGTGATGATCGTA	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTCGGAGTTCCGCGGACCG	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTTGCTCCTAATTATCAGC	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATCATGAGTAGTTGCATCT	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATTGACTCTGGTCGCGTCA	Mature
neurons	10
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCATAGAGTTGTTGACGGCC	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGAATTCGTTCCGCGGACCG	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCCATTACTCCTAGCGCCT	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCTTAACCTTTATAAGAAC	Mature
neurons	10
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGGTTAAGTCGCCTCGAAC	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.ACGAGGTTTTGATGGCCTT	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.CGAGATGCTCGCCTCGAAC	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTACGGCATGTTGACGGCC	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTTAGCGGTTCCGGTAATC	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GAACGATGTTTAGGATCTA	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACTCGCTTGCTCTCGCCT	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCATCCAGTAATACTCTTC	Mature
neurons	10
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGAGGTTCTAATTGCCTAC	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGTCCTTCTTATTACTCAT	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGTTGGCATTTAGGATCTA	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATGCGATTTTTGGAGTCGG	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCCAATAGTTCTGATTAAGA	Sensory
progenitors	14
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGAATTCGTTAACTACCGAC	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGAGTTAGATAACGAGGCTA	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCGCGGATGATGATCGTA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACGAGGTTTTTGGTCATAA	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CAACGCAGTCCTAGCGCCT	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCATCAGGTTCTATAAGGA	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTATCTCCTACTATCTTGA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTTGGCTTCCAGAAGGT	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCAACGTTTCATTATTACC	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCAGATACTATGCAATATG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGCGACTATTGAGGTAGAA	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGTACGGATGTCCAACTCA	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTCATCTGTAGTTGCATCT	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAACTAAGGTGGTCCAGGAG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAGTTACCTTGGTCCAGGAG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATGCGATTTACTACTGAAG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCGGTCATTTAGATTCCG	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGCGCATTGGTCGCGTCA	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGCTAATTCTAATTGCCTAC	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCTAAGCTTGGCATAGCTT	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCTTAACCTACTGCCGATA	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CGCCGTAATCATTATTACC	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GAGCGGTATCTCGATGGAG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCAACGTTTTTAGGATCTA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGAGGTTCTACTGCCGATA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGCTTACTTGGTCCAGGAG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGTTACCTTGTCCAACTCA	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATGGTCTTTGGTCCAGGAG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCTATTCTTGATGATCGTA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCTCTCCATTCTATAAGGA	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGAACGCGTCTGATTAAGA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGAGTTAGATCATGCATCTC	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCTCTCGTGTTGACGGCC	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TCCAATAGTTGTTGACGGCC	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GCCATGGTTACTATCTTGA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GCGCTCAATACTATCTTGA	Mature
neurons	17
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCATAGAGTTTGATACGAGT	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACCGTAGCTGGTCCAGGAG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACCTTCGGTTCCAGAAGGT	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.AGTTGCGCTCAAGTACTGG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CAATCGGTTGGTCGCGTCA	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CTCCGGTTTAGATATATCG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GACCGTCATACTATCTTGA	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCTCGAGATTATTACTCAT	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTACCTCTTAGTAAGCATA	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTCGGAGTTTTATAAGAAC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TACGGTAGTTTAACGTACC	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCTCCGAATTCCAGAAGGT	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGAATTCGTTGGTCCAGGAG	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGTAGGCTAACGAGGCTA	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGTAGGCTCCGCGGACCG	Mature
neurons	17
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCTTAACCTACTATCTTGA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CGAGATGCTCAAGTACTGG	Mature
neurons	17
14_16_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TTGAGTCCTGCTCTAACGA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.AGGCATCATCTCGATGGAG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTACGGCATTTAACGTACC	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTAGTACGTAATCTGGAGT	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGAGGTTCTAACTGATCTT	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTTGGCATAGTTGCATCT	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTAGCGATTTGATAGAACG	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTTCGCTGTACTATCTTGA	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTTCGCTGTATGCAATATG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTTGCAAGTGGTCCAGGAG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCTATTCTTTGGAACTAGA	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGTCTATTTCTGATTAAGA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGAGTTAGATAGATATATCG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCTAATTCTAGTCCGCGGA	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCTAAGCTTCTCGATGGAG	Immature
neurons	7
14_16_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.TTGGAGTTATAAGCCGGCTG	Mature
neurons	17
14_16_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.CGAGATGCTTTGGTCATAA	Mature
neurons	10
14_16_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GGCGACTATTACTTACTTA	Mature
neurons	10
14_16_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TGCTAATTCTTCCAGAAGGT	Mature
neurons	10
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TTTGCTTAGTCGCCTCGAAC	Mature
neurons	17
14_16_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TGAGTTAGATCATGCATCTC	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ATGGCAGCTTACTTACTTA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CGCCGTAATATGCAATATG	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GCTGGCTATCGTCCGTCCT	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGCAAGTCTCATGCTGGTT	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TAGCCAATTTAACTACCGAC	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCGAATCTTTTCAGCTCTAA	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TTGGTTAAGTATGCAATATG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CCTCCTGATAACTACCGAC	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CGCCGTAATTTATAAGAAC	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GCGGAGAATGGATGCAGCA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GGAGCTCATCATGCTGGTT	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGGACCTCTAATTATCAGC	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTCTCTAGTTGCGACGCAGA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CAGAAGGCTAATTATCAGC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CGTCGAAGTTCCAGAAGGT	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCTTCTGGTTCCAGAAGGT	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGCGACTATTACTTACTTA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGTACGGATCATTATTACC	Mature
neurons	17
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGTTGGCATCCGCTATATT	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTAAGGAGTGGTCGCGTCA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCAGTTGGTTGATGGCCTT	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCCAATAGTTTTAGATTCCG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGACGAGGTTCCGTCGCCA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGCTCCTATTACTTACTTA	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGCTCCTATTTGGTCATAA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.CTACGGCATGCGACGCAGA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.CTTAGCGGTCGCCTCGAAC	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TCTAGGAATTTTGGAGTCGG	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCGAGAGATTTGGTCATAA	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCTCCTGATACTACTGAAG	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GATCGACCTTTAACGTACC	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCAATCGCTCAAGCTTCAT	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTTGCAAGTACTATCTTGA	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTTGCAAGTTACTTACTTA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAAGACCGTCAAGATTAAG	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATCATGAGTCGCCTCGAAC	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGTTCTGTTCGTAGAGAA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGGCAATATGCTCTAACGA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.ACGAGGTTTCCTAGCGCCT	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GCTGAAGCTACTGCCGATA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GGTTGGCATCTGCTTCGAC	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TGAGTTAGATGCTCTCGCCT	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TGATCTTCTTTATTACTCAT	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CAACGCAGTATTGCGCTGA	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GAACGATGTTTAGGATCTA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GAACGGCTTAACGGACCAA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GACCGTCATCGCCTCGAAC	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GGCAAGTCTTTAGGATCTA	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TATCCAGGTTTCTTATCGA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.ACCGTAGCTGGATGCAGCA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.AGTTGCGCTTCCGGTAATC	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GCAGATACTATCGAGTCGC	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GGCGACTATGCGACGCAGA	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GTATCGCATACGAGGACCT	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TATATGCGTTGGTCCAGGAG	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCCTACCTTTTGGTCATAA	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CAATCGGTTTCTATAAGGA	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTTCATGCTGACTAGTCTA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GAACGGCTTAACGGACCAA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GACCGTCATCGCCTCGAAC	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GACTACCATACTGCCGATA	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCATCCAGTGGTCCAGGAG	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCGCTCAATGGTCGCGTCA	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGTTACCTTCATGCTGGTT	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATATGCGTTGCTCTAACGA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATTGACTCTTCTATAAGGA	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCGCGCATTCCAACTAACC	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCGTAGCGTAGTTGCATCT	Immature
neurons	7
14_16_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.CAACGCAGTTTGAGTATCA	Mature
neurons	10
14_16_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.GGACTTGATAGTTGCATCT	Mature
neurons	10
14_16_exp1_idx1TATAATAGTT_idx2AGATCCTATA.GGCGCATTTACTACTGAAG	Mature
neurons	5
14_16_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TGAGTTAGATTTAGATTCCG	Immature
neurons	7
14_16_exp1_idx1TATAATAGTT_idx2TATAACTTCC.ACGGCAATTGTTGACGGCC	Mature
neurons	5
14_16_exp1_idx1TATAATAGTT_idx2TATAACTTCC.GAGCGGTATATGCAATATG	Immature
neurons	8
14_16_exp1_idx1TATAATAGTT_idx2TATAACTTCC.GGTACGGATGGTCCAGGAG	Immature
neurons	8
14_16_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TTCAACTGATCGAGCTGCCA	Immature
neurons	7
14_16_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TTCTCTCGTGTCATTGCGC	Mature
neurons	10
14_16_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.GCGGTATATTGATACGAGT	Mature
neurons	17
14_16_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.TACGGTAGTCTGATTAAGA	Mature
neurons	10
14_16_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.GGTTGGCATGCGACGCAGA	Mature
neurons	5
14_16_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.TATTCGGCTACTATCTTGA	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CTACGGCATAATTATCAGC	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GGCTTACTTACTACTGAAG	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TAGTTACCTTTTGGTCATAA	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TATTCGGCTAGTTGCATCT	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TATTGAGGTTACTATCTTGA	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCTAGGAATTTTAGGATCTA	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TGAGAATCATACTATCTTGA	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TTGAGAGATTGTTGACGGCC	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TTGGCTCATTCTATAAGGA	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.ATGGCAGCTTCCGTCGCCA	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.ATGGCGTATAGATATATCG	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GATTACGGTCTGATTAAGA	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCGCGCATTCGATCATTAC	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ATGGAGAGTGGATCTGCAG	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CAATCGGTTCATTATTACC	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCAGAACCTGAACTGCATC	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCATCAGGTACTATCTTGA	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTATCTCCTAGTCCGCGGA	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GAACGATGTATGCAATATG	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACTTGGCTACTATCTTGA	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGTTCGAGTTCGTAGAGAA	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCTCGCTCTGGATGCAGCA	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGAACGCGTCAAGTACTGG	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCTAAGCTTGCTCTCGCCT	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCTCTAGTTTTGGTCATAA	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CAATCGGTTAGTCCGCGGA	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GACCAGGATAATTGCCTAC	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GACTACCATGCTCTCGCCT	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTCGGAGTTCCAACTAACC	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCGCGCATTGGTCGCGTCA	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACCGTAGCTGTTGACGGCC	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CCGAGAGATCATGCATCTC	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CGTCGAAGTAGATATATCG	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCCATGGTTCGAGCTGCCA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAAGACCGTTTAACGTACC	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAGAGAGTATTTAGGATCTA	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATCGAACTTTGATGGCCTT	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCCTCGAGTAATTATCAGC	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGAGTTAGATCATTATTACC	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGCTCCTATCGGCGAGACC	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGGATCCGTTTGGTCATAA	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGGTAGGCTAACGGACCAA	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGGAGTTATGGTCGCGTCA	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGGTTAAGTTATTACTCAT	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TGGTAATAGTTGGAAGTACC	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.CGCCGTAATACGCAACTCC	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GGTCTACGTCTCGTCTAGG	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TATATGCGTTACGCAACTCC	Mature
neurons	17
14_16_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCCAAGTTATAATACGCAGG	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CCGTCTCATGACTAGTCTA	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GACCGTCATCTCGATGGAG	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GCAGATACTGATGATCGTA	Mature
neurons	17
14_16_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCTATACCTTCTCGATGGAG	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCTCCGAATTCTATAAGGA	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TTCTAAGCTTGCTCTCGCCT	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TTGGCTCATGGATGCAGCA	Mature
neurons	5
14_16_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.TATCATGAGTTGAGGTAGAA	Mature
neurons	10
14_16_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TGCCTATTATTCCGGTAATC	Immature
neurons	7
14_16_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.TCAGGAGATTGATACGAGT	Mature
neurons	10
14_16_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.ATGGAGAGTCATGCTGGTT	Mature
neurons	10
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.CTATCTCCTTTAGGATCTA	Mature
neurons	10
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GACCGTCATCAAGTACTGG	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GGTAGTCCTGGATGCAGCA	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GTTCGCTGTTGATACGAGT	Mature
neurons	10
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TCTCCGAATTTCCATGGCA	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TCTCGCTCTTGATGGCCTT	Immature
neurons	12
14_16_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CTCCGGTTTTGGAACTAGA	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TCAGCGGTTACTTCCGAAT	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ACGGCAATTACTTCCGAAT	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CAATCGGTTTCGTAGAGAA	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACCGAATTAGCGTCAATG	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCGCTCAATCCTAGCGCCT	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTTCGCTGTTCCAGAAGGT	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCTCGAGTGGACTCATTG	Immature
neurons	12
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCTCGCTCTACCGTTACGA	Mature
neurons	10
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGAGTTAGATCCTAGCGCCT	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGGTCGAATAGTTGCATCT	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTAATGAGCTTTAACGTACC	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TATTGACTCTGGCTAATTAA	Head epid.
/muscle	4
14_16_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GCAATCGCTTGGAAGTACC	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GCATCCAGTCGCCGCCTCC	Oenocytes	18
14_16_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GCATCCAGTGACTAGTCTA	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TATTGAGGTTACTGCCGATA	Mature
neurons	10
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ACCGTAGCTCGCCTCGAAC	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CGACGATATATTGCGCTGA	Mature
neurons	10
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCGGAGAATGACCTCCGCC	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGAGCTCATAGTTGCATCT	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TACTCCTATTACTACTGAAG	Mature
neurons	10
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TAGAGAGTATTTGGTCATAA	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCAGTTGGTAAGCCGGCTG	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGCGTAGTTTTAACGTACC	Mature
neurons	10
14_16_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GCCATGGTTAACGGACCAA	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GGTCTACGTCAAGTACTGG	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TGCCTTGGTCATTATTACC	Mature
neurons	17
14_16_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.GGAGGTTCTACCGCCAACC	Mature
neurons	10
14_16_exp10_idx1AATACGATAA_idx2CTCGATGGAG.GAAGAGGCTAATTATCAGC	Mature
neurons	10
14_16_exp10_idx1AATACGATAA_idx2GACCGTAGCA.AGATCGGATATCCATGACT	Mature
neurons	5
14_16_exp10_idx1AATACGATAA_idx2TCTAGAACTA.TATTGAGGTTTGAGGTAGAA	Immature
neurons	7
14_16_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.TTTGCTTAGTCCAGGTCTAC	Mature
neurons	5
14_16_exp10_idx1ACGGCGTTAA_idx2GACCTCTCTG.TCGAAGGATCATTATTACC	Mature
neurons	10
14_16_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.GACGTTCGTGGTCCAGGAG	Mature
neurons	10
14_16_exp10_idx1AGACCATATC_idx2CCTATAAGCT.GCCATGGTTGGTCCAGGAG	Mature
neurons	10
14_16_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TCGCCAACTCTAACTAGAT	Immature
neurons	7
14_16_exp10_idx1AGACCATATC_idx2CGATCATTAC.ACCATGATTTGGTCCAGGAG	Immature
neurons	7
14_16_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.TGGATCCGTTTACCGAGGC	Mature
neurons	10
14_16_exp10_idx1AGGTCAGCTT_idx2ATAAGAGGCG.CCAAGGATTAATTATCAGC	Mature
neurons	10
14_16_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.TCCTCGAGTCTGATTAAGA	Mature
neurons	10
14_16_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.TATAAGAGGTATCCATGACT	Immature
neurons	7
14_16_exp10_idx1AGGTCAGCTT_idx2GGCTAATTAA.TATATGCGTTAGTAAGCATA	Mature
neurons	5
14_16_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.GTCCTGCATATCCATGACT	Mature
neurons	10
14_16_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.AATTCATCGTTTACCGAGGC	Mature
neurons	10
14_16_exp10_idx1AGTCCGCTGC_idx2AAGATCCAAC.GCATCCAGTTGCGGACCTA	Immature
neurons	7
14_16_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.ATAACTTCCTTTAGGATCTA	Mature
neurons	10
14_16_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.ACAGGTATTTATCCATGACT	Mature
neurons	10
14_16_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.GACTTGGCTAACGGACCAA	Neural
progenitors	1
14_16_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.TCTACTTACTCTGATTAAGA	Mature
neurons	10
14_16_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.TTATCCGCTCATCTCTGCA	Mature
neurons	10
14_16_exp10_idx1ATAAGGACTC_idx2CATTATTACC.GACTTGGCTTGCGGACCTA	Immature
neurons	7
14_16_exp10_idx1ATAAGGACTC_idx2GGTAGGTCTC.TGAGTTAGATCCGCGGACCG	Mature
neurons	10
14_16_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.AGAGTACCTGACCTCCGCC	Mature
neurons	5
14_16_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.TCGTCTATTTCCTAGCGCCT	Mature
neurons	5
14_16_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.TGGATCCGTAGTAAGCATA	Immature
neurons	7
14_16_exp10_idx1ATGGCGCCTG_idx2CCAAGCTGAA.TATGAGAACTGGCTAATTAA	Mature
neurons	10
14_16_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.GTCTCTACTAATACGCAGG	Mature
neurons	10
14_16_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.TTAATGAGCTCATTATTACC	Immature
neurons	7
14_16_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.TGATCTTCTTCTGATTAAGA	Mature
neurons	5
14_16_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TCAGGAGATACTTAACCTT	Immature
neurons	2
14_16_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TAGATGACTTCCAGGTCTAC	Mature
neurons	10
14_16_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.GAACGATGTATCCATGACT	Mature
neurons	10
14_16_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TCCAATAGTTTTAGGATCTA	Immature
neurons	7
14_16_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TGATGCGATGACTAGTCTA	Mature
neurons	10
14_16_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TGCTGGATTGGTCCAGGAG	Mature
neurons	5
14_16_exp10_idx1GAGCGCGATG_idx2CTGCAATCGC.ACGTTGCTTCAAGCTTCAT	Mature
neurons	10
14_16_exp10_idx1GAGCGCGATG_idx2CTGCAATCGC.TGCAAGGTTGACTAGTCTA	Mature
neurons	5
14_16_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.TTCTCTAGTTCCAGGTCTAC	Mature
neurons	10
14_16_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.TACTTGCGTATCCATGACT	Mature
neurons	10
14_16_exp10_idx1GATTCTTGAA_idx2GAACTGCATC.TGCCTATTATTTAGGATCTA	Immature
neurons	8
14_16_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.GTAAGCTCTCCGCGGACCG	Mature
neurons	10
14_16_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.CTTCATGCTCATTATTACC	Mature
neurons	10
14_16_exp10_idx1GCATCGTATG_idx2TCCGTCGCCA.TCCTCGAGTGCCATTCTCC	Immature
neurons	8
14_16_exp10_idx1GCATCGTATG_idx2TCGATATTGA.TGTTAAGACTTTAGGATCTA	Mature
neurons	10
14_16_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.GAGACTAGTTTATAAGAAC	Immature
neurons	7
14_16_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.GTCATCTGTCCGCGGACCG	Mature
neurons	5
14_16_exp10_idx1GCGCGTTCAT_idx2ACCGTTACGA.TCCTCGAGTCTCGTCTAGG	Mature
neurons	10
14_16_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TGCTAATTCTCTGATTAAGA	Immature
neurons	7
14_16_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.TATTGAGGTTACTTAACCTT	Mature
neurons	10
14_16_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.TCCAATAGTTCATCTCTGCA	Mature
neurons	5
14_16_exp10_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TCTATACCTTTTAGGATCTA	Mature
neurons	5
14_16_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TATTGACTCTTTATAAGAAC	Mature
neurons	10
14_16_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.TATCATGAGTTTAGGATCTA	Immature
neurons	8
14_16_exp10_idx1GGCTTACTCC_idx2GCTCTCGCCT.ATGGTTGGTATCCATGACT	Mature
neurons	10
14_16_exp10_idx1GGCTTACTCC_idx2GCTCTCGCCT.TGCTAATTCTCCAGGTCTAC	Mature
neurons	10
14_16_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.TTAATGAGCTTTACCGAGGC	Head epid.
/muscle	4
14_16_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TTCTTAACCTGACTAGTCTA	Mature
neurons	10
14_16_exp10_idx1GTAGCAGCTA_idx2CTAACTCCAA.GGAGGTTCTTGCGGACCTA	Mature
neurons	10
14_16_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.GTATCGCATACGCAACTCC	Mature
neurons	10
14_16_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.GCGTACTTTAGTAAGCATA	Mature
neurons	10
14_16_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TAACGACTTTAACGGACCAA	Mature
neurons	10
14_16_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.GGTTCGAGTTGCGGACCTA	Mature
neurons	10
14_16_exp10_idx1TAGGTAACTT_idx2CCTAGCGCCT.GGTCTACGTGCTAACTTGC	Mature
neurons	10
14_16_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.TTCGCATAATTTAGGATCTA	Mature
neurons	10
14_16_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.TGCAAGGTTTTACCGAGGC	Mature
neurons	10
14_16_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.CGAATGAGTCATTATTACC	Mature
neurons	10
14_16_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.AGAGTACCTCATCTCTGCA	Mature
neurons	10
14_16_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TTGAAGTCTTTATATACTAA	Mature
neurons	17
14_16_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.GACGTTCGTTTATAAGAAC	Mature
neurons	10
14_16_exp10_idx1TATAATAGTT_idx2AACGAGGCTA.TGAATCTGATTCTAATAGTA	Mature
neurons	10
14_16_exp10_idx1TATAATAGTT_idx2AAGCCGGCTG.TAGCCAATTTATCCATGACT	Mature
neurons	10
14_16_exp10_idx1TATAATAGTT_idx2GGAACGATGG.TATCATGAGTATCCATGACT	Mature
neurons	10
14_16_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TGGTTGAATTAACTAGGCGC	Immature
neurons	7
14_16_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TTCCATTACTGTCCAACTCA	Mature
neurons	10
14_16_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TTTGCTTAGTGGCATAGCTT	Mature
neurons	10
14_16_exp10_idx1TATTAGACTT_idx2TCATCTCGAT.CCAAGGATTGCTAACTTGC	Mature
neurons	17
14_16_exp10_idx1TCCTCTGCCG_idx2AGTTGCATCT.TCGCCAACTCTGATTAAGA	Mature
neurons	10
14_16_exp10_idx1TCCTCTGCCG_idx2TCATCTAATC.AAGGATATGTTTATAAGAAC	Mature
neurons	10
14_16_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.TAGCCAATTTCCTAGCGCCT	Mature
neurons	10
14_16_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TTTGCTACTTTATATACTAA	Mature
neurons	10
14_16_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.AACTAGTTGTAACGGACCAA	Mature
neurons	10
14_16_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TGGATCCGTGCTGGAACTT	Mature
neurons	5
14_16_exp10_idx1TGGACGACTA_idx2TCGATATTGA.GAAGAGGCTCTGATTAAGA	Mature
neurons	5
14_16_exp10_idx1TGGACGACTA_idx2TGATACGAGT.TAAGGTTCATTGCGGACCTA	Immature
neurons	8
14_16_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.TTAATGAGCTACTTAACCTT	Mature
neurons	5
14_16_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.AAACTCCAATAATACGCAGG	Mature
neurons	10
14_16_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.GCCATGGTTCTGATTAAGA	Immature
neurons	8
14_16_exp2_idx1TGGACGACTA_idx2CCTAGCGCCT.TGCAAGGTTGGCAATGAGA	Mature
neurons	10
14_16_exp2_idx1TGGACGACTA_idx2TCTAGAACTA.TTGACTCAATAGGTTAGTTC	Mature
neurons	10
14_16_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.TGAATCTGATTTATTCATTC	Mature
neurons	10
14_16_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.ACAATGCTATGTTCCGCTAA	Immature
neurons	7
14_16_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.ATTCCTAGATAACGAGGCTA	Mature
neurons	10
14_16_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.AAGTACGTTTAATTAAGACT	Mature
neurons	10
14_16_exp3_idx1ACGGCGTTAA_idx2TCGATATTGA.TCCTCGAGTTTCATAGGAC	Mature
neurons	10
14_16_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.AGGATAATCTTCTATAAGGA	Mature
neurons	10
14_16_exp3_idx1AGACCATATC_idx2CGATCATTAC.AAACCATAGTAATTGCCTAC	Immature
neurons	8
14_16_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.ACAGGTATTTCGAACGCCGG	Immature
neurons	7
14_16_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.TAGATGACTTGCTAACCTCA	Immature
neurons	7
14_16_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.TGCAAGGTTAGTTCGAGTA	Immature
neurons	8
14_16_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.TTCGTTCCTATAGTCGTAG	Mature
neurons	5
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.ACATTCGTATGGTACCGGCA	Mature
neurons	10
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.GGTCCTTCTAGTTGCATCT	Immature
neurons	7
14_16_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.AAATTCCTCTGGCAATGAGA	Mature
neurons	10
14_16_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.TTCGCATAATACTATCTTGA	Mature
neurons	10
14_16_exp3_idx1AGTCCGCTGC_idx2CAAGTACTGG.ACGATATCATGCTCAGCCGG	Immature
neurons	7
14_16_exp3_idx1AGTCCGCTGC_idx2CAAGTACTGG.GGCGCATTTATTCAGGTAC	Mature
neurons	10
14_16_exp3_idx1AGTCCGCTGC_idx2CCAAGCTGAA.CGAATGAGTGCTAACTTGC	Immature
neurons	7
14_16_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.AGCATAACTTGTTCCGCTAA	Immature
neurons	7
14_16_exp3_idx1ATAAGGACTC_idx2ATAAGAGGCG.ATGGCGTATGGACTCATTG	Head epid.
/muscle	4
14_16_exp3_idx1ATAAGGACTC_idx2CGAGTTAGAG.TAGAGCCTTAGTTGCATCT	Mature
neurons	10
14_16_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.TAAGAATGGTTGGTCAGCCA	Mature
neurons	17
14_16_exp3_idx1ATTATGCAAG_idx2TGATAGAACG.AGTTGCGCTTGCGCCAGAA	Immature
neurons	8
14_16_exp3_idx1ATTATGCAAG_idx2TGATAGAACG.GCCATGGTTGGACTACTAC	Immature
neurons	7
14_16_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.GAGCGGTATCGAATAATTC	Mature
neurons	5
14_16_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.AGCAACGATGGAGGCCTCC	Immature
neurons	7
14_16_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.TCGAAGGATTCTATAAGGA	Immature
neurons	7
14_16_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.AAACCATAGTAGTTGCATCT	Immature
neurons	8
14_16_exp3_idx1CTCAATTAGT_idx2TTAGATTCCG.GACTCGCTTATAAGGAGCA	Mature
neurons	10
14_16_exp3_idx1GAGCGCGATG_idx2AAGCCGGCTG.AGTAGCCATCCTTGGTCCA	Mature
neurons	10
14_16_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.AGCATAACTTGTCCTAGAGG	Oenocytes	18
14_16_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.CAGTATCCTCGTCGCAGCC	Mature
neurons	10
14_16_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.TTGGCGACTCAGGTATGGA	Mature
neurons	10
14_16_exp3_idx1GAGCGCGATG_idx2CTCGTCTAGG.TCCTATAAGTCGTCGCAGCC	Immature
neurons	8
14_16_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.CTGCCTTATATAGTCGTAG	Mature
neurons	10
14_16_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.AAGCAGTATTGGACTACTAC	Immature
neurons	7
14_16_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.GATACGTCTGCCATTCTCC	Mature
neurons	5
14_16_exp3_idx1GATTCTTGAA_idx2TATAACTTCC.ACAATGCTATACTACTGAAG	Mature
neurons	10
14_16_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.GCAATCGCTAGCTAAGGTA	Mature
neurons	10
14_16_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.GCGCTCAATCGCCTAATGC	Immature
neurons	8
14_16_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.GGTTGGCATTGCGCCATCT	Immature
neurons	7
14_16_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.AAGCAGTATTATTCAGGTAC	Mature
neurons	10
14_16_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.AAACCATAGTAATACCATCC	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.TAAGAATGGTTGGCCGGCCT	Sensory
progenitors	14
14_16_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.TCGAAGGATTATGCCGAGT	Mature
neurons	10
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.AAGGACGATGCAGACCGGT	Immature
neurons	7
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.ATTCAAGCATAGACTCAAGC	Mature
neurons	10
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CCGAGAGATTGGAACTAGA	Mature
neurons	10
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TATTCTCCTTGGCCGTAGTC	Mature
neurons	10
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TTCTCTCGTTCGATATTGA	Mature
neurons	10
14_16_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.TGCTAATTCTCGAATAATTC	Mature
neurons	10
14_16_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.CTTCATGCTTAGAATTAAC	Mature
neurons	10
14_16_exp3_idx1GCATCGTATG_idx2TCGATATTGA.ACCGGTTCTCCGCGGACCG	Immature
neurons	8
14_16_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.ATACTACTCTACCTGGCCAA	Mature
neurons	10
14_16_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TAGCTCGGTGGTAGGTTAG	Immature
neurons	7
14_16_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.TCAGCTTCTAACCTGGTCT	Mature
neurons	10
14_16_exp3_idx1GCGCGTTCAT_idx2GATGATCGTA.GTAAGGAGTACTTGCTAGA	Immature
neurons	8
14_16_exp3_idx1GCGCGTTCAT_idx2GCAACTGGCA.TTGGCGACTATCATATTAG	Immature
neurons	8
14_16_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.ACTTGATTGTTACTTACTTA	Mature
neurons	10
14_16_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GACTGACGTTGCGCCATCT	Immature
neurons	8
14_16_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.TCGGTACCTTGAGTCCAGA	Mature
neurons	10
14_16_exp3_idx1GCTTGAAGAG_idx2GGTAGGTCTC.ATAATCCTGTACTATCTTGA	Immature
neurons	7
14_16_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.ACTGGTTATTAGTTGCATCT	Immature
neurons	7
14_16_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.ATTCAAGCATGTACTAGTAA	Immature
neurons	7
14_16_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.GACTCGCTTAAGTTGCCAT	Mature
neurons	10
14_16_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.AGGCTCGTTCGGTTATGCC	Mature
neurons	10
14_16_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.AACGAGCGTAAGTCTTCCG	Mature
neurons	10
14_16_exp3_idx1GTAGGCTGCA_idx2GACCGTAGCA.ACTTCCGTTCGAATAATTC	Immature
neurons	8
14_16_exp3_idx1GTAGGCTGCA_idx2GACCGTAGCA.ATGCATTCATAAGTAAGAGC	Immature
neurons	8
14_16_exp3_idx1GTAGGCTGCA_idx2GGAACGATGG.ATTCAAGCATATTGCGCTGA	Immature
neurons	8
14_16_exp3_idx1GTAGGCTGCA_idx2GGAACGATGG.GTAGCGATTTAGACTTCTT	Mature
neurons	10
14_16_exp3_idx1TAGGTAACTT_idx2AACGGACCAA.TTCTCATTGTATTGCGCTGA	Oenocytes	18
14_16_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.AAAGCTGATTGGACTCATTG	Immature
neurons	8
14_16_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.ACATTCGTATCGGTCAAGAA	Immature
neurons	7
14_16_exp3_idx1TAGGTAACTT_idx2CCTAGCGCCT.GCAACGTTTCGTCGCAGCC	Mature
neurons	17
14_16_exp3_idx1TAGGTAACTT_idx2CCTAGCGCCT.TAAGGTTCATTGGCCATGCA	Immature
neurons	7
14_16_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.ATCAGTCATTAACTACCGAC	Mature
neurons	5
14_16_exp3_idx1TAGGTAACTT_idx2TCTAGAACTA.TGAATCTGATATTCAGGTAC	Immature
neurons	7
14_16_exp3_idx1TAGGTAACTT_idx2TGATACGAGT.CAGAAGGCTGTATCATCGA	Mature
neurons	10
14_16_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.TAAGAATGGTAACCTGCGTA	Mature
neurons	10
14_16_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.CCTCCTGATACGCCGTTCA	Mature
neurons	10
14_16_exp3_idx1TATAATAGTT_idx2GACCTCCGCC.AACTAGTTGTTGCCGGCAGA	Immature
neurons	7
14_16_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.AACCGCTGTAGCTAAGGTA	Immature
neurons	7
14_16_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.TAACGACTTTCAAGATTAAG	Immature
neurons	7
14_16_exp3_idx1TATTAGACTT_idx2CTAACTCCAA.AATTCATCGTCAGGAGGAGA	Mature
neurons	10
14_16_exp3_idx1TATTAGACTT_idx2CTAACTCCAA.TATTGAGGTTATGGAATTGG	Immature
neurons	7
14_16_exp3_idx1TCCTCTGCCG_idx2AGTTGCATCT.ACGGAACGTTTATTATGGT	Mature
neurons	10
14_16_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.AAGTACGTTTCGAATAATTC	Mature
neurons	10
14_16_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.ACCAATGCTCAACCGCTAA	Mature
neurons	10
14_16_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.GGCTAAGATACCTGGCCAA	Immature
neurons	7
14_16_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.AATACCGAATTGAGTCCAGA	Mature
neurons	10
14_16_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.GCTGAAGCTGTAGCTCCAT	Mature
neurons	17
14_16_exp3_idx1TCTTGAGGTT_idx2GTCATTGCGC.ATGGTAACTTCCAGGTCTAC	Mature
neurons	10
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TAAGAATGGTTAATGAACGA	Mature
neurons	10
14_16_exp3_idx1TGGACGACTA_idx2TCGATATTGA.GGTACGGATGCCAACGCCA	Mature
neurons	10
14_16_exp3_idx1TGGACGACTA_idx2TGAGGTAGAA.CCAATCCATTAGACTTCTT	Immature
neurons	7
14_16_exp3_idx1TGGACGACTA_idx2TGAGGTAGAA.CCAGCCTTTAACGGACCAA	Mature
neurons	5
14_16_exp3_idx1TTATTGAGGC_idx2AGATCCTATA.GTCTCTACTGCAGACCGGT	Immature
neurons	7
14_16_exp3_idx1TTATTGAGGC_idx2AGATCCTATA.TTGATTCCTTCCGCTGCCAG	Mature
neurons	10
14_16_exp3_idx1TTATTGAGGC_idx2GATACCTAAG.ACAACCTATTATGGAATTGG	Mature
neurons	10
14_16_exp3_idx1TTATTGAGGC_idx2TATAACTTCC.CAACGCAGTGTACTAGTAA	Mature
neurons	10
14_16_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.CTCTACTGTAATTAAGACT	Mature
neurons	10
14_16_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.CTTCATGCTACGTTCAACC	Mature
neurons	10
14_16_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.ATAGTTGACTTTCCATGGCA	Immature
neurons	8
14_16_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.TTATCCGCTAATTAAGACT	Mature
neurons	17
14_16_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.CCTAATGGTGCTCAGCCGG	Immature
neurons	8
14_16_exp3_idx1TTCCGTCGAC_idx2CCGTCGGAGG.ATTGATCGTTAGTTGCATCT	Immature
neurons	7
14_16_exp3_idx1TTCCGTCGAC_idx2CCGTCGGAGG.TGTCCTTATTTGAGGTAGAA	Mature
neurons	10
14_16_exp3_idx1TTCCGTCGAC_idx2CGATCATTAC.ATAAGCGAATAGTTCGAGTA	Immature
neurons	8
14_16_exp3_idx1TTCGAATATT_idx2ACTCTCTCAA.AGTCGCATTTGAGTCCAGA	Mature
neurons	10
14_16_exp3_idx1TTCGAATATT_idx2AGGATTACCA.CAGAAGGCTGGCCGTAGTC	Mature
neurons	10
14_16_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.CTCGTTGATAATCTGGAGT	Mature
neurons	5
14_16_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.GTTCGCTGTTCGGCCTTAC	Immature
neurons	7
14_16_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.CGTTGATCTGTAGCTCCAT	Immature
neurons	8
14_16_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.TGCCTTGGTCTTGCAGTAG	Mature
neurons	10
14_16_exp3_idx1TTGCCGTAGG_idx2ACTTCCGAAT.GTTCCAGCTTTGATGCTAT	Mature
neurons	10
14_16_exp3_idx1TTGCCGTAGG_idx2ACTTCCGAAT.TAAGGTTCATTTATTCATTC	Mature
neurons	10
14_16_exp3_idx1TTGCCGTAGG_idx2CTCGGTCAAT.GGATAGGTTTATGCCGAGT	Mature
neurons	5
14_16_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.ATATCCTACTACGTTCAACC	Immature
neurons	7
14_16_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.CGCTGCTTTACTACTGAAG	Mature
neurons	10
14_16_exp3_idx1TTGGTAAGGA_idx2TCTAGAACTA.TCCTCGAGTGCCGGTCGAG	Mature
neurons	10
14_16_exp3_idx1TTGGTAAGGA_idx2TGATACGAGT.GGACTTGATTGCGCCAGAA	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCAGCGGTTTTGGTCATAA	Immature
neurons	13
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TGGCCTGATACTATCCGCA	Neural
progenitors	3
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CCGTCTCATGGCATAGCTT	Immature
neurons	13
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GCTGAAGCTCCGCGGACCG	Immature
neurons	13
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGCTTACTTGCGACGCAGA	Head epid.
/muscle	4
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TTGAGTCCTAACTACCGAC	Immature
neurons	13
14_16_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GAACGGCTTACTATCTTGA	Immature
neurons	13
14_16_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GTTCGCTGTCCGCGGACCG	Immature
neurons	13
14_16_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TGCTAATTCTCTGATTAAGA	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CGTCGAAGTTGATAGAACG	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTAAGCTCTACTATCCGCA	Immature
neurons	13
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTTCCAGCTATCGAGTCGC	Immature
neurons	13
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATCGAACTTGCTAACCTCA	Immature
neurons	13
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCATTAAGCTAGATATATCG	Sensory
progenitors	14
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCGCCAACTAGTAAGCATA	Neural
progenitors	1
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCGTCTATTTCCTAGCGCCT	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTAATGAGCTCCGCGGACCG	Immature
neurons	13
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCGCATAATTTGGAGTCGG	Immature
neurons	13
14_16_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TGCCTATTATTACTTACTTA	Ventral
midline	9
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.ACCAATGCTTCCAGAAGGT	Immature
neurons	13
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.CAACGCAGTCCGCGGACCG	Immature
neurons	13
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.CATCGGACTTTAGGATCTA	Immature
neurons	13
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCATCAGGTGCCAGGATCA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.CGAGATGCTAACTGATCTT	Immature
neurons	13
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.CGCCGTAATTACTTACTTA	Immature
neurons	13
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.CGCCGTAATTGAGGTAGAA	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAGCGGTATTCCGGTAATC	Ventral
midline	9
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCAATCGCTAGATATATCG	Immature
neurons	13
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGCAAGTCTAATTGCCTAC	Sensory
progenitors	14
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTAAGCTCTGACCTCTCTG	Immature
neurons	13
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TAACTAAGGTGACTAGTCTA	Immature
neurons	13
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TAGCCAATTTTTAGATTCCG	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATCCAGGTCCGTTGACTT	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCATTAAGCTTCCGTCGCCA	Ventral
midline	9
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCGGTACCTCAAGATTAAG	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGCCTATTATTATTACTCAT	Immature
neurons	13
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGGTCTCCTAATGGTCGAC	Immature
neurons	13
14_16_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CCATTGCGTCATTATTACC	Immature
neurons	13
14_16_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GGTAGTCCTTTATAAGAAC	Ventral
midline	9
14_16_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GCTCGAGATCCGCGGACCG	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AGGCATCATCGATCATTAC	Immature
neurons	13
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACTTGGCTGGTCGCGTCA	Immature
neurons	13
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGTACGGATCATGCATCTC	Sensory
progenitors	14
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATTCGGCTTGGAACTAGA	Ventral
midline	9
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGAGAATCATAATTATCAGC	Immature
neurons	12
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGTTAAGACTAACTACCGAC	Ventral
midline	9
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CCGAGAGATTATTACTCAT	Immature
neurons	13
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CGACGATATGTCATTGCGC	Ventral
midline	9
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GATCGACCTTGAGGTAGAA	Immature
neurons	13
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGCGACTATACTTCCGAAT	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTCGGAGTTTATTACTCAT	Immature
neurons	12
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TATGCGATTTACTACTGAAG	Immature
neurons	13
14_16_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GCTGAAGCTGTCATTGCGC	Immature
neurons	13
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TCTCGCTCTTTAATTATTG	Immature
neurons	13
14_16_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TCTCCGAATAACCTAGCTT	Immature
neurons	7
14_16_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.CAGAAGGCTTTACGTATAC	Immature
neurons	8
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.GCTGAAGCTAACCTAGCTT	Immature
neurons	13
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TGATCTTCTTGTTCTGAATT	Immature
neurons	13
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TGCTACTAATAGATATATCG	Ventral
midline	9
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TTCTCTCGTCCAGGTCTAC	Immature
neurons	13
14_16_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TCGAATCTTTGGTCGCGTCA	Immature
neurons	13
14_16_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.AAGCGCCATGGCTAATTAA	Immature
neurons	13
14_16_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.GACTTGGCTCGATCATTAC	Immature
neurons	13
14_16_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TTCTAAGCTTCCGCGGACCG	Immature
neurons	8
14_16_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.GTTGCTCCTATGCAATATG	Immature
neurons	13
14_16_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.GGTTCGAGTGGCATAGCTT	Immature
neurons	12
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.ATGGCGTATAACTACCGAC	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CCAGAACCTAATGGTCGAC	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CGACGATATCTCGTCTAGG	Immature
neurons	13
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGTTCGAGTTGAGGTAGAA	Immature
neurons	13
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCCGGTCATTCTATAAGGA	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGATCTTCTTCTCGATGGAG	Immature
neurons	13
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.AGTTGCGCTAACTACCGAC	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CGCCGTAATTACTTACTTA	Immature
neurons	13
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTACCTCTTTCCAGAAGGT	Immature
neurons	13
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTCGGCAATTGGAACTAGA	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTTGCTCCTAACTGATCTT	Immature
neurons	13
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATTGAGGTTGACCTCCGCC	Immature
neurons	8
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCGCGCATTGTTCTGAATT	Ventral
midline	9
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCTGGCCTTGATGGCCTT	Sensory
progenitors	14
14_16_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TTCGCATAATGGCTATGACT	Immature
neurons	13
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CTGGAAGATGTTGACGGCC	Immature
neurons	13
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTTCGCTGTTGAGGTAGAA	Immature
neurons	13
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGCGTAGTTTTGGATCCTT	Immature
neurons	13
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGGATCCGTCAAGCTTCAT	Ventral
midline	9
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTGGAGTTATTGGAAGTACC	Immature
neurons	12
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TACTCCTATTTCTAGAACTA	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TATGCGATTTTCGATATTGA	Sensory
progenitors	14
14_16_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GGTTCGAGTAGATATATCG	Immature
neurons	12
14_16_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TCCTCGAGTAGATATATCG	Ventral
midline	9
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.ACGAGGTTTACTTCCGAAT	Immature
neurons	13
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CGCCGTAATACTGCCGATA	Ventral
midline	9
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GACCAGGATAATGGTCGAC	Ventral
midline	9
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GCGCTCAATACCGTTACGA	Immature
neurons	13
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTATCGCATCTCGATGGAG	Immature
neurons	13
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCATTAAGCTTATAGTAAGC	Immature
neurons	13
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCCTCGAGTACTATCTTGA	Ventral
midline	9
14_16_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.AGTTGCGCTCAAGATTAAG	Immature
neurons	13
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CCAGAACCTGCTCTCGCCT	Immature
neurons	13
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CTTCATGCTTTAGATTCCG	Sensory
progenitors	14
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TAGAGAGTATTGATAGAACG	Ventral
midline	9
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TTCTAAGCTTTATGCCGAGT	Ventral
midline	9
14_16_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.TAGAGAGTATATCGAGTCGC	Immature
neurons	12
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CCATCAGGTTGATACGAGT	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GAACGGCTTTCGATATTGA	Immature
neurons	12
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GGCAAGTCTCGAATAATTC	Immature
neurons	8
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TACTCCTATTCGCCTCGAAC	Immature
neurons	13
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TAGCCAATTTGGCTAATTAA	Immature
neurons	12
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TATGCGATTTTCCGTCGCCA	Ventral
midline	9
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTGAGTCCTTGATACGAGT	Immature
neurons	12
14_16_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TATTGAGGTTTCCAGAAGGT	Sensory
progenitors	14
14_16_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GACCAGGATGAACTGCATC	Sensory
progenitors	14
14_16_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.CGAGATGCTGACTAGTCTA	Neural
progenitors	11
14_16_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GCGGAGAATTGATAGAACG	Neural
progenitors	11
14_16_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.CCGGATAGTTGATAGAACG	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GACTCGCTTCTGATTAAGA	Sensory
progenitors	14
14_16_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TATTCGGCTACTACTGAAG	Immature
neurons	13
14_16_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.GTAAGCTCTCGTCCGTCCT	Immature
neurons	13
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.AGCAACGATACTACTGAAG	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CGAGATGCTGCTCTCGCCT	Immature
neurons	13
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CGGTTCCATAGTCCGCGGA	Neural
progenitors	1
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACCGAATTGCTCTAACGA	Immature
neurons	13
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACTACCATGACTAGTCTA	Immature
neurons	13
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACTGACGTATTGCGCTGA	Immature
neurons	13
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCTGGCTATAAGCCGGCTG	Immature
neurons	12
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTCAACTGATTTATAAGAAC	Immature
neurons	13
14_16_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TGGTAATAGTACTTCCGAAT	Immature
neurons	8
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.AAGATGCCTCCGTCGGAGG	Immature
neurons	7
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GCTGGCTATACTACTGAAG	Immature
neurons	13
14_16_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.ATAGTCGCTCCAGGTCTAC	Immature
neurons	13
14_16_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GCGTCGTATCATGCTGGTT	Immature
neurons	13
14_16_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TAGTTACCTTCAAGCTTCAT	Immature
neurons	13
14_16_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TTCCATTACTTACGGCTACG	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GAGACTAGTAATGGTCGAC	Neural
progenitors	11
14_16_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GAACGGCTTGTTGACGGCC	Ventral
midline	9
14_16_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TATGACTTGTTTGGTCATAA	Immature
neurons	13
14_16_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TGAACGCGTACTTAACTAG	Immature
neurons	13
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.AAGCGCCATTCGATATTGA	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCGCTCAATGGTCCAGGAG	Immature
neurons	13
14_16_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GGCAAGTCTCAAGTACTGG	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TCGTTCTGTCATTATTACC	Ventral
midline	9
14_16_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TCTAGGAATTTGGAACTAGA	Immature
neurons	13
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACCGTAGCTTCGATATTGA	Ventral
midline	9
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACGGCAATTCTGCTTCGAC	Immature
neurons	13
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GAACGGCTTCAAGCTTCAT	Immature
neurons	13
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GACTTGGCTTTAGATTCCG	Immature
neurons	13
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGAGCTCATATGCAATATG	Immature
neurons	13
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGCGCATTTACTGCCGATA	Immature
neurons	13
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGTCCTTCTCCGCGGACCG	Immature
neurons	13
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTTCGCTGTGCAAGGAATA	Neural
progenitors	0
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAGGTACTATAACTGCTGCC	Neural
progenitors	0
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATCATGAGTCCGTCGGAGG	Immature
neurons	13
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGAGTCCTAATACGCAGG	Immature
neurons	13
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GTAGACGGTTCCGGTAATC	Immature
neurons	13
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTGCTGAATTGATACGAGT	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTTCATGCTCGGCGAGACC	Neural
progenitors	3
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACTACCATTTGGAGTCGG	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCGGAGAATACTCTCTCAA	Immature
neurons	13
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTTGCTCCTCCGCGGACCG	Sensory
progenitors	14
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCCGGTCATGCAAGGAATA	Ventral
midline	9
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGCTACTAATAACTGATCTT	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCGCATAATAACGGACCAA	Immature
neurons	13
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGGTTAAGTAACTACCGAC	Neural
progenitors	0
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCGAGAGATTATTACTCAT	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTATCTCCTAGTTGCATCT	Ventral
midline	9
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAACGGCTTCGAGCTGCCA	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAAGAGGCTGTCATTGCGC	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACGTTCGTATGCAATATG	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAGACTAGTGTCATTGCGC	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCGGTATATCGGCGAGACC	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGACTTGATTATAGTAAGC	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTAGCGATTACTTCCGAAT	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATTGAGGTTACGCAACTCC	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGCCAACTCGTCCGTCCT	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGACGAGGTTTAGATTCCG	Neural
progenitors	3
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGTTAAGACTTTAGATTCCG	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCGCATAATACGAGGACCT	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGGAGTTATTGATAGAACG	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ACCAATGCTCCGCGGACCG	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ACCAATGCTGTTCCGCTAA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ACGGCAATTCCGCGGACCG	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCAGAACCTCCGCGGACCG	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCTTCTGGTGCGACGCAGA	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTATCGCATCATGCTGGTT	Ventral
midline	9
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTCATCTGTTGAGGTAGAA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTTGCTCCTACTACTGAAG	Ventral
midline	9
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATTGAGGTTGGCATAGCTT	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCGGTCATAACCTAGCTT	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGCGCATTACTCTCTCAA	Ventral
midline	9
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGCCTGATAACTGATCTT	Ventral
midline	9
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGCCTGATCTCGTCTAGG	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.ATGGCGTATTGATGGCCTT	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGTTAAGACTTATTACTCAT	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TTGAGTCCTCCGCTATATT	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.CGCCGTAATAACTACCGAC	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGTCTACGTGCAGGCGACG	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCCGGTCATTTAGGATCTA	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCGCGCATTCCGCGGACCG	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCGTTCTGTTATTACTCAT	Neural
progenitors	3
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTGAGAGATTACTGCCGATA	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GACTACCATTTAGATTCCG	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.AAGATGCCTTGAGGTAGAA	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACCTTCGGTTGCATATAAC	Neural
progenitors	3
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCAGAACCTAATGGTCGAC	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAGCGGTATAATGGTCGAC	Neural
progenitors	3
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCTGGCTATACTTCCGAAT	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGCGCATTTTGATAGAACG	Neural
progenitors	3
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTCCTTCTCGAGCTGCCA	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TACTCCTATTTCTATAAGGA	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATGCGATTTCTGATTAAGA	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGCCAACTATCGAGTCGC	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGCGCATTGCAAGGAATA	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTCTCCATTGGAAGTACC	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGAATTCGTTGTCATTGCGC	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGGCGACTAATACGCAGG	Neural
progenitors	0
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGGCTCATATGCAATATG	Immature
neurons	13
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GAACGATGTATCGAGTCGC	Immature
neurons	13
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GTATCGCATAGTTGCATCT	Immature
neurons	13
14_16_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.TCCGTATGTCTGATTAAGA	Immature
neurons	13
14_16_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.GCAATCGCTACTTCCGAAT	Immature
neurons	12
14_16_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.ACGGCAATTTACTTACTTA	Immature
neurons	13
14_16_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TAGGTACTATTGATACGAGT	Sensory
progenitors	14
14_16_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TTCAACTGATTACTTACTTA	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CGCCGTAATTGGAACTAGA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GCGTCGTATTCCGTCGCCA	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GTTCGCTGTCATTATTACC	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TATCCAGGTAATACGCAGG	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CTAGTACGTTCTAGAACTA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TATGCGATTTCATGCTGGTT	Neural
progenitors	0
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TAGTTACCTTCTCGATGGAG	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCCTACCTTCGGCGAGACC	Neural
progenitors	15
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTGCGGTCTCTGGATTAGT	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.CTGGAAGATAGCGTCAATG	Neural
progenitors	0
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.AGTTGCGCTATGCAATATG	Ventral
midline	9
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACCAGGATTCCGTCGCCA	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCATCCAGTCATTATTACC	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGTCTACGTACTTCCGAAT	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTAAGCTCTCTCGATGGAG	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATTCGGCTCGATCATTAC	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCGTATGTCGCCGCCTCC	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCTATTCTTGCTCTAACGA	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGCGCATTGTCATTGCGC	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCGCATAATCATTATTACC	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCGCGGATCATGCTGGTT	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGGCGACTTGATAGAACG	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GAGCGGTATGGCTAATTAA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TATAAGGCTTCGGCGAGACC	Neural
progenitors	11
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.AACCGCTGTGGCTAATTAA	Neural
progenitors	0
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GGACTTGATGCAGACCGGT	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GGCGACTATCAAGGCATTC	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GTCGGAGTTATGCAATATG	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GTCGGCAATCAGATTCGAT	Neural
progenitors	3
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AACCGCTGTCCGTCGGAGG	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CCGGATAGTTCCGGTAATC	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CGTCGAAGTTTGAGTATCA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTTCATGCTCATGCTGGTT	Neural
progenitors	11
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GATTACGGTCGATCATTAC	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCGCTCAATTTGAGTATCA	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCGGAGAATCATGCTGGTT	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCTCGAGATCTGCTTCGAC	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCTCGAGATGATGATCGTA	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGTACGGATCTGATTAAGA	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTTCCAGCTGACTAGTCTA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGAGAGTATTGATAGAACG	Sensory
progenitors	14
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCTCCGAATAGATATATCG	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGAGTTAGATCCAGGTCTAC	Ventral
midline	9
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTATAGGCATTTGGTCATAA	Sensory
progenitors	14
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCAACTGATTCCGGTAATC	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCTCTCGTGGCATAGCTT	Ventral
midline	9
14_16_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TATCCAGGTTTAGATTCCG	Sensory
progenitors	14
14_16_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.TCATTAAGCTGCAAGGAATA	Immature
neurons	13
14_16_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TTGAGAGATTTTAGATTCCG	Ventral
midline	9
14_16_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TCGTAGCGTCAAGGCATTC	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TATTGACTCTCCAGGTCTAC	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCCTATTCTTAATGGTCGAC	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TTTGCTTAGTGCAGGCGACG	Head epid.
/muscle	4
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GGCGACTATTTGAGTATCA	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TAACTAAGGTCATGCTGGTT	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TATGACTTGTCAAGTACTGG	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCCGTATGTCATGCATCTC	Ventral
midline	9
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACGTTCGTGACCTCTCTG	Ventral
midline	9
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGCTTACTTTCGATATTGA	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TAGTTACCTTAATGGTCGAC	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATATGCGTTAATACGCAGG	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCAAGTTATCATTATTACC	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGACGAGGTGACTAGTCTA	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGGTCTCCTCGCCTCGAAC	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCGCGGATCCAGGTCTAC	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.ATGGCGTATGGCATAGCTT	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CCATTGCGTTCGATATTGA	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GGCGACTATGGATGCAGCA	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTCGGAGTTTGATAGAACG	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCGAATCTTTAACTACCGAC	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCGTCTATTTTATTACTCAT	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGCTCCTATTGATACGAGT	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ATGGCGTATCATGCTGGTT	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTCTACGTAATTATCAGC	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TACGGTAGTCTGCTTCGAC	Ventral
midline	9
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATCATGAGTCTGATTAAGA	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCAGTTGGTAGTCCGCGGA	Ventral
midline	9
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGGTACCTGACCTCTCTG	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTATACCTTTGAGTCCAGA	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGGCCTGATAGTAAGCATA	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTCGCGGATAGTCCGCGGA	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGAGAGATTTCCGTCGCCA	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGGAGTTATTCTATAAGGA	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGGTTAAGTACGAGGACCT	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TTCCGACGTACTACTGAAG	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TGATCTTCTTCCGCGGACCG	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TATGCGATTTCATGCTGGTT	Neural
progenitors	0
14_16_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TGCTAATTCTGGTCCAGGAG	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GGTACGGATACTATCTTGA	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TATGACTTGTACTGCCGATA	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TGGACCTCTTTGAGTATCA	Sensory
progenitors	14
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TGGTCTCCTCGCCTCGAAC	Immature
neurons	13
14_16_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GTTCCAGCTCATGCATCTC	Immature
neurons	13
14_16_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.CGGTTCCATGACCTCTCTG	Immature
neurons	7
14_16_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TGAACGCGTAACTACCGAC	Immature
neurons	8
14_16_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.ATGGCAGCTACTATCTTGA	Ventral
midline	9
14_16_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TCCAAGTTATCTCGATGGAG	Immature
neurons	7
14_16_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TTGGCTCATAATCTGGAGT	Immature
neurons	13
14_16_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.TCTCTCCATCCGCGGACCG	Immature
neurons	13
14_16_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.TGTTAAGACTTTAGATTCCG	Ventral
midline	9
14_16_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.CTCCGGTTTTCGTAGAGAA	Immature
neurons	13
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.AGGCATCATCTCGATGGAG	Immature
neurons	13
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TCTCCGAATGACTAGTCTA	Immature
neurons	13
14_16_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CCAGAACCTCAAGATTAAG	Immature
neurons	13
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AAGATGCCTATAGTCGTAG	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ATAGTCGCTTGATAGAACG	Sensory
progenitors	14
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CAGAAGGCTTTCAAGACCA	Immature
neurons	13
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTAGTACGTCCGCGGACCG	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCTGGCTATAACTACCGAC	Neural
progenitors	3
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGCGACTATCCGCGGACCG	Ventral
midline	9
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTACGGATACTTCCGAAT	Immature
neurons	13
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTCTACGTGCAAGGAATA	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTATCGCATCGAGCTGCCA	Immature
neurons	12
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTATCGCATGACTAGTCTA	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTCGGCAATTCTATAAGGA	Immature
neurons	13
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TACTCCTATTTGATAGAACG	Immature
neurons	13
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATTGAGGTTTATTACTCAT	Neural
progenitors	3
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGCGGTCTCATGCATCTC	Ventral
midline	9
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGGCGACTACTATCCGCA	Immature
neurons	13
14_16_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TCTATACCTTTGCGCCATCT	Neural
progenitors	0
14_16_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TCTCCGAATACTACTGAAG	Sensory
progenitors	14
14_16_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.ATGGCAGCTAGTCCGCGGA	Immature
neurons	13
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CAGAAGGCTGAAGGTTGCC	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTGCTGAATAGCGTCAATG	Neural
progenitors	1
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GACCGTCATAATGGTCGAC	Sensory
progenitors	14
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGCAAGTCTCATGCTGGTT	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTAAGGAGTTTCAAGACCA	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTACCTCTTTGGAAGTACC	Immature
neurons	13
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTTGCTCCTGACTAGTCTA	Sensory
progenitors	14
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TAGCTCGGTAATGGTCGAC	Sensory
progenitors	14
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCGTCTATTTCGTCCGTCCT	Immature
neurons	13
14_16_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.AGTTGCGCTCAGATTCGAT	Immature
neurons	13
14_16_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GAACGATGTTTCGCTTACG	Immature
neurons	13
14_16_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TAGTTACCTTGTCATTGCGC	Sensory
progenitors	14
14_16_exp10_idx1AATACGATAA_idx2AACTTATAAG.TTGATTCCTTAGTAAGCATA	Immature
neurons	13
14_16_exp10_idx1AATACGATAA_idx2ACGTTCAACC.ATTAGGTACTAACTACCGAC	Immature
neurons	13
14_16_exp10_idx1AATACGATAA_idx2ACGTTCAACC.GGAGGTTCTGGCTAATTAA	Immature
neurons	13
14_16_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.TATCTCGATTACTTCCGAAT	Immature
neurons	13
14_16_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TGGATTCTATGCTGGAACTT	Immature
neurons	13
14_16_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TTCTCATTGTAATTATCAGC	Immature
neurons	12
14_16_exp10_idx1AATACGATAA_idx2TGATACGAGT.TATTGACTCTGCTCTCGCCT	Immature
neurons	13
14_16_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.GATAAGCGTCCAGTTCCAA	Immature
neurons	13
14_16_exp10_idx1ACGGCGTTAA_idx2CGATCATTAC.TCCTCGAGTAATTATCAGC	Immature
neurons	13
14_16_exp10_idx1ACGGCGTTAA_idx2CGATCATTAC.TTATCCGCTGGTCCAGGAG	Immature
neurons	12
14_16_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TGCAAGGTTCATTATTACC	Immature
neurons	13
14_16_exp10_idx1AGACCATATC_idx2ACGCAACTCC.GACGTTCGTCAAGCTTCAT	Neural
progenitors	0
14_16_exp10_idx1AGACCATATC_idx2AGGATTACCA.ATATGGATCTCGTCCGTCCT	Immature
neurons	12
14_16_exp10_idx1AGACCATATC_idx2CCTATAAGCT.AAATTCCTCTGGTCCAGGAG	Immature
neurons	13
14_16_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.CTGAGCATTGACTAGTCTA	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2ATAAGAGGCG.TACGGTAGTCTAACTAGAT	Immature
neurons	13
14_16_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.CAGTATCCTTTATAAGAAC	Immature
neurons	12
14_16_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.GGAGGTTCTGGTCCAGGAG	Immature
neurons	13
14_16_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.CTTCATGCTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.GCATCCAGTTGATACGAGT	Immature
neurons	13
14_16_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TGATCTTCTTGATCGCTTCT	Immature
neurons	13
14_16_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.TTCGTTCCTACGCAACTCC	Immature
neurons	13
14_16_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.GAAGAGGCTCATTATTACC	Ventral
midline	9
14_16_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TATAAGGCTTTCCTACCAGT	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TCGTTCTGTCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.TATGACTTGTAATACCATCC	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.TTCCATCTTTAACGGACCAA	Immature
neurons	13
14_16_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.GGAGGTTCTGACTAGTCTA	Ventral
midline	9
14_16_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.GTAAGGAGTCGCCTCGAAC	Immature
neurons	13
14_16_exp10_idx1ATAAGGACTC_idx2CATTATTACC.GAACGATGTGACTAGTCTA	Sensory
progenitors	14
14_16_exp10_idx1ATAAGGACTC_idx2GTCGCTCAGT.ATTCCTAGATGACTAGTCTA	Immature
neurons	13
14_16_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TGATCTTCTTACTATGCAAT	Neural
progenitors	11
14_16_exp10_idx1ATGGCGCCTG_idx2CCAAGCTGAA.TTCAACTGATCTAACTAGAT	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.GCAATCGCTTTATAAGAAC	Immature
neurons	8
14_16_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TCAGCTTCTCTGCTTCGAC	Immature
neurons	13
14_16_exp10_idx1CCTCAGCTCC_idx2ATAGGATATG.TCTATACCTTCATTATTACC	Immature
neurons	13
14_16_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.GTATCGCATTATATACTAA	Immature
neurons	13
14_16_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TCCAATAGTTCATCTCTGCA	Neural
progenitors	1
14_16_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TCGCCAACTCTAAGAGAAG	Immature
neurons	13
14_16_exp10_idx1CCTCAGCTCC_idx2GGACTCATTG.CTGGAAGATAACTGATCTT	Immature
neurons	7
14_16_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.TTCGCATAATTTACCGAGGC	Immature
neurons	13
14_16_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.AAATTCCTCTATCCATGACT	Immature
neurons	13
14_16_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.GAAGAGGCTGCTAACTTGC	Immature
neurons	7
14_16_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.GTCCTGCATCCTAGCGCCT	Immature
neurons	13
14_16_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TTCGCATAATGACTAGTCTA	Immature
neurons	13
14_16_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.GCATCCAGTCCGATTCCTG	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.TATTCGGCTATCCATGACT	Immature
neurons	7
14_16_exp10_idx1GAGCGCGATG_idx2CTGCAATCGC.TGGATCCGTCAAGCTTCAT	Immature
neurons	8
14_16_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.TACTCCTATTTGGAACTAGA	Immature
neurons	13
14_16_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.GGTCAGTTTTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.AAATTCCTCTGCTGGAACTT	Immature
neurons	2
14_16_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.GGCTAAGATGGTCCAGGAG	Immature
neurons	13
14_16_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.TATAAGGCTTTGAGGTAGAA	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.GGAGGTTCTTTATAAGAAC	Immature
neurons	13
14_16_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.TGCTAATTCTTGATACGAGT	Immature
neurons	13
14_16_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.TTATAGGCATTTGGTCATAA	Immature
neurons	13
14_16_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TGCAAGGTTTCGCTAAGCA	Head epid.
/muscle	4
14_16_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.CTGGAAGATGGCTAATTAA	Immature
neurons	13
14_16_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TGCCTATTATGCCATTCTCC	Immature
neurons	13
14_16_exp10_idx1GCTTGAAGAG_idx2ACTATCCGCA.TAGTTACCTTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.AAGTTCTTGTTGATACGAGT	Immature
neurons	13
14_16_exp10_idx1GCTTGAAGAG_idx2TCGTAGGCTT.CTGGAAGATCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.TCGCCAACTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.GGCTTACTTTATATACTAA	Immature
neurons	13
14_16_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.ACGCTTGATCGCCTCGAAC	Immature
neurons	13
14_16_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.CGAATGAGTGCTCTCGCCT	Immature
neurons	13
14_16_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TATAAGAGGTGCTAACTTGC	Immature
neurons	13
14_16_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TCAGCTTCTATCCATGACT	Immature
neurons	13
14_16_exp10_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCAAGGATTTGCCGGCAGA	Immature
neurons	13
14_16_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.GAACGATGTGACTAGTCTA	Immature
neurons	8
14_16_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.CTGGAAGATGACTAGTCTA	Immature
neurons	13
14_16_exp10_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TATCATGAGTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TTAATGAGCTGACTAGTCTA	Immature
neurons	13
14_16_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.AAGGATTACTATCCATGACT	Immature
neurons	13
14_16_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TATCATGAGTTTAGGATCTA	Immature
neurons	13
14_16_exp10_idx1TATAATAGTT_idx2GGAACGATGG.CAGCATTGTAGTAAGCATA	Immature
neurons	13
14_16_exp10_idx1TATAATAGTT_idx2TGCCAGATGG.TAAGGTTCATAATTATCAGC	Immature
neurons	13
14_16_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.ATGGTTGGTTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TCTATCCAATGGTCCAGGAG	Immature
neurons	13
14_16_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TTCCATTACTAACTACCGAC	Sensory
progenitors	14
14_16_exp10_idx1TATTAGACTT_idx2CATTATTACC.TATTCTCCTTCATCTCTGCA	Immature
neurons	8
14_16_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.AGAGTACCTCCAGGTCTAC	Immature
neurons	13
14_16_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TTCCATTACTGATCGCTTCT	Sensory
progenitors	14
14_16_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TCTATACCTTTGAGGTAGAA	Immature
neurons	13
14_16_exp10_idx1TATTAGACTT_idx2TGATAGAACG.ATATCCTACTCTGATTAAGA	Immature
neurons	13
14_16_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.ATACCAGTTTCCTAGCGCCT	Sensory
progenitors	14
14_16_exp10_idx1TCCTCTGCCG_idx2CATTATTACC.ACGCTTGATGACTAGTCTA	Immature
neurons	13
14_16_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.TATAAGGCTTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.GGTCAGTTTACGCAACTCC	Immature
neurons	13
14_16_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.GGCGTTAATTTAGGATCTA	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TTGGAGCTTTTGGTCATAA	Sensory
progenitors	14
14_16_exp10_idx1TTATTGAGGC_idx2GGCTATGACT.TCTAGGAATTCATCTCTGCA	Head epid.
/muscle	4
14_16_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.TATTCTCCTTTGATACGAGT	Immature
neurons	12
14_16_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TGTTAAGACTTTGGTCATAA	Immature
neurons	13
14_16_exp10_idx1TTGCCGTAGG_idx2ACTGAATTCC.TCTCGCTCTTTACCGAGGC	Sensory
progenitors	14
14_16_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.TAGGTACTATAAGCCGGCTG	Neural
progenitors	11
14_16_exp10_idx1TTGCCGTAGG_idx2GATGATCGTA.GACCAGGATACCGCCAACC	Immature
neurons	13
14_16_exp10_idx1TTGCGAGCAT_idx2CGTCCGTCCT.GTTGCAAGTGGTCGCGTCA	Head epid.
/muscle	4
14_16_exp10_idx1TTGCGAGCAT_idx2TCATCTCGAT.TATAAGAGGTTGATACGAGT	Neural
progenitors	11
14_16_exp3_idx1AATACGATAA_idx2TCTAGAACTA.TTCTGGCCTCATCTCTGCA	Immature
neurons	8
14_16_exp3_idx1ACGGCGTTAA_idx2ACCGTTACGA.ACTTACTCATCTGCTTCGAC	Immature
neurons	13
14_16_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.CGACGATATTGAGTCCAGA	Immature
neurons	2
14_16_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.TTGACCAGTCATCAGAATG	Immature
neurons	2
14_16_exp3_idx1ACGGCGTTAA_idx2GACCTCTCTG.CAGAAGGCTCATTATTACC	Immature
neurons	7
14_16_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.GTAGCGATTACTTCCGAAT	Sensory
progenitors	14
14_16_exp3_idx1AGACCATATC_idx2CGATCATTAC.ATATCTGGATGACCTTGATA	Immature
neurons	13
14_16_exp3_idx1AGGTCAGCTT_idx2ACTATCCGCA.TATGGTCTTTTTCAATATAA	Immature
neurons	13
14_16_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.ACATGGTAATACGTCATATA	Immature
neurons	13
14_16_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.CTTCGACTTTTACGTATAC	Immature
neurons	7
14_16_exp3_idx1AGGTCAGCTT_idx2GATACCTAAG.AAGTTCTTGTCCGCTGCCAG	Immature
neurons	7
14_16_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.AACGATCATTAAGTCTTCCG	Immature
neurons	13
14_16_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.TCAGCGGTTTTATTATGGT	Immature
neurons	13
14_16_exp3_idx1AGTCCGCTGC_idx2CAAGTACTGG.CTGGAAGATTTACGTATAC	Immature
neurons	12
14_16_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.AAACTGAACTGATGATCGTA	Immature
neurons	13
14_16_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.AATCCAGTATGGCAATGAGA	Immature
neurons	13
14_16_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.CGAGGCAATTCGCTAAGCA	Immature
neurons	13
14_16_exp3_idx1AGTCCGCTGC_idx2GGTCCAGGAG.AATCCAGTATTTATAGCAGA	Immature
neurons	13
14_16_exp3_idx1AGTCCGCTGC_idx2TCATCTCGAT.TTCGCATAATAGCTAAGGTA	Immature
neurons	13
14_16_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.TAGAGAGTATACCGCAGAAT	Neural
progenitors	3
14_16_exp3_idx1ATAAGGACTC_idx2ATAGGATATG.AGCATTATGTCATCAGAATG	Immature
neurons	8
14_16_exp3_idx1ATAAGGACTC_idx2CGAGTTAGAG.ACTGAATACTTACTTACTTA	Immature
neurons	13
14_16_exp3_idx1ATAAGGACTC_idx2CGAGTTAGAG.GCGTACTTTTATGAGTTAA	Immature
neurons	13
14_16_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.GCATCCAGTTTCATAGGAC	Immature
neurons	13
14_16_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.TATCCAGGTTGGCCATGCA	Immature
neurons	13
14_16_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.GTAAGCTCTTAACTGGTTA	Immature
neurons	13
14_16_exp3_idx1ATAAGGACTC_idx2TTGAGTATCA.CTCCAGAGTACTTAACTAG	Immature
neurons	7
14_16_exp3_idx1ATAAGGACTC_idx2TTGAGTATCA.TTCTCTCGTAAGTAAGAGC	Immature
neurons	13
14_16_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.AAGTTCTTGTGGTAGGTTAG	Immature
neurons	13
14_16_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.GGATAGGTTTTACGTATAC	Immature
neurons	7
14_16_exp3_idx1ATGGCGCCTG_idx2CCAAGCTGAA.TTCCGACGTATGGAATTGG	Immature
neurons	13
14_16_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.CCATCAGGTTTATTCATTC	Immature
neurons	12
14_16_exp3_idx1ATTATGCAAG_idx2CTAACTCCAA.AGCAACGATGTACTAGTAA	Immature
neurons	12
14_16_exp3_idx1ATTATGCAAG_idx2GTCGCTCAGT.ACGTCTAGTCGGCGTAACT	Ventral
midline	9
14_16_exp3_idx1ATTATGCAAG_idx2TGATAGAACG.TTGCGGTCTTTGGAATCTC	Sensory
progenitors	14
14_16_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.GTCTATGGTTTACGTATAC	Immature
neurons	13
14_16_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.CGCTAACCTCCAGTTCCAA	Sensory
progenitors	14
14_16_exp3_idx1CTCAATTAGT_idx2ACCAAGATCT.ATAACTTCCTGGAGGCCTCC	Immature
neurons	7
14_16_exp3_idx1CTCAATTAGT_idx2TCCGGTAATC.TGAGAATCATATAGTCGTAG	Immature
neurons	13
14_16_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.AAGGATTACTTGCGCCATCT	Immature
neurons	13
14_16_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.TATCTCGATTAGGTTAGTTC	Immature
neurons	13
14_16_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.CGGTTCCATTTCGCTTACG	Immature
neurons	13
14_16_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.GCGGTATATCGAACGCCGG	Immature
neurons	13
14_16_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.CGTCGAAGTTAGGCAGATA	Immature
neurons	13
14_16_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.GGTCAGTTTTTGGATCCTT	Immature
neurons	7
14_16_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TCCTACCTTAATACTCTTC	Immature
neurons	13
14_16_exp3_idx1GATTCTTGAA_idx2AGATCCTATA.TGCCTTGGTCATCAGAATG	Immature
neurons	8
14_16_exp3_idx1GATTCTTGAA_idx2TCCGGTAATC.GTTCGCTGTGTATCATCGA	Immature
neurons	7
14_16_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.TATAAGAGGTTTAGGATCTA	Immature
neurons	13
14_16_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.AACTGGCATTGGCCGGCCT	Immature
neurons	13
14_16_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.ACGGCAATTTAGACTTCTT	Immature
neurons	7
14_16_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.AGTCGCATTCTGATTAAGA	Immature
neurons	7
14_16_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.GTCGGCAATTTACGTATAC	Immature
neurons	7
14_16_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.TCGAAGGATGTCCTACTTG	Immature
neurons	13
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.AAACCATAGTGCCAGGATCA	Ventral
midline	9
14_16_exp3_idx1GCATCGTATG_idx2CTGCAATCGC.CTGATAGGTTTGGAATCTC	Immature
neurons	13
14_16_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.AAGGATTACTGGCTAATTAA	Immature
neurons	13
14_16_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.CAGAAGGCTGGAGGCCTCC	Immature
neurons	7
14_16_exp3_idx1GCGCGTTCAT_idx2TCGATATTGA.GCTCTTAGTGGCTAATTAA	Immature
neurons	13
14_16_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.ACTTGATTGTTAGAGTAATA	Immature
neurons	13
14_16_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.ATAGTTGACTGGATCTGCAG	Immature
neurons	13
14_16_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.TCAGCTTCTCAGGAGGAGA	Immature
neurons	7
14_16_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.CTTCGACTTCAACCAGTAC	Immature
neurons	13
14_16_exp3_idx1GGTTATCGAA_idx2AACTACCGAC.CCAAGGATTTTCTTATCGA	Immature
neurons	7
14_16_exp3_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TTGGAGCTTTTGGTCATAA	Immature
neurons	13
14_16_exp3_idx1GTAGCAGCTA_idx2GGCTAATTAA.AACGATCATTGGCAATGAGA	Immature
neurons	7
14_16_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.TTACCTAAGTCTTGGTAATG	Immature
neurons	7
14_16_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.TTTGCTACTTTTATAAGAAC	Immature
neurons	13
14_16_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.ACAACCTATTCAAGGCATTC	Immature
neurons	8
14_16_exp3_idx1GTAGGCTGCA_idx2CTCGTCTAGG.AATACCGAATGTCCTACTTG	Immature
neurons	13
14_16_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.GCGCTCAATGTCCTACTTG	Immature
neurons	13
14_16_exp3_idx1TAGGTAACTT_idx2CCTAGCGCCT.CTCCATCATAGTTCGAGTA	Immature
neurons	13
14_16_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.AGGCATCATGATGATCGTA	Immature
neurons	8
14_16_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.GCATCCAGTGGTCCAGGAG	Immature
neurons	13
14_16_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.AGAACTCCTGCTCTCGCCT	Immature
neurons	13
14_16_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.ATAAGCGAATTTCAATATAA	Immature
neurons	7
14_16_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.TGAACGCGTTAGATCTACT	Ventral
midline	9
14_16_exp3_idx1TATAATAGTT_idx2CTCGTCTAGG.AACGTAATCTCGCCTCGAAC	Neural
progenitors	1
14_16_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.GCCATGGTTCAGGAGGAGA	Immature
neurons	13
14_16_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.TTGATTCCTTCATTCGACGG	Immature
neurons	13
14_16_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.AAAGCTGATTTCGGCCTTAC	Immature
neurons	13
14_16_exp3_idx1TATTAGACTT_idx2TCATCTAATC.TTCTGGCCTACTTCCGAAT	Immature
neurons	13
14_16_exp3_idx1TCCTCTGCCG_idx2AGTTGCATCT.ATCAATACGTTACGGCTACG	Ventral
midline	9
14_16_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.ATAGTCGCTCCTTGGTCCA	Immature
neurons	13
14_16_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.ATTACCATCTCCTTGGTCCA	Immature
neurons	13
14_16_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.ATAAGCGAATGGCTAATTAA	Immature
neurons	13
14_16_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TGGTCTCCTATGGAATTGG	Immature
neurons	12
14_16_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.ACGTTGCTTTTCATAGGAC	Immature
neurons	7
14_16_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.TCCTAACTTTTTGGTCATAA	Immature
neurons	13
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.ATGCCAAGTCCGATTCCTG	Immature
neurons	8
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TAGCTCGGTGTTCGTCAGA	Immature
neurons	8
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TATTCTCCTTAGTTCGAGTA	Immature
neurons	13
14_16_exp3_idx1TGGACGACTA_idx2CTCGGTCAAT.GCGTACTTTCGTCGCAGCC	Immature
neurons	13
14_16_exp3_idx1TGGACGACTA_idx2CTCGGTCAAT.GCGTACTTTGGCCGTAGTC	Immature
neurons	13
14_16_exp3_idx1TGGACGACTA_idx2CTGCAATCGC.ATGGCGTATTTCAATATAA	Immature
neurons	13
14_16_exp3_idx1TGGACGACTA_idx2GACCTCTCTG.ATAATCCTGTCGGTTATGCC	Immature
neurons	13
14_16_exp3_idx1TGGACGACTA_idx2GACCTCTCTG.ATCTGATGATTTCAATATAA	Ventral
midline	9
14_16_exp3_idx1TGGACGACTA_idx2GACCTCTCTG.TACTTGCGTCATCAGAATG	Immature
neurons	13
14_16_exp3_idx1TGGACGACTA_idx2TGAGGTAGAA.ACTTCCGTTCAGGAGGAGA	Immature
neurons	13
14_16_exp3_idx1TTATTGAGGC_idx2AGATCCTATA.AGAGATGAATACGTTCAACC	Immature
neurons	13
14_16_exp3_idx1TTATTGAGGC_idx2TCCGGTAATC.GACTACCATCTGCTTCGAC	Sensory
progenitors	14
14_16_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.ACTTACTCATTTCAATATAA	Immature
neurons	7
14_16_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.ACGTTGCTTCGGTTGCGCG	Immature
neurons	13
14_16_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.AAACTCCAATTGCATATAAC	Neural
progenitors	0
14_16_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.AATTCATCGTGGTAGGTTAG	Immature
neurons	13
14_16_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.ATCAATACGTGGACTACTAC	Immature
neurons	13
14_16_exp3_idx1TTGCCGTAGG_idx2CAAGCTTGGC.TTCTCTAGTTGTTGAAGGAT	Immature
neurons	13
14_16_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.CAATCGGTTCATCAGAATG	Immature
neurons	13
14_16_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.AAGGCTACTTGGCCGGCCT	Immature
neurons	7
14_16_exp3_idx1TTGCCGTAGG_idx2TGAGGTAGAA.AAGTACGTTTCATTATTACC	Immature
neurons	7
14_16_exp3_idx1TTGCGAGCAT_idx2TGGACTTGAC.TTCTTAACCTAGCTTATCCG	Neural
progenitors	3
14_16_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.AATACCGAATGTTCCGCTAA	Immature
neurons	13
14_16_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.CGTCTTCCTAACGAGGCTA	Immature
neurons	13
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GCAACGTTTGTTGACGGCC	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TAGCTCGGTCCAGGTCTAC	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.AGCAACGATAACTGATCTT	Sensory
progenitors	14
14_16_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TGCTCCTATAGATATATCG	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.CGTCGAAGTACTATCCGCA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCTCCGAATCCGCGGACCG	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGCCTATTATAACGGACCAA	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCGCATAATTCCAGAAGGT	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TCTCCGAATGCGACGCAGA	Immature
neurons	8
14_16_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GCATCCAGTTCGATATTGA	Immature
neurons	7
14_16_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.AAGCGCCATAGACTCAAGC	Immature
neurons	7
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TCGAATCTTTACGCAACTCC	Immature
neurons	7
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TTCAACTGATGCGCGGTAGT	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.ACGAGGTTTACTATCTTGA	Immature
neurons	8
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCAATCGCTTGATAGAACG	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCAGATACTTCCGTCGCCA	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCGGTATATACTATCCGCA	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCAACTGATAACGAGGCTA	Immature
neurons	13
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTGGTTAAGTTGCGCCAGAA	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGAGCTCATATGCAATATG	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GAGCGGTATCTCGTCTAGG	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TATCCAGGTTTCAAGACCA	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GACCGTCATGACCTCTCTG	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.GGACTTGATTGATAGAACG	Sensory
progenitors	14
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TTCGCGGATGACCTCTCTG	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.CCTCCTGATGCTCTCGCCT	Immature
neurons	8
14_16_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.AGCAACGATGACTAGTCTA	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTACGGCATCGAGCTGCCA	Sensory
progenitors	14
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACTACCATGGCTATGACT	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTCATCTGTGGACTCATTG	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCAGATACTTTAGATTCCG	Immature
neurons	7
14_16_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.ATGGCAGCTCCGCGGACCG	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATGGCAGCTGGTCGCGTCA	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCAACGTTTTCGATATTGA	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCGGTATATCGCCTCGAAC	Head epid.
/muscle	4
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGAGAATCATTTAGGATCTA	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGGTAGGCTCCAGGTCTAC	Neural
progenitors	3
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.CCGTCTCATTTAGATTCCG	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTAAGGAGTACGCCGTTCA	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCAGGAGATACTGCCGATA	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCTACTTACTTCCGTCGCCA	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGAGAGATTTGAGGTAGAA	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGGAGTTATACTATCCGCA	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACGAGGTTTCCTAGCGCCT	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTTAGCGGTATAGACTAGG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCCATGGTTAACTGATCTT	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGTCCTTCTTCTATAAGGA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAGCTCGGTTTAGATTCCG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGAGCTCATCGAGCTGCCA	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGCCAATTTGATGATCGTA	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATTCGGCTACTATCCGCA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCGGTCATCCGCGGACCG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCTCTCGTCGGCGAGACC	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.AGGCATCATGACCTCTCTG	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTTCGCTGTCAAGCTTCAT	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATGGTCTTTAGATATATCG	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCTACCTTTTGAGTATCA	Neural
progenitors	1
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GGCAAGTCTGGTCCAGGAG	Immature
neurons	7
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TCAGGAGATATTGCGCTGA	Immature
neurons	7
14_16_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.CTCCAGAGTTCTATAAGGA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CCTCCTGATGACCTCTCTG	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TACTCCTATTTGAGGTAGAA	Sensory
progenitors	14
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCGAGAGATAATTATCAGC	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCATCCAGTCGCCTCGAAC	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.ACCAATGCTACTTCCGAAT	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CAGAAGGCTCCGTCGGAGG	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.ATGCCAAGTGACCTCTCTG	Sensory
progenitors	14
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GGCGCATTTGGTCGCGTCA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ATGCCAAGTGACCTCTCTG	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CGGTTCCATTATTACTCAT	Sensory
progenitors	14
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGCGCATTTGGTCGCGTCA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTAGCGATTTGATACGAGT	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGACGAGGTCCAGGTCTAC	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGAGAATCATGTCCAACTCA	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGAGAGATTTTAGATTCCG	Head epid.
/muscle	4
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.AACCGCTGTCCGTCGGAGG	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GCGCTCAATGCTCTCGCCT	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATAAGGCTTTGAGGTAGAA	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GATCGACCTCTGATTAAGA	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGGTAGGCTAACTACCGAC	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTACGGCATTTAGATTCCG	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGCAAGTCTAATCTGGAGT	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TGCTACTAATTATTACTCAT	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GAGCGGTATCATTATTACC	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TATAAGGCTTTGAGGTAGAA	Immature
neurons	8
14_16_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TTATAGGCATCAAGCTTCAT	Immature
neurons	7
14_16_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.TTGGCTCATCAAGATTAAG	Neural
progenitors	0
14_16_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TCTCGCTCTGTTGACGGCC	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCAAGTTATAGTTGCATCT	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCGCCAACTTGAGGTAGAA	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.AGTTGCGCTGCTCTAACGA	Immature
neurons	8
14_16_exp10_idx1AATACGATAA_idx2AACTTATAAG.TGCTGGATTAATTATCAGC	Head epid.
/muscle	4
14_16_exp10_idx1AATACGATAA_idx2ACGTTCAACC.CTTCATGCTGATCGCTTCT	Sensory
progenitors	14
14_16_exp10_idx1ACGGCGTTAA_idx2CGATCATTAC.AGTCGCATTCATTATTACC	Immature
neurons	7
14_16_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.TTACCTAAGTCCTAGCGCCT	Immature
neurons	7
14_16_exp10_idx1ATAAGGACTC_idx2ACGAGGACCT.AAGGACGATTTATAAGAAC	Immature
neurons	7
14_16_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.ACGTTGCTTCTGATTAAGA	Immature
neurons	7
14_16_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.CTGCTGAATATCCATGACT	Immature
neurons	7
14_16_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.TGAATCTGATCTGCTTCGAC	Immature
neurons	7
14_16_exp10_idx1GAGCGCGATG_idx2CTGCAATCGC.TCCTATTCTTAATTATCAGC	Immature
neurons	7
14_16_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.GACTTGGCTGATGATCGTA	Head epid.
/muscle	4
14_16_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.CAGCAAGTTGGCTAATTAA	Head epid.
/muscle	4
14_16_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.TGTCCTTATTGGTCCAGGAG	Immature
neurons	8
14_16_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.CTGCCTTATCATTATTACC	Immature
neurons	8
14_16_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.ATATGGATCTAATTATCAGC	Immature
neurons	8
14_16_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TGCAAGGTTCAAGCTTCAT	Immature
neurons	7
14_16_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TTATAGGCATTTAGGATCTA	Immature
neurons	7
14_16_exp10_idx1TAGGTAACTT_idx2ACTTCCGAAT.GGAGCTCATCTAACTAGAT	Sensory
progenitors	14
14_16_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.ACTTGATTGTGCTCTCGCCT	Immature
neurons	7
14_16_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TTTGCTACTTGATGATCGTA	Immature
neurons	7
14_16_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.TTCTAAGCTTGATCGCTTCT	Immature
neurons	7
14_16_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.TTCGTTCCTCAATTACCGT	Immature
neurons	7
14_16_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.AGCAACGATGTCCTACTTG	Immature
neurons	8
14_16_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.AAGACCTTATTTATAAGAAC	Immature
neurons	8
14_16_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.GCGCTCAATATATTGATAC	Sensory
progenitors	6
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTAATTAA.AAGCAGTATTTTATAGCAGA	Immature
neurons	7
14_16_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.TACTTGCGTACTATCTTGA	Immature
neurons	7
14_16_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.GGTTGGCATCGTCCGTCCT	Immature
neurons	8
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.ATCTTCAGATCTGGATTAGT	Immature
neurons	7
14_16_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.AACCTCATTTAGCGTCAATG	Immature
neurons	7
14_16_exp3_idx1GCGCGTTCAT_idx2GCAACTGGCA.ATATGCCATTTGGCCGGCCT	Immature
neurons	7
14_16_exp3_idx1GTAGGCTGCA_idx2GGAACGATGG.TCGAAGGATACTTAACCTT	Immature
neurons	7
14_16_exp3_idx1GTAGGCTGCA_idx2GGAACGATGG.TCGAAGGATGGAGGCCTCC	Immature
neurons	7
14_16_exp3_idx1TAGGTAACTT_idx2TGATACGAGT.TAGATGACTTGCTGGAACTT	Immature
neurons	7
14_16_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.CCATCGTCTACGCGAGATT	Immature
neurons	7
14_16_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.GGTCCTTCTATATTGATAC	Immature
neurons	7
14_16_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.CTCGCATGTATAGACTAGG	Immature
neurons	8
14_16_exp3_idx1TCCTCTGCCG_idx2TCATCTAATC.CGTCGAAGTTCTACCATTA	Immature
neurons	7
14_16_exp3_idx1TTATTGAGGC_idx2TATAACTTCC.GTCTATGGTTTGGAATCTC	Immature
neurons	7
14_16_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.ACCATGATTTTTATAGCAGA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCCATTACTAACTGCTGCC	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TCGGTACCTCGTCCGTCCT	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCATAGAGTTTTGGTCATAA	Sensory
progenitors	14
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTAAGGAGTAGCGTCAATG	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCTCTCCATTGAGTCCAGA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAACGGCTTCGCCGCCTCC	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGTAGGCTCAAGTACTGG	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCAACGTTTACCGTTACGA	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACTGACGTTTGGTCATAA	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CGTCGAAGTTGATAGAACG	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTTCGCTGTAATTATCAGC	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTCGCTCTATGCAATATG	Immature
neurons	7
14_16_exp3_idx1GATTCTTGAA_idx2TCATCTCGAT.TTCTAAGCTTATAAGGAGCA	Immature
neurons	13
14_16_exp3_idx1TATTAGACTT_idx2TCATCTAATC.GGCGCATTTTGCGGACCTA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GCGGAGAATGGCTATGACT	Sensory
progenitors	14
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGATAGGTTTGATGGCCTT	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CCTCCTGATTCCGGTAATC	Sensory
progenitors	14
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTAAGGAGTTCCGTCGCCA	Sensory
progenitors	14
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TAGGTACTATAAGCCGGCTG	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCTGGCCTGCGACGCAGA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTGCGGTCTCAAGCTTCAT	Neural
progenitors	11
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCCAATAGTTTCGATATTGA	Sensory
progenitors	14
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.CATCGGACTTGAGGTAGAA	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GAGCGGTATTCTAGAACTA	Immature
neurons	12
14_16_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TATGCGATTTCAAGATTAAG	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTCCTGCATCCGCGGACCG	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCGTCTATTTATGCAATATG	Immature
neurons	12
14_16_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TAGAGCCTTCCGCGGACCG	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TCCAAGTTATTCTATAAGGA	Immature
neurons	7
14_16_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GACTGACGTAACTACCGAC	Mature
neurons	10
14_16_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GGAGGTTCTGACCTCTCTG	Immature
neurons	8
14_16_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.GTAAGGAGTCGGCGAGACC	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.ATGGCGTATAAGTAGTCAG	Sensory
progenitors	14
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GACCAGGATGCTCTAACGA	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTTCATGCTCCGTCGGAGG	Immature
neurons	8
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TAGCTCGGTTTAGATTCCG	Sensory
progenitors	14
14_16_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TCGTCTATTTGTCATTGCGC	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CTCTACTGTCGGCGAGACC	Immature
neurons	13
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TACGGTAGTCGATCATTAC	Sensory
progenitors	14
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TAGCTCGGTAAGCCGGCTG	Ventral
midline	9
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TCCAATAGTTTGATAGAACG	Sensory
progenitors	14
14_16_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TCGTTCTGTGACCTCCGCC	Immature
neurons	13
14_16_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GGATAGGTTAACCTAGCTT	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TCCGTATGTCCGCGGACCG	Ventral
midline	9
14_16_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.GGTCTACGTAGATATATCG	Sensory
progenitors	14
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CCATTGCGTTATTACTCAT	Immature
neurons	13
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCAGTTGGTCAGATTCGAT	Immature
neurons	2
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCGTCTATTTCGCCGCCTCC	Sensory
progenitors	14
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGATCTTCTTTGATACGAGT	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGTACGGATACGCAACTCC	Immature
neurons	8
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTAGACGGTTGGAACTAGA	Neural
progenitors	11
14_16_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TACTCCTATTACTTCCGAAT	Neural
progenitors	11
14_16_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.CCTCCTGATCCGCTATATT	Sensory
progenitors	14
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GACCGTCATTTGGATCCTT	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCTTCTGGTCATGCATCTC	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TTATAGGCATAGTCCGCGGA	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GTAGCGATTGGCATAGCTT	Immature
neurons	13
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCCAAGTTATAATACTCTTC	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCTCTAGTTACTATCTTGA	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.ACGCCATATTTGAGTATCA	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TGCTAATTCTTCCGGTAATC	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TGGATCCGTGACTAGTCTA	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AGTTGCGCTCTGATTAAGA	Sensory
progenitors	14
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTCATCTGTTCTATAAGGA	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ATGGCAGCTTGATGGCCTT	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTTCATGCTGGCATAGCTT	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTTGGCTGTCCAACTCA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAGAGAGTATAAGCCGGCTG	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCGGTCATCAAGCTTCAT	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCCATTACTAACGGACCAA	Neural
progenitors	0
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGGTTAAGTACTGCCGATA	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.ACCTTCGGTCGGCGAGACC	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GACCAGGATAACTGATCTT	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GTTGCAAGTCGCCGCCTCC	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTACGGCATTGATAGAACG	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATTGACTCTACTCTCTCAA	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCGCATAATTACTTACTTA	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTCGCATAATTTAACGTACC	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTTGCAAGTAGCGTCAATG	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGGAGTTATGATGATCGTA	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CGAGATGCTTCTAGAACTA	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TGACGAGGTAAGCCGGCTG	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ATGGCGTATAGATATATCG	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CGAGATGCTTCTAGAACTA	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GAACGATGTCTCGTCTAGG	Immature
neurons	12
14_16_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.TCCGTATGTAATACGCAGG	Sensory
progenitors	14
14_16_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.GAGCGGTATACTTAACTAG	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.AACCGCTGTCATGCTGGTT	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CCGGATAGTCGATCATTAC	Head epid.
/muscle	4
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CGCCGTAATGCGACGCAGA	Head epid.
/muscle	4
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTCCGGTTTCGATCATTAC	Sensory
progenitors	14
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTTCATGCTAACTACCGAC	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTCGGCAATGCGACGCAGA	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTTCGCTGTAGCGTCAATG	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TACTCCTATTCATGCATCTC	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGCCTTGGTCTGCTTCGAC	Sensory
progenitors	14
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTGGCAATATTCCGTCGCCA	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGATCTTCTTGGTCGCGTCA	Sensory
progenitors	14
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGAGAATCATCTCGTCTAGG	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGCTAATTCTCCAGGTCTAC	Sensory
progenitors	6
14_16_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TTCTAAGCTTACTGCCGATA	Sensory
progenitors	14
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCTCCGAATCTGATTAAGA	Immature
neurons	12
14_16_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.GTAAGGAGTTCGTAGAGAA	Immature
neurons	12
14_16_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.CTCCGGTTTAGTCCGCGGA	Immature
neurons	12
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TTGAGTCCTTCCAGAAGGT	Immature
neurons	12
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATCATGAGTTGATACGAGT	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCTCGCTCTAAGCCGGCTG	Sensory
progenitors	14
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGAGAATCATGTTGACGGCC	Immature
neurons	12
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCCTATTATCCGCGGACCG	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCCTTGGTCGATCATTAC	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GACCGTCATAGTTGCATCT	Head epid.
/muscle	4
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGAGGTTCTAGTTGCATCT	Sensory
progenitors	14
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGTTGGCATAATACGCAGG	Immature
neurons	8
14_16_exp10_idx1AATACGATAA_idx2ACGTTCAACC.TTGAGAGATTTTATAAGAAC	Immature
neurons	2
14_16_exp10_idx1AGACCATATC_idx2CTGCTTCGAC.TCGCCAACTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.CTGCTGAATCCAGGTCTAC	Immature
neurons	8
14_16_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.TTAATGAGCTTTAGGATCTA	Immature
neurons	13
14_16_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.AAATTCCTCTCGCTCCTAAC	Immature
neurons	2
14_16_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TCCTCGAGTTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2AGGATTACCA.TATTCGGCTACTTAACCTT	Head epid.
/muscle	4
14_16_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TGAGAATCATTTAGGATCTA	Immature
neurons	2
14_16_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.AATTCATCGTAGTAAGCATA	Immature
neurons	12
14_16_exp10_idx1GGCTTACTCC_idx2GCTCTCGCCT.TATCTCGATTATCCATGACT	Immature
neurons	7
14_16_exp10_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGCGTTAATAGTAAGCATA	Immature
neurons	8
14_16_exp10_idx1TATAATAGTT_idx2GGAACGATGG.TATCGAACTTGGTCCAGGAG	Immature
neurons	2
14_16_exp10_idx1TCCTCTGCCG_idx2CGAGTTAGAG.AAGTTCTTGTACGCAACTCC	Mature
neurons	10
14_16_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.TAAGGTTCATTCTGATACCA	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TATGACTTGTGTCATTGCGC	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.CGTACCTATGCCATTCTCC	Immature
neurons	2
14_16_exp10_idx1TTGCCGTAGG_idx2GCTCTAACGA.GCTGGCTATCCGATTCCTG	Sensory
progenitors	14
14_16_exp10_idx1TTGCCGTAGG_idx2TGATACGAGT.CTGAGCATTCGCCTCGAAC	Neural
progenitors	11
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTAATTAA.CCTCCTGATGGCCGTAGTC	Immature
neurons	8
14_16_exp3_idx1CCTCAGCTCC_idx2CGGCGAGACC.CTTCATGCTCTGATTAAGA	Immature
neurons	8
14_16_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.AGTATTAGCTCCGCGGACCG	Sensory
progenitors	14
14_16_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.TGGACCTCTAATTAAGACT	Immature
neurons	8
14_16_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.ATGCATTCATGTAGCTCCAT	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.GAGCGGTATCATTATTACC	Immature
neurons	8
14_16_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.ATCAATACGTACGTCATATA	Immature
neurons	12
14_16_exp3_idx1GCGCGTTCAT_idx2AACGGACCAA.GATTACGGTCGTCGCAGCC	Immature
neurons	2
14_16_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.GACTGACGTGGTCCAGGAG	Immature
neurons	13
14_16_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.ATATGGATCTACTATCTTGA	Mature
neurons	10
14_16_exp3_idx1GTAGCAGCTA_idx2GGCTAATTAA.ACAATGCTATATCCATGACT	Immature
neurons	2
14_16_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.GCCATGGTTTGCATATAAC	Immature
neurons	7
14_16_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.TGAATCTGATAAGTCTTCCG	Immature
neurons	12
14_16_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.CTAGTACGTCCGTTGACTT	Immature
neurons	8
14_16_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.TCTCCGAATCGAACGCCGG	Immature
neurons	8
14_16_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.TAGGAAGGTTCTACCATTA	Immature
neurons	8
14_16_exp3_idx1TCTTGAGGTT_idx2GTCATTGCGC.TGGATTCTATGTTCGTCAGA	Immature
neurons	13
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.GCGGTATATGGTACCGGCA	Sensory
progenitors	14
14_16_exp3_idx1TTGCCGTAGG_idx2ACTTCCGAAT.ACGCCATATATATTGATAC	Immature
neurons	8
14_16_exp3_idx1TTGCGAGCAT_idx2ACCAAGATCT.GAGCGGTATGTCCTACTTG	Immature
neurons	8
14_16_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.ATTCAAGCATTTACCGAGGC	Immature
neurons	7
14_16_exp3_idx1TTGGTAAGGA_idx2GATGATCGTA.GTACCTCTTACGTCATATA	Immature
neurons	7
14_16_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.TTGAGTCCTTAGAATTAAC	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TAGCTCGGTCTGCTTCGAC	Neural
progenitors	11
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.ACGGCAATTATGCAATATG	Neural
progenitors	0
14_16_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TTGGCTCATTCGTAGAGAA	Neural
progenitors	0
14_16_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TCCGTATGTACGCAACTCC	Neural
progenitors	0
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAGCCAATTTCTGCTTCGAC	Neural
progenitors	0
14_16_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.CCTCCTGATCGCCGCCTCC	Neural
progenitors	0
14_16_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.AATTCATCGTCATGCATCTC	Neural
progenitors	0
14_16_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.GGTTCGAGTCATTCAATCA	Neural
progenitors	0
14_16_exp10_idx1TGGACGACTA_idx2ACGTTCAACC.TATATGCGTTACTCTCTCAA	Neural
progenitors	0
14_16_exp10_idx1TTGCGAGCAT_idx2CAAGTACTGG.GCTCTTAGTAAGCCGGCTG	Neural
progenitors	0
14_16_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GGCAAGTCTGACTAGTCTA	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCGCATAATAGCGTCAATG	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCTCCTGATTTACGTATAC	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACTGACGTCATGCTGGTT	Neural
progenitors	0
14_16_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.GTATCGCATTTACGTATAC	Immature
neurons	2
14_16_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TGATCTTCTTCGATCATTAC	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGAATCTTTTGATAGAACG	Immature
neurons	2
14_16_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TGATCTTCTTGGCTAATTAA	Neural
progenitors	0
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATAAGGCTTATGCAATATG	Neural
progenitors	0
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTCTACTGTCTGATTAAGA	Neural
progenitors	0
14_16_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GAACGGCTTACGCAACTCC	Ventral
midline	9
14_16_exp10_idx1AATACGATAA_idx2AACTTATAAG.TAAGAATGGTCGCTCCTAAC	Neural
progenitors	3
14_16_exp10_idx1TATTAGACTT_idx2TGATAGAACG.CTTCATGCTTCTGATACCA	Neural
progenitors	0
14_16_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.ACGCCATATTGCATATAAC	Neural
progenitors	0
14_16_exp3_idx1AGACCATATC_idx2GATCAGTCAT.GAACGGCTTATCCATGACT	Neural
progenitors	0
14_16_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.AATACCGAATTTAGGATCTA	Immature
neurons	2
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.CCTGCTACTGTATCATCGA	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCTAAGCTTAATACGCAGG	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GGATAGGTTACTTCCGAAT	Neural
progenitors	0
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACCGTAGCTAGTAAGCATA	Neural
progenitors	0
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CAGAAGGCTCATGCTGGTT	Neural
progenitors	3
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCCTACCTTTTCAAGACCA	Neural
progenitors	0
14_16_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TATGAGAACTCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TGATCTTCTTCCGATTCCTG	Neural
progenitors	0
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GCGTCGTATGCGACGCAGA	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTCCAGAGTAATGGTCGAC	Immature
neurons	12
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATCGAACTTTGAGGTAGAA	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGAGTTAGATTCCGGTAATC	Immature
neurons	8
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACCGAATTGCGACGCAGA	Immature
neurons	8
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCCAATAGTTTCGATATTGA	Immature
neurons	8
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCTCGCTCTATGCAATATG	Sensory
progenitors	14
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGACTTGATCCGCTATATT	Immature
neurons	8
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TATTCGGCTTGAGGTAGAA	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TCCGTATGTGTCATTGCGC	Immature
neurons	8
14_16_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TGGTCGAATATGCAATATG	Sensory
progenitors	14
14_16_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.GAACGATGTACGTTCAACC	Immature
neurons	8
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCCATTACTGGTCCAGGAG	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCGCGCATTCATTATTACC	Sensory
progenitors	14
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GCAACGTTTGGACTCATTG	Sensory
progenitors	14
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TACTCCTATTTTAACGTACC	Immature
neurons	8
14_16_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GGCGACTATAGTCCGCGGA	Sensory
progenitors	14
14_16_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GGACTTGATTACTTACTTA	Immature
neurons	8
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACCGTAGCTATGCAATATG	Immature
neurons	13
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCCAAGTTATGTCCAACTCA	Neural
progenitors	0
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.ATTGCCGGTTTGGAGTCGG	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AAGCGCCATCTCGTCTAGG	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGGTCTCCTTCTATAAGGA	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CGCCGTAATTGAGGTAGAA	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGCGACTATGTTGACGGCC	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGCCAACTAACGAGGCTA	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CAATCGGTTTGATAGAACG	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTATCGCATTTCAAGACCA	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGAGCTCATAATACGCAGG	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATGCGATTTTGATAGAACG	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCGGTATATCCAGGTCTAC	Sensory
progenitors	14
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CTATCTCCTGCGACGCAGA	Ventral
midline	9
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ATGGCGTATTGAGGTAGAA	Sensory
progenitors	14
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TTGAGAGATTCAAGATTAAG	Neural
progenitors	3
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CGCCGTAATATGCAATATG	Sensory
progenitors	14
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTCCGGTTTGATGATCGTA	Head epid.
/muscle	4
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GACCGAATTTCGATATTGA	Sensory
progenitors	14
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCGCTCAATTCGATATTGA	Sensory
progenitors	14
14_16_exp1_idx1TATAATAGTT_idx2AGATCCTATA.GGAGCTCATGCGACGCAGA	Sensory
progenitors	14
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.AGGCATCATACTTCCGAAT	Sensory
progenitors	14
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTTGGCATGAACTGCATC	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GTAAGCTCTCTGCTTCGAC	Sensory
progenitors	14
14_16_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TATCGAACTTAGATATATCG	Immature
neurons	8
14_16_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.GAGACTAGTAGCGTCAATG	Immature
neurons	8
14_16_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.GTAAGCTCTGTTGACGGCC	Sensory
progenitors	14
14_16_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TCCGGTCATAGCGTCAATG	Mature
neurons	10
14_16_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.CCGGAGTTTCTCGATGGAG	Immature
neurons	8
14_16_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.TAGGTACTATCCAGTTCCAA	Immature
neurons	8
14_16_exp10_idx1AGACCATATC_idx2GATCAGTCAT.ACGCTTGATGCTCTCGCCT	Immature
neurons	8
14_16_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.GGTTCGAGTCCGATTCCTG	Neural
progenitors	11
14_16_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.TCCTACCTTACCAGCGCAG	Neural
progenitors	11
14_16_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.AACGATCATTTGCGGACCTA	Sensory
progenitors	14
14_16_exp3_idx1ATTATGCAAG_idx2GTCGCTCAGT.AAGACCTTATCCGATTCCTG	Immature
neurons	8
14_16_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.CCATCAGGTAACTACCGAC	Immature
neurons	8
14_16_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.AGCATTATGTCATCCGACTA	Sensory
progenitors	14
14_16_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.AACTTGGATTTAGAATTAAC	Immature
neurons	8
14_16_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.TCGTAGCGTAATCTGGAGT	Immature
neurons	8
14_16_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.TAGAGCCTTCAACCAGTAC	Immature
neurons	8
14_16_exp3_idx1TTATTGAGGC_idx2AGATCCTATA.CGTCGAAGTACCTCTATCT	Immature
neurons	8
14_16_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.CGTCGAAGTAACCATTGGA	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GAACGATGTAAGTAGTCAG	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GACCGAATTGCGACGCAGA	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GTCCTGCATACTATCCGCA	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TATCCAGGTTTGGTCATAA	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCATAGAGTTCATTATTACC	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TTGCGGTCTACTATCTTGA	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.ATGCCAAGTGTTGACGGCC	Immature
neurons	12
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CTCCAGAGTCTCGATGGAG	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GCGGAGAATCAAGTACTGG	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGATAGGTTGCAGGCGACG	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2ACGCAACTCC.AGGCATCATAGTCCGCGGA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2ACGCAACTCC.CATCGGACTGACCTCCGCC	Immature
neurons	12
14_16_exp1_idx1AGACCATATC_idx2ACGCAACTCC.CTTAGCGGTTTCAAGACCA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GGTCTACGTTTGGTCATAA	Immature
neurons	12
14_16_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TTAATGAGCTGGATGCAGCA	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.AACCGCTGTTTCAAGACCA	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.AGGCATCATCGCCTCGAAC	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CCATTGCGTCTCGATGGAG	Immature
neurons	12
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTCCGGTTTATGCAATATG	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GACCGAATTTTATAAGAAC	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTACCTCTTTGATAGAACG	Immature
neurons	12
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTCGGCAATCGAGCTGCCA	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TAGTTACCTTTCCGGTAATC	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATATGCGTTACTATCCGCA	Immature
neurons	12
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGCCTTGGTTTGGTCATAA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CCGGATAGTGTTGACGGCC	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GCCATGGTTACCGTTACGA	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TTGAGAGATTGCGACGCAGA	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TTGGCAATATACTATCTTGA	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TCAGTTGGTGATGATCGTA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TCCGGTCATCCAGGTCTAC	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.AAGATGCCTGGATCTGCAG	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.ACCAATGCTACGCAACTCC	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTCTACTGTTCTATAAGGA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCAATCGCTCATTATTACC	Immature
neurons	12
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCGGAGAATGCTCTCGCCT	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTTCCAGCTTGATAGAACG	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATTGACTCTGGTCGCGTCA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGGCCTGATCCGTCGGAGG	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGGCTCATAGATATATCG	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGGTTAAGTCATTATTACC	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GCGCTCAATTTAACGTACC	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TCTCCGAATACTATCTTGA	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.ACGGCAATTAATTGCCTAC	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TCGAATCTTTACTATCTTGA	Immature
neurons	8
14_16_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TCGAATCTTTAGTAAGCATA	Neural
progenitors	1
14_16_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GGACTTGATCCGTCGGAGG	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TAGAGAGTATCTCGATGGAG	Immature
neurons	8
14_16_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TGCTACTAATCGCCGCCTCC	Immature
neurons	8
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AACCGCTGTTGATACGAGT	Immature
neurons	8
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CAGAAGGCTCCGCGGACCG	Mature
neurons	10
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CCAGAACCTGAACTGCATC	Immature
neurons	8
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTCCAGAGTACTGCCGATA	Immature
neurons	8
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTCTACTGTAATCTGGAGT	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCGTCGTATTTCAAGACCA	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCTGGCTATTGGAACTAGA	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTCGGCAATGGTCCAGGAG	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TACTCCTATTTTGGTCATAA	Immature
neurons	12
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATCGAACTTCTGATTAAGA	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCGCCAACTTTGAGTATCA	Immature
neurons	8
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCTAGGAATTTGGAAGTACC	Mature
neurons	10
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGAATTCGTTGCTCTCGCCT	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGCTCCTATTTAGATTCCG	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTAATGAGCTTGAGGTAGAA	Mature
neurons	10
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCGCATAATCTCGTCTAGG	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCTGGCCTTCGATATTGA	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CGACGATATGGATGCAGCA	Immature
neurons	8
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GAGACTAGTACTCTCTCAA	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TACGGTAGTAACGGACCAA	Immature
neurons	8
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TATGGTCTTTATAGTCGTAG	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCTACTTACTGATGATCGTA	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGACGAGGTGCTCTCGCCT	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TCGCGCATTCATGCTGGTT	Immature
neurons	12
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GCAACGTTTGGATCTGCAG	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GGCGCATTTATGCAATATG	Immature
neurons	2
14_16_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TCGAATCTTTATTGCGCTGA	Immature
neurons	12
14_16_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GGAGCTCATTGAGGTAGAA	Mature
neurons	10
14_16_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.CATCGGACTCAAGCTTCAT	Mature
neurons	10
14_16_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.GCTGGCTATAGTCCGCGGA	Mature
neurons	10
14_16_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TCCTCGAGTGCTCTCGCCT	Immature
neurons	7
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TGGTCTCCTGGATGCAGCA	Mature
neurons	10
14_16_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.CTACGGCATACTATCTTGA	Mature
neurons	10
14_16_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.CTGGAAGATAATCTGGAGT	Mature
neurons	10
14_16_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TATTGACTCTAGTTGCATCT	Immature
neurons	8
14_16_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.GATCGACCTTCGATATTGA	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.ATTGCCGGTAATTATCAGC	Immature
neurons	8
14_16_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GTTGCTCCTGGTCCAGGAG	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.CCATTGCGTCAAGTACTGG	Mature
neurons	10
14_16_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.GTACCTCTTTACTTACTTA	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TCATAGAGTTTGATAGAACG	Immature
neurons	8
14_16_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.TTCGCGGATCCGCGGACCG	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.CTGCTGAATATGCAATATG	Immature
neurons	8
14_16_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TATCCAGGTCATGCTGGTT	Immature
neurons	12
14_16_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.CCGTCTCATTCGATATTGA	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.AGCAACGATGAACTGCATC	Immature
neurons	8
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GACCGTCATGGATCTGCAG	Immature
neurons	8
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GAGACTAGTTCCAGAAGGT	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTCCTGCATGACCTCCGCC	Immature
neurons	8
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TACGGTAGTGTTGACGGCC	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TACTCCTATTTCCAGAAGGT	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TAGGTACTATGGACTCATTG	Immature
neurons	8
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTCAACTGATCAAGATTAAG	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTCTAAGCTTTATTACTCAT	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.AACCGCTGTAAGCCGGCTG	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ACCTTCGGTCCGTCGGAGG	Immature
neurons	12
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTAGTACGTAATTATCAGC	Immature
neurons	8
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GAACGGCTTTACTTACTTA	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCTCGAGATTGATACGAGT	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGACTTGATTATTACTCAT	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTAGACGGTCGATCATTAC	Immature
neurons	12
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TACTCCTATTAACTGATCTT	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGCGTAGTTACTATCTTGA	Mature
neurons	10
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCGCGGATAGTCCGCGGA	Mature
neurons	10
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCTCTCGTCAAGATTAAG	Immature
neurons	8
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTGCGGTCTTCGTAGAGAA	Immature
neurons	8
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTGGCGACTGACCTCTCTG	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.ACGGCAATTCGTCCGTCCT	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.CTAGTACGTGGTCGCGTCA	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GTAAGGAGTAGATATATCG	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TATTGACTCTCGCCGCCTCC	Mature
neurons	10
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.AGCAACGATAACGGACCAA	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.ATGCCAAGTTGATACGAGT	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CAACGCAGTATGCAATATG	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CCGGATAGTGGATGCAGCA	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GATCGACCTACTACTGAAG	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTAGACGGTTGATACGAGT	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTCGGCAATATGCAATATG	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATCGAACTTTTCCATGGCA	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCGCGCATTTATTACTCAT	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGCTAATTCTATTGCGCTGA	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTATAGGCATACTATCCGCA	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTCTTAACCTGACCTCCGCC	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTGAGAGATTGACCTCCGCC	Mature
neurons	10
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.AAGATGCCTCATGCATCTC	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GCAATCGCTTTCAAGACCA	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GCTTCTGGTCATTATTACC	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TTCGCGGATAGTAAGCATA	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GGTACGGATTACTTACTTA	Mature
neurons	10
14_16_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GGTTGGCATACTTCCGAAT	Immature
neurons	12
14_16_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GTAAGCTCTAACTACCGAC	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TGCCTATTATCATGCATCTC	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TTGAGTCCTACTACTGAAG	Mature
neurons	10
14_16_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GACTTGGCTGGTCCAGGAG	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TCGCGCATTAACCTAGCTT	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TCTATACCTTCAAGCTTCAT	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TGAACGCGTTTAGATTCCG	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TGCCTATTATAATTGCCTAC	Immature
neurons	12
14_16_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GACCGTCATTCCAGAAGGT	Mature
neurons	10
14_16_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GTTGCTCCTGTTGACGGCC	Ventral
midline	9
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.ATGGCGTATATTGCGCTGA	Immature
neurons	12
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GACGTTCGTGCGACGCAGA	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTCGGAGTTCCGTCGGAGG	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTTCCAGCTTTAACGTACC	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TGGTAGGCTACTTCCGAAT	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTCGCGGATAATCTGGAGT	Immature
neurons	12
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTGGCGACTTGATAGAACG	Mature
neurons	10
14_16_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.GTTGCTCCTTTAACGTACC	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TCAGCGGTTTGGAAGTACC	Immature
neurons	8
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.AGTTGCGCTCCGTCGGAGG	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CGACGATATAATCTGGAGT	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CGACGATATAGCGTCAATG	Immature
neurons	8
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GTCGGAGTTTACTTACTTA	Immature
neurons	12
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TGCCTATTATAGATATATCG	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CCGGAGTTTCTCGTCTAGG	Immature
neurons	8
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CTCCTCGTTGGATGCAGCA	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CTTCATGCTAAGCCGGCTG	Immature
neurons	12
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GGATAGGTTTTAACGTACC	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GGCGCATTTGACTAGTCTA	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GTTGCTCCTCTGCTTCGAC	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCTCCGAATCTGGATTAGT	Mature
neurons	10
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCTCGCTCTTTGGTCATAA	Immature
neurons	8
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TGAGAATCATTTCAAGACCA	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TTAATGAGCTTGGAAGTACC	Immature
neurons	12
14_16_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.GTACCTCTTGAACTGCATC	Immature
neurons	8
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.AAGCGCCATCATGCTGGTT	Mature
neurons	10
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CAGAAGGCTACTACTGAAG	Immature
neurons	8
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GAACGATGTCTGATTAAGA	Immature
neurons	12
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GATCGACCTGTCGCTCAGT	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GGTTGGCATAGATATATCG	Immature
neurons	12
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTCGGAGTTGACCTCCGCC	Immature
neurons	8
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGCTAATTCTATGCAATATG	Immature
neurons	8
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGGACCTCTCGCCGCCTCC	Immature
neurons	8
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGGTAGGCTACTTCCGAAT	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTCAACTGATACTATCTTGA	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTCTTAACCTACTATCTTGA	Immature
neurons	8
14_16_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.GCTTCTGGTAATACGCAGG	Immature
neurons	8
14_16_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TGAGTTAGATCGTCCGTCCT	Immature
neurons	8
14_16_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.CAACGCAGTCCGCGGACCG	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GATCGACCTTCCGGTAATC	Immature
neurons	12
14_16_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TGGATCCGTTCCAGAAGGT	Mature
neurons	10
14_16_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TTCTCTCGTACTATCCGCA	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.AACCGCTGTAGTTGCATCT	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTAGTACGTTGAGTCCAGA	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTCTACTGTCAAGTACTGG	Immature
neurons	8
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACTGACGTCCGCGGACCG	Immature
neurons	8
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGCTTACTTCTGCTTCGAC	Immature
neurons	12
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTAAGGAGTACTTCCGAAT	Immature
neurons	12
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCAGCGGTTAGATATATCG	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCAGGAGATACTATCCGCA	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCGGTACCTCATGCTGGTT	Immature
neurons	12
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGCTCCTATTGATGGCCTT	Mature
neurons	10
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTAATGAGCTCAAGTACTGG	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTATAGGCATAAGCCGGCTG	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCGCGGATTCGTAGAGAA	Immature
neurons	8
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ATAGTCGCTACTATCCGCA	Mature
neurons	10
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CTGGAAGATAACTACCGAC	Mature
neurons	10
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GAACGGCTTACTATCCGCA	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTTGCTCCTCCTAGCGCCT	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGAATTCGTTCTGATTAAGA	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGGACCTCTACTATCTTGA	Immature
neurons	2
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTAATGAGCTTTAACGTACC	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTGCGGTCTCTCGATGGAG	Mature
neurons	5
14_16_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.ACGGCAATTTCGTAGAGAA	Immature
neurons	8
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.ACGAGGTTTGCTAACCTCA	Immature
neurons	7
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.AGTTGCGCTAATTATCAGC	Immature
neurons	8
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TATCGAACTTCTCGTCTAGG	Mature
neurons	17
14_16_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GCGGTATATCGCCTCGAAC	Immature
neurons	8
14_16_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TCGCGCATTACTATCTTGA	Immature
neurons	12
14_16_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TTCCGACGTGAACTGCATC	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.ACGCCATATACTATCTTGA	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.CTTAGCGGTTACTTACTTA	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TGCCTATTATACTATCTTGA	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.ACGGCAATTAGTTGCATCT	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.CATCGGACTAACTACCGAC	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.CCATCAGGTTCGTAGAGAA	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GTTGCAAGTTCCGGTAATC	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GTTGCTCCTGGTCGCGTCA	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TCGCCAACTTCCAGAAGGT	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TCTCGCTCTCCGTCGGAGG	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TGCTAATTCTCAAGATTAAG	Mature
neurons	10
14_16_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TTCTCTAGTTGCTCTAACGA	Mature
neurons	10
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GTAGACGGTCGTCCGTCCT	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TATGCGATTTGACCTCTCTG	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TCGTCTATTTCCGTCGGAGG	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.AAGCGCCATTGATAGAACG	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ATGGAGAGTCTGCTTCGAC	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CCGGAGTTTCGGCGAGACC	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCGGAGAATTCCGGTAATC	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCAGTTGGTGGATCTGCAG	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCGCCAACTACTATCCGCA	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCTATACCTTTCCGGTAATC	Head epid.
/muscle	4
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TGAACGCGTTTATAAGAAC	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TGCTCCTATTGGAAGTACC	Mature
neurons	10
14_16_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GACTGACGTAGATATATCG	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GGATAGGTTTCCAGAAGGT	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TCATTAAGCTTTAACGTACC	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AGTTGCGCTACTATCTTGA	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTCCGGTTTACTATCTTGA	Mature
neurons	10
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GATTACGGTATCAACGATT	Mature
neurons	10
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGTACGGATAGTAAGCATA	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGTAGTCCTGAACTGCATC	Mature
neurons	10
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTTGCAAGTGCTCTCGCCT	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATCCAGGTGCGACGCAGA	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATTGACTCTCATGCATCTC	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCAGCGGTTGGATGCAGCA	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCTCGCTCTGTTGACGGCC	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCTCTCCATACGCAACTCC	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGGTAATAGTTTCAAGACCA	Mature
neurons	10
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.CCAGAACCTTCGTAGAGAA	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TGGCCTGATAACTACCGAC	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TTCTCTAGTTGACCTCCGCC	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AGTTGCGCTCAAGCTTCAT	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AGTTGCGCTGAACTGCATC	Mature
neurons	10
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CGCCGTAATAGTTGCATCT	Mature
neurons	10
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGCAAGTCTATGCAATATG	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTCCTGCATGGTCGCGTCA	Mature
neurons	10
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCAGTTGGTACGAGGACCT	Mature
neurons	10
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCTCCGAATACTACTGAAG	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGAACGCGTATCGAGTCGC	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGGCTCATGGCTAATTAA	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ATGGCGTATCAAGCTTCAT	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCGAGAGATACTGCCGATA	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCGGAGTTTACGAGGACCT	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCGGATAGTTCCAGAAGGT	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCTCCTGATAGTTGCATCT	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CGGTTCCATTTAGATTCCG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTATCTCCTTTATAAGAAC	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTGACGTAACTACCGAC	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTGACGTCGGTCGTTAA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCATCCAGTGGTCCAGGAG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCTGAAGCTGGTCCAGGAG	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCTTCTGGTTCCGTCGCCA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGAGCTCATTGGAAGTACC	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGAGGTTCTACGAGGACCT	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGCGACTATCGTCCGTCCT	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGTCTATTTTCCGGTAATC	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGGACCTCTTCCAGAAGGT	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGTTAAGACTCATTATTACC	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGGCTCATGATGATCGTA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.AGTTGCGCTAACGAGGCTA	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ATAGTCGCTGATGATCGTA	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACCAGGATAATTATCAGC	Head epid.
/muscle	4
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACCGAATTTTAACGTACC	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCGCTCAATTACTTACTTA	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGCTTACTTCGCCTCGAAC	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGTCCTTCTTCTAGAACTA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTCCTGCATCTCGTCTAGG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATGGTCTTTCCTAGCGCCT	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCAGCGGTTTCTATAAGGA	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGTAGGCTGGCATAGCTT	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCTAAGCTTGGTCGCGTCA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCTCTAGTTTCTATAAGGA	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCTCTCGTTTGGTCATAA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGGTTAAGTCCGCGGACCG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TCTCGCTCTGCAGACCGGT	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TGCCTTGGTAATGGTCGAC	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GCAATCGCTTGAGTCCAGA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGACTTGATCATGCTGGTT	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGTTCGAGTACTGCCGATA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GTCATCTGTTCGATATTGA	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TAGTTACCTTGGTCCAGGAG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCAGTTGGTTCCGTCGCCA	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGCTAATTCTCCGCGGACCG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TAGCCAATTTTTAACGTACC	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TCGGTACCTTGATACGAGT	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TTGAGAGATTGGATGCAGCA	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CCAGAACCTATGCAATATG	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CCGAGAGATGTCGCTCAGT	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGCGACTATTTGGTCATAA	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTCATCTGTTATTACTCAT	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTCGGAGTTATGCAATATG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TAAGACCGTAGCGTCAATG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TAGCTCGGTACTACTGAAG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATTGACTCTATCAACGATT	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATTGAGGTTCATTATTACC	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCCAAGTTATACTGCCGATA	Head epid.
/muscle	4
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCCGGTCATACTATCCGCA	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCTCTCCATTTGGAGTCGG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGCCTTGGTCCGTCGGAGG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGTAGGCTTGGAAGTACC	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGTTAAGACTAACGAGGCTA	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCCGACGTTCTAGAACTA	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTGGCAATATTGGAAGTACC	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.ACCTTCGGTCGCCTCGAAC	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.ACGAGGTTTCTGCTTCGAC	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CAACGCAGTCAAGATTAAG	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TGGTAGGCTCCGCGGACCG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.AACCGCTGTCTCGTCTAGG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.AAGCGCCATACTTCCGAAT	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATGGCAGCTCCGCTATATT	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATGGCAGCTCTGATTAAGA	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATTGCCGGTGACTAGTCTA	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCGAGAGATACCGTTACGA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CGAGATGCTTTAACGTACC	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAACGATGTAACCTAGCTT	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACCGTCATTTAGGATCTA	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACTACCATACGAGGACCT	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACTTGGCTGTCGCTCAGT	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCAACGTTTTTGGAATCTC	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCCATGGTTGGATGCAGCA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCCATGGTTTGGAACTAGA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCTGAAGCTGACTAGTCTA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTTCGAGTCGTCCGTCCT	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTTGGCATTTGAGTATCA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTATCGCATCGTCCGTCCT	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTCGGCAATCGGTCGTTAA	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTTCCAGCTTATTACTCAT	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATGAGAACTTTAACGTACC	Mature
neurons	17
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCATGGCTTAGTCCGCGGA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTATAGGCATTCGATATTGA	Ventral
midline	9
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCGCATAATTCGTAGAGAA	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGGCTCATCGTCCGTCCT	Mature
neurons	10
14_16_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.ATAGTCGCTCCGTCGGAGG	Mature
neurons	10
14_16_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.CCGAGAGATGTTGACGGCC	Immature
neurons	8
14_16_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.CTCTACTGTCCTAGCGCCT	Mature
neurons	10
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.CTCTACTGTCTCGTCTAGG	Immature
neurons	8
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GATCGACCTGGATGCAGCA	Immature
neurons	8
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TCCAAGTTATAATCTGGAGT	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TGAATTCGTTGTCCAACTCA	Immature
neurons	7
14_16_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.CGGTTCCATTCCAGAAGGT	Mature
neurons	10
14_16_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.GAAGAGGCTGATGATCGTA	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ATAGTCGCTGGATGCAGCA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ATAGTCGCTTTAGGATCTA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CAACGCAGTGACTAGTCTA	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CCGGATAGTGGATCTGCAG	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGTTCGAGTCATGCATCTC	Mature
neurons	17
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GTTCGCTGTGTTGACGGCC	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCATTAAGCTACTTCCGAAT	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCGTCTATTTTCCAGAAGGT	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGAACGCGTTTAGATTCCG	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CTCCGGTTTTGATGGCCTT	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GTCGGAGTTACGTTCAACC	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TATGCGATTTACCGTTACGA	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGCGTAGTTCCGCTATATT	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTCCATTACTTTAGGATCTA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ACCGTAGCTGGTCGCGTCA	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ATGGCGTATTCCGTCGCCA	Mature
neurons	17
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CGAGATGCTACTGCCGATA	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CTACGGCATTAGGCAGATA	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCTGGCTATTGATACGAGT	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGTTGGCATATGCAATATG	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTAGCGATTACCGTTACGA	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCGAATCTTTCCGCGGACCG	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGAGAATCATATGCAATATG	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTCTGGCCTACTGCCGATA	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTGCGGTCTGTTGACGGCC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.AAGATGCCTTCCGGTAATC	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.ATGGCAGCTGCGACGCAGA	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GATTACGGTAAGCCGGCTG	Mature
neurons	17
14_16_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GTCGGCAATTTGGTCATAA	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TGATCTTCTTTCGTAGAGAA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TTCTTAACCTCTCGTCTAGG	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACGCCATATGATGATCGTA	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCGAGAGATCGTCCGTCCT	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTCCTCGTTATGCAATATG	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTTAGCGGTAACGGACCAA	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTTAGCGGTATCGAGTCGC	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GAAGAGGCTGGACTCATTG	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACCAGGATGCAGACCGGT	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACTACCATCGCCTCGAAC	Mature
neurons	17
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACTTGGCTCCGCGGACCG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GATCGACCTGCTCTAACGA	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCGTCGTATCTGGATTAGT	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGCGCATTTGCGACGCAGA	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGCGCATTTTCGTAGAGAA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTACCTCTTACTATCCGCA	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGCCAATTTAACGGACCAA	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATAAGGCTTGGTCGCGTCA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATTCGGCTGTTGACGGCC	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGCGTAGTTAGCGTCAATG	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCTCTAGTTACTATCTTGA	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.AGGCATCATTGGAACTAGA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CTCCGGTTTGGTCGCGTCA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GACCGAATTAGTTGCATCT	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GCTCGAGATATTGCGCTGA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GGTTGGCATCCGCTATATT	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCCGTATGTTGATGGCCTT	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCGCCAACTAGATATATCG	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TTCTCTCGTACTGCCGATA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GACTACCATTGATAGAACG	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GTACCTCTTAGTCCGCGGA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GTCGGCAATAGATATATCG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCCAAGTTATAATTATCAGC	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AGGCATCATTGGAACTAGA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CGACGATATTGGAAGTACC	Head epid.
/muscle	4
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CGCCGTAATAAGCCGGCTG	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GACCGAATTAGTTGCATCT	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCTCGAGATACTATCCGCA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCTCGAGATATTGCGCTGA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGCAAGTCTTTAGGATCTA	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGTAGTCCTCGTCCGTCCT	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGTAGTCCTTTGGTCATAA	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGTTGGCATCCGCTATATT	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTAGCGATTTTCAAGACCA	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TACTCCTATTTCCAGAAGGT	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCAGCGGTTCGGCGAGACC	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCATGGCTTACTCTCTCAA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCTACTTACTACCGTTACGA	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCTCTCGTACTGCCGATA	Immature
neurons	7
14_16_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.CCATTGCGTATTGCGCTGA	Neural
progenitors	3
14_16_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.GGCTTACTTCGGTCGTTAA	Mature
neurons	5
14_16_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.TATTCGGCTCATTATTACC	Immature
neurons	8
14_16_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.TCTCTCCATGGTCCAGGAG	Sensory
progenitors	14
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.ACCGTAGCTCATTATTACC	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCGGTACCTTCCAGAAGGT	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TTCCATTACTACTGCCGATA	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GGAGGTTCTTTGGAGTCGG	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TAGAGAGTATCTGCTTCGAC	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TAGCTCGGTCTCGATGGAG	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ACGCCATATTGAGGTAGAA	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GAACGGCTTTCTAGAACTA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACCAGGATTCGTAGAGAA	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGCGACTATCGCCGCCTCC	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGTAGTCCTGACCTCCGCC	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGTTCGAGTAGATATATCG	Mature
neurons	17
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTCGGCAATCCAACTAACC	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTTCGCTGTGCGACGCAGA	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTTCGCTGTGTCATTGCGC	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATTGAGGTTTGAGGTAGAA	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCATGGCTTAATTATCAGC	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCGGTCATGACCTCCGCC	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGCGCATTCTGCTTCGAC	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCTCCGAATCCGCTATATT	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGATCTTCTTCTCGATGGAG	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGTTAAGACTACTATCTTGA	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTAATGAGCTCTGCTTCGAC	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCCATTACTAGTTGCATCT	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCATCCAGTTCTAGAACTA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCTGGCTATGCGACGCAGA	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACGCCATATCATGCATCTC	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACGGCAATTACTCTCTCAA	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTGCTGAATACCGTTACGA	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACTTGGCTGGCTATGACT	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCGTCGTATTCCGGTAATC	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCGTCGTATTCCGTCGCCA	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCTTCTGGTTCTATAAGGA	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGAGGTTCTTGATACGAGT	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAACTAAGGTCTCGTCTAGG	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATAAGGCTTCATGCATCTC	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATATGCGTTGATGATCGTA	Mature
neurons	17
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCAGTTGGTACCGTTACGA	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGTCTATTTGCGACGCAGA	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGACGAGGTGTTGACGGCC	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGCGTAGTTGCAAGGAATA	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGGTAGGCTAATACGCAGG	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GCTGGCTATCCGTCGGAGG	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TGCCTATTATTGATAGAACG	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.CAATCGGTTTGGAAGTACC	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TAGCTCGGTACTTCCGAAT	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TGAACGCGTGTTGACGGCC	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GCGCTCAATGAACTGCATC	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCCTACCTTTGAGGTAGAA	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCGAATCTTTAATTATCAGC	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCTCCGAATACTGCCGATA	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CTGGAAGATACTACTGAAG	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GAACGGCTTTCTAGAACTA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GGCGACTATCGCCGCCTCC	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GTTCGCTGTGCGACGCAGA	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TTCAACTGATTCCGGTAATC	Immature
neurons	7
14_16_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.TGGCCTGATTACTTACTTA	Mature
neurons	10
14_16_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TAGCTCGGTCGAGCTGCCA	Immature
neurons	7
14_16_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TTCTGGCCTAGATATATCG	Immature
neurons	7
14_16_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.CTACGGCATGGTCCAGGAG	Immature
neurons	7
14_16_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.TATCATGAGTTACTTACTTA	Immature
neurons	8
14_16_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.CTAGTACGTCTTCGGCGCA	Mature
neurons	10
14_16_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.TAGTTACCTTACTCTCTCAA	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.ACGAGGTTTACTATCCGCA	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TAGGTACTATGGTCCAGGAG	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TATTGACTCTCCGCTATATT	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TCATAGAGTTTGGAAGTACC	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TGGCCTGATACTTCCGAAT	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.ACGCCATATATTGCGCTGA	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TGGCCTGATCATTATTACC	Mature
neurons	10
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CATCGGACTAAGCCGGCTG	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTCCGGTTTAGATATATCG	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTCCTCGTTCGTCCGTCCT	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACCAGGATCCTAGCGCCT	Immature
neurons	12
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGATAGGTTTATTACTCAT	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTTCGAGTTGATGGCCTT	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTCATCTGTACTGCCGATA	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTCATCTGTTACTTACTTA	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGAGCCTTTTCAAGACCA	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGTTACCTTAATCTGGAGT	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATTGAGGTTGCTCTCGCCT	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCATAGAGTTCATGCATCTC	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCATTAAGCTACTATCCGCA	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCAAGTTATTGATACGAGT	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCTACCTTGTTGACGGCC	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCGCGGATCGTCCGTCCT	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCGCGGATTCGTAGAGAA	Mature
neurons	10
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGGTTAAGTAACGGACCAA	Immature
neurons	12
14_16_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.ACCTTCGGTATCGAGTCGC	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.CTCCTCGTTACTATCTTGA	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GACTACCATGGTCGCGTCA	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TCCTACCTTTTCAAGACCA	Mature
neurons	10
14_16_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TCGTCTATTTTTGGTCATAA	Mature
neurons	10
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CGCCGTAATACTCTCTCAA	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CGGTTCCATTATTACTCAT	Mature
neurons	10
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GACTGACGTTTAGGATCTA	Immature
neurons	12
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCAACGTTTGTTGACGGCC	Immature
neurons	12
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCTTCTGGTACTATCCGCA	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGAGCTCATTGGAAGTACC	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTTCCAGCTCATGCATCTC	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TATATGCGTTGAACTGCATC	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TATGCGATTTTGAGGTAGAA	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCTCGCTCTCCTAGCGCCT	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGCTAATTCTCCGCGGACCG	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTCAACTGATCAAGATTAAG	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTCTTAACCTTGATACGAGT	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTGGTTAAGTCTCGATGGAG	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.ACCAATGCTGTTGACGGCC	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GGTTCGAGTAGATATATCG	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TCCGGTCATCAAGTACTGG	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TTCTCTAGTTAATTATCAGC	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TTGGCGACTCATGCATCTC	Head epid.
/muscle	4
14_16_exp1_idx1TGGACGACTA_idx2TGATACGAGT.AAGATGCCTACTACTGAAG	Immature
neurons	7
14_16_exp10_idx1AATACGATAA_idx2ACGTTCAACC.AAGGATTACTAACTACCGAC	Immature
neurons	12
14_16_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TAATCAGCTTACTTAACCTT	Mature
neurons	10
14_16_exp10_idx1AATACGATAA_idx2TCTAGAACTA.AAGTTCTTGTTTAGGATCTA	Sensory
progenitors	6
14_16_exp10_idx1AATACGATAA_idx2TCTAGAACTA.TGCAAGGTTAACTACCGAC	Mature
neurons	10
14_16_exp10_idx1AGACCATATC_idx2ACCGTTACGA.GCCATGGTTCGCCTCGAAC	Mature
neurons	10
14_16_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.TTTGCTTAGTTATATACTAA	Immature
neurons	2
14_16_exp10_idx1AGGTCAGCTT_idx2ATAAGAGGCG.AAGGATTACTACGCAACTCC	Immature
neurons	8
14_16_exp10_idx1AGGTCAGCTT_idx2CGAAGGACGA.TAGAGAGTATTTATAAGAAC	Immature
neurons	8
14_16_exp10_idx1AGGTCAGCTT_idx2GGCTAATTAA.TATTCTCCTTATCCATGACT	Immature
neurons	7
14_16_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.AATTCATCGTAACTACCGAC	Mature
neurons	10
14_16_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TGTCCTTATTGCCATTCTCC	Mature
neurons	5
14_16_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.GTCTATGGTCCGATTCCTG	Mature
neurons	10
14_16_exp10_idx1ATAAGGACTC_idx2ACTATCCGCA.TCAGGAGATACTTAACCTT	Mature
neurons	10
14_16_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.TGCTAATTCTGGTCCAGGAG	Mature
neurons	10
14_16_exp10_idx1ATAAGGACTC_idx2CATTATTACC.TGCTGGATTGCTCTCGCCT	Immature
neurons	7
14_16_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.GCCATGGTTGCTCTCGCCT	Mature
neurons	10
14_16_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TTTGCTACTTAATACGCAGG	Immature
neurons	8
14_16_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.TATGAGAACTTTAGGATCTA	Mature
neurons	10
14_16_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.AAACTCCAATACGGAGGCGG	Mature
neurons	10
14_16_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.GAACGATGTTTACCGAGGC	Immature
neurons	7
14_16_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TCAAGATCTTGGTCCAGGAG	Mature
neurons	10
14_16_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.GAGGAACTTACCGCCAACC	Mature
neurons	10
14_16_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TTCCATTACTCCAGGTCTAC	Mature
neurons	10
14_16_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.TCATAGAGTTTTAGGATCTA	Immature
neurons	8
14_16_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.GTAAGCTCTGGCTAATTAA	Mature
neurons	10
14_16_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.CGAATGAGTGCTGGAACTT	Immature
neurons	7
14_16_exp10_idx1GCATCGTATG_idx2GCAACTGGCA.CTGGAAGATACTTAACCTT	Immature
neurons	2
14_16_exp10_idx1GCATCGTATG_idx2GCAACTGGCA.TGTTAAGACTTTACCGAGGC	Head epid.
/muscle	4
14_16_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TTCTTAACCTCCAGGTCTAC	Mature
neurons	10
14_16_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TTACCTAAGTCATTATTACC	Mature
neurons	10
14_16_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.ATTAGGTACTACTTAACCTT	Immature
neurons	7
14_16_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.AGTCGCATTACGCAACTCC	Immature
neurons	7
14_16_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.TGAATTCGTTCGCCTCGAAC	Mature
neurons	10
14_16_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TGGATCCGTTATATACTAA	Head epid.
/muscle	4
14_16_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.CAGCAAGTTCGTCCGTCCT	Immature
neurons	8
14_16_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TTGGCTCATAACTACCGAC	Immature
neurons	7
14_16_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.GGACTTGATTATATACTAA	Immature
neurons	8
14_16_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.CTGAGCATTCCTAGCGCCT	Head epid.
/muscle	4
14_16_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TCGAATCTTTTATATACTAA	Mature
neurons	10
14_16_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TTTGCTACTTGACCTCTCTG	Immature
neurons	7
14_16_exp10_idx1TAGTAAGCCG_idx2TGATTCCTCA.CCAAGGATTAATTATCAGC	Immature
neurons	7
14_16_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TACTCCTATTTATATACTAA	Mature
neurons	10
14_16_exp10_idx1TATAATAGTT_idx2TGCCAGATGG.TAGAACCAATTTAGGATCTA	Mature
neurons	10
14_16_exp10_idx1TATTAGACTT_idx2ACTATCTTGA.TCAGCTTCTCATTATTACC	Head epid.
/muscle	4
14_16_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.TTCTCATTGTACTTCCGAAT	Mature
neurons	10
14_16_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TCAGGAGATTGAGTCTGGC	Mature
neurons	10
14_16_exp10_idx1TATTAGACTT_idx2TCATCTCGAT.TACTTGCGTGGTCCAGGAG	Mature
neurons	10
14_16_exp10_idx1TCCTCTGCCG_idx2CGAGTTAGAG.ACTTGATTGTTTAGGATCTA	Head epid.
/muscle	4
14_16_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.TAGAGAGTATCCTAGCGCCT	Head epid.
/muscle	4
14_16_exp10_idx1TCTTGAGGTT_idx2TCATCTCGAT.GGCTAAGATGACCTCTCTG	Mature
neurons	10
14_16_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.CAGTATCCTTTACCGAGGC	Immature
neurons	7
14_16_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TTCCATTACTAATTATCAGC	Mature
neurons	5
14_16_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.GGAGCTCATTTATAAGAAC	Mature
neurons	10
14_16_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.TGTCCTTATTTTATAAGAAC	Immature
neurons	7
14_16_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.TCCTATTCTTTTACCGAGGC	Immature
neurons	7
14_16_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.TGGTAATAGTAACTACCGAC	Immature
neurons	7
14_16_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TTTGCTTAGTACGCAACTCC	Immature
neurons	7
14_16_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TTGGTTAAGTAGTAAGCATA	Mature
neurons	10
14_16_exp10_idx1TTATTGAGGC_idx2TCGTAGGCTT.GCGGTATATAACTACCGAC	Mature
neurons	10
14_16_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TCCTATAAGTTTATAAGAAC	Immature
neurons	7
14_16_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.ACAACCTATTCTGATTAAGA	Immature
neurons	7
14_16_exp10_idx1TTGCGAGCAT_idx2CAAGTACTGG.TCGTTCTGTAAGACCGTTG	Immature
neurons	2
14_16_exp3_idx1AATACGATAA_idx2GACCGTAGCA.ATAAGCGAATGCCAGGATCA	Immature
neurons	8
14_16_exp3_idx1ACGGCGTTAA_idx2AATTGCCTAC.TGGACCTCTTACTTACTTA	Mature
neurons	10
14_16_exp3_idx1ACGGCGTTAA_idx2AATTGCCTAC.TTGAGTCCTGTCCTAGAGG	Immature
neurons	8
14_16_exp3_idx1ACGGCGTTAA_idx2ACCGTTACGA.TACTTGCGTGGACTACTAC	Immature
neurons	7
14_16_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.TAGAACCAATGGTAGGTTAG	Immature
neurons	7
14_16_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.CCAAGGATTTTATAAGAAC	Immature
neurons	13
14_16_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.GACCGAATTGACTAGTCTA	Immature
neurons	8
14_16_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.TAACGACTTTTTATAAGAAC	Immature
neurons	8
14_16_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.CTGCCTTATCCAACTAACC	Immature
neurons	8
14_16_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TGGTCTCCTCAGGAGGAGA	Immature
neurons	7
14_16_exp3_idx1AGACCATATC_idx2AATTGCCTAC.CATCAACGTTCTATAAGGA	Immature
neurons	7
14_16_exp3_idx1AGACCATATC_idx2AATTGCCTAC.TTCTCTCGTTTACTTGGAA	Immature
neurons	12
14_16_exp3_idx1AGACCATATC_idx2CCGTCGGAGG.GCGGTATATCGGTTATGCC	Immature
neurons	8
14_16_exp3_idx1AGACCATATC_idx2CCGTCGGAGG.GGTAGTCCTGCCAACGCCA	Immature
neurons	8
14_16_exp3_idx1AGACCATATC_idx2GATCAGTCAT.AAGGATTACTTGGCCGGCCT	Mature
neurons	10
14_16_exp3_idx1AGACCATATC_idx2GATCAGTCAT.AGTCGCATTCCGTTGACTT	Immature
neurons	7
14_16_exp3_idx1AGACCATATC_idx2GATCAGTCAT.TATTCTCCTTTTACTTGGAA	Immature
neurons	7
14_16_exp3_idx1AGGTCAGCTT_idx2AAGATCCAAC.CTGGAAGATTTCATAGGAC	Immature
neurons	8
14_16_exp3_idx1AGGTCAGCTT_idx2AAGATCCAAC.CTTCGACTTCAGGAGGAGA	Immature
neurons	7
14_16_exp3_idx1AGGTCAGCTT_idx2ACTATCCGCA.GCATCCAGTTGCATATAAC	Immature
neurons	7
14_16_exp3_idx1AGGTCAGCTT_idx2ACTATCCGCA.TTGGAGCTTTAGGCAGATA	Immature
neurons	8
14_16_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.ATCAATACGTTTAATTATTG	Immature
neurons	8
14_16_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.CCAGAACCTAATTGCCTAC	Immature
neurons	7
14_16_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.TAGATGACTTGTCCAACTCA	Mature
neurons	10
14_16_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.TGGTCTCCTCCGATTCCTG	Immature
neurons	7
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTAATTAA.GGTACCATTCCGCGGACCG	Immature
neurons	7
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.AAGTACGTTTAGCTTATCCG	Immature
neurons	2
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.ATTGCCGGTATTCAGGTAC	Immature
neurons	7
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.TATCCAGGTTGCGCCATCT	Mature
neurons	10
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.TTGGAGCTTCAGGTATGGA	Immature
neurons	7
14_16_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.GGTAGTCCTTGCATATAAC	Immature
neurons	8
14_16_exp3_idx1AGTCCGCTGC_idx2CCAAGCTGAA.GCCATGGTTAGTTCGAGTA	Mature
neurons	10
14_16_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.ATAGTCGCTCGTCGCAGCC	Immature
neurons	8
14_16_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.CGTACCTATGGAGGCCTCC	Immature
neurons	8
14_16_exp3_idx1AGTCCGCTGC_idx2TCATCTCGAT.TTCCGACGTTTCTTATCGA	Immature
neurons	8
14_16_exp3_idx1ATAAGGACTC_idx2CGAGTTAGAG.CAGCAAGTTCGGCGTAACT	Immature
neurons	7
14_16_exp3_idx1ATAAGGACTC_idx2CGAGTTAGAG.TTGATTCCTTTTCGCTTACG	Immature
neurons	7
14_16_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.AACGATCATTGTTCCGCTAA	Immature
neurons	8
14_16_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.TGCCTTGGTATATGAGCCA	Immature
neurons	7
14_16_exp3_idx1ATAAGGACTC_idx2TTGAGTATCA.TAGCTCGGTTTATAAGAAC	Immature
neurons	8
14_16_exp3_idx1ATGGCGCCTG_idx2AGGTCAATTA.AAGTATTGGTACTATCTTGA	Immature
neurons	8
14_16_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.ACATTCGTATATATTGATAC	Immature
neurons	8
14_16_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.ATAGTTGACTCAGATTCGAT	Mature
neurons	10
14_16_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.CCGTCGATTCTGGATTAGT	Immature
neurons	8
14_16_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.CTCTACTGTTTAGGATCTA	Immature
neurons	7
14_16_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.AGAGTACCTAGTAAGCATA	Mature
neurons	10
14_16_exp3_idx1ATTATGCAAG_idx2TGATAGAACG.ATGCCAAGTAATTGCCTAC	Immature
neurons	7
14_16_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.AAGGACGATGGAGGCCTCC	Immature
neurons	7
14_16_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.ATAAGCGAATATATGAGCCA	Immature
neurons	7
14_16_exp3_idx1CCTCAGCTCC_idx2CAAGTACTGG.ATGCCAAGTACTATCTTGA	Immature
neurons	8
14_16_exp3_idx1CCTCAGCTCC_idx2CAAGTACTGG.CCATTGCGTGCCATTCTCC	Immature
neurons	8
14_16_exp3_idx1CCTCAGCTCC_idx2CGACTACCAA.TAGGAAGGTTGGTCAGCCA	Immature
neurons	8
14_16_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.ATAATCCTGTTAGACTTCTT	Immature
neurons	7
14_16_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.AAGCGCCATTCGGCCTTAC	Immature
neurons	7
14_16_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.CTTCATGCTCATCCGACTA	Immature
neurons	7
14_16_exp3_idx1CCTCAGCTCC_idx2GACTAGTCTA.CTACGGCATTTGGATCCTT	Immature
neurons	7
14_16_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.CCTCCTGATCTGATTAAGA	Mature
neurons	10
14_16_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.GGTCCTTCTCTTCGGCGCA	Immature
neurons	7
14_16_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.TTCGCATAATTTATAGCAGA	Immature
neurons	7
14_16_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.CGTACCTATATGGAATTGG	Immature
neurons	8
14_16_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.CGAGGCAATTGAGGTAGAA	Immature
neurons	7
14_16_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.TGCTGGATTTGCGCCATCT	Immature
neurons	7
14_16_exp3_idx1GAGCGCGATG_idx2ACGCAACTCC.CCGTCGATTCCTTGGTCCA	Immature
neurons	8
14_16_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.CAGTATCCTCATCCGACTA	Immature
neurons	12
14_16_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.TGAACGCGTCCGTTGACTT	Mature
neurons	10
14_16_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.ACGATATCATTTCATAGGAC	Mature
neurons	10
14_16_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.CAATCGGTTTTACCTCGAC	Immature
neurons	7
14_16_exp3_idx1GAGCGCGATG_idx2CTCGTCTAGG.AAGACCTTATTTATAGCAGA	Immature
neurons	8
14_16_exp3_idx1GAGCGCGATG_idx2CTGCTTCGAC.CCGGATAGTCCGCTGCCAG	Immature
neurons	7
14_16_exp3_idx1GAGCGCGATG_idx2CTGCTTCGAC.TTGCGGTCTTAGACTTCTT	Immature
neurons	7
14_16_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.CCATCGTCTTAGACTTCTT	Immature
neurons	8
14_16_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.TAAGGTTCATTAGACTTCTT	Immature
neurons	8
14_16_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.TGGTCGAATCCGCAAGTTC	Mature
neurons	10
14_16_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.CGTACCTATTAACGAATTG	Mature
neurons	10
14_16_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.GCAACGTTTAAGTCTTCCG	Mature
neurons	10
14_16_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TGGTAGGCTGCCAACGCCA	Mature
neurons	10
14_16_exp3_idx1GATTCTTGAA_idx2GTCGCTCAGT.GAGCGGTATTTGGATCCTT	Immature
neurons	7
14_16_exp3_idx1GATTCTTGAA_idx2TATAACTTCC.TAATCAGCTTCCGCGGACCG	Immature
neurons	7
14_16_exp3_idx1GATTCTTGAA_idx2TCCGGTAATC.TCCTCGAGTTTACTTGGAA	Immature
neurons	7
14_16_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.AAGTACGTTTGGTAGGTTAG	Immature
neurons	7
14_16_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.GCGTCGTATCGTCCGTCCT	Immature
neurons	8
14_16_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.ACTTCCGTTACCGGAATTA	Immature
neurons	8
14_16_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.ACTTACTCATAGGTTAGTTC	Immature
neurons	7
14_16_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.ATGGTAACTTGTCCTTAAGA	Immature
neurons	7
14_16_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.CTGATAGGTTGCCGGCAGA	Mature
neurons	10
14_16_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.ATCAATACGTAATACGCAGG	Mature
neurons	10
14_16_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.CAGGACTCTTCTACCATTA	Immature
neurons	8
14_16_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.CCGAGAGATTTGGATCCTT	Immature
neurons	8
14_16_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.GCGGAGAATTAACTGGTTA	Immature
neurons	8
14_16_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.TCTTAGTTCTACTATCTTGA	Immature
neurons	8
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.ACTGGTTATTCATCAGAATG	Mature
neurons	10
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.ATTAGGTACTCAGGAGGAGA	Immature
neurons	8
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.GTACCTCTTCAACCAGTAC	Immature
neurons	7
14_16_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.CTTCGACTTGGTACCGGCA	Immature
neurons	7
14_16_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.TGGACCTCTAAGTCTTCCG	Immature
neurons	7
14_16_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.TAGAACCAATCCGCGGACCG	Immature
neurons	7
14_16_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.TTCGTTCCTAATACGCAGG	Immature
neurons	7
14_16_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.TTGACCAGTCGGCGTAACT	Immature
neurons	7
14_16_exp3_idx1GCGCGTTCAT_idx2AACGGACCAA.TATTCGGCTCGAATAATTC	Mature
neurons	17
14_16_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.GATAAGCGTTGATAGAACG	Mature
neurons	10
14_16_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.ACAACCTATTCAGGAGGAGA	Immature
neurons	8
14_16_exp3_idx1GCGCGTTCAT_idx2GCAACTGGCA.TTGACTCAATGTCCAACTCA	Mature
neurons	10
14_16_exp3_idx1GCGCGTTCAT_idx2TCGATATTGA.ACATTCGTATTTAATTATTG	Mature
neurons	10
14_16_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.AACGCGTCTTGCCGGCAGA	Immature
neurons	7
14_16_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TCGTTCTGTACTATCTTGA	Immature
neurons	8
14_16_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.AATCCAGTATAATACGCAGG	Mature
neurons	10
14_16_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.TGCCTTGGTCAATTACCGT	Mature
neurons	10
14_16_exp3_idx1GCTTGAAGAG_idx2GGCTATGACT.GGTAGTCCTCCGTCCAGTA	Mature
neurons	10
14_16_exp3_idx1GCTTGAAGAG_idx2GGTAGGTCTC.ATGGAGAGTACGTCATATA	Immature
neurons	8
14_16_exp3_idx1GCTTGAAGAG_idx2GGTAGGTCTC.TCAGCTTCTTTCATAGGAC	Immature
neurons	8
14_16_exp3_idx1GCTTGAAGAG_idx2TTGAGTATCA.AACGATCATTAGGCCGCTCG	Immature
neurons	7
14_16_exp3_idx1GCTTGAAGAG_idx2TTGAGTATCA.ACGGAACGTTGCGCCAGAA	Immature
neurons	8
14_16_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.ACAGGTATTTTGAGGTAGAA	Immature
neurons	8
14_16_exp3_idx1GGCTTACTCC_idx2AACTTATAAG.AATCCAGTATAATACCATCC	Immature
neurons	8
14_16_exp3_idx1GGCTTACTCC_idx2ACGTTCAACC.CCGGATAGTAGTTCGAGTA	Immature
neurons	8
14_16_exp3_idx1GGTTATCGAA_idx2AACTACCGAC.ACGAGGTTTCGTCCGTCCT	Immature
neurons	7
14_16_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.GCATCCAGTATATGAGCCA	Mature
neurons	10
14_16_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.ACGCCATATGTCCTTAAGA	Immature
neurons	7
14_16_exp3_idx1GTAGGCTGCA_idx2GACCGTAGCA.CAACGCAGTCGGTTATGCC	Immature
neurons	8
14_16_exp3_idx1GTAGGCTGCA_idx2GCTCTCGCCT.AAGTACGTTTCGTCGCAGCC	Immature
neurons	7
14_16_exp3_idx1GTAGGCTGCA_idx2GCTCTCGCCT.GCTCGAGATCTGATTAAGA	Immature
neurons	8
14_16_exp3_idx1GTAGGCTGCA_idx2GGAACGATGG.AAATCGTTCTATGGAATTGG	Immature
neurons	8
14_16_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.AAACTGAACTTTACTTGGAA	Mature
neurons	17
14_16_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.CCGTCGATTGTCCTTAAGA	Immature
neurons	8
14_16_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.CGTCGAAGTAACTACCGAC	Immature
neurons	8
14_16_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.CGTCTTCCTCTGGATTAGT	Immature
neurons	8
14_16_exp3_idx1TAGGTAACTT_idx2ACTCTCTCAA.ACAATGCTATTAGACTTCTT	Immature
neurons	7
14_16_exp3_idx1TAGGTAACTT_idx2CTCCGGTTCT.AACGATCATTACGCCGTTCA	Immature
neurons	7
14_16_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.CCATCAGGTCATCAGAATG	Immature
neurons	8
14_16_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.GCAACGTTTACTTAACTAG	Immature
neurons	7
14_16_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.TCGCGCATTTAGACTTCTT	Mature
neurons	10
14_16_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.TGCTAATTCTTCTACCATTA	Immature
neurons	7
14_16_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.ACGGCAATTGACCTCTCTG	Immature
neurons	12
14_16_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.GAACGGCTTCAACCAGTAC	Mature
neurons	5
14_16_exp3_idx1TATAATAGTT_idx2ACGCAACTCC.ATAACTTCCTTAGACTTCTT	Immature
neurons	8
14_16_exp3_idx1TATAATAGTT_idx2ACGCAACTCC.ATACTACTCTACTTCCGAAT	Immature
neurons	7
14_16_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.TTGAGTCCTGTACTAGTAA	Immature
neurons	8
14_16_exp3_idx1TATAATAGTT_idx2GACCTCCGCC.CTGATAGGTTCGGCCTTAC	Mature
neurons	10
14_16_exp3_idx1TATAATAGTT_idx2GGAACGATGG.TAATCAGCTTTGGCCATGCA	Mature
neurons	10
14_16_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.GTAGCGATTTGCGCCAGAA	Mature
neurons	10
14_16_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.TTCTTCGTTTTTCAATATAA	Mature
neurons	10
14_16_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.ATACCAGTTTGTCCTTAAGA	Mature
neurons	10
14_16_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.GAACGGCTTGTCCTTAAGA	Immature
neurons	8
14_16_exp3_idx1TCCTCTGCCG_idx2TCATCTAATC.AGGCGGAATGAGCATATGG	Immature
neurons	7
14_16_exp3_idx1TCTTGAGGTT_idx2GTCATTGCGC.ACTTACTCATACTATCTTGA	Immature
neurons	8
14_16_exp3_idx1TCTTGAGGTT_idx2TGGCCGCAAT.ACCGGTTCTCAACCAGTAC	Immature
neurons	7
14_16_exp3_idx1TCTTGAGGTT_idx2TGGCCGCAAT.TGCAAGGTTGACCTTGATA	Immature
neurons	7
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.ACGACGCATTCTCCTATAA	Immature
neurons	7
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.ATGCATTCATATGGAATTGG	Immature
neurons	7
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.CCAATCCATATGGAATTGG	Immature
neurons	8
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TTCGCATAATTCGATATTGA	Mature
neurons	10
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TTCTCTAGTTGGAGGCCTCC	Immature
neurons	12
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TTCTGGCCTATGGCGGATC	Immature
neurons	7
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TTCTGGCCTTGAGTCCAGA	Mature
neurons	10
14_16_exp3_idx1TGGACGACTA_idx2GCAACTGGCA.CTCTACTGTCCAGGTCTAC	Immature
neurons	7
14_16_exp3_idx1TGGACGACTA_idx2TCGATATTGA.TTCTCATTGTGTCCTAGAGG	Immature
neurons	12
14_16_exp3_idx1TTATTGAGGC_idx2TATAACTTCC.ATTGATCGTTGGTCGCGTCA	Mature
neurons	10
14_16_exp3_idx1TTATTGAGGC_idx2TCCGGTAATC.ACAATGCTATAGCTGCAATA	Immature
neurons	7
14_16_exp3_idx1TTATTGAGGC_idx2TCCGGTAATC.TGGTCTCCTGTCCTTAAGA	Mature
neurons	10
14_16_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.AAGCGCCATCCAGTTCCAA	Immature
neurons	7
14_16_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.ACGTTGCTTAGTTCGAGTA	Mature
neurons	10
14_16_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.TCCTCGAGTTTATTATGGT	Mature
neurons	5
14_16_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.AATTCTAGGTGGCCGTAGTC	Immature
neurons	7
14_16_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.CGAGATGCTGCCAACGCCA	Mature
neurons	10
14_16_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.TCCTATAAGTACGCCGTTCA	Immature
neurons	12
14_16_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.ATGCATTCATTTATTCATTC	Immature
neurons	7
14_16_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.CCGAGAGATAGTTGCATCT	Immature
neurons	7
14_16_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.GGCTAAGATGTCCTTAAGA	Immature
neurons	8
14_16_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.TCTCTCCATCGCCTCGAAC	Immature
neurons	7
14_16_exp3_idx1TTCCGTCGAC_idx2CCGTCGGAGG.AAGTATTGGTTTACGTATAC	Immature
neurons	7
14_16_exp3_idx1TTCCGTCGAC_idx2CCGTCGGAGG.CCAATCCATTGCCGGCAGA	Mature
neurons	10
14_16_exp3_idx1TTCCGTCGAC_idx2GATCAGTCAT.GGCTAAGATTAGAATTAAC	Immature
neurons	7
14_16_exp3_idx1TTCCGTCGAC_idx2TCCGTCGCCA.GTAGCGATTCGTCCGTCCT	Immature
neurons	7
14_16_exp3_idx1TTCGAATATT_idx2CCTATAAGCT.CCGAGAGATATATTGATAC	Immature
neurons	8
14_16_exp3_idx1TTCGAATATT_idx2GCAACTGGCA.GCATCCAGTCATTATTACC	Immature
neurons	2
14_16_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.AAGGACGATCAACCGCTAA	Immature
neurons	8
14_16_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.ACAGGTATTTTTATTCATTC	Mature
neurons	10
14_16_exp3_idx1TTGCCGTAGG_idx2ACTTCCGAAT.TCTCCGAATCGTCGCAGCC	Immature
neurons	8
14_16_exp3_idx1TTGCCGTAGG_idx2CTCGGTCAAT.GAAGAGGCTTGAGGTAGAA	Mature
neurons	10
14_16_exp3_idx1TTGCCGTAGG_idx2GATTGCAGAC.TGGACCTCTTCTATAAGGA	Immature
neurons	7
14_16_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.CCAAGGATTTTAATTATTG	Immature
neurons	7
14_16_exp3_idx1TTGCGAGCAT_idx2TGATTCCTCA.CTCTGAGCTCGTCCGTCCT	Immature
neurons	8
14_16_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.CAGAAGGCTCGTCGCAGCC	Sensory
progenitors	14
14_16_exp3_idx1TTGGTAAGGA_idx2CCTAGCGCCT.CATCGGACTTTATAAGAAC	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TGAGAATCATGATGATCGTA	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGAGCTCATGTTGACGGCC	Immature
neurons	12
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCGAATCTTTTCCGTCGCCA	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCGCCAACTCATGCTGGTT	Immature
neurons	12
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTGAGAGATTACTATCTTGA	Immature
neurons	12
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TGCTAATTCTGGATGCAGCA	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CGAGATGCTACGCCGTTCA	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TGGACCTCTTCTATAAGGA	Neural
progenitors	11
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCTCCTGATCTCGATGGAG	Immature
neurons	13
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACTGACGTTACTTACTTA	Immature
neurons	13
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCTAGGAATTCCGCGGACCG	Sensory
progenitors	14
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCTGGCCTAGTAAGCATA	Immature
neurons	8
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GAGCGGTATCTGGATTAGT	Sensory
progenitors	14
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TTGGCTCATCGGCGAGACC	Immature
neurons	12
14_16_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TATAAGGCTTGCTCTCGCCT	Immature
neurons	12
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AACCGCTGTGGCATAGCTT	Sensory
progenitors	14
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TAGCTCGGTTCCGGTAATC	Immature
neurons	8
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TAGTTACCTTCGGCGAGACC	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCGGTACCTCAAGTACTGG	Immature
neurons	12
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCTACTTACTCGAATAATTC	Immature
neurons	8
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTGAGTCCTCGATCATTAC	Immature
neurons	8
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.ACGCCATATGTCCAACTCA	Immature
neurons	8
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTAGACGGTTCCGGTAATC	Immature
neurons	12
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.ATGGCGTATCATTATTACC	Immature
neurons	12
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TAGAGCCTTAGTCCGCGGA	Sensory
progenitors	14
14_16_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GACTTGGCTATGCAATATG	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.AACCGCTGTCATTATTACC	Sensory
progenitors	14
14_16_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.GCTCGAGATACTCTCTCAA	Immature
neurons	12
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTGGCTCATGACCTCTCTG	Immature
neurons	8
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCCTCGAGTGCGACGCAGA	Immature
neurons	12
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCGTTCTGTACTGCCGATA	Immature
neurons	8
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGATCTTCTTACCGTTACGA	Sensory
progenitors	14
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTGGCGACTTATAGTAAGC	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CGTCGAAGTATGCAATATG	Immature
neurons	12
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GACTTGGCTAATACGCAGG	Immature
neurons	13
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCTCGCTCTAACTACCGAC	Immature
neurons	12
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTCAACTGATTTAGGATCTA	Sensory
progenitors	14
14_16_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GCATCCAGTTATTACTCAT	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTCGGAGTTTTATAAGAAC	Sensory
progenitors	14
14_16_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.GACGTTCGTCGTCCGTCCT	Immature
neurons	13
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.ACCTTCGGTGTTGACGGCC	Immature
neurons	12
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CCGGATAGTCTGCTTCGAC	Immature
neurons	13
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCTCCGAATTTATAAGAAC	Immature
neurons	8
14_16_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TCATGGCTTAAGCCGGCTG	Immature
neurons	12
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACGGCAATTGGCTAATTAA	Immature
neurons	12
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTCGGCAATAGCGTCAATG	Immature
neurons	13
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCGCGGATCTCGATGGAG	Immature
neurons	12
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCTCGAGATAATGGTCGAC	Immature
neurons	12
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGTTGGCATAATCTGGAGT	Immature
neurons	13
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.CGCCGTAATAATACGCAGG	Immature
neurons	8
14_16_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.CCTCCTGATCCGCGGACCG	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TTCTCTAGTTGGCATAGCTT	Neural
progenitors	11
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.AGCAACGATTCCGTCGCCA	Immature
neurons	13
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCCGGTCATTTAACGTACC	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGCCTATTATAACTACCGAC	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCGCGGATTCCAGAAGGT	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TGCCTATTATTACTTACTTA	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CGCCGTAATTTGGTCATAA	Immature
neurons	13
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCCTATTCTTTTGGATCCTT	Sensory
progenitors	14
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCGCGCATTAATGGTCGAC	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCGGAGTTTCGTCCGTCCT	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACCGAATTTCTATAAGGA	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTTGGCTTTATAAGAAC	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATATGCGTTTCTAGAACTA	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGACGAGGTGAACTGCATC	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAAGACCGTACGAGGACCT	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGTTACCTTTGGAACTAGA	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGCCTATTATGGTCCAGGAG	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.ACGAGGTTTCCGCGGACCG	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TAGAGCCTTCCGCTATATT	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACCGTCATACGCAACTCC	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCTTCTGGTTGATAGAACG	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGAGGTTCTATCGAGTCGC	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TACGGTAGTAAGCCGGCTG	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCGTATGTCCGCGGACCG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTAGGAATTTCGATATTGA	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTAATGAGCTGGATCTGCAG	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCAACTGATCGATCATTAC	Immature
neurons	7
14_16_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.GAACGATGTTTCAAGACCA	Immature
neurons	12
14_16_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TGGCCTGATAATTATCAGC	Immature
neurons	12
14_16_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GATCGACCTTTGGATCCTT	Mature
neurons	10
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TACGGTAGTTTGAGTATCA	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.AAGCGCCATTGATAGAACG	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GAACGGCTTGTCATTGCGC	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GCGCTCAATTTCGCTTACG	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TATCATGAGTCGATCATTAC	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCAGTTGGTCATGCTGGTT	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGGTAGGCTAGTTGCATCT	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ACGGCAATTGACCTCTCTG	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCATAGAGTTACTATCTTGA	Sensory
progenitors	14
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTAATGAGCTTGAGGTAGAA	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCTCCTGATTATTACTCAT	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACCAGGATAATACGCAGG	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGACTTGATACGAGGACCT	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATGACTTGTACTTCCGAAT	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TGATCTTCTTCGATCATTAC	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ACGCCATATTACTTACTTA	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AGGCATCATAATTGCCTAC	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GAACGGCTTCGGATGAAGG	Neural
progenitors	11
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GACTTGGCTCGCCTCGAAC	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCCGTATGTGTTGACGGCC	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TGGCCTGATCTGCTTCGAC	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTCCGGTTTCTCGTCTAGG	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGTACGGATGACTAGTCTA	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CTGGAAGATTGGAAGTACC	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GAACGGCTTTGATAGAACG	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GGCGCATTTGGCTAATTAA	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AGCAACGATCGTCCGTCCT	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AGTTGCGCTCTCGTCTAGG	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTGCTGAATTTGGTCATAA	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GAGCGGTATACTCTCTCAA	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GAGCGGTATGACCTCTCTG	Neural
progenitors	3
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGTTAAGACTCATGCTGGTT	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTCTCTAGTTCCGCGGACCG	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TAGAGAGTATCATAACCAGC	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCGCGCATTTGAGGTAGAA	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TGCTAATTCTGGATCTGCAG	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.ACGAGGTTTCATGCATCTC	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TGGATCCGTCAAGATTAAG	Immature
neurons	12
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.CATCGGACTCATGCTGGTT	Immature
neurons	12
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ACGCCATATTATTACTCAT	Sensory
progenitors	14
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACCAGGATCTCGTCTAGG	Immature
neurons	12
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACCGTCATGACCTCCGCC	Immature
neurons	13
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GAGACTAGTTCTATAAGGA	Immature
neurons	12
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CCATCAGGTTTAGGATCTA	Immature
neurons	12
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TACTCCTATTTTATAAGAAC	Immature
neurons	12
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TAGGTACTATCGTCCGTCCT	Ventral
midline	9
14_16_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.TCCAAGTTATTGCCGGCAGA	Immature
neurons	12
14_16_exp10_idx1AGACCATATC_idx2GATCAGTCAT.GGTTCGAGTTTATAAGAAC	Immature
neurons	8
14_16_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.TATTGAGGTTAGTAAGCATA	Immature
neurons	8
14_16_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TGGTAATAGTCCGATTCCTG	Immature
neurons	12
14_16_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.AAGGATATGTAGTAAGCATA	Immature
neurons	12
14_16_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.TCTATCCAATTGCCGGCAGA	Immature
neurons	8
14_16_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.TATTGACTCTCAAGATTAAG	Neural
progenitors	11
14_16_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.CATCAACGTACCGCCAACC	Immature
neurons	12
14_16_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TCCTATTCTTCTGATTAAGA	Immature
neurons	8
14_16_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TCCTCGAGTCTAACTAGAT	Immature
neurons	8
14_16_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TATCTCGATTCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.TCCTATAAGTTTGAGTATCA	Immature
neurons	2
14_16_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.ATCAGTCATTTGCCGGCAGA	Immature
neurons	8
14_16_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.TAGAACCAATAATTATCAGC	Immature
neurons	13
14_16_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.TCCAATAGTTTTATAAGAAC	Mature
neurons	10
14_16_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.GTATCGCATCCAGTTCCAA	Neural
progenitors	1
14_16_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TCAAGATCTTTGATACGAGT	Sensory
progenitors	6
14_16_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TGATGCGATCGCTCCTAAC	Immature
neurons	12
14_16_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.ACGTTGCTTCCGATTCCTG	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TTGACCAGTAACGGACCAA	Immature
neurons	12
14_16_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.TGAGAATCATCCAGTTCCAA	Immature
neurons	7
14_16_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.ATTGATCGTTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2AACTTATAAG.TCCAAGTTATGGCATAGCTT	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CCTAATGGTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.TTGGTTAAGTCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2TCATCTAATC.GCGGTATATCATTATTACC	Immature
neurons	12
14_16_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TAATACCAGTTCGATATTGA	Immature
neurons	12
14_16_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TCTCGCTCTTGCGGACCTA	Immature
neurons	12
14_16_exp10_idx1TATTAGACTT_idx2TGGCCGCAAT.AGCGTAAGTTGATACGAGT	Immature
neurons	8
14_16_exp10_idx1TCCTCTGCCG_idx2TTGAGTATCA.TCTATACCTTTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.GGTCAGTTTCCAGTTCCAA	Immature
neurons	8
14_16_exp10_idx1TTCGAATATT_idx2CTGCTTCGAC.GGCAAGTCTGCTCTCGCCT	Immature
neurons	8
14_16_exp10_idx1TTGCGAGCAT_idx2CAAGTACTGG.TGGTAATAGTCCTAGCGCCT	Immature
neurons	12
14_16_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.GATACGTCTAGCTTATCCG	Immature
neurons	8
14_16_exp2_idx1AGACCATATC_idx2GGAACGATGG.AAGGATATGTTTCTTAATAA	Mature
neurons	10
14_16_exp2_idx1TTGGTAAGGA_idx2CGAGCTGCCA.TATTCTCCTTCATTCGACGG	Immature
neurons	13
14_16_exp3_idx1AATACGATAA_idx2ACTCTCTCAA.CGAGATGCTCCTTGGTCCA	Immature
neurons	8
14_16_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.AGGCATCATGACCTCTCTG	Immature
neurons	12
14_16_exp3_idx1AGACCATATC_idx2AATTGCCTAC.GGACTTGATTGGTCAGCCA	Immature
neurons	8
14_16_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.ACATGGTAATTTATCCGGAT	Immature
neurons	13
14_16_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.TTCTAAGCTTATTCAGGTAC	Immature
neurons	8
14_16_exp3_idx1AGTCCGCTGC_idx2CAAGTACTGG.TCGCGCATTCGAATAATTC	Immature
neurons	8
14_16_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.TATAAGAGGTGCCAGGATCA	Immature
neurons	8
14_16_exp3_idx1ATAAGGACTC_idx2AAGATCCAAC.AGGCGGAATGCGCGGTAGT	Immature
neurons	7
14_16_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.CTACGGCATGATGATCGTA	Neural
progenitors	11
14_16_exp3_idx1ATAAGGACTC_idx2ATAAGAGGCG.CAGTATCCTAGTTCGAGTA	Immature
neurons	12
14_16_exp3_idx1ATAAGGACTC_idx2GGCTATGACT.TCTCCGAATGTCCTACTTG	Immature
neurons	2
14_16_exp3_idx1ATAAGGACTC_idx2TTGGTCATAA.TGGATTCTATACTACTGAAG	Immature
neurons	8
14_16_exp3_idx1ATTATGCAAG_idx2CTAACTCCAA.AAAGCTGATTTTACGTATAC	Immature
neurons	8
14_16_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.GACTGACGTAACTACCGAC	Immature
neurons	12
14_16_exp3_idx1CCTCAGCTCC_idx2CAAGTACTGG.CCAGCCTTTGGCAATGAGA	Immature
neurons	12
14_16_exp3_idx1CCTCAGCTCC_idx2GTCATTGCGC.TTGCGGTCTTCCGTCGCCA	Immature
neurons	8
14_16_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.CTCGTTGATTTATAGCAGA	Immature
neurons	8
14_16_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.GGTACCATTTGCGGACCTA	Immature
neurons	8
14_16_exp3_idx1GAGCGCGATG_idx2GGAACGATGG.TTTGCTACTTGATGATCGTA	Immature
neurons	8
14_16_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.TAGCTCGGTCATTATTACC	Immature
neurons	8
14_16_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TTCTTCGTTTTTCATAGGAC	Immature
neurons	12
14_16_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.AAACCATAGTCGCCTCGAAC	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.AACGATCATTCCGCTGCCAG	Immature
neurons	8
14_16_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.ACTTATGGTTGCCAACGCCA	Immature
neurons	12
14_16_exp3_idx1GCGCGTTCAT_idx2AACGGACCAA.TGGTTGAATTCATCAGAATG	Immature
neurons	8
14_16_exp3_idx1GCGCGTTCAT_idx2GATGATCGTA.CCAAGGATTCCAGTTCCAA	Immature
neurons	8
14_16_exp3_idx1GCGCGTTCAT_idx2GATGATCGTA.GATTACGGTCAAGCTTCAT	Immature
neurons	8
14_16_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.CAATCGGTTGCCATTCTCC	Sensory
progenitors	14
14_16_exp3_idx1GGTTATCGAA_idx2GCTCTCGCCT.ATAATCCTGTCCGCTGCCAG	Immature
neurons	8
14_16_exp3_idx1GTAGCAGCTA_idx2GGTAGGTCTC.TAAGGTTCATGTTCGTCAGA	Immature
neurons	2
14_16_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.AACGATCATTAAGTCTTCCG	Immature
neurons	8
14_16_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.GAGCGGTATACCGCCAACC	Immature
neurons	8
14_16_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.CCGAGAGATGTCCTTAAGA	Immature
neurons	13
14_16_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.ATTCCTAGATAATACCATCC	Immature
neurons	12
14_16_exp3_idx1GTAGGCTGCA_idx2CTGCTTCGAC.TTGGCGACTTTCTTATCGA	Immature
neurons	8
14_16_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.CGGTTCCATCGTCCGTCCT	Immature
neurons	7
14_16_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.TTCGCATAATGTTCGTCAGA	Immature
neurons	8
14_16_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.AATTCATCGTAACCTGGTCT	Head epid.
/muscle	4
14_16_exp3_idx1TATAATAGTT_idx2GGAACGATGG.AACCGCTGTGTCCTTAAGA	Immature
neurons	8
14_16_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.TCCGGTCATTTGGACGCTG	Immature
neurons	8
14_16_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.TGGTCTCCTTATAGTAAGC	Immature
neurons	12
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.CTGACGTTTATATTGATAC	Immature
neurons	8
14_16_exp3_idx1TTCGAATATT_idx2CCTATAAGCT.AAACTCCAATTTAATTATTG	Immature
neurons	12
14_16_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.CTATCTCCTCTGGATTAGT	Immature
neurons	7
14_16_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.ATTCCTAGATTGCCGGCAGA	Immature
neurons	8
14_16_exp3_idx1TTGCCGTAGG_idx2TGAGGTAGAA.GAGCGGTATGTATCATCGA	Immature
neurons	8
14_16_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.AGATTCAACTAGTTCGAGTA	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCTCTCCATTTGGTCATAA	Neural
progenitors	3
14_16_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.AAGCGCCATGGTCCAGGAG	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTTCGCTGTGACCTCTCTG	Neural
progenitors	1
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCTGAAGCTCCGCGGACCG	Neural
progenitors	1
14_16_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TATCCAGGTTCCGTCGCCA	Immature
neurons	2
14_16_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.CTACGGCATTCGATATTGA	Neural
progenitors	11
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCAACGTTTGGCTAATTAA	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGCGACTATGTTGACGGCC	Neural
progenitors	3
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGAACGCGTCCAGGTCTAC	Neural
progenitors	3
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAACTAAGGTAAGTCTTCCG	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGCGTAGTTCGAGCTGCCA	Neural
progenitors	0
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCGTCGTATTCGATATTGA	Ventral
midline	9
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CCAGAACCTAGTAAGCATA	Neural
progenitors	0
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ATAGTCGCTTGATAGAACG	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TATTGAGGTTTGGAACTAGA	Neural
progenitors	0
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TATCGAACTTACGCAACTCC	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TGAGAATCATGTACTAGTAA	Immature
neurons	2
14_16_exp10_idx1AATACGATAA_idx2TGATACGAGT.TCAGCTTCTGATGATCGTA	Immature
neurons	2
14_16_exp10_idx1GCGCGTTCAT_idx2CGATCATTAC.TCGTTCTGTGGTATGCTTG	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.ATAACTTCCTAGCTTATCCG	Immature
neurons	2
14_16_exp3_idx1GTAGCAGCTA_idx2GATACCTAAG.GAACGGCTTTTACGATGAA	Neural
progenitors	3
14_16_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.ACCTCAATATGCCGTATGCT	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATAAGGCTTAATTATCAGC	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TCCAAGTTATGAACTGCATC	Immature
neurons	8
14_16_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.CCGGAGTTTCAAGCTTCAT	Sensory
progenitors	14
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTCATCTGTTTGAGTATCA	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TACTCCTATTTGATGGCCTT	Immature
neurons	8
14_16_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.AAGCGCCATAGTCCGCGGA	Immature
neurons	13
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CCGAGAGATAGCGTCAATG	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TTCTAAGCTTCCGCTATATT	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GGCGCATTTCCAGGTCTAC	Neural
progenitors	11
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CCTCCTGATCCGCTATATT	Immature
neurons	8
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTGGAGTTATCGAGCTGCCA	Immature
neurons	12
14_16_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TTCTGGCCTGGCTAATTAA	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ACCAATGCTTATTACTCAT	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GATTACGGTCGCCGCCTCC	Head epid.
/muscle	4
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCTGAAGCTAGTCCGCGGA	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAAGACCGTAGTAAGCATA	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AAGCGCCATAGTAAGCATA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTCGCTCTTTGGTCATAA	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GAACGATGTGCGCGGTAGT	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GCATCCAGTCATGCATCTC	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTCCAGAGTCCGCTATATT	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGCAAGTCTTCCGGTAATC	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTTCCAGCTCAAGCTTCAT	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATGGTCTTTAGTCCGCGGA	Immature
neurons	8
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GGCGACTATCTCGATGGAG	Immature
neurons	7
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TTCGCATAATCGAGCTGCCA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTGAGTCCTTTGAGTATCA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCAACGTTTTGATAGAACG	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGCTACTAATCCGCTATATT	Immature
neurons	8
14_16_exp1_idx1TATAATAGTT_idx2TATAACTTCC.AAGATGCCTTCTAGAACTA	Immature
neurons	7
14_16_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.TTAATGAGCTTTATAAGAAC	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GATTACGGTGCAAGGAATA	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CTACGGCATACGCAACTCC	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTGGCGACTTGGAACTAGA	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTACCTCTTAATACGCAGG	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GTAAGGAGTTTAGATTCCG	Neural
progenitors	11
14_16_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TCAGGAGATTGGAACTAGA	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GACCGAATTCTCGATGGAG	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGTTGGCATCAAGGCATTC	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGCGTAGTTCCGCGGACCG	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TGGTCGAATCATGCTGGTT	Immature
neurons	7
14_16_exp10_idx1TAGTAAGCCG_idx2TGATTCCTCA.ATAACTTCCTCATCTCTGCA	Immature
neurons	7
14_16_exp10_idx1TCTTGAGGTT_idx2TGGCCGCAAT.GGTCAGTTTCATTATTACC	Immature
neurons	7
14_16_exp10_idx1TTATTGAGGC_idx2AGATCCTATA.AAGGATTACTGGTCCAGGAG	Immature
neurons	7
14_16_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.AAACTCCAATCAAGCTTCAT	Head epid.
/muscle	4
14_16_exp3_idx1AGTCCGCTGC_idx2CAAGATTAAG.CTCCGGTTTCCAGTTCCAA	Immature
neurons	7
14_16_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.TGAATCTGATTTCATAGGAC	Immature
neurons	8
14_16_exp3_idx1TCCTCTGCCG_idx2AGTTGCATCT.CCAATCCATCCGCAAGTTC	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GTACCTCTTGGTCGCGTCA	Neural
progenitors	0
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGAATCTTTAAGTAGTCAG	Neural
progenitors	0
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.ATAGTCGCTCATGCTGGTT	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2TCCGGTAATC.TTCTAAGCTTAAGCCGGCTG	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TAGGAAGGTACGAGGACCT	Neural
progenitors	11
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGGTAGGCTGGCATAGCTT	Neural
progenitors	0
14_16_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TACTCCTATTGACTAGTCTA	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TTGCGGTCTTGAGGTAGAA	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.ATGGCAGCTTTAGATTCCG	Neural
progenitors	11
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCCATGGTTGTCCAACTCA	Neural
progenitors	11
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TATTCGGCTGACTAGTCTA	Neural
progenitors	11
14_16_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TAACTAAGGTTCGATATTGA	Neural
progenitors	11
14_16_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GTAAGCTCTAACTACCGAC	Neural
progenitors	11
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TCGAATCTTTTCGATATTGA	Neural
progenitors	0
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGCCAACTAATACGCAGG	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCAACGTTTCCAGGTCTAC	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CCGGAGTTTCAAGATTAAG	Neural
progenitors	11
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGCCTTGGTAACTGATCTT	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2TGATACGAGT.ATTAGTCTGTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2AGCGTCAATG.TTCTTAACCTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.ATACCAGTTTTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2GGCTAATTAA.GACTTGGCTTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.TTAATGAGCTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TCCTAACTTTCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.ATTCCTAGATCGTCCGTCCT	Neural
progenitors	0
14_16_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.GTAAGGAGTCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TATGAGAACTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.TGAGAATCATACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2CCTATAAGCT.TTGGAGTTATCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.CTCGTTGATCTAACTAGAT	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.GCATCCAGTCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.GTCTCTACTGATGATCGTA	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2CCTAGCGCCT.TAGAGCCTTCTAACTAGAT	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.TGAGTTAGATTGCCGGCAGA	Neural
progenitors	0
14_16_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TTCTCATTGTCCGATTCCTG	Neural
progenitors	16
14_16_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.GGAGCTCATCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.CTCGTTGATTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.GGTACCATTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.CATCAACGTAACTACCGAC	Neural
progenitors	0
14_16_exp10_idx1TTGCGAGCAT_idx2CAAGTACTGG.TCAGCTTCTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1TTGCGAGCAT_idx2CGACTACCAA.AGTCGCATTTGCCGGCAGA	Neural
progenitors	11
14_16_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.ATATGGATCTTGGCCGGCCT	Neural
progenitors	11
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GCTGGCTATGGCATAGCTT	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCGGTACCTAACTACCGAC	Neural
progenitors	0
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTCCGACGTAATACGCAGG	Neural
progenitors	1
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.AGGCATCATAATACGCAGG	Neural
progenitors	0
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.GTCCTGCATACGCAACTCC	Neural
progenitors	3
14_16_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GTCCTGCATGTTCCGCTAA	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TGGACCTCTTGCATATAAC	Immature
neurons	13
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCATGGCTTAGTTCGAGTA	Immature
neurons	2
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTCCTGCATGGCTAATTAA	Neural
progenitors	0
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTGGCAATATAGCGTCAATG	Neural
progenitors	0
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CTCTACTGTCAAGATTAAG	Neural
progenitors	11
14_16_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.GGAGCTCATGACCTCTCTG	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TTGGCAATATTGAGGTAGAA	Neural
progenitors	0
14_16_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TCGGTACCTAACTGATCTT	Neural
progenitors	11
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CTTCATGCTCATGCTGGTT	Neural
progenitors	11
14_16_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TATTGACTCTGGCATAGCTT	Neural
progenitors	0
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.ATAGTCGCTTCGATATTGA	Sensory
progenitors	14
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GTATCGCATACTTCCGAAT	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TACGGTAGTGACTAGTCTA	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGAACGCGTTTGAGTATCA	Neural
progenitors	11
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.AACCGCTGTCGAGCTGCCA	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2TTGGAGTCGG.GTAAGGAGTCTCGATGGAG	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2GGAACGATGG.GGACTTGATTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2ATAGGATATG.TTGGCTCATCCGATTCCTG	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.TGCTGGATTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TAATCAGCTTTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.GCGGTATATTGATACGAGT	Immature
neurons	2
14_16_exp10_idx1TAGTAAGCCG_idx2GTTGACGGCC.AAATTCCTCTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TAACGACTTTCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2CATTATTACC.GTCATCTGTCAAGATTAAG	Immature
neurons	2
14_16_exp10_idx1TATTAGACTT_idx2CGACTACCAA.TTGGAGCTTCGCCTCGAAC	Neural
progenitors	0
14_16_exp10_idx1TATTAGACTT_idx2TGATAGAACG.CTCGTTGATTGGAACTAGA	Neural
progenitors	0
14_16_exp10_idx1TTATTGAGGC_idx2ATAAGAGGCG.GCAGATACTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.GTCATCTGTTGCCGGCAGA	Neural
progenitors	11
14_16_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.ATCAATACGTTTGGTCATAA	Immature
neurons	8
14_16_exp3_idx1ATAAGGACTC_idx2GGCTATGACT.CAGTATCCTCCGCTGCCAG	Immature
neurons	2
14_16_exp3_idx1GTAGGCTGCA_idx2GACCGTAGCA.CTACCTGGTTGGCCGGCCT	Ventral
midline	9
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.CTGCCTTATACGAAGTCAA	Immature
neurons	2
14_16_exp3_idx1TTGCCGTAGG_idx2CAAGCTTGGC.CTATCTCCTGTATAATACG	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTGGAGTTATGACCTCTCTG	Neural
progenitors	0
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGCGACTATTTAGATTCCG	Neural
progenitors	0
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGCGCATTTACTGCCGATA	Neural
progenitors	11
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CTCCTCGTTAATGGTCGAC	Neural
progenitors	0
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACGGCAATTAGCGTCAATG	Sensory
progenitors	14
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGCGACTATACTTCCGAAT	Neural
progenitors	0
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CGCCGTAATCTGATTAAGA	Neural
progenitors	0
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATCGAACTTGGCTAATTAA	Neural
progenitors	0
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCTCCGAATTGGAACTAGA	Neural
progenitors	0
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GACCGTCATTTATAAGAAC	Neural
progenitors	1
14_16_exp1_idx1TGGACGACTA_idx2TGATACGAGT.ACCGTAGCTTGCGCCATCT	Immature
neurons	2
14_16_exp10_idx1ATGGCGCCTG_idx2GACTAGTCTA.GCAATCGCTTTAGGATCTA	Neural
progenitors	0
14_16_exp10_idx1TAGGTAACTT_idx2ACTGAATTCC.TAGTTACCTTTGCCGGCAGA	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACCAGGATCGAGCTGCCA	Neural
progenitors	11
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CGGTTCCATACTGCCGATA	Neural
progenitors	0
14_16_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.GGACTTGATAGCGTCAATG	Neural
progenitors	11
14_16_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TATGGTCTTTGTCCAACTCA	Neural
progenitors	11
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TTCAACTGATTCCGTCGCCA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTATCGCATGTCATTGCGC	Mature
neurons	17
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTATCGCATCCGCGGACCG	Immature
neurons	7
14_16_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.TGGATCCGTTTAGATTCCG	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCGTCTATTTGATGATCGTA	Immature
neurons	7
14_16_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.TGATGCGATTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2CGAGTTAGAG.TCATGGCTTCAAGCTTCAT	Immature
neurons	13
14_16_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.GTTGCAAGTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.TGCCTATTATGGTCCAGGAG	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTAGCGATTGCAAGGAATA	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACCAATGCTTATTACTCAT	Immature
neurons	13
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ACCTTCGGTTCCGTCGCCA	Neural
progenitors	0
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TTCTCTCGTCAGATTCGAT	Neural
progenitors	0
14_16_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.GGTTGGCATATCAACGATT	Neural
progenitors	0
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAACTAAGGTCCGTTGACTT	Sensory
progenitors	6
14_16_exp10_idx1AATACGATAA_idx2AACTTATAAG.TCCTATTCTTCGCCTCGAAC	Neural
progenitors	0
14_16_exp10_idx1AATACGATAA_idx2TGATACGAGT.TATGACTTGTTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2ACTATCTTGA.AAGGATATGTCATTCAATCA	Neural
progenitors	11
14_16_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.GGATAGGTTTAGGCAGATA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.CGTCGAAGTAGATATATCG	Ventral
midline	9
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTAGCGATTTTAGGATCTA	Ventral
midline	9
14_16_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.AACCGCTGTAACGGACCAA	Immature
neurons	2
14_16_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.AGTTGCGCTGGCATAGCTT	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.CGACGATATTCTAGAACTA	Immature
neurons	2
14_16_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TTGGTTAAGTTTGAGTATCA	Neural
progenitors	11
14_16_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TCAGTTGGTCATGCTGGTT	Neural
progenitors	11
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACCGTCATGTCATTGCGC	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TCTCGCTCTAGTAAGCATA	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATGGTCTTTTATTACTCAT	Immature
neurons	13
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGCGTAGTTCCGCGGACCG	Neural
progenitors	0
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTAAGCTCTTCGATATTGA	Neural
progenitors	0
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCCGTATGTCATGCTGGTT	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTACCATCCAGGTCTAC	Sensory
progenitors	6
14_16_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GTAGCGATTTCTAGAACTA	Neural
progenitors	0
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GCATCCAGTTTAGATTCCG	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCGGAGAATTTGAGTATCA	Neural
progenitors	3
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGAGCTCATTCGATATTGA	Neural
progenitors	3
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCCTATTATACTTCCGAAT	Immature
neurons	2
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GAGACTAGTAACTGATCTT	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TATTGACTCTGCAAGGAATA	Neural
progenitors	0
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGAGTTAGATTTGAGTATCA	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGCCAACTGACCTCTCTG	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTGGAGTTATTGATAGAACG	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGTACGGATGATGATCGTA	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GCGTCGTATGGATGCAGCA	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGAGCTCATAATTATCAGC	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTTGCAAGTGGCTAATTAA	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGCCTATTATTATTACTCAT	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CGCCGTAATTGAGGTAGAA	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTATCGCATTCCGTCGCCA	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GACTACCATGACTAGTCTA	Neural
progenitors	0
14_16_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TAGCCAATTTTTCGCTTACG	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GTTGCAAGTGGCTAATTAA	Neural
progenitors	11
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TCTCGCTCTTTAGATTCCG	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GATTACGGTCGATCATTAC	Sensory
progenitors	6
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCCTTGGTAATACTCTTC	Immature
neurons	2
14_16_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.TGAGAATCATGCAGGTCCGT	Immature
neurons	2
14_16_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.ATTAGTCTGTCTGCTTCGAC	Neural
progenitors	3
14_16_exp10_idx1AGACCATATC_idx2GATCAGTCAT.GAGTTCTCTTTGAGTATCA	Neural
progenitors	3
14_16_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TTAATGAGCTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.ATAACTTCCTAGCTTATCCG	Neural
progenitors	0
14_16_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.TTGAGAGATTCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2ACCAAGATCT.AAATTCCTCTGGTCGCGTCA	Neural
progenitors	0
14_16_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.TCTCGCTCTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.GACGTTCGTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1GTAGGCTGCA_idx2CAAGCTTGGC.TCTTAGTTCTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TGAATCTGATTCGCGGTTGG	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TAGATGACTTGATGATCGTA	Neural
progenitors	11
14_16_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.ATGGCAGCTGCCAACGCCA	Immature
neurons	2
14_16_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.AGATCGGATGTATCATCGA	Neural
progenitors	0
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.GTACCTCTTCTGAACTGGT	Immature
neurons	2
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.TGCCTATTATTAGGCAGATA	Immature
neurons	2
14_16_exp3_idx1AGTCCGCTGC_idx2TCATCTCGAT.TGCTAATTCTTTGATATATT	Immature
neurons	7
14_16_exp3_idx1ATAAGGACTC_idx2TTGAGTATCA.AGTTGCGCTGGACTCATTG	Immature
neurons	12
14_16_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.TACTCCTATTTAGGCAGATA	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.AGTTGCGCTGATGATCGTA	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.CGATTCGCTGCTCTCGCCT	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.TCTCCGAATCGTCCGTCCT	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2GACCTCTCTG.AAGTATTGGTCATCTCTGCA	Immature
neurons	7
14_16_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.TAGATGACTTGGCGAACTCG	Immature
neurons	2
14_16_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.GCGTACTTTCAACCGCTAA	Immature
neurons	8
14_16_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.ACGACGCATCATCAGAATG	Immature
neurons	2
14_16_exp3_idx1TTCCGTCGAC_idx2AGCGTCAATG.CGCTAACCTTTATCCGGAT	Neural
progenitors	0
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TAGGTACTATTGAGGTAGAA	Neural
progenitors	0
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CCTCCTGATACGCAACTCC	Neural
progenitors	11
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TACTCCTATTTTAGATTCCG	Neural
progenitors	0
14_16_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TGGTCGAATCGATCATTAC	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGAACGCGTTCAGACGAAC	Neural
progenitors	1
14_16_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TTAATGAGCTCATGCTGGTT	Neural
progenitors	11
14_16_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.CCATCAGGTGGCTATGACT	Neural
progenitors	16
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCGGTACCTGATGATCGTA	Neural
progenitors	1
14_16_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GCAATCGCTGGACTCATTG	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ACGCCATATTGAGGTAGAA	Neural
progenitors	0
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGTACGGATACTTCCGAAT	Neural
progenitors	11
14_16_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.GACTCGCTTCATGCTGGTT	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTAGTACGTTGAGGTAGAA	Neural
progenitors	0
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGATCTTCTTTGATAGAACG	Neural
progenitors	11
14_16_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.TGCCTTGGTCCTAGCGCCT	Immature
neurons	12
14_16_exp10_idx1AATACGATAA_idx2GACCGTAGCA.TATTCTCCTTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TAGGAAGGTTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TTCTCATTGTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.CGAATGAGTGGTATGCTTG	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.ACGCTTGATGATGATCGTA	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.AAGGACGATTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.TGATCTTCTTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TGCAAGGTTAACGGACCAA	Neural
progenitors	0
14_16_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TGAATTCGTTCTGATTAAGA	Neural
progenitors	1
14_16_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TTCGCATAATCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.CGAATGAGTCTGCTTCGAC	Neural
progenitors	16
14_16_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.AAATTCCTCTCCGATTCCTG	Neural
progenitors	1
14_16_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.GAAGAGGCTATCCATGACT	Neural
progenitors	1
14_16_exp10_idx1TAGTAAGCCG_idx2GACTAGTCTA.CAGCATTGTCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.AAGGATATGTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TGTCCTTATTTTGGTCATAA	Neural
progenitors	0
14_16_exp10_idx1TATAATAGTT_idx2CTCGTCTAGG.TTATCCGCTTGATACGAGT	Immature
neurons	2
14_16_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.CATCAACGTTGCCGGCAGA	Neural
progenitors	0
14_16_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.TCATGGCTTCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TGAATCTGATCTAACTAGAT	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TCCTCGAGTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2CCAGGTCTAC.TTCGCATAATTTGGTCATAA	Neural
progenitors	16
14_16_exp10_idx1TTATTGAGGC_idx2CGAAGGACGA.ATGGTTGGTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1TTCGAATATT_idx2CTGCTTCGAC.TTTGCTTAGTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.CTTCGACTTACTATGCAAT	Neural
progenitors	11
14_16_exp10_idx1TTGCCGTAGG_idx2ACTGAATTCC.TGTTAAGACTAGCTTATCCG	Neural
progenitors	11
14_16_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.TTGACTCAATCTAACTAGAT	Immature
neurons	12
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.CCGGAGTTTCGCCTCGAAC	Neural
progenitors	1
14_16_exp3_idx1ATAAGGACTC_idx2ATAGGATATG.CCGAGAGATTGCCGGCAGA	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2TCGATATTGA.GTCGGCAATTTACGTATAC	Neural
progenitors	1
14_16_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.TGGTAGGCTCATCAGAATG	Neural
progenitors	0
14_16_exp3_idx1GCTTGAAGAG_idx2CGAGTTAGAG.CCGTCTCATCCATAAGTCC	Head epid.
/muscle	4
14_16_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.GAGCGGTATGTATCATCGA	Ventral
midline	9
14_16_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.ACATTCGTATTTGGTCATAA	Sensory
progenitors	6
14_16_exp3_idx1TTGCCGTAGG_idx2GATTGCAGAC.TTCTAAGCTTGTTCGTCAGA	Neural
progenitors	0
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTACCTCTTCTGCTTCGAC	Neural
progenitors	0
14_16_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.CAACGCAGTTATTACTCAT	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CCGGAGTTTCAGGTATGGA	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CAACGCAGTAACTGATCTT	Neural
progenitors	0
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TATATGCGTTTATTACTCAT	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TGGACCTCTACTTCCGAAT	Neural
progenitors	0
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGGATCCGTGTACTAGTAA	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGAGCTCATCCGCTATATT	Sensory
progenitors	6
14_16_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TATGACTTGTTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.TCATAGAGTTCGTCCGTCCT	Neural
progenitors	11
14_16_exp3_idx1ACGGCGTTAA_idx2ACCGTTACGA.AAGGATATGTCCTAGCGCCT	Immature
neurons	2
14_16_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.TATCTCGATTTTACGTATAC	Neural
progenitors	0
14_16_exp3_idx1GATTCTTGAA_idx2TATAACTTCC.GAACGATGTGGAGCGGCCG	Neural
progenitors	15
14_16_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TTCTGGCCTAACTACCGAC	Neural
progenitors	11
14_16_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.CTAGTACGTAGCGTCAATG	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACCAGGATTGGAACTAGA	Neural
progenitors	0
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GATCGACCTAGCGTCAATG	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2GCTCTAACGA.GAACGATGTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2TGATACGAGT.TTGGCAATATCTCGATGGAG	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TTCTCTAGTTCCAGGTCTAC	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2TCTATAAGGA.TGTTAAGACTTGCCGGCAGA	Neural
progenitors	0
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GCTCGAGATTAGGCAGATA	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GTTCCAGCTTGGAACTAGA	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCTACTTACTTTAATTATTG	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGCGCATTTACTGCCGATA	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ACCTTCGGTCAGATTCGAT	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.AGGCATCATACGCCGTTCA	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ATTGCCGGTAGATATATCG	Immature
neurons	12
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CGCCGTAATAGACTCAAGC	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGTCTACGTGTACTAGTAA	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTAAGCTCTCGCCGCCTCC	Neural
progenitors	1
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TAGGTACTATTCGATATTGA	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGCTCCTATCAGATTCGAT	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCAACTGATGACTAGTCTA	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTGGCGACTTCTATAAGGA	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TAGAGAGTATTTATAAGAAC	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TAGTTACCTTACCGTTACGA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GATCGACCTACGAGGACCT	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TGCTCCTATACCGTTACGA	Immature
neurons	13
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.AGCAACGATGGCATAGCTT	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.CAGAAGGCTAACTGATCTT	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.CGCCGTAATCATTATTACC	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTGCTGAATCCAGGTCTAC	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACTACCATTTGGTCATAA	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACTCGCTTTGGAACTAGA	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAGACTAGTATGCAATATG	Immature
neurons	12
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCGTCGTATGGTCCAGGAG	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCTGAAGCTCATGCTGGTT	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGAGCTCATACGCAACTCC	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTTGCAAGTGCCAGGATCA	Neural
progenitors	1
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCAGGAGATGTCATTGCGC	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGAGAATCATCATGCTGGTT	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGGACCTCTGATGATCGTA	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGGTCTCCTGTCCAACTCA	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGGCTCATAAGTAGTCAG	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTTGCTTAGTAAGCCGGCTG	Immature
neurons	12
14_16_exp1_idx1AGACCATATC_idx2TGCCAGATGG.ACCGTAGCTGTCATTGCGC	Immature
neurons	13
14_16_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TAGCCAATTTAACGGACCAA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCGAATCTTTTATTACTCAT	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TTGAGAGATTGCAAGGAATA	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.ACCAATGCTTGATACGAGT	Immature
neurons	12
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TCTACTTACTCGAATAATTC	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TATATGCGTTGGCTATGACT	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TCGTCTATTTTCCGGTAATC	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TAGCCAATTTACTTCCGAAT	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ACCTTCGGTTTGAGTATCA	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AGCAACGATATGCAATATG	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACTCGCTTCCGCGGACCG	Immature
neurons	12
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCAACGTTTCGCCGCCTCC	Sensory
progenitors	14
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTCATCTGTGACCTCTCTG	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGAATTCGTTACGCAACTCC	Immature
neurons	12
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGCTCCTATTTATAAGAAC	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGGACCTCTCAAGTACTGG	Immature
neurons	12
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTCGGCAATCGAGCTGCCA	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCCAAGTTATGCGCGGTAGT	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCCAAGTTATTACTTACTTA	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTGGAGTTATATAGTCGTAG	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.ACCAATGCTTCTAGAACTA	Neural
progenitors	0
14_16_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.CCAGAACCTACTTCCGAAT	Immature
neurons	2
14_16_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TGGTCTCCTCAAGGCATTC	Immature
neurons	2
14_16_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TTCGCATAATGTTGACGGCC	Immature
neurons	2
14_16_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GTCGGCAATCAAGTACTGG	Immature
neurons	2
14_16_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TGAGTTAGATCAAGCTTCAT	Immature
neurons	2
14_16_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.CGACGATATGGTCGCGTCA	Immature
neurons	2
14_16_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TCCGGTCATCCGCGGACCG	Immature
neurons	12
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TGCTAATTCTCAAGATTAAG	Immature
neurons	2
14_16_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.AAGCGCCATCATTATTACC	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TCGCGCATTCCGCTATATT	Neural
progenitors	1
14_16_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TTCTCTCGTTCGATATTGA	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TAGAGCCTTATAGTCGTAG	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TTGGCTCATCTGATTAAGA	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.TATGACTTGTCGATCATTAC	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.TCTCGCTCTTTGAGTATCA	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TGGACCTCTTGAGGTAGAA	Immature
neurons	12
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.AGTTGCGCTTATTACTCAT	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GACCAGGATAGTCCGCGGA	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGCGCATTTGTCCAACTCA	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTCCTGCATATCGAGTCGC	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCAGGAGATAATGGTCGAC	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCTCTCCATGCCAACGCCA	Immature
neurons	8
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.AGTTGCGCTCAAGATTAAG	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ATGCCAAGTGCAAGGAATA	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTAGTACGTTGATGGCCTT	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTGCTGAATCATGCTGGTT	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTTAGCGGTCAAGATTAAG	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GACTTGGCTAATACTCTTC	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TAACTAAGGTTTGAGTATCA	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TACGGTAGTTACGGCTACG	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATAAGGCTTCATGCATCTC	Sensory
progenitors	14
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCGTCTATTTACTTCCGAAT	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGGTCGAATCTGCTTCGAC	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGGTCGAATTTAGATTCCG	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.CCAGAACCTTATTACTCAT	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GCAATCGCTGACCTCTCTG	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TCAGCGGTTTGCGCCATCT	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.ACCTTCGGTCGCCGCCTCC	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CCGGATAGTTTATAAGAAC	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CCGTCTCATTTCGCTTACG	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GCGGAGAATGACCTCCGCC	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCGCGCATTAGTTGCATCT	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCGTCTATTTTGGAACTAGA	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTCGCATAATGTTCCGCTAA	Sensory
progenitors	14
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.AAGCGCCATGTTGACGGCC	Immature
neurons	12
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GAACGGCTTGTTGACGGCC	Immature
neurons	12
14_16_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GAGACTAGTAGATATATCG	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.ACCGTAGCTACTTCCGAAT	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CTCTACTGTTCGATATTGA	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TATGCGATTTTGAGTCCAGA	Immature
neurons	2
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.ACGGCAATTGGCATAGCTT	Immature
neurons	2
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCGCGCATTTTAGATTCCG	Immature
neurons	2
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TTCTCTCGTACTTCCGAAT	Immature
neurons	2
14_16_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.GCGGAGAATCGAGCTGCCA	Immature
neurons	2
14_16_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TTCGCATAATACTATCCGCA	Immature
neurons	2
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CGCCGTAATACTTCCGAAT	Immature
neurons	2
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GACCGTCATACTTCCGAAT	Immature
neurons	2
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GACTTGGCTTGGAACTAGA	Immature
neurons	2
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCCATGGTTCTGCTTCGAC	Immature
neurons	2
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTCGGAGTTTGATAGAACG	Immature
neurons	2
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGGTCTCCTAAGTAGTCAG	Ventral
midline	9
14_16_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GAACGATGTTGATGGCCTT	Neural
progenitors	11
14_16_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GTACCTCTTTCCGTCGCCA	Immature
neurons	2
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CGTCGAAGTTGATGGCCTT	Immature
neurons	2
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTGGAAGATTTAGATTCCG	Immature
neurons	2
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACCAGGATTCGATATTGA	Immature
neurons	2
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACCGTCATCATGCTGGTT	Neural
progenitors	0
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GAGCGGTATTTAGATTCCG	Immature
neurons	2
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCGCTCAATAACTGATCTT	Neural
progenitors	11
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTAAGGAGTAGATATATCG	Immature
neurons	8
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTTCGCTGTGATGATCGTA	Immature
neurons	2
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGACGAGGTGCGACGCCTT	Sensory
progenitors	6
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGCCTTGGTCCAGGTCTAC	Immature
neurons	2
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTAAGCTCTCAGATTCGAT	Immature
neurons	2
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTCATCTGTTGCGCCATCT	Immature
neurons	2
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCATTAAGCTGTTCCGCTAA	Immature
neurons	2
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGCCTTGGTGGATGCAGCA	Neural
progenitors	3
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTCCGACGTCGAGCTGCCA	Mature
neurons	5
14_16_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TCCTACCTTATTGCGCTGA	Immature
neurons	8
14_16_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TCTCCGAATTGATACGAGT	Neural
progenitors	1
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.CTGGAAGATCGTCCGTCCT	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GGTAGTCCTCATTATTACC	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GGTCTACGTAACGAGGCTA	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GTACCTCTTTTGGTCATAA	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TAACTAAGGTAGCGTCAATG	Neural
progenitors	0
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TAGGTACTATAATGGTCGAC	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TGATCTTCTTACTACTGAAG	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.ACGAGGTTTTTAGATTCCG	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.CCAGAACCTGACCTCTCTG	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.CGGTTCCATGCAAGGAATA	Neural
progenitors	11
14_16_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TCCAATAGTTCCGCGGACCG	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TCGTAGCGTATAGTCGTAG	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.ACGAGGTTTGATGATCGTA	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GCGGAGAATCAAGATTAAG	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TATCATGAGTCATGCTGGTT	Sensory
progenitors	6
14_16_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TTGAGAGATTTACTTACTTA	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TTGGTTAAGTTTAGATTCCG	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.AGGCATCATTGCATATAAC	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.ATGCCAAGTTATTACTCAT	Neural
progenitors	0
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGAGGTTCTTGATGGCCTT	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTTCCAGCTCGCCTCGAAC	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCCTCGAGTTCTAGAACTA	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGAACGCGTTGATAGAACG	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGGCGACTGTTCCGCTAA	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GGAGGTTCTTATTACTCAT	Neural
progenitors	11
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TATGGTCTTTGACTAGTCTA	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCCTATTCTTGGTCGCGTCA	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TTCGCATAATACTTCCGAAT	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GATTACGGTAATGGTCGAC	Neural
progenitors	1
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCGGAGAATTCGATATTGA	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TAGAGAGTATGCAAGGAATA	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TAGAGCCTTTCGTAGAGAA	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TAGTTACCTTTCTAGAACTA	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATTCGGCTGTCATTGCGC	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGGTAGGCTGACTAGTCTA	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ATGGAGAGTTGATACGAGT	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTCTACTGTGGCATAGCTT	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAACGGCTTAATCTGGAGT	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAAGAGGCTGTCCAACTCA	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACCGTCATCTCGTCTAGG	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTACCATGACCTCCGCC	Sensory
progenitors	6
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGACTTGATTACTTACTTA	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTTGCAAGTTTATAAGAAC	Sensory
progenitors	6
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCAGGAGATAGATATATCG	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGCGCATTACCGTTACGA	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGCTCCTATATAGACTAGG	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.AAGATGCCTGTTGACGGCC	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCGGAGTTTTGGAACTAGA	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTGGAAGATTGAGGTAGAA	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTTCATGCTATGGCGGATC	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GAACGGCTTGCGACGCAGA	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCTGAAGCTAACTGATCTT	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGAGCTCATCATTATTACC	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGATAGGTTACTTCCGAAT	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTAGACGGTTGATAGAACG	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTTGCAAGTCCGTTGACTT	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATTCGGCTTCCGTCGCCA	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGAATTCGTTGTACTAGTAA	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGAATTCGTTTTCGCTTACG	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCCGACGTCATTATTACC	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCCGACGTCGAATAATTC	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCTAAGCTTCCGCGGACCG	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GGAGCTCATTCGATATTGA	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TGCTCCTATTACTTACTTA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.ATAGTCGCTCAAGATTAAG	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GACTGACGTTATTACTCAT	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GCTCGAGATCATGCTGGTT	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GTCGGCAATCCGCGGACCG	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CAATCGGTTTCTATAAGGA	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TAGAGAGTATGGTCGCGTCA	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATTGCCGGTAGCGTCAATG	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATTGCCGGTTGGAAGTACC	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCGAGAGATGTCCAACTCA	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAAGAGGCTTCCGGTAATC	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCTTCTGGTTTAGATTCCG	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTACGGATACTACTGAAG	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAACTAAGGTTCGATATTGA	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATATGCGTTGGCATAGCTT	Neural
progenitors	0
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGAGAATCATGGCATAGCTT	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCCTATTATCTGATTAAGA	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGATCCGTTTAGATTCCG	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCCGACGTGCGCGGTAGT	Mature
neurons	17
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCTTAACCTAGTCCGCGGA	Immature
neurons	2
14_16_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.CTGGAAGATTCGATATTGA	Immature
neurons	2
14_16_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.GGACTTGATAAGCCGGCTG	Immature
neurons	2
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.ACGGCAATTCAAGATTAAG	Immature
neurons	2
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TCCTATTCTTACTTCCGAAT	Immature
neurons	2
14_16_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.TGATCTTCTTGGATGCAGCA	Immature
neurons	13
14_16_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.GATCGACCTTTGGTCATAA	Immature
neurons	2
14_16_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.GCTCGAGATCGATCATTAC	Immature
neurons	2
14_16_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.GCTGAAGCTTTGGAATCTC	Immature
neurons	2
14_16_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GCAGATACTGTCCAACTCA	Neural
progenitors	0
14_16_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TGCCTTGGTGGTCGCGTCA	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ACGGCAATTCGAGCTGCCA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGTTCGAGTTTAGATTCCG	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCCGTATGTTCGATATTGA	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCGTAGCGTACGCAACTCC	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GTATCGCATTTCGCTTACG	Mature
neurons	17
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ACGAGGTTTTTAATTATTG	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCTCGCTCTAACTACCGAC	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGCTACTAATCGAGCTGCCA	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ATTGCCGGTTGCGCCAGAA	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CAATCGGTTTCTAGAACTA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CGCCGTAATCAAGATTAAG	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CGGTTCCATCATGCTGGTT	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTTAGCGGTATGCAATATG	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACCAGGATGTCATTGCGC	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGGTACTATTGGAACTAGA	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATCGAACTTGACCTCTCTG	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCTCGAGTTGCATATAAC	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCTCGCTCTTTAGATTCCG	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCGCATAATAACGGACCAA	Mature
neurons	17
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGGCTCATTCTAGAACTA	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TAACTAAGGTTTGAGTATCA	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCTCTCCATTGATACGAGT	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CTTAGCGGTTTAACGTACC	Ventral
midline	9
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCGTCGTATTCCGTCGCCA	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTAGCGATTTTAATTATTG	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTCGGCAATTTGAGTATCA	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTTCCAGCTCCGTTGACTT	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAACTAAGGTTTGAGTATCA	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGCTCGGTAATGGTCGAC	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGCTCGGTGCTCTCGCCT	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCAGTTGGTCATTATTACC	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCTCGCTCTAATACGCAGG	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCTCGCTCTAGCGTCAATG	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCTCTCCATTGATACGAGT	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGAACGCGTGGCTATGACT	Immature
neurons	2
14_16_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.CCAGAACCTCGAATAATTC	Immature
neurons	2
14_16_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TACGGTAGTGATGATCGTA	Immature
neurons	2
14_16_exp1_idx1TATAATAGTT_idx2AGATCCTATA.ACGAGGTTTTTGAGTATCA	Immature
neurons	2
14_16_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TTGGTTAAGTACTATCTTGA	Immature
neurons	7
14_16_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TGATCTTCTTAACTGATCTT	Immature
neurons	2
14_16_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.GTTCCAGCTTACTTACTTA	Immature
neurons	2
14_16_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.TAGTTACCTTTCCGGTAATC	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CCAGAACCTATAGACTAGG	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GTTCGCTGTTTAGATTCCG	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GAACGGCTTCCAGGTCTAC	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTGCGGTCTCCGTTGACTT	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.AACCGCTGTAGTAAGCATA	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCAGAACCTTATTACTCAT	Neural
progenitors	0
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GAGACTAGTCTGCTTCGAC	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCTCGAGATAATGGTCGAC	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCTGGCTATTGGAAGTACC	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGCGCATTTGTTGACGGCC	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGCGCATTTTTGAGTATCA	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTTCGCTGTAACTACCGAC	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATCGAACTTTTAGATTCCG	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGGTCGAATTTCTTATCGA	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTTCGCTGTAGTTCGAGTA	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCCGTATGTTCCGGTAATC	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AAGCGCCATCAAGCTTCAT	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACCAATGCTGGCATAGCTT	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ATGGCGTATAATGGTCGAC	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CAATCGGTTAGACTCAAGC	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CCGAGAGATCGAGCTGCCA	Mature
neurons	17
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCCATGGTTTATTACTCAT	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCGCTCAATCATTATTACC	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCTTCTGGTATTGCGCTGA	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTAGCGATTGACCTCTCTG	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTATCGCATTTAACGTACC	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTCGCTCTACTTCCGAAT	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTAATGAGCTAGATATATCG	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTCGCGGATCCGCGGACCG	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTCGCGGATTCCGTCGCCA	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCGCGCATTTTAGATTCCG	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCTACTTACTACTTCCGAAT	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCTCCGAATTATTACTCAT	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TTCTTAACCTTGATACGAGT	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCTCGCTCTTGCATATAAC	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.AGTTGCGCTAACTGATCTT	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CCTCCTGATTTAGATTCCG	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TTGGCAATATTCCGTCGCCA	Immature
neurons	12
14_16_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.TAGAGCCTTACTATCTTGA	Immature
neurons	2
14_16_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.GGATAGGTTTGAGGTAGAA	Immature
neurons	2
14_16_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.TTCTTAACCTCAAGTACTGG	Mature
neurons	10
14_16_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.CTTAGCGGTCAGGTATGGA	Immature
neurons	2
14_16_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.GCTCGAGATACTACTGAAG	Immature
neurons	2
14_16_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.GTAGCGATTGACCTCTCTG	Immature
neurons	2
14_16_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TATTCGGCTTGCGCCATCT	Immature
neurons	2
14_16_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TCCTCGAGTTATTACTCAT	Mature
neurons	10
14_16_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.GGTAGTCCTAGTTGCATCT	Immature
neurons	2
14_16_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.GTTCGCTGTACTTCCGAAT	Immature
neurons	2
14_16_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.CTAGTACGTATCGAGTCGC	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.CTCCTCGTTAGTAAGCATA	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GTAGCGATTGTTCCGCTAA	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CTTAGCGGTAGTAAGCATA	Neural
progenitors	1
14_16_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TATGACTTGTTGGAAGTACC	Mature
neurons	10
14_16_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TCAGCGGTTATGCAATATG	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ATGGCGTATAACTACCGAC	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CCGTCTCATTTAGATTCCG	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGCAAGTCTTCTAGAACTA	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTACCTCTTAGTTCGAGTA	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTCGGAGTTACCGTTACGA	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TACTCCTATTTCGATATTGA	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCATGGCTTCCGCGGACCG	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCTCGCTCTAACGGACCAA	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGGTAATAGTGACTAGTCTA	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTATAGGCATGCAAGGAATA	Neural
progenitors	11
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ATAGTCGCTAAGCCGGCTG	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTCCTCGTTTGATACGAGT	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCGGTATATAATGGTCGAC	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCTCCGAATAGCGTCAATG	Neural
progenitors	0
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGCTCCTATCATGCATCTC	Mature
neurons	10
14_16_exp1_idx1TGGACGACTA_idx2TGATACGAGT.ACGGCAATTTGAGGTAGAA	Neural
progenitors	1
14_16_exp10_idx1AATACGATAA_idx2AACTTATAAG.TTCCATCTTTCGCCTCGAAC	Immature
neurons	2
14_16_exp10_idx1AATACGATAA_idx2AACTTATAAG.TTCTTAACCTAGCTCTCCTC	Immature
neurons	2
14_16_exp10_idx1AATACGATAA_idx2AACTTATAAG.TTTGCTACTTGGCTAATTAA	Immature
neurons	2
14_16_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.CGTACCTATAGTAAGCATA	Immature
neurons	7
14_16_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.AAGGACGATTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.GTCGTAACTAACTACCGAC	Immature
neurons	2
14_16_exp10_idx1AATACGATAA_idx2CTCGATGGAG.TAACGACTTTAACTGATCTT	Immature
neurons	2
14_16_exp10_idx1AATACGATAA_idx2CTCGATGGAG.TGCCTATTATAATACGCAGG	Immature
neurons	2
14_16_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TATCATGAGTGCTGGAACTT	Immature
neurons	2
14_16_exp10_idx1AATACGATAA_idx2TCTAGAACTA.TAACGACTTTCCAGGTCTAC	Immature
neurons	2
14_16_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.AGATCGGATTTGAGTATCA	Immature
neurons	2
14_16_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.ACAACCTATTTTGGTCATAA	Immature
neurons	2
14_16_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.TCGTCTATTTTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.TTAATGAGCTGATGATCGTA	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.TAGAGAGTATTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TGAGAATCATGGTCCAGGAG	Immature
neurons	2
14_16_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.GATCGACCTTGCCGGCAGA	Neural
progenitors	0
14_16_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TCCTATAAGTAGCTTATCCG	Immature
neurons	12
14_16_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TCATAGAGTTGGCTAATTAA	Immature
neurons	2
14_16_exp10_idx1AGACCATATC_idx2CGATCATTAC.GATACGTCTCTAACTAGAT	Sensory
progenitors	6
14_16_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TATAAGGCTTACTTAACCTT	Immature
neurons	12
14_16_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.GCCATGGTTTTAGGATCTA	Immature
neurons	2
14_16_exp10_idx1AGGTCAGCTT_idx2ACCAAGATCT.CCTAATGGTTTGAGTATCA	Immature
neurons	2
14_16_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.TATCATGAGTGCAAGGAATA	Immature
neurons	2
14_16_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.AAACTCCAATTGCCGGCAGA	Immature
neurons	2
14_16_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.TCCAATAGTTGCCATTCTCC	Immature
neurons	2
14_16_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.GAGTTCTCTTGGAACTAGA	Immature
neurons	2
14_16_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TATTCTCCTTGCTGGAACTT	Immature
neurons	2
14_16_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.GTCTCTACTCTGATTAAGA	Immature
neurons	2
14_16_exp10_idx1ATAAGGACTC_idx2GTCGCTCAGT.GAACGATGTGGTCCAGGAG	Immature
neurons	2
14_16_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TATTGAGGTTTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2TTGAGTATCA.AAGGATTACTCCGATTCCTG	Immature
neurons	2
14_16_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.TGAATTCGTTGGTCCAGGAG	Immature
neurons	2
14_16_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.TTATCCGCTTGCGGACCTA	Immature
neurons	2
14_16_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TTGGAGCTTAATTATCAGC	Immature
neurons	2
14_16_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.ATCAGTCATTACCGCCAACC	Immature
neurons	2
14_16_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TATATGCGTTTGGAACTAGA	Immature
neurons	2
14_16_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.ATGGTTGGTAATTATCAGC	Immature
neurons	2
14_16_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.CGAATGAGTACGGAGGCGG	Neural
progenitors	0
14_16_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TCGAGAAGTCCGATTCCTG	Immature
neurons	2
14_16_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TTCAACTGATTTACCGAGGC	Immature
neurons	2
14_16_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TTCGTTCCTCCTAGCGCCT	Immature
neurons	2
14_16_exp10_idx1GATTCTTGAA_idx2CGGCGAGACC.AAGGACGATTGATACGAGT	Immature
neurons	2
14_16_exp10_idx1GATTCTTGAA_idx2GACTAGTCTA.GCCATGGTTTGGAACTAGA	Immature
neurons	2
14_16_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.TTGATTCCTTCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.GGTACCATTCATCTCTGCA	Mature
neurons	10
14_16_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.TAGCCAATTTAACGGACCAA	Immature
neurons	2
14_16_exp10_idx1GCATCGTATG_idx2AGGATTACCA.TCTAGGAATTTCGATATTGA	Immature
neurons	2
14_16_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.CTGCCTTATTGGAACTAGA	Immature
neurons	2
14_16_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TGGTAATAGTTGATACGAGT	Immature
neurons	2
14_16_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TCGAAGGATTGATACGAGT	Immature
neurons	2
14_16_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.CTTCGACTTTTAGATTCCG	Immature
neurons	2
14_16_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TAACTAAGGTATCCATGACT	Immature
neurons	13
14_16_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.AGATCGGATTCGATATTGA	Immature
neurons	2
14_16_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.CTCGTTGATCTAACTAGAT	Immature
neurons	2
14_16_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TACGGTAGTGCCATTCTCC	Immature
neurons	2
14_16_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TAGAGCCTTGCCATTCTCC	Immature
neurons	12
14_16_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.GTCTCTACTGACCTCTCTG	Mature
neurons	5
14_16_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TTATCCGCTCCTAGCGCCT	Immature
neurons	2
14_16_exp10_idx1GGTTATCGAA_idx2GACCGTAGCA.ATCAGTCATTTGAGTCTGGC	Mature
neurons	10
14_16_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TACTTGCGTGCTCTCGCCT	Immature
neurons	2
14_16_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.GACCAGGATTCAACGTAAG	Immature
neurons	2
14_16_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TCATAGAGTTCCGATTCCTG	Immature
neurons	2
14_16_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TTCCATTACTGCAAGGAATA	Immature
neurons	2
14_16_exp10_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGGAGTTATCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.ACAGGTATTTCCTAGCGCCT	Immature
neurons	2
14_16_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TTATAGGCATTTACCGAGGC	Immature
neurons	2
14_16_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.TCATAGAGTTTTAGGATCTA	Immature
neurons	2
14_16_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.ATTAGTCTGTTGCGGACCTA	Mature
neurons	10
14_16_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TGAGAATCATTTACCGAGGC	Immature
neurons	2
14_16_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.GGCGTTAATTTGGTCATAA	Immature
neurons	2
14_16_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.TATTGACTCTAACTACCGAC	Sensory
progenitors	6
14_16_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.TCTACTTACTTTAGATTCCG	Immature
neurons	2
14_16_exp10_idx1TAGGTAACTT_idx2ACTTCCGAAT.GTAAGGAGTGCCGCAACGA	Immature
neurons	2
14_16_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.CAGCAAGTTCATTATTACC	Immature
neurons	2
14_16_exp10_idx1TAGGTAACTT_idx2GATGATCGTA.GCAATCGCTACGCAACTCC	Immature
neurons	12
14_16_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.CCAAGGATTCTGCTTCGAC	Immature
neurons	2
14_16_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.GGTTGGCATTGATACGAGT	Immature
neurons	7
14_16_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TCTATACCTTGCTCTCGCCT	Immature
neurons	2
14_16_exp10_idx1TAGTAAGCCG_idx2TGATTCCTCA.ACTTGATTGTGCTAACTTGC	Immature
neurons	7
14_16_exp10_idx1TATAATAGTT_idx2CTCGTCTAGG.TGTCCTTATTACTTCCGAAT	Immature
neurons	2
14_16_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.GAGTTCTCTGGCTAATTAA	Immature
neurons	2
14_16_exp10_idx1TATTAGACTT_idx2CGTCCGTCCT.CTTCATGCTTTACCGAGGC	Immature
neurons	2
14_16_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.CTGCTGAATGCTGGAACTT	Immature
neurons	2
14_16_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.TCAGCTTCTGGTCCAGGAG	Sensory
progenitors	6
14_16_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.TGTCCTTATTAGTAAGCATA	Immature
neurons	2
14_16_exp10_idx1TATTAGACTT_idx2TCATCTAATC.ATATCCTACTACGGAGGCGG	Immature
neurons	2
14_16_exp10_idx1TATTAGACTT_idx2TCATCTAATC.GAGTTCTCTGCCATTCTCC	Mature
neurons	10
14_16_exp10_idx1TATTAGACTT_idx2TCATCTAATC.GTCATCTGTACGCGAGATT	Immature
neurons	2
14_16_exp10_idx1TATTAGACTT_idx2TCATCTAATC.GTCTATGGTACTTAACCTT	Immature
neurons	2
14_16_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TCTATACCTTGCAAGGAATA	Immature
neurons	2
14_16_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TGATGCGATCGCCTCGAAC	Mature
neurons	10
14_16_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.AAGGATTACTCTAACTAGAT	Immature
neurons	2
14_16_exp10_idx1TCCTCTGCCG_idx2AGTTGCATCT.ACGCTTGATCCGCGGACCG	Neural
progenitors	0
14_16_exp10_idx1TCCTCTGCCG_idx2AGTTGCATCT.TGCAAGGTTCGCCGCCTCC	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.GACCAGGATGTCATTGCGC	Neural
progenitors	15
14_16_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.TCGAGAAGTAATTATCAGC	Immature
neurons	2
14_16_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.GCCATGGTTAGCTTATCCG	Immature
neurons	2
14_16_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TCATAGAGTTCCTAGCGCCT	Immature
neurons	7
14_16_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TTGACTCAATCATCTCTGCA	Immature
neurons	2
14_16_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TTGGCAATATCTGCTTCGAC	Immature
neurons	2
14_16_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TCATGGCTTTTACCGAGGC	Immature
neurons	8
14_16_exp10_idx1TTATTGAGGC_idx2CGAAGGACGA.TCTCGCTCTCCAGGTCTAC	Immature
neurons	2
14_16_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.TAGGTACTATCCGATTCCTG	Immature
neurons	2
14_16_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.TGATCTTCTTCAAGATTAAG	Neural
progenitors	1
14_16_exp10_idx1TTGCCGTAGG_idx2ACTGAATTCC.GTATCGCATAACTACCGAC	Immature
neurons	2
14_16_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.AGATCGGATTTGGTCATAA	Immature
neurons	2
14_16_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.GAACGATGTCAAGCTTCAT	Immature
neurons	2
14_16_exp10_idx1TTGCCGTAGG_idx2TGAGGTAGAA.TGCTACTAATGACTAGTCTA	Immature
neurons	2
14_16_exp10_idx1TTGCCGTAGG_idx2TGATACGAGT.ACCATGATTTAATACGCAGG	Immature
neurons	2
14_16_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.ATTAGTCTGTGACTAGTCTA	Immature
neurons	2
14_16_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.ATGGTTGGTGGTAGGTTAG	Neural
progenitors	1
14_16_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.ACAATGCTATATCAACGATT	Immature
neurons	2
14_16_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.CAACGCAGTCTAGTAGTCT	Immature
neurons	2
14_16_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.GACTGACGTCCAACTAACC	Immature
neurons	2
14_16_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.AATTCATCGTTGCCGGCAGA	Immature
neurons	8
14_16_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.AGAGATGAATCGCCTCGAAC	Immature
neurons	2
14_16_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.ATCAGTCATTTTATAGCAGA	Immature
neurons	2
14_16_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.TCTCTCCATAGTTGCATCT	Immature
neurons	2
14_16_exp3_idx1AGACCATATC_idx2GATCAGTCAT.TGAATCTGATCTGCTTCGAC	Immature
neurons	7
14_16_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.GCTCGAGATTTACGTATAC	Immature
neurons	7
14_16_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.AAACTGAACTACGCCGTTCA	Immature
neurons	2
14_16_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.AGTTGCGCTAGTAACGGTC	Immature
neurons	2
14_16_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.CGCCGTAATGGTAGGTTAG	Immature
neurons	13
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTAATTAA.TAGCTCGGTAATACGCAGG	Immature
neurons	12
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.CCGTCGATTCGTCCGTCCT	Immature
neurons	2
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.TGGTTGAATTCAAGGCATTC	Immature
neurons	2
14_16_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.CATACCGCTTATATACTAA	Immature
neurons	2
14_16_exp3_idx1AGTCCGCTGC_idx2CAAGATTAAG.CTCCATCATTTGGACGCTG	Mature
neurons	10
14_16_exp3_idx1AGTCCGCTGC_idx2CAAGTACTGG.TCCTCGAGTTTCCATGGCA	Mature
neurons	10
14_16_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.ATTGCCGGTTCAATCGCAT	Immature
neurons	2
14_16_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.TCGAAGGATCTGAACTGGT	Immature
neurons	2
14_16_exp3_idx1AGTCCGCTGC_idx2GGTCCAGGAG.AATTCTAGGTCAATTACCGT	Immature
neurons	2
14_16_exp3_idx1AGTCCGCTGC_idx2TCATCTCGAT.ATTCAAGCATCCTAGCGCCT	Immature
neurons	2
14_16_exp3_idx1ATAAGGACTC_idx2AAGATCCAAC.ATGGTTGGTTTCAATATAA	Immature
neurons	2
14_16_exp3_idx1ATAAGGACTC_idx2GGCTATGACT.TACTCCTATTCAACCAGTAC	Immature
neurons	7
14_16_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.CAGTATCCTAATTATCAGC	Immature
neurons	2
14_16_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.GGTCCTTCTTTGGACGCTG	Immature
neurons	2
14_16_exp3_idx1ATAAGGACTC_idx2TTGAGTATCA.CGAAGACCTCATTATTACC	Immature
neurons	2
14_16_exp3_idx1ATAAGGACTC_idx2TTGAGTATCA.TATGGTCTTTGTTCGTCAGA	Immature
neurons	12
14_16_exp3_idx1ATAAGGACTC_idx2TTGGTCATAA.GACTACCATGTATCATCGA	Mature
neurons	5
14_16_exp3_idx1ATAAGGACTC_idx2TTGGTCATAA.GCAGATACTAATGCCGCTT	Neural
progenitors	15
14_16_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.AGTCGCATTAGTAACGGTC	Immature
neurons	2
14_16_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.CTACGGCATAGCTTATCCG	Immature
neurons	2
14_16_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.GACTCGCTTCTGAACTGGT	Immature
neurons	2
14_16_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.ACTTCCGTTTTCAATATAA	Immature
neurons	2
14_16_exp3_idx1ATTATGCAAG_idx2CTAACTCCAA.TAAGAATGGTGTATCATCGA	Immature
neurons	2
14_16_exp3_idx1ATTATGCAAG_idx2GTCGCTCAGT.GGTCAGTTTCTGATTAAGA	Immature
neurons	2
14_16_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.ACAATGCTATCCGCGATTAT	Immature
neurons	2
14_16_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.ATTACCATCTACGAAGTCAA	Immature
neurons	2
14_16_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.TCCGGTCATCGTCCGTCCT	Immature
neurons	2
14_16_exp3_idx1CCTCAGCTCC_idx2AGGTCAATTA.GGCTTACTTTTACGTATAC	Immature
neurons	8
14_16_exp3_idx1CCTCAGCTCC_idx2CGACTACCAA.AGTTGCGCTTGCCGGCAGA	Immature
neurons	2
14_16_exp3_idx1CCTCAGCTCC_idx2GACTAGTCTA.AGATCGGATTGGCCGGCCT	Immature
neurons	2
14_16_exp3_idx1CCTCAGCTCC_idx2GACTAGTCTA.ATTACCATCTAATACCATCC	Immature
neurons	2
14_16_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.ATTGATCGTTCCAGTTCCAA	Neural
progenitors	3
14_16_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.GGCTAAGATCGTCGCAGCC	Immature
neurons	2
14_16_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.AGAGCATGTATAGACTAGG	Immature
neurons	2
14_16_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.AGAGCATGTTGGTCAGCCA	Immature
neurons	2
14_16_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.AGAGTACCTTGGCCGGCCT	Immature
neurons	2
14_16_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.CGACGATATCAATTACCGT	Immature
neurons	2
14_16_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.GCTCGAGATATCCATGACT	Immature
neurons	2
14_16_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.TTCTCTCGTCGGCGTAACT	Immature
neurons	2
14_16_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.ACCATGATTTTAGGCAGATA	Immature
neurons	2
14_16_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.AGGCGGAATACGTCATATA	Immature
neurons	2
14_16_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.GCTCGAGATGTCCTAGAGG	Immature
neurons	2
14_16_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.GGTCCTTCTTCGCTAAGCA	Immature
neurons	2
14_16_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.TATCTCGATTCATCCGACTA	Immature
neurons	2
14_16_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.TCAGCGGTTCATTATTACC	Immature
neurons	2
14_16_exp3_idx1GAGCGCGATG_idx2CTCGTCTAGG.AGATTCAACTTTAGGATCTA	Immature
neurons	7
14_16_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.AAAGCTGATTATTCGACCAA	Neural
progenitors	1
14_16_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.ATACTACTCTACTTAACTAG	Immature
neurons	2
14_16_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TCCTAACTTTCGGTTATGCC	Immature
neurons	2
14_16_exp3_idx1GATTCTTGAA_idx2AGATCCTATA.ACTTATGGTTTTATCCGGAT	Sensory
progenitors	6
14_16_exp3_idx1GATTCTTGAA_idx2TCCGGTAATC.TCAAGATCTTACGTTCAACC	Immature
neurons	2
14_16_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.CAATCGGTTCGTCCGTCCT	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.CAGAAGGCTCTGGATTAGT	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.GGTCCTTCTACTTAACCTT	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.AAATTCCTCTCGGAAGATAT	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.ACCTTCGGTCTGCTTCGAC	Mature
neurons	10
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.ATTAATGCCTAGCTTATCCG	Sensory
progenitors	6
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.ATTAGTCTGTCTGATTAAGA	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CAACTCTCTGTATCATCGA	Immature
neurons	8
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TAAGACCGTCTGAACTGGT	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TAGAACCAATGACCTTGATA	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.GTCGGCAATAGACTCAAGC	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.GAGTTCTCTATCCATGACT	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.TCCTAACTTTAGCTTATCCG	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.ACGAGGTTTATATTGATAC	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.ACGAGGTTTTGAGTCTGGC	Immature
neurons	2
14_16_exp3_idx1GCGCGTTCAT_idx2AACGGACCAA.ACATTCGTATATTCAGGTAC	Immature
neurons	2
14_16_exp3_idx1GCGCGTTCAT_idx2AGCGTCAATG.CCAATCCATACCGCAGAAT	Immature
neurons	2
14_16_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.AAGTATTGGTTTATTATGGT	Neural
progenitors	1
14_16_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.CGGAACCTTGTATCATCGA	Immature
neurons	2
14_16_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.GATACGTCTCGAACGCCGG	Immature
neurons	2
14_16_exp3_idx1GCGCGTTCAT_idx2GCAACTGGCA.TGAGTTAGATTTGGTCATAA	Immature
neurons	2
14_16_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.CAACTCTCTCGTCGCAGCC	Mature
neurons	10
14_16_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.CCAATCCATATCAACGATT	Immature
neurons	8
14_16_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.CTATCTCCTAGACTCAAGC	Neural
progenitors	11
14_16_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.TAGGAAGGTTTATTCATTC	Immature
neurons	2
14_16_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.TCTATCCAATAGCTGCAATA	Immature
neurons	2
14_16_exp3_idx1GGCTTACTCC_idx2AACTTATAAG.ACGAGGTTTAGGTCAATTA	Immature
neurons	2
14_16_exp3_idx1GGCTTACTCC_idx2CTCCGGTTCT.TTGGAGCTTGGTCCAGGAG	Immature
neurons	2
14_16_exp3_idx1GTAGCAGCTA_idx2GATACCTAAG.TGAACGCGTGGTCCAGGAG	Immature
neurons	2
14_16_exp3_idx1GTAGCAGCTA_idx2TCTATAAGGA.GAGACTAGTAATACTCTTC	Immature
neurons	8
14_16_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.TTGACCAGTCATCCGACTA	Immature
neurons	2
14_16_exp3_idx1GTAGGCTGCA_idx2GACCGTAGCA.CTACCTGGTCCGTTGACTT	Immature
neurons	12
14_16_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.TATTCTCCTTTTGGTCATAA	Neural
progenitors	0
14_16_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.TCCGGTCATGGCCGTAGTC	Immature
neurons	2
14_16_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.TCGCCAACTCCTAGCGCCT	Immature
neurons	2
14_16_exp3_idx1TAGGTAACTT_idx2ACTCTCTCAA.TCGCCAACTGGTCCAGGAG	Immature
neurons	2
14_16_exp3_idx1TAGGTAACTT_idx2CCTAGCGCCT.ACGATATCATGCCATTCTCC	Immature
neurons	2
14_16_exp3_idx1TAGGTAACTT_idx2CCTAGCGCCT.AGCTATCGTATAGACTAGG	Immature
neurons	2
14_16_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.AAAGCTGATTAAGTCTTCCG	Immature
neurons	2
14_16_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.AGAGTACCTCTGCTTCGAC	Immature
neurons	2
14_16_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.GTCTATGGTAATCTGGAGT	Immature
neurons	13
14_16_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.GATACGTCTCATTCGACGG	Immature
neurons	13
14_16_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.TCTTAGTTCTGTCCTACTTG	Immature
neurons	2
14_16_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.ACCATGATTTCGCCTCGAAC	Immature
neurons	2
14_16_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.ACGCTTATATAATCTGGAGT	Immature
neurons	2
14_16_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.ATTCGGAGTCAAGCTTCAT	Immature
neurons	2
14_16_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.TGAACGCGTTTGGTCATAA	Immature
neurons	2
14_16_exp3_idx1TATAATAGTT_idx2ACGCAACTCC.AGCAACGATCGGTTATGCC	Immature
neurons	13
14_16_exp3_idx1TATAATAGTT_idx2GGAACGATGG.AAACTCCAATTGCATATAAC	Immature
neurons	2
14_16_exp3_idx1TATAATAGTT_idx2GGAACGATGG.ATAGTTGACTCGAGCTGCCA	Immature
neurons	2
14_16_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.ACTTACTCATGCAGACCGGT	Neural
progenitors	1
14_16_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.GGTACGGATATCAACGATT	Immature
neurons	2
14_16_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.AACCGCTGTATCAACGATT	Immature
neurons	2
14_16_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.GCGGAGAATAGCTCTCCTC	Immature
neurons	2
14_16_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.AAACCATAGTGGTAGGTTAG	Immature
neurons	7
14_16_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TTCTGGCCTCAGGAGGAGA	Immature
neurons	2
14_16_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.AATACCGAATTTATTATGGT	Immature
neurons	2
14_16_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.TATGGTCTTTTGGCCGGCCT	Immature
neurons	2
14_16_exp3_idx1TCTTGAGGTT_idx2TGGCCGCAAT.CGTCGAAGTCTGCTTCGAC	Immature
neurons	2
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.AAATTCCTCTCCGTTGACTT	Mature
neurons	10
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.ATCTTCAGATGTCCTTAAGA	Immature
neurons	7
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.GTAAGGAGTTTCAATATAA	Immature
neurons	2
14_16_exp3_idx1TGGACGACTA_idx2AGCGTCAATG.ACATTCGTATCCGTTGACTT	Immature
neurons	2
14_16_exp3_idx1TGGACGACTA_idx2GATGATCGTA.TCGGTACCTTTATAGCAGA	Immature
neurons	2
14_16_exp3_idx1TGGACGACTA_idx2TCGATATTGA.CGCCGTAATCTGGATTAGT	Immature
neurons	2
14_16_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.ACTGGTTATTTAGGCAGATA	Immature
neurons	8
14_16_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.CAGGACTCTTTGGTCATAA	Immature
neurons	2
14_16_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.CGCCGTAATTTAGGATCTA	Immature
neurons	2
14_16_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.ACAGGTATTTCGATGGCGCC	Immature
neurons	2
14_16_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.CTCCAGAGTAACGGACCAA	Immature
neurons	2
14_16_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.CAAGGCGTTTTACGTATAC	Immature
neurons	2
14_16_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.TCGCCAACTGGTAGGTTAG	Immature
neurons	8
14_16_exp3_idx1TTCCGTCGAC_idx2CGATCATTAC.ATGCTTCCTGTTCGTCAGA	Immature
neurons	2
14_16_exp3_idx1TTCCGTCGAC_idx2CGATCATTAC.CGCTAACCTTTATCCGGAT	Immature
neurons	2
14_16_exp3_idx1TTCGAATATT_idx2TCTAGAACTA.AGATCGGATAGCTGCAATA	Immature
neurons	2
14_16_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.TAGAGAGTATCGTCGCAGCC	Immature
neurons	2
14_16_exp3_idx1TTGCCGTAGG_idx2CAAGCTTGGC.AAGGACGATGATGATCGTA	Neural
progenitors	1
14_16_exp3_idx1TTGCCGTAGG_idx2CAAGCTTGGC.GTCGGCAATCTGATTAAGA	Immature
neurons	2
14_16_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.AACGAGCGTATCCATGACT	Neural
progenitors	0
14_16_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TCCTCGAGTAATACTCTTC	Immature
neurons	2
14_16_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TGAGTTAGATCGGTAGGAAT	Immature
neurons	2
14_16_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TGTCCTTATTAACGGACCAA	Immature
neurons	2
14_16_exp3_idx1TTGCGAGCAT_idx2CATTATTACC.AACGATCATTAACGAGGCTA	Immature
neurons	2
14_16_exp3_idx1TTGCGAGCAT_idx2CATTATTACC.CTGCCTTATTATCGTCGGC	Immature
neurons	8
14_16_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.ACTGGACCTTTGATGCTAT	Immature
neurons	2
14_16_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.CAGCAAGTTACGTTCAACC	Immature
neurons	2
14_16_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.GTTGCTCCTTTCTTATCGA	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TAGCCAATTTTTAGATTCCG	Immature
neurons	12
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ACGCCATATAATGGTCGAC	Neural
progenitors	1
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.ACGGCAATTTGATAGAACG	Neural
progenitors	3
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TGAATTCGTTCATGCTGGTT	Immature
neurons	12
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTAGTACGTTTGAGTATCA	Neural
progenitors	1
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GACCGAATTTTCTTATCGA	Neural
progenitors	1
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TATCCAGGTAGTAAGCATA	Neural
progenitors	1
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATAAGGCTTAACTGATCTT	Neural
progenitors	1
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.GCAATCGCTTGGAACTAGA	Neural
progenitors	1
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TCGAATCTTTGCAAGGAATA	Neural
progenitors	1
14_16_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.GACTACCATAGTAAGCATA	Neural
progenitors	1
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TATGACTTGTTCCGTCGCCA	Neural
progenitors	1
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATGACTTGTGACCTCTCTG	Neural
progenitors	0
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTGGTTAAGTCGAGCTGCCA	Neural
progenitors	1
14_16_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.ACGGCAATTACTTCCGAAT	Neural
progenitors	0
14_16_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TCCTATTCTTTCCGTCGCCA	Neural
progenitors	0
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGCTCCTATCGAATAATTC	Neural
progenitors	1
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATGGTCTTTGACCTCTCTG	Ventral
midline	9
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGTCTATTTGGCTAATTAA	Neural
progenitors	1
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCCATTACTCATGCTGGTT	Neural
progenitors	3
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCATCAGGTTCCGTCGCCA	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAGACTAGTAACTACCGAC	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCATCAGGTCATTATTACC	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.AGTTGCGCTACTTCCGAAT	Neural
progenitors	3
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCGTTCTGTAGCGTCAATG	Sensory
progenitors	6
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CAACGCAGTCCGTCGGAGG	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGTTCTGTACTTCCGAAT	Neural
progenitors	3
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCTGGCCTGGCTAATTAA	Neural
progenitors	0
14_16_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.CTTAGCGGTCCAGGTCTAC	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GTCCTGCATTCTAGAACTA	Neural
progenitors	11
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GACCGTCATCGAGCTGCCA	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCGGAGTTTCGAGCTGCCA	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCAAGTTATCATGCTGGTT	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCTACTTACTGTCCAACTCA	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.ACGGCAATTTGAGGTAGAA	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGATCTTCTTCCAGGTCTAC	Neural
progenitors	1
14_16_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GCTCGAGATTGGAACTAGA	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2AACTTATAAG.GCTGGCTATGATCGCTTCT	Neural
progenitors	1
14_16_exp10_idx1AATACGATAA_idx2TTCTACGCCA.TGATGCGATCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.ATGGTTGGTTGATACGAGT	Neural
progenitors	0
14_16_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TGCCTATTATACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2CGATCATTAC.ACAACCTATTCCGATTCCTG	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.AGTCGCATTTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TAGGAAGGTCTAACTAGAT	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.GAGGAACTTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2ACTGAATTCC.TATTCTCCTTTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.TTCTAAGCTTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2ACTATCTTGA.TGATCTTCTTGGTACTGCCT	Neural
progenitors	0
14_16_exp10_idx1TCTTGAGGTT_idx2ACTATCTTGA.CATCAACGTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.ACAACCTATTTGATACGAGT	Neural
progenitors	0
14_16_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.TTCTAAGCTTCTAACTAGAT	Neural
progenitors	11
14_16_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.GGCTAAGATACCGTTACGA	Neural
progenitors	11
14_16_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.GGCGACTATTCAGACGAAC	Neural
progenitors	3
14_16_exp3_idx1CTCAATTAGT_idx2ACCAAGATCT.CTGGAAGATGCGCGGTAGT	Neural
progenitors	11
14_16_exp3_idx1GCGCGTTCAT_idx2GCAACTGGCA.ACTTCCGTTCATTATTACC	Immature
neurons	8
14_16_exp3_idx1GTAGGCTGCA_idx2GACCGTAGCA.TAAGGTTCATCAAGTCGACC	Neural
progenitors	1
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.AGCAACGATTTAGGATCTA	Neural
progenitors	1
14_16_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TTCTGGCCTCAAGATTAAG	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GTTGCAAGTCCAGGTCTAC	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TAACTAAGGTGCAAGGAATA	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCTCGAGATGCTCTAACGA	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CCAGAACCTCTCGATGGAG	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TAGAGCCTTAACTACCGAC	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGGTCGAATCAAGATTAAG	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TCCAATAGTTAACTGATCTT	Neural
progenitors	11
14_16_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.GGTAGTCCTTCTAGAACTA	Neural
progenitors	11
14_16_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.TGGTCGAATGTCATTGCGC	Neural
progenitors	11
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CAATCGGTTTCTAGAACTA	Neural
progenitors	11
14_16_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GGTACGGATTGATAGAACG	Neural
progenitors	11
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TTCGCATAATACGCAACTCC	Neural
progenitors	11
14_16_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GCTTCTGGTCATGCTGGTT	Neural
progenitors	11
14_16_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TATTCGGCTTCGATATTGA	Neural
progenitors	11
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CTGGAAGATGATGATCGTA	Head epid.
/muscle	4
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GTCATCTGTTGGAACTAGA	Neural
progenitors	11
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TCATAGAGTTGACCTCTCTG	Neural
progenitors	11
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.ATGGCAGCTTGATAGAACG	Neural
progenitors	11
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CTATCTCCTTGATAGAACG	Neural
progenitors	11
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCTCGAGATGTTGACGGCC	Neural
progenitors	11
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCATAGAGTTCGAGCTGCCA	Neural
progenitors	11
14_16_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TCTCGCTCTGGCTAATTAA	Neural
progenitors	11
14_16_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TGGATCCGTAGTAAGCATA	Neural
progenitors	11
14_16_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TGAGTTAGATTGAGGTAGAA	Neural
progenitors	11
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCGGAGAATAGCGTCAATG	Neural
progenitors	11
14_16_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.AAGCGCCATTCCGTCGCCA	Neural
progenitors	11
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCCGTATGTGTCATTGCGC	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTGCTGAATTAGGCAGATA	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGGTACTATCCGCGGACCG	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCATAGAGTTCCGCGGACCG	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CTGCTGAATTCCGTCGCCA	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGACTTGATGACTAGTCTA	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATGGTCTTTATGCAATATG	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTCCGAATAGTAAGCATA	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCTTAACCTAGCGTCAATG	Neural
progenitors	11
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.CGAGATGCTGGCATAGCTT	Neural
progenitors	11
14_16_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GCCATGGTTCGATCATTAC	Neural
progenitors	11
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TAGAGCCTTAACTGATCTT	Neural
progenitors	11
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCTGGCTATTATTACTCAT	Neural
progenitors	11
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATCGAACTTCATGCTGGTT	Neural
progenitors	11
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ATGGCAGCTGACCTCTCTG	Neural
progenitors	11
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGCGTAGTTCCGCGGACCG	Neural
progenitors	11
14_16_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TCGTTCTGTAACTACCGAC	Neural
progenitors	11
14_16_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TAACTAAGGTTGATACGAGT	Neural
progenitors	11
14_16_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TCGGTACCTACTTCCGAAT	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGTACGGATTCCGTCGCCA	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTTGCTCCTTATGCCGAGT	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CGCCGTAATACTTCCGAAT	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCCTACCTTAATGGTCGAC	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TACGGTAGTCCAGGTCTAC	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTCTTAACCTTATTACTCAT	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCGGTACCTTGAGGTAGAA	Neural
progenitors	11
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTGGAAGATCCGCGGACCG	Neural
progenitors	11
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCAGTTGGTTATTACTCAT	Neural
progenitors	11
14_16_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TCGAATCTTTTATTACTCAT	Neural
progenitors	11
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GATCGACCTGACTAGTCTA	Neural
progenitors	11
14_16_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TCATTAAGCTAATCTGGAGT	Neural
progenitors	0
14_16_exp10_idx1AATACGATAA_idx2AACTTATAAG.GCTCTTAGTCCGATTCCTG	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2ACGTTCAACC.GCAGATACTTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.GTCATCTGTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.GACGTTCGTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.GATAAGCGTCCGATTCCTG	Sensory
progenitors	14
14_16_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TGATCTTCTTTCGCGGTTGG	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2GTTCCGACGA.ATTGATCGTTTCTGATACCA	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2GTTCCGACGA.GTCATCTGTACTGCCGATA	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2TTCTACGCCA.AAGTTCTTGTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.TTGACTCAATGGTATGCTTG	Neural
progenitors	0
14_16_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.AAGGATTACTCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.TGGTAATAGTCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.TGGATTCTATTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.TTGGCTCATCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.AAGGATTACTCAAGTACTGG	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.AGATCGGATCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.TGCTACTAATCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2CGATCATTAC.TATGACTTGTGACTAGTCTA	Head epid.
/muscle	4
14_16_exp10_idx1ACGGCGTTAA_idx2CGATCATTAC.TCCTCGAGTCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.TTGATTCCTTCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TCTAGGAATTTCCTACCAGT	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TTCTCATTGTATCCATGACT	Head epid.
/muscle	4
14_16_exp10_idx1AGACCATATC_idx2AGGATTACCA.AAGGACGATACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2AGGATTACCA.TTACCTAAGTTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TTCTCTAGTTTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TTGGTTAAGTACTTCCGAAT	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2CCTATAAGCT.GAGGAACTTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TCTATCCAATGGATGCAGCA	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2CGATCATTAC.CAGCAAGTTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2CGATCATTAC.GATACGTCTCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2CTGCTTCGAC.TTCTAAGCTTCGCCGCCTCC	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2GATCAGTCAT.AGTCGCATTTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TTGGCAATATCCGATTCCTG	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2GGAACGATGG.TAGAGCCTTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2ACCAAGATCT.GATAAGCGTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2ACCAAGATCT.GATACGTCTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2ACCAAGATCT.TATCATGAGTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2ATAGGATATG.CTTCGACTTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2CGAAGGACGA.TGGATTCTATTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.TCAGGAGATGATGATCGTA	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.GTCGTAACTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.TCCTCGAGTCATTCAATCA	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.TGCAAGGTTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2TATAACTTCC.TCATGGCTTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2TCCGGTAATC.TAATACCAGTTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.ATATGGATCTCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.TATCTCGATTCGTAGTTACC	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.CTGAGCATTCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.GAGGAACTTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.CTGGAAGATAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.TAGTTACCTTACTGCCGATA	Neural
progenitors	0
14_16_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.GCCATGGTTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.TTGAAGTCTTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2CGAGTTAGAG.GGAGGTTCTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.CTTCATGCTCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.TAATACCAGTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2GGTAGGTCTC.TCAGGAGATGATGATCGTA	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.GTCTATGGTTCCTACCAGT	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.TCCTAACTTTTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.TTGAGAGATTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1ATGGCGCCTG_idx2AGGTCAATTA.TTGGAGTTATGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1ATGGCGCCTG_idx2CCAAGCTGAA.GATCGACCTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1ATGGCGCCTG_idx2CCAAGCTGAA.TATTGAGGTTACTATGCAAT	Neural
progenitors	11
14_16_exp10_idx1ATGGCGCCTG_idx2GACTAGTCTA.TAGGAAGGTCTCGATGGAG	Neural
progenitors	11
14_16_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.TTGAGAGATTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.CTCGTTGATCCGATTCCTG	Neural
progenitors	11
14_16_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.TTACCTAAGTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TTCGCATAATTCGTAGAGAA	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.TGGTAATAGTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.GTCGTAACTGATGATCGTA	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TCATGGCTTGACCTCTCTG	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TCTCGCTCTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TCATTAAGCTCTAACTAGAT	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2GGACTCATTG.ATTGATCGTTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.ATATCCTACTTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.GTCGTAACTCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TTCTTAACCTGACCTCTCTG	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.ATTCCTAGATTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TCTAGGAATTCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TTCCATCTTTCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.TGATCTTCTTCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.GACCAGGATCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.GCAATCGCTCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.TATTGACTCTCTCGATGGAG	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TTCTCATTGTCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.AAACTCCAATAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.TGGATTCTATAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.AACTGGCATCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1GATTCTTGAA_idx2CGGCGAGACC.TATTCGGCTCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1GATTCTTGAA_idx2GAACTGCATC.ATGGTTGGTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1GATTCTTGAA_idx2GAACTGCATC.GCAGATACTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1GATTCTTGAA_idx2GACTAGTCTA.ATATCCTACTCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1GATTCTTGAA_idx2GGTCCAGGAG.ATCAGTCATTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1GATTCTTGAA_idx2GGTCCAGGAG.TCATTAAGCTCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.ACCATGATTTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.TAACGACTTTCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.TTCCATCTTTCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2AATTGCCTAC.CCAAGGATTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2AATTGCCTAC.GCAGATACTCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.AGTCGCATTTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2AGCGTCAATG.CAGTATCCTGGATGCAGCA	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2AGGATTACCA.GAGACTAGTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.GTAAGCTCTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.TCCTATAAGTCCGATTCCTG	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.TCATGGCTTCAAGATTAAG	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.TTGGTTAAGTCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2CGATCATTAC.TTCGTTCCTTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2TCGATATTGA.TTCGCATAATCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.GTCCTGCATTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.GGCGTTAATCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TCAGGAGATCCAGTTCCAA	Neural
progenitors	0
14_16_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.TGCTAATTCTGCGTTGGAGC	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TAATACCAGTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TCGAATCTTTTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TCTATACCTTACTTCCGAAT	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TGGTTGAATTGGCATAGCTT	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CTGATAGGTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2CCTATAAGCT.ACGCTTGATTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2CGATCATTAC.TATGGTCTTTTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TGATCTTCTTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.GGTCAGTTTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.GGTTCGAGTTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TCTACTTACTGGCATAGCTT	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TCCTATAAGTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2ACCAAGATCT.TTATAGGCATGATGATCGTA	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.GTAGACGGTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.GTCTCTACTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TAGTTACCTTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.GCAATCGCTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2TCTATAAGGA.ACAACCTATTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.ACGTTGCTTCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.CTTCATGCTCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.GTAGACGGTTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.CATCAACGTTCGTAGAGAA	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.GACTTGGCTTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.GGTACCATTTCGCGGTTGG	Neural
progenitors	11
14_16_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.GCCATGGTTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCAGCTTCTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.TCTCGCTCTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TGATCTTCTTCCGATTCCTG	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TCAAGATCTTTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.AGTCGCATTAACCTAGCTT	Neural
progenitors	0
14_16_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TCTTAGTTCTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.GGAGCTCATCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TCTATACCTTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TGTTAAGACTGATGATCGTA	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2TGATAGAACG.TATCTCGATTCGCCGCCTCC	Neural
progenitors	11
14_16_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.AAACTCCAATAATACGCAGG	Neural
progenitors	11
14_16_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TAGAACCAATCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TGATCTTCTTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.TGATCTTCTTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.TTTGCTTAGTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.GCTCTTAGTCCGATTCCTG	Neural
progenitors	11
14_16_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.AAGGACGATAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.AACTAGTTGTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.TCTACTTACTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.CTGGAAGATAACCTAGCTT	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.GGTTCGAGTCCGATTCCTG	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2GATGATCGTA.TCAGGAGATTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.TACTTGCGTTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.TTCTAAGCTTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2TGATACGAGT.ACGTTGCTTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2TGATACGAGT.GGTTCGAGTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TGGTAATAGTCTGATTAAGA	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGAATTCGTTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2GACTAGTCTA.TGAATTCGTTTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1TATAATAGTT_idx2ACGCAACTCC.TATATGCGTTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1TATAATAGTT_idx2CTCGTCTAGG.ATTAGGTACTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.TAGGAAGGTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.AATTCATCGTCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TATATGCGTTCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TCTACTTACTAAGCCAGTTA	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.ATGGTTGGTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2CATGCATCTC.AAGGATTACTCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.TGACGAGGTCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TCCTATTCTTCCGATTCCTG	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TTCCATCTTTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TTGATTCCTTTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2TCATCTCGAT.TATCGAACTTACTCTCTCAA	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2TGATAGAACG.GTCCTGCATACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TATGAGAACTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2ACGAGGACCT.TGGTAATAGTCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.GGAGGTTCTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.ACGCTTGATTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.TGCTACTAATCCGATTCCTG	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.TCAGGAGATTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.GCAATCGCTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TTGGAGCTTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.TCGAAGGATCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.TGAGTTAGATTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.TGCCTATTATCTCGATGGAG	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2TTGGTCATAA.GCGTACTTTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1TCTTGAGGTT_idx2ACTATCTTGA.GCTGAAGCTGAAGATCGAG	Neural
progenitors	11
14_16_exp10_idx1TCTTGAGGTT_idx2CAAGTACTGG.GCATCCAGTCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.TCATAGAGTTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1TCTTGAGGTT_idx2GTCATTGCGC.TACTTGCGTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.AAGGACGATTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TATTCTCCTTCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TGATCTTCTTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TTCTCTAGTTGATGATCGTA	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.CTGAGCATTGATGATCGTA	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TATGCGATTTCTAACTAGAT	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.CTGGAAGATTCGTAGAGAA	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.GAGTTCTCTTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.TCGAAGGATGGTATGCTTG	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.TAATCAGCTTCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.TCGTTCTGTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.CATCAACGTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.GGACTTGATAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TACGGTAGTTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2TCGATATTGA.CAAGCAACTCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TTGGCAATATCGACGCGACT	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2TGATACGAGT.AGATCGGATGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.ATACCAGTTTCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.GAGACTAGTCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.TCCAATAGTTTGAGTCTGGC	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.TCCTATTCTTTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.TCTAGGAATTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2ATAAGAGGCG.TAGTTACCTTCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2CGAAGGACGA.AAGGACGATCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2CGAAGGACGA.TAATCAGCTTCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.GTAGACGGTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2TCTATAAGGA.TGTTAAGACTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.TGCCTATTATTTGACTTCAG	Neural
progenitors	11
14_16_exp10_idx1TTCGAATATT_idx2ACGCAACTCC.GATCGACCTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1TTCGAATATT_idx2CTCGTCTAGG.ACGCTTGATTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1TTCGAATATT_idx2CTCGTCTAGG.TGGATCCGTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TACTTGCGTTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TCAGGAGATCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TTACCTAAGTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.CAGTATCCTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.TTCCATCTTTCTCGATGGAG	Neural
progenitors	11
14_16_exp10_idx1TTGCCGTAGG_idx2ACTGAATTCC.ACTTACTCATCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1TTGCCGTAGG_idx2ACTGAATTCC.TAACGACTTTCCGCTATATT	Neural
progenitors	11
14_16_exp10_idx1TTGCCGTAGG_idx2CCTAGCGCCT.AATTCATCGTCTAACTAGAT	Neural
progenitors	11
14_16_exp10_idx1TTGCCGTAGG_idx2CCTAGCGCCT.ATATCCTACTCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TAACGACTTTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.ACAGGTATTTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.AGTATTAGCTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.CCAAGGATTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.GAACGGCTTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.GGTCTACGTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.TCTAGGAATTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.TTGACCAGTGCTAACTTGC	Neural
progenitors	11
14_16_exp10_idx1TTGCCGTAGG_idx2GCTCTAACGA.TATCGAACTTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1TTGCGAGCAT_idx2CAAGTACTGG.TAACGACTTTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1TTGCGAGCAT_idx2CGTCCGTCCT.TCATAGAGTTAATACCATCC	Neural
progenitors	11
14_16_exp10_idx1TTGCGAGCAT_idx2GGACTCATTG.CTTCATGCTCCGATTCCTG	Neural
progenitors	11
14_16_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.TAGAGAGTATACGGAGGCGG	Neural
progenitors	11
14_16_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.TGGTCGAATCCGATTCCTG	Neural
progenitors	11
14_16_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TCCTACCTTTTATTCTGAG	Neural
progenitors	11
14_16_exp3_idx1TATAATAGTT_idx2CTCGTCTAGG.TTGATTCCTTACTTAACTAG	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.CATCGGACTTATAGTAAGC	Neural
progenitors	0
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GAACGGCTTTGGAACTAGA	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTATAGGCATATAGACTAGG	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTCTCTAGTTTTAACGTACC	Immature
neurons	8
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCGCTCAATGGCTATGACT	Neural
progenitors	3
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCATTAAGCTTACGGCTACG	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTTGCTTAGTTTAGATTCCG	Sensory
progenitors	14
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.AAGATGCCTAATGGTCGAC	Neural
progenitors	0
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TGCGTAGTTTGAGGTAGAA	Immature
neurons	8
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCAGTTGGTCGATCATTAC	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCCATGGTTTTAGGATCTA	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCTTCTGGTTCCGTCGCCA	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGCGCATTTTCTATAAGGA	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCAATCGCTGCAAGGAATA	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTTCCAGCTGACTAGTCTA	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTAGCGATTGTCCAACTCA	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGGAGTTATCCTAGCGCCT	Neural
progenitors	1
14_16_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.ACGCCATATCAAGTACTGG	Immature
neurons	8
14_16_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.CTGCTGAATTATTACTCAT	Immature
neurons	2
14_16_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.ATTGCCGGTGACCTCTCTG	Neural
progenitors	15
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TGCTACTAATGACCTCTCTG	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TGGCCTGATGTCATTGCGC	Neural
progenitors	0
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTTCCAGCTGGCATAGCTT	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGTTACCTTTTAGATTCCG	Neural
progenitors	0
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TTCGCGGATAATACGCAGG	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TTCTTAACCTTGGAAGTACC	Neural
progenitors	0
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.AGTTGCGCTACTTCCGAAT	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCGGTCATTTGAGTATCA	Neural
progenitors	3
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTCTGGCCTCATGCTGGTT	Sensory
progenitors	14
14_16_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.GACCGTCATCAGATTCGAT	Ventral
midline	9
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCCGGTCATGACCTCTCTG	Immature
neurons	2
14_16_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.GACTTGGCTGACTAGTCTA	Sensory
progenitors	14
14_16_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.GAGGAACTTTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.TAGAACCAATCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2CTGCAATCGC.TGGATTCTATCTAACTAGAT	Neural
progenitors	0
14_16_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.ATCAGTCATTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TGATCTTCTTCTAACTAGAT	Neural
progenitors	0
14_16_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TCTAGGAATTTGCCGGCAGA	Immature
neurons	2
14_16_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.GGAGGTTCTCCGATTCCTG	Immature
neurons	8
14_16_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.CCTAATGGTTGATACGAGT	Immature
neurons	2
14_16_exp10_idx1TTATTGAGGC_idx2TCGTAGGCTT.CTGATAGGTCTCGATGGAG	Neural
progenitors	11
14_16_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.ACCTCAATATACTCAATAGG	Sensory
progenitors	6
14_16_exp3_idx1AGACCATATC_idx2CCGTCGGAGG.ATTCCTAGATTGCCGGCAGA	Immature
neurons	7
14_16_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.GAGGAACTTTAGGCAGATA	Neural
progenitors	1
14_16_exp3_idx1AGTCCGCTGC_idx2GACTAGTCTA.CCTCCTGATCCTAGCGCCT	Neural
progenitors	15
14_16_exp3_idx1ATAAGGACTC_idx2AGTCCGCGGA.TCCTAACTTTACCGGAATTA	Sensory
progenitors	6
14_16_exp3_idx1GATTCTTGAA_idx2TCCGGTAATC.GATTACGGTGTATCATCGA	Sensory
progenitors	14
14_16_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.AATTCTAGGTATTCAGGTAC	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.ATATGGATCTCGTCCGTCCT	Immature
neurons	7
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.AATACCGAATGTCCTACTTG	Immature
neurons	2
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.GGTCTACGTCCGCTGCCAG	Neural
progenitors	3
14_16_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.AGAGGTCGTCCTAGCGCCT	Sensory
progenitors	6
14_16_exp3_idx1TTGCGAGCAT_idx2CATTATTACC.CGAGATGCTGACTAGTCTA	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TATGCGATTTAGCGTCAATG	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.GGTTCGAGTACTGCCGATA	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.ATGCCAAGTCCGTCGGAGG	Head epid.
/muscle	4
14_16_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.CTCCAGAGTGGCTATGACT	Neural
progenitors	11
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TAGAGCCTTAACTACCGAC	Neural
progenitors	11
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GGCGCATTTTATTACTCAT	Neural
progenitors	11
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.ATTGCCGGTCTCGATGGAG	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTTCCAGCTGACCTCTCTG	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GCGGTATATAACTACCGAC	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTAGACGGTGAACTGCATC	Head epid.
/muscle	4
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GACTCGCTTCCAGGTCTAC	Neural
progenitors	11
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GTACCTCTTGACTAGTCTA	Neural
progenitors	11
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCAGATACTTTATAAGAAC	Neural
progenitors	11
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTAGTACGTACTATCCGCA	Neural
progenitors	11
14_16_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.GAACGATGTCAAGTACTGG	Head epid.
/muscle	4
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TGAATTCGTTAGCGTCAATG	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACCAGGATCGTCCGTCCT	Head epid.
/muscle	4
14_16_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TTCCATTACTTGGAACTAGA	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2CTCGATGGAG.TAGATGACTTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2TCTAGAACTA.GTCTCTACTCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.TCTATACCTTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2AGCGTCAATG.CTCGTTGATCAAGTACTGG	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2AGGATTACCA.TAGAGAGTATCTAACTAGAT	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.TAGAGCCTTGCTAACTTGC	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2TCGATATTGA.ACTTACTCATAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2ACGCAACTCC.GGAGCTCATAACCTGCGTA	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2CCTATAAGCT.GCCATGGTTGACTAGTCTA	Head epid.
/muscle	4
14_16_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TGAATCTGATTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.ATTCCTAGATTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.GAACGATGTCGCCGCCTCC	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.AGTCGCATTCATTCAATCA	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2TGGCGTAGGT.AAGGATATGTTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2GGTAGGTCTC.TCATAGAGTTCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.TTCCATCTTTTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.TGCTGGATTACTGCCGATA	Neural
progenitors	11
14_16_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.CGTACCTATCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.GCGGTATATACTCTCTCAA	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TCTTAGTTCTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.TCAAGATCTTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.TCGTTCTGTCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.TGAGTTAGATACTTAACCTT	Head epid.
/muscle	4
14_16_exp10_idx1GCATCGTATG_idx2TCCGTCGCCA.TTGACCAGTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TGAATTCGTTTTGACTTCAG	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.TCCTATTCTTTTGAGTATCA	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GTCTCTACTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.GTCTCTACTGGTCCAGGAG	Head epid.
/muscle	4
14_16_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.AACTGGCATGGTCCAGGAG	Neural
progenitors	11
14_16_exp10_idx1GGTTATCGAA_idx2TTCTACGCCA.GGTCTACGTTGAGTCTGGC	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.ACCATGATTTCTAACTAGAT	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TAATACCAGTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.TAGCCAATTTTGATGGCCTT	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.AAGGATATGTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATCGAACTTTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TTCAACTGATCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2ACTTCCGAAT.TGCTACTAATCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.TGTTAAGACTAAGCCAGTTA	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.GCTGGCTATCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.GCCATGGTTCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2CATTATTACC.CATCAACGTCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1TCTTGAGGTT_idx2ACTATCTTGA.TTGGTTAAGTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1TCTTGAGGTT_idx2TGGCCGCAAT.CTTCATGCTCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2AACTTATAAG.GGACTTGATTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.ACAACCTATTTTAGGATCTA	Head epid.
/muscle	4
14_16_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.GACCGTCATGACTAGTCTA	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.GCGTACTTTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2CGAAGGACGA.TCTTAGTTCTGATGATCGTA	Head epid.
/muscle	4
14_16_exp10_idx1TTATTGAGGC_idx2TATAACTTCC.GAACGGCTTTTGACTTCAG	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.GACCGTCATCCGATTCCTG	Neural
progenitors	11
14_16_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.TATCTCGATTAATTATCAGC	Neural
progenitors	11
14_16_exp10_idx1TTCGAATATT_idx2ACGCAACTCC.GTCATCTGTTCGATATTGA	Neural
progenitors	11
14_16_exp10_idx1TTGCCGTAGG_idx2ACGTTCAACC.TCGAAGGATAATTATCAGC	Head epid.
/muscle	4
14_16_exp10_idx1TTGCGAGCAT_idx2GGACTCATTG.GAGGAACTTAGCTTATCCG	Neural
progenitors	11
14_16_exp3_idx1AGTCCGCTGC_idx2GACTAGTCTA.GCCATGGTTGTCCTTAAGA	Head epid.
/muscle	4
14_16_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.AGCTATCGTTGCGCCAGAA	Head epid.
/muscle	4
14_16_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.CTCCGGTTTTCAGACGAAC	Neural
progenitors	11
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGGACCTCTTCTAGAACTA	Neural
progenitors	0
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTCCGACGTCCGCGGACCG	Neural
progenitors	0
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCGAATCTTTGACTAGTCTA	Neural
progenitors	0
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTCTCTCGTTCGATATTGA	Neural
progenitors	11
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTTGCTCCTGCAAGGAATA	Neural
progenitors	0
14_16_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TCATGGCTTAATACGCAGG	Neural
progenitors	11
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TTCTCTCGTGATGATCGTA	Neural
progenitors	0
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTCGGAGTTAGTAAGCATA	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GAAGAGGCTCGAGCTGCCA	Neural
progenitors	0
14_16_exp10_idx1AATACGATAA_idx2TTAACGTACC.TATTCGGCTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2CGATCATTAC.TCGTCTATTTCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.AGAGTACCTCTGCTTCGAC	Neural
progenitors	0
14_16_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.GCTCTTAGTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.GGTACCATTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2CTGCAATCGC.ATATCCTACTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2TCTATAAGGA.TAGATGACTTTCGTAGAGAA	Neural
progenitors	0
14_16_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.GCGGTATATAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TATAAGAGGTCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.CCAAGGATTTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.GGACTTGATGATGATCGTA	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TATATGCGTTTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.TTTGCTACTTCCGATTCCTG	Neural
progenitors	11
14_16_exp10_idx1TTCGAATATT_idx2CTCGTCTAGG.GAACGGCTTAATTATCAGC	Neural
progenitors	0
14_16_exp10_idx1TTGCCGTAGG_idx2CGAGCTGCCA.GGTTGGCATTGCCGGCAGA	Neural
progenitors	0
14_16_exp10_idx1TTGCCGTAGG_idx2GCTCTAACGA.TATCGAACTTTCCTACCAGT	Neural
progenitors	11
14_16_exp10_idx1TTGCGAGCAT_idx2TCATCTCGAT.AGAGTACCTACGCAACTCC	Neural
progenitors	11
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TATGACTTGTAGTAAGCATA	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.CAACGCAGTTGCGCCAGAA	Neural
progenitors	1
14_16_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TCATTAAGCTAATGGTCGAC	Immature
neurons	2
14_16_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TGAATTCGTTGTCCAACTCA	Neural
progenitors	0
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCGTCTATTTTGATAGAACG	Neural
progenitors	0
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCTATTCTTCAAGATTAAG	Neural
progenitors	0
14_16_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.GGTCAGTTTGGATGCAGCA	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.TAGGAAGGTCCGATTCCTG	Neural
progenitors	11
14_16_exp10_idx1TATAATAGTT_idx2AACGAGGCTA.TTGGTTAAGTTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1TTGCGAGCAT_idx2CAAGTACTGG.TCAGCTTCTCTAACTAGAT	Neural
progenitors	11
14_16_exp3_idx1AATACGATAA_idx2GATGATCGTA.CGCCGTAATCCGTTGACTT	Neural
progenitors	0
14_16_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.GGTCCTTCTCAAGCTTCAT	Immature
neurons	2
14_16_exp3_idx1TTGCCGTAGG_idx2GACCTCCGCC.GAACGATGTGCGACGCCTT	Neural
progenitors	3
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GCATCCAGTTCCAGAAGGT	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GTTCGCTGTGACCTCTCTG	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TACGGTAGTAGTTGCATCT	Immature
neurons	12
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TATCGAACTTTTAACGTACC	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.AAGATGCCTGATGATCGTA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.AGTTGCGCTACTATCTTGA	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CAGAAGGCTTTCAAGACCA	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CCGGAGTTTGTACTAGTAA	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GAACGATGTCCAACTAACC	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGACTTGATAATGGTCGAC	Mature
neurons	17
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGATAGGTTGTCCAACTCA	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGTTGGCATAGTTGCATCT	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GTCGGAGTTGGCTAATTAA	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TACTCCTATTTTCCATGGCA	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TAGAGCCTTCGTCCGTCCT	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCCGTATGTAATTATCAGC	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCCTATTCTTTTATAAGAAC	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TGAGTTAGATACCGTTACGA	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2ACGCAACTCC.CTCCAGAGTTTAGGATCTA	Immature
neurons	12
14_16_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GACGTTCGTATGCAATATG	Immature
neurons	12
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ATAGTCGCTCGCCTCGAAC	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CCAGAACCTGGCATAGCTT	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CGGTTCCATCGGCGAGACC	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTCCGGTTTTGGAAGTACC	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GACCAGGATCGAGCTGCCA	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCAACGTTTTTAACGTACC	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTCCTGCATTTGAGTATCA	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTTCCAGCTAGATATATCG	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TAAGACCGTTACTTACTTA	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TACTCCTATTTCTAGAACTA	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TAGTTACCTTGATGATCGTA	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCATAGAGTTTCTATAAGGA	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCTACTTACTGACCTCTCTG	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGCGTAGTTGATGATCGTA	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGCTACTAATCAAGCTTCAT	Immature
neurons	12
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGGTAGGCTACTATCCGCA	Immature
neurons	13
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTATAGGCATCGTCCGTCCT	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCTCTAGTTAAGCCGGCTG	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTGGAGTTATTGGAGAATTC	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TCCAAGTTATCCTAGCGCCT	Ventral
midline	9
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TCGGTACCTTCGTAGAGAA	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TGGTAATAGTATGCAATATG	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TTCCATTACTTCCGTCGCCA	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CAACGCAGTCTGATTAAGA	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CCGTCTCATAATACGCAGG	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GACCAGGATTTAATTATTG	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TATCCAGGTCTGATTAAGA	Immature
neurons	12
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.ACGGCAATTTCCGTCGCCA	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.ATAGTCGCTTTAGGATCTA	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.CAACGCAGTACTATCTTGA	Mature
neurons	17
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.CGACGATATGACTAGTCTA	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.CGACGATATTGAGTCCAGA	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.CGAGATGCTTTATAAGAAC	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.CGTCGAAGTCCGCGGACCG	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCAATCGCTCTCGATGGAG	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCTTCTGGTCCGCGGACCG	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGACTTGATTGAGGTAGAA	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGCAAGTCTCCGTCGGAGG	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGCAAGTCTTGATAGAACG	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTTCGCTGTTTATAAGAAC	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TAGCTCGGTAAGCCGGCTG	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TAGCTCGGTTGATACGAGT	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATCGAACTTAGATATATCG	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATGCGATTTGATGATCGTA	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATTGACTCTCATGCTGGTT	Immature
neurons	12
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCCGTATGTTCTAGAACTA	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCTCTCCATAACTACCGAC	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGAATTCGTTATGCAATATG	Head epid.
/muscle	4
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGGATCCGTCCGTCGGAGG	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCTGGCCTAACGAGGCTA	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGAGAGATTGGTCCAGGAG	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTTGCTTAGTGTCATTGCGC	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2TGCCAGATGG.AGTTGCGCTAGATATATCG	Immature
neurons	12
14_16_exp1_idx1AGACCATATC_idx2TGCCAGATGG.AGTTGCGCTCCAGGTCTAC	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CCAGAACCTCCGCGGACCG	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GTAGCGATTAGTTGCATCT	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.CCGTCTCATACTGCCGATA	Mature
neurons	10
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.CTTAGCGGTCAAGTACTGG	Immature
neurons	12
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GGAGCTCATTTGAGTATCA	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GTCGGAGTTAGATATATCG	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.CGAGATGCTACTATCTTGA	Immature
neurons	13
14_16_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GGATAGGTTCGCCTCGAAC	Immature
neurons	12
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AAGCGCCATTTATAAGAAC	Mature
neurons	10
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ACCTTCGGTCTGCTTCGAC	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AGCAACGATACTATCCGCA	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AGTTGCGCTCAAGATTAAG	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ATGGAGAGTACTATCTTGA	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CAACGCAGTCTGATTAAGA	Mature
neurons	17
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTCCTCGTTTTGAGTATCA	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCAGATACTGCAAGGAATA	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGACTTGATCCGCGGACCG	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTAGCGATTAGTTGCATCT	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TACTCCTATTTCCAGAAGGT	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TAGAGCCTTTCTAGAACTA	Immature
neurons	8
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCATAGAGTTTACTTACTTA	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCCAAGTTATAATTATCAGC	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCCTACCTTTTCAAGACCA	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCGCGCATTAATGGTCGAC	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCGGTACCTTCCGTCGCCA	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGCTACTAATCAAGTACTGG	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGGTAATAGTGGATCTGCAG	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.AAGCGCCATCGGTCGTTAA	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTCTACTGTCAAGTACTGG	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GACTCGCTTGTTGACGGCC	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TAGAGAGTATACTATCTTGA	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TAGGTACTATTTAGATTCCG	Immature
neurons	8
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TAGTTACCTTCTGCTTCGAC	Immature
neurons	12
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCGCGCATTCATTATTACC	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCTCCGAATATAGTCGTAG	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCTCCGAATCTCGATGGAG	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGATCTTCTTGCTCTCGCCT	Immature
neurons	12
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGCTCCTATTTGGAGTCGG	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGGTCTCCTTCCAGAAGGT	Oenocytes	18
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTCCGACGTTACTTACTTA	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTGGTTAAGTATGCAATATG	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GCGCTCAATTTATAAGAAC	Mature
neurons	10
14_16_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GCTCGAGATGAACTGCATC	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.CCGAGAGATAGATATATCG	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TTCGCATAATAAGCCGGCTG	Neural
progenitors	1
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GCTTCTGGTTTAGGATCTA	Immature
neurons	7
14_16_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.CGCCGTAATCCGCGGACCG	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GCTTCTGGTTGATAGAACG	Mature
neurons	10
14_16_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TCGAATCTTTCGCCGCCTCC	Mature
neurons	10
14_16_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TGGACCTCTGGTCCAGGAG	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TTCGCATAATCATGCATCTC	Mature
neurons	10
14_16_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TTGGAGTTATAACTGATCTT	Immature
neurons	12
14_16_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.ACCAATGCTCCGCTATATT	Mature
neurons	10
14_16_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.ACCGTAGCTCGTCCGTCCT	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.ACGCCATATAACGGACCAA	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GACCGAATTTTCGCTTACG	Immature
neurons	2
14_16_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GTAGACGGTCGTCCGTCCT	Immature
neurons	2
14_16_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TATGCGATTTCAAGTACTGG	Immature
neurons	8
14_16_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TCTATACCTTGCTCTAACGA	Mature
neurons	17
14_16_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TGCTAATTCTTTATAAGAAC	Immature
neurons	2
14_16_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TGTTAAGACTCGATCATTAC	Immature
neurons	2
14_16_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TTCAACTGATCCGCTATATT	Immature
neurons	2
14_16_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.ACCTTCGGTCTCGTCTAGG	Mature
neurons	17
14_16_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.ACGAGGTTTGTTGACGGCC	Mature
neurons	17
14_16_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.CCATTGCGTGATGATCGTA	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.CGACGATATACTACTGAAG	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.CGAGATGCTTTGGTCATAA	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GGATAGGTTTGATAGAACG	Immature
neurons	2
14_16_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.GGCAAGTCTTGCGCCAGAA	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.GTTGCTCCTTTCAAGACCA	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TGAACGCGTCTGCTTCGAC	Immature
neurons	2
14_16_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TGCCTATTATTCGATATTGA	Immature
neurons	2
14_16_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TTCTGGCCTCTGGATTAGT	Immature
neurons	2
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.ATGCCAAGTCTCGTCTAGG	Immature
neurons	2
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.ATGGCAGCTAATTATCAGC	Immature
neurons	2
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.CCATTGCGTGCAGACCGGT	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.CCGGATAGTTGGAAGTACC	Immature
neurons	2
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.GAAGAGGCTAGATATATCG	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.GCAACGTTTTTGGTCATAA	Immature
neurons	2
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.GCGTCGTATTTAGGATCTA	Immature
neurons	2
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TATGGTCTTTGACTAGTCTA	Mature
neurons	17
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TTCCATTACTTTAGGATCTA	Mature
neurons	10
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TTCTCTCGTACGCAACTCC	Mature
neurons	10
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TTGGAGTTATCCAGGTCTAC	Mature
neurons	10
14_16_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.ATGGCAGCTATCGAGTCGC	Immature
neurons	2
14_16_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GCGCTCAATGGTCGCGTCA	Immature
neurons	2
14_16_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GGTCCTTCTCATTATTACC	Immature
neurons	12
14_16_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TTCGCATAATTCCGTCGCCA	Immature
neurons	2
14_16_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.AAGATGCCTGCAAGGAATA	Mature
neurons	10
14_16_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.ACCTTCGGTACGCAACTCC	Immature
neurons	2
14_16_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.GATTACGGTCAAGATTAAG	Immature
neurons	2
14_16_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.GCGGTATATTTAACGTACC	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.GTACCTCTTTTCAAGACCA	Immature
neurons	2
14_16_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.GTCGGCAATGTTGACGGCC	Immature
neurons	2
14_16_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TCCTATTCTTAGTTGCATCT	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TCCTCGAGTAACGGACCAA	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.GACCGTCATAGATATATCG	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TTCTCTAGTTCGGCGAGACC	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.AAGATGCCTGCGACGCAGA	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GAGCGGTATATCGAGTCGC	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GTACCTCTTGAACTGCATC	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.GACCAGGATCCGTCGGAGG	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.ATTGCCGGTACTTAACTAG	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.CTTCATGCTTTGGAATCTC	Neural
progenitors	11
14_16_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TATGACTTGTTGGAAGTACC	Mature
neurons	10
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.AAGCGCCATACTTCCGAAT	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.ACCTTCGGTACTTCCGAAT	Mature
neurons	10
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.ATGCCAAGTCCGCGGACCG	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CCGGATAGTAATACTCTTC	Mature
neurons	10
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CTATCTCCTTTGGTCATAA	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CTTAGCGGTTTAACGTACC	Mature
neurons	17
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GAGACTAGTTCCGGTAATC	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GCTTCTGGTACTCTCTCAA	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGTCTACGTACCGTTACGA	Mature
neurons	10
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCGCGCATTTTCAAGACCA	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCTACTTACTCCGTCGGAGG	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGGCCTGATTTGGTCATAA	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGTTAAGACTCCGCGGACCG	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTAATGAGCTTGGAACTAGA	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.AGGCATCATTCCGTCGCCA	Mature
neurons	10
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ATGGCGTATCGCCTCGAAC	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CCGTCTCATCCTAGCGCCT	Mature
neurons	10
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTACGGCATGGTCCAGGAG	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTCCAGAGTAATTATCAGC	Mature
neurons	10
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GAAGAGGCTAACTGATCTT	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GACCAGGATTTGGAATCTC	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCAATCGCTCCGCGGACCG	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCAGATACTAACTACCGAC	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCAGATACTCGTCCGTCCT	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCGGTATATCTGCTTCGAC	Immature
neurons	12
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTAAGCTCTTGGAACTAGA	Mature
neurons	10
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTAGCGATTAACTACCGAC	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTCCTGCATTGGAAGTACC	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTTCGCTGTTCGTAGAGAA	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TACGGTAGTCATGCTGGTT	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATCATGAGTTTGAGTATCA	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATCCAGGTTACTTACTTA	Immature
neurons	8
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATTGACTCTGGATGCAGCA	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCAGCGGTTACCGTTACGA	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCAGCGGTTCATGCTGGTT	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCATAGAGTTTTGAGTATCA	Immature
neurons	13
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCATTAAGCTGGATGCAGCA	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCCGGTCATGGATGCAGCA	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCCTACCTTTTAACGTACC	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCCTCGAGTGTCATTGCGC	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGAATTCGTTGAACTGCATC	Immature
neurons	12
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGCCTTGGTACGAGGACCT	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGCTCCTATACTATCTTGA	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTGAGTCCTTTGGAATCTC	Immature
neurons	12
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTGGCGACTTTCAAGACCA	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTGGCTCATCCTAGCGCCT	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.ATGGCGTATCTCGATGGAG	Immature
neurons	12
14_16_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GCGGTATATGGTCCAGGAG	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TATCGAACTTGTTGACGGCC	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.AAGCGCCATTTAGGATCTA	Immature
neurons	12
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.ACCTTCGGTATCGAGTCGC	Mature
neurons	10
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CGCCGTAATAACTACCGAC	Immature
neurons	12
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GATTACGGTAGTAAGCATA	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GCAATCGCTTCGTAGAGAA	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GCGGAGAATAGTCCGCGGA	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGACTTGATTCGTAGAGAA	Mature
neurons	10
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGAGCTCATGCAAGGAATA	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTAAGCTCTGGATCTGCAG	Head epid.
/muscle	4
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATCGAACTTATCGAGTCGC	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGCTCCTATTTATAAGAAC	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGTTAAGACTCAAGCTTCAT	Mature
neurons	10
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTGCGGTCTCCGTTGACTT	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GAACGGCTTTCCAGAAGGT	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GACTCGCTTCATGCATCTC	Mature
neurons	10
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GCATCCAGTTGAGTCCAGA	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GGCGACTATAGATATATCG	Mature
neurons	10
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TATAAGGCTTTGAGGTAGAA	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TGAGTTAGATATGCAATATG	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.CTCCGGTTTACTACTGAAG	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TTTGCTTAGTTCTATAAGGA	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GACGTTCGTACCGTTACGA	Immature
neurons	12
14_16_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.GTCCTGCATTCGATATTGA	Mature
neurons	10
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.ATTGCCGGTAGATATATCG	Immature
neurons	12
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CAGAAGGCTATGCAATATG	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GAGCGGTATGCTCTCGCCT	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGTTCGAGTTGGAACTAGA	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTAAGCTCTCAAGTACTGG	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTATCGCATCGCCTCGAAC	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTCGGCAATCGCCTCGAAC	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTTGCTCCTCTCGATGGAG	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTTGCTCCTTGGAACTAGA	Sensory
progenitors	14
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TATAAGGCTTCCGTCGGAGG	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCCGGTCATTCCAGAAGGT	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCCGTATGTGTCATTGCGC	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCGTCTATTTGCCAGGATCA	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCTCGCTCTACGCCGTTCA	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TGCTAATTCTTCGTAGAGAA	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TGGACCTCTGGCTATGACT	Sensory
progenitors	6
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTCTCTAGTTGTCATTGCGC	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTGGCAATATACTACTGAAG	Ventral
midline	9
14_16_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.GACTCGCTTCCGTCGGAGG	Mature
neurons	10
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.AAGATGCCTCCTAGCGCCT	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CAATCGGTTTTCTTATCGA	Mature
neurons	17
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CTAGTACGTAACTACCGAC	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GAGACTAGTGTTGACGGCC	Immature
neurons	13
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GCAACGTTTGGATGCAGCA	Immature
neurons	8
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TCCTCGAGTTTCAAGACCA	Immature
neurons	2
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.ACCTTCGGTTTATAAGAAC	Immature
neurons	2
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GAGACTAGTCTGGATTAGT	Immature
neurons	2
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GGCGCATTTGATGATCGTA	Mature
neurons	10
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GTCGGCAATGTTGACGGCC	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TAGAGCCTTCCGTCGGAGG	Immature
neurons	2
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TGAACGCGTACTACTGAAG	Immature
neurons	2
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TGGCCTGATTCGATATTGA	Immature
neurons	2
14_16_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.GGCGCATTTTCTAGAACTA	Neural
progenitors	1
14_16_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TGAGAATCATTAGGCAGATA	Mature
neurons	5
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GACTCGCTTGCGACGCAGA	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTCATCTGTTTATAAGAAC	Immature
neurons	8
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTCGGAGTTTGATGGCCTT	Mature
neurons	10
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TAGAGAGTATAGCGTCAATG	Mature
neurons	10
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TAGCTCGGTGGATGCAGCA	Mature
neurons	5
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGAACGCGTTGGAACTAGA	Immature
neurons	2
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGGTCGAATTTCTTATCGA	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.AGCAACGATGGTCCAGGAG	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.ATGGCGTATGTTGACGGCC	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.AAGCGCCATGGTCCAGGAG	Mature
neurons	10
14_16_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.ACGCCATATACTGCCGATA	Immature
neurons	2
14_16_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GACCGAATTCATGCATCTC	Head epid.
/muscle	4
14_16_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TATCATGAGTGACTAGTCTA	Immature
neurons	2
14_16_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TATGCGATTTACGAGGACCT	Immature
neurons	12
14_16_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.ACCGTAGCTATGCAATATG	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GGCAAGTCTTCCGTCGCCA	Immature
neurons	2
14_16_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GCGCTCAATAATTATCAGC	Immature
neurons	2
14_16_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TCATAGAGTTTCGATATTGA	Mature
neurons	10
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.AAGATGCCTTTAGATTCCG	Immature
neurons	2
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACCGTAGCTCAAGCTTCAT	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.AGGCATCATGGCTATGACT	Mature
neurons	10
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTTAGCGGTATGCAATATG	Immature
neurons	2
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GAACGGCTTGCTAACCTCA	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACTGACGTCCTAGCGCCT	Immature
neurons	12
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GATCGACCTACTTCCGAAT	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GATTACGGTCGATCATTAC	Immature
neurons	2
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCAACGTTTTTAGATTCCG	Immature
neurons	2
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCTCGAGATTGAGGTAGAA	Immature
neurons	2
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCTTCTGGTACGCAACTCC	Immature
neurons	8
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGAGCTCATAACGGACCAA	Mature
neurons	10
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGCAAGTCTTGATAGAACG	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATAAGGCTTGGATGCAGCA	Immature
neurons	2
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCGCGCATTCAAGTACTGG	Immature
neurons	12
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGCCTTGGTCCGCGGACCG	Mature
neurons	10
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGCGTAGTTACCGTTACGA	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGCGTAGTTCTCTGCGGCA	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCAACTGATTTAGATTCCG	Immature
neurons	12
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCCATTACTTTGGATCCTT	Immature
neurons	2
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTGAGAGATTTTAGATTCCG	Mature
neurons	10
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTGGCAATATTGATACGAGT	Immature
neurons	2
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ACCTTCGGTCATGCTGGTT	Immature
neurons	2
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ATTGCCGGTGGTCCAGGAG	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CCGGATAGTCAAGTACTGG	Immature
neurons	2
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GAAGAGGCTCCGTTGACTT	Mature
neurons	17
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCAACGTTTTCGATATTGA	Immature
neurons	12
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCCATGGTTACTATCCGCA	Immature
neurons	12
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCCATGGTTCCAGGTCTAC	Immature
neurons	8
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGCGACTATCGAGCTGCCA	Immature
neurons	12
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGTACGGATAATTATCAGC	Immature
neurons	8
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TATAAGGCTTTTAACGTACC	Immature
neurons	2
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCAGCGGTTGGCTAATTAA	Mature
neurons	10
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCTCTCCATTGATGGCCTT	Mature
neurons	17
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGGTCTCCTCGCCGCCTCC	Sensory
progenitors	14
14_16_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.CCGAGAGATCCGTCGGAGG	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.CTGCTGAATTCTAGAACTA	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.GCGGTATATTATTACTCAT	Mature
neurons	10
14_16_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.GGACTTGATACGAGGACCT	Mature
neurons	5
14_16_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.GGTCCTTCTCAAGATTAAG	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.GTCGGCAATTTGAGTATCA	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.GTTGCAAGTAAGCCGGCTG	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TAAGACCGTTGAGGTAGAA	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TCCTATTCTTAGTAAGCATA	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TCCTATTCTTGACCTCTCTG	Mature
neurons	5
14_16_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TGATCTTCTTGGTCCAGGAG	Mature
neurons	5
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.ATGGAGAGTAAGTAGTCAG	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.ATGGAGAGTGCAGACCGGT	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GTTGCAAGTTGATAGAACG	Mature
neurons	17
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TCAGTTGGTTGATACGAGT	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TCTCGCTCTGCGACGCAGA	Immature
neurons	12
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TGAGTTAGATAGTTGCATCT	Mature
neurons	10
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TTCGCGGATACTCTCTCAA	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GACTCGCTTAACGGACCAA	Immature
neurons	12
14_16_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GGACTTGATGTCCAACTCA	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GGCTTACTTGTCCAACTCA	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GTCGGCAATAATCTGGAGT	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TCCAATAGTTTGAGGTAGAA	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GACCGAATTGACCTCTCTG	Mature
neurons	5
14_16_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GACTTGGCTTTGGTCATAA	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GTAGACGGTCTCGATGGAG	Mature
neurons	5
14_16_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TATCCAGGTAGTCCGCGGA	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TCGTTCTGTTTAGATTCCG	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TGGCCTGATCGAGCTGCCA	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GCAATCGCTAATTATCAGC	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GCGGAGAATGCAGGCGACG	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GGTCCTTCTTTCAAGACCA	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TCGAATCTTTTTACGTATAC	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ACGAGGTTTGCAAGGAATA	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCAACGTTTAACTACCGAC	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCGCTCAATACCGTTACGA	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCTGGCTATTCCGGTAATC	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GGTTGGCATGCGCGGTAGT	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GTAGACGGTAATTATCAGC	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TGACGAGGTTTCAAGACCA	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.CGTCGAAGTTTGGTCATAA	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GTAAGGAGTACTTCCGAAT	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACCTTCGGTTGATACGAGT	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACGGCAATTGTTGACGGCC	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACGGCAATTTCGTAGAGAA	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AGTTGCGCTCTGCTTCGAC	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTCCAGAGTACTTCCGAAT	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTCCAGAGTGTCCAACTCA	Immature
neurons	13
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTGCTGAATCTCGATGGAG	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GACTGACGTACTTAACTAG	Mature
neurons	10
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GACTTGGCTGTTGACGGCC	Mature
neurons	17
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GAGACTAGTTCCGGTAATC	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GAGACTAGTTCGATATTGA	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GAGCGGTATACTGCCGATA	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCATCCAGTACCGTTACGA	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCCATGGTTAATACGCAGG	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCTGAAGCTTTCAAGACCA	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGAGCTCATTTGGATCCTT	Immature
neurons	13
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGCAAGTCTCTGCTTCGAC	Mature
neurons	17
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGCGCATTTCCGCTATATT	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGTTCGAGTCTCGATGGAG	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTTCGCTGTAACGGACCAA	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTTCGCTGTAACTGATCTT	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAACTAAGGTCCAACTAACC	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAGGTACTATAGCGTCAATG	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAGGTACTATTATTACTCAT	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATCCAGGTGTTGACGGCC	Mature
neurons	10
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATGACTTGTCATTATTACC	Mature
neurons	10
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCAGTTGGTTCGATATTGA	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCCTCGAGTCGAGCTGCCA	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCTCGCTCTAATGGTCGAC	Mature
neurons	10
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGAACGCGTGGTCGCGTCA	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGTTAAGACTGCTAACCTCA	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCGCGGATAGTAAGCATA	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCTAAGCTTGCGACGCAGA	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCTCTAGTTGACCTCTCTG	Mature
neurons	17
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGAGTCCTCCAGGTCTAC	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.CGACGATATCGTCCGTCCT	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GACCGTCATGGATCTGCAG	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GACTCGCTTTGCGCCAGAA	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GTTGCAAGTCGAGCTGCCA	Neural
progenitors	1
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TTCGCATAATACTGCCGATA	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AAGCGCCATAACGAGGCTA	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ACGAGGTTTACTGCCGATA	Immature
neurons	13
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ATGGAGAGTTATTACTCAT	Mature
neurons	17
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ATGGCGTATTCCGGTAATC	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCGGAGTTTAGCGTCAATG	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GAACGGCTTTGATGGCCTT	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACCGTCATTAGGCAGATA	Mature
neurons	17
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GAGACTAGTAAGTAGTCAG	Mature
neurons	10
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCAACGTTTCGCCTCGAAC	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCTGAAGCTGATGATCGTA	Immature
neurons	13
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTACCTCTTTTAGATTCCG	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTAGACGGTTGAGGTAGAA	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTAGCGATTGGATCTGCAG	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTCATCTGTGACCTCTCTG	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTTCCAGCTACTGCCGATA	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TAGAGAGTATCATGCTGGTT	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATAAGGCTTTATTACTCAT	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATCCAGGTCCGCTATATT	Mature
neurons	10
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCAGGAGATAACGGACCAA	Mature
neurons	10
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCAGTTGGTAATCTGGAGT	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCAGTTGGTGACCTCCGCC	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCCAATAGTTATGCAATATG	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCGCCAACTACTTCCGAAT	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGGCCTGATCCGCGGACCG	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCAACTGATCATGCATCTC	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCCATTACTAGATATATCG	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGCGGTCTACTACTGAAG	Immature
neurons	13
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGGCAATATTGATGGCCTT	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACCAATGCTGACCTCTCTG	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACGAGGTTTAACTGATCTT	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACGAGGTTTGGTCCAGGAG	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACGCCATATACCGTTACGA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AGGCATCATTTATAAGAAC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ATGCCAAGTGACCTCTCTG	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CGTCGAAGTCTGATTAAGA	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTTCATGCTGTCGCTCAGT	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACCGTCATGGTCGCGTCA	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTGACGTTTGGAGTCGG	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTTGGCTACGAGGACCT	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCAGATACTTCTAGAACTA	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCATCCAGTCGCCTCGAAC	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCCATGGTTACCGTTACGA	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCTGGCTATGTTGACGGCC	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGCAAGTCTGTCCAACTCA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGCGCATTTTATTACTCAT	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGCTTACTTCGTCCGTCCT	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTCGGCAATGGTCCAGGAG	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAACTAAGGTAATGGTCGAC	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAGAGAGTATTCGATATTGA	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATAAGGCTTTGATGGCCTT	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATATGCGTTTACTTACTTA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATCATGAGTAATGGTCGAC	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATGCGATTTCCGCTATATT	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATTGACTCTATGCAATATG	Mature
neurons	17
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCAGTTGGTCAAGCTTCAT	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCAATAGTTTTAACGTACC	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTATACCTTTCGTAGAGAA	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGAACGCGTTGGAACTAGA	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGACGAGGTGGACTCATTG	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGGATCCGTGGTCGCGTCA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTAATGAGCTTATTACTCAT	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCTCTAGTTTGGAACTAGA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGAGAGATTTTGAGTATCA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGGCAATATGGATGCAGCA	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.AACCGCTGTAATACGCAGG	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ACGAGGTTTCTCGTCTAGG	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ATGCCAAGTCATGCTGGTT	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCATTGCGTTTAACGTACC	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CGCCGTAATTCCGTCGCCA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTGCTGAATTATGCCGAGT	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACTACCATTGATACGAGT	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACTCGCTTACTATCTTGA	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACTGACGTGAACTGCATC	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GAGCGGTATAGTCCGCGGA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCATCCAGTATAGTCGTAG	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCTCGAGATAACTACCGAC	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCTCGAGATTGATACGAGT	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCTTCTGGTACTATCTTGA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGCAAGTCTCCAGGTCTAC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGCGCATTTTTCAAGACCA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTAAGCTCTTATTACTCAT	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTATCGCATTCCGGTAATC	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAACTAAGGTTATTACTCAT	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAAGACCGTACTACTGAAG	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAAGACCGTAGTCCGCGGA	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TACGGTAGTGTTCTGAATT	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATAAGGCTTGCAAGGAATA	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATAAGGCTTTCGATATTGA	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCAGTTGGTTGATACGAGT	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCGGTCATGCGACGCAGA	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGGTACCTTACTTACTTA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCTACTTACTAACTGATCTT	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGATCTTCTTCGATCATTAC	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGACCTCTGCTCTCGCCT	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGATCCGTCATGCTGGTT	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCTTAACCTCGCCTCGAAC	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TCTATACCTTTTGGTCATAA	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.ACCTTCGGTACCGTTACGA	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GACTTGGCTGCTAACCTCA	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TATTGAGGTTACCGTTACGA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCGAATCTTTGGTCCAGGAG	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCGCGCATTGCGACGCAGA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGATCTTCTTTTGGTCATAA	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGCTCCTATACTATCTTGA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.CAATCGGTTCCGCGGACCG	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GAACGGCTTTTGGAATCTC	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TCAGGAGATCTGCTTCGAC	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.AACCGCTGTAATTATCAGC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACGAGGTTTACGAGGACCT	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTACCTCTTTGATACGAGT	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCATTAAGCTTTGAGTATCA	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCCTACCTTAGCGTCAATG	Mature
neurons	17
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCCTATTCTTAACGAGGCTA	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCGCCAACTCCAACTAACC	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCGCGCATTAATGGTCGAC	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGCTAATTCTACTTCCGAAT	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.ACCTTCGGTATCGAGTCGC	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CCATCAGGTGACCTCCGCC	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GACTGACGTTCCAGAAGGT	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GATTACGGTCCGTCGGAGG	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TATATGCGTTCATTATTACC	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TTCAACTGATCCTAGCGCCT	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TTCTAAGCTTCCGTCGGAGG	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACCAATGCTAAGTCTTCCG	Mature
neurons	17
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACCAATGCTGTTGACGGCC	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACCAATGCTTTAGATTCCG	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACCGTAGCTTTAACGTACC	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.AGCAACGATTCGATATTGA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATGGCAGCTGGTCGCGTCA	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CAACGCAGTGGTCGCGTCA	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCAGAACCTCATGCATCTC	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCGAGAGATCATTATTACC	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCTCCTGATTGCATATAAC	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CGAGATGCTACTTCCGAAT	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTACGGCATTGATACGAGT	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACTCGCTTTATGCCGAGT	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCAACGTTTAAGCCGGCTG	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCAACGTTTCAAGATTAAG	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCCATGGTTTTAGGATCTA	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCGGAGAATCATGCTGGTT	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCGGTATATATGCAATATG	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCGTCGTATATGGCGGATC	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCTTCTGGTAACTACCGAC	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGAGCTCATTTAACGTACC	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGCGACTATGTCCAACTCA	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGCTTACTTGCTCTCGCCT	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTAGACGGTGTCCAACTCA	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTCCTGCATCCGCTATATT	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTTCGCTGTCTGATTAAGA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAGGTACTATCTGCTTCGAC	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAGTTACCTTCGCCGCCTCC	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATTCGGCTCCAGGTCTAC	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCAGGAGATACTTCCGAAT	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCAAGTTATTCTATAAGGA	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCGGTCATACGTTCAACC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCGTATGTATAGTCGTAG	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCTACCTTAGTTGCATCT	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGGTACCTGCAGACCGGT	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTAGGAATTCTCGATGGAG	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTCGCTCTAATGGTCGAC	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGAGTTAGATGCGACGCAGA	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCTAATTCTCATGCATCTC	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGTCGAATGCGACGCAGA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGAGAGATTATCGAGTCGC	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGGCAATATTATTACTCAT	Immature
neurons	2
14_16_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.CTTCATGCTCTCGATGGAG	Immature
neurons	2
14_16_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.GACCGTCATGTTGACGGCC	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.GTCGGAGTTAGATATATCG	Immature
neurons	2
14_16_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.CCTCCTGATGGTCCAGGAG	Immature
neurons	2
14_16_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TAGTTACCTTCCGCGGACCG	Immature
neurons	2
14_16_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TATATGCGTTGTCCAACTCA	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TTCTTAACCTAAGCCGGCTG	Immature
neurons	12
14_16_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TTGCGGTCTGGTCGCGTCA	Immature
neurons	2
14_16_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.ATGGCGTATTTGAGTATCA	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2CCGTCGGAGG.GCGCTCAATCTCGATGGAG	Immature
neurons	2
14_16_exp1_idx1TAGGTAACTT_idx2CCGTCGGAGG.TTCTCTCGTTGAGTCCAGA	Immature
neurons	2
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.ACGGCAATTGATGATCGTA	Mature
neurons	10
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.CCGGATAGTCATTATTACC	Mature
neurons	10
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.CTCTACTGTGGACTCATTG	Immature
neurons	2
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GACTACCATGCAAGGAATA	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GCGTCGTATTTAACGTACC	Mature
neurons	10
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TATGACTTGTAATGGTCGAC	Immature
neurons	2
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TGAACGCGTCGTCCGTCCT	Immature
neurons	7
14_16_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.ACGAGGTTTGCAAGGAATA	Immature
neurons	2
14_16_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.ATGGAGAGTAACGGACCAA	Immature
neurons	2
14_16_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TCGTTCTGTCGCCTCGAAC	Mature
neurons	10
14_16_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TTAATGAGCTTTCAAGACCA	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TTCTAAGCTTAGTCCGCGGA	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GATCGACCTTTGGAATCTC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ATAGTCGCTGCAGGCGACG	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CAACGCAGTAGTTGCATCT	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CCGGATAGTACTATCTTGA	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GAACGGCTTTTAGATTCCG	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GACTCGCTTCCGTTGACTT	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGACTTGATACTGCCGATA	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCAGCGGTTAATGGTCGAC	Sensory
progenitors	14
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCAGTTGGTGAACTGCATC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TTGGAGTTATGCGACGCAGA	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.ACCGTAGCTTTCTTATCGA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GACTGACGTTTAACGTACC	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GTAGCGATTTGATGGCCTT	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TAGCCAATTTTTAACGTACC	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TAGGTACTATTTAACGTACC	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGATCTTCTTAATTATCAGC	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGCTAATTCTGGACTCATTG	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ACCTTCGGTCGCCTCGAAC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ACGGCAATTTTCAAGACCA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CTTAGCGGTTTGAGTATCA	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGACTTGATCCGCTATATT	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCGCGCATTGACCTCTCTG	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCGGTACCTATGCAATATG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCTACTTACTGGTCCAGGAG	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCTATACCTTTTAATTATTG	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGAGAATCATGAACTGCATC	Mature
neurons	17
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGCGTAGTTTTGGTCATAA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTCAACTGATAGTCCGCGGA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTCTGGCCTACTATCTTGA	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.CCGTCTCATACCGTTACGA	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GGCTTACTTTCCAGAAGGT	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TCCAAGTTATCCGCGGACCG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TTCCGACGTACTTCCGAAT	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACGAGGTTTAGTCCGCGGA	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACGAGGTTTTCGATATTGA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACGGCAATTGGCATAGCTT	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.AGCAACGATCCAGGTCTAC	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.AGGCATCATAGTTGCATCT	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.AGTTGCGCTCAAGTACTGG	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CAGAAGGCTTGGAACTAGA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CATCGGACTGTCCAACTCA	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCGTCTCATATAGACTAGG	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CGAGATGCTGACCTCTCTG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTACGGCATAGTTGCATCT	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTCCAGAGTGAACTGCATC	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTCCTCGTTTCCAGAAGGT	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACCAGGATAACTACCGAC	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACCGTCATAACTACCGAC	Sensory
progenitors	6
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACTCGCTTTCGATATTGA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCTCGAGATCAAGTACTGG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGAGGTTCTCATGCATCTC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGCAAGTCTTCCGGTAATC	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGCGCATTTACTATCTTGA	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGCGCATTTCTCGATGGAG	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGTCCTTCTCAAGCTTCAT	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTATCGCATGGCTATGACT	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTCCTGCATGTCATTGCGC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTTGCAAGTTCGATATTGA	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTTGCTCCTCCGTCGGAGG	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAACTAAGGTCCGCTATATT	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATGCGATTTGGCATAGCTT	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATTGACTCTCCGCGGACCG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCATAGAGTTCCAGGTCTAC	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCATAGAGTTTACTTACTTA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCGTATGTCATTATTACC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCTACCTTAGTTCGAGTA	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCTATTCTTTTGGTCATAA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGCGCATTCGCCGCCTCC	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGGTACCTTTGAGTATCA	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCTCCGAATCTCGATGGAG	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGAGAATCATAACGGACCAA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGCCTTGGTACTCTCTCAA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGGTAGGCTCTGCTTCGAC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGGTCTCCTCGATCATTAC	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCCGACGTTCGATATTGA	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCTCTAGTTCGTCCGTCCT	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTTGCTTAGTTATTACTCAT	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.ATGCCAAGTAGTTGCATCT	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CTCCTCGTTTCCGGTAATC	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GCGCTCAATAAGCCGGCTG	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GTAAGGAGTGGATGCAGCA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCCAAGTTATGCTCTAACGA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCGCCAACTCATTATTACC	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TGCCTATTATCGCCTCGAAC	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTCGCATAATAGATATATCG	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTCGCATAATGATGATCGTA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTGGCGACTTCCAGAAGGT	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.AAGATGCCTCGAGCTGCCA	Head epid.
/muscle	4
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.AGCAACGATACTGCCGATA	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CGACGATATTGGAAGTACC	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CGGTTCCATCAAGATTAAG	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GAAGAGGCTACGAGGACCT	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GCGGAGAATCTGCTTCGAC	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCCGGTCATACTATCCGCA	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCTAGGAATTTGATAGAACG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TTCGCGGATTCCGTCGCCA	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CCGGAGTTTTATTACTCAT	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CGACGATATAATGGTCGAC	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GTCATCTGTTGATACGAGT	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GTCGGCAATAACGGACCAA	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TAGTTACCTTCATTATTACC	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TATAAGGCTTAGTCCGCGGA	Sensory
progenitors	14
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TTAATGAGCTATCGAGTCGC	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AAGATGCCTCGAGCTGCCA	Head epid.
/muscle	4
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AGTTGCGCTTTCTTATCGA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CAGAAGGCTATCGAGTCGC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CGGTTCCATCAAGATTAAG	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTGCTGAATAACGAGGCTA	Mature
neurons	17
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GATTACGGTGGATGCAGCA	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCAACGTTTGTCATTGCGC	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCGGAGAATCTGCTTCGAC	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGCGACTATAACCTAGCTT	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGTCCTTCTTCTATAAGGA	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGTTCGAGTCTTCGGCGCA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGAGAGTATACGAGGACCT	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGTTACCTTATAGTCGTAG	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATTCGGCTTCTATAAGGA	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCGGTCATACTATCCGCA	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCTACCTTCTTCGGCGCA	Mature
neurons	17
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCGTAGCGTCAAGTACTGG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCGTTCTGTCTGATTAAGA	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGCCTTGGTAATCTGGAGT	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCGCGGATCCGCGGACCG	Ventral
midline	9
14_16_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TCCGTATGTTTGGTCATAA	Mature
neurons	5
14_16_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TTCAACTGATCGATCATTAC	Mature
neurons	5
14_16_exp1_idx1TATAATAGTT_idx2AGATCCTATA.CTCCGGTTTTGAGTCCAGA	Immature
neurons	2
14_16_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TTCTCTCGTGCTAACCTCA	Mature
neurons	5
14_16_exp1_idx1TATAATAGTT_idx2TATAACTTCC.AAGATGCCTTACTTACTTA	Immature
neurons	2
14_16_exp1_idx1TATAATAGTT_idx2TATAACTTCC.CGGTTCCATGAACTGCATC	Mature
neurons	5
14_16_exp1_idx1TATAATAGTT_idx2TATAACTTCC.CTCTACTGTCGGCGAGACC	Immature
neurons	2
14_16_exp1_idx1TATAATAGTT_idx2TATAACTTCC.GAGCGGTATGGTCCAGGAG	Immature
neurons	12
14_16_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TGTTAAGACTTGATACGAGT	Mature
neurons	5
14_16_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.GACCGAATTTCCGGTAATC	Immature
neurons	2
14_16_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.GTTGCAAGTTCCAGAAGGT	Mature
neurons	5
14_16_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.TATCATGAGTCCAGGTCTAC	Immature
neurons	2
14_16_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TTCGCATAATGGATGCAGCA	Mature
neurons	5
14_16_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.GAACGGCTTCAAGTACTGG	Immature
neurons	12
14_16_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.GTTCGCTGTGTTGACGGCC	Mature
neurons	5
14_16_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TCTACTTACTCTCGATGGAG	Mature
neurons	10
14_16_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.ACCAATGCTAATACGCAGG	Mature
neurons	5
14_16_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.ATTGCCGGTCCGCGGACCG	Immature
neurons	2
14_16_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.CGAGATGCTTTGGATCCTT	Mature
neurons	5
14_16_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.TTCGCGGATAAGTAGTCAG	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CTACGGCATGGATGCAGCA	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GACTGACGTACCGTTACGA	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GCTTCTGGTATGCAATATG	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GTAGACGGTTTAACGTACC	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TTTGCTTAGTTTCTTATCGA	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CGGTTCCATTGGAAGTACC	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GACCGTCATTCGTAGAGAA	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GCTCGAGATAGCGTCAATG	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GCTTCTGGTTCCGGTAATC	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GTCGGCAATTCGATATTGA	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCATTAAGCTTCCAGAAGGT	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCTAGGAATTCAAGTACTGG	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCTCCGAATCATGCTGGTT	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.AGCAACGATCGATCATTAC	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CATCGGACTTGAGGTAGAA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCGTCTCATCATGCATCTC	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCTCCTGATGACCTCCGCC	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CGAGATGCTAATACGCAGG	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CGTCGAAGTCGCCTCGAAC	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CGTCGAAGTTCTAGAACTA	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTCCTCGTTCATGCATCTC	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTGGAAGATTTAGATTCCG	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCTCGAGATGTCCAACTCA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGCAAGTCTTCCAGAAGGT	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGCGACTATTGGAAGTACC	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGTACGGATCATGCTGGTT	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGTCCTTCTGGATGCAGCA	Neural
progenitors	1
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGTCCTTCTTCCAGAAGGT	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTTGCTCCTAGATATATCG	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TACTCCTATTCATGCTGGTT	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATGACTTGTCGGTCGTTAA	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATGCGATTTCGTCCGTCCT	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATGGTCTTTGGCATAGCTT	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCAAGTTATAACGAGGCTA	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCGTATGTACCGTTACGA	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCTCGAGTGACCTCCGCC	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGAATCTTTGACCTCCGCC	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCTCGCTCTCAAGTACTGG	Mature
neurons	17
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCTCGCTCTGCAAGGAATA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGATCTTCTTTTGGATCCTT	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGCGTAGTTGCGACGCAGA	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTTGCTTAGTAATACTCTTC	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.AAGCGCCATTGATAGAACG	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.ACCAATGCTTGATAGAACG	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CCAGAACCTTTGAGTATCA	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GACCGTCATTCGTAGAGAA	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCAACGTTTTATTACTCAT	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCCATGGTTCCGCGGACCG	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCGGAGAATCGCCTCGAAC	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GGTTCGAGTCCGCGGACCG	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TATTGACTCTGTTGACGGCC	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCGCCAACTATGCAATATG	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCGCGCATTCTTCGGCGCA	Mature
neurons	17
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCTCGCTCTATTGCGCTGA	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTGAGAGATTCTGATTAAGA	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACCTTCGGTCTGCTTCGAC	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACGGCAATTAACGGACCAA	Head epid.
/muscle	4
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACGGCAATTCGCCTCGAAC	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AGGCATCATTCCGGTAATC	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ATGGCGTATTCTAGAACTA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CCGGAGTTTGTCCAACTCA	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CGACGATATAACGGACCAA	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CGTCGAAGTGGTCCAGGAG	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTCCTCGTTTCCGGTAATC	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GAGCGGTATGGCATAGCTT	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GATTACGGTCGCCGCCTCC	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCAACGTTTTTGAGTATCA	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCTGAAGCTCAAGCTTCAT	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGCGCATTTTTATAAGAAC	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGCTTACTTCCGTTGACTT	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGCTTACTTGGCTAATTAA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTTGGCATCGGCGAGACC	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTCGGAGTTGGATGCAGCA	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTTCGCTGTACGAGGACCT	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATGGTCTTTGGCATAGCTT	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCCGGTCATAATACGCAGG	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTCGCTCTATGGCGGATC	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGCCTTGGTACTGCCGATA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGCGTAGTTTTATAAGAAC	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGGTAGGCTACTCTCTCAA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTCAACTGATTATTACTCAT	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTCAACTGATTTAGATTCCG	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTCCGACGTTTAGGATCTA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTCCGACGTTTCAAGACCA	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGCGGTCTGACCTCCGCC	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CCATTGCGTTGATACGAGT	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CGACGATATCCAGGTCTAC	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCATAGAGTTACTGCCGATA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCGAATCTTTTCCGGTAATC	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TGGTAGGCTTCTATAAGGA	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.CCATCAGGTTGGAACTAGA	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCATTAAGCTAGTTGCATCT	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TGCCTATTATTCCAGAAGGT	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCATGGCTTTTCCATGGCA	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GTCGGCAATGCGACGCAGA	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCCAATAGTTGTCATTGCGC	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCGAATCTTTGACCTCCGCC	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCTCGCTCTGCAAGGAATA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TTGCGGTCTACTATCTTGA	Immature
neurons	2
14_16_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.ACCAATGCTGAACTGCATC	Immature
neurons	2
14_16_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.CTGCTGAATGAACTGCATC	Mature
neurons	5
14_16_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GAGACTAGTTCTATAAGGA	Immature
neurons	2
14_16_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TAGGTACTATTGATACGAGT	Mature
neurons	5
14_16_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TCGCGCATTTCCGGTAATC	Immature
neurons	2
14_16_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.AGCAACGATTTGAGTATCA	Mature
neurons	5
14_16_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.CCGGAGTTTTATTACTCAT	Mature
neurons	5
14_16_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.GCGCTCAATGTTGACGGCC	Immature
neurons	2
14_16_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.GGTTGGCATCAAGCTTCAT	Immature
neurons	2
14_16_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.TCAGGAGATCTTCGGCGCA	Immature
neurons	2
14_16_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.ACCTTCGGTATGCAATATG	Mature
neurons	10
14_16_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TATGACTTGTATGCAATATG	Immature
neurons	2
14_16_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.GACTTGGCTTTATAAGAAC	Immature
neurons	2
14_16_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.GGATAGGTTTTCTTATCGA	Immature
neurons	2
14_16_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.TCAGCGGTTATAGACTAGG	Immature
neurons	2
14_16_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.TGGTAATAGTGTCATTGCGC	Immature
neurons	2
14_16_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.CTGGAAGATGCAAGGAATA	Immature
neurons	7
14_16_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.TATATGCGTTTCCAGAAGGT	Immature
neurons	2
14_16_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.GTTCGCTGTATAGTCGTAG	Mature
neurons	5
14_16_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.TTCCATTACTTCTATAAGGA	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.ACGAGGTTTTTCAAGACCA	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GGTTCGAGTCGCCTCGAAC	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TGATCTTCTTTTAACGTACC	Immature
neurons	12
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AAGATGCCTAGTTGCATCT	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ACGGCAATTCATTATTACC	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AGCAACGATAGATATATCG	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CAACGCAGTTTATAAGAAC	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTATCTCCTTCGATATTGA	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GATTACGGTTTATAAGAAC	Mature
neurons	10
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGACTTGATCGGCGAGACC	Mature
neurons	10
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGACTTGATGGATGCAGCA	Immature
neurons	13
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTCTACGTTTCAAGACCA	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTTGGCATTGGAACTAGA	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTAGACGGTACTCTCTCAA	Immature
neurons	12
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGCCAATTTCTGATTAAGA	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGGTACTATGCCAGGATCA	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATATGCGTTCCAGGTCTAC	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATCGAACTTCCGCGGACCG	Immature
neurons	12
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATTCGGCTCCGTCGGAGG	Mature
neurons	10
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCAAGTTATCCTAGCGCCT	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCGGTCATAGTAAGCATA	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCTCCTATGCGACGCAGA	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGGTAATAGTAACCTAGCTT	Immature
neurons	12
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCCGACGTTCCAGAAGGT	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGAGAGATTGTCATTGCGC	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGGCAATATGCGACGCAGA	Mature
neurons	10
14_16_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.ACGCCATATAATCTGGAGT	Immature
neurons	12
14_16_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GACTCGCTTAGCGTCAATG	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GTTCCAGCTCGCCTCGAAC	Mature
neurons	17
14_16_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TCGCCAACTACTGCCGATA	Immature
neurons	12
14_16_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TGCTCCTATTAGGCAGATA	Mature
neurons	10
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ACCTTCGGTGGCTATGACT	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ACGGCAATTTGATGGCCTT	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CCAGAACCTTGAGGTAGAA	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CCATCAGGTTGATAGAACG	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CCGTCTCATATTGCGCTGA	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTCTACTGTTCCAGAAGGT	Immature
neurons	12
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GACTGACGTCCGTCGGAGG	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GAGCGGTATGGATCTGCAG	Mature
neurons	10
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCAGATACTTCGATATTGA	Mature
neurons	10
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGCAAGTCTGGCTATGACT	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGTAGTCCTCCGCGGACCG	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTAAGCTCTACTATCCGCA	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTCATCTGTGTTGACGGCC	Mature
neurons	10
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TAACTAAGGTGCGACGCAGA	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TAGCCAATTTCTCGATGGAG	Immature
neurons	13
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TATGACTTGTAACGGACCAA	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.ACCAATGCTTTAGATTCCG	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.ACCTTCGGTACGCCGTTCA	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TCCTACCTTCCAGGTCTAC	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TTCAACTGATACTACTGAAG	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GGAGGTTCTTGGAACTAGA	Immature
neurons	2
14_16_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TTGGCTCATTTCTTATCGA	Mature
neurons	5
14_16_exp10_idx1AATACGATAA_idx2AACTACCGAC.AGTATTAGCTAATACCATCC	Immature
neurons	2
14_16_exp10_idx1AATACGATAA_idx2AACTTATAAG.CGAATGAGTGACTAGTCTA	Immature
neurons	2
14_16_exp10_idx1AATACGATAA_idx2AACTTATAAG.GTAAGGAGTCCTAGCGCCT	Immature
neurons	2
14_16_exp10_idx1AATACGATAA_idx2AACTTATAAG.TACGGTAGTTGATACGAGT	Immature
neurons	2
14_16_exp10_idx1AATACGATAA_idx2ACGTTCAACC.TACGGTAGTCGCCTCGAAC	Immature
neurons	2
14_16_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.TTATAGGCATGCCATTCTCC	Mature
neurons	10
14_16_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.CAAGCAACTTATATACTAA	Immature
neurons	2
14_16_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.GCTGAAGCTAGCTTATCCG	Immature
neurons	8
14_16_exp10_idx1AATACGATAA_idx2CTCGATGGAG.GGACTTGATTGATACGAGT	Mature
neurons	5
14_16_exp10_idx1AATACGATAA_idx2GCTCTAACGA.ACCATGATTTGCCATTCTCC	Mature
neurons	10
14_16_exp10_idx1AATACGATAA_idx2GCTCTAACGA.GTCCTGCATCTGATTAAGA	Immature
neurons	2
14_16_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TCTTAGTTCTGTCCAACTCA	Immature
neurons	2
14_16_exp10_idx1AATACGATAA_idx2TGATACGAGT.ACGCTTGATCATCTCTGCA	Immature
neurons	2
14_16_exp10_idx1AATACGATAA_idx2TGATACGAGT.CAGTATCCTATCCATGACT	Immature
neurons	2
14_16_exp10_idx1AATACGATAA_idx2TGATACGAGT.TGAATCTGATAACTACCGAC	Immature
neurons	2
14_16_exp10_idx1ACGGCGTTAA_idx2AATTGCCTAC.TCCAAGTTATACCGCCAACC	Immature
neurons	2
14_16_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.GATACGTCTCTAACTAGAT	Mature
neurons	5
14_16_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.GATAAGCGTTTGGTCATAA	Immature
neurons	2
14_16_exp10_idx1ACGGCGTTAA_idx2CGATCATTAC.CTTCATGCTCCGATTCCTG	Mature
neurons	10
14_16_exp10_idx1ACGGCGTTAA_idx2GACCTCTCTG.GCGGTATATGCCATTCTCC	Mature
neurons	5
14_16_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.TCCTAACTTTGTCCAACTCA	Mature
neurons	5
14_16_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.TGTCCTTATTTATATACTAA	Immature
neurons	2
14_16_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.TTGACCAGTGCCATTCTCC	Immature
neurons	2
14_16_exp10_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TGAGAATCATCCTAGCGCCT	Head epid.
/muscle	4
14_16_exp10_idx1AGACCATATC_idx2AGGATTACCA.AAGGATTACTAATTATCAGC	Immature
neurons	2
14_16_exp10_idx1AGACCATATC_idx2AGGATTACCA.TATGACTTGTCCGCGGACCG	Immature
neurons	2
14_16_exp10_idx1AGACCATATC_idx2AGGATTACCA.TCGAAGGATCTGCTTCGAC	Immature
neurons	2
14_16_exp10_idx1AGACCATATC_idx2AGGATTACCA.TCTTAGTTCTTCGCTAAGCA	Mature
neurons	5
14_16_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TGAGAATCATTCGATATTGA	Immature
neurons	2
14_16_exp10_idx1AGACCATATC_idx2CCTATAAGCT.GAGGAACTTCATCTCTGCA	Immature
neurons	2
14_16_exp10_idx1AGACCATATC_idx2CGATCATTAC.AAGGATATGTTGCGGACCTA	Mature
neurons	5
14_16_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TCCTATTCTTAGTAAGCATA	Mature
neurons	5
14_16_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.AACTAGTTGTGCTCTCGCCT	Immature
neurons	12
14_16_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.CCTAATGGTCCGATTCCTG	Mature
neurons	17
14_16_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TCTATCCAATCAAGCTTCAT	Immature
neurons	2
14_16_exp10_idx1AGGTCAGCTT_idx2ACCAAGATCT.GGTCTACGTGCCATTCTCC	Immature
neurons	2
14_16_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.ACGCTTGATATCCATGACT	Mature
neurons	10
14_16_exp10_idx1AGGTCAGCTT_idx2ATAAGAGGCG.CTGATAGGTCCAGGTCTAC	Mature
neurons	5
14_16_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.ATATGGATCTAGTAAGCATA	Mature
neurons	5
14_16_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.GTAAGGAGTATCCATGACT	Head epid.
/muscle	4
14_16_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.GTCGTAACTTTATAAGAAC	Immature
neurons	2
14_16_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.TTGATTCCTTTATATACTAA	Head epid.
/muscle	4
14_16_exp10_idx1AGGTCAGCTT_idx2GGCTAATTAA.TGAATCTGATAGTAAGCATA	Mature
neurons	5
14_16_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.TAGGTACTATGACTAGTCTA	Mature
neurons	5
14_16_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.AGTCGCATTAGTAAGCATA	Immature
neurons	2
14_16_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.GGTTGGCATAATACCATCC	Immature
neurons	12
14_16_exp10_idx1AGTCCGCTGC_idx2AAGATCCAAC.TAGCCAATTTGTCCAACTCA	Immature
neurons	8
14_16_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.AGAGTACCTGACTAGTCTA	Immature
neurons	2
14_16_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.GCATCCAGTGGTATCCGCC	Mature
neurons	5
14_16_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.GGAGGTTCTTGATACGAGT	Immature
neurons	2
14_16_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TCCTATAAGTTTATAAGAAC	Mature
neurons	17
14_16_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TGATGCGATGGCTAATTAA	Immature
neurons	2
14_16_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TTCAACTGATGTCCAACTCA	Immature
neurons	2
14_16_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TTGACTCAATAGTAAGCATA	Mature
neurons	10
14_16_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TGAATCTGATGCCATTCTCC	Mature
neurons	5
14_16_exp10_idx1ATAAGGACTC_idx2CATTATTACC.TTCGCATAATGCCATTCTCC	Mature
neurons	17
14_16_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.GAAGAGGCTCCGATTCCTG	Immature
neurons	2
14_16_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.GTCTATGGTCCAGGTCTAC	Immature
neurons	2
14_16_exp10_idx1ATAAGGACTC_idx2TTGAGTATCA.ATTCCTAGATGACTAGTCTA	Immature
neurons	12
14_16_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.CCTAATGGTAGTAAGCATA	Immature
neurons	2
14_16_exp10_idx1ATGGCGCCTG_idx2GACTAGTCTA.TATAAGAGGTTGCCGGCAGA	Immature
neurons	2
14_16_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TAAGAATGGTAACTACCGAC	Immature
neurons	2
14_16_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TTCTTAACCTGCTGGAACTT	Mature
neurons	5
14_16_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.CAAGCAACTGATCGCTTCT	Immature
neurons	2
14_16_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.CTCGTTGATCCGCGGACCG	Mature
neurons	5
14_16_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TAAGGTTCATTTGGTCATAA	Immature
neurons	2
14_16_exp10_idx1CCTCAGCTCC_idx2GGACTCATTG.TGTCCTTATTGTCCAACTCA	Mature
neurons	5
14_16_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.ATTAGGTACTATCCATGACT	Mature
neurons	5
14_16_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.GGACTTGATCCAGTTCCAA	Mature
neurons	17
14_16_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.ATCAGTCATTGGCTAATTAA	Immature
neurons	7
14_16_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.GGTACCATTGGCTAATTAA	Mature
neurons	5
14_16_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TATGAGAACTCTGCTTCGAC	Mature
neurons	10
14_16_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TGCTACTAATCTAACTAGAT	Mature
neurons	10
14_16_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.CAAGCAACTGACTAGTCTA	Immature
neurons	2
14_16_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TTGGTTAAGTCCTAGCGCCT	Immature
neurons	2
14_16_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.TAACTAAGGTGGTCCAGGAG	Immature
neurons	7
14_16_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.GCATCCAGTTTGGTCATAA	Mature
neurons	10
14_16_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.AACTGGCATGCAAGGAATA	Immature
neurons	2
14_16_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.ATAACTTCCTCGTCCGTCCT	Mature
neurons	10
14_16_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TACTCCTATTCCGCGGACCG	Immature
neurons	12
14_16_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TGTTAAGACTCCAGGTCTAC	Immature
neurons	2
14_16_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TTGGTTAAGTAATACCATCC	Mature
neurons	5
14_16_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.GTCATCTGTTCGATATTGA	Immature
neurons	2
14_16_exp10_idx1GAGCGCGATG_idx2GGAACGATGG.TTCCATTACTCCAGGTCTAC	Mature
neurons	5
14_16_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.CTCGTTGATGCTGGAACTT	Mature
neurons	10
14_16_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.TAATCAGCTTGACTAGTCTA	Mature
neurons	5
14_16_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.TGCCTATTATACCGCCAACC	Immature
neurons	8
14_16_exp10_idx1GATTCTTGAA_idx2CCAAGCTGAA.TCCAAGTTATTCGATATTGA	Mature
neurons	10
14_16_exp10_idx1GATTCTTGAA_idx2GAACTGCATC.TGCTGGATTTATATACTAA	Mature
neurons	5
14_16_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.GTAAGGAGTCATTATTACC	Mature
neurons	5
14_16_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.TATCATGAGTGATCGCTTCT	Immature
neurons	7
14_16_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.AATTCATCGTGACTAGTCTA	Mature
neurons	5
14_16_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.GCTGGCTATTGATACGAGT	Head epid.
/muscle	4
14_16_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.TCAGGAGATACTTCCGAAT	Immature
neurons	2
14_16_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.TATGAGAACTACTTAACCTT	Immature
neurons	2
14_16_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.GCGGTATATGGTCCAGGAG	Immature
neurons	12
14_16_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.TATATGCGTTGCTGGAACTT	Mature
neurons	5
14_16_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.TGCTGGATTTTAGGATCTA	Immature
neurons	12
14_16_exp10_idx1GCATCGTATG_idx2TCCGTCGCCA.ATGGTTGGTCTGATTAAGA	Mature
neurons	5
14_16_exp10_idx1GCATCGTATG_idx2TCGATATTGA.TTCTAAGCTTTGCGGACCTA	Mature
neurons	5
14_16_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.CTGGAAGATCAAGCTTCAT	Mature
neurons	10
14_16_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TTCAACTGATGGCATAGCTT	Mature
neurons	17
14_16_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.TGACGAGGTCATTATTACC	Immature
neurons	2
14_16_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TACGGTAGTGGCTAATTAA	Mature
neurons	5
14_16_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TAGAACCAATGCCATTCTCC	Immature
neurons	2
14_16_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TCCTCGAGTTTAGGATCTA	Mature
neurons	5
14_16_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TATAAGAGGTAATTATCAGC	Immature
neurons	2
14_16_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TCGAAGGATAACTACCGAC	Mature
neurons	10
14_16_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.CCTAATGGTAGTAAGCATA	Immature
neurons	2
14_16_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TGATGCGATGATCGCTTCT	Immature
neurons	2
14_16_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.GCTCTTAGTCCTAGCGCCT	Head epid.
/muscle	4
14_16_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.GGCTTACTTATCCATGACT	Mature
neurons	10
14_16_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TATAAGGCTTGCTAACTTGC	Immature
neurons	2
14_16_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TCTATACCTTGGTATCCGCC	Mature
neurons	5
14_16_exp10_idx1GCTTGAAGAG_idx2TTAGATTCCG.ACGCTTGATTCGCTAAGCA	Immature
neurons	7
14_16_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.AGAGTACCTACTTAACCTT	Mature
neurons	5
14_16_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.AAGGATATGTAACGGACCAA	Immature
neurons	2
14_16_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.GAACGATGTTCGTAGAGAA	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.GCTGAAGCTTTATAAGAAC	Mature
neurons	17
14_16_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.AAGGATATGTGCAAGGAATA	Immature
neurons	2
14_16_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TATATGCGTTAATACGCAGG	Immature
neurons	2
14_16_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.GGCTTACTTAATTATCAGC	Immature
neurons	2
14_16_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.GAACGATGTGATGATCGTA	Immature
neurons	2
14_16_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TCCTCGAGTTGATACGAGT	Mature
neurons	5
14_16_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TTATCCGCTTGATACGAGT	Immature
neurons	2
14_16_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TTCCATTACTAATTATCAGC	Immature
neurons	8
14_16_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.GACCAGGATCAAGATTAAG	Immature
neurons	2
14_16_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.TAGATGACTTGACTAGTCTA	Mature
neurons	5
14_16_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TACTCCTATTGTCCAACTCA	Immature
neurons	2
14_16_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.GTCTCTACTCCTAGCGCCT	Immature
neurons	2
14_16_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TCCTAACTTTAACGGACCAA	Mature
neurons	10
14_16_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.ACGTTGCTTGGCATAGCTT	Mature
neurons	5
14_16_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TAGAGAGTATGGTCCAGGAG	Mature
neurons	10
14_16_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.CATCAACGTGGTCCAGGAG	Mature
neurons	5
14_16_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.ACCATGATTTTTGGTCATAA	Immature
neurons	2
14_16_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.GGAGCTCATTTATAAGAAC	Immature
neurons	2
14_16_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.CAGCAAGTTTCTAATAGTA	Mature
neurons	5
14_16_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.TCGTTCTGTTGCCGGCAGA	Mature
neurons	5
14_16_exp10_idx1TAGTAAGCCG_idx2GTTGACGGCC.GATACGTCTGTCATTGCGC	Mature
neurons	17
14_16_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.AGTCGCATTGCCATTCTCC	Immature
neurons	2
14_16_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.ATAACTTCCTGCTCTCGCCT	Immature
neurons	2
14_16_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.CAAGCAACTAATTATCAGC	Immature
neurons	2
14_16_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TATTGAGGTTAACTACCGAC	Mature
neurons	10
14_16_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.ACAACCTATTCATTATTACC	Immature
neurons	2
14_16_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.GAAGAGGCTAATACGCAGG	Mature
neurons	5
14_16_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TTGGCAATATTTACCGAGGC	Mature
neurons	5
14_16_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.CTTCGACTTAACTACCGAC	Immature
neurons	2
14_16_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.GTCCTGCATTGAGTCTGGC	Mature
neurons	10
14_16_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TCCTATAAGTACGCAACTCC	Mature
neurons	10
14_16_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TCTACTTACTTATATACTAA	Head epid.
/muscle	4
14_16_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TTAATGAGCTGCTCTCGCCT	Mature
neurons	10
14_16_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.GTATCGCATGGCTAATTAA	Immature
neurons	2
14_16_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.GTTGCAAGTCATCTCTGCA	Immature
neurons	2
14_16_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TAACTAAGGTCCAGGTCTAC	Immature
neurons	8
14_16_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TCCTAACTTTTTATAAGAAC	Immature
neurons	2
14_16_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.GAACGGCTTCCTAGCGCCT	Immature
neurons	2
14_16_exp10_idx1TATTAGACTT_idx2CAAGTACTGG.GGACTTGATGCTCTCGCCT	Head epid.
/muscle	4
14_16_exp10_idx1TATTAGACTT_idx2CATGCATCTC.TATCTCGATTTTAGGATCTA	Immature
neurons	2
14_16_exp10_idx1TATTAGACTT_idx2CATTATTACC.CTGATAGGTCCAGGTCTAC	Mature
neurons	17
14_16_exp10_idx1TATTAGACTT_idx2CATTATTACC.TCGCCAACTACTTAACCTT	Immature
neurons	2
14_16_exp10_idx1TATTAGACTT_idx2CATTATTACC.TTCCATCTTTTTAGGATCTA	Mature
neurons	10
14_16_exp10_idx1TATTAGACTT_idx2GGACTCATTG.GGTACCATTTTATAAGAAC	Mature
neurons	5
14_16_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.CTTCGACTTTGATACGAGT	Mature
neurons	5
14_16_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TTGGCTCATCATTATTACC	Immature
neurons	2
14_16_exp10_idx1TATTAGACTT_idx2TCATCTAATC.ACGTTGCTTCATTATTACC	Mature
neurons	5
14_16_exp10_idx1TATTAGACTT_idx2TCATCTAATC.GAGGAACTTAACGGACCAA	Immature
neurons	2
14_16_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TTATAGGCATTTAGGATCTA	Mature
neurons	5
14_16_exp10_idx1TATTAGACTT_idx2TGATAGAACG.AAACTCCAATCCAGGTCTAC	Immature
neurons	2
14_16_exp10_idx1TATTAGACTT_idx2TGATAGAACG.CAGTATCCTAGTAAGCATA	Mature
neurons	10
14_16_exp10_idx1TCCTCTGCCG_idx2ACGAGGACCT.ACAGGTATTTACCGCCAACC	Immature
neurons	12
14_16_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.CTCGTTGATAACGGACCAA	Mature
neurons	10
14_16_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.TTGGAGTTATGCTAACTTGC	Mature
neurons	5
14_16_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.GACCAGGATTCGATATTGA	Immature
neurons	2
14_16_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.TATGAGAACTGGTCCAGGAG	Mature
neurons	5
14_16_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.ATGGTTGGTACCGCCAACC	Head epid.
/muscle	4
14_16_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.ACGTTGCTTATCCATGACT	Mature
neurons	10
14_16_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.CTCGTTGATGACTAGTCTA	Immature
neurons	2
14_16_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.TCGAAGGATGACTAGTCTA	Immature
neurons	12
14_16_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.ACAGGTATTTAACTACCGAC	Immature
neurons	2
14_16_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.GCAGATACTTCGATATTGA	Immature
neurons	2
14_16_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.TTCGTTCCTCAAGCTTCAT	Head epid.
/muscle	4
14_16_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.GCAATCGCTGCCATTCTCC	Immature
neurons	2
14_16_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.TGACGAGGTCTGATTAAGA	Immature
neurons	7
14_16_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.ATTCCTAGATCTGCTTCGAC	Mature
neurons	17
14_16_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.AAGTTCTTGTGACTAGTCTA	Immature
neurons	2
14_16_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.GCTGAAGCTTGCGGACCTA	Immature
neurons	2
14_16_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TAGAACCAATCGTCCGTCCT	Mature
neurons	5
14_16_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.TATGAGAACTGGCTAATTAA	Immature
neurons	2
14_16_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.TCAGGAGATCCTAGCGCCT	Mature
neurons	5
14_16_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.ATTAGTCTGTGACTAGTCTA	Immature
neurons	2
14_16_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.TCCAAGTTATAATTATCAGC	Immature
neurons	2
14_16_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.AAGGACGATCGCTCCTAAC	Immature
neurons	2
14_16_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.GAGTTCTCTCATCTCTGCA	Mature
neurons	5
14_16_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TAATACCAGTTGCGGACCTA	Mature
neurons	5
14_16_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TCGAGAAGTGCTAACTTGC	Immature
neurons	2
14_16_exp10_idx1TGGACGACTA_idx2TCGATATTGA.AAGGACGATTTACCGAGGC	Mature
neurons	5
14_16_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TCCTATAAGTGACTAGTCTA	Immature
neurons	2
14_16_exp10_idx1TGGACGACTA_idx2TGATACGAGT.TCGAAGGATCTGCTTCGAC	Mature
neurons	5
14_16_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.GATACGTCTGACTAGTCTA	Mature
neurons	10
14_16_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.TATTGACTCTCGTCCGTCCT	Immature
neurons	2
14_16_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.ACCATGATTTACTTAACCTT	Mature
neurons	17
14_16_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.TAGAACCAATGATCGCTTCT	Immature
neurons	7
14_16_exp10_idx1TTATTGAGGC_idx2TCGTAGGCTT.GGTTGGCATAACGGACCAA	Mature
neurons	10
14_16_exp10_idx1TTATTGAGGC_idx2TCTATAAGGA.CAGCAAGTTATCCATGACT	Head epid.
/muscle	4
14_16_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.GTCATCTGTGCCATTCTCC	Mature
neurons	5
14_16_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.TCATAGAGTTCCGCGGACCG	Immature
neurons	2
14_16_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.TCTCGCTCTATCCATGACT	Immature
neurons	2
14_16_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.TACTCCTATTGATGATCGTA	Immature
neurons	2
14_16_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.TGAATTCGTTGGCTAATTAA	Immature
neurons	12
14_16_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.GATCGACCTGCTGGAACTT	Mature
neurons	17
14_16_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TTCCATTACTTTGGTCATAA	Immature
neurons	2
14_16_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.GGAGCTCATTGCGGACCTA	Immature
neurons	2
14_16_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.GCGTACTTTTTAGGATCTA	Mature
neurons	5
14_16_exp10_idx1TTGCCGTAGG_idx2GATGATCGTA.GGCGTTAATACTTCCGAAT	Mature
neurons	5
14_16_exp10_idx1TTGCCGTAGG_idx2GATGATCGTA.TCGAAGGATAATACGCAGG	Immature
neurons	7
14_16_exp10_idx1TTGCCGTAGG_idx2TGATACGAGT.TCCTATTCTTAGTAAGCATA	Mature
neurons	5
14_16_exp10_idx1TTGCCGTAGG_idx2TGATACGAGT.TTGGAGCTTTGCCGGCAGA	Immature
neurons	2
14_16_exp10_idx1TTGCGAGCAT_idx2CAAGTACTGG.GTAAGCTCTAGTAAGCATA	Immature
neurons	2
14_16_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.GTAAGCTCTCAAGATTAAG	Immature
neurons	2
14_16_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.TCCTAACTTTGCCATTCTCC	Immature
neurons	2
14_16_exp2_idx1TAGTAAGCCG_idx2CGGCGAGACC.AAACTGAACTCATCTCTGCA	Mature
neurons	17
14_16_exp2_idx1TTGGTAAGGA_idx2CGAGCTGCCA.TAATACCAGTTAACTCAATT	Immature
neurons	2
14_16_exp3_idx1AATACGATAA_idx2ACTCTCTCAA.GATCGACCTCTGATTAAGA	Immature
neurons	2
14_16_exp3_idx1ACGGCGTTAA_idx2AATTGCCTAC.AAACTCCAATCTGATTAAGA	Mature
neurons	5
14_16_exp3_idx1ACGGCGTTAA_idx2AATTGCCTAC.TGAACGCGTATTCAGGTAC	Immature
neurons	2
14_16_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.AAGTACGTTTGACTAGTCTA	Mature
neurons	5
14_16_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.GGTAGTCCTTTAATTATTG	Immature
neurons	8
14_16_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.TAATCAGCTTTATATACTAA	Mature
neurons	10
14_16_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.TGAATCTGATTTCGCTTACG	Mature
neurons	10
14_16_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.TGGACCTCTGGTCCAGGAG	Mature
neurons	5
14_16_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.AGATTGGTTTTTCTTATCGA	Mature
neurons	10
14_16_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.GTTGCTCCTGTATCATCGA	Immature
neurons	2
14_16_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.ATCTGATGATTTATTATGGT	Immature
neurons	2
14_16_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.TAGCTCGGTTTGGACGCTG	Mature
neurons	5
14_16_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TGAACGCGTCTGATTAAGA	Mature
neurons	10
14_16_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TGGATTCTATTTAATTGAAT	Immature
neurons	2
14_16_exp3_idx1AGACCATATC_idx2AATTGCCTAC.CGTCGAAGTCGGTTGCGCG	Immature
neurons	12
14_16_exp3_idx1AGACCATATC_idx2CGATCATTAC.ATTCGCAATTCGGTTATGCC	Immature
neurons	2
14_16_exp3_idx1AGGTCAGCTT_idx2AAGATCCAAC.CTCCGGTTTCATCAGAATG	Immature
neurons	2
14_16_exp3_idx1AGGTCAGCTT_idx2ACTATCCGCA.AAGGATTACTGACTAGTCTA	Immature
neurons	2
14_16_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.AAGGACGATAAGTAGTCAG	Mature
neurons	5
14_16_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.CAATCGGTTGTATAATACG	Immature
neurons	2
14_16_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.GATTACGGTAATGGTCGAC	Immature
neurons	2
14_16_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.TCGTAGCGTGGCATAGCTT	Mature
neurons	5
14_16_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.TGCAAGGTTGGACTACTAC	Immature
neurons	12
14_16_exp3_idx1AGGTCAGCTT_idx2GATACCTAAG.AGATTGGTTTAGCCGGTACC	Mature
neurons	5
14_16_exp3_idx1AGGTCAGCTT_idx2GATACCTAAG.AGCAACGATGGTACTGCCT	Immature
neurons	2
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.AACGCGTCTTTACCGAGGC	Mature
neurons	5
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.AACTAGTTGTCAACCAGTAC	Mature
neurons	5
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.ATAATCCTGTATTCAGGTAC	Mature
neurons	5
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.CCATCAGGTGTCCTAGAGG	Immature
neurons	2
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.CTCCAGAGTCAATTACCGT	Immature
neurons	2
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.GCTCTTAGTATTCAGGTAC	Immature
neurons	7
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.GGCTAAGATGTCCTAGAGG	Mature
neurons	10
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.TCCGGTCATTAGATCTACT	Immature
neurons	12
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.TTCTCTCGTTCGATATTGA	Immature
neurons	2
14_16_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.GGTACGGATGGACTACTAC	Immature
neurons	2
14_16_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.TAATCAGCTTCGTCCGTCCT	Mature
neurons	5
14_16_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.AAAGCTGATTCAAGCTTCAT	Mature
neurons	5
14_16_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.AGAACTCCTTTCATAGGAC	Immature
neurons	2
14_16_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.AGTATTAGCTTTCCATGGCA	Immature
neurons	2
14_16_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.ATACTACTCTATATGAGCCA	Immature
neurons	2
14_16_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.ATATCTGGATCTGCTTCGAC	Immature
neurons	2
14_16_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.AGAGATGAATCGTCGCAGCC	Mature
neurons	10
14_16_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.AGGCTCGTTTAGGCAGATA	Immature
neurons	2
14_16_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.TAAGACCGTTCGGCCTTAC	Mature
neurons	10
14_16_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.TGAATCTGATCAATTACCGT	Immature
neurons	2
14_16_exp3_idx1AGTCCGCTGC_idx2GAACTGCATC.CCTGCTACTGGAGGCCTCC	Immature
neurons	2
14_16_exp3_idx1AGTCCGCTGC_idx2TCATCTCGAT.ATTAGTCTGTGTCCTTAAGA	Immature
neurons	12
14_16_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.ATGCCAAGTTTACTTGGAA	Mature
neurons	5
14_16_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.CTACCTGGTAGCTGCAATA	Immature
neurons	2
14_16_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.GAGGAACTTAGCCGGTACC	Mature
neurons	5
14_16_exp3_idx1ATAAGGACTC_idx2AGTCCGCGGA.ATATCTGGATTCGCTAAGCA	Immature
neurons	2
14_16_exp3_idx1ATAAGGACTC_idx2ATAAGAGGCG.AAGGCTACTAAGTAGTCAG	Immature
neurons	2
14_16_exp3_idx1ATAAGGACTC_idx2ATAAGAGGCG.ATCTGATGATACGCCGTTCA	Immature
neurons	12
14_16_exp3_idx1ATAAGGACTC_idx2ATAAGAGGCG.CTCTGAGCTTGAGTCCAGA	Immature
neurons	12
14_16_exp3_idx1ATAAGGACTC_idx2GGCTATGACT.ATTCGCAATTGGACTCATTG	Immature
neurons	2
14_16_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.TGGTCTCCTCGTCGCAGCC	Mature
neurons	10
14_16_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.ACGCTTATATGGCCGTAGTC	Mature
neurons	5
14_16_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.TTCTGGCCTTGCGGACCTA	Immature
neurons	2
14_16_exp3_idx1ATAAGGACTC_idx2TTGGTCATAA.ATTCAAGCATGGACTACTAC	Immature
neurons	2
14_16_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.AGTCGCATTAGACTCAAGC	Immature
neurons	2
14_16_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.ACCGGTTCTGAGCATATGG	Immature
neurons	12
14_16_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.CAATCGGTTTGACGCTCCG	Immature
neurons	2
14_16_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.GCATCCAGTCGGCGTAACT	Mature
neurons	5
14_16_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.TATGCGATTTCGGTTATGCC	Mature
neurons	5
14_16_exp3_idx1ATTATGCAAG_idx2GTCGCTCAGT.ACCGGTTCTGTTGAAGGAT	Immature
neurons	2
14_16_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.ACAATGCTATTCGGCCTTAC	Immature
neurons	2
14_16_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.TATCTCGATTTTAGGATCTA	Mature
neurons	10
14_16_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.AACTTGGATTTGCGGACCTA	Immature
neurons	2
14_16_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.ACAGGTATTTTAGGCAGATA	Immature
neurons	2
14_16_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.ACCGGTTCTTAGAGTAATA	Immature
neurons	2
14_16_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.CCGACCAATCAGATTCGAT	Immature
neurons	7
14_16_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.GAGTTCTCTTTATAGCAGA	Immature
neurons	8
14_16_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TACTCCTATTAACGGACCAA	Mature
neurons	5
14_16_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TGCAAGGTTAAGTTGCCAT	Mature
neurons	5
14_16_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.ATCAATACGTTGAGTCTGGC	Mature
neurons	5
14_16_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.ATGGCAGCTACTTCCGAAT	Mature
neurons	17
14_16_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.TTACCTAAGTCAATTACCGT	Immature
neurons	2
14_16_exp3_idx1CCTCAGCTCC_idx2GTCATTGCGC.ATAAGCGAATAATCTGGAGT	Mature
neurons	5
14_16_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.CCTGCTACTATCATATTAG	Mature
neurons	17
14_16_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.CAGCATTGTGGAGGCCTCC	Immature
neurons	2
14_16_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.AAGGATTACTGGAGGCCTCC	Immature
neurons	2
14_16_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.AATCCAGTATCAAGCTTCAT	Immature
neurons	2
14_16_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.GATTACGGTACGTCATATA	Mature
neurons	10
14_16_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.TGAATCTGATACCTGGCCAA	Mature
neurons	5
14_16_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.TGCGTAGTTACGTTCAACC	Mature
neurons	5
14_16_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.AAGTTCTTGTCTGCTTCGAC	Immature
neurons	2
14_16_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.CCGGAGTTTGCCATTCTCC	Mature
neurons	10
14_16_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.CGTCTTCCTATCCATGACT	Immature
neurons	12
14_16_exp3_idx1CTCAATTAGT_idx2TTAGATTCCG.ACATGGTAATCGTCCGTCCT	Immature
neurons	2
14_16_exp3_idx1CTCAATTAGT_idx2TTAGATTCCG.ACGGAACGTAGTAACGGTC	Immature
neurons	2
14_16_exp3_idx1CTCAATTAGT_idx2TTAGATTCCG.TGGTCTCCTTGGCCATGCA	Mature
neurons	5
14_16_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.AAGCAGTATTGTCCTTAAGA	Immature
neurons	2
14_16_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.ACTGGACCTGCCATTCTCC	Mature
neurons	5
14_16_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.TCCTAACTTTTGAGTCCAGA	Immature
neurons	2
14_16_exp3_idx1GAGCGCGATG_idx2GGAACGATGG.GTCTATGGTAAGTCTTCCG	Immature
neurons	13
14_16_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.ATTCCTAGATTCTAGAACTA	Mature
neurons	10
14_16_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.ACCTTCGGTACCGCCAACC	Immature
neurons	2
14_16_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.CAGAAGGCTGACCTCTCTG	Mature
neurons	5
14_16_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.CGTACCTATACGCCGTTCA	Immature
neurons	2
14_16_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.GGCGTTAATACTACTGAAG	Immature
neurons	2
14_16_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TAATACCAGTGTTCGTCAGA	Mature
neurons	5
14_16_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TAGCTCGGTACCTCTATCT	Mature
neurons	5
14_16_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.GTCGGCAATCCTTGGTCCA	Immature
neurons	2
14_16_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.TAGCTCGGTATGGAATTGG	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.ACATTCGTATGGACTCATTG	Mature
neurons	10
14_16_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.CATCAACGTACTTAACTAG	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.AGTCGCATTCATTATTACC	Immature
neurons	8
14_16_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.AGCAACGATTGAGGTAGAA	Mature
neurons	17
14_16_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.CCGAGAGATATGGAATTGG	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.CTCCGGTTTTTCATAGGAC	Mature
neurons	10
14_16_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.GGTCCTTCTTGCGGACCTA	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.AAACCATAGTACTATAGGTT	Immature
neurons	8
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.AGTTAACCATGGCAATGAGA	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CAACGCAGTCAATTACCGT	Mature
neurons	17
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CAGATCAGTCCGTTGACTT	Mature
neurons	10
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CCGTCGATTAGTAAGCATA	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CTCTGAGCTTTCCATGGCA	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.GTCTATGGTTTATAAGAAC	Immature
neurons	12
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TCAAGATCTTCAAGCTTCAT	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TCGAAGGATAAGTCTTCCG	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TGCTAATTCTTTATAGCAGA	Immature
neurons	12
14_16_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.AAGTATTGGTACGCCGTTCA	Immature
neurons	12
14_16_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.ACGAGGTTTTATTACTCAT	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.CCATCAGGTCGGTCAAGAA	Mature
neurons	10
14_16_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.CTCTACTGTATGGCGGATC	Mature
neurons	17
14_16_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.GTTCGCTGTGTATCATCGA	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.TCAGCGGTTCGGTTATGCC	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.TCAGCGGTTGTTCCGCTAA	Immature
neurons	12
14_16_exp3_idx1GCATCGTATG_idx2CTGCAATCGC.ACCAATGCTCCGCGATTAT	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2GACCTCTCTG.GTCTATGGTCAACCAGTAC	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.AACTTGGATTCGGTTATGCC	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.CAGAAGGCTGCCAACGCCA	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.CGAGATGCTCGTCGCAGCC	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.ATTGCCGGTGCTAACTTGC	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.GCATCCAGTACTTAACCTT	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.GTAAGCTCTTGGCCGGCCT	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2TCGATATTGA.GGTCCTTCTAACGGACCAA	Mature
neurons	10
14_16_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TAGCCAATTTACGCCGTTCA	Immature
neurons	12
14_16_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.AAGATGCCTAGCCGGTACC	Immature
neurons	7
14_16_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.ACCTCAATATGTCCTAGAGG	Immature
neurons	2
14_16_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.CTACGGCATGTCCTTAAGA	Mature
neurons	5
14_16_exp3_idx1GCGCGTTCAT_idx2GATGATCGTA.AATTCATCGTCGGTTGCGCG	Mature
neurons	5
14_16_exp3_idx1GCGCGTTCAT_idx2GCAACTGGCA.CGCCGTAATGCAAGGAATA	Mature
neurons	5
14_16_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.AGGCTCGTTCGAACGCCGG	Immature
neurons	2
14_16_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.TGCTAATTCTTAGGCAGATA	Immature
neurons	2
14_16_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.AAGATGCCTAGTTCGAGTA	Mature
neurons	10
14_16_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.GACTACCATCATGCTGGTT	Immature
neurons	2
14_16_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.TCGAGAAGTAACTACCGAC	Mature
neurons	5
14_16_exp3_idx1GCTTGAAGAG_idx2GGCTAATTAA.AACGAGCGTCCATAAGTCC	Mature
neurons	5
14_16_exp3_idx1GCTTGAAGAG_idx2GGCTAATTAA.GTTGCTCCTTAGACTTCTT	Mature
neurons	5
14_16_exp3_idx1GGTTATCGAA_idx2AAGCCGGCTG.TCAGGAGATAAGTAGTCAG	Mature
neurons	5
14_16_exp3_idx1GTAGCAGCTA_idx2ACTATCCGCA.TCCTACCTTCCAACTAACC	Immature
neurons	12
14_16_exp3_idx1GTAGCAGCTA_idx2CCAGGTCTAC.CTTCGACTTACGCCGTTCA	Immature
neurons	2
14_16_exp3_idx1GTAGCAGCTA_idx2CGAGTTAGAG.ATAAGCGAATCGCCTAATGC	Immature
neurons	2
14_16_exp3_idx1GTAGCAGCTA_idx2CGAGTTAGAG.TTCTGGCCTGTTCGTCAGA	Immature
neurons	8
14_16_exp3_idx1GTAGCAGCTA_idx2GATACCTAAG.ATGGTTGGTTTCATAGGAC	Immature
neurons	2
14_16_exp3_idx1GTAGCAGCTA_idx2GGCTAATTAA.GACTTGGCTCATTCGACGG	Immature
neurons	2
14_16_exp3_idx1GTAGCAGCTA_idx2GGTAGGTCTC.CTGCCTTATGCAGACCGGT	Mature
neurons	5
14_16_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.ACTGAATACTGTTCCGCTAA	Immature
neurons	2
14_16_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.AGCAACGATACTACTGAAG	Mature
neurons	5
14_16_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.AGTTAACCATCCAGTTCCAA	Immature
neurons	2
14_16_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.ATAAGCGAATATATGAGCCA	Mature
neurons	10
14_16_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.TCTCCGAATGGTCCAGGAG	Immature
neurons	2
14_16_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.GATTACGGTCTGATTAAGA	Mature
neurons	5
14_16_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.CAGCATTGTCATCCGACTA	Mature
neurons	5
14_16_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.CGTACCTATGAGCATATGG	Mature
neurons	10
14_16_exp3_idx1GTAGGCTGCA_idx2CTGCTTCGAC.CTCCATCATTTGGAATCTC	Mature
neurons	5
14_16_exp3_idx1GTAGGCTGCA_idx2CTGCTTCGAC.GTTCGCTGTGCGCGGTAGT	Immature
neurons	2
14_16_exp3_idx1GTAGGCTGCA_idx2GACCGTAGCA.ACGACGCATTTATAAGAAC	Mature
neurons	5
14_16_exp3_idx1GTAGGCTGCA_idx2GACCTCCGCC.CAGCAAGTTACTTAACTAG	Mature
neurons	5
14_16_exp3_idx1GTAGGCTGCA_idx2GCTCTCGCCT.ACGAGGTTTAATTAAGACT	Mature
neurons	5
14_16_exp3_idx1GTAGGCTGCA_idx2GGAACGATGG.ACATTCGTATTTAGGATCTA	Mature
neurons	5
14_16_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.AGATTGGTTTCTAACTAGAT	Mature
neurons	5
14_16_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.AGGATAATCTGGCATAGCTT	Immature
neurons	12
14_16_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.GCGCTCAATAACCTGGTCT	Immature
neurons	2
14_16_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.ATAACTTCCTTTATTATGGT	Mature
neurons	5
14_16_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.CGAGGCAATGTTCCGCTAA	Mature
neurons	5
14_16_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.ATTAGGTACTTAACTGGTTA	Immature
neurons	2
14_16_exp3_idx1TAGGTAACTT_idx2ACTCTCTCAA.TCCTAACTTTTGGCCGGCCT	Mature
neurons	5
14_16_exp3_idx1TAGGTAACTT_idx2CCTAGCGCCT.ACGATATCATTATTACTCAT	Mature
neurons	5
14_16_exp3_idx1TAGGTAACTT_idx2CTCCGGTTCT.ACGTCTAGTAGTTGCATCT	Immature
neurons	2
14_16_exp3_idx1TAGGTAACTT_idx2CTCCGGTTCT.TCGTAGCGTTCTAGAACTA	Immature
neurons	2
14_16_exp3_idx1TAGGTAACTT_idx2CTCCGGTTCT.TGGATTCTATACCGGAATTA	Immature
neurons	2
14_16_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.AATTCTAGGTCCGCGGACCG	Immature
neurons	12
14_16_exp3_idx1TAGGTAACTT_idx2TGATACGAGT.TAAGAATGGTCCGCGGACCG	Immature
neurons	2
14_16_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.AAACTCCAATGTCCTACTTG	Immature
neurons	12
14_16_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.ACTTACTCATTTCTTATCGA	Immature
neurons	2
14_16_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.GACTCGCTTGCGACGCCTT	Mature
neurons	5
14_16_exp3_idx1TATAATAGTT_idx2CTCGTCTAGG.AAGTTCTTGTTGGCCGGCCT	Immature
neurons	2
14_16_exp3_idx1TATAATAGTT_idx2CTCGTCTAGG.TGGTAGGCTACTTCCGAAT	Immature
neurons	2
14_16_exp3_idx1TATAATAGTT_idx2CTCGTCTAGG.TTGGCGACTAGCTGCAATA	Immature
neurons	8
14_16_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.AAGTTCTTGTTGGCCATGCA	Mature
neurons	10
14_16_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.AGAGTACCTCGCCTCGAAC	Mature
neurons	10
14_16_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.AGGCGGAATGAGCATCATT	Mature
neurons	10
14_16_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.GATTACGGTAACTAGGCGC	Mature
neurons	17
14_16_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.GGTCAGTTTCTGCTTCGAC	Mature
neurons	5
14_16_exp3_idx1TATAATAGTT_idx2GGAACGATGG.CGAATGAGTTTATTATGGT	Mature
neurons	10
14_16_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.AAATCGTTCTCCATAAGTCC	Mature
neurons	5
14_16_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.AGATTCAACTCAGGAGGAGA	Mature
neurons	5
14_16_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.GCTTCTGGTCTTGCAACCT	Mature
neurons	5
14_16_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.TCCTCGAGTACTTCCGAAT	Mature
neurons	10
14_16_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.AAACCATAGTTTATAGCAGA	Mature
neurons	5
14_16_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.AACTTGGATTGTCCTTAAGA	Mature
neurons	10
14_16_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.TCAGCGGTTGGCAATGAGA	Mature
neurons	10
14_16_exp3_idx1TCCTCTGCCG_idx2AGTTGCATCT.TCAAGATCTTTTAATTATTG	Mature
neurons	5
14_16_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.TACTTGCGTAGTTCGAGTA	Mature
neurons	5
14_16_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.ACGAGGTTTGCTCTCGCCT	Immature
neurons	2
14_16_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.TTCCGACGTAGTTGCATCT	Mature
neurons	5
14_16_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.TTCTCATTGTAGACTCAAGC	Mature
neurons	5
14_16_exp3_idx1TCCTCTGCCG_idx2CTAACTCCAA.AGCATAACTTACCTCTATCT	Immature
neurons	12
14_16_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TCCTATAAGTATATGAGCCA	Mature
neurons	5
14_16_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TTGAGTCCTTATGCCGAGT	Mature
neurons	5
14_16_exp3_idx1TCCTCTGCCG_idx2TCATCTAATC.CAGGACTCTATCATATTAG	Mature
neurons	17
14_16_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.AAACTCCAATTTAATTATTG	Mature
neurons	5
14_16_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.AAATTCCTCTTTATTATGGT	Mature
neurons	5
14_16_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.AGCAACGATCAGATTCGAT	Immature
neurons	13
14_16_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.GGTCTACGTTAATGAACGA	Mature
neurons	5
14_16_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.TCTTAGTTCTCATCAGAATG	Mature
neurons	5
14_16_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.TTCGTTCCTAGTTCGAGTA	Immature
neurons	2
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.GATAAGCGTCAGGAGGAGA	Immature
neurons	2
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TGGATCCGTTAGACTTCTT	Immature
neurons	2
14_16_exp3_idx1TGGACGACTA_idx2AGCGTCAATG.CAAGGCGTTTGGCCATGCA	Immature
neurons	2
14_16_exp3_idx1TGGACGACTA_idx2AGCGTCAATG.CTCGTTGATCGTCCGTCCT	Immature
neurons	2
14_16_exp3_idx1TGGACGACTA_idx2AGCGTCAATG.TTCTCTCGTCGTCGCAGCC	Immature
neurons	2
14_16_exp3_idx1TGGACGACTA_idx2CTCGGTCAAT.ACGGAACGTGCAGACCGGT	Immature
neurons	2
14_16_exp3_idx1TGGACGACTA_idx2CTCGGTCAAT.TTGATTCCTTGTCCTTAAGA	Immature
neurons	2
14_16_exp3_idx1TGGACGACTA_idx2GACCTCTCTG.ATTCGCAATTTTGGTCATAA	Immature
neurons	2
14_16_exp3_idx1TGGACGACTA_idx2GACCTCTCTG.CCAGAACCTCAGGTATGGA	Head epid.
/muscle	4
14_16_exp3_idx1TGGACGACTA_idx2GATGATCGTA.CGGTTCCATCGTCGCAGCC	Immature
neurons	7
14_16_exp3_idx1TGGACGACTA_idx2GATGATCGTA.CTACCTGGTACCTCTATCT	Mature
neurons	5
14_16_exp3_idx1TGGACGACTA_idx2TCGATATTGA.AGGCGGAATATATTGATAC	Mature
neurons	5
14_16_exp3_idx1TGGACGACTA_idx2TGAGGTAGAA.ATTCAAGCATAATTGCCTAC	Mature
neurons	5
14_16_exp3_idx1TGGACGACTA_idx2TGAGGTAGAA.CGGTAAGGTTAACGATCCA	Mature
neurons	5
14_16_exp3_idx1TGGACGACTA_idx2TGAGGTAGAA.GTCTATGGTCGTCCGTCCT	Immature
neurons	2
14_16_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.AGCATTATGTGAGCATCATT	Mature
neurons	10
14_16_exp3_idx1TTATTGAGGC_idx2AGATCCTATA.TCGAGAAGTTACGGCTACG	Mature
neurons	10
14_16_exp3_idx1TTATTGAGGC_idx2AGATCCTATA.TGGATTCTATCTGGATTAGT	Mature
neurons	5
14_16_exp3_idx1TTATTGAGGC_idx2TATAACTTCC.AAGTTCTTGTCAGGTATGGA	Immature
neurons	7
14_16_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.GACTCGCTTCCAGGTCTAC	Immature
neurons	13
14_16_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.TTACCTAAGTTGGCCGGCCT	Immature
neurons	12
14_16_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.ATTCGGAGTGGTAGGTTAG	Immature
neurons	2
14_16_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.GACTCGCTTCAACCAGTAC	Mature
neurons	5
14_16_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.TCTTAGTTCTGATAAGGCAA	Mature
neurons	17
14_16_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.TTATCCGCTTAGACTTCTT	Mature
neurons	5
14_16_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.AGTAGCCATCAGATTCGAT	Immature
neurons	2
14_16_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.ATTCGCAATTCAACCAGTAC	Mature
neurons	5
14_16_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.CTATCTCCTATAGACTAGG	Immature
neurons	2
14_16_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.CTCTGAGCTATTGCGCTGA	Immature
neurons	12
14_16_exp3_idx1TTCGAATATT_idx2AGGATTACCA.GCGTCGTATAGGTCAATTA	Immature
neurons	2
14_16_exp3_idx1TTGCCGTAGG_idx2AACCTAGCTT.TCCGGTCATGACTAGTCTA	Mature
neurons	5
14_16_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.AACGAGCGTTGAGTCTGGC	Mature
neurons	17
14_16_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.CTCCGGTTTGTATAATACG	Mature
neurons	17
14_16_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.GATTACGGTATGGAATTGG	Mature
neurons	5
14_16_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.GCTCGAGATCTAACTAGAT	Mature
neurons	10
14_16_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.ATAAGCGAATTTAGGATCTA	Immature
neurons	2
14_16_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.CTACCTGGTACTTCCGAAT	Immature
neurons	2
14_16_exp3_idx1TTGCCGTAGG_idx2CAAGCTTGGC.AAGGACGATTTGGATCCTT	Immature
neurons	2
14_16_exp3_idx1TTGCCGTAGG_idx2CAAGCTTGGC.AAGGATATGTTTCGCTTACG	Immature
neurons	12
14_16_exp3_idx1TTGCCGTAGG_idx2CAAGCTTGGC.ATAGTTGACTAATTATCAGC	Immature
neurons	2
14_16_exp3_idx1TTGCCGTAGG_idx2CAAGCTTGGC.TCCTATAAGTGCCAGGATCA	Immature
neurons	2
14_16_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.AATCCAGTATCCGCTGCCAG	Immature
neurons	2
14_16_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.ACATTCGTATAGCTCTCCTC	Immature
neurons	2
14_16_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TTGGCGACTGTTCCGCTAA	Mature
neurons	5
14_16_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.ACCAATGCTCCGCAAGTTC	Mature
neurons	5
14_16_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.TCGGTACCTAACTACCGAC	Immature
neurons	2
14_16_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.CGAATGAGTTTACGTATAC	Immature
neurons	2
14_16_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.CTAACGACTACCGCCAACC	Immature
neurons	2
14_16_exp3_idx1TTGCCGTAGG_idx2GATTGCAGAC.CATCGGACTAGCTGCAATA	Mature
neurons	10
14_16_exp3_idx1TTGCCGTAGG_idx2TGAGGTAGAA.TTGACCAGTTAATGAACGA	Mature
neurons	10
14_16_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.AGCAACGATGACTAGTCTA	Mature
neurons	5
14_16_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.AGTATTAGCTGTTACGCAAG	Mature
neurons	5
14_16_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.TCGAGAAGTATCATATTAG	Immature
neurons	2
14_16_exp3_idx1TTGCGAGCAT_idx2CATTATTACC.ACGCTTATATCCAACTAACC	Immature
neurons	2
14_16_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.TCTCTCCATCAAGATTAAG	Mature
neurons	5
14_16_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.CTACCTGGTACTTCCGAAT	Immature
neurons	2
14_16_exp3_idx1TTGGTAAGGA_idx2TCTAGAACTA.ACGCTTGATATATTGATAC	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GAGCGGTATGACCTCTCTG	Neural
progenitors	0
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GATTACGGTTCCGTCGCCA	Neural
progenitors	0
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ATAGTCGCTGTCATTGCGC	Neural
progenitors	11
14_16_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GGATAGGTTCCAGGTCTAC	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GACTCGCTTTCTAGAACTA	Neural
progenitors	16
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GCTTCTGGTGGCTATGACT	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TTGGCTCATACTTCCGAAT	Head epid.
/muscle	4
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCCAAGTTATTGATGGCCTT	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CAGAAGGCTACTTCCGAAT	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCATCCAGTAGTAAGCATA	Neural
progenitors	11
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TCTCTCCATGTTGACGGCC	Neural
progenitors	11
14_16_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TATTCGGCTAATACGCAGG	Head epid.
/muscle	4
14_16_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TCTCGCTCTCCGTCGGAGG	Head epid.
/muscle	4
14_16_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.GCGGTATATGTCATTGCGC	Neural
progenitors	11
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.AGGCATCATAACTGATCTT	Neural
progenitors	11
14_16_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GCGGAGAATATGCAATATG	Head epid.
/muscle	4
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GGAGGTTCTAACTGATCTT	Neural
progenitors	11
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTAAGCTCTTCGATATTGA	Neural
progenitors	11
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TTGGCTCATAGCGTCAATG	Neural
progenitors	11
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGTCTACGTAGTAAGCATA	Neural
progenitors	11
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GGCAAGTCTTCCGTCGCCA	Neural
progenitors	11
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCGGTACCTAACTGATCTT	Neural
progenitors	11
14_16_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TAGGTACTATTTCAAGACCA	Neural
progenitors	11
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATTGACTCTCGCCTCGAAC	Head epid.
/muscle	4
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGAATTCGTTATCGAGTCGC	Neural
progenitors	11
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACTACCATTGGAACTAGA	Neural
progenitors	11
14_16_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TCTCCGAATAGTAAGCATA	Neural
progenitors	11
14_16_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.AGGCATCATGCAAGGAATA	Neural
progenitors	11
14_16_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GTTCGCTGTAACTGATCTT	Neural
progenitors	11
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TCAGGAGATCATGCTGGTT	Neural
progenitors	11
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TGGTAGGCTTTAGATTCCG	Neural
progenitors	11
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTTCATGCTAGTAAGCATA	Neural
progenitors	16
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCATGGCTTAGTAAGCATA	Neural
progenitors	11
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TAGTTACCTTTATTACTCAT	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ATTGCCGGTAACTGATCTT	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCAGGAGATACGCAACTCC	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTATACCTTAGATATATCG	Head epid.
/muscle	4
14_16_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.CCGGATAGTAACTACCGAC	Neural
progenitors	11
14_16_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.CTCCTCGTTTTGAGTATCA	Neural
progenitors	11
14_16_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TCTACTTACTTGATAGAACG	Neural
progenitors	11
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GCTGGCTATTGATACGAGT	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCCAAGTTATGACTAGTCTA	Neural
progenitors	11
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTCGGCAATGTCCAACTCA	Neural
progenitors	11
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ATGGCAGCTCCGCTATATT	Head epid.
/muscle	4
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGCGCATTCATGCTGGTT	Neural
progenitors	11
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGGAGTTATCGAGCTGCCA	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CTGCTGAATAACTGATCTT	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GAACGATGTTGATAGAACG	Neural
progenitors	11
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACCAGGATAGATATATCG	Immature
neurons	12
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGAGCTCATGCAAGGAATA	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCAACGTTTCCGCGGACCG	Neural
progenitors	11
14_16_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TGGACCTCTGTCATTGCGC	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2ACGTTCAACC.ATACCAGTTTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.CAAGCAACTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2CTCGATGGAG.TAGATGACTTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2TCTAGAACTA.TAACTAAGGTCCGCGGACCG	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2TGATACGAGT.TCCTAACTTTAATTATCAGC	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2AATTGCCTAC.GTAAGCTCTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2AGCGTCAATG.TGAATCTGATCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.TTGAGAGATTCTAACTAGAT	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.GCAGATACTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.TGAATCTGATCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2CGATCATTAC.GAGACTAGTTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2CGATCATTAC.TTCTCTAGTTGATGATCGTA	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2TCGATATTGA.CTGGAAGATCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TAGAGAGTATCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TGAGAATCATGGTCCAGGAG	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TTCTCATTGTCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2GATCAGTCAT.AACTAGTTGTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2ACCAAGATCT.ACAGGTATTTCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.CTGATAGGTCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2ATAAGAGGCG.AATTCATCGTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2ATAAGAGGCG.GGCGTTAATCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2TATAACTTCC.GCAATCGCTGCTAACTTGC	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2TCCGGTAATC.AACTGGCATTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2TCCGGTAATC.TTGACCAGTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.TAACTAAGGTGAACTGCATC	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.AGAGTACCTCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.TATAAGGCTTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.GATACGTCTCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TAGAGAGTATCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TCTAGGAATTTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2ACGAGGACCT.GCTCTTAGTAAGCCAGTTA	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.TCCTATAAGTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.ACTTGATTGTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.TCTTAGTTCTTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1ATGGCGCCTG_idx2AGGTCAATTA.GCGGTATATCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1ATGGCGCCTG_idx2GACTAGTCTA.TGCTACTAATCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.GGAGCTCATTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.ATACCAGTTTTCGCGGTTGG	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TATGCGATTTTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TATTGAGGTTCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TCATAGAGTTCCGATTCCTG	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.AAATTCCTCTGGTATGCTTG	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.TATGACTTGTCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.TCATGGCTTCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.TTGATTCCTTTCGTAGAGAA	Neural
progenitors	11
14_16_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.AAGGACGATAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.ACGCTTGATCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.TATTCGGCTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.GGTCTACGTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2AGGATTACCA.TTCTCATTGTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.CTGATAGGTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.TTGGTTAAGTTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.TCGAAGGATCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2GCAACTGGCA.CAGCAAGTTTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2TCGATATTGA.TATCGAACTTGATGATCGTA	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2TCGATATTGA.TGTTAAGACTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.CTGCCTTATTGCGGACCTA	Head epid.
/muscle	4
14_16_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.GTCTCTACTCCGATTCCTG	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TATTCTCCTTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TTGAGAGATTCTAACTAGAT	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.TGCTAATTCTTCCTACCAGT	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CTGAGCATTTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2CGATCATTAC.GGCGTTAATCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.CAGTATCCTGCGTTGGAGC	Head epid.
/muscle	4
14_16_exp10_idx1GCTTGAAGAG_idx2ACCAAGATCT.TGCCTATTATTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2ACTATCCGCA.GTCATCTGTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2ACTATCCGCA.TACTCCTATTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2ACTATCCGCA.TGCTACTAATAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.GAGGAACTTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1GGTTATCGAA_idx2GACCGTAGCA.GAGTTCTCTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.TGGTAATAGTCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.GTCTATGGTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TGGTTGAATTTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.GAGACTAGTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.CCTAATGGTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.AAGGATATGTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.ATGGTTGGTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2AACTTATAAG.TGGTAATAGTAACTACCGAC	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.CAGTATCCTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TGCTAATTCTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TTCCATCTTTTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.GGACTTGATCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2GATGATCGTA.TCAGCTTCTACTTAACCTT	Head epid.
/muscle	4
14_16_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TAGAGAGTATAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGAGAGATTCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCCATTACTCCAGGTCTAC	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.ATAACTTCCTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1TATAATAGTT_idx2AACGAGGCTA.TTGAGAGATTCCGATTCCTG	Neural
progenitors	11
14_16_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.TAGCCAATTTCTAACTAGAT	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.GGAGGTTCTATCCATGACT	Head epid.
/muscle	4
14_16_exp10_idx1TATTAGACTT_idx2CATGCATCTC.TAGCCAATTTTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2CATTATTACC.TAAGGTTCATCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2TCATCTAATC.GCATCCAGTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.CTGCCTTATTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TCCAAGTTATGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2TTGGTCATAA.ACTTGATTGTCTAACTAGAT	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2TTGGTCATAA.TCGAAGGATCCGATTCCTG	Neural
progenitors	11
14_16_exp10_idx1TCTTGAGGTT_idx2ACTATCTTGA.TATAAGGCTTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1TCTTGAGGTT_idx2ACTATCTTGA.TGTCCTTATTGATGATCGTA	Neural
progenitors	11
14_16_exp10_idx1TCTTGAGGTT_idx2CAAGTACTGG.GCTCTTAGTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1TCTTGAGGTT_idx2CGTCCGTCCT.TAACTAAGGTTCTGATACCA	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2ACGTTCAACC.AACTAGTTGTCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.GGCAAGTCTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2ATAGGATATG.TAGAGAGTATCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2CGAAGGACGA.GTAAGCTCTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2CGAAGGACGA.TAGCCAATTTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2TCGTAGGCTT.TGCTACTAATCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.TTATAGGCATCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1TTCGAATATT_idx2ACGCAACTCC.TATTGAGGTTCATCTCTGCA	Head epid.
/muscle	4
14_16_exp10_idx1TTCGAATATT_idx2CTCGTCTAGG.GGCGTTAATTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1TTCGAATATT_idx2CTGCTTCGAC.GCGTACTTTGGTATGCTTG	Neural
progenitors	11
14_16_exp10_idx1TTGCCGTAGG_idx2TGATACGAGT.TTGGAGCTTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1TTGCGAGCAT_idx2ACTATCTTGA.GACGTTCGTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1TTGCGAGCAT_idx2CGTCCGTCCT.TTACCTAAGTCCAGTTCCAA	Neural
progenitors	11
14_16_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.CAGATCAGTAGTAAGCATA	Head epid.
/muscle	4
14_16_exp3_idx1GCTTGAAGAG_idx2GGCTAATTAA.GGTTCGAGTACCAGCGCAG	Head epid.
/muscle	4
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGAGGTTCTCTGATTAAGA	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GGACTTGATCGTCCGTCCT	Head epid.
/muscle	4
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTGGCTCATCGGCGAGACC	Immature
neurons	7
14_16_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TTCTCTAGTTCTCGTCTAGG	Sensory
progenitors	6
14_16_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.CGAGATGCTTTGGTCATAA	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GACTACCATTGATACGAGT	Head epid.
/muscle	4
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCCGACGTAACCTAGCTT	Head epid.
/muscle	4
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ACCTTCGGTACTATCTTGA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCTCTCCATATGCAATATG	Immature
neurons	7
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TTCCGACGTCATGCTGGTT	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TGCTAATTCTGGTCGCGTCA	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGTTCGAGTGATGATCGTA	Immature
neurons	7
14_16_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.TCATGGCTTATCCATGACT	Head epid.
/muscle	4
14_16_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TCAGCTTCTCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.GCCATGGTTATCCATGACT	Head epid.
/muscle	4
14_16_exp10_idx1GGCTTACTCC_idx2TTCTACGCCA.TTATAGGCATTGCGGACCTA	Immature
neurons	7
14_16_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.CATCAACGTAACGGACCAA	Head epid.
/muscle	4
14_16_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.ATCAGTCATTTATATACTAA	Head epid.
/muscle	4
14_16_exp3_idx1TATAATAGTT_idx2CTCGTCTAGG.AAGTTCTTGTGGAGGCCTCC	Head epid.
/muscle	4
14_16_exp3_idx1TCCTCTGCCG_idx2TCATCTAATC.CGCTGCTTTTCTATAAGGA	Immature
neurons	7
14_16_exp3_idx1TTCGAATATT_idx2ACTCTCTCAA.TGCCTTGGTGCCAACGCCA	Head epid.
/muscle	4
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TAGAGCCTTAATTATCAGC	Ventral
midline	9
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TAGAGAGTATGGTCCAGGAG	Immature
neurons	13
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGCTCCTATATGCAATATG	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGAGAATCATTCCAGAAGGT	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCGCATAATCGCCTCGAAC	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACTACCATGGATCTGCAG	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCAGAACCTGTCATTGCGC	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GATCGACCTCATGCTGGTT	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TTCCGACGTAGCGTCAATG	Neural
progenitors	1
14_16_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.ACCTTCGGTCTGCTTCGAC	Immature
neurons	7
14_16_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.TAGAGAGTATGGCATAGCTT	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCGCGCATTACTTCCGAAT	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.ATGCCAAGTTGATAGAACG	Neural
progenitors	1
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TATCGAACTTCGTCCGTCCT	Immature
neurons	7
14_16_exp10_idx1AATACGATAA_idx2TCTAGAACTA.TTGACCAGTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2AATTGCCTAC.TGATCTTCTTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2TGGCGTAGGT.GCAATCGCTCCTAGCGCCT	Immature
neurons	8
14_16_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.GTAAGCTCTCCTAGCGCCT	Immature
neurons	7
14_16_exp10_idx1TAGGTAACTT_idx2ACTTCCGAAT.CGTACCTATCATCTCTGCA	Immature
neurons	7
14_16_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.TCCAATAGTTGGTCCAGGAG	Immature
neurons	2
14_16_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.GGACTTGATTTACCGAGGC	Neural
progenitors	3
14_16_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.ATTAGTCTGTCATCTCTGCA	Immature
neurons	7
14_16_exp3_idx1AGACCATATC_idx2AATTGCCTAC.ATAAGCGAATAATTAAGACT	Immature
neurons	7
14_16_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.TCGAGAAGTGCTGGAACTT	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.ATAGTCGCTTCTATAAGGA	Neural
progenitors	0
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.AGGCATCATCGCCTCGAAC	Neural
progenitors	0
14_16_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TTGGTTAAGTTAGGCAGATA	Neural
progenitors	0
14_16_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.AGGCATCATACTATCTTGA	Neural
progenitors	0
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ATTGCCGGTCGATCATTAC	Neural
progenitors	0
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TAGTTACCTTAGTAAGCATA	Neural
progenitors	0
14_16_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TCGGTACCTCGTCCGTCCT	Neural
progenitors	0
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGACGAGGTTCCGTCGCCA	Neural
progenitors	0
14_16_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.GACCGTCATTACTTACTTA	Neural
progenitors	0
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ATGGCGTATTCCGTCGCCA	Neural
progenitors	11
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTACCTCTTTCCAGAAGGT	Head epid.
/muscle	4
14_16_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TAGAGCCTTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2CTCGTCTAGG.TGACGAGGTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2CGAAGGACGA.TTCTCTAGTTCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.CTGGAAGATCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1ATGGCGCCTG_idx2GACTAGTCTA.ACCATGATTTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2CCTATAAGCT.AGATCGGATATCCATGACT	Head epid.
/muscle	4
14_16_exp10_idx1GCTTGAAGAG_idx2TCTATAAGGA.TCGTCTATTTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TTCTCTAGTTGATGATCGTA	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.ACCATGATTTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.CCAAGGATTGCTGGAACTT	Head epid.
/muscle	4
14_16_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.GATAAGCGTGGCTGAGCTC	Head epid.
/muscle	4
14_16_exp1_idx1AGACCATATC_idx2ACGCAACTCC.ACGGCAATTTATTACTCAT	Neural
progenitors	0
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.ATGGCAGCTACTGCCGATA	Neural
progenitors	0
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TCAGTTGGTCCAGGTCTAC	Neural
progenitors	3
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTTCATGCTTACTTACTTA	Immature
neurons	8
14_16_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.CGCCGTAATAACTACCGAC	Immature
neurons	2
14_16_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TCGTTCTGTTTATAAGAAC	Neural
progenitors	0
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TAGTTACCTTTGAGGTAGAA	Neural
progenitors	0
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TTGCGGTCTGACTAGTCTA	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CCATTGCGTACTATCTTGA	Neural
progenitors	0
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGGCTCATACTTCCGAAT	Neural
progenitors	3
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CGGTTCCATTTATAAGAAC	Neural
progenitors	11
14_16_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TATGAGAACTTTAGATTCCG	Neural
progenitors	3
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GAAGAGGCTCGAGCTGCCA	Neural
progenitors	0
14_16_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCCGGTCATACGCAACTCC	Neural
progenitors	0
14_16_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.TAGATGACTTCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2CGATCATTAC.AAATTCCTCTTCGCTAAGCA	Neural
progenitors	0
14_16_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TTCTCTAGTTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TTGACCAGTCTGCTTCGAC	Immature
neurons	2
14_16_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TGCCTATTATCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.TCAAGATCTTACTATGCAAT	Neural
progenitors	11
14_16_exp10_idx1GATTCTTGAA_idx2GACTAGTCTA.TGGATTCTATCATTCAATCA	Neural
progenitors	11
14_16_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.AGTCGCATTTGATACGAGT	Neural
progenitors	0
14_16_exp10_idx1TTCGAATATT_idx2CTGCTTCGAC.TGCTAATTCTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.TAGAACCAATGAACTGCATC	Neural
progenitors	11
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CCGAGAGATATGCAATATG	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CCGAGAGATGGTCGCGTCA	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CTAGTACGTACTTCCGAAT	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GACCGTCATACTACTGAAG	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GCGGAGAATCGTCCGTCCT	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCGAATCTTTTTAGATTCCG	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TTGGCGACTCCAGGTCTAC	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.ACCTTCGGTCTGCTTCGAC	Immature
neurons	12
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.AGCAACGATTTGGTCATAA	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GAACGGCTTGGCTAATTAA	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GACTTGGCTGCGACGCAGA	Immature
neurons	12
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GAGCGGTATAGTTGCATCT	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCGGTACCTACTTCCGAAT	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCTATACCTTCGATCATTAC	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2ACGCAACTCC.AAGCGCCATTTCAAGACCA	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2ACGCAACTCC.CTTAGCGGTACTACTGAAG	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TATTGACTCTCCTAGCGCCT	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TGCCTATTATCTCGATGGAG	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ACCTTCGGTACCGTTACGA	Mature
neurons	17
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ACGCCATATGCCAGGATCA	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ATGGCAGCTGATGATCGTA	Mature
neurons	17
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CCATCAGGTTTAGGATCTA	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CCGTCTCATGCTCTCGCCT	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CGACGATATTGGAAGTACC	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTCCAGAGTAATTATCAGC	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GAACGGCTTCCGTCGGAGG	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCGTCGTATCCTAGCGCCT	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCGTCGTATGAACTGCATC	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCTCGAGATCAAGATTAAG	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGAGCTCATACTGCCGATA	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGTTGGCATGCTCTAACGA	Mature
neurons	10
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTAAGCTCTTGATGGCCTT	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTAGACGGTCAAGATTAAG	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTTCGCTGTCTGATTAAGA	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTTCGCTGTTTAGGATCTA	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TAGAGAGTATCGTCCGTCCT	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATGCGATTTGGTCGCGTCA	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCCAAGTTATGCTCTCGCCT	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGACGAGGTTTATAAGAAC	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGAGTTAGATCCGTCGGAGG	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTATAGGCATGGACTCATTG	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTATAGGCATGGATCTGCAG	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCCATTACTACTTAACTAG	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCGCGGATATCGAGTCGC	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.AGTTGCGCTTGGAAGTACC	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GAACGGCTTAACCTAGCTT	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GACTTGGCTAGTTGCATCT	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GCAACGTTTGGTCCAGGAG	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GTATCGCATAGATATATCG	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TATAAGGCTTTATTACTCAT	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TCATGGCTTTGATACGAGT	Mature
neurons	17
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TCATTAAGCTAATTGCCTAC	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TCGCGCATTAGATATATCG	Mature
neurons	17
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TCTAGGAATTGTTGACGGCC	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TTCTTAACCTTCTAGAACTA	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GACCTCCGCC.ACGGCAATTAACGGACCAA	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CCTCCTGATACTTCCGAAT	Immature
neurons	12
14_16_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CTACGGCATTGATAGAACG	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TCTAGGAATTCCGTCGGAGG	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TTGGCGACTGGCATAGCTT	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.ACCGTAGCTAACTACCGAC	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.ATGCCAAGTTTGGTCATAA	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.CAGAAGGCTCGGCGAGACC	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.CGTCGAAGTCAAGTACTGG	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAAGAGGCTCGGCGAGACC	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACCGTCATAACGGACCAA	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACTCGCTTTCCGTCGCCA	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACTGACGTACTATCTTGA	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAGACTAGTCGGCGAGACC	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GATCGACCTACTATCTTGA	Immature
neurons	12
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCAATCGCTCAAGTACTGG	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCATCCAGTTTGGATCCTT	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCGTCGTATTCGATATTGA	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTATCGCATGACCTCCGCC	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTCGGAGTTACTACTGAAG	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTCGGAGTTCGCCGCCTCC	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TAGAGAGTATTCTAGAACTA	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATCCAGGTATAGTCGTAG	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATGGTCTTTAATACTCTTC	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATTGAGGTTTGATAGAACG	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCCAAGTTATAATGGTCGAC	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCGGTACCTACTTCCGAAT	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCGTTCTGTATAGTCGTAG	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCTCGCTCTGCGACGCAGA	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCTCGCTCTTCGTAGAGAA	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGACGAGGTTACTTACTTA	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGCCTTGGTAATACGCAGG	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGCTAATTCTCGTCCGTCCT	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGGACCTCTCCGTCGGAGG	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGGTCTCCTACGAGGACCT	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTATAGGCATCTGCTTCGAC	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGGAGTTATCATGCATCTC	Immature
neurons	12
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGGTTAAGTGGATGCAGCA	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CAACGCAGTTGGAAGTACC	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GAAGAGGCTATGCAATATG	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TAAGACCGTCAGGTATGGA	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.ATTGCCGGTAGTAAGCATA	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GTAGACGGTCGTCCGTCCT	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TGGACCTCTGTTGACGGCC	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.GACCAGGATGGACTCATTG	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.GTTGCTCCTACTATCTTGA	Immature
neurons	12
14_16_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TGCTAATTCTGGTCGCGTCA	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.ACGAGGTTTACGAGGACCT	Mature
neurons	17
14_16_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GACTACCATAATTATCAGC	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GAGCGGTATGGTCGCGTCA	Mature
neurons	10
14_16_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TCATAGAGTTGGTCCAGGAG	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TCATTAAGCTAGTCCGCGGA	Immature
neurons	12
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AAGATGCCTTTCTTATCGA	Immature
neurons	12
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ACGAGGTTTCGCCTCGAAC	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AGCAACGATTCTATAAGGA	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ATGGCGTATAACGAGGCTA	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CCGTCTCATAACGGACCAA	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CCGTCTCATTCGATATTGA	Mature
neurons	17
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTACGGCATTGGAAGTACC	Mature
neurons	17
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTAGTACGTGACCTCCGCC	Mature
neurons	10
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCAATCGCTGGATCTGCAG	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGCAAGTCTAACTACCGAC	Mature
neurons	17
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTCGGAGTTACTACTGAAG	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTCGGAGTTATTGCGCTGA	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTTCCAGCTTCTATAAGGA	Mature
neurons	17
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTTCGCTGTAATACTCTTC	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTTGCTCCTGGTCCAGGAG	Immature
neurons	2
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TAAGACCGTCTGCTTCGAC	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATAAGGCTTAGTCCGCGGA	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATAAGGCTTGTTGACGGCC	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATCGAACTTCAAGATTAAG	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCCGTATGTTTCAAGACCA	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCTAGGAATTACGAGGACCT	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCTCGCTCTGCTCTCGCCT	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGAGTTAGATGGTCCAGGAG	Immature
neurons	12
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTGGCTCATAGTCCGCGGA	Immature
neurons	12
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CAATCGGTTATGCAATATG	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CCGGATAGTCGCCTCGAAC	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CCGTCTCATTTGGTCATAA	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GACCGAATTACTCTCTCAA	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GACTCGCTTATGCAATATG	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCAACGTTTCATTATTACC	Immature
neurons	12
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGTACGGATACGAGGACCT	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTCGGCAATAACGGACCAA	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTTCGCTGTACTTCCGAAT	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TAACTAAGGTTGATAGAACG	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TATCATGAGTTCGTAGAGAA	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TATTGACTCTCGAATAGATG	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCAGCGGTTAAGCCGGCTG	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCGTAGCGTAACGGACCAA	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCGTAGCGTCGAGCTGCCA	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCGTTCTGTGATGATCGTA	Immature
neurons	8
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTCCATTACTCCGCGGACCG	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTCGCGGATAGTCCGCGGA	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTGGAGTTATAGATATATCG	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTGGCAATATTTGGTCATAA	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.CCGAGAGATAGATATATCG	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.CCGAGAGATCGGCGAGACC	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.CCGTCTCATACTATCCGCA	Mature
neurons	5
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.CGGTTCCATCATGCATCTC	Mature
neurons	17
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.CTCCGGTTTGCTCTAACGA	Immature
neurons	12
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TATAAGGCTTAATTATCAGC	Immature
neurons	12
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GACCGTCATGTTGACGGCC	Immature
neurons	12
14_16_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.AACCGCTGTAACTGATCTT	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GAAGAGGCTACGAGGACCT	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TAGCCAATTTTCCAGAAGGT	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TCTACTTACTTTCCATGGCA	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TCTCGCTCTATCGAGTCGC	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.AAGCGCCATCGATCATTAC	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.ATAGTCGCTTTAACGTACC	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GAAGAGGCTAATGGTCGAC	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TATAAGGCTTTCGATATTGA	Mature
neurons	17
14_16_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TCAGCGGTTTCTAGAACTA	Mature
neurons	17
14_16_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TCTATACCTTAGATATATCG	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.AGCAACGATACTACTGAAG	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GGAGCTCATATCGAGTCGC	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TACGGTAGTCAAGGCATTC	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TATATGCGTTACGAGGACCT	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TATCGAACTTGGTCCAGGAG	Mature
neurons	10
14_16_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TGAACGCGTACTTCCGAAT	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TGGTAATAGTAGTTGCATCT	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TAGCTCGGTCATGCATCTC	Immature
neurons	12
14_16_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TCGCGCATTGCCAGGATCA	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TGGTCGAATGGCTAATTAA	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.ATTGCCGGTCCGTCGGAGG	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.CCGAGAGATCGGCGAGACC	Immature
neurons	7
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TATAAGGCTTTTCCATGGCA	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TATGACTTGTAGATATATCG	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TTCAACTGATAGTTGCATCT	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TTCTCTCGTACTACTGAAG	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TTCTCTCGTCTCGATGGAG	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.AACCGCTGTCAAGCTTCAT	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.ACCTTCGGTAGATATATCG	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.ACGAGGTTTGTCGCTCAGT	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GATTACGGTAGCGTCAATG	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GTTGCAAGTTCCGTCGCCA	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TATCCAGGTAGTAAGCATA	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TATCCAGGTTCGATATTGA	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TATCGAACTTAGTTGCATCT	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TCCGGTCATTGATGGCCTT	Mature
neurons	17
14_16_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TCCTCGAGTTTAGATTCCG	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TGAACGCGTTCGTAGAGAA	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.CTAGTACGTCCGTCGGAGG	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.GACCGAATTCGCCTCGAAC	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.GTTCGCTGTATGGCGGATC	Mature
neurons	17
14_16_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TAAGACCGTACTGCCGATA	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TCGCGCATTTTAACGTACC	Mature
neurons	5
14_16_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TTCGCATAATTCTAGAACTA	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.ACGGCAATTTGAGTCCAGA	Immature
neurons	8
14_16_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.GACTCGCTTCCGTCGGAGG	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.GTTGCTCCTATGCAATATG	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TTAATGAGCTGGACTCATTG	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GTATCGCATTCCGGTAATC	Immature
neurons	12
14_16_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TGAGTTAGATTTCCATGGCA	Mature
neurons	17
14_16_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.CTCTACTGTATCAACGATT	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TCGTAGCGTTCGATATTGA	Mature
neurons	17
14_16_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TCTCCGAATAACGGACCAA	Ventral
midline	9
14_16_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TTCGCATAATTACTTACTTA	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.AGGCATCATTCGTAGAGAA	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CCAGAACCTAGTTGCATCT	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CGACGATATTCTATAAGGA	Immature
neurons	12
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CGGTTCCATTATAGTAAGC	Mature
neurons	17
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CTATCTCCTGGCATAGCTT	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GCCATGGTTGCTCTCGCCT	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GCGGAGAATCTGCTTCGAC	Immature
neurons	12
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGTCTACGTGGATCTGCAG	Mature
neurons	17
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTCGGCAATGCGACGCAGA	Immature
neurons	12
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCGCCAACTTCCGGTAATC	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCGCCAACTTCGTAGAGAA	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCTCTCCATTGATAGAACG	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGCCTTGGTTGATGGCCTT	Immature
neurons	12
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTCGCATAATAAGCCGGCTG	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTCTCTCGTGCAGACCGGT	Immature
neurons	7
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ACCGTAGCTCTGCTTCGAC	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ACGCCATATACTATCTTGA	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ACGGCAATTTTGGTCATAA	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ATGCCAAGTAGTCCGCGGA	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CCGGATAGTGGATGCAGCA	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CGACGATATTCCGGTAATC	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCATCCAGTTTAGGATCTA	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCGGTATATATGCAATATG	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCGGTATATGACCTCCGCC	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGACTTGATGGTCCAGGAG	Immature
neurons	12
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGCGCATTTCGATCATTAC	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTTCCAGCTGACCTCTCTG	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATCCAGGTTTCAAGACCA	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATCGAACTTGGCTAATTAA	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATGCGATTTGACCTCCGCC	Immature
neurons	12
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATGCGATTTTCCAGAAGGT	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATTCGGCTGCGACGCAGA	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATTCGGCTTGAGGTAGAA	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATTGAGGTTTCTATAAGGA	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCATAGAGTTTATGCCGAGT	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCCAAGTTATTACTTACTTA	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCTCCGAATCTGATTAAGA	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGAACGCGTCGCCGCCTCC	Mature
neurons	5
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGGTCGAATCAAGATTAAG	Mature
neurons	17
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCGCATAATATGCAATATG	Mature
neurons	10
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTGGCAATATATGGCGGATC	Mature
neurons	10
14_16_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GCTTCTGGTACTATCCGCA	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TGAACGCGTGCCAGGATCA	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TGAGTTAGATTACTTACTTA	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.ATAGTCGCTAATTATCAGC	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.ATAGTCGCTAGATATATCG	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CGACGATATGGCTATGACT	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CTCTACTGTACTGCCGATA	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GACTCGCTTCCGTCGGAGG	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GATTACGGTCCAGGTCTAC	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GCAGATACTCGTCCGTCCT	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGAGCTCATTCCAGAAGGT	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGCGCATTTTCCGGTAATC	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTTGCAAGTACCGTTACGA	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TAGAGAGTATCTCGATGGAG	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TAGCCAATTTTTCTTATCGA	Mature
neurons	17
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATTGAGGTTCCGCTATATT	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGAGAATCATAATGGTCGAC	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGCCTATTATAGATATATCG	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGGACCTCTGCGACGCAGA	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGGTAATAGTATGCAATATG	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTCGCATAATGGTCCAGGAG	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.ATAGTCGCTCCGCTATATT	Mature
neurons	17
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.ATAGTCGCTTTGGAATCTC	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GATTACGGTAGCGTCAATG	Immature
neurons	12
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GCTTCTGGTGCGACGCAGA	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TAGCCAATTTGACCTCCGCC	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TATCGAACTTCAAGGCATTC	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TATGGTCTTTCAAGGCATTC	Mature
neurons	17
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TATTCGGCTAATGGTCGAC	Mature
neurons	10
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCTATACCTTGGATCTGCAG	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TTCTAAGCTTGTCATTGCGC	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GACTGACGTCTGGATTAGT	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TACGGTAGTCCAACTAACC	Immature
neurons	12
14_16_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.ACCTTCGGTCCGCTATATT	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TCTCGCTCTAACCTAGCTT	Immature
neurons	12
14_16_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.ACGGCAATTTCCGGTAATC	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GTAAGCTCTCGTCCGTCCT	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TCATTAAGCTTACTTACTTA	Mature
neurons	17
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.ACCGTAGCTATCGAGTCGC	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.ATTGCCGGTACTATCCGCA	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CCATTGCGTAATTATCAGC	Immature
neurons	12
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GACCGTCATTCCGGTAATC	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GACTGACGTAGTCCGCGGA	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GACTTGGCTCCAACTAACC	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GATCGACCTCATGCATCTC	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GCGGTATATCAAGTACTGG	Mature
neurons	10
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGCAAGTCTAATACTCTTC	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGCGCATTTATCGAGTCGC	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTAAGCTCTCATGCTGGTT	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTATCGCATAATACGCAGG	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TAGGTACTATGCAAGGAATA	Mature
neurons	5
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCCAAGTTATACGAGGACCT	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTATAGGCATCAAGTACTGG	Mature
neurons	5
14_16_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.CCGGATAGTAGTCCGCGGA	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.ACGGCAATTACTTAACTAG	Mature
neurons	5
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GACTGACGTACTATCCGCA	Mature
neurons	17
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GCTGAAGCTTCCGGTAATC	Mature
neurons	5
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GGCGACTATTGATGGCCTT	Mature
neurons	5
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GGTACGGATGTCATTGCGC	Mature
neurons	5
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TATGAGAACTTCCGTCGCCA	Immature
neurons	7
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TCCTCGAGTCGCCTCGAAC	Mature
neurons	5
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TGGACCTCTAAGCCGGCTG	Mature
neurons	5
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CGAGATGCTGATGATCGTA	Mature
neurons	5
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GACCGTCATCTCGATGGAG	Mature
neurons	5
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GGATAGGTTCTCGATGGAG	Mature
neurons	5
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TAAGACCGTACCGTTACGA	Mature
neurons	5
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TATCGAACTTTGGAACTAGA	Mature
neurons	5
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCAGCGGTTGTTGACGGCC	Mature
neurons	5
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCGCGCATTACTGCCGATA	Immature
neurons	8
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCGGTACCTTCTATAAGGA	Mature
neurons	5
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCTATACCTTTACTTACTTA	Mature
neurons	5
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TGGTAATAGTTGATAGAACG	Mature
neurons	17
14_16_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.TCCTCGAGTATTGCGCTGA	Mature
neurons	5
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.ACGAGGTTTACGAGGACCT	Mature
neurons	17
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.ACGAGGTTTGGTCGCGTCA	Mature
neurons	5
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.AGTTGCGCTAACGAGGCTA	Immature
neurons	12
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CCTCCTGATAGATATATCG	Mature
neurons	5
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CGCCGTAATACTACTGAAG	Mature
neurons	5
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GAACGGCTTTTAGGATCTA	Mature
neurons	5
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCTCGAGATACTTCCGAAT	Immature
neurons	8
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTAAGCTCTCGCCGCCTCC	Mature
neurons	5
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTCAACTGATAGTTGCATCT	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.AGTTGCGCTTTGGTCATAA	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.CGACGATATAGTCCGCGGA	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GAACGGCTTCATGCATCTC	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GTTCGCTGTAATTATCAGC	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TCCTACCTTTCCGGTAATC	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TCCGTATGTTCCAGAAGGT	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TTCAACTGATTCCAGAAGGT	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TTGCGGTCTGCGACGCAGA	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.ACCAATGCTTGATGGCCTT	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.CCGGAGTTTATAGTCGTAG	Mature
neurons	17
14_16_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GCAACGTTTTTAACGTACC	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GCATCCAGTTCGATATTGA	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.ATGGCAGCTTCCGGTAATC	Immature
neurons	12
14_16_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GTCGGCAATACGTTCAACC	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.CCGGATAGTAATCTGGAGT	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.CCTCCTGATCGCCTCGAAC	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GAGACTAGTCCGTCGGAGG	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GTTGCAAGTAGATATATCG	Mature
neurons	10
14_16_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TGCCTTGGTGCCAGGATCA	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TTCGCATAATAGTTGCATCT	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.CGGTTCCATTATTACTCAT	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TCCGGTCATAACGGACCAA	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACGGCAATTTCGATATTGA	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.AGCAACGATGGTCGCGTCA	Mature
neurons	17
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ATGCCAAGTAGTAAGCATA	Mature
neurons	17
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ATTGCCGGTAGTTGCATCT	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CCGAGAGATAATACTCTTC	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CGCCGTAATAGATATATCG	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACTACCATAATACGCAGG	Immature
neurons	8
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACTTGGCTGGCATAGCTT	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACTTGGCTTTCTTATCGA	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCAGATACTTATTACTCAT	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTAAGCTCTTGATACGAGT	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTTGCTCCTCCAACTAACC	Mature
neurons	17
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TAGAGCCTTTTGATATATT	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATCGAACTTACTTCCGAAT	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCATTAAGCTGACCTCTCTG	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCGTTCTGTCGTCCGTCCT	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGACGAGGTACCGTTACGA	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGAGTTAGATCCGTCGGAGG	Immature
neurons	12
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGCCTTGGTCGCCTCGAAC	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCGCGGATACTATCCGCA	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCTGGCCTCTGCTTCGAC	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTGGTTAAGTGAACTGCATC	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ATGCCAAGTGCAAGGAATA	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CCAGAACCTGGCATAGCTT	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CCGAGAGATACTGCCGATA	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CGACGATATCTGCTTCGAC	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CGAGATGCTAACTACCGAC	Mature
neurons	17
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CGCCGTAATGCAAGGAATA	Immature
neurons	12
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CTAGTACGTAGTCCGCGGA	Immature
neurons	8
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GAGCGGTATGTCATTGCGC	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GATTACGGTTCCGTCGCCA	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCGGAGAATTACTTACTTA	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCTGAAGCTGCAGACCGGT	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTTGCAAGTTTCAAGACCA	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCAGCGGTTTCCAGAAGGT	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCGTTCTGTTGGAAGTACC	Mature
neurons	10
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCTCGCTCTGTTCTGAATT	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGAGTTAGATCATGCTGGTT	Mature
neurons	5
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGGTCTCCTCTGATTAAGA	Mature
neurons	5
14_16_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.AACCGCTGTGGTCCAGGAG	Mature
neurons	5
14_16_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.CTATCTCCTTTGGTCATAA	Immature
neurons	7
14_16_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.GAACGGCTTAACCTAGCTT	Mature
neurons	17
14_16_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.GCGCTCAATAATGGTCGAC	Mature
neurons	5
14_16_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.GTCATCTGTATTGCGCTGA	Mature
neurons	17
14_16_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.GTCGGCAATTCTATAAGGA	Mature
neurons	5
14_16_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TCGAATCTTTACTGCCGATA	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TGAATTCGTTTTCAAGACCA	Mature
neurons	5
14_16_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TTCTGGCCTCGGCGAGACC	Mature
neurons	5
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.ACGAGGTTTGTCCAACTCA	Mature
neurons	5
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.CAGAAGGCTAACCTAGCTT	Mature
neurons	5
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.CTCTACTGTACGTTCAACC	Mature
neurons	5
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GACCGTCATTGATACGAGT	Mature
neurons	5
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GACTGACGTATGCAATATG	Mature
neurons	5
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TACTCCTATTATCGAGTCGC	Mature
neurons	17
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TATTGAGGTTACTATCCGCA	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TTAATGAGCTGACCTCTCTG	Mature
neurons	5
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TTGGCAATATCAAGCTTCAT	Mature
neurons	5
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TTGGTTAAGTCGAGCTGCCA	Mature
neurons	17
14_16_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GGCGACTATATAGTCGTAG	Mature
neurons	5
14_16_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GGTAGTCCTCGGCGAGACC	Mature
neurons	5
14_16_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GTAGACGGTAGTTGCATCT	Mature
neurons	5
14_16_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GTAGACGGTCCGTCGGAGG	Mature
neurons	5
14_16_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TGCTACTAATTATTACTCAT	Immature
neurons	7
14_16_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.AACCGCTGTTTCAAGACCA	Mature
neurons	5
14_16_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.CCAGAACCTACTGCCGATA	Mature
neurons	5
14_16_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GCTCGAGATTTGAGTATCA	Immature
neurons	2
14_16_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GGTACGGATCGTCCGTCCT	Mature
neurons	5
14_16_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TCATAGAGTTGTTGACGGCC	Mature
neurons	5
14_16_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TCTAGGAATTACTATCCGCA	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.CAACGCAGTACTTCCGAAT	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCTAGGAATTCCGCGGACCG	Mature
neurons	17
14_16_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCTCTCCATACTATCCGCA	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GACTACCATTCCGGTAATC	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GCCATGGTTAACTGATCTT	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.AGTTGCGCTACTATCTTGA	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.CCGAGAGATAACGAGGCTA	Mature
neurons	10
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TGAGTTAGATAGTCCGCGGA	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TTCCGACGTTGATAGAACG	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.AAGCGCCATTGGAACTAGA	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ACGAGGTTTCGTCCGTCCT	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ACGGCAATTCTTCGGCGCA	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.AGCAACGATAGTCCGCGGA	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CCGGAGTTTCCGCGGACCG	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GACCGAATTTCCAGAAGGT	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCTCGAGATAATTATCAGC	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GGTTGGCATCCGTCGGAGG	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TAGTTACCTTCGGCGAGACC	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TATTGAGGTTCATTATTACC	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TGAACGCGTCCAGGTCTAC	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TTGAGTCCTCTGGATTAGT	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TTGCGGTCTTATTACTCAT	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GTAAGCTCTTATTACTCAT	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AAGCGCCATAGTCCGCGGA	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AAGCGCCATTTAGATTCCG	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACCAATGCTGGTCGCGTCA	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AGCAACGATTACTTACTTA	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATGGCGTATAGTTGCATCT	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CAACGCAGTAGTTGCATCT	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCGGATAGTTCTATAAGGA	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCGTCTCATAACGGACCAA	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCTCCTGATCAAGGCATTC	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCTCCTGATGATGATCGTA	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GATCGACCTATCAACGATT	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GATTACGGTTACTTACTTA	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCGTCGTATACTATCCGCA	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGCGACTATTGGAAGTACC	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGCTTACTTCGGATGAAGG	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTTCGCTGTCCGTCGGAGG	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAGAGCCTTGGATCTGCAG	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAGCCAATTTACTACTGAAG	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATCATGAGTTGGAAGTACC	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGCCAACTTATGCCGAGT	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGTTCTGTCCGCTATATT	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGTTCTGTGACTAGTCTA	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGAACGCGTTTGGAGTCGG	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGATCTTCTTAATTGCCTAC	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGCGTAGTTGGTCCAGGAG	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGCTAATTCTGCAAGGAATA	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGCTACTAATAACTGATCTT	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGCTCCTATGACTAGTCTA	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGCTCCTATTGAGGTAGAA	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGGCCTGATGGTCGCGTCA	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGGTCGAATACTACTGAAG	Mature
neurons	17
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCAACTGATGTTGACGGCC	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCCGACGTCCGCTATATT	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGAGAGATTAACTACCGAC	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.AACCGCTGTACCGTTACGA	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GAGCGGTATTTGGTCATAA	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GGCGCATTTGGCTAATTAA	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GTTGCTCCTGACCTCCGCC	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TTCTGGCCTTTCTTATCGA	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AAGCGCCATACCGTTACGA	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AGTTGCGCTACTATCTTGA	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ATGCCAAGTGCTCTCGCCT	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCATTGCGTTCGTAGAGAA	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCGGAGTTTGGTCCAGGAG	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTCCGGTTTACGAGGACCT	Mature
neurons	17
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTGCTGAATGGTCGCGTCA	Immature
neurons	7
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GAACGATGTAGATATATCG	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACCAGGATTATTACTCAT	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCATCCAGTCGCCTCGAAC	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCTTCTGGTTGAGGTAGAA	Mature
neurons	17
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTAAGCTCTTGGAAGTACC	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTCCTGCATACGAGGACCT	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTTCCAGCTATGCAATATG	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TAACTAAGGTACTTCCGAAT	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCGAATCTTTTGATACGAGT	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCGCCAACTCGAGCTGCCA	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCGTCTATTTTTGAGTATCA	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCTACTTACTTCCGGTAATC	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTAATGAGCTTGATAGAACG	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCCATTACTTTAACGTACC	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCCGACGTCAAGTACTGG	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCGCATAATGTTGACGGCC	Mature
neurons	5
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGAGAGATTTTCAAGACCA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CGGTTCCATAATTATCAGC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CGTCGAAGTAACGGACCAA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTACGGCATTCCGGTAATC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTGCTGAATTATTACTCAT	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTGGAAGATTCTAGAACTA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTTAGCGGTGAACTGCATC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTTAGCGGTTTAGGATCTA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACCGAATTAAGCCGGCTG	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTCGCTTAATTATCAGC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCGCTCAATCATGCATCTC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGACTTGATCTCGTCTAGG	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGTAGTCCTCAAGTACTGG	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGTCCTTCTAGATATATCG	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGTTGGCATGCAGACCGGT	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTAAGCTCTCGATCATTAC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTAGCGATTGGATGCAGCA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAGAGCCTTTTAGATTCCG	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATCCAGGTTGATAGAACG	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATCGAACTTCTCGATGGAG	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATGGTCTTTTCCGGTAATC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATTCGGCTTCCAGAAGGT	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCAGTTGGTGACCTCCGCC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCAAGTTATAACGAGGCTA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCGGTCATCATTATTACC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCGTATGTGGTCCAGGAG	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTACTTACTGGATGCAGCA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGAACGCGTACGTTCAACC	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGAGTTAGATAATGGTCGAC	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGCCTATTATTTGGAGTCGG	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGGCCTGATTTGGTCATAA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCAACTGATATGCAATATG	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCTCTAGTTGATGATCGTA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGAGAGATTTTAACGTACC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGGCTCATAGTCCGCGGA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.AAGATGCCTAGTTGCATCT	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ACCAATGCTCGCCTCGAAC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ACGCCATATAACGAGGCTA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CAACGCAGTATGGCGGATC	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCGGATAGTCAAGTACTGG	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CGACGATATGATGATCGTA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CGCCGTAATAGTTGCATCT	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CGGTTCCATACTGCCGATA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTTCATGCTATCGAGTCGC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GAACGGCTTCCAACTAACC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACCGTCATCCGTCGGAGG	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCGGTATATTCTATAAGGA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGATAGGTTAGTCCGCGGA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTAGACGGTGAACTGCATC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGAGAGTATGTCCAACTCA	Immature
neurons	8
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGAGCCTTACTATCCGCA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGGTACTATAATACGCAGG	Mature
neurons	17
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGGTACTATAATTATCAGC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATATGCGTTCCGTCGGAGG	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATCATGAGTGGTCGCGTCA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATCCAGGTTTCTTATCGA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATTGACTCTTTAGGATCTA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGTCTATTTAGATATATCG	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGACGAGGTTGATAGAACG	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGCTCCTATAAGTAGTCAG	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGTCGAATGGACTCATTG	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTATAGGCATTTGGATCCTT	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCAACTGATCATGCATCTC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCTAAGCTTTATTACTCAT	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGAGAGATTGGCTATGACT	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGGCAATATTTATAAGAAC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GCTTCTGGTCCGTCGGAGG	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TCCAATAGTTTCTAGAACTA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CAACGCAGTCTGATTAAGA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GACTCGCTTAGCGTCAATG	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGAGGTTCTGTTGACGGCC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGTAGTCCTTGGAAGTACC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCATGGCTTCATGCATCTC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCCGGTCATCCGCGGACCG	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGCTACTAATAAGACGGCCA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TTAATGAGCTAGCGTCAATG	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.AAGATGCCTCCTAGCGCCT	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TATGGTCTTTTTGGTCATAA	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.AAGATGCCTTGGAAGTACC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACCAATGCTTGATACGAGT	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.AGTTGCGCTTCCGGTAATC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ATTGCCGGTTCCAGAAGGT	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CAATCGGTTTGGAACTAGA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CGAGATGCTACTATCTTGA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GAGACTAGTAGTCCGCGGA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCCATGGTTCCGCGGACCG	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGATAGGTTTGGAAGTACC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGCGACTATACCGTTACGA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTACCTCTTGCTCTAACGA	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTCGGAGTTCGAGCTGCCA	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTCGGAGTTGGATCTGCAG	Mature
neurons	17
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TACTCCTATTAACGGACCAA	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TAGGTACTATGCAGACCGGT	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATGACTTGTTCTAGAACTA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCATAGAGTTCCGTCGGAGG	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCTCTCCATTCCGGTAATC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGAATTCGTTCCTAGCGCCT	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGATCTTCTTATGCAATATG	Mature
neurons	17
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGCGTAGTTAGATATATCG	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGTCGAATACTTCCGAAT	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCCATTACTTCCAGAAGGT	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCCGACGTGCGACGCAGA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCGCATAATCTCGATGGAG	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCTTAACCTGCGACGCAGA	Mature
neurons	17
14_16_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CCATTGCGTGGATGCAGCA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TCGAATCTTTCGGTCGTTAA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.AACCGCTGTCCTAGCGCCT	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACCAATGCTACTATCTTGA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACCAATGCTGACCTCCGCC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACCGTAGCTACCGTTACGA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.AGTTGCGCTAATGGTCGAC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATGGCAGCTGCGACGCAGA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCATCAGGTCAAGCTTCAT	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCGAGAGATAGATATATCG	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CGACGATATTTAACGTACC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CGAGATGCTGGATCTGCAG	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CGTCGAAGTCATTATTACC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTCCGGTTTTCTATAAGGA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTCCTCGTTTACTTACTTA	Mature
neurons	17
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAACGGCTTGTTGACGGCC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACCAGGATAATTATCAGC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACCGTCATAATGGTCGAC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAGACTAGTGGATGCAGCA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAGCGGTATCAAGATTAAG	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAGCGGTATCCAGGTCTAC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCGGTATATGAACTGCATC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCTGAAGCTCAAGTACTGG	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCTGGCTATCATGCATCTC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTAAGGAGTTTGGTCATAA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTACCTCTTAGTAAGCATA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTAGCGATTTCGTAGAGAA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTATCGCATTGATGGCCTT	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTTGCTCCTGATGATCGTA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAGAGAGTATCCGCTATATT	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATGCGATTTAATTATCAGC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATTCGGCTTCCAGAAGGT	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCAGGAGATACTACTGAAG	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCTACCTTACTTCCGAAT	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCTCGAGTAGTAAGCATA	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGCGCATTTTAGATTCCG	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTATACCTTTATTACTCAT	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTCTCCATATCGAGTCGC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCTCCTATGAACTGCATC	Mature
neurons	10
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGCCTGATGATGATCGTA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTAATGAGCTTTGGTCATAA	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCAACTGATCCTAGCGCCT	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCTTAACCTTGGAAGTACC	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGCGGTCTTGATAGAACG	Mature
neurons	5
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTTGCTTAGTGCCAGGATCA	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.ACCTTCGGTCGCCTCGAAC	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.GGAGCTCATACGCAACTCC	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.ACGCCATATTCTATAAGGA	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.CGAGATGCTCAAGTACTGG	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.CTGCTGAATGTTGACGGCC	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.GGTTGGCATTCCGGTAATC	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.GTAGCGATTTGATACGAGT	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TAGGTACTATACTATCTTGA	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TAGGTACTATGGTCGCGTCA	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TCGGTACCTGCAGACCGGT	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.CTCTACTGTAACTGCTGCC	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GGTAGTCCTCTCGTCTAGG	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GGTCTACGTACTATCTTGA	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GTTCGCTGTACCGTTACGA	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TCTCGCTCTAAGCCGGCTG	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2CCGTCGGAGG.TAGGTACTATTTGAGTATCA	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2CCGTCGGAGG.TGAGTTAGATAACTGATCTT	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GCTGAAGCTAGCGTCAATG	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TACGGTAGTGTCCAACTCA	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TAGCTCGGTGTCATTGCGC	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TCTCTCCATTCCGGTAATC	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TGGTCGAATACTTCCGAAT	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TTCTGGCCTACGCAACTCC	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.CGAGATGCTGCCAGGATCA	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.TAGCCAATTTGTTGACGGCC	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.TTCCGACGTAACGGACCAA	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.GGTACGGATAATTATCAGC	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TGAGTTAGATGACTAGTCTA	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TGGTCGAATGTTGACGGCC	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GCATCCAGTGCTCTCGCCT	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TATTGAGGTTCAAGTACTGG	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TCGTAGCGTACTGCCGATA	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TGGTCGAATTTCCATGGCA	Mature
neurons	17
14_16_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TTGAGTCCTGGCTAATTAA	Mature
neurons	5
14_16_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TTGGCTCATCCGCTATATT	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.AGCAACGATGATGATCGTA	Mature
neurons	17
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CCGTCTCATTCTATAAGGA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CGGTTCCATGCTCTCGCCT	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CTGCTGAATTGGAAGTACC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GAACGGCTTTTCTTATCGA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GAGACTAGTTTAACGTACC	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGAGGTTCTGTCATTGCGC	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGTCTACGTGTTGACGGCC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TAACTAAGGTCGGCGAGACC	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TACGGTAGTCCGCTATATT	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGGACCTCTAATCTGGAGT	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGGCCTGATGACCTCCGCC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TTGGAGTTATTTGAGTATCA	Mature
neurons	17
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.AGGCATCATTCCAGAAGGT	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CTATCTCCTGCAAGGAATA	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GAACGGCTTAGTCCGCGGA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GATCGACCTCTCGTCTAGG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GTACCTCTTTCCGGTAATC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TATTCGGCTGGATGCAGCA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCCGGTCATGGTCCAGGAG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCGCCAACTAAGCCGGCTG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTCTGGCCTTCCGTCGCCA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTGGCAATATAGATATATCG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CGACGATATTTGAGTATCA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CTAGTACGTAATACTCTTC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CTGCTGAATACGCAACTCC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CTGGAAGATTCCGGTAATC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GACTCGCTTAGTCCGCGGA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GATTACGGTGTTGACGGCC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCGCTCAATCCGCGGACCG	Immature
neurons	2
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCGTCGTATCATTATTACC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGCTTACTTTCCGTCGCCA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TACTCCTATTTTCCATGGCA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TAGCCAATTTACGAGGACCT	Mature
neurons	17
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TAGCCAATTTGTCGCTCAGT	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TAGTTACCTTTTGAGTATCA	Mature
neurons	10
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATCCAGGTTCGATATTGA	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATCGAACTTCTGGATTAGT	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCGGTACCTCATGCTGGTT	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCTCGCTCTTGATAGAACG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTCAACTGATTTGGATCCTT	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTCGCGGATAATTGCCTAC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTGGCGACTAATGGTCGAC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GACTGACGTTCCGTCGCCA	Mature
neurons	17
14_16_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TCTATACCTTACTTAACTAG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TGATCTTCTTGGTCCAGGAG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACGGCAATTTTGGAATCTC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTACGGCATCATTATTACC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTTAGCGGTTGGAACTAGA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GAACGATGTAATACGCAGG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GAACGGCTTTAGGCAGATA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACTCGCTTTGATGGCCTT	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCAATCGCTAAGCCGGCTG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCCATGGTTACTATCTTGA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCGGAGAATAAGCCGGCTG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCTGAAGCTTTCAAGACCA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGAGCTCATCGCCTCGAAC	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGCTTACTTCCAGGTCTAC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGTCCTTCTGCTAACCTCA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGTTCGAGTACCGTTACGA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTCCTGCATACTACTGAAG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTTCGCTGTAATTGCCTAC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAACTAAGGTAGATATATCG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAAGACCGTAGCGTCAATG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAAGACCGTTGATAGAACG	Mature
neurons	17
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATCATGAGTTCCAGAAGGT	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCAGCGGTTTCCAGAAGGT	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCGTATGTTCCGGTAATC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGGTACCTACCGTTACGA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGTTCTGTGATGATCGTA	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGAATTCGTTAATACGCAGG	Mature
neurons	17
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGCTACTAATCCTAGCGCCT	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCGCATAATTGGAAGTACC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGCGGTCTAGATATATCG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.AACCGCTGTTTGGATCCTT	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GCGCTCAATTCGTAGAGAA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GCGGTATATATGCAATATG	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GGTAGTCCTACTCTCTCAA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GTAAGCTCTTTCAAGACCA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TAGGTACTATTACTTACTTA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCAGTTGGTCGCCTCGAAC	Neural
progenitors	1
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCATTAAGCTGGTCCAGGAG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCTCCGAATAGCGTCAATG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TGAATTCGTTGGATGCAGCA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CAATCGGTTTCTATAAGGA	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CTCCGGTTTCCGCGGACCG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GATCGACCTATAGTCGTAG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GCAACGTTTTCCGGTAATC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GCTCGAGATCATGCATCTC	Mature
neurons	17
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GCTGGCTATAATACGCAGG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GGAGGTTCTCCGTCGGAGG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GTTCCAGCTCGCGTACGAC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TAACTAAGGTGACCTCCGCC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCATTAAGCTAGTTGCATCT	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TGCGTAGTTATCGAGTCGC	Mature
neurons	17
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.ACCTTCGGTAGATATATCG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CGACGATATTGGAAGTACC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TAGAGCCTTTCCAGAAGGT	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCTCGCTCTGTTGACGGCC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AAGCGCCATTTAGGATCTA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ACCTTCGGTACTACTGAAG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ACGGCAATTTGAGGTAGAA	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CCGAGAGATACTACTGAAG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTCCGGTTTCCGCGGACCG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTCCTCGTTGGACTCATTG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GAAGAGGCTACGAGGACCT	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GATCGACCTATAGTCGTAG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCTGGCTATAATACGCAGG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGAGGTTCTCCGTCGGAGG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGCGCATTTCCGCGGACCG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTACCTCTTTTAACGTACC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTTCCAGCTCTGGATTAGT	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAACTAAGGTGACCTCCGCC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGCCAATTTCGATCATTAC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGTTACCTTTTAGGATCTA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATTCGGCTCCAGGTCTAC	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCATTAAGCTAGTTGCATCT	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCATTAAGCTTGATACGAGT	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCGTCTATTTAACGAGGCTA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCTCGCTCTTATTACTCAT	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGATCTTCTTGGTCGCGTCA	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGCCTTGGTCCGTCGGAGG	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCGCATAATTTGGTCATAA	Mature
neurons	5
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGGCAATATCCAACTAACC	Mature
neurons	5
14_16_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.CGCCGTAATTTAGGATCTA	Mature
neurons	5
14_16_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.CGGTTCCATTCCAGAAGGT	Mature
neurons	17
14_16_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.GCGCTCAATTCTATAAGGA	Mature
neurons	5
14_16_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.GTAGACGGTTTGGTCATAA	Mature
neurons	5
14_16_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TATCGAACTTAATTATCAGC	Mature
neurons	5
14_16_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TTGGCTCATCCGTCGGAGG	Mature
neurons	5
14_16_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TTAATGAGCTACTACTGAAG	Mature
neurons	5
14_16_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.AGGCATCATCTGATTAAGA	Mature
neurons	5
14_16_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.GACTGACGTGCCAGGATCA	Mature
neurons	5
14_16_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.TTGGAGTTATAACTGATCTT	Mature
neurons	5
14_16_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.CCGGAGTTTTTAACGTACC	Mature
neurons	5
14_16_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.GCAACGTTTCATGCATCTC	Mature
neurons	5
14_16_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.GTAGCGATTTGAGGTAGAA	Mature
neurons	5
14_16_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TATCCAGGTTACTTACTTA	Immature
neurons	2
14_16_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TCCGTATGTAGTAAGCATA	Mature
neurons	5
14_16_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.CCGTCTCATAGTTGCATCT	Mature
neurons	5
14_16_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.CGACGATATCATTATTACC	Mature
neurons	5
14_16_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.TAGAGAGTATGATGATCGTA	Mature
neurons	5
14_16_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.TCGCCAACTCGATCATTAC	Mature
neurons	5
14_16_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.TTAATGAGCTGGCTAATTAA	Mature
neurons	5
14_16_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.TTGGAGTTATCCGTCGGAGG	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.ACGCCATATCTCGATGGAG	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CGCCGTAATTCCGGTAATC	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GACGTTCGTCATTATTACC	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GATCGACCTACTCTCTCAA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCCGGTCATTGAGTCCAGA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TGAACGCGTACTATCTTGA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TGGATCCGTACTTCCGAAT	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TTGGAGTTATAATGGTCGAC	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.ACCAATGCTATGCAATATG	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GACCGAATTCATGCTGGTT	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCAGGAGATCCGCGGACCG	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCCGTATGTACTATCTTGA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TGCCTATTATCTCGTCTAGG	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTCAACTGATCCGCGGACCG	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.AAGCGCCATTGATACGAGT	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCGAGAGATACTCTCTCAA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CGAGATGCTTCTATAAGGA	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTACGGCATGGATCTGCAG	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTCCGGTTTTTGGTCATAA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTCCTCGTTTCTAGAACTA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACCAGGATCTCGTCTAGG	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACCAGGATTTATAAGAAC	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACTTGGCTCAAGCTTCAT	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GAGCGGTATGTTGACGGCC	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GATTACGGTGGATCTGCAG	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCGCTCAATCCGTCGGAGG	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCTGGCTATTCCGGTAATC	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGAGGTTCTTTGGAGTCGG	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTCATCTGTTTGGTCATAA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTTGCTCCTTTGGATCCTT	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TACTCCTATTCCGTCGGAGG	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TAGAGCCTTTGGAACTAGA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATATGCGTTCTCGATGGAG	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATCGAACTTCATTATTACC	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATGACTTGTACTATCCGCA	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCAGCGGTTGATGATCGTA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCGGTCATTCGTAGAGAA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCTACCTTCGGCGAGACC	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGCGCATTAATGGTCGAC	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGAGAATCATCAAGATTAAG	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGAGAATCATGACTAGTCTA	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTGGCGACTGTCATTGCGC	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.ACGCCATATTATTACTCAT	Mature
neurons	17
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.ATGCCAAGTCTTCGGCGCA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CCTCCTGATCCGCGGACCG	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CGACGATATGCTCTCGCCT	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GACTGACGTGGTCCAGGAG	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCTGGCTATCTCGATGGAG	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GGTTGGCATGTTGACGGCC	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTAAGCTCTAATTATCAGC	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTTCCAGCTTCCGTCGCCA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TAGCCAATTTATGCAATATG	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TATGCGATTTTTAGGATCTA	Mature
neurons	17
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCGCCAACTTTGGAATCTC	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCTACTTACTTGGAAGTACC	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGCCTATTATTTAGGATCTA	Mature
neurons	17
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGTTAAGACTTTGGTCATAA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTGGCTCATTCCAGAAGGT	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTTGCTTAGTAAGCCGGCTG	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AACCGCTGTAACTGATCTT	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AAGATGCCTGTTGACGGCC	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AAGCGCCATACGAGGACCT	Mature
neurons	10
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AGCAACGATCGCCTCGAAC	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AGGCATCATAACCTAGCTT	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CGGTTCCATACTATCCGCA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GAACGATGTCAAGATTAAG	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACTCGCTTCATGCTGGTT	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACTCGCTTCGGTCGTTAA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACTGACGTAAGCCGGCTG	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCATCCAGTTGATGGCCTT	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCGGAGAATCATGCTGGTT	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCGTCGTATTACTTACTTA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCTTCTGGTTGGAAGTACC	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGCGCATTTACGAGGACCT	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAGTTACCTTAGTAAGCATA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATCATGAGTCAAGTACTGG	Mature
neurons	17
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATCCAGGTAATACTCTTC	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATGACTTGTTTGGATCCTT	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATTGAGGTTTCCGGTAATC	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCATTAAGCTTCTATAAGGA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCCTACCTTTACTTACTTA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTAGGAATTTCTAGAACTA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTCGCTCTAGATATATCG	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTCTCCATTGAGGTAGAA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGCTAATTCTATCGAGTCGC	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGCTCCTATCAAGATTAAG	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTCTTAACCTCTGCTTCGAC	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGGCAATATTTCCATGGCA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.ACGAGGTTTTTAACGTACC	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.ATGGCGTATTGATACGAGT	Mature
neurons	17
14_16_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GTTGCAAGTCCGCGGACCG	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.AGTTGCGCTTGATGGCCTT	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GGCTTACTTCCGTCGGAGG	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCAGTTGGTTTCTTATCGA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GACCGTCATCCTAGCGCCT	Mature
neurons	17
14_16_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TATGGTCTTTGAACTGCATC	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TGCGTAGTTAGATATATCG	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CTACGGCATGGATCTGCAG	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GATTACGGTGGATCTGCAG	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GCTGGCTATTCCGGTAATC	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TACTCCTATTCCGTCGGAGG	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCAGCGGTTGATGATCGTA	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCCAAGTTATAATACGCAGG	Mature
neurons	5
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCGCGCATTAGTTGCATCT	Mature
neurons	5
14_16_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.CCAGAACCTTGATGGCCTT	Mature
neurons	5
14_16_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GACTCGCTTCGATCATTAC	Mature
neurons	5
14_16_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GAGCGGTATTCCGTCGCCA	Mature
neurons	5
14_16_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.TAGCCAATTTTCGTAGAGAA	Mature
neurons	5
14_16_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.ATTGCCGGTCATTATTACC	Mature
neurons	5
14_16_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.TAGAGAGTATGATGATCGTA	Mature
neurons	5
14_16_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.GGAGCTCATGGCATAGCTT	Mature
neurons	5
14_16_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.GGAGCTCATTACTTACTTA	Mature
neurons	5
14_16_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TAGAGAGTATTTGGTCATAA	Mature
neurons	17
14_16_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TGCTAATTCTCTGATTAAGA	Mature
neurons	17
14_16_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TTCTAAGCTTTCCGGTAATC	Immature
neurons	12
14_16_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.TAAGACCGTTCTATAAGGA	Mature
neurons	5
14_16_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.AGCAACGATCATGCATCTC	Mature
neurons	5
14_16_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.GACCGAATTGTTGACGGCC	Mature
neurons	5
14_16_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.TCCTACCTTACGAGGACCT	Mature
neurons	5
14_16_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.TGCCTATTATACCGTTACGA	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.ATGCCAAGTCATGCATCTC	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.CGACGATATACGAGGACCT	Ventral
midline	9
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GAGCGGTATTGGAAGTACC	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TATGGTCTTTCCGCGGACCG	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TCCTCGAGTATAGTCGTAG	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.ACCTTCGGTCAAGTACTGG	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CCTCCTGATACTGCCGATA	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TTCTGGCCTCTGCTTCGAC	Immature
neurons	12
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AACCGCTGTTGAGTCCAGA	Mature
neurons	17
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AAGCGCCATGGTCCAGGAG	Immature
neurons	12
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AAGCGCCATTCTAGAACTA	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ACCAATGCTACGAGGACCT	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AGGCATCATCGCCGCCTCC	Mature
neurons	17
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AGTTGCGCTCCGTCGGAGG	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AGTTGCGCTTCCGGTAATC	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AGTTGCGCTTTAGGATCTA	Immature
neurons	12
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CCGGAGTTTGACTAGTCTA	Immature
neurons	12
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CCGGAGTTTTCCAGAAGGT	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CCGGATAGTCTGCTTCGAC	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTATCTCCTCGTCCGTCCT	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACTCGCTTCAAGGCATTC	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCATCCAGTTCGATATTGA	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCGGTATATGGATCTGCAG	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCGGTATATTTGAGTATCA	Mature
neurons	10
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGAGGTTCTTGGAAGTACC	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGCGACTATATCGAGTCGC	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTTGGCATACTACTGAAG	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTCATCTGTCATTATTACC	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTCGGAGTTTACTTACTTA	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAAGACCGTGGTCCAGGAG	Immature
neurons	12
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGAGAGTATGATGATCGTA	Immature
neurons	8
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATATGCGTTTCCGGTAATC	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCATTAAGCTTTGGTCATAA	Mature
neurons	17
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCTATTCTTCAAGTACTGG	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCGCGCATTGGATGCAGCA	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCGTAGCGTTACTTACTTA	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCTAGGAATTTCTATAAGGA	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCTCGCTCTCGATCATTAC	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCTAATTCTTTAGGATCTA	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGGATCCGTTCCGGTAATC	Ventral
midline	9
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGGTCTCCTGCAAGGAATA	Mature
neurons	17
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCAACTGATCTGATTAAGA	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.CCGGAGTTTTATTACTCAT	Mature
neurons	17
14_16_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.GCTGGCTATGCTCTCGCCT	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.AACCGCTGTCTGGATTAGT	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TATGCGATTTGACTAGTCTA	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ACCGTAGCTGCGACGCAGA	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ACCTTCGGTCGTCCGTCCT	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ACGAGGTTTGGACTCATTG	Mature
neurons	10
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ATGGAGAGTTCCGTCGCCA	Mature
neurons	17
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CGAGATGCTACGCAACTCC	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GACCGTCATGCTCTCGCCT	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GACCGTCATTCTAGAACTA	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GAGCGGTATAGTCCGCGGA	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GATCGACCTCATTATTACC	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGCGACTATGAACTGCATC	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGCGCATTTTGGAAGTACC	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGTAGTCCTCGGCGAGACC	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGTCTACGTTATTACTCAT	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TACTCCTATTCGTCCGTCCT	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TACTCCTATTTGAGGTAGAA	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TATGCGATTTACTATCTTGA	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TATTGACTCTCTCGATGGAG	Mature
neurons	17
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCAGCGGTTGACTAGTCTA	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCCAAGTTATACCGTTACGA	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCCAAGTTATGGATGCAGCA	Immature
neurons	12
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCCGGTCATCAAGCTTCAT	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTCGCGGATGACCTCCGCC	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTCTCTCGTCGTCCGTCCT	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTGGCTCATTTGGAGTCGG	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.AGCAACGATTTCAAGACCA	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GGAGCTCATTTAGATTCCG	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GGCGACTATTTCAAGACCA	Mature
neurons	17
14_16_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TGATCTTCTTGCGACGCAGA	Immature
neurons	12
14_16_exp1_idx1TGGACGACTA_idx2TGATACGAGT.CAACGCAGTTTCAAGACCA	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TCCAAGTTATACTGCCGATA	Mature
neurons	5
14_16_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TCTCTCCATACTACTGAAG	Immature
neurons	12
14_16_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TGGACCTCTCGCCTCGAAC	Mature
neurons	5
14_16_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.TTCTCTAGTTATCCATGACT	Mature
neurons	5
14_16_exp10_idx1AATACGATAA_idx2CTCGATGGAG.GGAGGTTCTAGCTTATCCG	Mature
neurons	5
14_16_exp10_idx1AATACGATAA_idx2CTCGATGGAG.GGTACCATTCCTAGCGCCT	Immature
neurons	7
14_16_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TAACGACTTTTTATAAGAAC	Mature
neurons	5
14_16_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TGAGAATCATGATCGCTTCT	Mature
neurons	5
14_16_exp10_idx1AATACGATAA_idx2GCTCTCGCCT.TCCAATAGTTAACGGACCAA	Mature
neurons	5
14_16_exp10_idx1AATACGATAA_idx2TCTAGAACTA.GGCTTACTTTGCCGGCAGA	Mature
neurons	5
14_16_exp10_idx1AATACGATAA_idx2TGATACGAGT.TAACTAAGGTGGTCGCGTCA	Mature
neurons	17
14_16_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.AAGGATTACTGGCTAATTAA	Mature
neurons	5
14_16_exp10_idx1ACGGCGTTAA_idx2CGATCATTAC.AGTCGCATTGCCATTCTCC	Mature
neurons	5
14_16_exp10_idx1ACGGCGTTAA_idx2GACCTCTCTG.AATTCATCGTTGATACGAGT	Mature
neurons	5
14_16_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.TAATCAGCTTGACCTCTCTG	Mature
neurons	5
14_16_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.TAGAGCCTTCTGATTAAGA	Immature
neurons	12
14_16_exp10_idx1AGACCATATC_idx2AACGAGGCTA.GACCGTCATAGTAAGCATA	Mature
neurons	5
14_16_exp10_idx1AGACCATATC_idx2ACCGTTACGA.ATCAGTCATTCCGATTCCTG	Mature
neurons	5
14_16_exp10_idx1AGACCATATC_idx2ACGCAACTCC.TGAATCTGATATCCATGACT	Mature
neurons	5
14_16_exp10_idx1AGACCATATC_idx2AGGATTACCA.TGCCTATTATGGCTAATTAA	Mature
neurons	5
14_16_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TCATGGCTTACTTCCGAAT	Mature
neurons	5
14_16_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TCTATCCAATAGTAAGCATA	Mature
neurons	5
14_16_exp10_idx1AGACCATATC_idx2CCTATAAGCT.AGCGTAAGTAACTACCGAC	Mature
neurons	5
14_16_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TCAAGATCTTAACTACCGAC	Mature
neurons	5
14_16_exp10_idx1AGACCATATC_idx2CGATCATTAC.TAAGGTTCATACCGCCAACC	Mature
neurons	5
14_16_exp10_idx1AGACCATATC_idx2CGATCATTAC.TTCAACTGATGCTCTCGCCT	Mature
neurons	5
14_16_exp10_idx1AGACCATATC_idx2CGATCATTAC.TTGACTCAATAATACGCAGG	Mature
neurons	5
14_16_exp10_idx1AGACCATATC_idx2GATCAGTCAT.AATTCATCGTCCAGGTCTAC	Mature
neurons	5
14_16_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.GCATCCAGTAATACGCAGG	Mature
neurons	10
14_16_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.GTCGTAACTGGCTAATTAA	Mature
neurons	5
14_16_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TTTGCTTAGTTGCCGGCAGA	Mature
neurons	5
14_16_exp10_idx1AGGTCAGCTT_idx2ACCAAGATCT.GATAAGCGTGACTAGTCTA	Mature
neurons	5
14_16_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.ATACCAGTTTTTAGGATCTA	Mature
neurons	5
14_16_exp10_idx1AGGTCAGCTT_idx2ATAAGAGGCG.ACTTGATTGTGTCCAACTCA	Mature
neurons	5
14_16_exp10_idx1AGGTCAGCTT_idx2ATAAGAGGCG.TGGATCCGTAATACGCAGG	Mature
neurons	5
14_16_exp10_idx1AGGTCAGCTT_idx2ATAGGATATG.GGCTTACTTTGAGGTAGAA	Mature
neurons	5
14_16_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.CTTCATGCTACTTAACCTT	Mature
neurons	5
14_16_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.GGTCAGTTTACCGCCAACC	Mature
neurons	5
14_16_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.GGTCAGTTTTGCGGACCTA	Mature
neurons	5
14_16_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.TTGACCAGTTCGATATTGA	Mature
neurons	5
14_16_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.CAGTATCCTAACTACCGAC	Mature
neurons	5
14_16_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.ACCATGATTTTTATAAGAAC	Mature
neurons	5
14_16_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.TCAGGAGATACGCAACTCC	Mature
neurons	5
14_16_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TAGATGACTTCCAGGTCTAC	Mature
neurons	17
14_16_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.AACTGGCATATCCATGACT	Mature
neurons	5
14_16_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TTGGCAATATTCCGGTAATC	Mature
neurons	5
14_16_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.TTCTCATTGTGGTCCAGGAG	Mature
neurons	5
14_16_exp10_idx1AGTCCGCTGC_idx2GAACTGCATC.CTGCTGAATTGGAAGTACC	Mature
neurons	5
14_16_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.ACCATGATTTGACTAGTCTA	Mature
neurons	5
14_16_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.ATACCAGTTTCTGATTAAGA	Mature
neurons	5
14_16_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.GTTGCAAGTGGCTAATTAA	Mature
neurons	5
14_16_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.AACTAGTTGTGGCTAATTAA	Mature
neurons	5
14_16_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.CAGCATTGTGCTCTCGCCT	Mature
neurons	5
14_16_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TCAGGAGATGGCTAATTAA	Mature
neurons	5
14_16_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TGATGCGATCCAGGTCTAC	Mature
neurons	5
14_16_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.CTCGTTGATAACGGACCAA	Mature
neurons	5
14_16_exp10_idx1ATAAGGACTC_idx2ACGAGGACCT.TTATCCGCTCATTATTACC	Mature
neurons	5
14_16_exp10_idx1ATAAGGACTC_idx2GTCGCTCAGT.TTATCCGCTCCGATTCCTG	Mature
neurons	5
14_16_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TATTGACTCTACTTAACCTT	Head epid.
/muscle	4
14_16_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.AACTGGCATGCCATTCTCC	Mature
neurons	5
14_16_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.GTTGCAAGTGTCATTGCGC	Mature
neurons	5
14_16_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.TATCGAACTTGCCATTCTCC	Mature
neurons	5
14_16_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.ACGCTTGATACCGCCAACC	Mature
neurons	5
14_16_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.TTGATTCCTTCAAGATTAAG	Mature
neurons	5
14_16_exp10_idx1ATGGCGCCTG_idx2GAACTGCATC.TTGACCAGTGGTCGCGTCA	Mature
neurons	5
14_16_exp10_idx1ATGGCGCCTG_idx2GAACTGCATC.TTGGTTAAGTATCCATGACT	Mature
neurons	5
14_16_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.GAAGAGGCTGGTCCAGGAG	Mature
neurons	5
14_16_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TTCTCATTGTATCCATGACT	Mature
neurons	5
14_16_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.TTGGAGTTATTCGATATTGA	Mature
neurons	5
14_16_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.GACCGTCATAATTATCAGC	Mature
neurons	5
14_16_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TCTATACCTTGGTCCAGGAG	Mature
neurons	5
14_16_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.ATGGTTGGTGCTAACTTGC	Mature
neurons	10
14_16_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TAAGGTTCATTCCAGAAGGT	Mature
neurons	5
14_16_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TTCGTTCCTACGCAACTCC	Head epid.
/muscle	4
14_16_exp10_idx1CCTCAGCTCC_idx2GGACTCATTG.TAACTAAGGTACTTCCGAAT	Mature
neurons	5
14_16_exp10_idx1CCTCAGCTCC_idx2GGACTCATTG.TTCTCATTGTCTAACTAGAT	Mature
neurons	5
14_16_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.GTCATCTGTCCTAGCGCCT	Mature
neurons	5
14_16_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.AAGGATTACTGCCATTCTCC	Mature
neurons	5
14_16_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.CAAGCAACTAACTACCGAC	Mature
neurons	5
14_16_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.GTAAGGAGTACTTAACCTT	Mature
neurons	5
14_16_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TAACGACTTTACGCAACTCC	Immature
neurons	7
14_16_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TAAGGTTCATAATACCATCC	Mature
neurons	5
14_16_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TCAAGATCTTGGCTAATTAA	Mature
neurons	5
14_16_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.ATTAGTCTGTTTAGGATCTA	Mature
neurons	5
14_16_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.TCTATACCTTGGCTGAGCTC	Immature
neurons	12
14_16_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.TAGAGCCTTTCTAATAGTA	Mature
neurons	5
14_16_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.TTGGAGCTTTTATAAGAAC	Mature
neurons	5
14_16_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.ATTGATCGTTTTAGGATCTA	Mature
neurons	5
14_16_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.GACCGTCATTGCGGACCTA	Mature
neurons	5
14_16_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.TCCAAGTTATCGTCCGTCCT	Mature
neurons	5
14_16_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.TTGGCTCATCCAGGTCTAC	Mature
neurons	5
14_16_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.AACTAGTTGTAATTATCAGC	Mature
neurons	5
14_16_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.TACTTGCGTCCGCGGACCG	Mature
neurons	5
14_16_exp10_idx1GAGCGCGATG_idx2GGAACGATGG.ATTAGTCTGTTCTAATAGTA	Mature
neurons	17
14_16_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.TCATAGAGTTACCGCCAACC	Mature
neurons	5
14_16_exp10_idx1GATTCTTGAA_idx2CCAAGCTGAA.GGTTCGAGTGGCTAATTAA	Mature
neurons	17
14_16_exp10_idx1GATTCTTGAA_idx2GAACTGCATC.TATCATGAGTGGTCCAGGAG	Mature
neurons	5
14_16_exp10_idx1GATTCTTGAA_idx2GAACTGCATC.TATTGAGGTTTGATACGAGT	Mature
neurons	5
14_16_exp10_idx1GATTCTTGAA_idx2GACTAGTCTA.AATTCATCGTGATCGCTTCT	Immature
neurons	7
14_16_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.ATATCCTACTTGCGGACCTA	Mature
neurons	5
14_16_exp10_idx1GCATCGTATG_idx2CGATCATTAC.TTGACTCAATAACGGACCAA	Mature
neurons	5
14_16_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.GTAGACGGTATCCATGACT	Mature
neurons	5
14_16_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.TCCAATAGTTGGCTAATTAA	Mature
neurons	5
14_16_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.TGGATCCGTACCGCCAACC	Mature
neurons	5
14_16_exp10_idx1GCATCGTATG_idx2GCAACTGGCA.GTCCTGCATTTGGTCATAA	Mature
neurons	5
14_16_exp10_idx1GCATCGTATG_idx2TCCGTCGCCA.AACTGGCATCAAGCTTCAT	Mature
neurons	5
14_16_exp10_idx1GCATCGTATG_idx2TCCGTCGCCA.TTATAGGCATGCTGGAACTT	Mature
neurons	5
14_16_exp10_idx1GCATCGTATG_idx2TCGATATTGA.GCATCCAGTCATTATTACC	Mature
neurons	5
14_16_exp10_idx1GCATCGTATG_idx2TCGATATTGA.TCCTAACTTTACTTAACCTT	Mature
neurons	5
14_16_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.TCTCGCTCTAATACGCAGG	Mature
neurons	5
14_16_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.GCTCTTAGTAATACGCAGG	Mature
neurons	5
14_16_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TCAGGAGATACTTAACCTT	Immature
neurons	2
14_16_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TCTATCCAATAATACGCAGG	Mature
neurons	5
14_16_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.GTAAGGAGTACGCAACTCC	Mature
neurons	5
14_16_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.TTCTTAACCTACTTCCGAAT	Mature
neurons	5
14_16_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TAACGACTTTCTGCTTCGAC	Mature
neurons	5
14_16_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TCCTCGAGTCATCTCTGCA	Mature
neurons	5
14_16_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TTAATGAGCTGGCTAATTAA	Mature
neurons	5
14_16_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TTCCATTACTATCCATGACT	Mature
neurons	5
14_16_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TTGACTCAATCATCTCTGCA	Mature
neurons	10
14_16_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.ATGGTTGGTACCGCCAACC	Immature
neurons	2
14_16_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TACGGTAGTGGTCCAGGAG	Mature
neurons	5
14_16_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TGAATTCGTTGGCTAATTAA	Mature
neurons	5
14_16_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TGCTACTAATGGTCCAGGAG	Mature
neurons	5
14_16_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TTGGAGTTATGTCCAACTCA	Mature
neurons	5
14_16_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.GGTTGGCATATCCATGACT	Mature
neurons	5
14_16_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.GTCTCTACTAACGGACCAA	Mature
neurons	5
14_16_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TTATAGGCATCGTCCGTCCT	Immature
neurons	2
14_16_exp10_idx1GCTTGAAGAG_idx2AGATCCTATA.GGCAAGTCTAATACGCAGG	Mature
neurons	5
14_16_exp10_idx1GCTTGAAGAG_idx2AGATCCTATA.TAGCCAATTTTGCGGACCTA	Immature
neurons	12
14_16_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TGGTAATAGTCCTAGCGCCT	Mature
neurons	5
14_16_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TTCGCATAATCATCTCTGCA	Mature
neurons	5
14_16_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TTCTCATTGTTATATACTAA	Mature
neurons	5
14_16_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.CTGCTGAATGCCATTCTCC	Mature
neurons	17
14_16_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.ATTGATCGTTCTGCTTCGAC	Mature
neurons	5
14_16_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TCCAATAGTTAACTACCGAC	Mature
neurons	5
14_16_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TGTTAAGACTGGTCCAGGAG	Mature
neurons	5
14_16_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.GACCAGGATGGTCCAGGAG	Mature
neurons	5
14_16_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.CAGCATTGTGACTAGTCTA	Mature
neurons	5
14_16_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.TCCTATTCTTTTAGGATCTA	Mature
neurons	5
14_16_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.TGATCTTCTTAAGAAGCTAG	Mature
neurons	5
14_16_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.GGCGTTAATTTAGGATCTA	Immature
neurons	7
14_16_exp10_idx1GGCTTACTCC_idx2GCTCTCGCCT.GGTTGGCATGGTATCCGCC	Mature
neurons	5
14_16_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.CAGTATCCTGCCATTCTCC	Mature
neurons	5
14_16_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.TCAGGAGATACTTAACCTT	Mature
neurons	5
14_16_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.GCTCTTAGTACCGCCAACC	Mature
neurons	5
14_16_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TTCTAAGCTTAATACGCAGG	Mature
neurons	5
14_16_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TGCTACTAATTCTAATAGTA	Mature
neurons	5
14_16_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TGGTAATAGTTATATACTAA	Mature
neurons	5
14_16_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.ATTGATCGTTACTTAACCTT	Mature
neurons	5
14_16_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TTGGTTAAGTTTAGGATCTA	Mature
neurons	5
14_16_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.AAACTCCAATTATATACTAA	Mature
neurons	5
14_16_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TCCAAGTTATGACTAGTCTA	Immature
neurons	12
14_16_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TCATAGAGTTGCCATTCTCC	Mature
neurons	5
14_16_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TCCAAGTTATATCCATGACT	Mature
neurons	5
14_16_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TGCTGGATTAATTATCAGC	Mature
neurons	5
14_16_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.CGAATGAGTAACTACCGAC	Mature
neurons	5
14_16_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.GAGACTAGTCAAGCTTCAT	Mature
neurons	5
14_16_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.AGTATTAGCTAGTAAGCATA	Mature
neurons	5
14_16_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.GCTGAAGCTTGATACGAGT	Mature
neurons	5
14_16_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TTCTCATTGTATCCATGACT	Mature
neurons	17
14_16_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.ACCATGATTTTTAGGATCTA	Mature
neurons	5
14_16_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.ATATCCTACTTGCGGACCTA	Mature
neurons	5
14_16_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.GGCAAGTCTCCAGGTCTAC	Mature
neurons	5
14_16_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.TTTGCTACTTGGCTAATTAA	Mature
neurons	5
14_16_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.TTCGTTCCTTTGGTCATAA	Mature
neurons	5
14_16_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.ATTAGGTACTTATATACTAA	Mature
neurons	5
14_16_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.TAGAGAGTATAGCTTATCCG	Mature
neurons	5
14_16_exp10_idx1TAGGTAACTT_idx2ACTTCCGAAT.GCAGATACTAGTAAGCATA	Mature
neurons	5
14_16_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.GAACGATGTTCGATATTGA	Mature
neurons	5
14_16_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.ATTAGTCTGTACTTAACCTT	Mature
neurons	5
14_16_exp10_idx1TAGGTAACTT_idx2TGATACGAGT.AACTAGTTGTAACTACCGAC	Mature
neurons	5
14_16_exp10_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TATCATGAGTAATTATCAGC	Mature
neurons	5
14_16_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.AGATCGGATTCTAATAGTA	Mature
neurons	5
14_16_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.ATACCAGTTTAACTACCGAC	Mature
neurons	5
14_16_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.GAGGAACTTTTAGGATCTA	Mature
neurons	5
14_16_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.AGTCGCATTCAAGATTAAG	Mature
neurons	5
14_16_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.CTTCGACTTACTTAACCTT	Mature
neurons	5
14_16_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TATCTCGATTTATATACTAA	Mature
neurons	5
14_16_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TCGCCAACTTGCGGACCTA	Mature
neurons	5
14_16_exp10_idx1TATAATAGTT_idx2ACGCAACTCC.AACTAGTTGTCGTCCGTCCT	Mature
neurons	5
14_16_exp10_idx1TATAATAGTT_idx2CTCGTCTAGG.AAATTCCTCTCTGATTAAGA	Mature
neurons	5
14_16_exp10_idx1TATAATAGTT_idx2TGCCAGATGG.CTCGTTGATAATTATCAGC	Mature
neurons	5
14_16_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.GAACGGCTTTATTACTCAT	Mature
neurons	5
14_16_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TATCATGAGTCCGCGGACCG	Mature
neurons	5
14_16_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.GCTCTTAGTGGCTAATTAA	Mature
neurons	5
14_16_exp10_idx1TATTAGACTT_idx2CATGCATCTC.TCAAGATCTTTTATAAGAAC	Mature
neurons	5
14_16_exp10_idx1TATTAGACTT_idx2CATTATTACC.GATCGACCTCTGATTAAGA	Mature
neurons	5
14_16_exp10_idx1TATTAGACTT_idx2CATTATTACC.GGCGTTAATGGCTGAGCTC	Mature
neurons	5
14_16_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.ATTCCTAGATAACTACCGAC	Mature
neurons	5
14_16_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.CGAATGAGTAATTATCAGC	Mature
neurons	17
14_16_exp10_idx1TATTAGACTT_idx2GTCATTGCGC.ATTAGTCTGTGCAAGGAATA	Mature
neurons	5
14_16_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.GGAGGTTCTTCCAGAAGGT	Mature
neurons	5
14_16_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.GGTACCATTCAAGATTAAG	Mature
neurons	5
14_16_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TTTGCTACTTGCCATTCTCC	Mature
neurons	5
14_16_exp10_idx1TATTAGACTT_idx2TCATCTAATC.ACTTGATTGTAACTAGGCGC	Mature
neurons	17
14_16_exp10_idx1TATTAGACTT_idx2TCATCTAATC.ATGGTTGGTCCGCGGACCG	Mature
neurons	5
14_16_exp10_idx1TATTAGACTT_idx2TCATCTAATC.GAGACTAGTTGAGTCTGGC	Mature
neurons	5
14_16_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TCGTCTATTTGGCTAATTAA	Mature
neurons	5
14_16_exp10_idx1TATTAGACTT_idx2TCATCTCGAT.TATTCTCCTTAACTACCGAC	Mature
neurons	5
14_16_exp10_idx1TATTAGACTT_idx2TGATAGAACG.AACTGGCATACGCAACTCC	Mature
neurons	5
14_16_exp10_idx1TCCTCTGCCG_idx2AGTTGCATCT.CTGCTGAATAATACGCAGG	Mature
neurons	5
14_16_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TCATAGAGTTTTATAAGAAC	Mature
neurons	5
14_16_exp10_idx1TCTTGAGGTT_idx2ACTATCTTGA.AAGTTCTTGTCGCCTCGAAC	Mature
neurons	5
14_16_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.TACGGTAGTGATGATCGTA	Mature
neurons	5
14_16_exp10_idx1TCTTGAGGTT_idx2CGTCCGTCCT.CTTCGACTTTTACCGAGGC	Mature
neurons	5
14_16_exp10_idx1TCTTGAGGTT_idx2TGGCCGCAAT.CTTCATGCTTTAGGATCTA	Mature
neurons	5
14_16_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.TTGGCAATATACTTCCGAAT	Mature
neurons	5
14_16_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.AAACTCCAATATCCATGACT	Mature
neurons	5
14_16_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.CTGAGCATTGACTAGTCTA	Mature
neurons	17
14_16_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.GCAGATACTGCCATTCTCC	Mature
neurons	5
14_16_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.GGAGGTTCTGCTAACTTGC	Mature
neurons	5
14_16_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TGAGAATCATAATACCATCC	Mature
neurons	5
14_16_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.GAGGAACTTGCTGGAACTT	Mature
neurons	5
14_16_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TATTGACTCTAGTAAGCATA	Mature
neurons	5
14_16_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TGATGCGATAGCTTATCCG	Mature
neurons	5
14_16_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TTGGTTAAGTAACGGACCAA	Mature
neurons	5
14_16_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.AAACTCCAATAACTACCGAC	Mature
neurons	5
14_16_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TCCAATAGTTCCAGGTCTAC	Mature
neurons	5
14_16_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TTGGCAATATTGCGGACCTA	Mature
neurons	5
14_16_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.CTGCCTTATGGCTAATTAA	Mature
neurons	5
14_16_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.TCTATACCTTTGAGGTAGAA	Mature
neurons	5
14_16_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TAAGAATGGTCCAGGTCTAC	Mature
neurons	5
14_16_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TTCTAAGCTTACCGCCAACC	Mature
neurons	5
14_16_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TATTGAGGTTAGTAAGCATA	Mature
neurons	5
14_16_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TCGCCAACTGATCGCTTCT	Mature
neurons	5
14_16_exp10_idx1TGGACGACTA_idx2TGATACGAGT.TCCAAGTTATTCGATATTGA	Mature
neurons	5
14_16_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.TGCTAATTCTGACTAGTCTA	Mature
neurons	5
14_16_exp10_idx1TTATTGAGGC_idx2AGATCCTATA.TAGATGACTTGATGATCGTA	Mature
neurons	17
14_16_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.TTCTAAGCTTGGTCCAGGAG	Mature
neurons	5
14_16_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.TTATAGGCATCCAGTTCCAA	Mature
neurons	5
14_16_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.TAAGGTTCATAATACGCAGG	Mature
neurons	5
14_16_exp10_idx1TTCGAATATT_idx2CTCGTCTAGG.ATACCAGTTTATCCATGACT	Mature
neurons	5
14_16_exp10_idx1TTCGAATATT_idx2CTCGTCTAGG.TTCGCATAATCGTCCGTCCT	Mature
neurons	5
14_16_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TTAATGAGCTCTGCTTCGAC	Mature
neurons	5
14_16_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TTGAGAGATTCAAGCTTCAT	Mature
neurons	5
14_16_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.ATTCCTAGATTGCGGACCTA	Mature
neurons	5
14_16_exp10_idx1TTGCCGTAGG_idx2ACGTTCAACC.ATTGATCGTTGACTAGTCTA	Mature
neurons	5
14_16_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.TTGACTCAATAATACGCAGG	Mature
neurons	5
14_16_exp10_idx1TTGCGAGCAT_idx2CAAGTACTGG.TAGAACCAATATCCATGACT	Mature
neurons	5
14_16_exp10_idx1TTGCGAGCAT_idx2CGACTACCAA.ACGCTTGATTTATAAGAAC	Mature
neurons	5
14_16_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.GGTCTACGTCGCCTCGAAC	Mature
neurons	5
14_16_exp11_idx1GGTTATCGAA.TCTAGGAATTCGAACGCCGG	Mature
neurons	5
14_16_exp2_idx1ATTATGCAAG_idx2CGAGTTAGAG.AAGGCTACTTCGCGGTTGG	Mature
neurons	5
14_16_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.AAGATGCCTAACTACCGAC	Mature
neurons	17
14_16_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.CCATCGTCTTTGAGTATCA	Mature
neurons	5
14_16_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.AAGCGCCATAGTTCGAGTA	Mature
neurons	5
14_16_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.GGCGACTATGGCAATGAGA	Mature
neurons	5
14_16_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.AAACTGAACTATTCAGGTAC	Mature
neurons	5
14_16_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.GAGCGGTATTTATTATGGT	Mature
neurons	5
14_16_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.ACGCCATATTAATGAACGA	Mature
neurons	5
14_16_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.ATTGATCGTTACGTCATATA	Mature
neurons	5
14_16_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.GGCGTTAATTGAGGTAGAA	Mature
neurons	5
14_16_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.TCCTATAAGTTTGGATCCTT	Mature
neurons	5
14_16_exp3_idx1ACGGCGTTAA_idx2TCGATATTGA.TGTCCTTATTATTCAGGTAC	Mature
neurons	5
14_16_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.AACGAGCGTACTACTGAAG	Immature
neurons	12
14_16_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.CTGGAAGATACTTCCGAAT	Mature
neurons	5
14_16_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.GACTGACGTTTACTTGGAA	Mature
neurons	5
14_16_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TCCTACCTTGACTAGTCTA	Mature
neurons	5
14_16_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TCGTCTATTTTTATTATGGT	Mature
neurons	5
14_16_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TTCTGGCCTTCTATAAGGA	Mature
neurons	5
14_16_exp3_idx1AGACCATATC_idx2AATTGCCTAC.CAAGGCGTTGGCAATGAGA	Mature
neurons	17
14_16_exp3_idx1AGACCATATC_idx2CGATCATTAC.AGAGTACCTACTATCTTGA	Mature
neurons	17
14_16_exp3_idx1AGACCATATC_idx2CGATCATTAC.TACTCCTATTGGACTCATTG	Mature
neurons	5
14_16_exp3_idx1AGACCATATC_idx2CGATCATTAC.TTACCTAAGTCAGGAGGAGA	Mature
neurons	5
14_16_exp3_idx1AGGTCAGCTT_idx2AAGATCCAAC.GACTCGCTTTTATAAGAAC	Mature
neurons	5
14_16_exp3_idx1AGGTCAGCTT_idx2AAGATCCAAC.GCTCGAGATACGCCGTTCA	Mature
neurons	5
14_16_exp3_idx1AGGTCAGCTT_idx2ACTATCCGCA.ATAAGCGAATACTATGCAAT	Mature
neurons	5
14_16_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.CAATCGGTTTTATTATGGT	Mature
neurons	5
14_16_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.ATAATCCTGTGCCGCAACGA	Immature
neurons	8
14_16_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.AAACTGAACTTTGGTCATAA	Mature
neurons	17
14_16_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.GTCGTAACTTTCGCTTACG	Mature
neurons	5
14_16_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.TAACGACTTTTACTTACTTA	Mature
neurons	5
14_16_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.TTGGCGACTGCAGACCGGT	Mature
neurons	5
14_16_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.GACCGAATTAACGGACCAA	Immature
neurons	12
14_16_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.TCGAAGGATCCAACTAACC	Mature
neurons	5
14_16_exp3_idx1AGGTCAGCTT_idx2GATACCTAAG.CCAGCCTTTGGCATAGCTT	Immature
neurons	12
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTAATTAA.TAAGGTTCATCCGCGGACCG	Mature
neurons	5
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.AACGATCATTTCTACCATTA	Mature
neurons	5
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.AAGATGCCTACTACTGAAG	Mature
neurons	5
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.AAGCAGTATTGTTACGCAAG	Mature
neurons	5
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.CCTAATGGTAACTACCGAC	Mature
neurons	5
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.GACTCGCTTTAGACTTCTT	Mature
neurons	17
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.TCTTAGTTCTAACTACCGAC	Immature
neurons	8
14_16_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.ATTGCCGGTGGTAGGTTAG	Mature
neurons	17
14_16_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.CGCTAACCTGGCATAGCTT	Mature
neurons	5
14_16_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.GAGGAACTTGACCTCTCTG	Mature
neurons	5
14_16_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.GGCGTTAATCAGGAGGAGA	Mature
neurons	5
14_16_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.TAGCTCGGTTTAGGATCTA	Immature
neurons	2
14_16_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.TCGCGCATTACTATCTTGA	Mature
neurons	5
14_16_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.TCTTAGTTCTCGGTTATGCC	Mature
neurons	5
14_16_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.CTCGCATGTCCTTGGTCCA	Mature
neurons	5
14_16_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.TTGACTCAATGGAGGCCTCC	Mature
neurons	5
14_16_exp3_idx1AGTCCGCTGC_idx2CAAGTACTGG.GGTACGGATCCGATTCCTG	Mature
neurons	5
14_16_exp3_idx1AGTCCGCTGC_idx2CCAAGCTGAA.ACTTATGGTTATCATATTAG	Immature
neurons	8
14_16_exp3_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TTACCTAAGTGTCCTACTTG	Mature
neurons	5
14_16_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.GAGCGGTATCAATTACCGT	Mature
neurons	5
14_16_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.TCGAAGGATGTATCATCGA	Mature
neurons	5
14_16_exp3_idx1AGTCCGCTGC_idx2GACTAGTCTA.TATTCGGCTTGAGGTAGAA	Mature
neurons	5
14_16_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.AAACTCCAATGCTCAGCCGG	Mature
neurons	5
14_16_exp3_idx1AGTCCGCTGC_idx2GTCATTGCGC.GTCGGAGTTACCAGCGCAG	Mature
neurons	5
14_16_exp3_idx1AGTCCGCTGC_idx2GTTGACGGCC.TATTCTCCTTGTACTAGTAA	Immature
neurons	7
14_16_exp3_idx1ATAAGGACTC_idx2AAGATCCAAC.ACGATATCATGGTAGGTTAG	Mature
neurons	5
14_16_exp3_idx1ATAAGGACTC_idx2AAGATCCAAC.ACTGAATACTTTCCATGGCA	Mature
neurons	5
14_16_exp3_idx1ATAAGGACTC_idx2AAGATCCAAC.ATGGACTATTTTATTCATTC	Immature
neurons	8
14_16_exp3_idx1ATAAGGACTC_idx2AAGATCCAAC.TTGATTCCTTTTAATTGAAT	Mature
neurons	5
14_16_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.TCAGTTGGTTGGCCATGCA	Mature
neurons	5
14_16_exp3_idx1ATAAGGACTC_idx2AGTCCGCGGA.ACTTGATTGTTAACTGGTTA	Mature
neurons	5
14_16_exp3_idx1ATAAGGACTC_idx2ATAAGAGGCG.CCGTCTCATTTACGTATAC	Mature
neurons	5
14_16_exp3_idx1ATAAGGACTC_idx2ATAGGATATG.ATTCAAGCATATATTGATAC	Mature
neurons	5
14_16_exp3_idx1ATAAGGACTC_idx2ATAGGATATG.GAACGGCTTAGCTAAGGTA	Mature
neurons	10
14_16_exp3_idx1ATAAGGACTC_idx2GACTAGTCTA.TCCGTATGTTCTACCATTA	Mature
neurons	17
14_16_exp3_idx1ATAAGGACTC_idx2GGCTATGACT.AAGTTCTTGTACCTGGCCAA	Mature
neurons	17
14_16_exp3_idx1ATAAGGACTC_idx2GGCTATGACT.AGATTGGTTTGGCTAATTAA	Mature
neurons	5
14_16_exp3_idx1ATAAGGACTC_idx2GGCTATGACT.GTCGGAGTTGATGATCGTA	Mature
neurons	5
14_16_exp3_idx1ATAAGGACTC_idx2GGCTATGACT.TATCTCGATTGGCTAATTAA	Mature
neurons	5
14_16_exp3_idx1ATAAGGACTC_idx2GGCTATGACT.TCTCTCCATCGCCTAATGC	Mature
neurons	5
14_16_exp3_idx1ATAAGGACTC_idx2GGCTATGACT.TGCCTATTATATATGAGCCA	Mature
neurons	5
14_16_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.AAACTCCAATGACCTCTCTG	Mature
neurons	5
14_16_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.AACCGCTGTGGTAGGTTAG	Mature
neurons	5
14_16_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.ACGACGCATACTTCCGAAT	Mature
neurons	5
14_16_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.GTCGGCAATATAAGGAGCA	Mature
neurons	5
14_16_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.AACCGCTGTGCCGGTCGAG	Mature
neurons	5
14_16_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.ATAGTCGCTTGAGGTAGAA	Mature
neurons	5
14_16_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.TCAGCGGTTATATTGATAC	Mature
neurons	5
14_16_exp3_idx1ATGGCGCCTG_idx2AGGTCAATTA.ACCAATGCTGCAGACCGGT	Mature
neurons	5
14_16_exp3_idx1ATGGCGCCTG_idx2AGGTCAATTA.GGATAGGTTGGTAGGTTAG	Mature
neurons	5
14_16_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.AAGGATATGTTGGCCATGCA	Mature
neurons	5
14_16_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.AAGGATTACTGGTACCGGCA	Mature
neurons	5
14_16_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.ATTAGTCTGTTAACGAATTG	Mature
neurons	5
14_16_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.CCATCAGGTTTATAAGAAC	Mature
neurons	5
14_16_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.CTCGTTGATGGCCGTAGTC	Mature
neurons	5
14_16_exp3_idx1ATGGCGCCTG_idx2CCAAGCTGAA.ACCGGTTCTTAACGAATTG	Mature
neurons	5
14_16_exp3_idx1ATGGCGCCTG_idx2CCAAGCTGAA.CCGTCTCATTCTATAAGGA	Mature
neurons	5
14_16_exp3_idx1ATGGCGCCTG_idx2CCAAGCTGAA.GACTGACGTTTATTCATTC	Mature
neurons	5
14_16_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.CGTCTTCCTTGAGTCCAGA	Mature
neurons	5
14_16_exp3_idx1ATTATGCAAG_idx2ACGAGGACCT.CTCTACTGTGCCGGTCGAG	Mature
neurons	17
14_16_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.ACTGAATACTACTTCCGAAT	Mature
neurons	5
14_16_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.CTGACGTTTGGACTCATTG	Mature
neurons	5
14_16_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.GATTACGGTATTCAGGTAC	Mature
neurons	5
14_16_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.GTCGGAGTTTTCATAGGAC	Mature
neurons	5
14_16_exp3_idx1ATTATGCAAG_idx2CTAACTCCAA.TTTGCTTAGTTGAGTCCAGA	Mature
neurons	5
14_16_exp3_idx1ATTATGCAAG_idx2GTCGCTCAGT.GAGCGGTATGTCCTACTTG	Mature
neurons	17
14_16_exp3_idx1ATTATGCAAG_idx2TGATAGAACG.TCGAATCTTTGGTCCAGGAG	Mature
neurons	5
14_16_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.ACGCCATATTTCATAGGAC	Mature
neurons	5
14_16_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.ATGGTTGGTGCTAACCTCA	Mature
neurons	5
14_16_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.GCTTCTGGTCAGATTCGAT	Mature
neurons	5
14_16_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.CGAATGAGTGTTCTGAATT	Mature
neurons	5
14_16_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.TTGACTCAATTTACGTATAC	Mature
neurons	5
14_16_exp3_idx1CCTCAGCTCC_idx2GACTAGTCTA.ATAACTTCCTGTCCTAGAGG	Mature
neurons	5
14_16_exp3_idx1CCTCAGCTCC_idx2GGACTCATTG.AAGTTCTTGTTTCATAGGAC	Mature
neurons	5
14_16_exp3_idx1CCTCAGCTCC_idx2GTCATTGCGC.ACTTATGGTTGAAGGTTGCC	Immature
neurons	2
14_16_exp3_idx1CCTCAGCTCC_idx2GTCATTGCGC.AGCATTATGTTAATGAACGA	Mature
neurons	5
14_16_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.AATCCAGTATACTATCTTGA	Mature
neurons	5
14_16_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.GGCGACTATCAGGAGGAGA	Mature
neurons	5
14_16_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TCCTATAAGTCCGCGGACCG	Mature
neurons	5
14_16_exp3_idx1CTCAATTAGT_idx2TCCGGTAATC.TGCTCCTATACTTAACTAG	Mature
neurons	5
14_16_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.GATACGTCTGAAGGTTGCC	Mature
neurons	5
14_16_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.ACGATATCATGTCCTAGAGG	Mature
neurons	5
14_16_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.CGGTTCCATCTGATTAAGA	Mature
neurons	5
14_16_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.CTCCATCATTTAATTATTG	Mature
neurons	5
14_16_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.TGAACGCGTGCAGACCGGT	Mature
neurons	5
14_16_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.TTCGCATAATAGGTATACTC	Mature
neurons	5
14_16_exp3_idx1CTCAATTAGT_idx2TTAGATTCCG.AAGTATTGGTGACCTCTCTG	Mature
neurons	5
14_16_exp3_idx1GAGCGCGATG_idx2AAGCCGGCTG.GGCGCATTTCCTTGGTCCA	Mature
neurons	5
14_16_exp3_idx1GAGCGCGATG_idx2AAGCCGGCTG.TCTCCGAATTTCGCTTACG	Mature
neurons	5
14_16_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.AAGGCTACTACCTGGCCAA	Mature
neurons	5
14_16_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.ACAATGCTATCCTTGGTCCA	Mature
neurons	5
14_16_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.ACAATGCTATTATATACTAA	Mature
neurons	5
14_16_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.AGGCATCATATCATATTAG	Mature
neurons	5
14_16_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.CTGGAAGATCAATTACCGT	Mature
neurons	5
14_16_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.GGCGACTATGGTCCAGGAG	Mature
neurons	5
14_16_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.TAAGACCGTGACTAGTCTA	Mature
neurons	5
14_16_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.TATAAGAGGTACCGGAATTA	Mature
neurons	5
14_16_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.TCCTCGAGTTTATTCATTC	Mature
neurons	5
14_16_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.ATATGGATCTAATACCATCC	Mature
neurons	5
14_16_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.CAATCGGTTCATCTCTGCA	Mature
neurons	5
14_16_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.TAGAACCAATATGGAATTGG	Mature
neurons	5
14_16_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.TCGCGCATTTGGCCATGCA	Mature
neurons	5
14_16_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.TGGATTCTATCCGCGGACCG	Mature
neurons	5
14_16_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.ACCATGATTTTTATTATGGT	Mature
neurons	5
14_16_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.ACTTCCGTTCCTTGGTCCA	Mature
neurons	5
14_16_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.AGGCTCGTTACCTGGCCAA	Mature
neurons	5
14_16_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.AGTTAACCATAACCATTGGA	Immature
neurons	7
14_16_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.CCAAGGATTTGACGCTCCG	Mature
neurons	5
14_16_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.CTCCTCGTTAAGTCTTCCG	Mature
neurons	5
14_16_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TTCGCATAATTTATAGCAGA	Mature
neurons	5
14_16_exp3_idx1GATTCTTGAA_idx2TATAACTTCC.TAAGAATGGTTGGTCAGCCA	Mature
neurons	17
14_16_exp3_idx1GATTCTTGAA_idx2TCCGGTAATC.GCGTCGTATCGCCTAATGC	Mature
neurons	5
14_16_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.AGGATAATCTTGAGTCCAGA	Mature
neurons	5
14_16_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.TAGAGAGTATAGTTGCATCT	Mature
neurons	5
14_16_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.TCTATCCAATGCTCAGCCGG	Mature
neurons	5
14_16_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.TTGGAGCTTAACGGACCAA	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.CAGGACTCTATCAACGATT	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.GTAAGCTCTGGCTAATTAA	Mature
neurons	17
14_16_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.TAAGGTTCATACGTTCAACC	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.TATCCAGGTATGGAATTGG	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.CCGTCGATTGCTAACCTCA	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.GCAATCGCTTTAGGATCTA	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.TTGATTCCTTTGCGGACCTA	Immature
neurons	8
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.AACTTGGATTCATCCGACTA	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.ACAATGCTATAATCTGGAGT	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.ACCTCAATATCGGTTATGCC	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CGTCTTCCTTTCATAGGAC	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.GACTCGCTTTTCATAGGAC	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.GGCGCATTTATATTGATAC	Mature
neurons	10
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TACTCCTATTTGAGTCCAGA	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TAGAACCAATAGCCGGTACC	Mature
neurons	17
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TCGCCAACTCGGTTGCGCG	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TGGTCTCCTCTAACTAGAT	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.CTCTACTGTGATAAGGCAA	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.GCCATGGTTACCTGGCCAA	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.GCTCTTAGTAATACGCAGG	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.TGCAAGGTTTTGCTGGCAT	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2CTGCAATCGC.CATCGGACTAAGTAGTCAG	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2CTGCAATCGC.CTGATAGGTGGTATCCGCC	Immature
neurons	12
14_16_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.AGTATTAGCTATTCAGGTAC	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.CTCGTTGATTGCGGACCTA	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.GAGCGGTATTGCGCCATCT	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.CTACGGCATGCAGACCGGT	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.TGCTCCTATCCGCAAGTTC	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.TTGACTCAATTAGATCTACT	Immature
neurons	7
14_16_exp3_idx1GCATCGTATG_idx2TCGATATTGA.AAGGATTACTACGTCATATA	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2TCGATATTGA.ATTAGTCTGTCCGCTGCCAG	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2TCGATATTGA.GGTCAGTTTATAGACTAGG	Mature
neurons	5
14_16_exp3_idx1GCATCGTATG_idx2TCGATATTGA.TCAGTTGGTCCAACTAACC	Immature
neurons	12
14_16_exp3_idx1GCGCGTTCAT_idx2AGCGTCAATG.ACGCCATATTTAGGATCTA	Mature
neurons	5
14_16_exp3_idx1GCGCGTTCAT_idx2AGCGTCAATG.CAACTCTCTGTCCTTAAGA	Mature
neurons	5
14_16_exp3_idx1GCGCGTTCAT_idx2AGCGTCAATG.TCCTATAAGTTTGGACGCTG	Mature
neurons	5
14_16_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.GCAACGTTTGACCTCTCTG	Mature
neurons	5
14_16_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.AGAACTCCTTCTAATAGTA	Mature
neurons	5
14_16_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.TGAGTTAGATTTCTTATCGA	Mature
neurons	5
14_16_exp3_idx1GCGCGTTCAT_idx2GCAACTGGCA.TTCCGACGTTTACCGAGGC	Mature
neurons	5
14_16_exp3_idx1GCGCGTTCAT_idx2TCGATATTGA.ATTAGTCTGTGTCCTTAAGA	Mature
neurons	5
14_16_exp3_idx1GCGCGTTCAT_idx2TCGATATTGA.GCTCGAGATGTCCTTAAGA	Mature
neurons	5
14_16_exp3_idx1GCGCGTTCAT_idx2TCGATATTGA.GTCGGAGTTAGTTCGAGTA	Mature
neurons	17
14_16_exp3_idx1GCGCGTTCAT_idx2TCGATATTGA.TCATTAAGCTTTCAATATAA	Mature
neurons	5
14_16_exp3_idx1GCGCGTTCAT_idx2TCGATATTGA.TGGTAATAGTGTTCTGAATT	Mature
neurons	5
14_16_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TTGATTCCTTTTATAAGAAC	Mature
neurons	5
14_16_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.CAACTCTCTTGGCCATGCA	Mature
neurons	5
14_16_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.GGTAGTCCTTAGAATTAAC	Mature
neurons	5
14_16_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.ATTCCTAGATACTATCTTGA	Immature
neurons	12
14_16_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.CGTCGAAGTATCAACGATT	Mature
neurons	5
14_16_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.TAGAGAGTATGTCCTTAAGA	Mature
neurons	5
14_16_exp3_idx1GCTTGAAGAG_idx2CGAGTTAGAG.AAGCGCCATGCGCGGTAGT	Mature
neurons	5
14_16_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.ACTGGACCTAGTAAGCATA	Mature
neurons	5
14_16_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.ATTAGTCTGTAAGTAGTCAG	Mature
neurons	5
14_16_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.TCGGTACCTCCAACTAACC	Mature
neurons	5
14_16_exp3_idx1GCTTGAAGAG_idx2GGCTAATTAA.TTCTCTCGTGACCTCTCTG	Mature
neurons	5
14_16_exp3_idx1GCTTGAAGAG_idx2GGTAGGTCTC.TAGAGCCTTTGGCCATGCA	Mature
neurons	5
14_16_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.CCAGAACCTACTATCTTGA	Mature
neurons	5
14_16_exp3_idx1GGCTTACTCC_idx2CTCCGGTTCT.ACATTCGTATACTACTGAAG	Mature
neurons	5
14_16_exp3_idx1GTAGCAGCTA_idx2GATACCTAAG.AAATCGTTCTTGCATATAAC	Mature
neurons	5
14_16_exp3_idx1GTAGCAGCTA_idx2GATACCTAAG.ACTTCCGTTTTCTTATCGA	Mature
neurons	5
14_16_exp3_idx1GTAGCAGCTA_idx2GATACCTAAG.CCAATCCATTGGCCATGCA	Mature
neurons	5
14_16_exp3_idx1GTAGCAGCTA_idx2GATACCTAAG.GATTACGGTCAACCGCTAA	Mature
neurons	5
14_16_exp3_idx1GTAGCAGCTA_idx2GGCTAATTAA.GCGTCGTATGTCCTTAAGA	Mature
neurons	5
14_16_exp3_idx1GTAGCAGCTA_idx2TCCGGTAATC.GGTCTACGTAAGACGGCCA	Mature
neurons	5
14_16_exp3_idx1GTAGCAGCTA_idx2TGATTCCTCA.GTCCTGCATATAGTCGTAG	Mature
neurons	5
14_16_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.CGGTAAGGTTGCGGACCTA	Mature
neurons	5
14_16_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.TAATACCAGTGGTAGGTTAG	Mature
neurons	5
14_16_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.TCCGTATGTAGTTCGAGTA	Mature
neurons	5
14_16_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.TGATGCGATCCTTGGTCCA	Mature
neurons	5
14_16_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.TCCTAACTTTTCGGCCTTAC	Mature
neurons	5
14_16_exp3_idx1GTAGGCTGCA_idx2CTCGTCTAGG.GTTCGCTGTATCATATTAG	Mature
neurons	5
14_16_exp3_idx1GTAGGCTGCA_idx2CTGCTTCGAC.AACGATCATTACCGGAATTA	Mature
neurons	5
14_16_exp3_idx1GTAGGCTGCA_idx2CTGCTTCGAC.ATGGCGTATCAAGGCATTC	Mature
neurons	5
14_16_exp3_idx1GTAGGCTGCA_idx2CTGCTTCGAC.GGTCTACGTTAGACTTCTT	Mature
neurons	5
14_16_exp3_idx1GTAGGCTGCA_idx2GACCGTAGCA.AACCTCATTTTACGGCTACG	Mature
neurons	5
14_16_exp3_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TCTCCGAATCAAGCTTCAT	Mature
neurons	5
14_16_exp3_idx1GTAGGCTGCA_idx2GGAACGATGG.ATCAATACGTTGGCCATGCA	Mature
neurons	5
14_16_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.CCTAATGGTCCGAGAATCC	Mature
neurons	5
14_16_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.GGCGCATTTTGCATATAAC	Mature
neurons	5
14_16_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.TCAGCGGTTTAACGAATTG	Mature
neurons	5
14_16_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.AGAGTACCTTTCGCTTACG	Immature
neurons	13
14_16_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.CTGACGTTTAAGTAGTCAG	Mature
neurons	5
14_16_exp3_idx1TAGGTAACTT_idx2ACTCTCTCAA.TTGCGGTCTCCGTTGACTT	Mature
neurons	5
14_16_exp3_idx1TAGGTAACTT_idx2CTCCGGTTCT.AAGTATTGGTTGGCCATGCA	Mature
neurons	5
14_16_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.GGTAGTCCTGACCTTGATA	Mature
neurons	5
14_16_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.AGATTGGTTTTCTATAAGGA	Mature
neurons	5
14_16_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.GCATCCAGTACGTTCAACC	Mature
neurons	5
14_16_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.CAAGGCGTTAGTAACGGTC	Mature
neurons	5
14_16_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.TATCTCGATTCGGTCAAGAA	Mature
neurons	5
14_16_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.TGATGCGATACGTCATATA	Mature
neurons	17
14_16_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.TTATCCGCTGGTCCAGGAG	Mature
neurons	5
14_16_exp3_idx1TATAATAGTT_idx2ACGCAACTCC.ACCAATGCTTAGAATTAAC	Mature
neurons	5
14_16_exp3_idx1TATAATAGTT_idx2ACGCAACTCC.GCTCTTAGTTTAGGACCGG	Mature
neurons	5
14_16_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.AACGCGTCTAAGTAGTCAG	Mature
neurons	5
14_16_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.ACGAGGTTTATGGCGGATC	Mature
neurons	5
14_16_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.CCGACCAATGGTAGGTTAG	Mature
neurons	5
14_16_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.TCCTATAAGTAGAACGTCTC	Mature
neurons	5
14_16_exp3_idx1TATAATAGTT_idx2GACCTCCGCC.CTCCGGTTTTTCGCTTACG	Mature
neurons	5
14_16_exp3_idx1TATAATAGTT_idx2GGAACGATGG.ATATGGATCTTTAACGTACC	Mature
neurons	5
14_16_exp3_idx1TATAATAGTT_idx2GGAACGATGG.CAGAAGGCTATGGAATTGG	Mature
neurons	5
14_16_exp3_idx1TATAATAGTT_idx2GGAACGATGG.CGTCGAAGTGCTCAGCCGG	Mature
neurons	5
14_16_exp3_idx1TATAATAGTT_idx2GGAACGATGG.GATTACGGTAGTTCGAGTA	Mature
neurons	5
14_16_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.GACTACCATAGCCGGTACC	Mature
neurons	5
14_16_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.CTCCGGTTTTTACTTGGAA	Mature
neurons	5
14_16_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.CAAGCAACTGTCCTAGAGG	Mature
neurons	5
14_16_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.CTGATAGGTTGAGGTAGAA	Mature
neurons	5
14_16_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.TCGTAGCGTACCTGGCCAA	Mature
neurons	5
14_16_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.ACTGGTTATTAGTAAGCATA	Mature
neurons	5
14_16_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.TTGACTCAATTTACTTGGAA	Mature
neurons	5
14_16_exp3_idx1TCCTCTGCCG_idx2CTAACTCCAA.CGTCTTCCTGTCCTAGAGG	Mature
neurons	5
14_16_exp3_idx1TCCTCTGCCG_idx2CTAACTCCAA.GGCTAAGATGGATCTGCAG	Mature
neurons	5
14_16_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.CCATCAGGTTGGCCGGCCT	Mature
neurons	5
14_16_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.CTCCAGAGTGTCCTAGAGG	Mature
neurons	5
14_16_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TGCTCCTATTTATTATGGT	Mature
neurons	5
14_16_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.AACTAGTTGTTATTACTCAT	Mature
neurons	17
14_16_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.ACGCTTATATTTATTATGGT	Mature
neurons	5
14_16_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.ACGTTGCTTTGGCCATGCA	Mature
neurons	5
14_16_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.GACTACCATCAACCAGTAC	Mature
neurons	5
14_16_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.GCTCTTAGTTTATTATGGT	Mature
neurons	5
14_16_exp3_idx1TCTTGAGGTT_idx2GTCATTGCGC.TTGGCGACTTTCGCTTACG	Mature
neurons	17
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.AACTTGGATTTGAGTCCAGA	Mature
neurons	5
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.AAGGATTACTTAACGAATTG	Mature
neurons	17
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.AAGTTCTTGTTATATACTAA	Mature
neurons	5
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.CCAGAACCTGGTAGGTTAG	Mature
neurons	5
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.CCTCCTGATATCATATTAG	Mature
neurons	5
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.CGAATGAGTGTATCATCGA	Mature
neurons	5
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.CGAGATGCTTGCGCCATCT	Mature
neurons	5
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.CGGTTCCATGCTCAGCCGG	Mature
neurons	5
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.CTGAGCATTGGTAGGTTAG	Mature
neurons	5
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.GATTACGGTCTGATTAAGA	Mature
neurons	5
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.GGCGACTATTTACTTGGAA	Mature
neurons	5
14_16_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TGTCCTTATTTCTATAAGGA	Mature
neurons	5
14_16_exp3_idx1TGGACGACTA_idx2AGCGTCAATG.ACAATGCTATGCTAACCTCA	Mature
neurons	5
14_16_exp3_idx1TGGACGACTA_idx2AGCGTCAATG.ATATCCTACTCCTTGGTCCA	Mature
neurons	5
14_16_exp3_idx1TGGACGACTA_idx2CTCGGTCAAT.ACGCCATATGTTCTGAATT	Mature
neurons	5
14_16_exp3_idx1TGGACGACTA_idx2CTCGGTCAAT.AGGCATCATCGGCGTAACT	Mature
neurons	5
14_16_exp3_idx1TGGACGACTA_idx2CTCGGTCAAT.ATTCGCAATTATTCAGGTAC	Mature
neurons	5
14_16_exp3_idx1TGGACGACTA_idx2CTCGGTCAAT.TAAGACCGTGCAGACCGGT	Mature
neurons	5
14_16_exp3_idx1TGGACGACTA_idx2CTCGGTCAAT.TCTTAGTTCTATAGTCGTAG	Mature
neurons	5
14_16_exp3_idx1TGGACGACTA_idx2GACCTCTCTG.GAGGAACTTTCGCTAAGCA	Mature
neurons	17
14_16_exp3_idx1TGGACGACTA_idx2GACCTCTCTG.TCAGCTTCTGTACTAGTAA	Mature
neurons	5
14_16_exp3_idx1TGGACGACTA_idx2GCAACTGGCA.GAGCGGTATTGCGGACCTA	Mature
neurons	5
14_16_exp3_idx1TGGACGACTA_idx2GCAACTGGCA.GCGGAGAATGACCTTGATA	Mature
neurons	5
14_16_exp3_idx1TGGACGACTA_idx2TGAGGTAGAA.AACCGCTGTACGTTCAACC	Mature
neurons	5
14_16_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.AATACCGAATTAGACTTCTT	Mature
neurons	5
14_16_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.GCGTCGTATCGGCGTAACT	Mature
neurons	5
14_16_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.GTCGTAACTGGCTAATTAA	Mature
neurons	5
14_16_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.TATTCTCCTTTTGGAATCTC	Immature
neurons	2
14_16_exp3_idx1TTATTGAGGC_idx2AGATCCTATA.GGTACGGATTTATAAGAAC	Mature
neurons	5
14_16_exp3_idx1TTATTGAGGC_idx2TATAACTTCC.AAATCGTTCTGGACTACTAC	Mature
neurons	5
14_16_exp3_idx1TTATTGAGGC_idx2TATAACTTCC.TCCGGTCATCTGCTTCGAC	Mature
neurons	5
14_16_exp3_idx1TTATTGAGGC_idx2TCCGGTAATC.AGAGCATGTTTACTTGGAA	Mature
neurons	5
14_16_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.CAATCGGTTACTTGCTAGA	Mature
neurons	5
14_16_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.AGTTGCGCTTCTACCATTA	Mature
neurons	5
14_16_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.ATTAGTCTGTTTCATAGGAC	Mature
neurons	5
14_16_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.CGAGGCAATAACGAGGCTA	Mature
neurons	5
14_16_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.CGCTAACCTCGGCGTAACT	Mature
neurons	5
14_16_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.GTACCTCTTAAGACGGCCA	Mature
neurons	5
14_16_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.TTATCCGCTAGGTTAGTTC	Mature
neurons	5
14_16_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.ATGCCAAGTCGTCGCAGCC	Mature
neurons	5
14_16_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.TAGGTACTATCCTTGGTCCA	Mature
neurons	5
14_16_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.AGCATTATGTGTCCTAGAGG	Mature
neurons	5
14_16_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.AGTTAACCATTCAAGCCGAT	Mature
neurons	17
14_16_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.CAACTCTCTCATCCGACTA	Mature
neurons	5
14_16_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.GATTACGGTGGAGGCCTCC	Mature
neurons	5
14_16_exp3_idx1TTCCGTCGAC_idx2ACCGTTACGA.GGCTTACTTCGGTAGGAAT	Mature
neurons	5
14_16_exp3_idx1TTCCGTCGAC_idx2CCGTCGGAGG.TATGGTCTTTTCTACCATTA	Immature
neurons	2
14_16_exp3_idx1TTCCGTCGAC_idx2GATCAGTCAT.TACTTGCGTTTATTATGGT	Mature
neurons	5
14_16_exp3_idx1TTCCGTCGAC_idx2GATCAGTCAT.TTGACCAGTGGTATCCGCC	Mature
neurons	5
14_16_exp3_idx1TTCGAATATT_idx2ACCGTTACGA.GTTGCTCCTCGGTCAAGAA	Mature
neurons	5
14_16_exp3_idx1TTCGAATATT_idx2ACCGTTACGA.TAGAACCAATACTTCCGAAT	Mature
neurons	5
14_16_exp3_idx1TTCGAATATT_idx2AGGATTACCA.AGCAACGATGGAGGCCTCC	Mature
neurons	5
14_16_exp3_idx1TTCGAATATT_idx2TTGGAGTCGG.AATCCAGTATCCAACTAACC	Mature
neurons	5
14_16_exp3_idx1TTCGAATATT_idx2TTGGAGTCGG.GTCTATGGTTTCCATGGCA	Mature
neurons	5
14_16_exp3_idx1TTCGAATATT_idx2TTGGAGTCGG.TCAAGATCTTGCTCAGCCGG	Mature
neurons	5
14_16_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.AAGGATTACTTTCATAGGAC	Mature
neurons	5
14_16_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.ATGCTTCCTACCTGGCCAA	Mature
neurons	5
14_16_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.CCAAGGATTTGCGCCATCT	Mature
neurons	17
14_16_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.CCGACCAATGGCATAGCTT	Mature
neurons	5
14_16_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.CCGGATAGTTAACTCTTAG	Mature
neurons	5
14_16_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.TAGATGACTTTGGCCGGCCT	Mature
neurons	5
14_16_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.TCTCTCCATAATTGCCTAC	Mature
neurons	5
14_16_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.TTCTCATTGTAGGTCAATTA	Immature
neurons	7
14_16_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.AAAGCTGATTAGGTCAATTA	Mature
neurons	5
14_16_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.AAGGACGATTCAATCGCAT	Mature
neurons	5
14_16_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.ACGTCTAGTGGACTACTAC	Mature
neurons	5
14_16_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.CCTGCTACTGGAGGCCTCC	Mature
neurons	5
14_16_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.GATACGTCTGGTACCGGCA	Mature
neurons	5
14_16_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.GCATCCAGTGGACTCATTG	Mature
neurons	5
14_16_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.TCGCGCATTGTCCTACTTG	Mature
neurons	10
14_16_exp3_idx1TTGCCGTAGG_idx2CAAGCTTGGC.AGGCATCATTGAGGTAGAA	Immature
neurons	8
14_16_exp3_idx1TTGCCGTAGG_idx2CAAGCTTGGC.CGGAACCTTCCAGGTCTAC	Mature
neurons	5
14_16_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.CGTCGAAGTTTATTCATTC	Mature
neurons	5
14_16_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.GAGGAACTTTATGCCGAGT	Mature
neurons	5
14_16_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TAGAACCAATTTATAAGAAC	Mature
neurons	5
14_16_exp3_idx1TTGCCGTAGG_idx2CTCGGTCAAT.GCGGAGAATTCGATATTGA	Mature
neurons	5
14_16_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.AGTTAACCATAATTGCCTAC	Mature
neurons	5
14_16_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.ACGCTTATATACCGGAATTA	Mature
neurons	5
14_16_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.TGATGCGATGTTCTGAATT	Mature
neurons	5
14_16_exp3_idx1TTGCCGTAGG_idx2GATTGCAGAC.ATAATCCTGTTGAGTCCAGA	Mature
neurons	5
14_16_exp3_idx1TTGCCGTAGG_idx2TGAGGTAGAA.AGAAGTAAGTTTATAGCAGA	Mature
neurons	5
14_16_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.ACTGGTTATTGCTAACTTGC	Neural
progenitors	1
14_16_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.ATCAGTCATTTCGATATTGA	Mature
neurons	5
14_16_exp3_idx1TTGCGAGCAT_idx2CATGCATCTC.GACTGACGTTGCGCCAGAA	Mature
neurons	5
14_16_exp3_idx1TTGCGAGCAT_idx2CATTATTACC.ACGCTTATATCCGCAAGTTC	Mature
neurons	5
14_16_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.TGGTCTCCTGGCCGTAGTC	Mature
neurons	5
14_16_exp3_idx1TTGGTAAGGA_idx2CTGCTTCGAC.CGCCGTAATTGGTCAGCCA	Mature
neurons	5
14_16_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.TCTCCGAATAAGTCTTCCG	Mature
neurons	5
14_16_exp3_idx1TTGGTAAGGA_idx2TCTAGAACTA.TCAGTTGGTGACTAGTCTA	Mature
neurons	5
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GGAGCTCATTCCGGTAATC	Immature
neurons	12
14_16_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GGCGACTATACTTCCGAAT	Neural
progenitors	1
14_16_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TGCTAATTCTACTTCCGAAT	Immature
neurons	12
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CCATCAGGTGTCCAACTCA	Immature
neurons	12
14_16_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GTAGCGATTAACTGATCTT	Neural
progenitors	3
14_16_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TTGAAGTCTTGAACTGCATC	Immature
neurons	2
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGCGTAGTTTATTACTCAT	Immature
neurons	12
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GAAGAGGCTTCTACCATTA	Neural
progenitors	3
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GCGGAGAATGGCTATGACT	Neural
progenitors	11
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TTGGCAATATAGTTGCATCT	Neural
progenitors	1
14_16_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GTACCTCTTTTCAAGACCA	Immature
neurons	12
14_16_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TATCGAACTTTGATAGAACG	Immature
neurons	12
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.ACCAATGCTGTCATTGCGC	Immature
neurons	12
14_16_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TATATGCGTTGGTCCAGGAG	Immature
neurons	12
14_16_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TGTTAAGACTGGCATAGCTT	Immature
neurons	12
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TATGCGATTTTGATAGAACG	Immature
neurons	12
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GTCGGAGTTACTATCTTGA	Sensory
progenitors	14
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCATCAGGTCATGCTGGTT	Neural
progenitors	11
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGAGCTCATTCCGTCGCCA	Sensory
progenitors	14
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.AACCGCTGTTATTACTCAT	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CTAGTACGTGTTCCGCTAA	Neural
progenitors	0
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GACTACCATCTCGATGGAG	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGTACGGATTATTACTCAT	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACCAATGCTTCCGTCGCCA	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCGGATAGTAAGTCTTCCG	Immature
neurons	2
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTCTACGTCGATCATTAC	Immature
neurons	8
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GCAGATACTGACCTCTCTG	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCTATACCTTGGCTAATTAA	Neural
progenitors	0
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GACTGACGTACTGCCGATA	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGAGCCTTAATACGCAGG	Neural
progenitors	3
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCATTAAGCTCCGCGGACCG	Immature
neurons	12
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCGAATCTTTGTTCCGCTAA	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CTACGGCATACTTCCGAAT	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCTGGCTATTTATAAGAAC	Immature
neurons	2
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTATCGCATATGCAATATG	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGATCTTCTTTCTATAAGGA	Immature
neurons	13
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CAACGCAGTAATGGTCGAC	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGAGCTCATACTTCCGAAT	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATTCGGCTTTCTTATCGA	Immature
neurons	12
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGGTACCTACGCAACTCC	Immature
neurons	12
14_16_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATGACTTGTGACCTCTCTG	Sensory
progenitors	14
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTGCTGAATGACCTCTCTG	Neural
progenitors	1
14_16_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TGAGAATCATAACTACCGAC	Immature
neurons	12
14_16_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.TATTCTCCTTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.TAGAGAGTATCAAGCTTCAT	Neural
progenitors	0
14_16_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.TGCTAATTCTGAACTGCATC	Neural
progenitors	11
14_16_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.TGGATCCGTAATTATCAGC	Immature
neurons	12
14_16_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.AAGGATATGTAATTATCAGC	Immature
neurons	12
14_16_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TTAATGAGCTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.TATCATGAGTCTCGTCTAGG	Neural
progenitors	0
14_16_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.TTCGTTCCTTCTAATAGTA	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.CAGCAAGTTCCTAGCGCCT	Immature
neurons	8
14_16_exp10_idx1TCTTGAGGTT_idx2TCATCTCGAT.ACGCTTGATACTTAACCTT	Immature
neurons	8
14_16_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TAATCAGCTTCCGATTCCTG	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.TTGGAGTTATCCGATTCCTG	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TCTACTTACTCGTCCGTCCT	Neural
progenitors	0
14_16_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.TAGAGCCTTGGTCGCGTCA	Neural
progenitors	3
14_16_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.ACGATATCATGCCATTCTCC	Immature
neurons	13
14_16_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.GCAACGTTTTGAGGTAGAA	Immature
neurons	8
14_16_exp3_idx1GCGCGTTCAT_idx2AACGGACCAA.CGGAACCTTATGGAATTGG	Immature
neurons	13
14_16_exp3_idx1GTAGCAGCTA_idx2TCGTAGGCTT.AGCAACGATGCTAACCTCA	Immature
neurons	13
14_16_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.TAAGGTTCATGGTACCGGCA	Immature
neurons	13
14_16_exp3_idx1TCCTCTGCCG_idx2CTAACTCCAA.AACGCGTCTCCAGTTCCAA	Immature
neurons	8
14_16_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.ACGGAACGTAGCTGCAATA	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.ACCTTCGGTCCGCGGACCG	Neural
progenitors	11
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TTGGCTCATAGCGTCAATG	Neural
progenitors	11
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCAGTTGGTAACTGATCTT	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TCTAGGAATTTGGAACTAGA	Head epid.
/muscle	4
14_16_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TGAACGCGTGTCATTGCGC	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCTAGGAATTTGATAGAACG	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.CGCCGTAATTGGAACTAGA	Neural
progenitors	11
14_16_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GACTACCATTGATACGAGT	Immature
neurons	8
14_16_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TCTCGCTCTGCAAGGAATA	Neural
progenitors	11
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.AACCGCTGTAGTCCGCGGA	Neural
progenitors	11
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CGACGATATAGCGTCAATG	Neural
progenitors	11
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GAACGATGTAGTAAGCATA	Neural
progenitors	11
14_16_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCGAATCTTTCGATCATTAC	Neural
progenitors	11
14_16_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GTTCCAGCTAACTGATCTT	Neural
progenitors	11
14_16_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TGCTACTAATCCGCTATATT	Neural
progenitors	11
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GAACGGCTTGGCTATGACT	Neural
progenitors	11
14_16_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TGGTCGAATGGCATAGCTT	Neural
progenitors	11
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CGACGATATAAGCCGGCTG	Neural
progenitors	11
14_16_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TGGTAGGCTTGGAAGTACC	Immature
neurons	12
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTAGACGGTCATGCTGGTT	Neural
progenitors	11
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TACTCCTATTCGGTCGTTAA	Neural
progenitors	11
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATTGACTCTTTGAGTATCA	Neural
progenitors	11
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCCAAGTTATATCGAGTCGC	Immature
neurons	7
14_16_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.ATGGAGAGTCCTAGCGCCT	Neural
progenitors	1
14_16_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TCCTATTCTTCAAGATTAAG	Neural
progenitors	11
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACGCCATATTGATAGAACG	Neural
progenitors	11
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AGGCATCATTCGATATTGA	Neural
progenitors	11
14_16_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GACTCGCTTGACCTCTCTG	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CGACGATATCTGATTAAGA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGTTGGCATAATACGCAGG	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCTATACCTTTGGAACTAGA	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GCTGAAGCTGGATGCAGCA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CAATCGGTTCGATCATTAC	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTGAGTCCTCATGCTGGTT	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAACTAAGGTACTTCCGAAT	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCTACTAATAACTGATCTT	Neural
progenitors	11
14_16_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.GCAACGTTTGACCTCTCTG	Neural
progenitors	11
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TTGAGAGATTGACTAGTCTA	Neural
progenitors	11
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.ACGGCAATTACGAGGACCT	Neural
progenitors	11
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTCGGAGTTGCTCTCGCCT	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATCCAGGTGCAAGGAATA	Neural
progenitors	11
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GTAGCGATTTCGATATTGA	Neural
progenitors	11
14_16_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.GACTACCATTCCGTCGCCA	Neural
progenitors	11
14_16_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TGGTAGGCTTCTAGAACTA	Neural
progenitors	11
14_16_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.CTCCAGAGTCCAGGTCTAC	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CCATCAGGTGGATGCAGCA	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GGAGCTCATCCGCGGACCG	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CAACGCAGTACTGCCGATA	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTGGCAATATAACTACCGAC	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGCGACTATCCAGGTCTAC	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GTCCTGCATAGCGTCAATG	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GTTCGCTGTTGATAGAACG	Neural
progenitors	11
14_16_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GACTTGGCTCGAGCTGCCA	Neural
progenitors	11
14_16_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GACCGTCATTGGAACTAGA	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2ACGTTCAACC.TTATAGGCATGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.TTATAGGCATGGTATGCTTG	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.TTGGAGTTATTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2CGCCGCCTCC.ACAACCTATTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2CGCCGCCTCC.TCGCCAACTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.GTCTATGGTCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2TGATACGAGT.TTGGCTCATTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2TTAACGTACC.ATTAGGTACTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.GGTCTACGTTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.AGATCGGATCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.TATCTCGATTTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.AAGGATATGTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.TGCAAGGTTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TTGACTCAATCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2AGGATTACCA.GACCGTCATCTGATTAAGA	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2AGGATTACCA.GCCATGGTTTCGATATTGA	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2CCTATAAGCT.GTATCGCATACCGCCAACC	Head epid.
/muscle	4
14_16_exp10_idx1AGACCATATC_idx2CGATCATTAC.GGAGCTCATCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2CGATCATTAC.TTGGCAATATCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2GATCAGTCAT.GGCAAGTCTTCGCTAAGCA	Head epid.
/muscle	4
14_16_exp10_idx1AGACCATATC_idx2GGAACGATGG.TCAGCTTCTTCCTACCAGT	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TAGAACCAATCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2ACCAAGATCT.TGTTAAGACTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2ACCAAGATCT.TTGGCTCATTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.TAGCCAATTTTCCTACCAGT	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2ATAGGATATG.CTGAGCATTTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2CGAAGGACGA.TGGTAATAGTCCGATTCCTG	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.AGAGTACCTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2TCCGGTAATC.GACCGTCATACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2TCCGGTAATC.TTCTCTAGTTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.TCTCGCTCTGTCCAACTCA	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.GGCTAAGATAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2AAGATCCAAC.TGCTGGATTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TGCTAATTCTTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.GCTGAAGCTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.GGTCAGTTTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2TGGCGTAGGT.TGAATTCGTTGAACTGCATC	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.ATATGGATCTCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2CGAGTTAGAG.AGATCGGATTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2GGTAGGTCTC.TGACGAGGTGAACTGCATC	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2GTCGCTCAGT.GGACTTGATACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.CTCGTTGATCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1ATGGCGCCTG_idx2AGGTCAATTA.CAGTATCCTCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.ACCATGATTTTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.TCTCGCTCTCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.ATACCAGTTTACTTAACCTT	Sensory
progenitors	14
14_16_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.GGCGTTAATACCGCCAACC	Immature
neurons	7
14_16_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.TCAAGATCTTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.CTGAGCATTGGCATAGCTT	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2CTGCAATCGC.ATTCCTAGATGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.CAGCATTGTGGTATGCTTG	Neural
progenitors	11
14_16_exp10_idx1GATTCTTGAA_idx2CCAAGCTGAA.TTCTCATTGTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.CCAAGGATTCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2GCAACTGGCA.ATGGTTGGTCTAACTAGAT	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2TCGATATTGA.TCGTTCTGTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.GACCGTCATCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TTCGCATAATCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.GGCTTACTTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TAATACCAGTCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.AAGGATATGTCCAGTTCCAA	Head epid.
/muscle	4
14_16_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TATTGAGGTTCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.CGAATGAGTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2TCTATAAGGA.ATTAGTCTGTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACTTACTCATGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TTCTTAACCTTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.TATATGCGTTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.TAGGTACTATCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.GACCGTCATCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.TGATCTTCTTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.GTAGACGGTCGGATTAGAA	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.AGTATTAGCTGATCGCTTCT	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TGACGAGGTCCGATTCCTG	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TATTGAGGTTTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TGATCTTCTTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.TCGCCAACTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.TGCAAGGTTCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.TCATGGCTTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2ACTTCCGAAT.TGGATCCGTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.GTAAGCTCTTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TCCTATTCTTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TTGGCTCATGGCTCTCTAT	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.CTGCTGAATTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.TATCTCGATTTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.TCCTAACTTTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.TGCTAATTCTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.TGATGCGATCTAACTAGAT	Head epid.
/muscle	4
14_16_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.GACTTGGCTCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2AGGTCAATTA.TAGAGCCTTCCGATTCCTG	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.CTGGAAGATGATGATCGTA	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TAGAGAGTATCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2CGGCGAGACC.TTTGCTTAGTCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2GAACTGCATC.TATAAGAGGTCATTCAATCA	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TTGGCTCATACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGGAAGGTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATATGCGTTCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.GGCTAAGATAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.GGTCAGTTTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1TATAATAGTT_idx2AACGAGGCTA.GAACGATGTCTGATTAAGA	Immature
neurons	7
14_16_exp10_idx1TATAATAGTT_idx2AAGCCGGCTG.AAACTCCAATCCGATTCCTG	Neural
progenitors	11
14_16_exp10_idx1TATAATAGTT_idx2AAGCCGGCTG.TTTGCTTAGTCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1TATAATAGTT_idx2CTCGTCTAGG.TTCGCATAATTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.TCCTATAAGTCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1TATAATAGTT_idx2TGCCAGATGG.TGCTAATTCTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.GGCTAAGATACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.TTCTCATTGTCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2GTCATTGCGC.TCATGGCTTTCGTAGAGAA	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2TCATCTAATC.CATCAACGTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2TCATCTAATC.GGAGCTCATCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2TGGCCGCAAT.AAGGATATGTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.CAGTATCCTCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2TCATCTAATC.TCCAATAGTTATCCATGACT	Head epid.
/muscle	4
14_16_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.TACTCCTATTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2TTGGTCATAA.GGACTTGATACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2TTGGTCATAA.GGCAAGTCTTCGCGGTTGG	Neural
progenitors	11
14_16_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.CTGCCTTATCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.TGATCTTCTTCCGATTCCTG	Immature
neurons	13
14_16_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TTCAACTGATGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TCTACTTACTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TGTCCTTATTGATGATCGTA	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2TGATACGAGT.TATCTCGATTAACGGACCAA	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2ATAGGATATG.TCAAGATCTTCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2CGAAGGACGA.TTACCTAAGTCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.ATCAGTCATTCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.TTGATTCCTTCTAACTAGAT	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.GAACGATGTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2TATAACTTCC.GCATCCAGTCTAACTAGAT	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.GTCATCTGTGGATGCAGCA	Neural
progenitors	11
14_16_exp10_idx1TTCGAATATT_idx2AAGCCGGCTG.TCTATCCAATTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1TTCGAATATT_idx2ACGCAACTCC.TCTATACCTTGGTCCAGGAG	Head epid.
/muscle	4
14_16_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.CGTACCTATAACTACCGAC	Immature
neurons	7
14_16_exp10_idx1TTGCCGTAGG_idx2ACTGAATTCC.TTAATGAGCTTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.TTCTAAGCTTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1TTGCCGTAGG_idx2CTCCGGTTCT.TTGACCAGTCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1TTGCCGTAGG_idx2TGATACGAGT.GGTCAGTTTCTAACTAGAT	Neural
progenitors	11
14_16_exp10_idx1TTGCGAGCAT_idx2CAAGTACTGG.GCATCCAGTCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1TTGCGAGCAT_idx2GGACTCATTG.TCTCGCTCTCCGATTCCTG	Neural
progenitors	11
14_16_exp10_idx1TTGCGAGCAT_idx2GGACTCATTG.TTCGCATAATGATGATCGTA	Neural
progenitors	11
14_16_exp3_idx1GCTTGAAGAG_idx2TCCGGTAATC.CAGCAAGTTTTATTATGGT	Head epid.
/muscle	4
14_16_exp3_idx1GTAGGCTGCA_idx2CTCGTCTAGG.AGTATTAGCTGTCCAACTCA	Neural
progenitors	11
14_16_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.TCAGCTTCTGGCATAGCTT	Immature
neurons	7
14_16_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.ATTGCCGGTAGTAAGCATA	Neural
progenitors	11
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAGCGGTATTCTATAAGGA	Immature
neurons	8
14_16_exp1_idx1AGACCATATC_idx2TGCCAGATGG.AGTTGCGCTTTATAAGAAC	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TCCGTATGTCGAGCTGCCA	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GGTCTACGTGCTCTAACGA	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GGTAGTCCTTCCGTCGCCA	Neural
progenitors	11
14_16_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TAGAGAGTATGGCTATGACT	Neural
progenitors	11
14_16_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.ACGCCATATTGATACGAGT	Immature
neurons	8
14_16_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCGAATCTTTTCCGTCGCCA	Neural
progenitors	11
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TATGACTTGTTCGATATTGA	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACTACCATCGATCATTAC	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCTACTAATCAAGTACTGG	Neural
progenitors	11
14_16_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TTCTGGCCTTCGATATTGA	Neural
progenitors	11
14_16_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.GCCATGGTTGCAAGGAATA	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTGGTTAAGTTTGGAATCTC	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.TCCTCGAGTTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2CGATCATTAC.TCATAGAGTTTTAGGATCTA	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.GCGTACTTTGATGATCGTA	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2GGCTAATTAA.GCCATGGTTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.TTCTAAGCTTTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.GGTCAGTTTCCTAGCGCCT	Neural
progenitors	11
14_16_exp10_idx1ATGGCGCCTG_idx2AGGTCAATTA.AAGTTCTTGTCAAGATTAAG	Neural
progenitors	11
14_16_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.GTAAGGAGTAATTATCAGC	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.ACTTGATTGTCATGCATCTC	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.ATTGATCGTTGATGATCGTA	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TATTCGGCTATGCAATATG	Neural
progenitors	11
14_16_exp10_idx1GATTCTTGAA_idx2CCAAGCTGAA.CCAAGGATTCATCTCTGCA	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TAGATGACTTCAAGATTAAG	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TTCTAAGCTTCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.ACGCTTGATCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.GAACGATGTTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.TACTTGCGTCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2GCTCTAACGA.GGTCAGTTTCGATCATTAC	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2ATAGGATATG.TAACGACTTTCAAGCTTCAT	Neural
progenitors	11
14_16_exp3_idx1ACGGCGTTAA_idx2AGCGTCAATG.ACCTTCGGTTCTACCATTA	Immature
neurons	8
14_16_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.CCGTCTCATCCGCGGACCG	Neural
progenitors	0
14_16_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.AAGATGCCTTATGCCGAGT	Neural
progenitors	0
14_16_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GCTCGAGATTCTATAAGGA	Neural
progenitors	0
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCCAAGTTATACGCAACTCC	Neural
progenitors	0
14_16_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TCATGGCTTGATGATCGTA	Neural
progenitors	11
14_16_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GCAGATACTTGATGGCCTT	Neural
progenitors	11
14_16_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.GAACGGCTTGACCTCTCTG	Neural
progenitors	11
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GAGCGGTATTTAGATTCCG	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GAACGATGTGGCTAATTAA	Neural
progenitors	11
14_16_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TGACGAGGTGACTAGTCTA	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2CTCGATGGAG.TAATCAGCTTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2GCTCTAACGA.GTCTCTACTGAAGATCGAG	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2TTAACGTACC.TGGTAATAGTCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2AGCGTCAATG.GTCGTAACTCGCCGCCTCC	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.TTCAACTGATTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.GCCATGGTTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.GAGACTAGTCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.TGATGCGATCATTCAATCA	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.TTAATGAGCTGCTCTCGCCT	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TGAATCTGATAATTATCAGC	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.CATCAACGTAAGCCGGCTG	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.GCTGAAGCTCATCTCTGCA	Neural
progenitors	0
14_16_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.CTGCCTTATTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGGTAATAGTTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TATTGAGGTTTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.GCCATGGTTTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.GGAGGTTCTTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.TCATGGCTTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.CCAAGGATTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2TGGACTTGAC.GAACGGCTTAACCTGCGTA	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2ACTCTCTCAA.TCGAAGGATCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TTCTAAGCTTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2TCTATAAGGA.GAGACTAGTTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1TTCGAATATT_idx2ACGCAACTCC.GAACGGCTTAACGGACCAA	Neural
progenitors	11
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCGTAGCGTCAAGATTAAG	Neural
progenitors	11
14_16_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TATGCGATTTTCTAGAACTA	Neural
progenitors	11
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCAGGAGATCCAGGTCTAC	Neural
progenitors	11
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TCTCCGAATGGTCGCGTCA	Head epid.
/muscle	4
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GAGACTAGTCATGCTGGTT	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2ACGTTCAACC.TATAAGGCTTAAGCCGGCTG	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2CTCGATGGAG.GCATCCAGTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.TATCATGAGTGCTCTCGCCT	Head epid.
/muscle	4
14_16_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TTCCATTACTCATCTCTGCA	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.TATTCTCCTTCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2ACTATCCGCA.GACCGTCATAATTATCAGC	Head epid.
/muscle	4
14_16_exp10_idx1ATAAGGACTC_idx2ACTATCCGCA.TTTGCTACTTGACTAGTCTA	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2CCGTCGGAGG.ACAACCTATTCATTCAATCA	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.GGCAAGTCTTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2TGATAGAACG.GAGACTAGTGCTGGAACTT	Head epid.
/muscle	4
14_16_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.TCTATCCAATGATGATCGTA	Neural
progenitors	11
14_16_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.GTCATCTGTGGTCGCGTCA	Neural
progenitors	11
14_16_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GCAACGTTTTGATAGAACG	Neural
progenitors	11
14_16_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.ATGGTTGGTAATTATCAGC	Head epid.
/muscle	4
14_16_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.TTCGTTCCTAATTATCAGC	Head epid.
/muscle	4
14_16_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CGAGATGCTAGCGTCAATG	Neural
progenitors	0
14_16_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TTCTGGCCTATGCAATATG	Neural
progenitors	0
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGGTAATAGTTTATAAGAAC	Neural
progenitors	0
14_16_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TGTTAAGACTTTAGATTCCG	Neural
progenitors	0
14_16_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.AGGCATCATGCTCTCGCCT	Neural
progenitors	0
14_16_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TATCATGAGTAATACGCAGG	Neural
progenitors	0
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TATAAGGCTTACCGTTACGA	Neural
progenitors	11
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGAGCCTTCCGTCGGAGG	Neural
progenitors	0
14_16_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.CTCCGGTTTCCAGGTCTAC	Neural
progenitors	0
14_16_exp1_idx1TATAATAGTT_idx2AGATCCTATA.ATGGCGTATTTCAAGACCA	Neural
progenitors	0
14_16_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TCTCCGAATAGCGTCAATG	Neural
progenitors	0
14_16_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.GGCGTTAATGTCATTGCGC	Neural
progenitors	0
14_16_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GTATCGCATTTGGAATCTC	Neural
progenitors	11
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCTCTAGTTGAACTGCATC	Neural
progenitors	0
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AACCGCTGTAACTGATCTT	Neural
progenitors	0
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGTTAAGACTTCCGTCGCCA	Neural
progenitors	0
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCCGGTCATCCAACTAACC	Neural
progenitors	0
14_16_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.CCAGAACCTAGCGTCAATG	Neural
progenitors	11
14_16_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TATCGAACTTATAGTCGTAG	Neural
progenitors	0
14_16_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCGAATCTTTCGGCGAGACC	Neural
progenitors	0
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCAATCGCTTGAGTCCAGA	Neural
progenitors	0
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GACCGAATTGTCATTGCGC	Neural
progenitors	0
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCGCTCAATTGAGGTAGAA	Neural
progenitors	1
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGCTACTAATCGATGGCGCC	Neural
progenitors	0
14_16_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TATTCGGCTCCAGGTCTAC	Neural
progenitors	0
14_16_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GGTTCGAGTCGGTCGTTAA	Neural
progenitors	0
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGAATTCGTTCCAGGTCTAC	Neural
progenitors	0
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTCGCGGATTTAGATTCCG	Sensory
progenitors	14
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CTAGTACGTTGAGGTAGAA	Neural
progenitors	0
14_16_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TGATCTTCTTTATAGTAAGC	Neural
progenitors	0
14_16_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.CTTAGCGGTGACTAGTCTA	Immature
neurons	12
14_16_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.TTCTCATTGTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2TGATACGAGT.CCTAATGGTAAGCCAGTTA	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2GACCTCTCTG.GGCTAAGATCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.GTCCTGCATCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2AAGCCGGCTG.TATCTCGATTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.TATGCGATTTGCAGGTCCGT	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2AAGATCCAAC.CTTCATGCTAAGCCAGTTA	Neural
progenitors	0
14_16_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.TAGTTACCTTATGCAATATG	Neural
progenitors	0
14_16_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.CTCGTTGATGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.ACTTGATTGTCCGATTCCTG	Neural
progenitors	0
14_16_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TATCGAACTTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.TCTCGCTCTCGTCCGTCCT	Neural
progenitors	0
14_16_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.TAGGAAGGTTCCTACCAGT	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.CCTAATGGTCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TGAGTTAGATAATTATCAGC	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TTCAACTGATTTGACTTCAG	Neural
progenitors	0
14_16_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TACTCCTATTCGTCCGTCCT	Immature
neurons	13
14_16_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TACTTGCGTCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TTTGCTACTTAGCTCTCCTC	Neural
progenitors	3
14_16_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.ACGTTGCTTCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.GAACGGCTTGGCATAGCTT	Immature
neurons	7
14_16_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.CTCGTTGATCCGCGGACCG	Neural
progenitors	11
14_16_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.TATAAGAGGTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1GGTTATCGAA_idx2GACCGTAGCA.TTCTCATTGTGAACTGCATC	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.GCATCCAGTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2AACTTATAAG.GGCTTACTTGATGATCGTA	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.GTTGCAAGTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TATGAGAACTTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2CATTATTACC.TGTTAAGACTTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.AAGGATTACTTGATACGAGT	Sensory
progenitors	14
14_16_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.TGTCCTTATTGCTCTCGCCT	Neural
progenitors	0
14_16_exp10_idx1TGGACGACTA_idx2TCGATATTGA.ATAACTTCCTTTGAGTATCA	Neural
progenitors	0
14_16_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.ACTTACTCATTTGACTTCAG	Neural
progenitors	11
14_16_exp10_idx1TTCGAATATT_idx2CTCGTCTAGG.ACGTTGCTTCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.CTGGAAGATGGTCGCGTCA	Neural
progenitors	0
14_16_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.TCGAAGGATTTCTTAATAA	Neural
progenitors	11
14_16_exp3_idx1TTATTGAGGC_idx2TCCGGTAATC.ACGATATCATGGTCCAGGAG	Neural
progenitors	3
14_16_exp3_idx1TTGCCGTAGG_idx2GATTGCAGAC.CCGGATAGTTTAGGACCGG	Neural
progenitors	0
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CAACGCAGTAGTAAGCATA	Neural
progenitors	11
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGGTAGGCTGTCCAACTCA	Neural
progenitors	0
14_16_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TTCGCGGATAGATATATCG	Sensory
progenitors	14
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ACGAGGTTTTGGAACTAGA	Immature
neurons	13
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GGATAGGTTTGATACGAGT	Immature
neurons	2
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCCAAGTTATGACTAGTCTA	Ventral
midline	9
14_16_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCGGAGAATAGTCCGCGGA	Immature
neurons	12
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTACCTCTTTGCGCCATCT	Neural
progenitors	0
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGTTAAGACTCCGCGGACCG	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTCATCTGTGACCTCCGCC	Immature
neurons	12
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGAGCCTTGTTGACGGCC	Immature
neurons	13
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.AAGATGCCTGACCTCTCTG	Sensory
progenitors	14
14_16_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCAAGTTATAACTGATCTT	Immature
neurons	13
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TAGAGAGTATGGCATAGCTT	Neural
progenitors	0
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GAACGGCTTGCAAGGAATA	Immature
neurons	8
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACGTTCGTTGATAGAACG	Immature
neurons	12
14_16_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.TTGCGGTCTACTACTGAAG	Immature
neurons	13
14_16_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TATCCAGGTGCAAGGAATA	Neural
progenitors	11
14_16_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TGGATCCGTTCTATAAGGA	Immature
neurons	13
14_16_exp10_idx1AATACGATAA_idx2AACTTATAAG.TTCAACTGATCTAACTAGAT	Immature
neurons	8
14_16_exp10_idx1AGACCATATC_idx2ACCGTTACGA.GGCGTTAATCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.GGTCTACGTCCGATTCCTG	Neural
progenitors	3
14_16_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.GGCTAAGATGGTCCAGGAG	Immature
neurons	12
14_16_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TAATACCAGTTGGAACTAGA	Neural
progenitors	0
14_16_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.AGTATTAGCTCCGCTATATT	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.CTGATAGGTAACTACCGAC	Immature
neurons	12
14_16_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TCATAGAGTTTGATACGAGT	Neural
progenitors	0
14_16_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.GGCGTTAATATCCATGACT	Immature
neurons	12
14_16_exp10_idx1TTGCGAGCAT_idx2ACTATCTTGA.TGCTGGATTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.AAGGATATGTCGTCCGTCCT	Neural
progenitors	11
14_16_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.TTATCCGCTCAAGCTTCAT	Immature
neurons	13
14_16_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.AACGCGTCTTGGCCGGCCT	Immature
neurons	2
14_16_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.CTCGTTGATCCATCGCGAA	Immature
neurons	2
14_16_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.ATTAGGTACTAGTAACGGTC	Immature
neurons	2
14_16_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GCCATGGTTGCAAGGAATA	Neural
progenitors	11
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCCATGGTTAACGGACCAA	Head epid.
/muscle	4
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCTCGCTCTCAAGTACTGG	Immature
neurons	7
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGGACCTCTTCCGTCGCCA	Neural
progenitors	11
14_16_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TTGGCTCATCATGCTGGTT	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCGTCGTATGACCTCCGCC	Head epid.
/muscle	4
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGCAAGTCTTCGATATTGA	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGGTAATAGTTCCGTCGCCA	Neural
progenitors	11
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCTTAACCTGGTCCAGGAG	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCGCTCAATGGTCGCGTCA	Immature
neurons	7
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.AAGATGCCTGAACTGCATC	Immature
neurons	7
14_16_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TATGACTTGTAATGGTCGAC	Neural
progenitors	11
14_16_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GGTTGGCATTATTACTCAT	Neural
progenitors	11
14_16_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TAGTTACCTTTGGAAGTACC	Head epid.
/muscle	4
14_16_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TCAGTTGGTTACTTACTTA	Immature
neurons	7
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGCTTACTTGGTCCAGGAG	Immature
neurons	7
14_16_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGCGACTATGGATGCAGCA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACCAATGCTTTAGATTCCG	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATTGAGGTTGACCTCTCTG	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGTAGGCTTGGAACTAGA	Immature
neurons	7
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTGCTGAATTTAGGATCTA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.ATAGTCGCTTACTTACTTA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATATGCGTTGCGACGCAGA	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TAGGTACTATCGCCTCGAAC	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CGACGATATCGTCCGTCCT	Immature
neurons	7
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTAGCGATTATGCAATATG	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TACGGTAGTACCGTTACGA	Immature
neurons	7
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGGCGACTGGCTAATTAA	Immature
neurons	7
14_16_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TATCGAACTTGTCCAACTCA	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.AGAGTACCTTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.TCAGCTTCTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TTGACTCAATGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2GTTCCGACGA.TAGAGAGTATCTAACTAGAT	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2TCTAGAACTA.CTGCCTTATCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1AATACGATAA_idx2TTAACGTACC.ACGCTTGATCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2AATTGCCTAC.GTCCTGCATCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2CGATCATTAC.CTGGAAGATTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2CGATCATTAC.GATAAGCGTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2GACCTCTCTG.TAATCAGCTTGAACTGCATC	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2AGGATTACCA.CATCAACGTGATGATCGTA	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TATTCTCCTTTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TAGCCAATTTGATGATCGTA	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2CGATCATTAC.TCGAGAAGTCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.GCAGATACTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2CGAAGGACGA.ATTAGGTACTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1AGGTCAGCTT_idx2TATAACTTCC.AGCGTAAGTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2AAGATCCAAC.TACGGTAGTGATGATCGTA	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2AAGATCCAAC.TTCCATCTTTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.ATTAGTCTGTCGGATTAGAA	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.TCTTAGTTCTCATCTCTGCA	Immature
neurons	13
14_16_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TAGAACCAATTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.ACTTGATTGTTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.TTGACCAGTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.TGAGAATCATCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1ATGGCGCCTG_idx2CAAGATTAAG.GTTGCAAGTTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1ATGGCGCCTG_idx2CAAGATTAAG.TTCCATCTTTCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.TAATACCAGTCTAACTAGAT	Neural
progenitors	11
14_16_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.TCGAAGGATTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.GGAGGTTCTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.GCGTACTTTTTAGGATCTA	Head epid.
/muscle	4
14_16_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.TCATGGCTTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.AAGGATTACTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TTGGCTCATTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1GATTCTTGAA_idx2GAACTGCATC.AAGGATTACTCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.GTATCGCATAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.TGTTAAGACTCGCTCCTAAC	Neural
progenitors	11
14_16_exp10_idx1GCGCGTTCAT_idx2ACCGTTACGA.TAGAGAGTATACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2ACTATCCGCA.GTATCGCATGATGATCGTA	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.TCTATACCTTCTAACTAGAT	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.GCGGTATATTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.ACAACCTATTCCGATTCCTG	Neural
progenitors	11
14_16_exp10_idx1GGTTATCGAA_idx2AACTACCGAC.TATCTCGATTTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.GCAATCGCTTTGACTTCAG	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.TTGGAGTTATCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.GACCAGGATCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CGAATGAGTCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1GTAGGCTGCA_idx2CAAGCTTGGC.TGCTACTAATAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.GGCAAGTCTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.TTGACCAGTTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.TCTACTTACTTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.GCTCTTAGTTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1TATAATAGTT_idx2CTGCTTCGAC.ACGCTTGATCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TTGGCTCATACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2CAAGTACTGG.CTGAGCATTCCGATTCCTG	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2CATTATTACC.ACAACCTATTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.TCAGCTTCTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TTTGCTACTTCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2TGATAGAACG.CTGGAAGATCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.TTCAACTGATTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.CTTCGACTTCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.GGCTAAGATTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2TTGGTCATAA.TGCTAATTCTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1TCTTGAGGTT_idx2TCATCTCGAT.TTCAACTGATCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1TCTTGAGGTT_idx2TGGCCGCAAT.AAGGATATGTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.TTCCATCTTTCCTAGCGCCT	Head epid.
/muscle	4
14_16_exp10_idx1TGGACGACTA_idx2ACGTTCAACC.GGAGGTTCTGGTCGCGTCA	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.ACGCTTGATTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TTCTCATTGTTCGCTAAGCA	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.TAAGGTTCATTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.TGCAAGGTTCTGCTTCGAC	Neural
progenitors	11
14_16_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.AAGGACGATAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1TTATTGAGGC_idx2ATAAGAGGCG.TTAATGAGCTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.TCATAGAGTTCGCTCCTAAC	Neural
progenitors	11
14_16_exp3_idx1ACGGCGTTAA_idx2AATTGCCTAC.GCATCCAGTTTAGGATCTA	Head epid.
/muscle	4
14_16_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.ATTCAAGCATGACCTCTCTG	Immature
neurons	7
14_16_exp3_idx1AGTCCGCTGC_idx2GACTAGTCTA.AACTAGTTGTTTATTATGGT	Head epid.
/muscle	4
14_16_exp3_idx1AGTCCGCTGC_idx2GTCATTGCGC.ATGCCAAGTGTCCTACTTG	Immature
neurons	7
14_16_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.TGTCCTTATTATATTGATAC	Immature
neurons	8
14_16_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TCGAATCTTTTGACGCTCCG	Immature
neurons	7
14_16_exp3_idx1GATTCTTGAA_idx2CGAAGGACGA.AGCAACGATAGTTGCATCT	Immature
neurons	7
14_16_exp3_idx1GATTCTTGAA_idx2TATAACTTCC.TGAACGCGTATAGTCGTAG	Immature
neurons	7
14_16_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CAGGACTCTGTCCTAGAGG	Head epid.
/muscle	4
14_16_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.CGTACCTATTGAGGTAGAA	Head epid.
/muscle	4
14_16_exp3_idx1GCGCGTTCAT_idx2GCTCTAACGA.TCATTAAGCTCGAATAATTC	Neural
progenitors	11
14_16_exp3_idx1GCTTGAAGAG_idx2GGCTAATTAA.CTAGTACGTCAACCAGTAC	Neural
progenitors	11
14_16_exp3_idx1TAGTAAGCCG_idx2AGATCCTATA.ACCTTCGGTGGCTGAGCTC	Immature
neurons	7
14_16_exp3_idx1TCCTCTGCCG_idx2AGTTGCATCT.TTCGTTCCTAATACTCTTC	Immature
neurons	7
14_16_exp3_idx1TGGACGACTA_idx2GCAACTGGCA.ATGCATTCATGCTCTCGCCT	Neural
progenitors	11
14_16_exp3_idx1TTGCCGTAGG_idx2TGAGGTAGAA.TGGATTCTATGACTAGTCTA	Head epid.
/muscle	4
14_16_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTGGAAGATTCTATAAGGA	Head epid.
/muscle	4
14_16_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGATAGGTTCGATCATTAC	Neural
progenitors	11
14_16_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.ACGAGGTTTGACCTCTCTG	Neural
progenitors	11
14_16_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.GTCCTGCATTGATGGCCTT	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GTACCTCTTAATTATCAGC	Head epid.
/muscle	4
14_16_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.AAGGATTACTCGTCCGTCCT	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.TATAAGGCTTTGATACGAGT	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.TTGACCAGTGAACTGCATC	Neural
progenitors	11
14_16_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.TAGTTACCTTACCGCCAACC	Head epid.
/muscle	4
14_16_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.CAGCATTGTCTAACTAGAT	Neural
progenitors	11
14_16_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TTATCCGCTCTAACTAGAT	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.GGTCAGTTTCCTAGCGCCT	Neural
progenitors	11
14_16_exp10_idx1GATTCTTGAA_idx2GACTAGTCTA.GAGACTAGTCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1GATTCTTGAA_idx2GGTCCAGGAG.TTATAGGCATTTGGTCATAA	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2ACTATCCGCA.TAGAACCAATCTGATTAAGA	Head epid.
/muscle	4
14_16_exp10_idx1TAGGTAACTT_idx2TGATACGAGT.TAGCCAATTTCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TTCGTTCCTATGCAATATG	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2CATTATTACC.AGATCGGATCATCTCTGCA	Head epid.
/muscle	4
14_16_exp10_idx1AATACGATAA_idx2AACTACCGAC.TGCTGGATTTCGCGGTTGG	Neural
progenitors	11
14_16_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCGTCGTATAACTACCGAC	Neural
progenitors	0
14_16_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.TTATAGGCATAGCGTCAATG	Neural
progenitors	0
14_16_exp10_idx1AATACGATAA_idx2TCTAGAACTA.TCGAATCTTTAATACGCAGG	Neural
progenitors	0
14_16_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.TGGTTGAATTACGCGAGATT	Neural
progenitors	0
14_16_exp10_idx1GCATCGTATG_idx2AGCGTCAATG.ATACCAGTTTGGATGCAGCA	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.TCATGGCTTTCTGATACCA	Neural
progenitors	0
14_16_exp4_idx1TTATTGAGGC_idx2GATTGCAGAC.CTCCATCATCCATCGCGAA	Neural
progenitors	0
14_16_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TTCTGGCCTGTCATTGCGC	Neural
progenitors	11
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GCCATGGTTACGCAACTCC	Neural
progenitors	11
14_16_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ATAGTCGCTATTGCGCTGA	Immature
neurons	12
14_16_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.TGCAAGGTTTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TAGGTACTATCCGATTCCTG	Head epid.
/muscle	4
14_16_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.AGAGTACCTCTAACTAGAT	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2AATTGCCTAC.TATTGACTCTGGCTGAGCTC	Neural
progenitors	11
14_16_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.GATACGTCTCAAGCTTCAT	Neural
progenitors	11
14_16_exp10_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGCTACTAATCAAGATTAAG	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2CATTATTACC.CTCGTTGATCGCCTCGAAC	Neural
progenitors	11
14_16_exp10_idx1TCCTCTGCCG_idx2ACGAGGACCT.TGCCTATTATGATGATCGTA	Neural
progenitors	11
14_16_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.TCATGGCTTAGCTTATCCG	Neural
progenitors	11
14_16_exp10_idx1TTGCGAGCAT_idx2GGACTCATTG.TCGTTCTGTGATGATCGTA	Neural
progenitors	11
14_16_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.TCGTCTATTTCCGATTCCTG	Neural
progenitors	11
14_16_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.CTACCTGGTTTATTATGGT	Head epid.
/muscle	4
14_16_exp3_idx1TTGCCGTAGG_idx2TGAGGTAGAA.GCAACGTTTGTCCTTAAGA	Head epid.
/muscle	4
14_16_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GACTTGGCTTGATACGAGT	Neural
progenitors	0
14_16_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCTGAAGCTAATTATCAGC	Neural
progenitors	0
14_16_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GTCGGCAATGGCATAGCTT	Neural
progenitors	0
14_16_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCGCGCATTCAAGCTTCAT	Neural
progenitors	0
14_16_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGAGTTAGATCATTATTACC	Neural
progenitors	0
14_16_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.ACCTTCGGTAACGAGGCTA	Neural
progenitors	0
14_16_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCCTACCTTGATGATCGTA	Neural
progenitors	0
14_16_exp10_idx1ACGGCGTTAA_idx2AGGATTACCA.TAAGAATGGTTTAGGATCTA	Neural
progenitors	0
14_16_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.CAGCAAGTTTCGATATTGA	Neural
progenitors	0
14_16_exp10_idx1TCCTCTGCCG_idx2TTGGTCATAA.GGACTTGATTTACCGAGGC	Neural
progenitors	0
14_16_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACTTGGCTAGCGTCAATG	Neural
progenitors	0
14_16_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.CCGGATAGTAACGGACCAA	Neural
progenitors	0
14_16_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.CTCCTCGTTACTACTGAAG	Neural
progenitors	0
14_16_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.CGTCGAAGTTGAGGTAGAA	Neural
progenitors	0
14_16_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCTACTTACTGGACTCATTG	Neural
progenitors	0
14_16_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.TTGACTCAATGTTGACGGCC	Neural
progenitors	11
14_16_exp10_idx1GCATCGTATG_idx2TCCGTCGCCA.TGAGTTAGATGGTATGCTTG	Neural
progenitors	0
14_16_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.CAAGGCGTTTACTTACTTA	Neural
progenitors	0
14_16_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GTCGGCAATCAAGATTAAG	Neural
progenitors	11
14_16_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATGGTCTTTTCGATATTGA	Neural
progenitors	11
14_16_exp10_idx1AGACCATATC_idx2CCTATAAGCT.AAGGATATGTCTAACTAGAT	Neural
progenitors	11
14_16_exp10_idx1CCTCAGCTCC_idx2GGACTCATTG.TCGTCTATTTCCAGTTCCAA	Neural
progenitors	11
14_16_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.CAGCATTGTTATATACTAA	Head epid.
/muscle	4
14_16_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.ATTCCTAGATTGCCGGCAGA	Neural
progenitors	11
14_16_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.GCAGATACTACGGAGGCGG	Neural
progenitors	11
14_16_exp10_idx1TATTAGACTT_idx2GTCATTGCGC.TAGAGAGTATCTGATTAAGA	Head epid.
/muscle	4
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TCCGTATGTGATGATCGTA	Neural
progenitors	0
14_16_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.ATTGATCGTTCCAGTTCCAA	Neural
progenitors	0
14_16_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GGAGCTCATAACTGATCTT	Neural
progenitors	0
14_16_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATCGAACTTGACTAGTCTA	Neural
progenitors	0
14_16_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.TCGCCAACTAGATATATCG	Neural
progenitors	0
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GATCGACCTCAAGCTTCAT	Neural
progenitors	0
14_16_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTTGCAAGTGACTAGTCTA	Neural
progenitors	0
14_16_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TATAAGGCTTTTGGTCATAA	Neural
progenitors	0
14_16_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TATCGAACTTGGCTATGACT	Neural
progenitors	0
14_16_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CCGGATAGTTTCTTATCGA	Neural
progenitors	0
14_16_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TCCTCGAGTGGTCCAGGAG	Neural
progenitors	0
14_16_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAGCGGTATCTTCGGCGCA	Neural
progenitors	0
14_16_exp1_idx1TAGGTAACTT_idx2CCGTCGGAGG.TGAACGCGTCATTATTACC	Neural
progenitors	0
14_16_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.AACCGCTGTAACTACCGAC	Neural
progenitors	0
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCATCAGGTGGCTAATTAA	Neural
progenitors	0
14_16_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CCATCAGGTGGCTAATTAA	Neural
progenitors	0
14_16_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.GGTTCGAGTTGATACGAGT	Neural
progenitors	0
14_16_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.CGAATGAGTTCTTGCCGAC	Neural
progenitors	0
14_16_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.CTGAGCATTCATTATTACC	Neural
progenitors	0
14_16_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TGCCTATTATAACTGATCTT	Neural
progenitors	0
14_16_exp10_idx1TTATTGAGGC_idx2AGATCCTATA.GTAAGGAGTCTAACTAGAT	Neural
progenitors	11
14_16_exp12_idx1TGATTAGGTA.ATGGAGAGTCGAATAGATG	Neural
progenitors	0
14_16_exp3_idx1AGACCATATC_idx2GACCTCTCTG.GACGTTCGTACTTAACTAG	Neural
progenitors	0
14_16_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCATAGAGTTTGAGTCCAGA	Neural
progenitors	0
14_16_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.TCGTCTATTTCTCGATGGAG	Neural
progenitors	0
14_16_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCATCAGGTAGTTGCATCT	Neural
progenitors	0
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCTTCTGGTGGATGCAGCA	Neural
progenitors	0
14_16_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCTATACCTTTATTACTCAT	Neural
progenitors	0
14_16_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.TCCTCGAGTAGTAAGCATA	Neural
progenitors	0
14_16_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.TAGCCAATTTTTGACTTCAG	Neural
progenitors	11
14_16_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.AATCCAGTATTTATTATGGT	Immature
neurons	2
14_16_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GTAAGGAGTGACCTCCGCC	Neural
progenitors	0
14_16_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGTCTACGTTCCAGAAGGT	Neural
progenitors	0
14_16_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.CCGGAGTTTACCGTTACGA	Neural
progenitors	0
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CCGGAGTTTTGAGGTAGAA	Neural
progenitors	11
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CTTCATGCTTATGCCGAGT	Sensory
progenitors	14
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GCAGATACTCAAGGCATTC	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GCAGATACTTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GGATAGGTTGCAGACCGGT	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GTTCGCTGTGCTAACCTCA	Sensory
progenitors	14
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TGCTAATTCTCTGGATTAGT	Ventral
midline	9
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CAACGCAGTGCTCTCGCCT	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCATTAAGCTATCAACGATT	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCGGTACCTCAGATTCGAT	Sensory
progenitors	6
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TTCTAAGCTTAATACTCTTC	Sensory
progenitors	14
12_14_exp1_idx1AGACCATATC_idx2ACGCAACTCC.AGGCATCATGCAGGCGACG	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2ACGCAACTCC.CCGAGAGATTGGAAGTACC	Ventral
midline	9
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CAACGCAGTTATTACTCAT	Sensory
progenitors	14
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CGCCGTAATTGATACGAGT	Sensory
progenitors	6
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTCCGGTTTCCGTCGGAGG	Sensory
progenitors	14
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTCCGGTTTTTCCATGGCA	Sensory
progenitors	6
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTTAGCGGTGGATGCAGCA	Sensory
progenitors	14
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGCTTACTTCCGTCGGAGG	Sensory
progenitors	14
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGTACGGATCTTCGGCGCA	Sensory
progenitors	14
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGTCTACGTACGCAACTCC	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGTCTACGTGCAGGCGACG	Ventral
midline	9
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGTTGGCATGTTGACGGCC	Ventral
midline	9
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TAACTAAGGTGCAGACCGGT	Ventral
midline	9
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCCAATAGTTATTGAGATTG	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCGAATCTTTGCAGACCGGT	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGAGAATCATTGAGTCCAGA	Sensory
progenitors	14
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGCCTATTATTTGGATCCTT	Sensory
progenitors	6
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGGCCTGATATCAACGATT	Sensory
progenitors	14
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.AGGCATCATAACTACCGAC	Sensory
progenitors	6
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TCTCTCCATGCTAACCTCA	Neural
progenitors	3
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TGGTAGGCTAACGAGGCTA	Ventral
midline	9
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.ATGCCAAGTCCGTTGACTT	Ventral
midline	9
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CTCCTCGTTTTCCATGGCA	Neural
progenitors	11
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CTCTACTGTGCTAACCTCA	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GACTCGCTTCAAGGCATTC	Sensory
progenitors	14
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TATGCGATTTTTCCATGGCA	Ventral
midline	9
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TCTACTTACTTTGGATCCTT	Ventral
midline	9
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.ATAGTCGCTCGGTCGTTAA	Sensory
progenitors	6
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CAGAAGGCTGTTCTGAATT	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCGTCTCATCAAGGCATTC	Sensory
progenitors	6
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTCCTCGTTCCGCGGACCG	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GATCGACCTAACTACCGAC	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGTCTACGTAAGCCGGCTG	Ventral
midline	9
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTATCGCATATAGTCGTAG	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTTGCAAGTGCAGGCGACG	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATTGACTCTATGGCGGATC	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCTAGGAATTTCGATATTGA	Sensory
progenitors	6
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCTCCGAATATCAACGATT	Ventral
midline	9
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGCTAATTCTCTTCGGCGCA	Sensory
progenitors	6
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGGCGACTCAGATTCGAT	Sensory
progenitors	6
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.ACCGTAGCTGCAGACCGGT	Sensory
progenitors	14
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CGAGATGCTTGAGTCCAGA	Ventral
midline	9
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GACCGTCATTTGGAATCTC	Sensory
progenitors	6
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GATTACGGTGCTAACCTCA	Sensory
progenitors	14
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GCGCTCAATGAACTGCATC	Sensory
progenitors	14
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GTAGCGATTTGGAAGTACC	Ventral
midline	9
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TGATCTTCTTGACTAGTCTA	Sensory
progenitors	14
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.CGACGATATTAGGCAGATA	Ventral
midline	9
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TACGGTAGTATAGTCGTAG	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TAGTTACCTTCTTCGGCGCA	Sensory
progenitors	14
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TCAGTTGGTTTCGCTTACG	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TGCTCCTATCGGTCGTTAA	Ventral
midline	9
12_14_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.GTAAGCTCTGCAGACCGGT	Immature
neurons	13
12_14_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GTTCGCTGTCTGGATTAGT	Ventral
midline	9
12_14_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TAGAGAGTATGTTCTGAATT	Ventral
midline	9
12_14_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TATCGAACTTTGCATATAAC	Sensory
progenitors	6
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AACCGCTGTCCGCTATATT	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AAGATGCCTGCAGGCGACG	Ventral
midline	9
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ACCGTAGCTTGATGGCCTT	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ACGCCATATTTAATTATTG	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AGTTGCGCTTTGGTCATAA	Ventral
midline	9
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CCATTGCGTGACTAGTCTA	Ventral
midline	9
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GAAGAGGCTATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCATCCAGTCTCGATGGAG	Sensory
progenitors	14
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TACTCCTATTATGCAATATG	Sensory
progenitors	6
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCAGCGGTTAGATATATCG	Sensory
progenitors	14
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGAGAATCATGTTCTGAATT	Ventral
midline	9
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GACCAGGATTTCCATGGCA	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GAGACTAGTATAGTCGTAG	Ventral
midline	9
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GATCGACCTCATGCATCTC	Sensory
progenitors	6
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTTCCAGCTCGATCATTAC	Ventral
midline	9
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TAGTTACCTTTGAGGTAGAA	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TATTGAGGTTATCGAGTCGC	Ventral
midline	9
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCCGTATGTGCTAACCTCA	Ventral
midline	9
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCGCGCATTTGAGTCCAGA	Sensory
progenitors	14
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGAGAATCATGCCAGGATCA	Sensory
progenitors	14
12_14_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.ATGGCAGCTTTCTTATCGA	Mature
neurons	10
12_14_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TCTACTTACTTCTAGAACTA	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GTTCGCTGTGTTCCGCTAA	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.CAGAAGGCTAATACTCTTC	Sensory
progenitors	14
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GGTCCTTCTTGAGTCCAGA	Ventral
midline	9
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TACTCCTATTAGTCCGCGGA	Sensory
progenitors	14
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TAGTTACCTTAAGTAGTCAG	Ventral
midline	9
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TGCTACTAATACCGTTACGA	Sensory
progenitors	14
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TTTGCTTAGTTACGGCTACG	Sensory
progenitors	6
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.ATTGCCGGTGGCATAGCTT	Mature
neurons	10
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.CGAGATGCTCCGTCGGAGG	Ventral
midline	9
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GACTACCATGCCAGGATCA	Sensory
progenitors	14
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GTTGCAAGTACTACTGAAG	Ventral
midline	9
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TGCTCCTATGCTAACCTCA	Sensory
progenitors	14
12_14_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TTGGCTCATATAGTCGTAG	Ventral
midline	9
12_14_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.ACCTTCGGTTAGGCAGATA	Immature
neurons	7
12_14_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.CGACGATATTTCTTATCGA	Immature
neurons	12
12_14_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TTGGAGTTATCAGATTCGAT	Sensory
progenitors	14
12_14_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.ACCTTCGGTGCAGACCGGT	Immature
neurons	13
12_14_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TATGACTTGTTTGGATCCTT	Ventral
midline	9
12_14_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TGAGAATCATGCAGGCGACG	Ventral
midline	9
12_14_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TCCTACCTTACGAGGACCT	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GGTCCTTCTATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TTAATGAGCTTTCTTATCGA	Neural
progenitors	11
12_14_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.CAACGCAGTAAGTAGTCAG	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TATTGACTCTTTCCATGGCA	Ventral
midline	9
12_14_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TCTAGGAATTACCGTTACGA	Ventral
midline	9
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GACTGACGTGCAGGCGACG	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GCAGATACTCCAACTAACC	Sensory
progenitors	14
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GCGGAGAATGCAGACCGGT	Sensory
progenitors	6
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TATAAGGCTTCTCGTCTAGG	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTGCGGTCTCCGCTATATT	Sensory
progenitors	6
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.AGTTGCGCTCCGCGGACCG	Sensory
progenitors	6
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CGAGATGCTCAAGGCATTC	Sensory
progenitors	14
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CGGTTCCATTTATAAGAAC	Sensory
progenitors	14
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTCCTCGTTGCTCTCGCCT	Sensory
progenitors	14
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCAATCGCTTGAGGTAGAA	Sensory
progenitors	6
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTTCGCTGTTTCCATGGCA	Sensory
progenitors	14
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TACTCCTATTCCGCGGACCG	Neural
progenitors	11
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATGCGATTTTTCCATGGCA	Sensory
progenitors	6
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCTCCGAATTTGGTCATAA	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGGTCGAATCTGGATTAGT	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.ACGAGGTTTATGCAATATG	Sensory
progenitors	14
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.ACGAGGTTTCCTAGCGCCT	Sensory
progenitors	14
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GACCGTCATTTCTTATCGA	Sensory
progenitors	14
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTTCGCTGTGTCCAACTCA	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATGGTCTTTCTTCGGCGCA	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATTCGGCTATAGTCGTAG	Sensory
progenitors	6
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.ACCGTAGCTTGGAAGTACC	Ventral
midline	9
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GAACGGCTTGCGCGGTAGT	Neural
progenitors	3
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GAACGGCTTTTGGATCCTT	Sensory
progenitors	14
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TTCTGGCCTCAAGATTAAG	Sensory
progenitors	6
12_14_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GGTAGTCCTCAAGGCATTC	Ventral
midline	9
12_14_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GTTCGCTGTCAAGTACTGG	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TTCAACTGATGTTCCGCTAA	Immature
neurons	13
12_14_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GATTACGGTTTGGATCCTT	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.GTAAGCTCTTGAGTCCAGA	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TGGCCTGATATCAACGATT	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.AGCAACGATATAGTCGTAG	Sensory
progenitors	6
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CGCCGTAATTTCTTATCGA	Sensory
progenitors	6
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTCGGAGTTCTCGATGGAG	Sensory
progenitors	14
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TCAGGAGATTGCATATAAC	Immature
neurons	2
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TAGCCAATTTCCGTCGGAGG	Immature
neurons	13
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TATTGACTCTTTCCATGGCA	Sensory
progenitors	14
12_14_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.GAACGGCTTATAGTCGTAG	Ventral
midline	9
12_14_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TCTCGCTCTTTCTTATCGA	Sensory
progenitors	6
12_14_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TGCTAATTCTTTCCATGGCA	Sensory
progenitors	14
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.AGGCATCATAAGTAGTCAG	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.AGTTGCGCTCTGGATTAGT	Sensory
progenitors	14
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCATCCAGTCGGCGAGACC	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTATCGCATTTGGATCCTT	Immature
neurons	2
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TAGCCAATTTTGAGGTAGAA	Sensory
progenitors	14
12_14_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.GTTCCAGCTCCGTCGGAGG	Ventral
midline	9
12_14_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.GTTCGCTGTTTCTTATCGA	Ventral
midline	9
12_14_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TCTCCGAATCTTCGGCGCA	Sensory
progenitors	14
12_14_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TATTGAGGTTTGCATATAAC	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TCAGTTGGTTATGCCGAGT	Ventral
midline	9
12_14_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TCCTACCTTCCGCGGACCG	Immature
neurons	13
12_14_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TGAATTCGTTTTGGATCCTT	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TAGAGAGTATACTGCCGATA	Sensory
progenitors	14
12_14_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TCAGCGGTTCAAGTACTGG	Ventral
midline	9
12_14_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TCCTACCTTTTCCATGGCA	Ventral
midline	9
12_14_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TTGGCAATATCAAGGCATTC	Ventral
midline	9
12_14_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.GGTAGTCCTTTGGATCCTT	Ventral
midline	9
12_14_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TATGGTCTTTCATGCATCTC	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACCTTCGGTAAGTAGTCAG	Sensory
progenitors	14
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACGAGGTTTAATACTCTTC	Sensory
progenitors	6
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ATTGCCGGTACTTAACTAG	Sensory
progenitors	6
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ATTGCCGGTTTGGATCCTT	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CCGAGAGATATCAACGATT	Ventral
midline	9
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTACGGCATTGAGTCCAGA	Ventral
midline	9
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACGTTCGTCTGGATTAGT	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCAACGTTTCTGGATTAGT	Sensory
progenitors	14
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCGCTCAATGCTAACCTCA	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGAGCTCATTTGGAATCTC	Ventral
midline	9
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTAAGGAGTAAGTAGTCAG	Sensory
progenitors	14
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCATAGAGTTTGCATATAAC	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCCAAGTTATTTGGAATCTC	Ventral
midline	9
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGAGTTAGATTTGGATCCTT	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCTCTAGTTTTCTTATCGA	Sensory
progenitors	14
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ACCTTCGGTAGATATATCG	Sensory
progenitors	14
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ACCTTCGGTCGCCGCCTCC	Ventral
midline	9
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ATAGTCGCTAAGTAGTCAG	Ventral
midline	9
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CCATTGCGTGCAGACCGGT	Sensory
progenitors	14
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CTAGTACGTTTGGAATCTC	Sensory
progenitors	6
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCTGAAGCTATGGCGGATC	Mature
neurons	10
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGCTTACTTTTCTTATCGA	Immature
neurons	13
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGTAGTCCTGACTAGTCTA	Ventral
midline	9
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTAGCGATTTCCGGTAATC	Sensory
progenitors	14
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTTCCAGCTGCGACGCAGA	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTCGCATAATAGTTGCATCT	Neural
progenitors	1
12_14_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.CTGCTGAATGCCAGGATCA	Sensory
progenitors	14
12_14_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.GGCTTACTTTATGCCGAGT	Ventral
midline	9
12_14_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.GTTGCAAGTCAAGGCATTC	Ventral
midline	9
12_14_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TAGAGCCTTAATACGCAGG	Immature
neurons	13
12_14_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TCCTACCTTGGATGCAGCA	Sensory
progenitors	6
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TTCGCATAATACGCAACTCC	Sensory
progenitors	6
12_14_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.AAGCGCCATGCAGGCGACG	Immature
neurons	2
12_14_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TCAGCGGTTTGATAGAACG	Mature
neurons	10
12_14_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GCTCGAGATTTCCATGGCA	Ventral
midline	9
12_14_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GGTCCTTCTGCAGACCGGT	Sensory
progenitors	6
12_14_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TTCAACTGATCGGCGAGACC	Sensory
progenitors	14
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GATTACGGTTGATGGCCTT	Sensory
progenitors	6
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GTTGCAAGTCTGGATTAGT	Immature
neurons	13
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TGTTAAGACTGCAGACCGGT	Ventral
midline	9
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ATTGCCGGTTGCGCCAGAA	Ventral
midline	9
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TATCGAACTTATGCAATATG	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCCTATTCTTTTGGAATCTC	Neural
progenitors	15
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCTCCGAATATGCAATATG	Sensory
progenitors	14
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TGCTCCTATTTCTTATCGA	Sensory
progenitors	6
12_14_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GTAAGGAGTTTGGACGCTG	Sensory
progenitors	6
12_14_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TATCGAACTTAATACTCTTC	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AACCGCTGTGCAGACCGGT	Immature
neurons	13
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATGCCAAGTTCCGGTAATC	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CGCCGTAATCTGGATTAGT	Ventral
midline	9
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CGCCGTAATTGGAACTAGA	Ventral
midline	9
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCCATGGTTTAGGCAGATA	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTACCTCTTACTTCCGAAT	Neural
progenitors	3
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGCCAACTGCTAACCTCA	Ventral
midline	9
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGCGCATTTTGGATCCTT	Sensory
progenitors	14
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGTCTATTTATAGTCGTAG	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGAGTCCTAGATATATCG	Sensory
progenitors	14
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGGCAATATCGAATAATTC	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.ATAGTCGCTTTGGAATCTC	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ACGAGGTTTGCAGGCGACG	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ACGCCATATAGACTCAAGC	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AGTTGCGCTATAGTCGTAG	Sensory
progenitors	14
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ATGGCGTATTCCAGAAGGT	Sensory
progenitors	14
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CAATCGGTTCGCCGCCTCC	Sensory
progenitors	14
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCATCAGGTGAACTGCATC	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTTAGCGGTATAGTCGTAG	Sensory
progenitors	14
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTAGCGATTGCAGACCGGT	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTTCCAGCTAAGTAGTCAG	Sensory
progenitors	6
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TAGCTCGGTTATAGTAAGC	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGAATTCGTTGAACTGCATC	Ventral
midline	9
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGCTCCTATCAAGATTAAG	Sensory
progenitors	6
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGAGAGATTACTGCCGATA	Ventral
midline	9
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGCGGTCTACTGCCGATA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGCGGTCTGCAGGCGACG	Ventral
midline	9
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGCGGTCTTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGGCAATATTTAGGATCTA	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AACCGCTGTAATACTCTTC	Sensory
progenitors	6
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACCTTCGGTCCGTTGACTT	Sensory
progenitors	6
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACGCCATATTATGCCGAGT	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AGTTGCGCTTTGGATCCTT	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CGCCGTAATTTGGATCCTT	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GATTACGGTTTATAAGAAC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCCATGGTTCTGGATTAGT	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCTGAAGCTTTAATTATTG	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCTGGCTATTTCTTATCGA	Neural
progenitors	3
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGATAGGTTACGCCGTTCA	Sensory
progenitors	6
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGCGCATTTCCGCTATATT	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAACTAAGGTTTACGTATAC	Oenocytes	18
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTACTTACTCCGCGGACCG	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGGTCGAATGCAGGCGACG	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCTAAGCTTAAGTAGTCAG	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GAACGGCTTCATTATTACC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACCAGGATTTCCATGGCA	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACCGAATTATCAACGATT	Sensory
progenitors	6
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACTGACGTTTGAGTATCA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GATTACGGTAAGCCGGCTG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCAGATACTGTTGACGGCC	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTAGCGATTTTAATTATTG	Neural
progenitors	3
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATAAGGCTTCCGCTATATT	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATCATGAGTATGGCGGATC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATGCGATTTTATAGTAAGC	Sensory
progenitors	6
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATTCGGCTTATAGTAAGC	Neural
progenitors	3
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCATGGCTTCATTATTACC	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGTCTATTTAAGTAGTCAG	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGCTCCTATGCAGGCGACG	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGTCGAATTGCGCCAGAA	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTATAGGCATCAAGTACTGG	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.CGAGATGCTCATGCATCTC	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GTAGCGATTAAGTTGCCAT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TCCAATAGTTTTGGATCCTT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TCGCCAACTAAGTAGTCAG	Sensory
progenitors	6
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GCGCTCAATCTTCGGCGCA	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GCTCGAGATACCGTTACGA	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGTTCGAGTATCAACGATT	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGTTCGAGTCTGGATTAGT	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TATGACTTGTGCAGGCGACG	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TATTGAGGTTCTGGATTAGT	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCCAATAGTTGACTAGTCTA	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGAACGCGTCGAATAATTC	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TGAACGCGTGCAGACCGGT	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACCAATGCTCCAACTAACC	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CCGGATAGTCCGCTATATT	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GACTTGGCTTTGGATCCTT	Sensory
progenitors	6
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCAATCGCTCGGTCGTTAA	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCGGTATATTCGTAGAGAA	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCTGGCTATACTCTCTCAA	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGATAGGTTCTTCGGCGCA	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TAGAGCCTTTTGGATCCTT	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATGCGATTTGCTAACCTCA	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATGGTCTTTGTTGACGGCC	Sensory
progenitors	6
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCGGTACCTGCAGGCGACG	Sensory
progenitors	6
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCGGTACCTTGAGTCCAGA	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGAATTCGTTGCAAGGAATA	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGAATTCGTTTGCGCCAGAA	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGCCTGATATGGCGGATC	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTGAGTCCTGCAGACCGGT	Neural
progenitors	15
12_14_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.ACCTTCGGTACTTAACTAG	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CGAGATGCTCTGGATTAGT	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.AGGCATCATACTATCCGCA	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CAATCGGTTCGTCCGTCCT	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTACGGCATTTGGATCCTT	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACTACCATAGATATATCG	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACTGACGTATAGTCGTAG	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACTTGGCTCTGGATTAGT	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCTGAAGCTACTTAACTAG	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCTGGCTATGCTCTCGCCT	Neural
progenitors	11
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTACCTCTTTTGGAATCTC	Sensory
progenitors	6
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAGTTACCTTCTCGATGGAG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATATGCGTTTATAGTAAGC	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATTGAGGTTCCGCGGACCG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCAGTTGGTATGGCGGATC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCGTATGTAAGTAGTCAG	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTAGGAATTATCAACGATT	Neural
progenitors	0
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTAGGAATTGCTCTAACGA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTCCGAATGGCTATGACT	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTCGCTCTCCAACTAACC	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGATCTTCTTTTGGATCCTT	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGTAGGCTATCAACGATT	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCTCTCGTAACTGATCTT	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGAGTCCTGCTCTAACGA	Ventral
midline	9
12_14_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.ATGGCAGCTTTAATTATTG	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.TGAATTCGTTGTCATTGCGC	Sensory
progenitors	6
12_14_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.AGGCATCATTTAGATTCCG	Ventral
midline	9
12_14_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.AGTTGCGCTGACCTCTCTG	Sensory
progenitors	6
12_14_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TCGCGCATTCGAATAATTC	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TGGATCCGTACTTAACTAG	Sensory
progenitors	6
12_14_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TTCTAAGCTTCCAACTAACC	Neural
progenitors	11
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.CCATCAGGTCCAACTAACC	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GGTCCTTCTCTGCTTCGAC	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GTCGGAGTTCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TAGGTACTATCTTCGGCGCA	Sensory
progenitors	14
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TGGTCTCCTGTCGCTCAGT	Sensory
progenitors	6
12_14_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.GGACTTGATGCAGACCGGT	Sensory
progenitors	14
12_14_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.ACCTTCGGTTTCCATGGCA	Neural
progenitors	1
12_14_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TCCAATAGTTCGGCGAGACC	Ventral
midline	9
12_14_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TGAGTTAGATTGAGTCCAGA	Sensory
progenitors	6
12_14_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TTCTAAGCTTACTTCCGAAT	Sensory
progenitors	14
12_14_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.CAATCGGTTATCAACGATT	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.AAGCGCCATCCAACTAACC	Sensory
progenitors	6
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CCATCAGGTTTAATTATTG	Sensory
progenitors	6
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CCATTGCGTTTCCATGGCA	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GATTACGGTAGCGTCAATG	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GCCATGGTTACTTAACTAG	Neural
progenitors	15
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GCTGGCTATGAACTGCATC	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GCTTCTGGTCTGGATTAGT	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TTGGCAATATACTATCCGCA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.AGTTGCGCTCCGCGGACCG	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CGGTTCCATAATACTCTTC	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CTATCTCCTTTGGATCCTT	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GGCGACTATGCTAACCTCA	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GGTACGGATGCGCGGTAGT	Sensory
progenitors	6
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TAGCCAATTTTTCTTATCGA	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CCGAGAGATTCTACCATTA	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CGTCGAAGTAGATATATCG	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CTATCTCCTGCTAACCTCA	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CTTAGCGGTTATGCCGAGT	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GACTTGGCTGCGACGCCTT	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCGGAGAATCATGCATCTC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGTCTACGTTCCAGAAGGT	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCCAAGTTATATGCAATATG	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTCTGGCCTATAGTCGTAG	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GTATCGCATGCAGACCGGT	Neural
progenitors	15
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CGCCGTAATGCTAACCTCA	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACTCGCTTTTCGCTTACG	Sensory
progenitors	6
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACTTGGCTGCAGGCGACG	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCGGTATATATCAACGATT	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCTCGAGATCCAACTAACC	Sensory
progenitors	6
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGCAAGTCTTTGGTCATAA	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGTACGGATTTGGATCCTT	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCAGGAGATATGGCGGATC	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCATAGAGTTCATGCATCTC	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCTATACCTTATAGTCGTAG	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGACGAGGTACTATCTTGA	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGGTCGAATTTCCATGGCA	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCAACTGATGCAGGCGACG	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCTCTAGTTCTCGATGGAG	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGAGTCCTAGTCCGCGGA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGCGGTCTTGCATATAAC	Sensory
progenitors	6
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGGCTCATCAAGTACTGG	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.ACCGTAGCTAGTTGCATCT	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GAGACTAGTTTGGATCCTT	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GCCATGGTTTTCTTATCGA	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCCGGTCATCCGCGGACCG	Sensory
progenitors	6
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCGAATCTTTGCAGACCGGT	Sensory
progenitors	6
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TGGTAGGCTTTGGTCATAA	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GCCATGGTTTAGGCAGATA	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCCGGTCATGCAGACCGGT	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCGAATCTTTTGATAGAACG	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TGCTAATTCTTTCAAGACCA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TTCCGACGTGCTAACCTCA	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AACCGCTGTACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AACCGCTGTTGGAAGTACC	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ATGGAGAGTCTGGATTAGT	Sensory
progenitors	6
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CATCGGACTACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTGCTGAATTTGGTCATAA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTGGAAGATGCAGACCGGT	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCCATGGTTTTCTTATCGA	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTAGACGGTTCCAGAAGGT	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTATCGCATCAAGGCATTC	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAAGACCGTCTGGATTAGT	Sensory
progenitors	6
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCGGTCATCCGCGGACCG	Sensory
progenitors	6
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCCGACGTCTTCGGCGCA	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCTGGCCTTCCAGAAGGT	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGAGAGATTTTCCATGGCA	Sensory
progenitors	6
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGGCAATATGAACTGCATC	Immature
neurons	8
12_14_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TGAGTTAGATCATAACCAGC	Ventral
midline	9
12_14_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TACGGTAGTGAACTGCATC	Sensory
progenitors	14
12_14_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TCATTAAGCTTATGCCGAGT	Sensory
progenitors	6
12_14_exp1_idx1TATAATAGTT_idx2TATAACTTCC.ACCTTCGGTTCGATATTGA	Sensory
progenitors	6
12_14_exp1_idx1TATAATAGTT_idx2TATAACTTCC.GGATAGGTTAGATATATCG	Sensory
progenitors	14
12_14_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TTGGCTCATGCTAACCTCA	Sensory
progenitors	14
12_14_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.CTTAGCGGTTTGGATCCTT	Sensory
progenitors	14
12_14_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.GGTCCTTCTATCAACGATT	Sensory
progenitors	6
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.AACCGCTGTAATACTCTTC	Ventral
midline	9
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.AACCGCTGTGCAGACCGGT	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.ACGAGGTTTGCAGACCGGT	Sensory
progenitors	14
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GCATCCAGTCTCGATGGAG	Sensory
progenitors	6
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TATTGACTCTTGAGGTAGAA	Sensory
progenitors	6
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CCGAGAGATTGAGTCCAGA	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CCGGAGTTTGCTAACCTCA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GCTCGAGATCTTCGGCGCA	Sensory
progenitors	14
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GGTTGGCATTTGGATCCTT	Ventral
midline	9
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TATAAGGCTTTCGTAGAGAA	Ventral
midline	9
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ATAGTCGCTTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GAACGGCTTTATGCCGAGT	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACCGAATTGACCTCTCTG	Sensory
progenitors	14
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCAGATACTCCGTCGGAGG	Sensory
progenitors	14
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCGGTATATTTCTTATCGA	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCGTCGTATCCGCGGACCG	Sensory
progenitors	6
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTCATCTGTGCCAACGCCA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTTGCTCCTCAAGGCATTC	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGCCTTGGTTATGCCGAGT	Sensory
progenitors	14
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGGACCTCTGTTGACGGCC	Sensory
progenitors	14
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCGCGGATGATGATCGTA	Sensory
progenitors	14
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CGCCGTAATTATGCCGAGT	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CGTCGAAGTTGCATATAAC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GGTTCGAGTATAGTCGTAG	Ventral
midline	9
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTCATCTGTACTTAACTAG	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTTCGCTGTTAGGCAGATA	Ventral
midline	9
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTCCATTACTAAGTAGTCAG	Sensory
progenitors	6
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTCTAAGCTTGCGACGCAGA	Sensory
progenitors	14
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACGAGGTTTATCAACGATT	Ventral
midline	9
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AGCAACGATTGAGGTAGAA	Ventral
midline	9
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ATAGTCGCTTCGTAGAGAA	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CCGAGAGATTCCAGAAGGT	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CCGTCTCATGCTAACCTCA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACGTTCGTTAGGCAGATA	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GAGCGGTATCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GAGCGGTATTTGAGTATCA	Sensory
progenitors	6
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCGGAGAATTATGCCGAGT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTAGACGGTTATTACTCAT	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTCCTGCATCAAGATTAAG	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTTCGCTGTTCCGGTAATC	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATCATGAGTCGGTCGTTAA	Sensory
progenitors	6
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCCAATAGTTATAGACTAGG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGTCTATTTAGTAAGCATA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTCTCCATACTATCCGCA	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.ACCTTCGGTTCGATATTGA	Ventral
midline	9
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CCTCCTGATGCCAGGATCA	Ventral
midline	9
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCGCGCATTCTCGTCTAGG	Ventral
midline	9
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCGTAGCGTTATGCCGAGT	Sensory
progenitors	14
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TTGGTTAAGTTTGGATCCTT	Sensory
progenitors	14
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.ATGGCAGCTCCAACTAACC	Ventral
midline	9
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GCGGTATATTATTACTCAT	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TTGGAGTTATACTTCCGAAT	Neural
progenitors	0
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.ACCGTAGCTTGATACGAGT	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.ACGCCATATCCGTCGGAGG	Sensory
progenitors	14
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CTATCTCCTTTCTTATCGA	Ventral
midline	9
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GTATCGCATCAAGGCATTC	Ventral
midline	9
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GTCATCTGTATCAACGATT	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TGAACGCGTGCTAACCTCA	Ventral
midline	9
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TGAACGCGTTATAGTAAGC	Oenocytes	18
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TATATGCGTTTGCATATAAC	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.ACCGTAGCTTGGAACTAGA	Ventral
midline	9
12_14_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.GCTGGCTATATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.TTCCGACGTTTGGAATCTC	Sensory
progenitors	14
12_14_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.TAACTAAGGTCAGATTCGAT	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.TGGACCTCTCTGGATTAGT	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.TAAGACCGTGCGCGGTAGT	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.TAGTTACCTTATAGTCGTAG	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.CAGAAGGCTCTTCGGCGCA	Ventral
midline	9
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GAAGAGGCTAATACTCTTC	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GCGGAGAATAATACTCTTC	Ventral
midline	9
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TCCTACCTTTTGGATCCTT	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TCCTCGAGTCTCGATGGAG	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AGCAACGATCCAACTAACC	Ventral
midline	9
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CGCCGTAATGCAGGCGACG	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTTCATGCTCCGTCGGAGG	Sensory
progenitors	14
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTTCATGCTCTGATTAAGA	Sensory
progenitors	14
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCTGAAGCTTATGCCGAGT	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTCTACGTGCAGGCGACG	Ventral
midline	9
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTTCCAGCTATAGTCGTAG	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCAGCGGTTGGATGCAGCA	Sensory
progenitors	14
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCAGCGGTTTTGGATCCTT	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCGGTACCTTAGGCAGATA	Sensory
progenitors	14
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCTCTCCATAACTACCGAC	Neural
progenitors	0
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCAACTGATCCGCTATATT	Sensory
progenitors	14
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCAACTGATCCGTCCAGTA	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCTTAACCTGCAGGCGACG	Sensory
progenitors	14
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.AGTTGCGCTTTGGAATCTC	Sensory
progenitors	6
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TCGCCAACTTATGCCGAGT	Ventral
midline	9
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.AAGATGCCTGTCGCTCAGT	Ventral
midline	9
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ACCTTCGGTTTCTTATCGA	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CCATCAGGTCAAGGCATTC	Sensory
progenitors	14
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CGACGATATGCTCTAACGA	Sensory
progenitors	14
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GACTTGGCTATAGTCGTAG	Sensory
progenitors	14
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGCTTACTTCTTCGGCGCA	Ventral
midline	9
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TAACTAAGGTAGTTGCATCT	Sensory
progenitors	6
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCTACTTACTTTACGTATAC	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCTCTCCATGTCATTGCGC	Sensory
progenitors	14
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGCCTATTATTGCATATAAC	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGGTCTCCTGGCTAATTAA	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2TGATACGAGT.AGCAACGATTTCGCTTACG	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GGTTGGCATTATTACTCAT	Ventral
midline	9
12_14_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TTGAGAGATTTTGGATCCTT	Sensory
progenitors	14
12_14_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.ATTGATCGTTCCGCGGACCG	Sensory
progenitors	6
12_14_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.GTATCGCATGGCTCTCTAT	Neural
progenitors	11
12_14_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TGAATTCGTTTGAGTCTGGC	Immature
neurons	7
12_14_exp10_idx1AATACGATAA_idx2GCTCTCGCCT.GGCGTTAATGTCCAACTCA	Immature
neurons	7
12_14_exp10_idx1AATACGATAA_idx2TGATACGAGT.ACTTACTCATGGTATCCGCC	Neural
progenitors	11
12_14_exp10_idx1AATACGATAA_idx2TGATACGAGT.TATGAGAACTAACTGATCTT	Sensory
progenitors	6
12_14_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.TCTCGCTCTAGTAAGCATA	Sensory
progenitors	14
12_14_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.ACAACCTATTTCGCTAAGCA	Head epid.
/muscle	4
12_14_exp10_idx1ACGGCGTTAA_idx2TCGATATTGA.TCGTTCTGTGGCATAGCTT	Immature
neurons	7
12_14_exp10_idx1AGACCATATC_idx2AACGAGGCTA.AAGGACGATTCGATATTGA	Neural
progenitors	15
12_14_exp10_idx1AGACCATATC_idx2ACCGTTACGA.GTAAGCTCTGGCATAGCTT	Ventral
midline	9
12_14_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TATTGACTCTAATACCATCC	Ventral
midline	9
12_14_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.CTGGAAGATTTGGTCATAA	Immature
neurons	2
12_14_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TTTGCTTAGTGTCCAACTCA	Sensory
progenitors	6
12_14_exp10_idx1AGACCATATC_idx2CGATCATTAC.CAGCATTGTACTTAACCTT	Immature
neurons	7
12_14_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.AACTAGTTGTGTCCAACTCA	Ventral
midline	9
12_14_exp10_idx1AGGTCAGCTT_idx2ATAGGATATG.TTCGCATAATGGTATCCGCC	Sensory
progenitors	6
12_14_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.TAACGACTTTTCGATATTGA	Sensory
progenitors	14
12_14_exp10_idx1AGGTCAGCTT_idx2CGAAGGACGA.GCAGATACTACTTCCGAAT	Sensory
progenitors	6
12_14_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.GTCGTAACTAATACCATCC	Immature
neurons	7
12_14_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.GAGTTCTCTACCGTTACGA	Immature
neurons	2
12_14_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.GTCATCTGTTGAGTCTGGC	Sensory
progenitors	14
12_14_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TATTCTCCTTTGAGGTAGAA	Mature
neurons	10
12_14_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TCTAGGAATTGGCATAGCTT	Sensory
progenitors	14
12_14_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TGTCCTTATTGTCCAACTCA	Immature
neurons	7
12_14_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.GACCGTCATTCTAATAGTA	Immature
neurons	2
12_14_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.AAGTTCTTGTCATTATTACC	Immature
neurons	2
12_14_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TCTATCCAATAATACCATCC	Sensory
progenitors	14
12_14_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TGCCTATTATACTTCCGAAT	Immature
neurons	7
12_14_exp10_idx1ATAAGGACTC_idx2ACGAGGACCT.ATATGGATCTTCTAATAGTA	Immature
neurons	13
12_14_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.AGTCGCATTGACTAGTCTA	Ventral
midline	9
12_14_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.TGATCTTCTTGATCGCTTCT	Sensory
progenitors	14
12_14_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TTGACCAGTACTTCCGAAT	Immature
neurons	2
12_14_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.GTAAGCTCTGTCCAACTCA	Sensory
progenitors	6
12_14_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.GTCTATGGTTATTACTCAT	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.GCAGATACTTCTAATAGTA	Sensory
progenitors	14
12_14_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TTCCATTACTAATACGCAGG	Sensory
progenitors	6
12_14_exp10_idx1CCTCAGCTCC_idx2GGACTCATTG.CAGTATCCTGGCATAGCTT	Neural
progenitors	11
12_14_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TCCTAACTTTGGTACTGCCT	Sensory
progenitors	6
12_14_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TGCTGGATTGACCTCTCTG	Sensory
progenitors	6
12_14_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.GAGGAACTTACTTCCGAAT	Ventral
midline	9
12_14_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.GTAAGGAGTGTCCAACTCA	Immature
neurons	7
12_14_exp10_idx1GAGCGCGATG_idx2CTGCAATCGC.TCATGGCTTCTAACTAGAT	Immature
neurons	2
12_14_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.GCTGAAGCTGTCATTGCGC	Immature
neurons	2
12_14_exp10_idx1GATTCTTGAA_idx2CCAAGCTGAA.TATTCTCCTTACTTCCGAAT	Immature
neurons	7
12_14_exp10_idx1GATTCTTGAA_idx2GAACTGCATC.TCCTCGAGTACTTCCGAAT	Ventral
midline	9
12_14_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.TCTATACCTTGGTATCCGCC	Sensory
progenitors	14
12_14_exp10_idx1GCGCGTTCAT_idx2CGATCATTAC.AAGGATATGTGACCTCTCTG	Immature
neurons	7
12_14_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.CCTAATGGTGCCATTCTCC	Sensory
progenitors	14
12_14_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.CGAATGAGTCAAGATTAAG	Sensory
progenitors	14
12_14_exp10_idx1GCTTGAAGAG_idx2ACCAAGATCT.TGAATCTGATCCGCGGACCG	Immature
neurons	12
12_14_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.AAACTCCAATCCGCGGACCG	Sensory
progenitors	6
12_14_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.GAGTTCTCTAATACCATCC	Immature
neurons	7
12_14_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.TACGGTAGTACTTCCGAAT	Sensory
progenitors	14
12_14_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.TAGCCAATTTCAAGCTTCAT	Immature
neurons	2
12_14_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.TTATAGGCATACGCAACTCC	Immature
neurons	2
12_14_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.ATTGATCGTTTCTAATAGTA	Sensory
progenitors	6
12_14_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TATTCTCCTTCAAGCTTCAT	Neural
progenitors	11
12_14_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.CGTACCTATTCGATATTGA	Neural
progenitors	11
12_14_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.GTAGACGGTGTCCAACTCA	Neural
progenitors	11
12_14_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.ATTAGGTACTGGCATAGCTT	Ventral
midline	9
12_14_exp10_idx1GTAGGCTGCA_idx2CAAGCTTGGC.TATTGACTCTGTCCAACTCA	Ventral
midline	9
12_14_exp10_idx1GTAGGCTGCA_idx2CAAGCTTGGC.TGAGAATCATCATGCATCTC	Neural
progenitors	11
12_14_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TCAGGAGATCTGCTTCGAC	Sensory
progenitors	6
12_14_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.GTCCTGCATCAAGATTAAG	Ventral
midline	9
12_14_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TCATGGCTTGGCATAGCTT	Immature
neurons	2
12_14_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TCCTCGAGTCGATCATTAC	Mature
neurons	10
12_14_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.TGGTAATAGTACTTCCGAAT	Ventral
midline	9
12_14_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.ATTAGGTACTGACTAGTCTA	Ventral
midline	9
12_14_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TATAAGGCTTCAAGATTAAG	Sensory
progenitors	6
12_14_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TTCAACTGATAATACCATCC	Mature
neurons	10
12_14_exp10_idx1TATAATAGTT_idx2AACGAGGCTA.ATTCCTAGATTCGTAGAGAA	Neural
progenitors	11
12_14_exp10_idx1TATAATAGTT_idx2ACGCAACTCC.GGAGGTTCTCAAGATTAAG	Ventral
midline	9
12_14_exp10_idx1TATAATAGTT_idx2GGAACGATGG.CCAAGGATTCAAGATTAAG	Sensory
progenitors	14
12_14_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.CTTCGACTTCCGCGGACCG	Sensory
progenitors	14
12_14_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TATCGAACTTACTTCCGAAT	Sensory
progenitors	14
12_14_exp10_idx1TATTAGACTT_idx2CGACTACCAA.TTATAGGCATTCGATATTGA	Head epid.
/muscle	4
12_14_exp10_idx1TATTAGACTT_idx2GTCATTGCGC.AGTCGCATTGCTAACTTGC	Sensory
progenitors	6
12_14_exp10_idx1TATTAGACTT_idx2TGATAGAACG.CTTCGACTTCCGAGAATCC	Immature
neurons	2
12_14_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.TACTCCTATTGCTAACTTGC	Sensory
progenitors	6
12_14_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.AAGTTCTTGTTCGATATTGA	Neural
progenitors	11
12_14_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.TCCTATAAGTTTATAAGAAC	Ventral
midline	9
12_14_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TAGAGCCTTGACCTCTCTG	Immature
neurons	2
12_14_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.TCTATCCAATTCGATATTGA	Sensory
progenitors	14
12_14_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.TTATCCGCTACTTCCGAAT	Immature
neurons	13
12_14_exp10_idx1TCTTGAGGTT_idx2ACTATCTTGA.AAACTCCAATTCGATATTGA	Sensory
progenitors	14
12_14_exp10_idx1TCTTGAGGTT_idx2CGTCCGTCCT.GTAAGCTCTGACCTCTCTG	Sensory
progenitors	14
12_14_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TGAGAATCATGACCTCTCTG	Sensory
progenitors	6
12_14_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.TTGGCAATATTCTAATAGTA	Sensory
progenitors	6
12_14_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TGCTAATTCTCCGAGAATCC	Immature
neurons	2
12_14_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TTACCTAAGTTGAGGTAGAA	Sensory
progenitors	14
12_14_exp10_idx1TGGACGACTA_idx2TCGATATTGA.AAGGATTACTGGCATAGCTT	Immature
neurons	2
12_14_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TCATAGAGTTGACCTCTCTG	Neural
progenitors	1
12_14_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.TAAGAATGGTCAAGATTAAG	Sensory
progenitors	14
12_14_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.GAGACTAGTCAAGATTAAG	Sensory
progenitors	6
12_14_exp10_idx1TTGCGAGCAT_idx2TCATCTCGAT.TCCTATTCTTCCGCGGACCG	Immature
neurons	2
12_14_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.GGTTCGAGTCGCCTCGAAC	Neural
progenitors	1
12_14_exp3_idx1ACGGCGTTAA_idx2AATTGCCTAC.CTGACGTTTGGTACTGCCT	Immature
neurons	2
12_14_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.CGTCGAAGTTTCATAGGAC	Sensory
progenitors	14
12_14_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.TCTCTCCATCTAAGAGAAG	Neural
progenitors	1
12_14_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.ATTAGGTACTTTGAGTATCA	Immature
neurons	8
12_14_exp3_idx1AGGTCAGCTT_idx2GATACCTAAG.TATTCGGCTACTTCCGAAT	Sensory
progenitors	14
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTAATTAA.ACGACGCATTCTATAAGGA	Sensory
progenitors	14
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTAATTAA.CAAGCAACTACCTCTATCT	Immature
neurons	8
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTAATTAA.GGTTCGAGTCATCCGACTA	Ventral
midline	9
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.ACGTTGCTTCCAGGCCGCA	Sensory
progenitors	6
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.GAGCGGTATGTCCTACTTG	Sensory
progenitors	6
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.GGTACGGATTTAATTGAAT	Sensory
progenitors	14
12_14_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.AGGCATCATAATGGTCGAC	Ventral
midline	9
12_14_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.AGTTAACCATTTACCTCGAC	Ventral
midline	9
12_14_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.GTAGCGATTTCTACCATTA	Immature
neurons	2
12_14_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.TGCCTATTATCTAAGAGAAG	Neural
progenitors	3
12_14_exp3_idx1AGTCCGCTGC_idx2TCATCTCGAT.CTAGTACGTCATCAGAATG	Mature
neurons	10
12_14_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.ATGCATTCATTTCTTCCGGT	Neural
progenitors	3
12_14_exp3_idx1ATAAGGACTC_idx2AGTCCGCGGA.TAAGAATGGTGAGCATATGG	Sensory
progenitors	6
12_14_exp3_idx1ATAAGGACTC_idx2ATAAGAGGCG.TCGTAGCGTTCCGTCGCCA	Immature
neurons	2
12_14_exp3_idx1ATAAGGACTC_idx2GGCTATGACT.TTCTAAGCTTTTATAAGAAC	Immature
neurons	2
12_14_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.CGCCATTCTTTCTTAATAA	Immature
neurons	7
12_14_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.GATAAGCGTACTATAGGTT	Sensory
progenitors	6
12_14_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.CTGGAAGATATTCGACCAA	Sensory
progenitors	14
12_14_exp3_idx1ATGGCGCCTG_idx2AGGTCAATTA.TTGACTCAATTTCTTAATAA	Immature
neurons	2
12_14_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.AAGGATTACTCGATGGCGCC	Immature
neurons	2
12_14_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.AAGATGCCTGCCGCAACGA	Ventral
midline	9
12_14_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.TGTCCTTATTTTCGCTTACG	Sensory
progenitors	14
12_14_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.AGCTATCGTCCATAAGTCC	Sensory
progenitors	6
12_14_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.CCGGAGTTTGGACTACTAC	Immature
neurons	2
12_14_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.ATTGCCGGTTCAATCGCAT	Ventral
midline	9
12_14_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.GAGCGGTATCCGCAAGTTC	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.ACGATATCATAAGAAGCTAG	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.CGCCGTAATGAGCATATGG	Neural
progenitors	1
12_14_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.ACAATGCTATCGGAAGATAT	Immature
neurons	7
12_14_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.TCCTACCTTCCATTATCTA	Immature
neurons	7
12_14_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.CATCAACGTACTTCCGAAT	Mature
neurons	10
12_14_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.CATCAACGTTTAATTGAAT	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.CCGGATAGTACTTAACTAG	Sensory
progenitors	6
12_14_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.GACTACCATGGCATAGCTT	Mature
neurons	10
12_14_exp3_idx1GATTCTTGAA_idx2AGATCCTATA.CAACTCTCTTTCTTAATAA	Neural
progenitors	15
12_14_exp3_idx1GATTCTTGAA_idx2TATAACTTCC.AGCAACGATAGCCGGTACC	Sensory
progenitors	14
12_14_exp3_idx1GATTCTTGAA_idx2TATAACTTCC.TAATACCAGTTGAGTCCAGA	Ventral
midline	9
12_14_exp3_idx1GATTCTTGAA_idx2TCCGGTAATC.GAGTTCTCTGTATAATACG	Immature
neurons	2
12_14_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.ATTCAAGCATTAACGAATTG	Mature
neurons	10
12_14_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.GATAAGCGTAGTTCGAGTA	Neural
progenitors	3
12_14_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.TAATACCAGTCAGGTATGGA	Immature
neurons	8
12_14_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.AGGATAATCTCCTTGGTCCA	Immature
neurons	12
12_14_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.TAATACCAGTTTATCCGGAT	Ventral
midline	9
12_14_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.TCGAAGGATCGGAAGATAT	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.AAACCATAGTAACTACCGAC	Neural
progenitors	1
12_14_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.AGCAACGATGAGCATATGG	Ventral
midline	9
12_14_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.TTCGTTCCTGACCTCTCTG	Immature
neurons	7
12_14_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.AATACCGAATGGTCCAGGAG	Neural
progenitors	1
12_14_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.ACGTCTAGTGCCAACGCCA	Ventral
midline	9
12_14_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.AGGATAATCTCTAGTAGTCT	Sensory
progenitors	6
12_14_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.AACTGGCATAACGGACCAA	Neural
progenitors	0
12_14_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.ATAGTCGCTTAACGAATTG	Immature
neurons	7
12_14_exp3_idx1GCATCGTATG_idx2TCGATATTGA.GGTTCGAGTAGCCGGTACC	Immature
neurons	7
12_14_exp3_idx1GCATCGTATG_idx2TCGATATTGA.TCGTAGCGTACTATAGGTT	Immature
neurons	12
12_14_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.GGTAGTCCTAGAGCCAAGG	Sensory
progenitors	14
12_14_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.ACTGGTTATTAATGGTCGAC	Sensory
progenitors	14
12_14_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.AGGCTCGTTTTCATAGGAC	Sensory
progenitors	14
12_14_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.AGTATTAGCTCCGTCCAGTA	Sensory
progenitors	14
12_14_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.GCTGGCTATTGGTATTCAT	Neural
progenitors	11
12_14_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.TCCTATAAGTGGACTCATTG	Sensory
progenitors	14
12_14_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.TATTCGGCTTTAATTGAAT	Immature
neurons	2
12_14_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.TACTCCTATTCAACCAGTAC	Sensory
progenitors	14
12_14_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.TCGAAGGATGGACTACTAC	Immature
neurons	2
12_14_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.TTTGCTTAGTGGCCAGTCCG	Immature
neurons	13
12_14_exp3_idx1GGCTTACTCC_idx2CTCCGGTTCT.AATACCGAATCCGCTGCCAG	Immature
neurons	2
12_14_exp3_idx1GGTTATCGAA_idx2GACCGTAGCA.TAGCTCGGTTAACGAATTG	Immature
neurons	7
12_14_exp3_idx1GTAGCAGCTA_idx2CCAGGTCTAC.CTGATAGGTAAGACGGCCA	Sensory
progenitors	14
12_14_exp3_idx1GTAGCAGCTA_idx2CGAGTTAGAG.TAACGACTTTGTATAATACG	Sensory
progenitors	6
12_14_exp3_idx1GTAGCAGCTA_idx2GATACCTAAG.CGAGATGCTTCAATCGCAT	Neural
progenitors	3
12_14_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.ATAATCCTGTAGCGTCAATG	Sensory
progenitors	6
12_14_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.CCGAGAGATGAAGGTTGCC	Neural
progenitors	1
12_14_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.CGATTCGCTTTAATTGAAT	Sensory
progenitors	6
12_14_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.CGCTGCTTTGTTCCGCTAA	Sensory
progenitors	6
12_14_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.CTTCATGCTCGGTAGGAAT	Ventral
midline	9
12_14_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.TTCGTTCCTGATAAGGCAA	Sensory
progenitors	14
12_14_exp3_idx1GTAGGCTGCA_idx2CTCGTCTAGG.AGTTGCGCTTATCATGATC	Mature
neurons	5
12_14_exp3_idx1GTAGGCTGCA_idx2CTCGTCTAGG.TTCGCATAATCGAGCTGCCA	Immature
neurons	7
12_14_exp3_idx1GTAGGCTGCA_idx2CTGCTTCGAC.AACGATCATTCTGATTAAGA	Immature
neurons	2
12_14_exp3_idx1GTAGGCTGCA_idx2GACCTCCGCC.ATGGACTATTCTGATTAAGA	Ventral
midline	9
12_14_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.CGAGGCAATGTTACGCAAG	Sensory
progenitors	6
12_14_exp3_idx1TAGGTAACTT_idx2ACTCTCTCAA.GAGGAACTTACTTAACCTT	Immature
neurons	2
12_14_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.TAATACCAGTTTAGGACCGG	Mature
neurons	10
12_14_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.TAGAGAGTATTTATAGCAGA	Sensory
progenitors	6
12_14_exp3_idx1TAGGTAACTT_idx2TGATACGAGT.ACAATGCTATCCATTATCTA	Immature
neurons	2
12_14_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.AACCTCATTTTCTACCATTA	Ventral
midline	9
12_14_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.GAGTTCTCTACTATAGGTT	Immature
neurons	7
12_14_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.ATATCTGGATCGGCGTAACT	Immature
neurons	7
12_14_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.CTCGCATGTGTTACGCAAG	Neural
progenitors	1
12_14_exp3_idx1TATAATAGTT_idx2ACGCAACTCC.ATAACTTCCTTTAATTGAAT	Sensory
progenitors	14
12_14_exp3_idx1TATAATAGTT_idx2CTCGTCTAGG.ACGATATCATCAAGCTTCAT	Immature
neurons	8
12_14_exp3_idx1TATAATAGTT_idx2CTCGTCTAGG.AGAGCATGTTATGAGTTAA	Ventral
midline	9
12_14_exp3_idx1TATAATAGTT_idx2CTCGTCTAGG.CAAGCAACTCGATCATTAC	Immature
neurons	2
12_14_exp3_idx1TATAATAGTT_idx2CTCGTCTAGG.CATACCGCTAGCCGGTACC	Sensory
progenitors	14
12_14_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.ATAGTTGACTGGCTAATTAA	Sensory
progenitors	14
12_14_exp3_idx1TATAATAGTT_idx2GGAACGATGG.ACTTCCGTTCATACTCCGA	Immature
neurons	2
12_14_exp3_idx1TATTAGACTT_idx2CTAACTCCAA.AGATTCAACTTTATTCTGAG	Sensory
progenitors	14
12_14_exp3_idx1TCCTCTGCCG_idx2AGTTGCATCT.TCCGGTCATCGTCGCAGCC	Sensory
progenitors	14
12_14_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.ATAATCCTGTAGAGAAGGTT	Immature
neurons	8
12_14_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.TATTGACTCTGCCGTATGCT	Immature
neurons	8
12_14_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.CAGAAGGCTAGAGCCAGCC	Immature
neurons	7
12_14_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.CTCTACTGTGCTCTCGCCT	Sensory
progenitors	14
12_14_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.AGGCGGAATTTCTTAATAA	Sensory
progenitors	6
12_14_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TTGAGTCCTGATAAGGCAA	Sensory
progenitors	14
12_14_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.AGCTATCGTTAACGAATTG	Sensory
progenitors	14
12_14_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.CTAACGACTGCCAACGCCA	Immature
neurons	12
12_14_exp3_idx1TCTTGAGGTT_idx2ACTATCTTGA.GGTCAGTTTAAGTAAGAGC	Sensory
progenitors	6
12_14_exp3_idx1TGGACGACTA_idx2AACGGACCAA.AAGCAGTATTCTTGCAACCT	Sensory
progenitors	6
12_14_exp3_idx1TGGACGACTA_idx2AACGGACCAA.AGAGCATGTCCATCGCGAA	Mature
neurons	10
12_14_exp3_idx1TGGACGACTA_idx2AACGGACCAA.ATTAGGTACTTCTAGAACTA	Mature
neurons	10
12_14_exp3_idx1TGGACGACTA_idx2AACGGACCAA.CTCGTTGATCGAGCTGCCA	Immature
neurons	12
12_14_exp3_idx1TGGACGACTA_idx2AACGGACCAA.GCCATGGTTCTTGCAGTAG	Immature
neurons	2
12_14_exp3_idx1TGGACGACTA_idx2AGCGTCAATG.GGTTGGCATTCGATATTGA	Ventral
midline	9
12_14_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.TTACCTAAGTGGCAATGAGA	Sensory
progenitors	14
12_14_exp3_idx1TTATTGAGGC_idx2CCAGGTCTAC.GGCGCATTTATATGAGCCA	Immature
neurons	2
12_14_exp3_idx1TTATTGAGGC_idx2TATAACTTCC.CAACTCTCTCAACCAGTAC	Sensory
progenitors	14
12_14_exp3_idx1TTATTGAGGC_idx2TATAACTTCC.CTCGTTGATGCCGCAACGA	Immature
neurons	13
12_14_exp3_idx1TTATTGAGGC_idx2TCCGGTAATC.CAGCATTGTCTAGTAGTCT	Immature
neurons	7
12_14_exp3_idx1TTATTGAGGC_idx2TCCGGTAATC.GTTGCTCCTATATTGATAC	Ventral
midline	9
12_14_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.AAACCATAGTCCTTGGTCCA	Immature
neurons	2
12_14_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.ATGGTAACTTCCGTTCGGAT	Immature
neurons	2
12_14_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.GCAATCGCTTTCATAGGAC	Immature
neurons	13
12_14_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.GAAGAGGCTATTGAGATTG	Immature
neurons	2
12_14_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.TAATACCAGTCGTCCGTCCT	Immature
neurons	7
12_14_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.CGCCGTAATAGAGAAGGTT	Immature
neurons	13
12_14_exp3_idx1TTGCCGTAGG_idx2CAAGCTTGGC.AATTCATCGTTAGAGTAATA	Ventral
midline	9
12_14_exp3_idx1TTGCCGTAGG_idx2CAAGCTTGGC.AGTTGCGCTTAACGAATTG	Sensory
progenitors	14
12_14_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.GCATCCAGTCGAATAATTC	Immature
neurons	13
12_14_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.CCTGCTACTGTTCCGCTAA	Sensory
progenitors	14
12_14_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.TTCCATCTTTCCATCGCGAA	Sensory
progenitors	14
12_14_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.CTACGGCATAAGTTGCCAT	Sensory
progenitors	14
12_14_exp3_idx1TTGCCGTAGG_idx2GATTGCAGAC.TTGGCGACTATTCGACCAA	Sensory
progenitors	6
12_14_exp3_idx1TTGCCGTAGG_idx2TCCGTCGCCA.AGCAACGATTTATAAGAAC	Sensory
progenitors	14
12_14_exp3_idx1TTGCCGTAGG_idx2TGAGGTAGAA.TAGATGACTTCAACCAGTAC	Immature
neurons	2
12_14_exp3_idx1TTGCGAGCAT_idx2CATTATTACC.AGTAGCCATAGTAAGCATA	Immature
neurons	7
12_14_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.TAGAACCAATTGCATATAAC	Neural
progenitors	3
12_14_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.ATGCTTCCTATATTGATAC	Immature
neurons	8
12_14_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.CGGTTCCATGCAAGGAATA	Immature
neurons	2
12_14_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.TCGAAGGATGGCTATGACT	Ventral
midline	9
12_14_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.ACGCCATATCATACTCCGA	Sensory
progenitors	14
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GGCGACTATGTTGACGGCC	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CAGAAGGCTATAGTCGTAG	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGAGGTTCTTCGATATTGA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGCTTACTTTCGATATTGA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTATCGCATAACCTAGCTT	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GCTGAAGCTTATGCCGAGT	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.AGGCATCATCGGTCGTTAA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CGAGATGCTCCGTCGGAGG	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTTAGCGGTTTGGATCCTT	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCCAATAGTTTCGTAGAGAA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGCTCCTATGAACTGCATC	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTAATGAGCTTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CTACGGCATCTCGTCTAGG	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AACCGCTGTATGCAATATG	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCGCTCAATTCCAGAAGGT	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTAGCGATTTTAACGTACC	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCAACTGATACCGTTACGA	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTGAGTCCTTGATGGCCTT	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGTCTACGTTGGAACTAGA	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TATAAGGCTTACCGTTACGA	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TATTGAGGTTAAGTAGTCAG	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.ACCGTAGCTACCGTTACGA	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.CTATCTCCTCAAGTACTGG	Immature
neurons	7
12_14_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TATGCGATTTCCGTCGGAGG	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TCGCGCATTTGGAAGTACC	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GGATAGGTTTGAGTCCAGA	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGTCTACGTTCCAGAAGGT	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TAGAGAGTATTATTACTCAT	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TAGCCAATTTGCAGACCGGT	Immature
neurons	8
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCCGGTCATATGGCGGATC	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GACCGAATTTTGGATCCTT	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TTCTTAACCTAGTTGCATCT	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.AAGATGCCTCCTAGCGCCT	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CTATCTCCTAATACTCTTC	Neural
progenitors	15
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGTTGGCATACTGCCGATA	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTAAGGAGTAATACGCAGG	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTCAACTGATAACCTAGCTT	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTCAACTGATGCAGGCGACG	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTGGCAATATGACTAGTCTA	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GCTGGCTATCGGTCGTTAA	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTCGGCAATCAAGGCATTC	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCTCGCTCTTGAGTCCAGA	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TTCTAAGCTTAACGAGGCTA	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GAGCGGTATACTGCCGATA	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGTCCTTCTGTTCTGAATT	Ventral
midline	9
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TAGGTACTATTCCAGAAGGT	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCCAATAGTTTTGGAATCTC	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCCTACCTTCAAGTACTGG	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.ATGGCAGCTTGAGTCCAGA	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GTAAGCTCTTATGCCGAGT	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TCAGCGGTTTCCAGAAGGT	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CGACGATATGTTGACGGCC	Immature
neurons	8
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCAGCGGTTCAAGGCATTC	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCATTAAGCTAAGTAGTCAG	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GCTCGAGATGACCTCCGCC	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TCTACTTACTTGGAAGTACC	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.AGCAACGATGACCTCCGCC	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.GATTACGGTTTAGATTCCG	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CCGGAGTTTTCCAGAAGGT	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGAGCTCATAATACTCTTC	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGTTCGAGTTCCAGAAGGT	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TAGCCAATTTCTCGATGGAG	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATGACTTGTAGATATATCG	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGAACGCGTTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTGGAGTTATAATACTCTTC	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.AGCAACGATAACCTAGCTT	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CGAGATGCTCTCGATGGAG	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CTTCATGCTCCAACTAACC	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GAACGGCTTATAGTCGTAG	Ventral
midline	9
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TATCATGAGTCAAGGCATTC	Immature
neurons	7
12_14_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TCCTCGAGTTTGGAATCTC	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TAGAGCCTTCTCGATGGAG	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GGCGACTATCCGTCGGAGG	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ACCTTCGGTTTGGAATCTC	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GACCGAATTTGATGGCCTT	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.CTCCTCGTTTGGAAGTACC	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TAGCTCGGTGCGACGCAGA	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACGCCATATAGATATATCG	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCGGATAGTGCCAGGATCA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GAGACTAGTTATAGTAAGC	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCTTCTGGTACTATCCGCA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGCTTACTTTGAGTCCAGA	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGTACGGATAATTATCAGC	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGTAGTCCTCGAGCTGCCA	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTCGGCAATCGCCGCCTCC	Oenocytes	18
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGGTACCTATGCAATATG	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.ACGGCAATTACTGCCGATA	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGTACGGATCAAGTACTGG	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TAGGTACTATCGGCGAGACC	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGAGAATCATATGGCGGATC	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGGAGTTATACGAGGACCT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AACCGCTGTCCAACTAACC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTTAGCGGTGCCAGGATCA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCAACGTTTTGAGTCCAGA	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCTGAAGCTCTGGATTAGT	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGTTGGCATAGTTGCATCT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTCGGAGTTTTGGTCATAA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTCGGCAATCTTCGGCGCA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATGACTTGTTAGGCAGATA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCTCGAGTTGATGGCCTT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTCTCCATATGGCGGATC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCTCTCGTTTCCATGGCA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCGAGAGATATCGAGTCGC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACCAGGATCGGCGAGACC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCGCTCAATCAAGTACTGG	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCGGTATATCATGCATCTC	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCTGAAGCTACCGTTACGA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTAGACGGTCGGTCGTTAA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTCCTGCATACTTAACTAG	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.CTGGAAGATTGATGGCCTT	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACCAATGCTGGCTATGACT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTAAGCTCTCCGCTATATT	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TACGGTAGTCGGTCGTTAA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGACCTCTATAGTCGTAG	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CAGAAGGCTAATACTCTTC	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTTCATGCTAATACTCTTC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCGCTCAATTGATGGCCTT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCAATAGTTGCGACGCAGA	Immature
neurons	8
12_14_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.GCGGAGAATTCGTAGAGAA	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCCTCGAGTTTGGAATCTC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CTTCATGCTCCGCTATATT	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TACGGTAGTTGATGGCCTT	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CTGGAAGATTCGTAGAGAA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GAGACTAGTGCAGGCGACG	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GAAGAGGCTAAGTAGTCAG	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACGCCATATCTCGATGGAG	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGAGAGTATTCTAGAACTA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATAAGGCTTAATGGTCGAC	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCAGCGGTTCGATCATTAC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGATCTTCTTCCAACTAACC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGGCAATATGAACTGCATC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCAGGAGATTGGAAGTACC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTCGCATAATTTGGATCCTT	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GCTCGAGATGGATGCAGCA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCTACTTACTTCTATAAGGA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CTACGGCATCCGCTATATT	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CTCCTCGTTAGTCCGCGGA	Oenocytes	18
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GGATAGGTTAGATATATCG	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GGCGCATTTAAGTAGTCAG	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCGAATCTTTTCCGGTAATC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCTCGCTCTGCAGACCGGT	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ACCGTAGCTACTTCCGAAT	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ACGCCATATTTCCATGGCA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCTCGAGATGGATGCAGCA	Immature
neurons	7
12_14_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TCGCGCATTATGCAATATG	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.ACGAGGTTTTGGAACTAGA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCCTACCTTCTCGATGGAG	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCGAATCTTTATCAACGATT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GATTACGGTTCCAGAAGGT	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGAGCTCATATAGTCGTAG	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGCGTAGTTTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCAATCGCTCGGTCGTTAA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCCGTATGTCGGCGAGACC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCGCCAACTTTGGATCCTT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGTTAAGACTTCCAGAAGGT	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCGGTATATGGATGCAGCA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGGTAGGCTTATAGTAAGC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCGTAGCGTTCGTAGAGAA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.AACCGCTGTCAAGGCATTC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TATTGAGGTTACTGCCGATA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CCGGATAGTTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CTTAGCGGTATGCAATATG	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TGCGTAGTTTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.ATGCCAAGTCATGCATCTC	Immature
neurons	7
12_14_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.GTATCGCATCAAGTACTGG	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.ACGCCATATTTGGATCCTT	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AAGATGCCTTCCAGAAGGT	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ATGGCGTATCGGCGAGACC	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GAGACTAGTAATTATCAGC	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGCTTACTTCAAGTACTGG	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTCTACGTAGTCCGCGGA	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGTTACCTTAGTCCGCGGA	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGGACCTCTACTTAACTAG	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GACTACCATGCGACGCAGA	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGTACGGATGTCGCTCAGT	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TATTCGGCTGCTCTAACGA	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCCTCGAGTCAAGTACTGG	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTCTAAGCTTTATAGTAAGC	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GTAAGGAGTGAACTGCATC	Immature
neurons	7
12_14_exp10_idx1ACGGCGTTAA_idx2TCGATATTGA.TTGGCTCATGGTATCCGCC	Sensory
progenitors	14
12_14_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TCCTATAAGTTGAGTCTGGC	Sensory
progenitors	14
12_14_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.TCTCGCTCTGCCATTCTCC	Immature
neurons	8
12_14_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TATAAGGCTTGATCGCTTCT	Immature
neurons	8
12_14_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TTGGAGCTTGGCATAGCTT	Immature
neurons	7
12_14_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.TAGGAAGGTGGCTAATTAA	Immature
neurons	7
12_14_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TCTCGCTCTCCGCGGACCG	Immature
neurons	8
12_14_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.TATTCTCCTTCCAGGTCTAC	Immature
neurons	8
12_14_exp10_idx1GATTCTTGAA_idx2GAACTGCATC.ATATCCTACTCCAGGTCTAC	Immature
neurons	7
12_14_exp10_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCCTAACTTTACTTCCGAAT	Immature
neurons	7
12_14_exp10_idx1GCTTGAAGAG_idx2AGATCCTATA.TCCTATAAGTTCGATATTGA	Immature
neurons	8
12_14_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.ATTAGGTACTCAAGATTAAG	Immature
neurons	8
12_14_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.GGTACCATTGTCCAACTCA	Immature
neurons	8
12_14_exp10_idx1TATAATAGTT_idx2GGAACGATGG.ATTCCTAGATAATACCATCC	Immature
neurons	7
12_14_exp10_idx1TATTAGACTT_idx2CATGCATCTC.CTGCCTTATTGATACGAGT	Immature
neurons	7
12_14_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.TTCTTAACCTAACGGACCAA	Immature
neurons	7
12_14_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.TGCTGGATTCAAGATTAAG	Immature
neurons	7
12_14_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.GACCGTCATGGCATAGCTT	Immature
neurons	7
12_14_exp10_idx1TCCTCTGCCG_idx2TTGGTCATAA.GGTTGGCATTGAGGTAGAA	Immature
neurons	7
12_14_exp10_idx1TCCTCTGCCG_idx2TTGGTCATAA.TAGAGAGTATTCGATATTGA	Immature
neurons	13
12_14_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TTGGCTCATCAAGATTAAG	Immature
neurons	7
12_14_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.TAATCAGCTTTGAGGTAGAA	Immature
neurons	7
12_14_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.GATAAGCGTACGCAACTCC	Immature
neurons	7
12_14_exp10_idx1TTATTGAGGC_idx2ATAAGAGGCG.TATAAGGCTTAACTGATCTT	Immature
neurons	8
12_14_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.TATTCGGCTCTGATTAAGA	Immature
neurons	7
12_14_exp10_idx1TTCGAATATT_idx2CTGCTTCGAC.AAGGATATGTGACCTCTCTG	Immature
neurons	8
12_14_exp10_idx1TTGCCGTAGG_idx2CCTAGCGCCT.TAACTAAGGTTGAGGTAGAA	Immature
neurons	7
12_14_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TTCTAAGCTTACTATAGGTT	Immature
neurons	8
12_14_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.AAACTCCAATCCGAGAATCC	Immature
neurons	8
12_14_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.TCTCCGAATGCCGGTCGAG	Immature
neurons	8
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.CCGGATAGTACCTCTATCT	Immature
neurons	7
12_14_exp3_idx1AGTCCGCTGC_idx2GACTAGTCTA.ATAACTTCCTAATTGCCTAC	Immature
neurons	7
12_14_exp3_idx1ATAAGGACTC_idx2AGTCCGCGGA.TTGACCAGTCGAACGCCGG	Immature
neurons	7
12_14_exp3_idx1ATAAGGACTC_idx2ATAAGAGGCG.ATGGCGTATTCTAGAACTA	Immature
neurons	7
12_14_exp3_idx1ATAAGGACTC_idx2ATAAGAGGCG.CTGATAGGTATATGAGCCA	Neural
progenitors	11
12_14_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.AGAACTCCTGGTATCCGCC	Immature
neurons	8
12_14_exp3_idx1ATAAGGACTC_idx2TTGGTCATAA.CTGCTGAATTCTCCTATAA	Immature
neurons	8
12_14_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.AACCTCATTTTTCGCTTACG	Immature
neurons	8
12_14_exp3_idx1CCTCAGCTCC_idx2GGTCCAGGAG.GTTCGCTGTGGAGGCCTCC	Immature
neurons	7
12_14_exp3_idx1GATTCTTGAA_idx2GGCTAATTAA.TACTCCTATTCATACTCCGA	Immature
neurons	7
12_14_exp3_idx1GATTCTTGAA_idx2TGATAGAACG.AAGGATATGTTCTACCATTA	Immature
neurons	8
12_14_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.ATAACTTCCTTTAGATTCCG	Immature
neurons	8
12_14_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.ATGGAGAGTACCAGCGCAG	Head epid.
/muscle	4
12_14_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.AGATTCAACTAAGACGGCCA	Immature
neurons	7
12_14_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.GGTAGTCCTACGCGAGATT	Immature
neurons	7
12_14_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.TTATCCGCTCGTCCGTCCT	Immature
neurons	8
12_14_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.GTCTATGGTGACCTCTCTG	Immature
neurons	7
12_14_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.ACCGGTTCTAAGTTGCCAT	Immature
neurons	7
12_14_exp3_idx1GCGCGTTCAT_idx2GATGATCGTA.CTAACGACTGATAAGGCAA	Immature
neurons	8
12_14_exp3_idx1GCGCGTTCAT_idx2TCGATATTGA.ATAGTTGACTCCGTTCGGAT	Immature
neurons	7
12_14_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.GTAAGCTCTGTTACGCAAG	Immature
neurons	7
12_14_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.CCGGAGTTTGTACTAGTAA	Immature
neurons	7
12_14_exp3_idx1GGTTATCGAA_idx2TTCTACGCCA.TCGAGAAGTTTAATTGAAT	Immature
neurons	7
12_14_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.ATACCAGTTTAGCCGGTACC	Immature
neurons	8
12_14_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.CAGCATTGTTTAATTGAAT	Immature
neurons	7
12_14_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.TCTATCCAATTTATAAGAAC	Immature
neurons	12
12_14_exp3_idx1GTAGGCTGCA_idx2GACCGTAGCA.TCTTAGTTCTTTCTTAATAA	Immature
neurons	8
12_14_exp3_idx1TAGGTAACTT_idx2ACTCTCTCAA.GCTCGAGATACTTCCGAAT	Immature
neurons	7
12_14_exp3_idx1TAGGTAACTT_idx2TCTAGAACTA.CGGTTCCATTTATAAGAAC	Immature
neurons	8
12_14_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.AGTTAACCATCGGTAGGAAT	Immature
neurons	8
12_14_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.ATAGTTGACTACCTCTATCT	Immature
neurons	8
12_14_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.TATGGTCTTTCCATTATCTA	Mature
neurons	17
12_14_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TACTCCTATTTAGAGTAATA	Immature
neurons	7
12_14_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.ATTACCATCTAACTACCGAC	Immature
neurons	8
12_14_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.CTAGTACGTCCATCGCGAA	Immature
neurons	7
12_14_exp3_idx1TGGACGACTA_idx2CTCGGTCAAT.GCGTCGTATATATGAGCCA	Neural
progenitors	1
12_14_exp3_idx1TGGACGACTA_idx2GACCTCTCTG.TCGGTACCTTAACGATCCA	Immature
neurons	7
12_14_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.CTGATAGGTACGCGAGATT	Immature
neurons	7
12_14_exp3_idx1TTCCGTCGAC_idx2CGATCATTAC.AGCATTATGTTTCTTAATAA	Immature
neurons	7
12_14_exp3_idx1TTCGAATATT_idx2GCTCTAACGA.AGGCGGAATACTATAGGTT	Immature
neurons	8
12_14_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.TCCGGTCATGTCCTTAAGA	Immature
neurons	7
12_14_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.TCCTATAAGTATATTGATAC	Mature
neurons	17
12_14_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.GTCATCTGTTTGATGCTAT	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTACCTCTTGCTAACCTCA	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCCGGTCATCGAGCTGCCA	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.GCGTCGTATTGCATATAAC	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TTGGCAATATTTCGCTTACG	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGATAGGTTCGGAGATCCG	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.CGGTTCCATAATGGTCGAC	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATTCGGCTCAGGTATGGA	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTCCTCGTTCATGCATCTC	Oenocytes	18
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCAGGAGATTTCCATGGCA	Oenocytes	18
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTACCTCTTAACTACCGAC	Ventral
midline	9
12_14_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TCTATACCTTAGATATATCG	Sensory
progenitors	14
12_14_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GACTCGCTTATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCATCCAGTGCTAACCTCA	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGGTCTCCTTGGAAGTACC	Neural
progenitors	1
12_14_exp3_idx1CCTCAGCTCC_idx2GGACTCATTG.GGCGACTATCCGTTGACTT	Immature
neurons	7
12_14_exp3_idx1GTAGGCTGCA_idx2GACCTCCGCC.CAAGCAACTGGACTACTAC	Immature
neurons	13
12_14_exp3_idx1TCCTCTGCCG_idx2AGTTGCATCT.TGGTTGAATTAGAGCCAAGG	Sensory
progenitors	14
12_14_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.ATGCATTCATTGATAGAACG	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CAATCGGTTAGTTCGAGTA	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CGACGATATTTCTTATCGA	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TAACTAAGGTGACCTCCGCC	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGGCGACTTTGGATCCTT	Oenocytes	18
12_14_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.CCTCCTGATTTACGTATAC	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.CTAGTACGTGCGACGCAGA	Neural
progenitors	0
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.ACCGTAGCTAGTAAGCATA	Neural
progenitors	1
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.AAGCGCCATGCCAGGATCA	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.ACGAGGTTTCCGTCCAGTA	Neural
progenitors	1
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TATTGACTCTGTACTAGTAA	Sensory
progenitors	6
12_14_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GTCGGAGTTTATAGTAAGC	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACCGTAGCTTATGCCGAGT	Immature
neurons	13
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCTCCGAATTATAGTAAGC	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCTAAGCTTACGTTCAACC	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCGGTATATATAGACTAGG	Neural
progenitors	3
12_14_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.TTGGAGTTATTGATACGAGT	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.AAGATGCCTTATTACTCAT	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCAATAGTTAGGCCGCTCG	Neural
progenitors	3
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCGAATCTTTGCAGACCGGT	Neural
progenitors	3
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.AGGCATCATCGGCGAGACC	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGAATCTTTGCGCGGTAGT	Neural
progenitors	1
12_14_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TATAAGGCTTTCGATATTGA	Immature
neurons	2
12_14_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.TTGATTCCTTCCGCGGACCG	Immature
neurons	13
12_14_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.TAACGACTTTCGATCATTAC	Neural
progenitors	1
12_14_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.AAGCGCCATGATCTTACGC	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.CTAACGACTTGGAACTAGA	Neural
progenitors	0
12_14_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.TATTCTCCTTACCGCAGAAT	Immature
neurons	2
12_14_exp3_idx1TAGGTAACTT_idx2ACTCTCTCAA.ATTGAGGAATCCGTTCGGAT	Neural
progenitors	1
12_14_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.TTATCCGCTAGCCGGTACC	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.GGTCCTTCTCCAGGTCTAC	Sensory
progenitors	14
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCGCGCATTTGGAACTAGA	Oenocytes	18
12_14_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.GACTTGGCTTGCCGGCAGA	Neural
progenitors	11
12_14_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.TAAGGTTCATTGGCCGGCCT	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CCTCCTGATTGAGTCCAGA	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TTCGCGGATCCGTTGACTT	Neural
progenitors	3
12_14_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TATAAGGCTTCGCCTCGAAC	Ventral
midline	9
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTATCTCCTGTTCTGAATT	Ventral
midline	9
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGTCTACGTCAAGATTAAG	Ventral
midline	9
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTCGGAGTTTTCTTATCGA	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGCGTAGTTCTTCGGCGCA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GACTTGGCTAGTAAGCATA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TTCTGGCCTCTGGATTAGT	Ventral
midline	9
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTGCTGAATTTGGATCCTT	Ventral
midline	9
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TAGAGAGTATACTTAACTAG	Ventral
midline	9
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TAGGTACTATTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGCCTATTATTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGGCCTGATTATTACTCAT	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.AACCGCTGTTTATAAGAAC	Ventral
midline	9
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCCAATAGTTACGCAACTCC	Ventral
midline	9
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TTCTCTAGTTGCAGACCGGT	Ventral
midline	9
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TGAATTCGTTCGGCGAGACC	Ventral
midline	9
12_14_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TATGACTTGTACGAGGACCT	Immature
neurons	13
12_14_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.ACGGCAATTTGAGTCCAGA	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.CCTCCTGATTTCTTATCGA	Sensory
progenitors	14
12_14_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TGCTAATTCTGCCAGGATCA	Ventral
midline	9
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ACCAATGCTGCCAGGATCA	Ventral
midline	9
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GAACGATGTTTCCATGGCA	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GATTACGGTAAGTAGTCAG	Ventral
midline	9
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTTGCAAGTGCGCGGTAGT	Sensory
progenitors	6
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TACTCCTATTGCAGACCGGT	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCGCGCATTAACTGATCTT	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCTATACCTTGCAGGCGACG	Ventral
midline	9
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TGCTAATTCTTCCGTCGCCA	Immature
neurons	13
12_14_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TGCCTATTATTTCCATGGCA	Ventral
midline	9
12_14_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.GATCGACCTGCTAACCTCA	Immature
neurons	13
12_14_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.CCATTGCGTAAGTAGTCAG	Ventral
midline	9
12_14_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GACTCGCTTTTCCATGGCA	Ventral
midline	9
12_14_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TTGAGAGATTTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.AAGCGCCATATAGTCGTAG	Ventral
midline	9
12_14_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.CTCTACTGTATAGTCGTAG	Neural
progenitors	1
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.AACCGCTGTCCGCTATATT	Ventral
midline	9
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CTGCTGAATACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GAGCGGTATCTGGATTAGT	Immature
neurons	13
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCAGATACTCCAGGTCTAC	Neural
progenitors	3
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCTATACCTTACGCCGTTCA	Sensory
progenitors	6
12_14_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.CTCCGGTTTGCAGACCGGT	Sensory
progenitors	14
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GACTGACGTACTTAACTAG	Ventral
midline	9
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TAGCCAATTTGCCAGGATCA	Immature
neurons	13
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATCCAGGTTATGCCGAGT	Ventral
midline	9
12_14_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.GGTTGGCATATCGAGTCGC	Ventral
midline	9
12_14_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TCCAAGTTATACGAGGACCT	Neural
progenitors	15
12_14_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TCGTAGCGTGTTCCGCTAA	Sensory
progenitors	14
12_14_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.CCGAGAGATAGACTCAAGC	Ventral
midline	9
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.AAGCGCCATTTCCATGGCA	Ventral
midline	9
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CTGCTGAATCCGTCGGAGG	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GAACGGCTTGTTGACGGCC	Ventral
midline	9
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGTCTACGTATAGTCGTAG	Sensory
progenitors	6
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCGAATCTTTGCGACGCAGA	Ventral
midline	9
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TGAATTCGTTGCCAGGATCA	Ventral
midline	9
12_14_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TAGCTCGGTCGAGCTGCCA	Neural
progenitors	0
12_14_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.CCGTCTCATACTATCCGCA	Ventral
midline	9
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.ATAGTCGCTAAGTAGTCAG	Ventral
midline	9
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCGCGCATTTAGGCAGATA	Immature
neurons	12
12_14_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.GGCGCATTTCAGATTCGAT	Ventral
midline	9
12_14_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TCCAAGTTATTGCATATAAC	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GTTGCTCCTCCGTTGACTT	Ventral
midline	9
12_14_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GCGCTCAATATCAACGATT	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TCTAGGAATTAGATATATCG	Ventral
midline	9
12_14_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TGCTAATTCTTTGGATCCTT	Oenocytes	18
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CGACGATATGCCAGGATCA	Ventral
midline	9
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCGCGCATTGCCAGGATCA	Ventral
midline	9
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCTATACCTTTGCGCCAGAA	Ventral
midline	9
12_14_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GGCGCATTTTGATAGAACG	Immature
neurons	13
12_14_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TCGAATCTTTACTCTCTCAA	Ventral
midline	9
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CCGGATAGTATAGTCGTAG	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TAAGACCGTAAGTAGTCAG	Ventral
midline	9
12_14_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.ATTGCCGGTCAAGGCATTC	Ventral
midline	9
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACGAGGTTTCGGTCGTTAA	Immature
neurons	13
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATTGCCGGTACGCAACTCC	Immature
neurons	13
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GAACGGCTTTGAGGTAGAA	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTAAGCTCTAAGTCTTCCG	Neural
progenitors	3
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCTCTCGTAATACGCAGG	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCCAAGTTATCGAATAATTC	Ventral
midline	9
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCTGGCTATCGTCCGTCCT	Oenocytes	18
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGATAGGTTAGTCCGCGGA	Immature
neurons	13
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTAATGAGCTACCGTTACGA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTTAGCGGTAACTGATCTT	Neural
progenitors	3
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTCGGAGTTGCTAACCTCA	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTTGCAAGTTCTAGAACTA	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGAGAATCATCGGTCGTTAA	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGCTAATTCTAATACTCTTC	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CATCGGACTAGATATATCG	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCAGAACCTGCAGACCGGT	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCAACGTTTAGCGTCAATG	Neural
progenitors	3
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCAATCGCTCCGCGGACCG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGTACGGATGCGACGCCTT	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTTCGCTGTGCAGACCGGT	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATAAGGCTTGCAGGCGACG	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCTACCTTTGAGTCCAGA	Oenocytes	18
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGCCTATTATATGGCGGATC	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTATAGGCATTGAGTCCAGA	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGGAGTTATGCGCGGTAGT	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGGCAATATCTCGTCTAGG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TCAGCGGTTTTCTTATCGA	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCCGGTCATCTTCGGCGCA	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GCTCGAGATTTGGAATCTC	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.AAGCGCCATGCAGGCGACG	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCCTCGAGTCTGGATTAGT	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GACCAGGATATAGTCGTAG	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TTCTAAGCTTTTGGAATCTC	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCTCCTGATATAGTCGTAG	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CGACGATATTTCTTATCGA	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CGTCGAAGTCAAGGCATTC	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAACGGCTTTGGAACTAGA	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCGGTATATAAGTCTTCCG	Neural
progenitors	15
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAGCCAATTTTCGATATTGA	Neural
progenitors	3
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATAAGGCTTCTGGATTAGT	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCAGGAGATATCAACGATT	Immature
neurons	13
12_14_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GCGGAGAATGTCATTGCGC	Immature
neurons	13
12_14_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GGTTCGAGTCTGGATTAGT	Immature
neurons	13
12_14_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TCCGTATGTACGCCGTTCA	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CGAGATGCTCCGCGGACCG	Oenocytes	18
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCCTACCTTGACCTCTCTG	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.ACGGCAATTTTCGCTTACG	Neural
progenitors	3
12_14_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GACCAGGATTAGGCAGATA	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGCAAGTCTATCAACGATT	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATTCGGCTTTGGATCCTT	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGAACGCGTTTCCATGGCA	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TACTCCTATTGCCAGGATCA	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCGAATCTTTTTCCATGGCA	Ventral
midline	9
12_14_exp1_idx1TATAATAGTT_idx2AGATCCTATA.GGCGCATTTGCCAGGATCA	Immature
neurons	13
12_14_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TTCTTAACCTCCAACTAACC	Ventral
midline	9
12_14_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.TACTCCTATTCTTCGGCGCA	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CAACGCAGTTAGGCAGATA	Neural
progenitors	3
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GGTAGTCCTACTTAACTAG	Ventral
midline	9
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.ACCGTAGCTGTACTAGTAA	Ventral
midline	9
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TAACTAAGGTATCAACGATT	Ventral
midline	9
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TGATCTTCTTTTCCATGGCA	Sensory
progenitors	14
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TAGCCAATTTCATGCATCTC	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCTCCGAATTATAGTAAGC	Ventral
midline	9
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGGATCCGTCTTCGGCGCA	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.ACCGTAGCTTATGCCGAGT	Oenocytes	18
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.ACCTTCGGTTAGGCAGATA	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GACCGTCATGCAGGCGACG	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTTGCAAGTTGCGCCATCT	Neural
progenitors	3
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ATTGCCGGTACTTAACTAG	Oenocytes	18
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CCAGAACCTATCAACGATT	Ventral
midline	9
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTCTCTAGTTTTGGAATCTC	Ventral
midline	9
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CTGGAAGATCCGCGGACCG	Neural
progenitors	3
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TGCTCCTATAGTAAGCATA	Ventral
midline	9
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.ACCTTCGGTCTCGATGGAG	Ventral
midline	9
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CTTCATGCTTTACGTATAC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GTTCGCTGTGGCTAATTAA	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCTCCGAATTATAGTAAGC	Ventral
midline	9
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TGGATCCGTCTTCGGCGCA	Immature
neurons	13
12_14_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.CCATCAGGTACTTCCGAAT	Immature
neurons	13
12_14_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.AACCGCTGTGACCTCCGCC	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.CCAGAACCTTGCGCCAGAA	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GGTCCTTCTTTAATTATTG	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GTTGCTCCTTAGGCAGATA	Ventral
midline	9
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTATCTCCTGCGACGCCTT	Ventral
midline	9
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCAACGTTTAATACTCTTC	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGCGACTATGTTCTGAATT	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTAGACGGTGCAGACCGGT	Ventral
midline	9
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCAGGAGATTTGGATCCTT	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCTATACCTTCCAACTAACC	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGAATTCGTTTCGATATTGA	Neural
progenitors	3
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGAATTCGTTTTGGACGCTG	Ventral
midline	9
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TTCCATTACTTGAGTCCAGA	Oenocytes	18
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GATCGACCTGCTAACCTCA	Ventral
midline	9
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TATCATGAGTGCGACGCAGA	Neural
progenitors	1
12_14_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.CAGCAAGTTTTAGGATCTA	Immature
neurons	2
12_14_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.GAGTTCTCTAGAGCCAAGG	Ventral
midline	9
12_14_exp10_idx1AATACGATAA_idx2CTCGATGGAG.GAGACTAGTTGCCGGCAGA	Immature
neurons	7
12_14_exp10_idx1AATACGATAA_idx2TGATACGAGT.TTGGAGTTATGGCTAATTAA	Oenocytes	18
12_14_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.TAGGTACTATCATCTCTGCA	Ventral
midline	9
12_14_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.GTCGTAACTGGCTAATTAA	Ventral
midline	9
12_14_exp10_idx1AGACCATATC_idx2ACCGTTACGA.CTGATAGGTGCTAACTTGC	Immature
neurons	12
12_14_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TAATCAGCTTACTTCCGAAT	Immature
neurons	13
12_14_exp10_idx1AGACCATATC_idx2CGATCATTAC.ATTAGTCTGTAGTAAGCATA	Immature
neurons	7
12_14_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.TATAAGGCTTAATACCATCC	Neural
progenitors	1
12_14_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.GCTGAAGCTTTAGATTCCG	Sensory
progenitors	6
12_14_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TCTACTTACTCCGATTCCTG	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.GCAGATACTTGAGTCTGGC	Ventral
midline	9
12_14_exp10_idx1CCTCAGCTCC_idx2GGACTCATTG.TCAAGATCTTAACTACCGAC	Immature
neurons	8
12_14_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TAGGTACTATCCGCGGACCG	Immature
neurons	2
12_14_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.AGTCGCATTACTTCCGAAT	Ventral
midline	9
12_14_exp10_idx1GATTCTTGAA_idx2GACTAGTCTA.GCTCTTAGTGCTAACTTGC	Ventral
midline	9
12_14_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.GGTCTACGTTGATACGAGT	Immature
neurons	8
12_14_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.TTTGCTACTTACGCAACTCC	Immature
neurons	2
12_14_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.ACGCTTGATTTAGATTCCG	Ventral
midline	9
12_14_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TGAGAATCATGGTATCCGCC	Immature
neurons	13
12_14_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TATTGAGGTTTTGAGTATCA	Immature
neurons	2
12_14_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TTGACTCAATAGTAAGCATA	Immature
neurons	12
12_14_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.AAGGACGATAACTACCGAC	Neural
progenitors	3
12_14_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.CAGCAAGTTGCAAGGAATA	Ventral
midline	9
12_14_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.CGAATGAGTTTATAAGAAC	Ventral
midline	9
12_14_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.GAGGAACTTGCTAACTTGC	Immature
neurons	13
12_14_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.GGTTGGCATTGATACGAGT	Immature
neurons	2
12_14_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TGTTAAGACTCGTCCGTCCT	Immature
neurons	2
12_14_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.GCAGATACTGTCATTGCGC	Immature
neurons	13
12_14_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.TATTCGGCTGGCATAGCTT	Neural
progenitors	1
12_14_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.GATCGACCTGCCGCAACGA	Sensory
progenitors	6
12_14_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TTATAGGCATGCTAACTTGC	Immature
neurons	13
12_14_exp10_idx1TATTAGACTT_idx2CATTATTACC.ATTCCTAGATTTGGTCATAA	Immature
neurons	7
12_14_exp10_idx1TATTAGACTT_idx2TCATCTAATC.CTTCATGCTCGCCGCCTCC	Neural
progenitors	11
12_14_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.TGCAAGGTTAACGGACCAA	Immature
neurons	13
12_14_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.TCAGGAGATGCCATTCTCC	Ventral
midline	9
12_14_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TAAGAATGGTACTTCCGAAT	Immature
neurons	2
12_14_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TGCTAATTCTGGCATAGCTT	Ventral
midline	9
12_14_exp3_idx1ACGGCGTTAA_idx2AATTGCCTAC.ATAATCCTGTAGCCGGTACC	Immature
neurons	7
12_14_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.GCTCGAGATACTATAGGTT	Ventral
midline	9
12_14_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.TAACGACTTTACTTCCGAAT	Ventral
midline	9
12_14_exp3_idx1AGGTCAGCTT_idx2AAGATCCAAC.CGCTGCTTTTTCCAACCGC	Ventral
midline	9
12_14_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.GTTCGCTGTACTTAACTAG	Immature
neurons	2
12_14_exp3_idx1AGGTCAGCTT_idx2GATACCTAAG.AATACCGAATCTGGATTAGT	Ventral
midline	9
12_14_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.ACTTCCGTTCCGCAAGTTC	Immature
neurons	12
12_14_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.AGAGTACCTGATGATCGTA	Ventral
midline	9
12_14_exp3_idx1AGTCCGCTGC_idx2TCATCTCGAT.CCATCGTCTGAAGGTTGCC	Immature
neurons	13
12_14_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.GTAGCGATTCCTAGCGCCT	Immature
neurons	2
12_14_exp3_idx1ATTATGCAAG_idx2TGATAGAACG.AGAGATGAATTGGTATTCAT	Immature
neurons	2
12_14_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TTGACCAGTAGAGAAGGTT	Immature
neurons	2
12_14_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.ATAGTTGACTCATTCAATCA	Immature
neurons	2
12_14_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.CAGAAGGCTCCGTCCAGTA	Immature
neurons	13
12_14_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.GGCGCATTTCGGATTAGAA	Immature
neurons	13
12_14_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.GGCGACTATTTCATAGGAC	Ventral
midline	9
12_14_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.TTCTTCGTTTTGCGGACCTA	Immature
neurons	13
12_14_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.CCAAGGATTCATAACCAGC	Ventral
midline	9
12_14_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.GTTCGCTGTTTATAAGAAC	Immature
neurons	13
12_14_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TAGAGAGTATACTATAGGTT	Ventral
midline	9
12_14_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.ATTCGCAATTGTAGCTCCAT	Immature
neurons	12
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.AAGCAGTATTACTTCCGAAT	Immature
neurons	12
12_14_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.AGATTGGTTTTTATAGCAGA	Ventral
midline	9
12_14_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.ACCTCAATATGCTCTCGCCT	Ventral
midline	9
12_14_exp3_idx1GCGCGTTCAT_idx2GCAACTGGCA.AGATCGGATCTGATGGTCA	Immature
neurons	13
12_14_exp3_idx1GCGCGTTCAT_idx2TCGATATTGA.GTAAGCTCTCCGTTCGGAT	Ventral
midline	9
12_14_exp3_idx1GCTTGAAGAG_idx2GGCTAATTAA.CGTACCTATTTATTATGGT	Ventral
midline	9
12_14_exp3_idx1GGTTATCGAA_idx2TTCTACGCCA.CCTGCAGTTTATGAGTTAA	Ventral
midline	9
12_14_exp3_idx1GTAGCAGCTA_idx2CCAGGTCTAC.CCTAATGGTAAGAAGCTAG	Neural
progenitors	3
12_14_exp3_idx1GTAGCAGCTA_idx2CGAAGGACGA.CAATCGGTTCAACCAGTAC	Immature
neurons	12
12_14_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.GCGCTCAATAACTACCGAC	Ventral
midline	9
12_14_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.TATAAGAGGTCATCTCTGCA	Immature
neurons	12
12_14_exp3_idx1GTAGGCTGCA_idx2GACCGTAGCA.CGCCGTAATTGGTATTCAT	Immature
neurons	2
12_14_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.ACGATATCATCCGCAAGTTC	Ventral
midline	9
12_14_exp3_idx1TAGGTAACTT_idx2TCTAGAACTA.ATGCCAAGTATCGGCTATC	Ventral
midline	9
12_14_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.ATCTTCAGATATATTGATAC	Immature
neurons	2
12_14_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.AGTCGCATTTTATAGCAGA	Immature
neurons	2
12_14_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.CCGGATAGTCCTTGGTCCA	Ventral
midline	9
12_14_exp3_idx1TGGACGACTA_idx2AACGGACCAA.AGATTGGTTTAACTGCTGCC	Ventral
midline	9
12_14_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.TGATGCGATTCGCTAAGCA	Ventral
midline	9
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGTTGGCATAATGGTCGAC	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GTATCGCATAGATATATCG	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CGCCGTAATCCAACTAACC	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTTCGCTGTTTCTTATCGA	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TGAATTCGTTCAAGTACTGG	Sensory
progenitors	14
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GGTTGGCATTCGTAGAGAA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGTTGGCATTACTTACTTA	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CCATCAGGTTCCAGAAGGT	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GATCGACCTTCGTAGAGAA	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGCTTACTTATCGAGTCGC	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCCAATAGTTGCAAGGAATA	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCGCCAACTTGATGGCCTT	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.CTGGAAGATTCCAGAAGGT	Immature
neurons	8
12_14_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.GCTTCTGGTAGTCCGCGGA	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TCTCGCTCTAGTCCGCGGA	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.ACGAGGTTTTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTTCGCTGTGTTGACGGCC	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ACGAGGTTTTCCAGAAGGT	Immature
neurons	8
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTACCTCTTACGCAACTCC	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TGTTAAGACTGCAGGCGACG	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GACTTGGCTGCAGGCGACG	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GACTCGCTTCTGGATTAGT	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.GTATCGCATCTCGTCTAGG	Head epid.
/muscle	4
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGCAAGTCTCTCGTCTAGG	Oenocytes	18
12_14_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TATCATGAGTGACCTCCGCC	Immature
neurons	8
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CTTAGCGGTTCTATAAGGA	Sensory
progenitors	14
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.ACCTTCGGTATGCAATATG	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TGAACGCGTACTATCCGCA	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TGGTCGAATTTGGATCCTT	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TCGTTCTGTATCGAGTCGC	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCATGGCTTTTAGGATCTA	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TAGAGCCTTGCAGACCGGT	Immature
neurons	7
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GCAATCGCTCTTCGGCGCA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.CCATCAGGTCGGCGAGACC	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TCTAGGAATTACTCTCTCAA	Sensory
progenitors	14
12_14_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.CCATCAGGTTCCAGAAGGT	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TCGGTACCTATGCAATATG	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CCGGAGTTTCATGCATCTC	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CTCCGGTTTATCGAGTCGC	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATGGCAGCTTGAGTCCAGA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GACTTGGCTATGCAATATG	Head epid.
/muscle	4
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCTGGCTATAGATATATCG	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGGTACCTATGGCGGATC	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACTACCATACCGTTACGA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACTTGGCTAAGTAGTCAG	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCAACGTTTTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AGTTGCGCTAGTTGCATCT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTCCGGTTTAGTTGCATCT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTACCTCTTGGCTAATTAA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGTTAAGACTCAAGTACTGG	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCATTGCGTTCTATAAGGA	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCGAGAGATTTGGAATCTC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATTCGGCTTCCGGTAATC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GACTACCATGACCTCCGCC	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATCGAACTTCTCGTCTAGG	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCCTATTCTTTCCAGAAGGT	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CGGTTCCATCAAGTACTGG	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TTAATGAGCTCTCGTCTAGG	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAGCTCGGTTCGTAGAGAA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCTACTAATGTCGCTCAGT	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCTCCTATGTTGACGGCC	Neural
progenitors	11
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CTACGGCATTCCGGTAATC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TTGGAGTTATCTCGTCTAGG	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TTCTTAACCTGCAGACCGGT	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACCGTCATATCGAGTCGC	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGTTAAGACTAACCTAGCTT	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCATAGAGTTCCGTCGGAGG	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GTTCGCTGTTCCGGTAATC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TTCAACTGATATGCAATATG	Immature
neurons	8
12_14_exp1_idx1TATAATAGTT_idx2AGATCCTATA.ACGGCAATTCGGCGAGACC	Immature
neurons	7
12_14_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.CTACGGCATCTCGTCTAGG	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TTGGCGACTCGGCGAGACC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCTCGCTCTCCGCTATATT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCGGAGTTTGCGACGCAGA	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGGATCCGTTTCAAGACCA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGCGCATTTATGCAATATG	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGCGCATTACTTCCGAAT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GTCCTGCATATGCAATATG	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TGATCTTCTTCTGGATTAGT	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TTTGCTTAGTAGTCCGCGGA	Immature
neurons	7
12_14_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.TAAGACCGTCCGTCGGAGG	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GACCGTCATCATGCATCTC	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GTTGCTCCTACGAGGACCT	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCTTCTGGTTGGAAGTACC	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCAATAGTTACTCTCTCAA	Sensory
progenitors	14
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGAGTTAGATCGGCGAGACC	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TCTCCGAATGAACTGCATC	Immature
neurons	7
12_14_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TCTCGCTCTGGCTAATTAA	Immature
neurons	7
12_14_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.AAATTCCTCTACGCAACTCC	Immature
neurons	7
12_14_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.CATCAACGTTTATAAGAAC	Immature
neurons	8
12_14_exp10_idx1GCGCGTTCAT_idx2CGATCATTAC.GCAATCGCTAACGGACCAA	Immature
neurons	7
12_14_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.ACAGGTATTTGCCATTCTCC	Immature
neurons	8
12_14_exp3_idx1AGACCATATC_idx2CGATCATTAC.CTCTACTGTCATGCTGGTT	Immature
neurons	8
12_14_exp3_idx1AGGTCAGCTT_idx2AAGATCCAAC.TCCTACCTTGACCTCTCTG	Immature
neurons	7
12_14_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.TTCTCATTGTCTTGCAACCT	Immature
neurons	8
12_14_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.GTCTCTACTTGAGTCTGGC	Immature
neurons	8
12_14_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.ATATCCTACTGGCAATGAGA	Immature
neurons	7
12_14_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.TCCTCGAGTTTCATAGGAC	Immature
neurons	7
12_14_exp3_idx1ATAAGGACTC_idx2TTGAGTATCA.ACTGGACCTCCGTTCGGAT	Immature
neurons	7
12_14_exp3_idx1ATGGCGCCTG_idx2CCAAGCTGAA.TAAGGTTCATGGCTAATTAA	Immature
neurons	7
12_14_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.TGAGTTAGATTCAATCGCAT	Immature
neurons	7
12_14_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.TCCGGTCATTTATAAGAAC	Immature
neurons	8
12_14_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.ATAATCCTGTTTATAAGAAC	Immature
neurons	8
12_14_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.ATTCGGAGTACTTCCGAAT	Immature
neurons	7
12_14_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.ACTGGACCTTTATTCTGAG	Immature
neurons	7
12_14_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.TAAGGTTCATTTCTTAATAA	Immature
neurons	7
12_14_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.GACTCGCTTACCTCTATCT	Immature
neurons	7
12_14_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.ATATGCCATTAAGACGGCCA	Head epid.
/muscle	4
12_14_exp3_idx1GTAGCAGCTA_idx2GATACCTAAG.CTCTACTGTGCAAGGAATA	Immature
neurons	7
12_14_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.GACTGACGTACTTCCGAAT	Immature
neurons	7
12_14_exp3_idx1TAGGTAACTT_idx2CTCCGGTTCT.TTGGCGACTTGCGGACCTA	Immature
neurons	8
12_14_exp3_idx1TATTAGACTT_idx2CGTCCGTCCT.CCGAGAGATAAGTCTTCCG	Immature
neurons	8
12_14_exp3_idx1TATTAGACTT_idx2TGATAGAACG.TCGCCAACTACCTCTATCT	Head epid.
/muscle	4
12_14_exp3_idx1TCCTCTGCCG_idx2CTAACTCCAA.GCAATCGCTGGCATAGCTT	Immature
neurons	7
12_14_exp3_idx1TCTTGAGGTT_idx2GTCATTGCGC.TCCTACCTTTTCGCTTACG	Immature
neurons	8
12_14_exp3_idx1TGGACGACTA_idx2GATGATCGTA.GGTAGTCCTAGCTCTCCTC	Immature
neurons	8
12_14_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.ACTTATGGTTTTATTCTGAG	Immature
neurons	7
12_14_exp3_idx1TTGCCGTAGG_idx2AACCTAGCTT.TACTTGCGTTGGTCAGCCA	Immature
neurons	8
12_14_exp3_idx1TTGCCGTAGG_idx2ACTTCCGAAT.TTCGTTCCTTGCGCCATCT	Ventral
midline	9
12_14_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.TGCGTAGTTGACTAGTCTA	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GACTGACGTGCTAACCTCA	Neural
progenitors	1
12_14_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TGAGTTAGATCCGTTGACTT	Neural
progenitors	1
12_14_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.TAGCCAATTTCTCTGCGGCA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GCTCGAGATTTGGAATCTC	Neural
progenitors	11
12_14_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GCGTCGTATGTCGCTCAGT	Neural
progenitors	11
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCTGGCTATTCGTAGAGAA	Oenocytes	18
12_14_exp2_idx1CTCAATTAGT_idx2GGCTATGACT.AAGGACGATACTTGCTAGA	Oenocytes	18
12_14_exp3_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TTCGCATAATTAGACTTCTT	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GACTTGGCTTTCAAGACCA	Sensory
progenitors	6
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GGCGACTATAGACTCAAGC	Neural
progenitors	3
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CCTCCTGATTACGGCTACG	Sensory
progenitors	6
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GCGCTCAATCCAACTAACC	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ACGCCATATGCAGGCGACG	Neural
progenitors	3
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GACTCGCTTTAGGCAGATA	Neural
progenitors	3
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGTACGGATAAGTAGTCAG	Neural
progenitors	11
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCCGTATGTCAAGATTAAG	Neural
progenitors	3
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CTATCTCCTCTGGATTAGT	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTCTACTGTGTTCCGCTAA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCATTAAGCTTTCGCTTACG	Sensory
progenitors	6
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGCCTTGGTGAACTGCATC	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCTCTAGTTTCGATATTGA	Neural
progenitors	11
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AACCGCTGTTACGGCTACG	Sensory
progenitors	6
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTCGGAGTTAAGTAGTCAG	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CCAGAACCTCTTCGGCGCA	Neural
progenitors	0
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTCCTGCATGCAGACCGGT	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.AACCGCTGTCCGTCGGAGG	Immature
neurons	12
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.CGCCGTAATCCAACTAACC	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GAAGAGGCTCGAGCTGCCA	Sensory
progenitors	14
12_14_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TACTCCTATTTATGCCGAGT	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TCGCGCATTTATGCCGAGT	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TGGACCTCTGTCATTGCGC	Sensory
progenitors	6
12_14_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TCCGTATGTAAGTCTTCCG	Neural
progenitors	3
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CATCGGACTTCCGTCGCCA	Sensory
progenitors	6
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GACCGAATTTCTACCATTA	Sensory
progenitors	6
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCTGGCTATGCTAACCTCA	Sensory
progenitors	14
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGGTCTCCTCTTCGGCGCA	Immature
neurons	13
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CGGTTCCATGCGACGCCTT	Sensory
progenitors	6
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGAGGTTCTATGGCGGATC	Neural
progenitors	3
12_14_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.ACGAGGTTTGCTCTAACGA	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TATGGTCTTTCGAATAATTC	Sensory
progenitors	6
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CTCCTCGTTTTACGTATAC	Sensory
progenitors	6
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCGGTACCTCTTCGGCGCA	Immature
neurons	2
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GTTCCAGCTGCGACGCAGA	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GATCGACCTTGATAGAACG	Sensory
progenitors	14
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTGGCAATATAAGTAGTCAG	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GCAGATACTCCGCGGACCG	Sensory
progenitors	6
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACCGTCATGAACTGCATC	Neural
progenitors	0
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATATGCGTTGGTCGCGTCA	Neural
progenitors	3
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCTCGCTCTTATAGTAAGC	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGCTACTAATTCCGTCGCCA	Sensory
progenitors	6
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCTCTCCATTGAGGTAGAA	Neural
progenitors	0
12_14_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TGCTCCTATAACTGATCTT	Neural
progenitors	0
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.ACCTTCGGTCCAGGTCTAC	Neural
progenitors	1
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.CAACGCAGTTTGAGTATCA	Sensory
progenitors	6
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TATCCAGGTTGGAAGTACC	Immature
neurons	2
12_14_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TCCTCGAGTTAGGCAGATA	Sensory
progenitors	6
12_14_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TATATGCGTTTCGTAGAGAA	Sensory
progenitors	6
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCGAATCTTTGCTAACCTCA	Sensory
progenitors	6
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TTCTGGCCTGTCCAACTCA	Sensory
progenitors	6
12_14_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.CCGTCTCATTGCATATAAC	Sensory
progenitors	6
12_14_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GCCATGGTTGCTAACCTCA	Ventral
midline	9
12_14_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TATAAGGCTTGCGCGGTAGT	Sensory
progenitors	6
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GACTTGGCTTCCAGAAGGT	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TAACTAAGGTTGAGGTAGAA	Sensory
progenitors	14
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TAGCCAATTTAACTGCTGCC	Oenocytes	18
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCAGGAGATGTACTAGTAA	Sensory
progenitors	6
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCTATACCTTCAGATTCGAT	Sensory
progenitors	6
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTTGCTCCTCAGGTATGGA	Sensory
progenitors	6
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAGCTCGGTTGCATATAAC	Sensory
progenitors	6
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GTCGGCAATAGATATATCG	Sensory
progenitors	14
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCAGTTGGTTTACGTATAC	Neural
progenitors	3
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCCGGTCATTATTACTCAT	Sensory
progenitors	6
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCGTTCTGTTGCATATAAC	Sensory
progenitors	6
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTCATCTGTTGCATATAAC	Sensory
progenitors	6
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCATAGAGTTTTCCATGGCA	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGATCTTCTTGCAGACCGGT	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACCGTCATTATAGTAAGC	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCTATACCTTCTCGATGGAG	Neural
progenitors	3
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGATCTTCTTCCGCGGACCG	Neural
progenitors	3
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGGCAATATCAAGGCATTC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACCGTCATTGAGTCCAGA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGCGCATTTGGCTATGACT	Sensory
progenitors	6
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTAGTCCTGCCAACGCCA	Sensory
progenitors	6
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCAGTTGGTATCAACGATT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGTAATAGTGTTCTGAATT	Immature
neurons	7
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.ATGCCAAGTCCGTTGACTT	Sensory
progenitors	6
12_14_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.TGCCTTGGTTTGGAATCTC	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GCAGATACTTCGATATTGA	Neural
progenitors	3
12_14_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TATGGTCTTTGCAGACCGGT	Neural
progenitors	3
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TTCTTAACCTTTGGAATCTC	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGCCTTGGTTTCTTATCGA	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ACCAATGCTGACTAGTCTA	Neural
progenitors	3
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ACCGTAGCTCTCGTCTAGG	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ATGCCAAGTTCGATATTGA	Sensory
progenitors	6
12_14_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GACCGTCATTTCTTATCGA	Neural
progenitors	3
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CATCGGACTATCAACGATT	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCGGATAGTCGAATAATTC	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGTTGGCATCCAACTAACC	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTTGCTCCTCCGCTATATT	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGGACCTCTTATTACTCAT	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCCTACCTTTCCGTCGCCA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTCTCTAGTTACGCAACTCC	Sensory
progenitors	6
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTCTTAACCTCTGGATTAGT	Sensory
progenitors	6
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GGAGCTCATATCAACGATT	Sensory
progenitors	6
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TAAGACCGTCTGGATTAGT	Sensory
progenitors	6
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GACTACCATGACCTCTCTG	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCGTCGTATATAGTCGTAG	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TACTCCTATTTTCGCTTACG	Sensory
progenitors	6
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCTACCTTGCTAACCTCA	Sensory
progenitors	6
12_14_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.TTCCGACGTCGATCATTAC	Sensory
progenitors	6
12_14_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.TCTACTTACTGGTCCAGGAG	Ventral
midline	9
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACTTGGCTAGTTCGAGTA	Sensory
progenitors	6
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGTCTACGTGCTAACCTCA	Sensory
progenitors	6
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.AAGCGCCATAATGGTCGAC	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.ATTGCCGGTGCTAACCTCA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTGAGAGATTTTGGATCCTT	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACTTGGCTCCAGGTCTAC	Sensory
progenitors	6
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCCTATTCTTGCAGACCGGT	Sensory
progenitors	6
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGAGAGATTCGAGCTGCCA	Sensory
progenitors	6
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCATTAAGCTAGTCCGCGGA	Sensory
progenitors	14
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCTCCGAATTTATAAGAAC	Sensory
progenitors	6
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CCATCAGGTCTTCGGCGCA	Neural
progenitors	3
12_14_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TATGAGAACTTCGATATTGA	Sensory
progenitors	6
12_14_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TATGGTCTTTTTACGTATAC	Neural
progenitors	3
12_14_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TGAGTTAGATGACCTCTCTG	Sensory
progenitors	6
12_14_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.GTTCCAGCTGCAGACCGGT	Neural
progenitors	3
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ATTGCCGGTTATGCCGAGT	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACTTGGCTCGAGCTGCCA	Sensory
progenitors	6
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GATTACGGTCCAACTAACC	Sensory
progenitors	14
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCATCCAGTTTCCATGGCA	Sensory
progenitors	6
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTTCGCTGTCTGGATTAGT	Sensory
progenitors	6
12_14_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.GACTACCATCTCGATGGAG	Neural
progenitors	0
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.CAATCGGTTAAGCCGGCTG	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GCGCTCAATCTTCGGCGCA	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTCCAGAGTTAGGCAGATA	Sensory
progenitors	6
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTCAACTGATGCAGGCGACG	Sensory
progenitors	14
12_14_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TGTTAAGACTGGCTATGACT	Neural
progenitors	3
12_14_exp10_idx1AATACGATAA_idx2AACTTATAAG.TCTATACCTTTGCCGGCAGA	Neural
progenitors	0
12_14_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TGAGAATCATGTCCAACTCA	Sensory
progenitors	14
12_14_exp10_idx1AATACGATAA_idx2GACCGTAGCA.TGGATCCGTAGTAAGCATA	Immature
neurons	7
12_14_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.GTAAGCTCTGACTAGTCTA	Immature
neurons	12
12_14_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TCATAGAGTTGGCTAATTAA	Sensory
progenitors	6
12_14_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.TATCTCGATTACTTCCGAAT	Sensory
progenitors	6
12_14_exp10_idx1AGGTCAGCTT_idx2ATAAGAGGCG.TTTGCTACTTCGATCATTAC	Sensory
progenitors	6
12_14_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TCGTTCTGTGCCGCAACGA	Sensory
progenitors	6
12_14_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.TATTCTCCTTGCCGCAACGA	Sensory
progenitors	6
12_14_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TCATTAAGCTACTTCCGAAT	Immature
neurons	8
12_14_exp10_idx1ATAAGGACTC_idx2ACTATCCGCA.CTGATAGGTTGAGGTAGAA	Neural
progenitors	3
12_14_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.CTTCGACTTGTCCAACTCA	Immature
neurons	8
12_14_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TGATGCGATTGAGGTAGAA	Immature
neurons	8
12_14_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.ACAGGTATTTGACCTCTCTG	Immature
neurons	2
12_14_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.CAGCATTGTCGATCATTAC	Sensory
progenitors	6
12_14_exp10_idx1GCATCGTATG_idx2AATTGCCTAC.TAGAACCAATACTATGCAAT	Neural
progenitors	11
12_14_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.TACTTGCGTGCTAACTTGC	Neural
progenitors	11
12_14_exp10_idx1GCGCGTTCAT_idx2AGGATTACCA.GAAGAGGCTGCAGGTCCGT	Neural
progenitors	0
12_14_exp10_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCCAAGTTATCCGCGGACCG	Neural
progenitors	11
12_14_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.CAGCAAGTTACTTCCGAAT	Neural
progenitors	3
12_14_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TCTTAGTTCTGACTAGTCTA	Neural
progenitors	3
12_14_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.CTGCCTTATTTAGATTCCG	Immature
neurons	13
12_14_exp10_idx1TATAATAGTT_idx2CTGCTTCGAC.CAGCAAGTTGGTCGCGTCA	Neural
progenitors	11
12_14_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.TCTTAGTTCTCAAGATTAAG	Sensory
progenitors	14
12_14_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.TTGACTCAATTGCGGACCTA	Ventral
midline	9
12_14_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.TATAAGGCTTTTGAGTATCA	Sensory
progenitors	6
12_14_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.TGCTGGATTACTTCCGAAT	Immature
neurons	2
12_14_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.TTAATGAGCTAGTAAGCATA	Immature
neurons	7
12_14_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.CTGCCTTATTATGAGTTAA	Sensory
progenitors	6
12_14_exp3_idx1ATAAGGACTC_idx2ATAGGATATG.GTCTCTACTTAATGAACGA	Immature
neurons	7
12_14_exp3_idx1ATGGCGCCTG_idx2CCAAGCTGAA.GTTCCAGCTTTGAGTATCA	Immature
neurons	2
12_14_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.GCTCGAGATTCGATATTGA	Sensory
progenitors	14
12_14_exp3_idx1CCTCAGCTCC_idx2GACTAGTCTA.TAAGACCGTTTATCCGGAT	Sensory
progenitors	6
12_14_exp3_idx1CCTCAGCTCC_idx2TCATCTCGAT.ATAAGCGAATACCAGCGCAG	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.GCGGTATATACTCAATAGG	Sensory
progenitors	6
12_14_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.TGAACGCGTTTGGTCATAA	Sensory
progenitors	6
12_14_exp3_idx1GAGCGCGATG_idx2CTGCTTCGAC.TCTACTTACTCTAGTAGTCT	Neural
progenitors	3
12_14_exp3_idx1GATTCTTGAA_idx2GGACTCATTG.TCGTCTATTTGACCTCTCTG	Sensory
progenitors	6
12_14_exp3_idx1GATTCTTGAA_idx2GTCGCTCAGT.GAACGATGTCAATTACCGT	Neural
progenitors	3
12_14_exp3_idx1GATTCTTGAA_idx2TATAACTTCC.CATACCGCTTTAATTATTG	Immature
neurons	13
12_14_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.TCAAGATCTTGATCGCTTCT	Ventral
midline	9
12_14_exp3_idx1GCATCGTATG_idx2CTGCAATCGC.TCTTAGTTCTCGTCCGTCCT	Mature
neurons	10
12_14_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.AACGAGCGTCAACCAGTAC	Sensory
progenitors	6
12_14_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.AGAGATGAATTGCATATAAC	Immature
neurons	8
12_14_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.AAGACCTTATACTTAACCTT	Sensory
progenitors	6
12_14_exp3_idx1GCGCGTTCAT_idx2AACGGACCAA.GCGTACTTTTCAACGTAAG	Immature
neurons	2
12_14_exp3_idx1GGTTATCGAA_idx2GACCGTAGCA.AAGGATTACTGTTACGCAAG	Immature
neurons	12
12_14_exp3_idx1GGTTATCGAA_idx2GACCGTAGCA.AGTTGCGCTTGGTATTCAT	Sensory
progenitors	6
12_14_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.AACGCGTCTCTTGCAGTAG	Sensory
progenitors	6
12_14_exp3_idx1GTAGGCTGCA_idx2GACCGTAGCA.TAATACCAGTCGGTAGGAAT	Neural
progenitors	1
12_14_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.AAACCATAGTCATAGTTCGG	Sensory
progenitors	6
12_14_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.AGGATAATCTATTGAGATTG	Sensory
progenitors	6
12_14_exp3_idx1TATAATAGTT_idx2CTCGTCTAGG.CTGAGCATTTAGCCGTCAT	Sensory
progenitors	6
12_14_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.GTTCCAGCTTAACGATCCA	Immature
neurons	2
12_14_exp3_idx1TCCTCTGCCG_idx2AGTTGCATCT.TGCTGGATTGGACTACTAC	Sensory
progenitors	6
12_14_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.CCATCGTCTCCGCTCCGGC	Sensory
progenitors	6
12_14_exp3_idx1TTATTGAGGC_idx2AGATCCTATA.CTCGCATGTCGATGGCGCC	Sensory
progenitors	6
12_14_exp3_idx1TTATTGAGGC_idx2CGAAGGACGA.CTCCTCGTTTGATAGAACG	Sensory
progenitors	6
12_14_exp3_idx1TTCGAATATT_idx2AGGATTACCA.ATTAGTCTGTGATGATCGTA	Neural
progenitors	0
12_14_exp3_idx1TTGCCGTAGG_idx2AACCTAGCTT.ACCAATGCTTCCAATCATC	Sensory
progenitors	6
12_14_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.ATTGATCGTTGATAAGGCAA	Immature
neurons	7
12_14_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.GGCAAGTCTCCGTCCAGTA	Immature
neurons	2
12_14_exp3_idx1TTGGTAAGGA_idx2TCTAGAACTA.CTGACGTTTAGGTATACTC	Neural
progenitors	3
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGCAAGTCTCAAGGCATTC	Oenocytes	18
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TGAACGCGTACTATCCGCA	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GACTCGCTTCTGGATTAGT	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTAGCGATTATCGAGTCGC	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TAGGTACTATTTCCATGGCA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TGCTAATTCTGCCAGGATCA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGTTCGAGTAAGCCGGCTG	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTTCCAGCTACTGCCGATA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTTGCAAGTGCGACGCAGA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TAGGTACTATACTATCCGCA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGAGTTAGATAATACTCTTC	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGAGAGATTAACGGACCAA	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TCGTAGCGTTCGATATTGA	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.ATGGCGTATACTTAACTAG	Oenocytes	18
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ATGCCAAGTTTCCATGGCA	Oenocytes	18
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GAAGAGGCTAGATATATCG	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGTCTACGTTGGAAGTACC	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCAGGAGATTGGAAGTACC	Immature
neurons	13
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCCGGTCATTAGGCAGATA	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGCTACTAATGACCTCTCTG	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCCGGTCATGCGACGCAGA	Ventral
midline	9
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCCTCGAGTCTCGATGGAG	Immature
neurons	7
12_14_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GTATCGCATTCCGGTAATC	Oenocytes	18
12_14_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GTAAGCTCTCGGCGAGACC	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTCTTAACCTATCGAGTCGC	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGACTTGATTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGCGCATTTCTCGTCTAGG	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTAAGGAGTGCTCTAACGA	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTATCGCATTGAGTCCAGA	Ventral
midline	9
12_14_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TTCTAAGCTTACGAGGACCT	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.AAGCGCCATAATACTCTTC	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TAGCCAATTTTTGGAATCTC	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TTGAGAGATTTATGCCGAGT	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GGCGACTATATCGAGTCGC	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TGCTAATTCTGCAGGCGACG	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGGATCCGTGTCGCTCAGT	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ACCTTCGGTGCCAGGATCA	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACCGTCATGCAGGCGACG	Immature
neurons	7
12_14_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GCTGAAGCTAACTGATCTT	Oenocytes	18
12_14_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GGTTCGAGTACTATCCGCA	Mature
neurons	17
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.ATAGTCGCTGGATGCAGCA	Head epid.
/muscle	4
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CTCCAGAGTGCAGGCGACG	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCCGGTCATCTGGATTAGT	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACGAGGTTTCGCCGCCTCC	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTAGTACGTATAGTCGTAG	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCAACGTTTCTCGTCTAGG	Sensory
progenitors	14
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAACTAAGGTAAGTAGTCAG	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATAAGGCTTTATGCCGAGT	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGCCAACTTGAGTCCAGA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGCCTATTATGGCATAGCTT	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.CTCCAGAGTATCAACGATT	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TAGAGCCTTGCGACGCAGA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TATGGTCTTTGCTCTAACGA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACCAGGATTGATGGCCTT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTAGACGGTACTTCCGAAT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCTACCTTGGCTATGACT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CATCGGACTCGCCTCGAAC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CCGGATAGTACTGCCGATA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CCTCCTGATGTTGACGGCC	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TAGAGAGTATGTCGCTCAGT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGTAGGCTACTTCCGAAT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCAATCGCTGAACTGCATC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCATCCAGTATTGCGCTGA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCCATGGTTTGGAAGTACC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATGACTTGTAATCTGGAGT	Immature
neurons	7
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TCTAGGAATTAATCTGGAGT	Immature
neurons	7
12_14_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TCAGCGGTTGACCTCCGCC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GTTCCAGCTGCCAGGATCA	Oenocytes	18
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GACTTGGCTGTTGACGGCC	Oenocytes	18
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATTCGGCTACGAGGACCT	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCTCTCCATTCCGTCGCCA	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ATGCCAAGTATGCAATATG	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTAGTACGTTTCAAGACCA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATGACTTGTGACCTCCGCC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CCTCCTGATTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ATGGCAGCTGCTAACCTCA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTCATCTGTCTCGATGGAG	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGTTACCTTACTATCTTGA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.ACCGTAGCTTCGTAGAGAA	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TAGAGAGTATACTTAACTAG	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCTCGAGTTTGAGTATCA	Neural
progenitors	11
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTCCGGTTTAAGTAGTCAG	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACCAGGATAAGTAGTCAG	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCAACGTTTGCTAACCTCA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAGGTACTATATGCAATATG	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTCTAAGCTTGGATGCAGCA	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GAGCGGTATAGATATATCG	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CTAGTACGTGACCTCTCTG	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.ACGCCATATGCTAACCTCA	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TGGACCTCTACCGTTACGA	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AACCGCTGTCTGGATTAGT	Oenocytes	18
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTAAGCTCTGTTCTGAATT	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGACGAGGTGTTCTGAATT	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCCTTGGTCTCGATGGAG	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCAACTGATTCTATAAGGA	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TTGAGAGATTGCTCTAACGA	Immature
neurons	7
12_14_exp10_idx1AATACGATAA_idx2TGATACGAGT.TAACTAAGGTCCGCGGACCG	Immature
neurons	7
12_14_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.TTATAGGCATGTCCAACTCA	Immature
neurons	7
12_14_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.GATAAGCGTGACTAGTCTA	Immature
neurons	7
12_14_exp10_idx1ATGGCGCCTG_idx2GACTAGTCTA.TGCTAATTCTTCGATATTGA	Immature
neurons	7
12_14_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TATTGACTCTCAAGATTAAG	Neural
progenitors	11
12_14_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.GACGTTCGTAATACCATCC	Immature
neurons	8
12_14_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TATGCGATTTACTTCCGAAT	Immature
neurons	7
12_14_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TATTCGGCTGACTAGTCTA	Immature
neurons	7
12_14_exp3_idx1AATACGATAA_idx2AACTACCGAC.GAGTTCTCTGGTATCCGCC	Ventral
midline	9
12_14_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.ATAGTTGACTCCATAAGTCC	Immature
neurons	7
12_14_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.CCGGAGTTTGTCCAACTCA	Immature
neurons	7
12_14_exp3_idx1AGTCCGCTGC_idx2CAAGTACTGG.TAACGACTTTTGCGCCATCT	Immature
neurons	8
12_14_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.TCGAATCTTTTTCATAGGAC	Immature
neurons	7
12_14_exp3_idx1GTAGCAGCTA_idx2GGCTAATTAA.CCGTCTCATAAGACGGCCA	Immature
neurons	7
12_14_exp3_idx1GTAGGCTGCA_idx2CTCGTCTAGG.ACTGGACCTGCCGCAACGA	Immature
neurons	7
12_14_exp3_idx1TGGACGACTA_idx2CTCGGTCAAT.TAGAACCAATCAAGATTAAG	Immature
neurons	7
12_14_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.GGATAGGTTTTAATTATTG	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2ACGCAACTCC.ACGCCATATATCGAGTCGC	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCGCTCAATTTCTTATCGA	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCGCATAATAACCTAGCTT	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TACTCCTATTGCAGACCGGT	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATCGAACTTATTGCGCTGA	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TTAATGAGCTCGCCGCCTCC	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TCCTACCTTTTCTTATCGA	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGGCCTGATCTCGATGGAG	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGCAAGTCTTCCGGTAATC	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTAAGCTCTGAACTGCATC	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTGGAGTTATACTCTCTCAA	Immature
neurons	8
12_14_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.GACTCGCTTTCCGGTAATC	Immature
neurons	8
12_14_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.ACGAGGTTTCGAGCTGCCA	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CGGTTCCATGAACTGCATC	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GACCGAATTAAGCCGGCTG	Immature
neurons	8
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTTGCTCCTGCTCTAACGA	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TGAGTTAGATGCAGACCGGT	Head epid.
/muscle	4
12_14_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.GCAATCGCTTTCAAGACCA	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TCCTATTCTTTCCAGAAGGT	Neural
progenitors	11
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGCGCATTTAGTCCGCGGA	Immature
neurons	8
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TAGAGAGTATCTGGATTAGT	Immature
neurons	12
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGGTAGGCTATAGTCGTAG	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TTCTGGCCTCTCGTCTAGG	Immature
neurons	13
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TCTACTTACTCTCGATGGAG	Immature
neurons	7
12_14_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TTAATGAGCTCTCGATGGAG	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TTCCGACGTAGCGTCAATG	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCGCTCAATTCTATAAGGA	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGCGTAGTTCCGCTATATT	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGGTCGAATCGGCGAGACC	Sensory
progenitors	14
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ACCTTCGGTAAGCCGGCTG	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACGAGGTTTGTCGCTCAGT	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AGCAACGATCCGCTATATT	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCAGAACCTTTGGTCATAA	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCAACGTTTGCCAGGATCA	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTAGCGATTATGCAATATG	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GAACGGCTTGTTGACGGCC	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GCGGTATATCTCGATGGAG	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTCGGCAATAATACTCTTC	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCTGAAGCTACGAGGACCT	Immature
neurons	13
12_14_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TCGGTACCTATCGAGTCGC	Immature
neurons	8
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GCAACGTTTTCGTAGAGAA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCTCGCTCTACTGCCGATA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGGTAGGCTGCGACGCAGA	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GAAGAGGCTTTGGTCATAA	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATGCGATTTACTGCCGATA	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTCTCTCGTAAGCCGGCTG	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACCGTAGCTGCAGGCGACG	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTCCTCGTTATCGAGTCGC	Oenocytes	18
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGCGCATTTTGATGGCCTT	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TAAGACCGTGGTCGCGTCA	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CAATCGGTTGGATGCAGCA	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GAGCGGTATTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCGGTCATCTCGATGGAG	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGCGTAGTTTTGGAATCTC	Immature
neurons	8
12_14_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.ATGGCAGCTCGGTCGTTAA	Immature
neurons	8
12_14_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.GGTACGGATACGAGGACCT	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CAATCGGTTCCGTCGGAGG	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTAATGAGCTGCCAGGATCA	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CTGGAAGATCCGTCGGAGG	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GAGCGGTATGGTCGCGTCA	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCCATGGTTAATTATCAGC	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ATGGCAGCTCCGTCGGAGG	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CCTCCTGATGCTAACCTCA	Neural
progenitors	11
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GAACGATGTGCGACGCAGA	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATCGAACTTGTTCTGAATT	Neural
progenitors	11
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGTTCTGTATGGCGGATC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.AGTTGCGCTTCCAGAAGGT	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.CTCCTCGTTGGTCCAGGAG	Oenocytes	18
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CGGTTCCATACTCTCTCAA	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TCTCGCTCTGCAGACCGGT	Ventral
midline	9
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ACCGTAGCTGTTGACGGCC	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGCGACTATTGATGGCCTT	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCGGTACCTCGCCGCCTCC	Oenocytes	18
12_14_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.GACCGTCATTGAGTCTGGC	Immature
neurons	2
12_14_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TAACGACTTTCCGCGGACCG	Immature
neurons	8
12_14_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.TTCGCATAATACTTCCGAAT	Neural
progenitors	11
12_14_exp10_idx1GAGCGCGATG_idx2CTGCAATCGC.GGTACCATTTCGATATTGA	Immature
neurons	8
12_14_exp10_idx1GCGCGTTCAT_idx2CCTATAAGCT.AACTGGCATACTTCCGAAT	Immature
neurons	8
12_14_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.ATTAGTCTGTAACTACCGAC	Sensory
progenitors	14
12_14_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TCGTCTATTTGTTGACGGCC	Immature
neurons	8
12_14_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCGTCTATTTGAAGATCGAG	Head epid.
/muscle	4
12_14_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.GTAAGCTCTAATACCATCC	Immature
neurons	8
12_14_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.GCGTACTTTGACTAGTCTA	Immature
neurons	2
12_14_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.AAGGACGATTGAGTCTGGC	Neural
progenitors	11
12_14_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.TTCTCTAGTTACGCAACTCC	Immature
neurons	8
12_14_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.CCTGCTACTCGGTAGGAAT	Immature
neurons	7
12_14_exp3_idx1AGACCATATC_idx2CGATCATTAC.AAGCGCCATCTTGCAACCT	Immature
neurons	8
12_14_exp3_idx1AGTCCGCTGC_idx2CCAAGCTGAA.CTCGCATGTTTCATAGGAC	Immature
neurons	8
12_14_exp3_idx1ATAAGGACTC_idx2ATAAGAGGCG.CTTCATGCTCCTTGGTCCA	Immature
neurons	8
12_14_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TTGGAGCTTCTTGCAACCT	Immature
neurons	8
12_14_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.TCTCTCCATTTATTATGGT	Immature
neurons	8
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.AACCTCATTTACTTAACTAG	Immature
neurons	8
12_14_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.CGAAGACCTCGGTCAAGAA	Immature
neurons	8
12_14_exp3_idx1GCGCGTTCAT_idx2GATGATCGTA.TAATCAGCTTGGCCGTAGTC	Immature
neurons	8
12_14_exp3_idx1GCGCGTTCAT_idx2TCGATATTGA.ACCAATGCTTCTAATAGTA	Oenocytes	18
12_14_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.GTTCCAGCTGCTAACCTCA	Immature
neurons	8
12_14_exp3_idx1GGCTTACTCC_idx2TGAGGTAGAA.TGCCTATTATGCCATTCTCC	Immature
neurons	8
12_14_exp3_idx1TATTAGACTT_idx2TGATAGAACG.ATCTGATGATCTTGCAACCT	Immature
neurons	8
12_14_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.GAGCGGTATAATACCATCC	Immature
neurons	8
12_14_exp3_idx1TGGACGACTA_idx2CAAGCTTGGC.CAATCGGTTAGAGCCAAGG	Sensory
progenitors	14
12_14_exp3_idx1TTATTGAGGC_idx2AGATCCTATA.AGAACTCCTACGCAACTCC	Immature
neurons	12
12_14_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.ACGACGCATGGCTAATTAA	Immature
neurons	8
12_14_exp3_idx1TTGCGAGCAT_idx2TTAGATTCCG.TGCAAGGTTATATTGATAC	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.ACGAGGTTTTACTTACTTA	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.ATGCCAAGTGCAGACCGGT	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GACTACCATGCAGGCGACG	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GCAATCGCTCCGTTGACTT	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCCGGTCATACTTAACTAG	Sensory
progenitors	14
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GCAACGTTTTTCGCTTACG	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GCATCCAGTTGGAACTAGA	Neural
progenitors	0
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GTCGGCAATTTACGTATAC	Sensory
progenitors	6
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCAGGAGATCAGGTATGGA	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GTAGACGGTTTAATTATTG	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.AGCAACGATCTTCGGCGCA	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTTAGCGGTCTGGATTAGT	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GACCGTCATGACCTCCGCC	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GACTTGGCTGCTAACCTCA	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGATAGGTTCTCGATGGAG	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGCAAGTCTGTACTAGTAA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TAAGACCGTTCCAGAAGGT	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATCATGAGTGTCCAACTCA	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCATAGAGTTTCGATATTGA	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCGCCAACTACTGCCGATA	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGGTAGGCTTTGGAATCTC	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTAATGAGCTTTGGTCATAA	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CCAGAACCTAGCGTCAATG	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TCCTATTCTTAGATATATCG	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.ACCGTAGCTACGAGGACCT	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CCGAGAGATCCAGGTCTAC	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CGACGATATTGAGTCCAGA	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CGTCGAAGTCGATCATTAC	Neural
progenitors	0
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GACGTTCGTACTTAACTAG	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TGAGAATCATCAAGGCATTC	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TTGGTTAAGTTTGGATCCTT	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CAACGCAGTTATAGTAAGC	Neural
progenitors	0
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CAACGCAGTTCCGGTAATC	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CAGAAGGCTTATGCCGAGT	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CGTCGAAGTCAGGTATGGA	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACCAGGATCGGTCGTTAA	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGAGGTTCTTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGCGCATTTTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGTACGGATGCTAACCTCA	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTCGGCAATGCTAACCTCA	Neural
progenitors	3
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATCGAACTTATCAACGATT	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCCAAGTTATTAGGCAGATA	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCCTCGAGTGACTAGTCTA	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCTAGGAATTTTGGACGCTG	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGACGAGGTAAGTAGTCAG	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGCTCCTATATGCAATATG	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCTAAGCTTGCCAGGATCA	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CCATTGCGTTTCCATGGCA	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TTCGCATAATCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TTCTAAGCTTTCCAGAAGGT	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GCATCCAGTTGCGCCATCT	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TATCCAGGTTGCATATAAC	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TCAGCGGTTTTGGATCCTT	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.ACGAGGTTTGCAGACCGGT	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GGAGCTCATTGGAACTAGA	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AACCGCTGTCTTCGGCGCA	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AAGCGCCATACTTAACTAG	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ACGAGGTTTCAAGGCATTC	Neural
progenitors	0
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ACGAGGTTTTCTAGAACTA	Neural
progenitors	3
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AGTTGCGCTCAAGTACTGG	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CCGAGAGATGCGACGCCTT	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTATCTCCTGCGACGCAGA	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTGCTGAATTTGGAATCTC	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GAACGGCTTAAGTAGTCAG	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCAATCGCTGCAGACCGGT	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCGCTCAATTCCGTCGCCA	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCGTCGTATCAAGGCATTC	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTCGGAGTTACTATCCGCA	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTCGGCAATTTGAGTATCA	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TAGCTCGGTACTTAACTAG	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCCAAGTTATTTCTTATCGA	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCTCCGAATCATGCATCTC	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGAGAATCATAATACTCTTC	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCCGACGTCAAGATTAAG	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTGAGAGATTGCCAGGATCA	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.AAGATGCCTGCGCGGTAGT	Sensory
progenitors	6
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CGACGATATTATGCCGAGT	Neural
progenitors	3
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTGCTGAATCGATCATTAC	Sensory
progenitors	14
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GACTACCATACTTAACTAG	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTCGGCAATAGACTCAAGC	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TATAAGGCTTTTCCATGGCA	Neural
progenitors	3
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCCGTATGTGTTCCGCTAA	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGTTAAGACTAACTACCGAC	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.AGTTGCGCTTAGGCAGATA	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TATAAGGCTTATAGTCGTAG	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TCGTTCTGTGTACTAGTAA	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TGGCCTGATTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.CTCCTCGTTACTTAACTAG	Neural
progenitors	1
12_14_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GTCGGCAATCCGTTGACTT	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TGAGTTAGATTATAGTAAGC	Neural
progenitors	1
12_14_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TTCAACTGATTTCTTATCGA	Immature
neurons	12
12_14_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TTCTCTAGTTGACCTCTCTG	Neural
progenitors	1
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GTCGGCAATAAGTAGTCAG	Immature
neurons	8
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GTCGGCAATGTTCTGAATT	Neural
progenitors	1
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.CCGTCTCATCCGCTATATT	Neural
progenitors	1
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.CTCCGGTTTGGCATAGCTT	Neural
progenitors	1
12_14_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TCCAATAGTTTATAGTAAGC	Neural
progenitors	1
12_14_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TGGACCTCTCGGTCGTTAA	Neural
progenitors	1
12_14_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TCGTTCTGTGTTGACGGCC	Neural
progenitors	1
12_14_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TTCTCTCGTAACTACCGAC	Neural
progenitors	1
12_14_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.CCGGAGTTTCTCGATGGAG	Neural
progenitors	1
12_14_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.GGTCTACGTTTCCATGGCA	Neural
progenitors	1
12_14_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TGGACCTCTCAAGGCATTC	Neural
progenitors	1
12_14_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TTATAGGCATTTCGCTTACG	Neural
progenitors	1
12_14_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GGTCCTTCTTGCATATAAC	Neural
progenitors	1
12_14_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.GAACGGCTTGCCAGGATCA	Neural
progenitors	1
12_14_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.GACTCGCTTAGTAAGCATA	Neural
progenitors	1
12_14_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.GGCGACTATGCCAGGATCA	Neural
progenitors	1
12_14_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TCGAATCTTTTGGTATTCAT	Neural
progenitors	15
12_14_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TTGGAGTTATTGCATATAAC	Neural
progenitors	1
12_14_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.GAACGGCTTAAGTAGTCAG	Neural
progenitors	1
12_14_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.GTCCTGCATGTTGACGGCC	Neural
progenitors	1
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GAACGATGTTATTACTCAT	Neural
progenitors	1
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GCAATCGCTCGATCATTAC	Neural
progenitors	3
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GCGCTCAATAGTAAGCATA	Neural
progenitors	3
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTTCCAGCTTGATAGAACG	Neural
progenitors	1
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTTGCAAGTATAGTCGTAG	Immature
neurons	8
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCCAATAGTTTTCTTATCGA	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCCTATTCTTCATGCATCTC	Sensory
progenitors	6
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCGCCAACTTGGAAGTACC	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCTACTTACTTTACGTATAC	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCTCTCCATCTTCGGCGCA	Neural
progenitors	1
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGGTCGAATCTTCGGCGCA	Neural
progenitors	1
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CAATCGGTTGCAGACCGGT	Neural
progenitors	3
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGCAAGTCTACTTAACTAG	Neural
progenitors	1
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGTTCGAGTCAAGTACTGG	Neural
progenitors	1
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTCGGAGTTGCTCTAACGA	Neural
progenitors	1
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTTCCAGCTCGTCCGTCCT	Neural
progenitors	1
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATCATGAGTCCGCTATATT	Neural
progenitors	1
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCGTCTATTTAAGTAGTCAG	Neural
progenitors	1
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGGTCGAATCTTCGGCGCA	Neural
progenitors	1
12_14_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.ACCTTCGGTCTTCGGCGCA	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.CAACGCAGTTTCTTATCGA	Neural
progenitors	1
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CTACGGCATTGGAAGTACC	Neural
progenitors	1
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GACCAGGATCATGCATCTC	Neural
progenitors	1
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GCTGAAGCTGCAGACCGGT	Neural
progenitors	1
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCCGGTCATTGCATATAAC	Neural
progenitors	1
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCTCCGAATTGAGTCCAGA	Neural
progenitors	1
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.ACCAATGCTACTACTGAAG	Neural
progenitors	1
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.AGCAACGATTTGGATCCTT	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTAGACGGTCCGTTGACTT	Neural
progenitors	1
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TATGCGATTTATAGTCGTAG	Neural
progenitors	1
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TGATCTTCTTATAGTCGTAG	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TTCCATTACTTTAATTATTG	Ventral
midline	9
12_14_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TGCTACTAATTTGGATCCTT	Neural
progenitors	1
12_14_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.CTCCTCGTTGCAGACCGGT	Neural
progenitors	1
12_14_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TCCAAGTTATTTGGATCCTT	Neural
progenitors	1
12_14_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.CCGGAGTTTGCAGGCGACG	Neural
progenitors	1
12_14_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TCCAAGTTATTTGGACGCTG	Sensory
progenitors	6
12_14_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TCTAGGAATTTTCTTATCGA	Neural
progenitors	1
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.AAGATGCCTGCAGACCGGT	Neural
progenitors	1
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CCATTGCGTTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCTCGCTCTGCTAACCTCA	Neural
progenitors	1
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTCCGACGTAGTTCGAGTA	Sensory
progenitors	6
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTCGCATAATAGTCCGCGGA	Neural
progenitors	1
12_14_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.TCTCCGAATAAGTAGTCAG	Immature
neurons	12
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.AACCGCTGTTGGAACTAGA	Neural
progenitors	1
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GCATCCAGTCGGTCGTTAA	Neural
progenitors	1
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GCTCGAGATCGCCGCCTCC	Neural
progenitors	1
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GGAGCTCATTCCGGTAATC	Neural
progenitors	1
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GGTCCTTCTAAGTAGTCAG	Neural
progenitors	1
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TTCTCTAGTTGCCAGGATCA	Neural
progenitors	1
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TTCTGGCCTTCGATATTGA	Neural
progenitors	1
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TTGCGGTCTGCTAACCTCA	Neural
progenitors	1
12_14_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.CTATCTCCTATAGACTAGG	Neural
progenitors	1
12_14_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.GGCAAGTCTGCCAGGATCA	Neural
progenitors	3
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CCGGAGTTTGCGACGCCTT	Ventral
midline	9
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GATCGACCTACTTAACTAG	Neural
progenitors	1
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCCAAGTTATTGATGGCCTT	Neural
progenitors	1
12_14_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TTCGCATAATAACTACCGAC	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.ACGAGGTTTTATGCCGAGT	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.AGGCATCATCAGATTCGAT	Neural
progenitors	1
12_14_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GAGCGGTATTCTACCATTA	Ventral
midline	9
12_14_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.ATTGCCGGTATAGTCGTAG	Neural
progenitors	1
12_14_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GGAGCTCATCTGGATTAGT	Neural
progenitors	1
12_14_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GTCGGCAATTATGCCGAGT	Neural
progenitors	1
12_14_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TTGGCTCATCAGGTATGGA	Neural
progenitors	1
12_14_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.CGAGATGCTCAAGGCATTC	Neural
progenitors	1
12_14_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.CAGAAGGCTTTGGATCCTT	Neural
progenitors	1
12_14_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.CCATTGCGTTTAGATTCCG	Sensory
progenitors	6
12_14_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TGACGAGGTAGTTCGAGTA	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GACCAGGATTGAGTCCAGA	Neural
progenitors	1
12_14_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TCATGGCTTGACCTCCGCC	Neural
progenitors	1
12_14_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TTATAGGCATCAAGGCATTC	Neural
progenitors	1
12_14_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TCTACTTACTATGCAATATG	Neural
progenitors	1
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ATGGCGTATAAGTCTTCCG	Neural
progenitors	1
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GAGACTAGTACTATCTTGA	Neural
progenitors	1
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCGTCGTATGCAGACCGGT	Neural
progenitors	1
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGTAGTCCTCATGCATCTC	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TAGCTCGGTCCAACTAACC	Neural
progenitors	1
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCCGTATGTCTTCGGCGCA	Neural
progenitors	1
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCGTAGCGTGCAGGCGACG	Neural
progenitors	1
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCTAGGAATTCAAGGCATTC	Neural
progenitors	1
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCTCTCCATGACTAGTCTA	Sensory
progenitors	6
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGCTCCTATTAGGCAGATA	Sensory
progenitors	14
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGCTCCTATTGCATATAAC	Sensory
progenitors	6
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCTCTAGTTGGCATAGCTT	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTGGCAATATGCAGACCGGT	Neural
progenitors	3
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.AACCGCTGTATAGACTAGG	Neural
progenitors	1
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CGGTTCCATGCAGACCGGT	Neural
progenitors	1
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACCAGGATTCCAGAAGGT	Neural
progenitors	1
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGCTTACTTAAGTCTTCCG	Neural
progenitors	1
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGTCCTTCTTATAGTAAGC	Neural
progenitors	3
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TATTGACTCTAGGCCGCTCG	Neural
progenitors	0
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCCTACCTTTTAGATTCCG	Neural
progenitors	1
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCTAGGAATTTGCGCCAGAA	Neural
progenitors	1
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTGGCTCATTGCGCCAGAA	Neural
progenitors	1
12_14_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.GCAATCGCTGCGCGGTAGT	Immature
neurons	2
12_14_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TCTCGCTCTATGCAATATG	Neural
progenitors	1
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.CGACGATATAACTACCGAC	Neural
progenitors	1
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.CTACGGCATCGAGCTGCCA	Neural
progenitors	1
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GCTGAAGCTCCGTCGGAGG	Neural
progenitors	1
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GGCGACTATCGCCGCCTCC	Neural
progenitors	1
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TAGCTCGGTGCAGGCGACG	Neural
progenitors	1
12_14_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.CTGCTGAATTCGATATTGA	Neural
progenitors	1
12_14_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GCGTCGTATTTCAAGACCA	Neural
progenitors	1
12_14_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TCTATACCTTGTTGACGGCC	Neural
progenitors	15
12_14_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GACTTGGCTGCCAGGATCA	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCCTCGAGTTGATACGAGT	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCGCCAACTGTTCCGCTAA	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCGTCTATTTAATACTCTTC	Immature
neurons	13
12_14_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GGAGGTTCTGCCAACGCCA	Sensory
progenitors	6
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GACTCGCTTAAGTAGTCAG	Mature
neurons	10
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCTTCTGGTAAGCCGGCTG	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCTCCGAATCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TGAGTTAGATCCGTTGACTT	Sensory
progenitors	6
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TGCTAATTCTAGTAAGCATA	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TTGAGAGATTAGTCCGCGGA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TTGCGGTCTCAAGTACTGG	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TTGGAGTTATGCAGACCGGT	Ventral
midline	9
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATGCCAAGTGCGACGCAGA	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATGCCAAGTTACGGCTACG	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CGACGATATTTGGATCCTT	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CGGTTCCATACTTAACTAG	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTTAGCGGTTTGGACGCTG	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGAGGTTCTTTGAGTATCA	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGTACGGATTTAACGTACC	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAAGACCGTGCCAGGATCA	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATCCAGGTTTGGATCCTT	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCCTATTCTTCTGGATTAGT	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGATCTTCTTTAGGCAGATA	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGGACCTCTAGTCCGCGGA	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCTCTCGTGCTAACCTCA	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGCGGTCTTCCGTCGCCA	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.CCATCAGGTTAGGCAGATA	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GCAACGTTTGCAGACCGGT	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TAGGTACTATACCGTTACGA	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TATCCAGGTAACTACCGAC	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TATCCAGGTACTATCCGCA	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AAGCGCCATGACCTCCGCC	Sensory
progenitors	14
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ACGAGGTTTGGTCCAGGAG	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCAATCGCTATGGCGGATC	Immature
neurons	13
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCTTCTGGTGACTAGTCTA	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGCGCATTTCATGCATCTC	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TAGAGAGTATCTGGATTAGT	Sensory
progenitors	14
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TAGAGCCTTGCTAACCTCA	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCTACTTACTTGCGCCATCT	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGCCTATTATTTATAAGAAC	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGCTCCTATTAGGCAGATA	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGGCTCATTATGCCGAGT	Neural
progenitors	0
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACCAATGCTTTATAAGAAC	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AGCAACGATTGAGTCCAGA	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCGAGAGATCTTCGGCGCA	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTATCTCCTCCAGGTCTAC	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTTAGCGGTTGATGGCCTT	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GATTACGGTTTCTTATCGA	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCATCCAGTCATGCATCTC	Neural
progenitors	3
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGTCTACGTTTGGATCCTT	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTAAGGAGTTGATAGAACG	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAAGACCGTTATGCCGAGT	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATCATGAGTTCCGGTAATC	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCAGCGGTTAATACGCAGG	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCATTAAGCTCAGGTATGGA	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTAGGAATTAAGTAGTCAG	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGACGAGGTCTTCGGCGCA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGAGTTAGATACTTAACTAG	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGGTAGGCTCATGCATCTC	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCCATTACTAGTCCGCGGA	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCTAAGCTTTCGTAGAGAA	Sensory
progenitors	6
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGAGAGATTGGTCCAGGAG	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.AAGATGCCTTATGCCGAGT	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CAACGCAGTTTAGGATCTA	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CAGAAGGCTGCCAGGATCA	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CATCGGACTTTCTTATCGA	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACCGAATTAATACTCTTC	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACCGTCATTTAATTATTG	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGCGACTATCTGGATTAGT	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGTTGGCATGTCATTGCGC	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTTGCTCCTTGAGTCCAGA	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TACGGTAGTTCGATATTGA	Neural
progenitors	3
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGTTACCTTCCAGGTCTAC	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCTATTCTTCAGATTCGAT	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGAGAATCATCAAGGCATTC	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGCTACTAATCTGGATTAGT	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGTAGGCTTGAGTCCAGA	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGTCGAATTGAGTCCAGA	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCAACTGATGCCAGGATCA	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCAACTGATTCCAGAAGGT	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCAACTGATTTAGATTCCG	Sensory
progenitors	6
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCGCGGATTCCGTCGCCA	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.CCGTCTCATTTCGCTTACG	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGTCTACGTGCTAACCTCA	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGAGTTAGATTTCGCTTACG	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGCGTAGTTTGCGCCATCT	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.CTCCTCGTTTTGGATCCTT	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ATGGAGAGTGTCATTGCGC	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCAATCGCTTAGGCAGATA	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTCGGCAATTGCGCCATCT	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGCTCCTATTTCTTATCGA	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACCGTAGCTCTGGATTAGT	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACCGTAGCTGCCAGGATCA	Neural
progenitors	3
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.AGTTGCGCTCTTCGGCGCA	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.AGTTGCGCTTCGATATTGA	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CATCGGACTGTTGACGGCC	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCATCAGGTTTATAAGAAC	Sensory
progenitors	6
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CGACGATATACTATCTTGA	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CGGTTCCATTATAGTAAGC	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTGCTGAATGCCAGGATCA	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACTTGGCTTTCTTATCGA	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAGACTAGTGCAGGCGACG	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCAACGTTTTCTACCATTA	Neural
progenitors	15
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCTGAAGCTCCAACTAACC	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTACGGATTTCTTATCGA	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTTGGCATGCAGGCGACG	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATCCAGGTGCAGACCGGT	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATCGAACTTGCAGACCGGT	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATGCGATTTGCAGGCGACG	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCAATAGTTCATTATTACC	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTACTTACTACTTCCGAAT	Sensory
progenitors	6
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTCCGAATTGAGTCCAGA	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTCTCCATTGCGCCATCT	Sensory
progenitors	6
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGAACGCGTCGCCGCCTCC	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCCTATTATTTGGAATCTC	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGACCTCTACTTAACTAG	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGTCTCCTTGCGCCAGAA	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCTGGCCTTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGCGGTCTTCGATATTGA	Sensory
progenitors	6
12_14_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.TGCCTATTATCAAGATTAAG	Neural
progenitors	1
12_14_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.ATGGCGTATTTCCATGGCA	Neural
progenitors	3
12_14_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.GACCGAATTGTCCAACTCA	Neural
progenitors	1
12_14_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.GACTCGCTTACTATCTTGA	Neural
progenitors	1
12_14_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GGTACGGATGCAGACCGGT	Neural
progenitors	1
12_14_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TAGGTACTATTAGGCAGATA	Neural
progenitors	1
12_14_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TGAACGCGTCAAGTACTGG	Sensory
progenitors	6
12_14_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TGGTAATAGTAAGCCGGCTG	Neural
progenitors	1
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TCGAATCTTTGCCAGGATCA	Neural
progenitors	3
12_14_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TTGGCAATATGCGACGCAGA	Neural
progenitors	1
12_14_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GTAGACGGTTTGAGTATCA	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.AAGCGCCATAGTCCGCGGA	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGAGCTCATTTCCATGGCA	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCAGGAGATTTCAAGACCA	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCTATACCTTTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGCTACTAATAAGTCTTCCG	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TTGGCTCATGCGACGCAGA	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.AAGCGCCATATGGCGGATC	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.ACGAGGTTTCAAGATTAAG	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TATAAGGCTTCGAGCTGCCA	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TATGCGATTTATCAACGATT	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCCAAGTTATGGCTAATTAA	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CAACGCAGTAAGTAGTCAG	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CAACGCAGTGCGCGGTAGT	Sensory
progenitors	6
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GACTTGGCTAATACGCAGG	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCGGTATATGCTAACCTCA	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TAGTTACCTTTCCGTCGCCA	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCAGCGGTTTGGAAGTACC	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGCTAATTCTCATAACCAGC	Sensory
progenitors	6
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGGTAGGCTTCCAGAAGGT	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTCTAAGCTTAGACTCAAGC	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GACCGTCATCTGGATTAGT	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TATGCGATTTACTTCCGAAT	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACCAATGCTCCGTCGGAGG	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACGCCATATTGAGTCCAGA	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ATGCCAAGTTGATAGAACG	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ATGGCGTATTTGGACGCTG	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCATTGCGTGCTAACCTCA	Neural
progenitors	11
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCGTCTCATAAGTAGTCAG	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CGACGATATTATGCCGAGT	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTCCGGTTTGTTGACGGCC	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTGCTGAATATAGACTAGG	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTTAGCGGTCTGGATTAGT	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACTTGGCTAAGACGGCCA	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACTTGGCTCAAGGCATTC	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCTGAAGCTTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGTAGTCCTCATGCTGGTT	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTAAGCTCTTTGGTCATAA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTAGCGATTTATAGTAAGC	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTCGGCAATCGATCATTAC	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCTACCTTGCCAGGATCA	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCTCGAGTTATAGTAAGC	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGAATCTTTTTATAAGAAC	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCAACTGATTAGGCAGATA	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.ACCGTAGCTTCGTAGAGAA	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.ATTGCCGGTTCGATATTGA	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CCAGAACCTCCAGGTCTAC	Neural
progenitors	11
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CCGGATAGTTTCCATGGCA	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CTGGAAGATTTCTTATCGA	Neural
progenitors	3
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GCTGGCTATTTCTTATCGA	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GTCGGCAATTATGCCGAGT	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GTTGCAAGTAGCGTCAATG	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCTCCGAATTTCTTATCGA	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.AGGCATCATCCGTTGACTT	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GCGGTATATTGGAAGTACC	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TATATGCGTTACTTAACTAG	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCTCTCCATAGTTCGAGTA	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TTCTAAGCTTCCAACTAACC	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AAGATGCCTCAAGATTAAG	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AGGCATCATCAAGGCATTC	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTGGAAGATCTGGATTAGT	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTGGAAGATTTCTTATCGA	Neural
progenitors	3
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCAATCGCTTATAGTAAGC	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCTGGCTATTTCTTATCGA	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGAGGTTCTTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTAAGGAGTTTAGATTCCG	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTATCGCATTAGGCAGATA	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TACTCCTATTACTTCCGAAT	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATTCGGCTTGAGTCCAGA	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCGTCTATTTGTTGACGGCC	Neural
progenitors	1
12_14_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TCCGGTCATCGTCCGTCCT	Neural
progenitors	1
12_14_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TTAATGAGCTCGGTCGTTAA	Sensory
progenitors	6
12_14_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TGCTAATTCTGCAGACCGGT	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TTGGCTCATGAACTGCATC	Neural
progenitors	3
12_14_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TAGAGCCTTGGCATAGCTT	Neural
progenitors	1
12_14_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TAGCTCGGTAATGGTCGAC	Neural
progenitors	1
12_14_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.TATTGACTCTCTTCGGCGCA	Immature
neurons	7
12_14_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.TCGGTACCTTTCTTATCGA	Neural
progenitors	1
12_14_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.GAGCGGTATGCTAACCTCA	Neural
progenitors	1
12_14_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.TCATGGCTTTTCTTATCGA	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CAATCGGTTCGCCGCCTCC	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GGACTTGATTTGGTCATAA	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GGTTGGCATGCAGACCGGT	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCCAAGTTATAGTTCGAGTA	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCCGTATGTTGCATATAAC	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TGCTAATTCTTTGGATCCTT	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.AAGCGCCATTAGGCAGATA	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.ATAGTCGCTTGAGTCCAGA	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GAGACTAGTACTTAACTAG	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCATTAAGCTTCTACCATTA	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.AACCGCTGTGCTAACCTCA	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ACCAATGCTGGCATAGCTT	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCGAGAGATGCAGACCGGT	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCGTCTCATTTGGATCCTT	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACTACCATTTACGTATAC	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACTCGCTTGTTCTGAATT	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGCAAGTCTCGATCATTAC	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGCGCATTTAATACGCAGG	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTAAGGAGTTATGCCGAGT	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTACCTCTTAGTTGCATCT	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATGGTCTTTGCCAGGATCA	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCTACCTTACGAGGACCT	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGAATCTTTACTCTCTCAA	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGTTCTGTATGGCGGATC	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTGGCGACTTCTAGAACTA	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.ACCTTCGGTCAAGGCATTC	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CCGGATAGTCATTATTACC	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GACTCGCTTATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GATCGACCTGCAGGCGACG	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GGTCCTTCTCCAACTAACC	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCAGCGGTTTCCGTCGCCA	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCCGTATGTACTTCCGAAT	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTCGCGGATATAGTCGTAG	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTGGCTCATTTGGATCCTT	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AGTTGCGCTGCAGACCGGT	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CCAGAACCTGACCTCTCTG	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACGTTCGTTTGGATCCTT	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCGGTATATTGAGGTAGAA	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGCTTACTTTGAGGTAGAA	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTACCTCTTAAGTCTTCCG	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTAGCGATTGCTAACCTCA	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAGCCAATTTAAGTAGTCAG	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCATTAAGCTAATACTCTTC	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCCGTATGTTTCTTATCGA	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCCTACCTTTCCGTCGCCA	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGTCTATTTGCAGGCGACG	Neural
progenitors	3
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGACGAGGTGTTCTGAATT	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGCTCCTATACTTCCGAAT	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGTTAAGACTAATACTCTTC	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTATAGGCATCCGTCGGAGG	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTCTTAACCTTCCGGTAATC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CCATTGCGTCATGCATCTC	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GCCATGGTTGCAGGCGACG	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GTAAGGAGTGTACTAGTAA	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCTAGGAATTAAGTAGTCAG	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.AGGCATCATAAGTAGTCAG	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TAGAGCCTTTTCGCTTACG	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TGTTAAGACTCTTCGGCGCA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TTGCGGTCTTTCTTATCGA	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GGAGGTTCTTTGGATCCTT	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCATTAAGCTGCAGACCGGT	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TTCTCTAGTTTTGGATCCTT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CCGTCTCATTTGGATCCTT	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GTAAGCTCTCTTCGGCGCA	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TTCTAAGCTTATCAACGATT	Immature
neurons	13
12_14_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.CGCCGTAATTAGGCAGATA	Neural
progenitors	1
12_14_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.TGCTACTAATCGATCATTAC	Neural
progenitors	1
12_14_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.GCAGATACTTACGGCTACG	Neural
progenitors	1
12_14_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.GTCATCTGTCGATCATTAC	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.TCCTCGAGTCCAACTAACC	Neural
progenitors	1
12_14_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.TTCCATTACTACTGCCGATA	Neural
progenitors	1
12_14_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.CTATCTCCTAATACTCTTC	Neural
progenitors	1
12_14_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.CTCCAGAGTTGATGGCCTT	Neural
progenitors	1
12_14_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.GACTCGCTTGACTAGTCTA	Neural
progenitors	1
12_14_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.GGCAAGTCTTGAGTCCAGA	Neural
progenitors	1
12_14_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.ACCTTCGGTACTTAACTAG	Neural
progenitors	1
12_14_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.CTGCTGAATGTTCCGCTAA	Neural
progenitors	1
12_14_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.TAGTTACCTTAGTTGCATCT	Neural
progenitors	1
12_14_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.TGGTCTCCTTCGATATTGA	Neural
progenitors	1
12_14_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.TCAGTTGGTTTCCATGGCA	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GAGACTAGTCCAACTAACC	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TAGAGCCTTCATGCATCTC	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TATGACTTGTGCGCGGTAGT	Sensory
progenitors	6
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ACGCCATATATAGACTAGG	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ACGCCATATTCTACCATTA	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AGGCATCATACCGTTACGA	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GATTACGGTCTTCGGCGCA	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGCAAGTCTACCGTTACGA	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGCAAGTCTTGAGTCCAGA	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTAGTCCTCGAATAATTC	Neural
progenitors	0
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTCTACGTGCGACGCCTT	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGAGAGTATGCAGGCGACG	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATGACTTGTAATGGTCGAC	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCAGGAGATAATACTCTTC	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCGCGCATTCTTCGGCGCA	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCGCGCATTGGTCGCGTCA	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCTACTTACTCGTCCGTCCT	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCTAGGAATTTATGCCGAGT	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGATCTTCTTCTTCGGCGCA	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGGACCTCTTCGATATTGA	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCTGGCCTTTGGAATCTC	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCTTAACCTCAAGGCATTC	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.CAGAAGGCTTTAGATTCCG	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GAAGAGGCTTACGGCTACG	Ventral
midline	9
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GGACTTGATATAGACTAGG	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TACTCCTATTTATGCCGAGT	Sensory
progenitors	14
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TCGAATCTTTTTCCATGGCA	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.AAGATGCCTATAGACTAGG	Mature
neurons	10
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CAGAAGGCTTTAGATTCCG	Sensory
progenitors	6
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTAGTACGTCCAACTAACC	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GAGCGGTATCCTAGCGCCT	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCTCGAGATTTCAAGACCA	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTCGGAGTTGCCAGGATCA	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TAGAGCCTTGACTAGTCTA	Neural
progenitors	0
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TAGCCAATTTTTCCATGGCA	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TATGGTCTTTTTGGATCCTT	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCCAAGTTATACTTCCGAAT	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCGCGCATTAAGTAGTCAG	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGGTAATAGTTTGGAATCTC	Sensory
progenitors	14
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTCTTAACCTTATCCTCAAT	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTGGCAATATGGCATAGCTT	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GACTACCATACTTAACTAG	Neural
progenitors	3
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GACTGACGTCAAGGCATTC	Ventral
midline	9
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TCTCGCTCTTTGGATCCTT	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TGATCTTCTTACTTAACTAG	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TGCTACTAATTTAATTATTG	Neural
progenitors	3
12_14_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TCATTAAGCTATCAACGATT	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TGCCTTGGTGCAGACCGGT	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TGCTAATTCTTTGGAATCTC	Neural
progenitors	1
12_14_exp10_idx1AATACGATAA_idx2AACTTATAAG.ACGCTTGATACTTCCGAAT	Sensory
progenitors	6
12_14_exp10_idx1AATACGATAA_idx2AACTTATAAG.AGTATTAGCTTCTAATAGTA	Immature
neurons	8
12_14_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TTGGAGTTATACTTCCGAAT	Neural
progenitors	1
12_14_exp10_idx1AATACGATAA_idx2CTCGATGGAG.TACTCCTATTAGAGCCAAGG	Neural
progenitors	3
12_14_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.ACTTACTCATGCCATTCTCC	Immature
neurons	2
12_14_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.TTGGCAATATTGGAACTAGA	Neural
progenitors	1
12_14_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TACTTGCGTGTCCAACTCA	Sensory
progenitors	14
12_14_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TTGGAGTTATGGCTAATTAA	Neural
progenitors	1
12_14_exp10_idx1AGACCATATC_idx2AGGATTACCA.ATAACTTCCTAATGGTCGAC	Immature
neurons	2
12_14_exp10_idx1AGACCATATC_idx2CCTATAAGCT.GGCTTACTTAATACCATCC	Neural
progenitors	3
12_14_exp10_idx1AGACCATATC_idx2CGATCATTAC.TTCGCATAATTGAGGTAGAA	Neural
progenitors	1
12_14_exp10_idx1AGACCATATC_idx2GATCAGTCAT.CCTAATGGTTCTAATAGTA	Neural
progenitors	1
12_14_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TCCAAGTTATAATACCATCC	Neural
progenitors	1
12_14_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.GTCTCTACTCAAGATTAAG	Neural
progenitors	1
12_14_exp10_idx1AGGTCAGCTT_idx2GGCTAATTAA.TTCAACTGATGCAAGGAATA	Neural
progenitors	1
12_14_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.ATTAGGTACTTCGATATTGA	Neural
progenitors	1
12_14_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.ATTAGTCTGTGCTAACTTGC	Immature
neurons	13
12_14_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.ACTTGATTGTTGGAACTAGA	Sensory
progenitors	6
12_14_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TGGTAATAGTTCGATATTGA	Neural
progenitors	1
12_14_exp10_idx1AGTCCGCTGC_idx2GAACTGCATC.TTCTCATTGTACTTCCGAAT	Neural
progenitors	1
12_14_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.ATATGGATCTACTTCCGAAT	Neural
progenitors	1
12_14_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.ATTGATCGTTCAAGATTAAG	Neural
progenitors	0
12_14_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TATGCGATTTACTTCCGAAT	Immature
neurons	7
12_14_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TTGACCAGTCCGCGGACCG	Neural
progenitors	1
12_14_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.TTCCATTACTCCAGGTCTAC	Sensory
progenitors	14
12_14_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.TTCCATCTTTTCGATATTGA	Neural
progenitors	1
12_14_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.GCTGGCTATCCAGTTCCAA	Neural
progenitors	0
12_14_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.GTCCTGCATCCGCGGACCG	Neural
progenitors	1
12_14_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.GCTGAAGCTTTATAAGAAC	Neural
progenitors	15
12_14_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.GACCAGGATTCGATATTGA	Neural
progenitors	0
12_14_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.GGCTAAGATTAGCCGTCAT	Neural
progenitors	1
12_14_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.GTCTATGGTGCTAACTTGC	Sensory
progenitors	6
12_14_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TTTGCTTAGTTGCCGGCAGA	Neural
progenitors	3
12_14_exp10_idx1CCTCAGCTCC_idx2ATAGGATATG.TATCTCGATTCAAGATTAAG	Neural
progenitors	1
12_14_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.AGATCGGATAACTACCGAC	Neural
progenitors	1
12_14_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TGTTAAGACTCCTAGCGCCT	Neural
progenitors	1
12_14_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TTCGTTCCTGCTAACTTGC	Neural
progenitors	1
12_14_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.CAGCAAGTTGTCCAACTCA	Neural
progenitors	1
12_14_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.GACCGTCATAATACCATCC	Neural
progenitors	1
12_14_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TAGGAAGGTTCGATATTGA	Neural
progenitors	1
12_14_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TGTCCTTATTCCGCGGACCG	Neural
progenitors	1
12_14_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.CAAGCAACTGACTAGTCTA	Neural
progenitors	1
12_14_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.GGTTGGCATGCCGCAACGA	Neural
progenitors	0
12_14_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TTTGCTTAGTGCCATTCTCC	Neural
progenitors	1
12_14_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.ACTTGATTGTAATACCATCC	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TTGGCTCATGTCCAACTCA	Neural
progenitors	1
12_14_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.CTCGTTGATCATTCAATCA	Neural
progenitors	11
12_14_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.GACTTGGCTGATCGCTTCT	Neural
progenitors	1
12_14_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.GTAAGGAGTGGCTCTCTAT	Neural
progenitors	11
12_14_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.TTCTCATTGTGTCCAACTCA	Neural
progenitors	1
12_14_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.AACTAGTTGTGGCTCTCTAT	Neural
progenitors	11
12_14_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.TTTGCTTAGTGGTCGCGTCA	Neural
progenitors	0
12_14_exp10_idx1GATTCTTGAA_idx2GAACTGCATC.TTGGAGCTTGGTATCCGCC	Neural
progenitors	3
12_14_exp10_idx1GCATCGTATG_idx2AATTGCCTAC.GCATCCAGTGGCTAATTAA	Neural
progenitors	1
12_14_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.GATACGTCTTCAACGTAAG	Neural
progenitors	1
12_14_exp10_idx1GCATCGTATG_idx2CGATCATTAC.TGCTACTAATAATTATCAGC	Neural
progenitors	1
12_14_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.ACTTGATTGTGCCATTCTCC	Neural
progenitors	1
12_14_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.CTGCCTTATCAAGATTAAG	Neural
progenitors	1
12_14_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TAGCCAATTTAGTAAGCATA	Neural
progenitors	1
12_14_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TAGGAAGGTTGAGTCTGGC	Neural
progenitors	0
12_14_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TCGTCTATTTACCGCCAACC	Neural
progenitors	1
12_14_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TTCCATCTTTCGTCCGTCCT	Neural
progenitors	11
12_14_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.AGAGTACCTGGCATAGCTT	Neural
progenitors	1
12_14_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TAGCCAATTTCGATCATTAC	Neural
progenitors	1
12_14_exp10_idx1GCTTGAAGAG_idx2ACTATCCGCA.AAGTTCTTGTCCGCGGACCG	Neural
progenitors	1
12_14_exp10_idx1GCTTGAAGAG_idx2ACTATCCGCA.TCTACTTACTTTGAGTATCA	Neural
progenitors	1
12_14_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.ATCAGTCATTGACCTCTCTG	Neural
progenitors	3
12_14_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TAGGTACTATACGCAACTCC	Neural
progenitors	1
12_14_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.GCTCTTAGTCTGCTTCGAC	Neural
progenitors	0
12_14_exp10_idx1GCTTGAAGAG_idx2TCGTAGGCTT.ATAACTTCCTGACTAGTCTA	Neural
progenitors	0
12_14_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TTGACTCAATCAAGATTAAG	Neural
progenitors	1
12_14_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TAGGAAGGTTATATACTAA	Neural
progenitors	1
12_14_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TGGTTGAATTCCAGGTCTAC	Neural
progenitors	1
12_14_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.GGCGTTAATCCGCGGACCG	Neural
progenitors	1
12_14_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.TCCTCGAGTGTCCAACTCA	Neural
progenitors	11
12_14_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.TATTGACTCTAATTATCAGC	Neural
progenitors	1
12_14_exp10_idx1GGCTTACTCC_idx2TTCTACGCCA.CTCGTTGATACTTCCGAAT	Neural
progenitors	1
12_14_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.TGAGAATCATAATACGCAGG	Neural
progenitors	1
12_14_exp10_idx1GGTTATCGAA_idx2TTCTACGCCA.TAGAGAGTATTTGAGTATCA	Immature
neurons	2
12_14_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.ATACCAGTTTCGCCTCGAAC	Neural
progenitors	1
12_14_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TGAGTTAGATTGAGTCTGGC	Neural
progenitors	1
12_14_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TGCTAATTCTTCCGGTAATC	Neural
progenitors	1
12_14_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.GTCGTAACTTCCAGAAGGT	Neural
progenitors	1
12_14_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.CAAGCAACTGCAGGTCCGT	Neural
progenitors	1
12_14_exp10_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATTCCTAGATGCTAACTTGC	Neural
progenitors	11
12_14_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.ATACCAGTTTTCTAATAGTA	Neural
progenitors	1
12_14_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TTATAGGCATGCTAACTTGC	Neural
progenitors	1
12_14_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.GCGGTATATACGGAGGCGG	Neural
progenitors	1
12_14_exp10_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCTAGGAATTTCGATATTGA	Neural
progenitors	11
12_14_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TTATAGGCATTCGATATTGA	Neural
progenitors	1
12_14_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TTGACCAGTAGTAAGCATA	Mature
neurons	10
12_14_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.AAACTCCAATCCGCGGACCG	Neural
progenitors	1
12_14_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.GCTCTTAGTGACTAGTCTA	Neural
progenitors	1
12_14_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TACTCCTATTTTAGATTCCG	Immature
neurons	2
12_14_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TAGATGACTTCCGCGGACCG	Neural
progenitors	1
12_14_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TAGTTACCTTGGCATAGCTT	Neural
progenitors	1
12_14_exp10_idx1TATAATAGTT_idx2CTGCTTCGAC.GGACTTGATGACTAGTCTA	Neural
progenitors	1
12_14_exp10_idx1TATAATAGTT_idx2GGAACGATGG.GCTGAAGCTGGCTAATTAA	Neural
progenitors	1
12_14_exp10_idx1TATAATAGTT_idx2TGCCAGATGG.TTGATTCCTTCAAGATTAAG	Neural
progenitors	1
12_14_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.GCTGAAGCTGTCCAACTCA	Neural
progenitors	1
12_14_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.GTCTATGGTTCGATATTGA	Neural
progenitors	0
12_14_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TGGTTGAATTGGTCGCGTCA	Sensory
progenitors	6
12_14_exp10_idx1TATTAGACTT_idx2CATGCATCTC.CGAATGAGTGACTAGTCTA	Immature
neurons	2
12_14_exp10_idx1TATTAGACTT_idx2CATTATTACC.GCTCTTAGTAGTAAGCATA	Neural
progenitors	1
12_14_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TCATGGCTTAACGGACCAA	Neural
progenitors	1
12_14_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TCGAGAAGTAACTGATCTT	Immature
neurons	8
12_14_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TCGAGAAGTTGAGTCTGGC	Neural
progenitors	3
12_14_exp10_idx1TATTAGACTT_idx2TGATAGAACG.GCCATGGTTTGATACGAGT	Neural
progenitors	11
12_14_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TAGCCAATTTTCGATATTGA	Neural
progenitors	3
12_14_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.CCTAATGGTTCGATATTGA	Neural
progenitors	1
12_14_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.CTGGAAGATGGAGGATAGC	Neural
progenitors	1
12_14_exp10_idx1TCCTCTGCCG_idx2AGTTGCATCT.ATACCAGTTTTTATAAGAAC	Sensory
progenitors	14
12_14_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.CTTCGACTTTGCCGGCAGA	Sensory
progenitors	6
12_14_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TGAATTCGTTCTAACTAGAT	Neural
progenitors	0
12_14_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.TCCTAACTTTCCGCGGACCG	Sensory
progenitors	6
12_14_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.CTCGTTGATCCGCGGACCG	Neural
progenitors	1
12_14_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TAAGAATGGTACTTCCGAAT	Immature
neurons	2
12_14_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.GGCAAGTCTTTGGTCATAA	Immature
neurons	2
12_14_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TCGAGAAGTAATACCATCC	Neural
progenitors	1
12_14_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.GTATCGCATTGAGGTAGAA	Neural
progenitors	1
12_14_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.ACGTTGCTTTGAGTCTGGC	Mature
neurons	10
12_14_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.AAGTTCTTGTAGCTTATCCG	Neural
progenitors	11
12_14_exp10_idx1TTATTGAGGC_idx2TATAACTTCC.TATGAGAACTTCGATATTGA	Neural
progenitors	1
12_14_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TATTGACTCTTCTAATAGTA	Neural
progenitors	1
12_14_exp10_idx1TTGCCGTAGG_idx2ACGTTCAACC.TTCCATCTTTTCGATATTGA	Sensory
progenitors	6
12_14_exp10_idx1TTGCCGTAGG_idx2GATGATCGTA.TCAGGAGATTGGAACTAGA	Neural
progenitors	1
12_14_exp11_idx1AGTTCTCATG.CAGGACTCTTATATACTAA	Neural
progenitors	1
12_14_exp11_idx1TCCGGCTTAT.GTCATCTGTGCTCAGCCGG	Neural
progenitors	1
12_14_exp11_idx1TCCGGCTTAT.TCCTATAAGTTGGCCATGCA	Immature
neurons	2
12_14_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.ACTTATGGTTGCCGTCGCGT	Neural
progenitors	1
12_14_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.GTCGGAGTTTTCAATATAA	Immature
neurons	2
12_14_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.TCCTATAAGTAAGTTGCCAT	Neural
progenitors	1
12_14_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.ACGTTGCTTAGCTTATCCG	Neural
progenitors	1
12_14_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.TAAGGTTCATGCTAACTTGC	Neural
progenitors	0
12_14_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.TCTTAGTTCTAGGTTAGCAT	Neural
progenitors	1
12_14_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.CAGGACTCTGCAGGCGACG	Neural
progenitors	1
12_14_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TCGCCAACTTCAGACGAAC	Neural
progenitors	1
12_14_exp3_idx1AGACCATATC_idx2CCGTCGGAGG.ACCTTCGGTCCATAAGTCC	Neural
progenitors	1
12_14_exp3_idx1AGACCATATC_idx2CGATCATTAC.ATCAGTCATTCAAGTCGACC	Neural
progenitors	1
12_14_exp3_idx1AGGTCAGCTT_idx2CAAGTACTGG.CCATCGTCTTTGAGTATCA	Ventral
midline	9
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTAATTAA.ATTAATGCCTTCTCCTATAA	Neural
progenitors	1
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.TGGATCCGTCGGAGATCCG	Neural
progenitors	1
12_14_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.TCCTAACTTTACCGGAATTA	Neural
progenitors	1
12_14_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.CGAGGCAATCTTGCAACCT	Neural
progenitors	1
12_14_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.AGGCATCATTGGCTGATGA	Neural
progenitors	1
12_14_exp3_idx1AGTCCGCTGC_idx2CCAAGCTGAA.GGTACCATTAAGTTGCCAT	Immature
neurons	2
12_14_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.AAGCGCCATTCCAATCATC	Sensory
progenitors	6
12_14_exp3_idx1AGTCCGCTGC_idx2GACTAGTCTA.ATTGCCGGTTATCATGATC	Neural
progenitors	1
12_14_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.CGCCGTAATAGAGAAGGTT	Neural
progenitors	1
12_14_exp3_idx1ATAAGGACTC_idx2AAGATCCAAC.TTGACTCAATCTAACTAGAT	Neural
progenitors	1
12_14_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.AAGGACGATAATGCCGCTT	Neural
progenitors	1
12_14_exp3_idx1ATAAGGACTC_idx2ATAGGATATG.GTAAGCTCTCGGAAGATAT	Neural
progenitors	0
12_14_exp3_idx1ATAAGGACTC_idx2CGAGTTAGAG.GCGTACTTTTCGGCCTTAC	Neural
progenitors	1
12_14_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.ACGATATCATTTATTATGGT	Neural
progenitors	1
12_14_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.CCAAGGATTTTATTCTGAG	Sensory
progenitors	6
12_14_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.TTCCGACGTTGATAGAACG	Neural
progenitors	1
12_14_exp3_idx1ATTATGCAAG_idx2CTAACTCCAA.CAAGCAACTAATTAAGACT	Neural
progenitors	1
12_14_exp3_idx1ATTATGCAAG_idx2CTAACTCCAA.CCGTCTCATCTCTGCGGCA	Neural
progenitors	1
12_14_exp3_idx1ATTATGCAAG_idx2TGATAGAACG.AAATCGTTCTATAGACTAGG	Immature
neurons	7
12_14_exp3_idx1ATTATGCAAG_idx2TGATAGAACG.AAGCAGTATTTGCGGACCTA	Neural
progenitors	1
12_14_exp3_idx1ATTATGCAAG_idx2TGATAGAACG.TGCCTTGGTAGCGTCAATG	Neural
progenitors	1
12_14_exp3_idx1CCTCAGCTCC_idx2CGACTACCAA.TCGAGAAGTACTATAGGTT	Immature
neurons	12
12_14_exp3_idx1CCTCAGCTCC_idx2CGGCGAGACC.CCAGCCTTTTGGCTGATGA	Neural
progenitors	3
12_14_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TTTGCTACTTCTTGCAACCT	Neural
progenitors	1
12_14_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.AGGCTCGTTCGTCGCAGCC	Neural
progenitors	1
12_14_exp3_idx1CCTCAGCTCC_idx2GACTAGTCTA.TTCTCATTGTCTAAGAGAAG	Neural
progenitors	1
12_14_exp3_idx1CCTCAGCTCC_idx2GGACTCATTG.GCATCCAGTGACGACCTGC	Immature
neurons	2
12_14_exp3_idx1CCTCAGCTCC_idx2GTCATTGCGC.TATCTCGATTTGAGGTAGAA	Neural
progenitors	1
12_14_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.AGGATAATCTGCCATTCTCC	Neural
progenitors	1
12_14_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.TATCTCGATTCCTTACTCCT	Immature
neurons	2
12_14_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.ATGGACTATTCTTGCAACCT	Sensory
progenitors	6
12_14_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.GATTACGGTCCTTGGTCCA	Neural
progenitors	1
12_14_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.TGAGTTAGATAATACCATCC	Neural
progenitors	1
12_14_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.TAAGACCGTCATCAGAATG	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.GCATCCAGTTTCAATATAA	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2CTGCTTCGAC.AACTGGCATTTATTATGGT	Neural
progenitors	1
12_14_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.TCAGTTGGTCTGGATTAGT	Neural
progenitors	1
12_14_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.AACGCGTCTAACTACCGAC	Neural
progenitors	1
12_14_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.ACGGAACGTCGAATAATTC	Immature
neurons	8
12_14_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.CGCTAACCTGCCGTATGCT	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TCGAATCTTTAGCCGGTACC	Neural
progenitors	1
12_14_exp3_idx1GATTCTTGAA_idx2TCCGGTAATC.ACTTACTCATTAGATCTACT	Neural
progenitors	1
12_14_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.GACTCGCTTACGTTCAACC	Neural
progenitors	1
12_14_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.TGCTCCTATGTCCAACTCA	Mature
neurons	10
12_14_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.GTTGCTCCTCCGTCCAGTA	Neural
progenitors	1
12_14_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.ACAATGCTATCCGCAAGTTC	Neural
progenitors	1
12_14_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.CGAAGACCTCTTGGTAATG	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.AAGCGCCATAATGCCGCTT	Neural
progenitors	1
12_14_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.CCGAGAGATCGTAATGCAG	Neural
progenitors	1
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CGTCTTCCTTTAATTGAAT	Neural
progenitors	1
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.GGTACGGATGGCTAATTAA	Neural
progenitors	1
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TTGATTCCTTCCATTATCTA	Neural
progenitors	1
12_14_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.TAACGACTTTCAACCAGTAC	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.TGAGTTAGATCCGTTCGGAT	Neural
progenitors	1
12_14_exp3_idx1GCATCGTATG_idx2CTGCAATCGC.GAGGAACTTTTATTCTGAG	Neural
progenitors	1
12_14_exp3_idx1GCATCGTATG_idx2GACCTCTCTG.CCGTCGATTAAGAAGCTAG	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.ACAGGTATTTACCGCAGAAT	Ventral
midline	9
12_14_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.ACTTATGGTTCGGTCAAGAA	Neural
progenitors	1
12_14_exp3_idx1GCATCGTATG_idx2TCGATATTGA.AATACCGAATTTACGTATAC	Neural
progenitors	1
12_14_exp3_idx1GCATCGTATG_idx2TCGATATTGA.ACGCTTATATCATCAGAATG	Neural
progenitors	1
12_14_exp3_idx1GCATCGTATG_idx2TCGATATTGA.ATTCCTAGATCAACCAGTAC	Neural
progenitors	1
12_14_exp3_idx1GCATCGTATG_idx2TCGATATTGA.ATTCCTAGATTAACGAATTG	Neural
progenitors	1
12_14_exp3_idx1GCATCGTATG_idx2TCGATATTGA.TATCCAGGTTAACGAATTG	Neural
progenitors	11
12_14_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TCAGCTTCTCCGCGGACCG	Neural
progenitors	1
12_14_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.ATTGAGGAATACCAGCGCAG	Sensory
progenitors	6
12_14_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.CGTACCTATAGAGAAGGTT	Neural
progenitors	1
12_14_exp3_idx1GCGCGTTCAT_idx2GCAACTGGCA.AGATTCAACTTCGAGGAGTA	Ventral
midline	9
12_14_exp3_idx1GCGCGTTCAT_idx2GCAACTGGCA.CTAGTACGTTGATAGAACG	Neural
progenitors	1
12_14_exp3_idx1GCGCGTTCAT_idx2TCGATATTGA.AATTCATCGTACCGGAATTA	Neural
progenitors	1
12_14_exp3_idx1GCGCGTTCAT_idx2TCGATATTGA.TAGAACCAATTTCCAACCGC	Immature
neurons	7
12_14_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.AGGCATCATTTCATAGGAC	Neural
progenitors	1
12_14_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.GACTACCATGGCAATGAGA	Neural
progenitors	1
12_14_exp3_idx1GCTTGAAGAG_idx2GGCTAATTAA.AACGTAATCTCCGTTCCTTA	Neural
progenitors	1
12_14_exp3_idx1GTAGCAGCTA_idx2CGAAGGACGA.AAGTTCTTGTATCCATGACT	Neural
progenitors	1
12_14_exp3_idx1GTAGCAGCTA_idx2GGCTAATTAA.ACCAATGCTTTCTTAATAA	Neural
progenitors	1
12_14_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.ACGAGGTTTGCAGACCGGT	Neural
progenitors	1
12_14_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.ACGGAACGTGTTCCGCTAA	Neural
progenitors	1
12_14_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.ACGTTGCTTTTATTATGGT	Neural
progenitors	1
12_14_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.CTTCGACTTGAGCATCATT	Neural
progenitors	1
12_14_exp3_idx1GTAGGCTGCA_idx2GACCTCCGCC.CCGAGAGATAAGTTGCCAT	Neural
progenitors	1
12_14_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.ATCTGATGATAGTTCGAGTA	Neural
progenitors	1
12_14_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.TTCTTCGTTTTGGTATTCAT	Neural
progenitors	1
12_14_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.CTCTGAGCTCTCTGCGGCA	Neural
progenitors	1
12_14_exp3_idx1TAGGTAACTT_idx2ACTCTCTCAA.ACCGGTTCTCTGCTTCGAC	Sensory
progenitors	6
12_14_exp3_idx1TAGGTAACTT_idx2CTCCGGTTCT.CCAATCCATTGAGGTAGAA	Immature
neurons	2
12_14_exp3_idx1TAGGTAACTT_idx2TCTAGAACTA.TCCTATAAGTTACGGCTACG	Neural
progenitors	1
12_14_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.TGGATTCTATCATACTCCGA	Neural
progenitors	1
12_14_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.CGCCGTAATCAGATTCGAT	Neural
progenitors	1
12_14_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.CGGAACCTTAAGACGGCCA	Neural
progenitors	1
12_14_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.AATTCTAGGTCCGCTGCCAG	Neural
progenitors	1
12_14_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.ATGCATTCATTAGAGTAATA	Neural
progenitors	1
12_14_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.CCAAGGATTTTACCTCGAC	Neural
progenitors	1
12_14_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.GTAGCGATTAATACCATCC	Neural
progenitors	1
12_14_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.TAATCAGCTTTATAGACGCA	Immature
neurons	2
12_14_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.AGAACTCCTGTATAATACG	Neural
progenitors	1
12_14_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.ATTAGTCTGTTATAGTAAGC	Neural
progenitors	1
12_14_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TCAAGATCTTCATCTCTGCA	Neural
progenitors	1
12_14_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.CTCTGAGCTTATGAGTTAA	Ventral
midline	9
12_14_exp3_idx1TCTTGAGGTT_idx2GGACTCATTG.ATATGCCATTGGTACTGCCT	Neural
progenitors	1
12_14_exp3_idx1TCTTGAGGTT_idx2GTCATTGCGC.TCGCCAACTTAATGAACGA	Neural
progenitors	1
12_14_exp3_idx1TGGACGACTA_idx2AACGGACCAA.CCAGAACCTGTCCTACTTG	Neural
progenitors	1
12_14_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TGCTGGATTGTCCTTAAGA	Neural
progenitors	1
12_14_exp3_idx1TGGACGACTA_idx2AGCGTCAATG.GAACGATGTTCTAGAACTA	Neural
progenitors	1
12_14_exp3_idx1TGGACGACTA_idx2AGCGTCAATG.TAGAGAGTATTAGACTTCTT	Neural
progenitors	1
12_14_exp3_idx1TGGACGACTA_idx2CTCGGTCAAT.AAGTATTGGTGCCATTCTCC	Immature
neurons	2
12_14_exp3_idx1TGGACGACTA_idx2GACCTCTCTG.TGCTGGATTCCTTGGTCCA	Neural
progenitors	1
12_14_exp3_idx1TGGACGACTA_idx2TCGATATTGA.GTTCCAGCTAGTAAGCATA	Immature
neurons	2
12_14_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.ACTGAATACTCATACTCCGA	Neural
progenitors	1
12_14_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.GTAAGCTCTGCTAACTTGC	Neural
progenitors	1
12_14_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.TGGTCGAATAAGTCTTCCG	Neural
progenitors	1
12_14_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.TTGGAGCTTAGCTGCAATA	Neural
progenitors	1
12_14_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.TGCTGGATTGTCCTACTTG	Neural
progenitors	1
12_14_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.ACTGAATACTACCGCAGAAT	Neural
progenitors	1
12_14_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.ATGGTTGGTGTATAATACG	Neural
progenitors	1
12_14_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.GTTCCAGCTTTAATTATTG	Neural
progenitors	1
12_14_exp3_idx1TTCCGTCGAC_idx2GATCAGTCAT.AATACCGAATTTGCGAGGCA	Neural
progenitors	1
12_14_exp3_idx1TTCGAATATT_idx2AGGATTACCA.TAACGACTTTGTCCAACTCA	Immature
neurons	2
12_14_exp3_idx1TTGCCGTAGG_idx2AACCTAGCTT.ATGCCAAGTTGAGGTAGAA	Immature
neurons	2
12_14_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.ACAGGTATTTTTCATAGGAC	Neural
progenitors	1
12_14_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.CTGACGTTTCTTGCAACCT	Neural
progenitors	1
12_14_exp3_idx1TTGCCGTAGG_idx2ACTTCCGAAT.TCGCCAACTCCAGGCCGCA	Neural
progenitors	1
12_14_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.ACGCTTGATTAGCCGTCAT	Neural
progenitors	1
12_14_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.CCGGATAGTGCCAACGCCA	Neural
progenitors	1
12_14_exp3_idx1TTGCCGTAGG_idx2TGAGGTAGAA.CTCCAGAGTCAAGTCGACC	Neural
progenitors	1
12_14_exp3_idx1TTGCCGTAGG_idx2TGAGGTAGAA.GCGCTCAATTAGGCAGATA	Neural
progenitors	1
12_14_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.AAGTATTGGTGTATAATACG	Neural
progenitors	1
12_14_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.CCATCGTCTTAGAGTAATA	Neural
progenitors	1
12_14_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.TATCCAGGTTGGTATTCAT	Immature
neurons	2
12_14_exp3_idx1TTGCGAGCAT_idx2CATGCATCTC.TGGCCTGATCTTGGTAATG	Neural
progenitors	1
12_14_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.ATACTACTCTCTGCTTCGAC	Neural
progenitors	1
12_14_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.ATGGTAACTTAAGTCTTCCG	Sensory
progenitors	14
12_14_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.GCATCCAGTTTCAATATAA	Neural
progenitors	1
12_14_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.AATCCAGTATAGCGTCAATG	Sensory
progenitors	14
12_14_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.TAGAGAGTATTTAATTGAAT	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CTTCATGCTAAGCCGGCTG	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCCAAGTTATTTCTTATCGA	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GGCGACTATATGGCGGATC	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TATCCAGGTCTGGATTAGT	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TCCGGTCATTTGGAATCTC	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TCGAATCTTTGCAGACCGGT	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CGTCGAAGTACCGTTACGA	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GACCAGGATTTGGAATCTC	Oenocytes	18
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCGGAGAATACGAGGACCT	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTTGCAAGTGATGATCGTA	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GTTCGCTGTTTGGATCCTT	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.AAGATGCCTTATGCCGAGT	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CGACGATATTTGGAATCTC	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCATGGCTTGCAGACCGGT	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCGGTACCTATAGTCGTAG	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGCGTAGTTTGAGTCCAGA	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GAGACTAGTAAGTAGTCAG	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GGCGCATTTTCGTAGAGAA	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TAGAGCCTTTGAGTCCAGA	Immature
neurons	13
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CCATCAGGTTTCCATGGCA	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GCAACGTTTAGATATATCG	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GGATAGGTTCGCCGCCTCC	Immature
neurons	7
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TGCTCCTATCAAGTACTGG	Neural
progenitors	1
12_14_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TCCAAGTTATTTCCATGGCA	Immature
neurons	8
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.AGTTGCGCTCGGCGAGACC	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCGAATCTTTATCAACGATT	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TAGCTCGGTTATGCCGAGT	Ventral
midline	9
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.AGCAACGATATGGCGGATC	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.AGGCATCATACTTAACTAG	Sensory
progenitors	14
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CCATCAGGTGCGACGCAGA	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCGCCAACTCTTCGGCGCA	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCGCGCATTAACCTAGCTT	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CTTAGCGGTGCAGACCGGT	Sensory
progenitors	14
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TGCTAATTCTGTCCAACTCA	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.CGGTTCCATTTCCATGGCA	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GCTTCTGGTTTCCATGGCA	Oenocytes	18
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCCAAGTTATTTCTTATCGA	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTCGCATAATTTCAAGACCA	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.AGGCATCATCTGGATTAGT	Sensory
progenitors	14
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TGCGTAGTTTTCTTATCGA	Immature
neurons	8
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TACTCCTATTCCAACTAACC	Immature
neurons	8
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTCGCATAATTTGGAATCTC	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.CTGCTGAATCAAGGCATTC	Sensory
progenitors	14
12_14_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TTATAGGCATTTCAAGACCA	Sensory
progenitors	14
12_14_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TTATAGGCATTTGGAATCTC	Sensory
progenitors	14
12_14_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GCCATGGTTCCGTCGGAGG	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.AGCAACGATCATGCATCTC	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GATCGACCTCAAGTACTGG	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGCGACTATTATAGTAAGC	Immature
neurons	8
12_14_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TTGAGTCCTGCGACGCAGA	Immature
neurons	8
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TATTGACTCTTGGAAGTACC	Sensory
progenitors	14
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.AAGCGCCATTCGTAGAGAA	Oenocytes	18
12_14_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TGGACCTCTATAGTCGTAG	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TTCGCGGATTTAACGTACC	Sensory
progenitors	14
12_14_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TGGCCTGATAGATATATCG	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TATAAGGCTTTCCGGTAATC	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACCTTCGGTCCGCTATATT	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.CAACGCAGTCAAGGCATTC	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGGAGTTATGCAGGCGACG	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTCCGGTTTAAGCCGGCTG	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCTCGAGATATGGCGGATC	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGTTGGCATACTCTCTCAA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATTGAGGTTCTTCGGCGCA	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGCGCATTCCGTCGGAGG	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTACTTACTCTGGATTAGT	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCGGATAGTTTGGATCCTT	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CGGTTCCATTGAGTCCAGA	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCAACGTTTTCCGGTAATC	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCCGACGTCCAACTAACC	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GCGTCGTATCAAGGCATTC	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TATGCGATTTCTGGATTAGT	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TTGAGAGATTTATGCCGAGT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCGCTCAATCTGGATTAGT	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGCTTACTTGACCTCCGCC	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCGTTCTGTTTGGATCCTT	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CTCTACTGTCAAGGCATTC	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GGAGGTTCTGCTCTCGCCT	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACTCGCTTGTTGACGGCC	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCAATCGCTTATTACTCAT	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCGCTCAATGCTAACCTCA	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCGGTATATTCCAGAAGGT	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATTGACTCTATCGAGTCGC	Immature
neurons	8
12_14_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.GGCGACTATTTCTTATCGA	Immature
neurons	8
12_14_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.TCCGGTCATCCGCTATATT	Neural
progenitors	1
12_14_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GCGGAGAATTTGGATCCTT	Immature
neurons	12
12_14_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.TGCCTATTATTGGAAGTACC	Immature
neurons	8
12_14_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GCTTCTGGTTTCTTATCGA	Neural
progenitors	11
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TAGAGAGTATTCCGGTAATC	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TAGTTACCTTATCGAGTCGC	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ATTGCCGGTTCCAGAAGGT	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GACTTGGCTCAAGGCATTC	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TACTCCTATTACTGCCGATA	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TAGAGAGTATAAGTAGTCAG	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TTCTCTAGTTATAGTCGTAG	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCTCGAGATTTGGATCCTT	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTAGACGGTTGATGGCCTT	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CGAGATGCTTGAGTCCAGA	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTCTCTAGTTATCAACGATT	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTGGTTAAGTGCAGACCGGT	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GCATCCAGTTTCTTATCGA	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCAGGAGATTTGGAATCTC	Neural
progenitors	11
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ACCTTCGGTACTATCTTGA	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTCGGAGTTTGAGTCCAGA	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCAATAGTTTCCGTCGCCA	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCTCCGAATTTCTTATCGA	Neural
progenitors	1
12_14_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TGCCTATTATTCCAGAAGGT	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.AAGCGCCATGCTCTAACGA	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCTCTCCATCTCGTCTAGG	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CCTCCTGATTTCAAGACCA	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTACCTCTTCTGGATTAGT	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCGCGCATTTCCGGTAATC	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGAATTCGTTCAAGTACTGG	Sensory
progenitors	14
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTAATGAGCTAATACTCTTC	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CGACGATATAAGTAGTCAG	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GCGCTCAATGCAGACCGGT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TATGGTCTTTATAGTCGTAG	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TGAATTCGTTAATACTCTTC	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GAACGGCTTCTTCGGCGCA	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCGCATAATCATGCATCTC	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ACCGTAGCTTGGAAGTACC	Ventral
midline	9
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGGTCGAATGCTCTAACGA	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GACTACCATTTGGATCCTT	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GGTCTACGTCTCGTCTAGG	Immature
neurons	7
12_14_exp10_idx1AATACGATAA_idx2AACTTATAAG.GGACTTGATGGCTAATTAA	Neural
progenitors	3
12_14_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.GTCCTGCATGCCATTCTCC	Immature
neurons	8
12_14_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.GTAAGGAGTTGCGGACCTA	Immature
neurons	8
12_14_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TACTTGCGTTCTAATAGTA	Immature
neurons	8
12_14_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TGAGAATCATAATACGCAGG	Immature
neurons	8
12_14_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.TATATGCGTTTGAGGTAGAA	Immature
neurons	8
12_14_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.TTCAACTGATACTTCCGAAT	Sensory
progenitors	14
12_14_exp10_idx1TAGGTAACTT_idx2ACTTCCGAAT.GATACGTCTACTTCCGAAT	Neural
progenitors	11
12_14_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TTACCTAAGTGCTAACTTGC	Immature
neurons	8
12_14_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.AATTCATCGTGGTATCCGCC	Immature
neurons	13
12_14_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TTCTAAGCTTACTTCCGAAT	Immature
neurons	8
12_14_exp10_idx1TGGACGACTA_idx2TCGATATTGA.GTAAGCTCTAATACCATCC	Immature
neurons	8
12_14_exp10_idx1TTGCCGTAGG_idx2ACTGAATTCC.TATCTCGATTGACTAGTCTA	Sensory
progenitors	14
12_14_exp10_idx1TTGCCGTAGG_idx2GCTCTAACGA.GTATCGCATGGTATCCGCC	Neural
progenitors	11
12_14_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.GGTCAGTTTTCTAGAACTA	Immature
neurons	8
12_14_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.TCCGTATGTACCAGCGCAG	Immature
neurons	8
12_14_exp3_idx1AGACCATATC_idx2AACGAGGCTA.TTCTTCGTTTTGCGCCAGAA	Immature
neurons	8
12_14_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.AACCGCTGTGGACTACTAC	Immature
neurons	8
12_14_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.GCCATGGTTAACCATTGGA	Immature
neurons	13
12_14_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.ATGCTTCCTTTAATTGAAT	Immature
neurons	8
12_14_exp3_idx1AGTCCGCTGC_idx2CAAGTACTGG.AACTAGTTGTATATTGATAC	Immature
neurons	13
12_14_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.TAGAGAGTATTCTTGCCGAC	Immature
neurons	8
12_14_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.GGCGACTATTTATAAGAAC	Immature
neurons	8
12_14_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.TATGGTCTTTGGAGGCCTCC	Immature
neurons	7
12_14_exp3_idx1CCTCAGCTCC_idx2CGGCGAGACC.GCAGATACTCGGTCAAGAA	Immature
neurons	8
12_14_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.CCAAGGATTTAGAGTAATA	Immature
neurons	8
12_14_exp3_idx1GATTCTTGAA_idx2TGATAGAACG.CGAGATGCTAGAGCCAGCC	Immature
neurons	8
12_14_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.AACTGGCATCCAGGCCGCA	Immature
neurons	8
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CGAGGCAATTCTACCATTA	Immature
neurons	7
12_14_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.ACGCTTATATAGCCGGTACC	Immature
neurons	8
12_14_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.GGTACCATTCATGCTGGTT	Neural
progenitors	11
12_14_exp3_idx1GCGCGTTCAT_idx2AACGGACCAA.AAGTTCTTGTACTATCTTGA	Immature
neurons	13
12_14_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.CAGAAGGCTACTTCCGAAT	Immature
neurons	8
12_14_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.GCCATGGTTTCTCCTATAA	Immature
neurons	8
12_14_exp3_idx1GGCTTACTCC_idx2AACTTATAAG.AGCATTATGTCCAGGTCTAC	Immature
neurons	8
12_14_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.GCTCTTAGTTGGTCAGCCA	Immature
neurons	8
12_14_exp3_idx1GTAGGCTGCA_idx2GCTCTCGCCT.GCAATCGCTCGGCGTAACT	Immature
neurons	8
12_14_exp3_idx1TAGGTAACTT_idx2TGATACGAGT.CTAGTACGTAGCTGCAATA	Immature
neurons	8
12_14_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.TAAGAATGGTAGCTAAGGTA	Immature
neurons	8
12_14_exp3_idx1TCCTCTGCCG_idx2CTAACTCCAA.ATAATCCTGTTCTCCTATAA	Immature
neurons	8
12_14_exp3_idx1TTCGAATATT_idx2GCTCTAACGA.CGGAACCTTCTCTGCGGCA	Immature
neurons	8
12_14_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.CGTCGAAGTCCGTTCGGAT	Immature
neurons	8
12_14_exp3_idx1TTGCCGTAGG_idx2CTCGGTCAAT.ACTTGATTGTTTAATTGAAT	Immature
neurons	8
12_14_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.AGAACTCCTCGGCGTAACT	Sensory
progenitors	14
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.AACCGCTGTCTGATTAAGA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.ATAGTCGCTCTTCGGCGCA	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TGATCTTCTTACCGTTACGA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TGGTAATAGTACTGCCGATA	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CCGGATAGTTAGGCAGATA	Mature
neurons	17
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTAGCGATTCCTAGCGCCT	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATCATGAGTTTAGGATCTA	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCATAGAGTTTTCAAGACCA	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCTCTCCATGCTCTCGCCT	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTTGCTTAGTTCGTAGAGAA	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CCATTGCGTGCAGGCGACG	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GTATCGCATGAACTGCATC	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TCCGGTCATATCGAGTCGC	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TTCTAAGCTTACTGCCGATA	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CCGTCTCATTGATACGAGT	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GACCGTCATTCGTAGAGAA	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GCAGATACTTGGAAGTACC	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GCGTCGTATCTGCTTCGAC	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TACGGTAGTATAGTCGTAG	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TCCAAGTTATTTCCATGGCA	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TGCTAATTCTGCGACGCAGA	Mature
neurons	17
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.AGGCATCATGCAGGCGACG	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCATTGCGTCTCGATGGAG	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CGAGATGCTGCTAACCTCA	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTCCTCGTTCCGTCGGAGG	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGTACGGATAATTATCAGC	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTAGACGGTACCGTTACGA	Mature
neurons	17
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TAGAGAGTATGGATGCAGCA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TAGGTACTATCTTCGGCGCA	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCAGTTGGTCTCGTCTAGG	Mature
neurons	17
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCATTAAGCTGACCTCCGCC	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCATTAAGCTTCCGGTAATC	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCCGACGTATGGCGGATC	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GCAACGTTTCTTCGGCGCA	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GGCGACTATAGATATATCG	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCATAGAGTTTCTATAAGGA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCATTAAGCTCGGCGAGACC	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TGAGTTAGATATAGTCGTAG	Mature
neurons	10
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GGTCCTTCTAAGTAGTCAG	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GTCGGCAATCTCGATGGAG	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TCTCCGAATGACCTCCGCC	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TACTCCTATTTGAGTCCAGA	Mature
neurons	10
12_14_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GAACGATGTAGTCCGCGGA	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TGATCTTCTTTATAGTAAGC	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ATGGCAGCTCTCGTCTAGG	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTAAGCTCTCGGCGAGACC	Mature
neurons	10
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTAGACGGTTCCGGTAATC	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTAGCGATTAGCGTCAATG	Mature
neurons	10
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTCGGCAATATTGCGCTGA	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATGCGATTTCTGGATTAGT	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCGCCAACTTCCAGAAGGT	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGGTCGAATGTTGACGGCC	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCAACTGATTGGAAGTACC	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCGCATAATGCTCTAACGA	Mature
neurons	10
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.ATGGAGAGTATGCAATATG	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTCCTCGTTATGCAATATG	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTAAGCTCTGGTCCAGGAG	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TACGGTAGTCCTAGCGCCT	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TAGCCAATTTCTCGATGGAG	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCTCTCCATGGTCCAGGAG	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTCAACTGATACTGCCGATA	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTCTCTAGTTATCAACGATT	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TGAACGCGTTTCTTATCGA	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.CAACGCAGTACTTAACTAG	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GCTCGAGATGGATGCAGCA	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TGCTAATTCTAAGTAGTCAG	Mature
neurons	10
12_14_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GCTTCTGGTAGTTGCATCT	Mature
neurons	10
12_14_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GGTACGGATACGAGGACCT	Mature
neurons	10
12_14_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TCCTCGAGTTCCAGAAGGT	Mature
neurons	10
12_14_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TAACTAAGGTTTCCATGGCA	Mature
neurons	10
12_14_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TTCCGACGTCATGCATCTC	Immature
neurons	8
12_14_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.CAACGCAGTAGATATATCG	Immature
neurons	8
12_14_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TAGTTACCTTGTCGCTCAGT	Mature
neurons	10
12_14_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.ACGCCATATTCCGGTAATC	Mature
neurons	10
12_14_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.CCGGAGTTTGCGACGCAGA	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.CTACGGCATCGTCCGTCCT	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.GCGCTCAATGCAGACCGGT	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TCCAAGTTATTGAGTCCAGA	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.ACCTTCGGTCGGCGAGACC	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TGTTAAGACTACCGTTACGA	Immature
neurons	8
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TATATGCGTTAAGTAGTCAG	Immature
neurons	8
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TATGCGATTTCCGCTATATT	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCATTAAGCTTTGGATCCTT	Mature
neurons	10
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGCGTAGTTACTATCCGCA	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.AAGCGCCATGGATGCAGCA	Immature
neurons	8
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTCCTCGTTTCCAGAAGGT	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GATTACGGTGCTCTAACGA	Mature
neurons	10
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTAAGGAGTCCAACTAACC	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TGCGTAGTTCATGCATCTC	Mature
neurons	10
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.AGTTGCGCTTCCGGTAATC	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGAGGTTCTGCAGACCGGT	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATTGACTCTCATGCATCTC	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGAGAATCATCTCGTCTAGG	Mature
neurons	10
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GACTACCATACTGCCGATA	Mature
neurons	10
12_14_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TGCGTAGTTATAGTCGTAG	Mature
neurons	10
12_14_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.ATTGCCGGTGACCTCCGCC	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.AGGCATCATGGATGCAGCA	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GAGCGGTATTCCAGAAGGT	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GCAACGTTTATCGAGTCGC	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGCGCATTTGAACTGCATC	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.GGTACGGATCCGTCGGAGG	Mature
neurons	10
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GTTGCTCCTGGATGCAGCA	Mature
neurons	10
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TCGGTACCTCTCGTCTAGG	Immature
neurons	12
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TTGAGTCCTCCGCTATATT	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.GACTCGCTTGCCAGGATCA	Mature
neurons	10
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.ATGGAGAGTAGATATATCG	Mature
neurons	10
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.ATGGAGAGTATGCAATATG	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CTTCATGCTGCCAGGATCA	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GGTTGGCATAGTCCGCGGA	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCGTCTATTTCAAGGCATTC	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.AAGATGCCTCTCGATGGAG	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TATGAGAACTTGATACGAGT	Mature
neurons	10
12_14_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TCTACTTACTTACTTACTTA	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.CCTCCTGATACCGTTACGA	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TATCATGAGTCGCCTCGAAC	Mature
neurons	10
12_14_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TTGGCTCATATGCAATATG	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.AGGCATCATAGATATATCG	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGATAGGTTGCAAGGAATA	Mature
neurons	10
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGCTTACTTAATTATCAGC	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTTGCAAGTAAGCCGGCTG	Mature
neurons	10
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCATAGAGTTGCAGGCGACG	Mature
neurons	10
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCTATACCTTGAACTGCATC	Mature
neurons	10
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGCTACTAATAATACTCTTC	Mature
neurons	10
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ATTGCCGGTTCCGGTAATC	Mature
neurons	10
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CCATTGCGTAAGCCGGCTG	Mature
neurons	10
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCGGTATATACCGTTACGA	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTCATCTGTCCGCTATATT	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCTAGGAATTCTCGATGGAG	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGAATTCGTTATAGTCGTAG	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTCAACTGATAGTCCGCGGA	Immature
neurons	8
12_14_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TAGGTACTATGGTCCAGGAG	Mature
neurons	10
12_14_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TCCTATTCTTGCGACGCAGA	Immature
neurons	7
12_14_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TCCTATTCTTGGCATAGCTT	Mature
neurons	10
12_14_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GAGCGGTATGGTCGCGTCA	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GGTCCTTCTAGATATATCG	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GTCGGCAATATAGTCGTAG	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TAAGACCGTAATACGCAGG	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TATATGCGTTAAGCCGGCTG	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TATGACTTGTCAAGTACTGG	Mature
neurons	10
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TGAACGCGTGCTAACCTCA	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GCAATCGCTCTGATTAAGA	Mature
neurons	17
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GAAGAGGCTTTGGAGTCGG	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCAACGTTTAAGTAGTCAG	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTCATCTGTACTTAACTAG	Mature
neurons	10
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAGAGCCTTCTCGTCTAGG	Mature
neurons	10
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATGGTCTTTGGATGCAGCA	Mature
neurons	10
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCCGGTCATTTAACGTACC	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGAACGCGTACTTCCGAAT	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGCGGTCTTCTAGAACTA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.ACGAGGTTTCTGCTTCGAC	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GAGACTAGTTGGAAGTACC	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GAGCGGTATCCGCTATATT	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGCGCATTTCGGCGAGACC	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATTGAGGTTGGATGCAGCA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCCAATAGTTCATGCATCTC	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCTTAACCTCTGGATTAGT	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CAGAAGGCTTCCGGTAATC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CGTCGAAGTTCGATATTGA	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTTCATGCTTGCATATAAC	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACCGTCATACCGTTACGA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GATCGACCTCGGCGAGACC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GATTACGGTACCGTTACGA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCAGATACTGACCTCCGCC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCGCTCAATTTGGAATCTC	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTATCGCATACTACTGAAG	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATTGAGGTTGCCAGGATCA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCGGTCATTATGCCGAGT	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTCCGAATCTCGATGGAG	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGACGAGGTTGGAAGTACC	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGGCTCATGCCAGGATCA	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTCCGGTTTGGTCCAGGAG	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACTTGGCTGCCAGGATCA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TACGGTAGTGCAGACCGGT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGTTACCTTTCCGGTAATC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCGTATGTCGGCGAGACC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGTAGCGTGACCTCCGCC	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CGCCGTAATACTGCCGATA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGTACGGATCTGGATTAGT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GGATAGGTTGTTGACGGCC	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TCGCCAACTATCGAGTCGC	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CGGTTCCATATCAACGATT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGACTTGATCCAACTAACC	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGTCTACGTAATACGCAGG	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATCCAGGTTGGAAGTACC	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGTCTCCTACTGCCGATA	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAGCGGTATTAGGCAGATA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCAGATACTGTCGCTCAGT	Head epid.
/muscle	4
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCATCCAGTCAAGATTAAG	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGCTTACTTTCCGGTAATC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTAGTCCTTGGAAGTACC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTCCTTCTACCGTTACGA	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTTCGCTGTACGTTCAACC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGTTCTGTACCGTTACGA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCCATTACTGTCGCTCAGT	Immature
neurons	7
12_14_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.TCTATACCTTCTGCTTCGAC	Mature
neurons	10
12_14_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.GACTTGGCTAACTGATCTT	Mature
neurons	10
12_14_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TGCCTATTATTCTATAAGGA	Mature
neurons	10
12_14_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TCATAGAGTTCCGTCGGAGG	Immature
neurons	8
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.CCATTGCGTCTCGATGGAG	Immature
neurons	7
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GGCGACTATCGGCGAGACC	Immature
neurons	7
12_14_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GTCATCTGTCTCGTCTAGG	Head epid.
/muscle	4
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CGCCGTAATTCGTAGAGAA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CGTCGAAGTTTGGAATCTC	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TAACTAAGGTCCGCTATATT	Mature
neurons	17
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TTGGCTCATACTGCCGATA	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GAACGGCTTCTCGATGGAG	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ATGGAGAGTAGTCCGCGGA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ATGGCGTATTTAGGATCTA	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ATTGCCGGTCAAGTACTGG	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGAGGTTCTCAAGTACTGG	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTAGCGATTGATGATCGTA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TAACTAAGGTTGATGGCCTT	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATTGACTCTGACCTCCGCC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCCGTATGTAACCTAGCTT	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GGTTCGAGTTGGAAGTACC	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ATTGCCGGTACCGTTACGA	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCGGAGTTTCTTCGGCGCA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCTCGAGATCATGCATCTC	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGTCTACGTACTCTCTCAA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGGTACTATCGAGCTGCCA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCGGTCATCTCGATGGAG	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCTCCGAATAAGCCGGCTG	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGCCTTGGTCAAGGCATTC	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGGATCCGTCAAGCTTCAT	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGGTAATAGTTGAGTCCAGA	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCGCGGATGCGACGCAGA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCGCGGATTAGGCAGATA	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GGAGCTCATCTCGTCTAGG	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CTCCGGTTTCTTCGGCGCA	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GACTACCATACTGCCGATA	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GTTCCAGCTGCGACGCAGA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GTCGGAGTTTGGAAGTACC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TGAACGCGTTTAGATTCCG	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TTCAACTGATCGTCCGTCCT	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TTGCGGTCTGGATGCAGCA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CGAGATGCTATGGCGGATC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGTAGTCCTTACTTACTTA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTTCCAGCTCTCGATGGAG	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTTCCAGCTGCGACGCAGA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATCCAGGTTTCTTATCGA	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATTGAGGTTGCAGACCGGT	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGGATCCGTTATGCCGAGT	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCGCGGATTCGTAGAGAA	Immature
neurons	7
12_14_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.ACCTTCGGTATCAACGATT	Mature
neurons	10
12_14_exp1_idx1TATAATAGTT_idx2AGATCCTATA.CTATCTCCTGTTGACGGCC	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GACCAGGATAAGCCGGCTG	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GCAACGTTTATAGTCGTAG	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GTAAGGAGTAATACTCTTC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CCATCAGGTTTCTTATCGA	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CGTCGAAGTTATGCCGAGT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GGAGGTTCTAAGTAGTCAG	Head epid.
/muscle	4
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GGCGACTATGCGACGCAGA	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GTAGCGATTTCGTAGAGAA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTCAACTGATGGATGCAGCA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ACCAATGCTAATACTCTTC	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CGTCGAAGTCCGTCGGAGG	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTCCTGCATATGCAATATG	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCGTATGTCTCGTCTAGG	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGGATCCGTAGTCCGCGGA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTGGCTCATGGATGCAGCA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CGCCGTAATTTGGATCCTT	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCAGATACTTTGGAATCTC	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TAGCCAATTTAACGGACCAA	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TAGCTCGGTTCCGGTAATC	Mature
neurons	17
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCCTATTCTTCAAGTACTGG	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGACGAGGTATCAACGATT	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTTAGCGGTATCAACGATT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACCGAATTAATACTCTTC	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCAGATACTACTATCTTGA	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCGCTCAATAGTTGCATCT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTCGGAGTTGCAGACCGGT	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAGAGAGTATAGATATATCG	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAGCCAATTTACTATCCGCA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAGCCAATTTACTCTCTCAA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATGAGAACTATCAACGATT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGAACGCGTCATGCATCTC	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGAGTTAGATTTGGAATCTC	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGGTCGAATACGAGGACCT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCAGTTGGTACCGTTACGA	Mature
neurons	17
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCCTACCTTAAGTAGTCAG	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TGGTAGGCTTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TTCTCTCGTGTTGACGGCC	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TTGAGTCCTATGCAATATG	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TGCGTAGTTCGCCGCCTCC	Head epid.
/muscle	4
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GAACGGCTTGGATGCAGCA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCTAGGAATTCTCGATGGAG	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.ACCAATGCTAATACTCTTC	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CCGGAGTTTGCGACGCAGA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CGTCGAAGTCCGTCGGAGG	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CTATCTCCTAGTCCGCGGA	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GAACGATGTATGCAATATG	Immature
neurons	8
12_14_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GCTGGCTATTTCAAGACCA	Mature
neurons	10
12_14_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.GCCATGGTTTGATGGCCTT	Immature
neurons	7
12_14_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.TGGTAGGCTTTATAAGAAC	Mature
neurons	10
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.AAGATGCCTTGATGGCCTT	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GCTTCTGGTCTCGATGGAG	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TCTAGGAATTACTCTCTCAA	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TTGGCTCATTAGGCAGATA	Mature
neurons	10
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TGAGAATCATGCGACGCAGA	Mature
neurons	17
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTATCTCCTATGCAATATG	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCAATCGCTCCGTCGGAGG	Mature
neurons	10
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCATCCAGTGAACTGCATC	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.AGTTGCGCTCCAACTAACC	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CGACGATATTGATACGAGT	Mature
neurons	10
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CGAGATGCTGTTGACGGCC	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGGATCCGTCTGGATTAGT	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GAAGAGGCTTCCGGTAATC	Immature
neurons	7
12_14_exp10_idx1AATACGATAA_idx2AACTTATAAG.TCTTAGTTCTGTCCAACTCA	Mature
neurons	10
12_14_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TTCCATCTTTGGTATCCGCC	Mature
neurons	10
12_14_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.TTGAGAGATTTGATACGAGT	Head epid.
/muscle	4
12_14_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.CAGTATCCTCCAGGTCTAC	Mature
neurons	10
12_14_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.TGAGAATCATAACGGACCAA	Mature
neurons	5
12_14_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.GTATCGCATGGCTATGACT	Mature
neurons	10
12_14_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.TCAGGAGATTGAGGTAGAA	Mature
neurons	10
12_14_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TGGATCCGTAATACGCAGG	Mature
neurons	10
12_14_exp10_idx1ATAAGGACTC_idx2ACTATCCGCA.TATTGAGGTTACCGCCAACC	Immature
neurons	7
12_14_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.GCAGATACTGATCGCTTCT	Mature
neurons	10
12_14_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.GCGTACTTTACTTCCGAAT	Immature
neurons	7
12_14_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.TTGGAGTTATCATGCATCTC	Immature
neurons	7
12_14_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.TCATGGCTTAGTAAGCATA	Mature
neurons	10
12_14_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.AGAGTACCTAACTAGGCGC	Neural
progenitors	11
12_14_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.GATAAGCGTTGAGGTAGAA	Mature
neurons	10
12_14_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.CTGCTGAATTCGATATTGA	Immature
neurons	7
12_14_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TCATAGAGTTTGAGGTAGAA	Immature
neurons	8
12_14_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TGAGAATCATGCTAACTTGC	Immature
neurons	12
12_14_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TCAGCTTCTACGCAACTCC	Mature
neurons	5
12_14_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TCTATACCTTTCTAATAGTA	Mature
neurons	10
12_14_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.GATACGTCTATCCATGACT	Mature
neurons	10
12_14_exp10_idx1TATTAGACTT_idx2TCATCTCGAT.TCCAATAGTTGGTATCCGCC	Head epid.
/muscle	4
12_14_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.TTATAGGCATTGCGGACCTA	Mature
neurons	10
12_14_exp10_idx1TCTTGAGGTT_idx2TCATCTCGAT.TGGATCCGTGCCATTCTCC	Immature
neurons	7
12_14_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.GGACTTGATTTAGATTCCG	Mature
neurons	5
12_14_exp10_idx1TTATTGAGGC_idx2AGATCCTATA.GAACGATGTCAAGATTAAG	Immature
neurons	7
12_14_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.GTTGCAAGTTGAGGTAGAA	Immature
neurons	12
12_14_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.GTTGCAAGTCCAGGTCTAC	Mature
neurons	10
12_14_exp10_idx1TTGCGAGCAT_idx2CGACTACCAA.TTATAGGCATAATTATCAGC	Immature
neurons	8
12_14_exp11_idx1TCGGATTCGG.GTCATCTGTTCTAGAACTA	Mature
neurons	10
12_14_exp2_idx1CTCAATTAGT_idx2AGTCCGCGGA.CAACTCTCTGGTATGCTTG	Mature
neurons	10
12_14_exp2_idx1TATTAGACTT_idx2GTCATTGCGC.CAGATCAGTTTGCGAGGCA	Mature
neurons	10
12_14_exp3_idx1ACGGCGTTAA_idx2ACCGTTACGA.AAGATGCCTGGTACTGCCT	Head epid.
/muscle	4
12_14_exp3_idx1AGACCATATC_idx2CGATCATTAC.AACGATCATTATATGAGCCA	Immature
neurons	7
12_14_exp3_idx1AGACCATATC_idx2GATCAGTCAT.AGCATTATGTGTACTAGTAA	Mature
neurons	10
12_14_exp3_idx1AGGTCAGCTT_idx2ACTATCCGCA.CATCAACGTCGAATAATTC	Mature
neurons	10
12_14_exp3_idx1AGGTCAGCTT_idx2GATACCTAAG.ATCTTCAGATGTCCTTAAGA	Immature
neurons	7
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.AAGGATATGTGCCATTCTCC	Immature
neurons	7
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.AGCATTATGTTCTACCATTA	Immature
neurons	8
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.GCGCTCAATCGGTCAAGAA	Mature
neurons	10
12_14_exp3_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TGGATTCTATAAGTAAGAGC	Mature
neurons	10
12_14_exp3_idx1AGTCCGCTGC_idx2GTTGACGGCC.ATGGCGTATTTGGACGCTG	Sensory
progenitors	14
12_14_exp3_idx1ATAAGGACTC_idx2AGTCCGCGGA.CGAGATGCTGCAGGCGACG	Mature
neurons	5
12_14_exp3_idx1ATAAGGACTC_idx2GGCTATGACT.ATGGTAACTTCATCAGAATG	Mature
neurons	10
12_14_exp3_idx1ATAAGGACTC_idx2TTGAGTATCA.TATAAGAGGTAGGAGAGAAC	Mature
neurons	10
12_14_exp3_idx1ATGGCGCCTG_idx2AGGTCAATTA.AATCCAGTATAGCCGGTACC	Mature
neurons	10
12_14_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.CCTGCTACTCATGCTGGTT	Immature
neurons	7
12_14_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.CGTACCTATTCTCCTATAA	Immature
neurons	7
12_14_exp3_idx1CCTCAGCTCC_idx2CAAGTACTGG.ACGCTTATATATATTGATAC	Immature
neurons	7
12_14_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.CTCGCATGTCCGCGGACCG	Mature
neurons	5
12_14_exp3_idx1GAGCGCGATG_idx2AGGATTACCA.TCCAAGTTATACTATCTTGA	Immature
neurons	8
12_14_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.ACTTGATTGTAAGTTGCCAT	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.AACTGGCATTCTAATAGTA	Immature
neurons	8
12_14_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.ATAGTCGCTGGACTACTAC	Mature
neurons	10
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CGTCGAAGTTCTACCATTA	Mature
neurons	10
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TCTCCGAATTTCTTAATAA	Mature
neurons	10
12_14_exp3_idx1GCGCGTTCAT_idx2GATGATCGTA.GGTTCGAGTGCAAGGAATA	Mature
neurons	10
12_14_exp3_idx1GCGCGTTCAT_idx2TCGATATTGA.GACCGAATTACTTCCGAAT	Mature
neurons	5
12_14_exp3_idx1GCTTGAAGAG_idx2AAGATCCAAC.TTCTGGCCTGCCGCAACGA	Immature
neurons	12
12_14_exp3_idx1GCTTGAAGAG_idx2GGCTAATTAA.TAACTAAGGTTTAATTATTG	Mature
neurons	10
12_14_exp3_idx1GCTTGAAGAG_idx2GGTAGGTCTC.CCATCGTCTGGAGGCCTCC	Immature
neurons	7
12_14_exp3_idx1GCTTGAAGAG_idx2TTGAGTATCA.ACGTTGCTTTTACGATGAA	Mature
neurons	10
12_14_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.TTCCGACGTTGAGGTAGAA	Immature
neurons	7
12_14_exp3_idx1GTAGCAGCTA_idx2CGAAGGACGA.ACCTTCGGTGTACTAGTAA	Immature
neurons	7
12_14_exp3_idx1GTAGCAGCTA_idx2GGTAGGTCTC.GAACGGCTTACCTCTATCT	Oenocytes	18
12_14_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.TTCTTCGTTTTTGGACGCTG	Mature
neurons	10
12_14_exp3_idx1TAGGTAACTT_idx2CCTAGCGCCT.ACGCTTATATATATGAGCCA	Mature
neurons	10
12_14_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TAACGACTTTGGTCGCGTCA	Mature
neurons	10
12_14_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.GGTTGGCATGGAGGCCTCC	Immature
neurons	7
12_14_exp3_idx1TTATTGAGGC_idx2AGATCCTATA.AGCATTATGTCCGCAAGTTC	Immature
neurons	8
12_14_exp3_idx1TTATTGAGGC_idx2AGATCCTATA.ATTCGCAATTTCTATAAGGA	Immature
neurons	8
12_14_exp3_idx1TTATTGAGGC_idx2TCCGGTAATC.ATTGAGGAATTTCCATGGCA	Immature
neurons	7
12_14_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.TTCTGGCCTTTAATTATTG	Immature
neurons	7
12_14_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.TCGAATCTTTTGATAGAACG	Mature
neurons	10
12_14_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.TCGCGCATTATATGAGCCA	Immature
neurons	7
12_14_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.TCTCCGAATCCGCGGACCG	Mature
neurons	5
12_14_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.TGATGCGATGGCCGTAGTC	Mature
neurons	10
12_14_exp3_idx1TTCCGTCGAC_idx2GATCAGTCAT.GGTTGGCATTTATAAGAAC	Immature
neurons	7
12_14_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.AAGTATTGGTGAGCATATGG	Immature
neurons	7
12_14_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.ACTTGATTGTCGAATAATTC	Mature
neurons	10
12_14_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.CGAATGAGTGGAGGCCTCC	Immature
neurons	7
12_14_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.TTCCGACGTTTCATAGGAC	Immature
neurons	7
12_14_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.ATAGTTGACTCGTCGCAGCC	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.ATGGAGAGTAAGTAGTCAG	Ventral
midline	9
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TGCTAATTCTATGCAATATG	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TTAATGAGCTTATGCCGAGT	Ventral
midline	9
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CGTCGAAGTTGATACGAGT	Ventral
midline	9
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTTAGCGGTCGGTCGTTAA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GACCAGGATTCCAGAAGGT	Sensory
progenitors	14
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCAATCGCTTTGGATCCTT	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTTGCAAGTTGGAACTAGA	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATAAGGCTTTTCTTATCGA	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATTCGGCTTATGCCGAGT	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCCTCGAGTAAGCCGGCTG	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTATAGGCATTATGCCGAGT	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTGGCGACTTTGGATCCTT	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.AGTTGCGCTATGCAATATG	Sensory
progenitors	14
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CCAGAACCTGTTGACGGCC	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CCATCAGGTAGATATATCG	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GGTTCGAGTCCAACTAACC	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TCGTTCTGTTAGGCAGATA	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TGAATTCGTTTTGGATCCTT	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GTAGACGGTATCAACGATT	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.ACGAGGTTTGCGCGGTAGT	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.ATTGCCGGTAGTCCGCGGA	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTACGGCATCGCCGCCTCC	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTAGTACGTGCAGACCGGT	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTGCTGAATTTGGTCATAA	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTTAGCGGTACCGTTACGA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAACGGCTTCGGTCGTTAA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAACGGCTTTAGGCAGATA	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCAGATACTAAGTAGTCAG	Ventral
midline	9
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCTGGCTATTTGGAATCTC	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGCTTACTTCGCCGCCTCC	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTCCTGCATATGCAATATG	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTTCCAGCTTCGTAGAGAA	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTTGCAAGTTTCTTATCGA	Ventral
midline	9
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTTGCTCCTGCAGACCGGT	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TAACTAAGGTTTCCATGGCA	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATCATGAGTGACCTCCGCC	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCGCGCATTCTGGATTAGT	Neural
progenitors	15
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGCGTAGTTGCGACGCAGA	Ventral
midline	9
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTATAGGCATCTGGATTAGT	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GCAATCGCTAGTAAGCATA	Neural
progenitors	11
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TAGAGCCTTTTGGAATCTC	Ventral
midline	9
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TTATAGGCATGCCAGGATCA	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.AGCAACGATTTGGATCCTT	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GCGCTCAATTCGTAGAGAA	Ventral
midline	9
12_14_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.GCGGTATATACTATCCGCA	Ventral
midline	9
12_14_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.ATTGCCGGTAAGTAGTCAG	Immature
neurons	13
12_14_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GCGGAGAATGCAGACCGGT	Immature
neurons	13
12_14_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TGACGAGGTTTCTTATCGA	Immature
neurons	13
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ACGAGGTTTGCAGACCGGT	Immature
neurons	13
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ATAGTCGCTTTCCATGGCA	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GAAGAGGCTTTCTTATCGA	Immature
neurons	13
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCATCCAGTTCTACCATTA	Immature
neurons	13
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCGGAGAATGCAGACCGGT	Immature
neurons	13
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TACTCCTATTATAGTCGTAG	Immature
neurons	13
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCCTCGAGTGCAAGGAATA	Oenocytes	18
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TATGACTTGTAATCTGGAGT	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCGCCAACTGCCAGGATCA	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCGCGCATTAGTCCGCGGA	Immature
neurons	13
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCGCGCATTATCAACGATT	Immature
neurons	13
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCTACTTACTAGTTGCATCT	Immature
neurons	13
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCTCCGAATTATGCCGAGT	Sensory
progenitors	14
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTCTCTAGTTGACTAGTCTA	Immature
neurons	13
12_14_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GACTACCATTAGGCAGATA	Immature
neurons	13
12_14_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GTTCGCTGTTTGGATCCTT	Immature
neurons	13
12_14_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TCCTCGAGTCATGCATCTC	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.ACGAGGTTTACTATCTTGA	Ventral
midline	9
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GGTAGTCCTTTGGAATCTC	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TCGAATCTTTGTTCTGAATT	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TGAGAATCATATCAACGATT	Immature
neurons	7
12_14_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GCGGTATATGGATGCAGCA	Immature
neurons	13
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TCTCCGAATCAAGCTTCAT	Ventral
midline	9
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.ATGCCAAGTCTGGATTAGT	Immature
neurons	13
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TCTCCGAATTGGAAGTACC	Immature
neurons	13
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TTAATGAGCTAATACTCTTC	Ventral
midline	9
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TTGCGGTCTCCGTCGGAGG	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.CGAGATGCTGCCAGGATCA	Immature
neurons	13
12_14_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TATAAGGCTTACTGCCGATA	Ventral
midline	9
12_14_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.AGTTGCGCTGCCAGGATCA	Immature
neurons	7
12_14_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GAACGGCTTACTTAACTAG	Immature
neurons	13
12_14_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GGTCTACGTACTGCCGATA	Immature
neurons	13
12_14_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TTATAGGCATTAGGCAGATA	Immature
neurons	13
12_14_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TTGGCTCATGACCTCCGCC	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.GGACTTGATTTCTTATCGA	Ventral
midline	9
12_14_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TTGAGTCCTAAGCCGGCTG	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.GATCGACCTATCAACGATT	Immature
neurons	13
12_14_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.TACTCCTATTAGTAAGCATA	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.AGCAACGATAAGTAGTCAG	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CCATTGCGTCCGTTGACTT	Immature
neurons	13
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CCGTCTCATACTATCCGCA	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GCGGAGAATTTCTTATCGA	Neural
progenitors	1
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGCAAGTCTGCGCGGTAGT	Neural
progenitors	11
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCTCGCTCTCTTCGGCGCA	Immature
neurons	13
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTCTGGCCTACTTAACTAG	Immature
neurons	13
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.AGTTGCGCTCCAACTAACC	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CCAGAACCTATAGTCGTAG	Immature
neurons	13
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCAGATACTGCCAGGATCA	Immature
neurons	13
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCAGATACTTTGGATCCTT	Immature
neurons	13
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGACTTGATACCGTTACGA	Immature
neurons	13
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGCAAGTCTAATACTCTTC	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTAGACGGTTCCGGTAATC	Ventral
midline	9
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATAAGGCTTTTCTTATCGA	Neural
progenitors	0
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATCGAACTTAATACTCTTC	Immature
neurons	13
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCATAGAGTTGCAGGCGACG	Ventral
midline	9
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCATGGCTTTTCTTATCGA	Immature
neurons	13
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCCAAGTTATGTTCTGAATT	Ventral
midline	9
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCCGTATGTTTGGTCATAA	Immature
neurons	13
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCTCTCCATATAGTCGTAG	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGGACCTCTGCAGACCGGT	Neural
progenitors	1
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGGTCTCCTGTTGACGGCC	Immature
neurons	13
12_14_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GCCATGGTTAGCGTCAATG	Immature
neurons	13
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CTCCGGTTTTCCGGTAATC	Immature
neurons	13
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CTCCTCGTTTCGTAGAGAA	Ventral
midline	9
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCCAAGTTATGTCCAACTCA	Immature
neurons	13
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGCGTAGTTATAGTCGTAG	Ventral
midline	9
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TAGGTACTATTTCTTATCGA	Immature
neurons	13
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TATTGAGGTTATAGTCGTAG	Ventral
midline	9
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TGCTAATTCTCGGCGAGACC	Immature
neurons	13
12_14_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TTCCGACGTTCCAGAAGGT	Immature
neurons	13
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.ACCTTCGGTGTTCTGAATT	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GCTCGAGATTCCAGAAGGT	Ventral
midline	9
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TAGAGAGTATTTGGAATCTC	Immature
neurons	13
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCATAGAGTTCCGTCGGAGG	Immature
neurons	13
12_14_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TCAGGAGATCTGGATTAGT	Ventral
midline	9
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.ACGAGGTTTAATACTCTTC	Immature
neurons	13
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.ATAGTCGCTGAACTGCATC	Immature
neurons	12
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CGGTTCCATGCAGGCGACG	Immature
neurons	12
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CTAGTACGTACTTAACTAG	Immature
neurons	12
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GAGACTAGTGTTCTGAATT	Immature
neurons	12
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TTCGCGGATTCTACCATTA	Immature
neurons	2
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.AGCAACGATCTTCGGCGCA	Ventral
midline	9
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CCTCCTGATCTCGATGGAG	Immature
neurons	13
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CTCCAGAGTCGCCGCCTCC	Immature
neurons	13
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GCGGAGAATATAGTCGTAG	Immature
neurons	12
12_14_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.CGCCGTAATAATACTCTTC	Ventral
midline	9
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.ATGCCAAGTACTATCCGCA	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCGGAGAATGACCTCCGCC	Immature
neurons	13
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GGACTTGATTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCTCCGAATCTTCGGCGCA	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGGATCCGTAGGCCGCTCG	Immature
neurons	13
12_14_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.AAGCGCCATCGGCGAGACC	Ventral
midline	9
12_14_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.CCAGAACCTTCGTAGAGAA	Immature
neurons	13
12_14_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TGCTACTAATGCTAACCTCA	Immature
neurons	13
12_14_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TGGACCTCTATCAACGATT	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TTGAAGTCTTACTTAACTAG	Oenocytes	18
12_14_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.CCGAGAGATTCGTAGAGAA	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GGTACGGATACTATCCGCA	Immature
neurons	13
12_14_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TTGGCGACTGACCTCCGCC	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTCTACTGTCAAGGCATTC	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTTAGCGGTACTTAACTAG	Immature
neurons	13
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCGGTATATTGATGGCCTT	Immature
neurons	13
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGTTCGAGTTTCCATGGCA	Immature
neurons	13
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TACGGTAGTCCTAGCGCCT	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCGAATCTTTGCAGACCGGT	Sensory
progenitors	14
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCGTTCTGTAATACTCTTC	Ventral
midline	9
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGACGAGGTCAAGGCATTC	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGCCTTGGTTTCAAGACCA	Immature
neurons	13
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGTTAAGACTATCAACGATT	Immature
neurons	13
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CCGTCTCATTCCAGAAGGT	Immature
neurons	13
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CTCCGGTTTTTGGAATCTC	Immature
neurons	13
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACTCGCTTAGTTGCATCT	Immature
neurons	13
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCGGTATATCTGGATTAGT	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGAGGTTCTCTCGTCTAGG	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTTCCAGCTAATTATCAGC	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCCGGTCATGCAGGCGACG	Ventral
midline	9
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGGCCTGATACTATCCGCA	Immature
neurons	13
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGGCCTGATACTTCCGAAT	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTCGCATAATTAGGCAGATA	Ventral
midline	9
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TAGAGAGTATTTCTTATCGA	Ventral
midline	9
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TATAAGGCTTGACCTCTCTG	Immature
neurons	13
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TTGCGGTCTAAGTAGTCAG	Immature
neurons	12
12_14_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.CGACGATATGCCAGGATCA	Immature
neurons	13
12_14_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GTCGGAGTTACTGCCGATA	Immature
neurons	13
12_14_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TACTCCTATTCAAGGCATTC	Sensory
progenitors	6
12_14_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TACTCCTATTGGATGCAGCA	Immature
neurons	13
12_14_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GGTTGGCATTTGGATCCTT	Immature
neurons	13
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.CCGAGAGATTGGAACTAGA	Immature
neurons	13
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GGATAGGTTGTTGACGGCC	Ventral
midline	9
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCAGTTGGTTCGTAGAGAA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GGCGACTATCAAGGCATTC	Immature
neurons	13
12_14_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TACGGTAGTACTTAACTAG	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GCGGAGAATATCAACGATT	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GGACTTGATGTTCTGAATT	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCATCCAGTGCGACGCAGA	Immature
neurons	13
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCCATGGTTTTGGAATCTC	Immature
neurons	13
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GTAGCGATTAAGTAGTCAG	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCGCGCATTTCCAGAAGGT	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TGCTCCTATATAGTCGTAG	Immature
neurons	13
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TGGTCGAATATAGTCGTAG	Sensory
progenitors	14
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TTCTCTAGTTTGGAAGTACC	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AAGCGCCATACTATCCGCA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATGGCAGCTATGCAATATG	Immature
neurons	13
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CAGAAGGCTTATGCCGAGT	Immature
neurons	13
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCGAGAGATAGATATATCG	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTCCTCGTTGCAGGCGACG	Immature
neurons	13
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GACCGAATTACTTAACTAG	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GACCGTCATACTATCCGCA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTCGGAGTTTTGGATCCTT	Immature
neurons	13
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAGAGCCTTGCTAACCTCA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATGGTCTTTTTCTTATCGA	Immature
neurons	13
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCATTAAGCTAGATATATCG	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCCAAGTTATTTACGTATAC	Immature
neurons	13
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCTACTTACTCTCGATGGAG	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGAGTCCTCTGATTAAGA	Immature
neurons	13
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.CCGGAGTTTGCAGGCGACG	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.CGCCGTAATATAGTCGTAG	Sensory
progenitors	14
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.CTTCATGCTTTGGAATCTC	Immature
neurons	13
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ATGGCAGCTAATACTCTTC	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACTCGCTTTAGGCAGATA	Sensory
progenitors	14
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACTTGGCTGCAGACCGGT	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GAGCGGTATAAGTAGTCAG	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCCATGGTTACTTAACTAG	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCCATGGTTCTTCGGCGCA	Oenocytes	18
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCGCCAACTACTATCCGCA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCGCCAACTGCCAGGATCA	Immature
neurons	13
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGCTCCTATTTCTTATCGA	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGGCCTGATACGAGGACCT	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACGGCAATTGTCGCTCAGT	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AGGCATCATTGAGGTAGAA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ATTGCCGGTTTGGATCCTT	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCATTGCGTGTTGACGGCC	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCTCCTGATGAACTGCATC	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAGACTAGTGCAGACCGGT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAGCGGTATTAGGCAGATA	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GATCGACCTCCAACTAACC	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGCAAGTCTGCTCTAACGA	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGTCCTTCTCTCGTCTAGG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTAAGGAGTAAGCCGGCTG	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTCGGCAATATAGACTAGG	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATTCGGCTCTCGATGGAG	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTACTTACTCTCGATGGAG	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGATCTTCTTACTTAACTAG	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGCTAATTCTTGATGGCCTT	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCCATTACTAATTATCAGC	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCCGACGTACTTAACTAG	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCGCGGATTGGAAGTACC	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCTTAACCTCGGTCGTTAA	Neural
progenitors	3
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGGCAATATGTTGACGGCC	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ACCGTAGCTCTTCGGCGCA	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.AGCAACGATGCTCTAACGA	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CAACGCAGTCAAGGCATTC	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCGGAGAATTTGGAATCTC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTTGCAAGTCCGTCGGAGG	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGAGCCTTGCAGACCGGT	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATATGCGTTTTGGAATCTC	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATCCAGGTATCAACGATT	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATCGAACTTCTGGATTAGT	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATGGTCTTTCCTTACTCCT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCATAGAGTTCCAACTAACC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCAATAGTTACTGCCGATA	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGTCTATTTTGATGGCCTT	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGACGAGGTTATAGTAAGC	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGGCAATATAAGCCGGCTG	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TATGGTCTTTATCAACGATT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.ATAGTCGCTATCGAGTCGC	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGTCTACGTACCGTTACGA	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TAACTAAGGTCTGGATTAGT	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TATGGTCTTTCCAACTAACC	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TTGGTTAAGTTTGGAATCTC	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TCGCCAACTGGCTATGACT	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCTCGAGATTCCGGTAATC	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTCGGAGTTCGGCGAGACC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATCCAGGTACTCTCTCAA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCCTCGAGTTATAGTAAGC	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGAGTTAGATCCGTCGGAGG	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGTAGGCTATCGAGTCGC	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGTCTCCTTATAGTAAGC	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TCATTAAGCTACTTAACTAG	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACCAATGCTAGATATATCG	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACCTTCGGTGTTGACGGCC	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATTGCCGGTTAGGCAGATA	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CAGAAGGCTCAGGTATGGA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCGTCTCATAATACTCTTC	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTACGGCATTTGGAATCTC	Oenocytes	18
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAACGGCTTATCAACGATT	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCCATGGTTATAGTCGTAG	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCTTCTGGTGCGACGCAGA	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTTCGCTGTCCAACTAACC	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TACTCCTATTCGCCGCCTCC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATAAGGCTTCTCGATGGAG	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATCGAACTTTTGGAATCTC	Neural
progenitors	0
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATGGTCTTTGTTCTGAATT	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCTATTCTTGTTCTGAATT	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGTCTATTTTGAGTCCAGA	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCTCTAGTTAGTCCGCGGA	Immature
neurons	13
12_14_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.GTTGCTCCTTCCGGTAATC	Immature
neurons	13
12_14_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TCTAGGAATTATAGTCGTAG	Immature
neurons	13
12_14_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.CGCCGTAATCAAGGCATTC	Immature
neurons	13
12_14_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.CTAGTACGTATGCAATATG	Ventral
midline	9
12_14_exp1_idx1TAGGTAACTT_idx2CCGTCGGAGG.GTTCGCTGTTGAGTCCAGA	Immature
neurons	8
12_14_exp1_idx1TAGGTAACTT_idx2CCGTCGGAGG.TGAGTTAGATAATACTCTTC	Sensory
progenitors	14
12_14_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.TATAAGGCTTGCTAACCTCA	Immature
neurons	13
12_14_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.TTCAACTGATCATGCATCTC	Immature
neurons	13
12_14_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.AGCAACGATCTGGATTAGT	Immature
neurons	13
12_14_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.CTACGGCATGCAGACCGGT	Immature
neurons	13
12_14_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.GAAGAGGCTATGCAATATG	Immature
neurons	12
12_14_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.ACCGTAGCTACTTAACTAG	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CGACGATATATAGTCGTAG	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGATCTTCTTAGCGTCAATG	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TTGGAGTTATCCAACTAACC	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.AGTTGCGCTTTCCATGGCA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCCGTATGTGACCTCCGCC	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCTCCGAATTTGGATCCTT	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTGGAGTTATAGTCCGCGGA	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTGGCGACTATAGTCGTAG	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTTGCTTAGTTTCTTATCGA	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CCGTCTCATAATACTCTTC	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GACCAGGATATCAACGATT	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TAGAGAGTATCGGCGAGACC	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TAGAGAGTATTGGAAGTACC	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGATCTTCTTGCGACGCAGA	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTGGAGTTATTGATGGCCTT	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TCATTAAGCTGCAGACCGGT	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACCGTAGCTCGCCGCCTCC	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGAGCTCATATAGTCGTAG	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGAGGTTCTTTGGAATCTC	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGTACGGATGCAAGGAATA	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGCCAATTTCAAGTACTGG	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGTAGCGTTCTATAAGGA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGCGTAGTTTTGGATCCTT	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CCAGAACCTTCCGGTAATC	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TGCTCCTATAGATATATCG	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GACTACCATTTCCATGGCA	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GTAAGCTCTCTCGATGGAG	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GTAAGGAGTACTTAACTAG	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GTTGCTCCTCGGCGAGACC	Neural
progenitors	3
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCGAATCTTTATAGTCGTAG	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TGGACCTCTCTGGATTAGT	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.ACCTTCGGTACTTCCGAAT	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GCCATGGTTCAAGGCATTC	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCTATACCTTTGATGGCCTT	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ACGAGGTTTTACGGCTACG	Neural
progenitors	3
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ATGGCGTATTTCTTATCGA	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CGACGATATACCGTTACGA	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTCCGGTTTCGGTCGTTAA	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GACTACCATTTCCATGGCA	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGACTTGATCCGTCGGAGG	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGACTTGATGCAGACCGGT	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGCGACTATCAAGGCATTC	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGTTACCTTCTTCGGCGCA	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCAGTTGGTTTGGATCCTT	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCATGGCTTGCAGGCGACG	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCGGTCATTGATACGAGT	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCGAATCTTTATAGTCGTAG	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCTATACCTTTGAGTCCAGA	Oenocytes	18
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGAGAATCATATCGAGTCGC	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTATAGGCATCAAGGCATTC	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTATAGGCATGGATGCAGCA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGGCGACTAATGGTCGAC	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.ATTGCCGGTCAAGGCATTC	Immature
neurons	13
12_14_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TCGGTACCTACGAGGACCT	Oenocytes	18
12_14_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TCGCGCATTGCAAGGAATA	Immature
neurons	7
12_14_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TGCTAATTCTCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TCCTACCTTTATGCCGAGT	Immature
neurons	13
12_14_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.GGTCTACGTAATACTCTTC	Immature
neurons	7
12_14_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TCCTATTCTTTGAGTCCAGA	Immature
neurons	13
12_14_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TGATCTTCTTCCGTCGGAGG	Immature
neurons	13
12_14_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.TAGAGAGTATCTTCGGCGCA	Immature
neurons	13
12_14_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.TCGCGCATTAATACTCTTC	Immature
neurons	13
12_14_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.TCTCTCCATCGCCGCCTCC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.ATGGAGAGTGCGACGCAGA	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CTTCATGCTATCAACGATT	Ventral
midline	9
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GGCTTACTTGGCTATGACT	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCAGCGGTTATAGTCGTAG	Ventral
midline	9
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TGCCTATTATTATGCCGAGT	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CTCTACTGTGCAGGCGACG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GCTGGCTATACTTCCGAAT	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GTCGGCAATCCGCTATATT	Ventral
midline	9
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TGAGAATCATCAAGTACTGG	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ACGCCATATAATACTCTTC	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCTCCTGATCTCGTCTAGG	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GAAGAGGCTCCAACTAACC	Neural
progenitors	11
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGCGCATTTATGGCGGATC	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGTTGGCATGCTCTAACGA	Sensory
progenitors	14
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTATCGCATTGAGTCCAGA	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTCCTGCATATCAACGATT	Oenocytes	18
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TAGTTACCTTATCAACGATT	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATGACTTGTACTGCCGATA	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCATGGCTTTTCTTATCGA	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGTAGCGTCCGTCGGAGG	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGTTCTGTATGCAATATG	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGGTCTCCTTATAGTAAGC	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCGCATAATCAAGGCATTC	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTGCGGTCTTTCAAGACCA	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTGCGGTCTTTGGAATCTC	Sensory
progenitors	14
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.AACCGCTGTAGTCCGCGGA	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.ACCAATGCTAGTCCGCGGA	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTTCCAGCTGCCAGGATCA	Oenocytes	18
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TAGAGAGTATGTTCTGAATT	Ventral
midline	9
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCCTATTCTTACTTAACTAG	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCGGTACCTCGGCGAGACC	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGGTCGAATCCGCTATATT	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTGGTTAAGTGCAGACCGGT	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AGTTGCGCTCTGGATTAGT	Ventral
midline	9
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CAACGCAGTTTCTTATCGA	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CCTCCTGATAGATATATCG	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTGCTGAATACGCCGTTCA	Neural
progenitors	3
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCTGAAGCTCAAGGCATTC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTTCGCTGTCCGTCGGAGG	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAGGTACTATTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTAGGAATTTTGGAATCTC	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGAATTCGTTGCAGACCGGT	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGGCCTGATCTTCGGCGCA	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGCGGTCTGGACTCATTG	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GGCGACTATCAAGTACTGG	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TATTCGGCTTATGCCGAGT	Ventral
midline	9
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCCTCGAGTAATACTCTTC	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.ACCGTAGCTATAGACTAGG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CGCCGTAATTTCCATGGCA	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TAACTAAGGTCTGGATTAGT	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCTCTCCATGCTAACCTCA	Neural
progenitors	11
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.ACGCCATATAATACTCTTC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TGCTCCTATCTGGATTAGT	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TTGCGGTCTTTGGAATCTC	Sensory
progenitors	14
12_14_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.TTGGCTCATTATGCCGAGT	Immature
neurons	13
12_14_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.CCAGAACCTGTCGCTCAGT	Immature
neurons	13
12_14_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.TCGCCAACTTTCAAGACCA	Immature
neurons	13
12_14_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.AGGCATCATCCAACTAACC	Immature
neurons	12
12_14_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.CTTAGCGGTGCTAACCTCA	Sensory
progenitors	6
12_14_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.GGCAAGTCTTTCTTATCGA	Immature
neurons	13
12_14_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TCCAATAGTTGCAGGCGACG	Immature
neurons	13
12_14_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.GCCATGGTTAAGTAGTCAG	Immature
neurons	13
12_14_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.CCTCCTGATCAAGTACTGG	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.AGTTGCGCTACCGTTACGA	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CTCCGGTTTCAAGGCATTC	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TATGACTTGTTAGGCAGATA	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TGCCTATTATTTCAAGACCA	Sensory
progenitors	14
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TTCTGGCCTTCCAGAAGGT	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AACCGCTGTCTTCGGCGCA	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AAGATGCCTTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ACGCCATATTATAGTAAGC	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ATTGCCGGTGCAGGCGACG	Sensory
progenitors	14
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CCATTGCGTAACTGATCTT	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTCCGGTTTCTGGATTAGT	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTTCATGCTAGATATATCG	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACCGAATTTTAGATTCCG	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCGCTCAATACCGTTACGA	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGAGCTCATGGCTAATTAA	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGCGACTATAAGTAGTCAG	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGCGCATTTAGTTGCATCT	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTCCTGCATACTATCCGCA	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGAGAGTATGCTAACCTCA	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGAGAGTATTTGGAATCTC	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATGGTCTTTCGCCGCCTCC	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATTCGGCTCTGGATTAGT	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCCTTGGTTTCAAGACCA	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCTAATTCTTCGTAGAGAA	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCTAATTCTTTGGAATCTC	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGGTTAAGTCTTCGGCGCA	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.CTATCTCCTGTTGACGGCC	Ventral
midline	9
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GACCAGGATGCAGACCGGT	Sensory
progenitors	14
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TGCTACTAATTCCAGAAGGT	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TTGCGGTCTACTCTCTCAA	Sensory
progenitors	14
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CGCCGTAATTGGAACTAGA	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTGCTGAATCATGCATCTC	Ventral
midline	9
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTAAGCTCTGAACTGCATC	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TAGGTACTATAAGTAGTCAG	Ventral
midline	9
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGGTCGAATTTGGTCATAA	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GACCAGGATTATGCCGAGT	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TGCCTATTATCATTATTACC	Oenocytes	18
12_14_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GACCGAATTCCGTCGGAGG	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GCTTCTGGTAACTACCGAC	Ventral
midline	9
12_14_exp10_idx1AATACGATAA_idx2AACTTATAAG.GGCGTTAATGACTAGTCTA	Immature
neurons	13
12_14_exp10_idx1AATACGATAA_idx2AACTTATAAG.TCCAAGTTATAACTAGGCGC	Immature
neurons	13
12_14_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.TATAAGAGGTTCTAATAGTA	Immature
neurons	2
12_14_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.TAACTAAGGTTCGCTAAGCA	Immature
neurons	7
12_14_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.TAGGAAGGTAGTAAGCATA	Immature
neurons	13
12_14_exp10_idx1AATACGATAA_idx2CTCGATGGAG.GAGACTAGTGCCATTCTCC	Sensory
progenitors	14
12_14_exp10_idx1AATACGATAA_idx2CTCGATGGAG.TGGTTGAATTAACTGATCTT	Neural
progenitors	0
12_14_exp10_idx1AATACGATAA_idx2TGATACGAGT.GCTGAAGCTGGTATCCGCC	Immature
neurons	2
12_14_exp10_idx1ACGGCGTTAA_idx2AATTGCCTAC.AGCGTAAGTCCAGGTCTAC	Ventral
midline	9
12_14_exp10_idx1ACGGCGTTAA_idx2AATTGCCTAC.GGCAAGTCTAATACCATCC	Immature
neurons	13
12_14_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.GAACGATGTAATACCATCC	Immature
neurons	13
12_14_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.CTGCTGAATTGATACGAGT	Oenocytes	18
12_14_exp10_idx1AGACCATATC_idx2AGGATTACCA.CAGCAAGTTTGGAACTAGA	Immature
neurons	13
12_14_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TAGATGACTTTATATACTAA	Immature
neurons	13
12_14_exp10_idx1AGACCATATC_idx2CCTATAAGCT.GAAGAGGCTGGCTAATTAA	Immature
neurons	7
12_14_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.TCAGGAGATCCGCGGACCG	Immature
neurons	13
12_14_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.ACTTACTCATGACTAGTCTA	Immature
neurons	13
12_14_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.CCTAATGGTGTCCAACTCA	Immature
neurons	13
12_14_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.TATTGACTCTCCGCGGACCG	Immature
neurons	13
12_14_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.ATTAGTCTGTCCAGGTCTAC	Sensory
progenitors	14
12_14_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.CGAATGAGTGTCCAACTCA	Immature
neurons	13
12_14_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.GGCGTTAATTCGATATTGA	Ventral
midline	9
12_14_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.GCAATCGCTTGAGGTAGAA	Neural
progenitors	0
12_14_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.ACTTACTCATTGCCGGCAGA	Neural
progenitors	3
12_14_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.CAGTATCCTGGCATAGCTT	Immature
neurons	13
12_14_exp10_idx1ATAAGGACTC_idx2TTGAGTATCA.GTTGCAAGTCGTCCGTCCT	Immature
neurons	13
12_14_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.AAACTCCAATTCGATATTGA	Immature
neurons	13
12_14_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TAGGTACTATGGCATAGCTT	Immature
neurons	12
12_14_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.CCAAGGATTGGTATCCGCC	Immature
neurons	13
12_14_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TAATCAGCTTTCTAATAGTA	Immature
neurons	13
12_14_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TCGAGAAGTGCTGGAACTT	Neural
progenitors	11
12_14_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.GATCGACCTCCGCGGACCG	Immature
neurons	7
12_14_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.TCAAGATCTTGGCATAGCTT	Neural
progenitors	11
12_14_exp10_idx1GATTCTTGAA_idx2GAACTGCATC.GGCTAAGATGGTATCCGCC	Immature
neurons	7
12_14_exp10_idx1GATTCTTGAA_idx2GAACTGCATC.TCTTAGTTCTGCTAACTTGC	Immature
neurons	13
12_14_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.TGTCCTTATTAATACGCAGG	Immature
neurons	13
12_14_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.GTCTATGGTAATACCATCC	Immature
neurons	2
12_14_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.CAGTATCCTTGAGGTAGAA	Neural
progenitors	3
12_14_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.TAAGGTTCATAATACCATCC	Immature
neurons	7
12_14_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.TGTTAAGACTGGCTAATTAA	Immature
neurons	13
12_14_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.TTCTCATTGTAGTAAGCATA	Immature
neurons	13
12_14_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TTCGCATAATCTGATTAAGA	Immature
neurons	7
12_14_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.CAGTATCCTTGAGGTAGAA	Immature
neurons	13
12_14_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.GCTCTTAGTTGAGGTAGAA	Immature
neurons	7
12_14_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.CGTACCTATGACTAGTCTA	Immature
neurons	13
12_14_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TCTATCCAATGGCTAATTAA	Immature
neurons	12
12_14_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TATGAGAACTGGCTCTCTAT	Neural
progenitors	11
12_14_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TCCTATTCTTACTTCCGAAT	Immature
neurons	13
12_14_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TGCTACTAATAACTACCGAC	Immature
neurons	7
12_14_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.TTAATGAGCTTCTAATAGTA	Neural
progenitors	3
12_14_exp10_idx1GGTTATCGAA_idx2GACCGTAGCA.AAGGATTACTACTTCCGAAT	Immature
neurons	13
12_14_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TTCAACTGATGCTGGAACTT	Immature
neurons	13
12_14_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.GGCAAGTCTCCGCGGACCG	Immature
neurons	13
12_14_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.ATTAGGTACTAGTAAGCATA	Immature
neurons	7
12_14_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.GGAGGTTCTCAAGATTAAG	Immature
neurons	13
12_14_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.AAGTTCTTGTACTTCCGAAT	Sensory
progenitors	14
12_14_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.GCAGATACTAATTATCAGC	Immature
neurons	13
12_14_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TATCGAACTTGGTCCAGGAG	Ventral
midline	9
12_14_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.CCAAGGATTGCTAACTTGC	Immature
neurons	7
12_14_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TATGGTCTTTTCTAATAGTA	Immature
neurons	13
12_14_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.AGCGTAAGTGGCTAATTAA	Immature
neurons	13
12_14_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.ATACCAGTTTTGAGGTAGAA	Immature
neurons	7
12_14_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.TTAATGAGCTTGAGGTAGAA	Immature
neurons	12
12_14_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.CTGCTGAATAACTACCGAC	Sensory
progenitors	14
12_14_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.GCTGAAGCTAGAGCCAAGG	Immature
neurons	7
12_14_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.GCTGGCTATCGCCTCGAAC	Immature
neurons	13
12_14_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TAAGAATGGTTGAGTCTGGC	Immature
neurons	13
12_14_exp10_idx1TAGTAAGCCG_idx2GAACTGCATC.ACGTTGCTTCATTATTACC	Immature
neurons	13
12_14_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.GATAAGCGTAGTAAGCATA	Immature
neurons	13
12_14_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TATCATGAGTGTCCAACTCA	Immature
neurons	2
12_14_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.AGAGTACCTAGTAAGCATA	Immature
neurons	13
12_14_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TAACTAAGGTTGCCGGCAGA	Immature
neurons	7
12_14_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.ACCATGATTTCAAGATTAAG	Immature
neurons	13
12_14_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.TAGCCAATTTGGCTAATTAA	Immature
neurons	12
12_14_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TGCTACTAATACTTCCGAAT	Immature
neurons	13
12_14_exp10_idx1TATTAGACTT_idx2CATGCATCTC.TCCTCGAGTACTTCCGAAT	Immature
neurons	7
12_14_exp10_idx1TATTAGACTT_idx2CATGCATCTC.TTCAACTGATAACTAGGCGC	Sensory
progenitors	14
12_14_exp10_idx1TATTAGACTT_idx2CATTATTACC.ACAGGTATTTGGCTAATTAA	Immature
neurons	13
12_14_exp10_idx1TATTAGACTT_idx2GTCATTGCGC.TCCTATAAGTGGCTCTCTAT	Immature
neurons	13
12_14_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TAGAGAGTATAATACCATCC	Ventral
midline	9
12_14_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TCTCGCTCTACGCAACTCC	Immature
neurons	13
12_14_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TTCTCTAGTTGACCTCTCTG	Immature
neurons	8
12_14_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TTGATTCCTTGACTAGTCTA	Immature
neurons	13
12_14_exp10_idx1TATTAGACTT_idx2TGGCCGCAAT.TCCTATAAGTGAAGATCGAG	Neural
progenitors	11
12_14_exp10_idx1TCCTCTGCCG_idx2AGTTGCATCT.GCATCCAGTGTCCAACTCA	Immature
neurons	7
12_14_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TCATTAAGCTTGAGGTAGAA	Sensory
progenitors	14
12_14_exp10_idx1TCCTCTGCCG_idx2TTGAGTATCA.TTCCATTACTGTCCAACTCA	Oenocytes	18
12_14_exp10_idx1TCTTGAGGTT_idx2CAAGTACTGG.TCCTATTCTTGCAAGGAATA	Neural
progenitors	1
12_14_exp10_idx1TCTTGAGGTT_idx2CGTCCGTCCT.ACGCTTGATGGTATCCGCC	Neural
progenitors	3
12_14_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.TAGGAAGGTGACTAGTCTA	Immature
neurons	12
12_14_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.GCAGATACTATCCATGACT	Sensory
progenitors	14
12_14_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TATAAGAGGTGCAAGGAATA	Neural
progenitors	3
12_14_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TCCTAACTTTTGAGTCTGGC	Sensory
progenitors	14
12_14_exp10_idx1TTGCCGTAGG_idx2ACGTTCAACC.ACAGGTATTTGGTACTGCCT	Immature
neurons	2
12_14_exp10_idx1TTGCCGTAGG_idx2ACTGAATTCC.TTAATGAGCTGTCCAACTCA	Ventral
midline	9
12_14_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.TGATCTTCTTTGCGGACCTA	Immature
neurons	13
12_14_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.GGCGACTATAATGGTCGAC	Immature
neurons	13
12_14_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.AACTAGTTGTATATGAGCCA	Immature
neurons	13
12_14_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.ATTGAGGAATTCGGCCTTAC	Immature
neurons	7
12_14_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.TAAGGTTCATCAGGTATGGA	Immature
neurons	13
12_14_exp3_idx1AGGTCAGCTT_idx2CCAGGTCTAC.GGATAGGTTTCAATCGCAT	Immature
neurons	2
12_14_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.ACGGAACGTCTGATTAAGA	Immature
neurons	12
12_14_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.AGAGTACCTGCCGGTCGAG	Immature
neurons	7
12_14_exp3_idx1AGGTCAGCTT_idx2GATACCTAAG.TATCTCGATTAGTAAGCATA	Immature
neurons	13
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.CCAGCCTTTTGCGCCATCT	Immature
neurons	13
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.TCTCCGAATGCTAACTTGC	Immature
neurons	13
12_14_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.AACCTCATTTCGGTAGGAAT	Immature
neurons	12
12_14_exp3_idx1AGTCCGCTGC_idx2CAAGTACTGG.TCCTATTCTTTATAGTAAGC	Immature
neurons	13
12_14_exp3_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TCCGGTCATTGAGGTAGAA	Immature
neurons	13
12_14_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.GTAGCGATTAATACGCAGG	Immature
neurons	12
12_14_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.ATTAGGTACTTTAATTGAAT	Immature
neurons	2
12_14_exp3_idx1ATAAGGACTC_idx2AAGATCCAAC.GGTACCATTACCTCTATCT	Immature
neurons	13
12_14_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.ATTGATCGTTCTTGGTAATG	Immature
neurons	7
12_14_exp3_idx1ATAAGGACTC_idx2AGTCCGCGGA.GGTACCATTTCGGCCTTAC	Immature
neurons	12
12_14_exp3_idx1ATAAGGACTC_idx2ATAGGATATG.ATAACTTCCTGAGCATATGG	Immature
neurons	2
12_14_exp3_idx1ATAAGGACTC_idx2ATAGGATATG.GACTGACGTTCCGTCGCCA	Immature
neurons	2
12_14_exp3_idx1ATAAGGACTC_idx2GGCTATGACT.ATTAGTCTGTTTCGCTTACG	Immature
neurons	7
12_14_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.GATTACGGTGAGCATATGG	Immature
neurons	12
12_14_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.TTCTCATTGTTATAGACGCA	Ventral
midline	9
12_14_exp3_idx1ATAAGGACTC_idx2TTGGTCATAA.CGAGGCAATCGGTAGGAAT	Immature
neurons	7
12_14_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.CGCCGTAATTGGAACTAGA	Immature
neurons	13
12_14_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.AGCTATCGTGGCTGAGCTC	Immature
neurons	7
12_14_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.CGTAGGCTTGTACTAGTAA	Immature
neurons	13
12_14_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.CTCCAGAGTATCATATTAG	Immature
neurons	13
12_14_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.CCGGATAGTTCAACGTAAG	Immature
neurons	13
12_14_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.GATTACGGTATATTGATAC	Immature
neurons	8
12_14_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.TCTCCGAATGACTAGTCTA	Immature
neurons	13
12_14_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.AAGGATTACTTTATTATGGT	Immature
neurons	13
12_14_exp3_idx1CTCAATTAGT_idx2ACCAAGATCT.TTGACCAGTCGATCATTAC	Immature
neurons	13
12_14_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.AATTCATCGTTCAGACGAAC	Immature
neurons	13
12_14_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.TCCTATAAGTTCGATATTGA	Immature
neurons	13
12_14_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.TGATGCGATGTCCTTAAGA	Immature
neurons	13
12_14_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.ACGTTGCTTACGCCGTTCA	Immature
neurons	12
12_14_exp3_idx1GAGCGCGATG_idx2GGAACGATGG.TAAGACCGTTTAATTGAAT	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.AGGCGGAATTGCGCCATCT	Immature
neurons	13
12_14_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.CTTCATGCTCGTCGCAGCC	Immature
neurons	13
12_14_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.TCCTACCTTCAGATTCGAT	Immature
neurons	13
12_14_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.TTGCGGTCTTGGCCATGCA	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.AACTAGTTGTTTCTTAATAA	Immature
neurons	13
12_14_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.ACCAATGCTTAGAATTAAC	Immature
neurons	13
12_14_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.ATTCCTAGATGCCGGTCGAG	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.CCAAGGATTCCATCGCGAA	Immature
neurons	13
12_14_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TGCGTAGTTGATAAGGCAA	Immature
neurons	13
12_14_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TGGTCTCCTTTAATTGAAT	Immature
neurons	13
12_14_exp3_idx1GATTCTTGAA_idx2AGATCCTATA.AAGTTCTTGTACTATAGGTT	Immature
neurons	13
12_14_exp3_idx1GATTCTTGAA_idx2AGTTGCATCT.AGAGATGAATTCAATCGCAT	Immature
neurons	7
12_14_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.CTACGGCATAACTACCGAC	Immature
neurons	7
12_14_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.CTCTGAGCTGAAGGTTGCC	Immature
neurons	7
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.ACTTACTCATGTACTAGTAA	Immature
neurons	13
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.GATTACGGTTTAGGACCGG	Immature
neurons	13
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TCCGGTCATCGTCGCAGCC	Immature
neurons	13
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TGCGTAGTTAAGTTGCCAT	Immature
neurons	7
12_14_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.AAATCGTTCTACTAGAGAGT	Immature
neurons	13
12_14_exp3_idx1GCATCGTATG_idx2CTGCAATCGC.GCAACGTTTTCTAGAACTA	Immature
neurons	13
12_14_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.CTGCTGAATACCAGCGCAG	Immature
neurons	7
12_14_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.TACTCCTATTGCTAACTTGC	Oenocytes	18
12_14_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.ATTCGGAGTTTAGGACCGG	Neural
progenitors	1
12_14_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.GGATAGGTTCCGTCCAGTA	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2TCGATATTGA.AACCTCATTTGAGCATATGG	Immature
neurons	7
12_14_exp3_idx1GCGCGTTCAT_idx2AACGGACCAA.ATGGAGAGTCATACTCCGA	Immature
neurons	7
12_14_exp3_idx1GCGCGTTCAT_idx2TCGATATTGA.AAACTGAACTAACTGATCTT	Oenocytes	18
12_14_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.TCCGTATGTCCGTTGACTT	Immature
neurons	13
12_14_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.ACGCTTGATGCAAGGAATA	Immature
neurons	12
12_14_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.AGATTCAACTTCAGACGAAC	Immature
neurons	12
12_14_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.AGGCTCGTTGGACTACTAC	Immature
neurons	13
12_14_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.ACTTATGGTTTCAAGCCGAT	Immature
neurons	13
12_14_exp3_idx1GGCTTACTCC_idx2AATTGCCTAC.AGAAGTAAGTCTTGCAACCT	Immature
neurons	12
12_14_exp3_idx1GGCTTACTCC_idx2CTCCGGTTCT.CAAGGCGTTGGCATAGCTT	Immature
neurons	13
12_14_exp3_idx1GGTTATCGAA_idx2GACCGTAGCA.TTGGAGCTTGAGCATCATT	Immature
neurons	7
12_14_exp3_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TAATCAGCTTGGAGGATAGC	Neural
progenitors	11
12_14_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.TAATACCAGTCTAGTAGTCT	Immature
neurons	7
12_14_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.ACCTTCGGTACCAGCGCAG	Immature
neurons	13
12_14_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.ATACTACTCTAACTACCGAC	Ventral
midline	9
12_14_exp3_idx1GTAGGCTGCA_idx2CTGCTTCGAC.AAATCGTTCTGAAGGTTGCC	Immature
neurons	7
12_14_exp3_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TTCGCATAATTGGCCGGCCT	Immature
neurons	8
12_14_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.GACTGACGTGGTATCCGCC	Immature
neurons	7
12_14_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.ATATCCTACTTTGGACGCTG	Immature
neurons	13
12_14_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.ACTGGACCTGTTCCGCTAA	Immature
neurons	13
12_14_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.TCCTATAAGTATTGAGATTG	Sensory
progenitors	6
12_14_exp3_idx1TATAATAGTT_idx2GGAACGATGG.ATATCTGGATTGGAACTAGA	Neural
progenitors	3
12_14_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.CGGTAAGGTTTATTATGGT	Immature
neurons	13
12_14_exp3_idx1TCCTCTGCCG_idx2AGTTGCATCT.ATACCAGTTTTAACGATCCA	Immature
neurons	13
12_14_exp3_idx1TCCTCTGCCG_idx2AGTTGCATCT.CCAATCCATCAGATTCGAT	Immature
neurons	13
12_14_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.ATCTGATGATACTATAGGTT	Immature
neurons	13
12_14_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.GGTCAGTTTTGGCTGATGA	Immature
neurons	13
12_14_exp3_idx1TCCTCTGCCG_idx2TCATCTAATC.CTGGAAGATCCTTGGTCCA	Immature
neurons	13
12_14_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.TGGTTGAATTTCCGTCGCCA	Immature
neurons	13
12_14_exp3_idx1TGGACGACTA_idx2AACGGACCAA.AAGACCTTATGTTCGTCAGA	Immature
neurons	13
12_14_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.GAACGGCTTCCAGGTCTAC	Head epid.
/muscle	4
12_14_exp3_idx1TTATTGAGGC_idx2AGATCCTATA.ATGCATTCATCATCTCTGCA	Immature
neurons	13
12_14_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.CGAGGCAATTTATTATGGT	Immature
neurons	13
12_14_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.GGCGCATTTCCATAAGTCC	Ventral
midline	9
12_14_exp3_idx1TTCCGTCGAC_idx2CCGTCGGAGG.AACGCGTCTTGCGCCAGAA	Sensory
progenitors	14
12_14_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.CTCGTTGATCTTGCAACCT	Immature
neurons	8
12_14_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.GTAGCGATTACCTCTATCT	Immature
neurons	13
12_14_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.TCGAAGGATGTCCAACTCA	Immature
neurons	13
12_14_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.AGAGGTCGTTGGCCATGCA	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GTAAGCTCTTTCCATGGCA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTCCTCGTTATCAACGATT	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TAGTTACCTTAACCTAGCTT	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GACTGACGTCTCGTCTAGG	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TCAGTTGGTTCGTAGAGAA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CAATCGGTTGAACTGCATC	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTACGGCATCAAGGCATTC	Neural
progenitors	11
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCGCGCATTATGCAATATG	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GTAAGGAGTAATACTCTTC	Sensory
progenitors	14
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TCGCGCATTTTGGATCCTT	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACTGACGTGTTGACGGCC	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCAGGAGATTCCAGAAGGT	Sensory
progenitors	14
12_14_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GTACCTCTTCCGTCGGAGG	Immature
neurons	7
12_14_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.ACGAGGTTTTTGAGTATCA	Immature
neurons	7
12_14_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GGTAGTCCTATGGCGGATC	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.CCGGATAGTAATACTCTTC	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TATCGAACTTTTGGATCCTT	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.ACCTTCGGTGCAAGGAATA	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.TCTATACCTTCTTCGGCGCA	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.GGCAAGTCTTATGCCGAGT	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.ACCAATGCTTTGGATCCTT	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCGTAGCGTATGCAATATG	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CGAGATGCTAAGTAGTCAG	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TAGAGAGTATCGGCGAGACC	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCGTTCTGTGCTCTAACGA	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TGAGTTAGATCGGCGAGACC	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TGCTAATTCTACTTAACTAG	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.ACGGCAATTTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTCTAAGCTTCAAGTACTGG	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TGGTAGGCTCTGGATTAGT	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCGCGCATTAAGCCGGCTG	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGCTACTAATGCTAACCTCA	Sensory
progenitors	14
12_14_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GACCAGGATGCAGACCGGT	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.CCGGAGTTTGCAGGCGACG	Neural
progenitors	11
12_14_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TTGAGAGATTTTGGAATCTC	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TGAACGCGTGGACTCATTG	Immature
neurons	7
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GTTGCTCCTTGGAACTAGA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TAGCTCGGTGAACTGCATC	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TGATCTTCTTTCCGGTAATC	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTCATCTGTTTCCATGGCA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAACTAAGGTGCTAACCTCA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATAAGGCTTGCAGGCGACG	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TATGACTTGTTCCAGAAGGT	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AAGCGCCATGCGACGCAGA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATAAGGCTTCGGCGAGACC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCTATACCTTGTTCTGAATT	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTAATGAGCTTCGTAGAGAA	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGTAGTCCTCTGGATTAGT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACCGAATTTCCGGTAATC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGAACGCGTAACTACCGAC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCAACTGATAAGTAGTCAG	Immature
neurons	7
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.CGGTTCCATATGCAATATG	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TATCCAGGTCAGGTATGGA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGCCTTGGTTGAGTCCAGA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CCGGAGTTTTATAGTAAGC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TACTCCTATTAACGGACCAA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TACTCCTATTGTTCTGAATT	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTCGCGGATGCCAGGATCA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TCGAATCTTTTGAGTCCAGA	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TGCTAATTCTTTCCATGGCA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCTATACCTTATGGCGGATC	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TATGACTTGTTTCTTATCGA	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GTTCGCTGTGCAGACCGGT	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TTATAGGCATGGATGCAGCA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ATAGTCGCTAAGTAGTCAG	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CCATCAGGTTTGAGTATCA	Neural
progenitors	3
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATTGAGGTTTCCGGTAATC	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCTCTCCATGCCAGGATCA	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGATCTTCTTAATACTCTTC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GAGCGGTATGCCAGGATCA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TGCTACTAATCTGGATTAGT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CATCGGACTTCCGGTAATC	Sensory
progenitors	14
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GTAAGCTCTAACTACCGAC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TGGTAGGCTTGAGTCCAGA	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCAGAACCTGACCTCCGCC	Sensory
progenitors	14
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CGGTTCCATACTTCCGAAT	Sensory
progenitors	14
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TACGGTAGTTTGGATCCTT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGATCTTCTTAGTCCGCGGA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGATCTTCTTGCTAACCTCA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGCTACTAATCCGTCGGAGG	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCCGACGTATGGCGGATC	Neural
progenitors	11
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TATTCGGCTTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCGCGCATTGGATGCAGCA	Mature
neurons	17
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGACTTGATTCGTAGAGAA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTAGCGATTCCAACTAACC	Sensory
progenitors	14
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATGCGATTTTGGAAGTACC	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGGTACCTATCAACGATT	Oenocytes	18
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCATGGCTTGCCAGGATCA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TTGGTTAAGTCAAGTACTGG	Immature
neurons	7
12_14_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GCCATGGTTCAAGGCATTC	Immature
neurons	7
12_14_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.TCTCCGAATCCGCTATATT	Sensory
progenitors	14
12_14_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TGATCTTCTTGCTAACCTCA	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CAACGCAGTTAGGCAGATA	Oenocytes	18
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTATCTCCTGTTGACGGCC	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TTGAGAGATTCCGTCGGAGG	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CAACGCAGTTATAGTAAGC	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGCGCATTTTTGGATCCTT	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCCAAGTTATACTACTGAAG	Immature
neurons	7
12_14_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.AGAGTACCTGGCTAATTAA	Immature
neurons	7
12_14_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.TCTCGCTCTAGTAAGCATA	Immature
neurons	7
12_14_exp10_idx1AGGTCAGCTT_idx2TCCGGTAATC.GTCATCTGTAATACCATCC	Immature
neurons	7
12_14_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.TGAGTTAGATGACTAGTCTA	Immature
neurons	7
12_14_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.TAAGGTTCATCCAGGTCTAC	Immature
neurons	7
12_14_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TCATTAAGCTGGCTGAGCTC	Sensory
progenitors	14
12_14_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TTCGTTCCTTCTAATAGTA	Immature
neurons	7
12_14_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.AACTGGCATGATCGCTTCT	Immature
neurons	7
12_14_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TCGAATCTTTGCTAACTTGC	Immature
neurons	7
12_14_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.ATTAGGTACTAGTAAGCATA	Sensory
progenitors	14
12_14_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.CTGCCTTATCCGCGGACCG	Immature
neurons	7
12_14_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.TATTCTCCTTGGCTAATTAA	Sensory
progenitors	14
12_14_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TTCTCATTGTGACCTCTCTG	Oenocytes	18
12_14_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TCCTAACTTTGCCATTCTCC	Ventral
midline	9
12_14_exp10_idx1TGGACGACTA_idx2TGATACGAGT.TCCTATTCTTCCGCGGACCG	Immature
neurons	7
12_14_exp10_idx1TTATTGAGGC_idx2TCTATAAGGA.TATTGAGGTTGACCTCTCTG	Neural
progenitors	11
12_14_exp10_idx1TTGCGAGCAT_idx2CGTCCGTCCT.TCAAGATCTTGACTAGTCTA	Immature
neurons	7
12_14_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.GTCGTAACTCCGTTCGGAT	Immature
neurons	7
12_14_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.TAACGACTTTAATACGCAGG	Immature
neurons	7
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTAATTAA.ATTAATGCCTGCCGCAACGA	Immature
neurons	7
12_14_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.AGGATAATCTACCTCTATCT	Immature
neurons	7
12_14_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.AAGACCTTATGTCCAACTCA	Immature
neurons	13
12_14_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.TGATGCGATCCGTTCGGAT	Immature
neurons	7
12_14_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.TAAGACCGTCCGAGAATCC	Immature
neurons	7
12_14_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.AAACTCCAATCCGCGGACCG	Sensory
progenitors	14
12_14_exp3_idx1ATTATGCAAG_idx2CTAACTCCAA.ATTCGCAATTCGTCGCAGCC	Sensory
progenitors	14
12_14_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.AGTCGCATTCCGTTCGGAT	Neural
progenitors	1
12_14_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.AGTTGCGCTTTATTATGGT	Immature
neurons	7
12_14_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.CGAATGAGTATATGAGCCA	Immature
neurons	7
12_14_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.GACCGAATTACGTCATATA	Immature
neurons	7
12_14_exp3_idx1GCATCGTATG_idx2CTGCAATCGC.TATAAGAGGTATATTGATAC	Immature
neurons	7
12_14_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.CGCTAACCTAAGTAAGAGC	Immature
neurons	7
12_14_exp3_idx1GTAGCAGCTA_idx2GGCTAATTAA.ATGCATTCATAAGTCTTCCG	Immature
neurons	7
12_14_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.TGCAAGGTTGTCCTTAAGA	Immature
neurons	7
12_14_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.ATATCCTACTTTACCGAGGC	Immature
neurons	7
12_14_exp3_idx1TGGACGACTA_idx2GATGATCGTA.CTCTGAGCTATATTGATAC	Immature
neurons	7
12_14_exp3_idx1TGGACGACTA_idx2TCGATATTGA.CAGATCAGTCCTTGGTCCA	Immature
neurons	7
12_14_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.ACGTTGCTTTTCATAGGAC	Immature
neurons	7
12_14_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.TATCCAGGTAGTAAGCATA	Immature
neurons	7
12_14_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.AAGGATTACTTTATTCTGAG	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.TCCGGTCATAGATATATCG	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TAGAGCCTTATAGTCGTAG	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ACCAATGCTTTAGGATCTA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AGGCATCATACGAGGACCT	Sensory
progenitors	14
12_14_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.ATGCCAAGTAAGTCTTCCG	Immature
neurons	7
12_14_exp3_idx1TGGACGACTA_idx2TCGATATTGA.GGATAGGTTCTTGCAACCT	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GTTGCTCCTCAAGGCATTC	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GACTCGCTTCTGGATTAGT	Sensory
progenitors	14
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TGCTAATTCTCTGGATTAGT	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TTGGCTCATTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TATCGAACTTACTTAACTAG	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TGCTCCTATCCGTCGGAGG	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ATGGAGAGTCTCGATGGAG	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTAGTACGTTGAGTCCAGA	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GACTCGCTTCGGTCGTTAA	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TAGGTACTATTTCCATGGCA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGACGAGGTTGCGCCAGAA	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.ATGGAGAGTAATACTCTTC	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GACTGACGTGCAGACCGGT	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTCTACTGTTCGTAGAGAA	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCTCGAGATTTGGAATCTC	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCTTCTGGTGCTCTAACGA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGTTGGCATGCAGACCGGT	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCGAATCTTTCTCGTCTAGG	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCTCCGAATGGCTATGACT	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.AGCAACGATCTCGATGGAG	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.AGCAACGATTGAGTCCAGA	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GACTTGGCTTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TATTGACTCTTAGGCAGATA	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TCAGCGGTTCCAACTAACC	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TGCCTATTATTTCTTATCGA	Immature
neurons	13
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TTGAGTCCTTTCCATGGCA	Oenocytes	18
12_14_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TCGTAGCGTTATGCCGAGT	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TATCATGAGTAAGCCGGCTG	Ventral
midline	9
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AAGCGCCATCTGCTTCGAC	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CCGGAGTTTCTTCGGCGCA	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CCGTCTCATCTCGATGGAG	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTCCAGAGTGAACTGCATC	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGAGGTTCTTCCGGTAATC	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TAGGTACTATTACTTACTTA	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCAGCGGTTGCTAACCTCA	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGAGAATCATCCGTCGGAGG	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.ACGAGGTTTTGAGTCCAGA	Ventral
midline	9
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCAGATACTATAGTCGTAG	Immature
neurons	13
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCGCTCAATTTGGAATCTC	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCGTCTATTTGGTCGCGTCA	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.CCGTCTCATCAAGTACTGG	Sensory
progenitors	14
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GGAGCTCATAACCTAGCTT	Immature
neurons	7
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TGCTAATTCTAGTCCGCGGA	Immature
neurons	12
12_14_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.ACCGTAGCTTGGAACTAGA	Immature
neurons	7
12_14_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.GTAGCGATTTGAGTCCAGA	Immature
neurons	13
12_14_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.AAGATGCCTTATGCCGAGT	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.GTCGGAGTTGGACTCATTG	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.GACTGACGTGCTAACCTCA	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.AACCGCTGTTGGAAGTACC	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CGTCGAAGTGACCTCCGCC	Mature
neurons	10
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCATTAAGCTCCAACTAACC	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TAGAGAGTATCAAGTACTGG	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCTCTCCATTTCCATGGCA	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGAATTCGTTAGATATATCG	Neural
progenitors	1
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGCCTATTATCGCCGCCTCC	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGGACCTCTTGAGTCCAGA	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GGTACGGATAGATATATCG	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGATAGGTTTCCAGAAGGT	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGATCTTCTTACGAGGACCT	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTGAGAGATTCTGGATTAGT	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GGACTTGATCTGGATTAGT	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TATGACTTGTCGGCGAGACC	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.AGGCATCATTATAGTAAGC	Sensory
progenitors	6
12_14_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GTCGGCAATAATTATCAGC	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TTCTCTAGTTTCGTAGAGAA	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CGAGATGCTGCAGACCGGT	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGAGGTTCTATGCAATATG	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.ACGCCATATTTGGATCCTT	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TATAAGGCTTTTGGATCCTT	Immature
neurons	12
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GCTGAAGCTCTGGATTAGT	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GTAAGCTCTCTTCGGCGCA	Sensory
progenitors	14
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TAGAGAGTATAAGCCGGCTG	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TGGACCTCTCGGTCGTTAA	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCAATCGCTATCAACGATT	Immature
neurons	12
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCTGGCTATAATACTCTTC	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TAGGTACTATCTCGATGGAG	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TCCTCGAGTTTGGAATCTC	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.ACCGTAGCTTTCCATGGCA	Oenocytes	18
12_14_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GGATAGGTTCCAACTAACC	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TTCCGACGTAGATATATCG	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TCGCGCATTACTTAACTAG	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TCCGTATGTATGCAATATG	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TCGTCTATTTAATACTCTTC	Mature
neurons	10
12_14_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TGTTAAGACTGTTGACGGCC	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.AAGCGCCATGTTGACGGCC	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTTCATGCTACTTAACTAG	Ventral
midline	9
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACTTGGCTTCGATATTGA	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GATTACGGTAAGCCGGCTG	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTTCGCTGTGCTAACCTCA	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCGCCAACTATGCAATATG	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ACCGTAGCTCCGCTATATT	Immature
neurons	13
12_14_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TGCTCCTATATCAACGATT	Mature
neurons	10
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.AGTTGCGCTCAAGTACTGG	Immature
neurons	7
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.CTATCTCCTTGATGGCCTT	Sensory
progenitors	14
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.CTGGAAGATTATGCCGAGT	Sensory
progenitors	14
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GCGTCGTATCTGGATTAGT	Immature
neurons	13
12_14_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.CGTCGAAGTTGGAAGTACC	Oenocytes	18
12_14_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TCTCGCTCTCAAGGCATTC	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TCAGGAGATTGGAAGTACC	Immature
neurons	13
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GACTACCATAGTCCGCGGA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GACTGACGTATCAACGATT	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GGCGCATTTGTTCTGAATT	Ventral
midline	9
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GGTTCGAGTTTGGATCCTT	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCCGGTCATACTGCCGATA	Immature
neurons	13
12_14_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GGTCTACGTGTTCTGAATT	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATTGCCGGTCCAACTAACC	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GACTGACGTTAGGCAGATA	Immature
neurons	13
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCCGTATGTTTGGATCCTT	Immature
neurons	13
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GGTTGGCATCTTCGGCGCA	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TAACTAAGGTTTAACGTACC	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ATTGCCGGTCGCCGCCTCC	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GAACGGCTTATGGCGGATC	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACTACCATCTCGATGGAG	Sensory
progenitors	14
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACTACCATTTAGATTCCG	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCTCGAGATATAGTCGTAG	Ventral
midline	9
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCTCGAGATTTCCATGGCA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGTACGGATTGAGTCCAGA	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGTTCGAGTGCAGGCGACG	Ventral
midline	9
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCGCCAACTTGAGTCCAGA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CAGAAGGCTCAAGGCATTC	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTAGTACGTTGAGTCCAGA	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTCGCTTACTTAACTAG	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTACCTCTTGCTAACCTCA	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTCGGCAATCTCGATGGAG	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAGAGCCTTGCAGGCGACG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGAATCTTTCGGTCGTTAA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGTAGCGTACTGCCGATA	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTCGCTCTATCAACGATT	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ATGGCGTATCTGGATTAGT	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATAAGGCTTAACGAGGCTA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGACCTCTATGCAATATG	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGGTTAAGTCAAGTACTGG	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GCATCCAGTAGATATATCG	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GTTCGCTGTGCAGACCGGT	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCGTTCTGTAATACTCTTC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGAACGCGTATAGTCGTAG	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACCGTAGCTTGGAACTAGA	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTAAGCTCTAGATATATCG	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATGACTTGTACTTAACTAG	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCCTATTCTTCAAGGCATTC	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTGGCAATATGCCAGGATCA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.ACCAATGCTACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.ACGCCATATATGGCGGATC	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CAGAAGGCTAAGTAGTCAG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TGTTAAGACTTTCTTATCGA	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATAGTCGCTATCAACGATT	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTAGTCCTCCGTCGGAGG	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAGGTACTATTATGCCGAGT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCAACTGATCCGTCGGAGG	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCTCTCGTTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGTACGGATTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GAACGGCTTCGCCGCCTCC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GATCGACCTTCCAGAAGGT	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGGTAATAGTGCGACGCAGA	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CCATTGCGTATCAACGATT	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGATAGGTTAATACTCTTC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTTGCAAGTTGAGTCCAGA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTAATGAGCTCATTATTACC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.ATGCCAAGTGTTCTGAATT	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TAACTAAGGTACTCTCTCAA	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCGGAGAATGCTAACCTCA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGTTACCTTGACCTCTCTG	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATCGAACTTATGCAATATG	Oenocytes	18
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCTGGCCTCTCGATGGAG	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GCAATCGCTAAGTAGTCAG	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CTTAGCGGTTCGATATTGA	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TTCGCGGATAATACTCTTC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTTAGCGGTTCGATATTGA	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGAGCTCATGGATGCAGCA	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTAAGCTCTCTCGATGGAG	Head epid.
/muscle	4
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGCTCGGTGCTCTAACGA	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCTCCGAATCGCCTCGAAC	Sensory
progenitors	6
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCGCGGATAATACTCTTC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGAGTCCTGTTCTGAATT	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGGCGACTCCGTTGACTT	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TGGTAGGCTTTGGATCCTT	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.GCAATCGCTGCAGACCGGT	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TATGGTCTTTTGATGGCCTT	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TGCCTTGGTTTGGATCCTT	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CGACGATATATCAACGATT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GTCGGCAATTGAGTCCAGA	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTTGCTTAGTACTGCCGATA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ACGAGGTTTCAAGGCATTC	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ATGGCGTATACCGTTACGA	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCAGAACCTGCCAGGATCA	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CGCCGTAATACTGCCGATA	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GATTACGGTATCAACGATT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGCAAGTCTATAGTCGTAG	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGTCCTTCTATAGTCGTAG	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTCGGAGTTATGGCGGATC	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATGAGAACTACTTAACTAG	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGAGTTAGATGACCTCCGCC	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.ACGAGGTTTATCAACGATT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TATGACTTGTTCCAGAAGGT	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TATTGACTCTTTCCATGGCA	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AGGCATCATTTCAAGACCA	Ventral
midline	9
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CAACGCAGTCTCGTCTAGG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CCGGAGTTTCCAACTAACC	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTCCTTCTCGTCCGTCCT	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTCCTTCTGGCTAATTAA	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTCTACGTAAGTAGTCAG	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTCGGAGTTTGCGCCAGAA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAGTTACCTTGACCTCCGCC	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATGCGATTTCCGCTATATT	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCCGGTCATTGATGGCCTT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGAGTTAGATGCAGACCGGT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.ACGGCAATTGCAGACCGGT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TACTCCTATTAAGCCGGCTG	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCCAAGTTATGCTAACCTCA	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.AACCGCTGTACTATCCGCA	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CGCCGTAATACTGCCGATA	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GATTACGGTTCCAGAAGGT	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GGTCCTTCTGGATGCAGCA	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TACTCCTATTCATGCATCTC	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCCTACCTTGCAGACCGGT	Mature
neurons	10
12_14_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.GGCGCATTTTTCCATGGCA	Sensory
progenitors	14
12_14_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.GCTCGAGATTTCAAGACCA	Immature
neurons	8
12_14_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.TACTCCTATTTTAGATTCCG	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.AGTTGCGCTCTGGATTAGT	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TATTGAGGTTTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CCTCCTGATTTCTTATCGA	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GAACGATGTGCTAACCTCA	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ATGGCGTATTGAGGTAGAA	Mature
neurons	10
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCAGATACTTTGGATCCTT	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTCCTGCATCAAGCTTCAT	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCAATAGTTTATAGTAAGC	Mature
neurons	10
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCTACCTTCTTCGGCGCA	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGGCAATATACCGTTACGA	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TGCTAATTCTTGATGGCCTT	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCATCCAGTAAGTAGTCAG	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGAGGTTCTCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TAGAGAGTATTATGCCGAGT	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCTATACCTTACTTAACTAG	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCTCCGAATCGATCATTAC	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGATCTTCTTAGATATATCG	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TCGGTACCTACTGCCGATA	Immature
neurons	7
12_14_exp10_idx1AATACGATAA_idx2AACTTATAAG.CTGAGCATTGTCCAACTCA	Neural
progenitors	11
12_14_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TCTTAGTTCTCAAGATTAAG	Immature
neurons	2
12_14_exp10_idx1AATACGATAA_idx2TTAACGTACC.AAGTTCTTGTCAAGATTAAG	Immature
neurons	2
12_14_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.CTGCCTTATGGCATAGCTT	Immature
neurons	12
12_14_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.TACGGTAGTACTTCCGAAT	Immature
neurons	12
12_14_exp10_idx1AGGTCAGCTT_idx2GGCTAATTAA.TAACGACTTTTTATAAGAAC	Immature
neurons	7
12_14_exp10_idx1AGGTCAGCTT_idx2TATAACTTCC.TCCTAACTTTCCGCGGACCG	Immature
neurons	13
12_14_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TGCTACTAATGCTAACTTGC	Immature
neurons	7
12_14_exp10_idx1ATAAGGACTC_idx2GGTAGGTCTC.TGAGAATCATGGCTAATTAA	Immature
neurons	12
12_14_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TAAGAATGGTCCGCGGACCG	Immature
neurons	7
12_14_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.GCAGATACTTCGATATTGA	Neural
progenitors	0
12_14_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.TATCTCGATTAATACCATCC	Immature
neurons	7
12_14_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.TCCAAGTTATAGTAAGCATA	Immature
neurons	8
12_14_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.GCTGAAGCTTGATACGAGT	Immature
neurons	2
12_14_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TATTCTCCTTTCTAATAGTA	Immature
neurons	13
12_14_exp10_idx1GCGCGTTCAT_idx2CCTATAAGCT.GCTCTTAGTTATATACTAA	Head epid.
/muscle	4
12_14_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.GTCATCTGTTGATACGAGT	Immature
neurons	7
12_14_exp10_idx1GCTTGAAGAG_idx2TCCGGTAATC.TCTATCCAATGGCTAATTAA	Ventral
midline	9
12_14_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.AGTCGCATTGACTAGTCTA	Mature
neurons	10
12_14_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TCCTAACTTTGCTAACTTGC	Immature
neurons	7
12_14_exp10_idx1TATAATAGTT_idx2TGCCAGATGG.TGAGAATCATGTCCAACTCA	Immature
neurons	12
12_14_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.TGGTAATAGTTCTAATAGTA	Head epid.
/muscle	4
12_14_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.GATACGTCTCGCCTCGAAC	Immature
neurons	12
12_14_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TGACGAGGTAATACCATCC	Immature
neurons	13
12_14_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.GGTCAGTTTCGCCTCGAAC	Neural
progenitors	11
12_14_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.GACTTGGCTGCTAACTTGC	Immature
neurons	7
12_14_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.CTGAGCATTGGCTGAGCTC	Immature
neurons	8
12_14_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.TTGATTCCTTAATACCATCC	Immature
neurons	7
12_14_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TCCAAGTTATTCGATATTGA	Immature
neurons	2
12_14_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.CGAATGAGTTAACGAATTG	Immature
neurons	7
12_14_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.TAAGAATGGTCCATTATCTA	Immature
neurons	7
12_14_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.ACTTACTCATTTAATTGAAT	Immature
neurons	2
12_14_exp3_idx1ACGGCGTTAA_idx2GCAACTGGCA.AAGCAGTATTAGCCGGTACC	Head epid.
/muscle	4
12_14_exp3_idx1AGACCATATC_idx2GATCAGTCAT.TTCCATCTTTTTAATTGAAT	Immature
neurons	7
12_14_exp3_idx1AGGTCAGCTT_idx2ACTATCCGCA.CGGTTCCATGTCCTTAAGA	Immature
neurons	8
12_14_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.TTGACTCAATCCATCGCGAA	Immature
neurons	12
12_14_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.AAGGATATGTCTGATTAAGA	Immature
neurons	12
12_14_exp3_idx1AGTCCGCTGC_idx2CCAAGCTGAA.GGATAGGTTCTTGCGCCGC	Immature
neurons	8
12_14_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.GTAAGCTCTTCTCCTATAA	Neural
progenitors	11
12_14_exp3_idx1ATAAGGACTC_idx2TTGGTCATAA.ACATTCGTATGGACTACTAC	Immature
neurons	12
12_14_exp3_idx1ATTATGCAAG_idx2TGATAGAACG.ACTTATGGTTTTGAGTATCA	Mature
neurons	10
12_14_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.CCAGAACCTACGCGAGATT	Neural
progenitors	11
12_14_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.GCTCGAGATAGTAACGGTC	Immature
neurons	7
12_14_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.GTTGCTCCTCCGTTCGGAT	Immature
neurons	2
12_14_exp3_idx1GATTCTTGAA_idx2TATAACTTCC.ACCATGATTTTGAGTCTGGC	Immature
neurons	2
12_14_exp3_idx1GATTCTTGAA_idx2TCCGGTAATC.ACTTGATTGTTTATTCTGAG	Immature
neurons	7
12_14_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.TTGGAGCTTTAACGAATTG	Immature
neurons	7
12_14_exp3_idx1GCATCGTATG_idx2CTGCAATCGC.CTCCATCATCCATAAGTCC	Immature
neurons	7
12_14_exp3_idx1GCGCGTTCAT_idx2AACGGACCAA.AGATTGGTTTCGGCGTAACT	Immature
neurons	7
12_14_exp3_idx1GCGCGTTCAT_idx2AACGGACCAA.ATCAGTCATTTTCATAGGAC	Immature
neurons	7
12_14_exp3_idx1GCTTGAAGAG_idx2GGTAGGTCTC.AAGGCTACTTCCGTCGCCA	Immature
neurons	13
12_14_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.ATTCAAGCATCTTGCAACCT	Immature
neurons	12
12_14_exp3_idx1GTAGGCTGCA_idx2CTCGTCTAGG.AGTATTAGCTTGGCCGGCCT	Immature
neurons	2
12_14_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.CAGCAAGTTCGATCATTAC	Immature
neurons	2
12_14_exp3_idx1TAGGTAACTT_idx2TGATACGAGT.AATTCATCGTGAGCATATGG	Mature
neurons	10
12_14_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.GCGTCGTATGTCCTAGAGG	Immature
neurons	13
12_14_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TTCTCTCGTTAACGATCCA	Immature
neurons	2
12_14_exp3_idx1TGGACGACTA_idx2CTCGGTCAAT.AGTCGCATTGCCAGGATCA	Mature
neurons	10
12_14_exp3_idx1TGGACGACTA_idx2CTCGGTCAAT.GCGTACTTTCTTGCGCCGC	Immature
neurons	7
12_14_exp3_idx1TGGACGACTA_idx2GCAACTGGCA.ACCTTCGGTTTAGATTCCG	Immature
neurons	12
12_14_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.ATAGTCGCTCCGCTGCCAG	Immature
neurons	2
12_14_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.ACTGAATACTCAGGTATGGA	Immature
neurons	8
12_14_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.ACTTACTCATCTTGCAACCT	Immature
neurons	12
12_14_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.GGATAGGTTTTAGGACCGG	Immature
neurons	7
12_14_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.ATGCTTCCTGTCCTAGAGG	Immature
neurons	13
12_14_exp3_idx1TTGCCGTAGG_idx2ACTTCCGAAT.TTATCCGCTTCAATCGCAT	Immature
neurons	12
12_14_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.CAACGCAGTATTGAGATTG	Immature
neurons	12
12_14_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.GGTCCTTCTCCGTCCAGTA	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.CTCCGGTTTCATGCTGGTT	Neural
progenitors	1
12_14_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.GTAAGGAGTTCTACCATTA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CTCCTCGTTCAGATTCGAT	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.TACGGTAGTTTACGTATAC	Sensory
progenitors	6
12_14_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TCCAAGTTATCGATCATTAC	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.CAGCAAGTTTGAGGTAGAA	Sensory
progenitors	6
12_14_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.TCATGGCTTGTCCAACTCA	Neural
progenitors	0
12_14_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.ATTAATGCCTTATATACTAA	Immature
neurons	2
12_14_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.CAGCATTGTTTCTTAATAA	Immature
neurons	2
12_14_exp3_idx1GGCTTACTCC_idx2GATCAGTCAT.TCCGTATGTTTCATAGGAC	Neural
progenitors	15
12_14_exp3_idx1TTGCGAGCAT_idx2CATGCATCTC.GAGCGGTATACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TTGCGGTCTGCAGACCGGT	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGCGACTATCCGTCGGAGG	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCGCGGATGTTGACGGCC	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TTCCGACGTCTCGATGGAG	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.AAGCGCCATGCGACGCAGA	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCGTCTCATTTGGATCCTT	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGATCTTCTTATGCAATATG	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGCTACTAATTTGGATCCTT	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCCATTACTGTTGACGGCC	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCGCGGATTTCCATGGCA	Sensory
progenitors	14
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TATTGAGGTTATGCAATATG	Oenocytes	18
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCCTACCTTGGATGCAGCA	Immature
neurons	8
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.CCGAGAGATATAGTCGTAG	Immature
neurons	8
12_14_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.GCTGAAGCTGTTGACGGCC	Sensory
progenitors	14
12_14_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TATCCAGGTGTCGCTCAGT	Immature
neurons	8
12_14_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.CCGAGAGATAAGTAGTCAG	Immature
neurons	8
12_14_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.CAGAAGGCTCATGCATCTC	Immature
neurons	13
12_14_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GGTCCTTCTCGCCGCCTCC	Immature
neurons	8
12_14_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.GGACTTGATATCAACGATT	Immature
neurons	8
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TAACTAAGGTATAGTCGTAG	Sensory
progenitors	14
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCCAAGTTATCCGCGGACCG	Immature
neurons	8
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TAGTTACCTTATGCAATATG	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCCGGTCATGCAGGCGACG	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TAAGACCGTACTATCCGCA	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TCTCGCTCTACTGCCGATA	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CGACGATATTTGGAATCTC	Neural
progenitors	1
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GCTGGCTATGCTCTCGCCT	Sensory
progenitors	14
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GTTGCAAGTTGAGTCCAGA	Immature
neurons	8
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCAACGTTTACTATCTTGA	Immature
neurons	8
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCGGAGAATCTCGATGGAG	Sensory
progenitors	14
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCTGAAGCTAAGTAGTCAG	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TATGGTCTTTCAAGTACTGG	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CCGAGAGATGAACTGCATC	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACCAGGATTTCTTATCGA	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGTTGGCATGCTCTAACGA	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTCGGCAATCCGTCGGAGG	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCGGTACCTTTCAAGACCA	Oenocytes	18
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCCAAGTTATAAGTAGTCAG	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTGGTTAAGTACTATCTTGA	Oenocytes	18
12_14_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TATAAGGCTTTGAGTCCAGA	Sensory
progenitors	14
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GACCGTCATAGTCCGCGGA	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GTCGGAGTTGTTCTGAATT	Sensory
progenitors	14
12_14_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TCTCCGAATAATACTCTTC	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GTAAGCTCTATCAACGATT	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TAGGTACTATGACCTCCGCC	Sensory
progenitors	14
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TGGACCTCTAGTCCGCGGA	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TGGATCCGTCGCCGCCTCC	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GTATCGCATGTTCTGAATT	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGCAAGTCTTGGAAGTACC	Ventral
midline	9
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGAATCTTTCTCGATGGAG	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCGCTCAATCTGGATTAGT	Immature
neurons	13
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGCTTACTTGCAGACCGGT	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGTTGGCATAAGTAGTCAG	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTAGCGATTAATACTCTTC	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTGCTGAATACTGCCGATA	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGTAGTCCTAGTTGCATCT	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TACGGTAGTATCAACGATT	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TACGGTAGTCTCGTCTAGG	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATGGTCTTTTGATAGAACG	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CTATCTCCTAACCTAGCTT	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTCTACTGTTATGCCGAGT	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACGTTCGTATCGAGTCGC	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAGCCAATTTCTCGTCTAGG	Immature
neurons	13
12_14_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.GCTCGAGATAGATATATCG	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GTCCTGCATTTGGATCCTT	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CGACGATATAGATATATCG	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CTTCATGCTACTATCCGCA	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ACCGTAGCTAATACTCTTC	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TAGCCAATTTGGCTAATTAA	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TCTCTCCATTTCTTATCGA	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGATAGGTTCCGTCGGAGG	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AGTTGCGCTGCAGGCGACG	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCATCCAGTTTCTTATCGA	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCAGCGGTTTGATGGCCTT	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGAGAGATTCAAGATTAAG	Neural
progenitors	3
12_14_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TGGACCTCTGTTGACGGCC	Immature
neurons	13
12_14_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TGAGAATCATTGATGGCCTT	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GCAGATACTCAAGTACTGG	Sensory
progenitors	14
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TAGGTACTATCTTCGGCGCA	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATTGACTCTACTATCCGCA	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGCTCCTATGACCTCTCTG	Sensory
progenitors	14
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TATCATGAGTCAAGTACTGG	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCTGGCTATTGATAGAACG	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCTTCTGGTTTCCATGGCA	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCCGTATGTCAAGGCATTC	Oenocytes	18
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.CGACGATATTTCTTATCGA	Oenocytes	18
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCCTCGAGTACGAGGACCT	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GGTCTACGTCCGTCGGAGG	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCAAGTTATTAGGCAGATA	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGAGTCCTCTCGTCTAGG	Sensory
progenitors	14
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGGCAATATGTTCTGAATT	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TTGGAGTTATTTCTTATCGA	Sensory
progenitors	14
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TCGCGCATTTTCCATGGCA	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GACTTGGCTGCCAGGATCA	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCGGAGAATCAAGTACTGG	Sensory
progenitors	14
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TATCATGAGTGCTAACCTCA	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGGACCTCTAGTCCGCGGA	Sensory
progenitors	14
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TAGCTCGGTTCGATATTGA	Sensory
progenitors	14
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TGCCTATTATTCCGGTAATC	Sensory
progenitors	14
12_14_exp1_idx1TGGACGACTA_idx2TGATACGAGT.ATTGCCGGTCAAGGCATTC	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GCTCGAGATTTGGATCCTT	Immature
neurons	8
12_14_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TTTGCTTAGTACGCAACTCC	Sensory
progenitors	14
12_14_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.TCGTTCTGTGTCCAACTCA	Immature
neurons	8
12_14_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.GCGTACTTTACTTCCGAAT	Sensory
progenitors	14
12_14_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.TGTTAAGACTGCCATTCTCC	Immature
neurons	8
12_14_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.GCTGAAGCTACTTCCGAAT	Immature
neurons	8
12_14_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TAGTTACCTTACTTCCGAAT	Oenocytes	18
12_14_exp10_idx1TTGCCGTAGG_idx2GATGATCGTA.ATATGGATCTGCTAACTTGC	Immature
neurons	8
12_14_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.AAGTTCTTGTTCGATATTGA	Immature
neurons	8
12_14_exp3_idx1ACGGCGTTAA_idx2AATTGCCTAC.AGTAGCCATAGTTCGAGTA	Immature
neurons	13
12_14_exp3_idx1AGGTCAGCTT_idx2ACTATCCGCA.ATGGCGTATACCTCTATCT	Immature
neurons	8
12_14_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.ATATCTGGATGCAGACCGGT	Immature
neurons	8
12_14_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.ATCAATACGTACGCCGTTCA	Immature
neurons	8
12_14_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.ATATCCTACTATATTGATAC	Immature
neurons	8
12_14_exp3_idx1ATAAGGACTC_idx2ATAGGATATG.GATAAGCGTGACCTCTCTG	Immature
neurons	8
12_14_exp3_idx1ATAAGGACTC_idx2TTGAGTATCA.TTATCCGCTTCCGTCGCCA	Immature
neurons	8
12_14_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.CAGTATCCTCCGAGAATCC	Immature
neurons	13
12_14_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.ATAATCCTGTGGAGGCCTCC	Immature
neurons	13
12_14_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.CTCGTTGATAACTACCGAC	Immature
neurons	13
12_14_exp3_idx1GCTTGAAGAG_idx2AAGATCCAAC.GTATCGCATGGTACTGCCT	Immature
neurons	8
12_14_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.CGTACCTATATATGAGCCA	Immature
neurons	8
12_14_exp3_idx1GTAGGCTGCA_idx2CTCGTCTAGG.CTCTACTGTACTTCCGAAT	Immature
neurons	8
12_14_exp3_idx1GTAGGCTGCA_idx2GACCGTAGCA.AATCCAGTATTTCTTAATAA	Immature
neurons	8
12_14_exp3_idx1GTAGGCTGCA_idx2GGAACGATGG.ATTGCCGGTTCTACCATTA	Sensory
progenitors	14
12_14_exp3_idx1TAGGTAACTT_idx2TGATACGAGT.GCGGTATATTTATAAGAAC	Immature
neurons	8
12_14_exp3_idx1TAGGTAACTT_idx2TGATACGAGT.TGGATTCTATTTATTATGGT	Sensory
progenitors	14
12_14_exp3_idx1TAGTAAGCCG_idx2TGATTCCTCA.TTGGCTCATTAACTGGTTA	Sensory
progenitors	14
12_14_exp3_idx1TTATTGAGGC_idx2TCCGGTAATC.GAACGGCTTCTCTGCGGCA	Sensory
progenitors	14
12_14_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.AATTCATCGTGGCTATGACT	Sensory
progenitors	14
12_14_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.CGAGGCAATAGAACGTCTC	Immature
neurons	8
12_14_exp3_idx1TTGCCGTAGG_idx2CTGCTTCGAC.AACGAGCGTAAGTCTTCCG	Immature
neurons	8
12_14_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.GATTACGGTCATAACCAGC	Immature
neurons	8
12_14_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.TGCCTATTATCGAATAATTC	Immature
neurons	8
12_14_exp3_idx1TTGCGAGCAT_idx2GGTCCAGGAG.TCTCTCCATCCAGGTCTAC	Immature
neurons	8
12_14_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.ACGGCAATTGAGCATATGG	Immature
neurons	8
12_14_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.TCTTAGTTCTACGCCGTTCA	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CCGGAGTTTTAGGCAGATA	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CTAGTACGTGTTGACGGCC	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GACCGAATTATGCAATATG	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GACCGAATTCGGCGAGACC	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GCAACGTTTATCGAGTCGC	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GCGGAGAATGTTGACGGCC	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GCTCGAGATACTGCCGATA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GCTCGAGATAGATATATCG	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GTCGGCAATTTGAGTATCA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TAGGTACTATTGAGTCCAGA	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TATATGCGTTCAAGGCATTC	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCAGTTGGTCGGCGAGACC	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TGGTCTCCTTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TTCCGACGTCTCGTCTAGG	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.ACCAATGCTTTCTTATCGA	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CGACGATATCAAGGCATTC	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CGACGATATCTTCGGCGCA	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGAGCTCATATAGTCGTAG	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGTACGGATTTCCATGGCA	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GTCGGCAATCTGGATTAGT	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GTTGCAAGTAGATATATCG	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TAACTAAGGTTCCGGTAATC	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TATGCGATTTCTCGTCTAGG	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TATTGACTCTCAAGTACTGG	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TGGCCTGATAGTCCGCGGA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TTTGCTTAGTCTCGATGGAG	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GACTACCATCCGTCGGAGG	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TTGCGGTCTGGATGCAGCA	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.AACCGCTGTTATAGTAAGC	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.AAGATGCCTAATACTCTTC	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.AGTTGCGCTTATGCCGAGT	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ATAGTCGCTCTCGATGGAG	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CAACGCAGTTGAGTCCAGA	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CAATCGGTTGGTCGCGTCA	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CCAGAACCTCTGGATTAGT	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CCGGATAGTGCTCTAACGA	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CGTCGAAGTACTATCCGCA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTACGGCATACTATCCGCA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GACTGACGTAGATATATCG	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GAGCGGTATTGAGGTAGAA	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCTGAAGCTGCGACGCAGA	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGAGCTCATTGGAAGTACC	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTATCGCATCGGCGAGACC	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTCGGAGTTGAACTGCATC	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTCGGCAATAGATATATCG	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TAAGACCGTTTGGATCCTT	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TAGCCAATTTTCGTAGAGAA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATTCGGCTAAGCCGGCTG	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATTGACTCTGCAGGCGACG	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCAGCGGTTGGACTCATTG	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCAGTTGGTCTGGATTAGT	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCATAGAGTTCTCGATGGAG	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCTCGCTCTTGATGGCCTT	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCAACTGATCCGCTATATT	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCCATTACTTTGGATCCTT	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCTAAGCTTTTCCATGGCA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CCTCCTGATGCTCTCGCCT	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GAGACTAGTCGAGCTGCCA	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GCAGATACTAGATATATCG	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TCGTCTATTTTGAGTCCAGA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TCTAGGAATTTGAGTCCAGA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TCTATACCTTTATAGTAAGC	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TGAACGCGTAAGCCGGCTG	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TGCTCCTATGCAGACCGGT	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TGGTCGAATCCGCTATATT	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GCGCTCAATGGTCCAGGAG	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GTATCGCATGCCAGGATCA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GTTCCAGCTGTTGACGGCC	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TATTGAGGTTCGCCTCGAAC	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CATCGGACTCGATCATTAC	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCATCAGGTTACTTACTTA	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTCCTCGTTCTGCTTCGAC	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAGCGGTATCGGTCGTTAA	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCCATGGTTCCAACTAACC	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCCATGGTTCTCGATGGAG	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGATAGGTTTTCCATGGCA	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGCTTACTTGCAGGCGACG	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TAAGACCGTATAGTCGTAG	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TAGCCAATTTGTTGACGGCC	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATTGACTCTCCAACTAACC	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCAGTTGGTACTATCCGCA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCAGTTGGTTTGGATCCTT	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCGCGCATTTTAACGTACC	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCGGTACCTCGGCGAGACC	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCGCATAATGCGACGCAGA	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCTAAGCTTCTTCGGCGCA	Head epid.
/muscle	4
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCTCTCGTCTGGATTAGT	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGGCAATATCGGTCGTTAA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGGCGACTACTATCCGCA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GACTCGCTTACCGTTACGA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GGAGGTTCTTGGAAGTACC	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TAGAGAGTATAATACTCTTC	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TGAACGCGTTAGGCAGATA	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.AAGCGCCATATGCAATATG	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.ACCTTCGGTGTTGACGGCC	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GAACGATGTACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GTATCGCATACTACTGAAG	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GTTCGCTGTCTCGATGGAG	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TCATTAAGCTCAAGGCATTC	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TGATCTTCTTTCCGGTAATC	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TGGTAGGCTTACTTACTTA	Mature
neurons	10
12_14_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GATTACGGTACTGCCGATA	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GTAGACGGTTATGCCGAGT	Mature
neurons	17
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ATGCCAAGTAATTATCAGC	Mature
neurons	17
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ATGGCAGCTGCGACGCAGA	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CATCGGACTCGCCGCCTCC	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CCATCAGGTTTCCATGGCA	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CCGGAGTTTCTCGTCTAGG	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTCCTCGTTCAAGGCATTC	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTGCTGAATCCAACTAACC	Mature
neurons	10
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GAACGGCTTTTGGTCATAA	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACCGAATTACTCTCTCAA	Immature
neurons	13
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACTACCATGAACTGCATC	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACTCGCTTACTATCCGCA	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACTGACGTACTGCCGATA	Mature
neurons	10
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GATTACGGTATGCAATATG	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCAGATACTACTTAACTAG	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGCGCATTTCGCCGCCTCC	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGTAGTCCTTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGTTCGAGTCGCCGCCTCC	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TAGCCAATTTATGCAATATG	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATGGTCTTTTTGGATCCTT	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATTCGGCTCCAACTAACC	Mature
neurons	10
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCCAAGTTATTAGGCAGATA	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGGCCTGATACGAGGACCT	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCAACTGATAAGTAGTCAG	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCCATTACTTTAGATTCCG	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCCGACGTATAGTCGTAG	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCGCGGATATCGAGTCGC	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCTAAGCTTCAAGTACTGG	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.ACCAATGCTGTTGACGGCC	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTAGTACGTTTAACGTACC	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTGCTGAATAAGCCGGCTG	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCGCTCAATCGCCGCCTCC	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCGCTCAATTCGTAGAGAA	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCGGAGAATGTTCTGAATT	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGAGCTCATCATGCATCTC	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGTAGTCCTGCAGACCGGT	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTCGGAGTTCAAGGCATTC	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTCGGAGTTGTTCTGAATT	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTTGCAAGTTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTTGCTCCTCAAGGCATTC	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TAGAGAGTATCATGCATCTC	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCATGGCTTATCAACGATT	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCCAAGTTATAGTCCGCGGA	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCCTCGAGTGGATGCAGCA	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCGGTACCTTATGCCGAGT	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCTAGGAATTCGCCGCCTCC	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGAACGCGTCTCGATGGAG	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGGTCGAATCCTAGCGCCT	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGGTCGAATTTGGAATCTC	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTCTTAACCTTGAGTCCAGA	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GCAACGTTTTGATGGCCTT	Mature
neurons	10
12_14_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TCTCTCCATTGATGGCCTT	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.ACCTTCGGTTTCTTATCGA	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GTAAGCTCTCCGCTATATT	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GTTCCAGCTAAGCCGGCTG	Head epid.
/muscle	4
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TGTTAAGACTAATACTCTTC	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TAGGTACTATGCTAACCTCA	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TCGGTACCTGCTAACCTCA	Immature
neurons	7
12_14_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TATCGAACTTCCGCTATATT	Immature
neurons	12
12_14_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TATTCGGCTACTACTGAAG	Immature
neurons	7
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.ACGAGGTTTCTCGTCTAGG	Immature
neurons	7
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.CTTCATGCTGACCTCTCTG	Immature
neurons	8
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TATCCAGGTGGATGCAGCA	Immature
neurons	7
12_14_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.AAGCGCCATTGATACGAGT	Immature
neurons	7
12_14_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TATCCAGGTAATACTCTTC	Mature
neurons	10
12_14_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TGCCTATTATCATGCATCTC	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.GATTACGGTTCCGGTAATC	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TAGAGAGTATTCCAGAAGGT	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TGCTAATTCTCCGTCGGAGG	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GCGCTCAATACCGTTACGA	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GGCGACTATTGGAAGTACC	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GGTACGGATGCAAGGAATA	Immature
neurons	8
12_14_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GTAGCGATTGACCTCCGCC	Immature
neurons	8
12_14_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TGAGTTAGATCTGGATTAGT	Immature
neurons	8
12_14_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.CTCCAGAGTCGGCGAGACC	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TCGCGCATTCGCCTCGAAC	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TTCTCTAGTTGACTAGTCTA	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.CGCCGTAATACCGTTACGA	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.CTTCATGCTGCTAACCTCA	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.CGTCGAAGTGTCGCTCAGT	Immature
neurons	8
12_14_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.CTCCAGAGTTATGCCGAGT	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.GATTACGGTTGATGGCCTT	Immature
neurons	8
12_14_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.GTCATCTGTTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TTCTCTAGTTTTGGATCCTT	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.CCGAGAGATTCCGGTAATC	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.AGTTGCGCTACTCTCTCAA	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.AGTTGCGCTAGTTGCATCT	Immature
neurons	8
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.AGTTGCGCTATAGTCGTAG	Mature
neurons	10
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.ATTGCCGGTATCGAGTCGC	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CAACGCAGTGCAGACCGGT	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CCGGAGTTTTGGAAGTACC	Mature
neurons	10
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CGAGATGCTACTATCCGCA	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GAAGAGGCTTGGAAGTACC	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GATCGACCTCCTAGCGCCT	Immature
neurons	8
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GCTGGCTATTATAGTAAGC	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGAGGTTCTGTTGACGGCC	Mature
neurons	10
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGCGACTATTATGCCGAGT	Immature
neurons	8
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGCTTACTTTATAGTAAGC	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGTCCTTCTAGATATATCG	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TAAGACCGTCAAGGCATTC	Immature
neurons	8
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TATGCGATTTACCGTTACGA	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCAGCGGTTAGATATATCG	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCCGGTCATCCGCTATATT	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCCGGTCATGCTCTAACGA	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGATCTTCTTCGGCGAGACC	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CCAGAACCTCCTAGCGCCT	Immature
neurons	8
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTCCTCGTTAGATATATCG	Immature
neurons	8
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GAGACTAGTCAAGGCATTC	Mature
neurons	10
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCTCGAGATTTAACGTACC	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGAGGTTCTGCGACGCAGA	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGTCTACGTTATAGTAAGC	Immature
neurons	8
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATGGTCTTTATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATTGAGGTTAACCTAGCTT	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCCTCGAGTATAGTCGTAG	Mature
neurons	10
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCTATACCTTACCGTTACGA	Mature
neurons	10
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGCCTTGGTACTGCCGATA	Mature
neurons	10
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGCCTTGGTCTCGATGGAG	Immature
neurons	8
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGGATCCGTGCCAGGATCA	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGTTAAGACTGTTCTGAATT	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCAACTGATAAGCCGGCTG	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCGCATAATAGTCCGCGGA	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTGAGAGATTCCGCTATATT	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.ACGAGGTTTCATGCATCTC	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.ACGGCAATTTTCCATGGCA	Mature
neurons	10
12_14_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.CCATCAGGTTTCCATGGCA	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GTAAGCTCTAGTCCGCGGA	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GTAGCGATTGCAGGCGACG	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TCAGCGGTTCTCGATGGAG	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TCATAGAGTTGTTGACGGCC	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.AAGATGCCTCTCGATGGAG	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.ATGGCGTATGCTAACCTCA	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CAACGCAGTTTGGAATCTC	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CAATCGGTTCCGTCGGAGG	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CGCCGTAATTGAGTCCAGA	Mature
neurons	10
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GCTCGAGATCGCCGCCTCC	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGTACGGATATAGTCGTAG	Mature
neurons	10
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGTTCGAGTACTGCCGATA	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTACCTCTTTCCGGTAATC	Mature
neurons	10
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TAGAGAGTATCGCCGCCTCC	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TAGTTACCTTTCCGGTAATC	Mature
neurons	10
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCCAATAGTTACCGTTACGA	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCTCTCCATCTCGTCTAGG	Mature
neurons	10
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGGTCGAATGCCAGGATCA	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.AAGATGCCTCGGCGAGACC	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CTAGTACGTTTGGATCCTT	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CTCCTCGTTAAGCCGGCTG	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GGCAAGTCTATCAACGATT	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GGCTTACTTCAAGTACTGG	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GGTACGGATGCGACGCAGA	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTACCTCTTTCCGGTAATC	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTCGGCAATCGGTCGTTAA	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TCTCGCTCTCGCCGCCTCC	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TGGCCTGATAGTCCGCGGA	Mature
neurons	10
12_14_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.ACGAGGTTTCGCCGCCTCC	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.CTGGAAGATAGTCCGCGGA	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.GGTCCTTCTCAAGTACTGG	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TATGCGATTTTTGGAATCTC	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.CTGCTGAATATAGTCGTAG	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GGCGCATTTCTCGTCTAGG	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TATTCGGCTGACCTCCGCC	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.AAGATGCCTGTTGACGGCC	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.ACCAATGCTTTCAAGACCA	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.ACGAGGTTTCTCGATGGAG	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.AGTTGCGCTGCCAGGATCA	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GACTTGGCTCGGCGAGACC	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCCGTATGTCTCGATGGAG	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCTCCGAATTAGGCAGATA	Mature
neurons	10
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTCTCTAGTTCTTCGGCGCA	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.CAGAAGGCTCAAGGCATTC	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.GAACGGCTTGCGACGCAGA	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.GGCTTACTTGCAGACCGGT	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.TCGTCTATTTCGGCGAGACC	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.CCATCAGGTCAAGTACTGG	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TCGTCTATTTTTGGAATCTC	Mature
neurons	5
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CTAGTACGTTGGAAGTACC	Mature
neurons	10
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GAACGGCTTGCCAGGATCA	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GTAAGCTCTTAGGCAGATA	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GTCATCTGTGCTCTAACGA	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TGAGTTAGATGTCCAACTCA	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TGCTCCTATAGATATATCG	Immature
neurons	8
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TTGGCTCATTGGAAGTACC	Immature
neurons	8
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CCATTGCGTCAAGATTAAG	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CTCTACTGTGTTGACGGCC	Mature
neurons	10
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GACCAGGATAACTACCGAC	Immature
neurons	12
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GTTCGCTGTTTCCATGGCA	Mature
neurons	10
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TAGCCAATTTCTCGATGGAG	Mature
neurons	10
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCTATACCTTTCCGGTAATC	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.GACCAGGATGTTCTGAATT	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.TCCAAGTTATTGATGGCCTT	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.TGAATTCGTTCTCGTCTAGG	Immature
neurons	8
12_14_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.GCGCTCAATTAGGCAGATA	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TCCGGTCATTGGAAGTACC	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.AAGATGCCTACCGTTACGA	Immature
neurons	8
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CCATTGCGTCGCCGCCTCC	Immature
neurons	8
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CTTAGCGGTACTGCCGATA	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TAGAGCCTTAGTCCGCGGA	Immature
neurons	8
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TATAAGGCTTAGATATATCG	Immature
neurons	8
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCTCCGAATGCGACGCAGA	Immature
neurons	8
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTGCGGTCTTCCGGTAATC	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.GTACCTCTTGCAGACCGGT	Mature
neurons	10
12_14_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.CCGGAGTTTAGATATATCG	Head epid.
/muscle	4
12_14_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TGAATTCGTTACTATCCGCA	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TTATAGGCATCATGCATCTC	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GTTCGCTGTGGATGCAGCA	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TCGCGCATTAAGTAGTCAG	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TTGGCTCATCTCGATGGAG	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TCCAATAGTTTCCAGAAGGT	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TCGGTACCTTTGGAATCTC	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TGTTAAGACTTGGAAGTACC	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TCGCCAACTCCGCTATATT	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.ATGGAGAGTGCTAACCTCA	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACGCCATATATCGAGTCGC	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACGGCAATTGAACTGCATC	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CGTCGAAGTTCCAGAAGGT	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTCTACTGTGTTGACGGCC	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTGCTGAATATGCAATATG	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCGGAGAATAACTACCGAC	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGTAGTCCTTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTCGGAGTTTTGGAATCTC	Mature
neurons	10
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATGCGATTTGCAGGCGACG	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATTGAGGTTCATGCATCTC	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCATAGAGTTTCCAGAAGGT	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCGCCAACTAGATATATCG	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGACGAGGTGCAGGCGACG	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGAGTTAGATATGCAATATG	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGAGTTAGATTTCAAGACCA	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGCCTTGGTAAGTAGTCAG	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGCTAATTCTCTCGTCTAGG	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTGCGGTCTCAAGTACTGG	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTGGCGACTTCCGGTAATC	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ATGGAGAGTATAGTCGTAG	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CAATCGGTTGAACTGCATC	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CATCGGACTCGGTCGTTAA	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CCGGATAGTATGGCGGATC	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CCGTCTCATTATGCCGAGT	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCCATGGTTGCCAGGATCA	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTAAGGAGTGCTCTAACGA	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTTCGCTGTCAAGGCATTC	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TAAGACCGTAATGGTCGAC	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TAGAGCCTTGCCAGGATCA	Mature
neurons	10
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCGAATCTTTGCTCTAACGA	Immature
neurons	7
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GTAAGCTCTAGTCCGCGGA	Mature
neurons	10
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TCAGTTGGTATAGTCGTAG	Immature
neurons	7
12_14_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.CTTAGCGGTTATGCCGAGT	Mature
neurons	10
12_14_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GCTTCTGGTACCGTTACGA	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GGTCCTTCTACGAGGACCT	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TTATAGGCATACTATCCGCA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TTCTAAGCTTTGATGGCCTT	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.AGGCATCATGTCATTGCGC	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.CCATCAGGTTTCCATGGCA	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GGTCCTTCTATAGTCGTAG	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TATTGAGGTTGACCTCCGCC	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.ACCTTCGGTGCAGACCGGT	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GGAGCTCATAATACTCTTC	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CCATTGCGTAGTCCGCGGA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CCATTGCGTGTTGACGGCC	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CCGTCTCATATCGAGTCGC	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CTGGAAGATCCGCTATATT	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GAACGGCTTACTGCCGATA	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GACGTTCGTTCCGGTAATC	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCTGAAGCTCTCGATGGAG	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GGCTTACTTTGAGTCCAGA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GTTCCAGCTTCCAGAAGGT	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GTTCGCTGTATGCAATATG	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TATAAGGCTTCAAGGCATTC	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TATGACTTGTAGTCCGCGGA	Mature
neurons	10
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCCAATAGTTCGGTCGTTAA	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCTACTTACTACTGCCGATA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TTGCGGTCTTCGTAGAGAA	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TTGGCAATATGCGACGCAGA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.ACCTTCGGTAGTTGCATCT	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GATTACGGTTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TTCTCTCGTTGGAAGTACC	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CAGAAGGCTAAGTAGTCAG	Mature
neurons	10
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTCTACTGTTTCAAGACCA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GAGACTAGTTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GAGCGGTATCTCGATGGAG	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GATCGACCTCCAACTAACC	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCAATCGCTGCTCTAACGA	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TACTCCTATTATAGTCGTAG	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATGACTTGTTGGAAGTACC	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGTCTATTTGCTCTAACGA	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCTACTTACTTATAGTAAGC	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGCGTAGTTCAAGGCATTC	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGGTAGGCTCTGGATTAGT	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCTAAGCTTCCAACTAACC	Mature
neurons	10
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGCGGTCTCATGCATCTC	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGCGGTCTTCCGGTAATC	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GCATCCAGTGACCTCCGCC	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GGCAAGTCTTGAGTCCAGA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GTAGACGGTTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TAGAGCCTTCCGTCGGAGG	Mature
neurons	10
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TATGACTTGTATCAACGATT	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TATGGTCTTTAGATATATCG	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TGCTACTAATCAAGATTAAG	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TGGTAATAGTTACTTACTTA	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TTCCATTACTTTGGATCCTT	Mature
neurons	17
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AAGCGCCATATCGAGTCGC	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ATGGCAGCTACCGTTACGA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CAACGCAGTAGTCCGCGGA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CAACGCAGTTGAGTCCAGA	Mature
neurons	10
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CAGAAGGCTCCAACTAACC	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCATTGCGTACTTAACTAG	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CGAGATGCTCAAGTACTGG	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CGCCGTAATTAGGCAGATA	Mature
neurons	10
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACTGACGTCCGCTATATT	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GAGACTAGTTGAGTCCAGA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCCATGGTTACTGCCGATA	Mature
neurons	10
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCGGAGAATAAGCCGGCTG	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCGTCGTATCAAGTACTGG	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCTGGCTATCTCGATGGAG	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGCGACTATTGGAAGTACC	Mature
neurons	10
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGTAGTCCTACTTAACTAG	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTACCTCTTGTTGACGGCC	Mature
neurons	10
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TAGCCAATTTGCAGGCGACG	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATCATGAGTTTCCATGGCA	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATGACTTGTTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATTCGGCTCATTATTACC	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCATGGCTTACTACTGAAG	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCCTATTCTTTTCAAGACCA	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCGAATCTTTCAAGGCATTC	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCGTAGCGTGAACTGCATC	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCAACTGATCTCGATGGAG	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCGCATAATACTCTCTCAA	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGGTTAAGTTATGCCGAGT	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACGAGGTTTGCTCTAACGA	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ATGCCAAGTACTTAACTAG	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ATGCCAAGTATCGAGTCGC	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CATCGGACTCAAGTACTGG	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CATCGGACTCGGCGAGACC	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CGACGATATTGGAAGTACC	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTTAGCGGTCCAACTAACC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAAGAGGCTCTCGTCTAGG	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTTGGCTGTTCTGAATT	Mature
neurons	17
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAGACTAGTGTTCTGAATT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCAATCGCTTCCGGTAATC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGAGCTCATGTTGACGGCC	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTACCTCTTCGGCGAGACC	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTTCCAGCTTCCGGTAATC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTTCGCTGTAGTCCGCGGA	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATCCAGGTAGATATATCG	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCATAGAGTTCAAGTACTGG	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCAATAGTTTAGGCAGATA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCTACCTTCGCCGCCTCC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTATACCTTTGGAAGTACC	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGGTCTCCTGGTCGCGTCA	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGTTAAGACTTCGATATTGA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCGCATAATCATGCATCTC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGCGGTCTTCCGGTAATC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGGAGTTATATGCAATATG	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ACCAATGCTGCAGGCGACG	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ACCGTAGCTATCGAGTCGC	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ACGAGGTTTTTCAAGACCA	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ACGCCATATCTCGTCTAGG	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.AGGCATCATTTCAAGACCA	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CAACGCAGTGTCGCTCAGT	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CATCGGACTACCGTTACGA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CATCGGACTTGGAAGTACC	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CGTCGAAGTCGGCGAGACC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTGGAAGATCGGCGAGACC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTGGAAGATCTTCGGCGCA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACTGACGTAACCTAGCTT	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GAGACTAGTTATAGTAAGC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GATCGACCTTGGAAGTACC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGAGCTCATACGAGGACCT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGCAAGTCTCGGCGAGACC	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGTTGGCATAAGTAGTCAG	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTAAGGAGTCTGGATTAGT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAACTAAGGTAGTCCGCGGA	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCATAGAGTTCCGTCGGAGG	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCATAGAGTTTCCAGAAGGT	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCGGTCATCCGCTATATT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCTACCTTCTCGATGGAG	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGCCAACTTGGAAGTACC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGTAGCGTCAAGGCATTC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGAATTCGTTGTTGACGGCC	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGAGTTAGATCCGCTATATT	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGCCTTGGTGTTGACGGCC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGACCTCTACTATCCGCA	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGTCTCCTACTGCCGATA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGTTAAGACTGACCTCCGCC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTATAGGCATACTGCCGATA	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGCGGTCTCTCGTCTAGG	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TCCTACCTTATAGTCGTAG	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TCGTTCTGTGACCTCTCTG	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TTCCGACGTTTCAAGACCA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TTCGCGGATATCAACGATT	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.ACGGCAATTGTTGACGGCC	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGAGCTCATCAAGTACTGG	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TACGGTAGTACCGTTACGA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCCAAGTTATTCGTAGAGAA	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCGCCAACTTTCCATGGCA	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGAACGCGTTCCGGTAATC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGAATTCGTTCAAGGCATTC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGGTAATAGTTCCGGTAATC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TTCCGACGTCGGCGAGACC	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TTCTGGCCTTGATGGCCTT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.ATGGAGAGTTCCAGAAGGT	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.AAGCGCCATGACCTCTCTG	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACCTTCGGTCTCGATGGAG	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACGAGGTTTACTATCCGCA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACGCCATATGTCGCTCAGT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CTGGAAGATACTTAACTAG	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCCATGGTTACTATCTTGA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGATAGGTTGGACTCATTG	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGTACGGATTCGTAGAGAA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGTAGTCCTCCGTCGGAGG	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTCCTGCATGTTGACGGCC	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TACTCCTATTCAAGGCATTC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCAGTTGGTAGTCCGCGGA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCCGTATGTTTGGATCCTT	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCCTATTCTTGGTCGCGTCA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCTCTCCATACTGCCGATA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGAACGCGTTTCTTATCGA	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGTAGGCTATAGTCGTAG	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGTAGGCTGCTAACCTCA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGTAGGCTTTCAAGACCA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCGCATAATCGGCGAGACC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTGCGGTCTTGGAGAATTC	Oenocytes	18
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTGGCTCATGCCAGGATCA	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CCGGATAGTGAACTGCATC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GACCGTCATCGATCATTAC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TGCCTATTATTGATGGCCTT	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TTCTAAGCTTTATGCCGAGT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACCAATGCTTTGGATCCTT	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACCTTCGGTCTTCGGCGCA	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CAATCGGTTGATGATCGTA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCATTGCGTGTCGCTCAGT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCATTGCGTTCGTAGAGAA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCGAGAGATGACCTCTCTG	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCGAGAGATTTCCATGGCA	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCGTCTCATTTAACGTACC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CGAGATGCTTATTACTCAT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CGCCGTAATGGCTATGACT	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTTAGCGGTCTTCGGCGCA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAACGGCTTTGGAAGTACC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACGTTCGTTTCCATGGCA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGACTTGATTCCGGTAATC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TACGGTAGTACTTAACTAG	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATTGACTCTCATGCTGGTT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATTGAGGTTAATTATCAGC	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCAAGTTATGCGACGCAGA	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCAAGTTATTTCAAGACCA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCAAGTTATTTCCATGGCA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCAATAGTTCTCGTCTAGG	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTCGCTCTCCGCTATATT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGAACGCGTGTTGACGGCC	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGACGAGGTCCAACTAACC	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGAGAATCATAACCTAGCTT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGAGTTAGATACTATCTTGA	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCCTATTATTTCAAGACCA	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCCTTGGTGCAGGCGACG	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCTCCTATAGATATATCG	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGTCTCCTTGGAAGTACC	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCCATTACTTGATGGCCTT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGGCTCATAAGCCGGCTG	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTTGCTTAGTGTCGCTCAGT	Immature
neurons	7
12_14_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.GGTTGGCATCAAGTACTGG	Immature
neurons	7
12_14_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.ATGGAGAGTTGATGGCCTT	Mature
neurons	10
12_14_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TAACTAAGGTACTGCCGATA	Mature
neurons	10
12_14_exp1_idx1TAGGTAACTT_idx2CCGTCGGAGG.TCAGGAGATCGGCGAGACC	Immature
neurons	8
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GCGCTCAATCAAGGCATTC	Immature
neurons	8
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TGGTCGAATTTCCATGGCA	Immature
neurons	8
12_14_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.TTCTTAACCTAAGCCGGCTG	Immature
neurons	7
12_14_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TGGATCCGTCGCCGCCTCC	Mature
neurons	10
12_14_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.CGGTTCCATGCTCTCGCCT	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ATAGTCGCTAATACTCTTC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ATGCCAAGTTGATGGCCTT	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGCGCATTTTGGAAGTACC	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GTAGCGATTTATGCCGAGT	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GTAGCGATTTCCAGAAGGT	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TATGCGATTTCGCCTCGAAC	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCAGTTGGTTATGCCGAGT	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCGCGCATTGCAGACCGGT	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCTAGGAATTTCCAGAAGGT	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGAGTTAGATCAAGGCATTC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGCGTAGTTTTGGAATCTC	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TTCAACTGATTACTTACTTA	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TTCCGACGTCTTCGGCGCA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.ATTGCCGGTTTGGAATCTC	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CTGCTGAATTCCAGAAGGT	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GACCGTCATCTCGTCTAGG	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCGCGCATTGCTCTAACGA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCTAGGAATTTCGTAGAGAA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGCTACTAATTCCAGAAGGT	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTCTCTAGTTACCGTTACGA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ACGAGGTTTTAGGCAGATA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.AGTTGCGCTTCCAGAAGGT	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ATAGTCGCTACTATCTTGA	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CCATTGCGTCTCGATGGAG	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CGACGATATAAGCCGGCTG	Mature
neurons	17
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GAAGAGGCTATCAACGATT	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GACTACCATTGGAAGTACC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCAACGTTTACTGCCGATA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCATCCAGTGCCAGGATCA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCGCTCAATTGGAAGTACC	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGCTTACTTACTGCCGATA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGTTCGAGTTTGGTCATAA	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTAAGCTCTAGATATATCG	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTACCTCTTATGGCGGATC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTTGCTCCTTGGAAGTACC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TACGGTAGTATGCAATATG	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TACTCCTATTAATTATCAGC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TACTCCTATTTGAGTCCAGA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TAGCCAATTTGCGACGCAGA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TAGCCAATTTTCCAGAAGGT	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TAGCCAATTTTCCGGTAATC	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGCTAATTCTTCGTAGAGAA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GACCGAATTCATGCATCTC	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TAGCCAATTTACTCTCTCAA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TTCTAAGCTTTGAGTCCAGA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.AAGATGCCTTGATGGCCTT	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.AAGCGCCATTTGGATCCTT	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ATGGCGTATATCAACGATT	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCTCCTGATAATACTCTTC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACTGACGTACTTAACTAG	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCAGATACTAAGCCGGCTG	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCGCTCAATAATACTCTTC	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCTGGCTATGACCTCCGCC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGTTCGAGTTGAGTCCAGA	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTTCGCTGTTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGTTACCTTCAAGGCATTC	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATGGTCTTTCCAACTAACC	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATTCGGCTGGATGCAGCA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCAGCGGTTGCCAGGATCA	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCAAGTTATACTATCCGCA	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCAAGTTATGGCTAATTAA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCAATAGTTCCGTCGGAGG	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCGGTCATGCGACGCAGA	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGAATCTTTCCGTCGGAGG	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGCCTATTATTCTAGAACTA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTATAGGCATAACCTAGCTT	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCGCATAATTTGGATCCTT	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CTGCTGAATAATACTCTTC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CTTCATGCTCTCGTCTAGG	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GAACGATGTCAAGTACTGG	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GACCGTCATCGCCTCGAAC	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GGTTCGAGTACTGCCGATA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TATTGACTCTTTAGATTCCG	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCCAAGTTATTCCAGAAGGT	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTGGCGACTAGTCCGCGGA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.ACCAATGCTCTGGATTAGT	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.ACCTTCGGTTGGAAGTACC	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CGAGATGCTATGGCGGATC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TATTGACTCTCTCGATGGAG	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCAGCGGTTCCAACTAACC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TGGATCCGTTATGCCGAGT	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CGGTTCCATCGCCTCGAAC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GGTAGTCCTACTCTCTCAA	Oenocytes	18
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GGTCCTTCTTTGGATCCTT	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TAGCTCGGTTATAGTAAGC	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TATGACTTGTCATGCATCTC	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TATTCGGCTCGGCGAGACC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCGAATCTTTATCAACGATT	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TGCTAATTCTTGGAAGTACC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ACCAATGCTCTGGATTAGT	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ATGGCAGCTACTGCCGATA	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CATCGGACTAATACTCTTC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CGAGATGCTAGTCCGCGGA	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTTAGCGGTATCAACGATT	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GACCAGGATGAACTGCATC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGCTTACTTATTGCGCTGA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGCTTACTTCGGCGAGACC	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCAGCGGTTCCAACTAACC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCGGTCATTTGGTCATAA	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCGTATGTTGATGGCCTT	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCAACTGATTCCAGAAGGT	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCTCTAGTTGCGACGCAGA	Immature
neurons	7
12_14_exp1_idx1TATAATAGTT_idx2AGATCCTATA.ATGGCGTATCTTCGGCGCA	Mature
neurons	10
12_14_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.GACTCGCTTCGGCGAGACC	Immature
neurons	12
12_14_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.TCCGTATGTTGATGGCCTT	Immature
neurons	12
12_14_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.TTCGCGGATCGGCGAGACC	Immature
neurons	7
12_14_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.CCATCAGGTAGATATATCG	Immature
neurons	7
12_14_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.GTACCTCTTGACTAGTCTA	Mature
neurons	10
12_14_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.TCCGGTCATTTAGATTCCG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.AAGATGCCTACTATCCGCA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.ACCGTAGCTCTGGATTAGT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.ACGCCATATTATGCCGAGT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CGACGATATACTGCCGATA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CTCTACTGTGCTAACCTCA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GACTGACGTATCGAGTCGC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GGCGACTATCGGTCGTTAA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TAGAGCCTTGCGACGCAGA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCTAGGAATTCTCGATGGAG	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCTCTCCATAGATATATCG	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.ACCGTAGCTATGCAATATG	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CTGCTGAATGCCAGGATCA	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GACTCGCTTATCGAGTCGC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GGCTTACTTTTGGATCCTT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GTCATCTGTTATGCCGAGT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TATGGTCTTTCGGCGAGACC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TATTCGGCTAGATATATCG	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCAGCGGTTTTCCATGGCA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCCTACCTTCAAGGCATTC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCTCCGAATACTCTCTCAA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTGCGGTCTCAAGGCATTC	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTGGTTAAGTTTCCATGGCA	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTTGCTTAGTCATGCATCTC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ATAGTCGCTGTTCTGAATT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ATTGCCGGTCTGGATTAGT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCGGATAGTTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCTCCTGATTTCCATGGCA	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GAAGAGGCTATCGAGTCGC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGTACGGATTCGTAGAGAA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTACCTCTTTGGAACTAGA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTAGACGGTGGATGCAGCA	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTTCGCTGTGACCTCCGCC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCTCGAGTGCTCTAACGA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGGTCGAATATCGAGTCGC	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGGTCTCCTATCAACGATT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCTCTAGTTCCAGGTCTAC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCTGGCCTCAAGATTAAG	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.AAGCGCCATCGGTCGTTAA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.AAGCGCCATTCCAGAAGGT	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CGGTTCCATCATGCATCTC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCAATCGCTTGGAAGTACC	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCAGATACTGCGACGCAGA	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GGTTCGAGTCCGCTATATT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TAGGTACTATACTGCCGATA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCCGGTCATGGATGCAGCA	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCCTCGAGTTCCGGTAATC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTCAACTGATGTTGACGGCC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AAGATGCCTGTTCTGAATT	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACGAGGTTTACTATCTTGA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ATGGCAGCTATCAACGATT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CAATCGGTTGCTAACCTCA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CGCCGTAATTATAGTAAGC	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTGCTGAATCGCCGCCTCC	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GAACGATGTGTCGCTCAGT	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GAAGAGGCTGCCAGGATCA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACCGTCATACTTAACTAG	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GAGCGGTATATGCAATATG	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTCTACGTCTTCGGCGCA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAGTTACCTTGTTCTGAATT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATCCAGGTGTTCTGAATT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATGGTCTTTAATCTGGAGT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTACTTACTAAGTAGTCAG	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGCTACTAATCTGGATTAGT	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGCTCCTATAGATATATCG	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.ACCTTCGGTTGATGGCCTT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CTTCATGCTATCAACGATT	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GGCGCATTTCATGCATCTC	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GGTCCTTCTCCGTCGGAGG	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCTACTTACTTGGAAGTACC	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TTCTCTCGTGCAGACCGGT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GACCGAATTTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GAGACTAGTTCCAGAAGGT	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GCTGGCTATGCTCTAACGA	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GGACTTGATCCGCTATATT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GGTTCGAGTTTGGAATCTC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TATGCGATTTAATCTGGAGT	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCCAATAGTTCCAACTAACC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TGAACGCGTCTCGATGGAG	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TGGTCGAATATAGTCGTAG	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.AGTTGCGCTATGCAATATG	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CTATCTCCTTCCAGAAGGT	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GACCGTCATTTCTTATCGA	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GACGTTCGTAATACTCTTC	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GATTACGGTATCAACGATT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GCAGATACTGGCATAGCTT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GGCGCATTTCAAGGCATTC	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GTCGGAGTTCAAGATTAAG	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TTCAACTGATAGATATATCG	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TTGAGTCCTTCCGGTAATC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.AGGCATCATCAAGGCATTC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CCTCCTGATTTCCATGGCA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GCAATCGCTAATACTCTTC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GGTACGGATTCGTAGAGAA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TGGTCGAATATCGAGTCGC	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TGGTCTCCTATCAACGATT	Immature
neurons	7
12_14_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.GGTACGGATAGATATATCG	Mature
neurons	10
12_14_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.CGACGATATCGGCGAGACC	Immature
neurons	7
12_14_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.CTAGTACGTCTCGATGGAG	Immature
neurons	8
12_14_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.TAGCCAATTTGAACTGCATC	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.ACGAGGTTTTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GCCATGGTTCGGCGAGACC	Mature
neurons	17
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GCTCGAGATCCGTCGGAGG	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GGTCCTTCTTCCAGAAGGT	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TGCTAATTCTTTCCATGGCA	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TTCGCGGATACTGCCGATA	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TTGCGGTCTAACGGACCAA	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.ACGAGGTTTTCCGGTAATC	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CGACGATATATCGAGTCGC	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GACCGAATTTCGTAGAGAA	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GGCAAGTCTATCAACGATT	Mature
neurons	10
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ACCTTCGGTAGATATATCG	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ACCTTCGGTATAGTCGTAG	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ACGCCATATTTAGGATCTA	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ATGGCAGCTCGGCGAGACC	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ATGGCGTATAATACTCTTC	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CCATCAGGTCGGCGAGACC	Mature
neurons	10
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CGAGATGCTCATGCATCTC	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTCCGGTTTACTATCCGCA	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACTCGCTTTTCAAGACCA	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GAGACTAGTATGCAATATG	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCGGAGAATATCGAGTCGC	Mature
neurons	10
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCTTCTGGTTCGTAGAGAA	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGACTTGATTGATGGCCTT	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGCAAGTCTATAGTCGTAG	Mature
neurons	10
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTCCTTCTTAGGCAGATA	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTTCGAGTGTTGACGGCC	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTTGGCATGCAGGCGACG	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTACCTCTTTTCCATGGCA	Mature
neurons	17
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTCGGAGTTCCGCTATATT	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAAGACCGTGAACTGCATC	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TACGGTAGTGTTGACGGCC	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGCCAATTTTGGAAGTACC	Mature
neurons	10
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATGACTTGTAATACTCTTC	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCTACTTACTAAGTAGTCAG	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGAATTCGTTGCAGGCGACG	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGAGTTAGATATGCAATATG	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGATCTTCTTTGATGGCCTT	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCTAATTCTATGCAATATG	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGGATCCGTTCGTAGAGAA	Mature
neurons	10
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTAATGAGCTGCAGGCGACG	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCCGACGTCCGCTATATT	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCTAAGCTTAGTCCGCGGA	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCTAAGCTTGTTGACGGCC	Mature
neurons	10
12_14_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.GCTGGCTATCTCGATGGAG	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.AGGCATCATACTTAACTAG	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.ATGCCAAGTAGTCCGCGGA	Mature
neurons	17
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.CGGTTCCATACTGCCGATA	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TATCATGAGTATAGTCGTAG	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TCGTTCTGTCATGCATCTC	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TCTACTTACTCGCCTCGAAC	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ACGCCATATAGTCCGCGGA	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.AGCAACGATATCGAGTCGC	Mature
neurons	10
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.AGTTGCGCTTAGGCAGATA	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ATAGTCGCTAACCTAGCTT	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ATGGCGTATATCAACGATT	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CAACGCAGTATAGTCGTAG	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CCGGATAGTATGCAATATG	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTAGTACGTTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTATCTCCTTGATACGAGT	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GAACGGCTTGTTGACGGCC	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GACTACCATACTGCCGATA	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTAAGCTCTGTTGACGGCC	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTCGGAGTTGCTCTAACGA	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TACGGTAGTCCGCTATATT	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TATTCGGCTCTGCTTCGAC	Mature
neurons	10
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCATAGAGTTCTCGATGGAG	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCGCGCATTTTCCATGGCA	Mature
neurons	10
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTCGCATAATCAAGGCATTC	Mature
neurons	10
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTGGCTCATTATGCCGAGT	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.CCATTGCGTCTTCGGCGCA	Mature
neurons	10
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GAACGGCTTAATACTCTTC	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TATTCGGCTGTTGACGGCC	Mature
neurons	10
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TGCTAATTCTGCGACGCAGA	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TTCAACTGATTCCGGTAATC	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GTTCCAGCTATCAACGATT	Immature
neurons	7
12_14_exp10_idx1AATACGATAA_idx2AACTTATAAG.TATTCTCCTTCAAGATTAAG	Mature
neurons	10
12_14_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.TTGGAGTTATAGTAAGCATA	Immature
neurons	7
12_14_exp10_idx1AATACGATAA_idx2GACCGTAGCA.TCCAAGTTATGCCATTCTCC	Immature
neurons	8
12_14_exp10_idx1AATACGATAA_idx2TGATACGAGT.AAGGACGATGACTAGTCTA	Immature
neurons	2
12_14_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.GCGGTATATAATACCATCC	Immature
neurons	7
12_14_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.TTGGAGTTATAATACCATCC	Immature
neurons	8
12_14_exp10_idx1AGACCATATC_idx2ACGCAACTCC.GTAAGCTCTTTACCGAGGC	Mature
neurons	10
12_14_exp10_idx1AGACCATATC_idx2CGATCATTAC.CAGTATCCTAATACCATCC	Immature
neurons	8
12_14_exp10_idx1AGACCATATC_idx2GATCAGTCAT.CATCAACGTTCTAATAGTA	Immature
neurons	7
12_14_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.TTGAGAGATTACGCAACTCC	Immature
neurons	7
12_14_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.TATAAGGCTTTCGATATTGA	Immature
neurons	8
12_14_exp10_idx1AGGTCAGCTT_idx2TATAACTTCC.GTAAGCTCTCAAGATTAAG	Immature
neurons	7
12_14_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.TGAATCTGATCAAGATTAAG	Immature
neurons	7
12_14_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TCGCCAACTGATCGCTTCT	Immature
neurons	7
12_14_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.GAAGAGGCTGACCTCTCTG	Mature
neurons	10
12_14_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.CGTACCTATGGCTAATTAA	Immature
neurons	7
12_14_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TATTGACTCTTTAGGATCTA	Mature
neurons	10
12_14_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TCGAGAAGTAATACCATCC	Immature
neurons	7
12_14_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TCGAAGGATGCCATTCTCC	Immature
neurons	7
12_14_exp10_idx1ATAAGGACTC_idx2ACGAGGACCT.TTGAGAGATTTCGATATTGA	Immature
neurons	7
12_14_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.ATTAGTCTGTTGAGGTAGAA	Mature
neurons	10
12_14_exp10_idx1ATGGCGCCTG_idx2CCAAGCTGAA.GTCCTGCATGGCATAGCTT	Immature
neurons	7
12_14_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.TTCAACTGATCCGCGGACCG	Immature
neurons	7
12_14_exp10_idx1ATGGCGCCTG_idx2GACTAGTCTA.AATTCATCGTACGCAACTCC	Immature
neurons	7
12_14_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.AAGTTCTTGTGGCATAGCTT	Mature
neurons	10
12_14_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.TTGATTCCTTATCCATGACT	Immature
neurons	8
12_14_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.ACTTGATTGTGACCTCTCTG	Immature
neurons	8
12_14_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.GGAGGTTCTAGCTCTCCTC	Mature
neurons	10
12_14_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.TATCGAACTTGCCATTCTCC	Immature
neurons	7
12_14_exp10_idx1GATTCTTGAA_idx2CGGCGAGACC.TTCAACTGATACGCAACTCC	Immature
neurons	7
12_14_exp10_idx1GATTCTTGAA_idx2GAACTGCATC.TCAAGATCTTTTATAAGAAC	Mature
neurons	10
12_14_exp10_idx1GCATCGTATG_idx2AATTGCCTAC.TCGTTCTGTGCCATTCTCC	Mature
neurons	5
12_14_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.TTCGTTCCTAATACCATCC	Immature
neurons	7
12_14_exp10_idx1GCATCGTATG_idx2TCCGTCGCCA.TATATGCGTTGACTAGTCTA	Mature
neurons	10
12_14_exp10_idx1GCATCGTATG_idx2TCGATATTGA.TTTGCTACTTTTATAAGAAC	Mature
neurons	10
12_14_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.CAAGCAACTGCTCTCGCCT	Immature
neurons	7
12_14_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TAATACCAGTAATACCATCC	Immature
neurons	7
12_14_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.ACTTGATTGTTCGATATTGA	Mature
neurons	10
12_14_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TCTCGCTCTTTGGTCATAA	Mature
neurons	10
12_14_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TATTCTCCTTAGTAAGCATA	Immature
neurons	8
12_14_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TTCCATCTTTAATACCATCC	Mature
neurons	5
12_14_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TTCCATCTTTCAAGATTAAG	Mature
neurons	10
12_14_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.TAATACCAGTGGCATAGCTT	Mature
neurons	10
12_14_exp10_idx1GGCTTACTCC_idx2TTCTACGCCA.TAGATGACTTGTCCAACTCA	Immature
neurons	8
12_14_exp10_idx1GGTTATCGAA_idx2GACCGTAGCA.TTCAACTGATTTAGGATCTA	Immature
neurons	7
12_14_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.CATCAACGTACTTCCGAAT	Immature
neurons	7
12_14_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.TGAGTTAGATGCCATTCTCC	Mature
neurons	10
12_14_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.GCCATGGTTAATACCATCC	Immature
neurons	8
12_14_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TAACGACTTTTGCGGACCTA	Immature
neurons	8
12_14_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TTGATTCCTTGCTAACTTGC	Immature
neurons	7
12_14_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TGTTAAGACTGACTAGTCTA	Mature
neurons	10
12_14_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TTCTCATTGTGATCGCTTCT	Immature
neurons	8
12_14_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TTCTTAACCTGATCGCTTCT	Mature
neurons	10
12_14_exp10_idx1GTAGCAGCTA_idx2TGATAGAACG.ATAACTTCCTGACCTCTCTG	Mature
neurons	10
12_14_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.GGTCAGTTTCGTAGTTACC	Immature
neurons	7
12_14_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TCGCCAACTTTACCGAGGC	Immature
neurons	7
12_14_exp10_idx1TAGGTAACTT_idx2CCTAGCGCCT.GACCGTCATGTCCAACTCA	Immature
neurons	7
12_14_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TAGCCAATTTTGAGGTAGAA	Immature
neurons	8
12_14_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.TCGTTCTGTCAAGATTAAG	Immature
neurons	7
12_14_exp10_idx1TAGGTAACTT_idx2TGATACGAGT.AGAGTACCTTCGATATTGA	Mature
neurons	10
12_14_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.CTGGAAGATTGAGGTAGAA	Immature
neurons	7
12_14_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.GGCGTTAATTTATAAGAAC	Immature
neurons	7
12_14_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TGAATCTGATCATCTCTGCA	Immature
neurons	7
12_14_exp10_idx1TATAATAGTT_idx2AACGAGGCTA.AAGGATATGTCCGCGGACCG	Mature
neurons	10
12_14_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.AATTCATCGTGACTAGTCTA	Immature
neurons	7
12_14_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.TCCTCGAGTCCGCGGACCG	Mature
neurons	10
12_14_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.TCTTAGTTCTACTTAACCTT	Head epid.
/muscle	4
12_14_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.TACTCCTATTGGCTAATTAA	Immature
neurons	7
12_14_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.GTAAGGAGTTCGATATTGA	Immature
neurons	7
12_14_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.TTCTAAGCTTGATCGCTTCT	Immature
neurons	8
12_14_exp10_idx1TGGACGACTA_idx2AACTTATAAG.TGGTTGAATTGACCTCTCTG	Immature
neurons	7
12_14_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TAACGACTTTGCTAACTTGC	Immature
neurons	7
12_14_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TCTATCCAATGGCTGAGCTC	Immature
neurons	7
12_14_exp10_idx1TTATTGAGGC_idx2ATAGGATATG.TCGTTCTGTGGCTGAGCTC	Immature
neurons	8
12_14_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.GCTGAAGCTGGCATAGCTT	Immature
neurons	7
12_14_exp10_idx1TTATTGAGGC_idx2TCGTAGGCTT.GGCTAAGATAATACGCAGG	Immature
neurons	8
12_14_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.TGAGTTAGATCCAGGTCTAC	Immature
neurons	7
12_14_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.AGATCGGATTTATAAGAAC	Immature
neurons	7
12_14_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.ATTAGTCTGTGGCATAGCTT	Immature
neurons	8
12_14_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TTGGAGTTATGGCTAATTAA	Immature
neurons	8
12_14_exp10_idx1TTGCCGTAGG_idx2ACGTTCAACC.TAACGACTTTTCTAATAGTA	Immature
neurons	7
12_14_exp10_idx1TTGCGAGCAT_idx2ACTATCTTGA.TTGGTTAAGTGACTAGTCTA	Immature
neurons	7
12_14_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.GACCGTCATGGTCCAGGAG	Immature
neurons	7
12_14_exp3_idx1ACGGCGTTAA_idx2ACCGTTACGA.GAGCGGTATCTTGCAACCT	Immature
neurons	8
12_14_exp3_idx1ACGGCGTTAA_idx2AGCGTCAATG.TTATCCGCTTTAATTGAAT	Immature
neurons	8
12_14_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.CAACGCAGTGCTAACTTGC	Immature
neurons	7
12_14_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.CGATTCGCTGTTACGCAAG	Immature
neurons	2
12_14_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.ATATCTGGATCCTTGGTCCA	Mature
neurons	10
12_14_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.CAAGGCGTTGCCATTCTCC	Immature
neurons	7
12_14_exp3_idx1AGACCATATC_idx2GATCAGTCAT.GAGACTAGTTCAACGTAAG	Immature
neurons	7
12_14_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.AAGTACGTTTTCTAATAGTA	Immature
neurons	7
12_14_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.CTGAGCATTAACTACCGAC	Immature
neurons	7
12_14_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.AATCCAGTATCGGTCAAGAA	Immature
neurons	8
12_14_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.GAACGATGTTCAGACGAAC	Mature
neurons	10
12_14_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.AAGGCTACTTGGTCAGCCA	Immature
neurons	7
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.AAATCGTTCTTTGGACGCTG	Immature
neurons	8
12_14_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.CTCTGAGCTTCGATATTGA	Immature
neurons	8
12_14_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.GCGCTCAATCGGTAGGAAT	Mature
neurons	10
12_14_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.AGAACTCCTGTCCAACTCA	Immature
neurons	7
12_14_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.AGAGTACCTACGCCGTTCA	Immature
neurons	7
12_14_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.ATGGTTGGTTAGACTTCTT	Mature
neurons	10
12_14_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.CGAGATGCTAGTAAGCATA	Immature
neurons	8
12_14_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.AGCAACGATGGACTACTAC	Immature
neurons	8
12_14_exp3_idx1AGTCCGCTGC_idx2GAACTGCATC.GGCGCATTTCCGTTCGGAT	Immature
neurons	7
12_14_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.CAGGACTCTCCTTGGTCCA	Immature
neurons	8
12_14_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.TCGAGAAGTAATGGTCGAC	Immature
neurons	8
12_14_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.TTCTGGCCTTAACGATCCA	Immature
neurons	8
12_14_exp3_idx1AGTCCGCTGC_idx2TCATCTCGAT.ATATCTGGATTGCGGACCTA	Immature
neurons	8
12_14_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.ATAACTTCCTAGCTGCAATA	Mature
neurons	10
12_14_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.GATAAGCGTGTCCTAGAGG	Immature
neurons	7
12_14_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.TCGAGAAGTAATACGCAGG	Immature
neurons	7
12_14_exp3_idx1ATAAGGACTC_idx2AGTCCGCGGA.ACGTTGCTTACCGGAATTA	Immature
neurons	7
12_14_exp3_idx1ATAAGGACTC_idx2ATAGGATATG.TCGTCTATTTGTCCTAGAGG	Mature
neurons	10
12_14_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.TAGAGAGTATCGGCGTAACT	Immature
neurons	8
12_14_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.AGAGCATGTTAACGATCCA	Mature
neurons	10
12_14_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.GGTCAGTTTGCCGGTCGAG	Immature
neurons	7
12_14_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.TCTCTCCATAACTACCGAC	Immature
neurons	7
12_14_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.AAGATGCCTTTGGACGCTG	Immature
neurons	8
12_14_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.CTCGCATGTTGCGGACCTA	Mature
neurons	5
12_14_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.TTCGTTCCTGTCCAACTCA	Mature
neurons	5
12_14_exp3_idx1ATAAGGACTC_idx2TTGGTCATAA.AAGACCTTATTCGGCCTTAC	Immature
neurons	7
12_14_exp3_idx1ATAAGGACTC_idx2TTGGTCATAA.GCAACGTTTGGACTCATTG	Mature
neurons	10
12_14_exp3_idx1ATGGCGCCTG_idx2AGGTCAATTA.CGAGATGCTCCGTTCGGAT	Immature
neurons	7
12_14_exp3_idx1ATGGCGCCTG_idx2AGGTCAATTA.CGGTAAGGTCGGTCAAGAA	Immature
neurons	13
12_14_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.CTCCATCATCCATCGCGAA	Immature
neurons	8
12_14_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.GAACGGCTTCCTTGGTCCA	Mature
neurons	10
12_14_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.GTACCTCTTGGCATAGCTT	Immature
neurons	7
12_14_exp3_idx1ATGGCGCCTG_idx2GTTGACGGCC.AGGCATCATTTATTATGGT	Immature
neurons	12
12_14_exp3_idx1ATGGCGCCTG_idx2GTTGACGGCC.ATCTTCAGATCCAGGCCGCA	Immature
neurons	7
12_14_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.TCCTACCTTCCGAGAATCC	Immature
neurons	7
12_14_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.TGTCCTTATTTAACGAATTG	Immature
neurons	7
12_14_exp3_idx1ATTATGCAAG_idx2GTCGCTCAGT.GCAACGTTTAGAACGTCTC	Immature
neurons	8
12_14_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.CGTAGGCTTCTTGCAACCT	Immature
neurons	7
12_14_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.ACAACCTATTGTCCTTAAGA	Immature
neurons	8
12_14_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.AGTTGCGCTAAGTCTTCCG	Immature
neurons	7
12_14_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.AAGTATTGGTACTTCCGAAT	Immature
neurons	8
12_14_exp3_idx1CCTCAGCTCC_idx2GGACTCATTG.TTGGCGACTGCCGGTCGAG	Immature
neurons	7
12_14_exp3_idx1CCTCAGCTCC_idx2GTCATTGCGC.GTTCCAGCTTAGAATTAAC	Immature
neurons	8
12_14_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.CAACTCTCTTTATAAGAAC	Immature
neurons	8
12_14_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.CGAAGACCTGAGCATATGG	Mature
neurons	10
12_14_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.TATTCTCCTTTTATTATGGT	Immature
neurons	8
12_14_exp3_idx1CTCAATTAGT_idx2ACCAAGATCT.AAACCATAGTCCGTTCGGAT	Immature
neurons	7
12_14_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.TCAAGATCTTTCAGACGAAC	Head epid.
/muscle	4
12_14_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.TCCTAACTTTAATGGTCGAC	Mature
neurons	5
12_14_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.TCCTCGAGTCGGTAGGAAT	Immature
neurons	8
12_14_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.ACGTCTAGTTTATAAGAAC	Immature
neurons	12
12_14_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.CGCCGTAATAATACGCAGG	Immature
neurons	8
12_14_exp3_idx1GATTCTTGAA_idx2AGTTGCATCT.ACGCCATATACCAGCGCAG	Immature
neurons	7
12_14_exp3_idx1GATTCTTGAA_idx2TATAACTTCC.GCGTACTTTCGGTCAAGAA	Immature
neurons	7
12_14_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.AAATCGTTCTTTCATAGGAC	Immature
neurons	8
12_14_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.AGAACTCCTTTACTTGGAA	Mature
neurons	17
12_14_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.CTACGGCATAACTACCGAC	Immature
neurons	8
12_14_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.TATTCGGCTGTTACGCAAG	Immature
neurons	7
12_14_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.AATTCATCGTTTATTATGGT	Immature
neurons	7
12_14_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.ATTAATGCCTCGGTTATGCC	Immature
neurons	7
12_14_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.CTCGTTGATTTATAAGAAC	Mature
neurons	10
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CAGGACTCTGAAGGTTGCC	Immature
neurons	8
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CGTCTTCCTTTATTCATTC	Mature
neurons	10
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.GGATAGGTTGGAGGCCTCC	Immature
neurons	7
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TCTTAGTTCTGCGCGGTAGT	Immature
neurons	8
12_14_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.GCAGATACTTTATTATGGT	Immature
neurons	7
12_14_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.AAGGATTACTAGAGAAGGTT	Mature
neurons	10
12_14_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.ACAATGCTATGTCCTAGAGG	Immature
neurons	7
12_14_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.TCCTACCTTCCGCAAGTTC	Immature
neurons	8
12_14_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.TGCCTTGGTGGACTACTAC	Head epid.
/muscle	4
12_14_exp3_idx1GCATCGTATG_idx2TCGATATTGA.CCAAGGATTGCAAGGAATA	Immature
neurons	7
12_14_exp3_idx1GCATCGTATG_idx2TCGATATTGA.GTCTCTACTGGCAATGAGA	Immature
neurons	7
12_14_exp3_idx1GCGCGTTCAT_idx2AGCGTCAATG.ACTGAATACTTCCGTCGCCA	Immature
neurons	7
12_14_exp3_idx1GCGCGTTCAT_idx2AGCGTCAATG.AGATTCAACTTTAATTGAAT	Mature
neurons	10
12_14_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.ACCTCAATATCGGTAGGAAT	Immature
neurons	7
12_14_exp3_idx1GCGCGTTCAT_idx2GCAACTGGCA.ACAACCTATTGAGCATATGG	Immature
neurons	8
12_14_exp3_idx1GCGCGTTCAT_idx2GCAACTGGCA.ATAGTTGACTGCCATTCTCC	Immature
neurons	8
12_14_exp3_idx1GCGCGTTCAT_idx2GCAACTGGCA.ATATCTGGATCAGATTCGAT	Immature
neurons	8
12_14_exp3_idx1GCGCGTTCAT_idx2TCGATATTGA.ACAACCTATTTAATGAACGA	Immature
neurons	7
12_14_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.AACGATCATTCGAATAATTC	Immature
neurons	8
12_14_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.CTCCGGTTTGCCAACGCCA	Head epid.
/muscle	4
12_14_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.AAGCGCCATTAGACTTCTT	Immature
neurons	8
12_14_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.ACTTCCGTTTTATAAGAAC	Immature
neurons	8
12_14_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.ATAGTTGACTCGGTTATGCC	Immature
neurons	8
12_14_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.TCTACTTACTAGAGCCAGCC	Immature
neurons	7
12_14_exp3_idx1GCTTGAAGAG_idx2GGCTAATTAA.CAAGCAACTTGGAACTAGA	Immature
neurons	7
12_14_exp3_idx1GGCTTACTCC_idx2CCGTCGGAGG.ATGCATTCATGGACTACTAC	Immature
neurons	8
12_14_exp3_idx1GGTTATCGAA_idx2GCTCTCGCCT.TAGCTCGGTAGAGAAGGTT	Immature
neurons	8
12_14_exp3_idx1GTAGCAGCTA_idx2AAGATCCAAC.TAGCCAATTTTTATAGCAGA	Immature
neurons	12
12_14_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.CGAGGCAATGGCTATGACT	Mature
neurons	10
12_14_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.GATACGTCTGGCTAATTAA	Immature
neurons	7
12_14_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.TCTCCGAATTTCATAGGAC	Immature
neurons	7
12_14_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.AAACTGAACTGGCAATGAGA	Mature
neurons	10
12_14_exp3_idx1GTAGGCTGCA_idx2CTCGTCTAGG.GTCGGCAATTAGAATTAAC	Immature
neurons	12
12_14_exp3_idx1GTAGGCTGCA_idx2GACCGTAGCA.AGATTGGTTTTTAATTGAAT	Immature
neurons	8
12_14_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.TGAGTTAGATCTAGTAGTCT	Mature
neurons	10
12_14_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.AAGCAGTATTAGCCGGTACC	Mature
neurons	10
12_14_exp3_idx1TAGGTAACTT_idx2ACTCTCTCAA.AAGCGCCATCCTTGGTCCA	Immature
neurons	8
12_14_exp3_idx1TAGGTAACTT_idx2ACTCTCTCAA.AGCAACGATACTTCCGAAT	Immature
neurons	7
12_14_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.TAGAGAGTATCAACCGCTAA	Immature
neurons	7
12_14_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.AATTCTAGGTCGGTTATGCC	Mature
neurons	10
12_14_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.ACAGGTATTTAACCATTGGA	Immature
neurons	7
12_14_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.TAGAACCAATTTCTTAATAA	Mature
neurons	10
12_14_exp3_idx1TATAATAGTT_idx2ACGCAACTCC.GACTGACGTTCCGTCGCCA	Immature
neurons	12
12_14_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.TTACCTAAGTTGCGCCAGAA	Immature
neurons	8
12_14_exp3_idx1TATAATAGTT_idx2GGAACGATGG.AAGGCTACTTCAATCGCAT	Immature
neurons	8
12_14_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.CAGCAAGTTACTTCCGAAT	Mature
neurons	10
12_14_exp3_idx1TCCTCTGCCG_idx2AGTTGCATCT.TCTATCCAATCCAGGTCTAC	Immature
neurons	8
12_14_exp3_idx1TCCTCTGCCG_idx2GGTAGGTCTC.CGTCGAAGTTCAATCGCAT	Immature
neurons	2
12_14_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.ACAGGTATTTTCTACCATTA	Immature
neurons	7
12_14_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.CAAGCAACTGGCAATGAGA	Immature
neurons	7
12_14_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TAAGACCGTGGACTACTAC	Immature
neurons	7
12_14_exp3_idx1TCTTGAGGTT_idx2TGGCCGCAAT.GCAATCGCTGGCATAGCTT	Immature
neurons	8
12_14_exp3_idx1TGGACGACTA_idx2AACGGACCAA.ACCGGTTCTTGAGGTAGAA	Immature
neurons	12
12_14_exp3_idx1TGGACGACTA_idx2AACGGACCAA.AGCATTATGTTCAGACGAAC	Immature
neurons	8
12_14_exp3_idx1TGGACGACTA_idx2AACGGACCAA.GCTCGAGATAGCCGGTACC	Mature
neurons	10
12_14_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TAGCCAATTTCAGATTCGAT	Immature
neurons	7
12_14_exp3_idx1TGGACGACTA_idx2AGCGTCAATG.TGGTAGGCTGATAAGGCAA	Immature
neurons	7
12_14_exp3_idx1TGGACGACTA_idx2GACCTCTCTG.TCAGCGGTTAAGTCTTCCG	Immature
neurons	7
12_14_exp3_idx1TGGACGACTA_idx2GATGATCGTA.AGGATAATCTTTCATAGGAC	Immature
neurons	7
12_14_exp3_idx1TGGACGACTA_idx2GATGATCGTA.TGGTCTCCTTGCGGACCTA	Immature
neurons	7
12_14_exp3_idx1TGGACGACTA_idx2GCAACTGGCA.AGGATAATCTACTTAACCTT	Immature
neurons	7
12_14_exp3_idx1TGGACGACTA_idx2GCAACTGGCA.CAGAAGGCTGTCCTAGAGG	Immature
neurons	8
12_14_exp3_idx1TGGACGACTA_idx2GCAACTGGCA.TCGAATCTTTTCTATAAGGA	Immature
neurons	7
12_14_exp3_idx1TGGACGACTA_idx2TGAGGTAGAA.TGGTAGGCTTCAATCGCAT	Immature
neurons	7
12_14_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.GTTCGCTGTTAACGAATTG	Immature
neurons	7
12_14_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.TAAGGTTCATTCTAATAGTA	Immature
neurons	7
12_14_exp3_idx1TTCGAATATT_idx2TTGGAGTCGG.GCGTCGTATTAACTGGTTA	Immature
neurons	8
12_14_exp3_idx1TTCGAATATT_idx2TTGGAGTCGG.TATGGTCTTTTTATAAGAAC	Immature
neurons	7
12_14_exp3_idx1TTGCCGTAGG_idx2AACCTAGCTT.ATTGAGGAATTCTAATAGTA	Immature
neurons	8
12_14_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.TCGAAGGATGCCATTCTCC	Immature
neurons	12
12_14_exp3_idx1TTGCCGTAGG_idx2CTCGGTCAAT.AAACCATAGTGCCGCAACGA	Immature
neurons	7
12_14_exp3_idx1TTGCCGTAGG_idx2CTCGGTCAAT.TTCTTCGTTTTGCGCCATCT	Mature
neurons	10
12_14_exp3_idx1TTGCCGTAGG_idx2TCCGTCGCCA.AATTCATCGTATATGAGCCA	Immature
neurons	12
12_14_exp3_idx1TTGCCGTAGG_idx2TGAGGTAGAA.TCGAGAAGTAGCTCTCCTC	Immature
neurons	7
12_14_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.AACGATCATTGTCCAACTCA	Immature
neurons	8
12_14_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.AAGTATTGGTTTATTATGGT	Immature
neurons	8
12_14_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.CTGACGTTTATATGAGCCA	Immature
neurons	7
12_14_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.TGAATCTGATCCGCGGACCG	Mature
neurons	10
12_14_exp3_idx1TTGCGAGCAT_idx2CATGCATCTC.CTCTGAGCTCTGATTAAGA	Immature
neurons	8
12_14_exp3_idx1TTGCGAGCAT_idx2CCAAGCTGAA.CGCCGTAATGGTACTGCCT	Immature
neurons	7
12_14_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.ATAACTTCCTAACTGATCTT	Immature
neurons	7
12_14_exp3_idx1TTGCGAGCAT_idx2TGATTCCTCA.AACGAGCGTGCCATTCTCC	Immature
neurons	8
12_14_exp3_idx1TTGCGAGCAT_idx2TGATTCCTCA.ACTGGACCTGTCCTTAAGA	Sensory
progenitors	14
12_14_exp3_idx1TTGCGAGCAT_idx2TGATTCCTCA.TCCTAACTTTTTAATTGAAT	Immature
neurons	7
12_14_exp3_idx1TTGGTAAGGA_idx2CCTAGCGCCT.TGATGCGATCCTTGGTCCA	Immature
neurons	8
12_14_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.AAGCGCCATGCCAACGCCA	Immature
neurons	8
12_14_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.ACGGCAATTTTCATAGGAC	Immature
neurons	7
12_14_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.AGAGATGAATAGCCGGTACC	Immature
neurons	8
12_14_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.GGCGCATTTGTTGAAGGAT	Immature
neurons	7
12_14_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.TTATCCGCTACCTCTATCT	Immature
neurons	7
12_14_exp3_idx1TTGGTAAGGA_idx2TCTAGAACTA.ATCTGATGATTTAATTGAAT	Mature
neurons	10
12_14_exp3_idx1TTGGTAAGGA_idx2TCTAGAACTA.GCGTCGTATCCATCGCGAA	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.ACCGTAGCTACGAGGACCT	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CCGAGAGATTTGGAATCTC	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GTAAGGAGTTGGAAGTACC	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GTTCCAGCTGCTAACCTCA	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGCTTACTTCTCGATGGAG	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCGCGGATTCCGGTAATC	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.AGTTGCGCTTGATGGCCTT	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CTTCATGCTACTATCCGCA	Oenocytes	18
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GAACGGCTTAGATATATCG	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TTAATGAGCTATCAACGATT	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TCTCCGAATTTCTTATCGA	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.ATTGCCGGTGCTCTAACGA	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTTAGCGGTATGGCGGATC	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCTATACCTTTGAGTCCAGA	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGAGTTAGATCCGCTATATT	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGATCTTCTTCGCCGCCTCC	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TTCTAAGCTTAACGGACCAA	Immature
neurons	13
12_14_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.AGGCATCATCAAGGCATTC	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ACCTTCGGTTCCAGAAGGT	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ACGAGGTTTGCTAACCTCA	Sensory
progenitors	14
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AGTTGCGCTTTGGATCCTT	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CCATCAGGTTGGAAGTACC	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGTAGTCCTAAGTAGTCAG	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGGACCTCTCTCGATGGAG	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTACGGCATTGATGGCCTT	Sensory
progenitors	14
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCAGTTGGTAAGCCGGCTG	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GCTCGAGATACTGCCGATA	Immature
neurons	12
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TAACTAAGGTTAGGCAGATA	Immature
neurons	8
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GTTGCTCCTCATGCATCTC	Immature
neurons	13
12_14_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TCCGGTCATGCCAGGATCA	Immature
neurons	7
12_14_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TCGTCTATTTAGTCCGCGGA	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TGGACCTCTCATGCATCTC	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.GAAGAGGCTATAGTCGTAG	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TGATCTTCTTGCAGACCGGT	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TTGAGAGATTTGAGTCCAGA	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGAGGTTCTTGGAAGTACC	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGATAGGTTGCAGACCGGT	Sensory
progenitors	14
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTTCGCTGTCTCGATGGAG	Sensory
progenitors	14
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTGGCGACTCTGGATTAGT	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ATTGCCGGTACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGTCCTTCTGCAGGCGACG	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TAGAGAGTATCATGCATCTC	Immature
neurons	13
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCCGTATGTTATGCCGAGT	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GCTGAAGCTTCCGGTAATC	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TAACTAAGGTCCGCGGACCG	Sensory
progenitors	14
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCCGTATGTTGATGGCCTT	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGCCTATTATATGCAATATG	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTGAGTCCTAAGCCGGCTG	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TTGGCGACTCCAACTAACC	Sensory
progenitors	14
12_14_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GCAATCGCTATGCAATATG	Immature
neurons	13
12_14_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TCAGCGGTTCTGGATTAGT	Immature
neurons	13
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GAACGATGTAGTCCGCGGA	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TGATCTTCTTTTCCATGGCA	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TGGACCTCTTATGCCGAGT	Immature
neurons	12
12_14_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.GGAGCTCATTGATGGCCTT	Immature
neurons	8
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GATCGACCTAATACTCTTC	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GGAGGTTCTTCGTAGAGAA	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.CGCCGTAATTAGGCAGATA	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TAGCCAATTTGCCAGGATCA	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.ACCTTCGGTTTAGATTCCG	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TAGCTCGGTAAGTAGTCAG	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCTTCTGGTCTTCGGCGCA	Immature
neurons	13
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCGAATCTTTACTTAACTAG	Immature
neurons	8
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TAGTTACCTTTATGCCGAGT	Immature
neurons	7
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TGGACCTCTTCCGGTAATC	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TTGCGGTCTCTGGATTAGT	Immature
neurons	13
12_14_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.ATGGAGAGTGCCAGGATCA	Ventral
midline	9
12_14_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.CGACGATATACTATCTTGA	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.CTCCGGTTTAGTCCGCGGA	Immature
neurons	13
12_14_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.CTCCGGTTTTTGGATCCTT	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTACCTCTTTTAACGTACC	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTATCGCATACTTAACTAG	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCCAATAGTTTTGGAATCTC	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGCTACTAATGCTAACCTCA	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCGCATAATCTCGATGGAG	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TATGACTTGTAGTCCGCGGA	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCTATACCTTCGGTCGTTAA	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ATGGCGTATTGGAAGTACC	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCAGATACTGACCTCCGCC	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCATCCAGTCATTATTACC	Immature
neurons	13
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCTTCTGGTCTCGTCTAGG	Oenocytes	18
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCGCCAACTGTTCTGAATT	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGAGAGATTACGAGGACCT	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCAATCGCTAAGCCGGCTG	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCATCCAGTGTCGCTCAGT	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGCTTACTTGCTCTAACGA	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAACTAAGGTTGGAAGTACC	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATAAGGCTTATGCAATATG	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGATAGGTTTAGGCAGATA	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCTAGGAATTCGCCGCCTCC	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGCTCCTATTTCTTATCGA	Oenocytes	18
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGGCAATATTTCCATGGCA	Neural
progenitors	3
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGCTAATTCTTTGGAATCTC	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GAACGATGTTTCAAGACCA	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGTACGGATTTGGATCCTT	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTCGGAGTTTAGGCAGATA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGTCTCCTCTTCGGCGCA	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TCCTACCTTCTGGATTAGT	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATTGCCGGTCCAACTAACC	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAGACTAGTAGTCCGCGGA	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAGCGGTATCAGGTATGGA	Oenocytes	18
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGCGCATTTTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATTGACTCTGCAGACCGGT	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGAATCTTTGGTCCAGGAG	Oenocytes	18
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGCCAACTCCGTCGGAGG	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCTTAACCTGCGACGCAGA	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCTTAACCTTTAACGTACC	Immature
neurons	12
12_14_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.GTTCGCTGTCTTCGGCGCA	Immature
neurons	13
12_14_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TTGGAGTTATTTGAGTATCA	Sensory
progenitors	14
12_14_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.TGCGTAGTTATAGTCGTAG	Neural
progenitors	1
12_14_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TGAGAATCATGCGACGCAGA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.ACGAGGTTTACCGTTACGA	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTCTTAACCTATCGAGTCGC	Oenocytes	18
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATATGCGTTACCGTTACGA	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTAGACGGTCTTCGGCGCA	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTTCCAGCTGACCTCCGCC	Oenocytes	18
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATTGAGGTTTCCGGTAATC	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCCAAGTTATCCAACTAACC	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GGTTCGAGTCATGCATCTC	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCGCGCATTGCAGACCGGT	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CCATTGCGTATAGTCGTAG	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTATCTCCTGCAGACCGGT	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGCGACTATATCAACGATT	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGCCAATTTATCAACGATT	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCAGTTGGTCAAGGCATTC	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGAACGCGTTTCCATGGCA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGAGTCCTGCTCTAACGA	Immature
neurons	12
12_14_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.AAGATGCCTTGATGGCCTT	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.TTGGCTCATTATGCCGAGT	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GGTCTACGTGTTCTGAATT	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GAGACTAGTTGAGTCCAGA	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TATCATGAGTGCAGACCGGT	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCGCGCATTCGGCGAGACC	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ACCGTAGCTTGAGTCCAGA	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTCCGGTTTCCGCTATATT	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATTCGGCTTCGTAGAGAA	Oenocytes	18
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATTGAGGTTCGCCGCCTCC	Sensory
progenitors	14
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCTACCTTGCCAGGATCA	Oenocytes	18
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGCTAATTCTTTAGGATCTA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.AGTTGCGCTATAGTCGTAG	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CCATCAGGTAACGGACCAA	Sensory
progenitors	14
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTACGGCATCGGTCGTTAA	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTCTACGTTCCAGAAGGT	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGCTAATTCTCGCCGCCTCC	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGCGGTCTTTAGATTCCG	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TATGGTCTTTCTCGATGGAG	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CTAGTACGTGCTAACCTCA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GACTTGGCTTCCGGTAATC	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GGTAGTCCTATAGTCGTAG	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.ACCGTAGCTTGAGTCCAGA	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CTCCGGTTTCCGCTATATT	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GGATAGGTTTATAGTAAGC	Head epid.
/muscle	4
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GTTCGCTGTGCTCTAACGA	Immature
neurons	7
12_14_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.TTCTCTCGTTCCAGAAGGT	Immature
neurons	12
12_14_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.CCGGATAGTTCTATAAGGA	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.ACGCCATATTGATGGCCTT	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTCCTCGTTCATTATTACC	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACCGAATTCGGCGAGACC	Sensory
progenitors	14
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTACGGATGAACTGCATC	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAACTAAGGTCAAGGCATTC	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGGTACTATTCCAGAAGGT	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGTTAAGACTGCAAGGAATA	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GTACCTCTTCGCCGCCTCC	Sensory
progenitors	14
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CCGTCTCATACTTAACTAG	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GAACGGCTTACTATCTTGA	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTACCTCTTACTTAACTAG	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.AACCGCTGTTTAGATTCCG	Sensory
progenitors	14
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TAGTTACCTTGTTGACGGCC	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TGACGAGGTAATACGCAGG	Immature
neurons	7
12_14_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.CTTCATGCTAACTACCGAC	Immature
neurons	12
12_14_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TGCCTATTATGATCGCTTCT	Neural
progenitors	11
12_14_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.GCATCCAGTTGAGGTAGAA	Immature
neurons	12
12_14_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TAAGGTTCATGACCTCTCTG	Immature
neurons	12
12_14_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.TTATAGGCATAGTAAGCATA	Immature
neurons	12
12_14_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.GCTGAAGCTGGCTAATTAA	Immature
neurons	13
12_14_exp10_idx1GTAGCAGCTA_idx2CATGCATCTC.AAATTCCTCTTGAGGTAGAA	Immature
neurons	13
12_14_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TTCGTTCCTGCTAACTTGC	Immature
neurons	7
12_14_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TGAGAATCATGGATGCAGCA	Immature
neurons	8
12_14_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.GTAAGCTCTGGCTAATTAA	Oenocytes	18
12_14_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.TATCTCGATTCCGCGGACCG	Immature
neurons	12
12_14_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTTGCTTAGTAACTACCGAC	Sensory
progenitors	14
12_14_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TTCGTTCCTAGTAAGCATA	Immature
neurons	12
12_14_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TATAAGAGGTACTTCCGAAT	Immature
neurons	12
12_14_exp10_idx1TCCTCTGCCG_idx2CATTATTACC.GATACGTCTTCGATATTGA	Immature
neurons	12
12_14_exp10_idx1TCCTCTGCCG_idx2TTGGTCATAA.CAGCATTGTGCCATTCTCC	Immature
neurons	7
12_14_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.CAAGCAACTGACCTCTCTG	Immature
neurons	12
12_14_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.AACTAGTTGTACTTCCGAAT	Immature
neurons	12
12_14_exp10_idx1TGGACGACTA_idx2TCGATATTGA.ATAACTTCCTAATTATCAGC	Immature
neurons	8
12_14_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.GGCTTACTTAATACCATCC	Immature
neurons	8
12_14_exp3_idx1ACGGCGTTAA_idx2AGGATTACCA.AAGGATTACTCAGGTATGGA	Immature
neurons	7
12_14_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TAGATGACTTTCAATCGCAT	Immature
neurons	7
12_14_exp3_idx1AGACCATATC_idx2AATTGCCTAC.AGATTGGTTTATATTGATAC	Immature
neurons	7
12_14_exp3_idx1ATAAGGACTC_idx2AAGATCCAAC.CGAAGACCTCAGGTATGGA	Immature
neurons	7
12_14_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.TAGGAAGGTATATGAGCCA	Immature
neurons	8
12_14_exp3_idx1ATTATGCAAG_idx2TGATAGAACG.CCTAATGGTCCAGGCCGCA	Immature
neurons	12
12_14_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.TAAGGTTCATATATGAGCCA	Immature
neurons	12
12_14_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.TAGATGACTTTCCGTCGCCA	Immature
neurons	12
12_14_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.GAGCGGTATAACTACCGAC	Immature
neurons	13
12_14_exp3_idx1GCGCGTTCAT_idx2GCAACTGGCA.GCGGTATATGTTCCGCTAA	Immature
neurons	13
12_14_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.TCTCTCCATGCAAGGAATA	Immature
neurons	12
12_14_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.AATACCGAATTTATTATGGT	Immature
neurons	12
12_14_exp3_idx1GTAGGCTGCA_idx2GACCTCCGCC.CTTAGCGGTGCCGTATGCT	Immature
neurons	12
12_14_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.ACTTCCGTTGTATAATACG	Immature
neurons	8
12_14_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.GAGGAACTTGTACTAGTAA	Oenocytes	18
12_14_exp3_idx1TTCGAATATT_idx2TTGGAGTCGG.AGTCGCATTAAGTTGCCAT	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCTCGAGATTCGTAGAGAA	Sensory
progenitors	14
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTTGCTCCTCATGCTGGTT	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAGCGGTATTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TCTCCGAATCCAGGTCTAC	Neural
progenitors	0
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGGTCGAATCAAGATTAAG	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CGCCGTAATCCGCGGACCG	Sensory
progenitors	6
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCCATGGTTAGCGTCAATG	Neural
progenitors	3
12_14_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TCGAATCTTTGCTAACCTCA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GGCAAGTCTGCAGACCGGT	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ATAGTCGCTTATGCCGAGT	Oenocytes	18
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACCAGGATTGATAGAACG	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACTGACGTTGATGGCCTT	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGACGAGGTGTCCAACTCA	Neural
progenitors	0
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CAACGCAGTAAGTAGTCAG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCTATTCTTTATGCCGAGT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCTCGAGTACGCCGTTCA	Neural
progenitors	3
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTCCAGAGTGCTCTCGCCT	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATCATGAGTGTTCCGCTAA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTAGTCCTATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GTCGGCAATAATACGCAGG	Immature
neurons	2
12_14_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.TTTGCTACTTTGAGGTAGAA	Immature
neurons	2
12_14_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.TTGATTCCTTGTCATTGCGC	Immature
neurons	2
12_14_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TCTATCCAATCCAGTTCCAA	Neural
progenitors	3
12_14_exp3_idx1AGACCATATC_idx2GATCAGTCAT.AACCGCTGTTATGAGTTAA	Sensory
progenitors	6
12_14_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.CTCCATCATTTGATATATT	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TTGGCGACTAGCCGGTACC	Immature
neurons	2
12_14_exp3_idx1GCTTGAAGAG_idx2ATAGGATATG.AGTTGCGCTGCAGACCGGT	Immature
neurons	2
12_14_exp3_idx1GCTTGAAGAG_idx2GGTAGGTCTC.CTTAGCGGTCGTAGTTACC	Neural
progenitors	3
12_14_exp4_idx1GGTTATCGAA_idx2GCTCTCGCCT.AGCGTAAGTACGGAGGCGG	Neural
progenitors	1
12_14_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.AAGGATATGTTTGGTCATAA	Neural
progenitors	11
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GCGGAGAATTTGGATCCTT	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTGCTGAATACTATCCGCA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTTGCAAGTACGAGGACCT	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTTGCTCCTGCCAGGATCA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCGCGGATACTATCCGCA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TAACTAAGGTCGCCGCCTCC	Sensory
progenitors	14
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGCTACTAATTAGGCAGATA	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GACCAGGATGCCAGGATCA	Ventral
midline	9
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCGCTCAATACTTAACTAG	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGGTAGGCTCTGGATTAGT	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.ATAGTCGCTCTCGATGGAG	Immature
neurons	7
12_14_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.CAACGCAGTTGATGGCCTT	Oenocytes	18
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TTCTCTCGTTTGGAATCTC	Immature
neurons	7
12_14_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.AGCAACGATCATTATTACC	Immature
neurons	7
12_14_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TAAGACCGTGCCAGGATCA	Immature
neurons	7
12_14_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TCGCCAACTCTCGATGGAG	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TAGAGCCTTAGTCCGCGGA	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.GACCGTCATTCCGGTAATC	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TCTCGCTCTTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCGGAGAATCTCGATGGAG	Oenocytes	18
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGCGCATTTCAAGGCATTC	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TAGCTCGGTCTGGATTAGT	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TATCGAACTTACTTAACTAG	Ventral
midline	9
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GAACGATGTTCCGGTAATC	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GCAGATACTGCTAACCTCA	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TAGGTACTATAATACTCTTC	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCCAATAGTTTTCTTATCGA	Sensory
progenitors	14
12_14_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GCAATCGCTGCTAACCTCA	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CGCCGTAATACTTAACTAG	Immature
neurons	13
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGACTTGATAAGCCGGCTG	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTCGCATAATAAGTAGTCAG	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.GAACGATGTAATACTCTTC	Ventral
midline	9
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GAACGATGTTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GGCGACTATTTCAAGACCA	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TAGGTACTATATGCAATATG	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.AGTTGCGCTTATGCCGAGT	Oenocytes	18
12_14_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TGGTAATAGTTCCAGAAGGT	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ACGGCAATTGCAGGCGACG	Oenocytes	18
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GGCGCATTTACTATCCGCA	Oenocytes	18
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GCTGGCTATGCCAGGATCA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTCTACTGTCCGCGGACCG	Oenocytes	18
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTTAGCGGTCGGTCGTTAA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTACCATCTGCTTCGAC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATGGTCTTTACTGCCGATA	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGCTAATTCTATGCAATATG	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCTGAAGCTTATAGTAAGC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TCCTCGAGTTTGGAATCTC	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TCGAATCTTTCAAGGCATTC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TAGAGCCTTACTGCCGATA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TAAGACCGTGCTCTAACGA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CAGAAGGCTGTTCTGAATT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCAGAACCTTATGCCGAGT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAACGATGTTATTACTCAT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACCGTCATCTTCGGCGCA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACTGACGTGGATGCAGCA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACTTGGCTATCGAGTCGC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCGGAGAATGGTCCAGGAG	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTACGGATGCTCTAACGA	Immature
neurons	7
12_14_exp1_idx1TAGGTAACTT_idx2CCGTCGGAGG.GCCATGGTTCCTAGCGCCT	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.AACCGCTGTAGTCCGCGGA	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CCAGAACCTAGATATATCG	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GCAGATACTCGCCGCCTCC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGTACGGATATGCAATATG	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.AAGCGCCATCCAGGTCTAC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCTCCTGATGCTCTAACGA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCTGAAGCTCTCGATGGAG	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGGCGACTAGATATATCG	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GCTGAAGCTTAGGCAGATA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCAAGTTATCCAACTAACC	Immature
neurons	7
12_14_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.CTTAGCGGTTATGCCGAGT	Immature
neurons	7
12_14_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.GACCGAATTTAGGCAGATA	Oenocytes	18
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCATGGCTTGCTCTAACGA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CGAGATGCTTTCCATGGCA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGATAGGTTGGCATAGCTT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTTCGCTGTGCTCTAACGA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CTCCAGAGTTAGGCAGATA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTCTCTAGTTCTCGATGGAG	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACGAGGTTTATAGTCGTAG	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACGCCATATTGATGGCCTT	Ventral
midline	9
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACGTTCGTGCAGACCGGT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATGACTTGTGCAGACCGGT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATGCGATTTCGTCCGTCCT	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGTAGCGTTTCCATGGCA	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TGATCTTCTTTGAGTCCAGA	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGGACCTCTATAGTCGTAG	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GACCAGGATCCGTCGGAGG	Sensory
progenitors	14
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ATGCCAAGTTGATGGCCTT	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCTAGGAATTGTCGCTCAGT	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.CTACGGCATTTGGTCATAA	Immature
neurons	7
12_14_exp10_idx1AATACGATAA_idx2AACTTATAAG.GACCAGGATGGCTAATTAA	Immature
neurons	7
12_14_exp10_idx1AGACCATATC_idx2AGGATTACCA.TTTGCTTAGTGATCGCTTCT	Oenocytes	18
12_14_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TTGAGAGATTCCGCGGACCG	Immature
neurons	7
12_14_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.GTATCGCATTGAGGTAGAA	Immature
neurons	7
12_14_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.GACTTGGCTGGTATCCGCC	Neural
progenitors	11
12_14_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.CTTCGACTTCCAGGTCTAC	Immature
neurons	7
12_14_exp10_idx1GCTTGAAGAG_idx2TCTATAAGGA.TTCTCATTGTGGCTAATTAA	Immature
neurons	7
12_14_exp10_idx1GGCTTACTCC_idx2GCTCTCGCCT.TATTGAGGTTACTTAACCTT	Immature
neurons	13
12_14_exp10_idx1GGTTATCGAA_idx2GACCGTAGCA.TATATGCGTTAACGGACCAA	Neural
progenitors	11
12_14_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.TATGAGAACTGGTATCCGCC	Immature
neurons	7
12_14_exp10_idx1TTGCCGTAGG_idx2GATGATCGTA.GGTTCGAGTACTTCCGAAT	Immature
neurons	7
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.ATATCCTACTTGGAACTAGA	Immature
neurons	7
12_14_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.GATTACGGTGTTGAAGGAT	Immature
neurons	7
12_14_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TCAGCTTCTATATGAGCCA	Immature
neurons	7
12_14_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.ATCTGATGATAGTTCGAGTA	Immature
neurons	7
12_14_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.AAATCGTTCTCCGTTCGGAT	Immature
neurons	7
12_14_exp3_idx1GTAGCAGCTA_idx2CGAGTTAGAG.TGAATCTGATTTATAAGAAC	Immature
neurons	13
12_14_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.ACCGTAGCTTTCGCTTACG	Immature
neurons	7
12_14_exp3_idx1TGGACGACTA_idx2CTCGGTCAAT.AGGCATCATGTCCAACTCA	Sensory
progenitors	14
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCGCGCATTTCCGTCGCCA	Sensory
progenitors	6
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GGCAAGTCTAAGTAGTCAG	Sensory
progenitors	6
12_14_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.GAGACTAGTTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTTCCAGCTCAGATTCGAT	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTACGGCATGCAGACCGGT	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCTACTTACTCTGGATTAGT	Ventral
midline	9
12_14_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TCTCGCTCTGCAAGGAATA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTATCGCATTTGGAATCTC	Sensory
progenitors	14
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTGCTGAATAAGTAGTCAG	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TAGCCAATTTACTTCCGAAT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCGGTATATAGTAAGCATA	Oenocytes	18
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTAAGGAGTACTATCTTGA	Ventral
midline	9
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TTCTTAACCTCGGTCGTTAA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GCTGGCTATAATAATACCA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GACCAGGATAATGGTCGAC	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATCCAGGTGCGCGGTAGT	Immature
neurons	13
12_14_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.TTCTGGCCTGCCAACGCCA	Oenocytes	18
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GATCGACCTTTCAAGACCA	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCGTATGTATCAACGATT	Sensory
progenitors	6
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTAGGAATTTGCGCCATCT	Sensory
progenitors	14
12_14_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TAACTAAGGTAATACTCTTC	Immature
neurons	2
12_14_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TAGATGACTTAATTATCAGC	Immature
neurons	12
12_14_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.GTATCGCATGACCTCTCTG	Immature
neurons	2
12_14_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.GGCTTACTTTGAGTCTGGC	Sensory
progenitors	14
12_14_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.CAGTATCCTCTGCTTCGAC	Neural
progenitors	11
12_14_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TCCTCGAGTCCGCGGACCG	Neural
progenitors	3
12_14_exp10_idx1TTCGAATATT_idx2CTGCTTCGAC.TTATCCGCTGGCTAATTAA	Sensory
progenitors	14
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.CCATCGTCTCAACCAGTAC	Immature
neurons	2
12_14_exp3_idx1AGTCCGCTGC_idx2GTTGACGGCC.ATTCAAGCATCGGTAGGAAT	Sensory
progenitors	14
12_14_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GTAAGCTCTAATGGTCGAC	Neural
progenitors	11
12_14_exp3_idx1TAGGTAACTT_idx2AACGGACCAA.AACGTAATCTACCGCAGAAT	Immature
neurons	2
12_14_exp3_idx1TAGGTAACTT_idx2TCTAGAACTA.CAGGACTCTCATCAGAATG	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TAGAGCCTTGGCATAGCTT	Neural
progenitors	1
12_14_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.GCTGGCTATCCGCGGACCG	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATGCGATTTCAAGGCATTC	Neural
progenitors	3
12_14_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.ACCTTCGGTTATGCCGAGT	Sensory
progenitors	14
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GACTTGGCTGCTCTAACGA	Oenocytes	18
12_14_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.ACCTTCGGTGGCATAGCTT	Neural
progenitors	11
12_14_exp3_idx1AGACCATATC_idx2GATCAGTCAT.GATTACGGTTCTACCATTA	Sensory
progenitors	14
12_14_exp3_idx1GTAGGCTGCA_idx2GACCGTAGCA.GAGCGGTATCCGCGGACCG	Neural
progenitors	3
12_14_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.ATTCCTAGATGCTAACTTGC	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.AACCGCTGTTCGATATTGA	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTTGCTTAGTCAAGATTAAG	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GAACGGCTTGACCTCTCTG	Oenocytes	18
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCTAGGAATTACGCCGTTCA	Immature
neurons	7
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TTGAGAGATTGGATGCAGCA	Neural
progenitors	3
12_14_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GTCGGAGTTACGCCGTTCA	Oenocytes	18
12_14_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TTTGCTTAGTCGATGGCGCC	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TCTCGCTCTGCGACGCAGA	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CAATCGGTTAGTCCGCGGA	Ventral
midline	9
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATGACTTGTGAACTGCATC	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCTAGGAATTAACTGATCTT	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GCGTCGTATCAAGGCATTC	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.ACGAGGTTTGCCAGGATCA	Ventral
midline	9
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GCTCGAGATGCAGGCGACG	Oenocytes	18
12_14_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TCCTATTCTTTCTAGAACTA	Immature
neurons	2
12_14_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.ACCTTCGGTGCAGACCGGT	Immature
neurons	2
12_14_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.CCAGAACCTCATGCATCTC	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAGAGAGTATAACTACCGAC	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAGAGCCTTCTGGATTAGT	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCAGCGGTTTTAGATTCCG	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACGAGGTTTCGAATAATTC	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.ACCGTAGCTTGATACGAGT	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTAGTACGTTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCCATGGTTAACTGATCTT	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCTCTCGTCCGCGGACCG	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.TGAACGCGTTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACTACCATTTAGGATCTA	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GAGCGGTATTTGGACGCTG	Ventral
midline	9
12_14_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.GGCAAGTCTTTCCATGGCA	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GCTTCTGGTCCAACTAACC	Immature
neurons	2
12_14_exp10_idx1ATAAGGACTC_idx2GGTAGGTCTC.TTACCTAAGTTGAGGTAGAA	Head epid.
/muscle	4
12_14_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.AAGGACGATACTTCCGAAT	Neural
progenitors	0
12_14_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.ACCATGATTTAACTGATCTT	Immature
neurons	2
12_14_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.CGTACCTATGCTAACTTGC	Neural
progenitors	1
12_14_exp10_idx1TTGCCGTAGG_idx2GATGATCGTA.TATATGCGTTTTGAGTATCA	Immature
neurons	2
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTAATTAA.CTCCAGAGTGGCAGACGCC	Immature
neurons	2
12_14_exp3_idx1GATTCTTGAA_idx2TCCGGTAATC.ACGAGGTTTAAGTTGCCAT	Ventral
midline	9
12_14_exp3_idx1GCTTGAAGAG_idx2AAGATCCAAC.CGTCGAAGTCCAGGTCTAC	Neural
progenitors	1
12_14_exp3_idx1GTAGGCTGCA_idx2CTCGTCTAGG.GTTCCAGCTTGGAACTAGA	Immature
neurons	7
12_14_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.TTCTTCGTTTGGTCCAGGAG	Immature
neurons	2
12_14_exp3_idx1TATAATAGTT_idx2GGAACGATGG.GTCGTAACTTTGATATATT	Immature
neurons	13
12_14_exp3_idx1TGGACGACTA_idx2AGCGTCAATG.CCATCGTCTGTCCTACTTG	Immature
neurons	8
12_14_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.GACTGACGTGGCGAACTCG	Immature
neurons	2
12_14_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.TAAGGTTCATACTTCCGAAT	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTGGAAGATTGAGTCCAGA	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTGGAAGATTTGGAATCTC	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGCAAGTCTTTCTTATCGA	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGAGAATCATCAGATTCGAT	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AGGCATCATTTGGAATCTC	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GAGCGGTATTTGGATCCTT	Ventral
midline	9
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCATTAAGCTGCCGTATGCT	Neural
progenitors	1
12_14_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.CCATTGCGTTCCGGTAATC	Neural
progenitors	1
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TATGACTTGTGGCTAATTAA	Ventral
midline	9
12_14_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.CCTCCTGATGACCTCTCTG	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACGCCATATTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCGAGAGATAGTTCGAGTA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TACGGTAGTTTCTTATCGA	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ATAGTCGCTCGAGCTGCCA	Neural
progenitors	3
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACGAGGTTTTATGCCGAGT	Neural
progenitors	1
12_14_exp1_idx1TATAATAGTT_idx2TATAACTTCC.GGTTCGAGTACTCTCTCAA	Neural
progenitors	1
12_14_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.CCATTGCGTGTTCTGAATT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.AGCAACGATAGTTCGAGTA	Neural
progenitors	3
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CAGAAGGCTGTACTAGTAA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CGCCGTAATTCGATATTGA	Neural
progenitors	11
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACTTGGCTACTTCCGAAT	Neural
progenitors	1
12_14_exp10_idx1GCATCGTATG_idx2GCAACTGGCA.CGTACCTATGGCATAGCTT	Immature
neurons	2
12_14_exp10_idx1GCGCGTTCAT_idx2CCTATAAGCT.TGAGAATCATACTTCCGAAT	Neural
progenitors	1
12_14_exp10_idx1GTAGCAGCTA_idx2CTAACTCCAA.GGTTCGAGTCCGATTCCTG	Neural
progenitors	0
12_14_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.AGAGTACCTCATTATTACC	Neural
progenitors	1
12_14_exp3_idx1GATTCTTGAA_idx2AGATCCTATA.GATACGTCTCCGTCCAGTA	Immature
neurons	2
12_14_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.ACGCCATATTAGGCAGATA	Neural
progenitors	1
12_14_exp3_idx1TTATTGAGGC_idx2TATAACTTCC.AAGGATATGTTTACGTATAC	Neural
progenitors	3
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GAACGATGTACTTCCGAAT	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGGCAATATAAGTTGCCAT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACTACCATATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GTCCTGCATACTTAACTAG	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.GTCGTAACTCAAGATTAAG	Immature
neurons	2
12_14_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TTATAGGCATGACCTCTCTG	Sensory
progenitors	14
12_14_exp10_idx1TTCGAATATT_idx2TGCCAGATGG.TTCGCATAATTTGAGTATCA	Neural
progenitors	1
12_14_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.CAAGCAACTGATGATCGTA	Immature
neurons	2
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.GTACCTCTTTTATCCGGAT	Immature
neurons	2
12_14_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.AAGTATTGGTCGGCGTAACT	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.CAACGCAGTGACTAGTCTA	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TATCATGAGTCAAGATTAAG	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CCGGATAGTCTGGATTAGT	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CTCTACTGTGTTCTGAATT	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GAGCGGTATACTTCCGAAT	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGATAGGTTTACGGCTACG	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TTGCGGTCTTACGGCTACG	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2ACGCAACTCC.ATGCCAAGTTTGGAATCTC	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GACGTTCGTTACTTACTTA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GAGCGGTATCCGCTATATT	Neural
progenitors	11
12_14_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TCGCGCATTGCCAGGATCA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.AACCGCTGTTTAACGTACC	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ATTGCCGGTATCAACGATT	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GAAGAGGCTGCCAGGATCA	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GACTTGGCTTTGGAGTCGG	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGACTTGATCAAGATTAAG	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGACTTGATTGATGGCCTT	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGCGCATTTATGCAATATG	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGCTTACTTGCTAACCTCA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGCTTACTTTGATACGAGT	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGTCTACGTTTAATTATTG	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTAAGGAGTCGGTCGTTAA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTACCTCTTGCTAACCTCA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTAGACGGTTGATGGCCTT	Sensory
progenitors	6
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TACTCCTATTCTGGATTAGT	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TAGCCAATTTTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCCGTATGTATCAACGATT	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCCTATTCTTTTCTTATCGA	Sensory
progenitors	14
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCCTCGAGTGCTAACCTCA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCGTTCTGTGTTGACGGCC	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCTAGGAATTCTGGATTAGT	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGCGTAGTTCATGCATCTC	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGCTCCTATCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGCTCCTATGCGCGGTAGT	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCTAAGCTTGCCAACGCCA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTGGCTCATTTGAGTATCA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CCATTGCGTGCTCTAACGA	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GACTGACGTGCCAGGATCA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TCTACTTACTTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CCGAGAGATCCGTTGACTT	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TCCTCGAGTTATAGTAAGC	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCGGAGTTTGACCTCCGCC	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CGCCGTAATATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CGTCGAAGTGCCAACGCCA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTTCATGCTTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAAGAGGCTCGGTCGTTAA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAGCGGTATGCGACGCAGA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCAGATACTAACTACCGAC	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGAGCTCATGTCATTGCGC	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGAGCTCATTCCGTCGCCA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTACCTCTTAAGTAGTCAG	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTCGGAGTTTATTACTCAT	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TACGGTAGTGTTGACGGCC	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATAAGGCTTGTTCTGAATT	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCTACTTACTTTCAAGACCA	Neural
progenitors	15
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCTCGCTCTAAGTAGTCAG	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGATCTTCTTATCAACGATT	Oenocytes	18
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGCTACTAATCTGGATTAGT	Neural
progenitors	3
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGGATCCGTATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGGTAGGCTAAGTAGTCAG	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCGCGGATACTTAACTAG	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCTCTAGTTAGATATATCG	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.AGTTGCGCTATCAACGATT	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CATCGGACTCCAACTAACC	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CCGGATAGTTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CTGCTGAATAAGTAGTCAG	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GCATCCAGTTGGAAGTACC	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCGTCTATTTCGGTCGTTAA	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TGATCTTCTTTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GACCGAATTGCGACGCCTT	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.GACTGACGTAAGTCTTCCG	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TAAGACCGTACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.CCATCAGGTTGAGTCCAGA	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TAGGTACTATACTACTGAAG	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TTGGCAATATTCCGTCGCCA	Mature
neurons	10
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ACCAATGCTTGGAAGTACC	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ACGAGGTTTATGGCGGATC	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ACGGCAATTTTAATTATTG	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTCCAGAGTAGTTCGAGTA	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GATTACGGTGCGCGGTAGT	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCGGAGAATTGAGTCCAGA	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGATAGGTTCTTCGGCGCA	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGCAAGTCTCCAACTAACC	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TACTCCTATTCCAACTAACC	Neural
progenitors	3
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TAGAGAGTATAATACTCTTC	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TAGAGCCTTCTGGATTAGT	Head epid.
/muscle	4
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TAGCCAATTTGCAGACCGGT	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATAAGGCTTCTTCGGCGCA	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCATAGAGTTTATTACTCAT	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCGAATCTTTTATAGTAAGC	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCTCCGAATTGGAACTAGA	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCTCTCCATATCAACGATT	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGAACGCGTCTGGATTAGT	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.ACCAATGCTATAGTCGTAG	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.ACCTTCGGTAAGTAGTCAG	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTCCAGAGTTCGTAGAGAA	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GACTTGGCTATCAACGATT	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCTTCTGGTTCAGCTCTAA	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGCAAGTCTCTGGATTAGT	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTGAGAGATTTTAATTATTG	Ventral
midline	9
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GCAACGTTTAGTCCGCGGA	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.ATTGCCGGTTAGGCAGATA	Immature
neurons	13
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GGCGACTATTCTACCATTA	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.AACCGCTGTTGATGGCCTT	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.ACGCCATATCCGTTGACTT	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GTTGCTCCTTTAGGATCTA	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TCCGTATGTTTACGTATAC	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TGAACGCGTAATAATACCA	Mature
neurons	10
12_14_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TGGTAATAGTCTGGATTAGT	Mature
neurons	10
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.CGGTTCCATAGATATATCG	Immature
neurons	12
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GACCAGGATGCTAACCTCA	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GGCGACTATCATGCTGGTT	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GGCGCATTTTATAGTAAGC	Mature
neurons	10
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TAGCTCGGTATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TATCGAACTTTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TCAGGAGATGCAGGCGACG	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TTGAGTCCTTTGGATCCTT	Mature
neurons	10
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TTGCGGTCTGTACTAGTAA	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.ACGCCATATCTGGATTAGT	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GACCGAATTTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GGACTTGATGTTCCGCTAA	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GGTCCTTCTTTGGAATCTC	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TCAGCGGTTGCGACGCAGA	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TTCTCTAGTTAAGTAGTCAG	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.GACTCGCTTTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TAGAGCCTTTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TCTAGGAATTTGAGTCCAGA	Mature
neurons	17
12_14_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.CAATCGGTTCCAACTAACC	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.GACCAGGATTGCGCCATCT	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.GCAATCGCTACTACTGAAG	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.GCAATCGCTCCGCTATATT	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GAACGGCTTCCGTCGGAGG	Immature
neurons	12
12_14_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GCAATCGCTTCCAGAAGGT	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TATCGAACTTTGATACGAGT	Immature
neurons	8
12_14_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TATGGTCTTTAGCGTCAATG	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.CGCCGTAATTGGAAGTACC	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TCGAATCTTTGCCAGGATCA	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TTGAGAGATTGCAGACCGGT	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.ATAGTCGCTACCGTTACGA	Mature
neurons	17
12_14_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.AACCGCTGTTTGGATCCTT	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GAACGGCTTAGTTCGAGTA	Immature
neurons	13
12_14_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TGAGTTAGATTTACGTATAC	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TGTTAAGACTTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.GTCGGAGTTTGGAAGTACC	Immature
neurons	8
12_14_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.GACTGACGTAGATATATCG	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TCATTAAGCTTTAATTATTG	Neural
progenitors	1
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CGGTTCCATTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGAGCTCATGCAGGCGACG	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGCTTACTTCTGCTTCGAC	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGTTCGAGTCTTCGGCGCA	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTCCTGCATCCGTTGACTT	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTTCCAGCTACTTAACTAG	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TAGAGAGTATTTGGATCCTT	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TATTGAGGTTTAGGCAGATA	Sensory
progenitors	6
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCCGTATGTCGGTAGGAAT	Mature
neurons	17
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCTAGGAATTTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTCCATTACTCCGTCGGAGG	Neural
progenitors	1
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTCGCATAATTGGAAGTACC	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTCTTAACCTTACGGCTACG	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.AACCGCTGTGCAGACCGGT	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ACGAGGTTTTATGCCGAGT	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CCGGAGTTTGGCATAGCTT	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GATTACGGTCTGAACTGGT	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCCATGGTTTTGGTCATAA	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCGCTCAATATCAACGATT	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGCTTACTTCCGTTGACTT	Mature
neurons	17
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGTAGTCCTTGGAAGTACC	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTAGCGATTTATGCCGAGT	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TAGGTACTATAATACTCTTC	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCAGCGGTTTATGCCGAGT	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCATGGCTTTGGAAGTACC	Immature
neurons	13
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCCTATTCTTTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCGCGCATTTGCGCCAGAA	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCGTTCTGTGCTAACCTCA	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCGTTCTGTTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCTAGGAATTAACGAGGCTA	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCTCTCCATACTGCCGATA	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGCCTATTATCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGCTCCTATCTTCGGCGCA	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TCCTATTCTTGCAGACCGGT	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.ACCGTAGCTGCCAGGATCA	Sensory
progenitors	14
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CGCCGTAATTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GCGGAGAATTCCAGAAGGT	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GCTTCTGGTTATAGTAAGC	Neural
progenitors	11
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGCGACTATGTTGACGGCC	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTTGCTCCTTATGCCGAGT	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATCATGAGTTGGAAGTACC	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCCGTATGTTGCGCCAGAA	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCGCGCATTAATACTCTTC	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGCCTTGGTCCGCTATATT	Neural
progenitors	1
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CTCCTCGTTTTGGAATCTC	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GACTACCATGACCTCCGCC	Mature
neurons	10
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GCTTCTGGTTTGGACGCTG	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTAGCGATTTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTTGCAAGTGCTAACCTCA	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TAGAGAGTATCATGCTGGTT	Neural
progenitors	0
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TAGGTACTATTTGGATCCTT	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TATATGCGTTTGAGTCCAGA	Ventral
midline	9
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TATTGACTCTTTCAAGACCA	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TGGCCTGATTTGGAATCTC	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GCGCTCAATTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GGCGCATTTTTCCATGGCA	Neural
progenitors	1
12_14_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.CTACGGCATATCAACGATT	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GCTCGAGATGACCTCTCTG	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TTCTAAGCTTTTGGAATCTC	Sensory
progenitors	14
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.ACGCCATATAAGTAGTCAG	Neural
progenitors	1
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.AGCAACGATCGCCGCCTCC	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CGACGATATTGGAAGTACC	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CGGTTCCATTCTACCATTA	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CTCTACTGTTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GACTTGGCTACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGCGCATTTTTGGACGCTG	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TAAGACCGTATCAACGATT	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TAGAGAGTATATGCAATATG	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TATGGTCTTTACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCAGCGGTTTGGAAGTACC	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCCGGTCATTCCGGTAATC	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTCAACTGATTTGGATCCTT	Immature
neurons	2
12_14_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.CCATTGCGTCATGCATCTC	Immature
neurons	2
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GACTCGCTTGACCTCCGCC	Immature
neurons	2
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TCGCGCATTGCAGGCGACG	Immature
neurons	2
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TTCGCATAATTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GCTTCTGGTCTTCGGCGCA	Mature
neurons	17
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCGCGCATTCCAACTAACC	Immature
neurons	2
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TGGCCTGATCGCCGCCTCC	Immature
neurons	2
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TTCGCATAATTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TTGAGTCCTTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TTGCGGTCTAAGTCTTCCG	Immature
neurons	2
12_14_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TATTGAGGTTATCAACGATT	Immature
neurons	2
12_14_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TTATAGGCATAAGTCTTCCG	Immature
neurons	2
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CCGTCTCATCTGGATTAGT	Immature
neurons	12
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCATCCAGTGCGACGCAGA	Mature
neurons	10
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTCGGAGTTTCCAGAAGGT	Sensory
progenitors	14
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTTCGCTGTGCCAGGATCA	Immature
neurons	2
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCCTCGAGTAAGCCGGCTG	Head epid.
/muscle	4
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTCGCATAATAATACTCTTC	Neural
progenitors	1
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTCTCTCGTGCTAACCTCA	Immature
neurons	13
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTCTTAACCTTAGGCAGATA	Sensory
progenitors	6
12_14_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.GCAACGTTTTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.CCGTCTCATTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TCGCGCATTTCGATATTGA	Neural
progenitors	3
12_14_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.AGTTGCGCTTCTACCATTA	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.CCATTGCGTTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TCCAATAGTTTAGGCAGATA	Neural
progenitors	1
12_14_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TGAGAATCATATAGTCGTAG	Neural
progenitors	1
12_14_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TCCTCGAGTAAGTAGTCAG	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TTATAGGCATTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TCAGTTGGTTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.AACCGCTGTACGCAACTCC	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.AGTTGCGCTTTGGATCCTT	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CCATCAGGTCATGCATCTC	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CGACGATATCCGTTGACTT	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTCCGGTTTATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GAACGATGTAAGTAGTCAG	Mature
neurons	17
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCTGGCTATTCTACCATTA	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGAGGTTCTCCGCGGACCG	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TACGGTAGTGCCAGGATCA	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TAGAGCCTTGCAGGCGACG	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TAGTTACCTTTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATTGACTCTCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATTGAGGTTTGAGTCCAGA	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCGCCAACTATCAACGATT	Mature
neurons	10
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCGTAGCGTTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGAGTTAGATGGCATAGCTT	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCTCTCGTTTGGATCCTT	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTGCGGTCTCATGCTGGTT	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTGGCGACTTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CGGTTCCATTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CTATCTCCTTTCTTATCGA	Sensory
progenitors	6
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCCATGGTTGCGACGCCTT	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCGCTCAATTGATACGAGT	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGCTTACTTTATGCCGAGT	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TATGGTCTTTTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCCAAGTTATATAGTCGTAG	Mature
neurons	10
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCCGGTCATTCGTAGAGAA	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTCTAAGCTTAGTCCGCGGA	Immature
neurons	8
12_14_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.ATTGCCGGTCTCGATGGAG	Neural
progenitors	1
12_14_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.GGATAGGTTGCCAGGATCA	Immature
neurons	2
12_14_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TATATGCGTTCCGCGGACCG	Immature
neurons	2
12_14_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TCCTATTCTTGCTCTAACGA	Immature
neurons	2
12_14_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TTGGCAATATTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.AAGCGCCATCGTCCGTCCT	Immature
neurons	2
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.CTCTACTGTTTGGAATCTC	Immature
neurons	2
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GAACGGCTTCTGGATTAGT	Immature
neurons	2
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TTATAGGCATCAAGTACTGG	Immature
neurons	2
12_14_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TCAGCGGTTCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TCGGTACCTTTGGAATCTC	Immature
neurons	12
12_14_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.ACGAGGTTTTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TTATAGGCATATCAACGATT	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GACTGACGTATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCCGTATGTCTCGTCTAGG	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCGCGCATTTTCCATGGCA	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.CTGGAAGATTGGAAGTACC	Neural
progenitors	11
12_14_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GGTTGGCATTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TTAATGAGCTGTTCCGCTAA	Neural
progenitors	3
12_14_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TCATAGAGTTCATGCATCTC	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TGTTAAGACTACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCCAAGTTATAGATATATCG	Immature
neurons	13
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TGGTCTCCTAGATATATCG	Sensory
progenitors	14
12_14_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.ATAGTCGCTAAGTCTTCCG	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATGGAGAGTTCGTAGAGAA	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATGGCAGCTAAGTAGTCAG	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CAACGCAGTCTCGATGGAG	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTCCAGAGTTATGCCGAGT	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTCCAGAGTTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GAGCGGTATTATAGTAAGC	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCAGATACTCTGGATTAGT	Neural
progenitors	3
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCCATGGTTAAGCCGGCTG	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCGCTCAATACGCCGTTCA	Neural
progenitors	3
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCTGAAGCTTATTACTCAT	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGCTTACTTCGGTCGTTAA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGTACGGATTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGTTGGCATGCAGACCGGT	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTAAGCTCTTGATAGAACG	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTAGCGATTTGCATATAAC	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTATCGCATTTCCATGGCA	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCAGCGGTTTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCCAATAGTTTTGGATCCTT	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCCGGTCATACGAGGACCT	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCCGGTCATTCTATAAGGA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCCTCGAGTGGATGCAGCA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCTAGGAATTTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCTCTCCATTACGGCTACG	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGAACGCGTAGTTGCATCT	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGCCTTGGTTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGGTAGGCTCCGCTATATT	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCAACTGATCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGGCTCATTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GAAGAGGCTTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TAGAGAGTATCTGGATTAGT	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCTCGCTCTTATAGTAAGC	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TTGGAGTTATTTCGCTTACG	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AAGCGCCATATCAACGATT	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AAGCGCCATCAGATTCGAT	Neural
progenitors	3
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AGCAACGATGTTCTGAATT	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AGTTGCGCTTCGATATTGA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCTCCTGATCCGTTGACTT	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CGCCGTAATAAGTAGTCAG	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTAGTACGTTTCGCTTACG	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTCCAGAGTGCCAGGATCA	Mature
neurons	10
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GAGACTAGTGACCTCTCTG	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTAAGGAGTGCGACGCCTT	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TAAGACCGTGCAGACCGGT	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATATGCGTTTTAATTATTG	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCGCGCATTCAGATTCGAT	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGAACGCGTGCTAACCTCA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCGCATAATTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCGCGGATTTGGATCCTT	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGAGTCCTAGTCCGCGGA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGGAGTTATTGATGGCCTT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AACCGCTGTAGTCCGCGGA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AAGATGCCTTAGGCAGATA	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AAGCGCCATAAGTAGTCAG	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ATGGCAGCTATCGAGTCGC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ATTGCCGGTTTCGCTTACG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CATCGGACTACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CATCGGACTCCGTTGACTT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CGGTTCCATTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTACGGCATTGAGGTAGAA	Sensory
progenitors	6
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTCCAGAGTTATCCTCAAT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTCCGGTTTGTTCTGAATT	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTGGAAGATGCAGACCGGT	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACCGTCATTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTTGGCTACTGCCGATA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCAACGTTTTATGCCGAGT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCAATCGCTGCTAACCTCA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCGCTCAATCTCGTCTAGG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCTGGCTATTGATAGAACG	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGATAGGTTGCAGACCGGT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGCGCATTTGCTCTAACGA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATCATGAGTTGCATATAAC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATGGTCTTTGTTGACGGCC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTACTTACTATGGCGGATC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTCCGAATGCTAACCTCA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGCTCCTATACTGCCGATA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTATAGGCATCTGGATTAGT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCCATTACTCAAGATTAAG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCCGACGTACTGCCGATA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCCGACGTCCAACTAACC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCTGGCCTCTGGATTAGT	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGCGGTCTGCCAGGATCA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.AAGATGCCTTTCCATGGCA	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ACCTTCGGTCTGGATTAGT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ATTGCCGGTCCGTCGGAGG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CAACGCAGTCCAACTAACC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCATCAGGTATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCATTGCGTTTCGCTTACG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CGTCGAAGTCTCGATGGAG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTCCGGTTTGTCGCTCAGT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GAGCGGTATGCGCGGTAGT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCAGATACTTCAGACGAAC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCTGAAGCTTGGAACTAGA	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCTGGCTATTTCGCTTACG	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGACTTGATACTATCTTGA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGCAAGTCTCCGCTATATT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGTTGGCATGGCTAATTAA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTAGCGATTTTGGATCCTT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTCCTGCATCGGTCGTTAA	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTCGGCAATACTGCCGATA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGAGCCTTTTGGATCCTT	Mature
neurons	17
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATCGAACTTTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATTGACTCTATCAACGATT	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCAGTTGGTATAGACTAGG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCAATAGTTTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGCCAACTGTCCAACTCA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGTCTATTTCGCCTCGAAC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGTCTATTTTTGGACGCTG	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCTCCGAATTCCGGTAATC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCTCGCTCTTCGTAGAGAA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGAATTCGTTTGGAAGTACC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCAACTGATTTAATTATTG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCTAAGCTTTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GCATCCAGTTATAGTAAGC	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CTATCTCCTACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GACTCGCTTGACCTCTCTG	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GCGGAGAATGACCTCTCTG	Oenocytes	18
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GCTGGCTATTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGTTCGAGTGCAGGCGACG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GTAAGCTCTACGAGGACCT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGGACCTCTTTGATATATT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.AGGCATCATCAGGTATGGA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CGACGATATTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GACTTGGCTGCCAGGATCA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGCAAGTCTACCGTTACGA	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGCGACTATCGGTCGTTAA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTCCTGCATTTCTTATCGA	Sensory
progenitors	6
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TACTCCTATTTTCAAGACCA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCTAGGAATTCCGTCGGAGG	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGAACGCGTATAGTCGTAG	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGCTCCTATGGTCCAGGAG	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGTCTCCTAGTTCGAGTA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGTTAAGACTATCAACGATT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCGCGGATCTCGTCTAGG	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTGGTTAAGTTATAGTAAGC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACGCCATATATGCAATATG	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACGGCAATTATAGTCGTAG	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACGGCAATTTCGTAGAGAA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.AGCAACGATAATTATCAGC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATAGTCGCTTTCTTATCGA	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CGAGATGCTGGATGCAGCA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CGGTTCCATTCCGGTAATC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CGTCGAAGTCTCGATGGAG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTCTACTGTGCTAACCTCA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTTAGCGGTTTAGATTCCG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTTCATGCTTGGAACTAGA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACTACCATAACCTAGCTT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCAACGTTTTCCGGTAATC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCATCCAGTTTGGAATCTC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCGCTCAATCCGTCGGAGG	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGAGCTCATACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGCGACTATATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTAAGCTCTAACTACCGAC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTACCTCTTCCGTCCAGTA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTCCTGCATCGTCCGTCCT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTCGGAGTTTTGGATCCTT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTTCCAGCTTGGAACTAGA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTTCGCTGTGGTCCAGGAG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TACTCCTATTAATACTCTTC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCAGTTGGTATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGGTACCTGCAGGCGACG	Sensory
progenitors	6
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTACTTACTAATACTCTTC	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTCGCTCTGCAGACCGGT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGAATTCGTTTGAGGTAGAA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCGCATAATTATGCCGAGT	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCTGGCCTCAGATTCGAT	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGGCGACTAAGTAGTCAG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGGTTAAGTGCTAACCTCA	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.TTCGCATAATTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.CAGAAGGCTAATTATCAGC	Immature
neurons	13
12_14_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.CCAGAACCTAACTACCGAC	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.CTCCAGAGTGCTAACCTCA	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.GATCGACCTCTGATTAAGA	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TCGGTACCTCCTTACTCCT	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TTATAGGCATTGATACGAGT	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GAGCGGTATTGATAGAACG	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GCTGGCTATCGGTCGTTAA	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2CCGTCGGAGG.GGAGCTCATTTACGTATAC	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2CCGTCGGAGG.TCCAAGTTATCCAACTAACC	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.ACGAGGTTTTTATAAGAAC	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.CCATTGCGTCCGCGGACCG	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.CCTCCTGATAAGCCGGCTG	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.CTAGTACGTCTGGATTAGT	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GCAATCGCTTATAGTAAGC	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GCGGAGAATACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TTGAGTCCTAGCGTCAATG	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TTGGTTAAGTTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.TACTCCTATTTATGCCGAGT	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.TGACGAGGTATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.CCATCAGGTTCCGTCGCCA	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.CCGAGAGATTATGCCGAGT	Sensory
progenitors	6
12_14_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.GGTCTACGTCCAACTAACC	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TGGTCTCCTGGCTAATTAA	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.AACCGCTGTTATTACTCAT	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GGACTTGATGCAAGGAATA	Mature
neurons	10
12_14_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GGAGGTTCTTGCGCCATCT	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TCATTAAGCTCGCCTCGAAC	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TCCTACCTTTTAATTATTG	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TCGGTACCTGGTCCAGGAG	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TGGACCTCTTCCAGAAGGT	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ATAGTCGCTATGGCGGATC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ATGGCAGCTCCAACTAACC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGCGACTATTGAGGTAGAA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GTTCGCTGTTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GTTCGCTGTTTGAGTATCA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TATCATGAGTCAGGTATGGA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCATAGAGTTATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCATTAAGCTTTAATTATTG	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CCAGAACCTTGCGCCATCT	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CTGGAAGATCAAGATTAAG	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GACCGAATTTGCATATAAC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GCGCTCAATTGATGGCCTT	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GCGGAGAATATGGCGGATC	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GCGGAGAATTGATAGAACG	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GGAGGTTCTCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GGTCCTTCTGGACTCATTG	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGGTCGAATAGTCCGCGGA	Oenocytes	18
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTCCATTACTTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.AACCGCTGTCCGCGGACCG	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.AGTTGCGCTCCAACTAACC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CCGGATAGTAACTACCGAC	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GACCAGGATACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GACCGTCATCGGTCGTTAA	Sensory
progenitors	14
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCAACGTTTCAAGATTAAG	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGTTGGCATTTAGATTCCG	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TAGCCAATTTATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCGAATCTTTTCTACCATTA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCTAGGAATTTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTCTGGCCTGTTCTGAATT	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GCGCTCAATTCGTAGAGAA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACCGTAGCTCGGCGAGACC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ATAGTCGCTACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ATTGCCGGTTACGGCTACG	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CAGAAGGCTTTACGTATAC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACCGAATTCCGCGGACCG	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACTACCATGCCAGGATCA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACTACCATTCCGGTAATC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GATTACGGTTTGGAATCTC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCTGAAGCTGCAGGCGACG	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCTGAAGCTGTTCTGAATT	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGTCCTTCTATCAACGATT	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTTCCAGCTTTGGATCCTT	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTTGCAAGTATAGTCGTAG	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGCCAATTTGCTAACCTCA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGCCAATTTGTTCTGAATT	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGCCAATTTTCTACCATTA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGGTACTATTGAGGTAGAA	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATTGACTCTCCGTCGGAGG	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCTCGAGTGTTCTGAATT	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGAATCTTTTTCCATGGCA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGCGCATTCTGGATTAGT	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGGTCTCCTTGCATATAAC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTAATGAGCTCTCGATGGAG	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTAATGAGCTCTGATTAAGA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCGCATAATCGCCGCCTCC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGAGTCCTAAGTAGTCAG	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.ACGCCATATCTGGATTAGT	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GACCAGGATAGATATATCG	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GGTTGGCATATAGTCGTAG	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TACTCCTATTGCGACGCAGA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TATGCGATTTTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCCTATTCTTTGCGCCAGAA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCGGTACCTTGGAAGTACC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTTGCTTAGTTAGGCAGATA	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GCAACGTTTTGAGTCCAGA	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GGCGACTATTCTCCTATAA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GGTTGGCATAAGCCGGCTG	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GTCCTGCATGCGACGCCTT	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TTGGCAATATTTGGTCATAA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GACCGTCATGTTCCGCTAA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GGTAGTCCTGTTCCGCTAA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GTACCTCTTGCGACGCAGA	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCTCGCTCTTTGGATCCTT	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ACCAATGCTTTAATTATTG	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CCGGATAGTGTTCTGAATT	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTAGTACGTCCAGGTCTAC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GACTGACGTACCGTTACGA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GACTGACGTGTTCTGAATT	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCAACGTTTAGTTCGAGTA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCGCTCAATTTCAAGACCA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGCGACTATTCTCCTATAA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGTTGGCATAAGCCGGCTG	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTAAGCTCTAAGTAGTCAG	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTAGCGATTCCGTCGGAGG	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTCGGAGTTAATGGTCGAC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCTACTTACTGCTAACCTCA	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCTCGCTCTTCCAGAAGGT	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCTCTCCATCTCTGATCAG	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGGACCTCTCTGGATTAGT	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGGCAATATTTGGTCATAA	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.GTTCCAGCTACGCCGTTCA	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TATTCGGCTTTGGAGTCGG	Sensory
progenitors	6
12_14_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TCGTCTATTTTGGAAGTACC	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TGACGAGGTCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2AGATCCTATA.ATGGAGAGTTGATGGCCTT	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2AGATCCTATA.GAGACTAGTCGCCGCCTCC	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TATGCGATTTGCCAGGATCA	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2TATAACTTCC.CCATCAGGTTAGGCAGATA	Mature
neurons	5
12_14_exp1_idx1TATAATAGTT_idx2TATAACTTCC.GGCGCATTTGCTAACCTCA	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TATATGCGTTAAGCCGGCTG	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TTCGCATAATGTTCTGAATT	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.GACGTTCGTTCCAGAAGGT	Immature
neurons	12
12_14_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TATATGCGTTCCAACTAACC	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.CGACGATATATAGACTAGG	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TGAGAATCATTTACGTATAC	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.AGTTGCGCTGTTGACGGCC	Immature
neurons	12
12_14_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.GACCAGGATTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.GACTCGCTTAGTTCGAGTA	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.TATGACTTGTTGGAAGTACC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.AGTTGCGCTATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GAACGGCTTGCGACGCCTT	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GCGGAGAATTGGAAGTACC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCTCGCTCTTTGGAATCTC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.ACCAATGCTAAGTCTTCCG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CGCCGTAATTTCCATGGCA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GGCTTACTTTTAACGTACC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GTAAGCTCTTCTACCATTA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GTAAGGAGTATCAACGATT	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCGAATCTTTTATAGTAAGC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTCGCATAATTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.AAGATGCCTTTAACGTACC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.AGCAACGATTTGGATCCTT	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CGACGATATGCTCTAACGA	Neural
progenitors	3
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GAACGATGTAAGTAGTCAG	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACTGACGTCGGTCGTTAA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GAGCGGTATTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGAGCTCATGCTAACCTCA	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGCGCATTTTTGGAATCTC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTCCTGCATTTACGTATAC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TAGCTCGGTGCTAACCTCA	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATATGCGTTTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATCGAACTTAGTCCGCGGA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATCGAACTTTCTACCATTA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCGTATGTTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGTAGCGTGCAGGCGACG	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCTATACCTTTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCTCGCTCTTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGCTACTAATGCGACGCCTT	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGCTCCTATTATTACTCAT	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTATAGGCATTTGGAATCTC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCAACTGATCCGTCGGAGG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCGCATAATTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCTTAACCTAATACTCTTC	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.AAGCGCCATAGATATATCG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.AGTTGCGCTAGATATATCG	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CAGAAGGCTGCAGGCGACG	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CTAGTACGTCCAACTAACC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GACTCGCTTCTGGATTAGT	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTACCTCTTTGCGCCATCT	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTAGCGATTGCTCTAACGA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCCTACCTTACGCCGTTCA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCTCCGAATCATGCTGGTT	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGAATTCGTTTTGGAATCTC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTCTCTAGTTTTACGTATAC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTCTGGCCTACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AACCGCTGTTGATACGAGT	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AGCAACGATCTCGTCTAGG	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CCGGATAGTAGTCCGCGGA	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTCCAGAGTCAAGGCATTC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTCTACTGTGCTAACCTCA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACCAGGATTATAGTAAGC	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACTGACGTTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GAGCGGTATAATACTCTTC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GAGCGGTATCCAACTAACC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCTTCTGGTTTGGATCCTT	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGATAGGTTGCCAACGCCA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGCAAGTCTCGCCGCCTCC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTTGCAAGTCCGCGGACCG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAACTAAGGTACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATATGCGTTATGCAATATG	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATGCGATTTACTTAACTAG	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATTCGGCTGCAGGCGACG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCAGCGGTTACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCAGGAGATAATACTCTTC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGCCAACTCCAACTAACC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGTAGCGTTCGATATTGA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTATACCTTCCGTTGACTT	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGAGAATCATAAGCCGGCTG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGCGTAGTTGCAGGCGACG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGCTAATTCTGCTAACCTCA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTCGCATAATGACCTCCGCC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTCTAAGCTTCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.AGGCATCATACTACTGAAG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.ATGGCGTATGACTAGTCTA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GTCGGCAATTTCAAGACCA	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GTCGGCAATTTCTTATCGA	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TTTGCTTAGTAAGTAGTCAG	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.AGTTGCGCTGCAGACCGGT	Sensory
progenitors	14
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CTATCTCCTCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GCTGAAGCTGTACTAGTAA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TAGTTACCTTTTAGGATCTA	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCTACTTACTGCTAACCTCA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GACTGACGTTTCGCTTACG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GGCGCATTTGTTGACGGCC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GGCGCATTTTTGGAATCTC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GTAAGGAGTTATGCCGAGT	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TAGCCAATTTCAAGGCATTC	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCAGTTGGTCTGGATTAGT	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TGATCTTCTTTCCGGTAATC	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.CCGGATAGTTATGCCGAGT	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GCAACGTTTCAAGGCATTC	Immature
neurons	12
12_14_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GCTGGCTATTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GTACCTCTTCTGGATTAGT	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GTACCTCTTTCTACCATTA	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GTCATCTGTTCTAGAACTA	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.TCATTAAGCTATCAACGATT	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.GAACGATGTCCAACTAACC	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TATCATGAGTACGAGGACCT	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TGAGAATCATCGGTCGTTAA	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TGGTCGAATATAGTCGTAG	Immature
neurons	12
12_14_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.ACGCCATATTCGATATTGA	Sensory
progenitors	6
12_14_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.GCTTCTGGTAGTCCGCGGA	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.CGCCGTAATGTTGACGGCC	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.GTCGGCAATCGTCCGTCCT	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TATGGTCTTTATGCAATATG	Mature
neurons	10
12_14_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TGCTAATTCTGCTAACCTCA	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TGGCCTGATCGTCCGTCCT	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.ATTGCCGGTATCAACGATT	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.GGTCTACGTACTTCCGAAT	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.CCATCAGGTCAAGTACTGG	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.TATCGAACTTTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.AGGCATCATTATAGTAAGC	Mature
neurons	10
12_14_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.CGTCGAAGTGCCAGGATCA	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.TGCTAATTCTAGTCCGCGGA	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GCGCTCAATCTGGATTAGT	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CTGGAAGATGCAGACCGGT	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GGTACGGATTTCTTATCGA	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TGCTAATTCTTTACGTATAC	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ACCAATGCTGCCAACGCCA	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ACCAATGCTTATTACTCAT	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ACGAGGTTTACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AGGCATCATCCAACTAACC	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AGTTGCGCTGCCAGGATCA	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CAGAAGGCTTATAGTAAGC	Mature
neurons	10
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CCGTCTCATCATGCATCTC	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTCCAGAGTGCAGACCGGT	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTCCGGTTTATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACCAGGATTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACCGTCATTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GATCGACCTAATACTCTTC	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGCGCATTTAATACTCTTC	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTAAGCTCTGCAGGCGACG	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTAGCGATTTTCAAGACCA	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGAGCCTTTCCAGAAGGT	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGCCAATTTACTATCTTGA	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATCGAACTTCTTCGGCGCA	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCATAGAGTTACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCAAGTTATATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCGTCTATTTTGCATATAAC	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCTCTCCATAATACTCTTC	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGAATTCGTTTTGGAATCTC	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCTAATTCTAATACTCTTC	Mature
neurons	10
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCTGGCCTCTCGTCTAGG	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGGTTAAGTTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TACTCCTATTTATGCCGAGT	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.AGTTGCGCTTATGCCGAGT	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CGACGATATTATGCCGAGT	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTCCTCGTTACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GATCGACCTAGTTCGAGTA	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCGGAGAATATCAACGATT	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCTCGAGATCAAGGCATTC	Mature
neurons	10
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCTGGCTATATAGTCGTAG	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGCGACTATCAAGCTTCAT	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGCGCATTTAATACGCAGG	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTATCGCATGTTCTGAATT	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCCAAGTTATGCTAACCTCA	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCCTCGAGTTATGCCGAGT	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCGAATCTTTTCCAGAAGGT	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCTCCGAATACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCTCCGAATGCCAGGATCA	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGTTAAGACTTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTCTGGCCTTTAGGATCTA	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GTTCCAGCTTGGAACTAGA	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TATAAGGCTTTCTCCTATAA	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TGATCTTCTTTATGCCGAGT	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TATTCGGCTTATGCCGAGT	Sensory
progenitors	6
12_14_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TCGAATCTTTACTTAACTAG	Immature
neurons	7
12_14_exp10_idx1AATACGATAA_idx2AACTACCGAC.TTCAACTGATCATTATTACC	Oenocytes	18
12_14_exp10_idx1AATACGATAA_idx2AACTTATAAG.GAACGGCTTGACCTCTCTG	Immature
neurons	2
12_14_exp10_idx1AATACGATAA_idx2AACTTATAAG.TAAGAATGGTCCAGGTCTAC	Immature
neurons	2
12_14_exp10_idx1AATACGATAA_idx2AACTTATAAG.TAATACCAGTGGTATCCGCC	Mature
neurons	10
12_14_exp10_idx1AATACGATAA_idx2AACTTATAAG.TGCTGGATTCCGCGGACCG	Immature
neurons	2
12_14_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.ATATGGATCTTCGATATTGA	Immature
neurons	2
12_14_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.GAACGGCTTAACTACCGAC	Immature
neurons	7
12_14_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.TTCTCATTGTTGAGGTAGAA	Immature
neurons	2
12_14_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.GAGACTAGTCGTCCGTCCT	Immature
neurons	2
12_14_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.TATAAGGCTTTGCCGGCAGA	Immature
neurons	2
12_14_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TCTAGGAATTAATACGCAGG	Immature
neurons	2
12_14_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TCTATCCAATACTTCCGAAT	Sensory
progenitors	6
12_14_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.CAGCAAGTTCCAGGTCTAC	Mature
neurons	10
12_14_exp10_idx1ACGGCGTTAA_idx2CGATCATTAC.TGACGAGGTTATATACTAA	Immature
neurons	2
12_14_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.GTCTCTACTCCGCGGACCG	Immature
neurons	2
12_14_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.TTATAGGCATACTTCCGAAT	Immature
neurons	2
12_14_exp10_idx1AGACCATATC_idx2AGGATTACCA.TAAGGTTCATCCAGGTCTAC	Immature
neurons	2
12_14_exp10_idx1AGACCATATC_idx2CCTATAAGCT.CCTAATGGTCAAGATTAAG	Immature
neurons	7
12_14_exp10_idx1AGACCATATC_idx2CCTATAAGCT.CTGGAAGATACTTCCGAAT	Mature
neurons	10
12_14_exp10_idx1AGACCATATC_idx2CCTATAAGCT.GAAGAGGCTCCAGGTCTAC	Neural
progenitors	1
12_14_exp10_idx1AGACCATATC_idx2CCTATAAGCT.GGCGTTAATGGTATCCGCC	Neural
progenitors	1
12_14_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TTCTTAACCTGCAGGTCCGT	Immature
neurons	2
12_14_exp10_idx1AGACCATATC_idx2CGATCATTAC.CATCAACGTTCGATATTGA	Immature
neurons	2
12_14_exp10_idx1AGACCATATC_idx2CGATCATTAC.TATCTCGATTGTCATTGCGC	Immature
neurons	2
12_14_exp10_idx1AGACCATATC_idx2CGATCATTAC.TGAGTTAGATGGTCCAGGAG	Neural
progenitors	1
12_14_exp10_idx1AGACCATATC_idx2GATCAGTCAT.GGCTAAGATCAAGATTAAG	Immature
neurons	2
12_14_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TTCCATCTTTGGCATAGCTT	Immature
neurons	2
12_14_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TCATGGCTTCCGCGGACCG	Immature
neurons	2
12_14_exp10_idx1AGGTCAGCTT_idx2ATAAGAGGCG.AAATTCCTCTTTGGTCATAA	Immature
neurons	2
12_14_exp10_idx1AGGTCAGCTT_idx2ATAGGATATG.GTCTCTACTGACCTCTCTG	Immature
neurons	2
12_14_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.ATACCAGTTTGCTCTCGCCT	Immature
neurons	2
12_14_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.CTTCATGCTGTCATTGCGC	Immature
neurons	2
12_14_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.GCGTACTTTAGTAAGCATA	Immature
neurons	2
12_14_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.GACCAGGATTGAGGTAGAA	Immature
neurons	2
12_14_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.AGATCGGATGCTAACTTGC	Mature
neurons	10
12_14_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.AAACTCCAATGCTAACTTGC	Immature
neurons	2
12_14_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.TGATCTTCTTCAAGATTAAG	Immature
neurons	2
12_14_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.TCTAGGAATTCCGCGGACCG	Immature
neurons	2
12_14_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.AAGTTCTTGTAATACCATCC	Immature
neurons	2
12_14_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TATCATGAGTTGAGTCTGGC	Immature
neurons	2
12_14_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.CTGAGCATTCTGCTTCGAC	Immature
neurons	2
12_14_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TAAGAATGGTACGCAACTCC	Immature
neurons	2
12_14_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.AAATTCCTCTTGAGTCTGGC	Immature
neurons	2
12_14_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.CGTACCTATGTCCAACTCA	Immature
neurons	2
12_14_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TAAGAATGGTGACCTCTCTG	Immature
neurons	12
12_14_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TCCTATAAGTCATGCTGGTT	Immature
neurons	2
12_14_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TGAATCTGATTGCGGACCTA	Immature
neurons	2
12_14_exp10_idx1AGTCCGCTGC_idx2TGGCGTAGGT.ATAACTTCCTCAAGATTAAG	Immature
neurons	2
12_14_exp10_idx1ATAAGGACTC_idx2ACGAGGACCT.GTAAGGAGTTTAGATTCCG	Immature
neurons	2
12_14_exp10_idx1ATAAGGACTC_idx2CATTATTACC.TATGCGATTTTGCGGACCTA	Mature
neurons	10
12_14_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.TTGAGAGATTTCGATATTGA	Immature
neurons	2
12_14_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.TTTGCTTAGTTGGAACTAGA	Immature
neurons	2
12_14_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.TATAAGAGGTAACTACCGAC	Immature
neurons	2
12_14_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.AAGTTCTTGTGTCCAACTCA	Immature
neurons	7
12_14_exp10_idx1ATAAGGACTC_idx2TTGAGTATCA.TGAATTCGTTGCCATTCTCC	Immature
neurons	2
12_14_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.TCCAATAGTTTTAGGATCTA	Immature
neurons	2
12_14_exp10_idx1ATGGCGCCTG_idx2GAACTGCATC.CGAATGAGTGTCATTGCGC	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.CCTAATGGTGGTACTGCCT	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TCAGCTTCTTTATAAGAAC	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TGCTACTAATGACTAGTCTA	Mature
neurons	10
12_14_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.AACTGGCATCCTAGCGCCT	Head epid.
/muscle	4
12_14_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.ACGTTGCTTTCGATATTGA	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.GCTGGCTATGCTAACTTGC	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TCCAATAGTTGGCATAGCTT	Mature
neurons	10
12_14_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TCCTATAAGTACTTAACCTT	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TGAATCTGATCCGCGGACCG	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TCTACTTACTGCTAACTTGC	Mature
neurons	10
12_14_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TGTCCTTATTACTTCCGAAT	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TGAATCTGATGACCTCTCTG	Immature
neurons	7
12_14_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TTGGAGCTTACTTCCGAAT	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.TAATACCAGTGGTATCCGCC	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.ATCAGTCATTGGCTCTCTAT	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TCCTCGAGTGCTAACTTGC	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TACGGTAGTGTCCAACTCA	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TCTAGGAATTGGTCGCGTCA	Immature
neurons	2
12_14_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.ATTCCTAGATCGTCCGTCCT	Immature
neurons	2
12_14_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.TTCTAAGCTTTTAGATTCCG	Immature
neurons	2
12_14_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.GTATCGCATGACTAGTCTA	Oenocytes	18
12_14_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.AACTAGTTGTACTTCCGAAT	Neural
progenitors	3
12_14_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TGAATCTGATGCTCTCGCCT	Immature
neurons	2
12_14_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TGATCTTCTTGCAAGGAATA	Immature
neurons	2
12_14_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TTCAACTGATCCAGGTCTAC	Mature
neurons	5
12_14_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.ACGCTTGATAATACGCAGG	Immature
neurons	2
12_14_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.TTGGAGCTTGACTAGTCTA	Immature
neurons	2
12_14_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.GGACTTGATAATACGCAGG	Mature
neurons	10
12_14_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.TTCAACTGATTCTAATAGTA	Immature
neurons	2
12_14_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.TTGGAGTTATAATACCATCC	Immature
neurons	2
12_14_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.TCAGGAGATAGAGCCAAGG	Immature
neurons	2
12_14_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.TGGATTCTATTGGAACTAGA	Immature
neurons	2
12_14_exp10_idx1GCATCGTATG_idx2TCGATATTGA.TCAGCTTCTTTAGATTCCG	Immature
neurons	2
12_14_exp10_idx1GCATCGTATG_idx2TCGATATTGA.TTGAGAGATTGGCTAATTAA	Immature
neurons	2
12_14_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.TCATTAAGCTGACCTCTCTG	Neural
progenitors	11
12_14_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.TATTCGGCTAATTATCAGC	Immature
neurons	2
12_14_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.TCATTAAGCTTCTAATAGTA	Mature
neurons	10
12_14_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.GCTCTTAGTGCCGCAACGA	Sensory
progenitors	6
12_14_exp10_idx1GCGCGTTCAT_idx2CCTATAAGCT.TAGCCAATTTCAAGATTAAG	Immature
neurons	2
12_14_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.CTGGAAGATGTCCAACTCA	Immature
neurons	2
12_14_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.CTTCATGCTCCGCGGACCG	Neural
progenitors	11
12_14_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TTGACCAGTCCAGGTCTAC	Immature
neurons	2
12_14_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TAGAGCCTTAACTACCGAC	Immature
neurons	2
12_14_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TGTTAAGACTAGCTCTCCTC	Immature
neurons	2
12_14_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.CAAGCAACTTCGATATTGA	Immature
neurons	2
12_14_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TACGGTAGTTCGATATTGA	Immature
neurons	2
12_14_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TAGAGCCTTGACTAGTCTA	Immature
neurons	2
12_14_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TTCCATCTTTTTACCGAGGC	Mature
neurons	10
12_14_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.AAACTCCAATTGAGGTAGAA	Immature
neurons	2
12_14_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.GTATCGCATTTAGGATCTA	Immature
neurons	2
12_14_exp10_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATGAGAACTGGCTAATTAA	Immature
neurons	2
12_14_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.CATCAACGTCCGCGGACCG	Neural
progenitors	1
12_14_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.ACGCTTGATAGAGCCAAGG	Immature
neurons	2
12_14_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TCTTAGTTCTGTCCAACTCA	Immature
neurons	2
12_14_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.TGGATCCGTCCGATTCCTG	Immature
neurons	2
12_14_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.GCTCTTAGTACTTCCGAAT	Mature
neurons	10
12_14_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.TTGGAGTTATCAAGATTAAG	Immature
neurons	2
12_14_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TTATCCGCTTGAGTCTGGC	Immature
neurons	2
12_14_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TCCTCGAGTCCAGGTCTAC	Immature
neurons	2
12_14_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.TATGAGAACTCTGATTAAGA	Immature
neurons	2
12_14_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.TTCAACTGATAACTGATCTT	Neural
progenitors	15
12_14_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TCAGGAGATTTATAAGAAC	Immature
neurons	2
12_14_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TAGAACCAATGCTAACTTGC	Immature
neurons	2
12_14_exp10_idx1GTAGGCTGCA_idx2CAAGCTTGGC.TTGATTCCTTGACCTCTCTG	Immature
neurons	2
12_14_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.TGCCTATTATTTAGATTCCG	Mature
neurons	5
12_14_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.GCTCTTAGTAATACCATCC	Immature
neurons	2
12_14_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TGATGCGATGTCCAACTCA	Immature
neurons	2
12_14_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.AACTAGTTGTTCGATATTGA	Immature
neurons	2
12_14_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.TTATCCGCTTCGATATTGA	Immature
neurons	2
12_14_exp10_idx1TAGGTAACTT_idx2CCTAGCGCCT.ACCATGATTTCAAGATTAAG	Immature
neurons	2
12_14_exp10_idx1TAGGTAACTT_idx2CCTAGCGCCT.TTCTCTAGTTGACTAGTCTA	Immature
neurons	2
12_14_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.ATTCCTAGATACTTCCGAAT	Mature
neurons	10
12_14_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.AACTGGCATCAAGATTAAG	Immature
neurons	2
12_14_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.CAGCATTGTCCGCGGACCG	Immature
neurons	12
12_14_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.TCCAAGTTATCCGCGGACCG	Immature
neurons	2
12_14_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.CTGCTGAATGGCTAATTAA	Immature
neurons	2
12_14_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.ATGGTTGGTTCTAATAGTA	Immature
neurons	2
12_14_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.GATAAGCGTGCTAACTTGC	Immature
neurons	2
12_14_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.TCAGGAGATTTAGGATCTA	Immature
neurons	2
12_14_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.ACGCTTGATTGAGGTAGAA	Neural
progenitors	1
12_14_exp10_idx1TAGTAAGCCG_idx2GTTGACGGCC.AACTAGTTGTAATACCATCC	Immature
neurons	2
12_14_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TAATCAGCTTAACTGATCTT	Immature
neurons	2
12_14_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TATAAGAGGTGGCATAGCTT	Immature
neurons	2
12_14_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TCATTAAGCTACTTCCGAAT	Immature
neurons	2
12_14_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TATAAGAGGTGGCATAGCTT	Immature
neurons	2
12_14_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.AAGGACGATTCTAATAGTA	Immature
neurons	2
12_14_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.ATATCCTACTAATACCATCC	Immature
neurons	2
12_14_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TATTCTCCTTTCGATATTGA	Immature
neurons	2
12_14_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.GGAGCTCATTCGATATTGA	Immature
neurons	2
12_14_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.GTCTATGGTGACTAGTCTA	Immature
neurons	2
12_14_exp10_idx1TATAATAGTT_idx2AACGAGGCTA.TCCAATAGTTCAAGATTAAG	Immature
neurons	12
12_14_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TATAAGGCTTAATACCATCC	Immature
neurons	2
12_14_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TCCAAGTTATTTAGATTCCG	Immature
neurons	2
12_14_exp10_idx1TATTAGACTT_idx2ACTATCTTGA.GGTCAGTTTAATACCATCC	Immature
neurons	7
12_14_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.TCTTAGTTCTAACTACCGAC	Immature
neurons	2
12_14_exp10_idx1TATTAGACTT_idx2CATGCATCTC.CAAGCAACTGACCTCTCTG	Immature
neurons	2
12_14_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.TCATGGCTTGCTAACTTGC	Immature
neurons	2
12_14_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TTCCATTACTTTACCGAGGC	Immature
neurons	2
12_14_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.TGAATCTGATTGAGGTAGAA	Immature
neurons	8
12_14_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.GGAGCTCATGACTAGTCTA	Immature
neurons	2
12_14_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.GGTTGGCATATCCATGACT	Immature
neurons	2
12_14_exp10_idx1TCCTCTGCCG_idx2TGGACTTGAC.GTCTATGGTGCAAGGAATA	Immature
neurons	2
12_14_exp10_idx1TCCTCTGCCG_idx2TGGACTTGAC.TCTTAGTTCTCCGCGGACCG	Immature
neurons	2
12_14_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.TCGAAGGATCAAGATTAAG	Immature
neurons	2
12_14_exp10_idx1TCCTCTGCCG_idx2TTGAGTATCA.TAACTAAGGTGACTAGTCTA	Immature
neurons	2
12_14_exp10_idx1TCCTCTGCCG_idx2TTGAGTATCA.TAGGAAGGTCTAACTAGAT	Immature
neurons	2
12_14_exp10_idx1TCCTCTGCCG_idx2TTGGTCATAA.GGAGCTCATCAAGATTAAG	Immature
neurons	2
12_14_exp10_idx1TCTTGAGGTT_idx2CGTCCGTCCT.TTACCTAAGTTGAGTCTGGC	Sensory
progenitors	6
12_14_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.TTGACTCAATCAAGATTAAG	Immature
neurons	7
12_14_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.ATTCCTAGATAGTAAGCATA	Immature
neurons	2
12_14_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.GCAGATACTATCCATGACT	Immature
neurons	2
12_14_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TATCGAACTTGGCTAATTAA	Immature
neurons	2
12_14_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.GTCCTGCATGCAAGGAATA	Immature
neurons	2
12_14_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.GCGGTATATTGAGTCTGGC	Immature
neurons	2
12_14_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.GCTGGCTATACGCAACTCC	Immature
neurons	2
12_14_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.ACAGGTATTTAGTAAGCATA	Immature
neurons	2
12_14_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.CAGCATTGTGGTATCCGCC	Sensory
progenitors	6
12_14_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.GATACGTCTTGAGGTAGAA	Mature
neurons	10
12_14_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.GCAGATACTTGAGGTAGAA	Immature
neurons	2
12_14_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TCAGCTTCTCCAGTTCCAA	Immature
neurons	2
12_14_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TCTATCCAATACGCAACTCC	Immature
neurons	2
12_14_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TTCTCTAGTTACCGCCAACC	Immature
neurons	2
12_14_exp10_idx1TGGACGACTA_idx2TCGATATTGA.GCAATCGCTACTTCCGAAT	Neural
progenitors	11
12_14_exp10_idx1TGGACGACTA_idx2TCGATATTGA.GCGGTATATTCGATATTGA	Immature
neurons	2
12_14_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TACTTGCGTGGTACTGCCT	Immature
neurons	2
12_14_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.GTAAGCTCTAGTAAGCATA	Mature
neurons	10
12_14_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.TCATTAAGCTCAAGATTAAG	Immature
neurons	2
12_14_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TAGTTACCTTCCGCGGACCG	Immature
neurons	2
12_14_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.ACGTTGCTTTTATAAGAAC	Immature
neurons	2
12_14_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.TCCTATAAGTTGAGGTAGAA	Immature
neurons	2
12_14_exp10_idx1TTGCCGTAGG_idx2TGAGGTAGAA.AAACTCCAATTCGATATTGA	Immature
neurons	2
12_14_exp10_idx1TTGCGAGCAT_idx2CGACTACCAA.TGCAAGGTTGCAAGGAATA	Immature
neurons	2
12_14_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.GCAATCGCTCCGCGGACCG	Immature
neurons	2
12_14_exp2_idx1TAGTAAGCCG_idx2GACTAGTCTA.AAGTATTGGTCTTGCAGTAG	Immature
neurons	2
12_14_exp3_idx1ACGGCGTTAA_idx2AATTGCCTAC.AGTAGCCATTAACTGGTTA	Immature
neurons	2
12_14_exp3_idx1ACGGCGTTAA_idx2AATTGCCTAC.CTGACGTTTGCCAACGCCA	Immature
neurons	2
12_14_exp3_idx1ACGGCGTTAA_idx2AATTGCCTAC.CTGCTGAATCATAACCAGC	Immature
neurons	2
12_14_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.GAGCGGTATCAGATTCGAT	Immature
neurons	2
12_14_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.TGCCTTGGTGACTAGTCTA	Immature
neurons	2
12_14_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.ACCGGTTCTTTGAGTATCA	Immature
neurons	2
12_14_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.GTCTATGGTTTAGGACCGG	Immature
neurons	2
12_14_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.GTTCCAGCTGTACTAGTAA	Immature
neurons	2
12_14_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.TATCCAGGTAATCGATAAT	Immature
neurons	2
12_14_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.TGGATTCTATGGTCCAGGAG	Immature
neurons	2
12_14_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.TAAGGTTCATAGGTATACTC	Immature
neurons	2
12_14_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.AGATTGGTTTTGAGGTAGAA	Immature
neurons	2
12_14_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.GCATCCAGTCTGAACTGGT	Immature
neurons	2
12_14_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TAGGTACTATGTCCTACTTG	Immature
neurons	2
12_14_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TATGGTCTTTCTTGGTAATG	Immature
neurons	2
12_14_exp3_idx1AGACCATATC_idx2CGATCATTAC.AAGGCTACTTAGAGTAATA	Immature
neurons	2
12_14_exp3_idx1AGGTCAGCTT_idx2AAGATCCAAC.CCTGCAGTTCTAAGAGAAG	Immature
neurons	2
12_14_exp3_idx1AGGTCAGCTT_idx2ACTATCCGCA.GCTCGAGATCCGTCCAGTA	Immature
neurons	2
12_14_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.ATGGACTATTGGTACTGCCT	Immature
neurons	8
12_14_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.CAACGCAGTTTCTTCCGGT	Immature
neurons	2
12_14_exp3_idx1AGGTCAGCTT_idx2GATACCTAAG.GCCATGGTTGATACGGAAC	Immature
neurons	7
12_14_exp3_idx1AGGTCAGCTT_idx2GATACCTAAG.TACTCCTATTTTCATAGGAC	Neural
progenitors	3
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.AACGCGTCTTAGAGTAATA	Immature
neurons	2
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.CCGAGAGATCTTGCAACCT	Immature
neurons	2
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.CCGGAGTTTCCGTTCGGAT	Immature
neurons	2
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.GCGCTCAATTTATCCGGAT	Immature
neurons	2
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.TGAACGCGTTTAGGACCGG	Immature
neurons	2
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.TGGACCTCTGCAAGGAATA	Immature
neurons	2
12_14_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.AAGCGCCATGTCCAACTCA	Immature
neurons	2
12_14_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.CTGACGTTTTAACTCTTAG	Immature
neurons	2
12_14_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.ACCAATGCTATAGACTAGG	Immature
neurons	2
12_14_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.CTGCCTTATAGAGCTATAA	Mature
neurons	17
12_14_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.GACCGAATTCTGCTTCGAC	Immature
neurons	2
12_14_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.AAGTACGTTTCTGATTAAGA	Immature
neurons	2
12_14_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.ACCTCAATATTTAATTGAAT	Immature
neurons	2
12_14_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.TCCTCGAGTGCTAACTTGC	Neural
progenitors	1
12_14_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.ACGCCATATTTGATATATT	Immature
neurons	2
12_14_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.GCAACGTTTAAGACGGCCA	Immature
neurons	2
12_14_exp3_idx1AGTCCGCTGC_idx2TCATCTCGAT.GCTCTTAGTCCTTGGTCCA	Immature
neurons	2
12_14_exp3_idx1ATAAGGACTC_idx2AAGATCCAAC.ATCAATACGTCCATAAGTCC	Mature
neurons	5
12_14_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.AAATCGTTCTGATAAGGCAA	Immature
neurons	2
12_14_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.AGAGCATGTACTTCCGAAT	Neural
progenitors	1
12_14_exp3_idx1ATAAGGACTC_idx2AGTCCGCGGA.TCCTAACTTTGGCTATGACT	Immature
neurons	2
12_14_exp3_idx1ATAAGGACTC_idx2AGTCCGCGGA.TCCTAACTTTTGCATATAAC	Immature
neurons	2
12_14_exp3_idx1ATAAGGACTC_idx2ATAAGAGGCG.GGCGCATTTCAATTACCGT	Immature
neurons	2
12_14_exp3_idx1ATAAGGACTC_idx2ATAGGATATG.ACCTTCGGTCGGAGATCCG	Immature
neurons	2
12_14_exp3_idx1ATAAGGACTC_idx2ATAGGATATG.ATTAGTCTGTCCATAAGTCC	Immature
neurons	2
12_14_exp3_idx1ATAAGGACTC_idx2CGAGTTAGAG.CTGACGTTTACTTCCGAAT	Immature
neurons	2
12_14_exp3_idx1ATAAGGACTC_idx2CGAGTTAGAG.GGCGCATTTATTGAGATTG	Immature
neurons	2
12_14_exp3_idx1ATAAGGACTC_idx2GGCTATGACT.ACATTCGTATCGAATAATTC	Immature
neurons	12
12_14_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.AACCTCATTTCGAATAATTC	Neural
progenitors	1
12_14_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.CAGTATCCTTTAATTATTG	Immature
neurons	2
12_14_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.TAGAGAGTATATTCGACCAA	Immature
neurons	2
12_14_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.TCGAAGGATATTGAGATTG	Immature
neurons	2
12_14_exp3_idx1ATAAGGACTC_idx2TTGAGTATCA.TAATACCAGTTTGCGAGGCA	Immature
neurons	2
12_14_exp3_idx1ATAAGGACTC_idx2TTGAGTATCA.TCGTCTATTTTAACGATCCA	Immature
neurons	2
12_14_exp3_idx1ATAAGGACTC_idx2TTGGTCATAA.TCTATCCAATCCTTACTCCT	Immature
neurons	2
12_14_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.AAGCAGTATTGCAGGTCCGT	Immature
neurons	2
12_14_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.AATTCATCGTCGATCATTAC	Immature
neurons	2
12_14_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.CTATCTCCTCATCCGACTA	Immature
neurons	2
12_14_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.CAGCATTGTTAACTCAATT	Immature
neurons	7
12_14_exp3_idx1ATTATGCAAG_idx2CTAACTCCAA.ACGTCTAGTTGCGCCATCT	Mature
neurons	10
12_14_exp3_idx1ATTATGCAAG_idx2GTCGCTCAGT.CAACGCAGTTTAGCAATAA	Immature
neurons	2
12_14_exp3_idx1ATTATGCAAG_idx2GTCGCTCAGT.CTTAGCGGTGTCCTTAAGA	Neural
progenitors	1
12_14_exp3_idx1ATTATGCAAG_idx2TGATAGAACG.GTCGGAGTTTCGATATTGA	Immature
neurons	2
12_14_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.TATTCGGCTCGGAAGATAT	Immature
neurons	2
12_14_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.TCAGTTGGTACGCCGTTCA	Immature
neurons	8
12_14_exp3_idx1CCTCAGCTCC_idx2CGGCGAGACC.AGCTATCGTGACCTCTCTG	Immature
neurons	7
12_14_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.CCAGCCTTTCGGAAGATAT	Immature
neurons	2
12_14_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.GACTCGCTTAGTTGCATCT	Immature
neurons	2
12_14_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TGCAAGGTTGTCCTAGAGG	Immature
neurons	2
12_14_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.AACCTCATTTAAGTCTTCCG	Immature
neurons	2
12_14_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.ATGGCAGCTTTCGCCTCCA	Immature
neurons	2
12_14_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.CCGGATAGTCCTTGGTCCA	Immature
neurons	2
12_14_exp3_idx1CCTCAGCTCC_idx2GTCATTGCGC.AACTTGGATTGTCCTAGAGG	Neural
progenitors	1
12_14_exp3_idx1CCTCAGCTCC_idx2GTCATTGCGC.TGCAAGGTTCGCCTCGAAC	Immature
neurons	2
12_14_exp3_idx1CCTCAGCTCC_idx2GTCATTGCGC.TGGATTCTATTTATTATGGT	Immature
neurons	2
12_14_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.TGAACGCGTAGCCGGTACC	Immature
neurons	2
12_14_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TTCTAAGCTTTAACGAATTG	Mature
neurons	10
12_14_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.AACCTCATTTAAGTTGCCAT	Immature
neurons	2
12_14_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.AGTAGCCATATATGAGCCA	Immature
neurons	2
12_14_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.CCAGCCTTTAGGTATACTC	Immature
neurons	2
12_14_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.GGTCTACGTTTATTATGGT	Immature
neurons	2
12_14_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.CGCTGCTTTCCAGGCCGCA	Immature
neurons	2
12_14_exp3_idx1CTCAATTAGT_idx2TTAGATTCCG.AATTCTAGGTTATGAGTTAA	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2AACGAGGCTA.TAGAGCCTTCCGTCCAGTA	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2ACGCAACTCC.CAACGCAGTTGGCCGGCCT	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.GACTCGCTTACCTCTATCT	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.AAACCATAGTGATACGGAAC	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.AATTCATCGTTAACGATCCA	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.GGCGACTATGCCGGTCGAG	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2CTCGTCTAGG.TTGATTCCTTGTTACGCAAG	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.CCAGCCTTTGAGCATATGG	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.GCGTCGTATGAGCATATGG	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.GCTCTTAGTCTTGCAACCT	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.TGGATTCTATTCAATCGCAT	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.AAACCATAGTAAGTTGCCAT	Immature
neurons	12
12_14_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.GAAGAGGCTTTAATTGAAT	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.GTAGCGATTAATACGCAGG	Mature
neurons	10
12_14_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.CAGAAGGCTAGGTTAGCAT	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.GGTCAGTTTGATAAGGCAA	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TCAGTTGGTAAGACGGCCA	Neural
progenitors	1
12_14_exp3_idx1GATTCTTGAA_idx2ATAGGATATG.TTCTTAACCTAATACGCAGG	Immature
neurons	7
12_14_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.AAACCATAGTACTCAATAGG	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.CTCCGGTTTTCGAGGAGTA	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.CTCTACTGTGTCCTTAAGA	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.GGTCTACGTAGTTCGAGTA	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.AACTTGGATTTAACGAATTG	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.AAGTATTGGTTTCTTATCGA	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.ACGACGCATGGTAGGTTAG	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TAGCTCGGTCATGCTGGTT	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.ATTCGCAATTGTCCTAGAGG	Immature
neurons	12
12_14_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.CGGAACCTTCCATCGCGAA	Mature
neurons	10
12_14_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.CTCTACTGTACTTCCGAAT	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.TACTCCTATTTTAATTGAAT	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2CTGCAATCGC.AAACTGAACTGAGCATCATT	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2GACCTCTCTG.CGAGATGCTCAACCAGTAC	Immature
neurons	7
12_14_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.ACAATGCTATCCTTGGTCCA	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.AGATCGGATAAGTCTTCCG	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.ATAACTTCCTTAACGAATTG	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.TGCTAATTCTTGCGCCATCT	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.ATTCGGAGTAGCGTCAATG	Sensory
progenitors	6
12_14_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.TCGTCTATTTGTCCTTAAGA	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2TCGATATTGA.CTCCATCATAATACGCAGG	Immature
neurons	2
12_14_exp3_idx1GCGCGTTCAT_idx2AACGGACCAA.CCGTCTCATCTGATTAAGA	Immature
neurons	2
12_14_exp3_idx1GCGCGTTCAT_idx2CCTATAAGCT.GACTCGCTTACTATAGGTT	Immature
neurons	7
12_14_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.CTCGTTGATTTATTATGGT	Immature
neurons	2
12_14_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.GACTCGCTTAACTACCGAC	Immature
neurons	2
12_14_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.CTTAGCGGTAATGCCGCTT	Immature
neurons	2
12_14_exp3_idx1GCGCGTTCAT_idx2TCCGTCGCCA.TTATAGGCATAGAGCCAGCC	Immature
neurons	2
12_14_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.AATTCATCGTTTAGGACCGG	Immature
neurons	2
12_14_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.AGTATTAGCTGTCCTTAAGA	Neural
progenitors	15
12_14_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GGCGACTATGTTACGCAAG	Immature
neurons	8
12_14_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.AGTCGCATTACCAGCGCAG	Immature
neurons	2
12_14_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.ATTCGGAGTGCGACGCCTT	Immature
neurons	2
12_14_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.GACTACCATTCCGGCCTCG	Immature
neurons	2
12_14_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.ACTGGTTATTGGCGAACTCG	Immature
neurons	2
12_14_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.ATATGCCATTCGGAGATCCG	Immature
neurons	2
12_14_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.CATCGGACTAATACGCAGG	Immature
neurons	2
12_14_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.CTCCATCATCAATTACCGT	Immature
neurons	2
12_14_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.TATCTCGATTAAGTCTTCCG	Immature
neurons	2
12_14_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.TGATGCGATGATAAGGCAA	Immature
neurons	2
12_14_exp3_idx1GCTTGAAGAG_idx2GGCTAATTAA.CTCCATCATACTATAGGTT	Immature
neurons	2
12_14_exp3_idx1GGCTTACTCC_idx2ACTTCCGAAT.GACTGACGTTGGAACTAGA	Sensory
progenitors	6
12_14_exp3_idx1GGTTATCGAA_idx2GCTCTCGCCT.AACCTCATTTAGGTATACTC	Neural
progenitors	11
12_14_exp3_idx1GGTTATCGAA_idx2TTCTACGCCA.AACTTGGATTTTCCAACCGC	Immature
neurons	2
12_14_exp3_idx1GTAGCAGCTA_idx2CCAGGTCTAC.ACTTGATTGTATATTGATAC	Immature
neurons	12
12_14_exp3_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TTCTCTCGTCATCTCTGCA	Immature
neurons	2
12_14_exp3_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TTGACCAGTCGGAAGATAT	Immature
neurons	2
12_14_exp3_idx1GTAGCAGCTA_idx2GATACCTAAG.ACTTACTCATCTTGGTAATG	Immature
neurons	2
12_14_exp3_idx1GTAGCAGCTA_idx2GGTAGGTCTC.GGTTCGAGTTTGCTGGCAT	Immature
neurons	2
12_14_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.GTCGGCAATTTCGCTTACG	Immature
neurons	2
12_14_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.AATTCTAGGTAGTAAGCATA	Immature
neurons	12
12_14_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.AGATCGGATTGGTATTCAT	Mature
neurons	17
12_14_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.ATGGCGTATAGTAAGCATA	Immature
neurons	2
12_14_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.GAACGATGTCGGTTATGCC	Immature
neurons	2
12_14_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.TCAGCGGTTCTGATTAAGA	Mature
neurons	10
12_14_exp3_idx1GTAGGCTGCA_idx2CTGCTTCGAC.ATTAATGCCTTTATAGCAGA	Immature
neurons	2
12_14_exp3_idx1GTAGGCTGCA_idx2GGAACGATGG.GAACGGCTTACCGCAGAAT	Immature
neurons	2
12_14_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.AAACTCCAATGGCTAATTAA	Immature
neurons	2
12_14_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.AAGTATTGGTGACTAGTCTA	Immature
neurons	2
12_14_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.CCTGCTACTCGTAATGCAG	Immature
neurons	2
12_14_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.GTTGCTCCTTGGCTGATGA	Immature
neurons	2
12_14_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.TTCCGACGTTTGGATCCTT	Immature
neurons	2
12_14_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.CCTAATGGTCATTATTACC	Immature
neurons	2
12_14_exp3_idx1TAGGTAACTT_idx2ACTCTCTCAA.GTTCGCTGTACCAGCGCAG	Immature
neurons	2
12_14_exp3_idx1TAGGTAACTT_idx2ACTCTCTCAA.TTGATTCCTTTTATTCTGAG	Immature
neurons	2
12_14_exp3_idx1TAGGTAACTT_idx2CCTAGCGCCT.CGTCTTCCTGCCAACGCCA	Mature
neurons	10
12_14_exp3_idx1TAGGTAACTT_idx2CTCCGGTTCT.ATGGACTATTTTATTATGGT	Immature
neurons	2
12_14_exp3_idx1TAGGTAACTT_idx2CTCCGGTTCT.CGTACCTATAGCCGGTACC	Immature
neurons	2
12_14_exp3_idx1TAGGTAACTT_idx2CTCCGGTTCT.CTGATAGGTTTGGTCATAA	Immature
neurons	2
12_14_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.ATTCGGAGTTTATTCTGAG	Immature
neurons	12
12_14_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.CTTCGACTTCCGTCCAGTA	Immature
neurons	2
12_14_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.GCATCCAGTTTCTTATCGA	Immature
neurons	2
12_14_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.TTACCTAAGTTATAGACGCA	Immature
neurons	2
12_14_exp3_idx1TAGGTAACTT_idx2TCTAGAACTA.CCGTCGATTCCGTTCGGAT	Immature
neurons	2
12_14_exp3_idx1TAGGTAACTT_idx2TCTAGAACTA.GCAATCGCTTTAGCAATAA	Immature
neurons	2
12_14_exp3_idx1TAGGTAACTT_idx2TGATACGAGT.CTCCATCATGTTGAAGGAT	Immature
neurons	12
12_14_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.ACAATGCTATTTCTTAATAA	Immature
neurons	2
12_14_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.TCGTAGCGTTCTAGAACTA	Immature
neurons	2
12_14_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.AACCGCTGTCCGTCCAGTA	Mature
neurons	17
12_14_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.ACCGGTTCTGTATAATACG	Immature
neurons	2
12_14_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.CCATCGTCTACCGCAGAAT	Immature
neurons	2
12_14_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.TCGGTACCTTTATTATGGT	Immature
neurons	2
12_14_exp3_idx1TATAATAGTT_idx2ACGCAACTCC.ACATTCGTATACCTCTATCT	Neural
progenitors	1
12_14_exp3_idx1TATAATAGTT_idx2CTCGTCTAGG.AACTTGGATTTTATAAGAAC	Immature
neurons	2
12_14_exp3_idx1TATAATAGTT_idx2CTCGTCTAGG.GTAGCGATTCAAGTCGACC	Immature
neurons	2
12_14_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.TCAGTTGGTACGCCGTTCA	Immature
neurons	2
12_14_exp3_idx1TATAATAGTT_idx2GGAACGATGG.ACCGTAGCTTAACGATCCA	Mature
neurons	10
12_14_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.AAATCGTTCTAATTAAGACT	Immature
neurons	2
12_14_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.CCGACCAATACTCAATAGG	Immature
neurons	2
12_14_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.TAGCCAATTTTCTAATAGTA	Immature
neurons	2
12_14_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.TTGAGTCCTTGAGTCTGGC	Immature
neurons	2
12_14_exp3_idx1TATTAGACTT_idx2AAGATCCAAC.GACCAGGATCAACCAGTAC	Immature
neurons	2
12_14_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.GCATCCAGTTTGGTCATAA	Immature
neurons	2
12_14_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.GGCGCATTTTAGCCGTCAT	Immature
neurons	2
12_14_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.TGGATTCTATTTCTTAATAA	Mature
neurons	10
12_14_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.TTGCGGTCTTTAATTGAAT	Immature
neurons	2
12_14_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.ATTCCTAGATCTCTGCGGCA	Immature
neurons	2
12_14_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.GATTACGGTGACCTCTCTG	Immature
neurons	2
12_14_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.CGTCGAAGTAAGTTGCCAT	Immature
neurons	12
12_14_exp3_idx1TCTTGAGGTT_idx2CGTCCGTCCT.GGTACGGATGGTAGGTTAG	Immature
neurons	2
12_14_exp3_idx1TCTTGAGGTT_idx2GTCATTGCGC.GTAAGGAGTAATGCCGCTT	Immature
neurons	2
12_14_exp3_idx1TGGACGACTA_idx2AACGGACCAA.ACTTCCGTTACCGCAGAAT	Immature
neurons	2
12_14_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TCGTAGCGTTTATTCTGAG	Immature
neurons	8
12_14_exp3_idx1TGGACGACTA_idx2CTCGGTCAAT.GCGTACTTTCCAGGTCTAC	Immature
neurons	2
12_14_exp3_idx1TGGACGACTA_idx2CTCGGTCAAT.GCGTACTTTGGCTAATTAA	Immature
neurons	2
12_14_exp3_idx1TGGACGACTA_idx2CTCGGTCAAT.TCTCCGAATGGCGAACTCG	Immature
neurons	2
12_14_exp3_idx1TGGACGACTA_idx2GACCTCTCTG.AAGTACGTTTTATAGACGCA	Immature
neurons	2
12_14_exp3_idx1TGGACGACTA_idx2GATGATCGTA.ATCAGTCATTATTGAGATTG	Immature
neurons	2
12_14_exp3_idx1TGGACGACTA_idx2GCAACTGGCA.CAGTATCCTTCCGTCGCCA	Immature
neurons	2
12_14_exp3_idx1TGGACGACTA_idx2GCAACTGGCA.TCAGTTGGTTATAGACGCA	Immature
neurons	2
12_14_exp3_idx1TGGACGACTA_idx2TGAGGTAGAA.CCAGAACCTTTATTCTGAG	Immature
neurons	2
12_14_exp3_idx1TGGACGACTA_idx2TGAGGTAGAA.GGTCTACGTTAGAGTAATA	Immature
neurons	13
12_14_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.ATTAATGCCTTTAGGACCGG	Immature
neurons	2
12_14_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.TTCTTCGTTTGGCAATGAGA	Immature
neurons	2
12_14_exp3_idx1TTATTGAGGC_idx2AGATCCTATA.GCGTACTTTCCGTCCAGTA	Immature
neurons	2
12_14_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.ACAACCTATTCAAGCTTCAT	Immature
neurons	2
12_14_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.ACAACCTATTCAGATTCGAT	Immature
neurons	2
12_14_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.AGATCGGATCGGTCAAGAA	Immature
neurons	2
12_14_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.ATCTGATGATGTTACGCAAG	Immature
neurons	2
12_14_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.GAGTTCTCTCCTTGGTCCA	Immature
neurons	2
12_14_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.TTGACCAGTATAGACTAGG	Immature
neurons	2
12_14_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.CTCCGGTTTTAACTGGTTA	Immature
neurons	2
12_14_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.CTCCGGTTTTGCGCCATCT	Immature
neurons	2
12_14_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.AGCATAACTTAGTAAGCATA	Immature
neurons	2
12_14_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.CCGAGAGATGTATCATCGA	Immature
neurons	2
12_14_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.TTGACCAGTTCTCCTATAA	Immature
neurons	2
12_14_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.CCAATCCATTTAATTGAAT	Immature
neurons	2
12_14_exp3_idx1TTCCGTCGAC_idx2ACCGTTACGA.TTGGCTCATCGTCGCAGCC	Immature
neurons	2
12_14_exp3_idx1TTCGAATATT_idx2ACCGTTACGA.AATCCAGTATGGACTACTAC	Immature
neurons	2
12_14_exp3_idx1TTCGAATATT_idx2ACCGTTACGA.CAAGGCGTTCAAGTCGACC	Immature
neurons	2
12_14_exp3_idx1TTCGAATATT_idx2ACCGTTACGA.GGTTCGAGTCTAACTAGAT	Immature
neurons	2
12_14_exp3_idx1TTCGAATATT_idx2AGGATTACCA.CAGCATTGTTCGAGGAGTA	Immature
neurons	2
12_14_exp3_idx1TTCGAATATT_idx2CCTATAAGCT.CGCCGTAATGTATAATACG	Immature
neurons	2
12_14_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.GCAATCGCTCATCAGAATG	Immature
neurons	2
12_14_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.TTGCGGTCTGAGCATATGG	Immature
neurons	2
12_14_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.GAGGAACTTTGCGCCAGAA	Immature
neurons	2
12_14_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.CAAGCAACTAGCCGGTACC	Immature
neurons	2
12_14_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.GGTCCTTCTACTTCCGAAT	Immature
neurons	2
12_14_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.ATAGTTGACTTTGGAATCTC	Immature
neurons	2
12_14_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.CATCGGACTTTGCTGGCAT	Immature
neurons	2
12_14_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.CTACGGCATCTGCTTCGAC	Immature
neurons	2
12_14_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.TAATACCAGTTTGAGTATCA	Immature
neurons	2
12_14_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.TTGATTCCTTAATACCATCC	Immature
neurons	2
12_14_exp3_idx1TTGCCGTAGG_idx2GATTGCAGAC.ATTAGTCTGTGGTATCCGCC	Immature
neurons	12
12_14_exp3_idx1TTGCCGTAGG_idx2TCCGTCGCCA.AAACTGAACTATTGAGATTG	Mature
neurons	17
12_14_exp3_idx1TTGCCGTAGG_idx2TGAGGTAGAA.GAACGGCTTCCAGGTCTAC	Immature
neurons	2
12_14_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.AGCATAACTTAGCCGGTACC	Immature
neurons	8
12_14_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.CAAGGCGTTACTTAACCTT	Immature
neurons	2
12_14_exp3_idx1TTGCGAGCAT_idx2CATGCATCTC.TCGAATCTTTCGCCTAATGC	Immature
neurons	2
12_14_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.CAATCGGTTCCAGTTCCAA	Immature
neurons	2
12_14_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.CTGGAAGATTAACGAATTG	Immature
neurons	2
12_14_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.ATAACTTCCTCATGCTGGTT	Immature
neurons	2
12_14_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.TTCCGACGTCCATAAGTCC	Immature
neurons	2
12_14_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.TTCTGGCCTGTTGAAGGAT	Immature
neurons	2
12_14_exp3_idx1TTGGTAAGGA_idx2CCTAGCGCCT.AAGCGCCATTTATAAGAAC	Immature
neurons	2
12_14_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.ATTCGCAATTTTAATTGAAT	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.ATGGCAGCTCCGTTGACTT	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GATTACGGTATAGACTAGG	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TCGCGCATTACTTCCGAAT	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GCAACGTTTTATAGTAAGC	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTGGAGTTATCCGCGGACCG	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGCCTTGGTACTTCCGAAT	Neural
progenitors	1
12_14_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TTGGCGACTGGATGCAGCA	Neural
progenitors	1
12_14_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.GCAATCGCTTTCCATGGCA	Neural
progenitors	1
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GAAGAGGCTCAGGTATGGA	Neural
progenitors	1
12_14_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TCGGTACCTTTCGCTTACG	Neural
progenitors	1
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GTCCTGCATTTACGTATAC	Mature
neurons	10
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GTTCGCTGTGCGTTCAGCT	Neural
progenitors	0
12_14_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TCGGTACCTTTCCATGGCA	Neural
progenitors	11
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TAGCTCGGTGCTCTAACGA	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GACCGAATTAAGTAGTCAG	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TTCGCATAATCGAGCTGCCA	Sensory
progenitors	6
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTCGGAGTTTACGGCTACG	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTACCATATGCAATATG	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATATGCGTTTGAGGTAGAA	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGGTACTATTTACGTATAC	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCAGATACTAGCGTCAATG	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTTGCAAGTGCAGGCGACG	Neural
progenitors	1
12_14_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TCCTATTCTTCAAGGCATTC	Neural
progenitors	15
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TGGTCGAATAGACTCAAGC	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CCATCAGGTCAGGTATGGA	Neural
progenitors	1
12_14_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.GTCCTGCATTATGCCGAGT	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTTCGAGTACTTCCGAAT	Immature
neurons	13
12_14_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.GTAAGGAGTGCTAACTTGC	Immature
neurons	12
12_14_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TGAGAATCATTCGATATTGA	Immature
neurons	2
12_14_exp10_idx1AGACCATATC_idx2ACCGTTACGA.CTCGTTGATTTAGATTCCG	Neural
progenitors	0
12_14_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.CTGAGCATTTGATACGAGT	Neural
progenitors	11
12_14_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TGAGAATCATACTTCCGAAT	Immature
neurons	2
12_14_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TATGAGAACTGCAGGTCCGT	Neural
progenitors	0
12_14_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.GCAGATACTGCTAACTTGC	Neural
progenitors	1
12_14_exp10_idx1GGTTATCGAA_idx2TTCTACGCCA.AGATCGGATCGTCCGTCCT	Neural
progenitors	11
12_14_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.TATTCTCCTTAATACCATCC	Sensory
progenitors	6
12_14_exp10_idx1TATTAGACTT_idx2CAAGTACTGG.TCGAAGGATCGTCCGTCCT	Neural
progenitors	0
12_14_exp10_idx1TCCTCTGCCG_idx2AGTTGCATCT.TAACTAAGGTCAAGATTAAG	Immature
neurons	7
12_14_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TCATTAAGCTTTAGATTCCG	Neural
progenitors	1
12_14_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.ACGCTTGATCTCGTCTAGG	Neural
progenitors	1
12_14_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.AGTTAACCATTTGCTGGCAT	Neural
progenitors	1
12_14_exp3_idx1ATAAGGACTC_idx2ATAAGAGGCG.GACTCGCTTGCCGCAACGA	Immature
neurons	2
12_14_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.CAGAAGGCTACCTCTATCT	Neural
progenitors	1
12_14_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.AAATTCCTCTTAGATCTACT	Neural
progenitors	1
12_14_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.AGTCGCATTCCGATTCCTG	Neural
progenitors	1
12_14_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.TGCTAATTCTTGCATATAAC	Neural
progenitors	1
12_14_exp3_idx1GTAGGCTGCA_idx2GGAACGATGG.ACGATATCATCGAGCTGCCA	Immature
neurons	7
12_14_exp3_idx1TGGACGACTA_idx2GACCTCTCTG.TTCGTTCCTCCAGGTCTAC	Immature
neurons	2
12_14_exp3_idx1TTATTGAGGC_idx2TCCGGTAATC.ATTAGTCTGTATAGACTAGG	Neural
progenitors	3
12_14_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.CTCCATCATTTAATTGAAT	Immature
neurons	7
12_14_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.ACCTTCGGTAATGCCGCTT	Neural
progenitors	1
12_14_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TAGTTACCTTGGATGCAGCA	Oenocytes	18
12_14_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CGAGATGCTATCAACGATT	Sensory
progenitors	14
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATGCGATTTACGCAACTCC	Neural
progenitors	11
12_14_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TTCCATCTTTACGCAACTCC	Immature
neurons	12
12_14_exp10_idx1AGACCATATC_idx2CGATCATTAC.TACGGTAGTGGCTCTCTAT	Neural
progenitors	11
12_14_exp10_idx1ATAAGGACTC_idx2CATTATTACC.TATTCTCCTTTGATACGAGT	Neural
progenitors	11
12_14_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.CAGTATCCTTCGATATTGA	Neural
progenitors	11
12_14_exp10_idx1TAGGTAACTT_idx2ACTGAATTCC.TACGGTAGTGGCATAGCTT	Neural
progenitors	11
12_14_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TTCAACTGATTCGATATTGA	Oenocytes	18
12_14_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.TACTTGCGTAGTAAGCATA	Neural
progenitors	11
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TCCTACCTTTCCGTCGCCA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGGAGTTATTTGGATCCTT	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGCCTTGGTTGCGCCATCT	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GAACGATGTAACCTAGCTT	Immature
neurons	8
12_14_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TTCAACTGATTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTTGCTCCTAAGTCTTCCG	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TATGGTCTTTTTCGCTTACG	Immature
neurons	13
12_14_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.ACCAATGCTGTTCCGCTAA	Immature
neurons	2
12_14_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TCCTATTCTTACTCTCTCAA	Neural
progenitors	3
12_14_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.CGTCGAAGTTATTACTCAT	Ventral
midline	9
12_14_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TCGTTCTGTCATGCTGGTT	Neural
progenitors	3
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TATTGACTCTCCGCGGACCG	Sensory
progenitors	6
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ATTGCCGGTAATACTCTTC	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTCGGCAATGTTCCGCTAA	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCATTAAGCTTTCGCTTACG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGCCAACTTATTACTCAT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCAACTGATGGCTAATTAA	Neural
progenitors	0
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGTTGGCATAGACTCAAGC	Oenocytes	18
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACGAGGTTTTTAATTATTG	Neural
progenitors	0
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACGCCATATTTACGTATAC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CGCCGTAATGACCTCTCTG	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GATTACGGTGCCAGGATCA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCAGGAGATACTTAACTAG	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCGTAGTTATGGCGGATC	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGAACGCGTGCTAACCTCA	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCTCTCCATATAGTCGTAG	Immature
neurons	7
12_14_exp1_idx1TATAATAGTT_idx2TATAACTTCC.GCAGATACTCATGCTGGTT	Ventral
midline	9
12_14_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TGGCCTGATTGATACGAGT	Neural
progenitors	3
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.ACGAGGTTTTCCAGAAGGT	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.AGCAACGATCCGCGGACCG	Sensory
progenitors	14
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GCTGGCTATTATGCCGAGT	Sensory
progenitors	14
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GGCGCATTTAATACGCAGG	Neural
progenitors	1
12_14_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.GCAGATACTTTGGATCCTT	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GTCGGCAATGCCAACGCCA	Sensory
progenitors	6
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.CTCCTCGTTGGCATAGCTT	Ventral
midline	9
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GCTCGAGATTGCGCCAGAA	Neural
progenitors	3
12_14_exp10_idx1AGGTCAGCTT_idx2ATAAGAGGCG.GTCCTGCATTTGAGTATCA	Immature
neurons	2
12_14_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TAGGAAGGTAACTACCGAC	Neural
progenitors	1
12_14_exp10_idx1ATAAGGACTC_idx2ACTATCCGCA.TCCAAGTTATTCGATATTGA	Immature
neurons	2
12_14_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TGGATTCTATGACCTCTCTG	Neural
progenitors	11
12_14_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TATTGACTCTTCTAATAGTA	Neural
progenitors	0
12_14_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TTACCTAAGTGGCTAATTAA	Immature
neurons	2
12_14_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.CTCGTTGATTTAGATTCCG	Immature
neurons	2
12_14_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.GTAAGGAGTTGGAACTAGA	Immature
neurons	2
12_14_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.GTCGTAACTCGGAAGATAT	Neural
progenitors	15
12_14_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.TAAGGTTCATGTCCTACTTG	Sensory
progenitors	6
12_14_exp3_idx1GATTCTTGAA_idx2GTCATTGCGC.GACTACCATACTCAATAGG	Neural
progenitors	3
12_14_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.CAGCATTGTTAGAATTAAC	Immature
neurons	2
12_14_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.GTCGGCAATCATCAGAATG	Immature
neurons	2
12_14_exp3_idx1GTAGGCTGCA_idx2CTGCTTCGAC.AGTTGCGCTCGAATAGATG	Immature
neurons	2
12_14_exp3_idx1TAGGTAACTT_idx2TCTAGAACTA.CAGTATCCTCTAAGAGAAG	Immature
neurons	2
12_14_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.TCAGCGGTTAGGAGAGAAC	Neural
progenitors	1
12_14_exp3_idx1TGGACGACTA_idx2GCAACTGGCA.GACCGAATTCTAAGAGAAG	Neural
progenitors	15
12_14_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TATGACTTGTTGATGGCCTT	Head epid.
/muscle	4
12_14_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.GTCTCTACTACTCTCTCAA	Neural
progenitors	11
12_14_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.ATTAGGTACTTCGATATTGA	Oenocytes	18
12_14_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.TAGTTACCTTAATACCATCC	Neural
progenitors	11
12_14_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TTCTAAGCTTGCTAACTTGC	Head epid.
/muscle	4
12_14_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TATAAGGCTTTGAGTCTGGC	Neural
progenitors	11
12_14_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.CAGCAAGTTCAAGATTAAG	Neural
progenitors	11
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GACCGAATTACTCTCTCAA	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCAGGAGATGACTAGTCTA	Oenocytes	18
12_14_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.GAACGATGTCTGGATTAGT	Neural
progenitors	1
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCTGGCCTTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGGCGACTCTGGATTAGT	Sensory
progenitors	14
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTAAGGAGTTTACGTATAC	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATGGTCTTTATCAACGATT	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TTGAGAGATTTTACGTATAC	Immature
neurons	2
12_14_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TTCCATCTTTACGGAGGCGG	Neural
progenitors	11
12_14_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TTCGTTCCTTGAGGTAGAA	Immature
neurons	2
12_14_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.ACGTTGCTTTGATACGAGT	Neural
progenitors	3
12_14_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.TCTTAGTTCTGTCATTGCGC	Immature
neurons	2
12_14_exp2_idx1TAGTAAGCCG_idx2GGTCCAGGAG.AGCATTATGTCGGTTATGCC	Immature
neurons	2
12_14_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.GATACGTCTGCGCGGTAGT	Neural
progenitors	3
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCGGATAGTGCAGGCGACG	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.GCTTCTGGTATAGACTAGG	Ventral
midline	9
12_14_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GTACCTCTTGCGCGGTAGT	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCGAATCTTTTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TAGAGCCTTTGATAGAACG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGGCGACTCTGGATTAGT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGATCTTCTTGCGCGGTAGT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCCTATTATTCGATATTGA	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCGCATAATAACTGATCTT	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCTTCTGGTAATACGCAGG	Oenocytes	18
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTAGTACGTCGAGCTGCCA	Neural
progenitors	3
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCGCTCAATTTGAGTATCA	Neural
progenitors	1
12_14_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.TTCTCATTGTTGAGGTAGAA	Immature
neurons	2
12_14_exp10_idx1TAGGTAACTT_idx2GATGATCGTA.TTCGCATAATTGGAACTAGA	Neural
progenitors	15
12_14_exp3_idx1ACGGCGTTAA_idx2AGGATTACCA.ACGTTGCTTGTATAATACG	Neural
progenitors	1
12_14_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.GGATAGGTTCCGAGAATCC	Immature
neurons	2
12_14_exp3_idx1TTATTGAGGC_idx2AGATCCTATA.ATATGGATCTCGCCTCGAAC	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CCGAGAGATTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CTATCTCCTTTGGTCATAA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GGTACGGATACTCTCTCAA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GTTGCAAGTTTCCATGGCA	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TACTCCTATTTGATGGCCTT	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TAGGTACTATGTTCTGAATT	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCATTAAGCTTCCAGAAGGT	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TTCTAAGCTTAGTCCGCGGA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TTCTGGCCTTTCTTATCGA	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TTGGAGTTATTCGTAGAGAA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TTGGCGACTCATGCATCTC	Neural
progenitors	11
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.ATGGCGTATATAGTCGTAG	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CAGAAGGCTCTTCGGCGCA	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CCAGAACCTTCCAGAAGGT	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CCTCCTGATCTGGATTAGT	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GCAACGTTTATAGTCGTAG	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GCTGGCTATGTTCTGAATT	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGCAAGTCTTCCAGAAGGT	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGCAAGTCTTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GTCGGAGTTCATGCATCTC	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GTCGGCAATGTTGACGGCC	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GTTGCAAGTTTCCATGGCA	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TAAGACCGTAATACTCTTC	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TACTCCTATTGCAGACCGGT	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TATGCGATTTTTAGGATCTA	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCATTAAGCTTTGGAATCTC	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TTCGCGGATCATGCTGGTT	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2ACGCAACTCC.AGCAACGATTACTTACTTA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2ACGCAACTCC.CGCCGTAATCCAACTAACC	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2ACGCAACTCC.CTGGAAGATAAGTAGTCAG	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GGAGGTTCTCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GGCGACTATCGGTCGTTAA	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TCATGGCTTCATGCATCTC	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TCTACTTACTAATACTCTTC	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TGAACGCGTAAGCCGGCTG	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.AGCAACGATACTACTGAAG	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.AGGCATCATACCGTTACGA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTTAGCGGTTATGCCGAGT	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GACCGAATTATAGTCGTAG	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCGCTCAATTAGGCAGATA	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCGGTATATTTCTTATCGA	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCTTCTGGTCAAGTACTGG	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGAGCTCATTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGTTCGAGTTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTACCTCTTATCGAGTCGC	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTCGGCAATCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TACGGTAGTGCTAACCTCA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCAGCGGTTATGCAATATG	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCAGCGGTTTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCCAATAGTTTCGTAGAGAA	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCCAATAGTTTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCCGGTCATATGCAATATG	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCGCCAACTGCGACGCAGA	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCTCGCTCTACTTAACTAG	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGCCTTGGTCGGCGAGACC	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGCTAATTCTCCGTCGGAGG	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGCTCCTATACTGCCGATA	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGGTAATAGTGCAGACCGGT	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGGTCGAATTCCAGAAGGT	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCGCGGATTGATGGCCTT	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCTAAGCTTGCAGACCGGT	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCTCTAGTTGCAGGCGACG	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.ATTGCCGGTTAGGCAGATA	Mature
neurons	17
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GCTGGCTATCCGTCGGAGG	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GTAAGCTCTTGATGGCCTT	Sensory
progenitors	14
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TGAGTTAGATAGATATATCG	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CCATCAGGTTTCCATGGCA	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CCTCCTGATGACTAGTCTA	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CCTCCTGATTTGGAATCTC	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CGGTTCCATAGATATATCG	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CTCCAGAGTAGTCCGCGGA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CTTAGCGGTTTGGATCCTT	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GACCGAATTCGAGCTGCCA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GTAGCGATTATCGAGTCGC	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GTCCTGCATTGATGGCCTT	Oenocytes	18
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TCAGCGGTTACTTAACTAG	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TCCGGTCATCGCCGCCTCC	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TCCTCGAGTAAGCCGGCTG	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TGAACGCGTTCCGGTAATC	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TTGAGAGATTATGCAATATG	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.ACCAATGCTACTGCCGATA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.ACGAGGTTTTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.ATAGTCGCTAACGGACCAA	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.ATAGTCGCTTTGGTCATAA	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.ATGCCAAGTAACGAGGCTA	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CAACGCAGTGGTCCAGGAG	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CAATCGGTTTGGAAGTACC	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCGGATAGTATGCAATATG	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCGTCTCATGATGATCGTA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTCTACTGTAAGTAGTCAG	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTCTACTGTCTTCGGCGCA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACCGTCATACTATCCGCA	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACTACCATAGATATATCG	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACTGACGTCTCGTCTAGG	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACTTGGCTGCAGACCGGT	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAGACTAGTTTCCATGGCA	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCAACGTTTCTGGATTAGT	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCATCCAGTGAACTGCATC	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCGCTCAATTATGCCGAGT	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCTTCTGGTAGATATATCG	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCTTCTGGTATCAACGATT	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGATAGGTTAGCGTCAATG	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGTTGGCATCTCGTCTAGG	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTACCTCTTCTCGATGGAG	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TACTCCTATTCCAACTAACC	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATAAGGCTTTATTACTCAT	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATGCGATTTATGCAATATG	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATTGAGGTTCTTCGGCGCA	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCAGCGGTTTTGGATCCTT	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCATGGCTTTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCCTATTCTTGCCAGGATCA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCGCCAACTGCTAACCTCA	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCTCCGAATCAAGTACTGG	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGCCTATTATTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCCGACGTCCGCGGACCG	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCTCTAGTTGGATGCAGCA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCTCTCGTCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCTCTCGTGACTAGTCTA	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCTTAACCTGAACTGCATC	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGCGGTCTTTCCATGGCA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGGCTCATTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.ACGGCAATTTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GAGCGGTATCAAGTACTGG	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GGAGCTCATCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GTCCTGCATACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TATTGAGGTTTACTTACTTA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCCGTATGTACTTAACTAG	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCCGTATGTTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCGCCAACTTGGAAGTACC	Mature
neurons	10
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TGAGAATCATACCGTTACGA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TTCTGGCCTCCAACTAACC	Mature
neurons	10
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.AAGCGCCATACTATCTTGA	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.CCGTCTCATCAAGGCATTC	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GAACGGCTTCTGGATTAGT	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GCTGAAGCTCATTATTACC	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GCTGGCTATTTCCATGGCA	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GGCTTACTTGTTGACGGCC	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TATTGACTCTCCGTCGGAGG	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TCTCGCTCTACTTAACTAG	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TCTCGCTCTTTCCATGGCA	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TCTCTCCATTGAGTCCAGA	Mature
neurons	17
12_14_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TCCTCGAGTTGAGTCCAGA	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TGCGTAGTTAAGCCGGCTG	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ACGGCAATTTTCTTATCGA	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ATGCCAAGTACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CCGAGAGATGTTGACGGCC	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CGAGATGCTGCTAACCTCA	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CGTCGAAGTGCCAGGATCA	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTATCTCCTTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTGCTGAATTGAGGTAGAA	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACTACCATGCCAGGATCA	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACTGACGTACTTAACTAG	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GAGACTAGTCTGGATTAGT	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GATCGACCTAAGCCGGCTG	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCAATCGCTTGAGTCCAGA	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCCATGGTTTCCAGAAGGT	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGTAGTCCTGCGACGCAGA	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTAAGCTCTCGCCGCCTCC	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTAAGGAGTAATTATCAGC	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTAAGGAGTTTCTTATCGA	Mature
neurons	10
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTATCGCATGTTGACGGCC	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTCGGCAATCCGCTATATT	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTTCGCTGTCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTTCGCTGTCGCCGCCTCC	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TAGAGAGTATCCGTTGACTT	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TAGAGAGTATTTGGATCCTT	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATAAGGCTTTCGTAGAGAA	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATCCAGGTATCAACGATT	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCATAGAGTTTATGCCGAGT	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCCAAGTTATATCGAGTCGC	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCCTACCTTAATACTCTTC	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCCTACCTTTTGGAATCTC	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCGAATCTTTAGTTGCATCT	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCGCCAACTGCCAGGATCA	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCTACTTACTTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGCCTATTATTTACGTATAC	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGCTACTAATATGGCGGATC	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGGTCGAATGGATGCAGCA	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCCGACGTTGCGCCATCT	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.AACCGCTGTACGAGGACCT	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.AAGCGCCATCCAACTAACC	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.AGCAACGATTATGCCGAGT	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CATCGGACTCGGCGAGACC	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CCGGATAGTGCGACGCAGA	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTACGGCATTTAACGTACC	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTCCAGAGTCTCGATGGAG	Mature
neurons	10
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTGCTGAATGGTCGCGTCA	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGCGCATTTAAGCCGGCTG	Mature
neurons	10
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGTAGTCCTACTCTCTCAA	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGTAGTCCTTGATGGCCTT	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGTCCTTCTGCAGACCGGT	Mature
neurons	10
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTCCTGCATGCGACGCAGA	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTTCCAGCTCTGGATTAGT	Mature
neurons	10
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTTGCAAGTATGGCGGATC	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TACTCCTATTTAGGCAGATA	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TAGAGAGTATCGCCGCCTCC	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TAGAGAGTATGCAGACCGGT	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TATGCGATTTTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGCCTTGGTGCAGACCGGT	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGGACCTCTGCTAACCTCA	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGGTCGAATAAGTAGTCAG	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTGAGTCCTTATAGTAAGC	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTGGCTCATTCCGGTAATC	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.ATTGCCGGTGCTAACCTCA	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.CTTCATGCTTTCCATGGCA	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TCCGTATGTGACCTCCGCC	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.CTGCTGAATCCAACTAACC	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TAGCTCGGTATAGTCGTAG	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TCTACTTACTGCAGACCGGT	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TTCAACTGATTCCGGTAATC	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GGAGCTCATTTCCATGGCA	Mature
neurons	10
12_14_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TACGGTAGTATCAACGATT	Neural
progenitors	1
12_14_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TAGCCAATTTCTGCTTCGAC	Mature
neurons	17
12_14_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TATGACTTGTCCGCGGACCG	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TGACGAGGTTCGTAGAGAA	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TGGACCTCTTAGGCAGATA	Mature
neurons	10
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.AGTTGCGCTGCTCTAACGA	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.CTAGTACGTACTATCCGCA	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GAACGGCTTACTGCCGATA	Mature
neurons	17
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GGATAGGTTACGAGGACCT	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GTAAGGAGTTATGCCGAGT	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GTCCTGCATTTAACGTACC	Immature
neurons	12
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TGCTCCTATTCCAGAAGGT	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TGGTCTCCTTTGGTCATAA	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TTCGCATAATCCGTCGGAGG	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.ACGCCATATGCGACGCCTT	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.CCGAGAGATACCGTTACGA	Mature
neurons	10
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.CCGAGAGATACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.CCGAGAGATTCCAGAAGGT	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.CTCCGGTTTAATACTCTTC	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GCTGAAGCTTTGGAATCTC	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GCTTCTGGTACTTAACTAG	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GGTAGTCCTCAAGGCATTC	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GTTGCAAGTAGATATATCG	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.ATTGCCGGTCGGTCGTTAA	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.GTAAGCTCTTGAGTCCAGA	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.GTAGCGATTTCCGGTAATC	Immature
neurons	12
12_14_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TCATGGCTTCCAACTAACC	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TCATGGCTTGCCAGGATCA	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TCCTACCTTGACCTCCGCC	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TCCTATTCTTACTATCCGCA	Mature
neurons	10
12_14_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TCTCGCTCTTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.GTATCGCATTGGAAGTACC	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.GTCCTGCATTTGGAATCTC	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.GTCGGCAATGACCTCCGCC	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TATCATGAGTCCGCTATATT	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TCCTACCTTACTTAACTAG	Immature
neurons	12
12_14_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TCGAATCTTTACTACTGAAG	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TCTACTTACTACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TTGGCAATATGCTCTAACGA	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.CTGCTGAATTCGATATTGA	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GCGCTCAATCATTATTACC	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GCGGAGAATCTTCGGCGCA	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TTAATGAGCTACTTAACTAG	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.CATCGGACTTGGAACTAGA	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.CTACGGCATACCGTTACGA	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.GGTCCTTCTTTGGATCCTT	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.GGTCTACGTGCAGACCGGT	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TATGCGATTTGCCAGGATCA	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TGATCTTCTTTGAGTCCAGA	Mature
neurons	10
12_14_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.GAACGGCTTGACCTCCGCC	Mature
neurons	17
12_14_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.GACCGTCATAATACTCTTC	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.GATTACGGTGCCAGGATCA	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.GTTGCAAGTGGATCTGCAG	Mature
neurons	10
12_14_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TATCCAGGTGCTAACCTCA	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TACGGTAGTTTCCATGGCA	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TCTCGCTCTCATGCATCTC	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.GCAACGTTTATGCAATATG	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TCTCCGAATCGCCGCCTCC	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.TATCCAGGTATCAACGATT	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.CAACGCAGTACTTAACTAG	Mature
neurons	10
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.ACGAGGTTTACTATCCGCA	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.AGCAACGATGTTGACGGCC	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.AGGCATCATTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CCTCCTGATTACTTACTTA	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CTACGGCATTATAGTAAGC	Immature
neurons	13
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GAACGGCTTTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GACCAGGATCTCGATGGAG	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GACGTTCGTGCAGACCGGT	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GCGTCGTATAGATATATCG	Mature
neurons	10
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGACTTGATTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGTCTACGTTTAGATTCCG	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTATCGCATCGGCGAGACC	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTCCTGCATCTTCGGCGCA	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TATTCGGCTAAGTAGTCAG	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCAGCGGTTGCAGACCGGT	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCCTCGAGTTCCGTCGCCA	Neural
progenitors	1
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCGTAGCGTGGATGCAGCA	Immature
neurons	13
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGCTACTAATTGAGTCCAGA	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGGTAATAGTACTATCCGCA	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTAATGAGCTCTCGTCTAGG	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTCGCGGATACCGTTACGA	Immature
neurons	8
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTCGCGGATACTATCTTGA	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTGGAGTTATTCCAGAAGGT	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTTGCTTAGTAGTCCGCGGA	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.AAGCGCCATGACCTCCGCC	Mature
neurons	10
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ACCAATGCTTTCCATGGCA	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ATAGTCGCTACTGCCGATA	Mature
neurons	10
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CAACGCAGTCTTCGGCGCA	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTCCGGTTTTGGAAGTACC	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTCCTCGTTAAGTAGTCAG	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GACTACCATGCTAACCTCA	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GACTGACGTTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCCATGGTTTCTAGAACTA	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCGGTATATCGGTCGTTAA	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCTGGCTATTTGGATCCTT	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGTAGTCCTACTTAACTAG	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTCGGAGTTGCAGGCGACG	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTTCGCTGTAAGTAGTCAG	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TAGCCAATTTTGATGGCCTT	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATATGCGTTCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATGGTCTTTGCCAGGATCA	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATTGACTCTCCAACTAACC	Immature
neurons	8
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCCGTATGTTTGAGTATCA	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCTCGCTCTTTGGATCCTT	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGGTCGAATGTTCTGAATT	Immature
neurons	2
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCCATTACTGACCTCCGCC	Mature
neurons	17
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCTCTAGTTGGCTAATTAA	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTGCGGTCTACCGTTACGA	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTGGTTAAGTATAGTCGTAG	Immature
neurons	8
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTTGCTTAGTTTCCATGGCA	Mature
neurons	10
12_14_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GACTACCATACTTAACTAG	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GCTCGAGATTTGGATCCTT	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GGACTTGATGTTGACGGCC	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GGCGACTATTGATGGCCTT	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TAGGTACTATGCGACGCAGA	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TATTGAGGTTGCAGGCGACG	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CCGTCTCATATGCAATATG	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GACCGTCATATAGTCGTAG	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GACCGTCATCATGCATCTC	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GACTACCATCCAACTAACC	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GATTACGGTATGCAATATG	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GCGCTCAATACTATCCGCA	Mature
neurons	10
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GCTGAAGCTCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGCTTACTTGTTGACGGCC	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTAAGCTCTCAAGTACTGG	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TAGAGAGTATACCGTTACGA	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCCGTATGTTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCCGTATGTTTGGAATCTC	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCCTACCTTACTTAACTAG	Mature
neurons	17
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCGCGCATTCTCGTCTAGG	Sensory
progenitors	14
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCGCGCATTTGAGTCCAGA	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGGACCTCTTTCCATGGCA	Sensory
progenitors	14
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTCGCGGATCCAACTAACC	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTCTGGCCTAGTTGCATCT	Mature
neurons	17
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.ACCTTCGGTGCAGACCGGT	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.ACGGCAATTTTGGATCCTT	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CGCCGTAATGGCTATGACT	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CTCTACTGTTATAGTAAGC	Oenocytes	18
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GAACGGCTTACTTAACTAG	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GCGGAGAATTTAGGATCTA	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GCTCGAGATGCGACGCAGA	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GGAGCTCATTAGGCAGATA	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GGAGGTTCTTTCTTATCGA	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GGTACGGATTTGGAATCTC	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TACGGTAGTCGGCGAGACC	Head epid.
/muscle	4
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TATTCGGCTAATACTCTTC	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TATTCGGCTTATAGTAAGC	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCGTAGCGTCAAGTACTGG	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCTATACCTTTTCAAGACCA	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TGAGTTAGATCCAACTAACC	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.CTATCTCCTCTCGATGGAG	Mature
neurons	10
12_14_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GCTGAAGCTATCAACGATT	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GGAGCTCATCAAGGCATTC	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TATGACTTGTTTCAAGACCA	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TGCTCCTATTGATGGCCTT	Mature
neurons	17
12_14_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TATGACTTGTAATACTCTTC	Mature
neurons	10
12_14_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TCAGCGGTTCGGTCGTTAA	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TTCGCATAATGCCAGGATCA	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.ACGCCATATCGGTCGTTAA	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TATGACTTGTTTGGATCCTT	Mature
neurons	10
12_14_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TTATAGGCATAAGTAGTCAG	Mature
neurons	10
12_14_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GTTCCAGCTAATACTCTTC	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TCATTAAGCTATGCAATATG	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.AACCGCTGTACTTAACTAG	Mature
neurons	10
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.AAGATGCCTTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.AGCAACGATACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.AGCAACGATATGGCGGATC	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.AGTTGCGCTAGTCCGCGGA	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.AGTTGCGCTATCGAGTCGC	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.ATAGTCGCTTGGAAGTACC	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CATCGGACTTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CCATTGCGTGTTGACGGCC	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GACCGTCATACTTAACTAG	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GCAACGTTTGCCAGGATCA	Mature
neurons	10
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGCGCATTTGTCCAACTCA	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGTTGGCATGCTCTCGCCT	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TATAAGGCTTACTACTGAAG	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TATATGCGTTTGGAAGTACC	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCATTAAGCTTTGGATCCTT	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCCTCGAGTCGAGCTGCCA	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCGTAGCGTATCAACGATT	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCTCCGAATATCAACGATT	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TGAATTCGTTACTGCCGATA	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TGGTAATAGTTCCGGTAATC	Mature
neurons	17
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTCAACTGATACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTCAACTGATGCGACGCAGA	Mature
neurons	5
12_14_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.GCGCTCAATAATACTCTTC	Immature
neurons	8
12_14_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.GGAGCTCATTTGGAATCTC	Immature
neurons	2
12_14_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.CGTCGAAGTTTGGAATCTC	Mature
neurons	10
12_14_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.GGCGACTATCAAGTACTGG	Mature
neurons	5
12_14_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.GTAAGCTCTGTTGACGGCC	Head epid.
/muscle	4
12_14_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TAGCCAATTTTGATGGCCTT	Mature
neurons	17
12_14_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TGGTAGGCTTTGGAATCTC	Immature
neurons	12
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.ATGGCGTATCTGGATTAGT	Immature
neurons	2
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CAATCGGTTATGCAATATG	Immature
neurons	2
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CCAGAACCTCTGGATTAGT	Mature
neurons	10
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CCATCAGGTCGGTCGTTAA	Mature
neurons	10
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GACTGACGTACTGCCGATA	Mature
neurons	5
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GATCGACCTTTCAAGACCA	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GCAACGTTTCCTAGCGCCT	Immature
neurons	2
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TATCCAGGTTTCCATGGCA	Mature
neurons	17
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TATTCGGCTCCAACTAACC	Immature
neurons	12
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TCATTAAGCTATAGTCGTAG	Immature
neurons	8
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TCGCGCATTCAAGTACTGG	Immature
neurons	2
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TTGGAGTTATACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.AGGCATCATAAGCCGGCTG	Ventral
midline	9
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.ATTGCCGGTACTTCCGAAT	Immature
neurons	2
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CAACGCAGTGTTGACGGCC	Immature
neurons	2
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CCTCCTGATATAGTCGTAG	Mature
neurons	5
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CGAGATGCTTTCCATGGCA	Mature
neurons	17
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CTGCTGAATACTTAACTAG	Immature
neurons	12
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GAGACTAGTCTTCGGCGCA	Immature
neurons	8
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TAGCTCGGTTATAGTAAGC	Mature
neurons	17
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TATGCGATTTTTGGAATCTC	Mature
neurons	10
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCAGGAGATTGAGTCCAGA	Immature
neurons	12
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCGTCTATTTCATGCATCTC	Immature
neurons	2
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TGAACGCGTATCAACGATT	Mature
neurons	10
12_14_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.GAACGATGTTAGGCAGATA	Mature
neurons	10
12_14_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.GTTCCAGCTATCAACGATT	Immature
neurons	2
12_14_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TATGGTCTTTTCCAGAAGGT	Mature
neurons	10
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.ACGGCAATTTTCTTATCGA	Mature
neurons	10
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.ATGGCAGCTGTTGACGGCC	Immature
neurons	2
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CAGAAGGCTATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CGCCGTAATTTGGAATCTC	Mature
neurons	17
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GGCAAGTCTATCAACGATT	Immature
neurons	12
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GGTCTACGTACTATCCGCA	Immature
neurons	12
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCAGTTGGTAGTCCGCGGA	Mature
neurons	10
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCATTAAGCTACCGTTACGA	Immature
neurons	8
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCCTCGAGTACTTCCGAAT	Immature
neurons	2
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGAACGCGTAATACTCTTC	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGGACCTCTACCGTTACGA	Immature
neurons	2
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTGGCGACTCAAGTACTGG	Immature
neurons	12
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTGGCGACTTGGAAGTACC	Mature
neurons	10
12_14_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GCATCCAGTATCAACGATT	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TCATTAAGCTGACCTCCGCC	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TCGGTACCTCGCCGCCTCC	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.ACGCCATATCCGTCGGAGG	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GACTCGCTTGCCAGGATCA	Neural
progenitors	11
12_14_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TCCTACCTTTGGAAGTACC	Mature
neurons	10
12_14_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TTCGCATAATTCCAGAAGGT	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GGATAGGTTCCGCGGACCG	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TAGAGAGTATGTTGACGGCC	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.ACCAATGCTAAGTAGTCAG	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.CAGAAGGCTTTCCATGGCA	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GACTCGCTTCCGTCGGAGG	Mature
neurons	10
12_14_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TCCGTATGTTGGAAGTACC	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GGCGACTATACTATCTTGA	Neural
progenitors	1
12_14_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GGCGCATTTGCGACGCAGA	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GTATCGCATTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TATGACTTGTATCAACGATT	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TTCAACTGATACTGCCGATA	Mature
neurons	10
12_14_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TTCGCGGATGCAGACCGGT	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TTCTCTAGTTCTCGATGGAG	Mature
neurons	17
12_14_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.AAGCGCCATCCGTCGGAGG	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.GGTTGGCATGTCGCTCAGT	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.GTTGCTCCTGAACTGCATC	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TTCCGACGTTGATGGCCTT	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TTGGCAATATCAAGTACTGG	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACCGTAGCTCCAACTAACC	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ATGGCAGCTCCGCGGACCG	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ATGGCGTATGCAGGCGACG	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CAATCGGTTCAAGTACTGG	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTATCTCCTTGAGTCCAGA	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTTAGCGGTCCGCTATATT	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTTAGCGGTTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCAATCGCTCTCGATGGAG	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCGCTCAATAATACTCTTC	Mature
neurons	10
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGACTTGATATCAACGATT	Mature
neurons	10
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGACTTGATCTCGATGGAG	Mature
neurons	10
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTCATCTGTTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTCGGAGTTGCAGACCGGT	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATGGTCTTTGCGACGCAGA	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCCAATAGTTGCAGACCGGT	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCGCGCATTTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGATCTTCTTGCTAACCTCA	Mature
neurons	17
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGCCTATTATGGTCCAGGAG	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCGCATAATACTGCCGATA	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCTAAGCTTGTTGACGGCC	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.AACCGCTGTATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ACCGTAGCTATAGTCGTAG	Mature
neurons	10
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ATGGAGAGTTATGCCGAGT	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CCGAGAGATGACCTCCGCC	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CTCCGGTTTAATACTCTTC	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CTTAGCGGTGGATGCAGCA	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GAACGATGTATCGAGTCGC	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GAACGGCTTTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACCGAATTTATTACTCAT	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACCGTCATTATAGTAAGC	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACTTGGCTTTGGAATCTC	Immature
neurons	13
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCATCCAGTTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCGCTCAATTCCGTCGCCA	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCGGAGAATAATGGTCGAC	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCTTCTGGTTCCAGAAGGT	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGTACGGATCCGTCGGAGG	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGTAGTCCTGGACTCATTG	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGTTCGAGTCAAGTACTGG	Immature
neurons	13
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTAAGCTCTAACCTAGCTT	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTATCGCATCTGGATTAGT	Immature
neurons	13
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTCGGAGTTGCAGGCGACG	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTCGGCAATTGGAAGTACC	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTTCCAGCTGCAAGGAATA	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTTCCAGCTTCCAGAAGGT	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTTCCAGCTTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTTGCTCCTGCAGGCGACG	Mature
neurons	10
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TAGAGAGTATTTGGATCCTT	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TAGCCAATTTGCAGACCGGT	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TATGACTTGTCCAACTAACC	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TATTGACTCTGCCAGGATCA	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCAGGAGATACTGCCGATA	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCATTAAGCTGCTCTAACGA	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCCAATAGTTTATGCCGAGT	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCTCTCCATTTCTTATCGA	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGAACGCGTGCAGACCGGT	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGATCTTCTTCTTCGGCGCA	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGCCTTGGTTTGGTCATAA	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGGACCTCTCCGCGGACCG	Mature
neurons	17
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTCAACTGATTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTCTTAACCTACTTAACTAG	Mature
neurons	17
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTGCGGTCTTTCAAGACCA	Mature
neurons	5
12_14_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.CTGGAAGATTCCAGAAGGT	Mature
neurons	5
12_14_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.GGCAAGTCTCCGCGGACCG	Immature
neurons	12
12_14_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TATTCGGCTACTGCCGATA	Immature
neurons	2
12_14_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TCATAGAGTTGTCGCTCAGT	Immature
neurons	2
12_14_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TCTATACCTTTTGGAATCTC	Mature
neurons	10
12_14_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TGCCTTGGTTGATGGCCTT	Immature
neurons	2
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.ATGGAGAGTGACTAGTCTA	Immature
neurons	2
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.CTCCAGAGTGCAGGCGACG	Immature
neurons	12
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GGCAAGTCTCTGGATTAGT	Immature
neurons	2
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GGTAGTCCTCTGATTAAGA	Immature
neurons	2
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GTACCTCTTCCAACTAACC	Immature
neurons	2
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TACTCCTATTAATACTCTTC	Mature
neurons	5
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TAGCTCGGTTTCTTATCGA	Mature
neurons	5
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TATAAGGCTTGCCAGGATCA	Immature
neurons	2
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TATAAGGCTTTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TCATGGCTTACTTCCGAAT	Immature
neurons	2
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TCCGGTCATACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TGTTAAGACTGTTGACGGCC	Immature
neurons	2
12_14_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.CCAGAACCTCTGGATTAGT	Mature
neurons	5
12_14_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.CGGTTCCATTTCCATGGCA	Mature
neurons	5
12_14_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GACTGACGTGGATGCAGCA	Mature
neurons	5
12_14_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TTATAGGCATTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.CGCCGTAATCGGTCGTTAA	Immature
neurons	2
12_14_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GCCATGGTTGGATGCAGCA	Mature
neurons	10
12_14_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TGCGTAGTTACTACTGAAG	Immature
neurons	2
12_14_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TGGCCTGATTAGGCAGATA	Mature
neurons	10
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.ACCTTCGGTACTGCCGATA	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.ACGCCATATTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.CCGGAGTTTACTTAACTAG	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GACTACCATCTTCGGCGCA	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GGTACGGATGACCTCCGCC	Head epid.
/muscle	4
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GTACCTCTTTTCCATGGCA	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TATAAGGCTTAGATATATCG	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCTACTTACTGCAGACCGGT	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TGGACCTCTAGATATATCG	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TTGGCAATATGGATGCAGCA	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GGACTTGATGGATGCAGCA	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GGTACGGATTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TTATAGGCATCCAACTAACC	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.ATTGCCGGTTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GACCGTCATAGTCCGCGGA	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TCGTAGCGTACTTAACTAG	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TGTTAAGACTGGTCGCGTCA	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ACCAATGCTACTTAACTAG	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ACGGCAATTTATAGTAAGC	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.AGTTGCGCTTATGCCGAGT	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CTTAGCGGTAAGCCGGCTG	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GACCAGGATTTGAGTATCA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GACTACCATGTCGCTCAGT	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GACTTGGCTCTCGTCTAGG	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCATCCAGTACTCTCTCAA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCGGAGAATCGGCGAGACC	Mature
neurons	10
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCGGTATATATGGCGGATC	Neural
progenitors	0
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GGCGCATTTACTCTCTCAA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GTAAGCTCTTGAGTCCAGA	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TAACTAAGGTCGGTCGTTAA	Mature
neurons	10
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCCTACCTTCCGCGGACCG	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCGCCAACTTAGGCAGATA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TTGGTTAAGTGCTAACCTCA	Mature
neurons	10
12_14_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.CCATTGCGTCAGATTCGAT	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GGAGCTCATTTGGAATCTC	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TCATAGAGTTAATACTCTTC	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TGCTCCTATCTTCGGCGCA	Mature
neurons	10
12_14_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TGCTCCTATGCCAGGATCA	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AACCGCTGTCGGCGAGACC	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AACCGCTGTTGATGGCCTT	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AACCGCTGTTTGAGTATCA	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AAGATGCCTTCCGGTAATC	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACCTTCGGTGGATGCAGCA	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACGAGGTTTCTCGATGGAG	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AGTTGCGCTAATTATCAGC	Mature
neurons	10
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATGGCAGCTTCGTAGAGAA	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CAACGCAGTAATACTCTTC	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCATCAGGTTTGGATCCTT	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCGAGAGATTGAGTCCAGA	Mature
neurons	10
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCGGATAGTCGCCGCCTCC	Mature
neurons	17
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCGTCTCATGAACTGCATC	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CGGTTCCATAGTAAGCATA	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTGCTGAATACCGTTACGA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GACCGTCATCTTCGGCGCA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GACCGTCATTATAGTAAGC	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GACTACCATACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCCATGGTTACGAGGACCT	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGAGCTCATTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGAGGTTCTTTGGAATCTC	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGTTCGAGTATAGTCGTAG	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTAAGCTCTTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTTCGCTGTGGCTAATTAA	Mature
neurons	10
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAGAGCCTTAATACTCTTC	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAGTTACCTTAGTCCGCGGA	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATCATGAGTACTCTCTCAA	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATCGAACTTCTGGATTAGT	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATGGTCTTTTGGAAGTACC	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCAGCGGTTAAGTAGTCAG	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCATAGAGTTCCTAGCGCCT	Mature
neurons	10
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCCAAGTTATGTTGACGGCC	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCTACTTACTCCAACTAACC	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGAATTCGTTAAGTAGTCAG	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGGATCCGTTGGAAGTACC	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTATAGGCATTTGGATCCTT	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCGCATAATATAGTCGTAG	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCGCGGATAGATATATCG	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCTCTAGTTTGGAAGTACC	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCTCTCGTGCAGGCGACG	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCTGGCCTGTTCTGAATT	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGGCGACTGGATGCAGCA	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGGTTAAGTTGGAAGTACC	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.CATCGGACTTGATGGCCTT	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.CCGTCTCATCAAGGCATTC	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GACTACCATTTCCATGGCA	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GCATCCAGTTCCGGTAATC	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GTCGGCAATTCTATAAGGA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TAGCCAATTTGCAGGCGACG	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TATGGTCTTTTCCAGAAGGT	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TTGGCGACTCGCCGCCTCC	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AAGATGCCTCAAGTACTGG	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AAGCGCCATGCAGACCGGT	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ACCAATGCTCAAGGCATTC	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ACGAGGTTTTTCTTATCGA	Mature
neurons	10
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ACGCCATATCCGCTATATT	Mature
neurons	17
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ACGGCAATTCAAGGCATTC	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AGGCATCATGTTGACGGCC	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ATTGCCGGTAGTCCGCGGA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CAACGCAGTCGCCGCCTCC	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCAGAACCTTAGGCAGATA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTAGTACGTTCGTAGAGAA	Mature
neurons	10
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GAACGGCTTAGTCCGCGGA	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GAACGGCTTCCAACTAACC	Mature
neurons	10
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCAACGTTTTATGCCGAGT	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGAGCTCATCATGCATCTC	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGATAGGTTTTGGATCCTT	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGTTCGAGTTCCGGTAATC	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTACCTCTTCATGCTGGTT	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TAGAGCCTTTAGGCAGATA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TAGCTCGGTTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATTGACTCTTGGAAGTACC	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCAGGAGATGCCAGGATCA	Mature
neurons	10
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCCAATAGTTCTGGATTAGT	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCCTCGAGTGCTAACCTCA	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGCGTAGTTCAAGTACTGG	Mature
neurons	10
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGGTCGAATCCGCGGACCG	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCTCTCGTTCCAGAAGGT	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGAGTCCTGCAGACCGGT	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGGCAATATCTTCGGCGCA	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGGCAATATTCCGGTAATC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACCAATGCTGGTCCAGGAG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACCGTAGCTTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACCGTAGCTTGATGGCCTT	Mature
neurons	17
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AGTTGCGCTACTATCTTGA	Mature
neurons	17
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ATGGCAGCTTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ATGGCGTATACTGCCGATA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ATTGCCGGTATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCATCAGGTTTGGATCCTT	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCGGAGTTTCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCGGAGTTTGCAGGCGACG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTATCTCCTCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTCCAGAGTACTGCCGATA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTCCAGAGTGTTGACGGCC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTCCGGTTTAACCTAGCTT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTCCGGTTTATAGACTAGG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTGCTGAATTCCGGTAATC	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAACGATGTATCAACGATT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTTGGCTATGGCGGATC	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAGCGGTATGTTGACGGCC	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAGCGGTATTGGAAGTACC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GATTACGGTACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCAACGTTTAGATATATCG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCAACGTTTTTCCATGGCA	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCATCCAGTCTCGATGGAG	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCTCGAGATTAGGCAGATA	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCTGGCTATTATGCCGAGT	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGTAGTCCTGCCAGGATCA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTAAGGAGTTATAGTAAGC	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTAGCGATTAGTCCGCGGA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTCATCTGTCGGTCGTTAA	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTTCGCTGTACCGTTACGA	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTTCGCTGTAGATATATCG	Mature
neurons	17
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAACTAAGGTGACTAGTCTA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAAGACCGTCGGCGAGACC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAGAGAGTATCTTCGGCGCA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATCGAACTTTATGCCGAGT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCATAGAGTTCTCGATGGAG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCATGGCTTCCGCTATATT	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCAATAGTTTCGTAGAGAA	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCTATTCTTATAGACTAGG	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGCGCATTTCGTAGAGAA	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTATACCTTATCAACGATT	Mature
neurons	17
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTATACCTTGTTGACGGCC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTCCGAATAACTACCGAC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGAACGCGTACGCAACTCC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGATCTTCTTTTCCATGGCA	Mature
neurons	17
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGCTCCTATGTTCTGAATT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGGTCGAATGTTGACGGCC	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGGTCTCCTATCGAGTCGC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGTTAAGACTACTGCCGATA	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGTTAAGACTTGAGTCCAGA	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTATAGGCATATCAACGATT	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTATAGGCATTGAGTCCAGA	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGAGTCCTATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGGTTAAGTCCGCTATATT	Mature
neurons	17
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTTGCTTAGTACCGTTACGA	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.AAGATGCCTCGGCGAGACC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.AAGATGCCTTATAGTAAGC	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ATGCCAAGTTTGGAATCTC	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ATGGAGAGTGCTAACCTCA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ATGGAGAGTTGGAAGTACC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCATTGCGTCTTCGGCGCA	Sensory
progenitors	6
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCGAGAGATAATTGCCTAC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCGTCTCATACTTAACTAG	Mature
neurons	17
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCTCCTGATCAAGGCATTC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTCTACTGTAAGTAGTCAG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GAACGGCTTGTTGACGGCC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GAAGAGGCTAATACTCTTC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACCAGGATCTGGATTAGT	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACTGACGTCAAGTACTGG	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACTGACGTCCGTCGGAGG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GATTACGGTTTGGATCCTT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCAACGTTTTATAGTAAGC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCAATCGCTCGGCGAGACC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCATCCAGTAATACTCTTC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCTTCTGGTAAGTAGTCAG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGCGCATTTTTCCATGGCA	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGCGCATTTTTGAGTATCA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGTACGGATGCAGGCGACG	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGTTGGCATCAAGATTAAG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTCCTGCATATAGTCGTAG	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTCGGCAATCCGTCGGAGG	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTTCGCTGTCCGTCGGAGG	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAAGACCGTTGGAACTAGA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGAGAGTATCGCCTCGAAC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATAAGGCTTGGATGCAGCA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATCCAGGTGCAGACCGGT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATGGTCTTTGACCTCCGCC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATTCGGCTATCGAGTCGC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCATTAAGCTTGAGGTAGAA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCAATAGTTGTTGACGGCC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGAATCTTTAATACTCTTC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGGTACCTCGTCCGTCCT	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCTCGCTCTATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGATCTTCTTAATTGCCTAC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGCTACTAATACTGCCGATA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGCTACTAATTCCGGTAATC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGATCCGTCTGGATTAGT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGTAGGCTATGGCGGATC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGTCGAATGGTCGCGTCA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGTCGAATTTCAAGACCA	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGTTAAGACTCTGGATTAGT	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGCGGTCTAACTACCGAC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGGAGTTATGCTCTAACGA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.CCGGATAGTAAGTAGTCAG	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.CTAGTACGTGCAGACCGGT	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GTTGCTCCTTAGGCAGATA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TCCGGTCATTCCGGTAATC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TGGTAATAGTTCCAGAAGGT	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TTCGCATAATCTGGATTAGT	Head epid.
/muscle	4
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.ACGCCATATTGGAGAATTC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GTACCTCTTTCGTAGAGAA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TAACTAAGGTACTATCCGCA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TATAAGGCTTCTTCGGCGCA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TATGACTTGTTGAGTCCAGA	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCCTACCTTTTCTTATCGA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCGTCTATTTGCAAGGAATA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGAACGCGTCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGAATTCGTTGCGACGCAGA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGGTAGGCTCTTCGGCGCA	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGTTAAGACTTTCCATGGCA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TTCTGGCCTTTCTTATCGA	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.ATAGTCGCTCCAACTAACC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GAACGGCTTAATACTCTTC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GACTACCATTTCTTATCGA	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GACTCGCTTCAAGTACTGG	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GCAACGTTTCCGTCGGAGG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TCAGTTGGTCTGGATTAGT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TTCGCATAATTCCGGTAATC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.AGCAACGATAGATATATCG	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ATTGCCGGTTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CCATCAGGTTGAGTCCAGA	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CGTCGAAGTACTATCCGCA	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CTACGGCATTAGGCAGATA	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CTAGTACGTTTCTTATCGA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GACCAGGATCGGCGAGACC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GAGACTAGTCCGCTATATT	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GAGCGGTATTATGCCGAGT	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TACGGTAGTTCCGGTAATC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATAAGGCTTTGCGCCATCT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATTCGGCTGTCCAACTCA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATTCGGCTTTGGATCCTT	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATTGACTCTTGGAAGTACC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCAGGAGATGCCAGGATCA	Mature
neurons	17
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCCGTATGTCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCGCGCATTTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCGGTACCTGCGACGCAGA	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCTACTTACTATCGAGTCGC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCTAGGAATTTTGGAATCTC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCTCCGAATCCGTCGGAGG	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGACCTCTTTCTTATCGA	Mature
neurons	17
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTGAGAGATTCTTCGGCGCA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTGCGGTCTTTCTTATCGA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTGGAGTTATACCGTTACGA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTGGAGTTATTTGGAATCTC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CCAGAACCTTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CTTAGCGGTTTGGATCCTT	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GCAGATACTACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GTCATCTGTACTTAACTAG	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.AGCAACGATGCCAGGATCA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.AGCAACGATGCGACGCAGA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATGCCAAGTAATACTCTTC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATGCCAAGTGCAGGCGACG	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATGGCGTATATGCAATATG	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATTGCCGGTACGAGGACCT	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CAACGCAGTCCAACTAACC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CAGAAGGCTCTTCGGCGCA	Mature
neurons	17
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCGTCTCATGCTAACCTCA	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CGAGATGCTACTATCTTGA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CGGTTCCATTTGGATCCTT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTACGGCATTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTACGGCATTTCGCTTACG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTCCAGAGTTTCTTATCGA	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACCAGGATTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCAACGTTTGCGACGCAGA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCAGATACTTTGGAGTCGG	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCATCCAGTAATGCTAGTC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCATCCAGTGGATGCAGCA	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCCATGGTTGTTGACGGCC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCGGAGAATTAGGCAGATA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCTCGAGATATGGCGGATC	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCTCGAGATTCCGGTAATC	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGAGGTTCTCAAGCTTCAT	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGCTTACTTGGATGCAGCA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTTGGCATCAGGTATGGA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTAAGCTCTGCCAGGATCA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTATCGCATAACGGACCAA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTCATCTGTCTGGATTAGT	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTTCCAGCTCAAGGCATTC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTTGCTCCTTTGGAGTCGG	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAACTAAGGTTCCAGAAGGT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAAGACCGTTTGGAATCTC	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TACTCCTATTTGAGGTAGAA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAGAGAGTATGCTCTAACGA	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAGTTACCTTTCCGGTAATC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATATGCGTTGCCAGGATCA	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATCCAGGTACTATCCGCA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATCCAGGTGTCATTGCGC	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATCGAACTTAAGTAGTCAG	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATTCGGCTAAGTAGTCAG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATTGAGGTTGATGATCGTA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCATAGAGTTGTCATTGCGC	Mature
neurons	17
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCAAGTTATGCAGACCGGT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCAAGTTATTCCAGAAGGT	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCAAGTTATTCGTAGAGAA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCAATAGTTGTCATTGCGC	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCGTATGTGCAGACCGGT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCTCGAGTTTGGAATCTC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGCCAACTTCCGGTAATC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGCGCATTCATGCATCTC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTAGGAATTTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGAACGCGTCTCGATGGAG	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGAATTCGTTTATGCCGAGT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGACGAGGTACCGTTACGA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGAGAATCATCCGCTATATT	Mature
neurons	17
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGATCTTCTTATAGTCGTAG	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGATCTTCTTCGATCATTAC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCCTATTATAGTCCGCGGA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCTACTAATTATTACTCAT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCTCCTATCCGTCGGAGG	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGACCTCTCTGGATTAGT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGCCTGATTTGGATCCTT	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGTAGGCTGCAGACCGGT	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGTAGGCTTTGGTCATAA	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGTTAAGACTGTTCTGAATT	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCTTAACCTACGAGGACCT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCTTAACCTATGCAATATG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGAGAGATTAGTCCGCGGA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGGAGTTATAAGTAGTCAG	Mature
neurons	17
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGGCGACTTGATACGAGT	Mature
neurons	10
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTTGCTTAGTAGTCCGCGGA	Mature
neurons	5
12_14_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.CAACGCAGTTTGGATCCTT	Mature
neurons	5
12_14_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.CAGAAGGCTTCCGTCGCCA	Mature
neurons	5
12_14_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.CCATTGCGTCCGCTATATT	Mature
neurons	5
12_14_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.CTGCTGAATCCAACTAACC	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.GGTTCGAGTAAGTAGTCAG	Mature
neurons	10
12_14_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.CAACGCAGTCTTCGGCGCA	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.CTCCTCGTTTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.GATCGACCTCTTCGGCGCA	Mature
neurons	5
12_14_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TAGCCAATTTGCCAGGATCA	Immature
neurons	12
12_14_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TATCCAGGTCTGGATTAGT	Mature
neurons	10
12_14_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TTGAGAGATTCCGCTATATT	Immature
neurons	12
12_14_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TTGGCAATATTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.CGGTTCCATTTGGATCCTT	Immature
neurons	12
12_14_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GATCGACCTACTATCCGCA	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TTCTGGCCTAAGTAGTCAG	Mature
neurons	10
12_14_exp1_idx1TAGGTAACTT_idx2CCGTCGGAGG.CTCCAGAGTTTCAAGACCA	Immature
neurons	12
12_14_exp1_idx1TAGGTAACTT_idx2CCGTCGGAGG.GACTACCATGTTCTGAATT	Mature
neurons	5
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.CCGAGAGATTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.CGGTTCCATGTTGACGGCC	Mature
neurons	5
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.CTACGGCATGTCGCTCAGT	Mature
neurons	5
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.CTCTACTGTCATGCATCTC	Mature
neurons	5
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GCGGAGAATTTGGTCATAA	Mature
neurons	10
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GGAGCTCATGGTCCAGGAG	Mature
neurons	10
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GGCGCATTTGTTGACGGCC	Sensory
progenitors	14
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GGTAGTCCTACGCAACTCC	Mature
neurons	10
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TGCCTTGGTCAAGTACTGG	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TTGGCAATATACTATCCGCA	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.ATGGCGTATTTGGAATCTC	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.GAGACTAGTCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.GGTCTACGTTATAGTAAGC	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.TCGAATCTTTTCCGGTAATC	Mature
neurons	10
12_14_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.TCGTTCTGTATGGCGGATC	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.TGGTCGAATCGAGCTGCCA	Mature
neurons	10
12_14_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.GGTCCTTCTCGAATAATTC	Mature
neurons	10
12_14_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.GTCCTGCATTTGGATCCTT	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TATAAGGCTTATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TTGGCTCATTTGGAATCTC	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.ATGCCAAGTGCCAGGATCA	Immature
neurons	12
12_14_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.CGTCGAAGTTCCAGAAGGT	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GATTACGGTATGGCGGATC	Mature
neurons	5
12_14_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GGCGCATTTAGATATATCG	Mature
neurons	5
12_14_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TAGCCAATTTCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TCTCTCCATAACCTAGCTT	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.AAGATGCCTGCCAGGATCA	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ATAGTCGCTCTGGATTAGT	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ATAGTCGCTTCGATATTGA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ATAGTCGCTTGAGTCCAGA	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CAGAAGGCTAAGCCGGCTG	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CCGGAGTTTTTAGGATCTA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CTTAGCGGTTACTTACTTA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GAAGAGGCTTTGAGTATCA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GCAATCGCTTTGGAATCTC	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GTAGCGATTGCTAACCTCA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GTATCGCATATAGTCGTAG	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TATCCAGGTTCGTAGAGAA	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCAGTTGGTCCGTCGGAGG	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCTAGGAATTAACTGATCTT	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGCTCCTATAGTCCGCGGA	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.ACGAGGTTTCTGGATTAGT	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CCGTCTCATAGATATATCG	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CGGTTCCATAAGTAGTCAG	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GAACGGCTTATGCAATATG	Mature
neurons	17
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GTAAGCTCTCCAACTAACC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GTCCTGCATCAAGTACTGG	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TAGGTACTATTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TATAAGGCTTAGATATATCG	Neural
progenitors	0
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TATAAGGCTTCTCGATGGAG	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCAGGAGATATAGTCGTAG	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCGCCAACTGCTAACCTCA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ACCTTCGGTAAGTAGTCAG	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ACCTTCGGTTCCGTCGCCA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.AGTTGCGCTCTTCGGCGCA	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CAGAAGGCTTTGGTCATAA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CCAGAACCTCCGCTATATT	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CGCCGTAATTTCAAGACCA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GACCGTCATTGGAAGTACC	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GACGTTCGTAAGTAGTCAG	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GACTACCATTGCATATAAC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GAGCGGTATTTCCATGGCA	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCAATCGCTTTGGATCCTT	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCGCTCAATGACCTCCGCC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTCATCTGTGGATGCAGCA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTCATCTGTTGAGTCCAGA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATTCGGCTACTGCCGATA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCGGTACCTACTGCCGATA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCTACTTACTAGTCCGCGGA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTATAGGCATCGGTCGTTAA	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTGGTTAAGTCCAACTAACC	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTTGCTTAGTGTTGACGGCC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.AGTTGCGCTTTGAGTATCA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.CTATCTCCTTCCGGTAATC	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GCGGTATATATAGTCGTAG	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TATTCGGCTCGCCGCCTCC	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TGAGTTAGATTTCTTATCGA	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TTTGCTTAGTCTCGTCTAGG	Mature
neurons	17
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.AACCGCTGTACTGCCGATA	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.AAGATGCCTCCGCGGACCG	Mature
neurons	17
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACCAATGCTTGGAAGTACC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACCGTAGCTGCAGACCGGT	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACGAGGTTTAGATATATCG	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CAATCGGTTATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCATCAGGTTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCGGAGTTTCAAGTACTGG	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCGGATAGTCTGCTTCGAC	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCGGATAGTTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCTCCTGATCATGCTGGTT	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CGACGATATCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CGCCGTAATCAAGGCATTC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTAGTACGTATAGTCGTAG	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACCAGGATCTGCTTCGAC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACTACCATCCAACTAACC	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACTTGGCTATCAACGATT	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GATTACGGTAAGCCGGCTG	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCATCCAGTTTGGATCCTT	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCCATGGTTCTGGATTAGT	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCGGAGAATATCGAGTCGC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCTGAAGCTATGCAATATG	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGTTCGAGTCGGCGAGACC	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTCATCTGTATCAACGATT	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTTGCTCCTGGATGCAGCA	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGGTACTATGACTAGTCTA	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATCGAACTTACGCAACTCC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATGCGATTTACTGCCGATA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATTCGGCTATAGTCGTAG	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCAGTTGGTAGTCCGCGGA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCATTAAGCTATCAACGATT	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCGGTCATTGGAAGTACC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCGTATGTTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGGTACCTGCCAGGATCA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCTCGCTCTGCCAGGATCA	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGACGAGGTATAGTCGTAG	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGGTAATAGTTTAATTATTG	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCGCATAATGTTCTGAATT	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCTTAACCTGTCGCTCAGT	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.ATGGAGAGTTTCTTATCGA	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CAACGCAGTTTGGATCCTT	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CAATCGGTTACCGTTACGA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CGAGATGCTTTGGAATCTC	Mature
neurons	17
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CTATCTCCTGCAGACCGGT	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GAACGGCTTTTCTTATCGA	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GAAGAGGCTTTGGTCATAA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GACCAGGATTTAATTATTG	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GACTCGCTTGCCAGGATCA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GCGCTCAATGTTCTGAATT	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GTTCCAGCTCCGCGGACCG	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GTTCGCTGTACTATCCGCA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GTTCGCTGTCCAACTAACC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GTTGCAAGTTTGGATCCTT	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTATAGGCATAAGTAGTCAG	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTCCGACGTCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.AGGCATCATCGCCGCCTCC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GGCTTACTTCGGCGAGACC	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GGTACGGATTTCCATGGCA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GTCGGCAATACTATCCGCA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GTTCCAGCTTTCCATGGCA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TAGCTCGGTCGCCGCCTCC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TATAAGGCTTTTCTTATCGA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCGCCAACTCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCGCGCATTCTTCGGCGCA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TGAACGCGTCTCGTCTAGG	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TGCCTATTATAGTCCGCGGA	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TGGATCCGTGTTGACGGCC	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TTCGCGGATTGGAAGTACC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TTGAGTCCTCTTCGGCGCA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.AACCGCTGTGACCTCCGCC	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GACTCGCTTTTGGAATCTC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GGTAGTCCTGCAGACCGGT	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GGTTCGAGTCTGGATTAGT	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCCAAGTTATTGGAACTAGA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCGCCAACTTTCCATGGCA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AGCAACGATACTGCCGATA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AGGCATCATCGCCGCCTCC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AGGCATCATTGAGTCCAGA	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ATGGCGTATTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CCATTGCGTCAAGTACTGG	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CGAGATGCTTCTATAAGGA	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTGGAAGATCGAGCTGCCA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTTCATGCTTATGCCGAGT	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GACCGTCATGCAGACCGGT	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GACTACCATGTTCTGAATT	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCGGTATATGTCCAACTCA	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGTACGGATTTCCATGGCA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGTAGTCCTTTGGAATCTC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTAAGCTCTATGGCGGATC	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTAAGCTCTGGTCGCGTCA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTATCGCATATCGAGTCGC	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTATCGCATGCCAACGCCA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTCCTGCATGCGACGCCTT	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTCGGCAATAATACTCTTC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGCTCGGTCGCCGCCTCC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATAAGGCTTTTCTTATCGA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCATAGAGTTCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCATGGCTTACTATCCGCA	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCAAGTTATATCAACGATT	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCGCCAACTCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCGCCAACTCTGGATTAGT	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCGCGCATTCTTCGGCGCA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGAACGCGTCTCGTCTAGG	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGAACGCGTTTGGAATCTC	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGATCTTCTTCGAGCTGCCA	Immature
neurons	13
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGATCTTCTTTATAGTAAGC	Mature
neurons	17
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGCCTATTATAGTCCGCGGA	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGCCTATTATCCGTCGGAGG	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGGATCCGTGTTGACGGCC	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCCGACGTTTGGAATCTC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCGCATAATTTCTTATCGA	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCGCGGATTGGAAGTACC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCTCTAGTTATCGAGTCGC	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.CTCTACTGTTAGGCAGATA	Mature
neurons	5
12_14_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.GGTCCTTCTGGTCGCGTCA	Mature
neurons	5
12_14_exp1_idx1TATAATAGTT_idx2AGATCCTATA.ACGAGGTTTAACGAGGCTA	Immature
neurons	7
12_14_exp1_idx1TATAATAGTT_idx2AGATCCTATA.AGTTGCGCTATAGTCGTAG	Mature
neurons	10
12_14_exp1_idx1TATAATAGTT_idx2AGATCCTATA.GCGCTCAATCGCCGCCTCC	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2AGATCCTATA.GCGCTCAATGTTGACGGCC	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TATTCGGCTGCAGACCGGT	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TCGCGCATTTCCAGAAGGT	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2TATAACTTCC.ATGGCGTATTTAGGATCTA	Mature
neurons	5
12_14_exp1_idx1TATAATAGTT_idx2TATAACTTCC.GCGTCGTATCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2TATAACTTCC.GTAGACGGTACTGCCGATA	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TAGCCAATTTTTGGATCCTT	Mature
neurons	5
12_14_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.CATCGGACTTTATAAGAAC	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.TTCTGGCCTCCGTCGGAGG	Mature
neurons	5
12_14_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.TTGGCGACTATCAACGATT	Mature
neurons	17
12_14_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.TTGGCTCATTTGGATCCTT	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.CTCCTCGTTTACTTACTTA	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.GTCATCTGTACTGCCGATA	Mature
neurons	10
12_14_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TATCCAGGTGCCAACGCCA	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.CTCCGGTTTTTCAAGACCA	Mature
neurons	5
12_14_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.GCGCTCAATAGATATATCG	Mature
neurons	5
12_14_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TCGCGCATTGCCAGGATCA	Mature
neurons	10
12_14_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TCGTTCTGTATGGCGGATC	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.GCCATGGTTAGTCCGCGGA	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.TATCCAGGTTTAGGATCTA	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.TCCAATAGTTCAAGGCATTC	Mature
neurons	10
12_14_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.TCTATACCTTCTCGTCTAGG	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.TGCTCCTATTTCTTATCGA	Mature
neurons	5
12_14_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.ATGGCGTATTATAGTAAGC	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.GATTACGGTTGGAAGTACC	Immature
neurons	12
12_14_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.TCTAGGAATTCCGTCGGAGG	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.ACGAGGTTTCTTCGGCGCA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.ACGGCAATTATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.AGTTGCGCTCAAGGCATTC	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.ATGGAGAGTGACCTCCGCC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CAATCGGTTTTGGTCATAA	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GGACTTGATATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GGCTTACTTATCAACGATT	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GGTCTACGTGGACTCATTG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TAACTAAGGTACCGTTACGA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCCAATAGTTCATGCATCTC	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCGTCTATTTTTCCATGGCA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TTAATGAGCTTATAGTAAGC	Sensory
progenitors	14
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TTGCGGTCTCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TTGGCAATATTTCAAGACCA	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.ATGGCAGCTTTGGAATCTC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CCGTCTCATGTTGACGGCC	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GACTTGGCTTTCTTATCGA	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TAGGTACTATAGTCCGCGGA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCATTAAGCTCTGGATTAGT	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTAATGAGCTTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTATAGGCATTGGAAGTACC	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ACCGTAGCTACTACTGAAG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ACCGTAGCTGGATGCAGCA	Mature
neurons	17
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ACGGCAATTTGAGTCCAGA	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.AGCAACGATAAGCCGGCTG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.AGCAACGATCTTCGGCGCA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CAATCGGTTTCCAGAAGGT	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCATCAGGTGCAGACCGGT	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCTCCTGATCATGCTGGTT	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CGTCGAAGTTTCCATGGCA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTTCATGCTCATGCATCTC	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GAACGATGTCAAGTACTGG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GAACGATGTGCTCTAACGA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACCAGGATAAGTCTTCCG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACCAGGATTTCCATGGCA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACTACCATTTGAGTATCA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACTCGCTTCGCCGCCTCC	Mature
neurons	17
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GAGACTAGTACTATCCGCA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GATTACGGTGCTAACCTCA	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCAATCGCTCAAGTACTGG	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCAGATACTGCAGGCGACG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCGCTCAATAATTATCAGC	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCTCGAGATTGAGTCCAGA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCTGGCTATATGCAATATG	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCTGGCTATCCGTTGACTT	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGCGACTATGCGACGCAGA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTAAGCTCTTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTAAGGAGTAATGGTCGAC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTACCTCTTCTCGATGGAG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTATCGCATGCAGACCGGT	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTCCTGCATCTTCGGCGCA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTTCCAGCTACTTAACTAG	Mature
neurons	17
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATCATGAGTGCTAACCTCA	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATGACTTGTCCAACTAACC	Mature
neurons	17
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATTGAGGTTCTCGTCTAGG	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCAGGAGATGAACTGCATC	Sensory
progenitors	6
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCAGTTGGTCTGGATTAGT	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCAGTTGGTTCCAGAAGGT	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCATAGAGTTATCAACGATT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCGTATGTGAACTGCATC	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCTACCTTGCAGACCGGT	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCTATTCTTTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCTCGAGTTCCAGAAGGT	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGCGCATTAGATATATCG	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGGTACCTACTATCCGCA	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCTCCGAATATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGAACGCGTTGATAGAACG	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGATCTTCTTTCCGGTAATC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGCTAATTCTCGTCCGTCCT	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGGATCCGTATAGTCGTAG	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGGTAGGCTCTGGATTAGT	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTATAGGCATCAAGTACTGG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCGCATAATTTCCATGGCA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCTAAGCTTCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCTCTCGTGCGACGCAGA	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTGAGTCCTACCGTTACGA	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTGGCAATATCCAGGTCTAC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTTGCTTAGTCGCCGCCTCC	Mature
neurons	17
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.AAGATGCCTTTGGATCCTT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CATCGGACTCTGGATTAGT	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CCAGAACCTGACCTCCGCC	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCGCTCAATGTTGACGGCC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GGATAGGTTCTCGATGGAG	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GGCGCATTTAATACTCTTC	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GGTACGGATCTGGATTAGT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTCGGAGTTGCTAACCTCA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TACTCCTATTTTGGAATCTC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TATCATGAGTTCCAGAAGGT	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCCTCGAGTAAGCCGGCTG	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCGTAGCGTGACCTCCGCC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCTCCGAATTCCAGAAGGT	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGATCTTCTTATAGTCGTAG	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGCCTTGGTCCAACTAACC	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGGACCTCTGCAGACCGGT	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGGTAATAGTATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTCCGACGTCAAGGCATTC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTCGCATAATTCCGGTAATC	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTCGCATAATTTCTTATCGA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTGGTTAAGTCTTCGGCGCA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTTGCTTAGTGCGACGCAGA	Mature
neurons	17
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AACCGCTGTTCCGGTAATC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACCAATGCTGCAGGCGACG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AGCAACGATGTTCTGAATT	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AGCAACGATTTGGAATCTC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AGGCATCATCGGCGAGACC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ATGGCAGCTCTTCGGCGCA	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CAATCGGTTCCGCGGACCG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CATCGGACTACTGCCGATA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CGACGATATTTCAAGACCA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTATCTCCTACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTGCTGAATTGATAGAACG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GAAGAGGCTCGGCGAGACC	Oenocytes	18
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACTACCATAAGCCGGCTG	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACTACCATTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACTCGCTTCGCCGCCTCC	Sensory
progenitors	6
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCAACGTTTGCTCTAACGA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCCATGGTTCTCGATGGAG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCGTCGTATCAAGTACTGG	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGAGCTCATGCGACGCAGA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGCAAGTCTGAACTGCATC	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGCGACTATGCAGGCGACG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGCGACTATTTGGAATCTC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTAGTCCTAGTCCGCGGA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTCCTTCTATCGAGTCGC	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTTGGCATAATTATCAGC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTAAGGAGTCCGCTATATT	Mature
neurons	17
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTCGGAGTTTGATGGCCTT	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTTCGCTGTAAGTAGTCAG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTTGCTCCTTTGGATCCTT	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATAAGGCTTTGAGTCCAGA	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATATGCGTTTTCAAGACCA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCAGGAGATATCAACGATT	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCATAGAGTTACTGCCGATA	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCCGTATGTGACCTCTCTG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCCGTATGTTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTACTTACTACGAGGACCT	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTAGGAATTGCTCTCGCCT	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGAACGCGTTGATGGCCTT	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGCCTATTATAATACTCTTC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGCTCCTATCGGTCGTTAA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGGACCTCTCAAGCTTCAT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGGACCTCTTAGGCAGATA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGGTCTCCTCATGCATCTC	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTCGCGGATAATTATCAGC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.ACCTTCGGTTGGAAGTACC	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.ACGGCAATTTTCTTATCGA	Mature
neurons	17
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CCATCAGGTCGGTCGTTAA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CTCCTCGTTTGGAAGTACC	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GACCGTCATAGTCCGCGGA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GATTACGGTACTGCCGATA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GCGGTATATCGGTCGTTAA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GGCGACTATATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GGTCTACGTAAGTAGTCAG	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TATGGTCTTTAATACTCTTC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TGAACGCGTCCAACTAACC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TTCCGACGTGCTAACCTCA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GAACGATGTATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GCATCCAGTTTCTTATCGA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GCGGAGAATTTGGATCCTT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TGATCTTCTTTCCAGAAGGT	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TGGTCTCCTTGAGGTAGAA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.ACCTTCGGTCTGATTAAGA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.ACGAGGTTTTATAGTAAGC	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CGACGATATCTTCGGCGCA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GGCGACTATCCAGGTCTAC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GGCTTACTTTGATGGCCTT	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GTAGACGGTGTTGACGGCC	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCATGGCTTTTGGATCCTT	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCCGGTCATTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCCTATTCTTGCGACGCAGA	Head epid.
/muscle	4
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.ACCGTAGCTATCAACGATT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.AGCAACGATAAGCCGGCTG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CGACGATATTATGCCGAGT	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CGCCGTAATATAGTCGTAG	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CGGTTCCATGACCTCCGCC	Mature
neurons	17
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CTACGGCATACTTAACTAG	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CTTCATGCTCATGCATCTC	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GAAGAGGCTACGAGGACCT	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GAAGAGGCTCTCGATGGAG	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GACCAGGATTTCCATGGCA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GACTACCATTTGAGTATCA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GACTTGGCTTCCGTCGCCA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GCGCTCAATTCCAGAAGGT	Mature
neurons	10
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GGTCCTTCTATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GTAAGCTCTTTCTTATCGA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCCAAGTTATTTCTTATCGA	Mature
neurons	17
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TGAGAATCATGGATGCAGCA	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TGATCTTCTTTTGGATCCTT	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TGGATCCGTATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TTATAGGCATCAAGTACTGG	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TTCGCATAATTTCCATGGCA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TTCTCTCGTGCGACGCAGA	Mature
neurons	10
12_14_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GGCGACTATGGCTAATTAA	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.TACGGTAGTCAAGTACTGG	Mature
neurons	5
12_14_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.TATTGACTCTTCCGTCGCCA	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.TCAGCGGTTCAAGTACTGG	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.ATGCCAAGTCCGCTATATT	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.CGCCGTAATTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.GAACGGCTTTATAGTAAGC	Mature
neurons	10
12_14_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TGCTACTAATGCGACGCAGA	Mature
neurons	10
12_14_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TTATAGGCATGGTCGCGTCA	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TTGGTTAAGTGCGACGCAGA	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.ATAGTCGCTGCAGACCGGT	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.CCGTCTCATTGCATATAAC	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.TCGTAGCGTCTCGATGGAG	Mature
neurons	5
12_14_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.ACGCCATATTTGGAATCTC	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.GCTGGCTATAAGTAGTCAG	Mature
neurons	5
12_14_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.GGAGCTCATTTCAAGACCA	Mature
neurons	5
12_14_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.TCCGGTCATGGATGCAGCA	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.ATGGCGTATCGGTCGTTAA	Mature
neurons	5
12_14_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.GACCAGGATTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.GACTCGCTTTGGAAGTACC	Mature
neurons	17
12_14_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.GATTACGGTTTCAAGACCA	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TCATGGCTTCCGCTATATT	Mature
neurons	10
12_14_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.GAACGGCTTGGATGCAGCA	Mature
neurons	5
12_14_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.GAACGGCTTTATGCCGAGT	Mature
neurons	5
12_14_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.GTAAGGAGTGCAGACCGGT	Mature
neurons	10
12_14_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.TCAGCGGTTATGCAATATG	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.TCTCGCTCTACTGCCGATA	Mature
neurons	10
12_14_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.TGCTAATTCTGCAGACCGGT	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.TTCTCTCGTACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.CTACGGCATTTCAAGACCA	Mature
neurons	5
12_14_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.CTTCATGCTGCCAGGATCA	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.TAGCCAATTTTAGGCAGATA	Immature
neurons	7
12_14_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.TATTGAGGTTATCAACGATT	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.TCCGTATGTAGTTGCATCT	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.TCCTACCTTTGATGGCCTT	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.TCTCTCCATCGAGCTGCCA	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.CAACGCAGTTGAGTCCAGA	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.CCGGATAGTATCAACGATT	Mature
neurons	10
12_14_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.GACCGAATTACTGCCGATA	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.GCAGATACTTCCAGAAGGT	Mature
neurons	5
12_14_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.TGCTCCTATCCGCTATATT	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.AACCGCTGTGGATGCAGCA	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GGATAGGTTGCGACGCAGA	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TAACTAAGGTCTCGATGGAG	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TCATAGAGTTCCAACTAACC	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TCCAAGTTATTATGCCGAGT	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TCTAGGAATTGAACTGCATC	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TTCGCGGATAAGCCGGCTG	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TTGGCTCATTTGGATCCTT	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GCGGTATATACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GCTGAAGCTACTGCCGATA	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GGCAAGTCTTCCGGTAATC	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GTCCTGCATTGAGTCCAGA	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TCATGGCTTGCCAGGATCA	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TGAACGCGTCCAACTAACC	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TGTTAAGACTGCAGGCGACG	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TTCTCTAGTTCCAACTAACC	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AAGCGCCATCCGCGGACCG	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ACCGTAGCTCATGCATCTC	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CCGGATAGTGCCAGGATCA	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CGAGATGCTAACCTAGCTT	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTAGTACGTGCTAACCTCA	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTCCAGAGTCGGTCGTTAA	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTCCTCGTTCTGCTTCGAC	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTCTACTGTGCAGACCGGT	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GAACGGCTTATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACTACCATGGTCGCGTCA	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GATTACGGTTTCAAGACCA	Mature
neurons	10
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCCATGGTTTATGCCGAGT	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCGTCGTATCTTCGGCGCA	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCTTCTGGTGTTCTGAATT	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGAGGTTCTTTCTTATCGA	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGCGCATTTCATGCTGGTT	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGCGCATTTCTTCGGCGCA	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTTGGCATCGGTCGTTAA	Mature
neurons	17
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTATCGCATATAGTCGTAG	Mature
neurons	10
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTATCGCATCGATCATTAC	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTCCTGCATACTTAACTAG	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTCGGAGTTATCAACGATT	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGAGCCTTTCTAGAACTA	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGCCAATTTGTTGACGGCC	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGGTACTATAGATATATCG	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATTCGGCTATCGAGTCGC	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATTGACTCTTTAATTATTG	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCAGTTGGTAATACTCTTC	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCATTAAGCTATAGTCGTAG	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCATTAAGCTCTGGATTAGT	Mature
neurons	10
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCGCGCATTTCTAGAACTA	Mature
neurons	10
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCGGTACCTTATGCCGAGT	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCTATACCTTTAGGCAGATA	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGAATTCGTTGTTGACGGCC	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGACGAGGTGCTAACCTCA	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGAGTTAGATTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCCTTGGTGTTGACGGCC	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGGTCGAATTGGAAGTACC	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTATAGGCATGGTCGCGTCA	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCCGACGTTCCGGTAATC	Mature
neurons	10
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCTAAGCTTCTTCGGCGCA	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTTGCTTAGTTTACGTATAC	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.GAACGGCTTTCCGTCGCCA	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.GGAGCTCATCTTCGGCGCA	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.GTAGCGATTTTCCATGGCA	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.CTATCTCCTATAGTCGTAG	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GACTGACGTGTTGACGGCC	Mature
neurons	17
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GAGCGGTATTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TAGGTACTATTATTACTCAT	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TATGACTTGTAAGCCGGCTG	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.AAGATGCCTTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ACCGTAGCTGGCATAGCTT	Immature
neurons	8
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ACCTTCGGTTCCAGAAGGT	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.AGTTGCGCTCTTCGGCGCA	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ATAGTCGCTATCGAGTCGC	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ATTGCCGGTAACTACCGAC	Immature
neurons	13
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CCGTCTCATCTCGATGGAG	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CGAGATGCTCTGCTTCGAC	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTATCTCCTAAGCCGGCTG	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTATCTCCTTCGTAGAGAA	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTCCAGAGTTGGAAGTACC	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GACTACCATCTGGATTAGT	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCGCTCAATTCCGGTAATC	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGTCCTTCTGCCAGGATCA	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTCCTGCATCATTATTACC	Mature
neurons	17
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTTCCAGCTGCAGACCGGT	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTTGCAAGTGCGACGCAGA	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TAACTAAGGTGCAGGCGACG	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TACGGTAGTATGCAATATG	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TAGGTACTATCTTCGGCGCA	Mature
neurons	17
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TAGTTACCTTACTGCCGATA	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TATCATGAGTGCAGACCGGT	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCAGTTGGTCCAACTAACC	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCCGGTCATACTCTCTCAA	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCCTCGAGTTTCCATGGCA	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCGTCTATTTAGTCCGCGGA	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCTATACCTTTATAGTAAGC	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGAGTTAGATAAGCCGGCTG	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGCTAATTCTCTGGATTAGT	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGCTCCTATACCGTTACGA	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGGTCTCCTTAGGCAGATA	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGTTAAGACTCCAACTAACC	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTATAGGCATAATACTCTTC	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.ATGGCGTATGTCGCTCAGT	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.ATTGCCGGTTGATAGAACG	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GCATCCAGTTTGGATCCTT	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TCGTTCTGTTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TCTACTTACTATAGTCGTAG	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TTATAGGCATATCAACGATT	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TTCAACTGATCATGCATCTC	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TTGAGTCCTTTCTTATCGA	Mature
neurons	10
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TTGGCAATATTCCGGTAATC	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GTTGCTCCTATGCAATATG	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TCATTAAGCTTGAGTCCAGA	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TCCAAGTTATTTAATTATTG	Mature
neurons	5
12_14_exp10_idx1AATACGATAA_idx2AACTTATAAG.GACCAGGATCAAGATTAAG	Immature
neurons	7
12_14_exp10_idx1AATACGATAA_idx2AACTTATAAG.TATGACTTGTGCTAACTTGC	Mature
neurons	5
12_14_exp10_idx1AATACGATAA_idx2AACTTATAAG.TGAATCTGATGACTAGTCTA	Mature
neurons	10
12_14_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.ATGGTTGGTACTTCCGAAT	Immature
neurons	2
12_14_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.GATCGACCTACGCAACTCC	Mature
neurons	17
12_14_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.TTGGCTCATCAAGATTAAG	Immature
neurons	2
12_14_exp10_idx1AATACGATAA_idx2CGCCGCCTCC.TAGGAAGGTACTTCCGAAT	Mature
neurons	5
12_14_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.GAACGGCTTTCGCTAAGCA	Mature
neurons	5
12_14_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TCCTAACTTTGGTATCCGCC	Mature
neurons	5
12_14_exp10_idx1AATACGATAA_idx2GCTCTAACGA.GGTCTACGTGACCTCTCTG	Immature
neurons	2
12_14_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TCAGCTTCTGATCGCTTCT	Mature
neurons	5
12_14_exp10_idx1AATACGATAA_idx2TCTAGAACTA.GCAATCGCTAGTCCGCGGA	Mature
neurons	5
12_14_exp10_idx1AATACGATAA_idx2TCTAGAACTA.TTCTTAACCTCCGCGGACCG	Immature
neurons	12
12_14_exp10_idx1AATACGATAA_idx2TCTAGAACTA.TTCTTAACCTTCGATATTGA	Immature
neurons	2
12_14_exp10_idx1AATACGATAA_idx2TGATACGAGT.GTAGACGGTAACTACCGAC	Immature
neurons	7
12_14_exp10_idx1AATACGATAA_idx2TTAACGTACC.TTATCCGCTTGAGGTAGAA	Immature
neurons	2
12_14_exp10_idx1ACGGCGTTAA_idx2AATTGCCTAC.GATACGTCTATCCATGACT	Immature
neurons	2
12_14_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.TGATCTTCTTAACTACCGAC	Mature
neurons	10
12_14_exp10_idx1ACGGCGTTAA_idx2AGGATTACCA.GCATCCAGTGGTATCCGCC	Immature
neurons	2
12_14_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.CAAGCAACTCCGCGGACCG	Immature
neurons	2
12_14_exp10_idx1ACGGCGTTAA_idx2CGATCATTAC.TATCGAACTTTCGATATTGA	Mature
neurons	10
12_14_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.CTTCGACTTCCGCGGACCG	Immature
neurons	2
12_14_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.TATCGAACTTGATCGCTTCT	Immature
neurons	2
12_14_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.GAACGGCTTTCGATATTGA	Mature
neurons	10
12_14_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.TATGCGATTTGGCTAATTAA	Immature
neurons	2
12_14_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.TCGTTCTGTGACTAGTCTA	Immature
neurons	12
12_14_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.TCTAGGAATTACGCAACTCC	Immature
neurons	2
12_14_exp10_idx1ACGGCGTTAA_idx2TTGGAGTCGG.GATACGTCTAGTAAGCATA	Immature
neurons	8
12_14_exp10_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TCGAAGGATGATGATCGTA	Mature
neurons	17
12_14_exp10_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TGACGAGGTACTTCCGAAT	Immature
neurons	8
12_14_exp10_idx1AGACCATATC_idx2AACGAGGCTA.TCATGGCTTGACCTCTCTG	Immature
neurons	12
12_14_exp10_idx1AGACCATATC_idx2ACCGTTACGA.AGTATTAGCTTCGATATTGA	Immature
neurons	2
12_14_exp10_idx1AGACCATATC_idx2ACCGTTACGA.GCTGGCTATAATACGCAGG	Mature
neurons	5
12_14_exp10_idx1AGACCATATC_idx2ACCGTTACGA.GGAGGTTCTGACTAGTCTA	Immature
neurons	2
12_14_exp10_idx1AGACCATATC_idx2ACCGTTACGA.GGTCTACGTCAAGATTAAG	Immature
neurons	2
12_14_exp10_idx1AGACCATATC_idx2ACGCAACTCC.GTAAGCTCTTTAGGATCTA	Mature
neurons	5
12_14_exp10_idx1AGACCATATC_idx2AGGATTACCA.TTATCCGCTTGGAACTAGA	Immature
neurons	2
12_14_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.GTTGCAAGTAATTATCAGC	Immature
neurons	2
12_14_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TACGGTAGTTTATAAGAAC	Mature
neurons	5
12_14_exp10_idx1AGACCATATC_idx2CCTATAAGCT.ATCAGTCATTAGTAAGCATA	Immature
neurons	2
12_14_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TTACCTAAGTGGCTGAGCTC	Mature
neurons	5
12_14_exp10_idx1AGACCATATC_idx2GATCAGTCAT.GTTGCAAGTCCGCGGACCG	Mature
neurons	17
12_14_exp10_idx1AGACCATATC_idx2GGAACGATGG.TTGACTCAATGGTATCCGCC	Immature
neurons	12
12_14_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.AAGTTCTTGTAGTAAGCATA	Mature
neurons	10
12_14_exp10_idx1AGGTCAGCTT_idx2ACCAAGATCT.GTCATCTGTACTTCCGAAT	Immature
neurons	12
12_14_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.GAGACTAGTAACTACCGAC	Immature
neurons	2
12_14_exp10_idx1AGGTCAGCTT_idx2ATAGGATATG.CGTACCTATACTTCCGAAT	Mature
neurons	5
12_14_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.CTTCGACTTTGAGGTAGAA	Immature
neurons	7
12_14_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.GAGTTCTCTACTTCCGAAT	Neural
progenitors	1
12_14_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.GTTGCAAGTGGCATAGCTT	Mature
neurons	5
12_14_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.AGTCGCATTGCCATTCTCC	Mature
neurons	5
12_14_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.TCCTAACTTTCCGCGGACCG	Immature
neurons	12
12_14_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.TCCTCGAGTAGTAAGCATA	Immature
neurons	2
12_14_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.GTAAGCTCTGGCTAATTAA	Mature
neurons	10
12_14_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.TACTCCTATTGTCCAACTCA	Mature
neurons	17
12_14_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.AAATTCCTCTTGAGGTAGAA	Mature
neurons	5
12_14_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.ATACCAGTTTAACTACCGAC	Immature
neurons	2
12_14_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.ACTTACTCATAATACGCAGG	Immature
neurons	2
12_14_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.CAGTATCCTAGCTTATCCG	Neural
progenitors	3
12_14_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.GTTGCAAGTTGGAACTAGA	Mature
neurons	10
12_14_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TCGCCAACTGTCCAACTCA	Immature
neurons	2
12_14_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TCTTAGTTCTCAAGATTAAG	Immature
neurons	2
12_14_exp10_idx1AGTCCGCTGC_idx2GAACTGCATC.CTCGTTGATCCGCGGACCG	Immature
neurons	13
12_14_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.GAAGAGGCTCCGCGGACCG	Immature
neurons	2
12_14_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.GTCATCTGTGATCGCTTCT	Mature
neurons	10
12_14_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TGGTAATAGTGACTAGTCTA	Immature
neurons	13
12_14_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TCTCGCTCTACGCAACTCC	Immature
neurons	2
12_14_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TTAATGAGCTGTCCAACTCA	Mature
neurons	10
12_14_exp10_idx1AGTCCGCTGC_idx2TGGCGTAGGT.TCGAAGGATCCGCGGACCG	Immature
neurons	2
12_14_exp10_idx1AGTCCGCTGC_idx2TGGCGTAGGT.TCGAATCTTTACTTCCGAAT	Mature
neurons	5
12_14_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.ATCAGTCATTCCGCGGACCG	Immature
neurons	2
12_14_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.TCGCCAACTCAAGATTAAG	Mature
neurons	5
12_14_exp10_idx1ATAAGGACTC_idx2ACTATCCGCA.AAACTCCAATCCGCGGACCG	Immature
neurons	2
12_14_exp10_idx1ATAAGGACTC_idx2ACTATCCGCA.TCGTCTATTTAATACCATCC	Mature
neurons	10
12_14_exp10_idx1ATAAGGACTC_idx2CATTATTACC.ACAGGTATTTGCTAACTTGC	Immature
neurons	7
12_14_exp10_idx1ATAAGGACTC_idx2CGAGTTAGAG.GAACGGCTTACTTCCGAAT	Mature
neurons	10
12_14_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.CTGCCTTATTGAGTCTGGC	Mature
neurons	17
12_14_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.TAGCCAATTTTTATAAGAAC	Immature
neurons	2
12_14_exp10_idx1ATAAGGACTC_idx2GTCGCTCAGT.TCAGGAGATGGCATAGCTT	Immature
neurons	12
12_14_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.AGTCGCATTTTAGGATCTA	Immature
neurons	2
12_14_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.GTCCTGCATTGAGTCTGGC	Immature
neurons	2
12_14_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TATTCGGCTACTTCCGAAT	Immature
neurons	2
12_14_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.CAAGCAACTGTCATTGCGC	Immature
neurons	2
12_14_exp10_idx1ATAAGGACTC_idx2TTGAGTATCA.GTCATCTGTTCGATATTGA	Mature
neurons	5
12_14_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.AGAGTACCTCCGCGGACCG	Mature
neurons	10
12_14_exp10_idx1ATGGCGCCTG_idx2AGGTCAATTA.AGCGTAAGTAGTAAGCATA	Immature
neurons	12
12_14_exp10_idx1ATGGCGCCTG_idx2AGGTCAATTA.TATATGCGTTTCGATATTGA	Mature
neurons	17
12_14_exp10_idx1ATGGCGCCTG_idx2CCAAGCTGAA.TTGGCTCATACTTCCGAAT	Immature
neurons	12
12_14_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.AGAGTACCTGACCTCTCTG	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.CAGCATTGTAACTACCGAC	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TCATGGCTTAGTAAGCATA	Neural
progenitors	1
12_14_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.TAGATGACTTCCGCGGACCG	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2ATAGGATATG.ACCATGATTTCCGCGGACCG	Head epid.
/muscle	4
12_14_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.ACGCTTGATTGCGGACCTA	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.ATGGTTGGTAACTAGGCGC	Immature
neurons	7
12_14_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TATGAGAACTGTCCAACTCA	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.ACAGGTATTTGCTAACTTGC	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.GGCTTACTTCATCTCTGCA	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TATCATGAGTCCGTCGGAGG	Mature
neurons	5
12_14_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TTTGCTACTTCCGCGGACCG	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2GGACTCATTG.CTGATAGGTAATACCATCC	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.GGAGGTTCTACTTCCGAAT	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.TATATGCGTTGGCTAATTAA	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.TATTCGGCTGGCTAATTAA	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.TGCTGGATTTCGATATTGA	Mature
neurons	5
12_14_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.TTCTCATTGTTGATACGAGT	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.AGCGTAAGTGGCTAATTAA	Mature
neurons	10
12_14_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.GATAAGCGTAATACCATCC	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.GGCAAGTCTTCCGTCGCCA	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TTCGTTCCTGCTAACTTGC	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TTTGCTACTTCCGCGGACCG	Mature
neurons	5
12_14_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.GCAATCGCTTGAGGTAGAA	Mature
neurons	10
12_14_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.TATCGAACTTGCTCTCGCCT	Immature
neurons	2
12_14_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.AATTCATCGTCAAGATTAAG	Immature
neurons	2
12_14_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.AGTATTAGCTTCTAATAGTA	Immature
neurons	2
12_14_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.AGTCGCATTGACTAGTCTA	Mature
neurons	5
12_14_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.GCTGAAGCTTCGATATTGA	Mature
neurons	10
12_14_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.TTCAACTGATGACTAGTCTA	Immature
neurons	2
12_14_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.TATCTCGATTACTTCCGAAT	Immature
neurons	2
12_14_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.TGAATTCGTTAGTAAGCATA	Mature
neurons	5
12_14_exp10_idx1GAGCGCGATG_idx2GGAACGATGG.TCATTAAGCTTGAGGTAGAA	Immature
neurons	7
12_14_exp10_idx1GAGCGCGATG_idx2GGAACGATGG.TTATAGGCATGGCTAATTAA	Immature
neurons	2
12_14_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.CCTAATGGTAGTAAGCATA	Mature
neurons	5
12_14_exp10_idx1GATTCTTGAA_idx2CCAAGCTGAA.TCCTATTCTTTCTAATAGTA	Immature
neurons	12
12_14_exp10_idx1GATTCTTGAA_idx2GAACTGCATC.ATCAGTCATTTGAGGTAGAA	Mature
neurons	10
12_14_exp10_idx1GATTCTTGAA_idx2GGTCCAGGAG.GTAAGCTCTTCGATATTGA	Immature
neurons	8
12_14_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.CGTACCTATCCAGGTCTAC	Immature
neurons	2
12_14_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.GCTCTTAGTGTCCAACTCA	Mature
neurons	5
12_14_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.CAGCAAGTTGTCCAACTCA	Immature
neurons	7
12_14_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.TAGTTACCTTCAAGATTAAG	Head epid.
/muscle	4
12_14_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.TATAAGAGGTACTTCCGAAT	Immature
neurons	2
12_14_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.TCGAATCTTTGCAAGGAATA	Immature
neurons	2
12_14_exp10_idx1GCATCGTATG_idx2AGGATTACCA.CGAATGAGTAGTAAGCATA	Mature
neurons	5
12_14_exp10_idx1GCATCGTATG_idx2AGGATTACCA.GAGTTCTCTTCGATATTGA	Immature
neurons	12
12_14_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.ATATGGATCTGGTATCCGCC	Immature
neurons	2
12_14_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.TGATCTTCTTGACTAGTCTA	Mature
neurons	5
12_14_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.AAATTCCTCTTTGGTCATAA	Mature
neurons	10
12_14_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.TATTGAGGTTTGAGGTAGAA	Immature
neurons	8
12_14_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.TTGACCAGTTGAGGTAGAA	Mature
neurons	5
12_14_exp10_idx1GCATCGTATG_idx2CGATCATTAC.TATCTCGATTTCGATATTGA	Immature
neurons	2
12_14_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.TATCTCGATTACTTCCGAAT	Immature
neurons	2
12_14_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.TATTGAGGTTCCGCGGACCG	Immature
neurons	8
12_14_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.AAGTTCTTGTAATACCATCC	Immature
neurons	2
12_14_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.TCCAAGTTATACTTCCGAAT	Mature
neurons	10
12_14_exp10_idx1GCATCGTATG_idx2TCCGTCGCCA.ACGCTTGATTGCGGACCTA	Immature
neurons	2
12_14_exp10_idx1GCATCGTATG_idx2TCCGTCGCCA.GTATCGCATTCTAATAGTA	Immature
neurons	2
12_14_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.TAGGAAGGTCAAGATTAAG	Head epid.
/muscle	4
12_14_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TCCAATAGTTTTGGTCATAA	Mature
neurons	17
12_14_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TGCTGGATTTGCGGACCTA	Immature
neurons	2
12_14_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.AAATTCCTCTGCTGGAACTT	Mature
neurons	10
12_14_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.GACCGTCATGCCATTCTCC	Immature
neurons	2
12_14_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.GGCTAAGATGCTAACTTGC	Mature
neurons	10
12_14_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.GTATCGCATAACTACCGAC	Immature
neurons	12
12_14_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.AAGGATTACTACTTCCGAAT	Immature
neurons	2
12_14_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TGAATTCGTTCAAGATTAAG	Mature
neurons	5
12_14_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TGAGTTAGATAGCTCTCCTC	Immature
neurons	12
12_14_exp10_idx1GCGCGTTCAT_idx2CCTATAAGCT.AGTCGCATTTCGATATTGA	Immature
neurons	2
12_14_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TAAGAATGGTTCGATATTGA	Mature
neurons	10
12_14_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TCAAGATCTTTGAGGTAGAA	Immature
neurons	2
12_14_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.AAGTTCTTGTTGCGGACCTA	Mature
neurons	5
12_14_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.CAGCATTGTGACTAGTCTA	Mature
neurons	5
12_14_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.AGAGTACCTCAAGATTAAG	Mature
neurons	5
12_14_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.CTCGTTGATGTCCAACTCA	Immature
neurons	2
12_14_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TCTATACCTTACTTCCGAAT	Immature
neurons	2
12_14_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.ATCAGTCATTAATACGCAGG	Mature
neurons	5
12_14_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TTGACTCAATTGAGTCTGGC	Neural
progenitors	1
12_14_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.GATACGTCTTCTAATAGTA	Head epid.
/muscle	4
12_14_exp10_idx1GCTTGAAGAG_idx2ACTATCCGCA.AGTCGCATTTGCGGACCTA	Mature
neurons	10
12_14_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.GGAGGTTCTACGCAACTCC	Immature
neurons	12
12_14_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.GTCGTAACTTGAGGTAGAA	Mature
neurons	5
12_14_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TCAGGAGATAATACCATCC	Immature
neurons	2
12_14_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.CTGCCTTATCAAGATTAAG	Immature
neurons	2
12_14_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.TCATTAAGCTAGTAAGCATA	Immature
neurons	7
12_14_exp10_idx1GCTTGAAGAG_idx2TCTATAAGGA.AAACTCCAATTCGATATTGA	Neural
progenitors	11
12_14_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.ACCATGATTTCCGCGGACCG	Immature
neurons	2
12_14_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.GCCATGGTTACTTAACCTT	Immature
neurons	2
12_14_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TATGCGATTTAATACCATCC	Mature
neurons	10
12_14_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TTGATTCCTTTGAGTCTGGC	Mature
neurons	5
12_14_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.CGTACCTATTGAGGTAGAA	Immature
neurons	2
12_14_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.GTCCTGCATGGTATCCGCC	Mature
neurons	10
12_14_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.GGTTGGCATTCTAATAGTA	Immature
neurons	2
12_14_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.GAGGAACTTACTTCCGAAT	Immature
neurons	12
12_14_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.TCTACTTACTAGTAAGCATA	Mature
neurons	10
12_14_exp10_idx1GGCTTACTCC_idx2GCTCTCGCCT.TAGCCAATTTGACCTCTCTG	Immature
neurons	2
12_14_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.GAGTTCTCTTCTAATAGTA	Immature
neurons	2
12_14_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.GGACTTGATCTGATTAAGA	Immature
neurons	2
12_14_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.TATTCTCCTTTGCGGACCTA	Immature
neurons	2
12_14_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.TAGGTACTATGACCTCTCTG	Immature
neurons	2
12_14_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.AAGGATTACTCAAGATTAAG	Immature
neurons	12
12_14_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.AAGTTCTTGTACTTCCGAAT	Neural
progenitors	0
12_14_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TCCTATTCTTTTATAAGAAC	Immature
neurons	2
12_14_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.CAAGCAACTGGCTAATTAA	Mature
neurons	10
12_14_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.CTGGAAGATAATACGCAGG	Mature
neurons	10
12_14_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TCCTCGAGTTCGATATTGA	Mature
neurons	10
12_14_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TCGCCAACTGGTATCCGCC	Immature
neurons	2
12_14_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TGGATTCTATAATACCATCC	Immature
neurons	2
12_14_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.CTTCATGCTTCGATATTGA	Mature
neurons	5
12_14_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.GTAAGCTCTTGAGGTAGAA	Mature
neurons	5
12_14_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TAGAACCAATAATACCATCC	Immature
neurons	7
12_14_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TTGACCAGTAATACCATCC	Immature
neurons	2
12_14_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.GCAATCGCTTCTAATAGTA	Immature
neurons	2
12_14_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TATCTCGATTTGAGGTAGAA	Mature
neurons	5
12_14_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.ACGCTTGATAGTAAGCATA	Immature
neurons	2
12_14_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.CTGGAAGATTCAACGTAAG	Immature
neurons	2
12_14_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.GTCGTAACTACTTCCGAAT	Mature
neurons	5
12_14_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TAAGGTTCATTGAGGTAGAA	Immature
neurons	2
12_14_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TATAAGAGGTAATACCATCC	Immature
neurons	7
12_14_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TCATTAAGCTTTATAAGAAC	Mature
neurons	10
12_14_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TCGTCTATTTTCTAATAGTA	Immature
neurons	7
12_14_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.GCAATCGCTCCGCGGACCG	Mature
neurons	5
12_14_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.GCAGATACTTTAGGATCTA	Immature
neurons	2
12_14_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.TATGGTCTTTAACTACCGAC	Mature
neurons	5
12_14_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.TGAGTTAGATTCTAATAGTA	Immature
neurons	2
12_14_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.ACAACCTATTTGCGGACCTA	Immature
neurons	13
12_14_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TTGACCAGTACTTAACCTT	Mature
neurons	5
12_14_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TTCTCATTGTTATATACTAA	Immature
neurons	2
12_14_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TTGGAGCTTGTCCAACTCA	Mature
neurons	5
12_14_exp10_idx1TAGGTAACTT_idx2ACTGAATTCC.TACGGTAGTCCGCGGACCG	Immature
neurons	2
12_14_exp10_idx1TAGGTAACTT_idx2ACTTCCGAAT.ATTAGTCTGTGTCCAACTCA	Immature
neurons	2
12_14_exp10_idx1TAGGTAACTT_idx2ACTTCCGAAT.CTCGTTGATAATACGCAGG	Sensory
progenitors	6
12_14_exp10_idx1TAGGTAACTT_idx2ACTTCCGAAT.TATAAGGCTTGGCATAGCTT	Mature
neurons	17
12_14_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TCGCCAACTAGTAAGCATA	Immature
neurons	2
12_14_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TCTATCCAATAATACCATCC	Immature
neurons	2
12_14_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TTCTCATTGTAGTAAGCATA	Immature
neurons	2
12_14_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.GACCGTCATTCGATATTGA	Immature
neurons	2
12_14_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.GGAGGTTCTAGTAAGCATA	Immature
neurons	2
12_14_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.GCATCCAGTTGCCGGCAGA	Immature
neurons	2
12_14_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.CAGCATTGTGACTAGTCTA	Mature
neurons	5
12_14_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.GAGGAACTTGATCGCTTCT	Mature
neurons	10
12_14_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.GCTGAAGCTAGTAAGCATA	Immature
neurons	2
12_14_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.GTAGACGGTAGTAAGCATA	Mature
neurons	5
12_14_exp10_idx1TAGTAAGCCG_idx2CGGCGAGACC.CTGCCTTATGATCGCTTCT	Immature
neurons	12
12_14_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.ATATGGATCTGTCCAACTCA	Immature
neurons	2
12_14_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TAGGTACTATGCTCTCGCCT	Immature
neurons	2
12_14_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.GGTCAGTTTGTCATTGCGC	Immature
neurons	2
12_14_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TGTCCTTATTGCCATTCTCC	Mature
neurons	5
12_14_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.ACAACCTATTCCGCGGACCG	Immature
neurons	2
12_14_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.ACGCTTGATAATTATCAGC	Mature
neurons	5
12_14_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.AGAGTACCTCAAGATTAAG	Mature
neurons	10
12_14_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.ATATCCTACTTGAGTCTGGC	Mature
neurons	5
12_14_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.CGTACCTATGGCATAGCTT	Immature
neurons	2
12_14_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TAGAGAGTATTCGATATTGA	Immature
neurons	2
12_14_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TCATAGAGTTAATACCATCC	Mature
neurons	17
12_14_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TTCCATTACTCCGCGGACCG	Immature
neurons	2
12_14_exp10_idx1TATAATAGTT_idx2CTGCTTCGAC.GCCATGGTTACTTCCGAAT	Immature
neurons	2
12_14_exp10_idx1TATAATAGTT_idx2CTGCTTCGAC.TCTATCCAATGCTAACTTGC	Mature
neurons	5
12_14_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.ACTTACTCATTGCCGGCAGA	Immature
neurons	2
12_14_exp10_idx1TATAATAGTT_idx2GGAACGATGG.TGAGAATCATTCGATATTGA	Mature
neurons	5
12_14_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.CTTCGACTTACCGCCAACC	Mature
neurons	5
12_14_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.GCAATCGCTGATCGCTTCT	Immature
neurons	2
12_14_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.GTCTCTACTCCTAGCGCCT	Mature
neurons	10
12_14_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TATCTCGATTTGAGGTAGAA	Immature
neurons	2
12_14_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TCTCGCTCTTGAGTCTGGC	Mature
neurons	10
12_14_exp10_idx1TATTAGACTT_idx2CAAGTACTGG.TACTCCTATTCATTATTACC	Mature
neurons	5
12_14_exp10_idx1TATTAGACTT_idx2GGACTCATTG.CTTCGACTTCATTATTACC	Immature
neurons	7
12_14_exp10_idx1TATTAGACTT_idx2GTCATTGCGC.ATAACTTCCTCTGCTTCGAC	Immature
neurons	7
12_14_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.CTGATAGGTGGCATAGCTT	Immature
neurons	2
12_14_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TGGATTCTATTCGATATTGA	Immature
neurons	2
12_14_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TTCTCATTGTGGCTAATTAA	Immature
neurons	12
12_14_exp10_idx1TATTAGACTT_idx2TCATCTAATC.GAGGAACTTAACTGATCTT	Immature
neurons	2
12_14_exp10_idx1TATTAGACTT_idx2TCATCTAATC.GCTCTTAGTAGCTTATCCG	Mature
neurons	5
12_14_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TTATAGGCATTGAGGTAGAA	Immature
neurons	2
12_14_exp10_idx1TATTAGACTT_idx2TGATAGAACG.ACAACCTATTGGTCCAGGAG	Immature
neurons	2
12_14_exp10_idx1TATTAGACTT_idx2TGATAGAACG.GGTACCATTACGCAACTCC	Immature
neurons	2
12_14_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TTGACCAGTTCTAATAGTA	Immature
neurons	2
12_14_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.ATAACTTCCTTATATACTAA	Mature
neurons	5
12_14_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.TAGGTACTATCCGCGGACCG	Immature
neurons	12
12_14_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.TATCGAACTTTGGAACTAGA	Mature
neurons	17
12_14_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.TCATGGCTTCATTATTACC	Immature
neurons	2
12_14_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.GGTCTACGTAATACCATCC	Immature
neurons	2
12_14_exp10_idx1TCCTCTGCCG_idx2TTGGTCATAA.AGAGTACCTGACCTCTCTG	Mature
neurons	10
12_14_exp10_idx1TCTTGAGGTT_idx2CAAGTACTGG.AAGTTCTTGTCCGCGGACCG	Mature
neurons	10
12_14_exp10_idx1TCTTGAGGTT_idx2CAAGTACTGG.GGAGCTCATGCCATTCTCC	Immature
neurons	12
12_14_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.TACTTGCGTCCTAGCGCCT	Mature
neurons	17
12_14_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.GGTCTACGTGTCCAACTCA	Mature
neurons	5
12_14_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.AACTGGCATTGCGGACCTA	Immature
neurons	2
12_14_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.CCAAGGATTAATACCATCC	Immature
neurons	12
12_14_exp10_idx1TGGACGACTA_idx2AACTTATAAG.GTAAGCTCTTGAGGTAGAA	Immature
neurons	8
12_14_exp10_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCCATCTTTACTTCCGAAT	Immature
neurons	8
12_14_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TATGGTCTTTACTTCCGAAT	Mature
neurons	10
12_14_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TTCTCTAGTTTGAGTCTGGC	Immature
neurons	2
12_14_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.ATTAGGTACTGACTAGTCTA	Mature
neurons	5
12_14_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TTGACTCAATTGAGTCTGGC	Immature
neurons	2
12_14_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.TATGACTTGTGACTAGTCTA	Immature
neurons	2
12_14_exp10_idx1TGGACGACTA_idx2GCTCTAACGA.AGTATTAGCTGCTAACTTGC	Immature
neurons	2
12_14_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.ACGCTTGATTGAGGTAGAA	Head epid.
/muscle	4
12_14_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.GGAGGTTCTGCTAACTTGC	Immature
neurons	2
12_14_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TATTGACTCTAACTACCGAC	Immature
neurons	2
12_14_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TCAAGATCTTGGCTAATTAA	Mature
neurons	5
12_14_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TTGATTCCTTGGTATCCGCC	Immature
neurons	2
12_14_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TTGGCTCATAGCTTATCCG	Mature
neurons	10
12_14_exp10_idx1TGGACGACTA_idx2TCGATATTGA.ATCAGTCATTAGTAAGCATA	Immature
neurons	2
12_14_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TGAGTTAGATGACCTCTCTG	Immature
neurons	7
12_14_exp10_idx1TGGACGACTA_idx2TGATACGAGT.TTCAACTGATGGTCCAGGAG	Immature
neurons	2
12_14_exp10_idx1TGGACGACTA_idx2TGATACGAGT.TTGGAGTTATAATACCATCC	Immature
neurons	2
12_14_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.GGTACCATTACTTCCGAAT	Mature
neurons	5
12_14_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.GGTTCGAGTTCTAATAGTA	Neural
progenitors	1
12_14_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.TAGTTACCTTACGCAACTCC	Immature
neurons	2
12_14_exp10_idx1TTATTGAGGC_idx2ATAAGAGGCG.AAACTCCAATGGCTAATTAA	Mature
neurons	10
12_14_exp10_idx1TTATTGAGGC_idx2TCTATAAGGA.TCGTTCTGTGCTAACTTGC	Immature
neurons	2
12_14_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.TCATAGAGTTTGAGGTAGAA	Immature
neurons	2
12_14_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.GCAATCGCTAATACCATCC	Immature
neurons	12
12_14_exp10_idx1TTCGAATATT_idx2ACGCAACTCC.TCATTAAGCTTCGATATTGA	Mature
neurons	5
12_14_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.GAAGAGGCTAACTACCGAC	Immature
neurons	2
12_14_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.TCTCGCTCTCAAGATTAAG	Immature
neurons	2
12_14_exp10_idx1TTGCCGTAGG_idx2CTCCGGTTCT.TCGCCAACTATCCATGACT	Mature
neurons	5
12_14_exp10_idx1TTGCGAGCAT_idx2CGTCCGTCCT.TGGTAATAGTACGCAACTCC	Mature
neurons	5
12_14_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.TACGGTAGTAGCTCTCCTC	Immature
neurons	12
12_14_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.TACTCCTATTCCAGGTCTAC	Mature
neurons	10
12_14_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.TGAGAATCATAGTAAGCATA	Immature
neurons	2
12_14_exp10_idx1TTGCGAGCAT_idx2TCATCTCGAT.TCTAGGAATTGGCTAATTAA	Immature
neurons	12
12_14_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.TGAATCTGATAACTACCGAC	Immature
neurons	2
12_14_exp3_idx1ACGGCGTTAA_idx2AATTGCCTAC.TAACGACTTTGCTCAGCCGG	Mature
neurons	10
12_14_exp3_idx1ACGGCGTTAA_idx2ACCGTTACGA.TAGAGCCTTGAGCATATGG	Immature
neurons	12
12_14_exp3_idx1ACGGCGTTAA_idx2AGGATTACCA.AAATCGTTCTTTAATTGAAT	Immature
neurons	2
12_14_exp3_idx1ACGGCGTTAA_idx2AGGATTACCA.CAACTCTCTTAGACTTCTT	Mature
neurons	5
12_14_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.CCAAGGATTTTAATTGAAT	Mature
neurons	5
12_14_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.GCCATGGTTGCCATTCTCC	Immature
neurons	2
12_14_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.TTACCTAAGTCTAGTAGTCT	Immature
neurons	8
12_14_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.AAGCGCCATTGCGGACCTA	Mature
neurons	10
12_14_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.ATCTGATGATGATAAGGCAA	Mature
neurons	17
12_14_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.CGGAACCTTTTATTATGGT	Mature
neurons	5
12_14_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.TTCCGACGTCCGTTCGGAT	Mature
neurons	10
12_14_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.AGTTGCGCTGGCAATGAGA	Mature
neurons	5
12_14_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.GGTCCTTCTTCTAGAACTA	Mature
neurons	10
12_14_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.AATTCATCGTCCGTCCAGTA	Mature
neurons	10
12_14_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.ATTCGCAATTGGAGGCCTCC	Immature
neurons	2
12_14_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.CATCAACGTTTAGGACCGG	Immature
neurons	2
12_14_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.CCAGAACCTTGATAGAACG	Mature
neurons	10
12_14_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.GTTCGCTGTGGAGGCCTCC	Immature
neurons	2
12_14_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.AACCGCTGTCATACTCCGA	Immature
neurons	2
12_14_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.AACCGCTGTTAACGATCCA	Immature
neurons	2
12_14_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.AACGCGTCTCGTCGCAGCC	Mature
neurons	5
12_14_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.ATGCTTCCTCGGCGTAACT	Mature
neurons	5
12_14_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.CAGCAAGTTGGAGGCCTCC	Immature
neurons	2
12_14_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TCGAAGGATAGGTATACTC	Mature
neurons	5
12_14_exp3_idx1AGACCATATC_idx2AATTGCCTAC.CTAGTACGTTTATAGCAGA	Immature
neurons	2
12_14_exp3_idx1AGACCATATC_idx2CGATCATTAC.ACGACGCATAGCCGGTACC	Mature
neurons	10
12_14_exp3_idx1AGACCATATC_idx2CGATCATTAC.CCGAGAGATCGGTTATGCC	Mature
neurons	5
12_14_exp3_idx1AGGTCAGCTT_idx2AAGATCCAAC.AAGTATTGGTTGCGCCATCT	Mature
neurons	5
12_14_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.ACCTTCGGTGCCAACGCCA	Immature
neurons	8
12_14_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.AAACTCCAATGGACTCATTG	Immature
neurons	2
12_14_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.GATTACGGTTAGAGTAATA	Immature
neurons	2
12_14_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.TGGTCTCCTTTAATTATTG	Immature
neurons	2
12_14_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.AGTAGCCATACTATCTTGA	Mature
neurons	5
12_14_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.ATGGCAGCTCAGGAGGAGA	Mature
neurons	10
12_14_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.CCGACCAATTTCATAGGAC	Immature
neurons	7
12_14_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.CGCCGTAATTTATTCTGAG	Mature
neurons	5
12_14_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.GATTACGGTAGTAAGCATA	Mature
neurons	5
12_14_exp3_idx1AGGTCAGCTT_idx2GATACCTAAG.AGAAGTAAGTTTATAGCAGA	Immature
neurons	2
12_14_exp3_idx1AGGTCAGCTT_idx2GATACCTAAG.TCTCTCCATCTTGCAACCT	Immature
neurons	2
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTAATTAA.CGGTAAGGTGCTGGAACTT	Mature
neurons	5
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTAATTAA.CTAACGACTTGGTATTCAT	Immature
neurons	2
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTAATTAA.TAAGACCGTTATTACTCAT	Immature
neurons	2
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTAATTAA.TGCCTTGGTTTATTCTGAG	Immature
neurons	2
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTAATTAA.TGGATTCTATGCCAACGCCA	Immature
neurons	2
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.AAACCATAGTCGGTTATGCC	Immature
neurons	2
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.AAAGCTGATTCTTGGTAATG	Mature
neurons	5
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.AACGAGCGTCCATTATCTA	Immature
neurons	8
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.ACGAGGTTTTAGAGTAATA	Immature
neurons	2
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.ATAGTCGCTACCTCTATCT	Immature
neurons	8
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.CAACGCAGTTTATTATGGT	Mature
neurons	10
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.CTCCATCATTTAGGATCTA	Immature
neurons	8
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.CTCGCATGTCGGCGTAACT	Mature
neurons	5
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.CTCGTTGATTCCGTCGCCA	Immature
neurons	2
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.GCGTCGTATTAGAATTAAC	Immature
neurons	2
12_14_exp3_idx1AGGTCAGCTT_idx2TCATCTCGAT.GTAGCGATTGTCCTTAAGA	Neural
progenitors	1
12_14_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.AAACTCCAATGGAGGCCTCC	Immature
neurons	2
12_14_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.GGTCTACGTGGTAGGTTAG	Mature
neurons	5
12_14_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.AAACTGAACTAACTGATCTT	Mature
neurons	5
12_14_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.AAACTCCAATTTAATTATTG	Immature
neurons	2
12_14_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.AGAAGTAAGTTTCTTAATAA	Mature
neurons	17
12_14_exp3_idx1AGTCCGCTGC_idx2CAAGATTAAG.GCTCTTAGTTTCAATATAA	Immature
neurons	2
12_14_exp3_idx1AGTCCGCTGC_idx2CAAGTACTGG.CCAGAACCTTGGTATTCAT	Mature
neurons	10
12_14_exp3_idx1AGTCCGCTGC_idx2CAAGTACTGG.GGTCTACGTTACGGCTACG	Immature
neurons	2
12_14_exp3_idx1AGTCCGCTGC_idx2CAAGTACTGG.TCAGTTGGTCCAACTAACC	Mature
neurons	5
12_14_exp3_idx1AGTCCGCTGC_idx2CAAGTACTGG.TGATGCGATTAGAGTAATA	Mature
neurons	5
12_14_exp3_idx1AGTCCGCTGC_idx2CCAAGCTGAA.CGAATGAGTTGGAACTAGA	Immature
neurons	2
12_14_exp3_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TCAGCTTCTCAGGTATGGA	Immature
neurons	2
12_14_exp3_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TTGCGGTCTATATGAGCCA	Mature
neurons	10
12_14_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.AAATTCCTCTTCGATATTGA	Immature
neurons	12
12_14_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.AAATTCCTCTTTATTCTGAG	Immature
neurons	12
12_14_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.AGGCATCATAATACCATCC	Mature
neurons	5
12_14_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.ATAATCCTGTATATTGATAC	Immature
neurons	2
12_14_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.ATGGCGTATGTTCCGCTAA	Immature
neurons	12
12_14_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.TACTTGCGTAAGTCTTCCG	Immature
neurons	2
12_14_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.AAGGACGATTAACTGGTTA	Mature
neurons	10
12_14_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.GTTCGCTGTAGCCGGTACC	Mature
neurons	5
12_14_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.TACTCCTATTACTTCCGAAT	Mature
neurons	17
12_14_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.TATGGTCTTTCGATCATTAC	Mature
neurons	5
12_14_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.TGCCTATTATTTACCTCGAC	Mature
neurons	5
12_14_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.TGGTCGAATCTAACTAGAT	Mature
neurons	10
12_14_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.TTCTCATTGTACCTCTATCT	Mature
neurons	5
12_14_exp3_idx1AGTCCGCTGC_idx2GTTGACGGCC.AAATCGTTCTATATGAGCCA	Mature
neurons	10
12_14_exp3_idx1AGTCCGCTGC_idx2GTTGACGGCC.AGTAGCCATAATAATACCA	Immature
neurons	2
12_14_exp3_idx1AGTCCGCTGC_idx2GTTGACGGCC.CCTCCTGATTTCATAGGAC	Mature
neurons	5
12_14_exp3_idx1AGTCCGCTGC_idx2TCATCTCGAT.AATTCTAGGTTAGAGTAATA	Immature
neurons	2
12_14_exp3_idx1AGTCCGCTGC_idx2TCATCTCGAT.ATTAGTCTGTTCAATCGCAT	Mature
neurons	5
12_14_exp3_idx1ATAAGGACTC_idx2AAGATCCAAC.AATACCGAATCCGTCCAGTA	Immature
neurons	12
12_14_exp3_idx1ATAAGGACTC_idx2AAGATCCAAC.ATTGCCGGTGTCCTAGAGG	Mature
neurons	10
12_14_exp3_idx1ATAAGGACTC_idx2AAGATCCAAC.GACTCGCTTGTCCTTAAGA	Immature
neurons	12
12_14_exp3_idx1ATAAGGACTC_idx2AAGATCCAAC.TTCTAAGCTTGTTGAAGGAT	Immature
neurons	8
12_14_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.AAGTACGTTTTTATAAGAAC	Immature
neurons	2
12_14_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.GAGTTCTCTCATACTCCGA	Immature
neurons	13
12_14_exp3_idx1ATAAGGACTC_idx2AGTCCGCGGA.TTTGCTACTTGTCCTTAAGA	Immature
neurons	2
12_14_exp3_idx1ATAAGGACTC_idx2ATAGGATATG.TCGTCTATTTATATGAGCCA	Mature
neurons	5
12_14_exp3_idx1ATAAGGACTC_idx2CGAGTTAGAG.CGCCGTAATCTTGCAACCT	Immature
neurons	2
12_14_exp3_idx1ATAAGGACTC_idx2CGAGTTAGAG.CTTCGACTTCAGGAGGAGA	Immature
neurons	2
12_14_exp3_idx1ATAAGGACTC_idx2CGAGTTAGAG.GCGGTATATTCTACCATTA	Mature
neurons	5
12_14_exp3_idx1ATAAGGACTC_idx2CGAGTTAGAG.GTCGGCAATTGGCCGGCCT	Mature
neurons	10
12_14_exp3_idx1ATAAGGACTC_idx2CGAGTTAGAG.TCGAAGGATTTAGGATCTA	Mature
neurons	5
12_14_exp3_idx1ATAAGGACTC_idx2GGCTATGACT.CCGAGAGATGCAAGGAATA	Immature
neurons	8
12_14_exp3_idx1ATAAGGACTC_idx2GGCTATGACT.CCTAATGGTTGCCGGCAGA	Mature
neurons	5
12_14_exp3_idx1ATAAGGACTC_idx2GGCTATGACT.TTCTGGCCTAGCTAAGGTA	Immature
neurons	2
12_14_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.AACCTCATTTTCGCTAAGCA	Immature
neurons	8
12_14_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.AATCCAGTATGTTGAAGGAT	Immature
neurons	2
12_14_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.GAGCGGTATCTTGCAACCT	Mature
neurons	10
12_14_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.ATGGCGTATATATTGATAC	Immature
neurons	12
12_14_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.AGATTCAACTCGTCGCAGCC	Immature
neurons	2
12_14_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.AGGATAATCTAAGACGGCCA	Mature
neurons	5
12_14_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.CATACCGCTAGCCGGTACC	Immature
neurons	2
12_14_exp3_idx1ATAAGGACTC_idx2TTGAGTATCA.AGGATAATCTTCTCCTATAA	Immature
neurons	7
12_14_exp3_idx1ATAAGGACTC_idx2TTGGTCATAA.ACAATGCTATCGGTTATGCC	Immature
neurons	2
12_14_exp3_idx1ATAAGGACTC_idx2TTGGTCATAA.AGTTAACCATCGAATAATTC	Immature
neurons	2
12_14_exp3_idx1ATAAGGACTC_idx2TTGGTCATAA.TCAGCGGTTGGCTAATTAA	Immature
neurons	2
12_14_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.ACCATGATTTGTTGAAGGAT	Mature
neurons	5
12_14_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.GACTCGCTTTTAGGACCGG	Mature
neurons	10
12_14_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.GCATCCAGTCATCAGAATG	Mature
neurons	5
12_14_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.GGCTAAGATCTTGGTAATG	Mature
neurons	5
12_14_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.TGCTAATTCTGCAAGGAATA	Mature
neurons	10
12_14_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.ACAATGCTATCCATCGCGAA	Immature
neurons	2
12_14_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.CATCAACGTAAGTAGTCAG	Immature
neurons	12
12_14_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.TAAGACCGTCTAAGAGAAG	Immature
neurons	2
12_14_exp3_idx1ATTATGCAAG_idx2CTAACTCCAA.TAAGGTTCATTCTAATAGTA	Mature
neurons	5
12_14_exp3_idx1ATTATGCAAG_idx2CTAACTCCAA.TATTCGGCTCCTTACTCCT	Mature
neurons	5
12_14_exp3_idx1ATTATGCAAG_idx2GTCGCTCAGT.GGATAGGTTCCGAGAATCC	Mature
neurons	5
12_14_exp3_idx1ATTATGCAAG_idx2GTCGCTCAGT.TCCTATAAGTCCAGGTCTAC	Immature
neurons	2
12_14_exp3_idx1ATTATGCAAG_idx2TGATAGAACG.ACCTTCGGTCCGTCCAGTA	Immature
neurons	2
12_14_exp3_idx1ATTATGCAAG_idx2TGATAGAACG.GAGCGGTATTCTAGAACTA	Mature
neurons	5
12_14_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.CGTACCTATACTTCCGAAT	Mature
neurons	5
12_14_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.GATTACGGTTTAATTATTG	Immature
neurons	8
12_14_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.GCCATGGTTGGTATCCGCC	Mature
neurons	5
12_14_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.TATCCAGGTTTATTATGGT	Mature
neurons	5
12_14_exp3_idx1CCTCAGCTCC_idx2CGGCGAGACC.ACCTCAATATACTTGCTAGA	Mature
neurons	5
12_14_exp3_idx1CCTCAGCTCC_idx2CGGCGAGACC.CTTCGACTTTGCGGACCTA	Mature
neurons	17
12_14_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.AAACTCCAATTGAGGTAGAA	Immature
neurons	2
12_14_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.CCTGCAGTTTAGACTTCTT	Mature
neurons	5
12_14_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.CGTCGAAGTTGAGGTAGAA	Immature
neurons	2
12_14_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TGGTTGAATTCCTTGGTCCA	Mature
neurons	5
12_14_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TGGTTGAATTGAAGGTTGCC	Immature
neurons	2
12_14_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.ATATGCCATTATATTGATAC	Immature
neurons	2
12_14_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.CCGGATAGTAAGTTGCCAT	Immature
neurons	2
12_14_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.CGTCTTCCTCATAGTTCGG	Immature
neurons	2
12_14_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.CTCCATCATCGGTAGGAAT	Mature
neurons	10
12_14_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.GGCGACTATTGAGGTAGAA	Immature
neurons	2
12_14_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.GTACCTCTTGATAAGGCAA	Mature
neurons	5
12_14_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.GTAGCGATTAAGACGGCCA	Mature
neurons	5
12_14_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.TTGACTCAATGTTACGCAAG	Mature
neurons	5
12_14_exp3_idx1CCTCAGCTCC_idx2GACTAGTCTA.ATGGACTATTTTATTCTGAG	Mature
neurons	17
12_14_exp3_idx1CCTCAGCTCC_idx2GACTAGTCTA.TACGGTAGTGACGACCTGC	Immature
neurons	2
12_14_exp3_idx1CCTCAGCTCC_idx2GTCATTGCGC.AATTCTAGGTCGATCATTAC	Immature
neurons	2
12_14_exp3_idx1CCTCAGCTCC_idx2GTCATTGCGC.CTGAGCATTACGCCGTTCA	Immature
neurons	2
12_14_exp3_idx1CCTCAGCTCC_idx2GTCATTGCGC.TAATCAGCTTTCGCTAAGCA	Mature
neurons	5
12_14_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.TTATCCGCTTGCGCCAGAA	Immature
neurons	12
12_14_exp3_idx1CCTCAGCTCC_idx2TCATCTCGAT.ACTTGATTGTCCAGGTCTAC	Immature
neurons	2
12_14_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.AGCAACGATAAGTAAGAGC	Immature
neurons	2
12_14_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.CTGGAAGATTCCGTCGCCA	Immature
neurons	2
12_14_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TATGGTCTTTTCTACCATTA	Mature
neurons	5
12_14_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.AACTTGGATTTTCATAGGAC	Immature
neurons	12
12_14_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.CAAGCAACTCCAGGTCTAC	Immature
neurons	2
12_14_exp3_idx1CTCAATTAGT_idx2TTAGATTCCG.AGGATAATCTTTCATAGGAC	Immature
neurons	2
12_14_exp3_idx1CTCAATTAGT_idx2TTAGATTCCG.GCGTCGTATTTAGGACCGG	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2AACGAGGCTA.GAGCGGTATGTTACGCAAG	Mature
neurons	5
12_14_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.AACGCGTCTCAATTACCGT	Mature
neurons	10
12_14_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.CAGTATCCTCATACTCCGA	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.CCATCGTCTTAGAGTAATA	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.CCTAATGGTCCATCGCGAA	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.CGTCGAAGTAAGTAAGAGC	Mature
neurons	10
12_14_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.GCTCTTAGTTTCGCTTACG	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.GGCGCATTTTCTCCTATAA	Head epid.
/muscle	4
12_14_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.ACCTTCGGTTTCGCCTCCA	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.CGTCTTCCTTAGAATTAAC	Mature
neurons	5
12_14_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.TATTCTCCTTCAGATTCGAT	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.TGCCTTGGTCCGTCCAGTA	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.TTCTCATTGTGGAGGCCTCC	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2GGAACGATGG.TATTCGGCTAAGTAAGAGC	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.AGCATTATGTCCTTGGTCCA	Mature
neurons	10
12_14_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.GATTACGGTGGAGGATAGC	Mature
neurons	10
12_14_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.TCGTAGCGTGCCAGGATCA	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.TCTATCCAATTTATAAGAAC	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.CGACGATATCATAACCAGC	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.ATAACTTCCTGTTACGCAAG	Neural
progenitors	1
12_14_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.ATTGCCGGTACTATAGGTT	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.CATACCGCTTTAGGATCTA	Mature
neurons	5
12_14_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.CTCGTTGATTTAATTGAAT	Immature
neurons	2
12_14_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TTGACCAGTCATACTCCGA	Immature
neurons	2
12_14_exp3_idx1GATTCTTGAA_idx2AGATCCTATA.TAGGTACTATTATATACTAA	Mature
neurons	5
12_14_exp3_idx1GATTCTTGAA_idx2TATAACTTCC.AAATTCCTCTTCTAATAGTA	Mature
neurons	5
12_14_exp3_idx1GATTCTTGAA_idx2TATAACTTCC.GAACGATGTTTAGGATCTA	Mature
neurons	10
12_14_exp3_idx1GATTCTTGAA_idx2TATAACTTCC.TCTCCGAATCAACCAGTAC	Immature
neurons	12
12_14_exp3_idx1GATTCTTGAA_idx2TCCGGTAATC.CCAAGGATTACGTTCAACC	Mature
neurons	5
12_14_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.ATAAGCGAATAAGTTGCCAT	Mature
neurons	5
12_14_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.ATAGTCGCTCTGCTTCGAC	Immature
neurons	2
12_14_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.TAGCTCGGTCCGTCCAGTA	Immature
neurons	2
12_14_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.TGCCTTGGTAGTTCGAGTA	Immature
neurons	2
12_14_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.TTCTCTCGTTTATTCTGAG	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.TTCTTCGTTTGGACTACTAC	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.ACTTATGGTTTATATACTAA	Mature
neurons	10
12_14_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.CAGTATCCTTCTACCATTA	Mature
neurons	10
12_14_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.TCGAAGGATGGCTAATTAA	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.TGATGCGATCGAATAATTC	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.AGAGTACCTTTCATAGGAC	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.AGCAACGATACCTCTATCT	Immature
neurons	8
12_14_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.AGGCTCGTTTTAATTGAAT	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.TGCCTATTATTTCTTAATAA	Mature
neurons	17
12_14_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.AATTCATCGTGGCCGTAGTC	Mature
neurons	10
12_14_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.ACGATATCATCGAATAATTC	Immature
neurons	7
12_14_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.ATGCCAAGTCCTTGGTCCA	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.CCGGATAGTTGCATATAAC	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.GAACGGCTTATATTGATAC	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.TAATACCAGTGGAGGCCTCC	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.TACTCCTATTTCAATCGCAT	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.TCGCGCATTGTTACGCAAG	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.AAAGCTGATTGTCCTACTTG	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.AAATCGTTCTCCATAAGTCC	Mature
neurons	17
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.AACCTCATTTCCTTGGTCCA	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.ATTACCATCTTTCATAGGAC	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CAGAAGGCTGGTCGCGTCA	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CTGATAGGTTTATTCTGAG	Immature
neurons	12
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TAATCAGCTTCGTCGCAGCC	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TAATCAGCTTTCTAATAGTA	Mature
neurons	10
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TCGAAGGATGTCCTTAAGA	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.CAGCATTGTCGGCGTAACT	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2CTGCAATCGC.CTATCTCCTTATGCCGAGT	Mature
neurons	10
12_14_exp3_idx1GCATCGTATG_idx2CTGCAATCGC.GGTACGGATTAACGATCCA	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2GACCTCTCTG.AACTGGCATGGCTAATTAA	Immature
neurons	12
12_14_exp3_idx1GCATCGTATG_idx2GACCTCTCTG.ACGTCTAGTGCCGCAACGA	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2GACCTCTCTG.CTCGTTGATTTATTCTGAG	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.CTACGGCATGGACTCATTG	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.GGCGACTATGATAAGGCAA	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.TTCTGGCCTAGTAAGCATA	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.GCGTCGTATCCATAAGTCC	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.TAGAACCAATATATTGATAC	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.ATCAGTCATTTATGCCGAGT	Immature
neurons	12
12_14_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.ATTGATCGTTTTAATTGAAT	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.GCAATCGCTATATTGATAC	Immature
neurons	12
12_14_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.GCGCTCAATTTCTTAATAA	Immature
neurons	2
12_14_exp3_idx1GCATCGTATG_idx2TCGATATTGA.TAATACCAGTCCGTTCGGAT	Immature
neurons	2
12_14_exp3_idx1GCGCGTTCAT_idx2AACGGACCAA.AAACTCCAATGCTAACTTGC	Immature
neurons	2
12_14_exp3_idx1GCGCGTTCAT_idx2AGCGTCAATG.ACAACCTATTTAGACTTCTT	Mature
neurons	5
12_14_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TCGAATCTTTCGATCATTAC	Immature
neurons	2
12_14_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.AACGAGCGTGTCCTAGAGG	Immature
neurons	2
12_14_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.ACCTCAATATTTCCATGGCA	Immature
neurons	2
12_14_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.ACGCCATATTAACGATCCA	Immature
neurons	2
12_14_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.ATTCGGAGTCTGATTAAGA	Immature
neurons	2
12_14_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.CGAGATGCTCCATAAGTCC	Immature
neurons	2
12_14_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.GAGCGGTATACTATAGGTT	Mature
neurons	10
12_14_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TAGAGAGTATGCCGCAACGA	Immature
neurons	2
12_14_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TCCTAACTTTGCCATTCTCC	Immature
neurons	2
12_14_exp3_idx1GCTTGAAGAG_idx2AAGATCCAAC.TATTCGGCTAGAGAAGGTT	Immature
neurons	7
12_14_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.ACCTTCGGTTTATTATGGT	Mature
neurons	5
12_14_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.CATACCGCTTTATAAGAAC	Mature
neurons	5
12_14_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.CGACGATATCGGTAGGAAT	Mature
neurons	5
12_14_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.TAACGACTTTTTATTATGGT	Mature
neurons	5
12_14_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.TATTCGGCTCGTCGCAGCC	Immature
neurons	2
12_14_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.TGCCTTGGTCGAATAATTC	Mature
neurons	5
12_14_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.TTCTTAACCTCCTTACTCCT	Mature
neurons	10
12_14_exp3_idx1GCTTGAAGAG_idx2CGAGTTAGAG.ACTTCCGTTTTAGGACCGG	Head epid.
/muscle	4
12_14_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.CTAGTACGTAAGACGGCCA	Immature
neurons	2
12_14_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.GTTCCAGCTCCTTGGTCCA	Immature
neurons	2
12_14_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.TGCTCCTATGTCCTAGAGG	Immature
neurons	2
12_14_exp3_idx1GCTTGAAGAG_idx2GGCTAATTAA.CCGGAGTTTTGGTCAGCCA	Immature
neurons	2
12_14_exp3_idx1GCTTGAAGAG_idx2GGCTAATTAA.TTCTCTCGTTTCATAGGAC	Mature
neurons	10
12_14_exp3_idx1GGCTTACTCC_idx2GATCAGTCAT.GCGCTCAATATAGTCGTAG	Mature
neurons	10
12_14_exp3_idx1GGTTATCGAA_idx2AACTACCGAC.GCGGAGAATAAGTTGCCAT	Immature
neurons	8
12_14_exp3_idx1GTAGCAGCTA_idx2CCAGGTCTAC.GGTACGGATTCAATCGCAT	Mature
neurons	10
12_14_exp3_idx1GTAGCAGCTA_idx2GATACCTAAG.TTCTCATTGTTATTACTCAT	Immature
neurons	7
12_14_exp3_idx1GTAGCAGCTA_idx2GGCTAATTAA.AGTTGCGCTGTACTAGTAA	Immature
neurons	12
12_14_exp3_idx1GTAGCAGCTA_idx2GGTAGGTCTC.AAATTCCTCTTTCTTCCGGT	Immature
neurons	2
12_14_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.AAATCGTTCTACTATAGGTT	Mature
neurons	10
12_14_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.TCGCCAACTTATAGACGCA	Immature
neurons	2
12_14_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.ACCGGTTCTTGCGCCAGAA	Mature
neurons	10
12_14_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.AGCGTAAGTTTATTCTGAG	Mature
neurons	5
12_14_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.ACGTTGCTTCTCTGCGGCA	Mature
neurons	5
12_14_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.ACTTCCGTTTTAATTGAAT	Immature
neurons	2
12_14_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.CGAGATGCTGATCGCTTCT	Immature
neurons	2
12_14_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.GTCGGCAATTTCTTAATAA	Immature
neurons	2
12_14_exp3_idx1GTAGGCTGCA_idx2CTCGTCTAGG.CCGGATAGTTCAATCGCAT	Mature
neurons	5
12_14_exp3_idx1GTAGGCTGCA_idx2CTCGTCTAGG.GGTTGGCATCATCCGACTA	Neural
progenitors	15
12_14_exp3_idx1GTAGGCTGCA_idx2GACCTCCGCC.GGCGACTATTCTACCATTA	Immature
neurons	2
12_14_exp3_idx1GTAGGCTGCA_idx2GCTCTCGCCT.AACGCGTCTACCGGAATTA	Mature
neurons	10
12_14_exp3_idx1GTAGGCTGCA_idx2GCTCTCGCCT.AAGTACGTTTTAACGAATTG	Immature
neurons	2
12_14_exp3_idx1GTAGGCTGCA_idx2GCTCTCGCCT.CAGGACTCTCTAACTAGAT	Immature
neurons	2
12_14_exp3_idx1GTAGGCTGCA_idx2GCTCTCGCCT.GCGCTCAATTAACGAATTG	Immature
neurons	8
12_14_exp3_idx1GTAGGCTGCA_idx2GGAACGATGG.AAGGCTACTGGCTAATTAA	Immature
neurons	2
12_14_exp3_idx1GTAGGCTGCA_idx2GGAACGATGG.ATAGTTGACTTCAGACGAAC	Immature
neurons	2
12_14_exp3_idx1GTAGGCTGCA_idx2GGAACGATGG.CGAATGAGTTTCGCTTACG	Mature
neurons	5
12_14_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.ATTGAGGAATCCATAAGTCC	Mature
neurons	5
12_14_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.CGTACCTATAATACCATCC	Mature
neurons	5
12_14_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.CTACGGCATTCGATATTGA	Mature
neurons	5
12_14_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.CTCCAGAGTCGGCGTAACT	Immature
neurons	2
12_14_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.CTTCATGCTACTACTGAAG	Immature
neurons	2
12_14_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.ACTTCCGTTCCGTTCGGAT	Immature
neurons	2
12_14_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.TCCGTATGTCAGGAGGAGA	Immature
neurons	2
12_14_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.TTTGCTACTTTAGACTTCTT	Mature
neurons	10
12_14_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.ATATCCTACTCCGTTGACTT	Mature
neurons	17
12_14_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.CCATTGCGTTTCATAGGAC	Immature
neurons	2
12_14_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.GCAGATACTTCGGCCTTAC	Immature
neurons	2
12_14_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.TCTCCGAATTTAGGACCGG	Mature
neurons	10
12_14_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.TGAATCTGATTTATTATGGT	Immature
neurons	2
12_14_exp3_idx1TAGGTAACTT_idx2ACTCTCTCAA.CTACCTGGTCAAGGAGGTC	Immature
neurons	2
12_14_exp3_idx1TAGGTAACTT_idx2CCTAGCGCCT.AAATTCCTCTCTAGTAGTCT	Immature
neurons	2
12_14_exp3_idx1TAGGTAACTT_idx2CCTAGCGCCT.TAAGGTTCATCTCTGCGGCA	Immature
neurons	2
12_14_exp3_idx1TAGGTAACTT_idx2CCTAGCGCCT.TCGAAGGATTTATTCATTC	Immature
neurons	2
12_14_exp3_idx1TAGGTAACTT_idx2CTCCGGTTCT.TGAATCTGATGAGCATATGG	Immature
neurons	7
12_14_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.ACTTCCGTTCAGGAGGAGA	Mature
neurons	5
12_14_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.GTACCTCTTCCATAAGTCC	Mature
neurons	5
12_14_exp3_idx1TAGGTAACTT_idx2TCTAGAACTA.CTTCGACTTAATACCATCC	Immature
neurons	2
12_14_exp3_idx1TAGGTAACTT_idx2TGAGGTAGAA.GTACCTCTTCTTGGTAATG	Immature
neurons	2
12_14_exp3_idx1TAGTAAGCCG_idx2AGTCCGCGGA.TGATCTTCTTCAAGGCATTC	Immature
neurons	2
12_14_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.GGATAGGTTTAGATCTACT	Immature
neurons	2
12_14_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.TATGGTCTTTACTATAGGTT	Immature
neurons	2
12_14_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.TTGGCGACTGAGCATATGG	Immature
neurons	2
12_14_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.AACGAGCGTTAACGAATTG	Immature
neurons	2
12_14_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.AAGACCTTATCGGTTATGCC	Mature
neurons	5
12_14_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.AGATTCAACTCTAGTAGTCT	Mature
neurons	5
12_14_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.ATAGTTGACTTAACGATCCA	Immature
neurons	2
12_14_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.ATAGTTGACTTATTACTCAT	Mature
neurons	5
12_14_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.ATGGCAGCTCTTGCAACCT	Mature
neurons	5
12_14_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.CTGATAGGTAAGTCTTCCG	Immature
neurons	2
12_14_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.GAAGAGGCTCGAACGCCGG	Mature
neurons	5
12_14_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.GAGGAACTTGTACTAGTAA	Immature
neurons	2
12_14_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.GCTCGAGATTATTACTCAT	Immature
neurons	2
12_14_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.GTTCCAGCTGCCAACGCCA	Mature
neurons	5
12_14_exp3_idx1TATAATAGTT_idx2ACGCAACTCC.ATTCGGAGTACGTTCAACC	Immature
neurons	2
12_14_exp3_idx1TATAATAGTT_idx2ACGCAACTCC.GCGCTCAATCCTTGGTCCA	Mature
neurons	5
12_14_exp3_idx1TATAATAGTT_idx2ACGCAACTCC.TTCCATCTTTAACTACCGAC	Mature
neurons	10
12_14_exp3_idx1TATAATAGTT_idx2CTCGTCTAGG.GTAGCGATTGATAAGGCAA	Mature
neurons	17
12_14_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.AGAGATGAATATGGAATTGG	Mature
neurons	10
12_14_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.CAGCATTGTTTCGCTTACG	Mature
neurons	5
12_14_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.GTACCTCTTCATTATTACC	Mature
neurons	5
12_14_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.TGAACGCGTTATTACTCAT	Immature
neurons	2
12_14_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.TGCCTATTATAATACGCAGG	Mature
neurons	5
12_14_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.TGGCCTGATTGGCCATGCA	Mature
neurons	5
12_14_exp3_idx1TATAATAGTT_idx2GGAACGATGG.AGATTGGTTTCAAGGCATTC	Mature
neurons	5
12_14_exp3_idx1TATAATAGTT_idx2GGAACGATGG.ATACTACTCTTTCGCTTACG	Mature
neurons	5
12_14_exp3_idx1TATAATAGTT_idx2GGAACGATGG.GGTACGGATCAGATTCGAT	Immature
neurons	2
12_14_exp3_idx1TATAATAGTT_idx2GGAACGATGG.TCCGGTCATACCTCTATCT	Mature
neurons	5
12_14_exp3_idx1TATAATAGTT_idx2GGAACGATGG.TCTACTTACTCCGTTCGGAT	Immature
neurons	2
12_14_exp3_idx1TATAATAGTT_idx2GGAACGATGG.TTGACCAGTAGCCGGTACC	Immature
neurons	2
12_14_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.AAGTACGTTTACTATAGGTT	Immature
neurons	2
12_14_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.CTATCTCCTCATGCTGGTT	Mature
neurons	5
12_14_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.GCTTCTGGTGCCGGTCGAG	Mature
neurons	5
12_14_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.CTGAGCATTTTCTTAATAA	Mature
neurons	5
12_14_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.TGGCCTGATCCGAGAATCC	Mature
neurons	10
12_14_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.TTGATTCCTTCCGTTCGGAT	Immature
neurons	2
12_14_exp3_idx1TCCTCTGCCG_idx2AGTTGCATCT.GACTCGCTTAAGTAAGAGC	Immature
neurons	2
12_14_exp3_idx1TCCTCTGCCG_idx2AGTTGCATCT.GGCGCATTTTTATTCTGAG	Mature
neurons	5
12_14_exp3_idx1TCCTCTGCCG_idx2AGTTGCATCT.GTACCTCTTCGGTAGGAAT	Immature
neurons	2
12_14_exp3_idx1TCCTCTGCCG_idx2AGTTGCATCT.TAGGAAGGTCGTAATGCAG	Immature
neurons	2
12_14_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.ACCTTCGGTGAAGGTTGCC	Immature
neurons	8
12_14_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.ACTGAATACTCTTGCGCCGC	Mature
neurons	5
12_14_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.CTGATAGGTGGCCGTAGTC	Mature
neurons	5
12_14_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.GTTGCTCCTCTTGCAACCT	Immature
neurons	2
12_14_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.TTCTCATTGTTTCGCTTACG	Immature
neurons	2
12_14_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.ACATTCGTATCGTCCGTCCT	Mature
neurons	10
12_14_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.CTCGTTGATTTAGGACCGG	Mature
neurons	10
12_14_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.CTCTACTGTCCGTTGACTT	Immature
neurons	2
12_14_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.CTTCGACTTGTTCGTCAGA	Immature
neurons	2
12_14_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.GCCATGGTTTTAATTGAAT	Mature
neurons	5
12_14_exp3_idx1TCCTCTGCCG_idx2CTAACTCCAA.GACCGAATTGACCTCTCTG	Mature
neurons	17
12_14_exp3_idx1TCCTCTGCCG_idx2CTAACTCCAA.GATTACGGTGACCTCTCTG	Mature
neurons	10
12_14_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TCAAGATCTTTTATTATGGT	Mature
neurons	5
12_14_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TCGAATCTTTGCAAGGAATA	Mature
neurons	5
12_14_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.GCAATCGCTCGGCGTAACT	Immature
neurons	2
12_14_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.GGCGTTAATTCCGTCGCCA	Immature
neurons	8
12_14_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.TTGGAGCTTGGCATAGCTT	Immature
neurons	2
12_14_exp3_idx1TCTTGAGGTT_idx2ACTATCTTGA.AAGGATATGTGTCCTAGAGG	Immature
neurons	2
12_14_exp3_idx1TCTTGAGGTT_idx2ACTATCTTGA.AGAGCATGTGAGCATATGG	Immature
neurons	12
12_14_exp3_idx1TCTTGAGGTT_idx2ACTATCTTGA.AGTTAACCATAGCTGCAATA	Mature
neurons	17
12_14_exp3_idx1TCTTGAGGTT_idx2CAAGTACTGG.GTAAGCTCTGACCTCTCTG	Mature
neurons	5
12_14_exp3_idx1TCTTGAGGTT_idx2CGTCCGTCCT.ATGGCAGCTACTATAGGTT	Immature
neurons	13
12_14_exp3_idx1TGGACGACTA_idx2AACGGACCAA.AAAGCTGATTTAACGATCCA	Immature
neurons	12
12_14_exp3_idx1TGGACGACTA_idx2AACGGACCAA.CGAGATGCTTTAGCAATAA	Immature
neurons	2
12_14_exp3_idx1TGGACGACTA_idx2AACGGACCAA.GACTCGCTTTCGGCCTTAC	Mature
neurons	5
12_14_exp3_idx1TGGACGACTA_idx2AACGGACCAA.GAGCGGTATATATGAGCCA	Mature
neurons	10
12_14_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TACTCCTATTGTTACGCAAG	Immature
neurons	2
12_14_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TAGATGACTTACCGGAATTA	Immature
neurons	2
12_14_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TATAAGAGGTTGATAGAACG	Immature
neurons	2
12_14_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TATCTCGATTTAGGCCATAG	Immature
neurons	2
12_14_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TTGACCAGTCGAGCTGCCA	Mature
neurons	5
12_14_exp3_idx1TGGACGACTA_idx2AGCGTCAATG.GTAAGGAGTCCGCGGACCG	Mature
neurons	10
12_14_exp3_idx1TGGACGACTA_idx2CTCGGTCAAT.CGAGGCAATAAGACGGCCA	Mature
neurons	5
12_14_exp3_idx1TGGACGACTA_idx2CTCGGTCAAT.CTCTGAGCTTAGAGTAATA	Mature
neurons	5
12_14_exp3_idx1TGGACGACTA_idx2CTCGGTCAAT.GCGTACTTTTTCGCTTACG	Immature
neurons	2
12_14_exp3_idx1TGGACGACTA_idx2CTCGGTCAAT.TGCTAATTCTGCCGGTCGAG	Mature
neurons	5
12_14_exp3_idx1TGGACGACTA_idx2GACCTCTCTG.CGCCGTAATCCGCGGACCG	Immature
neurons	2
12_14_exp3_idx1TGGACGACTA_idx2GACCTCTCTG.TCCGGTCATTTCTTAATAA	Immature
neurons	2
12_14_exp3_idx1TGGACGACTA_idx2GATGATCGTA.AAATCGTTCTGCCGTATGCT	Mature
neurons	5
12_14_exp3_idx1TGGACGACTA_idx2GATGATCGTA.GACTCGCTTACTATAGGTT	Immature
neurons	2
12_14_exp3_idx1TGGACGACTA_idx2GATGATCGTA.TAGCTCGGTTCGATATTGA	Immature
neurons	12
12_14_exp3_idx1TGGACGACTA_idx2TGAGGTAGAA.GTCTCTACTAGTTCGAGTA	Mature
neurons	5
12_14_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.ACGCCATATGCCAACGCCA	Mature
neurons	5
12_14_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.AGAGGTCGTGGCCGTAGTC	Immature
neurons	2
12_14_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.AGATTGGTTTGCAGGTCCGT	Mature
neurons	5
12_14_exp3_idx1TTATTGAGGC_idx2AGATCCTATA.TCTCTCCATTTACCTCGAC	Immature
neurons	12
12_14_exp3_idx1TTATTGAGGC_idx2AGATCCTATA.TGCCTTGGTCCAGGCCGCA	Mature
neurons	5
12_14_exp3_idx1TTATTGAGGC_idx2TCCGGTAATC.ACGGCAATTAATACGCAGG	Immature
neurons	2
12_14_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.ACAACCTATTCCATTATCTA	Mature
neurons	10
12_14_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.ATTAGTCTGTCTAGTAGTCT	Immature
neurons	2
12_14_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.CCGGATAGTAGCTCTCCTC	Immature
neurons	2
12_14_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.CTCCAGAGTCGCCTAATGC	Mature
neurons	10
12_14_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.GGTCTACGTATATTGATAC	Immature
neurons	2
12_14_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.AAACTCCAATCGAGCTGCCA	Immature
neurons	2
12_14_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.CCTAATGGTAACTACCGAC	Immature
neurons	2
12_14_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.CTAGTACGTAGGTATACTC	Mature
neurons	5
12_14_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.GGCGCATTTCAGGAGGAGA	Immature
neurons	2
12_14_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.GGTAGTCCTACTATAGGTT	Mature
neurons	10
12_14_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.GGTAGTCCTCCATTATCTA	Immature
neurons	2
12_14_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.TCGAATCTTTAATACCATCC	Immature
neurons	2
12_14_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.TGGATTCTATGTACTAGTAA	Mature
neurons	5
12_14_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.CAAGGCGTTGCCAACGCCA	Mature
neurons	5
12_14_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.CTGAGCATTTAGAATTAAC	Mature
neurons	5
12_14_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.GATTACGGTCTAGTAGTCT	Mature
neurons	10
12_14_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.TATCCAGGTAGAGCCAAGG	Immature
neurons	2
12_14_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.TCTCTCCATCCGAGAATCC	Mature
neurons	10
12_14_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.TGGTCTCCTTTGAGTATCA	Immature
neurons	2
12_14_exp3_idx1TTCCGTCGAC_idx2CGATCATTAC.CGCTAACCTAAGTTGCCAT	Immature
neurons	2
12_14_exp3_idx1TTCCGTCGAC_idx2GATCAGTCAT.AGAACTCCTTCAGACGAAC	Immature
neurons	12
12_14_exp3_idx1TTCCGTCGAC_idx2GATCAGTCAT.AGGCTCGTTGTTACGCAAG	Immature
neurons	2
12_14_exp3_idx1TTCCGTCGAC_idx2GATCAGTCAT.AGTTAACCATACGCCGTTCA	Immature
neurons	12
12_14_exp3_idx1TTCCGTCGAC_idx2GATCAGTCAT.CAACGCAGTGTTGAAGGAT	Immature
neurons	2
12_14_exp3_idx1TTCCGTCGAC_idx2GATCAGTCAT.CGCCATTCTATATTGATAC	Immature
neurons	12
12_14_exp3_idx1TTCCGTCGAC_idx2GATCAGTCAT.GCGGTATATATATTGATAC	Mature
neurons	5
12_14_exp3_idx1TTCGAATATT_idx2ACCGTTACGA.ACGTCTAGTGGCATAGCTT	Head epid.
/muscle	4
12_14_exp3_idx1TTCGAATATT_idx2ACCGTTACGA.CTGACGTTTTCGATATTGA	Immature
neurons	8
12_14_exp3_idx1TTCGAATATT_idx2TTGGAGTCGG.AGAACTCCTTTATTCTGAG	Neural
progenitors	3
12_14_exp3_idx1TTCGAATATT_idx2TTGGAGTCGG.GTCTCTACTCATGCTGGTT	Immature
neurons	7
12_14_exp3_idx1TTGCCGTAGG_idx2AACCTAGCTT.AACGAGCGTATAGTCGTAG	Immature
neurons	2
12_14_exp3_idx1TTGCCGTAGG_idx2AACCTAGCTT.AACGAGCGTTTATTATGGT	Mature
neurons	5
12_14_exp3_idx1TTGCCGTAGG_idx2AACCTAGCTT.TCGCGCATTCTAGTAGTCT	Mature
neurons	5
12_14_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.ACAGGTATTTAATAATACCA	Immature
neurons	2
12_14_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.ATAACTTCCTGCCGGTCGAG	Immature
neurons	12
12_14_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.GCATCCAGTGACTAGTCTA	Immature
neurons	2
12_14_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.GTCTATGGTTTAATTGAAT	Mature
neurons	5
12_14_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.TGCAAGGTTCCATAAGTCC	Mature
neurons	5
12_14_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.CTCCGGTTTTTAATTGAAT	Immature
neurons	8
12_14_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.TAAGACCGTGGTACTGCCT	Immature
neurons	2
12_14_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.TTCGCATAATTTAATTATTG	Mature
neurons	5
12_14_exp3_idx1TTGCCGTAGG_idx2ACTTCCGAAT.ACGTTGCTTCGGTTATGCC	Immature
neurons	2
12_14_exp3_idx1TTGCCGTAGG_idx2CAAGCTTGGC.GCGCTCAATTTACCTCGAC	Immature
neurons	12
12_14_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.CCAGAACCTTAACGAATTG	Immature
neurons	2
12_14_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.CCGGATAGTTTCGCCTCCA	Immature
neurons	2
12_14_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.CGCTAACCTTTCATAGGAC	Mature
neurons	5
12_14_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.GAGGAACTTCTTGCAACCT	Immature
neurons	2
12_14_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.GGTAGTCCTATGGAATTGG	Mature
neurons	5
12_14_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TCCTCGAGTCAGATTCGAT	Neural
progenitors	1
12_14_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TGCTCCTATGGCTAATTAA	Immature
neurons	2
12_14_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TGGTCTCCTTCTACCATTA	Mature
neurons	17
12_14_exp3_idx1TTGCCGTAGG_idx2CTCGGTCAAT.ATGGCAGCTCCTAGCGCCT	Mature
neurons	10
12_14_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.ACAACCTATTTGGCCATGCA	Immature
neurons	2
12_14_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.ACCATGATTTCCGTTCGGAT	Immature
neurons	2
12_14_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.ATACTACTCTTTAGGACCGG	Mature
neurons	5
12_14_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.CAACGCAGTTTCGCCTCCA	Mature
neurons	5
12_14_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.CTGATAGGTAATACGCAGG	Immature
neurons	2
12_14_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.TAAGACCGTCGGTAGGAAT	Mature
neurons	5
12_14_exp3_idx1TTGCCGTAGG_idx2TGAGGTAGAA.ATTACCATCTAGGTATACTC	Mature
neurons	5
12_14_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.CAGCAAGTTGTTCGTCAGA	Immature
neurons	2
12_14_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.CCGGAGTTTGTCCTAGAGG	Immature
neurons	2
12_14_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.CGAAGACCTGCTAACTTGC	Immature
neurons	2
12_14_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.TCGTCTATTTTCAGACGAAC	Immature
neurons	2
12_14_exp3_idx1TTGCGAGCAT_idx2CATGCATCTC.ACGGAACGTTCTACCATTA	Immature
neurons	2
12_14_exp3_idx1TTGCGAGCAT_idx2CATTATTACC.GTAAGCTCTCATCAGAATG	Immature
neurons	2
12_14_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.AAACTGAACTGACTAGTCTA	Mature
neurons	5
12_14_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.CGGTTCCATTCAATCGCAT	Mature
neurons	5
12_14_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.TCCTCGAGTAATGGTCGAC	Mature
neurons	10
12_14_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.GAACGGCTTGGCGAGCTTA	Immature
neurons	2
12_14_exp3_idx1TTGGTAAGGA_idx2CCTAGCGCCT.GAGACTAGTCATAACCAGC	Immature
neurons	2
12_14_exp3_idx1TTGGTAAGGA_idx2TCTAGAACTA.AGATTGGTTTCCGTTCGGAT	Mature
neurons	5
12_14_exp3_idx1TTGGTAAGGA_idx2TCTAGAACTA.CAACGCAGTTGCGGACCTA	Immature
neurons	13
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TAGAGAGTATTGGAAGTACC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGATCTTCTTGACCTCTCTG	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTAAGGAGTAACCTAGCTT	Neural
progenitors	11
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCATTAAGCTACTGCCGATA	Oenocytes	18
12_14_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.AAACTCCAATGTCCAACTCA	Head epid.
/muscle	4
12_14_exp3_idx1CCTCAGCTCC_idx2GGACTCATTG.ATTGCCGGTACTTCCGAAT	Head epid.
/muscle	4
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CCGGAGTTTATGCAATATG	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTAGACGGTTTCCATGGCA	Immature
neurons	2
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCTAGGAATTTCCGGTAATC	Head epid.
/muscle	4
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GTTCGCTGTCAAGTACTGG	Immature
neurons	7
12_14_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.GTATCGCATGCTCTAACGA	Head epid.
/muscle	4
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.AGCAACGATTTCTTATCGA	Sensory
progenitors	14
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTAAGGAGTCTCGATGGAG	Immature
neurons	7
12_14_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.TTGATTCCTTGGCATAGCTT	Head epid.
/muscle	4
12_14_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.GTCGTAACTTAGACTTCTT	Head epid.
/muscle	4
12_14_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.AAGACCTTATAAGACGGCCA	Head epid.
/muscle	4
12_14_exp3_idx1GTAGCAGCTA_idx2CGAAGGACGA.TAGCTCGGTGAGCATATGG	Immature
neurons	7
12_14_exp3_idx1GTAGGCTGCA_idx2GACCGTAGCA.CGAGATGCTCCAGGCCGCA	Head epid.
/muscle	4
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGATAGGTTGTCATTGCGC	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGGTAATAGTCCGTCGGAGG	Ventral
midline	9
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTATCTCCTATGGCGGATC	Oenocytes	18
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTTGCTCCTACTATCCGCA	Ventral
midline	9
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.ATGGCGTATGCAGGCGACG	Immature
neurons	7
12_14_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TATGGTCTTTGTTGACGGCC	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.GGTCTACGTTGAGTCCAGA	Neural
progenitors	1
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCGTTCTGTGTCGCTCAGT	Oenocytes	18
12_14_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TGGCCTGATATGCAATATG	Immature
neurons	13
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CAACGCAGTACGAGGACCT	Sensory
progenitors	14
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GACGTTCGTGGATGCAGCA	Oenocytes	18
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GCAACGTTTGCTAACCTCA	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TACTCCTATTCTCGATGGAG	Ventral
midline	9
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGTCTATTTGTTCTGAATT	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.ACCTTCGGTGGTCCAGGAG	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCAATAGTTACTGCCGATA	Oenocytes	18
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATGACTTGTAAGCCGGCTG	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGAGCTCATAATACTCTTC	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGAGAGATTCTCGTCTAGG	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GTAGACGGTAAGTAGTCAG	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ATGCCAAGTATAGTCGTAG	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCTCCGAATACGAGGACCT	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTGCGGTCTTCGTAGAGAA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCGTCGTATGCCAGGATCA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TACTCCTATTTGATGGCCTT	Oenocytes	18
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GCTTCTGGTTCCAGAAGGT	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCTGGCTATTTCCATGGCA	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TATTGACTCTTTGAGTATCA	Immature
neurons	7
12_14_exp10_idx1ACGGCGTTAA_idx2CGATCATTAC.TCCTCGAGTCAAGATTAAG	Immature
neurons	7
12_14_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TATGGTCTTTGGCATAGCTT	Immature
neurons	7
12_14_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.TAATACCAGTTGAGGTAGAA	Head epid.
/muscle	4
12_14_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TGCTACTAATAACTACCGAC	Immature
neurons	7
12_14_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.GGAGCTCATAATACGCAGG	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCGTCTATTTTCGATATTGA	Neural
progenitors	0
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GACTACCATCATGCTGGTT	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCCAAGTTATTTCCATGGCA	Sensory
progenitors	14
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTATACCTTGTTCCGCTAA	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGAGCCTTAGTAAGCATA	Neural
progenitors	11
12_14_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.CAATCGGTTTCGATATTGA	Ventral
midline	9
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCATCCAGTCATGCATCTC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACGAGGTTTTTATAAGAAC	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2TATAACTTCC.AGGCATCATAACTACCGAC	Ventral
midline	9
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGTCTACGTCCAACTAACC	Neural
progenitors	1
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TCATGGCTTCTGGATTAGT	Oenocytes	18
12_14_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.CGGTAAGGTCGTCCGTCCT	Neural
progenitors	3
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GACTCGCTTGCCAGGATCA	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GCGCTCAATTGGAAGTACC	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GCGGTATATCCGTCGGAGG	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TGAATTCGTTTCCGGTAATC	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TGACGAGGTATGCAATATG	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.AAGCGCCATCGAGCTGCCA	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.AGTTGCGCTAATACTCTTC	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GTCGGAGTTGCTAACCTCA	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCCGTATGTCTCGTCTAGG	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TGAACGCGTTTCCATGGCA	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TGCCTTGGTGGCTAATTAA	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GGTAGTCCTCAAGGCATTC	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ATGGCAGCTTGAGTCCAGA	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ATGGCGTATTCCAGAAGGT	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CAGAAGGCTAGTCCGCGGA	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTTGCTCCTATAGTCGTAG	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTTGCTCCTTTCCATGGCA	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TAAGACCGTACTGCCGATA	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TAGAGAGTATAAGCCGGCTG	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TAGGTACTATATCAACGATT	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCAGGAGATACCGTTACGA	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCCAAGTTATAGTTGCATCT	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCCTCGAGTTATAGTAAGC	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCCTCGAGTTTGGAATCTC	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCGTTCTGTGCAGACCGGT	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCTCTCCATAAGTAGTCAG	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCTCTCCATACGAGGACCT	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGCTCCTATAAGTAGTCAG	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCAACTGATTGATGGCCTT	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCCGACGTCTGGATTAGT	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCGCATAATCATGCATCTC	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCTGGCCTGGACTCATTG	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CTTAGCGGTTGATGGCCTT	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GATTACGGTGTTGACGGCC	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GGAGGTTCTGCAGGCGACG	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GATTACGGTTGGAAGTACC	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GCTTCTGGTAGATATATCG	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GTATCGCATACTTAACTAG	Immature
neurons	2
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TGCCTTGGTAGATATATCG	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TGGTAATAGTCAAGGCATTC	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.ATTGCCGGTTGATGGCCTT	Mature
neurons	17
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCGAGAGATAAGCCGGCTG	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CGTCGAAGTCCGTCGGAGG	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTAGTACGTCTCGATGGAG	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTGGAAGATTGGAAGTACC	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAACGATGTACCGTTACGA	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAGACTAGTACTATCCGCA	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAGACTAGTGCGACGCAGA	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTCCTGCATCTCGTCTAGG	Mature
neurons	17
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTCCTGCATGCGACGCAGA	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTCGGCAATCATTATTACC	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATGCGATTTACGAGGACCT	Mature
neurons	17
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCTCTCCATCGTCCGTCCT	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGAATTCGTTGACCTCCGCC	Mature
neurons	17
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTAATGAGCTTGAGTCCAGA	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCAACTGATTTGGATCCTT	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGAGTCCTTTCTTATCGA	Mature
neurons	17
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.ACCGTAGCTAAGTAGTCAG	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.ATGGAGAGTCTTCGGCGCA	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CCGTCTCATCGGCGAGACC	Immature
neurons	8
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CTCCGGTTTCCGTCGGAGG	Mature
neurons	17
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GGTAGTCCTTTCCATGGCA	Mature
neurons	17
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TGCCTTGGTAACTACCGAC	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.CTGCTGAATTGAGTCCAGA	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.CTTCATGCTATGCAATATG	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GGTTCGAGTCTGGATTAGT	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TAGTTACCTTAGTCCGCGGA	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TGAATTCGTTTGGAAGTACC	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.ACCAATGCTTTGGAATCTC	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.ACCGTAGCTGCTAACCTCA	Mature
neurons	17
12_14_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TCTAGGAATTTGAGTCCAGA	Mature
neurons	17
12_14_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.CTCCAGAGTGCAGACCGGT	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GAACGGCTTAATTATCAGC	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TATCGAACTTTTGGATCCTT	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TTGGCGACTGGTCCAGGAG	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ACCTTCGGTGACCTCCGCC	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ATGCCAAGTTGAGTCCAGA	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ATGGCGTATTTGGAATCTC	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTACGGCATTTCTTATCGA	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTCCAGAGTGCAGACCGGT	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCAATCGCTTTGGAATCTC	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGCGACTATAGTCCGCGGA	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGTACGGATAGATATATCG	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATAAGGCTTTTCTTATCGA	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATGCGATTTAAGTAGTCAG	Immature
neurons	7
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATGGTCTTTAAGCCGGCTG	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCATAGAGTTTCCAGAAGGT	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCCTCGAGTACGAGGACCT	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCGCGCATTTATAGTAAGC	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCTATACCTTTTCAAGACCA	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCTCTCCATTTCCATGGCA	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGACGAGGTACTGCCGATA	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGCCTATTATTTCCATGGCA	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGGATCCGTGCAGGCGACG	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.ACCTTCGGTCCGCTATATT	Mature
neurons	17
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTCCAGAGTCAAGTACTGG	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GAACGGCTTGCGACGCAGA	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GACTTGGCTAAGTAGTCAG	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCGCTCAATCGATGGCGCC	Mature
neurons	17
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGAGCTCATACTGCCGATA	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGAGCTCATAGATATATCG	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGCTTACTTGCAGACCGGT	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTAGCGATTGCCAGGATCA	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TAGGTACTATCCGCTATATT	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCTCTCCATTATAGTAAGC	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGAGAATCATTTGGATCCTT	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGCTCCTATTTCAAGACCA	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTCCGACGTTGATGGCCTT	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTCCGACGTTGGAAGTACC	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTGGCTCATTATAGTAAGC	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GACTCGCTTTTCTTATCGA	Mature
neurons	17
12_14_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TGAATTCGTTACTATCCGCA	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TGAGAATCATTGGAAGTACC	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.ACCTTCGGTCAAGTACTGG	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GGCGACTATTTGGATCCTT	Mature
neurons	5
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GGCGCATTTAAGTAGTCAG	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TTCGCATAATAAGCCGGCTG	Immature
neurons	12
12_14_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TAAGACCGTTTGGATCCTT	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TATGACTTGTCTCGATGGAG	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TCAGGAGATGGTCCAGGAG	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TCCAATAGTTGTCCAACTCA	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TCCGGTCATCAAGTACTGG	Mature
neurons	17
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TCCTATTCTTCTGGATTAGT	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TGAACGCGTTAGGCAGATA	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TTAATGAGCTGATGATCGTA	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GGCAAGTCTAACGGACCAA	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TTGGTTAAGTATGGCGGATC	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.CTTCATGCTTTGGAATCTC	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TCAGGAGATTCTATAAGGA	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.GTTGCTCCTTTCAAGACCA	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TAAGACCGTTTAGATTCCG	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TTGGCAATATGTCGCTCAGT	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.CGACGATATAGATATATCG	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GCGTCGTATACTTAACTAG	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GCTTCTGGTATCGAGTCGC	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TCTCCGAATAGATATATCG	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TGCGTAGTTTGAGTCCAGA	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TTGGAGTTATACTATCCGCA	Mature
neurons	5
12_14_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TCCTACCTTGTTGACGGCC	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.CTATCTCCTCAAGTACTGG	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GTATCGCATTATGCCGAGT	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TCGCGCATTGGATGCAGCA	Immature
neurons	13
12_14_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TCTCTCCATACTTAACTAG	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.TGAGAATCATGACCTCCGCC	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.ATGGCGTATAAGCCGGCTG	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.ATGGCGTATTTCAAGACCA	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CGAGATGCTTTCCATGGCA	Mature
neurons	17
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CTCTACTGTCAAGGCATTC	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GAACGGCTTACTATCTTGA	Immature
neurons	7
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGCAAGTCTACTTAACTAG	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTAGCGATTTTCCATGGCA	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTTCGCTGTTTCAAGACCA	Mature
neurons	10
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TATGCGATTTGCAGACCGGT	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCCTACCTTATAGTCGTAG	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTCGCATAATACTCTCTCAA	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTCTAAGCTTAACTACCGAC	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.AAGCGCCATCGGCGAGACC	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.AGTTGCGCTCTGGATTAGT	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CAACGCAGTCGTCCGTCCT	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CGTCGAAGTGGCATAGCTT	Mature
neurons	10
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTTAGCGGTAGATATATCG	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTAGACGGTCTCGTCTAGG	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TACTCCTATTGGACTCATTG	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TAGAGAGTATTTGGATCCTT	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCGCCAACTTCCAGAAGGT	Mature
neurons	17
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCGCGCATTTTCTTATCGA	Mature
neurons	17
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCGTAGCGTGGATGCAGCA	Mature
neurons	5
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGAGAATCATGACCTCCGCC	Mature
neurons	17
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGGTCGAATGCTCTAACGA	Mature
neurons	17
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCTCTCGTGGATGCAGCA	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.AAGCGCCATTCGTAGAGAA	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.ATGGCGTATTGGAAGTACC	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.AAGATGCCTCGCCGCCTCC	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.ATTGCCGGTTTCCATGGCA	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GACTTGGCTGCAGACCGGT	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GATTACGGTGATGATCGTA	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTAAGCTCTCATTATTACC	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TAGAGAGTATGGTCCAGGAG	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TAGCTCGGTTGATGGCCTT	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCTAGGAATTCAAGGCATTC	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTCTCTCGTTGAGTCCAGA	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTGAGTCCTCCAACTAACC	Mature
neurons	17
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTGGTTAAGTAAGCCGGCTG	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CTAGTACGTAATACTCTTC	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GACTGACGTTTGGATCCTT	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GCTGAAGCTTAGGCAGATA	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTAAGCTCTTAGGCAGATA	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTCCTGCATTTCTTATCGA	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TAGCTCGGTCTCGTCTAGG	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCCGGTCATCTCGTCTAGG	Mature
neurons	17
12_14_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GAACGGCTTTCCGGTAATC	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TCGGTACCTATAGTCGTAG	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.AGCAACGATTCCGGTAATC	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TCCAAGTTATTTGGAATCTC	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.CGAGATGCTCGTCCGTCCT	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TCGCGCATTCCAACTAACC	Immature
neurons	2
12_14_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TTGCGGTCTCTTCGGCGCA	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.ACGCCATATCCGCTATATT	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CCGAGAGATGCAGACCGGT	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CCGAGAGATGTTGACGGCC	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GACTCGCTTACTATCCGCA	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GCAATCGCTTTCAAGACCA	Immature
neurons	7
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGATAGGTTGCGACGCAGA	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGTAGTCCTGCGACGCAGA	Mature
neurons	17
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTACCTCTTTTCCATGGCA	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTTCCAGCTAGTTGCATCT	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCCTACCTTGGATGCAGCA	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TGCCTTGGTGCTAACCTCA	Mature
neurons	17
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TGGTCGAATTTCTTATCGA	Mature
neurons	17
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTCCGACGTGCCAGGATCA	Mature
neurons	5
12_14_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTGAGAGATTACTATCCGCA	Mature
neurons	5
12_14_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.GCAACGTTTCTCGATGGAG	Mature
neurons	5
12_14_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.TCCAAGTTATACTGCCGATA	Immature
neurons	12
12_14_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.GGATAGGTTTCCAGAAGGT	Mature
neurons	5
12_14_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TACTCCTATTTTCTTATCGA	Immature
neurons	12
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CGCCGTAATCAAGTACTGG	Mature
neurons	5
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GAACGGCTTAGTAAGCATA	Mature
neurons	5
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GGAGGTTCTAAGTAGTCAG	Mature
neurons	5
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GTACCTCTTCTTCGGCGCA	Mature
neurons	5
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TTCTCTCGTATAGTCGTAG	Mature
neurons	5
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TTCTGGCCTAGATATATCG	Mature
neurons	5
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GACTTGGCTGAACTGCATC	Immature
neurons	12
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GGAGGTTCTCTTCGGCGCA	Mature
neurons	5
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TGGATCCGTTGATGGCCTT	Mature
neurons	5
12_14_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.CCATCAGGTTACTTACTTA	Mature
neurons	5
12_14_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.GACCAGGATAATACTCTTC	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.GAGCGGTATAAGCCGGCTG	Mature
neurons	17
12_14_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TACTCCTATTACTGCCGATA	Immature
neurons	12
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CCGGAGTTTACTATCCGCA	Mature
neurons	5
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GGCAAGTCTTCCGGTAATC	Mature
neurons	17
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TATGCGATTTTAGGCAGATA	Mature
neurons	5
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCGCGCATTGTCGCTCAGT	Immature
neurons	12
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGAGTTAGATAGATATATCG	Mature
neurons	5
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGGTAATAGTGTTGACGGCC	Mature
neurons	17
12_14_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTCCGACGTATGCAATATG	Mature
neurons	5
12_14_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.GCGCTCAATTTCCATGGCA	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.GTACCTCTTACTGCCGATA	Mature
neurons	5
12_14_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TAGTTACCTTTATGCCGAGT	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.CTGCTGAATTTGGTCATAA	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GCGCTCAATACTATCTTGA	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GGACTTGATTTCCATGGCA	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TCAGGAGATGACCTCCGCC	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TTGGAGTTATAAGTAGTCAG	Immature
neurons	7
12_14_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TATTGACTCTCATGCATCTC	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TCGAATCTTTAGTTGCATCT	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GCATCCAGTTGATGGCCTT	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GGACTTGATTTCTTATCGA	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TCATAGAGTTGCTAACCTCA	Immature
neurons	2
12_14_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.ACCTTCGGTTTCTTATCGA	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.CGCCGTAATATGGCGGATC	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TGCTACTAATTTCCATGGCA	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTACGGCATAATACTCTTC	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTCCAGAGTTTCTTATCGA	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTGCTGAATGTTCTGAATT	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTTCATGCTATAGTCGTAG	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GAACGGCTTACTGCCGATA	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCAATCGCTCTCGTCTAGG	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCAATCGCTGCAGGCGACG	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TAGAGAGTATATAGTCGTAG	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATAAGGCTTTTCCATGGCA	Mature
neurons	17
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATCATGAGTCCGTCGGAGG	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCTCTCCATTCCGGTAATC	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGAGAATCATACTATCTTGA	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGATCTTCTTTAGGCAGATA	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGGACCTCTAGATATATCG	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCGCGGATCTGGATTAGT	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCGCGGATTATTACTCAT	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTGGCAATATTATGCCGAGT	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTGGCTCATACTGCCGATA	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.AAGCGCCATGCTAACCTCA	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ACGAGGTTTGTTGACGGCC	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ACGGCAATTTTACGTATAC	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACCAGGATGCAGACCGGT	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACCGTCATTTGGATCCTT	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGCGACTATGCAGGCGACG	Immature
neurons	8
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGCGACTATGCTAACCTCA	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGCGCATTTTCCGGTAATC	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGTTCGAGTTCCGGTAATC	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTATCGCATGCCAGGATCA	Mature
neurons	10
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTTGCAAGTAGTCCGCGGA	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TAAGACCGTGCAGGCGACG	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TAAGACCGTGCTAACCTCA	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TACTCCTATTGGATGCAGCA	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TATCCAGGTACTTAACTAG	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TATGACTTGTCCGTCGGAGG	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCATGGCTTTTCAAGACCA	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCGAATCTTTACCGTTACGA	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCTACTTACTTGGAAGTACC	Mature
neurons	17
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGAGAATCATATCAACGATT	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGCCTTGGTTTGGAATCTC	Mature
neurons	5
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGGTAGGCTTTGGATCCTT	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTGAGAGATTTTAACGTACC	Mature
neurons	5
12_14_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TCCTATTCTTATAGTCGTAG	Mature
neurons	5
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.CAACGCAGTCGGCGAGACC	Mature
neurons	5
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.CGTCGAAGTAACCTAGCTT	Mature
neurons	5
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.CGTCGAAGTACTGCCGATA	Mature
neurons	5
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TCCGTATGTCTCGTCTAGG	Mature
neurons	5
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TCTATACCTTTGAGGTAGAA	Mature
neurons	5
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TGGTCTCCTGCTCTAACGA	Mature
neurons	5
12_14_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.ATGGAGAGTCCGTCGGAGG	Mature
neurons	5
12_14_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GCGGTATATGCAGGCGACG	Mature
neurons	5
12_14_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GGTTGGCATAGATATATCG	Mature
neurons	5
12_14_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GGTTGGCATTTCTTATCGA	Mature
neurons	17
12_14_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TAGTTACCTTTGGAAGTACC	Mature
neurons	5
12_14_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TATGCGATTTTATAGTAAGC	Mature
neurons	17
12_14_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TGGTCGAATATCAACGATT	Immature
neurons	12
12_14_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TTCTAAGCTTGACCTCCGCC	Mature
neurons	5
12_14_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GGAGGTTCTTATGCCGAGT	Mature
neurons	5
12_14_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TATGACTTGTAGTCCGCGGA	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCTATACCTTCTTCGGCGCA	Oenocytes	18
12_14_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TATTGACTCTCTGGATTAGT	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TCTACTTACTCATGCATCTC	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.ACCAATGCTTTGGAATCTC	Mature
neurons	17
12_14_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.ACGAGGTTTAGTCCGCGGA	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GTCGGCAATTTGGTCATAA	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TAGCTCGGTTAGGCAGATA	Immature
neurons	2
12_14_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TCGCCAACTTCCAGAAGGT	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TGGTCGAATTCGTAGAGAA	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CCGAGAGATTGAGTCCAGA	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CCGGAGTTTAGTCCGCGGA	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CCGGATAGTGCAGGCGACG	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CGACGATATACTATCCGCA	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CTCCAGAGTTTGGATCCTT	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GTCCTGCATACGAGGACCT	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCCGGTCATAAGCCGGCTG	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCGCGCATTACTGCCGATA	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TGGCCTGATATCGAGTCGC	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TGGTCGAATGGATGCAGCA	Mature
neurons	17
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TGGTCTCCTCCGCTATATT	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TTAATGAGCTACTGCCGATA	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TTCGCATAATTTGGAATCTC	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.ATAGTCGCTACGAGGACCT	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.ATTGCCGGTGCGACGCAGA	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AAGCGCCATCCAACTAACC	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CAACGCAGTGCAGGCGACG	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CGCCGTAATTTCCATGGCA	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTAGTACGTTATAGTAAGC	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GAGACTAGTTTCAAGACCA	Immature
neurons	8
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCGTCGTATTTCAAGACCA	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGAGGTTCTTAGGCAGATA	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGCGACTATGGCTATGACT	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAAGACCGTTAGGCAGATA	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCCTCGAGTCCGTCGGAGG	Mature
neurons	17
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGAATCTTTAAGCCGGCTG	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGAATCTTTCTGGATTAGT	Mature
neurons	17
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGCGCATTGTTCTGAATT	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCTACTTACTTAGGCAGATA	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCTCTCCATTCGTAGAGAA	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGCGTAGTTACTCTCTCAA	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGGTCGAATAACTGATCTT	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCCGACGTTAGGCAGATA	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCGCATAATTATGCCGAGT	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGAGAGATTTATGCCGAGT	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGAGTCCTAAGCCGGCTG	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTTGCTTAGTCATTATTACC	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.CGCCGTAATGACCTCCGCC	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GCGCTCAATTTCAAGACCA	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GCTGGCTATCTCGTCTAGG	Oenocytes	18
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TGCCTATTATACGAGGACCT	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TTGGCTCATTGGAAGTACC	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AGTTGCGCTCCGTCGGAGG	Mature
neurons	17
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CAGAAGGCTGACCTCCGCC	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTGGAAGATTTGGATCCTT	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACTGACGTAAGCCGGCTG	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GAGCGGTATTGGAAGTACC	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCAACGTTTGGATGCAGCA	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGAGCTCATTTCTTATCGA	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGTCCTTCTTTCTTATCGA	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGTTCGAGTCAAGGCATTC	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATCCAGGTACCGTTACGA	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCCTACCTTATCGAGTCGC	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCGTCTATTTCTCGTCTAGG	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCTCGCTCTACTATCTTGA	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCTCTCGTTACTTACTTA	Mature
neurons	5
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGCGGTCTGAACTGCATC	Mature
neurons	17
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTTGCTTAGTTGATGGCCTT	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACGAGGTTTGACCTCCGCC	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CAACGCAGTTCTAGAACTA	Mature
neurons	17
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CAGAAGGCTCGCCGCCTCC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTACGGCATCGTCCGTCCT	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTACGGCATTACTTACTTA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTAGTACGTTGGAAGTACC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTCCAGAGTAGTCCGCGGA	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTTAGCGGTACTATCCGCA	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTTGGCTATAGTCGTAG	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCAGATACTAAGTAGTCAG	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCCATGGTTAATTATCAGC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCTGAAGCTATGCAATATG	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCTGAAGCTGCTCTCGCCT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCTTCTGGTCCAACTAACC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGTTGGCATCGCCGCCTCC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTAGACGGTATAGTCGTAG	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAAGACCGTAGATATATCG	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TACGGTAGTTTGGATCCTT	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAGAGCCTTTCGTAGAGAA	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATATGCGTTTGATACGAGT	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATCGAACTTACTGCCGATA	Mature
neurons	17
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCAGCGGTTGTTGACGGCC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCAGGAGATCATGCATCTC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGAGTTAGATGCTAACCTCA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGGTAATAGTTGAGTCCAGA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCAACTGATCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCCGACGTTTGGAATCTC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTTGCTTAGTTTAGATTCCG	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ATGGCAGCTTCCGGTAATC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CAATCGGTTTTGGAATCTC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CAGAAGGCTTGATGGCCTT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CATCGGACTGCAGACCGGT	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTATCTCCTCTGGATTAGT	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTGGAAGATAATACGCAGG	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GAACGGCTTCGGTCGTTAA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCAGATACTAATACTCTTC	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCTGAAGCTATGCAATATG	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGAGCTCATAAGTAGTCAG	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGAGGTTCTCTGGATTAGT	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGTACGGATACTTAACTAG	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGTACGGATCCTAGCGCCT	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTTGCAAGTACTGCCGATA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGAGCCTTGCGACGCAGA	Mature
neurons	17
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATGACTTGTCGTCCGTCCT	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGCGCATTATGCAATATG	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGCGCATTTCGTAGAGAA	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGTCTATTTAAGCCGGCTG	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGCCTTGGTCTCGATGGAG	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGTAGGCTCTGCTTCGAC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTATAGGCATTATAGTAAGC	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCGCGGATTTGGAATCTC	Mature
neurons	17
12_14_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GGCAAGTCTTGGAAGTACC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CGTCGAAGTTTGGAATCTC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCCAATAGTTCTGGATTAGT	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.ACGCCATATTGGAAGTACC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.AGGCATCATTTCCATGGCA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GGAGCTCATAGATATATCG	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TTCAACTGATTGGAAGTACC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACCTTCGGTCAAGGCATTC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.AGCAACGATTTCTTATCGA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ATGGCGTATATGCAATATG	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CAATCGGTTCTGGATTAGT	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CCTCCTGATTTGGATCCTT	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GACTACCATCGCCGCCTCC	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCAATCGCTGCTAACCTCA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCATCCAGTTCCAGAAGGT	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGACTTGATACCGTTACGA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGCAAGTCTCAAGTACTGG	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGCGACTATATAGTCGTAG	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGTCCTTCTGACCTCCGCC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTCGGCAATGCCAGGATCA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTTGCTCCTTGGAAGTACC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TAGAGCCTTATGCAATATG	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATATGCGTTCGGCGAGACC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCATAGAGTTAATACTCTTC	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCTCGCTCTAGATATATCG	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGATCTTCTTGCAGACCGGT	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCGCATAATTGGAAGTACC	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCTGGCCTACTATCTTGA	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCTTAACCTGCAGGCGACG	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GGCTTACTTTGGAACTAGA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TAGAGAGTATATCAACGATT	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TAGCTCGGTAATTATCAGC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACCTTCGGTCGGCGAGACC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CGGTTCCATGGATGCAGCA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTCCTCGTTTTCTTATCGA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTGGAAGATAGATATATCG	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTGGAAGATTGATGGCCTT	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTTAGCGGTTTAGGATCTA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACCGTCATATAGTCGTAG	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GATCGACCTCGGTCGTTAA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCGGTATATTCCGGTAATC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGAGGTTCTTCCAGAAGGT	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGAGGTTCTTGAGGTAGAA	Mature
neurons	17
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGCGCATTTCTCGTCTAGG	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTACGGATATGCAATATG	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATGCGATTTCATGCATCTC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATGGTCTTTTATAGTAAGC	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCATGGCTTCGGTCGTTAA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCCTATTATTTAGATTCCG	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCTACTAATACCGTTACGA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCTACTAATACTGCCGATA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGATCCGTTTCTTATCGA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGTAGGCTTTCCATGGCA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGTCGAATAACTGCTGCC	Mature
neurons	17
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCCATTACTGCAGACCGGT	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCCGACGTGACTAGTCTA	Mature
neurons	5
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGCGGTCTGCAGGCGACG	Immature
neurons	8
12_14_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.GCATCCAGTCGCCGCCTCC	Mature
neurons	5
12_14_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.GGAGGTTCTAGTTGCATCT	Mature
neurons	5
12_14_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.GGTTCGAGTGACCTCCGCC	Mature
neurons	5
12_14_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.TAACTAAGGTCCAGGTCTAC	Mature
neurons	5
12_14_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.ACCGTAGCTCAAGATTAAG	Mature
neurons	17
12_14_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TAAGACCGTTTCCATGGCA	Mature
neurons	5
12_14_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TATAAGGCTTTGGAAGTACC	Mature
neurons	5
12_14_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TCAGCGGTTGCTAACCTCA	Mature
neurons	5
12_14_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TCTAGGAATTTAGGCAGATA	Mature
neurons	5
12_14_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GCGCTCAATTGAGTCCAGA	Mature
neurons	5
12_14_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GTATCGCATTCGTAGAGAA	Mature
neurons	5
12_14_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TTGAGAGATTGCAGACCGGT	Mature
neurons	5
12_14_exp1_idx1TAGGTAACTT_idx2CCGTCGGAGG.TCGTCTATTTATCAACGATT	Mature
neurons	17
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GCAACGTTTATGCAATATG	Mature
neurons	5
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GCTTCTGGTTCCGGTAATC	Mature
neurons	5
12_14_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.ACCTTCGGTTTCCATGGCA	Mature
neurons	5
12_14_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.CTCCTCGTTAGCGTCAATG	Mature
neurons	5
12_14_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.GCTCGAGATGTTCTGAATT	Mature
neurons	5
12_14_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TCGCCAACTCTTCGGCGCA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GACTACCATATGGCGGATC	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GCTGAAGCTCCGCTATATT	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GTAGCGATTACTTAACTAG	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TACTCCTATTAAGTAGTCAG	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGCCTATTATGCTAACCTCA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGCTACTAATCGGCGAGACC	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGCTCCTATATCAACGATT	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TTCAACTGATTGATGGCCTT	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TTGGCTCATGCAGGCGACG	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GCATCCAGTGGATGCAGCA	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GCATCCAGTTTGGATCCTT	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GTTGCAAGTTAGGCAGATA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TATTCGGCTATCAACGATT	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGCTAATTCTGAACTGCATC	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGGTAGGCTCTCGATGGAG	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.AAGCGCCATCTCGATGGAG	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ACGAGGTTTTTGGATCCTT	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ATAGTCGCTCCGCGGACCG	Mature
neurons	17
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CGCCGTAATAGATATATCG	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CTGCTGAATACGAGGACCT	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTAAGCTCTTCCAGAAGGT	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTCCTGCATACTTAACTAG	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TACGGTAGTTCCGGTAATC	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCAGTTGGTACGAGGACCT	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCAGTTGGTATAGTCGTAG	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCGGTACCTAGATATATCG	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGGTAATAGTATCAACGATT	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACGAGGTTTGCAGACCGGT	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.AGCAACGATTTCTTATCGA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ATTGCCGGTCTGGATTAGT	Mature
neurons	17
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CAGAAGGCTAAGTAGTCAG	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CGGTTCCATTAGGCAGATA	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTACGGCATTTCTTATCGA	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTGGAAGATTGAGTCCAGA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GAACGGCTTCGTCCGTCCT	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACCAGGATAAGCCGGCTG	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCTGGCTATCGTCCGTCCT	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGAGCTCATGACCTCTCTG	Mature
neurons	17
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGAGGTTCTCGGCGAGACC	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGTAGTCCTATAGTCGTAG	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGTCCTTCTTCCGGTAATC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGTCTACGTTTCCATGGCA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTCGGCAATCGCCTCGAAC	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAAGACCGTTATAGTAAGC	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCTATTCTTCTCGATGGAG	Mature
neurons	17
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGAATCTTTGCTAACCTCA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGCCAACTGCTCTAACGA	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGCCAACTTTGGTCATAA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCTACTTACTTATGCCGAGT	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCTAGGAATTCATGCATCTC	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGCCTTGGTCAAGATTAAG	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGGTAATAGTGCAGACCGGT	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGGTCTCCTTAGGCAGATA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGGTCTCCTTCTAGAACTA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCCATTACTTCTAGAACTA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGGCAATATATCAACGATT	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.ATAGTCGCTACTTAACTAG	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GAACGGCTTAAGCCGGCTG	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GACTACCATGCTAACCTCA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GCTCGAGATACTTCCGAAT	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GGCAAGTCTTATAGTAAGC	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCGAATCTTTAACTGCTGCC	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCTATACCTTCATGCATCTC	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TGCTAATTCTAAGTAGTCAG	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.ACGAGGTTTTCTATAAGGA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GCATCCAGTAGTCCGCGGA	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GCGCTCAATCCAACTAACC	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GGAGCTCATGCAGACCGGT	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GTTCCAGCTCTGGATTAGT	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TACTCCTATTTCTAGAACTA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCCGTATGTTGGAAGTACC	Mature
neurons	17
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCCTCGAGTGCTAACCTCA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TTCTCTCGTATCAACGATT	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.ACCTTCGGTTTCTTATCGA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GACTCGCTTTCCGGTAATC	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TATGGTCTTTATCGAGTCGC	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TATGGTCTTTGTTGACGGCC	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TGCTCCTATCTGGATTAGT	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TTATAGGCATGCCAGGATCA	Mature
neurons	17
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AAGATGCCTTACTTACTTA	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ACGAGGTTTTCTATAAGGA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AGTTGCGCTACTGCCGATA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ATTGCCGGTTCCGGTAATC	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CCGGAGTTTAGTTGCATCT	Immature
neurons	8
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CGAGATGCTACTTAACTAG	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTCCGGTTTAACCTAGCTT	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GATTACGGTTTCTTATCGA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCAACGTTTTCCGGTAATC	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCATCCAGTAGTCCGCGGA	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCCATGGTTTGGAAGTACC	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCGCTCAATCCAACTAACC	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCGTCGTATGAACTGCATC	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCTCGAGATCATGCATCTC	Mature
neurons	17
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCTGGCTATGCGACGCAGA	Mature
neurons	10
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGAGCTCATACCGTTACGA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TACTCCTATTTCTAGAACTA	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATATGCGTTAATTATCAGC	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATCGAACTTATGCAATATG	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATCGAACTTCATGCATCTC	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCAGCGGTTTCCAGAAGGT	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCAGGAGATGCGACGCAGA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCGTATGTTGGAAGTACC	Mature
neurons	17
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCTCGAGTGCTAACCTCA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCGTTCTGTAATACTCTTC	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGAACGCGTACCGTTACGA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGAATTCGTTGGATGCAGCA	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGCTCCTATTTGGAATCTC	Mature
neurons	5
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCTCTCGTATCAACGATT	Immature
neurons	12
12_14_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.GTTCGCTGTCTCGATGGAG	Mature
neurons	5
12_14_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TATGCGATTTAAGCCGGCTG	Mature
neurons	5
12_14_exp1_idx1TATAATAGTT_idx2AGATCCTATA.ATGGCGTATCCGCTATATT	Mature
neurons	5
12_14_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TTGGCAATATGTCCAACTCA	Mature
neurons	5
12_14_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TTGGTTAAGTTTCCATGGCA	Mature
neurons	5
12_14_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.TCGAATCTTTAATACTCTTC	Mature
neurons	5
12_14_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TATAAGGCTTGAACTGCATC	Mature
neurons	5
12_14_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TTCTCTCGTTCCGGTAATC	Mature
neurons	5
12_14_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.CCTCCTGATGCAGGCGACG	Mature
neurons	5
12_14_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TCCTATTCTTATTGCGCTGA	Mature
neurons	5
12_14_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.TGATCTTCTTATCGAGTCGC	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CCGAGAGATACTTCCGAAT	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GACTTGGCTTGATGGCCTT	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCGTTCTGTGCGACGCAGA	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.AGCAACGATATCAACGATT	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CGTCGAAGTAAGCCGGCTG	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GCTGAAGCTGGTCCAGGAG	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TGAGAATCATTATAGTAAGC	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TGCTCCTATTGATGGCCTT	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ACCTTCGGTACCGTTACGA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.AGCAACGATAATTATCAGC	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CAGAAGGCTAAGTAGTCAG	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CGGTTCCATGACCTCCGCC	Mature
neurons	17
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CGTCGAAGTCAAGGCATTC	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACCGAATTGCTCTAACGA	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GATTACGGTTGGAAGTACC	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGCGACTATGTTGACGGCC	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGTCTACGTCTTCGGCGCA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TAAGACCGTCCAACTAACC	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TAGCTCGGTTTGGATCCTT	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TAGGTACTATTCTAGAACTA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TAGTTACCTTGACCTCCGCC	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATAAGGCTTGTTGACGGCC	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCAGCGGTTTTAGATTCCG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCAATAGTTTATGCCGAGT	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCTCTCGTTGATACGAGT	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCTGGCCTACTGCCGATA	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCTTAACCTCCAACTAACC	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTGAGTCCTACGAGGACCT	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTGGAGTTATTGGAAGTACC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CTTAGCGGTAATACTCTTC	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GACTACCATGCTAACCTCA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCAGATACTGAACTGCATC	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GGCGCATTTATGCAATATG	Mature
neurons	17
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCGTCTATTTCCGTCGGAGG	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCGTTCTGTCCGCTATATT	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGAGAATCATCTCGATGGAG	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGCCTTGGTAGTCCGCGGA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGGTAGGCTTTCCATGGCA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTATAGGCATATAGTCGTAG	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTCAACTGATACTATCCGCA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AAGATGCCTTTCTTATCGA	Mature
neurons	17
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACCGTAGCTATGCAATATG	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACCTTCGGTGTTCTGAATT	Mature
neurons	17
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACCTTCGGTTGAGTCCAGA	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACCTTCGGTTGATGGCCTT	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACGAGGTTTGATGATCGTA	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AGTTGCGCTTTCAAGACCA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ATAGTCGCTAAGCCGGCTG	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CCAGAACCTTGAGTCCAGA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CCGGAGTTTTTCTTATCGA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CGACGATATACTGCCGATA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTGCTGAATTTAACGTACC	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACTTGGCTCAAGTACTGG	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCATCCAGTGACCTCCGCC	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGAGGTTCTCGCCGCCTCC	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTCTACGTAATACTCTTC	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATGCGATTTTGAGTCCAGA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCAGGAGATCGGCGAGACC	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCATAGAGTTAACCTAGCTT	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCCTACCTTTCCGGTAATC	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCCTATTCTTTGATACGAGT	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTAGGAATTCCGTCGGAGG	Mature
neurons	17
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGCTCCTATATGGCGGATC	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGGCCTGATGTTGACGGCC	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGGTAGGCTGCTAACCTCA	Mature
neurons	17
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGGTTAAGTGCTAACCTCA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.AAGCGCCATTGGAAGTACC	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.ACGAGGTTTTCCGGTAATC	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TATAAGGCTTTCGTAGAGAA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TTGAGTCCTTGGAAGTACC	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.ACGAGGTTTCCGCTATATT	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TATGACTTGTCCGTCGGAGG	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.AACCGCTGTATCAACGATT	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.AACCGCTGTTCCGTCGCCA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.ACCAATGCTCCAACTAACC	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.ACGGCAATTGCAGACCGGT	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CGACGATATTCCGGTAATC	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CGCCGTAATGGTCCAGGAG	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCCAAGTTATGACCTCCGCC	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCCGTATGTAGTCCGCGGA	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TTCGCGGATCCGCTATATT	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CGTCGAAGTCAAGGCATTC	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CTCCTCGTTTCTAGAACTA	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GATTACGGTGCAGACCGGT	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GGCGACTATGTTGACGGCC	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TAGGTACTATGACCTCTCTG	Mature
neurons	17
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCCTACCTTCGGCGAGACC	Mature
neurons	5
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TTGAGTCCTACGAGGACCT	Mature
neurons	5
12_14_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.CTTCATGCTAATACTCTTC	Mature
neurons	5
12_14_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.TCTCTCCATTCTATAAGGA	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.TTGGCTCATGTCGCTCAGT	Mature
neurons	5
12_14_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.ACGGCAATTACTTAACTAG	Mature
neurons	5
12_14_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.CCGGAGTTTCCGTCGGAGG	Immature
neurons	7
12_14_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TGAATTCGTTTGATGGCCTT	Immature
neurons	2
12_14_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TGGTCTCCTTATAGTAAGC	Mature
neurons	5
12_14_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TTGAGTCCTTGATGGCCTT	Mature
neurons	5
12_14_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TTGGCAATATGCAGACCGGT	Mature
neurons	5
12_14_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.TCGCCAACTTTCCATGGCA	Mature
neurons	5
12_14_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.TGGTAGGCTTCTAGAACTA	Mature
neurons	5
12_14_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.TTGGTTAAGTGCTAACCTCA	Mature
neurons	17
12_14_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.TTCCGACGTCCAACTAACC	Mature
neurons	5
12_14_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.CCAGAACCTGCAGGCGACG	Mature
neurons	5
12_14_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.GCGCTCAATATGCAATATG	Mature
neurons	5
12_14_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.GGTCCTTCTAGTCCGCGGA	Mature
neurons	5
12_14_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TCTCCGAATGTTGACGGCC	Mature
neurons	5
12_14_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.CATCGGACTAAGCCGGCTG	Mature
neurons	5
12_14_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.CTCCGGTTTGCAGGCGACG	Mature
neurons	5
12_14_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.GCTGGCTATTCCGTCGCCA	Mature
neurons	5
12_14_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.TACGGTAGTTATTACTCAT	Mature
neurons	5
12_14_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.GACCGAATTCTCGATGGAG	Mature
neurons	5
12_14_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.TCGTCTATTTGCTAACCTCA	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.AAGCGCCATTTCTTATCGA	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.ATAGTCGCTTATGCCGAGT	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GAACGGCTTTAGGCAGATA	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.ACCTTCGGTATCAACGATT	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GCATCCAGTTCCAGAAGGT	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GGCGACTATACTTAACTAG	Mature
neurons	17
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GTAAGCTCTTGAGTCCAGA	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GTTCGCTGTATCGAGTCGC	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TGAACGCGTGCTAACCTCA	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GAACGATGTATCAACGATT	Mature
neurons	17
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GAACGGCTTCCAACTAACC	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCCATGGTTTCCGGTAATC	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCTCGAGATTATGCCGAGT	Mature
neurons	17
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTCCTTCTGCGACGCAGA	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TACTCCTATTTGGAAGTACC	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGCTCGGTCGGTCGTTAA	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGTTACCTTTTAGATTCCG	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATAAGGCTTTCGTAGAGAA	Mature
neurons	17
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCAGTTGGTCTCGATGGAG	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCAATAGTTGCGACGCAGA	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCGTATGTGTTGACGGCC	Mature
neurons	17
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCTACCTTAGTCCGCGGA	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCTACCTTTTGGATCCTT	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCTCGCTCTACTCTCTCAA	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCTCGCTCTACTGCCGATA	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGAACGCGTTCGTAGAGAA	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCCTTGGTCTGCTTCGAC	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCCTTGGTGGATGCAGCA	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCCGACGTTTGGATCCTT	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGAGAGATTCTGGATTAGT	Mature
neurons	17
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGAGTCCTTCGTAGAGAA	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGGAGTTATTGGAAGTACC	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.CCTCCTGATATCGAGTCGC	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.CTAGTACGTTGATACGAGT	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TATCCAGGTCCAACTAACC	Mature
neurons	17
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TCTCCGAATACGAGGACCT	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TGCTACTAATCGCCTCGAAC	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ATGGAGAGTTCCGGTAATC	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ATTGCCGGTCAAGGCATTC	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CAACGCAGTTCGTAGAGAA	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTCCGGTTTTTCTTATCGA	Mature
neurons	17
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GACCGAATTTGGAAGTACC	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GACCGTCATTCCGGTAATC	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCAGATACTATGCAATATG	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCCATGGTTTCCAGAAGGT	Mature
neurons	17
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCGTCGTATCTGGATTAGT	Mature
neurons	17
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGAGCTCATTTGGTCATAA	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTCGGCAATACGAGGACCT	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTCGGCAATGCTAACCTCA	Immature
neurons	2
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTTCCAGCTACGAGGACCT	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TATGAGAACTTTGGATCCTT	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TATTGACTCTTGATACGAGT	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCGTTCTGTACGAGGACCT	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGGTAATAGTCCGTCGGAGG	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GACTGACGTACTGCCGATA	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GCAATCGCTCGGTCGTTAA	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GCGTCGTATAAGTAGTCAG	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GGTCCTTCTTCCAGAAGGT	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GTCCTGCATTAGGCAGATA	Mature
neurons	17
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TCAGGAGATTGAGTCCAGA	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TGAATTCGTTCTGGATTAGT	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TTGGCAATATGTTGACGGCC	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GACTCGCTTATAGTCGTAG	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GACTGACGTTTGGAATCTC	Mature
neurons	5
12_14_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GTAGACGGTATCAACGATT	Mature
neurons	5
12_14_exp10_idx1AATACGATAA_idx2AACTTATAAG.ACAGGTATTTCCAGGTCTAC	Mature
neurons	5
12_14_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TACTTGCGTTCGATATTGA	Mature
neurons	5
12_14_exp10_idx1AATACGATAA_idx2CTCGATGGAG.GATACGTCTCCAGGTCTAC	Mature
neurons	5
12_14_exp10_idx1AATACGATAA_idx2GCTCTCGCCT.TAAGAATGGTGACTAGTCTA	Mature
neurons	5
12_14_exp10_idx1AATACGATAA_idx2TGATACGAGT.GTCGTAACTAGTAAGCATA	Mature
neurons	5
12_14_exp10_idx1ACGGCGTTAA_idx2AGCGTCAATG.TCCTATTCTTTTATAAGAAC	Mature
neurons	5
12_14_exp10_idx1ACGGCGTTAA_idx2CGATCATTAC.GCAGATACTAATACGCAGG	Mature
neurons	5
12_14_exp10_idx1ACGGCGTTAA_idx2GACCTCTCTG.AACTAGTTGTGGTATCCGCC	Mature
neurons	5
12_14_exp10_idx1AGACCATATC_idx2AGGATTACCA.GGTTCGAGTCCGCGGACCG	Mature
neurons	17
12_14_exp10_idx1AGACCATATC_idx2AGGATTACCA.TCCTAACTTTGATCGCTTCT	Mature
neurons	5
12_14_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TTCGCATAATTGAGGTAGAA	Mature
neurons	5
12_14_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.ATGGTTGGTGGCTAATTAA	Mature
neurons	5
12_14_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TCCAAGTTATAGCTCTCCTC	Mature
neurons	5
12_14_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.GGTTCGAGTTGCGGACCTA	Mature
neurons	5
12_14_exp10_idx1AGGTCAGCTT_idx2ATAAGAGGCG.TAGGTACTATAACTACCGAC	Mature
neurons	5
12_14_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.GTCGTAACTTGAGGTAGAA	Mature
neurons	5
12_14_exp10_idx1AGGTCAGCTT_idx2GGCTAATTAA.TTGGTTAAGTGACTAGTCTA	Mature
neurons	5
12_14_exp10_idx1AGGTCAGCTT_idx2TCCGGTAATC.ATTAGGTACTCCGCGGACCG	Mature
neurons	5
12_14_exp10_idx1AGGTCAGCTT_idx2TCCGGTAATC.TCTAGGAATTTTATAAGAAC	Mature
neurons	17
12_14_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TGCCTATTATAACTACCGAC	Mature
neurons	5
12_14_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.GCTGAAGCTTCGATATTGA	Mature
neurons	17
12_14_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.GGTCAGTTTGCCATTCTCC	Mature
neurons	5
12_14_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TTGGAGTTATGGCATAGCTT	Mature
neurons	5
12_14_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.ACTTGATTGTTTATCCGGAT	Mature
neurons	5
12_14_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.CTGATAGGTTATATACTAA	Mature
neurons	5
12_14_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.CAGTATCCTAGTAAGCATA	Mature
neurons	17
12_14_exp10_idx1ATAAGGACTC_idx2CATTATTACC.TCAGGAGATCCGCGGACCG	Mature
neurons	17
12_14_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.GTATCGCATAACTACCGAC	Mature
neurons	5
12_14_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.AAATTCCTCTGACCTCTCTG	Mature
neurons	5
12_14_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.ACTTGATTGTACGCAACTCC	Mature
neurons	5
12_14_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.GATACGTCTCCGCGGACCG	Immature
neurons	2
12_14_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.GGACTTGATCATTATTACC	Immature
neurons	7
12_14_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.GGCTAAGATTTAGGATCTA	Immature
neurons	7
12_14_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TAATCAGCTTGCCATTCTCC	Mature
neurons	5
12_14_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.AATTCATCGTTTGGTCATAA	Mature
neurons	5
12_14_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TTAATGAGCTCCAGGTCTAC	Mature
neurons	5
12_14_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.ACGCTTGATGGCATAGCTT	Mature
neurons	5
12_14_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.TTCGTTCCTTATATACTAA	Mature
neurons	5
12_14_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.CATCAACGTGTCATTGCGC	Mature
neurons	5
12_14_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TAAGAATGGTGACTAGTCTA	Mature
neurons	5
12_14_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.TATAAGAGGTGGCTCTCTAT	Immature
neurons	2
12_14_exp10_idx1GAGCGCGATG_idx2CTGCAATCGC.TTCGTTCCTGCTGGAACTT	Mature
neurons	5
12_14_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.ATTAGGTACTAATACCATCC	Mature
neurons	5
12_14_exp10_idx1GAGCGCGATG_idx2GGAACGATGG.GAGACTAGTGGCATAGCTT	Mature
neurons	5
12_14_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.TAAGAATGGTATCCATGACT	Mature
neurons	5
12_14_exp10_idx1GATTCTTGAA_idx2CCAAGCTGAA.GTCATCTGTAACTACCGAC	Mature
neurons	17
12_14_exp10_idx1GATTCTTGAA_idx2GGTCCAGGAG.GATACGTCTGGCATAGCTT	Mature
neurons	17
12_14_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.TATAAGAGGTTGAGGTAGAA	Mature
neurons	5
12_14_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.GATAAGCGTTCGATATTGA	Mature
neurons	5
12_14_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.TATCTCGATTTTAGGATCTA	Mature
neurons	5
12_14_exp10_idx1GCATCGTATG_idx2TCGATATTGA.GCGTACTTTAATTATCAGC	Mature
neurons	5
12_14_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.TGAATTCGTTAATACGCAGG	Mature
neurons	5
12_14_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.GGAGGTTCTCAAGATTAAG	Immature
neurons	12
12_14_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.GGTACCATTTTATAAGAAC	Mature
neurons	5
12_14_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.AACTGGCATAATACCATCC	Mature
neurons	5
12_14_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.GCCATGGTTGGCTAATTAA	Mature
neurons	5
12_14_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TGGTAATAGTAGAGCCAAGG	Mature
neurons	5
12_14_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.GATCGACCTGGCATAGCTT	Mature
neurons	5
12_14_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.ACAGGTATTTACGCAACTCC	Mature
neurons	5
12_14_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GACCAGGATGCCATTCTCC	Mature
neurons	5
12_14_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GAGGAACTTGACTAGTCTA	Mature
neurons	5
12_14_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TATAAGAGGTCGATCATTAC	Immature
neurons	2
12_14_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TGACGAGGTGCCATTCTCC	Mature
neurons	5
12_14_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.CTGAGCATTTGCGGACCTA	Mature
neurons	5
12_14_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TCCTAACTTTGGCTAATTAA	Mature
neurons	5
12_14_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.GTAAGGAGTGATCGCTTCT	Mature
neurons	5
12_14_exp10_idx1GCTTGAAGAG_idx2TCTATAAGGA.TATGGTCTTTAACTACCGAC	Mature
neurons	5
12_14_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.ATTGATCGTTAATACCATCC	Mature
neurons	5
12_14_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TAAGAATGGTGGCTGAGCTC	Immature
neurons	12
12_14_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.GCTGGCTATTCTAATAGTA	Mature
neurons	5
12_14_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.CATCAACGTTGAGGTAGAA	Mature
neurons	5
12_14_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TCTATACCTTTTATAAGAAC	Immature
neurons	12
12_14_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.AGTATTAGCTACCGCCAACC	Mature
neurons	5
12_14_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.TTATAGGCATATCCATGACT	Mature
neurons	5
12_14_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TTCGCATAATTCTAATAGTA	Immature
neurons	2
12_14_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TACTTGCGTGACTAGTCTA	Mature
neurons	5
12_14_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TCTAGGAATTAATACGCAGG	Immature
neurons	7
12_14_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.TACTCCTATTGGCTAATTAA	Mature
neurons	5
12_14_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TATCGAACTTAATACCATCC	Mature
neurons	17
12_14_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.AAATTCCTCTAACTACCGAC	Mature
neurons	5
12_14_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.GAACGATGTGGCTAATTAA	Mature
neurons	5
12_14_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.TGCTGGATTAGTAAGCATA	Mature
neurons	5
12_14_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.GGACTTGATACCGCCAACC	Mature
neurons	5
12_14_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TACGGTAGTTTATAAGAAC	Mature
neurons	17
12_14_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.TAACGACTTTGCTAACTTGC	Mature
neurons	5
12_14_exp10_idx1TAGGTAACTT_idx2GATGATCGTA.CTTCATGCTTGAGGTAGAA	Mature
neurons	5
12_14_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.GGTACCATTGTCCAACTCA	Mature
neurons	5
12_14_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TACGGTAGTGTCCAACTCA	Mature
neurons	5
12_14_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTGGCTCATGACCTCTCTG	Mature
neurons	17
12_14_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.ACTTGATTGTTGCGGACCTA	Mature
neurons	5
12_14_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TATGACTTGTAGTAAGCATA	Mature
neurons	17
12_14_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TATTGACTCTGCCATTCTCC	Mature
neurons	5
12_14_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.GGCGTTAATAACTACCGAC	Mature
neurons	5
12_14_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TGAATTCGTTGACTAGTCTA	Mature
neurons	17
12_14_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TTGAGAGATTTTATAAGAAC	Mature
neurons	5
12_14_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TTTGCTTAGTACGCAACTCC	Mature
neurons	5
12_14_exp10_idx1TATAATAGTT_idx2AACGAGGCTA.GACGTTCGTGCCATTCTCC	Mature
neurons	5
12_14_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.CGAATGAGTGACCTCTCTG	Mature
neurons	5
12_14_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TCCTAACTTTAGTAAGCATA	Mature
neurons	5
12_14_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TAGGAAGGTGGCTAATTAA	Mature
neurons	17
12_14_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TTCTCTAGTTGGTATCCGCC	Mature
neurons	5
12_14_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TTGGCAATATACTTCCGAAT	Mature
neurons	5
12_14_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TGGATTCTATACCGCCAACC	Mature
neurons	5
12_14_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TGGTAATAGTGGCTAATTAA	Mature
neurons	5
12_14_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.ACCATGATTTAATACGCAGG	Mature
neurons	5
12_14_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.ACTTACTCATGGCATAGCTT	Mature
neurons	5
12_14_exp10_idx1TCTTGAGGTT_idx2TGGCCGCAAT.TAGTTACCTTAATACGCAGG	Mature
neurons	5
12_14_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.TAATACCAGTGCCATTCTCC	Immature
neurons	12
12_14_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.ATCAGTCATTTGCCGGCAGA	Mature
neurons	5
12_14_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TAATCAGCTTACGGAGGCGG	Mature
neurons	5
12_14_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TCGAATCTTTAATACCATCC	Mature
neurons	5
12_14_exp10_idx1TGGACGACTA_idx2TGATACGAGT.TGCTAATTCTCCAGGTCTAC	Mature
neurons	17
12_14_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.TACTCCTATTCAAGATTAAG	Mature
neurons	5
12_14_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.TCTATACCTTAATACCATCC	Mature
neurons	5
12_14_exp10_idx1TTATTGAGGC_idx2CGAAGGACGA.CAAGCAACTTCGATATTGA	Mature
neurons	5
12_14_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.TATGAGAACTCAAGATTAAG	Mature
neurons	5
12_14_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.TGCAAGGTTTCTAATAGTA	Mature
neurons	17
12_14_exp10_idx1TTCGAATATT_idx2ACGCAACTCC.ATACCAGTTTGTCCAACTCA	Mature
neurons	17
12_14_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.AGAGTACCTCCGCGGACCG	Mature
neurons	10
12_14_exp10_idx1TTGCCGTAGG_idx2CGAGCTGCCA.CAAGCAACTACTTCCGAAT	Mature
neurons	5
12_14_exp10_idx1TTGCCGTAGG_idx2GATGATCGTA.GCGTACTTTCATTATTACC	Mature
neurons	5
12_14_exp10_idx1TTGCGAGCAT_idx2CGTCCGTCCT.TGAATTCGTTACTTCCGAAT	Mature
neurons	5
12_14_exp10_idx1TTGCGAGCAT_idx2GGACTCATTG.TTGAGAGATTGGTATCCGCC	Mature
neurons	5
12_14_exp2_idx1ATTATGCAAG_idx2TTGAGTATCA.CGAAGACCTCTTGGTAATG	Mature
neurons	5
12_14_exp2_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TAGATGACTTCCATTATCTA	Mature
neurons	5
12_14_exp3_idx1ACGGCGTTAA_idx2AATTGCCTAC.TAGGAAGGTTGAGGTAGAA	Mature
neurons	5
12_14_exp3_idx1ACGGCGTTAA_idx2AGGATTACCA.CAACTCTCTAACCATTGGA	Mature
neurons	5
12_14_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.AAGTACGTTTCCTTGGTCCA	Mature
neurons	5
12_14_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.ATTCCTAGATGCCGGTCGAG	Mature
neurons	5
12_14_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.TCGTAGCGTGGAGGCCTCC	Mature
neurons	5
12_14_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.TAGAGCCTTCAAGATTAAG	Immature
neurons	8
12_14_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.CCAGAACCTTCTACCATTA	Mature
neurons	5
12_14_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.TATGCGATTTGTCCTAGAGG	Mature
neurons	17
12_14_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.ATATCCTACTTAGAATTAAC	Mature
neurons	5
12_14_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TAGAGCCTTTTATTCTGAG	Mature
neurons	5
12_14_exp3_idx1AGACCATATC_idx2CGATCATTAC.AGTATTAGCTTTACCTCGAC	Mature
neurons	5
12_14_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.ATTCGCAATTATCAACGATT	Immature
neurons	7
12_14_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.GAACGGCTTCGGTTATGCC	Mature
neurons	5
12_14_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.TTCTTCGTTTAGTAAGCATA	Mature
neurons	5
12_14_exp3_idx1AGGTCAGCTT_idx2CCAGGTCTAC.TATCCAGGTCAGGTATGGA	Mature
neurons	5
12_14_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.CGACGATATCTAGTAGTCT	Mature
neurons	5
12_14_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.GGCGCATTTAGTAAGCATA	Mature
neurons	5
12_14_exp3_idx1AGGTCAGCTT_idx2GGACTCATTG.TCGGTACCTTCTAATAGTA	Mature
neurons	5
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.GCGGAGAATCTCTGCGGCA	Mature
neurons	5
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.GGATAGGTTGGTACTGCCT	Mature
neurons	5
12_14_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.AAGTATTGGTGTTACGCAAG	Mature
neurons	5
12_14_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.AGCATTATGTGACTAGTCTA	Mature
neurons	5
12_14_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.ATAGTTGACTACGTCATATA	Mature
neurons	17
12_14_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.ATATCCTACTAAGTTGCCAT	Mature
neurons	10
12_14_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.TATGGTCTTTTTATTATGGT	Mature
neurons	5
12_14_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.ATAGTCGCTTTGAGTATCA	Mature
neurons	5
12_14_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.GGTACGGATGGCTCTCTAT	Mature
neurons	5
12_14_exp3_idx1AGTCCGCTGC_idx2CAAGATTAAG.TCGAGAAGTTTAGGACCGG	Mature
neurons	5
12_14_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.AGCAACGATTGCGCCAGAA	Mature
neurons	5
12_14_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.CAAGGCGTTTTCATAGGAC	Mature
neurons	5
12_14_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.GCAACGTTTTAACGATCCA	Mature
neurons	5
12_14_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.TAAGGTTCATGCAGACCGGT	Mature
neurons	5
12_14_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.TCGCGCATTGTTGAAGGAT	Mature
neurons	5
12_14_exp3_idx1AGTCCGCTGC_idx2GACTAGTCTA.GGTCCTTCTTGGCCATGCA	Mature
neurons	5
12_14_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.CCGTCTCATGTACTAGTAA	Mature
neurons	5
12_14_exp3_idx1AGTCCGCTGC_idx2GGTCCAGGAG.AAGTTCTTGTCCGTCCAGTA	Mature
neurons	5
12_14_exp3_idx1AGTCCGCTGC_idx2GGTCCAGGAG.ACAATGCTATCTGATTAAGA	Mature
neurons	5
12_14_exp3_idx1ATAAGGACTC_idx2AAGATCCAAC.TCCTCGAGTACTATAGGTT	Mature
neurons	5
12_14_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.ATTACCATCTTGAGTCTGGC	Mature
neurons	5
12_14_exp3_idx1ATAAGGACTC_idx2CGAGTTAGAG.AACGATCATTGTCCTTAAGA	Mature
neurons	5
12_14_exp3_idx1ATAAGGACTC_idx2GGCTATGACT.TATTGAGGTTGCAGGTCCGT	Mature
neurons	5
12_14_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.GGCGCATTTTTGGTCATAA	Mature
neurons	5
12_14_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.TTATCCGCTCATTATTACC	Mature
neurons	5
12_14_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.AATCCAGTATTGAGTCCAGA	Mature
neurons	17
12_14_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.ACTTGATTGTCAAGGAGGTC	Immature
neurons	12
12_14_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.CCTAATGGTCCTTGGTCCA	Mature
neurons	5
12_14_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.GCGGTATATCAGATTCGAT	Mature
neurons	5
12_14_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.TATTCTCCTTCGATCATTAC	Mature
neurons	5
12_14_exp3_idx1ATGGCGCCTG_idx2GTTGACGGCC.ACGGCAATTGTTACGCAAG	Mature
neurons	5
12_14_exp3_idx1ATTATGCAAG_idx2ACGAGGACCT.ATGCCAAGTCATCAGAATG	Mature
neurons	5
12_14_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.AACGATCATTTTCATAGGAC	Mature
neurons	10
12_14_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.ACCTTCGGTGTCCAACTCA	Mature
neurons	5
12_14_exp3_idx1ATTATGCAAG_idx2CTAACTCCAA.ACGCCATATAATAATACCA	Mature
neurons	5
12_14_exp3_idx1ATTATGCAAG_idx2CTAACTCCAA.GAGCGGTATGTTACGCAAG	Mature
neurons	5
12_14_exp3_idx1ATTATGCAAG_idx2GTCGCTCAGT.CCGTCGATTAGGTCAATTA	Mature
neurons	5
12_14_exp3_idx1ATTATGCAAG_idx2TGATAGAACG.CCATCGTCTACTTAACCTT	Mature
neurons	5
12_14_exp3_idx1ATTATGCAAG_idx2TGATAGAACG.GTCGGAGTTTTAATTATTG	Mature
neurons	17
12_14_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.AAGCAGTATTTCTACCATTA	Mature
neurons	5
12_14_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TCGAAGGATGACTAGTCTA	Mature
neurons	5
12_14_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.AGCGTAAGTGGAGGCCTCC	Mature
neurons	5
12_14_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.CGGTTCCATAATCTGGAGT	Mature
neurons	5
12_14_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.GTCGTAACTTTAATTATTG	Mature
neurons	5
12_14_exp3_idx1CCTCAGCTCC_idx2GACTAGTCTA.GATTACGGTATCATATTAG	Mature
neurons	5
12_14_exp3_idx1CCTCAGCTCC_idx2GTCATTGCGC.GCGTCGTATAGGTCAATTA	Mature
neurons	5
12_14_exp3_idx1CCTCAGCTCC_idx2GTCATTGCGC.GGTTCGAGTGCAAGGAATA	Mature
neurons	5
12_14_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.CGACGATATTACTTACTTA	Mature
neurons	5
12_14_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.CAGTATCCTCGTCGCAGCC	Mature
neurons	17
12_14_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.GTACCTCTTAGCCGGTACC	Mature
neurons	5
12_14_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.AGAGCATGTAAGTTGCCAT	Mature
neurons	5
12_14_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.TTCTGGCCTTTATAAGAAC	Mature
neurons	5
12_14_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.AGCAACGATTGAGTCCAGA	Mature
neurons	5
12_14_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.CCGGAGTTTTGAGTCCAGA	Mature
neurons	5
12_14_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.CGCTAACCTTTGGACGCTG	Immature
neurons	12
12_14_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.GGTAGTCCTCGGTTATGCC	Mature
neurons	5
12_14_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.ACGCTTGATGTTCCGCTAA	Mature
neurons	5
12_14_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.CCAGAACCTGGCTGAGCTC	Mature
neurons	5
12_14_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.CTGAGCATTTAGAATTAAC	Mature
neurons	5
12_14_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.TTCGCATAATAGAGAAGGTT	Mature
neurons	5
12_14_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.AACGCGTCTCTGATTAAGA	Mature
neurons	5
12_14_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.ACTGGACCTCCGCGGACCG	Mature
neurons	5
12_14_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.ATTCAAGCATTTAATTATTG	Mature
neurons	5
12_14_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.GTCGGAGTTGGCATAGCTT	Mature
neurons	5
12_14_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TAAGACCGTTGGAACTAGA	Mature
neurons	5
12_14_exp3_idx1GATTCTTGAA_idx2TATAACTTCC.AGGCATCATTACGGCTACG	Mature
neurons	5
12_14_exp3_idx1GATTCTTGAA_idx2TCCGGTAATC.AAGTATTGGTACCAGCGCAG	Mature
neurons	5
12_14_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.ACCTTCGGTTTAATTGAAT	Mature
neurons	5
12_14_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.AGAACTCCTGCTAACTTGC	Mature
neurons	5
12_14_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.CTAACGACTGATAAGGCAA	Mature
neurons	5
12_14_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.CTAACGACTTTATTCATTC	Mature
neurons	5
12_14_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.TATAAGAGGTGCCATTCTCC	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.TTCTAAGCTTTCAATCGCAT	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.CCGAGAGATTTATTATGGT	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.CAACTCTCTCCGTTGACTT	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.CCGACCAATGGTATCCGCC	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.TTCTCTCGTGTCCTTAAGA	Immature
neurons	12
12_14_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.AACTTGGATTGTTACGCAAG	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.CAGTATCCTGGCCGTAGTC	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.GGCGACTATAAGTAAGAGC	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.GGTTGGCATTGAGGTAGAA	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.TCTACTTACTCTTGCAACCT	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.TGAATCTGATGTCCTTAAGA	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.TTGGAGCTTTTGGTCATAA	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.AAACCATAGTTTACTTGGAA	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.AACTTGGATTCAGATTCGAT	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.AAGGACGATTCGATATTGA	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.ACTTATGGTTCTTGCGCCGC	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.ATCAATACGTCCTTGGTCCA	Mature
neurons	17
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CAAGCAACTTTAATTGAAT	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CGAGGCAATTAATGAACGA	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.GCTCGAGATACGCCGTTCA	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TTCGTTCCTGCCGGTCGAG	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.ACAATGCTATTTAATTGAAT	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.TGGTCGAATCGGCGTAACT	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2CTGCAATCGC.AAACTCCAATCAGATTCGAT	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.ATGGCGTATGTACTAGTAA	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.GACTGACGTGTTGAAGGAT	Mature
neurons	17
12_14_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.GTTCCAGCTAGAGCCAGCC	Mature
neurons	5
12_14_exp3_idx1GCATCGTATG_idx2TCGATATTGA.TACTTGCGTGTTGAAGGAT	Immature
neurons	8
12_14_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.ATATGGATCTTAGACTTCTT	Mature
neurons	5
12_14_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.ATTCGGAGTTAACGAATTG	Mature
neurons	5
12_14_exp3_idx1GCGCGTTCAT_idx2GATGATCGTA.AGTTAACCATGATAAGGCAA	Mature
neurons	5
12_14_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.AAGGACGATCATGCTGGTT	Mature
neurons	5
12_14_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.CCATTGCGTGTCCTTAAGA	Immature
neurons	7
12_14_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.ACTTATGGTTTCTACCATTA	Mature
neurons	5
12_14_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.AGTCGCATTGCAGACCGGT	Mature
neurons	5
12_14_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.CGTTGATCTAGCCGGTACC	Mature
neurons	5
12_14_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.ATCTTCAGATTCAGACGAAC	Mature
neurons	5
12_14_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.GGTCTACGTGTCCTAGAGG	Immature
neurons	12
12_14_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.TCTCCGAATTTATTATGGT	Mature
neurons	5
12_14_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.TGGATTCTATGAGCATATGG	Mature
neurons	5
12_14_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.GCAATCGCTTCAGACGAAC	Mature
neurons	5
12_14_exp3_idx1GCTTGAAGAG_idx2GGCTAATTAA.CGGTAAGGTTTCATAGGAC	Immature
neurons	12
12_14_exp3_idx1GCTTGAAGAG_idx2GGCTAATTAA.GGCGTTAATACCAGCGCAG	Mature
neurons	5
12_14_exp3_idx1GCTTGAAGAG_idx2GGCTAATTAA.TCCTACCTTTCGGCCTTAC	Mature
neurons	5
12_14_exp3_idx1GCTTGAAGAG_idx2TTGAGTATCA.GTACCTCTTTCGGCCTTAC	Mature
neurons	5
12_14_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.AACTTGGATTATATTGATAC	Mature
neurons	5
12_14_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.ACTGGACCTTTATTATGGT	Mature
neurons	5
12_14_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.TATTCGGCTGTCCTTAAGA	Mature
neurons	5
12_14_exp3_idx1GGTTATCGAA_idx2AACTACCGAC.ACCATGATTTAAGTCTTCCG	Mature
neurons	5
12_14_exp3_idx1GGTTATCGAA_idx2GCTCTCGCCT.TGCGTAGTTCGTCGCAGCC	Mature
neurons	5
12_14_exp3_idx1GTAGCAGCTA_idx2ACTATCCGCA.TTGGCAATATTCAGACGAAC	Mature
neurons	5
12_14_exp3_idx1GTAGCAGCTA_idx2CCAGGTCTAC.GAGTTCTCTCAGATTCGAT	Mature
neurons	5
12_14_exp3_idx1GTAGCAGCTA_idx2GGCTAATTAA.GCCATGGTTCCGAGAATCC	Mature
neurons	5
12_14_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.AACGATCATTACTAGAGAGT	Mature
neurons	5
12_14_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.CAGATCAGTCGGCGTAACT	Mature
neurons	17
12_14_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.GGATAGGTTGTCCTACTTG	Mature
neurons	5
12_14_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.TCGTCTATTTGGAGGCCTCC	Mature
neurons	5
12_14_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.GTCGGAGTTTCTAATAGTA	Immature
neurons	2
12_14_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.GCTTCTGGTTTAATTATTG	Mature
neurons	5
12_14_exp3_idx1GTAGGCTGCA_idx2CTGCTTCGAC.CGAATGAGTCCGTCCAGTA	Mature
neurons	5
12_14_exp3_idx1GTAGGCTGCA_idx2GACCTCCGCC.GGCGACTATTAATGAACGA	Mature
neurons	5
12_14_exp3_idx1GTAGGCTGCA_idx2GCTCTCGCCT.ACGCTTATATACTTCCGAAT	Mature
neurons	5
12_14_exp3_idx1GTAGGCTGCA_idx2GCTCTCGCCT.GATTACGGTTTGAGTATCA	Mature
neurons	5
12_14_exp3_idx1GTAGGCTGCA_idx2GGAACGATGG.TAGCCAATTTCCATAAGTCC	Mature
neurons	17
12_14_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.GCGCTCAATCAGGTATGGA	Mature
neurons	5
12_14_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.TCGAATCTTTGTTACGCAAG	Mature
neurons	5
12_14_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.AATTCTAGGTGATCGCTTCT	Mature
neurons	5
12_14_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.CCGACCAATAGTAAGCATA	Mature
neurons	5
12_14_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.GACTGACGTTAACGAATTG	Mature
neurons	5
12_14_exp3_idx1TAGGTAACTT_idx2CTCCGGTTCT.TCGCGCATTATATGAGCCA	Mature
neurons	5
12_14_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.AAGTACGTTTCCGTTCGGAT	Mature
neurons	5
12_14_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.CAACGCAGTGGTAGGTTAG	Mature
neurons	5
12_14_exp3_idx1TAGGTAACTT_idx2TCTAGAACTA.CTCGTTGATCCGCGGACCG	Immature
neurons	12
12_14_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.ATGCCAAGTTCAACGTAAG	Mature
neurons	5
12_14_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.CTCTGAGCTATATTGATAC	Mature
neurons	5
12_14_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.TCGCCAACTAAGACGGCCA	Mature
neurons	5
12_14_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.TGGACCTCTTATAGTAAGC	Mature
neurons	5
12_14_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.ATAGTTGACTCGAATAATTC	Mature
neurons	5
12_14_exp3_idx1TATAATAGTT_idx2ACGCAACTCC.GATTACGGTGTCCTAGAGG	Mature
neurons	5
12_14_exp3_idx1TATAATAGTT_idx2CTCGTCTAGG.ACATTCGTATTGACGCTCCG	Mature
neurons	5
12_14_exp3_idx1TATAATAGTT_idx2CTCGTCTAGG.AGGCGGAATCCTTGGTCCA	Mature
neurons	5
12_14_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.AAACCATAGTTAGAGTAATA	Mature
neurons	5
12_14_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.AGTTAACCATGAAGGTTGCC	Mature
neurons	5
12_14_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.CCGTCGATTTTAATTGAAT	Mature
neurons	5
12_14_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.GAAGAGGCTTCAATCGCAT	Mature
neurons	5
12_14_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.GTACCTCTTCCAGGTCTAC	Mature
neurons	5
12_14_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.TGCGTAGTTTTATTCTGAG	Mature
neurons	5
12_14_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.TGGTTGAATTCTAGTAGTCT	Mature
neurons	5
12_14_exp3_idx1TATAATAGTT_idx2GGAACGATGG.GGTACCATTTAGACTTCTT	Mature
neurons	5
12_14_exp3_idx1TATAATAGTT_idx2GGAACGATGG.TAATACCAGTTTGAGTATCA	Mature
neurons	5
12_14_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.AAATCGTTCTCTAACTAGAT	Mature
neurons	5
12_14_exp3_idx1TCCTCTGCCG_idx2AGTTGCATCT.GGATAGGTTGGATCTGCAG	Mature
neurons	5
12_14_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.ATCTTCAGATCGAATAATTC	Mature
neurons	5
12_14_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.TAAGGTTCATCCTTGGTCCA	Mature
neurons	5
12_14_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.ATTACCATCTACCTCTATCT	Mature
neurons	5
12_14_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TCAGCGGTTACGCCGTTCA	Mature
neurons	17
12_14_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.CGTCGAAGTCATAACCAGC	Mature
neurons	5
12_14_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.TTGAGTCCTCATAACCAGC	Mature
neurons	5
12_14_exp3_idx1TCTTGAGGTT_idx2GTCATTGCGC.TCGTAGCGTCGGTTATGCC	Mature
neurons	5
12_14_exp3_idx1TGGACGACTA_idx2AACGGACCAA.ACAACCTATTACTTAACTAG	Mature
neurons	5
12_14_exp3_idx1TGGACGACTA_idx2AACGGACCAA.AGAACTCCTCATCAGAATG	Mature
neurons	5
12_14_exp3_idx1TGGACGACTA_idx2AACGGACCAA.AGCAACGATACCTCTATCT	Mature
neurons	5
12_14_exp3_idx1TGGACGACTA_idx2AACGGACCAA.AGCATAACTTTCAGACGAAC	Mature
neurons	5
12_14_exp3_idx1TGGACGACTA_idx2AACGGACCAA.ATTCGCAATTAATACGCAGG	Mature
neurons	5
12_14_exp3_idx1TGGACGACTA_idx2AACGGACCAA.GCTCTTAGTGGCTATGACT	Mature
neurons	5
12_14_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TGCGTAGTTCGGTTATGCC	Mature
neurons	5
12_14_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TTCGTTCCTACTACTGAAG	Mature
neurons	5
12_14_exp3_idx1TGGACGACTA_idx2GACCTCTCTG.AAGGATTACTACGCAACTCC	Mature
neurons	5
12_14_exp3_idx1TGGACGACTA_idx2GATGATCGTA.CTTCGACTTTTCATAGGAC	Mature
neurons	5
12_14_exp3_idx1TGGACGACTA_idx2GATGATCGTA.TTCTCTAGTTCCAACTAACC	Mature
neurons	5
12_14_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.CGTCGAAGTTTCGCTTACG	Mature
neurons	5
12_14_exp3_idx1TTATTGAGGC_idx2CCAGGTCTAC.CAACTCTCTTCAGACGAAC	Mature
neurons	5
12_14_exp3_idx1TTATTGAGGC_idx2TATAACTTCC.TTCTCTAGTTCGAGCTGCCA	Mature
neurons	5
12_14_exp3_idx1TTATTGAGGC_idx2TCCGGTAATC.CGATTCGCTAAGTAGTCAG	Mature
neurons	5
12_14_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.CCGGATAGTGTACTAGTAA	Mature
neurons	5
12_14_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.ACCAATGCTGTACTAGTAA	Mature
neurons	5
12_14_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.CGGAACCTTCAACCAGTAC	Mature
neurons	5
12_14_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.AAGTATTGGTTCAATCGCAT	Mature
neurons	5
12_14_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.CGTTGATCTTAGAATTAAC	Mature
neurons	5
12_14_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.TGCTCCTATCGGTTATGCC	Mature
neurons	5
12_14_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.ACGCTTGATTTGGAATCTC	Mature
neurons	5
12_14_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.AGATTGGTTTGTCCTACTTG	Mature
neurons	5
12_14_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.ATAACTTCCTCCGCTGCCAG	Mature
neurons	5
12_14_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.ATAAGCGAATACCTCTATCT	Immature
neurons	12
12_14_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.CCAGAACCTTGCGGACCTA	Mature
neurons	5
12_14_exp3_idx1TTCCGTCGAC_idx2CCGTCGGAGG.GCGTACTTTGCGCGGTAGT	Mature
neurons	5
12_14_exp3_idx1TTCGAATATT_idx2ACCGTTACGA.CCGAGAGATTCTACCATTA	Mature
neurons	10
12_14_exp3_idx1TTCGAATATT_idx2CCTATAAGCT.AGTAGCCATCGTCGCAGCC	Immature
neurons	12
12_14_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.ATAATCCTGTCCGAGAATCC	Mature
neurons	5
12_14_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.ATAAGCGAATACTATAGGTT	Mature
neurons	5
12_14_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.ATTGCCGGTTTGGTCATAA	Mature
neurons	5
12_14_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.CCAGCCTTTGGTACTGCCT	Mature
neurons	5
12_14_exp3_idx1TTGCCGTAGG_idx2ACTTCCGAAT.TGTCCTTATTCCGCGGACCG	Mature
neurons	5
12_14_exp3_idx1TTGCCGTAGG_idx2CAAGCTTGGC.TTGATTCCTTGCAAGGAATA	Mature
neurons	5
12_14_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.ACGTTGCTTGCAAGGAATA	Mature
neurons	5
12_14_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.CCAGCCTTTTTCATAGGAC	Mature
neurons	5
12_14_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.GACTCGCTTTTCATAGGAC	Mature
neurons	5
12_14_exp3_idx1TTGCCGTAGG_idx2CTCGGTCAAT.CCAATCCATTGCGCCATCT	Mature
neurons	5
12_14_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.ATGGCAGCTTGCGCCATCT	Mature
neurons	5
12_14_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.TTCGTTCCTGTCCTAGAGG	Mature
neurons	5
12_14_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.TATTCGGCTTTAGATTCCG	Mature
neurons	5
12_14_exp3_idx1TTGCCGTAGG_idx2GATTGCAGAC.CGATTCGCTAATACGCAGG	Mature
neurons	5
12_14_exp3_idx1TTGCCGTAGG_idx2TCCGTCGCCA.CCGGAGTTTCCATTATCTA	Mature
neurons	5
12_14_exp3_idx1TTGCCGTAGG_idx2TGAGGTAGAA.ATCTTCAGATTTATTCATTC	Mature
neurons	5
12_14_exp3_idx1TTGCCGTAGG_idx2TGAGGTAGAA.CCGGAGTTTCTAGTAGTCT	Mature
neurons	5
12_14_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.TTCCATCTTTCTTGCAGTAG	Mature
neurons	5
12_14_exp3_idx1TTGCGAGCAT_idx2CATGCATCTC.GACTGACGTATATTGATAC	Mature
neurons	5
12_14_exp3_idx1TTGCGAGCAT_idx2CATGCATCTC.TTATCCGCTGTTCCGCTAA	Mature
neurons	5
12_14_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.TTGATTCCTTTAACGATCCA	Mature
neurons	5
12_14_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.ATGGAGAGTAAGTCTTCCG	Immature
neurons	12
12_14_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.GAGTTCTCTAGCGTCAATG	Mature
neurons	5
12_14_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.TGGTAGGCTTTATTATGGT	Mature
neurons	5
12_14_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.ACCAATGCTTTATAAGAAC	Immature
neurons	7
12_14_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.GCAATCGCTAAGTAAGAGC	Mature
neurons	5
12_14_exp3_idx1TTGGTAAGGA_idx2TCTAGAACTA.CCATCAGGTACTTAACTAG	Mature
neurons	5
12_14_exp3_idx1TTGGTAAGGA_idx2TCTAGAACTA.TCTCTCCATCTCTGCGGCA	Mature
neurons	5
12_14_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TACTCCTATTATAGTCGTAG	Sensory
progenitors	14
12_14_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TCCAAGTTATTTCCATGGCA	Immature
neurons	12
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CCTCCTGATCAAGATTAAG	Immature
neurons	2
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGAGGTTCTATGCAATATG	Oenocytes	18
12_14_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTGGCAATATGCAGGCGACG	Sensory
progenitors	14
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GTTCCAGCTATAGTCGTAG	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TTCTCTAGTTAAGTAGTCAG	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TATGACTTGTCTCGATGGAG	Immature
neurons	12
12_14_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CCATTGCGTCAAGGCATTC	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.ACGAGGTTTAAGTAGTCAG	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TGGACCTCTCTTCGGCGCA	Immature
neurons	12
12_14_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TCCTATTCTTCTGGATTAGT	Sensory
progenitors	14
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TCCGGTCATTCCGGTAATC	Immature
neurons	12
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TCGGTACCTCCAACTAACC	Immature
neurons	12
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GACCAGGATTATGCCGAGT	Immature
neurons	12
12_14_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TTCTGGCCTAAGCCGGCTG	Immature
neurons	12
12_14_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.TGCTAATTCTTGATGGCCTT	Sensory
progenitors	14
12_14_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TGAATTCGTTTCCGGTAATC	Immature
neurons	12
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACGAGGTTTTTGAGTATCA	Neural
progenitors	1
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTCCTCGTTACTTAACTAG	Sensory
progenitors	14
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTCCTCGTTCAAGGCATTC	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ACCAATGCTGTTCTGAATT	Immature
neurons	12
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AACCGCTGTATGCAATATG	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CGTCGAAGTAGTCCGCGGA	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GACTACCATGTTGACGGCC	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCGCTCAATGTTCTGAATT	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCATGGCTTTGATGGCCTT	Immature
neurons	12
12_14_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CAGAAGGCTCCGTCGGAGG	Ventral
midline	9
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGGTACCTTGGAAGTACC	Immature
neurons	12
12_14_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GTAAGGAGTTCCAGAAGGT	Oenocytes	18
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGAGAGTATGCTAACCTCA	Sensory
progenitors	14
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCGCGCATTTCCGGTAATC	Neural
progenitors	1
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TTATAGGCATGACCTCCGCC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGCCAACTCGGTCGTTAA	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGCGCATTTTCTTATCGA	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGCTCCTATGCTAACCTCA	Immature
neurons	7
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCTAAGCTTATCAACGATT	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTGGCAATATCCGCGGACCG	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CCGAGAGATCGGCGAGACC	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TTGGCAATATCCGCGGACCG	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CGAGATGCTGTTCTGAATT	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCGGTCATGCAGGCGACG	Immature
neurons	12
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCTCTCGTTGATGGCCTT	Ventral
midline	9
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TCAGCGGTTACGAGGACCT	Oenocytes	18
12_14_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.TTATCCGCTGTCCAACTCA	Head epid.
/muscle	4
12_14_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.GAGACTAGTACTTCCGAAT	Immature
neurons	12
12_14_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TAGAACCAATAATTATCAGC	Immature
neurons	12
12_14_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.GGCGTTAATTTATAAGAAC	Ventral
midline	9
12_14_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.GGTCTACGTTCGATATTGA	Head epid.
/muscle	4
12_14_exp10_idx1TATTAGACTT_idx2CATGCATCTC.TCGCCAACTAACTACCGAC	Immature
neurons	12
12_14_exp10_idx1TCCTCTGCCG_idx2TTGGTCATAA.TTCTAAGCTTAATACCATCC	Sensory
progenitors	14
12_14_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TCATGGCTTGCCATTCTCC	Sensory
progenitors	14
12_14_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.TGCGTAGTTGCAAGGAATA	Immature
neurons	12
12_14_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.GTTGCTCCTTAGACTTCTT	Immature
neurons	13
12_14_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.ATGCCAAGTTTACCGAGGC	Immature
neurons	2
12_14_exp3_idx1GCGCGTTCAT_idx2GATGATCGTA.CGGTTCCATTCAGACGAAC	Immature
neurons	12
12_14_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.ACAGGTATTTGAAGGTTGCC	Immature
neurons	12
12_14_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.CCGGAGTTTCGGTTATGCC	Immature
neurons	12
12_14_exp3_idx1TTCCGTCGAC_idx2GATCAGTCAT.CGGAACCTTTTATTATGGT	Immature
neurons	12
12_14_exp3_idx1TTGCCGTAGG_idx2TGAGGTAGAA.CTGCTGAATACCAGCGCAG	Immature
neurons	12
12_14_exp3_idx1TTGCGAGCAT_idx2CATGCATCTC.TCTCCGAATGCGCGGTAGT	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GGCTTACTTTGATGGCCTT	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCGCTCAATTCCGGTAATC	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGATCTTCTTGCAGACCGGT	Immature
neurons	8
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTAATGAGCTAACCTAGCTT	Neural
progenitors	1
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TGATCTTCTTAAGTAGTCAG	Immature
neurons	8
12_14_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TATGACTTGTGCTCTAACGA	Oenocytes	18
12_14_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TCTCTCCATATCGAGTCGC	Immature
neurons	8
12_14_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TGAGAATCATTTCAAGACCA	Oenocytes	18
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TACGGTAGTTATAGTAAGC	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCTCGCTCTTCCAGAAGGT	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGTCTACGTACTGCCGATA	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACCGAATTCTCGATGGAG	Neural
progenitors	11
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCGCATAATCTCGTCTAGG	Immature
neurons	8
12_14_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TGGTAATAGTAAGCCGGCTG	Sensory
progenitors	14
12_14_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTGGAGTTATTGATGGCCTT	Immature
neurons	8
12_14_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GAACGATGTCCGTCGGAGG	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.AGTTGCGCTGCTCTAACGA	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TCTACTTACTACCGTTACGA	Immature
neurons	7
12_14_exp10_idx1AATACGATAA_idx2AACTACCGAC.GAACGATGTCTAACTAGAT	Neural
progenitors	11
12_14_exp10_idx1AATACGATAA_idx2AACTTATAAG.AATTCATCGTAGCTTATCCG	Neural
progenitors	11
12_14_exp10_idx1AATACGATAA_idx2TCTAGAACTA.GAGTTCTCTACTTCCGAAT	Neural
progenitors	11
12_14_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TAGGTACTATGGCTAATTAA	Neural
progenitors	11
12_14_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.ATATCCTACTTGAGTCTGGC	Neural
progenitors	11
12_14_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.GTTGCAAGTTTATAAGAAC	Sensory
progenitors	14
12_14_exp10_idx1GCTTGAAGAG_idx2TGATTCCTCA.TAATACCAGTTGAGTCTGGC	Head epid.
/muscle	4
12_14_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TCATAGAGTTGGCTAATTAA	Head epid.
/muscle	4
12_14_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.AACTAGTTGTGGCATAGCTT	Head epid.
/muscle	4
12_14_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.TAAGAATGGTAATACCATCC	Neural
progenitors	11
12_14_exp10_idx1TGGACGACTA_idx2ACTCTCTCAA.TCATGGCTTGGTCCAGGAG	Head epid.
/muscle	4
12_14_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.TTCTCTAGTTCATGCATCTC	Neural
progenitors	11
12_14_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.AGATTGGTTTCGAGCTGCCA	Head epid.
/muscle	4
12_14_exp3_idx1GCGCGTTCAT_idx2AACGGACCAA.GCATCCAGTTTAATTGAAT	Head epid.
/muscle	4
12_14_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.CATCGGACTTTAGATTCCG	Neural
progenitors	11
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TGCTAATTCTAGATATATCG	Immature
neurons	7
12_14_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.ATTGCCGGTAAGTAGTCAG	Neural
progenitors	11
12_14_exp10_idx1GCATCGTATG_idx2AGCGTCAATG.TGGTTGAATTAGCTTATCCG	Sensory
progenitors	14
12_14_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GTCGGCAATGCGCGGTAGT	Neural
progenitors	3
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTTAGCGGTCCGCGGACCG	Neural
progenitors	1
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCTCCTGATCCGTTGACTT	Immature
neurons	2
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATAAGGCTTTATAGTAAGC	Immature
neurons	2
12_14_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTCCGGTTTGGTCCAGGAG	Neural
progenitors	1
12_14_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TGCTACTAATAAGTAGTCAG	Immature
neurons	2
12_14_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TCTATACCTTAGAGCCAAGG	Neural
progenitors	0
12_14_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.TCTCGCTCTAGCTTATCCG	Neural
progenitors	11
12_14_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.ACGCTTGATGCTAACTTGC	Neural
progenitors	0
12_14_exp10_idx1TTATTGAGGC_idx2TCGTAGGCTT.TCATAGAGTTGAACTGCATC	Neural
progenitors	11
12_14_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.GAGGAACTTTCTACCATTA	Neural
progenitors	1
12_14_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TAGTTACCTTGTTCTGAATT	Immature
neurons	12
12_14_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGGCTCATATAGTCGTAG	Immature
neurons	7
12_14_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TTGGAGTTATTGAGTCCAGA	Immature
neurons	13
12_14_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTCAACTGATCGCCGCCTCC	Immature
neurons	13
12_14_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GACCAGGATGCTAACCTCA	Immature
neurons	13
12_14_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCTAGGAATTTATGCCGAGT	Immature
neurons	12
12_14_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GAGACTAGTATTGAGATTG	Immature
neurons	13
12_14_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TATGACTTGTTGGTATTCAT	Ventral
midline	9
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCGCTCAATATGGCGGATC	Immature
neurons	13
12_14_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAAGAGGCTAACTACCGAC	Neural
progenitors	3
12_14_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATCGAACTTGCAGACCGGT	Immature
neurons	7
12_14_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GATTACGGTTGAGTCCAGA	Ventral
midline	9
12_14_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TGCGTAGTTCAAGGCATTC	Immature
neurons	2
12_14_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.GACTCGCTTGCAGGCGACG	Immature
neurons	2
12_14_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTTCGCTGTGGCTAATTAA	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCAGATACTTATGCCGAGT	Immature
neurons	13
12_14_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.CGACGATATGCAGACCGGT	Immature
neurons	12
12_14_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GTATCGCATTGAGTCCAGA	Neural
progenitors	1
12_14_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.TGGATTCTATGCCGCAACGA	Neural
progenitors	3
12_14_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.GACGTTCGTGATGATCGTA	Neural
progenitors	3
12_14_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.TATGAGAACTACTTCCGAAT	Immature
neurons	12
12_14_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.TCAGGAGATCCGCGGACCG	Immature
neurons	12
12_14_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.TACTCCTATTCGCCTCGAAC	Neural
progenitors	11
12_14_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TAGATGACTTACTTGCTAGA	Immature
neurons	2
12_14_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.ATGCCAAGTGATAAGGCAA	Immature
neurons	13
12_14_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.AAATTCCTCTAATAATACCA	Immature
neurons	13
12_14_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TGGTCTCCTCCGTTCGGAT	Immature
neurons	12
12_14_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.CTAACGACTAGGTATACTC	Ventral
midline	9
12_14_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.TCTTAGTTCTCCTAGCGCCT	Immature
neurons	12
12_14_exp3_idx1TTGCCGTAGG_idx2TGAGGTAGAA.ATGCATTCATCAAGTCGACC	Immature
neurons	2
12_14_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GCAACGTTTTGGAAGTACC	Immature
neurons	7
12_14_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.AACCGCTGTTCCGGTAATC	Head epid.
/muscle	4
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GAACGATGTTTGGAATCTC	Immature
neurons	7
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGTCCTTCTAACCTAGCTT	Mature
neurons	17
12_14_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCCTACCTTTGATGGCCTT	Immature
neurons	8
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.AGTTGCGCTACTATCCGCA	Oenocytes	18
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGCCTGATCCTAGCGCCT	Head epid.
/muscle	4
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GAAGAGGCTCCGCGGACCG	Immature
neurons	7
12_14_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCTCTAGTTTCCAGAAGGT	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGGTAATAGTCCGTCGGAGG	Oenocytes	18
12_14_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGCGGTCTGGATGCAGCA	Immature
neurons	7
12_14_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCATAGAGTTCAAGTACTGG	Oenocytes	18
12_14_exp10_idx1TATTAGACTT_idx2GTCATTGCGC.CCTAATGGTCAAGATTAAG	Head epid.
/muscle	4
12_14_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.GCCATGGTTAGGCCGCTCG	Head epid.
/muscle	4
12_14_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.GGTCCTTCTAATACGCAGG	Immature
neurons	8
12_14_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.GGTAGTCCTACGTTCAACC	Oenocytes	18
12_14_exp3_idx1CCTCAGCTCC_idx2GGACTCATTG.ATAAGCGAATCAAGATTAAG	Immature
neurons	7
12_14_exp3_idx1GTAGCAGCTA_idx2CGAAGGACGA.TTGAGTCCTCGGTTATGCC	Immature
neurons	7
12_14_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.CCGACCAATGGACTACTAC	Immature
neurons	8
12_14_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.CAGGACTCTTAACGATCCA	Neural
progenitors	11
12_14_exp3_idx1TGGACGACTA_idx2AACGGACCAA.ATCAGTCATTTGCGGACCTA	Head epid.
/muscle	4
12_14_exp3_idx1TTATTGAGGC_idx2CCAGGTCTAC.ATTCAAGCATGTCCAACTCA	Mature
neurons	17
12_14_exp3_idx1TTATTGAGGC_idx2GATACCTAAG.TATCCAGGTGTCCTAGAGG	Immature
neurons	12
12_14_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.ATTAATGCCTTTAATTATTG	Head epid.
/muscle	4
12_14_exp3_idx1TTCGAATATT_idx2CCTAGCGCCT.ACTGAATACTAATACGCAGG	Head epid.
/muscle	4
12_14_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.TATAAGAGGTCAGATTCGAT	Head epid.
/muscle	4
12_14_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGTCCTTCTCCGTCGGAGG	Head epid.
/muscle	4
12_14_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.AAGATGCCTCCGCTATATT	Neural
progenitors	0
12_14_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.TCGCGCATTACCTCTATCT	Head epid.
/muscle	4
12_14_exp3_idx1GTAGCAGCTA_idx2GATACCTAAG.TTGACTCAATGTCCTAGAGG	Head epid.
/muscle	4
12_14_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCAGTTGGTTTCAAGACCA	Oenocytes	18
12_14_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TCCAAGTTATCCGCGGACCG	Neural
progenitors	0
12_14_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GGTTCGAGTGCAGACCGGT	Oenocytes	18
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CGAGATGCTGTTGAAGGAT	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CGCCGTAATCAGATTCGAT	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCGTTCTGTTCGATATTGA	Sensory
progenitors	14
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TTGCGGTCTCAGGTATGGA	Neural
progenitors	0
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.ATAGTCGCTCCGTTGACTT	Immature
neurons	7
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GTCCTGCATGCCAACGCCA	Immature
neurons	7
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TACTCCTATTTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TATGACTTGTATAGACTAGG	Ventral
midline	9
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCCAAGTTATATAGACTAGG	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TCGAATCTTTTGCGCCATCT	Neural
progenitors	0
10_12_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TGCCTATTATTTAATTATTG	Ventral
midline	9
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.AAGCGCCATGTTCCGCTAA	Ventral
midline	9
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCTCTCCATTACGGCTACG	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGAGTTAGATACGCCGTTCA	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGGACCTCTATAGACTAGG	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GCAATCGCTTTAATTATTG	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TATCCAGGTTTCGCTTACG	Ventral
midline	9
10_12_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TGGACCTCTTGCGCCAGAA	Ventral
midline	9
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.ATAGTCGCTTTGGACGCTG	Ventral
midline	9
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.CATCGGACTTTCGCTTACG	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTATCTCCTGTACTAGTAA	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTTAGCGGTGTTCCGCTAA	Ventral
midline	9
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCATCCAGTAGTCCGCGGA	Ventral
midline	9
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCGTCGTATAAGTAGTCAG	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCTGAAGCTTACGGCTACG	Neural
progenitors	0
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGTTCGAGTATCAACGATT	Immature
neurons	7
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTCGGAGTTACGCCGTTCA	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCCGGTCATTTACGTATAC	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGGTCGAATTTAATTATTG	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGAGTCCTGCCAACGCCA	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CCGGAGTTTTTAATTATTG	Ventral
midline	9
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CCGTCTCATGATAAGGCAA	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CTGGAAGATAATGCTAGTC	Ventral
midline	9
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GCAATCGCTATAGACTAGG	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GCTCGAGATTGCATATAAC	Ventral
midline	9
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCCGGTCATACTTAACTAG	Ventral
midline	9
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AGTTGCGCTTGCATATAAC	Neural
progenitors	3
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CCTCCTGATTTCGCTTACG	Ventral
midline	9
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCTCGAGATTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGTAGTCCTTTAGATTCCG	Sensory
progenitors	6
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTGCGGTCTTTCGCTTACG	Ventral
midline	9
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CCGAGAGATTTCTTATCGA	Ventral
midline	9
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGTAGTCCTCGGTAGGAAT	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TATCATGAGTAGACTCAAGC	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGGTAGGCTGTCATTGCGC	Ventral
midline	9
10_12_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.CTCCTCGTTTTAATTATTG	Immature
neurons	2
10_12_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GGTAGTCCTTGCGCCATCT	Ventral
midline	9
10_12_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GACTACCATCAGGTATGGA	Neural
progenitors	0
10_12_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.GGTCTACGTACGCCGTTCA	Ventral
midline	9
10_12_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GGATAGGTTAGACTCAAGC	Immature
neurons	2
10_12_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.CTGCTGAATAACTACCGAC	Immature
neurons	2
10_12_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TGGTAGGCTAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.CTAGTACGTTTCCATGGCA	Ventral
midline	9
10_12_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TTCCATTACTCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GACCGAATTCAGATTCGAT	Sensory
progenitors	14
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTTCGCTGTTTAATTATTG	Neural
progenitors	3
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCCGGTCATGCGCGGTAGT	Neural
progenitors	3
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ATGGAGAGTACCGCAGAAT	Neural
progenitors	0
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CCGGAGTTTTGCGCCATCT	Sensory
progenitors	14
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTCCTCGTTTGCATATAAC	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATTGAGGTTTACGGCTACG	Neural
progenitors	0
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGATCTTCTTGATAAGGCAA	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGTTAAGACTTTGGATCCTT	Sensory
progenitors	6
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCAACTGATTTGGACGCTG	Ventral
midline	9
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATCATGAGTCAAGGCATTC	Neural
progenitors	0
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCGCCAACTTTAATTATTG	Sensory
progenitors	6
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGCCTTGGTTGCATATAAC	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.ACGAGGTTTCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TACGGTAGTCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TTCCGACGTTTGGACGCTG	Immature
neurons	8
10_12_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.CTACGGCATAGTTCGAGTA	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.CTTCATGCTTTAATTATTG	Ventral
midline	9
10_12_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TATTGACTCTGCAGACCGGT	Ventral
midline	9
10_12_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.CCGGAGTTTTTAATTATTG	Sensory
progenitors	6
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GACTCGCTTGTTCCGCTAA	Sensory
progenitors	6
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCAGCGGTTTTACGTATAC	Ventral
midline	9
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCCGGTCATACGCCGTTCA	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTGGCGACTTCTACCATTA	Neural
progenitors	3
10_12_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.TATCATGAGTTTGGACGCTG	Ventral
midline	9
10_12_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.AGTTGCGCTTTCGCTTACG	Immature
neurons	7
10_12_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GACCAGGATACGCCGTTCA	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GATTACGGTTCTACCATTA	Sensory
progenitors	6
10_12_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TCATGGCTTTGCGCCAGAA	Immature
neurons	13
10_12_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TCCAATAGTTGCCAACGCCA	Ventral
midline	9
10_12_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TCGCCAACTTGCATATAAC	Neural
progenitors	3
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.AGCAACGATTGAGTCCAGA	Sensory
progenitors	6
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GCAGATACTTTAATTATTG	Sensory
progenitors	6
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GGTTGGCATTTACGTATAC	Ventral
midline	9
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCAGCGGTTTTAATTATTG	Ventral
midline	9
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCCGTATGTTGCGCCAGAA	Ventral
midline	9
10_12_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TCTAGGAATTGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTCGGCAATTCGATATTGA	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.AACCGCTGTTGCATATAAC	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.GACTTGGCTTGCATATAAC	Ventral
midline	9
10_12_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.ATTGCCGGTTACGGCTACG	Neural
progenitors	0
10_12_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GAGCGGTATGCCAGGATCA	Ventral
midline	9
10_12_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GTCGGAGTTCCGTTGACTT	Ventral
midline	9
10_12_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TTTGCTTAGTAAGTCTTCCG	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.ACGAGGTTTTTACGTATAC	Sensory
progenitors	6
10_12_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GGTTGGCATGCGACGCCTT	Sensory
progenitors	6
10_12_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GACCGTCATTACGGCTACG	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.AAGATGCCTTTCGCTTACG	Immature
neurons	13
10_12_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.CCGGATAGTAGACTCAAGC	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.AAGATGCCTTACGGCTACG	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACCGTAGCTTTACGTATAC	Neural
progenitors	0
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ATGGCAGCTCTGGATTAGT	Ventral
midline	9
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CCGGAGTTTTTACGTATAC	Ventral
midline	9
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACTCGCTTATAGACTAGG	Sensory
progenitors	6
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CTATCTCCTCAGATTCGAT	Immature
neurons	7
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACTTGGCTAAGTCTTCCG	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TAGGTACTATCAGATTCGAT	Ventral
midline	9
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCTCCGAATTTACGTATAC	Sensory
progenitors	6
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTCTGGCCTACGCCGTTCA	Neural
progenitors	3
10_12_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.AGGCATCATATAGACTAGG	Immature
neurons	13
10_12_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.GTCGGCAATGCCAGGATCA	Ventral
midline	9
10_12_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TTCGCGGATGCGACGCCTT	Sensory
progenitors	6
10_12_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.ATGCCAAGTACGCCGTTCA	Neural
progenitors	3
10_12_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GACGTTCGTTACGGCTACG	Ventral
midline	9
10_12_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GATCGACCTTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TATGACTTGTTTAATTATTG	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GACTACCATCTGGATTAGT	Ventral
midline	9
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CTGGAAGATTTACGTATAC	Ventral
midline	9
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CTTAGCGGTTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCATTAAGCTTTCGCTTACG	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACCAATGCTTCTACCATTA	Ventral
midline	9
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCGGAGTTTTTACGTATAC	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CGAGATGCTTAGGCAGATA	Immature
neurons	12
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GACCGAATTGCCAGGATCA	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCGGAGAATTCTACCATTA	Ventral
midline	9
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGTTGGCATATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAGCTCGGTGCGCGGTAGT	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGCCTATTATGTTCCGCTAA	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGCTCCTATGCCAACGCCA	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCCGACGTATAGTCGTAG	Sensory
progenitors	14
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGAGTCCTCCGTTGACTT	Ventral
midline	9
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGGTTAAGTTTACGTATAC	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GCAGATACTTACGGCTACG	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GGTTCGAGTCCTTACTCCT	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AAGATGCCTCAGGTATGGA	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ACCTTCGGTCAGGTATGGA	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ATAGTCGCTATGGCGGATC	Mature
neurons	10
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CATCGGACTCCAACTAACC	Ventral
midline	9
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACTTGGCTTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GATTACGGTCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCAACGTTTCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCCGACGTCGGTCGTTAA	Ventral
midline	9
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CAACGCAGTAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCTCCTGATTTCGCTTACG	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCTTCTGGTGCGCGGTAGT	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGTAGTCCTGTTCCGCTAA	Ventral
midline	9
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TACGGTAGTACCGCAGAAT	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGAATCTTTGTTCCGCTAA	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGGAGTTATGCCAACGCCA	Immature
neurons	8
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.AAGCGCCATTTACGTATAC	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCATCAGGTCAGATTCGAT	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CGAGATGCTCCGTTGACTT	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GAACGGCTTTTAATTATTG	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGCGCATTTTCTACCATTA	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTCGGAGTTGCGCGGTAGT	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTTGCAAGTGTTCCGCTAA	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTTGCAAGTTGCGCCATCT	Ventral
midline	9
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCATTAAGCTCATGCTGGTT	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCGGTCATTGCATATAAC	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGTACGGATTTGGACGCTG	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TACTCCTATTGTACTAGTAA	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGAGAATCATTTACGTATAC	Ventral
midline	9
10_12_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.ATTGCCGGTGTACTAGTAA	Sensory
progenitors	14
10_12_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TAGCTCGGTCAAGGCATTC	Neural
progenitors	11
10_12_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TATCCAGGTTCTACCATTA	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.AACCGCTGTCAGGTATGGA	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ATGGCAGCTAAGTCTTCCG	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CAACGCAGTTCTACCATTA	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CCGGAGTTTAAGTAGTCAG	Ventral
midline	9
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCCATGGTTGCGCGGTAGT	Ventral
midline	9
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TACTCCTATTGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCAGTTGGTCCGCGGACCG	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCCAATAGTTAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TATTGACTCTCCGTTGACTT	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAAGAGGCTTATGCCGAGT	Ventral
midline	9
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCATCCAGTAGACTCAAGC	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCTGGCTATATAGTCGTAG	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAGCCAATTTTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCGGTCATGCGACGCCTT	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGCGCATTTTAATTATTG	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCGCGGATCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.GTTCCAGCTTGCGCCAGAA	Neural
progenitors	3
10_12_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GGACTTGATTCTACCATTA	Immature
neurons	2
10_12_exp1_idx1TAGGTAACTT_idx2CCGTCGGAGG.GTAGCGATTTGGCTGATGA	Sensory
progenitors	6
10_12_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TGAGAATCATTTGATATATT	Sensory
progenitors	6
10_12_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.CTAGTACGTCGATCATTAC	Mature
neurons	10
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ACGAGGTTTAGTTCGAGTA	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ACGCCATATGCCAGGATCA	Ventral
midline	9
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ATTGCCGGTCAGGTATGGA	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CTCCGGTTTACGCCGTTCA	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGCAAGTCTAGGCCGCTCG	Neural
progenitors	16
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TAGTTACCTTTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGAATTCGTTTCTACCATTA	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGCTAATTCTGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.ATGCCAAGTCGAATAATTC	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GATTACGGTAAGTCTTCCG	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TAGCCAATTTCGGTCGTTAA	Ventral
midline	9
10_12_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGGTAGGCTTTACGTATAC	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TAGCCAATTTTGCGCCATCT	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TAGTTACCTTTTGGACGCTG	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATCATGAGTCTGAACTGGT	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GGCAAGTCTATAGACTAGG	Immature
neurons	8
10_12_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GTTGCTCCTTCTCCTATAA	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCTCCTGATTTGGACGCTG	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGATAGGTTTGCGCCAGAA	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGCAAGTCTACGCCGTTCA	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGCGGTCTCAGATTCGAT	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGGCGACTCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCAGCGGTTTACGGCTACG	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AACCGCTGTGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ATAGTCGCTGTTCTGAATT	Immature
neurons	7
10_12_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.GTAAGCTCTCAAGGCATTC	Ventral
midline	9
10_12_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TATCGAACTTATGGCGGATC	Ventral
midline	9
10_12_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.TACTCCTATTTTAATTATTG	Ventral
midline	9
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CTTAGCGGTAGACTCAAGC	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GTAAGCTCTATAGACTAGG	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TAGGTACTATATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCCTATTCTTACGCCGTTCA	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ATGGCGTATCCGTTGACTT	Ventral
midline	9
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTTCATGCTATAGTCGTAG	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACCGAATTCCGTCGGAGG	Ventral
midline	9
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACTGACGTGCCAACGCCA	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGCAAGTCTTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATATGCGTTTGCATATAAC	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCTACCTTGCTAACCTCA	Ventral
midline	9
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CCGTCTCATTTCTTATCGA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GACTACCATTGCATATAAC	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GAGACTAGTGCCAACGCCA	Ventral
midline	9
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCAGTTGGTATAGACTAGG	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GAGCGGTATTGCGCCATCT	Ventral
midline	9
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTCCTTCTTCTACCATTA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTATCGCATCCGTTGACTT	Ventral
midline	9
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAACTAAGGTAGTTGCATCT	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATGCGATTTATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGAGTTAGATGTACTAGTAA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGCCTTGGTATCAACGATT	Ventral
midline	9
10_12_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.AGGCATCATTTCCATGGCA	Ventral
midline	9
10_12_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCTACTTACTTGCGCCAGAA	Ventral
midline	9
10_12_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.AGCAACGATCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CAACGCAGTGCGCGGTAGT	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GACTGACGTGCCAGGATCA	Ventral
midline	9
10_12_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCTAGGAATTCAGATTCGAT	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.ATGGCGTATCCGTTGACTT	Ventral
midline	9
10_12_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GTTGCTCCTGCGCGGTAGT	Immature
neurons	2
10_12_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.GGTCCTTCTGTACTAGTAA	Immature
neurons	2
10_12_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.TGGTAATAGTCAGGTATGGA	Sensory
progenitors	6
10_12_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.TGCTAATTCTGTTCCGCTAA	Immature
neurons	2
10_12_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.TCGAATCTTTTGCATATAAC	Sensory
progenitors	6
10_12_exp1_idx1TGGACGACTA_idx2AACTTATAAG.ACCAATGCTAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CTGCTGAATGTACTAGTAA	Ventral
midline	9
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CGCCGTAATAATACTCTTC	Sensory
progenitors	6
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGACTTGATCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTCATCTGTCCAGGTCTAC	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTTGCTCCTTGCATATAAC	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGGCAATATTTCGCTTACG	Ventral
midline	9
10_12_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GCAATCGCTGTACTAGTAA	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TCCTCGAGTTGCGCCAGAA	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ACCGTAGCTTGAGTCCAGA	Neural
progenitors	0
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GATTACGGTGTACTAGTAA	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTTCCAGCTTGCGCCAGAA	Immature
neurons	8
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TAGCTCGGTTTAGATTCCG	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTCGCATAATATAGACTAGG	Immature
neurons	7
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTGGAGTTATTTCAAGACCA	Ventral
midline	9
10_12_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GGTCCTTCTTGCGCCATCT	Ventral
midline	9
10_12_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GTCGGCAATTGCGCCAGAA	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TATAAGGCTTCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2TGATACGAGT.ATTGCCGGTGCGCGGTAGT	Ventral
midline	9
10_12_exp1_idx1TGGACGACTA_idx2TGATACGAGT.CTCCTCGTTTTCGCTTACG	Sensory
progenitors	6
10_12_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TTGAGAGATTGCAAGGAATA	Immature
neurons	2
10_12_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.GTCTATGGTGCAAGGAATA	Neural
progenitors	11
10_12_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.TATAAGGCTTGCCGCAACGA	Neural
progenitors	0
10_12_exp10_idx1AGACCATATC_idx2AAGCCGGCTG.TCCAAGTTATTGAGTCTGGC	Sensory
progenitors	6
10_12_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TATGCGATTTTTAGATTCCG	Neural
progenitors	0
10_12_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TGCTACTAATGACCTCTCTG	Neural
progenitors	11
10_12_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.TCCTCGAGTTTGACTTCAG	Neural
progenitors	11
10_12_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.TGTTAAGACTTTAGATTCCG	Sensory
progenitors	14
10_12_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.GACCAGGATGTCATTGCGC	Neural
progenitors	0
10_12_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.TCAGGAGATGGCTATGACT	Sensory
progenitors	14
10_12_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.GTCTATGGTGTCCAACTCA	Neural
progenitors	0
10_12_exp10_idx1ATAAGGACTC_idx2GGTAGGTCTC.TTGGAGCTTAATTATCAGC	Sensory
progenitors	14
10_12_exp10_idx1ATGGCGCCTG_idx2CCAAGCTGAA.TGGTTGAATTGCCGCAACGA	Neural
progenitors	16
10_12_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.TAAGAATGGTAGAGCCAAGG	Neural
progenitors	0
10_12_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.TGAATTCGTTTTGAGTATCA	Sensory
progenitors	6
10_12_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.ATCAGTCATTGGCTATGACT	Sensory
progenitors	6
10_12_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TAGCCAATTTATGCAATATG	Neural
progenitors	11
10_12_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.TAAGAATGGTGCAAGGAATA	Immature
neurons	2
10_12_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TGATGCGATGCAAGGAATA	Immature
neurons	2
10_12_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.GGCGTTAATGGAGGATAGC	Immature
neurons	2
10_12_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.TCGTCTATTTCCAGTTCCAA	Neural
progenitors	0
10_12_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.TATTCTCCTTGCCGCAACGA	Neural
progenitors	0
10_12_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TTATCCGCTAGAGCCAAGG	Immature
neurons	2
10_12_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.TGAATCTGATTTGAGTATCA	Sensory
progenitors	6
10_12_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TCCAATAGTTAACTGATCTT	Immature
neurons	2
10_12_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.GGACTTGATAGAGCCAAGG	Immature
neurons	2
10_12_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.GCTCTTAGTGGCTAATTAA	Mature
neurons	10
10_12_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.AAACTCCAATTTAGATTCCG	Immature
neurons	2
10_12_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTGGTTAAGTATGCAATATG	Neural
progenitors	11
10_12_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.ACCATGATTTGCAGGTCCGT	Neural
progenitors	3
10_12_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.CTGCTGAATTCGATATTGA	Immature
neurons	12
10_12_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.TACTTGCGTGCCGCAACGA	Sensory
progenitors	6
10_12_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.CTTCGACTTGGTACTGCCT	Neural
progenitors	0
10_12_exp10_idx1TATTAGACTT_idx2CATGCATCTC.TACTTGCGTTGGAACTAGA	Sensory
progenitors	6
10_12_exp10_idx1TATTAGACTT_idx2CATTATTACC.ATATGGATCTTGGAACTAGA	Neural
progenitors	16
10_12_exp10_idx1TATTAGACTT_idx2CATTATTACC.TGGATTCTATAACTGATCTT	Neural
progenitors	0
10_12_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.ACCATGATTTGCCGCAACGA	Sensory
progenitors	14
10_12_exp10_idx1TATTAGACTT_idx2TCATCTCGAT.TTCCATCTTTTTGAGTATCA	Sensory
progenitors	14
10_12_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TGTTAAGACTTGGAACTAGA	Sensory
progenitors	6
10_12_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.GATACGTCTCGATCATTAC	Neural
progenitors	11
10_12_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.TCATGGCTTGGCTATGACT	Immature
neurons	2
10_12_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TAGGTACTATTTGAGTATCA	Mature
neurons	10
10_12_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.GGAGCTCATTGGAACTAGA	Sensory
progenitors	6
10_12_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TACTCCTATTGTCATTGCGC	Immature
neurons	8
10_12_exp10_idx1TTGCGAGCAT_idx2GGACTCATTG.TAGGTACTATTGGAACTAGA	Sensory
progenitors	6
10_12_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.GCTCGAGATGTATAATACG	Immature
neurons	2
10_12_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.CCGGAGTTTCAAGTCGACC	Sensory
progenitors	6
10_12_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.CCTGCAGTTCGTAATGCAG	Immature
neurons	2
10_12_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.CTGACGTTTCGTAATGCAG	Sensory
progenitors	6
10_12_exp3_idx1AGACCATATC_idx2CCGTCGGAGG.ATTACCATCTATTCGACCAA	Immature
neurons	2
10_12_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.GCTTCTGGTTTAGCAATAA	Immature
neurons	2
10_12_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.TGCGTAGTTTGGCCGGCCT	Ventral
midline	9
10_12_exp3_idx1AGGTCAGCTT_idx2GATACCTAAG.TATCTCGATTTGGTATTCAT	Immature
neurons	2
10_12_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.ACCGGTTCTCGATGGCGCC	Immature
neurons	2
10_12_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.CTGATAGGTCGTAATGCAG	Immature
neurons	2
10_12_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.GCAATCGCTACTACTGAAG	Ventral
midline	9
10_12_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.AAACTGAACTATTCGACCAA	Neural
progenitors	15
10_12_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.TCGAAGGATATTGAGATTG	Immature
neurons	2
10_12_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.TCCGTATGTTTAGCAATAA	Sensory
progenitors	6
10_12_exp3_idx1AGTCCGCTGC_idx2GACTAGTCTA.CAGAAGGCTGAAGGTTGCC	Immature
neurons	2
10_12_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.GTACCTCTTCGGAAGATAT	Sensory
progenitors	6
10_12_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.ATCTGATGATTAGGCCATAG	Neural
progenitors	3
10_12_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.CCAATCCATTCTTGCCGAC	Neural
progenitors	15
10_12_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.AGCGTAAGTTCGAGGAGTA	Immature
neurons	2
10_12_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.ATTCAAGCATAATGCCGCTT	Immature
neurons	2
10_12_exp3_idx1ATAAGGACTC_idx2TTGAGTATCA.ATTAATGCCTTTGATGCTAT	Sensory
progenitors	6
10_12_exp3_idx1ATAAGGACTC_idx2TTGAGTATCA.TCCTCGAGTAAGTTGCCAT	Neural
progenitors	3
10_12_exp3_idx1ATGGCGCCTG_idx2AGGTCAATTA.CGGTTCCATTATAGACGCA	Immature
neurons	2
10_12_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.GATTACGGTACGTCATATA	Sensory
progenitors	14
10_12_exp3_idx1ATGGCGCCTG_idx2GAACTGCATC.AACGTAATCTCTAAGAGAAG	Ventral
midline	9
10_12_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.GCTCTTAGTACCGCAGAAT	Immature
neurons	2
10_12_exp3_idx1ATTATGCAAG_idx2CTAACTCCAA.ATCTTCAGATATCGGCTATC	Sensory
progenitors	6
10_12_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.TCTATCCAATGCCGTATGCT	Immature
neurons	2
10_12_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.GTAGCGATTGCGTTGGAGC	Immature
neurons	2
10_12_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.TATCCAGGTAAGACCGTTG	Ventral
midline	9
10_12_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.AAGCAGTATTCCTTACTCCT	Ventral
midline	9
10_12_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TGCAAGGTTACTCAATAGG	Immature
neurons	2
10_12_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.TGGCCTGATAATGCTAGTC	Immature
neurons	2
10_12_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.CTGATAGGTCTTGGTAATG	Sensory
progenitors	6
10_12_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.AGCAACGATGCAAGGAATA	Immature
neurons	2
10_12_exp3_idx1GATTCTTGAA_idx2GTCGCTCAGT.CCTGCAGTTAATGCTAGTC	Ventral
midline	9
10_12_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.TATCTCGATTAGGTTAGCAT	Immature
neurons	2
10_12_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.TCAGCGGTTCTGATGGTCA	Neural
progenitors	0
10_12_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.AGTTAACCATTATAGACGCA	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.GAAGAGGCTTTGATATATT	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TTCCGACGTCTAAGAGAAG	Neural
progenitors	3
10_12_exp3_idx1GCATCGTATG_idx2CTGCAATCGC.TATTCTCCTTTATCATGATC	Ventral
midline	9
10_12_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.CTAACGACTATCGGCTATC	Ventral
midline	9
10_12_exp3_idx1GCATCGTATG_idx2TCGATATTGA.CAGAAGGCTCCAGTCCTCT	Ventral
midline	9
10_12_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.CGATTCGCTTCTTGCCGAC	Sensory
progenitors	6
10_12_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.GGTCAGTTTATTCGACCAA	Immature
neurons	2
10_12_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.CGAAGACCTAATTGCCTAC	Ventral
midline	9
10_12_exp3_idx1GCGCGTTCAT_idx2TCGATATTGA.CCTGCAGTTTGCATATAAC	Immature
neurons	2
10_12_exp3_idx1GCGCGTTCAT_idx2TCGATATTGA.GTCTATGGTCAGATTCGAT	Ventral
midline	9
10_12_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TAGAGCCTTTCGAGGAGTA	Ventral
midline	9
10_12_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TATTCTCCTTTATAGACGCA	Immature
neurons	8
10_12_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.AGCATAACTTGATCTTACGC	Immature
neurons	2
10_12_exp3_idx1GGCTTACTCC_idx2AACTTATAAG.AAGTACGTTTCTGATGGTCA	Immature
neurons	8
10_12_exp3_idx1GGCTTACTCC_idx2AACTTATAAG.TTACCTAAGTCTTGGTAATG	Immature
neurons	2
10_12_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.AGAGGTCGTTCAAGCCGAT	Sensory
progenitors	6
10_12_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.GCAGATACTACTATAGGTT	Sensory
progenitors	14
10_12_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.CAGCATTGTTTAGGACCGG	Mature
neurons	10
10_12_exp3_idx1GTAGGCTGCA_idx2CTGCTTCGAC.ATTCGGAGTTCCGGCCTCG	Neural
progenitors	0
10_12_exp3_idx1GTAGGCTGCA_idx2GACCGTAGCA.CAAGGCGTTATTCGACCAA	Immature
neurons	2
10_12_exp3_idx1GTAGGCTGCA_idx2GCTCTCGCCT.ACCAATGCTTCCGGCCTCG	Ventral
midline	9
10_12_exp3_idx1GTAGGCTGCA_idx2GGAACGATGG.ACTGAATACTTTCCAACCGC	Immature
neurons	2
10_12_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.TGAACGCGTTTGACTTCAG	Sensory
progenitors	6
10_12_exp3_idx1TAGGTAACTT_idx2ACTCTCTCAA.ACGATATCATTATGAGTTAA	Immature
neurons	2
10_12_exp3_idx1TAGGTAACTT_idx2ACTCTCTCAA.CAACGCAGTTGGTATTCAT	Immature
neurons	2
10_12_exp3_idx1TAGGTAACTT_idx2CTCCGGTTCT.TAGCCAATTTTTGATATATT	Sensory
progenitors	6
10_12_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.CATCAACGTCAAGTCGACC	Sensory
progenitors	6
10_12_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.GACCGAATTTAACTCAATT	Sensory
progenitors	6
10_12_exp3_idx1TAGGTAACTT_idx2TGATACGAGT.GACTCGCTTCTGATGGTCA	Immature
neurons	2
10_12_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.GAGTTCTCTTGGTATTCAT	Immature
neurons	2
10_12_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.CCGACCAATTTCTTAATAA	Sensory
progenitors	6
10_12_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.AGTCGCATTTGGCTGATGA	Sensory
progenitors	6
10_12_exp3_idx1TATTAGACTT_idx2CTAACTCCAA.ATTAGTCTGTGAGCATATGG	Immature
neurons	2
10_12_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.TCTATCCAATTGGCTGATGA	Neural
progenitors	0
10_12_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.GCTCGAGATACGAAGTCAA	Immature
neurons	2
10_12_exp3_idx1TCCTCTGCCG_idx2GGTAGGTCTC.CGCCGTAATGACGACCTGC	Immature
neurons	8
10_12_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.TATTGACTCTGTATAATACG	Sensory
progenitors	6
10_12_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.TCCTATAAGTAGAGCTATAA	Sensory
progenitors	6
10_12_exp3_idx1TCTTGAGGTT_idx2GGACTCATTG.CAAGGCGTTCTTGGTAATG	Neural
progenitors	15
10_12_exp3_idx1TGGACGACTA_idx2AACGGACCAA.AACGATCATTACTCAATAGG	Sensory
progenitors	14
10_12_exp3_idx1TGGACGACTA_idx2AACGGACCAA.ACGCTTATATCGGCGTAACT	Sensory
progenitors	6
10_12_exp3_idx1TGGACGACTA_idx2AACGGACCAA.AGAAGTAAGTCCGCGGCTCA	Sensory
progenitors	6
10_12_exp3_idx1TGGACGACTA_idx2AACGGACCAA.ATGGTAACTTCGATGGCGCC	Immature
neurons	2
10_12_exp3_idx1TGGACGACTA_idx2GCAACTGGCA.ATAACTTCCTACCGCAGAAT	Immature
neurons	2
10_12_exp3_idx1TGGACGACTA_idx2GCAACTGGCA.CAATCGGTTCTTGGTAATG	Neural
progenitors	3
10_12_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.CGCTGCTTTAAGAAGCTAG	Sensory
progenitors	6
10_12_exp3_idx1TTATTGAGGC_idx2GATACCTAAG.TCTCTCCATTATGAGTTAA	Immature
neurons	2
10_12_exp3_idx1TTATTGAGGC_idx2TCCGGTAATC.ACGATATCATAGGAGAGAAC	Immature
neurons	2
10_12_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.TTGATTCCTTGATACGGAAC	Sensory
progenitors	6
10_12_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.CCGTCGATTCGGAGATCCG	Neural
progenitors	3
10_12_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.AACGCGTCTCTAAGAGAAG	Sensory
progenitors	6
10_12_exp3_idx1TTCCGTCGAC_idx2GATCAGTCAT.AACCTCATTTTTCTTATCGA	Ventral
midline	9
10_12_exp3_idx1TTCCGTCGAC_idx2GATCAGTCAT.CGCCGTAATCGGAGATCCG	Sensory
progenitors	6
10_12_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.TTTGCTACTTGTATAATACG	Neural
progenitors	1
10_12_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.GCGGAGAATCCGTTCCTTA	Immature
neurons	2
10_12_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.ATAGTTGACTAAGAAGCTAG	Neural
progenitors	3
10_12_exp3_idx1TTGCCGTAGG_idx2CTCGGTCAAT.ATAAGCGAATTAGCCGTCAT	Ventral
midline	9
10_12_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.AGCTATCGTTATGAGTTAA	Immature
neurons	2
10_12_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.TGCTCCTATCTGAACTGGT	Immature
neurons	8
10_12_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.GAACGATGTACTGCCGATA	Neural
progenitors	11
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.AAGATGCCTTTGATATATT	Ventral
midline	9
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CCATTGCGTTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.CTAGTACGTTTGGATCCTT	Neural
progenitors	11
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCAACGTTTAGTTCGAGTA	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTCCGGTTTTTCGCTTACG	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCAGCGGTTCAAGGCATTC	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CCAGAACCTCAGATTCGAT	Neural
progenitors	1
10_12_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.CAGAAGGCTTATTACTCAT	Immature
neurons	2
10_12_exp10_idx1AATACGATAA_idx2CTCGATGGAG.TCTCGCTCTTTGAGTATCA	Neural
progenitors	0
10_12_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TTATCCGCTAAGCCAGTTA	Neural
progenitors	0
10_12_exp10_idx1AGTCCGCTGC_idx2TGGCGTAGGT.ACCATGATTTTTGAGTATCA	Neural
progenitors	16
10_12_exp10_idx1TTCGAATATT_idx2CTCGTCTAGG.TATTCGGCTGCAGGTCCGT	Neural
progenitors	0
10_12_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.AGTCGCATTTCCTACCAGT	Neural
progenitors	0
10_12_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.AGAACTCCTTATGAGTTAA	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TAGCCAATTTAGACTCAAGC	Neural
progenitors	3
10_12_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GGTCCTTCTCGAATAATTC	Neural
progenitors	16
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GAAGAGGCTATAGACTAGG	Neural
progenitors	16
10_12_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.ATTGCCGGTTTGGACGCTG	Neural
progenitors	0
10_12_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GAGACTAGTTTAATTATTG	Neural
progenitors	16
10_12_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GTCGGCAATATAGACTAGG	Neural
progenitors	0
10_12_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TGCTACTAATTACGGCTACG	Ventral
midline	9
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTTCATGCTTGATAGAACG	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACTCGCTTTGCGCCATCT	Neural
progenitors	16
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCCTTGGTCAGGTATGGA	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTGGCAATATCAGATTCGAT	Neural
progenitors	16
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATTGACTCTTGAGGTAGAA	Neural
progenitors	16
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TAGGTACTATAGACTCAAGC	Neural
progenitors	16
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TTCTGGCCTTCTACCATTA	Neural
progenitors	16
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCAATCGCTGTTCCGCTAA	Neural
progenitors	16
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTAGTACGTTGCGCCATCT	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TGGTCGAATTCCGTCGCCA	Neural
progenitors	0
10_12_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.AAGGATTACTCGATCATTAC	Immature
neurons	12
10_12_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.GAACGGCTTTTGAGTATCA	Neural
progenitors	16
10_12_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TATGCGATTTTTAGATTCCG	Neural
progenitors	16
10_12_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.AGTATTAGCTGCAGGTCCGT	Neural
progenitors	16
10_12_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.GTCATCTGTAACTGATCTT	Neural
progenitors	0
10_12_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.TATCATGAGTACGGAGGCGG	Neural
progenitors	11
10_12_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.GAACGGCTTGCCGCAACGA	Neural
progenitors	16
10_12_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.GTCATCTGTGCCGCAACGA	Neural
progenitors	0
10_12_exp10_idx1TATTAGACTT_idx2TGATAGAACG.GATAAGCGTTTGAGTATCA	Neural
progenitors	16
10_12_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.TCCAAGTTATGTCATTGCGC	Neural
progenitors	16
10_12_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.TGCCTATTATGCCGCAACGA	Neural
progenitors	0
10_12_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.TGCTGGATTGCCGCAACGA	Neural
progenitors	0
10_12_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.TGATGCGATACGCGAGATT	Neural
progenitors	11
10_12_exp3_idx1AATACGATAA_idx2ACTCTCTCAA.ATGCATTCATGTATAATACG	Immature
neurons	8
10_12_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.AAGATGCCTAATCGATAAT	Immature
neurons	2
10_12_exp3_idx1GAGCGCGATG_idx2GACCTCCGCC.CCGACCAATTTCCAACCGC	Immature
neurons	2
10_12_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TCCTAACTTTAGGAGAGAAC	Neural
progenitors	0
10_12_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.ATTGCCGGTCGTAATGCAG	Immature
neurons	8
10_12_exp3_idx1GGCTTACTCC_idx2ACGTTCAACC.CGAGATGCTCGGAAGATAT	Ventral
midline	9
10_12_exp3_idx1TCTTGAGGTT_idx2CGACTACCAA.CTTAGCGGTGTATAATACG	Sensory
progenitors	6
10_12_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.TAATCAGCTTGCCGTATGCT	Neural
progenitors	0
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TTCTAAGCTTCAGATTCGAT	Neural
progenitors	0
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.ACCTTCGGTAATACTCTTC	Neural
progenitors	11
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCAGTTGGTTGCGCCAGAA	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCCAAGTTATAGTTCGAGTA	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2ACGCAACTCC.AGTTGCGCTCAGATTCGAT	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TCTAGGAATTTTAATTATTG	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.AACCGCTGTAGTTCGAGTA	Neural
progenitors	11
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GACTCGCTTCCGTTGACTT	Neural
progenitors	0
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCCATGGTTAGTTCGAGTA	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTTGCAAGTACGCCGTTCA	Immature
neurons	12
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TAGGTACTATCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.AAGCGCCATTTCGCTTACG	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACCGTCATTTGGACGCTG	Neural
progenitors	3
10_12_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.CAATCGGTTTTCGCTTACG	Sensory
progenitors	6
10_12_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GTTCCAGCTGTTCCGCTAA	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TTCTGGCCTATAGTCGTAG	Neural
progenitors	0
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.AACCGCTGTTGCATATAAC	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTCCGGTTTTCGAGGAGTA	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATGCGATTTTTACGTATAC	Neural
progenitors	3
10_12_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTTCGCTGTTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TGAACGCGTGCCAACGCCA	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TAGGTACTATTGATAGAACG	Neural
progenitors	3
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCATTAAGCTTTGGAATCTC	Ventral
midline	9
10_12_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.CTTAGCGGTTCTACCATTA	Neural
progenitors	0
10_12_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TCCTACCTTAAGTCTTCCG	Neural
progenitors	3
10_12_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TGCCTATTATCGAATAATTC	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TGGTCTCCTACGCCGTTCA	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.CGACGATATCAGGTATGGA	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGCAAGTCTACTTAACTAG	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GGACTTGATGCGCGGTAGT	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TGCTACTAATCGGAGATCCG	Neural
progenitors	0
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGGTCTCCTTTAATTATTG	Ventral
midline	9
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTGGCGACTCGGTCGTTAA	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCATCAGGTAGACTCAAGC	Immature
neurons	2
10_12_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.GTCGGAGTTAGACTCAAGC	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TTCGCATAATGCGCGGTAGT	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCTAGGAATTAGTTCGAGTA	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GGTTCGAGTAAGTCTTCCG	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.ACGCCATATAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.ACGGCAATTCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GACTTGGCTTTCGCTTACG	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TAGCCAATTTACGCCGTTCA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGGCGACTTTGGACGCTG	Neural
progenitors	3
10_12_exp1_idx1TATAATAGTT_idx2TATAACTTCC.GCGGAGAATATAGACTAGG	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.ACCTTCGGTTTCGCTTACG	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GCTTCTGGTCCGCGGACCG	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCTACTTACTTTCGCTTACG	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTCCAGAGTACGCCGTTCA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACCGAATTAGTTCGAGTA	Ventral
midline	9
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGAATTCGTTTTACGTATAC	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TATATGCGTTTCCGTCGCCA	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCGCCAACTTCTACCATTA	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TTATAGGCATCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TCTCTCCATCGAATAATTC	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AGTTGCGCTTGCGCCAGAA	Immature
neurons	13
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACCAGGATACGCCGTTCA	Immature
neurons	12
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCTTAACCTCCGTCCAGTA	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ACGAGGTTTTTACGTATAC	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTTGCTCCTATTGAGATTG	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TATCGAACTTATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.CAGAAGGCTGCGCGGTAGT	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TCATTAAGCTATAGACTAGG	Immature
neurons	2
10_12_exp10_idx1AATACGATAA_idx2AACTTATAAG.TACTCCTATTTTAGATTCCG	Neural
progenitors	3
10_12_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.GGCAAGTCTAACTGATCTT	Neural
progenitors	0
10_12_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TTCCATCTTTAGCGTCAATG	Neural
progenitors	3
10_12_exp10_idx1AATACGATAA_idx2GTTCCGACGA.TATGGTCTTTACGCGAGATT	Neural
progenitors	11
10_12_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.TAACGACTTTCGATCATTAC	Neural
progenitors	0
10_12_exp10_idx1ACGGCGTTAA_idx2GACCTCTCTG.AGTCGCATTAACTGATCTT	Neural
progenitors	3
10_12_exp10_idx1AGACCATATC_idx2ACGCAACTCC.ACAACCTATTAACTGATCTT	Neural
progenitors	0
10_12_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.TTCGTTCCTGGATGCAGCA	Neural
progenitors	11
10_12_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.TTGACTCAATGGTACTGCCT	Neural
progenitors	0
10_12_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TTATAGGCATTTGAGTATCA	Immature
neurons	7
10_12_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.GTCATCTGTTTAGATTCCG	Immature
neurons	2
10_12_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TGCAAGGTTTTGAGTATCA	Neural
progenitors	3
10_12_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.AAGTTCTTGTGACCTCTCTG	Neural
progenitors	3
10_12_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TGACGAGGTAGCGTCAATG	Neural
progenitors	0
10_12_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.GTCTATGGTTTGAGTATCA	Neural
progenitors	0
10_12_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TCTACTTACTGGCTCTCTAT	Neural
progenitors	15
10_12_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.AGATCGGATACGCGAGATT	Neural
progenitors	0
10_12_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.ATACCAGTTTGGCTATGACT	Neural
progenitors	0
10_12_exp10_idx1TAGGTAACTT_idx2TGATACGAGT.TCTTAGTTCTACGCGAGATT	Neural
progenitors	0
10_12_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TTCCATCTTTAGAGCCAAGG	Neural
progenitors	16
10_12_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.GGCTAAGATGGTACTGCCT	Neural
progenitors	3
10_12_exp10_idx1TATTAGACTT_idx2TGATAGAACG.CTTCATGCTAACTGATCTT	Neural
progenitors	1
10_12_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TATCGAACTTGCAGGTCCGT	Neural
progenitors	3
10_12_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TTCGTTCCTGCAAGGAATA	Neural
progenitors	16
10_12_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.CGTACCTATACGCGAGATT	Neural
progenitors	0
10_12_exp10_idx1TTGCCGTAGG_idx2TGAGGTAGAA.ATATGGATCTTTGACTTCAG	Neural
progenitors	0
10_12_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.CGCTGCTTTCTTGGTAATG	Ventral
midline	9
10_12_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.CTGGAAGATATTGAGATTG	Immature
neurons	2
10_12_exp3_idx1GTAGCAGCTA_idx2AGTCCGCGGA.TATTGACTCTAACTGATCTT	Neural
progenitors	3
10_12_exp3_idx1GTAGGCTGCA_idx2GGAACGATGG.AGCATTATGTACCGCAGAAT	Neural
progenitors	1
10_12_exp3_idx1TAGGTAACTT_idx2TCTAGAACTA.TCCTAACTTTCTTGGTAATG	Immature
neurons	2
10_12_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.AACGTAATCTCGGAGATCCG	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCATCAGGTGTTCCGCTAA	Neural
progenitors	0
10_12_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.CCGGAGTTTAGGCCGCTCG	Neural
progenitors	3
10_12_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.ACGAGGTTTAGTTCGAGTA	Neural
progenitors	0
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCTTCTGGTCGGTCGTTAA	Neural
progenitors	11
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GATTACGGTTTGGACGCTG	Neural
progenitors	0
10_12_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TTCTAAGCTTTGCGCCAGAA	Neural
progenitors	0
10_12_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TTGGCAATATAGACTCAAGC	Neural
progenitors	0
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGCTACTAATCAGGTATGGA	Neural
progenitors	0
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGGTCGAATGACTAGTCTA	Neural
progenitors	0
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCTCCTGATGCGACGCCTT	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCTTCTGGTACGCCGTTCA	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGGATCCGTTGCGCCATCT	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TTCTAAGCTTGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGCTACTAATGCCAACGCCA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TGCGTAGTTTTACGTATAC	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TTCCATTACTTGAGGTAGAA	Neural
progenitors	0
10_12_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GATTACGGTAGGCCGCTCG	Neural
progenitors	0
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ATAGTCGCTGACTAGTCTA	Neural
progenitors	0
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCCAAGTTATGCGACGCCTT	Neural
progenitors	1
10_12_exp10_idx1ACGGCGTTAA_idx2AGCGTCAATG.TAAGAATGGTTCGTAGAGAA	Neural
progenitors	0
10_12_exp10_idx1ACGGCGTTAA_idx2TCGATATTGA.TCCTCGAGTACGCGAGATT	Neural
progenitors	16
10_12_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.GATAAGCGTGCAAGGAATA	Neural
progenitors	0
10_12_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.CCTAATGGTTAGAGTAATA	Neural
progenitors	3
10_12_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.ATAACTTCCTTTAGATTCCG	Neural
progenitors	3
10_12_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.TGAATTCGTTTGGAACTAGA	Neural
progenitors	0
10_12_exp10_idx1ATGGCGCCTG_idx2AGGTCAATTA.GTCTCTACTATGCAATATG	Neural
progenitors	0
10_12_exp10_idx1CCTCAGCTCC_idx2ATAGGATATG.GAACGATGTGGTCCAGGAG	Neural
progenitors	0
10_12_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.GGAGCTCATGCCGCAACGA	Neural
progenitors	0
10_12_exp10_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GCTGGCTATAGAGCCAAGG	Neural
progenitors	0
10_12_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.AATTCATCGTTTAGATTCCG	Neural
progenitors	0
10_12_exp10_idx1TATTAGACTT_idx2CATTATTACC.GATACGTCTTCAACGTAAG	Neural
progenitors	16
10_12_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.ACCATGATTTGCAAGGAATA	Neural
progenitors	0
10_12_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.TGGATCCGTGGTCCAGGAG	Neural
progenitors	0
10_12_exp10_idx1TTGCCGTAGG_idx2ACTGAATTCC.CTGCCTTATGGAGGATAGC	Neural
progenitors	0
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GCTCGAGATATCAACGATT	Ventral
midline	9
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GCTCGAGATTTCGCTTACG	Immature
neurons	13
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CGTCGAAGTACGCCGTTCA	Ventral
midline	9
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGCGCATTTGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGTACGGATAGTTCGAGTA	Immature
neurons	8
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGTTGGCATGTTCCGCTAA	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TAGAGCCTTCCGTTGACTT	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GACCAGGATACGCCGTTCA	Ventral
midline	9
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCTCGAGATGCCGTATGCT	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGTCCTTCTTTACGTATAC	Immature
neurons	8
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCAGCGGTTCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCGCCAACTTGCGCCATCT	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TTCTCTCGTCCGTTGACTT	Ventral
midline	9
10_12_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GTTCGCTGTTACGGCTACG	Ventral
midline	9
10_12_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TCCAAGTTATTCTACCATTA	Ventral
midline	9
10_12_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TGGTCGAATCAGATTCGAT	Ventral
midline	9
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.CGGTTCCATCGGTAGGAAT	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAACGGCTTTGCGCCATCT	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAAGAGGCTTACGGCTACG	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCAATCGCTGTTCCGCTAA	Ventral
midline	9
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCAATCGCTTTAATTATTG	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGATAGGTTTTGGATCCTT	Ventral
midline	9
10_12_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TTAATGAGCTTTGGACGCTG	Ventral
midline	9
10_12_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TTCCGACGTGTACTAGTAA	Ventral
midline	9
10_12_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.CCTCCTGATTTCGCTTACG	Ventral
midline	9
10_12_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TGAACGCGTTTAATTATTG	Immature
neurons	8
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CAATCGGTTTAGGCAGATA	Ventral
midline	9
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GAGCGGTATTACGGCTACG	Ventral
midline	9
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCAGATACTGCGACGCCTT	Immature
neurons	8
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTAAGCTCTGTACTAGTAA	Neural
progenitors	3
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TACTCCTATTCTCTGCGGCA	Sensory
progenitors	6
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCATAGAGTTGCCAGGATCA	Ventral
midline	9
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCCGTATGTGTACTAGTAA	Neural
progenitors	3
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCCTATTCTTCAGGTATGGA	Ventral
midline	9
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CCATTGCGTCAGATTCGAT	Neural
progenitors	3
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CCGGAGTTTTTAATTATTG	Ventral
midline	9
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CCGTCTCATGCGCGGTAGT	Ventral
midline	9
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GAACGGCTTTACGGCTACG	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TTCCGACGTTTGGACGCTG	Immature
neurons	13
10_12_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GGCGACTATTTACGTATAC	Ventral
midline	9
10_12_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GCAACGTTTTGCGCCATCT	Ventral
midline	9
10_12_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TTAATGAGCTTACGGCTACG	Ventral
midline	9
10_12_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TATATGCGTTAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.GAACGATGTCGAATAATTC	Immature
neurons	2
10_12_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TTGGCTCATTGAGGTAGAA	Ventral
midline	9
10_12_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TATTGACTCTTCTAGAACTA	Ventral
midline	9
10_12_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TTTGCTTAGTGTTCCGCTAA	Neural
progenitors	3
10_12_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.ATAGTCGCTTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.ATGGCAGCTTTGGACGCTG	Ventral
midline	9
10_12_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TATGAGAACTTTAATTATTG	Immature
neurons	8
10_12_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.GACTACCATTTCGCTTACG	Ventral
midline	9
10_12_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TTCTAAGCTTGCGACGCCTT	Ventral
midline	9
10_12_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GTAAGCTCTGCAGACCGGT	Immature
neurons	13
10_12_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TTAATGAGCTATAGACTAGG	Ventral
midline	9
10_12_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.ACGGCAATTAGACTCAAGC	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.ACCGTAGCTGCGCGGTAGT	Germline	19
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGATAGGTTGCGCGGTAGT	Immature
neurons	8
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCTACTTACTAGGCCGCTCG	Neural
progenitors	3
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GAACGATGTACGCCGTTCA	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GACTACCATGCGCGGTAGT	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GATTACGGTTACGGCTACG	Sensory
progenitors	6
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATTCGGCTTGCGCCATCT	Neural
progenitors	3
10_12_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TATCGAACTTACCAGCGCAG	Neural
progenitors	3
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CTGGAAGATGCGCGGTAGT	Ventral
midline	9
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCCAAGTTATAAGTCTTCCG	Ventral
midline	9
10_12_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GGTTGGCATTTAATTATTG	Neural
progenitors	3
10_12_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCTCCGAATGTTCCGCTAA	Ventral
midline	9
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.AGCAACGATCAGATTCGAT	Ventral
midline	9
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GATCGACCTTACGGCTACG	Immature
neurons	8
10_12_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.CGCCGTAATGTTCCGCTAA	Sensory
progenitors	6
10_12_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TGGACCTCTTTAATTATTG	Ventral
midline	9
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CCGTCTCATACGCCGTTCA	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCGCGCATTCAGATTCGAT	Immature
neurons	8
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TGCCTTGGTATAGACTAGG	Immature
neurons	12
10_12_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.ATGGCGTATAAGTAGTCAG	Neural
progenitors	11
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CCAGAACCTGTTCCGCTAA	Ventral
midline	9
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CTCCAGAGTGTTCCGCTAA	Neural
progenitors	3
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GAAGAGGCTGCTAACCTCA	Ventral
midline	9
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCCATGGTTATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.AACCGCTGTCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.CTGCTGAATACGCCGTTCA	Neural
progenitors	3
10_12_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GACTACCATTACGGCTACG	Ventral
midline	9
10_12_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GTAGCGATTACGCCGTTCA	Neural
progenitors	0
10_12_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TGGACCTCTACCAGCGCAG	Neural
progenitors	11
10_12_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.GTTCCAGCTTTAATTATTG	Ventral
midline	9
10_12_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TGCTACTAATTTACGTATAC	Neural
progenitors	3
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCAATCGCTTACGGCTACG	Neural
progenitors	3
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCTGGCTATCAGATTCGAT	Neural
progenitors	15
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TACGGTAGTACTTCCGAAT	Ventral
midline	9
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCCGTATGTTGAGGTAGAA	Immature
neurons	12
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CTACGGCATGCGCGGTAGT	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TATATGCGTTTTACGTATAC	Neural
progenitors	3
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTCTCTCGTCCGTTGACTT	Ventral
midline	9
10_12_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GAGCGGTATTTACGTATAC	Immature
neurons	8
10_12_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TTCCATTACTCAGATTCGAT	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.CGAGATGCTAGTTCGAGTA	Ventral
midline	9
10_12_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCCGTATGTTGCGCCATCT	Ventral
midline	9
10_12_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TTGAGAGATTTTAGCAATAA	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GATTACGGTTTGGACGCTG	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TGATCTTCTTTTACGTATAC	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TGAGTTAGATTTCCATGGCA	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TTGCGGTCTTCTACCATTA	Ventral
midline	9
10_12_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.CCGGAGTTTGCGCGGTAGT	Ventral
midline	9
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTGCTGAATAAGTCTTCCG	Ventral
midline	9
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTGGAAGATTCTACCATTA	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GACCGAATTAAGTAGTCAG	Immature
neurons	12
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCATCCAGTTATTACTCAT	Ventral
midline	9
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGCAAGTCTGTCCAACTCA	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGTCTACGTCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGAATCTTTCAGATTCGAT	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGCGTAGTTTTGGACGCTG	Ventral
midline	9
10_12_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCGTCTATTTGCGCGGTAGT	Immature
neurons	8
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AGCAACGATTGCGCCAGAA	Ventral
midline	9
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTACGGCATGTTCCGCTAA	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCTGAAGCTGTTCCGCTAA	Ventral
midline	9
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTAGACGGTTATAGTAAGC	Ventral
midline	9
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATTGACTCTGTACTAGTAA	Immature
neurons	8
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CGACGATATGTTCCGCTAA	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGCGACTATTGCGCGATGC	Ventral
midline	9
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAGAGAGTATTTACGTATAC	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATTGACTCTAGACTCAAGC	Ventral
midline	9
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCTTCTGGTGCGCGGTAGT	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGTCTACGTCAGGTATGGA	Immature
neurons	8
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGAGAGTATCGAATAATTC	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGGCTCATGCGTTCAGCT	Ventral
midline	9
10_12_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GTATCGCATTGCATATAAC	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GTTCCAGCTCAGATTCGAT	Ventral
midline	9
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCAATCGCTACGCCGTTCA	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGTCGAATTTAATTATTG	Ventral
midline	9
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACGCCATATAGTTCGAGTA	Ventral
midline	9
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGCCTGATCAGGTATGGA	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGTCTCCTTTCTTATCGA	Ventral
midline	9
10_12_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.TGATCTTCTTACGCCGTTCA	Ventral
midline	9
10_12_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.ACCAATGCTATAGACTAGG	Sensory
progenitors	6
10_12_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GACTCGCTTCGAATAATTC	Immature
neurons	8
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ATAGTCGCTTTACGTATAC	Ventral
midline	9
10_12_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GACTGACGTATAGACTAGG	Ventral
midline	9
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATGCGATTTTATGCCGAGT	Ventral
midline	9
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGTAGTCCTTCAGACGAAC	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTCCTGCATTTAATTATTG	Ventral
midline	9
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TACGGTAGTACCAGCGCAG	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGAGAGTATGTACTAGTAA	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCGTATGTACTCTCTCAA	Ventral
midline	9
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGTCTATTTATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGCCTATTATCAGATTCGAT	Ventral
midline	9
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGCGTAGTTCCGTTGACTT	Immature
neurons	8
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.ACCTTCGGTTCTACCATTA	Ventral
midline	9
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CAATCGGTTTGCGCCATCT	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GGCAAGTCTCGGAGATCCG	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TATATGCGTTTGCGCCATCT	Ventral
midline	9
10_12_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.ATAGTCGCTATAGACTAGG	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TACTCCTATTGCCAGGATCA	Ventral
midline	9
10_12_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TATTGAGGTTTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CTACGGCATGCGACGCCTT	Ventral
midline	9
10_12_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GTCGGAGTTTTAATTATTG	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CCATTGCGTCCAGGTCTAC	Immature
neurons	8
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CGCCGTAATTGCATATAAC	Ventral
midline	9
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTGGAAGATTTAATTATTG	Immature
neurons	13
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGCGCATTTGTTCCGCTAA	Ventral
midline	9
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCTCGCTCTGCCGGTCGAG	Neural
progenitors	3
10_12_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.GGCGCATTTGCCGGTCGAG	Ventral
midline	9
10_12_exp1_idx1TATAATAGTT_idx2AGATCCTATA.ACGAGGTTTATCAACGATT	Immature
neurons	8
10_12_exp1_idx1TATAATAGTT_idx2AGATCCTATA.GCAATCGCTTGCGCCATCT	Ventral
midline	9
10_12_exp1_idx1TATAATAGTT_idx2AGATCCTATA.GTTGCAAGTGCCAACGCCA	Immature
neurons	8
10_12_exp1_idx1TATAATAGTT_idx2TATAACTTCC.CGCCGTAATCAAGGCATTC	Immature
neurons	2
10_12_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.AACCGCTGTTGCATATAAC	Immature
neurons	2
10_12_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TGAATTCGTTTTAATTATTG	Ventral
midline	9
10_12_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.GGCTTACTTTTACGTATAC	Ventral
midline	9
10_12_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.TTCTCTAGTTGCTAACCTCA	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.AACCGCTGTTTAATTATTG	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.ATGGCGTATCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GGTAGTCCTTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCGCGCATTTGAGTCCAGA	Immature
neurons	12
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TGCCTATTATTATAGTAAGC	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CTTCATGCTTTCGCTTACG	Ventral
midline	9
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.AAGATGCCTTGCGCCATCT	Immature
neurons	13
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ACCTTCGGTGTACTAGTAA	Immature
neurons	13
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ACGCCATATTTGGATCCTT	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.AGCAACGATGCGACGCCTT	Ventral
midline	9
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCATTGCGTATAGACTAGG	Immature
neurons	8
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCATTGCGTGCCAACGCCA	Immature
neurons	8
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCGGAGTTTGCGCGGTAGT	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTTCGCTGTTTGATGCTAT	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TACGGTAGTTTACGTATAC	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TAGTTACCTTCAGGTATGGA	Ventral
midline	9
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATTGAGGTTGTACTAGTAA	Ventral
midline	9
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGGCCTGATCAAGGCATTC	Ventral
midline	9
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.ACCTTCGGTTCCGTCGCCA	Ventral
midline	9
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.ACGCCATATCGAATAATTC	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCAGATACTTGCGCCATCT	Immature
neurons	8
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCCAAGTTATTTCGCTTACG	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCGTTCTGTATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGAATTCGTTTTCTTATCGA	Ventral
midline	9
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACTGACGTCCGCGGACCG	Ventral
midline	9
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCGCTCAATCAGGTATGGA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGATAGGTTTCTACCATTA	Ventral
midline	9
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTACGGATTTGGACGCTG	Ventral
midline	9
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGCGTAGTTCCGTTGACTT	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGCTCCTATAGTTCGAGTA	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGCGGTCTGCAAGGAATA	Ventral
midline	9
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGGCGACTACGCCGTTCA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TAGAGCCTTCAGGTATGGA	Ventral
midline	9
10_12_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.AGGCATCATTGCGCCATCT	Ventral
midline	9
10_12_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GCGCTCAATTCTACCATTA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TGGTAATAGTAGTTCGAGTA	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GAAGAGGCTCAGATTCGAT	Ventral
midline	9
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GACTGACGTGCCAACGCCA	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GGCAAGTCTTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TAGCCAATTTCTCTGCGGCA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TATCATGAGTAGTTCGAGTA	Immature
neurons	2
10_12_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.CCATCAGGTCTGGATTAGT	Immature
neurons	2
10_12_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.TGGTAATAGTGTTCCGCTAA	Ventral
midline	9
10_12_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.AGCAACGATGTTCCGCTAA	Ventral
midline	9
10_12_exp1_idx1TGGACGACTA_idx2AACTTATAAG.ATGGCAGCTTCTACCATTA	Ventral
midline	9
10_12_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GAGACTAGTTTCAAGACCA	Ventral
midline	9
10_12_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GGTACGGATGCGCGGTAGT	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TTGAGTCCTGCGCGGTAGT	Ventral
midline	9
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AGCAACGATTCTACCATTA	Ventral
midline	9
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGCTTACTTGCGACGCCTT	Ventral
midline	9
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCAAGTTATGTACTAGTAA	Sensory
progenitors	6
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCTACTTACTTGATAGAACG	Sensory
progenitors	6
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCTCTCGTAGACTCAAGC	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.CTCCAGAGTCCGTTGACTT	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TCCTACCTTTTACGTATAC	Ventral
midline	9
10_12_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TGAGAATCATAGTTCGAGTA	Ventral
midline	9
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ACCAATGCTATAGACTAGG	Ventral
midline	9
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTCCAGAGTTTCGCTTACG	Immature
neurons	8
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GAGCGGTATTGCGCCAGAA	Ventral
midline	9
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTATAGGCATTGCGCCATCT	Neural
progenitors	0
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTCTTAACCTCGAATAATTC	Neural
progenitors	0
10_12_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TCGGTACCTTTCGCTTACG	Ventral
midline	9
10_12_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GCTGGCTATTTCGCTTACG	Immature
neurons	2
10_12_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.GTCCTGCATAACTGATCTT	Immature
neurons	8
10_12_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.CTGCTGAATGCCGCAACGA	Immature
neurons	13
10_12_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.AACTGGCATGGTACTGCCT	Immature
neurons	8
10_12_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.TTCTCTAGTTACTTCCGAAT	Ventral
midline	9
10_12_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.ATCAGTCATTTGGAACTAGA	Immature
neurons	8
10_12_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TCCTCGAGTTTAGATTCCG	Immature
neurons	8
10_12_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TTCTCATTGTTGGAACTAGA	Ventral
midline	9
10_12_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TTGACCAGTGCCGCAACGA	Neural
progenitors	0
10_12_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.ATTGATCGTTGCAAGGAATA	Neural
progenitors	3
10_12_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.GTAGACGGTGGCTATGACT	Neural
progenitors	11
10_12_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.GTATCGCATTTGAGTATCA	Neural
progenitors	3
10_12_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GGCGTTAATACTTCCGAAT	Immature
neurons	2
10_12_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.TCTATCCAATTTGAGTATCA	Ventral
midline	9
10_12_exp10_idx1GGCTTACTCC_idx2GCTCTCGCCT.CTTCATGCTTCAACGTAAG	Ventral
midline	9
10_12_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.GTAGACGGTGGTACTGCCT	Neural
progenitors	3
10_12_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TATTGACTCTCGATCATTAC	Ventral
midline	9
10_12_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TGATCTTCTTGACTAGTCTA	Ventral
midline	9
10_12_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TGCAAGGTTTTAGATTCCG	Immature
neurons	8
10_12_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TCGTTCTGTCCGCGGACCG	Immature
neurons	12
10_12_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.GGAGGTTCTTTGAGTATCA	Immature
neurons	8
10_12_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.TCCAATAGTTCGATCATTAC	Neural
progenitors	0
10_12_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.GGCTAAGATTCCTACCAGT	Ventral
midline	9
10_12_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TGAGAATCATCTTGCGCCGC	Ventral
midline	9
10_12_exp10_idx1TGGACGACTA_idx2CCTAGCGCCT.TCGAAGGATGCCGCAACGA	Neural
progenitors	0
10_12_exp10_idx1TTCGAATATT_idx2AAGCCGGCTG.TCTATACCTTAGAGCCAAGG	Ventral
midline	9
10_12_exp10_idx1TTGCCGTAGG_idx2TGAGGTAGAA.ACTTGATTGTAACTGATCTT	Neural
progenitors	0
10_12_exp12_idx1GCGCTATGGT.TTCGCATAATACCAGCGCAG	Ventral
midline	9
10_12_exp3_idx1AATACGATAA_idx2ACTCTCTCAA.GTAGACGGTCTGAACTGGT	Ventral
midline	9
10_12_exp3_idx1ACGGCGTTAA_idx2AATTGCCTAC.ACTTACTCATTCGAGGAGTA	Immature
neurons	8
10_12_exp3_idx1ACGGCGTTAA_idx2ACCGTTACGA.ATTAATGCCTTGGCTGATGA	Sensory
progenitors	6
10_12_exp3_idx1ACGGCGTTAA_idx2ACCGTTACGA.TCGAGAAGTTAACGAATTG	Ventral
midline	9
10_12_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.CCATTGCGTTATGAGTTAA	Neural
progenitors	3
10_12_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.AAGTACGTTTCGGAGATCCG	Immature
neurons	2
10_12_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.GATTACGGTTTGATATATT	Immature
neurons	2
10_12_exp3_idx1AGACCATATC_idx2CGATCATTAC.AGAGGTCGTCCTTACTCCT	Immature
neurons	2
10_12_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.AAATTCCTCTGATCTTACGC	Ventral
midline	9
10_12_exp3_idx1ATAAGGACTC_idx2ATAAGAGGCG.CCGGATAGTTATCATGATC	Immature
neurons	2
10_12_exp3_idx1ATAAGGACTC_idx2ATAGGATATG.CCTGCAGTTTATCATGATC	Immature
neurons	2
10_12_exp3_idx1ATAAGGACTC_idx2GGCTATGACT.GCGTACTTTGTATAATACG	Immature
neurons	8
10_12_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.AGCAACGATGACGACCTGC	Immature
neurons	8
10_12_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.TTATCCGCTAGGAGAGAAC	Immature
neurons	8
10_12_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.ATTCGGAGTTATCATGATC	Immature
neurons	8
10_12_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.AGCAACGATTTGATGCTAT	Ventral
midline	9
10_12_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.GGTAGTCCTCCGCTCCGGC	Ventral
midline	9
10_12_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.TTCCGACGTCTGAACTGGT	Immature
neurons	8
10_12_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.CCTCCTGATTATCATGATC	Ventral
midline	9
10_12_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.CCAGAACCTTGGAACTAGA	Ventral
midline	9
10_12_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.GCAATCGCTGGCGAACTCG	Immature
neurons	2
10_12_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.ACCATGATTTCGACGCGACT	Immature
neurons	8
10_12_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.TAGCCAATTTGATACGGAAC	Immature
neurons	2
10_12_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.AAACCATAGTCTGATGGTCA	Neural
progenitors	3
10_12_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.TCGTAGCGTCTTGGTAATG	Ventral
midline	9
10_12_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.TGGATTCTATATTCGACCAA	Neural
progenitors	3
10_12_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.AGTAGCCATTAACTCAATT	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.ATACCAGTTTCGCGTACGAC	Ventral
midline	9
10_12_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.CGCTAACCTTTAATTGAAT	Ventral
midline	9
10_12_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CGAGATGCTTAGGCCATAG	Neural
progenitors	3
10_12_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.CGGAACCTTCATGCTGGTT	Ventral
midline	9
10_12_exp3_idx1GCATCGTATG_idx2GACCTCTCTG.CATCGGACTGATACGGAAC	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.ACATGGTAATAGTAAGCATA	Ventral
midline	9
10_12_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.CTCGTTGATAGGAGAGAAC	Neural
progenitors	1
10_12_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.GGCGTTAATTTGATGCTAT	Immature
neurons	8
10_12_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.ACATGGTAATTATAGACGCA	Immature
neurons	8
10_12_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.ACTTATGGTTTTACTTGGAA	Ventral
midline	9
10_12_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.CCTGCAGTTGCGTTCAGCT	Immature
neurons	2
10_12_exp3_idx1GCTTGAAGAG_idx2GGCTAATTAA.AACCGCTGTGGCATAGCTT	Ventral
midline	9
10_12_exp3_idx1GGTTATCGAA_idx2TTCTACGCCA.ACGCCATATAAGACCGTTG	Ventral
midline	9
10_12_exp3_idx1GTAGCAGCTA_idx2CCAGGTCTAC.CCTCCTGATTATAGACGCA	Ventral
midline	9
10_12_exp3_idx1GTAGCAGCTA_idx2GATACCTAAG.GATTACGGTCTTGGTAATG	Immature
neurons	8
10_12_exp3_idx1GTAGCAGCTA_idx2GGTAGGTCTC.ATTAGGTACTTTCCATGGCA	Ventral
midline	9
10_12_exp3_idx1GTAGGCTGCA_idx2CTCGTCTAGG.ATACTACTCTCCAGTCCTCT	Neural
progenitors	3
10_12_exp3_idx1GTAGGCTGCA_idx2GGAACGATGG.TTGCGGTCTTCAAGCCGAT	Ventral
midline	9
10_12_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.AACCTCATTTTTGATATATT	Immature
neurons	2
10_12_exp3_idx1TAGGTAACTT_idx2CTCCGGTTCT.ACTTCCGTTTGGCTGATGA	Neural
progenitors	15
10_12_exp3_idx1TAGGTAACTT_idx2CTCCGGTTCT.TCGTAGCGTCGCTCCTAAC	Immature
neurons	8
10_12_exp3_idx1TATAATAGTT_idx2ACGCAACTCC.TGCGTAGTTGTTGAAGGAT	Neural
progenitors	1
10_12_exp3_idx1TATAATAGTT_idx2GGAACGATGG.TTTGCTACTTCTTGGTAATG	Immature
neurons	2
10_12_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.ATATCCTACTGTATAATACG	Ventral
midline	9
10_12_exp3_idx1TCTTGAGGTT_idx2CGACTACCAA.CATACCGCTGTATAATACG	Ventral
midline	9
10_12_exp3_idx1TGGACGACTA_idx2AACGGACCAA.ATATGGATCTGACGACCTGC	Ventral
midline	9
10_12_exp3_idx1TGGACGACTA_idx2AACGGACCAA.GAACGGCTTTTGATATATT	Immature
neurons	8
10_12_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TTGACCAGTCTGATGGTCA	Neural
progenitors	15
10_12_exp3_idx1TGGACGACTA_idx2CGAGCTGCCA.TGGCCTGATTAACGATCCA	Immature
neurons	8
10_12_exp3_idx1TGGACGACTA_idx2GACCTCTCTG.CCTGCAGTTGGCGAACTCG	Immature
neurons	8
10_12_exp3_idx1TGGACGACTA_idx2TGAGGTAGAA.GTTGCTCCTAATGCCGCTT	Ventral
midline	9
10_12_exp3_idx1TTATTGAGGC_idx2AGATCCTATA.ATGGACTATTCTTGGTAATG	Ventral
midline	9
10_12_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.CAGCAAGTTCGTAATGCAG	Neural
progenitors	3
10_12_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.AAATTCCTCTCCGTTCCTTA	Immature
neurons	8
10_12_exp3_idx1TTCGAATATT_idx2GCAACTGGCA.CTGCTGAATGTCCAACTCA	Neural
progenitors	3
10_12_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.ATAATCCTGTGTATAATACG	Ventral
midline	9
10_12_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.GGCGTTAATTAGCCGTCAT	Immature
neurons	2
10_12_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.AGCGTAAGTCATAGTTCGG	Immature
neurons	8
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CTACGGCATAGCGTCAATG	Neural
progenitors	0
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTAATGAGCTATAGACTAGG	Neural
progenitors	1
10_12_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.TCGAGAAGTTCTGATACCA	Neural
progenitors	11
10_12_exp3_idx1TTGGTAAGGA_idx2TGATACGAGT.TTGGAGTTATGAGCATATGG	Neural
progenitors	0
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATCGAACTTGCCAGGATCA	Immature
neurons	12
10_12_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.GTCGTAACTGGAGGATAGC	Neural
progenitors	0
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CTGCTGAATCCGTTGACTT	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GACGTTCGTTGCATATAAC	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GACTCGCTTTTACGTATAC	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GCAGATACTTGCGCCAGAA	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GCATCCAGTTCTACCATTA	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.ATAGTCGCTGCCAACGCCA	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CTTAGCGGTTTGGATCCTT	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GCTTCTGGTACGCCGTTCA	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GTTCGCTGTGCGACGCCTT	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TAGAGAGTATCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TTGCGGTCTTCGAGGAGTA	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2ACGCAACTCC.AAGATGCCTTGCATATAAC	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TAGAGCCTTTTAATTATTG	Neural
progenitors	0
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTATCTCCTCCGTTGACTT	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GACCGAATTTTGGACGCTG	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TACGGTAGTTTACGTATAC	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TAGCTCGGTTTGGACGCTG	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATGGTCTTTGCCAACGCCA	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCCTACCTTCAGGTATGGA	Neural
progenitors	0
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGAACGCGTCAGGTATGGA	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGGTCGAATGCCAACGCCA	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCGCATAATCGAATAATTC	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.AGTTGCGCTTTAATTATTG	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GACCAGGATTGCATATAAC	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GCTGGCTATATAGACTAGG	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TTCTAAGCTTATAGACTAGG	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2GACCTCCGCC.ACGGCAATTTTGGACGCTG	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2GACCTCCGCC.AGTTGCGCTCGAATAATTC	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GCGTCGTATTGCATATAAC	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCTTCTGGTGCGCGGTAGT	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCATAGAGTTTTCTTATCGA	Immature
neurons	8
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGAGTCCTGTTCCGCTAA	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGGCTCATATTGAGATTG	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.AACCGCTGTTCGAGGAGTA	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.ATTGCCGGTTACGGCTACG	Ventral
midline	9
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TATGCGATTTTTCGCTTACG	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCGCCAACTAATGGTCGAC	Neural
progenitors	0
10_12_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GAACGATGTTGCGCCAGAA	Neural
progenitors	3
10_12_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GTCGGCAATTTCTTATCGA	Sensory
progenitors	6
10_12_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.CTGGAAGATCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.CCGTCTCATTGCATATAAC	Sensory
progenitors	6
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AGTTGCGCTCGAATAATTC	Sensory
progenitors	6
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CAACGCAGTATAGACTAGG	Sensory
progenitors	6
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGTCCTTCTTGCATATAAC	Immature
neurons	8
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.ACCAATGCTTCGATATTGA	Sensory
progenitors	6
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.AGGCATCATGCCAACGCCA	Sensory
progenitors	6
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CAGAAGGCTTACGGCTACG	Neural
progenitors	3
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTAAGCTCTCAGGTATGGA	Neural
progenitors	3
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGAGTTAGATAGTAAGCATA	Neural
progenitors	15
10_12_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TCATGGCTTCGAATAATTC	Sensory
progenitors	6
10_12_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TCCAAGTTATAGTTCGAGTA	Neural
progenitors	3
10_12_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.CTATCTCCTGCCAACGCCA	Immature
neurons	2
10_12_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GACTTGGCTTTACGTATAC	Ventral
midline	9
10_12_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.CCGGATAGTGACTAGTCTA	Sensory
progenitors	6
10_12_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TATCATGAGTTGCGCCATCT	Neural
progenitors	3
10_12_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TATCCAGGTTTCTTATCGA	Neural
progenitors	1
10_12_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.CGAGATGCTCAGATTCGAT	Sensory
progenitors	6
10_12_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GTTCGCTGTCCAGGTCTAC	Sensory
progenitors	6
10_12_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.CCTCCTGATTGGTATTCAT	Neural
progenitors	0
10_12_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.CGCCGTAATGCGACGCCTT	Sensory
progenitors	6
10_12_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.GGCGCATTTAAGTCTTCCG	Sensory
progenitors	6
10_12_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TAAGACCGTATAGACTAGG	Neural
progenitors	3
10_12_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TATGACTTGTTTGGACGCTG	Immature
neurons	8
10_12_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.ACGAGGTTTTTCGCTTACG	Sensory
progenitors	6
10_12_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TATTCGGCTCCGCTATATT	Sensory
progenitors	6
10_12_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TGTTAAGACTTGCGCCAGAA	Neural
progenitors	3
10_12_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.GGAGCTCATGTACTAGTAA	Neural
progenitors	3
10_12_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TAGCCAATTTTTAATTATTG	Sensory
progenitors	6
10_12_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TGGTAGGCTTACGGCTACG	Sensory
progenitors	6
10_12_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TTATAGGCATTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TTCTTAACCTTTACGTATAC	Sensory
progenitors	6
10_12_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.CGACGATATTCTACCATTA	Neural
progenitors	3
10_12_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.CTATCTCCTTTCGCTTACG	Sensory
progenitors	6
10_12_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.TATCCAGGTCGAATAATTC	Neural
progenitors	3
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.ACGGCAATTGCCAACGCCA	Sensory
progenitors	6
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.ATTGCCGGTCAGATTCGAT	Sensory
progenitors	6
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CAATCGGTTCGAATAATTC	Sensory
progenitors	6
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CTGGAAGATGCCAACGCCA	Sensory
progenitors	6
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GACTCGCTTCGAATAATTC	Neural
progenitors	3
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GCAACGTTTTTAATTATTG	Sensory
progenitors	6
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTATCGCATAATACTCTTC	Sensory
progenitors	6
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TAGTTACCTTAAGTCTTCCG	Ventral
midline	9
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCCAAGTTATTTAATTATTG	Sensory
progenitors	6
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.AACCGCTGTGCCGTATGCT	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GAGCGGTATTGCATATAAC	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGCGACTATGTTCCGCTAA	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTCGGAGTTAAGTCTTCCG	Sensory
progenitors	6
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCATTAAGCTCCGTTGACTT	Sensory
progenitors	6
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGCCTTGGTTTGGACGCTG	Sensory
progenitors	6
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CGCCGTAATGTACTAGTAA	Sensory
progenitors	6
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGGTCTCCTGCGACGCCTT	Sensory
progenitors	6
10_12_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TATGGTCTTTGCCAACGCCA	Sensory
progenitors	6
10_12_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TCCTATTCTTAGTTCGAGTA	Neural
progenitors	3
10_12_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.ACGCCATATATAGACTAGG	Sensory
progenitors	6
10_12_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GGAGCTCATTTGGACGCTG	Sensory
progenitors	6
10_12_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TGTTAAGACTGCGCGGTAGT	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.AGCAACGATTTCGCTTACG	Neural
progenitors	3
10_12_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.GTTCGCTGTTACGGCTACG	Neural
progenitors	0
10_12_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TATATGCGTTATAGACTAGG	Neural
progenitors	0
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.ACGGCAATTCTTCGGCGCA	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CTACGGCATATCAACGATT	Ventral
midline	9
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GACCGAATTAATAATACCA	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTCGGAGTTTGCGCCATCT	Sensory
progenitors	6
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCCGGTCATCAGATTCGAT	Sensory
progenitors	6
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCTACTTACTTTAATTATTG	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TGAATTCGTTCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TCGAATCTTTTTAATTATTG	Immature
neurons	13
10_12_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TAGTTACCTTCAGGTATGGA	Sensory
progenitors	6
10_12_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TTCAACTGATTGCATATAAC	Sensory
progenitors	6
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TATCGAACTTTGCATATAAC	Sensory
progenitors	6
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TTCAACTGATTGCATATAAC	Immature
neurons	8
10_12_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.CATCGGACTTTACGTATAC	Ventral
midline	9
10_12_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.GACTTGGCTATGGCGGATC	Immature
neurons	8
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.ATAGTCGCTAAGTCTTCCG	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.ATGGCGTATTACGGCTACG	Sensory
progenitors	6
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GAACGATGTCAGATTCGAT	Sensory
progenitors	6
10_12_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TTGCGGTCTCTGGATTAGT	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.CATCGGACTATAGACTAGG	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GGAGCTCATGCTAACCTCA	Neural
progenitors	3
10_12_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TTCCGACGTAGACTCAAGC	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.CGCCGTAATTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GTCCTGCATGCCAACGCCA	Neural
progenitors	3
10_12_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GACTCGCTTGTACTAGTAA	Neural
progenitors	3
10_12_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GTATCGCATGTACTAGTAA	Sensory
progenitors	6
10_12_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TCGCGCATTCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GAGCGGTATTGCATATAAC	Sensory
progenitors	6
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TAGAGCCTTAAGTCTTCCG	Sensory
progenitors	6
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATAAGGCTTGCCAACGCCA	Sensory
progenitors	6
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGCTACTAATGCCAACGCCA	Sensory
progenitors	6
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCTAAGCTTTTCGCTTACG	Sensory
progenitors	6
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GATCGACCTTCTCCTATAA	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCAGATACTTCTACCATTA	Sensory
progenitors	6
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCTGGCTATGCGACGCCTT	Sensory
progenitors	6
10_12_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TAGCTCGGTTGCGCCATCT	Sensory
progenitors	6
10_12_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TTCAACTGATTATGCCGAGT	Sensory
progenitors	14
10_12_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GTTGCTCCTGCAAGGAATA	Sensory
progenitors	6
10_12_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TTCGCATAATAATACTCTTC	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.CCTCCTGATATAGACTAGG	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TGAGAATCATAGGCCGCTCG	Ventral
midline	9
10_12_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TGGTAGGCTTGCGCCATCT	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TTCCGACGTTGCATATAAC	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TTCTTAACCTTGCATATAAC	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.AGCAACGATTGCGCCATCT	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TACTCCTATTATAGACTAGG	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TCTATACCTTCAGGTATGGA	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.CGGTTCCATTTACGTATAC	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TTATAGGCATCCGTTGACTT	Immature
neurons	8
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ATGGCGTATAGCGTCAATG	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CAACGCAGTTACGGCTACG	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TATAAGGCTTGCGCGGTAGT	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CGACGATATTGCATATAAC	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTGGAAGATGCGCGGTAGT	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCCTACCTTTTAATTATTG	Neural
progenitors	0
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCGCATAATCCGTTGACTT	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGGAGTTATCAGATTCGAT	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCTACTTACTACGCCGTTCA	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TTCGCATAATTCGATATTGA	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AAGCGCCATCGAATAATTC	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AAGCGCCATGCCAACGCCA	Immature
neurons	13
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ATGGCGTATTTAATTATTG	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CGGTTCCATCGAATAATTC	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GAAGAGGCTTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCGGTATATTCTCCTATAA	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTCGGAGTTTTGGACGCTG	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TACGGTAGTGCGACGCCTT	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTCCTCGTTCAAGGCATTC	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTTCCAGCTGCGCGGTAGT	Ventral
midline	9
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATCCAGGTAAGTCTTCCG	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGGCAATATACGCCGTTCA	Ventral
midline	9
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ATTGCCGGTTGCATATAAC	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTCCAGAGTTTAATTATTG	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GAACGATGTGCAGGCGACG	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCGCTCAATGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCAGCGGTTTTCGCTTACG	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GGAGCTCATACGCCGTTCA	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GTAGACGGTGCGCGGTAGT	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TCGCCAACTTTACGTATAC	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GACCGTCATCGAATAATTC	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GAGCGGTATAAGTCTTCCG	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGTCTACGTGTTCCGCTAA	Ventral
midline	9
10_12_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GTCGGCAATCATAACCAGC	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GCCATGGTTACGCCGTTCA	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GACCGAATTCCGTTGACTT	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCGCGCATTCCGTTGACTT	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CAATCGGTTCAGATTCGAT	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CAATCGGTTTGCGCCAGAA	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GTATCGCATACGCCGTTCA	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATAGTCGCTTGCATATAAC	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTCCTCGTTAGAGCCAGCC	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACGTTCGTAGTTCGAGTA	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCCATGGTTCAGATTCGAT	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTCGGAGTTTTAATTATTG	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATGACTTGTTTACGTATAC	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATGCGATTTACGCCGTTCA	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTATACCTTTTAATTATTG	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTCGCTCTTTACGTATAC	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGTCGAATGCGCGGTAGT	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGGAGTTATGCGACGCCTT	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTTGCTTAGTTTCGCTTACG	Sensory
progenitors	6
10_12_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.ATGCCAAGTAGACTCAAGC	Sensory
progenitors	6
10_12_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GGAGCTCATATGGCGGATC	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GACTTGGCTTTCGCTTACG	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGCTTACTTGCCAACGCCA	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TATAAGGCTTTTCGCTTACG	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.ATGGCAGCTCCGTTGACTT	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CGAGATGCTAGTTCGAGTA	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GACCGAATTAGGCCGCTCG	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TATCGAACTTACGCCGTTCA	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCAGCGGTTTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGGTCGAATTCGAGGAGTA	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTCTTAACCTTCTACCATTA	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.AGCAACGATAGTTCGAGTA	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ATGGCGTATTTAATTATTG	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCCATGGTTAAGTCTTCCG	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCCAAGTTATCAGATTCGAT	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGAGTTAGATTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.AGCAACGATGCCAACGCCA	Neural
progenitors	16
10_12_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GTCCTGCATAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TTCGCATAATCTGAACTGGT	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACGAGGTTTTGCGCCAGAA	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCATTGCGTTTCTTATCGA	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACTCGCTTCGAATAATTC	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCAACGTTTTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTAGACGGTTGCGCCATCT	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATATGCGTTTTAATTATTG	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATTCGGCTTTGGACGCTG	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGAATCTTTGCCAACGCCA	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGGACCTCTTTAATTATTG	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGGCCTGATACGCCGTTCA	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TACGGTAGTGTACTAGTAA	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TAGTTACCTTTTACGTATAC	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTCGCATAATTGCGCCATCT	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TTCAACTGATGCCAACGCCA	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ACGCCATATAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ATAGTCGCTATAGACTAGG	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTTCATGCTGTTCCGCTAA	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCAACGTTTCGAATAATTC	Ventral
midline	9
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCATCCAGTGTTCCGCTAA	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGAGCTCATATCAACGATT	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTTGCTCCTAGACTCAAGC	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTTGCTCCTTGCGCCATCT	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCGAATCTTTGCAGACCGGT	Immature
neurons	7
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGCGGTCTTTGGACGCTG	Immature
neurons	7
10_12_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TGACGAGGTTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1TATAATAGTT_idx2AGATCCTATA.GCGGAGAATTTAATTATTG	Sensory
progenitors	6
10_12_exp1_idx1TATAATAGTT_idx2AGATCCTATA.GTATCGCATCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TGCCTTGGTTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TGTTAAGACTTTCCATGGCA	Sensory
progenitors	14
10_12_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TGGTAATAGTCTGGATTAGT	Mature
neurons	10
10_12_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.GTCCTGCATGTCCAACTCA	Sensory
progenitors	14
10_12_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.GCGGTATATCAGATTCGAT	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.AACCGCTGTGTCCAACTCA	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TATAAGGCTTAGACTCAAGC	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TATCGAACTTAGTTCGAGTA	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCGAATCTTTCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TTCTGGCCTTGCATATAAC	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GACTTGGCTGGCTAATTAA	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GATCGACCTTCCAGAAGGT	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TGCTAATTCTGTCCAACTCA	Immature
neurons	8
10_12_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TGGTCTCCTGCAAGGAATA	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.AAGATGCCTAGTTCGAGTA	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ACCAATGCTAAGTCTTCCG	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CGAGATGCTAAGTCTTCCG	Immature
neurons	7
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CGCCGTAATAGACTCAAGC	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTCTACTGTACGCCGTTCA	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGATAGGTTGTTCCGCTAA	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TAACTAAGGTTCGAGGAGTA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATCGAACTTCTTCGGCGCA	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATTGAGGTTGGAGCGGCCG	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGTAGCGTTGCGCCATCT	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGGTCTCCTATAGACTAGG	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCGCATAATTTACGTATAC	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTCGGCAATGCCGTATGCT	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TATGAGAACTAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGCTACTAATTTGGACGCTG	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGGACCTCTTGGAACTAGA	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AAGCGCCATTGCGCCAGAA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CGACGATATGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGAGGTTCTCAGGTATGGA	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTACGGATTGCGCCAGAA	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTTCGAGTCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTATCGCATAGACTCAAGC	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTTCGCTGTTTAATTATTG	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCCGTATGTAATAATACCA	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCCTACCTTGACGACCTGC	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGCTCCTATTTCGCTTACG	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CTTCATGCTTCTACCATTA	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TGGACCTCTTTGGACGCTG	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GACTGACGTTTGATGCTAT	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCAGCGGTTGCGCGGTAGT	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TGGTAGGCTATAGACTAGG	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.AAGCGCCATGCCAACGCCA	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.ACGGCAATTTTAATTATTG	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CATCGGACTGCCAACGCCA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CGAGATGCTAAGTCTTCCG	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CTCTACTGTACGCCGTTCA	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GGCTTACTTGTACTAGTAA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TTCTGGCCTTGCGCCATCT	Neural
progenitors	3
10_12_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TGAGAATCATTGCGCCATCT	Sensory
progenitors	6
10_12_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.GATCGACCTTTCGCTTACG	Sensory
progenitors	14
10_12_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.GGAGGTTCTGCAGACCGGT	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2AACTTATAAG.CGTCGAAGTCCGTTGACTT	Immature
neurons	13
10_12_exp1_idx1TGGACGACTA_idx2AACTTATAAG.CTCCGGTTTTTAATTATTG	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GCGCTCAATCAGGTATGGA	Sensory
progenitors	6
10_12_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CGACGATATTTGGACGCTG	Sensory
progenitors	6
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTCCAGAGTGAAGGTTGCC	Sensory
progenitors	6
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACCGAATTTGCGCCAGAA	Neural
progenitors	0
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCGCTCAATTTGGACGCTG	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGAGCCTTGTACTAGTAA	Sensory
progenitors	6
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCATAGAGTTGACCTCTCTG	Sensory
progenitors	6
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCATTAAGCTCGAATAATTC	Immature
neurons	8
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCTACTTACTCAGATTCGAT	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCTCGCTCTTTAATTATTG	Immature
neurons	8
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGATCTTCTTCCGTTGACTT	Sensory
progenitors	6
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGTTAAGACTGCCAACGCCA	Sensory
progenitors	6
10_12_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GACTCGCTTTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GGTTGGCATTATCGTCGGC	Sensory
progenitors	6
10_12_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TCAGCGGTTCGAATAATTC	Sensory
progenitors	6
10_12_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TCCTATTCTTAGTTCGAGTA	Sensory
progenitors	6
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GACCGTCATCAGATTCGAT	Sensory
progenitors	6
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGCGACTATTTACGTATAC	Sensory
progenitors	6
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TACTCCTATTCAGATTCGAT	Sensory
progenitors	6
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCTACTTACTGTTCCGCTAA	Sensory
progenitors	6
10_12_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.AAGCGCCATGATAAGGCAA	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TCTACTTACTTTAATTATTG	Neural
progenitors	0
10_12_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TAACTAAGGTCAGATTCGAT	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TAGCTCGGTGCCAACGCCA	Neural
progenitors	3
10_12_exp10_idx1AATACGATAA_idx2CTCGATGGAG.TAATACCAGTACGCGAGATT	Neural
progenitors	0
10_12_exp10_idx1AATACGATAA_idx2CTCGATGGAG.TGGATCCGTTTGAGTATCA	Sensory
progenitors	6
10_12_exp10_idx1AATACGATAA_idx2GACCGTAGCA.TGTTAAGACTTCGATATTGA	Sensory
progenitors	6
10_12_exp10_idx1AATACGATAA_idx2GCTCTCGCCT.TAGGAAGGTTTGAGTATCA	Sensory
progenitors	6
10_12_exp10_idx1AATACGATAA_idx2GTTCCGACGA.TCCAATAGTTTTAGATTCCG	Sensory
progenitors	6
10_12_exp10_idx1AGACCATATC_idx2AATTGCCTAC.AAGGATTACTTGGAACTAGA	Neural
progenitors	3
10_12_exp10_idx1AGACCATATC_idx2AGGATTACCA.AATTCATCGTTGAGGTAGAA	Immature
neurons	8
10_12_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.GAAGAGGCTGGAGGATAGC	Sensory
progenitors	6
10_12_exp10_idx1AGGTCAGCTT_idx2ATAGGATATG.ATGGTTGGTTGGAACTAGA	Immature
neurons	2
10_12_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.ATAACTTCCTGGCTATGACT	Neural
progenitors	0
10_12_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.GTCATCTGTTCAACGTAAG	Neural
progenitors	0
10_12_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TTCTCATTGTAACTGATCTT	Sensory
progenitors	6
10_12_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.ACCATGATTTGTCCAACTCA	Immature
neurons	2
10_12_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TCGAAGGATTTGAGTATCA	Sensory
progenitors	6
10_12_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.ATACCAGTTTGTCATTGCGC	Sensory
progenitors	6
10_12_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.TCTCGCTCTGTCATTGCGC	Sensory
progenitors	6
10_12_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.AAGGATATGTCTAGTAGTCT	Immature
neurons	2
10_12_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TATATGCGTTAGCGTCAATG	Sensory
progenitors	6
10_12_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TTAATGAGCTAGAGCCAAGG	Immature
neurons	7
10_12_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.GACTTGGCTGCCGCAACGA	Sensory
progenitors	6
10_12_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.TTCGTTCCTGGTACTGCCT	Immature
neurons	2
10_12_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TCTAGGAATTTTAGATTCCG	Sensory
progenitors	6
10_12_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.TTGGAGTTATGCCGCAACGA	Neural
progenitors	3
10_12_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.GCTGGCTATGCCGCAACGA	Neural
progenitors	0
10_12_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TATTCGGCTGCAAGGAATA	Sensory
progenitors	6
10_12_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TCCTCGAGTGCCGCAACGA	Neural
progenitors	0
10_12_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.CTTCGACTTGTCATTGCGC	Sensory
progenitors	6
10_12_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TAACGACTTTAACTGATCTT	Sensory
progenitors	6
10_12_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.TGATCTTCTTTTAGATTCCG	Immature
neurons	8
10_12_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TTGAGAGATTAGAGCCAAGG	Sensory
progenitors	14
10_12_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.GGACTTGATGGAGGATAGC	Sensory
progenitors	6
10_12_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.CAGCAAGTTTGAGGTAGAA	Neural
progenitors	3
10_12_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.AAGGATTACTGGAGGATAGC	Immature
neurons	2
10_12_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.TATGAGAACTAACTGATCTT	Sensory
progenitors	6
10_12_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TAGTTACCTTTTAGATTCCG	Sensory
progenitors	6
10_12_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.TGAGAATCATTTGAGTATCA	Sensory
progenitors	6
10_12_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.GCTCTTAGTTGGAACTAGA	Neural
progenitors	0
10_12_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.GAACGGCTTTTAGATTCCG	Neural
progenitors	0
10_12_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.TTGGTTAAGTCAAGATTAAG	Neural
progenitors	11
10_12_exp10_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCATGGCTTTTAGATTCCG	Neural
progenitors	3
10_12_exp10_idx1TAGTAAGCCG_idx2GTTGACGGCC.TACTTGCGTGTCATTGCGC	Sensory
progenitors	6
10_12_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.TGAGTTAGATGGTACTGCCT	Sensory
progenitors	6
10_12_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TATCTCGATTCAAGCTTCAT	Sensory
progenitors	6
10_12_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TGCCTATTATTGGAACTAGA	Neural
progenitors	0
10_12_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.GCTGAAGCTGCCGCAACGA	Immature
neurons	2
10_12_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TGCTAATTCTGGTACTGCCT	Neural
progenitors	3
10_12_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.ATTAGTCTGTTTAGATTCCG	Sensory
progenitors	6
10_12_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.GCTCTTAGTGGCTATGACT	Neural
progenitors	0
10_12_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.TCGCCAACTCGATCATTAC	Sensory
progenitors	6
10_12_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.ACAGGTATTTAGAGCCAAGG	Sensory
progenitors	6
10_12_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.TATTGACTCTGTCATTGCGC	Sensory
progenitors	6
10_12_exp10_idx1TCTTGAGGTT_idx2TCATCTCGAT.GAAGAGGCTGCAGGTCCGT	Neural
progenitors	0
10_12_exp10_idx1TCTTGAGGTT_idx2TCATCTCGAT.TGCTACTAATGCAAGGAATA	Neural
progenitors	11
10_12_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TATGCGATTTTTGAGTATCA	Neural
progenitors	16
10_12_exp10_idx1TTATTGAGGC_idx2TCGTAGGCTT.GTCTCTACTGGTACTGCCT	Neural
progenitors	0
10_12_exp10_idx1TTCGAATATT_idx2CTCGTCTAGG.CTGATAGGTCTGCTTCGAC	Sensory
progenitors	6
10_12_exp10_idx1TTGCCGTAGG_idx2ACGTTCAACC.GGTCTACGTACGAGGACCT	Neural
progenitors	11
10_12_exp10_idx1TTGCCGTAGG_idx2ACTGAATTCC.TTTGCTTAGTTTAGATTCCG	Neural
progenitors	3
10_12_exp10_idx1TTGCCGTAGG_idx2CCTAGCGCCT.TCATGGCTTTTAGATTCCG	Sensory
progenitors	6
10_12_exp10_idx1TTGCGAGCAT_idx2CGTCCGTCCT.AAGGATATGTCGATCATTAC	Sensory
progenitors	6
10_12_exp3_idx1ACGGCGTTAA_idx2AATTGCCTAC.TGGCCTGATACCGCAGAAT	Sensory
progenitors	6
10_12_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.CTGCCTTATTTCAATATAA	Sensory
progenitors	6
10_12_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.AAGCAGTATTTATGAGTTAA	Ventral
midline	9
10_12_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.TCCGGTCATCCGCGATTAT	Immature
neurons	2
10_12_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TTGATTCCTTCGTAATGCAG	Immature
neurons	8
10_12_exp3_idx1AGACCATATC_idx2CCGTCGGAGG.ACAGGTATTTTAGCCGTCAT	Sensory
progenitors	6
10_12_exp3_idx1AGACCATATC_idx2CCGTCGGAGG.TCCTATAAGTACTCAATAGG	Neural
progenitors	1
10_12_exp3_idx1AGGTCAGCTT_idx2AAGATCCAAC.TGAATCTGATTATAGACGCA	Neural
progenitors	0
10_12_exp3_idx1AGGTCAGCTT_idx2ACTATCCGCA.CCGTCGATTCGTAATGCAG	Sensory
progenitors	6
10_12_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.CGGTTCCATTGGCTGATGA	Neural
progenitors	3
10_12_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.CGTCGAAGTGATCTTACGC	Sensory
progenitors	6
10_12_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.GTCGTAACTTGGTATTCAT	Sensory
progenitors	6
10_12_exp3_idx1AGGTCAGCTT_idx2CCAGGTCTAC.AAGTATTGGTCCGCGGCTCA	Sensory
progenitors	6
10_12_exp3_idx1AGGTCAGCTT_idx2GATACCTAAG.TATTCGGCTGATACGGAAC	Immature
neurons	2
10_12_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.AATTCTAGGTTGGTATTCAT	Immature
neurons	2
10_12_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.ACAACCTATTTAACGAATTG	Neural
progenitors	3
10_12_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.AGTAGCCATGTATAATACG	Immature
neurons	2
10_12_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.ATGGTTGGTGATCTTACGC	Immature
neurons	2
10_12_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.TAAGGTTCATTCGAGGAGTA	Sensory
progenitors	6
10_12_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.TTGACTCAATTTCCAACCGC	Sensory
progenitors	6
10_12_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.CCGACCAATTGGTATTCAT	Sensory
progenitors	6
10_12_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.CCGTCTCATGGCGAACTCG	Neural
progenitors	1
10_12_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.GCTCGAGATGATACGGAAC	Sensory
progenitors	6
10_12_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.TAGCTCGGTAATGCCGCTT	Sensory
progenitors	6
10_12_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.TTCTGGCCTTTGATATATT	Neural
progenitors	3
10_12_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.ATGCTTCCTAATGCCGCTT	Neural
progenitors	0
10_12_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.AAACTCCAATAATGCCGCTT	Sensory
progenitors	6
10_12_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.CGACGATATTATAGACGCA	Sensory
progenitors	6
10_12_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.AGAAGTAAGTAATTATCAGC	Immature
neurons	2
10_12_exp3_idx1ATAAGGACTC_idx2TTGAGTATCA.CTTCGACTTTATAGACGCA	Sensory
progenitors	6
10_12_exp3_idx1ATAAGGACTC_idx2TTGAGTATCA.TAGAGAGTATATTGAGATTG	Sensory
progenitors	6
10_12_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.GATTACGGTCGTAATGCAG	Neural
progenitors	3
10_12_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.TCGAATCTTTATCGGCTATC	Neural
progenitors	3
10_12_exp3_idx1ATGGCGCCTG_idx2CCAAGCTGAA.TCCTACCTTTTCCAACCGC	Sensory
progenitors	14
10_12_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.AATTCTAGGTTTAGCAATAA	Neural
progenitors	3
10_12_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.ATTCCTAGATAATGCCGCTT	Neural
progenitors	15
10_12_exp3_idx1ATTATGCAAG_idx2TGATAGAACG.AGTAGCCATTTGCTAACGG	Sensory
progenitors	6
10_12_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.TATAAGAGGTTTATCCGGAT	Neural
progenitors	3
10_12_exp3_idx1CCTCAGCTCC_idx2CGACTACCAA.GGTTGGCATAGGAGAGAAC	Sensory
progenitors	6
10_12_exp3_idx1CCTCAGCTCC_idx2CGACTACCAA.TAAGACCGTCCTTACTCCT	Sensory
progenitors	6
10_12_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.ACGTCTAGTTTCCAACCGC	Immature
neurons	8
10_12_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.TCAGCGGTTGCCGTATGCT	Neural
progenitors	3
10_12_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.ACGTCTAGTAATGCTAGTC	Sensory
progenitors	6
10_12_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.CTCTGAGCTTCCAATCATC	Mature
neurons	10
10_12_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.CTTCATGCTCGGAGATCCG	Sensory
progenitors	6
10_12_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.AAGCGCCATGATACGGAAC	Immature
neurons	2
10_12_exp3_idx1GAGCGCGATG_idx2CTGCTTCGAC.ACCAATGCTGTATAATACG	Sensory
progenitors	6
10_12_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.AACCTCATTTACCGCAGAAT	Sensory
progenitors	6
10_12_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.GCTTCTGGTCCTAGCGCCT	Sensory
progenitors	6
10_12_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.AGCATTATGTTAACTCAATT	Sensory
progenitors	6
10_12_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.GAGCGGTATCGGAGATCCG	Neural
progenitors	3
10_12_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TCCTCGAGTATCCATGACT	Immature
neurons	2
10_12_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TTCCATCTTTTAACTCAATT	Immature
neurons	8
10_12_exp3_idx1GATTCTTGAA_idx2AGATCCTATA.CCGGAGTTTTGGCTGATGA	Sensory
progenitors	6
10_12_exp3_idx1GATTCTTGAA_idx2TCCGGTAATC.ATGGTTGGTCCGCGGCTCA	Neural
progenitors	0
10_12_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.GCGCTCAATAAGACCGTTG	Sensory
progenitors	6
10_12_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.CGGTAAGGTAATGCTAGTC	Immature
neurons	8
10_12_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.GGCGTTAATGTATAATACG	Ventral
midline	9
10_12_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.AGAGCATGTGATCTTACGC	Sensory
progenitors	6
10_12_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.GTCGGAGTTATTGAGATTG	Sensory
progenitors	6
10_12_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.AGATTCAACTGTATAATACG	Sensory
progenitors	6
10_12_exp3_idx1GCATCGTATG_idx2GACCTCTCTG.CTCTGAGCTTCGAGGAGTA	Sensory
progenitors	6
10_12_exp3_idx1GCATCGTATG_idx2TCGATATTGA.AGTCGCATTCGGAAGATAT	Sensory
progenitors	6
10_12_exp3_idx1GCATCGTATG_idx2TCGATATTGA.ATATGCCATTAATGCCGCTT	Sensory
progenitors	6
10_12_exp3_idx1GCGCGTTCAT_idx2AGCGTCAATG.GACTACCATTTCCAACCGC	Immature
neurons	8
10_12_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.AGCAACGATGACCTCTCTG	Neural
progenitors	3
10_12_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.TATAAGAGGTTTGCGAGGCA	Ventral
midline	9
10_12_exp3_idx1GCGCGTTCAT_idx2TCGATATTGA.GTAGCGATTGATCTTACGC	Sensory
progenitors	6
10_12_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.AGGCATCATGATACGGAAC	Immature
neurons	2
10_12_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.ATCAATACGTACTAGAGAGT	Sensory
progenitors	6
10_12_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.TAATCAGCTTTAACGATCCA	Neural
progenitors	3
10_12_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.GGTCTACGTTTGATGCTAT	Sensory
progenitors	6
10_12_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.GTACCTCTTCATAGTTCGG	Sensory
progenitors	6
10_12_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.GTCGGCAATCTGGATTAGT	Sensory
progenitors	6
10_12_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.TTCCGACGTTTCCAACCGC	Sensory
progenitors	6
10_12_exp3_idx1GGCTTACTCC_idx2ACGTTCAACC.AACCTCATTTGATACGGAAC	Sensory
progenitors	6
10_12_exp3_idx1GGCTTACTCC_idx2CTCGGTCAAT.CTTCATGCTGACCTCTCTG	Sensory
progenitors	6
10_12_exp3_idx1GGCTTACTCC_idx2TGATACGAGT.CCATCAGGTTCAAGCCGAT	Sensory
progenitors	6
10_12_exp3_idx1GGTTATCGAA_idx2GACCGTAGCA.AGCTATCGTGCCGTATGCT	Sensory
progenitors	6
10_12_exp3_idx1GGTTATCGAA_idx2TTCTACGCCA.TCCTCGAGTTGGTATTCAT	Neural
progenitors	3
10_12_exp3_idx1GTAGCAGCTA_idx2CCAGGTCTAC.GGTTGGCATCTTGGTAATG	Sensory
progenitors	6
10_12_exp3_idx1GTAGCAGCTA_idx2GATACCTAAG.CGCTAACCTTTATCCGGAT	Neural
progenitors	1
10_12_exp3_idx1GTAGCAGCTA_idx2GATACCTAAG.TATTCGGCTGATACGGAAC	Sensory
progenitors	6
10_12_exp3_idx1GTAGCAGCTA_idx2GATACCTAAG.TGAACGCGTCCTTACTCCT	Immature
neurons	2
10_12_exp3_idx1GTAGCAGCTA_idx2GGTAGGTCTC.TCCTATAAGTTATGAGTTAA	Sensory
progenitors	6
10_12_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.AACTAGTTGTTAGCCGTCAT	Sensory
progenitors	6
10_12_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.AAGGATATGTGCCGTATGCT	Sensory
progenitors	6
10_12_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.AGGCATCATAGGAGAGAAC	Sensory
progenitors	6
10_12_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.TAAGGTTCATTATCATGATC	Sensory
progenitors	6
10_12_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.CTGAGCATTCATCTCTGCA	Sensory
progenitors	6
10_12_exp3_idx1TAGGTAACTT_idx2CCTAGCGCCT.ACGCTTATATCGTAATGCAG	Immature
neurons	2
10_12_exp3_idx1TAGGTAACTT_idx2TCTAGAACTA.GCTTCTGGTTTCCAACCGC	Sensory
progenitors	6
10_12_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.ACGATATCATAATGCCGCTT	Immature
neurons	2
10_12_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.ACGCTTATATTATGAGTTAA	Ventral
midline	9
10_12_exp3_idx1TATAATAGTT_idx2GACCTCCGCC.GATACGTCTCTGATGGTCA	Sensory
progenitors	6
10_12_exp3_idx1TATAATAGTT_idx2GGAACGATGG.TCTACTTACTCTAAGAGAAG	Immature
neurons	2
10_12_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.CGGTAAGGTACGAAGTCAA	Sensory
progenitors	6
10_12_exp3_idx1TATTAGACTT_idx2AGTTGCATCT.TAATCAGCTTTATAGACGCA	Sensory
progenitors	6
10_12_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.ATCTTCAGATTAGCCGTCAT	Sensory
progenitors	6
10_12_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.CAACGCAGTAATGCCGCTT	Sensory
progenitors	6
10_12_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.ACATTCGTATAGGTTAGCAT	Immature
neurons	2
10_12_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.CAAGGCGTTTCCAATCATC	Sensory
progenitors	6
10_12_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.CTTCGACTTCGGAGATCCG	Neural
progenitors	3
10_12_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.CGCTAACCTTATCATGATC	Immature
neurons	8
10_12_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.GGTACGGATCTTGGTAATG	Immature
neurons	2
10_12_exp3_idx1TGGACGACTA_idx2AACGGACCAA.AAGGCTACTTTAGCAATAA	Neural
progenitors	3
10_12_exp3_idx1TGGACGACTA_idx2AACGGACCAA.AGGATAATCTAGGAGAGAAC	Immature
neurons	2
10_12_exp3_idx1TGGACGACTA_idx2AACGGACCAA.AGTTAACCATAGGAGAGAAC	Neural
progenitors	3
10_12_exp3_idx1TGGACGACTA_idx2AACGGACCAA.CGCCGTAATTGGTATTCAT	Sensory
progenitors	6
10_12_exp3_idx1TGGACGACTA_idx2AACGGACCAA.GAAGAGGCTCCGCGGCTCA	Sensory
progenitors	6
10_12_exp3_idx1TGGACGACTA_idx2AACGGACCAA.GTCGGCAATTTAGCAATAA	Neural
progenitors	3
10_12_exp3_idx1TGGACGACTA_idx2GATGATCGTA.ACAATGCTATGACGACCTGC	Sensory
progenitors	6
10_12_exp3_idx1TGGACGACTA_idx2TGAGGTAGAA.TCGTAGCGTCGGAAGATAT	Sensory
progenitors	6
10_12_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.CAACTCTCTCGGAGATCCG	Immature
neurons	2
10_12_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.TGCCTTGGTCTTGGTAATG	Sensory
progenitors	6
10_12_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.CGTCTTCCTCGGAAGATAT	Sensory
progenitors	6
10_12_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.CTGCCTTATCCGCGGCTCA	Neural
progenitors	0
10_12_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.AAGGATATGTTTAGCAATAA	Sensory
progenitors	6
10_12_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.CTAACGACTGTATAATACG	Neural
progenitors	3
10_12_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.TAAGACCGTCTGATGGTCA	Sensory
progenitors	6
10_12_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.GGATAGGTTCCTTACTCCT	Immature
neurons	2
10_12_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.AGATTGGTTTGGCGAACTCG	Sensory
progenitors	6
10_12_exp3_idx1TTCCGTCGAC_idx2CCGTCGGAGG.TTGCGGTCTTTATCCGGAT	Immature
neurons	8
10_12_exp3_idx1TTCCGTCGAC_idx2GATCAGTCAT.TCGTAGCGTAATGCTAGTC	Sensory
progenitors	6
10_12_exp3_idx1TTCCGTCGAC_idx2GATTGCAGAC.ATATGCCATTTGGCTGATGA	Sensory
progenitors	6
10_12_exp3_idx1TTCGAATATT_idx2TCTAGAACTA.ATCAGTCATTGACGACCTGC	Immature
neurons	2
10_12_exp3_idx1TTCGAATATT_idx2TTGGAGTCGG.AGGCATCATCATAGTTCGG	Sensory
progenitors	6
10_12_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.ATCTTCAGATGCCGTATGCT	Immature
neurons	8
10_12_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.GTCTCTACTCATAGTTCGG	Neural
progenitors	3
10_12_exp3_idx1TTGCCGTAGG_idx2ACTTCCGAAT.AAGCGCCATTTGCTAACGG	Neural
progenitors	3
10_12_exp3_idx1TTGCCGTAGG_idx2CAAGCTTGGC.GCAATCGCTCTGATTAAGA	Sensory
progenitors	6
10_12_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.GTAAGCTCTATATGAGCCA	Sensory
progenitors	14
10_12_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.GTTCGCTGTCTTGGTAATG	Neural
progenitors	3
10_12_exp3_idx1TTGCCGTAGG_idx2CTCGGTCAAT.TCAGCTTCTGTATAATACG	Neural
progenitors	3
10_12_exp3_idx1TTGCCGTAGG_idx2CTCGTCTAGG.GTCGGCAATCATCAGAATG	Immature
neurons	13
10_12_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.CAACGCAGTGTATAATACG	Neural
progenitors	1
10_12_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.ACTGAATACTTCGAGGAGTA	Sensory
progenitors	6
10_12_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.GTACCTCTTACCGCAGAAT	Neural
progenitors	3
10_12_exp3_idx1TTGCGAGCAT_idx2CATTATTACC.ACGTCTAGTCTTGGTAATG	Sensory
progenitors	6
10_12_exp3_idx1TTGCGAGCAT_idx2TGATTCCTCA.GGTCAGTTTCTGAACTGGT	Immature
neurons	2
10_12_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.ACGACGCATAGGTTAGCAT	Sensory
progenitors	6
10_12_exp4_idx1GGCTTACTCC_idx2GATCAGTCAT.AGAGATGAATTTCATAGGAC	Sensory
progenitors	6
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CGGTTCCATACTTAACTAG	Neural
progenitors	11
10_12_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GACTACCATAACTGATCTT	Neural
progenitors	11
10_12_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TCGAATCTTTTTCTTATCGA	Neural
progenitors	11
10_12_exp10_idx1AATACGATAA_idx2AACTACCGAC.TATCGAACTTTCTGATACCA	Neural
progenitors	11
10_12_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.TATTCTCCTTCGCCGCCTCC	Neural
progenitors	11
10_12_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.CTTCATGCTCCGCTATATT	Neural
progenitors	11
10_12_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.TATTCTCCTTGTCCAACTCA	Neural
progenitors	11
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTCTAAGCTTGCTCTAACGA	Neural
progenitors	0
10_12_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GAAGAGGCTTTCTTATCGA	Neural
progenitors	0
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CTTCATGCTCCGTCCAGTA	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GACCAGGATTTCTTATCGA	Neural
progenitors	0
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GACTGACGTTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GCAACGTTTTGGTATTCAT	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GCTTCTGGTAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GTAAGGAGTCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GTCGGAGTTAAGTCTTCCG	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TAGAGCCTTGTTCCGCTAA	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TATCATGAGTTCGATATTGA	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCGCCAACTTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TTCGCATAATATCAACGATT	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TTCTGGCCTTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.AGTTGCGCTTTCTTATCGA	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CAATCGGTTAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CTAGTACGTGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GCAGATACTAGTTCGAGTA	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGCAAGTCTCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGTACGGATCGATCATTAC	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGTCCTTCTTGCGCCAGAA	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GTTCGCTGTTGCATATAAC	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCGCGCATTAATGGTCGAC	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCTCGCTCTCGATCATTAC	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2ACGCAACTCC.ATTGCCGGTCAGGTATGGA	Neural
progenitors	15
10_12_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GACTGACGTTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GGCTTACTTTTAATTATTG	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GTTCCAGCTCGGTAGGAAT	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TAGGTACTATGCGCGGTAGT	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TATCCAGGTCAGGTATGGA	Ventral
midline	9
10_12_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TGAACGCGTATAGACTAGG	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TGGACCTCTTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TTGAGTCCTGCGCGGTAGT	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TTGGCTCATTGCGCCAGAA	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.AAGATGCCTTCTACCATTA	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ATTGCCGGTTCTACCATTA	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTATCTCCTAGGCCGCTCG	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GACCGAATTAGACTCAAGC	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCAATCGCTTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTTCGCTGTCAAGGCATTC	Immature
neurons	8
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TAGCCAATTTATAGACTAGG	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATCCAGGTTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCATGGCTTAATGGTCGAC	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCTAGGAATTTGCATATAAC	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGAACGCGTTTCCATGGCA	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGGTCGAATTGAGTCCAGA	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGGTCTCCTGTTCCGCTAA	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCGCGGATATAGACTAGG	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTGGCGACTCTGAACTGGT	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.ACGGCAATTAGACTCAAGC	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CAGAAGGCTTTGGACGCTG	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CCATCAGGTGCAGACCGGT	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GACTGACGTCAGATTCGAT	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GGTCTACGTTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GTCATCTGTTTACGTATAC	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TAGAGCCTTAGTTCGAGTA	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TATCGAACTTTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TCGAATCTTTTTGGACGCTG	Neural
progenitors	0
10_12_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TGAGTTAGATGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2GACCTCCGCC.ACGAGGTTTCTGGATTAGT	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TATTCGGCTGTTCCGCTAA	Immature
neurons	7
10_12_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TCATGGCTTCAGATTCGAT	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TGGACCTCTCAGATTCGAT	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TTCGCGGATGTTCCGCTAA	Ventral
midline	9
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.ACCAATGCTTCTACCATTA	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCATCAGGTCAGATTCGAT	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.CGTCGAAGTTCTACCATTA	Neural
progenitors	11
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTGCTGAATAGTTCGAGTA	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAAGAGGCTCAGATTCGAT	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCTGGCTATGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGCAAGTCTTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGCTTACTTTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTAGCGATTTCTACCATTA	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTTCCAGCTTGCGCCAGAA	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTTGCTCCTCCTTACTCCT	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATCCAGGTGCGACGCCTT	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCTCTAGTTAATACGCAGG	Ventral
midline	9
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCTCTAGTTGCGACGCCTT	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCTTAACCTAACTACCGAC	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CGAGATGCTGCGCGGTAGT	Neural
progenitors	0
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CTCCAGAGTCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GAAGAGGCTGTACTAGTAA	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GACCGTCATCAGATTCGAT	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GCAATCGCTAATACTCTTC	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GCAGATACTTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GCGCTCAATTTAATTATTG	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GTAGACGGTATGGCGGATC	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GTCGGAGTTGCCAACGCCA	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GTTCGCTGTAAGTAGTCAG	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TATAAGGCTTGTTCCGCTAA	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TATTGAGGTTCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCTACTTACTTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TGCGTAGTTTCTACCATTA	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TGGACCTCTTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GCGGAGAATTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GTCGGAGTTATAGACTAGG	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TACGGTAGTCCTTACTCCT	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TCGCGCATTGTACTAGTAA	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TTCAACTGATTCTACCATTA	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TTCGCGGATTTAATTATTG	Sensory
progenitors	6
10_12_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TTCTTAACCTTTGGAATCTC	Sensory
progenitors	6
10_12_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.ACGCCATATCAGGTATGGA	Neural
progenitors	0
10_12_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TCATGGCTTGCCAACGCCA	Ventral
midline	9
10_12_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.ATGGCGTATCAGATTCGAT	Neural
progenitors	3
10_12_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.CTGCTGAATTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GATTACGGTTCAGACGAAC	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GTAGACGGTGTTCCGCTAA	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TAGCCAATTTTCTACCATTA	Neural
progenitors	3
10_12_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TATTGACTCTATAGACTAGG	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TCATGGCTTGCCAACGCCA	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TGCCTATTATGTTGAAGGAT	Ventral
midline	9
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTATCTCCTTGCGCCAGAA	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GAGACTAGTACGCCGTTCA	Neural
progenitors	15
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCTTCTGGTAAGTCTTCCG	Sensory
progenitors	6
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGCGCATTTATAGTCGTAG	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGCGCATTTTCCGGTAATC	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGTTCGAGTTACGGCTACG	Neural
progenitors	3
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTACCTCTTTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTCGGCAATTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TAGTTACCTTCAGATTCGAT	Neural
progenitors	3
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATGGTCTTTAGTTCGAGTA	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCCTCGAGTGCAGGCGACG	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCGAATCTTTGTTGAAGGAT	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCGCCAACTTACGGCTACG	Sensory
progenitors	6
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCTACTTACTGTACTAGTAA	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGAGTTAGATTACGGCTACG	Ventral
midline	9
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGCCTATTATTACGGCTACG	Neural
progenitors	0
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCGCATAATGTTCCGCTAA	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCTCTCGTTGCGCCAGAA	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.ATGGCAGCTTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CATCGGACTGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CGGTTCCATGTACTAGTAA	Neural
progenitors	3
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTACGGCATTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTGCTGAATGCCAACGCCA	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTGCTGAATTTAATTATTG	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTGCTGAATTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTTAGCGGTCGAATAATTC	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTCATCTGTCTGGATTAGT	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TAACTAAGGTGCCAACGCCA	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TAGAGCCTTCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCGCGCATTTGGCTGATGA	Sensory
progenitors	6
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGCTAATTCTTTAATTATTG	Sensory
progenitors	6
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGGTCGAATTGCGCCATCT	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTGGTTAAGTGCTAACCTCA	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.ACGAGGTTTAGACTCAAGC	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GCAATCGCTATTGAGATTG	Neural
progenitors	0
10_12_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GTTGCTCCTTGAGTCCAGA	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TCCTACCTTTGCGCCAGAA	Ventral
midline	9
10_12_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TTCTTAACCTCAGGTATGGA	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TTGAGAGATTCAGATTCGAT	Neural
progenitors	3
10_12_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TATCCAGGTATAGACTAGG	Neural
progenitors	3
10_12_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TCGTAGCGTCAGATTCGAT	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TTGAGAGATTTTACGTATAC	Ventral
midline	9
10_12_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GACTCGCTTTTAATTATTG	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TCCAATAGTTACGCCGTTCA	Neural
progenitors	1
10_12_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.CAATCGGTTTTGGACGCTG	Neural
progenitors	1
10_12_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TCTCGCTCTGCCAACGCCA	Neural
progenitors	1
10_12_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TGCTCCTATGCCAACGCCA	Neural
progenitors	1
10_12_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.CCATTGCGTCGAATAATTC	Neural
progenitors	1
10_12_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.ACGGCAATTTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GATCGACCTGTTGAAGGAT	Sensory
progenitors	6
10_12_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GCGCTCAATTTCTTATCGA	Neural
progenitors	1
10_12_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GGTACGGATAGTTCGAGTA	Neural
progenitors	1
10_12_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GGTTGGCATTGCATATAAC	Immature
neurons	2
10_12_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GTAGACGGTAAGTAGTCAG	Immature
neurons	2
10_12_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TATCCAGGTGTTCCGCTAA	Ventral
midline	9
10_12_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TGAATTCGTTAGTTCGAGTA	Neural
progenitors	1
10_12_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TTGAGAGATTGTTCTGAATT	Neural
progenitors	1
10_12_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.ACGGCAATTTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.CTCCGGTTTGACGACCTGC	Neural
progenitors	1
10_12_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TATAAGGCTTGACGACCTGC	Neural
progenitors	3
10_12_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TTCTCTCGTGCAGACCGGT	Neural
progenitors	1
10_12_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.ACGCCATATGCAGGCGACG	Immature
neurons	13
10_12_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.AGCAACGATTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.CCGGAGTTTGCGCGGTAGT	Neural
progenitors	3
10_12_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.CCTCCTGATGAAGGTTGCC	Neural
progenitors	1
10_12_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TGAGTTAGATTTAATTATTG	Neural
progenitors	15
10_12_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TGTTAAGACTTTAATTATTG	Immature
neurons	2
10_12_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.ATGCCAAGTTGAGGTAGAA	Neural
progenitors	1
10_12_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.GGACTTGATGCCAACGCCA	Neural
progenitors	1
10_12_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TATTCGGCTTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TCCTCGAGTCAGATTCGAT	Neural
progenitors	0
10_12_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TGCTACTAATCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TTCTGGCCTTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.CTCCGGTTTTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TAACTAAGGTTGCATATAAC	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TATGACTTGTCGAATAATTC	Ventral
midline	9
10_12_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TCCGTATGTTGCGCCAGAA	Ventral
midline	9
10_12_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TCCTACCTTTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.GCAATCGCTTTAGCAATAA	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TCAGCGGTTATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TTCTCTCGTTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.GAACGGCTTCAGATTCGAT	Sensory
progenitors	6
10_12_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.TATTCGGCTTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.TCCGGTCATATAGACTAGG	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.TCGCCAACTTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.CGGTTCCATAGTTCGAGTA	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.ATGGCGTATAAGTCTTCCG	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CTAGTACGTTCTACCATTA	Neural
progenitors	3
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GATTACGGTCTGAACTGGT	Ventral
midline	9
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GCTGAAGCTAATACTCTTC	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTCGGCAATATAGACTAGG	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTTGCAAGTCAGATTCGAT	Ventral
midline	9
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TATTGAGGTTTCTACCATTA	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCCAATAGTTCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCGAATCTTTCGGAAGATAT	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCGCCAACTTGCGCCAGAA	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCTACTTACTTTGGACGCTG	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTGGCTCATGTTCCGCTAA	Neural
progenitors	3
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ACGGCAATTACGCCGTTCA	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.AGTTGCGCTACGCCGTTCA	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ATGGCGTATATAGTCGTAG	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CCGAGAGATAAGTAGTCAG	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CCGTCTCATTCCAGAAGGT	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCGCTCAATTTGGACGCTG	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCGGTATATGTACTAGTAA	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGTCTACGTGCCAACGCCA	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TACTCCTATTTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATATGCGTTCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATGGTCTTTGTTCCGCTAA	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATTGAGGTTCAGGTATGGA	Neural
progenitors	0
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCAGTTGGTTAGGCAGATA	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCATTAAGCTCAGGTATGGA	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCGGTACCTTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCTCGCTCTGCTAACCTCA	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGCTAATTCTTATAGTAAGC	Neural
progenitors	3
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGTTAAGACTTTAATTATTG	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCTCTAGTTTCTACCATTA	Sensory
progenitors	6
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCTCTAGTTTTAATTATTG	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCTTAACCTTTAATTATTG	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.CCATCAGGTCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.CCGAGAGATTGGCTGATGA	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GACCGTCATGCGACGCCTT	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GCGGTATATCATAACCAGC	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TATATGCGTTCAGGTATGGA	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TCAGGAGATGCGACGCCTT	Ventral
midline	9
10_12_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TGACGAGGTTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TGCTAATTCTTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.ATGGCAGCTTTCGCTTACG	Neural
progenitors	0
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CCATTGCGTATAGACTAGG	Sensory
progenitors	6
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CTAGTACGTGCGACGCCTT	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GCGCTCAATCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTCATCTGTTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TACGGTAGTATAGTCGTAG	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATGGTCTTTTCCGTCGCCA	Ventral
midline	9
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCTATACCTTGGATGCAGCA	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTCTAAGCTTTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.AGTTGCGCTATAGACTAGG	Neural
progenitors	15
10_12_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CCATCAGGTGGCTATGACT	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GCTTCTGGTGTACTAGTAA	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GGTTGGCATTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCCAATAGTTAGACTCAAGC	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCGTCTATTTGCAGACCGGT	Neural
progenitors	11
10_12_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.ACGAGGTTTGCGACGCCTT	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.CCGAGAGATTTCGCTTACG	Sensory
progenitors	6
10_12_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.CGCCGTAATCCAACTAACC	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GCGGTATATTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GGACTTGATTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GGTTCGAGTGTACTAGTAA	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TATTGACTCTTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TGAGAATCATTTAATTATTG	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GACCGTCATCAGGTATGGA	Neural
progenitors	3
10_12_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TAGAGCCTTTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TGCCTATTATTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GACCGTCATTTGGAATCTC	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GGTACGGATAATGCTAGTC	Sensory
progenitors	6
10_12_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GTATCGCATAGACTCAAGC	Neural
progenitors	3
10_12_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TCGCCAACTGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TCGCCAACTTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.AAGATGCCTCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.ACCTTCGGTCAAGGCATTC	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.ATGGCAGCTTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.ATGGCGTATACGCCGTTCA	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CTGGAAGATTTGGACGCTG	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GAACGGCTTGCTAACCTCA	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GACGTTCGTAGTTCGAGTA	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GACTCGCTTCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GCGCTCAATAGACTCAAGC	Immature
neurons	13
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTAAGCTCTGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TAGAGCCTTTTAATTATTG	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TGATCTTCTTCAGATTCGAT	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.GTATCGCATTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.GACTGACGTTGCATATAAC	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CTGCTGAATGCGCGGTAGT	Neural
progenitors	0
10_12_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GCGCTCAATTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GTACCTCTTAAGTCTTCCG	Neural
progenitors	3
10_12_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GTTCGCTGTTTAATTATTG	Sensory
progenitors	6
10_12_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TATTGAGGTTATAGACTAGG	Ventral
midline	9
10_12_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TCGCCAACTTCTACCATTA	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.ACCGTAGCTAAGTCTTCCG	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CCAGAACCTGCGACGCCTT	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GAGACTAGTTTAATTATTG	Ventral
midline	9
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GCGCTCAATTGCGCCAGAA	Ventral
midline	9
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GTTCCAGCTACGCCGTTCA	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GTTCGCTGTTTGGACGCTG	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCCTATTCTTTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCGTCTATTTAAGTCTTCCG	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TGACGAGGTAGACTCAAGC	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.CGCCGTAATTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.TTGGCAATATGGCCAGTCCG	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.CTACGGCATACGCCGTTCA	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.GAACGATGTCAGGTATGGA	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.GCAATCGCTCAGGTATGGA	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.GGTTGGCATTTAATTATTG	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TATCCAGGTTGCGCCAGAA	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TTGCGGTCTACTTAACTAG	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.ACCAATGCTGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.ACGAGGTTTGCGCGGTAGT	Ventral
midline	9
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CCGGAGTTTTATTACTCAT	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CCGGAGTTTTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GACCGTCATTAGGCAGATA	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTCGGCAATAATACTCTTC	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TAACTAAGGTGTTCCGCTAA	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TAAGACCGTGTACTAGTAA	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCGAATCTTTTAGGCAGATA	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCTCCGAATTGCGCCAGAA	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTCAACTGATTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTCGCGGATATAGACTAGG	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTCTTAACCTTTCTTATCGA	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.CGAGATGCTTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TATTGAGGTTATAGACTAGG	Neural
progenitors	3
10_12_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.ACCGTAGCTGCGACGCCTT	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GGCGACTATCGATCATTAC	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GTTCGCTGTTGATGGCCTT	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TATGGTCTTTTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TCGCGCATTAATACTCTTC	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.ATGGCGTATCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.CGTCGAAGTGCGCGGTAGT	Neural
progenitors	0
10_12_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GGAGCTCATTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GGCTTACTTGTTCCGCTAA	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GTTCGCTGTTACGGCTACG	Neural
progenitors	3
10_12_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.CCATCAGGTCCGTTGACTT	Ventral
midline	9
10_12_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GAAGAGGCTTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GTTCGCTGTGACTAGTCTA	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TCGTAGCGTTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TCGTTCTGTGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.ATAGTCGCTCTGAACTGGT	Sensory
progenitors	6
10_12_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GGAGGTTCTTTGGACGCTG	Neural
progenitors	0
10_12_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TCCTACCTTATAGACTAGG	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TTCCATTACTTGCATATAAC	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.ACCTTCGGTGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GATCGACCTATAGACTAGG	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GGTCTACGTGTTCCGCTAA	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GTTCGCTGTAGACTCAAGC	Ventral
midline	9
10_12_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TATTGAGGTTCAGGTATGGA	Neural
progenitors	3
10_12_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TCCTACCTTTTGGACGCTG	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TATTGAGGTTATAGACTAGG	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACGAGGTTTTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ATGGAGAGTCTTCGGCGCA	Neural
progenitors	11
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ATGGCGTATAAGTAGTCAG	Neural
progenitors	11
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ATTGCCGGTGCGACGCCTT	Sensory
progenitors	6
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCAGATACTTGCGCCAGAA	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCTGGCTATCTGGATTAGT	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGACTTGATCATAACCAGC	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGTACGGATTTGAGTATCA	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGTCTACGTTGCGCCAGAA	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTCGGCAATATCAACGATT	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTTGCAAGTGCCAACGCCA	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATGACTTGTCAGATTCGAT	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATTGACTCTACTTAACTAG	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCAGTTGGTATAGACTAGG	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCCTATTCTTAGACTCAAGC	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCTCTCCATATAGACTAGG	Sensory
progenitors	6
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGAGAATCATACCAGCGCAG	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGCCTTGGTAGACTCAAGC	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCGCATAATTGCGCCAGAA	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ACCAATGCTACGCCGTTCA	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ATAGTCGCTCGAATAATTC	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ATTGCCGGTGTCCAACTCA	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CAATCGGTTCAGGTATGGA	Sensory
progenitors	6
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CGCCGTAATTACGGCTACG	Ventral
midline	9
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GAACGATGTTTCGCTTACG	Sensory
progenitors	6
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GAACGGCTTCATGCTGGTT	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGACTTGATTACGGCTACG	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGTACGGATTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTAGCGATTCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TATCGAACTTTTGGATCCTT	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TATGACTTGTCAGGTATGGA	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCCAATAGTTTCTACCATTA	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTATAGGCATTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.ACGCCATATATCAACGATT	Neural
progenitors	1
10_12_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.GCGCTCAATGTTGACGGCC	Neural
progenitors	1
10_12_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TATCGAACTTCGGCGAGACC	Neural
progenitors	1
10_12_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TGGCCTGATTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.AGTTGCGCTGCGCGGTAGT	Immature
neurons	2
10_12_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GGTAGTCCTCGAATAATTC	Neural
progenitors	1
10_12_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TAGGTACTATAGGCCGCTCG	Neural
progenitors	1
10_12_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TATTGAGGTTGACCTCCGCC	Neural
progenitors	1
10_12_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TCCTCGAGTACTTAACTAG	Neural
progenitors	1
10_12_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TCTCCGAATTTCGCTTACG	Neural
progenitors	0
10_12_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TCGTCTATTTGCGACGCCTT	Neural
progenitors	1
10_12_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TCTCGCTCTATAGACTAGG	Neural
progenitors	1
10_12_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.ACCGTAGCTCAGATTCGAT	Neural
progenitors	1
10_12_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TCGCCAACTTCGAGGAGTA	Neural
progenitors	1
10_12_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TCTAGGAATTCGATGGCGCC	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GCGGAGAATGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GTTCGCTGTTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TATCATGAGTGCCAACGCCA	Neural
progenitors	0
10_12_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TATGGTCTTTCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TGAGAATCATTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TGCCTATTATGCGACGCCTT	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.ACGCCATATCAGGTATGGA	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.AGTTGCGCTTTAATTATTG	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.ATTGCCGGTATAGACTAGG	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.CTCCGGTTTTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TATCGAACTTTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TGAATTCGTTTTGGAATCTC	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.AAGCGCCATCTCGATGGAG	Ventral
midline	9
10_12_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.CGACGATATTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GACTCGCTTTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GACTGACGTCGAATAATTC	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TATAAGGCTTTGCGCCATCT	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TCAGCGGTTGTACTAGTAA	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TCGTCTATTTCGAATAATTC	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TGGATCCGTTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TTCGCGGATGCGACGCCTT	Ventral
midline	9
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CTTAGCGGTTCTACCATTA	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GAGACTAGTCCGTTGACTT	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCAGATACTATAGACTAGG	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCGTCGTATTTAATTATTG	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCTTCTGGTTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TACTCCTATTTGCGCCATCT	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TGGCCTGATTTGGACGCTG	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TTGAGAGATTGTTCCGCTAA	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AAGCGCCATCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCGGATAGTGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CGACGATATCCTTACTCCT	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GACGTTCGTTTGGACGCTG	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCAATCGCTTTAATTATTG	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCCATGGTTCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCTGGCTATATAGACTAGG	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGTAGTCCTCAGATTCGAT	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TACTCCTATTTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAGAGAGTATTGCGCCAGAA	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGAATCTTTTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCTATACCTTCAGATTCGAT	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCTCTCCATTTAATTATTG	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGATCTTCTTAGTTCGAGTA	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGGTAATAGTCAGGTATGGA	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGGTAATAGTTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTTGCTTAGTTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.ACGCCATATCCGTTGACTT	Neural
progenitors	0
10_12_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.CTCCGGTTTTTAATTATTG	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.CTCTACTGTTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GAGCGGTATTCTACCATTA	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GGAGGTTCTAGACTCAAGC	Neural
progenitors	0
10_12_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GGCGCATTTTTAATTATTG	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GTAGCGATTTTGGACGCTG	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GTCGGCAATGCAGGCGACG	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GTTGCTCCTGTACTAGTAA	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCATAGAGTTTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCATGGCTTTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCCTCGAGTGCGCGGTAGT	Neural
progenitors	16
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AACCGCTGTTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ACCAATGCTATAGACTAGG	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CAACGCAGTGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CATCGGACTCGGAAGATAT	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCGGAGTTTTTAATTATTG	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCTCCTGATGTACTAGTAA	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACCGAATTGCGACGCCTT	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GATTACGGTTCTACCATTA	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCATCCAGTCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCATCCAGTGTACTAGTAA	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTTCCAGCTTTACGTATAC	Neural
progenitors	0
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATCGAACTTGTTGAAGGAT	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATGACTTGTTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATGGTCTTTCCAACTAACC	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATTGACTCTCAGGTATGGA	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCCGTATGTATGGCGGATC	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCTCTCCATCGAATAATTC	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGAACGCGTCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGCCTTGGTAAGTCTTCCG	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGGTAATAGTTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGTTAAGACTTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCTTAACCTCGAATAATTC	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGGCTCATCAGATTCGAT	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AAGCGCCATCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AAGCGCCATTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACGAGGTTTATAGACTAGG	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CAACGCAGTTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCATTGCGTGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTCCGGTTTGCCAACGCCA	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCAGATACTTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCGTCGTATCAGGTATGGA	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGAGGTTCTAAGTTGCCAT	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGCTTACTTTTGGACGCTG	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGTTGGCATTCAGACGAAC	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTAAGCTCTAGACTCAAGC	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTATCGCATTCTACCATTA	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAGAGAGTATAGACTCAAGC	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATAAGGCTTTACGGCTACG	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATTGAGGTTGCGCGGTAGT	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCATTAAGCTTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGTCTATTTTTACGTATAC	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTACTTACTTATTACTCAT	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTACTTACTTTAATTATTG	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCCATTACTCGAATAATTC	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCCGACGTCGATCATTAC	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCGCATAATACGCCGTTCA	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCTAAGCTTGCCAACGCCA	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCTAAGCTTTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCTCTAGTTTTCCATGGCA	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGAGAGATTTGCGCCAGAA	Neural
progenitors	15
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ACGCCATATCGGTCGTTAA	Ventral
midline	9
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCAGAACCTCAGGTATGGA	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTACGGCATCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTCCAGAGTTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACCAGGATACTCTCTCAA	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACGTTCGTACCAGCGCAG	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCAGATACTGCTAACCTCA	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCGCTCAATCGATGGCGCC	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTACCTCTTCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCAGGAGATTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCGGTCATATCAACGATT	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCTCGAGTTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCTACTTACTGTACTAGTAA	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCTCTCCATTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGAGAATCATTCTACCATTA	Ventral
midline	9
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGGAGTTATTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGGCAATATGCCAACGCCA	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTTGCTTAGTATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GGACTTGATTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TATATGCGTTATAGACTAGG	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TCCAAGTTATGTACTAGTAA	Neural
progenitors	16
10_12_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TGCGTAGTTTTAATTATTG	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TGGTAGGCTCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TTCTGGCCTTTACGTATAC	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.ATGGCAGCTTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CTAGTACGTTCTACCATTA	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CTCCAGAGTATAGACTAGG	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GACTGACGTTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TAGGTACTATGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TATAAGGCTTCAGGTATGGA	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TATTGACTCTTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCTACTTACTAGTTCGAGTA	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.CCATTGCGTCATAACCAGC	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GACTCGCTTTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TCGTAGCGTAAGTCTTCCG	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.AAGCGCCATCTTCGGCGCA	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CCGGAGTTTACGCCGTTCA	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CTAGTACGTTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCGTCGTATGTTCCGCTAA	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTTCGCTGTTTGGACGCTG	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATAAGGCTTTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCATAGAGTTTTAATTATTG	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCATTAAGCTTCTACCATTA	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCTAGGAATTTTGGACGCTG	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCTCCGAATGCGCGGTAGT	Neural
progenitors	16
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGAACGCGTCGAATAATTC	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGTAGGCTTTGGACGCTG	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTATAGGCATCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCAACTGATGTTCCGCTAA	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCTGGCCTACGCCGTTCA	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTGAGAGATTTCTACCATTA	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTGAGTCCTTCTACCATTA	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTGCGGTCTCCAACTAACC	Neural
progenitors	11
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTGGCGACTTTAATTATTG	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.ACGAGGTTTGTTCCGCTAA	Neural
progenitors	11
10_12_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GGTTGGCATGTTCCGCTAA	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TACTCCTATTTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TTATAGGCATTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACCAATGCTACGCCGTTCA	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATGGAGAGTTTACGTATAC	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATGGCAGCTTTAATTATTG	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CAGAAGGCTTTAGATTCCG	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CGGTTCCATTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAGCGGTATGCGACGCCTT	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GATTACGGTCAGATTCGAT	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCGGTATATCATGCTGGTT	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCTCGAGATTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTAAGCTCTTTCTTATCGA	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTATCGCATAGGCCGCTCG	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAGAGAGTATAGGCCGCTCG	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCAAGTTATTCTACCATTA	Neural
progenitors	16
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCAATAGTTTCGATATTGA	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCTCGAGTAACTGATCTT	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGAATCTTTTGCGCCATCT	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGAATTCGTTAGATATATCG	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGACCTCTTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTATAGGCATTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCGCATAATAAGTCTTCCG	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCTTAACCTAGTTCGAGTA	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGCGGTCTGCAGACCGGT	Neural
progenitors	1
10_12_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.CTGCTGAATTTAATTATTG	Neural
progenitors	1
10_12_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TCGCGCATTTTGATGCTAT	Sensory
progenitors	6
10_12_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TCCTCGAGTTTGGACGCTG	Neural
progenitors	1
10_12_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TGATCTTCTTGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GGCTTACTTCTGGATTAGT	Neural
progenitors	1
10_12_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TATTGACTCTAATGCTAGTC	Neural
progenitors	1
10_12_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TTCAACTGATCTTCGGCGCA	Neural
progenitors	11
10_12_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.GTCGGCAATTTAATTATTG	Neural
progenitors	1
10_12_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.GGCGACTATTTAATTATTG	Neural
progenitors	0
10_12_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TCCGTATGTATAGTCGTAG	Neural
progenitors	1
10_12_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GACTACCATAGTTCGAGTA	Neural
progenitors	1
10_12_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GCGGAGAATGTACTAGTAA	Ventral
midline	9
10_12_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TCCTACCTTAGGCCGCTCG	Neural
progenitors	1
10_12_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TCGGTACCTGCAAGGAATA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CCGGAGTTTTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GCAATCGCTTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCATGGCTTACGCCGTTCA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCATGGCTTATAGTCGTAG	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGACGAGGTTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGCTACTAATGCGACGCCTT	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGGACCTCTTCTACCATTA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGGCCTGATACGCCGTTCA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.AAGCGCCATAAGTCTTCCG	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CTAGTACGTCCAACTAACC	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GTAAGGAGTATAGACTAGG	Ventral
midline	9
10_12_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GTAGACGGTTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GTTCCAGCTGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCAGCGGTTGTTCCGCTAA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCGCGCATTGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCTACTTACTCAGGTATGGA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTGGCGACTGTACTAGTAA	Ventral
midline	9
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ACCAATGCTCCGCGGACCG	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ACCAATGCTGCCAACGCCA	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ACGGCAATTCAAGGCATTC	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CTGCTGAATTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GACCGAATTATAGACTAGG	Ventral
midline	9
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCAGATACTTCTACCATTA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCGGAGAATTTGATATATT	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCGGTATATAGTTCGAGTA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGTTGGCATTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTAAGCTCTACGCCGTTCA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTTCGCTGTTGCATATAAC	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATCGAACTTTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGAACGCGTAAGTCTTCCG	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGAATTCGTTTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGAGAATCATTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGCTAATTCTGCTAACCTCA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTCAACTGATATAGACTAGG	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GCTCGAGATTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GCTGGCTATTACGGCTACG	Ventral
midline	9
10_12_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TCGTAGCGTGTTCCGCTAA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TCTAGGAATTCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ATAGTCGCTTGCGCCATCT	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CAGAAGGCTAAGTTGCCAT	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACCGTCATGCCAACGCCA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCAGATACTTGGAACTAGA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCTTCTGGTTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGAGCTCATTTCGCTTACG	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTTCCAGCTGACGACCTGC	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTTCCAGCTTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTTCGCTGTGTTCCGCTAA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGCTCGGTCAGGTATGGA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCATTAAGCTTTAATTATTG	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGTAGCGTTGCGCCAGAA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCTCCGAATGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGAATTCGTTAGTTCGAGTA	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGACGAGGTGTACTAGTAA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGCCTATTATTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGCTACTAATTTGGAATCTC	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGGAGTTATACGCCGTTCA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGGCGACTGTTCCGCTAA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGGCGACTTCTACCATTA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGGCTCATTTAATTATTG	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CCAGAACCTGCCAACGCCA	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GAAGAGGCTGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GAGACTAGTGCCAACGCCA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GCTTCTGGTTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GGAGCTCATGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GGAGCTCATTTAATTATTG	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GGCGACTATGTACTAGTAA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GTCGGCAATTTAATTATTG	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GTTGCAAGTTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TATCGAACTTTTGGACGCTG	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCCAAGTTATAAGTCTTCCG	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCCTACCTTAGACTCAAGC	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TGCTAATTCTCAGATTCGAT	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TGGACCTCTTGCGCCAGAA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTCTGGCCTTGCGCCATCT	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTGCGGTCTTTACGTATAC	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.ATGGCAGCTTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CTGCTGAATAGACTCAAGC	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GCAATCGCTCAGATTCGAT	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GCGCTCAATACGCCGTTCA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TAGCTCGGTAAGTCTTCCG	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TAGCTCGGTTTAATTATTG	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCGGTACCTGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCGTAGCGTTTGGACGCTG	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TGACGAGGTTTGGACGCTG	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TGGTAGGCTTTAATTATTG	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TTCTCTAGTTTCCGTCGCCA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CGTCGAAGTGTTCCGCTAA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CTCCTCGTTTTCCATGGCA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GACTCGCTTAAGTCTTCCG	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GCAATCGCTATAGACTAGG	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GCTCGAGATGGTCCAGGAG	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GGCGACTATTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GTAAGCTCTGCGCGGTAGT	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TAGCCAATTTCCGTTGACTT	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TATATGCGTTCAGATTCGAT	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TATATGCGTTTCCGTCGCCA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TGATCTTCTTTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TTATAGGCATCAGATTCGAT	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ACGAGGTTTGTACTAGTAA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CCTCCTGATTTCTTATCGA	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CGACGATATTAGGCAGATA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GAAGAGGCTAAGTCTTCCG	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GACTCGCTTCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GAGACTAGTCGAATAATTC	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCATCCAGTTGCGCCAGAA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGCGACTATCGATGGCGCC	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGTACGGATCAGATTCGAT	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGTCCTTCTTTGGACGCTG	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTAAGCTCTTTCGCTTACG	Neural
progenitors	11
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TACTCCTATTTCTACCATTA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGAGAGTATGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGCCAATTTTTGGAATCTC	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGCTCGGTAAGTCTTCCG	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATCATGAGTTCTACCATTA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATGACTTGTGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATTGACTCTGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCGTATGTTTGGACGCTG	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCGAATCTTTTAGGCAGATA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCGGTACCTGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCGTAGCGTTTGGACGCTG	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCGTTCTGTTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGACGAGGTTTGGACGCTG	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGCTCCTATTTAATTATTG	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCTAAGCTTGTACTAGTAA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGAGTCCTCAGATTCGAT	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGCGGTCTGACCTCCGCC	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGGCGACTTTAATTATTG	Ventral
midline	9
10_12_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.CTAGTACGTCCGCGGACCG	Neural
progenitors	1
10_12_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.GCCATGGTTATCAACGATT	Neural
progenitors	1
10_12_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.GTCGGCAATTTGGATCCTT	Neural
progenitors	1
10_12_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TCCGGTCATGGCTAATTAA	Neural
progenitors	1
10_12_exp1_idx1TATAATAGTT_idx2AGATCCTATA.ACGAGGTTTGACCTCTCTG	Neural
progenitors	1
10_12_exp1_idx1TATAATAGTT_idx2AGATCCTATA.GGCGACTATCCAGGCCGCA	Neural
progenitors	1
10_12_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TCAGTTGGTTCTACCATTA	Immature
neurons	2
10_12_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TGGCCTGATAGTTCGAGTA	Neural
progenitors	1
10_12_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.GAACGGCTTCCAACTAACC	Neural
progenitors	1
10_12_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.GTCGGAGTTAAGTCTTCCG	Neural
progenitors	1
10_12_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.TATTGAGGTTCGATGGCGCC	Neural
progenitors	1
10_12_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.TCCTATTCTTTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.GGCAAGTCTCAGGTATGGA	Neural
progenitors	1
10_12_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.GTAAGGAGTGTTCCGCTAA	Neural
progenitors	1
10_12_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TCAGGAGATACTGCCGATA	Mature
neurons	10
10_12_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TCGCGCATTGTTCCGCTAA	Immature
neurons	12
10_12_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TCTCTCCATTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TTATAGGCATGTACTAGTAA	Sensory
progenitors	6
10_12_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.GCGTCGTATTGCATATAAC	Neural
progenitors	0
10_12_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.GTACCTCTTAGACTCAAGC	Neural
progenitors	1
10_12_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.GTCGGCAATACTGCCGATA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CCGTCTCATTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CTACGGCATTGATACGAGT	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GCTTCTGGTTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GTACCTCTTCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GTAGCGATTGTACTAGTAA	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TATATGCGTTGCCAGGATCA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TATGACTTGTGTTCCGCTAA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TATGGTCTTTAGTTCGAGTA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCATTAAGCTCAAGATTAAG	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCGTAGCGTGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TGGTAGGCTCCGTTGACTT	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.ATGGAGAGTATAGACTAGG	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CTCCTCGTTCAGGTATGGA	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GACCAGGATCAGATTCGAT	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GCCATGGTTGTTCCGCTAA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GTTGCTCCTGTTCCGCTAA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TAACTAAGGTGCCAACGCCA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCCGGTCATATAGACTAGG	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCGCCAACTTTACGTATAC	Neural
progenitors	15
10_12_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTGGCGACTGTTCCGCTAA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ATGGCGTATACGCCGTTCA	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CAACGCAGTTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCAGAACCTTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACGTTCGTTCTACCATTA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GATTACGGTTTGGACGCTG	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCAACGTTTCGCCTCGAAC	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGTCCTTCTTTCTTATCGA	Ventral
midline	9
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGTTGGCATTTGGACGCTG	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTAAGCTCTCTTCGGCGCA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTACCTCTTAAGTCTTCCG	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TAGCCAATTTTATTACTCAT	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATGGTCTTTGCCAACGCCA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCAGCGGTTATAGTCGTAG	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCAGTTGGTCGGCGAGACC	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGAATCTTTTTGGATCCTT	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGTTCTGTAATGGTCGAC	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCTCTCCATCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGACGAGGTAGTTCGAGTA	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGCTACTAATCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTGGTTAAGTAGTTCGAGTA	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CTAGTACGTGTTCCGCTAA	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CTAGTACGTTATTACTCAT	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GACCGAATTAGATATATCG	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTCGGCAATTCTACCATTA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TATCATGAGTTTGGACGCTG	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCCGGTCATTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCTAGGAATTTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCTATACCTTTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCTCCGAATCTGGATTAGT	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCTCGCTCTGCAGACCGGT	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCTCGCTCTTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGCTACTAATTAGGCAGATA	Ventral
midline	9
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTGAGAGATTTTAACGTACC	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTGAGTCCTGTTCCGCTAA	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTGGAGTTATTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACGCCATATGCGCGGTAGT	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CAATCGGTTTTCCATGGCA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CGACGATATTCTACCATTA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTGCTGAATCAGATTCGAT	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACCAGGATGCCAACGCCA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCAGATACTGTACTAGTAA	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCGCTCAATTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCGGTATATTTGGAATCTC	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCTTCTGGTGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTAGACGGTTACGGCTACG	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTTGCTCCTTACGGCTACG	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAGCTCGGTTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCCAAGTTATCGAGCTGCCA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGTAGCGTATAGACTAGG	Sensory
progenitors	14
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGTTCTGTGACTAGTCTA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTCGCTCTTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTATAGGCATTTCTTATCGA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTCTCTAGTTTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTCTCTCGTAGGCCGCTCG	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGAGTCCTACGCCGTTCA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CATCGGACTTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CTCCGGTTTTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CTCTACTGTTCTACCATTA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GGCAAGTCTTTGGAATCTC	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GGCGACTATTCTACCATTA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GTAGACGGTCAGATTCGAT	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GTTGCAAGTTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TATAAGGCTTTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TGCTCCTATTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TGCTCCTATTTGGACGCTG	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TTCCATTACTTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.CAACGCAGTTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.CTGCTGAATACGCAACTCC	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TAGAGCCTTTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCCAATAGTTGCAGACCGGT	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCCGGTCATTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCCTATTCTTAAGTCTTCCG	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCTCGCTCTGTTCCGCTAA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.ACGGCAATTGTTCCGCTAA	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CTTCATGCTTTGAGTATCA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GAAGAGGCTCCAACTAACC	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GGCAAGTCTTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GTAAGGAGTTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GTAGCGATTTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TATGACTTGTGTACTAGTAA	Ventral
midline	9
10_12_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCAGTTGGTTGCGCCAGAA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TGCTAATTCTTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TGCTCCTATGCCAGGATCA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TGGTCTCCTGTACTAGTAA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.AACCGCTGTGCTAACCTCA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.ATTGCCGGTAAGTCTTCCG	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CTCCGGTTTCGAATAATTC	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TAGAGCCTTGCCAACGCCA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCAGGAGATGCGACGCCTT	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCGTTCTGTAATGGTCGAC	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCTCCGAATGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCTCGCTCTTACGGCTACG	Sensory
progenitors	6
10_12_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.TTCTGGCCTTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.AACCGCTGTCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TGCCTTGGTGTACTAGTAA	Neural
progenitors	1
10_12_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.ATGGCAGCTTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.CAATCGGTTGTACTAGTAA	Neural
progenitors	1
10_12_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.CGTCGAAGTATAGACTAGG	Neural
progenitors	1
10_12_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.GTTGCTCCTGTACTAGTAA	Neural
progenitors	1
10_12_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.TGAGAATCATTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.GACGTTCGTGTACTAGTAA	Neural
progenitors	1
10_12_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.CGACGATATTTGATGCTAT	Neural
progenitors	1
10_12_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.GCGGAGAATTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TCCAAGTTATCCGCGGACCG	Neural
progenitors	1
10_12_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TGAGTTAGATCTCGATGGAG	Neural
progenitors	0
10_12_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TTCTAAGCTTTCTCCTATAA	Ventral
midline	9
10_12_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.GGACTTGATAAGTCTTCCG	Neural
progenitors	1
10_12_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.TTCAACTGATCGGTCGTTAA	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2AACTTATAAG.AGGCATCATCAGGTATGGA	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GACTACCATTGCGCCAGAA	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GCTTCTGGTTTACGTATAC	Neural
progenitors	15
10_12_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GTTGCAAGTTCTACCATTA	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TCATTAAGCTACGCCGTTCA	Ventral
midline	9
10_12_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TTGGCAATATGCGCGGTAGT	Sensory
progenitors	6
10_12_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CTTAGCGGTATAGACTAGG	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TAGCCAATTTTGCGCCAGAA	Ventral
midline	9
10_12_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TATCCAGGTTGCATATAAC	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TATGACTTGTTTAATTATTG	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TCATAGAGTTATAGTCGTAG	Neural
progenitors	0
10_12_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TCCAATAGTTTTGGACGCTG	Immature
neurons	13
10_12_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TCCTACCTTTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TCGTCTATTTGGCTAATTAA	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TGACGAGGTAGTTCGAGTA	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TTCGCATAATTTAATTATTG	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AAGATGCCTTGCGCCAGAA	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AGCAACGATTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AGTTGCGCTGTTGAAGGAT	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CGCCGTAATAGATATATCG	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACCAGGATTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCAGATACTCAGATTCGAT	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGCGCATTTTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTAAGCTCTCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTAAGCTCTGACCTCTCTG	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTAAGCTCTTTAATTATTG	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTTCGCTGTGCCAGGATCA	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATATGCGTTGGCTAATTAA	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATGGTCTTTCAGGTATGGA	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCAGCGGTTGGCTAATTAA	Sensory
progenitors	6
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCATTAAGCTGCGACGCCTT	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCTACCTTGTTCCGCTAA	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCGCGCATTTTCGCTTACG	Sensory
progenitors	14
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGAACGCGTGCTAACCTCA	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCCTATTATGTACTAGTAA	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCTCCTATATCAACGATT	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGGCCTGATTTGGACGCTG	Sensory
progenitors	6
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGGAGTTATGTCCAACTCA	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTTGCTTAGTCAGGTATGGA	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.CTAGTACGTTCTACCATTA	Ventral
midline	9
10_12_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.CTCCAGAGTGCGCGGTAGT	Sensory
progenitors	6
10_12_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TCTAGGAATTCAGGTATGGA	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TGCGTAGTTTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.CCGAGAGATCTGGATTAGT	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GAACGGCTTCCGCGGACCG	Sensory
progenitors	6
10_12_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TAAGACCGTTTAATTATTG	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TGATCTTCTTTTAATTATTG	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TTGGCGACTTGCGCCAGAA	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TTGGTTAAGTTTAATTATTG	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.AGGCATCATGTACTAGTAA	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CCGGAGTTTTGCGCCAGAA	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GACCGTCATCAGGTATGGA	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GACCGTCATGCGCGGTAGT	Sensory
progenitors	6
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCAATCGCTACTTAACTAG	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCCATGGTTGCCAACGCCA	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGTTCGAGTTGCGCCAGAA	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTTGCTCCTTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCGTCTATTTAGTTCGAGTA	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGCTCCTATTATGCCGAGT	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTGAGAGATTTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTGGCTCATACGCCGTTCA	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GAGCGGTATGCCAACGCCA	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GATCGACCTCAGGTATGGA	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TATGCGATTTTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TCCGTATGTGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TGATCTTCTTGTTCCGCTAA	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TTGGAGTTATTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GTTGCTCCTTTAATTATTG	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TCTCGCTCTTGGAAGTACC	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TGCTACTAATCCTTACTCCT	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TGGTCTCCTTGCATATAAC	Neural
progenitors	1
10_12_exp10_idx1AATACGATAA_idx2AACTTATAAG.GCAGATACTCTAAGAGAAG	Ventral
midline	9
10_12_exp10_idx1AATACGATAA_idx2AACTTATAAG.TACTTGCGTGTCATTGCGC	Neural
progenitors	16
10_12_exp10_idx1AATACGATAA_idx2AACTTATAAG.TGATCTTCTTGGTACTGCCT	Immature
neurons	2
10_12_exp10_idx1AATACGATAA_idx2ACGTTCAACC.GGTACCATTAACTGATCTT	Neural
progenitors	0
10_12_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TCGAAGGATTTAGATTCCG	Neural
progenitors	3
10_12_exp10_idx1AATACGATAA_idx2TCTAGAACTA.GGCAAGTCTGCAGGTCCGT	Neural
progenitors	1
10_12_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.TATGCGATTTGACCTCTCTG	Neural
progenitors	0
10_12_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.ACTTACTCATCAAGATTAAG	Neural
progenitors	1
10_12_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.AAATTCCTCTCGATCATTAC	Neural
progenitors	1
10_12_exp10_idx1ACGGCGTTAA_idx2GCAACTGGCA.TTCGTTCCTCTCGATGGAG	Neural
progenitors	11
10_12_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.CTTCATGCTCGATCATTAC	Neural
progenitors	3
10_12_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TATCATGAGTTGATACGAGT	Immature
neurons	2
10_12_exp10_idx1AGACCATATC_idx2AGGATTACCA.TATTGAGGTTCGATCATTAC	Neural
progenitors	1
10_12_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TAGCCAATTTGGCTATGACT	Neural
progenitors	1
10_12_exp10_idx1AGACCATATC_idx2CCTATAAGCT.GAGGAACTTGTCATTGCGC	Neural
progenitors	1
10_12_exp10_idx1AGACCATATC_idx2CGATCATTAC.TGGATCCGTGCCGCAACGA	Neural
progenitors	1
10_12_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TAGATGACTTGCAGGTCCGT	Neural
progenitors	1
10_12_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.TGCCTATTATAACTGATCTT	Neural
progenitors	0
10_12_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.ATTCCTAGATAACTGATCTT	Neural
progenitors	16
10_12_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.GGCTTACTTTTAGATTCCG	Neural
progenitors	0
10_12_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.GATCGACCTCGATCATTAC	Sensory
progenitors	6
10_12_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.TCGTCTATTTAGAGCCAAGG	Neural
progenitors	0
10_12_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.TAGAGAGTATTTAGATTCCG	Neural
progenitors	1
10_12_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TGGTAATAGTGGCTATGACT	Neural
progenitors	0
10_12_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TTCCATCTTTTGAGTCTGGC	Neural
progenitors	1
10_12_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TTCCATCTTTGCAAGGAATA	Neural
progenitors	0
10_12_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.ACCATGATTTGGCTATGACT	Neural
progenitors	16
10_12_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.CTTCATGCTCCGATTCCTG	Neural
progenitors	1
10_12_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.AGTATTAGCTGGAGGATAGC	Ventral
midline	9
10_12_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TACTTGCGTGTCATTGCGC	Neural
progenitors	3
10_12_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.GAGTTCTCTTTGAGTATCA	Neural
progenitors	1
10_12_exp10_idx1ATAAGGACTC_idx2CATTATTACC.GCAGATACTTTAGATTCCG	Neural
progenitors	1
10_12_exp10_idx1ATAAGGACTC_idx2CATTATTACC.TGCTACTAATAACTACCGAC	Neural
progenitors	1
10_12_exp10_idx1ATAAGGACTC_idx2GTCGCTCAGT.AACTAGTTGTGGCTCTCTAT	Neural
progenitors	15
10_12_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.GGACTTGATTGGAACTAGA	Neural
progenitors	0
10_12_exp10_idx1ATAAGGACTC_idx2TTGAGTATCA.CAGTATCCTTCAACGTAAG	Neural
progenitors	0
10_12_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.GCCATGGTTCAAGCTTCAT	Neural
progenitors	1
10_12_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.TCGCCAACTTTGAGTATCA	Neural
progenitors	0
10_12_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TCTCGCTCTCGATCATTAC	Immature
neurons	2
10_12_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.CAGCAAGTTTCCTACCAGT	Neural
progenitors	0
10_12_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.TTCCATTACTGTCATTGCGC	Sensory
progenitors	6
10_12_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.AGTATTAGCTTCAACGTAAG	Neural
progenitors	1
10_12_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TGCTAATTCTAACTGATCTT	Neural
progenitors	1
10_12_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TATCTCGATTTGGAACTAGA	Neural
progenitors	1
10_12_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TCGTTCTGTTGGAACTAGA	Sensory
progenitors	6
10_12_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.TCAAGATCTTAACTGATCTT	Neural
progenitors	0
10_12_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.GGTCTACGTACGCGAGATT	Neural
progenitors	1
10_12_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TATATGCGTTGGAGGATAGC	Neural
progenitors	1
10_12_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TTCTTAACCTTGGAACTAGA	Sensory
progenitors	6
10_12_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.GCAATCGCTGTCCAACTCA	Neural
progenitors	3
10_12_exp10_idx1GATTCTTGAA_idx2GACTAGTCTA.TCAGGAGATTTAGATTCCG	Immature
neurons	2
10_12_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.TGATCTTCTTTTAGATTCCG	Sensory
progenitors	6
10_12_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.TGCTAATTCTCGATCATTAC	Neural
progenitors	1
10_12_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.GGACTTGATAATGGTCGAC	Neural
progenitors	1
10_12_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TCCAATAGTTGCAGGTCCGT	Neural
progenitors	1
10_12_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TTCAACTGATTCAACGTAAG	Neural
progenitors	0
10_12_exp10_idx1GCGCGTTCAT_idx2AGGATTACCA.GTCCTGCATTTGAGTATCA	Neural
progenitors	0
10_12_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TTGACTCAATTTAGATTCCG	Neural
progenitors	1
10_12_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.GGTTCGAGTGCAAGGAATA	Neural
progenitors	15
10_12_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TCATGGCTTCCGCGGACCG	Sensory
progenitors	6
10_12_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.GCATCCAGTTTAGATTCCG	Neural
progenitors	3
10_12_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.TCATGGCTTACTTCCGAAT	Neural
progenitors	1
10_12_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.GACGTTCGTTGGAACTAGA	Neural
progenitors	1
10_12_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TATCGAACTTGGCATAGCTT	Neural
progenitors	1
10_12_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.TAATACCAGTACGCGAGATT	Neural
progenitors	3
10_12_exp10_idx1GGCTTACTCC_idx2GCTCTCGCCT.ACAGGTATTTGGTACTGCCT	Neural
progenitors	1
10_12_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.TGTCCTTATTTTAGATTCCG	Immature
neurons	2
10_12_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.TTATAGGCATCGATCATTAC	Neural
progenitors	1
10_12_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.TCTATACCTTCTAACTAGAT	Neural
progenitors	3
10_12_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.CAAGCAACTGGTACTGCCT	Neural
progenitors	1
10_12_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TAGGTACTATGCAGGTCCGT	Neural
progenitors	1
10_12_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TGAATCTGATACGCGAGATT	Sensory
progenitors	6
10_12_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TAAGGTTCATAGAGCCAAGG	Sensory
progenitors	6
10_12_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.TGGTAATAGTGCCGCAACGA	Neural
progenitors	0
10_12_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.ACTTACTCATCGTCCGTCCT	Neural
progenitors	1
10_12_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TTATAGGCATTGGAACTAGA	Neural
progenitors	1
10_12_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.ATTAGGTACTGCCGCAACGA	Neural
progenitors	1
10_12_exp10_idx1TAGTAAGCCG_idx2AGGTCAATTA.GTCTATGGTGCAAGGAATA	Neural
progenitors	0
10_12_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.CATCAACGTAACTGATCTT	Neural
progenitors	1
10_12_exp10_idx1TAGTAAGCCG_idx2CGGCGAGACC.CCTAATGGTACGAGGACCT	Neural
progenitors	11
10_12_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.GGAGGTTCTTGGAACTAGA	Neural
progenitors	1
10_12_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TATATGCGTTTGAGTCTGGC	Neural
progenitors	11
10_12_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TGAATCTGATTCGATATTGA	Immature
neurons	2
10_12_exp10_idx1TATAATAGTT_idx2GGAACGATGG.TATTGAGGTTTTAGATTCCG	Ventral
midline	9
10_12_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.ATATGGATCTGGTACTGCCT	Neural
progenitors	1
10_12_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.TCCAATAGTTAACTGATCTT	Neural
progenitors	1
10_12_exp10_idx1TATTAGACTT_idx2CATGCATCTC.TGTTAAGACTTGATAGAACG	Immature
neurons	2
10_12_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.CCAAGGATTTTAGATTCCG	Neural
progenitors	1
10_12_exp10_idx1TATTAGACTT_idx2GTCATTGCGC.TATGACTTGTAACTGATCTT	Neural
progenitors	3
10_12_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.CAGCAAGTTCGATCATTAC	Neural
progenitors	1
10_12_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TTCCATTACTCGATCATTAC	Neural
progenitors	1
10_12_exp10_idx1TATTAGACTT_idx2TCATCTAATC.AAGGATTACTGGTACTGCCT	Immature
neurons	2
10_12_exp10_idx1TATTAGACTT_idx2TCATCTAATC.ATAACTTCCTTCTAATAGTA	Neural
progenitors	1
10_12_exp10_idx1TATTAGACTT_idx2TCATCTAATC.ATCAGTCATTAACTGATCTT	Immature
neurons	13
10_12_exp10_idx1TATTAGACTT_idx2TCATCTAATC.ATGGTTGGTGCCGCAACGA	Neural
progenitors	1
10_12_exp10_idx1TATTAGACTT_idx2TCATCTAATC.CCAAGGATTGCCGCAACGA	Neural
progenitors	1
10_12_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TCGTTCTGTCGATCATTAC	Sensory
progenitors	6
10_12_exp10_idx1TATTAGACTT_idx2TCATCTCGAT.TATTCTCCTTCGATCATTAC	Neural
progenitors	16
10_12_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.AAACTCCAATCAAGATTAAG	Sensory
progenitors	6
10_12_exp10_idx1TCCTCTGCCG_idx2AGTTGCATCT.AAGTTCTTGTTTGAGTATCA	Neural
progenitors	1
10_12_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.GTAAGCTCTTTAGATTCCG	Neural
progenitors	0
10_12_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.TATAAGAGGTGTCATTGCGC	Neural
progenitors	1
10_12_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.TTGGCAATATTCAACGTAAG	Neural
progenitors	0
10_12_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.GGACTTGATAGCTTATCCG	Neural
progenitors	11
10_12_exp10_idx1TCTTGAGGTT_idx2CGTCCGTCCT.GACTTGGCTAACGGACCAA	Neural
progenitors	0
10_12_exp10_idx1TCTTGAGGTT_idx2TCATCTCGAT.TTCTAAGCTTACGCGAGATT	Neural
progenitors	1
10_12_exp10_idx1TGGACGACTA_idx2ACGTTCAACC.TTGACTCAATAATACCATCC	Immature
neurons	13
10_12_exp10_idx1TGGACGACTA_idx2ACTCTCTCAA.TATTCTCCTTGGTATCCGCC	Ventral
midline	9
10_12_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TATGGTCTTTAGAGCCAAGG	Neural
progenitors	1
10_12_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TCGAAGGATGGCATAGCTT	Neural
progenitors	1
10_12_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.TGTCCTTATTTGCGGACCTA	Neural
progenitors	1
10_12_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.TATGACTTGTAACTGATCTT	Neural
progenitors	0
10_12_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.TTGACCAGTACTTCCGAAT	Neural
progenitors	1
10_12_exp10_idx1TTATTGAGGC_idx2TCGTAGGCTT.TGGTAATAGTGCCGCAACGA	Neural
progenitors	0
10_12_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.TCTTAGTTCTTTGAGTATCA	Neural
progenitors	1
10_12_exp10_idx1TTCGAATATT_idx2ACGCAACTCC.TATGAGAACTCGATCATTAC	Neural
progenitors	16
10_12_exp10_idx1TTGCCGTAGG_idx2CTCCGGTTCT.TAACTAAGGTGGCTATGACT	Neural
progenitors	1
10_12_exp10_idx1TTGCGAGCAT_idx2CGACTACCAA.GAGGAACTTGGAGGATAGC	Neural
progenitors	0
10_12_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.TCCTAACTTTAACTGATCTT	Neural
progenitors	0
10_12_exp11_idx1TGATATTGCG.ACGCTTATATTCTAATAGTA	Neural
progenitors	1
10_12_exp2_idx1GTAGCAGCTA_idx2CATGCATCTC.AGCGTAAGTTAACGAATTG	Neural
progenitors	1
10_12_exp2_idx1TTCCGTCGAC_idx2GACCTCTCTG.GGTACCATTGTATAATACG	Ventral
midline	9
10_12_exp3_idx1AATACGATAA_idx2CCTAGCGCCT.CAATCGGTTACTTCCGAAT	Sensory
progenitors	6
10_12_exp3_idx1AATACGATAA_idx2CCTAGCGCCT.TGAACGCGTTATGAGTTAA	Sensory
progenitors	6
10_12_exp3_idx1ACGGCGTTAA_idx2AATTGCCTAC.GTCGTAACTAAGAAGCTAG	Neural
progenitors	1
10_12_exp3_idx1ACGGCGTTAA_idx2AGGATTACCA.ATACTACTCTGATACGGAAC	Neural
progenitors	1
10_12_exp3_idx1ACGGCGTTAA_idx2AGGATTACCA.CAACTCTCTATTGAGATTG	Immature
neurons	2
10_12_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.AAATTCCTCTTTAGCAATAA	Sensory
progenitors	6
10_12_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.CCATCAGGTACGTCCGCAG	Immature
neurons	2
10_12_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.GGCGTTAATGGCGAACTCG	Neural
progenitors	1
10_12_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.TCCTATAAGTGCCGTATGCT	Neural
progenitors	1
10_12_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.AGTCGCATTCTTGGTAATG	Neural
progenitors	1
10_12_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.CCTCCTGATACCGCAGAAT	Immature
neurons	2
10_12_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.CTCTGAGCTGTTCGTCAGA	Neural
progenitors	1
10_12_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.GTCGGCAATTCCGGCCTCG	Neural
progenitors	1
10_12_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.TGGACCTCTGACGACCTGC	Neural
progenitors	1
10_12_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.TTCTTCGTTTTCAAGCCGAT	Immature
neurons	2
10_12_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.CAAGCAACTTGCGCGATGC	Neural
progenitors	1
10_12_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.CTAGTACGTAGGAGAGAAC	Immature
neurons	2
10_12_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TGGTAGGCTATTGAGATTG	Neural
progenitors	1
10_12_exp3_idx1AGACCATATC_idx2CCGTCGGAGG.CGTCGAAGTCGATGGCGCC	Neural
progenitors	1
10_12_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.AATTCTAGGTTGGCTGATGA	Sensory
progenitors	6
10_12_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.CGCCATTCTTTAGCAATAA	Neural
progenitors	1
10_12_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.CGCCATTCTACTCAATAGG	Sensory
progenitors	6
10_12_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.TCTCTCCATTGGCTGATGA	Neural
progenitors	15
10_12_exp3_idx1AGGTCAGCTT_idx2GGACTCATTG.AATACCGAATTTAGCAATAA	Immature
neurons	2
10_12_exp3_idx1AGGTCAGCTT_idx2GGACTCATTG.CCGTCTCATAATCGATAAT	Sensory
progenitors	6
10_12_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.AGATTCAACTTTAGCAATAA	Neural
progenitors	1
10_12_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.CGACGATATGGCGAACTCG	Neural
progenitors	1
10_12_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.GCTCTTAGTTTGATATATT	Neural
progenitors	1
10_12_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.GGTTCGAGTTAACTCAATT	Neural
progenitors	3
10_12_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.TGCTCCTATGGCGAACTCG	Neural
progenitors	1
10_12_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.GGTACGGATCCGCGGCTCA	Neural
progenitors	1
10_12_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.GGTAGTCCTATTGAGATTG	Neural
progenitors	1
10_12_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.TAGCTCGGTAATGCCGCTT	Neural
progenitors	1
10_12_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.TATTGACTCTTTGATGCTAT	Ventral
midline	9
10_12_exp3_idx1AGTCCGCTGC_idx2CAAGTACTGG.ACCATGATTTTGGTATTCAT	Immature
neurons	2
10_12_exp3_idx1AGTCCGCTGC_idx2CCAAGCTGAA.ATACCAGTTTCCATAAGTCC	Neural
progenitors	1
10_12_exp3_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TAATCAGCTTTAACTCAATT	Neural
progenitors	1
10_12_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.ATATCTGGATAGGTTAGCAT	Neural
progenitors	1
10_12_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.CAGGACTCTGATCTTACGC	Neural
progenitors	1
10_12_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.GGCGACTATTGGCTGATGA	Neural
progenitors	0
10_12_exp3_idx1AGTCCGCTGC_idx2GACTAGTCTA.TATCCAGGTAGGTTAGCAT	Neural
progenitors	1
10_12_exp3_idx1AGTCCGCTGC_idx2GGTCCAGGAG.AATTCTAGGTGCGTTCAGCT	Neural
progenitors	1
10_12_exp3_idx1ATAAGGACTC_idx2AAGATCCAAC.TGCTAATTCTACCGCAGAAT	Neural
progenitors	1
10_12_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.CCTAATGGTTTGATGCTAT	Neural
progenitors	1
10_12_exp3_idx1ATAAGGACTC_idx2ATAAGAGGCG.ACTGGACCTAGGTTAGCAT	Neural
progenitors	1
10_12_exp3_idx1ATAAGGACTC_idx2ATAAGAGGCG.GAAGAGGCTTAGCCGTCAT	Ventral
midline	9
10_12_exp3_idx1ATAAGGACTC_idx2ATAGGATATG.AAGGACGATTATCATGATC	Immature
neurons	2
10_12_exp3_idx1ATAAGGACTC_idx2ATAGGATATG.CCGACCAATAATCGATAAT	Neural
progenitors	1
10_12_exp3_idx1ATAAGGACTC_idx2ATAGGATATG.GACTGACGTTCCGGCCTCG	Sensory
progenitors	6
10_12_exp3_idx1ATAAGGACTC_idx2ATAGGATATG.TGCAAGGTTGCCGTATGCT	Neural
progenitors	1
10_12_exp3_idx1ATAAGGACTC_idx2GAACTGCATC.TCGTAGCGTTAACTCAATT	Sensory
progenitors	6
10_12_exp3_idx1ATAAGGACTC_idx2TTGAGTATCA.TAAGACCGTGATACGGAAC	Immature
neurons	2
10_12_exp3_idx1ATAAGGACTC_idx2TTGGTCATAA.AGTATTAGCTGGCAGACGCC	Immature
neurons	2
10_12_exp3_idx1ATGGCGCCTG_idx2AGGTCAATTA.CTCTACTGTGTATAATACG	Neural
progenitors	1
10_12_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.CAACTCTCTTTGATATATT	Neural
progenitors	1
10_12_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.CAAGGCGTTGTATAATACG	Immature
neurons	2
10_12_exp3_idx1ATGGCGCCTG_idx2CCAAGCTGAA.ATAACTTCCTTGGTATTCAT	Immature
neurons	2
10_12_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.ATGGTAACTTCTGAACTGGT	Immature
neurons	2
10_12_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.CAAGGCGTTTTATCCGGAT	Neural
progenitors	1
10_12_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.TCGCGCATTCGATGGCGCC	Immature
neurons	2
10_12_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.TTGGCGACTCTAAGAGAAG	Neural
progenitors	1
10_12_exp3_idx1ATTATGCAAG_idx2GTCGCTCAGT.CCGTCGATTCTTGGTAATG	Neural
progenitors	3
10_12_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.AATTCTAGGTTGGTATTCAT	Sensory
progenitors	6
10_12_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TATTGACTCTACCGCAGAAT	Immature
neurons	2
10_12_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.TTACCTAAGTAACTGATCTT	Immature
neurons	2
10_12_exp3_idx1CCTCAGCTCC_idx2GTCATTGCGC.TATTCTCCTTTCGAGGAGTA	Neural
progenitors	1
10_12_exp3_idx1CTCAATTAGT_idx2ACCAAGATCT.AGAACTCCTTATAGACGCA	Immature
neurons	2
10_12_exp3_idx1CTCAATTAGT_idx2GGCTAATTAA.AAAGCTGATTTGGTATTCAT	Neural
progenitors	3
10_12_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.GAGCGGTATCTGATGGTCA	Neural
progenitors	1
10_12_exp3_idx1GAGCGCGATG_idx2AACGAGGCTA.AAGACCTTATAGAGCTATAA	Neural
progenitors	1
10_12_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.AAGGATTACTTATCATGATC	Neural
progenitors	1
10_12_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.AGGATAATCTGTATAATACG	Sensory
progenitors	6
10_12_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.TCAGCTTCTTTATCCGGAT	Neural
progenitors	1
10_12_exp3_idx1GAGCGCGATG_idx2GGAACGATGG.CTCCAGAGTTATCATGATC	Immature
neurons	2
10_12_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.ATGGAGAGTCTGAACTGGT	Neural
progenitors	1
10_12_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.CTCGTTGATCGTAATGCAG	Neural
progenitors	1
10_12_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.GACTACCATGCCGTATGCT	Ventral
midline	9
10_12_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.TTATCCGCTCATTCAATCA	Neural
progenitors	1
10_12_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.CGAGATGCTGGCAGACGCC	Neural
progenitors	1
10_12_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.CCAAGGATTCGACGCGACT	Neural
progenitors	1
10_12_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.CTGCCTTATGATACGGAAC	Immature
neurons	2
10_12_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TTGACCAGTTTGATGCTAT	Neural
progenitors	0
10_12_exp3_idx1GATTCTTGAA_idx2AGTTGCATCT.CAACGCAGTTGGCTGATGA	Sensory
progenitors	6
10_12_exp3_idx1GATTCTTGAA_idx2TATAACTTCC.GCGTCGTATCAAGTCGACC	Immature
neurons	8
10_12_exp3_idx1GATTCTTGAA_idx2TATAACTTCC.TAGCTCGGTCGTAATGCAG	Neural
progenitors	1
10_12_exp3_idx1GATTCTTGAA_idx2TCCGGTAATC.GGTACCATTCTTGGTAATG	Sensory
progenitors	6
10_12_exp3_idx1GATTCTTGAA_idx2TCCGGTAATC.GTTCGCTGTGCCAGGATCA	Neural
progenitors	1
10_12_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.GAACGGCTTTTGCTGGCAT	Neural
progenitors	1
10_12_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.CAGCATTGTGGCGAACTCG	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.TATTCGGCTTATCATGATC	Neural
progenitors	1
10_12_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.TTCGCATAATCGTAATGCAG	Neural
progenitors	1
10_12_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.AGTAGCCATCAAGTCGACC	Neural
progenitors	1
10_12_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.AATTCATCGTATTGAGATTG	Neural
progenitors	3
10_12_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.ACGCTTATATCATAGTTCGG	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.CGTACCTATGTATAATACG	Neural
progenitors	1
10_12_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.CTAGTACGTTTATCCGGAT	Neural
progenitors	3
10_12_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.GCGTACTTTGTATCATCGA	Neural
progenitors	3
10_12_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.GGCTAAGATTATCATGATC	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.TGCTAATTCTCGATGGCGCC	Neural
progenitors	1
10_12_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.ACGAGGTTTTATCATGATC	Neural
progenitors	1
10_12_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.ATTGAGGAATACGAAGTCAA	Neural
progenitors	1
10_12_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CCGTCTCATACGAAGTCAA	Sensory
progenitors	6
10_12_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.GGTACCATTCGTAATGCAG	Neural
progenitors	1
10_12_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.GGTAGTCCTCCTTACTCCT	Neural
progenitors	1
10_12_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TAACGACTTTGGCGAACTCG	Neural
progenitors	1
10_12_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TAGAGCCTTTTCATAGGAC	Neural
progenitors	1
10_12_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TGAACGCGTCATGCTGGTT	Sensory
progenitors	6
10_12_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TTGGCGACTTGGCCATGCA	Neural
progenitors	1
10_12_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.AACCTCATTTTTCTTAATAA	Neural
progenitors	1
10_12_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.ACCGTAGCTTATCATGATC	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.CCATTGCGTAGCTTATCCG	Neural
progenitors	0
10_12_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.GACTCGCTTAATCGATAAT	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.ACCTCAATATCTTGGTAATG	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.TCCTCGAGTTAGGCCATAG	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.CAATCGGTTGATCTTACGC	Neural
progenitors	0
10_12_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.CAATCGGTTCTTGGTAATG	Neural
progenitors	1
10_12_exp3_idx1GCATCGTATG_idx2TCGATATTGA.AACGATCATTTATCATGATC	Immature
neurons	2
10_12_exp3_idx1GCGCGTTCAT_idx2AACGGACCAA.GCATCCAGTTTCCAACCGC	Neural
progenitors	1
10_12_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.AAACTCCAATCATAGTTCGG	Neural
progenitors	1
10_12_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.ACTGGTTATTTCCAATCATC	Neural
progenitors	1
10_12_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.CGCTGCTTTCATAGTTCGG	Neural
progenitors	1
10_12_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.GACTACCATCGTAATGCAG	Neural
progenitors	1
10_12_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.GGTCTACGTTCAAGCCGAT	Neural
progenitors	1
10_12_exp3_idx1GCGCGTTCAT_idx2GATGATCGTA.AACTTGGATTTATCATGATC	Sensory
progenitors	6
10_12_exp3_idx1GCGCGTTCAT_idx2GATGATCGTA.CAATCGGTTCCGCGGCTCA	Sensory
progenitors	6
10_12_exp3_idx1GCGCGTTCAT_idx2TCGATATTGA.TCAGTTGGTTCGAGGAGTA	Neural
progenitors	1
10_12_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.AGCGTAAGTTTAACGTACC	Neural
progenitors	1
10_12_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.AACGCGTCTTATCATGATC	Neural
progenitors	1
10_12_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.TATGGTCTTTCCTTACTCCT	Neural
progenitors	1
10_12_exp3_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TTCGTTCCTTATGAGTTAA	Neural
progenitors	1
10_12_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.AAATTCCTCTCTTGCAGTAG	Neural
progenitors	1
10_12_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.ACGTTGCTTGGCAGACGCC	Immature
neurons	13
10_12_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.CCGTCGATTGGCCAGTCCG	Neural
progenitors	1
10_12_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.CTTCATGCTCCGCGGACCG	Sensory
progenitors	6
10_12_exp3_idx1GGTTATCGAA_idx2AACTACCGAC.ATGGCAGCTTTGATGCTAT	Neural
progenitors	1
10_12_exp3_idx1GGTTATCGAA_idx2GACCGTAGCA.CGTTGATCTCGGAAGATAT	Neural
progenitors	1
10_12_exp3_idx1GTAGCAGCTA_idx2ACGAGGACCT.AGTAGCCATCTGAACTGGT	Neural
progenitors	0
10_12_exp3_idx1GTAGCAGCTA_idx2CCAGGTCTAC.CCGACCAATAATGCTAGTC	Sensory
progenitors	6
10_12_exp3_idx1GTAGCAGCTA_idx2CCAGGTCTAC.CCGGATAGTCCGCGGCTCA	Sensory
progenitors	6
10_12_exp3_idx1GTAGCAGCTA_idx2CCAGGTCTAC.GGCGACTATTATCATGATC	Neural
progenitors	1
10_12_exp3_idx1GTAGCAGCTA_idx2CGAAGGACGA.TCCTATAAGTATTGAGATTG	Neural
progenitors	1
10_12_exp3_idx1GTAGCAGCTA_idx2GGTAGGTCTC.ACGATATCATTCAAGCCGAT	Neural
progenitors	0
10_12_exp3_idx1GTAGCAGCTA_idx2GGTAGGTCTC.CCGGAGTTTCTGATGGTCA	Immature
neurons	2
10_12_exp3_idx1GTAGCAGCTA_idx2GGTAGGTCTC.TGCGTAGTTCTGAACTGGT	Neural
progenitors	1
10_12_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.AACGTAATCTCTTGGTAATG	Neural
progenitors	1
10_12_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.AAGTACGTTTTGATAGAACG	Neural
progenitors	1
10_12_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.AGATTCAACTCGTAATGCAG	Neural
progenitors	1
10_12_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.CCGGATAGTTTGATATATT	Ventral
midline	9
10_12_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.CTCGCATGTTTATCCGGAT	Neural
progenitors	1
10_12_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.GGTTGGCATATTCGACCAA	Neural
progenitors	0
10_12_exp3_idx1GTAGGCTGCA_idx2CTCGTCTAGG.GCAACGTTTCAAGTCGACC	Neural
progenitors	1
10_12_exp3_idx1GTAGGCTGCA_idx2CTGCTTCGAC.ATTCGGAGTTCCTACCAGT	Neural
progenitors	1
10_12_exp3_idx1GTAGGCTGCA_idx2CTGCTTCGAC.CCTGCAGTTCGATGGCGCC	Neural
progenitors	1
10_12_exp3_idx1GTAGGCTGCA_idx2GGAACGATGG.AGAAGTAAGTACGTCATATA	Neural
progenitors	1
10_12_exp3_idx1GTAGGCTGCA_idx2GGAACGATGG.TTCTCTCGTTCAAGCCGAT	Neural
progenitors	1
10_12_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.ATCAGTCATTTTCCAACCGC	Immature
neurons	2
10_12_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.GACTCGCTTTTGATGCTAT	Immature
neurons	2
10_12_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.TGAATCTGATGTATAATACG	Neural
progenitors	0
10_12_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.ACCAATGCTCGTAATGCAG	Neural
progenitors	1
10_12_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.GCGTCGTATTAACGAATTG	Neural
progenitors	1
10_12_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.GTTGCTCCTATCGGCTATC	Neural
progenitors	1
10_12_exp3_idx1TAGGTAACTT_idx2CCTAGCGCCT.GATACGTCTACCGCAGAAT	Neural
progenitors	1
10_12_exp3_idx1TAGGTAACTT_idx2CTCCGGTTCT.ATGCTTCCTAGGTTAGCAT	Neural
progenitors	1
10_12_exp3_idx1TAGGTAACTT_idx2CTCCGGTTCT.CAACGCAGTAGGTTAGCAT	Ventral
midline	9
10_12_exp3_idx1TAGGTAACTT_idx2CTCCGGTTCT.CAGTATCCTCTAAGAGAAG	Neural
progenitors	1
10_12_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.AAGTTCTTGTTTCCAACCGC	Ventral
midline	9
10_12_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.CAGCATTGTGATACGGAAC	Immature
neurons	2
10_12_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.CATCAACGTCGGAAGATAT	Neural
progenitors	1
10_12_exp3_idx1TAGGTAACTT_idx2TCTAGAACTA.GCAATCGCTCGGCGTAACT	Neural
progenitors	1
10_12_exp3_idx1TAGGTAACTT_idx2TCTAGAACTA.TTGACTCAATAGGAGAGAAC	Immature
neurons	8
10_12_exp3_idx1TAGGTAACTT_idx2TGATACGAGT.ATCAGTCATTACTCAATAGG	Neural
progenitors	1
10_12_exp3_idx1TATAATAGTT_idx2GACCTCCGCC.ACTGGACCTTAACTCAATT	Neural
progenitors	1
10_12_exp3_idx1TATAATAGTT_idx2GGAACGATGG.CAGGACTCTCCGTTCGGAT	Immature
neurons	2
10_12_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.AGGCGGAATTATGAGTTAA	Immature
neurons	2
10_12_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.CTTCATGCTAAGAAGCTAG	Immature
neurons	2
10_12_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.TCGGTACCTGCCGCAACGA	Neural
progenitors	1
10_12_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.AACTGGCATCGTAATGCAG	Immature
neurons	2
10_12_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.ATCTGATGATCCGTCCAGTA	Neural
progenitors	1
10_12_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.ATAACTTCCTTAGCCGTCAT	Neural
progenitors	3
10_12_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.GTACCTCTTACTAGAGAGT	Sensory
progenitors	6
10_12_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.ACATTCGTATTATAGACGCA	Neural
progenitors	1
10_12_exp3_idx1TCCTCTGCCG_idx2TCATCTAATC.GTTGCTCCTTATGAGTTAA	Neural
progenitors	1
10_12_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.AAATCGTTCTACTCAATAGG	Immature
neurons	2
10_12_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.AAGCGCCATTAACTCAATT	Ventral
midline	9
10_12_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.ATCTTCAGATCGGAGATCCG	Neural
progenitors	0
10_12_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.GTCGGAGTTATCGGCTATC	Neural
progenitors	0
10_12_exp3_idx1TCTTGAGGTT_idx2ACTATCTTGA.GTAGCGATTAGGAGAGAAC	Neural
progenitors	3
10_12_exp3_idx1TCTTGAGGTT_idx2GTCATTGCGC.GACTGACGTTAATGAACGA	Neural
progenitors	1
10_12_exp3_idx1TGGACGACTA_idx2AACGGACCAA.ACGCCATATGATCTTACGC	Immature
neurons	2
10_12_exp3_idx1TGGACGACTA_idx2AACGGACCAA.GCTCTTAGTTGGTATTCAT	Neural
progenitors	1
10_12_exp3_idx1TGGACGACTA_idx2AACGGACCAA.GGCGCATTTGATACGGAAC	Neural
progenitors	1
10_12_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TGGTTGAATTTTGATATATT	Neural
progenitors	1
10_12_exp3_idx1TGGACGACTA_idx2AGCGTCAATG.ACCATGATTTACTCAATAGG	Neural
progenitors	1
10_12_exp3_idx1TGGACGACTA_idx2AGCGTCAATG.TGGTCTCCTTCGAGGAGTA	Sensory
progenitors	6
10_12_exp3_idx1TGGACGACTA_idx2CTCCGGTTCT.GAGCGGTATGACGACCTGC	Sensory
progenitors	14
10_12_exp3_idx1TGGACGACTA_idx2CTCGGTCAAT.CGAGATGCTGCGTTCAGCT	Neural
progenitors	1
10_12_exp3_idx1TGGACGACTA_idx2GACCTCTCTG.TACTCCTATTATCGGCTATC	Neural
progenitors	1
10_12_exp3_idx1TGGACGACTA_idx2GATGATCGTA.TCAGCGGTTCGTAATGCAG	Neural
progenitors	1
10_12_exp3_idx1TGGACGACTA_idx2TGAGGTAGAA.CATCGGACTGTATAATACG	Neural
progenitors	3
10_12_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.AACGCGTCTCTGATGGTCA	Neural
progenitors	1
10_12_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.TGCCTTGGTTAACTCAATT	Immature
neurons	2
10_12_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.AGAAGTAAGTGTATAATACG	Neural
progenitors	1
10_12_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.TGCTGGATTTAGGCAGATA	Neural
progenitors	1
10_12_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.AAGGATTACTCGTAATGCAG	Sensory
progenitors	6
10_12_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.ACGCTTGATCCTTACTCCT	Neural
progenitors	1
10_12_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.TTCTGGCCTGTATAATACG	Immature
neurons	8
10_12_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.AACTAGTTGTTATAGACGCA	Neural
progenitors	1
10_12_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.TGCTGGATTGGCATAGCTT	Neural
progenitors	1
10_12_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.CCGGATAGTTTCCAACCGC	Neural
progenitors	1
10_12_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.CGCCGTAATGTATAATACG	Neural
progenitors	1
10_12_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.CTTCGACTTCTGAACTGGT	Neural
progenitors	1
10_12_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.ACAATGCTATCGTAATGCAG	Neural
progenitors	1
10_12_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.ACCTCAATATACGAAGTCAA	Neural
progenitors	1
10_12_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.AGAACTCCTGGCCAGTCCG	Neural
progenitors	1
10_12_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.GGAGCTCATTTCTTAATAA	Neural
progenitors	1
10_12_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.GTTCGCTGTCATAGTTCGG	Neural
progenitors	0
10_12_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.GTTGCTCCTCGTAATGCAG	Neural
progenitors	1
10_12_exp3_idx1TTCCGTCGAC_idx2CCGTCGGAGG.CGTCTTCCTTTGATGCTAT	Neural
progenitors	1
10_12_exp3_idx1TTCGAATATT_idx2ACCGTTACGA.AAACTCCAATTGGCTGATGA	Sensory
progenitors	6
10_12_exp3_idx1TTCGAATATT_idx2ACCGTTACGA.CAGATCAGTACTAGAGAGT	Neural
progenitors	1
10_12_exp3_idx1TTCGAATATT_idx2ACCGTTACGA.CGCTAACCTCTTGGTAATG	Neural
progenitors	1
10_12_exp3_idx1TTCGAATATT_idx2ACTCTCTCAA.CCAATCCATGTATAATACG	Neural
progenitors	3
10_12_exp3_idx1TTCGAATATT_idx2CCTATAAGCT.CTCCGGTTTGGCGAACTCG	Immature
neurons	2
10_12_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.ACAATGCTATTTGAGTATCA	Neural
progenitors	1
10_12_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.CGGTTCCATGGCCAGTCCG	Neural
progenitors	1
10_12_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.CGTCGAAGTGTATAATACG	Neural
progenitors	1
10_12_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.AACTGGCATTCGAGGAGTA	Sensory
progenitors	6
10_12_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.GGTCCTTCTAGGAGAGAAC	Neural
progenitors	1
10_12_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.TAGATGACTTTCGAGGAGTA	Neural
progenitors	1
10_12_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.TCCGTATGTTTATTCTGAG	Ventral
midline	9
10_12_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.TCTCCGAATAGGAGAGAAC	Immature
neurons	2
10_12_exp3_idx1TTGCCGTAGG_idx2CAAGCTTGGC.ACGACGCATCTGATGGTCA	Sensory
progenitors	6
10_12_exp3_idx1TTGCCGTAGG_idx2CAAGCTTGGC.GCAATCGCTAGGTTAGCAT	Immature
neurons	2
10_12_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TAATACCAGTTGGTATTCAT	Sensory
progenitors	6
10_12_exp3_idx1TTGCCGTAGG_idx2CTCGGTCAAT.CGAGGCAATCTGATGGTCA	Neural
progenitors	1
10_12_exp3_idx1TTGCCGTAGG_idx2CTCGGTCAAT.TTCTAAGCTTGCCGTATGCT	Neural
progenitors	1
10_12_exp3_idx1TTGCCGTAGG_idx2CTCGTCTAGG.TGAATCTGATCTAAGAGAAG	Neural
progenitors	1
10_12_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.CGTCTTCCTTCGAGGAGTA	Neural
progenitors	1
10_12_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.GTCGGAGTTTCCAATCATC	Neural
progenitors	1
10_12_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.TCCTCGAGTTATCATGATC	Neural
progenitors	1
10_12_exp3_idx1TTGCCGTAGG_idx2GATTGCAGAC.CAAGGCGTTTTGATATATT	Immature
neurons	2
10_12_exp3_idx1TTGCCGTAGG_idx2TCCGTCGCCA.TAGAGCCTTTTGATATATT	Sensory
progenitors	6
10_12_exp3_idx1TTGCCGTAGG_idx2TGAGGTAGAA.TTCGCATAATACCGCAGAAT	Neural
progenitors	1
10_12_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.TCTCCGAATTTACGATGAA	Neural
progenitors	1
10_12_exp3_idx1TTGCGAGCAT_idx2CATTATTACC.AGGCTCGTTCTAAGAGAAG	Neural
progenitors	1
10_12_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.CATCAACGTTAACTCTTAG	Neural
progenitors	1
10_12_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.GTTGCTCCTCCTTACTCCT	Immature
neurons	2
10_12_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.TCAGCTTCTCATAGTTCGG	Neural
progenitors	1
10_12_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.TTCCGACGTCGGAAGATAT	Immature
neurons	7
10_12_exp3_idx1TTGGTAAGGA_idx2CCTAGCGCCT.AATTCATCGTCGGAAGATAT	Neural
progenitors	1
10_12_exp3_idx1TTGGTAAGGA_idx2CGAGCTGCCA.GCTCGAGATTATAGACGCA	Sensory
progenitors	6
10_12_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.TATCTCGATTTCAAGCCGAT	Immature
neurons	2
10_12_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.TTGCGGTCTTGGTATTCAT	Sensory
progenitors	6
10_12_exp3_idx1TTGGTAAGGA_idx2TCTAGAACTA.CCATCAGGTAACGGACCAA	Neural
progenitors	1
10_12_exp3_idx1TTGGTAAGGA_idx2TCTAGAACTA.CCGTCGATTTCGAGGAGTA	Neural
progenitors	0
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTTGCTCCTTTGGAATCTC	Immature
neurons	8
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGCCAACTCCAACTAACC	Immature
neurons	8
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ATTGCCGGTTCCAGAAGGT	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GAACGATGTCGAATAATTC	Immature
neurons	8
10_12_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.CTCCGGTTTTTAATTATTG	Immature
neurons	8
10_12_exp10_idx1AGGTCAGCTT_idx2GGCTAATTAA.TCTCGCTCTGGTACTGCCT	Neural
progenitors	3
10_12_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TCGTCTATTTTGGAACTAGA	Immature
neurons	8
10_12_exp3_idx1TGGACGACTA_idx2ACTTCCGAAT.TGGTCGAATTTCGCTTACG	Immature
neurons	8
10_12_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.TTCCATCTTTACGCAACTCC	Neural
progenitors	0
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.ACCGTAGCTAGTTCGAGTA	Immature
neurons	8
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TATTGAGGTTGAAGGTTGCC	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCGCCAACTTTAATTATTG	Sensory
progenitors	14
10_12_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.ACCGTAGCTATAGTCGTAG	Neural
progenitors	3
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTGGTTAAGTGTTCCGCTAA	Neural
progenitors	11
10_12_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TGGCCTGATGTACTAGTAA	Sensory
progenitors	6
10_12_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.AGGCATCATTTAATTATTG	Immature
neurons	2
10_12_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TTGAGTCCTCGAATAATTC	Immature
neurons	2
10_12_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.AGTTGCGCTATGCAATATG	Neural
progenitors	0
10_12_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TTCTCTCGTTTAATTATTG	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TGGTCGAATGCGCGGTAGT	Neural
progenitors	11
10_12_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TGAGTTAGATTTGGAATCTC	Neural
progenitors	11
10_12_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TATATGCGTTCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGATAGGTTAAGTCTTCCG	Neural
progenitors	0
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TGTTAAGACTTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TATAAGGCTTTTCCATGGCA	Neural
progenitors	0
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TATGACTTGTAAGTCTTCCG	Immature
neurons	8
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TGAGTTAGATACTTAACTAG	Mature
neurons	10
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCAACGTTTATAGACTAGG	Ventral
midline	9
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACCTTCGGTAATACTCTTC	Neural
progenitors	11
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACGAGGTTTCAGATTCGAT	Immature
neurons	12
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCATCCAGTGCGCGGTAGT	Neural
progenitors	3
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCCATGGTTGCGCGGTAGT	Neural
progenitors	0
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCAGGAGATGCTAACCTCA	Ventral
midline	9
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGATCTTCTTTTACGTATAC	Immature
neurons	8
10_12_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCCAATAGTTGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GTTCCAGCTTTACGTATAC	Immature
neurons	12
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TAGGTACTATTGCGCCATCT	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCCGGTCATATAGACTAGG	Immature
neurons	13
10_12_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.ATGCCAAGTAAGTAGTCAG	Ventral
midline	9
10_12_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GTTCGCTGTCCGTTGACTT	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AAGCGCCATTGCGCCAGAA	Neural
progenitors	16
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GATTACGGTAAGTCTTCCG	Neural
progenitors	16
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGACTTGATTTAATTATTG	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CGACGATATAGACTCAAGC	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACTCGCTTGCAGGCGACG	Immature
neurons	12
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCAACGTTTCTGCTTCGAC	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATGCGATTTGCCAGGATCA	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGCTACTAATTGCGCCATCT	Immature
neurons	8
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.AAGATGCCTATAGTCGTAG	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.ACCTTCGGTAAGTCTTCCG	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTCCAGAGTGCAGACCGGT	Immature
neurons	7
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACCGTCATGCGCGGTAGT	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCAGTTGGTGCCAACGCCA	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GAACGATGTTCTACCATTA	Immature
neurons	13
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGGACCTCTGTACTAGTAA	Immature
neurons	2
10_12_exp1_idx1TATAATAGTT_idx2TATAACTTCC.GACCGTCATATAGACTAGG	Immature
neurons	13
10_12_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.GACGTTCGTGTTCCGCTAA	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GACTACCATTTAATTATTG	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTAATGAGCTGTACTAGTAA	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CCGGAGTTTAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCGTCTATTTCAGATTCGAT	Ventral
midline	9
10_12_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TAGAGCCTTAGTTCGAGTA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GTCCTGCATTTGGATCCTT	Immature
neurons	2
10_12_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.TATAAGGCTTGCTAACCTCA	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TTGCGGTCTCAGGTATGGA	Neural
progenitors	11
10_12_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TCCAAGTTATATAGACTAGG	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCGCTCAATTGCGCCATCT	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CCGTCTCATTTCGCTTACG	Immature
neurons	13
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCTACTTACTTGGTATTCAT	Immature
neurons	2
10_12_exp10_idx1AATACGATAA_idx2ACGTTCAACC.TCTTAGTTCTGGCTATGACT	Neural
progenitors	0
10_12_exp10_idx1AATACGATAA_idx2TTCTACGCCA.GGAGCTCATTTAGATTCCG	Immature
neurons	2
10_12_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.GGTCTACGTGTCATTGCGC	Immature
neurons	2
10_12_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TATGGTCTTTGGAGGATAGC	Neural
progenitors	0
10_12_exp10_idx1AGGTCAGCTT_idx2ATAGGATATG.TTGATTCCTTTTAGATTCCG	Neural
progenitors	0
10_12_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.GACGTTCGTTGGAACTAGA	Immature
neurons	2
10_12_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.CAGTATCCTAGAGCCAAGG	Immature
neurons	2
10_12_exp10_idx1ATAAGGACTC_idx2ACTATCCGCA.GAGACTAGTAAGCCAGTTA	Neural
progenitors	11
10_12_exp10_idx1ATGGCGCCTG_idx2CCAAGCTGAA.TCGAGAAGTAGAGCCAAGG	Neural
progenitors	3
10_12_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TTCGTTCCTACGGAGGCGG	Neural
progenitors	11
10_12_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.GAGTTCTCTGGATGCAGCA	Neural
progenitors	11
10_12_exp10_idx1GCATCGTATG_idx2CGATCATTAC.TCGAAGGATGGCTATGACT	Neural
progenitors	3
10_12_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TTATCCGCTAACTGATCTT	Neural
progenitors	0
10_12_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.GCAGATACTACGCGAGATT	Neural
progenitors	0
10_12_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TTGGCTCATTTAGATTCCG	Neural
progenitors	0
10_12_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.GCAATCGCTTTGAGTATCA	Immature
neurons	13
10_12_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TCCTATAAGTCGATCATTAC	Neural
progenitors	0
10_12_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TGACGAGGTTGATACGAGT	Neural
progenitors	0
10_12_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.GTAGACGGTATGCAATATG	Neural
progenitors	11
10_12_exp10_idx1TAGTAAGCCG_idx2GAACTGCATC.ACCATGATTTCGCCGCCTCC	Neural
progenitors	11
10_12_exp10_idx1TATTAGACTT_idx2CATTATTACC.AGAGTACCTGGTCCAGGAG	Immature
neurons	2
10_12_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TATTGAGGTTTTAGATTCCG	Neural
progenitors	0
10_12_exp10_idx1TGGACGACTA_idx2TGATACGAGT.TCAGGAGATGGCTCTCTAT	Neural
progenitors	11
10_12_exp10_idx1TTGCCGTAGG_idx2GATGATCGTA.TATTCTCCTTGGATGCAGCA	Neural
progenitors	11
10_12_exp10_idx1TTGCCGTAGG_idx2GCTCTAACGA.GGCTTACTTTTGAGTATCA	Immature
neurons	2
10_12_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.ACGTCTAGTATTGAGATTG	Immature
neurons	2
10_12_exp3_idx1CCTCAGCTCC_idx2CGGCGAGACC.ACAACCTATTTTCCAACCGC	Immature
neurons	2
10_12_exp3_idx1GAGCGCGATG_idx2AAGCCGGCTG.ACATTCGTATGAAGGTTGCC	Immature
neurons	2
10_12_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.TGCTCCTATGATCTTACGC	Immature
neurons	2
10_12_exp3_idx1GAGCGCGATG_idx2GGAACGATGG.CCATCGTCTGTATAATACG	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.CAGATCAGTACCGCAGAAT	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.GGCGTTAATCCGATTCCTG	Neural
progenitors	16
10_12_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TTCTCTAGTTCCTTACTCCT	Immature
neurons	8
10_12_exp3_idx1GGTTATCGAA_idx2AACTACCGAC.AGAGGTCGTTTATCCGGAT	Neural
progenitors	15
10_12_exp3_idx1GTAGCAGCTA_idx2CGAAGGACGA.TGCCTTGGTGATACGGAAC	Immature
neurons	2
10_12_exp3_idx1TAGGTAACTT_idx2ACTCTCTCAA.AGGCATCATTATCATGATC	Immature
neurons	2
10_12_exp3_idx1TATAATAGTT_idx2CTCGTCTAGG.ACCGTAGCTACTCAATAGG	Sensory
progenitors	6
10_12_exp3_idx1TCTTGAGGTT_idx2GTCATTGCGC.AGCAACGATTTGCTGGCAT	Immature
neurons	8
10_12_exp3_idx1TGGACGACTA_idx2CTCGGTCAAT.CGAAGACCTAGCTTATCCG	Neural
progenitors	1
10_12_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.ATAAGCGAATAGAGCCAAGG	Immature
neurons	13
10_12_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGATAGGTTAACTACCGAC	Ventral
midline	9
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GAACGGCTTTGCATATAAC	Immature
neurons	7
10_12_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.ACGTCTAGTCGATGGCGCC	Immature
neurons	2
10_12_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.CTCCTCGTTCGGAGATCCG	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCCTATTCTTAAGTAGTCAG	Immature
neurons	7
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ACCTTCGGTACTTAACTAG	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TAGAGCCTTTGCGCCATCT	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTATAGGCATGCCAACGCCA	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CTTCATGCTAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TAGCTCGGTTTCTTATCGA	Immature
neurons	12
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACGCCATATGTTCCGCTAA	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCAATCGCTAAGTAGTCAG	Ventral
midline	9
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ATGCCAAGTTATGCCGAGT	Immature
neurons	7
10_12_exp1_idx1TATAATAGTT_idx2TATAACTTCC.GACCGAATTTATGCCGAGT	Mature
neurons	10
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CGCCGTAATCAGGTATGGA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.AGCAACGATTTGGATCCTT	Immature
neurons	12
10_12_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.CTAGTACGTCCAACTAACC	Immature
neurons	12
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCTGGCTATTTCTTATCGA	Immature
neurons	12
10_12_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TTGACTCAATGCTAACTTGC	Neural
progenitors	0
10_12_exp10_idx1AATACGATAA_idx2GCTCTAACGA.GCAATCGCTGGAGGATAGC	Immature
neurons	2
10_12_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.GTAAGCTCTCAAGATTAAG	Immature
neurons	13
10_12_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TAGGTACTATAACTGATCTT	Immature
neurons	2
10_12_exp10_idx1TATTAGACTT_idx2CATTATTACC.ACGTTGCTTTGGAACTAGA	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.ATATCCTACTCTCTGCGGCA	Immature
neurons	2
10_12_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.ACCTTCGGTACTATAGGTT	Immature
neurons	12
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TTCTGGCCTCGGTAGGAAT	Neural
progenitors	0
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATCCAGGTCAGGTATGGA	Neural
progenitors	0
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TAGCCAATTTGCTAACCTCA	Neural
progenitors	0
10_12_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.CGACGATATCCGCGGACCG	Neural
progenitors	0
10_12_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.GATCGACCTGCCGCAACGA	Neural
progenitors	0
10_12_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.GGAGCTCATTCGCTAAGCA	Neural
progenitors	0
10_12_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TTGGCAATATCGCCGCCTCC	Neural
progenitors	11
10_12_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TAGCCAATTTACTATGCAAT	Neural
progenitors	0
10_12_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGACCAGTCGGTTATGCC	Neural
progenitors	0
10_12_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.TCGAGAAGTGGCTATGACT	Neural
progenitors	16
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.ATGGCGTATGTTCCGCTAA	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TTCCATTACTCCGTTGACTT	Neural
progenitors	0
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATGGTCTTTAAGTCTTCCG	Neural
progenitors	0
10_12_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.CATCGGACTATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.GACCGTCATTACGGCTACG	Ventral
midline	9
10_12_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TTCTCTCGTGTACTAGTAA	Neural
progenitors	3
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTGGCGACTCGAATAATTC	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.GGCAAGTCTACGCCGTTCA	Ventral
midline	9
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCGCGCATTTGAGGTAGAA	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.AAGATGCCTGTACTAGTAA	Sensory
progenitors	6
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CAATCGGTTCCGTCCAGTA	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCATCCAGTTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTCCGACGTGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTTGCTTAGTCGAATAATTC	Immature
neurons	2
10_12_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TCTCGCTCTGTTCCGCTAA	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTAAGCTCTAAGACGGCCA	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTCTACTGTTTCGCTTACG	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGAGTTAGATCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CGTCGAAGTTGCGCCAGAA	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTCCGGTTTAGGCCGCTCG	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCGTATGTATAGACTAGG	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TTGGCAATATTTGGACGCTG	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TAGCTCGGTACGCCGTTCA	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATTGAGGTTTTCGCTTACG	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GACCGTCATGCCAACGCCA	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TGGTCTCCTTCGATATTGA	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTAAGGAGTTTAATTATTG	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGAGAATCATTGCGCCATCT	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GTTCCAGCTAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TAGAGAGTATTACGGCTACG	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATCATGAGTCCGTTGACTT	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCAGGAGATCTTCGGCGCA	Neural
progenitors	11
10_12_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TATTGACTCTCCGTCCAGTA	Neural
progenitors	1
10_12_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TATGCGATTTTGAGGTAGAA	Neural
progenitors	0
10_12_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.GTCATCTGTACGCCGTTCA	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TATTCGGCTTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.TTCAACTGATCATGCTGGTT	Neural
progenitors	0
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ATGCCAAGTTCTACCATTA	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCCATTACTGTTCCGCTAA	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GGTTGGCATTTCGCTTACG	Neural
progenitors	0
10_12_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GTTGCTCCTGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TGAACGCGTGCGACGCCTT	Neural
progenitors	3
10_12_exp10_idx1AGACCATATC_idx2GATCAGTCAT.AAACTCCAATTTGAGTATCA	Immature
neurons	2
10_12_exp10_idx1AGTCCGCTGC_idx2GAACTGCATC.GAACGGCTTGCAAGGAATA	Neural
progenitors	3
10_12_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.CAAGCAACTTTAGATTCCG	Immature
neurons	2
10_12_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.TTTGCTTAGTGGAGGATAGC	Immature
neurons	2
10_12_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TAGCCAATTTGATGATCGTA	Neural
progenitors	3
10_12_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TAAGAATGGTTCAACGTAAG	Immature
neurons	2
10_12_exp10_idx1TAGGTAACTT_idx2ACTTCCGAAT.TTCTCATTGTGCCGCAACGA	Neural
progenitors	0
10_12_exp10_idx1TAGGTAACTT_idx2TGATACGAGT.TCTACTTACTGTCATTGCGC	Neural
progenitors	16
10_12_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.TTATCCGCTTTGAGTATCA	Sensory
progenitors	6
10_12_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.TCGTCTATTTCGATCATTAC	Immature
neurons	2
10_12_exp10_idx1TATTAGACTT_idx2TCATCTAATC.GTAGACGGTGCAGGTCCGT	Neural
progenitors	3
10_12_exp2_idx1GTAGCAGCTA_idx2ACGAGGACCT.TGAATCTGATGAGCATATGG	Sensory
progenitors	6
10_12_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.CTCTACTGTTCAAGCCGAT	Immature
neurons	2
10_12_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.AAGGATTACTTATCATGATC	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.GCGCTCAATCGATCATTAC	Immature
neurons	2
10_12_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.TCGCGCATTACGAAGTCAA	Sensory
progenitors	6
10_12_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.TGTCCTTATTAATGCCGCTT	Immature
neurons	2
10_12_exp3_idx1TAGGTAACTT_idx2TCTAGAACTA.GTCTATGGTCGATGGCGCC	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.ACCAATGCTATCAACGATT	Neural
progenitors	0
10_12_exp10_idx1AGACCATATC_idx2GGAACGATGG.CTTCATGCTTCGTAGAGAA	Neural
progenitors	11
10_12_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.TTGATTCCTTTTGAGTATCA	Neural
progenitors	16
10_12_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TCGTCTATTTACGCGAGATT	Neural
progenitors	0
10_12_exp10_idx1TATTAGACTT_idx2TGATAGAACG.AAACTCCAATCTGCTTCGAC	Neural
progenitors	0
10_12_exp3_idx1ACGGCGTTAA_idx2AATTGCCTAC.TTGATTCCTTCATCCGACTA	Immature
neurons	7
10_12_exp3_idx1AGACCATATC_idx2GATCAGTCAT.TTGGAGTTATGATCTTACGC	Germline	19
10_12_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GCTGAAGCTATAGACTAGG	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.TCCTATAAGTAGGAGAGAAC	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CCGTCTCATATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GGTTGGCATAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.AGGCATCATTTCTTATCGA	Immature
neurons	8
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCCATGGTTACGCCGTTCA	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.ACCTTCGGTCCAACTAACC	Immature
neurons	7
10_12_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.CCTCCTGATGCGACGCCTT	Immature
neurons	8
10_12_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTCATCTGTGCTCTCGCCT	Neural
progenitors	0
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGAACGCGTTTGGAATCTC	Immature
neurons	2
10_12_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TAGCCAATTTTAGGCAGATA	Immature
neurons	8
10_12_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GAACGGCTTTTGGATCCTT	Immature
neurons	8
10_12_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.CTCTACTGTGCAGACCGGT	Immature
neurons	12
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAACGGCTTAATACTCTTC	Neural
progenitors	11
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGCGACTATATAGACTAGG	Immature
neurons	8
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTTCCAGCTTTAATTATTG	Immature
neurons	8
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACGCCATATCAGGTATGGA	Immature
neurons	2
10_12_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TGAACGCGTTTACGTATAC	Immature
neurons	8
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GAGCGGTATACTTAACTAG	Immature
neurons	13
10_12_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GGATAGGTTTTCCATGGCA	Immature
neurons	12
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTGCTGAATGCAGGCGACG	Immature
neurons	8
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATTGAGGTTTTACGTATAC	Immature
neurons	8
10_12_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.TCTCGCTCTTTCTTATCGA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GAACGGCTTCAGATTCGAT	Neural
progenitors	0
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ACCGTAGCTCAGATTCGAT	Neural
progenitors	11
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TAACTAAGGTTGGTATTCAT	Neural
progenitors	0
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TATATGCGTTCGGTCGTTAA	Neural
progenitors	3
10_12_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.TATCGAACTTGACCTCTCTG	Neural
progenitors	0
10_12_exp10_idx1AGTCCGCTGC_idx2GAACTGCATC.GTATCGCATTTAGATTCCG	Immature
neurons	2
10_12_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TCCAAGTTATGCAAGGAATA	Immature
neurons	8
10_12_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TCTCGCTCTGCAAGGAATA	Immature
neurons	2
10_12_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TATGGTCTTTCGATCATTAC	Immature
neurons	8
10_12_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TTCCATCTTTCGATCATTAC	Immature
neurons	8
10_12_exp3_idx1ACGGCGTTAA_idx2AATTGCCTAC.ATAATCCTGTGAGCATATGG	Immature
neurons	8
10_12_exp3_idx1ACGGCGTTAA_idx2AGGATTACCA.TAGCTCGGTAATGCCGCTT	Immature
neurons	2
10_12_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.TAACGACTTTACTATAGGTT	Immature
neurons	2
10_12_exp3_idx1ATAAGGACTC_idx2CGAGTTAGAG.ACTTCCGTTAATGGTCGAC	Immature
neurons	8
10_12_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.ATCAATACGTCCGCGGCTCA	Immature
neurons	2
10_12_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.CTGATAGGTAATGCTAGTC	Immature
neurons	2
10_12_exp3_idx1TGGACGACTA_idx2GACCTCTCTG.TCAGTTGGTTAGGCAGATA	Neural
progenitors	11
10_12_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.TCCTAACTTTGTATAATACG	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TGAGAATCATAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TATCCAGGTCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCATGGCTTCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCGCGCATTTTCGCTTACG	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TCTACTTACTTTCGCTTACG	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GCAGATACTTGCATATAAC	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CCATTGCGTGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCCGTATGTTCTACCATTA	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGTTAAGACTGCGCGGTAGT	Neural
progenitors	0
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTGGAAGATGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTAATGAGCTTACGGCTACG	Sensory
progenitors	6
10_12_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.ACGAGGTTTTTGATATATT	Neural
progenitors	3
10_12_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GTAGCGATTTGCATATAAC	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TTGCGGTCTTGCGCCATCT	Immature
neurons	2
10_12_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TAGTTACCTTGTACTAGTAA	Immature
neurons	2
10_12_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GTTCGCTGTTGGTATTCAT	Neural
progenitors	3
10_12_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.TCGTCTATTTTTAATTATTG	Neural
progenitors	3
10_12_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.GTCGGCAATTCTACCATTA	Neural
progenitors	3
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGCTAATTCTCTTCGGCGCA	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGGTCTCCTAGACTCAAGC	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ACCTTCGGTCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.ATGGCAGCTGCGACGCCTT	Neural
progenitors	3
10_12_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CTCCTCGTTCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCATTAAGCTTACGGCTACG	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TATCATGAGTTTGGACGCTG	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TATGCGATTTCAGGTATGGA	Neural
progenitors	3
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTCGGAGTTAAGTCTTCCG	Sensory
progenitors	6
10_12_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GTTCCAGCTAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.ATTGCCGGTTCTACCATTA	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACCGTAGCTTTGGACGCTG	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGTCCTTCTTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TACGGTAGTTCTACCATTA	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CTATCTCCTTACGGCTACG	Neural
progenitors	3
10_12_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.CGCCGTAATGTTCCGCTAA	Neural
progenitors	1
10_12_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TATGGTCTTTAGACTCAAGC	Germline	19
10_12_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TGGTAGGCTGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.ACCTTCGGTGCGCGGTAGT	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TGAACGCGTTTGGACGCTG	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCGTCTATTTTTCTTATCGA	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GATCGACCTTTAGATTCCG	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGAGTTAGATTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCGGATAGTCGAATAATTC	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCATGGCTTTTGGACGCTG	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CAGAAGGCTAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCAGCGGTTCAGGTATGGA	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGGCTCATCCGTTGACTT	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGCTCGGTAAGTCTTCCG	Immature
neurons	12
10_12_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CTAGTACGTCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GTTCGCTGTTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCTATACCTTCAGATTCGAT	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CTGCTGAATGAAGGTTGCC	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTTGCTCCTCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TATTGACTCTGTTCCGCTAA	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACGAGGTTTATAGACTAGG	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCGTCGTATGCAGACCGGT	Immature
neurons	7
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCTGAAGCTGGAGCGGCCG	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TACTCCTATTACGCCGTTCA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CGACGATATCAGGTATGGA	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCGTCGTATGCCAACGCCA	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGTAGTCCTGCGACGCCTT	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCTATACCTTACGCCGTTCA	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GTTCGCTGTTGCGCCAGAA	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AAGCGCCATAACTACCGAC	Immature
neurons	8
10_12_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TACGGTAGTATAGACTAGG	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GACCGAATTGCCAACGCCA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TTCGCATAATTGCGCCATCT	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGCGCATTTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGGCCTGATCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.ATTGCCGGTCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTTGCTCCTGCTAACCTCA	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCGCGCATTATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGCGTAGTTTACGGCTACG	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGGCAATATCCTTACTCCT	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GGTCTACGTTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GTTCCAGCTAATGCTAGTC	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TGGATCCGTTGCGCCAGAA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CAATCGGTTATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TATCATGAGTTTAATTATTG	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TGGCCTGATCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TTCTCTCGTTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GGAGCTCATTACGGCTACG	Immature
neurons	2
10_12_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.TACGGTAGTTTGGACGCTG	Neural
progenitors	3
10_12_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.TCGGTACCTCTCTGATCAG	Neural
progenitors	1
10_12_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.GGATAGGTTTGCATATAAC	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TCCAAGTTATATAGACTAGG	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TTCGCGGATCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GTCATCTGTTTGGACGCTG	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TTAATGAGCTCAGGTATGGA	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ACGAGGTTTAAGTCTTCCG	Neural
progenitors	0
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ACGCCATATGTTCCGCTAA	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ACGCCATATTGGCTGATGA	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CGCCGTAATTTAATTATTG	Neural
progenitors	0
10_12_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.CAACGCAGTCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GTTCCAGCTTCTACCATTA	Ventral
midline	9
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TACGGTAGTAAGTCTTCCG	Sensory
progenitors	6
10_12_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.ACCATGATTTTGGAACTAGA	Immature
neurons	2
10_12_exp10_idx1AATACGATAA_idx2TGATACGAGT.TATATGCGTTAGTAAGCATA	Neural
progenitors	1
10_12_exp10_idx1ACGGCGTTAA_idx2GACCTCTCTG.TGGATTCTATAGAGCCAAGG	Neural
progenitors	16
10_12_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TCAGCTTCTGTCATTGCGC	Neural
progenitors	3
10_12_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.TTGACCAGTTTGAGTATCA	Neural
progenitors	0
10_12_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TATTGAGGTTTTAGATTCCG	Neural
progenitors	3
10_12_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.CTGAGCATTGCTCTCGCCT	Neural
progenitors	0
10_12_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TAACGACTTTGCCGCAACGA	Immature
neurons	2
10_12_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.CGTACCTATAACTGATCTT	Neural
progenitors	3
10_12_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.GGTTCGAGTCGATCATTAC	Immature
neurons	2
10_12_exp10_idx1TATTAGACTT_idx2GTCATTGCGC.GCTGGCTATGTCATTGCGC	Neural
progenitors	3
10_12_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.TATTGAGGTTGTCATTGCGC	Neural
progenitors	3
10_12_exp10_idx1TCCTCTGCCG_idx2CGAGTTAGAG.GGTTCGAGTGAACTGCATC	Neural
progenitors	11
10_12_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TGAATCTGATGGTACTGCCT	Neural
progenitors	3
10_12_exp10_idx1TGGACGACTA_idx2TCGATATTGA.AGTATTAGCTTGGAACTAGA	Neural
progenitors	3
10_12_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.TGTCCTTATTAACTGATCTT	Neural
progenitors	3
10_12_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.CCTCCTGATTTCCAACCGC	Neural
progenitors	3
10_12_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.TAATCAGCTTGACGACCTGC	Neural
progenitors	3
10_12_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.CCTGCAGTTACGAAGTCAA	Neural
progenitors	1
10_12_exp3_idx1AGGTCAGCTT_idx2CGACTACCAA.AATTCATCGTAATGCTAGTC	Ventral
midline	9
10_12_exp3_idx1AGTCCGCTGC_idx2GTTGACGGCC.CTGGAAGATAATGCTAGTC	Neural
progenitors	3
10_12_exp3_idx1ATAAGGACTC_idx2TTGGTCATAA.GCGGTATATACGAAGTCAA	Immature
neurons	2
10_12_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.CCGGAGTTTTAACTCAATT	Neural
progenitors	3
10_12_exp3_idx1ATTATGCAAG_idx2CCAAGCTGAA.TAGCCAATTTGTCCAACTCA	Neural
progenitors	3
10_12_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.ACGAGGTTTTTGCGAGGCA	Immature
neurons	2
10_12_exp3_idx1GATTCTTGAA_idx2GTCGCTCAGT.GCTCTTAGTCGGAAGATAT	Neural
progenitors	3
10_12_exp3_idx1GCGCGTTCAT_idx2AACGGACCAA.ATTAGGTACTCCTTACTCCT	Neural
progenitors	3
10_12_exp3_idx1GCGCGTTCAT_idx2AACGGACCAA.ATTAGTCTGTATTGAGATTG	Neural
progenitors	3
10_12_exp3_idx1GCGCGTTCAT_idx2GCAACTGGCA.CGACGATATTCCAATCATC	Immature
neurons	2
10_12_exp3_idx1GGCTTACTCC_idx2CGATCATTAC.TATTCTCCTTCTTGGTAATG	Immature
neurons	2
10_12_exp3_idx1GTAGCAGCTA_idx2GGTAGGTCTC.AGCTATCGTCAAGCTTCAT	Immature
neurons	2
10_12_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.CAAGCAACTTTGATATATT	Immature
neurons	2
10_12_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.CGAGATGCTTCCGTCGCCA	Neural
progenitors	1
10_12_exp3_idx1TTCCGTCGAC_idx2ACCGTTACGA.TATGGTCTTTTGGCCGGCCT	Sensory
progenitors	6
10_12_exp3_idx1TTCGAATATT_idx2TCTAGAACTA.ATGGACTATTCAAGTCGACC	Neural
progenitors	3
10_12_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.GTCGGAGTTAGGAGAGAAC	Neural
progenitors	1
10_12_exp3_idx1TTGCCGTAGG_idx2CAAGCTTGGC.AATCCAGTATAATGCTAGTC	Immature
neurons	2
10_12_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.GGTCAGTTTTCCAATCATC	Neural
progenitors	3
10_12_exp3_idx1TTGCGAGCAT_idx2CATTATTACC.CTACCTGGTTTCAATATAA	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GGTTCGAGTGTACTAGTAA	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGGCCTGATGCCAGGATCA	Immature
neurons	7
10_12_exp10_idx1AATACGATAA_idx2TGATACGAGT.TGCTACTAATTGATACGAGT	Neural
progenitors	0
10_12_exp3_idx1GTAGCAGCTA_idx2GGTAGGTCTC.TCAGTTGGTCATCCGACTA	Neural
progenitors	16
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CTTAGCGGTGCCAACGCCA	Neural
progenitors	0
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ATGGCGTATGCGACGCCTT	Neural
progenitors	16
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ATTGCCGGTTACGGCTACG	Neural
progenitors	16
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTAGACGGTGCGCGGTAGT	Neural
progenitors	16
10_12_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TGAACGCGTCAGGTATGGA	Neural
progenitors	16
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACTACCATCAGGTATGGA	Neural
progenitors	11
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCCATTACTTACGGCTACG	Neural
progenitors	16
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CGAGATGCTTTACGTATAC	Neural
progenitors	16
10_12_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TTCGCGGATGTACTAGTAA	Neural
progenitors	0
10_12_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TGACGAGGTTACGGCTACG	Neural
progenitors	16
10_12_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.GCAATCGCTGCCAACGCCA	Neural
progenitors	16
10_12_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GTTCGCTGTGTTCCGCTAA	Neural
progenitors	0
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGGACCTCTGTACTAGTAA	Neural
progenitors	16
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTCGGCAATTCTACCATTA	Neural
progenitors	16
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGGAGTTATCGAATAATTC	Neural
progenitors	11
10_12_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGGACCTCTAGTTCGAGTA	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GAGACTAGTTTCGCTTACG	Neural
progenitors	11
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTATAGGCATCAGGTATGGA	Neural
progenitors	16
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TATATGCGTTTTGGACGCTG	Neural
progenitors	11
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GATCGACCTACCAGCGCAG	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCAGATACTCAGATTCGAT	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAGAGCCTTGTACTAGTAA	Neural
progenitors	16
10_12_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TATTCGGCTTTCGCTTACG	Neural
progenitors	16
10_12_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TGCTACTAATTGCATATAAC	Neural
progenitors	16
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCTAGGAATTACGCCGTTCA	Neural
progenitors	16
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGCTCCTATGTTCCGCTAA	Neural
progenitors	16
10_12_exp1_idx1TGGACGACTA_idx2TGATACGAGT.ACCTTCGGTTTCGCTTACG	Neural
progenitors	0
10_12_exp10_idx1AGTCCGCTGC_idx2TGGCGTAGGT.TAAGGTTCATGGCTATGACT	Neural
progenitors	11
10_12_exp10_idx1AGTCCGCTGC_idx2TGGCGTAGGT.TGAGTTAGATTTGAGTATCA	Neural
progenitors	0
10_12_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.TATTGACTCTGCAAGGAATA	Neural
progenitors	16
10_12_exp10_idx1GCGCGTTCAT_idx2ACCGTTACGA.TAGGAAGGTAACTGATCTT	Neural
progenitors	0
10_12_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GCAGATACTGGAGGATAGC	Neural
progenitors	16
10_12_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TATCATGAGTTCAACGTAAG	Neural
progenitors	16
10_12_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TCATGGCTTCTGCTTCGAC	Neural
progenitors	11
10_12_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.TGGTAATAGTTTAGATTCCG	Neural
progenitors	16
10_12_exp10_idx1TATTAGACTT_idx2CATTATTACC.TCAGCTTCTGCAGGTCCGT	Neural
progenitors	0
10_12_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TTGGCAATATACGCGAGATT	Neural
progenitors	16
10_12_exp10_idx1TCCTCTGCCG_idx2TCATCTAATC.TATGGTCTTTAGAGCCAAGG	Neural
progenitors	0
10_12_exp10_idx1TCCTCTGCCG_idx2TGGACTTGAC.AGAGTACCTAGAGCCAAGG	Neural
progenitors	16
10_12_exp10_idx1TCTTGAGGTT_idx2TGGCCGCAAT.TGATGCGATTGGAACTAGA	Neural
progenitors	16
10_12_exp10_idx1TGGACGACTA_idx2ACTCTCTCAA.TATGACTTGTCGATCATTAC	Neural
progenitors	16
10_12_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.GGAGCTCATGCAAGGAATA	Neural
progenitors	16
10_12_exp3_idx1ATAAGGACTC_idx2CGAGTTAGAG.TCTCTCCATTGGCTGATGA	Neural
progenitors	1
10_12_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.AAATCGTTCTGGCGAACTCG	Neural
progenitors	3
10_12_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.TGAACGCGTACTCAATAGG	Neural
progenitors	11
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCTCCGAATGCGCGGTAGT	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTTAGCGGTTTAATTATTG	Immature
neurons	8
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGCAAGTCTCAGGTATGGA	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTTCCAGCTCGAATAATTC	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TAGAGAGTATGACCTCTCTG	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGCGCATTTGTTCCGCTAA	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGGAGTTATCCGTCCAGTA	Neural
progenitors	3
10_12_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.GGCGCATTTGTACTAGTAA	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GACTTGGCTAGGCCGCTCG	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GTAGCGATTTGCATATAAC	Neural
progenitors	3
10_12_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GCTTCTGGTTGCATATAAC	Neural
progenitors	0
10_12_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TTAATGAGCTGCCAACGCCA	Neural
progenitors	3
10_12_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.GACTACCATAAGTCTTCCG	Sensory
progenitors	6
10_12_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TGCCTATTATACGCCGTTCA	Sensory
progenitors	6
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCCTACCTTACGCCGTTCA	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGAACGCGTAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGACGAGGTTGCGCCAGAA	Neural
progenitors	16
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTTAGCGGTGCGCGGTAGT	Neural
progenitors	3
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GACCGTCATTGGCTGATGA	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTATAGGCATTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TAGGTACTATTTACGTATAC	Neural
progenitors	3
10_12_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GGTACGGATGTTCCGCTAA	Neural
progenitors	0
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGAGGTTCTTTGGATCCTT	Neural
progenitors	3
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCGCGCATTTTCCATGGCA	Sensory
progenitors	6
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.AGGCATCATGCCAACGCCA	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.CCATTGCGTCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.GGTCCTTCTATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TTCAACTGATGTACTAGTAA	Neural
progenitors	0
10_12_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GACCAGGATAGACTCAAGC	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GCTCGAGATAGTTCGAGTA	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TCGTTCTGTCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GCCATGGTTAGTTCGAGTA	Immature
neurons	8
10_12_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TGAACGCGTGCGCGGTAGT	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.AGGCATCATCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTGGAAGATGCCAACGCCA	Sensory
progenitors	6
10_12_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GCTTCTGGTATAGACTAGG	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CCAGAACCTTACGGCTACG	Neural
progenitors	0
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TATTGACTCTATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.ACCTTCGGTGCCAACGCCA	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AGTTGCGCTTGCGCCATCT	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GATCGACCTTGCGCCATCT	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGAGGTTCTAGTTCGAGTA	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAGAGCCTTTGCGCCATCT	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGGTCGAATTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCTCTAGTTTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCGAGAGATGCGCGGTAGT	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTAATGAGCTTCTACCATTA	Immature
neurons	13
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCATTAAGCTGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTAGTACGTCAGATTCGAT	Immature
neurons	8
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTTCATGCTTTCGCTTACG	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGCCAATTTTTGGACGCTG	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGTTCGAGTCGAATAATTC	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.AACCGCTGTATTGAGATTG	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACCTTCGGTCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACGCCATATGCCAACGCCA	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGACTTGATTGCGCCAGAA	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTATACCTTAATAATACCA	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTCCGAATGTACTAGTAA	Neural
progenitors	3
10_12_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.GGAGGTTCTATTGAGATTG	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGGTAGGCTAGACTCAAGC	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTACGGCATCAGATTCGAT	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCAATCGCTGTCCAACTCA	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGATAGGTTCAGATTCGAT	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTCTAAGCTTTTAATTATTG	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CTATCTCCTGTTCCGCTAA	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TAGCTCGGTGCGCGGTAGT	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ATGGAGAGTTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTATCTCCTGTTCCGCTAA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CCGTCTCATCCTTACTCCT	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GGCTTACTTTCGAGGAGTA	Immature
neurons	8
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TGGTCTCCTTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGCTTACTTAGACTCAAGC	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGCTCCTATCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCTGGCTATTACGGCTACG	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CGGTTCCATTGCGCCATCT	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGCTCCTATGCGACGCCTT	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TAAGACCGTTTAATTATTG	Neural
progenitors	11
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GGCTTACTTAGACTCAAGC	Immature
neurons	2
10_12_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.GTTGCTCCTTCTACCATTA	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TTGGCGACTGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CAACGCAGTAGTTCGAGTA	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CCGGAGTTTGCCAACGCCA	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTGGCTCATACTTCCGAAT	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GGCGCATTTGCCAACGCCA	Neural
progenitors	1
10_12_exp10_idx1AATACGATAA_idx2AACTTATAAG.GTATCGCATAGAGCCAAGG	Immature
neurons	2
10_12_exp10_idx1AATACGATAA_idx2ACGTTCAACC.TATAAGAGGTTTGAGTATCA	Immature
neurons	2
10_12_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.TACTCCTATTAACTGATCTT	Immature
neurons	2
10_12_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.TGGTAATAGTCGATCATTAC	Neural
progenitors	16
10_12_exp10_idx1AGACCATATC_idx2ACCGTTACGA.AAACTCCAATAACTGATCTT	Neural
progenitors	0
10_12_exp10_idx1AGTCCGCTGC_idx2AAGATCCAAC.TTCCATTACTGGCTATGACT	Neural
progenitors	0
10_12_exp10_idx1AGTCCGCTGC_idx2GAACTGCATC.CTGCCTTATTCAACGTAAG	Neural
progenitors	0
10_12_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.ATATGGATCTGGATGCAGCA	Neural
progenitors	11
10_12_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TACTTGCGTGGATGCAGCA	Neural
progenitors	11
10_12_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.TACGGTAGTGGTACTGCCT	Neural
progenitors	3
10_12_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.TGAGAATCATTTAGATTCCG	Immature
neurons	2
10_12_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.GTTGCAAGTAACTGATCTT	Immature
neurons	2
10_12_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.GCTGGCTATGCAAGGAATA	Neural
progenitors	16
10_12_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.TCAGGAGATAACTGATCTT	Neural
progenitors	0
10_12_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.TTTGCTACTTGGTACTGCCT	Neural
progenitors	16
10_12_exp10_idx1GCATCGTATG_idx2CGATCATTAC.AGTCGCATTGGAGGATAGC	Neural
progenitors	16
10_12_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.TATCTCGATTCCGATTCCTG	Neural
progenitors	11
10_12_exp10_idx1GCGCGTTCAT_idx2CCTATAAGCT.GCGGTATATGCAAGGAATA	Neural
progenitors	0
10_12_exp10_idx1GCTTGAAGAG_idx2AGATCCTATA.AAATTCCTCTACGCGAGATT	Neural
progenitors	0
10_12_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.TTCGCATAATGCCGCAACGA	Neural
progenitors	16
10_12_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCGTTCTGTGCAAGGAATA	Neural
progenitors	11
10_12_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.TTATCCGCTTCAACGTAAG	Neural
progenitors	16
10_12_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TATGACTTGTGGAGGATAGC	Neural
progenitors	16
10_12_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.TATAAGAGGTTCGATATTGA	Immature
neurons	2
10_12_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TACTTGCGTGGCTATGACT	Neural
progenitors	16
10_12_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.TAGAGAGTATGCAAGGAATA	Sensory
progenitors	6
10_12_exp10_idx1TAGGTAACTT_idx2TGATACGAGT.TCCTAACTTTGCAGGTCCGT	Neural
progenitors	16
10_12_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.AAGTTCTTGTGCAAGGAATA	Immature
neurons	2
10_12_exp10_idx1TATTAGACTT_idx2CAAGTACTGG.ATAACTTCCTTTAGATTCCG	Neural
progenitors	0
10_12_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.AATTCATCGTGCAGGTCCGT	Neural
progenitors	0
10_12_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.TATAAGAGGTACGCGAGATT	Neural
progenitors	0
10_12_exp10_idx1TCTTGAGGTT_idx2TCATCTCGAT.GGCTTACTTACGCGAGATT	Neural
progenitors	0
10_12_exp10_idx1TCTTGAGGTT_idx2TGGCCGCAAT.TCCAATAGTTCCATTATCTA	Immature
neurons	2
10_12_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TTCAACTGATTGCCGGCAGA	Neural
progenitors	11
10_12_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.TTCGTTCCTGGCTATGACT	Immature
neurons	2
10_12_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.TTCCATCTTTTCCTACCAGT	Neural
progenitors	11
10_12_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TCGCCAACTGCAAGGAATA	Neural
progenitors	0
10_12_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.GGTACCATTGATGATCGTA	Neural
progenitors	0
10_12_exp10_idx1TTGCCGTAGG_idx2CCTAGCGCCT.TATCTCGATTGGCTATGACT	Immature
neurons	2
10_12_exp10_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TAGGTACTATTTAGATTCCG	Neural
progenitors	0
10_12_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.CTGGAAGATGTATAATACG	Immature
neurons	2
10_12_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.TGCAAGGTTAGGAGAGAAC	Immature
neurons	2
10_12_exp3_idx1ATTATGCAAG_idx2TGATAGAACG.CAGAAGGCTTATCATGATC	Immature
neurons	2
10_12_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.GACTGACGTTATAGACGCA	Neural
progenitors	3
10_12_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.TATTCTCCTTTCCAATCATC	Immature
neurons	2
10_12_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.GTAGCGATTTGGCCGGCCT	Neural
progenitors	3
10_12_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TAGATGACTTGGCAGACGCC	Sensory
progenitors	6
10_12_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.TCTCCGAATCGGAAGATAT	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.TGCCTTGGTGTATAATACG	Sensory
progenitors	6
10_12_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.TCCTATAAGTTTGATGCTAT	Sensory
progenitors	6
10_12_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.AGTAGCCATTATCATGATC	Neural
progenitors	1
10_12_exp3_idx1GTAGGCTGCA_idx2CTGCTTCGAC.AACGATCATTGCCGTATGCT	Immature
neurons	8
10_12_exp3_idx1GTAGGCTGCA_idx2GGAACGATGG.GGCGCATTTTGGTATTCAT	Neural
progenitors	3
10_12_exp3_idx1TAGGTAACTT_idx2ACTCTCTCAA.CGACGATATTCCGTCGCCA	Immature
neurons	2
10_12_exp3_idx1TAGGTAACTT_idx2CCTAGCGCCT.AAACTCCAATTATGAGTTAA	Neural
progenitors	3
10_12_exp3_idx1TAGGTAACTT_idx2CTCCGGTTCT.GACCGAATTTCCAATCATC	Sensory
progenitors	6
10_12_exp3_idx1TAGGTAACTT_idx2TGATACGAGT.ACCAATGCTAGGTTAGCAT	Neural
progenitors	1
10_12_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.AGTTAACCATTAGCCGTCAT	Immature
neurons	2
10_12_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TAAGACCGTGATACGGAAC	Sensory
progenitors	6
10_12_exp3_idx1TGGACGACTA_idx2AACGGACCAA.AGATTCAACTCGAATAGATG	Neural
progenitors	0
10_12_exp3_idx1TGGACGACTA_idx2GATGATCGTA.GCCATGGTTTTGATATATT	Immature
neurons	2
10_12_exp3_idx1TTCGAATATT_idx2ACCGTTACGA.CCGAGAGATTTGCTGGCAT	Sensory
progenitors	6
10_12_exp3_idx1TTGCCGTAGG_idx2AACCTAGCTT.TAAGACCGTTCGAGGAGTA	Immature
neurons	2
10_12_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.GCAGATACTTTATAAGAAC	Neural
progenitors	1
10_12_exp3_idx1TTGCCGTAGG_idx2CTCGGTCAAT.TTTGCTACTTATTCGACCAA	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2ACGCAACTCC.CTACGGCATGGCTATGACT	Neural
progenitors	0
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTTCCAGCTGTTCCGCTAA	Neural
progenitors	0
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GACCAGGATGTCCAACTCA	Neural
progenitors	0
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCTACTTACTGACCTCCGCC	Neural
progenitors	0
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GACGTTCGTTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ACGAGGTTTTTAATTATTG	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.CTGCTGAATTGATAGAACG	Neural
progenitors	0
10_12_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GATCGACCTGCAGACCGGT	Neural
progenitors	0
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCAGGAGATGTCCAACTCA	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ACCTTCGGTAACTGATCTT	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAACTAAGGTCCGTCGGAGG	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.AAGCGCCATAGTTCGAGTA	Neural
progenitors	0
10_12_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.GTATCGCATGAACTGCATC	Neural
progenitors	11
10_12_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.TCGCCAACTGAACTGCATC	Neural
progenitors	0
10_12_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TCGTTCTGTGGTATGCTTG	Neural
progenitors	11
10_12_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.CAGCATTGTGTCATTGCGC	Neural
progenitors	16
10_12_exp10_idx1TTCGAATATT_idx2CTGCTTCGAC.GTTGCAAGTCTCGATGGAG	Neural
progenitors	0
10_12_exp10_idx1TTGCGAGCAT_idx2CAAGTACTGG.GCGTACTTTGTCATTGCGC	Neural
progenitors	16
10_12_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TATTGACTCTTTCGCTTACG	Neural
progenitors	16
10_12_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.ACCAATGCTAGACTCAAGC	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CTCCTCGTTTGCGCCAGAA	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GCGGAGAATTTGAGTATCA	Neural
progenitors	11
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCTATTCTTTGCGCCATCT	Immature
neurons	13
10_12_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TCCGGTCATGGCTATGACT	Neural
progenitors	16
10_12_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.ACCTTCGGTACCGCAGAAT	Sensory
progenitors	6
10_12_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TTCTTAACCTCCGTTGACTT	Neural
progenitors	16
10_12_exp10_idx1AGGTCAGCTT_idx2ATAGGATATG.TTGATTCCTTCGATCATTAC	Neural
progenitors	16
10_12_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.AGTCGCATTTTGAGTATCA	Neural
progenitors	16
10_12_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.CAAGCAACTCGATCATTAC	Neural
progenitors	0
10_12_exp3_idx1TTGCCGTAGG_idx2AACCTAGCTT.TATTCGGCTTATCATGATC	Immature
neurons	12
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GACCAGGATCTGAACTGGT	Neural
progenitors	0
10_12_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.CCAGAACCTAGGCCGCTCG	Neural
progenitors	0
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GAAGAGGCTTTAATTATTG	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TCCTATTCTTAATACGCAGG	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.AGTTGCGCTAGTTCGAGTA	Immature
neurons	2
10_12_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.TTCTCTCGTTATTACTCAT	Neural
progenitors	15
10_12_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.TAGGTACTATGCAGGTCCGT	Neural
progenitors	16
10_12_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TGGTAATAGTGGAGGATAGC	Neural
progenitors	0
10_12_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GGCGTTAATTTGAGTATCA	Neural
progenitors	0
10_12_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.CTCGCATGTAAGAAGCTAG	Sensory
progenitors	6
10_12_exp3_idx1TGGACGACTA_idx2TCGATATTGA.CTACCTGGTGTATCATCGA	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCGTCTATTTTCTCCTATAA	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TTGGCTCATTGCGCCATCT	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TGCCTTGGTACGCCGTTCA	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ACCTTCGGTACGCCGTTCA	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGCAAGTCTTGCGCCAGAA	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CCGAGAGATAAGTCTTCCG	Neural
progenitors	0
10_12_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GCGTCGTATTACGGCTACG	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TTCTTAACCTTTGAGTATCA	Immature
neurons	8
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAGACTAGTTGCATATAAC	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGGTAGGCTGTACTAGTAA	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.ATAGTCGCTTTAATTATTG	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CTTAGCGGTTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GCTGAAGCTGTTCCGCTAA	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TAGAGAGTATTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.CTCCGGTTTACGCCGTTCA	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GCGCTCAATATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GGACTTGATCCAACTAACC	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TGCTACTAATAAGTCTTCCG	Neural
progenitors	0
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGCTTACTTTCTACCATTA	Neural
progenitors	3
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATGCGATTTACGCCGTTCA	Neural
progenitors	3
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGAGCTCATTGCGCCAGAA	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TCGGTACCTTTCGCTTACG	Immature
neurons	7
10_12_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.CGACGATATGCGCGGTAGT	Immature
neurons	2
10_12_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.ATGCCAAGTGCGCGGTAGT	Immature
neurons	2
10_12_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GTAAGCTCTTTAATTATTG	Neural
progenitors	3
10_12_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.CGAGATGCTAGTTCGAGTA	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.GTACCTCTTCCGTTGACTT	Neural
progenitors	3
10_12_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TGAATTCGTTACGCCGTTCA	Neural
progenitors	16
10_12_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TGGTCTCCTGTTCCGCTAA	Neural
progenitors	11
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGAACGCGTGTACTAGTAA	Neural
progenitors	3
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CCGTCTCATAAGTCTTCCG	Neural
progenitors	3
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTTCGCTGTAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCCAAGTTATTTAATTATTG	Ventral
midline	9
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTGAGTCCTTTGGACGCTG	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGGTAGGCTCCGTTGACTT	Neural
progenitors	3
10_12_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GGATAGGTTTTCGCTTACG	Neural
progenitors	3
10_12_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GTTCGCTGTAATAATACCA	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TGCTCCTATAGACTCAAGC	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GTCCTGCATGCGCGGTAGT	Neural
progenitors	3
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGCTTACTTTGCGCCAGAA	Neural
progenitors	3
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GTAAGGAGTCAGGTATGGA	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GTCATCTGTGCGACGCCTT	Sensory
progenitors	6
10_12_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.GTATCGCATCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TCTATACCTTTCTACCATTA	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TCTCTCCATGCGCGGTAGT	Neural
progenitors	3
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CTCCGGTTTACCGCAGAAT	Sensory
progenitors	6
10_12_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TCCTCGAGTTTAATTATTG	Neural
progenitors	0
10_12_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.ACCGTAGCTAGTTCGAGTA	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TCGGTACCTAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TGGACCTCTAAGTCTTCCG	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TATTGACTCTCCTTACTCCT	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGAGAATCATATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGGTAATAGTGCGACGCCTT	Neural
progenitors	3
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTATAGGCATGCGCGGTAGT	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ACGCCATATGCGCGGTAGT	Immature
neurons	2
10_12_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TAGGTACTATGTTCCGCTAA	Neural
progenitors	0
10_12_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GTTGCAAGTTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.CCGTCTCATCCGTTGACTT	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GTTCCAGCTGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TGCTAATTCTGCCAACGCCA	Immature
neurons	8
10_12_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.CTCCGGTTTTTCGCTTACG	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TCTCGCTCTTCTACCATTA	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCGGAGAATGAAGGTTGCC	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GGCGCATTTTGCGCCAGAA	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GTTCGCTGTGCCAACGCCA	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CAATCGGTTTTGGAATCTC	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCATCAGGTGGCATAGCTT	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCCATGGTTTTACGTATAC	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCTAAGCTTTTAATTATTG	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGTAGTCCTATAGACTAGG	Immature
neurons	12
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTCGGAGTTAAGTAGTCAG	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGAGAGATTTTACGTATAC	Immature
neurons	7
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AGGCATCATATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CAATCGGTTCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCGAGAGATCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CGACGATATAGTTCGAGTA	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CGAGATGCTTGCGCCATCT	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGTTGGCATTTAATTATTG	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGAATTCGTTGCCAACGCCA	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGATCTTCTTAGTTCGAGTA	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.ACGGCAATTTCTACCATTA	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TTGAGTCCTTCTACCATTA	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CTAGTACGTATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.CGTCGAAGTGCGCGGTAGT	Oenocytes	18
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACGAGGTTTTGCGCCATCT	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGATCTTCTTGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GCAATCGCTTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TCTCTCCATCAGATTCGAT	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACGGCAATTAATACTCTTC	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CGAGATGCTCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGAGCTCATACGCCGTTCA	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGTAGCGTCGAATAATTC	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGATCCGTCTTCGGCGCA	Immature
neurons	7
10_12_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.TCGTCTATTTTCTACCATTA	Immature
neurons	2
10_12_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.CTCTACTGTAGTTCGAGTA	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGGTAATAGTTACGGCTACG	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GCCATGGTTTGGCTGATGA	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCATTAAGCTGACTAGTCTA	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGAACGCGTGTTGAAGGAT	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CAACGCAGTAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CCTCCTGATTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GACCAGGATGCCAACGCCA	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACCGTAGCTTGCGCCAGAA	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ATGGCAGCTTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GAAGAGGCTGCTAACCTCA	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTTCGCTGTATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATATGCGTTTTGATGCTAT	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCATAGAGTTATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GAACGGCTTCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GTAGACGGTTACGGCTACG	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GTTCCAGCTTGCATATAAC	Immature
neurons	13
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AGCAACGATTTGGACGCTG	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CCAGAACCTAGACTCAAGC	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTATCTCCTTTACGTATAC	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCTCTAGTTATAGACTAGG	Sensory
progenitors	6
10_12_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.AAGCGCCATGCGCGGTAGT	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.AGCAACGATGTTCCGCTAA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GACTCGCTTACTTCCGAAT	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TAGTTACCTTGTTCCGCTAA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CATCGGACTGCCAACGCCA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCTTCTGGTGGCTATGACT	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGAGCTCATTTGGACGCTG	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTTCCAGCTCGAATAATTC	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ATGGAGAGTAAGTCTTCCG	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CCATCAGGTGCCGTATGCT	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTCGGCAATAGAGCCAGCC	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCAGCGGTTAGTTCGAGTA	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCAGGAGATTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCCTCGAGTTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGCCAACTAGGCCGCTCG	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGTTCTGTTTAATTATTG	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTCTCCATTTCTTATCGA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CGACGATATTGCGCCAGAA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GTAGCGATTTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TGCTACTAATCGATCATTAC	Neural
progenitors	0
10_12_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GTCCTGCATTTCCATGGCA	Immature
neurons	2
10_12_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.TGCGTAGTTCAGATTCGAT	Sensory
progenitors	6
10_12_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TATTCGGCTCAGATTCGAT	Ventral
midline	9
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACTGACGTTTGGACGCTG	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCTTCTGGTCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGTTACCTTTGCGCCATCT	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATTGACTCTATAGACTAGG	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGACGAGGTGCCGGTCGAG	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGCGGTCTAGACTCAAGC	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.GCTCGAGATGTTCCGCTAA	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TTCCGACGTTGCGCCAGAA	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TAGAGAGTATAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TATTGACTCTGCCGGTCGAG	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCGTAGCGTTCTACCATTA	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCTCGCTCTCAGATTCGAT	Immature
neurons	8
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGAATTCGTTTTGGACGCTG	Immature
neurons	2
10_12_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.TCATAGAGTTCGATCATTAC	Neural
progenitors	0
10_12_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TTCAACTGATACGCGAGATT	Neural
progenitors	3
10_12_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.TTCAACTGATGCAGGTCCGT	Neural
progenitors	3
10_12_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.AGATCGGATGGAGGATAGC	Neural
progenitors	16
10_12_exp10_idx1AGGTCAGCTT_idx2ATAGGATATG.AACTAGTTGTCGATCATTAC	Neural
progenitors	1
10_12_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.GGTTCGAGTGCAGGTCCGT	Neural
progenitors	3
10_12_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TATCTCGATTCTGCTTCGAC	Neural
progenitors	0
10_12_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TAGATGACTTTGGAACTAGA	Immature
neurons	2
10_12_exp10_idx1ATAAGGACTC_idx2CGAGTTAGAG.GGAGGTTCTTTAGATTCCG	Immature
neurons	2
10_12_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.TAACGACTTTACGCGAGATT	Neural
progenitors	0
10_12_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.GACCAGGATGGTACTGCCT	Neural
progenitors	3
10_12_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.GGCAAGTCTGGTACTGCCT	Immature
neurons	2
10_12_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TATCGAACTTGCAGGTCCGT	Neural
progenitors	0
10_12_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.GTCCTGCATGTCATTGCGC	Neural
progenitors	1
10_12_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.GTCGTAACTGGCTATGACT	Immature
neurons	2
10_12_exp10_idx1GATTCTTGAA_idx2GACTAGTCTA.TGGATTCTATGGAGGATAGC	Neural
progenitors	3
10_12_exp10_idx1GATTCTTGAA_idx2GACTAGTCTA.TTGGAGCTTGCAGGTCCGT	Neural
progenitors	0
10_12_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.TCTATACCTTGCAAGGAATA	Neural
progenitors	0
10_12_exp10_idx1GCATCGTATG_idx2TCCGTCGCCA.TTCCATCTTTTTAGATTCCG	Immature
neurons	2
10_12_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.CTTCGACTTTGATACGAGT	Neural
progenitors	3
10_12_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TTCTTAACCTTTAGATTCCG	Immature
neurons	7
10_12_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.CTGCCTTATGGCTATGACT	Immature
neurons	2
10_12_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.ACAACCTATTAACTGATCTT	Immature
neurons	2
10_12_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.GGCAAGTCTGCAAGGAATA	Immature
neurons	2
10_12_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.GTAAGGAGTGCAAGGAATA	Neural
progenitors	3
10_12_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TTGGAGTTATTTGAGTATCA	Neural
progenitors	0
10_12_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.AAGTTCTTGTTTAGATTCCG	Immature
neurons	2
10_12_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TACGGTAGTGTCATTGCGC	Immature
neurons	2
10_12_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TATGACTTGTGTCATTGCGC	Neural
progenitors	3
10_12_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.CAAGCAACTACGCGAGATT	Immature
neurons	2
10_12_exp10_idx1TATTAGACTT_idx2CAAGTACTGG.CAGTATCCTGCAAGGAATA	Neural
progenitors	0
10_12_exp10_idx1TATTAGACTT_idx2CATTATTACC.AAGTTCTTGTTTAGATTCCG	Neural
progenitors	3
10_12_exp10_idx1TATTAGACTT_idx2GGACTCATTG.TTGGCTCATGGTACTGCCT	Neural
progenitors	3
10_12_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.GCGGTATATGCAAGGAATA	Immature
neurons	2
10_12_exp10_idx1TATTAGACTT_idx2TCATCTAATC.GAGGAACTTGGCTATGACT	Neural
progenitors	16
10_12_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.GTCTATGGTGCAAGGAATA	Ventral
midline	9
10_12_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TTTGCTACTTTGGAACTAGA	Immature
neurons	2
10_12_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.CTGAGCATTACGCGAGATT	Neural
progenitors	0
10_12_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.TCCTATAAGTGGTACTGCCT	Immature
neurons	2
10_12_exp10_idx1TTCGAATATT_idx2GGAACGATGG.GACTTGGCTTGGAACTAGA	Immature
neurons	2
10_12_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.TTATAGGCATTAGAGTAATA	Neural
progenitors	0
10_12_exp10_idx1TTGCCGTAGG_idx2CCTAGCGCCT.TAGAACCAATGGTACTGCCT	Neural
progenitors	0
10_12_exp10_idx1TTGCGAGCAT_idx2CGTCCGTCCT.ACGTTGCTTTCAACGTAAG	Immature
neurons	2
10_12_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.GCGTCGTATCGATGGCGCC	Sensory
progenitors	6
10_12_exp3_idx1ACGGCGTTAA_idx2GACCTCTCTG.CTGAGCATTGTATAATACG	Immature
neurons	2
10_12_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.CGTCGAAGTCGTAATGCAG	Neural
progenitors	3
10_12_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.CTACCTGGTTATCATGATC	Immature
neurons	2
10_12_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.GCAATCGCTTGGCCGGCCT	Sensory
progenitors	6
10_12_exp3_idx1AGGTCAGCTT_idx2GGCTAATTAA.AATTCTAGGTCATAGTTCGG	Immature
neurons	2
10_12_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.ATTGCCGGTAGGTTAGCAT	Immature
neurons	2
10_12_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.GGTACGGATTGGCCATGCA	Immature
neurons	2
10_12_exp3_idx1ATAAGGACTC_idx2AGTCCGCGGA.CTGATAGGTATCGGCTATC	Immature
neurons	2
10_12_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.TCGAATCTTTTGGTATTCAT	Immature
neurons	2
10_12_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.TGAGTTAGATAGGTTAGCAT	Immature
neurons	2
10_12_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.GCTTCTGGTTGGCTGATGA	Immature
neurons	2
10_12_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.AAGCAGTATTATGGAATTGG	Immature
neurons	2
10_12_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.ATGCATTCATGAAGATCGAG	Immature
neurons	2
10_12_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.ACCGGTTCTAACCTGCGTA	Neural
progenitors	1
10_12_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.TTATCCGCTCGGATGAAGG	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.AGGCGGAATTTAGCAATAA	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TCGCGCATTAAGTTGCCAT	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.ATGCTTCCTTTATCCGGAT	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.TAACGACTTTGCCGTATGCT	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2CTGCAATCGC.ACAGGTATTTTATCATGATC	Immature
neurons	2
10_12_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.ACTGGTTATTTTGATATATT	Immature
neurons	2
10_12_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.ACATTCGTATTATAGACGCA	Neural
progenitors	1
10_12_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.GGTAGTCCTCCTTACTCCT	Neural
progenitors	1
10_12_exp3_idx1GCTTGAAGAG_idx2TTAGATTCCG.ACATTCGTATCTAAGAGAAG	Neural
progenitors	3
10_12_exp3_idx1GTAGCAGCTA_idx2CGAAGGACGA.CCAGCCTTTACCGCAGAAT	Immature
neurons	2
10_12_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.AGCGTAAGTCTGATGGTCA	Immature
neurons	2
10_12_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.GTAGCGATTTCCGGCCTCG	Immature
neurons	2
10_12_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.TATCCAGGTTCAAGCCGAT	Immature
neurons	2
10_12_exp3_idx1GTAGGCTGCA_idx2CTGCTTCGAC.TCGAATCTTTTTCTTAATAA	Immature
neurons	2
10_12_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.ATTACCATCTTATCATGATC	Neural
progenitors	0
10_12_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.ATATCTGGATTATCATGATC	Immature
neurons	2
10_12_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.AACGAGCGTTTGCGAGGCA	Immature
neurons	2
10_12_exp3_idx1TATAATAGTT_idx2GGAACGATGG.ATTCAAGCATGATACGGAAC	Immature
neurons	2
10_12_exp3_idx1TATAATAGTT_idx2GGAACGATGG.TTCCGACGTTTGCGAGGCA	Neural
progenitors	3
10_12_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.TAGCCAATTTAAGACCGTTG	Sensory
progenitors	6
10_12_exp3_idx1TGGACGACTA_idx2AACGGACCAA.GCATCCAGTCTAAGAGAAG	Immature
neurons	2
10_12_exp3_idx1TGGACGACTA_idx2GATGATCGTA.ATATCTGGATATTGAGATTG	Neural
progenitors	3
10_12_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.TATTCGGCTCATCCGACTA	Immature
neurons	2
10_12_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.ATTCGGAGTTTGCTAACGG	Immature
neurons	2
10_12_exp3_idx1TTCGAATATT_idx2ACCGTTACGA.TGGTAGGCTTTGATATATT	Immature
neurons	2
10_12_exp3_idx1TTCGAATATT_idx2CCTATAAGCT.GAAGAGGCTCATAGTTCGG	Immature
neurons	2
10_12_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.GGCGTTAATAGGTTAGCAT	Neural
progenitors	3
10_12_exp3_idx1TTGCCGTAGG_idx2CAAGCTTGGC.ATTAGGTACTGGCAGACGCC	Immature
neurons	2
10_12_exp3_idx1TTGCCGTAGG_idx2CTCGGTCAAT.TTCTCATTGTTGGTATTCAT	Neural
progenitors	3
10_12_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.ATTGATCGTTCAAGTCGACC	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.AGTTGCGCTCGAATAATTC	Ventral
midline	9
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TATGCGATTTTTACGTATAC	Neural
progenitors	0
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CTATCTCCTTGCATATAAC	Neural
progenitors	16
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ACCTTCGGTGCGCGGTAGT	Neural
progenitors	16
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGGCCTGATTTAATTATTG	Ventral
midline	9
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCGCATAATCAGATTCGAT	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CTACGGCATGCGCGGTAGT	Neural
progenitors	16
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTAGTACGTGTTCCGCTAA	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTAATGAGCTCCGTTGACTT	Neural
progenitors	16
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.AGCAACGATTGCATATAAC	Neural
progenitors	16
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TATGCGATTTCAGATTCGAT	Neural
progenitors	16
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCCAAGTTATTTCGCTTACG	Neural
progenitors	16
10_12_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TAACTAAGGTCCGTTGACTT	Neural
progenitors	16
10_12_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TGCCTATTATTGCGCCATCT	Neural
progenitors	16
10_12_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.GACTTGGCTATAGACTAGG	Neural
progenitors	0
10_12_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.GGTTCGAGTACGCCGTTCA	Neural
progenitors	16
10_12_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GTCGGAGTTGCCAACGCCA	Neural
progenitors	16
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GAACGGCTTAAGTTGCCAT	Neural
progenitors	0
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGTACGGATCATAACCAGC	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CGAGATGCTTGCGCCAGAA	Immature
neurons	12
10_12_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.CGACGATATGTACTAGTAA	Neural
progenitors	16
10_12_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GCTGAAGCTAAGTCTTCCG	Neural
progenitors	16
10_12_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GCCATGGTTAGTAAGCATA	Neural
progenitors	11
10_12_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.CCGGATAGTACTTAACTAG	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TCCTATTCTTTCTACCATTA	Neural
progenitors	16
10_12_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.GGTTGGCATGTTCCGCTAA	Neural
progenitors	16
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTCCTGCATTACGGCTACG	Neural
progenitors	16
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ACGAGGTTTTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CGCCGTAATGCCAACGCCA	Neural
progenitors	16
10_12_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GGTAGTCCTTGCATATAAC	Neural
progenitors	16
10_12_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TCGCGCATTTTAATTATTG	Neural
progenitors	16
10_12_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TTGAGAGATTGCGCGGTAGT	Neural
progenitors	16
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.AGTTGCGCTTTCGCTTACG	Neural
progenitors	16
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTATCGCATTGCATATAAC	Neural
progenitors	16
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCCGGTCATTTACGTATAC	Neural
progenitors	16
10_12_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GCTGAAGCTAGACTCAAGC	Neural
progenitors	16
10_12_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TACGGTAGTTGCGCCATCT	Neural
progenitors	16
10_12_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GAACGGCTTGCGCGGTAGT	Neural
progenitors	3
10_12_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GCTCGAGATGCCAACGCCA	Neural
progenitors	16
10_12_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TTCTTAACCTTGCGCCATCT	Neural
progenitors	16
10_12_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.GATTACGGTGCCAACGCCA	Neural
progenitors	16
10_12_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.GCATCCAGTTACGGCTACG	Neural
progenitors	16
10_12_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GACTACCATCAGATTCGAT	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CTGCTGAATAGTTCGAGTA	Neural
progenitors	16
10_12_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.AAGCGCCATTGCGCCAGAA	Neural
progenitors	0
10_12_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TTCAACTGATGCGCGGTAGT	Neural
progenitors	3
10_12_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TCCTACCTTGTACTAGTAA	Neural
progenitors	16
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GCTTCTGGTTACGGCTACG	Neural
progenitors	3
10_12_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TAAGACCGTACGCCGTTCA	Neural
progenitors	16
10_12_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.CTCTACTGTTCTACCATTA	Neural
progenitors	16
10_12_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.CTGCTGAATTGCATATAAC	Neural
progenitors	3
10_12_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.ACCAATGCTCAGGTATGGA	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GAAGAGGCTGTACTAGTAA	Neural
progenitors	16
10_12_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.ACGGCAATTAGGCCGCTCG	Neural
progenitors	16
10_12_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TGAATTCGTTGTTCCGCTAA	Neural
progenitors	16
10_12_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GACTACCATGCCAACGCCA	Neural
progenitors	16
10_12_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.ATGGCGTATCGAATAATTC	Neural
progenitors	16
10_12_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TAACTAAGGTGTACTAGTAA	Neural
progenitors	16
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GATCGACCTTGCGCCAGAA	Neural
progenitors	16
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TAGCCAATTTAAGTCTTCCG	Neural
progenitors	16
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCAGATACTATAGACTAGG	Neural
progenitors	16
10_12_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.ACCTTCGGTAGTTCGAGTA	Neural
progenitors	1
10_12_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TCCAAGTTATCAGGTATGGA	Neural
progenitors	16
10_12_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.ATTGCCGGTTGCGCCAGAA	Neural
progenitors	16
10_12_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TGGTCTCCTTTGGACGCTG	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TTAATGAGCTGCCAACGCCA	Neural
progenitors	16
10_12_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TTGAGTCCTATAGACTAGG	Neural
progenitors	16
10_12_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GACCAGGATGCGCGGTAGT	Neural
progenitors	0
10_12_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TAGGTACTATGCCAACGCCA	Neural
progenitors	16
10_12_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TTCTGGCCTTGCGCCATCT	Neural
progenitors	16
10_12_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GCCATGGTTGTTCCGCTAA	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATCATGAGTTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATTGACTCTAGTTCGAGTA	Neural
progenitors	16
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCAACTGATACGCCGTTCA	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGTTCGAGTTTACGTATAC	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCTCCGAATGTTGAAGGAT	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCGGATAGTCAGATTCGAT	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCTCCTGATAGTTCGAGTA	Neural
progenitors	16
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATGCGATTTCGAATAATTC	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGAATCTTTTTACGTATAC	Neural
progenitors	16
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGGTTAAGTCCGTTGACTT	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCAGAACCTGTACTAGTAA	Neural
progenitors	16
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGCTTACTTCGAATAATTC	Neural
progenitors	16
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCTCGCTCTTTCGCTTACG	Neural
progenitors	16
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGGAGTTATGTTCCGCTAA	Neural
progenitors	16
10_12_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.ACCTTCGGTTTCGCTTACG	Neural
progenitors	16
10_12_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GTCATCTGTTTACGTATAC	Neural
progenitors	16
10_12_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TTCTGGCCTCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GAACGATGTACGCCGTTCA	Neural
progenitors	16
10_12_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TCGCGCATTGCGACGCCTT	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACCTTCGGTGCGACGCCTT	Neural
progenitors	16
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ATGGCGTATTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CTAGTACGTACGCCGTTCA	Neural
progenitors	16
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GAAGAGGCTTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGTCTCCTTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.ATAGTCGCTAAGTCTTCCG	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CGCCGTAATTACGGCTACG	Neural
progenitors	16
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GATTACGGTCAGGTATGGA	Neural
progenitors	16
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCTGAAGCTTCTACCATTA	Neural
progenitors	16
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGCAAGTCTTTGGACGCTG	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGCGCATTTTGCATATAAC	Neural
progenitors	16
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGTAGCGTCAGGTATGGA	Neural
progenitors	16
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGAATTCGTTTTCGCTTACG	Neural
progenitors	16
10_12_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.CAATCGGTTTGCATATAAC	Immature
neurons	2
10_12_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TAGTTACCTTGCGACGCCTT	Neural
progenitors	3
10_12_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TCTAGGAATTTGCGCCATCT	Neural
progenitors	16
10_12_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.CTCCGGTTTGTACTAGTAA	Neural
progenitors	1
10_12_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.GGCGCATTTCCGTTGACTT	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TATGCGATTTTGCGCCATCT	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ACCGTAGCTGCCAACGCCA	Neural
progenitors	16
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATCGAACTTTTACGTATAC	Neural
progenitors	16
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGAGAGTATAGTTCGAGTA	Neural
progenitors	16
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCTCGCTCTTTGATATATT	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.ACGAGGTTTGTACTAGTAA	Neural
progenitors	16
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GGTCCTTCTCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TGGTCTCCTAGACTCAAGC	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CCATCAGGTTGCATATAAC	Neural
progenitors	16
10_12_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GTTGCTCCTTTAATTATTG	Neural
progenitors	16
10_12_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TAGCTCGGTTTGGACGCTG	Neural
progenitors	16
10_12_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCTAGGAATTATAGACTAGG	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CCATTGCGTTACGGCTACG	Neural
progenitors	16
10_12_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCCGTATGTATAGACTAGG	Neural
progenitors	16
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CCATCAGGTTGCATATAAC	Neural
progenitors	16
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCTAGGAATTATAGACTAGG	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGCGGTCTTCTACCATTA	Neural
progenitors	16
10_12_exp1_idx1TATAATAGTT_idx2AGATCCTATA.GCAACGTTTAGGCCGCTCG	Neural
progenitors	16
10_12_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TCTCCGAATAAGTCTTCCG	Neural
progenitors	0
10_12_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.GACCGAATTATAGACTAGG	Neural
progenitors	1
10_12_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TCCGTATGTAGACTCAAGC	Neural
progenitors	16
10_12_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TGAATTCGTTTGCGCCAGAA	Neural
progenitors	16
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GCTCGAGATTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCGTTCTGTGTACTAGTAA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TTCGCGGATTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TTGAGAGATTACTTCCGAAT	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TACTCCTATTTCTACCATTA	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCGCTCAATTATGCCGAGT	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTCGGCAATAAGTAGTCAG	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGATCTTCTTCAGATTCGAT	Neural
progenitors	16
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCTAAGCTTTCTCCTATAA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GGTCTACGTGCGACGCCTT	Neural
progenitors	16
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTAGTCCTAAGTCTTCCG	Neural
progenitors	16
10_12_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GCGGAGAATCCGTTGACTT	Neural
progenitors	16
10_12_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GCTGGCTATGCGACGCCTT	Neural
progenitors	16
10_12_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.CCAGAACCTATAGACTAGG	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GGTTCGAGTCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TGAGTTAGATTGCGCCAGAA	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TTCTCTAGTTGTTCCGCTAA	Neural
progenitors	16
10_12_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.GTCATCTGTTCTACCATTA	Neural
progenitors	16
10_12_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.GGATAGGTTGTTCCGCTAA	Neural
progenitors	16
10_12_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TGCGTAGTTGTTCCGCTAA	Neural
progenitors	16
10_12_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TAGCCAATTTGTACTAGTAA	Neural
progenitors	16
10_12_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TCGGTACCTTTACGTATAC	Neural
progenitors	16
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTGGAAGATAAGTCTTCCG	Neural
progenitors	16
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCGCGCATTTACGGCTACG	Neural
progenitors	16
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCTAATTCTATAGACTAGG	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.CTACGGCATTTCGCTTACG	Neural
progenitors	16
10_12_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GCTCGAGATTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTCCGGTTTATAGACTAGG	Neural
progenitors	0
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTTCATGCTGCGACGCCTT	Neural
progenitors	16
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGTACGGATCCGTTGACTT	Neural
progenitors	16
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTCCATTACTAGACTCAAGC	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GTCCTGCATAGTTCGAGTA	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TCGTCTATTTTGCATATAAC	Neural
progenitors	16
10_12_exp10_idx1AATACGATAA_idx2AACTTATAAG.CTGAGCATTGCCGCAACGA	Neural
progenitors	16
10_12_exp10_idx1AATACGATAA_idx2AACTTATAAG.TCCTATAAGTGCAAGGAATA	Neural
progenitors	16
10_12_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.TCGAAGGATGCAAGGAATA	Neural
progenitors	16
10_12_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.TCGTCTATTTGGCTATGACT	Neural
progenitors	16
10_12_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.TCTATCCAATAGAGCCAAGG	Neural
progenitors	16
10_12_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.TTACCTAAGTGGTACTGCCT	Neural
progenitors	16
10_12_exp10_idx1AATACGATAA_idx2CGCCGCCTCC.TTGAGAGATTGTCATTGCGC	Neural
progenitors	16
10_12_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.CTGAGCATTAGAGCCAAGG	Neural
progenitors	16
10_12_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TATGACTTGTTGGAACTAGA	Neural
progenitors	16
10_12_exp10_idx1AATACGATAA_idx2CTCGATGGAG.TATTGAGGTTGTCATTGCGC	Neural
progenitors	16
10_12_exp10_idx1AATACGATAA_idx2CTCGATGGAG.TCGAGAAGTTCAACGTAAG	Neural
progenitors	16
10_12_exp10_idx1AATACGATAA_idx2CTCGATGGAG.TTTGCTACTTGGCTATGACT	Neural
progenitors	16
10_12_exp10_idx1AATACGATAA_idx2GACCGTAGCA.TATCATGAGTGTCATTGCGC	Neural
progenitors	0
10_12_exp10_idx1AATACGATAA_idx2GCTCTAACGA.ATATGGATCTGGTACTGCCT	Neural
progenitors	16
10_12_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TACGGTAGTTCAACGTAAG	Neural
progenitors	16
10_12_exp10_idx1AATACGATAA_idx2TCTAGAACTA.TAGATGACTTTTGAGTATCA	Neural
progenitors	16
10_12_exp10_idx1AATACGATAA_idx2TGATACGAGT.CGTACCTATTGGAACTAGA	Neural
progenitors	16
10_12_exp10_idx1AATACGATAA_idx2TTCTACGCCA.TACTCCTATTAACTGATCTT	Neural
progenitors	16
10_12_exp10_idx1AATACGATAA_idx2TTCTACGCCA.TCGAGAAGTAACTGATCTT	Neural
progenitors	16
10_12_exp10_idx1ACGGCGTTAA_idx2AATTGCCTAC.GGAGGTTCTTGGAACTAGA	Neural
progenitors	16
10_12_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.TTCCATCTTTCGATCATTAC	Neural
progenitors	16
10_12_exp10_idx1ACGGCGTTAA_idx2AGGATTACCA.CATCAACGTTCAACGTAAG	Neural
progenitors	16
10_12_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.AAATTCCTCTAACTGATCTT	Neural
progenitors	16
10_12_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.GTAGACGGTGGCTATGACT	Neural
progenitors	16
10_12_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.GTCTATGGTTTAGATTCCG	Neural
progenitors	16
10_12_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.CTTCATGCTGCAGGTCCGT	Neural
progenitors	16
10_12_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.GGCAAGTCTGCCGCAACGA	Neural
progenitors	16
10_12_exp10_idx1ACGGCGTTAA_idx2TCGATATTGA.TGGTTGAATTGCAAGGAATA	Neural
progenitors	16
10_12_exp10_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TGCTGGATTTTAGATTCCG	Neural
progenitors	16
10_12_exp10_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TGGTTGAATTGCAGGTCCGT	Neural
progenitors	16
10_12_exp10_idx1AGACCATATC_idx2ACGCAACTCC.GTATCGCATGTCATTGCGC	Neural
progenitors	16
10_12_exp10_idx1AGACCATATC_idx2AGGATTACCA.AGAGTACCTGCAAGGAATA	Neural
progenitors	16
10_12_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.GGAGCTCATCGATCATTAC	Neural
progenitors	16
10_12_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TAGGTACTATGCAAGGAATA	Neural
progenitors	16
10_12_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TTGATTCCTTTTGAGTATCA	Neural
progenitors	3
10_12_exp10_idx1AGACCATATC_idx2GATCAGTCAT.ATCAGTCATTGCAAGGAATA	Neural
progenitors	16
10_12_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TCGTTCTGTCGATCATTAC	Neural
progenitors	16
10_12_exp10_idx1AGACCATATC_idx2GGAACGATGG.GAGTTCTCTACGCGAGATT	Neural
progenitors	16
10_12_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TCGCCAACTGTCATTGCGC	Neural
progenitors	16
10_12_exp10_idx1AGGTCAGCTT_idx2ACCAAGATCT.AAACTCCAATGCAGGTCCGT	Neural
progenitors	16
10_12_exp10_idx1AGGTCAGCTT_idx2ACCAAGATCT.GGAGGTTCTAGAGCCAAGG	Neural
progenitors	0
10_12_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.TTGATTCCTTGGATGCAGCA	Neural
progenitors	0
10_12_exp10_idx1AGGTCAGCTT_idx2CGAAGGACGA.GTCTCTACTGTCATTGCGC	Neural
progenitors	16
10_12_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.TATTCTCCTTTTAGATTCCG	Neural
progenitors	16
10_12_exp10_idx1AGGTCAGCTT_idx2TATAACTTCC.CTTCGACTTTGGAACTAGA	Neural
progenitors	16
10_12_exp10_idx1AGGTCAGCTT_idx2TATAACTTCC.TCTATACCTTCGATCATTAC	Neural
progenitors	16
10_12_exp10_idx1AGGTCAGCTT_idx2TATAACTTCC.TTGGCAATATGTCATTGCGC	Neural
progenitors	0
10_12_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.ACGTTGCTTGGCTATGACT	Neural
progenitors	16
10_12_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.TTGACCAGTCGATCATTAC	Neural
progenitors	16
10_12_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.AACTGGCATGCAAGGAATA	Neural
progenitors	16
10_12_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.GACCGTCATGCAAGGAATA	Neural
progenitors	16
10_12_exp10_idx1AGTCCGCTGC_idx2AAGATCCAAC.GACTTGGCTTTAGATTCCG	Neural
progenitors	16
10_12_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.GATACGTCTGCCGCAACGA	Neural
progenitors	16
10_12_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.GATAAGCGTTTAGATTCCG	Neural
progenitors	16
10_12_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TGTCCTTATTGGCTATGACT	Neural
progenitors	0
10_12_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TAAGAATGGTGCAGGTCCGT	Neural
progenitors	16
10_12_exp10_idx1AGTCCGCTGC_idx2TGGCGTAGGT.ATTAGTCTGTGCAGGTCCGT	Neural
progenitors	16
10_12_exp10_idx1AGTCCGCTGC_idx2TGGCGTAGGT.GGCTAAGATACGCGAGATT	Neural
progenitors	16
10_12_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.AAACTCCAATGGAGGATAGC	Neural
progenitors	16
10_12_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.TATCGAACTTGGCTATGACT	Neural
progenitors	16
10_12_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.GTTGCAAGTGTCATTGCGC	Neural
progenitors	16
10_12_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TCCTATAAGTGCAGGTCCGT	Neural
progenitors	16
10_12_exp10_idx1ATAAGGACTC_idx2TTGAGTATCA.GAGTTCTCTAGAGCCAAGG	Neural
progenitors	16
10_12_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.ATTAGTCTGTTGGAACTAGA	Neural
progenitors	16
10_12_exp10_idx1ATGGCGCCTG_idx2AGGTCAATTA.ACGTTGCTTGCAGGTCCGT	Neural
progenitors	0
10_12_exp10_idx1ATGGCGCCTG_idx2CAAGATTAAG.ATTAGTCTGTGCAAGGAATA	Neural
progenitors	0
10_12_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.GGACTTGATAACTGATCTT	Neural
progenitors	1
10_12_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.GCGGTATATGGTACTGCCT	Neural
progenitors	16
10_12_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.GGCAAGTCTACGCGAGATT	Neural
progenitors	0
10_12_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TCATGGCTTTGGAACTAGA	Neural
progenitors	16
10_12_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.AAGGATTACTAACTGATCTT	Neural
progenitors	16
10_12_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TCCTATTCTTAACTGATCTT	Neural
progenitors	16
10_12_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TCGAATCTTTGGTACTGCCT	Neural
progenitors	16
10_12_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.GATAAGCGTGCCGCAACGA	Neural
progenitors	16
10_12_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.TTCAACTGATTTAGATTCCG	Neural
progenitors	16
10_12_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.GGTCAGTTTACGCGAGATT	Neural
progenitors	16
10_12_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.CTCGTTGATGCAAGGAATA	Neural
progenitors	16
10_12_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.TCGTCTATTTGTCATTGCGC	Neural
progenitors	16
10_12_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.TGTCCTTATTTTAGATTCCG	Neural
progenitors	0
10_12_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.TCCAAGTTATTTGAGTATCA	Neural
progenitors	0
10_12_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.GCGTACTTTGCAAGGAATA	Neural
progenitors	16
10_12_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.TAATACCAGTAGAGCCAAGG	Neural
progenitors	16
10_12_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.TGGATCCGTCGATCATTAC	Neural
progenitors	0
10_12_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.TTGATTCCTTTTGAGTATCA	Neural
progenitors	16
10_12_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.GATCGACCTAGAGCCAAGG	Neural
progenitors	16
10_12_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.TATCGAACTTGGCTATGACT	Neural
progenitors	16
10_12_exp10_idx1GCATCGTATG_idx2AATTGCCTAC.AAGGATTACTGCAGGTCCGT	Neural
progenitors	16
10_12_exp10_idx1GCATCGTATG_idx2AATTGCCTAC.CAGCATTGTTTGAGTATCA	Neural
progenitors	16
10_12_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.TCCAAGTTATCATTCAATCA	Neural
progenitors	0
10_12_exp10_idx1GCATCGTATG_idx2AGGATTACCA.TCGTTCTGTCGATCATTAC	Neural
progenitors	16
10_12_exp10_idx1GCATCGTATG_idx2AGGATTACCA.TTGACCAGTGGCTATGACT	Neural
progenitors	16
10_12_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.CTGATAGGTGTCATTGCGC	Neural
progenitors	16
10_12_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.TCTATCCAATTTGAGTATCA	Neural
progenitors	16
10_12_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.TCCTATAAGTGGCTATGACT	Neural
progenitors	16
10_12_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.TTGGCAATATGTCATTGCGC	Neural
progenitors	16
10_12_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.TAGAGCCTTTTAGATTCCG	Neural
progenitors	16
10_12_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.TTCTAAGCTTGTCATTGCGC	Neural
progenitors	16
10_12_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.AGATCGGATTTAGATTCCG	Neural
progenitors	0
10_12_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.CATCAACGTGGAGGATAGC	Neural
progenitors	16
10_12_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.GTCCTGCATTTGAGTATCA	Neural
progenitors	16
10_12_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TTCTTAACCTCGTCCGTCCT	Neural
progenitors	0
10_12_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.TCTACTTACTTTGAGTATCA	Neural
progenitors	16
10_12_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TGAATCTGATTTGAGTATCA	Neural
progenitors	16
10_12_exp10_idx1GCGCGTTCAT_idx2CCTATAAGCT.TCATTAAGCTGCAAGGAATA	Neural
progenitors	16
10_12_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.AAGGACGATCGATCATTAC	Neural
progenitors	16
10_12_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.CAAGCAACTGGTACTGCCT	Neural
progenitors	16
10_12_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GAGGAACTTGCAAGGAATA	Neural
progenitors	16
10_12_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TCTTAGTTCTTCAACGTAAG	Neural
progenitors	16
10_12_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TGAATTCGTTGGAGGATAGC	Neural
progenitors	16
10_12_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TTCGTTCCTTGGAACTAGA	Neural
progenitors	16
10_12_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.GAACGATGTGCCGCAACGA	Neural
progenitors	16
10_12_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.GGTCAGTTTGCAAGGAATA	Neural
progenitors	16
10_12_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TTAATGAGCTTCAACGTAAG	Neural
progenitors	16
10_12_exp10_idx1GCTTGAAGAG_idx2ACTATCCGCA.ATTGATCGTTTTAGATTCCG	Neural
progenitors	16
10_12_exp10_idx1GCTTGAAGAG_idx2ACTATCCGCA.TGAATTCGTTGTCATTGCGC	Neural
progenitors	16
10_12_exp10_idx1GCTTGAAGAG_idx2AGATCCTATA.TGAATCTGATTGGAACTAGA	Neural
progenitors	16
10_12_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.TTATAGGCATTGGAACTAGA	Neural
progenitors	16
10_12_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TTGATTCCTTGTCATTGCGC	Neural
progenitors	16
10_12_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TTGACCAGTGGCTATGACT	Neural
progenitors	16
10_12_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.AAATTCCTCTGGCTATGACT	Neural
progenitors	16
10_12_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.GGCGTTAATGCCGCAACGA	Neural
progenitors	16
10_12_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.TCTAGGAATTAACTGATCTT	Neural
progenitors	16
10_12_exp10_idx1GGCTTACTCC_idx2TTCTACGCCA.AACTAGTTGTAACTGATCTT	Neural
progenitors	16
10_12_exp10_idx1GGTTATCGAA_idx2AACTACCGAC.TTCTTAACCTCGATCATTAC	Neural
progenitors	16
10_12_exp10_idx1GGTTATCGAA_idx2GACCGTAGCA.CGTACCTATTTAGATTCCG	Neural
progenitors	16
10_12_exp10_idx1GGTTATCGAA_idx2TTCTACGCCA.TGGTTGAATTTTGAGTATCA	Neural
progenitors	16
10_12_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.GGTACCATTGCCGCAACGA	Immature
neurons	2
10_12_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TGCTGGATTTTAGATTCCG	Neural
progenitors	16
10_12_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.ATAACTTCCTAACTGATCTT	Neural
progenitors	16
10_12_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.GTCTATGGTGCAAGGAATA	Neural
progenitors	16
10_12_exp10_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATGGTTGGTCGATCATTAC	Neural
progenitors	16
10_12_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TGGATCCGTAAGCCGGCTG	Neural
progenitors	11
10_12_exp10_idx1GTAGGCTGCA_idx2CAAGCTTGGC.ATAACTTCCTGCAGGTCCGT	Neural
progenitors	16
10_12_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.TATAAGGCTTTTGAGTATCA	Neural
progenitors	16
10_12_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.CAGCAAGTTGGCTATGACT	Neural
progenitors	16
10_12_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.ATCAGTCATTACGCGAGATT	Neural
progenitors	16
10_12_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TCATTAAGCTGCAGGTCCGT	Neural
progenitors	16
10_12_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.ACAGGTATTTGCAGGTCCGT	Neural
progenitors	16
10_12_exp10_idx1TAGGTAACTT_idx2ACTGAATTCC.TAGGTACTATGCAGGTCCGT	Neural
progenitors	16
10_12_exp10_idx1TAGGTAACTT_idx2CCTAGCGCCT.GACCAGGATGCAGGTCCGT	Neural
progenitors	16
10_12_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.GACCAGGATCCATTATCTA	Neural
progenitors	0
10_12_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.TTGGCTCATTCAACGTAAG	Neural
progenitors	16
10_12_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.ATACCAGTTTTTAGATTCCG	Neural
progenitors	16
10_12_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.ACGCTTGATCGATCATTAC	Neural
progenitors	16
10_12_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.ACTTGATTGTAACTGATCTT	Neural
progenitors	16
10_12_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.CTGATAGGTTTAGATTCCG	Neural
progenitors	16
10_12_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.GGCTTACTTTTAGATTCCG	Neural
progenitors	16
10_12_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TCGTCTATTTTTGAGTATCA	Neural
progenitors	16
10_12_exp10_idx1TAGTAAGCCG_idx2AGGTCAATTA.CTGAGCATTTTAGATTCCG	Neural
progenitors	16
10_12_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.GGACTTGATTGGAACTAGA	Neural
progenitors	16
10_12_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCTATACCTTGGCTATGACT	Neural
progenitors	16
10_12_exp10_idx1TAGTAAGCCG_idx2GAACTGCATC.GTAAGGAGTGGTACTGCCT	Neural
progenitors	16
10_12_exp10_idx1TAGTAAGCCG_idx2GAACTGCATC.TCAGCTTCTAGAGCCAAGG	Neural
progenitors	16
10_12_exp10_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTAAGCTCTGCAGGTCCGT	Neural
progenitors	16
10_12_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TCAGGAGATGCCGCAACGA	Neural
progenitors	16
10_12_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TTGAGAGATTTGGAACTAGA	Neural
progenitors	16
10_12_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.TGGTAATAGTAACTGATCTT	Neural
progenitors	16
10_12_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.GTCCTGCATGCAGGTCCGT	Neural
progenitors	16
10_12_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TTCTCTAGTTCGTCCGTCCT	Neural
progenitors	1
10_12_exp10_idx1TATAATAGTT_idx2AACGAGGCTA.TATTCTCCTTGTCATTGCGC	Neural
progenitors	16
10_12_exp10_idx1TATAATAGTT_idx2AACGAGGCTA.TGGATCCGTGCAAGGAATA	Neural
progenitors	16
10_12_exp10_idx1TATAATAGTT_idx2CTCGTCTAGG.TATCATGAGTAGAGCCAAGG	Neural
progenitors	16
10_12_exp10_idx1TATAATAGTT_idx2CTGCTTCGAC.TTCCATTACTCGATCATTAC	Neural
progenitors	0
10_12_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.TAGAACCAATCGATCATTAC	Neural
progenitors	16
10_12_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.TTCTAAGCTTTTGAGTATCA	Neural
progenitors	16
10_12_exp10_idx1TATAATAGTT_idx2TGCCAGATGG.AAGGACGATTTGAGTATCA	Neural
progenitors	16
10_12_exp10_idx1TATAATAGTT_idx2TGCCAGATGG.TATAAGGCTTGCCGCAACGA	Neural
progenitors	16
10_12_exp10_idx1TATAATAGTT_idx2TGCCAGATGG.TGAATCTGATGGCTATGACT	Neural
progenitors	16
10_12_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.GCCATGGTTGCAGGTCCGT	Neural
progenitors	16
10_12_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.GAGACTAGTTTGAGTATCA	Neural
progenitors	16
10_12_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.GCGTACTTTTCAACGTAAG	Neural
progenitors	0
10_12_exp10_idx1TATTAGACTT_idx2CAAGTACTGG.GAACGGCTTTTAGATTCCG	Neural
progenitors	16
10_12_exp10_idx1TATTAGACTT_idx2CATGCATCTC.AAGGACGATGCAAGGAATA	Neural
progenitors	16
10_12_exp10_idx1TATTAGACTT_idx2CATTATTACC.AAGGATATGTGCAGGTCCGT	Neural
progenitors	16
10_12_exp10_idx1TATTAGACTT_idx2CATTATTACC.TAGCCAATTTGTCATTGCGC	Neural
progenitors	11
10_12_exp10_idx1TATTAGACTT_idx2CGTCCGTCCT.TACTTGCGTAGAGCCAAGG	Neural
progenitors	16
10_12_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.GGTACCATTCGCCGCCTCC	Neural
progenitors	0
10_12_exp10_idx1TATTAGACTT_idx2GGACTCATTG.TGATCTTCTTTGGAACTAGA	Neural
progenitors	0
10_12_exp10_idx1TATTAGACTT_idx2GTCATTGCGC.GGCAAGTCTGTCATTGCGC	Neural
progenitors	16
10_12_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TTACCTAAGTTGGAACTAGA	Neural
progenitors	16
10_12_exp10_idx1TATTAGACTT_idx2TGGCCGCAAT.TTCTTAACCTTTGAGTATCA	Neural
progenitors	16
10_12_exp10_idx1TCCTCTGCCG_idx2ACGAGGACCT.TAGTTACCTTTTAGATTCCG	Neural
progenitors	16
10_12_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.CAGCAAGTTGGCTATGACT	Neural
progenitors	16
10_12_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.GTATCGCATGCCGCAACGA	Neural
progenitors	16
10_12_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.GAACGATGTGCCGCAACGA	Neural
progenitors	0
10_12_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.TATCTCGATTTCAACGTAAG	Neural
progenitors	16
10_12_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.GAGGAACTTTTAGATTCCG	Neural
progenitors	16
10_12_exp10_idx1TCCTCTGCCG_idx2TTGAGTATCA.CAGTATCCTTTAGATTCCG	Neural
progenitors	16
10_12_exp10_idx1TCCTCTGCCG_idx2TTGAGTATCA.GCGTACTTTTCAACGTAAG	Neural
progenitors	16
10_12_exp10_idx1TCCTCTGCCG_idx2TTGAGTATCA.GGAGGTTCTGCCGCAACGA	Neural
progenitors	16
10_12_exp10_idx1TCCTCTGCCG_idx2TTGAGTATCA.TTCCATTACTTTAGATTCCG	Neural
progenitors	16
10_12_exp10_idx1TCTTGAGGTT_idx2ACTATCTTGA.TTCTAAGCTTTGGAACTAGA	Neural
progenitors	16
10_12_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.GCAATCGCTTGGAACTAGA	Neural
progenitors	16
10_12_exp10_idx1TCTTGAGGTT_idx2CGTCCGTCCT.ATAACTTCCTAGAGCCAAGG	Neural
progenitors	0
10_12_exp10_idx1TCTTGAGGTT_idx2CGTCCGTCCT.GATAAGCGTGCAAGGAATA	Neural
progenitors	16
10_12_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.TATCATGAGTGGTACTGCCT	Neural
progenitors	16
10_12_exp10_idx1TGGACGACTA_idx2ACTCTCTCAA.GTAAGGAGTGGCTATGACT	Neural
progenitors	16
10_12_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.GGACTTGATTTAGATTCCG	Neural
progenitors	16
10_12_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.ATTGATCGTTCGATCATTAC	Neural
progenitors	16
10_12_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.CTGGAAGATTTAGATTCCG	Neural
progenitors	16
10_12_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TCTATACCTTGTCATTGCGC	Neural
progenitors	16
10_12_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TCTTAGTTCTTTGAGTATCA	Neural
progenitors	16
10_12_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TGCAAGGTTGTCATTGCGC	Neural
progenitors	16
10_12_exp10_idx1TGGACGACTA_idx2TCGATATTGA.ATATCCTACTAACTGATCTT	Neural
progenitors	16
10_12_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TTGACCAGTGCCGCAACGA	Neural
progenitors	16
10_12_exp10_idx1TGGACGACTA_idx2TCTAGAACTA.TCTCGCTCTGCCGCAACGA	Neural
progenitors	16
10_12_exp10_idx1TGGACGACTA_idx2TGATACGAGT.TGGTTGAATTTGGAACTAGA	Neural
progenitors	16
10_12_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.TTGATTCCTTGCAGGTCCGT	Neural
progenitors	0
10_12_exp10_idx1TTATTGAGGC_idx2AGATCCTATA.GCCATGGTTGGTACTGCCT	Neural
progenitors	16
10_12_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.GTAAGGAGTTGGAACTAGA	Neural
progenitors	16
10_12_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.TGGTAATAGTTGGAACTAGA	Neural
progenitors	16
10_12_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.TATTCTCCTTTGGAACTAGA	Neural
progenitors	16
10_12_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.TTGAGAGATTGCCGCAACGA	Neural
progenitors	16
10_12_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.CAGCATTGTGCAGGTCCGT	Neural
progenitors	16
10_12_exp10_idx1TTCGAATATT_idx2ACGCAACTCC.TGACGAGGTTGGAACTAGA	Neural
progenitors	16
10_12_exp10_idx1TTCGAATATT_idx2CTGCTTCGAC.AAGGACGATGGAGGATAGC	Neural
progenitors	16
10_12_exp10_idx1TTCGAATATT_idx2GGAACGATGG.CATCAACGTCGATCATTAC	Neural
progenitors	0
10_12_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.GATAAGCGTGGCTATGACT	Neural
progenitors	16
10_12_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.ATGGTTGGTAGAGCCAAGG	Neural
progenitors	16
10_12_exp10_idx1TTGCCGTAGG_idx2CCTAGCGCCT.GATCGACCTAACTGATCTT	Neural
progenitors	16
10_12_exp10_idx1TTGCCGTAGG_idx2CGAGCTGCCA.GGTCAGTTTGGTACTGCCT	Neural
progenitors	16
10_12_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.TGATCTTCTTCGATCATTAC	Neural
progenitors	16
10_12_exp10_idx1TTGCCGTAGG_idx2GCTCTAACGA.TGAGTTAGATACGCGAGATT	Neural
progenitors	16
10_12_exp10_idx1TTGCCGTAGG_idx2TGATACGAGT.TGGATCCGTAGAGCCAAGG	Neural
progenitors	16
10_12_exp10_idx1TTGCGAGCAT_idx2CGTCCGTCCT.GCTGGCTATTTGAGTATCA	Neural
progenitors	16
10_12_exp10_idx1TTGCGAGCAT_idx2CGTCCGTCCT.TTCAACTGATAGAGCCAAGG	Neural
progenitors	16
10_12_exp10_idx1TTGCGAGCAT_idx2GGACTCATTG.TTATAGGCATGCAGGTCCGT	Neural
progenitors	16
10_12_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.GAACGGCTTCGATCATTAC	Neural
progenitors	16
10_12_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.TAATACCAGTTTGAGTATCA	Neural
progenitors	16
10_12_exp3_idx1AATACGATAA_idx2ACTCTCTCAA.GTTCGCTGTTGGTATTCAT	Neural
progenitors	0
10_12_exp3_idx1AATACGATAA_idx2TCTAGAACTA.AGTCGCATTTGGCTGATGA	Neural
progenitors	16
10_12_exp3_idx1ACGGCGTTAA_idx2AGGATTACCA.ACGCTTATATCGGAGATCCG	Neural
progenitors	0
10_12_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.AACGATCATTGGCGAACTCG	Neural
progenitors	16
10_12_exp3_idx1AGACCATATC_idx2CCGTCGGAGG.CAGTATCCTAAGAAGCTAG	Immature
neurons	2
10_12_exp3_idx1AGGTCAGCTT_idx2ACTATCCGCA.GTAGCGATTCGATGGCGCC	Neural
progenitors	1
10_12_exp3_idx1AGGTCAGCTT_idx2GATACCTAAG.CCAGAACCTCGATGGCGCC	Neural
progenitors	0
10_12_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.ACGACGCATGGTATGCTTG	Neural
progenitors	1
10_12_exp3_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TCGAATCTTTATTGAGATTG	Neural
progenitors	1
10_12_exp3_idx1AGTCCGCTGC_idx2TCATCTCGAT.CCGTCTCATGCCGTATGCT	Neural
progenitors	3
10_12_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.TAAGACCGTATTCGACCAA	Ventral
midline	9
10_12_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.CTCCAGAGTGTATAATACG	Neural
progenitors	0
10_12_exp3_idx1ATTATGCAAG_idx2TGATAGAACG.AATTCTAGGTGACGACCTGC	Neural
progenitors	1
10_12_exp3_idx1ATTATGCAAG_idx2TTGAGTATCA.ATTGCCGGTGACGACCTGC	Neural
progenitors	0
10_12_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.TCCTATAAGTTTATCCGGAT	Neural
progenitors	16
10_12_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.AATTCATCGTTCCAATCATC	Neural
progenitors	16
10_12_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TGGTCGAATTGGTATTCAT	Neural
progenitors	16
10_12_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.AGTTGCGCTCTGAACTGGT	Neural
progenitors	16
10_12_exp3_idx1GCGCGTTCAT_idx2GATGATCGTA.ATAACTTCCTCGGAAGATAT	Neural
progenitors	1
10_12_exp3_idx1GCGCGTTCAT_idx2GCAACTGGCA.CAACGCAGTCATAGTTCGG	Neural
progenitors	0
10_12_exp3_idx1GGTTATCGAA_idx2GCTCTCGCCT.ATAAGCGAATCGGAGATCCG	Immature
neurons	2
10_12_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.AGTTGCGCTCTCTGATCAG	Neural
progenitors	16
10_12_exp3_idx1GTAGGCTGCA_idx2GGAACGATGG.AATTCATCGTTATCATGATC	Neural
progenitors	1
10_12_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.TACTCCTATTTATCATGATC	Neural
progenitors	1
10_12_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.AAATTCCTCTCCTTACTCCT	Sensory
progenitors	6
10_12_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.ATATGGATCTTTGATATATT	Neural
progenitors	16
10_12_exp3_idx1TATTAGACTT_idx2TCATCTAATC.GACTTGGCTCCGCGGACCG	Immature
neurons	8
10_12_exp3_idx1TCCTCTGCCG_idx2AGTTGCATCT.AAACCATAGTTTGATGCTAT	Neural
progenitors	0
10_12_exp3_idx1TCCTCTGCCG_idx2AGTTGCATCT.TCCTCGAGTAGGAGAGAAC	Immature
neurons	2
10_12_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.TGGTCTCCTGGCGAACTCG	Neural
progenitors	1
10_12_exp3_idx1TCCTCTGCCG_idx2TCATCTAATC.GGTAGTCCTTATAGACGCA	Neural
progenitors	16
10_12_exp3_idx1TCTTGAGGTT_idx2ACTATCTTGA.AAACTCCAATCGTAATGCAG	Immature
neurons	2
10_12_exp3_idx1TGGACGACTA_idx2GCAACTGGCA.GGTCTACGTCGATGGCGCC	Immature
neurons	2
10_12_exp3_idx1TTATTGAGGC_idx2TCCGGTAATC.GTCGTAACTCATAGTTCGG	Neural
progenitors	16
10_12_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.GATTACGGTTAACTCAATT	Neural
progenitors	1
10_12_exp3_idx1TTCCGTCGAC_idx2CGATCATTAC.TTTGCTTAGTCTCTGATCAG	Neural
progenitors	16
10_12_exp3_idx1TTCGAATATT_idx2AGGATTACCA.AGTTGCGCTACTCAATAGG	Immature
neurons	2
10_12_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.CCTGCAGTTGGCGAACTCG	Neural
progenitors	16
10_12_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.TGCGTAGTTCCGTTCCTTA	Neural
progenitors	1
10_12_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.AACGATCATTTCCGGCCTCG	Neural
progenitors	0
10_12_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.TAGAGAGTATCGGAGATCCG	Neural
progenitors	3
10_12_exp3_idx1TTGCCGTAGG_idx2GATTGCAGAC.TTCCATCTTTTCGAGGAGTA	Neural
progenitors	0
10_12_exp3_idx1TTGCGAGCAT_idx2TTAGATTCCG.TGCAAGGTTCGTAATGCAG	Immature
neurons	13
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GACCGTCATCAGGTATGGA	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GCAGATACTAAGTCTTCCG	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TATATGCGTTATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTGGCAATATTCTACCATTA	Neural
progenitors	3
10_12_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GGTACGGATGTTCCGCTAA	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TCAGCGGTTCAGGTATGGA	Neural
progenitors	0
10_12_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TGCTAATTCTGCGCGGTAGT	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.ACGAGGTTTTGCATATAAC	Neural
progenitors	3
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GACTCGCTTCCAACTAACC	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCAATCGCTAGAGCCAGCC	Neural
progenitors	3
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TAGGTACTATTACGGCTACG	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CGAGATGCTCCGTTGACTT	Neural
progenitors	15
10_12_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TTATAGGCATGTACTAGTAA	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TGCCTATTATCCGCGGACCG	Sensory
progenitors	6
10_12_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.CTCCGGTTTAATGGTCGAC	Neural
progenitors	0
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCCAATAGTTCAGGTATGGA	Neural
progenitors	3
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ATGGCGTATGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCAGATACTAGTTCGAGTA	Neural
progenitors	0
10_12_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TGCGTAGTTTTGGACGCTG	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GACCAGGATAAGTTGCCAT	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GAGACTAGTTACGGCTACG	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GCTCGAGATAGTTCGAGTA	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GGCTTACTTCGAATAATTC	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGGCAATATTTAATTATTG	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.AGCAACGATCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCCTATTCTTTCCGTCGCCA	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CGAGATGCTTGCATATAAC	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCAAGTTATAGACTCAAGC	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTTCATGCTTATTACTCAT	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCCGACGTATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCTAAGCTTCGAATAATTC	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CCGTCTCATTTAATTATTG	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CTCTACTGTTTCGCTTACG	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACTACCATGCGACGCCTT	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCGCTCAATTCGATATTGA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCTCTCGTGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CCTCCTGATTGCATATAAC	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGATCTTCTTCCGTCCAGTA	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TGATCTTCTTAGTTCGAGTA	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2AACTTATAAG.CCGAGAGATCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TCTCGCTCTTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ATGGCGTATTGCATATAAC	Immature
neurons	2
10_12_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.CTGAGCATTGGCTATGACT	Neural
progenitors	0
10_12_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.TCATAGAGTTGGTATGCTTG	Neural
progenitors	0
10_12_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.GGAGCTCATGCAGGTCCGT	Immature
neurons	2
10_12_exp10_idx1GATTCTTGAA_idx2GGTCCAGGAG.TAAGGTTCATTGGAACTAGA	Immature
neurons	2
10_12_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TAGCCAATTTTGGAACTAGA	Neural
progenitors	0
10_12_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.AGCGTAAGTGCAAGGAATA	Neural
progenitors	16
10_12_exp10_idx1TTATTGAGGC_idx2TATAACTTCC.GTTGCAAGTTTGGTCATAA	Neural
progenitors	0
10_12_exp10_idx1TTGCCGTAGG_idx2ACGTTCAACC.TATCTCGATTGTCATTGCGC	Neural
progenitors	0
10_12_exp3_idx1AGGTCAGCTT_idx2GGCTAATTAA.TAAGGTTCATCTGATGGTCA	Neural
progenitors	1
10_12_exp3_idx1GAGCGCGATG_idx2GGAACGATGG.AAGTATTGGTCTTGGTAATG	Immature
neurons	2
10_12_exp3_idx1GATTCTTGAA_idx2TCCGGTAATC.CGCTGCTTTTTAGCAATAA	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.GGTCTACGTTATAGACGCA	Immature
neurons	2
10_12_exp3_idx1GCTTGAAGAG_idx2TTGAGTATCA.TCGAGAAGTAAGAAGCTAG	Neural
progenitors	1
10_12_exp3_idx1GTAGCAGCTA_idx2CGAAGGACGA.AAACCATAGTTCAAGCCGAT	Neural
progenitors	3
10_12_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.TTGCGGTCTTAACTCTTAG	Neural
progenitors	3
10_12_exp3_idx1TATAATAGTT_idx2CTCGTCTAGG.CCTAATGGTCTTGGTAATG	Neural
progenitors	3
10_12_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.AACGTAATCTCATAGTTCGG	Immature
neurons	2
10_12_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.ACGATATCATACGAAGTCAA	Immature
neurons	2
10_12_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.ATGCATTCATCAAGTCGACC	Neural
progenitors	1
10_12_exp3_idx1TCTTGAGGTT_idx2ACTATCTTGA.AACCGCTGTTATAGACGCA	Sensory
progenitors	6
10_12_exp3_idx1TCTTGAGGTT_idx2TGGCCGCAAT.TCTCTCCATACCGCAGAAT	Neural
progenitors	0
10_12_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.TAACGACTTTTATAGACGCA	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GTATCGCATCGGTAGGAAT	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GTCATCTGTTAGGCAGATA	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TGAGAATCATGGCATAGCTT	Sensory
progenitors	14
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CGACGATATCGAGCTGCCA	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CTCCAGAGTTTAATTATTG	Immature
neurons	12
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCCGTATGTGTTCCGCTAA	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TCGGTACCTTACGGCTACG	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CAACGCAGTCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CGACGATATGCCAACGCCA	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CGAGATGCTAAGTAGTCAG	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GACTTGGCTGCGCGGTAGT	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCAATCGCTTCTACCATTA	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGCGACTATTATAGTAAGC	Ventral
midline	9
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGTTGGCATGACTAGTCTA	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTCATCTGTCCGCGGACCG	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCGAATCTTTGCCAGGATCA	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGGTAGGCTACGCAACTCC	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GGTTGGCATGTTCCGCTAA	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GTAAGCTCTTTAATTATTG	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TACGGTAGTTTAATTATTG	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GTTCCAGCTAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCTCCTGATGCGCGGTAGT	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTATCTCCTCGAATAATTC	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCAATCGCTATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTTCCAGCTCGTCCGTCCT	Neural
progenitors	15
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGAACGCGTGCCGGTCGAG	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGGTAGGCTTTGGACGCTG	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCGCATAATGTTCCGCTAA	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGGCAATATGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GACCGAATTTCTACCATTA	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GGTCCTTCTTTGGATCCTT	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGAGGTTCTTTCGCTTACG	Neural
progenitors	3
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGTCCTTCTTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTAAGGAGTTTCCATGGCA	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATGGTCTTTGCGCGGTAGT	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCGTAGCGTAGTTCGAGTA	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGCTACTAATTTACGTATAC	Neural
progenitors	3
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGGACCTCTTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTGGCGACTGTTCCGCTAA	Neural
progenitors	0
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.AGCAACGATTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CAGAAGGCTTTAATTATTG	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCGGTATATGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTACCTCTTTACGGCTACG	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCGAATCTTTGTACTAGTAA	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TTGGTTAAGTTACGGCTACG	Immature
neurons	13
10_12_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.CTCCAGAGTTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.CGGTTCCATATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.ATTGCCGGTCATGCTGGTT	Immature
neurons	2
10_12_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GAACGATGTTGCATATAAC	Immature
neurons	2
10_12_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.GCAATCGCTTTGGAATCTC	Neural
progenitors	0
10_12_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TTCGCATAATTACGGCTACG	Immature
neurons	2
10_12_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.CTACGGCATTTGGAATCTC	Immature
neurons	2
10_12_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TGGACCTCTTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.ATTGCCGGTTACGGCTACG	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.GGCGACTATGCGCGGTAGT	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TACTCCTATTTCTACCATTA	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TATAAGGCTTCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGCGACTATTGCATATAAC	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGTTCGAGTGTACTAGTAA	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TAGTTACCTTAGTTCGAGTA	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCCTCGAGTTTAATTATTG	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.AAGATGCCTTTCTTATCGA	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTCTACTGTCAGGTATGGA	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCGTCGTATTACGGCTACG	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGCGACTATTTGATATATT	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCAGTTGGTTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCGTTCTGTAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCTCTCGTGTTCCGCTAA	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.ATGGAGAGTTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GACTACCATACGCCGTTCA	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TTCTCTAGTTCAGGTATGGA	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGCGCATTTTGAGTCCAGA	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTCATCTGTTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTCCTGCATTCTACCATTA	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTCGGCAATGTACTAGTAA	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.ATTGCCGGTCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GAGACTAGTCTGGATTAGT	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TAGTTACCTTTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCCGGTCATTTGGATCCTT	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCGTTCTGTTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.ATGCCAAGTGCCGGTCGAG	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.GCTCGAGATTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CCATTGCGTACGCCGTTCA	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GACCGAATTACCAGCGCAG	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GACTGACGTGCAGGCGACG	Neural
progenitors	11
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCATAGAGTTTTAGATTCCG	Immature
neurons	8
10_12_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.GGAGGTTCTGCCAACGCCA	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.TATTGAGGTTGCGCGGTAGT	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GACTTGGCTAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TCCGGTCATTTGGACGCTG	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TCGAATCTTTGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CTATCTCCTGCAGACCGGT	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCATTAAGCTTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCTAGGAATTGACGACCTGC	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.GGAGGTTCTACGCCGTTCA	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.TGGACCTCTAGTTCGAGTA	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.GGTTGGCATCAGGTATGGA	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TATCCAGGTACGCCGTTCA	Sensory
progenitors	6
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GAACGGCTTCCGTTGACTT	Immature
neurons	7
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCTCGAGATGCAGGCGACG	Neural
progenitors	0
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GGCAAGTCTAGACTCAAGC	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCGCGCATTAGACTCAAGC	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TCCTACCTTGTTCCGCTAA	Immature
neurons	8
10_12_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GCAGATACTTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TAGAGAGTATCGGTAGGAAT	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TGGTAATAGTGCGCGGTAGT	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TCGAATCTTTTTACGTATAC	Neural
progenitors	0
10_12_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TCGCGCATTGCGCGGTAGT	Neural
progenitors	0
10_12_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.GGAGCTCATTTACGTATAC	Sensory
progenitors	6
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACCGTAGCTTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACCGTCATGCGCGGTAGT	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCAATCGCTTTAATTATTG	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGTACGGATTTAATTATTG	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTGCGGTCTCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.AGCAACGATTTAATTATTG	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTAAGCTCTTATGCCGAGT	Oenocytes	18
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTTGCTCCTTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.CGAGATGCTTTACGTATAC	Neural
progenitors	16
10_12_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.CTCCGGTTTATCGAGTCGC	Immature
neurons	2
10_12_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TATATGCGTTGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TATCGAACTTAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.CGACGATATGTACTAGTAA	Mature
neurons	17
10_12_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TCTACTTACTCAAGGCATTC	Immature
neurons	2
10_12_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TTCCATTACTTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.CTCCTCGTTTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TCGTTCTGTTATAGTAAGC	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.CCATTGCGTGCCAACGCCA	Ventral
midline	9
10_12_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TCGAATCTTTCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.AGGCATCATCGAATAATTC	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CCGGAGTTTTCTACCATTA	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCGTAGCGTTTCGCTTACG	Immature
neurons	13
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACCGTAGCTATAGACTAGG	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACGAGGTTTTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACGCCATATAACGGACCAA	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GAAGAGGCTTACGGCTACG	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GACCGTCATTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGGTAATAGTGTTCCGCTAA	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCTGGCCTAGACTCAAGC	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGGCAATATTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.ACCTTCGGTTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TATCATGAGTCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TGCTAATTCTTTGGATCCTT	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TTCTGGCCTTGCATATAAC	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AACCGCTGTAGCGTCAATG	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CAACGCAGTCTGGATTAGT	Mature
neurons	17
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCGGATAGTATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGTAGTCCTTTGGACGCTG	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTATCGCATGCCAACGCCA	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ATAGTCGCTACGCCGTTCA	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCGGATAGTTTGGACGCTG	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGAGGTTCTTACGGCTACG	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTAAGGAGTTTGGATCCTT	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTTCCAGCTAGACTCAAGC	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATTGACTCTCGAATAATTC	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ACGAGGTTTTGGTATTCAT	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCGGAGTTTTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTGGAAGATCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCAATCGCTTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATCGAACTTGCGACGCCTT	Immature
neurons	7
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCAAGTTATTCTACCATTA	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCTACCTTTTGGTCATAA	Neural
progenitors	11
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGATCCGTCGAATAATTC	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCCATTACTAATGCTAGTC	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCCGACGTATAGTCGTAG	Immature
neurons	12
10_12_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GGTTCGAGTGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CGAGATGCTGTACTAGTAA	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCTGGCTATTGCGCCAGAA	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCTTCTGGTTTCTTATCGA	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGTCCTTCTTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGTTAAGACTTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTGCGGTCTGCGCGGTAGT	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GCAATCGCTAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACGAGGTTTGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCGGATAGTGCGCGGTAGT	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTACGGCATCCAACTAACC	Immature
neurons	12
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTGCTGAATTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAACGGCTTTGCGCCATCT	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGAGCTCATCCAGGTCTAC	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTACCTCTTTGCGCCATCT	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTTCCAGCTGCCAACGCCA	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCAATAGTTTGGTATTCAT	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGACGAGGTCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGGCGACTGTTCCGCTAA	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGGTTAAGTTGCGCCAGAA	Immature
neurons	2
10_12_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GCAATCGCTTGCGCCATCT	Immature
neurons	2
10_12_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.GATTACGGTTTAATTATTG	Immature
neurons	2
10_12_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TCGAATCTTTAATACTCTTC	Sensory
progenitors	6
10_12_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.ACCAATGCTAAGTCTTCCG	Neural
progenitors	0
10_12_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GACTCGCTTGCGACGCCTT	Neural
progenitors	1
10_12_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TCTCCGAATCGAATAATTC	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ACGGCAATTCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CCGGAGTTTTACGGCTACG	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GATTACGGTGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGTTCGAGTGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CTGGAAGATTATAGTAAGC	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GAACGATGTAGACTCAAGC	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCCAAGTTATTCCGTCGCCA	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ACGCCATATAGTTCGAGTA	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CAGAAGGCTCAGGTATGGA	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CCGTCTCATTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GACTACCATTTCCATGGCA	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCGCTCAATTACGGCTACG	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCAGCGGTTACGCCGTTCA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTCTAAGCTTATAGTCGTAG	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACGAGGTTTGCGCGGTAGT	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACGAGGTTTGTCCAACTCA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CATCGGACTGCGCGGTAGT	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTCCAGAGTTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTTAGCGGTTTGGAATCTC	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCAACGTTTTTCCATGGCA	Mature
neurons	10
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCGGAGAATGTTCCGCTAA	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TACGGTAGTAGTTCGAGTA	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGGTACTATAATACTCTTC	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCTACCTTTCTACCATTA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGCGCATTCTTCGGCGCA	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGAACGCGTAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCTCTAGTTTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGGAGTTATGTTCCGCTAA	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGGCTCATATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GACTCGCTTTGCGCCAGAA	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GCGTCGTATCAGGTATGGA	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GTTCGCTGTACGCCGTTCA	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TACTCCTATTATAGACTAGG	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CCATCAGGTAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GAAGAGGCTTTGGACGCTG	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTAGCGATTTACGGCTACG	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCGGTCATCCAACTAACC	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCAACTGATCCGTTGACTT	Neural
progenitors	3
10_12_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TCGCGCATTATAGTCGTAG	Immature
neurons	2
10_12_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.ACGAGGTTTGTTGAAGGAT	Immature
neurons	2
10_12_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TCTACTTACTCGAATAATTC	Immature
neurons	2
10_12_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.AAGCGCCATAGTAAGCATA	Immature
neurons	2
10_12_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.TAGTTACCTTAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GCTGGCTATGACGACCTGC	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCATAGAGTTAGTTCGAGTA	Mature
neurons	17
10_12_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TGAGAATCATAGTTCGAGTA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.AAGCGCCATGCCAACGCCA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ATTGCCGGTTGCGCCAGAA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCGTCTCATCAGGTATGGA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCAGATACTTGCGCCAGAA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCGGTATATGCAGACCGGT	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGTACGGATCGAATAATTC	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGTCTACGTAATACTCTTC	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTCGGCAATCAGGTATGGA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TAGCCAATTTCAAGGCATTC	Immature
neurons	12
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCGTATGTTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGCCAACTATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.ATGCCAAGTAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CCTCCTGATTGCGCCATCT	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TATGCGATTTTGGTATTCAT	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCGCGCATTAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACCGTAGCTGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACCGTAGCTGTTCCGCTAA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CAGAAGGCTCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTTAGCGGTCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GAACGGCTTCTCTGCGGCA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCGCTCAATGCCAACGCCA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTCCTTCTGCCGGTCGAG	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTTCGAGTAAGACGGCCA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TACTCCTATTGTCATTGCGC	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCCTATTCTTACTTAACTAG	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGGTACCTGCCAACGCCA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TATTCGGCTAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TGGACCTCTTGCATATAAC	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GCGCTCAATTTGGAATCTC	Immature
neurons	12
10_12_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GGAGCTCATTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.AGCAACGATTCCGTCGCCA	Immature
neurons	12
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GACTACCATTTAATTATTG	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GGTACGGATCGAATAATTC	Immature
neurons	2
10_12_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.CTGCTGAATTGAGGTAGAA	Immature
neurons	2
10_12_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.TATTGACTCTTGCGCCAGAA	Immature
neurons	2
10_12_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.AGTTGCGCTTGCATATAAC	Immature
neurons	2
10_12_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.TGCCTATTATTAGGCAGATA	Immature
neurons	2
10_12_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.CTCCAGAGTGCCAACGCCA	Immature
neurons	2
10_12_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.GTTCGCTGTAGTTCGAGTA	Immature
neurons	2
10_12_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.TCTCGCTCTCAGGTATGGA	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GTATCGCATTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GCAATCGCTTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ATGCCAAGTAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CGACGATATAATGCTAGTC	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTACGGATTCTACCATTA	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATCATGAGTACGAGGACCT	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATGCGATTTATCAACGATT	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCGTTCTGTCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCAACTGATTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCCGACGTAGTTCGAGTA	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGAGAGATTGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGAGTCCTTGGCTGATGA	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.GATTACGGTTTCGCTTACG	Neural
progenitors	0
10_12_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TCGAATCTTTACGCCGTTCA	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TTGGCAATATATAGTCGTAG	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GACCAGGATATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGAGCTCATTGCATATAAC	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTAGCGATTCTGGATTAGT	Sensory
progenitors	6
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTCCTGCATCCAACTAACC	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCTCGCTCTAGTTCGAGTA	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGCTCCTATAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGGTAATAGTTGCATATAAC	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TTGAGAGATTGCAGACCGGT	Immature
neurons	2
10_12_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.GCAATCGCTAGTAAGCATA	Immature
neurons	8
10_12_exp10_idx1AATACGATAA_idx2TTAACGTACC.TCTCGCTCTCCGCGGACCG	Immature
neurons	2
10_12_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.CAGCATTGTAGAGCCAAGG	Immature
neurons	2
10_12_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.CAGCAAGTTCTTGCGCCGC	Immature
neurons	2
10_12_exp10_idx1AGACCATATC_idx2AGGATTACCA.GGACTTGATTCAACGTAAG	Immature
neurons	2
10_12_exp10_idx1AGGTCAGCTT_idx2ACCAAGATCT.TAACTAAGGTCCGCGGACCG	Immature
neurons	2
10_12_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.TAAGAATGGTGGCTATGACT	Immature
neurons	2
10_12_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.CTGCTGAATTTAGATTCCG	Immature
neurons	2
10_12_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.GCAATCGCTGTCATTGCGC	Immature
neurons	2
10_12_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.CTCGTTGATTTAGATTCCG	Immature
neurons	2
10_12_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.CGAATGAGTTTAGATTCCG	Immature
neurons	2
10_12_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.CAAGCAACTACTATGCAAT	Neural
progenitors	11
10_12_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.GCTGAAGCTTGAGTCTGGC	Immature
neurons	2
10_12_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.TCAGCTTCTTGGAACTAGA	Immature
neurons	2
10_12_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.TCAGGAGATACGCGAGATT	Neural
progenitors	0
10_12_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TAGGTACTATTTGAGTATCA	Immature
neurons	2
10_12_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TTCGCATAATGCCGCAACGA	Immature
neurons	2
10_12_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TCGAGAAGTTCAACGTAAG	Immature
neurons	2
10_12_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TCTTAGTTCTGGTACTGCCT	Immature
neurons	2
10_12_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.AAGGACGATGCCGCAACGA	Neural
progenitors	0
10_12_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.ACGCTTGATGGAGGATAGC	Immature
neurons	2
10_12_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TACTTGCGTGCAGGTCCGT	Immature
neurons	2
10_12_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.CTGGAAGATGTCATTGCGC	Immature
neurons	2
10_12_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.ATACCAGTTTCCGCGGACCG	Immature
neurons	2
10_12_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.GAGGAACTTGCAAGGAATA	Immature
neurons	2
10_12_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TTGGCAATATTCTAGAACTA	Immature
neurons	2
10_12_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TCTACTTACTCGTCCGTCCT	Neural
progenitors	11
10_12_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TAGAGAGTATGTCATTGCGC	Immature
neurons	2
10_12_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.TCTAGGAATTGCAGGTCCGT	Immature
neurons	2
10_12_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.GTAGACGGTGGAGGATAGC	Immature
neurons	2
10_12_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TGGTTGAATTGCCGCAACGA	Immature
neurons	2
10_12_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TAGATGACTTTCAACGTAAG	Immature
neurons	2
10_12_exp10_idx1TATAATAGTT_idx2AACGAGGCTA.TGGTAATAGTGCAAGGAATA	Immature
neurons	2
10_12_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.CCTAATGGTTTGAGTATCA	Immature
neurons	2
10_12_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TCGTTCTGTCGATCATTAC	Neural
progenitors	1
10_12_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.GTAAGCTCTTTGAGTATCA	Immature
neurons	2
10_12_exp10_idx1TATTAGACTT_idx2TGATAGAACG.CTGCTGAATCCGCGGACCG	Immature
neurons	2
10_12_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.TTCCATCTTTTTAGATTCCG	Immature
neurons	2
10_12_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TGTTAAGACTTCTAATAGTA	Sensory
progenitors	6
10_12_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.TCCTAACTTTTGGAACTAGA	Neural
progenitors	3
10_12_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.GTAGACGGTCGATCATTAC	Immature
neurons	2
10_12_exp10_idx1TTCGAATATT_idx2GACCTCCGCC.ACCATGATTTGCAAGGAATA	Immature
neurons	2
10_12_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.ATTAGTCTGTGCCGCAACGA	Neural
progenitors	0
10_12_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.GACCAGGATTCGATATTGA	Immature
neurons	2
10_12_exp10_idx1TTGCGAGCAT_idx2GGACTCATTG.ACTTACTCATGTCATTGCGC	Neural
progenitors	0
10_12_exp3_idx1ACGGCGTTAA_idx2ACCGTTACGA.CAACGCAGTGGCTATGACT	Immature
neurons	2
10_12_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.CATCAACGTTTCTTAATAA	Sensory
progenitors	6
10_12_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.AAGCGCCATAAGACCGTTG	Immature
neurons	2
10_12_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.TAGCCAATTTTTGGTCATAA	Immature
neurons	2
10_12_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.GTAAGCTCTTGGTATTCAT	Immature
neurons	2
10_12_exp3_idx1AGGTCAGCTT_idx2CCAGGTCTAC.TCCTATAAGTATTGAGATTG	Immature
neurons	2
10_12_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.GACCGAATTCATAGTTCGG	Immature
neurons	2
10_12_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.CGTCTTCCTGACGACCTGC	Mature
neurons	10
10_12_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.GAGGAACTTAGGAGAGAAC	Immature
neurons	2
10_12_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.GAGGAACTTTTACGATGAA	Immature
neurons	2
10_12_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.CGACGATATACGAAGTCAA	Immature
neurons	2
10_12_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.TACTTGCGTCTAAGAGAAG	Mature
neurons	10
10_12_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.AAGGATATGTCTAAGAGAAG	Immature
neurons	2
10_12_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.AAACTCCAATCCGCGGCTCA	Immature
neurons	2
10_12_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.AACGATCATTTTGATGCTAT	Immature
neurons	2
10_12_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.GTAGCGATTTTGCTAACGG	Immature
neurons	2
10_12_exp3_idx1AGTCCGCTGC_idx2GTTGACGGCC.CGGTTCCATCTGAACTGGT	Immature
neurons	2
10_12_exp3_idx1ATAAGGACTC_idx2AAGATCCAAC.ACGACGCATAAGAAGCTAG	Immature
neurons	2
10_12_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.ATTGAGGAATTAACTCAATT	Immature
neurons	2
10_12_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.TAGCCAATTTAAGTTGCCAT	Neural
progenitors	1
10_12_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.TCGAATCTTTTATGAGTTAA	Immature
neurons	2
10_12_exp3_idx1ATAAGGACTC_idx2AGTCCGCGGA.TGGTCTCCTTCCAATCATC	Immature
neurons	2
10_12_exp3_idx1ATAAGGACTC_idx2CGAGTTAGAG.ACTTCCGTTACTCAATAGG	Immature
neurons	2
10_12_exp3_idx1ATAAGGACTC_idx2CGAGTTAGAG.AGTCGCATTATTCGACCAA	Immature
neurons	2
10_12_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.TACTCCTATTTATCATGATC	Neural
progenitors	0
10_12_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.TATGGTCTTTTCGAGGAGTA	Immature
neurons	2
10_12_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.CTGATAGGTAACTGCTGCC	Immature
neurons	2
10_12_exp3_idx1ATAAGGACTC_idx2TTGAGTATCA.GTCGGCAATTAGGCAGATA	Immature
neurons	2
10_12_exp3_idx1ATAAGGACTC_idx2TTGGTCATAA.GTCGGCAATCTTGGTAATG	Immature
neurons	2
10_12_exp3_idx1ATGGCGCCTG_idx2AGGTCAATTA.TGAACGCGTATTGAGATTG	Immature
neurons	2
10_12_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.GTTCCAGCTTCCGGCCTCG	Immature
neurons	2
10_12_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.TCAAGATCTTTAGCCGTCAT	Immature
neurons	2
10_12_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.ACTGGTTATTCGACGCGACT	Immature
neurons	2
10_12_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.ACGGCAATTGATACGGAAC	Immature
neurons	2
10_12_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.CTCCGGTTTTTAGCAATAA	Neural
progenitors	1
10_12_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.ACTGGACCTTTGATGCTAT	Immature
neurons	2
10_12_exp3_idx1GAGCGCGATG_idx2CTCGTCTAGG.TGGATTCTATTATAGACGCA	Immature
neurons	2
10_12_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.TTGATTCCTTCATAGTTCGG	Immature
neurons	2
10_12_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.GGCGACTATTTAGGACCGG	Sensory
progenitors	6
10_12_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.GGCGTTAATACTATAGGTT	Immature
neurons	2
10_12_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.GGTACGGATACTAGAGAGT	Immature
neurons	2
10_12_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TTTGCTACTTAGGAGAGAAC	Immature
neurons	2
10_12_exp3_idx1GATTCTTGAA_idx2TCCGGTAATC.CAAGCAACTACGTCCGCAG	Immature
neurons	2
10_12_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.CGTAGGCTTACTTAACCTT	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.AACGTAATCTTTAGCAATAA	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.CGCTAACCTTATAGACGCA	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.AATCCAGTATAATGCCGCTT	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.TTATCCGCTATTCGACCAA	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CTCCATCATGGCAGACGCC	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.GCAATCGCTTATCATGATC	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.ATTCCTAGATCATAACCAGC	Neural
progenitors	1
10_12_exp3_idx1GCATCGTATG_idx2CTGCAATCGC.ATCTGATGATAGCTGCAATA	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.TAGATGACTTTCAAGCCGAT	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.ATATCCTACTCTGATGGTCA	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.CGGTTCCATCCGCGGACCG	Immature
neurons	2
10_12_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.ATTAGGTACTCCGCGGCTCA	Immature
neurons	2
10_12_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TATCTCGATTTATCATGATC	Immature
neurons	2
10_12_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.AACCTCATTTGTTACGCAAG	Immature
neurons	2
10_12_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.AAGTATTGGTGTATAATACG	Sensory
progenitors	6
10_12_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.CGCCATTCTTGGCTGATGA	Immature
neurons	2
10_12_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.TCGAAGGATCCTAGCGCCT	Immature
neurons	2
10_12_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.CGCCGTAATCTAAGAGAAG	Immature
neurons	2
10_12_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.CGTAGGCTTTCCAATCATC	Immature
neurons	2
10_12_exp3_idx1GGCTTACTCC_idx2AACTTATAAG.GGATAGGTTTCCAATCATC	Immature
neurons	2
10_12_exp3_idx1GTAGCAGCTA_idx2GGTAGGTCTC.ACGACGCATCGGTAGGAAT	Immature
neurons	2
10_12_exp3_idx1GTAGCAGCTA_idx2GGTAGGTCTC.GTTGCTCCTAAGACCGTTG	Immature
neurons	2
10_12_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.AGTTGCGCTCATAGTTCGG	Immature
neurons	2
10_12_exp3_idx1GTAGGCTGCA_idx2CTCGTCTAGG.CCTGCTACTTTCCAACCGC	Immature
neurons	2
10_12_exp3_idx1GTAGGCTGCA_idx2GACCGTAGCA.GAACGATGTCTTGGTAATG	Immature
neurons	2
10_12_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.AGAGCATGTGCCGGTCGAG	Immature
neurons	2
10_12_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.GCAATCGCTCTTGGTAATG	Immature
neurons	2
10_12_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.ACCTCAATATAGGAGAGAAC	Immature
neurons	2
10_12_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.TTATCCGCTTTGCTGGCAT	Immature
neurons	2
10_12_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.CTGCCTTATATCGGCTATC	Immature
neurons	2
10_12_exp3_idx1TAGGTAACTT_idx2TCTAGAACTA.AATTCTAGGTTTGCGAGGCA	Immature
neurons	2
10_12_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.AGGCTCGTTCTAAGAGAAG	Immature
neurons	2
10_12_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.ATCTTCAGATTAGCCGTCAT	Immature
neurons	2
10_12_exp3_idx1TATAATAGTT_idx2GGAACGATGG.TGTCCTTATTCTTGGTAATG	Immature
neurons	2
10_12_exp3_idx1TCCTCTGCCG_idx2AGTTGCATCT.ATATCTGGATAATAATACCA	Sensory
progenitors	6
10_12_exp3_idx1TCCTCTGCCG_idx2AGTTGCATCT.TCGCGCATTTGGTATTCAT	Immature
neurons	2
10_12_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.AGTTAACCATGGTCCAGGAG	Immature
neurons	2
10_12_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.AGTTGCGCTATTCGACCAA	Immature
neurons	2
10_12_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.TTGATTCCTTTCAGACGAAC	Immature
neurons	12
10_12_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.AACCGCTGTAGGTTAGCAT	Neural
progenitors	1
10_12_exp3_idx1TCCTCTGCCG_idx2TTGGTCATAA.TCTCCGAATGGCGAACTCG	Immature
neurons	2
10_12_exp3_idx1TGGACGACTA_idx2AACGGACCAA.CCGTCTCATACGAAGTCAA	Immature
neurons	2
10_12_exp3_idx1TGGACGACTA_idx2AACGGACCAA.GACTGACGTTGGTATTCAT	Immature
neurons	2
10_12_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TATAAGAGGTTAACGATCCA	Immature
neurons	2
10_12_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.ACTTGATTGTCCTTACTCCT	Immature
neurons	2
10_12_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.CTCCGGTTTGTATAATACG	Immature
neurons	2
10_12_exp3_idx1TTCCGTCGAC_idx2GATCAGTCAT.TTGACCAGTCCTTACTCCT	Immature
neurons	2
10_12_exp3_idx1TTCGAATATT_idx2AGGATTACCA.ATGCTTCCTCGTAATGCAG	Immature
neurons	2
10_12_exp3_idx1TTCGAATATT_idx2AGGATTACCA.TAACGACTTTAAGACCGTTG	Immature
neurons	2
10_12_exp3_idx1TTGCCGTAGG_idx2AACCTAGCTT.AGAGCATGTACCAGCGCAG	Immature
neurons	2
10_12_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.ACAACCTATTAATGCTAGTC	Immature
neurons	2
10_12_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.ACATGGTAATACCGCAGAAT	Neural
progenitors	0
10_12_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.CGCTAACCTCCGCGGCTCA	Immature
neurons	2
10_12_exp3_idx1TTGCCGTAGG_idx2TGAGGTAGAA.GACTACCATTCGAGGAGTA	Immature
neurons	2
10_12_exp3_idx1TTGCGAGCAT_idx2CATTATTACC.AGCGTAAGTTCGAGGAGTA	Immature
neurons	2
10_12_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.GTTCCAGCTGATCTTACGC	Immature
neurons	2
10_12_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.AGCATAACTTTTCTTAATAA	Immature
neurons	2
10_12_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.TCTTAGTTCTCGTAATGCAG	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CCATCAGGTGCGACGCCTT	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GAGCGGTATTGCGCCAGAA	Neural
progenitors	16
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCTGAAGCTTTGGACGCTG	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCTAAGCTTTGCGCCAGAA	Neural
progenitors	16
10_12_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CCGAGAGATATAGACTAGG	Neural
progenitors	0
10_12_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GTAGCGATTATAGACTAGG	Neural
progenitors	0
10_12_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TCTATACCTTTGCGCCATCT	Neural
progenitors	16
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.GATTACGGTTGCGCCAGAA	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGTTGGCATAGACTCAAGC	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATGCGATTTTGCGCCAGAA	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGATCTTCTTTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CCTCCTGATCCGTTGACTT	Neural
progenitors	0
10_12_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.ACCAATGCTTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TCTCCGAATTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TCAGTTGGTATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GTATCGCATTCTACCATTA	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CCAGAACCTTGCGCCAGAA	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGCTTACTTTGCGCCATCT	Neural
progenitors	0
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATTCGGCTTGATAGAACG	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCTTAACCTTTCGCTTACG	Neural
progenitors	0
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTGCTGAATCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTGGAAGATGCGACGCCTT	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TCGTTCTGTTTGGACGCTG	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.ACGAGGTTTACTTAACTAG	Neural
progenitors	0
10_12_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GTAGCGATTCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TCTATACCTTTCCGGTAATC	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.ACCGTAGCTACGCCGTTCA	Neural
progenitors	3
10_12_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.ATTGCCGGTCAGGTATGGA	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.CGAGATGCTTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.GGAGCTCATCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TCTACTTACTTGCGCCAGAA	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CGCCGTAATTTGGACGCTG	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTAATGAGCTGCGCGGTAGT	Sensory
progenitors	6
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.AGCAACGATTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCCATGGTTGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTCATCTGTAGATATATCG	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TAGAGAGTATTTAATTATTG	Neural
progenitors	16
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGGATCCGTTCTACCATTA	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GCAACGTTTTGCGCCAGAA	Neural
progenitors	0
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGAGGTTCTGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GACTTGGCTTTAATTATTG	Neural
progenitors	0
10_12_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GGACTTGATGCGACGCCTT	Ventral
midline	9
10_12_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.CAGAAGGCTTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TGAACGCGTATAGACTAGG	Immature
neurons	8
10_12_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TAGCTCGGTCCGTTGACTT	Neural
progenitors	3
10_12_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TATTGACTCTGCGCGGTAGT	Neural
progenitors	0
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGTAGTCCTCGAATAATTC	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGTTCGAGTGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CGTCGAAGTTTAATTATTG	Neural
progenitors	16
10_12_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TTGCGGTCTCGAATAATTC	Neural
progenitors	16
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CCGGATAGTGTACTAGTAA	Neural
progenitors	0
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GGTACGGATTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TTTGCTTAGTTTCGCTTACG	Sensory
progenitors	6
10_12_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.ACCAATGCTTGCATATAAC	Neural
progenitors	0
10_12_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TCTATACCTTCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCGCTCAATTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TATCATGAGTCCGTTGACTT	Neural
progenitors	16
10_12_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TCTCTCCATTGCGCCAGAA	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GCCATGGTTCAGATTCGAT	Neural
progenitors	16
10_12_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GGTCCTTCTTCTACCATTA	Neural
progenitors	0
10_12_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TCTCGCTCTGCCAACGCCA	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGAATTCGTTTGCATATAAC	Ventral
midline	9
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ACCTTCGGTTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCGGTACCTTATGCCGAGT	Neural
progenitors	1
10_12_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TCTATACCTTCAGGTATGGA	Neural
progenitors	1
10_12_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GCGTCGTATTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TCATAGAGTTCCGCTATATT	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ATGGAGAGTATAGACTAGG	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCAGCGGTTAAGTCTTCCG	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GACTGACGTAAGTCTTCCG	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GACTTGGCTGTACTAGTAA	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCATAGAGTTTACGGCTACG	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCTAAGCTTGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCTCGCTCTTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TTGGTTAAGTTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AGCAACGATCCGTTGACTT	Neural
progenitors	0
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCGGAGTTTGACGACCTGC	Neural
progenitors	0
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GAACGATGTTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGCAAGTCTCGAATAATTC	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGTACGGATCCGTTGACTT	Ventral
midline	9
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CGCCGTAATCGATCATTAC	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTGACGTAGGCCGCTCG	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGTCCTTCTTTCGCTTACG	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCAATAGTTGTACTAGTAA	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCTCGAGTGCCAACGCCA	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGAGTTAGATGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CATCGGACTTACGGCTACG	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GATCGACCTTTGAGTATCA	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CCAGAACCTTCTACCATTA	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GTTCGCTGTAAGTCTTCCG	Ventral
midline	9
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCGCTCAATAGTTCGAGTA	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCTGAAGCTGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCGCGGATATAGACTAGG	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTGAGTCCTTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCAATCGCTTGCATATAAC	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TACGGTAGTTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCTACCTTGCCGGTCGAG	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGAGAATCATTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.TTCGCGGATAAGTCTTCCG	Neural
progenitors	16
10_12_exp1_idx1TAGGTAACTT_idx2CCGTCGGAGG.TGCTCCTATCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.TCATAGAGTTGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.TCTACTTACTTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GACTTGGCTGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CTCCGGTTTTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GCGGAGAATTGCATATAAC	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GTTCGCTGTGTACTAGTAA	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCATGGCTTCGAATAATTC	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCGCGCATTTGCGCCAGAA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.AGTTGCGCTATCAACGATT	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GAGACTAGTATAGACTAGG	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.ATTGCCGGTTTAATTATTG	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TCGGTACCTGTACTAGTAA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TTGGCGACTTCTACCATTA	Neural
progenitors	16
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CGAGATGCTCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTTGCAAGTGTTCCGCTAA	Ventral
midline	9
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCTCCGAATCGGTAGGAAT	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGACGAGGTAGTTCGAGTA	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCTGGCCTCAGATTCGAT	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.AAGCGCCATATAGACTAGG	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.ATAGTCGCTCAGATTCGAT	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TGAATTCGTTCGAATAATTC	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GTAGACGGTGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TGCTAATTCTACGCCGTTCA	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AACCGCTGTGCGCGGTAGT	Neural
progenitors	16
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ACCAATGCTTTGGACGCTG	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ATTGCCGGTTTAATTATTG	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CCTCCTGATCATGCATCTC	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GAACGATGTTTACGTATAC	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGCGACTATCAGATTCGAT	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCATGGCTTAAGTCTTCCG	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGAATTCGTTCGAATAATTC	Sensory
progenitors	6
10_12_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.ACCTTCGGTTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.GCAGATACTCTGAACTGGT	Neural
progenitors	1
10_12_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.TATCGAACTTAGGCCGCTCG	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GGTTGGCATCAGGTATGGA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCCAAGTTATATAGACTAGG	Neural
progenitors	16
10_12_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.ATGGCGTATTACGGCTACG	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATTGAGGTTCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCAGTTGGTGCCAACGCCA	Ventral
midline	9
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTGAGTCCTTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTCGGCAATCGGTCGTTAA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TATGACTTGTTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCGCCAACTGTACTAGTAA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTCTACTGTGTACTAGTAA	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCAATCGCTTGATAGAACG	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCAATCGCTTGCATATAAC	Neural
progenitors	16
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGCCAACTCAAGATTAAG	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTAGGAATTGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.ACGAGGTTTCGAATAATTC	Neural
progenitors	1
10_12_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GCAACGTTTCCGTTGACTT	Neural
progenitors	16
10_12_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TCCAAGTTATGTTCCGCTAA	Neural
progenitors	0
10_12_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.GGCGACTATCAGATTCGAT	Neural
progenitors	1
10_12_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.ATGGCGTATTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.GGAGGTTCTGGCTAATTAA	Neural
progenitors	0
10_12_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GATTACGGTTTCGCTTACG	Neural
progenitors	0
10_12_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TTGAGAGATTTTAATTATTG	Neural
progenitors	0
10_12_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CTATCTCCTGGCTAATTAA	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AACCGCTGTCAGGTATGGA	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ATGGCGTATTGCGCCATCT	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CATCGGACTGCGCGGTAGT	Neural
progenitors	16
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGAGAGTATTGCATATAAC	Sensory
progenitors	6
10_12_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.CTACGGCATGCCAACGCCA	Neural
progenitors	0
10_12_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TGGTAATAGTCCGTTGACTT	Neural
progenitors	16
10_12_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TAGAGAGTATTCTACCATTA	Neural
progenitors	0
10_12_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TAGGTACTATTTAATTATTG	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TTCTCTAGTTTCTACCATTA	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.AGTTGCGCTCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GACTCGCTTTCCGGTAATC	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGCGCATTTTTACGTATAC	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GACTTGGCTGCCAACGCCA	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TCCAAGTTATTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TTGAGAGATTATAGACTAGG	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GCTCGAGATGCCAACGCCA	Neural
progenitors	1
10_12_exp10_idx1AATACGATAA_idx2AACTTATAAG.TACTCCTATTTGGAACTAGA	Neural
progenitors	1
10_12_exp10_idx1AATACGATAA_idx2ACGTTCAACC.CTGCCTTATGCCGCAACGA	Neural
progenitors	1
10_12_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TAGCCAATTTCGATCATTAC	Immature
neurons	2
10_12_exp10_idx1AATACGATAA_idx2TCTAGAACTA.GCTGGCTATAGAGCCAAGG	Neural
progenitors	0
10_12_exp10_idx1AATACGATAA_idx2TCTAGAACTA.TTGATTCCTTTGGAACTAGA	Neural
progenitors	0
10_12_exp10_idx1AATACGATAA_idx2TGATACGAGT.TTCGTTCCTTTGAGTATCA	Immature
neurons	2
10_12_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.ACTTACTCATTTAGATTCCG	Neural
progenitors	16
10_12_exp10_idx1AGACCATATC_idx2ACGCAACTCC.TCGAGAAGTAACTGATCTT	Neural
progenitors	1
10_12_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.GTATCGCATTTAGATTCCG	Neural
progenitors	16
10_12_exp10_idx1AGGTCAGCTT_idx2ATAGGATATG.TCGAAGGATGGTACTGCCT	Neural
progenitors	16
10_12_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.AGAGTACCTTTGAGTATCA	Neural
progenitors	16
10_12_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.TTAATGAGCTGGAGGATAGC	Neural
progenitors	16
10_12_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.GAGTTCTCTTGGAACTAGA	Neural
progenitors	16
10_12_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.GTCTATGGTGGCTATGACT	Neural
progenitors	16
10_12_exp10_idx1ATAAGGACTC_idx2ACGAGGACCT.TAGGTACTATAGAGCCAAGG	Neural
progenitors	16
10_12_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.GAACGGCTTACGCGAGATT	Neural
progenitors	1
10_12_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.TTATCCGCTTCAACGTAAG	Neural
progenitors	16
10_12_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.TTCCATTACTCGATCATTAC	Neural
progenitors	0
10_12_exp10_idx1ATGGCGCCTG_idx2CCAAGCTGAA.GCATCCAGTACGCGAGATT	Neural
progenitors	16
10_12_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TTCGCATAATCGATCATTAC	Neural
progenitors	16
10_12_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.TTATAGGCATCGATCATTAC	Neural
progenitors	0
10_12_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.TGCTACTAATAACTGATCTT	Immature
neurons	2
10_12_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.CCAAGGATTTCCGTCGCCA	Neural
progenitors	3
10_12_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.TAAGGTTCATAACTGATCTT	Neural
progenitors	16
10_12_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.TATCGAACTTGGTACTGCCT	Neural
progenitors	16
10_12_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.TCGAATCTTTTGGAACTAGA	Neural
progenitors	16
10_12_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.TCAGGAGATGGCTATGACT	Neural
progenitors	16
10_12_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.ACGTTGCTTTTAGATTCCG	Neural
progenitors	16
10_12_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.GAACGGCTTGTCATTGCGC	Neural
progenitors	0
10_12_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.TGAATCTGATTTAGATTCCG	Neural
progenitors	0
10_12_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TGCTGGATTGCAAGGAATA	Neural
progenitors	0
10_12_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GCAATCGCTTTGAGTATCA	Neural
progenitors	1
10_12_exp10_idx1GCTTGAAGAG_idx2ACCAAGATCT.TCTCGCTCTCGATCATTAC	Neural
progenitors	1
10_12_exp10_idx1GCTTGAAGAG_idx2AGATCCTATA.TAGGAAGGTGGTACTGCCT	Neural
progenitors	0
10_12_exp10_idx1GCTTGAAGAG_idx2TATAACTTCC.TAACGACTTTACGCGAGATT	Neural
progenitors	16
10_12_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TTCTAAGCTTAATACCATCC	Neural
progenitors	1
10_12_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TCCTATTCTTAGAGCCAAGG	Neural
progenitors	1
10_12_exp10_idx1GGCTTACTCC_idx2GCTCTCGCCT.TATAAGGCTTGCAGGTCCGT	Neural
progenitors	16
10_12_exp10_idx1GGTTATCGAA_idx2TTCTACGCCA.TAATCAGCTTTTAGATTCCG	Neural
progenitors	16
10_12_exp10_idx1GGTTATCGAA_idx2TTCTACGCCA.TACGGTAGTCGATCATTAC	Neural
progenitors	0
10_12_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TATTCTCCTTACGCGAGATT	Neural
progenitors	0
10_12_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TTATCCGCTGTCATTGCGC	Neural
progenitors	1
10_12_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.AACTGGCATGCAGGTCCGT	Sensory
progenitors	6
10_12_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.TTAATGAGCTGGTACTGCCT	Neural
progenitors	0
10_12_exp10_idx1GTAGCAGCTA_idx2CTAACTCCAA.TGAATTCGTTGCAAGGAATA	Immature
neurons	2
10_12_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TTGGTTAAGTGGCTATGACT	Neural
progenitors	0
10_12_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.ACTTACTCATGGCTATGACT	Neural
progenitors	0
10_12_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.GGAGCTCATCGATCATTAC	Neural
progenitors	1
10_12_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.CCAAGGATTTTAGATTCCG	Neural
progenitors	16
10_12_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.TATCGAACTTCGATCATTAC	Neural
progenitors	16
10_12_exp10_idx1TAGTAAGCCG_idx2GAACTGCATC.GCTCTTAGTAACTGATCTT	Neural
progenitors	16
10_12_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.ATCAGTCATTCGATCATTAC	Neural
progenitors	0
10_12_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.AGAGTACCTGGTACTGCCT	Neural
progenitors	0
10_12_exp10_idx1TATAATAGTT_idx2AACGAGGCTA.TCAAGATCTTGCCGCAACGA	Neural
progenitors	16
10_12_exp10_idx1TATAATAGTT_idx2CTCGTCTAGG.TTGGAGTTATGGCTATGACT	Neural
progenitors	16
10_12_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TTCAACTGATGGCTATGACT	Neural
progenitors	16
10_12_exp10_idx1TCTTGAGGTT_idx2CGTCCGTCCT.TTCCATTACTGCAAGGAATA	Neural
progenitors	16
10_12_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.TCTACTTACTTCAACGTAAG	Neural
progenitors	16
10_12_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.GCTGGCTATTTGAGTATCA	Neural
progenitors	16
10_12_exp10_idx1TTATTGAGGC_idx2ATAGGATATG.GGAGGTTCTCGATCATTAC	Neural
progenitors	1
10_12_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.GCATCCAGTCTAGTAGTCT	Neural
progenitors	16
10_12_exp10_idx1TTCGAATATT_idx2ACGCAACTCC.GGTTGGCATCGATCATTAC	Neural
progenitors	16
10_12_exp10_idx1TTCGAATATT_idx2CTCGTCTAGG.GGAGGTTCTAGAGCCAAGG	Neural
progenitors	0
10_12_exp10_idx1TTCGAATATT_idx2CTCGTCTAGG.TCCAAGTTATTCAACGTAAG	Neural
progenitors	0
10_12_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.GCATCCAGTTCAACGTAAG	Neural
progenitors	16
10_12_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.TTCTAAGCTTCGATCATTAC	Neural
progenitors	16
10_12_exp2_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TCTATCCAATCGTAATGCAG	Neural
progenitors	1
10_12_exp3_idx1AATACGATAA_idx2GCTCTAACGA.GAACGGCTTCCGCGGCTCA	Neural
progenitors	16
10_12_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.TTCCGACGTTGGTATTCAT	Neural
progenitors	1
10_12_exp3_idx1AGACCATATC_idx2AATTGCCTAC.AGGATAATCTATTGAGATTG	Neural
progenitors	1
10_12_exp3_idx1AGGTCAGCTT_idx2AAGATCCAAC.GGCGTTAATATTGAGATTG	Neural
progenitors	1
10_12_exp3_idx1AGGTCAGCTT_idx2ACTATCCGCA.TCGAATCTTTTTATCCGGAT	Neural
progenitors	16
10_12_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.AGCGTAAGTGCCGTATGCT	Sensory
progenitors	6
10_12_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.AAGGATATGTGTATAATACG	Neural
progenitors	1
10_12_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.CCAGAACCTGTATAATACG	Immature
neurons	2
10_12_exp3_idx1AGTCCGCTGC_idx2CAAGTACTGG.TAATCAGCTTCTTGGTAATG	Neural
progenitors	1
10_12_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.TGCTAATTCTGATACGGAAC	Neural
progenitors	1
10_12_exp3_idx1ATAAGGACTC_idx2AAGATCCAAC.TTTGCTACTTAGGAGAGAAC	Neural
progenitors	1
10_12_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.ATTCGGAGTTATCATGATC	Neural
progenitors	1
10_12_exp3_idx1ATAAGGACTC_idx2ATAGGATATG.AGAGCATGTGATCTTACGC	Neural
progenitors	1
10_12_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.ATTAGGTACTACTATGCAAT	Neural
progenitors	1
10_12_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.TTGATTCCTTCATAGTTCGG	Neural
progenitors	0
10_12_exp3_idx1ATGGCGCCTG_idx2AGGTCAATTA.TGAATCTGATTGGTATTCAT	Neural
progenitors	1
10_12_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.AAGCGCCATTGGTATTCAT	Neural
progenitors	0
10_12_exp3_idx1ATTATGCAAG_idx2GTCGCTCAGT.GCAATCGCTACCGCAGAAT	Immature
neurons	2
10_12_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.CGTACCTATGATCTTACGC	Neural
progenitors	1
10_12_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.ATGGTAACTTTTATCCGGAT	Neural
progenitors	0
10_12_exp3_idx1CCTCAGCTCC_idx2TCATCTCGAT.AACGAGCGTTCCGGCCTCG	Immature
neurons	8
10_12_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.AGTAGCCATAGTAAGCATA	Neural
progenitors	1
10_12_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.CAACTCTCTCGGAGATCCG	Neural
progenitors	0
10_12_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.CAACTCTCTTCCAATCATC	Immature
neurons	2
10_12_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.GCTCGAGATCGTAATGCAG	Immature
neurons	2
10_12_exp3_idx1GATTCTTGAA_idx2TCCGGTAATC.AAGATGCCTTATAGACGCA	Neural
progenitors	1
10_12_exp3_idx1GATTCTTGAA_idx2TCCGGTAATC.TTCCATCTTTCTGAACTGGT	Sensory
progenitors	6
10_12_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.AGTTGCGCTTCAAGCCGAT	Neural
progenitors	1
10_12_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.ACCGTAGCTTTGCTGGCAT	Ventral
midline	9
10_12_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TAGAGCCTTTATAGACGCA	Neural
progenitors	1
10_12_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.ATGCTTCCTCGTAGTTACC	Neural
progenitors	1
10_12_exp3_idx1GCGCGTTCAT_idx2AACGGACCAA.AGATCGGATAATGCCGCTT	Neural
progenitors	0
10_12_exp3_idx1GCGCGTTCAT_idx2AACGGACCAA.TCCGTATGTTATAGACGCA	Neural
progenitors	1
10_12_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TCATAGAGTTCAAGATTAAG	Immature
neurons	2
10_12_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.AGAAGTAAGTTGGTATTCAT	Neural
progenitors	1
10_12_exp3_idx1GCTTGAAGAG_idx2CGAGTTAGAG.GACCGAATTAATCGATAAT	Neural
progenitors	1
10_12_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.AACGTAATCTCAAGTCGACC	Neural
progenitors	16
10_12_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.CAGCAAGTTTAACTCAATT	Sensory
progenitors	6
10_12_exp3_idx1GCTTGAAGAG_idx2GGCTATGACT.GATTACGGTCCGTTGACTT	Neural
progenitors	1
10_12_exp3_idx1GGCTTACTCC_idx2CGATCATTAC.CCGACCAATCGGAGATCCG	Neural
progenitors	0
10_12_exp3_idx1GTAGCAGCTA_idx2GGCTAATTAA.ATGGCAGCTCGTAATGCAG	Immature
neurons	2
10_12_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.ATTCCTAGATATTCGACCAA	Neural
progenitors	16
10_12_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.CAGCAAGTTCTTGGTAATG	Neural
progenitors	3
10_12_exp3_idx1TAGGTAACTT_idx2ACTCTCTCAA.TGAACGCGTTCAAGCCGAT	Immature
neurons	2
10_12_exp3_idx1TATAATAGTT_idx2CTCGTCTAGG.ATACTACTCTGATCTTACGC	Neural
progenitors	1
10_12_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.CGAGGCAATCGGAAGATAT	Neural
progenitors	16
10_12_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.TGAATCTGATATTGAGATTG	Sensory
progenitors	6
10_12_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.GAGCGGTATCGATGGCGCC	Neural
progenitors	0
10_12_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.AGTTGCGCTCGTAATGCAG	Neural
progenitors	1
10_12_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.CTACGGCATTATAGACGCA	Neural
progenitors	0
10_12_exp3_idx1TCCTCTGCCG_idx2TCATCTAATC.AATTCATCGTCAAGTCGACC	Neural
progenitors	1
10_12_exp3_idx1TGGACGACTA_idx2TCGATATTGA.GTAAGCTCTTTGATGCTAT	Immature
neurons	2
10_12_exp3_idx1TTCCGTCGAC_idx2CCGTCGGAGG.GATTACGGTTATAGACGCA	Neural
progenitors	1
10_12_exp3_idx1TTGCCGTAGG_idx2ACTTCCGAAT.ACGACGCATCGATGGCGCC	Neural
progenitors	0
10_12_exp3_idx1TTGCCGTAGG_idx2ACTTCCGAAT.CATACCGCTGTCCTAGAGG	Neural
progenitors	1
10_12_exp3_idx1TTGCCGTAGG_idx2CAAGCTTGGC.ACCTTCGGTTCAAGCCGAT	Neural
progenitors	3
10_12_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.ACTTCCGTTTATCATGATC	Neural
progenitors	1
10_12_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.AGGCATCATATTCGACCAA	Sensory
progenitors	6
10_12_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.GATCGACCTTTGGAATCTC	Neural
progenitors	11
10_12_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.GGTTGGCATCCGCGGACCG	Neural
progenitors	11
10_12_exp10_idx1AGACCATATC_idx2AGGATTACCA.GTCATCTGTACGAGGACCT	Neural
progenitors	11
10_12_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.TAATCAGCTTGGTCGCGTCA	Neural
progenitors	11
10_12_exp10_idx1AGGTCAGCTT_idx2CGAAGGACGA.TCCAATAGTTTGATACGAGT	Neural
progenitors	11
10_12_exp10_idx1ATAAGGACTC_idx2ACTATCCGCA.GATCGACCTTTGGTCATAA	Neural
progenitors	11
10_12_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TAGGAAGGTAGCTTATCCG	Neural
progenitors	11
10_12_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.CAGCAAGTTCTCGATGGAG	Neural
progenitors	11
10_12_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TTCGCATAATTGATACGAGT	Neural
progenitors	11
10_12_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.TTGGAGTTATCTCGATGGAG	Neural
progenitors	11
10_12_exp10_idx1GCATCGTATG_idx2AGGATTACCA.TAACGACTTTAAGCCGGCTG	Neural
progenitors	11
10_12_exp10_idx1GCATCGTATG_idx2CGATCATTAC.TCGAGAAGTTCGCGGTTGG	Neural
progenitors	11
10_12_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.GAAGAGGCTGGTATGCTTG	Neural
progenitors	0
10_12_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.ATTGATCGTTACTATGCAAT	Neural
progenitors	11
10_12_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TACTTGCGTCCGATTCCTG	Neural
progenitors	11
10_12_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TTTGCTACTTAAGCCGGCTG	Neural
progenitors	11
10_12_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.GAACGATGTTTGACTTCAG	Neural
progenitors	11
10_12_exp10_idx1TATTAGACTT_idx2CATTATTACC.TTCTCATTGTGAACTGCATC	Neural
progenitors	11
10_12_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.GCAATCGCTACTTCCGAAT	Neural
progenitors	11
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.AGGCATCATCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TATTCGGCTGTACTAGTAA	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GAAGAGGCTGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TTCTGGCCTTTACGTATAC	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2ACGCAACTCC.CTATCTCCTGTACTAGTAA	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ACGAGGTTTAAGTCTTCCG	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CATCGGACTGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTCTACTGTATCAACGATT	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCTGGCTATGTACTAGTAA	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGCTTACTTCAGGTATGGA	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.AGTTGCGCTGCCAACGCCA	Neural
progenitors	0
10_12_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TATTGAGGTTTGCATATAAC	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GGTTGGCATTGCGCCAGAA	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.CAGAAGGCTGTTCCGCTAA	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCAGAACCTAAGTCTTCCG	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGCGACTATTTGGACGCTG	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATATGCGTTTGCATATAAC	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CAACGCAGTAGTTCGAGTA	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CAGAAGGCTTTAATTATTG	Immature
neurons	13
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GTCGGAGTTAAGTCTTCCG	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCAGCGGTTTGCATATAAC	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TGAACGCGTGTACTAGTAA	Neural
progenitors	3
10_12_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TCTCTCCATTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTCCTGCATTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGACGAGGTCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTTCATGCTCCGTTGACTT	Neural
progenitors	3
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCCATGGTTTGCGCCAGAA	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGATCTTCTTGTTCCGCTAA	Immature
neurons	8
10_12_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TATGCGATTTCAGGTATGGA	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.CCTCCTGATTGCGCCATCT	Neural
progenitors	0
10_12_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TATATGCGTTCCGTCCAGTA	Neural
progenitors	0
10_12_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.CTCCAGAGTGATGATCGTA	Immature
neurons	2
10_12_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TGGTCGAATTGCATATAAC	Immature
neurons	2
10_12_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.CCATCAGGTTTCTTATCGA	Immature
neurons	2
10_12_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TAGTTACCTTGCGCGGTAGT	Neural
progenitors	3
10_12_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TGCCTATTATACGCCGTTCA	Immature
neurons	2
10_12_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TTCTCTCGTTTCGCTTACG	Ventral
midline	9
10_12_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TGCGTAGTTATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TGGATCCGTCGAATAATTC	Ventral
midline	9
10_12_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.ATGGAGAGTTTCGCTTACG	Sensory
progenitors	6
10_12_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TCATTAAGCTGTCCAACTCA	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CTATCTCCTTACGGCTACG	Sensory
progenitors	6
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TAGGTACTATCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TAGTTACCTTCAAGGCATTC	Neural
progenitors	3
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CGACGATATTTACGTATAC	Immature
neurons	8
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GAGCGGTATCAGGTATGGA	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATATGCGTTTGCGCCAGAA	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATTGAGGTTTTCGCTTACG	Neural
progenitors	3
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCCGGTCATTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCCTCGAGTAGACTCAAGC	Immature
neurons	8
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGATCTTCTTTTGGACGCTG	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCGCATAATAGGCCGCTCG	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GACCGTCATTTACGTATAC	Immature
neurons	8
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.ACGAGGTTTTGCGCCATCT	Sensory
progenitors	6
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GCAGATACTAGTTCGAGTA	Neural
progenitors	3
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGCGACTATGCTAACCTCA	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TACTCCTATTTTAATTATTG	Neural
progenitors	0
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATCATGAGTAGTTCGAGTA	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCGCGCATTTGCATATAAC	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCTCGCTCTCGGTAGGAAT	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTCAACTGATTACGGCTACG	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCTCGCTCTTGCGCCATCT	Neural
progenitors	3
10_12_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TCAGGAGATACGCCGTTCA	Neural
progenitors	3
10_12_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TTCCGACGTCCGCGGACCG	Neural
progenitors	3
10_12_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TACTCCTATTCCGTTGACTT	Neural
progenitors	3
10_12_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GCAGATACTTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CAGAAGGCTTTCGCTTACG	Neural
progenitors	0
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CTACGGCATCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTAGACGGTTTCGCTTACG	Sensory
progenitors	6
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TAGGTACTATAAGTCTTCCG	Sensory
progenitors	6
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCGAATCTTTAGTTCGAGTA	Sensory
progenitors	6
10_12_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.TCTAGGAATTTGCGCCATCT	Sensory
progenitors	6
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GCATCCAGTAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GGAGGTTCTTACGGCTACG	Neural
progenitors	0
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TGCTCCTATGTTCCGCTAA	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GGACTTGATTACGGCTACG	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GGCGCATTTTTACGTATAC	Neural
progenitors	3
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TATTCGGCTTTCGCTTACG	Ventral
midline	9
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCGCGCATTAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TGCTACTAATTACGGCTACG	Neural
progenitors	3
10_12_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GGCGACTATTTACGTATAC	Sensory
progenitors	6
10_12_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GACTACCATGTTCCGCTAA	Neural
progenitors	3
10_12_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TAGAGCCTTTCTACCATTA	Neural
progenitors	3
10_12_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.CCATTGCGTTCTACCATTA	Sensory
progenitors	6
10_12_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TCAGTTGGTTCAGACGAAC	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGTCCTTCTCTGAACTGGT	Sensory
progenitors	6
10_12_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTCCTGCATTTAATTATTG	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCAACGTTTATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TAACTAAGGTCAGGTATGGA	Neural
progenitors	3
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTGAGTCCTTGCGCCATCT	Immature
neurons	2
10_12_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.ACGGCAATTCGAGCTGCCA	Immature
neurons	2
10_12_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TCAGTTGGTCCGTTGACTT	Neural
progenitors	3
10_12_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.ATGCCAAGTTGCGCCATCT	Immature
neurons	2
10_12_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GCGGAGAATATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.CTCCGGTTTATAGACTAGG	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ATTGCCGGTTTACGTATAC	Neural
progenitors	0
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCTCGCTCTGTTCCGCTAA	Sensory
progenitors	6
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TTGGCAATATGTTCCGCTAA	Ventral
midline	9
10_12_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TCGGTACCTTTACGTATAC	Immature
neurons	8
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AGCAACGATGCGCGGTAGT	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CAACGCAGTTACGGCTACG	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTCCAGAGTCAGATTCGAT	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GACTACCATTCTACCATTA	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGTTCGAGTCCTTACTCCT	Neural
progenitors	0
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATGGTCTTTGCCAACGCCA	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGGAGTTATTGCGCCAGAA	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GGCGACTATGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCATGGCTTGACTAGTCTA	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACCTTCGGTTCTACCATTA	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AGCAACGATGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CATCGGACTGCGCGGTAGT	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTCCTCGTTTTAATTATTG	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCGCTCAATATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGCGACTATCAGGTATGGA	Ventral
midline	9
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTAAGCTCTTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAAGACCGTTTCGCTTACG	Immature
neurons	7
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCTGGCCTCTCTGCGGCA	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CGGTTCCATTACGGCTACG	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTTGCTCCTCATTATTACC	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAAGACCGTTGCGCCATCT	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATGAGAACTTCGATATTGA	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.AGCAACGATAGGCCGCTCG	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CTCCAGAGTAGACTCAAGC	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCTCGCTCTCCGTTGACTT	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.CGGTTCCATCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CTCCTCGTTTCGAGGAGTA	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TAGCCAATTTTTCGCTTACG	Immature
neurons	8
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATGGTCTTTCTCGATGGAG	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCTCCGAATCCGTTGACTT	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GCATCCAGTCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTACGGCATTCTACCATTA	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTATCTCCTCAGGTATGGA	Neural
progenitors	15
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACTACCATTACGGCTACG	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTTCGCTGTCAGATTCGAT	Neural
progenitors	3
10_12_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.CTTAGCGGTTGCGCCATCT	Immature
neurons	2
10_12_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.AGCAACGATATAGACTAGG	Immature
neurons	8
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCTCGCTCTGTACTAGTAA	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTGAGAGATTAGTTCGAGTA	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GATCGACCTAGACTCAAGC	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGTTGGCATGCGCGGTAGT	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATTCGGCTACGCCGTTCA	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGGCTCATCAGGTATGGA	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCCGGTCATCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CCGGAGTTTTGCGCCAGAA	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TGGTCTCCTCCGTTGACTT	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ACCTTCGGTGTTCCGCTAA	Immature
neurons	8
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTCGGCAATTTAATTATTG	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAACTAAGGTGTTCCGCTAA	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAACTAAGGTTGCGCCAGAA	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCGTAGCGTGCGCGGTAGT	Sensory
progenitors	6
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCGCATAATAAGTCTTCCG	Neural
progenitors	0
10_12_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.GACTACCATATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.TCGCCAACTCAGGTATGGA	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CAACGCAGTGTACTAGTAA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CCGGAGTTTTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TGGTAATAGTGTTCCGCTAA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.AAGATGCCTCGGAGATCCG	Immature
neurons	13
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CAATCGGTTATAGACTAGG	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCTCGAGTGCCAACGCCA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGCCTTGGTAAGTCTTCCG	Immature
neurons	8
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTAATGAGCTGCGCGGTAGT	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.ACGGCAATTCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CCGGATAGTTCTACCATTA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CTATCTCCTAGTTCGAGTA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTAGACGGTCCGTTGACTT	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTATAGGCATTTGGACGCTG	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTTAGCGGTTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GATCGACCTATAGACTAGG	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTCATCTGTCCGTTGACTT	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTCTCCATCAGGTATGGA	Sensory
progenitors	6
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGCTCCTATTGGCTGATGA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGGTTAAGTATTGAGATTG	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GTAAGCTCTCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GTTCGCTGTTACGGCTACG	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TATATGCGTTTCTACCATTA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TTCGCATAATGTACTAGTAA	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TTCTCTAGTTTATAGTAAGC	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CTGCTGAATTGCATATAAC	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.AAGATGCCTAAGACGGCCA	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TTGGTTAAGTTGCATATAAC	Immature
neurons	13
10_12_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GAACGGCTTATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.TGTTAAGACTATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.GGCGCATTTGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.TTGGCAATATGCCAACGCCA	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2AACTTATAAG.CCGTCTCATTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TGAGTTAGATCCGTTGACTT	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ACCGTAGCTTGCGCCATCT	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AGGCATCATATTGAGATTG	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CCTCCTGATTGGAACTAGA	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CGACGATATATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTCCTCGTTGTACTAGTAA	Ventral
midline	9
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATAAGGCTTGTACTAGTAA	Sensory
progenitors	6
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCTAGGAATTAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGACGAGGTGCGACGCCTT	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCTGGCCTAAGACGGCCA	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GACTTGGCTGCGCGGTAGT	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TCCAAGTTATTACGGCTACG	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GAACGATGTTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GAACGGCTTTGCATATAAC	Neural
progenitors	0
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GACTTGGCTTTACGTATAC	Sensory
progenitors	6
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGCAAGTCTTTGGACGCTG	Immature
neurons	8
10_12_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TGACGAGGTAGACTCAAGC	Neural
progenitors	0
10_12_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TATCCAGGTACCGCAGAAT	Neural
progenitors	3
10_12_exp10_idx1AATACGATAA_idx2AACTTATAAG.AGTATTAGCTAACTGATCTT	Immature
neurons	2
10_12_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.TTATCCGCTCAAGCTTCAT	Neural
progenitors	0
10_12_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.ACCATGATTTCCGATTCCTG	Neural
progenitors	11
10_12_exp10_idx1AGACCATATC_idx2CGATCATTAC.GGCAAGTCTAGAGCCAAGG	Neural
progenitors	0
10_12_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.GCTGAAGCTAGAGCCAAGG	Neural
progenitors	16
10_12_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.ATTAGTCTGTGTCATTGCGC	Immature
neurons	2
10_12_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.GTATCGCATACGCGAGATT	Immature
neurons	2
10_12_exp10_idx1ATAAGGACTC_idx2GTCGCTCAGT.GACCGTCATTGGAACTAGA	Immature
neurons	2
10_12_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.CCTAATGGTTGGAACTAGA	Neural
progenitors	3
10_12_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TGTTAAGACTTTGAGTATCA	Neural
progenitors	3
10_12_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.TCGCCAACTCGATCATTAC	Neural
progenitors	3
10_12_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TAGCCAATTTTTAGATTCCG	Immature
neurons	2
10_12_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TCCTCGAGTTGATACGAGT	Neural
progenitors	11
10_12_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.CGTACCTATCGCCTCGAAC	Immature
neurons	2
10_12_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.TTCGTTCCTTGGAACTAGA	Neural
progenitors	0
10_12_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.TGCAAGGTTGCAGGTCCGT	Neural
progenitors	0
10_12_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.GCCATGGTTAACTGATCTT	Neural
progenitors	3
10_12_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TATCATGAGTTTGAGTATCA	Neural
progenitors	16
10_12_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TAACTAAGGTAATACCATCC	Immature
neurons	13
10_12_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TCTAGGAATTACTTCCGAAT	Immature
neurons	2
10_12_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.CTGATAGGTTGGAACTAGA	Immature
neurons	2
10_12_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.GGTCTACGTCGCCTCGAAC	Neural
progenitors	3
10_12_exp10_idx1TAGGTAACTT_idx2GATGATCGTA.CCAAGGATTTGGAACTAGA	Neural
progenitors	0
10_12_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.TAACGACTTTGGCTATGACT	Sensory
progenitors	6
10_12_exp10_idx1TAGTAAGCCG_idx2GTTGACGGCC.ATACCAGTTTGGTACTGCCT	Immature
neurons	2
10_12_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.AAATTCCTCTGGAGGATAGC	Immature
neurons	2
10_12_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.AAACTCCAATGCAGGTCCGT	Neural
progenitors	0
10_12_exp10_idx1TATTAGACTT_idx2CATGCATCTC.AAGGATTACTCCGCGGACCG	Sensory
progenitors	6
10_12_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.GCATCCAGTGCCGCAACGA	Neural
progenitors	0
10_12_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.TATTCGGCTTGCCGGCAGA	Immature
neurons	2
10_12_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.AAGGACGATGCCGCAACGA	Neural
progenitors	0
10_12_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.CTGCCTTATCGATCATTAC	Neural
progenitors	0
10_12_exp10_idx1TTATTGAGGC_idx2CGAAGGACGA.TTGGAGCTTGGCTATGACT	Neural
progenitors	16
10_12_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.TGACGAGGTACGCGAGATT	Neural
progenitors	0
10_12_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.ACCATGATTTTGGAACTAGA	Neural
progenitors	3
10_12_exp10_idx1TTGCCGTAGG_idx2ACTGAATTCC.TGGTAATAGTTTCGCCTCCA	Neural
progenitors	0
10_12_exp11_idx1GGTTATCGAA.ATAGTTGACTTATATACTAA	Sensory
progenitors	6
10_12_exp3_idx1AGACCATATC_idx2CGATCATTAC.CCAGAACCTTATAGACGCA	Neural
progenitors	3
10_12_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.ATGGCGTATCCGCGGCTCA	Neural
progenitors	3
10_12_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.ACCGGTTCTCCGCGATTAT	Immature
neurons	2
10_12_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.TCTATCCAATGGCAGACGCC	Immature
neurons	2
10_12_exp3_idx1ATAAGGACTC_idx2AGTCCGCGGA.CTCCGGTTTTTATCCGGAT	Immature
neurons	2
10_12_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.AAACTCCAATCTGAACTGGT	Immature
neurons	2
10_12_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.ATATCCTACTTCCGGCCTCG	Neural
progenitors	3
10_12_exp3_idx1CCTCAGCTCC_idx2GGACTCATTG.AGTTAACCATGATCTTACGC	Neural
progenitors	3
10_12_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TTCTCTAGTTTTGATATATT	Immature
neurons	2
10_12_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.AACTTGGATTTTAGGATCTA	Immature
neurons	2
10_12_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.GGTAGTCCTTAACTCAATT	Neural
progenitors	3
10_12_exp3_idx1GAGCGCGATG_idx2AAGCCGGCTG.AGCATAACTTCGGAGATCCG	Sensory
progenitors	6
10_12_exp3_idx1GAGCGCGATG_idx2AAGCCGGCTG.AGTAGCCATTCAAGCCGAT	Immature
neurons	2
10_12_exp3_idx1GAGCGCGATG_idx2CTCGTCTAGG.ACTGAATACTGATCTTACGC	Immature
neurons	2
10_12_exp3_idx1GAGCGCGATG_idx2CTGCTTCGAC.TGAGTTAGATGACGACCTGC	Neural
progenitors	1
10_12_exp3_idx1GATTCTTGAA_idx2TATAACTTCC.ATTCGGAGTTAACTCTTAG	Immature
neurons	2
10_12_exp3_idx1GATTCTTGAA_idx2TCCGGTAATC.CAGAAGGCTTCTTGCCGAC	Immature
neurons	8
10_12_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.GACTACCATGTATAATACG	Neural
progenitors	3
10_12_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.GTAAGCTCTCGTAATGCAG	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.TTACCTAAGTTAACTCAATT	Neural
progenitors	3
10_12_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.ACATTCGTATTATCATGATC	Immature
neurons	8
10_12_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.CCGTCTCATGTATAATACG	Sensory
progenitors	6
10_12_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.GGTCTACGTTTAGGACCGG	Neural
progenitors	1
10_12_exp3_idx1GCATCGTATG_idx2TCGATATTGA.CGCCATTCTTAGGCCATAG	Immature
neurons	2
10_12_exp3_idx1GCGCGTTCAT_idx2AACGGACCAA.AACTAGTTGTTCAAGCCGAT	Immature
neurons	2
10_12_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.CAGCATTGTTATAGACGCA	Neural
progenitors	3
10_12_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.CCGACCAATAATCGATAAT	Sensory
progenitors	6
10_12_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.CGAGATGCTCTAAGAGAAG	Immature
neurons	8
10_12_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.GAAGAGGCTTAGGCCATAG	Immature
neurons	8
10_12_exp3_idx1GCTTGAAGAG_idx2GGCTAATTAA.CTTAGCGGTGCTCAGCCGG	Sensory
progenitors	6
10_12_exp3_idx1GGTTATCGAA_idx2GACCGTAGCA.TCCGTATGTTATAGACGCA	Sensory
progenitors	6
10_12_exp3_idx1GTAGCAGCTA_idx2CGAAGGACGA.TGAGTTAGATTTAGCAATAA	Immature
neurons	2
10_12_exp3_idx1GTAGCAGCTA_idx2GGTAGGTCTC.AGATTCAACTTCCAATCATC	Immature
neurons	2
10_12_exp3_idx1GTAGCAGCTA_idx2GGTAGGTCTC.TGGCCTGATACTCAATAGG	Immature
neurons	2
10_12_exp3_idx1GTAGGCTGCA_idx2CTCGTCTAGG.AAACTCCAATTTCCAACCGC	Immature
neurons	2
10_12_exp3_idx1GTAGGCTGCA_idx2GCTCTCGCCT.ATGCTTCCTATTGAGATTG	Neural
progenitors	3
10_12_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.GACTGACGTCATAGTTCGG	Immature
neurons	8
10_12_exp3_idx1TAGGTAACTT_idx2CTCCGGTTCT.GTCGGCAATAATGCTAGTC	Immature
neurons	2
10_12_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.CAATCGGTTTATCATGATC	Sensory
progenitors	6
10_12_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.AAGGACGATTCAAGCCGAT	Immature
neurons	2
10_12_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.GTCTATGGTGACGACCTGC	Sensory
progenitors	6
10_12_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.GCTCGAGATTGCATATAAC	Immature
neurons	2
10_12_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.AAACCATAGTAATGCCGCTT	Neural
progenitors	3
10_12_exp3_idx1TATTAGACTT_idx2AGTTGCATCT.AAATTCCTCTTAACTCAATT	Immature
neurons	2
10_12_exp3_idx1TATTAGACTT_idx2CAAGTACTGG.CGACGATATTATGAGTTAA	Immature
neurons	2
10_12_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.TGCTCCTATGGCGAACTCG	Immature
neurons	2
10_12_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.GGTCCTTCTTATAGACGCA	Neural
progenitors	3
10_12_exp3_idx1TCTTGAGGTT_idx2CGTCCGTCCT.CGCCGTAATTCAAGCCGAT	Immature
neurons	8
10_12_exp3_idx1TGGACGACTA_idx2AGCGTCAATG.CAATCGGTTTATAGACGCA	Neural
progenitors	3
10_12_exp3_idx1TGGACGACTA_idx2GACCTCTCTG.CCAGCCTTTATCGGCTATC	Immature
neurons	2
10_12_exp3_idx1TGGACGACTA_idx2GCAACTGGCA.ATTACCATCTCGTAATGCAG	Neural
progenitors	3
10_12_exp3_idx1TGGACGACTA_idx2TCGATATTGA.GACTACCATCGTAATGCAG	Neural
progenitors	3
10_12_exp3_idx1TTATTGAGGC_idx2TCCGGTAATC.ACCATGATTTGATCTTACGC	Neural
progenitors	3
10_12_exp3_idx1TTATTGAGGC_idx2TCCGGTAATC.CTCGCATGTCCGCGGCTCA	Neural
progenitors	3
10_12_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.GGTCAGTTTTATGAGTTAA	Immature
neurons	2
10_12_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.TATGGTCTTTTAACTCAATT	Neural
progenitors	3
10_12_exp3_idx1TTCCGTCGAC_idx2GATCAGTCAT.ACCGGTTCTTGGTATTCAT	Immature
neurons	8
10_12_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.CCTGCTACTCGACGCGACT	Immature
neurons	2
10_12_exp3_idx1TTGCCGTAGG_idx2CTCGTCTAGG.ACAGGTATTTTTATCCGGAT	Immature
neurons	2
10_12_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.TTCGTTCCTAAGAAGCTAG	Immature
neurons	2
10_12_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.TCTTAGTTCTTCAAGCCGAT	Immature
neurons	2
10_12_exp3_idx1TTGGTAAGGA_idx2CCTAGCGCCT.AAACCATAGTTACGGCTACG	Neural
progenitors	0
10_12_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.ACCATGATTTCCTTACTCCT	Immature
neurons	2
10_12_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TTCTTAACCTGCAGACCGGT	Neural
progenitors	0
10_12_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TAGGTACTATTCGTAGAGAA	Neural
progenitors	11
10_12_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TCCAATAGTTTGATACGAGT	Neural
progenitors	11
10_12_exp10_idx1TGGACGACTA_idx2TCGATATTGA.ATAACTTCCTTGATACGAGT	Neural
progenitors	11
10_12_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TATGACTTGTATAGACTAGG	Neural
progenitors	0
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGATCTTCTTTGCGCCAGAA	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CTCCGGTTTAGACTCAAGC	Neural
progenitors	0
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGGCCTGATACGCCGTTCA	Neural
progenitors	0
10_12_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.CAACGCAGTTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.AGCAACGATGCAGACCGGT	Immature
neurons	12
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.AAGATGCCTCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CCGAGAGATCAGATTCGAT	Immature
neurons	2
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TAGAGAGTATAATGGTCGAC	Neural
progenitors	11
10_12_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TTGGCGACTTTCGCTTACG	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGGTCGAATTTACGTATAC	Neural
progenitors	0
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ACCAATGCTTTGGACGCTG	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCTCCTGATGGCATAGCTT	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACTCGCTTAGTTCGAGTA	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCTGGCTATAATACGCAGG	Neural
progenitors	11
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTTGCAAGTCGATGGCGCC	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCATTAAGCTTACGGCTACG	Ventral
midline	9
10_12_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GTACCTCTTCAGGTATGGA	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TTGGCTCATTTCGCTTACG	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATGACTTGTCTCTGCGGCA	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ATAGTCGCTACGCCGTTCA	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTCTCTAGTTGCGACGCCTT	Neural
progenitors	11
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGCTCCTATTTCGCTTACG	Neural
progenitors	11
10_12_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TGCTAATTCTGCCAACGCCA	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GTAAGCTCTCATGCTGGTT	Neural
progenitors	0
10_12_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TGCTAATTCTGTTCCGCTAA	Neural
progenitors	0
10_12_exp10_idx1AATACGATAA_idx2GACCGTAGCA.GCTGAAGCTGTCCAACTCA	Neural
progenitors	11
10_12_exp10_idx1AATACGATAA_idx2GTTCCGACGA.TACTTGCGTCATTCAATCA	Neural
progenitors	0
10_12_exp10_idx1AATACGATAA_idx2TTAACGTACC.GGAGCTCATTGGAACTAGA	Neural
progenitors	0
10_12_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.GGAGGTTCTGCAGGTCCGT	Neural
progenitors	16
10_12_exp10_idx1AGACCATATC_idx2ACGCAACTCC.TGTCCTTATTATGCAATATG	Neural
progenitors	0
10_12_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.AAGGATTACTGCAAGGAATA	Neural
progenitors	1
10_12_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.GACGTTCGTGCAAGGAATA	Neural
progenitors	0
10_12_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TCCTCGAGTGTCATTGCGC	Neural
progenitors	0
10_12_exp10_idx1AGACCATATC_idx2CGATCATTAC.AACTAGTTGTAGAGCCAAGG	Neural
progenitors	3
10_12_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.ACAGGTATTTTGGAACTAGA	Immature
neurons	2
10_12_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.GGAGCTCATGGCTATGACT	Neural
progenitors	0
10_12_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TAGCCAATTTGGAGGATAGC	Neural
progenitors	0
10_12_exp10_idx1ATAAGGACTC_idx2CATTATTACC.TATAAGGCTTTCCTACCAGT	Neural
progenitors	11
10_12_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.ATATGGATCTTTGAGTATCA	Neural
progenitors	0
10_12_exp10_idx1ATGGCGCCTG_idx2CCAAGCTGAA.GTAGACGGTGCAAGGAATA	Neural
progenitors	0
10_12_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TTTGCTACTTGTCATTGCGC	Neural
progenitors	16
10_12_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.TTCAACTGATAACTGATCTT	Neural
progenitors	3
10_12_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.TTCGCATAATGCAGGTCCGT	Neural
progenitors	0
10_12_exp10_idx1GAGCGCGATG_idx2GGAACGATGG.GTCTCTACTTTAGATTCCG	Neural
progenitors	11
10_12_exp10_idx1GCATCGTATG_idx2GCAACTGGCA.GAGGAACTTTGGAACTAGA	Neural
progenitors	11
10_12_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.ATTGATCGTTAACTGATCTT	Neural
progenitors	0
10_12_exp10_idx1GCTTGAAGAG_idx2TATAACTTCC.TTTGCTACTTGGAGGATAGC	Neural
progenitors	11
10_12_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.GAACGGCTTGCCGCAACGA	Neural
progenitors	3
10_12_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TGGATCCGTCGATCATTAC	Neural
progenitors	0
10_12_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.AGAGTACCTACGCGAGATT	Neural
progenitors	16
10_12_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.GCGGTATATGCAGGTCCGT	Neural
progenitors	16
10_12_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TGTTAAGACTCGAGCTGCCA	Neural
progenitors	0
10_12_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.CAGCAAGTTGCAAGGAATA	Neural
progenitors	3
10_12_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.CTGCCTTATACGCGAGATT	Neural
progenitors	0
10_12_exp10_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTCTAAGCTTTGCCGGCAGA	Neural
progenitors	0
10_12_exp10_idx1TAGTAAGCCG_idx2GAACTGCATC.GTAAGCTCTAAGCCGGCTG	Neural
progenitors	11
10_12_exp10_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTGGAAGATTTAGATTCCG	Neural
progenitors	0
10_12_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.GACCGTCATAGAGCCAAGG	Neural
progenitors	3
10_12_exp10_idx1TATTAGACTT_idx2ACTATCTTGA.GCATCCAGTGGAGGATAGC	Neural
progenitors	0
10_12_exp10_idx1TATTAGACTT_idx2TCATCTAATC.GTAAGGAGTAACTGATCTT	Neural
progenitors	0
10_12_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.TATGAGAACTGCAAGGAATA	Neural
progenitors	0
10_12_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.ATTAGTCTGTTGGAACTAGA	Neural
progenitors	0
10_12_exp10_idx1TGGACGACTA_idx2TCGATATTGA.GTCCTGCATCGATCATTAC	Neural
progenitors	11
10_12_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.GTCTCTACTCGATCATTAC	Neural
progenitors	16
10_12_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.TTGACCAGTCGCCGCCTCC	Neural
progenitors	0
10_12_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.CTGCCTTATTTGAGTATCA	Neural
progenitors	3
10_12_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.TGCCTATTATTTAGATTCCG	Neural
progenitors	16
10_12_exp10_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TCCAATAGTTGTCATTGCGC	Neural
progenitors	16
10_12_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.TGAATCTGATTTAGATTCCG	Immature
neurons	2
10_12_exp10_idx1TTGCCGTAGG_idx2TGAGGTAGAA.GCTGGCTATACGCGAGATT	Neural
progenitors	16
10_12_exp10_idx1TTGCCGTAGG_idx2TGATACGAGT.GTAAGGAGTGTCATTGCGC	Neural
progenitors	0
10_12_exp10_idx1TTGCGAGCAT_idx2CGACTACCAA.TAGGTACTATTGGAACTAGA	Neural
progenitors	0
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCGCATAATAGTTCGAGTA	Neural
progenitors	1
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TATCATGAGTACCAGCGCAG	Neural
progenitors	0
10_12_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GTTCGCTGTCAGGTATGGA	Neural
progenitors	0
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGGTCGAATCGAGCTGCCA	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TATGACTTGTAAGTCTTCCG	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGGACCTCTTTGGACGCTG	Immature
neurons	2
10_12_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.ACCGTAGCTCCGTTGACTT	Immature
neurons	2
10_12_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TATTCGGCTCAGATTCGAT	Neural
progenitors	0
10_12_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TGCGTAGTTAGGCCGCTCG	Neural
progenitors	3
10_12_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TATAAGGCTTTACGGCTACG	Immature
neurons	2
10_12_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.GTCGGCAATAAGTCTTCCG	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGCAAGTCTGCGACGCCTT	Neural
progenitors	1
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCAGGAGATTTGGACGCTG	Ventral
midline	9
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCCAAGTTATAGACTCAAGC	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGAATTCGTTGTCATTGCGC	Immature
neurons	8
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTTCCAGCTTTAATTATTG	Sensory
progenitors	6
10_12_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.CAACGCAGTTACTTACTTA	Immature
neurons	2
10_12_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TCATGGCTTGGCTATGACT	Neural
progenitors	11
10_12_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TTGGCAATATTCAGACGAAC	Immature
neurons	2
10_12_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TACTCCTATTAGGCCGCTCG	Oenocytes	18
10_12_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GTTCCAGCTATAGACTAGG	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGAGTTAGATCAGATTCGAT	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTGCGGTCTAATGGTCGAC	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.AACCGCTGTGTACTAGTAA	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGAGCTCATTTGGAATCTC	Neural
progenitors	1
10_12_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TCCTATTCTTTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTGCGGTCTTACGGCTACG	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TACGGTAGTACCGCAGAAT	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTTGCTCCTGCGCGGTAGT	Ventral
midline	9
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCTTAACCTGCGACGCCTT	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GACCGTCATTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CTTCATGCTGCGCGGTAGT	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTCGGCAATACGCCGTTCA	Ventral
midline	9
10_12_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.GCGGTATATATAGACTAGG	Neural
progenitors	11
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACTCGCTTTCTACCATTA	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGAATCTTTGCCAACGCCA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GAGACTAGTTCAGCTCTAA	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCAACGTTTTGCGCCAGAA	Neural
progenitors	3
10_12_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.GACTGACGTCGAATAATTC	Immature
neurons	8
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTTGCAAGTTCCGTCGCCA	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAACTAAGGTCGAATAATTC	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GATCGACCTGCGCGGTAGT	Neural
progenitors	0
10_12_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.AAATTCCTCTTGGAACTAGA	Immature
neurons	13
10_12_exp10_idx1AATACGATAA_idx2CTCGATGGAG.TAGAGAGTATTTAGATTCCG	Neural
progenitors	16
10_12_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.GAAGAGGCTGCAAGGAATA	Neural
progenitors	16
10_12_exp10_idx1AGACCATATC_idx2AGGATTACCA.TTTGCTACTTGGTACTGCCT	Neural
progenitors	3
10_12_exp10_idx1AGACCATATC_idx2CGATCATTAC.TCGTTCTGTGGTATCCGCC	Neural
progenitors	0
10_12_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.TATGCGATTTGCAAGGAATA	Neural
progenitors	0
10_12_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.GGACTTGATAGAGCCAAGG	Neural
progenitors	0
10_12_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.AAATTCCTCTGCAGGTCCGT	Immature
neurons	2
10_12_exp10_idx1ATGGCGCCTG_idx2CAAGATTAAG.TTCGCATAATTTAGATTCCG	Neural
progenitors	0
10_12_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.GGCTAAGATGTCATTGCGC	Neural
progenitors	0
10_12_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.TATGACTTGTGGCTATGACT	Neural
progenitors	0
10_12_exp10_idx1GAGCGCGATG_idx2GGAACGATGG.TTATAGGCATATGCAATATG	Neural
progenitors	11
10_12_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.TCGAGAAGTGCAGGTCCGT	Neural
progenitors	0
10_12_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TTCTCATTGTTCAACGTAAG	Neural
progenitors	0
10_12_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.GTCGTAACTAACTGATCTT	Sensory
progenitors	6
10_12_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.CCTAATGGTGTCATTGCGC	Neural
progenitors	1
10_12_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TAGATGACTTCATTCAATCA	Neural
progenitors	0
10_12_exp10_idx1TAGGTAACTT_idx2TGATACGAGT.ACAACCTATTAAGAAGCTAG	Neural
progenitors	0
10_12_exp10_idx1TAGTAAGCCG_idx2GACTAGTCTA.TAGTTACCTTAGAGCCAAGG	Neural
progenitors	16
10_12_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TGTTAAGACTAGAGCCAAGG	Immature
neurons	2
10_12_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.TGATCTTCTTGTCATTGCGC	Neural
progenitors	3
10_12_exp10_idx1TCTTGAGGTT_idx2TGGCCGCAAT.GTATCGCATGGAGGATAGC	Neural
progenitors	3
10_12_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TAGAACCAATCCATTATCTA	Immature
neurons	2
10_12_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TAATACCAGTTCGCGGTTGG	Neural
progenitors	11
10_12_exp10_idx1TTGCGAGCAT_idx2CGTCCGTCCT.GCTGGCTATACGCGAGATT	Neural
progenitors	0
10_12_exp3_idx1ATAAGGACTC_idx2TTGGTCATAA.TAATACCAGTTATCATGATC	Neural
progenitors	3
10_12_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.AGCGTAAGTTTCCAACCGC	Neural
progenitors	0
10_12_exp3_idx1GCATCGTATG_idx2CTGCAATCGC.ATAATCCTGTTATAGACGCA	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2GACCTCTCTG.GGCGTTAATCGATGGCGCC	Immature
neurons	2
10_12_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.TTCGTTCCTAATGCCGCTT	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CGAGATGCTCAGATTCGAT	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CGTCGAAGTCCAACTAACC	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATTGAGGTTTATTACTCAT	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCGGTACCTGCTAACCTCA	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGAGAATCATTAGGCAGATA	Immature
neurons	2
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTCGCGGATGCAGGCGACG	Ventral
midline	9
10_12_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GGCGACTATAGTTCGAGTA	Immature
neurons	2
10_12_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.ACCGTAGCTAATACTCTTC	Mature
neurons	10
10_12_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.ATGCCAAGTTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATAGTCGCTGATAAGGCAA	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCGGATAGTCAGGTATGGA	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCAATAGTTATGGCGGATC	Immature
neurons	2
10_12_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GCAGATACTCAGGTATGGA	Mature
neurons	17
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GACCGAATTTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCCATGGTTGTTCCGCTAA	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCGTCTCATGCCAGGATCA	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AAGATGCCTGCCAGGATCA	Mature
neurons	5
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCGTCGTATAGATATATCG	Immature
neurons	8
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATGCGATTTTTCTTATCGA	Mature
neurons	17
10_12_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GCAGATACTTATGCCGAGT	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TATTGAGGTTTTACGTATAC	Immature
neurons	2
10_12_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.TTACCTAAGTTGGAACTAGA	Immature
neurons	2
10_12_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TGGTTGAATTAGAGCCAAGG	Immature
neurons	2
10_12_exp10_idx1GTAGCAGCTA_idx2CTAACTCCAA.GAACGGCTTCGATCATTAC	Immature
neurons	2
10_12_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.AATTCATCGTGGCATAGCTT	Mature
neurons	10
10_12_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.ACCATGATTTACCGCAGAAT	Immature
neurons	2
10_12_exp3_idx1ATTATGCAAG_idx2TGATAGAACG.AATACCGAATGATACGGAAC	Immature
neurons	2
10_12_exp3_idx1GCATCGTATG_idx2GACCTCTCTG.ATTACCATCTCCTTACTCCT	Mature
neurons	5
10_12_exp3_idx1TGGACGACTA_idx2AACGGACCAA.AGAAGTAAGTCTAGTAGTCT	Immature
neurons	2
10_12_exp3_idx1TGGACGACTA_idx2GCAACTGGCA.CTTCGACTTCTTGGTAATG	Immature
neurons	2
10_12_exp3_idx1TTATTGAGGC_idx2TCCGGTAATC.CGCCGTAATAATCGATAAT	Immature
neurons	12
10_12_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.TTGATTCCTTCTTGGTAATG	Immature
neurons	2
10_12_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TTGAGTCCTTTAATTATTG	Neural
progenitors	1
10_12_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GCTCGAGATGCGCGGTAGT	Neural
progenitors	0
10_12_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GTCATCTGTGCCAGGATCA	Neural
progenitors	11
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ATTGCCGGTTTAATTATTG	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTCCTGCATAATACGCAGG	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GACTCGCTTTAGGCAGATA	Neural
progenitors	0
10_12_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.GTATCGCATCGATCATTAC	Neural
progenitors	0
10_12_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.CGAATGAGTTTAGATTCCG	Neural
progenitors	0
10_12_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.TTGATTCCTTTGGAACTAGA	Neural
progenitors	16
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAGAGCCTTCGGAGATCCG	Germline	19
10_12_exp4_idx1GATTCTTGAA_idx2AGTTGCATCT.AACCTCATTTTAACGATCCA	Germline	19
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GACCGAATTTCTACCATTA	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCGGTACCTGCGCGGTAGT	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGCTCCTATACGCCGTTCA	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGCGGTCTATAGACTAGG	Neural
progenitors	3
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGGAGTTATATAGACTAGG	Neural
progenitors	16
10_12_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.CATCGGACTGCCAACGCCA	Sensory
progenitors	6
10_12_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GGCTTACTTGCGCGGTAGT	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCTCCGAATTACGGCTACG	Germline	19
10_12_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.CGCCGTAATAGAGCCAGCC	Neural
progenitors	0
10_12_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.TATCATGAGTACGCCGTTCA	Neural
progenitors	3
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GCTGGCTATTTGGACGCTG	Immature
neurons	2
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCGGTACCTAAGTTGCCAT	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GTAAGCTCTTGCGCCATCT	Neural
progenitors	0
10_12_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GGATAGGTTTGCGCCATCT	Neural
progenitors	0
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TAGTTACCTTCGGTAGGAAT	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTAAGGAGTAATAATACCA	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CCGGATAGTTTACGTATAC	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCGCCAACTACTTCCGAAT	Neural
progenitors	11
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGCGCATTTCAGGTATGGA	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTCCGAATTTAATTATTG	Neural
progenitors	3
10_12_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.CTGCTGAATTTCGCTTACG	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGGTAATAGTAGTTGCATCT	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CAACGCAGTTTGGACGCTG	Immature
neurons	2
10_12_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.AAGATGCCTTGCATATAAC	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCCTCGAGTTGATAGAACG	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCAGTTGGTTGCATATAAC	Immature
neurons	2
10_12_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TTGGCTCATGTTCCGCTAA	Immature
neurons	2
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CGAGATGCTCAGGTATGGA	Neural
progenitors	16
10_12_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TTCGCATAATTCTATAAGGA	Immature
neurons	2
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GAACGGCTTTCTACCATTA	Neural
progenitors	3
10_12_exp10_idx1AATACGATAA_idx2TGATACGAGT.TCGTCTATTTCGATCATTAC	Neural
progenitors	16
10_12_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.GTCCTGCATGTCATTGCGC	Neural
progenitors	3
10_12_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.TTGACTCAATAGAGCCAAGG	Neural
progenitors	16
10_12_exp10_idx1GATTCTTGAA_idx2GAACTGCATC.TTGATTCCTTTTAGATTCCG	Neural
progenitors	16
10_12_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.ATACCAGTTTTTGAGTATCA	Neural
progenitors	16
10_12_exp10_idx1GCATCGTATG_idx2GCAACTGGCA.TAGGTACTATAACTGATCTT	Neural
progenitors	0
10_12_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.TGGTAATAGTTCGTAGAGAA	Neural
progenitors	0
10_12_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TCTATCCAATGGTACTGCCT	Immature
neurons	2
10_12_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.ATGGTTGGTGGAGGATAGC	Neural
progenitors	16
10_12_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.TTGAGAGATTTCCTACCAGT	Neural
progenitors	11
10_12_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.TCCAAGTTATACGCGAGATT	Sensory
progenitors	6
10_12_exp10_idx1GTAGCAGCTA_idx2CATGCATCTC.GTAGACGGTCGCTCCTAAC	Neural
progenitors	11
10_12_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TATTGACTCTGGTATGCTTG	Neural
progenitors	0
10_12_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.TACGGTAGTCGATCATTAC	Neural
progenitors	0
10_12_exp10_idx1TATTAGACTT_idx2CATGCATCTC.CTGATAGGTCTCGATGGAG	Neural
progenitors	0
10_12_exp10_idx1TATTAGACTT_idx2TCATCTAATC.ATTGATCGTTTTGAGTATCA	Neural
progenitors	16
10_12_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TTGGTTAAGTCGATCATTAC	Neural
progenitors	3
10_12_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.GGACTTGATGTCCAACTCA	Immature
neurons	2
10_12_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.CTTCATGCTTCGATATTGA	Neural
progenitors	3
10_12_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.GGAGGTTCTTTGAGTATCA	Neural
progenitors	0
10_12_exp10_idx1TTATTGAGGC_idx2TATAACTTCC.TTGACCAGTTTGAGTATCA	Neural
progenitors	16
10_12_exp10_idx1TTGCCGTAGG_idx2ACGTTCAACC.TATAAGAGGTTGGAACTAGA	Neural
progenitors	0
10_12_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.GAGACTAGTGCAAGGAATA	Immature
neurons	2
10_12_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.TATCGAACTTATGCAATATG	Neural
progenitors	0
10_12_exp10_idx1TTGCCGTAGG_idx2TCTAGAACTA.TGTTAAGACTTTAGATTCCG	Immature
neurons	2
10_12_exp10_idx1TTGCGAGCAT_idx2CAAGTACTGG.TGATCTTCTTGCCGCAACGA	Neural
progenitors	0
10_12_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.CCGTCTCATGTATAATACG	Germline	19
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCCAAGTTATCAGATTCGAT	Neural
progenitors	0
10_12_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GCAGATACTCGAATAATTC	Neural
progenitors	0
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AGTTGCGCTCCAACTAACC	Immature
neurons	12
10_12_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGACTTGATGCAGGCGACG	Immature
neurons	13
10_12_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TAGGTACTATATAGTCGTAG	Immature
neurons	12
10_12_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.ACGAGGTTTTATTACTCAT	Neural
progenitors	0
10_12_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.CGAGATGCTTCTAGAACTA	Neural
progenitors	0
10_12_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GTCGGCAATTGCATATAAC	Sensory
progenitors	6
10_12_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.CCGGAGTTTTGCATATAAC	Neural
progenitors	1
10_12_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.GTCGGCAATAAGTCTTCCG	Immature
neurons	2
10_12_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.GTCATCTGTGTTCCGCTAA	Immature
neurons	12
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTATAGGCATCAGGTATGGA	Neural
progenitors	0
10_12_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TTGGCGACTGCAGGCGACG	Neural
progenitors	11
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCCGACGTCCGTCCAGTA	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTTGCAAGTTTAATTATTG	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATAAGGCTTTCTACCATTA	Neural
progenitors	1
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGAGAGATTAGTTCGAGTA	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TATTGACTCTTTACGTATAC	Ventral
midline	9
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ATAGTCGCTCATGCTGGTT	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGAGCTCATGTTCCGCTAA	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGAATTCGTTAGGCCGCTCG	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGAGGTTCTGTTCCGCTAA	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTTGGCATGTACTAGTAA	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTAATGAGCTCAGGTATGGA	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCGCGCATTGCGCGGTAGT	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTCTACTGTCGAGCTGCCA	Sensory
progenitors	6
10_12_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.CGAGATGCTTTCGCTTACG	Neural
progenitors	0
10_12_exp10_idx1AATACGATAA_idx2TCTAGAACTA.GCAATCGCTCCGCTATATT	Neural
progenitors	11
10_12_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.GCAGATACTTTAGATTCCG	Neural
progenitors	1
10_12_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.ATAACTTCCTATGCAATATG	Neural
progenitors	11
10_12_exp10_idx1GTAGCAGCTA_idx2TGATAGAACG.TAGGTACTATTCGTAGAGAA	Neural
progenitors	11
10_12_exp10_idx1TAGGTAACTT_idx2GATGATCGTA.GCTGAAGCTACGAGGACCT	Neural
progenitors	0
10_12_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TGCAAGGTTCGATCATTAC	Immature
neurons	2
10_12_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.GGACTTGATCGCCGCCTCC	Neural
progenitors	0
10_12_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.ACGAGGTTTCCTTACTCCT	Neural
progenitors	1
10_12_exp3_idx1AGTCCGCTGC_idx2GAACTGCATC.TTGCGGTCTAGGAGAGAAC	Sensory
progenitors	6
10_12_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.ATATGGATCTCGCCGCCTCC	Neural
progenitors	11
10_12_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.ATATCCTACTTGAGGTAGAA	Neural
progenitors	11
10_12_exp10_idx1TTATTGAGGC_idx2TCTATAAGGA.TAACTAAGGTTTGACTTCAG	Neural
progenitors	11
10_12_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TTATAGGCATTCCTACCAGT	Neural
progenitors	11
10_12_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.AAGATGCCTGCAGACCGGT	Germline	19
10_12_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TTCTCTAGTTAATACTCTTC	Germline	19
10_12_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.TCGTCTATTTAATACTCTTC	Germline	19
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGCGGTCTCCAGGCCGCA	Germline	19
10_12_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.TTAATGAGCTGCAAGGAATA	Germline	19
10_12_exp10_idx1ACGGCGTTAA_idx2GACCTCTCTG.TTGACCAGTCCGCGGACCG	Germline	19
10_12_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.ATTAGTCTGTCGCCTCGAAC	Germline	19
10_12_exp10_idx1TATTAGACTT_idx2CAAGTACTGG.TCAGGAGATGCAAGGAATA	Germline	19
10_12_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TCTATCCAATGGCATAGCTT	Germline	19
10_12_exp3_idx1AATACGATAA_idx2TGAGGTAGAA.AGCAACGATGTATCATCGA	Germline	19
10_12_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.CAATCGGTTGCCGTCGCGT	Germline	19
10_12_exp3_idx1ATGGCGCCTG_idx2TCATCTCGAT.GACCGTCATTTGGATCCTT	Germline	19
10_12_exp3_idx1ATTATGCAAG_idx2CATGCATCTC.TTAATGAGCTCCGTCCAGTA	Germline	19
10_12_exp3_idx1CCTCAGCTCC_idx2TCATCTCGAT.ATATCTGGATGGCCGTAGTC	Germline	19
10_12_exp3_idx1GGCTTACTCC_idx2AACTTATAAG.TGAACGCGTTCCAATCATC	Germline	19
10_12_exp3_idx1GGCTTACTCC_idx2TGATACGAGT.TGCAAGGTTTCTTGCCGAC	Germline	19
10_12_exp3_idx1GTAGCAGCTA_idx2GGTAGGTCTC.GGTCAGTTTCGGAGATCCG	Germline	19
10_12_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.GCAACGTTTCAACCGCTAA	Germline	19
10_12_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.AACTTGGATTTATCATGATC	Germline	19
10_12_exp3_idx1TTGCGAGCAT_idx2CATGCATCTC.TTATCCGCTAACTGATCTT	Germline	19
10_12_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.GGTAGTCCTCAGATTCGAT	Germline	19
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATTCGGCTGCGCGGTAGT	Immature
neurons	13
10_12_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GGAGGTTCTCTCTGCGGCA	Germline	19
10_12_exp3_idx1ACGGCGTTAA_idx2ACCGTTACGA.TAGATGACTTTTCCATGGCA	Germline	19
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CGGTTCCATGCCAACGCCA	Neural
progenitors	0
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GCAACGTTTCAGGTATGGA	Neural
progenitors	0
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TACTCCTATTTGAGTCCAGA	Neural
progenitors	11
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCAGGAGATCCGTTGACTT	Sensory
progenitors	6
10_12_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCAACTGATGCGACGCCTT	Neural
progenitors	11
10_12_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCTAGGAATTTATAGTAAGC	Neural
progenitors	0
10_12_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGGACCTCTAGGCCGCTCG	Neural
progenitors	1
10_12_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GGTAGTCCTTCTCCTATAA	Neural
progenitors	0
10_12_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TGCCTTGGTACGTTCAACC	Neural
progenitors	0
10_12_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.GTAAGGAGTGGCTAATTAA	Neural
progenitors	0
10_12_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.CGAGATGCTCAGATTCGAT	Neural
progenitors	0
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCGCGCATTGTACTAGTAA	Neural
progenitors	3
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTCGCGGATCAGGTATGGA	Neural
progenitors	0
10_12_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TATCCAGGTACGCCGTTCA	Neural
progenitors	0
10_12_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TTGCGGTCTTTAGATTCCG	Neural
progenitors	11
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGCGACTATGCGCGGTAGT	Neural
progenitors	3
10_12_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCGTCTATTTGCCAACGCCA	Sensory
progenitors	6
10_12_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TATTGAGGTTAGTTCGAGTA	Neural
progenitors	3
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCTCCGAATAGTAAGCATA	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACCGTCATGTACTAGTAA	Neural
progenitors	0
10_12_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TAGGTACTATCAGATTCGAT	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCAGCGGTTTTGGACGCTG	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TGGTCTCCTATGGCGGATC	Neural
progenitors	11
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCTCCTGATTGCGCCATCT	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGCGCATTCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CCATCAGGTTCTAGAACTA	Neural
progenitors	11
10_12_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TAGCTCGGTAATACGCAGG	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GATTACGGTCTCGATGGAG	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCTAGGAATTATCAACGATT	Germline	19
10_12_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TTATAGGCATCGAATAATTC	Neural
progenitors	3
10_12_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.GACTCGCTTTACGGCTACG	Neural
progenitors	3
10_12_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTAATGAGCTGCCAACGCCA	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCGCCAACTGCCAACGCCA	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TGAATTCGTTAGGCCGCTCG	Neural
progenitors	0
10_12_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.TTATAGGCATGACCTCTCTG	Neural
progenitors	1
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCTGGCTATAGACTCAAGC	Neural
progenitors	3
10_12_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGACGAGGTAATGGTCGAC	Neural
progenitors	0
10_12_exp10_idx1AATACGATAA_idx2AACTTATAAG.GAGACTAGTTTAGATTCCG	Neural
progenitors	11
10_12_exp10_idx1AATACGATAA_idx2ACGTTCAACC.TACTTGCGTATGCAATATG	Neural
progenitors	11
10_12_exp10_idx1ACGGCGTTAA_idx2AATTGCCTAC.TAGAACCAATCTCGATGGAG	Neural
progenitors	0
10_12_exp10_idx1ACGGCGTTAA_idx2AGCGTCAATG.ATTAGGTACTAACTGATCTT	Neural
progenitors	0
10_12_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.CTGCTGAATGCAGGTCCGT	Neural
progenitors	0
10_12_exp10_idx1AGACCATATC_idx2AGGATTACCA.CTCGTTGATAGAGCCAAGG	Neural
progenitors	0
10_12_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.GACTTGGCTCGCTCCTAAC	Neural
progenitors	11
10_12_exp10_idx1AGACCATATC_idx2CCTATAAGCT.GAAGAGGCTTGCGGACCTA	Neural
progenitors	0
10_12_exp10_idx1AGACCATATC_idx2CGATCATTAC.ACTTGATTGTACGAGGACCT	Neural
progenitors	0
10_12_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TCTTAGTTCTTCGCGGTTGG	Neural
progenitors	0
10_12_exp10_idx1AGGTCAGCTT_idx2TATAACTTCC.TCCTCGAGTAAGCCGGCTG	Neural
progenitors	11
10_12_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.AAGGATATGTCATTCAATCA	Neural
progenitors	11
10_12_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.GGTCAGTTTTCAACGTAAG	Neural
progenitors	0
10_12_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TTCAACTGATTTAGATTCCG	Neural
progenitors	3
10_12_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.GCTGGCTATGCCGCAACGA	Neural
progenitors	0
10_12_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.AACTAGTTGTTGATACGAGT	Neural
progenitors	11
10_12_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.AAGGATATGTGCAGGTCCGT	Neural
progenitors	0
10_12_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.AAGGATTACTATGCAATATG	Neural
progenitors	0
10_12_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.ACCATGATTTTCGCTAAGCA	Neural
progenitors	0
10_12_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.GGTTGGCATCTGCTTCGAC	Neural
progenitors	11
10_12_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.TGTTAAGACTTGGAACTAGA	Neural
progenitors	0
10_12_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.TCTCGCTCTCAAGTACTGG	Neural
progenitors	11
10_12_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.ATCAGTCATTGTCCAACTCA	Neural
progenitors	0
10_12_exp10_idx1GCATCGTATG_idx2GCAACTGGCA.ACAGGTATTTGCCGCAACGA	Neural
progenitors	0
10_12_exp10_idx1GCATCGTATG_idx2TCCGTCGCCA.TCAAGATCTTGCAAGGAATA	Neural
progenitors	0
10_12_exp10_idx1GCATCGTATG_idx2TCGATATTGA.TCGTCTATTTGGAGGATAGC	Neural
progenitors	16
10_12_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.TGAATCTGATGCAGGTCCGT	Neural
progenitors	16
10_12_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.CGAATGAGTTTAGATTCCG	Neural
progenitors	0
10_12_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GTAGACGGTCGATCATTAC	Neural
progenitors	0
10_12_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TCATGGCTTCGGATTAGAA	Neural
progenitors	0
10_12_exp10_idx1GGTTATCGAA_idx2AACTACCGAC.TGATCTTCTTTCGCGGTTGG	Neural
progenitors	0
10_12_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.ACGTTGCTTCGATCATTAC	Neural
progenitors	3
10_12_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.GGCAAGTCTAACTGATCTT	Neural
progenitors	0
10_12_exp10_idx1TAGGTAACTT_idx2ACTGAATTCC.TCATGGCTTCGATCATTAC	Neural
progenitors	16
10_12_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.TTTGCTTAGTGGTATGCTTG	Neural
progenitors	11
10_12_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.AAGGACGATTTGAGTATCA	Neural
progenitors	0
10_12_exp10_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGTTACCTTACTTAACCTT	Neural
progenitors	11
10_12_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.GGCTTACTTGCAGGTCCGT	Neural
progenitors	0
10_12_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.TGTTAAGACTTTAGATTCCG	Neural
progenitors	16
10_12_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.AAGGATTACTCTCGATGGAG	Neural
progenitors	11
10_12_exp10_idx1TGGACGACTA_idx2AACTTATAAG.GCGTACTTTACGCGAGATT	Neural
progenitors	0
10_12_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.GGTTCGAGTCGATCATTAC	Neural
progenitors	1
10_12_exp10_idx1TGGACGACTA_idx2CTCCGGTTCT.GACCAGGATGGATGCAGCA	Neural
progenitors	0
10_12_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TCAGGAGATCCGCGGACCG	Immature
neurons	2
10_12_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.TTGGCTCATCGATCATTAC	Neural
progenitors	0
10_12_exp10_idx1TTCGAATATT_idx2GGAACGATGG.TATCATGAGTGCAAGGAATA	Neural
progenitors	0
10_12_exp10_idx1TTGCCGTAGG_idx2ACTGAATTCC.TTATAGGCATGCAGGTCCGT	Neural
progenitors	0
10_12_exp10_idx1TTGCCGTAGG_idx2CGAGCTGCCA.GTCATCTGTCTTGCGCCGC	Neural
progenitors	0
10_12_exp10_idx1TTGCCGTAGG_idx2CTCCGGTTCT.TTATAGGCATGGCTCTCTAT	Neural
progenitors	11
10_12_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.GCTGAAGCTAACTGATCTT	Neural
progenitors	16
10_12_exp2_idx1GTAGCAGCTA_idx2TGATAGAACG.AAGTACGTTTGGAGGATAGC	Neural
progenitors	0
10_12_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.AGTCGCATTAGGTTAGCAT	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TGAACGCGTGCGCGGTAGT	Immature
neurons	13
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.CGTCGAAGTAAGTAGTCAG	Immature
neurons	2
10_12_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCAGTTGGTCAGATTCGAT	Neural
progenitors	16
10_12_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TCCAAGTTATCAGATTCGAT	Neural
progenitors	0
10_12_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.AACCGCTGTTTGGACGCTG	Neural
progenitors	3
10_12_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTAGCGATTTACGGCTACG	Neural
progenitors	3
10_12_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GTAAGCTCTTTCGCTTACG	Neural
progenitors	1
10_12_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.ACCTTCGGTAACTGATCTT	Neural
progenitors	0
10_12_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.GACTCGCTTAGGCCGCTCG	Neural
progenitors	3
10_12_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TGGCCTGATGACCTCTCTG	Neural
progenitors	3
10_12_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TGGATCCGTTTACGTATAC	Immature
neurons	2
10_12_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TGAGTTAGATCAGGTATGGA	Immature
neurons	13
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACGAGGTTTTGCGCCATCT	Neural
progenitors	3
10_12_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGTTGGCATTTGGTCATAA	Neural
progenitors	0
10_12_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCTACTTACTTTCGCTTACG	Immature
neurons	2
10_12_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTTGCTCCTTTACGTATAC	Neural
progenitors	3
10_12_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.CTCTACTGTTGCGCCATCT	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GACCAGGATTGCGCCATCT	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TAGCCAATTTCCGTTGACTT	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.AAGATGCCTTCTACCATTA	Neural
progenitors	3
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTCAACTGATATAGTCGTAG	Neural
progenitors	11
10_12_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CAGAAGGCTAGACTCAAGC	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CTAGTACGTGCGCGGTAGT	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTCGCATAATGTACTAGTAA	Immature
neurons	2
10_12_exp10_idx1AATACGATAA_idx2GCTCTAACGA.ATTCCTAGATGCAGGTCCGT	Neural
progenitors	0
10_12_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.GGAGCTCATGTCATTGCGC	Neural
progenitors	0
10_12_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.TAGAGAGTATGCAAGGAATA	Neural
progenitors	0
10_12_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TTACCTAAGTTTGAGTATCA	Neural
progenitors	0
10_12_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TCATTAAGCTTTGAGTATCA	Neural
progenitors	11
10_12_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TCGAATCTTTTCAACGTAAG	Neural
progenitors	0
10_12_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TCGAAGGATTCAACGTAAG	Neural
progenitors	3
10_12_exp10_idx1TAGTAAGCCG_idx2CGGCGAGACC.TTGAGAGATTTGGAACTAGA	Neural
progenitors	0
10_12_exp10_idx1TATTAGACTT_idx2CATGCATCTC.TTCTCATTGTGCAAGGAATA	Neural
progenitors	0
10_12_exp3_idx1AGACCATATC_idx2AATTGCCTAC.GGTCAGTTTTAGCCGTCAT	Neural
progenitors	0
10_12_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.CGTCTTCCTAACTGCTGCC	Immature
neurons	2
10_12_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.ACTTACTCATTATAGACGCA	Immature
neurons	2
10_12_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.TAATACCAGTCTTGCAGTAG	Sensory
progenitors	6
10_12_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.GTAAGCTCTTGGCTGATGA	Immature
neurons	2
10_12_exp3_idx1TTATTGAGGC_idx2AGATCCTATA.AGGCGGAATAATGCTAGTC	Immature
neurons	2
10_12_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GGCGACTATTACGGCTACG	Neural
progenitors	0
10_12_exp10_idx1TATAATAGTT_idx2AAGCCGGCTG.AGCGTAAGTCCGCTATATT	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TAGAGAGTATGATAAGGCAA	Neural
progenitors	0
10_12_exp10_idx1ACGGCGTTAA_idx2GACCTCTCTG.TACGGTAGTGGATGCAGCA	Neural
progenitors	0
10_12_exp3_idx1TGGACGACTA_idx2GATGATCGTA.TCGCGCATTGACGACCTGC	Neural
progenitors	1
10_12_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TTGCGGTCTGCGCGGTAGT	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.AACCGCTGTTGCGCCAGAA	Neural
progenitors	1
10_12_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CTACGGCATAGACTCAAGC	Neural
progenitors	3
10_12_exp10_idx1ATAAGGACTC_idx2CATTATTACC.TTCTAAGCTTGCCATTCTCC	Neural
progenitors	0
10_12_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.TCATGGCTTCCGCGGACCG	Neural
progenitors	0
10_12_exp10_idx1ATAAGGACTC_idx2GTCGCTCAGT.AAGGATTACTGCCGCAACGA	Neural
progenitors	0
10_12_exp10_idx1GCTTGAAGAG_idx2AGATCCTATA.TCGAAGGATACTTCCGAAT	Neural
progenitors	0
10_12_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TAGCTCGGTGTTCCGCTAA	Neural
progenitors	0
10_12_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TCGTAGCGTAAGTCTTCCG	Neural
progenitors	0
10_12_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CTCTACTGTTCTACCATTA	Neural
progenitors	0
10_12_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.TATATGCGTTTTCGCTTACG	Neural
progenitors	0
10_12_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TGAATTCGTTTTCGCTTACG	Neural
progenitors	0
10_12_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GCGGTATATTTAGATTCCG	Neural
progenitors	0
10_12_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.ACGCCATATACTTCCGAAT	Neural
progenitors	0
10_12_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.ATTGCCGGTATCAACGATT	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TAGAGCCTTCAGGTATGGA	Neural
progenitors	0
10_12_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.CTGGAAGATACTATGCAAT	Neural
progenitors	0
10_12_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.GGAGGTTCTATGCAATATG	Neural
progenitors	0
10_12_exp10_idx1CCTCAGCTCC_idx2GGACTCATTG.TTGAGAGATTTCCTACCAGT	Neural
progenitors	11
10_12_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.ATATGGATCTAGAGCCAAGG	Neural
progenitors	0
10_12_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GTCCTGCATGTCATTGCGC	Neural
progenitors	0
10_12_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TTCGTTCCTAGAGCCAAGG	Neural
progenitors	0
10_12_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.GACCGTCATCGTCCGTCCT	Neural
progenitors	0
10_12_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.CTGCCTTATTCGTAGAGAA	Neural
progenitors	11
10_12_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.GGCTAAGATTTAGATTCCG	Neural
progenitors	0
10_12_exp2_idx1TTCCGTCGAC_idx2GACCTCTCTG.GAGTTCTCTATCCATGACT	Neural
progenitors	0
10_12_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.TCTATCCAATTCTTGCCGAC	Neural
progenitors	0
10_12_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GTCCTGCATTGCATATAAC	Neural
progenitors	0
10_12_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.TTGACCAGTTCAACGTAAG	Neural
progenitors	0
10_12_exp3_idx1GTAGCAGCTA_idx2ACTATCCGCA.GTTCGCTGTGTACTAGTAA	Neural
progenitors	0
10_12_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCATTAAGCTTCAGACGAAC	Germline	19
10_12_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.AAGCGCCATCTCTGCGGCA	Germline	19
10_12_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.GCAGATACTAACTGATCTT	Germline	19
10_12_exp10_idx1TCTTGAGGTT_idx2CGTCCGTCCT.GTAAGCTCTTTAGATTCCG	Germline	19
10_12_exp2_idx1TATTAGACTT_idx2ACTATCTTGA.ATTCAAGCATTCAAGCCGAT	Germline	19
10_12_exp3_idx1AGGTCAGCTT_idx2CCAGGTCTAC.GTCGGAGTTCATAACCAGC	Germline	19
10_12_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.AGATCGGATGATCTTACGC	Germline	19
10_12_exp3_idx1GTAGCAGCTA_idx2GGTAGGTCTC.TATGGTCTTTGGACTCATTG	Germline	19
10_12_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.CCAGAACCTCTGGATTAGT	Neural
progenitors	0
10_12_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TAAGACCGTACTACTGAAG	Neural
progenitors	0
10_12_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.ACCGTAGCTGTACTAGTAA	Neural
progenitors	0
10_12_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TATGGTCTTTTTGATATATT	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCGCCAACTCCGTTGACTT	Neural
progenitors	1
10_12_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GCTTCTGGTAGACTCAAGC	Neural
progenitors	0
10_12_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TGAACGCGTGAACTGCATC	Neural
progenitors	0
10_12_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGCGTAGTTTCTAGAACTA	Neural
progenitors	0
10_12_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.TATTCGGCTGTCGCTCAGT	Neural
progenitors	0
10_12_exp10_idx1ATGGCGCCTG_idx2GAACTGCATC.GTCTCTACTTCGCGGTTGG	Neural
progenitors	11
10_12_exp10_idx1ATGGCGCCTG_idx2GAACTGCATC.TCTACTTACTTTAGGATCTA	Neural
progenitors	0
10_12_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.TTATAGGCATCTGCTTCGAC	Neural
progenitors	11
10_12_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.GAACGGCTTGGTACTGCCT	Neural
progenitors	0
10_12_exp3_idx1AGGTCAGCTT_idx2TCATCTCGAT.ATCAGTCATTGTTCTGAATT	Neural
progenitors	0
10_12_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.GTAAGGAGTCTGGATTAGT	Neural
progenitors	0
10_12_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TGTTAAGACTGCCAGGATCA	Neural
progenitors	0
10_12_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ATTGCCGGTACGCAACTCC	Neural
progenitors	0
10_12_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.TCCAAGTTATTCCTACCAGT	Neural
progenitors	11
10_12_exp10_idx1GCATCGTATG_idx2TCGATATTGA.TCTAGGAATTGCCGCAACGA	Neural
progenitors	16
10_12_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.ACAGGTATTTCCGCAAGTTC	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CCTCCTGATTGCGCCAGAA	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GTACCTCTTCATAACCAGC	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.ATTGCCGGTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GCTCGAGATCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGATAGGTTTTCGCTTACG	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TTCCGACGTTCTCCTATAA	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GCTGGCTATTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GACTTGGCTACCGCAGAAT	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGAGCTCATTGCGCCATCT	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCCTCGAGTTGGCTGATGA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGCGTAGTTTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGGTAATAGTATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTGCGGTCTCAGGTATGGA	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.ATTGCCGGTAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CAACGCAGTTCTACCATTA	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CGCCGTAATTTCGCTTACG	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GACTCGCTTCCAGGCCGCA	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TTCGCGGATCAGGTATGGA	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GGTTCGAGTGCGCGGTAGT	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAGACTAGTATTGAGATTG	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGTACGGATTTCGCTTACG	Sensory
progenitors	14
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGTCTACGTTGCATATAAC	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATGCGATTTATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCGTTCTGTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGCTAATTCTGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTAATGAGCTTCTACCATTA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCAACTGATCCTTACTCCT	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGCGGTCTTTAATTATTG	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGGAGTTATTGGTATTCAT	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CATCGGACTCGATGGCGCC	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GGCGCATTTATTGAGATTG	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCGAATCTTTTACGGCTACG	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TGAGAATCATACGCCGTTCA	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TCAGTTGGTGTTCCGCTAA	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TCGCCAACTAGACTCAAGC	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ACGCCATATTCTCCTATAA	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCTGGCTATAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGACTTGATCAGGTATGGA	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTAAGCTCTTTGATATATT	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATAAGGCTTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCAGGAGATGCCAACGCCA	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCCTCGAGTCGGAAGATAT	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.ACGGCAATTAAGTCTTCCG	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CCGAGAGATATAGACTAGG	Immature
neurons	13
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTTAGCGGTACGCCGTTCA	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GAGACTAGTTTGATGCTAT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGAGCTCATGCGACGCCTT	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTCGGCAATAATGCTAGTC	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTTCCAGCTGCCGGTCGAG	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCATTAAGCTTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCCAATAGTTTGCGCCATCT	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCGCCAACTATTGAGATTG	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTCAACTGATTACGGCTACG	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTCGCATAATGGAGCGGCCG	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GATTACGGTTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GTAGCGATTTTCGCTTACG	Immature
neurons	2
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TTGGCGACTGTTCCGCTAA	Immature
neurons	2
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TTCTTAACCTTGCGCCAGAA	Immature
neurons	2
08_10_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TTGAGTCCTAGAGCCAGCC	Neural
progenitors	0
08_10_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.CAATCGGTTGAAGGTTGCC	Immature
neurons	2
08_10_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TGCTACTAATTCTACCATTA	Ventral
midline	9
08_10_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TCTCCGAATATAGACTAGG	Sensory
progenitors	14
08_10_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TGTTAAGACTCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.CCTCCTGATGCCGGTCGAG	Ventral
midline	9
08_10_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TTCTCTCGTGCGACGCCTT	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TTGGTTAAGTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.GACTCGCTTCAGATTCGAT	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.GGCGACTATCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CCATCAGGTTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CGAGATGCTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GCGTCGTATGCCGTATGCT	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TACTCCTATTTGCGCCAGAA	Ventral
midline	9
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCCAATAGTTGATAAGGCAA	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCCGGTCATCTGAACTGGT	Ventral
midline	9
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGCTCCTATTTGATATATT	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGGATCCGTTTAGCAATAA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CCATTGCGTGCCAACGCCA	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTAGTACGTTGCGCCATCT	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GACTCGCTTAAGTTGCCAT	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GACTGACGTCGATGGCGCC	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGTTCGAGTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTTCGCTGTGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTTGCAAGTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TAGCTCGGTCAGGTATGGA	Ventral
midline	9
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCATAGAGTTAGACTCAAGC	Ventral
midline	9
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCGTTCTGTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGCTCCTATATTGAGATTG	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGGTAATAGTATTGAGATTG	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TATTGAGGTTTTAATTATTG	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.ACGAGGTTTTGGTATTCAT	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GAAGAGGCTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TATGCGATTTTGCATATAAC	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCCTACCTTCCTTACTCCT	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TGCTAATTCTCCGTTGACTT	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TTCCGACGTTGCATATAAC	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.ACCTTCGGTAGACTCAAGC	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TATTGAGGTTTTAATTATTG	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TGAACGCGTTCGATATTGA	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CTACGGCATCCGTTGACTT	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GCCATGGTTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGTTCGAGTTCTACCATTA	Immature
neurons	13
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TATCATGAGTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTGGAGTTATAATGCTAGTC	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTTGCTTAGTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GACCGTCATCAGATTCGAT	Ventral
midline	9
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TATTGACTCTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TTGGAGTTATCCGTTGACTT	Ventral
midline	9
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.CAGAAGGCTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TAGCCAATTTCGATGGCGCC	Ventral
midline	9
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TGACGAGGTAAGTCTTCCG	Ventral
midline	9
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CTCCAGAGTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTTGCAAGTTTGATGCTAT	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TACGGTAGTTGGTATTCAT	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TAGAGAGTATACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGAGTTAGATTCTACCATTA	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGCCTATTATTACGGCTACG	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TAGAGCCTTGCCAACGCCA	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GTTGCTCCTAGTTCGAGTA	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TGCTCCTATTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GAACGGCTTACCGCAGAAT	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GGAGCTCATTACGGCTACG	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.CCGGAGTTTAGACTCAAGC	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TACTCCTATTACGCCGTTCA	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.GGTTCGAGTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.GTAAGCTCTTGCGCCAGAA	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TATATGCGTTATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TCCAAGTTATCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TCTCGCTCTGTACTAGTAA	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.AACCGCTGTTACGGCTACG	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACGAGGTTTCGGTAGGAAT	Immature
neurons	13
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACTCGCTTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GATCGACCTCGGAAGATAT	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCGCTCAATGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCGTCGTATACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ACCTTCGGTAAGACGGCCA	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CAATCGGTTCGAATAATTC	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CATCGGACTGTACTAGTAA	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCTTCTGGTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTAAGGAGTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTCGGAGTTTTAATTATTG	Mature
neurons	10
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TAGCTCGGTTCTACCATTA	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGATCTTCTTATTGAGATTG	Ventral
midline	9
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.CAACGCAGTCGGAAGATAT	Immature
neurons	2
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TGGATCCGTTACGGCTACG	Sensory
progenitors	14
08_10_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GTAGACGGTCATAACCAGC	Neural
progenitors	0
08_10_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TGATCTTCTTTGGTATTCAT	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TATTGAGGTTTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TTAATGAGCTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.ACCTTCGGTTTACGTATAC	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GCCATGGTTTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GGCTTACTTCAGGTATGGA	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GGTCTACGTGTTCCGCTAA	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GTATCGCATGCCGGTCGAG	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GTCCTGCATTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCCTATTCTTCATAACCAGC	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TTGGCTCATTGCATATAAC	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TAGAGAGTATTACGGCTACG	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACCGTAGCTGGCCAGTCCG	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCATTGCGTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GACCAGGATGTTCCGCTAA	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GAGCGGTATAAGTCTTCCG	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGCGCATTTGAAGGTTGCC	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGTTGGCATTGCGCCAGAA	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTACCTCTTTGCATATAAC	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTTCCAGCTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCTGGCCTAAGACGGCCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.ACGAGGTTTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GCGGAGAATTTGGACGCTG	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ACCTTCGGTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AGCAACGATATAGACTAGG	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CAATCGGTTCCGTTGACTT	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CAGAAGGCTGCCGGTCGAG	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACGTTCGTTACGGCTACG	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCGGTATATCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCTGAAGCTCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AACCGCTGTAGTTCGAGTA	Mature
neurons	10
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACCGTAGCTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACCTTCGGTCCGTCCAGTA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CAGAAGGCTTTGATATATT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTCCTCGTTTGGTATTCAT	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTTAGCGGTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAACGATGTGATAAGGCAA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGAGGTTCTTGGCTGATGA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGATAGGTTTCTCCTATAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGTTGGCATTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTATCGCATGCCAACGCCA	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAGGTACTATGAAGGTTGCC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCAAGTTATTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTAGGAATTGCGCGGTAGT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGGTAGGCTCGATGGCGCC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ATAGTCGCTTGGTATTCAT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CGACGATATATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTAGTACGTGCGACGCCTT	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTTCATGCTGAAGGTTGCC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTTCATGCTTTAATTATTG	Immature
neurons	13
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GAACGGCTTAGTTCGAGTA	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GAGCGGTATTTAATTATTG	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GATCGACCTCAGATTCGAT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCATCCAGTATTGAGATTG	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTAAGCTCTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGCCAATTTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATGACTTGTGCGACGCCTT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCTCCGAATAATAATACCA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGACCTCTCATAACCAGC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGTAATAGTTTCGCTTACG	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCGCATAATTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGGTTAAGTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TGCTACTAATAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TGCTACTAATTCAGACGAAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.AGCAACGATATAGACTAGG	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CCATTGCGTTTAATTATTG	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CCTCCTGATCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CTGGAAGATCCAGGCCGCA	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACCGTAGCTAGAGCCAGCC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGCTTACTTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TAGCCAATTTAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCTCTCCATGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGTAGGCTTTCTTATCGA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGTCGAATTGCGCCAGAA	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCGCATAATAGACTCAAGC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GCAACGTTTTCTACCATTA	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACGAGGTTTGCGCGGTAGT	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCAGAACCTCAGATTCGAT	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCTCCTGATTCTACCATTA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAAGAGGCTAGAGCCAGCC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACTGACGTGACGACCTGC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACTTGGCTGTTCCGCTAA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGATAGGTTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTAGTCCTGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTACCTCTTTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTATCGCATTACGGCTACG	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATCATGAGTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATGACTTGTTGCGCCATCT	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATGAGAACTATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCAATAGTTTTGGACGCTG	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCTACTAATGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGACCTCTTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCGCGGATTCTACCATTA	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCTGGCCTTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GTTCCAGCTGATAAGGCAA	Ventral
midline	9
08_10_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TCTCGCTCTTTGATATATT	Immature
neurons	2
08_10_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.CTTCATGCTAAGTCTTCCG	Ventral
midline	9
08_10_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GTAGCGATTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GCGCTCAATTCTCCTATAA	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGAGCTCATATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGCGACTATCGGAGATCCG	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GTTCCAGCTGCAGGCGACG	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GTTCGCTGTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TAGCTCGGTAGGCCGCTCG	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TAGCTCGGTTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.ACGCCATATACGCCGTTCA	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.ATGGCGTATTCTACCATTA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CCATTGCGTTTGATATATT	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GGCAAGTCTCAGGTATGGA	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TACTCCTATTGTTGAAGGAT	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TAGCCAATTTGCCGTATGCT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGACGAGGTGCCAACGCCA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGACGAGGTTACGGCTACG	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGGCCTGATAAGTTGCCAT	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACCGTAGCTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ATAGTCGCTCGGAGATCCG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTCCGGTTTTCAGACGAAC	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GAGACTAGTGTTGAAGGAT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGAGAGTATTTGATGCTAT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATATGCGTTAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCAGTTGGTCGGAAGATAT	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCAGTTGGTGTTGAAGGAT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCTCGCTCTTGCGCCAGAA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGCTCCTATATTGAGATTG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.ACGAGGTTTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CAACGCAGTGTACTAGTAA	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CCATCAGGTTTGGATCCTT	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GCAACGTTTCAGGTATGGA	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GCAATCGCTAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GCAATCGCTTACGGCTACG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCGCGCATTGCGCGGTAGT	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTCGCATAATCTGAACTGGT	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CAGAAGGCTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GTAAGGAGTTCTCCTATAA	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TATCGAACTTTGCGCCAGAA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.ACCAATGCTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.ACGAGGTTTCTGAACTGGT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ATGGCAGCTTTCGCTTACG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CAGAAGGCTTGGTATTCAT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CCATCAGGTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GATTACGGTGATAAGGCAA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCGGTATATAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCGGTATATTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTAAGGAGTTCTCCTATAA	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTAGCGATTCGGAAGATAT	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAACTAAGGTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATCGAACTTTGCGCCAGAA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCTACTTACTGCCAACGCCA	Neural
progenitors	0
08_10_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TATAAGGCTTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.TTCTAAGCTTTTCGCTTACG	Immature
neurons	2
08_10_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TCATAGAGTTGCCGTATGCT	Immature
neurons	2
08_10_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TATAAGGCTTTTCGCTTACG	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.ATTGCCGGTAATAATACCA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CTCCAGAGTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GAACGGCTTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GCTCGAGATTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TAGTTACCTTTTGGACGCTG	Oenocytes	18
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCCTATTCTTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCGCGCATTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TTGCGGTCTGAAGGTTGCC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GATTACGGTGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GCGGTATATTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GTAGACGGTAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GTAGCGATTGCGTTCAGCT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCCAAGTTATTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TGAATTCGTTAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTCGCGGATTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTCTCTCGTAAGTTGCCAT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTGCGGTCTTTGATATATT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GATTACGGTGTTCCGCTAA	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTTGCTCCTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TAGGTACTATATAGACTAGG	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCAGGAGATCATAACCAGC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCAGTTGGTAGTTCGAGTA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGGTACCTCAGATTCGAT	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGGTACCTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCTGGCCTCGGAAGATAT	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTGGCGACTGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CTCCAGAGTATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GACTGACGTCCAGGCCGCA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCTCCGAATCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGGTCTCCTGCCGTATGCT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CAATCGGTTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CCATCAGGTACCAGCGCAG	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CGACGATATTCGAGGAGTA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CGAGATGCTTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GAACGGCTTCGGAGATCCG	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACCGAATTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GATCGACCTGATAAGGCAA	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGAGGTTCTAAGTCTTCCG	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGCGACTATACCGCAGAAT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATGCGATTTGACGACCTGC	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATGCGATTTTTGGACGCTG	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATTGACTCTGACGACCTGC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGTAGCGTGCCGTATGCT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGAACGCGTCGATGGCGCC	Sensory
progenitors	14
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GCTCGAGATGCGCGGTAGT	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GTCGGCAATTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GATTACGGTACCAGCGCAG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TTCGCATAATCGATGGCGCC	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CCGGATAGTACCGCAGAAT	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GGACTTGATTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TATCCAGGTATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GATTACGGTGTTCCGCTAA	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GTTGCTCCTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TAGGTACTATATAGACTAGG	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCGGTACCTCAGATTCGAT	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TTCTGGCCTCGGAAGATAT	Ventral
midline	9
08_10_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.TCGCCAACTTTAATTATTG	Ventral
midline	9
08_10_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TAGCCAATTTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.GAACGGCTTAAGTCTTCCG	Mature
neurons	10
08_10_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.GCGCTCAATGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TGGTAGGCTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GATCGACCTGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GTACCTCTTTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TATCCAGGTCGGTAGGAAT	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CGGTTCCATTGCATATAAC	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GAACGATGTAGTTCGAGTA	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCAATCGCTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGCGACTATTGCGCCAGAA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTTCGAGTTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TACGGTAGTCCTTACTCCT	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TACTCCTATTCGGTAGGAAT	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCTCGAGTTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCGCGCATTCCAGGTCTAC	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGATCTTCTTAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCCTATTATTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCTAATTCTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCGCGGATCGGAAGATAT	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCTCTAGTTACCGCAGAAT	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.CCAGAACCTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GCGGAGAATCCGTTGACTT	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TGCGTAGTTAAGACGGCCA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ACCTTCGGTGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTCCAGAGTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCCTCGAGTAGACTCAAGC	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.CCGAGAGATACGCCGTTCA	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GACCGTCATTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GGTCTACGTTGGTATTCAT	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TTGGTTAAGTAAGACGGCCA	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.ACGGCAATTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GACCGAATTTGCGCCATCT	Ventral
midline	9
08_10_exp10_idx1AATACGATAA_idx2CTCGATGGAG.TAGTTACCTTGTCATTGCGC	Neural
progenitors	0
08_10_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TCAGGAGATTTGAGTATCA	Immature
neurons	2
08_10_exp10_idx1AGGTCAGCTT_idx2GGCTAATTAA.GGTTCGAGTGCAAGGAATA	Immature
neurons	2
08_10_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.ATTAGGTACTGGAGGATAGC	Ventral
midline	9
08_10_exp10_idx1AGTCCGCTGC_idx2AAGATCCAAC.TCGTCTATTTAGAGCCAAGG	Sensory
progenitors	6
08_10_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TTGGAGCTTGCCGCAACGA	Mature
neurons	10
08_10_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TGAATTCGTTGGAGGATAGC	Immature
neurons	2
08_10_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.CAGTATCCTTTAGATTCCG	Sensory
progenitors	6
08_10_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.GAAGAGGCTTTAGATTCCG	Sensory
progenitors	6
08_10_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.TATTCGGCTCGATCATTAC	Neural
progenitors	0
08_10_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.GAACGGCTTAGCGTCAATG	Neural
progenitors	1
08_10_exp10_idx1CCTCAGCTCC_idx2GGACTCATTG.GTAGACGGTTTGAGTATCA	Neural
progenitors	3
08_10_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.ACCATGATTTTGGAACTAGA	Immature
neurons	2
08_10_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.AGTATTAGCTGCAGGTCCGT	Immature
neurons	2
08_10_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TTTGCTTAGTTGGAACTAGA	Sensory
progenitors	6
08_10_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.TATTCGGCTTCAACGTAAG	Sensory
progenitors	6
08_10_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.GAGACTAGTGTCATTGCGC	Sensory
progenitors	14
08_10_exp10_idx1GCATCGTATG_idx2TCCGTCGCCA.TGTTAAGACTGTCATTGCGC	Neural
progenitors	3
08_10_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.TGATCTTCTTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.GCCATGGTTTCAACGTAAG	Ventral
midline	9
08_10_exp10_idx1GGCTTACTCC_idx2GCTCTCGCCT.TTCCATTACTAGAGCCAAGG	Immature
neurons	2
08_10_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TCGTCTATTTCATGCTGGTT	Ventral
midline	9
08_10_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.GTCATCTGTTTAGATTCCG	Sensory
progenitors	6
08_10_exp10_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAAGGTTCATTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.GTCTCTACTGCCGCAACGA	Immature
neurons	2
08_10_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TTGATTCCTTAACTGATCTT	Sensory
progenitors	6
08_10_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TGATCTTCTTGCCGCAACGA	Neural
progenitors	0
08_10_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.TTGATTCCTTTTAGATTCCG	Sensory
progenitors	6
08_10_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TCAGCTTCTGCAAGGAATA	Sensory
progenitors	6
08_10_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.CTGGAAGATAACTGATCTT	Neural
progenitors	3
08_10_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TGATGCGATACGCGAGATT	Immature
neurons	2
08_10_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TTACCTAAGTCGATCATTAC	Neural
progenitors	3
08_10_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.ATCAGTCATTTTAGATTCCG	Ventral
midline	9
08_10_exp10_idx1TATTAGACTT_idx2CATTATTACC.TCATGGCTTTTGAGTATCA	Neural
progenitors	3
08_10_exp10_idx1TATTAGACTT_idx2GGACTCATTG.TCGTCTATTTGCCGCAACGA	Sensory
progenitors	6
08_10_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.GCTGAAGCTGCCGCAACGA	Immature
neurons	2
08_10_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.GGTTGGCATTTACCTCGAC	Immature
neurons	2
08_10_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.ATACCAGTTTGGTACTGCCT	Immature
neurons	2
08_10_exp10_idx1TGGACGACTA_idx2TCGATATTGA.CGAATGAGTTGGAACTAGA	Immature
neurons	2
08_10_exp10_idx1TTATTGAGGC_idx2GGCTATGACT.ATAACTTCCTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1TTATTGAGGC_idx2TCTATAAGGA.CTTCGACTTGCCGCAACGA	Immature
neurons	2
08_10_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.TGCTAATTCTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1TTCGAATATT_idx2TGCCAGATGG.TATTGAGGTTTGGAACTAGA	Sensory
progenitors	6
08_10_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.GATCGACCTTTAGATTCCG	Mature
neurons	10
08_10_exp11_idx1TAAGGCAGCC.ACCTTCGGTTAGGCAGATA	Ventral
midline	9
08_10_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.ACGGCAATTAATGCCGCTT	Ventral
midline	9
08_10_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.AAGGATATGTTTGATATATT	Sensory
progenitors	6
08_10_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.CCAATCCATACGAAGTCAA	Immature
neurons	2
08_10_exp3_idx1AGACCATATC_idx2CGATCATTAC.TCGAATCTTTCGGATGAAGG	Immature
neurons	2
08_10_exp3_idx1AGGTCAGCTT_idx2AAGATCCAAC.ACCTCAATATTAGCCGTCAT	Ventral
midline	9
08_10_exp3_idx1AGGTCAGCTT_idx2ACTATCCGCA.CTACCTGGTTTCTTCCGGT	Immature
neurons	2
08_10_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.TGCCTTGGTCCGTTGACTT	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.TGGTAGGCTATCGGCTATC	Neural
progenitors	3
08_10_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.CGTCGAAGTATTGAGATTG	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.GCGGTATATCATAGTTCGG	Immature
neurons	2
08_10_exp3_idx1AGGTCAGCTT_idx2GATACCTAAG.CTGACGTTTTGGAGAATTC	Immature
neurons	2
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.TACTTGCGTTAACTCAATT	Immature
neurons	2
08_10_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.AGAACTCCTAAGCCAGTTA	Sensory
progenitors	6
08_10_exp3_idx1ATAAGGACTC_idx2AAGATCCAAC.AGTATTAGCTACTAGAGAGT	Sensory
progenitors	6
08_10_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.TATGCGATTTCCGTTCCTTA	Immature
neurons	2
08_10_exp3_idx1ATAAGGACTC_idx2TTGAGTATCA.GTCTCTACTTCAAGCCGAT	Ventral
midline	9
08_10_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.AGAAGTAAGTTTAGCAATAA	Immature
neurons	2
08_10_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.CAATCGGTTTTCCAACCGC	Ventral
midline	9
08_10_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.CCGACCAATACTATGCAAT	Ventral
midline	9
08_10_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.CTGACGTTTCCGCTCCGGC	Sensory
progenitors	6
08_10_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.GTTGCTCCTGATCTTACGC	Immature
neurons	2
08_10_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.CAGCAAGTTGATCTTACGC	Neural
progenitors	1
08_10_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.AGTCGCATTCTTGCAGTAG	Immature
neurons	2
08_10_exp3_idx1CCTCAGCTCC_idx2CGACTACCAA.ACGGAACGTGAAGATCGAG	Ventral
midline	9
08_10_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.AACTAGTTGTTTACGATGAA	Immature
neurons	2
08_10_exp3_idx1CCTCAGCTCC_idx2GTCATTGCGC.AAAGCTGATTTTGCTAACGG	Immature
neurons	2
08_10_exp3_idx1CTCAATTAGT_idx2ACCAAGATCT.TATTGAGGTTAGGTTAGCAT	Immature
neurons	2
08_10_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.ATGGCAGCTCTAAGAGAAG	Ventral
midline	9
08_10_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.TACTCCTATTCGGAAGATAT	Immature
neurons	2
08_10_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.TGCAAGGTTCCGCGGCTCA	Sensory
progenitors	6
08_10_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.AACCGCTGTTGGTATTCAT	Ventral
midline	9
08_10_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.ACCGTAGCTGCCGTATGCT	Immature
neurons	2
08_10_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.TGGACCTCTGAAGATCGAG	Immature
neurons	2
08_10_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.TGGATTCTATGATCTTACGC	Neural
progenitors	0
08_10_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.AGATTGGTTTAATGCCGCTT	Sensory
progenitors	6
08_10_exp3_idx1GATTCTTGAA_idx2GGACTCATTG.GGTTGGCATGGCAGACGCC	Neural
progenitors	3
08_10_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.ATAACTTCCTTATAGACGCA	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.CGGTAAGGTGGCCAGTCCG	Sensory
progenitors	14
08_10_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.CTATCTCCTCTCTGATCAG	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.AACGAGCGTACGAAGTCAA	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.ATATGCCATTTCCGGCCTCG	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CGAATGAGTAGGAGAGAAC	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CTGGAAGATCGATGGCGCC	Neural
progenitors	1
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TTCTTCGTTTTTACGATGAA	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.CAGCAAGTTCTGAACTGGT	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.TCGTCTATTTTATAGACGCA	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2TCGATATTGA.TGGACCTCTCCTTACTCCT	Immature
neurons	2
08_10_exp3_idx1GCGCGTTCAT_idx2AGCGTCAATG.TATCCAGGTACTAGAGAGT	Immature
neurons	2
08_10_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.ACCTCAATATTTACGATGAA	Ventral
midline	9
08_10_exp3_idx1GCTTGAAGAG_idx2CGAGTTAGAG.CTATCTCCTTGGCTGATGA	Immature
neurons	2
08_10_exp3_idx1GCTTGAAGAG_idx2TATAACTTCC.TCCGTATGTAGGAGAGAAC	Ventral
midline	9
08_10_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.CCAATCCATTATCATGATC	Immature
neurons	2
08_10_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.TGAACGCGTAGGAGAGAAC	Ventral
midline	9
08_10_exp3_idx1GTAGCAGCTA_idx2CCAGGTCTAC.AAGTACGTTTTTGATATATT	Ventral
midline	9
08_10_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.AATTCTAGGTTTGATGCTAT	Immature
neurons	2
08_10_exp3_idx1GTAGGCTGCA_idx2GACCGTAGCA.ATGGACTATTTCGAGGAGTA	Sensory
progenitors	6
08_10_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.CGCCATTCTACCGCAGAAT	Immature
neurons	2
08_10_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.CCAAGGATTTTCCAACCGC	Sensory
progenitors	6
08_10_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.ATGCCAAGTTCAAGCCGAT	Immature
neurons	2
08_10_exp3_idx1TAGGTAACTT_idx2ACTCTCTCAA.ACTGAATACTTGGTATTCAT	Ventral
midline	9
08_10_exp3_idx1TAGGTAACTT_idx2CCTAGCGCCT.ATGGACTATTTTGATATATT	Ventral
midline	9
08_10_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.AGTCGCATTAATGCCGCTT	Immature
neurons	2
08_10_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.CCGTCTCATGCGTTGGAGC	Immature
neurons	2
08_10_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.AAGCAGTATTTATCGTCGGC	Immature
neurons	2
08_10_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.GAAGAGGCTTTCCAACCGC	Sensory
progenitors	6
08_10_exp3_idx1TATTAGACTT_idx2GGACTCATTG.ATACTACTCTCTAAGAGAAG	Sensory
progenitors	6
08_10_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.CTATCTCCTCGTAGTTACC	Neural
progenitors	0
08_10_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.CAACTCTCTCGGATTAGAA	Immature
neurons	2
08_10_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.TAGATGACTTAGGTTAGCAT	Immature
neurons	2
08_10_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.TGCCTATTATGCCGTATGCT	Immature
neurons	2
08_10_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.TGGTCGAATACTAGAGAGT	Immature
neurons	2
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.GACTCGCTTTTATCCGGAT	Ventral
midline	9
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.GGTCTACGTAATGCTAGTC	Sensory
progenitors	6
08_10_exp3_idx1TGGACGACTA_idx2AGCGTCAATG.AGCGTAAGTCTGAACTGGT	Neural
progenitors	0
08_10_exp3_idx1TGGACGACTA_idx2GCAACTGGCA.GCAGATACTCTCTGATCAG	Immature
neurons	2
08_10_exp3_idx1TGGACGACTA_idx2TCGATATTGA.AAACTCCAATGACGACCTGC	Immature
neurons	2
08_10_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.TGGTCGAATCCGCGGCTCA	Sensory
progenitors	6
08_10_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.AAGGCTACTCTTGGTAATG	Sensory
progenitors	6
08_10_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.ATGCCAAGTTTGATGCTAT	Immature
neurons	2
08_10_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.AAGACCTTATTTGATGCTAT	Immature
neurons	2
08_10_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.CTCTGAGCTCGTAATGCAG	Sensory
progenitors	6
08_10_exp3_idx1TTCCGTCGAC_idx2CCGTCGGAGG.GGTAGTCCTAATGCCGCTT	Sensory
progenitors	6
08_10_exp3_idx1TTCGAATATT_idx2ACCGTTACGA.CCAGAACCTCGAATAGATG	Immature
neurons	2
08_10_exp3_idx1TTCGAATATT_idx2AGGATTACCA.CGAGGCAATCCAGTCCTCT	Ventral
midline	9
08_10_exp3_idx1TTCGAATATT_idx2TTGGAGTCGG.TCAAGATCTTTATAGACGCA	Immature
neurons	2
08_10_exp3_idx1TTGCCGTAGG_idx2AACCTAGCTT.AACGAGCGTTCCTACCAGT	Immature
neurons	2
08_10_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.ACATTCGTATTAGCCGTCAT	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.TTGCGGTCTATTCGACCAA	Immature
neurons	2
08_10_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.ACGCTTATATCCTTACTCCT	Immature
neurons	2
08_10_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.CTGATAGGTGGCGAACTCG	Sensory
progenitors	6
08_10_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.GAGTTCTCTAAGAAGCTAG	Neural
progenitors	1
08_10_exp3_idx1TTGCCGTAGG_idx2CAAGCTTGGC.CTCCGGTTTTTGCTGGCAT	Immature
neurons	2
08_10_exp3_idx1TTGCCGTAGG_idx2GGAACGATGG.ATAGTTGACTTAGCCGTCAT	Immature
neurons	2
08_10_exp3_idx1TTGCCGTAGG_idx2TGAGGTAGAA.CCGTCGATTACCGCAGAAT	Ventral
midline	9
08_10_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.ATTAATGCCTCCAGTCCTCT	Immature
neurons	2
08_10_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.TGCTAATTCTGCAGACCGGT	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCGTCTATTTTCAGACGAAC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TGCTCCTATTTAATTATTG	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CCGAGAGATAGGCCGCTCG	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GAACGGCTTACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GACCAGGATGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GACCGTCATCCTTACTCCT	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TACGGTAGTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TCTCGCTCTCCTTACTCCT	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCTTCTGGTAGTTCGAGTA	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTTGCTCCTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCTACTTACTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTAATGAGCTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTGGCTCATCGGTAGGAAT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TGAGTTAGATCGAATAATTC	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.AGGCATCATGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GATCGACCTAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGAGAATCATATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GACTTGGCTTGCATATAAC	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.ACCGTAGCTCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GCGGTATATGCCGGTCGAG	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GGCAAGTCTTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TGCTACTAATATAGACTAGG	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TATGACTTGTACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CAACGCAGTCGGATGAAGG	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CCATCAGGTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATGACTTGTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCTCGCTCTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.AAGCGCCATTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.ACGAGGTTTCCGTCCAGTA	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTTGCTCCTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TTCTAAGCTTGATAAGGCAA	Neural
progenitors	0
08_10_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.GCGCTCAATACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TTCTCTCGTGACGACCTGC	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.AGGCATCATAGGCCGCTCG	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.TCCGGTCATAGTTCGAGTA	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TCAGTTGGTCGAATAATTC	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TGGCCTGATACGCCGTTCA	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CAACGCAGTTGCATATAAC	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GACTTGGCTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GATTACGGTTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGAGTTAGATAATAATACCA	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCCGACGTGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.AGTTGCGCTTGCGCCATCT	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATATGCGTTTATCGTCGGC	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GCTCGAGATGTACTAGTAA	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.GACTGACGTCATAACCAGC	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.CTTAGCGGTCAGATTCGAT	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGATAGGTTGGCTAATTAA	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TGATCTTCTTGCCGTCGCGT	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.ACGAGGTTTTCTCCTATAA	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GTAAGCTCTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCTCTCCATCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TATTCGGCTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TTGGTTAAGTCGGTAGGAAT	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.CCTCCTGATGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TGGACCTCTTCTACCATTA	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACCAATGCTAGACTCAAGC	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CCGGATAGTTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATCATGAGTCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTGGCAATATCGGTAGGAAT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CGACGATATTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CTCCAGAGTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTCGCATAATTCAGACGAAC	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTCTCTAGTTCCTTACTCCT	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TGGACCTCTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TCTACTTACTTTAGCAATAA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TGCTCCTATACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCATAGAGTTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCGCGCATTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCGTTCTGTCATAACCAGC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACCTTCGGTTACGGCTACG	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAACGATGTGTACTAGTAA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGCTTACTTAGAGCCAGCC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGCTTACTTTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGGTCGAATCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCTAAGCTTCGGAGATCCG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ATAGTCGCTGCCGTATGCT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CATCGGACTGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTTAGCGGTGACGACCTGC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACTGACGTAATAATACCA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GCGGAGAATGCCGTATGCT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGTCCTTCTCATAACCAGC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GAGCGGTATTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTAAGGAGTGGAGCGGCCG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTACCTCTTTCGAGGAGTA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATATGCGTTCCAGGTCTAC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGACCTCTTCTCCTATAA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTATAGGCATGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCCATTACTTCTACCATTA	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GTTCGCTGTTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACCTTCGGTAGAGCCAGCC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACCGTCATTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATATGCGTTTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGTTCTGTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGAACGCGTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGTAGGCTCGGTAGGAAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CTCCAGAGTTCAGACGAAC	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GCATCCAGTAATGCTAGTC	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ACGCCATATTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ATGGCAGCTTGGTATTCAT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCGCTCAATCGGAAGATAT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTAGACGGTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTCGGCAATGACCTCTCTG	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCTCCGAATATTGAGATTG	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCTCCTGATGCCGGTCGAG	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACCGAATTGTTCCGCTAA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACTGACGTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCAGCGGTTGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGCCTATTATCATAACCAGC	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GGATAGGTTAATGCTAGTC	Germline	19
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TGTTAAGACTTTGATATATT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCGTCGTATAGAGCCAGCC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGTTAAGACTTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1TATAATAGTT_idx2AGATCCTATA.GAACGATGTAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2AGATCCTATA.GGCAAGTCTGAAGGTTGCC	Neural
progenitors	3
08_10_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TGAGTTAGATTCAGACGAAC	Neural
progenitors	0
08_10_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.ATTGCCGGTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TAGCCAATTTAATAATACCA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GCATCCAGTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCCAAGTTATCTCTGCGGCA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.AAGCGCCATTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTCTACTGTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACTCGCTTAAGTCTTCCG	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCTCGAGATACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCTTCTGGTTACGGCTACG	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTCGGCAATTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.ATTGCCGGTCAAGATTAAG	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TAGTTACCTTCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCAGCGGTTAGACTCAAGC	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGGATCCGTCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGAGAATCATGAAGGTTGCC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GACTCGCTTTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GACTGACGTACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GGCTTACTTTTGATGCTAT	Neural
progenitors	0
08_10_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GCTGAAGCTCATAACCAGC	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.TTCTCTCGTTTAGCAATAA	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.CTTAGCGGTATTGAGATTG	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GCTTCTGGTACGCCGTTCA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCTGAAGCTACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TACTCCTATTATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGGCTCATGCCGTATGCT	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCTACTTACTCCGTCCAGTA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGGTAATAGTCGAATAATTC	Sensory
progenitors	6
08_10_exp10_idx1AATACGATAA_idx2AACTTATAAG.GCATCCAGTCTAGTAGTCT	Neural
progenitors	0
08_10_exp10_idx1AATACGATAA_idx2AACTTATAAG.TGCTACTAATGGTACTGCCT	Neural
progenitors	3
08_10_exp10_idx1AATACGATAA_idx2ACGTTCAACC.ACCATGATTTACGCGAGATT	Neural
progenitors	3
08_10_exp10_idx1AATACGATAA_idx2ACGTTCAACC.GGTTGGCATAGAGCCAAGG	Neural
progenitors	0
08_10_exp10_idx1AATACGATAA_idx2CTCGATGGAG.TAGATGACTTTAGAGTAATA	Neural
progenitors	3
08_10_exp10_idx1AATACGATAA_idx2TCTAGAACTA.TGATCTTCTTTCAACGTAAG	Neural
progenitors	0
08_10_exp10_idx1ACGGCGTTAA_idx2AATTGCCTAC.TGGATTCTATGGCTATGACT	Neural
progenitors	3
08_10_exp10_idx1ACGGCGTTAA_idx2GACCTCTCTG.TCGCCAACTAGCGTCAATG	Immature
neurons	2
08_10_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.GCCATGGTTAGAGCCAAGG	Neural
progenitors	0
08_10_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TTCAACTGATGCAAGGAATA	Neural
progenitors	3
08_10_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TGCCTATTATTTCGCCTCCA	Neural
progenitors	0
08_10_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TCTACTTACTAACTGATCTT	Neural
progenitors	0
08_10_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.TATGAGAACTTCTAGAACTA	Neural
progenitors	0
08_10_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.TCGAGAAGTGTCATTGCGC	Immature
neurons	2
08_10_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TTGGTTAAGTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.GTTGCAAGTTCCGTCGCCA	Neural
progenitors	0
08_10_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TAGTTACCTTGGCTATGACT	Neural
progenitors	3
08_10_exp10_idx1ATAAGGACTC_idx2ACTATCCGCA.TATGCGATTTAGAGCCAAGG	Neural
progenitors	0
08_10_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TCCAATAGTTCATGCTGGTT	Neural
progenitors	3
08_10_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TAGAACCAATTGATAGAACG	Neural
progenitors	0
08_10_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TCGTCTATTTTTGAGTATCA	Neural
progenitors	3
08_10_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.TTACCTAAGTGTCATTGCGC	Neural
progenitors	3
08_10_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TCTATCCAATGTCATTGCGC	Neural
progenitors	0
08_10_exp10_idx1GGTTATCGAA_idx2GACCGTAGCA.GGTACCATTGCAGGTCCGT	Neural
progenitors	0
08_10_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TTCCATCTTTCGATCATTAC	Neural
progenitors	0
08_10_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.AGATCGGATTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TCGAGAAGTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.CAGCAAGTTTTAGATTCCG	Immature
neurons	2
08_10_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TTCCATTACTCTAGTAGTCT	Neural
progenitors	0
08_10_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TCATAGAGTTTCCGGCCTCG	Immature
neurons	2
08_10_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TTCGCATAATTTAGATTCCG	Neural
progenitors	3
08_10_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.AAATTCCTCTGCCGCAACGA	Neural
progenitors	0
08_10_exp10_idx1TCCTCTGCCG_idx2TCATCTAATC.TTATCCGCTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.GCAATCGCTTCAACGTAAG	Neural
progenitors	3
08_10_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.TATTGACTCTTTGAGTATCA	Neural
progenitors	0
08_10_exp10_idx1TGGACGACTA_idx2TGATACGAGT.TCCAATAGTTTTAGATTCCG	Neural
progenitors	3
08_10_exp10_idx1TTATTGAGGC_idx2AGATCCTATA.TTGAAGTCTTGCAAGGAATA	Neural
progenitors	0
08_10_exp10_idx1TTATTGAGGC_idx2TATAACTTCC.TCCTCGAGTGCAAGGAATA	Neural
progenitors	0
08_10_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.TCTTAGTTCTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1TTGCCGTAGG_idx2ACGTTCAACC.AAGGATATGTTGGAACTAGA	Neural
progenitors	3
08_10_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.ACCATGATTTAGAGCCAAGG	Neural
progenitors	0
08_10_exp2_idx1CTCAATTAGT_idx2AGTCCGCGGA.TTGACTCAATCTTGCAGTAG	Neural
progenitors	0
08_10_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.CAAGCAACTTTATAGCAGA	Neural
progenitors	3
08_10_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.ACCTCAATATCTTGGTAATG	Neural
progenitors	3
08_10_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.TCGAAGGATTGCCGGCAGA	Neural
progenitors	15
08_10_exp3_idx1AGACCATATC_idx2AATTGCCTAC.CCTCCTGATTCCGGCCTCG	Neural
progenitors	3
08_10_exp3_idx1AGACCATATC_idx2CCGTCGGAGG.TTTGCTACTTTTACGATGAA	Neural
progenitors	3
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTAATTAA.TGGCCTGATTTGCTAACGG	Neural
progenitors	1
08_10_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.AGCAACGATCTAAGAGAAG	Neural
progenitors	0
08_10_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.CAGAAGGCTTTATCCGGAT	Neural
progenitors	3
08_10_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.TCTCCGAATGATATCGGCG	Neural
progenitors	3
08_10_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TGCAAGGTTGTATAATACG	Neural
progenitors	0
08_10_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.TATTGACTCTCCATCGCGAA	Neural
progenitors	0
08_10_exp3_idx1GAGCGCGATG_idx2CTCGTCTAGG.ACCTCAATATATTGAGATTG	Neural
progenitors	0
08_10_exp3_idx1GAGCGCGATG_idx2CTCGTCTAGG.AGCAACGATCATAGTTCGG	Neural
progenitors	3
08_10_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.CGTAGGCTTCTTGGTAATG	Neural
progenitors	0
08_10_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.ACCGGTTCTGCCGTCGCGT	Neural
progenitors	1
08_10_exp3_idx1GATTCTTGAA_idx2AGTTGCATCT.TATTCTCCTTTGGCTGATGA	Neural
progenitors	0
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.CTCCTCGTTCGTAATGCAG	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.GGTCTACGTTAGGCCATAG	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.ATGGTTGGTCGAATAGATG	Neural
progenitors	3
08_10_exp3_idx1GCGCGTTCAT_idx2AGCGTCAATG.GCGGAGAATGTATAATACG	Neural
progenitors	3
08_10_exp3_idx1GGCTTACTCC_idx2CTCCGGTTCT.TCGCCAACTCCTTACTCCT	Immature
neurons	2
08_10_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.GTCGGCAATGAAGATCGAG	Neural
progenitors	3
08_10_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.AGGCATCATGGCGAACTCG	Neural
progenitors	3
08_10_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.ATAACTTCCTTGGTATTCAT	Neural
progenitors	3
08_10_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.ACAATGCTATTAACTCTTAG	Neural
progenitors	3
08_10_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.ATTCGGAGTATTGAGATTG	Neural
progenitors	0
08_10_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.CTGATAGGTTTGACTTCAG	Immature
neurons	2
08_10_exp3_idx1TGGACGACTA_idx2GCAACTGGCA.GAACGGCTTTGGTATTCAT	Neural
progenitors	3
08_10_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.CCTCCTGATTTGACTTCAG	Immature
neurons	2
08_10_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.ACAGGTATTTTTGATATATT	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.AGAAGTAAGTTTCCAACCGC	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TCTATCCAATTATAGACGCA	Neural
progenitors	0
08_10_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.GACTGACGTCCGCGGCTCA	Neural
progenitors	0
08_10_exp3_idx1TTGCCGTAGG_idx2GATTGCAGAC.GGTACCATTAGGAGAGAAC	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCGGTACCTCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ACCGTAGCTGCCGTATGCT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GGTTCGAGTCCTTACTCCT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GCAGATACTTTCGCTTACG	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCTCTCGTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TGACGAGGTAGAGCCAGCC	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GCTCGAGATAATAATACCA	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTTGGCTGAAGGTTGCC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ACGAGGTTTGCCAACGCCA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GCTGGCTATTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TGGTCGAATTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GGATAGGTTAAGACGGCCA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCTACTTACTCAGATTCGAT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGCAAGTCTAGACTCAAGC	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCTACTTACTCAGATTCGAT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GACCGTCATCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCCTACCTTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TAGAGAGTATTCTCCTATAA	Neural
progenitors	0
08_10_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TGTCCTTATTAACTGATCTT	Neural
progenitors	0
08_10_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TAACGACTTTTATTACTCAT	Neural
progenitors	0
08_10_exp10_idx1TTGCGAGCAT_idx2GGACTCATTG.TATTCTCCTTGCAGGTCCGT	Neural
progenitors	0
08_10_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.TGGATTCTATGGCGAACTCG	Neural
progenitors	0
08_10_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.AAACTCCAATAGAGCTATAA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CTCCTCGTTGCCAACGCCA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GATCGACCTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.CCGTCTCATGTACTAGTAA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GGTCCTTCTGCCAACGCCA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGCTACTAATTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GCTTCTGGTGCCAACGCCA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TATAAGGCTTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.ACGCCATATGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCAGAACCTGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCTGAAGCTCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGATAGGTTCAGGTATGGA	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGTTGGCATTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TAGTTACCTTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATCGAACTTCAGATTCGAT	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCCAATAGTTGAAGGTTGCC	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCTGGCCTTCGAGGAGTA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TATTGACTCTTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TTATAGGCATTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GCTGGCTATTTAATTATTG	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TCCAAGTTATCGAATAGATG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TTCTTAACCTTTGATATATT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CGACGATATGCCGTATGCT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGAGGTTCTGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TACGGTAGTAATGCTAGTC	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGGCCTGATCCGTCCAGTA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTGCTGAATTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCTGAAGCTGTTCCGCTAA	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TATCCAGGTACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCCAAGTTATGTTCCGCTAA	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTCTTAACCTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GGCGACTATGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GGATAGGTTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GTAAGCTCTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GCAATCGCTAATAATACCA	Neural
progenitors	0
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TTCGCATAATCCGTTGACTT	Immature
neurons	8
08_10_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.ACGCCATATTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TCTCCGAATTGAGGTAGAA	Ventral
midline	9
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TCCAAGTTATGCCGGTCGAG	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TGAACGCGTCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GACTGACGTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCGGTACCTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GCATCCAGTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GACCGAATTCGGAGATCCG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTCTGGCCTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTGCGGTCTACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.CGACGATATAATGCTAGTC	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GCGCTCAATGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TTGAGTCCTTCTCCTATAA	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.ATGCCAAGTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CAATCGGTTCGGTAGGAAT	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TATCATGAGTCGAATAATTC	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TGGTAATAGTTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.AACCGCTGTTACGGCTACG	Neural
progenitors	15
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TTCCGACGTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TGGACCTCTATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.CTATCTCCTTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.AAGCGCCATTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCAGATACTGCCGGTCGAG	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TAGAGAGTATATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCCTCGAGTACGCCGTTCA	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CCGAGAGATTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTTCCAGCTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TCCAAGTTATTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GCGGAGAATACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TGGCCTGATTTAATTATTG	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GATCGACCTTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCCAATAGTTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCCTATTCTTTTCGCTTACG	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GATTACGGTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GCGCTCAATTTAGCAATAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GGCAAGTCTAGGCCGCTCG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CAACGCAGTAGTTCGAGTA	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCTGAAGCTGTTCCGCTAA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GCTCGAGATTTACGTATAC	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AAGCGCCATAGAGCCAGCC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCATTGCGTGCCGTATGCT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGTTGGCATCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATCGAACTTAAGTTGCCAT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCATTAAGCTTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCTCCGAATATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACTCGCTTCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACTTGGCTGCCGTATGCT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCTACTTACTAGACTCAAGC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACCAATGCTTGCGCCAGAA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACGAGGTTTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AGCAACGATTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAAGAGGCTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATATGCGTTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGGAGTTATGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTGCTGAATCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCGGTATATCATAACCAGC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGTCTACGTTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TACGGTAGTCCGTTGACTT	Immature
neurons	13
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATTGACTCTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCAAGTTATTTGGACGCTG	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCGTATGTGCCGTATGCT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCTCTCCATCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCAACTGATACGCCGTTCA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GCTCGAGATGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGATCTTCTTCCTTACTCCT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TTGAGTCCTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TGAGTTAGATGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACGCCATATCGGAGATCCG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACGCCATATTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CTATCTCCTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CTCCAGAGTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TAGTTACCTTCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATGCCAAGTGTTCCGCTAA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTATCTCCTGCCGGTCGAG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGACTTGATCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTACCTCTTAATAATACCA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TACGGTAGTGATAAGGCAA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAGCTCGGTTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAGGTACTATTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCAACTGATTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.TGCTACTAATCCGTCCAGTA	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.GATTACGGTTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TGGTCTCCTGCCGTCGCGT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ATTGCCGGTGATAAGGCAA	Neural
progenitors	15
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GAACGGCTTATAGACTAGG	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCTCGCTCTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TTCGCGGATCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GAGACTAGTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GACGTTCGTTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GACTTGGCTTCTCCTATAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TAGAGAGTATAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TAGCCAATTTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTCTCTCGTGCCAACGCCA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TCAGGAGATCAGGTATGGA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CAACGCAGTGCGCGGTAGT	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACCGAATTCTCTGCGGCA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TAGCTCGGTGATAAGGCAA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTCCGACGTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCGTAGCGTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.AAGATGCCTTCTACCATTA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GAGCGGTATGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGCGCATTTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TACGGTAGTCAGATTCGAT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCTAAGCTTTCTACCATTA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGAGAGATTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TCGCCAACTTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.CAACGCAGTCAGGTATGGA	Neural
progenitors	0
08_10_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.ATGGCGTATTCGAGGAGTA	Immature
neurons	2
08_10_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.GAACGGCTTAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.GACCAGGATTGCGCCAGAA	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GTACCTCTTCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TATTGAGGTTTACGGCTACG	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCTAGGAATTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CTACGGCATTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CTCCGGTTTTACGGCTACG	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CGGTTCCATCCTTACTCCT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GAAGAGGCTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCGGAGAATTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCTTCTGGTAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCAGGAGATTACGGCTACG	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCGCATAATTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCGCGGATCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GACTGACGTCGGAGATCCG	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCCTCGAGTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTGGAAGATATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GAAGAGGCTCGAATAATTC	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCAACGTTTGCCGGTCGAG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTATCGCATGAAGGTTGCC	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATTCGGCTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGTCTATTTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGGCAATATCCGTCCAGTA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GTAGACGGTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CTATCTCCTTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TAGCCAATTTCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TTGGCTCATTGCATATAAC	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GTAAGGAGTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GTCCTGCATTGCGCCATCT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TGACGAGGTACCAGCGCAG	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GACCGTCATGTACTAGTAA	Neural
progenitors	0
08_10_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.AAGCGCCATCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.CTGCTGAATTGCGCCATCT	Neural
progenitors	0
08_10_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.GTCGGCAATCGAGCTGCCA	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.CCGAGAGATCGATGGCGCC	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.GAGACTAGTTTGGACGCTG	Immature
neurons	2
08_10_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.TCATAGAGTTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GAACGGCTTAGGCCGCTCG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GCGGAGAATTCAGACGAAC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.ATTGCCGGTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CCGGAGTTTCTCTGCGGCA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CCGAGAGATAATAATACCA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGAGAATCATGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCTCCTATCGGAAGATAT	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.GACTCGCTTCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTGCTGAATTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCATAGAGTTCGAATAATTC	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCCAAGTTATTGCGCCAGAA	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.CTACGGCATAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TATGACTTGTTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TCTATACCTTCAGGTATGGA	Neural
progenitors	3
08_10_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TACTCCTATTTATTACTCAT	Neural
progenitors	3
08_10_exp10_idx1AGACCATATC_idx2CGATCATTAC.TATATGCGTTGCCGCAACGA	Neural
progenitors	3
08_10_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TGAATTCGTTAACTGATCTT	Immature
neurons	2
08_10_exp10_idx1AGGTCAGCTT_idx2ATAAGAGGCG.GCTGAAGCTGGCTATGACT	Immature
neurons	2
08_10_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TTGGCTCATTTAGATTCCG	Immature
neurons	2
08_10_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TCCAAGTTATTTAGATTCCG	Ventral
midline	9
08_10_exp10_idx1ATAAGGACTC_idx2CATTATTACC.GCGGTATATGGTACTGCCT	Neural
progenitors	3
08_10_exp10_idx1ATAAGGACTC_idx2GTCGCTCAGT.TAGAGCCTTGGTACTGCCT	Neural
progenitors	0
08_10_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.CCTAATGGTGGTACTGCCT	Immature
neurons	2
08_10_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.TCATTAAGCTGCAAGGAATA	Neural
progenitors	0
08_10_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.TTATCCGCTCGAGCTGCCA	Neural
progenitors	0
08_10_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.GCTCTTAGTGCCGCAACGA	Neural
progenitors	3
08_10_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TCTTAGTTCTTTAGATTCCG	Neural
progenitors	3
08_10_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TTGGAGCTTTTAGATTCCG	Neural
progenitors	1
08_10_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TCTAGGAATTTGGAACTAGA	Immature
neurons	2
08_10_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TATTCGGCTGCAGGTCCGT	Neural
progenitors	3
08_10_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TGAGTTAGATTTGAGTATCA	Neural
progenitors	3
08_10_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.GCCATGGTTAGAGCCAAGG	Neural
progenitors	1
08_10_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.TAGAGCCTTGTCATTGCGC	Neural
progenitors	3
08_10_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.TCGCCAACTGCAAGGAATA	Sensory
progenitors	6
08_10_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.GCAATCGCTTGATAGAACG	Neural
progenitors	3
08_10_exp10_idx1TATAATAGTT_idx2GGAACGATGG.ACGCTTGATGGTACTGCCT	Immature
neurons	2
08_10_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.AATTCATCGTAGAGCCAAGG	Neural
progenitors	1
08_10_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.TTGGCTCATGGTACTGCCT	Neural
progenitors	3
08_10_exp10_idx1TATTAGACTT_idx2GGACTCATTG.TAGGTACTATTTACCTCGAC	Sensory
progenitors	6
08_10_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TGAGAATCATTTGAGTATCA	Neural
progenitors	3
08_10_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.AAATTCCTCTCCATTATCTA	Ventral
midline	9
08_10_exp10_idx1TCCTCTGCCG_idx2CGAGTTAGAG.TATTGAGGTTTTGAGTATCA	Neural
progenitors	0
08_10_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.GTAAGGAGTGTCATTGCGC	Neural
progenitors	3
08_10_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.TTGATTCCTTGGCTATGACT	Neural
progenitors	0
08_10_exp10_idx1TGGACGACTA_idx2CCTAGCGCCT.CAGCAAGTTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.GGTCAGTTTTTGAGTATCA	Immature
neurons	2
08_10_exp10_idx1TTGCCGTAGG_idx2ACTGAATTCC.TCGTCTATTTGCAAGGAATA	Neural
progenitors	3
08_10_exp2_idx1CTCAATTAGT_idx2GGCTAATTAA.CCTGCTACTTCAAGCCGAT	Immature
neurons	2
08_10_exp2_idx1CTCAATTAGT_idx2GGCTATGACT.AGATTCAACTCCGCTCCGGC	Neural
progenitors	1
08_10_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.CGCTGCTTTACTAGAGAGT	Neural
progenitors	1
08_10_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.GGTCTACGTCTTGGTAATG	Neural
progenitors	3
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.ACTGAATACTCTTGGTAATG	Neural
progenitors	3
08_10_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.TCGGTACCTCGGATGAAGG	Neural
progenitors	3
08_10_exp3_idx1AGTCCGCTGC_idx2CAAGTACTGG.TCCTATTCTTCTCTGATCAG	Neural
progenitors	3
08_10_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.AATTCTAGGTCGGAAGATAT	Immature
neurons	2
08_10_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.AAGTATTGGTAGAGCTATAA	Neural
progenitors	3
08_10_exp3_idx1ATGGCGCCTG_idx2CCAAGCTGAA.GTTCCAGCTTCAAGCCGAT	Neural
progenitors	3
08_10_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.CGTACCTATTCAAGCCGAT	Neural
progenitors	3
08_10_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.TATCCAGGTATTGAGATTG	Immature
neurons	2
08_10_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.TGGTTGAATTTATAGACGCA	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.ATATGCCATTACGAAGTCAA	Immature
neurons	2
08_10_exp3_idx1GCGCGTTCAT_idx2GCAACTGGCA.GATTACGGTCGGAAGATAT	Immature
neurons	2
08_10_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.ATACTACTCTCTTGCAGTAG	Neural
progenitors	1
08_10_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.ATTAATGCCTTGGAGAATTC	Neural
progenitors	1
08_10_exp3_idx1TAGGTAACTT_idx2CTCCGGTTCT.AAATTCCTCTCTGAACTGGT	Neural
progenitors	0
08_10_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.GCGTACTTTCGGAGATCCG	Neural
progenitors	1
08_10_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.GTCTCTACTTCTTGCCGAC	Immature
neurons	2
08_10_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.TCTATCCAATAACTGATCTT	Neural
progenitors	3
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.AGCATAACTTCCTTACTCCT	Neural
progenitors	3
08_10_exp3_idx1TGGACGACTA_idx2CTCGGTCAAT.CAATCGGTTTTGCGAGGCA	Neural
progenitors	0
08_10_exp3_idx1TTATTGAGGC_idx2GATACCTAAG.CGAATGAGTGGCCAGTCCG	Immature
neurons	2
08_10_exp3_idx1TTCCGTCGAC_idx2CGATCATTAC.AAGCGCCATCGCGTACGAC	Neural
progenitors	1
08_10_exp3_idx1TTGCCGTAGG_idx2TGAGGTAGAA.AAGCGCCATTTGATGCTAT	Immature
neurons	2
08_10_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.ATGCATTCATCGCCTAATGC	Neural
progenitors	3
08_10_exp3_idx1TTGCGAGCAT_idx2CATTATTACC.TTCTTCGTTTAAGCCAGTTA	Neural
progenitors	3
08_10_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.ATTGAGGAATATTCGACCAA	Neural
progenitors	1
08_10_exp3_idx1TTGGTAAGGA_idx2TCTAGAACTA.TACTCCTATTTAACGATCCA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCCGGTCATTGCATATAAC	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCCGTATGTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTGAGTCCTCGGTAGGAAT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TATAAGGCTTTGCATATAAC	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GCAACGTTTCGGAGATCCG	Neural
progenitors	0
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GGACTTGATCGGTAGGAAT	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.GGTACGGATATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.GCTGGCTATGTTGAAGGAT	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.CTCCAGAGTCCGTTGACTT	Neural
progenitors	15
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.ACGGCAATTCCAGGCCGCA	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCTACTTACTACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCCTCGAGTGAAGGTTGCC	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CGTCGAAGTCTCTGCGGCA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATTCGGCTTGGTATTCAT	Neural
progenitors	0
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.CCAGAACCTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GTATCGCATGATAAGGCAA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.ACGAGGTTTGCCGTATGCT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TGCTACTAATAAGTCTTCCG	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAACTAAGGTAATGCTAGTC	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GACGTTCGTGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TAGTTACCTTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTTCGCTGTCCGTCCAGTA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.CCGGATAGTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.CCGAGAGATGACGACCTGC	Neural
progenitors	0
08_10_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.GAGCGGTATATTGAGATTG	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGTACGGATTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCGAATCTTTATTGAGATTG	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCTGGCTATCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GTCGGCAATTCTCCTATAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATTGAGGTTTTGATATATT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ACCTTCGGTCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.ATGGCGTATCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACGTTCGTATTGAGATTG	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CTTCATGCTACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CCGTCTCATGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CTGCTGAATTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGCTCCTATCGATGGCGCC	Neural
progenitors	0
08_10_exp10_idx1AGGTCAGCTT_idx2CGAAGGACGA.TCCTATAAGTGCCGCAACGA	Neural
progenitors	0
08_10_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.TATGCGATTTCGATCATTAC	Neural
progenitors	1
08_10_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.GGTCTACGTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.TGTCCTTATTTAGCCGTCAT	Neural
progenitors	1
08_10_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.CTGAGCATTTTCGCCTCCA	Neural
progenitors	0
08_10_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TTGGAGTTATGCCGCAACGA	Neural
progenitors	0
08_10_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TCATAGAGTTGCAGGTCCGT	Neural
progenitors	0
08_10_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TAGGTACTATGCCGCAACGA	Neural
progenitors	0
08_10_exp10_idx1TATTAGACTT_idx2TGATAGAACG.GTAAGCTCTTGGAACTAGA	Neural
progenitors	1
08_10_exp10_idx1TGGACGACTA_idx2CCTAGCGCCT.AGTCGCATTGCCGCAACGA	Neural
progenitors	0
08_10_exp10_idx1TGGACGACTA_idx2TCGATATTGA.ATACCAGTTTTATTACTCAT	Neural
progenitors	3
08_10_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.TTGAGAGATTTTGAGTATCA	Neural
progenitors	3
08_10_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.GGCTAAGATATCGGCTATC	Neural
progenitors	0
08_10_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.TCTTAGTTCTCTGAACTGGT	Neural
progenitors	1
08_10_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.TATGGTCTTTGCCGTATGCT	Neural
progenitors	3
08_10_exp4_idx1TTGCGAGCAT_idx2AGATCCTATA.CCTGCTACTGAGCATATGG	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.ACGAGGTTTTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GGAGGTTCTTTGGACGCTG	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TATTGAGGTTTCAGACGAAC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TGCCTATTATTGCGCCATCT	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TGCTCCTATTCTACCATTA	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TTGGAGTTATTGCGCCAGAA	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CTCCAGAGTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GACTACCATTGGCTGATGA	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGTAGTCCTTCAGACGAAC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GTACCTCTTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TATAAGGCTTCCAGGCCGCA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCATAGAGTTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCGCCAACTGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCTATACCTTTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TGGACCTCTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TTGCGGTCTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ATGCCAAGTGACGACCTGC	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ATGGAGAGTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CAGAAGGCTCAGGTATGGA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTGGAAGATTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCTGAAGCTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCTGGCTATTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTAAGCTCTTTACGTATAC	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTAAGGAGTCATAACCAGC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTCATCTGTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTCGGAGTTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATAAGGCTTTCTACCATTA	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCGGTACCTAGGCCGCTCG	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCTATACCTTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGAGAATCATTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGAGTTAGATATAGACTAGG	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CCAGAACCTCGATGGCGCC	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CCGGATAGTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GAAGAGGCTTTACGTATAC	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TACTCCTATTGATAAGGCAA	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TCTATACCTTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CTACGGCATCAGGTATGGA	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GGTAGTCCTAGTTCGAGTA	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GTAAGGAGTGCCGGTCGAG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TGGTAGGCTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.ACCAATGCTACCGCAGAAT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.ACCAATGCTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.ACCGTAGCTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.CAACGCAGTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.CAACGCAGTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.CAATCGGTTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCATTGCGTAATGCTAGTC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACCGTCATCTCTGCGGCA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCAGATACTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGAGGTTCTTTACGTATAC	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATCCAGGTCGCCGCCTCC	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGCTAATTCTAGTTCGAGTA	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGTTAAGACTCAGATTCGAT	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CTACGGCATCCTTACTCCT	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CTGGAAGATTCAGACGAAC	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GGCTTACTTGAAGGTTGCC	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GTTCCAGCTTACGGCTACG	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.GATTACGGTGACGACCTGC	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.GGAGGTTCTAGTTCGAGTA	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.GTCCTGCATTACGGCTACG	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.CCATCAGGTGCGCGGTAGT	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.CCGAGAGATTGCGCCATCT	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.CCGGAGTTTCGGAGATCCG	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.CGGTTCCATGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TGCTACTAATTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACTACCATTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACTTGGCTTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GAGCGGTATACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGATAGGTTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTAAGGAGTGAAGGTTGCC	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTATCGCATGACGACCTGC	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTCGGCAATAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGCCTTGGTACGCCGTTCA	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCTAAGCTTGCCAACGCCA	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTGCGGTCTCGGAGATCCG	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTTGCTTAGTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CGTCGAAGTTCTCCTATAA	Immature
neurons	13
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCTGGCTATCGATGGCGCC	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGGTCGAATGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTCTTAACCTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.AGGCATCATATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GTCCTGCATCAGGTATGGA	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TATTGAGGTTTGCATATAAC	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.ATGGCGTATGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.CATCGGACTGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GTAGACGGTTCTACCATTA	Ventral
midline	9
08_10_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GACTACCATGTTCCGCTAA	Neural
progenitors	0
08_10_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GGCGACTATTTAATTATTG	Immature
neurons	2
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GTCGGAGTTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TATTGACTCTCGAATAATTC	Ventral
midline	9
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.CTACGGCATGCGACGCCTT	Ventral
midline	9
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GACCGAATTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GCCATGGTTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TATCATGAGTGTTCCGCTAA	Ventral
midline	9
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TGAGAATCATTTAGCAATAA	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TTGAGAGATTTTAATTATTG	Ventral
midline	9
08_10_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TATTGAGGTTGATAAGGCAA	Immature
neurons	2
08_10_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.ACCTTCGGTTTCGCTTACG	Ventral
midline	9
08_10_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.ACGCCATATTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.AGGCATCATTGCGCCAGAA	Ventral
midline	9
08_10_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.GCGGAGAATGATAAGGCAA	Ventral
midline	9
08_10_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.GTTCGCTGTATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TGACGAGGTTCTACCATTA	Ventral
midline	9
08_10_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TGGTAATAGTAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.ATGGAGAGTTTACGTATAC	Ventral
midline	9
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GCAACGTTTAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TATTCGGCTAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.TATTGACTCTTTAATTATTG	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.AGCAACGATCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.GGCAAGTCTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.GTAAGGAGTCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CAATCGGTTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GACCAGGATGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTCGGAGTTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TATCATGAGTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCATTAAGCTGTTCCGCTAA	Ventral
midline	9
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGGACCTCTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ACGAGGTTTAAGTCTTCCG	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GAGCGGTATGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTTGCTCCTAGTTCGAGTA	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TAGCTCGGTGAAGGTTGCC	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TAGCTCGGTTTCGCTTACG	Immature
neurons	13
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATTGAGGTTTTAGCAATAA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTGCGGTCTAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTGGAGTTATCGATGGCGCC	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.CCTCCTGATTTAATTATTG	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GAGCGGTATCCTTACTCCT	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GCTGAAGCTATTGAGATTG	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GGAGGTTCTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TCCAAGTTATAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TGAGAATCATATTGAGATTG	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.AGTTGCGCTGTTCCGCTAA	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.ATGGCGTATATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GACCGAATTTTGATGCTAT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGAGCTCATACCAGCGCAG	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGCAAGTCTTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TAGTTACCTTAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATTGACTCTTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGCTAATTCTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTGGCGACTCGATGGCGCC	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CGAGATGCTGTTCCGCTAA	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CGCCGTAATAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CGCCGTAATGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CTCCGGTTTCTCTGCGGCA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTCCTGCATCAGGTATGGA	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TAACTAAGGTAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TGACGAGGTCCGTCCAGTA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TGCCTTGGTTTAATTATTG	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.CTAGTACGTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.CTATCTCCTAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TCGTTCTGTTGGTATTCAT	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TGAATTCGTTTGCGCCAGAA	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TTCAACTGATAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.CTGCTGAATCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GAACGGCTTTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GGTTGGCATTACGGCTACG	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.CAACGCAGTCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TTCTCTCGTAGTTCGAGTA	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GTTGCAAGTATAGACTAGG	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TCCAATAGTTTGCGCCATCT	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TTGGCTCATGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CCATCAGGTTTCGCTTACG	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CTAGTACGTGCGCGGTAGT	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CTCCTCGTTCGAATAATTC	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GACTCGCTTAAGACGGCCA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GCAACGTTTTACGGCTACG	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GCGCTCAATGAAGGTTGCC	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGTCTACGTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTCGGAGTTTCTACCATTA	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TATAAGGCTTCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TGGATCCGTCCGTTGACTT	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTCTGGCCTAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.TGTTAAGACTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.GGATAGGTTTACGGCTACG	Ventral
midline	9
08_10_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.GTAAGCTCTCGGTAGGAAT	Ventral
midline	9
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TATAAGGCTTCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TATGACTTGTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TATTCGGCTCAGATTCGAT	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TGCTCCTATTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CTCCAGAGTAGTTCGAGTA	Ventral
midline	9
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CTTCATGCTCATAACCAGC	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CTTCATGCTCGATGGCGCC	Ventral
midline	9
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TTCCATTACTAAGTTGCCAT	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TTGAGAGATTTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.GCAATCGCTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.GTCATCTGTTTAATTATTG	Ventral
midline	9
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TCATTAAGCTATAGTCGTAG	Immature
neurons	13
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.AACCGCTGTCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.ATTGCCGGTTTGATGCTAT	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CCAGAACCTTGCGCCATCT	Ventral
midline	9
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GAAGAGGCTAAGTCTTCCG	Ventral
midline	9
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GACCGTCATTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCAGATACTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCTGGCTATGTACTAGTAA	Ventral
midline	9
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTAGCGATTACGCCGTTCA	Ventral
midline	9
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTCGGAGTTAATGCTAGTC	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.ATAGTCGCTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.GTCGGAGTTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.ACCTTCGGTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GAGCGGTATGTACTAGTAA	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TTCCGACGTTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TGATCTTCTTGAAGGTTGCC	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GAACGGCTTCTGAACTGGT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GCAACGTTTTCTCCTATAA	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TGGTCTCCTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TGTTAAGACTTTCGCTTACG	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.ACCTTCGGTAGACTCAAGC	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.CCAGAACCTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GAGCGGTATTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GTTCGCTGTTGCATATAAC	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TAAGACCGTTGCATATAAC	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TTCTCTAGTTTGCATATAAC	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TCATAGAGTTTTCGCTTACG	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ATGGAGAGTTGCATATAAC	Immature
neurons	13
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACCGTCATATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCGTAGCGTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGAATTCGTTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCTGGCCTCATAACCAGC	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ACCTTCGGTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACTGACGTTTCGCTTACG	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACTTGGCTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCAACGTTTGCCGTATGCT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCGGAGAATGTACTAGTAA	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGTAGTCCTAAGTCTTCCG	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTTCCAGCTCTCTGCGGCA	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TAGCCAATTTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCATTAAGCTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCCAAGTTATTACGGCTACG	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCCGTATGTCGAATAATTC	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCCTACCTTACGCCGTTCA	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCTCGCTCTCTCTGCGGCA	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGTTAAGACTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTGGCAATATGCCGGTCGAG	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.GGTAGTCCTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TGGTCTCCTTTAGCAATAA	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TTGGAGTTATTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GGACTTGATTCTACCATTA	Ventral
midline	9
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GGCGACTATTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TCGCCAACTCTCTGCGGCA	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TTGGTTAAGTGCCAACGCCA	Ventral
midline	9
08_10_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.AGCAACGATTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GAGCGGTATCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TGAACGCGTACGCCGTTCA	Ventral
midline	9
08_10_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TGCTCCTATTTACGTATAC	Ventral
midline	9
08_10_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GGACTTGATAGGCCGCTCG	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.CGACGATATGCGCGGTAGT	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GACTACCATACCGCAGAAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GACTACCATATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TATGACTTGTGATAAGGCAA	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TTGGAGTTATCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.ATGGCGTATGTACTAGTAA	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GTTCGCTGTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TATGGTCTTTGCGACGCCTT	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TTGAGTCCTTGCGCCAGAA	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.ATAGTCGCTCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TCTAGGAATTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GAAGAGGCTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GACCAGGATTACGGCTACG	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GACCGTCATTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GTTCGCTGTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TCGGTACCTCAGATTCGAT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TTCGCATAATCGATGGCGCC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TTCTAAGCTTGCGACGCCTT	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AGCAACGATCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AGGCATCATTGCGCCAGAA	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATAGTCGCTACCAGCGCAG	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATGCCAAGTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTTAGCGGTCAGGTATGGA	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GAAGAGGCTTCTCCTATAA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCAACGTTTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGTCCTTCTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTAAGCTCTAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTAAGCTCTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATCCAGGTAATGCTAGTC	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATCGAACTTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGAACGCGTGACGACCTGC	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGCTCCTATCCAGGCCGCA	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCTCTAGTTCGATGGCGCC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.AGTTGCGCTTCGAGGAGTA	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GCGGAGAATTCGATATTGA	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GCTTCTGGTGCCGGTCGAG	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AAGCGCCATAGGCCGCTCG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTCCGGTTTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTCCGGTTTCAGGTATGGA	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTTAGCGGTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GAACGATGTAGTTCGAGTA	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GAGACTAGTACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCTCGAGATTGCGCCATCT	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGAACGCGTGAAGGTTGCC	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGGTCGAATATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCTCTAGTTGCTAACCTCA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AACCGCTGTTGCGCCATCT	Immature
neurons	8
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACCAATGCTTTGATGCTAT	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACGGCAATTGTACTAGTAA	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AGCAACGATCGGAGATCCG	Immature
neurons	13
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ATGCCAAGTTGCATATAAC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CATCGGACTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTCCAGAGTTTACGTATAC	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTCGCTTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTTGGCTTGGCTGATGA	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAGACTAGTCGAATAATTC	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAGACTAGTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GATTACGGTCGGTAGGAAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGAGCTCATTCTCCTATAA	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGATAGGTTGCGACGCCTT	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTACCTCTTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTCATCTGTGCGCGGTAGT	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATTCGGCTCAGATTCGAT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGACGAGGTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGAGAGATTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.AAGCGCCATACGCCGTTCA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.AAGCGCCATCCGTTGACTT	Immature
neurons	13
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GAACGATGTAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCGTCGTATGCGCGGTAGT	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTTCCAGCTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATCATGAGTAATAATACCA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGTCTATTTTTACGTATAC	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGATCTTCTTACCAGCGCAG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGATCTTCTTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.CTTCATGCTAGAGCCAGCC	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GCATCCAGTAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GTAGACGGTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TCGTCTATTTCAGATTCGAT	Immature
neurons	13
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TGGACCTCTACGCCGTTCA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TATCGAACTTTCTACCATTA	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCGCGCATTAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.AGGCATCATTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CCGGATAGTAAGTCTTCCG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GACTCGCTTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGCGCATTTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TAGAGCCTTTTGATGCTAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATGGTCTTTGACGACCTGC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATTGACTCTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCGAATCTTTGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCGAATCTTTTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGTTAAGACTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTATAGGCATTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CTTAGCGGTTACGGCTACG	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GACTACCATAGACTCAAGC	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GGCAAGTCTCCGTCCAGTA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TATTGACTCTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TGAATTCGTTACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.AACCGCTGTAGAGCCAGCC	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.AGCAACGATTGCATATAAC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.AGCAACGATTTAGCAATAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.AGTTGCGCTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATAGTCGCTAGAGCCAGCC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACCGAATTTGCGCCAGAA	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAGCGGTATATGGCGGATC	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GATCGACCTGCCGTATGCT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTAGACGGTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTTCCAGCTCGAATAATTC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTTGCAAGTGCGACGCCTT	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAGGTACTATTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATGACTTGTGATAAGGCAA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCAAGTTATTGCGCCATCT	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCAATAGTTTGCGCCAGAA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGGTACCTGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGTTCTGTATAGACTAGG	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCCTTGGTTTCGCTTACG	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCTAATTCTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCTAATTCTCCGTTGACTT	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGTAATAGTAAGACGGCCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTAATGAGCTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCAACTGATATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCCATTACTGCGACGCCTT	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCTCTAGTTCCAGGCCGCA	Sensory
progenitors	6
08_10_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.GGTTCGAGTACGCCGTTCA	Ventral
midline	9
08_10_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.GTAGCGATTAGTTGCATCT	Ventral
midline	9
08_10_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GATTACGGTTCAGACGAAC	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TCGCGCATTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TCGCGCATTTTGGAATCTC	Ventral
midline	9
08_10_exp1_idx1TAGGTAACTT_idx2CCGTCGGAGG.TCCTCGAGTTACGGCTACG	Immature
neurons	2
08_10_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.CCGAGAGATCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TGGTAGGCTAGTTCGAGTA	Neural
progenitors	0
08_10_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.TTCGCATAATCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.ATTGCCGGTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.CCGAGAGATATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.CTGGAAGATCCGTCCAGTA	Ventral
midline	9
08_10_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TATGCGATTTCCGTTGACTT	Ventral
midline	9
08_10_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TCATAGAGTTTTAGCAATAA	Immature
neurons	2
08_10_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GACTACCATAAGACGGCCA	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GACTCGCTTTGCATATAAC	Ventral
midline	9
08_10_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GACTCGCTTTTAATTATTG	Ventral
midline	9
08_10_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GGATAGGTTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CGTCGAAGTCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GCATCCAGTCCGCGGACCG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TAACTAAGGTCGGTAGGAAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCTAGGAATTGCGACGCCTT	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCTATACCTTCGAATAATTC	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCTCGCTCTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GCAACGTTTTCAGACGAAC	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GTCGGCAATGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCATTAAGCTAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCTCCGAATTGCGCCAGAA	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGAACGCGTTTCGCTTACG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTCCGACGTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTGGCGACTCGGAAGATAT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.AAGCGCCATGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CGACGATATTGGTATTCAT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CTCTACTGTAAGTTGCCAT	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GACCAGGATTCAGACGAAC	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GACCGTCATAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GACGTTCGTGATAAGGCAA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGAGGTTCTCAGATTCGAT	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTATCGCATGCCAACGCCA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTCCTGCATATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATAAGGCTTTTGATGCTAT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCTACTTACTATAGACTAGG	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGCTCCTATTGCGCCATCT	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGGATCCGTCGATGGCGCC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTGAGTCCTCGGAGATCCG	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ATGGCGTATGGCTAATTAA	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ATTGCCGGTCGGTAGGAAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCGAGAGATCGGTCGTTAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCGTCTCATTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GAACGATGTGCCGGTCGAG	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCCATGGTTTTAATTATTG	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCGGTATATAACTGCTGCC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCGGTATATGTACTAGTAA	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCTGGCTATGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGCGCATTTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGTACGGATTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATGCGATTTAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATTGACTCTACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCGGTCATTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCTACCTTCCGTCCAGTA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCTATTCTTTGGTATTCAT	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGTAGCGTAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCTCCGAATAAGACGGCCA	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGGATCCGTTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGAGAGATTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGGCTCATACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTCTAAGCTTTGGTATTCAT	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CTTAGCGGTCGAATAATTC	Immature
neurons	13
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GCAATCGCTGCCAACGCCA	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCCTATTCTTTTCGCTTACG	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.AACCGCTGTCCGTTGACTT	Immature
neurons	13
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CCGGAGTTTTCGAGGAGTA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GCGCTCAATATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GGTCCTTCTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GTTCCAGCTTGCGCCATCT	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCAGATACTACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCGCTCAATACGCCGTTCA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGTAGTCCTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTAGCGATTCGATGGCGCC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCTATTCTTTTCGCTTACG	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCGCCAACTCCAACTAACC	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGCCTTGGTGCGCGGTAGT	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGGTAATAGTTTGATATATT	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGAGAGATTAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGGTTAAGTGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.GAGCGGTATACGCCGTTCA	Immature
neurons	2
08_10_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TACGGTAGTTGGCTGATGA	Immature
neurons	2
08_10_exp1_idx1TATAATAGTT_idx2TATAACTTCC.ACCTTCGGTAACTACCGAC	Neural
progenitors	3
08_10_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TTGAGAGATTCCGTCCAGTA	Neural
progenitors	3
08_10_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.TTCTCTAGTTCCGTCCAGTA	Neural
progenitors	3
08_10_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.CGAGATGCTGCCAGGATCA	Neural
progenitors	3
08_10_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TCCAAGTTATTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.GTACCTCTTTTGATGCTAT	Neural
progenitors	3
08_10_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TCTATACCTTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.TGGTCGAATCAGATTCGAT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GACTGACGTGAAGGTTGCC	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GTCGGAGTTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.ACGCCATATACGCCGTTCA	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CTTAGCGGTAGGCCGCTCG	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GCGGAGAATCTCTGCGGCA	Immature
neurons	13
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GGATAGGTTGTTCCGCTAA	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GTTCGCTGTAAGTTGCCAT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TGGTAGGCTGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTGGCGACTATAGACTAGG	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.AAGCGCCATTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ACGAGGTTTTCAGACGAAC	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ATTGCCGGTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCATCAGGTAGTTCGAGTA	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCGTCTCATGTTCCGCTAA	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTACGGCATTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTTCATGCTACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCAACGTTTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCCATGGTTAGACTCAAGC	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCTGAAGCTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGTCTACGTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTCGGAGTTAGTTCGAGTA	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTCGGCAATCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TAGAGAGTATGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCAGTTGGTTATCGTCGGC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCATTAAGCTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGAATCTTTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGGTCGAATGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTAATGAGCTTTCGCTTACG	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCCGACGTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCTAAGCTTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTGGCGACTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCAATCGCTCAGATTCGAT	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCTTCTGGTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTTGCAAGTATTGAGATTG	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TATGCGATTTTGCGCCAGAA	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTAATGAGCTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTCTGGCCTTGCATATAAC	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AGTTGCGCTGGAGCGGCCG	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ATGGAGAGTCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CGAGATGCTCTGAACTGGT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTATCTCCTTTAGCAATAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCAATCGCTTGCGCCATCT	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCCATGGTTGCCGTATGCT	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGACTTGATTGCGCCATCT	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTTCGAGTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTTGGCATCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTCCTGCATGACGACCTGC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATCGAACTTAGGCCGCTCG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATTGAGGTTTGCGCCAGAA	Immature
neurons	13
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCAGCGGTTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCAGTTGGTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTACTTACTTCGAGGAGTA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGGATCCGTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGGCTCATTTAATTATTG	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CAATCGGTTAAGTCTTCCG	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CCATCAGGTGCGACGCCTT	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CGAGATGCTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CTGCTGAATAGTTCGAGTA	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GACCGTCATGAAGGTTGCC	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TAGAGAGTATTTGATATATT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCGCGCATTCCAGGCCGCA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GCGGTATATGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCGGTACCTACGCCGTTCA	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CGCCGTAATACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CGCCGTAATTTGATATATT	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GCCATGGTTCCGTCCAGTA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GTTGCTCCTTGGTATTCAT	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TGAGTTAGATGTTCCGCTAA	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TTGGCGACTAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CCATCAGGTAGTTCGAGTA	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CCTCCTGATACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GCTTCTGGTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GTCGGAGTTAGTTCGAGTA	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCATTAAGCTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCGGTACCTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TTCCGACGTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.TCGTAGCGTTTACGTATAC	Ventral
midline	9
08_10_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.GAGACTAGTTTGGACGCTG	Ventral
midline	9
08_10_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.GTCCTGCATAAGACGGCCA	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.AGGCATCATCTGAACTGGT	Ventral
midline	9
08_10_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.AGTTGCGCTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.CTGGAAGATGCCAACGCCA	Ventral
midline	9
08_10_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TACGGTAGTGCGACGCCTT	Ventral
midline	9
08_10_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.ACGAGGTTTTGCGCCATCT	Ventral
midline	9
08_10_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.ATTGCCGGTACCAGCGCAG	Immature
neurons	13
08_10_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.CCGGATAGTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.CTATCTCCTACGCCGTTCA	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GCAGATACTGCCGGTCGAG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GGCTTACTTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GTAAGCTCTTTCGCTTACG	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GTCGGCAATTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TCAGCGGTTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TCTCGCTCTAGGCCGCTCG	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TGCCTTGGTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TTCGCATAATAATAATACCA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CCGAGAGATGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TAGCTCGGTAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TCCGGTCATTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TCTCGCTCTTGCATATAAC	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AGGCATCATTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ATGGCGTATCTGGATTAGT	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CATCGGACTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CCATCAGGTCAGGTATGGA	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CGAGATGCTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTCCGGTTTACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCTTCTGGTCCGTCCAGTA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCTTCTGGTTTGGACGCTG	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGCAAGTCTACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGCGACTATGCCAACGCCA	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTAAGCTCTTTGGACGCTG	Immature
neurons	13
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCAGGAGATAATGCTAGTC	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCAGGAGATGTTCCGCTAA	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCAAGTTATGCGCGGTAGT	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCGTATGTACCAGCGCAG	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCGTATGTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCGCCAACTTGCGCCATCT	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCTAATTCTCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCTAATTCTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGGTCGAATGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGGTCGAATGTTCCGCTAA	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCTTAACCTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.CGGTTCCATCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TGAATTCGTTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GTAGCGATTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TCGTTCTGTCGGAAGATAT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TTCGCATAATTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ACCTTCGGTTCTCCTATAA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.AGTTGCGCTTTCGCTTACG	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CAGAAGGCTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GACTTGGCTCGGAAGATAT	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GATTACGGTGTTCCGCTAA	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCAATCGCTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCAGTTGGTAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCTATACCTTCGGTAGGAAT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGGTCTCCTACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTATAGGCATGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTCAACTGATCGGAAGATAT	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTGGCTCATAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.CGCCGTAATTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.CGTCGAAGTTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TATAAGGCTTGCGCGGTAGT	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TCCTCGAGTTTCGCTTACG	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.AAGCGCCATTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.ATGGCGTATTTGATGCTAT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GAGCGGTATAGGCCGCTCG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GTTCGCTGTCAGGTATGGA	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TTGGTTAAGTCAGGTATGGA	Ventral
midline	9
08_10_exp10_idx1AATACGATAA_idx2AACTTATAAG.TAATCAGCTTCATGCTGGTT	Immature
neurons	2
08_10_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.TCGAAGGATTTCGCCTCCA	Neural
progenitors	0
08_10_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.ATTAGTCTGTAGAGCCAAGG	Ventral
midline	9
08_10_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.TATATGCGTTGTCATTGCGC	Neural
progenitors	0
08_10_exp10_idx1ACGGCGTTAA_idx2GACCTCTCTG.TAGGTACTATAGAGCCAAGG	Neural
progenitors	0
08_10_exp10_idx1AGACCATATC_idx2AATTGCCTAC.TCGTCTATTTTTAGATTCCG	Ventral
midline	9
08_10_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TCCTATTCTTAGCGTCAATG	Neural
progenitors	3
08_10_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TCTAGGAATTTGAGTCTGGC	Neural
progenitors	3
08_10_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TTCTCTAGTTAGAGCCAAGG	Ventral
midline	9
08_10_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.GAGTTCTCTCATGCTGGTT	Neural
progenitors	0
08_10_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TCCAATAGTTGCAAGGAATA	Ventral
midline	9
08_10_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.ATTGATCGTTACGCGAGATT	Neural
progenitors	0
08_10_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TGATCTTCTTAGAGCCAAGG	Neural
progenitors	0
08_10_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.GGTCAGTTTTTAGATTCCG	Neural
progenitors	3
08_10_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.GTATCGCATCTAGTAGTCT	Ventral
midline	9
08_10_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.TATCATGAGTGGCTATGACT	Neural
progenitors	0
08_10_exp10_idx1GAGCGCGATG_idx2CTGCAATCGC.AAATTCCTCTTCTAGAACTA	Neural
progenitors	0
08_10_exp10_idx1GAGCGCGATG_idx2CTGCAATCGC.TATGGTCTTTCGATCATTAC	Neural
progenitors	3
08_10_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.TGCTACTAATGGCTATGACT	Immature
neurons	2
08_10_exp10_idx1GCATCGTATG_idx2AATTGCCTAC.AAACTCCAATTTGAGTATCA	Neural
progenitors	3
08_10_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.TAGAGCCTTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1GCATCGTATG_idx2AGCGTCAATG.TTGATTCCTTTTGAGTATCA	Neural
progenitors	0
08_10_exp10_idx1GCATCGTATG_idx2CGATCATTAC.TCAAGATCTTCGATCATTAC	Ventral
midline	9
08_10_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.TTCAACTGATAGAGCCAAGG	Ventral
midline	9
08_10_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.TTGGAGTTATAACTGATCTT	Ventral
midline	9
08_10_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TGAATCTGATTTAGATTCCG	Neural
progenitors	3
08_10_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TCAAGATCTTTTAGATTCCG	Immature
neurons	2
08_10_exp10_idx1GCTTGAAGAG_idx2TGATTCCTCA.CATCAACGTGGTACTGCCT	Neural
progenitors	0
08_10_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.GAACGATGTTGGAACTAGA	Neural
progenitors	3
08_10_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TAGAGAGTATAGAGCCAAGG	Neural
progenitors	0
08_10_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TGCTAATTCTGTCATTGCGC	Sensory
progenitors	6
08_10_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TAGAGCCTTAGTCCGCGGA	Neural
progenitors	3
08_10_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.CAAGCAACTGGCTCTCTAT	Ventral
midline	9
08_10_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.GGTCAGTTTAGAGCCAAGG	Neural
progenitors	1
08_10_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TCCTCGAGTTCCGTCGCCA	Immature
neurons	13
08_10_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.ACCATGATTTGCCGCAACGA	Ventral
midline	9
08_10_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TGCCTATTATGGTACTGCCT	Neural
progenitors	0
08_10_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TTCCATTACTTAGAGTAATA	Neural
progenitors	3
08_10_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TATTCTCCTTTATTACTCAT	Neural
progenitors	3
08_10_exp10_idx1TAGTAAGCCG_idx2AGGTCAATTA.TACTTGCGTTTAGATTCCG	Immature
neurons	13
08_10_exp10_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCCAATAGTTTTGAGTATCA	Neural
progenitors	3
08_10_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.GAAGAGGCTTCTAGAACTA	Ventral
midline	9
08_10_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.GCTCTTAGTGTCATTGCGC	Ventral
midline	9
08_10_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.AGTCGCATTTTACCTCGAC	Neural
progenitors	3
08_10_exp10_idx1TAGTAAGCCG_idx2TGATTCCTCA.GGTCTACGTTAGAGTAATA	Neural
progenitors	0
08_10_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TGCCTATTATGTCATTGCGC	Neural
progenitors	3
08_10_exp10_idx1TATTAGACTT_idx2CATTATTACC.ATATGGATCTCGATCATTAC	Sensory
progenitors	6
08_10_exp10_idx1TATTAGACTT_idx2TCATCTAATC.ATCAGTCATTTCGATATTGA	Neural
progenitors	3
08_10_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TCCTATAAGTGCAAGGAATA	Immature
neurons	2
08_10_exp10_idx1TCTTGAGGTT_idx2ACTATCTTGA.TAGAGCCTTGCCGCAACGA	Immature
neurons	2
08_10_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.ACTTGATTGTTTACCTCGAC	Neural
progenitors	0
08_10_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.GATACGTCTAGAGCCAAGG	Ventral
midline	9
08_10_exp10_idx1TTCGAATATT_idx2GACCTCCGCC.GTAAGCTCTAGCGTCAATG	Ventral
midline	9
08_10_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.GATACGTCTTTCGCCTCCA	Neural
progenitors	0
08_10_exp10_idx1TTGCCGTAGG_idx2ACGTTCAACC.TCATGGCTTGCCGCAACGA	Neural
progenitors	0
08_10_exp3_idx1AATACGATAA_idx2ACTCTCTCAA.GAGTTCTCTGGCCAGTCCG	Neural
progenitors	3
08_10_exp3_idx1AATACGATAA_idx2ACTCTCTCAA.GGCGCATTTTTACGATGAA	Neural
progenitors	3
08_10_exp3_idx1ACGGCGTTAA_idx2AATTGCCTAC.TGGTAGGCTTTCCAACCGC	Sensory
progenitors	6
08_10_exp3_idx1ACGGCGTTAA_idx2ACCGTTACGA.AGATTGGTTTCAAGTCGACC	Ventral
midline	9
08_10_exp3_idx1ACGGCGTTAA_idx2ACCGTTACGA.ATTAGTCTGTCGAATAGATG	Ventral
midline	9
08_10_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.AAACTCCAATTCCTACCAGT	Ventral
midline	9
08_10_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.CTCCATCATTATCATGATC	Immature
neurons	2
08_10_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.TAGGAAGGTTATCCTCAAT	Neural
progenitors	3
08_10_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.TCGTAGCGTTCAAGCCGAT	Ventral
midline	9
08_10_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.AAGCGCCATTATGAGTTAA	Neural
progenitors	3
08_10_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.ACGATATCATCAAGTCGACC	Ventral
midline	9
08_10_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.ATGGCGTATGACGAAGCGT	Neural
progenitors	0
08_10_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.GCGGTATATGTATAATACG	Neural
progenitors	3
08_10_exp3_idx1AGACCATATC_idx2CCGTCGGAGG.ACTTGATTGTAATGCTAGTC	Immature
neurons	2
08_10_exp3_idx1AGACCATATC_idx2CCTATAAGCT.TCAGTTGGTAATCGATAAT	Immature
neurons	2
08_10_exp3_idx1AGGTCAGCTT_idx2ACTATCCGCA.ATAACTTCCTGACGACCTGC	Neural
progenitors	3
08_10_exp3_idx1AGGTCAGCTT_idx2ACTATCCGCA.ATACCAGTTTTTATCCGGAT	Neural
progenitors	3
08_10_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.ACCTCAATATAATGCCGCTT	Ventral
midline	9
08_10_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.ATAAGCGAATCGTAATGCAG	Neural
progenitors	3
08_10_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.ACGCTTGATGTATAATACG	Immature
neurons	2
08_10_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.GAACGATGTCTTGCAGTAG	Immature
neurons	2
08_10_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.ATACCAGTTTCTGAACTGGT	Neural
progenitors	3
08_10_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.TTCTAAGCTTCTGATGGTCA	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2CCAGGTCTAC.AATCCAGTATTGGCTGATGA	Neural
progenitors	3
08_10_exp3_idx1AGGTCAGCTT_idx2GATACCTAAG.TAGGAAGGTTTATCCGGAT	Ventral
midline	9
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.TAGAACCAATGATACGGAAC	Immature
neurons	2
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.TAGCCAATTTGGCGAACTCG	Neural
progenitors	3
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.TTTGCTACTTGGCGAACTCG	Neural
progenitors	3
08_10_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.ACGCCATATGGCGAACTCG	Neural
progenitors	3
08_10_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.GTCGGCAATTTGATGCTAT	Neural
progenitors	3
08_10_exp3_idx1AGTCCGCTGC_idx2CAAGTACTGG.AACGCGTCTTCTTGCCGAC	Immature
neurons	2
08_10_exp3_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TAGCTCGGTGACGACCTGC	Neural
progenitors	3
08_10_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.ATCTTCAGATGATATCGGCG	Neural
progenitors	3
08_10_exp3_idx1AGTCCGCTGC_idx2GAACTGCATC.ACGACGCATTGGTATTCAT	Ventral
midline	9
08_10_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.CTGATAGGTAATCGATAAT	Ventral
midline	9
08_10_exp3_idx1AGTCCGCTGC_idx2GGTCCAGGAG.GGCGTTAATGGCAGACGCC	Neural
progenitors	3
08_10_exp3_idx1AGTCCGCTGC_idx2GTTGACGGCC.TCGAAGGATATTGAGATTG	Neural
progenitors	3
08_10_exp3_idx1AGTCCGCTGC_idx2TCATCTCGAT.CGCCGTAATTATCCTCAAT	Ventral
midline	9
08_10_exp3_idx1ATAAGGACTC_idx2AGTCCGCGGA.AACTGGCATTAGGCCATAG	Ventral
midline	9
08_10_exp3_idx1ATAAGGACTC_idx2ATAAGAGGCG.TCGAGAAGTCTAAGAGAAG	Ventral
midline	9
08_10_exp3_idx1ATAAGGACTC_idx2ATAAGAGGCG.TCTATCCAATACTCAATAGG	Neural
progenitors	3
08_10_exp3_idx1ATAAGGACTC_idx2CGAGTTAGAG.TGGTAGGCTCGATGGCGCC	Ventral
midline	9
08_10_exp3_idx1ATAAGGACTC_idx2GGCTATGACT.ACAGGTATTTTAGGCAGATA	Ventral
midline	9
08_10_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.GGTACCATTACCGCAGAAT	Ventral
midline	9
08_10_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.GGTTCGAGTTTCCAACCGC	Neural
progenitors	0
08_10_exp3_idx1ATAAGGACTC_idx2TTGAGTATCA.TTCTCATTGTATCGGCTATC	Sensory
progenitors	6
08_10_exp3_idx1ATAAGGACTC_idx2TTGGTCATAA.GAGCGGTATCTTGGTAATG	Ventral
midline	9
08_10_exp3_idx1ATAAGGACTC_idx2TTGGTCATAA.TCGGTACCTTTGATGCTAT	Neural
progenitors	3
08_10_exp3_idx1ATGGCGCCTG_idx2CCAAGCTGAA.CTACCTGGTTTACGATGAA	Ventral
midline	9
08_10_exp3_idx1ATGGCGCCTG_idx2CCAAGCTGAA.CTATCTCCTTTCCAACCGC	Neural
progenitors	3
08_10_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.CCTAATGGTCTTGGTAATG	Neural
progenitors	3
08_10_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.TATTGACTCTCTGATGGTCA	Ventral
midline	9
08_10_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.TTCTCATTGTAAGCCAGTTA	Ventral
midline	9
08_10_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.TGGATTCTATAATCGATAAT	Neural
progenitors	3
08_10_exp3_idx1ATTATGCAAG_idx2CGAGTTAGAG.GATTACGGTCGGAAGATAT	Ventral
midline	9
08_10_exp3_idx1ATTATGCAAG_idx2GTCGCTCAGT.ACGGAACGTCTTGCAGTAG	Neural
progenitors	1
08_10_exp3_idx1ATTATGCAAG_idx2GTCGCTCAGT.AGGCTCGTTTCAAGCCGAT	Neural
progenitors	3
08_10_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.GCGTACTTTTATAGACGCA	Immature
neurons	2
08_10_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.CGACGATATACTCAATAGG	Neural
progenitors	3
08_10_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.CGCCATTCTTGGTCAGCCA	Ventral
midline	9
08_10_exp3_idx1CCTCAGCTCC_idx2GACTAGTCTA.ATAACTTCCTTACTTACTTA	Ventral
midline	9
08_10_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.CGGAACCTTTAGGCAGATA	Ventral
midline	9
08_10_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.CTCCGGTTTTCGAGGAGTA	Neural
progenitors	3
08_10_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.TCTATCCAATTATCATGATC	Neural
progenitors	3
08_10_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.TTGGCGACTCGGATGAAGG	Neural
progenitors	3
08_10_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.AAGGCTACTTTGACTTCAG	Neural
progenitors	3
08_10_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.ATGCATTCATCGCGTACGAC	Immature
neurons	2
08_10_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.TCGAATCTTTCCGCTCCGGC	Neural
progenitors	3
08_10_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.CCATCAGGTCGATCATTAC	Ventral
midline	9
08_10_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.GAAGAGGCTTGGCTGATGA	Neural
progenitors	3
08_10_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TCCTACCTTTTACGATGAA	Neural
progenitors	0
08_10_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TTCCATCTTTTTGACTTCAG	Immature
neurons	2
08_10_exp3_idx1GATTCTTGAA_idx2AGTTGCATCT.ATGGTTGGTTAGGCCATAG	Neural
progenitors	3
08_10_exp3_idx1GATTCTTGAA_idx2AGTTGCATCT.TCAGCGGTTATTGAGATTG	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.TACTTGCGTGGCGAACTCG	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.AAATCGTTCTGGCGAACTCG	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.ATGCCAAGTCCAGTCCTCT	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.GACTACCATCAAGTCGACC	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.ACTTCCGTTTCTTGCCGAC	Neural
progenitors	0
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TCCGTATGTCTTGGTAATG	Ventral
midline	9
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TGGACCTCTGTATAATACG	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2CTGCAATCGC.CGAATGAGTTTGATGCTAT	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2GACCTCTCTG.CTACCTGGTCTAAGAGAAG	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.ATGCATTCATCCGCGGCTCA	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.GGTCCTTCTATCGGCTATC	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.TTCCGACGTACTATGCAAT	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2TCGATATTGA.CAACGCAGTACGTCCGCAG	Ventral
midline	9
08_10_exp3_idx1GCATCGTATG_idx2TCGATATTGA.TTGACCAGTCTTGCAGTAG	Ventral
midline	9
08_10_exp3_idx1GCGCGTTCAT_idx2AGCGTCAATG.GAACGATGTATTGAGATTG	Sensory
progenitors	6
08_10_exp3_idx1GCGCGTTCAT_idx2TCGATATTGA.CAAGGCGTTTTATCCGGAT	Neural
progenitors	3
08_10_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GGTCCTTCTAAGACCGTTG	Ventral
midline	9
08_10_exp3_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TAGAGCCTTTTGCTAACGG	Neural
progenitors	3
08_10_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.AAGTATTGGTTATAGACGCA	Ventral
midline	9
08_10_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.ATCTGATGATATTGAGATTG	Neural
progenitors	3
08_10_exp3_idx1GCTTGAAGAG_idx2GGCTAATTAA.CAGAAGGCTTTGCTAACGG	Sensory
progenitors	6
08_10_exp3_idx1GTAGCAGCTA_idx2GATACCTAAG.AGATTGGTTTTATCATGATC	Ventral
midline	9
08_10_exp3_idx1GTAGCAGCTA_idx2GATACCTAAG.TCCTAACTTTAGGAGAGAAC	Immature
neurons	13
08_10_exp3_idx1GTAGCAGCTA_idx2GATACCTAAG.TGGTCGAATTGGTATTCAT	Neural
progenitors	3
08_10_exp3_idx1GTAGCAGCTA_idx2GGCTAATTAA.AACGCGTCTCAAGTCGACC	Neural
progenitors	3
08_10_exp3_idx1GTAGCAGCTA_idx2GGCTAATTAA.ATGGTTGGTGATCTTACGC	Ventral
midline	9
08_10_exp3_idx1GTAGCAGCTA_idx2GGCTAATTAA.CGCCATTCTAATGCTAGTC	Ventral
midline	9
08_10_exp3_idx1GTAGCAGCTA_idx2TGATAGAACG.CCTGCTACTTTGATGCTAT	Sensory
progenitors	6
08_10_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.CGACGATATTATCGTCGGC	Neural
progenitors	3
08_10_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.TTCCGACGTTAGGCCATAG	Neural
progenitors	3
08_10_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.ACGCCATATCGTAATGCAG	Ventral
midline	9
08_10_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.ATATGCCATTAAGAAGCTAG	Ventral
midline	9
08_10_exp3_idx1GTAGGCTGCA_idx2GGAACGATGG.AAACTCCAATTTGCTAACGG	Ventral
midline	9
08_10_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.AAACCATAGTTTCCAACCGC	Immature
neurons	13
08_10_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.CCGTCGATTCGAATAGATG	Neural
progenitors	3
08_10_exp3_idx1TAGGTAACTT_idx2ACTCTCTCAA.ATACCAGTTTACTCAATAGG	Neural
progenitors	3
08_10_exp3_idx1TAGGTAACTT_idx2ACTCTCTCAA.GGCGTTAATTGGCTGATGA	Neural
progenitors	3
08_10_exp3_idx1TAGGTAACTT_idx2CTCCGGTTCT.TGGACCTCTTCGAGGAGTA	Neural
progenitors	3
08_10_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.AAGGACGATACGTCCGCAG	Neural
progenitors	3
08_10_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.ATACTACTCTTATCATGATC	Immature
neurons	7
08_10_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.GAACGATGTCTTGGTAATG	Ventral
midline	9
08_10_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.TAAGAATGGTTAGGCCATAG	Immature
neurons	13
08_10_exp3_idx1TATAATAGTT_idx2ACGCAACTCC.TGCTAATTCTGCGTTCAGCT	Neural
progenitors	3
08_10_exp3_idx1TATAATAGTT_idx2ACGCAACTCC.TTCTAAGCTTCCGTCCAGTA	Ventral
midline	9
08_10_exp3_idx1TATAATAGTT_idx2GACCTCCGCC.AAACCATAGTACGTCCGCAG	Immature
neurons	2
08_10_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.ATCTTCAGATGCCGTCGCGT	Neural
progenitors	0
08_10_exp3_idx1TATTAGACTT_idx2TCATCTAATC.GTTGCTCCTGATCTTACGC	Neural
progenitors	3
08_10_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.CTGATAGGTGTATAATACG	Neural
progenitors	3
08_10_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.ATGCCAAGTTTGACTTCAG	Immature
neurons	2
08_10_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TTGGCGACTCGGAAGATAT	Immature
neurons	2
08_10_exp3_idx1TCCTCTGCCG_idx2TCATCTAATC.ACTGGTTATTCCGTTCCTTA	Ventral
midline	9
08_10_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.GACTACCATACCGCAGAAT	Ventral
midline	9
08_10_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.GCCATGGTTCTTGGTAATG	Ventral
midline	9
08_10_exp3_idx1TCTTGAGGTT_idx2GTCATTGCGC.TCGCCAACTAGACTCAAGC	Neural
progenitors	3
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.CCATCAGGTACCGCAGAAT	Ventral
midline	9
08_10_exp3_idx1TGGACGACTA_idx2CTCGGTCAAT.ACGCCATATGCGTTGGAGC	Neural
progenitors	3
08_10_exp3_idx1TGGACGACTA_idx2GCAACTGGCA.AAAGCTGATTGGAGCGGCCG	Immature
neurons	2
08_10_exp3_idx1TGGACGACTA_idx2GCAACTGGCA.TAGCCAATTTGGCCAGTCCG	Neural
progenitors	3
08_10_exp3_idx1TGGACGACTA_idx2TCGATATTGA.GGCGACTATTGGCTGATGA	Ventral
midline	9
08_10_exp3_idx1TGGACGACTA_idx2TGAGGTAGAA.GTCTATGGTCGGATTAGAA	Neural
progenitors	3
08_10_exp3_idx1TGGACGACTA_idx2TGAGGTAGAA.TATAAGAGGTCTAAGAGAAG	Ventral
midline	9
08_10_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.TTGCGGTCTACGAAGTCAA	Neural
progenitors	3
08_10_exp3_idx1TTATTGAGGC_idx2TCCGGTAATC.ACGATATCATGGCGAACTCG	Neural
progenitors	3
08_10_exp3_idx1TTATTGAGGC_idx2TCCGGTAATC.TAGAGCCTTTGGTATTCAT	Immature
neurons	2
08_10_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.TTATCCGCTACCGCAGAAT	Neural
progenitors	3
08_10_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.AACTAGTTGTCGCGTACGAC	Sensory
progenitors	6
08_10_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.CGACGATATCGGATGAAGG	Ventral
midline	9
08_10_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.TTCGTTCCTGATACGGAAC	Neural
progenitors	3
08_10_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.AAGGATTACTGATATCGGCG	Ventral
midline	9
08_10_exp3_idx1TTCCGTCGAC_idx2GATCAGTCAT.AGATCGGATCTGAACTGGT	Neural
progenitors	3
08_10_exp3_idx1TTCGAATATT_idx2ACCGTTACGA.ACAATGCTATACTCAATAGG	Neural
progenitors	3
08_10_exp3_idx1TTCGAATATT_idx2CCTATAAGCT.AGCATAACTTATCGGCTATC	Immature
neurons	2
08_10_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.ACTTGATTGTCGGAGATCCG	Immature
neurons	2
08_10_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.CAACGCAGTGGCCAGTCCG	Ventral
midline	9
08_10_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.ATATCTGGATAGGAGAGAAC	Ventral
midline	9
08_10_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.TAGAGCCTTCTTGGTAATG	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2CAAGCTTGGC.CTACGGCATATTCGACCAA	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2CAAGCTTGGC.GGCGTTAATTCAAGCCGAT	Immature
neurons	2
08_10_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.ATAGTCGCTATTGAGATTG	Sensory
progenitors	6
08_10_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.GCGCTCAATATTGAGATTG	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.TCCGGTCATACGAAGTCAA	Immature
neurons	2
08_10_exp3_idx1TTGCCGTAGG_idx2TCCGTCGCCA.CGTCTTCCTTTATCCGGAT	Immature
neurons	2
08_10_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.TGAATCTGATTATCATGATC	Immature
neurons	13
08_10_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.TTCTGGCCTTTGCTGGCAT	Neural
progenitors	3
08_10_exp3_idx1TTGCGAGCAT_idx2CATTATTACC.AGCAACGATACCGCAGAAT	Neural
progenitors	1
08_10_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.CCAGAACCTTTGATATATT	Ventral
midline	9
08_10_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.CGAGATGCTTGGCTGATGA	Neural
progenitors	3
08_10_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.GGTAGTCCTTGGTATTCAT	Neural
progenitors	3
08_10_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.CTCTGAGCTCGCGTACGAC	Neural
progenitors	3
08_10_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.GGTAGTCCTCTAAGAGAAG	Neural
progenitors	3
08_10_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.TTCTCTAGTTATTGAGATTG	Neural
progenitors	3
08_10_exp3_idx1TTGGTAAGGA_idx2TCTAGAACTA.AGCTATCGTTTGCTGGCAT	Ventral
midline	9
08_10_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.ACCAATGCTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.CGGTTCCATTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCAGGAGATAGACTCAAGC	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TATAAGGCTTGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TCATTAAGCTCTGAACTGGT	Neural
progenitors	0
08_10_exp10_idx1CCTCAGCTCC_idx2GGACTCATTG.ATTGATCGTTTTAGATTCCG	Neural
progenitors	1
08_10_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.CAAGCAACTCATAGTTCGG	Neural
progenitors	0
08_10_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.TAAGAATGGTTAGCCGTCAT	Neural
progenitors	3
08_10_exp3_idx1TTCCGTCGAC_idx2GATTGCAGAC.TCAAGATCTTCATAGTTCGG	Sensory
progenitors	6
08_10_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.ATGGTTGGTTATAGACGCA	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.ACGAGGTTTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.AAGATGCCTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.ATGGAGAGTCGATGGCGCC	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.ATGGCAGCTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CGACGATATGCGCGGTAGT	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CGACGATATTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GAAGAGGCTGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GACCGTCATTGGTATTCAT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GGCTTACTTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GTTGCTCCTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TATGCGATTTTTGATGCTAT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TGCTCCTATTCGAGGAGTA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TTGAGAGATTTGCATATAAC	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.AACCGCTGTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CGGTTCCATGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CTAGTACGTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CTCCGGTTTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GACCGTCATTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GCAACGTTTTGCATATAAC	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GCGGAGAATAAGTTGCCAT	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GTACCTCTTTCTCCTATAA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GTAGCGATTGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TATGCGATTTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCAGCGGTTTTACGTATAC	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCCGTATGTACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TGGATCCGTTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TTCCATTACTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.CCATCAGGTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.CCGTCTCATAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GACTACCATTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GAGCGGTATTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GTATCGCATCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TATCCAGGTGCCAACGCCA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TATGAGAACTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TCAGGAGATGTACTAGTAA	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TCGAATCTTTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TGGTAATAGTGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TTGGCTCATACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.AGCAACGATAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CCGTCTCATGGAGCGGCCG	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTCCAGAGTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTCCTCGTTTTGATGCTAT	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GAACGGCTTTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GACTACCATTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GATTACGGTTGGCTGATGA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCAGATACTAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCTGAAGCTAGAGCCAGCC	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCTTCTGGTTGGAGAATTC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGATAGGTTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGCGACTATCTGAACTGGT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTCGGCAATTGGTATTCAT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TACGGTAGTCAAGATTAAG	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TAGAGAGTATTGGTATTCAT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TAGCCAATTTGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATCGAACTTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATGGTCTTTAGGCCGCTCG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATTGACTCTTCGAGGAGTA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATTGAGGTTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCAGGAGATTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCCAAGTTATGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCCAATAGTTTTGATATATT	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCCTCGAGTTCTCCTATAA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCTAGGAATTCAGATTCGAT	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCTCCGAATCGGAGATCCG	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGAATTCGTTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGCGTAGTTACCAGCGCAG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGGTCGAATCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTATAGGCATAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCTCTAGTTGCCGTATGCT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTGGAGTTATTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTGGCAATATGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.ACCAATGCTCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.ACCTTCGGTTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.AGTTGCGCTCTGAACTGGT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.ATGGCGTATACCAGCGCAG	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CGAGATGCTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CTGCTGAATAAGTCTTCCG	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GACTCGCTTCTGAACTGGT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GCAATCGCTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GCAGATACTTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GCCATGGTTTCAGACGAAC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GGCGACTATCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GGCTTACTTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TTGGAGTTATTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.ACCAATGCTCATAACCAGC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CTCTACTGTCGGAAGATAT	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GACTGACGTTCAGACGAAC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GGAGCTCATAGAGCCAGCC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GGATAGGTTTGGCTGATGA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GGTAGTCCTGAAGGTTGCC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TCCTCGAGTGCCGGTCGAG	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TGCTACTAATCCTTACTCCT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TTCTAAGCTTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TTGGCGACTAGAGCCAGCC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.AACCGCTGTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.AAGATGCCTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.AAGCGCCATTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.ACCAATGCTAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.ACCGTAGCTTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.ACGCCATATTCTCCTATAA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.ACGGCAATTGACGACCTGC	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.ATGCCAAGTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.ATGGCAGCTTGGTATTCAT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.CAGAAGGCTTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.CGGTTCCATGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.CGGTTCCATGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.CGTCGAAGTCCGTCCAGTA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTACGGCATATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTGCTGAATACCAGCGCAG	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAACGATGTAGAGCCAGCC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAAGAGGCTCGGAAGATAT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACCAGGATTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACCGTCATCGATGGCGCC	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACTCGCTTTCTCCTATAA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACTGACGTCCTTACTCCT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GATTACGGTGAAGGTTGCC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCGGAGAATATTGAGATTG	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCGGTATATGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGAGCTCATTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGAGGTTCTTTAGCAATAA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGCGCATTTTCTCCTATAA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGTTGGCATTTAGCAATAA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTAAGGAGTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTACCTCTTATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATATGCGTTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATTCGGCTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCATTAAGCTTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCCAATAGTTGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCCTACCTTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCCTATTCTTTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCGCGCATTTCAGACGAAC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCTATACCTTTTGATGCTAT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCTCGCTCTAAGTCTTCCG	Neural
progenitors	15
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCTCGCTCTCAGGTATGGA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCTCTCCATAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCTCTCCATGCCGGTCGAG	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCTCTCCATTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGCTACTAATACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGCTACTAATCTCTGCGGCA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGCTCCTATGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGGTAGGCTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCGCATAATTTGATGCTAT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGCGGTCTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGCGGTCTTGGCTGATGA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GACCGTCATCGGAGATCCG	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GCTCGAGATAAGACGGCCA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GGTCTACGTTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TAGTTACCTTGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TATGCGATTTGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCCAAGTTATTGCGCCAGAA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCCAATAGTTTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCGCGCATTGCCGTATGCT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCTAGGAATTAGACTCAAGC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCTCGCTCTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TGAACGCGTGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TGGATCCGTTGCATATAAC	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TGGTAATAGTAGACTCAAGC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TTCTAAGCTTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.AGTTGCGCTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.CCATCAGGTTCTCCTATAA	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.CTACGGCATCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.CTGCTGAATGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GACCGAATTCATAACCAGC	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GACTGACGTCGATGGCGCC	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GGCGCATTTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GTAGACGGTGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GTCGGCAATTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TAGAGAGTATGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TAGAGAGTATTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TTCCATTACTACCAGCGCAG	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TTGCGGTCTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.GACTGACGTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.GCGTCGTATGCGCGGTAGT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TGAACGCGTAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TTCGCATAATTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.CATCGGACTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GGAGCTCATCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TAACTAAGGTCGGATGAAGG	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TCAGCGGTTTTGGACGCTG	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TCAGTTGGTTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TCGAATCTTTGTACTAGTAA	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TCGCGCATTCTGAACTGGT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TCGTCTATTTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TGAGAATCATCCAGGCCGCA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TGGTAGGCTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TTCCGACGTCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TTCTCTCGTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ACGGCAATTAGAGCCAGCC	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AGCAACGATAAGACGGCCA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AGGCATCATGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ATAGTCGCTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ATGGCGTATGTTCCGCTAA	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CAACGCAGTGCGACGCCTT	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CAGAAGGCTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CCAGAACCTCAGATTCGAT	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTAGTACGTCGGTAGGAAT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTCCAGAGTCTCTGCGGCA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GAACGGCTTGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACTTGGCTGAAGGTTGCC	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GAGACTAGTGCCGTATGCT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GAGACTAGTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GATTACGGTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GATTACGGTTCGAGGAGTA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCAATCGCTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCGTCGTATATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCTGAAGCTGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGACTTGATCGGAGATCCG	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGCAAGTCTGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGTAGTCCTAATGCTAGTC	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TACGGTAGTAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TAGAGAGTATGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATCGAACTTTTGATGCTAT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATTCGGCTTTAATTATTG	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATTGACTCTGATAAGGCAA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCAGGAGATATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCATTAAGCTCGGAGATCCG	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCGTCTATTTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCGTTCTGTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCTACTTACTCTCTGCGGCA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCTAGGAATTGAAGGTTGCC	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGAACGCGTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGCCTATTATAAGACGGCCA	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGCTCCTATAAGACGGCCA	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.AAGATGCCTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.ACCGTAGCTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.ATGGCGTATCATAACCAGC	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CAACGCAGTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CAACGCAGTTACGGCTACG	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CCTCCTGATTGGCTGATGA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTCCGGTTTGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GAACGGCTTCATAACCAGC	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GACTTGGCTACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GAGCGGTATAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCTGAAGCTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGTTCGAGTAATAATACCA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTAAGCTCTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTACCTCTTTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTTGCTCCTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TACTCCTATTTTGATGCTAT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TAGAGAGTATGATAAGGCAA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TAGCTCGGTTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TATATGCGTTAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCCGTATGTTTGATGCTAT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCCTCGAGTAGAGCCAGCC	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCGGTACCTATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGAATTCGTTAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGAGAATCATTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTAATGAGCTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.AGCAACGATATTGAGATTG	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.AGCAACGATTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TACTCCTATTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TCCAAGTTATAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TCCGGTCATAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TGCTAATTCTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.AGTTGCGCTGAAGGTTGCC	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.CTACGGCATGCCGTCGCGT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.CTTAGCGGTTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GACCGTCATCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GGCTTACTTAATGCTAGTC	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TATCATGAGTAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TCGGTACCTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.AGCAACGATGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.ATAGTCGCTCCGTCCAGTA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.CAACGCAGTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TAGAGAGTATGACGACCTGC	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TCTCTCCATTCTCCTATAA	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TGCCTATTATTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TGGTAATAGTCGATGGCGCC	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TTGCGGTCTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GGTTGGCATTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TCCGTATGTGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TTATAGGCATGACGACCTGC	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.ACGCCATATTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.CGTCGAAGTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GGTACGGATTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GGTAGTCCTGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GTCGGAGTTTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TCGTTCTGTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TTGAGAGATTTCTCCTATAA	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.ATTGCCGGTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.CTTCATGCTCGGAAGATAT	Neural
progenitors	0
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GACCGAATTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GACCGTCATAATAATACCA	Immature
neurons	2
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GACTGACGTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GTAAGGAGTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GTCCTGCATCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TCGTCTATTTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TGATCTTCTTGCCGTCGCGT	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TGCGTAGTTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TTCAACTGATGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.CCGAGAGATGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.CTCTACTGTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.GCTTCTGGTAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.CGAGATGCTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.CTCCGGTTTTCGAGGAGTA	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.GGTTCGAGTTTAGCAATAA	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TATCATGAGTTTGATATATT	Immature
neurons	2
08_10_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TTCCGACGTTTGATGCTAT	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.CGCCGTAATAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.CTGGAAGATCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GCGGAGAATTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.ACCGTAGCTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.ACGCCATATGAAGGTTGCC	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.GACTTGGCTTGGCTGATGA	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.GGCAAGTCTCGATGGCGCC	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.ACGAGGTTTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.ATTGCCGGTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.ATTGCCGGTCGGTAGGAAT	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.CGGTTCCATTGGTATTCAT	Neural
progenitors	15
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.GAGCGGTATTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.GTAAGCTCTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TCTATACCTTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TGATCTTCTTTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TGCCTATTATCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TGCTCCTATCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TTCGCATAATCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TTCTAAGCTTTCTACCATTA	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GGAGGTTCTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TCGCGCATTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TCGTCTATTTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TTCCGACGTGGCCAGTCCG	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.ACGAGGTTTAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TCAGCGGTTTGGTATTCAT	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TCCGTATGTGTTGAAGGAT	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TCTAGGAATTTTAATTATTG	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.CCTCCTGATTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.GGTCTACGTCAGATTCGAT	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.GTAAGGAGTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.TCCAATAGTTCGAATAATTC	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.TCCGGTCATTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.TGGATCCGTAATGCTAGTC	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.CATCGGACTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.GCGCTCAATGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.GCTTCTGGTAATGCTAGTC	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.GTCGGCAATGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TCCGGTCATCGGAGATCCG	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TCCTACCTTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TGCCTTGGTGATAAGGCAA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.AGTTGCGCTAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.AGTTGCGCTCGAATAATTC	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.CTGGAAGATAGTTCGAGTA	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.GACCGTCATGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TAGCTCGGTCTCTGCGGCA	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TCATAGAGTTAATAATACCA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.AACCGCTGTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.AAGATGCCTACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.ACGCCATATTTGATGCTAT	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CATCGGACTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CCGTCTCATTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CCTCCTGATTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CGTCGAAGTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GACTTGGCTAATGCTAGTC	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GCAATCGCTTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GCCATGGTTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GCTTCTGGTGCCGGTCGAG	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGAGCTCATTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGAGCTCATTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTTGCTCCTTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TAACTAAGGTAGGCCGCTCG	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TAGGTACTATGCCGGTCGAG	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TATTCGGCTATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TATTGAGGTTCGGTAGGAAT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCGTCTATTTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGCGTAGTTCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGTTAAGACTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTCGCATAATTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTGGTTAAGTCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTGGTTAAGTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ACCAATGCTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ACGAGGTTTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ACGCCATATCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ACGCCATATCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.AGTTGCGCTTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CCAGAACCTTTGATGCTAT	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTCCAGAGTTGCGCCATCT	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTGGAAGATCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GACCGTCATCGAATAATTC	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GACCGTCATCGGAAGATAT	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GACTACCATAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCAATCGCTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCTGAAGCTATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGCGCATTTCCAGGCCGCA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGTCTACGTTACGGCTACG	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTAAGCTCTATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTTGCAAGTTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTTGCTCCTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TAGAGCCTTAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TAGCTCGGTTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATATGCGTTTCGAGGAGTA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATCGAACTTTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCCTATTCTTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCGGTACCTGAAGGTTGCC	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCAACTGATTGGTATTCAT	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCGCATAATCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCGCATAATCCAGGCCGCA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCTAAGCTTTTGATGCTAT	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCTCTCGTCGGAGATCCG	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.CGGTTCCATTTGATGCTAT	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GACTTGGCTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GAGCGGTATGTTGAAGGAT	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GGTCTACGTCGAATAATTC	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GTAGCGATTAGAGCCAGCC	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GTTCGCTGTCCGTCCAGTA	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TATGGTCTTTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TCTAGGAATTACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TGATCTTCTTTCTCCTATAA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TTATAGGCATTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TTCAACTGATTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TTGGCAATATGAAGGTTGCC	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.AGCAACGATCGAATAATTC	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CAACGCAGTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CCAGAACCTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CCGTCTCATAGAGCCAGCC	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CGCCGTAATATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CTAGTACGTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CTCCAGAGTCGGTAGGAAT	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GAAGAGGCTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GACCGTCATCTCTGCGGCA	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GATTACGGTTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GCAACGTTTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GCTTCTGGTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGTCCTTCTAACTGCTGCC	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TACTCCTATTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATGACTTGTTCAGACGAAC	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCGTAGCGTTTGATGCTAT	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGCTCCTATCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGGTAGGCTAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGGTCGAATGACGACCTGC	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTCTCTAGTTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.AGCAACGATTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.AGGCATCATTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.ATGCCAAGTTTAGCAATAA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GCGTCGTATACCGCAGAAT	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GGACTTGATAGAGCCAGCC	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GGACTTGATCGGTAGGAAT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GGATAGGTTACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTAAGCTCTCGGAGATCCG	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTTCGCTGTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTTGCTCCTGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TAACTAAGGTCATAACCAGC	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TACTCCTATTTCAGACGAAC	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TAGAGAGTATACCAGCGCAG	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TAGAGCCTTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TAGCCAATTTCGATGGCGCC	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCGAATCTTTTCTCCTATAA	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TTAATGAGCTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TTGGAGTTATGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.CAGAAGGCTATTGAGATTG	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.CTTAGCGGTCGATGGCGCC	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GACCGTCATAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GACTACCATATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GAGCGGTATTCGAGGAGTA	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GCAACGTTTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GGCTTACTTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TCCTATTCTTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.AGCAACGATGCTAACCTCA	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.ATAGTCGCTTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GAACGGCTTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GTAAGCTCTACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GTACCTCTTAAGTCTTCCG	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TATGAGAACTAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TCAGGAGATATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TCCTATTCTTGATAAGGCAA	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.CAACGCAGTGCCGGTCGAG	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.GCTGGCTATTGGTATTCAT	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.GTCGGAGTTATAGACTAGG	Immature
neurons	8
08_10_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TATGCGATTTATTGAGATTG	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TGACGAGGTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TGCTACTAATGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.AAGATGCCTTACGGCTACG	Neural
progenitors	11
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GCAATCGCTCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GCGTCGTATATTGAGATTG	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GTAAGCTCTCGGTAGGAAT	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TATGCGATTTTGGTATTCAT	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TTCCATTACTGCCAACGCCA	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.AGGCATCATTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CAATCGGTTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CTCTACTGTTTGATGCTAT	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GAAGAGGCTAAGTCTTCCG	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GACGTTCGTATTGAGATTG	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GCGTCGTATTTCGCTTACG	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGTTGGCATCGAATAATTC	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTATCGCATTGGTATTCAT	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TAAGACCGTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TAGTTACCTTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TAGTTACCTTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCAGGAGATGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCCGTATGTTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCGTAGCGTCGAATAATTC	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCGTCTATTTAGACTCAAGC	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TGAGAATCATCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TGAGAATCATTTAGCAATAA	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TGATCTTCTTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TGCGTAGTTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TGGACCTCTAGACTCAAGC	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TGTTAAGACTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTAATGAGCTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTAATGAGCTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTGGCGACTTCTCCTATAA	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTGGCTCATAGACTCAAGC	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.ACCGTAGCTGTTCCGCTAA	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.CCGTCTCATACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.GACCAGGATCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.GGAGGTTCTACGCCGTTCA	Ventral
midline	9
08_10_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.TCTACTTACTTCAGACGAAC	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.TTCCATTACTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.TTCGCATAATGTTCCGCTAA	Ventral
midline	9
08_10_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.GACTACCATTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.GACTGACGTTCTACCATTA	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.GCATCCAGTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TCAGCGGTTACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TTCTTAACCTTCGAGGAGTA	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CCATTGCGTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GGAGCTCATCGGAAGATAT	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TATGACTTGTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TTCTTAACCTAATGCTAGTC	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.AACCGCTGTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.ATAGTCGCTATTGAGATTG	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GACTGACGTTCAGACGAAC	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GATCGACCTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GCATCCAGTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GGATAGGTTAAGACGGCCA	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GTCGGCAATTACGGCTACG	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GTTCGCTGTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TAACTAAGGTGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCCTACCTTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCCTCGAGTAGACTCAAGC	Ventral
midline	9
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCCTCGAGTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TGAGAATCATCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TGAGTTAGATTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TTCGCATAATGTACTAGTAA	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.GACCGAATTAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.GACCGAATTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.GGCGCATTTTTCGCTTACG	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.GTAAGCTCTAAGTCTTCCG	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.TACGGTAGTTGCGCCAGAA	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.TCCGTATGTCGGAAGATAT	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.TCGAATCTTTGATAAGGCAA	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.TTGGCGACTCAGGTATGGA	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.CCGGAGTTTCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.CCGTCTCATGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.CTCTACTGTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.GGCGACTATTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TATTCGGCTTTGATGCTAT	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.AAGATGCCTAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.ACCAATGCTGAAGGTTGCC	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CGCCGTAATCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCGGTATATCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GGCAAGTCTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TATCGAACTTTTCGCTTACG	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TATGCGATTTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCCAATAGTTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCTCCGAATTGCATATAAC	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTGGCTCATTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.ATTGCCGGTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.GACTACCATCGAATAATTC	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.GACTCGCTTACCAGCGCAG	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TAGAGAGTATCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TTGGCAATATCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.AAGCGCCATTGCATATAAC	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GACCGTCATGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GTAAGGAGTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TCGCGCATTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TGAGTTAGATTCAGACGAAC	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TGCTCCTATCCAGGCCGCA	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TTATAGGCATAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TTGGCAATATCTGAACTGGT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GATTACGGTTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GCGGAGAATTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GGTCCTTCTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TTGGAGTTATAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.CCATCAGGTAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.CGGTTCCATCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GCAACGTTTCAGGTATGGA	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GCAGATACTTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GCGGAGAATGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GCGGTATATCGATGGCGCC	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GGACTTGATTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GGCTTACTTTTCGCTTACG	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GGTAGTCCTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GTTGCTCCTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TGGATCCGTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TTGCGGTCTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.CCATCAGGTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TAGCTCGGTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.AAGATGCCTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.ACCGTAGCTAGACTCAAGC	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.CCTCCTGATACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GACTACCATCGATGGCGCC	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GGACTTGATCCTTACTCCT	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GGCTTACTTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GTAAGCTCTAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TAGAGCCTTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TCCAAGTTATGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TCGTTCTGTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TGCCTTGGTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TGCTACTAATTTGGACGCTG	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TTCCGACGTGCGCGGTAGT	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TTGAGTCCTCCAGGCCGCA	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.ACGAGGTTTGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.CTTAGCGGTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.GGCAAGTCTGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.GTCATCTGTTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TCCGGTCATAGACTCAAGC	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TCTCTCCATCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TTGGCAATATTGGTATTCAT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.AACCGCTGTGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.AACCGCTGTGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACCAATGCTGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACCTTCGGTTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.AGCAACGATCGATGGCGCC	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CAACGCAGTGCCGTATGCT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CCATCAGGTACCAGCGCAG	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTCCGGTTTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GAGACTAGTGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCTCGAGATAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGAGGTTCTGAAGGTTGCC	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGCGACTATACCGCAGAAT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGCGCATTTGATAAGGCAA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGCTTACTTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTATCGCATCGGAAGATAT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTCGGCAATCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TACGGTAGTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TAGAGCCTTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATATGCGTTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATCGAACTTCGGTAGGAAT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCATTAAGCTTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCCGTATGTGTACTAGTAA	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCTACTTACTGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGACGAGGTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGACGAGGTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGAGTTAGATGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGAGTTAGATTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGGTAGGCTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCAACTGATAATAATACCA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.AAGATGCCTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ACCAATGCTTCGAGGAGTA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ACGAGGTTTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.AGGCATCATTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ATGCCAAGTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CCAGAACCTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CGAGATGCTTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CTTCATGCTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACCGAATTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACCGTCATCCAGGCCGCA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACTACCATTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACTGACGTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GAGACTAGTGCCGTATGCT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCAGATACTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGCGACTATTGGCTGATGA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGTCCTTCTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGTCTACGTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGTCTACGTTGCATATAAC	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTAAGCTCTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTACCTCTTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTTGCAAGTTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TAGAGAGTATCCAGGCCGCA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TAGCCAATTTAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TATCATGAGTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TATGACTTGTGCCAACGCCA	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCCTACCTTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCGCGCATTGTACTAGTAA	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCGGTACCTACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCTACTTACTATTGAGATTG	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGAATTCGTTGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGCTACTAATTCAGACGAAC	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGGTAGGCTCCTTACTCCT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGGTCGAATTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTATAGGCATACCGCAGAAT	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTCGCGGATGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTCTCTCGTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTGGAGTTATCTGAACTGGT	Sensory
progenitors	6
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.AGTTGCGCTAGAGCCAGCC	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.CATCGGACTCCAGGCCGCA	Sensory
progenitors	6
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.GACTCGCTTTTCTTATCGA	Immature
neurons	12
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.GCAATCGCTCGAATAATTC	Sensory
progenitors	6
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.GCAGATACTGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TCTCCGAATCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TTCAACTGATAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TTGGCTCATGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.ACCTTCGGTTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.ATAGTCGCTCGGAAGATAT	Neural
progenitors	15
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.CCGTCTCATAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GACTTGGCTACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GCTGGCTATCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TAGTTACCTTGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TCAGCGGTTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.AGGCATCATCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GGAGGTTCTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TATATGCGTTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TCATTAAGCTCCGTCCAGTA	Sensory
progenitors	6
08_10_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TCCTCGAGTAGAGCCAGCC	Sensory
progenitors	6
08_10_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TTCTTAACCTTTGAGTATCA	Sensory
progenitors	6
08_10_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.AAGCGCCATTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GACCGTCATCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GACGTTCGTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GACTTGGCTCTCTGCGGCA	Sensory
progenitors	6
08_10_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TCCAATAGTTATTGAGATTG	Sensory
progenitors	6
08_10_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TCCGGTCATTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TCTCCGAATTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TGCGTAGTTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TGCTCCTATAGACTCAAGC	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.CCATTGCGTATTGAGATTG	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.CCGTCTCATTTGATGCTAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GGAGCTCATCGGAAGATAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GGTTCGAGTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GGTTGGCATAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TTCGCATAATGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.AGCAACGATTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.CCGGATAGTCTGAACTGGT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GGTCTACGTGACGACCTGC	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GTTCCAGCTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TAGGTACTATCAGGTATGGA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TATTCGGCTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TCGTAGCGTCATAACCAGC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TGAGTTAGATGCCGGTCGAG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TTCCATTACTCCGTCCAGTA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.AAGATGCCTAATGCTAGTC	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.ACGAGGTTTACCGCAGAAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.CCTCCTGATGTACTAGTAA	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.CGAGATGCTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.CTCCTCGTTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.CTTCATGCTACCGCAGAAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GGTTCGAGTTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TCCGTATGTATTGAGATTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TCTCCGAATTTGATGCTAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TGACGAGGTTATCGTCGGC	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TGCTAATTCTCATAACCAGC	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TTCTGGCCTCCGTCCAGTA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ACCAATGCTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ACGGCAATTAATGCTAGTC	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ATGGCGTATTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCTTCTGGTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GGCTTACTTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GGCTTACTTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TACTCCTATTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TAGAGCCTTAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TAGCTCGGTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TATCCAGGTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TATGCGATTTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCCTATTCTTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCGGTACCTTGGCTGATGA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCTAGGAATTGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCTCCGAATACCGCAGAAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TGCTAATTCTAATGCTAGTC	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TGCTACTAATCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TTAATGAGCTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TTCTCTAGTTGTTGAAGGAT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TTCTGGCCTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TTGAGAGATTAGACTCAAGC	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.CTCTACTGTAGTTCGAGTA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GAACGGCTTGTACTAGTAA	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AACCGCTGTTTAGCAATAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AAGCGCCATTTAGCAATAA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACCAATGCTCAGGTATGGA	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACCGTAGCTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACCTTCGGTCTGAACTGGT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACGCCATATTCTACCATTA	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AGCAACGATTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATAGTCGCTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CAGAAGGCTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCATTGCGTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CGACGATATAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CGCCGTAATTCGAGGAGTA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CGTCGAAGTTGGTATTCAT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTATCTCCTAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GAACGATGTATTGAGATTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GAAGAGGCTCCGTCCAGTA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GACCGAATTCGGTAGGAAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GACCGTCATCCAGGCCGCA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GACCGTCATTGCGCCAGAA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GATCGACCTAAGACGGCCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCAACGTTTGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCATCCAGTAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCGGAGAATCGGTAGGAAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCTGGCTATCGGAGATCCG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGACTTGATCATAACCAGC	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGCAAGTCTTTGATGCTAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGCGCATTTATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGTCCTTCTGCCGTATGCT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TACTCCTATTTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATCGAACTTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATGCGATTTATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATGCGATTTCGGAAGATAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATTCGGCTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATTGACTCTCGATGGCGCC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCCGGTCATTCGAGGAGTA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGAATCTTTAGTAAGCATA	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGAATCTTTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCTAGGAATTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCTCGCTCTTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGAACGCGTCTCTGCGGCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGCCTATTATACCGCAGAAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCAACTGATTCTCCTATAA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGCGGTCTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGGAGTTATGCCAACGCCA	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.ACCGTAGCTTGCATATAAC	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.ATAGTCGCTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GCATCCAGTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GGTAGTCCTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TATATGCGTTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCATGGCTTTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCCAAGTTATGCGCGGTAGT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TTTGCTTAGTCCGTCCAGTA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AACCGCTGTGACGACCTGC	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AAGCGCCATCGGAAGATAT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AAGCGCCATTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ACGAGGTTTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ACGCCATATTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ACGCCATATTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AGCAACGATGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ATAGTCGCTTTCGCTTACG	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CAGAAGGCTAAGACGGCCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CAGAAGGCTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCATCAGGTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCGAGAGATTCGAGGAGTA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACCGAATTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACCGTCATCGGTAGGAAT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACTGACGTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GATTACGGTGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GATTACGGTTTAGCAATAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCAACGTTTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCAATCGCTAGAGCCAGCC	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCATCCAGTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCATCCAGTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCGCTCAATTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCTGGCTATAATGCTAGTC	Neural
progenitors	15
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGAGCTCATGCCGGTCGAG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGCGCATTTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGCTTACTTCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTAGCGATTTGGCTGATGA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTTCGCTGTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTTCGCTGTTGGTATTCAT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTTGCAAGTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TAGCCAATTTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATCGAACTTCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATTCGGCTAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATTGAGGTTTTGATGCTAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCCAATAGTTGACGACCTGC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCTCCGAATCGGAAGATAT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGATCTTCTTCAGGTATGGA	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGGACCTCTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGGATCCGTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGGTCTCCTTTAGCAATAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTATAGGCATAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCAACTGATGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCTCTCGTTGGTATTCAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACCAATGCTTCGAGGAGTA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACCAATGCTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACCTTCGGTAATAATACCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACCTTCGGTATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACCTTCGGTGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACGAGGTTTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ATAGTCGCTTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ATTGCCGGTTCAGACGAAC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CAATCGGTTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CAGAAGGCTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCGAGAGATTTGATATATT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCTCCTGATTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CGACGATATTTAGCAATAA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CGCCGTAATGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTCCGGTTTCAGATTCGAT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTTCATGCTCCAGGCCGCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAACGATGTTTGATGCTAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAACGGCTTGCGCGGTAGT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACGTTCGTAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTGACGTACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTGACGTGAAGGTTGCC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTTGGCTTTCGCTTACG	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAGACTAGTAATGCTAGTC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCAACGTTTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCAATCGCTCGGAGATCCG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCTTCTGGTGAAGGTTGCC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGCGCATTTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGTTCGAGTGCCGTATGCT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTAAGCTCTAATGCTAGTC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTAGACGGTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTAGCGATTTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTCATCTGTAGAGCCAGCC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTCATCTGTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTCCTGCATGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTCCTGCATTTGATGCTAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTCGGCAATGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTTCCAGCTGAAGGTTGCC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TACTCCTATTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TACTCCTATTCTCTGCGGCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TACTCCTATTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAGAGAGTATCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAGAGAGTATTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAGCCAATTTGCCGGTCGAG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAGGTACTATTCGAGGAGTA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAGTTACCTTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATTGAGGTTTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCGTATGTAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCTCGAGTGCGCGGTAGT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGCCAACTATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTCCGAATCCAGGCCGCA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTCCGAATTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTCTCCATTGGCTGATGA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGAGTTAGATATTGAGATTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGATCTTCTTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGGTCGAATGATAAGGCAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGTTAAGACTATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTATAGGCATTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCTAAGCTTTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCTGGCCTTGGTATTCAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGAGAGATTAATGCTAGTC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGAGTCCTTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGCGGTCTTCTACCATTA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGGCAATATGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGGCGACTTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ACGAGGTTTGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ACGGCAATTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ACGGCAATTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.AGTTGCGCTTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CGCCGTAATTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTTCATGCTAGGCCGCTCG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GAACGGCTTAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GAACGGCTTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACCGTCATACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACCGTCATGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACGTTCGTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACTCGCTTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCAATCGCTTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCATCCAGTGTTCCGCTAA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCGCTCAATACCAGCGCAG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCGGAGAATGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGACTTGATGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGCAAGTCTCGAATAATTC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGTACGGATATTGAGATTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTAAGCTCTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTACCTCTTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTAGCGATTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTATCGCATCCTTACTCCT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTCCTGCATAATAATACCA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTCGGCAATCCAGGCCGCA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTCGGCAATTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAACTAAGGTACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TACTCCTATTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGAGAGTATATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGAGCCTTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGTTACCTTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATAAGGCTTTACGGCTACG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATCCAGGTTCAGACGAAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATCGAACTTAGAGCCAGCC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATGGTCTTTAATGCTAGTC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATTCGGCTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCAGCGGTTTATCGTCGGC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCATAGAGTTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCAATAGTTTCGAGGAGTA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCGTATGTTCTCCTATAA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCTCGAGTGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGAATCTTTTGGCTGATGA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGCCAACTTACGGCTACG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGTCTATTTGATAAGGCAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCTCGCTCTCGATGGCGCC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGAATTCGTTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGAGAATCATACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGAGAATCATTTAATTATTG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGATCTTCTTTGGCTGATGA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGCCTTGGTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGCTAATTCTCCTTACTCCT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGCTACTAATAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGCTACTAATTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGCTCCTATTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGATCCGTCGATGGCGCC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGTCGAATCATAACCAGC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTAATGAGCTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCTAAGCTTAGGCCGCTCG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCTCTCGTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGAGTCCTCTCTGCGGCA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGGAGTTATGATAAGGCAA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGGAGTTATTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGGCGACTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GACTCGCTTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GACTTGGCTACCAGCGCAG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TACTCCTATTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TATGACTTGTCTCTGCGGCA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TATGGTCTTTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TCGTCTATTTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TGCTCCTATCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TGGACCTCTAAGACGGCCA	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TGGTAATAGTACGCCGTTCA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.AGTTGCGCTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.ATAGTCGCTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.ATAGTCGCTTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.ATTGCCGGTCATAACCAGC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CCATCAGGTGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CGGTTCCATTGGCTGATGA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CTAGTACGTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CTATCTCCTATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CTCTACTGTCGGTAGGAAT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CTGGAAGATTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GACTCGCTTTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GACTGACGTTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GAGCGGTATTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GCTTCTGGTATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGACTTGATCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGCAAGTCTCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGTCCTTCTAGACTCAAGC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GTAGACGGTGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TAACTAAGGTAGACTCAAGC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TATCATGAGTTTGGACGCTG	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCGCGCATTCTGAACTGGT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TTCGCGGATGAAGGTTGCC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TTGCGGTCTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.CCAGAACCTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.CCGGATAGTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GGTCCTTCTCGGATGAAGG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GTAGCGATTCAGGTATGGA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TCGGTACCTCAGATTCGAT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TCTCTCCATCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TGCTAATTCTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TGGTAATAGTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.AAGCGCCATTACGGCTACG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACCTTCGGTCGGAAGATAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACGAGGTTTAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.AGTTGCGCTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ATAGTCGCTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ATGCCAAGTCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CCATCAGGTTCGAGGAGTA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CCGGATAGTGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CTGGAAGATGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GAACGATGTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GAACGATGTTTACGTATAC	Immature
neurons	13
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GAACGGCTTGACGACCTGC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GAAGAGGCTTCTCCTATAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GACCGAATTACCGCAGAAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCAACGTTTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCAGATACTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCGGTATATTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCTTCTGGTAATGCTAGTC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGAGCTCATCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGCTTACTTAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGTCCTTCTTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGTTCGAGTATAGACTAGG	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGTTCGAGTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTAGACGGTAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTCGGAGTTGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTTCGCTGTCCTTACTCCT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTTGCTCCTTTAGCAATAA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TAGGTACTATTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATTCGGCTTTAATTATTG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCATTAAGCTGCCGGTCGAG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCCAATAGTTTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCCTATTCTTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCCTCGAGTACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCGTTCTGTAATAATACCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCTCCGAATACCGCAGAAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCTCCGAATGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGAATTCGTTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGAGAATCATATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGAGTTAGATAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGATCTTCTTAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGTAGGCTAGACTCAAGC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGTCGAATATTGAGATTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGTCGAATCCTTACTCCT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGTTAAGACTACCAGCGCAG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGTTAAGACTTCAGACGAAC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGTTAAGACTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCAACTGATAAGACGGCCA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCGCATAATCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCTCTAGTTACCAGCGCAG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCTCTAGTTTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTTGCTTAGTACCGCAGAAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.ACGAGGTTTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.ATGGCAGCTAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.ATTGCCGGTGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.ATTGCCGGTGCGCGGTAGT	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CCAGAACCTAGACTCAAGC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GACCGAATTTGGTATTCAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TAGTTACCTTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TCTATACCTTTCTCCTATAA	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TGATCTTCTTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TTCAACTGATCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TTCTTAACCTTACGGCTACG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.AACCGCTGTCGGAGATCCG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.AAGATGCCTGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACGAGGTTTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.AGCAACGATTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATGGAGAGTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CAACGCAGTCGATGGCGCC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CATCGGACTTTAGCAATAA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCAGAACCTCTCTGCGGCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCATTGCGTCCGTCCAGTA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCGAGAGATCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCGTCTCATTACGGCTACG	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTCTACTGTATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACCAGGATACCGCAGAAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACTCGCTTGACGACCTGC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GATTACGGTCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GATTACGGTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCTTCTGGTCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGAGCTCATAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGCAAGTCTGCCGGTCGAG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGCAAGTCTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGCGACTATAGAGCCAGCC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTTGGCATGATAAGGCAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTTGGCATTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTAGACGGTAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTTCGCTGTCAGGTATGGA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAAGACCGTCGATGGCGCC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAGAGAGTATCCAGGCCGCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAGCTCGGTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAGGTACTATTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATCATGAGTAGGCCGCTCG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATCGAACTTCAGGTATGGA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATGACTTGTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATGACTTGTTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCAGTTGGTGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCAAGTTATCGGATGAAGG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCGTATGTTCAGCTCTAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCTACCTTAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCTACCTTCGAATAATTC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCTATTCTTGACGACCTGC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGAATCTTTTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGGTACCTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTACTTACTTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTAGGAATTAATGCTAGTC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTATACCTTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGAACGCGTTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGACGAGGTTTAATTATTG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGAGTTAGATCGGAAGATAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGAGTTAGATTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCTACTAATTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCTCCTATTCAGACGAAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGATCCGTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGTAATAGTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGTAATAGTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGTAATAGTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGTCGAATCATAACCAGC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGTTAAGACTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCGCATAATATTGAGATTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCTCTAGTTGTTGAAGGAT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGAGAGATTTTAGCAATAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGGCGACTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGGCTCATCCAGGCCGCA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGGCTCATTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTTGCTTAGTACCAGCGCAG	Sensory
progenitors	6
08_10_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.GGTAGTCCTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.GTTCGCTGTCGCGTACGAC	Sensory
progenitors	6
08_10_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.TCTAGGAATTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.CATCGGACTACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.GCGTCGTATTATCCTCAAT	Sensory
progenitors	6
08_10_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TCCGGTCATTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.AAGATGCCTTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GGCGCATTTGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TCCAAGTTATGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TGGTCTCCTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TTCTAAGCTTAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2CCGTCGGAGG.TTCTCTCGTCGGAAGATAT	Sensory
progenitors	6
08_10_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GTAGCGATTGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TTCGCATAATCGAATAATTC	Immature
neurons	2
08_10_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TTCGCGGATCGAATAATTC	Sensory
progenitors	6
08_10_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TTCTTAACCTTTAGCAATAA	Sensory
progenitors	6
08_10_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.TTCTGGCCTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.CCGTCTCATCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.GACCAGGATCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.GCTGAAGCTAGAGCCAGCC	Sensory
progenitors	6
08_10_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TGACGAGGTGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GGCGCATTTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TCCGGTCATACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TCTACTTACTAATAATACCA	Sensory
progenitors	6
08_10_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TCTCCGAATGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TTGGCAATATGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ATAGTCGCTTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CAACGCAGTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CCGTCTCATCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CGACGATATTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CGAGATGCTAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CGCCGTAATCCTTACTCCT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CTCCAGAGTCCAGGCCGCA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GAACGGCTTTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GACGTTCGTCGGAGATCCG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GACTACCATTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GAGACTAGTGCGACGCCTT	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GATCGACCTTGCATATAAC	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GATTACGGTAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GATTACGGTCGAATAATTC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GCGTCGTATGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GCTGAAGCTGCCAACGCCA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGCTTACTTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GTCCTGCATTCTCCTATAA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TATGCGATTTCTCTGCGGCA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCAGTTGGTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCATGGCTTTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCCGGTCATTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCGCGCATTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCTATACCTTTTGATGCTAT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGGCCTGATGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TTATAGGCATTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TTCCGACGTCTCTGCGGCA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TTCGCGGATAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.ACGAGGTTTCAGATTCGAT	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CCAGAACCTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CCAGAACCTTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CCATCAGGTAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CTCCTCGTTAGGCCGCTCG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GAGCGGTATTTAATTATTG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GCGCTCAATCCGTCCAGTA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GGACTTGATTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GGCAAGTCTTGGTATTCAT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GTACCTCTTCGGCGAGACC	Sensory
progenitors	14
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCCAAGTTATCCGTCCAGTA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGGTCGAATACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTATAGGCATGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTGCGGTCTAAGTTGCCAT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTGGCAATATCATAACCAGC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.AACCGCTGTAGACTCAAGC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ACCAATGCTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.AGTTGCGCTGCGCGGTAGT	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ATGGAGAGTAGGCCGCTCG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CAACGCAGTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CCGGAGTTTATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CCGGATAGTCCGTCCAGTA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CGAGATGCTCGATGGCGCC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GAACGGCTTACCAGCGCAG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GATTACGGTGCCGGTCGAG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCGCTCAATTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCGGTATATTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGAGGTTCTCCAGGCCGCA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGTACGGATTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGTTGGCATACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTAAGCTCTAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTCCTGCATAGACTCAAGC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTTCCAGCTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTTCGCTGTCAGATTCGAT	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTTGCTCCTTGCATATAAC	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTTGCTCCTTTAGCAATAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TAGCCAATTTCGGAAGATAT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATTCGGCTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATTGACTCTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCAGCGGTTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCATTAAGCTTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCCAAGTTATGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCCGTATGTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCCGTATGTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCCTCGAGTGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCGCGCATTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCGTTCTGTTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGAACGCGTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTCGCATAATAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTGCGGTCTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GACTACCATGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GCTCGAGATGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TCGGTACCTTGCGCCAGAA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.AAGATGCCTTGGCTGATGA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.AAGCGCCATGAAGGTTGCC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACCTTCGGTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ATGGCAGCTCGGAGATCCG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ATGGCGTATAGACTCAAGC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ATGGCGTATTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCGGAGTTTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCGGATAGTTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CGAGATGCTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTTAGCGGTTGGTATTCAT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACTCGCTTCATAACCAGC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACTTGGCTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GAGCGGTATCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCTTCTGGTCCGTCCAGTA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGATAGGTTAAGACGGCCA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGCGACTATTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGTTCGAGTGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGTTGGCATTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTATCGCATAGAGCCAGCC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTCGGAGTTCTCTGCGGCA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTTCGCTGTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTTGCTCCTAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TACTCCTATTGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGTTACCTTAATGCTAGTC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATATGCGTTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATCGAACTTCGATGGCGCC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATCGAACTTTTGATGCTAT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATGCGATTTTCTCCTATAA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCATAGAGTTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCATGGCTTTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCAATAGTTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCGGTCATGCCGGTCGAG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGAATCTTTTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGGTACCTGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGTCTATTTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGTTCTGTACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCTCCGAATAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGAGTTAGATTGGCTGATGA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGCCTATTATACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGCTCCTATGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGGACCTCTACCAGCGCAG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGGATCCGTTTACGTATAC	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGGTCTCCTCTCTGCGGCA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCTAAGCTTACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCTTAACCTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGCGGTCTTCAGACGAAC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.ACCAATGCTGACGACCTGC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.ACCGTAGCTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.ACGAGGTTTCGGAAGATAT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.AGGCATCATCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CCATTGCGTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CGACGATATTCAGACGAAC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CTGGAAGATATAGACTAGG	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GGAGGTTCTCTGAACTGGT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GGAGGTTCTGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GTATCGCATTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TATGACTTGTTCGAGGAGTA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCCAAGTTATAAGACGGCCA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCGAATCTTTGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TGAGAATCATAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TGCCTTGGTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TGGTCTCCTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTCAACTGATTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTCTCTAGTTCCGTTGACTT	Neural
progenitors	15
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.AAGATGCCTTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GCAATCGCTAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GCAATCGCTCGAATAATTC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GCATCCAGTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GCTGGCTATGCCGGTCGAG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TAGAGAGTATTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TAGAGAGTATTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TAGTTACCTTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCCGGTCATCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCGCCAACTGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCGGTACCTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TTCTAAGCTTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TTCTCTCGTCCGTCCAGTA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.AACCGCTGTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.AGGCATCATGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CTATCTCCTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GAACGGCTTCGAATAATTC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GACCAGGATGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GACTGACGTCCTTACTCCT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GACTTGGCTCATAACCAGC	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GCATCCAGTGCGACGCCTT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GCGTCGTATTTAGCAATAA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GCTGGCTATGCCGGTCGAG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GGCGACTATGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TATGGTCTTTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCATAGAGTTTTGATATATT	Sensory
progenitors	14
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TTATAGGCATATTGAGATTG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TTCGCGGATCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AACCGCTGTAAGACGGCCA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AAGATGCCTTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ACGGCAATTCAGATTCGAT	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AGCAACGATCGGAGATCCG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AGCAACGATTCTCCTATAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AGTTGCGCTTTGATGCTAT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ATGGCGTATACCGCAGAAT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ATGGCGTATGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CCGGAGTTTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CCGTCTCATAAGTCTTCCG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CGACGATATCGAATAGATG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GAACGATGTGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GACTCGCTTCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GAGCGGTATGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GAGCGGTATTTCGCTTACG	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCAATCGCTAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCAATCGCTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCAATCGCTCGAATAATTC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCAGATACTTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCATCCAGTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCCATGGTTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCTGGCTATGCCGGTCGAG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGAGCTCATTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGAGGTTCTGCGACGCCTT	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGCGACTATCGGATGAAGG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGTACGGATATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGTCTACGTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTTCCAGCTTCTCCTATAA	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TACGGTAGTATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGAGAGTATTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGCTCGGTTCTCCTATAA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGTTACCTTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATCGAACTTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCATGGCTTCCAGGCCGCA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCGGTCATCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCTACCTTAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCGCCAACTGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCGGTACCTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCTACTTACTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCTCGCTCTAGGCCGCTCG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGGTAGGCTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCCGACGTGCCGTATGCT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCTAAGCTTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCTCTCGTCCGTCCAGTA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGGCGACTACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TCGTTCTGTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1TATAATAGTT_idx2AGATCCTATA.GGAGCTCATCTCTGCGGCA	Neural
progenitors	3
08_10_exp1_idx1TATAATAGTT_idx2AGATCCTATA.GGTTCGAGTAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TATTGACTCTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1TATAATAGTT_idx2TATAACTTCC.GGTAGTCCTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TCTCGCTCTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TTCTAAGCTTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.CGACGATATAGTTCGAGTA	Neural
progenitors	0
08_10_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.CGGTTCCATAGAGCCAGCC	Neural
progenitors	3
08_10_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.GTCGGCAATTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TCCGTATGTAAGACGGCCA	Immature
neurons	2
08_10_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TGGCCTGATCGGTAGGAAT	Sensory
progenitors	6
08_10_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TTTGCTTAGTACCGCAGAAT	Sensory
progenitors	6
08_10_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.GGTTCGAGTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TATGGTCTTTGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TGAACGCGTACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.GTACCTCTTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.TATGCGATTTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.TATTGACTCTGAAGGTTGCC	Neural
progenitors	3
08_10_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.GTTCGCTGTTGGTATTCAT	Sensory
progenitors	6
08_10_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.TATAAGGCTTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.TGGTAATAGTAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.ACGGCAATTAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.AGCAACGATCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CAGAAGGCTAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CGACGATATACCGCAGAAT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CGCCGTAATCGGATGAAGG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GAACGATGTACCGCAGAAT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GAAGAGGCTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GACCGAATTAATAATACCA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GGCAAGTCTAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GGCGACTATTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GTAAGGAGTGCCGGTCGAG	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GTCGGCAATTCGAGGAGTA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TAGCTCGGTGTTCCGCTAA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCGAATCTTTTCGAGGAGTA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCGTCTATTTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TGAGAATCATATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TGCCTATTATTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TGCTACTAATTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TGCTCCTATCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.ATAGTCGCTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.ATGGCGTATACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CTGCTGAATAATAATACCA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CTTAGCGGTGTTCCGCTAA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GACTTGGCTCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GCAATCGCTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GCAGATACTGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GGACTTGATGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GTACCTCTTGAAGGTTGCC	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GTAGCGATTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TAACTAAGGTGCCGGTCGAG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TAGAGAGTATCGATGGCGCC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TATGGTCTTTGACGACCTGC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TATTCGGCTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCAGTTGGTCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCGTAGCGTGACGACCTGC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TGCGTAGTTTGGTATTCAT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TGGATCCGTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTAATGAGCTAGACTCAAGC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTCCGACGTCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTGGAGTTATTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.AACCGCTGTGATAAGGCAA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ACCTTCGGTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ACGGCAATTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ATGGCGTATAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ATTGCCGGTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ATTGCCGGTAATGCTAGTC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCTCCTGATACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CGAGATGCTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CGTCGAAGTTTAGCAATAA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTACGGCATGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTCCGGTTTCGAATAATTC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GAACGATGTTGGCTGATGA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACTACCATGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GAGACTAGTAATAATACCA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GATCGACCTTCAGACGAAC	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCGCTCAATTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGATAGGTTAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTTCCAGCTTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTTGCTCCTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TAGCCAATTTCTCTGCGGCA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TAGTTACCTTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATTGACTCTTCGAGGAGTA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCAGTTGGTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCAATAGTTACGCCGTTCA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGCCAACTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGATCTTCTTGACGACCTGC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGCTACTAATTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGCTCCTATGAAGGTTGCC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTAATGAGCTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCGCGGATATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTGAGTCCTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.ATGGAGAGTTGCGCCATCT	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CCAGAACCTCGGAAGATAT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CCAGAACCTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CCATTGCGTGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GACCAGGATCATAACCAGC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GAGACTAGTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GATTACGGTATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCGGAGAATGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GGCGCATTTACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GGCGCATTTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GGTACGGATTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTATCGCATCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTATCGCATCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTCGGAGTTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTTCGCTGTATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTTGCAAGTCCTTACTCCT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTTGCTCCTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TATATGCGTTTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TATCATGAGTCGGAAGATAT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TATCATGAGTTCGAGGAGTA	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TATCGAACTTTGGCTGATGA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TATGCGATTTTTGATGCTAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCCGGTCATGCCGGTCGAG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCCGTATGTGAAGGTTGCC	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCTAGGAATTTCGAGGAGTA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCTATACCTTTGGAGAATTC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGAATTCGTTGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGAGAATCATGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGCCTTGGTCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGGATCCGTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGGTAGGCTCGATGGCGCC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTCTGGCCTGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTGAGTCCTATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTGAGTCCTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTTGCTTAGTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AGCAACGATCGGAGATCCG	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AGGCATCATTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CCAGAACCTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CGCCGTAATTTGGACGCTG	Immature
neurons	13
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CGGTTCCATGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTTCATGCTACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTTCATGCTTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GAACGATGTCTGAACTGGT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACCGTCATCGGAGATCCG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACTGACGTTTCGCTTACG	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACTTGGCTAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GAGCGGTATTTGATGCTAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCATCCAGTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCGCTCAATTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCGGTATATTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCTCGAGATAATAATACCA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCTGAAGCTCCTTACTCCT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGAGCTCATCCGTTGACTT	Immature
neurons	13
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTCCTTCTGCCGTATGCT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTTCGAGTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTTCGAGTGCGCGGTAGT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTTCGAGTTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTTGGCATCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTAAGCTCTAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTTGCAAGTGTACTAGTAA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TACGGTAGTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAGGTACTATCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAGGTACTATTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATCATGAGTGAAGGTTGCC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATCCAGGTAGACTCAAGC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATTCGGCTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATTGACTCTAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCATGGCTTGAAGGTTGCC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCATGGCTTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCATTAAGCTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCCAAGTTATGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTCTCCATACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGATCTTCTTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGCCTATTATACGCCGTTCA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGCTACTAATGCCGTATGCT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGGACCTCTCGGAAGATAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGGTAATAGTACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGGTAATAGTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTCTCTAGTTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTCTGGCCTAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTCTGGCCTGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGAGAGATTAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.AAGCGCCATGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.ACCTTCGGTAAGACGGCCA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CCGTCTCATTTGATGCTAT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CTTAGCGGTGTTCCGCTAA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GACTACCATGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GACTGACGTGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GACTTGGCTCGAATAATTC	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GATCGACCTAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GCAGATACTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GTTCGCTGTCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TAGAGAGTATTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TATGACTTGTATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCTATACCTTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TTCCATTACTTCTCCTATAA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.ACCTTCGGTAGGCCGCTCG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.CCGTCTCATTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.CTTAGCGGTCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GACTGACGTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GATTACGGTGTTCCGCTAA	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GCAATCGCTTGGTATTCAT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GCTCGAGATCCTTACTCCT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GCTCGAGATGTACTAGTAA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GGTTGGCATATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TTGGCAATATGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.ACGGCAATTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.AGTTGCGCTGCGCGGTAGT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CGACGATATATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CGTCGAAGTAAGACGGCCA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CTCCGGTTTAGACTCAAGC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GACTGACGTCCTTACTCCT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GCTTCTGGTAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GGACTTGATATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GGCAAGTCTCTCTGCGGCA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GGTTGGCATATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GGTTGGCATCCTTACTCCT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GTCGGCAATAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GTTCCAGCTGAAGGTTGCC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TAACTAAGGTATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCGAATCTTTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCGCGCATTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TGAACGCGTCCGTCCAGTA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TGGTCTCCTCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TTATAGGCATTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TTCAACTGATCTCTGCGGCA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.ACCTTCGGTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CGAGATGCTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GGAGCTCATGATAAGGCAA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GGAGCTCATGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GGTCCTTCTTTCTTATCGA	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GTTGCTCCTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TAGTTACCTTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCAGTTGGTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TGACGAGGTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TGCCTTGGTTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TGCTCCTATGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TTAATGAGCTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TTAATGAGCTTTCGCTTACG	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TTGAGTCCTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.CCATTGCGTCCGCGGACCG	Immature
neurons	2
08_10_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.CCTCCTGATGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.TCAGTTGGTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.TTGCGGTCTCCGTCCAGTA	Sensory
progenitors	6
08_10_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.ACCTTCGGTTCGAGGAGTA	Sensory
progenitors	6
08_10_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.AGCAACGATCCTTACTCCT	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.AGTTGCGCTATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.CTTAGCGGTAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.GCGTCGTATTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.GGTTGGCATTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.ACGCCATATCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.TAGGTACTATCTCTGCGGCA	Ventral
midline	9
08_10_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.TGGTAGGCTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.TTCCATTACTCTGAACTGGT	Sensory
progenitors	6
08_10_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.TTCTAAGCTTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.GGATAGGTTGAAGGTTGCC	Sensory
progenitors	6
08_10_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.TCCGTATGTAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.TGAGTTAGATATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.CTGGAAGATGCCGTCGCGT	Sensory
progenitors	6
08_10_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TCGCCAACTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.ACCAATGCTTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.GCGGTATATGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.GCTGAAGCTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.TAGAGAGTATCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.CAGAAGGCTAATAATACCA	Sensory
progenitors	6
08_10_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.TATCGAACTTTCTCCTATAA	Sensory
progenitors	6
08_10_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.GGAGCTCATAGAGCCAGCC	Sensory
progenitors	6
08_10_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.TTCGCATAATAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.ATGCCAAGTCCGTCCAGTA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.CATCGGACTGCCGGTCGAG	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.CGACGATATGTTCCGCTAA	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.CGGTTCCATTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.CTATCTCCTCATAACCAGC	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GACCGTCATAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GGATAGGTTCCGTCCAGTA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GTAAGCTCTTCGAGGAGTA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GTCGGCAATATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GTCGGCAATGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GTCGGCAATTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GTTCCAGCTACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GTTGCTCCTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TATCCAGGTTTCGCTTACG	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TATCGAACTTTTCGCTTACG	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TCAGCGGTTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TCAGTTGGTATTGAGATTG	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TGATCTTCTTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TGATCTTCTTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TGCCTTGGTTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.ACCTTCGGTCCAGGCCGCA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CGCCGTAATGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CTACGGCATTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CTTCATGCTATAGACTAGG	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TATCCAGGTATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TCGCCAACTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TGGTAGGCTATTGAGATTG	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AGGCATCATGCCGGTCGAG	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ATGGCGTATTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ATTGCCGGTTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CCATTGCGTACCAGCGCAG	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CCGGAGTTTCTCTGCGGCA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTGCTGAATACCAGCGCAG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACCAGGATCCTTACTCCT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACCGAATTCGGTAGGAAT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACCGTCATAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACCGTCATCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACTACCATGCGCGGTAGT	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GAGACTAGTGTTGAAGGAT	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GAGACTAGTTTGATGCTAT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCCATGGTTGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGCAAGTCTGCCGGTCGAG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGCGCATTTGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTTGGCATCAGGTATGGA	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTAAGCTCTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTATCGCATATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTATCGCATTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAAGACCGTGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGAGAGTATAATGCTAGTC	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGCCAATTTGACGACCTGC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGGTACTATCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGTTACCTTCAGGTATGGA	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGTTACCTTTGGCTGATGA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATCATGAGTATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATCCAGGTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATGCGATTTAAGTCTTCCG	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCAGTTGGTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCAAGTTATAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCGGTCATCGATGGCGCC	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGAGTTAGATCGGTAGGAAT	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCGTAGTTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCTAATTCTGAAGGTTGCC	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCTACTAATCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGGACCTCTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGGTAGGCTGAAGGTTGCC	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCCATTACTCATAACCAGC	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCCGACGTATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCTAAGCTTCCTTACTCCT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCTCTAGTTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGCGGTCTATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.ACGCCATATGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.GACTGACGTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.GCATCCAGTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.GCGGTATATCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.GCTTCTGGTGATAAGGCAA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TTCTAAGCTTTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.CCGAGAGATTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.CGCCGTAATCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GAACGGCTTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GCGCTCAATCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GGCGCATTTCCGTCCAGTA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GTAAGCTCTGTACTAGTAA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GTTGCAAGTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TACGGTAGTAGACTCAAGC	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TCCAAGTTATACCAGCGCAG	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TGGACCTCTTCTCCTATAA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.AACCGCTGTTTGGACGCTG	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.AAGCGCCATTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ACCAATGCTAGACTCAAGC	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.AGGCATCATGATAAGGCAA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ATGGAGAGTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ATTGCCGGTCGATGGCGCC	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CAATCGGTTACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CAGAAGGCTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CCAGAACCTACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CCGGAGTTTCATAACCAGC	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CGTCGAAGTAGTTCGAGTA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GAACGGCTTAGACTCAAGC	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GAACGGCTTTTAGCAATAA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GACTACCATTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCAATCGCTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCATCCAGTGCCAACGCCA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCTGAAGCTGAAGGTTGCC	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGACTTGATAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTAAGGAGTATTGAGATTG	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTAGACGGTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TACTCCTATTTCGAGGAGTA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TATGGTCTTTCCTTACTCCT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TATTCGGCTAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TATTGACTCTTGGCTGATGA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCATGGCTTTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCGGTACCTCCAGGCCGCA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCGGTACCTTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCGTCTATTTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCTACTTACTGAAGGTTGCC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCTCTCCATTGCGCCAGAA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGAATTCGTTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGCCTATTATCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGCTCCTATATTGAGATTG	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGGTCTCCTGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTATAGGCATCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTGAGTCCTACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTGGCAATATGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTGGCTCATGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.ACCTTCGGTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.ATGGCGTATTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.CGAGATGCTTGAGGTAGAA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GACCAGGATATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GACCGAATTTCAGACGAAC	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GACTCGCTTACCAGCGCAG	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GCAATCGCTCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GCTTCTGGTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GGACTTGATACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GGTCTACGTTTAATTATTG	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GTAAGCTCTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GTATCGCATGCGACGCCTT	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TAGAGAGTATTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TCAGCGGTTGAAGGTTGCC	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TCTAGGAATTGATAAGGCAA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TGAGTTAGATAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TTCGCGGATAATGCTAGTC	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TTCTGGCCTTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TTGGCAATATCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.ACCGTAGCTTGCGCCAGAA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.AGTTGCGCTCGGTAGGAAT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GAAGAGGCTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GCAATCGCTCATAACCAGC	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GGTACGGATGTTCCGCTAA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GTAGACGGTGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TAAGACCGTGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TAGCTCGGTCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TGAGAATCATGATAAGGCAA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TTCTAAGCTTGTTCCGCTAA	Immature
neurons	2
08_10_exp10_idx1AATACGATAA_idx2AACTACCGAC.TTCCATCTTTTGGAAGTACC	Sensory
progenitors	6
08_10_exp10_idx1AATACGATAA_idx2AACTTATAAG.GACCAGGATCCATTATCTA	Neural
progenitors	1
08_10_exp10_idx1AATACGATAA_idx2ACGTTCAACC.GAGACTAGTTGGAACTAGA	Sensory
progenitors	6
08_10_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.ATACCAGTTTTTAGATTCCG	Sensory
progenitors	6
08_10_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.CTGCCTTATCTAGTAGTCT	Sensory
progenitors	6
08_10_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.CGTACCTATGGTACTGCCT	Neural
progenitors	3
08_10_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TAGGTACTATAGAGCCAAGG	Sensory
progenitors	6
08_10_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TCTATACCTTAATGGTCGAC	Sensory
progenitors	6
08_10_exp10_idx1AATACGATAA_idx2TCTAGAACTA.GTCATCTGTGTCATTGCGC	Neural
progenitors	3
08_10_exp10_idx1AATACGATAA_idx2TCTAGAACTA.TTCTTAACCTGCCGCAACGA	Neural
progenitors	3
08_10_exp10_idx1AATACGATAA_idx2TGATACGAGT.GGCGTTAATTTGAGTATCA	Sensory
progenitors	6
08_10_exp10_idx1AATACGATAA_idx2TGATACGAGT.TCTTAGTTCTCCATTATCTA	Sensory
progenitors	6
08_10_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.TATCATGAGTAACTGATCTT	Neural
progenitors	0
08_10_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.TTCGCATAATTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1AGACCATATC_idx2ACCGTTACGA.GGAGCTCATTTAGATTCCG	Immature
neurons	2
08_10_exp10_idx1AGACCATATC_idx2ACGCAACTCC.AGAGTACCTGGAGGATAGC	Neural
progenitors	1
08_10_exp10_idx1AGACCATATC_idx2ACGCAACTCC.TGAGAATCATCGATCATTAC	Sensory
progenitors	6
08_10_exp10_idx1AGACCATATC_idx2ACGCAACTCC.TTATCCGCTGTCATTGCGC	Neural
progenitors	0
08_10_exp10_idx1AGACCATATC_idx2AGGATTACCA.TGGATCCGTTCTAGAACTA	Sensory
progenitors	6
08_10_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TAACGACTTTTCCGGTAATC	Sensory
progenitors	6
08_10_exp10_idx1AGACCATATC_idx2CCTATAAGCT.CTGCTGAATTGGAACTAGA	Neural
progenitors	3
08_10_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TAGAACCAATTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TGTTAAGACTGTCATTGCGC	Sensory
progenitors	6
08_10_exp10_idx1AGACCATATC_idx2CGATCATTAC.TCTCGCTCTGTCATTGCGC	Sensory
progenitors	6
08_10_exp10_idx1AGACCATATC_idx2GATCAGTCAT.GTAAGGAGTAGAGCCAAGG	Neural
progenitors	3
08_10_exp10_idx1AGACCATATC_idx2GGAACGATGG.GGCGTTAATTTAGATTCCG	Sensory
progenitors	6
08_10_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.CTGCTGAATTTAGATTCCG	Sensory
progenitors	6
08_10_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.AGAGTACCTTGGAACTAGA	Neural
progenitors	3
08_10_exp10_idx1AGGTCAGCTT_idx2CGAAGGACGA.TTGGAGCTTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.TACTCCTATTGCAAGGAATA	Sensory
progenitors	6
08_10_exp10_idx1AGGTCAGCTT_idx2TATAACTTCC.GACCAGGATCGATCATTAC	Immature
neurons	2
08_10_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.CGTACCTATAACTGATCTT	Sensory
progenitors	6
08_10_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.TACTCCTATTTGGAACTAGA	Neural
progenitors	3
08_10_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.TCGAAGGATTCAACGTAAG	Neural
progenitors	0
08_10_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.TGCAAGGTTTCCGTCGCCA	Sensory
progenitors	6
08_10_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.GCTGAAGCTTGGAACTAGA	Neural
progenitors	3
08_10_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TGGTTGAATTGCAAGGAATA	Neural
progenitors	3
08_10_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.CAGTATCCTCCGAGAATCC	Sensory
progenitors	6
08_10_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TATTCGGCTACGCGAGATT	Sensory
progenitors	6
08_10_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TGGTAATAGTCGATCATTAC	Neural
progenitors	3
08_10_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.CTCGTTGATACGCGAGATT	Sensory
progenitors	6
08_10_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.TAAGGTTCATAACTGATCTT	Sensory
progenitors	6
08_10_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.TTGGAGTTATTTGAGTATCA	Sensory
progenitors	6
08_10_exp10_idx1AGTCCGCTGC_idx2GAACTGCATC.AAGGATTACTTTCGCCTCCA	Sensory
progenitors	6
08_10_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.AGCGTAAGTTGGAACTAGA	Sensory
progenitors	6
08_10_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.ATAACTTCCTCGATCATTAC	Sensory
progenitors	6
08_10_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.GAGTTCTCTGTCATTGCGC	Neural
progenitors	3
08_10_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.GGTCAGTTTGTCATTGCGC	Sensory
progenitors	6
08_10_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.TTGAGAGATTTTAGATTCCG	Sensory
progenitors	6
08_10_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.TTGGAGTTATTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.ATAACTTCCTTTCAAGACCA	Sensory
progenitors	6
08_10_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.TTCTAAGCTTCGATCATTAC	Neural
progenitors	3
08_10_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.GCAATCGCTGCCGCAACGA	Sensory
progenitors	6
08_10_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.TAAGAATGGTTTGAGTATCA	Neural
progenitors	0
08_10_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.TTCCATCTTTGCAAGGAATA	Neural
progenitors	3
08_10_exp10_idx1ATGGCGCCTG_idx2GACTAGTCTA.AAGGACGATAGAGCCAAGG	Sensory
progenitors	6
08_10_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TAGAGAGTATAACTGATCTT	Sensory
progenitors	6
08_10_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TAGTTACCTTTTAGATTCCG	Sensory
progenitors	6
08_10_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.ACAGGTATTTTTGAGTATCA	Sensory
progenitors	6
08_10_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.CTGATAGGTAGAGCCAAGG	Neural
progenitors	0
08_10_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TTAATGAGCTCCATTATCTA	Sensory
progenitors	6
08_10_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TTATAGGCATTCCGGCCTCG	Sensory
progenitors	6
08_10_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.AGTATTAGCTCATGCTGGTT	Sensory
progenitors	6
08_10_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.ATCAGTCATTTTGAGTATCA	Sensory
progenitors	6
08_10_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.ATTCCTAGATTATTACTCAT	Neural
progenitors	3
08_10_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TCCTCGAGTAGCGTCAATG	Sensory
progenitors	6
08_10_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TTGACCAGTGCCGCAACGA	Sensory
progenitors	6
08_10_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TTGGTTAAGTGTCATTGCGC	Sensory
progenitors	6
08_10_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.ACGCTTGATGCCGCAACGA	Sensory
progenitors	6
08_10_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.CGTACCTATTTATCCGGAT	Sensory
progenitors	6
08_10_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TAGTTACCTTAATGGTCGAC	Sensory
progenitors	6
08_10_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.TAAGGTTCATGCCGCAACGA	Sensory
progenitors	6
08_10_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TACTTGCGTGCAAGGAATA	Sensory
progenitors	6
08_10_exp10_idx1GAGCGCGATG_idx2CTGCAATCGC.TCCTATAAGTGCAGGTCCGT	Neural
progenitors	1
08_10_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.CTGAGCATTTAGAGTAATA	Neural
progenitors	0
08_10_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.AGCGTAAGTGCAAGGAATA	Sensory
progenitors	6
08_10_exp10_idx1GATTCTTGAA_idx2GACTAGTCTA.CGAATGAGTTTAGATTCCG	Sensory
progenitors	6
08_10_exp10_idx1GATTCTTGAA_idx2GACTAGTCTA.TCTTAGTTCTTTGAGTATCA	Neural
progenitors	3
08_10_exp10_idx1GATTCTTGAA_idx2GGTCCAGGAG.GGTACCATTCTAGTAGTCT	Immature
neurons	2
08_10_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.CAGCATTGTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1GCATCGTATG_idx2AGCGTCAATG.TCTAGGAATTTTACCTCGAC	Neural
progenitors	3
08_10_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.TAACGACTTTTGGAACTAGA	Sensory
progenitors	6
08_10_exp10_idx1GCATCGTATG_idx2TCCGTCGCCA.TTGGAGTTATGGCTATGACT	Neural
progenitors	3
08_10_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.GGACTTGATTGGAACTAGA	Sensory
progenitors	6
08_10_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.GAGACTAGTTTGAGTATCA	Neural
progenitors	3
08_10_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TCAGGAGATTGGAACTAGA	Sensory
progenitors	6
08_10_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TAATACCAGTAACTGATCTT	Neural
progenitors	3
08_10_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TGAGAATCATTTGAGTATCA	Sensory
progenitors	6
08_10_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TTGACCAGTAGAGCCAAGG	Sensory
progenitors	6
08_10_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TTGGCAATATGGCTATGACT	Sensory
progenitors	6
08_10_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.GGAGCTCATAACTGATCTT	Neural
progenitors	3
08_10_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GGTTCGAGTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.CTCGTTGATAGAGCCAAGG	Sensory
progenitors	6
08_10_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TAGAGCCTTAGAGCCAAGG	Neural
progenitors	0
08_10_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TTGACTCAATTCAACGTAAG	Neural
progenitors	0
08_10_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.ACAACCTATTCGATCATTAC	Neural
progenitors	3
08_10_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TTTGCTACTTTTGAGTATCA	Sensory
progenitors	6
08_10_exp10_idx1GCTTGAAGAG_idx2AGATCCTATA.CTCGTTGATGGTACTGCCT	Neural
progenitors	0
08_10_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TCTATACCTTCGATCATTAC	Sensory
progenitors	6
08_10_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TCATTAAGCTGGTACTGCCT	Neural
progenitors	0
08_10_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.CTGATAGGTTCAACGTAAG	Sensory
progenitors	6
08_10_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TATCGAACTTGGAGGATAGC	Immature
neurons	8
08_10_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TGACGAGGTAACTGATCTT	Sensory
progenitors	6
08_10_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.ACGTTGCTTCATGCTGGTT	Sensory
progenitors	6
08_10_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.TGAGAATCATAGAGCCAAGG	Neural
progenitors	3
08_10_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.GGTTCGAGTCGATCATTAC	Sensory
progenitors	6
08_10_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.ATTAGTCTGTTTCAAGACCA	Sensory
progenitors	6
08_10_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.TATGAGAACTCATGCTGGTT	Neural
progenitors	3
08_10_exp10_idx1GGCTTACTCC_idx2GCTCTCGCCT.TGAATTCGTTACGCGAGATT	Neural
progenitors	0
08_10_exp10_idx1GGTTATCGAA_idx2GACCGTAGCA.GTAAGGAGTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.CTGCCTTATTTGAGTATCA	Sensory
progenitors	6
08_10_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.GGACTTGATTATTACTCAT	Sensory
progenitors	6
08_10_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.GAACGGCTTCGATCATTAC	Sensory
progenitors	6
08_10_exp10_idx1GTAGCAGCTA_idx2AGTTGCATCT.GCAGATACTTGGAACTAGA	Sensory
progenitors	6
08_10_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.AGTATTAGCTTCAACGTAAG	Sensory
progenitors	6
08_10_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.ATGGTTGGTTAGAGTAATA	Neural
progenitors	3
08_10_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TATGAGAACTCTTGCGCCGC	Sensory
progenitors	6
08_10_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TCCTAACTTTCGATCATTAC	Neural
progenitors	3
08_10_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TTTGCTTAGTGCAAGGAATA	Sensory
progenitors	6
08_10_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.CTGGAAGATAATGGTCGAC	Sensory
progenitors	6
08_10_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TAAGGTTCATAACTGATCTT	Neural
progenitors	16
08_10_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.ATATCCTACTGCCGCAACGA	Neural
progenitors	3
08_10_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.GCTGGCTATGGCTATGACT	Neural
progenitors	3
08_10_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TCTATCCAATAACTGATCTT	Sensory
progenitors	6
08_10_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TTATCCGCTGGTACTGCCT	Neural
progenitors	0
08_10_exp10_idx1GTAGCAGCTA_idx2TGATAGAACG.CCTAATGGTCCGAGAATCC	Sensory
progenitors	6
08_10_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.ATTAGTCTGTAACTGATCTT	Sensory
progenitors	6
08_10_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.GGCAAGTCTGCCGCAACGA	Immature
neurons	2
08_10_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TCTCGCTCTGGTACTGCCT	Sensory
progenitors	6
08_10_exp10_idx1GTAGGCTGCA_idx2CAAGCTTGGC.TATGCGATTTCGATCATTAC	Sensory
progenitors	6
08_10_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TAGAGCCTTCGAGCTGCCA	Immature
neurons	2
08_10_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TTGATTCCTTGCAGGTCCGT	Sensory
progenitors	6
08_10_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.TATGACTTGTGTCATTGCGC	Neural
progenitors	3
08_10_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.TGCTAATTCTTAGAGTAATA	Sensory
progenitors	6
08_10_exp10_idx1TAGGTAACTT_idx2ACTTCCGAAT.GTATCGCATGCAGGTCCGT	Neural
progenitors	3
08_10_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.CGTACCTATGCCGCAACGA	Sensory
progenitors	6
08_10_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.CTGATAGGTGGCTATGACT	Neural
progenitors	3
08_10_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TAACGACTTTGTCATTGCGC	Sensory
progenitors	6
08_10_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TGCTACTAATCGATCATTAC	Sensory
progenitors	6
08_10_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.TCATTAAGCTTTGAGTATCA	Neural
progenitors	0
08_10_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.AAACTCCAATGCAAGGAATA	Neural
progenitors	3
08_10_exp10_idx1TAGGTAACTT_idx2TGATACGAGT.GGTTCGAGTGGTACTGCCT	Sensory
progenitors	6
08_10_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.GAACGATGTGGAGGATAGC	Neural
progenitors	3
08_10_exp10_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCAGCTTCTTTGAGTATCA	Neural
progenitors	0
08_10_exp10_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTAAGGAGTAGAGCCAAGG	Sensory
progenitors	6
08_10_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.CTGCCTTATTGATAGAACG	Sensory
progenitors	6
08_10_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.CTGGAAGATTGATAGAACG	Sensory
progenitors	6
08_10_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.GGCTAAGATTATTACTCAT	Neural
progenitors	3
08_10_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.AAATTCCTCTCTAGTAGTCT	Neural
progenitors	3
08_10_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.GGCTAAGATGCAAGGAATA	Sensory
progenitors	6
08_10_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.GGAGGTTCTACGCGAGATT	Sensory
progenitors	6
08_10_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.GGCTAAGATGGAGGATAGC	Sensory
progenitors	6
08_10_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TCATGGCTTTGATAGAACG	Neural
progenitors	3
08_10_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TTATAGGCATTTAGATTCCG	Sensory
progenitors	6
08_10_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TTGGCTCATGCCGCAACGA	Sensory
progenitors	6
08_10_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.TCCAAGTTATTCTAGAACTA	Sensory
progenitors	6
08_10_exp10_idx1TATAATAGTT_idx2GGAACGATGG.TCTATACCTTGCAGGTCCGT	Neural
progenitors	3
08_10_exp10_idx1TATTAGACTT_idx2ACTATCTTGA.ATAACTTCCTTTGAGTATCA	Neural
progenitors	0
08_10_exp10_idx1TATTAGACTT_idx2ACTATCTTGA.TCATAGAGTTTCAACGTAAG	Neural
progenitors	0
08_10_exp10_idx1TATTAGACTT_idx2CAAGTACTGG.TTCTCATTGTTTGAGTATCA	Sensory
progenitors	6
08_10_exp10_idx1TATTAGACTT_idx2CATTATTACC.GACGTTCGTAGCGTCAATG	Sensory
progenitors	6
08_10_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.CAGCATTGTTGATAGAACG	Neural
progenitors	0
08_10_exp10_idx1TATTAGACTT_idx2TCATCTAATC.ATGGTTGGTTCTAGAACTA	Sensory
progenitors	6
08_10_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TATTGAGGTTGCAAGGAATA	Sensory
progenitors	6
08_10_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TCTTAGTTCTGGCTATGACT	Neural
progenitors	3
08_10_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TGAGAATCATTCAACGTAAG	Neural
progenitors	0
08_10_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TGCTACTAATTAGAGTAATA	Sensory
progenitors	6
08_10_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TTCTCTAGTTTAGAGTAATA	Sensory
progenitors	6
08_10_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TTGGCAATATCGATCATTAC	Sensory
progenitors	6
08_10_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.TGCTAATTCTAACTGATCTT	Sensory
progenitors	6
08_10_exp10_idx1TCCTCTGCCG_idx2ACGAGGACCT.AACTGGCATGGTACTGCCT	Neural
progenitors	0
08_10_exp10_idx1TCCTCTGCCG_idx2ACGAGGACCT.ATGGTTGGTGGCTATGACT	Sensory
progenitors	6
08_10_exp10_idx1TCCTCTGCCG_idx2AGTTGCATCT.TCGAGAAGTCGATCATTAC	Neural
progenitors	3
08_10_exp10_idx1TCCTCTGCCG_idx2AGTTGCATCT.TTCTCATTGTTATTACTCAT	Sensory
progenitors	6
08_10_exp10_idx1TCCTCTGCCG_idx2CGAGTTAGAG.TCTTAGTTCTCGATCATTAC	Neural
progenitors	3
08_10_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.CTGAGCATTGTCATTGCGC	Sensory
progenitors	6
08_10_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TTGGAGCTTTTGAGTATCA	Neural
progenitors	0
08_10_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.GTTGCAAGTTCAACGTAAG	Sensory
progenitors	6
08_10_exp10_idx1TCTTGAGGTT_idx2ACTATCTTGA.TATCGAACTTTTGAGTATCA	Neural
progenitors	0
08_10_exp10_idx1TCTTGAGGTT_idx2CAAGTACTGG.TCCTATAAGTCCGAGAATCC	Neural
progenitors	0
08_10_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.TTGATTCCTTTTAGATTCCG	Immature
neurons	2
08_10_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.GCAGATACTGTCATTGCGC	Neural
progenitors	0
08_10_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.CATCAACGTGCAAGGAATA	Sensory
progenitors	6
08_10_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TAGTTACCTTAGAGCCAAGG	Sensory
progenitors	6
08_10_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.GAGTTCTCTTTAGATTCCG	Sensory
progenitors	6
08_10_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.GGAGGTTCTAGAGCCAAGG	Neural
progenitors	3
08_10_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.TATGCGATTTCGATCATTAC	Neural
progenitors	3
08_10_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.TCGAATCTTTGCCGCAACGA	Neural
progenitors	0
08_10_exp10_idx1TGGACGACTA_idx2TGATACGAGT.ACGTTGCTTCCGAGAATCC	Sensory
progenitors	6
08_10_exp10_idx1TTATTGAGGC_idx2ATAGGATATG.GTAAGGAGTTTAGATTCCG	Immature
neurons	2
08_10_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.GTCGTAACTGCAAGGAATA	Sensory
progenitors	6
08_10_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.ACTTGATTGTGGAGGATAGC	Sensory
progenitors	6
08_10_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.GGAGGTTCTGCCGCAACGA	Neural
progenitors	3
08_10_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.TATCGAACTTACGCGAGATT	Sensory
progenitors	6
08_10_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TGCTAATTCTTTGAGTATCA	Neural
progenitors	3
08_10_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.CTTCATGCTTTAGATTCCG	Sensory
progenitors	6
08_10_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.TTACCTAAGTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TTGGCTCATGGCTATGACT	Neural
progenitors	0
08_10_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.TATATGCGTTTTGAGTATCA	Sensory
progenitors	6
08_10_exp10_idx1TTGCGAGCAT_idx2CAAGTACTGG.CCAAGGATTAACTGATCTT	Neural
progenitors	3
08_10_exp10_idx1TTGCGAGCAT_idx2CAAGTACTGG.TCATAGAGTTCGATCATTAC	Neural
progenitors	0
08_10_exp10_idx1TTGCGAGCAT_idx2CGACTACCAA.CTGCCTTATGCCGCAACGA	Immature
neurons	2
08_10_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.TGATGCGATTTGAGTATCA	Neural
progenitors	3
08_10_exp11_idx1ATACCTCGAC.GCCATGGTTGCTCTCGCCT	Sensory
progenitors	6
08_10_exp11_idx1CCAGATACGG.CCTGCTACTCCAACTAACC	Neural
progenitors	3
08_10_exp11_idx1CCTGATGGAT.TCGTTCTGTTTATAGCAGA	Neural
progenitors	3
08_10_exp11_idx1GCTTGAAGAG.ACATTCGTATGGTCCAGGAG	Sensory
progenitors	6
08_10_exp11_idx1TCAATCTCCT.AGAGCATGTTCTATAAGGA	Neural
progenitors	1
08_10_exp11_idx1TTCATAGACG.TTGGAGTTATTTATTCATTC	Sensory
progenitors	6
08_10_exp11_idx1TTGGCAAGCC.AAATTCCTCTTTAGGATCTA	Sensory
progenitors	6
08_10_exp11_idx1TTGGCAAGCC.GCTGGCTATGTTCGTCAGA	Neural
progenitors	3
08_10_exp11_idx1TTGGCGGAGT.CTCTACTGTAATTAAGACT	Sensory
progenitors	6
08_10_exp12_idx1AGTTCTCATG.TTGAGTCCTGGTCCAGGAG	Sensory
progenitors	6
08_10_exp2_idx1ATTATGCAAG_idx2TTGGTCATAA.ATATCCTACTCGTAGTTACC	Sensory
progenitors	6
08_10_exp2_idx1GCGCGTTCAT_idx2GATCAGTCAT.AATTCTAGGTCTAGTAGTCT	Sensory
progenitors	6
08_10_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.CTGATAGGTTTATTATGGT	Sensory
progenitors	6
08_10_exp2_idx1TAGTAAGCCG_idx2GGTCCAGGAG.ACAATGCTATTTGCTGGCAT	Sensory
progenitors	6
08_10_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.TTCCATCTTTTTCATAGGAC	Sensory
progenitors	6
08_10_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.AAATCGTTCTTTGCTAACGG	Neural
progenitors	3
08_10_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.ATACTACTCTACTATAGGTT	Sensory
progenitors	6
08_10_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.ATATCCTACTTTATTCTGAG	Sensory
progenitors	6
08_10_exp2_idx1TGGACGACTA_idx2GCTCTAACGA.ATTAATGCCTTGGCCGGCCT	Sensory
progenitors	6
08_10_exp3_idx1AATACGATAA_idx2AACTTATAAG.CCAGAACCTCAAGATTAAG	Neural
progenitors	3
08_10_exp3_idx1ACGGCGTTAA_idx2AATTGCCTAC.CCGTCTCATATTGAGATTG	Neural
progenitors	0
08_10_exp3_idx1ACGGCGTTAA_idx2AATTGCCTAC.CGTTGATCTAATGCCGCTT	Neural
progenitors	0
08_10_exp3_idx1ACGGCGTTAA_idx2ACCGTTACGA.TAAGACCGTCGTAATGCAG	Sensory
progenitors	6
08_10_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.ATTCGGAGTTCCGGCCTCG	Sensory
progenitors	6
08_10_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.AAACTCCAATCTGAACTGGT	Neural
progenitors	3
08_10_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.AGCATTATGTTTCTTCCGGT	Sensory
progenitors	6
08_10_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.CGCTGCTTTGACGACCTGC	Neural
progenitors	3
08_10_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.GGCGCATTTCTTGGTAATG	Neural
progenitors	3
08_10_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.AAATCGTTCTTGGTATTCAT	Immature
neurons	13
08_10_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.AACGCGTCTACGAAGTCAA	Sensory
progenitors	6
08_10_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.AGAGCATGTATTGAGATTG	Sensory
progenitors	6
08_10_exp3_idx1ACGGCGTTAA_idx2GACCTCTCTG.CCATCAGGTTGGTATTCAT	Ventral
midline	9
08_10_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.ATAAGCGAATTATGAGTTAA	Sensory
progenitors	6
08_10_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.ATACCAGTTTCTTGGTAATG	Immature
neurons	2
08_10_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.GATAAGCGTCTTGGTAATG	Sensory
progenitors	6
08_10_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.GGCGCATTTCTGATGGTCA	Sensory
progenitors	6
08_10_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.TCTCCGAATGGCGAGCTTA	Neural
progenitors	3
08_10_exp3_idx1ACGGCGTTAA_idx2TCGATATTGA.GGCGCATTTGTATAATACG	Sensory
progenitors	6
08_10_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.ATTAGGTACTGGCGAGCTTA	Sensory
progenitors	6
08_10_exp3_idx1AGACCATATC_idx2AATTGCCTAC.CGCTAACCTTTGCGAGGCA	Neural
progenitors	0
08_10_exp3_idx1AGACCATATC_idx2AATTGCCTAC.CGCTGCTTTCGGAAGATAT	Sensory
progenitors	6
08_10_exp3_idx1AGACCATATC_idx2CCGTCGGAGG.GCTTCTGGTAATCGATAAT	Sensory
progenitors	6
08_10_exp3_idx1AGACCATATC_idx2CCGTCGGAGG.GGCGCATTTTTCCAACCGC	Sensory
progenitors	6
08_10_exp3_idx1AGACCATATC_idx2CCGTCGGAGG.TGCAAGGTTTAACTCTTAG	Neural
progenitors	3
08_10_exp3_idx1AGACCATATC_idx2CGATCATTAC.ACGTTGCTTTTGCTGGCAT	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2AAGATCCAAC.GCAACGTTTTCGCGGTTGG	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.AGCATAACTTTCGAGGAGTA	Immature
neurons	13
08_10_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.TATCCAGGTCCAGTCCTCT	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.TGCTGGATTGGCCAGTCCG	Neural
progenitors	3
08_10_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.TTGACTCAATTTCTTCCGGT	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.CGTCGAAGTCGGATGAAGG	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.TCCGGTCATCTTGGTAATG	Immature
neurons	2
08_10_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.AGATTGGTTTCGAATAGATG	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.ATTAATGCCTTTCCAACCGC	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.GACCGAATTAACTGCTGCC	Immature
neurons	2
08_10_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.GCAACGTTTTATGAGTTAA	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2CCAGGTCTAC.ATCTGATGATCTAAGAGAAG	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2CCAGGTCTAC.ATTAGTCTGTACGAAGTCAA	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.AAGTACGTTTATTCGACCAA	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.TAGCTCGGTCGGAAGATAT	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTAATTAA.ACCTCAATATTAGGCAGATA	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTAATTAA.CGGTTCCATAATGCCGCTT	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.AGCTATCGTCGTAATGCAG	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.CCGACCAATGCCGTATGCT	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.GAAGAGGCTCGGATTAGAA	Neural
progenitors	3
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.GCGGAGAATCGTAATGCAG	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.GTAAGCTCTATTCGACCAA	Immature
neurons	8
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.TAAGGTTCATGTATAATACG	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.TTCTAAGCTTAGGTTAGCAT	Neural
progenitors	3
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.TTGAGTCCTGGTATGCTTG	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2TCATCTCGAT.TCGTAGCGTTATAGACGCA	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.CTGCCTTATTTAGCAATAA	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.TTCTGGCCTTCTTGCCGAC	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.AAATTCCTCTTCAAGCCGAT	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.ATCTGATGATTATCATGATC	Neural
progenitors	3
08_10_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.CGTAGGCTTTTGCGAGGCA	Neural
progenitors	3
08_10_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.CTATCTCCTTTGCTAACGG	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.GCAGATACTCCGTTCCTTA	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.TGGACCTCTGTATAATACG	Neural
progenitors	3
08_10_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.GTACCTCTTCCTTACTCCT	Sensory
progenitors	6
08_10_exp3_idx1AGTCCGCTGC_idx2CAAGTACTGG.ACGACGCATACTCAATAGG	Sensory
progenitors	6
08_10_exp3_idx1AGTCCGCTGC_idx2CCAAGCTGAA.CTCCAGAGTCGGAAGATAT	Neural
progenitors	3
08_10_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.AAGCAGTATTGTATAATACG	Sensory
progenitors	6
08_10_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.CCAGAACCTTTCTTCCGGT	Sensory
progenitors	6
08_10_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.GACTCGCTTTTGATGCTAT	Neural
progenitors	3
08_10_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.GGTAGTCCTCGTAATGCAG	Sensory
progenitors	6
08_10_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.GTTCCAGCTTTATCCGGAT	Sensory
progenitors	6
08_10_exp3_idx1AGTCCGCTGC_idx2GACTAGTCTA.ATATGGATCTCTCTGATCAG	Neural
progenitors	3
08_10_exp3_idx1AGTCCGCTGC_idx2GACTAGTCTA.CGTCGAAGTCCGTTCCTTA	Sensory
progenitors	6
08_10_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.AAACTCCAATCTTGGTAATG	Neural
progenitors	3
08_10_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.AGTAGCCATCCTTACTCCT	Sensory
progenitors	6
08_10_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.GGATAGGTTTTATCCGGAT	Sensory
progenitors	6
08_10_exp3_idx1AGTCCGCTGC_idx2TCATCTCGAT.ATTAGTCTGTCTTGGTAATG	Sensory
progenitors	6
08_10_exp3_idx1AGTCCGCTGC_idx2TCATCTCGAT.ATTAGTCTGTTTGCTGGCAT	Immature
neurons	2
08_10_exp3_idx1ATAAGGACTC_idx2AAGATCCAAC.CGTCGAAGTCGGAAGATAT	Immature
neurons	2
08_10_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.CCAGCCTTTAATGCCGCTT	Neural
progenitors	3
08_10_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.CGCCATTCTTAACTCTTAG	Sensory
progenitors	6
08_10_exp3_idx1ATAAGGACTC_idx2AGTCCGCGGA.AACTAGTTGTCGGAAGATAT	Immature
neurons	2
08_10_exp3_idx1ATAAGGACTC_idx2ATAAGAGGCG.AGATTGGTTTCGAATAGATG	Sensory
progenitors	6
08_10_exp3_idx1ATAAGGACTC_idx2ATAAGAGGCG.GATACGTCTCGATGGCGCC	Sensory
progenitors	6
08_10_exp3_idx1ATAAGGACTC_idx2ATAAGAGGCG.TCAGTTGGTCTTGGTAATG	Sensory
progenitors	6
08_10_exp3_idx1ATAAGGACTC_idx2ATAGGATATG.AACGATCATTTTGACTTCAG	Neural
progenitors	0
08_10_exp3_idx1ATAAGGACTC_idx2CGAGTTAGAG.ACTTACTCATTATCATGATC	Neural
progenitors	3
08_10_exp3_idx1ATAAGGACTC_idx2CGAGTTAGAG.TCGTCTATTTACGAAGTCAA	Neural
progenitors	0
08_10_exp3_idx1ATAAGGACTC_idx2GGCTATGACT.AGATTGGTTTTAACTCTTAG	Sensory
progenitors	6
08_10_exp3_idx1ATAAGGACTC_idx2GGCTATGACT.ATTCGCAATTTCTGATACCA	Neural
progenitors	3
08_10_exp3_idx1ATAAGGACTC_idx2GGCTATGACT.ATTGCCGGTAGCTGCAATA	Sensory
progenitors	6
08_10_exp3_idx1ATAAGGACTC_idx2GTTGACGGCC.AACTTGGATTATTCGACCAA	Neural
progenitors	3
08_10_exp3_idx1ATAAGGACTC_idx2GTTGACGGCC.AATTCATCGTAGGTTAGCAT	Neural
progenitors	1
08_10_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.AAACTGAACTTAGGCCATAG	Immature
neurons	2
08_10_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.CCAAGGATTATTGAGATTG	Immature
neurons	2
08_10_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.GCGGAGAATGGCGAACTCG	Neural
progenitors	1
08_10_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.TTCCATCTTTACTCAATAGG	Sensory
progenitors	6
08_10_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.TTCTCTCGTAGAGCTATAA	Neural
progenitors	3
08_10_exp3_idx1ATAAGGACTC_idx2TTGAGTATCA.CCAGAACCTCCTTACTCCT	Sensory
progenitors	6
08_10_exp3_idx1ATAAGGACTC_idx2TTGGTCATAA.ATCAATACGTCGACGCGACT	Neural
progenitors	3
08_10_exp3_idx1ATAAGGACTC_idx2TTGGTCATAA.GAGCGGTATCTAAGAGAAG	Sensory
progenitors	6
08_10_exp3_idx1ATAAGGACTC_idx2TTGGTCATAA.GGTTGGCATTTGACTTCAG	Sensory
progenitors	6
08_10_exp3_idx1ATAAGGACTC_idx2TTGGTCATAA.TTGATTCCTTCGGAGATCCG	Sensory
progenitors	6
08_10_exp3_idx1ATGGCGCCTG_idx2AGGTCAATTA.TGAGTTAGATTCTGATACCA	Sensory
progenitors	6
08_10_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.ACTGGTTATTCGTAATGCAG	Sensory
progenitors	6
08_10_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.ACTGGTTATTGCGTTCAGCT	Sensory
progenitors	6
08_10_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.AGAGGTCGTAATCGATAAT	Sensory
progenitors	6
08_10_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.ATATGCCATTTCCAATCATC	Sensory
progenitors	6
08_10_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.CCTCCTGATGGCGAACTCG	Neural
progenitors	3
08_10_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.GCGGTATATTAGCCGTCAT	Sensory
progenitors	6
08_10_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.GGCGACTATATTCGACCAA	Sensory
progenitors	6
08_10_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.GTCGGCAATAGGAGAGAAC	Immature
neurons	2
08_10_exp3_idx1ATGGCGCCTG_idx2CCAAGCTGAA.ACTGAATACTTATAGACGCA	Sensory
progenitors	6
08_10_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.AAATCGTTCTGCCGTATGCT	Sensory
progenitors	6
08_10_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.ACGTCTAGTCTTGCAGTAG	Immature
neurons	2
08_10_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.TAAGGTTCATATTCGACCAA	Sensory
progenitors	6
08_10_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.TGGTCTCCTAGGTTAGCAT	Immature
neurons	2
08_10_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.GATACGTCTCCTTACTCCT	Sensory
progenitors	6
08_10_exp3_idx1ATTATGCAAG_idx2GGTCCAGGAG.CCAGAACCTCTGATGGTCA	Sensory
progenitors	6
08_10_exp3_idx1ATTATGCAAG_idx2GTCGCTCAGT.TGGACCTCTAATGCCGCTT	Neural
progenitors	3
08_10_exp3_idx1ATTATGCAAG_idx2TGATAGAACG.AGTAGCCATAATGCCGCTT	Immature
neurons	12
08_10_exp3_idx1ATTATGCAAG_idx2TGGCGTAGGT.GTTCCAGCTAGGAGAGAAC	Neural
progenitors	0
08_10_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.AACGAGCGTGATATCGGCG	Sensory
progenitors	6
08_10_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.ACGTCTAGTTTGATGCTAT	Sensory
progenitors	6
08_10_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.CAAGCAACTACTAGAGAGT	Neural
progenitors	1
08_10_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.CGCTGCTTTTGGAGAATTC	Sensory
progenitors	6
08_10_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.TCAGCGGTTTGGCTGATGA	Sensory
progenitors	6
08_10_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.TTCTAAGCTTTTCTTCCGGT	Sensory
progenitors	6
08_10_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TGCAAGGTTTATAGACGCA	Sensory
progenitors	6
08_10_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.CCGGATAGTGCCGTCGCGT	Sensory
progenitors	6
08_10_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.CTTCATGCTATTCGACCAA	Sensory
progenitors	6
08_10_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.GACTGACGTTCAAGCCGAT	Neural
progenitors	3
08_10_exp3_idx1CCTCAGCTCC_idx2GACTAGTCTA.TCTCTCCATTTCATAGGAC	Sensory
progenitors	6
08_10_exp3_idx1CCTCAGCTCC_idx2GTCATTGCGC.ACTTATGGTTACCGCAGAAT	Neural
progenitors	3
08_10_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.ACTTCCGTTGATACGGAAC	Neural
progenitors	3
08_10_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.CTAACGACTTTGCGAGGCA	Sensory
progenitors	6
08_10_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.CTCCTCGTTTTCTTCCGGT	Sensory
progenitors	6
08_10_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.GAAGAGGCTTTACGATGAA	Sensory
progenitors	6
08_10_exp3_idx1CCTCAGCTCC_idx2TCATCTAATC.GTAAGCTCTCTAAGAGAAG	Neural
progenitors	3
08_10_exp3_idx1CCTCAGCTCC_idx2TCATCTCGAT.CTCGCATGTACGTCCGCAG	Neural
progenitors	0
08_10_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.AATTCATCGTCTTGGTAATG	Sensory
progenitors	6
08_10_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TGAACGCGTGTATAATACG	Sensory
progenitors	6
08_10_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TGGTTGAATTTTACGATGAA	Sensory
progenitors	6
08_10_exp3_idx1CTCAATTAGT_idx2ACCAAGATCT.GTCGGCAATACGTCCGCAG	Neural
progenitors	3
08_10_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.ATCTTCAGATCGATGGCGCC	Sensory
progenitors	6
08_10_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.TATTCTCCTTCGACGCGACT	Neural
progenitors	3
08_10_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.TTGATTCCTTATTCGACCAA	Sensory
progenitors	6
08_10_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.AACTGGCATGTAGCTCCAT	Neural
progenitors	3
08_10_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.AGATCGGATTATCCTCAAT	Neural
progenitors	0
08_10_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.TAAGACCGTTGGCTGATGA	Sensory
progenitors	6
08_10_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.TCCGGTCATTTATCCGGAT	Sensory
progenitors	6
08_10_exp3_idx1GAGCGCGATG_idx2AAGCCGGCTG.TCTCCGAATAGGAGAGAAC	Sensory
progenitors	6
08_10_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.CCGGAGTTTTCTTGCCGAC	Neural
progenitors	3
08_10_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.TATGCGATTTTGGAGAATTC	Sensory
progenitors	6
08_10_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.AGAGCATGTCTCTGATCAG	Sensory
progenitors	6
08_10_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.CGCCGTAATGGCCAGTCCG	Sensory
progenitors	6
08_10_exp3_idx1GAGCGCGATG_idx2CTCGTCTAGG.ACGGAACGTTCGAGGAGTA	Sensory
progenitors	6
08_10_exp3_idx1GAGCGCGATG_idx2GGAACGATGG.CAGCATTGTCGGAGATCCG	Neural
progenitors	3
08_10_exp3_idx1GAGCGCGATG_idx2GGAACGATGG.TTCCATCTTTGTATAATACG	Sensory
progenitors	6
08_10_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.CTGATAGGTCGGAGATCCG	Sensory
progenitors	6
08_10_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.CCAATCCATTCAAGCCGAT	Sensory
progenitors	6
08_10_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.GCGGAGAATAGGAGAGAAC	Sensory
progenitors	6
08_10_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.TCAGTTGGTAACGGACCAA	Sensory
progenitors	6
08_10_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.ACCATGATTTTAGGCCATAG	Neural
progenitors	3
08_10_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.ACGATATCATCGAATAGATG	Sensory
progenitors	6
08_10_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.ACTTCCGTTTAACTCTTAG	Sensory
progenitors	6
08_10_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.AGAGGTCGTCCGCGGCTCA	Sensory
progenitors	6
08_10_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.CGAGGCAATTATGAGTTAA	Sensory
progenitors	6
08_10_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.GGTAGTCCTCTTGGTAATG	Sensory
progenitors	6
08_10_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.GTAGCGATTTAACTCAATT	Sensory
progenitors	6
08_10_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TGCCTTGGTTCAAGCCGAT	Sensory
progenitors	6
08_10_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TTATCCGCTAATGCCGCTT	Sensory
progenitors	6
08_10_exp3_idx1GATTCTTGAA_idx2AGATCCTATA.ACGATATCATGATCTTACGC	Neural
progenitors	3
08_10_exp3_idx1GATTCTTGAA_idx2AGATCCTATA.TTGACCAGTAGGAGAGAAC	Sensory
progenitors	6
08_10_exp3_idx1GATTCTTGAA_idx2AGTTGCATCT.CGAGGCAATCCTTACTCCT	Sensory
progenitors	6
08_10_exp3_idx1GATTCTTGAA_idx2CAAGTACTGG.CCATCAGGTTTGAGTATCA	Immature
neurons	2
08_10_exp3_idx1GATTCTTGAA_idx2GATACCTAAG.GTTGCTCCTAACTGATCTT	Neural
progenitors	1
08_10_exp3_idx1GATTCTTGAA_idx2GGCTAATTAA.TGAGAATCATCCGCGGACCG	Immature
neurons	2
08_10_exp3_idx1GATTCTTGAA_idx2GGCTAATTAA.TTCTTAACCTCCGCGGACCG	Immature
neurons	2
08_10_exp3_idx1GATTCTTGAA_idx2TATAACTTCC.AAATTCCTCTCGGAGATCCG	Neural
progenitors	3
08_10_exp3_idx1GATTCTTGAA_idx2TATAACTTCC.GACTACCATTATGAGTTAA	Neural
progenitors	3
08_10_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.ATGGTAACTTTAACTCAATT	Sensory
progenitors	6
08_10_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.CGTTGATCTACTAGAGAGT	Sensory
progenitors	6
08_10_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.GCAATCGCTTTGATATATT	Neural
progenitors	0
08_10_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.GACCGAATTCTGAACTGGT	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.AAATTCCTCTTTGATATATT	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.CCAATCCATCGTAGTTACC	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.TCGGTACCTTTACGATGAA	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.ACGCTTATATCCGCGGCTCA	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.AGGATAATCTCGAATAGATG	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.CAGCAAGTTTCTGATACCA	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.CCAGAACCTTAGGCCATAG	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.CCTGCAGTTACTCAATAGG	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.CTCCGGTTTTCCGGCCTCG	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.GATAAGCGTGGCCAGTCCG	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.GCAGATACTTTGATGCTAT	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.GCTCGAGATTCTTGCCGAC	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.TCAGCGGTTGATACGGAAC	Neural
progenitors	1
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.TCGAAGGATCATAGTTCGG	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.TCGAAGGATGGCAGACGCC	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.TCGCCAACTAAGAAGCTAG	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.TTCCATCTTTCGGATTAGAA	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.AACGAGCGTTATAGACGCA	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.AATCCAGTATTATGAGTTAA	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.AGTAGCCATTTGCTGGCAT	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.AGTATTAGCTCGTAATGCAG	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CTGAGCATTTAACTCAATT	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CTTCATGCTGCCGTATGCT	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TATTCGGCTCGATGGCGCC	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.AACGTAATCTAGGTTAGCAT	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.ATAACTTCCTTCCAATCATC	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.GAGGAACTTTTGACTTCAG	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.ACAATGCTATTCAAGCCGAT	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.ACTTCCGTTTATAGACGCA	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.CAAGCAACTTCGAGGAGTA	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.TCCGTATGTCCTTACTCCT	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.TGGTAGGCTACTCAATAGG	Ventral
midline	9
08_10_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.AACGAGCGTTTACGATGAA	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.CAGCATTGTTCTTGCCGAC	Neural
progenitors	0
08_10_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.TCGTCTATTTCTTGCAGTAG	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2TCGATATTGA.ACGCCATATCGACGCGACT	Neural
progenitors	0
08_10_exp3_idx1GCATCGTATG_idx2TCGATATTGA.AGCTATCGTCGGAAGATAT	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2TCGATATTGA.GGTAGTCCTCATAGTTCGG	Neural
progenitors	0
08_10_exp3_idx1GCGCGTTCAT_idx2AACGGACCAA.ACCTTCGGTTATGAGTTAA	Sensory
progenitors	6
08_10_exp3_idx1GCGCGTTCAT_idx2AACGGACCAA.TATTCGGCTTAGGCCATAG	Sensory
progenitors	6
08_10_exp3_idx1GCGCGTTCAT_idx2AACGGACCAA.TCCGTATGTGATCTTACGC	Neural
progenitors	3
08_10_exp3_idx1GCGCGTTCAT_idx2AGCGTCAATG.CCTCCTGATATTCGACCAA	Sensory
progenitors	6
08_10_exp3_idx1GCGCGTTCAT_idx2CGAGCTGCCA.TGAATTCGTTAGGTTAGCAT	Neural
progenitors	0
08_10_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.ACTGGTTATTCAAGTCGACC	Neural
progenitors	3
08_10_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.CGTCTTCCTTAGGCCATAG	Neural
progenitors	3
08_10_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.GATTACGGTCGAATAGATG	Immature
neurons	2
08_10_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.GGCGACTATATTCGACCAA	Immature
neurons	2
08_10_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.AAGTACGTTTATTGAGATTG	Sensory
progenitors	6
08_10_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.GGTCCTTCTCGATGGCGCC	Sensory
progenitors	6
08_10_exp3_idx1GCGCGTTCAT_idx2GATGATCGTA.CGACGATATCGGAAGATAT	Sensory
progenitors	6
08_10_exp3_idx1GCGCGTTCAT_idx2GATGATCGTA.CTCCTCGTTCGTAATGCAG	Sensory
progenitors	6
08_10_exp3_idx1GCGCGTTCAT_idx2GCAACTGGCA.CTACCTGGTTTGATGCTAT	Sensory
progenitors	6
08_10_exp3_idx1GCGCGTTCAT_idx2TCGATATTGA.AAAGCTGATTTGGCTGATGA	Sensory
progenitors	6
08_10_exp3_idx1GCGCGTTCAT_idx2TCGATATTGA.ACGACGCATTAACTCTTAG	Sensory
progenitors	6
08_10_exp3_idx1GCGCGTTCAT_idx2TCGATATTGA.CTCCAGAGTTCAAGCCGAT	Neural
progenitors	3
08_10_exp3_idx1GCGCGTTCAT_idx2TCGATATTGA.TGGATTCTATGGCCAGTCCG	Sensory
progenitors	6
08_10_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.ACATTCGTATCCTTACTCCT	Neural
progenitors	3
08_10_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TTTGCTACTTTGGTATTCAT	Immature
neurons	2
08_10_exp3_idx1GCTTGAAGAG_idx2AAGATCCAAC.GAACGATGTCTGATGGTCA	Sensory
progenitors	6
08_10_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.TGAATCTGATCTAAGAGAAG	Neural
progenitors	3
08_10_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.CAAGGCGTTACCGCAGAAT	Sensory
progenitors	6
08_10_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.CGAATGAGTTGGCTGATGA	Immature
neurons	2
08_10_exp3_idx1GCTTGAAGAG_idx2CGAGTTAGAG.AAGCGCCATAATGCCGCTT	Sensory
progenitors	6
08_10_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.GAAGAGGCTGGCGAGCTTA	Sensory
progenitors	6
08_10_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.TCTTAGTTCTTCAAGCCGAT	Immature
neurons	2
08_10_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.GAACGATGTTGGTATTCAT	Neural
progenitors	3
08_10_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.GGCTAAGATCTAAGAGAAG	Immature
neurons	2
08_10_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.TGGACCTCTTATCGTCGGC	Sensory
progenitors	6
08_10_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.TTATCCGCTAACTGCTGCC	Neural
progenitors	3
08_10_exp3_idx1GGCTTACTCC_idx2AACTTATAAG.TGCTAATTCTAGGTTAGCAT	Neural
progenitors	3
08_10_exp3_idx1GGCTTACTCC_idx2AACTTATAAG.TTCTGGCCTCCTTACTCCT	Sensory
progenitors	6
08_10_exp3_idx1GGCTTACTCC_idx2CCGTCGGAGG.TAAGGTTCATAATGCTAGTC	Immature
neurons	2
08_10_exp3_idx1GGTTATCGAA_idx2AACTACCGAC.AAATCGTTCTTTGCGAGGCA	Sensory
progenitors	6
08_10_exp3_idx1GGTTATCGAA_idx2AACTACCGAC.ACCATGATTTCTGATGGTCA	Immature
neurons	2
08_10_exp3_idx1GGTTATCGAA_idx2AACTACCGAC.CTGCTGAATGTATAATACG	Sensory
progenitors	6
08_10_exp3_idx1GGTTATCGAA_idx2TTCTACGCCA.TGAGTTAGATTTGCTGGCAT	Sensory
progenitors	6
08_10_exp3_idx1GTAGCAGCTA_idx2CCAGGTCTAC.ATAGTCGCTCAAGATTAAG	Sensory
progenitors	6
08_10_exp3_idx1GTAGCAGCTA_idx2CCAGGTCTAC.ATAGTCGCTTATGAGTTAA	Immature
neurons	2
08_10_exp3_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TAAGGTTCATGCCGTATGCT	Sensory
progenitors	6
08_10_exp3_idx1GTAGCAGCTA_idx2GATACCTAAG.TCCTACCTTTGGTATTCAT	Neural
progenitors	3
08_10_exp3_idx1GTAGCAGCTA_idx2GGCTAATTAA.GACTCGCTTATTCGACCAA	Sensory
progenitors	6
08_10_exp3_idx1GTAGCAGCTA_idx2GGCTAATTAA.GGATAGGTTTGGCTGATGA	Neural
progenitors	0
08_10_exp3_idx1GTAGCAGCTA_idx2GGCTAATTAA.TGCCTTGGTTATGAGTTAA	Neural
progenitors	3
08_10_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.GAACGATGTGGCAGACGCC	Sensory
progenitors	6
08_10_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.GATTACGGTTGGCTGATGA	Sensory
progenitors	6
08_10_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.TGCCTATTATCATAGTTCGG	Immature
neurons	2
08_10_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.AGGCTCGTTTCTTGCCGAC	Sensory
progenitors	6
08_10_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.ATTCGGAGTCTGATGGTCA	Sensory
progenitors	6
08_10_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.CAGGACTCTCTGAACTGGT	Neural
progenitors	3
08_10_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.TGGTCGAATTCCAATCATC	Sensory
progenitors	6
08_10_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.AACGCGTCTCGAATAGATG	Sensory
progenitors	6
08_10_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.GAGTTCTCTTATCATGATC	Neural
progenitors	3
08_10_exp3_idx1GTAGGCTGCA_idx2CTCGTCTAGG.AGGCTCGTTAACTGCTGCC	Neural
progenitors	0
08_10_exp3_idx1GTAGGCTGCA_idx2CTCGTCTAGG.CGACGATATGGCGAACTCG	Neural
progenitors	3
08_10_exp3_idx1GTAGGCTGCA_idx2CTCGTCTAGG.CTCCAGAGTTTGATATATT	Neural
progenitors	0
08_10_exp3_idx1GTAGGCTGCA_idx2GACCGTAGCA.ATAACTTCCTTTGCTAACGG	Sensory
progenitors	6
08_10_exp3_idx1GTAGGCTGCA_idx2GACCGTAGCA.TTTGCTACTTAACTGCTGCC	Neural
progenitors	3
08_10_exp3_idx1GTAGGCTGCA_idx2GCTCTCGCCT.ACTTACTCATTCAAGCCGAT	Sensory
progenitors	6
08_10_exp3_idx1GTAGGCTGCA_idx2GGAACGATGG.ATAGTTGACTCTAAGAGAAG	Sensory
progenitors	6
08_10_exp3_idx1GTAGGCTGCA_idx2GGAACGATGG.CCGTCGATTCTGAACTGGT	Sensory
progenitors	6
08_10_exp3_idx1GTAGGCTGCA_idx2GGAACGATGG.GCGCTCAATTAGGCCATAG	Sensory
progenitors	6
08_10_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.GACTGACGTCGATGGCGCC	Sensory
progenitors	6
08_10_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.TCTCCGAATCGATGGCGCC	Sensory
progenitors	6
08_10_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.TGAGTTAGATCCTTACTCCT	Immature
neurons	2
08_10_exp3_idx1TAGGTAACTT_idx2AACGGACCAA.ATCAATACGTACTAGAGAGT	Neural
progenitors	0
08_10_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.CGCTAACCTCGGAAGATAT	Neural
progenitors	0
08_10_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.TATCCAGGTGCGTTGGAGC	Neural
progenitors	0
08_10_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.TTCTAAGCTTAACTGCTGCC	Sensory
progenitors	6
08_10_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.GCAGATACTTTGCTAACGG	Immature
neurons	2
08_10_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.TAGCTCGGTCTGAACTGGT	Sensory
progenitors	6
08_10_exp3_idx1TAGGTAACTT_idx2ACTCTCTCAA.CGACGATATCGGAAGATAT	Sensory
progenitors	6
08_10_exp3_idx1TAGGTAACTT_idx2ACTCTCTCAA.GCCATGGTTCTTGGTAATG	Immature
neurons	2
08_10_exp3_idx1TAGGTAACTT_idx2CCTAGCGCCT.TGGTCTCCTAACCTGCGTA	Sensory
progenitors	6
08_10_exp3_idx1TAGGTAACTT_idx2CCTAGCGCCT.TTCTGGCCTATTGAGATTG	Sensory
progenitors	6
08_10_exp3_idx1TAGGTAACTT_idx2CTCCGGTTCT.AACGTAATCTGCCGTATGCT	Sensory
progenitors	6
08_10_exp3_idx1TAGGTAACTT_idx2CTCCGGTTCT.CGATTCGCTCTGATGGTCA	Immature
neurons	8
08_10_exp3_idx1TAGGTAACTT_idx2CTCCGGTTCT.CTGACGTTTCGGATTAGAA	Neural
progenitors	0
08_10_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.ACCAATGCTTATGAGTTAA	Immature
neurons	2
08_10_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.ATCTGATGATTCAAGCCGAT	Sensory
progenitors	6
08_10_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.TGCGTAGTTATCGGCTATC	Sensory
progenitors	6
08_10_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.TTGCGGTCTACTCAATAGG	Sensory
progenitors	6
08_10_exp3_idx1TAGGTAACTT_idx2TCTAGAACTA.AGGCTCGTTTCAAGCCGAT	Neural
progenitors	3
08_10_exp3_idx1TAGGTAACTT_idx2TGAGGTAGAA.GATAAGCGTCATAGTTCGG	Neural
progenitors	3
08_10_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.AATACCGAATCGGAAGATAT	Neural
progenitors	3
08_10_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.AACTGGCATCGTAGTTACC	Neural
progenitors	0
08_10_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.CTCCAGAGTGCCGCAACGA	Sensory
progenitors	6
08_10_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.GAACGGCTTTATCGTCGGC	Immature
neurons	2
08_10_exp3_idx1TATAATAGTT_idx2ACGCAACTCC.GAACGATGTTATCATGATC	Neural
progenitors	16
08_10_exp3_idx1TATAATAGTT_idx2ACGCAACTCC.TAGAGAGTATTATAGACGCA	Sensory
progenitors	6
08_10_exp3_idx1TATAATAGTT_idx2CTCGTCTAGG.ATAATCCTGTAAGACCGTTG	Sensory
progenitors	6
08_10_exp3_idx1TATAATAGTT_idx2GACCTCCGCC.GTAAGCTCTGGCGAGCTTA	Sensory
progenitors	6
08_10_exp3_idx1TATAATAGTT_idx2GGAACGATGG.AAGTACGTTTACGAAGTCAA	Neural
progenitors	3
08_10_exp3_idx1TATAATAGTT_idx2GGAACGATGG.ATCTGATGATTGGAGAATTC	Sensory
progenitors	6
08_10_exp3_idx1TATAATAGTT_idx2GGAACGATGG.TAGCTCGGTAGAGCTATAA	Immature
neurons	2
08_10_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.CTGATAGGTTTGCTAACGG	Sensory
progenitors	6
08_10_exp3_idx1TATTAGACTT_idx2ACTATCTTGA.TGAATCTGATTTCCAACCGC	Immature
neurons	2
08_10_exp3_idx1TATTAGACTT_idx2CATTATTACC.CTTCATGCTTCCAATCATC	Immature
neurons	2
08_10_exp3_idx1TATTAGACTT_idx2GTCGCTCAGT.TGCCTTGGTATTCGACCAA	Sensory
progenitors	6
08_10_exp3_idx1TATTAGACTT_idx2TCATCTAATC.TGGCCTGATAAGAAGCTAG	Immature
neurons	2
08_10_exp3_idx1TCCTCTGCCG_idx2AGTTGCATCT.TCGTCTATTTCTAAGAGAAG	Neural
progenitors	3
08_10_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.ATGCATTCATGGTATGCTTG	Neural
progenitors	3
08_10_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.CAGAAGGCTTTGCTAACGG	Neural
progenitors	3
08_10_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.GTCGGCAATTTGATGCTAT	Neural
progenitors	1
08_10_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.ACCAATGCTATTCGACCAA	Neural
progenitors	3
08_10_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.ATTAATGCCTTATGAGTTAA	Neural
progenitors	0
08_10_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.TCTCCGAATACGAAGTCAA	Neural
progenitors	1
08_10_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.TTGCGGTCTTTAGCAATAA	Neural
progenitors	3
08_10_exp3_idx1TCCTCTGCCG_idx2CTAACTCCAA.GTCGTAACTTATGAGTTAA	Sensory
progenitors	6
08_10_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.AACCGCTGTACGAAGTCAA	Sensory
progenitors	6
08_10_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TTACCTAAGTTTCCAACCGC	Neural
progenitors	3
08_10_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.AACTTGGATTGGCGAACTCG	Ventral
midline	9
08_10_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.ACGCTTATATCATAGTTCGG	Sensory
progenitors	6
08_10_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.TTTGCTACTTTTGATATATT	Neural
progenitors	3
08_10_exp3_idx1TCTTGAGGTT_idx2ACTATCTTGA.ACTTCCGTTAATCGATAAT	Sensory
progenitors	6
08_10_exp3_idx1TCTTGAGGTT_idx2GTCATTGCGC.AACTAGTTGTTTCTTCCGGT	Sensory
progenitors	6
08_10_exp3_idx1TCTTGAGGTT_idx2GTCATTGCGC.CTAGTACGTGGCAGACGCC	Immature
neurons	2
08_10_exp3_idx1TCTTGAGGTT_idx2GTCATTGCGC.GTCGTAACTGGCCAGTCCG	Sensory
progenitors	6
08_10_exp3_idx1TCTTGAGGTT_idx2TGGCCGCAAT.AGAAGTAAGTGACGACCTGC	Immature
neurons	2
08_10_exp3_idx1TCTTGAGGTT_idx2TGGCCGCAAT.CTCCATCATTTGCTGGCAT	Neural
progenitors	3
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.ACGGAACGTAAGACCGTTG	Sensory
progenitors	6
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.CCTCCTGATTATAGACGCA	Neural
progenitors	3
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.CGAGATGCTTTACGATGAA	Immature
neurons	2
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.CTAGTACGTTATGAGTTAA	Sensory
progenitors	6
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.CTCCAGAGTTCCGGCCTCG	Neural
progenitors	3
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.GCAACGTTTTGGCTGATGA	Neural
progenitors	3
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TCGAATCTTTCTGAACTGGT	Sensory
progenitors	6
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TCTCTCCATGATATCGGCG	Neural
progenitors	0
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TGGACCTCTGCCGTATGCT	Neural
progenitors	1
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TTATCCGCTCTAAGAGAAG	Sensory
progenitors	6
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TTCGCATAATGAAGATCGAG	Immature
neurons	2
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TTCTAAGCTTTCTCCTATAA	Sensory
progenitors	6
08_10_exp3_idx1TGGACGACTA_idx2AACTTATAAG.CGTTGATCTATTCGACCAA	Immature
neurons	2
08_10_exp3_idx1TGGACGACTA_idx2GACCTCTCTG.CCAATCCATGATCTTACGC	Neural
progenitors	0
08_10_exp3_idx1TGGACGACTA_idx2GACCTCTCTG.TTCCGACGTCTTGCAGTAG	Neural
progenitors	3
08_10_exp3_idx1TGGACGACTA_idx2GATGATCGTA.GAGCGGTATACTCAATAGG	Sensory
progenitors	6
08_10_exp3_idx1TGGACGACTA_idx2GATGATCGTA.GGTCTACGTTATAGACGCA	Neural
progenitors	0
08_10_exp3_idx1TGGACGACTA_idx2GATGATCGTA.TCTCTCCATACGTCCGCAG	Sensory
progenitors	6
08_10_exp3_idx1TGGACGACTA_idx2GCAACTGGCA.ATCAATACGTTAACTCAATT	Sensory
progenitors	6
08_10_exp3_idx1TGGACGACTA_idx2GCAACTGGCA.CTCCAGAGTTATCCTCAAT	Neural
progenitors	3
08_10_exp3_idx1TGGACGACTA_idx2TCGATATTGA.TAGATGACTTATTGAGATTG	Sensory
progenitors	6
08_10_exp3_idx1TGGACGACTA_idx2TGAGGTAGAA.ACTTGATTGTCTTGGTAATG	Immature
neurons	2
08_10_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.TGAGTTAGATGCCGTATGCT	Neural
progenitors	3
08_10_exp3_idx1TTATTGAGGC_idx2AGATCCTATA.AGTAGCCATTGGTATTCAT	Sensory
progenitors	6
08_10_exp3_idx1TTATTGAGGC_idx2AGATCCTATA.ATTAGTCTGTTATAGACGCA	Sensory
progenitors	6
08_10_exp3_idx1TTATTGAGGC_idx2AGATCCTATA.TATTGACTCTTTATCCGGAT	Sensory
progenitors	6
08_10_exp3_idx1TTATTGAGGC_idx2CCAGGTCTAC.ACAGGTATTTCCTTACTCCT	Immature
neurons	2
08_10_exp3_idx1TTATTGAGGC_idx2CCAGGTCTAC.GGTACGGATGACGAAGCGT	Immature
neurons	2
08_10_exp3_idx1TTATTGAGGC_idx2CGAAGGACGA.TAAGACCGTGTATAATACG	Neural
progenitors	0
08_10_exp3_idx1TTATTGAGGC_idx2GGCTAATTAA.ATATGGATCTCTTGGTAATG	Immature
neurons	2
08_10_exp3_idx1TTATTGAGGC_idx2TATAACTTCC.AACGATCATTCAAGTCGACC	Sensory
progenitors	6
08_10_exp3_idx1TTATTGAGGC_idx2TATAACTTCC.AAGGATATGTCGGAAGATAT	Sensory
progenitors	6
08_10_exp3_idx1TTATTGAGGC_idx2TATAACTTCC.CTGCTGAATGGCAGACGCC	Sensory
progenitors	6
08_10_exp3_idx1TTATTGAGGC_idx2TATAACTTCC.GGATAGGTTCTGATGGTCA	Sensory
progenitors	6
08_10_exp3_idx1TTATTGAGGC_idx2TCCGGTAATC.TGCCTTGGTTTCTTATCGA	Sensory
progenitors	6
08_10_exp3_idx1TTATTGAGGC_idx2TCCGGTAATC.TTGGCGACTCGTAATGCAG	Sensory
progenitors	6
08_10_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.ACGTCTAGTAGGAGAGAAC	Immature
neurons	2
08_10_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.AGAACTCCTTGGTATTCAT	Immature
neurons	2
08_10_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.CCGGATAGTCATAGTTCGG	Ventral
midline	9
08_10_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.TCTTAGTTCTCGGAAGATAT	Sensory
progenitors	6
08_10_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.ACGTCTAGTCCTTACTCCT	Sensory
progenitors	6
08_10_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.CAAGGCGTTAACTGCTGCC	Sensory
progenitors	6
08_10_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.CCTGCAGTTTGGCTGATGA	Sensory
progenitors	6
08_10_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.GACCGAATTTCAAGCCGAT	Sensory
progenitors	6
08_10_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.TGGTCTCCTACTAGAGAGT	Immature
neurons	2
08_10_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.TGGTCTCCTCCGTTCCTTA	Sensory
progenitors	6
08_10_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.AACGTAATCTTATCATGATC	Immature
neurons	2
08_10_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.ACGTTGCTTCCGTTCCTTA	Neural
progenitors	1
08_10_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.CAAGGCGTTCTAAGAGAAG	Sensory
progenitors	6
08_10_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.CCAATCCATTGGTATTCAT	Sensory
progenitors	6
08_10_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.CCGACCAATTTATCCGGAT	Sensory
progenitors	6
08_10_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.ACCGGTTCTGCCGTCGCGT	Sensory
progenitors	6
08_10_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.CAACTCTCTTCAGCTCTAA	Sensory
progenitors	6
08_10_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.GAGGAACTTTAACTCAATT	Immature
neurons	2
08_10_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.GCTCTTAGTTCCTACCAGT	Sensory
progenitors	6
08_10_exp3_idx1TTCCGTCGAC_idx2CCGTCGGAGG.ATCTTCAGATCTGATGGTCA	Sensory
progenitors	6
08_10_exp3_idx1TTCCGTCGAC_idx2CCGTCGGAGG.CCGGAGTTTTATCATGATC	Sensory
progenitors	6
08_10_exp3_idx1TTCCGTCGAC_idx2CCGTCGGAGG.CGTAGGCTTTCCTACCAGT	Sensory
progenitors	6
08_10_exp3_idx1TTCCGTCGAC_idx2GATCAGTCAT.ATATCTGGATCCGTTCCTTA	Neural
progenitors	3
08_10_exp3_idx1TTCCGTCGAC_idx2GATCAGTCAT.TATGGTCTTTTAACTCTTAG	Sensory
progenitors	6
08_10_exp3_idx1TTCGAATATT_idx2AGGATTACCA.ACGATATCATTCGAGGAGTA	Neural
progenitors	3
08_10_exp3_idx1TTCGAATATT_idx2CCTATAAGCT.TATCCAGGTAATGCCGCTT	Sensory
progenitors	6
08_10_exp3_idx1TTCGAATATT_idx2GATTGCAGAC.ATGCCAAGTAATCGATAAT	Immature
neurons	2
08_10_exp3_idx1TTCGAATATT_idx2TCTAGAACTA.GGTTGGCATCGGAGATCCG	Neural
progenitors	0
08_10_exp3_idx1TTGCCGTAGG_idx2AACCTAGCTT.CAATCGGTTGGCGAACTCG	Sensory
progenitors	6
08_10_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.AACGAGCGTCCAGTCCTCT	Immature
neurons	2
08_10_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.ACCATGATTTACGAAGTCAA	Sensory
progenitors	6
08_10_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.CGTCGAAGTAAGAAGCTAG	Ventral
midline	9
08_10_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.CTCCAGAGTCGATGGCGCC	Sensory
progenitors	6
08_10_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.GACTACCATTTGCTGGCAT	Sensory
progenitors	6
08_10_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.TGCTAATTCTCAAGTCGACC	Neural
progenitors	0
08_10_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.AAGTTCTTGTAACCTGCGTA	Sensory
progenitors	6
08_10_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.AGATCGGATCGGAGATCCG	Sensory
progenitors	6
08_10_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.AGCTATCGTATTGAGATTG	Sensory
progenitors	6
08_10_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.AGTCGCATTTATAGACGCA	Sensory
progenitors	6
08_10_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.ATCTGATGATACTATGCAAT	Immature
neurons	2
08_10_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.ATGGTTGGTAGAGCTATAA	Neural
progenitors	0
08_10_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.ATTAGTCTGTGGCCAGTCCG	Ventral
midline	9
08_10_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.CAAGCAACTAGGTTAGCAT	Sensory
progenitors	6
08_10_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.GCCATGGTTCGCGTACGAC	Sensory
progenitors	6
08_10_exp3_idx1TTGCCGTAGG_idx2CTCGGTCAAT.CCAGAACCTGATACGGAAC	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2CTCGGTCAAT.GGTTCGAGTTAACTCAATT	Ventral
midline	9
08_10_exp3_idx1TTGCCGTAGG_idx2CTCGTCTAGG.AAGATGCCTTTATCCGGAT	Immature
neurons	2
08_10_exp3_idx1TTGCCGTAGG_idx2CTCGTCTAGG.CTAGTACGTGGAGCGGCCG	Sensory
progenitors	6
08_10_exp3_idx1TTGCCGTAGG_idx2CTCGTCTAGG.GACTACCATCGTAATGCAG	Neural
progenitors	0
08_10_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.ATTCGCAATTAATGCTAGTC	Sensory
progenitors	6
08_10_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.TAGCTCGGTCTTGGTAATG	Sensory
progenitors	6
08_10_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.TGCTCCTATGCCGTCGCGT	Neural
progenitors	0
08_10_exp3_idx1TTGCCGTAGG_idx2CTGCTTCGAC.ATATCCTACTACGAAGTCAA	Immature
neurons	2
08_10_exp3_idx1TTGCCGTAGG_idx2CTGCTTCGAC.GGCTAAGATTGGTATTCAT	Sensory
progenitors	6
08_10_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.ACGCTTATATACCTGGACGC	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.CGTCTTCCTGGCGAACTCG	Sensory
progenitors	6
08_10_exp3_idx1TTGCCGTAGG_idx2GATTGCAGAC.CGTACCTATGAAGATCGAG	Neural
progenitors	0
08_10_exp3_idx1TTGCCGTAGG_idx2GATTGCAGAC.TCGCCAACTGGCGAACTCG	Sensory
progenitors	6
08_10_exp3_idx1TTGCCGTAGG_idx2TGAGGTAGAA.GATTACGGTCTGATGGTCA	Sensory
progenitors	6
08_10_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.ATGCCAAGTTATGAGTTAA	Neural
progenitors	3
08_10_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.ATTAATGCCTTAACTCTTAG	Neural
progenitors	3
08_10_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.CCATCGTCTAACTGCTGCC	Sensory
progenitors	6
08_10_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.TGCGTAGTTACTAGAGAGT	Sensory
progenitors	6
08_10_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.TTCTCTCGTCGGAGATCCG	Immature
neurons	2
08_10_exp3_idx1TTGCGAGCAT_idx2CATTATTACC.ATTGATCGTTCGGATTAGAA	Sensory
progenitors	6
08_10_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.CCAAGGATTGGTATGCTTG	Sensory
progenitors	6
08_10_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.GTACCTCTTTTCCAACCGC	Immature
neurons	2
08_10_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.TATAAGGCTTCCGTTGACTT	Neural
progenitors	3
08_10_exp3_idx1TTGGTAAGGA_idx2ACTTCCGAAT.TGATGCGATTATAGACGCA	Immature
neurons	2
08_10_exp3_idx1TTGGTAAGGA_idx2CCTAGCGCCT.AACCTCATTTCGGAGATCCG	Immature
neurons	2
08_10_exp3_idx1TTGGTAAGGA_idx2CTCGGTCAAT.AGCATTATGTATTGAGATTG	Sensory
progenitors	6
08_10_exp3_idx1TTGGTAAGGA_idx2CTGCAATCGC.GTCGGCAATATTGAGATTG	Sensory
progenitors	6
08_10_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.AAATCGTTCTCGGAAGATAT	Sensory
progenitors	6
08_10_exp4_idx1GGCTTACTCC_idx2CCGTCGGAGG.CCGACCAATCCTTGGTCCA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.ACGAGGTTTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CCATCAGGTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CGACGATATGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CGACGATATTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CGGTTCCATCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CTCTACTGTCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GCGGTATATTCTACCATTA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GCGGTATATTGCATATAAC	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GGTTCGAGTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GTATCGCATTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GTCATCTGTTCTCCTATAA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GTTGCAAGTTGGAGAATTC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TAGAGAGTATAATGCTAGTC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TAGAGAGTATCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TATCCAGGTACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCATAGAGTTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCGAATCTTTTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCGTCTATTTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TGGACCTCTTGGCTGATGA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.ATAGTCGCTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CAATCGGTTCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CAGAAGGCTTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CTCTACTGTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CTGCTGAATGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GCGCTCAATTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GCTCGAGATGCGCGGTAGT	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GCTGGCTATACCAGCGCAG	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGCGCATTTGTACTAGTAA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGCTTACTTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGTCTACGTCGCGTACGAC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGTTCGAGTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGTTGGCATCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GTACCTCTTACGCCGTTCA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GTACCTCTTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GTACCTCTTCGGAAGATAT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GTAGCGATTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GTATCGCATATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GTCATCTGTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TAACTAAGGTAGACTCAAGC	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TAAGACCGTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TATCATGAGTACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCCTACCTTACCAGCGCAG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCGTAGCGTCCAGGCCGCA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TGCTACTAATACCAGCGCAG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TGCTACTAATTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.ACCGTAGCTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.CAGAAGGCTTTGATGCTAT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.CCTCCTGATCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.CTTAGCGGTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GAGCGGTATCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GCAACGTTTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GGCGACTATGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TAGCCAATTTAAGACGGCCA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TATTGACTCTAGACTCAAGC	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TCCTATTCTTTGCGCCATCT	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TGCCTATTATAGTTCGAGTA	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TGCTACTAATTGGCTGATGA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TGGCCTGATCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TGGTCTCCTTCTCCTATAA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TTGAGAGATTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TTGGCAATATTCGAGGAGTA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.AAGATGCCTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ACCGTAGCTATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ATTGCCGGTATAGACTAGG	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CGCCGTAATTTGGACGCTG	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CGGTTCCATCCAACTAACC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CGTCGAAGTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTACGGCATCGGTAGGAAT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTACGGCATGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTCCAGAGTACCAGCGCAG	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTCTACTGTACCAGCGCAG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTCTACTGTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTGGAAGATTCTACCATTA	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTTAGCGGTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTTCATGCTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GAACGGCTTTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GACCGTCATACCGCAGAAT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GATCGACCTTGGCTGATGA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GATTACGGTAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCGGTATATAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCTCGAGATCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTAAGCTCTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTCCTGCATTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTTCCAGCTAAGTCTTCCG	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TAACTAAGGTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATAAGGCTTGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATCATGAGTGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATGACTTGTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATGAGAACTTACGGCTACG	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATGCGATTTAGTTCGAGTA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCATGGCTTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCATTAAGCTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCCAAGTTATCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCCGTATGTAATAATACCA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCCGTATGTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCGAATCTTTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCGCCAACTAATGCTAGTC	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCGCGCATTAAGACGGCCA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCGGTACCTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCGGTACCTGCCAACGCCA	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCGTTCTGTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCTATACCTTTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCTCCGAATAAGACGGCCA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGAACGCGTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGAGTTAGATCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGCCTTGGTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGCTAATTCTAATGCTAGTC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGGATCCGTATAGACTAGG	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGGCCTGATGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCGCATAATACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCGCGGATAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCGCGGATTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCTAAGCTTGACGACCTGC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCTGGCCTTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTGGCAATATCGAATAATTC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTGGCAATATTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CCAGAACCTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CTTCATGCTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GACCGTCATTGCATATAAC	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GATCGACCTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GCGCTCAATTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GTACCTCTTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GTCGGCAATCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TAGCTCGGTTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TATGACTTGTCCAGGCCGCA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TCAGTTGGTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TCGCGCATTCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TCTACTTACTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TGAACGCGTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TGAACGCGTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TGGTCTCCTTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TTCGCGGATCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TTGAGTCCTAAGACGGCCA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TTGGCTCATTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.AACCGCTGTGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.ACCAATGCTTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.ACGAGGTTTGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CAGAAGGCTGCCGGTCGAG	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CCATTGCGTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CCGTCTCATTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CTTAGCGGTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GACCGAATTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GCTTCTGGTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GGCTTACTTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GTAGACGGTCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TACTCCTATTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TAGAGCCTTAGGCCGCTCG	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TATAAGGCTTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TATTGACTCTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TCTATACCTTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TGGTCTCCTAGGCCGCTCG	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TTCAACTGATAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TTCTCTCGTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TTGAGTCCTATTGAGATTG	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.AAGCGCCATAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.ACCTTCGGTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.AGGCATCATCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.ATGCCAAGTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.CAACGCAGTCAGGTATGGA	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.CAACGCAGTGAAGGTTGCC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.CAACGCAGTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.CAGAAGGCTTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTACGGCATTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTAGTACGTGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTCTACTGTGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAACGATGTTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACCGAATTGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACCGTCATTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAGCGGTATAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAGCGGTATTCAGACGAAC	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GATTACGGTGTTCCGCTAA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCCATGGTTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCTGGCTATGTTCCGCTAA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGCAAGTCTTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTAAGCTCTTGCGCCAGAA	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTCGGCAATGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTTCGCTGTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATATGCGTTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATCCAGGTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCAGGAGATTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCATGGCTTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCCGTATGTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCGCGCATTACCGCAGAAT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCGTAGCGTCTCTGCGGCA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGAGAATCATTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGCGTAGTTATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGGCCTGATTTCGCTTACG	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCTAAGCTTAATAATACCA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGGCAATATTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGGTTAAGTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.ACCTTCGGTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.AGCAACGATGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.AGTTGCGCTTCTCCTATAA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.ATGGCGTATGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CGGTTCCATACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CTAGTACGTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CTCCAGAGTAGACTCAAGC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GCAATCGCTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GTCGGAGTTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TACTCCTATTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TATATGCGTTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TATCGAACTTAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TATTGAGGTTCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCCGGTCATGTACTAGTAA	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCGTAGCGTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.ACCTTCGGTTCGAGGAGTA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.AGTTGCGCTCCTTACTCCT	Immature
neurons	12
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.CGACGATATTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.CGTCGAAGTAAGTCTTCCG	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GCATCCAGTTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GTCATCTGTTCGAGGAGTA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GTCGGAGTTCAGATTCGAT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GTTGCAAGTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TACTCCTATTCGAATAATTC	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TAGTTACCTTAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TATTCGGCTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TCTACTTACTGCGACGCCTT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.AAGATGCCTACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.AGCAACGATACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.CTTAGCGGTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.GTTCCAGCTCAGGTATGGA	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TCTATACCTTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TGAATTCGTTAGAGCCAGCC	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TGCTACTAATCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TTCGCATAATCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.AGTTGCGCTTGGTATTCAT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.ATAGTCGCTCTGAACTGGT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GATCGACCTTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GCTCGAGATCGGAAGATAT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GGCTTACTTTTGGACGCTG	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GTAGACGGTCGGTAGGAAT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GTCGGCAATAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TAGAGAGTATTGCATATAAC	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TAGAGCCTTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TCAGCGGTTACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TCCAAGTTATCGGAAGATAT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TGTTAAGACTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TTGCGGTCTCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ACGAGGTTTCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ACGGCAATTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ATGGCAGCTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CAGAAGGCTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CCGTCTCATCAGGTATGGA	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CCTCCTGATGATAAGGCAA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CGAGATGCTTACGGCTACG	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CGCCGTAATCGGTAGGAAT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CGGTTCCATACCTGGACGC	Immature
neurons	12
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTACGGCATATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTCCAGAGTATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GAAGAGGCTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACTACCATGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GAGACTAGTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GAGCGGTATTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCCATGGTTCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCTGAAGCTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCTGGCTATGCCAACGCCA	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGAGGTTCTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGCGACTATATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGTAGTCCTAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGTCTACGTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGTCTACGTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTAGCGATTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTAGCGATTTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTTGCAAGTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TAGAGAGTATACCAGCGCAG	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TAGAGCCTTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TAGGTACTATCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATGCGATTTATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCATTAAGCTGCCGTATGCT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCGTCTATTTCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCTAGGAATTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCTCCGAATTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGAACGCGTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGAATTCGTTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGCCTATTATACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGCTCCTATAAGTTGCCAT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGGACCTCTAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGTTAAGACTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTAATGAGCTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTGAGAGATTCGGAGATCCG	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTGGCAATATTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.AACCGCTGTTCTACCATTA	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.AGTTGCGCTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.ATGGAGAGTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CAATCGGTTGAAGGTTGCC	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CCGTCTCATCAGATTCGAT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CCTCCTGATGCGACGCCTT	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTAGTACGTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GAACGGCTTGAAGGTTGCC	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GAACGGCTTTCGAGGAGTA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GATCGACCTTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCAGATACTCGGTAGGAAT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCAGATACTGTTGAAGGAT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCGGAGAATTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGATAGGTTGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGATAGGTTTTGATATATT	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGTAGTCCTGACCTCTCTG	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGTTCGAGTGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTAAGCTCTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTAAGCTCTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTCATCTGTAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TATGCGATTTCTCTGCGGCA	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TATGGTCTTTTGCGCCAGAA	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCAGTTGGTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCATAGAGTTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCCAAGTTATCGGTAGGAAT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGACGAGGTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGCTACTAATACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGGACCTCTTTAATTATTG	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGGTAATAGTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTCCGACGTATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTCCGACGTCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTGAGAGATTGTTCCGCTAA	Immature
neurons	13
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTGCGGTCTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTGGCGACTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.ACGGCAATTTTAATTATTG	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.AGGCATCATAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.CCAGAACCTACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.CGGTTCCATCGAATAATTC	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GACTTGGCTAAGTTGCCAT	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GCAACGTTTTACGGCTACG	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GCTGGCTATCGGAGATCCG	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TAAGACCGTCCAGGCCGCA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TCAGCGGTTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TCAGGAGATTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TGAGAATCATTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TTGGAGTTATGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.ACGAGGTTTGTACTAGTAA	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.ATTGCCGGTTGGAGAATTC	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.CGGTTCCATAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GAACGATGTGACGACCTGC	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GGATAGGTTACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GGTAGTCCTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GGTCTACGTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TCATAGAGTTAATGCTAGTC	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TCTACTTACTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TGGCCTGATACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.CTTAGCGGTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.CTTAGCGGTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GATTACGGTTTACGTATAC	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GCTTCTGGTTCGAGGAGTA	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GTTCGCTGTAATGCTAGTC	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TCAGCGGTTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.ATAGTCGCTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GCTGGCTATTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TGGTAGGCTCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TGGTAGGCTCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TGGTCGAATTCTCCTATAA	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TTGCGGTCTAGAGCCAGCC	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TTGGAGTTATACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TTGGCAATATGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GATCGACCTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GCAACGTTTTACGGCTACG	Neural
progenitors	0
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GCTGAAGCTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GTACCTCTTACCGCAGAAT	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GTCCTGCATGCAGACCGGT	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TAAGACCGTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TCCGGTCATAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TGGTCTCCTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TTCCGACGTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TTCTCTAGTTTGCATATAAC	Ventral
midline	9
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TTGGAGTTATCTCTGCGGCA	Immature
neurons	2
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.CGTCGAAGTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.CTATCTCCTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GCGGAGAATTGGTATTCAT	Ventral
midline	9
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GCTTCTGGTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TGAGAATCATTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TGCCTATTATCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.CCGAGAGATTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.AAGCGCCATTTAATTATTG	Immature
neurons	13
08_10_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.ACGGCAATTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.CTAGTACGTTGGCTGATGA	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.CTATCTCCTTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.GCAGATACTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TAGCTCGGTCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TGGTAGGCTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TTCGCATAATCCAGGCCGCA	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TTCTCTCGTTCTCCTATAA	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.CTCTACTGTTACGGCTACG	Ventral
midline	9
08_10_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GAACGATGTTTAGCAATAA	Neural
progenitors	0
08_10_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GTCATCTGTTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TAACTAAGGTAAGACGGCCA	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TAGAGCCTTTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TGAATTCGTTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TGGTAGGCTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.AGTTGCGCTGAAGGTTGCC	Immature
neurons	2
08_10_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.CAATCGGTTGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.CGCCGTAATTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.CTGGAAGATGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.GACTACCATTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.GACTGACGTAAGTCTTCCG	Neural
progenitors	0
08_10_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.GCGGAGAATTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.GTAGACGGTACCAGCGCAG	Neural
progenitors	0
08_10_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.GTCATCTGTGCGCGGTAGT	Sensory
progenitors	14
08_10_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.GTTCGCTGTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TATCGAACTTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.ACGAGGTTTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.AGTTGCGCTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.CTGCTGAATAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.GACTACCATCTCTGCGGCA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.GCATCCAGTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.GGTCTACGTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.GTAAGCTCTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.GTTCGCTGTTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TAACTAAGGTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TAGCTCGGTAATAATACCA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TATGACTTGTTGGCTGATGA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TATGGTCTTTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TCCAAGTTATTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TCTCGCTCTACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TGCCTTGGTCGAATAATTC	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TGTTAAGACTTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TTATAGGCATCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.AGCAACGATAATGCTAGTC	Ventral
midline	9
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.AGGCATCATTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.CAACGCAGTCATAACCAGC	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.CCGGATAGTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.CCGTCTCATCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GCCATGGTTACCAGCGCAG	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GCGCTCAATTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GCTCGAGATTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GGTCTACGTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GTAAGCTCTACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TATTGACTCTTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TCATTAAGCTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TCGCCAACTGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TCTCCGAATACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TGCTCCTATTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TTCGCATAATTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.CGACGATATGAAGGTTGCC	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.CGCCGTAATTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.CTCCGGTTTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.GACCGTCATTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.GACTCGCTTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.GTTCGCTGTAATAATACCA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TATAAGGCTTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.CTGCTGAATACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.CTGGAAGATAAGTCTTCCG	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.GAGCGGTATGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.TACTCCTATTTGGTATTCAT	Ventral
midline	9
08_10_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.TATTCGGCTGAAGGTTGCC	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.TCGAATCTTTACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.TTCAACTGATCTGAACTGGT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.CAATCGGTTCGGAAGATAT	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.CCATTGCGTTCAGACGAAC	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.GAGCGGTATCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.GCGGAGAATATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.GTCGGAGTTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TAGCTCGGTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TCAGGAGATATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TCTAGGAATTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TCTCCGAATTCTACCATTA	Ventral
midline	9
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.CGGTTCCATTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.GACTCGCTTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.GCAATCGCTGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.GCCATGGTTTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.GCGGTATATAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.GTACCTCTTGTTGAAGGAT	Ventral
midline	9
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TCCTCGAGTATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.AAGCGCCATTCGAGGAGTA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.AGCAACGATAGAGCCAGCC	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CAACGCAGTCGGAGATCCG	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CCAGAACCTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CCAGAACCTTCTCCTATAA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CCATCAGGTCGATGGCGCC	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GACCGAATTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GATTACGGTTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GCAACGTTTCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GCCATGGTTTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGACTTGATAATGCTAGTC	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGAGGTTCTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGAGGTTCTCTCTGCGGCA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGATAGGTTTCGAGGAGTA	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTAGCGATTGTTCCGCTAA	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTCATCTGTAAGACGGCCA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTCGGAGTTGCCGGTCGAG	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTCGGCAATTTGATGCTAT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TACGGTAGTTCAGACGAAC	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TAGAGAGTATCGGTAGGAAT	Ventral
midline	9
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCCTCGAGTATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCTCGCTCTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGCCTTGGTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGCTCCTATCAGATTCGAT	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CAATCGGTTCTGAACTGGT	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTAGTACGTACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTCCTCGTTCGGTAGGAAT	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTCTACTGTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTGCTGAATATAGACTAGG	Ventral
midline	9
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTTAGCGGTTGGTATTCAT	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTTCATGCTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTTCATGCTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GAACGATGTTTGATGCTAT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GAACGGCTTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GAAGAGGCTGCCGTATGCT	Ventral
midline	9
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GACCAGGATTGGTATTCAT	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GATCGACCTCCAGGCCGCA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCAGATACTCGAATAATTC	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCGCTCAATCGATCATTAC	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCGCTCAATGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGAGCTCATTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGCAAGTCTTCAGACGAAC	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGCGCATTTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGCTTACTTAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTATCGCATTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTCCTGCATCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTCCTGCATCATAACCAGC	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TACTCCTATTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TAGCCAATTTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATAAGGCTTCGGAGATCCG	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATCGAACTTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATGCGATTTCAGGTATGGA	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATGCGATTTCGAATAATTC	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATTCGGCTAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCAGGAGATAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCATAGAGTTCGATGGCGCC	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCCGGTCATCTGAACTGGT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCCGGTCATGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCGCGCATTACCAGCGCAG	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCGCGCATTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCGCGCATTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGGTAGGCTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCTAAGCTTTCTCCTATAA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.ACGAGGTTTACCAGCGCAG	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.AGCAACGATAATAATACCA	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.AGTTGCGCTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.CAGAAGGCTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.CCGGATAGTTGGCTGATGA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GAGCGGTATCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GCTGGCTATTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GGTTCGAGTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GTTGCTCCTTTACGTATAC	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TATCATGAGTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TATCATGAGTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TCCAAGTTATGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TGGTAATAGTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TGTTAAGACTGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TTCCGACGTCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TTCGCATAATGTACTAGTAA	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.ATGGCGTATCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.ATGGCGTATCGGTAGGAAT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.ATGGCGTATGATAAGGCAA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CCGTCTCATTCAGACGAAC	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CGACGATATCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CTCCTCGTTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GACCGTCATTCGATATTGA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GACTCGCTTCTCTGCGGCA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GACTTGGCTCGATGGCGCC	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GAGCGGTATGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GCAACGTTTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GCAACGTTTTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GCAATCGCTACTTCCGAAT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GCAGATACTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GCGCTCAATATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GCTGAAGCTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GCTGAAGCTTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGACTTGATAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGTTGGCATTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGTTGGCATTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTCGGAGTTCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTTCGCTGTCGAATAATTC	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTTGCTCCTGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TAGCCAATTTGACGACCTGC	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATCGAACTTACCAGCGCAG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATGGTCTTTGATAAGGCAA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATTGACTCTAGAGCCAGCC	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCATTAAGCTCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCGCCAACTCCAGGCCGCA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCGCCAACTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCTATACCTTACCAGCGCAG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGATCTTCTTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGCCTTGGTCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGCTCCTATTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGGCCTGATTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTCCATTACTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTCTAAGCTTAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.ATAGTCGCTTGCGCCATCT	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CAGAAGGCTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CCATTGCGTCGGAGATCCG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CCGTCTCATGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CTGCTGAATACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GACTTGGCTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GCGCTCAATTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTAGCGATTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCAGTTGGTCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCGCCAACTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCGCCAACTTGCGCCAGAA	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TGATCTTCTTAGTTCGAGTA	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TGATCTTCTTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TGGTCGAATCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TGGTCTCCTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TTGAGTCCTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.AAGCGCCATAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.ATGGCGTATTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GAGACTAGTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TAGCTCGGTTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TAGGTACTATATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TATCGAACTTGCGCGGTAGT	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TATGACTTGTAGACTCAAGC	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TCGAATCTTTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TCTCCGAATTGCGCCAGAA	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TCTCTCCATGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TGCCTATTATAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TGGTAATAGTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TTGGTTAAGTAATGCTAGTC	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.AACCGCTGTTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.AGTTGCGCTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.CGACGATATTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GCGGTATATTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GCTCGAGATATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GTAAGGAGTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GTCATCTGTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TCAGGAGATCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TTCCGACGTTGCGCCAGAA	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TTGAGAGATTTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TTGGAGTTATAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TGATCTTCTTGCCGGTCGAG	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.AAGCGCCATACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.AAGCGCCATTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.AGGCATCATGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.ATGGCGTATTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.CCATCAGGTGTACTAGTAA	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.CCGGAGTTTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GACCGAATTCTCTGCGGCA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GCGGTATATGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GGTACGGATAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GGTCCTTCTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TATGACTTGTTTGGACGCTG	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TATTCGGCTGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TCATTAAGCTATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TCCAAGTTATTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TCCTCGAGTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TCGTTCTGTTTAATTATTG	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TCTCGCTCTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TGGACCTCTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TTGGAGTTATACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TTGGTTAAGTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.ACGAGGTTTCATAACCAGC	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.ACGCCATATTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CAACGCAGTTTAATTATTG	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CCGGATAGTATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CCTCCTGATAGACTCAAGC	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CTCCGGTTTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CTTAGCGGTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GACTTGGCTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GATCGACCTTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GATTACGGTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GCGCTCAATAATAATACCA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GCGGAGAATAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGTTGGCATCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTTCCAGCTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TAGGTACTATCGGAGATCCG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TAGTTACCTTAGACTCAAGC	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TATCATGAGTAGAGCCAGCC	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCAGGAGATTGCGCCAGAA	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCCGGTCATTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCGAATCTTTGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCTATACCTTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCTCCGAATTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TGCTAATTCTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TGGTCTCCTTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTCTCTCGTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTCTTAACCTAGGCCGCTCG	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.CTTCATGCTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.GGCGCATTTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.TATGACTTGTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.TGACGAGGTATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.ATGGCGTATTCGAGGAGTA	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TAGAGCCTTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TAGGTACTATGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TATATGCGTTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TATTCGGCTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TCGCGCATTGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TTCTGGCCTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.ACCAATGCTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CCGGATAGTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CCTCCTGATCGGAGATCCG	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CGGTTCCATGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GGTTCGAGTCGGAGATCCG	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GTAAGCTCTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GTAGACGGTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GTTGCTCCTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TATAAGGCTTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TATGGTCTTTGTTCCGCTAA	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TCTACTTACTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TGAACGCGTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TTGGAGTTATCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.AACCGCTGTCGCGTACGAC	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.ACCGTAGCTTTGATATATT	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.ATAGTCGCTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CAACGCAGTAATAATACCA	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CGTCGAAGTTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CGTCGAAGTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GACTGACGTGCCGTATGCT	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GCGGAGAATGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GGACTTGATCCAGGCCGCA	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GGAGGTTCTTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GTAGACGGTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GTCGGCAATACGCCGTTCA	Ventral
midline	9
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GTTCCAGCTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GTTCGCTGTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GTTGCTCCTCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TAGAGCCTTTCTCCTATAA	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TATATGCGTTGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCAGGAGATCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCAGTTGGTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCATTAAGCTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCCAAGTTATAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TGAGTTAGATGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TGCGTAGTTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TGCTCCTATTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TTCCGACGTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.ATGGCGTATACCAGCGCAG	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.GACCGAATTTTGATGCTAT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.GTCCTGCATGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.TCATGGCTTCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.TTCCATTACTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.TTCCGACGTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.ACGCCATATGCCAACGCCA	Ventral
midline	9
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.CTCCTCGTTAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.GCTGAAGCTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.GTCCTGCATGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TCGCCAACTTTAGCAATAA	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.AAGCGCCATGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.ACGAGGTTTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.ACGAGGTTTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CGTCGAAGTACCTGGACGC	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CGTCGAAGTTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CTAGTACGTTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GACTACCATAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GACTCGCTTAATGCTAGTC	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCAACGTTTACCAGCGCAG	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCAACGTTTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCATCCAGTAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCATCCAGTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCGCTCAATTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCTCGAGATAAGTTGCCAT	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCTCGAGATACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GGAGCTCATATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GGCTTACTTCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GGTACGGATGTTGAAGGAT	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GGTCCTTCTTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GGTTCGAGTTCGAGGAGTA	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTTGCAAGTTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTTGCTCCTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTTGCTCCTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TAGGTACTATGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TATATGCGTTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TATCATGAGTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TATTGACTCTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCATAGAGTTCGGAGATCCG	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCCGTATGTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCGCGCATTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCGTCTATTTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCTAGGAATTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGACGAGGTTGGCTGATGA	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGAGTTAGATTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGGTCGAATACGCCGTTCA	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTGAGTCCTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTGGAGTTATTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTTGCTTAGTGACGACCTGC	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.ACGAGGTTTCGGAGATCCG	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.GACTCGCTTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.GATTACGGTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.GCAGATACTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.GCTGGCTATGACGACCTGC	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TTGCGGTCTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.CGCCGTAATTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.CTGCTGAATAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GGTACGGATAAGTCTTCCG	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GGTAGTCCTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GTAAGGAGTGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TAGCCAATTTTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TCATTAAGCTAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TGCTAATTCTGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TGTTAAGACTTCAGACGAAC	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TTCCGACGTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.CGCCGTAATGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GACCGTCATCCAGGCCGCA	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GACTTGGCTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GCAACGTTTGTACTAGTAA	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GCTGGCTATTTGATGCTAT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TAGCTCGGTAAGACGGCCA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TATCCAGGTCTCTGCGGCA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TATTGACTCTGAAGGTTGCC	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TCCGGTCATGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TCCGGTCATTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TCTACTTACTAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TTCTAAGCTTCCGTCCAGTA	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.CAATCGGTTATAGACTAGG	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.CCGTCTCATTGGTATTCAT	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.CTCCGGTTTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GACTACCATCAGATTCGAT	Immature
neurons	12
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GATTACGGTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GCAACGTTTCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GCTGAAGCTTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GTAAGCTCTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GTTGCTCCTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TAGAGCCTTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TATTCGGCTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TCCTCGAGTGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TCTAGGAATTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TCTCGCTCTGCCAGGATCA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TGACGAGGTCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TGCCTTGGTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TTGGCTCATAGACTCAAGC	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.CGACGATATAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.CTATCTCCTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.CTGGAAGATTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GCAATCGCTCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GCTGAAGCTTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GGTCCTTCTGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GGTTGGCATGCCGTATGCT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TAGCCAATTTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TCCTACCTTGTACTAGTAA	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TCGCGCATTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TCGGTACCTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TCGTCTATTTTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TCTCTCCATGCGACGCCTT	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.AAGCGCCATGCGCGGTAGT	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.ACGGCAATTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.AGCAACGATTTCGCTTACG	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.CCAGAACCTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.CGAGATGCTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GAACGATGTAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GACTACCATCGAATAATTC	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GACTGACGTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GAGACTAGTCGAATAGATG	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GGACTTGATCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GTCGGCAATCAGATTCGAT	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TTCTGGCCTAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TTGCGGTCTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.ATAGTCGCTTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.ATGGCAGCTGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.ATGGCGTATAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.CTCCGGTTTCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TGCTACTAATGACGACCTGC	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TTCAACTGATTCTCCTATAA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACCGTAGCTAATGCTAGTC	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACCTTCGGTAAGTCTTCCG	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.AGGCATCATCCAACTAACC	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.AGTTGCGCTAGGCCGCTCG	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ATTGCCGGTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ATTGCCGGTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CCAGAACCTGTACTAGTAA	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CCATTGCGTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CCGGAGTTTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GAACGGCTTTCTCCTATAA	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACCGTCATGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACGTTCGTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACTGACGTCGATGGCGCC	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACTTGGCTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCAACGTTTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCAACGTTTCGAATAATTC	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGCTTACTTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTATCGCATGTTCCGCTAA	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTTGCTCCTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTTGCTCCTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TACGGTAGTAGTTCGAGTA	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATATGCGTTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATGACTTGTGCCGTATGCT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATGCGATTTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCAGGAGATATAGACTAGG	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCATAGAGTTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCCAAGTTATATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCCAATAGTTGACGACCTGC	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCCGTATGTCGGAAGATAT	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCCTACCTTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCGCCAACTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCTACTTACTGGCGAGCTTA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCTAGGAATTGATAAGGCAA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGAATTCGTTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGCGTAGTTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGGTAATAGTCAGGTATGGA	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGTTAAGACTAGTTCGAGTA	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCGCGGATTTCGCTTACG	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCTGGCCTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCTTAACCTCGGTAGGAAT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTGCGGTCTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTGGAGTTATCCAGGCCGCA	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTGGCAATATCAGATTCGAT	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.AAGATGCCTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.AGCAACGATAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CAACGCAGTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CCGGATAGTGCGTTCAGCT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CCGGATAGTTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CGCCGTAATTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CGGTTCCATTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CTCCAGAGTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACTCGCTTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GAGCGGTATCCTTACTCCT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GAGCGGTATTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCAATCGCTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCATCCAGTCCAGGCCGCA	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCCATGGTTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCCATGGTTTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCTCGAGATACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCTCGAGATTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCTGGCTATCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCTTCTGGTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGCGACTATTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTAAGCTCTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTCGGAGTTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTCGGCAATTGGCTGATGA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTTGCAAGTATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTTGCTCCTTGCGCCAGAA	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TAGCTCGGTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TATGGTCTTTTCAGACGAAC	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCATTAAGCTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCCAATAGTTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCCGTATGTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCGTCTATTTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGAGAATCATGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGCCTTGGTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.CTCCAGAGTTACGGCTACG	Neural
progenitors	0
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TATCGAACTTAAGTTGCCAT	Ventral
midline	9
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TATCGAACTTTCTCCTATAA	Neural
progenitors	1
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TATGCGATTTACCAGCGCAG	Neural
progenitors	1
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TATGCGATTTGACGACCTGC	Neural
progenitors	1
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TATGGTCTTTCAGGTATGGA	Ventral
midline	9
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TCCTCGAGTGCCGTCGCGT	Ventral
midline	9
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TTGAGAGATTTTCGCTTACG	Ventral
midline	9
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TTGAGTCCTAAGTTGCCAT	Neural
progenitors	0
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.CTATCTCCTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GACCAGGATAAGTCTTCCG	Mature
neurons	10
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GGCTTACTTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TAGCTCGGTCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TGAGTTAGATCGGAAGATAT	Neural
progenitors	1
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TGGTCTCCTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TTGGTTAAGTACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TTTGCTTAGTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GACCGAATTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GGTCCTTCTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GTAGACGGTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TAACTAAGGTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TCATAGAGTTAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TCTACTTACTTGCGCCATCT	Ventral
midline	9
08_10_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TGAGTTAGATGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.CTCCAGAGTAAGACGGCCA	Neural
progenitors	0
08_10_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GCAATCGCTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TAGTTACCTTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.AAGATGCCTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.AGGCATCATTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.ATGCCAAGTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GACTGACGTCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GAGACTAGTATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GCGCTCAATTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GCTGAAGCTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GTACCTCTTGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GTCATCTGTCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GTTCGCTGTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TAGCTCGGTTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCAGCGGTTATAGACTAGG	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCATGGCTTTCTCCTATAA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCCAATAGTTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TGCTCCTATAATGCTAGTC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TTGAGTCCTAGAGCCAGCC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.ACGGCAATTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.CCATCAGGTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.CCTCCTGATGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.CTTCATGCTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GAACGGCTTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GCAATCGCTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GGTTGGCATCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TATATGCGTTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TATCATGAGTTTAGCAATAA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TCGAATCTTTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TGAGAATCATGATAAGGCAA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TTCGCATAATTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TTGGAGTTATTCGAGGAGTA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GAACGGCTTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GCTCGAGATTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GGCGCATTTCAGGTATGGA	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GTCGGCAATCGCGTACGAC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TAAGACCGTATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TATTGACTCTTTAATTATTG	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TTGAGTCCTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.AAGCGCCATACGCCGTTCA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ACCAATGCTAGGCCGCTCG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ACCAATGCTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ACCTTCGGTGCGACGCCTT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ATGGCGTATATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CCATCAGGTCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CGGTTCCATAATAATACCA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CTCCGGTTTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CTCCTCGTTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CTCTACTGTAGAGCCAGCC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CTTCATGCTAATGCTAGTC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GAACGGCTTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GACCGTCATTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GATCGACCTTCAGACGAAC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCAATCGCTGTACTAGTAA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCGGAGAATTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCTGGCTATCGATGGCGCC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GGCGCATTTCATAACCAGC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GGTACGGATTTGATATATT	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GGTCCTTCTACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GTACCTCTTCTCTGCGGCA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GTATCGCATAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GTATCGCATCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TACTCCTATTACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TAGCTCGGTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TATAAGGCTTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TATCGAACTTAATGCTAGTC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TATCGAACTTGCCGTATGCT	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCATTAAGCTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCCAAGTTATCGGAGATCCG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCGAATCTTTAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TGAACGCGTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TGCTAATTCTTCTACCATTA	Immature
neurons	12
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TTATAGGCATTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TTGCGGTCTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TTGGCGACTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.CCGGATAGTGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GACTTGGCTGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GCAACGTTTTCTCCTATAA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GCAGATACTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GCTTCTGGTGCGCGGTAGT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GGCGCATTTCGGTAGGAAT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GGCGCATTTGCCGTCGCGT	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TAGAGAGTATAATGCTAGTC	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TATGACTTGTTCTCCTATAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TATTCGGCTACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TCGTCTATTTGTACTAGTAA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TGACGAGGTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TGAGTTAGATTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TGCTCCTATTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TTGAGTCCTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACCTTCGGTTCTCCTATAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACGGCAATTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATGGAGAGTGAAGGTTGCC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CAATCGGTTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CAGAAGGCTCGGAGATCCG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CATCGGACTCCGCGGACCG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCGTCTCATCGGAAGATAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CGAGATGCTGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CGAGATGCTGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTTAGCGGTGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GAACGATGTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GAACGGCTTATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GAACGGCTTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GACCAGGATTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GAGACTAGTCATAACCAGC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GAGACTAGTCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GATCGACCTCTCTGCGGCA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCATCCAGTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCATCCAGTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCCATGGTTACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCCATGGTTAGGCCGCTCG	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCGTCGTATAGACTCAAGC	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCTCGAGATTTCGCTTACG	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCTGGCTATGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCTTCTGGTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGCAAGTCTCGGTAGGAAT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGCGACTATCGGAAGATAT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGCGCATTTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGCTTACTTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGTCTACGTCGATGGCGCC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTCATCTGTTGGCTGATGA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAACTAAGGTACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TACGGTAGTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAGAGCCTTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATGACTTGTAGTAAGCATA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATGGTCTTTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCATAGAGTTTGGCTGATGA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCCGTATGTCCAGGCCGCA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCCTATTCTTTCTCCTATAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGCGCATTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCTCCGAATACCAGCGCAG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCTCCGAATCAGATTCGAT	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCTCTCCATTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGAGAATCATGATAAGGCAA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGCCTATTATTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGCTCCTATAAGACGGCCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGCTCCTATAGACTCAAGC	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCCGACGTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCTCTCGTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGAGAGATTTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGAGTCCTCCGTCCAGTA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGAGTCCTTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGGCAATATATAGACTAGG	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.AGGCATCATTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.CAATCGGTTTGCGCCAGAA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.CGGTTCCATAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.CTCCGGTTTGATAAGGCAA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.CTTCATGCTCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GCGGAGAATAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GGACTTGATTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GGTACGGATACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TACTCCTATTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TATGCGATTTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCATAGAGTTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCCGTATGTGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCCTATTCTTGTACTAGTAA	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCTACTTACTGAAGGTTGCC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCTATACCTTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCTCCGAATGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TGAATTCGTTACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TGGATCCGTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TTGAGAGATTGATAAGGCAA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TTGAGTCCTGCCGTATGCT	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TTGGCAATATCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AAGCGCCATAAGACGGCCA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ACCAATGCTCCAGGCCGCA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ACGAGGTTTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ACGGCAATTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AGCAACGATTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AGGCATCATTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ATGGCAGCTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCATCAGGTAATAATACCA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCGGAGTTTCCAGGCCGCA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCTCCTGATAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CGGTTCCATCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CGTCGAAGTCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTACGGCATCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTGCTGAATAATGCTAGTC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTGCTGAATAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTGCTGAATTCGAGGAGTA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GAACGGCTTTTGGACGCTG	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACCGTCATGAAGGTTGCC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACTACCATTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCATCCAGTTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCCATGGTTGAAGGTTGCC	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCGGAGAATCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCGTCGTATCTGAACTGGT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGAGGTTCTATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGTCCTTCTGAAGGTTGCC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGTCTACGTAGTTCGAGTA	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGTTGGCATCGAATAATTC	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTCATCTGTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTCCTGCATAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTCGGCAATACCAGCGCAG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTTGCTCCTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TAGCCAATTTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TAGCCAATTTTGGCTGATGA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TAGTTACCTTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATAAGGCTTTACGGCTACG	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATAAGGCTTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATGCGATTTTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCCTATTCTTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCGGTACCTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCGTAGCGTTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCTACTTACTAAGTCTTCCG	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCTAGGAATTCTGAACTGGT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCTATACCTTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGATCTTCTTGACGACCTGC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGCTCCTATCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGCTCCTATTTGGACGCTG	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGGACCTCTGTTCCGCTAA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGGCCTGATTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGTTAAGACTAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGTTAAGACTTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCGCATAATCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCTAAGCTTCGGAGATCCG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCTAAGCTTTACGGCTACG	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCTAAGCTTTGCATATAAC	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCTCTAGTTTGCGCCATCT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGAGTCCTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGGCAATATCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AAGATGCCTTGGCTGATGA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACGAGGTTTCGATGGCGCC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACGGCAATTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AGTTGCGCTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CAGAAGGCTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCAGAACCTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCGAGAGATAAGTTGCCAT	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCGGATAGTTTGATATATT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCGTCTCATAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTACGGCATGAAGGTTGCC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTCCTCGTTCGATGGCGCC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACCGTCATGATAAGGCAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTCGCTTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTCGCTTAATGCTAGTC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAGCGGTATTGGTATTCAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCAACGTTTACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCATCCAGTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCGTCGTATATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCTCGAGATCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCTGGCTATGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGCAAGTCTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGTACGGATGACGACCTGC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGTTCGAGTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTAAGGAGTAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTAAGGAGTGACGACCTGC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTAGACGGTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTATCGCATGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTCCTGCATAATAATACCA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTCGGAGTTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAGAGCCTTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAGCTCGGTTTGGACGCTG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATCATGAGTGATAAGGCAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATCCAGGTCGGAAGATAT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCAGCGGTTTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCATGGCTTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCATTAAGCTAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGAATCTTTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGAATCTTTTGGCTGATGA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGCGCATTGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGTAGCGTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGTCTATTTGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTCGCTCTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTCTCCATACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGCCTATTATCGATGGCGCC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGCCTTGGTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGCTCCTATCTGAACTGGT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGGACCTCTCGATGGCGCC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGGTCGAATACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCCGACGTCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCCGACGTTCTCCTATAA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCGCATAATCTGAACTGGT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCGCGGATTGCGCCAGAA	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCTAAGCTTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCTCTCGTGTACTAGTAA	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCTTAACCTCTCTGCGGCA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGAGAGATTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGGAGTTATTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGGTTAAGTACCAGCGCAG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ACCAATGCTTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ATGCCAAGTCTGAACTGGT	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ATGGAGAGTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ATTGCCGGTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CAACGCAGTGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CAATCGGTTTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CATCGGACTTGGCTGATGA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCATCAGGTAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCATCAGGTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCGTCTCATGATAAGGCAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCTCCTGATCCAGGCCGCA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTCCAGAGTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACTTGGCTCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GAGACTAGTGAAGGTTGCC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GATTACGGTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCATCCAGTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCCATGGTTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCTCGAGATTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCTGGCTATCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCTTCTGGTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGAGCTCATTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGCAAGTCTAATGCTAGTC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGCGACTATGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGCGCATTTGCCAACGCCA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGCGCATTTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGCTTACTTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGTACGGATAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTACCTCTTTGGTATTCAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTAGCGATTCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTTGCAAGTTCTACCATTA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTTGCTCCTTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TACGGTAGTGAAGGTTGCC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TACTCCTATTTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGGTACTATCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATAAGGCTTAAGTTGCCAT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATAAGGCTTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATGCGATTTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATTCGGCTAGGCCGCTCG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCAGTTGGTCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCATTAAGCTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCATTAAGCTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCATTAAGCTTCTCCTATAA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCTACCTTGCCGTATGCT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGCGCATTAATAATACCA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGTCTATTTCTGAACTGGT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGTTCTGTATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGTTCTGTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCTCGCTCTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGAGTTAGATGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGCCTATTATAAGTTGCCAT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGCCTTGGTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGACCTCTGCCGTATGCT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGATCCGTACGCCGTTCA	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGCCTGATTGGCTGATGA	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCTAAGCTTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCTGGCCTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGAGAGATTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGAGTCCTGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGCGGTCTACCAGCGCAG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGGTTAAGTCAGATTCGAT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.AAGCGCCATTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.CTCCAGAGTTGCGCCAGAA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GACTGACGTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GCAATCGCTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GGTTCGAGTAATGCTAGTC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GTCGGCAATCTCTGCGGCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TCCAAGTTATCGATGGCGCC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TCGGTACCTTTAATTATTG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TGAATTCGTTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TGCTACTAATGTTCCGCTAA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TGCTCCTATCAGATTCGAT	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TGGCCTGATAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TGTTAAGACTACGCCGTTCA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TTCTTAACCTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.ATGGAGAGTCTGAACTGGT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CAGAAGGCTCCGTTGACTT	Oenocytes	18
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CCGAGAGATTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CGAGATGCTCGGAGATCCG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CTAGTACGTCGAATAATTC	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CTGCTGAATGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CTGGAAGATCGGAAGATAT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CTTAGCGGTGCGACGCCTT	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GAAGAGGCTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GACCGTCATTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GACTCGCTTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GAGCGGTATAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GAGCGGTATGCGACGCCTT	Immature
neurons	8
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GCGTCGTATCGGTAGGAAT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGATAGGTTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGCGCATTTCGAATAATTC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GTTCCAGCTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TAGTTACCTTTGCATATAAC	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TATGACTTGTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCATTAAGCTCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCGTTCTGTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCTACTTACTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGAACGCGTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGACGAGGTAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGCCTATTATTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGCCTTGGTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGGTAGGCTGACGACCTGC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.AGCAACGATGCCGTATGCT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.CATCGGACTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GTTCGCTGTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TCGAATCTTTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TCGGTACCTGACGACCTGC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.AAGCGCCATGATAAGGCAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACCAATGCTCTCTGATCAG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACCAATGCTTGCATATAAC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACCTTCGGTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACCTTCGGTAAGTTGCCAT	Neural
progenitors	15
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACGAGGTTTGACGACCTGC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.AGCAACGATGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CAGAAGGCTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CGACGATATAGAGCCAGCC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CGTCGAAGTAAGACGGCCA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CTACGGCATATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GACCGAATTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GAGCGGTATGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGATAGGTTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGCGCATTTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGTACGGATGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGTTCGAGTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTAAGCTCTCGGAGATCCG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTAGACGGTCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTCGGAGTTAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTCGGAGTTCGGAAGATAT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTTGCTCCTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TAGGTACTATCGGAGATCCG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TAGTTACCTTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATCCAGGTAGAGCCAGCC	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATTGAGGTTCAGATTCGAT	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATTGAGGTTGCCGTATGCT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCAGGAGATAATGCTAGTC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCAGTTGGTACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCCAATAGTTAATAATACCA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCGCCAACTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGCTAATTCTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGCTCCTATCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGTCGAATCCAACTAACC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGTCGAATTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTGAGAGATTGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTGCGGTCTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTGGCAATATTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CAGAAGGCTAAGTTGCCAT	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CTATCTCCTTGGCTGATGA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CTCCTCGTTTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GACTTGGCTCTCTGCGGCA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GACTTGGCTTTAATTATTG	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GGCGACTATCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GGTACGGATATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GTTCCAGCTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GTTGCAAGTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TACGGTAGTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TACGGTAGTTTAGCAATAA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TCTCGCTCTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TGAACGCGTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.AACCGCTGTCGAATAATTC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.AGCAACGATGAAGGTTGCC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.AGTTGCGCTGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATGGCAGCTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATGGCAGCTTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATGGCGTATAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATGGCGTATCGGAGATCCG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATTGCCGGTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CAGAAGGCTTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCGTCTCATTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CGCCGTAATGACGACCTGC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CGGTTCCATATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CGGTTCCATTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTACGGCATTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTCCGGTTTAGACTCAAGC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTCCGGTTTGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTCCGGTTTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTTAGCGGTCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAACGATGTGCCGGTCGAG	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAACGATGTGTACTAGTAA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAACGGCTTTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACCGTCATCGGAGATCCG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACGTTCGTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACTCGCTTTTAATTATTG	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCAATCGCTAGGCCGCTCG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCGTCGTATCCAGGCCGCA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCTCGAGATACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCTCGAGATTGCGCCAGAA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCTTCTGGTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGCGACTATATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTACGGATTACGGCTACG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTAGTCCTCCTTACTCCT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTAGTCCTTTAATTATTG	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTCTACGTCCAGGCCGCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTAAGCTCTCTGAACTGGT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTAAGCTCTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTAAGGAGTTTGATGCTAT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTAGCGATTTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTATCGCATGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAAGACCGTAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAAGACCGTGAAGGTTGCC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAGAGCCTTTCGAGGAGTA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAGCCAATTTGAAGGTTGCC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAGCCAATTTTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAGCCAATTTTTCGCTTACG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAGGTACTATCAGATTCGAT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATCATGAGTCGGAGATCCG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATCCAGGTGCCGTATGCT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATCGAACTTCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATGACTTGTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATGCGATTTCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATGCGATTTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATGCGATTTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATTGAGGTTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCAGTTGGTGCCGGTCGAG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCAGTTGGTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCAATAGTTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCGGTCATTTGATGCTAT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCTATTCTTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGAATCTTTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGTTCTGTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTACTTACTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTCGCTCTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTCTCCATCCTAGCGCCT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGAACGCGTGCGCGGTAGT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGAACGCGTTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGTAGGCTGACGACCTGC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCAACTGATAGGCCGCTCG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCCATTACTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCTAAGCTTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCTAAGCTTGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGAGAGATTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGCGGTCTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.CATCGGACTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.CTATCTCCTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.CTCTACTGTTTAATTATTG	Immature
neurons	2
08_10_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.GCTTCTGGTTTCGCTTACG	Ventral
midline	9
08_10_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.GGTCTACGTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.TACTCCTATTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.TCATGGCTTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.ACGGCAATTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.CCGTCTCATCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.GCTCGAGATACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.GGTTCGAGTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TATATGCGTTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TGGCCTGATTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.CCTCCTGATTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GTAAGCTCTTCTCCTATAA	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TATGACTTGTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TGAACGCGTCATAACCAGC	Ventral
midline	9
08_10_exp1_idx1TAGGTAACTT_idx2CCGTCGGAGG.GACTACCATACGCCGTTCA	Neural
progenitors	0
08_10_exp1_idx1TAGGTAACTT_idx2CCGTCGGAGG.GACTCGCTTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2CCGTCGGAGG.TTCCGACGTCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TATATGCGTTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TATCCAGGTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TATTCGGCTATAGTCGTAG	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TATTGACTCTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TCATTAAGCTTGCATATAAC	Ventral
midline	9
08_10_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TCCGGTCATCATAACCAGC	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TGAACGCGTAATGCTAGTC	Neural
progenitors	0
08_10_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TTCTCTAGTTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.ACCAATGCTCGATGGCGCC	Ventral
midline	9
08_10_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.GCAATCGCTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.GCATCCAGTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.GTATCGCATCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.TTATAGGCATTCTCCTATAA	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.GCAACGTTTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.GCGGAGAATGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TATCCAGGTTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TTCGCGGATAGGCCGCTCG	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.AAGCGCCATCGGATGAAGG	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.CCATTGCGTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GTTCGCTGTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TGCTAATTCTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ACCTTCGGTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ATGGCGTATCCTTACTCCT	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CCGAGAGATACCGCAGAAT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CCGGAGTTTGCCGTATGCT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GAACGGCTTTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GACGTTCGTGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GACTGACGTAATGCTAGTC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GACTTGGCTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GCGGAGAATGCGCGGTAGT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGAGCTCATTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TACTCCTATTCATAACCAGC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCATGGCTTTCTCCTATAA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCCAATAGTTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCGCGCATTCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGAGAATCATACCAGCGCAG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGCCTATTATTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGCCTTGGTCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TTATAGGCATTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TTGGAGTTATCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.AAGCGCCATTCTCCTATAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.AGCAACGATTGGTATTCAT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.AGGCATCATGATAAGGCAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.AGTTGCGCTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CAACGCAGTATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CAATCGGTTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GAACGGCTTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GACTTGGCTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GATCGACCTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GCCATGGTTTTACGTATAC	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GCTCGAGATGTTCTGAATT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GGATAGGTTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GGCGACTATATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GGCGCATTTGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GGCGCATTTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GGTAGTCCTTTACGTATAC	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GGTTCGAGTCGGAAGATAT	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GTAAGGAGTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GTATCGCATCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GTTGCTCCTGACGACCTGC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TAACTAAGGTCGGAAGATAT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TAGAGCCTTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TAGAGCCTTTTGATGCTAT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TATTGAGGTTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCAGTTGGTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCATGGCTTGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCCGTATGTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCTCGCTCTTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCTCTCCATCTCTGCGGCA	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGAACGCGTAATGCTAGTC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGCTAATTCTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGGATCCGTACGCCGTTCA	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGTTAAGACTATTGAGATTG	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTATAGGCATTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTCGCATAATACGCCGTTCA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTGCGGTCTTTGATGCTAT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTGGAGTTATTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ACCTTCGGTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.AGCAACGATGAAGGTTGCC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ATGGCAGCTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ATGGCGTATTGGCTGATGA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CCAGAACCTTGCGCCATCT	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CCATCAGGTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CCGGATAGTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CCTCCTGATTTAGCAATAA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CTGCTGAATGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GAACGGCTTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GACCAGGATAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GACCAGGATTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GACGTTCGTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GACTACCATGCCGTATGCT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GACTACCATGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GATTACGGTCTGAACTGGT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCCATGGTTAGAGCCAGCC	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCGCTCAATGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGCGACTATGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGTCCTTCTCCAGGCCGCA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTACCTCTTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTTCCAGCTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTTCGCTGTCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TAGAGAGTATGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TAGCTCGGTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATATGCGTTCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATATGCGTTGTTCCGCTAA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATTGACTCTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATTGAGGTTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCCAATAGTTAGTTCGAGTA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCCAATAGTTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCCGGTCATTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCCGTATGTTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCGCCAACTCTGAACTGGT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCGTCTATTTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCTACTTACTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCTATACCTTGATAAGGCAA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCTCCGAATCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCTCCGAATCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGAGTTAGATAATAATACCA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGCTCCTATAGAGCCAGCC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGGACCTCTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGGCCTGATGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGGTCTCCTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTATAGGCATCAGATTCGAT	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTCTGGCCTGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTGAGTCCTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTGGCAATATTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTTGCTTAGTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.AGTTGCGCTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.CCTCCTGATTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.CTACGGCATGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.CTGCTGAATAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.CTGCTGAATCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GACTCGCTTCTCTGCGGCA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GGACTTGATGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TAGTTACCTTGATAAGGCAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TCAGTTGGTAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TCGAATCTTTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TCTCCGAATACGCCGTTCA	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.AAGATGCCTCGAATAATTC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.AAGATGCCTCGATGGCGCC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACCAATGCTCCAGGCCGCA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACCTTCGGTACGCCGTTCA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACGAGGTTTTGGAGAATTC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACGCCATATTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACGGCAATTCCAGGCCGCA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.AGGCATCATTCTCCTATAA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ATAGTCGCTAGACTCAAGC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CGGTTCCATGATAAGGCAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CGTCGAAGTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTAGTACGTTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTATCTCCTAGGCCGCTCG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTCTACTGTTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTGGAAGATTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACGTTCGTCAGATTCGAT	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACGTTCGTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GAGACTAGTCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GATCGACCTTTGATGCTAT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCTGGCTATTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGCGACTATGCCGGTCGAG	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGCTTACTTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGCTTACTTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGTCTACGTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTAAGCTCTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTACCTCTTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTAGCGATTTATCGTCGGC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTATCGCATACCGCAGAAT	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTCATCTGTATAGACTAGG	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTCCTGCATCGGTAGGAAT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTTCGCTGTTCTCCTATAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAACTAAGGTGACGACCTGC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TACTCCTATTGTTGAAGGAT	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGAGCCTTCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGCCAATTTTCGAGGAGTA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATATGCGTTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATTGACTCTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCAGGAGATGCCAACGCCA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCAGGAGATTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCTACCTTGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCTACCTTTCTCCTATAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGAATCTTTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGCGCATTACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGTAGCGTACCAGCGCAG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGTCTATTTGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGAGTTAGATACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGAGTTAGATCTCTGCGGCA	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGATCTTCTTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGCTACTAATTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGGATCCGTTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGGCCTGATGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGGTCGAATCGGTAGGAAT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCAACTGATGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCGCGGATGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCGCGGATTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCTCTCGTTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGAGTCCTTGCATATAAC	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGGAGTTATCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGGCGACTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGGCGACTCCGCGGACCG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTTGCTTAGTAAGACGGCCA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CGCCGTAATCATAACCAGC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CGGTTCCATTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GCGTCGTATTTGATGCTAT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GGTTCGAGTAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GTTGCAAGTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GTTGCTCCTCGGAGATCCG	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TAGAGCCTTCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TAGGTACTATACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TATGGTCTTTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TATTGACTCTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCATAGAGTTTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCGCGCATTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TGCTACTAATCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTCTCTCGTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTCTGGCCTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.AACCGCTGTAAGACGGCCA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.ATTGCCGGTCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CAATCGGTTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CCGAGAGATGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CGACGATATTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GACCGAATTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GACTACCATAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GCAGATACTCCTTACTCCT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GCATCCAGTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GCGGTATATTCGAGGAGTA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GCTCGAGATAGAGCCAGCC	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GGTCCTTCTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TATGACTTGTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCCAAGTTATTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCCTATTCTTAGTTCGAGTA	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCCTCGAGTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCTCTCCATAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TGAATTCGTTCGGTAGGAAT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TGGCCTGATGTTGAAGGAT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TGGTAATAGTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TTCTCTCGTTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CCGTCTCATAAGACGGCCA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GACCAGGATGCCAACGCCA	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GACCGAATTCGAATAATTC	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GAGACTAGTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GCTTCTGGTGAAGGTTGCC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GGTAGTCCTTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GGTCCTTCTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GGTTGGCATTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GTAAGCTCTCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCAGGAGATTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCATAGAGTTTGCGCCATCT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCGTCTATTTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCTAGGAATTTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TGAACGCGTCGGTAGGAAT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TTCAACTGATCCGTCCAGTA	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TTCTCTAGTTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TTGGTTAAGTAAGTTGCCAT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ACGGCAATTCGGAAGATAT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ATTGCCGGTCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CCATCAGGTAATAATACCA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CCGAGAGATGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CCGAGAGATGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CGACGATATTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTGCTGAATAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTTAGCGGTTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTTCATGCTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GACCGAATTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GACTACCATAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCAGATACTCCTTACTCCT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCATCCAGTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGCAAGTCTCATAACCAGC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGCGCATTTCCAGGCCGCA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGTCCTTCTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTACCTCTTCTCTGCGGCA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTCGGCAATCATAACCAGC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TACGGTAGTCATAACCAGC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGCCAATTTGGCCAGTCCG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGGTACTATACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATATGCGTTGCCGTATGCT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATCGAACTTCCAGGCCGCA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATGACTTGTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATGGTCTTTAATAATACCA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCAAGTTATTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCTACCTTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCTCGAGTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCGAATCTTTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCTACTTACTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCTATACCTTTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCTCGCTCTCCGTCCAGTA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGAACGCGTGGCCAGTCCG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGCCTTGGTCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCGCATAATTCGAGGAGTA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCTAAGCTTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGCGGTCTTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.CTCCGGTTTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.CTCTACTGTCGAATAATTC	Neural
progenitors	0
08_10_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TCTCGCTCTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TTCTCTAGTTTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TTGAGAGATTCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TTGGCGACTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TGAGTTAGATAAGACGGCCA	Ventral
midline	9
08_10_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TGGACCTCTGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TTGGCAATATGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2TATAACTTCC.CAGAAGGCTGGATGCAGCA	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2TATAACTTCC.GACCGTCATCTCTGCGGCA	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TAGCCAATTTGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TTCTTAACCTTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.ATGGCGTATTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.CGACGATATCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.GTAAGCTCTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.TCAGTTGGTGCCAACGCCA	Neural
progenitors	0
08_10_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.TCCGGTCATGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.GGTAGTCCTTTGGAATCTC	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TCCTACCTTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TGGTAATAGTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.CGACGATATAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.GGATAGGTTAATGCTAGTC	Sensory
progenitors	6
08_10_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.GTAAGCTCTTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.GTTGCAAGTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.GCCATGGTTTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.GGTACGGATTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.TCGTCTATTTAGTTCGAGTA	Immature
neurons	2
08_10_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.TGGTAATAGTCAGATTCGAT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CCGAGAGATACCAGCGCAG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CCGGATAGTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CCGTCTCATGATAAGGCAA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CGAGATGCTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GAACGGCTTCGATGGCGCC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GACTCGCTTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GAGCGGTATTGCGCCATCT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GCAACGTTTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GCAACGTTTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GCGGAGAATTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GCGGTATATCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GCTCGAGATTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GGACTTGATTGCATATAAC	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GGCAAGTCTTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GGCTTACTTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TACTCCTATTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TACTCCTATTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TACTCCTATTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TATTCGGCTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCATAGAGTTTACGGCTACG	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TGCTAATTCTTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TTCCGACGTAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TTCGCGGATTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TTCTGGCCTGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CGGTTCCATGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GACCAGGATTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GACCGAATTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GACCGTCATATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GACTACCATTTAATTATTG	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GACTTGGCTGACGACCTGC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GAGCGGTATGCGACGCCTT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GCATCCAGTCGGTAGGAAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GCGGAGAATGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GCGGTATATAAGACGGCCA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GCGGTATATACCAGCGCAG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GCGTCGTATGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GCTTCTGGTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GGAGCTCATCGGTAGGAAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GTAAGCTCTGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GTCGGCAATTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TAGCCAATTTGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCGCGCATTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCGTCTATTTCGGTAGGAAT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCTCGCTCTCATAACCAGC	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TGACGAGGTATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTCCGACGTTGGCTGATGA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTCGCATAATTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTCGCATAATTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTGGAGTTATTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTGGTTAAGTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.AAGATGCCTAAGACGGCCA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.AAGATGCCTAATAATACCA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.AAGATGCCTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.AAGCGCCATTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ACCAATGCTAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ACCGTAGCTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ACCTTCGGTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ACGAGGTTTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.AGCAACGATGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CAGAAGGCTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCAGAACCTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCAGAACCTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCGGATAGTGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCTCCTGATTGCGCCAGAA	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CGTCGAAGTGTACTAGTAA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTCCGGTTTCGATGGCGCC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTTAGCGGTCTGAACTGGT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACCGTCATATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACGTTCGTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACTTGGCTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GAGCGGTATATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GATCGACCTGCCAACGCCA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCTGGCTATAATGCTAGTC	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGCGCATTTCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTAGACGGTGCCAACGCCA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTTGCAAGTAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTTGCTCCTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TAACTAAGGTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TAAGACCGTAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TACTCCTATTTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TAGAGAGTATTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TAGAGCCTTCGATGGCGCC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TAGAGCCTTGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATAAGGCTTTCAGACGAAC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATCATGAGTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCAGCGGTTCGGAGATCCG	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCATTAAGCTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCAATAGTTAATAATACCA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCTATTCTTAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGCGCATTTGGCTGATGA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGTCTATTTCCAGGCCGCA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCTACTTACTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCTATACCTTTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCTCGCTCTTACGGCTACG	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGAACGCGTCATAACCAGC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGACGAGGTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGAGAATCATATAGTCGTAG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGAGAATCATTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGCCTTGGTGGCCAGTCCG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCAACTGATAAGTCTTCCG	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCCGACGTAGAGCCAGCC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCGCATAATTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCTGGCCTACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.AAGCGCCATTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.AGTTGCGCTTTCGCTTACG	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.ATGGCGTATGCCAACGCCA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CAACGCAGTTCCGTCGCCA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CAACGCAGTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CATCGGACTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CCATCAGGTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CCATTGCGTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CGGTTCCATTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CTCCAGAGTCCAGGCCGCA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CTTCATGCTTTGATGCTAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GATCGACCTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCAATCGCTTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCGCTCAATAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GGCAAGTCTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GGCTTACTTCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GGTAGTCCTTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTAAGCTCTCTCTGCGGCA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTTCGCTGTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TATATGCGTTCCTTACTCCT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TATATGCGTTCGGTAGGAAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TATGGTCTTTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCAGCGGTTAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCCGGTCATCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCTACTTACTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCTCTCCATTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGCTCCTATAATGCTAGTC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGCTCCTATTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGGACCTCTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTCGCGGATTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTCTTAACCTTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTGAGTCCTACCGCAGAAT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTGGAGTTATCGGAGATCCG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AACCGCTGTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AGCAACGATCGGAAGATAT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AGTTGCGCTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ATTGCCGGTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CAGAAGGCTTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CCGAGAGATTGGCTGATGA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CCGGAGTTTTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CCGGATAGTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTACGGCATTCTACCATTA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTACGGCATTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTCCGGTTTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTGGAAGATAATGCTAGTC	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GAACGATGTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GAGCGGTATCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCAATCGCTTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCAGATACTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCGCTCAATGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCGCTCAATTCTCCTATAA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCGGAGAATCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCTGAAGCTAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGAGCTCATAGGCCGCTCG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGCTTACTTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTAAGCTCTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTAAGCTCTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTAGACGGTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTAGCGATTGTTCCGCTAA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAAGACCGTAAGACGGCCA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAGCCAATTTGGCCAGTCCG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATCATGAGTTTACGTATAC	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGTTCTGTCTGAACTGGT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTAGGAATTAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTCCGAATAGGCCGCTCG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTCCGAATCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTCTCCATTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGAATTCGTTAGACTCAAGC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGAATTCGTTTTGATGCTAT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGAGAATCATTGCGCCATCT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGGCCTGATAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGGTCGAATTCAGACGAAC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGGTCTCCTGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTCGCATAATCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGAGAGATTGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGCGGTCTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGGAGTTATGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGGCGACTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.ACCGTAGCTATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.ATGGAGAGTCTGAACTGGT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CCAGAACCTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CTCCTCGTTTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CTTAGCGGTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GACTGACGTTACGGCTACG	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GACTTGGCTAAGTTGCCAT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GATCGACCTGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GGCGCATTTTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GGCGCATTTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GTATCGCATAATAATACCA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TAGCCAATTTTGCGCCAGAA	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TATAAGGCTTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TATGACTTGTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TATGAGAACTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCATGGCTTCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCCAAGTTATATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCGCGCATTGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCTCCGAATTTAGCAATAA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TGAACGCGTTTGATGCTAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TGAGTTAGATACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TGGTAGGCTCAGATTCGAT	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TTGAGAGATTATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TTGGTTAAGTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.ACGCCATATTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.CTCCGGTTTCTCTGATCAG	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GAGCGGTATTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GCGCTCAATGACGACCTGC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GGAGCTCATCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GGCAAGTCTAGGCCGCTCG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GGTTGGCATAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TATGACTTGTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TATGAGAACTAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCGAATCTTTTCTCCTATAA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCTCCGAATTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TGAGAATCATGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TTCTCTAGTTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TTGAGTCCTAAGTTGCCAT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TTGCGGTCTTGCATATAAC	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.ACGCCATATCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.ACGGCAATTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.ATAGTCGCTTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.ATGGCAGCTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CTCCTCGTTTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GATTACGGTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GCAGATACTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GGTTCGAGTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GTAAGCTCTCCGTCCAGTA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GTACCTCTTGCTAACCTCA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GTCGGCAATTCGAGGAGTA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GTTCCAGCTCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TAAGACCGTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TACGGTAGTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TAGCCAATTTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TATGCGATTTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCCAAGTTATGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCCTATTCTTAACTGCTGCC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCCTCGAGTAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCTCCGAATCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TGAATTCGTTTTCTTATCGA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TGCTACTAATTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TTCGCGGATTTGATGCTAT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TTCTTAACCTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.ACCTTCGGTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.ATTGCCGGTCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CCAGAACCTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CCAGAACCTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GACCGTCATATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GACTTGGCTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GAGCGGTATATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GCGCTCAATTATGCCGAGT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GCGGAGAATCGGAAGATAT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GGTCTACGTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GGTTCGAGTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GGTTGGCATGATAAGGCAA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GTAGACGGTGCCAACGCCA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GTTGCTCCTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TAAGACCGTAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TACTCCTATTTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TATAAGGCTTTCAGACGAAC	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TATCCAGGTTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TATTGACTCTTCGAGGAGTA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCAGCGGTTCGGAGATCCG	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCATTAAGCTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCGTCTATTTCCAGGCCGCA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCTACTTACTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCTCTCCATCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TGATCTTCTTACGCCGTTCA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TGCCTTGGTGGCCAGTCCG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TTCCATTACTCGGTAGGAAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TTCGCATAATTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TTCTGGCCTACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.CCGTCTCATCAGATTCGAT	Immature
neurons	2
08_10_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GCGCTCAATGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GCTGAAGCTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GTTCCAGCTACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TGTTAAGACTCGATGGCGCC	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.CCTCCTGATCGGAGATCCG	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.TCAGTTGGTTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.TCCGGTCATTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.CTCCGGTTTGCGCGGTAGT	Immature
neurons	2
08_10_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.GGACTTGATGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.GGCAAGTCTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.GTAAGCTCTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.TCCAATAGTTCATAACCAGC	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.TCCTACCTTCAGGTATGGA	Neural
progenitors	0
08_10_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.TGGTAGGCTGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.TTCTCTAGTTCGATGGCGCC	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.CGGTTCCATCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.CTTCATGCTTTGATGCTAT	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TATGACTTGTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TCGCGCATTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TTCTGGCCTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TTGGTTAAGTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.ACGAGGTTTTGCGCCAGAA	Neural
progenitors	0
08_10_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.CTATCTCCTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.GCAACGTTTTATCGTCGGC	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.GGTCTACGTTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.GTCATCTGTGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.CTGCTGAATTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.AGCAACGATAGGCCGCTCG	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.GGCAAGTCTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.TCAGGAGATAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.TCATAGAGTTATAGACTAGG	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.ACCGTAGCTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.ACGCCATATTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.ATGGCAGCTTGGCTGATGA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.ATTGCCGGTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.CCGGAGTTTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.CCTCCTGATAGGCCGCTCG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GACTCGCTTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GCAATCGCTTTGGACGCTG	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GCTCGAGATGATAAGGCAA	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GGCAAGTCTTCGAGGAGTA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GGTCTACGTGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GTAAGGAGTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GTTGCTCCTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TACTCCTATTAATAATACCA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TAGAGAGTATTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TAGAGCCTTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TAGTTACCTTGCCGTCGCGT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TCCTACCTTTTAGCAATAA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TGAGAATCATACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TGCCTATTATTTAGCAATAA	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TTCGCGGATAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.ACGAGGTTTAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CAACGCAGTTGGCTGATGA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CCATTGCGTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CCGGATAGTTGCGCCAGAA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CGAGATGCTCCAGGCCGCA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CTCCAGAGTCTGAACTGGT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CTTAGCGGTTGGCTGATGA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GAAGAGGCTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GACTCGCTTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GACTGACGTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GCAATCGCTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GGCTTACTTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GGTAGTCCTGCGCGGTAGT	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GTAAGGAGTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GTACCTCTTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GTCCTGCATTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TCCGGTCATATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TCGCCAACTCGATGGCGCC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TCGCGCATTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TTCGCGGATTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TTGGCAATATTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TTGGCTCATCGCGTACGAC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AAGCGCCATCAGATTCGAT	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AAGCGCCATCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ACCAATGCTCCTTACTCCT	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ACCTTCGGTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AGGCATCATACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ATGCCAAGTCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ATGGCAGCTCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ATGGCGTATGAAGGTTGCC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ATGGCGTATGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CAACGCAGTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CAACGCAGTTCTACCATTA	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CAACGCAGTTTCGCTTACG	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CCGGAGTTTGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CCTCCTGATCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTCCAGAGTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTCCTCGTTCTCTGCGGCA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACTCGCTTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GATTACGGTTGAGTCCAGA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCAATCGCTGTACTAGTAA	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCGCTCAATAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCGGAGAATAAGTCTTCCG	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGACTTGATTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGAGGTTCTACCAGCGCAG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGAGGTTCTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGCAAGTCTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTCCTTCTACCAGCGCAG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTCCTTCTTCTCCTATAA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTCTACGTAAGACGGCCA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTTGGCATCCAGGCCGCA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTAAGCTCTACCAGCGCAG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTAGACGGTAATAATACCA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTATCGCATCGAATAATTC	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTCGGAGTTCGAATAATTC	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTTGCTCCTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTTGCTCCTCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAACTAAGGTCGGAGATCCG	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TACGGTAGTACCAGCGCAG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TACTCCTATTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGTTACCTTACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATTGACTCTCCGTTGACTT	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATTGACTCTTTAGCAATAA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATTGAGGTTACCAGCGCAG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATTGAGGTTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATTGAGGTTTCAGCTCTAA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCAGCGGTTTCTACCATTA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCGCGCATTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCGTTCTGTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCTATACCTTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGAATTCGTTTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGACGAGGTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGAGTTAGATCATGCTGGTT	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGATCTTCTTCGATGGCGCC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCTAATTCTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCTCCTATTTGGAATCTC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCTAAGCTTTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCTCTAGTTCCAGGCCGCA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCTCTCGTATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGCGGTCTAATGCTAGTC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.ATTGCCGGTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.GGTCTACGTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TCGTTCTGTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TGGCCTGATCAGGTATGGA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.AAGCGCCATCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.AAGCGCCATTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.CGACGATATTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.CTCTACTGTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GAAGAGGCTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GACCAGGATACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GAGACTAGTCCGTTGACTT	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GCATCCAGTTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GTTGCTCCTTCTACCATTA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TATGACTTGTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TCCAATAGTTGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TCCGTATGTGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TCGAATCTTTGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TCGTCTATTTCCAGGCCGCA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TCTACTTACTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TGATCTTCTTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TTCGCATAATTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.AAGATGCCTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.AAGCGCCATCATAACCAGC	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.AAGCGCCATTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ACGCCATATCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ACGCCATATCGGAAGATAT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.AGCAACGATACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ATAGTCGCTCCAACTAACC	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ATAGTCGCTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ATGGCGTATTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ATTGCCGGTTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CCGAGAGATATAGACTAGG	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTGCTGAATAATGCTAGTC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GACCGAATTCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GACTCGCTTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GAGACTAGTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GAGACTAGTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCAACGTTTGCCGTATGCT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCAATCGCTTCGAGGAGTA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCAATCGCTTCTCCTATAA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCCATGGTTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCGGTATATTCGAGGAGTA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCGTCGTATATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGCAAGTCTTCGAGGAGTA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGCGACTATTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGTTGGCATTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTCATCTGTCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTCGGCAATACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TACGGTAGTAGACTCAAGC	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TAGGTACTATCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TATATGCGTTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TATGGTCTTTGTACTAGTAA	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCCAAGTTATAAGTTGCCAT	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCCAAGTTATTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCCAATAGTTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCCGTATGTAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCGTCTATTTCAGATTCGAT	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCTCCGAATATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGAACGCGTATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGAATTCGTTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGCCTATTATACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGGACCTCTTCAGACGAAC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGGTAATAGTGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGGTAGGCTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGGTCGAATCGGAGATCCG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGGTCTCCTAGAGCCAGCC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTCCGACGTTCAGACGAAC	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTCTAAGCTTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.AGCAACGATCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.CAACGCAGTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.CCAGAACCTCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.CCATTGCGTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.CCATTGCGTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.CGAGATGCTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GAGACTAGTTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GAGCGGTATGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GCCATGGTTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GCGGAGAATGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GGCTTACTTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GGTACGGATTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GGTCCTTCTTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TACTCCTATTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TAGGTACTATTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TCCTATTCTTCGGAGATCCG	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TCTAGGAATTCTCTGCGGCA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GAACGGCTTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GACTCGCTTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GCTCGAGATATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GTTCCAGCTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TATGGTCTTTCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TCAGCGGTTCTGAACTGGT	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TCCTATTCTTAAGACGGCCA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TCGCGCATTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TGAGAATCATGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TGATCTTCTTTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TGCTAATTCTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TGGTAATAGTTCGAGGAGTA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TTGGCGACTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TTGGTTAAGTACGCCGTTCA	Neural
progenitors	0
08_10_exp10_idx1AATACGATAA_idx2AACTTATAAG.ATTAGTCTGTGGAGGATAGC	Neural
progenitors	0
08_10_exp10_idx1AATACGATAA_idx2AACTTATAAG.TAATCAGCTTAATGGTCGAC	Neural
progenitors	1
08_10_exp10_idx1AATACGATAA_idx2AACTTATAAG.TACGGTAGTAGAGCCAAGG	Neural
progenitors	0
08_10_exp10_idx1AATACGATAA_idx2AACTTATAAG.TCTACTTACTTCTAGAACTA	Neural
progenitors	1
08_10_exp10_idx1AATACGATAA_idx2ACGTTCAACC.GCGTACTTTTGGAACTAGA	Neural
progenitors	1
08_10_exp10_idx1AATACGATAA_idx2ACGTTCAACC.TGAGTTAGATGGCTATGACT	Neural
progenitors	1
08_10_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.ACAACCTATTGGAGGATAGC	Neural
progenitors	1
08_10_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.ACGTTGCTTCCTAGCGCCT	Neural
progenitors	1
08_10_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.GCTGAAGCTTCAACGTAAG	Neural
progenitors	0
08_10_exp10_idx1AATACGATAA_idx2CGCCGCCTCC.TCAGCTTCTAGCGTCAATG	Neural
progenitors	0
08_10_exp10_idx1AATACGATAA_idx2CTCGATGGAG.GTCATCTGTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TCCTATTCTTTCAACGTAAG	Neural
progenitors	0
08_10_exp10_idx1AATACGATAA_idx2TCTAGAACTA.GAGGAACTTCGATCATTAC	Neural
progenitors	1
08_10_exp10_idx1AATACGATAA_idx2TGATACGAGT.GGTACCATTTTGAGTATCA	Neural
progenitors	1
08_10_exp10_idx1AATACGATAA_idx2TGATACGAGT.TGAGAATCATGCAAGGAATA	Sensory
progenitors	6
08_10_exp10_idx1AATACGATAA_idx2TTCTACGCCA.TCGAAGGATCGATCATTAC	Neural
progenitors	0
08_10_exp10_idx1ACGGCGTTAA_idx2AATTGCCTAC.TTTGCTACTTTGATAGAACG	Neural
progenitors	1
08_10_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.ACGCTTGATGCCGCAACGA	Neural
progenitors	1
08_10_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.TCTCGCTCTCCATTATCTA	Neural
progenitors	1
08_10_exp10_idx1ACGGCGTTAA_idx2AGGATTACCA.TAATCAGCTTTTAGATTCCG	Neural
progenitors	1
08_10_exp10_idx1ACGGCGTTAA_idx2CGATCATTAC.CAGTATCCTTGATAGAACG	Neural
progenitors	0
08_10_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.GTCATCTGTAACTGATCTT	Neural
progenitors	0
08_10_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.TCTATACCTTGCCGCAACGA	Neural
progenitors	1
08_10_exp10_idx1ACGGCGTTAA_idx2TCGATATTGA.GTCTCTACTAGAGCCAAGG	Neural
progenitors	0
08_10_exp10_idx1ACGGCGTTAA_idx2TTGGAGTCGG.GTAGACGGTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1AGACCATATC_idx2ACGCAACTCC.GGAGGTTCTCTAAGAGAAG	Neural
progenitors	1
08_10_exp10_idx1AGACCATATC_idx2AGGATTACCA.ACGCTTGATTGATAGAACG	Neural
progenitors	0
08_10_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.CCTAATGGTACGCGAGATT	Neural
progenitors	1
08_10_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TGGTTGAATTCCGAGAATCC	Neural
progenitors	3
08_10_exp10_idx1AGACCATATC_idx2CGATCATTAC.ACGTTGCTTTGGAACTAGA	Neural
progenitors	1
08_10_exp10_idx1AGACCATATC_idx2CGATCATTAC.GCTGGCTATTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1AGACCATATC_idx2GATCAGTCAT.GTCGTAACTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1AGACCATATC_idx2TGCCAGATGG.TTCAACTGATGGTACTGCCT	Neural
progenitors	0
08_10_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.CATCAACGTTGGAACTAGA	Sensory
progenitors	6
08_10_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.GATACGTCTCGATCATTAC	Neural
progenitors	1
08_10_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.GCGTACTTTGGAGGATAGC	Neural
progenitors	1
08_10_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TGCTACTAATAACTGATCTT	Neural
progenitors	1
08_10_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TGTTAAGACTGCAGGTCCGT	Sensory
progenitors	6
08_10_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.GAAGAGGCTGGCTATGACT	Neural
progenitors	0
08_10_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.TTCTTAACCTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1AGGTCAGCTT_idx2ATAAGAGGCG.TTATAGGCATGGAGGATAGC	Neural
progenitors	1
08_10_exp10_idx1AGGTCAGCTT_idx2ATAGGATATG.GATCGACCTTCAACGTAAG	Neural
progenitors	16
08_10_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.AGTCGCATTCGATCATTAC	Sensory
progenitors	6
08_10_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.TGAATCTGATACGCGAGATT	Neural
progenitors	3
08_10_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.TTAATGAGCTCGATCATTAC	Neural
progenitors	0
08_10_exp10_idx1AGGTCAGCTT_idx2TATAACTTCC.TATAAGGCTTAACTGATCTT	Sensory
progenitors	6
08_10_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.TCTATCCAATGGCTATGACT	Neural
progenitors	3
08_10_exp10_idx1AGTCCGCTGC_idx2AAGATCCAAC.GAACGGCTTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.CAGCAAGTTTCCGTCGCCA	Neural
progenitors	0
08_10_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.GCAGATACTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.GTCGTAACTAACTGATCTT	Immature
neurons	2
08_10_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.GGAGGTTCTTTAGATTCCG	Neural
progenitors	1
08_10_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.GTCTATGGTTATTACTCAT	Neural
progenitors	0
08_10_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.GTCATCTGTTGGAACTAGA	Sensory
progenitors	6
08_10_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TAATACCAGTGCAGGTCCGT	Neural
progenitors	1
08_10_exp10_idx1AGTCCGCTGC_idx2GAACTGCATC.TATCATGAGTGGTATCCGCC	Neural
progenitors	1
08_10_exp10_idx1AGTCCGCTGC_idx2GAACTGCATC.TTCCATCTTTTGGAACTAGA	Neural
progenitors	1
08_10_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.CTCGTTGATTTAGATTCCG	Mature
neurons	10
08_10_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TCCTAACTTTAATCGATAAT	Ventral
midline	9
08_10_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TGAATCTGATTGGAACTAGA	Neural
progenitors	1
08_10_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TTGACCAGTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TTGGTTAAGTGCAAGGAATA	Neural
progenitors	1
08_10_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.AAGTTCTTGTCCGAGAATCC	Neural
progenitors	1
08_10_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.ACGTTGCTTGCAAGGAATA	Sensory
progenitors	6
08_10_exp10_idx1AGTCCGCTGC_idx2TGGCGTAGGT.GTATCGCATGTCATTGCGC	Neural
progenitors	1
08_10_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.GAGGAACTTTCCGTCGCCA	Sensory
progenitors	6
08_10_exp10_idx1ATAAGGACTC_idx2ACTATCCGCA.TGAATTCGTTCGATCATTAC	Neural
progenitors	0
08_10_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.GCGTACTTTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1ATAAGGACTC_idx2CATTATTACC.GGTTGGCATGGCTATGACT	Neural
progenitors	0
08_10_exp10_idx1ATAAGGACTC_idx2GGTAGGTCTC.CTGCCTTATTTAGATTCCG	Neural
progenitors	1
08_10_exp10_idx1ATAAGGACTC_idx2GTCGCTCAGT.CTGCCTTATAGCTTATCCG	Neural
progenitors	0
08_10_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.AAGGATTACTAGCGTCAATG	Sensory
progenitors	6
08_10_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.TCGAATCTTTGCCGCAACGA	Neural
progenitors	0
08_10_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.ATTAGTCTGTTAGAGTAATA	Sensory
progenitors	6
08_10_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.TAACTAAGGTTCTAGAACTA	Neural
progenitors	1
08_10_exp10_idx1ATAAGGACTC_idx2TTGAGTATCA.ATTCCTAGATACTATCCGCA	Neural
progenitors	1
08_10_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.CTGCTGAATCGATCATTAC	Neural
progenitors	0
08_10_exp10_idx1ATGGCGCCTG_idx2CCAAGCTGAA.ACAGGTATTTGCAAGGAATA	Sensory
progenitors	6
08_10_exp10_idx1ATGGCGCCTG_idx2CCAAGCTGAA.CTTCATGCTGCAGGTCCGT	Neural
progenitors	0
08_10_exp10_idx1ATGGCGCCTG_idx2GACTAGTCTA.GGACTTGATTTAGATTCCG	Neural
progenitors	1
08_10_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.ATCAGTCATTAACTGATCTT	Immature
neurons	2
08_10_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.ATCAGTCATTAACTGATCTT	Neural
progenitors	1
08_10_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.GGTCAGTTTAACTGATCTT	Neural
progenitors	1
08_10_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TTTGCTACTTGGAGGATAGC	Neural
progenitors	1
08_10_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.GCCATGGTTAACTGATCTT	Neural
progenitors	0
08_10_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TCCTAACTTTGCCGCAACGA	Neural
progenitors	1
08_10_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.GCTGGCTATTCAACGTAAG	Neural
progenitors	3
08_10_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.AGTATTAGCTTGGAACTAGA	Neural
progenitors	1
08_10_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.TATTCTCCTTCGAGCTGCCA	Immature
neurons	2
08_10_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.AAGTTCTTGTTCCGTCGCCA	Neural
progenitors	0
08_10_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.GAGGAACTTTGGAACTAGA	Sensory
progenitors	6
08_10_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.GGCTAAGATTAGCCGTCAT	Neural
progenitors	1
08_10_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.GGTTGGCATCGATCATTAC	Neural
progenitors	1
08_10_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.ACTTACTCATCCGAGAATCC	Sensory
progenitors	6
08_10_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.GGTCTACGTTGGAACTAGA	Neural
progenitors	1
08_10_exp10_idx1GAGCGCGATG_idx2CTGCAATCGC.TCTCGCTCTTTAGATTCCG	Neural
progenitors	1
08_10_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.TCGAAGGATCCGAGAATCC	Neural
progenitors	1
08_10_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.CTTCATGCTAGAGCCAAGG	Neural
progenitors	16
08_10_exp10_idx1GATTCTTGAA_idx2GGTCCAGGAG.ATAACTTCCTCTTGCGCCGC	Neural
progenitors	0
08_10_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.AACTAGTTGTACGCGAGATT	Neural
progenitors	3
08_10_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.CAGCATTGTGTCATTGCGC	Ventral
midline	9
08_10_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.TCTACTTACTGTCATTGCGC	Neural
progenitors	1
08_10_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.TATGAGAACTAACTGATCTT	Neural
progenitors	0
08_10_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.AGCGTAAGTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.TCTAGGAATTTATTACTCAT	Neural
progenitors	0
08_10_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.TCCTCGAGTGCAAGGAATA	Neural
progenitors	1
08_10_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.CAGCATTGTAATGGTCGAC	Neural
progenitors	3
08_10_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.TAGAGCCTTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.TAGATGACTTGTCATTGCGC	Sensory
progenitors	6
08_10_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.TATTCGGCTGGCAGACGCC	Neural
progenitors	1
08_10_exp10_idx1GCATCGTATG_idx2CGATCATTAC.GGTTGGCATTTGAGTATCA	Neural
progenitors	0
08_10_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.AGTATTAGCTTCCGGTAATC	Sensory
progenitors	6
08_10_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.TAGTTACCTTGGTACTGCCT	Neural
progenitors	0
08_10_exp10_idx1GCATCGTATG_idx2GCAACTGGCA.ACTTGATTGTGGCTATGACT	Neural
progenitors	0
08_10_exp10_idx1GCATCGTATG_idx2GCAACTGGCA.GCAATCGCTGGAGGATAGC	Sensory
progenitors	6
08_10_exp10_idx1GCATCGTATG_idx2TCGATATTGA.TATCTCGATTGTCATTGCGC	Neural
progenitors	0
08_10_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.GTCTATGGTAATGGTCGAC	Neural
progenitors	0
08_10_exp10_idx1GCGCGTTCAT_idx2ACCGTTACGA.TCCTAACTTTGCAAGGAATA	Neural
progenitors	0
08_10_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TTGATTCCTTAACTGATCTT	Neural
progenitors	1
08_10_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TCCTATTCTTAGAGCCAAGG	Neural
progenitors	0
08_10_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TTTGCTTAGTAACTGATCTT	Neural
progenitors	0
08_10_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.ATATCCTACTGCAAGGAATA	Neural
progenitors	1
08_10_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GGACTTGATACGCGAGATT	Neural
progenitors	0
08_10_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GGTCTACGTCGATCATTAC	Neural
progenitors	0
08_10_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TCGAAGGATCTTGCGCCGC	Neural
progenitors	1
08_10_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TGAATTCGTTGTCATTGCGC	Sensory
progenitors	6
08_10_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.GCAATCGCTGGCTATGACT	Neural
progenitors	0
08_10_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.CAGCATTGTAGAGCCAAGG	Neural
progenitors	3
08_10_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.CCTAATGGTGGTACTGCCT	Neural
progenitors	0
08_10_exp10_idx1GCTTGAAGAG_idx2ACTATCCGCA.GACCGTCATTGAGGTAGAA	Neural
progenitors	1
08_10_exp10_idx1GCTTGAAGAG_idx2AGATCCTATA.TTGGTTAAGTTGATAGAACG	Neural
progenitors	1
08_10_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.GTCTCTACTAGAGCCAAGG	Neural
progenitors	0
08_10_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TCCAAGTTATGGTACTGCCT	Sensory
progenitors	6
08_10_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TCCTCGAGTCGATCATTAC	Immature
neurons	2
08_10_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TTATCCGCTACGCGAGATT	Neural
progenitors	3
08_10_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TTGGCTCATTGATAGAACG	Sensory
progenitors	6
08_10_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TAGTTACCTTCGATCATTAC	Neural
progenitors	0
08_10_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TCGTCTATTTAATGGTCGAC	Neural
progenitors	1
08_10_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TGCCTATTATGCAAGGAATA	Neural
progenitors	1
08_10_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TATAAGGCTTGCAAGGAATA	Neural
progenitors	1
08_10_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TTCTCATTGTAGAGCCAAGG	Neural
progenitors	0
08_10_exp10_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGAGAATCATGGCATAGCTT	Neural
progenitors	1
08_10_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.TAGATGACTTTTGAGTATCA	Neural
progenitors	0
08_10_exp10_idx1GGCTTACTCC_idx2GCTCTCGCCT.GAAGAGGCTTCAACGTAAG	Neural
progenitors	1
08_10_exp10_idx1GGTTATCGAA_idx2AACTACCGAC.TTGGCTCATGCAAGGAATA	Neural
progenitors	3
08_10_exp10_idx1GGTTATCGAA_idx2GACCGTAGCA.ATCAGTCATTGTCATTGCGC	Neural
progenitors	0
08_10_exp10_idx1GGTTATCGAA_idx2GACCGTAGCA.GTCTCTACTGGTACTGCCT	Ventral
midline	9
08_10_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.TTATAGGCATTATTACTCAT	Neural
progenitors	1
08_10_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.TTATCCGCTGGTACTGCCT	Neural
progenitors	1
08_10_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TCGAATCTTTGCCGCAACGA	Sensory
progenitors	6
08_10_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.GTATCGCATGGCTATGACT	Neural
progenitors	1
08_10_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TAGAACCAATTTAGATTCCG	Neural
progenitors	1
08_10_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TATTGAGGTTTATTACTCAT	Neural
progenitors	1
08_10_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TCGAATCTTTCATGCTGGTT	Neural
progenitors	1
08_10_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TAGTTACCTTTCTAGAACTA	Neural
progenitors	1
08_10_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TCTAGGAATTTTAGATTCCG	Sensory
progenitors	6
08_10_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.ACTTACTCATAGAGCCAAGG	Immature
neurons	2
08_10_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.AGATCGGATCGATCATTAC	Neural
progenitors	0
08_10_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.CAAGCAACTAACTGATCTT	Neural
progenitors	1
08_10_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TATTCTCCTTCGATCATTAC	Sensory
progenitors	6
08_10_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TCAAGATCTTGGAGGATAGC	Neural
progenitors	0
08_10_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.GCTCTTAGTTTGAGTATCA	Neural
progenitors	1
08_10_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.AACTGGCATGCAGGTCCGT	Neural
progenitors	1
08_10_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.TCTATACCTTCGATCATTAC	Neural
progenitors	0
08_10_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.GGTTCGAGTAGAGCCAAGG	Neural
progenitors	0
08_10_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TGCTACTAATACGCGAGATT	Neural
progenitors	1
08_10_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TAAGGTTCATGCAGGTCCGT	Neural
progenitors	1
08_10_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.TGAATTCGTTACTTCCGAAT	Immature
neurons	2
08_10_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.TTGGAGCTTTGAGGTAGAA	Neural
progenitors	1
08_10_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.TATAAGAGGTTTACCTCGAC	Neural
progenitors	1
08_10_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.TGGTAATAGTCGATCATTAC	Neural
progenitors	1
08_10_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.TTCGTTCCTAGAGCCAAGG	Neural
progenitors	1
08_10_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.ACGTTGCTTTTAGATTCCG	Neural
progenitors	1
08_10_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.GTAAGGAGTGTCATTGCGC	Neural
progenitors	0
08_10_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TCGAGAAGTGTCATTGCGC	Neural
progenitors	0
08_10_exp10_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTGGTTAAGTCGAGCTGCCA	Neural
progenitors	0
08_10_exp10_idx1TAGTAAGCCG_idx2CGGCGAGACC.GAACGATGTGGTACTGCCT	Neural
progenitors	0
08_10_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.GCTGAAGCTCGATCATTAC	Neural
progenitors	1
08_10_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.GTTGCAAGTTCCGTCGCCA	Neural
progenitors	1
08_10_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TCGCCAACTAACTGATCTT	Neural
progenitors	0
08_10_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TATTCGGCTGTCATTGCGC	Neural
progenitors	1
08_10_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.CCTAATGGTGCCGCAACGA	Neural
progenitors	0
08_10_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.GCTCTTAGTTCTAGAACTA	Neural
progenitors	1
08_10_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.GCTGGCTATTTAGATTCCG	Neural
progenitors	1
08_10_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TCCTCGAGTTTACCTCGAC	Neural
progenitors	1
08_10_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TTATCCGCTTGGAACTAGA	Neural
progenitors	1
08_10_exp10_idx1TATAATAGTT_idx2AACGAGGCTA.GCCATGGTTTCAACGTAAG	Neural
progenitors	0
08_10_exp10_idx1TATAATAGTT_idx2CTCGTCTAGG.GGAGGTTCTTTGAGTATCA	Neural
progenitors	0
08_10_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.ATCAGTCATTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1TATAATAGTT_idx2TGCCAGATGG.TCAGCTTCTGTCATTGCGC	Neural
progenitors	1
08_10_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.CAAGCAACTTATTACTCAT	Neural
progenitors	1
08_10_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TATTGACTCTTCAACGTAAG	Neural
progenitors	3
08_10_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TCAGGAGATGCCGCAACGA	Neural
progenitors	0
08_10_exp10_idx1TATTAGACTT_idx2CAAGTACTGG.GATAAGCGTGCAAGGAATA	Neural
progenitors	0
08_10_exp10_idx1TATTAGACTT_idx2CATTATTACC.GCTGGCTATACGCGAGATT	Ventral
midline	9
08_10_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.AGATCGGATCGATCATTAC	Neural
progenitors	1
08_10_exp10_idx1TATTAGACTT_idx2GGACTCATTG.AACTAGTTGTACGCGAGATT	Neural
progenitors	0
08_10_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TATGGTCTTTGTCATTGCGC	Neural
progenitors	1
08_10_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TCTAGGAATTTTAGATTCCG	Neural
progenitors	3
08_10_exp10_idx1TATTAGACTT_idx2TCATCTAATC.CTGATAGGTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TTTGCTTAGTAACTGATCTT	Neural
progenitors	0
08_10_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.CTTCATGCTTGATAGAACG	Neural
progenitors	1
08_10_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.TCCAAGTTATCGATCATTAC	Neural
progenitors	0
08_10_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.TGAATTCGTTTTAGATTCCG	Neural
progenitors	1
08_10_exp10_idx1TCCTCTGCCG_idx2ACGAGGACCT.TAACGACTTTTTAGATTCCG	Immature
neurons	2
08_10_exp10_idx1TCCTCTGCCG_idx2AGTTGCATCT.TCGTTCTGTCGATCATTAC	Neural
progenitors	1
08_10_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.TATCATGAGTAGAGCCAAGG	Sensory
progenitors	6
08_10_exp10_idx1TCCTCTGCCG_idx2CGAGTTAGAG.CTTCGACTTAGAGCCAAGG	Neural
progenitors	0
08_10_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.GTAAGGAGTGGTACTGCCT	Neural
progenitors	0
08_10_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TGCCTATTATACGCGAGATT	Neural
progenitors	1
08_10_exp10_idx1TCCTCTGCCG_idx2TTGAGTATCA.GGCAAGTCTGGCTATGACT	Neural
progenitors	0
08_10_exp10_idx1TCCTCTGCCG_idx2TTGAGTATCA.TAGGAAGGTACGCGAGATT	Neural
progenitors	1
08_10_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.ACAACCTATTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.TAGCCAATTTAGAGCCAAGG	Sensory
progenitors	6
08_10_exp10_idx1TGGACGACTA_idx2ACTCTCTCAA.GAGACTAGTAGCGTCAATG	Neural
progenitors	0
08_10_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.GCATCCAGTAACTGATCTT	Sensory
progenitors	6
08_10_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.AAGGATTACTTCAACGTAAG	Neural
progenitors	0
08_10_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TTGACTCAATTTCGCCTCCA	Neural
progenitors	0
08_10_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.ACTTGATTGTGCCGCAACGA	Immature
neurons	2
08_10_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.GTCTCTACTAGAGCCAAGG	Neural
progenitors	1
08_10_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.CTTCATGCTAATGGTCGAC	Neural
progenitors	1
08_10_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.GCTGGCTATCGATCATTAC	Neural
progenitors	1
08_10_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TGAGTTAGATGGTACTGCCT	Sensory
progenitors	6
08_10_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TGATGCGATTCAACGTAAG	Sensory
progenitors	6
08_10_exp10_idx1TGGACGACTA_idx2TCGATATTGA.GCTGGCTATACGCGAGATT	Neural
progenitors	1
08_10_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TTGGCTCATTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.TAGCCAATTTCGATCATTAC	Neural
progenitors	0
08_10_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.TGATCTTCTTGCCGCAACGA	Sensory
progenitors	6
08_10_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.TTATAGGCATGGAGGATAGC	Neural
progenitors	0
08_10_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.ATTGATCGTTACGCGAGATT	Neural
progenitors	1
08_10_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.CTTCGACTTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.TTAATGAGCTCCATTATCTA	Neural
progenitors	1
08_10_exp10_idx1TTATTGAGGC_idx2ATAGGATATG.TTATCCGCTTGGAACTAGA	Neural
progenitors	1
08_10_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.CAGTATCCTGTCATTGCGC	Neural
progenitors	0
08_10_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.TTCTTAACCTGCAAGGAATA	Neural
progenitors	0
08_10_exp10_idx1TTCGAATATT_idx2ACGCAACTCC.TGATCTTCTTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1TTCGAATATT_idx2CTCGTCTAGG.TAGATGACTTTCCGTCGCCA	Neural
progenitors	1
08_10_exp10_idx1TTCGAATATT_idx2GGAACGATGG.GGAGGTTCTCGATCATTAC	Neural
progenitors	1
08_10_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TACTTGCGTTGATAGAACG	Neural
progenitors	1
08_10_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TCCAATAGTTAGCGTCAATG	Sensory
progenitors	6
08_10_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TGACGAGGTTTACCTCGAC	Neural
progenitors	1
08_10_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.TAACGACTTTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.TATTCTCCTTAACTGATCTT	Neural
progenitors	1
08_10_exp10_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TCAAGATCTTCGATCATTAC	Neural
progenitors	1
08_10_exp10_idx1TTGCCGTAGG_idx2CTCCGGTTCT.AGTATTAGCTCATGCTGGTT	Neural
progenitors	1
08_10_exp10_idx1TTGCCGTAGG_idx2TGAGGTAGAA.TGATCTTCTTGGCTATGACT	Neural
progenitors	0
08_10_exp10_idx1TTGCCGTAGG_idx2TGATACGAGT.TCGAATCTTTCGATCATTAC	Neural
progenitors	0
08_10_exp10_idx1TTGCGAGCAT_idx2CAAGTACTGG.AAATTCCTCTTTGAGTATCA	Neural
progenitors	0
08_10_exp10_idx1TTGCGAGCAT_idx2CAAGTACTGG.ATATGGATCTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1TTGCGAGCAT_idx2CAAGTACTGG.TGCTGGATTGTCATTGCGC	Neural
progenitors	1
08_10_exp10_idx1TTGCGAGCAT_idx2CGACTACCAA.TCTCGCTCTAGCGTCAATG	Ventral
midline	9
08_10_exp10_idx1TTGCGAGCAT_idx2CGACTACCAA.TTGGAGTTATTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1TTGCGAGCAT_idx2CGTCCGTCCT.TTCTCTAGTTCCGATTCCTG	Neural
progenitors	1
08_10_exp10_idx1TTGCGAGCAT_idx2TCATCTCGAT.TTGGTTAAGTGCCGCAACGA	Neural
progenitors	1
08_10_exp11_idx1AAGTTAGGCA.CTCTGAGCTTTCCATGGCA	Neural
progenitors	0
08_10_exp11_idx1GTAGGATAAG.GATAAGCGTCAAGGCATTC	Neural
progenitors	1
08_10_exp11_idx1TCGCCGCCGG.ACCTCAATATGCTAACCTCA	Ventral
midline	9
08_10_exp11_idx1TGGCTGGATG.ATAGTTGACTAATTAAGACT	Neural
progenitors	1
08_10_exp2_idx1ATTATGCAAG_idx2GGTAGGTCTC.GTCTATGGTATGGCTCTGC	Neural
progenitors	1
08_10_exp2_idx1CTCAATTAGT_idx2CGAAGGACGA.TTGACTCAATACGTCATATA	Neural
progenitors	1
08_10_exp2_idx1GCGCGTTCAT_idx2CGATCATTAC.GTCTCTACTATATTGATAC	Ventral
midline	9
08_10_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.ATTCAAGCATTTACGATGAA	Neural
progenitors	1
08_10_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.CCGACCAATTTCAATATAA	Neural
progenitors	1
08_10_exp2_idx1GTAGCAGCTA_idx2TCATCTAATC.TTGGAGCTTAGGTATACTC	Neural
progenitors	1
08_10_exp2_idx1TAGTAAGCCG_idx2AGGTCAATTA.CCAATCCATCCGCTGCCAG	Neural
progenitors	1
08_10_exp2_idx1TAGTAAGCCG_idx2CAAGATTAAG.GTCTCTACTTAACTGGTTA	Neural
progenitors	1
08_10_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.CTCCATCATGTCCTTAAGA	Neural
progenitors	1
08_10_exp2_idx1TGGACGACTA_idx2ACGTTCAACC.CAGATCAGTCTTGCAGTAG	Neural
progenitors	1
08_10_exp2_idx1TGGACGACTA_idx2GCTCTAACGA.AGTATTAGCTTTCGCCTCCA	Neural
progenitors	1
08_10_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.TGAATCTGATACCTCTATCT	Neural
progenitors	1
08_10_exp2_idx1TTCCGTCGAC_idx2TCGATATTGA.GCGTACTTTGACGAAGCGT	Neural
progenitors	1
08_10_exp2_idx1TTGGTAAGGA_idx2CTCGGTCAAT.TGATGCGATTTGCGAGGCA	Neural
progenitors	1
08_10_exp3_idx1ACGGCGTTAA_idx2AATTGCCTAC.AAATCGTTCTCTTGGTAATG	Neural
progenitors	1
08_10_exp3_idx1ACGGCGTTAA_idx2AATTGCCTAC.AGTTGCGCTCGACGCGACT	Neural
progenitors	1
08_10_exp3_idx1ACGGCGTTAA_idx2AATTGCCTAC.GTAGCGATTTGCGCGATGC	Neural
progenitors	3
08_10_exp3_idx1ACGGCGTTAA_idx2AATTGCCTAC.TATCCAGGTTATCATGATC	Neural
progenitors	1
08_10_exp3_idx1ACGGCGTTAA_idx2ACCGTTACGA.ACTTATGGTTCCTTACTCCT	Ventral
midline	9
08_10_exp3_idx1ACGGCGTTAA_idx2ACCGTTACGA.GCGGTATATGGCAGACGCC	Immature
neurons	2
08_10_exp3_idx1ACGGCGTTAA_idx2ACCGTTACGA.TAGCTCGGTATTGAGATTG	Sensory
progenitors	6
08_10_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.CCTCCTGATATTGAGATTG	Neural
progenitors	1
08_10_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.CTCGCATGTTTATCCGGAT	Immature
neurons	2
08_10_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.GATAAGCGTCTGATGGTCA	Neural
progenitors	1
08_10_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.AAATTCCTCTTCCTACCAGT	Neural
progenitors	1
08_10_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.AGAGGTCGTGACGAAGCGT	Neural
progenitors	1
08_10_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.CGCCGTAATGATACGGAAC	Neural
progenitors	1
08_10_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.CGGTTCCATCGAATAGATG	Sensory
progenitors	6
08_10_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.CATACCGCTAGGAGAGAAC	Neural
progenitors	1
08_10_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.GAGTTCTCTTATAGACGCA	Neural
progenitors	1
08_10_exp3_idx1AGACCATATC_idx2AATTGCCTAC.CGTACCTATCCGCGGCTCA	Sensory
progenitors	6
08_10_exp3_idx1AGACCATATC_idx2CGATCATTAC.CATCGGACTTAGAATTAAC	Neural
progenitors	1
08_10_exp3_idx1AGACCATATC_idx2CGATCATTAC.TCGGTACCTCGGAAGATAT	Immature
neurons	2
08_10_exp3_idx1AGACCATATC_idx2CGATCATTAC.TGGTTGAATTACCGCAGAAT	Neural
progenitors	1
08_10_exp3_idx1AGGTCAGCTT_idx2AAGATCCAAC.CTGATAGGTTCGCGGTTGG	Neural
progenitors	1
08_10_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.ACCTCAATATAAGAAGCTAG	Neural
progenitors	3
08_10_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.CAGCATTGTTTATCCGGAT	Neural
progenitors	0
08_10_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.GGATAGGTTGGAGCGGCCG	Neural
progenitors	1
08_10_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.GTTCGCTGTATTCGACCAA	Neural
progenitors	1
08_10_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.AAGCGCCATTGGCTGATGA	Neural
progenitors	1
08_10_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.GTCGGCAATTTCTTCCGGT	Neural
progenitors	1
08_10_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.TATGGTCTTTCTTGGTAATG	Neural
progenitors	1
08_10_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.TGCAAGGTTACTCAATAGG	Neural
progenitors	1
08_10_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.CCTGCAGTTTTGCTGGCAT	Neural
progenitors	1
08_10_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.CTCCTCGTTGATACGGAAC	Neural
progenitors	0
08_10_exp3_idx1AGGTCAGCTT_idx2CCAGGTCTAC.GCGGTATATCTTGGTAATG	Neural
progenitors	1
08_10_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.AGCATTATGTTCCAATCATC	Neural
progenitors	1
08_10_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.ATGCCAAGTGGCGAACTCG	Neural
progenitors	1
08_10_exp3_idx1AGGTCAGCTT_idx2CGACTACCAA.AACGAGCGTTATAGACGCA	Neural
progenitors	3
08_10_exp3_idx1AGGTCAGCTT_idx2GATACCTAAG.AGAACTCCTAGGAGAGAAC	Neural
progenitors	3
08_10_exp3_idx1AGGTCAGCTT_idx2GATACCTAAG.CGTTGATCTAACTGCTGCC	Neural
progenitors	1
08_10_exp3_idx1AGGTCAGCTT_idx2GATACCTAAG.TGGCCTGATCCGCTCCGGC	Neural
progenitors	1
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTAATTAA.GAAGAGGCTTTGCTGGCAT	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.ACAACCTATTACTAGAGAGT	Neural
progenitors	1
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.ACTGAATACTGCCGTATGCT	Neural
progenitors	0
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.ATTGAGGAATTGGTATTCAT	Neural
progenitors	0
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.CGAATGAGTGGCAGACGCC	Neural
progenitors	0
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.CGGTTCCATCGATGGCGCC	Neural
progenitors	3
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.CTTCATGCTTATAGACGCA	Immature
neurons	2
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.GGATAGGTTCCGCGGCTCA	Ventral
midline	9
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.GGTTGGCATAGGTTAGCAT	Neural
progenitors	1
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.GTAGCGATTCCAGTCCTCT	Neural
progenitors	1
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.TATAAGAGGTTTGATATATT	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.TTCTAAGCTTCGATGGCGCC	Neural
progenitors	1
08_10_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.AGCAACGATTCTTGCCGAC	Neural
progenitors	1
08_10_exp3_idx1AGTCCGCTGC_idx2CAAGTACTGG.CCTGCTACTGCCGTATGCT	Neural
progenitors	1
08_10_exp3_idx1AGTCCGCTGC_idx2CAAGTACTGG.CGCTAACCTTTGATATATT	Ventral
midline	9
08_10_exp3_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TAAGACCGTTTATCCGGAT	Neural
progenitors	1
08_10_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.ACAGGTATTTGCGCGGTAGT	Neural
progenitors	0
08_10_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.ACCATGATTTCGGATGAAGG	Neural
progenitors	1
08_10_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.ATATCCTACTAGGTTAGCAT	Sensory
progenitors	6
08_10_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.CCGAGAGATCTGATGGTCA	Neural
progenitors	1
08_10_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.GATTACGGTTTGCTGGCAT	Neural
progenitors	1
08_10_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.TGAATCTGATGGCCAGTCCG	Neural
progenitors	1
08_10_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.TTCGCATAATAACTGCTGCC	Ventral
midline	9
08_10_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.TTCTAAGCTTTAGGCCATAG	Neural
progenitors	1
08_10_exp3_idx1AGTCCGCTGC_idx2CGGCGAGACC.CAACGCAGTCAAGTCGACC	Neural
progenitors	1
08_10_exp3_idx1AGTCCGCTGC_idx2CGGCGAGACC.GGCGTTAATAGAGCTATAA	Ventral
midline	9
08_10_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.ACGTTGCTTTGGTATTCAT	Ventral
midline	9
08_10_exp3_idx1AGTCCGCTGC_idx2TCATCTCGAT.CCTGCTACTGATCTTACGC	Neural
progenitors	1
08_10_exp3_idx1ATAAGGACTC_idx2AAGATCCAAC.CAAGCAACTATCGGCTATC	Neural
progenitors	1
08_10_exp3_idx1ATAAGGACTC_idx2AAGATCCAAC.TAACGACTTTTTCCAACCGC	Neural
progenitors	1
08_10_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.AGAGCATGTATTGAGATTG	Neural
progenitors	1
08_10_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.AGTTGCGCTTAGCCGTCAT	Sensory
progenitors	6
08_10_exp3_idx1ATAAGGACTC_idx2ATAAGAGGCG.AGCATTATGTTTCCAACCGC	Neural
progenitors	1
08_10_exp3_idx1ATAAGGACTC_idx2ATAAGAGGCG.GTAAGCTCTACCGCAGAAT	Neural
progenitors	1
08_10_exp3_idx1ATAAGGACTC_idx2ATAAGAGGCG.TCTATCCAATTTGCTGGCAT	Neural
progenitors	1
08_10_exp3_idx1ATAAGGACTC_idx2ATAGGATATG.AATTCTAGGTATTCGACCAA	Neural
progenitors	1
08_10_exp3_idx1ATAAGGACTC_idx2ATAGGATATG.CCATCAGGTGGCCAGTCCG	Neural
progenitors	1
08_10_exp3_idx1ATAAGGACTC_idx2ATAGGATATG.CCGGAGTTTATTCGACCAA	Neural
progenitors	1
08_10_exp3_idx1ATAAGGACTC_idx2ATAGGATATG.TCCTCGAGTAGAGCTATAA	Neural
progenitors	3
08_10_exp3_idx1ATAAGGACTC_idx2CGAGTTAGAG.ATTCAAGCATTCCTACCAGT	Neural
progenitors	0
08_10_exp3_idx1ATAAGGACTC_idx2GGCTATGACT.TCAGCGGTTCATTCAATCA	Neural
progenitors	1
08_10_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.GGCGACTATTTCCAACCGC	Neural
progenitors	1
08_10_exp3_idx1ATAAGGACTC_idx2GTTGACGGCC.TAACGACTTTTCCTACCAGT	Neural
progenitors	1
08_10_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.TTATCCGCTTAACTCTTAG	Neural
progenitors	1
08_10_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.ACGACGCATCTTGGTAATG	Neural
progenitors	1
08_10_exp3_idx1ATAAGGACTC_idx2TTGAGTATCA.CAACTCTCTTAACTCTTAG	Sensory
progenitors	6
08_10_exp3_idx1ATAAGGACTC_idx2TTGAGTATCA.CCAGAACCTCGCGTACGAC	Neural
progenitors	1
08_10_exp3_idx1ATAAGGACTC_idx2TTGAGTATCA.CCTCCTGATCAAGTCGACC	Neural
progenitors	1
08_10_exp3_idx1ATAAGGACTC_idx2TTGGTCATAA.TAGAGAGTATTATCCTCAAT	Sensory
progenitors	6
08_10_exp3_idx1ATAAGGACTC_idx2TTGGTCATAA.TCGTAGCGTTTGACTTCAG	Neural
progenitors	1
08_10_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.ATTCGGAGTACTATGCAAT	Immature
neurons	2
08_10_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.TCAAGATCTTCCGTTCCTTA	Neural
progenitors	1
08_10_exp3_idx1ATGGCGCCTG_idx2CCAAGCTGAA.ACTTATGGTTAAGCCAGTTA	Sensory
progenitors	6
08_10_exp3_idx1ATGGCGCCTG_idx2CCAAGCTGAA.TCAGCGGTTCGGAGATCCG	Neural
progenitors	0
08_10_exp3_idx1ATGGCGCCTG_idx2GAACTGCATC.AGATTCAACTTATAGACGCA	Neural
progenitors	0
08_10_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.ACCGGTTCTAGAGCTATAA	Neural
progenitors	0
08_10_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.ACGACGCATTTCCAACCGC	Neural
progenitors	1
08_10_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.CTACCTGGTCAAGTCGACC	Neural
progenitors	3
08_10_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.GACCGAATTTCAAGCCGAT	Neural
progenitors	1
08_10_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.GCCATGGTTCGGATGAAGG	Ventral
midline	9
08_10_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.GGTTGGCATGGTATGCTTG	Neural
progenitors	0
08_10_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.GTCGGCAATTCAAGCCGAT	Neural
progenitors	1
08_10_exp3_idx1ATGGCGCCTG_idx2GTTGACGGCC.ATACTACTCTTATGAGTTAA	Neural
progenitors	1
08_10_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.CTCGCATGTAATGCTAGTC	Neural
progenitors	1
08_10_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.GGCGCATTTCTTGCAGTAG	Neural
progenitors	1
08_10_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.TTCTCATTGTCTTGGTAATG	Neural
progenitors	1
08_10_exp3_idx1ATTATGCAAG_idx2CGAGTTAGAG.GCTCGAGATACTAGAGAGT	Neural
progenitors	1
08_10_exp3_idx1ATTATGCAAG_idx2CTAACTCCAA.AGTTGCGCTTATAGACGCA	Ventral
midline	9
08_10_exp3_idx1ATTATGCAAG_idx2CTAACTCCAA.CTAACGACTACGTCCGCAG	Neural
progenitors	1
08_10_exp3_idx1ATTATGCAAG_idx2CTAACTCCAA.TTCTCATTGTCTTGGTAATG	Neural
progenitors	1
08_10_exp3_idx1ATTATGCAAG_idx2GGTAGGTCTC.AATTCTAGGTTGGTATTCAT	Neural
progenitors	0
08_10_exp3_idx1ATTATGCAAG_idx2GTCGCTCAGT.GACTTGGCTCAGGTATGGA	Neural
progenitors	1
08_10_exp3_idx1ATTATGCAAG_idx2GTCGCTCAGT.GGTAGTCCTCGGAGATCCG	Neural
progenitors	1
08_10_exp3_idx1ATTATGCAAG_idx2GTCGCTCAGT.TATTCGGCTAGGAGAGAAC	Neural
progenitors	1
08_10_exp3_idx1ATTATGCAAG_idx2TGATAGAACG.TTGATTCCTTTTATCCGGAT	Neural
progenitors	1
08_10_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.AGCATTATGTGCCGTATGCT	Neural
progenitors	1
08_10_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TCAGCGGTTACTCAATAGG	Neural
progenitors	0
08_10_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TCCTAACTTTTTATCCGGAT	Immature
neurons	2
08_10_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.ACTTGATTGTGGTATGCTTG	Neural
progenitors	1
08_10_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.CTAGTACGTGCGTTCAGCT	Neural
progenitors	1
08_10_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.TCGGTACCTACCGCAGAAT	Neural
progenitors	1
08_10_exp3_idx1CCTCAGCTCC_idx2GACTAGTCTA.GCGTACTTTAATTATCAGC	Ventral
midline	9
08_10_exp3_idx1CCTCAGCTCC_idx2GACTAGTCTA.TGCCTATTATAACTGCTGCC	Neural
progenitors	1
08_10_exp3_idx1CCTCAGCTCC_idx2GTCATTGCGC.CAAGCAACTCGAATAGATG	Neural
progenitors	1
08_10_exp3_idx1CCTCAGCTCC_idx2GTCATTGCGC.TATAAGAGGTCCGTTCCTTA	Neural
progenitors	1
08_10_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.AGCGTAAGTCGGAGATCCG	Immature
neurons	2
08_10_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.AGTCGCATTTTGATATATT	Neural
progenitors	1
08_10_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.CCAAGGATTCATAGTTCGG	Neural
progenitors	1
08_10_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.CTCGCATGTGATATCGGCG	Neural
progenitors	1
08_10_exp3_idx1CTCAATTAGT_idx2ACCAAGATCT.AACGATCATTCCTTACTCCT	Sensory
progenitors	6
08_10_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.ATTGATCGTTTTCTTCCGGT	Neural
progenitors	1
08_10_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.GGTCTACGTTATCATGATC	Neural
progenitors	1
08_10_exp3_idx1CTCAATTAGT_idx2TTAGATTCCG.TTGGCGACTCTTGGTAATG	Sensory
progenitors	6
08_10_exp3_idx1GAGCGCGATG_idx2AACGAGGCTA.ACGCTTATATGCCGTCGCGT	Neural
progenitors	1
08_10_exp3_idx1GAGCGCGATG_idx2AAGCCGGCTG.AACGAGCGTCCGTTCCTTA	Ventral
midline	9
08_10_exp3_idx1GAGCGCGATG_idx2AAGCCGGCTG.ACGACGCATGATATCGGCG	Neural
progenitors	1
08_10_exp3_idx1GAGCGCGATG_idx2ACGCAACTCC.ACGGCAATTAGAGCTATAA	Ventral
midline	9
08_10_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.TCGAAGGATCGCGTACGAC	Neural
progenitors	1
08_10_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.AGAGCATGTCTAAGAGAAG	Neural
progenitors	1
08_10_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.ATATCCTACTCGTAATGCAG	Neural
progenitors	1
08_10_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.ATGCATTCATCGGAAGATAT	Neural
progenitors	1
08_10_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.CAGTATCCTTTATCCGGAT	Immature
neurons	2
08_10_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.CCGTCTCATTATCATGATC	Neural
progenitors	1
08_10_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.GTACCTCTTCATTCAATCA	Neural
progenitors	1
08_10_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.TCAAGATCTTCATAGTTCGG	Neural
progenitors	1
08_10_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.TCCGTATGTGGCAGACGCC	Neural
progenitors	1
08_10_exp3_idx1GAGCGCGATG_idx2CTGCTTCGAC.AAGCAGTATTTTATCCGGAT	Immature
neurons	2
08_10_exp3_idx1GAGCGCGATG_idx2CTGCTTCGAC.TGGTAGGCTTTACGATGAA	Neural
progenitors	0
08_10_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.ACGAGGTTTAACCTGCGTA	Ventral
midline	9
08_10_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.GTTCGCTGTGCCGTATGCT	Immature
neurons	2
08_10_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.TGCTGGATTTCCTACCAGT	Ventral
midline	9
08_10_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.AACTAGTTGTAGGAGAGAAC	Ventral
midline	9
08_10_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.AAGCAGTATTACCGCAGAAT	Neural
progenitors	1
08_10_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.AATCCAGTATTCGAGGAGTA	Ventral
midline	9
08_10_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.AGTTAACCATCATAGTTCGG	Neural
progenitors	1
08_10_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.ATAACTTCCTAGGAGAGAAC	Neural
progenitors	1
08_10_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.CGAATGAGTCTTGGTAATG	Neural
progenitors	1
08_10_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.GACTGACGTCGGATGAAGG	Sensory
progenitors	6
08_10_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.GGTCCTTCTACGTCCGCAG	Neural
progenitors	1
08_10_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.GTAAGCTCTAAGAAGCTAG	Neural
progenitors	1
08_10_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TCGAATCTTTGTATAATACG	Neural
progenitors	1
08_10_exp3_idx1GATTCTTGAA_idx2TATAACTTCC.ACGTCTAGTTTGCTAACGG	Neural
progenitors	3
08_10_exp3_idx1GATTCTTGAA_idx2TATAACTTCC.ATGCTTCCTTATCATGATC	Ventral
midline	9
08_10_exp3_idx1GATTCTTGAA_idx2TATAACTTCC.ATTAATGCCTAACCTGCGTA	Neural
progenitors	0
08_10_exp3_idx1GATTCTTGAA_idx2TATAACTTCC.TGCCTTGGTCCAGTCCTCT	Neural
progenitors	1
08_10_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.AATACCGAATTATAGACGCA	Sensory
progenitors	6
08_10_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.CAGTATCCTATTGAGATTG	Neural
progenitors	1
08_10_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.CTCCATCATGATATCGGCG	Neural
progenitors	1
08_10_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.TAGCCAATTTCTGAACTGGT	Neural
progenitors	1
08_10_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.ACTGGACCTTTGCTAACGG	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.TCGTCTATTTTTCCAACCGC	Neural
progenitors	1
08_10_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.TTGACCAGTGCGTTGGAGC	Ventral
midline	9
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.AAAGCTGATTCGATGGCGCC	Neural
progenitors	1
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.ATAATCCTGTAGGTTAGCAT	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.ATATGGATCTTTCTTCCGGT	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.GACTACCATCCTTACTCCT	Neural
progenitors	1
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.AATTCATCGTTGGTATTCAT	Neural
progenitors	1
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.ACAGGTATTTAATGCTAGTC	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.AGTATTAGCTTTCCAACCGC	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.ATACTACTCTAATGCCGCTT	Neural
progenitors	1
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CAACTCTCTTGGTATTCAT	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CATACCGCTTCAAGCCGAT	Neural
progenitors	1
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CTACGGCATCATAGTTCGG	Neural
progenitors	0
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.GCCATGGTTTTGATATATT	Neural
progenitors	1
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.GTCGTAACTGGCGAACTCG	Neural
progenitors	1
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TATCCAGGTCCTTACTCCT	Neural
progenitors	1
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TCAGTTGGTAAGAAGCTAG	Ventral
midline	9
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TCGAGAAGTGCGTTCAGCT	Neural
progenitors	1
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TGGTCGAATATTGAGATTG	Immature
neurons	12
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TGGTTGAATTAGGAGAGAAC	Neural
progenitors	1
08_10_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.ATAGTTGACTTAACTCAATT	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2CTGCAATCGC.CCAAGGATTAACCTGCGTA	Ventral
midline	9
08_10_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.ACTGAATACTCATTCAATCA	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.GGCGCATTTAACCTGCGTA	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.CCTGCAGTTTCGAGGAGTA	Neural
progenitors	1
08_10_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.GATACGTCTGACGACCTGC	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2TCGATATTGA.ATTCCTAGATCATAGTTCGG	Neural
progenitors	0
08_10_exp3_idx1GCATCGTATG_idx2TCGATATTGA.CGAGATGCTCCGCGGCTCA	Neural
progenitors	1
08_10_exp3_idx1GCATCGTATG_idx2TCGATATTGA.GATTACGGTTTAGCAATAA	Neural
progenitors	3
08_10_exp3_idx1GCGCGTTCAT_idx2AGCGTCAATG.GTACCTCTTTCCGGCCTCG	Neural
progenitors	1
08_10_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.ATCTGATGATCCTTACTCCT	Neural
progenitors	1
08_10_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TTGAGTCCTTTGCTAACGG	Neural
progenitors	1
08_10_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.CCGTCGATTCTTGGTAATG	Sensory
progenitors	6
08_10_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.TATGGTCTTTGTATAATACG	Neural
progenitors	1
08_10_exp3_idx1GCGCGTTCAT_idx2GATGATCGTA.AGTAGCCATTGGTATTCAT	Neural
progenitors	1
08_10_exp3_idx1GCGCGTTCAT_idx2GATGATCGTA.CTCCATCATTCCGGCCTCG	Neural
progenitors	3
08_10_exp3_idx1GCGCGTTCAT_idx2GATGATCGTA.TCAGCGGTTATTCGACCAA	Neural
progenitors	1
08_10_exp3_idx1GCGCGTTCAT_idx2GCAACTGGCA.ATCAATACGTGGCGAACTCG	Neural
progenitors	1
08_10_exp3_idx1GCGCGTTCAT_idx2TCGATATTGA.CTACGGCATCGCGTACGAC	Neural
progenitors	1
08_10_exp3_idx1GCGCGTTCAT_idx2TCGATATTGA.TCAAGATCTTCATAGTTCGG	Neural
progenitors	1
08_10_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.ACTTGATTGTCTGAACTGGT	Ventral
midline	9
08_10_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.CGCCGTAATATTCGACCAA	Neural
progenitors	1
08_10_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.GTCTATGGTTGGCTGATGA	Immature
neurons	2
08_10_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.TATTGAGGTTCTTGGTAATG	Sensory
progenitors	6
08_10_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.CCGGATAGTTCCAATCATC	Neural
progenitors	1
08_10_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.CGTCGAAGTGATCTTACGC	Sensory
progenitors	6
08_10_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.CGGTAAGGTGATACGGAAC	Neural
progenitors	1
08_10_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.GATAAGCGTATTGAGATTG	Neural
progenitors	1
08_10_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.TTCTGGCCTTTCTTCCGGT	Neural
progenitors	1
08_10_exp3_idx1GCTTGAAGAG_idx2GGCTAATTAA.ATTGAGGAATTTGATATATT	Sensory
progenitors	6
08_10_exp3_idx1GCTTGAAGAG_idx2GGCTAATTAA.CGAATGAGTTTCCAACCGC	Sensory
progenitors	6
08_10_exp3_idx1GCTTGAAGAG_idx2GGCTAATTAA.TAGAGCCTTTAACTCAATT	Neural
progenitors	1
08_10_exp3_idx1GCTTGAAGAG_idx2GGCTAATTAA.TTCGTTCCTTTCCAACCGC	Neural
progenitors	1
08_10_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.CAGTATCCTGTATAATACG	Ventral
midline	9
08_10_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.CCATCGTCTTCGAGGAGTA	Neural
progenitors	1
08_10_exp3_idx1GGCTTACTCC_idx2AACTTATAAG.AAGCAGTATTAGGAGAGAAC	Neural
progenitors	1
08_10_exp3_idx1GGCTTACTCC_idx2AACTTATAAG.GGTCAGTTTGCGTTCAGCT	Neural
progenitors	0
08_10_exp3_idx1GGCTTACTCC_idx2AATTGCCTAC.GTTGCTCCTTTAGCAATAA	Immature
neurons	2
08_10_exp3_idx1GTAGCAGCTA_idx2GATACCTAAG.TCAAGATCTTTCCTACCAGT	Neural
progenitors	1
08_10_exp3_idx1GTAGCAGCTA_idx2GGCTAATTAA.AACCTCATTTTTGCTGGCAT	Neural
progenitors	1
08_10_exp3_idx1GTAGCAGCTA_idx2GGTAGGTCTC.TGGATTCTATTCCGGCCTCG	Neural
progenitors	0
08_10_exp3_idx1GTAGCAGCTA_idx2GGTAGGTCTC.TTGCGGTCTAATCGATAAT	Neural
progenitors	1
08_10_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.ACAGGTATTTGCCGTCGCGT	Neural
progenitors	1
08_10_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.ACGAGGTTTCGGAAGATAT	Neural
progenitors	1
08_10_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.ATGCTTCCTTTCTTCCGGT	Neural
progenitors	1
08_10_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.TATTCGGCTGTATAATACG	Neural
progenitors	1
08_10_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.TCAGCTTCTATTCGACCAA	Neural
progenitors	1
08_10_exp3_idx1GTAGGCTGCA_idx2AACGAGGCTA.TAGAGAGTATAACTGCTGCC	Sensory
progenitors	6
08_10_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.TAGATGACTTCGGATTAGAA	Neural
progenitors	1
08_10_exp3_idx1GTAGGCTGCA_idx2CTCGTCTAGG.ACTTCCGTTCCTTGGTCCA	Neural
progenitors	1
08_10_exp3_idx1GTAGGCTGCA_idx2CTCGTCTAGG.TGCCTATTATTTGCGAGGCA	Immature
neurons	2
08_10_exp3_idx1GTAGGCTGCA_idx2CTGCTTCGAC.AACGATCATTTAACTCTTAG	Neural
progenitors	1
08_10_exp3_idx1GTAGGCTGCA_idx2GACCGTAGCA.ACTTATGGTTACTAGAGAGT	Neural
progenitors	1
08_10_exp3_idx1GTAGGCTGCA_idx2GACCGTAGCA.CCGTCTCATGTATAATACG	Neural
progenitors	1
08_10_exp3_idx1GTAGGCTGCA_idx2GACCGTAGCA.CTGAGCATTTGGTATTCAT	Neural
progenitors	1
08_10_exp3_idx1GTAGGCTGCA_idx2GCTCTCGCCT.ATAATCCTGTATTCGACCAA	Neural
progenitors	0
08_10_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.GCTCGAGATTTATCCGGAT	Ventral
midline	9
08_10_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.ACCAATGCTACTCAATAGG	Immature
neurons	2
08_10_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.TCAAGATCTTCTAAGAGAAG	Neural
progenitors	1
08_10_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.TCGCGCATTTGGTATTCAT	Neural
progenitors	1
08_10_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.TTGGAGCTTTCCAATCATC	Neural
progenitors	1
08_10_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.TGCAAGGTTCTGATGGTCA	Neural
progenitors	1
08_10_exp3_idx1TAGGTAACTT_idx2CCTAGCGCCT.CTCCAGAGTTAGGCCATAG	Neural
progenitors	1
08_10_exp3_idx1TAGGTAACTT_idx2CCTAGCGCCT.TCAGCTTCTACTCAATAGG	Neural
progenitors	1
08_10_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.AATCCAGTATACCGCAGAAT	Neural
progenitors	1
08_10_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.ATTGCCGGTTGGAGAATTC	Ventral
midline	9
08_10_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.CCAGCCTTTTGGCTGATGA	Neural
progenitors	1
08_10_exp3_idx1TAGGTAACTT_idx2TCTAGAACTA.TTGATTCCTTAATGCTAGTC	Neural
progenitors	0
08_10_exp3_idx1TAGGTAACTT_idx2TGAGGTAGAA.TTGATTCCTTCTGATGGTCA	Neural
progenitors	3
08_10_exp3_idx1TAGGTAACTT_idx2TGATACGAGT.GACTGACGTCATTCAATCA	Neural
progenitors	1
08_10_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.TATTGACTCTTATAGACGCA	Neural
progenitors	1
08_10_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.TTATCCGCTCTAAGAGAAG	Sensory
progenitors	6
08_10_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.AAATCGTTCTTTGCTAACGG	Neural
progenitors	1
08_10_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.AAGCAGTATTTAGGCCATAG	Neural
progenitors	1
08_10_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.CCTGCTACTATTCGACCAA	Sensory
progenitors	6
08_10_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.GCGGTATATGCCGTCGCGT	Neural
progenitors	1
08_10_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.TCGTCTATTTCGGATTAGAA	Neural
progenitors	1
08_10_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.TTCTCTAGTTGAAGATCGAG	Neural
progenitors	1
08_10_exp3_idx1TATAATAGTT_idx2ACGCAACTCC.AACCTCATTTTATGAGTTAA	Neural
progenitors	1
08_10_exp3_idx1TATAATAGTT_idx2ACGCAACTCC.ACGAGGTTTTTGCTGGCAT	Neural
progenitors	1
08_10_exp3_idx1TATAATAGTT_idx2ACGCAACTCC.GACTGACGTCAAGTCGACC	Neural
progenitors	1
08_10_exp3_idx1TATAATAGTT_idx2ACGCAACTCC.GTACCTCTTCATAGTTCGG	Ventral
midline	9
08_10_exp3_idx1TATAATAGTT_idx2ACGCAACTCC.TTCTTCGTTTTAGCCGTCAT	Neural
progenitors	0
08_10_exp3_idx1TATAATAGTT_idx2CTCGTCTAGG.ACCATGATTTTGGCTGATGA	Sensory
progenitors	6
08_10_exp3_idx1TATAATAGTT_idx2CTCGTCTAGG.GAACGGCTTGGCGAACTCG	Immature
neurons	2
08_10_exp3_idx1TATAATAGTT_idx2CTCGTCTAGG.TATAAGAGGTAGGAGAGAAC	Neural
progenitors	1
08_10_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.AAATTCCTCTAATGCCGCTT	Neural
progenitors	1
08_10_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.ACCAATGCTCGGAGATCCG	Neural
progenitors	1
08_10_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.CAGCATTGTACGTCCGCAG	Neural
progenitors	1
08_10_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.GTTGCTCCTACGTCCGCAG	Neural
progenitors	1
08_10_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.TCGTAGCGTCGGAGATCCG	Neural
progenitors	1
08_10_exp3_idx1TATAATAGTT_idx2GACCTCCGCC.TGCCTATTATCGATGGCGCC	Neural
progenitors	1
08_10_exp3_idx1TATAATAGTT_idx2GGAACGATGG.AAGTATTGGTCATAGTTCGG	Immature
neurons	2
08_10_exp3_idx1TATAATAGTT_idx2GGAACGATGG.AGAGCATGTAACTGCTGCC	Neural
progenitors	1
08_10_exp3_idx1TATAATAGTT_idx2GGAACGATGG.CGATTCGCTCTGAACTGGT	Sensory
progenitors	6
08_10_exp3_idx1TATAATAGTT_idx2GGAACGATGG.GCGGTATATTGGTATTCAT	Ventral
midline	9
08_10_exp3_idx1TATAATAGTT_idx2GGAACGATGG.GGCGCATTTTTACGATGAA	Neural
progenitors	1
08_10_exp3_idx1TATAATAGTT_idx2GGAACGATGG.TCGGTACCTAAGAAGCTAG	Neural
progenitors	1
08_10_exp3_idx1TATAATAGTT_idx2GGAACGATGG.TTGACTCAATGTATAATACG	Neural
progenitors	1
08_10_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.ACGTTGCTTCGGATTAGAA	Immature
neurons	2
08_10_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.ATTCGCAATTCGACGCGACT	Neural
progenitors	1
08_10_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.TTCCGACGTCAAGTCGACC	Neural
progenitors	1
08_10_exp3_idx1TATTAGACTT_idx2CTAACTCCAA.TCGGTACCTGATATCGGCG	Immature
neurons	2
08_10_exp3_idx1TATTAGACTT_idx2TCATCTAATC.GGCAAGTCTGTCATTGCGC	Neural
progenitors	1
08_10_exp3_idx1TCCTCTGCCG_idx2AGTTGCATCT.GACTCGCTTGGCGAGCTTA	Neural
progenitors	1
08_10_exp3_idx1TCCTCTGCCG_idx2AGTTGCATCT.GTCGGAGTTGTATAATACG	Neural
progenitors	1
08_10_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.CCAGAACCTATTGAGATTG	Ventral
midline	9
08_10_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.GTCGGAGTTATCGGCTATC	Neural
progenitors	1
08_10_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.TGGCCTGATATTGAGATTG	Neural
progenitors	1
08_10_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.ATAACTTCCTGATATCGGCG	Neural
progenitors	1
08_10_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.ATGGTAACTTCGCGTACGAC	Ventral
midline	9
08_10_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.CAGATCAGTCGGATTAGAA	Neural
progenitors	3
08_10_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.AACTGGCATCTGAACTGGT	Neural
progenitors	1
08_10_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.ACATGGTAATTATGAGTTAA	Neural
progenitors	1
08_10_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.CCAGCCTTTGGCGAACTCG	Neural
progenitors	1
08_10_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.TTCTGGCCTCTAAGAGAAG	Neural
progenitors	1
08_10_exp3_idx1TCCTCTGCCG_idx2TTGGTCATAA.ACTGAATACTTGGTATTCAT	Neural
progenitors	1
08_10_exp3_idx1TCTTGAGGTT_idx2ACTATCTTGA.CTGGAAGATAAGAAGCTAG	Immature
neurons	2
08_10_exp3_idx1TCTTGAGGTT_idx2ACTATCTTGA.GCTTCTGGTTATGAGTTAA	Immature
neurons	2
08_10_exp3_idx1TCTTGAGGTT_idx2GTCATTGCGC.ACCTTCGGTATTGAGATTG	Neural
progenitors	1
08_10_exp3_idx1TCTTGAGGTT_idx2GTCATTGCGC.CATCGGACTCCGTTCCTTA	Neural
progenitors	1
08_10_exp3_idx1TCTTGAGGTT_idx2GTCATTGCGC.TCCGGTCATGTATAATACG	Sensory
progenitors	6
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.AAGATGCCTATTGAGATTG	Sensory
progenitors	6
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.AGATTCAACTTGGTATTCAT	Neural
progenitors	0
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.CGACGATATGGCGAACTCG	Neural
progenitors	1
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.GGTCTACGTCATAGTTCGG	Neural
progenitors	0
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TAGAGCCTTACGAAGTCAA	Sensory
progenitors	6
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TCTTAGTTCTAGGTTAGCAT	Ventral
midline	9
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TTCTCATTGTATCGGCTATC	Neural
progenitors	1
08_10_exp3_idx1TGGACGACTA_idx2ACGTTCAACC.ATTACCATCTCATAGTTCGG	Neural
progenitors	1
08_10_exp3_idx1TGGACGACTA_idx2AGCGTCAATG.CCTCCTGATGGCGAACTCG	Neural
progenitors	1
08_10_exp3_idx1TGGACGACTA_idx2AGCGTCAATG.GAAGAGGCTCTGATGGTCA	Ventral
midline	9
08_10_exp3_idx1TGGACGACTA_idx2AGCGTCAATG.GTAAGCTCTCGTAATGCAG	Neural
progenitors	1
08_10_exp3_idx1TGGACGACTA_idx2CTCGGTCAAT.GCGTACTTTTTGCGAGGCA	Immature
neurons	2
08_10_exp3_idx1TGGACGACTA_idx2GACCTCTCTG.GACCGAATTGCCGTATGCT	Neural
progenitors	1
08_10_exp3_idx1TGGACGACTA_idx2GATGATCGTA.AACGTAATCTCATAGTTCGG	Neural
progenitors	1
08_10_exp3_idx1TGGACGACTA_idx2GATGATCGTA.AATCCAGTATCATAGTTCGG	Neural
progenitors	1
08_10_exp3_idx1TGGACGACTA_idx2GATGATCGTA.ATAGTCGCTTAACTCAATT	Neural
progenitors	1
08_10_exp3_idx1TGGACGACTA_idx2GATGATCGTA.ATATGGATCTGGCGAACTCG	Neural
progenitors	1
08_10_exp3_idx1TGGACGACTA_idx2GATGATCGTA.TGCAAGGTTTTCCAACCGC	Neural
progenitors	1
08_10_exp3_idx1TGGACGACTA_idx2TCGATATTGA.TAATACCAGTTCAAGCCGAT	Neural
progenitors	1
08_10_exp3_idx1TGGACGACTA_idx2TGAGGTAGAA.AACCGCTGTTTCCAACCGC	Immature
neurons	2
08_10_exp3_idx1TGGACGACTA_idx2TGAGGTAGAA.CGGTAAGGTCGTAATGCAG	Neural
progenitors	1
08_10_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.AGCTATCGTTAACTCTTAG	Sensory
progenitors	6
08_10_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.ATAGTTGACTCTAAGAGAAG	Neural
progenitors	1
08_10_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.GGTTCGAGTACGAAGTCAA	Neural
progenitors	1
08_10_exp3_idx1TTATTGAGGC_idx2AGATCCTATA.CTAGTACGTTTGCGAGGCA	Neural
progenitors	1
08_10_exp3_idx1TTATTGAGGC_idx2CGAAGGACGA.ACGACGCATCTAAGAGAAG	Neural
progenitors	1
08_10_exp3_idx1TTATTGAGGC_idx2CGAAGGACGA.CGGTTCCATTTGCTGGCAT	Ventral
midline	9
08_10_exp3_idx1TTATTGAGGC_idx2GATACCTAAG.GGTACCATTTTGCTGGCAT	Sensory
progenitors	6
08_10_exp3_idx1TTATTGAGGC_idx2TATAACTTCC.AATTCTAGGTGCCGTATGCT	Neural
progenitors	1
08_10_exp3_idx1TTATTGAGGC_idx2TATAACTTCC.CATACCGCTGTATAATACG	Immature
neurons	2
08_10_exp3_idx1TTATTGAGGC_idx2TATAACTTCC.GTACCTCTTGGCGAACTCG	Sensory
progenitors	6
08_10_exp3_idx1TTATTGAGGC_idx2TCCGGTAATC.ACGGAACGTAGAGCTATAA	Neural
progenitors	1
08_10_exp3_idx1TTATTGAGGC_idx2TCCGGTAATC.ACTTATGGTTTTAGCAATAA	Neural
progenitors	1
08_10_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.CTGGAAGATTAACTCAATT	Neural
progenitors	0
08_10_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.ACATGGTAATGTATAATACG	Neural
progenitors	1
08_10_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.ACTTATGGTTATCGGCTATC	Neural
progenitors	1
08_10_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.ATACTACTCTCTGATGGTCA	Neural
progenitors	0
08_10_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.CCGAGAGATTATAGACGCA	Neural
progenitors	1
08_10_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.TTACCTAAGTACGTCCGCAG	Sensory
progenitors	6
08_10_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.TTCTTCGTTTTAACTCTTAG	Sensory
progenitors	6
08_10_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.GCGTCGTATTATCATGATC	Ventral
midline	9
08_10_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.TCGAAGGATTGGCTGATGA	Neural
progenitors	3
08_10_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.TTCTTCGTTTTATCATGATC	Neural
progenitors	1
08_10_exp3_idx1TTCCGTCGAC_idx2CGATCATTAC.CGCTAACCTCGAATAGATG	Neural
progenitors	1
08_10_exp3_idx1TTCCGTCGAC_idx2GATCAGTCAT.ACTTATGGTTGCGTTCAGCT	Neural
progenitors	1
08_10_exp3_idx1TTCCGTCGAC_idx2GATCAGTCAT.TTGATTCCTTGGCGAACTCG	Ventral
midline	9
08_10_exp3_idx1TTCGAATATT_idx2ACCGTTACGA.AATTCATCGTGCGTTCAGCT	Neural
progenitors	1
08_10_exp3_idx1TTCGAATATT_idx2CCTATAAGCT.TGCGTAGTTCAAGTCGACC	Neural
progenitors	1
08_10_exp3_idx1TTGCCGTAGG_idx2AACCTAGCTT.TAGAGCCTTCCTTACTCCT	Sensory
progenitors	6
08_10_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.AATTCATCGTTATGAGTTAA	Ventral
midline	9
08_10_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.ATGGACTATTCTAAGAGAAG	Neural
progenitors	1
08_10_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.CAGATCAGTCGCGTACGAC	Neural
progenitors	1
08_10_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.CTGAGCATTGTATAATACG	Neural
progenitors	1
08_10_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.CCGACCAATCCGCTGCCAG	Neural
progenitors	1
08_10_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.CGCCATTCTTTACGATGAA	Neural
progenitors	1
08_10_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.GCGTCGTATGCGTTCAGCT	Ventral
midline	9
08_10_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.GTAAGGAGTTTATCCGGAT	Neural
progenitors	1
08_10_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.TAGAACCAATATTGAGATTG	Ventral
midline	9
08_10_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.TAGAGAGTATACTATGCAAT	Neural
progenitors	1
08_10_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.TAGATGACTTGAAGATCGAG	Sensory
progenitors	6
08_10_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.TCCGTATGTTTGATATATT	Immature
neurons	2
08_10_exp3_idx1TTGCCGTAGG_idx2ACTTCCGAAT.ATGGTTGGTTCCAATCATC	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2ACTTCCGAAT.TCAGTTGGTCCGTTCCTTA	Neural
progenitors	1
08_10_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.ACTGGACCTCGGAGATCCG	Neural
progenitors	1
08_10_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.ATTCGCAATTTTGCTAACGG	Neural
progenitors	1
08_10_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.ATTGAGGAATCGACGCGACT	Neural
progenitors	0
08_10_exp3_idx1TTGCCGTAGG_idx2CTCGGTCAAT.AAGTACGTTTTCTTGCCGAC	Sensory
progenitors	6
08_10_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.AGATTGGTTTCCGCGGCTCA	Ventral
midline	9
08_10_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.ATGCTTCCTACTCAATAGG	Neural
progenitors	1
08_10_exp3_idx1TTGCCGTAGG_idx2GATTGCAGAC.ACCGGTTCTTATAGACGCA	Neural
progenitors	0
08_10_exp3_idx1TTGCCGTAGG_idx2TCCGTCGCCA.TGAACGCGTTTGATGCTAT	Neural
progenitors	1
08_10_exp3_idx1TTGCCGTAGG_idx2TGAGGTAGAA.GCTTCTGGTTTGATATATT	Neural
progenitors	1
08_10_exp3_idx1TTGCGAGCAT_idx2ACCAAGATCT.ACGCTTATATAATGCCGCTT	Neural
progenitors	0
08_10_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.CTATCTCCTGACGACCTGC	Ventral
midline	9
08_10_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.GCTTCTGGTTATAGACGCA	Immature
neurons	2
08_10_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.TAGAGAGTATCGTAATGCAG	Neural
progenitors	1
08_10_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.TGCGTAGTTTGGTATTCAT	Neural
progenitors	1
08_10_exp3_idx1TTGCGAGCAT_idx2CATTATTACC.CGGTTCCATCATAGTTCGG	Neural
progenitors	1
08_10_exp3_idx1TTGCGAGCAT_idx2CATTATTACC.TTCGTTCCTTTCTTCCGGT	Neural
progenitors	1
08_10_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.AACGCGTCTTTAGCAATAA	Ventral
midline	9
08_10_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.AGCAACGATAAGAAGCTAG	Neural
progenitors	0
08_10_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.ATAGTTGACTCTTGGTAATG	Neural
progenitors	1
08_10_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.CTTCGACTTTTGATGCTAT	Neural
progenitors	0
08_10_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.TTATCCGCTTATCATGATC	Ventral
midline	9
08_10_exp3_idx1TTGGTAAGGA_idx2CCTAGCGCCT.TCGAAGGATCGGATGAAGG	Neural
progenitors	1
08_10_exp3_idx1TTGGTAAGGA_idx2CGAGCTGCCA.ACAATGCTATAATGCTAGTC	Neural
progenitors	3
08_10_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.AAGATGCCTCATAGTTCGG	Neural
progenitors	1
08_10_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.CTCTGAGCTCATAGTTCGG	Neural
progenitors	1
08_10_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.TGAGTTAGATCGAATAGATG	Ventral
midline	9
08_10_exp3_idx1TTGGTAAGGA_idx2TCTAGAACTA.CCATTGCGTTTAGCAATAA	Neural
progenitors	1
08_10_exp3_idx1TTGGTAAGGA_idx2TCTAGAACTA.TCGGTACCTCCGCTCCGGC	Neural
progenitors	1
08_10_exp3_idx1TTGGTAAGGA_idx2TCTAGAACTA.TGTCCTTATTCCAGTCCTCT	Ventral
midline	9
08_10_exp4_idx1GGTTATCGAA_idx2GCTCTCGCCT.ATTGATCGTTTAGATCTACT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGATCTTCTTCATGCTGGTT	Mature
neurons	10
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TTGGCTCATAGTTGCATCT	Mature
neurons	10
08_10_exp11_idx1AGAGGAGAAT.TTCGCGGATTAGATCTACT	Mature
neurons	10
08_10_exp11_idx1GATTCTTGAA.GACGTTCGTATAAGGAGCA	Mature
neurons	10
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.ATTCGCAATTCCAACTAACC	Mature
neurons	10
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GTTCCAGCTTTCGCTTACG	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GTTGCTCCTTGCATATAAC	Immature
neurons	13
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GTTGCTCCTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TAGAGAGTATGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGACGAGGTGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.AAGCGCCATACGCCGTTCA	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TAGAGCCTTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATGGTCTTTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGCGGTCTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TTGAGAGATTAAGACGGCCA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.CCGGAGTTTACCAGCGCAG	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCCATGGTTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTCCTGCATGCCGTATGCT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCGGTACCTGCGCGGTAGT	Immature
neurons	13
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.ACCGTAGCTTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TCCGGTCATGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.ACCTTCGGTGATAAGGCAA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TGACGAGGTCGATGGCGCC	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.GTAAGCTCTCCGTTGACTT	Immature
neurons	13
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CGACGATATTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTCCTGCATTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATTGAGGTTTTAATTATTG	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GACCAGGATTACGGCTACG	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.AGTTGCGCTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.ACCAATGCTTGCGCCAGAA	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GTAGACGGTATAGTCGTAG	Immature
neurons	13
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TGAGTTAGATGCGCGGTAGT	Ventral
midline	9
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCGCTCAATCATAACCAGC	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CCGGATAGTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTACCTCTTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCTCTCCATTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TGCTCCTATTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TTCAACTGATCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ATGCCAAGTACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGATCTTCTTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTCGGCAATTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTCATCTGTCCAACTAACC	Immature
neurons	13
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTTGCAAGTAGAGCCAGCC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATGAGAACTGTTCCGCTAA	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TCTAGGAATTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGCAAGTCTTTAGCAATAA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TAGAGCCTTCCGTTGACTT	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACCTTCGGTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.CAACGCAGTACCGCAGAAT	Immature
neurons	13
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCGTTCTGTAGTTCGAGTA	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GCAGATACTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TATTGAGGTTTGCGCCAGAA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AAGCGCCATAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.TCTAGGAATTAGTTCGAGTA	Immature
neurons	13
08_10_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.GTTCCAGCTAGTTCGAGTA	Immature
neurons	2
08_10_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.GGACTTGATAGTTCGAGTA	Immature
neurons	12
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TGTTAAGACTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GAAGAGGCTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTAGCGATTCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCTATACCTTGCCGGTCGAG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.ACCGTAGCTCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GACCAGGATTTAATTATTG	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TGAATTCGTTCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GAACGGCTTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCTCCGAATTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GTCGGCAATGTTCCGCTAA	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTAAGCTCTAAGTCTTCCG	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTTCCAGCTTACGGCTACG	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCATCCAGTTGGTATTCAT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCGTTCTGTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GTAAGCTCTTCGAGGAGTA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.AAGCGCCATTCGAGGAGTA	Neural
progenitors	0
08_10_exp10_idx1AATACGATAA_idx2ACGTTCAACC.TCAGCTTCTACTTAACCTT	Neural
progenitors	3
08_10_exp10_idx1AATACGATAA_idx2TCTAGAACTA.ACAACCTATTGTCATTGCGC	Immature
neurons	13
08_10_exp10_idx1ACGGCGTTAA_idx2AGCGTCAATG.ACAACCTATTTTAGATTCCG	Ventral
midline	9
08_10_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.TAGTTACCTTAACTGATCTT	Neural
progenitors	3
08_10_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TATGGTCTTTTTGAGTATCA	Neural
progenitors	3
08_10_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.CATCAACGTTTATCCGGAT	Immature
neurons	7
08_10_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TCCTAACTTTGCAGGTCCGT	Neural
progenitors	0
08_10_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.CTTCATGCTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.GCATCCAGTCGAGCTGCCA	Neural
progenitors	0
08_10_exp10_idx1TCCTCTGCCG_idx2TGGACTTGAC.ATATCCTACTGGTACTGCCT	Neural
progenitors	0
08_10_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.GGTAGTCCTCCGTTCCTTA	Immature
neurons	2
08_10_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.TCGAATCTTTTTATCCGGAT	Neural
progenitors	3
08_10_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.ATTACCATCTATTGAGATTG	Neural
progenitors	3
08_10_exp3_idx1AGACCATATC_idx2AATTGCCTAC.TAACGACTTTGACGAAGCGT	Neural
progenitors	3
08_10_exp3_idx1CCTCAGCTCC_idx2CGGCGAGACC.TTATCCGCTCCGTTCCTTA	Immature
neurons	2
08_10_exp3_idx1GATTCTTGAA_idx2TCCGGTAATC.CGAAGACCTACCGCAGAAT	Immature
neurons	2
08_10_exp3_idx1GCGCGTTCAT_idx2AGCGTCAATG.CGAGATGCTTTCCAACCGC	Neural
progenitors	3
08_10_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.CGTAGGCTTATTCGACCAA	Immature
neurons	13
08_10_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.TCCTAACTTTTTCTTCCGGT	Neural
progenitors	0
08_10_exp3_idx1GTAGCAGCTA_idx2CGAAGGACGA.TATTGACTCTCAAGTCGACC	Immature
neurons	2
08_10_exp3_idx1GTAGCAGCTA_idx2GGCTAATTAA.ACTGAATACTCGGAAGATAT	Immature
neurons	2
08_10_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.AAACTGAACTTAACTCTTAG	Sensory
progenitors	14
08_10_exp3_idx1TATAATAGTT_idx2GGAACGATGG.TGCTCCTATTGGCTGATGA	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.ATTGATCGTTTAACTCAATT	Immature
neurons	7
08_10_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.AGTTAACCATATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCATGGCTTTGCGCCATCT	Immature
neurons	7
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TGGTCTCCTTCTACCATTA	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GAGACTAGTTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGAGCTCATGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GTAAGCTCTCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGGATCCGTGTTCCGCTAA	Immature
neurons	2
08_10_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.AAGGATATGTTTCTTCCGGT	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GAAGAGGCTAGATATATCG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TTGGTTAAGTGACGACCTGC	Neural
progenitors	1
08_10_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.GACCAGGATGCAGGTCCGT	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GTCCTGCATCAGGTATGGA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.ATTGCCGGTGCGACGCCTT	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CTGCTGAATTCGAGGAGTA	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GACTCGCTTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GTAGCGATTGCCGTATGCT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TATATGCGTTATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCCGGTCATAAGTCTTCCG	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCGAATCTTTACGCCGTTCA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TGAATTCGTTTTGATATATT	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TGCCTATTATAAGACGGCCA	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TCAGCGGTTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TCCGTATGTTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.AGGCATCATAGACTCAAGC	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GACCGTCATTTAGCAATAA	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATAAGGCTTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCCTCGAGTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTGAGAGATTTCGAGGAGTA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CCGGATAGTTCTCCTATAA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GGCAAGTCTAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GGCGACTATGTTGAAGGAT	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.ATGGCGTATTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.CAACGCAGTAATGCTAGTC	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACTGACGTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGCGTAGTTGAAGGTTGCC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.ACGAGGTTTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CCTCCTGATATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GGCAAGTCTTTCGCTTACG	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GGCGACTATACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TGCCTTGGTGTTCCGCTAA	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GGATAGGTTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GGTAGTCCTTCGAGGAGTA	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.GCGGAGAATGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TTCGCATAATAAGACGGCCA	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TTCTCTAGTTTTGATATATT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ACGCCATATCGGAAGATAT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTCCTCGTTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTGCTGAATCATAACCAGC	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTAAGCTCTCGGAGATCCG	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTAAGGAGTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TAGAGCCTTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGGTAATAGTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTATAGGCATGAAGGTTGCC	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.ACGCCATATTACGGCTACG	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.ATTGCCGGTAATGCTAGTC	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GAAGAGGCTAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGAGCTCATACCGCAGAAT	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGTACGGATGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCGGTACCTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGGTCTCCTACGCCGTTCA	Neural
progenitors	15
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTCAACTGATCCAGGCCGCA	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GGCAAGTCTGTTCCGCTAA	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TGATCTTCTTCCGTCCAGTA	Ventral
midline	9
08_10_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.CTCTACTGTATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TGGTCGAATCGGATGAAGG	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TCCAAGTTATTTGATGCTAT	Neural
progenitors	15
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GACTGACGTTTAATTATTG	Immature
neurons	2
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TGACGAGGTTTGATGCTAT	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TTGGCGACTGCGACGCCTT	Immature
neurons	2
08_10_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TAGGTACTATACGCCGTTCA	Immature
neurons	2
08_10_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TAGGTACTATGTTGAAGGAT	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TGGTAGGCTCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.CGTCGAAGTCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.AAGATGCCTCAGGTATGGA	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.ATAGTCGCTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.GCGTCGTATCGGAGATCCG	Ventral
midline	9
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.GGATAGGTTTCAGACGAAC	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TTCGCATAATCGGTAGGAAT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.ACCGTAGCTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CCATCAGGTGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTAAGCTCTAGTTCGAGTA	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTAGCGATTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTTGCTTAGTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GACTACCATACCAGCGCAG	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGCGCATTTTTGATGCTAT	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCGAATCTTTCGATGGCGCC	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GCCATGGTTATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TAGCCAATTTGTACTAGTAA	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATTGAGGTTGTACTAGTAA	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCTAGGAATTGCCAACGCCA	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGAGAATCATTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CCATTGCGTAATAATACCA	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TATGCGATTTGTACTAGTAA	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TCCAAGTTATCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CTTCATGCTCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGATAGGTTTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGTCCTTCTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCCGTATGTAAGTTGCCAT	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.AAGCGCCATTCTCCTATAA	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CTTAGCGGTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GCAACGTTTAATAATACCA	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GAGCGGTATTTAATTATTG	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCTCGCTCTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TTATAGGCATTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.GCATCCAGTCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.GGTTCGAGTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.TATTGAGGTTCCGTCCAGTA	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.TGACGAGGTCCGTCCAGTA	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TCGCGCATTGCGACGCCTT	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.CAGAAGGCTAAGTCTTCCG	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GACTCGCTTTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GACTTGGCTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TTCCATTACTCGGTAGGAAT	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.CGCCGTAATCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.GAGACTAGTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACTGACGTGCGACGCCTT	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGACTTGATAGTTCGAGTA	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TAGCCAATTTTCAGACGAAC	Neural
progenitors	15
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TATGAGAACTCCGTTGACTT	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTAATGAGCTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTTGCTTAGTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TATTGACTCTGACGACCTGC	Neural
progenitors	1
08_10_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TCCAAGTTATTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GACTCGCTTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TGAGTTAGATTTAATTATTG	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TTCTTAACCTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TGGCCTGATCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GACTCGCTTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCATCCAGTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TGTTAAGACTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TATCATGAGTAATAATACCA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TCGTTCTGTTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTCATCTGTCGCGTACGAC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTCGGCAATCCTTACTCCT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTTCGCTGTGGCCAGTCCG	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGCGGTCTATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.CTCTACTGTCCTTACTCCT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GTAGCGATTCGGTAGGAAT	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GTCGGCAATAAGACGGCCA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ATGGCAGCTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCATCAGGTTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCATGGCTTTGGTATTCAT	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCTACTTACTGCCGGTCGAG	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGCGTAGTTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTCCGGTTTTGCGCCATCT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGAGTTAGATTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCGCGGATGCCGGTCGAG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GGCAAGTCTTGCGCCAGAA	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CTTCATGCTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GAGCGGTATTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GCCATGGTTGCGCGGTAGT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGACTTGATGCGTTCAGCT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTCATCTGTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATTCGGCTTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCAGTTGGTGTACTAGTAA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GCGTCGTATTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACGAGGTTTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAACGATGTTCGAGGAGTA	Neural
progenitors	15
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GATTACGGTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCTCGAGATTCTCCTATAA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTCATCTGTAATGCTAGTC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAGGTACTATGTACTAGTAA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGTCGAATGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGGAGTTATACCAGCGCAG	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TTCTCTAGTTACCAGCGCAG	Neural
progenitors	0
08_10_exp1_idx1TAGGTAACTT_idx2CCGTCGGAGG.GACCGAATTCGGAGATCCG	Immature
neurons	2
08_10_exp1_idx1TAGGTAACTT_idx2CCGTCGGAGG.GGCGACTATGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.GACTTGGCTAGTTCGAGTA	Immature
neurons	2
08_10_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.GGTCCTTCTACCTGGACGC	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GAAGAGGCTATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ACCAATGCTGCCGTCGCGT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.AGTTGCGCTCGGAGATCCG	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ATGCCAAGTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ATGGCAGCTATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CTCCAGAGTCAGATTCGAT	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGAGCTCATAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGCTTACTTTGCGCCAGAA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TAGCCAATTTTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCCGGTCATGGCCAGTCCG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCTCTCCATCGATGGCGCC	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGAGTTAGATTCGATATTGA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGAGAATCATAGACTCAAGC	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGTTGGCATTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATCGAACTTAAGACGGCCA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTCTCTAGTTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAAGACCGTGCGTTCAGCT	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGAGAGTATTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATTGAGGTTCCAGGCCGCA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCTCGAGTGCCGGTCGAG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGGCTCATACGCCGTTCA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GCCATGGTTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TAGGTACTATCTGAACTGGT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TGGTAGGCTACCAGCGCAG	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CCAGAACCTCTCTGCGGCA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GATCGACCTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GGATAGGTTCATAACCAGC	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TATATGCGTTTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TTGAGAGATTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ATGCCAAGTCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CGCCGTAATCCAGGCCGCA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTCTACTGTAGTTCGAGTA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GAGACTAGTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGCTCGGTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCATTAAGCTCCGTCCAGTA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCTCGAGTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCGTCTATTTATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGCTCCTATAGACTCAAGC	Immature
neurons	2
08_10_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TGTTAAGACTCTCTGATCAG	Immature
neurons	2
08_10_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.ACCAATGCTCGGAAGATAT	Sensory
progenitors	6
08_10_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TCTCGCTCTGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GACCGAATTAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GCGGAGAATGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GTAGCGATTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCCGGTCATGATAAGGCAA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GGATAGGTTATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.AACCGCTGTTGCATATAAC	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACTACCATCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCGGAGAATGGCCAGTCCG	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGCTTACTTATTGAGATTG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTAAGGAGTTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTTGCAAGTCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCAGTTGGTTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCGGTCATCGGAGATCCG	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GGCGACTATGTTCCGCTAA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TATTGACTCTTCTACCATTA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCATGGCTTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCCAAGTTATAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTAATGAGCTTTCGCTTACG	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AAGATGCCTTACGGCTACG	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACGTTCGTGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGAGCTCATACGCCGTTCA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGAGGTTCTCGATGGCGCC	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTAGTCCTACCGCAGAAT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTAAGCTCTAAGACGGCCA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CGGTTCCATAGACTCAAGC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CTATCTCCTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GAGCGGTATCGGTAGGAAT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TATCCAGGTCGGAAGATAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GGATAGGTTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TAAGACCGTTGCGCCATCT	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GCGCTCAATTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TTCTGGCCTCATAACCAGC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.AACCGCTGTTGCATATAAC	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GTAGCGATTTTGATGCTAT	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.CGCCGTAATGATAAGGCAA	Immature
neurons	2
08_10_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GACTCGCTTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.TTATAGGCATCGGTAGGAAT	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.CCGGAGTTTCAGGTATGGA	Ventral
midline	9
08_10_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.GTAGACGGTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.CTTCATGCTCTGAACTGGT	Immature
neurons	2
08_10_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.GTCATCTGTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.TAGCTCGGTATTGAGATTG	Neural
progenitors	0
08_10_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.TTCTAAGCTTGACGACCTGC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTATCTCCTAAGACGGCCA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGCGCATTTAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCAGTTGGTTGGTATTCAT	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGGTAATAGTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.CGACGATATGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.AACCGCTGTCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTTCCAGCTTTGATGCTAT	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTCTCTCGTTTCGCTTACG	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.CTGGAAGATATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TGAGAATCATCATAACCAGC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.ACCAATGCTTTGATATATT	Sensory
progenitors	6
08_10_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.AAATTCCTCTAGAGCCAAGG	Neural
progenitors	0
08_10_exp10_idx1AATACGATAA_idx2CTCGATGGAG.TTCTCTAGTTTGGAAGTACC	Immature
neurons	2
08_10_exp10_idx1AGACCATATC_idx2AACGAGGCTA.GATACGTCTACGCGAGATT	Neural
progenitors	0
08_10_exp10_idx1AGACCATATC_idx2CCTATAAGCT.CAGCATTGTCCGAGAATCC	Neural
progenitors	3
08_10_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.GCGTACTTTGCCGCAACGA	Sensory
progenitors	6
08_10_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.GAACGATGTGCCGCAACGA	Immature
neurons	2
08_10_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.GGTTCGAGTGCAGGTCCGT	Neural
progenitors	15
08_10_exp10_idx1ATAAGGACTC_idx2CGAGTTAGAG.TCTATCCAATAGAGCCAAGG	Neural
progenitors	3
08_10_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TATTGAGGTTTTCAAGACCA	Immature
neurons	2
08_10_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.AACTAGTTGTTTAGATTCCG	Neural
progenitors	3
08_10_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TCTCGCTCTTCCGTCGCCA	Neural
progenitors	0
08_10_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TTCTAAGCTTATCGGCTATC	Neural
progenitors	1
08_10_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TTCCATCTTTACGCGAGATT	Neural
progenitors	0
08_10_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.GAACGATGTAGAGCCAAGG	Immature
neurons	2
08_10_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.TCGAAGGATTGGAACTAGA	Neural
progenitors	3
08_10_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.TTCGTTCCTCGATCATTAC	Immature
neurons	2
08_10_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.TTCTCTAGTTAACTGATCTT	Neural
progenitors	3
08_10_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.TGACGAGGTGGAGGATAGC	Neural
progenitors	0
08_10_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.TACTTGCGTACGCGAGATT	Immature
neurons	2
08_10_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GCTGAAGCTAACTGATCTT	Ventral
midline	9
08_10_exp10_idx1GCTTGAAGAG_idx2AGATCCTATA.GATACGTCTTCAACGTAAG	Immature
neurons	2
08_10_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.GGAGGTTCTTAGAGTAATA	Neural
progenitors	0
08_10_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TCGCCAACTTTGAGTATCA	Neural
progenitors	1
08_10_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TAGAGCCTTTATTACTCAT	Neural
progenitors	0
08_10_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TCTAGGAATTAACTGATCTT	Immature
neurons	2
08_10_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TCTATACCTTGGCTATGACT	Neural
progenitors	0
08_10_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.GCGGTATATTATTACTCAT	Immature
neurons	2
08_10_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.TTATAGGCATCGATCATTAC	Neural
progenitors	0
08_10_exp10_idx1TATAATAGTT_idx2CTGCTTCGAC.GCTGGCTATCATGCTGGTT	Immature
neurons	2
08_10_exp10_idx1TCCTCTGCCG_idx2CGAGTTAGAG.TCTCGCTCTGGTACTGCCT	Neural
progenitors	0
08_10_exp10_idx1TCCTCTGCCG_idx2TTGAGTATCA.GAAGAGGCTCGATCATTAC	Neural
progenitors	3
08_10_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.TTGGCTCATTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1TGGACGACTA_idx2ACTCTCTCAA.GCTGAAGCTGCAAGGAATA	Neural
progenitors	1
08_10_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.ATTCCTAGATTGGAACTAGA	Neural
progenitors	3
08_10_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TCTATACCTTGCAAGGAATA	Immature
neurons	2
08_10_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.GTAGACGGTTTACCTCGAC	Neural
progenitors	0
08_10_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TGTTAAGACTTTAGATTCCG	Sensory
progenitors	6
08_10_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.TAGAGCCTTGGTACTGCCT	Neural
progenitors	3
08_10_exp10_idx1TTATTGAGGC_idx2ATAGGATATG.GTCTCTACTACGCGAGATT	Neural
progenitors	0
08_10_exp10_idx1TTGCCGTAGG_idx2CCTAGCGCCT.TAATACCAGTTATTACTCAT	Neural
progenitors	3
08_10_exp10_idx1TTGCCGTAGG_idx2GATGATCGTA.GCATCCAGTAAGACCGTTG	Neural
progenitors	3
08_10_exp11_idx1GACTGGACCA.AAGGCTACTGTCCTACTTG	Neural
progenitors	3
08_10_exp11_idx1TAGGTAACTT.CTACGGCATTATATACTAA	Immature
neurons	2
08_10_exp2_idx1ATTATGCAAG_idx2TGGCGTAGGT.AAGGATATGTCCGTTCCTTA	Immature
neurons	2
08_10_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.ACGATATCATTTGCGAGGCA	Immature
neurons	2
08_10_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.AAGTTCTTGTTCGCTAAGCA	Neural
progenitors	1
08_10_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.AGATCGGATCCTTGGTCCA	Neural
progenitors	3
08_10_exp2_idx1TTGGTAAGGA_idx2ACTGAATTCC.TTATCCGCTTCAAGCCGAT	Neural
progenitors	1
08_10_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.CGAAGACCTTTAGGATCTA	Immature
neurons	2
08_10_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.ATAATCCTGTTATGAGTTAA	Ventral
midline	9
08_10_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TCCTAACTTTTAACTCAATT	Neural
progenitors	0
08_10_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.TGAATCTGATTTAGGATCTA	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTAATTAA.ACCAATGCTCTTGGTAATG	Immature
neurons	2
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.ACATTCGTATGGCGAACTCG	Neural
progenitors	1
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.ACGAGGTTTCCAGTCCTCT	Neural
progenitors	0
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.CATACCGCTGAAGATCGAG	Sensory
progenitors	6
08_10_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.CCAGCCTTTTGGTATTCAT	Neural
progenitors	1
08_10_exp3_idx1ATAAGGACTC_idx2AGTCCGCGGA.AAGACCTTATGGCAGACGCC	Neural
progenitors	3
08_10_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.AGCATTATGTTAACTCAATT	Neural
progenitors	1
08_10_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.GTCGTAACTTTCTTCCGGT	Immature
neurons	2
08_10_exp3_idx1ATAAGGACTC_idx2TTGGTCATAA.GATTACGGTTTGCTAACGG	Immature
neurons	2
08_10_exp3_idx1ATGGCGCCTG_idx2CCAAGCTGAA.ACGGCAATTGGCCAGTCCG	Sensory
progenitors	6
08_10_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.GACTCGCTTTTAGCAATAA	Ventral
midline	9
08_10_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.ATAGTTGACTACCTGGACGC	Neural
progenitors	15
08_10_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TTGGAGCTTTTGACTTCAG	Immature
neurons	2
08_10_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.TGAACGCGTCGGATGAAGG	Neural
progenitors	1
08_10_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.AACCGCTGTTTGCTGGCAT	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.GTAAGGAGTCCGTTCCTTA	Neural
progenitors	0
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.GCGCTCAATCTTGGTAATG	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.GACCGAATTCAAGTCGACC	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.GATACGTCTCTTGCAGTAG	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.GCTCGAGATAGGTTAGCAT	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.TAACGACTTTCTGATTAAGA	Immature
neurons	2
08_10_exp3_idx1GCGCGTTCAT_idx2GATGATCGTA.ATTCAAGCATAATCGATAAT	Neural
progenitors	0
08_10_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.ATTCAAGCATTTGATATATT	Neural
progenitors	0
08_10_exp3_idx1GTAGCAGCTA_idx2GGTAGGTCTC.AAGCGCCATTTCCAACCGC	Immature
neurons	2
08_10_exp3_idx1GTAGCAGCTA_idx2GGTAGGTCTC.ATGGACTATTTCAAGCCGAT	Neural
progenitors	1
08_10_exp3_idx1GTAGGCTGCA_idx2CTCGTCTAGG.TGTCCTTATTTAGCCGTCAT	Immature
neurons	2
08_10_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.GATTACGGTTTGCGAGGCA	Neural
progenitors	15
08_10_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.TATTGACTCTTGGCTGATGA	Immature
neurons	2
08_10_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.CGCTGCTTTCGGATTAGAA	Immature
neurons	2
08_10_exp3_idx1TATAATAGTT_idx2ACGCAACTCC.GGTTGGCATAAGAAGCTAG	Neural
progenitors	1
08_10_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.AACGTAATCTTGGCTGATGA	Neural
progenitors	3
08_10_exp3_idx1TCCTCTGCCG_idx2AGTTGCATCT.CCATTGCGTCCGCTCCGGC	Ventral
midline	9
08_10_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.TTCTCATTGTGGCGAACTCG	Neural
progenitors	3
08_10_exp3_idx1TCCTCTGCCG_idx2CTAACTCCAA.TTCTAAGCTTCGGAAGATAT	Neural
progenitors	3
08_10_exp3_idx1TCCTCTGCCG_idx2TCATCTAATC.TCGTCTATTTCTTGCAGTAG	Neural
progenitors	1
08_10_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.ATCAATACGTAAGCCAGTTA	Sensory
progenitors	6
08_10_exp3_idx1TGGACGACTA_idx2GATGATCGTA.TATTGAGGTTCGGAAGATAT	Neural
progenitors	1
08_10_exp3_idx1TGGACGACTA_idx2TCGATATTGA.AACCTCATTTGATATCGGCG	Ventral
midline	9
08_10_exp3_idx1TGGACGACTA_idx2TCGATATTGA.GACTACCATCGAATAGATG	Neural
progenitors	15
08_10_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.GCAGATACTCGATGGCGCC	Immature
neurons	2
08_10_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.CGCTAACCTAAGCCAGTTA	Sensory
progenitors	6
08_10_exp3_idx1TTCCGTCGAC_idx2CCGTCGGAGG.CGTCGAAGTAGAGCTATAA	Sensory
progenitors	6
08_10_exp3_idx1TTCGAATATT_idx2GACCTCTCTG.TAGGTACTATACGAAGTCAA	Immature
neurons	2
08_10_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.TTGGCGACTCTTGGTAATG	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2CTCGGTCAAT.AGTTGCGCTCCGCGGCTCA	Neural
progenitors	1
08_10_exp3_idx1TTGCCGTAGG_idx2GGAACGATGG.AACTAGTTGTTATCGTCGGC	Neural
progenitors	0
08_10_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.ATACTACTCTTCTTGCCGAC	Neural
progenitors	1
08_10_exp3_idx1TTGCGAGCAT_idx2CATTATTACC.AAACTGAACTTAGGCCATAG	Immature
neurons	2
08_10_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.AAACCATAGTTTATCCGGAT	Neural
progenitors	3
08_10_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.GGTTCGAGTGATACGGAAC	Immature
neurons	2
08_10_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.ATATGCCATTGTATAATACG	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TAGCTCGGTAGACTCAAGC	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TCTCGCTCTATAGACTAGG	Neural
progenitors	0
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TATGGTCTTTTTGGACGCTG	Neural
progenitors	0
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TTCGCATAATACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.GACTGACGTGATAAGGCAA	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.GGTACGGATTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCTGAAGCTCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGGTACCTCCAGGCCGCA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCTAAGCTTTATTACTCAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GAACGGCTTGCGTTCAGCT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TGCCTTGGTAATAATACCA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACCAGGATCGAATAATTC	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TATCGAACTTTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TCTATACCTTCGCGTACGAC	Neural
progenitors	15
08_10_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.CATCAACGTGCCGCAACGA	Neural
progenitors	0
08_10_exp10_idx1TGGACGACTA_idx2AACTTATAAG.TTGGAGTTATGCCGCAACGA	Neural
progenitors	0
08_10_exp10_idx1TGGACGACTA_idx2ACGTTCAACC.ATACCAGTTTTCTAGAACTA	Neural
progenitors	0
08_10_exp3_idx1ATAAGGACTC_idx2AAGATCCAAC.GTCTCTACTCTTGCAGTAG	Neural
progenitors	0
08_10_exp3_idx1ATAAGGACTC_idx2TTGGTCATAA.CAAGGCGTTTCAAGCCGAT	Neural
progenitors	0
08_10_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.AACGATCATTAATGCTAGTC	Neural
progenitors	0
08_10_exp3_idx1TAGGTAACTT_idx2CCTAGCGCCT.CTCCATCATCCTTACTCCT	Immature
neurons	2
08_10_exp3_idx1TAGGTAACTT_idx2CTCGGTCAAT.ACTGAATACTCCAGTCCTCT	Immature
neurons	2
08_10_exp3_idx1TAGGTAACTT_idx2TGATACGAGT.ACTGGACCTAAGAAGCTAG	Neural
progenitors	0
08_10_exp3_idx1TTGCCGTAGG_idx2AACCTAGCTT.GTCTATGGTGCGTTCAGCT	Neural
progenitors	0
08_10_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.ACAACCTATTTATCGTCGGC	Mature
neurons	10
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.GGTTGGCATCGGAAGATAT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TGATCTTCTTAGACTCAAGC	Neural
progenitors	0
08_10_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TAGGAAGGTTTGAGTATCA	Immature
neurons	2
08_10_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.TGCCTTGGTAGCGTCAATG	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GGTACGGATCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TATTGAGGTTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCGAATCTTTCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TTGGAGTTATTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.ACGCCATATCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CGACGATATCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GAAGAGGCTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TACGGTAGTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TACTCCTATTCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TGCTCCTATCAGGTATGGA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.CAATCGGTTAGAGCCAGCC	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.CCGTCTCATGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GACTGACGTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GCAATCGCTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TATGCGATTTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TCTAGGAATTCTGAACTGGT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TGAGAATCATTGCATATAAC	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TTCAACTGATGCCGTATGCT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.AACCGCTGTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.AGGCATCATCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ATAGTCGCTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GAACGGCTTCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GAACGGCTTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTTCCAGCTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TAGGTACTATGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATCCAGGTAGTTCGAGTA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCCTACCTTCGATGGCGCC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGGTAGGCTGCCGTATGCT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CCGAGAGATGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CCTCCTGATTTAATTATTG	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CTCCAGAGTATAGACTAGG	Immature
neurons	13
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TGCTCCTATACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TTGAGTCCTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CTGGAAGATCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GACTGACGTATAGACTAGG	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GAGCGGTATACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GATTACGGTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GCGTCGTATAGAGCCAGCC	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GGCAAGTCTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TATGCGATTTTGCATATAAC	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TCGTCTATTTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.CAGAAGGCTACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCATTGCGTTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACTCGCTTTGCATATAAC	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCATCCAGTTGCGCCAGAA	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGATAGGTTCCGTCCAGTA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATGGTCTTTCCAGGCCGCA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATTCGGCTCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATTGACTCTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCCAAGTTATGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCTCGCTCTCCTTACTCCT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGGACCTCTCCAGGCCGCA	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGGCCTGATTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGGTAGGCTCTGAACTGGT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCTAAGCTTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.AACCGCTGTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CCGAGAGATATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GACGTTCGTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GCATCCAGTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GGCTTACTTTGCGCCAGAA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GTAGCGATTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCCAAGTTATCCTTACTCCT	Neural
progenitors	15
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCGAATCTTTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TTCGCATAATCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.AAGCGCCATGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.CTTAGCGGTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GCTGGCTATACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TATTGACTCTGCCAACGCCA	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TCCAAGTTATTGATAGAACG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TCTAGGAATTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.CAACGCAGTTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GAGCGGTATATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TATGCGATTTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TCAGTTGGTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AACCGCTGTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ACCGTAGCTCGAATAATTC	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ACGCCATATTATTACTCAT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTGCTGAATATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GAGACTAGTTCTCCTATAA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCTGGCTATTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGCTTACTTTCGAGGAGTA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGTCTACGTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTAGACGGTAAGTTGCCAT	Immature
neurons	13
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTAGCGATTTTAATTATTG	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTCATCTGTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTTGCAAGTAGAGCCAGCC	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTTGCAAGTATAGACTAGG	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TAGAGAGTATGGCCAGTCCG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATGCGATTTATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCTACTTACTCGATGGCGCC	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCTACTTACTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGATCTTCTTGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGCTAATTCTACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGGCCTGATTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCGCGGATCGATGGCGCC	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.ACGGCAATTTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CGACGATATTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CGGTTCCATTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CGGTTCCATTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCATCCAGTAGAGCCAGCC	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCATCCAGTCGGAGATCCG	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCTGAAGCTATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGCGCATTTGCCGTATGCT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGTTGGCATGAAGGTTGCC	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGTTGGCATGCCGGTCGAG	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTATCGCATTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TAGAGAGTATTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCCAATAGTTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGCTACTAATCTCTGCGGCA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGGTAATAGTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGTTAAGACTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTCGCATAATGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTCTCTAGTTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTCTGGCCTCATAACCAGC	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTGGAGTTATAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TTAATGAGCTAATGCTAGTC	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TATTCGGCTCCAGGCCGCA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TCATGGCTTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.AACCGCTGTTTAGCAATAA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GTCGGAGTTGAAGGTTGCC	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TATTCGGCTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TCAGGAGATCCGTCCAGTA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TCTCCGAATTGGTATTCAT	Immature
neurons	2
08_10_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.AGCAACGATACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GGCGCATTTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GTCGGAGTTAGGCCGCTCG	Immature
neurons	2
08_10_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TCCAAGTTATAAGACGGCCA	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TCCTACCTTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GTAAGCTCTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.ATGCCAAGTACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.CCATCAGGTGAAGGTTGCC	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.CCGAGAGATAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GATTACGGTTTAATTATTG	Immature
neurons	2
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GTAGACGGTTTAGCAATAA	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TCGCGCATTCATAACCAGC	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.GTCGGCAATAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TTGGCAATATGCGTTCAGCT	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.ACGAGGTTTCCAGGCCGCA	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.GCAATCGCTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GTCGGCAATTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TATCCAGGTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TCATAGAGTTACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GCATCCAGTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GTTGCAAGTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TCGTCTATTTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TGTTAAGACTCTCTGCGGCA	Ventral
midline	9
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TTCTGGCCTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.GAACGATGTGTTGAAGGAT	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.TCCAAGTTATCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.GGCGACTATTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TATAAGGCTTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.GGCTTACTTAAGTTGCCAT	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TAAGACCGTCATAACCAGC	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TTGGCAATATATTGAGATTG	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.AGTTGCGCTAAGACGGCCA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CCATCAGGTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CCGTCTCATAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CTATCTCCTCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GACCGAATTTCTCCTATAA	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGAGGTTCTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGAGGTTCTTTGATATATT	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTACCTCTTCTCTGCGGCA	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTTGCAAGTTTAGCAATAA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TAGAGAGTATCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCGGTACCTAATGCTAGTC	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGCCTATTATAATGCTAGTC	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGCTACTAATGATAAGGCAA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGGACCTCTCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTCGCATAATTTGGACGCTG	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTCTGGCCTGTTGAAGGAT	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.AAGATGCCTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.AAGATGCCTTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ACCAATGCTTCAGACGAAC	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CCATCAGGTTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTGCTGAATTTAGCAATAA	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GACCGAATTTCGAGGAGTA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GACTCGCTTGTTCCGCTAA	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCAGATACTTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGACTTGATTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTCGGCAATCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TAGGTACTATGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGCTAATTCTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGCTCCTATACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGCTCCTATCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.CATCGGACTTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GCGCTCAATTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TATATGCGTTGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TCTCTCCATCGATGGCGCC	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TGCCTTGGTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TGCTAATTCTAAGTCTTCCG	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TTGGCTCATGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.AAGATGCCTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.AGTTGCGCTGTACTAGTAA	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CTATCTCCTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GACTTGGCTAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GCGGAGAATTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GCGGTATATAATAATACCA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGACTTGATTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGATAGGTTACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TACTCCTATTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCAGCGGTTCTCTGCGGCA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCATGGCTTTCAGACGAAC	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCCTATTCTTCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCTCTCCATCAGATTCGAT	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGCCTATTATGACGACCTGC	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGCTAATTCTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTGGCAATATTATTACTCAT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTGGTTAAGTCGGAAGATAT	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.ATGGAGAGTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CCGAGAGATAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CCGGAGTTTGTTCCGCTAA	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TACTCCTATTATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TATCCAGGTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCAGCGGTTAGAGCCAGCC	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCATAGAGTTGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCGCCAACTTGGTATTCAT	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCTACTTACTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TTCTAAGCTTTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TTGGTTAAGTTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.AAGATGCCTAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TATGCGATTTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.AAGATGCCTGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.ATGGCAGCTGCCGGTCGAG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GGTTGGCATCGGTAGGAAT	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.GTTCCAGCTTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GACTGACGTACCAGCGCAG	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GACTTGGCTACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GAGACTAGTTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GCGTCGTATTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GGTCCTTCTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TTCGCATAATAAGTTGCCAT	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TTCTGGCCTCCGTCCAGTA	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TTGGTTAAGTTCTCCTATAA	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GACTACCATGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GCAATCGCTCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GCGTCGTATGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GCTGAAGCTTCAGACGAAC	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GCTGGCTATCATAACCAGC	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGTCTACGTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TATTCGGCTTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCGAATCTTTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCTAGGAATTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTCGCGGATTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTGGCTCATTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.TCTATACCTTTCAGACGAAC	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.AACCGCTGTGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.GCGTCGTATTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TGTTAAGACTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CCAGAACCTCTCTGCGGCA	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CCGTCTCATCAGATTCGAT	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TATTGACTCTCGGTAGGAAT	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TGAGAATCATACGCCGTTCA	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CTGGAAGATGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GACCGTCATATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GATCGACCTCATAACCAGC	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GGAGGTTCTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GTCGGAGTTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TGGACCTCTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TCATTAAGCTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TCATTAAGCTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TCGAATCTTTTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TTGGAGTTATAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GAGCGGTATAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCGGAGAATACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCGTCGTATGCCGGTCGAG	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TATCATGAGTTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TATTGAGGTTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGAGTTAGATATAGACTAGG	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGGTAGGCTGACGACCTGC	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTCGCATAATGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.ACCTTCGGTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GTCGGAGTTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.ACGCCATATGTACTAGTAA	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.AGCAACGATGAAGGTTGCC	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.AGGCATCATTCAGACGAAC	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.AGGCATCATTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.CCTCCTGATGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.CTGCTGAATTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GGAGCTCATAGACTCAAGC	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GTATCGCATAATAATACCA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TCGGTACCTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.ACGCCATATGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GTAAGGAGTAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TGCTCCTATGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TTGAGAGATTTCTCCTATAA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TTGGCAATATCAGATTCGAT	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.ATGCCAAGTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.CGACGATATACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.GCTGAAGCTTACGGCTACG	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TCCTCGAGTAATAATACCA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACGCCATATGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ATGCCAAGTTCGAGGAGTA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CCATCAGGTCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTATCTCCTGCGCGGTAGT	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACTACCATCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCATCCAGTTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGAGCTCATCGGTCGTTAA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTAAGGAGTGCCGTATGCT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTAGACGGTCATAACCAGC	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCAGTTGGTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCCGTATGTTTCGCTTACG	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGGTCTCCTCTGAACTGGT	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCTCTAGTTAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCTTAACCTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ACCAATGCTAATGCTAGTC	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ATAGTCGCTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ATTGCCGGTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACTCGCTTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCTCGAGATCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCTGGCTATGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGTCCTTCTTCAGACGAAC	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TAGGTACTATCCAGGCCGCA	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TATTCGGCTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCAGGAGATTTAGCAATAA	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCATGGCTTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCGAATCTTTCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCGTTCTGTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCTAGGAATTATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGAGAATCATAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGAGTTAGATAAGACGGCCA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGTTAAGACTGCCGGTCGAG	Immature
neurons	2
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.GGTACGGATTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GGTTGGCATTTCGCTTACG	Neural
progenitors	0
08_10_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.CCATTGCGTAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TTGGTTAAGTCGCGTACGAC	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TTCAACTGATGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.CCGTCTCATCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TACTCCTATTCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TAGCCAATTTTCGAGGAGTA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GCAATCGCTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GCTGGCTATCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TACGGTAGTGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.CTGGAAGATCTCTGCGGCA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GCGGAGAATGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GGAGGTTCTTTAGCAATAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TATTGAGGTTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TTCGCATAATACCAGCGCAG	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CCAGAACCTACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CGCCGTAATTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GGCGCATTTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GTAAGGAGTCAGATTCGAT	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCAGGAGATGCCAACGCCA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCGCGCATTTGGTATTCAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.ACGGCAATTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GGCGCATTTCGAATAATTC	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GGTCCTTCTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GTAAGGAGTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TAGAGCCTTGCCAACGCCA	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TAGCCAATTTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACGCCATATCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCATCAGGTCTCTGCGGCA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CGTCGAAGTAATAATACCA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTAGTACGTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTCCAGAGTCCTTACTCCT	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTCTACTGTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGAGCTCATCTCTGATCAG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGTCCTTCTACGCCGTTCA	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAGAGAGTATACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATAAGGCTTCTGAACTGGT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATGCGATTTACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCCAATAGTTGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGTAGCGTTGGTATTCAT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCTAGGAATTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGCTCCTATCAGGTATGGA	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGGTAATAGTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGGTCTCCTAAGACGGCCA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCCATTACTCGGTAGGAAT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.ATGGCAGCTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GGTACGGATTTCGCTTACG	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GTACCTCTTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TAACTAAGGTAGTTCGAGTA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCCTATTCTTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCGGTACCTATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCTCTCCATCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TGGTAGGCTGTACTAGTAA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AACCGCTGTCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ACCAATGCTCTCTGCGGCA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCAGAACCTCCGTCCAGTA	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTGCTGAATTTAGCAATAA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTGGAAGATTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GAAGAGGCTAACTGCTGCC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACGTTCGTAAGACGGCCA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACTGACGTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GAGCGGTATCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCGGAGAATTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCTTCTGGTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGCGCATTTTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTAGCGATTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATGGTCTTTTCTCCTATAA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCCGTATGTAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCTCCGAATATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTATAGGCATAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACCAATGCTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACCTTCGGTAGAGCCAGCC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACGGCAATTGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CAATCGGTTAGAGCCAGCC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CATCGGACTTCAGACGAAC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCGGAGTTTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCGGATAGTCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCTCCTGATTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CGCCGTAATAGGCCGCTCG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CGGTTCCATGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTATCTCCTTGCGCGATGC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTCCAGAGTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACCGTCATGCCGGTCGAG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCAACGTTTAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCAACGTTTCCAGGCCGCA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCAACGTTTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGAGCTCATTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGCGACTATTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTCATCTGTCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTTGCTCCTAAGTTGCCAT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAAGACCGTCCTTACTCCT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAGAGAGTATGCGACGCCTT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAGAGCCTTAAGACGGCCA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAGCTCGGTGACGACCTGC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATAAGGCTTTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCGTATGTCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGAATCTTTGACGACCTGC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGTCTATTTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTAGGAATTAATAATACCA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGCTAATTCTAATGCTAGTC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGGATCCGTCCTTACTCCT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGGTCGAATCGGAAGATAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGTTAAGACTTTGGACGCTG	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCTGGCCTAGTTCGAGTA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.AAGCGCCATGCCGGTCGAG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ATGCCAAGTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ATGGCGTATCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCGGATAGTCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCGGATAGTGACGACCTGC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCGTCTCATTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCTCCTGATTGGTATTCAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTACGGCATGCCGGTCGAG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACTACCATCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCAACGTTTCGAATAATTC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCAGATACTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGCTTACTTAATGCTAGTC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGAGCCTTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGTTACCTTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATATGCGTTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCAAGTTATCATAACCAGC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGAATCTTTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCTAGGAATTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCTCCGAATGACGACCTGC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCTCGCTCTACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGAGTTAGATTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGTCGAATTTAATTATTG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTATAGGCATTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCCATTACTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGGAGTTATATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GTAAGCTCTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GTCGGAGTTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TAGTTACCTTATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TCAGTTGGTAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TGCCTTGGTTTGATGCTAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TTCTCTAGTTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.AGGCATCATCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.ATAGTCGCTAAGTTGCCAT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CCAGAACCTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CGTCGAAGTGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GAACGGCTTGTTGAAGGAT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GATTACGGTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GTCGGCAATTCGAGGAGTA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GTTGCAAGTTTCGCTTACG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TATTGACTCTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCATTAAGCTTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCTATACCTTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGGTCGAATAATAATACCA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TTCAACTGATTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TTCCATTACTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TTCCGACGTTTGGACGCTG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TTGAGTCCTTCGAGGAGTA	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.ACGCCATATTCTCCTATAA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GCGTCGTATACCAGCGCAG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GGTAGTCCTGTTCCGCTAA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GGTTCGAGTCCGTTGACTT	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CCGGATAGTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GACCGTCATGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GACTACCATTCAGACGAAC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCTGAAGCTCGGAGATCCG	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGAGCTCATGCCGGTCGAG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGCGACTATATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGTCTACGTGAAGGTTGCC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGTTGGCATTCTACCATTA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTAGACGGTTCAGACGAAC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTCGGCAATTCAGACGAAC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCGCGCATTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCGGTACCTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCTATACCTTCTCTGATCAG	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGAACGCGTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGTAATAGTAAGTCTTCCG	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGTAGGCTACGCCGTTCA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCGCATAATCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCTTAACCTCGATGGCGCC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CCTCCTGATCCAGGCCGCA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CGACGATATAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GTAAGCTCTAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GTCGGCAATCGGTAGGAAT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GTTCCAGCTAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCATCAGGTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCGGATAGTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CGTCGAAGTGCCGGTCGAG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTCCGGTTTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAAGAGGCTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACCGTCATGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACTCGCTTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACTTGGCTGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCCATGGTTGAAGGTTGCC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCGCTCAATAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCGCTCAATTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCGTCGTATTGGAGAATTC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGACTTGATTTCGCTTACG	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTAGTCCTCAGGTATGGA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTTCGCTGTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAGTTACCTTGCCGTATGCT	Immature
neurons	13
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCGTATGTCGGTAGGAAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGTTCTGTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTCGCTCTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGAACGCGTTTAGCAATAA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGAATTCGTTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGAGTTAGATAGTAAGCATA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGTCGAATAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTATAGGCATAAGTTGCCAT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGAGAGATTACCAGCGCAG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGAGTCCTACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGAGTCCTTCAGACGAAC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGCGGTCTCGGTAGGAAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTTGCTTAGTGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.AAGATGCCTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.GCGTCGTATGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.TCCTACCTTACTTCCGAAT	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.GACTCGCTTAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TATGGTCTTTAATAATACCA	Neural
progenitors	0
08_10_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TATGGTCTTTGCCGTATGCT	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TTCTGGCCTACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2CCGTCGGAGG.TTCTCTAGTTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.ATGGCAGCTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GAACGATGTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.AGTTGCGCTCGAGCTGCCA	Immature
neurons	2
08_10_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.GCAACGTTTGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.TATATGCGTTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.TGTTAAGACTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.TTAATGAGCTCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TCCAATAGTTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TGGCCTGATAAGACGGCCA	Neural
progenitors	0
08_10_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.CCATCAGGTATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GTAGACGGTCGGAAGATAT	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TTCGCGGATCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ACCTTCGGTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ATAGTCGCTATTGAGATTG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ATGCCAAGTGCCGGTCGAG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CCGTCTCATTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CTATCTCCTGTACTAGTAA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GACTGACGTTGGCTGATGA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GCTGGCTATTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGCGACTATTTAATTATTG	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGCGCATTTCGGAGATCCG	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGTCTACGTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGTTGGCATTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGTTGGCATTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GTCGGAGTTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGGCCTGATGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TTATAGGCATTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TTCTCTAGTTTCGAGGAGTA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CTAGTACGTAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CTCCGGTTTAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GACTTGGCTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GCATCCAGTCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GGTTCGAGTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GGTTCGAGTTCAGACGAAC	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TATGCGATTTGAAGGTTGCC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CTTCATGCTGCCGGTCGAG	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCTGGCTATTCTCCTATAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGTACGGATGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TAGCCAATTTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TAGGTACTATGCCAACGCCA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATTGACTCTGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCATGGCTTATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTCAACTGATTATCCTCAAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTGAGTCCTTCGAGGAGTA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GCGGTATATTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCATTGCGTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCGGAGTTTGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCTCCTGATCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTCTACTGTCCGTCCAGTA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTTCATGCTGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACCAGGATATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACGTTCGTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCGGTATATTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGTAGTCCTTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTAAGGAGTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTCGGAGTTAGAGCCAGCC	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TACGGTAGTCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATGGTCTTTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCAGCGGTTAGAGCCAGCC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGGAGTTATCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.ACGAGGTTTTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CCAGAACCTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GTAAGCTCTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TATGCGATTTTTGATGCTAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.ACCAATGCTAATGCTAGTC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CTGCTGAATTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CTGGAAGATGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GACTGACGTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GAGCGGTATGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GGTCCTTCTAATGCTAGTC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TAACTAAGGTGTTCCGCTAA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TGGTCGAATTCTCCTATAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.ACCTTCGGTGCGACGCCTT	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GACTACCATCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GTCCTGCATCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GTCGGCAATCGATGGCGCC	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TATCATGAGTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCCTACCTTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TTGAGAGATTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TTGGAGTTATTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AAGATGCCTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ACGGCAATTCCAGGCCGCA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTACGGCATTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTGCTGAATTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTGGAAGATGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GACCGAATTTTCGCTTACG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GACTGACGTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCGCTCAATGAAGGTTGCC	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCGCTCAATTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGTCCTTCTAATGCTAGTC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTCCTGCATCGGTAGGAAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAAGACCGTAGAGCCAGCC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGTTACCTTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCGGTCATTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCGCGCATTTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCTCGCTCTGCCGTATGCT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGAATTCGTTGTTGAAGGAT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGCGTAGTTGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGGACCTCTAATGCTAGTC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGGTCGAATTCTCCTATAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCCGACGTCGGAAGATAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGCGGTCTCGATGGCGCC	Sensory
progenitors	6
08_10_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TTGGTTAAGTCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1TATAATAGTT_idx2AGATCCTATA.ACCAATGCTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1TATAATAGTT_idx2TATAACTTCC.ACGAGGTTTTTGATATATT	Immature
neurons	2
08_10_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.TCCTACCTTTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TATATGCGTTGACGACCTGC	Neural
progenitors	3
08_10_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.CAGAAGGCTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.CGTCGAAGTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.GTTCGCTGTAATAATACCA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.ACCTTCGGTTCAGACGAAC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.ATAGTCGCTGATAAGGCAA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CCATTGCGTAGAGCCAGCC	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CGACGATATATAGACTAGG	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GAACGGCTTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GATTACGGTATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GCATCCAGTTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GCGCTCAATGTTCCGCTAA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GGCGCATTTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TGCTCCTATGCGACGCCTT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TGGACCTCTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CGGTTCCATAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GACTACCATTCAGACGAAC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GCGCTCAATCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GGACTTGATCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GGTTCGAGTAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TGGACCTCTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TGGACCTCTTGGCTGATGA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TGGTAGGCTAATAATACCA	Oenocytes	18
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTCTTAACCTCGGTAGGAAT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTGGCAATATCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ACGAGGTTTCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ATGCCAAGTCTCTGCGGCA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CATCGGACTCTCTGCGGCA	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCGTCTCATTTGATGCTAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACCGAATTTTGATGCTAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACTGACGTTGCGCCAGAA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCATCCAGTGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCTGAAGCTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGAGGTTCTATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGCGACTATTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGTCTACGTCTCTGCGGCA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTACCTCTTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTACCTCTTCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTTGCAAGTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTTGCTCCTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATTCGGCTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCGTATGTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGTAGCGTGCGACGCCTT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGCCTTGGTCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGCGTAGTTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGCTAATTCTACGCCGTTCA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGGACCTCTACCGCAGAAT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGTTAAGACTCCTTACTCCT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCGCATAATATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCTAAGCTTAATGCTAGTC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTGGAGTTATACCAGCGCAG	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CTGGAAGATTCGAGGAGTA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GACTCGCTTGAAGGTTGCC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCAATCGCTCGATGGCGCC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCGGAGAATGCCGTATGCT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GGCTTACTTGTTCCGCTAA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GGTTCGAGTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTCGGCAATTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TAGAGCCTTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TATCATGAGTTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCTAGGAATTCGGAAGATAT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTCGCGGATTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AGCAACGATTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CAGAAGGCTATTGAGATTG	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CAGAAGGCTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CGAGATGCTTGCATATAAC	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTGGAAGATCCAGGCCGCA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCAATCGCTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCTTCTGGTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTAGCGATTCGAATAATTC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTCATCTGTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTCCTGCATGCCGGTCGAG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAGAGAGTATAGAGCCAGCC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAGGTACTATCGATGGCGCC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCCGGTCATTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGGTACCTAATGCTAGTC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTATACCTTAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGACGAGGTTTGATATATT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGAGAATCATAAGACGGCCA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CCATTGCGTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CTCCTCGTTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CTGCTGAATGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GATTACGGTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GGTCCTTCTTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GTCATCTGTTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCATGGCTTAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCGCCAACTTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.CCTCCTGATTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GACTCGCTTTCAGACGAAC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TAGAGCCTTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCGGTACCTCTCTGCGGCA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCGGTACCTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TTCAACTGATAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.ACGGCAATTCCAGGCCGCA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CCGGATAGTTTGATGCTAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TGACGAGGTCCTTACTCCT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TGAGTTAGATAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TTCGCATAATGTTGAAGGAT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TTTGCTTAGTTCGAGGAGTA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.AACCGCTGTGATAAGGCAA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.ATTGCCGGTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CAGAAGGCTAAGTTGCCAT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CAGAAGGCTTTAATTATTG	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CATCGGACTCTCTGCGGCA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CCGTCTCATATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GAACGGCTTGCCGTATGCT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GACCAGGATCGAATAATTC	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GACCGAATTTTGATGCTAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCATGGCTTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCCGTATGTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCGCGCATTCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCGTAGCGTGCGACGCCTT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TTCGCGGATATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GCAATCGCTATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TTGAGTCCTGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.ACGGCAATTACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.ACCGTAGCTCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TTCAACTGATGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.CAGAAGGCTCGATGGCGCC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.CGGTTCCATAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.CTAGTACGTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TACTCCTATTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TGGTAGGCTAGACTCAAGC	Neural
progenitors	16
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CGACGATATCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ATGGCGTATGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CCATTGCGTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CCTCCTGATTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCGTCGTATTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCTGGCTATTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGAGCTCATGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGCTTACTTCGGATGAAGG	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTAGTCCTCATAACCAGC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TACTCCTATTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGAGCCTTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATATGCGTTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATCCAGGTTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATGCGATTTTGCATATAAC	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCGTATGTCGGTAGGAAT	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCTCCTATAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGGCAATATTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.GTCGGCAATAATGCTAGTC	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TGCTACTAATTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TTGCGGTCTGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.CCATTGCGTCATAACCAGC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GCAACGTTTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GGATAGGTTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TGAGTTAGATAGAGCCAGCC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.AACCGCTGTCCTTACTCCT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.AGCAACGATCGGAAGATAT	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ATAGTCGCTCGATGGCGCC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ATAGTCGCTGTTGAAGGAT	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CCGGATAGTCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CGAGATGCTCCAGGCCGCA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTACGGCATGCCGGTCGAG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTCCGGTTTTCTCCTATAA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTCTACTGTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GACCAGGATAATAATACCA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GAGCGGTATGCCGGTCGAG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCGTCGTATAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCTGGCTATCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGATAGGTTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCAGCGGTTGCCGTATGCT	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGAACGCGTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGAACGCGTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTAATGAGCTGCCAGGATCA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTCTAAGCTTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.ACCAATGCTTGGCTGATGA	Neural
progenitors	15
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GCAGATACTCGGAAGATAT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GGATAGGTTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GTCGGCAATTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TCTCGCTCTAACTGCTGCC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TGATCTTCTTGCGCGGTAGT	Immature
neurons	12
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TTAATGAGCTACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.AAGATGCCTGAAGGTTGCC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GAGCGGTATTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TATCCAGGTTTACGTATAC	Neural
progenitors	3
08_10_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.TGGTAATAGTGGTACTGCCT	Immature
neurons	2
08_10_exp10_idx1AATACGATAA_idx2GTTCCGACGA.TCGCCAACTGCAAGGAATA	Neural
progenitors	0
08_10_exp10_idx1AATACGATAA_idx2TTAACGTACC.TTGGAGCTTTTAGATTCCG	Neural
progenitors	3
08_10_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.ACTTGATTGTTTGAGTATCA	Neural
progenitors	3
08_10_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.TCCAATAGTTAGAGCCAAGG	Neural
progenitors	3
08_10_exp10_idx1ACGGCGTTAA_idx2CGATCATTAC.CCAAGGATTTCCGGTAATC	Neural
progenitors	0
08_10_exp10_idx1ACGGCGTTAA_idx2GCAACTGGCA.TTCAACTGATCGAGCTGCCA	Neural
progenitors	0
08_10_exp10_idx1AGACCATATC_idx2ACCGTTACGA.GCTGAAGCTTATTACTCAT	Neural
progenitors	3
08_10_exp10_idx1AGACCATATC_idx2AGGATTACCA.TCCAATAGTTTTAGATTCCG	Neural
progenitors	3
08_10_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.GACCAGGATTTAGATTCCG	Neural
progenitors	3
08_10_exp10_idx1AGACCATATC_idx2GATCAGTCAT.ATACCAGTTTAGCGTCAATG	Neural
progenitors	3
08_10_exp10_idx1AGGTCAGCTT_idx2CGAAGGACGA.GAGGAACTTGCTGGAACTT	Neural
progenitors	0
08_10_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.GCCATGGTTTTGAGTATCA	Neural
progenitors	3
08_10_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.GCTCTTAGTCTAGTAGTCT	Neural
progenitors	0
08_10_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.GTCTCTACTTTAGATTCCG	Sensory
progenitors	6
08_10_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TCCTATAAGTGCAGGTCCGT	Neural
progenitors	1
08_10_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.GAACGGCTTTTAGATTCCG	Neural
progenitors	3
08_10_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.CTCGTTGATTTGAGTATCA	Neural
progenitors	3
08_10_exp10_idx1ATAAGGACTC_idx2GTCGCTCAGT.TAACGACTTTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.GGAGGTTCTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TTTGCTACTTTATTACTCAT	Neural
progenitors	3
08_10_exp10_idx1ATGGCGCCTG_idx2AGGTCAATTA.TATCTCGATTTCAACGTAAG	Neural
progenitors	3
08_10_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.AAGTTCTTGTGTCGCTCAGT	Neural
progenitors	0
08_10_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.ACCATGATTTTGATAGAACG	Neural
progenitors	3
08_10_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.GTAAGCTCTCGATCATTAC	Sensory
progenitors	6
08_10_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.TATAAGGCTTTCCGTCGCCA	Neural
progenitors	3
08_10_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TAGTTACCTTTTAGATTCCG	Neural
progenitors	3
08_10_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TGTCCTTATTTCAACGTAAG	Neural
progenitors	0
08_10_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.TCCTATAAGTAACTGATCTT	Neural
progenitors	3
08_10_exp10_idx1GATTCTTGAA_idx2CCAAGCTGAA.GTCTATGGTAGATATATCG	Immature
neurons	2
08_10_exp10_idx1GATTCTTGAA_idx2GGTCCAGGAG.CTGCCTTATAACTGATCTT	Immature
neurons	2
08_10_exp10_idx1GCATCGTATG_idx2CGATCATTAC.TATTGAGGTTAGCGTCAATG	Neural
progenitors	0
08_10_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TATTCGGCTGTCATTGCGC	Neural
progenitors	3
08_10_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TCGTCTATTTAACTGATCTT	Neural
progenitors	3
08_10_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.ATAACTTCCTGGCTATGACT	Neural
progenitors	3
08_10_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TGCTACTAATAACTGATCTT	Neural
progenitors	3
08_10_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.AAGGATATGTAACTGATCTT	Neural
progenitors	3
08_10_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TCCTCGAGTTCCAATCATC	Neural
progenitors	3
08_10_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TCCTCGAGTTGGAACTAGA	Neural
progenitors	3
08_10_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.TTCCATTACTAACTGATCTT	Neural
progenitors	3
08_10_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.GCTGGCTATGGCTATGACT	Immature
neurons	2
08_10_exp10_idx1GGTTATCGAA_idx2AACTACCGAC.TCGAATCTTTAGATATATCG	Neural
progenitors	3
08_10_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TTATAGGCATTAGAGTAATA	Neural
progenitors	3
08_10_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TTTGCTACTTTTAGATTCCG	Neural
progenitors	3
08_10_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TCATAGAGTTCGATCATTAC	Neural
progenitors	0
08_10_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.AACTAGTTGTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.ACGCTTGATGCAGGTCCGT	Neural
progenitors	3
08_10_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TGGTTGAATTTATTACTCAT	Neural
progenitors	3
08_10_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TAACGACTTTTCAACGTAAG	Neural
progenitors	3
08_10_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TAACTAAGGTGCAGGTCCGT	Immature
neurons	2
08_10_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.ATAACTTCCTTTGAGTATCA	Neural
progenitors	3
08_10_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.GCTGGCTATCGATCATTAC	Neural
progenitors	0
08_10_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.TGACGAGGTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.TACTCCTATTTTCGCCTCCA	Neural
progenitors	1
08_10_exp10_idx1TAGTAAGCCG_idx2CGGCGAGACC.AAATTCCTCTGGTACTGCCT	Neural
progenitors	0
08_10_exp10_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCCTAACTTTGTCATTGCGC	Neural
progenitors	3
08_10_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.GCAATCGCTTATTACTCAT	Neural
progenitors	3
08_10_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TGGTTGAATTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.AAGTTCTTGTGTCATTGCGC	Neural
progenitors	3
08_10_exp10_idx1TATAATAGTT_idx2AAGCCGGCTG.TTGACTCAATTTGAGTATCA	Neural
progenitors	3
08_10_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.AAACTCCAATTGGAACTAGA	Neural
progenitors	3
08_10_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.TCGCCAACTTTAGATTCCG	Neural
progenitors	3
08_10_exp10_idx1TATTAGACTT_idx2CATTATTACC.TCCAAGTTATTCCGTCGCCA	Neural
progenitors	3
08_10_exp10_idx1TATTAGACTT_idx2GTCATTGCGC.TAGCCAATTTTTAGATTCCG	Neural
progenitors	3
08_10_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TATTGACTCTGCAAGGAATA	Neural
progenitors	3
08_10_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TTCTTAACCTTCTAGAACTA	Neural
progenitors	3
08_10_exp10_idx1TATTAGACTT_idx2TGATAGAACG.GTAAGCTCTTCCGGCCTCG	Neural
progenitors	3
08_10_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.TAACGACTTTTTCGCCTCCA	Neural
progenitors	3
08_10_exp10_idx1TCCTCTGCCG_idx2CATTATTACC.GCGGTATATAATGGTCGAC	Neural
progenitors	3
08_10_exp10_idx1TCCTCTGCCG_idx2CGAGTTAGAG.TGGTAATAGTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TAGGAAGGTGGAGGATAGC	Sensory
progenitors	6
08_10_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.TGCTAATTCTACGCGAGATT	Neural
progenitors	0
08_10_exp10_idx1TCCTCTGCCG_idx2TTGAGTATCA.GACTTGGCTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.AAGTTCTTGTTTGAGTATCA	Neural
progenitors	3
08_10_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TGGATCCGTTTAGATTCCG	Neural
progenitors	3
08_10_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.GCATCCAGTGCAAGGAATA	Neural
progenitors	0
08_10_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.TTAATGAGCTAGATATATCG	Neural
progenitors	1
08_10_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.AGCGTAAGTGCCGCAACGA	Neural
progenitors	0
08_10_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TCCAAGTTATTATTACTCAT	Neural
progenitors	3
08_10_exp10_idx1TGGACGACTA_idx2TCGATATTGA.GTCCTGCATACTCAATAGG	Neural
progenitors	3
08_10_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.GCAGATACTGGTACTGCCT	Neural
progenitors	0
08_10_exp10_idx1TTATTGAGGC_idx2CGAAGGACGA.ACTTACTCATTGGAACTAGA	Neural
progenitors	3
08_10_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.ACTTGATTGTAACTGATCTT	Immature
neurons	2
08_10_exp10_idx1TTGCCGTAGG_idx2ACGTTCAACC.AACTAGTTGTTGGAACTAGA	Sensory
progenitors	6
08_10_exp10_idx1TTGCCGTAGG_idx2ACTGAATTCC.ACCATGATTTGCTAACTTGC	Immature
neurons	2
08_10_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.TTCTCTAGTTGGCTATGACT	Neural
progenitors	3
08_10_exp10_idx1TTGCCGTAGG_idx2GATGATCGTA.TATGGTCTTTAACTGATCTT	Neural
progenitors	3
08_10_exp11_idx1AGTTCTCATG.TTACCTAAGTGAGCATCATT	Neural
progenitors	3
08_10_exp2_idx1AGACCATATC_idx2TGCCAGATGG.AAACTCCAATCATAGTTCGG	Neural
progenitors	1
08_10_exp2_idx1TATTAGACTT_idx2ACTATCTTGA.TCCTATAAGTCGTAGTTACC	Neural
progenitors	3
08_10_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.AACGTAATCTTCAATCGCAT	Immature
neurons	2
08_10_exp2_idx1TTGGTAAGGA_idx2TGAGGTAGAA.GTCTCTACTTTCATAGGAC	Neural
progenitors	1
08_10_exp3_idx1AATACGATAA_idx2ACTCTCTCAA.ACGACGCATCTTGCAGTAG	Sensory
progenitors	6
08_10_exp3_idx1ACGGCGTTAA_idx2AATTGCCTAC.CGGAACCTTAGAGCTATAA	Neural
progenitors	3
08_10_exp3_idx1ACGGCGTTAA_idx2AATTGCCTAC.CTAACGACTGACGACCTGC	Immature
neurons	2
08_10_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.TCCTATAAGTTTATTATGGT	Neural
progenitors	3
08_10_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.ACCGGTTCTCTTGCAGTAG	Neural
progenitors	0
08_10_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.ACATTCGTATGATATCGGCG	Neural
progenitors	1
08_10_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.CGAATGAGTGCCGTATGCT	Immature
neurons	2
08_10_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.TGCCTTGGTCGGATGAAGG	Neural
progenitors	1
08_10_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.ACCTTCGGTTAGCCGTCAT	Sensory
progenitors	6
08_10_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.CGAGATGCTTCCTACCAGT	Neural
progenitors	3
08_10_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.CGGTAAGGTCGTAATGCAG	Neural
progenitors	3
08_10_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TACTTGCGTTCCTACCAGT	Neural
progenitors	3
08_10_exp3_idx1AGACCATATC_idx2AACGAGGCTA.GCTCGAGATCCGCGGCTCA	Neural
progenitors	3
08_10_exp3_idx1AGACCATATC_idx2CCGTCGGAGG.GTCGGCAATCAAGTCGACC	Sensory
progenitors	6
08_10_exp3_idx1AGACCATATC_idx2GATCAGTCAT.ATGCCAAGTTGGCTGATGA	Neural
progenitors	3
08_10_exp3_idx1AGACCATATC_idx2TTGGAGTCGG.GACCGTCATTAGCCGTCAT	Neural
progenitors	3
08_10_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.ACCTCAATATCCGCTCCGGC	Neural
progenitors	3
08_10_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.GATTACGGTTTGATGCTAT	Neural
progenitors	3
08_10_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.TTCCGACGTTGGCTGATGA	Neural
progenitors	3
08_10_exp3_idx1AGGTCAGCTT_idx2CAAGTACTGG.CGTACCTATCTTGGTAATG	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.GCGCTCAATCTTGCAGTAG	Immature
neurons	2
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.AACTAGTTGTACTATGCAAT	Immature
neurons	2
08_10_exp3_idx1AGGTCAGCTT_idx2TCATCTCGAT.TCCTCGAGTAATGCCGCTT	Neural
progenitors	3
08_10_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.AACTTGGATTCTTGGTAATG	Immature
neurons	2
08_10_exp3_idx1AGTCCGCTGC_idx2CAAGATTAAG.ATGGCAGCTTCCTACCAGT	Neural
progenitors	3
08_10_exp3_idx1AGTCCGCTGC_idx2CAAGTACTGG.ATATGCCATTCTGAACTGGT	Neural
progenitors	3
08_10_exp3_idx1AGTCCGCTGC_idx2GTTGACGGCC.CGGTAAGGTTATAGACGCA	Neural
progenitors	3
08_10_exp3_idx1ATAAGGACTC_idx2AGTCCGCGGA.GACTGACGTGTATAATACG	Neural
progenitors	3
08_10_exp3_idx1ATAAGGACTC_idx2GGCTATGACT.TAAGAATGGTGCGTTGGAGC	Neural
progenitors	3
08_10_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.ACGATATCATACGTCCGCAG	Neural
progenitors	3
08_10_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.GAGCGGTATACTAGAGAGT	Immature
neurons	2
08_10_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.TCTTAGTTCTACGTCCGCAG	Neural
progenitors	0
08_10_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.TGCTGGATTACTATGCAAT	Neural
progenitors	3
08_10_exp3_idx1ATAAGGACTC_idx2TTGGTCATAA.GAACGGCTTCGGAAGATAT	Immature
neurons	2
08_10_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.AACCTCATTTACGTCCGCAG	Neural
progenitors	3
08_10_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.AATTCATCGTAACTGCTGCC	Neural
progenitors	3
08_10_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.CATCAACGTGACGACCTGC	Neural
progenitors	3
08_10_exp3_idx1ATGGCGCCTG_idx2GAACTGCATC.CGTACCTATATTCGACCAA	Neural
progenitors	0
08_10_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.AAGTACGTTTCGGAAGATAT	Neural
progenitors	3
08_10_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.ATTCAAGCATCCGTTCCTTA	Neural
progenitors	3
08_10_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.GGTAGTCCTTTACGATGAA	Neural
progenitors	3
08_10_exp3_idx1ATTATGCAAG_idx2CTAACTCCAA.ACTGGACCTATCGGCTATC	Immature
neurons	8
08_10_exp3_idx1ATTATGCAAG_idx2CTAACTCCAA.CTCTGAGCTTTACGATGAA	Sensory
progenitors	6
08_10_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.ACGTTGCTTTCGCGGTTGG	Neural
progenitors	1
08_10_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.ACTTCCGTTTAGCCGTCAT	Neural
progenitors	3
08_10_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.AGAAGTAAGTTATCCTCAAT	Neural
progenitors	3
08_10_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.ACTTGATTGTCTTGCAGTAG	Neural
progenitors	3
08_10_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.TGAACGCGTTAGGCCATAG	Neural
progenitors	3
08_10_exp3_idx1CCTCAGCTCC_idx2TGATAGAACG.GCAATCGCTCGATCATTAC	Neural
progenitors	3
08_10_exp3_idx1CTCAATTAGT_idx2ACCAAGATCT.AACGATCATTCATTCAATCA	Neural
progenitors	1
08_10_exp3_idx1GAGCGCGATG_idx2ACGCAACTCC.GAGCGGTATGCCGTATGCT	Neural
progenitors	0
08_10_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.GCGTCGTATGGAGCGGCCG	Neural
progenitors	3
08_10_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.TCAAGATCTTCGTAATGCAG	Neural
progenitors	3
08_10_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.AGATTGGTTTGATATCGGCG	Sensory
progenitors	6
08_10_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.ATAATCCTGTAACTGCTGCC	Neural
progenitors	1
08_10_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.ATAATCCTGTTATCATGATC	Neural
progenitors	3
08_10_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.GTCTCTACTATCGGCTATC	Neural
progenitors	3
08_10_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.TTCGTTCCTTTGATATATT	Neural
progenitors	3
08_10_exp3_idx1GAGCGCGATG_idx2CTCGTCTAGG.ATAATCCTGTTTGCTAACGG	Neural
progenitors	0
08_10_exp3_idx1GAGCGCGATG_idx2GACCTCCGCC.TCTTAGTTCTCGGAGATCCG	Neural
progenitors	0
08_10_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.ATTAGTCTGTTAACTCTTAG	Neural
progenitors	3
08_10_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.GATTACGGTTGGTATTCAT	Neural
progenitors	1
08_10_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.GTCGGCAATTCTGATACCA	Immature
neurons	8
08_10_exp3_idx1GATTCTTGAA_idx2AGATCCTATA.AGCTATCGTTTGCTAACGG	Neural
progenitors	3
08_10_exp3_idx1GATTCTTGAA_idx2AGATCCTATA.TGTCCTTATTTTGATATATT	Immature
neurons	2
08_10_exp3_idx1GATTCTTGAA_idx2TATAACTTCC.TCCGTATGTAAGCCAGTTA	Neural
progenitors	3
08_10_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.ACAGGTATTTAACCTGCGTA	Neural
progenitors	3
08_10_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.TGCGTAGTTCATAACCAGC	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.ACATTCGTATTGGTATTCAT	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.CTACCTGGTTTAGCAATAA	Neural
progenitors	1
08_10_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.ACCATGATTTGACGAAGCGT	Neural
progenitors	1
08_10_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.ACATTCGTATTTATCCGGAT	Neural
progenitors	0
08_10_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.ACCTCAATATAATCGATAAT	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.AGCTATCGTTTGATGCTAT	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.CGTAGGCTTGCGTTCAGCT	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.GGCGCATTTTTGATATATT	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.ATTACCATCTGGCGAACTCG	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CATCGGACTCGCGTACGAC	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CTGGAAGATGATATCGGCG	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TAAGACCGTTATAGACGCA	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.GTTCGCTGTTTGATGCTAT	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.TCAGCGGTTCGGAAGATAT	Neural
progenitors	1
08_10_exp3_idx1GCATCGTATG_idx2GACCTCTCTG.AACGCGTCTCGTAATGCAG	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2GACCTCTCTG.CGAGATGCTTATGAGTTAA	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2GACCTCTCTG.CGAGATGCTTCTTGCCGAC	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2TCGATATTGA.AGCAACGATATTCGACCAA	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2TCGATATTGA.CCTGCTACTCATAGTTCGG	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2TCGATATTGA.TCCTAACTTTCGGATGAAGG	Immature
neurons	2
08_10_exp3_idx1GCGCGTTCAT_idx2AACGGACCAA.TGGTCTCCTACCGCAGAAT	Immature
neurons	2
08_10_exp3_idx1GCGCGTTCAT_idx2AGCGTCAATG.CAACTCTCTGACGACCTGC	Ventral
midline	9
08_10_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.GCGGAGAATCGCGTACGAC	Neural
progenitors	3
08_10_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.ATTGAGGAATTAACTCTTAG	Neural
progenitors	3
08_10_exp3_idx1GCGCGTTCAT_idx2GATGATCGTA.TTCTCATTGTTGGTATTCAT	Neural
progenitors	3
08_10_exp3_idx1GCGCGTTCAT_idx2TCGATATTGA.TAAGAATGGTTGGTATTCAT	Sensory
progenitors	6
08_10_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.TTCTCTCGTTAACTCTTAG	Neural
progenitors	3
08_10_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.ATCTGATGATCATAGTTCGG	Neural
progenitors	3
08_10_exp3_idx1GCTTGAAGAG_idx2GGCTAATTAA.CTAGTACGTGGCAGACGCC	Immature
neurons	2
08_10_exp3_idx1GCTTGAAGAG_idx2GGCTAATTAA.GTACCTCTTTCCAATCATC	Immature
neurons	2
08_10_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.AACCGCTGTCGATCATTAC	Neural
progenitors	0
08_10_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.TGTCCTTATTTTACGATGAA	Neural
progenitors	0
08_10_exp3_idx1GGTTATCGAA_idx2GCTCTCGCCT.ATTCAAGCATCTTGGTAATG	Immature
neurons	2
08_10_exp3_idx1GGTTATCGAA_idx2TTCTACGCCA.CCTGCAGTTTATAGACGCA	Sensory
progenitors	6
08_10_exp3_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TGCGTAGTTAACTGCTGCC	Neural
progenitors	3
08_10_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.AACGATCATTTCTTGCCGAC	Neural
progenitors	3
08_10_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.TGCCTATTATCTCTGATCAG	Neural
progenitors	3
08_10_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.GGATAGGTTATGGCTCTGC	Neural
progenitors	3
08_10_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.TGAGTTAGATCTTGGTAATG	Immature
neurons	2
08_10_exp3_idx1GTAGGCTGCA_idx2GCTCTCGCCT.AGAGTACCTACTAGAGAGT	Neural
progenitors	3
08_10_exp3_idx1GTAGGCTGCA_idx2GCTCTCGCCT.GCGTACTTTACCAGCGCAG	Neural
progenitors	3
08_10_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.GCCATGGTTCTCTGATCAG	Neural
progenitors	3
08_10_exp3_idx1TAGGTAACTT_idx2ACTCTCTCAA.TTCCATCTTTGTATAATACG	Immature
neurons	13
08_10_exp3_idx1TAGGTAACTT_idx2CCTAGCGCCT.GCATCCAGTTTGCTAACGG	Neural
progenitors	3
08_10_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.ATATCCTACTCCGCGGCTCA	Neural
progenitors	3
08_10_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.TATTCGGCTGATACGGAAC	Neural
progenitors	3
08_10_exp3_idx1TAGGTAACTT_idx2TCTAGAACTA.TAGAACCAATTTCTTCCGGT	Neural
progenitors	3
08_10_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.ATATGCCATTGAGCATATGG	Neural
progenitors	3
08_10_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.TGGTCGAATTTGACTTCAG	Neural
progenitors	3
08_10_exp3_idx1TATAATAGTT_idx2ACGCAACTCC.AAGGATTACTGTATAATACG	Neural
progenitors	3
08_10_exp3_idx1TATAATAGTT_idx2ACGCAACTCC.CTGCCTTATAGGAGAGAAC	Neural
progenitors	3
08_10_exp3_idx1TATAATAGTT_idx2ACGCAACTCC.GACTCGCTTACTATGCAAT	Immature
neurons	2
08_10_exp3_idx1TATAATAGTT_idx2CTCGTCTAGG.ACATGGTAATCTTGCAGTAG	Neural
progenitors	3
08_10_exp3_idx1TATAATAGTT_idx2CTCGTCTAGG.ATTACCATCTGCGTTGGAGC	Neural
progenitors	3
08_10_exp3_idx1TATAATAGTT_idx2GGAACGATGG.TTGATTCCTTATCGGCTATC	Neural
progenitors	3
08_10_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.AGCAACGATTCCGGCCTCG	Neural
progenitors	3
08_10_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.AGTATTAGCTTTGCTGGCAT	Immature
neurons	2
08_10_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.CCTGCTACTTTCCAACCGC	Immature
neurons	2
08_10_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.GTCGGCAATGGCGAACTCG	Neural
progenitors	3
08_10_exp3_idx1TCCTCTGCCG_idx2AGTTGCATCT.AATTCTAGGTTATCGTCGGC	Neural
progenitors	3
08_10_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.TCCGTATGTGATACGGAAC	Neural
progenitors	3
08_10_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.CTCTACTGTCTTGGTAATG	Sensory
progenitors	6
08_10_exp3_idx1TCCTCTGCCG_idx2GGTAGGTCTC.AACGCGTCTGATACGGAAC	Neural
progenitors	3
08_10_exp3_idx1TCCTCTGCCG_idx2TCATCTAATC.AGATCGGATATCGGCTATC	Immature
neurons	2
08_10_exp3_idx1TCCTCTGCCG_idx2TCATCTAATC.CGCTGCTTTCGCGTACGAC	Immature
neurons	2
08_10_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.TGGTAGGCTAGGAGAGAAC	Immature
neurons	2
08_10_exp3_idx1TCTTGAGGTT_idx2TGGCCGCAAT.TCGTAGCGTGTATAATACG	Neural
progenitors	3
08_10_exp3_idx1TGGACGACTA_idx2CTCGGTCAAT.AAAGCTGATTGGCGAACTCG	Neural
progenitors	3
08_10_exp3_idx1TGGACGACTA_idx2CTCGGTCAAT.GATACGTCTTTGACTTCAG	Immature
neurons	2
08_10_exp3_idx1TGGACGACTA_idx2GACCTCTCTG.CATCGGACTCGGAAGATAT	Ventral
midline	9
08_10_exp3_idx1TGGACGACTA_idx2GATGATCGTA.ACGTTGCTTTCAAGCCGAT	Neural
progenitors	1
08_10_exp3_idx1TGGACGACTA_idx2GCAACTGGCA.CGTACCTATACGAAGTCAA	Neural
progenitors	3
08_10_exp3_idx1TGGACGACTA_idx2TCGATATTGA.ACCTCAATATTCTTGCCGAC	Sensory
progenitors	6
08_10_exp3_idx1TGGACGACTA_idx2TGAGGTAGAA.ACGCTTGATAACTGCTGCC	Neural
progenitors	3
08_10_exp3_idx1TGGACGACTA_idx2TGAGGTAGAA.CAATCGGTTGCGTTCAGCT	Neural
progenitors	1
08_10_exp3_idx1TGGACGACTA_idx2TGAGGTAGAA.GCGTACTTTTATAGACGCA	Neural
progenitors	3
08_10_exp3_idx1TTATTGAGGC_idx2TCCGGTAATC.TCGAGAAGTTTGCTAACGG	Neural
progenitors	0
08_10_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.AGGCGGAATCCTTACTCCT	Neural
progenitors	3
08_10_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.AGATTGGTTTAAGCCAGTTA	Neural
progenitors	3
08_10_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.TCAGCTTCTTATCATGATC	Neural
progenitors	3
08_10_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.GTTCGCTGTGAAGATCGAG	Neural
progenitors	3
08_10_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.CCGAGAGATCGAATAGATG	Neural
progenitors	3
08_10_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.GATTACGGTCTTGCAGTAG	Neural
progenitors	3
08_10_exp3_idx1TTCCGTCGAC_idx2AGCGTCAATG.AGCATTATGTTTCTTCCGGT	Neural
progenitors	3
08_10_exp3_idx1TTCGAATATT_idx2CCTATAAGCT.TCGTAGCGTGTATAATACG	Immature
neurons	2
08_10_exp3_idx1TTCGAATATT_idx2CCTATAAGCT.TTCTCTCGTCTTGGTAATG	Neural
progenitors	3
08_10_exp3_idx1TTCGAATATT_idx2TCTAGAACTA.TATCCAGGTCGGAAGATAT	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.ACAATGCTATTCCAATCATC	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.ATGGCAGCTAACCTGCGTA	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.TCGCCAACTTAACTCAATT	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.TCGTAGCGTTTGCTAACGG	Ventral
midline	9
08_10_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.TTCTCATTGTACTCAATAGG	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.TTCTTCGTTTTTGCTGGCAT	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2ACTTCCGAAT.GGTTGGCATTTGATGCTAT	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2CAAGCTTGGC.TCTACTTACTCTGAACTGGT	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TATCTCGATTTTACGATGAA	Neural
progenitors	0
08_10_exp3_idx1TTGCCGTAGG_idx2CTCGGTCAAT.AAACTCCAATCTGAACTGGT	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.AGTAGCCATTCCTACCAGT	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.CTCCAGAGTTAGCCGTCAT	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.AAATCGTTCTGTATAATACG	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.GGATAGGTTTTACGATGAA	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2TGAGGTAGAA.TTGGAGCTTTATGAGTTAA	Neural
progenitors	3
08_10_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.GTCGGAGTTAGCTTATCCG	Neural
progenitors	3
08_10_exp3_idx1TTGCGAGCAT_idx2CATTATTACC.TCGAATCTTTCGGATTAGAA	Neural
progenitors	3
08_10_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.CGGAACCTTTTGCTAACGG	Neural
progenitors	3
08_10_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.TGAACGCGTGATACGGAAC	Neural
progenitors	3
08_10_exp3_idx1TTGGTAAGGA_idx2TCTAGAACTA.AGAACTCCTTTCCAACCGC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GGTTCGAGTGATAAGGCAA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TGGTAGGCTCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCATTAAGCTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.CGTCGAAGTAGGCCGCTCG	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCGCGCATTTTCGCTTACG	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TTCTTAACCTTCGAGGAGTA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGTCCTTCTACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCTCCTATTTCGCTTACG	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GATTACGGTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.ATAGTCGCTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.ACGGCAATTTGGCTGATGA	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CGCCGTAATTCAGACGAAC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CTAGTACGTTTAGCAATAA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CTCTACTGTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GACTACCATAAGTTGCCAT	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GGATAGGTTAAGACGGCCA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GTCATCTGTGATAAGGCAA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TAGAGCCTTGCGCGGTAGT	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TATGACTTGTCCAGGCCGCA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCAGTTGGTAATGCTAGTC	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCGGTACCTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TTCAACTGATAGACTCAAGC	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TTGGCGACTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.ACCAATGCTCTCTGCGGCA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CGAGATGCTCCGTCCAGTA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CTCCTCGTTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGTACGGATGCCGGTCGAG	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCAGGAGATGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCAGGAGATGGCCAGTCCG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCGTAGCGTGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.ACGCCATATTGCGCCAGAA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GAGCGGTATTTGATGCTAT	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TCCTACCTTCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.AGGCATCATTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ATGGCAGCTCCGTCCAGTA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CCATCAGGTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCTGGCTATCGAATAATTC	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGATAGGTTAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGCGCATTTGCCGTATGCT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TAGTTACCTTTATCGTCGGC	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATCCAGGTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATTGAGGTTACCGCAGAAT	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCATTAAGCTATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCGTCTATTTATTGAGATTG	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCAACTGATCAGATTCGAT	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCGCGGATGTACTAGTAA	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GCGGAGAATTTGATGCTAT	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TAGAGCCTTACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TCAGGAGATAAGACGGCCA	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TCGCCAACTTGCGCCAGAA	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TCGGTACCTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.AGCAACGATCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.ATGGCGTATTCTCCTATAA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCATTGCGTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTTCATGCTGAAGGTTGCC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAACGGCTTCGATGGCGCC	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGTCCTTCTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TAGGTACTATTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCTAGGAATTTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCAACTGATAGAGCCAGCC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCGCGGATTTGATGCTAT	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GACTCGCTTAATAATACCA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GAGCGGTATGCCAACGCCA	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GCGCTCAATGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GTATCGCATGATAAGGCAA	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TGGACCTCTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TCTACTTACTAAGACGGCCA	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TTGAGTCCTCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.ACCAATGCTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.CAGAAGGCTCCGTCCAGTA	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.CCGGAGTTTGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GTCGGAGTTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TGTTAAGACTGCCGGTCGAG	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AAGCGCCATGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CCGTCTCATTGCATATAAC	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGATAGGTTGCCGGTCGAG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGCGACTATAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGCGACTATTTAGCAATAA	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTAAGGAGTCAGGTATGGA	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTCGGCAATGCCGGTCGAG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTTCGCTGTAGTTCGAGTA	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATTCGGCTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCGGTACCTTCTCCTATAA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGGACCTCTTTGATGCTAT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCAACTGATACCGCAGAAT	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.ACGAGGTTTTTAGCAATAA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.ACGCCATATAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CAACGCAGTACCAGCGCAG	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CAGAAGGCTGCGACGCCTT	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTACGGCATTTGGACGCTG	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTCTACTGTCTGAACTGGT	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GAGACTAGTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCATCCAGTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCGCTCAATGACGACCTGC	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCTTCTGGTTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCGGTACCTGATAAGGCAA	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GTATCGCATTACGGCTACG	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TCTACTTACTTGGTATTCAT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.CCAGAACCTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GCTGAAGCTTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TATCGAACTTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GTTGCAAGTCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TCGCGCATTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TGGTCGAATACCTGGACGC	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TCAGGAGATCTGAACTGGT	Immature
neurons	2
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TGCTAATTCTCCGTCCAGTA	Immature
neurons	2
08_10_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TAACTAAGGTACCAGCGCAG	Immature
neurons	2
08_10_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TAGCTCGGTGCGCGGTAGT	Immature
neurons	2
08_10_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TAGAGCCTTAAGTCTTCCG	Immature
neurons	2
08_10_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.AAGCGCCATCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.CTCTACTGTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.ACCAATGCTTTCGCTTACG	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GTTCGCTGTTTGGACGCTG	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TCCTATTCTTCGATGGCGCC	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TCCTATTCTTCGGTAGGAAT	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.CCGAGAGATAAGTCTTCCG	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TACGGTAGTGAAGGTTGCC	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TCATGGCTTTGCATATAAC	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TCTCGCTCTGCCGGTCGAG	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.GGAGCTCATTACGGCTACG	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TCAGCGGTTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TCGCCAACTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.ATTGCCGGTGAAGGTTGCC	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CTACGGCATAATGCTAGTC	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CTCCTCGTTGCGCGGTAGT	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GCAGATACTAATGCTAGTC	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GCTGGCTATTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGTTCGAGTTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTAAGCTCTCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTAAGCTCTCTCTGCGGCA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TACGGTAGTTGGCTGATGA	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TATTCGGCTACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCAGCGGTTAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTGGAGTTATAGACTCAAGC	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTGGCTCATAATGCTAGTC	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.AACCGCTGTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ACGCCATATTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.AGTTGCGCTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTCCGGTTTAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTCCGGTTTCCTTACTCCT	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTTAGCGGTACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCGCTCAATAATAATACCA	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTCGGCAATAAGACGGCCA	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTCGGCAATCCAGGCCGCA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TAGAGCCTTATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCGCCAACTCGGAAGATAT	Ventral
midline	9
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCGTAGCGTTTGATATATT	Ventral
midline	9
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCTAGGAATTTTGATATATT	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGCCTATTATCGAATAATTC	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGCTACTAATAATAATACCA	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCAACTGATAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCTAAGCTTAATAATACCA	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.ACGGCAATTCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.ACGGCAATTTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.CGGTTCCATCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TAACTAAGGTGCGCGGTAGT	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GCTTCTGGTCAGATTCGAT	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGCAAGTCTTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGTAGTCCTGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTCATCTGTTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATGCGATTTATTGAGATTG	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCCGTATGTGCCAACGCCA	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGCTCCTATTGCGCCAGAA	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTCGCGGATTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTGAGTCCTCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTGGCAATATGAAGGTTGCC	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CGTCGAAGTCTGAACTGGT	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GCGGAGAATGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GGTACGGATTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TATCCAGGTGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TTCAACTGATCCTTACTCCT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.CCAGAACCTTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GCAATCGCTACCAGCGCAG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TGCCTTGGTCTGAACTGGT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TATCATGAGTGCCGTATGCT	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TATTCGGCTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CCGGAGTTTCGATGGCGCC	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TATGCGATTTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCATGGCTTAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.ATGGAGAGTCGGAAGATAT	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.ATGGCAGCTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.CCGGAGTTTCGAATAATTC	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.GGTTCGAGTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.GTTGCAAGTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TTGGCTCATCGATGGCGCC	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TGCTCCTATATAGACTAGG	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TTCTAAGCTTCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.AGTTGCGCTCGGAAGATAT	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GGCTTACTTCAGATTCGAT	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCTCGCTCTGTTGAAGGAT	Neural
progenitors	16
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TTCTCTAGTTACGCCGTTCA	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.GTCGGCAATTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.AACCGCTGTTGCATATAAC	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.AGGCATCATATAGACTAGG	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TTAATGAGCTCCAGGCCGCA	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CTCCTCGTTACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GGCTTACTTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTACCTCTTCAGATTCGAT	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TATTCGGCTGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCCAATAGTTAAGTTGCCAT	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCCTACCTTACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGGACCTCTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTGGTTAAGTATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.GGCAAGTCTCGGAAGATAT	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TTCCGACGTTCAGACGAAC	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.CCATTGCGTCCAGGCCGCA	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.CTATCTCCTGCCAACGCCA	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GACCAGGATAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GACCAGGATTGCGCCAGAA	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GATTACGGTTCTACCATTA	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TTCTGGCCTTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TAGCTCGGTGCCAACGCCA	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TGCTACTAATTCTCCTATAA	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.CCATTGCGTATTGAGATTG	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GGTTCGAGTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GTCGGCAATTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TACTCCTATTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TAGAGAGTATTTAATTATTG	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TATTGACTCTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TTGAGTCCTAAGTCTTCCG	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GCGCTCAATTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GGCTTACTTTTAGCAATAA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TCGTAGCGTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.GCGTCGTATCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.GTATCGCATCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TAGCCAATTTATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TGATCTTCTTCATAACCAGC	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CCATCAGGTTTGATGCTAT	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CCTCCTGATTTGATATATT	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTGCTGAATAAGTCTTCCG	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACCGAATTAATAATACCA	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCAGATACTGCCGTATGCT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCATCCAGTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTTCGCTGTGACGACCTGC	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TAGCCAATTTACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCATAGAGTTCGGAGATCCG	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCATGGCTTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGCTCCTATTCTCCTATAA	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGGCCTGATCTCTGCGGCA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ACGAGGTTTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ATGGCAGCTTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACCAGGATTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACGTTCGTAAGACGGCCA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCAGATACTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTCGGAGTTGCGACGCCTT	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCCAAGTTATAAGTTGCCAT	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCTCTCCATTTGATATATT	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTCTAAGCTTCGGAGATCCG	Neural
progenitors	1
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TCGAATCTTTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TTATAGGCATTGCGCCATCT	Neural
progenitors	0
08_10_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GTCCTGCATTCTCCTATAA	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TTGCGGTCTCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GACCAGGATTCTCCTATAA	Neural
progenitors	0
08_10_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TGAGAATCATTGGCTGATGA	Sensory
progenitors	6
08_10_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TGTTAAGACTTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TATTCGGCTTGCGCCATCT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.CTAGTACGTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GACCGAATTAATGCTAGTC	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TTCTTAACCTGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.ATAGTCGCTTCTCCTATAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.CTATCTCCTCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GATCGACCTAGACTCAAGC	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TAACTAAGGTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TGAATTCGTTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCGCTCAATGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCGCTCAATTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TAACTAAGGTTTAGCAATAA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TAGGTACTATCGGAAGATAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCGAATCTTTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TGCTAATTCTAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TGTTAAGACTACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AAGATGCCTAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AAGATGCCTGAAGGTTGCC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATGGCAGCTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CAATCGGTTCTCTGCGGCA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCATCAGGTTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CGAGATGCTTCTCCTATAA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GAAGAGGCTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GACTACCATATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GACTGACGTAAGACGGCCA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCAATCGCTACCAGCGCAG	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGTTCGAGTATTGAGATTG	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGCGTAGTTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGGCCTGATCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGGTAGGCTAAGACGGCCA	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCAACTGATCATAACCAGC	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCGCATAATCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.AACCGCTGTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GACTCGCTTAAGTTGCCAT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GGTTCGAGTCGATGGCGCC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GTAAGCTCTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TATTGACTCTCCGTCCAGTA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AAGCGCCATTCGAGGAGTA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AGTTGCGCTCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCGGAGTTTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GAGACTAGTTCTCCTATAA	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GAGCGGTATCCGTCCAGTA	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCGGAGAATTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCGGTATATATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCTGAAGCTCCTTACTCCT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGTAGTCCTGCGACGCCTT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTAAGGAGTGAAGGTTGCC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCCAATAGTTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCGCCAACTTTGATGCTAT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGATCTTCTTCTCTGCGGCA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGGTCTCCTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGAGTCCTGCCAACGCCA	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACGGCAATTCATAACCAGC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ATGCCAAGTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CGACGATATTGCGCCAGAA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACCGAATTATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACCGTCATCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCAACGTTTTTAATTATTG	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCTCGAGATCGGAAGATAT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCTGGCTATTTGATGCTAT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCTTCTGGTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTAAGGAGTAGAGCCAGCC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTATCGCATAATGCTAGTC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TACGGTAGTGACGACCTGC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TACTCCTATTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAGTTACCTTTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATCCAGGTTGGTATTCAT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTCTCCATCAGATTCGAT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGACGAGGTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGCTACTAATCGAATAATTC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCGCATAATACCAGCGCAG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CGGTTCCATGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GATCGACCTAGACTCAAGC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCTGAAGCTTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGAGCTCATCGAATAATTC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGAGCTCATTCAGACGAAC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTAAGCTCTCGGTAGGAAT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTACCTCTTAGTTCGAGTA	Immature
neurons	13
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTCGGAGTTCGGAGATCCG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTTGCTCCTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAAGACCGTTTAATTATTG	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCATAGAGTTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCTCGAGTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCTATACCTTGCCGTATGCT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCTCGCTCTGCCAACGCCA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGTAGGCTAAGTTGCCAT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GTAGCGATTTGGTATTCAT	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TGAACGCGTAAGTCTTCCG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TTGCGGTCTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GAACGGCTTGCGACGCCTT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GCGCTCAATAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TACGGTAGTATTGAGATTG	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TATGCGATTTGACGACCTGC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCATTAAGCTCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGATCTTCTTTACGGCTACG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TTGGCTCATGTACTAGTAA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.ATAGTCGCTCCGTCCAGTA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GTAGCGATTCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TGAACGCGTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.AGGCATCATAAGACGGCCA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CCAGAACCTTGCATATAAC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CCATTGCGTCGGTAGGAAT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CTATCTCCTAGTTCGAGTA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CTTCATGCTCAGATTCGAT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCATCCAGTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGAGCTCATAATGCTAGTC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGAGCTCATCGGAAGATAT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGCGACTATCGAATAATTC	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTATCGCATCATAACCAGC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TACTCCTATTCGATGGCGCC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCATAGAGTTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCTCGCTCTGCCAACGCCA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGTAGGCTGCCGGTCGAG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGTAGGCTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.ATAGTCGCTCATAACCAGC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.ATTGCCGGTTTGATGCTAT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CAACGCAGTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TTGGCTCATGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATGGAGAGTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CAATCGGTTCATAACCAGC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTTCATGCTCTGAACTGGT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACTACCATCCTTACTCCT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAGCGGTATCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GATTACGGTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCAATCGCTTGGTATTCAT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGAGGTTCTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGATAGGTTATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGCAAGTCTTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTTGGCATGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTTGGCATTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TACGGTAGTTTGATGCTAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCATTAAGCTTGCATATAAC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGAATCTTTTGCATATAAC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTACTTACTCCTTACTCCT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTAGGAATTACGCCGTTCA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGAACGCGTTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCTCCTATCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGCCTGATCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGTCGAATACCGCAGAAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGGCGACTCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.ACCAATGCTAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.CGTCGAAGTCTGAACTGGT	Sensory
progenitors	6
08_10_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.GGCGCATTTTTAGCAATAA	Sensory
progenitors	6
08_10_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TGGATCCGTTTGATATATT	Neural
progenitors	0
08_10_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TCGTAGCGTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2CCGTCGGAGG.TTGGCTCATTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TCGCGCATTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TTATAGGCATCCGTCCAGTA	Immature
neurons	2
08_10_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.AGGCATCATTTGATATATT	Neural
progenitors	0
08_10_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TCTAGGAATTGCGCGGTAGT	Immature
neurons	2
08_10_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TCTATACCTTCGGAAGATAT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.AAGATGCCTCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGCAAGTCTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GTCGGAGTTTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TAGCTCGGTTTGATGCTAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TAGGTACTATTGGTATTCAT	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCTCGCTCTCAGATTCGAT	Immature
neurons	8
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TTGGCAATATAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GAGACTAGTGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GCGCTCAATTCAGACGAAC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GTCATCTGTCGATGGCGCC	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ACCAATGCTATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ATGCCAAGTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CCTCCTGATACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCAGATACTATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TACTCCTATTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TAGGTACTATGATAAGGCAA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCCGGTCATCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGATCTTCTTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGGTCTCCTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTCTCTAGTTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.AAGCGCCATTCAGACGAAC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.CCTCCTGATTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GCAACGTTTTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.AACCGCTGTCCTTACTCCT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.AGGCATCATTTGATATATT	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ATGGAGAGTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GATTACGGTGCGACGCCTT	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCGCTCAATGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGTTCGAGTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATATGCGTTGTTCCGCTAA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATCGAACTTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCGGTCATTGCGCCAGAA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGAATCTTTATTGAGATTG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGGTAATAGTATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.ATAGTCGCTTGCGCCAGAA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GACCAGGATATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TACGGTAGTTCTACCATTA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCCTCGAGTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CCGAGAGATCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GCGGTATATATAGACTAGG	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GGACTTGATGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TGCGTAGTTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TGGACCTCTAATGCTAGTC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TTCCGACGTTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.ACCGTAGCTAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GCGTCGTATTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCATGGCTTCGATGGCGCC	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ACCGTAGCTTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CCGTCTCATATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CGTCGAAGTCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTCCTCGTTAAGTTGCCAT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTAGACGGTAGAGCCAGCC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTTGCTCCTGCCGGTCGAG	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGGTACTATTGATAGAACG	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATATGCGTTAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATATGCGTTATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCTCGCTCTCTCTGCGGCA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGAATTCGTTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGAATTCGTTCGGTAGGAAT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGAATTCGTTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGCGTAGTTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGGCCTGATGTTGAAGGAT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGGTCGAATAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGAGTCCTCTCTGCGGCA	Immature
neurons	2
08_10_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.ATTGCCGGTCGGAAGATAT	Sensory
progenitors	6
08_10_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.GATCGACCTGACGACCTGC	Neural
progenitors	0
08_10_exp1_idx1TATAATAGTT_idx2AGATCCTATA.GTCCTGCATTTGATATATT	Immature
neurons	2
08_10_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TATATGCGTTCGGAAGATAT	Neural
progenitors	3
08_10_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.TGTTAAGACTCTCTGCGGCA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.ACGCCATATAAGTCTTCCG	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GACTACCATCATAACCAGC	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GCAACGTTTAATGCTAGTC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GTCGGAGTTTTAATTATTG	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TATTCGGCTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TGAGAATCATTTGATATATT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TGGATCCGTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TTGAGAGATTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.AGGCATCATAGAGCCAGCC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CTGGAAGATGAAGGTTGCC	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GAACGATGTTGCGCCAGAA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTCGCATAATTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTGGCAATATTTCGCTTACG	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.AAGATGCCTGCCAACGCCA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.AGGCATCATAGAGCCAGCC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CAACGCAGTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCGGAGTTTTTAGCAATAA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCGTCTCATATTGAGATTG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GAACGGCTTGCCGTATGCT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GATCGACCTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCTGGCTATCGAATAATTC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGTCTACGTCATAACCAGC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGTTGGCATAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TACTCCTATTGCGACGCCTT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATCCAGGTAGGCCGCTCG	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCATGGCTTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGCGCATTCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGGTACCTCTCTGCGGCA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.AGCAACGATCGGTAGGAAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CCGTCTCATCGGAAGATAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CGTCGAAGTAAGACGGCCA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CTCCAGAGTAGAGCCAGCC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GGTAGTCCTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GGTTGGCATGCGACGCCTT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTAAGGAGTATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTCCTGCATTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCGCGCATTTTGATATATT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCTAGGAATTCAGGTATGGA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACTTGGCTGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GAGCGGTATTTGATATATT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCAACGTTTATTGAGATTG	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGCAAGTCTCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGCGACTATCATAACCAGC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTTCGAGTGAAGGTTGCC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTTGGCATTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTACCTCTTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAACTAAGGTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAGAGAGTATGACGACCTGC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAGCTCGGTGTTCCGCTAA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCAGTTGGTCCAGGCCGCA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCCTATTCTTAAGTTGCCAT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGCCTATTATTTAATTATTG	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGGTCTCCTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TATTGACTCTTATCGTCGGC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TTGGCAATATTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GGTTGGCATCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.AGTTGCGCTATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GGTAGTCCTAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GTCATCTGTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TACTCCTATTACCAGCGCAG	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCCAAGTTATTCTCCTATAA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCCTCGAGTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCTCGCTCTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TGCTACTAATGCGCGGTAGT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CAACGCAGTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CCGGAGTTTTTAGCAATAA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GAGCGGTATTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GCATCCAGTGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GCTGGCTATCGAATAATTC	Sensory
progenitors	6
08_10_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.TGCTACTAATTCAGACGAAC	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.TGTTAAGACTCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.GAACGGCTTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TAGCTCGGTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.TAACTAAGGTTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.TCTAGGAATTAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.GGATAGGTTGAAGGTTGCC	Immature
neurons	2
08_10_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.TACTCCTATTACGCCGTTCA	Immature
neurons	2
08_10_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.GGCGACTATTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.CAACGCAGTCGAATAATTC	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.CCGGAGTTTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GCTTCTGGTTCGAGGAGTA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.ATGGCGTATACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CTATCTCCTTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GTACCTCTTTTGATATATT	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GTTGCTCCTCCAGGCCGCA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TGATCTTCTTAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AAGCGCCATTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AGTTGCGCTTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CGCCGTAATCCAGGCCGCA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTCCAGAGTCAGGTATGGA	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCATCCAGTTCTCCTATAA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCGCTCAATTCGAGGAGTA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGCTCGGTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCTCTCCATGCCAACGCCA	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGACGAGGTTTAATTATTG	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGAGAATCATTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGAGTTAGATAAGACGGCCA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCCTATTATCAGGTATGGA	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGGTCGAATTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGGTTAAGTAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TATTGAGGTTGCCGGTCGAG	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TCTACTTACTAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TGCCTATTATGCCGTATGCT	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GCAGATACTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.AAGCGCCATGTACTAGTAA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ATGGCAGCTTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTCTACTGTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTTAGCGGTTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGAGGTTCTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TAGAGCCTTCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCCAATAGTTAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCGGTACCTAATGCTAGTC	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCGTAGCGTTACGGCTACG	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCTAGGAATTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTGAGTCCTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTGGCGACTCCTTACTCCT	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.CAATCGGTTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GGCAAGTCTGATAAGGCAA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GTTCCAGCTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TATTCGGCTCAGATTCGAT	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TCATTAAGCTCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.CATCGGACTCTGAACTGGT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.CTCCAGAGTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GCGGTATATCATAACCAGC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TCCTCGAGTATTGAGATTG	Neural
progenitors	1
08_10_exp10_idx1AATACGATAA_idx2AACTTATAAG.GAAGAGGCTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.TTATCCGCTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TATCTCGATTCGATCATTAC	Neural
progenitors	0
08_10_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TGCCTATTATTCCAGAAGGT	Neural
progenitors	1
08_10_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TAACGACTTTGGTACTGCCT	Neural
progenitors	1
08_10_exp10_idx1AATACGATAA_idx2TTCTACGCCA.TGAGTTAGATTATTACTCAT	Immature
neurons	2
08_10_exp10_idx1ACGGCGTTAA_idx2AATTGCCTAC.ACGTTGCTTGGCTATGACT	Neural
progenitors	0
08_10_exp10_idx1ACGGCGTTAA_idx2AATTGCCTAC.GGAGCTCATTCAACGTAAG	Sensory
progenitors	6
08_10_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.GGAGCTCATCTAGTAGTCT	Neural
progenitors	0
08_10_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.TATCTCGATTGCAAGGAATA	Neural
progenitors	3
08_10_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.TTCGTTCCTAACTGATCTT	Neural
progenitors	3
08_10_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.CAGCAAGTTGGCTATGACT	Neural
progenitors	3
08_10_exp10_idx1ACGGCGTTAA_idx2TCGATATTGA.GATACGTCTTCAACGTAAG	Neural
progenitors	0
08_10_exp10_idx1ACGGCGTTAA_idx2TTGGAGTCGG.ATCAGTCATTTATTACTCAT	Neural
progenitors	3
08_10_exp10_idx1AGACCATATC_idx2CGATCATTAC.TCATAGAGTTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TCCAATAGTTCCGTCGGAGG	Neural
progenitors	3
08_10_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.AGTCGCATTGCAGGTCCGT	Neural
progenitors	1
08_10_exp10_idx1AGGTCAGCTT_idx2ATAGGATATG.TGTTAAGACTTTGAGTATCA	Neural
progenitors	3
08_10_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.TATATGCGTTTGGAACTAGA	Immature
neurons	2
08_10_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.CAGCAAGTTTCCGTCGCCA	Neural
progenitors	1
08_10_exp10_idx1ATGGCGCCTG_idx2CCAAGCTGAA.TATCTCGATTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TCCAATAGTTGGCTATGACT	Neural
progenitors	0
08_10_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TATTCTCCTTAATGGTCGAC	Sensory
progenitors	6
08_10_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TTGAGAGATTTGATACGAGT	Neural
progenitors	3
08_10_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.GTCATCTGTTGGAACTAGA	Immature
neurons	2
08_10_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.CTGGAAGATCCATTATCTA	Neural
progenitors	3
08_10_exp10_idx1GAGCGCGATG_idx2GGAACGATGG.GACCAGGATCGATCATTAC	Neural
progenitors	0
08_10_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.GAACGATGTTATTACTCAT	Immature
neurons	2
08_10_exp10_idx1GATTCTTGAA_idx2GACTAGTCTA.GGCTTACTTCGATCATTAC	Neural
progenitors	3
08_10_exp10_idx1GATTCTTGAA_idx2GGTCCAGGAG.GCTCTTAGTGCCGCAACGA	Immature
neurons	2
08_10_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.AAGGATTACTTCCGTCGCCA	Neural
progenitors	0
08_10_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.TCGCCAACTAGCGTCAATG	Ventral
midline	9
08_10_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.TATCTCGATTCGATCATTAC	Neural
progenitors	1
08_10_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.TTGGCAATATGGAGGATAGC	Neural
progenitors	0
08_10_exp10_idx1GCGCGTTCAT_idx2AATTGCCTAC.AGTCGCATTTATTACTCAT	Neural
progenitors	0
08_10_exp10_idx1GCGCGTTCAT_idx2CGATCATTAC.TCCTATAAGTTTAGATTCCG	Sensory
progenitors	6
08_10_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TCGAGAAGTTTCGCCTCCA	Neural
progenitors	0
08_10_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GGCTAAGATTCAACGTAAG	Neural
progenitors	3
08_10_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TCGTTCTGTGCAAGGAATA	Immature
neurons	2
08_10_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.AGATCGGATTGGAACTAGA	Neural
progenitors	3
08_10_exp10_idx1GCTTGAAGAG_idx2ACTATCCGCA.TATTCTCCTTAACTGATCTT	Neural
progenitors	3
08_10_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TATAAGGCTTGGCTATGACT	Neural
progenitors	3
08_10_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.TGAGTTAGATCTTGCGCCGC	Neural
progenitors	0
08_10_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.CTGATAGGTCATGCTGGTT	Neural
progenitors	3
08_10_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.GCAGATACTCGATCATTAC	Sensory
progenitors	6
08_10_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.TCCTAACTTTCGCTCCTAAC	Neural
progenitors	3
08_10_exp10_idx1GGTTATCGAA_idx2TTCTACGCCA.GGTACCATTGCAAGGAATA	Neural
progenitors	0
08_10_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.GGTCAGTTTCGATCATTAC	Neural
progenitors	3
08_10_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TGAATTCGTTTTCGCCTCCA	Immature
neurons	2
08_10_exp10_idx1GTAGCAGCTA_idx2TGATAGAACG.TATAAGGCTTTTAGATTCCG	Neural
progenitors	3
08_10_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TACTCCTATTGCAAGGAATA	Immature
neurons	2
08_10_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TCCTATTCTTACGCGAGATT	Neural
progenitors	3
08_10_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.ATTAGTCTGTAACTGATCTT	Neural
progenitors	0
08_10_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.TGATCTTCTTCGAGCTGCCA	Neural
progenitors	0
08_10_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TGCTAATTCTGTCATTGCGC	Neural
progenitors	0
08_10_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.GGTCAGTTTTCTAGAACTA	Neural
progenitors	0
08_10_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.CCAAGGATTTCAACGTAAG	Sensory
progenitors	6
08_10_exp10_idx1TATTAGACTT_idx2CATTATTACC.AAGGATATGTTCAACGTAAG	Sensory
progenitors	6
08_10_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TCTTAGTTCTAACTGATCTT	Immature
neurons	2
08_10_exp10_idx1TATTAGACTT_idx2TCATCTAATC.GGCAAGTCTGGCTATGACT	Neural
progenitors	3
08_10_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TATCTCGATTCTAGTAGTCT	Neural
progenitors	0
08_10_exp10_idx1TCCTCTGCCG_idx2CGAGTTAGAG.AAGGATATGTCCGAGAATCC	Sensory
progenitors	6
08_10_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.AACTGGCATGCCGCAACGA	Neural
progenitors	0
08_10_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TCCTAACTTTTAGAGTAATA	Neural
progenitors	0
08_10_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.TTGGCTCATTCTAGAACTA	Neural
progenitors	3
08_10_exp10_idx1TTCGAATATT_idx2CTGCTTCGAC.TGAATTCGTTGCAAGGAATA	Neural
progenitors	0
08_10_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.GTAGACGGTCTAAGAGAAG	Immature
neurons	2
08_10_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.TCGAATCTTTACGCGAGATT	Sensory
progenitors	6
08_10_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.TCTCGCTCTAACTGATCTT	Neural
progenitors	0
08_10_exp10_idx1TTGCCGTAGG_idx2CTCCGGTTCT.TTATCCGCTGCAAGGAATA	Neural
progenitors	0
08_10_exp10_idx1TTGCCGTAGG_idx2GCTCTAACGA.GCCATGGTTTTGAGTATCA	Neural
progenitors	0
08_10_exp10_idx1TTGCCGTAGG_idx2GCTCTAACGA.GGCTAAGATGCCGCAACGA	Neural
progenitors	0
08_10_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.TAAGAATGGTCCATTATCTA	Neural
progenitors	0
08_10_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.TATTGACTCTAGAGCCAAGG	Neural
progenitors	0
08_10_exp11_idx1GCGCGTTCAT.CTAGTACGTGTTCGTCAGA	Sensory
progenitors	6
08_10_exp2_idx1GCGCGTTCAT_idx2TTGGAGTCGG.ATTAGGTACTGAGCATATGG	Neural
progenitors	3
08_10_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.TAACGACTTTCCTTGGTCCA	Sensory
progenitors	6
08_10_exp3_idx1AATACGATAA_idx2ACTCTCTCAA.TCTTAGTTCTCCAGTCCTCT	Neural
progenitors	1
08_10_exp3_idx1AATACGATAA_idx2GCTCTAACGA.TAGGAAGGTCATAGTTCGG	Neural
progenitors	0
08_10_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.AACTTGGATTTAACTCAATT	Neural
progenitors	3
08_10_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.ACTGAATACTAACTGCTGCC	Neural
progenitors	3
08_10_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.GGTTCGAGTCATTCAATCA	Neural
progenitors	0
08_10_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.TGCAAGGTTCGGAAGATAT	Neural
progenitors	3
08_10_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.TTCCATCTTTCTTGCAGTAG	Neural
progenitors	0
08_10_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.GCGGAGAATTTGATGCTAT	Neural
progenitors	3
08_10_exp3_idx1AGACCATATC_idx2CCGTCGGAGG.CAGATCAGTGCGTTCAGCT	Neural
progenitors	0
08_10_exp3_idx1AGACCATATC_idx2CGATCATTAC.ATATGCCATTCCGTTCCTTA	Sensory
progenitors	6
08_10_exp3_idx1AGACCATATC_idx2CGATCATTAC.TCTTAGTTCTGCCGTATGCT	Sensory
progenitors	6
08_10_exp3_idx1AGACCATATC_idx2GATCAGTCAT.ATCAATACGTTTAGCAATAA	Neural
progenitors	3
08_10_exp3_idx1AGGTCAGCTT_idx2AAGATCCAAC.CGTAGGCTTTCCAATCATC	Immature
neurons	2
08_10_exp3_idx1AGGTCAGCTT_idx2AAGATCCAAC.GACTCGCTTTAGGCCATAG	Immature
neurons	2
08_10_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.ACAACCTATTTGGTATTCAT	Neural
progenitors	1
08_10_exp3_idx1AGGTCAGCTT_idx2CCAGGTCTAC.AACCGCTGTCGGATGAAGG	Neural
progenitors	1
08_10_exp3_idx1AGGTCAGCTT_idx2CGACTACCAA.GCTCTTAGTTCAAGCCGAT	Neural
progenitors	0
08_10_exp3_idx1AGGTCAGCTT_idx2GGACTCATTG.ACCGGTTCTTCCGGCCTCG	Neural
progenitors	0
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.ACATGGTAATACCGCAGAAT	Neural
progenitors	3
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.ATGGTTGGTACCGCAGAAT	Neural
progenitors	0
08_10_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.GTAAGCTCTCTGAACTGGT	Neural
progenitors	3
08_10_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.TCAGCGGTTTTGCTAACGG	Neural
progenitors	0
08_10_exp3_idx1AGTCCGCTGC_idx2CAAGATTAAG.AAGGACGATCTTGCAGTAG	Neural
progenitors	3
08_10_exp3_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TCTTAGTTCTAATCGATAAT	Neural
progenitors	3
08_10_exp3_idx1AGTCCGCTGC_idx2CGGCGAGACC.GATTACGGTCTTGGTAATG	Sensory
progenitors	6
08_10_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.ATAGTTGACTCGTAATGCAG	Neural
progenitors	1
08_10_exp3_idx1AGTCCGCTGC_idx2GTTGACGGCC.CTGAGCATTAAGCCAGTTA	Neural
progenitors	3
08_10_exp3_idx1ATAAGGACTC_idx2AAGATCCAAC.ACGCCATATTAGGCCATAG	Neural
progenitors	1
08_10_exp3_idx1ATAAGGACTC_idx2AGTCCGCGGA.ACTTGATTGTTTCCAACCGC	Immature
neurons	2
08_10_exp3_idx1ATAAGGACTC_idx2ATAAGAGGCG.ATGCATTCATTATCGTCGGC	Neural
progenitors	1
08_10_exp3_idx1ATAAGGACTC_idx2CGAGTTAGAG.ACTTCCGTTCGTAGTTACC	Immature
neurons	2
08_10_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.TAGCCAATTTACTCAATAGG	Sensory
progenitors	6
08_10_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.AATCCAGTATACTAGAGAGT	Neural
progenitors	0
08_10_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.CATCAACGTTCGAGGAGTA	Immature
neurons	2
08_10_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.GTACCTCTTATTGAGATTG	Neural
progenitors	1
08_10_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.TGGATTCTATTCCTACCAGT	Sensory
progenitors	6
08_10_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.TTCGCATAATTTCCAACCGC	Neural
progenitors	3
08_10_exp3_idx1ATGGCGCCTG_idx2CCAAGCTGAA.GAAGAGGCTTGGAGAATTC	Neural
progenitors	3
08_10_exp3_idx1ATGGCGCCTG_idx2GAACTGCATC.TTCTCTAGTTTATAGACGCA	Sensory
progenitors	6
08_10_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.TATGGTCTTTGCCGTCGCGT	Neural
progenitors	1
08_10_exp3_idx1ATTATGCAAG_idx2AAGATCCAAC.GTACCTCTTGATCTTACGC	Neural
progenitors	0
08_10_exp3_idx1ATTATGCAAG_idx2GTCGCTCAGT.AGATCGGATCCGTTCCTTA	Neural
progenitors	0
08_10_exp3_idx1ATTATGCAAG_idx2TTGAGTATCA.ACGAGGTTTAATCGATAAT	Immature
neurons	2
08_10_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.AGAGTACCTAATGCTAGTC	Neural
progenitors	3
08_10_exp3_idx1CTCAATTAGT_idx2ACCAAGATCT.CCAGCCTTTCTTGCAGTAG	Neural
progenitors	0
08_10_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.AGAGGTCGTCTTGCAGTAG	Neural
progenitors	0
08_10_exp3_idx1CTCAATTAGT_idx2TTAGATTCCG.ACATTCGTATCTTGCAGTAG	Neural
progenitors	1
08_10_exp3_idx1GAGCGCGATG_idx2AACGAGGCTA.AGATTGGTTTTTCCAACCGC	Neural
progenitors	0
08_10_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.ATGGACTATTTCTTGCCGAC	Neural
progenitors	1
08_10_exp3_idx1GAGCGCGATG_idx2GGAACGATGG.CCTGCTACTACTCAATAGG	Immature
neurons	2
08_10_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.ACATTCGTATTTCCAACCGC	Neural
progenitors	3
08_10_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.TCGCGCATTAAGCCAGTTA	Neural
progenitors	1
08_10_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.AACTTGGATTTCTTGCCGAC	Immature
neurons	2
08_10_exp3_idx1GATTCTTGAA_idx2AGATCCTATA.ATTAGGTACTGTATAATACG	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.CATCGGACTACGTCCGCAG	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.CGCTAACCTAATGCCGCTT	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.ACAATGCTATCAAGTCGACC	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.AGATTGGTTTCTGAACTGGT	Neural
progenitors	0
08_10_exp3_idx1GCATCGTATG_idx2CTGCAATCGC.GTTCCAGCTTATCGTCGGC	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.AAACCATAGTTAACTCTTAG	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.CCTAATGGTTTCTTCCGGT	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.TCAGTTGGTCAAGTCGACC	Neural
progenitors	3
08_10_exp3_idx1GCGCGTTCAT_idx2GCAACTGGCA.GCGCTCAATCTTGGTAATG	Immature
neurons	2
08_10_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.TGAACGCGTTTGCGAGGCA	Immature
neurons	2
08_10_exp3_idx1GTAGCAGCTA_idx2GGCTAATTAA.ATATGCCATTTGGCTGATGA	Neural
progenitors	3
08_10_exp3_idx1GTAGCAGCTA_idx2GGCTAATTAA.CGTAGGCTTCCAGTCCTCT	Neural
progenitors	0
08_10_exp3_idx1GTAGCAGCTA_idx2GGCTAATTAA.CTTCGACTTATTCGACCAA	Immature
neurons	2
08_10_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.ACGAGGTTTCTGGATTAGT	Neural
progenitors	3
08_10_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.AAGACCTTATACTCAATAGG	Neural
progenitors	3
08_10_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.ACGATATCATTCGCGGTTGG	Immature
neurons	2
08_10_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.AAGGATATGTTAACTCTTAG	Neural
progenitors	0
08_10_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.TATCCAGGTTATCGTCGGC	Neural
progenitors	1
08_10_exp3_idx1TAGGTAACTT_idx2CCTAGCGCCT.AAGGATTACTTATCATGATC	Sensory
progenitors	6
08_10_exp3_idx1TAGGTAACTT_idx2CCTAGCGCCT.GAACGATGTCCTTACTCCT	Neural
progenitors	3
08_10_exp3_idx1TAGGTAACTT_idx2CTCCGGTTCT.AAGGATATGTAATGCTAGTC	Neural
progenitors	3
08_10_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.GACTACCATGACGACCTGC	Immature
neurons	2
08_10_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.TGAATCTGATTCGAGGAGTA	Neural
progenitors	3
08_10_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.TTGATTCCTTTCAAGCCGAT	Neural
progenitors	0
08_10_exp3_idx1TAGGTAACTT_idx2TGATACGAGT.GAGGAACTTGGCGAACTCG	Neural
progenitors	3
08_10_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.GTCTCTACTGGCCAGTCCG	Sensory
progenitors	6
08_10_exp3_idx1TATAATAGTT_idx2ACGCAACTCC.TAGCTCGGTACCGCAGAAT	Neural
progenitors	3
08_10_exp3_idx1TATAATAGTT_idx2GGAACGATGG.GGCGACTATAAGACCGTTG	Neural
progenitors	0
08_10_exp3_idx1TATTAGACTT_idx2TCATCTAATC.GTTGCTCCTTGGAACTAGA	Sensory
progenitors	6
08_10_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.GTAGCGATTACCTGGACGC	Immature
neurons	2
08_10_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.CTGGAAGATTTACGATGAA	Neural
progenitors	3
08_10_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TTACCTAAGTACGTCCGCAG	Neural
progenitors	0
08_10_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.ATTCAAGCATTTATCCGGAT	Neural
progenitors	1
08_10_exp3_idx1TCCTCTGCCG_idx2TTGGTCATAA.ATCTTCAGATTATAGACGCA	Neural
progenitors	3
08_10_exp3_idx1TCTTGAGGTT_idx2ACTATCTTGA.CTGCCTTATAGGAGAGAAC	Sensory
progenitors	6
08_10_exp3_idx1TGGACGACTA_idx2AGCGTCAATG.GAAGAGGCTCCGTTCCTTA	Sensory
progenitors	6
08_10_exp3_idx1TGGACGACTA_idx2GACCTCTCTG.TCTATCCAATGGCAGACGCC	Neural
progenitors	3
08_10_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.CCGGAGTTTCATAGTTCGG	Immature
neurons	2
08_10_exp3_idx1TTATTGAGGC_idx2AGATCCTATA.CCATCGTCTTTGCTAACGG	Immature
neurons	2
08_10_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.ATCTTCAGATCGGATGAAGG	Sensory
progenitors	6
08_10_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.AACGCGTCTACTAGAGAGT	Neural
progenitors	3
08_10_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.GGCGACTATCTTGGTAATG	Neural
progenitors	3
08_10_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.TCAGCGGTTCGATGGCGCC	Immature
neurons	2
08_10_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.TGGTTGAATTACCTGGACGC	Neural
progenitors	3
08_10_exp3_idx1TTCCGTCGAC_idx2CCGTCGGAGG.CTACGGCATTTCTTCCGGT	Neural
progenitors	1
08_10_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.ATTCCTAGATTGGCTGATGA	Immature
neurons	2
08_10_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.CTCCAGAGTAACTGCTGCC	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.GATTACGGTTAACTCAATT	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.GACTACCATGACGAAGCGT	Neural
progenitors	0
08_10_exp3_idx1TTGCCGTAGG_idx2CAAGCTTGGC.CTTCGACTTGTATAATACG	Immature
neurons	2
08_10_exp3_idx1TTGCCGTAGG_idx2CTCGGTCAAT.CAGAAGGCTACGTCCGCAG	Neural
progenitors	1
08_10_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.AGTTAACCATCGTCCGTCCT	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.CGCTAACCTGATACGGAAC	Neural
progenitors	0
08_10_exp3_idx1TTGCGAGCAT_idx2CATTATTACC.GAGTTCTCTTTGATATATT	Sensory
progenitors	6
08_10_exp3_idx1TTGCGAGCAT_idx2CATTATTACC.TGCAAGGTTACGTCCGCAG	Neural
progenitors	0
08_10_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.GAGTTCTCTACCTGGACGC	Neural
progenitors	0
08_10_exp3_idx1TTGCGAGCAT_idx2TGGACTTGAC.GGCAAGTCTTTAGATTCCG	Neural
progenitors	0
08_10_exp3_idx1TTGGTAAGGA_idx2CCTAGCGCCT.ACTGAATACTCTTGCAGTAG	Neural
progenitors	0
08_10_exp3_idx1TTGGTAAGGA_idx2CGAGCTGCCA.CAGTATCCTATTCGACCAA	Immature
neurons	2
08_10_exp3_idx1TTGGTAAGGA_idx2GATGATCGTA.AACTGGCATCGTAGTTACC	Neural
progenitors	0
08_10_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.GATAAGCGTTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GAGCGGTATTGGTATTCAT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCTCGAGATCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GAACGATGTAATGCTAGTC	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCGCCAACTTTGGACGCTG	Neural
progenitors	1
08_10_exp10_idx1AATACGATAA_idx2AACTTATAAG.TCGAGAAGTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TGATGCGATTTGAGTATCA	Neural
progenitors	0
08_10_exp10_idx1TGGACGACTA_idx2CCTAGCGCCT.TTCTCATTGTGCAAGGAATA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGAGCTCATGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GGCAAGTCTAGACTCAAGC	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TGAACGCGTCCAGGCCGCA	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CCGGAGTTTCAGATTCGAT	Ventral
midline	9
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCTGGCTATACGCCGTTCA	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ATAGTCGCTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GACCGTCATCCGTTGACTT	Ventral
midline	9
08_10_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.AGTTGCGCTAATGCTAGTC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CCGTCTCATTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.CCTCCTGATGAAGGTTGCC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGGTAATAGTTGCGCCATCT	Neural
progenitors	3
08_10_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.GTCGTAACTATCGGCTATC	Neural
progenitors	0
08_10_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.GGCGTTAATATGGCTCTGC	Neural
progenitors	3
08_10_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.ATGCCAAGTCTGAACTGGT	Neural
progenitors	0
08_10_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.CTCGCATGTGATATCGGCG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TCATTAAGCTACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.AACCGCTGTCGATGGCGCC	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCTGAAGCTTACGGCTACG	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTAATGAGCTAATAATACCA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.ACGAGGTTTCTGAACTGGT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GCATCCAGTAAGACGGCCA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.AAGCGCCATTCGAGGAGTA	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCATCCAGTGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCATAGAGTTTGCGCCATCT	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCGCATAATAGACTCAAGC	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCCGGTCATAAGTTGCCAT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTCGGCAATCGGTAGGAAT	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TATGGTCTTTCATAACCAGC	Neural
progenitors	0
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.AGTTGCGCTCATAACCAGC	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TCTCCGAATCGGAAGATAT	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGATAGGTTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCGAATCTTTTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TTCTCTAGTTTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.CTCCAGAGTAATGCTAGTC	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GACTACCATGCGACGCCTT	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TAGTTACCTTTATCCTCAAT	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACTTGGCTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGTTCGAGTAGACTCAAGC	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTAAGGAGTCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCCGACGTCTGAACTGGT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACCTTCGGTCGCGTACGAC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ACGAGGTTTTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GACTTGGCTTCAGACGAAC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TCATTAAGCTTTGATGCTAT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GAACGGCTTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATCATGAGTCTGAACTGGT	Immature
neurons	2
08_10_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.GGTCTACGTCTCTGCGGCA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.AGTTGCGCTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTCTAAGCTTAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTCTAAGCTTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGAGGTTCTAAGACGGCCA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCTCCGAATGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GCATCCAGTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGTTAAGACTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCATGGCTTGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTAGACGGTTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GAGCGGTATAATAATACCA	Neural
progenitors	15
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GACTGACGTCGATGGCGCC	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GCGGAGAATTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GCGGAGAATTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GGCTTACTTATAGACTAGG	Neural
progenitors	0
08_10_exp10_idx1ACGGCGTTAA_idx2AATTGCCTAC.TATCGAACTTTTGAGTATCA	Immature
neurons	2
08_10_exp10_idx1ATGGCGCCTG_idx2GACTAGTCTA.GGCTTACTTCCGTCGGAGG	Neural
progenitors	0
08_10_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.GTAAGCTCTGGAGGATAGC	Neural
progenitors	0
08_10_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.TCCTCGAGTTCAACGTAAG	Neural
progenitors	0
08_10_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.CGAATGAGTCGAGCTGCCA	Neural
progenitors	1
08_10_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.ATCAGTCATTTGGAACTAGA	Immature
neurons	2
08_10_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.GACCGTCATAGCGTCAATG	Neural
progenitors	1
08_10_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TCTATCCAATTGATAGAACG	Neural
progenitors	0
08_10_exp3_idx1AGACCATATC_idx2CCGTCGGAGG.ACCATGATTTCCTTACTCCT	Neural
progenitors	15
08_10_exp3_idx1AGGTCAGCTT_idx2CCAGGTCTAC.ATACCAGTTTCCGCGGCTCA	Neural
progenitors	0
08_10_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.ACGGCAATTACCTGGACGC	Neural
progenitors	1
08_10_exp3_idx1GATTCTTGAA_idx2AGATCCTATA.GCGTCGTATTTCTTCCGGT	Neural
progenitors	0
08_10_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.AGTTAACCATTCGCGGTTGG	Neural
progenitors	0
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.CTCTGAGCTACTCAATAGG	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.GTACCTCTTCCGCGGCTCA	Neural
progenitors	0
08_10_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.AACCTCATTTTATGAGTTAA	Neural
progenitors	3
08_10_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.GAGTTCTCTCGGAAGATAT	Neural
progenitors	1
08_10_exp3_idx1TTGCCGTAGG_idx2CTCGGTCAAT.TAGCCAATTTGTCCTACTTG	Neural
progenitors	1
08_10_exp4_idx1TTGCGAGCAT_idx2TCGTAGGCTT.AAGTACGTTTCCGCTGCCAG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GGCAAGTCTAATGCTAGTC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCCAATAGTTAGAGCCAGCC	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TGCCTTGGTAATGCTAGTC	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TTCCATTACTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TTTGCTTAGTGTACTAGTAA	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.ACCAATGCTTTCGCTTACG	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCCTCGAGTCCAGGCCGCA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.CCGTCTCATTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CGTCGAAGTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GATTACGGTTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCCGGTCATTCGAGGAGTA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGAGAATCATTTGATATATT	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GTAGCGATTCAGGTATGGA	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TTGCGGTCTCGGAAGATAT	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GATTACGGTGTACTAGTAA	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GCAGATACTAATGCTAGTC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GGACTTGATTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCATTGCGTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTAAGCTCTGCCGTATGCT	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GCGGTATATTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GGCGACTATTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TATATGCGTTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCCGGTCATGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TTATAGGCATTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TTCTGGCCTCAGATTCGAT	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GCGTCGTATCCGTCCAGTA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TAGCCAATTTGCCGGTCGAG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TCCTATTCTTGCGCGGTAGT	Neural
progenitors	16
08_10_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.GCAACGTTTGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TTAATGAGCTGCCGTATGCT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.CTCTACTGTTTGATGCTAT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ACGAGGTTTGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTCCAGAGTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.ACGAGGTTTTTGATGCTAT	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTACCTCTTTTCGCTTACG	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTTGCTCCTACCGCAGAAT	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TAACTAAGGTCCGTCCAGTA	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGGTCGAATGACTAGTCTA	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTCGCATAATGACGACCTGC	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GTCATCTGTGACGACCTGC	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TATCCAGGTACGCCGTTCA	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TTGGTTAAGTTACGGCTACG	Ventral
midline	9
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TCGCCAACTACGCCGTTCA	Immature
neurons	2
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.CAGAAGGCTTTCGCTTACG	Immature
neurons	2
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TGGCCTGATAGGCCGCTCG	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.ATGGCAGCTCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TACTCCTATTTACGGCTACG	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TAGCCAATTTCAGGTATGGA	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.AGTTGCGCTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.CTGCTGAATCGGAGATCCG	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.TCGGTACCTGCCGTATGCT	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TGGACCTCTCATAACCAGC	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.AAGCGCCATTTCGCTTACG	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.CCGGAGTTTGCCGGTCGAG	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.ACCAATGCTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.ATGGCAGCTCTCTGATCAG	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCCGGTCATCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCTCGCTCTTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGCGTAGTTTTGATGCTAT	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGTTAAGACTCGGAGATCCG	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CAGAAGGCTCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CCGAGAGATTTAGCAATAA	Ventral
midline	9
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTCCGGTTTCTCTGCGGCA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTGGAAGATTCAGACGAAC	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCAACGTTTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATGACTTGTCTCTGCGGCA	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGAATTCGTTTTCGCTTACG	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGCCTTGGTTGCGCCATCT	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.CTATCTCCTTGCGCCAGAA	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GACTACCATAGTTCGAGTA	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GCTGGCTATTGCATATAAC	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGCGACTATTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TAGGTACTATATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCAGTTGGTATAGACTAGG	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCCGTATGTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTCTCTAGTTCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GAAGAGGCTTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TATAAGGCTTCCGTCCAGTA	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCAGTTGGTACCAGCGCAG	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TCCAAGTTATACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TATCATGAGTCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GACCGTCATTTACGTATAC	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TAGTTACCTTATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TTCCGACGTAAGTTGCCAT	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CAACGCAGTAGAGCCAGCC	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CGTCGAAGTTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GAGCGGTATAGAGCCAGCC	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTAATGAGCTGCGCGGTAGT	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.TGGTAATAGTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TTCTGGCCTTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GCAGATACTGCCAACGCCA	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TACGGTAGTAAGTTGCCAT	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TTCCGACGTCGGTAGGAAT	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GGATAGGTTCCAGGCCGCA	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.CAACGCAGTTGGAACTAGA	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.GGACTTGATTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.TCGAATCTTTCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CCATCAGGTAGGCCGCTCG	Immature
neurons	13
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CGAGATGCTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTAAGCTCTTCTACCATTA	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGGATCCGTGCCGGTCGAG	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGGTAATAGTCGAATAATTC	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.CCTCCTGATATTGAGATTG	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.ACGGCAATTTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.AAGATGCCTCAGATTCGAT	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.CTCCTCGTTAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TATGCGATTTTCAGACGAAC	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TTGCGGTCTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.AGCAACGATCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCAACGTTTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCGCTCAATTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCTGAAGCTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TAGAGAGTATGACGACCTGC	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTGAGTCCTAATAATACCA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTGGAGTTATCATAACCAGC	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTGGCTCATGCCGGTCGAG	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTGGTTAAGTGCGACGCCTT	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.AGGCATCATAATGCTAGTC	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CGACGATATAGACTCAAGC	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACTGACGTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTCGGAGTTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TATCATGAGTAAGTCTTCCG	Ventral
midline	9
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TCCAAGTTATTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TCCGTATGTAAGACGGCCA	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TGAATTCGTTTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.AAGCGCCATAATGCTAGTC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.ACGCCATATTCGAGGAGTA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GGTTCGAGTGATAAGGCAA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TAACTAAGGTTGGTATTCAT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TTCTGGCCTCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GTCGGCAATGTTGAAGGAT	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ACGAGGTTTAATAATACCA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CTCCTCGTTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GACCAGGATAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GATCGACCTTTGGACGCTG	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GATTACGGTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCATTGCGTCAGGTATGGA	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CGGTTCCATTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GACTCGCTTAATAATACCA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCAGTTGGTACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCATTAAGCTAAGACGGCCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGCCAACTCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGGTTAAGTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCTCGAGATACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATTCGGCTGATAAGGCAA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGAGAATCATTTGATGCTAT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGCTAATTCTCCTTACTCCT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGGAGTTATAGAGCCAGCC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACCGTAGCTTGCGCCAGAA	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACGGCAATTTTGATGCTAT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCGAGAGATACCAGCGCAG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCTCCTGATAATGCTAGTC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCATCCAGTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGTCTACGTTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCTCTAGTTAAGACGGCCA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CAATCGGTTTTAATTATTG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CGAGATGCTGTACTAGTAA	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTACGGCATCCTTACTCCT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCAATCGCTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGCCAACTACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGAACGCGTAGACTCAAGC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGGCTCATGTTCCGCTAA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GCGCTCAATGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.ATGGCAGCTACGCCGTTCA	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GACTCGCTTCGATGGCGCC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GCAGATACTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TAGGTACTATCGGTAGGAAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCATGGCTTTCGAGGAGTA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCGGTACCTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TTGGCTCATACCGCAGAAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACCTTCGGTTGCGCCAGAA	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCCAAGTTATCGGAAGATAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTATAGGCATGCCGTATGCT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.ATGCCAAGTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GCGGTATATTGCGCCATCT	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.AGTTGCGCTTCAGACGAAC	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGCGCATTTGATAAGGCAA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTTCGCTGTACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTTGCTCCTTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATGACTTGTATTGAGATTG	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATTCGGCTGAAGGTTGCC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATTGAGGTTTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCATAGAGTTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCATGGCTTTGGTATTCAT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCAAGTTATATTGAGATTG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGGTACCTAATGCTAGTC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTCCGAATTCTCCTATAA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGAATTCGTTACCAGCGCAG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCCTTGGTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCTTAACCTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGGCGACTATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.ATGCCAAGTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TCGCCAACTAGAGCCAGCC	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CCGAGAGATTCGAGGAGTA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGTACGGATTTCGCTTACG	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GTACCTCTTTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TATTCGGCTTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TATTGAGGTTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCCTACCTTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCGAATCTTTTTAATTATTG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.AGCAACGATTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CTGGAAGATACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCTCGAGATTGCGCCAGAA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TAGCCAATTTAGAGCCAGCC	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTGGCTCATGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TGAACGCGTTTACGTATAC	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCGGAGAATTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCGTCGTATGACGACCTGC	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGTCCTTCTAAGACGGCCA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGAGAGTATCGGAGATCCG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGCGTAGTTTTAGCAATAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CCTCCTGATGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CTTCATGCTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GGCGACTATCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CAACGCAGTGAAGGTTGCC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GCATCCAGTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TGCTACTAATTCTCCTATAA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TGGTCTCCTTTAGCAATAA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TAGCTCGGTCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CAACGCAGTGAAGGTTGCC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CCATTGCGTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTGCTGAATGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GAACGGCTTCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GATTACGGTAGGCCGCTCG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCATCCAGTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGATAGGTTTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGTTCGAGTTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCAGCGGTTGCCGGTCGAG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCATAGAGTTAATAATACCA	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCGCCAACTCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGGTCTCCTTTAGCAATAA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGAGTCCTAGAGCCAGCC	Immature
neurons	2
08_10_exp1_idx1TATAATAGTT_idx2TATAACTTCC.GTTCCAGCTTGGTATTCAT	Immature
neurons	2
08_10_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.GCTGAAGCTGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.TTCTCTCGTGCGCGGTAGT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CTGCTGAATCAGATTCGAT	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GCTTCTGGTCAGATTCGAT	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCCTATTCTTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.ACGCCATATTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GTCGGCAATTTAGCAATAA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ACGAGGTTTTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ACGGCAATTTTAGCAATAA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CGACGATATTTGATGCTAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTAGTACGTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTTAGCGGTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCGGTATATGAAGGTTGCC	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CGCCGTAATTTGATGCTAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GACCGAATTAAGACGGCCA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TATAAGGCTTTTAATTATTG	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCAGTTGGTCCAGGCCGCA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACGGCAATTAAGTTGCCAT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CGCCGTAATCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGCAAGTCTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAGCCAATTTTCGAGGAGTA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTAGGAATTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCGCGCATTGATAAGGCAA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GACGTTCGTTGCGCCAGAA	Immature
neurons	12
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GATTACGGTAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GCGGTATATAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.AAGCGCCATAAGTTGCCAT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CTACGGCATCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CTCCAGAGTTTGATGCTAT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCTCCGAATTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCTCTCCATGTTCCGCTAA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.ACGGCAATTTTAGCAATAA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CGACGATATTTGATGCTAT	Immature
neurons	8
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CTACGGCATCGATGGCGCC	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GAGCGGTATCTGAACTGGT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GCTTCTGGTACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.TATCATGAGTTCGAGGAGTA	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.GTAAGCTCTCCTTACTCCT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GGTTGGCATTGCGCCATCT	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TATGCGATTTGCCGTATGCT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ATGCCAAGTGTTGAAGGAT	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CAACGCAGTCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCAGATACTGAAGGTTGCC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGACTTGATCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTCGGAGTTAATGCTAGTC	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTTCGCTGTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATGCGATTTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCTATTCTTCCTTACTCCT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCGCGCATTCGGAAGATAT	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCGCGGATGAAGGTTGCC	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.GCAATCGCTCCGTCCAGTA	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.GTTCGCTGTTTAATTATTG	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTGGAAGATTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCGCTCAATGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCTGGCTATATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TAACTAAGGTTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TATCCAGGTAAGTCTTCCG	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCGCCAACTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGGACCTCTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GCCATGGTTTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GCGGTATATTGGTATTCAT	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GCTGAAGCTAAGACGGCCA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TATCGAACTTGCCGTATGCT	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TCAGGAGATACCGCAGAAT	Neural
progenitors	3
08_10_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.TTCGCATAATGGAGGATAGC	Neural
progenitors	0
08_10_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.TATTCGGCTTCCGTCGCCA	Neural
progenitors	1
08_10_exp10_idx1AGGTCAGCTT_idx2ACCAAGATCT.TAGGTACTATTTGAGTATCA	Immature
neurons	2
08_10_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TATTCTCCTTGTCATTGCGC	Immature
neurons	2
08_10_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.GATACGTCTGCCGCAACGA	Neural
progenitors	0
08_10_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.TGAATCTGATTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.GGTACCATTGCAAGGAATA	Neural
progenitors	3
08_10_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TAATCAGCTTGGCTATGACT	Neural
progenitors	3
08_10_exp10_idx1GATTCTTGAA_idx2GGTCCAGGAG.TCTACTTACTACGCGAGATT	Neural
progenitors	0
08_10_exp10_idx1GCATCGTATG_idx2TCGATATTGA.CTGCCTTATACGCGAGATT	Neural
progenitors	3
08_10_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.TGAATTCGTTTCAACGTAAG	Neural
progenitors	1
08_10_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.CATCAACGTTGGAACTAGA	Immature
neurons	2
08_10_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TATATGCGTTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TAATACCAGTACGCGAGATT	Immature
neurons	2
08_10_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.TATTGAGGTTGTCATTGCGC	Immature
neurons	2
08_10_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.CTGCCTTATGGAGGATAGC	Sensory
progenitors	6
08_10_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.ACAGGTATTTGGAGGATAGC	Neural
progenitors	0
08_10_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.CAGCATTGTGGTACTGCCT	Neural
progenitors	0
08_10_exp10_idx1TATTAGACTT_idx2CATTATTACC.CTTCGACTTCGATCATTAC	Neural
progenitors	0
08_10_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.TAGATGACTTGCCGCAACGA	Neural
progenitors	0
08_10_exp10_idx1TATTAGACTT_idx2TCATCTAATC.GAGGAACTTTTAGATTCCG	Immature
neurons	2
08_10_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.GGACTTGATTTGAGTATCA	Neural
progenitors	3
08_10_exp10_idx1TCCTCTGCCG_idx2TCATCTAATC.TTCTTAACCTTCAACGTAAG	Ventral
midline	9
08_10_exp10_idx1TCCTCTGCCG_idx2TGGACTTGAC.TCTATCCAATAACTGATCTT	Neural
progenitors	0
08_10_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.GAACGGCTTGATACGGAAC	Immature
neurons	2
08_10_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TCTATCCAATTATTACTCAT	Neural
progenitors	3
08_10_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TCTATACCTTAGAGCCAAGG	Neural
progenitors	3
08_10_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.GCATCCAGTTCCGTCGCCA	Neural
progenitors	0
08_10_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.TATGAGAACTTTAGATTCCG	Immature
neurons	2
08_10_exp10_idx1TTGCCGTAGG_idx2GATGATCGTA.TCCTCGAGTTAGAGTAATA	Ventral
midline	9
08_10_exp10_idx1TTGCGAGCAT_idx2TCATCTCGAT.TCGTTCTGTTCCGTCGCCA	Neural
progenitors	0
08_10_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGAGAAGTCAACCAGTAC	Neural
progenitors	1
08_10_exp2_idx1TTCCGTCGAC_idx2TCGATATTGA.AAGGATATGTAGCTGCAATA	Neural
progenitors	3
08_10_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.GCAGATACTATTGAGATTG	Neural
progenitors	3
08_10_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.CTCCATCATTCAAGCCGAT	Neural
progenitors	1
08_10_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.TACTCCTATTCTGAACTGGT	Immature
neurons	2
08_10_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.TCAGCGGTTGATATCGGCG	Neural
progenitors	3
08_10_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.AGCATTATGTTCAAGCCGAT	Neural
progenitors	1
08_10_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.CAGATCAGTCTCTGATCAG	Ventral
midline	9
08_10_exp3_idx1AGACCATATC_idx2CCGTCGGAGG.TCTATCCAATGCCGTCGCGT	Neural
progenitors	1
08_10_exp3_idx1AGGTCAGCTT_idx2ACTATCCGCA.CGACGATATAAGCCAGTTA	Ventral
midline	9
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTAATTAA.GGTCCTTCTGATATCGGCG	Immature
neurons	2
08_10_exp3_idx1ATAAGGACTC_idx2AAGATCCAAC.GGTCTACGTTGGTATTCAT	Immature
neurons	2
08_10_exp3_idx1ATAAGGACTC_idx2AGTCCGCGGA.AAGGATATGTCATAGTTCGG	Immature
neurons	2
08_10_exp3_idx1ATAAGGACTC_idx2AGTCCGCGGA.ACGAGGTTTAATGCTAGTC	Immature
neurons	2
08_10_exp3_idx1ATAAGGACTC_idx2ATAAGAGGCG.TATGGTCTTTATTCGACCAA	Ventral
midline	9
08_10_exp3_idx1ATAAGGACTC_idx2TTGAGTATCA.GCGTACTTTGGCAGACGCC	Neural
progenitors	0
08_10_exp3_idx1ATGGCGCCTG_idx2CCAAGCTGAA.GACTACCATTTGATATATT	Immature
neurons	2
08_10_exp3_idx1ATGGCGCCTG_idx2GAACTGCATC.TAGAACCAATGCCGTATGCT	Sensory
progenitors	6
08_10_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.ATAAGCGAATTGGCTGATGA	Neural
progenitors	3
08_10_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.AATCCAGTATGTATAATACG	Immature
neurons	2
08_10_exp3_idx1ATTATGCAAG_idx2GTCGCTCAGT.AACCTCATTTTCTGATACCA	Immature
neurons	2
08_10_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.TCGCGCATTTCCGGCCTCG	Neural
progenitors	3
08_10_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.TAGAGCCTTTATAGACGCA	Immature
neurons	2
08_10_exp3_idx1CCTCAGCTCC_idx2GTCATTGCGC.GACTGACGTACTCAATAGG	Ventral
midline	9
08_10_exp3_idx1GAGCGCGATG_idx2AAGCCGGCTG.TCTCCGAATCCGCGGCTCA	Neural
progenitors	3
08_10_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.TCGTAGCGTTATCGTCGGC	Neural
progenitors	0
08_10_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.AAACCATAGTGCGTTCAGCT	Neural
progenitors	3
08_10_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.ACAGGTATTTCATTCAATCA	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.TCGCGCATTTTCTTCCGGT	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.ATATGGATCTAGGAGAGAAC	Immature
neurons	2
08_10_exp3_idx1GCGCGTTCAT_idx2TCGATATTGA.ATGCATTCATTTCCAACCGC	Immature
neurons	2
08_10_exp3_idx1GCGCGTTCAT_idx2TCGATATTGA.GCGTACTTTGATACGGAAC	Neural
progenitors	0
08_10_exp3_idx1GGCTTACTCC_idx2TGATACGAGT.CGTACCTATCTCTGATCAG	Neural
progenitors	3
08_10_exp3_idx1GTAGGCTGCA_idx2CTCGTCTAGG.AATACCGAATTTGCTAACGG	Neural
progenitors	3
08_10_exp3_idx1GTAGGCTGCA_idx2GACCGTAGCA.GCAGATACTGCCGTATGCT	Neural
progenitors	1
08_10_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.GGTAGTCCTCATTCAATCA	Sensory
progenitors	6
08_10_exp3_idx1TAGTAAGCCG_idx2ACCAAGATCT.GATTACGGTCTAAGAGAAG	Immature
neurons	2
08_10_exp3_idx1TATAATAGTT_idx2CTCGTCTAGG.ACCAATGCTTTGCTAACGG	Neural
progenitors	0
08_10_exp3_idx1TATAATAGTT_idx2GGAACGATGG.ACTTGATTGTCATAGTTCGG	Neural
progenitors	3
08_10_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.CAAGGCGTTTAGCCGTCAT	Neural
progenitors	3
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.ACTTCCGTTAGGAGAGAAC	Immature
neurons	2
08_10_exp3_idx1TGGACGACTA_idx2TCGATATTGA.GAACGGCTTCGTAATGCAG	Immature
neurons	2
08_10_exp3_idx1TTATTGAGGC_idx2TCCGGTAATC.GTTGCTCCTCCGCGGCTCA	Immature
neurons	2
08_10_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.CAATCGGTTCATAGTTCGG	Immature
neurons	2
08_10_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.GGTACGGATTGGAGAATTC	Neural
progenitors	3
08_10_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.GCCATGGTTCCTTACTCCT	Ventral
midline	9
08_10_exp3_idx1TTGCGAGCAT_idx2TTAGATTCCG.AAACCATAGTGTATAATACG	Immature
neurons	2
08_10_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.GACTGACGTTCAGCTCTAA	Neural
progenitors	0
08_10_exp3_idx1TTGGTAAGGA_idx2ACTGAATTCC.AACGATCATTTAACTCAATT	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GAGACTAGTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GACTGACGTTTAGCAATAA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCGCGCATTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.CGCCGTAATCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GACCGAATTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TAGTTACCTTAGGCCGCTCG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CCATTGCGTCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGTAGTCCTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTTGCTCCTTTAATTATTG	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCGAATCTTTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGCTCCTATAATGCTAGTC	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GGAGCTCATACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TCGCCAACTGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CTGCTGAATCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GATCGACCTAGGCCGCTCG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GTCGGCAATTCTACCATTA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TAGTTACCTTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TCGCGCATTTACGGCTACG	Neural
progenitors	16
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTAGTACGTTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAACGATGTGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACTTGGCTCTCTGCGGCA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCAGGAGATCCGTCCAGTA	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGAGAGATTGTTCCGCTAA	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTTGCTTAGTTCTCCTATAA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.ATTGCCGGTCGATGGCGCC	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CGAGATGCTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GGCGCATTTGCCGTATGCT	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TGCGTAGTTGCCGGTCGAG	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.CGAGATGCTCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.CTATCTCCTTTCGCTTACG	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TCCGGTCATAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.GTAAGCTCTGACGACCTGC	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.CTCTACTGTTTGATATATT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GACTACCATTTGATATATT	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GTAAGCTCTCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ATGGCAGCTCGGTAGGAAT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTAGTACGTAGTTCGAGTA	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGTAGTCCTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGTTGGCATTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCTGGCCTAGAGCCAGCC	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TAGAGCCTTCGGAAGATAT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCGCGCATTGCCGGTCGAG	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.CCAGAACCTCGGAAGATAT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TAGAGCCTTGTTGAAGGAT	Neural
progenitors	0
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TTCCGACGTAGGCCGCTCG	Neural
progenitors	0
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TTGGCGACTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.ACCGTAGCTTACGGCTACG	Ventral
midline	9
08_10_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.CTCTACTGTCGATGGCGCC	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GTTCGCTGTCAGGTATGGA	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TTCCGACGTCGGAGATCCG	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.ACCTTCGGTCGGTAGGAAT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GACTGACGTCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TAGGTACTATTCGAGGAGTA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.CAGAAGGCTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TAGAGAGTATCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TGCTAATTCTCCAGGCCGCA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TATTGAGGTTCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTCGGCAATAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATTGAGGTTGTACTAGTAA	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCGAATCTTTCTCTGCGGCA	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GACCGTCATGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTCGGAGTTGCCGGTCGAG	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATGACTTGTAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.CCATCAGGTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TATGGTCTTTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.AAGCGCCATTTGATGCTAT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.ACGGCAATTGAAGGTTGCC	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.AACCGCTGTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.ACGAGGTTTTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.TAGAGCCTTCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.TATAAGGCTTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TAGAGAGTATTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TATCGAACTTTTGATATATT	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TCTCTCCATAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GGACTTGATGTTCCGCTAA	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGCTCCTATCGGAAGATAT	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTCGCATAATGCCAACGCCA	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.CTGCTGAATTCTACCATTA	Ventral
midline	9
08_10_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.CTTAGCGGTGTACTAGTAA	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GCAGATACTCAGATTCGAT	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TCCTATTCTTTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.CGACGATATGATAAGGCAA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.CTCCTCGTTAATGCTAGTC	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.GGCAAGTCTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TGATCTTCTTTTCGCTTACG	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTGCTGAATTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACCAGGATAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGATCTTCTTCGGTAGGAAT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCTTAACCTTTCGCTTACG	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CCGAGAGATTTAATTATTG	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCGTCGTATCGGAAGATAT	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTCGGAGTTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCGTTCTGTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TCTAGGAATTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.CTCCAGAGTAATAATACCA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TTCTAAGCTTTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GAACGATGTCGGAAGATAT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GACGTTCGTCGAATAATTC	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TAGAGCCTTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TTCCGACGTTTCGCTTACG	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TCTCGCTCTAGTTCGAGTA	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGCGCATTTTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTCCTGCATAAGTTGCCAT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAGAGCCTTCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATGGTCTTTCATAACCAGC	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATTCGGCTCAGATTCGAT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGCGCATTGAAGGTTGCC	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGTTCTGTTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTAATGAGCTCGATGGCGCC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGAGAGATTCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.CCATTGCGTTTGATATATT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCAATCGCTGTTGAAGGAT	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGTAGTCCTAAGTTGCCAT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TAGGTACTATTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CGCCGTAATAAGTCTTCCG	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCAACGTTTTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTTGCAAGTTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGTTCTGTTGCATATAAC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGACGAGGTGAAGGTTGCC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTTCATGCTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGAGAATCATTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGATCTTCTTATAGACTAGG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGCTACTAATTCAGACGAAC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GACCAGGATTTAATTATTG	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGAGCTCATTTACGTATAC	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCAGTTGGTATTGAGATTG	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GGCTTACTTCCAGGCCGCA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.AGCAACGATTTAGCAATAA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GACTACCATTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCATTAAGCTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGTAATAGTTTGGACGCTG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTGGAGTTATCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.ACGCCATATGCGCGGTAGT	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GACTCGCTTTCGAGGAGTA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TCAGCGGTTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.AGTTGCGCTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCTGGCCTCCTTACTCCT	Neural
progenitors	0
08_10_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.ATAGTCGCTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.ATAGTCGCTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TCGAATCTTTAGAGCCAGCC	Neural
progenitors	0
08_10_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TTCAACTGATGCCGGTCGAG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ATGGCGTATATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GCATCCAGTTCTACCATTA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GCGGAGAATGGCCAGTCCG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GTAAGCTCTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CCAGAACCTTCGAGGAGTA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGTTAAGACTACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CCTCCTGATAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CGACGATATGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGTACGGATTCTACCATTA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TACTCCTATTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCTCGCTCTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTCGCGGATAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GAGCGGTATCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTTGCAAGTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTATAGGCATGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CTCCAGAGTAAGTCTTCCG	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CCGTCTCATAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GCGTCGTATCAGGTATGGA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GACTACCATAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCTCGAGTTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGGTAATAGTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TAGAGCCTTCGGAGATCCG	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.GGCAAGTCTGCCGGTCGAG	Ventral
midline	9
08_10_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TTATAGGCATTGGTATTCAT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CTAGTACGTGACGACCTGC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCCTCGAGTTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCGCGCATTCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACCGAATTTTAGCAATAA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCAGCGGTTTTCGCTTACG	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCTACCTTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCTAAGCTTCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCTTAACCTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.ATTGCCGGTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GACCAGGATACCAGCGCAG	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCTGGCTATTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTCGGAGTTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGGACCTCTTCAGACGAAC	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACCGTCATTGCGCCATCT	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCTTCTGGTGCCGGTCGAG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGCTTACTTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTCGGCAATCTCTGCGGCA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.ACCAATGCTCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CGCCGTAATCATAACCAGC	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GCATCCAGTACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GGATAGGTTTGGCTGATGA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GGCTTACTTAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CGACGATATAGAGCCAGCC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TATTGAGGTTTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TAGCCAATTTCCGTCCAGTA	Neural
progenitors	16
08_10_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.TAGCCAATTTCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.AGGCATCATATTGAGATTG	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GACTGACGTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GGTAGTCCTCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TCATGGCTTGAAGGTTGCC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.AGCAACGATACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TGCCTATTATAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACTCGCTTGACCTCTCTG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATGGTCTTTCATAACCAGC	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCTAATTCTTCAGACGAAC	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCTCTCGTTCGAGGAGTA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TTCAACTGATAGAGCCAGCC	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TTCTTAACCTTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TTATAGGCATCCTTACTCCT	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GACTGACGTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GAGCGGTATTTCGCTTACG	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GCAATCGCTCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TACTCCTATTGTTCCGCTAA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GTCGGAGTTAGACTCAAGC	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TTGGCGACTACCGCAGAAT	Neural
progenitors	1
08_10_exp10_idx1AATACGATAA_idx2GTTCCGACGA.GGTTCGAGTGCCGCAACGA	Neural
progenitors	0
08_10_exp10_idx1AATACGATAA_idx2TTAACGTACC.TAGCCAATTTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.AAACTCCAATTATTACTCAT	Immature
neurons	2
08_10_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.AACTGGCATCGATCATTAC	Neural
progenitors	0
08_10_exp10_idx1AGGTCAGCTT_idx2GGCTAATTAA.TTGGAGTTATGGTACTGCCT	Neural
progenitors	0
08_10_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.AAGGATATGTTCAACGTAAG	Neural
progenitors	0
08_10_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.TCGAATCTTTGCCGCAACGA	Neural
progenitors	0
08_10_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.GAACGATGTAACTGATCTT	Neural
progenitors	1
08_10_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.TATAAGGCTTAGAGCCAAGG	Neural
progenitors	0
08_10_exp10_idx1GATTCTTGAA_idx2CGGCGAGACC.ATAACTTCCTGGTACTGCCT	Neural
progenitors	0
08_10_exp10_idx1GATTCTTGAA_idx2GGTCCAGGAG.TAAGAATGGTGGAGGATAGC	Neural
progenitors	0
08_10_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.TCAAGATCTTGGCTATGACT	Neural
progenitors	3
08_10_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.TCGAAGGATGCAAGGAATA	Neural
progenitors	0
08_10_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TGCCTATTATTTCGCCTCCA	Neural
progenitors	0
08_10_exp10_idx1GCTTGAAGAG_idx2TTAGATTCCG.AAGTTCTTGTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.TGATGCGATCATGCTGGTT	Neural
progenitors	1
08_10_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TTCAACTGATAGAGCCAAGG	Neural
progenitors	0
08_10_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.ACGCTTGATTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TAGGAAGGTCCGCGGACCG	Neural
progenitors	1
08_10_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TATAAGGCTTAATGGTCGAC	Neural
progenitors	0
08_10_exp10_idx1TATTAGACTT_idx2GGACTCATTG.TCTCGCTCTTAGAGTAATA	Neural
progenitors	0
08_10_exp10_idx1TCCTCTGCCG_idx2AGTTGCATCT.TCGTTCTGTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.GTCGTAACTCGATCATTAC	Neural
progenitors	0
08_10_exp10_idx1TTCGAATATT_idx2TGCCAGATGG.TTCTCATTGTCATGCTGGTT	Neural
progenitors	1
08_10_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.CTTCATGCTGCCGCAACGA	Neural
progenitors	1
08_10_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.ATACCAGTTTCTAAGAGAAG	Neural
progenitors	1
08_10_exp10_idx1TTGCGAGCAT_idx2TCATCTCGAT.GCAGATACTGCAAGGAATA	Neural
progenitors	1
08_10_exp11_idx1TTGCTTAGAT.CTGACGTTTACCGCCAACC	Neural
progenitors	1
08_10_exp3_idx1AATACGATAA_idx2AACTACCGAC.GAGTTCTCTCTGATGGTCA	Neural
progenitors	1
08_10_exp3_idx1AATACGATAA_idx2CCTAGCGCCT.CTGCTGAATACGTCCGCAG	Neural
progenitors	0
08_10_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.AGTTGCGCTTTAGCAATAA	Neural
progenitors	1
08_10_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.CTCTACTGTTTAGCAATAA	Neural
progenitors	0
08_10_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.AAATCGTTCTTTACGATGAA	Neural
progenitors	0
08_10_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.CCGAGAGATCGTAATGCAG	Ventral
midline	9
08_10_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.GGATAGGTTCCAGTCCTCT	Immature
neurons	2
08_10_exp3_idx1AGACCATATC_idx2AATTGCCTAC.TGAATTCGTTAGGTTAGCAT	Neural
progenitors	1
08_10_exp3_idx1AGACCATATC_idx2CCGTCGGAGG.ATAGTTGACTAACTGCTGCC	Sensory
progenitors	6
08_10_exp3_idx1AGACCATATC_idx2CGATCATTAC.ATCAATACGTGGCGAACTCG	Neural
progenitors	0
08_10_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.CGTCGAAGTAGAGCTATAA	Ventral
midline	9
08_10_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.ATGGAGAGTCGATGGCGCC	Immature
neurons	2
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.ATATCTGGATCTTGGTAATG	Neural
progenitors	0
08_10_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.AATACCGAATACTCAATAGG	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.TTCTGGCCTCGAATAGATG	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.GGCGTTAATAAGACCGTTG	Neural
progenitors	0
08_10_exp3_idx1AGTCCGCTGC_idx2CAAGATTAAG.GAACGATGTTTGCTAACGG	Ventral
midline	9
08_10_exp3_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TCCTCGAGTCGGATTAGAA	Neural
progenitors	1
08_10_exp3_idx1ATAAGGACTC_idx2AAGATCCAAC.AGTTGCGCTAAGAAGCTAG	Neural
progenitors	0
08_10_exp3_idx1ATAAGGACTC_idx2ATAAGAGGCG.TTACCTAAGTAACTGCTGCC	Neural
progenitors	0
08_10_exp3_idx1ATAAGGACTC_idx2CGAGTTAGAG.TAGATGACTTACTAGAGAGT	Sensory
progenitors	6
08_10_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.ACGATATCATAACCTGCGTA	Ventral
midline	9
08_10_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.TCGAATCTTTTTATCCGGAT	Neural
progenitors	0
08_10_exp3_idx1ATGGCGCCTG_idx2AGGTCAATTA.GACTGACGTCTAAGAGAAG	Neural
progenitors	1
08_10_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.CCATCAGGTATCGGCTATC	Neural
progenitors	0
08_10_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.CTACGGCATTATCATGATC	Immature
neurons	2
08_10_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.AGCATTATGTGGCCAGTCCG	Neural
progenitors	1
08_10_exp3_idx1CCTCAGCTCC_idx2CGGCGAGACC.ATGGACTATTTTGCGAGGCA	Neural
progenitors	0
08_10_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.AAGGACGATTTGCTAACGG	Immature
neurons	2
08_10_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.TGAATCTGATCTGATGGTCA	Immature
neurons	2
08_10_exp3_idx1CCTCAGCTCC_idx2GTCATTGCGC.ATTAATGCCTCCTTACTCCT	Neural
progenitors	1
08_10_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.AGAGATGAATTTCTTCCGGT	Neural
progenitors	1
08_10_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.TGGTCTCCTCATAGTTCGG	Neural
progenitors	0
08_10_exp3_idx1CTCAATTAGT_idx2TTAGATTCCG.TCAAGATCTTTGGCTGATGA	Neural
progenitors	0
08_10_exp3_idx1CTCAATTAGT_idx2TTAGATTCCG.TCTCCGAATTTGCTAACGG	Neural
progenitors	3
08_10_exp3_idx1GAGCGCGATG_idx2AACGAGGCTA.ATGGACTATTAACTGCTGCC	Neural
progenitors	1
08_10_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.TATAAGAGGTAGGTTAGCAT	Neural
progenitors	3
08_10_exp3_idx1GATTCTTGAA_idx2AGTCCGCGGA.GACCGTCATCTGATGGTCA	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.ACGCCATATACGAAGTCAA	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.AGATTGGTTTTATCATGATC	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.GAACGATGTCCGTTCCTTA	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.GCCATGGTTTAGCCGTCAT	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2GACCTCTCTG.AACGAGCGTCGGAGATCCG	Immature
neurons	2
08_10_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.AGAACTCCTACTATGCAAT	Ventral
midline	9
08_10_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.GACCGAATTAAGACCGTTG	Neural
progenitors	1
08_10_exp3_idx1GCTTGAAGAG_idx2GGCTAATTAA.TATCCAGGTTTCCAACCGC	Neural
progenitors	3
08_10_exp3_idx1GCTTGAAGAG_idx2GGTAGGTCTC.ACTGGACCTGTATAATACG	Neural
progenitors	1
08_10_exp3_idx1GCTTGAAGAG_idx2GGTAGGTCTC.TGGACCTCTGATACGGAAC	Immature
neurons	2
08_10_exp3_idx1GCTTGAAGAG_idx2TTGAGTATCA.TATTGACTCTCAAGTCGACC	Neural
progenitors	0
08_10_exp3_idx1GCTTGAAGAG_idx2TTGAGTATCA.TCCGGTCATAACTGCTGCC	Neural
progenitors	0
08_10_exp3_idx1GGCTTACTCC_idx2CGATCATTAC.TGGTAGGCTCAAGTCGACC	Neural
progenitors	0
08_10_exp3_idx1GTAGCAGCTA_idx2CGAGTTAGAG.TAAGGTTCATTCGCGGTTGG	Ventral
midline	9
08_10_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.AAATCGTTCTCTTGCAGTAG	Neural
progenitors	1
08_10_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.ACGCTTGATTTGACTTCAG	Ventral
midline	9
08_10_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.CCTGCTACTGGCGAACTCG	Immature
neurons	2
08_10_exp3_idx1TAGGTAACTT_idx2CTCGGTCAAT.ACGAGGTTTATTGAGATTG	Immature
neurons	2
08_10_exp3_idx1TAGGTAACTT_idx2TCTAGAACTA.AGAGCATGTTAGGCCATAG	Immature
neurons	2
08_10_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.ATATGCCATTCTTGCAGTAG	Neural
progenitors	0
08_10_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.ATCAGTCATTTTATCCGGAT	Neural
progenitors	1
08_10_exp3_idx1TCCTCTGCCG_idx2CTAACTCCAA.TCGAGAAGTCTGAACTGGT	Neural
progenitors	0
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.GCCATGGTTTATCATGATC	Neural
progenitors	0
08_10_exp3_idx1TGGACGACTA_idx2GACCTCTCTG.ACGTCTAGTTCCGGCCTCG	Immature
neurons	2
08_10_exp3_idx1TGGACGACTA_idx2GATTGCAGAC.CCAGAACCTGCAAGGAATA	Ventral
midline	9
08_10_exp3_idx1TGGACGACTA_idx2GCAACTGGCA.TCTCTCCATTAGCCGTCAT	Sensory
progenitors	6
08_10_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.ACGTTGCTTCCTTACTCCT	Neural
progenitors	1
08_10_exp3_idx1TTATTGAGGC_idx2TATAACTTCC.ATTCGGAGTAACCTGCGTA	Neural
progenitors	0
08_10_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.AGAGCATGTTCGAGGAGTA	Neural
progenitors	0
08_10_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.AAGTATTGGTCGGATGAAGG	Neural
progenitors	0
08_10_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.ATGGAGAGTTGGCTGATGA	Immature
neurons	2
08_10_exp3_idx1TTCGAATATT_idx2CCTATAAGCT.TATTCTCCTTTCTTGCCGAC	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.CTAACGACTAATCGATAAT	Neural
progenitors	0
08_10_exp3_idx1TTGCCGTAGG_idx2CAAGCTTGGC.TCGGTACCTCTTGGTAATG	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.AATACCGAATTTCCAACCGC	Neural
progenitors	0
08_10_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.ATTAGGTACTTCGAGGAGTA	Neural
progenitors	0
08_10_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.CCGGATAGTATCGGCTATC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TATTCGGCTGCCGTCGCGT	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GCAATCGCTGATAAGGCAA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TAGAGCCTTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TGCCTATTATTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.CCGAGAGATCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TCTCGCTCTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.AAGCGCCATTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ATTGCCGGTGATAAGGCAA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CGACGATATCGATGGCGCC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CGTCGAAGTGGCGAGCTTA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTACCTCTTAGAGCCAGCC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTCGGCAATTGCATATAAC	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.ACCAATGCTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CCGGAGTTTAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GCCATGGTTATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GGTACGGATTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TCGTCTATTTAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.AGGCATCATACCAGCGCAG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GATTACGGTTTAGCAATAA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GCTCGAGATCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GTCGGCAATGATAAGGCAA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TAACTAAGGTTCAGACGAAC	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TCGTCTATTTACCGCAGAAT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.AAGCGCCATTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.ACCTTCGGTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.ATAGTCGCTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAACGATGTCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGTAGTCCTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTAGACGGTTCGAGGAGTA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGGTAATAGTAGTAAGCATA	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGTTAAGACTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTATAGGCATTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTTGCTTAGTGAAGGTTGCC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.AGTTGCGCTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.ACGGCAATTAATAATACCA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.CGAGATGCTGAAGGTTGCC	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AAGATGCCTTTACGTATAC	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCGTCGTATCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTAAGCTCTCCGTCCAGTA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTAAGCTCTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTAAGGAGTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTACCTCTTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TAGCCAATTTGGCCAGTCCG	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCCTACCTTTTCGCTTACG	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCTAAGCTTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CAACGCAGTAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CCGAGAGATCCTTACTCCT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTGGAAGATGCCGTATGCT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTTAGCGGTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GACCAGGATGTTGAAGGAT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TACTCCTATTTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCGTCTATTTGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCTAGGAATTCCTTACTCCT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTCGCATAATTTAGCAATAA	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTGAGAGATTCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GTATCGCATTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.CTCCGGTTTGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GCAATCGCTTGCATATAAC	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GCGTCGTATGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GCCATGGTTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GGCGACTATTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GTAAGCTCTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TTCGCATAATGACGACCTGC	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.CAACGCAGTGCCAACGCCA	Immature
neurons	2
08_10_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TGGTCTCCTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TCCAATAGTTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.GCCATGGTTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.GGCAAGTCTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TTGAGAGATTTATCGTCGGC	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.CCGGATAGTCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.TGCTCCTATACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.AAGCGCCATTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.CAGAAGGCTCTCTGCGGCA	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.ATGGAGAGTCATAACCAGC	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.ATGGCGTATAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GACTCGCTTGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGAGGTTCTCGATGGCGCC	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGCGCATTTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGTAGTCCTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTAGACGGTCGAATAGATG	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTTGCAAGTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCAGTTGGTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTCGCGGATTTGATGCTAT	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTGGCGACTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GACTCGCTTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGTCCTTCTCTCTGCGGCA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTACCTCTTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCCGACGTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTGGAGTTATGCCGGTCGAG	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TCTATACCTTAATGCTAGTC	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TTGGCTCATGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GCTTCTGGTACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATGCGATTTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCAGCGGTTTCGAGGAGTA	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCGGTACCTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGCCTATTATTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGCTACTAATCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTAATGAGCTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTGAGTCCTTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTGGCTCATCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.ACGAGGTTTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CCGGATAGTATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TAACTAAGGTTCGAGGAGTA	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TATCCAGGTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GAACGGCTTTTCGCTTACG	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TGGATCCGTTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.CAATCGGTTCCAGGCCGCA	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.CTCCGGTTTCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GACTACCATAAGTTGCCAT	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.ACGGCAATTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.CCATCAGGTTTAGCAATAA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TATGGTCTTTATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CAACGCAGTCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GAACGGCTTCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GCAACGTTTAGAGCCAGCC	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGCGCATTTTTGATATATT	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTCGGAGTTCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TATGCGATTTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTAATGAGCTGCCGGTCGAG	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.CAGAAGGCTAAGTTGCCAT	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.CTATCTCCTCTGAACTGGT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TAGAGCCTTCCTTACTCCT	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TATGGTCTTTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TCTAGGAATTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.ATAGTCGCTTTACGTATAC	Ventral
midline	9
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GAGCGGTATAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GATCGACCTTTGATGCTAT	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.AGCAACGATTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CTGCTGAATAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GGTACGGATGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTAAGCTCTAGGCCGCTCG	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TAACTAAGGTTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGGACCTCTCTCTGCGGCA	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TGTTAAGACTTTGATGCTAT	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.ATGGCGTATGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TGCGTAGTTCGATGGCGCC	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TTGGCTCATCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GGAGGTTCTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TTGGCGACTGAAGGTTGCC	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACGCCATATGCCGGTCGAG	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ATAGTCGCTCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CAACGCAGTAAGTTGCCAT	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCGGTATATTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGTCTACGTGTACTAGTAA	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTCGGCAATAAGTCTTCCG	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATTCGGCTAATGCTAGTC	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCGGTACCTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCTCGCTCTGACGACCTGC	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCTCGCTCTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCGCGGATTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCTAAGCTTACGCCGTTCA	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTGGCAATATGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ATGGAGAGTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CTATCTCCTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCAACGTTTCCGTCCAGTA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCAATCGCTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCTCGAGATGTTCCGCTAA	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTATCGCATTCTCCTATAA	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TAGCTCGGTCGGTAGGAAT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCAGTTGGTCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCAGTTGGTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCGCCAACTTGGTATTCAT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGAACGCGTGAAGGTTGCC	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGAACGCGTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GACTCGCTTTCTCCTATAA	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.ATGGCAGCTGATAAGGCAA	Neural
progenitors	0
08_10_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TATCGAACTTCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.ACGCCATATTGCATATAAC	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.ATGGCGTATTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GACTCGCTTATTGAGATTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GTCCTGCATCGGAGATCCG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TATTGAGGTTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TTCCGACGTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TTCGCGGATGCCAACGCCA	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCTGGCTATGCCGTATGCT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GGTAGTCCTCATAACCAGC	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GTAGACGGTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AGCAACGATACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATGCCAAGTTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATGGAGAGTTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCATCAGGTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCAACGTTTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTCGGCAATAATGCTAGTC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATTGACTCTTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCATGGCTTTTGATGCTAT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCCTATTCTTCATAACCAGC	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGTCTATTTCTGAACTGGT	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGGTTAAGTTGGTATTCAT	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTTGCTTAGTACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TTCTCTAGTTCGAATAGATG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AGTTGCGCTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CGGTTCCATTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACCAGGATAATAATACCA	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGTCCTTCTTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATGACTTGTTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCATAGAGTTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCCGTATGTTTGATGCTAT	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCTCTCCATTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGACGAGGTACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AAGCGCCATGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AGGCATCATACGCCGTTCA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ATGCCAAGTGCGACGCCTT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTCCAGAGTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCAATCGCTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCGGTATATTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGAGCTCATCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGAGCTCATGCCGTATGCT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGAGGTTCTTCGAGGAGTA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTCATCTGTATTGAGATTG	Neural
progenitors	15
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTCGGAGTTAAGTTGCCAT	Neural
progenitors	15
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAGAGAGTATGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAGCCAATTTAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGTCTATTTGAAGGTTGCC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTACTTACTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGCTAATTCTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCGCATAATCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ACCGTAGCTTTAATTATTG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ACGGCAATTGCCGTATGCT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CGACGATATCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CGGTTCCATAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTGGAAGATCAGGTATGGA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GAAGAGGCTGCCGGTCGAG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GATCGACCTACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCAGATACTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCTTCTGGTGACGACCTGC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGTACGGATCCTTACTCCT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTTGCTCCTTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGCCAATTTTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGTTACCTTTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATCATGAGTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCATAGAGTTCGGAAGATAT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGTAGGCTTTGATGCTAT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGGCGACTTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.CGTCGAAGTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GCGCTCAATCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GCGGAGAATACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TAGAGCCTTCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCTCTCCATTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGGTCTCCTGATAAGGCAA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ATAGTCGCTTTCGCTTACG	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CTAGTACGTAATAATACCA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGCTTACTTAGTTCGAGTA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTTCGCTGTAGTTCGAGTA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCGCGCATTTCGAGGAGTA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCGTTCTGTTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGAATTCGTTGCGACGCCTT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGCCTATTATTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CAATCGGTTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTCCGGTTTTTCGCTTACG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACGTTCGTGCGCGGTAGT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGATAGGTTACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTTGCTCCTTATCGTCGGC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATTCGGCTAAGACGGCCA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCATTAAGCTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCTACTAATTGCGCCAGAA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTAATGAGCTAATGCTAGTC	Ventral
midline	9
08_10_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.GACCGTCATAAGTCTTCCG	Neural
progenitors	15
08_10_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TAGGTACTATCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TGAGAATCATTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GACTCGCTTCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2CCGTCGGAGG.GACCGAATTCTCTGCGGCA	Immature
neurons	2
08_10_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.GGTAGTCCTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.AACCGCTGTCCAGGCCGCA	Neural
progenitors	0
08_10_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.GGTCTACGTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.CCATTGCGTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.CTTAGCGGTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ATGGCGTATTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CATCGGACTATTGAGATTG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GCTTCTGGTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GTTGCAAGTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGATCTTCTTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.ATGGCGTATTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CTCCGGTTTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GACCGAATTTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GACCGTCATAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GCATCCAGTCGATGGCGCC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCCGGTCATATTGAGATTG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CTGGAAGATAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.CCTCCTGATCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GCTGGCTATGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TCGCGCATTTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACGAGGTTTATTGAGATTG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTTAGCGGTAATGCTAGTC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACTTGGCTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCGGAGAATGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCATGGCTTTGGTATTCAT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCGTATGTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGCGCATTGTACTAGTAA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCTATACCTTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGGTAATAGTCGGTAGGAAT	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.AACCGCTGTCGGAGATCCG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GCGCTCAATGAAGGTTGCC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCTCGCTCTGCCGTATGCT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TGCTACTAATCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TTGCGGTCTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ACCAATGCTAATGCTAGTC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ATAGTCGCTCGGAGATCCG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTGGAAGATTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCAACGTTTACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCGTCGTATATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAAGACCGTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGCTCGGTCGATGGCGCC	Ventral
midline	9
08_10_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TTAATGAGCTTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1TATAATAGTT_idx2AGATCCTATA.CGGTTCCATACCGCAGAAT	Sensory
progenitors	6
08_10_exp1_idx1TATAATAGTT_idx2TATAACTTCC.CCTCCTGATTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TCTCTCCATCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.ATGGAGAGTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CAGAAGGCTAATAATACCA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GACTGACGTGCGTTCAGCT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCGAATCTTTACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TGCTAATTCTATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ATTGCCGGTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCGAGAGATTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GAAGAGGCTCGGAGATCCG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GAGACTAGTGGCGAGCTTA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCAATCGCTAAGACGGCCA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTCCTGCATTGCGCCATCT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTTGCAAGTCCGTCCAGTA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCAAGTTATGTTCCGCTAA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.ATTGCCGGTCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CATCGGACTCGATGGCGCC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CTTAGCGGTTGCGCCAGAA	Immature
neurons	13
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GACTCGCTTGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CAATCGGTTCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CAATCGGTTTGCATATAAC	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CCGAGAGATCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTACGGCATTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTCCAGAGTTCTCCTATAA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCAGATACTCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGACTTGATTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTAGCGATTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TACTCCTATTGCCGTATGCT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATCATGAGTCGATGGCGCC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCATTAAGCTTTAGCAATAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTCTCCATGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGAATTCGTTGCCGTATGCT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGCCTATTATTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGGTAGGCTTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GTACCTCTTTGCATATAAC	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCCGTATGTAGACTCAAGC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.CCGGAGTTTTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TAGCCAATTTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCCTACCTTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.AAGCGCCATTCTCCTATAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GACTTGGCTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GGTCCTTCTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TGCGTAGTTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TGCTACTAATAATGCTAGTC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CTCTACTGTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GTACCTCTTCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TATTCGGCTCGGAGATCCG	Neural
progenitors	0
08_10_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GCGCTCAATTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.TGAATTCGTTCGGTAGGAAT	Sensory
progenitors	6
08_10_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TCAGCGGTTAAGTCTTCCG	Neural
progenitors	0
08_10_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TCCTACCTTTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TCCTATTCTTTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.ATAGTCGCTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.TGAGAATCATTGCATATAAC	Ventral
midline	9
08_10_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.CAGAAGGCTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.GATCGACCTTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.GTCATCTGTGACGACCTGC	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.AACCGCTGTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.ACCGTAGCTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.AGTTGCGCTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GCATCCAGTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TATCCAGGTCGAATAATTC	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TCGTTCTGTGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GGCGACTATTGGTATTCAT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TCCGTATGTTCGAGGAGTA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ACCTTCGGTAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ACGAGGTTTTCGAGGAGTA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AGGCATCATTCTCCTATAA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ATTGCCGGTCATAACCAGC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTAGTACGTGCCGTATGCT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTCCTCGTTAGAGCCAGCC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGATAGGTTGTTCCGCTAA	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTCATCTGTTTCCATGGCA	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGTTACCTTTCTCCTATAA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATAAGGCTTCGGAGATCCG	Neural
progenitors	15
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCGTAGCGTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGGCCTGATCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCTCTAGTTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.CTTCATGCTAAGACGGCCA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TTGAGAGATTTGCATATAAC	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.CGACGATATCGGATGAAGG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GGCGACTATTGCATATAAC	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GTACCTCTTCTGAACTGGT	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TAGAGAGTATCCAGGCCGCA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TGCTCCTATCGGTAGGAAT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TTGGAGTTATTTGGACGCTG	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ATGGCAGCTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GAGACTAGTTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCTGAAGCTCTGAACTGGT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGCAAGTCTGGCCAGTCCG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGCAAGTCTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGTACGGATAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TATCGAACTTTTGATGCTAT	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TATGCGATTTGCCAACGCCA	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCCTCGAGTCCAGGCCGCA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GAGCGGTATCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TCCTATTCTTCGGTAGGAAT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TCTCCGAATCGGAGATCCG	Immature
neurons	2
08_10_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.GGAGGTTCTCATGCTGGTT	Immature
neurons	2
08_10_exp10_idx1AATACGATAA_idx2TTCTACGCCA.TCATAGAGTTTAGAGTAATA	Neural
progenitors	3
08_10_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.GGAGCTCATTGGAACTAGA	Neural
progenitors	3
08_10_exp10_idx1AGACCATATC_idx2AGGATTACCA.TCATTAAGCTGCAGGTCCGT	Neural
progenitors	0
08_10_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.AATTCATCGTAATGGTCGAC	Neural
progenitors	1
08_10_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TATATGCGTTACGCGAGATT	Immature
neurons	2
08_10_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.ACCATGATTTTTAGATTCCG	Immature
neurons	2
08_10_exp10_idx1AGTCCGCTGC_idx2AAGATCCAAC.GAACGGCTTCGAGCTGCCA	Immature
neurons	2
08_10_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.GAGACTAGTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TCTATCCAATTGGAACTAGA	Neural
progenitors	1
08_10_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.ACTTGATTGTTCTAGAACTA	Neural
progenitors	0
08_10_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.TAATACCAGTTATTACTCAT	Neural
progenitors	0
08_10_exp10_idx1ATAAGGACTC_idx2CGAGTTAGAG.GACCGTCATTGGAACTAGA	Neural
progenitors	3
08_10_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.GAGTTCTCTGGAGGATAGC	Neural
progenitors	3
08_10_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TTTGCTTAGTTTACCTCGAC	Immature
neurons	2
08_10_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.GACGTTCGTGCCGCAACGA	Neural
progenitors	3
08_10_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.AACTGGCATTCAACGTAAG	Neural
progenitors	3
08_10_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TTCGTTCCTTTGAGTATCA	Neural
progenitors	0
08_10_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.ATTGATCGTTGGCTATGACT	Neural
progenitors	3
08_10_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.CTTCATGCTTTAGATTCCG	Neural
progenitors	3
08_10_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.CAGCATTGTGCCGCAACGA	Neural
progenitors	0
08_10_exp10_idx1GATTCTTGAA_idx2CGGCGAGACC.CTGCCTTATCGATCATTAC	Neural
progenitors	0
08_10_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.TTTGCTACTTCGAGCTGCCA	Neural
progenitors	3
08_10_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.GCATCCAGTTAGAGTAATA	Immature
neurons	2
08_10_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.TTGAGAGATTTTAGATTCCG	Ventral
midline	9
08_10_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.TTGACCAGTTATTACTCAT	Neural
progenitors	3
08_10_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TATTGAGGTTCGAGCTGCCA	Neural
progenitors	0
08_10_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TATCATGAGTCGATCATTAC	Sensory
progenitors	6
08_10_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.GCAATCGCTTAGAGTAATA	Neural
progenitors	3
08_10_exp10_idx1GCTTGAAGAG_idx2TCTATAAGGA.TCAGCTTCTTATTACTCAT	Sensory
progenitors	6
08_10_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TGTTAAGACTGCAAGGAATA	Neural
progenitors	1
08_10_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.GTAAGCTCTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1GGTTATCGAA_idx2AACTACCGAC.TAATACCAGTTTACCTCGAC	Neural
progenitors	3
08_10_exp10_idx1GGTTATCGAA_idx2GACCGTAGCA.GTAGACGGTCGATCATTAC	Immature
neurons	2
08_10_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCATGGCTTGTCATTGCGC	Neural
progenitors	0
08_10_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCATGGCTTTGATAGAACG	Immature
neurons	2
08_10_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TGGTAATAGTGCCGCAACGA	Neural
progenitors	3
08_10_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TCTAGGAATTTTACCTCGAC	Neural
progenitors	0
08_10_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TCTACTTACTAACTGATCTT	Neural
progenitors	0
08_10_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.GCATCCAGTCGATCATTAC	Neural
progenitors	0
08_10_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TGAATCTGATTTGAGTATCA	Neural
progenitors	0
08_10_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.TGGTTGAATTTTAGATTCCG	Immature
neurons	2
08_10_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.CCAAGGATTTTAGATTCCG	Immature
neurons	2
08_10_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTCGTTCCTGCAAGGAATA	Sensory
progenitors	6
08_10_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TTGGAGCTTTTAGATTCCG	Immature
neurons	2
08_10_exp10_idx1TAGTAAGCCG_idx2TGATTCCTCA.TCTAGGAATTGGTACTGCCT	Neural
progenitors	0
08_10_exp10_idx1TATAATAGTT_idx2AAGCCGGCTG.TCAGGAGATTTGAGTATCA	Neural
progenitors	0
08_10_exp10_idx1TATTAGACTT_idx2GGACTCATTG.AACTAGTTGTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.CTCGTTGATTTGAGTATCA	Neural
progenitors	3
08_10_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TATTGACTCTTTACCTCGAC	Immature
neurons	2
08_10_exp10_idx1TATTAGACTT_idx2TCATCTAATC.GCGGTATATTTGAGTATCA	Neural
progenitors	1
08_10_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TAGATGACTTAGAGCCAAGG	Neural
progenitors	3
08_10_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TCTTAGTTCTGGTACTGCCT	Immature
neurons	2
08_10_exp10_idx1TATTAGACTT_idx2TGGCCGCAAT.TCATGGCTTTTGAGTATCA	Neural
progenitors	0
08_10_exp10_idx1TCCTCTGCCG_idx2ACGAGGACCT.TAATCAGCTTGCAAGGAATA	Neural
progenitors	3
08_10_exp10_idx1TCCTCTGCCG_idx2CATTATTACC.GCAGATACTAGAGCCAAGG	Neural
progenitors	0
08_10_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.GATCGACCTACGCGAGATT	Neural
progenitors	0
08_10_exp10_idx1TCTTGAGGTT_idx2ACTATCTTGA.TGGATCCGTCCATTATCTA	Neural
progenitors	0
08_10_exp10_idx1TCTTGAGGTT_idx2TCATCTCGAT.ATTAGGTACTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.TTAATGAGCTTGGAACTAGA	Immature
neurons	2
08_10_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.GTATCGCATTTACCTCGAC	Immature
neurons	2
08_10_exp10_idx1TGGACGACTA_idx2TCGATATTGA.AAATTCCTCTCATGCTGGTT	Neural
progenitors	3
08_10_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TAATACCAGTACTCAATAGG	Neural
progenitors	3
08_10_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.TTGATTCCTTTCCGTCGCCA	Immature
neurons	2
08_10_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.TGGTTGAATTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1TTATTGAGGC_idx2TCGTAGGCTT.AGTATTAGCTGGTACTGCCT	Neural
progenitors	3
08_10_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.ATACCAGTTTGGCTATGACT	Neural
progenitors	0
08_10_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.GCATCCAGTAATGGTCGAC	Immature
neurons	2
08_10_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.AAACTCCAATCCGAGAATCC	Sensory
progenitors	6
08_10_exp10_idx1TTGCCGTAGG_idx2CCTAGCGCCT.AAATTCCTCTGGTACTGCCT	Neural
progenitors	3
08_10_exp10_idx1TTGCCGTAGG_idx2GATGATCGTA.GCGTACTTTTGGAAGTACC	Sensory
progenitors	6
08_10_exp10_idx1TTGCGAGCAT_idx2CAAGTACTGG.GGTTCGAGTGCCGCAACGA	Neural
progenitors	3
08_10_exp11_idx1AGTTCTCATG.AAACCATAGTACGTCATATA	Neural
progenitors	3
08_10_exp2_idx1CTCAATTAGT_idx2AGTCCGCGGA.CCGTCGATTAGGTATACTC	Sensory
progenitors	6
08_10_exp2_idx1GCGCGTTCAT_idx2AGGATTACCA.TTTGCTACTTTCGCGGTTGG	Neural
progenitors	0
08_10_exp3_idx1ACGGCGTTAA_idx2AATTGCCTAC.CCGGAGTTTCCGCTCCGGC	Neural
progenitors	3
08_10_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.AAATTCCTCTAACTGCTGCC	Immature
neurons	2
08_10_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.CATCAACGTTGGAGAATTC	Neural
progenitors	0
08_10_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.ATTACCATCTGCCGTATGCT	Neural
progenitors	3
08_10_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TTGACTCAATAAGCCAGTTA	Neural
progenitors	3
08_10_exp3_idx1AGACCATATC_idx2CCGTCGGAGG.AGTTGCGCTGAAGATCGAG	Neural
progenitors	1
08_10_exp3_idx1AGACCATATC_idx2CGATCATTAC.GCAATCGCTTTCCAACCGC	Neural
progenitors	3
08_10_exp3_idx1AGGTCAGCTT_idx2AAGATCCAAC.ATTGAGGAATGTATAATACG	Neural
progenitors	3
08_10_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.AGAAGTAAGTCTTGGTAATG	Immature
neurons	2
08_10_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.CAGGACTCTCCGCTCCGGC	Neural
progenitors	3
08_10_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.TGCCTATTATGGCCAGTCCG	Neural
progenitors	3
08_10_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.TCGGTACCTCTGATGGTCA	Neural
progenitors	3
08_10_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.GACTACCATTTGACTTCAG	Sensory
progenitors	6
08_10_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.GGTCTACGTTTACGATGAA	Immature
neurons	2
08_10_exp3_idx1AGTCCGCTGC_idx2CGGCGAGACC.TCGAGAAGTTCAAGCCGAT	Neural
progenitors	1
08_10_exp3_idx1AGTCCGCTGC_idx2GACTAGTCTA.GGCTAAGATTCCAATCATC	Sensory
progenitors	6
08_10_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.CGTCTTCCTCGATGGCGCC	Neural
progenitors	3
08_10_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.TAACGACTTTCTTGCAGTAG	Neural
progenitors	3
08_10_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.CGTTGATCTTTGCTGGCAT	Neural
progenitors	3
08_10_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.TCAGCTTCTTATAGACGCA	Neural
progenitors	3
08_10_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.TATTGACTCTTTAGCAATAA	Neural
progenitors	1
08_10_exp3_idx1ATGGCGCCTG_idx2CCAAGCTGAA.CCGAGAGATCTTGCAGTAG	Neural
progenitors	15
08_10_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.CAGCAAGTTCGTAGTTACC	Neural
progenitors	15
08_10_exp3_idx1ATTATGCAAG_idx2TGATAGAACG.CTGATAGGTAACGGACCAA	Neural
progenitors	3
08_10_exp3_idx1ATTATGCAAG_idx2TGATAGAACG.TTCGCATAATTTACGATGAA	Immature
neurons	2
08_10_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.GAGCGGTATGCGTTCAGCT	Immature
neurons	2
08_10_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.AAGCGCCATGGAGCGGCCG	Neural
progenitors	0
08_10_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.CCGACCAATTATCCTCAAT	Neural
progenitors	3
08_10_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.CTCCAGAGTGCGTTCAGCT	Neural
progenitors	3
08_10_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.ACTGGACCTCATAGTTCGG	Immature
neurons	2
08_10_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.GGCGACTATGGCGAACTCG	Neural
progenitors	3
08_10_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.GTTGCTCCTCTTGCAGTAG	Neural
progenitors	3
08_10_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.TGAACGCGTCCGCGGCTCA	Immature
neurons	2
08_10_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.TTGGCGACTGTATAATACG	Immature
neurons	2
08_10_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.CGTACCTATTCGAGGAGTA	Sensory
progenitors	6
08_10_exp3_idx1GATTCTTGAA_idx2TATAACTTCC.TCTCTCCATAAGAAGCTAG	Neural
progenitors	0
08_10_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.TGGCCTGATAATGCCGCTT	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.ATATCTGGATTAGGCCATAG	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.CTCGCATGTTGGCTGATGA	Neural
progenitors	1
08_10_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.ATCAATACGTAATGCCGCTT	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.CGTAGGCTTTCCTACCAGT	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.CGCCATTCTCTTGCAGTAG	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.TCAGCGGTTAGGAGAGAAC	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.CGGAACCTTGCCGTATGCT	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.CTTCATGCTCGCGTACGAC	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.TAACGACTTTACTATGCAAT	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.TATTCTCCTTACTATGCAAT	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2GACCTCTCTG.CTACCTGGTTCCTACCAGT	Neural
progenitors	3
08_10_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TCTTAGTTCTCCGTTCGGAT	Neural
progenitors	3
08_10_exp3_idx1GTAGCAGCTA_idx2GATACCTAAG.AAATTCCTCTGGCCAGTCCG	Immature
neurons	2
08_10_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.CCTAATGGTCATAGTTCGG	Sensory
progenitors	6
08_10_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.ATAGTTGACTTCAAGCCGAT	Neural
progenitors	3
08_10_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.ATTGAGGAATCTGAACTGGT	Neural
progenitors	0
08_10_exp3_idx1GTAGGCTGCA_idx2GGAACGATGG.AAGGATATGTTCTTGCCGAC	Neural
progenitors	1
08_10_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.CGCTGCTTTAGGAGAGAAC	Neural
progenitors	3
08_10_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.CTAGTACGTTATCCTCAAT	Neural
progenitors	1
08_10_exp3_idx1TAGGTAACTT_idx2CTCCGGTTCT.ACCGTAGCTAGGTTAGCAT	Neural
progenitors	3
08_10_exp3_idx1TAGGTAACTT_idx2CTCCGGTTCT.GCGTACTTTACTATGCAAT	Immature
neurons	2
08_10_exp3_idx1TAGGTAACTT_idx2TCTAGAACTA.AACGCGTCTGTATAATACG	Neural
progenitors	3
08_10_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.CGAGGCAATAATGCTAGTC	Neural
progenitors	3
08_10_exp3_idx1TATAATAGTT_idx2CTCGTCTAGG.GAAGAGGCTGGAGCGGCCG	Immature
neurons	2
08_10_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.TTATCCGCTCCGTTCCTTA	Neural
progenitors	1
08_10_exp3_idx1TATAATAGTT_idx2GACCTCCGCC.CGCTGCTTTAAGACCGTTG	Neural
progenitors	3
08_10_exp3_idx1TATAATAGTT_idx2GGAACGATGG.CCATCAGGTGATACGGAAC	Immature
neurons	2
08_10_exp3_idx1TATAATAGTT_idx2GGAACGATGG.TGCTAATTCTTCCTACCAGT	Immature
neurons	2
08_10_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.ATATCTGGATAACTGCTGCC	Neural
progenitors	3
08_10_exp3_idx1TCCTCTGCCG_idx2TCATCTAATC.ATAGTCGCTTATAGACGCA	Neural
progenitors	1
08_10_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.CTCTACTGTTTGCTGGCAT	Immature
neurons	2
08_10_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.TGCGTAGTTATGGCTCTGC	Neural
progenitors	0
08_10_exp3_idx1TCTTGAGGTT_idx2ACTATCTTGA.TTGGAGCTTCGGAAGATAT	Neural
progenitors	3
08_10_exp3_idx1TCTTGAGGTT_idx2TGGCCGCAAT.ATAAGCGAATGATCTTACGC	Immature
neurons	2
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.CTAGTACGTCGTAATGCAG	Sensory
progenitors	6
08_10_exp3_idx1TGGACGACTA_idx2GATGATCGTA.ATGGACTATTATTGAGATTG	Sensory
progenitors	6
08_10_exp3_idx1TGGACGACTA_idx2GATGATCGTA.TAATACCAGTAATGCCGCTT	Neural
progenitors	3
08_10_exp3_idx1TGGACGACTA_idx2GCAACTGGCA.ACTTCCGTTTTGCTAACGG	Neural
progenitors	0
08_10_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.CTGATAGGTTTGCTAACGG	Sensory
progenitors	6
08_10_exp3_idx1TTATTGAGGC_idx2GATACCTAAG.GACTGACGTGATACGGAAC	Neural
progenitors	3
08_10_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.TGCTGGATTAATGCTAGTC	Neural
progenitors	3
08_10_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.TCGAGAAGTTATCATGATC	Neural
progenitors	3
08_10_exp3_idx1TTCCGTCGAC_idx2CCGTCGGAGG.GGTAGTCCTACGAAGTCAA	Neural
progenitors	3
08_10_exp3_idx1TTCCGTCGAC_idx2GATCAGTCAT.TGGTCGAATTTCTTCCGGT	Immature
neurons	2
08_10_exp3_idx1TTCGAATATT_idx2AGGATTACCA.GCTCTTAGTCTTGGTAATG	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.AAGCGCCATTTCTTCCGGT	Neural
progenitors	0
08_10_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.AGGCATCATTTGCTGGCAT	Neural
progenitors	1
08_10_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.CCAATCCATTTGCGAGGCA	Neural
progenitors	1
08_10_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.AAGATGCCTCGGATGAAGG	Neural
progenitors	1
08_10_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.AAGATGCCTTAACTCTTAG	Immature
neurons	2
08_10_exp3_idx1TTGCCGTAGG_idx2TCCGTCGCCA.AGAGTACCTTATCATGATC	Immature
neurons	2
08_10_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.ATGCTTCCTTATCATGATC	Neural
progenitors	0
08_10_exp3_idx1TTGCGAGCAT_idx2TCATCTAATC.TCAAGATCTTGGTATGCTTG	Neural
progenitors	0
08_10_exp4_idx1GGCTTACTCC_idx2GATCAGTCAT.CTGACGTTTCAATTACCGT	Neural
progenitors	3
08_10_exp4_idx1TCTTGAGGTT_idx2CGACTACCAA.TAGGAAGGTTGCCGGCAGA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.AGCAACGATACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CAATCGGTTGCCGGTCGAG	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CCGAGAGATCAGATTCGAT	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TTGGCGACTAATGCTAGTC	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CAACGCAGTTGGTATTCAT	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GACTACCATTCTACCATTA	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCGCGCATTGACGACCTGC	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ATGGAGAGTGTTGAAGGAT	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCGGAGAATCTGAACTGGT	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTAAGCTCTCATAACCAGC	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TTCGCGGATGCGCGGTAGT	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CGCCGTAATAGTTCGAGTA	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GCAGATACTAAGTCTTCCG	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAACGGCTTGTACTAGTAA	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATTGAGGTTGCGACGCCTT	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GCAACGTTTGTACTAGTAA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GGAGCTCATGCGCGGTAGT	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GGCAAGTCTTGCATATAAC	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.GTTGCTCCTGCCGGTCGAG	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TTGGTTAAGTGCGACGCCTT	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GCAATCGCTCAGATTCGAT	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TCGCGCATTTTGATATATT	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACCGTCATTGCGCCAGAA	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGGTCGAATCGGAAGATAT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTTCCAGCTAGTTCGAGTA	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGAACGCGTTGCATATAAC	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TTCTAAGCTTGCCGGTCGAG	Immature
neurons	2
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TATAAGGCTTTCTCCTATAA	Neural
progenitors	0
08_10_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TGACGAGGTTCGAGGAGTA	Immature
neurons	2
08_10_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TCGAATCTTTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.GCAGATACTAGACTCAAGC	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.GTCGGCAATAGTTCGAGTA	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.GGCGACTATTTCGCTTACG	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TATTGAGGTTTTCGCTTACG	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CCTCCTGATTGGTATTCAT	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCCGTATGTGCGACGCCTT	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGCCTTGGTGCGCGGTAGT	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGCTAATTCTCGATGGCGCC	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCGCATAATCGATGGCGCC	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GCATCCAGTACCGCAGAAT	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTCGGCAATTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.ACGAGGTTTAACTGCTGCC	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TGCTCCTATGTTCCGCTAA	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TATCGAACTTTGAGTCCAGA	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGCTACTAATCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GAACGGCTTCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GTAAGCTCTGTACTAGTAA	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GGTTCGAGTTCTCCTATAA	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TAGGTACTATACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TGACGAGGTTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.GACTGACGTATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTTCATGCTTTAATTATTG	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACTACCATAGTTCGAGTA	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TATGGTCTTTTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TGAATTCGTTTCTCCTATAA	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.ACGGCAATTACGCCGTTCA	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CTATCTCCTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GGACTTGATCAGATTCGAT	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACCGTAGCTCCTTACTCCT	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGCGACTATGTACTAGTAA	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTCGGCAATGTACTAGTAA	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCTCGCTCTTCTACCATTA	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCTAAGCTTACCGCAGAAT	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GACCAGGATTGCATATAAC	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TAGCCAATTTTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCAGAACCTTCGAGGAGTA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TAACTAAGGTCCTTACTCCT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGCTTACTTTTACGTATAC	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAGCTCGGTGTTCCGCTAA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGAATTCGTTGTCATTGCGC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGGCAATATAAGTTGCCAT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ACGGCAATTTTGATGCTAT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGCGACTATCCTTACTCCT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGGTACTATTGGTATTCAT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGTAGGCTGCGCGGTAGT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGAGAGATTCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CTGGAAGATAATGCTAGTC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TTGGCAATATCATAACCAGC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CCGAGAGATTGCATATAAC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CTACGGCATTGGTATTCAT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGTCTACGTCAGATTCGAT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTAAGCTCTATTGAGATTG	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCGCCAACTTCTCCTATAA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGCGCATTTGCGCGGTAGT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTCCTTCTTGGTATTCAT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCTCGAGTGCGACGCCTT	Immature
neurons	2
08_10_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TTATAGGCATAGTTCGAGTA	Immature
neurons	2
08_10_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.CGTCGAAGTGCGACGCCTT	Immature
neurons	2
08_10_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TATCGAACTTCAGATTCGAT	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ACCTTCGGTTCTACCATTA	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.AGGCATCATTTCGCTTACG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GCTCGAGATATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCCTACCTTTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATGACTTGTATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGAGCCTTTTCGCTTACG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCTGGCCTACCAGCGCAG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GAAGAGGCTTTGGACGCTG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCTACTTACTGCCAACGCCA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCTCCGAATAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GAGACTAGTAGTTCGAGTA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATTCGGCTTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.TACGGTAGTCAGGTATGGA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACTACCATTTAATTATTG	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGAGCTCATTGCGCCAGAA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTAGCGATTCTGAACTGGT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.ACGAGGTTTGCCAACGCCA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GGTTGGCATAGTTCGAGTA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCGCCAACTAAGTTGCCAT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AAGATGCCTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCAGATACTTTGAGTATCA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GGATAGGTTACCAGCGCAG	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCGCCAACTATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.CATCGGACTGAAGGTTGCC	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCAACGTTTTGCGCCAGAA	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCTGAAGCTAATGCTAGTC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGCGACTATACGCCGTTCA	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATGGTCTTTGCCAACGCCA	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATTGACTCTTGCATATAAC	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCGCCAACTCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCCTTGGTGCCGGTCGAG	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCTAAGCTTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.GTTGCTCCTGTTGAAGGAT	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.CCTCCTGATTTCGCTTACG	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GTTCCAGCTTGGTATTCAT	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCTTCTGGTTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGCAAGTCTAACTGCTGCC	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGAATTCGTTCGGAAGATAT	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.ATTGCCGGTCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GCAGATACTCAGGTATGGA	Neural
progenitors	1
08_10_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.TATTGACTCTGCAAGGAATA	Immature
neurons	2
08_10_exp10_idx1AGACCATATC_idx2CGATCATTAC.TTCTAAGCTTTTGAGTATCA	Immature
neurons	2
08_10_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.TGCCTATTATTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TCCTATAAGTGGAGGATAGC	Immature
neurons	2
08_10_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.CTGATAGGTGTCATTGCGC	Immature
neurons	2
08_10_exp10_idx1GCATCGTATG_idx2AGGATTACCA.GCTGAAGCTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GGAGCTCATTTCGCCTCCA	Neural
progenitors	0
08_10_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TGAATCTGATTTGAGTATCA	Immature
neurons	2
08_10_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.TACTCCTATTGCAAGGAATA	Immature
neurons	2
08_10_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.TTCTCTAGTTAACTGATCTT	Immature
neurons	2
08_10_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TTATCCGCTTTAGATTCCG	Immature
neurons	2
08_10_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.AAGGATATGTTTGAGTATCA	Immature
neurons	2
08_10_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.ATACCAGTTTTTAGATTCCG	Immature
neurons	2
08_10_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.GAACGATGTGGAGGATAGC	Immature
neurons	2
08_10_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.GACGTTCGTTTGAGTATCA	Immature
neurons	2
08_10_exp11_idx1AGTCCGCTGC.GACCGTCATATGGCGGATC	Immature
neurons	2
08_10_exp11_idx1ATTCTTAGCT.CCTAATGGTTTGGAATCTC	Immature
neurons	2
08_10_exp2_idx1TGGACGACTA_idx2TCTAGAACTA.GAGGAACTTCCATAAGTCC	Immature
neurons	2
08_10_exp3_idx1AATACGATAA_idx2CCTAGCGCCT.TAGCTCGGTGATACGGAAC	Immature
neurons	2
08_10_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.AAATTCCTCTTCCAATCATC	Sensory
progenitors	6
08_10_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.CCGGAGTTTGGCGAACTCG	Immature
neurons	2
08_10_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.CAACTCTCTCAAGTCGACC	Immature
neurons	2
08_10_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.CTATCTCCTTATAGACGCA	Immature
neurons	2
08_10_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.GCAATCGCTATCGGCTATC	Immature
neurons	2
08_10_exp3_idx1AGACCATATC_idx2AATTGCCTAC.TCTCCGAATATCGGCTATC	Immature
neurons	2
08_10_exp3_idx1AGGTCAGCTT_idx2GATACCTAAG.TATGGTCTTTTCGAGGAGTA	Neural
progenitors	0
08_10_exp3_idx1ATAAGGACTC_idx2TTGAGTATCA.GGTTCGAGTTAACTCAATT	Immature
neurons	2
08_10_exp3_idx1ATGGCGCCTG_idx2GAACTGCATC.CAGAAGGCTCTTGGTAATG	Immature
neurons	2
08_10_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.ACTTCCGTTGATACGGAAC	Neural
progenitors	0
08_10_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.TTCGCATAATTTGCTGGCAT	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2CTGCAATCGC.GGTACGGATGGTATGCTTG	Mature
neurons	10
08_10_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.TATTGACTCTTAGCCGTCAT	Immature
neurons	2
08_10_exp3_idx1GGCTTACTCC_idx2AACTTATAAG.CAGCAAGTTGATACGGAAC	Immature
neurons	2
08_10_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.GGTCCTTCTGTATAATACG	Immature
neurons	2
08_10_exp3_idx1GTAGGCTGCA_idx2GGAACGATGG.GGTCCTTCTTATCATGATC	Immature
neurons	2
08_10_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.CGGTTCCATGATACGGAAC	Immature
neurons	2
08_10_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.AACTTGGATTACCGCAGAAT	Immature
neurons	2
08_10_exp3_idx1TATAATAGTT_idx2ACGCAACTCC.TATGCGATTTGTATAATACG	Immature
neurons	2
08_10_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.CCGTCGATTACTAGAGAGT	Immature
neurons	2
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TGCCTATTATGATACGGAAC	Immature
neurons	2
08_10_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.CCGTCGATTTCGCGGTTGG	Immature
neurons	2
08_10_exp3_idx1TTCCGTCGAC_idx2GATCAGTCAT.CGACGATATGGCGAACTCG	Immature
neurons	2
08_10_exp3_idx1TTCCGTCGAC_idx2GCAACTGGCA.GTAAGGAGTCTGAACTGGT	Neural
progenitors	0
08_10_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.GGCTAAGATATTGAGATTG	Immature
neurons	2
08_10_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TCGAGAAGTTAACTCAATT	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.ATTGCCGGTATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GACTTGGCTTTGATGCTAT	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GCAACGTTTTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TGAGTTAGATCTCTGCGGCA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TTGCGGTCTCGGTAGGAAT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.AAGCGCCATGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.ACCTTCGGTCAGGTATGGA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CAATCGGTTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GACTTGGCTCGGAGATCCG	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGTAGTCCTAGACTCAAGC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TACGGTAGTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TATGCGATTTTCTCCTATAA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TATTGAGGTTATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCGGTACCTTTAGCAATAA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCTAGGAATTGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TGCTACTAATCAGATTCGAT	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.CAATCGGTTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TAGAGAGTATGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TCATGGCTTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TGACGAGGTTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TTCGCGGATCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ACGAGGTTTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ACGGCAATTGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ATTGCCGGTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CCGGAGTTTCATAACCAGC	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTGCTGAATGCCGGTCGAG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GACGTTCGTACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCTGGCTATTCTACCATTA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGACTTGATCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGACTTGATGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGCGCATTTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTAAGCTCTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TAACTAAGGTAAGACGGCCA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATCATGAGTCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATGGTCTTTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCCGGTCATGTTGAAGGAT	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGCTACTAATAAGTTGCCAT	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGGATCCGTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.ACGAGGTTTGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.ATGGCGTATTTGATGCTAT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CCGTCTCATTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CGAGATGCTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GGCTTACTTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TAGCCAATTTTGCGCCAGAA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TCCAATAGTTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCGTCTCATGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTATCTCCTTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTTAGCGGTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACTACCATAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCAACGTTTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTAAGGAGTTCTCCTATAA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTCCTGCATTGGTATTCAT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TAAGACCGTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TAGGTACTATAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATGGTCTTTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCCGTATGTTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGAATTCGTTCGATGGCGCC	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGCTAATTCTCTCTGCGGCA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGCTCCTATGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCTAAGCTTCTCTGCGGCA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GTTCCAGCTCATAACCAGC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCGCCAACTCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCGCGCATTATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TGAACGCGTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TGGACCTCTAATAATACCA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TTATAGGCATACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TTCGCATAATTGGCTGATGA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GCTCGAGATCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TCAGGAGATTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TTCTAAGCTTCAGGTATGGA	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TCAGCGGTTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TCGGTACCTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CCGTCTCATACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTAGTACGTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GAACGATGTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACCGAATTAGGCCGCTCG	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCAGATACTTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTAAGCTCTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTCATCTGTTGGCTGATGA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TAGGTACTATACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCCGACGTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCGCGGATTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GACTCGCTTGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCAACGTTTTTGATATATT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGCGACTATCGAATAATTC	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGCGCATTTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TAACTAAGGTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCCTACCTTTTAGCAATAA	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTGAGTCCTACCAGCGCAG	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GAGCGGTATAACTGATCTT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GCTCGAGATTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TCATAGAGTTACCAGCGCAG	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TGGCCTGATTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TGGTCTCCTGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.CCGGAGTTTGCGCGGTAGT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GCTGAAGCTTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GTCCTGCATTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TGCTCCTATAAGTCTTCCG	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.AAGATGCCTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.AAGATGCCTTTGGAATCTC	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.CTGGAAGATTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GTCCTGCATTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TATTGAGGTTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.CTTAGCGGTGAAGGTTGCC	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.CTTAGCGGTTGGCTGATGA	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GACTCGCTTATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TCGTTCTGTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GTAAGCTCTAATAATACCA	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TGCCTTGGTTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TGCTACTAATTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TATGCGATTTATTGAGATTG	Neural
progenitors	0
08_10_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TTGAGAGATTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TTGGCTCATTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TAACTAAGGTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TAGTTACCTTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TCTCGCTCTTGCATATAAC	Neural
progenitors	0
08_10_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TGCTAATTCTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TAGCCAATTTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TATGGTCTTTTTACGTATAC	Ventral
midline	9
08_10_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TGAATTCGTTAGTTCGAGTA	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.ACGGCAATTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.CCGAGAGATTGCATATAAC	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.CGCCGTAATATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TCCGTATGTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GTTCCAGCTGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.AGCAACGATCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.ATGCCAAGTGAAGGTTGCC	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.CTCCGGTTTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.GTTCGCTGTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TGATCTTCTTGCCAACGCCA	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TTCTTAACCTCGGAGATCCG	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.CAGAAGGCTGACGACCTGC	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.GCCATGGTTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.ATGGCGTATACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.GCGGAGAATTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.GTAGACGGTAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TGAGTTAGATTGGCTGATGA	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TTCTTAACCTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TATCCAGGTCGGAAGATAT	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TCCTACCTTAAGTCTTCCG	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TGCCTTGGTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TTCAACTGATATAGACTAGG	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GAACGGCTTGCCGTATGCT	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGTCCTTCTACCAGCGCAG	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTCGGCAATTCGAGGAGTA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCAGCGGTTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCAGGAGATAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCCGTATGTTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCGTCTATTTCTCTGCGGCA	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGCTACTAATGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGGTCGAATGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTCGCATAATCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTCTAAGCTTCGGAAGATAT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTGGCAATATACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ACGCCATATTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CGACGATATGATAAGGCAA	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTACGGCATGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GAACGGCTTTTAGCAATAA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GACTACCATCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GAGCGGTATAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCAACGTTTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCGGTATATTCAGACGAAC	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCTTCTGGTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGCAAGTCTGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTAAGGAGTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTTGCTCCTTCTACCATTA	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TAGCCAATTTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TAGCCAATTTCGGTAGGAAT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATCCAGGTGGCTAATTAA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCTCCGAATTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGCGTAGTTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.CGACGATATTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TAGAGAGTATACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TAGCTCGGTATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TAGGTACTATGCCGTATGCT	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TTCAACTGATGTACTAGTAA	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TTGGAGTTATTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CAGAAGGCTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GATCGACCTTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGCGACTATTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCATAGAGTTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCATAGAGTTGCGACGCCTT	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCGTTCTGTTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCTCGCTCTTGCATATAAC	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCTCTCCATCGGTAGGAAT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGCCTATTATACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGGTAATAGTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.AGCAACGATTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CTCTACTGTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GGCGACTATTGGCTGATGA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTATCGCATCGGAGATCCG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TATCCAGGTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.CTAGTACGTTCTCCTATAA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TATGGTCTTTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TTATAGGCATTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TGACGAGGTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.GCAACGTTTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.AAGCGCCATGACGACCTGC	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GCTCGAGATACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTACCTCTTATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TAGCCAATTTCGGAAGATAT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TAGCTCGGTCCGTTGACTT	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TATATGCGTTATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCTCCGAATCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCTCGCTCTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TGACGAGGTACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.GACCAGGATGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.CAATCGGTTCGGAGATCCG	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GTCGGAGTTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GTTCCAGCTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TCAGTTGGTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TCATGGCTTGATAAGGCAA	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TCATTAAGCTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TCGGTACCTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GAACGATGTAGAGCCAGCC	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GACCAGGATAATGCTAGTC	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCCGGTCATAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TGGTCGAATGCGCGGTAGT	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TGGTCTCCTTCTCCTATAA	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.TCATAGAGTTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.GAACGGCTTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TCAGTTGGTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TTCTGGCCTCCTTACTCCT	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.AACCGCTGTAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.ATGGCAGCTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CCATTGCGTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GACCGTCATCGGAGATCCG	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCAACGTTTCATAACCAGC	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GGATAGGTTTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GGCGACTATTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTAGACGGTTGGTATTCAT	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTCTTAACCTGCCGGTCGAG	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.CTCTACTGTCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.GGCGCATTTAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TAACTAAGGTCGATGGCGCC	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.CTCTACTGTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.CTGCTGAATGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GACCGTCATTCGAGGAGTA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GGTCCTTCTGACGACCTGC	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GTTCCAGCTAGACTCAAGC	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TATATGCGTTGCGCGGTAGT	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TCGTCTATTTGTTCCGCTAA	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GACTCGCTTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GGCGACTATCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TAGTTACCTTGATAAGGCAA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TCAGGAGATCGATGGCGCC	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TGAATTCGTTAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.AAGATGCCTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.CCAGAACCTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.CCAGAACCTTCTCCTATAA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TGCGTAGTTGCGACGCCTT	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TGGTAATAGTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.ATAGTCGCTGAAGGTTGCC	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GCAACGTTTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GCAATCGCTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GCCATGGTTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GCTTCTGGTTGGCTGATGA	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GGAGGTTCTGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GTAGACGGTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TATCATGAGTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TATTCGGCTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TGAACGCGTCCAGGCCGCA	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TTTGCTTAGTAGACTCAAGC	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.CTCCTCGTTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TATAAGGCTTCCGTTGACTT	Neural
progenitors	16
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACCAATGCTTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACCTTCGGTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CCAGAACCTTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CCGGATAGTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GAAGAGGCTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GAGACTAGTACGCCGTTCA	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GAGCGGTATAAGACGGCCA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCATCCAGTGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGTTGGCATCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TAGCCAATTTCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TAGCCAATTTGCCAACGCCA	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCGCGGATACCAGCGCAG	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCTCTAGTTAATGCTAGTC	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ACGAGGTTTTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ACGCCATATATTGAGATTG	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CCGGATAGTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CCTCCTGATCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CGACGATATCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACCGTCATGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACTACCATCCAGGCCGCA	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GATTACGGTCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGTAGTCCTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTACCTCTTTGGTATTCAT	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTCGGAGTTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TAGTTACCTTGATAAGGCAA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCAGTTGGTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCATTAAGCTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCTCGCTCTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTCAACTGATTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTCTAAGCTTCGGCGAGACC	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTCTCTAGTTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.AAGATGCCTGCGACGCCTT	Immature
neurons	2
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.CTATCTCCTTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GTAGCGATTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TCGAATCTTTATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TGAACGCGTGAAGGTTGCC	Neural
progenitors	1
08_10_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.CCAGAACCTTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GACCGAATTTGCGCCAGAA	Neural
progenitors	0
08_10_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TTGAGAGATTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.ACCGTAGCTCGGAAGATAT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.CGAGATGCTATTGAGATTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GCGCTCAATGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GTAGACGGTTTGGACGCTG	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GTTCCAGCTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TTAATGAGCTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TTCCGACGTTCGAGGAGTA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.CTCTACTGTCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GCTCGAGATCAGGTATGGA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TACTCCTATTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TTGAGTCCTCAGATTCGAT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TACTCCTATTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TCCTACCTTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TCTAGGAATTTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TTCTGGCCTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CCATCAGGTTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GACTTGGCTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCGGAGAATCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCTTCTGGTCGGAAGATAT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GGTACGGATTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GTCGGCAATTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCGTAGCGTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCTCCGAATCGATGGCGCC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCTCGCTCTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.CTAGTACGTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GGCGACTATACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GTCCTGCATTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GTCGGCAATGTACTAGTAA	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TCTCGCTCTACCAGCGCAG	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AAGATGCCTATTGAGATTG	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCATTGCGTGATAAGGCAA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCGGATAGTACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CGCCGTAATCAGGTATGGA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTCCAGAGTTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GACTGACGTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GAGACTAGTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCAACGTTTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCTGGCTATCTCTGCGGCA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGAGCTCATCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGTAGTCCTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTTGCAAGTCAGATTCGAT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAACTAAGGTGATAAGGCAA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATAAGGCTTAAGACGGCCA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCAGCGGTTTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGTCTATTTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCTATACCTTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGCGTAGTTTGCGCCAGAA	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGTTAAGACTCCGTCCAGTA	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCGCGGATCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCTGGCCTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGGCGACTACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.CGACGATATTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.CGGTTCCATAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GACCGAATTCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GACCGAATTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GCAGATACTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GCTTCTGGTCTCTGCGGCA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GTAGACGGTCTCTGCGGCA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCAGCGGTTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCGAATCTTTTGGCTGATGA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TTGCGGTCTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TTTGCTTAGTATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCGAGAGATCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GAACGATGTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCTGGCTATTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGCGCATTTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTATCGCATTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTTCCAGCTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTTCGCTGTCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCTCCGAATGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGAGTTAGATAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGGCAATATATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AAGCGCCATTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ATGCCAAGTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CAGAAGGCTGATAAGGCAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCGTCTCATAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CGACGATATAGGCCGCTCG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CGTCGAAGTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTCCAGAGTATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTCCGGTTTGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAACGATGTCCTTACTCCT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACCGTCATGACGACCTGC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTGACGTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAGACTAGTTTAGCAATAA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GATCGACCTCGGTAGGAAT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GATCGACCTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCGGTATATGAAGGTTGCC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGATAGGTTTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTATCGCATCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTCGGAGTTAGTTCGAGTA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCAGCGGTTCCTTACTCCT	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCATAGAGTTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCGTATGTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGAATCTTTACCAGCGCAG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTATACCTTTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTCCGAATTGGTATTCAT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGCGTAGTTTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGGACCTCTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGGATCCGTCGATGGCGCC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGGTAGGCTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCTAAGCTTATGGCGGATC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.AAGCGCCATGGCGAGCTTA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ACGCCATATTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ATTGCCGGTAAGTCTTCCG	Immature
neurons	8
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CGGTTCCATTTCGCTTACG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTCCGGTTTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTGCTGAATTGGCTGATGA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACTTGGCTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GATTACGGTTGCATATAAC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCGTCGTATACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCTGAAGCTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGAGCTCATTTGATATATT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGTAGTCCTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATTGACTCTAATGCTAGTC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCGGTCATCCTTACTCCT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCTACCTTCCAGGCCGCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCTCGAGTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCTCTCCATCGAATAATTC	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGAGTTAGATATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGCCTATTATCGATGGCGCC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGTTAAGACTCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCGCATAATCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCTCTCGTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCTGGCCTGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TACTCCTATTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TCGCGCATTGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.AGGCATCATCCGTCCAGTA	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GCGGAGAATGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GCGTCGTATGCGCGGTAGT	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TACGGTAGTAAGTTGCCAT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TATCCAGGTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TATCCAGGTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGAGAATCATCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.AGGCATCATTCAGACGAAC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.CTCCTCGTTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACGAGGTTTTTGGACGCTG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CTCTACTGTCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GACCAGGATTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GATTACGGTAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCATCCAGTTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCCATGGTTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGCAAGTCTGATAAGGCAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGTAGTCCTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCCTATTCTTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCAACTGATCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCAACTGATGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTGGCTCATATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CCGGAGTTTCGGAGATCCG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GTAAGGAGTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TATTCGGCTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACGCCATATCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATGGCGTATTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCAGAACCTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTAGTACGTCTCTGCGGCA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACTACCATCGGTAGGAAT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACTGACGTAATGCTAGTC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCAATCGCTCCTTACTCCT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCGCTCAATACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCGGAGAATTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTCATCTGTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAAGACCGTTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAGAGCCTTACCAGCGCAG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCAGGAGATACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCTCGAGTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGAATCTTTCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGGTACCTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTATACCTTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGAGAATCATTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCCTTGGTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCTCCTATGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGTAGGCTAAGTCTTCCG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGTTAAGACTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCAACTGATCAGGTATGGA	Immature
neurons	2
08_10_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.GCTTCTGGTTGGCTGATGA	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.CCTCCTGATGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TCCTCGAGTACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TCGTAGCGTGGAGCGGCCG	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GTAGCGATTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TCCTCGAGTGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TTCTTAACCTGCGTTCAGCT	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GGCAAGTCTTCAGACGAAC	Neural
progenitors	0
08_10_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TCAGGAGATAGAGCCAGCC	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TCCTATTCTTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.CGGTTCCATAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.CCAGAACCTGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TGAATTCGTTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.CTCCTCGTTCAGATTCGAT	Neural
progenitors	0
08_10_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.CTGGAAGATCGGAGATCCG	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GACTACCATTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.AGTTGCGCTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.AGTTGCGCTGCCGTATGCT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ATTGCCGGTCTGAACTGGT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CCATTGCGTGCGCGGTAGT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CGAGATGCTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TACTCCTATTTCTCCTATAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TAGCTCGGTATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCATTAAGCTGATAAGGCAA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCATTAAGCTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCGGTACCTGAAGGTTGCC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGCCTATTATGATAAGGCAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TTATAGGCATCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.AGCAACGATTGCGCGATGC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GACCGAATTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GCTCGAGATTCGAGGAGTA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GTATCGCATACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCAGTTGGTACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGACGAGGTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.AAGATGCCTGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.AGCAACGATTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCTGGCTATGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGTACGGATCCAGGCCGCA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTCCTGCATGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATATGCGTTTGCATATAAC	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATTCGGCTACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCCAATAGTTGATAAGGCAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCCTACCTTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCGTTCTGTAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGCCTTGGTCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGTTAAGACTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GGTAGTCCTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TCAGTTGGTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TCTAGGAATTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TTCAACTGATTACGGCTACG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACCGTAGCTCGATGGCGCC	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACCTTCGGTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ATGGCGTATTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ATTGCCGGTCGGAGATCCG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCTCCTGATGCGTTCAGCT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CGCCGTAATGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CGGTTCCATGTTGAAGGAT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTAGTACGTTGGCTGATGA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACCGAATTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACTGACGTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GATTACGGTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCATCCAGTCAGGTATGGA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCCATGGTTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCGCTCAATAAGTCTTCCG	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCTGAAGCTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTCGGAGTTCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTCGGCAATTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTTGCTCCTTGCGCGATGC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATTCGGCTGTTGAAGGAT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCAGCGGTTAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCAATAGTTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGTTAAGACTTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCGCGGATTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.ATGGAGAGTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CTCCAGAGTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCCGTATGTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCGCGCATTGCCGGTCGAG	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TGCCTTGGTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CTCTACTGTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TGAACGCGTGGCCAGTCCG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TGAATTCGTTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TGGTAATAGTAATAATACCA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TGGTAGGCTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GACGTTCGTGCCAACGCCA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GGTCCTTCTTCGAGGAGTA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GTCGGAGTTTTGATGCTAT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GTCGGCAATTCGAGGAGTA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TGATCTTCTTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TTGGCAATATGACGACCTGC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ACCGTAGCTGATAAGGCAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CAATCGGTTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CCATTGCGTGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CCGAGAGATTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTCTACTGTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GAGACTAGTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GATTACGGTCATAACCAGC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCGCTCAATGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCGGTATATTCGAGGAGTA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTACCTCTTGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTCATCTGTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGGTACTATAATAATACCA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATAAGGCTTTTACGTATAC	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATTCGGCTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCAGTTGGTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCAATAGTTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCTATTCTTAGTTCGAGTA	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGGTAATAGTAATAATACCA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGGTAGGCTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TATATGCGTTTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TTGAGTCCTTCTCCTATAA	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TGCTAATTCTAATAATACCA	Neural
progenitors	0
08_10_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.GGTACGGATGCCAACGCCA	Ventral
midline	9
08_10_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TTGGCGACTAGAGCCAGCC	Neural
progenitors	3
08_10_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TCTCTCCATTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.CTACGGCATGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.TAGCCAATTTCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.TCTCCGAATTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.TGCTCCTATGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.TTGGCTCATAATAATACCA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GCGTCGTATTGCATATAAC	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GGCGACTATAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TAGAGCCTTCGATGGCGCC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TATTGACTCTCATAACCAGC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCCTCGAGTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.ACCTTCGGTTTGGACGCTG	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GCGCTCAATCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GCTCGAGATTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GGAGCTCATGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GGAGCTCATTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TACGGTAGTGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TATGGTCTTTAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCGTCTATTTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.AGGCATCATGCGCGGTAGT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTCCGGTTTGCCGTATGCT	Immature
neurons	8
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTTAGCGGTTCTCCTATAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACCGTCATGATAAGGCAA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCGGAGAATCGGAAGATAT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCTGAAGCTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGAGCTCATGCCGGTCGAG	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGCAAGTCTTCGAGGAGTA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTAAGCTCTTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTTCGCTGTGATAAGGCAA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TACTCCTATTAATGCTAGTC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TAGTTACCTTCTCTGCGGCA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATAAGGCTTGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATATGCGTTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATCCAGGTTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGAATCTTTACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGAATCTTTCATAACCAGC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGCGTAGTTAGAGCCAGCC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCCATTACTCGGTAGGAAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTGAGTCCTGACGACCTGC	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTGGAGTTATCTCTGCGGCA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.ACCTTCGGTATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.ACCTTCGGTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.AGTTGCGCTCAGGTATGGA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CCGTCTCATACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GAACGGCTTTTGATGCTAT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GACCGAATTCATAACCAGC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TAGCCAATTTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TATGGTCTTTCTCTGATCAG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCGTTCTGTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGAGAATCATCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGCTAATTCTAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGGTCTCCTACCAGCGCAG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AGGCATCATTCTCCTATAA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CCAGAACCTTCTACCATTA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTCCTCGTTTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTTAGCGGTAGGCCGCTCG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GAGCGGTATAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GAGCGGTATGATAAGGCAA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCGGAGAATATAGACTAGG	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTACGGATACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTTGGCATCCGTCCAGTA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTACCTCTTTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTAGCGATTCCTTACTCCT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTTGCAAGTTGGCTGATGA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAGGTACTATGACGACCTGC	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAGGTACTATGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATATGCGTTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATTGAGGTTTTGGACGCTG	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCAGCGGTTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCAGGAGATAGAGCCAGCC	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCCTCGAGTTTGATGCTAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGAATCTTTGATAAGGCAA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTCGCTCTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGCTAATTCTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGGTAGGCTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGGAGTTATCGATGGCGCC	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGGCAATATTTGATGCTAT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CTAGTACGTTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CTTCATGCTTCGAGGAGTA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GCTCGAGATTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GGCTTACTTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GTTGCTCCTGCCGGTCGAG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TGCCTATTATATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TTCTCTAGTTCCAGGCCGCA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TTGGAGTTATTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TAGAGAGTATATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TATATGCGTTATTGAGATTG	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TATCCAGGTTGCATATAAC	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCCTATTCTTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCTAGGAATTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCTCCGAATACGCCGTTCA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.AGGCATCATTTCGCTTACG	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GCAATCGCTGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GGTCCTTCTGCGTTCAGCT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GTCGGCAATTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TACTCCTATTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TATTCGGCTAGGCCGCTCG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCAGGAGATACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCCAATAGTTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TGCTACTAATCGGTAGGAAT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TGCTCCTATTTAGCAATAA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TTGGAGTTATCTGAACTGGT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TTGGCGACTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.ACCGTAGCTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.AGGCATCATGCGCGGTAGT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CTCCGGTTTGCCGTATGCT	Immature
neurons	8
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GATCGACCTGCCAACGCCA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GTAAGCTCTTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TGAGAATCATTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TTCTAAGCTTCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GGTTCGAGTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.TCTCTCCATATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TATGACTTGTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.GATTACGGTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.GCTCGAGATCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.ATGGCAGCTTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.GCCATGGTTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.AAGCGCCATGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.CCTCCTGATGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.CTTCATGCTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GAACGGCTTACCGCAGAAT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GCGCTCAATTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GGAGCTCATTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TAGGTACTATTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TATGCGATTTCTGAACTGGT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TTGAGTCCTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.ACCAATGCTGCCGGTCGAG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.ACGCCATATGCGCGGTAGT	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ACGGCAATTCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AGCAACGATCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CCTCCTGATACCAGCGCAG	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CCTCCTGATTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CCTCCTGATTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GAGACTAGTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GATTACGGTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCCATGGTTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCGGAGAATACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCTCGAGATCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGCGACTATATAGACTAGG	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTAGACGGTTCTCCTATAA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTCCTGCATCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTTGCTCCTGCGTTCAGCT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATCATGAGTGTTCCGCTAA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCAGGAGATTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGATCTTCTTAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGGTCTCCTCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGAGTCCTGAAGGTTGCC	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.GATTACGGTTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.GCAGATACTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.GTAAGCTCTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TTAATGAGCTCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.ACCGTAGCTAAGTCTTCCG	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GCATCCAGTAGGCCGCTCG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TAACTAAGGTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TATTGAGGTTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TCATAGAGTTAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TCCAATAGTTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TTCTGGCCTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TTGAGAGATTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.AACCGCTGTTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ACCTTCGGTCGGTAGGAAT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ATGGAGAGTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CCTCCTGATCATAACCAGC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTCGGAGTTGATAAGGCAA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTTCCAGCTTACGGCTACG	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TACTCCTATTTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TATGCGATTTTGGCTGATGA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCATAGAGTTGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCATGGCTTTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCCAATAGTTCGCGTACGAC	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCCGGTCATCGGAAGATAT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCCTACCTTTGGTATTCAT	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGTTAAGACTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTCTAAGCTTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.AAGCGCCATCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.CCGGATAGTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TAGCCAATTTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.CCGTCTCATAAGACGGCCA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GGCTTACTTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GGCTTACTTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GTAAGCTCTGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TCAGCGGTTCATAACCAGC	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TCCAATAGTTTTAATTATTG	Ventral
midline	9
08_10_exp10_idx1AATACGATAA_idx2ACGTTCAACC.GACCAGGATCATGCTGGTT	Neural
progenitors	1
08_10_exp10_idx1AATACGATAA_idx2ACGTTCAACC.GAGTTCTCTAGAGCCAAGG	Neural
progenitors	0
08_10_exp10_idx1AATACGATAA_idx2ACGTTCAACC.GATACGTCTCGATCATTAC	Neural
progenitors	1
08_10_exp10_idx1AATACGATAA_idx2ACGTTCAACC.TCTTAGTTCTGTCATTGCGC	Neural
progenitors	0
08_10_exp10_idx1AATACGATAA_idx2TCTAGAACTA.TCTTAGTTCTAGCGTCAATG	Neural
progenitors	0
08_10_exp10_idx1AATACGATAA_idx2TCTAGAACTA.TGCTGGATTTTAGATTCCG	Neural
progenitors	1
08_10_exp10_idx1AATACGATAA_idx2TTAACGTACC.TTGGCTCATTTACCTCGAC	Neural
progenitors	3
08_10_exp10_idx1ACGGCGTTAA_idx2GACCTCTCTG.TCGAAGGATAGCGTCAATG	Neural
progenitors	1
08_10_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.TATTGACTCTTCAACGTAAG	Immature
neurons	2
08_10_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.GAACGGCTTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1AGACCATATC_idx2ACCGTTACGA.AAGGATATGTAATGGTCGAC	Immature
neurons	2
08_10_exp10_idx1AGACCATATC_idx2AGGATTACCA.ATTCCTAGATGCAAGGAATA	Sensory
progenitors	6
08_10_exp10_idx1AGACCATATC_idx2CCTATAAGCT.AGCGTAAGTCGATCATTAC	Neural
progenitors	1
08_10_exp10_idx1AGACCATATC_idx2CGATCATTAC.GAACGGCTTGTCATTGCGC	Neural
progenitors	1
08_10_exp10_idx1AGACCATATC_idx2GATCAGTCAT.CTGGAAGATGTCATTGCGC	Neural
progenitors	0
08_10_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TCATTAAGCTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TTAATGAGCTTTATAAGAAC	Neural
progenitors	1
08_10_exp10_idx1AGGTCAGCTT_idx2ATAAGAGGCG.CTCGTTGATTGGAACTAGA	Neural
progenitors	3
08_10_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.AGTCGCATTCGATCATTAC	Neural
progenitors	1
08_10_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TCGCCAACTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TTACCTAAGTAACTGATCTT	Neural
progenitors	0
08_10_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TTGGTTAAGTTAGAGTAATA	Neural
progenitors	0
08_10_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.AGCGTAAGTACGCGAGATT	Sensory
progenitors	6
08_10_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.ATACCAGTTTCTAGTAGTCT	Neural
progenitors	0
08_10_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.GACCAGGATGGCTATGACT	Neural
progenitors	3
08_10_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.TATCGAACTTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.TTTGCTACTTGCCGCAACGA	Neural
progenitors	0
08_10_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TTTGCTACTTGCCGCAACGA	Immature
neurons	2
08_10_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.ATCAGTCATTCCATTATCTA	Neural
progenitors	0
08_10_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.ACTTACTCATTGGAACTAGA	Immature
neurons	2
08_10_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.GTCATCTGTTTAGATTCCG	Neural
progenitors	1
08_10_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.TCAGCTTCTTGGAACTAGA	Neural
progenitors	1
08_10_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TACTCCTATTCTTGCGCCGC	Neural
progenitors	0
08_10_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TATCTCGATTAGAGCCAAGG	Sensory
progenitors	6
08_10_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TGAATCTGATTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.GGAGCTCATTATTACTCAT	Neural
progenitors	0
08_10_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.TTGGAGTTATGCAAGGAATA	Neural
progenitors	1
08_10_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TCTTAGTTCTTTAGATTCCG	Neural
progenitors	1
08_10_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.TTCTTAACCTCTCGTCTAGG	Neural
progenitors	1
08_10_exp10_idx1GAGCGCGATG_idx2GGAACGATGG.TTGATTCCTTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1GATTCTTGAA_idx2CCAAGCTGAA.ATATCCTACTAACTGATCTT	Neural
progenitors	1
08_10_exp10_idx1GCATCGTATG_idx2AATTGCCTAC.ATAACTTCCTACGCGAGATT	Neural
progenitors	0
08_10_exp10_idx1GCATCGTATG_idx2AGCGTCAATG.GCAGATACTGCCGCAACGA	Neural
progenitors	1
08_10_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.TCATTAAGCTTTGAGTATCA	Neural
progenitors	0
08_10_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.GCTGAAGCTGCCGCAACGA	Neural
progenitors	0
08_10_exp10_idx1GCATCGTATG_idx2TCCGTCGCCA.GGACTTGATTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1GCATCGTATG_idx2TCGATATTGA.GTCGTAACTAGAGCCAAGG	Neural
progenitors	0
08_10_exp10_idx1GCATCGTATG_idx2TCGATATTGA.TAGGTACTATTTACCTCGAC	Neural
progenitors	1
08_10_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.CAAGCAACTAACTGATCTT	Neural
progenitors	0
08_10_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TTACCTAAGTGCCGCAACGA	Neural
progenitors	0
08_10_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.TCTTAGTTCTGTCATTGCGC	Neural
progenitors	0
08_10_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.GATAAGCGTCGAGCTGCCA	Neural
progenitors	0
08_10_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.AACTGGCATTGGAACTAGA	Neural
progenitors	1
08_10_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.CTGATAGGTGCCGCAACGA	Neural
progenitors	3
08_10_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.CCTAATGGTTGGAACTAGA	Neural
progenitors	1
08_10_exp10_idx1GCTTGAAGAG_idx2TCGTAGGCTT.AATTCATCGTGGAGGATAGC	Neural
progenitors	0
08_10_exp10_idx1GCTTGAAGAG_idx2TCTATAAGGA.GGTCTACGTTTGAGTATCA	Neural
progenitors	0
08_10_exp10_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATTCTCCTTGCAAGGAATA	Immature
neurons	2
08_10_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TATTGAGGTTGGTACTGCCT	Neural
progenitors	0
08_10_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.CGTACCTATTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1GGTTATCGAA_idx2GACCGTAGCA.GACTTGGCTCGATCATTAC	Neural
progenitors	0
08_10_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.GGAGGTTCTAACTGATCTT	Neural
progenitors	0
08_10_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.TTGAGAGATTGCAAGGAATA	Neural
progenitors	3
08_10_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.CAGCATTGTGGCTATGACT	Neural
progenitors	1
08_10_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.GGTTGGCATACGCGAGATT	Neural
progenitors	1
08_10_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.CTTCGACTTACGCGAGATT	Neural
progenitors	0
08_10_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.GCTCTTAGTGCAAGGAATA	Neural
progenitors	1
08_10_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TCGCCAACTTTGAGTATCA	Neural
progenitors	0
08_10_exp10_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGAGAAGTGGAGGATAGC	Neural
progenitors	1
08_10_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TCGCCAACTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1GTAGGCTGCA_idx2CAAGCTTGGC.TAACGACTTTAACTGATCTT	Neural
progenitors	1
08_10_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.ACTTACTCATTTGAGTATCA	Neural
progenitors	1
08_10_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.CTGGAAGATTCAACGTAAG	Neural
progenitors	1
08_10_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.GGTACCATTAGAGCCAAGG	Neural
progenitors	0
08_10_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.GGTCAGTTTGCAGGTCCGT	Neural
progenitors	0
08_10_exp10_idx1TAGGTAACTT_idx2CCTAGCGCCT.GGCTAAGATCGATCATTAC	Neural
progenitors	0
08_10_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.TAGAGCCTTGGCTATGACT	Neural
progenitors	1
08_10_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.AGCGTAAGTCATGCTGGTT	Neural
progenitors	3
08_10_exp10_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCGTCTATTTGCAAGGAATA	Neural
progenitors	0
08_10_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.TAATCAGCTTTATTACTCAT	Neural
progenitors	0
08_10_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TCGTTCTGTAACTGATCTT	Neural
progenitors	1
08_10_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.ACGCTTGATTGATAGAACG	Neural
progenitors	1
08_10_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TTCGCATAATGCCGCAACGA	Sensory
progenitors	6
08_10_exp10_idx1TATAATAGTT_idx2ACGCAACTCC.GCATCCAGTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TCCAATAGTTGCCGCAACGA	Neural
progenitors	0
08_10_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TTCCATCTTTTGATAGAACG	Neural
progenitors	0
08_10_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TAGATGACTTGTCATTGCGC	Neural
progenitors	0
08_10_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.TTCCATCTTTGCAAGGAATA	Neural
progenitors	1
08_10_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.GCCATGGTTACGCGAGATT	Neural
progenitors	0
08_10_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.TCCAAGTTATTCAACGTAAG	Neural
progenitors	0
08_10_exp10_idx1TCCTCTGCCG_idx2TGGACTTGAC.TTTGCTTAGTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.AACTAGTTGTCTTGCGCCGC	Neural
progenitors	1
08_10_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.TATGCGATTTAACTGATCTT	Neural
progenitors	0
08_10_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TGGTTGAATTTTCAAGACCA	Neural
progenitors	1
08_10_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.ATCAGTCATTGTCATTGCGC	Neural
progenitors	1
08_10_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.TTGACTCAATGGAGGATAGC	Neural
progenitors	0
08_10_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TACGGTAGTTTAGATTCCG	Neural
progenitors	1
08_10_exp10_idx1TGGACGACTA_idx2TCGATATTGA.CCAAGGATTCGAGCTGCCA	Neural
progenitors	0
08_10_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.TTCCATTACTTGGAAGTACC	Neural
progenitors	1
08_10_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.TTGAAGTCTTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.GCTGAAGCTACGCGAGATT	Sensory
progenitors	6
08_10_exp10_idx1TTCGAATATT_idx2GGAACGATGG.TAGATGACTTGCCGCAACGA	Neural
progenitors	0
08_10_exp10_idx1TTCGAATATT_idx2TGCCAGATGG.TGCTACTAATTCAACGTAAG	Neural
progenitors	0
08_10_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TTATAGGCATCGATCATTAC	Neural
progenitors	0
08_10_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.ATTCCTAGATTGATAGAACG	Neural
progenitors	1
08_10_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.CTTCGACTTAACTGATCTT	Sensory
progenitors	6
08_10_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.TGGATTCTATCGATCATTAC	Neural
progenitors	1
08_10_exp10_idx1TTGCCGTAGG_idx2GATGATCGTA.TCTATCCAATGTCATTGCGC	Sensory
progenitors	6
08_10_exp10_idx1TTGCGAGCAT_idx2TCATCTCGAT.TGGTAATAGTTCAACGTAAG	Neural
progenitors	1
08_10_exp11_idx1ACTATTCATT.TTCTTCGTTTTTGGAATCTC	Ventral
midline	9
08_10_exp2_idx1AGACCATATC_idx2AACGAGGCTA.TTTGCTACTTCAACCAGTAC	Neural
progenitors	1
08_10_exp2_idx1GCGCGTTCAT_idx2CGATCATTAC.ATTACCATCTTCCAATCATC	Neural
progenitors	1
08_10_exp2_idx1GTAGCAGCTA_idx2TCATCTAATC.AGAGCATGTAGGAGAGAAC	Neural
progenitors	1
08_10_exp2_idx1TATTAGACTT_idx2TGGCCGCAAT.ACGGAACGTGAGCATATGG	Neural
progenitors	1
08_10_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.CTTCGACTTAACCTGCGTA	Neural
progenitors	1
08_10_exp3_idx1AATACGATAA_idx2ACTCTCTCAA.GTACCTCTTGCCGTCGCGT	Immature
neurons	2
08_10_exp3_idx1ACGGCGTTAA_idx2AGGATTACCA.CCGAGAGATCTTGGTAATG	Neural
progenitors	1
08_10_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.AAATTCCTCTAATGCCGCTT	Neural
progenitors	1
08_10_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.CAAGCAACTCATAGTTCGG	Neural
progenitors	16
08_10_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.GAAGAGGCTACCGCAGAAT	Neural
progenitors	3
08_10_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.AGGCATCATCGCGTACGAC	Neural
progenitors	3
08_10_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.ACTTGATTGTTTGATATATT	Neural
progenitors	1
08_10_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.AATACCGAATCTTGCAGTAG	Sensory
progenitors	6
08_10_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.AGTTAACCATTAGCCGTCAT	Neural
progenitors	1
08_10_exp3_idx1AGACCATATC_idx2CGATCATTAC.ATCAATACGTTATGAGTTAA	Neural
progenitors	0
08_10_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.CGGTAAGGTAATCGATAAT	Neural
progenitors	0
08_10_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.TTCTCTCGTAATGCCGCTT	Neural
progenitors	1
08_10_exp3_idx1AGGTCAGCTT_idx2CAAGTACTGG.TGCAAGGTTGCCGTCGCGT	Neural
progenitors	1
08_10_exp3_idx1AGGTCAGCTT_idx2CCAGGTCTAC.CTAACGACTTTATCCGGAT	Neural
progenitors	0
08_10_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.CAACGCAGTATTGAGATTG	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.CGAGATGCTTCGAGGAGTA	Neural
progenitors	1
08_10_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.GCGGAGAATGATACGGAAC	Neural
progenitors	1
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTAATTAA.TAGATGACTTGTATAATACG	Neural
progenitors	3
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.CTACCTGGTTCCGGCCTCG	Neural
progenitors	0
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.TATAAGAGGTTAGCCGTCAT	Neural
progenitors	0
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.TTCTGGCCTTTGACTTCAG	Neural
progenitors	1
08_10_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.TAGAGAGTATTTGGTCATAA	Neural
progenitors	1
08_10_exp3_idx1AGTCCGCTGC_idx2CCAAGCTGAA.AAGCGCCATTCAGCTCTAA	Neural
progenitors	1
08_10_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.AAACTCCAATAATGCCGCTT	Sensory
progenitors	6
08_10_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.CTGATAGGTTAGGCCATAG	Neural
progenitors	1
08_10_exp3_idx1AGTCCGCTGC_idx2CGGCGAGACC.GTTGCTCCTTTCCAACCGC	Immature
neurons	8
08_10_exp3_idx1AGTCCGCTGC_idx2GAACTGCATC.ATTGAGGAATTCTTGCCGAC	Immature
neurons	2
08_10_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.GCATCCAGTCCGTTCCTTA	Neural
progenitors	1
08_10_exp3_idx1ATAAGGACTC_idx2AGTCCGCGGA.GGTACCATTTTGCTAACGG	Neural
progenitors	1
08_10_exp3_idx1ATAAGGACTC_idx2CGAGTTAGAG.ACCTTCGGTTCAAGCCGAT	Neural
progenitors	0
08_10_exp3_idx1ATAAGGACTC_idx2GACTAGTCTA.GAGCGGTATCTTGCAGTAG	Sensory
progenitors	6
08_10_exp3_idx1ATAAGGACTC_idx2GGCTATGACT.TGGTAGGCTCGCGTACGAC	Neural
progenitors	1
08_10_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.AAGCGCCATTATCATGATC	Immature
neurons	2
08_10_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.TATGGTCTTTTTGACTTCAG	Ventral
midline	9
08_10_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.TCTCCGAATTTAGCAATAA	Ventral
midline	9
08_10_exp3_idx1ATGGCGCCTG_idx2AGGTCAATTA.TTGACCAGTCCTTACTCCT	Neural
progenitors	1
08_10_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.ACGCCATATTTGCGAGGCA	Neural
progenitors	1
08_10_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.CCGGAGTTTCTTGGTAATG	Immature
neurons	2
08_10_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.GTCTCTACTTAACTCAATT	Sensory
progenitors	6
08_10_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.TCCGTATGTAATGCTAGTC	Neural
progenitors	1
08_10_exp3_idx1ATGGCGCCTG_idx2CCAAGCTGAA.AAGGATTACTTATCATGATC	Neural
progenitors	1
08_10_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.GGTTGGCATGTATAATACG	Neural
progenitors	0
08_10_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.AAGGCTACTTCTGATACCA	Neural
progenitors	0
08_10_exp3_idx1ATTATGCAAG_idx2TGATAGAACG.TAGAGCCTTTCAGCTCTAA	Neural
progenitors	1
08_10_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.CGGTAAGGTGACGACCTGC	Neural
progenitors	1
08_10_exp3_idx1CCTCAGCTCC_idx2CAAGTACTGG.CGCTGCTTTTCGAGGAGTA	Sensory
progenitors	6
08_10_exp3_idx1CCTCAGCTCC_idx2CGACTACCAA.CGGAACCTTATTGAGATTG	Sensory
progenitors	6
08_10_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TGGATTCTATTAACTCAATT	Neural
progenitors	1
08_10_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.TGCTCCTATTGGTATTCAT	Neural
progenitors	1
08_10_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.CTAGTACGTCGTAATGCAG	Neural
progenitors	0
08_10_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.GAGCGGTATTAACTCAATT	Neural
progenitors	0
08_10_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.TTACCTAAGTTTCTTCCGGT	Neural
progenitors	1
08_10_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.AGAGGTCGTCGGAAGATAT	Neural
progenitors	1
08_10_exp3_idx1GAGCGCGATG_idx2AACGAGGCTA.ATTGCCGGTCGGAAGATAT	Neural
progenitors	1
08_10_exp3_idx1GAGCGCGATG_idx2AACGAGGCTA.TTCCATCTTTTATCATGATC	Neural
progenitors	1
08_10_exp3_idx1GAGCGCGATG_idx2CTCGTCTAGG.GCTCGAGATTGGTATTCAT	Immature
neurons	2
08_10_exp3_idx1GAGCGCGATG_idx2GACCTCCGCC.AACTAGTTGTGAAGATCGAG	Neural
progenitors	0
08_10_exp3_idx1GAGCGCGATG_idx2GGAACGATGG.CCATCGTCTTCAAGCCGAT	Neural
progenitors	0
08_10_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.AGGCATCATAATGCCGCTT	Sensory
progenitors	6
08_10_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.CCGTCGATTTGCGCGATGC	Neural
progenitors	3
08_10_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.TGCAAGGTTAGGTTAGCAT	Neural
progenitors	1
08_10_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.TGGATTCTATAAGACCGTTG	Sensory
progenitors	6
08_10_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.ACGCTTGATTTGATATATT	Neural
progenitors	1
08_10_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TAATACCAGTCTAAGAGAAG	Neural
progenitors	1
08_10_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TTGGCGACTCGGAAGATAT	Neural
progenitors	1
08_10_exp3_idx1GATTCTTGAA_idx2AGATCCTATA.GACTCGCTTTATCATGATC	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.ATAGTCGCTCGGAAGATAT	Neural
progenitors	1
08_10_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.CGCTGCTTTCCGTTCCTTA	Neural
progenitors	1
08_10_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.AGTTGCGCTGATCTTACGC	Neural
progenitors	1
08_10_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.CCTCCTGATTTGATGCTAT	Neural
progenitors	0
08_10_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.CTTCATGCTCGGAAGATAT	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.ATTAATGCCTCGGAAGATAT	Neural
progenitors	1
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.CTCGTTGATTCCAATCATC	Neural
progenitors	0
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.TCCTAACTTTTATGAGTTAA	Neural
progenitors	0
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.AACGAGCGTATGGCTCTGC	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.ACCGGTTCTTCTGATACCA	Neural
progenitors	0
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.ATTGCCGGTTGGAGAATTC	Neural
progenitors	1
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CCAATCCATCTGAACTGGT	Neural
progenitors	1
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CGCCATTCTTTATCCGGAT	Neural
progenitors	1
08_10_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.AAGATGCCTCCGTTCCTTA	Neural
progenitors	1
08_10_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.TTGGCGACTTAACTCAATT	Neural
progenitors	0
08_10_exp3_idx1GCGCGTTCAT_idx2AACGGACCAA.ACGCCATATCTTGGTAATG	Sensory
progenitors	6
08_10_exp3_idx1GCGCGTTCAT_idx2AACGGACCAA.ACGCTTATATTGGTATTCAT	Ventral
midline	9
08_10_exp3_idx1GCGCGTTCAT_idx2ACTGAATTCC.CTAGTACGTAATCGATAAT	Neural
progenitors	0
08_10_exp3_idx1GCGCGTTCAT_idx2AGCGTCAATG.GGTCCTTCTGATCTTACGC	Neural
progenitors	15
08_10_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TAGCTCGGTACTCAATAGG	Neural
progenitors	0
08_10_exp3_idx1GCGCGTTCAT_idx2GCAACTGGCA.ACAGGTATTTTTGACTTCAG	Neural
progenitors	1
08_10_exp3_idx1GCGCGTTCAT_idx2GCAACTGGCA.CGACGATATTAGGCCATAG	Sensory
progenitors	6
08_10_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GACTCGCTTTTGCTAACGG	Neural
progenitors	1
08_10_exp3_idx1GCTTGAAGAG_idx2ACTATCCGCA.GTCATCTGTTGAGGTAGAA	Sensory
progenitors	6
08_10_exp3_idx1GCTTGAAGAG_idx2ACTATCCGCA.TAGCCAATTTCTGATGGTCA	Neural
progenitors	0
08_10_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.TATGGTCTTTATTGAGATTG	Neural
progenitors	1
08_10_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.TTCTTCGTTTACTCAATAGG	Neural
progenitors	1
08_10_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.GCGGAGAATAAGACCGTTG	Neural
progenitors	1
08_10_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.GTACCTCTTGACGACCTGC	Neural
progenitors	1
08_10_exp3_idx1GCTTGAAGAG_idx2GGCTAATTAA.CTAGTACGTGGCGAACTCG	Neural
progenitors	1
08_10_exp3_idx1GCTTGAAGAG_idx2GGCTAATTAA.TAGCCAATTTGACGAAGCGT	Immature
neurons	2
08_10_exp3_idx1GCTTGAAGAG_idx2GGTAGGTCTC.GAGCGGTATAGGAGAGAAC	Neural
progenitors	0
08_10_exp3_idx1GCTTGAAGAG_idx2TTGAGTATCA.CCTAATGGTCTAAGAGAAG	Sensory
progenitors	6
08_10_exp3_idx1GGCTTACTCC_idx2AACTTATAAG.TCAGTTGGTATTCGACCAA	Neural
progenitors	3
08_10_exp3_idx1GGCTTACTCC_idx2ACGTTCAACC.ATTCCTAGATCGATGGCGCC	Neural
progenitors	1
08_10_exp3_idx1GTAGCAGCTA_idx2CCAGGTCTAC.GAACGATGTCCGTTCCTTA	Neural
progenitors	1
08_10_exp3_idx1GTAGCAGCTA_idx2GATACCTAAG.AGGCGGAATACCGCAGAAT	Neural
progenitors	1
08_10_exp3_idx1GTAGCAGCTA_idx2GGTAGGTCTC.GCGCTCAATACTATGCAAT	Neural
progenitors	1
08_10_exp3_idx1GTAGCAGCTA_idx2GGTAGGTCTC.TTCTTCGTTTTCCGGCCTCG	Neural
progenitors	1
08_10_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.CAATCGGTTGACGAAGCGT	Neural
progenitors	1
08_10_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.ATTCAAGCATAAGAAGCTAG	Neural
progenitors	1
08_10_exp3_idx1GTAGGCTGCA_idx2CTGCTTCGAC.AGCATTATGTGTATAATACG	Neural
progenitors	0
08_10_exp3_idx1GTAGGCTGCA_idx2GGAACGATGG.TGCCTTGGTGCCGTATGCT	Neural
progenitors	1
08_10_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.CTGCCTTATTCCAATCATC	Sensory
progenitors	6
08_10_exp3_idx1TAGGTAACTT_idx2CCTAGCGCCT.AAGTACGTTTGTATAATACG	Immature
neurons	2
08_10_exp3_idx1TAGGTAACTT_idx2CCTAGCGCCT.ACATTCGTATACTATGCAAT	Immature
neurons	2
08_10_exp3_idx1TAGGTAACTT_idx2CCTAGCGCCT.CTGGAAGATCCGTTCCTTA	Neural
progenitors	0
08_10_exp3_idx1TAGGTAACTT_idx2CTCCGGTTCT.TGGACCTCTAAGAAGCTAG	Neural
progenitors	1
08_10_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.ACATGGTAATCGAATAGATG	Ventral
midline	9
08_10_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.ATGGTTGGTTAGGCCATAG	Neural
progenitors	0
08_10_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.TATTCTCCTTTTGCGAGGCA	Neural
progenitors	1
08_10_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.TCAGCTTCTCCTTACTCCT	Neural
progenitors	3
08_10_exp3_idx1TAGGTAACTT_idx2TGATACGAGT.GCAACGTTTACTAGAGAGT	Neural
progenitors	1
08_10_exp3_idx1TAGTAAGCCG_idx2TGATTCCTCA.GTCATCTGTACTTCCGAAT	Neural
progenitors	1
08_10_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.AACGATCATTCTGATGGTCA	Sensory
progenitors	6
08_10_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.GCATCCAGTAATCGATAAT	Sensory
progenitors	6
08_10_exp3_idx1TATAATAGTT_idx2CTCGTCTAGG.CCGGAGTTTCGATGGCGCC	Neural
progenitors	1
08_10_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.ACATTCGTATCCGCTCCGGC	Neural
progenitors	0
08_10_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.GAACGATGTAACTGCTGCC	Neural
progenitors	1
08_10_exp3_idx1TATAATAGTT_idx2GACCTCCGCC.ATCTTCAGATCTTGGTAATG	Neural
progenitors	1
08_10_exp3_idx1TATAATAGTT_idx2GGAACGATGG.ACGGCAATTCTCTGATCAG	Neural
progenitors	1
08_10_exp3_idx1TATAATAGTT_idx2GGAACGATGG.TATTCGGCTCTTGGTAATG	Neural
progenitors	1
08_10_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.AGTAGCCATATTGAGATTG	Neural
progenitors	1
08_10_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.TGAGTTAGATGATACGGAAC	Sensory
progenitors	6
08_10_exp3_idx1TATTAGACTT_idx2TGATAGAACG.TCCTATTCTTGGCATAGCTT	Immature
neurons	2
08_10_exp3_idx1TCCTCTGCCG_idx2AGTTGCATCT.CCAATCCATACTCAATAGG	Neural
progenitors	1
08_10_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.AGTCGCATTAGGTTAGCAT	Sensory
progenitors	6
08_10_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.TCTATCCAATAACTGCTGCC	Neural
progenitors	0
08_10_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.TTCGCGGATCGAATAGATG	Neural
progenitors	3
08_10_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.ATGGCAGCTGACGACCTGC	Sensory
progenitors	6
08_10_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TAAGAATGGTGATCTTACGC	Neural
progenitors	1
08_10_exp3_idx1TCCTCTGCCG_idx2TCATCTAATC.CGTCGAAGTACTAGAGAGT	Neural
progenitors	1
08_10_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.AGAGTACCTCGGAGATCCG	Sensory
progenitors	6
08_10_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.CCTGCTACTCTGAACTGGT	Neural
progenitors	1
08_10_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.GTCTCTACTTCCGGCCTCG	Immature
neurons	2
08_10_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.TGCGTAGTTAATGCCGCTT	Neural
progenitors	0
08_10_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.TGCTAATTCTTAGCCGTCAT	Neural
progenitors	1
08_10_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.TGGACCTCTTTCTTCCGGT	Neural
progenitors	0
08_10_exp3_idx1TCTTGAGGTT_idx2GTCATTGCGC.ATGGACTATTATTCGACCAA	Neural
progenitors	0
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.AACCGCTGTGCGTTCAGCT	Neural
progenitors	0
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.ACAACCTATTACTAGAGAGT	Neural
progenitors	1
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.AGATCGGATTAGGCCATAG	Neural
progenitors	3
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.ATTACCATCTTTGCTAACGG	Neural
progenitors	1
08_10_exp3_idx1TGGACGACTA_idx2ACGTTCAACC.AGATTGGTTTTTCTTCCGGT	Neural
progenitors	0
08_10_exp3_idx1TGGACGACTA_idx2ACTCTCTCAA.AGAGATGAATGGCAGACGCC	Neural
progenitors	0
08_10_exp3_idx1TGGACGACTA_idx2GACCTCTCTG.AACCTCATTTCATAGTTCGG	Neural
progenitors	0
08_10_exp3_idx1TGGACGACTA_idx2GACCTCTCTG.ACCAATGCTTTCTTCCGGT	Neural
progenitors	1
08_10_exp3_idx1TGGACGACTA_idx2GACCTCTCTG.CGGTTCCATGCAAGGAATA	Immature
neurons	2
08_10_exp3_idx1TTATTGAGGC_idx2AGATCCTATA.CGACGATATTTATCCGGAT	Neural
progenitors	1
08_10_exp3_idx1TTATTGAGGC_idx2AGATCCTATA.GAGCGGTATCCATTATCTA	Neural
progenitors	1
08_10_exp3_idx1TTATTGAGGC_idx2CGAAGGACGA.ACTTCCGTTTGGTATTCAT	Neural
progenitors	0
08_10_exp3_idx1TTATTGAGGC_idx2TATAACTTCC.CGCCATTCTTATCATGATC	Neural
progenitors	0
08_10_exp3_idx1TTATTGAGGC_idx2TATAACTTCC.TTGCGGTCTCTAAGAGAAG	Neural
progenitors	1
08_10_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.GGTTGGCATAGGAGAGAAC	Neural
progenitors	1
08_10_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.CATCAACGTCGGAGATCCG	Neural
progenitors	0
08_10_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.TAAGGTTCATTAGGCCATAG	Neural
progenitors	1
08_10_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.GGCTAAGATTTGACTTCAG	Neural
progenitors	0
08_10_exp3_idx1TTCGAATATT_idx2CCTATAAGCT.TCAAGATCTTCGTAGTTACC	Neural
progenitors	0
08_10_exp3_idx1TTCGAATATT_idx2TTGGAGTCGG.ATGCTTCCTTTACGATGAA	Neural
progenitors	0
08_10_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.AGTTGCGCTCGCGTACGAC	Neural
progenitors	0
08_10_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.ATGGACTATTTCAAGCCGAT	Neural
progenitors	0
08_10_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.GACTACCATGCCGTCGCGT	Immature
neurons	2
08_10_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.TAAGGTTCATCGGATTAGAA	Neural
progenitors	1
08_10_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.CGAATGAGTTTACGATGAA	Neural
progenitors	1
08_10_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.TATGCGATTTTGGAGAATTC	Neural
progenitors	1
08_10_exp3_idx1TTGCCGTAGG_idx2CAAGCTTGGC.GATTACGGTTGGTATTCAT	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.AGAACTCCTTTGCTAACGG	Ventral
midline	9
08_10_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.CGCCATTCTATCGGCTATC	Neural
progenitors	0
08_10_exp3_idx1TTGCCGTAGG_idx2GATTGCAGAC.AACGTAATCTGTATAATACG	Neural
progenitors	1
08_10_exp3_idx1TTGCCGTAGG_idx2GATTGCAGAC.CCAATCCATATTGAGATTG	Neural
progenitors	1
08_10_exp3_idx1TTGCCGTAGG_idx2GATTGCAGAC.GTCGTAACTTGGTATTCAT	Neural
progenitors	1
08_10_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.AAAGCTGATTCGAATAGATG	Neural
progenitors	0
08_10_exp3_idx1TTGCGAGCAT_idx2TCGTAGGCTT.CTCGTTGATAATGCCGCTT	Neural
progenitors	1
08_10_exp4_idx1GGCTTACTCC_idx2CCGTCGGAGG.CCTGCAGTTGTCCTACTTG	Neural
progenitors	1
08_10_exp4_idx1TTGCGAGCAT_idx2AGATCCTATA.AAGCAGTATTCCTTGGTCCA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CGACGATATATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GGTACGGATTTAGCAATAA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TAAGACCGTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CCGGAGTTTACTTCCGAAT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CTATCTCCTCAGGTATGGA	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CTTAGCGGTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGTCCTTCTCCAGGCCGCA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGTCTACGTGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGTTGGCATATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GTTCCAGCTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GTTCGCTGTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCGCGCATTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCGGTACCTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TTCGCGGATCTGAACTGGT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.ACCTTCGGTAAGTCTTCCG	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GAACGGCTTTTGATGCTAT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GCTCGAGATCGATGGCGCC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GCTTCTGGTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GTAAGCTCTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GTATCGCATCGGAAGATAT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TGATCTTCTTTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TGCCTTGGTAAGACGGCCA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TTCTTAACCTGACGACCTGC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCAACGTTTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCAATCGCTTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCAGATACTAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGTCCTTCTGACGACCTGC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTTCGCTGTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATGCGATTTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATGGTCTTTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCCTACCTTGTACTAGTAA	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCGAATCTTTATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGAGAATCATGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGTTAAGACTCGGTAGGAAT	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCCGACGTCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCGCGGATTTGATATATT	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCTTAACCTAAGACGGCCA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CGACGATATTTACGTATAC	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CTACGGCATGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CTACGGCATGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GAACGATGTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GCGGAGAATTTCGCTTACG	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GGATAGGTTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GGATAGGTTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GGTCTACGTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TTCGCATAATCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TTCTAAGCTTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TTGGAGTTATGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TTGGCGACTCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.ATAGTCGCTTTACGTATAC	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.ATGGCAGCTTGGTATTCAT	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GCATCCAGTACCGCAGAAT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GTAAGCTCTGCCGGTCGAG	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TCAGCGGTTTTGATGCTAT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TGCCTATTATTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TGCTCCTATGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TGGTAATAGTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TTGGCAATATACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.ACCAATGCTGCGCGGTAGT	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCATCAGGTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTTCATGCTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACCGAATTAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACTGACGTTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCGCTCAATAGTTCGAGTA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCGTCGTATATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTAAGCTCTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTCGGAGTTCAGATTCGAT	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTCGGCAATTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TAGGTACTATTCAGACGAAC	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATAAGGCTTTGCATATAAC	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCCTATTCTTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCGCGCATTTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCGTAGCGTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCTACTTACTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCTAGGAATTAATGCTAGTC	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGATCTTCTTTTAATTATTG	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.AACCGCTGTGCCGTATGCT	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.AGTTGCGCTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CCGTCTCATAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CGACGATATCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GGCGACTATTTAGCAATAA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GTCGGAGTTGAAGGTTGCC	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TATGACTTGTTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCCGGTCATTTCGCTTACG	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCCTCGAGTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCGTCTATTTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TGTTAAGACTGTTCCGCTAA	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.ATGGCAGCTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GACTCGCTTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TAGTTACCTTAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TCCTACCTTCATAACCAGC	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.ACCTTCGGTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.ATGCCAAGTGTTGAAGGAT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.CAACGCAGTTGGTATTCAT	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.CGACGATATTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.CGTCGAAGTACGCCGTTCA	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GGATAGGTTTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GGCAAGTCTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TATGGTCTTTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TGGATCCGTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TTAATGAGCTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TTCTCTCGTTTCGCTTACG	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TTCTTAACCTCCTTACTCCT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ACCAATGCTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ACGCCATATGCCGTATGCT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AGCAACGATTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AGTTGCGCTAATGCTAGTC	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CAACGCAGTAAGACGGCCA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CAATCGGTTAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CAGAAGGCTTCGAGGAGTA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CCAGAACCTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CCGTCTCATAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CGGTTCCATTTGATGCTAT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTATCTCCTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTGGAAGATTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GAAGAGGCTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACCAGGATCAGGTATGGA	Immature
neurons	13
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACTACCATTGGCTGATGA	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGCGACTATCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGTCTACGTACCAGCGCAG	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTAGACGGTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATCCAGGTTTAATTATTG	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATTCGGCTTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATTGAGGTTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTAATGAGCTCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.AGCAACGATCCTTACTCCT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CCAGAACCTACGCCGTTCA	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTTCATGCTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GACTTGGCTAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCGCTCAATCCTTACTCCT	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCGGTATATCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCTTCTGGTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTAGCGATTGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTCGGCAATGATAAGGCAA	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCCTACCTTTCTCCTATAA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCCTATTCTTGAAGGTTGCC	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCTACTTACTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGCTCCTATCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGGACCTCTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTGGCAATATGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GGTACGGATGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TAAGACCGTATTGAGATTG	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TATGCGATTTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TTATAGGCATACGCCGTTCA	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.ATGCCAAGTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.CTGGAAGATTCTACCATTA	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GTCGGCAATAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.CTATCTCCTTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TCCTATTCTTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GACTTGGCTGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GCGTCGTATTCAGCTCTAA	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GGCAAGTCTTCTCCTATAA	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GTTCGCTGTACGCCGTTCA	Neural
progenitors	0
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TATGACTTGTAATGCTAGTC	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.CTCCTCGTTTGCATATAAC	Immature
neurons	2
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TAAGACCGTGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TAGGTACTATGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.AAGATGCCTACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.CATCGGACTTCGAGGAGTA	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TGCTACTAATTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TCCAAGTTATTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TGCCTTGGTAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.GACGTTCGTAAGACGGCCA	Ventral
midline	9
08_10_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TCGCGCATTCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.CAATCGGTTGTTCCGCTAA	Ventral
midline	9
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TCAGCGGTTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TGAGTTAGATTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.CTCCGGTTTCTCTGCGGCA	Ventral
midline	9
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GCGGTATATCCAGGCCGCA	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TATTGACTCTGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TTCCGACGTCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.CTGCTGAATCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.GCTGAAGCTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.GGTCCTTCTCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TGCTAATTCTGCGACGCCTT	Ventral
midline	9
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TGCTACTAATCGGAAGATAT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.AGGCATCATTCGAGGAGTA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.GCAATCGCTCAGATTCGAT	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.GCTGGCTATGAAGGTTGCC	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.GCTTCTGGTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.GACTGACGTATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TATCCAGGTCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TATTGAGGTTTCTACCATTA	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.ACGCCATATCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TCTCGCTCTGCCGGTCGAG	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TTCCGACGTTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.ACCTTCGGTCTGAACTGGT	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.ATGGCGTATAATGCTAGTC	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.ATGGCGTATCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GACCAGGATGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTCCTGCATTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTTCGCTGTCGATGGCGCC	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TAACTAAGGTGAAGGTTGCC	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCAGTTGGTGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCTCCGAATTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGCTCCTATCTGAACTGGT	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTGAGAGATTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ATGCCAAGTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ATGCCAAGTCGGTAGGAAT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ATGGCAGCTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ATGGCAGCTTCAGACGAAC	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CAGAAGGCTTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CCATTGCGTTCAGACGAAC	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CGTCGAAGTTTGGACGCTG	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTATCTCCTTTAGCAATAA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GACCGTCATAGGCCGCTCG	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCGGAGAATGATAAGGCAA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCTTCTGGTAACTGCTGCC	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGCAAGTCTAAGACGGCCA	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTAGCGATTCCTTACTCCT	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTCGGAGTTCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATCATGAGTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATGACTTGTCGATGGCGCC	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCATGGCTTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCGCCAACTGCCGGTCGAG	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGGTCGAATGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTAATGAGCTATAGACTAGG	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCGCGGATTCTACCATTA	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTGCGGTCTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTGGCTCATGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GAACGATGTGTTCCGCTAA	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TCGTAGCGTGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.ACCTTCGGTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.ACGAGGTTTTCTCCTATAA	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.AGTTGCGCTTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CCATCAGGTTGCGCCATCT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TACTCCTATTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATATGCGTTAGAGCCAGCC	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCGTCTATTTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCTCCGAATGCGCGGTAGT	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCTCCGAATTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGCTAATTCTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGGTAGGCTTTGATGCTAT	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTCGCGGATCCGTTGACTT	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.AAGCGCCATCGATGGCGCC	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.ACGAGGTTTTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CTCCTCGTTCGGTAGGAAT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CTTAGCGGTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GAACGGCTTCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GACTGACGTCGGAGATCCG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTTCCAGCTCGGAAGATAT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCTCGCTCTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TGCGTAGTTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TGCTAATTCTAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TGGTAGGCTTGGTATTCAT	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TTCGCGGATTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.ACCAATGCTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.CCGAGAGATCCGTCCAGTA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.CGAGATGCTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.CGCCGTAATGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.CTAGTACGTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GGTAGTCCTCGGAGATCCG	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GTAAGCTCTACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GTAAGGAGTCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GTTGCAAGTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TCGAATCTTTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.ACGGCAATTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.CGCCGTAATCAGGTATGGA	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.GCAGATACTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.GCTCGAGATCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TAGAGCCTTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TCTCTCCATTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.AAGCGCCATTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CATCGGACTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CCAGAACCTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CTACGGCATGTTCCGCTAA	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GACGTTCGTTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GATTACGGTATTGAGATTG	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GCAGATACTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGCTTACTTCAGGTATGGA	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGTTCGAGTTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTCGGAGTTATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TAGTTACCTTCGGTAGGAAT	Sensory
progenitors	6
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TATCCAGGTAGACTCAAGC	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCCAAGTTATGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.ACCTTCGGTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.TCTCCGAATCGAATAATTC	Ventral
midline	9
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CGCCGTAATAAGACGGCCA	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GAACGGCTTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GATTACGGTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TATCGAACTTATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TATTGACTCTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.AACCGCTGTGATAAGGCAA	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TGCGTAGTTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TGGACCTCTTCTCCTATAA	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.CGAGATGCTACCGCAGAAT	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.ATTGCCGGTGCCGGTCGAG	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.GAGACTAGTCGGTAGGAAT	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.GTTCGCTGTATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TGAACGCGTCAGGTATGGA	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TGGTCGAATCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TTGAGTCCTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TTGGAGTTATTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CTACGGCATCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CTAGTACGTGTACTAGTAA	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCCATGGTTCTCTGCGGCA	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTCATCTGTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTCGGCAATGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTTCGCTGTGTACTAGTAA	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TATGGTCTTTAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TATTCGGCTACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCCTCGAGTACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCTACTTACTCGGATGAAGG	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCTCCGAATATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGCTAATTCTAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.ACCGTAGCTTTGATGCTAT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GACCAGGATCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GCGGTATATGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GGTTCGAGTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TCATAGAGTTTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TCGAATCTTTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TGCCTATTATAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GTAAGGAGTGCCAACGCCA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GTCATCTGTGATAAGGCAA	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TCGCGCATTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TGGATCCGTAGACTCAAGC	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.ACCGTAGCTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.CATCGGACTAGTTCGAGTA	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TTGAGTCCTTGCATATAAC	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.CGAGATGCTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GGCGACTATCCGTTGACTT	Immature
neurons	13
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.ACGGCAATTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TCGCCAACTGATAAGGCAA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TCGCGCATTGCCGGTCGAG	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TCTCGCTCTGTTGAAGGAT	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TGCTACTAATTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.GACCGAATTAGTTCGAGTA	Immature
neurons	8
08_10_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.GGACTTGATTCAGACGAAC	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACCAATGCTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CGGTTCCATAATAATACCA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTCCAGAGTGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGAGGTTCTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTAAGGAGTCGAATAATTC	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTAGACGGTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTCGGAGTTCGGAAGATAT	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TAGCCAATTTTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATGGTCTTTAATAATACCA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCCTCGAGTCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCGAATCTTTTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.AACCGCTGTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CAACGCAGTTTGATATATT	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CGGTTCCATGCCGTATGCT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CTTAGCGGTAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACTCGCTTTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTAGCGATTTTAGCAATAA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TATATGCGTTCTCTGCGGCA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TATTCGGCTATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCAGCGGTTTCGAGGAGTA	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCAGCGGTTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCCGTATGTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCTCTCCATACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGCTCCTATCTCTGCGGCA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGGTCTCCTAATGCTAGTC	Sensory
progenitors	6
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTGGCAATATATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.ATGGCGTATCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.CTCCAGAGTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.GGCGCATTTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TGGATCCGTGCCGGTCGAG	Sensory
progenitors	6
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.CCAGAACCTCGGAAGATAT	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.CCTCCTGATAATGCTAGTC	Sensory
progenitors	6
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.CTCCAGAGTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GAACGATGTCATAACCAGC	Neural
progenitors	1
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GATCGACCTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GGCGACTATGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TATCATGAGTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TGAATTCGTTCGCGTACGAC	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GTTGCTCCTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GACTTGGCTTGCGCCATCT	Ventral
midline	9
08_10_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TTCTCTAGTTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.AAGATGCCTGCGCGGTAGT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GCAGATACTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GCTCGAGATTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.CTCCGGTTTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GCAGATACTACCAGCGCAG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GGCGACTATGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TCATGGCTTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TGCGTAGTTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TTCTAAGCTTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TTGGCGACTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.ATGGAGAGTGAAGGTTGCC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GCAATCGCTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TATGGTCTTTTCTCCTATAA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TTCTTAACCTCTGAACTGGT	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ATAGTCGCTTGCGCCAGAA	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ATGGCGTATTTGATGCTAT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CATCGGACTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GACCGAATTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCAACGTTTGCCGGTCGAG	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TATATGCGTTGCGCGGTAGT	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TTGGCAATATAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.CCATCAGGTACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.CGCCGTAATTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.CTCCGGTTTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GATTACGGTACCGCAGAAT	Neural
progenitors	15
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GTCGGCAATCATAACCAGC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TCCTATTCTTCAGGTATGGA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TGATCTTCTTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AACCGCTGTATAGACTAGG	Immature
neurons	13
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACCTTCGGTGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACGGCAATTTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CAGAAGGCTTGGCTGATGA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCGTCGTATAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGTTGGCATAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTAAGCTCTGACGACCTGC	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTTCCAGCTAAGACGGCCA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAGCTCGGTCATAACCAGC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCCGGTCATTGGTATTCAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGGTAGGCTCCTTACTCCT	Neural
progenitors	15
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGGTCGAATCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGTTAAGACTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTATAGGCATGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGAGTCCTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTTGCTTAGTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.CTATCTCCTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GCTTCTGGTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GGTCTACGTAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TGAACGCGTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AACCGCTGTCCAGGCCGCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AAGCGCCATCTCTGCGGCA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AAGCGCCATGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ACGGCAATTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AGGCATCATACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CAGAAGGCTGTACTAGTAA	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GAACGATGTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCAGATACTTTAGCAATAA	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGCAAGTCTCCTTACTCCT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTTCGCTGTGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTTGCAAGTTACGGCTACG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATCGAACTTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATTGAGGTTATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGATCTTCTTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGCTCCTATTTCGCTTACG	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGGTTAAGTGGCCAGTCCG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGGTTAAGTTACGGCTACG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACCAATGCTGCCGGTCGAG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AGCAACGATTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AGTTGCGCTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AGTTGCGCTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AGTTGCGCTTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCGAGAGATGCCAACGCCA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CGTCGAAGTAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTACCATTTGATATATT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTTGGCTGTACTAGTAA	Immature
neurons	12
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAGACTAGTGACGACCTGC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCATCCAGTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCCATGGTTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCTGGCTATCTCTGCGGCA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGTACGGATTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTCATCTGTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAGGTACTATTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATAAGGCTTCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATAAGGCTTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCGGTCATAATAATACCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCTATTCTTACGCCGTTCA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGAATCTTTCAGGTATGGA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGAATCTTTTCAGACGAAC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTACTTACTCTGAACTGGT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTACTTACTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTCGCTCTTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGAGAATCATTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGAGTTAGATCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTATAGGCATTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ACCTTCGGTTTGATGCTAT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ATGGCAGCTTTGATGCTAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCGGAGTTTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CGCCGTAATCGAGCTGCCA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTGGAAGATCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GAACGATGTTCGAGGAGTA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCAACGTTTGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGAGCTCATCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGCGCATTTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGCTTACTTGCCGGTCGAG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTAGCGATTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTCCTGCATCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTTCCAGCTTCAGACGAAC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGGTACTATTGCATATAAC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGTTACCTTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATGCGATTTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATGCGATTTTGGTATTCAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATTGAGGTTAGGCCGCTCG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGCGCATTATTGAGATTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCTACTTACTGATAAGGCAA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCTAGGAATTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGAACGCGTATTGAGATTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGCTCCTATCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTATAGGCATATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCTCTCGTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCTGGCCTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGAGAGATTGACCTCTCTG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGGCGACTCATAACCAGC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GGCAAGTCTCCTTACTCCT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TAGGTACTATTGGAGAATTC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TGGTAGGCTGTTGAAGGAT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TTGGAGTTATAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GACTGACGTTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GAGACTAGTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GAGCGGTATCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGAGGTTCTTCTACCATTA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGTTGGCATTCAGACGAAC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCCGGTCATTGGTATTCAT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCCTCGAGTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCTAGGAATTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGGCCTGATAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TTGGTTAAGTCATAACCAGC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.CCGGAGTTTCAGATTCGAT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TCAGTTGGTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TCGTTCTGTTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACCAATGCTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACCAATGCTGCGCGGTAGT	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.AGCAACGATCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.AGGCATCATTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CCGGAGTTTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CGACGATATCTGAACTGGT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CGCCGTAATCTCTGCGGCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CTACGGCATAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CTATCTCCTAAGACGGCCA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CTCCGGTTTGTACTAGTAA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GACTACCATTTAATTATTG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GACTTGGCTTCGAGGAGTA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCGCTCAATACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGCGCATTTTCGAGGAGTA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGTACGGATTTAGCAATAA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTCGGAGTTGAAGGTTGCC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TAACTAAGGTCTCTGCGGCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATGACTTGTCCGTCCAGTA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCCTCGAGTATTGAGATTG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCGTTCTGTCATAACCAGC	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCTCGCTCTACGCCGTTCA	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCTCGCTCTGACGACCTGC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGAATTCGTTACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGCTCCTATAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGCCTGATACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTGGTTAAGTAATAATACCA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GCATCCAGTACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GGCAAGTCTAAGTTGCCAT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GGTCTACGTGCGACGCCTT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GTCATCTGTTCTCCTATAA	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TTGAGAGATTCCTTACTCCT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.AACCGCTGTTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACCTTCGGTGAAGGTTGCC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATGCCAAGTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATGGCGTATAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCATTGCGTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCGTCTCATCGAATAATTC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTTAGCGGTTTAATTATTG	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACCGTCATATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCTCGAGATAGTTCGAGTA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGCGACTATCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGCGCATTTAGAGCCAGCC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTCCTTCTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTTCGAGTGTTCCGCTAA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTAAGCTCTAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTTCCAGCTAATAATACCA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TACTCCTATTTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATATGCGTTACCAGCGCAG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCTACCTTATTGAGATTG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCTACCTTTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCTATTCTTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCTCGAGTGCCGTATGCT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGCCAACTTCGAGGAGTA	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTCGCTCTAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCCGACGTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGGCGACTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.TATATGCGTTCTGAACTGGT	Sensory
progenitors	6
08_10_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.TTCTCTAGTTCGATGGCGCC	Sensory
progenitors	6
08_10_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.CTCCAGAGTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.GACTACCATCGGAAGATAT	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TTGAGTCCTGCGACGCCTT	Immature
neurons	2
08_10_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.CGAGATGCTACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GGTTCGAGTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TTAATGAGCTACGCCGTTCA	Neural
progenitors	0
08_10_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.GTTGCAAGTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.TACGGTAGTCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.TATCATGAGTGCCGGTCGAG	Immature
neurons	2
08_10_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TATTGAGGTTTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TCCTACCTTCGGAAGATAT	Neural
progenitors	0
08_10_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.AGTTGCGCTTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.AAGCGCCATTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ACGAGGTTTGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ACGCCATATCATAACCAGC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ACGCCATATCCTTACTCCT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ATAGTCGCTGTACTAGTAA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GACCGTCATATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GCTGAAGCTTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGTCCTTCTTGGTATTCAT	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GTATCGCATGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GTCGGCAATAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TATGGTCTTTTTCGCTTACG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCGTAGCGTTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGAGTTAGATTTCGCTTACG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CTATCTCCTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GATTACGGTTGCGCCATCT	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GCGTCGTATTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GGCGACTATCAGGTATGGA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GTTCCAGCTGTACTAGTAA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TAGGTACTATGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCCTCGAGTCTCTGCGGCA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTGGCAATATTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ACGAGGTTTGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CCAGAACCTGTTCCGCTAA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CCGAGAGATACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CCGGATAGTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CTTCATGCTCGGTAGGAAT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GAACGGCTTCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GACTCGCTTCCGTTGACTT	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GACTTGGCTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GAGACTAGTAGAGCCAGCC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCAACGTTTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTATCGCATAATGCTAGTC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTCATCTGTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TAAGACCGTTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TAGAGCCTTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TAGCCAATTTCGATGGCGCC	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATGCGATTTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATTGAGGTTTCTCCTATAA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCAGTTGGTCATAACCAGC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCGTTCTGTACGCCGTTCA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTCGCATAATTTGATGCTAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTGGAGTTATTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.AACCGCTGTAAGTCTTCCG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.AAGATGCCTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.ACCAATGCTGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.CCGGATAGTGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GGTTGGCATTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TACTCCTATTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TAGAGCCTTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TCGCCAACTTCGAGGAGTA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TCTAGGAATTTGGAGAATTC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACCAATGCTATAGACTAGG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ATGGCGTATTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTAGTACGTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACTGACGTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GAGCGGTATTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCAATCGCTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGACTTGATTTGGACGCTG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGCGACTATAATGCTAGTC	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTAAGGAGTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTTCGCTGTCATAACCAGC	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTTGCTCCTTACGGCTACG	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGCGCATTCATAACCAGC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGTTAAGACTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CTCCAGAGTCGGAGATCCG	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GACCAGGATGATAAGGCAA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TATATGCGTTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCGAATCTTTACCAGCGCAG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCTAGGAATTTTGGACGCTG	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CTGCTGAATTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GCAACGTTTACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GCGGTATATACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GGTAGTCCTTGCATATAAC	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TATAAGGCTTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.ACCAATGCTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CCTCCTGATAGAGCCAGCC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GCGCTCAATCCAGGTCTAC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GGCGACTATTGCATATAAC	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCAGCGGTTTTGATGCTAT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CCGTCTCATACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTCCAGAGTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTGCTGAATCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTGCTGAATTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTTAGCGGTCGAATAATTC	Immature
neurons	13
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCAATCGCTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCAATCGCTTGCGCGATGC	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCGGTATATACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTAGACGGTTGGTATTCAT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTCGGAGTTGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATAAGGCTTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCTCTCCATTCTCCTATAA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGACGAGGTCGGAAGATAT	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGATCTTCTTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGGTCGAATACGCCGTTCA	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCCATTACTTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCCGACGTGCCGTCGCGT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCGCATAATACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGGCTCATTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TCATTAAGCTTCTACCATTA	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TCGTTCTGTATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TGCTCCTATCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1TATAATAGTT_idx2TATAACTTCC.GCTCGAGATCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TGGTCGAATTGGCTGATGA	Neural
progenitors	1
08_10_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.GCAATCGCTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.GCTGAAGCTCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.GCTGAAGCTTTAATTATTG	Neural
progenitors	0
08_10_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.GGTTCGAGTTTCTTATCGA	Immature
neurons	13
08_10_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TTGAGAGATTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TGGTCGAATGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.CTATCTCCTCCTTACTCCT	Neural
progenitors	3
08_10_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.AGCAACGATACGCCGTTCA	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.AACCGCTGTAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.ACCGTAGCTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CTACGGCATTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CTAGTACGTCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GCGCTCAATCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCCGTATGTAAGTCTTCCG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCCTATTCTTTCAGACGAAC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TGTTAAGACTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TGTTAAGACTTGGTATTCAT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TTCTCTAGTTAATAATACCA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CGACGATATTGCGCCATCT	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CTAGTACGTAGAGCCAGCC	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CTGCTGAATCAGATTCGAT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GAACGATGTTGGAGAATTC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GACCGAATTGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TACTCCTATTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TAGCTCGGTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TATGACTTGTAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCAGCGGTTCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCGAATCTTTTTGATGCTAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TGGCCTGATTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.AGCAACGATAGAGCCAGCC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCGAGAGATTTCGCTTACG	Immature
neurons	13
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTCCTCGTTTGCATATAAC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTGGAAGATTCAGACGAAC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GAACGATGTCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGAGCTCATGATAAGGCAA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGAGCTCATGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGCAAGTCTTGGCTGATGA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTAAGGAGTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTATCGCATATTGAGATTG	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TACTCCTATTCGATGGCGCC	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TACTCCTATTCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TAGCTCGGTCCTTACTCCT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TAGTTACCTTACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCATTAAGCTCGAATAATTC	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCGTATGTTTGATATATT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCTATTCTTCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGCGCATTTCTCCTATAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGCGCATTTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGAGAATCATCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.AACCGCTGTTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.ACGAGGTTTCCAGGCCGCA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GACCGAATTCGATGGCGCC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GACTACCATGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCTCGAGATAGAGCCAGCC	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TATATGCGTTAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCCGGTCATTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCCTATTCTTGTTCCGCTAA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCTACTTACTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCTCTCCATGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTCTGGCCTGAAGGTTGCC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACCGTAGCTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CAGAAGGCTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CGGTTCCATTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACCAGGATTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACCAGGATTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCGCTCAATTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGAGGTTCTATAGACTAGG	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGCGCATTTAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTCTACGTTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATCATGAGTTCTACCATTA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCAGCGGTTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCCAAGTTATTCTACCATTA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCCTATTCTTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGTAGCGTTCTCCTATAA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGCCTATTATGAAGGTTGCC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGGTCGAATAGGCCGCTCG	Immature
neurons	12
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGAGAGATTTTAGCAATAA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGAGTCCTCGGAAGATAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGGCAATATCAGATTCGAT	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGGTTAAGTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTTGCTTAGTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CCATTGCGTGCGCGGTAGT	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GGCGCATTTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCAGGAGATTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TGGTAATAGTTTAATTATTG	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TTCTGGCCTGCGCGGTAGT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TTGGCTCATCATAACCAGC	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.AGTTGCGCTCATAACCAGC	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GATCGACCTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GGAGCTCATACGCCGTTCA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GTTGCAAGTCCAGGCCGCA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCTACTTACTGCGACGCCTT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TTCCATTACTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.ACCTTCGGTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GCGCTCAATCTCTGCGGCA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GGAGGTTCTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GTCGGCAATCCTTACTCCT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TATGACTTGTTCTACCATTA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCCAAGTTATCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCCGGTCATTTGGACGCTG	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCCTCGAGTGTTGAAGGAT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TTGGAGTTATCAGATTCGAT	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GAACGGCTTGATAAGGCAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GGTCTACGTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCGCCAACTTCTCCTATAA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TGAGAATCATCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TGCTCCTATGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TTCCGACGTCAGATTCGAT	Neural
progenitors	0
08_10_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.CGCCGTAATAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GCGGAGAATAATGCTAGTC	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.TAGCTCGGTTTGGACGCTG	Immature
neurons	2
08_10_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TGAATTCGTTCATAACCAGC	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.CCATTGCGTGAAGGTTGCC	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.GAACGATGTCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.GTTGCAAGTGAAGGTTGCC	Sensory
progenitors	6
08_10_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.AAGCGCCATTGGTATTCAT	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.GACCAGGATTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.GCGCTCAATAATGCTAGTC	Sensory
progenitors	6
08_10_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.TGATCTTCTTTTACGTATAC	Sensory
progenitors	6
08_10_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.TTGGCAATATTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.AAGCGCCATGCCGTATGCT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.AGTTGCGCTAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.CAGAAGGCTTTAATTATTG	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GAACGATGTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GATCGACCTCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GTAAGCTCTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CCTCCTGATATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GGTTGGCATTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TCAGTTGGTGCGCGGTAGT	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TGCGTAGTTAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ACCTTCGGTATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AGCAACGATTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ATGGAGAGTTACGGCTACG	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CCAGAACCTAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CCATCAGGTCCAGGCCGCA	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CCATCAGGTGCGCGGTAGT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CCTCCTGATATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CGACGATATAGTTCGAGTA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTTCATGCTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACCAGGATCGATGGCGCC	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCATCCAGTTTAGCAATAA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCGTCGTATTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGCGCATTTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTCCTTCTTCGAGGAGTA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTACCTCTTCGAATAGATG	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTTCGCTGTCGGTAGGAAT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGCCAATTTATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCTATTCTTCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCTCCGAATTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCTCGCTCTCAGATTCGAT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCTCTCCATTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGAATTCGTTTTGATGCTAT	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGACGAGGTCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCTCCTATTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.CTCTACTGTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GCCATGGTTTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GCTGGCTATTTAATTATTG	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GGAGCTCATTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TCGGTACCTATAGACTAGG	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ACGGCAATTATAGACTAGG	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ATGGCGTATCTCTGCGGCA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ATTGCCGGTACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTTAGCGGTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GACTCGCTTTTGATATATT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCTTCTGGTACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGAGCTCATACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGATAGGTTAGGCCGCTCG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTTGCTCCTGTTGAAGGAT	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCAGCGGTTCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCAGGAGATCCGTTGACTT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCCTACCTTTTGATGCTAT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCGCGCATTGCCGGTCGAG	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCGTTCTGTTTAATTATTG	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGGACCTCTCTCTGCGGCA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGGTAGGCTACCGCAGAAT	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTCCGACGTTCTCCTATAA	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTCTCTAGTTTGCGCCAGAA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GTATCGCATCCTTACTCCT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TCGTAGCGTCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TCTAGGAATTTCGAGGAGTA	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TGCTAATTCTCAGGTATGGA	Sensory
progenitors	6
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TTCGCATAATCGGTAGGAAT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TTGGTTAAGTTTCGCTTACG	Neural
progenitors	3
08_10_exp10_idx1AATACGATAA_idx2AACTTATAAG.ATTGATCGTTCGATCATTAC	Neural
progenitors	3
08_10_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.TGGTAATAGTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1AATACGATAA_idx2CTCGATGGAG.TCTTAGTTCTGCAGGTCCGT	Neural
progenitors	3
08_10_exp10_idx1ACGGCGTTAA_idx2AATTGCCTAC.TCTATCCAATGGTACTGCCT	Neural
progenitors	0
08_10_exp10_idx1ACGGCGTTAA_idx2CGATCATTAC.ATCAGTCATTAGAGCCAAGG	Neural
progenitors	3
08_10_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.GCTGAAGCTGGCTATGACT	Immature
neurons	2
08_10_exp10_idx1ACGGCGTTAA_idx2TCGATATTGA.AAGGATTACTGCCGCAACGA	Neural
progenitors	0
08_10_exp10_idx1AGACCATATC_idx2AATTGCCTAC.CAGCAAGTTGCCGCAACGA	Neural
progenitors	0
08_10_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TACGGTAGTTTCGCCTCCA	Immature
neurons	2
08_10_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TTAATGAGCTGCAGGTCCGT	Neural
progenitors	0
08_10_exp10_idx1AGACCATATC_idx2CCTATAAGCT.GAGTTCTCTAACTGATCTT	Neural
progenitors	0
08_10_exp10_idx1AGACCATATC_idx2CGATCATTAC.GTCCTGCATTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1AGACCATATC_idx2CGATCATTAC.TGAATCTGATGCCGCAACGA	Sensory
progenitors	6
08_10_exp10_idx1AGACCATATC_idx2GATCAGTCAT.GAGTTCTCTTGGAAGTACC	Sensory
progenitors	6
08_10_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.TGTTAAGACTGCCGCAACGA	Neural
progenitors	1
08_10_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.GTCTCTACTTCAACGTAAG	Sensory
progenitors	6
08_10_exp10_idx1AGGTCAGCTT_idx2TATAACTTCC.TAGAGAGTATCCATTATCTA	Neural
progenitors	3
08_10_exp10_idx1AGGTCAGCTT_idx2TATAACTTCC.TTCTTAACCTGCAAGGAATA	Sensory
progenitors	6
08_10_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.TAGAGAGTATGCAAGGAATA	Neural
progenitors	3
08_10_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.TATCATGAGTTCCGGTAATC	Immature
neurons	2
08_10_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.TATGAGAACTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.AGTATTAGCTTTAGATTCCG	Sensory
progenitors	6
08_10_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TACTTGCGTCGATCATTAC	Neural
progenitors	15
08_10_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TAACTAAGGTTGGAACTAGA	Neural
progenitors	3
08_10_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TAAGAATGGTGGTACTGCCT	Neural
progenitors	3
08_10_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.TGCTAATTCTGCCGCAACGA	Neural
progenitors	0
08_10_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.CAGTATCCTACGCGAGATT	Neural
progenitors	0
08_10_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.TCGCCAACTAGCGTCAATG	Neural
progenitors	1
08_10_exp10_idx1ATGGCGCCTG_idx2CCAAGCTGAA.ATTCCTAGATGGAGGATAGC	Neural
progenitors	3
08_10_exp10_idx1ATGGCGCCTG_idx2GACTAGTCTA.GACGTTCGTTGGAACTAGA	Neural
progenitors	3
08_10_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TGCAAGGTTTTATCCGGAT	Neural
progenitors	3
08_10_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.GTCTATGGTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TCTACTTACTTGATAGAACG	Sensory
progenitors	6
08_10_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.GAACGATGTGGAGGATAGC	Neural
progenitors	0
08_10_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.GAAGAGGCTGGTACTGCCT	Neural
progenitors	3
08_10_exp10_idx1GAGCGCGATG_idx2CTGCAATCGC.CTGCTGAATAGAGCCAAGG	Neural
progenitors	0
08_10_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.TCCAATAGTTACGCGAGATT	Neural
progenitors	0
08_10_exp10_idx1GATTCTTGAA_idx2CCAAGCTGAA.TAGAGAGTATTGGAACTAGA	Neural
progenitors	3
08_10_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.GACCAGGATGGTACTGCCT	Neural
progenitors	3
08_10_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.TTGACCAGTGGTACTGCCT	Immature
neurons	2
08_10_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.TCGAAGGATTTAGATTCCG	Sensory
progenitors	6
08_10_exp10_idx1GCATCGTATG_idx2CGATCATTAC.ACAGGTATTTCGAGCTGCCA	Neural
progenitors	1
08_10_exp10_idx1GCATCGTATG_idx2TCGATATTGA.CTGCTGAATTCTAGAACTA	Immature
neurons	13
08_10_exp10_idx1GCATCGTATG_idx2TCGATATTGA.TAGTTACCTTCGAGCTGCCA	Sensory
progenitors	6
08_10_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.ACAACCTATTTTGAGTATCA	Immature
neurons	2
08_10_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.TTCGTTCCTACGCGAGATT	Immature
neurons	2
08_10_exp10_idx1GCGCGTTCAT_idx2AGGATTACCA.TTACCTAAGTGCCGCAACGA	Neural
progenitors	0
08_10_exp10_idx1GCGCGTTCAT_idx2CCTATAAGCT.AACTAGTTGTGCCGCAACGA	Neural
progenitors	0
08_10_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.GTAAGCTCTGCAAGGAATA	Neural
progenitors	0
08_10_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TTCTAAGCTTAGAGCCAAGG	Sensory
progenitors	6
08_10_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.ACAGGTATTTTTGAGTATCA	Neural
progenitors	3
08_10_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TATGAGAACTGCAAGGAATA	Neural
progenitors	0
08_10_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TCCTATTCTTTTAGATTCCG	Neural
progenitors	3
08_10_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TAGAACCAATCCGAGAATCC	Neural
progenitors	0
08_10_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TAGAGAGTATTTGAGTATCA	Neural
progenitors	3
08_10_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.ACAGGTATTTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.TATAAGGCTTTGGAACTAGA	Sensory
progenitors	6
08_10_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.TTGGCAATATTTGAGTATCA	Neural
progenitors	1
08_10_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.TCGTCTATTTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1GGTTATCGAA_idx2AACTACCGAC.TCAGGAGATCGATCATTAC	Sensory
progenitors	6
08_10_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.GTAAGGAGTTCAACGTAAG	Neural
progenitors	0
08_10_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TATCATGAGTACGCGAGATT	Neural
progenitors	0
08_10_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TGAATCTGATTATTACTCAT	Immature
neurons	2
08_10_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.GAGACTAGTCGAGCTGCCA	Neural
progenitors	0
08_10_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.GCTGAAGCTTCAACGTAAG	Neural
progenitors	3
08_10_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.GGCAAGTCTTCCGTCGCCA	Neural
progenitors	3
08_10_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.ATACCAGTTTCATGCTGGTT	Neural
progenitors	3
08_10_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.AGCGTAAGTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.CCTAATGGTAACTGATCTT	Immature
neurons	2
08_10_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TCGAAGGATTGGAACTAGA	Immature
neurons	2
08_10_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.GTCTCTACTTCAACGTAAG	Neural
progenitors	3
08_10_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.TCTAGGAATTCGATCATTAC	Sensory
progenitors	6
08_10_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TAGGTACTATTATTACTCAT	Neural
progenitors	3
08_10_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.TCAAGATCTTTCAACGTAAG	Immature
neurons	2
08_10_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.TCTTAGTTCTGCCGCAACGA	Neural
progenitors	3
08_10_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TTTGCTTAGTGGAGGATAGC	Ventral
midline	9
08_10_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TCATAGAGTTAGAGCCAAGG	Neural
progenitors	0
08_10_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.GCAATCGCTAACTGATCTT	Immature
neurons	2
08_10_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.CTTCGACTTAGAGCCAAGG	Sensory
progenitors	6
08_10_exp10_idx1TAGTAAGCCG_idx2TGATTCCTCA.TTCCATCTTTTTGAGTATCA	Sensory
progenitors	6
08_10_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.ATATCCTACTACGCGAGATT	Neural
progenitors	3
08_10_exp10_idx1TATAATAGTT_idx2AACGAGGCTA.TGTCCTTATTCTTGCGCCGC	Neural
progenitors	0
08_10_exp10_idx1TATTAGACTT_idx2CATGCATCTC.GCTGGCTATTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1TATTAGACTT_idx2CATTATTACC.CCTAATGGTCGATCATTAC	Neural
progenitors	0
08_10_exp10_idx1TATTAGACTT_idx2CATTATTACC.TCGTCTATTTAACTGATCTT	Neural
progenitors	3
08_10_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TAAGGTTCATAACTGATCTT	Sensory
progenitors	6
08_10_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TAATACCAGTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TTCTCATTGTCGATCATTAC	Sensory
progenitors	6
08_10_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TTGAGAGATTGGTACTGCCT	Neural
progenitors	0
08_10_exp10_idx1TCCTCTGCCG_idx2TTGAGTATCA.TCGAGAAGTTCCGTCGCCA	Neural
progenitors	1
08_10_exp10_idx1TCTTGAGGTT_idx2ACTATCTTGA.CGTACCTATTTGAGTATCA	Ventral
midline	9
08_10_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.GTAAGGAGTAGCGTCAATG	Neural
progenitors	3
08_10_exp10_idx1TCTTGAGGTT_idx2GTCATTGCGC.GGCAAGTCTTTAGATTCCG	Ventral
midline	9
08_10_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.TATGCGATTTGCAAGGAATA	Immature
neurons	2
08_10_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TAGAACCAATTGGAACTAGA	Neural
progenitors	1
08_10_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TCCAATAGTTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.ATTAGTCTGTGTCATTGCGC	Immature
neurons	2
08_10_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.CAGCAAGTTAGCGTCAATG	Immature
neurons	2
08_10_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TTCTTAACCTAACTGATCTT	Neural
progenitors	3
08_10_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.ACGTTGCTTGGAGGATAGC	Neural
progenitors	3
08_10_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TATGCGATTTAGAGCCAAGG	Neural
progenitors	3
08_10_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TGATGCGATACGCGAGATT	Neural
progenitors	1
08_10_exp10_idx1TGGACGACTA_idx2TGATACGAGT.GTCATCTGTGGCTATGACT	Neural
progenitors	0
08_10_exp10_idx1TTATTGAGGC_idx2CCAGGTCTAC.TTCGTTCCTGCCGCAACGA	Neural
progenitors	0
08_10_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.TCCTAACTTTACGCGAGATT	Neural
progenitors	0
08_10_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.AACTAGTTGTGTCATTGCGC	Neural
progenitors	3
08_10_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.ATAACTTCCTAACTGATCTT	Sensory
progenitors	6
08_10_exp10_idx1TTGCCGTAGG_idx2ACGTTCAACC.TATTGAGGTTAACTGATCTT	Sensory
progenitors	6
08_10_exp11_idx1ATACCTCGAC.TGAATTCGTTAACCATTGGA	Sensory
progenitors	6
08_10_exp11_idx1CAGACTAAGG.TCTCCGAATAACCTGGTCT	Neural
progenitors	3
08_10_exp2_idx1AGACCATATC_idx2ACGCAACTCC.TAACGACTTTTTATTATGGT	Sensory
progenitors	6
08_10_exp2_idx1AGACCATATC_idx2CTGCTTCGAC.CAACTCTCTCCGTTCGGAT	Ventral
midline	9
08_10_exp2_idx1AGACCATATC_idx2CTGCTTCGAC.TGTCCTTATTCGGCGTAACT	Ventral
midline	9
08_10_exp2_idx1CTCAATTAGT_idx2GGCTATGACT.CTAACGACTGTATAATACG	Neural
progenitors	1
08_10_exp2_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CGTACCTATCGTAGTTACC	Sensory
progenitors	6
08_10_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.CAGATCAGTCATCTCTGCA	Neural
progenitors	1
08_10_exp2_idx1TGGACGACTA_idx2CCTAGCGCCT.AGATCGGATGTCCTTAAGA	Sensory
progenitors	6
08_10_exp2_idx1TGGACGACTA_idx2TGATACGAGT.ATGGTAACTTGAGCATATGG	Neural
progenitors	3
08_10_exp3_idx1ACGGCGTTAA_idx2AGGATTACCA.AGAACTCCTAATGCCGCTT	Neural
progenitors	0
08_10_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.CGGAACCTTACGAAGTCAA	Neural
progenitors	3
08_10_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.GCTCTTAGTTCGAGGAGTA	Immature
neurons	2
08_10_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.TGCGTAGTTATTCGACCAA	Immature
neurons	2
08_10_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.ACATGGTAATCGGATTAGAA	Neural
progenitors	0
08_10_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.ACTGGTTATTTGGTATTCAT	Neural
progenitors	0
08_10_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.AAGTACGTTTGGTATGCTTG	Sensory
progenitors	6
08_10_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.ACGCTTATATTATCCTCAAT	Neural
progenitors	3
08_10_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.CTCTACTGTTTGACTTCAG	Neural
progenitors	3
08_10_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.AATCCAGTATAACTGCTGCC	Immature
neurons	2
08_10_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.CAATCGGTTTTGCTAACGG	Immature
neurons	2
08_10_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.GTCGGCAATACGAAGTCAA	Immature
neurons	2
08_10_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.ACCAATGCTCGTAATGCAG	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.ACGATATCATTATCGTCGGC	Neural
progenitors	3
08_10_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.CCGTCTCATGGCAGACGCC	Neural
progenitors	1
08_10_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.TTCTTCGTTTAATGCCGCTT	Immature
neurons	2
08_10_exp3_idx1AGGTCAGCTT_idx2GATACCTAAG.ACCATGATTTGATACGGAAC	Immature
neurons	2
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTAATTAA.AAATCGTTCTATTCGACCAA	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTAATTAA.ACTTGATTGTTAACTCAATT	Ventral
midline	9
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.TATTCGGCTGTATAATACG	Sensory
progenitors	6
08_10_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.TTGACTCAATTTGATATATT	Immature
neurons	2
08_10_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.TAAGGTTCATAGGAGAGAAC	Neural
progenitors	3
08_10_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.TCCGGTCATTGGTATTCAT	Neural
progenitors	15
08_10_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.ATATCCTACTGATATCGGCG	Neural
progenitors	3
08_10_exp3_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TAGAACCAATGGTATGCTTG	Sensory
progenitors	6
08_10_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.AATTCTAGGTTGGCTGATGA	Sensory
progenitors	6
08_10_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.TCCTAACTTTTAACTCTTAG	Neural
progenitors	3
08_10_exp3_idx1AGTCCGCTGC_idx2GAACTGCATC.CAGATCAGTTAACTCAATT	Neural
progenitors	3
08_10_exp3_idx1ATAAGGACTC_idx2AAGATCCAAC.GAACGATGTGCCGTCGCGT	Immature
neurons	2
08_10_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.AATCCAGTATCCGCGGCTCA	Immature
neurons	2
08_10_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.AGAACTCCTTTATCCGGAT	Neural
progenitors	3
08_10_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.GGATAGGTTCAAGTCGACC	Immature
neurons	2
08_10_exp3_idx1ATAAGGACTC_idx2AGTCCGCGGA.TAAGACCGTTCAAGCCGAT	Sensory
progenitors	6
08_10_exp3_idx1ATAAGGACTC_idx2ATAAGAGGCG.AACGCGTCTCTTGGTAATG	Neural
progenitors	3
08_10_exp3_idx1ATAAGGACTC_idx2CGAGTTAGAG.AAGTACGTTTGTATAATACG	Neural
progenitors	3
08_10_exp3_idx1ATAAGGACTC_idx2CGAGTTAGAG.CGCCGTAATTTAGGATCTA	Neural
progenitors	3
08_10_exp3_idx1ATAAGGACTC_idx2CGAGTTAGAG.CTGAGCATTGGCAGACGCC	Neural
progenitors	3
08_10_exp3_idx1ATAAGGACTC_idx2GGCTATGACT.AGAGATGAATTTGACTTCAG	Neural
progenitors	3
08_10_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.ACCGGTTCTCGTAATGCAG	Sensory
progenitors	6
08_10_exp3_idx1ATGGCGCCTG_idx2AGGTCAATTA.ATAATCCTGTACTAGAGAGT	Neural
progenitors	3
08_10_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.AGAACTCCTCGTAATGCAG	Neural
progenitors	3
08_10_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.AAACTCCAATTCAAGCCGAT	Sensory
progenitors	6
08_10_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.AGTCGCATTCATTCAATCA	Neural
progenitors	3
08_10_exp3_idx1ATTATGCAAG_idx2GTCGCTCAGT.TATCCAGGTACTATGCAAT	Neural
progenitors	3
08_10_exp3_idx1ATTATGCAAG_idx2GTCGCTCAGT.TGCTAATTCTCTTGCAGTAG	Sensory
progenitors	6
08_10_exp3_idx1ATTATGCAAG_idx2TGATAGAACG.TGCCTTGGTGATACGGAAC	Immature
neurons	2
08_10_exp3_idx1CCTCAGCTCC_idx2CAAGTACTGG.CGCCGTAATTATGAGTTAA	Sensory
progenitors	6
08_10_exp3_idx1CCTCAGCTCC_idx2CGACTACCAA.CCAATCCATCGTAATGCAG	Neural
progenitors	1
08_10_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.AGCATTATGTCTTGCAGTAG	Neural
progenitors	3
08_10_exp3_idx1CCTCAGCTCC_idx2GACTAGTCTA.TAATACCAGTGATCTTACGC	Sensory
progenitors	6
08_10_exp3_idx1CCTCAGCTCC_idx2GTCATTGCGC.CGAAGACCTTCCTACCAGT	Immature
neurons	2
08_10_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.AAGCGCCATGATCTTACGC	Sensory
progenitors	6
08_10_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.CCGTCTCATTTGCGAGGCA	Neural
progenitors	3
08_10_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.GACTACCATTCCAATCATC	Neural
progenitors	0
08_10_exp3_idx1CTCAATTAGT_idx2CCAGGTCTAC.ATATCCTACTTTCTTCCGGT	Neural
progenitors	1
08_10_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.CGCCGTAATCATAGTTCGG	Neural
progenitors	3
08_10_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.GACCGAATTTGGCTGATGA	Immature
neurons	2
08_10_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.AGTCGCATTGCCGTATGCT	Immature
neurons	2
08_10_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.GACCGAATTACCGCAGAAT	Neural
progenitors	3
08_10_exp3_idx1GATTCTTGAA_idx2AGATCCTATA.ACTTCCGTTGCCGTCGCGT	Immature
neurons	2
08_10_exp3_idx1GATTCTTGAA_idx2TCCGGTAATC.TCTCCGAATACGAAGTCAA	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.TCGAAGGATCATTCAATCA	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.AGTAGCCATCTTGCAGTAG	Neural
progenitors	1
08_10_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.CAGAAGGCTTCCGGCCTCG	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.GCAACGTTTCTGAACTGGT	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.AGTTGCGCTCCTTACTCCT	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.ATAGTCGCTCCGTTCCTTA	Neural
progenitors	0
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.ATATCCTACTTCCAATCATC	Neural
progenitors	0
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.GAACGATGTAGGAGAGAAC	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.GGCTAAGATTCCAATCATC	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.GTTGCTCCTAGGAGAGAAC	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.ATGGCAGCTGGCGAGCTTA	Neural
progenitors	1
08_10_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.AACTGGCATATTGAGATTG	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.ATGGAGAGTTCGAGGAGTA	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.TAGCTCGGTAGGTTAGCAT	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2GACCTCTCTG.CGAGATGCTAATCGATAAT	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.AAGACCTTATCTTGCAGTAG	Neural
progenitors	0
08_10_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.CCAGCCTTTCATTCAATCA	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.CGCTAACCTGCCGTATGCT	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.CAAGGCGTTTTATCCGGAT	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.TAAGAATGGTTTGCTGGCAT	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.TGAATCTGATGATATCGGCG	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2TCGATATTGA.GGTACGGATGACGACCTGC	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2TCGATATTGA.TGCGTAGTTACGAAGTCAA	Neural
progenitors	3
08_10_exp3_idx1GCGCGTTCAT_idx2GATGATCGTA.TTGGAGCTTTCGCGGTTGG	Sensory
progenitors	6
08_10_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.AGCTATCGTTGGTATTCAT	Neural
progenitors	3
08_10_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.AGGCTCGTTGGCGAACTCG	Neural
progenitors	3
08_10_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.GACCGAATTACTAGAGAGT	Sensory
progenitors	6
08_10_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.GCGGTATATAACTGCTGCC	Immature
neurons	2
08_10_exp3_idx1GCTTGAAGAG_idx2TTGAGTATCA.GCTCGAGATCGGAGATCCG	Neural
progenitors	3
08_10_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.GATACGTCTTAACTCAATT	Neural
progenitors	3
08_10_exp3_idx1GTAGCAGCTA_idx2GATACCTAAG.ATTCCTAGATACTAGAGAGT	Neural
progenitors	3
08_10_exp3_idx1GTAGCAGCTA_idx2GGTAGGTCTC.CGTACCTATAAGAAGCTAG	Neural
progenitors	0
08_10_exp3_idx1GTAGCAGCTA_idx2GGTAGGTCTC.TACTCCTATTGATATCGGCG	Ventral
midline	9
08_10_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.ACGAGGTTTTATAGACGCA	Sensory
progenitors	6
08_10_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.ACGGAACGTTAGCCGTCAT	Immature
neurons	2
08_10_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.ATTCCTAGATTTGATATATT	Neural
progenitors	3
08_10_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.TAATACCAGTTATGAGTTAA	Immature
neurons	2
08_10_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.ACCGGTTCTCGGATGAAGG	Neural
progenitors	3
08_10_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.ATGGTAACTTTATCATGATC	Immature
neurons	2
08_10_exp3_idx1GTAGGCTGCA_idx2CTCGTCTAGG.AAAGCTGATTACGTCCGCAG	Neural
progenitors	3
08_10_exp3_idx1GTAGGCTGCA_idx2CTCGTCTAGG.CCGACCAATTTCTTCCGGT	Sensory
progenitors	6
08_10_exp3_idx1GTAGGCTGCA_idx2GCTCTCGCCT.GCGGTATATTATCATGATC	Neural
progenitors	3
08_10_exp3_idx1GTAGGCTGCA_idx2GGAACGATGG.AGAGGTCGTAATCGATAAT	Neural
progenitors	1
08_10_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.GCTCGAGATCTTGGTAATG	Immature
neurons	2
08_10_exp3_idx1TAGGTAACTT_idx2AACTTATAAG.GACCGAATTCCAGGCCGCA	Neural
progenitors	3
08_10_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.ATACCAGTTTTTGCTGGCAT	Neural
progenitors	3
08_10_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.CCTAATGGTTAGGCCATAG	Neural
progenitors	0
08_10_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.TGGTCTCCTCCGTTCCTTA	Neural
progenitors	3
08_10_exp3_idx1TAGGTAACTT_idx2CCTAGCGCCT.CAGCATTGTCGGAGATCCG	Neural
progenitors	3
08_10_exp3_idx1TAGGTAACTT_idx2CTCGGTCAAT.TACTTGCGTGGCGAGCTTA	Neural
progenitors	0
08_10_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.ACGGCAATTTCCTACCAGT	Neural
progenitors	3
08_10_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.GTCGGAGTTCTGAACTGGT	Immature
neurons	2
08_10_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.TGCCTATTATATTCGACCAA	Sensory
progenitors	6
08_10_exp3_idx1TAGGTAACTT_idx2TCTAGAACTA.TCAGTTGGTTAACTCAATT	Immature
neurons	2
08_10_exp3_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCCTATAAGTCTTGGTAATG	Neural
progenitors	0
08_10_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.AGTCGCATTAACTGCTGCC	Neural
progenitors	3
08_10_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.AGGATAATCTGATACGGAAC	Sensory
progenitors	6
08_10_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.ATGGTAACTTCTGATGGTCA	Immature
neurons	2
08_10_exp3_idx1TATAATAGTT_idx2ACGCAACTCC.TCTATCCAATTGGCCGGCCT	Immature
neurons	2
08_10_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.ACTTCCGTTTAGGCCATAG	Immature
neurons	2
08_10_exp3_idx1TATAATAGTT_idx2GGAACGATGG.ACTTACTCATTATGAGTTAA	Sensory
progenitors	6
08_10_exp3_idx1TATAATAGTT_idx2GGAACGATGG.TAACGACTTTAGGAGAGAAC	Neural
progenitors	0
08_10_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.AAACTGAACTTTGCTAACGG	Immature
neurons	2
08_10_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.GTTCCAGCTCGTAGTTACC	Sensory
progenitors	6
08_10_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.ACGCTTATATGATCTTACGC	Sensory
progenitors	6
08_10_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.ATGCATTCATTTGATATATT	Sensory
progenitors	6
08_10_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.TGGTTGAATTCTTGGTAATG	Neural
progenitors	1
08_10_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.AGTCGCATTTATGAGTTAA	Neural
progenitors	3
08_10_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.ATCAATACGTTGGTATTCAT	Neural
progenitors	3
08_10_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.ATGGTTGGTCGTAATGCAG	Neural
progenitors	3
08_10_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TAGATGACTTACTAGAGAGT	Neural
progenitors	3
08_10_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TCGAATCTTTCATAGTTCGG	Neural
progenitors	1
08_10_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.CATCAACGTTCGAGGAGTA	Sensory
progenitors	6
08_10_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.TAATCAGCTTTAACTCAATT	Neural
progenitors	3
08_10_exp3_idx1TCTTGAGGTT_idx2ACTATCTTGA.CAACTCTCTTATGAGTTAA	Immature
neurons	2
08_10_exp3_idx1TCTTGAGGTT_idx2ACTATCTTGA.CCAATCCATTATCATGATC	Neural
progenitors	0
08_10_exp3_idx1TCTTGAGGTT_idx2CGTCCGTCCT.ATGGCGTATGTATAATACG	Immature
neurons	2
08_10_exp3_idx1TCTTGAGGTT_idx2CGTCCGTCCT.CTCCTCGTTAAGAAGCTAG	Neural
progenitors	1
08_10_exp3_idx1TCTTGAGGTT_idx2GTCATTGCGC.CTCTGAGCTTCGAGGAGTA	Immature
neurons	2
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.ACGGAACGTGTATAATACG	Immature
neurons	2
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.GATTACGGTACCTGGACGC	Neural
progenitors	3
08_10_exp3_idx1TGGACGACTA_idx2AGCGTCAATG.CTCGTTGATTTCCAACCGC	Sensory
progenitors	6
08_10_exp3_idx1TGGACGACTA_idx2GATGATCGTA.AGTCGCATTTATGAGTTAA	Sensory
progenitors	6
08_10_exp3_idx1TGGACGACTA_idx2GATGATCGTA.ATGGTAACTTTTACGATGAA	Neural
progenitors	0
08_10_exp3_idx1TGGACGACTA_idx2GCAACTGGCA.CCATCAGGTTCCAATCATC	Immature
neurons	2
08_10_exp3_idx1TGGACGACTA_idx2TCGATATTGA.TAGAGCCTTCCGCGGCTCA	Neural
progenitors	3
08_10_exp3_idx1TGGACGACTA_idx2TGAGGTAGAA.GTTGCTCCTACCAGCGCAG	Neural
progenitors	3
08_10_exp3_idx1TTATTGAGGC_idx2AGATCCTATA.TCTCCGAATATTCGACCAA	Neural
progenitors	15
08_10_exp3_idx1TTATTGAGGC_idx2AGATCCTATA.TGCAAGGTTTCAAGCCGAT	Sensory
progenitors	6
08_10_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.AACTTGGATTAAGACCGTTG	Neural
progenitors	3
08_10_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.AAGATGCCTGTATAATACG	Neural
progenitors	3
08_10_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.TGGTCTCCTAGGAGAGAAC	Sensory
progenitors	6
08_10_exp3_idx1TTCGAATATT_idx2AGGATTACCA.AACGAGCGTTTATCCGGAT	Sensory
progenitors	6
08_10_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.GAACGATGTATTGAGATTG	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.TATAAGAGGTTCCGGCCTCG	Sensory
progenitors	6
08_10_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.ACCGGTTCTTTCCAACCGC	Neural
progenitors	1
08_10_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.ACTGAATACTTGGTATTCAT	Immature
neurons	2
08_10_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.CTTCGACTTCCAGTCCTCT	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2CAAGCTTGGC.AAGGATATGTGATATCGGCG	Sensory
progenitors	6
08_10_exp3_idx1TTGCCGTAGG_idx2CAAGCTTGGC.ATGGACTATTAATGCTAGTC	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.AGTAGCCATCGTAATGCAG	Sensory
progenitors	6
08_10_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TTCTTCGTTTGATACGGAAC	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.TGCGTAGTTCGGAGATCCG	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.AACTTGGATTTAACTCTTAG	Sensory
progenitors	6
08_10_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.AAGTATTGGTCGGAAGATAT	Immature
neurons	2
08_10_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.ACGTCTAGTTATCGTCGGC	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2TCCGTCGCCA.AAATCGTTCTAACCTGCGTA	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2TGAGGTAGAA.AGAGATGAATTATAGACGCA	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2TGAGGTAGAA.CGAATGAGTCTTGGTAATG	Ventral
midline	9
08_10_exp3_idx1TTGCCGTAGG_idx2TGAGGTAGAA.TAAGGTTCATAGGAGAGAAC	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2TGAGGTAGAA.TATCCAGGTTCCAATCATC	Neural
progenitors	3
08_10_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.ATAACTTCCTAACTGCTGCC	Neural
progenitors	1
08_10_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.ATGGCAGCTAGGAGAGAAC	Immature
neurons	2
08_10_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.GCGCTCAATCGTAATGCAG	Neural
progenitors	3
08_10_exp3_idx1TTGCGAGCAT_idx2CATTATTACC.GACCGAATTATTCGACCAA	Sensory
progenitors	6
08_10_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.ACGGAACGTTTGCGAGGCA	Neural
progenitors	3
08_10_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.TAGCTCGGTTATAGACGCA	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCCAAGTTATAGGCCGCTCG	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CGAGATGCTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTCCTCGTTATTGAGATTG	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CCAGAACCTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CCGGAGTTTTGCGCCAGAA	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAAGAGGCTCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGAGTTAGATAGGCCGCTCG	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTGCTGAATCCTTACTCCT	Immature
neurons	12
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGTTGGCATTGCGCCATCT	Neural
progenitors	0
08_10_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.ACCAATGCTAGTTCGAGTA	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TATGCGATTTCCGCGGACCG	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GCTTCTGGTTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CGCCGTAATTGGTATTCAT	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TGAGAATCATCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GTCGGCAATGCGCGGTAGT	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GACTGACGTAATAATACCA	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACGCCATATTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GTAGACGGTGACGACCTGC	Neural
progenitors	0
08_10_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TGGTCTCCTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GTAAGGAGTGTTCCGCTAA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.CTACGGCATTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CCTCCTGATAAGTTGCCAT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTTCGCTGTACCAGCGCAG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGACCTCTAAGTCTTCCG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCCATGGTTTTAGCAATAA	Neural
progenitors	1
08_10_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TCGTAGCGTAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.GAAGAGGCTTTAATTATTG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGCGACTATCAGGTATGGA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCTCCGAATGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GACTTGGCTAAGTCTTCCG	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCAATCGCTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGAGCTCATTTGGACGCTG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCTATTCTTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.ACGCCATATCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AAGCGCCATCGGAGATCCG	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCCGTATGTCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCAGGAGATTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GCGGTATATGCCGGTCGAG	Neural
progenitors	0
08_10_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.TATAAGGCTTTTAATTATTG	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.ACGCCATATCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCAGATACTCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TATGCGATTTATAGACTAGG	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.AGGCATCATTGCGCCATCT	Neural
progenitors	3
08_10_exp10_idx1ACGGCGTTAA_idx2AGGATTACCA.TTGACTCAATAACTGATCTT	Neural
progenitors	0
08_10_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TCCTATAAGTGCAAGGAATA	Neural
progenitors	0
08_10_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.GGCTAAGATTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TAACTAAGGTGGAGGATAGC	Neural
progenitors	0
08_10_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.ATTAGTCTGTTTGAGTATCA	Neural
progenitors	0
08_10_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TCAAGATCTTTCCGTCGCCA	Neural
progenitors	3
08_10_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TTGAGAGATTTGATAGAACG	Immature
neurons	2
08_10_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TGAATCTGATTGATAGAACG	Neural
progenitors	3
08_10_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.GTCCTGCATTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.TAACGACTTTGGTACTGCCT	Neural
progenitors	3
08_10_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.GACGTTCGTGGCTATGACT	Neural
progenitors	0
08_10_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TCAGGAGATTTGAGTATCA	Neural
progenitors	0
08_10_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.AAGACCTTATACGTCCGCAG	Neural
progenitors	0
08_10_exp3_idx1GCATCGTATG_idx2GACCTCTCTG.TGCTGGATTTCAAGCCGAT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GGCGACTATTCGAGGAGTA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TGCTAATTCTCGGTAGGAAT	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTACGGCATCCTTACTCCT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GACCGAATTCGATGGCGCC	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GATCGACCTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGATAGGTTCGGAAGATAT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTCCTGCATGAAGGTTGCC	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CGGTTCCATTCTCCTATAA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TAGTTACCTTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TTGGCTCATTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGTAGTCCTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TACGGTAGTATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCATGGCTTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCGTCTATTTTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGAACGCGTTCTCCTATAA	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGGTTAAGTGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GACCGAATTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTTAGCGGTTTACGTATAC	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACCAGGATCCAGGCCGCA	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACTGACGTCATAACCAGC	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTAGACGGTCCGTCCAGTA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCGCATAATCCGTCCAGTA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTGGCGACTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.ACGAGGTTTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GACCAGGATACGCCGTTCA	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCAGGAGATAACTGCTGCC	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGCTAATTCTTCAGACGAAC	Sensory
progenitors	6
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GTAGCGATTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TATCATGAGTCGGTAGGAAT	Neural
progenitors	0
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TCATTAAGCTAATACGCAGG	Neural
progenitors	3
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TCCAATAGTTCAGATTCGAT	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TGAGTTAGATTTGATGCTAT	Neural
progenitors	0
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GTAAGCTCTCGGAAGATAT	Immature
neurons	2
08_10_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TTGGCTCATGCGACGCCTT	Neural
progenitors	1
08_10_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.CAGAAGGCTTCTACCATTA	Immature
neurons	2
08_10_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TAGCCAATTTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GAAGAGGCTTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GCATCCAGTGATAAGGCAA	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCAGGAGATAATGCTAGTC	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.AGCAACGATAGACTCAAGC	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GACTTGGCTTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCAACGTTTCGGTAGGAAT	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCAATCGCTCCAGGCCGCA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCTTCTGGTTATCGTCGGC	Neural
progenitors	1
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTAGACGGTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATTGAGGTTAGGCCGCTCG	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCGAATCTTTTTCGCTTACG	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGGTCGAATTCTACCATTA	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.AAGCGCCATAATAATACCA	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TACGGTAGTTTGGACGCTG	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCCTACCTTAGGCCGCTCG	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.AGGCATCATGAAGGTTGCC	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTATCGCATCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCCAATAGTTTGGTATTCAT	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TAGGTACTATCGATGGCGCC	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.AACCGCTGTCCAGGCCGCA	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.ACCTTCGGTGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GTTCCAGCTTTGGACGCTG	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.ATAGTCGCTCGAATAGATG	Sensory
progenitors	6
08_10_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TCATTAAGCTTGCATATAAC	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GACTCGCTTAGGCCGCTCG	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGGCCTGATTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTCCATTACTCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.ATGGCGTATCAGGTATGGA	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGCGACTATGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCTCGCTCTTGCGCCATCT	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ACCAATGCTTTCGCTTACG	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.AGTTGCGCTCGGAAGATAT	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CCGGAGTTTAAGTCTTCCG	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CGAGATGCTAGACTCAAGC	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GAACGGCTTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.CCTCCTGATTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TTCGCATAATTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.CCATTGCGTGCCGGTCGAG	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TTGGTTAAGTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GCAATCGCTGAAGGTTGCC	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.CATCGGACTAGTTCGAGTA	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.CCTCCTGATGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TACTCCTATTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCATAGAGTTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGCGACTATAGACTCAAGC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATTGAGGTTTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GGAGGTTCTAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AACCGCTGTCAGGTATGGA	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCGAGAGATTCTCCTATAA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TAGCCAATTTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATCGAACTTAATAATACCA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGGACCTCTATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCAATCGCTTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGCTTACTTACCGCAGAAT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATCATGAGTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCAGGAGATGTACTAGTAA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGAATTCGTTCCGTCCAGTA	Oenocytes	18
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCCGACGTCGGAAGATAT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCTAAGCTTAAGACGGCCA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCTGGCCTGCAAGGAATA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ATGGCGTATCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTTAGCGGTCGATGGCGCC	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GAGCGGTATAGTTCGAGTA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGACCTCTCGGTAGGAAT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCTGGCCTTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GGTTCGAGTGTACTAGTAA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TCGAATCTTTTTCGCTTACG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TGAGAATCATCCGTCCAGTA	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GAACGGCTTCAGATTCGAT	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TATTCGGCTACGCCGTTCA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.AGCAACGATCGGTAGGAAT	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CCTCCTGATCTCTGCGGCA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CGCCGTAATGAAGGTTGCC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTATCGCATCGATGGCGCC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATATGCGTTTCGAGGAGTA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGCGTAGTTTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATAGTCGCTTGCGCCATCT	Sensory
progenitors	6
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAAGAGGCTCAGGTATGGA	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGCTTACTTACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTACGGATGGAGCGGCCG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTCGCTCTTTAGCAATAA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCCTTGGTTTGATGCTAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCGTAGTTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGAGTCCTTGGTATTCAT	Neural
progenitors	0
08_10_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.AACCGCTGTCCTTACTCCT	Neural
progenitors	15
08_10_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TCTCGCTCTGTTCCGCTAA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGATAGGTTCTGAACTGGT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGTAGTCCTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GCGGTATATTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GTCGGAGTTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGACGAGGTTATCGTCGGC	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGCTACTAATCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GACTACCATGTTGAAGGAT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGTTGGCATGTTCCGCTAA	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCCAATAGTTTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTATAGGCATTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCGGAGTTTGCCGGTCGAG	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTTCATGCTCGGAGATCCG	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTACCTCTTAATAATACCA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTATCGCATACGCCGTTCA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGCCAATTTGCGACGCCTT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGCCAACTTCTCCTATAA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GCGTCGTATATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TGCCTATTATTGCGCCAGAA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CCGGAGTTTTGCGCCATCT	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TTCAACTGATTTAATTATTG	Sensory
progenitors	6
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGACTTGATCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATAAGGCTTCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGGATCCGTGCCAACGCCA	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GGCTTACTTCCTTACTCCT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTACGGCATCGGAGATCCG	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACTCGCTTTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCAAGTTATAGGCCGCTCG	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGTAGCGTTGCATATAAC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCTCCGAATAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCCGACGTTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTGGCGACTTACGGCTACG	Immature
neurons	12
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CCAGAACCTAATAATACCA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GAGACTAGTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCTCGAGATGAAGGTTGCC	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GGTACGGATTTACGTATAC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTGCTGAATCGGTAGGAAT	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCTGGCTATGTTCCGCTAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GGTTGGCATGCCGTATGCT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.ATGGCAGCTTACGGCTACG	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GGCGACTATTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GTTGCAAGTCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GGTCTACGTAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.CCGGAGTTTATAGACTAGG	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.CTGGAAGATTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.GAACGGCTTAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.GACCAGGATACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.TCGGTACCTCATAACCAGC	Neural
progenitors	0
08_10_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.GAGACTAGTTACGGCTACG	Neural
progenitors	0
08_10_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.GTAAGGAGTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GACCGTCATTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TATTGAGGTTTACGGCTACG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CAACGCAGTTTGATGCTAT	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTCCTCGTTACGCCGTTCA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTAGCGATTATTGAGATTG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATCGAACTTAGTTCGAGTA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGTTAAGACTATTGAGATTG	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCTCTAGTTTTGATATATT	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGAGTCCTCGATGGCGCC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGGAGTTATAATGCTAGTC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCATCCAGTAGTTCGAGTA	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCATCCAGTCGATGGCGCC	Ventral
midline	9
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGCAAGTCTAGACTCAAGC	Neural
progenitors	15
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.CTACGGCATGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.ACGGCAATTAGAGCCAGCC	Neural
progenitors	0
08_10_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.TTCTCTAGTTTGGAACTAGA	Neural
progenitors	3
08_10_exp10_idx1ACGGCGTTAA_idx2GACCTCTCTG.TAGATGACTTAACTGATCTT	Neural
progenitors	0
08_10_exp10_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TCATTAAGCTAACTGATCTT	Neural
progenitors	3
08_10_exp10_idx1AGACCATATC_idx2CGATCATTAC.GGCTTACTTAGCGTCAATG	Neural
progenitors	0
08_10_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.GTTGCAAGTTATTACTCAT	Neural
progenitors	0
08_10_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TCCTATTCTTACTCAATAGG	Neural
progenitors	3
08_10_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.ACCATGATTTTTAGATTCCG	Neural
progenitors	1
08_10_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TCGTTCTGTGCAAGGAATA	Neural
progenitors	3
08_10_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.TTCGTTCCTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.GGTTCGAGTAACTGATCTT	Neural
progenitors	0
08_10_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TAATCAGCTTGTCATTGCGC	Neural
progenitors	3
08_10_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.TCATAGAGTTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.CTCGTTGATGCCGCAACGA	Immature
neurons	2
08_10_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.TTAATGAGCTCGATCATTAC	Ventral
midline	9
08_10_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.AGCGTAAGTCGAGCTGCCA	Neural
progenitors	0
08_10_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.ATGGTTGGTGCCGCAACGA	Neural
progenitors	0
08_10_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.GTAAGCTCTAGTCCGCGGA	Immature
neurons	2
08_10_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TGAGTTAGATACGCGAGATT	Neural
progenitors	0
08_10_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TTCGTTCCTGGCTATGACT	Immature
neurons	2
08_10_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TCTATACCTTACCGTTACGA	Immature
neurons	2
08_10_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.CATCAACGTAACTGATCTT	Neural
progenitors	0
08_10_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TACTCCTATTTCCGTCGCCA	Neural
progenitors	0
08_10_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TGAATTCGTTTTCGCCTCCA	Neural
progenitors	0
08_10_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.GTAAGCTCTTGGAACTAGA	Neural
progenitors	1
08_10_exp10_idx1TAGGTAACTT_idx2TGATACGAGT.GACGTTCGTGCAAGGAATA	Immature
neurons	2
08_10_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TTCGCATAATACGCGAGATT	Neural
progenitors	3
08_10_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.TAACGACTTTTGGAACTAGA	Neural
progenitors	3
08_10_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.TCAGCTTCTGCAGGTCCGT	Neural
progenitors	3
08_10_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TCAGCTTCTGCAAGGAATA	Neural
progenitors	3
08_10_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TTCGTTCCTTGGAACTAGA	Neural
progenitors	1
08_10_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.TATTGAGGTTGGCTATGACT	Neural
progenitors	3
08_10_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.GCAATCGCTAATGGTCGAC	Neural
progenitors	0
08_10_exp11_idx1TGACCGGATT.ATTAGGTACTTTATTCATTC	Sensory
progenitors	6
08_10_exp2_idx1TGGACGACTA_idx2GCTCTAACGA.CTGCCTTATCCGCTGCCAG	Neural
progenitors	1
08_10_exp2_idx1TTCCGTCGAC_idx2TCGATATTGA.TATAAGAGGTCCTTGGTCCA	Neural
progenitors	3
08_10_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.TCCGGTCATTTCCAACCGC	Neural
progenitors	3
08_10_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.GGTACGGATCGCGTACGAC	Neural
progenitors	0
08_10_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.GGTCAGTTTTTGATATATT	Neural
progenitors	3
08_10_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.CTCTACTGTTAACTCTTAG	Neural
progenitors	1
08_10_exp3_idx1ATAAGGACTC_idx2ATAGGATATG.AGGCATCATCTGGATTAGT	Neural
progenitors	1
08_10_exp3_idx1ATAAGGACTC_idx2ATAGGATATG.TTCTAAGCTTACGAAGTCAA	Immature
neurons	2
08_10_exp3_idx1ATGGCGCCTG_idx2AGGTCAATTA.TCGTAGCGTTCTTGCCGAC	Neural
progenitors	0
08_10_exp3_idx1CTCAATTAGT_idx2TCCGGTAATC.TGCTCCTATAACTGCTGCC	Immature
neurons	2
08_10_exp3_idx1GAGCGCGATG_idx2AACGAGGCTA.TCGAATCTTTGCCGTCGCGT	Neural
progenitors	1
08_10_exp3_idx1GAGCGCGATG_idx2CTCGTCTAGG.TCGAGAAGTTTAGCAATAA	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.TTGGAGCTTAAGAAGCTAG	Immature
neurons	2
08_10_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.AACCGCTGTACGTCCGCAG	Neural
progenitors	1
08_10_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.GACTGACGTTCCTACCAGT	Immature
neurons	2
08_10_exp3_idx1GCGCGTTCAT_idx2TCGATATTGA.GAGCGGTATCTTGGTAATG	Immature
neurons	2
08_10_exp3_idx1GCTTGAAGAG_idx2CCAGGTCTAC.TTGAGTCCTTTCTTCCGGT	Neural
progenitors	0
08_10_exp3_idx1TAGGTAACTT_idx2TCTAGAACTA.AAGTACGTTTTCAAGCCGAT	Neural
progenitors	1
08_10_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.AACTGGCATACCTGGACGC	Neural
progenitors	1
08_10_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.ACCGTAGCTGGCGAACTCG	Neural
progenitors	3
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TTCCGACGTTAGGCCATAG	Immature
neurons	2
08_10_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.GGTACCATTCGGAAGATAT	Neural
progenitors	1
08_10_exp3_idx1TTGCCGTAGG_idx2GATTGCAGAC.AGTATTAGCTTTAGCAATAA	Immature
neurons	2
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.AAGCGCCATTCAGACGAAC	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TCGTTCTGTTCTACCATTA	Immature
neurons	12
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGCTACTAATCTCTGCGGCA	Mature
neurons	5
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CAATCGGTTATCGAGTCGC	Mature
neurons	10
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGCCAACTGCCAGGATCA	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TAGAGCCTTTTGGACGCTG	Mature
neurons	5
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAGCTCGGTTTGGACGCTG	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GGATAGGTTTACGGCTACG	Mature
neurons	17
08_10_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TCTAGGAATTCGAGCTGCCA	Immature
neurons	2
08_10_exp10_idx1TATTAGACTT_idx2GTCATTGCGC.TAGTTACCTTACGCGAGATT	Mature
neurons	5
08_10_exp3_idx1GTAGCAGCTA_idx2GGCTAATTAA.ACTTGATTGTCCAGTCCTCT	Mature
neurons	5
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGCCTTGGTACGCCGTTCA	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TTGGTTAAGTCAGGTATGGA	Neural
progenitors	0
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TCTCGCTCTTTAGCAATAA	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGGCAATATGCCGTATGCT	Sensory
progenitors	6
08_10_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TCTACTTACTTTCGCTTACG	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CGACGATATCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGAGAATCATATTGAGATTG	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GTTGCAAGTGTTCCGCTAA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.CAGAAGGCTCGGAGATCCG	Neural
progenitors	0
08_10_exp10_idx1AATACGATAA_idx2AACTTATAAG.ACAACCTATTAACTGATCTT	Immature
neurons	2
08_10_exp3_idx1ATAAGGACTC_idx2ATAGGATATG.TCGAATCTTTTTGCTGGCAT	Neural
progenitors	0
08_10_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.TTGACCAGTTAGGCCATAG	Neural
progenitors	0
08_10_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TCCTCGAGTACTAGAGAGT	Neural
progenitors	3
08_10_exp3_idx1CCTCAGCTCC_idx2GTCATTGCGC.TTGGAGCTTCGGAGATCCG	Neural
progenitors	0
08_10_exp3_idx1GGCTTACTCC_idx2TGATACGAGT.ATCAGTCATTTATCATGATC	Neural
progenitors	3
08_10_exp3_idx1TTATTGAGGC_idx2TCCGGTAATC.GTCTCTACTTATCCTCAAT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CAATCGGTTCATAACCAGC	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GCTCGAGATAGAGCCAGCC	Ventral
midline	9
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTCCGGTTTAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTCCGGTTTTCTACCATTA	Immature
neurons	13
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCATCCAGTATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.ACGAGGTTTCGAATAATTC	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CGCCGTAATTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.ACCAATGCTTTGATATATT	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGGACCTCTGAAGGTTGCC	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GTTCCAGCTCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TAGCTCGGTGTACTAGTAA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCTCTCCATGAAGGTTGCC	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.CCGTCTCATGTTGAAGGAT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.GCCATGGTTTTGATATATT	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TGAACGCGTTTCGCTTACG	Neural
progenitors	0
08_10_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.CGACGATATCAGGTATGGA	Neural
progenitors	0
08_10_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCCGGTCATTTCGCTTACG	Neural
progenitors	1
08_10_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.GCGGTATATGTACTAGTAA	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TAGCTCGGTACCAGCGCAG	Ventral
midline	9
08_10_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.AGGCATCATTGGCTGATGA	Ventral
midline	9
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.AGGCATCATCTCTGCGGCA	Neural
progenitors	0
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.AGTTGCGCTAGAGCCAGCC	Neural
progenitors	0
08_10_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.CTACGGCATAGTTCGAGTA	Neural
progenitors	1
08_10_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TGGACCTCTTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATGCGATTTCCGTTGACTT	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGATCTTCTTTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATTCGGCTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGCGGTCTAGGCCGCTCG	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GATCGACCTAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CTATCTCCTTCGAGGAGTA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACTCGCTTTGGTATTCAT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATGCGATTTAATAATACCA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCTACTAATGACGACCTGC	Neural
progenitors	0
08_10_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GGCAAGTCTCAGGTATGGA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGTTGGCATAAGTCTTCCG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.CTCCTCGTTAATGCTAGTC	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCAATCGCTTGCGCCAGAA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.AACCGCTGTTTGATATATT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GGTTCGAGTTTGATATATT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCGGTACCTGCGACGCCTT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.ATTGCCGGTATTGAGATTG	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GACGTTCGTCTGAACTGGT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAACTAAGGTATTGAGATTG	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCGGTACCTGCGACGCCTT	Neural
progenitors	0
08_10_exp1_idx1TATAATAGTT_idx2AGATCCTATA.GCGTCGTATCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.CTTCATGCTCGAATAATTC	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GCTCGAGATCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TTATAGGCATGCGACGCCTT	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ACCGTAGCTGCCGGTCGAG	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ACGCCATATTGCATATAAC	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCTGGCCTTTACGTATAC	Immature
neurons	2
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTAATGAGCTAAGTTGCCAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TGTTAAGACTCATAACCAGC	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.ACGCCATATTGCATATAAC	Ventral
midline	9
08_10_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCAGCGGTTCCGTCCAGTA	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTTCGCTGTAGAGCCAGCC	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCAGGAGATAGAGCCAGCC	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TCGCGCATTACCAGCGCAG	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TATTGAGGTTAAGTTGCCAT	Neural
progenitors	0
08_10_exp10_idx1AATACGATAA_idx2TCTAGAACTA.GTAGACGGTAGCGTCAATG	Neural
progenitors	0
08_10_exp10_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TGGTTGAATTAGATATATCG	Neural
progenitors	3
08_10_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TTGGCAATATACGCGAGATT	Neural
progenitors	0
08_10_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.GTTGCAAGTGGAGGATAGC	Neural
progenitors	0
08_10_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.GACCAGGATTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.GTAAGCTCTAACTGATCTT	Neural
progenitors	0
08_10_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.TCTACTTACTCCATTATCTA	Neural
progenitors	0
08_10_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.TAAGAATGGTCGATCATTAC	Neural
progenitors	0
08_10_exp10_idx1GCATCGTATG_idx2GCAACTGGCA.TGGTAATAGTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1GCATCGTATG_idx2TCCGTCGCCA.AGAGTACCTGTCATTGCGC	Neural
progenitors	1
08_10_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TTGGCAATATACGCGAGATT	Neural
progenitors	0
08_10_exp10_idx1GGTTATCGAA_idx2GACCGTAGCA.TACTCCTATTAACTGATCTT	Neural
progenitors	0
08_10_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TCAGCTTCTGGCTATGACT	Sensory
progenitors	6
08_10_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TATATGCGTTAGAGCCAAGG	Neural
progenitors	3
08_10_exp10_idx1TAGGTAACTT_idx2CCTAGCGCCT.TGATCTTCTTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.TTGGCAATATCGATCATTAC	Neural
progenitors	0
08_10_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.GTAAGCTCTTTAGATTCCG	Neural
progenitors	0
08_10_exp10_idx1TATTAGACTT_idx2TGGCCGCAAT.CTCGTTGATCTAGTAGTCT	Neural
progenitors	0
08_10_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TCTACTTACTCTTGCGCCGC	Neural
progenitors	0
08_10_exp11_idx1AGACCATATC.CGCTGCTTTCGGTCGTTAA	Immature
neurons	2
08_10_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AGCATAACTTTCAATCGCAT	Immature
neurons	2
08_10_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.TTGACCAGTCATTCGACGG	Neural
progenitors	15
08_10_exp3_idx1AATACGATAA_idx2TCTAGAACTA.ATGGTTGGTACTAGAGAGT	Neural
progenitors	0
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.AAATTCCTCTACTAGAGAGT	Immature
neurons	2
08_10_exp3_idx1AGTCCGCTGC_idx2CGGCGAGACC.TTCGCATAATCGAATAGATG	Neural
progenitors	0
08_10_exp3_idx1ATAAGGACTC_idx2AGTCCGCGGA.GGCTAAGATTGGCTGATGA	Sensory
progenitors	6
08_10_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.TAAGAATGGTAACCTGCGTA	Immature
neurons	2
08_10_exp3_idx1GCGCGTTCAT_idx2AACGGACCAA.GCATCCAGTGGCGAACTCG	Neural
progenitors	0
08_10_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.AGGCATCATAACCTGCGTA	Immature
neurons	2
08_10_exp3_idx1GCTTGAAGAG_idx2GGTAGGTCTC.ATTAATGCCTCGGATTAGAA	Neural
progenitors	0
08_10_exp3_idx1GGCTTACTCC_idx2ACGTTCAACC.TTGCGGTCTTATGAGTTAA	Immature
neurons	2
08_10_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.ATTAGGTACTCTTGGTAATG	Neural
progenitors	1
08_10_exp3_idx1TAGGTAACTT_idx2CCTAGCGCCT.AGGCATCATGCCGTCGCGT	Neural
progenitors	1
08_10_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.CGATTCGCTCTAAGAGAAG	Neural
progenitors	3
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.CAATCGGTTTATGAGTTAA	Immature
neurons	2
08_10_exp3_idx1TGGACGACTA_idx2CTCGGTCAAT.ATATGGATCTGGCGAACTCG	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.GGATAGGTTTTGATATATT	Neural
progenitors	3
08_10_exp3_idx1TTGCCGTAGG_idx2CAAGCTTGGC.TATTCGGCTGATATCGGCG	Immature
neurons	2
08_10_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.AAAGCTGATTACTATGCAAT	Neural
progenitors	0
08_10_exp3_idx1TTGCGAGCAT_idx2CATGCATCTC.AAGCAGTATTTCAAGCCGAT	Neural
progenitors	0
08_10_exp3_idx1TTGGTAAGGA_idx2CCTAGCGCCT.TCAGCTTCTTTCTTCCGGT	Neural
progenitors	0
08_10_exp4_idx1TCCTCTGCCG_idx2TCGATATTGA.CGAAGACCTTTAGGACCGG	Sensory
progenitors	6
08_10_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TGAGTTAGATACCTGGACGC	Mature
neurons	5
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GCAACGTTTTATCCTCAAT	Mature
neurons	17
08_10_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TCTCGCTCTGTTGAAGGAT	Mature
neurons	5
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TTTGCTTAGTTTCCATGGCA	Mature
neurons	5
08_10_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TTCTGGCCTTGCGCCAGAA	Mature
neurons	5
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCATTAAGCTAGAGCCAGCC	Mature
neurons	5
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTTCCAGCTCGCGTACGAC	Mature
neurons	5
08_10_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.GGTCCTTCTCCTTACTCCT	Mature
neurons	5
08_10_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.TTGGCTCATTCGATATTGA	Mature
neurons	5
08_10_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.GATAAGCGTAGTCCGCGGA	Mature
neurons	5
08_10_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.GGCTAAGATAATGGTCGAC	Mature
neurons	5
08_10_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.GGCTTACTTCGGCGAGACC	Mature
neurons	5
08_10_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.TAGAGAGTATTGGAAGTACC	Mature
neurons	5
08_10_exp2_idx1GCGCGTTCAT_idx2CCGTCGGAGG.ACAACCTATTTCAATCGCAT	Mature
neurons	5
08_10_exp2_idx1TATTAGACTT_idx2ACTATCTTGA.GAGTTCTCTGATATCGGCG	Mature
neurons	5
08_10_exp2_idx1TGGACGACTA_idx2CCTAGCGCCT.GGTACCATTGTCCTTAAGA	Mature
neurons	5
08_10_exp3_idx1AATACGATAA_idx2AACTACCGAC.ATTAGTCTGTCAGATTCGAT	Mature
neurons	5
08_10_exp3_idx1AGACCATATC_idx2CGATCATTAC.AACGATCATTATTCAGGTAC	Mature
neurons	5
08_10_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.AAACCATAGTTAACTCAATT	Mature
neurons	5
08_10_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.TGGACCTCTGCCGTATGCT	Mature
neurons	5
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CCGAGAGATAGAGCCAGCC	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCGAATCTTTTTCGCTTACG	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCAGAACCTCAGGTATGGA	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TCTACTTACTTATAGTAAGC	Immature
neurons	12
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GAACGATGTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGCCTTGGTCCGTTGACTT	Immature
neurons	2
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.AACCGCTGTCAGATTCGAT	Immature
neurons	12
08_10_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.CCGGAGTTTTGCGCCAGAA	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TCATAGAGTTTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCGCATAATCCGTTGACTT	Neural
progenitors	1
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTTCGCTGTTATCCTCAAT	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATTGACTCTAGTTCGAGTA	Ventral
midline	9
08_10_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CCGGAGTTTCCTTACTCCT	Immature
neurons	12
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GAACGATGTCCGTTGACTT	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TGATCTTCTTAGACTCAAGC	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TATAAGGCTTTTAGATTCCG	Ventral
midline	9
08_10_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.AAGCGCCATACCGCAGAAT	Immature
neurons	2
08_10_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.GGTCCTTCTACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GAACGGCTTCCGTCCAGTA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GCTCGAGATACGCCGTTCA	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CCATTGCGTTTGAGTATCA	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGTTGGCATTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TCCTACCTTCGATGGCGCC	Immature
neurons	12
08_10_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GTATCGCATCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TTGGCAATATACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATTGACTCTTTGGACGCTG	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACGCCATATATTGAGATTG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTACCTCTTAATGCTAGTC	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATAAGGCTTTCAGACGAAC	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGTAGCGTTTGGACGCTG	Immature
neurons	12
08_10_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GAGCGGTATGTACTAGTAA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCGCGCATTCGGTAGGAAT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACCTTCGGTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATTGAGGTTCTCTGCGGCA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGAGTCCTTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGCAAGTCTCAGGTATGGA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTGGCAATATCCGTTGACTT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTCGCTCTATCAACGATT	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCTCGCTCTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCTCTCGTTCTACCATTA	Neural
progenitors	1
08_10_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TAAGGTTCATAGAGCCAAGG	Immature
neurons	13
08_10_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.ACTTGATTGTTAGAGTAATA	Ventral
midline	9
08_10_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.TAGAGCCTTTCAACGTAAG	Neural
progenitors	0
08_10_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.GCTGGCTATCATGCTGGTT	Neural
progenitors	3
08_10_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TTGGCAATATAATGGTCGAC	Neural
progenitors	0
08_10_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.CTGAGCATTGCAAGGAATA	Neural
progenitors	0
08_10_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.AAGTACGTTTTAGCCGTCAT	Neural
progenitors	3
08_10_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.ACCAATGCTCATTCAATCA	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.AACTAGTTGTCGTAATGCAG	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TCCTAACTTTTAACTCTTAG	Neural
progenitors	3
08_10_exp3_idx1GCATCGTATG_idx2TCGATATTGA.GCTCTTAGTACTATGCAAT	Immature
neurons	2
08_10_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.AAGCAGTATTACTAGAGAGT	Immature
neurons	2
08_10_exp3_idx1TCTTGAGGTT_idx2ACTATCTTGA.AACGTAATCTCTTGCAGTAG	Neural
progenitors	3
08_10_exp3_idx1TGGACGACTA_idx2TCGATATTGA.TATCCAGGTTTGATATATT	Sensory
progenitors	6
08_10_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.ACGCCATATTTGCTGGCAT	Neural
progenitors	0
08_10_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.CTGAGCATTCGTAATGCAG	Neural
progenitors	3
08_10_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.TCAAGATCTTTTAGGATCTA	Germline	19
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCAGATACTACGCCGTTCA	Neural
progenitors	3
08_10_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.AAATTCCTCTCCATCGCGAA	Immature
neurons	8
08_10_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.ACTTCCGTTCCGCGGCTCA	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.ACGAGGTTTCGGAGATCCG	Neural
progenitors	1
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTCTACTGTTGGCTGATGA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GGCTTACTTATAGACTAGG	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.CTATCTCCTTGCGCCAGAA	Neural
progenitors	1
08_10_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GATTACGGTTGCGCCAGAA	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCTCGCTCTGGAGCGGCCG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTCCAGAGTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGGAGTTATCTCTGCGGCA	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGTACGGATCCTTACTCCT	Neural
progenitors	1
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGATCTTCTTAAGTTGCCAT	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.AGGCATCATCCGTCCAGTA	Neural
progenitors	1
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GACTGACGTCCAGGCCGCA	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATCCAGGTACCAGCGCAG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTCCGAATACCGCAGAAT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGGAGTTATTTCGCTTACG	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGAGAATCATTGGTATTCAT	Neural
progenitors	0
08_10_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.CCGAGAGATTCTCCTATAA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACTCGCTTCCAGGCCGCA	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.AAGCGCCATCGGAAGATAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTCTACTGTTTAATTATTG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACTTGGCTGCGACGCCTT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTCGGCAATCCAGGCCGCA	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCATGGCTTCATAACCAGC	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.CTTCATGCTTTGGACGCTG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GACTCGCTTTCGAGGAGTA	Neural
progenitors	0
08_10_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TCGAGAAGTGGAGGATAGC	Neural
progenitors	0
08_10_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TATGACTTGTGCCGCAACGA	Neural
progenitors	0
08_10_exp10_idx1AGACCATATC_idx2AGGATTACCA.TTATAGGCATCTTGCGCCGC	Neural
progenitors	1
08_10_exp10_idx1AGGTCAGCTT_idx2ATAAGAGGCG.TGAATCTGATCGATCATTAC	Neural
progenitors	0
08_10_exp10_idx1CCTCAGCTCC_idx2ATAGGATATG.CAAGCAACTGGCTATGACT	Neural
progenitors	0
08_10_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TATATGCGTTGGAGGATAGC	Neural
progenitors	0
08_10_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.AGCGTAAGTGGTACTGCCT	Neural
progenitors	0
08_10_exp10_idx1GCATCGTATG_idx2TCGATATTGA.ATGGTTGGTGGAGGATAGC	Neural
progenitors	0
08_10_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.CATCAACGTGCAGGTCCGT	Neural
progenitors	0
08_10_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TCCTAACTTTTTGAGTATCA	Neural
progenitors	0
08_10_exp10_idx1GGCTTACTCC_idx2TTCTACGCCA.TATCGAACTTTGGAACTAGA	Neural
progenitors	0
08_10_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.AACTAGTTGTTTACCTCGAC	Neural
progenitors	0
08_10_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.ATAACTTCCTAACTGATCTT	Neural
progenitors	0
08_10_exp10_idx1TATTAGACTT_idx2GGACTCATTG.TTCGTTCCTTGGAACTAGA	Neural
progenitors	1
08_10_exp10_idx1TATTAGACTT_idx2TGATAGAACG.GCAGATACTGCAAGGAATA	Neural
progenitors	0
08_10_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.TTTGCTACTTGCAAGGAATA	Neural
progenitors	0
08_10_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.TCCAAGTTATCGAGCTGCCA	Neural
progenitors	0
08_10_exp10_idx1TTATTGAGGC_idx2AGATCCTATA.TCTATCCAATGGCTATGACT	Neural
progenitors	0
08_10_exp3_idx1GTAGGCTGCA_idx2CTGCTTCGAC.CTCCATCATCTGAACTGGT	Neural
progenitors	1
08_10_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.TACTTGCGTCGGAAGATAT	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GTCCTGCATTACGGCTACG	Immature
neurons	13
08_10_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCCGTATGTGCCGTATGCT	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GGTACGGATCAGATTCGAT	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.AACCGCTGTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCCGACGTGCGACGCCTT	Neural
progenitors	3
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCGCGGATACCAGCGCAG	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TATATGCGTTAGTTCGAGTA	Neural
progenitors	0
08_10_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.CCGGAGTTTACCGCAGAAT	Neural
progenitors	3
08_10_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AAGCGCCATTCTACCATTA	Ventral
midline	9
08_10_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTGAGAGATTTACGGCTACG	Neural
progenitors	1
08_10_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TAGAGCCTTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CCAGAACCTTGCGCCATCT	Immature
neurons	2
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTATCTCCTACGCCGTTCA	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTTCGCTGTTGGTATTCAT	Neural
progenitors	3
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGATCTTCTTAAGTTGCCAT	Sensory
progenitors	6
08_10_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGCTACTAATGCCGGTCGAG	Neural
progenitors	0
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GACGTTCGTTGCATATAAC	Neural
progenitors	3
08_10_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTCGGAGTTCAGATTCGAT	Neural
progenitors	3
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GCGGAGAATCGGAAGATAT	Neural
progenitors	0
08_10_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TCGCCAACTTGCGCCATCT	Neural
progenitors	3
08_10_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TATTGACTCTCAGGTATGGA	Neural
progenitors	0
08_10_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TAGTTACCTTTTCGCTTACG	Immature
neurons	2
08_10_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GACTCGCTTCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.ATGGCAGCTCAGATTCGAT	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CCGAGAGATTGCGCCAGAA	Ventral
midline	9
08_10_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CGTCGAAGTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGCGCATTGCCAACGCCA	Sensory
progenitors	6
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGAACGCGTGCCAACGCCA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TTCTTAACCTGTTCCGCTAA	Immature
neurons	2
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATTCGGCTTTCGCTTACG	Immature
neurons	12
08_10_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGGCTCATTACGGCTACG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCGGATAGTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAGGTACTATTCTACCATTA	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTATACCTTAATAATACCA	Ventral
midline	9
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTCCAGAGTAGGCCGCTCG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGCGCATTAAGTCTTCCG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCCGACGTACCAGCGCAG	Neural
progenitors	0
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTCATCTGTTCAGACGAAC	Immature
neurons	12
08_10_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTTCCAGCTTGCGCCAGAA	Neural
progenitors	3
08_10_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TTGGCGACTCGAATAATTC	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGCGACTATATTGAGATTG	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GTTCGCTGTGCGCGGTAGT	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CAGAAGGCTGCGCGGTAGT	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACCTTCGGTTCTCCTATAA	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCGGAGAATTTCGCTTACG	Ventral
midline	9
08_10_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGCGCATTTCTCTGCGGCA	Neural
progenitors	3
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TGCGTAGTTGTTGAAGGAT	Neural
progenitors	1
08_10_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TTGGCTCATTTACGTATAC	Neural
progenitors	0
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CGCCGTAATCAGATTCGAT	Immature
neurons	2
08_10_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGAGCTCATCGGTAGGAAT	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TGCTACTAATGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GACTGACGTAAGACGGCCA	Sensory
progenitors	6
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCAAGTTATGTTGAAGGAT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGATCTTCTTTTAATTATTG	Neural
progenitors	3
08_10_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GACTTGGCTCAGATTCGAT	Immature
neurons	2
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CCATCAGGTGTACTAGTAA	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CGCCGTAATAGGCCGCTCG	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTATCGCATACCAGCGCAG	Neural
progenitors	0
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.AGCAACGATTTGATATATT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CGCCGTAATATAGACTAGG	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TCGTCTATTTGTTGAAGGAT	Neural
progenitors	3
08_10_exp1_idx1TGGACGACTA_idx2TGATACGAGT.ATGGCGTATTTACGTATAC	Neural
progenitors	3
08_10_exp10_idx1AATACGATAA_idx2TGATACGAGT.GTAGACGGTGCCGCAACGA	Neural
progenitors	3
08_10_exp10_idx1AGACCATATC_idx2CCTATAAGCT.GTCCTGCATTGATACGAGT	Neural
progenitors	0
08_10_exp10_idx1AGACCATATC_idx2GATCAGTCAT.CTGATAGGTAACTGATCTT	Neural
progenitors	3
08_10_exp10_idx1ATAAGGACTC_idx2TTGAGTATCA.TATTGAGGTTAATGGTCGAC	Neural
progenitors	0
08_10_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.CTGAGCATTCGATCATTAC	Neural
progenitors	3
08_10_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.CTGAGCATTTCAACGTAAG	Neural
progenitors	3
08_10_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.TGAGAATCATGCCGCAACGA	Immature
neurons	2
08_10_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.TCGCCAACTTGGAACTAGA	Neural
progenitors	3
08_10_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TATTCTCCTTCAAGATTAAG	Neural
progenitors	1
08_10_exp10_idx1GCTTGAAGAG_idx2TCTATAAGGA.TTCCATCTTTGTCATTGCGC	Immature
neurons	2
08_10_exp10_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCGGTATATGCCGCAACGA	Neural
progenitors	0
08_10_exp10_idx1TCTTGAGGTT_idx2ACTATCTTGA.TTACCTAAGTTCAACGTAAG	Neural
progenitors	0
08_10_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.AATACCGAATTGGCTGATGA	Sensory
progenitors	6
08_10_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.ACGCCATATCAAGTCGACC	Immature
neurons	2
08_10_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.AGGCGGAATCGTAATGCAG	Immature
neurons	12
08_10_exp3_idx1GAGCGCGATG_idx2AAGCCGGCTG.AGCAACGATAAGAAGCTAG	Neural
progenitors	3
08_10_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.AACGATCATTTCAAGCCGAT	Neural
progenitors	3
08_10_exp3_idx1TGGACGACTA_idx2AACGGACCAA.GGCGCATTTCGCGTACGAC	Immature
neurons	2
08_10_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GAAGAGGCTCAGATTCGAT	Neural
progenitors	0
08_10_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCGTAGCGTAGAGCCAGCC	Neural
progenitors	1
08_10_exp3_idx1GCGCGTTCAT_idx2GATGATCGTA.TGAATTCGTTCCGCGGACCG	Immature
neurons	2
08_10_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCTCTAGTTCGGAGATCCG	Neural
progenitors	3
08_10_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CAATCGGTTAAGTTGCCAT	Neural
progenitors	0
08_10_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.TCCTATAAGTGCCGCAACGA	Neural
progenitors	0
08_10_exp3_idx1CCTCAGCTCC_idx2GACTAGTCTA.ACCTTCGGTCTGATGGTCA	Neural
progenitors	3
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGTCCTTCTTTGATGCTAT	Neural
progenitors	1
08_10_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACTCGCTTGCCGGTCGAG	Neural
progenitors	1
08_10_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.GCGGTATATCCTTACTCCT	Neural
progenitors	0
08_10_exp3_idx1TATAATAGTT_idx2CTCGTCTAGG.TATGGTCTTTTTCCAACCGC	Immature
neurons	2
08_10_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TCATAGAGTTTGCGCCATCT	Neural
progenitors	0
08_10_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGTCCTTCTAGGCCGCTCG	Neural
progenitors	1
08_10_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TAGGTACTATAGGCCGCTCG	Sensory
progenitors	6
08_10_exp10_idx1TTATTGAGGC_idx2ATAGGATATG.GTCGTAACTGCCGCAACGA	Neural
progenitors	0
08_10_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ACCAATGCTCCGTCCAGTA	Neural
progenitors	0
08_10_exp10_idx1AATACGATAA_idx2TGATACGAGT.TTACCTAAGTGGAGGATAGC	Neural
progenitors	0
08_10_exp10_idx1AATACGATAA_idx2TTCTACGCCA.TCCTAACTTTTCAACGTAAG	Neural
progenitors	0
08_10_exp3_idx1GAGCGCGATG_idx2AACGAGGCTA.ATGGCAGCTTCAAGCCGAT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.AACCGCTGTAAGTTGCCAT	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCCAATAGTTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CGCCGTAATCTGAACTGGT	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.ATGGCGTATGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CGTCGAAGTAACTGCTGCC	Neural
progenitors	15
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TATGACTTGTTTGATGCTAT	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.ACGGCAATTTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGCTAATTCTAATAATACCA	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TGCCTTGGTTCGAGGAGTA	Sensory
progenitors	6
06_08_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.AACCGCTGTACCGCAGAAT	Ventral
midline	9
06_08_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TCGGTACCTCGATGGCGCC	Neural
progenitors	15
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.AGGCATCATGCCGTCGCGT	Neural
progenitors	15
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCCAATAGTTAATAATACCA	Sensory
progenitors	6
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGCCTATTATCCTTACTCCT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCCAAGTTATTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTCATCTGTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GACCGAATTGTTGAAGGAT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TACTCCTATTGCGCGGTAGT	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACCTTCGGTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTACGGCATCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTCCGAATACCAGCGCAG	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCCATTACTGCCGGTCGAG	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCTAAGCTTTATCCTCAAT	Ventral
midline	9
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGAGGTTCTATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GTAAGCTCTAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.ACGAGGTTTCCGTCCAGTA	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.AACCGCTGTTTGATATATT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGTTACCTTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTGAGTCCTTTAGCAATAA	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CAGAAGGCTATTGAGATTG	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TAGCTCGGTGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.GACCGTCATTACGGCTACG	Ventral
midline	9
06_08_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.GACGTTCGTAAGTTGCCAT	Ventral
midline	9
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATGACTTGTGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTAATGAGCTCGATGGCGCC	Neural
progenitors	1
06_08_exp10_idx1AATACGATAA_idx2TGATACGAGT.GCTGAAGCTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TGAGAATCATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.TAATACCAGTGCCGCAACGA	Neural
progenitors	3
06_08_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TACTCCTATTTTAGATTCCG	Sensory
progenitors	6
06_08_exp10_idx1ATAAGGACTC_idx2GGTAGGTCTC.TGAGAATCATAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TAGATGACTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TCGCCAACTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.GCATCCAGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.GGCGTTAATGGCTATGACT	Neural
progenitors	15
06_08_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.CAGCATTGTAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TACTTGCGTCTAGTAGTCT	Neural
progenitors	0
06_08_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.TAGCCAATTTCTTGCGCCGC	Neural
progenitors	15
06_08_exp10_idx1GTAGCAGCTA_idx2AGTTGCATCT.ACGCTTGATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.TATTGAGGTTAGTCCGCGGA	Immature
neurons	8
06_08_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.ATTCCTAGATGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TCATGGCTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.GCGGTATATTGATAGAACG	Neural
progenitors	0
06_08_exp12_idx1GCAAGACCGT.TTCGCATAATCTGATTAAGA	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2ACCAAGATCT.GGTACCATTCTTGCAGTAG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.TTTGCTACTTCGCTCCTAAC	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CGAGCTGCCA.ACATGGTAATTTCGCCTCCA	Neural
progenitors	0
06_08_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.TAAGACCGTAAGCCAGTTA	Neural
progenitors	0
06_08_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.TGCTGGATTACGTCCGCAG	Neural
progenitors	0
06_08_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.CAGCATTGTACGTCCGCAG	Immature
neurons	8
06_08_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.AAGACCTTATCCAGTCCTCT	Ventral
midline	9
06_08_exp3_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGTCCTTATTCGACGCGACT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTAAGGAGTCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.ACGCCATATAAGACGGCCA	Neural
progenitors	15
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.ACGAGGTTTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TGATCTTCTTTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GACTTGGCTGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGCTAATTCTACCTGGACGC	Neural
progenitors	15
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCGCATAATGGAGCGGCCG	Neural
progenitors	15
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.ACCTTCGGTAAGACGGCCA	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GGCGCATTTGGCCAGTCCG	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GGTAGTCCTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TCATGGCTTCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TCGGTACCTGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TGAGTTAGATCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGAGCTCATACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGCAAGTCTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTTGCAAGTACCTGGACGC	Immature
neurons	2
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TTCAACTGATGTTGAAGGAT	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AAGCGCCATAACTGCTGCC	Neural
progenitors	15
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AAGCGCCATGCCGTATGCT	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTTCATGCTTGGCTGATGA	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACTTGGCTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.ACCTTCGGTTTGATGCTAT	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.CTTAGCGGTCGGATGAAGG	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GTTGCAAGTCGGATGAAGG	Neural
progenitors	3
06_08_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.CTATCTCCTTCGAGGAGTA	Neural
progenitors	3
06_08_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TCCAATAGTTCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TGGACCTCTGGAGCGGCCG	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TCTCTCCATGGAGCGGCCG	Neural
progenitors	15
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGAGAATCATCGCGTACGAC	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ACCTTCGGTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTAGACGGTTATCCTCAAT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTTCCAGCTTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCTATACCTTGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GCTGAAGCTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GGCTTACTTCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTAGACGGTTTGATATATT	Sensory
progenitors	6
06_08_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GGTCCTTCTGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CCGGAGTTTCATAACCAGC	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.GGCAAGTCTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GGAGCTCATATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.TGCTACTAATAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCGCTCAATGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTCGCATAATGGAGCGGCCG	Sensory
progenitors	6
06_08_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TTCGCATAATGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.CTCTACTGTCGAATAGATG	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GACTTGGCTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCGCGCATTGGAGCGGCCG	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCTAGGAATTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TGCCTTGGTTCAGCTCTAA	Neural
progenitors	1
06_08_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TCGCCAACTCTCTGATCAG	Immature
neurons	2
06_08_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GTCGGCAATGGAGCGGCCG	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CTCCAGAGTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TGGTCTCCTTTGATGCTAT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GCTGAAGCTTCTACCATTA	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TTCTCTAGTTGCGTTCAGCT	Neural
progenitors	15
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCTGAAGCTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATGACTTGTGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGGTCTCCTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ATGCCAAGTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCGAATCTTTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CAATCGGTTAGACTCAAGC	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCGGAGAATCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ATGGCGTATGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGAGCTCATGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.ATAGTCGCTGGAGCGGCCG	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCGCGCATTCCGTCCAGTA	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.AAGCGCCATTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACGCCATATGGCATAGCTT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ACCGTAGCTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTTAGCGGTCCAGGCCGCA	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCAATCGCTGGCCAGTCCG	Ventral
midline	9
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTCCTTCTGTTGAAGGAT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGAATCTTTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.TTAATGAGCTGACGACCTGC	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.GAGACTAGTTATCGTCGGC	Neural
progenitors	3
06_08_exp1_idx1TAGGTAACTT_idx2CCGTCGGAGG.CTGCTGAATCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTTCGCTGTTCTCCTATAA	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.CGGTTCCATCTCTGCGGCA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GGTCCTTCTCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.AGCAACGATACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGTCTACGTGGCGAGCTTA	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCAGTTGGTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCTCTCCATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTCCAGAGTCGGATGAAGG	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCGGTCATAGACTCAAGC	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TGCCTTGGTCTCTGCGGCA	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GGCGACTATGGAGCGGCCG	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTCGCGGATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACTTGGCTAAGACGGCCA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGCCTATTATCGGTAGGAAT	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTATCGCATCGCGTACGAC	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCATTAAGCTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CCATCAGGTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GGCAAGTCTTTAGCAATAA	Neural
progenitors	1
06_08_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.TTCCGACGTAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TGGTCGAATTATCCTCAAT	Neural
progenitors	0
06_08_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.ATGGCGTATACCTGGACGC	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GTAAGGAGTAACTGCTGCC	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGAGCCTTGTTGAAGGAT	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGTTCGAGTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTACCTCTTACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TGGACCTCTACCTGGACGC	Neural
progenitors	15
06_08_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TCTCGCTCTTATCGTCGGC	Neural
progenitors	3
06_08_exp10_idx1AATACGATAA_idx2AACTTATAAG.GCTCTTAGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2ACGTTCAACC.TATGGTCTTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.AGAGTACCTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.TAGAGAGTATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TCCTATTCTTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TCGAAGGATCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2GACCGTAGCA.AGCGTAAGTCGAGCTGCCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TCAGGAGATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TGATACGAGT.GCGGTATATAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TTAACGTACC.TATTCTCCTTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.TATTCGGCTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.TTCGTTCCTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2AGGATTACCA.GACGTTCGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TCCTATAAGTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TGCAAGGTTCATGCTGGTT	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TTTGCTACTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.TTATAGGCATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2ATAAGAGGCG.TGAGTTAGATTATTACTCAT	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2GGCTAATTAA.TTGGCTCATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.GAAGAGGCTAATGGTCGAC	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.GAGTTCTCTCATGCTGGTT	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TATGACTTGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2CGAGTTAGAG.TCCTATAAGTTATTACTCAT	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TTGAGTATCA.TATAAGAGGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.TAATCAGCTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.TGAATCTGATCTAGTAGTCT	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TCTATACCTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.CAGCAAGTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.GTCATCTGTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.AAGGACGATAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.GTCTCTACTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GGTCCAGGAG.GGCTTACTTTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.TCGCCAACTTAGAGTAATA	Neural
progenitors	3
06_08_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.TGAATTCGTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AGCGTCAATG.AGCGTAAGTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.TTCGCATAATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.TTGGAGTTATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2GCAACTGGCA.CTGCTGAATTCCAGAAGGT	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TATTCGGCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.GGTCAGTTTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TTCTCTAGTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2ACCAAGATCT.ACTTGATTGTAGTCCGCGGA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2ACCAAGATCT.GCAATCGCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGATTCCTCA.CGTACCTATTAGAGTAATA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.AGTATTAGCTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GGTTATCGAA_idx2GACCGTAGCA.TGAGAATCATTTAGATTCCG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TTGGCAATATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.GTCATCTGTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACTTCCGAAT.TAGAACCAATCATGCTGGTT	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTGACTCAATAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TGGTAATAGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.ATATCCTACTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.ACTTGATTGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TTAATGAGCTTTAGATTCCG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TAGATGACTTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TCATCTAATC.CTGGAAGATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TGATAGAACG.CCAAGGATTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TGGCCGCAAT.TTCTCATTGTACGCGAGATT	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2ACGAGGACCT.ACAGGTATTTTCCGGTAATC	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.GTAGACGGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.GATACGTCTCTAGTAGTCT	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TAGGAAGGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GCTCTAACGA.GTAGACGGTACGCGAGATT	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TTGAGAGATTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TAATCAGCTTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.GTCCTGCATCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TCGCCAACTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.CGAATGAGTCCGTCGGAGG	Neural
progenitors	1
06_08_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.CCAAGGATTTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2CCTAGCGCCT.TATCATGAGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.CTGCCTTATACCGTTACGA	Neural
progenitors	0
06_08_exp11_idx1ACTTCTGCCA.GATAAGCGTAATTGCCTAC	Neural
progenitors	0
06_08_exp11_idx1AGGTCAGCTT.GGCTAAGATAAGTAGTCAG	Neural
progenitors	15
06_08_exp11_idx1ATCTACCAGT.TTATCCGCTTAGATCTACT	Neural
progenitors	0
06_08_exp11_idx1CATTATTATT.GGTTGGCATGCTCTCGCCT	Neural
progenitors	3
06_08_exp11_idx1CTAACTAGGT.CTAACGACTCAAGGCATTC	Neural
progenitors	1
06_08_exp11_idx1CTACTAATAA.ACGCTTATATTTAGGATCTA	Neural
progenitors	0
06_08_exp11_idx1CTATATAGCC.ATTCCTAGATCATCTCTGCA	Neural
progenitors	3
06_08_exp11_idx1TTATTGAGGC.CTACGGCATATAAGGAGCA	Ventral
midline	9
06_08_exp12_idx1ACCAGGCGCA.CCGTCTCATAACCATTGGA	Neural
progenitors	0
06_08_exp12_idx1ATAAGGACTC.TGCTACTAATATCAACGATT	Sensory
progenitors	6
06_08_exp12_idx1ATTCTTAGCT.GTTCCAGCTTGAGTCCAGA	Neural
progenitors	0
06_08_exp12_idx1GACTGGACCA.ATAGTCGCTGTTCTGAATT	Neural
progenitors	0
06_08_exp12_idx1GTAGGCTGCA.AAGGACGATACGTTCAACC	Neural
progenitors	0
06_08_exp12_idx1TTCGAATATT.GCGCTCAATGGCCGTAGTC	Neural
progenitors	0
06_08_exp12_idx1TTGATACGAT.TTCTGGCCTGTTCGTCAGA	Neural
progenitors	0
06_08_exp12_idx1TTGATTGGCG.AGCATAACTTTAGGCAGATA	Sensory
progenitors	6
06_08_exp12_idx1TTGGTAAGGA.TTGAGTCCTTAGGCAGATA	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2CTGCTTCGAC.AAACTCCAATTCAAGCCGAT	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.CAGCATTGTAAGACCGTTG	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2ACTATCCGCA.AACTGGCATTTAATTGAAT	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2TGGACTTGAC.TATCTCGATTCGTCGCAGCC	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2AGTCCGCGGA.CCAGCCTTTAAGTAAGAGC	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2ATAAGAGGCG.ACTTATGGTTACGTCCGCAG	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2ATAGGATATG.ACTTGATTGTAATCGATAAT	Neural
progenitors	3
06_08_exp2_idx1CTCAATTAGT_idx2GATACCTAAG.CAGCAAGTTTTACGATGAA	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GGCTATGACT.AAATTCCTCTCTAGTAGTCT	Neural
progenitors	1
06_08_exp2_idx1CTCAATTAGT_idx2GGCTATGACT.AGCATTATGTCCTTGGTCCA	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.AAATTCCTCTAATACCATCC	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.AACCTCATTTACGCGAGATT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2TCATCTAATC.ATATCCTACTCTTGGTAATG	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2TGATAGAACG.ATTAATGCCTCTTGCAGTAG	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2TGATAGAACG.TACTTGCGTTAGACTTCTT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CAAGATTAAG.ATTCGCAATTCTTGCAGTAG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ATTAGTCTGTCCGTTCGGAT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GACTAGTCTA.CAGATCAGTTAGACTTCTT	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.CGCTGCTTTGTCCTTAAGA	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2GTCATTGCGC.AAACCATAGTCTTGCAGTAG	Neural
progenitors	1
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.CCTGCAGTTTTAATTGAAT	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.TAATACCAGTCCGCGGCTCA	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2TGATACGAGT.TTTGCTACTTTAACGATCCA	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.TTGATTCCTTACCTGGCCAA	Neural
progenitors	1
06_08_exp2_idx1TTCCGTCGAC_idx2GATTGCAGAC.TATAAGAGGTGAGCATATGG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2TCGATATTGA.TAATACCAGTACCTGGCCAA	Neural
progenitors	3
06_08_exp2_idx1TTGGTAAGGA_idx2ACTGAATTCC.CGTACCTATGACGAAGCGT	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2ACTGAATTCC.CGTTGATCTATATGAGCCA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2GATGATCGTA.AAACCATAGTCATCAGAATG	Neural
progenitors	0
06_08_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.ATACTACTCTGGAGCGGCCG	Neural
progenitors	1
06_08_exp3_idx1AGTCCGCTGC_idx2GGTCCAGGAG.AGAGCATGTCTTGCAGTAG	Neural
progenitors	0
06_08_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.GACTCGCTTTTGCGAGGCA	Neural
progenitors	1
06_08_exp3_idx1GAGCGCGATG_idx2TGCCAGATGG.GCGCTCAATAGGTTAGCAT	Neural
progenitors	15
06_08_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.TCTATCCAATCGGATGAAGG	Neural
progenitors	0
06_08_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.CGACGATATTAGGCCATAG	Neural
progenitors	3
06_08_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.TTCTCTCGTCGCGTACGAC	Neural
progenitors	0
06_08_exp3_idx1GTAGGCTGCA_idx2CTCGTCTAGG.TAGAGAGTATTGCGCGATGC	Neural
progenitors	15
06_08_exp3_idx1GTAGGCTGCA_idx2GCTCTCGCCT.AGATCGGATCCGCTCCGGC	Neural
progenitors	15
06_08_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.AAATTCCTCTCGGATTAGAA	Neural
progenitors	0
06_08_exp3_idx1TCCTCTGCCG_idx2AGTTGCATCT.AGAGGTCGTACTAGAGAGT	Neural
progenitors	0
06_08_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.GATTACGGTTATGAGTTAA	Neural
progenitors	1
06_08_exp3_idx1TTGCCGTAGG_idx2CAAGCTTGGC.ACTTACTCATCGCGTACGAC	Neural
progenitors	15
06_08_exp3_idx1TTGCCGTAGG_idx2CTCGGTCAAT.CTCCGGTTTCCGTTCCTTA	Neural
progenitors	0
06_08_exp4_idx1GATTCTTGAA_idx2CATGCATCTC.CGTTGATCTCCTTGGTCCA	Ventral
midline	9
06_08_exp4_idx1GATTCTTGAA_idx2CATTATTACC.AGATTGGTTTCCTTGGTCCA	Immature
neurons	2
06_08_exp4_idx1GGCTTACTCC_idx2TTGGAGTCGG.CAACTCTCTGGCGAACTCG	Neural
progenitors	3
06_08_exp4_idx1GGTTATCGAA_idx2CTCGATGGAG.TGATGCGATTTATCCGGAT	Neural
progenitors	3
06_08_exp4_idx1TCCTCTGCCG_idx2AACCTAGCTT.CAAGGCGTTACTATAGGTT	Neural
progenitors	0
06_08_exp4_idx1TCCTCTGCCG_idx2TCGATATTGA.ACGGAACGTCGGCGTAACT	Neural
progenitors	0
06_08_exp4_idx1TCTTGAGGTT_idx2TGGCCGCAAT.TAACGACTTTCCGATTCCTG	Neural
progenitors	0
06_08_exp4_idx1TTATTGAGGC_idx2GATTGCAGAC.CTGACGTTTTTCATAGGAC	Neural
progenitors	0
06_08_exp4_idx1TTGCGAGCAT_idx2AGATCCTATA.AAGTATTGGTCCGCGATTAT	Neural
progenitors	3
06_08_exp4_idx1TTGCGAGCAT_idx2AGATCCTATA.ACTTATGGTTTTCATAGGAC	Sensory
progenitors	6
06_08_exp4_idx1TTGCGAGCAT_idx2AGATCCTATA.CGTCTTCCTTTCAATATAA	Neural
progenitors	3
06_08_exp4_idx1TTGCGAGCAT_idx2TCCGGTAATC.ACCGGTTCTCATCAGAATG	Neural
progenitors	3
06_08_exp4_idx1TTGCGAGCAT_idx2TCGTAGGCTT.CTCTGAGCTCATCAGAATG	Neural
progenitors	3
06_08_exp4_idx1TTGCGAGCAT_idx2TCTATAAGGA.ACCTCAATATATATTGATAC	Sensory
progenitors	6
06_08_exp4_idx1TTGCGAGCAT_idx2TTAGATTCCG.CCGACCAATATATTGATAC	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.ACCTTCGGTGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTCTAAGCTTTGGCTGATGA	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.CTTCATGCTTCGAGGAGTA	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CGGTTCCATAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GAACGGCTTTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GTAAGCTCTCATAACCAGC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTACGGATAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GGTACGGATGAAGGTTGCC	Neural
progenitors	3
06_08_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TGAATCTGATTTCGCCTCCA	Neural
progenitors	16
06_08_exp10_idx1GCTTGAAGAG_idx2TCTATAAGGA.TGACGAGGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TGCAAGGTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2TGATACGAGT.TCATGGCTTCCGAGAATCC	Neural
progenitors	0
06_08_exp3_idx1GCGCGTTCAT_idx2GCAACTGGCA.GTCGGAGTTCCAGTCCTCT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.ATGGAGAGTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GACCAGGATGAAGGTTGCC	Neural
progenitors	15
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.AAGCGCCATTCGAGGAGTA	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTGAGAGATTAAGTTGCCAT	Immature
neurons	2
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.AGTTGCGCTCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CGCCGTAATGAAGGTTGCC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TATCGAACTTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATATGCGTTCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATCCAGGTTTGGAGTCGG	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GGTACGGATTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GTTCGCTGTTCTCCTATAA	Neural
progenitors	15
06_08_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TCGAATCTTTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.CCGTCTCATTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATCCAGGTATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.CGAGATGCTTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TGACGAGGTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.ACGAGGTTTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.CTTAGCGGTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.GTAGCGATTTTGATGCTAT	Neural
progenitors	15
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GCAATCGCTTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.TTCTTAACCTTGCGCCAGAA	Neural
progenitors	1
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TGGTAGGCTGATAAGGCAA	Neural
progenitors	3
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TAACTAAGGTACCTGGACGC	Neural
progenitors	1
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGCTACTAATCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.ACGGCAATTAAGTCTTCCG	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TCAGTTGGTTATCGTCGGC	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GGCTTACTTCAGATTCGAT	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCGAATCTTTAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TAGAGCCTTGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GGCGCATTTTTGATATATT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.ATTGCCGGTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GTATCGCATCGGAAGATAT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTCGGAGTTATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGGCCTGATCGGATGAAGG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGAGTCCTATTGAGATTG	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTTGGCTGCGTTCAGCT	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTCGGCAATAGAGCCAGCC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTAGGAATTGGCGAGCTTA	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGAGCCTTTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGGTACTATCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCAGGAGATGAAGGTTGCC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GACCAGGATCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GACTACCATTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GCTGAAGCTGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCCGACGTCTCTGCGGCA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAGAGCCTTTTGATATATT	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.GCGTCGTATACCGCAGAAT	Neural
progenitors	15
06_08_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.CTCTACTGTTTACGTATAC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTGAGAGATTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TCAGCGGTTCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGCTTACTTCGCGTACGAC	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTAGCGATTCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ACCTTCGGTTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCAGCGGTTCGGATGAAGG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.ACGGCAATTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TGGCCTGATCGGATGAAGG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.AGGCATCATAATGCTAGTC	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGCGACTATTATCGTCGGC	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGCTAATTCTAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.ACCAATGCTGGCGAGCTTA	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCGGAGAATCCAGGCCGCA	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACGAGGTTTGAAGGTTGCC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACTTGGCTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.CAACGCAGTAGAGCCAGCC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCGGTACCTTATCCTCAAT	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GCTGGCTATCTCTGATCAG	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GACTGACGTTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TTGGAGTTATCAGGTATGGA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TGATACGAGT.GGTACCATTTAGAGTAATA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TATTGACTCTTGGAAGTACC	Neural
progenitors	15
06_08_exp10_idx1AGACCATATC_idx2ACGCAACTCC.GTCTATGGTTTAGATTCCG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.TAGTTACCTTCCGTCGGAGG	Neural
progenitors	15
06_08_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.ACTTACTCATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2ACGAGGACCT.ACAACCTATTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2ACGAGGACCT.CCTAATGGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.GTCATCTGTCTTGCGCCGC	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.ATAACTTCCTCTAAGAGAAG	Sensory
progenitors	6
06_08_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.GCAGATACTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TTGGAGCTTGCGACGCAGA	Neural
progenitors	15
06_08_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.GAGTTCTCTCATGCTGGTT	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.ACTTGATTGTTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AGGATTACCA.TGGATCCGTTTCAAGACCA	Neural
progenitors	15
06_08_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.GATACGTCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.TATTGAGGTTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.GAGTTCTCTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TAATCAGCTTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TAATACCAGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TCATGGCTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GGTTATCGAA_idx2AACTACCGAC.GGAGCTCATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.ATTAGGTACTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAGATGACTTAATGGTCGAC	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.GTAAGGAGTTCCAATCATC	Neural
progenitors	3
06_08_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.GGTCTACGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.ACCATGATTTCATGCTGGTT	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.GTCGTAACTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TCGTCTATTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CATTATTACC.TTCGCATAATCTTGCGCCGC	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TCATCTAATC.CTTCGACTTTCTAGAACTA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TCATCTCGAT.CTGGAAGATTAGAGTAATA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.TCCTCGAGTTGATAGAACG	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TTGAGTATCA.TTGGCAATATAATGGTCGAC	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2GATGATCGTA.GGTCTACGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2TCTAGAACTA.GGAGCTCATGACCTCCGCC	Neural
progenitors	0
06_08_exp11_idx1GCGCGTTCAT.TGCTACTAATGGACTCATTG	Neural
progenitors	0
06_08_exp12_idx1AAGTAGCTCA.TTGATTCCTTACCTGGCCAA	Neural
progenitors	0
06_08_exp12_idx1CCGTATGATT.GCAACGTTTCCAACTAACC	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GATACCTAAG.AAGTACGTTTCATAGTTCGG	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GGCTATGACT.CAGTATCCTAATCGATAAT	Neural
progenitors	1
06_08_exp2_idx1GTAGCAGCTA_idx2CATTATTACC.ACGTCTAGTAGCTCTCCTC	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AGCATAACTTTTGCGAGGCA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CAAGATTAAG.CAGTATCCTGATCGCTTCT	Neural
progenitors	1
06_08_exp2_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTACCTAAGTATATTGATAC	Neural
progenitors	1
06_08_exp2_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TAACGACTTTGTCCTTAAGA	Ventral
midline	9
06_08_exp2_idx1TTGGTAAGGA_idx2GATGATCGTA.ATATGGATCTATCGGCTATC	Neural
progenitors	0
06_08_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.AGCATTATGTTCTTGCCGAC	Neural
progenitors	15
06_08_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.AGCATAACTTCTGAACTGGT	Neural
progenitors	15
06_08_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.AACGATCATTCGGATTAGAA	Neural
progenitors	1
06_08_exp3_idx1GCATCGTATG_idx2TCGATATTGA.AGTTGCGCTTCCTACCAGT	Neural
progenitors	15
06_08_exp3_idx1GCGCGTTCAT_idx2GATGATCGTA.GAACGGCTTTAACTCTTAG	Neural
progenitors	15
06_08_exp3_idx1TCTTGAGGTT_idx2CGACTACCAA.TTGATTCCTTTATAGACGCA	Ventral
midline	9
06_08_exp3_idx1TTCCGTCGAC_idx2CCGTCGGAGG.ATAACTTCCTAACTGCTGCC	Ventral
midline	9
06_08_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.AAATCGTTCTTAACTCAATT	Neural
progenitors	1
06_08_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.CTCCATCATTCTGATACCA	Neural
progenitors	15
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TAGTTACCTTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TATTGACTCTCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCGCCAACTAATAATACCA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TAGCTCGGTAACTGCTGCC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCCGTATGTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TGAGAATCATCGGATGAAGG	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TTCAACTGATGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CGCCGTAATTATCCTCAAT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GACCGTCATCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GACTCGCTTTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCGCTCAATACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATCATGAGTAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATGCGATTTTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGAACGCGTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GGATAGGTTCGAATAGATG	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GTTCCAGCTAAGACGGCCA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TCGCGCATTTGGCTGATGA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TCGTCTATTTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TGAGTTAGATATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.ACCTTCGGTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GTCGGAGTTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TACGGTAGTCGGAAGATAT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.AGTTGCGCTAAGACGGCCA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCGTCGTATAAGACGGCCA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGCTTACTTTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTAGCGATTCTGAACTGGT	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTCCTGCATGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTTCGCTGTACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TACTCCTATTATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TAGCCAATTTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GCGCTCAATGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GCGTCGTATTTGATGCTAT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GGCTTACTTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TTCTGGCCTACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ATGGCGTATTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CAGAAGGCTAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTAGTACGTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACCGTCATGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCAGATACTACCTGGACGC	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATTGAGGTTAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGAACGCGTACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGGACCTCTGGCCAGTCCG	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCCATTACTCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGAGAATCATTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTCGCATAATCGGAAGATAT	Neural
progenitors	15
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTGAGAGATTAGAGCCAGCC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.ACCAATGCTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.CCGTCTCATTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.CGGTTCCATACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.CAACGCAGTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.CCATCAGGTACCTGGACGC	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GGCGCATTTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TAGGTACTATTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.ATGGCGTATAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TGTTAAGACTCAGATTCGAT	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GACCGTCATATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TCTCCGAATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.GTAGACGGTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TGGTCGAATGGAGCGGCCG	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TAGAGAGTATGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.GTTCCAGCTCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TCAGTTGGTAAGACGGCCA	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCATTAAGCTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCCAAGTTATTTGATGCTAT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.AAGCGCCATGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GACTCGCTTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCTGGCTATAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATCCAGGTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCCGGTCATCATAACCAGC	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTATAGGCATTGCGCGATGC	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GAAGAGGCTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GCGCTCAATCGCGTACGAC	Neural
progenitors	15
06_08_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GGTCCTTCTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GTATCGCATAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TATCGAACTTAAGACGGCCA	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TGAGAATCATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTAGACGGTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCGTCTATTTACGCCGTTCA	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGGTCTCCTCCTTACTCCT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTACCTCTTAGGCCGCTCG	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TAAGACCGTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TTCAACTGATTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TGATCTTCTTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GGATAGGTTATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TATCGAACTTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TCTCTCCATTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.GGTTGGCATGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TTCTGGCCTCGCGTACGAC	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CTAGTACGTCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCATAGAGTTACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTGGCTCATTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.GACTTGGCTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TCGTAGCGTTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.AAGATGCCTGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.ATTGCCGGTACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GTAAGGAGTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.AACCGCTGTGGAGCGGCCG	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.ATGGCAGCTTGGAGAATTC	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.CTCCGGTTTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.ACCAATGCTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.CTAGTACGTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TCTCCGAATCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GCTCGAGATACCTGGACGC	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTCGGAGTTCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGAATTCGTTACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.ACGAGGTTTCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GCGGAGAATCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.ACCGTAGCTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TCTCCGAATCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TCTCGCTCTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.ACGGCAATTCGCGTACGAC	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.ATGGCAGCTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACCTTCGGTTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTTAGCGGTACCTGGACGC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCTCGAGATCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ACGCCATATTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CCGGATAGTTGGAGAATTC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GAACGGCTTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCTAGGAATTAAGACGGCCA	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TTAATGAGCTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GCGGAGAATGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TGCCTTGGTGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GTCGGAGTTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TCGTAGCGTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GGTACGGATCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GACTCGCTTTCAGCTCTAA	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GGTCTACGTGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CAACGCAGTTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCGGAGAATGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCTGGCTATGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GTTCGCTGTCTGAACTGGT	Neural
progenitors	15
06_08_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GCGGAGAATCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TCTACTTACTCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TCTAGGAATTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TTGGAGTTATGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCATTGCGTCATAACCAGC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GAGCGGTATCGGAAGATAT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTCCTGCATCTCTGCGGCA	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GCCATGGTTCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GGTACGGATGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCATTAAGCTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCGTAGCGTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGCTACTAATGACGACCTGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AGCAACGATTGGCTGATGA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCAGAACCTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCGGATAGTGTTGAAGGAT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CGGTTCCATGACGACCTGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTACCATTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAGCGGTATTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGCGCATTTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGCTTACTTATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGCTTACTTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAGAGCCTTTTGATATATT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGCTAATTCTTGGAACTAGA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGGATCCGTTTGATGCTAT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTCCGGTTTGACGACCTGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GAACGATGTACCTGGACGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGCCAATTTGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATCGAACTTTCAGCTCTAA	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATGGTCTTTAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCAGGAGATTCAGCTCTAA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TATGACTTGTCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCCAAGTTATGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGAATTCGTTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TTCCGACGTGACGACCTGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GACTTGGCTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CGACGATATCAGGTATGGA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CGCCGTAATACCTGGACGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GACTACCATCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GAGACTAGTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GGTCCTTCTAGAGCCAGCC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATAGTCGCTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACCGAATTCGGAAGATAT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAGCGGTATTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTCCTGCATGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATAAGGCTTGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCAGTTGGTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGACGAGGTAATGGTCGAC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTATAGGCATGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GCGCTCAATTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GTAGCGATTAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.CTCCAGAGTACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.GAGCGGTATCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TCGTAGCGTCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.ATTGCCGGTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GAACGGCTTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TATCCAGGTAATAATACCA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GACTACCATACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TATGGTCTTTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGCTCCTATGCGCGGTAGT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.AAGCGCCATAGAGCCAGCC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CTGGAAGATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCCAAGTTATCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGATCTTCTTCGGAAGATAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTCCGACGTCAGATTCGAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ATAGTCGCTAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ATAGTCGCTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CGCCGTAATGGCGAGCTTA	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGCTAATTCTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GCGGTATATAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GGACTTGATCGGAAGATAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.AGTTGCGCTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGCTTACTTTATCGTCGGC	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGACGAGGTCCAGGCCGCA	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGGTCGAATCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCTAAGCTTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GAAGAGGCTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GCTCGAGATACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TATTCGGCTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCGGTACCTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TGCCTTGGTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TGCTCCTATTCAGCTCTAA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTCTCTAGTTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GCGGTATATCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GCGGTATATTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GCTGGCTATACGCCGTTCA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGTAGTCCTTGGCTGATGA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTAGACGGTGGAGCGGCCG	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTCATCTGTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGAGTTAGATTGGCTGATGA	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGCCTTGGTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGGCAATATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2AGATCCTATA.GACTCGCTTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2TATAACTTCC.GGTTCGAGTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TCTATACCTTGCCGTATGCT	Neural
progenitors	1
06_08_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.GGTAGTCCTAAGACGGCCA	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.TTGGCGACTGACGACCTGC	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TTCTAAGCTTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CTACGGCATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GATTACGGTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GCATCCAGTCTCTGCGGCA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TTCGCATAATTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GACCGAATTAATAATACCA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GCGTCGTATGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GCTCGAGATCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACTCGCTTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GAACGGCTTTATCCTCAAT	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CGACGATATACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCGTCGTATGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTTGGCATAGAGCCAGCC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTCCTGCATGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGGCAATATTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCTAGGAATTTCAGCTCTAA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.CTCCAGAGTTGGCTGATGA	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GAACGATGTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TTCTCTCGTAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TCTATACCTTCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TGATCTTCTTTTGATATATT	Neural
progenitors	0
06_08_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.GTAAGGAGTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.CCATTGCGTCGATCATTAC	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GGAGCTCATAGTTCGAGTA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GCTCGAGATGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CCATTGCGTCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGGACCTCTAGAGCCAGCC	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TCATAGAGTTGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TTTGCTTAGTAGGCCGCTCG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ACCTTCGGTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TAACTAAGGTTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TATTGACTCTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GTCATCTGTTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TAGAGCCTTTTGATGCTAT	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TAGCTCGGTTTGATGCTAT	Neural
progenitors	15
06_08_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GGTTGGCATTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TTGGAGTTATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TTGGTTAAGTAGAGCCAGCC	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2AACTTATAAG.ACGTTGCTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2AACTTATAAG.GCCATGGTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2AACTTATAAG.GGTCTACGTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2AACTTATAAG.GTATCGCATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2AACTTATAAG.TAATACCAGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2AACTTATAAG.TCGAGAAGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2AACTTATAAG.TTTGCTTAGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2ACGTTCAACC.GGAGGTTCTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2ACGTTCAACC.TATGACTTGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2ACGTTCAACC.TTACCTAAGTTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.ATTAGGTACTAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.TGTTAAGACTCGAGCTGCCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.TTGACCAGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CGCCGCCTCC.CATCAACGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TCAGCTTCTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TCATTAAGCTTTCGCCTCCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TTCTCATTGTGGCAGACGCC	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CTCGATGGAG.TAGATGACTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CTCGATGGAG.TATGAGAACTTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2GACCGTAGCA.CGAATGAGTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2GACCGTAGCA.CTTCATGCTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2GACCGTAGCA.GTATCGCATTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TACTCCTATTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TCTAGAACTA.TTAATGAGCTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TGATACGAGT.GTCTATGGTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TGATACGAGT.TCATGGCTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TGATACGAGT.TCGTTCTGTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TTAACGTACC.CCTAATGGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.GCAATCGCTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2AATTGCCTAC.ACGTTGCTTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.CTTCATGCTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.TCCTATTCTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.TCCTCGAGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2AGCGTCAATG.GAGACTAGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2AGGATTACCA.ATTGATCGTTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2AGGATTACCA.TACTTGCGTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.TTCAACTGATTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.GTCCTGCATTCTAGAACTA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.TCTATCCAATAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2GACCTCTCTG.TTGACCAGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.GGTTCGAGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.TATGGTCTTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.TGAATCTGATCTAAGAGAAG	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.AAGGACGATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.GCGTACTTTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2TTGGAGTCGG.GTCCTGCATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TCAAGATCTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TCTAGGAATTGATCTTACGC	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2AAGCCGGCTG.ACAGGTATTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2AAGCCGGCTG.ACAGGTATTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2ACCGTTACGA.ACGCTTGATAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2ACCGTTACGA.AGAGTACCTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2ACGCAACTCC.TTATCCGCTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2AGGATTACCA.GGACTTGATTGGAAGTACC	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2AGGATTACCA.TAAGGTTCATTGGAAGTACC	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2AGGATTACCA.TCCTAACTTTGTCGCTCAGT	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.CGTACCTATGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TCTTAGTTCTTCCAGAAGGT	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TTGAGAGATTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CCTATAAGCT.GACCAGGATGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CGATCATTAC.ATTAGTCTGTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CGATCATTAC.CAAGCAACTAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CGATCATTAC.GACGTTCGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CGATCATTAC.TCTACTTACTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CGATCATTAC.TTTGCTACTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CTCGTCTAGG.TAACGACTTTAAGAAGCTAG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CTGCTTCGAC.GAGGAACTTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CTGCTTCGAC.GATCGACCTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2GATCAGTCAT.CTGCCTTATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2GATCAGTCAT.GAGTTCTCTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TGATGCGATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TTCAACTGATTGGAACTAGA	Neural
progenitors	1
06_08_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TTGAGAGATTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.CAAGCAACTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.GGCTAAGATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2ACCAAGATCT.TAACTAAGGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2ACCAAGATCT.TAGGAAGGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2ACCAAGATCT.TTGGTTAAGTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.AATTCATCGTAGTCCGCGGA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.AACTGGCATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.GTCTCTACTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.TGAGTTAGATTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.TGATGCGATACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.TGGTAATAGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2ATAAGAGGCG.CTGAGCATTCTTGCGCCGC	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.TTTGCTACTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2CGAAGGACGA.GAAGAGGCTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2CGAAGGACGA.TGAGAATCATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2GGCTAATTAA.GAACGATGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.TAGATGACTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.TAGCCAATTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.TTCTAAGCTTACGCGAGATT	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TATAACTTCC.CTCGTTGATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TCCGGTAATC.TTTGCTTAGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.ATATCCTACTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.GTCCTGCATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.TAGGAAGGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2AAGATCCAAC.TCGAATCTTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.CGAATGAGTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.GAACGGCTTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.GAGTTCTCTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.GCTGGCTATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TCATAGAGTTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TGGTAATAGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TATTGAGGTTTTGAGTATCA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TTCCATCTTTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TTTGCTACTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TCGTTCTGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TGCTAATTCTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TTATAGGCATTTCGCCTCCA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TTCGCATAATCCATTATCTA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.GCGTACTTTCCGAGAATCC	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.GGTACCATTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.TGATGCGATTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.TGCTGGATTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.TTGAGAGATTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GAACTGCATC.TAGATGACTTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GAACTGCATC.TCGTTCTGTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.AACTGGCATTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.AGTATTAGCTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.ATTAGTCTGTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TCAGGAGATAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TGATGCGATTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.ATACCAGTTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.AAGGATATGTTCTAGAACTA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.GAGTTCTCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TAATCAGCTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2TGGCGTAGGT.GGCTTACTTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.AAGGACGATGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.TGACGAGGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2CATTATTACC.TTCCATTACTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.TCATGGCTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2GTCGCTCAGT.ACGCTTGATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2GTCGCTCAGT.GGTTGGCATTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.CCAAGGATTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.AAGGATATGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TAGAGAGTATAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TCTTAGTTCTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.TAGGTACTATACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.CATCAACGTCTAAGAGAAG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.TTGACTCAATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TTGAGTATCA.TCTACTTACTCTTGCGCCGC	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.CAAGCAACTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.GCGGTATATGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2AGGTCAATTA.GGCTTACTTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.GCTGAAGCTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.TCAGCTTCTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.TCTCGCTCTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.ACTTGATTGTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.TAATCAGCTTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.TAGAGAGTATGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TTATCCGCTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.GCAGATACTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.TCATTAAGCTTTCGCCTCCA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2ATAGGATATG.GGTTCGAGTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2ATAGGATATG.TCCTATTCTTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TAGATGACTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TCAGGAGATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TCCTATTCTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TTGGAGCTTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2GGACTCATTG.GGTTCGAGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.TCTAGGAATTGGCTATGACT	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.TCTATCCAATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.GCGTACTTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.GTAAGCTCTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TAGGAAGGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.CTGAGCATTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.GAACGATGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.CTGAGCATTCTTGCGCCGC	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.CTTCATGCTTAGAGTAATA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.GGTTGGCATTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.TTAATGAGCTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.TGAATCTGATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.GGTCTACGTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TAACGACTTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TTGGTTAAGTTCTAGAACTA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.CTGATAGGTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.CGAATGAGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.GTCTCTACTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.TACGGTAGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2GGAACGATGG.GCTCTTAGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.TTCTAAGCTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.TTCTCTAGTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2AGGTCAATTA.GAGTTCTCTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2AGGTCAATTA.TTCTCATTGTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.CATCAACGTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.GAGGAACTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2CGGCGAGACC.GTCTATGGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GAACTGCATC.TTGGCTCATGGAGGATAGC	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GGTCCAGGAG.TGGATTCTATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.CGAATGAGTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.GTAGACGGTCTTGCGCCGC	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.GTCTATGGTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AATTGCCTAC.CGAATGAGTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AATTGCCTAC.GACTTGGCTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AATTGCCTAC.TCGTTCTGTGCAAGGAATA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.TCTCGCTCTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AGCGTCAATG.AAGTTCTTGTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AGCGTCAATG.ACGTTGCTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.TCAAGATCTTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.GCAGATACTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.GGCTAAGATTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.GCCATGGTTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CGATCATTAC.CAGTATCCTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CGATCATTAC.GTCTCTACTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CGATCATTAC.TCATGGCTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.CCAAGGATTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.TCAGCTTCTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.TTGACCAGTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2GCAACTGGCA.CAGCAAGTTTCTAGAACTA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2TCCGTCGCCA.GGCTAAGATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2TCCGTCGCCA.TGCCTATTATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2TCGATATTGA.GCAGATACTCGAGCTGCCA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2TCGATATTGA.GGCTAAGATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2TCGATATTGA.TTCCATCTTTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.GGTCTACGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.GACGTTCGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TCAGCTTCTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TCCTATTCTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TCCTATTCTTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2AATTGCCTAC.AGAGTACCTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.TACTTGCGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.TCGAAGGATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.AAGGATTACTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.GACCGTCATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TAGGTACTATAATGGTCGAC	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TTCTCATTGTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2CCTATAAGCT.TAACTAAGGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2CCTATAAGCT.TGCAAGGTTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2CGATCATTAC.AACTGGCATTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.GGAGGTTCTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TCGAATCTTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2GATCAGTCAT.GACCGTCATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.GCAGATACTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.GTCCTGCATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TAGAGAGTATTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TAATACCAGTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TCCTCGAGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TCGAAGGATTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TTCTTAACCTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TTGGCTCATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.CAGCAAGTTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TAATACCAGTTCCGGTAATC	Neural
progenitors	1
06_08_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TCCTATAAGTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TTCCATCTTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2ACTATCCGCA.GCAATCGCTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2AGATCCTATA.TGACGAGGTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.AGCGTAAGTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.GCTGAAGCTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.GCTGGCTATCGAGCTGCCA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.GGCGTTAATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.GTATCGCATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TAGAACCAATGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TATCTCGATTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TCATGGCTTCTCGTCTAGG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.ATACCAGTTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.TACTTGCGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.TCCAATAGTTACGCGAGATT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.TCGAATCTTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TATAACTTCC.ACGTTGCTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TCCGGTAATC.ATTAGGTACTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TCCGGTAATC.TGAATCTGATACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TCCTATTCTTAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TCTATAAGGA.CAGTATCCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TCTATAAGGA.TTCTTAACCTGATCTTACGC	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TCTATAAGGA.TTGGCTCATGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGATTCCTCA.TAGGTACTATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.AACTAGTTGTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.GATCGACCTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TCTATCCAATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TCTCGCTCTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TTCTAAGCTTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.ACAGGTATTTCGAGCTGCCA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.CAGCAAGTTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.GGACTTGATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.GTCGTAACTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TATATGCGTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TATCTCGATTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.AACTAGTTGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.CTGCCTTATTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.GCATCCAGTTGGAAGTACC	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.GCGTACTTTTAGAGTAATA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TAAGGTTCATAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TAGAGAGTATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TGACGAGGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TGAGAATCATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TTCGTTCCTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.TACTTGCGTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.GCTCTTAGTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.TCCAATAGTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.TCTCGCTCTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.AAGTTCTTGTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GGCTTACTCC_idx2GCTCTCGCCT.TTCTAAGCTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GGCTTACTCC_idx2TTCTACGCCA.TTCAACTGATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GGTTATCGAA_idx2AACTACCGAC.GTCTATGGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.CTTCATGCTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GGTTATCGAA_idx2TTCTACGCCA.TCCTAACTTTGGCAGACGCC	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.CAAGCAACTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.GCCATGGTTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TAGAGAGTATAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TCTATCCAATGTCGCTCAGT	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TTGGAGCTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.CTGCTGAATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.GATACGTCTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TGCAAGGTTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.ACCATGATTTAAGACCGTTG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.CTGAGCATTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.GAGTTCTCTTGGAACTAGA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.GCCATGGTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TCAAGATCTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TGGATCCGTCGAGCTGCCA	Neural
progenitors	1
06_08_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TTGACCAGTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.AATTCATCGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.ACCATGATTTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.AGCGTAAGTTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.GCATCCAGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.GTCTCTACTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.TAGATGACTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.AAACTCCAATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.GTCTCTACTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TAAGAATGGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.CTGAGCATTCCGAGAATCC	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.GACGTTCGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TATTCGGCTAAGAAGCTAG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TCTACTTACTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TGACGAGGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.ATACCAGTTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TATCGAACTTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.TAACGACTTTTATTACTCAT	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.TAATACCAGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.TCCAATAGTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TGTCCTTATTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TTGGTTAAGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TGCCTATTATGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TGCCTATTATGTCATTGCGC	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.TCTCGCTCTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.CTGATAGGTTGGAACTAGA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.GCTGGCTATACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.GGAGCTCATCCGATTCCTG	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.GTCTATGGTTCCAATCATC	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.TCAGCTTCTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.TTATCCGCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.CATCAACGTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.CTGAGCATTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.GAAGAGGCTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACTGAATTCC.GTCTATGGTTCTAGAACTA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2CCTAGCGCCT.AAGGATATGTTATTACTCAT	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2CCTAGCGCCT.ATTAGTCTGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2CCTAGCGCCT.GTCTCTACTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.TTCGCATAATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.GACCAGGATGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.TCGAGAAGTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2GATGATCGTA.GACCGTCATTTAGATTCCG	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2GATGATCGTA.TATTGACTCTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2GATGATCGTA.TCCAAGTTATAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.CTGAGCATTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.GGTCTACGTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.TGATGCGATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.TCCAATAGTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.TGATGCGATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.ATGGTTGGTTCCAGAAGGT	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TATATGCGTTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TTTGCTACTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.CTCGTTGATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGCTGGATTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTGATTCCTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2CGGCGAGACC.GAGTTCTCTCTAAGAGAAG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2GAACTGCATC.ACCATGATTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2GACTAGTCTA.TGCCTATTATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCCAAGTTATTCCGGTAATC	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCTATTCTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.GTAGACGGTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TCGTTCTGTTCCAGAAGGT	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TGCTGGATTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.ACAGGTATTTTTGAGTATCA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.CTGCCTTATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TCTTAGTTCTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TGATTCCTCA.TAAGGTTCATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.CAGCAAGTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.GTAAGCTCTCATGCTGGTT	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TTAATGAGCTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2AACGAGGCTA.GTAAGCTCTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2AACGAGGCTA.TATTGACTCTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2AAGCCGGCTG.TCGCCAACTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2CTCGTCTAGG.GCATCCAGTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.GACCGTCATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.GTAAGGAGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.GTCATCTGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.TCTATCCAATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2GGAACGATGG.TAATACCAGTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.AGTATTAGCTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.CTGATAGGTGTCATTGCGC	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.GAGGAACTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TTGGCAATATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.GGTTCGAGTCCATTATCTA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CAAGTACTGG.TAGCCAATTTTGGAAGTACC	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CATGCATCTC.TAACTAAGGTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CATGCATCTC.TCCAATAGTTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CATTATTACC.TAGAGAGTATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CATTATTACC.TTCCATCTTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CGACTACCAA.GCTCTTAGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CGACTACCAA.TTCCATCTTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.TCATTAAGCTTTGAGTATCA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2GTCATTGCGC.GTCATCTGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2GTCATTGCGC.TTATAGGCATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.ACAGGTATTTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.GCGGTATATTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TCATCTAATC.ACGCTTGATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TCATCTAATC.ACGTTGCTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TCATCTAATC.GAGTTCTCTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TCAGGAGATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TGATAGAACG.ACTTACTCATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TGATAGAACG.GCATCCAGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TGATCTTCTTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TTGACCAGTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TGGCCGCAAT.TGACGAGGTATCGAGTCGC	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.TAAGAATGGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2ACGAGGACCT.AAGGATTACTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2ACGAGGACCT.TTCTTAACCTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2CGAGTTAGAG.TATATGCGTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.CAAGCAACTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.GAGGAACTTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.TATCGAACTTTCTAGAACTA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.GAGTTCTCTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.TCAGGAGATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TGGACTTGAC.ACGCTTGATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TGGACTTGAC.TAATACCAGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.TAGAACCAATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.TCCTAACTTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TTGAGTATCA.GGTCTACGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2ACTATCTTGA.TCGCCAACTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2ACTATCTTGA.TGCTAATTCTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2CAAGTACTGG.TATGCGATTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.CCAAGGATTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.TCGTTCTGTGTCGCTCAGT	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2GTCATTGCGC.TATTGAGGTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.GCGTACTTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.TCTATCCAATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.TCTTAGTTCTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.TTCCATTACTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2ACGTTCAACC.GCGGTATATAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.CAAGCAACTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.CATCAACGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.GCTCTTAGTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TACGGTAGTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TATGACTTGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.TTCTCATTGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.GGACTTGATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.ACGTTGCTTAACTGATCTT	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.GAGTTCTCTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.GCTGGCTATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.GTATCGCATTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.GTCCTGCATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCGATATTGA.ATTAGGTACTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCGATATTGA.ATTCCTAGATAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCGATATTGA.GCTCTTAGTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TAGTTACCTTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TTTGCTACTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TGATACGAGT.TTCTTAACCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.ATAACTTCCTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.TTGACCAGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.CGAATGAGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.TAGAACCAATTATTACTCAT	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.TGCAAGGTTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2ATAGGATATG.AACTAGTTGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2ATAGGATATG.TGCCTATTATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2CCAGGTCTAC.TTGGTTAAGTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2CGAAGGACGA.TTATAGGCATACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2CGAAGGACGA.TTGGAGTTATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.GAGTTCTCTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.GCGGTATATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.GTCATCTGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.TTCCATCTTTAATGGTCGAC	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TCTATAAGGA.GCTCTTAGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.ATCAGTCATTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.CTGCCTTATTCCAGAAGGT	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.GAAGAGGCTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.GACCGTCATTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.TATCGAACTTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.TTCCATCTTTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.ACAACCTATTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.ACGTTGCTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.TCGTCTATTTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2ACGCAACTCC.TTCTCTAGTTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2CTGCTTCGAC.ACGTTGCTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2GACCTCCGCC.TGCTACTAATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2GGAACGATGG.TTGACTCAATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.ATATGGATCTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.GGCGTTAATCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2ACGTTCAACC.GTTGCAAGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2ACGTTCAACC.TTACCTAAGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2ACGTTCAACC.TTGGCTCATGATACGGAAC	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.TCTAGGAATTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.TGAATCTGATCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2ACTGAATTCC.GGTTGGCATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2ACTGAATTCC.TAGAGCCTTTATTACTCAT	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.CAGCATTGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.TTCAACTGATTAGAGTAATA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.TTCTCTAGTTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2CTCCGGTTCT.TGCCTATTATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2TGATACGAGT.ATTAGGTACTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2TGATACGAGT.TTAATGAGCTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2ACTATCTTGA.TTATAGGCATATCGAGTCGC	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2CAAGTACTGG.GGAGCTCATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2CGACTACCAA.TAGATGACTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2CGACTACCAA.TGATCTTCTTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2CGTCCGTCCT.GTAAGCTCTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.TCATTAAGCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.TATTCTCCTTAATCGATAAT	Neural
progenitors	0
06_08_exp11_idx1GCAAGACCGT.AAATCGTTCTGCTGGAACTT	Neural
progenitors	0
06_08_exp11_idx1GCGCTATGGT.ATAGTTGACTGCTAACCTCA	Neural
progenitors	1
06_08_exp11_idx1TAGTAAGCCG.AGCAACGATTGACGCTCCG	Neural
progenitors	0
06_08_exp11_idx1TCTATCGCTG.AAGGCTACTAGGTTAGTTC	Neural
progenitors	0
06_08_exp11_idx1TCTTGAGGTT.GTAAGCTCTGCAGACCGGT	Neural
progenitors	0
06_08_exp12_idx1AACGCGCAGA.TGCTAATTCTATTCAGGTAC	Neural
progenitors	0
06_08_exp12_idx1ACGGCGTTAA.TCGTCTATTTCAATTACCGT	Neural
progenitors	0
06_08_exp12_idx1AGATTACGTT.ATATGGATCTATAAGGAGCA	Neural
progenitors	0
06_08_exp12_idx1AGTTCTCATG.TCCTATAAGTATCAACGATT	Neural
progenitors	0
06_08_exp12_idx1AGTTGAATCA.TGAGTTAGATTTAGGATCTA	Neural
progenitors	0
06_08_exp12_idx1CTAAGCCTTG.TCGTTCTGTACCGCCAACC	Neural
progenitors	0
06_08_exp12_idx1CTATATAGCC.TCTAGGAATTTACTTACTTA	Neural
progenitors	0
06_08_exp12_idx1GAACTCGACT.AGAGATGAATCATCCGACTA	Neural
progenitors	0
06_08_exp12_idx1GCGGCTGCGG.CAGCAAGTTCTGATTAAGA	Neural
progenitors	0
06_08_exp12_idx1GCTTGAAGAG.AACTTGGATTATCATATTAG	Neural
progenitors	0
06_08_exp12_idx1GCTTGAAGAG.CTCTACTGTTGACGCTCCG	Neural
progenitors	0
06_08_exp12_idx1GTAGGATAAG.GTAAGGAGTCATTCGACGG	Neural
progenitors	0
06_08_exp12_idx1TAGTAAGCCG.TAATACCAGTATAAGGAGCA	Neural
progenitors	0
06_08_exp12_idx1TAGTAAGCCG.TATCGAACTTAACCATTGGA	Neural
progenitors	0
06_08_exp12_idx1TATAATAGTT.GCGCTCAATCAATTACCGT	Neural
progenitors	0
06_08_exp12_idx1TCAATCTCCT.TGGCCTGATACTTAACTAG	Neural
progenitors	0
06_08_exp12_idx1TCGCCGCCGG.GTTCCAGCTAACCTGGTCT	Neural
progenitors	0
06_08_exp12_idx1TCGTAGCATC.GTCCTGCATTGACGCTCCG	Neural
progenitors	0
06_08_exp12_idx1TCTTGAGGTT.TCGTTCTGTTAATGAACGA	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2AACGAGGCTA.AAGTACGTTTGTCCTAGAGG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2AACGAGGCTA.CCAATCCATTTCCAACCGC	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2ACGCAACTCC.ATTCGGAGTCCGCTCCGGC	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2ACGCAACTCC.CCGACCAATTCCAATCATC	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2CTCGTCTAGG.ACAGGTATTTCCGCTCCGGC	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2CTCGTCTAGG.ATGCATTCATTATGAGTTAA	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2CTCGTCTAGG.ATTACCATCTGTTCGTCAGA	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2CTGCTTCGAC.ATTAGGTACTAATGCCGCTT	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2CTGCTTCGAC.CATCAACGTTAACTCTTAG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2CTGCTTCGAC.CCAAGGATTGGACTACTAC	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2CTGCTTCGAC.TACTTGCGTCTTGCAGTAG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2CTGCTTCGAC.TATAAGAGGTGTTACGCAAG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2CTGCTTCGAC.TGTCCTTATTTTGCTGGCAT	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GACCTCCGCC.ATAACTTCCTACGTCCGCAG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GACCTCCGCC.ATACTACTCTTTCATAGGAC	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GACCTCCGCC.ATTCCTAGATCATCAGAATG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GACCTCCGCC.TTACCTAAGTCATCAGAATG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.AGGCTCGTTTGGCCGGCCT	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.CCTAATGGTTGGCCGGCCT	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.TAACGACTTTGAGCATATGG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.TCAGCTTCTAGTAACGGTC	Neural
progenitors	1
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.TTCGTTCCTTTAATTGAAT	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2TGCCAGATGG.AAATCGTTCTCCGTTCCTTA	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2TGCCAGATGG.ATATCCTACTTTAATTGAAT	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2TGCCAGATGG.CTTCGACTTGGCGAACTCG	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2AAGATCCAAC.AAGGATTACTGGCGAACTCG	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2AAGATCCAAC.ATAATCCTGTCAACCAGTAC	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2AAGATCCAAC.CAAGGCGTTCATAGTTCGG	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2AAGATCCAAC.TTACCTAAGTACTTGCTAGA	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2ACTATCCGCA.ACGTCTAGTGTATCATCGA	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2ACTATCCGCA.ATACTACTCTTATATACTAA	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2ACTATCCGCA.TTGACTCAATCGGTTATGCC	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2CGAGTTAGAG.ATGCATTCATTTCAATATAA	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2CGAGTTAGAG.CTCGTTGATCCGCGATTAT	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2CGAGTTAGAG.TTATCCGCTCCGCGATTAT	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2GGTAGGTCTC.ACCATGATTTAAGCCAGTTA	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2TGGACTTGAC.AAACTGAACTAGTAACGGTC	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2TGGACTTGAC.AAGTTCTTGTCGTAATGCAG	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2TGGCGTAGGT.ACTGGTTATTGGAGGATAGC	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2TTGGTCATAA.CTCGCATGTCCGCTCCGGC	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2AGTCCGCGGA.CCGACCAATCTTGCAACCT	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2ATAGGATATG.TAACGACTTTATATGAGCCA	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2CCAGGTCTAC.CTAACGACTTTGCTGGCAT	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2CGAAGGACGA.CCTAATGGTACTATAGGTT	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GATACCTAAG.AATACCGAATAGCCGGTACC	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GATACCTAAG.ATACTACTCTCCGCTGCCAG	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GATACCTAAG.ATTCCTAGATGTAGCTCCAT	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GATACCTAAG.CTAACGACTCAACCAGTAC	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GATACCTAAG.CTGAGCATTATTCGACCAA	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GATACCTAAG.TAAGAATGGTTTCAATATAA	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CCGTCGGAGG.ATACCAGTTTAGCCGGTACC	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CCGTCGGAGG.ATATCCTACTGTATCATCGA	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CCGTCGGAGG.ATGCATTCATCCTTGGTCCA	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CGATCATTAC.CAGCATTGTCGGTTATGCC	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CGATCATTAC.CCTGCAGTTTTGCTAACGG	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CGATCATTAC.TGTCCTTATTAGTAACGGTC	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2GATCAGTCAT.ACGATATCATGTATAATACG	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2GATCAGTCAT.CCAATCCATGTATAATACG	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2GATCAGTCAT.TAATACCAGTAGTAACGGTC	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGCTGGATTTTATTATGGT	Neural
progenitors	1
06_08_exp2_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTCGTTCCTCAACCAGTAC	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTGATTCCTTATCGGCTATC	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TATAACTTCC.TCGAGAAGTGTAGCTCCAT	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TCCGGTAATC.CCAAGGATTTATCATGATC	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TCCGGTAATC.CTGATAGGTTAACGATCCA	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TGGATTCTATTTCTTCCGGT	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.AAGTTCTTGTGAGCATATGG	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACAACCTATTGTTACGCAAG	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACTTACTCATGGCGAACTCG	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TTAGATTCCG.ATTAGGTACTGATATCGGCG	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TTAGATTCCG.CTGCCTTATGATATCGGCG	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2ACGAGGACCT.CTAACGACTGATATCGGCG	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2AGTTGCATCT.CTACCTGGTCAAGTCGACC	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2AGTTGCATCT.GTCTATGGTTTCGCCTCCA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CATGCATCTC.AAGGATATGTTCAAGCCGAT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CATGCATCTC.CTACCTGGTCCAGTCCTCT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CATGCATCTC.TAACGACTTTTTATTATGGT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CTAACTCCAA.AAACTGAACTGGCGAACTCG	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CTAACTCCAA.ACGGAACGTAACCTGCGTA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CTAACTCCAA.AGAGCATGTGATATCGGCG	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CTAACTCCAA.ATACCAGTTTTTGCTAACGG	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CTAACTCCAA.CGATTCGCTTAACGAATTG	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACTTACTCATGAGCATATGG	Neural
progenitors	15
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACTTCCGTTTAACGATCCA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AGATCGGATTTCTTCCGGT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATAACTTCCTACGCGAGATT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATGCATTCATAATGCCGCTT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CAGCATTGTCTTGGTAATG	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2TCATCTAATC.AGGCGGAATCGGCGTAACT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2TGATAGAACG.AAGGCTACTAATCGATAAT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCGTTCCTGGCGAACTCG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2AGGTCAATTA.AACTGGCATATTCGACCAA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2AGGTCAATTA.AAGTACGTTTATATTGATAC	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2AGGTCAATTA.ATCTGATGATGACGAAGCGT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2AGGTCAATTA.CGGTAAGGTTTGCGAGGCA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CAAGATTAAG.ACTGGTTATTCTTGGTAATG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CAAGATTAAG.ATCTGATGATAAGTAAGAGC	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CAAGATTAAG.CTTCGACTTCCGCTCCGGC	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTATCCGCTTTATTCTGAG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ACTGGACCTTTGCGAGGCA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ACTTCCGTTTAACGATCCA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CAGATCAGTTCAAGCCGAT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTCGTTCCTAGTAACGGTC	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CGGCGAGACC.CCAGCCTTTCCATTATCTA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CGGCGAGACC.GCTCTTAGTAGAGCCAAGG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.ACATGGTAATCCGCGGCTCA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.ACTGAATACTCAATTACCGT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.ATAGTTGACTGTAGCTCCAT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.CGTTGATCTACGTCCGCAG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.CTGATAGGTGTTACGCAAG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.GAGGAACTTCTTGCAACCT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.TAACGACTTTGTCCTAGAGG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.TAATACCAGTCATCTCTGCA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GACTAGTCTA.AAATTCCTCTATTCGACCAA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GACTAGTCTA.ACTTGATTGTCTTGCAGTAG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GACTAGTCTA.AGATTGGTTTTCCAATCATC	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GACTAGTCTA.CAAGCAACTGCTGGAACTT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GACTAGTCTA.CTCGCATGTGTCCTTAAGA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GACTAGTCTA.TGATGCGATAGAGCCAAGG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTCTCATTGTTCAACGTAAG	Neural
progenitors	1
06_08_exp2_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CGATTCGCTTTCATAGGAC	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TAGAACCAATCCGTTCGGAT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCAGCTTCTTGGCCGGCCT	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2ACTATCTTGA.CGTAGGCTTTATGAGTTAA	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2ACTATCTTGA.TATAAGAGGTCCGCGGCTCA	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.ACGTCTAGTCTTGCAACCT	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.AGGCTCGTTTTCCAACCGC	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.AGTCGCATTACCTCTATCT	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.ATAGTTGACTCGTAATGCAG	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.CCGACCAATTTATTATGGT	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.CGAGGCAATCCGCTGCCAG	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.TGTCCTTATTCATAGTTCGG	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2GTCATTGCGC.AACTGGCATGGAGGATAGC	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2GTCATTGCGC.TGGATTCTATCCGCTGCCAG	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2TGGCCGCAAT.ACATTCGTATGTCCTAGAGG	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2TGGCCGCAAT.CAGCATTGTTCAAGCCGAT	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACGTTCAACC.AATACCGAATCCGTTCCTTA	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACGTTCAACC.CTCGCATGTTAGACTTCTT	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACGTTCAACC.GGCGTTAATTAACTCAATT	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.ATTCAAGCATACGAAGTCAA	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.ATTCGGAGTCGTAATGCAG	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.ATTCGGAGTTTCAATATAA	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.CGAATGAGTTAACGAATTG	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.TATAAGAGGTGAGCATATGG	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.TATCTCGATTTATATACTAA	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCTAACTTTTCAACGTAAG	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2CCTAGCGCCT.ACATTCGTATTTAATTGAAT	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2CCTAGCGCCT.ATTACCATCTCCTTGGTCCA	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2CCTAGCGCCT.TTCCATCTTTGGCAGACGCC	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2CTCCGGTTCT.CTAACGACTGTCCTAGAGG	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2GCTCTAACGA.GTCTCTACTAATACCATCC	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2TCTAGAACTA.CAACTCTCTTTCATAGGAC	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2TCTAGAACTA.CCTGCAGTTTAACTCTTAG	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2TGATACGAGT.AAACTCCAATCTTGCAACCT	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2TGATACGAGT.ATACCAGTTTTCAAGCCGAT	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2TGATACGAGT.ATGCATTCATTATAGACGCA	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2TGATACGAGT.CAACTCTCTTAACGAATTG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.AAGGATTACTCTTGGTAATG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.ACAATGCTATACGTCCGCAG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2CAAGCTTGGC.AACTTGGATTGGCAATGAGA	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GACCTCTCTG.AAGTATTGGTAGGTATACTC	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GACCTCTCTG.CAAGGCGTTTTATTATGGT	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GACCTCTCTG.GCGTACTTTAAGTAAGAGC	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GACCTCTCTG.TGATGCGATGACGAAGCGT	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GATTGCAGAC.CAAGGCGTTAGGAGAGAAC	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GATTGCAGAC.CAAGGCGTTCGTAATGCAG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GATTGCAGAC.GAGGAACTTCCGCTGCCAG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GATTGCAGAC.GATACGTCTAGGTTAGCAT	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GATTGCAGAC.TCGAGAAGTTTCTTCCGGT	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GCAACTGGCA.AAGTATTGGTAGGTATACTC	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GCAACTGGCA.CTCGTTGATTATCATGATC	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GCAACTGGCA.TAATCAGCTTTAACTCAATT	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GCAACTGGCA.TAGATGACTTATATGAGCCA	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2TCCGTCGCCA.TCTTAGTTCTATGGCTCTGC	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2TCGATATTGA.ACATTCGTATCTTGCAACCT	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2AACGGACCAA.ATTACCATCTCTTGCAGTAG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2AACGGACCAA.CCGACCAATGTATAATACG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2ACTGAATTCC.CTACCTGGTCGGCGTAACT	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CGAGCTGCCA.ACTTACTCATGTATAATACG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CGAGCTGCCA.TTCTCATTGTCATAGTTCGG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CTCGGTCAAT.AACGATCATTCCATAAGTCC	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CTCGGTCAAT.ACTTACTCATCCGCGGCTCA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CTCGGTCAAT.CCAGCCTTTGTCCTAGAGG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CTCGGTCAAT.GCTCTTAGTGTTCGTCAGA	Neural
progenitors	1
06_08_exp2_idx1TTGGTAAGGA_idx2CTGCAATCGC.ATAATCCTGTTGGCCGGCCT	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CTGCAATCGC.TGGATTCTATTAGACTTCTT	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2GATGATCGTA.GCGTACTTTTTACGATGAA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2GATGATCGTA.GTCTATGGTCGTCGCAGCC	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2GATGATCGTA.TGGATTCTATGTATCATCGA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2GATGATCGTA.TTCTTCGTTTTTATTCTGAG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2TGAGGTAGAA.AAGGATTACTTTACGATGAA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2TGAGGTAGAA.ATGGTTGGTCCGCTGCCAG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2TGAGGTAGAA.TCTATCCAATTAACGATCCA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2TGAGGTAGAA.TTACCTAAGTCATTCAATCA	Neural
progenitors	0
06_08_exp3_idx1ATTATGCAAG_idx2TGGACTTGAC.AGAACTCCTGCGTTGGAGC	Neural
progenitors	0
06_08_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.CCAATCCATTGGCTGATGA	Neural
progenitors	1
06_08_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.GGCGTTAATTCAGCTCTAA	Neural
progenitors	0
06_08_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.ATGCCAAGTGGTATGCTTG	Neural
progenitors	0
06_08_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.TCCGTATGTTGGAGAATTC	Neural
progenitors	0
06_08_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.AAATCGTTCTCATTCAATCA	Neural
progenitors	0
06_08_exp4_idx1GGCTTACTCC_idx2AGGATTACCA.CGGAACCTTTAACTCAATT	Neural
progenitors	0
06_08_exp4_idx1GGCTTACTCC_idx2CCGTCGGAGG.ATTGAGGAATTTAATTGAAT	Neural
progenitors	0
06_08_exp4_idx1TATAATAGTT_idx2CTGCTTCGAC.AAGGATATGTCTAGTAGTCT	Neural
progenitors	1
06_08_exp4_idx1TTGCGAGCAT_idx2TCTATAAGGA.CCGACCAATTATAGACGCA	Neural
progenitors	0
06_08_exp4_idx1TTGCGAGCAT_idx2TTAGATTCCG.AAACTGAACTCTTGCAACCT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.AACCGCTGTTATCGTCGGC	Neural
progenitors	15
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GGCGCATTTGTTGAAGGAT	Neural
progenitors	15
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CCAGAACCTAAGTTGCCAT	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CTCCAGAGTATAGACTAGG	Neural
progenitors	15
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CTCCGGTTTCGGTAGGAAT	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TCGCCAACTACCAGCGCAG	Neural
progenitors	15
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ACGGCAATTAATAATACCA	Ventral
midline	9
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.AGGCATCATAGAGCCAGCC	Ventral
midline	9
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTTCCAGCTTTAATTATTG	Ventral
midline	9
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GCGGTATATAACTGCTGCC	Neural
progenitors	15
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TAGTTACCTTAAGACGGCCA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TATCATGAGTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.AGGCATCATTGGAGAATTC	Neural
progenitors	15
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGACTTGATAATGCTAGTC	Neural
progenitors	15
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TAAGACCGTGGAGCGGCCG	Neural
progenitors	15
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCCTCGAGTACCGCAGAAT	Neural
progenitors	15
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCTCGCTCTTTGATGCTAT	Neural
progenitors	15
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTAATGAGCTTCTCCTATAA	Neural
progenitors	15
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TGTTAAGACTCCTTACTCCT	Neural
progenitors	15
06_08_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.GACCAGGATATAGACTAGG	Ventral
midline	9
06_08_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.ACCGTAGCTTGGCTGATGA	Neural
progenitors	15
06_08_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.AGCAACGATCGGATGAAGG	Neural
progenitors	15
06_08_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GAGACTAGTGGAGCGGCCG	Neural
progenitors	15
06_08_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GTAAGCTCTTGGAGAATTC	Neural
progenitors	15
06_08_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TCCTACCTTATTGAGATTG	Neural
progenitors	15
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TAGGTACTATGAAGGTTGCC	Neural
progenitors	15
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCCGTATGTGCGTTCAGCT	Neural
progenitors	15
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TAGCCAATTTAATGCTAGTC	Neural
progenitors	15
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCATTAAGCTATTGAGATTG	Neural
progenitors	15
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGGTAATAGTTTCGCTTACG	Ventral
midline	9
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GTACCTCTTACCGCAGAAT	Neural
progenitors	15
06_08_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TCATTAAGCTCTCTGCGGCA	Neural
progenitors	15
06_08_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GTACCTCTTAGGCCGCTCG	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TTCCATTACTCGGATGAAGG	Neural
progenitors	15
06_08_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.GTTCGCTGTGGCCAGTCCG	Neural
progenitors	15
06_08_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TCGAATCTTTGGAGCGGCCG	Neural
progenitors	15
06_08_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TCGGTACCTTCAGACGAAC	Neural
progenitors	15
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GAGACTAGTGACGACCTGC	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GCTCGAGATAAGACGGCCA	Neural
progenitors	15
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTTCCAGCTAAGTTGCCAT	Ventral
midline	9
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.AGTTGCGCTTTGATGCTAT	Neural
progenitors	15
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCATGGCTTAAGACGGCCA	Neural
progenitors	15
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCTAGGAATTTTAGCAATAA	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TCGAATCTTTCGGAAGATAT	Ventral
midline	9
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTTGCTCCTTATCCTCAAT	Neural
progenitors	15
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATTGACTCTAATAATACCA	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCTACTTACTCTCTGATCAG	Neural
progenitors	15
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.ATGCCAAGTACCAGCGCAG	Ventral
midline	9
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CTGCTGAATTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GACTGACGTTGGTATTCAT	Neural
progenitors	15
06_08_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GGTTGGCATGATAAGGCAA	Neural
progenitors	15
06_08_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TCGCGCATTCGGTAGGAAT	Ventral
midline	9
06_08_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TCTCCGAATCCAGGCCGCA	Neural
progenitors	15
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TAGGTACTATGGAGCGGCCG	Neural
progenitors	15
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TAGTTACCTTTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GGCTTACTTACCAGCGCAG	Neural
progenitors	3
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GGTAGTCCTGCGTTCAGCT	Neural
progenitors	15
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TATAAGGCTTCTCTGATCAG	Neural
progenitors	15
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TTGGAGTTATCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.ACGGCAATTTATCGTCGGC	Neural
progenitors	15
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CCGTCTCATAAGTTGCCAT	Neural
progenitors	15
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TATAAGGCTTCAGGTATGGA	Ventral
midline	9
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCATTAAGCTCTCTGCGGCA	Neural
progenitors	15
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGACGAGGTCCGTCCAGTA	Neural
progenitors	3
06_08_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GATCGACCTACCGCAGAAT	Ventral
midline	9
06_08_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TACGGTAGTTTGGACGCTG	Ventral
midline	9
06_08_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GGTTGGCATTGGAGAATTC	Neural
progenitors	15
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CCAGAACCTGATAAGGCAA	Neural
progenitors	15
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CCGAGAGATGAAGGTTGCC	Neural
progenitors	3
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCCGGTCATCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCCGACGTCCGTCCAGTA	Ventral
midline	9
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.AAGATGCCTTATCCTCAAT	Neural
progenitors	15
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTTCGCTGTATTGAGATTG	Neural
progenitors	15
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTGAGTCCTTCTCCTATAA	Ventral
midline	9
06_08_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.GCGGAGAATCGGATGAAGG	Neural
progenitors	15
06_08_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GGATAGGTTTTACGTATAC	Neural
progenitors	15
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GCGCTCAATGTTCCGCTAA	Ventral
midline	9
06_08_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TATAAGGCTTTACGGCTACG	Neural
progenitors	15
06_08_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GGTACGGATGATAAGGCAA	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TCTAGGAATTCGAATAGATG	Neural
progenitors	15
06_08_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TTCCGACGTTGGTATTCAT	Neural
progenitors	15
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CTATCTCCTAACTGCTGCC	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GACCAGGATCCGTCCAGTA	Neural
progenitors	15
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCATCCAGTAACTGCTGCC	Neural
progenitors	15
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CGTCGAAGTCATAACCAGC	Neural
progenitors	15
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGCGACTATAGTTCGAGTA	Ventral
midline	9
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCATTAAGCTCGGAGATCCG	Neural
progenitors	15
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCTCTCCATTTAGCAATAA	Neural
progenitors	15
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CGCCGTAATTTGATGCTAT	Neural
progenitors	15
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCAATCGCTACCGCAGAAT	Neural
progenitors	15
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGGTCGAATGCCGGTCGAG	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AGTTGCGCTTTGATATATT	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTCGCTTACCAGCGCAG	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTCCTGCATAAGTTGCCAT	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAGCCAATTTTTAGCAATAA	Ventral
midline	9
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGGTAATAGTCGATGGCGCC	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCCATTACTTATCCTCAAT	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCCATTACTTCTACCATTA	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CGACGATATCGGATGAAGG	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GAGACTAGTGGCCAGTCCG	Ventral
midline	9
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGTAGGCTGCGTTCAGCT	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGAGTCCTCCTTACTCCT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.ATGGCGTATTGGTATTCAT	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GCGCTCAATCCGTCCAGTA	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GACCGTCATTATCGTCGGC	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GCTTCTGGTCGGAGATCCG	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCCGGTCATTTGGACGCTG	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGCTACTAATTGGTATTCAT	Ventral
midline	9
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTTCGAGTGCGTTCAGCT	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATTGAGGTTCTGAACTGGT	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCGGTCATTTGATATATT	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCTTAACCTCTGAACTGGT	Neural
progenitors	1
06_08_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TATCGAACTTCGCGTACGAC	Neural
progenitors	15
06_08_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GCAATCGCTGCCGTCGCGT	Neural
progenitors	15
06_08_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GGCGACTATTGCATATAAC	Ventral
midline	9
06_08_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TGGATCCGTTATCCTCAAT	Neural
progenitors	15
06_08_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.GACTTGGCTTGGTATTCAT	Neural
progenitors	15
06_08_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TCGGTACCTAGAGCCAGCC	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GCGGAGAATGAAGGTTGCC	Ventral
midline	9
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CGGTTCCATAAGTTGCCAT	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GAGACTAGTCCAGGCCGCA	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATCATGAGTAAGTCTTCCG	Ventral
midline	9
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCTTCTGGTCGAATAGATG	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGTTGGCATTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGTTGGCATTGGTATTCAT	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCATAGAGTTTTGATATATT	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGTTCTGTCCGTCCAGTA	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CCTCCTGATACCGCAGAAT	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.AGCAACGATTCGAGGAGTA	Ventral
midline	9
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TATGGTCTTTCTCTGATCAG	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCTCGCTCTTGGAGAATTC	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GAACGATGTAATGCTAGTC	Ventral
midline	9
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTCGGCAATTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TACTCCTATTTATCCTCAAT	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCTCTCGTGCGACGCCTT	Neural
progenitors	15
06_08_exp1_idx1TATAATAGTT_idx2AGATCCTATA.GTACCTCTTTTGATATATT	Neural
progenitors	15
06_08_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.GGCGCATTTGCCGGTCGAG	Neural
progenitors	15
06_08_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.ACGAGGTTTCGGAGATCCG	Neural
progenitors	15
06_08_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.TACTCCTATTGCGTTCAGCT	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CCGAGAGATCGGAGATCCG	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCGCGCATTTATCGTCGGC	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCGCTCAATACCAGCGCAG	Ventral
midline	9
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTTGCTCCTTGGTATTCAT	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATAAGGCTTGCGTTCAGCT	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATCGAACTTACCAGCGCAG	Ventral
midline	9
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCGCATAATCGGATGAAGG	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCGTTCTGTGTTGAAGGAT	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.AAGATGCCTTCTCCTATAA	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACCAATGCTTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CCGGAGTTTTGGCTGATGA	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCCTCGAGTCCGTCCAGTA	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGGTACCTGTTCCGCTAA	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.ACGGCAATTCGGATGAAGG	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TACTCCTATTGCCGGTCGAG	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.CCTCCTGATAGACTCAAGC	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.CGAGATGCTCGGTAGGAAT	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GACTCGCTTGATAAGGCAA	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GTTGCAAGTCGCGTACGAC	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GGCTTACTTCGCGTACGAC	Neural
progenitors	15
06_08_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TTATAGGCATTTAGCAATAA	Neural
progenitors	15
06_08_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TTATAGGCATGATAAGGCAA	Neural
progenitors	15
06_08_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TCTCGCTCTTTGATATATT	Ventral
midline	9
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCAGATACTAATGCTAGTC	Ventral
midline	9
06_08_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GTCGGCAATTGGTATTCAT	Ventral
midline	9
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ATGGCAGCTAAGTTGCCAT	Neural
progenitors	15
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.AAGCGCCATCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TGGTAATAGTACCTGGACGC	Neural
progenitors	15
06_08_exp10_idx1AATACGATAA_idx2AACTTATAAG.AGCGTAAGTTAGAGTAATA	Neural
progenitors	15
06_08_exp10_idx1AATACGATAA_idx2GCTCTAACGA.CTCGTTGATAATGGTCGAC	Neural
progenitors	15
06_08_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TAGAGCCTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TTCTCTAGTTACTCAATAGG	Neural
progenitors	15
06_08_exp10_idx1AATACGATAA_idx2TCTAGAACTA.CCTAATGGTTCCAGAAGGT	Neural
progenitors	15
06_08_exp10_idx1AATACGATAA_idx2TCTAGAACTA.GTTGCAAGTAGATATATCG	Neural
progenitors	15
06_08_exp10_idx1ACGGCGTTAA_idx2AGGATTACCA.GGTTGGCATACCGTTACGA	Neural
progenitors	15
06_08_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.GATAAGCGTACTATCCGCA	Neural
progenitors	15
06_08_exp10_idx1ATAAGGACTC_idx2ACGAGGACCT.CTGAGCATTACCGTTACGA	Neural
progenitors	15
06_08_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.GGTCTACGTTCTAGAACTA	Neural
progenitors	15
06_08_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TTCTTAACCTTCTAGAACTA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.GTTGCAAGTTCCAATCATC	Neural
progenitors	15
06_08_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TGAGAATCATCCGTCGGAGG	Neural
progenitors	15
06_08_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.AATTCATCGTTATTACTCAT	Neural
progenitors	15
06_08_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.ATACCAGTTTATCGGCTATC	Neural
progenitors	15
06_08_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.AGATCGGATTAGAGTAATA	Neural
progenitors	15
06_08_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.TCGAGAAGTATCGAGTCGC	Neural
progenitors	15
06_08_exp10_idx1GCATCGTATG_idx2CGATCATTAC.GAAGAGGCTTTCAAGACCA	Neural
progenitors	15
06_08_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.GACTTGGCTCTTGCGCCGC	Neural
progenitors	15
06_08_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TCTAGGAATTAAGAAGCTAG	Neural
progenitors	15
06_08_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.TATAAGGCTTAGATATATCG	Neural
progenitors	15
06_08_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.TTGAGAGATTCCGTCGGAGG	Neural
progenitors	15
06_08_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.TTACCTAAGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.ACGCTTGATACGAAGTCAA	Immature
neurons	2
06_08_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.AAATTCCTCTTCCGGTAATC	Ventral
midline	9
06_08_exp10_idx1TATTAGACTT_idx2CATGCATCTC.TTCGCATAATTCCGTCGCCA	Neural
progenitors	15
06_08_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.GCTGGCTATCCATTATCTA	Neural
progenitors	15
06_08_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.TATCTCGATTACGAAGTCAA	Neural
progenitors	15
06_08_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TAGAGAGTATGACCTCCGCC	Neural
progenitors	15
06_08_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.TAGGAAGGTACGCGAGATT	Neural
progenitors	15
06_08_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.TTAATGAGCTCGGCGAGACC	Neural
progenitors	15
06_08_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.TTGACTCAATACTATCCGCA	Neural
progenitors	0
06_08_exp11_idx1AATATTACTT.TATTCTCCTTCCGCGATTAT	Neural
progenitors	15
06_08_exp11_idx1AGACCATATC.ACCATGATTTAGTTGCATCT	Immature
neurons	2
06_08_exp11_idx1AGTTCTCATG.ATTACCATCTTTACGTATAC	Neural
progenitors	3
06_08_exp11_idx1CATTATTATT.CCTAATGGTCGGTCAAGAA	Neural
progenitors	0
06_08_exp11_idx1CGTTACCGCT.GTCCTGCATTATAGTAAGC	Neural
progenitors	15
06_08_exp11_idx1CGTTATGCCA.TCTCTCCATGTTCGTCAGA	Neural
progenitors	15
06_08_exp11_idx1GCGTTCCGTT.GAGGAACTTACGTCATATA	Neural
progenitors	15
06_08_exp11_idx1TAGAGGCGTT.TCCTATAAGTACCGCCAACC	Neural
progenitors	15
06_08_exp11_idx1TATAATAGTT.TCGAATCTTTACTTAACCTT	Neural
progenitors	15
06_08_exp11_idx1TGATATTGCG.CAGGACTCTGGTACCGGCA	Neural
progenitors	15
06_08_exp11_idx1TTGCCGTAGG.ATGGTTGGTAGGTTAGTTC	Neural
progenitors	15
06_08_exp12_idx1TATAATAGTT.GACTTGGCTCTTCGGCGCA	Neural
progenitors	15
06_08_exp12_idx1TCGTAGCATC.AGCAACGATCTTCGGCGCA	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2AAGCCGGCTG.AGCTATCGTCAAGTCGACC	Neural
progenitors	15
06_08_exp2_idx1AGACCATATC_idx2GACCTCCGCC.AACGCGTCTTTAATTGAAT	Neural
progenitors	15
06_08_exp2_idx1AGACCATATC_idx2GACCTCCGCC.AGGATAATCTAACCATTGGA	Neural
progenitors	15
06_08_exp2_idx1GCGCGTTCAT_idx2GATCAGTCAT.AACGTAATCTCGGCGTAACT	Sensory
progenitors	6
06_08_exp2_idx1GTAGCAGCTA_idx2CATTATTACC.TACTTGCGTCCGCTGCCAG	Neural
progenitors	15
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTGCCTTATAACCTGGTCT	Neural
progenitors	15
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAGAACCAATAACCATTGGA	Neural
progenitors	15
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCGTTCCTTATGAGTTAA	Neural
progenitors	15
06_08_exp2_idx1GTAGCAGCTA_idx2TGATAGAACG.ATAACTTCCTAGGTTAGCAT	Neural
progenitors	15
06_08_exp2_idx1TAGTAAGCCG_idx2CAAGATTAAG.CGTCTTCCTAACCTGCGTA	Neural
progenitors	15
06_08_exp2_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGATGCGATTTCTTCCGGT	Neural
progenitors	15
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.ACAATGCTATCGGCGTAACT	Ventral
midline	9
06_08_exp2_idx1TAGTAAGCCG_idx2GGTCCAGGAG.ACTTCCGTTACTTGCTAGA	Neural
progenitors	15
06_08_exp2_idx1TATTAGACTT_idx2ACTATCTTGA.AGGCGGAATCTTGGTAATG	Neural
progenitors	15
06_08_exp2_idx1TATTAGACTT_idx2ACTATCTTGA.CAAGCAACTGTATAATACG	Neural
progenitors	15
06_08_exp2_idx1TATTAGACTT_idx2GTCATTGCGC.AAGGCTACTAGGTATACTC	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2GTCATTGCGC.AGTCGCATTCTAGTAGTCT	Neural
progenitors	15
06_08_exp2_idx1TATTAGACTT_idx2TGGCCGCAAT.TAAGGTTCATAACCATTGGA	Neural
progenitors	15
06_08_exp2_idx1TGGACGACTA_idx2ACGTTCAACC.GGTCAGTTTACTTGCTAGA	Neural
progenitors	15
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.TGAATCTGATCGTAGTTACC	Neural
progenitors	15
06_08_exp2_idx1TGGACGACTA_idx2CTCCGGTTCT.TAGAACCAATTGGCCGGCCT	Neural
progenitors	15
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.ATATCTGGATTTATAGCAGA	Neural
progenitors	15
06_08_exp2_idx1TTCCGTCGAC_idx2TCGATATTGA.CCAAGGATTAATACCATCC	Neural
progenitors	15
06_08_exp2_idx1TTGGTAAGGA_idx2ACTGAATTCC.GAGGAACTTACGAAGTCAA	Neural
progenitors	15
06_08_exp2_idx1TTGGTAAGGA_idx2ACTTCCGAAT.GCGTACTTTCCGCTGCCAG	Neural
progenitors	15
06_08_exp2_idx1TTGGTAAGGA_idx2CTGCAATCGC.TCTATCCAATTATCATGATC	Neural
progenitors	15
06_08_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.ACAATGCTATTCCTACCAGT	Neural
progenitors	15
06_08_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.TAGAGAGTATCATAGTTCGG	Neural
progenitors	15
06_08_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.TCCTACCTTTAACTCTTAG	Neural
progenitors	1
06_08_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.CCAGAACCTTAACTCTTAG	Neural
progenitors	15
06_08_exp3_idx1AGTCCGCTGC_idx2GGTCCAGGAG.ATACTACTCTACTATGCAAT	Neural
progenitors	15
06_08_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.ATAATCCTGTCGTAGTTACC	Neural
progenitors	15
06_08_exp3_idx1ATAAGGACTC_idx2AGTCCGCGGA.TGAGTTAGATGGCGAACTCG	Ventral
midline	9
06_08_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.AACTAGTTGTTTGCTGGCAT	Ventral
midline	9
06_08_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.CTAACGACTTTACGATGAA	Neural
progenitors	15
06_08_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.GCGTACTTTCTTGCAGTAG	Neural
progenitors	15
06_08_exp3_idx1ATTATGCAAG_idx2GTCGCTCAGT.GAACGATGTCGGAAGATAT	Ventral
midline	9
06_08_exp3_idx1ATTATGCAAG_idx2TGATAGAACG.GCTCGAGATTATCCTCAAT	Ventral
midline	9
06_08_exp3_idx1CCTCAGCTCC_idx2CGGCGAGACC.ACCTTCGGTCGCGTACGAC	Neural
progenitors	15
06_08_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.CAATCGGTTTTGACTTCAG	Neural
progenitors	15
06_08_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.CCAGAACCTCCAGTCCTCT	Neural
progenitors	15
06_08_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.AGTTGCGCTTATCCTCAAT	Neural
progenitors	3
06_08_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TAATCAGCTTGCGTTCAGCT	Neural
progenitors	15
06_08_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.ATTAATGCCTTTGATATATT	Neural
progenitors	15
06_08_exp3_idx1GCATCGTATG_idx2TCGATATTGA.AAGGACGATACTAGAGAGT	Ventral
midline	9
06_08_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TCGAAGGATCTTGCAGTAG	Neural
progenitors	15
06_08_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.CTCCATCATGGCCAGTCCG	Neural
progenitors	15
06_08_exp3_idx1GTAGCAGCTA_idx2GGCTATGACT.GCAGATACTAAGACCGTTG	Neural
progenitors	15
06_08_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.AACTTGGATTGGCGAACTCG	Neural
progenitors	15
06_08_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.TGGTCTCCTACTAGAGAGT	Neural
progenitors	15
06_08_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.TAAGACCGTCGCGTACGAC	Neural
progenitors	15
06_08_exp3_idx1TATAATAGTT_idx2CTGCTTCGAC.GCGCTCAATCCAGTCCTCT	Neural
progenitors	15
06_08_exp3_idx1TATAATAGTT_idx2GGAACGATGG.ATACTACTCTAGAGCTATAA	Neural
progenitors	15
06_08_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.AGAGTACCTCTTGCAGTAG	Neural
progenitors	15
06_08_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.TGAGTTAGATCGCGTACGAC	Neural
progenitors	15
06_08_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.GGCGTTAATTCGCGGTTGG	Ventral
midline	9
06_08_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.GGTCCTTCTTGCGCGATGC	Neural
progenitors	15
06_08_exp3_idx1TCTTGAGGTT_idx2CAAGTACTGG.GAGTTCTCTTTGCTAACGG	Neural
progenitors	15
06_08_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TAAGGTTCATCGTAATGCAG	Neural
progenitors	15
06_08_exp3_idx1TGGACGACTA_idx2TCGATATTGA.TATAAGAGGTAACTGCTGCC	Neural
progenitors	15
06_08_exp3_idx1TTCGAATATT_idx2AGGATTACCA.GAGCGGTATGCGTTGGAGC	Neural
progenitors	15
06_08_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.CAGAAGGCTCGCGTACGAC	Neural
progenitors	15
06_08_exp3_idx1TTGCCGTAGG_idx2TGAGGTAGAA.AGGCTCGTTCATTCAATCA	Neural
progenitors	15
06_08_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.GGTCCTTCTTTCTTCCGGT	Neural
progenitors	15
06_08_exp4_idx1GATTCTTGAA_idx2TGATAGAACG.ATTAATGCCTGTTCGTCAGA	Neural
progenitors	15
06_08_exp4_idx1TCCTCTGCCG_idx2CAAGCTTGGC.ATTCGGAGTCTTGCAACCT	Neural
progenitors	15
06_08_exp4_idx1TCCTCTGCCG_idx2TCGATATTGA.ACATGGTAATCATCAGAATG	Neural
progenitors	15
06_08_exp4_idx1TCTTGAGGTT_idx2CAAGTACTGG.AAGTTCTTGTTGCGGACCTA	Neural
progenitors	15
06_08_exp4_idx1TTGCGAGCAT_idx2TCCGGTAATC.ATAATCCTGTTTATAGCAGA	Neural
progenitors	15
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TATCATGAGTGCGCGGTAGT	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TTTGCTTAGTTGGAGAATTC	Neural
progenitors	3
06_08_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GTAAGGAGTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GATCGACCTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TAACTAAGGTTTGATATATT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTCGCTCTTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TATATGCGTTTCAGACGAAC	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.ACCAATGCTTCTACCATTA	Neural
progenitors	3
06_08_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.GTTGCAAGTAGATATATCG	Neural
progenitors	3
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.CCAGCCTTTCATAGTTCGG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2GATGATCGTA.AGAGGTCGTGATATCGGCG	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2AAGATCCAAC.TAACGACTTTACTATAGGTT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.ACGAGGTTTGCCGGTCGAG	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CGGTTCCATTGCGCCAGAA	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GAGCGGTATCCGTCCAGTA	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GCTGGCTATTCTCCTATAA	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GGAGGTTCTGCCGTCGCGT	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GTTCGCTGTCGGATGAAGG	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TATTCGGCTCTGAACTGGT	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCCGGTCATTTAGCAATAA	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.AGGCATCATCCAGGCCGCA	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.ATGGCGTATGAAGGTTGCC	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CCGTCTCATTGCATATAAC	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCGTTCTGTAACTGCTGCC	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2ACGCAACTCC.CCAGAACCTCGAATAGATG	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2ACGCAACTCC.CCAGAACCTGCCGGTCGAG	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GCTCGAGATCGGATGAAGG	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GTTGCTCCTAATAATACCA	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TGTTAAGACTATTGAGATTG	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ACCTTCGGTCTCTGATCAG	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ACCTTCGGTCTCTGCGGCA	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CCTCCTGATCGGAAGATAT	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CGTCGAAGTTCAGACGAAC	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GAACGATGTGACGACCTGC	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCTTCTGGTCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTTGCTCCTCGGAGATCCG	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TAGCCAATTTAAGTCTTCCG	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.AAGCGCCATACGCCGTTCA	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GATCGACCTCGCGTACGAC	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TATTGAGGTTTGGAGAATTC	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TGAGAATCATTCTCCTATAA	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TGCTACTAATGCGTTCAGCT	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CCGGAGTTTTGGTATTCAT	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CGGTTCCATGATAAGGCAA	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CTAGTACGTTCTACCATTA	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GCTGGCTATCGGAAGATAT	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GGCGCATTTACCGCAGAAT	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GGCGCATTTTGGAGAATTC	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TTCTGGCCTTGGTATTCAT	Neural
progenitors	15
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.AAGATGCCTTGGTATTCAT	Neural
progenitors	15
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.AAGCGCCATGCGTTCAGCT	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.ATTGCCGGTGGAGCGGCCG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCAGAACCTGGAGCGGCCG	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAAGAGGCTGTTGAAGGAT	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACCGTCATGGAGCGGCCG	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCAATCGCTTCGAGGAGTA	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGTTGGCATCGGAAGATAT	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTCGGCAATATTGAGATTG	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTCGGCAATCCTTACTCCT	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCAGGAGATTATCCTCAAT	Neural
progenitors	15
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCCGTATGTTCGAGGAGTA	Ventral
midline	9
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCTATACCTTCGAATAGATG	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.ACCGTAGCTCATAACCAGC	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CGGTTCCATAACTGCTGCC	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TGATCTTCTTCTCTGCGGCA	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TGCTCCTATGCGACGCCTT	Sensory
progenitors	6
06_08_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GTCGGAGTTGCCGGTCGAG	Sensory
progenitors	6
06_08_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.AACCGCTGTGCGCGGTAGT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.GACCAGGATTCTCCTATAA	Sensory
progenitors	6
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ACCAATGCTCGGATGAAGG	Sensory
progenitors	6
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CCTCCTGATGAAGGTTGCC	Sensory
progenitors	6
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTCTACTGTCCGTCCAGTA	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCCATGGTTCCTTACTCCT	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGAGCTCATTGGTATTCAT	Sensory
progenitors	6
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTCCTGCATTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTTCCAGCTCGAATAGATG	Sensory
progenitors	6
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATGCGATTTCGGAAGATAT	Sensory
progenitors	6
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGAGAATCATTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGGTCGAATCCGTCCAGTA	Sensory
progenitors	6
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCGCATAATACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTGGCGACTAATAATACCA	Sensory
progenitors	6
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CCGAGAGATTCTCCTATAA	Sensory
progenitors	6
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GATTACGGTGACGACCTGC	Neural
progenitors	15
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTCGGCAATCGGAAGATAT	Sensory
progenitors	6
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TAGAGAGTATCGCGTACGAC	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGGTAGGCTCGCGTACGAC	Sensory
progenitors	6
06_08_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GAACGGCTTATTGAGATTG	Sensory
progenitors	6
06_08_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GTTGCTCCTATTGAGATTG	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.AAGATGCCTCCTTACTCCT	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GCAGATACTTGGAGAATTC	Sensory
progenitors	6
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TCGAATCTTTCCAGGCCGCA	Neural
progenitors	15
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GCAACGTTTCAGATTCGAT	Sensory
progenitors	6
06_08_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.CGCCGTAATTCTCCTATAA	Sensory
progenitors	6
06_08_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GATTACGGTTCAGACGAAC	Sensory
progenitors	6
06_08_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GGTACGGATGCCGTCGCGT	Neural
progenitors	1
06_08_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GATTACGGTATTGAGATTG	Sensory
progenitors	6
06_08_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.ACGAGGTTTTCTCCTATAA	Sensory
progenitors	6
06_08_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GACCGTCATTATCGTCGGC	Sensory
progenitors	6
06_08_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GTAGACGGTGTTGAAGGAT	Sensory
progenitors	6
06_08_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.CCATCAGGTACCTGGACGC	Sensory
progenitors	6
06_08_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TCTCTCCATCTGAACTGGT	Sensory
progenitors	6
06_08_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TGGTAGGCTCTCTGCGGCA	Sensory
progenitors	6
06_08_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.CCGGAGTTTGCCGGTCGAG	Sensory
progenitors	6
06_08_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.AGTTGCGCTAAGACGGCCA	Neural
progenitors	3
06_08_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TATAAGGCTTCCGTCCAGTA	Sensory
progenitors	6
06_08_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TTAATGAGCTTCAGACGAAC	Neural
progenitors	15
06_08_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.CCGAGAGATATTGAGATTG	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.CAACGCAGTATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.GAAGAGGCTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.ACCTTCGGTGCCGTCGCGT	Sensory
progenitors	6
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CCATCAGGTTACGGCTACG	Neural
progenitors	3
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CGGTTCCATACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GACTTGGCTTGGCTGATGA	Sensory
progenitors	6
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GATCGACCTTACGGCTACG	Sensory
progenitors	6
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCTCGCTCTCTCTGATCAG	Sensory
progenitors	6
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.AAGCGCCATAAGTCTTCCG	Sensory
progenitors	6
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ACCAATGCTCTGAACTGGT	Sensory
progenitors	6
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ATGCCAAGTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CGCCGTAATCGGAAGATAT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTAGCGATTCGGAAGATAT	Sensory
progenitors	6
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTTGCTCCTCTGAACTGGT	Sensory
progenitors	6
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TAGGTACTATAACTGCTGCC	Sensory
progenitors	6
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGAGAATCATAATAATACCA	Neural
progenitors	3
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGGACCTCTGGCCAGTCCG	Sensory
progenitors	6
06_08_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GTTGCTCCTACCTGGACGC	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CAACGCAGTAATAATACCA	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CCGAGAGATAAGTTGCCAT	Sensory
progenitors	6
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GAACGGCTTTCGAGGAGTA	Sensory
progenitors	6
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGTCCTTCTTGGCTGATGA	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGTTCGAGTTTGGACGCTG	Sensory
progenitors	6
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTAGCGATTTCTCCTATAA	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATTGAGGTTTATCCTCAAT	Sensory
progenitors	6
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.ATGGCGTATTCGAGGAGTA	Sensory
progenitors	6
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CCATTGCGTTCGAGGAGTA	Sensory
progenitors	6
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CTTAGCGGTAGACTCAAGC	Sensory
progenitors	6
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CTTAGCGGTTGGCTGATGA	Sensory
progenitors	6
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GAACGATGTGAAGGTTGCC	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTATCGCATACCGCAGAAT	Sensory
progenitors	6
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTTCCAGCTGGCCAGTCCG	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TATCATGAGTTCTACCATTA	Sensory
progenitors	6
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TGCTAATTCTTTACGTATAC	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TGGTCTCCTACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GGTCCTTCTAATAATACCA	Ventral
midline	9
06_08_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.GACCGTCATCGGATGAAGG	Sensory
progenitors	6
06_08_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.GTTGCTCCTTTCGCTTACG	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.AACCGCTGTTCAGACGAAC	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GGTTGGCATTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CCATTGCGTCCAGGCCGCA	Sensory
progenitors	6
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CCATTGCGTCGCGTACGAC	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GCAACGTTTACCGCAGAAT	Sensory
progenitors	6
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GCATCCAGTTTGATATATT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGAGGTTCTGATAAGGCAA	Sensory
progenitors	6
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGCGACTATACCTGGACGC	Sensory
progenitors	6
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGTCCTTCTCTCTGATCAG	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTAAGCTCTCAGATTCGAT	Sensory
progenitors	6
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTCGGAGTTGCCGTCGCGT	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TAGGTACTATTCGAGGAGTA	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTCTGGCCTCCGTTGACTT	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTGAGTCCTCTGAACTGGT	Sensory
progenitors	6
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTGGCAATATTTACGTATAC	Sensory
progenitors	6
06_08_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.GTTGCTCCTTTAGCAATAA	Neural
progenitors	3
06_08_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CCGGAGTTTAACTGCTGCC	Sensory
progenitors	6
06_08_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CCTCCTGATCGGAAGATAT	Sensory
progenitors	6
06_08_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CTGGAAGATTCTCCTATAA	Sensory
progenitors	6
06_08_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TAGAGCCTTATTGAGATTG	Sensory
progenitors	6
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CAGAAGGCTGCCGTATGCT	Sensory
progenitors	6
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GACTACCATCCTTACTCCT	Neural
progenitors	15
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GACTCGCTTGCCGGTCGAG	Sensory
progenitors	6
06_08_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.TCCGTATGTGCCGTCGCGT	Sensory
progenitors	6
06_08_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.ACGCCATATCGAATAGATG	Neural
progenitors	1
06_08_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.CTATCTCCTCGGTAGGAAT	Sensory
progenitors	6
06_08_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TAGCCAATTTCTGAACTGGT	Neural
progenitors	3
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.AGTTGCGCTCCGTCCAGTA	Sensory
progenitors	6
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GAACGATGTCGATGGCGCC	Sensory
progenitors	6
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGAGAATCATAGAGCCAGCC	Neural
progenitors	3
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTCTCTAGTTCCAGGCCGCA	Sensory
progenitors	6
06_08_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.GCGGAGAATTATCCTCAAT	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TTCGCATAATGGCCAGTCCG	Sensory
progenitors	6
06_08_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GATCGACCTAAGTTGCCAT	Sensory
progenitors	6
06_08_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GACTCGCTTACCGCAGAAT	Sensory
progenitors	6
06_08_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TCCGGTCATCGGATGAAGG	Sensory
progenitors	6
06_08_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GCGCTCAATTCTCCTATAA	Sensory
progenitors	6
06_08_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TCGCGCATTTGCGCGATGC	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTAGTACGTAACTGCTGCC	Neural
progenitors	15
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCAACGTTTGCCGGTCGAG	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCTGAAGCTCGAATAGATG	Sensory
progenitors	6
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATGCGATTTCGAATAGATG	Sensory
progenitors	6
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCCTCGAGTTTGATATATT	Sensory
progenitors	6
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACTTGGCTAGAGCCAGCC	Neural
progenitors	15
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCTCGAGATCTGAACTGGT	Neural
progenitors	3
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TATGAGAACTAAGTTGCCAT	Neural
progenitors	15
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCATAGAGTTAAGACGGCCA	Sensory
progenitors	6
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCCGGTCATCGAATAATTC	Sensory
progenitors	6
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGAGAATCATGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGGTAATAGTTTACGTATAC	Sensory
progenitors	6
06_08_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.ACGCCATATCGGAAGATAT	Neural
progenitors	3
06_08_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.CAACGCAGTGACGACCTGC	Sensory
progenitors	6
06_08_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.CGGTTCCATCCGTTGACTT	Sensory
progenitors	6
06_08_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GTTGCAAGTACCAGCGCAG	Neural
progenitors	3
06_08_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TGAATTCGTTCATAACCAGC	Sensory
progenitors	6
06_08_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GAACGGCTTAACTGCTGCC	Sensory
progenitors	6
06_08_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GACTACCATCGATGGCGCC	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.CTGGAAGATCGAATAGATG	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TATCCAGGTAATAATACCA	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TGCTCCTATGCGACGCCTT	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TTGCGGTCTCCAGGCCGCA	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TACTCCTATTTGGAGAATTC	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TGATCTTCTTATTGAGATTG	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TTGCGGTCTTGCGCGATGC	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.AGCAACGATCGATGGCGCC	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GTCATCTGTGCCGGTCGAG	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TTCTAAGCTTGCCGTCGCGT	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.CCGTCTCATCGCGTACGAC	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.CGGTTCCATAAGTTGCCAT	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GACCGAATTTGGTATTCAT	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TACTCCTATTTCGAGGAGTA	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TATGGTCTTTGCCGTCGCGT	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATTGCCGGTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CATCGGACTAATAATACCA	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GAACGGCTTACCTGGACGC	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCGCTCAATTCTACCATTA	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCGTCGTATAAGACGGCCA	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGAGGTTCTCGGAAGATAT	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTACCTCTTCGGATGAAGG	Sensory
progenitors	14
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTTGCAAGTGACGACCTGC	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAGAGAGTATAAGTTGCCAT	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAGAGCCTTACCTGGACGC	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCATGGCTTTATCGTCGGC	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCTACTTACTTCTCCTATAA	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGATCTTCTTGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGGTCTCCTCGGTAGGAAT	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCAACTGATCTGAACTGGT	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.AACCGCTGTCCGTCCAGTA	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.AGTTGCGCTCCGTCCAGTA	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.CATCGGACTTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GCTCGAGATTGGAGAATTC	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GGTTGGCATCTCTGATCAG	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GTAAGCTCTGATAAGGCAA	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TTGGTTAAGTGCGCGGTAGT	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CGGTTCCATGCCGGTCGAG	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTGGAAGATCGGATGAAGG	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GAAGAGGCTGCCGGTCGAG	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCGCTCAATCGGTAGGAAT	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCGTCGTATCGGAAGATAT	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGCTTACTTCTGAACTGGT	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGTTGGCATGAAGGTTGCC	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTTGCTCCTACGCCGTTCA	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TAGCTCGGTTGGCTGATGA	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATTGAGGTTCTGAACTGGT	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCTCCGAATCGAATAGATG	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGATCTTCTTTCTCCTATAA	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACCGTAGCTACCAGCGCAG	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACGGCAATTTGCGCGATGC	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCAGAACCTCCAGGCCGCA	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CGAGATGCTCGGAGATCCG	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAGCGGTATTTAGCAATAA	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GATTACGGTGCCGTCGCGT	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCAACGTTTAATAATACCA	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTCGGCAATCGCGTACGAC	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TACGGTAGTCAGGTATGGA	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAGAGCCTTCCGTCCAGTA	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCAGCGGTTAACTGCTGCC	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCAGGAGATCCGTCCAGTA	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCAGTTGGTGACGACCTGC	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCGTATGTTTAGCAATAA	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTCGCTCTCTCTGATCAG	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGCTAATTCTGGAGCGGCCG	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCAACTGATAAGTTGCCAT	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCCGACGTGCCGGTCGAG	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ATGGCGTATTGCATATAAC	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CAATCGGTTTTGATATATT	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CAGAAGGCTCTCTGCGGCA	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CGACGATATTCTCCTATAA	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACCGTCATGACGACCTGC	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCCATGGTTCTCTGATCAG	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCGCTCAATCGGTAGGAAT	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTACCTCTTTCTCCTATAA	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTCATCTGTTTGGACGCTG	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTCCTGCATCCGTCCAGTA	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGAGCCTTGTTGAAGGAT	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCATAGAGTTCCAGGCCGCA	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCTACCTTAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCTCCGAATCGGAAGATAT	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCTCTCCATAACTGCTGCC	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGAGTTAGATGCGCGGTAGT	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGGAGTTATCGGAAGATAT	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.ATGGCGTATATTGAGATTG	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TTCGCATAATATTGAGATTG	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GACCGTCATAAGACGGCCA	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GCATCCAGTAATGCTAGTC	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GTATCGCATCTGAACTGGT	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GTTGCAAGTTATCGTCGGC	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TACGGTAGTAACTGCTGCC	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGCCTATTATCATAACCAGC	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GATTACGGTCGGAAGATAT	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TATCCAGGTCGGAGATCCG	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CCGAGAGATTCTCCTATAA	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CGAGATGCTCGGAGATCCG	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCGGAGAATTTAGCAATAA	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GCTGAAGCTTCTCCTATAA	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGTCCTTCTCGGATGAAGG	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TAGCTCGGTTTGATATATT	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCCAATAGTTCATAACCAGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCAACTGATCTGAACTGGT	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CTCCTCGTTAATAATACCA	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GTCGGCAATGTTGAAGGAT	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TCCGGTCATATTGAGATTG	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATGGAGAGTACCAGCGCAG	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATGGCAGCTACCGCAGAAT	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCGAGAGATCGGAAGATAT	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTACGGCATCCTTACTCCT	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTCTACTGTGTTGAAGGAT	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTGGAAGATCGATGGCGCC	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCAATCGCTAACTGCTGCC	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAAGACCGTCGGTAGGAAT	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAGTTACCTTCTCTGATCAG	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCGCATAATCATAACCAGC	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCTCTCGTGAAGGTTGCC	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGAGTCCTCCGTCCAGTA	Sensory
progenitors	6
06_08_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.TTCTAAGCTTGCCGGTCGAG	Neural
progenitors	3
06_08_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.AGGCATCATCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.GCTCGAGATCCAGGCCGCA	Neural
progenitors	1
06_08_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TTGAGTCCTTGCATATAAC	Neural
progenitors	3
06_08_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GTCGGAGTTAAGTTGCCAT	Sensory
progenitors	6
06_08_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.AGTTGCGCTTTAATTATTG	Neural
progenitors	3
06_08_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.TCTATACCTTCATAACCAGC	Sensory
progenitors	6
06_08_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TTGGCGACTCTCTGCGGCA	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ATGGCAGCTTCAGACGAAC	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GCCATGGTTAAGTTGCCAT	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GCGCTCAATTGGTATTCAT	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TAGAGAGTATCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCCTCGAGTCTCTGCGGCA	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCGGTACCTCGGAGATCCG	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.ATTGCCGGTCGAATAGATG	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CATCGGACTCGAATAGATG	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGCTAATTCTGATAAGGCAA	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGCTCCTATCCGTCCAGTA	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CTCCTCGTTGTTGAAGGAT	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CTTCATGCTCCTTACTCCT	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GACCGTCATAATAATACCA	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCAATCGCTCGGATGAAGG	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCTGAAGCTGCCGTCGCGT	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTCGCATAATTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GCAATCGCTAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TCTAGGAATTCGGAGATCCG	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACGCCATATCCAGGCCGCA	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACGCCATATGTTGAAGGAT	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACGGCAATTCGGTAGGAAT	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACGGCAATTGACGACCTGC	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ATGCCAAGTCCAGGCCGCA	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACCGTCATAGAGCCAGCC	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGAGCTCATCCGTCCAGTA	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGAACGCGTCCAGGCCGCA	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGCGTAGTTTATCCTCAAT	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTATAGGCATCTCTGCGGCA	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCGGTACCTCTCTGCGGCA	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.ACGGCAATTGTTGAAGGAT	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.AGGCATCATGGCCAGTCCG	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.ATGGCGTATCGATGGCGCC	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CGACGATATGTTGAAGGAT	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GATTACGGTTCAGACGAAC	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GTAGCGATTTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GTTCCAGCTTCTCCTATAA	Ventral
midline	9
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCTCCGAATGGCGAGCTTA	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TGACGAGGTTATCGTCGGC	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.AAGCGCCATCGGTAGGAAT	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CCTCCTGATGCCGGTCGAG	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GAGACTAGTGCCGGTCGAG	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TGCTCCTATGTTGAAGGAT	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ACGAGGTTTGTTCCGCTAA	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AGGCATCATGGCCAGTCCG	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ATGGCGTATCGATGGCGCC	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CGACGATATACCGCAGAAT	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CGACGATATGTTGAAGGAT	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTCCGGTTTAATGCTAGTC	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GAGACTAGTGATAAGGCAA	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GAGACTAGTGCGTTCAGCT	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTAGCGATTTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTCGGAGTTTGGCTGATGA	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTTGCAAGTCTCTGCGGCA	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTTGCTCCTAGAGCCAGCC	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAGAGAGTATTCTACCATTA	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCTCCGAATGGCGAGCTTA	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGACGAGGTTATCGTCGGC	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGCCTATTATTTGATATATT	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGGTAGGCTATCAACGATT	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTATAGGCATCCTTACTCCT	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCTGGCCTTTGATATATT	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCTTAACCTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGGAGTTATAAGTTGCCAT	Sensory
progenitors	6
06_08_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TCGTTCTGTTATCCTCAAT	Sensory
progenitors	6
06_08_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TTGGCGACTGCGTTCAGCT	Neural
progenitors	3
06_08_exp1_idx1TATAATAGTT_idx2TATAACTTCC.CTCCGGTTTAAGACGGCCA	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.CAACGCAGTCGGAGATCCG	Sensory
progenitors	6
06_08_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.GATTACGGTAAGTTGCCAT	Sensory
progenitors	6
06_08_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TCCAATAGTTACCTGGACGC	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GAACGGCTTACCTGGACGC	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TAGCCAATTTGCGCGGTAGT	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TATTCGGCTACCGCAGAAT	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCTCTCCATAAGACGGCCA	Immature
neurons	2
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GTTCCAGCTCGAATAGATG	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCGGTACCTGACGACCTGC	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TGGACCTCTAATAATACCA	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CGCCGTAATAAGACGGCCA	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCGGAGAATAATGCTAGTC	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTTCCAGCTAATGCTAGTC	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TACTCCTATTGGCCAGTCCG	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TAGAGCCTTACCGCAGAAT	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCTCGCTCTGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGACGAGGTTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTGGAGTTATTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CTATCTCCTTATCGTCGGC	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCCATGGTTAGAGCCAGCC	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTAGCGATTATAGACTAGG	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TAAGACCGTCGGAGATCCG	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCATAGAGTTATTGAGATTG	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCCAATAGTTGGCGAGCTTA	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCTCGCTCTTATCGTCGGC	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACCGTAGCTTTGATATATT	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACCTTCGGTGACGACCTGC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACGCCATATGTTGAAGGAT	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ATAGTCGCTTCGAGGAGTA	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CAGAAGGCTCTGAACTGGT	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CGAGATGCTACCGCAGAAT	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGATAGGTTCCAGGCCGCA	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTCCTGCATCATAACCAGC	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATCATGAGTGGAGCGGCCG	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGCTAATTCTCATAACCAGC	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGGCGACTCGGAGATCCG	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CGCCGTAATCGGAGATCCG	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GTAGACGGTTGGTATTCAT	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GTATCGCATGAAGGTTGCC	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TGCGTAGTTTGGTATTCAT	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.CGGTTCCATGCCGTCGCGT	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GACTCGCTTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GTACCTCTTTTCGCTTACG	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CTGGAAGATTCTCCTATAA	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GCCATGGTTCGATGGCGCC	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GTCATCTGTTTGATGCTAT	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CGCCGTAATAAGACGGCCA	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GGAGCTCATCATAACCAGC	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GTTCCAGCTAATGCTAGTC	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TAGAGCCTTACCGCAGAAT	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TAGAGCCTTGGCCAGTCCG	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCTCGCTCTGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.ACCAATGCTTTAGCAATAA	Sensory
progenitors	6
06_08_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.CAACGCAGTGCGTTCAGCT	Sensory
progenitors	6
06_08_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.ATAGTCGCTTTACGTATAC	Sensory
progenitors	6
06_08_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TGCTCCTATCATAACCAGC	Sensory
progenitors	6
06_08_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.CAATCGGTTCGCGTACGAC	Sensory
progenitors	6
06_08_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.TCGTAGCGTCTCTGCGGCA	Neural
progenitors	3
06_08_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.GTACCTCTTCCGTCCAGTA	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GAGCGGTATTTGATGCTAT	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GATTACGGTTTGATATATT	Immature
neurons	2
06_08_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GTCCTGCATCGAATAGATG	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CCGTCTCATTGGAGAATTC	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CTAGTACGTACCGCAGAAT	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CTCCAGAGTGCCGGTCGAG	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CTTAGCGGTTGGTATTCAT	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TCATGGCTTCTGAACTGGT	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ACCGTAGCTCTCTGCGGCA	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ACCTTCGGTACCTGGACGC	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTAGTACGTGTTGAAGGAT	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTCCGGTTTGGAGCGGCCG	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTGCTGAATCCGTCCAGTA	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTTAGCGGTCGGATGAAGG	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGACTTGATACCGCAGAAT	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGCGACTATTGGCTGATGA	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTACGGATTTAATTATTG	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTAGTCCTGACGACCTGC	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTCCTTCTTGGAGAATTC	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTTCGAGTGCGTTCAGCT	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTTGCAAGTTTAGCAATAA	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTATAGGCATGGCCAGTCCG	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCGCATAATACGCCGTTCA	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCTAAGCTTAATAATACCA	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCTAAGCTTGTTGAAGGAT	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGGAGTTATGATAAGGCAA	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGGAGTTATTCAGCTCTAA	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GACTACCATATTGAGATTG	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TAGCTCGGTCTGAACTGGT	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CCGGAGTTTTATCCTCAAT	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GACCAGGATGACGACCTGC	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCGTCGTATACCGCAGAAT	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCTGAAGCTGCCGTATGCT	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCCGGTCATTCAGACGAAC	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCTATACCTTGATAAGGCAA	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGCTCCTATTCTCCTATAA	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGGTAGGCTAACTGCTGCC	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTCAACTGATGCGTTCAGCT	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTCTCTCGTTCGAGGAGTA	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTGAGTCCTGGCCAGTCCG	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTGGCGACTTGGTATTCAT	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.CCAGAACCTGGCGAGCTTA	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GCAACGTTTAAGTCTTCCG	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GCTGAAGCTTTAGCAATAA	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GGAGGTTCTAATAATACCA	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TAGAGCCTTTATCCTCAAT	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TCCTCGAGTAAGACGGCCA	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TTCCGACGTGATAAGGCAA	Neural
progenitors	15
06_08_exp1_idx1TGGACGACTA_idx2TGATACGAGT.CCGGAGTTTTGCGCGATGC	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TCGAATCTTTCATAACCAGC	Immature
neurons	2
06_08_exp10_idx1AATACGATAA_idx2AACTTATAAG.ATATCCTACTACTCAATAGG	Sensory
progenitors	6
06_08_exp10_idx1AATACGATAA_idx2AACTTATAAG.TGGTAATAGTCTAGTAGTCT	Ventral
midline	9
06_08_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TACTTGCGTAGATATATCG	Sensory
progenitors	6
06_08_exp10_idx1AATACGATAA_idx2GCTCTAACGA.CTTCATGCTAGTCCGCGGA	Sensory
progenitors	6
06_08_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.ATTAGTCTGTAAGACCGTTG	Neural
progenitors	3
06_08_exp10_idx1ACGGCGTTAA_idx2TCGATATTGA.CCTAATGGTTTAGATTCCG	Neural
progenitors	1
06_08_exp10_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TGATGCGATAGTCCGCGGA	Sensory
progenitors	6
06_08_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TCCAAGTTATGTCGCTCAGT	Neural
progenitors	3
06_08_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TTCTCTAGTTTGATAGAACG	Sensory
progenitors	6
06_08_exp10_idx1AGACCATATC_idx2TGCCAGATGG.TTGAGAGATTAGCGTCAATG	Sensory
progenitors	6
06_08_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.AAACTCCAATTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.ATTCCTAGATTTAGATTCCG	Sensory
progenitors	6
06_08_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.GAGGAACTTTTAGATTCCG	Sensory
progenitors	6
06_08_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.GCTGGCTATATCGGCTATC	Neural
progenitors	3
06_08_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.AACTGGCATAGTCCGCGGA	Sensory
progenitors	6
06_08_exp10_idx1AGGTCAGCTT_idx2TATAACTTCC.GATACGTCTAGATATATCG	Sensory
progenitors	6
06_08_exp10_idx1AGGTCAGCTT_idx2TATAACTTCC.TCATGGCTTAACTGATCTT	Sensory
progenitors	6
06_08_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.TTGATTCCTTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.GGCTTACTTCTAGTAGTCT	Sensory
progenitors	6
06_08_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TCATTAAGCTACTATCCGCA	Sensory
progenitors	6
06_08_exp10_idx1ATAAGGACTC_idx2ACGAGGACCT.ACGTTGCTTTTAGATTCCG	Sensory
progenitors	6
06_08_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.CGTACCTATCTCGTCTAGG	Neural
progenitors	3
06_08_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.ACGTTGCTTGATCTTACGC	Immature
neurons	2
06_08_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.GGACTTGATTAGAGTAATA	Sensory
progenitors	6
06_08_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.GTAAGCTCTAATGGTCGAC	Sensory
progenitors	6
06_08_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TCTACTTACTGGTACTGCCT	Ventral
midline	9
06_08_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.GGCAAGTCTTATTACTCAT	Sensory
progenitors	6
06_08_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TAGGAAGGTGCCGCAACGA	Sensory
progenitors	6
06_08_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.GACTTGGCTCCGAGAATCC	Sensory
progenitors	6
06_08_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.ACAACCTATTGGTACTGCCT	Neural
progenitors	3
06_08_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TCGTTCTGTATCGGCTATC	Sensory
progenitors	6
06_08_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.ACCATGATTTGCGACGCAGA	Sensory
progenitors	6
06_08_exp10_idx1GCTTGAAGAG_idx2AGATCCTATA.TAGCCAATTTGCAAGGAATA	Sensory
progenitors	6
06_08_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.GTAAGCTCTCATGCTGGTT	Sensory
progenitors	6
06_08_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.ACAACCTATTACTATCCGCA	Sensory
progenitors	6
06_08_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.GGCTTACTTTGGAAGTACC	Neural
progenitors	3
06_08_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TAATCAGCTTACTCAATAGG	Sensory
progenitors	6
06_08_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.GTAGACGGTGATACGGAAC	Neural
progenitors	1
06_08_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.CAGCATTGTGATCTTACGC	Sensory
progenitors	6
06_08_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TAGAGAGTATACGAAGTCAA	Sensory
progenitors	6
06_08_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.TCCTAACTTTAGATATATCG	Sensory
progenitors	6
06_08_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.AAGGATATGTTATTACTCAT	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.GGCTAAGATAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TGATTCCTCA.TTAATGAGCTCATGCTGGTT	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2AACGAGGCTA.TCTCGCTCTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.TACGGTAGTTGATAGAACG	Sensory
progenitors	6
06_08_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TGAATTCGTTGGCAGACGCC	Sensory
progenitors	6
06_08_exp10_idx1TATTAGACTT_idx2TCATCTCGAT.GGCAAGTCTTCCGGTAATC	Neural
progenitors	1
06_08_exp10_idx1TCCTCTGCCG_idx2ACGAGGACCT.CTGAGCATTAGTCCGCGGA	Sensory
progenitors	6
06_08_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.AGATCGGATTCTAGAACTA	Neural
progenitors	3
06_08_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TAGAGCCTTAAGACCGTTG	Sensory
progenitors	6
06_08_exp10_idx1TTCGAATATT_idx2CTCGTCTAGG.TGGATTCTATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2GACCTCCGCC.TTATAGGCATAGATATATCG	Neural
progenitors	3
06_08_exp10_idx1TTGCCGTAGG_idx2GATGATCGTA.TCTCGCTCTTCTAGAACTA	Neural
progenitors	1
06_08_exp11_idx1AACTGGTATT.AAGTATTGGTTTAGGATCTA	Neural
progenitors	3
06_08_exp11_idx1AAGTACGCGA.TTATAGGCATTAATGAACGA	Neural
progenitors	3
06_08_exp11_idx1ACCAGGCGCA.GGCAAGTCTCTGGATTAGT	Sensory
progenitors	6
06_08_exp11_idx1AGACCATATC.GACGTTCGTGTTCGTCAGA	Sensory
progenitors	6
06_08_exp11_idx1AGATTACGTT.ATATCTGGATATGGAATTGG	Sensory
progenitors	6
06_08_exp11_idx1AGGTCAGCTT.ATACCAGTTTAATTAAGACT	Sensory
progenitors	6
06_08_exp11_idx1AGGTCAGCTT.CAAGCAACTGACCTTGATA	Sensory
progenitors	6
06_08_exp11_idx1AGGTCAGCTT.GTTCCAGCTACTACTGAAG	Sensory
progenitors	6
06_08_exp11_idx1AGTTCTCATG.ATTAATGCCTATCAACGATT	Sensory
progenitors	6
06_08_exp11_idx1ATTCTTAGCT.GGTTGGCATCGAACGCCGG	Neural
progenitors	15
06_08_exp11_idx1CAGACTAAGG.ACTTATGGTTGCTAACCTCA	Sensory
progenitors	6
06_08_exp11_idx1CATTATTATT.ATGGCGTATGCCGTATGCT	Sensory
progenitors	6
06_08_exp11_idx1CCTCAGCTCC.ACCGTAGCTACCGCCAACC	Neural
progenitors	0
06_08_exp11_idx1CGTCGAGCGC.CGCTGCTTTCAATTACCGT	Sensory
progenitors	6
06_08_exp11_idx1CGTTACCGCT.CGTCTTCCTTGAGTCCAGA	Sensory
progenitors	6
06_08_exp11_idx1CTACTAATAA.CCAATCCATAGGTTAGTTC	Sensory
progenitors	6
06_08_exp11_idx1CTACTAATAA.TTCGCATAATCAACCGCTAA	Neural
progenitors	3
06_08_exp11_idx1GACTGGACCA.AACGCGTCTTAGGCAGATA	Neural
progenitors	15
06_08_exp11_idx1GCCTTACCGA.AGAGTACCTGGTAGGTTAG	Neural
progenitors	0
06_08_exp11_idx1GCGCGTTCAT.TATGCGATTTTTGGATCCTT	Sensory
progenitors	6
06_08_exp11_idx1GCTTGAAGAG.TCTCTCCATACCGGAATTA	Sensory
progenitors	6
06_08_exp11_idx1TAGTAGAGAA.TAGTTACCTTATCCATGACT	Sensory
progenitors	6
06_08_exp11_idx1TGCGACCTCT.TATTGACTCTCAAGGCATTC	Neural
progenitors	1
06_08_exp11_idx1TGCTCTCAGG.GAGACTAGTGCTAACCTCA	Neural
progenitors	3
06_08_exp11_idx1TTCGAATATT.TCTCTCCATTATGCCGAGT	Neural
progenitors	15
06_08_exp11_idx1TTGATACGAT.TATGGTCTTTACTATCTTGA	Sensory
progenitors	6
06_08_exp11_idx1TTGATTGGCG.CTGAGCATTCAATTACCGT	Ventral
midline	9
06_08_exp12_idx1CTAAGCCTTG.TGGTCGAATAATTGCCTAC	Sensory
progenitors	6
06_08_exp12_idx1TTATTGAGGC.CGTCTTCCTATTCAGGTAC	Sensory
progenitors	6
06_08_exp12_idx1TTGCGAGCAT.ATGCATTCATAACCTGGTCT	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.ATTCCTAGATTTATTCTGAG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.CCTAATGGTATCCATGACT	Sensory
progenitors	6
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.TCGAGAAGTTAACTGGTTA	Sensory
progenitors	6
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.TGGTTGAATTCATAGTTCGG	Neural
progenitors	3
06_08_exp2_idx1ATTATGCAAG_idx2ACTATCCGCA.AGATTCAACTAACCATTGGA	Sensory
progenitors	6
06_08_exp2_idx1ATTATGCAAG_idx2ACTATCCGCA.ATTCAAGCATGCTGGAACTT	Sensory
progenitors	6
06_08_exp2_idx1ATTATGCAAG_idx2ACTATCCGCA.TATAAGAGGTTCTAATAGTA	Sensory
progenitors	6
06_08_exp2_idx1ATTATGCAAG_idx2TGGCGTAGGT.GAGTTCTCTCCAGTCCTCT	Sensory
progenitors	6
06_08_exp2_idx1CTCAATTAGT_idx2CGAAGGACGA.ACTGAATACTCATCTCTGCA	Sensory
progenitors	6
06_08_exp2_idx1CTCAATTAGT_idx2CGAAGGACGA.ATCAATACGTTTATTATGGT	Neural
progenitors	1
06_08_exp2_idx1CTCAATTAGT_idx2GATACCTAAG.TGTCCTTATTCCATAAGTCC	Sensory
progenitors	6
06_08_exp2_idx1GCGCGTTCAT_idx2GATCAGTCAT.ACATTCGTATCTTGCAACCT	Sensory
progenitors	6
06_08_exp2_idx1GCGCGTTCAT_idx2GATCAGTCAT.TACTTGCGTGTCCTTAAGA	Sensory
progenitors	6
06_08_exp2_idx1GCTTGAAGAG_idx2AGATCCTATA.ATATCCTACTGTATAATACG	Sensory
progenitors	6
06_08_exp2_idx1GCTTGAAGAG_idx2TCTATAAGGA.AAACTCCAATTTCTTAATAA	Neural
progenitors	3
06_08_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.AGAGCATGTACTAGAGAGT	Sensory
progenitors	6
06_08_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTCGCATGTCATCTCTGCA	Sensory
progenitors	6
06_08_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.TAGAACCAATGTTCGTCAGA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2AGTTGCATCT.ATCAATACGTTAGGCCATAG	Sensory
progenitors	6
06_08_exp2_idx1GTAGCAGCTA_idx2AGTTGCATCT.TCAGCTTCTTTAGGACCGG	Neural
progenitors	3
06_08_exp2_idx1GTAGCAGCTA_idx2AGTTGCATCT.TGGTTGAATTATATTGATAC	Sensory
progenitors	6
06_08_exp2_idx1GTAGCAGCTA_idx2CATGCATCTC.TGCTGGATTTATAGACGCA	Sensory
progenitors	6
06_08_exp2_idx1GTAGCAGCTA_idx2CATTATTACC.AGATTGGTTTAAGCCAGTTA	Neural
progenitors	3
06_08_exp2_idx1GTAGCAGCTA_idx2CTAACTCCAA.CCGTCGATTACCTCTATCT	Sensory
progenitors	6
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCCTAACTTTTCAACGTAAG	Sensory
progenitors	6
06_08_exp2_idx1GTAGCAGCTA_idx2TCATCTAATC.CAGTATCCTGGAGGATAGC	Sensory
progenitors	6
06_08_exp2_idx1GTAGCAGCTA_idx2TGATAGAACG.CGAGGCAATTTCATAGGAC	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTCTCTACTGGCGAACTCG	Sensory
progenitors	6
06_08_exp2_idx1TAGTAAGCCG_idx2CGGCGAGACC.CTTCGACTTCAATTACCGT	Neural
progenitors	3
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.CATCAACGTACGTCATATA	Sensory
progenitors	6
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.GCTCTTAGTTTGCTAACGG	Neural
progenitors	3
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGAACCAATAATCGATAAT	Sensory
progenitors	6
06_08_exp2_idx1TAGTAAGCCG_idx2GACTAGTCTA.AAACTGAACTTTCTTAATAA	Neural
progenitors	3
06_08_exp2_idx1TAGTAAGCCG_idx2GACTAGTCTA.AACTAGTTGTTTCCAACCGC	Sensory
progenitors	6
06_08_exp2_idx1TATTAGACTT_idx2TGGCCGCAAT.TAGATGACTTGATATCGGCG	Neural
progenitors	1
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.GATACGTCTGGCGAACTCG	Sensory
progenitors	6
06_08_exp2_idx1TGGACGACTA_idx2CCTAGCGCCT.AAAGCTGATTAATACCATCC	Sensory
progenitors	6
06_08_exp2_idx1TGGACGACTA_idx2CCTAGCGCCT.CCAGCCTTTCAATTACCGT	Neural
progenitors	3
06_08_exp2_idx1TGGACGACTA_idx2TGATACGAGT.ACATTCGTATTAACTCTTAG	Sensory
progenitors	6
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.ATTAGTCTGTTTATTATGGT	Sensory
progenitors	6
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.TCCTATAAGTTCTTGCCGAC	Sensory
progenitors	6
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.TTCTCATTGTCGGCGTAACT	Neural
progenitors	3
06_08_exp2_idx1TTCCGTCGAC_idx2GACCTCTCTG.CCGACCAATCAATTACCGT	Neural
progenitors	3
06_08_exp2_idx1TTCCGTCGAC_idx2GATTGCAGAC.AGATTGGTTTCGGCGTAACT	Neural
progenitors	15
06_08_exp2_idx1TTGGTAAGGA_idx2CGAGCTGCCA.ACTTATGGTTGGAGGATAGC	Sensory
progenitors	6
06_08_exp2_idx1TTGGTAAGGA_idx2CTCGGTCAAT.ACGATATCATCGGATTAGAA	Sensory
progenitors	6
06_08_exp2_idx1TTGGTAAGGA_idx2TGAGGTAGAA.ACCATGATTTCCAGTCCTCT	Sensory
progenitors	6
06_08_exp3_idx1ACGGCGTTAA_idx2AATTGCCTAC.ATTGCCGGTTTCTTCCGGT	Sensory
progenitors	6
06_08_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.CGAGGCAATCGGATGAAGG	Sensory
progenitors	6
06_08_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.AAGATGCCTTTGCGAGGCA	Sensory
progenitors	6
06_08_exp3_idx1ACGGCGTTAA_idx2GCAACTGGCA.AAGCAGTATTAGAGCTATAA	Sensory
progenitors	6
06_08_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.AACGATCATTACGTCCGCAG	Neural
progenitors	3
06_08_exp3_idx1AGGTCAGCTT_idx2ATAAGAGGCG.GAGTTCTCTTTGCTGGCAT	Sensory
progenitors	6
06_08_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.GGCGACTATACTAGAGAGT	Neural
progenitors	3
06_08_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.CAAGGCGTTCCGTTCCTTA	Sensory
progenitors	6
06_08_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.TAGGAAGGTACTATGCAAT	Sensory
progenitors	6
06_08_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.CAACGCAGTACTAGAGAGT	Sensory
progenitors	6
06_08_exp3_idx1AGGTCAGCTT_idx2TGGCGTAGGT.TGGCCTGATAACTGCTGCC	Sensory
progenitors	6
06_08_exp3_idx1AGTCCGCTGC_idx2CCAAGCTGAA.CTAGTACGTGCCGTCGCGT	Sensory
progenitors	6
06_08_exp3_idx1AGTCCGCTGC_idx2GGACTCATTG.AGAGCATGTTTAGCAATAA	Sensory
progenitors	6
06_08_exp3_idx1ATAAGGACTC_idx2ATAGGATATG.GTTGCTCCTCGGATTAGAA	Neural
progenitors	3
06_08_exp3_idx1ATAAGGACTC_idx2GTTGACGGCC.AGTAGCCATGATATCGGCG	Neural
progenitors	0
06_08_exp3_idx1ATGGCGCCTG_idx2CCAAGCTGAA.TAGAGAGTATCCGCTCCGGC	Sensory
progenitors	6
06_08_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.ATTGCCGGTTCTTGCCGAC	Sensory
progenitors	6
06_08_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.CAGTATCCTTCTTGCCGAC	Neural
progenitors	15
06_08_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.TATTGACTCTTTCTTCCGGT	Sensory
progenitors	6
06_08_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.ACGTTGCTTAACCTGCGTA	Sensory
progenitors	6
06_08_exp3_idx1ATTATGCAAG_idx2CAAGATTAAG.TTCTTAACCTACTCAATAGG	Sensory
progenitors	6
06_08_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.TATTCGGCTTCTTGCCGAC	Sensory
progenitors	6
06_08_exp3_idx1CCTCAGCTCC_idx2CGGCGAGACC.TAAGAATGGTCCGTTCCTTA	Sensory
progenitors	6
06_08_exp3_idx1CCTCAGCTCC_idx2GACTAGTCTA.AACGCGTCTTTGCTAACGG	Sensory
progenitors	6
06_08_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.AGTCGCATTGATATCGGCG	Sensory
progenitors	6
06_08_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.AACCTCATTTTCTTGCCGAC	Sensory
progenitors	6
06_08_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.AACCGCTGTTCTTGCCGAC	Sensory
progenitors	6
06_08_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.AACGCGTCTAGTTGCATCT	Sensory
progenitors	6
06_08_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.GCGGAGAATTTGCGAGGCA	Sensory
progenitors	6
06_08_exp3_idx1GAGCGCGATG_idx2CTCGTCTAGG.CCATTGCGTTTGCGAGGCA	Sensory
progenitors	6
06_08_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.TAGATGACTTCGGAGATCCG	Sensory
progenitors	6
06_08_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.CGCTAACCTCGACGCGACT	Ventral
midline	9
06_08_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.GACTACCATCGACGCGACT	Sensory
progenitors	6
06_08_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TACTTGCGTGATATCGGCG	Sensory
progenitors	6
06_08_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.AATACCGAATCGAATAGATG	Neural
progenitors	3
06_08_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.ATGGTTGGTTCCAATCATC	Neural
progenitors	3
06_08_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.CGAATGAGTTTACGATGAA	Sensory
progenitors	6
06_08_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.AGAGATGAATACTATGCAAT	Neural
progenitors	0
06_08_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.GGTACGGATGATATCGGCG	Sensory
progenitors	6
06_08_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.CTGCCTTATCGCGTACGAC	Sensory
progenitors	6
06_08_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.AAGGATATGTTATAGACGCA	Sensory
progenitors	6
06_08_exp3_idx1GCATCGTATG_idx2TCGATATTGA.ACATGGTAATAATCGATAAT	Sensory
progenitors	6
06_08_exp3_idx1GCGCGTTCAT_idx2AACGGACCAA.AAGGATTACTCCAGTCCTCT	Neural
progenitors	0
06_08_exp3_idx1GCGCGTTCAT_idx2TCGATATTGA.CCGTCTCATCTGAACTGGT	Neural
progenitors	3
06_08_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.ACTGGTTATTTAGCCGTCAT	Sensory
progenitors	6
06_08_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GACCGAATTCTTGCAGTAG	Neural
progenitors	3
06_08_exp3_idx1GCTTGAAGAG_idx2ACTATCCGCA.TCCAATAGTTGCAAGGAATA	Sensory
progenitors	6
06_08_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.CTCGCATGTTTCCAACCGC	Immature
neurons	2
06_08_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.GGCGACTATTTCTTCCGGT	Neural
progenitors	15
06_08_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.TAGCTCGGTTCAAGCCGAT	Neural
progenitors	1
06_08_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.CTACCTGGTGTATAATACG	Neural
progenitors	3
06_08_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.CCGTCGATTGCCGTCGCGT	Sensory
progenitors	6
06_08_exp3_idx1GTAGGCTGCA_idx2AACTACCGAC.CAGCATTGTTAGGCCATAG	Neural
progenitors	3
06_08_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.CGAGGCAATTAACTCTTAG	Sensory
progenitors	6
06_08_exp3_idx1TAGGTAACTT_idx2ACTCTCTCAA.GACTGACGTACTAGAGAGT	Neural
progenitors	0
06_08_exp3_idx1TAGGTAACTT_idx2CTCCGGTTCT.AAACTCCAATTCAGCTCTAA	Neural
progenitors	3
06_08_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.CAATCGGTTTCGCGGTTGG	Sensory
progenitors	6
06_08_exp3_idx1TATAATAGTT_idx2CTCGTCTAGG.GAGCGGTATTTGCTAACGG	Sensory
progenitors	6
06_08_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.CGAAGACCTCTTGCAGTAG	Immature
neurons	2
06_08_exp3_idx1TATTAGACTT_idx2TCATCTAATC.TATGACTTGTTTAGATTCCG	Neural
progenitors	3
06_08_exp3_idx1TCCTCTGCCG_idx2AGTTGCATCT.TCGTAGCGTCTTGCAGTAG	Immature
neurons	2
06_08_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.ACAACCTATTACTCAATAGG	Neural
progenitors	1
06_08_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.CGGTAAGGTTATCATGATC	Sensory
progenitors	6
06_08_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TTGAGTCCTCCAGTCCTCT	Sensory
progenitors	6
06_08_exp3_idx1TCTTGAGGTT_idx2GTCATTGCGC.CCAAGGATTCGTAATGCAG	Sensory
progenitors	6
06_08_exp3_idx1TCTTGAGGTT_idx2GTCATTGCGC.TTGATTCCTTCTTGCAGTAG	Sensory
progenitors	6
06_08_exp3_idx1TGGACGACTA_idx2AACGGACCAA.GCTCTTAGTTAACTCTTAG	Sensory
progenitors	6
06_08_exp3_idx1TGGACGACTA_idx2AGCGTCAATG.TCCTATAAGTACCGCAGAAT	Sensory
progenitors	6
06_08_exp3_idx1TGGACGACTA_idx2TGAGGTAGAA.TAGAGCCTTTGGTATTCAT	Sensory
progenitors	6
06_08_exp3_idx1TTATTGAGGC_idx2TCCGGTAATC.CTCCGGTTTTTGCTAACGG	Sensory
progenitors	6
06_08_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.GTAAGCTCTGGTATGCTTG	Sensory
progenitors	6
06_08_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.CAAGCAACTAGGAGAGAAC	Neural
progenitors	3
06_08_exp3_idx1TTCCGTCGAC_idx2CGATCATTAC.CGCTAACCTACTAGAGAGT	Neural
progenitors	3
06_08_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.ACATTCGTATCTTGGTAATG	Sensory
progenitors	6
06_08_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.GAGCGGTATAATCGATAAT	Sensory
progenitors	6
06_08_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.GACCGAATTTTCCAACCGC	Sensory
progenitors	6
06_08_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.GCTCGAGATTTGCTAACGG	Sensory
progenitors	6
06_08_exp3_idx1TTGCCGTAGG_idx2TGAGGTAGAA.TCAGCTTCTTCTGATACCA	Neural
progenitors	3
06_08_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.ATCAGTCATTCGCGTACGAC	Sensory
progenitors	6
06_08_exp3_idx1TTGCGAGCAT_idx2CATGCATCTC.GGCGTTAATACTAGAGAGT	Neural
progenitors	0
06_08_exp4_idx1ATGGCGCCTG_idx2GTTGACGGCC.ACAGGTATTTTTATCCGGAT	Sensory
progenitors	6
06_08_exp4_idx1ATGGCGCCTG_idx2GTTGACGGCC.TGTCCTTATTGCCGCAACGA	Sensory
progenitors	6
06_08_exp4_idx1TCCTCTGCCG_idx2CAAGCTTGGC.CATACCGCTCAATTACCGT	Sensory
progenitors	6
06_08_exp4_idx1TCTTGAGGTT_idx2CGTCCGTCCT.CCAAGGATTTCGCTAAGCA	Sensory
progenitors	6
06_08_exp4_idx1TTGCGAGCAT_idx2TCGTAGGCTT.CGCTGCTTTACGTCATATA	Sensory
progenitors	6
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CTACGGCATGATAAGGCAA	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2TCATCTCGAT.TCAGGAGATAGTCCGCGGA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GAAGAGGCTGACGACCTGC	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GGTACGGATGCGTTCAGCT	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TAGGTACTATATAGACTAGG	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCCTCGAGTAGTTCGAGTA	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TTGGAGTTATGCCGTATGCT	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.AACCGCTGTGAAGGTTGCC	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TATTGAGGTTAATAATACCA	Neural
progenitors	15
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCCGGTCATGATAAGGCAA	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GAACGGCTTACCAGCGCAG	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TTAATGAGCTATAGACTAGG	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TTCGCGGATACCGCAGAAT	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CCAGAACCTGACGACCTGC	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTCCTCGTTAAGACGGCCA	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GAGACTAGTTTGATGCTAT	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GAGCGGTATCCAGGCCGCA	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TAGAGAGTATGCCAACGCCA	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCATTAAGCTCGATGGCGCC	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCATTAAGCTCGGAAGATAT	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCGTTCTGTGTTGAAGGAT	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.AAGATGCCTATTGAGATTG	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GACCGAATTCATAACCAGC	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GCGGTATATCGATGGCGCC	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TGGATCCGTAATAATACCA	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.AACCGCTGTCCAGGCCGCA	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GGACTTGATTCTCCTATAA	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GGCTTACTTTTAATTATTG	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TCCTACCTTCCGTCCAGTA	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.ACCTTCGGTGTTGAAGGAT	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCGTCTCATCGAATAGATG	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCGTCTCATTGGTATTCAT	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.CGGTTCCATTGGCTGATGA	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACCGAATTCATAACCAGC	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GATTACGGTACCAGCGCAG	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCTCGAGATGAAGGTTGCC	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGAGCTCATTGGCTGATGA	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTACCTCTTCATAACCAGC	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TAACTAAGGTTGGTATTCAT	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TAAGACCGTTCTCCTATAA	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TACTCCTATTTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCCAAGTTATTGGCTGATGA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCGCGCATTTTAGCAATAA	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGGCCTGATTCTACCATTA	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GTTCCAGCTTCAGACGAAC	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GTTGCAAGTGCGACGCCTT	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TAGGTACTATATAGACTAGG	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TTCTCTAGTTTTGATGCTAT	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.CGTCGAAGTAACTGCTGCC	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TCCTCGAGTTTGATATATT	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.GGCGACTATGCCGTATGCT	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.ACCTTCGGTTTGATGCTAT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.CAACGCAGTATAGACTAGG	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.CCTCCTGATGTTGAAGGAT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GACCAGGATTTGATGCTAT	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GCTCGAGATACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GTAGCGATTTTAGCAATAA	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TAGGTACTATCCAGGCCGCA	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TCCTCGAGTCTGAACTGGT	Ventral
midline	9
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CAACGCAGTTGCGCGATGC	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CGACGATATCGAATAATTC	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTTCATGCTCCGTCCAGTA	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCTCGAGATATTGAGATTG	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGTAGTCCTGATAAGGCAA	Neural
progenitors	15
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGTCCTTCTCTCTGCGGCA	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATCCAGGTAAGACGGCCA	Ventral
midline	9
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGGTCGAATCATAACCAGC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTTCATGCTGGCCAGTCCG	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GAGACTAGTACCTGGACGC	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCAGATACTGCGTTCAGCT	Sensory
progenitors	6
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGATAGGTTTATCGTCGGC	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GACTACCATGCGCGGTAGT	Ventral
midline	9
06_08_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TATCATGAGTTATCGTCGGC	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TATGCGATTTGGAGCGGCCG	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TTTGCTTAGTCGAATAGATG	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GTCCTGCATTTAATTATTG	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TCTCGCTCTCCAGGCCGCA	Ventral
midline	9
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.AGTTGCGCTCCGTCCAGTA	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TATTGAGGTTAAGTTGCCAT	Neural
progenitors	1
06_08_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TATGACTTGTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TCTCTCCATATAGACTAGG	Neural
progenitors	1
06_08_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TGGCCTGATAAGTCTTCCG	Neural
progenitors	1
06_08_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.ATGGCAGCTTATCCTCAAT	Neural
progenitors	1
06_08_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.CTGGAAGATAAGTCTTCCG	Neural
progenitors	1
06_08_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TTGGCTCATCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TCTAGGAATTAATAATACCA	Immature
neurons	2
06_08_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.GCAACGTTTGAAGGTTGCC	Neural
progenitors	1
06_08_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TCATAGAGTTTGATAGAACG	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.CGACGATATTGGTATTCAT	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TATTGACTCTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GTCGGCAATCTGAACTGGT	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GTCGGCAATGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TAGGTACTATACCAGCGCAG	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TCATTAAGCTTATCCTCAAT	Sensory
progenitors	6
06_08_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TCTAGGAATTATTGAGATTG	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.GACCAGGATGGAGCGGCCG	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TCTCTCCATGTTCCGCTAA	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.TGAGTTAGATTGGAGAATTC	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TGGTCGAATCTCTGATCAG	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CCATCAGGTCTCTGATCAG	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CGCCGTAATCGCGTACGAC	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GAGCGGTATAATAATACCA	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTGCGGTCTGATAAGGCAA	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GAGCGGTATCGCGTACGAC	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGTTGGCATGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCTACTTACTCGGAAGATAT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCCATTACTTTGGACGCTG	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTGGCTCATGTACTAGTAA	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.CCGTCTCATGTTCCGCTAA	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.CTCCGGTTTACCTGGACGC	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TATGGTCTTTAATAATACCA	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CAACGCAGTGCCGTCGCGT	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CGACGATATCTGATTAAGA	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATTCGGCTTTGATATATT	Sensory
progenitors	6
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCGGTACCTTGGTATTCAT	Neural
progenitors	15
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGAATTCGTTCCGTCCAGTA	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GGCGACTATCGGTAGGAAT	Sensory
progenitors	6
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GGTTCGAGTAATAATACCA	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TATCATGAGTTTGATATATT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GACCGTCATTGCGCCAGAA	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GCTTCTGGTCGATGGCGCC	Neural
progenitors	15
06_08_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TTCTCTAGTTCCGTCCAGTA	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TTCTTAACCTCGGAGATCCG	Ventral
midline	9
06_08_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.AGCAACGATAATAATACCA	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.AGGCATCATGGCCAGTCCG	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CGGTTCCATGATAAGGCAA	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CTCCGGTTTCAGATTCGAT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GACTCGCTTCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GACTGACGTTCTACCATTA	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GACTTGGCTTCAGACGAAC	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGCGCATTTGCCGGTCGAG	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGTTCGAGTTCTCCTATAA	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCATGGCTTAGAGCCAGCC	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCGGTACCTCGAATAGATG	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TGCCTATTATGCGTTCAGCT	Neural
progenitors	1
06_08_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.GCTGAAGCTGAAGGTTGCC	Neural
progenitors	1
06_08_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.TTGGAGTTATCCTTACTCCT	Neural
progenitors	1
06_08_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.ACGGCAATTCCTTACTCCT	Neural
progenitors	1
06_08_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.GAGACTAGTAACTGCTGCC	Ventral
midline	9
06_08_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.ACGAGGTTTTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GGTACGGATGCCAACGCCA	Sensory
progenitors	6
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CGGTTCCATTGCATATAAC	Neural
progenitors	15
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GAACGATGTTTGGACGCTG	Neural
progenitors	1
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GCAGATACTCCGTTGACTT	Neural
progenitors	1
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GCTGAAGCTGCCGGTCGAG	Neural
progenitors	1
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TATTGACTCTCGGTAGGAAT	Neural
progenitors	1
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TGACGAGGTTGGAACTAGA	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.CCGAGAGATTGGAGAATTC	Neural
progenitors	1
06_08_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.GTCGGCAATGCGTTCAGCT	Neural
progenitors	1
06_08_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TCGTCTATTTGAAGGTTGCC	Neural
progenitors	15
06_08_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TTCCATTACTAAGACGGCCA	Neural
progenitors	1
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.AGCAACGATGGAGCGGCCG	Neural
progenitors	1
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CGAGATGCTAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GGCAAGTCTAAGTTGCCAT	Neural
progenitors	1
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TAACTAAGGTCGCGTACGAC	Immature
neurons	2
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGCCTATTATGTACTAGTAA	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGGTCTCCTAATAATACCA	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.CTGCTGAATAAGTCTTCCG	Ventral
midline	9
06_08_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.GACTGACGTCGGTAGGAAT	Neural
progenitors	3
06_08_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.GTAAGCTCTTCGAGGAGTA	Neural
progenitors	1
06_08_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TCTATACCTTAATGCTAGTC	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.ACCAATGCTAATGCTAGTC	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GCTGGCTATGATAAGGCAA	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GGCTTACTTTCGAGGAGTA	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TGGTCGAATGTTGAAGGAT	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TTGAGTCCTATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.AGCAACGATACCGCAGAAT	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GTATCGCATGCCGTATGCT	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TAACTAAGGTCGAATAATTC	Ventral
midline	9
06_08_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TCGCCAACTTGGTATTCAT	Ventral
midline	9
06_08_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TGAGTTAGATGCGTTCAGCT	Ventral
midline	9
06_08_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.CTCCTCGTTGCGTTCAGCT	Ventral
midline	9
06_08_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.GCCATGGTTCGGATGAAGG	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TCAGGAGATTGGAGAATTC	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACGGCAATTTGGTATTCAT	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CAGAAGGCTCTCTGCGGCA	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACCGTCATGCGACGCCTT	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGCGACTATACCTGGACGC	Ventral
midline	9
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGTTGGCATGAAGGTTGCC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATCGAACTTCTGAACTGGT	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGGTCTCCTGAAGGTTGCC	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTGGCGACTCTGAACTGGT	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CCTCCTGATCTCTGCGGCA	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GAACGGCTTGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACCAGGATATAGACTAGG	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TATGCGATTTCTCTGCGGCA	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTGGAGTTATACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTGGAGTTATGATAAGGCAA	Sensory
progenitors	6
06_08_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TATCGAACTTTCAGACGAAC	Sensory
progenitors	6
06_08_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GTTGCTCCTGCGCGGTAGT	Neural
progenitors	1
06_08_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TAGCCAATTTCCTTACTCCT	Neural
progenitors	1
06_08_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TATGACTTGTACCAGCGCAG	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GGCAAGTCTTCAGACGAAC	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GGTTGGCATCTCTGCGGCA	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GTCGGCAATACCTGGACGC	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GTTGCAAGTCTCTGATCAG	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.CTTCATGCTAAGTTGCCAT	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TATAAGGCTTGGAGCGGCCG	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TTCTGGCCTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.CTACGGCATGAAGGTTGCC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TAGCTCGGTAGAGCCAGCC	Neural
progenitors	15
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TGAGAATCATTGCGCCATCT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TGTTAAGACTACCAGCGCAG	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TTGGCGACTGTACTAGTAA	Ventral
midline	9
06_08_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.CAACGCAGTGTTGAAGGAT	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TTCTAAGCTTATTGAGATTG	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AAGCGCCATCAGATTCGAT	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACCGTAGCTCGGTAGGAAT	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACGAGGTTTATTGAGATTG	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTATCTCCTCATAACCAGC	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTCTACTGTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GACCGTCATTCTCCTATAA	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGCTTACTTACCAGCGCAG	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGAATTCGTTCGGAGATCCG	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGAGAATCATACGCCGTTCA	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GAACGGCTTTGGAGAATTC	Ventral
midline	9
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GTAGACGGTAGTTCGAGTA	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TATCCAGGTTGGAGAATTC	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TGAGTTAGATCATAACCAGC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AACCGCTGTAATGCTAGTC	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AAGCGCCATAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCGGATAGTTGGCTGATGA	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTAGTACGTGTTGAAGGAT	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACTACCATTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCAATCGCTGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TAGGTACTATCTCTGCGGCA	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATGACTTGTTTGATGCTAT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGCGGTCTGCCGTCGCGT	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCATTGCGTGATAAGGCAA	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCTCCTGATAACTGCTGCC	Ventral
midline	9
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTCTACTGTAATGCTAGTC	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCATCCAGTCGGAAGATAT	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGTCCTTCTATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAACTAAGGTCGAATAGATG	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATATGCGTTAATAATACCA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATGCGATTTGAAGGTTGCC	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATTGAGGTTTATCCTCAAT	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCTACCTTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGCCTTGGTAACTGCTGCC	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGGTCTCCTACCTGGACGC	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCAACTGATGTACTAGTAA	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCTCTAGTTTGGAGAATTC	Immature
neurons	2
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.AAGATGCCTAGACTCAAGC	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GATTACGGTTCTCCTATAA	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTACCTCTTATTGAGATTG	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTTCCAGCTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTTGCAAGTGCGTTCAGCT	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAACTAAGGTACCGCAGAAT	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGCCAATTTGATAAGGCAA	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGTTACCTTTTAGCAATAA	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATAAGGCTTGGCGAGCTTA	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATATGCGTTTTAGCAATAA	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATGCGATTTTTCGCTTACG	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCAGTTGGTAATAATACCA	Ventral
midline	9
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCATAGAGTTCAGATTCGAT	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCATTAAGCTCGATGGCGCC	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCTCTAGTTCTCTGCGGCA	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCTGGCCTGCGCGGTAGT	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTTGCTTAGTCGGATGAAGG	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.AGGCATCATCGAATAGATG	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GCAACGTTTCATAACCAGC	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCGAATCTTTGCGCGGTAGT	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TTCTGGCCTGCGTTCAGCT	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TTGGAGTTATCCAGGCCGCA	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CCGAGAGATATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CCGTCTCATAATAATACCA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CTGGAAGATTTGATGCTAT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GAAGAGGCTAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTAAGCTCTGGCCAGTCCG	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCAGTTGGTCTGAACTGGT	Ventral
midline	9
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGAGTTAGATTGCGCGATGC	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATGGCGTATAAGTTGCCAT	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTCCAGAGTGACGACCTGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCGGAGAATGTTGAAGGAT	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTTCGAGTCTCTGATCAG	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTAGCGATTGGCGAGCTTA	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATCCAGGTTGGAGAATTC	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCATGGCTTGCCGTATGCT	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCGGTCATAGGCCGCTCG	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGAATCTTTGCGTTCAGCT	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCTCTCGTCGAATAGATG	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGCGGTCTCTCTGCGGCA	Neural
progenitors	3
06_08_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.AGCAACGATAATAATACCA	Sensory
progenitors	6
06_08_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.CGACGATATAGACTCAAGC	Ventral
midline	9
06_08_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GTTGCTCCTTATCGTCGGC	Neural
progenitors	1
06_08_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TGGATCCGTGCCGGTCGAG	Neural
progenitors	15
06_08_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.CAATCGGTTGCGCGGTAGT	Neural
progenitors	1
06_08_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TATCCAGGTAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ACCAATGCTTTGATATATT	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GCTGGCTATAAGTTGCCAT	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGCTAATTCTCCAGGCCGCA	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TTAATGAGCTGGAGCGGCCG	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.ACGAGGTTTAGAGCCAGCC	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.AGTTGCGCTGATAAGGCAA	Ventral
midline	9
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CGAGATGCTTCTCCTATAA	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CTCCTCGTTTCTCCTATAA	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GACCGTCATCGAATAGATG	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GTTGCAAGTCTGAACTGGT	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TAGAGCCTTTCAGACGAAC	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGGTCTCCTGCGTTCAGCT	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.AGCAACGATAGAGCCAGCC	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ATGGAGAGTTGGTATTCAT	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCCATGGTTACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGTTGGCATCTGAACTGGT	Ventral
midline	9
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTTCGCTGTTACGGCTACG	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCGAATCTTTTTAGCAATAA	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TGGACCTCTCGCGTACGAC	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CATCGGACTTCGAGGAGTA	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTCGGAGTTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATCGAACTTCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGAGAATCATTATTACTCAT	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGCTAATTCTGCGCGGTAGT	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGGTAGGCTAAGACGGCCA	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGGTCTCCTTCAGACGAAC	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCCGACGTTCGAGGAGTA	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCGCATAATAAGTCTTCCG	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.ACCAATGCTCTCTGCGGCA	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CCGAGAGATTTGATATATT	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CTGCTGAATTATCGTCGGC	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GCGGAGAATATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GTTCGCTGTTTGGACGCTG	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCTCCGAATCGGAAGATAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TGGTCGAATAGTTCGAGTA	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTCGCATAATAGAGCCAGCC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTGGAGTTATACCGCAGAAT	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TATTGACTCTTGGTATTCAT	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TATTGACTCTTTAGCAATAA	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TTGGCAATATCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GACCGTCATCTCTGCGGCA	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GGTCCTTCTGCGTTCAGCT	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GTTCGCTGTTGCGCCATCT	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCGCCAACTCTGAACTGGT	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TGAGTTAGATCGAATAGATG	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AAGCGCCATCGATGGCGCC	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ACCTTCGGTTATCGTCGGC	Ventral
midline	9
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTTCATGCTTTGATGCTAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCTCGAGATCGCGTACGAC	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCTTCTGGTGGAGCGGCCG	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTTGCAAGTTGCGCGATGC	Ventral
midline	9
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAAGACCGTTGGCTGATGA	Ventral
midline	9
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATGCGATTTAGAGCCAGCC	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATTCGGCTAGAGCCAGCC	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATTGACTCTTGGTATTCAT	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATTGACTCTTTAGCAATAA	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTGGCAATATCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TTCGCATAATATAGACTAGG	Neural
progenitors	1
06_08_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TCCTCGAGTGCCGTATGCT	Neural
progenitors	1
06_08_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TCTCCGAATTGGTATTCAT	Ventral
midline	9
06_08_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TTGGCAATATTACGGCTACG	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TGGACCTCTTCGAGGAGTA	Ventral
midline	9
06_08_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TTGCGGTCTGCCGTCGCGT	Neural
progenitors	1
06_08_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.ATAGTCGCTCTCTGCGGCA	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CATCGGACTCGGATGAAGG	Ventral
midline	9
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CTTAGCGGTCCTTACTCCT	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GACCAGGATGCCGTCGCGT	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TAAGACCGTGCGACGCCTT	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.ACCAATGCTTGCGCCAGAA	Ventral
midline	9
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CTGCTGAATAGACTCAAGC	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GAACGGCTTTGCGCGATGC	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCTGAAGCTCGATGGCGCC	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGAGCTCATCATAACCAGC	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGTTGGCATGATAAGGCAA	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TAGCTCGGTGCCGTATGCT	Neural
progenitors	16
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCGGTCATCCTTACTCCT	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCTACCTTCGGAAGATAT	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGCGCATTCGGTAGGAAT	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.AAGCGCCATCGGATGAAGG	Ventral
midline	9
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.ATGGCAGCTCGGAAGATAT	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CTGCTGAATAATGCTAGTC	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CTTAGCGGTTGCGCGATGC	Ventral
midline	9
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GACGTTCGTTGGCTGATGA	Ventral
midline	9
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GACTACCATCGGAGATCCG	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GGCAAGTCTTTGATGCTAT	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCAGGAGATCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCTCGCTCTAACTGCTGCC	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCTCGCTCTATTGAGATTG	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGAGTTAGATCGGAAGATAT	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CCATCAGGTTTCGCTTACG	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CCGGATAGTGGCGAGCTTA	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACCAGGATGCCGGTCGAG	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCAATCGCTGCGTTCAGCT	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCAGATACTTATCGTCGGC	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGAGGTTCTGCCGGTCGAG	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAGAGCCTTTATCCTCAAT	Ventral
midline	9
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAGTTACCTTCGGAGATCCG	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTACTTACTATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGGTCTCCTGGAGCGGCCG	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.AACCGCTGTGTACTAGTAA	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CGACGATATGGAGCGGCCG	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CGAGATGCTTGGTATTCAT	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CTCCAGAGTGATAAGGCAA	Ventral
midline	9
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GATTACGGTCCGTCCAGTA	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TATAAGGCTTTTGGACGCTG	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TGCTCCTATCTGAACTGGT	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GGCTTACTTTGCGCGATGC	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCATAGAGTTCGGAGATCCG	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCTAGGAATTCAGGTATGGA	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CGAGATGCTTCAGACGAAC	Ventral
midline	9
06_08_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GTATCGCATTATCCTCAAT	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GTTGCTCCTCGGATGAAGG	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCAGTTGGTTTCGCTTACG	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.AAGATGCCTTGCGCCAGAA	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GACTGACGTTCGAGGAGTA	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GTAGACGGTGCCGTATGCT	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCCGGTCATCCTTACTCCT	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCCTACCTTCGGAAGATAT	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCGAATCTTTACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCGCGCATTCGGTAGGAAT	Sensory
progenitors	6
06_08_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.TCTCGCTCTAAGACGGCCA	Neural
progenitors	1
06_08_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.TCGAATCTTTAGACTCAAGC	Neural
progenitors	1
06_08_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TACGGTAGTTTAGCAATAA	Neural
progenitors	1
06_08_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.TGCGTAGTTATAGACTAGG	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TATTCGGCTGGCCAGTCCG	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GCGTCGTATTGGTATTCAT	Neural
progenitors	15
06_08_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TCCGGTCATCGATGGCGCC	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TGGTAGGCTGCCGTCGCGT	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTCCGGTTTAGTTCGAGTA	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTACCTCTTCGCGTACGAC	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTTGCTCCTCCTTACTCCT	Neural
progenitors	15
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATTGACTCTGAAGGTTGCC	Neural
progenitors	15
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCGTAGCGTCCAGGCCGCA	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGAGAATCATTACGGCTACG	Neural
progenitors	15
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGCGGTCTTCGAGGAGTA	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.GACTCGCTTAGTTCGAGTA	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TCCAAGTTATCTGAACTGGT	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.AAGCGCCATAAGTTGCCAT	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.CGCCGTAATTTGATGCTAT	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.AAGCGCCATCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ATGCCAAGTTGGAGAATTC	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTCCAGAGTATTGAGATTG	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTCCGGTTTCTCTGCGGCA	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GAGACTAGTTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTCATCTGTTGCATATAAC	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTCCTGCATGACGACCTGC	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TAACTAAGGTAACTGCTGCC	Neural
progenitors	15
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TAGAGCCTTTGCGCGATGC	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TATTGAGGTTAACTGCTGCC	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGCTCCTATGCGCGGTAGT	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGTTAAGACTCGATGGCGCC	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTCTTAACCTGTTGAAGGAT	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTGGCAATATTGCGCCATCT	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GTTCCAGCTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TCTCCGAATTCAGACGAAC	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TTCTAAGCTTTGCGCCATCT	Neural
progenitors	1
06_08_exp10_idx1AATACGATAA_idx2AACTTATAAG.TATTCTCCTTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.TAGGTACTATACGCGAGATT	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TGGTAATAGTAGTCCGCGGA	Sensory
progenitors	6
06_08_exp10_idx1AATACGATAA_idx2TGATACGAGT.TCCTAACTTTGATCTTACGC	Neural
progenitors	1
06_08_exp10_idx1ACGGCGTTAA_idx2GACCTCTCTG.CTTCATGCTTCCGTCGCCA	Immature
neurons	2
06_08_exp10_idx1AGACCATATC_idx2ACCGTTACGA.GGTCTACGTTTATCCGGAT	Neural
progenitors	1
06_08_exp10_idx1AGGTCAGCTT_idx2ATAGGATATG.TATCATGAGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TATAACTTCC.TCGAAGGATAATGGTCGAC	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.TCTCGCTCTGACCTCCGCC	Neural
progenitors	1
06_08_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.TGCTAATTCTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.TGTTAAGACTAGTCCGCGGA	Neural
progenitors	1
06_08_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.TTCGCATAATTCCGGCCTCG	Neural
progenitors	15
06_08_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.TCCAAGTTATCTCGTCTAGG	Neural
progenitors	1
06_08_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.ATATCCTACTCATGCTGGTT	Neural
progenitors	1
06_08_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TCCTATAAGTTCCGGTAATC	Neural
progenitors	1
06_08_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.GGCAAGTCTACTATCCGCA	Neural
progenitors	1
06_08_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TGGATCCGTGTCGCTCAGT	Neural
progenitors	1
06_08_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TGCAAGGTTCTAGTAGTCT	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.CTCGTTGATAGTCCGCGGA	Neural
progenitors	1
06_08_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.TCTAGGAATTACTCAATAGG	Ventral
midline	9
06_08_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TTGAGAGATTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2GGAACGATGG.TAACGACTTTCCGTCGGAGG	Neural
progenitors	1
06_08_exp10_idx1GATTCTTGAA_idx2AGGTCAATTA.TACGGTAGTCCATTATCTA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.GAACGATGTCATGCTGGTT	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.AAACTCCAATTGATAGAACG	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2GCAACTGGCA.TCATAGAGTTTTCAAGACCA	Neural
progenitors	1
06_08_exp10_idx1GCATCGTATG_idx2TCCGTCGCCA.TAGTTACCTTCCGAGAATCC	Neural
progenitors	3
06_08_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.GGTTGGCATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.AAACTCCAATTGGAACTAGA	Neural
progenitors	3
06_08_exp10_idx1GCGCGTTCAT_idx2CCTATAAGCT.TCATGGCTTTCTAGAACTA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TGTCCTTATTTCAACGTAAG	Neural
progenitors	1
06_08_exp10_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GGTCAGTTTTTACCTCGAC	Neural
progenitors	0
06_08_exp10_idx1GGCTTACTCC_idx2GCTCTCGCCT.TGACGAGGTTCCGTCGCCA	Sensory
progenitors	6
06_08_exp10_idx1GGCTTACTCC_idx2GCTCTCGCCT.TTCGCATAATTCTAGAACTA	Neural
progenitors	1
06_08_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TGAATCTGATAGAGCCAAGG	Neural
progenitors	1
06_08_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.ATTGATCGTTTCCAATCATC	Sensory
progenitors	6
06_08_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TTGACTCAATTCCGGTAATC	Neural
progenitors	1
06_08_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TGGATCCGTAGAGCCAAGG	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.GAAGAGGCTCTCGTCTAGG	Neural
progenitors	1
06_08_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.CAAGCAACTAAGACCGTTG	Neural
progenitors	1
06_08_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.GGTACCATTATCGAGTCGC	Neural
progenitors	1
06_08_exp10_idx1TAGTAAGCCG_idx2GGTCCAGGAG.AGAGTACCTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCTATCCAATAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TCCTATTCTTTCCAGAAGGT	Neural
progenitors	1
06_08_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TCGAAGGATTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TCTACTTACTTCCAATCATC	Neural
progenitors	1
06_08_exp10_idx1TATTAGACTT_idx2CATTATTACC.AGATCGGATTAGCCGTCAT	Neural
progenitors	1
06_08_exp10_idx1TATTAGACTT_idx2CGTCCGTCCT.TAACGACTTTCCGTCGGAGG	Sensory
progenitors	6
06_08_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TAACGACTTTTAGAGTAATA	Neural
progenitors	1
06_08_exp10_idx1TATTAGACTT_idx2TGATAGAACG.CCAAGGATTCCGTCGGAGG	Neural
progenitors	1
06_08_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.AAGGATTACTTATTACTCAT	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2ACTATCTTGA.CAGCAAGTTTGATAGAACG	Ventral
midline	9
06_08_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.GAGACTAGTGGCAGACGCC	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.CTTCGACTTAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.GATACGTCTCTAAGAGAAG	Neural
progenitors	1
06_08_exp10_idx1TGGACGACTA_idx2TCGATATTGA.GGCTAAGATTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.CTTCATGCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TATAACTTCC.TGATCTTCTTAATGGTCGAC	Neural
progenitors	1
06_08_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.TGAATCTGATCATGCTGGTT	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2TGCCAGATGG.GTAAGCTCTCATGCTGGTT	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2TGAGGTAGAA.TAGTTACCTTTTATCCGGAT	Neural
progenitors	0
06_08_exp11_idx1AACGAATTCG.AGTATTAGCTACTTAACCTT	Neural
progenitors	1
06_08_exp11_idx1AACGAATTCG.CGTACCTATCCGCAAGTTC	Ventral
midline	9
06_08_exp11_idx1AAGTACGCGA.TTCTGGCCTTATGCCGAGT	Neural
progenitors	1
06_08_exp11_idx1AAGTTAGGCA.CTCCATCATTATGCCGAGT	Neural
progenitors	1
06_08_exp11_idx1ACCAGGCGCA.AGAGTACCTGTTCGTCAGA	Neural
progenitors	0
06_08_exp11_idx1ACCAGGCGCA.CTGCCTTATATCAACGATT	Neural
progenitors	1
06_08_exp11_idx1ACTATTCATT.CGACGATATAGTTGCATCT	Neural
progenitors	1
06_08_exp11_idx1ACTATTCATT.TCTCTCCATCGGTTGCGCG	Ventral
midline	9
06_08_exp11_idx1AGAGGAGAAT.AGGATAATCTTAGATCTACT	Neural
progenitors	1
06_08_exp11_idx1AGTTCTCATG.CGACGATATAATCTGGAGT	Neural
progenitors	1
06_08_exp11_idx1ATAAGGACTC.AACTTGGATTTACTTACTTA	Neural
progenitors	1
06_08_exp11_idx1ATACCTCGAC.AATTCTAGGTAATTATCAGC	Ventral
midline	9
06_08_exp11_idx1ATTATGCAAG.AGCAACGATGTATCATCGA	Neural
progenitors	1
06_08_exp11_idx1CAGACTAAGG.GCTGGCTATTTAACGTACC	Neural
progenitors	1
06_08_exp11_idx1CAGACTAAGG.TTGAAGTCTTTTCCATGGCA	Neural
progenitors	1
06_08_exp11_idx1CATTATTATT.TCCTCGAGTAGTTGCATCT	Neural
progenitors	0
06_08_exp11_idx1CCATAGACCT.TGAGTTAGATCAATTACCGT	Neural
progenitors	1
06_08_exp11_idx1CCGCTAAGAG.GTTGCTCCTACCGCCAACC	Neural
progenitors	1
06_08_exp11_idx1CCGCTAAGAG.TCGTCTATTTTCCAATCATC	Neural
progenitors	3
06_08_exp11_idx1CCGCTAAGAG.TGTTAAGACTGCTCTCGCCT	Neural
progenitors	1
06_08_exp11_idx1CTAAGCCTTG.TATATGCGTTAATACTCTTC	Immature
neurons	2
06_08_exp11_idx1CTCCTCATTC.CTCCATCATACGTCATATA	Neural
progenitors	0
06_08_exp11_idx1GAACTCGACT.TTCTCTAGTTTATAGTAAGC	Neural
progenitors	1
06_08_exp11_idx1GACCGGCGGA.CTCCAGAGTCGGTCGTTAA	Neural
progenitors	1
06_08_exp11_idx1GACTGGACCA.CTCCATCATATAAGGAGCA	Neural
progenitors	1
06_08_exp11_idx1GCGTTCCGTT.AACCGCTGTAGTTGCATCT	Neural
progenitors	1
06_08_exp11_idx1GCGTTCCGTT.GGCGACTATTTATAGCAGA	Ventral
midline	9
06_08_exp11_idx1GGTTATCGAA.TAACGACTTTACTTAACCTT	Neural
progenitors	1
06_08_exp11_idx1GGTTCTTGCT.GGTCCTTCTCGGTCGTTAA	Neural
progenitors	1
06_08_exp11_idx1GTACTCCTAT.TAGGAAGGTACCGCCAACC	Ventral
midline	9
06_08_exp11_idx1TAGTAGAGAA.ACGTTGCTTCTGATTAAGA	Neural
progenitors	1
06_08_exp11_idx1TATTAGACTT.AGAGGTCGTACTTGCTAGA	Neural
progenitors	1
06_08_exp11_idx1TCAATCTCCT.GATAAGCGTTGACGCTCCG	Neural
progenitors	1
06_08_exp11_idx1TCAATCTCCT.TATAAGAGGTAATTGCCTAC	Neural
progenitors	1
06_08_exp11_idx1TCTATCGCTG.CAATCGGTTTTGGAGTCGG	Neural
progenitors	1
06_08_exp11_idx1TGCGACCTCT.ATATCCTACTCATTCGACGG	Neural
progenitors	1
06_08_exp11_idx1TGGACGACTA.GGTCTACGTTACGGCTACG	Neural
progenitors	1
06_08_exp11_idx1TTCCGTCGAC.ATGGTAACTTTTATAGCAGA	Neural
progenitors	1
06_08_exp11_idx1TTCCGTCGAC.CCTCCTGATTGGCCATGCA	Neural
progenitors	1
06_08_exp11_idx1TTGATGCAGG.CGTTGATCTGACCTTGATA	Neural
progenitors	1
06_08_exp11_idx1TTGCGAGCAT.CCGGAGTTTAACGAGGCTA	Neural
progenitors	1
06_08_exp11_idx1TTGGTAAGGA.ATTACCATCTCGGTTGCGCG	Ventral
midline	9
06_08_exp12_idx1CGTCGAGCGC.ACATGGTAATTCTATAAGGA	Neural
progenitors	1
06_08_exp12_idx1CGTCGAGCGC.GAACGATGTTTGGAGTCGG	Neural
progenitors	1
06_08_exp12_idx1GAACTCGACT.GGCGACTATGAGCATCATT	Neural
progenitors	0
06_08_exp12_idx1GCAAGACCGT.GTCTCTACTCAAGGCATTC	Neural
progenitors	1
06_08_exp12_idx1TCTTAGCCTG.TATCATGAGTATCAACGATT	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2ACGCAACTCC.CAGATCAGTTTGCTAACGG	Neural
progenitors	1
06_08_exp2_idx1AGACCATATC_idx2CTCGTCTAGG.AACGATCATTTTATTATGGT	Neural
progenitors	1
06_08_exp2_idx1AGACCATATC_idx2CTGCTTCGAC.AGGCGGAATCCAGTCCTCT	Neural
progenitors	1
06_08_exp2_idx1AGACCATATC_idx2GACCTCCGCC.AGCATTATGTTCGCGGTTGG	Neural
progenitors	1
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.AAAGCTGATTGGTACCGGCA	Neural
progenitors	1
06_08_exp2_idx1ATTATGCAAG_idx2AAGATCCAAC.TTGACCAGTACTAGAGAGT	Neural
progenitors	1
06_08_exp2_idx1CTCAATTAGT_idx2AGTCCGCGGA.ACGATATCATGTCCTTAAGA	Neural
progenitors	1
06_08_exp2_idx1CTCAATTAGT_idx2AGTCCGCGGA.ATGCATTCATCCGCGGCTCA	Ventral
midline	9
06_08_exp2_idx1GCGCGTTCAT_idx2ACCGTTACGA.TATAAGAGGTTTAATTGAAT	Neural
progenitors	1
06_08_exp2_idx1GTAGCAGCTA_idx2AGTTGCATCT.GTCTATGGTTAGGCCATAG	Neural
progenitors	1
06_08_exp2_idx1GTAGCAGCTA_idx2CATTATTACC.TAGAACCAATCCGTTCGGAT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACTTGATTGTTCGCGGTTGG	Neural
progenitors	1
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AGATTCAACTCCGTTCGGAT	Neural
progenitors	1
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGATTCCTTAACCATTGGA	Neural
progenitors	1
06_08_exp2_idx1GTAGCAGCTA_idx2TCATCTAATC.AAGTATTGGTTATCATGATC	Neural
progenitors	1
06_08_exp2_idx1TAGTAAGCCG_idx2CAAGATTAAG.CAAGGCGTTATTCGACCAA	Neural
progenitors	1
06_08_exp2_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGCTGGATTGGTACCGGCA	Neural
progenitors	1
06_08_exp2_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ACCATGATTTCGGTTATGCC	Neural
progenitors	1
06_08_exp2_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ACTGAATACTAGGAGAGAAC	Neural
progenitors	1
06_08_exp2_idx1TAGTAAGCCG_idx2CGGCGAGACC.ATATGCCATTCCGCGATTAT	Neural
progenitors	1
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.ACATTCGTATGGTACCGGCA	Neural
progenitors	1
06_08_exp2_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTCCATCATACTATAGGTT	Neural
progenitors	1
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.GGCGTTAATCCGTTCCTTA	Neural
progenitors	1
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.TCTTAGTTCTGATCGCTTCT	Neural
progenitors	1
06_08_exp2_idx1TATTAGACTT_idx2TGGCCGCAAT.AACGTAATCTCGGTTATGCC	Neural
progenitors	1
06_08_exp2_idx1TATTAGACTT_idx2TGGCCGCAAT.AAGTACGTTTACTTGCTAGA	Ventral
midline	9
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.AGCGTAAGTTTATTATGGT	Neural
progenitors	1
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.TGTCCTTATTACGTCATATA	Neural
progenitors	1
06_08_exp2_idx1TGGACGACTA_idx2TGATACGAGT.CGAAGACCTTAACTGGTTA	Neural
progenitors	1
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.ACAACCTATTCCGTTCGGAT	Neural
progenitors	1
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.ACTTCCGTTGGCGAACTCG	Neural
progenitors	1
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.CCATCGTCTGATATCGGCG	Neural
progenitors	1
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.GTCTATGGTTTATTATGGT	Neural
progenitors	1
06_08_exp2_idx1TTCCGTCGAC_idx2GATTGCAGAC.AGTATTAGCTTCAACGTAAG	Neural
progenitors	1
06_08_exp2_idx1TTCCGTCGAC_idx2TCGATATTGA.CGTACCTATAACCTGGTCT	Neural
progenitors	1
06_08_exp2_idx1TTCCGTCGAC_idx2TCGATATTGA.TCCTAACTTTTTCAATATAA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2AACGGACCAA.CCAAGGATTGGCTCTCTAT	Neural
progenitors	1
06_08_exp2_idx1TTGGTAAGGA_idx2AACGGACCAA.CCGTCGATTAACCATTGGA	Neural
progenitors	1
06_08_exp2_idx1TTGGTAAGGA_idx2CGAGCTGCCA.ACTTATGGTTTTCCAACCGC	Neural
progenitors	1
06_08_exp2_idx1TTGGTAAGGA_idx2CGAGCTGCCA.ATTCCTAGATTAGGCCATAG	Neural
progenitors	1
06_08_exp2_idx1TTGGTAAGGA_idx2CTCGGTCAAT.AATTCATCGTGTCCTACTTG	Neural
progenitors	1
06_08_exp2_idx1TTGGTAAGGA_idx2GATGATCGTA.CCTAATGGTAATACCATCC	Neural
progenitors	1
06_08_exp2_idx1TTGGTAAGGA_idx2TGAGGTAGAA.TGTCCTTATTCAATTACCGT	Neural
progenitors	1
06_08_exp3_idx1ACGGCGTTAA_idx2AATTGCCTAC.AATTCATCGTTAACTCAATT	Neural
progenitors	1
06_08_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.CTCGTTGATGACGAAGCGT	Sensory
progenitors	6
06_08_exp3_idx1ACGGCGTTAA_idx2CGATCATTAC.GTTGCTCCTGGCCAGTCCG	Neural
progenitors	1
06_08_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.ACCTTCGGTAAGCCAGTTA	Neural
progenitors	1
06_08_exp3_idx1AGACCATATC_idx2GATCAGTCAT.GGTCTACGTTATCGTCGGC	Neural
progenitors	1
06_08_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.AAGTACGTTTGATATCGGCG	Ventral
midline	9
06_08_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.ATACCAGTTTAATCGATAAT	Immature
neurons	8
06_08_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.CCGGATAGTACCTGGACGC	Neural
progenitors	0
06_08_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.TGGTAGGCTTTCCAACCGC	Neural
progenitors	1
06_08_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.TATCCAGGTACTAGAGAGT	Neural
progenitors	1
06_08_exp3_idx1ATAAGGACTC_idx2TGGACTTGAC.ATTCAAGCATGCGTTCAGCT	Neural
progenitors	0
06_08_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.CAACGCAGTTCAGCTCTAA	Neural
progenitors	1
06_08_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.ATATCTGGATACTATGCAAT	Neural
progenitors	1
06_08_exp3_idx1CCTCAGCTCC_idx2GTCATTGCGC.TCTCCGAATGATCTTACGC	Neural
progenitors	1
06_08_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TGGATTCTATGGCGAGCTTA	Neural
progenitors	1
06_08_exp3_idx1GATTCTTGAA_idx2TATAACTTCC.ACAATGCTATCGAATAGATG	Neural
progenitors	1
06_08_exp3_idx1GATTCTTGAA_idx2TATAACTTCC.GAGGAACTTAACTGCTGCC	Neural
progenitors	15
06_08_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.AAAGCTGATTTTGCGAGGCA	Ventral
midline	9
06_08_exp3_idx1GCATCGTATG_idx2ACTGAATTCC.TCAAGATCTTCGAATAGATG	Neural
progenitors	1
06_08_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.AAAGCTGATTCGTAATGCAG	Neural
progenitors	1
06_08_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.TAAGAATGGTTATCGTCGGC	Ventral
midline	9
06_08_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.TAATACCAGTACTAGAGAGT	Neural
progenitors	1
06_08_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TGGACCTCTCGGATTAGAA	Neural
progenitors	1
06_08_exp3_idx1GCATCGTATG_idx2GCAACTGGCA.AATTCTAGGTTTGCTAACGG	Neural
progenitors	1
06_08_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.CGCTAACCTTATCGTCGGC	Neural
progenitors	1
06_08_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.TGCTCCTATCTCTGATCAG	Neural
progenitors	0
06_08_exp3_idx1GCGCGTTCAT_idx2GATGATCGTA.GCTGGCTATTTGAGTATCA	Ventral
midline	9
06_08_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.AGAACTCCTCGGATTAGAA	Sensory
progenitors	6
06_08_exp3_idx1GGCTTACTCC_idx2GATCAGTCAT.TGGCCTGATTAACTCTTAG	Neural
progenitors	3
06_08_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.AAAGCTGATTCTTGGTAATG	Neural
progenitors	1
06_08_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.ACCGTAGCTTCCTACCAGT	Neural
progenitors	1
06_08_exp3_idx1TAGGTAACTT_idx2CCTAGCGCCT.TTCCATCTTTTCCTACCAGT	Neural
progenitors	1
06_08_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.TGGTCTCCTTATCATGATC	Neural
progenitors	1
06_08_exp3_idx1TAGGTAACTT_idx2TCTAGAACTA.CTCTACTGTCGCGTACGAC	Neural
progenitors	1
06_08_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.ATGCATTCATTTGACTTCAG	Neural
progenitors	1
06_08_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.CAGCATTGTTAACTCTTAG	Ventral
midline	9
06_08_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.GTAAGGAGTGCGTTGGAGC	Neural
progenitors	1
06_08_exp3_idx1TATAATAGTT_idx2CTCGTCTAGG.ATACTACTCTCAGGAGGAGA	Neural
progenitors	15
06_08_exp3_idx1TATAATAGTT_idx2GGAACGATGG.GGTACCATTCGACGCGACT	Neural
progenitors	0
06_08_exp3_idx1TATAATAGTT_idx2GGAACGATGG.TTGCGGTCTTTGCGAGGCA	Neural
progenitors	1
06_08_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.AGCATAACTTTCAGCTCTAA	Ventral
midline	9
06_08_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.CCAGAACCTTCTTGCCGAC	Neural
progenitors	1
06_08_exp3_idx1TCCTCTGCCG_idx2CATTATTACC.CAAGGCGTTGGCCAGTCCG	Neural
progenitors	1
06_08_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.AACGCGTCTCCAGTCCTCT	Neural
progenitors	1
06_08_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.CGGTTCCATCCGTTCCTTA	Ventral
midline	9
06_08_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.AAAGCTGATTTAACTCTTAG	Neural
progenitors	3
06_08_exp3_idx1TCTTGAGGTT_idx2GTCATTGCGC.TCGTAGCGTGATCTTACGC	Neural
progenitors	1
06_08_exp3_idx1TGGACGACTA_idx2AACGGACCAA.AGAGTACCTACTATGCAAT	Neural
progenitors	1
06_08_exp3_idx1TGGACGACTA_idx2TCGATATTGA.GGCGACTATTTCTTCCGGT	Neural
progenitors	1
06_08_exp3_idx1TTATTGAGGC_idx2TCCGGTAATC.CCTGCAGTTCGAATAGATG	Neural
progenitors	1
06_08_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.GTCTATGGTCCAGTCCTCT	Neural
progenitors	0
06_08_exp3_idx1TTCGAATATT_idx2AGGATTACCA.CGAGATGCTTTGCGAGGCA	Neural
progenitors	1
06_08_exp3_idx1TTGCCGTAGG_idx2TGAGGTAGAA.TTGACCAGTAACCTGCGTA	Neural
progenitors	1
06_08_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.ACCGTAGCTGGAGCGGCCG	Neural
progenitors	1
06_08_exp3_idx1TTGCGAGCAT_idx2CATTATTACC.GCTCTTAGTACTAGAGAGT	Neural
progenitors	0
06_08_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.AGAGATGAATTGGTATTCAT	Neural
progenitors	1
06_08_exp4_idx1GATTCTTGAA_idx2ACGAGGACCT.AACGCGTCTGAGCATATGG	Neural
progenitors	1
06_08_exp4_idx1GGCTTACTCC_idx2AGGATTACCA.ACGACGCATCGTCGCAGCC	Neural
progenitors	1
06_08_exp4_idx1TTGCGAGCAT_idx2AGATCCTATA.ACTGGTTATTCAACCAGTAC	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.ACCAATGCTCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TATGACTTGTAGAGCCAGCC	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCGCTCAATTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GTTCCAGCTAAGTCTTCCG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGATCTTCTTCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCATCAGGTTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATCGAACTTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.GTCGGCAATTTGATGCTAT	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GACCAGGATTCTCCTATAA	Immature
neurons	2
06_08_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TATTCGGCTTATCCTCAAT	Neural
progenitors	3
06_08_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TGTTAAGACTCATGCTGGTT	Neural
progenitors	3
06_08_exp10_idx1TAGGTAACTT_idx2ACTGAATTCC.TAGCCAATTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.TATTCTCCTTAGAGCCAAGG	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.CCTAATGGTTTCAAGACCA	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.ACATTCGTATGGAGGCCTCC	Neural
progenitors	0
06_08_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.CCGTCTCATCTCTGATCAG	Neural
progenitors	15
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.AAGCGCCATATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.ACCAATGCTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCATTAAGCTGACGACCTGC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGACGAGGTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ACCAATGCTCTCTGATCAG	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2TCGATATTGA.GGAGCTCATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.CTTCGACTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TATGAGAACTATGCAATATG	Neural
progenitors	11
06_08_exp10_idx1TAGGTAACTT_idx2ACTTCCGAAT.TAGTTACCTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.ATAACTTCCTGACCTCCGCC	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2AAGCCGGCTG.ACTGAATACTACCTCTATCT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TGATCTTCTTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGATAGGTTGGAGCGGCCG	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TAGCTCGGTTATCCTCAAT	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CCGGATAGTGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AAGATGCCTTATCCTCAAT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGCGTAGTTAACTGCTGCC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCAACTGATTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCGGTACCTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.GATTACGGTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TGAATTCGTTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTCGGAGTTGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCATGGCTTTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TCCGGTCATAACTGCTGCC	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TATCATGAGTAATGCTAGTC	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.AGCGTAAGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CTCGATGGAG.TTCGCATAATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2AATTGCCTAC.GGTTGGCATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.TCGAGAAGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2ACGCAACTCC.ATTCCTAGATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TTCGCATAATTAGAGTAATA	Neural
progenitors	16
06_08_exp10_idx1AGTCCGCTGC_idx2AAGATCCAAC.ACTTACTCATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.GGTCTACGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.ACTTGATTGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.ATTCCTAGATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.GTCCTGCATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.TTATAGGCATCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.TCCTATAAGTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2AGGTCAATTA.ATTAGGTACTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.CCAAGGATTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.GACGTTCGTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TTCCATTACTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.CAAGCAACTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TTCGCATAATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TTGGTTAAGTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.ATTGATCGTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTGCAATCGC.TCCTAACTTTCTGCTTCGAC	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AGGATTACCA.GCTGAAGCTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.TTCAACTGATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2AATTGCCTAC.AGAGTACCTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2CCTATAAGCT.GATACGTCTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.ACTTACTCATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TCCTAACTTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TATGACTTGTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.GCTGGCTATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TCTATAAGGA.AACTGGCATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.ACGCTTGATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GGCTTACTCC_idx2TTCTACGCCA.TCGTTCTGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GGTTATCGAA_idx2GACCGTAGCA.AAATTCCTCTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.GGTTCGAGTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.AACTAGTTGTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CATGCATCTC.CTGATAGGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.CAAGCAACTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CTAACTCCAA.GGCTTACTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.AAGGATATGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.TCTATACCTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.TGCTAATTCTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.TTCGCATAATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.TGGTAATAGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.TCTATACCTTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.TGAGAATCATTCCGGTAATC	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.CTGCTGAATGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GTCGTAACTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.GTCTCTACTCGGCGAGACC	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2AAGCCGGCTG.TATGGTCTTTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CATTATTACC.GACCAGGATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TAGGTACTATTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TCATCTAATC.GCATCCAGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TCGAATCTTTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TCATCTCGAT.GCTCTTAGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TCATCTCGAT.TCTAGGAATTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TGATAGAACG.GGAGCTCATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.CTGCCTTATCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2CGAGTTAGAG.TTCCATCTTTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.CTGCTGAATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.GAACGGCTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.TTCCATTACTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.GCTCTTAGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2TGGCCGCAAT.GGTCTACGTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.ACAGGTATTTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2AGATCCTATA.CCAAGGATTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.GCAGATACTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.GTAAGCTCTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.TACTCCTATTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2CCAGGTCTAC.CTTCGACTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2CCAGGTCTAC.GGTACCATTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TATAACTTCC.TGGTAATAGTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TCGTAGGCTT.TTCCATCTTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.GAGTTCTCTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.GTCGTAACTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2CTGCTTCGAC.TCAGCTTCTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.AGATCGGATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.GGAGCTCATACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2ACTGAATTCC.AAGGACGATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2TGAGGTAGAA.TAGATGACTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2TGATACGAGT.GTATCGCATACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2TCATCTCGAT.TTATAGGCATAGATATATCG	Neural
progenitors	0
06_08_exp12_idx1CGCTTATCGT.GGAGCTCATTATAGTAAGC	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2AACGAGGCTA.AAACCATAGTCTTGGTAATG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2AACGAGGCTA.CCAATCCATGGCGAACTCG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2CTCGTCTAGG.GGTACCATTACCTCTATCT	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.ACAACCTATTAGCTTATCCG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.CAGCATTGTATGGCTCTGC	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2CGAGTTAGAG.ATAAGCGAATGACGAAGCGT	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2ATAGGATATG.TCCTATAAGTTTATTCTGAG	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2CCAGGTCTAC.TACTTGCGTCGTAATGCAG	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2CCAGGTCTAC.TCGAGAAGTCGTCGCAGCC	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2CCAGGTCTAC.TTCTCATTGTCTTGCAGTAG	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2CGAAGGACGA.AATACCGAATACTATAGGTT	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2CGAAGGACGA.TAGATGACTTCTTGGTAATG	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GATACCTAAG.TAAGGTTCATGTATAATACG	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GGCTATGACT.CTGAGCATTTAACTCTTAG	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GGCTATGACT.TTGATTCCTTGTTACGCAAG	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2AGGATTACCA.ATTGAGGAATTAACGATCCA	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CGTAGGCTTACTATAGGTT	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GTCTATGGTACGTCCGCAG	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CCTATAAGCT.GCTCTTAGTTTCTTCCGGT	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CGATCATTAC.TTCTCATTGTCGGCGTAACT	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2GATCAGTCAT.ATAGTTGACTTTCATAGGAC	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TCGTAGGCTT.CTGCCTTATACGTCCGCAG	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.CGTAGGCTTTTATTCTGAG	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGCGTTAATTAACTCAATT	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATCTCGATTCCGTTCCTTA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2ACGAGGACCT.ACGCTTGATAGTAACGGTC	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2ACGAGGACCT.ACTTACTCATGTATCATCGA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2ACGAGGACCT.GCTCTTAGTAGGAGAGAAC	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2AGTTGCATCT.CGAATGAGTGTTCGTCAGA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2AGTTGCATCT.TCGAAGGATTCAAGCCGAT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2AGTTGCATCT.TCTTAGTTCTGTTCGTCAGA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CTAACTCCAA.CAGATCAGTATATGAGCCA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACTTATGGTTTTAATTGAAT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2TGATAGAACG.TAGATGACTTAGCCGGTACC	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CAAGATTAAG.ACAGGTATTTCCGCGGCTCA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CGGCGAGACC.AATCCAGTATTTAATTGAAT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.CGAAGACCTTGGCCGGCCT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCCTATAAGTCGTCGCAGCC	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GGTCCAGGAG.ATTAATGCCTCAAGTCGACC	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2ACTATCTTGA.AACCTCATTTCTTGGTAATG	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2ACTATCTTGA.CTTCGACTTCCGCGATTAT	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2ACTATCTTGA.TCCTATAAGTCCGTTCCTTA	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.ATCTTCAGATCCGCGGCTCA	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2GTCATTGCGC.AAACTCCAATCCGCGGCTCA	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACGTTCAACC.TTCGTTCCTCCATCGCGAA	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.AAGGATATGTCATCAGAATG	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCTCATTGTTAGACTTCTT	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2TGATACGAGT.TTATCCGCTAGCCGGTACC	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.CGTTGATCTCCAGTCCTCT	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.TCTTAGTTCTTTATTCTGAG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GCAACTGGCA.TTTGCTACTTCCATAAGTCC	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2AACGGACCAA.AGATTGGTTTCTTGCAACCT	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2AACGGACCAA.TTCGTTCCTCCATCGCGAA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2ACTGAATTCC.TACTTGCGTTAGACTTCTT	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2ACTTCCGAAT.ACAACCTATTTTAATTGAAT	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CGAGCTGCCA.ACGATATCATGACGAAGCGT	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CGAGCTGCCA.ATCAATACGTAGGAGAGAAC	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CTCGGTCAAT.CAAGGCGTTGGCGAACTCG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CTCGGTCAAT.TTGGAGCTTTTCAATATAA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CTGCAATCGC.AGGCTCGTTTTCTTCCGGT	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CTGCAATCGC.TTCCATCTTTAGTAACGGTC	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2GATGATCGTA.ACGCTTATATTTGCGAGGCA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2TGAGGTAGAA.AACCTCATTTCTTGCAGTAG	Neural
progenitors	0
06_08_exp4_idx1GATTCTTGAA_idx2TCATCTAATC.ACTTATGGTTGTCCTTAAGA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GATCGACCTAAGACGGCCA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2ACGCAACTCC.ACCTTCGGTCCGTCCAGTA	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TAAGACCGTACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.AGTTGCGCTAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.AGTTGCGCTCTCTGCGGCA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CCGGATAGTAGAGCCAGCC	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTAGCGATTCGCGTACGAC	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCAGGAGATGCGTTCAGCT	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCTCCGAATACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TCGCGCATTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.AGTTGCGCTCGGAAGATAT	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GTCGGCAATCCTTACTCCT	Neural
progenitors	15
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TTCTGGCCTGACGACCTGC	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TCATGGCTTCGCGTACGAC	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.CTCTACTGTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GCTTCTGGTTCAGACGAAC	Sensory
progenitors	6
06_08_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TCCTATTCTTCGCGTACGAC	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CGAGATGCTTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTATAGGCATCCGTCCAGTA	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TAGCCAATTTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GTTCGCTGTGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.CCGTCTCATCTCTGCGGCA	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TGCGTAGTTCGGATGAAGG	Neural
progenitors	15
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GACCAGGATCGGAAGATAT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TCTATACCTTGCGACGCCTT	Neural
progenitors	15
06_08_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TTCTAAGCTTTTCGCTTACG	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.CTGGAAGATGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.AGCAACGATCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCTAGGAATTTATCCTCAAT	Immature
neurons	2
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ACGGCAATTGGAGCGGCCG	Sensory
progenitors	6
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCTCGAGATACCTGGACGC	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGCTCCTATAGAGCCAGCC	Sensory
progenitors	6
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCTAAGCTTCCGTCCAGTA	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGTAGTCCTGATAAGGCAA	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATGCGATTTCGGATGAAGG	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTAAGCTCTGACGACCTGC	Neural
progenitors	15
06_08_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GATTACGGTACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.CTATCTCCTCGAATAGATG	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.AACCGCTGTGCCGTCGCGT	Sensory
progenitors	6
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GACCGAATTACCGCAGAAT	Ventral
midline	9
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TGAATTCGTTCGAATAGATG	Neural
progenitors	15
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTGAGAGATTTGGCTGATGA	Ventral
midline	9
06_08_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.CGTCGAAGTCATAACCAGC	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CCATTGCGTGATAAGGCAA	Neural
progenitors	1
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGCCTTGGTCGGATGAAGG	Neural
progenitors	15
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTGAGTCCTCTCTGCGGCA	Neural
progenitors	3
06_08_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.CAGAAGGCTGACGACCTGC	Neural
progenitors	3
06_08_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.GCAGATACTTATCGTCGGC	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.CGACGATATCGGTAGGAAT	Sensory
progenitors	6
06_08_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TCTCTCCATGCGTTCAGCT	Neural
progenitors	3
06_08_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.CCTCCTGATGCCGTCGCGT	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACTCGCTTAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTTCCAGCTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCGTCGTATTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTTGCAAGTCTCTGATCAG	Sensory
progenitors	6
06_08_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GCTCGAGATGCCGTATGCT	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.CAATCGGTTTCTACCATTA	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TTCTAAGCTTGCCGTCGCGT	Ventral
midline	9
06_08_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TAGAGCCTTGCCGGTCGAG	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GTAGCGATTGCCGTCGCGT	Ventral
midline	9
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCATCAGGTCCGTCCAGTA	Ventral
midline	9
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CGACGATATTTGATATATT	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTCCGGTTTAATGCTAGTC	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGGTCTCCTATTGAGATTG	Immature
neurons	2
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCCATTACTGGCCAGTCCG	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TTAATGAGCTGCCGTCGCGT	Ventral
midline	9
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTGCTGAATGCGTTCAGCT	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACGCCATATAGAGCCAGCC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTCTCCATCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ACCTTCGGTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTTCATGCTCTCTGCGGCA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCGGTCATCAAGCTTCAT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TTGGCTCATACCGCAGAAT	Immature
neurons	2
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GACTACCATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GAGCGGTATATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TAGCCAATTTGCCAACGCCA	Immature
neurons	2
06_08_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GGCGACTATAATGCTAGTC	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCGGTACCTCGAATAGATG	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAAGACCGTCGCGTACGAC	Neural
progenitors	1
06_08_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.CCTCCTGATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GAGACTAGTCATAACCAGC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GAAGAGGCTACCGCAGAAT	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TACGGTAGTGAAGGTTGCC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GACCGAATTTCAGACGAAC	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GGTCCTTCTAAGTTGCCAT	Immature
neurons	2
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TATAAGGCTTACCTGGACGC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCTCCGAATTGCGCGATGC	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGCTACTAATTCAGCTCTAA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTCGCATAATCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.ATTGCCGGTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGCCAACTAACTGCTGCC	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TAGAGAGTATCGAATAGATG	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CTATCTCCTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TTCGCATAATGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GACCGTCATGCCGTCGCGT	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TGGACCTCTACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TTCTTAACCTGACGACCTGC	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AAGCGCCATTATCCTCAAT	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCGGTCATCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCTCGAGTATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCTCGAGTTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TTCTGGCCTGCCGTATGCT	Neural
progenitors	3
06_08_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.GTACCTCTTAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTCTCTAGTTCTCTGATCAG	Ventral
midline	9
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCAACGTTTCGGAAGATAT	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGTACGGATTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GAGACTAGTCCTTACTCCT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTGCGGTCTGACGACCTGC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTATCTCCTCGGAAGATAT	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGCGCATTTCGCGTACGAC	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGCCAACTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CCGAGAGATCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GCAACGTTTCATAACCAGC	Immature
neurons	2
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GCTTCTGGTTTGATGCTAT	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TGACGAGGTTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TCTATACCTTCGATGGCGCC	Sensory
progenitors	6
06_08_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.TCTACTTACTGACGACCTGC	Sensory
progenitors	6
06_08_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.CTCCGGTTTCTCTGATCAG	Neural
progenitors	1
06_08_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.TCCGGTCATCGAATAGATG	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CAGAAGGCTTGGCTGATGA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCGGTATATGGCCAGTCCG	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCGGTATATGGCGAGCTTA	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCCATTACTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.GCATCCAGTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GACTCGCTTACGCCGTTCA	Neural
progenitors	15
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TATCGAACTTCTCTGATCAG	Ventral
midline	9
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCGCCAACTTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GAGACTAGTATTGAGATTG	Immature
neurons	2
06_08_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GTTCCAGCTCGGATGAAGG	Neural
progenitors	1
06_08_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.AACTAGTTGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TGAATCTGATTTCAAGACCA	Sensory
progenitors	6
06_08_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.TATTGAGGTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2GCAACTGGCA.TATGCGATTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TAGATGACTTTTACCTCGAC	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.TCAGCTTCTGATACGGAAC	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2ATAGGATATG.GGCTTACTTGGTCGCGTCA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.GGCTTACTTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.TTCGCATAATAGCGTCAATG	Neural
progenitors	3
06_08_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TGGATTCTATCCGTCGGAGG	Neural
progenitors	15
06_08_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TAATCAGCTTACTATCCGCA	Neural
progenitors	15
06_08_exp10_idx1CCTCAGCTCC_idx2GGACTCATTG.CATCAACGTTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TAAGGTTCATAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.AGAGTACCTGATACGGAAC	Neural
progenitors	1
06_08_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.CCAAGGATTGCGACGCAGA	Neural
progenitors	1
06_08_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.AACTGGCATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AGCGTCAATG.TGCTGGATTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TATATGCGTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GCAATCGCTAACTGATCTT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.GAGACTAGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TAGAACCAATCATGCTGGTT	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.CTTCATGCTTCCGGCCTCG	Neural
progenitors	3
06_08_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TGCAAGGTTAAGACCGTTG	Neural
progenitors	1
06_08_exp10_idx1GTAGGCTGCA_idx2CAAGCTTGGC.TCGAGAAGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TAATACCAGTGTCATTGCGC	Ventral
midline	9
06_08_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TTATAGGCATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.TCATGGCTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TTCTCATTGTTCCAATCATC	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2CTGCTTCGAC.GATCGACCTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CGACTACCAA.TCATGGCTTGATCTTACGC	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.TATTGACTCTCCGTCGGAGG	Neural
progenitors	3
06_08_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TTGAGAGATTCTAAGAGAAG	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.TCATTAAGCTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TTGGTCATAA.CTCGTTGATACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TTGGTCATAA.TAGTTACCTTAATGGTCGAC	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.TGAGTTAGATTCCGGTAATC	Neural
progenitors	1
06_08_exp10_idx1TTGCCGTAGG_idx2GATGATCGTA.TGGATCCGTAGCGTCAATG	Neural
progenitors	0
06_08_exp11_idx1AGTCCGCTGC.TTTGCTACTTCGAACGCCGG	Neural
progenitors	1
06_08_exp11_idx1TAGTAAGCCG.ATACCAGTTTCATCCGACTA	Neural
progenitors	15
06_08_exp11_idx1TGCGACCTCT.GTCTATGGTTTGGATCCTT	Neural
progenitors	1
06_08_exp11_idx1TTGGCAAGCC.AACTTGGATTTAACTGGTTA	Neural
progenitors	1
06_08_exp12_idx1AACGAATTCG.GACCGTCATTAACTGGTTA	Neural
progenitors	0
06_08_exp12_idx1ATGGAACGAA.ACTTGATTGTATTCAGGTAC	Neural
progenitors	0
06_08_exp12_idx1CTAAGCCTTG.GACTACCATCCTAGCGCCT	Neural
progenitors	0
06_08_exp12_idx1TTCCGTCGAC.TGGTCTCCTCGGTTGCGCG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2AACGAGGCTA.AACGATCATTCATCAGAATG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2CTGCTTCGAC.ATTCCTAGATCCGCTCCGGC	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.ATTGAGGAATGGAGGATAGC	Neural
progenitors	1
06_08_exp2_idx1AGACCATATC_idx2TGCCAGATGG.GTCTATGGTCTTGGTAATG	Neural
progenitors	1
06_08_exp2_idx1CTCAATTAGT_idx2ATAGGATATG.ACGGAACGTTTGCGAGGCA	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GATACCTAAG.TGTCCTTATTGAGCATATGG	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CGATCATTAC.AGAGGTCGTATATTGATAC	Neural
progenitors	1
06_08_exp2_idx1GCGCGTTCAT_idx2CGATCATTAC.TCCTAACTTTTTAGGACCGG	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TATAACTTCC.ATCAATACGTTTATTATGGT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACTTCCGTTCGTAATGCAG	Neural
progenitors	3
06_08_exp2_idx1TAGTAAGCCG_idx2CAAGATTAAG.CCATCGTCTTAACGATCCA	Sensory
progenitors	6
06_08_exp2_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGAATCTGATAGCTGCAATA	Neural
progenitors	15
06_08_exp2_idx1TAGTAAGCCG_idx2CGGCGAGACC.TTATCCGCTAATCGATAAT	Neural
progenitors	1
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.ACTTATGGTTCGGTCAAGAA	Neural
progenitors	1
06_08_exp2_idx1TAGTAAGCCG_idx2GGTCCAGGAG.ACGGAACGTTCTAATAGTA	Neural
progenitors	1
06_08_exp2_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CTGCCTTATTCAATCGCAT	Neural
progenitors	1
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.ACAGGTATTTTTCGCCTCCA	Neural
progenitors	1
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.ACTGGACCTCCATAAGTCC	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.CCAGCCTTTACGTCCGCAG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.CCAATCCATCATAGTTCGG	Neural
progenitors	15
06_08_exp2_idx1TTCCGTCGAC_idx2GCAACTGGCA.ATTGAGGAATAGCCGGTACC	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CGAGCTGCCA.AGCTATCGTTCCAATCATC	Neural
progenitors	15
06_08_exp2_idx1TTGGTAAGGA_idx2CTCGGTCAAT.AATACCGAATCTTGGTAATG	Neural
progenitors	15
06_08_exp2_idx1TTGGTAAGGA_idx2TGAGGTAGAA.AACCTCATTTAACCTGGTCT	Neural
progenitors	1
06_08_exp3_idx1AGGTCAGCTT_idx2ATAGGATATG.TCAAGATCTTTTAGCAATAA	Neural
progenitors	1
06_08_exp3_idx1ATAAGGACTC_idx2GTTGACGGCC.ACGATATCATTAGGCCATAG	Neural
progenitors	0
06_08_exp3_idx1ATGGCGCCTG_idx2GGTCCAGGAG.TACTTGCGTATGGCTCTGC	Sensory
progenitors	6
06_08_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.AAACTCCAATCCAGTCCTCT	Ventral
midline	9
06_08_exp3_idx1ATTATGCAAG_idx2CTAACTCCAA.CTAACGACTTTGCTAACGG	Neural
progenitors	15
06_08_exp3_idx1CTCAATTAGT_idx2CCAGGTCTAC.AACGCGTCTCATTCAATCA	Neural
progenitors	0
06_08_exp3_idx1GATTCTTGAA_idx2TCTATAAGGA.CTCCAGAGTTAGCCGTCAT	Neural
progenitors	15
06_08_exp3_idx1GCTTGAAGAG_idx2TTGAGTATCA.TACTTGCGTCTTGGTAATG	Neural
progenitors	15
06_08_exp3_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TGCAAGGTTTTCTTCCGGT	Immature
neurons	2
06_08_exp3_idx1GTAGCAGCTA_idx2CGAAGGACGA.CCTAATGGTTCAGCTCTAA	Neural
progenitors	0
06_08_exp3_idx1GTAGGCTGCA_idx2GACCGTAGCA.TGAATCTGATCTAAGAGAAG	Neural
progenitors	15
06_08_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.TTCGTTCCTTCGCGGTTGG	Neural
progenitors	1
06_08_exp4_idx1GATTCTTGAA_idx2AGTTGCATCT.AAGACCTTATAAGTAAGAGC	Neural
progenitors	15
06_08_exp4_idx1GGCTTACTCC_idx2CCGTCGGAGG.ACTGGTTATTCGTCGCAGCC	Immature
neurons	2
06_08_exp4_idx1TTGCGAGCAT_idx2AGATCCTATA.ACTTATGGTTCATCAGAATG	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.AGCAACGATAACTGCTGCC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GCGGAGAATTTGATGCTAT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TCCTCGAGTCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGCGCATTTTGGAGAATTC	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GACTGACGTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.ACCGTAGCTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GAACGATGTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TGCTCCTATCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TATATGCGTTATTGAGATTG	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.GTTGCAAGTCTCTGCGGCA	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TCCGTATGTTATCCTCAAT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TATGGTCTTTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTCTACTGTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GACTACCATAACTGCTGCC	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCTAGGAATTGACGACCTGC	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CCATTGCGTTATCCTCAAT	Neural
progenitors	1
06_08_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TCCAATAGTTTCAGCTCTAA	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TCGAATCTTTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GACTACCATTGCGCGATGC	Neural
progenitors	1
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCGCGCATTAACTGCTGCC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TCTCCGAATCGCGTACGAC	Sensory
progenitors	6
06_08_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GGCGCATTTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TCCTACCTTCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCAATCGCTCTGAACTGGT	Sensory
progenitors	6
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGCGCATTTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TACTCCTATTAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGTCCTTCTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GTTGCAAGTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCCTACCTTTATCCTCAAT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACGAGGTTTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGCCAACTACCTGGACGC	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGACCTCTTTGATATATT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TGGTAATAGTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCCATTACTTATCCTCAAT	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GCGGAGAATGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TAGTTACCTTAATAATACCA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGAGGTTCTGAAGGTTGCC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGATAGGTTAATGCTAGTC	Germline	19
06_08_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TATCGAACTTAATCTGGAGT	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TGCCTATTATACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGACGAGGTTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GAACGGCTTTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGTTAAGACTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TATCGAACTTTCAGCTCTAA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GCAACGTTTCGCGTACGAC	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GCGGAGAATTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TGAGTTAGATGGAGCGGCCG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TATGACTTGTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGGACCTCTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TATGGTCTTTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TGGTCTCCTCAGGTATGGA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.TGCAAGGTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.TTATAGGCATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2GACCTCTCTG.TTGAAGTCTTTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2GCAACTGGCA.TAACTAAGGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CCTATAAGCT.GAACGGCTTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CTCGTCTAGG.TATCTCGATTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.TATGACTTGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.TAAGGTTCATAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.AAATTCCTCTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.GATCGACCTTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2TGGCGTAGGT.GGTCTACGTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.ATTAGGTACTCGGCGAGACC	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.TAGCCAATTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.TCCAATAGTTTGGAAGTACC	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.TCTATACCTTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.GGACTTGATAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.CAAGCAACTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.TCCTATTCTTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TATGAGAACTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.GAACGATGTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GACTAGTCTA.CAGCAAGTTAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.GCATCCAGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TCCTCGAGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GACCGTCATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2ACCAAGATCT.CAAGCAACTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.ATGGTTGGTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TATAACTTCC.TAACTAAGGTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TCTATAAGGA.GCTGAAGCTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TCAAGATCTTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.AGATCGGATCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCTACTTACTTTCGCCTCCA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TCCTAACTTTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TTCCATTACTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.TAGGAAGGTGATCTTACGC	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TGTCCTTATTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.AAATTCCTCTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TGATTCCTCA.CAGCAAGTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2AACGAGGCTA.TCTTAGTTCTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2AAGCCGGCTG.CCAAGGATTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2GGAACGATGG.TCGAGAAGTAGTCCGCGGA	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2GGAACGATGG.TGGTTGAATTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TTCAACTGATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2ACTATCTTGA.CTGCTGAATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.TTGGAGTTATACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2AGTTGCATCT.TAACGACTTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.TTACCTAAGTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TTGATTCCTTCGAGCTGCCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.TTCAACTGATTTCGCCTCCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GCTCTAACGA.TGATGCGATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.TAGGTACTATCTAGTAGTCT	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.TAGAACCAATTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2AAGCCGGCTG.ACCATGATTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.TTCTAAGCTTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2CGACTACCAA.TTATAGGCATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.TCGAGAAGTAATCGATAAT	Neural
progenitors	0
06_08_exp11_idx1ACGGCGTTAA.CGCCGTAATCGCCTAATGC	Neural
progenitors	0
06_08_exp11_idx1AGACCATATC.GACTCGCTTCAACCGCTAA	Neural
progenitors	0
06_08_exp11_idx1TGCTCTCAGG.TAACGACTTTACTTAACTAG	Neural
progenitors	0
06_08_exp11_idx1TTGATGCAGG.CTTCGACTTGTTCGTCAGA	Neural
progenitors	15
06_08_exp12_idx1AGACCATATC.AGTAGCCATTGACGCTCCG	Neural
progenitors	0
06_08_exp12_idx1ATAAGGACTC.TGGACCTCTGTTCTGAATT	Neural
progenitors	0
06_08_exp12_idx1CCTCAGCTCC.TGGACCTCTTAGATCTACT	Neural
progenitors	0
06_08_exp12_idx1TTCGAATATT.CCATTGCGTCCAACTAACC	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GACCTCCGCC.AGCATTATGTGTCCTTAAGA	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2CGAGTTAGAG.AAACTCCAATTTCTTCCGGT	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2CGAGTTAGAG.ACTGGACCTAGGTATACTC	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GATACCTAAG.CTCGCATGTACGCGAGATT	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GGCTAATTAA.ATTAGTCTGTTATATACTAA	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2AATTGCCTAC.AACGAGCGTTCCAATCATC	Neural
progenitors	1
06_08_exp2_idx1GCGCGTTCAT_idx2CCGTCGGAGG.AATTCTAGGTGGCAATGAGA	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2GATCAGTCAT.ACGTTGCTTTTGCGAGGCA	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.AAGGATTACTTTGCTGGCAT	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TTAGATTCCG.AAGGATATGTGGCGAACTCG	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2AGTTGCATCT.ATTCGCAATTGTATAATACG	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CATTATTACC.TGCTGGATTTTAATTGAAT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2TGATAGAACG.ATAACTTCCTTAACGAATTG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CAAGATTAAG.AAACTCCAATACTATAGGTT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CGGCGAGACC.TTCCATCTTTTAGGCCATAG	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.ATGCATTCATACTATAGGTT	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2GTCATTGCGC.ACAGGTATTTGTAGCTCCAT	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2TGGCCGCAAT.TAGGAAGGTAGGAGAGAAC	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.CGGTAAGGTTTACGATGAA	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2CCTAGCGCCT.AGCATTATGTAAGCCAGTTA	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2CTCCGGTTCT.AGATTCAACTACTATAGGTT	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2TCTAGAACTA.ACATTCGTATTAACTCTTAG	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2TGATACGAGT.AGTATTAGCTTTCTTCCGGT	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.CTGCCTTATCTTGCAGTAG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.GTCTCTACTGTATAATACG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2CAAGCTTGGC.AACGTAATCTTTCTTCCGGT	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GACCTCTCTG.AAAGCTGATTGAGCATATGG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GCAACTGGCA.CTCCATCATGTATCATCGA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2ACTTCCGAAT.ACTTACTCATGACGAAGCGT	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CGAGCTGCCA.TGCTGGATTTTCCAACCGC	Neural
progenitors	1
06_08_exp2_idx1TTGGTAAGGA_idx2GATGATCGTA.TATCTCGATTATGGCTCTGC	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2TGAGGTAGAA.ATCAGTCATTCCATAAGTCC	Neural
progenitors	0
06_08_exp3_idx1ATTATGCAAG_idx2CGAGTTAGAG.AATCCAGTATCTTGCAGTAG	Neural
progenitors	0
06_08_exp3_idx1CTCAATTAGT_idx2ACCAAGATCT.AATCCAGTATGGCGAGCTTA	Neural
progenitors	0
06_08_exp4_idx1ATGGCGCCTG_idx2CGGCGAGACC.TTGATTCCTTGATCGCTTCT	Neural
progenitors	0
06_08_exp4_idx1GATTCTTGAA_idx2ACGAGGACCT.CGATTCGCTACTATAGGTT	Neural
progenitors	15
06_08_exp4_idx1GATTCTTGAA_idx2CATGCATCTC.AGATTCAACTAGGTATACTC	Neural
progenitors	15
06_08_exp4_idx1GATTCTTGAA_idx2CATGCATCTC.ATATGCCATTGTCCTAGAGG	Neural
progenitors	0
06_08_exp4_idx1GATTCTTGAA_idx2CTAACTCCAA.AACCTCATTTTTCTTAATAA	Neural
progenitors	0
06_08_exp4_idx1GATTCTTGAA_idx2GTCGCTCAGT.AACCTCATTTGTCCTACTTG	Neural
progenitors	15
06_08_exp4_idx1GATTCTTGAA_idx2GTCGCTCAGT.ATTCGGAGTCAATTACCGT	Neural
progenitors	15
06_08_exp4_idx1GGCTTACTCC_idx2AATTGCCTAC.AGTAGCCATTCAAGCCGAT	Neural
progenitors	15
06_08_exp4_idx1GGCTTACTCC_idx2GATCAGTCAT.AGATTCAACTGGCGAACTCG	Neural
progenitors	15
06_08_exp4_idx1GGCTTACTCC_idx2TTGGAGTCGG.AGGCTCGTTACTATAGGTT	Neural
progenitors	0
06_08_exp4_idx1GGCTTACTCC_idx2TTGGAGTCGG.CGTAGGCTTCATCAGAATG	Neural
progenitors	1
06_08_exp4_idx1GGTTATCGAA_idx2GCTCTCGCCT.ATATCCTACTTCCGGCCTCG	Neural
progenitors	0
06_08_exp4_idx1TATAATAGTT_idx2CTCGTCTAGG.TTCTCATTGTTTATCCGGAT	Neural
progenitors	0
06_08_exp4_idx1TCCTCTGCCG_idx2AACCTAGCTT.AGATTGGTTTAGGTATACTC	Neural
progenitors	15
06_08_exp4_idx1TCCTCTGCCG_idx2AGCGTCAATG.AGCTATCGTGGCGAACTCG	Neural
progenitors	0
06_08_exp4_idx1TCCTCTGCCG_idx2GCAACTGGCA.AACGAGCGTTCAATCGCAT	Neural
progenitors	15
06_08_exp4_idx1TCCTCTGCCG_idx2GCAACTGGCA.CGTAGGCTTACGTCATATA	Neural
progenitors	15
06_08_exp4_idx1TCCTCTGCCG_idx2TCCGTCGCCA.AGAGGTCGTCATCCGACTA	Neural
progenitors	3
06_08_exp4_idx1TCCTCTGCCG_idx2TCGATATTGA.CGATTCGCTCAATTACCGT	Neural
progenitors	15
06_08_exp4_idx1TTCGAATATT_idx2ACTCTCTCAA.AGCATAACTTTTATAGCAGA	Neural
progenitors	15
06_08_exp4_idx1TTCGAATATT_idx2CCTAGCGCCT.ATAAGCGAATGGAGGCCTCC	Neural
progenitors	15
06_08_exp4_idx1TTCGAATATT_idx2CCTAGCGCCT.CGGTAAGGTGGCGAACTCG	Neural
progenitors	0
06_08_exp4_idx1TTCGAATATT_idx2CTCCGGTTCT.CGATTCGCTTAACGATCCA	Neural
progenitors	0
06_08_exp4_idx1TTGCGAGCAT_idx2AGATCCTATA.ACATGGTAATTTATTCTGAG	Neural
progenitors	15
06_08_exp4_idx1TTGCGAGCAT_idx2AGATCCTATA.CTAACGACTCCGCGATTAT	Neural
progenitors	0
06_08_exp4_idx1TTGCGAGCAT_idx2TATAACTTCC.AATCCAGTATCTTGCAACCT	Neural
progenitors	15
06_08_exp4_idx1TTGCGAGCAT_idx2TATAACTTCC.CCGACCAATCAAGTCGACC	Neural
progenitors	15
06_08_exp4_idx1TTGCGAGCAT_idx2TCGTAGGCTT.ACGACGCATTATAGACGCA	Neural
progenitors	0
06_08_exp4_idx1TTGCGAGCAT_idx2TGATTCCTCA.ACTTCCGTTTATCATGATC	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CGGTTCCATTATCCTCAAT	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GTCGGAGTTTGCGCGATGC	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CCGTCTCATCGAATAATTC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CTCCTCGTTGCCGGTCGAG	Immature
neurons	2
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GCATCCAGTGTTCCGCTAA	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCGGTACCTCGCGTACGAC	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TACGGTAGTGGCGAGCTTA	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2ACGCAACTCC.TTCTGGCCTTGGTATTCAT	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.AAGATGCCTCTGAACTGGT	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ATGGCAGCTCGGATGAAGG	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCAATCGCTTGCGCCAGAA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGCTAATTCTACCAGCGCAG	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GACTCGCTTGGAGCGGCCG	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GCTGGCTATAACTGCTGCC	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TCGGTACCTGGAGCGGCCG	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.AAGATGCCTGCCGTCGCGT	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.CAATCGGTTGGCCAGTCCG	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCGTAGCGTGCCGTCGCGT	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCTACTTACTGCCGTATGCT	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGCCTTGGTCGGAAGATAT	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGGTAATAGTCGAATAGATG	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTCCATTACTAAGTTGCCAT	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGGCGACTCGAATAGATG	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTTGCTTAGTTTAGCAATAA	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.ACGCCATATTTGATGCTAT	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CGGTTCCATGTTGAAGGAT	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GACCGAATTTATCCTCAAT	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.ACGAGGTTTTGGAGAATTC	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GAACGGCTTCCGTCCAGTA	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GACTTGGCTTATCCTCAAT	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GGATAGGTTCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GGTCCTTCTAATAATACCA	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ACCAATGCTGTTGAAGGAT	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AGCAACGATTTGATGCTAT	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CCGGATAGTTTGATATATT	Immature
neurons	2
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTAGTACGTGCCGTATGCT	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GATCGACCTAACTGCTGCC	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGCGCATTTTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCATAGAGTTCTGAACTGGT	Neural
progenitors	15
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGACGAGGTGGCCAGTCCG	Sensory
progenitors	6
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGCCTTGGTAAGTTGCCAT	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CGAGATGCTTTAGATTCCG	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCTGGCTATTATCGTCGGC	Sensory
progenitors	6
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTCGGAGTTATTGAGATTG	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTCCATTACTCCTTACTCCT	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TCATTAAGCTTTGATATATT	Sensory
progenitors	6
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GCGTCGTATCGAATAGATG	Neural
progenitors	3
06_08_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.ACCAATGCTGACGACCTGC	Neural
progenitors	3
06_08_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GCAACGTTTTGGCTGATGA	Neural
progenitors	1
06_08_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.GGTCTACGTTGGCTGATGA	Neural
progenitors	3
06_08_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TAGAGAGTATGGAGCGGCCG	Neural
progenitors	3
06_08_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.CTTCATGCTTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.CCGAGAGATACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TGCTCCTATGCCGGTCGAG	Neural
progenitors	3
06_08_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GAGACTAGTGGAGCGGCCG	Sensory
progenitors	6
06_08_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TAGGTACTATTTGATATATT	Sensory
progenitors	6
06_08_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TCCAATAGTTCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.CCGTCTCATCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TCTCCGAATTTGATGCTAT	Neural
progenitors	3
06_08_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.GCTGGCTATGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.TCGTTCTGTCCGTCCAGTA	Sensory
progenitors	6
06_08_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.GACTCGCTTGCCGTCGCGT	Neural
progenitors	3
06_08_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TCGCCAACTCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CCGGATAGTAGAGCCAGCC	Neural
progenitors	3
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TATAAGGCTTGGAGCGGCCG	Neural
progenitors	3
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TATGCGATTTGCGACGCCTT	Neural
progenitors	3
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ACCTTCGGTAGAGCCAGCC	Sensory
progenitors	6
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTCGGAGTTTCTACCATTA	Neural
progenitors	3
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TAGAGAGTATTGCGCGATGC	Neural
progenitors	3
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCCAAGTTATCGGAGATCCG	Neural
progenitors	3
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGCGTAGTTTGGTATTCAT	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TCTACTTACTATTGAGATTG	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGACGAGGTTCAGCTCTAA	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTCGCGGATTTAGCAATAA	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.AAGCGCCATGGAGCGGCCG	Sensory
progenitors	6
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCCTATTCTTTGGTATTCAT	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TGGACCTCTCGGAGATCCG	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TGGACCTCTGTTGAAGGAT	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GACTGACGTGCGTTCAGCT	Neural
progenitors	15
06_08_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GTACCTCTTAATAATACCA	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TCTCTCCATTATCCTCAAT	Neural
progenitors	15
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GAACGGCTTAGTTCGAGTA	Neural
progenitors	15
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GCGTCGTATGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGTCTACGTTCTCCTATAA	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCCAAGTTATAATAATACCA	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCGTTCTGTAAGTTGCCAT	Neural
progenitors	3
06_08_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.TCTCGCTCTTCTCCTATAA	Immature
neurons	2
06_08_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.GCCATGGTTGCCGTCGCGT	Neural
progenitors	3
06_08_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CGCCGTAATAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TGAACGCGTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TATCATGAGTAATAATACCA	Neural
progenitors	3
06_08_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.AAGATGCCTCGGAGATCCG	Sensory
progenitors	6
06_08_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.TGGTCTCCTCTGAACTGGT	Sensory
progenitors	6
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.AACCGCTGTCATAACCAGC	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CTTAGCGGTGACGACCTGC	Neural
progenitors	3
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GACCGAATTTGGCTGATGA	Neural
progenitors	3
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTCGGAGTTGGAGCGGCCG	Neural
progenitors	3
06_08_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TTCAACTGATGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TGCTCCTATTTGATATATT	Sensory
progenitors	6
06_08_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GTACCTCTTACCGCAGAAT	Neural
progenitors	15
06_08_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TATAAGGCTTTATCCTCAAT	Neural
progenitors	3
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CCATTGCGTAAGACGGCCA	Neural
progenitors	3
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTACCTCTTCGAATAGATG	Neural
progenitors	3
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTCGGAGTTGGCCAGTCCG	Neural
progenitors	3
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGTAGTCCTCATAACCAGC	Sensory
progenitors	6
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTCGGAGTTCCAGGCCGCA	Neural
progenitors	3
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGACGAGGTGCCGGTCGAG	Neural
progenitors	3
06_08_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.ATAGTCGCTTGGCTGATGA	Sensory
progenitors	6
06_08_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.ATTGCCGGTATTGAGATTG	Neural
progenitors	3
06_08_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.CCAGAACCTTTGATGCTAT	Neural
progenitors	1
06_08_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TTCTCTAGTTACCAGCGCAG	Neural
progenitors	3
06_08_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TATGCGATTTCGAATAGATG	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GGTACGGATTATCCTCAAT	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GGACTTGATCGGAGATCCG	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GGCTTACTTGATAAGGCAA	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.AAGCGCCATATTGAGATTG	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.AGCAACGATTTGATGCTAT	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CGACGATATACCAGCGCAG	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GGTCCTTCTGAAGGTTGCC	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCCTACCTTTCAGACGAAC	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCTCTCCATAATAATACCA	Ventral
midline	9
06_08_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TCGGTACCTATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTAGTACGTATTGAGATTG	Neural
progenitors	15
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTTAGCGGTTGGAGAATTC	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GACCGTCATGCCGGTCGAG	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGTACGGATAAGTTGCCAT	Neural
progenitors	15
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGTCCTTCTGGAGCGGCCG	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTAGCGATTGTTGAAGGAT	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATGACTTGTGACGACCTGC	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATTGAGGTTGGAGCGGCCG	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCATGGCTTCGCGTACGAC	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGACGAGGTAACTGCTGCC	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.CCTCCTGATCGGAGATCCG	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.CTATCTCCTATTGAGATTG	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AGGCATCATCGAATAGATG	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTATCTCCTCAGATTCGAT	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTACCTCTTACCGCAGAAT	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCATAGAGTTTGGCTGATGA	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCCGTATGTAAGTCTTCCG	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGAGAATCATTTGATATATT	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACCGTAGCTTCTCCTATAA	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ATGCCAAGTAAGTTGCCAT	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCAATCGCTTGGAGAATTC	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCTCGAGATTGCATATAAC	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCTTCTGGTGATAAGGCAA	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGCTTACTTCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTCCTGCATGACGACCTGC	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCGGTCATAGAGCCAGCC	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCTCGAGTTGCGCGATGC	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGAATCTTTGAAGGTTGCC	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGCCAACTGGCCAGTCCG	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGGTAGGCTAATAATACCA	Neural
progenitors	16
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTAATGAGCTTCAGACGAAC	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTATAGGCATGAAGGTTGCC	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCGCATAATCCGTCCAGTA	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.AGTTGCGCTGTACTAGTAA	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTTAGCGGTACCGCAGAAT	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GAGCGGTATCGAATAGATG	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGACTTGATTCTCCTATAA	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTAAGCTCTCGGAAGATAT	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TACGGTAGTCGCGTACGAC	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCTACCTTTCAGACGAAC	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCTAGGAATTGTACTAGTAA	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGAATTCGTTCCGTCCAGTA	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGCTAATTCTAATAATACCA	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTAATGAGCTTGCGCGATGC	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGGCAATATTCGAGGAGTA	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGGTTAAGTTTGATATATT	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GAACGGCTTCGAATAGATG	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TACGGTAGTAATGCTAGTC	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGCCTATTATTTAATTATTG	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.AACCGCTGTTTGATGCTAT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GACCGTCATCATAACCAGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GACTTGGCTCGGAAGATAT	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TAGCCAATTTACGCCGTTCA	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCTTAACCTCTCTGCGGCA	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CTCCAGAGTCGGAAGATAT	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GTTGCTCCTAACTGCTGCC	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TCAGTTGGTCTGAACTGGT	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCGGATAGTAAGTTGCCAT	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CGACGATATGAAGGTTGCC	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTCCGGTTTTCGAGGAGTA	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GAACGATGTCGGTAGGAAT	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGCGACTATGATAAGGCAA	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTACGGATCCTTACTCCT	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTAAGCTCTGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTTGCAAGTGCCGTATGCT	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATAAGGCTTAACTGCTGCC	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCTCGAGTCTCTGCGGCA	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTATACCTTGCGTTCAGCT	Neural
progenitors	3
06_08_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.CAGAAGGCTGACGACCTGC	Immature
neurons	2
06_08_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.TATCGAACTTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.TTCTCTAGTTCCTTACTCCT	Neural
progenitors	3
06_08_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.GCTCGAGATTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TAGGTACTATCGCGTACGAC	Sensory
progenitors	6
06_08_exp1_idx1TAGGTAACTT_idx2CCGTCGGAGG.CGCCGTAATGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CCGAGAGATTTGATGCTAT	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GAAGAGGCTTCTCCTATAA	Immature
neurons	2
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GCGCTCAATTCGAGGAGTA	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCGTCTATTTTCGAGGAGTA	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GCTTCTGGTACCAGCGCAG	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GGCGCATTTTACGGCTACG	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TAGAGAGTATCTCTGCGGCA	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TATAAGGCTTTTAATTATTG	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCTATACCTTTGGCTGATGA	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCTCCGAATTGGCTGATGA	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ATTGCCGGTAGAGCCAGCC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCTGAAGCTCTGAACTGGT	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCTGGCTATATTGAGATTG	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGCGACTATAACTGCTGCC	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCATAGAGTTAAGTTGCCAT	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCGAATCTTTTATCCTCAAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCTATACCTTGCCGGTCGAG	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCTCTCCATTCGAGGAGTA	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTGGCAATATCGCGTACGAC	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TGAACGCGTAAGTTGCCAT	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TTAATGAGCTGGCCAGTCCG	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CGACGATATGTTGAAGGAT	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTCTACTGTCTGAACTGGT	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTTCATGCTGCCGTATGCT	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCAAGTTATCGATGGCGCC	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCAATAGTTTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGACGAGGTATTGAGATTG	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCTCTAGTTTTGATGCTAT	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGAGAGATTCGAATAGATG	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGCGGTCTTGGAGAATTC	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CAGAAGGCTCGGAAGATAT	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CTACGGCATACCGCAGAAT	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCATGGCTTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TGGACCTCTCGGAAGATAT	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GACTGACGTTGGAGAATTC	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CCGGAGTTTTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AGCAACGATGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GAACGGCTTTGGAGAATTC	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GACTGACGTTGGAGAATTC	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCAGATACTATAGACTAGG	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCTGAAGCTCGGTAGGAAT	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATATGCGTTAACTGCTGCC	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCAATAGTTCTCTGATCAG	Neural
progenitors	3
06_08_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.GTACCTCTTTTCGCTTACG	Sensory
progenitors	6
06_08_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.TAACTAAGGTAAGTTGCCAT	Neural
progenitors	3
06_08_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TGGTCTCCTTCGAGGAGTA	Sensory
progenitors	6
06_08_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.TCGCGCATTGAAGGTTGCC	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.TAGCCAATTTACCAGCGCAG	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CGAGATGCTCGATGGCGCC	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.ATGCCAAGTGCCGTATGCT	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TAACTAAGGTGAAGGTTGCC	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TGATCTTCTTTTGATATATT	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TGCCTTGGTAGAGCCAGCC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGCGCATTTTCTACCATTA	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TAGAGCCTTGGCCAGTCCG	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATCCAGGTAGAGCCAGCC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATCCAGGTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.ACGAGGTTTTCAGCTCTAA	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GAACGATGTGAAGGTTGCC	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GAAGAGGCTCGATGGCGCC	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GGACTTGATCGGAGATCCG	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TATAAGGCTTCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCTAGGAATTAGAGCCAGCC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CGCCGTAATGTTGAAGGAT	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GAACGATGTTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATGACTTGTCCTTACTCCT	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCATTAAGCTTGGTATTCAT	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCCTACCTTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGCCAACTTGGAGAATTC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTCGCTCTTTGATGCTAT	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGAGAATCATAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TTGGTTAAGTCCGTTGACTT	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TGAGAATCATCCGTCCAGTA	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GACTTGGCTATTGAGATTG	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GGCGCATTTTCTACCATTA	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TTCGCGGATCGGAAGATAT	Neural
progenitors	3
06_08_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.CCGGATAGTCCGTCCAGTA	Neural
progenitors	1
06_08_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.ATAGTCGCTCCGTCCAGTA	Neural
progenitors	3
06_08_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.TCGTCTATTTACCGCAGAAT	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2AACTTATAAG.CATCGGACTTGGAGAATTC	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TGATCTTCTTTCAGCTCTAA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TTGGAGTTATTCGAGGAGTA	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.AACCGCTGTTGGCTGATGA	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CTACGGCATAATAATACCA	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GAAGAGGCTTCAGACGAAC	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCAGATACTTGGAGAATTC	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGCCAATTTGGAGCGGCCG	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATCATGAGTGCCGTATGCT	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCTACTTACTGACGACCTGC	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGATCTTCTTTTAGCAATAA	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGGTAGGCTCGGAGATCCG	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTAATGAGCTTGGAGAATTC	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCTCTCGTGGCCAGTCCG	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTTGCTTAGTCCTTACTCCT	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TGCCTTGGTTATCCTCAAT	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TTGGCTCATATTGAGATTG	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TCGGTACCTGTTGAAGGAT	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CCATTGCGTCCGTCCAGTA	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCAACGTTTTTGGACGCTG	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCGGAGAATAAGACGGCCA	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCGCGCATTCGCGTACGAC	Ventral
midline	9
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGGTCGAATATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.CTGGAAGATCGGATGAAGG	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TTCGCATAATTATCCTCAAT	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TATCCAGGTATTGAGATTG	Neural
progenitors	3
06_08_exp10_idx1AGACCATATC_idx2AGGATTACCA.GAAGAGGCTTCCGTCGCCA	Neural
progenitors	3
06_08_exp10_idx1AGACCATATC_idx2CCTATAAGCT.TCAGGAGATCGGCGAGACC	Neural
progenitors	3
06_08_exp10_idx1AGACCATATC_idx2GATCAGTCAT.ATACCAGTTTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.CTGCTGAATGCGACGCAGA	Neural
progenitors	3
06_08_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.TGCAAGGTTGATCTTACGC	Neural
progenitors	1
06_08_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.CCTAATGGTCGAGCTGCCA	Neural
progenitors	3
06_08_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TTGGAGCTTTTCGCCTCCA	Neural
progenitors	15
06_08_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.TGCAAGGTTTAGAGTAATA	Neural
progenitors	3
06_08_exp10_idx1ATGGCGCCTG_idx2GACTAGTCTA.GGCTAAGATATCGGCTATC	Neural
progenitors	3
06_08_exp10_idx1CCTCAGCTCC_idx2GGACTCATTG.TGATCTTCTTGTCATTGCGC	Neural
progenitors	1
06_08_exp10_idx1GATTCTTGAA_idx2CGGCGAGACC.GCGTACTTTTAGAGTAATA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.CGTACCTATCTGATGGTCA	Neural
progenitors	3
06_08_exp10_idx1GCTTGAAGAG_idx2AGATCCTATA.ACCATGATTTGATACGGAAC	Neural
progenitors	3
06_08_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.TTATAGGCATCCGTCGGAGG	Neural
progenitors	1
06_08_exp10_idx1GGTTATCGAA_idx2GACCGTAGCA.TCATTAAGCTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TACTCCTATTTGATAGAACG	Neural
progenitors	3
06_08_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.ATAACTTCCTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.CTGCTGAATACTCAATAGG	Neural
progenitors	1
06_08_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.AATTCATCGTGTCGCTCAGT	Neural
progenitors	1
06_08_exp10_idx1TATAATAGTT_idx2GGAACGATGG.TTGACTCAATACTATCCGCA	Neural
progenitors	3
06_08_exp10_idx1TATTAGACTT_idx2CATTATTACC.TTCAACTGATCATGCTGGTT	Neural
progenitors	3
06_08_exp10_idx1TATTAGACTT_idx2TCATCTAATC.CTGGAAGATTCTAGAACTA	Neural
progenitors	3
06_08_exp10_idx1TCCTCTGCCG_idx2ACGAGGACCT.CTTCATGCTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TTGAGTATCA.TCGTCTATTTACGAAGTCAA	Sensory
progenitors	6
06_08_exp10_idx1TCTTGAGGTT_idx2TCATCTCGAT.TGAGAATCATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TTGACCAGTCTGATGGTCA	Neural
progenitors	3
06_08_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.AAGGACGATTCCGGCCTCG	Neural
progenitors	3
06_08_exp10_idx1TGGACGACTA_idx2TCGATATTGA.ACCATGATTTAGCGTCAATG	Sensory
progenitors	6
06_08_exp10_idx1TTATTGAGGC_idx2ATAGGATATG.TTCGTTCCTAGCGTCAATG	Neural
progenitors	3
06_08_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.ACGCTTGATCCGTCGGAGG	Neural
progenitors	3
06_08_exp10_idx1TTGCGAGCAT_idx2CAAGTACTGG.GGCTTACTTTATTACTCAT	Neural
progenitors	3
06_08_exp11_idx1AGTTGAATCA.ACGCTTATATCTGGATTAGT	Neural
progenitors	3
06_08_exp11_idx1ATTATGCAAG.CCATCAGGTCCGCGATTAT	Sensory
progenitors	6
06_08_exp11_idx1CGCGGCCATA.TGATCTTCTTAATCTGGAGT	Neural
progenitors	3
06_08_exp11_idx1CGCTTATCGT.AGATTCAACTCAGGAGGAGA	Neural
progenitors	3
06_08_exp11_idx1CGCTTATCGT.AGCATAACTTTTCTTATCGA	Neural
progenitors	3
06_08_exp11_idx1GCTAACGGAT.CCGTCTCATGCTCAGCCGG	Neural
progenitors	3
06_08_exp11_idx1GTACTCCTAT.CGCCGTAATATAAGGAGCA	Neural
progenitors	0
06_08_exp11_idx1GTAGGATAAG.AGATCGGATGGACTCATTG	Sensory
progenitors	6
06_08_exp11_idx1GTAGGATAAG.TGATGCGATAACCATTGGA	Neural
progenitors	3
06_08_exp11_idx1TCAATCTCCT.CGAGATGCTCCGCAAGTTC	Neural
progenitors	1
06_08_exp11_idx1TCGCCGCCGG.AGTATTAGCTCGAACGCCGG	Neural
progenitors	3
06_08_exp11_idx1TCGTAGCATC.ATGGCGTATAACGGACCAA	Neural
progenitors	0
06_08_exp11_idx1TGGTTGCCGT.TAGAGAGTATTTATAGCAGA	Neural
progenitors	15
06_08_exp11_idx1TTGATACGAT.TCAGCTTCTTTGGAGTCGG	Neural
progenitors	3
06_08_exp11_idx1TTGCTTAGAT.TGACGAGGTCAACCGCTAA	Neural
progenitors	3
06_08_exp12_idx1GCGGCTGCGG.GACTTGGCTTTGGAGTCGG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2AACGAGGCTA.ATTGAGGAATGATATCGGCG	Neural
progenitors	1
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.CTCGCATGTTTCTTAATAA	Neural
progenitors	3
06_08_exp2_idx1ATTATGCAAG_idx2AAGATCCAAC.AATCCAGTATTAGACTTCTT	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2CGAGTTAGAG.ATCAGTCATTAAGCCAGTTA	Neural
progenitors	3
06_08_exp2_idx1ATTATGCAAG_idx2TTGGTCATAA.ATGCATTCATTATGAGTTAA	Neural
progenitors	3
06_08_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.AGCGTAAGTGGTACCGGCA	Neural
progenitors	1
06_08_exp2_idx1GTAGCAGCTA_idx2AGTTGCATCT.TTATCCGCTTTGCTAACGG	Neural
progenitors	3
06_08_exp2_idx1GTAGCAGCTA_idx2CTAACTCCAA.AGAGGTCGTTTACGATGAA	Neural
progenitors	3
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACTGGACCTGTTCGTCAGA	Neural
progenitors	3
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATGGTTGGTACGTCCGCAG	Neural
progenitors	3
06_08_exp2_idx1TAGTAAGCCG_idx2CAAGATTAAG.CTTCGACTTAACTAGGCGC	Neural
progenitors	3
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.CCTGCAGTTTCAAGCCGAT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GACTAGTCTA.GGTACCATTAATACCATCC	Sensory
progenitors	6
06_08_exp2_idx1TAGTAAGCCG_idx2GACTAGTCTA.TAAGAATGGTCTTGGTAATG	Neural
progenitors	3
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.ACAATGCTATCCTTGGTCCA	Ventral
midline	9
06_08_exp2_idx1TATTAGACTT_idx2GTCATTGCGC.AGATCGGATAGCTTATCCG	Neural
progenitors	3
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.ACCATGATTTCAATTACCGT	Neural
progenitors	3
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.ATTCGCAATTTTCCAACCGC	Neural
progenitors	3
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.TGATGCGATATCCATGACT	Neural
progenitors	3
06_08_exp2_idx1TGGACGACTA_idx2CCTAGCGCCT.AGAGTACCTTTGCTAACGG	Neural
progenitors	15
06_08_exp2_idx1TTCCGTCGAC_idx2GCAACTGGCA.ACGCTTGATTTCTTCCGGT	Neural
progenitors	3
06_08_exp2_idx1TTGGTAAGGA_idx2AACGGACCAA.TATTCTCCTTTTCATAGGAC	Sensory
progenitors	6
06_08_exp2_idx1TTGGTAAGGA_idx2ACTGAATTCC.AATTCTAGGTTAACTCAATT	Neural
progenitors	15
06_08_exp2_idx1TTGGTAAGGA_idx2ACTTCCGAAT.AAAGCTGATTCTAGTAGTCT	Neural
progenitors	3
06_08_exp2_idx1TTGGTAAGGA_idx2CTCGGTCAAT.GCTCTTAGTTTCCAACCGC	Neural
progenitors	1
06_08_exp2_idx1TTGGTAAGGA_idx2CTCGGTCAAT.GGCTAAGATACTTGCTAGA	Neural
progenitors	3
06_08_exp3_idx1ACGGCGTTAA_idx2ACCGTTACGA.TCTATCCAATCTTGCAGTAG	Neural
progenitors	3
06_08_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.GTTCGCTGTCCGCTCCGGC	Sensory
progenitors	6
06_08_exp3_idx1ACGGCGTTAA_idx2TCGATATTGA.GAGCGGTATTATCCTCAAT	Neural
progenitors	0
06_08_exp3_idx1AGACCATATC_idx2AATTGCCTAC.ACTGGACCTGGTATGCTTG	Sensory
progenitors	6
06_08_exp3_idx1AGGTCAGCTT_idx2GGCTAATTAA.CGTCGAAGTTTGCTAACGG	Neural
progenitors	0
06_08_exp3_idx1AGTCCGCTGC_idx2CAAGTACTGG.CGAAGACCTTTGCTGGCAT	Sensory
progenitors	6
06_08_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.ACGAGGTTTTTCTTCCGGT	Neural
progenitors	3
06_08_exp3_idx1ATAAGGACTC_idx2ACTATCCGCA.GTCTCTACTGATATCGGCG	Neural
progenitors	1
06_08_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.GAGCGGTATCATTCAATCA	Neural
progenitors	0
06_08_exp3_idx1ATTATGCAAG_idx2GTCGCTCAGT.AAGTACGTTTAACCTGCGTA	Neural
progenitors	3
06_08_exp3_idx1ATTATGCAAG_idx2GTCGCTCAGT.ACGATATCATGGCGAGCTTA	Neural
progenitors	3
06_08_exp3_idx1ATTATGCAAG_idx2GTCGCTCAGT.TTCGCATAATTTATTCTGAG	Neural
progenitors	3
06_08_exp3_idx1ATTATGCAAG_idx2TGATAGAACG.TTCCATCTTTTAACTCTTAG	Neural
progenitors	3
06_08_exp3_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TGTCCTTATTCGGATGAAGG	Neural
progenitors	3
06_08_exp3_idx1GAGCGCGATG_idx2CTCGATGGAG.ATTAGGTACTTTCTTCCGGT	Neural
progenitors	15
06_08_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.AATACCGAATCGCGTACGAC	Neural
progenitors	15
06_08_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.ACGACGCATTTCTTCCGGT	Neural
progenitors	15
06_08_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.TAGAGAGTATACGTCCGCAG	Neural
progenitors	0
06_08_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.CCAGAACCTCCTTACTCCT	Neural
progenitors	15
06_08_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.GCTCGAGATAGGAGAGAAC	Neural
progenitors	0
06_08_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.ACCTCAATATTAACTCTTAG	Neural
progenitors	3
06_08_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.ACGCCATATCGCGTACGAC	Neural
progenitors	0
06_08_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.AGTATTAGCTTTGCGAGGCA	Immature
neurons	2
06_08_exp3_idx1GGCTTACTCC_idx2CTCCGGTTCT.CTAGTACGTTTCTTCCGGT	Neural
progenitors	0
06_08_exp3_idx1GTAGCAGCTA_idx2GGCTAATTAA.CTACCTGGTTTGATGCTAT	Neural
progenitors	3
06_08_exp3_idx1GTAGGCTGCA_idx2CTGCTTCGAC.TAGGTACTATTTATCCGGAT	Sensory
progenitors	6
06_08_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.ATAGTCGCTTAACTCTTAG	Neural
progenitors	1
06_08_exp3_idx1TATAATAGTT_idx2CTCGTCTAGG.AAAGCTGATTCATTCAATCA	Neural
progenitors	0
06_08_exp3_idx1TATTAGACTT_idx2GTCGCTCAGT.TGGTAATAGTTTATCCGGAT	Neural
progenitors	1
06_08_exp3_idx1TCCTCTGCCG_idx2CTAACTCCAA.CCTAATGGTCGCGTACGAC	Neural
progenitors	1
06_08_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TCCTATAAGTTTGCTGGCAT	Neural
progenitors	1
06_08_exp3_idx1TCCTCTGCCG_idx2TCATCTAATC.TCGTCTATTTGATATCGGCG	Neural
progenitors	3
06_08_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.CGAATGAGTACGTCCGCAG	Neural
progenitors	3
06_08_exp3_idx1TGGACGACTA_idx2AACGGACCAA.GGTAGTCCTGGCCAGTCCG	Neural
progenitors	3
06_08_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TGCCTATTATTCCTACCAGT	Neural
progenitors	3
06_08_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TTGATTCCTTTTCTTCCGGT	Neural
progenitors	0
06_08_exp3_idx1TGGACGACTA_idx2GCAACTGGCA.GCTTCTGGTACTAGAGAGT	Sensory
progenitors	6
06_08_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.ACCGGTTCTCCAGTCCTCT	Neural
progenitors	3
06_08_exp3_idx1TTATTGAGGC_idx2TTAGATTCCG.TCCTCGAGTCCGCTCCGGC	Sensory
progenitors	6
06_08_exp4_idx1GATTCTTGAA_idx2GTCGCTCAGT.ATGGACTATTCCGCTGCCAG	Sensory
progenitors	6
06_08_exp4_idx1GGCTTACTCC_idx2ACCGTTACGA.ATTGAGGAATGTTCGTCAGA	Sensory
progenitors	6
06_08_exp4_idx1GGCTTACTCC_idx2TTGGAGTCGG.ACGCTTATATGTCCTAGAGG	Neural
progenitors	0
06_08_exp4_idx1GGCTTACTCC_idx2TTGGAGTCGG.AGAGATGAATCCGCTGCCAG	Sensory
progenitors	6
06_08_exp4_idx1TCTTGAGGTT_idx2CGTCCGTCCT.TCTATCCAATCCGATTCCTG	Neural
progenitors	1
06_08_exp4_idx1TTGCGAGCAT_idx2AGATCCTATA.AGAAGTAAGTTGGCCGGCCT	Immature
neurons	2
06_08_exp4_idx1TTGCGAGCAT_idx2AGATCCTATA.AGTTAACCATCATCCGACTA	Neural
progenitors	1
06_08_exp4_idx1TTGCGAGCAT_idx2AGATCCTATA.CAACTCTCTGTCCTTAAGA	Neural
progenitors	3
06_08_exp4_idx1TTGCGAGCAT_idx2AGATCCTATA.CCTGCTACTTAACTCAATT	Neural
progenitors	3
06_08_exp4_idx1TTGCGAGCAT_idx2AGATCCTATA.CTAACGACTCATCAGAATG	Neural
progenitors	3
06_08_exp4_idx1TTGCGAGCAT_idx2TATAACTTCC.CGGTAAGGTCCGCTGCCAG	Neural
progenitors	0
06_08_exp4_idx1TTGCGAGCAT_idx2TCCGGTAATC.ACTGAATACTGGCGAACTCG	Neural
progenitors	0
06_08_exp4_idx1TTGCGAGCAT_idx2TCGTAGGCTT.CGCTAACCTTCAATCGCAT	Sensory
progenitors	6
06_08_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TGCTACTAATATGCAATATG	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TTGAGAGATTTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.CTTCATGCTTGGCTGATGA	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TTGGCAATATCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GCAACGTTTCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATGGTCTTTTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.TCCGTATGTACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GAAGAGGCTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GAACGGCTTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TATGCGATTTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TTGAGAGATTCTCTGCGGCA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCTCCGAATGTTGAAGGAT	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2TGCCAGATGG.AACTAGTTGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2AGGTCAATTA.TTGGAGCTTTTACCTCGAC	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TTATAGGCATTATTACTCAT	Neural
progenitors	16
06_08_exp10_idx1GCTTGAAGAG_idx2ACCAAGATCT.TTGGCTCATTGATAGAACG	Neural
progenitors	0
06_08_exp10_idx1GGTTATCGAA_idx2GACCGTAGCA.TCCTATAAGTTCCGTCGCCA	Neural
progenitors	0
06_08_exp3_idx1TAGTAAGCCG_idx2TATAACTTCC.TTATAGGCATTTGAGTATCA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.ACCTTCGGTGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GTCCTGCATGAAGGTTGCC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.AACCGCTGTAGGCCGCTCG	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.ATGGCAGCTCGGAGATCCG	Immature
neurons	2
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CCGTCTCATCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GTAGACGGTTGGAGAATTC	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCAGCGGTTGATAAGGCAA	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCTCCGAATGCCGTCGCGT	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TGAGTTAGATGAAGGTTGCC	Ventral
midline	9
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TGAGTTAGATTGGTATTCAT	Immature
neurons	2
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TGCCTTGGTGCCGTCGCGT	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GTAAGGAGTTGGAGAATTC	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCGAATCTTTGCCGTATGCT	Immature
neurons	2
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TGTTAAGACTTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TTGCGGTCTAGAGCCAGCC	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GCTCGAGATCCTTACTCCT	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TGGTAGGCTATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACTCGCTTAAGTTGCCAT	Immature
neurons	2
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACTGACGTCTCTGATCAG	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGTACGGATCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTCGGCAATGCCGGTCGAG	Immature
neurons	2
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCAGCGGTTTATCGTCGGC	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCTCTCCATCGCGTACGAC	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGCCTATTATGCGTTCAGCT	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGGTTAAGTAAGACGGCCA	Immature
neurons	2
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CCGAGAGATTGGAGAATTC	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TAGCCAATTTTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TAGTTACCTTACCTGGACGC	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.CTCCTCGTTCGGAGATCCG	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.GACCGTCATCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.GTTCCAGCTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ATTGCCGGTATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTGCTGAATTTGATGCTAT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TATTCGGCTTCAGACGAAC	Neural
progenitors	16
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCCAAGTTATCCAGGCCGCA	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTTCGCTGTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TATGAGAACTTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGCCTATTATCATAACCAGC	Immature
neurons	2
06_08_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.ACGCCATATCTCTGATCAG	Sensory
progenitors	6
06_08_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.CCAGAACCTTTAGCAATAA	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GTTCGCTGTGGCCAGTCCG	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.AAGCGCCATTGCGCCAGAA	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.CGGTTCCATTATCCTCAAT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GTACCTCTTAGAGCCAGCC	Neural
progenitors	3
06_08_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TATGGTCTTTGGCGAGCTTA	Neural
progenitors	3
06_08_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.GTCCTGCATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.GACTACCATCTGAACTGGT	Neural
progenitors	1
06_08_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.GTCGGCAATAATAATACCA	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GATCGACCTTGGAGAATTC	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TTCAACTGATTGCATATAAC	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.GGTAGTCCTAATGCTAGTC	Neural
progenitors	3
06_08_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TCATTAAGCTACCGCAGAAT	Neural
progenitors	3
06_08_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GTACCTCTTTGGTATTCAT	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TTCAACTGATGCCGGTCGAG	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.GCTTCTGGTCAGATTCGAT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GCAGATACTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TAACTAAGGTACGCCGTTCA	Sensory
progenitors	6
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTTCATGCTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCGGTATATTTAGCAATAA	Neural
progenitors	3
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCTGAAGCTACCGCAGAAT	Neural
progenitors	3
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCAGCGGTTGAAGGTTGCC	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GACCAGGATGGAGCGGCCG	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGCAAGTCTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTTCGCTGTTTGATATATT	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GAGCGGTATCAGGTATGGA	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTAAGCTCTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTTGCAAGTTTAGCAATAA	Immature
neurons	2
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TATCGAACTTGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TGCCTATTATACGCCGTTCA	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GTAAGCTCTCGAATAATTC	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.TTCGCGGATTTAATTATTG	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TTTGCTTAGTACCTGGACGC	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TTGGCAATATCGAATAGATG	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GACTGACGTCGCGTACGAC	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TGACGAGGTCCTTACTCCT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CCAGAACCTACCTGGACGC	Ventral
midline	9
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CTTAGCGGTTCAGACGAAC	Sensory
progenitors	6
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGAGCTCATTCTACCATTA	Neural
progenitors	3
06_08_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.ACGCCATATGAAGGTTGCC	Neural
progenitors	3
06_08_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.CAGAAGGCTTGGCTGATGA	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.GCTTCTGGTGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.GGACTTGATCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CTTAGCGGTGGCCAGTCCG	Neural
progenitors	1
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GGCGCATTTGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GTCCTGCATTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCCGGTCATCCAGGCCGCA	Neural
progenitors	3
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCCGGTCATGCCGGTCGAG	Neural
progenitors	3
06_08_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.ACGAGGTTTCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.TCCGGTCATATTGAGATTG	Sensory
progenitors	6
06_08_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TCATAGAGTTCGGAGATCCG	Neural
progenitors	3
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.AGCAACGATTCTCCTATAA	Neural
progenitors	3
06_08_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.AGTTGCGCTCGAATAGATG	Neural
progenitors	3
06_08_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TGAATTCGTTTCAGACGAAC	Neural
progenitors	3
06_08_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TGAGTTAGATGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TATGCGATTTCCGTCCAGTA	Neural
progenitors	15
06_08_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TGGTAGGCTGCGTTCAGCT	Neural
progenitors	3
06_08_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GACTTGGCTCGGAAGATAT	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GATTACGGTACCGCAGAAT	Neural
progenitors	3
06_08_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GACCGTCATGACGACCTGC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GCGCTCAATGTACTAGTAA	Ventral
midline	9
06_08_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GGTCTACGTCCTTACTCCT	Neural
progenitors	3
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCGCTCAATCGCGTACGAC	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTTCCAGCTTGGAGAATTC	Neural
progenitors	3
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTCAACTGATCCTTACTCCT	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.CAGAAGGCTTATCGTCGGC	Neural
progenitors	3
06_08_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TAGCCAATTTGCGTTCAGCT	Neural
progenitors	1
06_08_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GCATCCAGTTTGATGCTAT	Neural
progenitors	1
06_08_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TGGATCCGTCTGAACTGGT	Neural
progenitors	3
06_08_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TAGTTACCTTTGGTATTCAT	Immature
neurons	2
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.ATTGCCGGTATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.CGGTTCCATCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GCGCTCAATTATCCTCAAT	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TCCGGTCATCGGATGAAGG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GACTACCATCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TATGGTCTTTCTCTGATCAG	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TGCCTATTATCTGAACTGGT	Immature
neurons	2
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ATGCCAAGTGCCGTCGCGT	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TGGCCTGATCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATGCCAAGTCGGAGATCCG	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTCCGGTTTCGGAGATCCG	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GACTGACGTTTGATATATT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCGCTCAATAAGACGGCCA	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGAGGTTCTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTTGCTCCTTTGATATATT	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGAGTCCTCGGAAGATAT	Immature
neurons	2
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GTAAGCTCTCGGATGAAGG	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCGTCGTATGTTGAAGGAT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TATTCGGCTGACGACCTGC	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACGAGGTTTAACTGCTGCC	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCATTGCGTCTCTGATCAG	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTACGGCATCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAGCGGTATGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCCATGGTTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCGTCGTATCGAATAGATG	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCTCGAGATAGAGCCAGCC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCTTCTGGTTTGGACGCTG	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGCAAGTCTAATAATACCA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGTACGGATAGAGCCAGCC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGTTCGAGTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTAGACGGTGGAGCGGCCG	Immature
neurons	2
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTCGGAGTTTTGGACGCTG	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAGTTACCTTAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCAATAGTTTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTACTTACTCCTTACTCCT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGGCAATATACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ATTGCCGGTTGGAGAATTC	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCAGAACCTACCAGCGCAG	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACCGAATTCGCGTACGAC	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCAACGTTTACCAGCGCAG	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGCGACTATAGAGCCAGCC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGAATCTTTCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGATCTTCTTCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGGTTAAGTAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.CCAGAACCTGCCGTCGCGT	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.AACCGCTGTAATGCTAGTC	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.AGCAACGATTCTCCTATAA	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCGTTCTGTTGGCTGATGA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TGCCTTGGTGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CTGGAAGATGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTTCCAGCTGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATTGAGGTTTGGTATTCAT	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCTACTTACTAACTGCTGCC	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.AGTTGCGCTCCGTTGACTT	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.ATTGCCGGTCGGATGAAGG	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCAGATACTCTCTGCGGCA	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGCGCATTTCGGAAGATAT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTATCGCATTATCGTCGGC	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTTGCTCCTTTGATGCTAT	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGAATCTTTCTCTGCGGCA	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGTAGCGTGACGACCTGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGATCCGTAATGCTAGTC	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGTAGGCTCGGATGAAGG	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCCGACGTTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCGCGGATTATCGTCGGC	Neural
progenitors	3
06_08_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.ACGGCAATTCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.ATGGCAGCTACCAGCGCAG	Neural
progenitors	16
06_08_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TGCGTAGTTCGGAGATCCG	Neural
progenitors	16
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CGTCGAAGTATAGACTAGG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GACCAGGATACCAGCGCAG	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTTGCAAGTATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATATGCGTTTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATTCGGCTTGGCTGATGA	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTCTCTCGTTGCATATAAC	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TTGGCTCATTTGATGCTAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCAAGTTATCTCTGATCAG	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCTCTCGTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCTGGCCTAATAATACCA	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGAGTCCTAACTGCTGCC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CTCCAGAGTCTCTGCGGCA	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GTCATCTGTTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TGCTACTAATGATAAGGCAA	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TGGTAGGCTAAGTCTTCCG	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.AACCGCTGTTTACGTATAC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CCGAGAGATGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CGTCGAAGTTTGATATATT	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TGCTCCTATGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GACTCGCTTGCCGGTCGAG	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GCATCCAGTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CGTCGAAGTTTGATATATT	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCAAGTTATGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.CTCCAGAGTTTACGTATAC	Ventral
midline	9
06_08_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TTGGCAATATCTCTGCGGCA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.ACGGCAATTTCTCCTATAA	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.AAGCGCCATCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ACCGTAGCTCATAACCAGC	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ATGGCAGCTATAGACTAGG	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACTTGGCTATTGAGATTG	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGCCAACTTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGGTAGGCTCGATGGCGCC	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCTTAACCTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTGAGTCCTGTTGAAGGAT	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CGACGATATGCGTTCAGCT	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CTCCGGTTTTCAGACGAAC	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GGACTTGATCCGTCCAGTA	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GGTCCTTCTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCCTATTCTTGGCGAGCTTA	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGCCTTGGTAAGACGGCCA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGGCCTGATCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ATGGCAGCTGACGACCTGC	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CTACGGCATCCTTACTCCT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCAATCGCTCCTTACTCCT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCTGAAGCTCGCGTACGAC	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTTGGCATATTGAGATTG	Neural
progenitors	16
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCATGGCTTTATCGTCGGC	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGCCTTGGTGGAGCGGCCG	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TATGACTTGTCCTTACTCCT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCCAAGTTATTTAATTATTG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCTAGGAATTCCTTACTCCT	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TTCTTAACCTTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.CCAGAACCTCGCGTACGAC	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCCGTATGTGGAGCGGCCG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TGAGTTAGATGCCGTCGCGT	Immature
neurons	2
06_08_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GTAAGGAGTCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.ACCGTAGCTCATAACCAGC	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CCGAGAGATGCCGTCGCGT	Sensory
progenitors	6
06_08_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TTCTCTAGTTGGCCAGTCCG	Neural
progenitors	3
06_08_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.ACGGCAATTCGGAAGATAT	Neural
progenitors	1
06_08_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.GCGGAGAATTCAGCTCTAA	Sensory
progenitors	6
06_08_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.GACCAGGATCCAGGCCGCA	Immature
neurons	2
06_08_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.TGAGAATCATCGGTAGGAAT	Immature
neurons	2
06_08_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GTCCTGCATAATGCTAGTC	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TATCCAGGTTGGCTGATGA	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TATGGTCTTTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GTATCGCATAAGACGGCCA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TCCAATAGTTACCAGCGCAG	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCAGATACTAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTCCTGCATGCCGTCGCGT	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTTCCAGCTGAAGGTTGCC	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGCCAATTTTGGTATTCAT	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCTCCGAATGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGATCTTCTTGCCAACGCCA	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCTAAGCTTTCTCCTATAA	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCTGGCCTCGGTAGGAAT	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.GAACGGCTTAATAATACCA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TTGGCTCATGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.CTGGAAGATTGATAGAACG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ATAGTCGCTCGGAAGATAT	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGACTTGATGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGCAAGTCTGATAAGGCAA	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TACTCCTATTTGGCTGATGA	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TATGCGATTTAGTTCGAGTA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCCTACCTTTTGATATATT	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCGCGCATTGTTGAAGGAT	Immature
neurons	2
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTCGCATAATGGCCAGTCCG	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.ACGAGGTTTTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.CCGGAGTTTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TAGGTACTATCGGAGATCCG	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TGGCCTGATTTCGCTTACG	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GACTTGGCTGCGTTCAGCT	Ventral
midline	9
06_08_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GTAAGCTCTCGAATAGATG	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TATTGACTCTCTCTGATCAG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2AACTTATAAG.TGGTTGAATTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.GACCAGGATAGATATATCG	Neural
progenitors	3
06_08_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.AGTCGCATTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TTGGAGCTTCTCGTCTAGG	Neural
progenitors	1
06_08_exp10_idx1AATACGATAA_idx2TCTAGAACTA.AGATCGGATCTTGCGCCGC	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TTAACGTACC.TCCAAGTTATTTACCTCGAC	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2CGATCATTAC.GCAGATACTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2ACCGTTACGA.GCATCCAGTCGAGCTGCCA	Sensory
progenitors	6
06_08_exp10_idx1AGACCATATC_idx2AGGATTACCA.GGTTGGCATACTCAATAGG	Neural
progenitors	3
06_08_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TCTTAGTTCTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TGCTAATTCTCCGAGAATCC	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TTGACTCAATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.TCCTCGAGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2ATAGGATATG.ACCATGATTTACGAAGTCAA	Neural
progenitors	3
06_08_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.TGGTAATAGTAATGGTCGAC	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GAACTGCATC.GTATCGCATTCCGTCGCCA	Neural
progenitors	1
06_08_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.CTGAGCATTTATTACTCAT	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.GAGTTCTCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.TATAAGGCTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2AGGTCAATTA.CTGATAGGTTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.TGCCTATTATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TTGATTCCTTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.GCAGATACTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.GTTGCAAGTGGTACTGCCT	Sensory
progenitors	6
06_08_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.AGAGTACCTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.GGCTAAGATCCATTATCTA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TTGGTTAAGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.GTAGACGGTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.GACCAGGATACTCAATAGG	Neural
progenitors	3
06_08_exp10_idx1GAGCGCGATG_idx2GGAACGATGG.TCCTATAAGTTTCGCCTCCA	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GACTAGTCTA.TTGGTTAAGTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.GCATCCAGTTTCGCCTCCA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2TCCGTCGCCA.TTATCCGCTCGATCATTAC	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.GGCTAAGATCCATTATCTA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TGTTAAGACTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TCCAAGTTATACCGTTACGA	Neural
progenitors	15
06_08_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TGATGCGATTAGAGTAATA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TCGAGAAGTTCTAGAACTA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2ACTATCCGCA.TAGAACCAATCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.GGAGGTTCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TCTAGGAATTTATTACTCAT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TTTGCTTAGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.GTCTATGGTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TAACGACTTTTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.AACTAGTTGTCCGTCGGAGG	Sensory
progenitors	6
06_08_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TCCAAGTTATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TTGACTCAATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TCAAGATCTTTCTAGAACTA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATAAGAGGTCATGCTGGTT	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TAGGTACTATAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2CCTAGCGCCT.ATTGATCGTTTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.AGAGTACCTTGATAGAACG	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.CCAAGGATTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.TCCTCGAGTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.TTCGCATAATCTAGTAGTCT	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.TTTGCTTAGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.ATTAGTCTGTAACTGATCTT	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.GGTTGGCATTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGCCTATTATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TCTATACCTTTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.GTAAGGAGTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2ACGCAACTCC.CTGCTGAATCTCGTCTAGG	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.TATAAGGCTTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.CTTCATGCTAATGGTCGAC	Neural
progenitors	15
06_08_exp10_idx1TATTAGACTT_idx2CATGCATCTC.TGAGTTAGATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CATTATTACC.TCGTCTATTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TCTTAGTTCTCGATCATTAC	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TAGAGAGTATCGATCATTAC	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.AAGGATATGTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.CGTACCTATCCGAGAATCC	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2GTCATTGCGC.TCCAATAGTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2TGGCCGCAAT.AACTGGCATTTACCTCGAC	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.GGTACCATTCGAGCTGCCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.AAGGATATGTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TCATTAAGCTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2ATAAGAGGCG.AAGGATTACTCTAGTAGTCT	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.GCGTACTTTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.TACGGTAGTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2GGAACGATGG.ATACCAGTTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2CCTAGCGCCT.GAAGAGGCTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.AAACTCCAATAATGGTCGAC	Neural
progenitors	0
06_08_exp11_idx1AAGTAGCTCA.TATTCGGCTCATCCGACTA	Neural
progenitors	1
06_08_exp11_idx1AATACGATAA.ATACCAGTTTCGGTCGTTAA	Neural
progenitors	3
06_08_exp11_idx1AGATTACGTT.AGAGATGAATTGGCCATGCA	Neural
progenitors	3
06_08_exp11_idx1ATACCTCGAC.GTCGGAGTTCAAGGAGGTC	Neural
progenitors	0
06_08_exp11_idx1ATCTACCAGT.ATAATCCTGTTATGCCGAGT	Neural
progenitors	3
06_08_exp11_idx1CATTATTATT.ATTGAGGAATGGTACCGGCA	Neural
progenitors	3
06_08_exp11_idx1TATTGCTGGA.AGTATTAGCTTAATGAACGA	Neural
progenitors	3
06_08_exp11_idx1TCTTGAGGTT.ATATCCTACTTAGATCTACT	Neural
progenitors	0
06_08_exp11_idx1TCTTGAGGTT.TTCTGGCCTCCTAGCGCCT	Neural
progenitors	1
06_08_exp11_idx1TGGACGACTA.AGAGTACCTTAGGCAGATA	Neural
progenitors	0
06_08_exp11_idx1TGGCTGGATG.ACGACGCATGCTCAGCCGG	Neural
progenitors	0
06_08_exp11_idx1TTGCGAGCAT.CTACCTGGTTGGTCAGCCA	Neural
progenitors	3
06_08_exp12_idx1GATTCTTGAA.GTCATCTGTTTGGAGTCGG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2AACGAGGCTA.CCGACCAATTAACGATCCA	Ventral
midline	9
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.ATATGGATCTCATCAGAATG	Neural
progenitors	1
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.CGCTGCTTTACTAGAGAGT	Neural
progenitors	3
06_08_exp2_idx1ATTATGCAAG_idx2AAGATCCAAC.AACCTCATTTAGCCGGTACC	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2ATAAGAGGCG.AACTTGGATTCCGCTCCGGC	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GGCTAATTAA.AGAGGTCGTATTCGACCAA	Ventral
midline	9
06_08_exp2_idx1CTCAATTAGT_idx2GGCTATGACT.AACTAGTTGTCGTAATGCAG	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CGATCATTAC.CTGATAGGTCTTGGTAATG	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2ACCAAGATCT.AGCATAACTTCATCTCTGCA	Neural
progenitors	3
06_08_exp2_idx1GTAGCAGCTA_idx2ACGAGGACCT.ACTGAATACTATATGAGCCA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGACCAGTGTTACGCAAG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GGTCCAGGAG.AAGGATTACTACTTGCTAGA	Neural
progenitors	3
06_08_exp2_idx1TAGTAAGCCG_idx2GGTCCAGGAG.ATGGTTGGTACTATAGGTT	Neural
progenitors	3
06_08_exp2_idx1TAGTAAGCCG_idx2GTTGACGGCC.ACTGGACCTTTCTTCCGGT	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.ACGCTTGATCGCTCCTAAC	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.CCATCGTCTGGCGAACTCG	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2TGGCCGCAAT.ACGTCTAGTATCCATGACT	Neural
progenitors	3
06_08_exp2_idx1TATTAGACTT_idx2TGGCCGCAAT.CCTGCTACTTTATAGCAGA	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACGTTCAACC.ACTTACTCATCTAGTAGTCT	Sensory
progenitors	6
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.GCTCTTAGTGAGCATATGG	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2CCTAGCGCCT.ACGGAACGTCCTTGGTCCA	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.CTCGCATGTGTCCTACTTG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GACCTCTCTG.CCTGCAGTTTAACGAATTG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2TCGATATTGA.CGGTAAGGTGGCGAACTCG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2TCGATATTGA.CTCGTTGATCTTGCAACCT	Neural
progenitors	0
06_08_exp3_idx1AGGTCAGCTT_idx2ACTATCCGCA.TGGTCTCCTCCGTTCCTTA	Neural
progenitors	0
06_08_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.CAGCATTGTTTGCTGGCAT	Neural
progenitors	0
06_08_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.GCGGTATATTCTGATACCA	Neural
progenitors	0
06_08_exp3_idx1ATAAGGACTC_idx2TTGGTCATAA.AACGATCATTTAGGCCATAG	Sensory
progenitors	6
06_08_exp3_idx1ATTATGCAAG_idx2AGTTGCATCT.TAGATGACTTTTACGATGAA	Neural
progenitors	3
06_08_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.TAGAGCCTTCGAATAGATG	Neural
progenitors	3
06_08_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.TTCGTTCCTTATCGTCGGC	Neural
progenitors	1
06_08_exp3_idx1GCGCGTTCAT_idx2AGCGTCAATG.TCGGTACCTGCCGTCGCGT	Neural
progenitors	0
06_08_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.AAGGCTACTAGAGCTATAA	Neural
progenitors	3
06_08_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.ATCTTCAGATCGCGTACGAC	Immature
neurons	2
06_08_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.ACGCTTGATTATCCTCAAT	Neural
progenitors	3
06_08_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.GCAACGTTTTTGCTAACGG	Neural
progenitors	0
06_08_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.AGGATAATCTTCCTACCAGT	Neural
progenitors	3
06_08_exp3_idx1TAGGTAACTT_idx2ACTCTCTCAA.TGCTCCTATTCCAATCATC	Neural
progenitors	15
06_08_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.TATCCAGGTGCGTTCAGCT	Neural
progenitors	1
06_08_exp3_idx1TAGGTAACTT_idx2GCTCTAACGA.TGCAAGGTTACGTCCGCAG	Neural
progenitors	0
06_08_exp3_idx1TATAATAGTT_idx2AAGCCGGCTG.ACGCTTATATTTGCTAACGG	Neural
progenitors	3
06_08_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.ATATCTGGATGCCGTCGCGT	Neural
progenitors	1
06_08_exp3_idx1TCCTCTGCCG_idx2AGTTGCATCT.GGATAGGTTTAGGCCATAG	Neural
progenitors	1
06_08_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.ACGACGCATTTGCTAACGG	Neural
progenitors	0
06_08_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TCCTACCTTAAGACCGTTG	Neural
progenitors	3
06_08_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.ACGGCAATTCCGCGGCTCA	Neural
progenitors	0
06_08_exp3_idx1TTATTGAGGC_idx2TGATTCCTCA.GCAGATACTCGAATAGATG	Sensory
progenitors	6
06_08_exp3_idx1TTCGAATATT_idx2TTGGAGTCGG.TTCCATCTTTGGAGCGGCCG	Neural
progenitors	0
06_08_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.CGCCATTCTACTAGAGAGT	Neural
progenitors	0
06_08_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.GCTTCTGGTTTCTTCCGGT	Immature
neurons	2
06_08_exp3_idx1TTGCCGTAGG_idx2TCCGTCGCCA.TGGCCTGATTTCTTCCGGT	Neural
progenitors	3
06_08_exp4_idx1ATGGCGCCTG_idx2CGGCGAGACC.AGAGTACCTAGAACGTCTC	Neural
progenitors	1
06_08_exp4_idx1GATTCTTGAA_idx2GTCGCTCAGT.AGAGGTCGTTTAGGACCGG	Neural
progenitors	0
06_08_exp4_idx1GGCTTACTCC_idx2TTGGAGTCGG.ACGCTTATATCAATTACCGT	Neural
progenitors	3
06_08_exp4_idx1GGTTATCGAA_idx2CGCCGCCTCC.AAGTTCTTGTCTAGTAGTCT	Neural
progenitors	0
06_08_exp4_idx1TCCTCTGCCG_idx2TCGATATTGA.ATAATCCTGTGTCCTACTTG	Neural
progenitors	3
06_08_exp4_idx1TTCGAATATT_idx2GCTCTAACGA.CAACTCTCTACGTCATATA	Sensory
progenitors	6
06_08_exp4_idx1TTGCGAGCAT_idx2AGATCCTATA.AGGCGGAATCAATTACCGT	Neural
progenitors	3
06_08_exp4_idx1TTGCGAGCAT_idx2AGATCCTATA.CCGTCGATTCCTTGGTCCA	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TAGGTACTATTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ATGCCAAGTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.ACGAGGTTTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GCGGTATATGGAGCGGCCG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TTCTCTAGTTCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GTTCGCTGTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGGTAGGCTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCAGTTGGTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.CCGGATAGTCGGATGAAGG	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TTCTCTCGTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.GGTCCTTCTGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TCCGTATGTTCAGCTCTAA	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCCAAGTTATTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TGAGTTAGATAGCGTCAATG	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GAAGAGGCTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.GGCAAGTCTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.ATAGTCGCTGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.TCCAAGTTATCATTATTACC	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TCGAATCTTTAAGACGGCCA	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.GCGCTCAATCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.GCAATCGCTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGATAGGTTATTGAGATTG	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCTCGCTCTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTCCGGTTTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTGCTGAATTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTCAACTGATTCAGCTCTAA	Neural
progenitors	15
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTCAACTGATAATAATACCA	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GCGTCGTATGACGACCTGC	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GATCGACCTTTGATGCTAT	Immature
neurons	13
06_08_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.TGCGTAGTTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.GCAACGTTTACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.CCAGAACCTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GGAGCTCATTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TATCCAGGTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TGGACCTCTGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.TAGTTACCTTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.GATTACGGTCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CCGGATAGTGGCCAGTCCG	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.TCATGGCTTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.CTGGAAGATTCAGCTCTAA	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TGGACCTCTGGTCCAGGAG	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GAACGGCTTTATTACTCAT	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GACCAGGATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GAGACTAGTAAGACGGCCA	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GGTCTACGTAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.AAGCGCCATGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TAGGTACTATTCGATATTGA	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GGATAGGTTTGCATATAAC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GGCAAGTCTTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.ATAGTCGCTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.CTGGAAGATCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GGCGCATTTCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGCGGTCTGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ATGCCAAGTCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCTCCTGATTATCCTCAAT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACCGAATTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCTCGAGTTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GCTGGCTATTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.AGGCATCATTTGATGCTAT	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGCAAGTCTTCCGTCGCCA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTCCTGCATGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCGTCTATTTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CGACGATATCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAGCCAATTTAAGACGGCCA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCATTAAGCTACCTGGACGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGAGTCCTTTGATATATT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGCTTACTTTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCTCGCTCTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGCTACTAATGGAGCGGCCG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GACTCGCTTCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCGTCTATTTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.AACCGCTGTAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGCCAACTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CCATCAGGTACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.ATTGCCGGTCGGATGAAGG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCTACTTACTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TTCCGACGTCGATCATTAC	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TGATCTTCTTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TCGGTACCTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.GGTTGGCATCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TGCGTAGTTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TGCTACTAATGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.AGCAACGATCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCTCTCCATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCCTACCTTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TATGCGATTTTATCCTCAAT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCCGTATGTAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.CAATCGGTTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.TATATGCGTTAAGACGGCCA	Neural
progenitors	15
06_08_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GACCGTCATTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TTAATGAGCTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GTCGGCAATCCGCTATATT	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TGAGAATCATCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTGCTGAATGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCGCGCATTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.ACCAATGCTGACGACCTGC	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TCCTATTCTTATTGAGATTG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2AACTTATAAG.GTCATCTGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2AACTTATAAG.TATGGTCTTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2ACGTTCAACC.TCATAGAGTTGTCGCTCAGT	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2ACGTTCAACC.TTATCCGCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.TCAGGAGATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.TATGCGATTTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.TGGTAATAGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2GACCGTAGCA.TCATAGAGTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2GACCGTAGCA.TGGTTGAATTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TTCAACTGATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2GTTCCGACGA.TAGCCAATTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TGATACGAGT.ATACCAGTTTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TGATACGAGT.GAGACTAGTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TTAACGTACC.CTGCCTTATTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TTCTACGCCA.TTGGCTCATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2AATTGCCTAC.TTATCCGCTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.GAGTTCTCTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2AGGATTACCA.CTGCTGAATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.TATAAGAGGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.ATAACTTCCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.TACTCCTATTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2GCAACTGGCA.AGAGTACCTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2GCAACTGGCA.GGTACCATTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.CTGAGCATTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2TCGATATTGA.GTCATCTGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2TTGGAGTCGG.CAGTATCCTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.ATGGTTGGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.GGTTGGCATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CGATCATTAC.TATCGAACTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CTGCTTCGAC.TATTCTCCTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TAGGAAGGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2ACCAAGATCT.AACTGGCATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2ACCAAGATCT.TCCTATTCTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2ACCAAGATCT.TGGTAATAGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2CGAAGGACGA.CTGGAAGATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2CGAAGGACGA.GCATCCAGTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.TTCCATCTTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2GGCTAATTAA.ATAACTTCCTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TCCGGTAATC.GCCATGGTTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.GATCGACCTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.CAGCAAGTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.TTCTCTAGTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.ACTTGATTGTGCAAGGAATA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.GTCCTGCATAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.TCCTAACTTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.TGATCTTCTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.TTTGCTACTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.GGCAAGTCTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TAGCCAATTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TGTTAAGACTTCCAGAAGGT	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TAGATGACTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TCGAGAAGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TGATGCGATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GAACTGCATC.GCTGGCTATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TTCTTAACCTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TTGGAGTTATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TCGAATCTTTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2TGGCGTAGGT.ATATCCTACTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.GGCAAGTCTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2ACGAGGACCT.GCGGTATATGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.TTCTCTAGTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2CATTATTACC.AACTGGCATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2CGAGTTAGAG.ATCAGTCATTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.GACTTGGCTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.GGAGGTTCTTTCGCCTCCA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.TGAGTTAGATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2GTCGCTCAGT.GGTCAGTTTCTAGTAGTCT	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.TTGGCTCATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2AGGTCAATTA.TTAATGAGCTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.ATTGATCGTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2GACTAGTCTA.ACAACCTATTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.AAGGACGATTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.GTCCTGCATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.TCGTTCTGTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.CTCGTTGATCTAAGAGAAG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.CAGCATTGTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.GCAATCGCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TAGTTACCTTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TTGATTCCTTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.GGCAAGTCTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TCAAGATCTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2GGACTCATTG.AGATCGGATTTAGATTCCG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2GGACTCATTG.ATACCAGTTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2GGACTCATTG.ATACCAGTTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.CCAAGGATTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.CTGATAGGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.GAGTTCTCTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TAAGAATGGTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.TCCTCGAGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.TGATGCGATCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.GTCTATGGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.TTCCATCTTTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.TCTATACCTTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TATTGACTCTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TGACGAGGTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.GGCAAGTCTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.TCGAATCTTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.ATATGGATCTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.TAGAGAGTATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2CCAAGCTGAA.GTATCGCATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GAACTGCATC.CTCGTTGATAGTCCGCGGA	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GAACTGCATC.TGCTAATTCTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.ACTTGATTGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.TTTGCTACTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AATTGCCTAC.GTCTATGGTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AATTGCCTAC.TTCTAAGCTTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.TCCTATAAGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.TCGAAGGATGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.GCAGATACTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.CTGATAGGTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.TAGAGCCTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.TATTCTCCTTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.TAAGGTTCATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.AGATCGGATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.GTAAGCTCTTGGAAGTACC	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.GGTTCGAGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TCCTATTCTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2ACCGTTACGA.TGCAAGGTTCTTGCGCCGC	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2ACCGTTACGA.TGGTTGAATTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2AGGATTACCA.GAACGGCTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.GAACGGCTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TGATCTTCTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.ACTTACTCATTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.AGATCGGATTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.GGCTTACTTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TGTCCTTATTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TTACCTAAGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.CCAAGGATTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GCCATGGTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GGACTTGATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TAGAGCCTTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TTCCATTACTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TAGAGCCTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TCCTATTCTTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2ACTATCCGCA.TCCAAGTTATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.AAGGATTACTAAGACCGTTG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.GGCTAAGATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.TATTCGGCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TCCGGTAATC.TCTATCCAATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TCCGGTAATC.TGGTTGAATTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGATTCCTCA.TAGTTACCTTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.ACAACCTATTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.CTCGTTGATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TATGCGATTTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.GAGTTCTCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.CTGCCTTATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.TATTGACTCTCTAGTAGTCT	Neural
progenitors	0
06_08_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.ATATGGATCTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.TGCAAGGTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.TGTTAAGACTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.AAGGATTACTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.GAACGGCTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.GTCCTGCATTCCAGAAGGT	Neural
progenitors	0
06_08_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.GTCTCTACTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1GGCTTACTCC_idx2TTCTACGCCA.GCTCTTAGTTCCGGTAATC	Neural
progenitors	0
06_08_exp10_idx1GGTTATCGAA_idx2GACCGTAGCA.TCTACTTACTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GGTTATCGAA_idx2TTCTACGCCA.TCGTTCTGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.TGGATTCTATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2AGTTGCATCT.CAAGCAACTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2AGTTGCATCT.GCAATCGCTGTCGCTCAGT	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TGGTAATAGTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TTCTAAGCTTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CATGCATCTC.TAGAGAGTATTCTAGAACTA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.TTGAAGTCTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.ATTGATCGTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGCGTTAATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2TGATAGAACG.GTCATCTGTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TGGATCCGTAATGGTCGAC	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2CAAGCTTGGC.GGTTCGAGTTTACCTCGAC	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.TTACCTAAGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.GGCAAGTCTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TATGCGATTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.GGCTAAGATTAGAGTAATA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.AAGGATATGTAATGGTCGAC	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.TCGAGAAGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TCGCCAACTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.GGAGCTCATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2TGATACGAGT.CTGCCTTATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2TGATACGAGT.TCCTAACTTTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.GACCGTCATTCCGGTAATC	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TCTACTTACTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TGCTAATTCTCGAGCTGCCA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2AGGTCAATTA.ACAACCTATTTCCGGTAATC	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGATGCGATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.ACTTGATTGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGAGAATCATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.GGACTTGATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.GGTACCATTACTCTCTCAA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TTGGCTCATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TGATTCCTCA.GTCCTGCATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.AAATTCCTCTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.AAATTCCTCTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.ATGGTTGGTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.GGCTAAGATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TATCATGAGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2ACGCAACTCC.TAGAGCCTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2ACGCAACTCC.TCTAGGAATTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2CTGCTTCGAC.ATACCAGTTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.ATTAGTCTGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CAAGTACTGG.GGAGCTCATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CAAGTACTGG.GGTTCGAGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CATTATTACC.CCAAGGATTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CATTATTACC.GGAGCTCATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CATTATTACC.TGCCTATTATTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CGACTACCAA.GGAGGTTCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CGACTACCAA.TTGGAGCTTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.TCCTATTCTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2GGACTCATTG.GCTGGCTATTATTACTCAT	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TTCTCTAGTTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TACTTGCGTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TGATAGAACG.GCTGAAGCTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.ATTAGTCTGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.TCATTAAGCTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.TGCCTATTATTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2CATTATTACC.GTAAGGAGTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2CATTATTACC.TACTCCTATTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2CGAGTTAGAG.TATAAGGCTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.TGAATCTGATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.GACTTGGCTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TTGGTCATAA.CAAGCAACTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.TTGGCAATATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2CGTCCGTCCT.GAACGATGTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.AAGTTCTTGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.CTGCTGAATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2ACTCTCTCAA.TATGGTCTTTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.GAGACTAGTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TACGGTAGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2CTCCGGTTCT.TATTCGGCTATCGAGTCGC	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.CTTCGACTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TGCTAATTCTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TTCGTTCCTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.GGTTGGCATACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.TATTGACTCTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.TCAGGAGATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.CTGAGCATTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.GAAGAGGCTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.GTTGCAAGTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GCTCTAACGA.GCAGATACTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GCTCTAACGA.TGCTAATTCTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TCGAGAAGTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TCTACTTACTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCGATATTGA.GCTGGCTATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCTAGAACTA.GAACGATGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TGATACGAGT.TAAGGTTCATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TGATACGAGT.TAATCAGCTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.TCTACTTACTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2AGATCCTATA.CAGCAAGTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.GGAGCTCATCCATTATCTA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.GGTTCGAGTGGTACTGCCT	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.TGGTAATAGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2ATAGGATATG.ATTAGGTACTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2CGAAGGACGA.TAGGTACTATCGGCGAGACC	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.TCTCGCTCTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.GCGTACTTTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.TATAAGAGGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2GACCTCCGCC.CAGCATTGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2GACCTCCGCC.TGGTAATAGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.AAACTCCAATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2ACTGAATTCC.TAACGACTTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.TTATCCGCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TTGGAGTTATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.CGTACCTATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2GATGATCGTA.CCTAATGGTGCCGCAACGA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2GATGATCGTA.TACGGTAGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2GCTCTAACGA.TATAAGAGGTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2ACTATCTTGA.ATACCAGTTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2CAAGTACTGG.AGAGTACCTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2CGACTACCAA.AACTGGCATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2CGACTACCAA.ACAACCTATTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2CGACTACCAA.TCAGGAGATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2CGACTACCAA.TTCTTAACCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2CGTCCGTCCT.GAACGATGTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.AAACTCCAATTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2TCATCTCGAT.AAATTCCTCTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2TCATCTCGAT.TGCTACTAATCTGATGGTCA	Neural
progenitors	0
06_08_exp11_idx1AACGATCTAC.TAGGTACTATGGCCGTAGTC	Neural
progenitors	1
06_08_exp11_idx1ACCTGCGCGG.AAATCGTTCTGAGCATCATT	Neural
progenitors	0
06_08_exp11_idx1AGTCTATCGT.CCATCGTCTATAGTCGTAG	Neural
progenitors	0
06_08_exp11_idx1CCGCTAAGAG.AGAACTCCTGGTAGGTTAG	Neural
progenitors	0
06_08_exp11_idx1CCGCTAAGAG.TGATGCGATCAGGAGGAGA	Neural
progenitors	1
06_08_exp11_idx1GCGGATCGCT.TCAGCGGTTCTGATTAAGA	Neural
progenitors	15
06_08_exp12_idx1AACGAATTCG.AAGGCTACTTAGGCAGATA	Neural
progenitors	0
06_08_exp12_idx1AGATTACGTT.TTGGTTAAGTAGCTGCAATA	Neural
progenitors	0
06_08_exp12_idx1CTAATTGCGA.GTAGACGGTCGCCTAATGC	Neural
progenitors	0
06_08_exp12_idx1GAGCGCGATG.ATGGCGTATCAAGGCATTC	Neural
progenitors	0
06_08_exp12_idx1GCATCGTATG.TTGATTCCTTGCTCTCGCCT	Neural
progenitors	0
06_08_exp12_idx1GTAGGCTGCA.TGAACGCGTCTTCGGCGCA	Neural
progenitors	0
06_08_exp12_idx1TAGGTAACTT.TCCTACCTTTAGAATTAAC	Neural
progenitors	0
06_08_exp12_idx1TGCGACCTCT.TGGACCTCTCATTATTACC	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2AACGAGGCTA.ATGCATTCATGACGAAGCGT	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2AACGAGGCTA.TTGACTCAATCTTGCAGTAG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2CTCGTCTAGG.ACTTCCGTTTTCGCCTCCA	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2CTGCTTCGAC.AAACTGAACTACGTCATATA	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2CTGCTTCGAC.TATCTCGATTTTGCGAGGCA	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GACCTCCGCC.TAGAACCAATGGAGGCCTCC	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.AAGTTCTTGTGTCCTTAAGA	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.ATATCTGGATACTAGAGAGT	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.ATATCTGGATTCAAGCCGAT	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.GAGGAACTTTTATTATGGT	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.TTGACCAGTGGAGGCCTCC	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2TGCCAGATGG.GGTCAGTTTGTCCTTAAGA	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2ACTATCCGCA.ACTGAATACTTAGACTTCTT	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2CGAGTTAGAG.AGAGTACCTACTATAGGTT	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2TTGGTCATAA.ATTCCTAGATTTATTATGGT	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2ATAGGATATG.AAGTACGTTTTATCATGATC	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2CCAGGTCTAC.CAGTATCCTAATACCATCC	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2CGAAGGACGA.AGAGTACCTTTCTTCCGGT	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2CGAAGGACGA.CAACTCTCTATGGCTCTGC	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2CGAAGGACGA.CAGCATTGTTTCTTCCGGT	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2CGAAGGACGA.CCAAGGATTCCATTATCTA	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2CGAAGGACGA.CGTAGGCTTCCGCGGCTCA	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GATACCTAAG.ACAGGTATTTCGGTCAAGAA	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GATACCTAAG.AGATTGGTTTTATGAGTTAA	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GATACCTAAG.TTGGAGCTTGTAGCTCCAT	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GGCTATGACT.ACAATGCTATTTACGATGAA	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CCGTCGGAGG.ATTACCATCTCCTTGGTCCA	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TTGATTCCTTAGGAGAGAAC	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CCTATAAGCT.CCAATCCATCATCAGAATG	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CGATCATTAC.ATACTACTCTGATATCGGCG	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2GATCAGTCAT.AGCTATCGTCCGCGGCTCA	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2GATCAGTCAT.CAGTATCCTCCTTGGTCCA	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2GATCAGTCAT.CCATCGTCTAGGAGAGAAC	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2ACCAAGATCT.AATTCATCGTAACCTGGTCT	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2AGATCCTATA.CTACCTGGTGTTACGCAAG	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2AGATCCTATA.TAACGACTTTCATCAGAATG	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TCCGGTAATC.TCCTAACTTTTTCATAGGAC	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TCTATAAGGA.AGCGTAAGTGATATCGGCG	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.CCAGCCTTTGGTATGCTTG	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTCGCATGTCTTGCAACCT	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TTAGATTCCG.ATTCGCAATTGACGAAGCGT	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TTAGATTCCG.CAGCATTGTACGTCCGCAG	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2AGTTGCATCT.AAGGATATGTAATGCCGCTT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2AGTTGCATCT.AGGCGGAATACGTCCGCAG	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CATGCATCTC.TCCTATAAGTGTTACGCAAG	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CTAACTCCAA.AACGCGTCTTTCCAACCGC	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CTAACTCCAA.AGATTGGTTTTAGGCCATAG	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATAACTTCCTCCATCGCGAA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATTCGCAATTATGGCTCTGC	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CGAATGAGTCCATCGCGAA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GATACGTCTGATCGCTTCT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATTCTCCTTAGGTATACTC	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2TCATCTAATC.TGATGCGATATTCGACCAA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2TGATAGAACG.AAAGCTGATTTAGACTTCTT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2TGATAGAACG.ACTGGTTATTTAGGCCATAG	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2TGATAGAACG.TGGATTCTATTTCTTAATAA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2TGATAGAACG.TTTGCTACTTACGTCATATA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2AGGTCAATTA.ACAGGTATTTAGCTGCAATA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCGAAGGATTTATTCTGAG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTTGCTACTTTTCATAGGAC	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ATTAGGTACTAGGAGAGAAC	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTGATTCCTTGATATCGGCG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CGGCGAGACC.GATACGTCTTTAGGACCGG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.CCATCGTCTGTATCATCGA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.GGCTAAGATTTATAGCAGA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GACTAGTCTA.ACTGGTTATTCAATTACCGT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GACTAGTCTA.CTGCCTTATACGTCCGCAG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GGTCCAGGAG.AACTGGCATGTAGCTCCAT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GGTCCAGGAG.AAGTTCTTGTGTATAATACG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GGTCCAGGAG.ACTTACTCATACGTCCGCAG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GGTCAGTTTATATGAGCCA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GTTGACGGCC.AATTCATCGTTTATTCTGAG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GTTGACGGCC.ATATCTGGATATATGAGCCA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GTTGACGGCC.CAGATCAGTTTATTCTGAG	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2ACTATCTTGA.CAGATCAGTCCGCGGCTCA	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2ACTATCTTGA.CGGAACCTTGAGCATATGG	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2ACTATCTTGA.GTCTCTACTCCGCGATTAT	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.AATTCTAGGTTAACGAATTG	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.ACCATGATTTTATCATGATC	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.AGATCGGATTATGAGTTAA	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.AGTCGCATTCTTGCAACCT	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.ATCAATACGTACCTCTATCT	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.ATTCGCAATTGGACTACTAC	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.TAACGACTTTAGCTGCAATA	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.TCCTAACTTTGATATCGGCG	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2GTCATTGCGC.AAGTATTGGTGGACTACTAC	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2GTCATTGCGC.ACTTCCGTTGGCAATGAGA	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2GTCATTGCGC.ATGCATTCATGTATCATCGA	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2GTCATTGCGC.TATTCTCCTTCAACCAGTAC	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2TGGCCGCAAT.AGCGTAAGTAGCTGCAATA	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2TGGCCGCAAT.CGAAGACCTCCGTTCCTTA	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACGTTCAACC.ATAAGCGAATCCGTTCCTTA	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACGTTCAACC.CAAGGCGTTCATAGTTCGG	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACGTTCAACC.CTGAGCATTACGTCATATA	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.AGTCGCATTGAGCATATGG	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.CGGAACCTTAATGCCGCTT	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2CCTAGCGCCT.ACGGAACGTACTTGCTAGA	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2CCTAGCGCCT.CGAGGCAATCGGCGTAACT	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2CCTAGCGCCT.TTTGCTACTTTCGCTAAGCA	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2CTCCGGTTCT.AAGTTCTTGTGGCGAACTCG	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2TCTAGAACTA.ACGGAACGTTCGCTAAGCA	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2TCTAGAACTA.ATTCGCAATTCTTGGTAATG	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2TCTAGAACTA.CAGATCAGTTAACTCTTAG	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2TGATACGAGT.TTCTCATTGTCCGTTCGGAT	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.AATACCGAATTTCTTAATAA	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.AATTCATCGTGTTCGTCAGA	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.ACTGGACCTCCGCGGCTCA	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.AGTCGCATTTTAGGACCGG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.CATCAACGTACGCGAGATT	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GACCTCTCTG.TAGAACCAATACTATAGGTT	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GATTGCAGAC.TGGATTCTATACGTCCGCAG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GCAACTGGCA.ATATGCCATTCCGTTCCTTA	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GCAACTGGCA.ATTCCTAGATGATATCGGCG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GCAACTGGCA.TCCTATAAGTGTAGCTCCAT	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2TCCGTCGCCA.TAATCAGCTTTTATTCTGAG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2TCGATATTGA.AACGCGTCTGGACTACTAC	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2TCGATATTGA.ACTTCCGTTTTAATTGAAT	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2TCGATATTGA.CGAAGACCTTTGCTGGCAT	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2TCGATATTGA.CTACCTGGTAGCCGGTACC	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2TCGATATTGA.TTCCATCTTTCTTGGTAATG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2AACGGACCAA.ACTGAATACTAGTAACGGTC	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2ACTGAATTCC.AATTCTAGGTGGCAATGAGA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2ACTGAATTCC.CTCCATCATCATCAGAATG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2ACTGAATTCC.TTCGTTCCTAGCCGGTACC	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2ACTTCCGAAT.AACTGGCATTTACCTCGAC	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2ACTTCCGAAT.CCAAGGATTGTAGCTCCAT	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2ACTTCCGAAT.CTCGCATGTACGTCCGCAG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2ACTTCCGAAT.CTCGTTGATGTATCATCGA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CGAGCTGCCA.TATAAGAGGTTAACGAATTG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CTCGGTCAAT.GGTCAGTTTTTATTCTGAG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CTCGGTCAAT.TAGAACCAATTTCATAGGAC	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CTCGGTCAAT.TATAAGAGGTCGCTCCTAAC	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CTCGGTCAAT.TTGACTCAATTATCATGATC	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CTGCAATCGC.TATAAGAGGTACGAAGTCAA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2GATGATCGTA.TGCTGGATTAAGACCGTTG	Neural
progenitors	0
06_08_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.CAAGGCGTTTATCGTCGGC	Neural
progenitors	0
06_08_exp3_idx1ATAAGGACTC_idx2ATAGGATATG.CCAAGGATTGCCGTCGCGT	Neural
progenitors	0
06_08_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.ACTGGTTATTAGAGCTATAA	Neural
progenitors	0
06_08_exp3_idx1TAGGTAACTT_idx2CCTAGCGCCT.GTAGCGATTACGTCCGCAG	Neural
progenitors	0
06_08_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.TTTGCTACTTGATCTTACGC	Neural
progenitors	1
06_08_exp3_idx1TGGACGACTA_idx2AACGGACCAA.ATGGTAACTTTCAGCTCTAA	Neural
progenitors	0
06_08_exp4_idx1ATGGCGCCTG_idx2AGGTCAATTA.AAGTTCTTGTTCTAATAGTA	Neural
progenitors	0
06_08_exp4_idx1GATTCTTGAA_idx2CATTATTACC.ACTGAATACTTTAGGACCGG	Neural
progenitors	0
06_08_exp4_idx1GGCTTACTCC_idx2GATCAGTCAT.ACTGAATACTTTCATAGGAC	Neural
progenitors	0
06_08_exp4_idx1TCCTCTGCCG_idx2TCCGTCGCCA.AGCTATCGTCGTAATGCAG	Neural
progenitors	0
06_08_exp4_idx1TTGCGAGCAT_idx2AGATCCTATA.AACGTAATCTGTCCTACTTG	Neural
progenitors	0
06_08_exp4_idx1TTGCGAGCAT_idx2TGATTCCTCA.CTAACGACTTTAATTGAAT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATGAGAACTGTTGAAGGAT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GTTGCAAGTGCGTTCAGCT	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.AGGCATCATCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CGTCGAAGTTCAGCTCTAA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCTCCGAATCATAACCAGC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGCTCCTATACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CCGTCTCATAATGCTAGTC	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TCCTCGAGTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GAACGGCTTCGAATAATTC	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GAACGGCTTCGCGTACGAC	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTTCGCTGTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCTACTTACTAACTGCTGCC	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.CTTAGCGGTTTAGCAATAA	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GGCTTACTTCAGATTCGAT	Ventral
midline	9
06_08_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TAGAGAGTATCGCGTACGAC	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TCCAAGTTATCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CCATTGCGTGGAGCGGCCG	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACTCGCTTTCAGCTCTAA	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCATTAAGCTGCCGTCGCGT	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTCCTCGTTACCTGGACGC	Neural
progenitors	15
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCTCGCTCTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTTGCTTAGTCTCTGATCAG	Neural
progenitors	15
06_08_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.ACGCCATATGCGCGGTAGT	Ventral
midline	9
06_08_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.CCAGAACCTGGAGCGGCCG	Neural
progenitors	15
06_08_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TTCGCATAATTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GAACGATGTTTAGCAATAA	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.GCTTCTGGTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TATATGCGTTGCGTTCAGCT	Neural
progenitors	15
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.ACGGCAATTTGCGCGATGC	Neural
progenitors	15
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CCGTCTCATCGAATAGATG	Neural
progenitors	15
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ATGGAGAGTTGGCTGATGA	Neural
progenitors	15
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GATCGACCTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.AACCGCTGTGGAGCGGCCG	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.ACGCCATATGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.AGGCATCATTCTCCTATAA	Neural
progenitors	15
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.ATGGCGTATCGAATAGATG	Neural
progenitors	15
06_08_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GACCAGGATTGCGCGATGC	Neural
progenitors	3
06_08_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TCGTAGCGTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GTATCGCATCTCTGCGGCA	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.AGGCATCATCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGGTCGAATCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.CTCCTCGTTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GCAACGTTTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GCGTCGTATTATCCTCAAT	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GTACCTCTTTCAGCTCTAA	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TTCTCTAGTTGTTGAAGGAT	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.AGGCATCATAAGACGGCCA	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACCGAATTAGTTGCATCT	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTTCCAGCTTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TGGCCTGATTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.CCGGATAGTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GCAATCGCTCGGATGAAGG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TGCTCCTATACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CGACGATATTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCATGGCTTCGGATGAAGG	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCGGTATATTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.ACGCCATATCGGAAGATAT	Neural
progenitors	16
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GACCGTCATTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TGAGAATCATGGAGCGGCCG	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.AAGCGCCATGGAGCGGCCG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CAACGCAGTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GACTACCATGACGACCTGC	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTAGCGATTGGCCAGTCCG	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAGTTACCTTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCGCTCAATATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTGGTTAAGTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGTCTACGTTTGATATATT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.CGAGATGCTTATCGTCGGC	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGACCTCTGACCTCTCTG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCAATCGCTTGCGCCATCT	Ventral
midline	9
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GCATCCAGTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GAACGGCTTCGATCATTAC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCGCTCAATCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGGATCCGTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GTATCGCATTACGGCTACG	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TAGTTACCTTCGGAGATCCG	Ventral
midline	9
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCCGGTCATTTAATTATTG	Neural
progenitors	1
06_08_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.GCAACGTTTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.AGCAACGATCCGTCCAGTA	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCAGTTGGTTTGATATATT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCCAAGTTATTATCGTCGGC	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCTCCGAATCGGAAGATAT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.ACCGTAGCTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CTCCAGAGTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCATCCAGTCGGAAGATAT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCGTCGTATGAAGGTTGCC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TATGCGATTTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACCAATGCTCGAATAGATG	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CAACGCAGTTGGAACTAGA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTCGGCAATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGGTACCTCGCGTACGAC	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTCTCTCGTCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GACTCGCTTCCTTACTCCT	Neural
progenitors	1
06_08_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TCGTAGCGTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.CGACGATATGACGACCTGC	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2AACTTATAAG.CATCGGACTAATAATACCA	Neural
progenitors	15
06_08_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GCTCGAGATCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.AACCGCTGTTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.AAGCGCCATGACGACCTGC	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TGGACCTCTTTGATGCTAT	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GAACGATGTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCTCGCTCTGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGGAGTTATAATAATACCA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGGCAATATCGGAAGATAT	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.AAGATGCCTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GACGTTCGTGCCGTCGCGT	Neural
progenitors	15
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCCATGGTTCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TAGCTCGGTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GATTACGGTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TATTGAGGTTGAAGGTTGCC	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TGAACGCGTTCGAGGAGTA	Neural
progenitors	1
06_08_exp10_idx1AATACGATAA_idx2ACGTTCAACC.TGAATTCGTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.CTGAGCATTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2GTTCCGACGA.TTCGCATAATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TCTAGAACTA.TCTCGCTCTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TGATACGAGT.TATGGTCTTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TTCTACGCCA.GACCAGGATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.AAGGATATGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.CCTAATGGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2AGGATTACCA.GGAGCTCATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.TTATAGGCATTAGCCGTCAT	Neural
progenitors	15
06_08_exp10_idx1AGACCATATC_idx2AGGATTACCA.GTAGACGGTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2AGGATTACCA.TCTTAGTTCTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CGATCATTAC.TATGACTTGTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.TATAAGGCTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2ATAAGAGGCG.ACAACCTATTTGATAGAACG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2ATAAGAGGCG.GGCAAGTCTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.CTGCCTTATTGGAAGTACC	Neural
progenitors	15
06_08_exp10_idx1AGGTCAGCTT_idx2TATAACTTCC.TGTCCTTATTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.GATAAGCGTTGATAGAACG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.TGATCTTCTTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.TTGACTCAATCTAAGAGAAG	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.CTGATAGGTAGTCCGCGGA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.GTAGACGGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TCTAGGAATTGATACGGAAC	Neural
progenitors	15
06_08_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TGATCTTCTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.GGTCTACGTTCCAGAAGGT	Neural
progenitors	15
06_08_exp10_idx1ATAAGGACTC_idx2ACTATCCGCA.GACGTTCGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2GTCGCTCAGT.TATGGTCTTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2GTCGCTCAGT.TGCCTATTATAAGACCGTTG	Sensory
progenitors	6
06_08_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.TCGCCAACTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TGCTGGATTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TTGAGAGATTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.TTGGTTAAGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.AGATCGGATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2AGGTCAATTA.TACTTGCGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2GAACTGCATC.CTGCTGAATAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TGATCTTCTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.GATAAGCGTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TCTTAGTTCTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TTTGCTTAGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.CAGTATCCTTCTAGAACTA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TTGGAGTTATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.AACTGGCATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.TTCCATTACTGATCTTACGC	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.TCAGGAGATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.TCCTATTCTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.AAACTCCAATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AGCGTCAATG.TGAATCTGATCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.AATTCATCGTGATACGGAAC	Neural
progenitors	15
06_08_exp10_idx1GCATCGTATG_idx2GCAACTGGCA.TGCTACTAATTAGAGTAATA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2TCGATATTGA.GTAGACGGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.GAGTTCTCTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TACTTGCGTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.AGTCGCATTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.CGTACCTATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TAGATGACTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.AAGTTCTTGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TTTGCTACTTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.AAGGACGATACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.TATGAGAACTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.TCCAAGTTATAGTCCGCGGA	Neural
progenitors	1
06_08_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TGATGCGATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.TTGGAGTTATTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2AACTTATAAG.TCCTCGAGTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.TCGAATCTTTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.TTGGAGCTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2GATGATCGTA.TGTCCTTATTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.TGAATTCGTTCCATTATCTA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCAGGAGATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TCGTCTATTTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.CCAAGGATTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2ACGCAACTCC.TTCTCATTGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2CTGCTTCGAC.GAGACTAGTCGGCGAGACC	Neural
progenitors	1
06_08_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TAATCAGCTTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CAAGTACTGG.ATATGGATCTTTACCTCGAC	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.TTCAACTGATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TGATCTTCTTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2AGTTGCATCT.TATCTCGATTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.GCTGGCTATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TTGGTTAAGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2GTCATTGCGC.TCAGCTTCTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2GTCATTGCGC.TCTAGGAATTCTAAGAGAAG	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2GTCATTGCGC.TGGTAATAGTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2TCATCTCGAT.GCGGTATATCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AACTTATAAG.ACAGGTATTTGATACGGAAC	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.GCGTACTTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TCCAATAGTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TTCTCATTGTCTCGTCTAGG	Neural
progenitors	15
06_08_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.AGATCGGATGCTCTAACGA	Neural
progenitors	3
06_08_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.GTATCGCATGACCTCCGCC	Neural
progenitors	1
06_08_exp10_idx1TGGACGACTA_idx2TGATACGAGT.TATTCGGCTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2CGAAGGACGA.CTTCGACTTCGAGCTGCCA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.TGCAAGGTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.GATCGACCTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TCGTAGGCTT.AACTAGTTGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TCGTAGGCTT.TTCCATCTTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.TCCTATAAGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.TAGAGCCTTCTAAGAGAAG	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2CTCGTCTAGG.TCATAGAGTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TCTCGCTCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2ACGTTCAACC.TAACGACTTTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.GATCGACCTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.TTGGAGCTTCCGAGAATCC	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2CTCGGTCAAT.TATCGAACTTGACCTCCGCC	Neural
progenitors	0
06_08_exp11_idx1ATACCTCGAC.TCTATCCAATCTTCGGCGCA	Neural
progenitors	1
06_08_exp11_idx1CTAATTGCGA.GTCGGCAATTTACCGAGGC	Neural
progenitors	1
06_08_exp11_idx1GCGCGTTCAT.AAGATGCCTATCCATGACT	Neural
progenitors	0
06_08_exp11_idx1GTAGGATAAG.AACCTCATTTCGGTTGCGCG	Neural
progenitors	0
06_08_exp12_idx1AGACCATATC.TAAGGTTCATATTCAGGTAC	Neural
progenitors	0
06_08_exp12_idx1ATAAGGACTC.AGCATTATGTCAGGAGGAGA	Neural
progenitors	0
06_08_exp12_idx1CCTCAGCTCC.AACTTGGATTTAACTGGTTA	Neural
progenitors	0
06_08_exp12_idx1CGCGGCCATA.ATATGCCATTGCAGGCGACG	Neural
progenitors	0
06_08_exp12_idx1TCGTAGCATC.AGGATAATCTAATTAAGACT	Neural
progenitors	0
06_08_exp12_idx1TGGTTGCCGT.CTCCTCGTTTCTATAAGGA	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2CTCGTCTAGG.GCGTACTTTTAGACTTCTT	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.TCCTAACTTTTAACGAATTG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.TTGACTCAATTTCCAACCGC	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2TGCCAGATGG.AAACTGAACTAGGAGAGAAC	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2AAGATCCAAC.TTCTTCGTTTACGAAGTCAA	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2ACTATCCGCA.TAGGAAGGTCTTGGTAATG	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2GGTAGGTCTC.CGTCTTCCTACGTCATATA	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2AGTCCGCGGA.TGTCCTTATTTTGCGAGGCA	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GGCTATGACT.CGAGGCAATTCGCTAAGCA	Neural
progenitors	1
06_08_exp2_idx1CTCAATTAGT_idx2GGCTATGACT.CTCGTTGATACTTGCTAGA	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2ACCGTTACGA.AGAGTACCTCAACCAGTAC	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CGATCATTAC.ACTTATGGTTAGTAACGGTC	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CGATCATTAC.ATTAGTCTGTTAACTCTTAG	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2AGATCCTATA.TCCTATAAGTTCAAGCCGAT	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TATAACTTCC.ATGCATTCATTTCTTAATAA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2ACGAGGACCT.AAATTCCTCTTTATTCTGAG	Neural
progenitors	1
06_08_exp2_idx1GTAGCAGCTA_idx2CTAACTCCAA.CGGTAAGGTAGGAGAGAAC	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTAACGACTTCAAGCCGAT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2TGATAGAACG.CGTACCTATTTATTATGGT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CAAGATTAAG.ATCAGTCATTGTTACGCAAG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CCAAGCTGAA.AAGGACGATACGTCCGCAG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.CCGTCGATTCCGCTCCGGC	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.CGTACCTATTGGCCGGCCT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GACTAGTCTA.AAGGATATGTAGCTGCAATA	Neural
progenitors	1
06_08_exp2_idx1TAGTAAGCCG_idx2GACTAGTCTA.CCTGCAGTTCAACCAGTAC	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GGTCCAGGAG.ATATCTGGATTATATACTAA	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2ACTATCTTGA.TAACGACTTTATTCGACCAA	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.ACGATATCATACGTCATATA	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2GTCATTGCGC.AAATCGTTCTATATTGATAC	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2GTCATTGCGC.GGCTAAGATCTTGCAACCT	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACGTTCAACC.CAGATCAGTTTCAATATAA	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.AGTCGCATTTTGCTGGCAT	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.TCTATCCAATCCATTATCTA	Neural
progenitors	1
06_08_exp2_idx1TGGACGACTA_idx2TCTAGAACTA.GAGGAACTTCAATTACCGT	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2TGATACGAGT.ATAGTTGACTTAGCCGTCAT	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.AAGGCTACTCGGTTATGCC	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.ATAACTTCCTGTATAATACG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.ATTCGGAGTTAACTCTTAG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.TTTGCTACTTGTATCATCGA	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GACCTCTCTG.ACAACCTATTGGCGAACTCG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GCAACTGGCA.ACTGAATACTCAAGTCGACC	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2TCGATATTGA.ACGTCTAGTCCAGTCCTCT	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2TCGATATTGA.TGGATTCTATTTATTATGGT	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2ACTTCCGAAT.CCTGCTACTGGAGGCCTCC	Neural
progenitors	0
06_08_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.TCAAGATCTTGGAGCGGCCG	Neural
progenitors	0
06_08_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.ACTTACTCATTTCTTCCGGT	Neural
progenitors	0
06_08_exp3_idx1AGTCCGCTGC_idx2GACTAGTCTA.ATGGTTGGTCGCGTACGAC	Neural
progenitors	0
06_08_exp3_idx1ATAAGGACTC_idx2GGCTATGACT.GCAACGTTTGGTATGCTTG	Neural
progenitors	0
06_08_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.GAACGGCTTCGGATTAGAA	Neural
progenitors	0
06_08_exp3_idx1GCTTGAAGAG_idx2GATACCTAAG.GGCTAAGATTCCTACCAGT	Neural
progenitors	0
06_08_exp3_idx1GCTTGAAGAG_idx2TTGGTCATAA.GGCGACTATGATATCGGCG	Neural
progenitors	1
06_08_exp3_idx1GTAGCAGCTA_idx2GGTAGGTCTC.GACTCGCTTTCGCGGTTGG	Neural
progenitors	0
06_08_exp3_idx1TTATTGAGGC_idx2TCGTAGGCTT.TTGGCGACTGGCCAGTCCG	Neural
progenitors	0
06_08_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.CTCTGAGCTTTGACTTCAG	Ventral
midline	9
06_08_exp3_idx1TTGCCGTAGG_idx2ACTTCCGAAT.TTGATTCCTTACTATGCAAT	Neural
progenitors	0
06_08_exp4_idx1GATTCTTGAA_idx2CATGCATCTC.CGTCTTCCTGGCGAACTCG	Neural
progenitors	15
06_08_exp4_idx1GGCTTACTCC_idx2ACCGTTACGA.AAATCGTTCTTAGACTTCTT	Neural
progenitors	15
06_08_exp4_idx1GGCTTACTCC_idx2GATCAGTCAT.CCGTCGATTCGGTTATGCC	Neural
progenitors	0
06_08_exp4_idx1TTGCGAGCAT_idx2AGATCCTATA.AAGTATTGGTGTATCATCGA	Neural
progenitors	15
06_08_exp4_idx1TTGCGAGCAT_idx2AGATCCTATA.CGCCATTCTTTAATTGAAT	Neural
progenitors	15
06_08_exp4_idx1TTGCGAGCAT_idx2TCGTAGGCTT.ATTCGGAGTTTAATTGAAT	Neural
progenitors	0
06_08_exp4_idx1TTGCGAGCAT_idx2TGATTCCTCA.ACTGGTTATTTTAATTGAAT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CAGAAGGCTCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCGCGCATTTATCCTCAAT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCTCCGAATCGGAAGATAT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCCGACGTTGGCTGATGA	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGTTGGCATAACTGCTGCC	Ventral
midline	9
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATTGACTCTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TCAGCGGTTGCGTTCAGCT	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.ACCTTCGGTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TATTCGGCTTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GACTTGGCTCCTTACTCCT	Immature
neurons	2
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.ATGCCAAGTTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCCGGTCATAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.GAGACTAGTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GAAGAGGCTCGATGGCGCC	Ventral
midline	9
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TTCTTAACCTGTTGAAGGAT	Sensory
progenitors	6
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TAGAGCCTTCCGTCCAGTA	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TGCGTAGTTCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGGTCTCCTGATAAGGCAA	Neural
progenitors	3
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GACTCGCTTCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGGCCTGATTGGAGAATTC	Neural
progenitors	15
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTGGAGTTATGAAGGTTGCC	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TATGCGATTTGCCGTCGCGT	Ventral
midline	9
06_08_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.ACCTTCGGTGTTGAAGGAT	Ventral
midline	9
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TATGCGATTTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTCGGAGTTAACTGCTGCC	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCAATCGCTGATAAGGCAA	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCTATTCTTGTTGAAGGAT	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCGTAGCGTCGGATGAAGG	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCATGGCTTAATGCTAGTC	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGGTAGGCTTTGATATATT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.AAGCGCCATAATAATACCA	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGCGCATTTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TCCAAGTTATCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ATGGCAGCTGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CCGAGAGATCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCCGGTCATGAAGGTTGCC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTAGACGGTTCAGACGAAC	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GATTACGGTCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TATAAGGCTTTTACGTATAC	Ventral
midline	9
06_08_exp1_idx1TATAATAGTT_idx2AGATCCTATA.ATGGCGTATGCCGTATGCT	Neural
progenitors	1
06_08_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.GTATCGCATGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TAGAGAGTATCTGAACTGGT	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTGGCTCATCGATGGCGCC	Ventral
midline	9
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGTCTACGTTCGAGGAGTA	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATTGAGGTTAACTGCTGCC	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCAGTTGGTGACGACCTGC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGATCTTCTTAGAGCCAGCC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CCATTGCGTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACTACCATAGGCCGCTCG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCAATCGCTCCGTCCAGTA	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAGCTCGGTCGATGGCGCC	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCCAATAGTTGAAGGTTGCC	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.AGGCATCATAGAGCCAGCC	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.CTTAGCGGTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TATGAGAACTAATAATACCA	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.ACCTTCGGTTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GGATAGGTTGTTGAAGGAT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TACTCCTATTGGCCAGTCCG	Sensory
progenitors	6
06_08_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.ACCTTCGGTTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GCATCCAGTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CGACGATATCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACGTTCGTAATAATACCA	Neural
progenitors	15
06_08_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GGTCTACGTGCGTTCAGCT	Neural
progenitors	15
06_08_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.TCAGCTTCTCGGCGAGACC	Neural
progenitors	15
06_08_exp10_idx1AATACGATAA_idx2GACCGTAGCA.AAGGACGATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.GGCTTACTTTTCGCCTCCA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.CTTCATGCTCATGCTGGTT	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.ACAGGTATTTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TAGATGACTTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TATAAGAGGTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.ACTTGATTGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TCTACTTACTCCATTATCTA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.TCCTATTCTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CGATCATTAC.TGGATTCTATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TTCTCATTGTAGCGTCAATG	Neural
progenitors	16
06_08_exp10_idx1GCGCGTTCAT_idx2ACCGTTACGA.ATATCCTACTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.GCAATCGCTAATGGTCGAC	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.GCTGGCTATTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.CGTACCTATAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TCCGGTAATC.TCTACTTACTCTAGTAGTCT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.GGTCAGTTTTGATAGAACG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TAGGAAGGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TCTCGCTCTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2AAGCCGGCTG.TCTATCCAATTTATCCGGAT	Neural
progenitors	15
06_08_exp10_idx1TCTTGAGGTT_idx2GTCATTGCGC.TTATAGGCATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TCATTAAGCTTTACCTCGAC	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TCAGGAGATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TTGAGAGATTGCGACGCAGA	Neural
progenitors	0
06_08_exp11_idx1TAAGTCCTGA.GTCCTGCATCGCCTAATGC	Neural
progenitors	15
06_08_exp12_idx1TTGATTGGCG.GTTGCTCCTTTGGAGTCGG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2CTGCTTCGAC.GATACGTCTCTAGTAGTCT	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GGCTAATTAA.AAGGATTACTACGTCATATA	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CCGTCGGAGG.AAATCGTTCTAGCTGCAATA	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.CGATTCGCTAACCATTGGA	Neural
progenitors	15
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.CTGCCTTATACGTCCGCAG	Sensory
progenitors	6
06_08_exp2_idx1TATTAGACTT_idx2TGGCCGCAAT.TATCTCGATTAGGAGAGAAC	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.ATTGATCGTTGTATAATACG	Neural
progenitors	1
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.TGAATCTGATAGGAGAGAAC	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2ACTGAATTCC.TTGACCAGTTTATAGCAGA	Neural
progenitors	0
06_08_exp3_idx1ACGGCGTTAA_idx2CCTATAAGCT.AGCAACGATAGAGCTATAA	Neural
progenitors	0
06_08_exp3_idx1ACGGCGTTAA_idx2GATCAGTCAT.AAATTCCTCTAAGCCAGTTA	Neural
progenitors	15
06_08_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.AGCATAACTTTCTGATACCA	Neural
progenitors	0
06_08_exp3_idx1AGGTCAGCTT_idx2AAGATCCAAC.CCAGAACCTGGCCAGTCCG	Sensory
progenitors	6
06_08_exp3_idx1AGGTCAGCTT_idx2AGTCCGCGGA.AGATTCAACTCCTTACTCCT	Immature
neurons	2
06_08_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.GAGCGGTATACTAGAGAGT	Neural
progenitors	1
06_08_exp3_idx1AGGTCAGCTT_idx2GGCTATGACT.GGCGACTATTAGGCCATAG	Neural
progenitors	15
06_08_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.ATGGCGTATTTGCTGGCAT	Neural
progenitors	0
06_08_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.AGCATTATGTTAACTCTTAG	Neural
progenitors	0
06_08_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.ATTCGGAGTGGCCAGTCCG	Neural
progenitors	1
06_08_exp3_idx1GCGCGTTCAT_idx2GACCTCTCTG.CATCGGACTCCAGTCCTCT	Neural
progenitors	0
06_08_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.ACCGTAGCTTTGCTAACGG	Neural
progenitors	0
06_08_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.CTCCAGAGTGATATCGGCG	Neural
progenitors	0
06_08_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.ACTGGTTATTACCTGGACGC	Neural
progenitors	0
06_08_exp4_idx1GATTCTTGAA_idx2CATGCATCTC.AAGCAGTATTAGTAACGGTC	Neural
progenitors	0
06_08_exp4_idx1TCCTCTGCCG_idx2TCCGTCGCCA.AGAGATGAATATATTGATAC	Neural
progenitors	1
06_08_exp4_idx1TTCGAATATT_idx2GCTCTAACGA.CGTAGGCTTGTCCTAGAGG	Neural
progenitors	15
06_08_exp4_idx1TTGCGAGCAT_idx2AGATCCTATA.AAGCAGTATTTATAGACGCA	Neural
progenitors	0
06_08_exp4_idx1TTGCGAGCAT_idx2AGATCCTATA.ACCTCAATATCCGCGATTAT	Neural
progenitors	1
06_08_exp4_idx1TTGCGAGCAT_idx2AGATCCTATA.ACGGAACGTCATCAGAATG	Neural
progenitors	3
06_08_exp4_idx1TTGCGAGCAT_idx2AGATCCTATA.CCGACCAATCAACCAGTAC	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CATCGGACTTTGATATATT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TGAATTCGTTCTCTGCGGCA	Ventral
midline	9
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GTAAGGAGTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TTGAGAGATTCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GTTGCAAGTGTTGAAGGAT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCAGATACTATTGAGATTG	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TTGAGTCCTATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.ATGGCAGCTGACGACCTGC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.GGACTTGATAATAATACCA	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TTCCATTACTCTGAACTGGT	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AAGATGCCTCTCTGCGGCA	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTCCTGCATACCAGCGCAG	Neural
progenitors	1
06_08_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TGAGTTAGATATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TTCTCTAGTTCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.CTATCTCCTGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.TATGCGATTTAAGACGGCCA	Neural
progenitors	16
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTCCGGTTTGACGACCTGC	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGTAGTCCTAATGCTAGTC	Neural
progenitors	3
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TGCCTTGGTCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCGTCTATTTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GCGCTCAATGAAGGTTGCC	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TGCTCCTATAGAGCCAGCC	Neural
progenitors	16
06_08_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TTCTTAACCTGTTGAAGGAT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CGGTTCCATTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGACTTGATTTAGCAATAA	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTATCGCATGCCGTATGCT	Neural
progenitors	16
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTGGAGTTATGCCGTCGCGT	Sensory
progenitors	6
06_08_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.CCATTGCGTCGGAGATCCG	Neural
progenitors	16
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CCGGATAGTCGGATGAAGG	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TATGCGATTTCGGATGAAGG	Neural
progenitors	15
06_08_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TGAGTTAGATGGCGAGCTTA	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TTCTAAGCTTACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CCATCAGGTCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCGGTACCTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TGAACGCGTAGAGCCAGCC	Neural
progenitors	1
06_08_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TCCTACCTTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TAGAGCCTTTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TTGGTTAAGTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACGAGGTTTCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTCTACTGTGAAGGTTGCC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GACTCGCTTTGGCTGATGA	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCAGCGGTTCCTTACTCCT	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ATGGCGTATAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCAACGTTTAAGTTGCCAT	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TAGCTCGGTCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ACGAGGTTTGCCGGTCGAG	Neural
progenitors	16
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.AAGATGCCTGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GTTCGCTGTTTGATGCTAT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GGTTCGAGTCATAACCAGC	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCGCGCATTCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GGATAGGTTGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TGCTAATTCTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.AAGCGCCATGACGACCTGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTTCATGCTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCAACGTTTTTAGCAATAA	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCGTTCTGTCTCTGCGGCA	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.CCGAGAGATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GTACCTCTTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TCAGGAGATCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.ACCTTCGGTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCAGGAGATTGGAGAATTC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.AGGCATCATTTGATGCTAT	Ventral
midline	9
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGCAAGTCTCCAGGCCGCA	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGCCAATTTCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.ATAGTCGCTGGAGCGGCCG	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.ACGGCAATTTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TATAAGGCTTTTGATATATT	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.ATGGCAGCTCTCTGCGGCA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ACGGCAATTTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AGGCATCATGCCGGTCGAG	Immature
neurons	2
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGTTGGCATCTCTGCGGCA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATAAGGCTTTTGATATATT	Neural
progenitors	1
06_08_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TCGTAGCGTAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.TTGGTTAAGTGCCAACGCCA	Immature
neurons	2
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.AAGATGCCTCTCTGCGGCA	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TAGGTACTATTTGATATATT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATGCGATTTGATAAGGCAA	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTGGCTCATGCCGGTCGAG	Neural
progenitors	16
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTAAGGAGTTGGCTGATGA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTTCCAGCTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGCGACTATCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCAGTTGGTTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTCAACTGATCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCTCGCTCTGTTGAAGGAT	Neural
progenitors	15
06_08_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GCGGAGAATTCGAGGAGTA	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGCTTACTTAAGTTGCCAT	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGGAGTTATTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ACCGTAGCTGCCGGTCGAG	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CCATTGCGTAAGTTGCCAT	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGACGAGGTTCAGACGAAC	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TCTAGAACTA.GGTACCATTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.GAGACTAGTCGAGCTGCCA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.CAGCAAGTTCCGAGAATCC	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.GGCTTACTTCATGCTGGTT	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.TCTACTTACTTCCGGTAATC	Neural
progenitors	1
06_08_exp10_idx1AGGTCAGCTT_idx2CGAAGGACGA.GCCATGGTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.GTATCGCATTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.CTGAGCATTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.AGTCGCATTCGAGCTGCCA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TGATGCGATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.GTATCGCATCCATTATCTA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TTGGCTCATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.TGAATCTGATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CGATCATTAC.TCGAATCTTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.TGAATTCGTTTCTAGAACTA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.CTTCGACTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.CAGCATTGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TACTTGCGTCATGCTGGTT	Neural
progenitors	0
06_08_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.GTAAGGAGTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.GACCGTCATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TTATCCGCTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.AACTGGCATCATGCTGGTT	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TCATAGAGTTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CAAGTACTGG.TATGGTCTTTTGGAACTAGA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CATGCATCTC.TTGGAGTTATTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TTTGCTACTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.CGTACCTATCGAGCTGCCA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.AAATTCCTCTTGGAACTAGA	Neural
progenitors	16
06_08_exp10_idx1TCTTGAGGTT_idx2GTCATTGCGC.GATAAGCGTCTTGCGCCGC	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2GGCTATGACT.ATCAGTCATTTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.AAGTTCTTGTGCGACGCAGA	Neural
progenitors	0
06_08_exp12_idx1AATATTACTT.TATTGACTCTTTGGAGTCGG	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2TTGGTCATAA.AAGGATATGTCATTCGACGG	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2AGTCCGCGGA.CCAATCCATAAGTAAGAGC	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2CCAGGTCTAC.TCGAAGGATCGGTTATGCC	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GGCTAATTAA.ACGTCTAGTCCGTTCCTTA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATTCGGAGTTAGACTTCTT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GACTAGTCTA.CCATCGTCTCCTTGGTCCA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GGTCCAGGAG.AGTCGCATTATGGCTCTGC	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.AAGTATTGGTCCTTGGTCCA	Neural
progenitors	1
06_08_exp2_idx1TTGGTAAGGA_idx2ACTGAATTCC.TGTCCTTATTCATCAGAATG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CGAGCTGCCA.AATACCGAATTATAGACGCA	Neural
progenitors	0
06_08_exp3_idx1AGGTCAGCTT_idx2AAGATCCAAC.ATTACCATCTTTCTTCCGGT	Neural
progenitors	0
06_08_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.CTCCGGTTTCCGCTCCGGC	Neural
progenitors	1
06_08_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.GGCTAAGATCTTGCAGTAG	Neural
progenitors	15
06_08_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.TTGAGTCCTGAAGATCGAG	Neural
progenitors	0
06_08_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.GCGGAGAATACTAGAGAGT	Neural
progenitors	0
06_08_exp3_idx1CCTCAGCTCC_idx2GTCATTGCGC.CGCTGCTTTTTGACTTCAG	Neural
progenitors	0
06_08_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.GAACGGCTTCGTAATGCAG	Sensory
progenitors	6
06_08_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.AATACCGAATGCGTTGGAGC	Neural
progenitors	0
06_08_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.ATAGTCGCTCAAGTCGACC	Neural
progenitors	1
06_08_exp3_idx1TCTTGAGGTT_idx2ACTATCTTGA.GACTACCATTAACTCTTAG	Neural
progenitors	0
06_08_exp3_idx1TTGGTAAGGA_idx2TCTAGAACTA.ACATTCGTATACGTCCGCAG	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GTTGCAAGTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TAGCCAATTTCGGTAGGAAT	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCATTAAGCTCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ACGGCAATTCGGTAGGAAT	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ATGGCGTATTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTACGGCATAATAATACCA	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCTGGCTATCGGAAGATAT	Neural
progenitors	15
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCGGTACCTACCAGCGCAG	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGCCTTGGTTGGAGAATTC	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGGCCTGATACGCCGTTCA	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GAAGAGGCTCGAATAGATG	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TTCGCGGATTGGCTGATGA	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACCGTCATTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GAGCGGTATAAGACGGCCA	Neural
progenitors	15
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GCTGGCTATCGATGGCGCC	Ventral
midline	9
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TTCTAAGCTTTGGTATTCAT	Neural
progenitors	15
06_08_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GTTCGCTGTTGGTATTCAT	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TCTACTTACTTATCCTCAAT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TTCAACTGATCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.CTTAGCGGTTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GACCGAATTAACTGCTGCC	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTATCTCCTGCCGTCGCGT	Neural
progenitors	15
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACTGACGTAATGCTAGTC	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCTGGCTATGGCGAGCTTA	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGCTTACTTGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGGACCTCTCTCTGATCAG	Sensory
progenitors	6
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.ACCTTCGGTTATCCTCAAT	Sensory
progenitors	6
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GGTACGGATGAAGGTTGCC	Neural
progenitors	15
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.TTCTTAACCTCAGGTATGGA	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.TCCTCGAGTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.GCTGGCTATCCGTCCAGTA	Sensory
progenitors	6
06_08_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.GCTCGAGATGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TTCTCTCGTGAAGGTTGCC	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TTTGCTTAGTAACTGCTGCC	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.GACTCGCTTATTGAGATTG	Neural
progenitors	15
06_08_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TGCTACTAATATTGAGATTG	Neural
progenitors	3
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GCCATGGTTCGAATAATTC	Sensory
progenitors	6
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GGTTGGCATATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTTCCAGCTTATCGTCGGC	Neural
progenitors	15
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ACGCCATATGACGACCTGC	Neural
progenitors	3
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GAAGAGGCTATTGAGATTG	Sensory
progenitors	6
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCCTCGAGTGAAGGTTGCC	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GGCGACTATGGAGCGGCCG	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TCGTAGCGTCAGATTCGAT	Immature
neurons	2
06_08_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TGTTAAGACTTTGATATATT	Sensory
progenitors	6
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GCAATCGCTAACTGCTGCC	Immature
neurons	2
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCTAGGAATTCGAATAATTC	Sensory
progenitors	6
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGTTAAGACTTATCGTCGGC	Sensory
progenitors	6
06_08_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TTCGCATAATACCTGGACGC	Neural
progenitors	15
06_08_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TCGCGCATTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.ATGGAGAGTGATAAGGCAA	Neural
progenitors	3
06_08_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.CTGCTGAATGCCGTCGCGT	Neural
progenitors	1
06_08_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TGCTCCTATCCTTACTCCT	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.ATAGTCGCTGGAGCGGCCG	Neural
progenitors	3
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GATTACGGTAATAATACCA	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.GCAACGTTTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CCGAGAGATTGCATATAAC	Neural
progenitors	3
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTAGCGATTGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TATCCAGGTTTGATATATT	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TCGAATCTTTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TGCTACTAATCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GACCGAATTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.CCGTCTCATATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.GACCGAATTCGGTAGGAAT	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACTGACGTGCGCGGTAGT	Neural
progenitors	3
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CTACGGCATTCAGACGAAC	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TCCAATAGTTAAGTTGCCAT	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGATCTTCTTGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.AGCAACGATCTCTGATCAG	Neural
progenitors	3
06_08_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TATAAGGCTTCGGAGATCCG	Ventral
midline	9
06_08_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TATCGAACTTGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TAGAGCCTTGCCGTCGCGT	Neural
progenitors	1
06_08_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TCGCGCATTTGCGCGATGC	Sensory
progenitors	6
06_08_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TCTAGGAATTTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TCTCGCTCTGCCGTCGCGT	Ventral
midline	9
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GCTGAAGCTGCCGTATGCT	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCTACTTACTGCGTTCAGCT	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CAACGCAGTAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CGTCGAAGTTTGATGCTAT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCGGTATATATAGACTAGG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTACCTCTTCCTTACTCCT	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGCCAACTCGGATGAAGG	Neural
progenitors	15
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGCTACTAATAAGACGGCCA	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTATAGGCATACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GCTGAAGCTAACTGCTGCC	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTGGAAGATAATAATACCA	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TAGAGCCTTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TGCTACTAATAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCCGACGTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GAGCGGTATCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GATTACGGTGCGTTCAGCT	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCAGATACTGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCTGGCTATGCGTTCAGCT	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATGGTCTTTAAGTTGCCAT	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGAATCTTTGTTGAAGGAT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTGCGGTCTAACTGCTGCC	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ATGGAGAGTTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ATGGCAGCTCGAATAGATG	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCATCAGGTCATAACCAGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTGCTGAATTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACTTGGCTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGCAAGTCTGGAGCGGCCG	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAACTAAGGTGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.AAGCGCCATAACTGCTGCC	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TGGTAGGCTAACTGCTGCC	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGCAAGTCTAGGCCGCTCG	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GCGGTATATTGGCTGATGA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TGCTCCTATGTTGAAGGAT	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACCGTAGCTGGAGCGGCCG	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TATTCGGCTGCCGGTCGAG	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGATCTTCTTCTGAACTGGT	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTGCTGAATCGGAGATCCG	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GACCGTCATTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCGGTATATCGGAAGATAT	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTCGCTCTTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GAGCGGTATGTTGAAGGAT	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GGCTTACTTGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TCAGTTGGTGGCCAGTCCG	Neural
progenitors	15
06_08_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TGGACCTCTCCAGGCCGCA	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GTTCGCTGTCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCATAGAGTTGTTGAAGGAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CGGTTCCATCGCGTACGAC	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CTCCGGTTTTTAGCAATAA	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GAACGATGTCGGAAGATAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TGAATTCGTTGCCGTCGCGT	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ACGAGGTTTAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GAACGATGTTGGAGAATTC	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GAACGGCTTCTGAACTGGT	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTGAGTCCTGACGACCTGC	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGTCCTTCTTCGAGGAGTA	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTTGCTCCTTATCCTCAAT	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATGGTCTTTTTGATATATT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGCCAACTCTCTGCGGCA	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGGAGTTATTGGCTGATGA	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GACCGTCATCCTTACTCCT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TATTCGGCTCCGTCCAGTA	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CTCCAGAGTCCAGGCCGCA	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TATTGACTCTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GATTACGGTAAGTTGCCAT	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCGCGCATTTGCATATAAC	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TGCGTAGTTTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CCATCAGGTTTGATATATT	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTCCAGAGTCCAGGCCGCA	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCGGTATATCCAGGCCGCA	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTCCTGCATGCCAGGATCA	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATTGACTCTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.ATTGCCGGTCGGATGAAGG	Neural
progenitors	3
06_08_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.CGCCGTAATAATAATACCA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GGCTTACTTACCAGCGCAG	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GGTCTACGTCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GGTTGGCATCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ATGGCGTATGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CATCGGACTTTCGCTTACG	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCTCCTGATTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GCTTCTGGTTTGATGCTAT	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATGACTTGTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTAATGAGCTCTCTGATCAG	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CTTCATGCTAACTGCTGCC	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCAGGAGATCTGAACTGGT	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGCTAATTCTTTGAGTATCA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTGAGAGATTTGGCTGATGA	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACCAATGCTTGCGCGATGC	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTTCGCTGTTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCAGTTGGTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGGTACCTGACGACCTGC	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGCTCCTATCCGTTGACTT	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GACTTGGCTCGGATGAAGG	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCAGGAGATTCAGACGAAC	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GGAGCTCATCGGAGATCCG	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GTAAGCTCTTCAGACGAAC	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GTCGGAGTTTACGGCTACG	Sensory
progenitors	6
06_08_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.ATGGAGAGTCAGGTATGGA	Sensory
progenitors	6
06_08_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.AGTTGCGCTAACTGCTGCC	Neural
progenitors	3
06_08_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.CTCCGGTTTTGCGCGATGC	Neural
progenitors	3
06_08_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.TTTGCTTAGTGGCGAGCTTA	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2AACTTATAAG.CTCCTCGTTTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.AGCAACGATCGAATAGATG	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GAACGGCTTTGGCTGATGA	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCCATGGTTTATCCTCAAT	Neural
progenitors	15
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTAGTCCTTGCGCGATGC	Neural
progenitors	15
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGCTCGGTCGCGTACGAC	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCAGCGGTTCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TAGGTACTATCTCTGCGGCA	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GGTCCTTCTCGATGGCGCC	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CAGAAGGCTTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTATCTCCTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GATTACGGTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GCTCGAGATTGGTATTCAT	Immature
neurons	2
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TATAAGGCTTTTACGTATAC	Neural
progenitors	15
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TATCATGAGTCGCGTACGAC	Immature
neurons	2
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCGCGCATTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.CATCGGACTGAAGGTTGCC	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TGGTAATAGTCTCTGATCAG	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TGGTAGGCTTGAGGTAGAA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TTCTTAACCTCGGATGAAGG	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GGTTGGCATGAAGGTTGCC	Neural
progenitors	15
06_08_exp10_idx1AATACGATAA_idx2AACTTATAAG.TACTCCTATTCTAGTAGTCT	Immature
neurons	2
06_08_exp10_idx1AATACGATAA_idx2AACTTATAAG.TTGGTTAAGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.TCTATACCTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TGATACGAGT.GTCCTGCATCGATCATTAC	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.TTGGTTAAGTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.TGCTACTAATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.GACCGTCATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TTCTTAACCTTCCGGTAATC	Neural
progenitors	3
06_08_exp10_idx1AGACCATATC_idx2CCTATAAGCT.GCAATCGCTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CGATCATTAC.TGGTAATAGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TGGTTGAATTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TGTTAAGACTGGCAGACGCC	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2GGCTAATTAA.GGTTGGCATCGAGCTGCCA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.AGATCGGATTGATAGAACG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.TCCAATAGTTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.TTCTAAGCTTCTAAGAGAAG	Neural
progenitors	1
06_08_exp10_idx1ATAAGGACTC_idx2GGTAGGTCTC.GCAATCGCTCTAGTAGTCT	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2AGGTCAATTA.TCTACTTACTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TAAGAATGGTTGATAGAACG	Neural
progenitors	16
06_08_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TTCCATCTTTATCGGCTATC	Neural
progenitors	1
06_08_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.TAATCAGCTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.AGTCGCATTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.AGTATTAGCTAATGGTCGAC	Neural
progenitors	3
06_08_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.GCATCCAGTTGGAAGTACC	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2CCAAGCTGAA.TGACGAGGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.TAATACCAGTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AGCGTCAATG.TTGAAGTCTTCGAGCTGCCA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.TTCCATCTTTTGATAGAACG	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.ATATGGATCTTTCAAGACCA	Neural
progenitors	1
06_08_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TTCTCATTGTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.GATCGACCTTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.CAAGCAACTTCTAGAACTA	Neural
progenitors	3
06_08_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TATCGAACTTTTATCCGGAT	Neural
progenitors	1
06_08_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.GCAATCGCTGCAGGTCCGT	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2TGATAGAACG.GGACTTGATGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TAACGACTTTTGGAAGTACC	Sensory
progenitors	6
06_08_exp10_idx1GTAGGCTGCA_idx2CAAGCTTGGC.TGCTAATTCTTCCGGTAATC	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.AACTGGCATTATTACTCAT	Neural
progenitors	3
06_08_exp10_idx1TATAATAGTT_idx2CTCGTCTAGG.TTGACTCAATTAGAGTAATA	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.TGTTAAGACTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TTCGTTCCTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.GACCAGGATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CATTATTACC.GCTGGCTATAATCGATAAT	Neural
progenitors	11
06_08_exp10_idx1TATTAGACTT_idx2TGATAGAACG.ACAGGTATTTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.TGGTAATAGTCGAGCTGCCA	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.TTCAACTGATCGAGCTGCCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TGATGCGATTCCGTCGCCA	Neural
progenitors	1
06_08_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.CTGCTGAATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.CTGCTGAATTATTACTCAT	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.CATCAACGTACGCGAGATT	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2CGACTACCAA.CCAAGGATTTTCAAGACCA	Neural
progenitors	1
06_08_exp11_idx1AACGAATTCG.CCTGCTACTTTGGAATCTC	Neural
progenitors	0
06_08_exp11_idx1AAGTAGCTCA.CCAGAACCTTAACTGGTTA	Neural
progenitors	3
06_08_exp11_idx1TCAATCTCCT.CAAGGCGTTCAAGGCATTC	Neural
progenitors	1
06_08_exp11_idx1TGATTAGGTA.TGCTGGATTCATCCGACTA	Neural
progenitors	1
06_08_exp11_idx1TTATTGAGGC.GCGTCGTATAATTATCAGC	Sensory
progenitors	6
06_08_exp11_idx1TTGGTAAGGA.TCGAATCTTTCAATTACCGT	Neural
progenitors	0
06_08_exp12_idx1ATGGAACGAA.AATTCATCGTATTCAGGTAC	Neural
progenitors	0
06_08_exp12_idx1CTATATAGCC.GGTAGTCCTTTATAGCAGA	Sensory
progenitors	6
06_08_exp2_idx1AGACCATATC_idx2AACGAGGCTA.AACGATCATTCCGCGATTAT	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2AACGAGGCTA.GTCTCTACTAATACCATCC	Neural
progenitors	15
06_08_exp2_idx1AGACCATATC_idx2GACCTCCGCC.CAAGCAACTTTCTTAATAA	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.ATTCCTAGATTGGCCGGCCT	Neural
progenitors	3
06_08_exp2_idx1CTCAATTAGT_idx2GGCTAATTAA.CTGAGCATTCATCAGAATG	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CCGTCGGAGG.AATTCTAGGTTAGCCGTCAT	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CGATCATTAC.CCTAATGGTCGGTTATGCC	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2ACCAAGATCT.TGAATCTGATTTATTCTGAG	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TTAGATTCCG.ATTACCATCTGTCCTAGAGG	Neural
progenitors	3
06_08_exp2_idx1GTAGCAGCTA_idx2ACGAGGACCT.ATGCATTCATTTCCAACCGC	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2AGTTGCATCT.AAAGCTGATTTTATTATGGT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AGCGTAAGTCCTTGGTCCA	Neural
progenitors	15
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATCTGATGATAGGTTAGCAT	Neural
progenitors	3
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTTCGACTTAGCTGCAATA	Neural
progenitors	3
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCAGCTTCTTAACGAATTG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2AGGTCAATTA.ACTGAATACTTCAAGCCGAT	Neural
progenitors	15
06_08_exp2_idx1TAGTAAGCCG_idx2CAAGATTAAG.ACATGGTAATCATCAGAATG	Neural
progenitors	1
06_08_exp2_idx1TAGTAAGCCG_idx2GACTAGTCTA.TAACGACTTTTATGAGTTAA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GGTCCAGGAG.ATTCAAGCATTAACTCAATT	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.ACGTCTAGTCGTCGCAGCC	Neural
progenitors	15
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.ATAACTTCCTAATACCATCC	Neural
progenitors	3
06_08_exp2_idx1TATTAGACTT_idx2TGGCCGCAAT.CAGCAAGTTTTACGATGAA	Neural
progenitors	15
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.GTCTATGGTACTAGAGAGT	Neural
progenitors	1
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.TCAGCTTCTTTATTCTGAG	Neural
progenitors	1
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.TTCCATCTTTACCTGGCCAA	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.TTGGAGCTTGTTCGTCAGA	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GATTGCAGAC.TACTTGCGTCATAGTTCGG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CGAGCTGCCA.ACTTGATTGTGTCCTTAAGA	Neural
progenitors	3
06_08_exp3_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TCCGTATGTCTTGGTAATG	Neural
progenitors	3
06_08_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.AAGGACGATACTAGAGAGT	Neural
progenitors	1
06_08_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.ATTCGGAGTTTGCGAGGCA	Neural
progenitors	15
06_08_exp3_idx1ATAAGGACTC_idx2AAGATCCAAC.AACTTGGATTTTGCTGGCAT	Neural
progenitors	15
06_08_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.CGCCATTCTGCGTTGGAGC	Neural
progenitors	15
06_08_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.ATAATCCTGTCTGATGGTCA	Ventral
midline	9
06_08_exp3_idx1TAGGTAACTT_idx2ACGTTCAACC.TAATACCAGTTTCTTCCGGT	Neural
progenitors	1
06_08_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.CTCCGGTTTATTCGACCAA	Neural
progenitors	1
06_08_exp3_idx1TGGACGACTA_idx2GCAACTGGCA.CAAGCAACTGCGTTCAGCT	Neural
progenitors	0
06_08_exp3_idx1TTATTGAGGC_idx2ACCAAGATCT.ATTAATGCCTACCTGGACGC	Neural
progenitors	0
06_08_exp4_idx1ATGGCGCCTG_idx2CCAAGCTGAA.TCTATCCAATAGGTTAGCAT	Neural
progenitors	0
06_08_exp4_idx1GGCTTACTCC_idx2CGATCATTAC.CCTGCAGTTTTCAATATAA	Sensory
progenitors	6
06_08_exp4_idx1GGTTATCGAA_idx2GCTCTCGCCT.TTCTTCGTTTCGGTCAAGAA	Neural
progenitors	3
06_08_exp4_idx1TCCTCTGCCG_idx2AACCTAGCTT.CGCCATTCTGGAGGCCTCC	Sensory
progenitors	6
06_08_exp4_idx1TTGCGAGCAT_idx2TCGTAGGCTT.ACGCTTATATAAGTAAGAGC	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.TCCAATAGTTACCTGGACGC	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2ACTATCTTGA.TCCTAACTTTGGCAGACGCC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTCCTGCATGGAGCGGCCG	Neural
progenitors	1
06_08_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.TTCAACTGATAATCGATAAT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CCATTGCGTCGGAAGATAT	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GAGACTAGTCGGAAGATAT	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GGCGACTATGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TATGACTTGTGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TCCAAGTTATTCTCCTATAA	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.TGGCCTGATCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TATTGAGGTTCATAACCAGC	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCGAATCTTTACCAGCGCAG	Immature
neurons	2
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TGGTAGGCTAAGACGGCCA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TTGGTTAAGTAAGTTGCCAT	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GCATCCAGTGCCGTCGCGT	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.AGGCATCATGCCGTCGCGT	Ventral
midline	9
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ATGGCAGCTTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.ATTGCCGGTCGCGTACGAC	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CTTCATGCTGCCGGTCGAG	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGTCTACGTCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TAGCTCGGTGGCCAGTCCG	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATCCAGGTGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCGCCAACTTCGAGGAGTA	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.ACCGTAGCTGCGCGGTAGT	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CTCCAGAGTAATGCTAGTC	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TAGAGCCTTTATCCTCAAT	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TGCTACTAATCGATGGCGCC	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GGTACGGATCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GTTGCTCCTGATAAGGCAA	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TAGCTCGGTCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TCGAATCTTTGCGTTCAGCT	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.ACCTTCGGTACGCCGTTCA	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCGAGAGATTGCGCGATGC	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.CGCCGTAATTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAACGGCTTCTGAACTGGT	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAGACTAGTGCCGGTCGAG	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTTGCAAGTTACGGCTACG	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TAGCCAATTTACCAGCGCAG	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATTCGGCTGCCAACGCCA	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGGACCTCTCGGATGAAGG	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGGTCTCCTCCTTACTCCT	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGAGTCCTCTCTGATCAG	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GACTCGCTTGAAGGTTGCC	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GCAATCGCTAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.CCGAGAGATCTCTGCGGCA	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.ACCAATGCTAACTGCTGCC	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.CGTCGAAGTGACGACCTGC	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TATTCGGCTAATAATACCA	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.AGTTGCGCTCCGTCCAGTA	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CGTCGAAGTCCAGGCCGCA	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.CTACGGCATAAGTTGCCAT	Sensory
progenitors	6
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACTCGCTTAAGTTGCCAT	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCAACGTTTAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTTCCAGCTGCGCGGTAGT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCCTACCTTTGGAGAATTC	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCTACTTACTTGGAGAATTC	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GACCGAATTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TAGTTACCTTCATAACCAGC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.ACCGTAGCTCTGAACTGGT	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.GAGACTAGTCGCGTACGAC	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TCAGCGGTTCGCGTACGAC	Neural
progenitors	1
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GGCTTACTTCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GACTGACGTGCGTTCAGCT	Neural
progenitors	1
06_08_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GAGCGGTATAGTTCGAGTA	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GTTGCAAGTTTAGCAATAA	Neural
progenitors	1
06_08_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TATAAGGCTTCCTTACTCCT	Neural
progenitors	3
06_08_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TATTGAGGTTGCCGGTCGAG	Neural
progenitors	1
06_08_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TTGGCTCATGCCGTCGCGT	Neural
progenitors	1
06_08_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.GAGCGGTATGGCCAGTCCG	Neural
progenitors	1
06_08_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.GAGCGGTATTGGCTGATGA	Neural
progenitors	1
06_08_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.CGACGATATACCGCAGAAT	Neural
progenitors	3
06_08_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TATTCGGCTCGCGTACGAC	Neural
progenitors	1
06_08_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TCTCTCCATGCGTTCAGCT	Neural
progenitors	1
06_08_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TGAATTCGTTCTCTGATCAG	Neural
progenitors	15
06_08_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.GCAATCGCTAAGTTGCCAT	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TCGCGCATTAACTGCTGCC	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GTACCTCTTAATAATACCA	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.GTTCCAGCTGACGACCTGC	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TGAGTTAGATCTCTGATCAG	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.AAGCGCCATCTGAACTGGT	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.GTTCGCTGTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TTGGAGTTATAACTGCTGCC	Neural
progenitors	15
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CCATCAGGTTGCGCGATGC	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GACTACCATCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ACCTTCGGTCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.AGCAACGATTTGATATATT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CCAGAACCTAGAGCCAGCC	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CCGGAGTTTCGCGTACGAC	Neural
progenitors	3
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCTCGAGATTGCGCGATGC	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATCGAACTTGATAAGGCAA	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATGAGAACTGATAAGGCAA	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCGTAGCGTCGGAGATCCG	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GTTCGCTGTCCAGGCCGCA	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TAGAGCCTTTGCGCGATGC	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TCGTAGCGTTTGATGCTAT	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CTTAGCGGTCGCGTACGAC	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GACCGTCATCCTTACTCCT	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTCCGACGTACCTGGACGC	Immature
neurons	2
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CTATCTCCTCTCTGATCAG	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GCAGATACTAAGACGGCCA	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TGCCTTGGTTTGATGCTAT	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.GGCAAGTCTAGACTCAAGC	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TCTCCGAATCGGAAGATAT	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TCTCCGAATGCCGTCGCGT	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TGAATTCGTTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CTTCATGCTTATCGTCGGC	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GCTTCTGGTAACTGCTGCC	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGTCCTTCTAATAATACCA	Neural
progenitors	1
06_08_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.TCCAATAGTTCCTTACTCCT	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.TGGACCTCTGCGTTCAGCT	Neural
progenitors	1
06_08_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TCTACTTACTAATAATACCA	Neural
progenitors	1
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CCATTGCGTCGAATAGATG	Neural
progenitors	1
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GAGACTAGTACCAGCGCAG	Neural
progenitors	3
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TCAGGAGATACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.ACCTTCGGTGAAGGTTGCC	Neural
progenitors	1
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CGAGATGCTACCGCAGAAT	Neural
progenitors	1
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CTTAGCGGTGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GGCTTACTTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTCTCTAGTTTTAGCAATAA	Neural
progenitors	1
06_08_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TATTGAGGTTAATGCTAGTC	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GATCGACCTCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TCATGGCTTCGGAAGATAT	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TCCAATAGTTAACTGCTGCC	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TCGCGCATTTTGATGCTAT	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.AACCGCTGTAAGTTGCCAT	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.CTATCTCCTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.CTTCATGCTCTGAACTGGT	Immature
neurons	2
06_08_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.GAACGGCTTCCGTCCAGTA	Sensory
progenitors	6
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.ACCAATGCTTGGAGAATTC	Neural
progenitors	3
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CCATTGCGTATTGAGATTG	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCAACGTTTCTCTGCGGCA	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCGTCGTATAGAGCCAGCC	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATATGCGTTATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATTCGGCTATTGAGATTG	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGAGAATCATGTTGAAGGAT	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.AGTTGCGCTGAAGGTTGCC	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CCGGAGTTTCATAACCAGC	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CCGGATAGTGCCGGTCGAG	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CTATCTCCTTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCCATGGTTCGCGTACGAC	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGCGACTATTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGTTGGCATTCAGCTCTAA	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTTCCAGCTTATCGTCGGC	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGAGAATCATACCAGCGCAG	Neural
progenitors	1
06_08_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.CTGGAAGATCCGTTGACTT	Neural
progenitors	1
06_08_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.GGATAGGTTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TGGCCTGATCTGAACTGGT	Neural
progenitors	1
06_08_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TGGTAATAGTGAAGGTTGCC	Neural
progenitors	1
06_08_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TTCTAAGCTTGGAGCGGCCG	Neural
progenitors	1
06_08_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TTGGAGTTATGAAGGTTGCC	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.ACGCCATATCCGTTGACTT	Neural
progenitors	1
06_08_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GCTTCTGGTACCGCAGAAT	Neural
progenitors	1
06_08_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TGCCTTGGTACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GATCGACCTGCCGTCGCGT	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCGGTACCTGACGACCTGC	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCGTTCTGTCGGTAGGAAT	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.CCATCAGGTCTCTGCGGCA	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GACTCGCTTACCTGGACGC	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GTACCTCTTCGGAAGATAT	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GTTCGCTGTCTCTGCGGCA	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TATAAGGCTTAACTGCTGCC	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TCTCTCCATGAAGGTTGCC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TGTTAAGACTTTCGCTTACG	Neural
progenitors	15
06_08_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.CCTCCTGATGAAGGTTGCC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.GTTCCAGCTAAGTTGCCAT	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CCTCCTGATCGGTAGGAAT	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GGCAAGTCTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TATCATGAGTCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TATGGTCTTTGTTGAAGGAT	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCAGCGGTTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TGCCTATTATGATAAGGCAA	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TGGTCTCCTTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TTCTGGCCTGGCCAGTCCG	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.CTCTACTGTCTCTGATCAG	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATGGCGTATATTGAGATTG	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCATCAGGTTTAGCAATAA	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTTCATGCTTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTAAGCTCTTCGAGGAGTA	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCTATACCTTAAGACGGCCA	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTGGAGTTATCCGTCCAGTA	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.AGCAACGATACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GGATAGGTTAATAATACCA	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CAATCGGTTTTGATATATT	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCTCCTGATCTGAACTGGT	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GAAGAGGCTTGGAGAATTC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGCGCATTTGAAGGTTGCC	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTATCGCATCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCCGTATGTCCAGGCCGCA	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCTGGCCTCGCGTACGAC	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGAGTCCTCGGATGAAGG	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ACGAGGTTTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ATGGCGTATATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CGGTTCCATGTACTAGTAA	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGAGGTTCTAATAATACCA	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGCAAGTCTCAGATTCGAT	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGTCCTTCTGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTTGCTCCTCTCTGCGGCA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATGACTTGTGCCAACGCCA	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATTGAGGTTATTGAGATTG	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACCGTCATCGAATAGATG	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACTACCATTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GACTTGGCTCTCTGATCAG	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCAGATACTCTCTGATCAG	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCTCGAGATACCAGCGCAG	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GCTTCTGGTCGGTAGGAAT	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTTCGCTGTCATAACCAGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TACGGTAGTCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TACGGTAGTTGGCTGATGA	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATCCAGGTTTAGCAATAA	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATTCGGCTCGGAAGATAT	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCAGGAGATGTTGAAGGAT	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCATAGAGTTTATCGTCGGC	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGTCTCCTGACGACCTGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTTGCTTAGTCTCTGATCAG	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TGCCTATTATCGAATAATTC	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TGCCTTGGTCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TTGGCGACTTGGCTGATGA	Neural
progenitors	16
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GACTACCATGGCGAGCTTA	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGAGGTTCTGGAGCGGCCG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TTCTCTAGTTTCAGCTCTAA	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GGCGCATTTGGCCAGTCCG	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GGTCCTTCTTTGATATATT	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TATGCGATTTAATGCTAGTC	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TATTCGGCTAACTGCTGCC	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACCGTAGCTGGCCAGTCCG	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.ACGAGGTTTATTGAGATTG	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CCGTCTCATGCCGGTCGAG	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GACTGACGTTCGAGGAGTA	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGTTGGCATGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTAAGGAGTCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCAGGAGATACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCCAATAGTTTCAGCTCTAA	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCGTCTATTTGAAGGTTGCC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTCTAAGCTTCCGTCCAGTA	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CTCTACTGTGCGTTCAGCT	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GTAGACGGTTGGAGAATTC	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.AGGCATCATATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GCGCTCAATCGGATGAAGG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTAGTCCTGACGACCTGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGTTGGCATTCAGACGAAC	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAAGACCGTTTGATGCTAT	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCAGCGGTTTCAGACGAAC	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCGGTCATTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCTACCTTTATCCTCAAT	Neural
progenitors	1
06_08_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TATGCGATTTTGGCTGATGA	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TTCCATTACTCGAATAGATG	Neural
progenitors	1
06_08_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.AAGCGCCATCGATGGCGCC	Neural
progenitors	1
06_08_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.TATCCAGGTATAGACTAGG	Neural
progenitors	1
06_08_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GTACCTCTTGCGTTCAGCT	Neural
progenitors	1
06_08_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TTGGCAATATAGAGCCAGCC	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GAGACTAGTTCAGACGAAC	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GAGCGGTATGTTGAAGGAT	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCGAATCTTTCGGAAGATAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGGATCCGTCCTTACTCCT	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TTGGCTCATGCCGGTCGAG	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.AAGATGCCTACCGCAGAAT	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.AGCAACGATGGCCAGTCCG	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CCGTCTCATAAGTTGCCAT	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCAGGAGATTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CGACGATATAATGCTAGTC	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CGGTTCCATTTGATGCTAT	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CTCCTCGTTTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GAACGATGTAAGACGGCCA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATCATGAGTTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCAGCGGTTCCTTACTCCT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCGTAGCGTCGAATAGATG	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.AAGCGCCATTGCGCGATGC	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.AAGCGCCATCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCATTGCGTCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCTCCTGATCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACCGAATTGCCGTCGCGT	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACTTGGCTAATGCTAGTC	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACTTGGCTACCTGGACGC	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGTACGGATTGGTATTCAT	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGATCTTCTTAAGTTGCCAT	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGCCTTGGTCCAGGCCGCA	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGGACCTCTGAAGGTTGCC	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.AGTTGCGCTAATGCTAGTC	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.CGCCGTAATGGAGCGGCCG	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GTAGCGATTAGAGCCAGCC	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.ACGCCATATGGAGCGGCCG	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GCTCGAGATCGCGTACGAC	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCCAAGTTATACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ACCGTAGCTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ATGGCAGCTTTGATGCTAT	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CCTCCTGATGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCAAGTTATACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCTCTCCATAAGTCTTCCG	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGCTCCTATATTGAGATTG	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGGTAATAGTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TCGTTCTGTTATCGTCGGC	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.AGTTGCGCTCCGTCCAGTA	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CTTCATGCTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GGTTCGAGTTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TAGTTACCTTCGGAGATCCG	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CTCTACTGTTATCCTCAAT	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.GCAACGTTTGACGACCTGC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TATGGTCTTTGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCCGGTCATGGCGAGCTTA	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTCGCATAATTGCGCGATGC	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.ACGGCAATTCCTTACTCCT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTTAGCGGTCGGATGAAGG	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTTCATGCTAGAGCCAGCC	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GAACGGCTTAATGCTAGTC	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTTCGCTGTCGGAAGATAT	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCCAAGTTATGAAGGTTGCC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGTCTATTTACGCCGTTCA	Ventral
midline	9
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCTCTCCATGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.ACGAGGTTTCGGATGAAGG	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CCAGAACCTGATAAGGCAA	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.CCGGATAGTGAAGGTTGCC	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GAAGAGGCTATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GACTCGCTTCGCGTACGAC	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCTGGCTATTGCGCGATGC	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCAGCGGTTCCGTCCAGTA	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCATAGAGTTAGAGCCAGCC	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGAGTTAGATGTTGAAGGAT	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACGGCAATTGGCGAGCTTA	Ventral
midline	9
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACTACCATCGGAGATCCG	Ventral
midline	9
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GATTACGGTCGGATGAAGG	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCGGAGAATAGAGCCAGCC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTCCTGCATCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATCATGAGTCCGTCCAGTA	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCATGGCTTCCTTACTCCT	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCATTAAGCTCGGAGATCCG	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCGTCTATTTTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTCCGACGTCTCTGCGGCA	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTCGCATAATGCCGGTCGAG	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.ATTGCCGGTGAAGGTTGCC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GACTACCATTGGCTGATGA	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GCAACGTTTGAAGGTTGCC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TTCTGGCCTCTGAACTGGT	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TTCTTAACCTGCCGTCGCGT	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GTAGCGATTACGAGGACCT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TATTCGGCTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TTCGCATAATGGAGCGGCCG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GGCGCATTTCGGAGATCCG	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GTACCTCTTGCCGGTCGAG	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCGAATCTTTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TGAACGCGTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TGATCTTCTTTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CGTCGAAGTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GTTCGCTGTGATAAGGCAA	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TAGAGAGTATTTAATTATTG	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TAGTTACCTTCTCTGCGGCA	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCTCCGAATCGGAAGATAT	Neural
progenitors	0
06_08_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.AGCAACGATCCAGGCCGCA	Neural
progenitors	1
06_08_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.GTTCGCTGTCCAGGCCGCA	Neural
progenitors	1
06_08_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.TTCGCATAATGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.GTTCGCTGTCCGTCCAGTA	Neural
progenitors	1
06_08_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.GATTACGGTATAGACTAGG	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GGTCCTTCTCTCTGATCAG	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TCCTACCTTACCAGCGCAG	Neural
progenitors	16
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ACGGCAATTAATAATACCA	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CCGGATAGTGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTTAGCGGTTCGAGGAGTA	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACCGTCATAATAATACCA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACTGACGTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCAACGTTTGCCGGTCGAG	Neural
progenitors	15
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTACGGATGGAGCGGCCG	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGTAGTCCTGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TACTCCTATTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATCCAGGTCCGTCCAGTA	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCATTAAGCTGGCGAGCTTA	Neural
progenitors	15
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCGGTCATGCGTTCAGCT	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCGGTACCTAAGTTGCCAT	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.AACCGCTGTCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.AACCGCTGTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.AGTTGCGCTCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GAGCGGTATGGCGAGCTTA	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GTAGCGATTCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCGGTACCTACCGCAGAAT	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTCAACTGATTCAGACGAAC	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTCTTAACCTCCAGGCCGCA	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTGAGAGATTGCCGGTCGAG	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.AGCAACGATTTAGCAATAA	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GGTCTACGTCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GTTCGCTGTACCAGCGCAG	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TCTCGCTCTCCGTCCAGTA	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2TGATACGAGT.GCATCCAGTCTCTGCGGCA	Neural
progenitors	1
06_08_exp10_idx1AATACGATAA_idx2ACGTTCAACC.TCCTATTCTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2ACGTTCAACC.TCCTCGAGTTATTACTCAT	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TCTAGAACTA.AAGGACGATACTATCCGCA	Neural
progenitors	1
06_08_exp10_idx1AATACGATAA_idx2TTCTACGCCA.GCTGGCTATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.TTATCCGCTGGCAGACGCC	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2AGCGTCAATG.TTGAAGTCTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.TAGAGAGTATACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.TCTCGCTCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TATTGACTCTAGATATATCG	Neural
progenitors	1
06_08_exp10_idx1AGACCATATC_idx2AGGATTACCA.ATTGATCGTTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CGATCATTAC.ACGTTGCTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CGATCATTAC.GCATCCAGTTATTACTCAT	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2ATAAGAGGCG.CAAGCAACTAGTCCGCGGA	Sensory
progenitors	6
06_08_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.TCGCCAACTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.TATAAGGCTTTTAGATTCCG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TCCGGTAATC.AACTGGCATACCGTTACGA	Neural
progenitors	3
06_08_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.TAATACCAGTGCGTTGGAGC	Neural
progenitors	1
06_08_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.GGAGGTTCTTTACCTCGAC	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.TCCTCGAGTTCTAGAACTA	Immature
neurons	2
06_08_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.TTCCATTACTTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2ACGAGGACCT.GATAAGCGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.TTATCCGCTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.TCAAGATCTTTAGAGTAATA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2GGTAGGTCTC.GGCAAGTCTGGCTATGACT	Neural
progenitors	1
06_08_exp10_idx1ATAAGGACTC_idx2GTCGCTCAGT.ATTAGTCTGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.CTTCGACTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2CAAGATTAAG.CAAGCAACTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2GACTAGTCTA.ACGCTTGATTCCGGTAATC	Neural
progenitors	1
06_08_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TCATGGCTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TTTGCTACTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TTCTCTAGTTTTCAAGACCA	Neural
progenitors	1
06_08_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.TCGAATCTTTTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTGCAATCGC.GTCTATGGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.ATTGATCGTTAGATATATCG	Neural
progenitors	1
06_08_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.TCAGCTTCTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GACTAGTCTA.GAGTTCTCTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GACTAGTCTA.TGACGAGGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.TATTGACTCTTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.TAGATGACTTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2TCGATATTGA.GAGTTCTCTCTAGTAGTCT	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.AGTCGCATTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TCGTCTATTTTTACCTCGAC	Neural
progenitors	1
06_08_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.AATTCATCGTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.AGCGTAAGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.GTAAGGAGTATCGGCTATC	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.GAGACTAGTTATTACTCAT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.GTTGCAAGTCCATTATCTA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.GGCTTACTTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.GTAGACGGTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTAGATTCCG.TATGACTTGTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.AAGGATATGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.GGACTTGATCATGCTGGTT	Neural
progenitors	0
06_08_exp10_idx1GGTTATCGAA_idx2GACCGTAGCA.TGACGAGGTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.AACTAGTTGTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.GACCGTCATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.TGAGTTAGATCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TCGAATCTTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TCAGGAGATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.CGTACCTATTGGAAGTACC	Neural
progenitors	1
06_08_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.ACCATGATTTTGGAAGTACC	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TTATAGGCATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CTAACTCCAA.TGCCTATTATGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TACTTGCGTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.CTGCCTTATCGAGCTGCCA	Neural
progenitors	15
06_08_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.GCTCTTAGTGTCGCTCAGT	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.GCGTACTTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACTTCCGAAT.CTGATAGGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.ACTTGATTGTCTCGTCTAGG	Neural
progenitors	1
06_08_exp10_idx1TAGGTAACTT_idx2GATGATCGTA.ATTCCTAGATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.TATTGACTCTCGAGCTGCCA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.TCGTTCTGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.GACGTTCGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TACTCCTATTTCCAGAAGGT	Neural
progenitors	15
06_08_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TAGCCAATTTCTAAGAGAAG	Neural
progenitors	1
06_08_exp10_idx1TATAATAGTT_idx2CTCGTCTAGG.GTCCTGCATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TAGGAAGGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.GAACGGCTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.GGCGTTAATTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CATGCATCTC.AGCGTAAGTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CATGCATCTC.CTGCTGAATAATCGATAAT	Neural
progenitors	1
06_08_exp10_idx1TATTAGACTT_idx2CGACTACCAA.ATTGATCGTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2GTCATTGCGC.TATGGTCTTTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TATTGACTCTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TTCTCATTGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TCATCTAATC.CTTCATGCTGGTACTGCCT	Ventral
midline	9
06_08_exp10_idx1TATTAGACTT_idx2TCATCTAATC.GAACGGCTTCATGCTGGTT	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TCATTAAGCTCGAGCTGCCA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.GGAGGTTCTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.GACCGTCATCATGCTGGTT	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2CAAGTACTGG.TCCTATAAGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2CGTCCGTCCT.GAACGGCTTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.GGTCAGTTTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2ACTCTCTCAA.TTTGCTTAGTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.CAGTATCCTGGCTATGACT	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.ATTAGTCTGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TATTGACTCTTAGAGTAATA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TCATAGAGTTTATTACTCAT	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.AAATTCCTCTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.ACGTTGCTTAAGACCGTTG	Neural
progenitors	1
06_08_exp10_idx1TGGACGACTA_idx2TCGATATTGA.CGTACCTATCCGAGAATCC	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TAACGACTTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TGATACGAGT.GAGGAACTTAATGGTCGAC	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TGATACGAGT.GCAGATACTTCCGGTAATC	Neural
progenitors	15
06_08_exp10_idx1TGGACGACTA_idx2TGATACGAGT.TGGATTCTATAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.GAAGAGGCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2CCAGGTCTAC.TCCTATAAGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TATAACTTCC.GGTACCATTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2CTCGTCTAGG.GCAGATACTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2CTCGTCTAGG.TACTCCTATTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2GGAACGATGG.CTGAGCATTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.GAACGATGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2CCTAGCGCCT.TAACGACTTTTTACCTCGAC	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2GATGATCGTA.ATTAGTCTGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2TCTAGAACTA.GTATCGCATTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2ACTATCTTGA.TTATAGGCATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2GGACTCATTG.TCCAATAGTTTTATCCGGAT	Neural
progenitors	0
06_08_exp11_idx1AACGAATTCG.TGGTTGAATTACCTGGCCAA	Neural
progenitors	0
06_08_exp11_idx1AACGATCTAC.GATCGACCTCGAACGCCGG	Sensory
progenitors	6
06_08_exp11_idx1AAGTACGCGA.TCGGTACCTTGACGCTCCG	Neural
progenitors	1
06_08_exp11_idx1AAGTAGCTCA.GCAGATACTATGGAATTGG	Sensory
progenitors	6
06_08_exp11_idx1ACTATTCATT.TGAACGCGTCATTCGACGG	Neural
progenitors	1
06_08_exp11_idx1ATTATGCAAG.ATGGTTGGTGCTCAGCCGG	Neural
progenitors	0
06_08_exp11_idx1CGTTACCGCT.CCAATCCATCATCTCTGCA	Neural
progenitors	0
06_08_exp11_idx1CTAATTGCGA.CAGCAAGTTAGGTCAATTA	Neural
progenitors	1
06_08_exp11_idx1CTATATAGCC.TGCAAGGTTTAATGAACGA	Neural
progenitors	1
06_08_exp11_idx1CTCAATTAGT.ATCTGATGATTGGCCATGCA	Neural
progenitors	0
06_08_exp11_idx1GCCTTACCGA.AAGACCTTATCATTATTACC	Neural
progenitors	1
06_08_exp11_idx1GCTTGAAGAG.GGTCAGTTTACTATCTTGA	Ventral
midline	9
06_08_exp11_idx1GTAGCAGCTA.ACGGAACGTAGCTGCAATA	Neural
progenitors	1
06_08_exp11_idx1TAGGTAACTT.TTCTCTAGTTAACCTGGTCT	Neural
progenitors	1
06_08_exp11_idx1TATATCAGGC.TCAGTTGGTGCTCAGCCGG	Neural
progenitors	0
06_08_exp11_idx1TATTAGACTT.CATCGGACTGGACTCATTG	Neural
progenitors	1
06_08_exp11_idx1TCCGGCTTAT.TTCTCTCGTCGCCTAATGC	Neural
progenitors	1
06_08_exp11_idx1TCCTCTGCCG.ACTGAATACTCCAACTAACC	Ventral
midline	9
06_08_exp11_idx1TGACCGGATT.ATGGTAACTTGGTACCGGCA	Neural
progenitors	0
06_08_exp11_idx1TGGTTGCCGT.GTTGCTCCTAATTATCAGC	Neural
progenitors	1
06_08_exp11_idx1TTGATACGAT.CTCCAGAGTACGTCATATA	Sensory
progenitors	6
06_08_exp11_idx1TTGATTGGCG.ACGCTTGATTAGATCTACT	Neural
progenitors	1
06_08_exp11_idx1TTGCCGTAGG.CTAACGACTCCGCGATTAT	Neural
progenitors	0
06_08_exp11_idx1TTGGCAAGCC.CCTCCTGATTGGTCAGCCA	Neural
progenitors	0
06_08_exp12_idx1AGGTCAGCTT.TTATCCGCTTCTATAAGGA	Neural
progenitors	0
06_08_exp12_idx1AGGTCAGCTT.TTGATTCCTTGGCCGTAGTC	Neural
progenitors	0
06_08_exp12_idx1AGGTCAGCTT.TTGCGGTCTACGTTCAACC	Neural
progenitors	0
06_08_exp12_idx1ATAAGGACTC.ATGCCAAGTTTCCATGGCA	Neural
progenitors	1
06_08_exp12_idx1CCGTATGATT.TCATTAAGCTTAGGCAGATA	Neural
progenitors	0
06_08_exp12_idx1CGCGGCCATA.CTGAGCATTATCAACGATT	Neural
progenitors	0
06_08_exp12_idx1CGTCGAGCGC.TTCTTAACCTTATAGTAAGC	Neural
progenitors	0
06_08_exp12_idx1CTAATTGCGA.TTTGCTTAGTCAATTACCGT	Neural
progenitors	0
06_08_exp12_idx1CTCAATTAGT.ACCAATGCTTTCAAGACCA	Neural
progenitors	0
06_08_exp12_idx1GAACTCGACT.CAGATCAGTTTGGATCCTT	Neural
progenitors	1
06_08_exp12_idx1TAAGTCCTGA.TGATGCGATCCGCGATTAT	Neural
progenitors	0
06_08_exp12_idx1TATAATAGTT.GCTTCTGGTTGAGTCCAGA	Neural
progenitors	1
06_08_exp12_idx1TCGGATTCGG.CTGACGTTTATCAACGATT	Neural
progenitors	1
06_08_exp12_idx1TCTTAGCCTG.ACGACGCATCAAGGCATTC	Neural
progenitors	1
06_08_exp2_idx1AGACCATATC_idx2AACGAGGCTA.CGATTCGCTCGGTCAAGAA	Neural
progenitors	1
06_08_exp2_idx1AGACCATATC_idx2AAGCCGGCTG.TATAAGAGGTAAGACCGTTG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2ACGCAACTCC.AGTCGCATTACGTCATATA	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2ACGCAACTCC.GGCGTTAATTTCATAGGAC	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.ACGCTTGATTAACTCAATT	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2AGTCCGCGGA.TTTGCTACTTCGTCGCAGCC	Neural
progenitors	1
06_08_exp2_idx1CTCAATTAGT_idx2ATAGGATATG.CGTTGATCTTAACGAATTG	Neural
progenitors	1
06_08_exp2_idx1CTCAATTAGT_idx2GATACCTAAG.AGGCTCGTTTTAGGACCGG	Neural
progenitors	1
06_08_exp2_idx1CTCAATTAGT_idx2GATACCTAAG.ATTGAGGAATTAGGCCATAG	Neural
progenitors	1
06_08_exp2_idx1CTCAATTAGT_idx2GGCTATGACT.AGGATAATCTAAGCCAGTTA	Neural
progenitors	1
06_08_exp2_idx1GCGCGTTCAT_idx2ACCGTTACGA.ATGGTAACTTTTATTCTGAG	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2AGGATTACCA.ACCATGATTTCGGCGTAACT	Neural
progenitors	1
06_08_exp2_idx1GCGCGTTCAT_idx2CCTATAAGCT.TAGATGACTTACCTGGCCAA	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CGATCATTAC.TGGATTCTATTTATAGCAGA	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2GATCAGTCAT.ACGCTTATATTTAATTGAAT	Neural
progenitors	1
06_08_exp2_idx1GCTTGAAGAG_idx2TCGTAGGCTT.AACGATCATTTAACGATCCA	Neural
progenitors	1
06_08_exp2_idx1GCTTGAAGAG_idx2TCGTAGGCTT.AGAGGTCGTTATGAGTTAA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CATGCATCTC.CCATCGTCTGTCCTACTTG	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CATGCATCTC.TCAGCTTCTGATATCGGCG	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CTAACTCCAA.AAGTATTGGTAGAGCCAAGG	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CTAACTCCAA.TAATACCAGTCCGTTCCTTA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAAGGTTCATTAACGAATTG	Neural
progenitors	1
06_08_exp2_idx1TAGTAAGCCG_idx2CAAGATTAAG.AACTTGGATTCTTGCAACCT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CGGCGAGACC.ACTTATGGTTCAACCAGTAC	Neural
progenitors	1
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.AATACCGAATCGGCGTAACT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GGTCCAGGAG.AAGGATTACTGAGCATATGG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GGTCCAGGAG.ACAGGTATTTTTCTTCCGGT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTCCATCATTAGGCCATAG	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.TTGATTCCTTTTAGGACCGG	Neural
progenitors	1
06_08_exp2_idx1TATTAGACTT_idx2TGGCCGCAAT.TCGAGAAGTAGTAACGGTC	Neural
progenitors	1
06_08_exp2_idx1TGGACGACTA_idx2ACGTTCAACC.ACGATATCATTTAGGACCGG	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACGTTCAACC.CCTAATGGTCATCAGAATG	Neural
progenitors	15
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.CTCCATCATTAGGCCATAG	Neural
progenitors	1
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.AGAGTACCTCATAGTTCGG	Neural
progenitors	1
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.AGCTATCGTTAACGATCCA	Neural
progenitors	1
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.CAAGCAACTGAGCATATGG	Neural
progenitors	1
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.TTCGTTCCTCTTGCAACCT	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GATTGCAGAC.TTTGCTACTTTATCATGATC	Neural
progenitors	1
06_08_exp2_idx1TTCCGTCGAC_idx2GCAACTGGCA.AGCGTAAGTAACCATTGGA	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GCAACTGGCA.ATAATCCTGTCCGCTCCGGC	Ventral
midline	9
06_08_exp2_idx1TTCCGTCGAC_idx2GCAACTGGCA.ATTACCATCTGTATCATCGA	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GCAACTGGCA.ATTCCTAGATAGGAGAGAAC	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2TCCGTCGCCA.ATCAGTCATTGGCAATGAGA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2ACTGAATTCC.AGCTATCGTTTCTTCCGGT	Ventral
midline	9
06_08_exp2_idx1TTGGTAAGGA_idx2CGAGCTGCCA.TAGGAAGGTGTCCTACTTG	Neural
progenitors	1
06_08_exp2_idx1TTGGTAAGGA_idx2GATGATCGTA.CGAATGAGTACGTCATATA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2TGAGGTAGAA.CTGATAGGTTGGCCGGCCT	Neural
progenitors	1
06_08_exp3_idx1AGACCATATC_idx2CCGTCGGAGG.TAAGGTTCATGATATCGGCG	Neural
progenitors	0
06_08_exp3_idx1AGGTCAGCTT_idx2ACTATCCGCA.AGAGTACCTTGGCTGATGA	Neural
progenitors	3
06_08_exp3_idx1AGGTCAGCTT_idx2GGCTAATTAA.ACGGAACGTTTCTTCCGGT	Neural
progenitors	1
06_08_exp3_idx1AGGTCAGCTT_idx2TGGACTTGAC.TATCTCGATTGACGAAGCGT	Neural
progenitors	1
06_08_exp3_idx1AGTCCGCTGC_idx2CAAGATTAAG.AGTTGCGCTCTGAACTGGT	Neural
progenitors	1
06_08_exp3_idx1AGTCCGCTGC_idx2CCAAGCTGAA.CCAAGGATTTATGAGTTAA	Neural
progenitors	1
06_08_exp3_idx1AGTCCGCTGC_idx2GAACTGCATC.CAGCAAGTTAGAGCTATAA	Neural
progenitors	0
06_08_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.CGGTAAGGTTCTGATACCA	Neural
progenitors	0
06_08_exp3_idx1ATGGCGCCTG_idx2CAAGATTAAG.GGTACCATTTTACGATGAA	Neural
progenitors	1
06_08_exp3_idx1CCTCAGCTCC_idx2ACTATCTTGA.GTCGGCAATCCGCTCCGGC	Sensory
progenitors	6
06_08_exp3_idx1CCTCAGCTCC_idx2GAACTGCATC.CTCTACTGTATGGCTCTGC	Neural
progenitors	1
06_08_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.AAGCAGTATTCCGCTCCGGC	Neural
progenitors	1
06_08_exp3_idx1CCTCAGCTCC_idx2TGGCCGCAAT.CTCCATCATCCGTTCCTTA	Neural
progenitors	1
06_08_exp3_idx1CTCAATTAGT_idx2TGATTCCTCA.AGGCTCGTTACTAGAGAGT	Neural
progenitors	0
06_08_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.AACGCGTCTTTGCGAGGCA	Neural
progenitors	1
06_08_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.AGTCGCATTCGGATGAAGG	Neural
progenitors	0
06_08_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.CCAGAACCTCATTCAATCA	Neural
progenitors	1
06_08_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.CTCTGAGCTCGTAATGCAG	Neural
progenitors	15
06_08_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.AATACCGAATAGTAAGCATA	Neural
progenitors	1
06_08_exp3_idx1GCATCGTATG_idx2CGAGCTGCCA.GGATAGGTTACTAGAGAGT	Neural
progenitors	0
06_08_exp3_idx1GCATCGTATG_idx2GACCTCTCTG.AAAGCTGATTATTCGACCAA	Neural
progenitors	1
06_08_exp3_idx1GCATCGTATG_idx2GACCTCTCTG.TACTTGCGTTCCTACCAGT	Neural
progenitors	0
06_08_exp3_idx1GCGCGTTCAT_idx2GATGATCGTA.ATTAATGCCTCTTGCAGTAG	Neural
progenitors	0
06_08_exp3_idx1GCGCGTTCAT_idx2GATGATCGTA.TAAGACCGTGTATAATACG	Neural
progenitors	1
06_08_exp3_idx1GCGCGTTCAT_idx2TGAGGTAGAA.CGGTTCCATAAGCCAGTTA	Neural
progenitors	0
06_08_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.ACTTCCGTTAACCTGCGTA	Neural
progenitors	0
06_08_exp3_idx1GCTTGAAGAG_idx2CGAAGGACGA.TAGGTACTATTCTGATACCA	Neural
progenitors	1
06_08_exp3_idx1GGCTTACTCC_idx2CTCCGGTTCT.GAACGGCTTTTACGATGAA	Neural
progenitors	0
06_08_exp3_idx1GTAGCAGCTA_idx2GATACCTAAG.CGGAACCTTCTTGCAGTAG	Neural
progenitors	1
06_08_exp3_idx1GTAGCAGCTA_idx2GGCTAATTAA.CGAAGACCTCGATGGCGCC	Neural
progenitors	1
06_08_exp3_idx1GTAGCAGCTA_idx2GGTAGGTCTC.AAACTGAACTTTGCTGGCAT	Neural
progenitors	1
06_08_exp3_idx1GTAGCAGCTA_idx2TTGAGTATCA.AACGTAATCTTAACTCTTAG	Neural
progenitors	1
06_08_exp3_idx1GTAGGCTGCA_idx2CTCGTCTAGG.CTGAGCATTTGCGCGATGC	Neural
progenitors	0
06_08_exp3_idx1GTAGGCTGCA_idx2GGAACGATGG.TGGTCGAATGGCCAGTCCG	Neural
progenitors	1
06_08_exp3_idx1TATAATAGTT_idx2AACGAGGCTA.GCGGAGAATTATGAGTTAA	Neural
progenitors	0
06_08_exp3_idx1TATAATAGTT_idx2CTCGTCTAGG.CGCTAACCTGAAGATCGAG	Neural
progenitors	1
06_08_exp3_idx1TATAATAGTT_idx2GACCTCCGCC.GGCTAAGATGCGTTCAGCT	Neural
progenitors	1
06_08_exp3_idx1TCCTCTGCCG_idx2ACGAGGACCT.CGGAACCTTAACTGCTGCC	Immature
neurons	2
06_08_exp3_idx1TCCTCTGCCG_idx2CATGCATCTC.GGTCCTTCTCGCGTACGAC	Neural
progenitors	1
06_08_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.CTGATAGGTGGAGCGGCCG	Ventral
midline	9
06_08_exp3_idx1TCCTCTGCCG_idx2GTCGCTCAGT.GGCGACTATAATCGATAAT	Neural
progenitors	1
06_08_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.AGATTCAACTCTAAGAGAAG	Neural
progenitors	1
06_08_exp3_idx1TCCTCTGCCG_idx2TGATAGAACG.TTCCATCTTTGGAGCGGCCG	Neural
progenitors	1
06_08_exp3_idx1TGGACGACTA_idx2CTCGGTCAAT.GGTACGGATAGGTTAGCAT	Neural
progenitors	1
06_08_exp3_idx1TGGACGACTA_idx2CTCGGTCAAT.TCGTCTATTTTATCGTCGGC	Neural
progenitors	1
06_08_exp3_idx1TTCGAATATT_idx2TTGGAGTCGG.GAGTTCTCTACGTCCGCAG	Neural
progenitors	0
06_08_exp3_idx1TTGCCGTAGG_idx2ACTGAATTCC.ACTGAATACTACGTCCGCAG	Neural
progenitors	0
06_08_exp3_idx1TTGCCGTAGG_idx2CTGCAATCGC.ACCTTCGGTACGAAGTCAA	Sensory
progenitors	6
06_08_exp3_idx1TTGGTAAGGA_idx2ACTCTCTCAA.TGGCCTGATCATTCAATCA	Neural
progenitors	1
06_08_exp3_idx1TTGGTAAGGA_idx2GCTCTAACGA.CTACGGCATGGAGCGGCCG	Neural
progenitors	1
06_08_exp4_idx1ATGGCGCCTG_idx2CAAGATTAAG.TGAATCTGATCTAGTAGTCT	Neural
progenitors	0
06_08_exp4_idx1ATGGCGCCTG_idx2CGGCGAGACC.AAGGATTACTTTATCCGGAT	Neural
progenitors	0
06_08_exp4_idx1ATGGCGCCTG_idx2GTTGACGGCC.AAATTCCTCTAGGTTAGCAT	Neural
progenitors	1
06_08_exp4_idx1GGCTTACTCC_idx2ACCGTTACGA.AACCTCATTTTTCAATATAA	Neural
progenitors	1
06_08_exp4_idx1GGCTTACTCC_idx2GATCAGTCAT.ATTGAGGAATAGTAACGGTC	Neural
progenitors	1
06_08_exp4_idx1GGCTTACTCC_idx2TTGGAGTCGG.AAACCATAGTATATTGATAC	Neural
progenitors	1
06_08_exp4_idx1GGCTTACTCC_idx2TTGGAGTCGG.AGTTAACCATCCTTGGTCCA	Neural
progenitors	1
06_08_exp4_idx1TTGCGAGCAT_idx2AGATCCTATA.ACGCTTATATTTAATTGAAT	Neural
progenitors	0
06_08_exp4_idx1TTGCGAGCAT_idx2TATAACTTCC.CGTTGATCTCAACCAGTAC	Neural
progenitors	1
06_08_exp4_idx1TTGCGAGCAT_idx2TCTATAAGGA.ACATTCGTATGGCGAACTCG	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.ATTGCCGGTAATAATACCA	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.ACCTTCGGTCCGTCCAGTA	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.ACGCCATATTTGATATATT	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.CGTCGAAGTGCCGTCGCGT	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2ACGCAACTCC.AGGCATCATGTTGAAGGAT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GGAGGTTCTACCTGGACGC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CGAGATGCTAGAGCCAGCC	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCGGTATATCGCGTACGAC	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GGATAGGTTCTCTGCGGCA	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GTTCGCTGTTCGAGGAGTA	Neural
progenitors	15
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTCTTAACCTTTAGCAATAA	Neural
progenitors	15
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TTTGCTTAGTATTGAGATTG	Neural
progenitors	15
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CTAGTACGTCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GACCGAATTAATAATACCA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TGACGAGGTTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.ACCAATGCTGATAAGGCAA	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CTCCAGAGTAAGTTGCCAT	Ventral
midline	9
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.CTGGAAGATCGGATGAAGG	Neural
progenitors	15
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TATCATGAGTCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TCCTCGAGTCGGTAGGAAT	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GGAGGTTCTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTATCGCATTTGATGCTAT	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TAGAGAGTATGAAGGTTGCC	Neural
progenitors	3
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GTAAGCTCTGTTGAAGGAT	Sensory
progenitors	6
06_08_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.ATGGAGAGTCGGATGAAGG	Sensory
progenitors	6
06_08_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GGAGGTTCTTCTCCTATAA	Sensory
progenitors	6
06_08_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GGTTGGCATCTCTGCGGCA	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.GTATCGCATCGGTAGGAAT	Sensory
progenitors	6
06_08_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.AGTTGCGCTCCAGGCCGCA	Neural
progenitors	15
06_08_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.CCGTCTCATATTGAGATTG	Sensory
progenitors	6
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GCAACGTTTTTAGCAATAA	Neural
progenitors	15
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCGCGGATGGCCAGTCCG	Neural
progenitors	15
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTCCTCGTTCGGATGAAGG	Sensory
progenitors	6
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GAACGGCTTCCGTCCAGTA	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGCGTAGTTTTGATATATT	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TAGAGAGTATAATAATACCA	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GTTGCTCCTCGGTAGGAAT	Ventral
midline	9
06_08_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.TCTAGGAATTCGGAGATCCG	Neural
progenitors	15
06_08_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TGAACGCGTACCTGGACGC	Sensory
progenitors	6
06_08_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TTCTGGCCTAATAATACCA	Neural
progenitors	15
06_08_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.AGGCATCATCGGATGAAGG	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.GTATCGCATAGAGCCAGCC	Sensory
progenitors	6
06_08_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.TAGAGCCTTAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.CTGGAAGATCCGTCCAGTA	Sensory
progenitors	6
06_08_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TTGAGAGATTTGGTATTCAT	Sensory
progenitors	6
06_08_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GCGCTCAATAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TAGCCAATTTTTGATATATT	Sensory
progenitors	6
06_08_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.AGGCATCATCTCTGCGGCA	Sensory
progenitors	6
06_08_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.CTGCTGAATACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TAGTTACCTTGCCGTCGCGT	Neural
progenitors	15
06_08_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TGCGTAGTTCGGTAGGAAT	Sensory
progenitors	6
06_08_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.CAGAAGGCTGTTGAAGGAT	Neural
progenitors	15
06_08_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TTCGCATAATGATAAGGCAA	Neural
progenitors	15
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GCAATCGCTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCCGGTCATTGCGCCAGAA	Sensory
progenitors	6
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGCCTATTATCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TTCGCGGATTCTCCTATAA	Neural
progenitors	3
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TAGAGAGTATCCTTACTCCT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.ACCGTAGCTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CGGTTCCATATTGAGATTG	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GAGACTAGTCGCGTACGAC	Sensory
progenitors	6
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGTTCGAGTAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTTGCAAGTCGCGTACGAC	Sensory
progenitors	6
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATGAGAACTCGGAGATCCG	Sensory
progenitors	6
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCAGTTGGTCGGAAGATAT	Neural
progenitors	15
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TTTGCTTAGTTGGTATTCAT	Neural
progenitors	15
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GACTCGCTTATAGACTAGG	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TAACTAAGGTTGGAGAATTC	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCTAGGAATTTTAATTATTG	Neural
progenitors	15
06_08_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GCGGTATATTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GAACGGCTTGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GGTTCGAGTGTTGAAGGAT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CAGAAGGCTAAGTCTTCCG	Neural
progenitors	15
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TGAGAATCATCGGTAGGAAT	Neural
progenitors	15
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTGAAGTCTTTGGAGAATTC	Sensory
progenitors	6
06_08_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.GTCATCTGTTTGATATATT	Neural
progenitors	3
06_08_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GGCTTACTTAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TGAACGCGTCTGAACTGGT	Sensory
progenitors	6
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GTCATCTGTGTTGAAGGAT	Neural
progenitors	3
06_08_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TCGTTCTGTACCGCAGAAT	Neural
progenitors	15
06_08_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.CAGAAGGCTAAGTTGCCAT	Sensory
progenitors	6
06_08_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TCTATACCTTTTAATTATTG	Neural
progenitors	15
06_08_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GACTGACGTCGAATAATTC	Ventral
midline	9
06_08_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TCTAGGAATTCCTTACTCCT	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TTCCGACGTGCCGTCGCGT	Neural
progenitors	15
06_08_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TATCATGAGTTTGATGCTAT	Neural
progenitors	15
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCTCGAGATCGAATAGATG	Neural
progenitors	15
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TACGGTAGTGGCCAGTCCG	Sensory
progenitors	6
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCCTACCTTTTGATATATT	Neural
progenitors	3
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCGCATAATTGGAGAATTC	Neural
progenitors	15
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCTTAACCTCGGAGATCCG	Sensory
progenitors	6
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ATGGCGTATAATGCTAGTC	Sensory
progenitors	6
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CCATTGCGTTCTCCTATAA	Sensory
progenitors	6
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GCGTCGTATCGGATGAAGG	Neural
progenitors	15
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTCCTGCATCGGAGATCCG	Neural
progenitors	15
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TATAAGGCTTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.CTACGGCATTCAGACGAAC	Sensory
progenitors	6
06_08_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GGAGCTCATTTCGCTTACG	Sensory
progenitors	6
06_08_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GGAGCTCATATTGAGATTG	Neural
progenitors	15
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GAGACTAGTTGGTATTCAT	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GCGTCGTATCGGATGAAGG	Neural
progenitors	15
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCCGTATGTTCTCCTATAA	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCGGTACCTATTGAGATTG	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TGGTCTCCTGAAGGTTGCC	Neural
progenitors	15
06_08_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GACTCGCTTGGAGCGGCCG	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GTTGCAAGTTTCGCTTACG	Neural
progenitors	15
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TATCGAACTTTCAGACGAAC	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCTATACCTTAACTGCTGCC	Neural
progenitors	15
06_08_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TCTACTTACTGCCGGTCGAG	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCGAGAGATGCCGTCGCGT	Neural
progenitors	15
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCGGTATATGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GCGGTATATGCCGTCGCGT	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAGAGCCTTTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGCTCCTATTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCGCGGATCTCTGATCAG	Neural
progenitors	15
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ACGGCAATTACCAGCGCAG	Sensory
progenitors	6
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GAAGAGGCTTGGCTGATGA	Neural
progenitors	15
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGCTTACTTAACTGCTGCC	Neural
progenitors	15
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGTTGGCATTGCGCGATGC	Neural
progenitors	15
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTGAGAGATTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CGGTTCCATGATAAGGCAA	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTCGGAGTTTGGCTGATGA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GTTGCTCCTAATAATACCA	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCCGGTCATCTCTGCGGCA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTATACCTTAGAGCCAGCC	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGTTAAGACTTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTCTCTAGTTTTGATATATT	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GGTACGGATCTCTGATCAG	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTAGACGGTTGGCTGATGA	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTTCCAGCTCGGTAGGAAT	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTTGCAAGTAATGCTAGTC	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATATGCGTTCCGTCCAGTA	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TATATGCGTTTCAGCTCTAA	Ventral
midline	9
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCTACCTTTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GGTTGGCATTGGTATTCAT	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CTGCTGAATTATCCTCAAT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GGTACGGATCCTTACTCCT	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GCATCCAGTGCGTTCAGCT	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GGCAAGTCTTTACGTATAC	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.AAGATGCCTAACTGCTGCC	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CAACGCAGTAACTGCTGCC	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CCGGAGTTTTGGCTGATGA	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.CTATCTCCTACCTGGACGC	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTAGACGGTTTACGTATAC	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTCGGAGTTTTGATATATT	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TAGGTACTATGGCCAGTCCG	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TGAGTTAGATTGCATATAAC	Ventral
midline	9
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CAACGCAGTCGGATGAAGG	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CTACGGCATTGGCTGATGA	Immature
neurons	2
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GTAAGGAGTTCAGACGAAC	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATGAGAACTGTTGAAGGAT	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TATGGTCTTTCTCTGATCAG	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTAATGAGCTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCCATTACTATAGACTAGG	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCTGGCCTAACTGCTGCC	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGGCTCATCGGAAGATAT	Neural
progenitors	3
06_08_exp1_idx1TAGGTAACTT_idx2AATTGCCTAC.TCTAGGAATTGAAGGTTGCC	Sensory
progenitors	6
06_08_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.ATGGCAGCTCGGATGAAGG	Neural
progenitors	15
06_08_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.CTGCTGAATAAGTCTTCCG	Sensory
progenitors	6
06_08_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.GTCCTGCATCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GTTCCAGCTCTCTGCGGCA	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.AACCGCTGTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGCAAGTCTCCGTTGACTT	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TATGGTCTTTACCTGGACGC	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCAGGAGATCTGAACTGGT	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.AACCGCTGTCCAGGCCGCA	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCGAATCTTTTCTCCTATAA	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.AAGCGCCATTGGAGAATTC	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ACGAGGTTTGAAGGTTGCC	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CTATCTCCTTTGATGCTAT	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GAACGGCTTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GCTGGCTATACCGCAGAAT	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TACTCCTATTCTCTGATCAG	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATCATGAGTGCGTTCAGCT	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCTACTTACTAACTGCTGCC	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACGAGGTTTTGGTATTCAT	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTCCAGAGTAAGACGGCCA	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CTCCGGTTTTATCGTCGGC	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATATGCGTTTCAGACGAAC	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TGAGTTAGATCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCTGGCCTTTGATGCTAT	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GAGCGGTATTCGAGGAGTA	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.GGTTGGCATGACGACCTGC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GAACGGCTTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GCAATCGCTGCCGGTCGAG	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GCAGATACTATAGACTAGG	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TCGGTACCTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TTCAACTGATTCTCCTATAA	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CAACGCAGTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GGACTTGATTTACGTATAC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TATAAGGCTTGGCCAGTCCG	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TGCTCCTATTATCGTCGGC	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TGGTAATAGTGCCGGTCGAG	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ACGGCAATTGTTGAAGGAT	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTCCGGTTTGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GACTACCATCGGTAGGAAT	Sensory
progenitors	6
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCTGAAGCTCATAACCAGC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCGGTACCTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCGTCTATTTTCGAGGAGTA	Ventral
midline	9
06_08_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TCAGCGGTTCGGTAGGAAT	Sensory
progenitors	6
06_08_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TATGGTCTTTACCAGCGCAG	Sensory
progenitors	6
06_08_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.TATGCGATTTAATAATACCA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.AAGATGCCTCTGAACTGGT	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TAGAGAGTATTTGATATATT	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TATGACTTGTGGAGCGGCCG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCTAGGAATTCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCTATACCTTATAGACTAGG	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CTTAGCGGTAACTGCTGCC	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTCAACTGATTTGATATATT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTCGCGGATGCCGGTCGAG	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CAGAAGGCTAAGTTGCCAT	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CAGAAGGCTGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCGTCTCATCGGTAGGAAT	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACTGACGTACCGCAGAAT	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATGGTCTTTCGCGTACGAC	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTATAGGCATCGGAGATCCG	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTCCGACGTCCTTACTCCT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCGTCTATTTTTGATATATT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGATCTTCTTTTGATGCTAT	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACGCCATATCCTTACTCCT	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ATGCCAAGTCCTTACTCCT	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACCAGGATTGGCTGATGA	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GACTCGCTTTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GAGCGGTATCTCTGATCAG	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGATAGGTTGTTGAAGGAT	Ventral
midline	9
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGCGCATTTGGCGAGCTTA	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTCGGAGTTCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTCGGCAATGGCGAGCTTA	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATAAGGCTTTATCCTCAAT	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGAGAGATTAATGCTAGTC	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CCGGAGTTTGAAGGTTGCC	Ventral
midline	9
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCATTAAGCTCTCTGATCAG	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TGCTCCTATTCAGACGAAC	Sensory
progenitors	6
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GGTCTACGTCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TTGAGAGATTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GGAGCTCATCATAACCAGC	Neural
progenitors	0
06_08_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.TCGTTCTGTTTGATGCTAT	Neural
progenitors	15
06_08_exp1_idx1TGGACGACTA_idx2AACTTATAAG.CGAGATGCTCTCTGCGGCA	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TGCCTTGGTAACTGCTGCC	Ventral
midline	9
06_08_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.ACCAATGCTGACGACCTGC	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GACTCGCTTAGTTCGAGTA	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GACTTGGCTTGGTATTCAT	Neural
progenitors	15
06_08_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GAGCGGTATAATAATACCA	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ACGAGGTTTATTGAGATTG	Neural
progenitors	15
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AGGCATCATGAAGGTTGCC	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ATTGCCGGTACCAGCGCAG	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CCATTGCGTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACCGAATTCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCGGAGAATGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCGTCGTATTATCCTCAAT	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GTCATCTGTTTGATATATT	Neural
progenitors	15
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGCCAATTTCTCTGCGGCA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TATGACTTGTTGGCTGATGA	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCTATACCTTAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCCTTGGTGTTGAAGGAT	Neural
progenitors	15
06_08_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TAGCCAATTTAGAGCCAGCC	Neural
progenitors	15
06_08_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.ACGAGGTTTCGGAAGATAT	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TGCCTATTATCGGAGATCCG	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTGCTGAATTCGAGGAGTA	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GATTACGGTAAGTTGCCAT	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGCCTATTATGTTGAAGGAT	Sensory
progenitors	6
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.GTCATCTGTAGAGCCAGCC	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CTCGTCTAGG.ATATGGATCTTCCAGAAGGT	Sensory
progenitors	6
06_08_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TTGAGAGATTAGAGCCAAGG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.TCTTAGTTCTCTCGTCTAGG	Neural
progenitors	1
06_08_exp10_idx1AGGTCAGCTT_idx2TATAACTTCC.GGTACCATTTCCGGCCTCG	Neural
progenitors	15
06_08_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.TAATCAGCTTCATGCTGGTT	Immature
neurons	2
06_08_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.AATTCATCGTACTATCCGCA	Neural
progenitors	3
06_08_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.CTGATAGGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.TGCCTATTATGATACGGAAC	Immature
neurons	2
06_08_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.GGTACCATTCGAGCTGCCA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.ATATCCTACTCTGATGGTCA	Neural
progenitors	15
06_08_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.CTGCCTTATAACTGATCTT	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2CAAGATTAAG.AAGGACGATTTATCCGGAT	Neural
progenitors	15
06_08_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.GTCATCTGTTGGAAGTACC	Sensory
progenitors	6
06_08_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.GAACGGCTTAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TATATGCGTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2CCTATAAGCT.GGCTTACTTTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TCGAATCTTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.AAGGATATGTTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.CTGGAAGATAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GGTTATCGAA_idx2GACCGTAGCA.TAGAGAGTATCTAAGAGAAG	Neural
progenitors	1
06_08_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.AAATTCCTCTATCGGCTATC	Sensory
progenitors	6
06_08_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TTGGTTAAGTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TAGAGAGTATAAGAAGCTAG	Neural
progenitors	15
06_08_exp10_idx1TAGGTAACTT_idx2CCTAGCGCCT.CCAAGGATTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.GGCGTTAATAGCGTCAATG	Neural
progenitors	15
06_08_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TATTCGGCTCATGCTGGTT	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.GAGTTCTCTGACCTCCGCC	Neural
progenitors	15
06_08_exp10_idx1TATTAGACTT_idx2CATGCATCTC.GACCAGGATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.ACGCTTGATTTAGATTCCG	Sensory
progenitors	6
06_08_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.TAGCCAATTTTTGAGTATCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.GGACTTGATCGATCATTAC	Neural
progenitors	15
06_08_exp10_idx1TGGACGACTA_idx2TCTAGAACTA.TATTCGGCTCTCGTCTAGG	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.GGTTGGCATTCCAATCATC	Sensory
progenitors	6
06_08_exp10_idx1TTGCCGTAGG_idx2GCTCTAACGA.TGAGAATCATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2TCTAGAACTA.CTGAGCATTTGGAACTAGA	Sensory
progenitors	6
06_08_exp10_idx1TTGCGAGCAT_idx2CGACTACCAA.TTAATGAGCTCTAAGAGAAG	Sensory
progenitors	6
06_08_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.GTAAGCTCTAGATATATCG	Sensory
progenitors	6
06_08_exp11_idx1AGTTGAATCA.CCATCAGGTCAGGAGGAGA	Neural
progenitors	0
06_08_exp11_idx1ATAAGGACTC.CGACGATATGCTAACCTCA	Neural
progenitors	1
06_08_exp11_idx1CAACCTCGTC.GCAACGTTTCAGGAGGAGA	Sensory
progenitors	6
06_08_exp11_idx1CCTCGTCAGA.GCTCTTAGTGTTCGTCAGA	Ventral
midline	9
06_08_exp11_idx1CGAATGGAGC.ATGGTTGGTATAGTCGTAG	Neural
progenitors	15
06_08_exp11_idx1CGCTTATCGT.GTTGCAAGTGTCCTTAAGA	Neural
progenitors	3
06_08_exp11_idx1CTAGCCAGCC.ATATCCTACTTAGATCTACT	Neural
progenitors	15
06_08_exp11_idx1CTATATAGCC.AACGAGCGTCAACCGCTAA	Ventral
midline	9
06_08_exp11_idx1GCAAGACCGT.GCTCTTAGTTAACTGGTTA	Sensory
progenitors	6
06_08_exp11_idx1GTAGCAGCTA.ATTCAAGCATAGGTTAGTTC	Neural
progenitors	15
06_08_exp11_idx1GTAGGATAAG.ACGGCAATTTTATAGCAGA	Neural
progenitors	0
06_08_exp11_idx1TAAGGCAGCC.CCGGATAGTTCTATAAGGA	Sensory
progenitors	6
06_08_exp11_idx1TAGAGGCGTT.CTGCCTTATTAACTGGTTA	Sensory
progenitors	6
06_08_exp11_idx1TCCGGCTTAT.TATTCTCCTTAGTTGCATCT	Neural
progenitors	15
06_08_exp11_idx1TTGATACGAT.TGCAAGGTTAATTATCAGC	Sensory
progenitors	6
06_08_exp11_idx1TTGCGAGCAT.CGGAACCTTTGAGTCCAGA	Neural
progenitors	15
06_08_exp11_idx1TTGGCGGAGT.TAATCAGCTTCGCCTAATGC	Sensory
progenitors	6
06_08_exp11_idx1TTGGTAAGGA.TCAAGATCTTAATACTCTTC	Neural
progenitors	15
06_08_exp12_idx1CGTCGAGCGC.CTATCTCCTTGGTCAGCCA	Neural
progenitors	0
06_08_exp12_idx1CTATATAGCC.TTGGCAATATACTTAACCTT	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2CTGCTTCGAC.AAAGCTGATTTAACTCTTAG	Sensory
progenitors	6
06_08_exp2_idx1AGACCATATC_idx2CTGCTTCGAC.AACGCGTCTTAGACTTCTT	Neural
progenitors	1
06_08_exp2_idx1ATTATGCAAG_idx2TTGAGTATCA.CCTGCAGTTTTGCTGGCAT	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GATACCTAAG.TATTCTCCTTGTCCTACTTG	Sensory
progenitors	6
06_08_exp2_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CAGATCAGTGTATAATACG	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TATAACTTCC.ATGGTTGGTTTATTCTGAG	Neural
progenitors	15
06_08_exp2_idx1GTAGCAGCTA_idx2ACGAGGACCT.CTGAGCATTTATCATGATC	Neural
progenitors	1
06_08_exp2_idx1GTAGCAGCTA_idx2CTAACTCCAA.AGGCGGAATGGAGGCCTCC	Neural
progenitors	15
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATAATCCTGTCAACCAGTAC	Sensory
progenitors	6
06_08_exp2_idx1TAGTAAGCCG_idx2CAAGATTAAG.ATAATCCTGTCGGTCAAGAA	Sensory
progenitors	6
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.CAGTATCCTCATTCAATCA	Sensory
progenitors	6
06_08_exp2_idx1TGGACGACTA_idx2AACTTATAAG.AGAGCATGTTAACGAATTG	Neural
progenitors	15
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.AACGATCATTCCAGTCCTCT	Neural
progenitors	15
06_08_exp2_idx1TTGGTAAGGA_idx2AACGGACCAA.ATAATCCTGTTCTTGCCGAC	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2ACTGAATTCC.GTCTCTACTAACCATTGGA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2ACTTCCGAAT.CGTACCTATTTAATTGAAT	Neural
progenitors	15
06_08_exp2_idx1TTGGTAAGGA_idx2ACTTCCGAAT.GTCTATGGTCGTAATGCAG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CGAGCTGCCA.ATATCTGGATCTAACTAGAT	Neural
progenitors	15
06_08_exp2_idx1TTGGTAAGGA_idx2CTCGGTCAAT.ACGGAACGTTATCATGATC	Neural
progenitors	15
06_08_exp2_idx1TTGGTAAGGA_idx2CTCGGTCAAT.TATCTCGATTCGGTTATGCC	Neural
progenitors	15
06_08_exp3_idx1ACGGCGTTAA_idx2CCGTCGGAGG.GCCATGGTTCCGTTCCTTA	Sensory
progenitors	6
06_08_exp3_idx1AGTCCGCTGC_idx2TCATCTCGAT.CAGAAGGCTAACCTGCGTA	Neural
progenitors	15
06_08_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.CGCCATTCTTTGATGCTAT	Ventral
midline	9
06_08_exp3_idx1GAGCGCGATG_idx2CGCCGCCTCC.AAATTCCTCTTCCTACCAGT	Sensory
progenitors	6
06_08_exp3_idx1GAGCGCGATG_idx2GTTCCGACGA.AGTTGCGCTTTGACTTCAG	Sensory
progenitors	6
06_08_exp3_idx1GATTCTTGAA_idx2TATAACTTCC.TAATACCAGTCCAGTCCTCT	Neural
progenitors	3
06_08_exp3_idx1GCATCGTATG_idx2ACTTCCGAAT.AGATTGGTTTCGGATTAGAA	Neural
progenitors	15
06_08_exp3_idx1GCATCGTATG_idx2AGCGTCAATG.GCAGATACTTGGAGAATTC	Neural
progenitors	3
06_08_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.ATCAGTCATTGGCCAGTCCG	Neural
progenitors	15
06_08_exp3_idx1GCATCGTATG_idx2TCCGTCGCCA.CTCCATCATTTGCTGGCAT	Sensory
progenitors	6
06_08_exp3_idx1GCGCGTTCAT_idx2CTCGGTCAAT.CCAGAACCTTTCTTCCGGT	Neural
progenitors	0
06_08_exp3_idx1GCGCGTTCAT_idx2GATGATCGTA.TAAGAATGGTGGAGCGGCCG	Neural
progenitors	3
06_08_exp3_idx1GTAGCAGCTA_idx2GGTAGGTCTC.TGAATCTGATTATCGTCGGC	Neural
progenitors	15
06_08_exp3_idx1GTAGCAGCTA_idx2TTGGTCATAA.ATTGAGGAATCGGATTAGAA	Sensory
progenitors	6
06_08_exp3_idx1GTAGGCTGCA_idx2TTCTACGCCA.TATAAGAGGTAACTGCTGCC	Neural
progenitors	15
06_08_exp3_idx1TAGGTAACTT_idx2CTCCGGTTCT.CCGGAGTTTAACTGCTGCC	Sensory
progenitors	6
06_08_exp3_idx1TATAATAGTT_idx2GACCTCCGCC.GGCGTTAATCGTCCGTCCT	Neural
progenitors	3
06_08_exp3_idx1TATAATAGTT_idx2TGCCAGATGG.TGAGTTAGATCCGCGGCTCA	Sensory
progenitors	6
06_08_exp3_idx1TCCTCTGCCG_idx2TTGAGTATCA.TAGGAAGGTAAGCCAGTTA	Ventral
midline	9
06_08_exp3_idx1TGGACGACTA_idx2AACGGACCAA.TTGGCGACTGCCGTATGCT	Neural
progenitors	3
06_08_exp3_idx1TTCCGTCGAC_idx2AATTGCCTAC.ATATGCCATTTAGGCCATAG	Neural
progenitors	15
06_08_exp3_idx1TTGCCGTAGG_idx2CGAGCTGCCA.AACTGGCATTTACGATGAA	Neural
progenitors	15
06_08_exp4_idx1GATTCTTGAA_idx2AGTTGCATCT.AGAAGTAAGTACTATAGGTT	Neural
progenitors	15
06_08_exp4_idx1GATTCTTGAA_idx2TGATAGAACG.ATACTACTCTGTCCTTAAGA	Neural
progenitors	15
06_08_exp4_idx1GATTCTTGAA_idx2TGATAGAACG.CAACTCTCTTTAGGACCGG	Sensory
progenitors	6
06_08_exp4_idx1TCCTCTGCCG_idx2CAAGCTTGGC.AATTCTAGGTTAACTCAATT	Neural
progenitors	15
06_08_exp4_idx1TCCTCTGCCG_idx2CAAGCTTGGC.CGGAACCTTGTATCATCGA	Sensory
progenitors	6
06_08_exp4_idx1TTATTGAGGC_idx2GATTGCAGAC.AGAACTCCTCCTTGGTCCA	Neural
progenitors	15
06_08_exp4_idx1TTCGAATATT_idx2ACTCTCTCAA.AACTTGGATTTGGCCGGCCT	Sensory
progenitors	6
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CAATCGGTTTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TGACGAGGTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2ACGCAACTCC.GCAACGTTTTGGAGAATTC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TAACTAAGGTCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GGTAGTCCTCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.AACCGCTGTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCATTGCGTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCGAGAGATCCTTACTCCT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCGCTCAATCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGGTTAAGTTTGATGCTAT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.ACGCCATATTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GGTCTACGTATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCCTCGAGTGTTGAAGGAT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TTGGCAATATTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.CAATCGGTTGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GAACGGCTTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACTTGGCTACCTGGACGC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCGGTACCTTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCGCGGATACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.ATTGCCGGTATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TGCCTTGGTGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GACGTTCGTTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.GCGCTCAATGCGCGGTAGT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TATCATGAGTAATAATACCA	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCGAATCTTTAACTGCTGCC	Immature
neurons	2
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TAGAGAGTATCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.CTACGGCATATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TTATAGGCATCATAACCAGC	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GACCGTCATGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.GTTCGCTGTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.ACCGTAGCTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GACCAGGATGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTATCGCATCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCATGGCTTCCGCGGACCG	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.GCTGGCTATAATAATACCA	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.GCTGGCTATGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GTTCGCTGTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GTCGGCAATAACTGCTGCC	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.CGAGATGCTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TCCGGTCATGACGACCTGC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGACTTGATTCGAGGAGTA	Neural
progenitors	15
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCGCGGATTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.AACCGCTGTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.ACGGCAATTAAGTCTTCCG	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TTCCGACGTCGATGGCGCC	Neural
progenitors	15
06_08_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.ATGGCAGCTTTGATATATT	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TGACGAGGTCGGAAGATAT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TTAATGAGCTCATAACCAGC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.CGACGATATCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TCCTACCTTATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACCGTAGCTTTGATGCTAT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TGGTAATAGTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GCAACGTTTTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCTCTAGTTCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AAGCGCCATTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCGAGAGATCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATTCGGCTTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCATAGAGTTGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CGAGATGCTGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAACTAAGGTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GCAACGTTTCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TTGAGTCCTAACTGCTGCC	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.ATAGTCGCTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GAACGATGTAACTGCTGCC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TAGAGCCTTCGGAAGATAT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.ATGGCGTATACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CGACGATATAATAATACCA	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTGAGTCCTAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.TATTGACTCTTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TCAGCGGTTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.CAACGCAGTGGCGAGCTTA	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CCATCAGGTGAAGGTTGCC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTTCGCTGTCATAACCAGC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCGAGAGATCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGAGCCTTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TCTAGGAATTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.ACCTTCGGTTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.CAGAAGGCTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CCGGAGTTTATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTTAGCGGTAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GCTGGCTATGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTAAGCTCTTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.GACCGTCATACCGCAGAAT	Neural
progenitors	3
06_08_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.TCAGTTGGTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.ATGGAGAGTAGAGCCAGCC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TGTTAAGACTGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TAGCCAATTTTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTAATGAGCTAGTTCGAGTA	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GAAGAGGCTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ATGGCAGCTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCTGAAGCTAGAGCCAGCC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTAGTCCTAGAGCCAGCC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAACTAAGGTGATAAGGCAA	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TGTTAAGACTCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GCTGAAGCTAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GGTCTACGTTATCCTCAAT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.CTTCATGCTGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.GACTCGCTTAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.GTAAGGAGTGCCGGTCGAG	Immature
neurons	12
06_08_exp1_idx1TGGACGACTA_idx2AACTTATAAG.TCGGTACCTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.AACCGCTGTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ATGGCGTATTGGCTGATGA	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.ATAGTCGCTAGGCCGCTCG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCGCGCATTCGATGGCGCC	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2AACTTATAAG.ATACCAGTTTAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2AACTTATAAG.TTCCATCTTTTGATAGAACG	Immature
neurons	12
06_08_exp10_idx1AATACGATAA_idx2ACGTTCAACC.AATTCATCGTTATTACTCAT	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CGCCGCCTCC.CTCGTTGATTATTACTCAT	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CGCCGCCTCC.TAGAGAGTATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TATTCGGCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CTCGATGGAG.GTCTATGGTTAGAGTAATA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TCTAGAACTA.GCATCCAGTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.GGAGGTTCTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TTTGCTACTTTCCGTCGCCA	Neural
progenitors	16
06_08_exp10_idx1AGACCATATC_idx2CCTATAAGCT.GGCAAGTCTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CGATCATTAC.TACGGTAGTTGATAGAACG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CGATCATTAC.TCTAGGAATTGGTATGCTTG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.GATACGTCTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.AACTAGTTGTTTACCTCGAC	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.GGTTGGCATGCAGGTCCGT	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TCTCGCTCTCATGCTGGTT	Neural
progenitors	1
06_08_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.AACTGGCATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TTCTCATTGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.GGCTTACTTTTGAGTATCA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TTGAGTATCA.TGCCTATTATAAGAAGCTAG	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.GGAGGTTCTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.GTAAGCTCTTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TATAAGAGGTAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TCGAGAAGTCCATTATCTA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TGACGAGGTGGCTATGACT	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTGCAATCGC.TTTGCTACTTTTACCTCGAC	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GGTCCAGGAG.TCCAAGTTATTATTACTCAT	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AATTGCCTAC.TTACCTAAGTTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.TACGGTAGTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.TCCTCGAGTCTTGCGCCGC	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TTTGCTACTTGATCTTACGC	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2GATCAGTCAT.AGTATTAGCTAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TCGAATCTTTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.TCTTAGTTCTTAGAGTAATA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.TCTTAGTTCTTCTAGAACTA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TAGGTACTATCCATTATCTA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CTAACTCCAA.TCCTATTCTTACGCGAGATT	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2CCTAGCGCCT.TGCCTATTATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.GGAGCTCATTGATAGAACG	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.TTATAGGCATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TAGAGAGTATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.GCTGAAGCTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2CTGCTTCGAC.CGTACCTATCTAGTAGTCT	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CATGCATCTC.GTAAGCTCTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CATTATTACC.GGTTGGCATTTACCTCGAC	Neural
progenitors	16
06_08_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TCGAAGGATTTCGCCTCCA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2CATGCATCTC.TATCTCGATTTATTACTCAT	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.TGAATTCGTTTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2GTCATTGCGC.GACGTTCGTTCTAGAACTA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2ACTCTCTCAA.CTTCGACTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.ACGCTTGATCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2CTCGTCTAGG.GAAGAGGCTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2GACCTCCGCC.TTCCATCTTTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.TAGTTACCTTTTCAAGACCA	Neural
progenitors	0
06_08_exp12_idx1ATACCTCGAC.CTACCTGGTTTGGAGTCGG	Neural
progenitors	0
06_08_exp12_idx1GCAAGACCGT.TTCGCATAATTAGATCTACT	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2ACGCAACTCC.TTCGTTCCTGTATCATCGA	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.CCTAATGGTTTATAGCAGA	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2ACTATCCGCA.ATACTACTCTCAAGTCGACC	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2AATTGCCTAC.ATCAATACGTTTCTTCCGGT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CTAACTCCAA.ACGGAACGTGCTGGAACTT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2AGGTCAATTA.CGAGGCAATTCAAGCCGAT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CAAGATTAAG.CCGACCAATGTATCATCGA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.CCTAATGGTCGGTTATGCC	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.GTCTCTACTCCGCTGCCAG	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2TCTAGAACTA.GAGGAACTTCATCAGAATG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GCAACTGGCA.TGGATTCTATGGTATGCTTG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CGAGCTGCCA.ACAGGTATTTTAACGATCCA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CTGCAATCGC.AAACCATAGTAGCTGCAATA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2GATGATCGTA.AGATCGGATGGACTACTAC	Neural
progenitors	0
06_08_exp3_idx1ACGGCGTTAA_idx2GACCTCTCTG.ATACTACTCTATGGCTCTGC	Neural
progenitors	0
06_08_exp3_idx1GTAGCAGCTA_idx2GGCTAATTAA.TGCTCCTATTCAAGCCGAT	Neural
progenitors	15
06_08_exp3_idx1TTGCCGTAGG_idx2AACGGACCAA.TGCAAGGTTCTCTGATCAG	Neural
progenitors	15
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GCGCTCAATCGAATAGATG	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GGTCTACGTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TTGCGGTCTCTCTGCGGCA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.CCAGAACCTTGGCTGATGA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCGCCAACTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.AGTTGCGCTTGGCTGATGA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CTTCATGCTTATCGTCGGC	Neural
progenitors	15
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GAAGAGGCTCCTTACTCCT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GTAGCGATTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TCATTAAGCTGGCCAGTCCG	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTAGTACGTCGCGTACGAC	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GAGCGGTATCGGAAGATAT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.CTCCGGTTTTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TATGCGATTTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGAGGTTCTACCGCAGAAT	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CTCCTCGTTCCGCGGACCG	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GCAACGTTTTCAGACGAAC	Neural
progenitors	3
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGAGAATCATTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TGGTAATAGTGGCCAGTCCG	Neural
progenitors	1
06_08_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.CATCGGACTTTGATATATT	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.GATCGACCTGGCCAGTCCG	Neural
progenitors	1
06_08_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.CTAGTACGTTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TATAAGGCTTGGCCAGTCCG	Neural
progenitors	15
06_08_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.GTTGCTCCTCTGAACTGGT	Neural
progenitors	15
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTCATCTGTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CTGGAAGATTTGATGCTAT	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GACTTGGCTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCGGAGAATAAGACGGCCA	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGCGCATTTTCAGACGAAC	Sensory
progenitors	6
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GTAAGCTCTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.ACGCCATATCGAATAGATG	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GCGGTATATGCGTTCAGCT	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CTCCTCGTTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GTAAGCTCTCGAATAGATG	Neural
progenitors	3
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GCGCTCAATTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GTAAGGAGTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.AAGATGCCTACCTGGACGC	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GGCTTACTTTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GTCATCTGTCATAACCAGC	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.TCCTACCTTCGGATGAAGG	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GGCGACTATCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTTCCAGCTGTTGAAGGAT	Neural
progenitors	15
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TACTCCTATTGACGACCTGC	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTCTCTAGTTCCTTACTCCT	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.GAGACTAGTCGAATAGATG	Neural
progenitors	1
06_08_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TAACTAAGGTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.TATAAGGCTTGCCAACGCCA	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.TTGAGAGATTTGGCTGATGA	Neural
progenitors	1
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CCGTCTCATTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TCATAGAGTTTACGGCTACG	Neural
progenitors	3
06_08_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TCGTCTATTTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2ACCAAGATCT.ACCTTCGGTCGGATGAAGG	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.CCTCCTGATGATAAGGCAA	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.CTCCGGTTTGCGACGCCTT	Neural
progenitors	3
06_08_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.GTTCCAGCTTTGGACGCTG	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CCGGAGTTTGCCGTCGCGT	Neural
progenitors	15
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCGGAGAATATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGCAAGTCTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGCAAGTCTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATGCGATTTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCCTACCTTCCGTCCAGTA	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTGGTTAAGTCGGAAGATAT	Neural
progenitors	1
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GATTACGGTACCTGGACGC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTAGCGATTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TATAAGGCTTTTGGACGCTG	Ventral
midline	9
06_08_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.ACGAGGTTTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.CGAGATGCTGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TCTCGCTCTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.CCGGAGTTTGGAGCGGCCG	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCGTAGCGTCCAGGCCGCA	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TCCTCGAGTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.CTCCTCGTTAATAATACCA	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.GATTACGGTTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GAACGGCTTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GCTTCTGGTTGGTATTCAT	Neural
progenitors	3
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TATCATGAGTTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCGAATCTTTTTAGCAATAA	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TCTAGGAATTCTCTGATCAG	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CGACGATATGCGACGCCTT	Ventral
midline	9
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGCAAGTCTGCCGTCGCGT	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTCGGAGTTAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCAACTGATTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ATGGCAGCTCATAACCAGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ATTGCCGGTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TTAATGAGCTTGCGCGATGC	Ventral
midline	9
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTCCAGAGTCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CTCTACTGTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGTTACCTTTGGCTGATGA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCCTCGAGTTCAGCTCTAA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCGTAGCGTGCCGTCGCGT	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.GTCGGAGTTGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TTCTGGCCTCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GAACGGCTTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TCCTACCTTGGAGCGGCCG	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TCGGTACCTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATGGCGTATCGGATGAAGG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CGCCGTAATAGAGCCAGCC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAGGTACTATAGAGCCAGCC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCCTTGGTCATAACCAGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGGTAATAGTTCAGCTCTAA	Neural
progenitors	1
06_08_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.CATCGGACTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.GCGTCGTATGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GAACGATGTGTCCAACTCA	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.TGACGAGGTCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GACCAGGATCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GACTTGGCTTCGAGGAGTA	Neural
progenitors	15
06_08_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.CCTCCTGATATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.ATGGAGAGTCGGAAGATAT	Neural
progenitors	1
06_08_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.GCATCCAGTACGCCGTTCA	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GACCAGGATGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCGAATCTTTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CTTAGCGGTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTGAGAGATTCTCTGCGGCA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.ACGGCAATTTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.CAGAAGGCTTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.AGCAACGATACCTGGACGC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CAACGCAGTCCGTCCAGTA	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CAACGCAGTCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACGTTCGTAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCATCCAGTTTGATATATT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTAAGGAGTAACTGCTGCC	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TATCATGAGTTCTCCTATAA	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGAGAGATTCTCTGATCAG	Neural
progenitors	1
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCGAATCTTTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.AACCGCTGTTTACGTATAC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CAGAAGGCTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GGTTCGAGTAAGTTGCCAT	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.CTAGTACGTTATCCTCAAT	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.GTAGCGATTCGGATGAAGG	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TATCATGAGTTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CTTAGCGGTTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGATAGGTTGGAGCGGCCG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTTCGCTGTCTCTGCGGCA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATCGAACTTTTACGTATAC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGCCAACTGGAGCGGCCG	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GGTACGGATTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGCTACTAATCTCTGCGGCA	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTCCGACGTTGGCTGATGA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TTGGAGTTATCTGAACTGGT	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACCGTAGCTGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCAGATACTGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GGTTGGCATCGGATGAAGG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TATTGACTCTTCTCCTATAA	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTATACCTTCGGAAGATAT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTGAGTCCTGATAAGGCAA	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.CTCCAGAGTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.GACTGACGTGCCGTCGCGT	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GAGCGGTATCCTTACTCCT	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GGCAAGTCTACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CCTCCTGATGCCGTCGCGT	Neural
progenitors	1
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TATGCGATTTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TCGCCAACTGGAGCGGCCG	Neural
progenitors	15
06_08_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.TCATAGAGTTACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.TTCAACTGATGTTGAAGGAT	Neural
progenitors	3
06_08_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.CCGTCTCATTGGAGAATTC	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GCATCCAGTTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.TAACTAAGGTAAGACGGCCA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CGACGATATTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTTAGCGGTAAGTCTTCCG	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TAGAGCCTTGAAGGTTGCC	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCTACTTACTATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCGTAGTTTCAGCTCTAA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TTGGCTCATGGCGAGCTTA	Neural
progenitors	1
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TTCTGGCCTCGGAAGATAT	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TCTCCGAATCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.TGCTCCTATCTCTGATCAG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2AACTTATAAG.ATAACTTCCTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2ACGTTCAACC.TCCAAGTTATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.GAACGGCTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.ACAGGTATTTTAGCCGTCAT	Neural
progenitors	1
06_08_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.TAGTTACCTTCGAGCTGCCA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2AATTGCCTAC.TTCGCATAATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.GTAAGGAGTCGAGCTGCCA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CCTATAAGCT.GTTGCAAGTAGAGCCAAGG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CGATCATTAC.AACTGGCATTTCGCCTCCA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CTCGTCTAGG.GTAGACGGTCGAGCTGCCA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CTGCTTCGAC.TCAAGATCTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2ACCAAGATCT.GGTTGGCATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2ATAAGAGGCG.TGCTGGATTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.GAGTTCTCTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TCTTAGTTCTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TTCAACTGATAAGAAGCTAG	Neural
progenitors	15
06_08_exp10_idx1ATAAGGACTC_idx2ACTATCCGCA.GACCGTCATTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.TGGTTGAATTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.CTGGAAGATCCATTATCTA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.TCTTAGTTCTTCCGGTAATC	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.TTGACCAGTAATGGTCGAC	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.AAGGACGATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.TTCGCATAATAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2GGAACGATGG.CGTACCTATCGAGCTGCCA	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.TGGTAATAGTAATGGTCGAC	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GGTCCAGGAG.ATATGGATCTTTCGCCTCCA	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GGTCCAGGAG.TCTATACCTTTCAACGTAAG	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.AACTGGCATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.CTGCTGAATTCTAGAACTA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CGATCATTAC.ACCATGATTTAAGACCGTTG	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2TCCGTCGCCA.TTTGCTTAGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.CAGTATCCTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.GGTACCATTTAGAGTAATA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TAGGAAGGTTCCAGAAGGT	Neural
progenitors	0
06_08_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.TCTACTTACTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.AAGGACGATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.TTTGCTACTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TGCTGGATTTGGAACTAGA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CTAACTCCAA.TTGGCAATATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.GAGACTAGTGTCATTGCGC	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TAACGACTTTTGGAAGTACC	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.GGTACCATTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TATAAGGCTTCCATTATCTA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.GCTCTTAGTAAGAAGCTAG	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.CTGAGCATTTTCAAGACCA	Neural
progenitors	1
06_08_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.ACGTTGCTTTCCGGTAATC	Neural
progenitors	15
06_08_exp10_idx1TAGTAAGCCG_idx2GAACTGCATC.GGTCAGTTTTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGAAGGATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.GGCAAGTCTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.GGCTTACTTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TTCGTTCCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.GTCATCTGTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TCTATCCAATTCCAGAAGGT	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.AACTAGTTGTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.GACGTTCGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.TTCGCATAATTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2ACTATCTTGA.ACAGGTATTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.TGTCCTTATTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CATTATTACC.ATTCCTAGATCTTGCGCCGC	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TCATCTAATC.CGTACCTATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TGGCCGCAAT.GGAGCTCATTAGAGTAATA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2ACGAGGACCT.TTCTAAGCTTTGATAGAACG	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.AGCGTAAGTCGAGCTGCCA	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2ACTATCTTGA.AATTCATCGTTATTACTCAT	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2CAAGTACTGG.GAACGGCTTAGTCCGCGGA	Neural
progenitors	1
06_08_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.GAAGAGGCTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2ACTCTCTCAA.GGACTTGATAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TATGCGATTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TTCCATCTTTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.ACAGGTATTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2GGCTATGACT.GTATCGCATCGATCATTAC	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2CTGCTTCGAC.TCTATACCTTCGCCTCGAAC	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.GTCCTGCATGATCTTACGC	Neural
progenitors	15
06_08_exp10_idx1TTGCCGTAGG_idx2CTCCGGTTCT.TCTACTTACTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2GATGATCGTA.TGTTAAGACTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2GCTCTAACGA.TCATGGCTTAGATATATCG	Neural
progenitors	15
06_08_exp11_idx1AGTCTATCGT.CGAATGAGTCTGGATTAGT	Neural
progenitors	15
06_08_exp12_idx1CGCGGCCATA.AGGATAATCTATCAACGATT	Neural
progenitors	0
06_08_exp12_idx1TTGCCGTAGG.TGGCCTGATTTCTTATCGA	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2ACGCAACTCC.ATACCAGTTTTAACGAATTG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2CTCGTCTAGG.CTGATAGGTTTCATAGGAC	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GACCTCCGCC.GTCTCTACTTTCCAACCGC	Neural
progenitors	1
06_08_exp2_idx1AGACCATATC_idx2GACCTCCGCC.TAGAACCAATATTCGACCAA	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2AAGATCCAAC.CGTCTTCCTTCTTGCCGAC	Neural
progenitors	1
06_08_exp2_idx1ATTATGCAAG_idx2GGTAGGTCTC.AGTATTAGCTAGGTATACTC	Neural
progenitors	15
06_08_exp2_idx1CTCAATTAGT_idx2ATAAGAGGCG.GGCTAAGATTTGCTGGCAT	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2CGAAGGACGA.GATACGTCTGACGAAGCGT	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GGCTAATTAA.TTCTTCGTTTCGTCGCAGCC	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2AGGATTACCA.AAGGACGATGACGAAGCGT	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2GATCAGTCAT.GGTCAGTTTCCGCTCCGGC	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TCCGGTAATC.GTCTATGGTTTATTCTGAG	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TCGTAGGCTT.ATTACCATCTCCTTGGTCCA	Neural
progenitors	15
06_08_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.CAACTCTCTTTCCAACCGC	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.TAGATGACTTCTAGTAGTCT	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.TCAAGATCTTAGGTATACTC	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2AGTTGCATCT.AGAGTACCTCAATTACCGT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2AGGTCAATTA.ACATGGTAATATGGCTCTGC	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CCAAGCTGAA.AACCTCATTTTCAAGCCGAT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.CAGATCAGTCGTAGTTACC	Neural
progenitors	15
06_08_exp2_idx1TATTAGACTT_idx2GTCATTGCGC.ATTAGGTACTATATTGATAC	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2TGGCCGCAAT.AATTCTAGGTCCGTTCCTTA	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2TGGCCGCAAT.ATATGCCATTCCATCGCGAA	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACGTTCAACC.ATATCTGGATGTTCGTCAGA	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.TCGAAGGATCCGTTCCTTA	Neural
progenitors	1
06_08_exp2_idx1TGGACGACTA_idx2CCTAGCGCCT.ACTTGATTGTAGCCGGTACC	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2TGATACGAGT.AACGTAATCTGAGCATATGG	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2TGATACGAGT.AAGTATTGGTGAGCATATGG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AACCTAGCTT.AACGTAATCTCGTAGTTACC	Neural
progenitors	15
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.TGGTTGAATTCCGCGGCTCA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2ACTGAATTCC.AAACTGAACTTTCAATATAA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2ACTGAATTCC.AATTCTAGGTTTGCTGGCAT	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2ACTGAATTCC.ATTGAGGAATAATACCATCC	Neural
progenitors	1
06_08_exp2_idx1TTGGTAAGGA_idx2CTCGGTCAAT.CTACCTGGTACGTCCGCAG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CTGCAATCGC.ACATTCGTATCTAACTAGAT	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2GATGATCGTA.ACTGGACCTTTATTATGGT	Neural
progenitors	0
06_08_exp3_idx1AGGTCAGCTT_idx2AAGATCCAAC.TTCGCGGATTCAGCTCTAA	Neural
progenitors	0
06_08_exp3_idx1AGTCCGCTGC_idx2CCAAGCTGAA.ATTGATCGTTCGGATGAAGG	Neural
progenitors	0
06_08_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.ACTGAATACTAAGACCGTTG	Neural
progenitors	3
06_08_exp3_idx1AGTCCGCTGC_idx2CGACTACCAA.ACTGAATACTCGGATGAAGG	Neural
progenitors	0
06_08_exp3_idx1ATAAGGACTC_idx2GGTAGGTCTC.TAGATGACTTCGTAATGCAG	Immature
neurons	2
06_08_exp3_idx1ATAAGGACTC_idx2TGGCGTAGGT.GTACCTCTTCTTGCAGTAG	Neural
progenitors	0
06_08_exp3_idx1ATAAGGACTC_idx2TTGGTCATAA.GCATCCAGTTGGTATTCAT	Neural
progenitors	0
06_08_exp3_idx1CTCAATTAGT_idx2TCGTAGGCTT.CGGTTCCATCGGATTAGAA	Neural
progenitors	1
06_08_exp3_idx1GCATCGTATG_idx2GATTGCAGAC.GGTAGTCCTGCGTTGGAGC	Neural
progenitors	0
06_08_exp3_idx1TCCTCTGCCG_idx2CTAACTCCAA.TCAGCGGTTTCGAGGAGTA	Neural
progenitors	1
06_08_exp3_idx1TTATTGAGGC_idx2AGATCCTATA.AGATTGGTTTCTCTGATCAG	Neural
progenitors	0
06_08_exp4_idx1GATTCTTGAA_idx2CATTATTACC.ATGCATTCATCAACCAGTAC	Neural
progenitors	0
06_08_exp4_idx1GGCTTACTCC_idx2TTGGAGTCGG.CCGTCGATTTTAATTGAAT	Neural
progenitors	0
06_08_exp4_idx1TCTTGAGGTT_idx2CGACTACCAA.TTTGCTACTTACTCAATAGG	Neural
progenitors	0
06_08_exp4_idx1TTGCGAGCAT_idx2AGATCCTATA.CGATTCGCTAAGTAAGAGC	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCCAAGTTATTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCCGTATGTCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.GACCAGGATTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCGCTCAATTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTTCCAGCTTTGATGCTAT	Neural
progenitors	16
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GTACCTCTTCCTTACTCCT	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.CCATCAGGTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.AACCGCTGTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CCGTCTCATTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCTAGGAATTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTGGAGTTATTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTTCCAGCTTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TTCGCGGATCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TGGTAGGCTTTGATGCTAT	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TAGCTCGGTGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TCTCGCTCTTTAGCAATAA	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.CTTAGCGGTTGGCTGATGA	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TATTGAGGTTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCCGGTCATCCTTACTCCT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CCATTGCGTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TGAATTCGTTCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CAGAAGGCTGCGTTCAGCT	Sensory
progenitors	6
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.AAGCGCCATTGCGCGATGC	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TAACTAAGGTTACGGCTACG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCAGCGGTTAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGGTCTCCTAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.CTTAGCGGTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.ACGCCATATACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.TCCAAGTTATAGACTCAAGC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GAGCGGTATATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GGTCCTTCTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TCGCGCATTTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCTACTTACTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GCAATCGCTAAGTTGCCAT	Neural
progenitors	1
06_08_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.CAACGCAGTCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.TGGTAATAGTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.GACTACCATTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.TCTCGCTCTAATAATACCA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTCCGGTTTCGGATGAAGG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGCTAATTCTGGAGCGGCCG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TCCTACCTTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGTCTACGTAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TCGTTCTGTAATAATACCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2AACTTATAAG.TTGATTCCTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CTCGATGGAG.CTGATAGGTTTACCTCGAC	Neural
progenitors	16
06_08_exp10_idx1ACGGCGTTAA_idx2AGGATTACCA.TAGAGCCTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.TGCCTATTATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2TCCGTCGCCA.TCAGGAGATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CGATCATTAC.TATGCGATTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.CTGATAGGTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.TTATAGGCATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.GTCGTAACTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2ACGAGGACCT.TAGGTACTATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2ACTATCCGCA.GACCAGGATAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.TCTTAGTTCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2CCAAGCTGAA.TCCAATAGTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.ACTTACTCATTTAGATTCCG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.GTTGCAAGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2ATAGGATATG.TAGTTACCTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.GGCTAAGATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TATGACTTGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.TCAGCTTCTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.GCAGATACTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AATTGCCTAC.CTGAGCATTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.AATTCATCGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.GAGTTCTCTGTCGCTCAGT	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.TAGCCAATTTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.AAGGATTACTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.CTGCTGAATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GGCTTACTTTTCGCCTCCA	Neural
progenitors	0
06_08_exp10_idx1GGCTTACTCC_idx2GCTCTCGCCT.GCTGAAGCTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.TTGACTCAATGCCGCAACGA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.GGCAAGTCTCTCGTCTAGG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TCCTATTCTTCTAAGAGAAG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.CTGATAGGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TATTCTCCTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.TCTATCCAATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACTTCCGAAT.CTTCGACTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.TACTCCTATTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2TGATACGAGT.TATGAGAACTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.TAGGTACTATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2GAACTGCATC.TCTAGGAATTAAGACCGTTG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.GAGGAACTTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2CTCGTCTAGG.GGCTTACTTAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.ATCAGTCATTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.CCAAGGATTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CATTATTACC.TATTGACTCTCTAGTAGTCT	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2ACGAGGACCT.GAGTTCTCTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.TCGAAGGATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.TCTATACCTTTCCAATCATC	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.GCGTACTTTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.ATAACTTCCTAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.AATTCATCGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2CGAAGGACGA.TTCTAAGCTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.TTGATTCCTTAACGGACCAA	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2ACGCAACTCC.ATGGTTGGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2GGACTCATTG.TTCGCATAATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2TCATCTCGAT.GTCCTGCATAGGTTAGCAT	Neural
progenitors	0
06_08_exp11_idx1CGTTACCGCT.GCGGAGAATATGGAATTGG	Neural
progenitors	0
06_08_exp11_idx1CTAACTAGGT.AAATTCCTCTTTGGATCCTT	Neural
progenitors	1
06_08_exp11_idx1GTAGGATAAG.TCGGTACCTGGCCGTAGTC	Neural
progenitors	0
06_08_exp12_idx1ATTCTTAGCT.GCGGAGAATATCATATTAG	Neural
progenitors	0
06_08_exp12_idx1GATTCTTGAA.TCCTATAAGTTTCTTATCGA	Neural
progenitors	0
06_08_exp12_idx1GCGCGTTCAT.ATAAGCGAATGCCAGGATCA	Neural
progenitors	0
06_08_exp12_idx1TAGGTAACTT.ATTGCCGGTACTTAACTAG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GACCTCCGCC.AAGGCTACTGTTACGCAAG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.TATTCTCCTTTTATTCTGAG	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2ACTATCCGCA.CTGAGCATTGTATAATACG	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2GGTAGGTCTC.CGATTCGCTAGGTATACTC	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GATACCTAAG.ACAGGTATTTTATGAGTTAA	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GGCTAATTAA.CCTGCAGTTACGTCCGCAG	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TCGTAGGCTT.AACGTAATCTCGTAATGCAG	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TCTATAAGGA.TTCCATCTTTTAACGAATTG	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.ATATCCTACTTCAAGCCGAT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCAAGATCTTACTATAGGTT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CATGCATCTC.ACGCTTATATTTATTATGGT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CATTATTACC.CGGAACCTTGTCCTTAAGA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AAACTGAACTTTCTTAATAA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CGCTGCTTTACGCGAGATT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2TGATAGAACG.ATACCAGTTTACGTCCGCAG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2AGGTCAATTA.ACGTCTAGTGTATCATCGA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CAAGATTAAG.CGAGGCAATTAACTCTTAG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GACTAGTCTA.AAGTACGTTTGACGAAGCGT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GACTAGTCTA.CTTCGACTTCAATTACCGT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GGTCCAGGAG.ATTGATCGTTTTCAATATAA	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2GTCATTGCGC.TTACCTAAGTGTATCATCGA	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACGTTCAACC.ACGTCTAGTTTCATAGGAC	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACGTTCAACC.CGTCTTCCTCGGTTATGCC	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.CGAATGAGTGGCGAACTCG	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2GCTCTAACGA.ATTCAAGCATGAGCATATGG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.CAGCAAGTTTCAATCGCAT	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.CTCGCATGTCGGTTATGCC	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GATTGCAGAC.GAGGAACTTATTCGACCAA	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2TCGATATTGA.TTCTCATTGTCCAGTCCTCT	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CGAGCTGCCA.TCCTATAAGTCTTGCAGTAG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CTCGGTCAAT.ACTTCCGTTCCTTGGTCCA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CTGCAATCGC.TTCTCATTGTGAGCATATGG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2GATGATCGTA.AAACTCCAATACGTCCGCAG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2GATGATCGTA.AGATTGGTTTTTGCGAGGCA	Neural
progenitors	0
06_08_exp3_idx1TAGGTAACTT_idx2ACTCTCTCAA.CGTTGATCTCGCGTACGAC	Neural
progenitors	1
06_08_exp3_idx1TTGCCGTAGG_idx2GATGATCGTA.CATCGGACTCTTGCAGTAG	Neural
progenitors	0
06_08_exp4_idx1GATTCTTGAA_idx2AGTTGCATCT.ACCTCAATATGGCGAACTCG	Neural
progenitors	0
06_08_exp4_idx1TTGCGAGCAT_idx2AGATCCTATA.ACCTCAATATTGGCCGGCCT	Neural
progenitors	15
06_08_exp2_idx1GCGCGTTCAT_idx2CGATCATTAC.ATAAGCGAATAATCGATAAT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.CGACGATATCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCCGACGTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCGTTCTGTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GCGGAGAATCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TATATGCGTTCGATGGCGCC	Germline	19
06_08_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.TATCGAACTTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TATATGCGTTTGCGCCATCT	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.GATCGACCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.GATCGACCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TTGGTTAAGTTGATAGAACG	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CGATCATTAC.CCTAATGGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.AACTAGTTGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.AATTCATCGTTCCGGTAATC	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TCCAAGTTATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2ACGCAACTCC.TAGAGAGTATTCCGGCCTCG	Neural
progenitors	0
06_08_exp11_idx1ACGGAGAGGA.GGCAAGTCTATAGTCGTAG	Neural
progenitors	0
06_08_exp11_idx1TCTATCGCTG.TATTGACTCTCCGCTGCCAG	Neural
progenitors	0
06_08_exp12_idx1TCCGGCTTAT.TAATACCAGTCTGATTAAGA	Neural
progenitors	0
06_08_exp12_idx1TGGACGACTA.AGCATTATGTAATTATCAGC	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2TGGACTTGAC.TGCTGGATTTCGCGGTTGG	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2AGGATTACCA.CTAACGACTACGTCCGCAG	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AAGGACGATGGCGAACTCG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.ACGATATCATAGTAACGGTC	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2GTCATTGCGC.CGTTGATCTTTGCTAACGG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.ACATTCGTATTTCTTAATAA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2GATGATCGTA.ATGCATTCATGGCTCTCTAT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GACCGTCATACCTGGACGC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2ACGCAACTCC.ATTGCCGGTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCATTAAGCTACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCTAGGAATTGGAGCGGCCG	Neural
progenitors	15
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.ACCTTCGGTCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.GACCGAATTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACCGTCATGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTAAGCTCTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTAGCGATTATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TATCGAACTTAATGCTAGTC	Neural
progenitors	1
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TGAACGCGTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.CTTAGCGGTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.GCAACGTTTTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TCATTAAGCTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCGCCAACTTCAGACGAAC	Neural
progenitors	15
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTCAACTGATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCAGGAGATTGCGCCATCT	Neural
progenitors	15
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.ACCAATGCTCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GCGCTCAATGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.CTGGAAGATAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.GAACGATGTTGGAGAATTC	Neural
progenitors	1
06_08_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TATGACTTGTATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TCCTACCTTAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.ACGAGGTTTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.GAGCGGTATCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TATGCGATTTTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.GTAGCGATTACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CCTCCTGATAACTGCTGCC	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ATGGAGAGTTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CCGGAGTTTTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCGGTATATTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TTGCGGTCTGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.ATGGCAGCTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.CTCCAGAGTGTACTAGTAA	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TATAAGGCTTTGGCTGATGA	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.TCCAAGTTATGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TGGACCTCTTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TCGGTACCTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTCTCTAGTTTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTGAGTCCTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.TGGTAGGCTTGGTATTCAT	Neural
progenitors	15
06_08_exp1_idx1GCGCGTTCAT_idx2AGGATTACCA.AGCAACGATCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TGGTCTCCTGGAGCGGCCG	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.TCCGTATGTGCGTTCAGCT	Neural
progenitors	15
06_08_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.TCATTAAGCTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.GCTGGCTATTGGAGAATTC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.ACGAGGTTTGACGACCTGC	Ventral
midline	9
06_08_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TCTATACCTTCATAACCAGC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TCGTCTATTTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TCCGGTAATC.TTGAGTCCTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.AAGATGCCTAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGCGACTATCGATGGCGCC	Neural
progenitors	3
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGAACGCGTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.TGCCTATTATCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.GGTACGGATCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TAGGTACTATCCGTTGACTT	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.CCTCCTGATCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GATCGACCTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TTGGCAATATCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.CTCCGGTTTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GTTGCTCCTTGGAGAATTC	Neural
progenitors	15
06_08_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.CGACGATATTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TGAATTCGTTCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GGATAGGTTCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AGGCATCATTCAGCTCTAA	Neural
progenitors	1
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GGACTTGATTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TATAAGGCTTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.ACCGTAGCTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GCGTCGTATTATCCTCAAT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GGCAAGTCTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTATCTCCTTCGATATTGA	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CTCCTCGTTGTTGAAGGAT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACCGAATTCTCTGCGGCA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AAGCGCCATGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTCTACTGTGCGTTCAGCT	Neural
progenitors	3
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCGGTATATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCTCGAGATGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GGCGCATTTAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCATGGCTTTTGATGCTAT	Ventral
midline	9
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TACGGTAGTCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TGGCCTGATAATGCTAGTC	Neural
progenitors	15
06_08_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.GCAGATACTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TCAGGAGATCTCTGATCAG	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TATGACTTGTCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TTCTTAACCTGACGACCTGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.TCATTAAGCTCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GGCGCATTTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GTATCGCATAAGACGGCCA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.AGCAACGATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCATTGCGTCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.GATTACGGTGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GGTTGGCATAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.GACCGAATTCGGAAGATAT	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.TCAGCGGTTTGCGCCAGAA	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.CATCGGACTACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TATCCAGGTAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.CGTCGAAGTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTCGCGGATGTACTAGTAA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CTCCAGAGTCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CGGCGAGACC.GATTACGGTATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GACTCGCTTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GGTAGTCCTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTAGCGATTGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCGTATGTTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTCTGGCCTTCTCCTATAA	Neural
progenitors	3
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.ACGAGGTTTGCGTTCAGCT	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TTAATGAGCTCCTTACTCCT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GAGACTAGTCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCAGGAGATCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TCCGGTCATACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TATAAGGCTTCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TCCTACCTTGGAGCGGCCG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTCGCGGATGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TCGCCAACTTCAGCTCTAA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.ACGAGGTTTGAAGGTTGCC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TACGGTAGTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TACTCCTATTCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGAATTCGTTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGGTAGGCTTGGCTGATGA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCTGAAGCTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TAGCCAATTTCAGGTATGGA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.TATGGTCTTTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.ACCTTCGGTTTGGAATCTC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TCCGGTCATCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.TGCTCCTATGGCCAGTCCG	Neural
progenitors	3
06_08_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.CGGTTCCATATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCTCGCTCTCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.CCGAGAGATGTTGAAGGAT	Neural
progenitors	0
06_08_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.TCGTCTATTTTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1TCTTGAGGTT_idx2CTCGTCTAGG.TGGATCCGTGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.TCTCTCCATCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2AACTTATAAG.GACCAGGATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.ATGGCGTATTCAGCTCTAA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.GCTGGCTATGTTGAAGGAT	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.CTGCTGAATGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GCATCCAGTGCCGGTCGAG	Neural
progenitors	15
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GGAGCTCATTTGATGCTAT	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TGAGTTAGATGGAGCGGCCG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.GGCGCATTTCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TTCGCATAATTTGATATATT	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TTCTGGCCTCTGAACTGGT	Neural
progenitors	3
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.ACCAATGCTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CCGGAGTTTAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGCCTATTATCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2TCTAGAACTA.ATGGCGTATGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2TGATACGAGT.CAGAAGGCTGGCCAGTCCG	Ventral
midline	9
06_08_exp10_idx1AATACGATAA_idx2AACTACCGAC.TAACTAAGGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2AACTACCGAC.TATCGAACTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2AACTTATAAG.ATATCCTACTGATACGGAAC	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2AACTTATAAG.GCGGTATATTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.GTCGTAACTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TAGTTACCTTTCCGGTAATC	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2GACCGTAGCA.TAATACCAGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2GACCGTAGCA.TTATCCGCTCATGCTGGTT	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2GCTCTAACGA.ATACCAGTTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TGATACGAGT.GCTCTTAGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TGATACGAGT.TGCTGGATTTTCGCCTCCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TTAACGTACC.CTGAGCATTCCGAGAATCC	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2AGCGTCAATG.TGAGAATCATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2TCGATATTGA.GTTGCAAGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TCCTCGAGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2AAGCCGGCTG.ATTGATCGTTATCGGCTATC	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2ACGCAACTCC.GTCTCTACTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.GACCAGGATCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CCTATAAGCT.CAGTATCCTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CTCGTCTAGG.TACTCCTATTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CTGCTTCGAC.TACTCCTATTTAGAGTAATA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CTGCTTCGAC.TTAATGAGCTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2GATCAGTCAT.CTTCGACTTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.TGGATTCTATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2GGCTAATTAA.TTCCATTACTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TATAACTTCC.TTGATTCCTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.TCGAATCTTTTTACCTCGAC	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.TAATCAGCTTCTAAGAGAAG	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.ATCAGTCATTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2AGGTCAATTA.GGCGTTAATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.GGTTGGCATCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.AGATCGGATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.GCAGATACTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TTCTTAACCTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.TGGATTCTATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2TGGCGTAGGT.TTGGCAATATTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.TCTAGGAATTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.TCTATCCAATAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2ACTATCCGCA.TATCGAACTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.TCATTAAGCTTCTAGAACTA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2CATTATTACC.TGGTAATAGTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.TTCGTTCCTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.TAACGACTTTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TACTCCTATTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TCCAATAGTTGGCTATGACT	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.TGAATCTGATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TTGAGTATCA.ATTAGTCTGTACGCGAGATT	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.TAACGACTTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.TAGAGCCTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2GACTAGTCTA.GCAGATACTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2GACTAGTCTA.TCTACTTACTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.GGAGCTCATCGGCGAGACC	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.GGTCTACGTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.GGCTTACTTTCTAGAACTA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.GTCTATGGTCATGCTGGTT	Neural
progenitors	16
06_08_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.GTAGACGGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.GTAGACGGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TGTTAAGACTTATTACTCAT	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.TCCAAGTTATTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.AAGGATATGTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.AAGGATTACTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.CTTCGACTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.GGAGGTTCTGCCGCAACGA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.TTCAACTGATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.AGTCGCATTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.TGCTAATTCTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.CGAATGAGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.ATGGTTGGTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.GGAGCTCATAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.TAAGAATGGTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.AACTAGTTGTCATGCTGGTT	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.AACTGGCATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.TGCCTATTATCGAGCTGCCA	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2AGGTCAATTA.TATAAGAGGTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.GCGTACTTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2CCAAGCTGAA.AGTCGCATTAATGGTCGAC	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2CGGCGAGACC.TTCGCATAATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GACTAGTCTA.CTGCCTTATAACTGATCTT	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GACTAGTCTA.GAGACTAGTCGAGCTGCCA	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GGTCCAGGAG.CAGCATTGTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.AAGGACGATCATGCTGGTT	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.ATATCCTACTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.GCTGAAGCTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.TTTGCTTAGTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CGATCATTAC.CTCGTTGATAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CGATCATTAC.CTTCGACTTTATTACTCAT	Neural
progenitors	16
06_08_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.GGCAAGTCTTGGAACTAGA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.ACTTGATTGTACGAAGTCAA	Neural
progenitors	15
06_08_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.ATTAGGTACTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TAGTTACCTTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2AATTGCCTAC.TGAATTCGTTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2ACCGTTACGA.TATGGTCTTTCTAAGAGAAG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.CAGTATCCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.CGAATGAGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.ATAACTTCCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.CAGTATCCTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.GCAGATACTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.ATTAGGTACTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TATCTCGATTTATTACTCAT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2ACCAAGATCT.GCATCCAGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2AGATCCTATA.GTCGTAACTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TAGTTACCTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.TGCTGGATTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TAGTTACCTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TATGACTTGTTATTACTCAT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TCATGGCTTCTAGTAGTCT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TGCTAATTCTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TTCTAAGCTTCGAGCTGCCA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.TCAGCTTCTCGGCGAGACC	Neural
progenitors	0
06_08_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.TTCGTTCCTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.AGATCGGATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.GCTGAAGCTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TATTGAGGTTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TTGAGAGATTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TATGACTTGTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.GCAATCGCTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TTATAGGCATAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.GCCATGGTTTTACCTCGAC	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.ATGGTTGGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.GTCCTGCATTGGAACTAGA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2TCATCTAATC.TCAGGAGATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2CAAGCTTGGC.TAGAGAGTATAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2CAAGCTTGGC.TATTGAGGTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2CAAGCTTGGC.TCCAATAGTTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.GCCATGGTTTTAGATTCCG	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.GAACGATGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TAAGAATGGTCTCGTCTAGG	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TATATGCGTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2AACTTATAAG.GTCTATGGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.GACGTTCGTCTTGCGCCGC	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.TTCTAAGCTTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACTTCCGAAT.ATAACTTCCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2CCTAGCGCCT.AATTCATCGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.ACAGGTATTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.GTCGTAACTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.TTCTCTAGTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2AGGTCAATTA.GCTGAAGCTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2GAACTGCATC.GGCTAAGATCGGCGAGACC	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGAACCAATGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2GAACTGCATC.TAGGAAGGTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CAGTATCCTCCATTATCTA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GCAATCGCTCCGAGAATCC	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.GCTCTTAGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.GCTCTTAGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.GGCGTTAATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.GTTGCAAGTCATGCTGGTT	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.GGTTCGAGTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TATAAGGCTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2CTCGTCTAGG.CGAATGAGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2CTGCTTCGAC.TATAAGAGGTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2ACTATCTTGA.AAGGATATGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2ACTATCTTGA.TGGTAATAGTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CATGCATCTC.TTCGTTCCTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CATTATTACC.GGTACCATTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.ATATGGATCTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2GGACTCATTG.GCCATGGTTCTAAGAGAAG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TCGTTCTGTATCGGCTATC	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TTGAAGTCTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TGGCCGCAAT.GATAAGCGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TGGCCGCAAT.GTCATCTGTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.TATGACTTGTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.CGAATGAGTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TCATCTAATC.TTCTCTAGTTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.TTGGAGCTTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TGGACTTGAC.AACTAGTTGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.ACGCTTGATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.TGATGCGATTGGAACTAGA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TTGGTCATAA.GTCTCTACTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.TTGGCTCATTGGAAGTACC	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2GTCATTGCGC.AAGGATTACTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2GTCATTGCGC.GTTGCAAGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2GTCATTGCGC.TGGATTCTATTTACCTCGAC	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2TGGCCGCAAT.TTTGCTACTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AACTTATAAG.TGATGCGATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TATCGAACTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TATCTCGATTTCTAGAACTA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.GTCTATGGTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2CCTAGCGCCT.AAGGACGATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.AAACTCCAATCGAGCTGCCA	Neural
progenitors	1
06_08_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.GCGTACTTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.TTCGTTCCTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GCTCTAACGA.CTGAGCATTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.ATATGGATCTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TATAAGGCTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TGACGAGGTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCGATATTGA.GTCCTGCATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TGATACGAGT.GTTGCAAGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.TTCTAAGCTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2AGATCCTATA.CTGATAGGTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2ATAAGAGGCG.TCTATCCAATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2CCAGGTCTAC.AAGGATATGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2CCAGGTCTAC.GGTTGGCATTTACCTCGAC	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.CGTACCTATGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TATAACTTCC.TATTCTCCTTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TATAACTTCC.TTCTCATTGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TCTATAAGGA.TATTCGGCTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.GCATCCAGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.GAGGAACTTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.TGATCTTCTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.CTTCATGCTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.TTACCTAAGTTAGAGTAATA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2CTCCGGTTCT.TACGGTAGTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2TGAGGTAGAA.GCAATCGCTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2TGAGGTAGAA.TTCTCATTGTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2ACTATCTTGA.TATGGTCTTTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.ATTAGGTACTACTATCCGCA	Neural
progenitors	0
06_08_exp11_idx1AAGTACGCGA.TAGTTACCTTTTATAGCAGA	Neural
progenitors	0
06_08_exp11_idx1CATTCAACGT.TTCCGACGTTTATAGCAGA	Neural
progenitors	0
06_08_exp11_idx1GACTGGACCA.ACAACCTATTAACCATTGGA	Neural
progenitors	0
06_08_exp11_idx1GATAGAATCC.TATCTCGATTAGCTGCAATA	Neural
progenitors	0
06_08_exp11_idx1GTACTCCTAT.GAGGAACTTCTTCGGCGCA	Neural
progenitors	1
06_08_exp11_idx1TTGATGCAGG.AAGGATATGTTTATAGCAGA	Neural
progenitors	0
06_08_exp11_idx1TTGCTTAGAT.TTCGTTCCTAGGTCAATTA	Neural
progenitors	0
06_08_exp12_idx1ATGGAACGAA.TATGCGATTTAATTAAGACT	Neural
progenitors	0
06_08_exp12_idx1ATTGGCAGAT.CGAAGACCTTGGCCATGCA	Neural
progenitors	0
06_08_exp12_idx1CTCAATTAGT.TGGATCCGTAGGTCAATTA	Neural
progenitors	0
06_08_exp12_idx1CTCGTCGTAG.AAGATGCCTAACGAGGCTA	Neural
progenitors	0
06_08_exp12_idx1GCATCGTATG.TAACTAAGGTATAAGGAGCA	Neural
progenitors	0
06_08_exp12_idx1GCGCTATGGT.GCCATGGTTTATATACTAA	Neural
progenitors	0
06_08_exp12_idx1TAGAGGCGTT.CTCTGAGCTTAACTGGTTA	Neural
progenitors	0
06_08_exp12_idx1TATTAGACTT.TGGTCTCCTGCAGACCGGT	Neural
progenitors	0
06_08_exp12_idx1TGCGACCTCT.TGAGAATCATAACGAGGCTA	Neural
progenitors	0
06_08_exp12_idx1TTCCGTCGAC.AGTATTAGCTTAGGCAGATA	Neural
progenitors	0
06_08_exp12_idx1TTCGAATATT.CTCCATCATATCATATTAG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2CTGCTTCGAC.GAGTTCTCTTTATAGCAGA	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GACCTCCGCC.TAAGAATGGTTATAGACGCA	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GACCTCCGCC.TTCTTCGTTTTATGAGTTAA	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.TAATCAGCTTAACTAGGCGC	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2ACTATCCGCA.ATACTACTCTCCGTTCGGAT	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2GGTAGGTCTC.ACTTCCGTTGACGAAGCGT	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2TTGGTCATAA.AAACTGAACTCGGCGTAACT	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2ATAGGATATG.ACGATATCATGTATCATCGA	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2ATAGGATATG.TCCTATAAGTCCGCGGCTCA	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GGCTAATTAA.TCCTAACTTTTTGCTGGCAT	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TATAAGAGGTCCGTTCGGAT	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2GATCAGTCAT.TAAGGTTCATGTCCTTAAGA	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TCCGGTAATC.ATCTGATGATAGCCGGTACC	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TCGTAGGCTT.CAAGGCGTTGATATCGGCG	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TCGTAGGCTT.CGTCTTCCTCGTAATGCAG	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGATGCGATGATATCGGCG	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2ACGAGGACCT.GGCGTTAATCCAGTCCTCT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CATTATTACC.TATCTCGATTTTCCAACCGC	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CTAACTCCAA.CGCTGCTTTCAACCAGTAC	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CTAACTCCAA.CTGAGCATTATTCGACCAA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CTAACTCCAA.TGGATTCTATTAACTCTTAG	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AAACTGAACTCCGCGATTAT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAGATGACTTGGAGGCCTCC	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2TGATAGAACG.ACATTCGTATGTATCATCGA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2TGATAGAACG.ACTGGTTATTGTATAATACG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2AGGTCAATTA.ACTTGATTGTCGTCGCAGCC	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2AGGTCAATTA.CTCGCATGTCGGCGTAACT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CAAGATTAAG.ACATTCGTATTATGAGTTAA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CGGCGAGACC.CTACCTGGTCCGCTCCGGC	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.TCGAAGGATCGGTTATGCC	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GGTCCAGGAG.AGCGTAAGTCCATCGCGAA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TAGAACCAATAATACCATCC	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TGCTGGATTGTATCATCGA	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2ACTATCTTGA.ATAGTTGACTTTAATTGAAT	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.AGGCGGAATCATCAGAATG	Neural
progenitors	1
06_08_exp2_idx1TATTAGACTT_idx2TGGCCGCAAT.CCATCGTCTCCGCTCCGGC	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2TGGCCGCAAT.CTACCTGGTGGAGGCCTCC	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACGTTCAACC.ACTGGACCTCAAGTCGACC	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.AACGATCATTAAGTAAGAGC	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.ACAGGTATTTCAACCAGTAC	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.ATACCAGTTTCCAGTCCTCT	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.TTCTTCGTTTTAGGCCATAG	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2CCTAGCGCCT.ATGGTAACTTCATTCGACGG	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2CTCCGGTTCT.TTGACTCAATGTCCTTAAGA	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2GCTCTAACGA.ACTTATGGTTACCTCTATCT	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.ATAATCCTGTACTATAGGTT	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GACCTCTCTG.TCGAAGGATTCGCTAAGCA	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2TCCGTCGCCA.TGATGCGATCCGCTGCCAG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2TCGATATTGA.CCAAGGATTTATGAGTTAA	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2TCGATATTGA.TATTCTCCTTACGTCCGCAG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2ACTTCCGAAT.AACGATCATTTTGCGAGGCA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2ACTTCCGAAT.AATACCGAATCCGCTCCGGC	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2ACTTCCGAAT.CAGCAAGTTTTAATTGAAT	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CGAGCTGCCA.ATATCCTACTCATCAGAATG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CTCGGTCAAT.CCGTCGATTCGGCGTAACT	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CTGCAATCGC.CTGATAGGTTTAATTGAAT	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2GATGATCGTA.AGATTGGTTTCTTGCAACCT	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2TGAGGTAGAA.AACGTAATCTTAACTCTTAG	Neural
progenitors	0
06_08_exp3_idx1GAGCGCGATG_idx2TTAACGTACC.ACGCTTATATGACGAAGCGT	Neural
progenitors	0
06_08_exp3_idx1GTAGCAGCTA_idx2GATACCTAAG.CTCTGAGCTTGGCTGATGA	Neural
progenitors	1
06_08_exp3_idx1TGGACGACTA_idx2GACCTCTCTG.CAGCAAGTTGAAGATCGAG	Neural
progenitors	0
06_08_exp4_idx1GGCTTACTCC_idx2ACCGTTACGA.CCAGCCTTTCGTCGCAGCC	Neural
progenitors	0
06_08_exp4_idx1GGCTTACTCC_idx2ACCGTTACGA.CGTAGGCTTTTAGGACCGG	Neural
progenitors	3
06_08_exp4_idx1GGCTTACTCC_idx2CCTATAAGCT.CTCCATCATGGCGAACTCG	Neural
progenitors	15
06_08_exp4_idx1TCCTCTGCCG_idx2AACCTAGCTT.AAGACCTTATCCGCTGCCAG	Neural
progenitors	0
06_08_exp4_idx1TCCTCTGCCG_idx2TCCGTCGCCA.CTGACGTTTCCGCTGCCAG	Neural
progenitors	0
06_08_exp4_idx1TTGCGAGCAT_idx2ACCAAGATCT.ATCTGATGATTTAATTGAAT	Neural
progenitors	0
06_08_exp4_idx1TTGCGAGCAT_idx2AGATCCTATA.ACCGGTTCTAGGTATACTC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GACTCGCTTCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.TTCGCATAATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TCCTACCTTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GGTCTACGTGTTGAAGGAT	Neural
progenitors	15
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCAGCGGTTTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TTCTAAGCTTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.CTACGGCATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.CCATTGCGTCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TGGCGTAGGT.TCCTCGAGTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GCGGAGAATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGACTTGATACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTTGCAAGTCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTCGCGGATAGTTCGAGTA	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GACTCGCTTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TCTCCGAATGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTCCTCGTTTCTCCTATAA	Neural
progenitors	3
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.GTCGGCAATCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGTTCTGTTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGAGAGTATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TTCGCATAATCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TTGAGTCCTTGGCTGATGA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TTCCATTACTTTGATGCTAT	Neural
progenitors	1
06_08_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.GACTCGCTTTTGATGCTAT	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.GCTCGAGATCGGATGAAGG	Neural
progenitors	15
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GACTACCATCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GACCGAATTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1TCTTGAGGTT_idx2AACGAGGCTA.GGCAAGTCTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACCGAATTGATAAGGCAA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TATTCTCCTTAATCGATAAT	Neural
progenitors	15
06_08_exp10_idx1AATACGATAA_idx2GCTCTAACGA.GCTCTTAGTTTCGCCTCCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TGATACGAGT.TGAGAATCATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2CGATCATTAC.AATTCATCGTAGTCCGCGGA	Neural
progenitors	3
06_08_exp10_idx1AGACCATATC_idx2AAGCCGGCTG.TTGACTCAATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CCTATAAGCT.ATTCCTAGATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CGATCATTAC.GGTCTACGTAAGACCGTTG	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.GACCAGGATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GAACTGCATC.ACCATGATTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.AAGGATTACTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2CATTATTACC.GGTCAGTTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2GGACTCATTG.TACTTGCGTTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TACTTGCGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.TAACTAAGGTAGAGCCAAGG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTGCAATCGC.TTATCCGCTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.AAGGATATGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.TCTCGCTCTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AATTGCCTAC.TTACCTAAGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.TCGAATCTTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.AAGTTCTTGTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.TATTGACTCTTTCGCCTCCA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.ATAACTTCCTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2TGATAGAACG.TATATGCGTTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.AAATTCCTCTGCAAGGAATA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.GGAGCTCATTTCGCCTCCA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.GGTCTACGTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2AAGCCGGCTG.TCCTATTCTTTCCAGAAGGT	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2ACTATCTTGA.GAGACTAGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2ACGAGGACCT.TCGCCAACTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2CGAGTTAGAG.GCAATCGCTCGAGCTGCCA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TTGAGTATCA.AGCGTAAGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.CCAAGGATTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TGATACGAGT.TTTGCTTAGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.GCTGAAGCTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2AGATCCTATA.AACTAGTTGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2CTCGTCTAGG.GGCTTACTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.GAGTTCTCTGCTCTAACGA	Neural
progenitors	0
06_08_exp11_idx1TGATATTGCG.CCGTCTCATCCGCAAGTTC	Neural
progenitors	0
06_08_exp12_idx1CAGCTAGCGG.ATACTACTCTTTCTTATCGA	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2ATAGGATATG.CCAAGGATTCCATAAGTCC	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2CCAGGTCTAC.ATCAGTCATTCCGCGGCTCA	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2GATCAGTCAT.ACTGAATACTACGAAGTCAA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GGTCCAGGAG.AGAGCATGTTAACTCTTAG	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2CCTAGCGCCT.ACATGGTAATAATCGATAAT	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2TCCGTCGCCA.CTCGTTGATGTAGCTCCAT	Neural
progenitors	0
06_08_exp3_idx1ATAAGGACTC_idx2TTGAGTATCA.CTCCAGAGTCCAGTCCTCT	Neural
progenitors	1
06_08_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.TCTCGCTCTACGCCGTTCA	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2ACTATCTTGA.TTGAGAGATTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GGCGCATTTCGGAGATCCG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.GTAGACGGTTAGAGTAATA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TCTAGGAATTACTCTCTCAA	Neural
progenitors	0
06_08_exp11_idx1TGCTCTCAGG.ATAATCCTGTGATACGGAAC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTTGCTTAGTGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TCTATACCTTGCGTTCAGCT	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2ACTATCTTGA.ATAGTTGACTCGTAATGCAG	Neural
progenitors	15
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.CTCCGGTTTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.CGTCGAAGTGAAGGTTGCC	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.CAATCGGTTTATCCTCAAT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.ACGGCAATTCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.GGAGGTTCTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GCGCTCAATAATAATACCA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GGCGACTATGCCGGTCGAG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2AACTACCGAC.GGTACCATTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.GACCAGGATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.ACTTACTCATAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TCTAGAACTA.TCCAAGTTATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2GACCTCTCTG.TAGAGAGTATTAGAGTAATA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TATATGCGTTAGTCCGCGGA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2ACGCAACTCC.TAGGAAGGTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CCTATAAGCT.CGAATGAGTCATGCTGGTT	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CGATCATTAC.GTCATCTGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CTGCTTCGAC.GGCAAGTCTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2GGAACGATGG.TATGGTCTTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2ATAGGATATG.TTGGCAATATTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.TTGGAGCTTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.GCAGATACTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.CGTACCTATAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TTGACTCAATACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.GCCATGGTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2TGGCGTAGGT.GAGACTAGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.GAAGAGGCTAGAGCCAAGG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.ATTAGTCTGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.TAAGGTTCATCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TTTGCTACTTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GGTCCAGGAG.TATGACTTGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AGGATTACCA.GTAAGGAGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.AATTCATCGTTGGAAGTACC	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TTATCCGCTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TTCGTTCCTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TTGGCTCATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TTCGTTCCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.ATGGTTGGTACTGCCGATA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.GTCGTAACTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2CGGCGAGACC.ATTAGGTACTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TTGATTCCTTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2AAGCCGGCTG.GATACGTCTCCATTATCTA	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.TGTTAAGACTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TAGGTACTATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CATGCATCTC.TAGAGAGTATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CGTCCGTCCT.TATAAGAGGTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TCGTTCTGTAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.TATTGACTCTTGGAAGTACC	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.GACCAGGATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.GTCATCTGTACTATCCGCA	Neural
progenitors	0
06_08_exp12_idx1TATTAGACTT.ATGGACTATTAGGCCGCTCG	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TGCTGGATTCATTCAATCA	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.AGGATAATCTACGTCCGCAG	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCAGCCTTTCATCAGAATG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CAAGATTAAG.CTAACGACTAGAACGTCTC	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.CTACCTGGTAACCTGCGTA	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2TGGCCGCAAT.ATACCAGTTTTTCCAACCGC	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACGTTCAACC.ATGGTTGGTGATATCGGCG	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2TCTAGAACTA.GAGGAACTTAACCATTGGA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2ACTGAATTCC.AAGTATTGGTGGCAGACGCC	Neural
progenitors	0
06_08_exp4_idx1TATAATAGTT_idx2GGAACGATGG.CTTCGACTTCTGATGGTCA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AACGAGGCTA.GTTCGCTGTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.GACTGACGTTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TAGGTACTATCCTTACTCCT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCATAGAGTTAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2ACGCAACTCC.CGCCGTAATCATAACCAGC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2ACGCAACTCC.CTGGAAGATCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.GCTCGAGATTATCCTCAAT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATCATGAGTTATCCTCAAT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCGCGCATTCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.TATCGAACTTGTTGAAGGAT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.AACCGCTGTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.ACCTTCGGTTATCCTCAAT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCTCGAGATATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTCGGAGTTGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.TTGGCGACTCTCTGCGGCA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCGCCAACTCCTTACTCCT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.TCGGTACCTGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2AGTCCGCGGA.TTATAGGCATGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.ACCAATGCTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.CGGTTCCATTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.GCCATGGTTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.CGCCGTAATGAAGGTTGCC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TTATAGGCATGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GGCGACTATTTCGCTTACG	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGAATTCGTTGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCATAGAGTTCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2GATACCTAAG.TGCTACTAATCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GACCGTCATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTAATTAA.GCGGAGAATCGGAAGATAT	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.CTCCAGAGTCCAGGCCGCA	Neural
progenitors	15
06_08_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.CCGGAGTTTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2CCTAGCGCCT.CTCCAGAGTCGGATGAAGG	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TATCGAACTTAATACGCAGG	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.CTATCTCCTTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.CTGGAAGATAATGCTAGTC	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.GTCGGAGTTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2ACTATCCGCA.TGGACCTCTGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.CGTCGAAGTTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.GTTCCAGCTCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.TCGCGCATTACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.GGTTCGAGTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.GGTTGGCATAGTTCGAGTA	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CTTAGCGGTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.CTTCATGCTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TATTCGGCTCGGAAGATAT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.AACCGCTGTCGGAAGATAT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.CGAGATGCTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TAGAGCCTTCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCCAATAGTTCGGATGAAGG	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCCGTATGTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TCGCGCATTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TATGCGATTTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.AGGCATCATTTGATATATT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GGTCCTTCTAATAATACCA	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCATGGCTTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCTACTTACTCAGATTCGAT	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TGGCCTGATCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TATTCGGCTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.CGCCGTAATTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2GACCTCTCTG.GTTGCAAGTGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.TTCGCATAATCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.CATCGGACTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GCGCTCAATCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.GTTGCTCCTGTACTAGTAA	Neural
progenitors	15
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TGGTCGAATATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTGAGAGATTAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTGAGAGATTTACGGCTACG	Neural
progenitors	1
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.TTGCGGTCTACGCCGTTCA	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.GACTTGGCTAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.TATAAGGCTTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.TGACGAGGTGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GGAGGTTCTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GTAAGCTCTGGAGCGGCCG	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GTCGGAGTTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.CCGGATAGTTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.GACTGACGTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TATTCGGCTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGCCTATTATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2GATCAGTCAT.TTTGCTTAGTCGCGTACGAC	Neural
progenitors	1
06_08_exp1_idx1GCGCGTTCAT_idx2TTGGAGTCGG.GACCGTCATGTTCCGCTAA	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.ATGGCGTATCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.GTCGGCAATCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TATAACTTCC.TTCAACTGATCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TAGGTACTATAGAGCCAGCC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GCGGAGAATCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GTCGGAGTTTCAGCTCTAA	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GTATCGCATTTGATGCTAT	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TTGAGAGATTTGGAGAATTC	Neural
progenitors	15
06_08_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GGTACGGATAGAGCCAGCC	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TAACTAAGGTAGGCCGCTCG	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TCCGGTCATAATAATACCA	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.GGCGCATTTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TGCCTATTATAGAGCCAGCC	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.TGGACCTCTCTCTGCGGCA	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.ATTGCCGGTACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.GGAGCTCATGAAGGTTGCC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCTCTCCATCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.GACCAGGATAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TCAGGAGATGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.TTCTCTAGTTCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ATAGTCGCTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.ATTGCCGGTATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.TTAATGAGCTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CTTCATGCTTTAGCAATAA	Neural
progenitors	15
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GTAAGCTCTGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCGCATAATAGAGCCAGCC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.TGGCCTGATTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.ATGCCAAGTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GGCGCATTTGGAGCGGCCG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTCATCTGTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GTCATCTGTTTGATGCTAT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCTCGCTCTTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TTCGCATAATTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.AGTTGCGCTTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.ATAGTCGCTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCGCTCAATAATAATACCA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.GCTCGAGATTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TAGAGCCTTGAAGGTTGCC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TATAAGGCTTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCGAATCTTTCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.TCTAGGAATTACCTGGACGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.AGCAACGATCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.GTCGGCAATGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGTTACCTTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCAGCGGTTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CTAGTACGTCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGCTAATTCTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TTATAGGCATACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.ATTGCCGGTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GAGACTAGTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTATCGCATTGGCTGATGA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.GTTGCTCCTTTCGCTTACG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.CGGTTCCATTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCGGAGTTTCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCTCGAGTTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGAATTCGTTGACGACCTGC	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.GCTGGCTATCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2ACCGTTACGA.TTCAACTGATTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GTCATCTGTCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2AGGATTACCA.GTTCGCTGTTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.ACGCCATATGACGACCTGC	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GCATCCAGTCGGATGAAGG	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.GTCGGCAATGGAGCGGCCG	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2CCTATAAGCT.TCAGTTGGTACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.GGTAGTCCTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2CGATCATTAC.TTGAGAGATTCATAACCAGC	Ventral
midline	9
06_08_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.GGTTCGAGTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2TTGGAGTCGG.TGGCCTGATTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GGTCCTTCTCTCTGCGGCA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GTCGGCAATGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GTCGGCAATTGGCTGATGA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TATCCAGGTACCTGGACGC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.GAACGGCTTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCTACTTACTACCTGGACGC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CAAGATTAAG.TCTAGGAATTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATTCGGCTCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CCATCAGGTCGGAAGATAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CGTCGAAGTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TCCAAGTTATTCCGTCGCCA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GCTGGCTATCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTCGGAGTTTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TAACTAAGGTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TGCGTAGTTGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2TCCGGTAATC.TCATGGCTTTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2TCGTAGGCTT.TTCTAAGCTTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.TATCGAACTTGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.ATGGCAGCTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2ACTATCTTGA.TGGTAGGCTCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.CTATCTCCTTATCCTCAAT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TATAAGGCTTCGGTAGGAAT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TCCGGTCATCTCTGCGGCA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TTGAGTCCTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.CCGAGAGATAATAATACCA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGAACGCGTAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TGCTCCTATTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.TTGGAGTTATCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GCTGGCTATTCAGCTCTAA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTCGGAGTTACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCGCGCATTCTCTGCGGCA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CCGGATAGTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.CGAGATGCTCATAACCAGC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCGGAGAATAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCGGAGAATACCTGGACGC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GTTCCAGCTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCAGCGGTTGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTCGCTCTCTGAACTGGT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCTCTCCATGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GTCATTGCGC.AGGCATCATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GAACGATGTCCGTTGACTT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.ATGCCAAGTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.GCGGAGAATTTGATGCTAT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TATCGAACTTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GGCGACTATGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.GTATCGCATACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1TCTTGAGGTT_idx2GACCTCCGCC.GTAAGCTCTTTGGACGCTG	Neural
progenitors	0
06_08_exp1_idx1TCTTGAGGTT_idx2TGCCAGATGG.TATCGAACTTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACGTTCAACC.CTATCTCCTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.ACCAATGCTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.GACCAGGATCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TCTCGCTCTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGAGTCCTCGGATGAAGG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGCGGTCTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.TTCAACTGATGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TGAATTCGTTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.TGCGTAGTTGGAGCGGCCG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2TGATACGAGT.CCGGATAGTGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TCTACTTACTCGGAGATCCG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2AACTACCGAC.GATACGTCTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2AACTTATAAG.TAACGACTTTTCCGGTAATC	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2AACTTATAAG.TAGGTACTATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2ACGTTCAACC.CTCGTTGATCTAGTAGTCT	Neural
progenitors	3
06_08_exp10_idx1AATACGATAA_idx2ACGTTCAACC.CTTCGACTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2ACGTTCAACC.TCGCCAACTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.TATCGAACTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.TATGACTTGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.TCTAGGAATTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.TGAATCTGATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.TGAGTTAGATCTAGTAGTCT	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.TGGATTCTATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CCTAGCGCCT.TTGAGAGATTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TGATGCGATTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CTCGATGGAG.TAAGAATGGTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CTCGATGGAG.TAGGAAGGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CTCGATGGAG.TTGACTCAATTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2GCTCTAACGA.ATCAGTCATTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2GCTCTAACGA.CAGCAAGTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2GCTCTAACGA.GATCGACCTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2GTTCCGACGA.TCGAATCTTTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TGATACGAGT.ACGCTTGATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TTAACGTACC.TCAAGATCTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TTCTACGCCA.GACTTGGCTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.TATAAGAGGTTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.TCGCCAACTGGAGGATAGC	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.ACGCTTGATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.TAACGACTTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.AAGGATATGTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.ACTTACTCATACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.TAAGAATGGTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.TATCTCGATTGGCTATGACT	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.TTCCATTACTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2GACCTCTCTG.TGATGCGATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.GATACGTCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.TATCATGAGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2GCAACTGGCA.GAGTTCTCTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2GCAACTGGCA.TCAGCTTCTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2TCGATATTGA.TCAGGAGATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2TTGGAGTCGG.TATGACTTGTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2AATTGCCTAC.ATTGATCGTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2ACCGTTACGA.CGTACCTATAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2ACGCAACTCC.CGTACCTATTGATAGAACG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2ACGCAACTCC.GAGACTAGTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2ACGCAACTCC.TACTTGCGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2ACGCAACTCC.TAGGTACTATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2AGGATTACCA.ACTTACTCATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2AGGATTACCA.GAACGGCTTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2AGGATTACCA.GAACGGCTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CCTATAAGCT.GCGGTATATAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CGATCATTAC.GATCGACCTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CTCGTCTAGG.TTGAAGTCTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2GATCAGTCAT.ATTGATCGTTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TAACTAAGGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2GGAACGATGG.TAGAACCAATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2TGCCAGATGG.GTAAGGAGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.AATTCATCGTTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.AGATCGGATCGAGCTGCCA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.AGCGTAAGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.CTTCATGCTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.GTCTCTACTTGATAGAACG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TCAGCTTCTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TTGAGAGATTGCAAGGAATA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.GAAGAGGCTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.TGCAAGGTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.ACAACCTATTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.GTCTCTACTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.TTGAGAGATTTTACCTCGAC	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.TATATGCGTTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.TCATTAAGCTCTTGCGCCGC	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.GGCGTTAATCGAGCTGCCA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.GGCGTTAATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.TCATAGAGTTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.TCCAATAGTTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.AACTAGTTGTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.TCGTCTATTTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.TGAATCTGATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2AAGATCCAAC.TAACTAAGGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.CTTCGACTTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TCATTAAGCTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TTCAACTGATACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.GGAGGTTCTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.TAAGAATGGTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GAACTGCATC.TTCTAAGCTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.ACGCTTGATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TAAGAATGGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TGCCTATTATTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TGCTAATTCTCGGCGAGACC	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TTCTAAGCTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.GGACTTGATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.GGTTCGAGTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2TGGCGTAGGT.ATACCAGTTTCTAGTAGTCT	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2TGGCGTAGGT.TATCGAACTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2ACGAGGACCT.ACGCTTGATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.AAGTTCTTGTAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.TTATAGGCATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.CTTCGACTTAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2CATTATTACC.GCGGTATATGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2CGAGTTAGAG.GACTTGGCTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2GGTAGGTCTC.TGAGAATCATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2GTCGCTCAGT.TAAGAATGGTTCAACGTAAG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2GTCGCTCAGT.TGACGAGGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.AAATTCCTCTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.TAGAACCAATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.TGCTACTAATAAGAAGCTAG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.TTATAGGCATTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TGGACTTGAC.TTCTCATTGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TTGAGTATCA.AGCGTAAGTACGCGAGATT	Neural
progenitors	11
06_08_exp10_idx1ATAAGGACTC_idx2TTGAGTATCA.GATCGACCTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TTGAGTATCA.TCATGGCTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.CCTAATGGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.GGAGGTTCTTGATAGAACG	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2CCAAGCTGAA.TAAGGTTCATGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.ATAACTTCCTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.GATACGTCTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.GTAGACGGTCTCGTCTAGG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2ATAGGATATG.TCGCCAACTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.AAGGATTACTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.GTCGTAACTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TACTTGCGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TCTACTTACTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.GGCTTACTTTAGAGTAATA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TATAAGGCTTTTCGCCTCCA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.GGTTGGCATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.GTTGCAAGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2GGACTCATTG.TCGAAGGATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.ACAACCTATTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.ATTAGTCTGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.TTCGCATAATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.AACTGGCATTCCAGAAGGT	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.CGTACCTATACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TATCATGAGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.AAGGATTACTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.GCCATGGTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.TAAGAATGGTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.CAGTATCCTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.TCGTTCTGTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.AACTGGCATTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.ATATCCTACTAATGGTCGAC	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.GTCGTAACTATCGGCTATC	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.GTCTATGGTTGGAAGTACC	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.TAAGGTTCATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.TAGAGAGTATGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.TGAGTTAGATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.ATCAGTCATTGCAAGGAATA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.CGTACCTATAAGACCGTTG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TATGGTCTTTTATTACTCAT	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TATTCTCCTTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TTCTCTAGTTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTGCAATCGC.TATGGTCTTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.AAATTCCTCTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.TATTGAGGTTAATGGTCGAC	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.AGTCGCATTTCAACGTAAG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.GCTGGCTATTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.TAAGGTTCATCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.TCTATACCTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.ATGGTTGGTTATTACTCAT	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.GCGTACTTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2CAAGATTAAG.TCTCGCTCTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2CGGCGAGACC.ATATGGATCTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2CGGCGAGACC.GGCAAGTCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GAACTGCATC.ATTAGTCTGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GGTCCAGGAG.ACGCTTGATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GGTCCAGGAG.ATAACTTCCTTCCGGTAATC	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GGTCCAGGAG.GTCTCTACTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GTTGACGGCC.GTCATCTGTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.CTTCATGCTTGATAGAACG	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.GTCATCTGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AATTGCCTAC.TGAGAATCATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.AGAGTACCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.TTTGCTTAGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.GGCAAGTCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.TAACGACTTTCCGAGAATCC	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.TCATTAAGCTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.TAGCCAATTTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.ATATCCTACTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.TAATACCAGTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.TTTGCTTAGTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.TAAGGTTCATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2GCAACTGGCA.TCCTCGAGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2TCCGTCGCCA.ATGGTTGGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2TCGATATTGA.TGAATTCGTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.TCGCCAACTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TATATGCGTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2AATTGCCTAC.TAGGAAGGTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2ACCGTTACGA.TTGGAGCTTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.GTATCGCATCTTGCGCCGC	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.GTTGCAAGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.AACTGGCATAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.CCTAATGGTAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.GTTGCAAGTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.TCCAAGTTATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2CCTATAAGCT.TCGTCTATTTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2CCTATAAGCT.TTGAGAGATTGATACGGAAC	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.CGAATGAGTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TTGACCAGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.AGATCGGATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.CTGGAAGATTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.GCTGAAGCTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.AGATCGGATGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GGCGTTAATTCCGGTAATC	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.GGTTCGAGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.GTCCTGCATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.GACCGTCATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TATTCTCCTTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TTCTCATTGTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2ACCAAGATCT.ATTAGGTACTCTAGTAGTCT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2ACCAAGATCT.TCGAAGGATTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2AGATCCTATA.CTTCGACTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.GCTGGCTATTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TATAAGAGGTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TATGAGAACTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TGAGAATCATTCCAGAAGGT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TTGGCTCATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TCCGGTAATC.TTCTTAACCTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TTGAGAGATTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.CTGCCTTATTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TGAGTTAGATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TGCTACTAATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TGATGCGATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.TCCTCGAGTTCCAATCATC	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.TCGTTCTGTACGCGAGATT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.TTGATTCCTTCGATCATTAC	Neural
progenitors	0
06_08_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.ATTCCTAGATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.TTCTTAACCTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GGCTTACTCC_idx2GCTCTCGCCT.AACTGGCATGCAGGTCCGT	Neural
progenitors	0
06_08_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.ACCATGATTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GGTTATCGAA_idx2TTCTACGCCA.TCATTAAGCTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GGTTATCGAA_idx2TTCTACGCCA.TGCCTATTATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.TCGAAGGATACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.GGCTTACTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TCCTATAAGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TGAGAATCATAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TGCCTATTATAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TGTTAAGACTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TAAGGTTCATCCATTATCTA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.CTGATAGGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.GAACGATGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.GACCGTCATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TCCTATAAGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.GAAGAGGCTTATTACTCAT	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TCCTCGAGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TTCCATCTTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TATAAGAGGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TGATCTTCTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TTAATGAGCTCATGCTGGTT	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2TCATCTAATC.ACAACCTATTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2TCATCTAATC.TGCAAGGTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.CAGCAAGTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TTCTTAACCTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2CAAGCTTGGC.TTCTCTAGTTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.TGCTAATTCTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2GACCGTAGCA.TTCTCATTGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.GAGGAACTTTCTAGAACTA	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TATGCGATTTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TCCTAACTTTCTAGTAGTCT	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2GCTCTCGCCT.TTCTCTAGTTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.CCTAATGGTTCTAGAACTA	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.GTTGCAAGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TACTTGCGTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TAGGAAGGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TGCAAGGTTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TGGTTGAATTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TTCTCTAGTTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.GTCGTAACTTGATAGAACG	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.GTCTATGGTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2AACGGACCAA.TACTCCTATTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2AACTTATAAG.CTGGAAGATTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.ACGTTGCTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.TGAATCTGATAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.TTGGTTAAGTCATGCTGGTT	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACTGAATTCC.TATGACTTGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACTTCCGAAT.TATCGAACTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACTTCCGAAT.TTGGAGCTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2CCTAGCGCCT.CTGGAAGATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2CGAGCTGCCA.TATATGCGTTTAGAGTAATA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.AAATTCCTCTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.GGCAAGTCTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.TCATTAAGCTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2CTCGGTCAAT.TCCTATTCTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2GATGATCGTA.TCATAGAGTTAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.TATAAGGCTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.AACTAGTTGTGTCGCTCAGT	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2TCTAGAACTA.TTCAACTGATGGCTATGACT	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2TGATACGAGT.GCTGAAGCTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.GGAGGTTCTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.TCTATCCAATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.TTCAACTGATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.TTCTCTAGTTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.CCTAATGGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.CTGCCTTATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TATTCGGCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATGCGATTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2CGGCGAGACC.TGCAAGGTTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2GTTGACGGCC.AAATTCCTCTCATGCTGGTT	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATTGAGGTTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.CAGCATTGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TAAGGTTCATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TTAATGAGCTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TCAGGAGATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TCTATACCTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TTGGCAATATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.TATATGCGTTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.GGCTTACTTAAGACCGTTG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.GTCTCTACTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TACTTGCGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TGCCTATTATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.ATAACTTCCTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.GTCCTGCATCCATTATCTA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TAGAACCAATCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2AACGAGGCTA.TCGAGAAGTTCTAGAACTA	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2CTGCTTCGAC.TGCTAATTCTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.TAGAGCCTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2GGAACGATGG.AACTAGTTGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.AACTAGTTGTCGAGCTGCCA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.GTCGTAACTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TCGAAGGATCTAGTAGTCT	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.AAGGACGATCCGAGAATCC	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CATGCATCTC.TGGTAATAGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CATTATTACC.GGAGCTCATTCCAATCATC	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CATTATTACC.GTAAGCTCTTGGAAGTACC	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CATTATTACC.GTAGACGGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CATTATTACC.TTGAGAGATTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CGTCCGTCCT.GTAAGCTCTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2GGACTCATTG.TGAGTTAGATTGGAAGTACC	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.CTGAGCATTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.CTGATAGGTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.GACCGTCATCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TTCTCATTGTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TCATCTAATC.GATACGTCTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TAACTAAGGTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TGGATTCTATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TTCCATTACTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TGATAGAACG.GAACGGCTTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TAGCCAATTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TGATAGAACG.TCGAATCTTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.ATATGGATCTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.GTCTATGGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.TTATCCGCTGCAAGGAATA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2AGTTGCATCT.TTGGCTCATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2CGAGTTAGAG.TCCTAACTTTTCCAGAAGGT	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.ATAACTTCCTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.GTCCTGCATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.GACGTTCGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TATTCTCCTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2GTCGCTCAGT.TCCAAGTTATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TCATCTAATC.GCTGGCTATACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TGATAGAACG.GGACTTGATTGATAGAACG	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TGGACTTGAC.GCGGTATATTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.TATCTCGATTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TTGGTCATAA.ATACCAGTTTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TTGGTCATAA.ATTAGGTACTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2ACTATCTTGA.TTCGTTCCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.CGTACCTATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.TCAGGAGATCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.TTAATGAGCTTTCGCCTCCA	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.TTGACCAGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2TGGCCGCAAT.GCAATCGCTCCATTATCTA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.GTTGCAAGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.AGATCGGATAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.CCTAATGGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.GGACTTGATAATGGTCGAC	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TATTGACTCTTCTAGAACTA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.GACCAGGATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.GTAGACGGTTTGAGTATCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TAGGTACTATTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TATAAGGCTTAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2CTCCGGTTCT.GAACGGCTTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.GCATCCAGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TGAATTCGTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.ACTTGATTGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.GGTTGGCATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.GACCGTCATCATGCTGGTT	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.CAGCATTGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TTACCTAAGTCCATTATCTA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCGATATTGA.CAGTATCCTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCTAGAACTA.TCGCCAACTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TGATACGAGT.TAACGACTTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.TTCGCATAATTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2ATAGGATATG.GACGTTCGTTCCAGAAGGT	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.ATATCCTACTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.TCCTATTCTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2GGCTAATTAA.TCTACTTACTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TATAACTTCC.TTGACCAGTCCATTATCTA	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.AACTAGTTGTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.GGCGTTAATGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.GTCATCTGTTATTACTCAT	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.TGACGAGGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2CTCGTCTAGG.TAGAGCCTTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2CTGCTTCGAC.CATCAACGTAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TCATTAAGCTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.TGAATCTGATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.TCAAGATCTTTTACCTCGAC	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.TTTGCTTAGTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2CCTAGCGCCT.TAGCCAATTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TTGATTCCTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2TGAGGTAGAA.GAACGGCTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2TGAGGTAGAA.TAGCCAATTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2CGACTACCAA.TCTACTTACTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2CGTCCGTCCT.CTTCATGCTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2CGTCCGTCCT.TTGACCAGTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2GGACTCATTG.GGAGGTTCTAAGACCGTTG	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.TCGAGAAGTACTATCCGCA	Neural
progenitors	0
06_08_exp11_idx1CCGTATGATT.ATACCAGTTTGCAGGCGACG	Neural
progenitors	0
06_08_exp11_idx1TCTATCGCTG.GGCGCATTTTAATGAACGA	Neural
progenitors	0
06_08_exp11_idx1TTGATTGGCG.ATGCTTCCTCTTCGGCGCA	Neural
progenitors	0
06_08_exp11_idx1TTGGCAAGCC.AAGTACGTTTAGCTGCAATA	Neural
progenitors	0
06_08_exp12_idx1AGAGGAGAAT.AAGTATTGGTCGGTCGTTAA	Neural
progenitors	0
06_08_exp12_idx1ATTGGCAGAT.ACTGGACCTTAGATCTACT	Neural
progenitors	0
06_08_exp12_idx1GATTCTTGAA.AAGCAGTATTACCTGGCCAA	Neural
progenitors	0
06_08_exp12_idx1GCGCGTTCAT.GACTGACGTAATACTCTTC	Neural
progenitors	0
06_08_exp12_idx1GCGCGTTCAT.TCGAATCTTTAGGTTAGTTC	Neural
progenitors	0
06_08_exp12_idx1GTAGGCTGCA.CTGATAGGTTAATGAACGA	Neural
progenitors	0
06_08_exp12_idx1TCTTGAGGTT.ACAGGTATTTAATTAAGACT	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2AACGAGGCTA.ACTTCCGTTTTATTCTGAG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2AAGCCGGCTG.ACAATGCTATGTAGCTCCAT	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2AAGCCGGCTG.ACCATGATTTTAACGAATTG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2ACGCAACTCC.CCATCGTCTTTGCTGGCAT	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2CTCGTCTAGG.TATTCTCCTTTAACGATCCA	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GACCTCCGCC.TATCTCGATTTAGGCCATAG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.ACGGAACGTAGTAACGGTC	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.ATTACCATCTCGTAATGCAG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.GATAAGCGTCGGTTATGCC	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2TGCCAGATGG.ATCTGATGATTAACTCTTAG	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2AAGATCCAAC.AACGAGCGTAAGTAAGAGC	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2GGTAGGTCTC.AGATCGGATTTCTTCCGGT	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2GGTAGGTCTC.CCGACCAATGTCCTAGAGG	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2TGGCGTAGGT.CAACTCTCTCTTGCAGTAG	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2TGGCGTAGGT.TGGTTGAATTGCTGGAACTT	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2TGGCGTAGGT.TTCTCATTGTTTACCTCGAC	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2ATAAGAGGCG.TAATCAGCTTTAACTCAATT	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2CCAGGTCTAC.ATTCAAGCATCTTGCAACCT	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GATACCTAAG.CGTACCTATGTATCATCGA	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GATACCTAAG.TAATCAGCTTCTTGCAGTAG	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GGCTAATTAA.ATATGGATCTTAACTCTTAG	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GGCTAATTAA.CGATTCGCTTTGCTAACGG	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GGCTATGACT.CCTGCTACTGGCAATGAGA	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CAAGCAACTCTTGCAGTAG	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CGATCATTAC.AATCCAGTATTTACGATGAA	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CGATCATTAC.AATTCTAGGTCATAGTTCGG	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CGATCATTAC.AGAGCATGTTAGGCCATAG	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CGATCATTAC.TTCGTTCCTCAAGTCGACC	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2TTGGAGTCGG.TTATCCGCTTCAAGCCGAT	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2ACCAAGATCT.CTGCCTTATGAGCATATGG	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TATAACTTCC.CCTGCAGTTTTACGATGAA	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TCCGGTAATC.GATACGTCTGTAGCTCCAT	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TCGTAGGCTT.CCATCGTCTTCGCGGTTGG	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GGTACCATTTAACTCTTAG	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TCTATAAGGA.GTCTCTACTATGGCTCTGC	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.ATCTGATGATCCGCGATTAT	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.ATTGAGGAATAAGACCGTTG	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.CTTCGACTTAGGTTAGTTC	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCCATCTTTGGCAATGAGA	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TTAGATTCCG.AACTTGGATTTAACGATCCA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2ACGAGGACCT.ATTGAGGAATGACGAAGCGT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2AGTTGCATCT.ACGTCTAGTTAGGCCATAG	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CTAACTCCAA.ATCTGATGATCCAGTCCTCT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CTAACTCCAA.CAGATCAGTCAATTACCGT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CTAACTCCAA.CTCGTTGATCCATCGCGAA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATTGAGGAATTTATTATGGT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.GAGTTCTCTTAACGAATTG	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TCTTAGTTCTATTCGACCAA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TTCTTCGTTTACTATAGGTT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2TCATCTAATC.AAGGATATGTCCATCGCGAA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2TCATCTAATC.AGAGCATGTAAGTAAGAGC	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2TGATAGAACG.GGCTAAGATTTATTATGGT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2AGGTCAATTA.AGGCTCGTTGGCTCTCTAT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2AGGTCAATTA.TGAATCTGATATCCATGACT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CAAGATTAAG.AATTCTAGGTATATGAGCCA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CAAGATTAAG.AGATTGGTTTCGGTTATGCC	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ACGTCTAGTTTCAATATAA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CCTGCAGTTTTGCGAGGCA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CTGAGCATTATATGAGCCA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.ACTGGACCTCATTCGACGG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.ATAGTTGACTCATAGTTCGG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.CGCTGCTTTTAACTCAATT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GACTAGTCTA.AGCTATCGTAACTAGGCGC	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GACTAGTCTA.CCGACCAATAGCCGGTACC	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GACTAGTCTA.TAATACCAGTCTTGCAACCT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTGATTCCTTTTCTTCCGGT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GGTCCAGGAG.ACTTGATTGTCCAGTCCTCT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GGTCCAGGAG.AGAGTACCTGAGCATATGG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CTGCCTTATTTCGCCTCCA	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2ACTATCTTGA.ATCTGATGATAAGTAAGAGC	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2ACTATCTTGA.CGAATGAGTCAATTACCGT	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2ACTATCTTGA.TACTTGCGTGACGAAGCGT	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.AACGAGCGTGTCCTAGAGG	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.ACAGGTATTTTTCGCCTCCA	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.ACGTCTAGTACGTCCGCAG	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.ACTGGTTATTTAACGAATTG	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.ATGGTAACTTGTATAATACG	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.CCAGCCTTTAAGTAAGAGC	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.CCTGCTACTATATGAGCCA	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2GTCATTGCGC.AAATTCCTCTGTATAATACG	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2GTCATTGCGC.AGCGTAAGTGTAGCTCCAT	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2GTCATTGCGC.TTGATTCCTTGTTACGCAAG	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2TGGCCGCAAT.CAACTCTCTCTAGTAGTCT	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2AACTTATAAG.ATTCGCAATTCCGTTCCTTA	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACGTTCAACC.ATATCCTACTACTAGAGAGT	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACGTTCAACC.TTGACTCAATGGTATGCTTG	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.AAATCGTTCTTTCAATATAA	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.CCAATCCATAGGTTAGCAT	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.CGAGGCAATCTAACTAGAT	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.TAACGACTTTTTCCAACCGC	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2CCTAGCGCCT.GAGGAACTTGACGAAGCGT	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2CCTAGCGCCT.TCAAGATCTTCCAGTCCTCT	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2TCTAGAACTA.ATCAGTCATTGTCCTACTTG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AACCTAGCTT.AAGGCTACTCCTTGGTCCA	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AACCTAGCTT.ATCAATACGTAGTAACGGTC	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AACCTAGCTT.TAGATGACTTGCTGGAACTT	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.TAATCAGCTTCATCAGAATG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.TCGAGAAGTTTATTCTGAG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GACCTCTCTG.CTGCCTTATCGTAATGCAG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GATTGCAGAC.AGAGGTCGTTCAACGTAAG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GCAACTGGCA.ACTGAATACTGTATCATCGA	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2TCCGTCGCCA.CTAACGACTCGTCGCAGCC	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2TCGATATTGA.TATAAGAGGTGTCCTTAAGA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2AACGGACCAA.AAGTTCTTGTAAGACCGTTG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2AACGGACCAA.AATTCTAGGTATTCGACCAA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2AACGGACCAA.TGGATTCTATGTTCGTCAGA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2ACTGAATTCC.AGTCGCATTTTGCTGGCAT	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2ACTTCCGAAT.AAACTGAACTCATCTCTGCA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CGAGCTGCCA.AAATCGTTCTTTATTCTGAG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CGAGCTGCCA.CTGATAGGTGTATCATCGA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CTGCAATCGC.AACGCGTCTGATATCGGCG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CTGCAATCGC.CTTCGACTTGGCGAACTCG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2GATGATCGTA.AAAGCTGATTCGTAATGCAG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2GATGATCGTA.ATCAATACGTAGCCGGTACC	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2GATGATCGTA.CCTGCTACTCCGCTGCCAG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2TGAGGTAGAA.TTCCATCTTTAAGTAAGAGC	Neural
progenitors	0
06_08_exp3_idx1ATAAGGACTC_idx2ATAAGAGGCG.ATGCCAAGTGGTATGCTTG	Neural
progenitors	0
06_08_exp3_idx1GCATCGTATG_idx2AACCTAGCTT.TTCGTTCCTGGCGAGCTTA	Neural
progenitors	0
06_08_exp3_idx1GCATCGTATG_idx2CAAGCTTGGC.TTCCGACGTTCTTGCCGAC	Neural
progenitors	0
06_08_exp3_idx1TTATTGAGGC_idx2TCTATAAGGA.TCCTAACTTTGACGAAGCGT	Neural
progenitors	0
06_08_exp4_idx1GATTCTTGAA_idx2CTAACTCCAA.ATTAATGCCTCGTAATGCAG	Neural
progenitors	0
06_08_exp4_idx1GATTCTTGAA_idx2TCATCTAATC.AGCATAACTTGGCGAACTCG	Neural
progenitors	0
06_08_exp4_idx1GGCTTACTCC_idx2CGATCATTAC.ACTTATGGTTTATCATGATC	Neural
progenitors	0
06_08_exp4_idx1TATAATAGTT_idx2AAGCCGGCTG.AAACTCCAATGGCTCTCTAT	Neural
progenitors	0
06_08_exp4_idx1TCTTGAGGTT_idx2GTCATTGCGC.AAGGATATGTACTCAATAGG	Neural
progenitors	0
06_08_exp4_idx1TCTTGAGGTT_idx2TGGCCGCAAT.TCGAAGGATGCCATTCTCC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTATCGCATTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GTAAGGAGTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TAGTTACCTTAATAATACCA	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.TCGAATCTTTATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GACTGACGTACCAGCGCAG	Neural
progenitors	15
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GCGGAGAATATTGAGATTG	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCCGTCGCCA.ACGCCATATGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.CTCCAGAGTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.GGCAAGTCTCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TCATCTAATC.GATTACGGTGACGACCTGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGAGCCTTGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.ATTGCCGGTTCGAGGAGTA	Neural
progenitors	1
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.GGAGCTCATAATAATACCA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.ATAGTCGCTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TGGACCTCTTGGAGAATTC	Neural
progenitors	15
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GACTCGCTTCCGTCCAGTA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.GTATCGCATTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TCAGGAGATTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TTCCGACGTACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1TCTTGAGGTT_idx2CTGCTTCGAC.GGATAGGTTAGGCCGCTCG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TGACGAGGTGTCGCTCAGT	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.TGCCTATTATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.TCTATACCTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CCTATAAGCT.GGCAAGTCTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2GGAACGATGG.AATTCATCGTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.TTATCCGCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.TCGAATCTTTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.TCAGCTTCTCATGCTGGTT	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.TATGAGAACTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GGCTTACTCC_idx2GCTCTCGCCT.ATATGGATCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TGCAAGGTTAGGTTAGCAT	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2CCAGGTCTAC.CGTAGGCTTCCATAAGTCC	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GGCTAATTAA.CTCGCATGTTTCTTCCGGT	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2GATCAGTCAT.AAATCGTTCTTTACCTCGAC	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.AGTATTAGCTTAGGCCATAG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2TGAGGTAGAA.GCGTACTTTGTCCTACTTG	Neural
progenitors	0
06_08_exp3_idx1GTAGGCTGCA_idx2AACTTATAAG.GGCTTACTTAATGGTCGAC	Neural
progenitors	15
06_08_exp3_idx1TTGCCGTAGG_idx2GATTGCAGAC.AGTTGCGCTAAGCCAGTTA	Neural
progenitors	1
06_08_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TGCTACTAATTCAGACGAAC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CCGTCTCATCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.ATGGAGAGTCGGATGAAGG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CATGCATCTC.CCGAGAGATCATAACCAGC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CATTATTACC.TCGAATCTTTTCAGCTCTAA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2AACGGACCAA.CTGGAAGATGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCCGGTCATGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TGCTAATTCTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2TCTATAAGGA.GACTACCATCCTTACTCCT	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.ATCAGTCATTCTCGTCTAGG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2GGAACGATGG.TCGAATCTTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2TCGATATTGA.CAGCATTGTAATGGTCGAC	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.GGACTTGATCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2GTCATTGCGC.GGCTAAGATACTCAATAGG	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2AGATCCTATA.CTGAGCATTACTTGCTAGA	Neural
progenitors	0
06_08_exp4_idx1GGTTATCGAA_idx2GTTCCGACGA.AGCGTAAGTTGCCGGCAGA	Neural
progenitors	15
06_08_exp4_idx1TCCTCTGCCG_idx2TCCGTCGCCA.ACTTATGGTTTATAGACGCA	Neural
progenitors	0
06_08_exp4_idx1TTGCGAGCAT_idx2AGATCCTATA.ATACTACTCTACTATAGGTT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TTGCGGTCTTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TATAAGGCTTTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTGCTTCGAC.CAGAAGGCTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GTAAGGAGTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TTGGCGACTGCCGTATGCT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GCGTCGTATGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.ATTGCCGGTCTCTGATCAG	Neural
progenitors	1
06_08_exp1_idx1ATGGCGCCTG_idx2ACGTTCAACC.TGCCTTGGTTTGATGCTAT	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TGAATTCGTTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2CTCCGGTTCT.TTGGCGACTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TCAGCGGTTTCAGCTCTAA	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.ATGGCGTATGGAGCGGCCG	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GCGGTATATGGCCAGTCCG	Neural
progenitors	1
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.GGCAAGTCTAAGTCTTCCG	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2ACCGTTACGA.GACCGAATTCGCGTACGAC	Neural
progenitors	3
06_08_exp1_idx1GCGCGTTCAT_idx2CGATCATTAC.AAGCGCCATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.TGCGTAGTTCCTTACTCCT	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.CCATCAGGTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.GCAACGTTTAATGCTAGTC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TGCTAATTCTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTCGGTCAAT.GTTCCAGCTAACTGCTGCC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGAGAGATTAGACTCAAGC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.TTGAGTCCTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TATAAGGCTTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TATAAGGCTTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.TGCTAATTCTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.ATTGCCGGTTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TTGGTAGTCG.TAGCTCGGTTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.TGCTCCTATACCTGGACGC	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2AACTACCGAC.GATCGACCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TTAACGTACC.TATGGTCTTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2CGATCATTAC.GGTTCGAGTTTACCTCGAC	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2AATTGCCTAC.TCCTAACTTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2ACCGTTACGA.GACTTGGCTAGATATATCG	Neural
progenitors	1
06_08_exp10_idx1AGACCATATC_idx2CCTATAAGCT.AAGGATTACTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CGATCATTAC.CAGTATCCTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2GATCAGTCAT.TAGGAAGGTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TCCGGTAATC.TGACGAGGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.CAAGCAACTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TTAGATTCCG.CTCGTTGATTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TGTTAAGACTCTAAGAGAAG	Neural
progenitors	1
06_08_exp10_idx1ATAAGGACTC_idx2CATTATTACC.AGTCGCATTAAGAAGCTAG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.TCTATACCTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.TCAAGATCTTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2AAGCCGGCTG.GCTGGCTATTCCAGAAGGT	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.GAAGAGGCTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2GATTGCAGAC.TTATAGGCATCTTGCGCCGC	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2AGATCCTATA.GGTACCATTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2AGATCCTATA.GTATCGCATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.GGACTTGATCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.TCATGGCTTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.TGAGTTAGATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.CTGGAAGATCTCGTCTAGG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.ATCAGTCATTCTCGTCTAGG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.TCTATACCTTTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.ACGTTGCTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2CGGCGAGACC.ACAGGTATTTAGTCCGCGGA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TATGGTCTTTTTACCTCGAC	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.GGTCAGTTTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.TCTAGGAATTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TCATCTAATC.TTACCTAAGTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.ATTAGTCTGTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.GAGTTCTCTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TCGTAGGCTT.TGACGAGGTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.TTCCATCTTTCTTGCGCCGC	Neural
progenitors	0
06_08_exp11_idx1GGCTTACTCC.TCATGGCTTCGAACGCCGG	Neural
progenitors	15
06_08_exp12_idx1CAGACTAAGG.GACCAGGATAACCATTGGA	Neural
progenitors	0
06_08_exp12_idx1GCGGCTGCGG.TCTAGGAATTTTCCATGGCA	Neural
progenitors	0
06_08_exp12_idx1TAGGTAACTT.ACGCCATATTGAGTCCAGA	Neural
progenitors	0
06_08_exp12_idx1TTCCGTCGAC.GTCATCTGTATCAACGATT	Neural
progenitors	0
06_08_exp12_idx1TTGCTTAGAT.CTAACGACTATAGTCGTAG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2AACGAGGCTA.AGGCTCGTTCCATAAGTCC	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2ACGCAACTCC.AGATTCAACTCCGCTCCGGC	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2ACTATCCGCA.ATACTACTCTTCTAATAGTA	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2ACTATCCGCA.TGTCCTTATTCTTGCAGTAG	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2GGTAGGTCTC.AGATTCAACTGTATAATACG	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2AGTCCGCGGA.AAACTCCAATAGTAACGGTC	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2CGAAGGACGA.ATACTACTCTAGGAGAGAAC	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GATACCTAAG.TGCAAGGTTCGGTTATGCC	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TCGTAGGCTT.TAGAACCAATCATTCGACGG	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CATTATTACC.ATAATCCTGTTTCCAACCGC	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2TCATCTAATC.AGATCGGATGTCCTAGAGG	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2ACTATCTTGA.AGCGTAAGTGGCAATGAGA	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2GTCATTGCGC.AACTAGTTGTTGGCCGGCCT	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.AACGAGCGTACGCGAGATT	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.CGAAGACCTCCGCGATTAT	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.TCCTAACTTTCAAGTCGACC	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.CAGCAAGTTCGGCGTAACT	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.GAGGAACTTACTATAGGTT	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GCAACTGGCA.AACTAGTTGTTATAGACGCA	Neural
progenitors	0
06_08_exp4_idx1GATTCTTGAA_idx2ACGAGGACCT.ATTAATGCCTGGCGAACTCG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TGATCTTCTTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GACCTCCGCC.TATAAGGCTTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTGCTGAATTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GCGTCGTATGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.ATGGCGTATACCTGGACGC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.ATTGCCGGTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.ATTGCCGGTTTCCATGGCA	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2ATAGGATATG.TGTTAAGACTACCTGGACGC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.GACTACCATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TACGGTAGTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CCAGGTCTAC.TGACGAGGTTGGAGAATTC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.AGGCATCATGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2ACTCTCTCAA.TATGACTTGTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.ACGAGGTTTTCAGCTCTAA	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.AGCAACGATTGGAACTAGA	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2CGAGTTAGAG.CCGGAGTTTCGGATGAAGG	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TGATCTTCTTATAGACTAGG	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGGTCATAA.TATCGAACTTCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.CTTAGCGGTACCTGGACGC	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.GACTCGCTTGCAAGGAATA	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TATTGAGGTTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.TCCGGTCATTATCCTCAAT	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CCTATAAGCT.GACCGAATTCGGATGAAGG	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GACTGACGTAATGGTCGAC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GATTACGGTGCCAACGCCA	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.CTATCTCCTCATAACCAGC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.GACCGAATTTATCCTCAAT	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2GTCATTGCGC.GACGTTCGTCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.CCGTCTCATCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CCGAGAGATTGCATATAAC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.CCAGAACCTAACTGCTGCC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.GACCAGGATACGCAACTCC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ATTGCCGGTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TTATAGGCATAAGTCTTCCG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.CAACGCAGTCGGATGAAGG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CTGCAATCGC.TAAGACCGTCGGTCGTTAA	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TGCCTTGGTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.CCTCCTGATCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GGCAAGTCTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTCGGCAATGATAAGGCAA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCGCGCATTTCAGCTCTAA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCGGAGAATACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.GAACGATGTAACTGCTGCC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GCCATGGTTCGGATGAAGG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.GTCCTGCATCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.GTAGACGGTTATCCTCAAT	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2TTAGATTCCG.GGTTGGCATGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGAATTCGTTACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.GCAGATACTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.CCAGAACCTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TCATCTCGAT.GACTTGGCTTATCCTCAAT	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2CCTAGCGCCT.GGAGCTCATGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2TGATACGAGT.TTCGCATAATGCCGGTCGAG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2AACTACCGAC.GAGTTCTCTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CTCGATGGAG.GCGTACTTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TCTAGAACTA.TCGTCTATTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.TCCAAGTTATAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.TTGGCTCATTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2AACGAGGCTA.TCCAAGTTATTGGAAGTACC	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2ACCGTTACGA.GGTTCGAGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TGAATCTGATCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CGATCATTAC.CAAGCAACTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.GTAAGGAGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.TATGCGATTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2GGCTAATTAA.GCTCTTAGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.GTAAGGAGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.TCTACTTACTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GTTGACGGCC.GCATCCAGTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.GAGTTCTCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2AGTTGCATCT.TCGTCTATTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.TTCGCATAATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2GTCGCTCAGT.GTTGCAAGTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TGATAGAACG.TTCGCATAATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.TCGAGAAGTGTCATTGCGC	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.TCGAATCTTTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2ATAAGAGGCG.TAACGACTTTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.CTGGAAGATTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.TAACTAAGGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TTCCATCTTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.AAATTCCTCTTGATAGAACG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.ATCAGTCATTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.GAACGGCTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.TCGAATCTTTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTGCAATCGC.GAGACTAGTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.AAATTCCTCTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.GACTTGGCTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.ATGGTTGGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AATTGCCTAC.TATGCGATTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.TCGCCAACTAAGACCGTTG	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CGATCATTAC.AAGGATTACTAAGACCGTTG	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2TCGATATTGA.GCAATCGCTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2TTGGAGTCGG.GTCATCTGTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2AATTGCCTAC.TCCTATAAGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2ACCGTTACGA.TCAGGAGATGATACGGAAC	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TTGGCAATATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.CAGCATTGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.GTAAGCTCTTTGAGTATCA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.TGGTTGAATTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.CTCGTTGATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.AATTCATCGTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TCCTATAAGTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TTCGCATAATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TTGACTCAATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGTTGGCATAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGATTCCTCA.TGAATTCGTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TTGGAGCTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GGCTTACTCC_idx2TTCTACGCCA.AAGGACGATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GGTTATCGAA_idx2AACTACCGAC.GTAAGGAGTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.TTCTCATTGTCATGCTGGTT	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2AGTTGCATCT.GTAAGGAGTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.ACGTTGCTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ATAAGAGGCG.GTCATCTGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TATTGACTCTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.TTCGTTCCTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CTAACTCCAA.GGAGCTCATTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GATACCTAAG.CTCGTTGATCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.GAGACTAGTCGCCTCGAAC	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TACGGTAGTATCGGCTATC	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2TGATAGAACG.ACGCTTGATACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.GAGACTAGTATCGAGTCGC	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2CAAGCTTGGC.CTCGTTGATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.AAGGATTACTCGGCGAGACC	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.CTTCGACTTGTCGCTCAGT	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TCGAATCTTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2AACTTATAAG.TTCCATTACTCGGCGAGACC	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.GTCTCTACTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.ATAACTTCCTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.GCGTACTTTTTACCTCGAC	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2TGAGGTAGAA.TATTGAGGTTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.TGGATCCGTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TAGGAAGGTGATCTTACGC	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TTAGATTCCG.TGGATCCGTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.TCCAATAGTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2GACCTCCGCC.TTCGTTCCTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2GGAACGATGG.GCAGATACTGATCTTACGC	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2TGCCAGATGG.TCTATCCAATCGATCATTAC	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CATTATTACC.TGAATTCGTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CTAACTCCAA.ATATCCTACTTCCAGAAGGT	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TCATCTAATC.ATTAGTCTGTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TCATCTAATC.GTTGCAAGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TAATACCAGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TCCTATTCTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2ACTATCCGCA.TTCGTTCCTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2AGTTGCATCT.TTATCCGCTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.TTCTCTAGTTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2CAAGTACTGG.TACTCCTATTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2GGACTCATTG.CCAAGGATTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2TCATCTCGAT.CTGGAAGATCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2TCATCTCGAT.TAGTTACCTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.AAGGATATGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.CCTAATGGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GATTGCAGAC.AAGGATTACTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.TGGATTCTATACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TTTGCTACTTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.TAACGACTTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2CGAAGGACGA.AGAGTACCTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.GAAGAGGCTAGTCCGCGGA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TCCGGTAATC.TTGGCTCATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2CTGCTTCGAC.TGCTACTAATCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2GACCTCCGCC.AAGGATTACTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.TCATTAAGCTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.ATAACTTCCTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.TCGCCAACTCGGCGAGACC	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TCTAGGAATTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2GCTCTAACGA.TAGTTACCTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2TGAGGTAGAA.CTTCGACTTACTATCCGCA	Neural
progenitors	0
06_08_exp11_idx1AAGTAGCTCA.CTACGGCATAATTATCAGC	Neural
progenitors	0
06_08_exp11_idx1AGTCCGCTGC.CTGAGCATTCATTATTACC	Neural
progenitors	15
06_08_exp11_idx1ATGGAACGAA.TCCTAACTTTCAATTACCGT	Neural
progenitors	15
06_08_exp11_idx1CGAATGGAGC.TATCTCGATTACCTGGCCAA	Neural
progenitors	0
06_08_exp11_idx1GTAGGATAAG.GCTCGAGATAAGTAGTCAG	Neural
progenitors	0
06_08_exp11_idx1TCTCAGAGAA.TCGAATCTTTTAGGCAGATA	Neural
progenitors	0
06_08_exp11_idx1TTGCTCCGAG.AGGCGGAATACCTGGCCAA	Neural
progenitors	0
06_08_exp12_idx1ACGGCGTTAA.CCAATCCATGCCAGGATCA	Neural
progenitors	0
06_08_exp12_idx1ACTATTCATT.AGGCGGAATCAACCGCTAA	Neural
progenitors	0
06_08_exp12_idx1ACTATTCATT.CGAGGCAATGCAGGCGACG	Neural
progenitors	0
06_08_exp12_idx1AGTCCGCTGC.ATTGAGGAATTGACGCTCCG	Neural
progenitors	0
06_08_exp12_idx1CGCTTATCGT.TCTAGGAATTACCGCCAACC	Neural
progenitors	0
06_08_exp12_idx1CGCTTATCGT.TTCTCTCGTAACGGACCAA	Neural
progenitors	0
06_08_exp12_idx1GAACTCGACT.AACGCGTCTTGGTCAGCCA	Neural
progenitors	0
06_08_exp12_idx1GAGCGCGATG.AAGGATTACTCGAACGCCGG	Neural
progenitors	0
06_08_exp12_idx1GATTCTTGAA.CCTCCTGATCTGGATTAGT	Neural
progenitors	0
06_08_exp12_idx1GTAGCAGCTA.TAGAGAGTATGCAGGCGACG	Neural
progenitors	0
06_08_exp12_idx1TCGCCGCCGG.TCGCCAACTTGACGCTCCG	Neural
progenitors	0
06_08_exp12_idx1TTGGCAAGCC.TCCTACCTTACCGGAATTA	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2AACGAGGCTA.ATTAATGCCTCGTAATGCAG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2CTCGTCTAGG.ATAATCCTGTTTATTATGGT	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.ACGCTTATATGACGAAGCGT	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.CCTGCAGTTTTCTTCCGGT	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2AAGATCCAAC.ATTGAGGAATTTCTTCCGGT	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2ACTATCCGCA.CGTTGATCTTTCTTCCGGT	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2CGAGTTAGAG.AGAGCATGTTAACGAATTG	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2CGAGTTAGAG.TACTTGCGTGGCGAACTCG	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2CGAGTTAGAG.TCCTATAAGTACCTCTATCT	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2TGGCGTAGGT.CCTAATGGTTTATTATGGT	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2ATAAGAGGCG.ATAAGCGAATTAACTCTTAG	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2ATAGGATATG.CAAGCAACTCTTGCAGTAG	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2CGAAGGACGA.CCGACCAATACGTCCGCAG	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GATACCTAAG.TATAAGAGGTTTAATTGAAT	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CCGTCGGAGG.AGAGCATGTCTTGCAGTAG	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CCTATAAGCT.TCAAGATCTTATTCGACCAA	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATAAGAGGTTAGGCCATAG	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.TTCCATCTTTTTCTTCCGGT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2ACGAGGACCT.AGAACTCCTCGTAATGCAG	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2ACGAGGACCT.TTCCATCTTTAGGAGAGAAC	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2AGTTGCATCT.ATGGTAACTTCATTCGACGG	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2AGTTGCATCT.ATTACCATCTGAGCATATGG	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CATTATTACC.AACTTGGATTATCCATGACT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CTAACTCCAA.ACTTACTCATTCTAATAGTA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AACGATCATTTTGCGAGGCA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ACGCTTATATACGCGAGATT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATAGTTGACTCTTGCAACCT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2TGATAGAACG.CGTCTTCCTGGCAATGAGA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2AGGTCAATTA.AAAGCTGATTGGACTACTAC	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2AGGTCAATTA.CTACCTGGTGGCGAACTCG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2AGGTCAATTA.GAGGAACTTCGGTTATGCC	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CAAGATTAAG.GTCTATGGTTAACGATCCA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CCAAGCTGAA.ACCATGATTTTCAATCGCAT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TACTTGCGTGTTACGCAAG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.AAGGATTACTTTGCTGGCAT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.ATGCATTCATTTCGCCTCCA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.GTCTCTACTCCGCTGCCAG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTACCTAAGTTTCCAACCGC	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2ACTATCTTGA.CGGTAAGGTTAGACTTCTT	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2GTCATTGCGC.CCAAGGATTGGAGGCCTCC	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2TGGCCGCAAT.ACAACCTATTCGGTTATGCC	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2TGGCCGCAAT.TGGTTGAATTAGCTGCAATA	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.ACAATGCTATTCCAATCATC	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2CCTAGCGCCT.ATATCCTACTTTCCAACCGC	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2CTCCGGTTCT.ACGTTGCTTTTGCGAGGCA	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2GCTCTAACGA.AGATTGGTTTTATGAGTTAA	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2GCTCTAACGA.TCAGCTTCTTGGCCGGCCT	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2TCTAGAACTA.ACATGGTAATCCGTTCGGAT	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AACCTAGCTT.CAAGCAACTTTACGATGAA	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AACCTAGCTT.TCTTAGTTCTGTAGCTCCAT	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.CAAGCAACTTCAAGCCGAT	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.TTGACCAGTGACGAAGCGT	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2CAAGCTTGGC.TTATCCGCTCTAACTAGAT	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GACCTCTCTG.CCTGCAGTTTATCATGATC	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GCAACTGGCA.ACATTCGTATGTTCGTCAGA	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2TCGATATTGA.AAACCATAGTCGGTTATGCC	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2TCGATATTGA.AGTATTAGCTGGCGAACTCG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2TCGATATTGA.TTGACTCAATAATACCATCC	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2AACGGACCAA.ACTTCCGTTGGCAATGAGA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2AACGGACCAA.ATCTTCAGATTAACGATCCA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2ACTGAATTCC.ACTTGATTGTGTTACGCAAG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2ACTTCCGAAT.ATCAGTCATTATTCGACCAA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CGAGCTGCCA.CAGATCAGTTTGCTAACGG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CTCGGTCAAT.CTCGCATGTACGTCCGCAG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CTGCAATCGC.AAATCGTTCTCATCAGAATG	Neural
progenitors	0
06_08_exp3_idx1ATAAGGACTC_idx2TTGAGTATCA.TCGCGCATTGACGAAGCGT	Neural
progenitors	0
06_08_exp3_idx1CCTCAGCTCC_idx2GTTGACGGCC.CCTGCAGTTGGTACCGGCA	Neural
progenitors	0
06_08_exp3_idx1GATTCTTGAA_idx2AGTCCGCGGA.TTGCGGTCTTATTACTCAT	Neural
progenitors	0
06_08_exp3_idx1GGCTTACTCC_idx2GGAACGATGG.TCTACTTACTTATTACTCAT	Neural
progenitors	0
06_08_exp4_idx1ATGGCGCCTG_idx2CCAAGCTGAA.CAGTATCCTTAGATCTACT	Neural
progenitors	0
06_08_exp4_idx1ATGGCGCCTG_idx2CCAAGCTGAA.TTCTTCGTTTTCCGGCCTCG	Neural
progenitors	0
06_08_exp4_idx1ATGGCGCCTG_idx2GTTGACGGCC.TGTCCTTATTTAGCCGTCAT	Neural
progenitors	0
06_08_exp4_idx1GGCTTACTCC_idx2CCGTCGGAGG.ATAGTTGACTACTATAGGTT	Neural
progenitors	0
06_08_exp4_idx1TATAATAGTT_idx2CTGCTTCGAC.TGGTTGAATTACTCAATAGG	Neural
progenitors	0
06_08_exp4_idx1TATAATAGTT_idx2GGAACGATGG.GTCTATGGTGCTAACTTGC	Neural
progenitors	0
06_08_exp4_idx1TCCTCTGCCG_idx2CAAGCTTGGC.AGAACTCCTGGCGAACTCG	Neural
progenitors	0
06_08_exp4_idx1TCCTCTGCCG_idx2GCAACTGGCA.ACCGGTTCTTTAGGACCGG	Neural
progenitors	0
06_08_exp4_idx1TCTTGAGGTT_idx2TGGCCGCAAT.TAGGAAGGTGGCTCTCTAT	Neural
progenitors	0
06_08_exp4_idx1TTCGAATATT_idx2GCTCTAACGA.AGCATAACTTTATAGACGCA	Neural
progenitors	0
06_08_exp4_idx1TTCGAATATT_idx2GCTCTAACGA.CGGAACCTTTTAGGACCGG	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.GGACTTGATTATCGTCGGC	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2CGGCGAGACC.TTCTCATTGTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.CAGCAAGTTAGATATATCG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GACCTCCGCC.ATCTGATGATCCGCTCCGGC	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CGATCATTAC.TTGGAGCTTGTTCGTCAGA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2AAGCCGGCTG.TCAGCGGTTACTATCTTGA	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2ACGCAACTCC.AGCAACGATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCAGCGGTTCGGATGAAGG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.CCAGAACCTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.CTCTACTGTACCTGGACGC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2TGCCAGATGG.GCTGGCTATGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.CAACGCAGTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GAACGATGTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.GTCCTGCATCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2CGAAGGACGA.TCGCGCATTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2GGCTATGACT.GTCCTGCATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2AACTTATAAG.CGAGATGCTTTGATGCTAT	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2GCTCTAACGA.TGCCTATTATGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1ATGGCGCCTG_idx2TGATACGAGT.CGCCGTAATACCTGGACGC	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2GGTAGGTCTC.GGAGGTTCTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.AGGCATCATGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.GTTGCAAGTGTTCCGCTAA	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TTGAGTATCA.TGCTACTAATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AACCTAGCTT.TCAGCGGTTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.CTACGGCATTATCCTCAAT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GACCGTCATGGAGCGGCCG	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2AGCGTCAATG.GCAACGTTTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.AAGCGCCATACCTGGACGC	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.TCCGGTCATACCAGCGCAG	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2GCAACTGGCA.CAACGCAGTGCCAACGCCA	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.AAGATGCCTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2TCGATATTGA.ACCGTAGCTCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2AATTGCCTAC.TCCGTATGTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.GCTGGCTATCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TGAATTCGTTACTTCCGAAT	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TGCTAATTCTCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TTCGCGGATCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2AGATCCTATA.TATTGACTCTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TCTATAAGGA.TCCGTATGTAATAATACCA	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TGATTCCTCA.TATGGTCTTTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1GCTTGAAGAG_idx2TTAGATTCCG.CGAGATGCTCCAGGCCGCA	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.GAGACTAGTTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2CGTCCGTCCT.TGCCTATTATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GGTTATCGAA_idx2TGGCCGCAAT.CCAGAACCTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.AAGCGCCATTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2ACGAGGACCT.TGCCTTGGTCGGATGAAGG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2AGTTGCATCT.TCTACTTACTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2CTAACTCCAA.CCATTGCGTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1GTAGCAGCTA_idx2TGATAGAACG.TCTAGGAATTGGACTCATTG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ACGCCATATCATAACCAGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.CCGGAGTTTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TAGTTACCTTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.TCAGGAGATCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTTCCGAAT.TATGCGATTTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.TCAGTTGGTCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2TGAGGTAGAA.TCTATACCTTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1TAGGTAACTT_idx2GATCAGTCAT.CTGCTGAATTTAGCAATAA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.GACTGACGTGGAGCGGCCG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TATTGACTCTGGAGCGGCCG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2AGGTCAATTA.TTGGCTCATCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CTCCGGTTTCGGAAGATAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.GTCGGCAATACCTGGACGC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TATGGTCTTTGGCGAGCTTA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TCTCTCCATTATCCTCAAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.AAGATGCCTAGTAAGCATA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CATCGGACTACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.CGAGATGCTTCGAGGAGTA	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GCAACGTTTCGGAGATCCG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTCCGACGTCGGATGAAGG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTGGCAATATGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GGCCGTCAAC.TTGGCAATATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TTCTCTCGTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.CTCTACTGTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGAACGCGTGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.AGTTGCGCTGACGACCTGC	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2ACCAAGATCT.GCGCTCAATCGGATGAAGG	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2AGATCCTATA.TGCTCCTATTTGATGCTAT	Neural
progenitors	15
06_08_exp1_idx1TATAATAGTT_idx2TATAACTTCC.ACCAATGCTCGAATAGATG	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2TATAACTTCC.TGCCTTGGTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1TATAATAGTT_idx2TGATTCCTCA.TATTGACTCTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CAAGTACTGG.TAGAGAGTATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGACTACCAA.GTTGCTCCTCGATGGCGCC	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.ATGGCGTATTCTCCTATAA	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TCGGTACCTACCGCAGAAT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.ACCAATGCTGCCGGTCGAG	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2TGGCCGCAAT.TCCGGTCATCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1TCTTGAGGTT_idx2AAGCCGGCTG.TGACGAGGTCTCTGATCAG	Neural
progenitors	0
06_08_exp1_idx1TCTTGAGGTT_idx2ACGCAACTCC.TCTATACCTTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1TCTTGAGGTT_idx2GGAACGATGG.GGCGCATTTGACTAGTCTA	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2CTCCGGTTCT.GCTTCTGGTCCTTACTCCT	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTCCGGTTTTGCGCGATGC	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.CTTAGCGGTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1TGGACGACTA_idx2GCTCTAACGA.GGATAGGTTTGCGCGATGC	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2AACTTATAAG.TGTCCTTATTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2AACTTATAAG.TTAATGAGCTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2ACGTTCAACC.ACAACCTATTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2ACGTTCAACC.ATCAGTCATTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2ACGTTCAACC.TCCTCGAGTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.AACTAGTTGTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.ATACCAGTTTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.CAGCAAGTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.GAACGATGTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2ACTCTCTCAA.GGACTTGATCTAAGAGAAG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CGCCGCCTCC.ACGCTTGATGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.AGTATTAGCTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.GAACGGCTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.GGAGCTCATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TATAAGGCTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TATTCGGCTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2CTCCGGTTCT.TTGAAGTCTTAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2GACCGTAGCA.CTTCATGCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2GCTCTAACGA.TAGAACCAATACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2GTTCCGACGA.GGACTTGATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TCTAGAACTA.ACAACCTATTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TCTAGAACTA.GCAGATACTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TCTAGAACTA.GGTCTACGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TCTAGAACTA.TTATCCGCTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TGATACGAGT.TGGTAATAGTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TGATACGAGT.TTCTCATTGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TTAACGTACC.GGTACCATTAGTCCGCGGA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TTCTACGCCA.CAGTATCCTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TTCTACGCCA.CTGCTGAATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.ATCAGTCATTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2AACCTAGCTT.TATTCTCCTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2AATTGCCTAC.GTAAGGAGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2AATTGCCTAC.TCCAAGTTATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2ACCGTTACGA.GACCGTCATTGGAAGTACC	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2CAAGCTTGGC.ATACCAGTTTTCCAGAAGGT	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2CCTATAAGCT.AAGGATTACTAGTCCGCGGA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2CGATCATTAC.TCTTAGTTCTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.ATTAGTCTGTAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2GATCAGTCAT.GCTGGCTATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2GATTGCAGAC.GCGTACTTTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2TCGATATTGA.TACTTGCGTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2TCGATATTGA.TGGATCCGTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2TTGGAGTCGG.ATTAGGTACTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2AACGAGGCTA.GGAGCTCATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2AACGAGGCTA.TCATTAAGCTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2ACCGTTACGA.TGAGTTAGATAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2ACGCAACTCC.CCAAGGATTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2ACGCAACTCC.GACTTGGCTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2ACGCAACTCC.TGCCTATTATTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2AGGATTACCA.TAGGTACTATTCCGGTAATC	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.GGAGCTCATGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CCGTCGGAGG.TATGAGAACTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CGATCATTAC.GGTACCATTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CGATCATTAC.TAACGACTTTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2CTGCTTCGAC.TAGTTACCTTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2GATCAGTCAT.CCAAGGATTAGAGCCAAGG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2GATCAGTCAT.GAAGAGGCTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2TGCCAGATGG.GACTTGGCTAAGACCGTTG	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.CTCGTTGATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1AGACCATATC_idx2TTGGAGTCGG.TTCGTTCCTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2AGATCCTATA.TCCTATAAGTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2AGTCCGCGGA.CAGCATTGTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2CCAGGTCTAC.TCATTAAGCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2CGAAGGACGA.TCAGGAGATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2CGAAGGACGA.TCGAGAAGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2CGAAGGACGA.TGAATTCGTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.ATTAGTCTGTCCATTATCTA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2GATACCTAAG.CTTCGACTTTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.TCCTATTCTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2GGCTATGACT.TTGGTTAAGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TCCGGTAATC.GCCATGGTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TCGTAGGCTT.GTATCGCATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.AAATTCCTCTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TCTATAAGGA.GGACTTGATTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1AGGTCAGCTT_idx2TGATTCCTCA.AACTAGTTGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TCATGGCTTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CAAGATTAAG.TGACGAGGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CCAAGCTGAA.ATTAGGTACTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.GTAGACGGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2CGGCGAGACC.TTTGCTTAGTCATGCTGGTT	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GAACTGCATC.TGCTACTAATGATACGGAAC	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GAACTGCATC.TTGAGAGATTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.AGTATTAGCTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.GAACGATGTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.TTTGCTTAGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.GTAGACGGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TATAAGGCTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GGTCCAGGAG.TCCAATAGTTTCCAGAAGGT	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2TGGCGTAGGT.GCATCCAGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2TGGCGTAGGT.TGCTACTAATCTCGTCTAGG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.TGAGTTAGATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2AAGATCCAAC.TTCCATCTTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2ACGAGGACCT.TAGATGACTTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2CATGCATCTC.TCATGGCTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2CATTATTACC.GGCGTTAATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2CATTATTACC.GTCGTAACTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2CATTATTACC.TCCAAGTTATATCGAGTCGC	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2CATTATTACC.TGATGCGATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.GTCATCTGTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2CTAACTCCAA.TTCTTAACCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2GGTAGGTCTC.TGACGAGGTAAGACCGTTG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.AAGGATATGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.ATTCCTAGATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TCATCTAATC.TTCGCATAATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TGGCGTAGGT.TCCTCGAGTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1ATAAGGACTC_idx2TTGGTCATAA.TTCGCATAATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2CCAAGCTGAA.ACGTTGCTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2CCAAGCTGAA.GCAATCGCTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.GACCAGGATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2CGGCGAGACC.TCTATCCAATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2GAACTGCATC.GTAAGGAGTCTAAGAGAAG	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2GAACTGCATC.TCATGGCTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2GACTAGTCTA.TTGGAGCTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2GGTCCAGGAG.CTGATAGGTCCGAGAATCC	Neural
progenitors	0
06_08_exp10_idx1ATGGCGCCTG_idx2GTTGACGGCC.CTCGTTGATTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2ATAGGATATG.GCATCCAGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2ATAGGATATG.TAATACCAGTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CAAGTACTGG.AGATCGGATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.CGTACCTATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TACTCCTATTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGACTACCAA.TATCGAACTTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.AGATCGGATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TTGGAGCTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2GGACTCATTG.ATTAGTCTGTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2GGACTCATTG.TATGCGATTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2GTCATTGCGC.AAATTCCTCTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.CTGAGCATTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TCATCTCGAT.TGAATTCGTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.CTGCTGAATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.GATAAGCGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.GCTGGCTATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2AACGAGGCTA.ACTTGATTGTTCCAATCATC	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.ATTAGTCTGTAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2ACGCAACTCC.GAAGAGGCTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.GCAGATACTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.GGTTGGCATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2ACTGAATTCC.TATCGAACTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.AACTGGCATCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.ACTTACTCATTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TAGGAAGGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TCTAGGAATTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTCGTCTAGG.TGAGTTAGATCTAAGAGAAG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.GAGGAACTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.GCGGTATATAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.GTCTCTACTATCGAGTCGC	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2CTGCTTCGAC.TTCGCATAATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.ACGCTTGATAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.CTGCCTTATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2GACCTCCGCC.TATCTCGATTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.GGACTTGATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GAGCGCGATG_idx2TGCCAGATGG.TACTCCTATTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2CGGCGAGACC.GGTTGGCATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2CGGCGAGACC.GTAAGCTCTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GACTAGTCTA.GTATCGCATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GACTAGTCTA.TTCCATCTTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GACTAGTCTA.TTCGTTCCTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GGTCCAGGAG.GTCCTGCATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.TATAAGGCTTGATACGGAAC	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AACCTAGCTT.TGGTTGAATTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AATTGCCTAC.CTCGTTGATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AATTGCCTAC.GTAGACGGTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2ACCGTTACGA.TTAATGAGCTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AGCGTCAATG.CCTAATGGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AGCGTCAATG.CTCGTTGATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AGCGTCAATG.CTTCGACTTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AGGATTACCA.CTGGAAGATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AGGATTACCA.TTCGCATAATTGATAGAACG	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CAAGCTTGGC.TCTATACCTTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.GACTTGGCTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.TAATCAGCTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CCGTCGGAGG.TACTCCTATTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.ATTGATCGTTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.CTGAGCATTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CCTATAAGCT.GATAAGCGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2CGATCATTAC.TATATGCGTTAGTCCGCGGA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2GACCTCTCTG.TTCAACTGATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2GATCAGTCAT.GCGTACTTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2GCAACTGGCA.CGTACCTATCTCGTCTAGG	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2TCCGTCGCCA.TCGTTCTGTCTAAGAGAAG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.AACTAGTTGTTAGAGTAATA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.CCTAATGGTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.GACTTGGCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.GCTGAAGCTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.GGCAAGTCTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2AACGGACCAA.TTGACTCAATTCCAGAAGGT	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.TCAAGATCTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.AAGGACGATTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2ACTTCCGAAT.CCTAATGGTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TGCCTATTATAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TTATAGGCATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2CCTATAAGCT.CTGCTGAATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2CGATCATTAC.GGTTCGAGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.ACGTTGCTTTCCGGTAATC	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.ATGGTTGGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.CAGCATTGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2CTCGGTCAAT.TCATGGCTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2GATGATCGTA.GAACGATGTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.AAGTTCTTGTCTAAGAGAAG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TATCGAACTTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2TGAGGTAGAA.TTGACTCAATAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2TTGGAGTCGG.GAACGGCTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.TATATGCGTTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2ACCAAGATCT.GAACGGCTTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2ACCAAGATCT.TTACCTAAGTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2ACCAAGATCT.TTCTCATTGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TGGTAATAGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.GTTGCAAGTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2GGTAGGTCTC.TAGTTACCTTCCATTATCTA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TCGTAGGCTT.AACTGGCATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGATTCCTCA.TAGGTACTATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.CTGAGCATTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGACTTGAC.TTGACCAGTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TGGCGTAGGT.TAGTTACCTTCTAAGAGAAG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTAGATTCCG.GGAGCTCATTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.GGTCTACGTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGAGTATCA.TTGGCTCATTCCAGAAGGT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.TCGAATCTTTCGAGCTGCCA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TTGGTCATAA.TGAATTCGTTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.ACTTGATTGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GGCTTACTCC_idx2GACCGTAGCA.ATAACTTCCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GGCTTACTCC_idx2GCTCTCGCCT.TCGTTCTGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1GGCTTACTCC_idx2TTCTACGCCA.TTGAGAGATTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GGTTATCGAA_idx2AACTACCGAC.AAGGACGATAGAGCCAAGG	Neural
progenitors	0
06_08_exp10_idx1GGTTATCGAA_idx2AACTACCGAC.TGAGTTAGATCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.GAAGAGGCTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1GGTTATCGAA_idx2GCTCTCGCCT.TAGCCAATTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1GGTTATCGAA_idx2TTCTACGCCA.TGGTAATAGTCCGAGAATCC	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.AAATTCCTCTTGATAGAACG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ACGAGGACCT.ACCATGATTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.ACGCTTGATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TCATAGAGTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TCATAGAGTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TCTACTTACTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CATGCATCTC.CTCGTTGATTGGAAGTACC	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.AAGGACGATGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CATTATTACC.TCGAATCTTTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.GTAAGCTCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.GTCTATGGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CCAGGTCTAC.TTGATTCCTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CGAAGGACGA.TATAAGGCTTATCGAGTCGC	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2CTAACTCCAA.TGAATCTGATAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TAGTTACCTTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TTATAGGCATTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.TTGATTCCTTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GGCTATGACT.TATGCGATTTTTACCTCGAC	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2TGATAGAACG.GGCAAGTCTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2TGATAGAACG.TCATTAAGCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2TGATAGAACG.TGCTACTAATAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.CTGATAGGTAGCGTCAATG	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.GGCAAGTCTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.GTCTATGGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TCCTAACTTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TCGTTCTGTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2AACTACCGAC.TTCCATCTTTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2GATTGCAGAC.GACCGTCATAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.AGTATTAGCTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TAGAGCCTTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACGTTCAACC.AAGGATTACTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.ATATGGATCTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACTCTCTCAA.GTCATCTGTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACTGAATTCC.GGAGCTCATTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2ACTTCCGAAT.TGGATTCTATACTATGCAAT	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2CCTAGCGCCT.TATGCGATTTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2GATGATCGTA.GTAAGCTCTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2GCTCTAACGA.GGCTTACTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2ACCAAGATCT.GGACTTGATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.AGTATTAGCTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2AGATCCTATA.TTGATTCCTTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2AGGTCAATTA.TTCGCATAATTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2CAAGATTAAG.TTATAGGCATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TTCCATTACTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2CGGCGAGACC.TTGGAGTTATACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2GAACTGCATC.GAGTTCTCTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2GAACTGCATC.TATCGAACTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.GTCTCTACTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TCTAGGAATTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.TGCTACTAATGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.GGTTCGAGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TTCCATTACTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCCGGTAATC.TTCGCATAATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCGTAGGCTT.TCTATCCAATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.CGAATGAGTCCGAGAATCC	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.GAGTTCTCTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.GTATCGCATTCCAGAAGGT	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TTCCATCTTTCTCGTCTAGG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TGATTCCTCA.GACGTTCGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TGATTCCTCA.TGATGCGATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2AACGAGGCTA.ATGGTTGGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2AAGCCGGCTG.TAAGGTTCATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2CTCGTCTAGG.GTATCGCATCTAAGAGAAG	Neural
progenitors	0
06_08_exp10_idx1TATAATAGTT_idx2CTGCTTCGAC.TATGGTCTTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TTATAGGCATACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.TTGGTTAAGTAGTCCGCGGA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2ACTATCTTGA.TATTGAGGTTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.GAACGATGTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2AGTTGCATCT.TGATCTTCTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CATTATTACC.GCTCTTAGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CATTATTACC.GGCTTACTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CATTATTACC.GTAAGGAGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2CATTATTACC.TTGGAGCTTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2GTCGCTCAGT.TATCTCGATTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TACTCCTATTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TCATCTAATC.TATTGAGGTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TGATAGAACG.CAGCATTGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2TGATAGAACG.GAACGGCTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.CCAAGGATTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2AAGATCCAAC.GAGGAACTTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2CATTATTACC.TTCAACTGATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2CGAGTTAGAG.TACGGTAGTGGCAGACGCC	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.GCATCCAGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2CTAACTCCAA.GTCATCTGTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.AACTAGTTGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2GGTAGGTCTC.GGTACCATTTGGAAGTACC	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TCATCTAATC.TATGACTTGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TGGACTTGAC.TCATTAAGCTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.ACTTACTCATGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.GGACTTGATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.GGTCTACGTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TGGCGTAGGT.TTCCATTACTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TTGAGTATCA.GACCGTCATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TCCTCTGCCG_idx2TTGGTCATAA.TCTCGCTCTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2CAAGTACTGG.TCGTCTATTTGGCAGACGCC	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.AATTCATCGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.ACGTTGCTTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2CGACTACCAA.ATACCAGTTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2CGTCCGTCCT.TGAGAATCATAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2GTCATTGCGC.GATCGACCTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2GTCATTGCGC.TAATCAGCTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2TGGCCGCAAT.GCTGAAGCTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TCTTGAGGTT_idx2TGGCCGCAAT.TAACGACTTTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.AGTCGCATTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2ACTCTCTCAA.TTGGAGTTATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.CTGCCTTATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.CTGCTGAATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TAATCAGCTTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AGCGTCAATG.TAGTTACCTTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TCGTCTATTTAGAGCCAAGG	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TCTTAGTTCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2CCTAGCGCCT.TCGAAGGATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TAAGGTTCATGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GACCTCTCTG.TATGGTCTTTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GCAACTGGCA.TCGTCTATTTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2GCTCTAACGA.GGAGCTCATACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.GCAATCGCTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.GCTCTTAGTCCGAGAATCC	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TATTGACTCTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCCGTCGCCA.TCAGGAGATAGTCCGCGGA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCGATATTGA.ACTTGATTGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCGATATTGA.CTTCGACTTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TCGTCTATTTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2TCGATATTGA.TGTCCTTATTCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2ACCAAGATCT.GTCGTAACTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2AGATCCTATA.GAACGGCTTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.TCAAGATCTTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2AGTCCGCGGA.TCTAGGAATTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2ATAGGATATG.TCGAAGGATAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.ATACCAGTTTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2GATACCTAAG.TGCAAGGTTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2GGCTATGACT.GCTCTTAGTAGTCCGCGGA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TATAACTTCC.TGGTAATAGTAATGGTCGAC	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TATAACTTCC.TTCTTAACCTCTCGTCTAGG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TCTATAAGGA.AAGGATATGTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.ACTTGATTGTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.GAGGAACTTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TGATTCCTCA.TCCTATAAGTCGAGCTGCCA	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.TAAGAATGGTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TTAGATTCCG.TATTGAGGTTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.TCGTCTATTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2AAGCCGGCTG.GGAGCTCATACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2CTGCTTCGAC.TGCTACTAATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2GACCTCCGCC.TGGTTGAATTAGGTTAGCAT	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.ACGCTTGATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.TGGATCCGTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.TGTCCTTATTAAGACCGTTG	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.GTCTATGGTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2ACTTCCGAAT.TATCGAACTTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2CCTAGCGCCT.GTCATCTGTGGATGCAGCA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2CGAGCTGCCA.TGACGAGGTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2CTCCGGTTCT.ATACCAGTTTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2GCTCTAACGA.AAGGATATGTAGTCCGCGGA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2TGATACGAGT.CGTACCTATCCGTCGGAGG	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2TGATACGAGT.TACTCCTATTACGAAGTCAA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2TGATACGAGT.TCCTATAAGTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2CAAGTACTGG.TCGTTCTGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2CGACTACCAA.GGACTTGATTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.AGTCGCATTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2GTCATTGCGC.TAACTAAGGTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TTGCGAGCAT_idx2TGGCCGCAAT.TATTCTCCTTCCGTCGGAGG	Neural
progenitors	0
06_08_exp11_idx1AAGTACGCGA.TATCTCGATTTGGCCATGCA	Neural
progenitors	0
06_08_exp11_idx1CCGTATGATT.AGATTGGTTTTTACCGAGGC	Neural
progenitors	0
06_08_exp11_idx1CGTCGAGCGC.AATCCAGTATTTAGGATCTA	Neural
progenitors	0
06_08_exp11_idx1CGTTACCGCT.TCGAGAAGTCTGGATTAGT	Neural
progenitors	0
06_08_exp11_idx1TATAATAGTT.CCTAATGGTCGGTCGTTAA	Neural
progenitors	0
06_08_exp11_idx1TCTATCGCTG.AAACTCCAATATTCAGGTAC	Neural
progenitors	0
06_08_exp11_idx1TTAAGTTAAT.TATCTCGATTACTACTGAAG	Neural
progenitors	0
06_08_exp11_idx1TTCCGTCGAC.TTCTCATTGTTTACCGAGGC	Neural
progenitors	0
06_08_exp12_idx1AATACGATAA.ATGGCGTATTAGATCTACT	Neural
progenitors	0
06_08_exp12_idx1ACCAGGCGCA.AGGCGGAATAACCATTGGA	Neural
progenitors	0
06_08_exp12_idx1AGACCATATC.TCAGTTGGTTAATGAACGA	Neural
progenitors	0
06_08_exp12_idx1AGTTCTCATG.CGTACCTATTAATGAACGA	Neural
progenitors	0
06_08_exp12_idx1AGTTCTCATG.TGGTCGAATAGACTCAAGC	Neural
progenitors	0
06_08_exp12_idx1ATACCTCGAC.AACTGGCATAATCTGGAGT	Neural
progenitors	0
06_08_exp12_idx1ATGGCGCCTG.TAGAGAGTATGTTGAAGGAT	Neural
progenitors	0
06_08_exp12_idx1CGCGGCCATA.TGAATTCGTTTATATACTAA	Neural
progenitors	0
06_08_exp12_idx1CTATATAGCC.GCGGAGAATGCTGGAACTT	Neural
progenitors	0
06_08_exp12_idx1CTCGTCGTAG.CGGTTCCATATAAGGAGCA	Neural
progenitors	0
06_08_exp12_idx1CTCGTCGTAG.TGGATTCTATACTTAACTAG	Neural
progenitors	0
06_08_exp12_idx1GAACTCGACT.ATCTGATGATGCCAGGATCA	Neural
progenitors	0
06_08_exp12_idx1GATCTTCGCA.GTACCTCTTTATAGTAAGC	Neural
progenitors	0
06_08_exp12_idx1GCGGCTGCGG.ACTTCCGTTTTCCATGGCA	Neural
progenitors	0
06_08_exp12_idx1GCTTGAAGAG.TCGTCTATTTATCATATTAG	Neural
progenitors	0
06_08_exp12_idx1GTACTCCTAT.GCTTCTGGTCGGTCGTTAA	Neural
progenitors	0
06_08_exp12_idx1GTAGGATAAG.GGCTTACTTTGACGCTCCG	Neural
progenitors	0
06_08_exp12_idx1TAGGTAACTT.ATTCAAGCATAACGAGGCTA	Neural
progenitors	0
06_08_exp12_idx1TAGGTAACTT.TGTCCTTATTACTACTGAAG	Neural
progenitors	0
06_08_exp12_idx1TATTGCTGGA.AGATTGGTTTTTGGATCCTT	Neural
progenitors	0
06_08_exp12_idx1TATTGCTGGA.TCCGTATGTAGCTGCAATA	Neural
progenitors	0
06_08_exp12_idx1TCGTAGCATC.TAGAGCCTTTATAGTAAGC	Neural
progenitors	0
06_08_exp12_idx1TCGTAGCATC.TCTCGCTCTGGTCCAGGAG	Neural
progenitors	0
06_08_exp12_idx1TCTTAGCCTG.AGATCGGATCAATTACCGT	Neural
progenitors	0
06_08_exp12_idx1TCTTAGCCTG.AGTAGCCATTTAGGATCTA	Neural
progenitors	0
06_08_exp12_idx1TCTTGAGGTT.ATAATCCTGTGCCAGGATCA	Neural
progenitors	0
06_08_exp12_idx1TGATTAGGTA.AAAGCTGATTTAACTGGTTA	Neural
progenitors	0
06_08_exp12_idx1TGCGACCTCT.GAGTTCTCTAATTAAGACT	Neural
progenitors	0
06_08_exp12_idx1TGGTTGCCGT.TCTACTTACTACCTGGCCAA	Neural
progenitors	0
06_08_exp12_idx1TTCGAATATT.CATACCGCTATCATATTAG	Neural
progenitors	0
06_08_exp12_idx1TTGCCGTAGG.TATTCGGCTAGCTGCAATA	Neural
progenitors	0
06_08_exp12_idx1TTGCCGTAGG.TTGAAGTCTTAATACTCTTC	Neural
progenitors	0
06_08_exp12_idx1TTGGCAAGCC.AAGATGCCTACCGGAATTA	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2AACGAGGCTA.ATCTGATGATAGCCGGTACC	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2AACGAGGCTA.TAACGACTTTCTTGCAACCT	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2AACGAGGCTA.TAGAACCAATTTGCTAACGG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2AAGCCGGCTG.ATGGTAACTTCCGTTCGGAT	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2AAGCCGGCTG.CGAGGCAATTTAGGACCGG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2ACGCAACTCC.CGGAACCTTTATGAGTTAA	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2CTCGTCTAGG.TGAATCTGATTAGGCCATAG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2CTGCTTCGAC.ATGGTTGGTACTAGAGAGT	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2CTGCTTCGAC.ATTACCATCTACGTCCGCAG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2CTGCTTCGAC.TTATCCGCTTATCATGATC	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.ACAATGCTATTTGCGAGGCA	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.GTCTATGGTGGAGGCCTCC	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.TTATCCGCTTAGACTTCTT	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.TTCTCATTGTGTATAATACG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2TGCCAGATGG.ATGCATTCATATATGAGCCA	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2ACTATCCGCA.AAGGATTACTTTCATAGGAC	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2ACTATCCGCA.ACGATATCATACGAAGTCAA	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2ACTATCCGCA.ATCAGTCATTTCAAGCCGAT	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2CGAGTTAGAG.AAAGCTGATTTAACGATCCA	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2CGAGTTAGAG.ACTTACTCATTTATAGCAGA	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2CGAGTTAGAG.CTTCGACTTGTCCTAGAGG	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2GGTAGGTCTC.CAGATCAGTACCTCTATCT	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2GGTAGGTCTC.CGGAACCTTCGGTCAAGAA	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2TGGACTTGAC.ACTTCCGTTTTCTTCCGGT	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2TGGACTTGAC.ATCTTCAGATTTATTCTGAG	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2TGGACTTGAC.ATTGATCGTTTCGCGGTTGG	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2TTGGTCATAA.AAGGCTACTTTATTATGGT	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2ATAAGAGGCG.AAGTATTGGTTTATTCTGAG	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2ATAGGATATG.AACGATCATTTATATACTAA	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2ATAGGATATG.AGCATTATGTGAGCATATGG	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2ATAGGATATG.TAGAACCAATATATGAGCCA	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2CCAGGTCTAC.AAATCGTTCTCATCTCTGCA	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2CGAAGGACGA.AAGGCTACTTAGGCCATAG	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2CGAAGGACGA.CAACTCTCTCCGCGATTAT	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2CGAAGGACGA.TAATACCAGTAGCTTATCCG	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GGCTAATTAA.AACTGGCATATATGAGCCA	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GGCTATGACT.AATCCAGTATCCTTGGTCCA	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GGCTATGACT.GGCTAAGATTTATTCTGAG	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GGCTATGACT.TAATACCAGTTTCAATATAA	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2AGGATTACCA.ACAATGCTATCGTCGCAGCC	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CCGTCGGAGG.AACGCGTCTTCAATCGCAT	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CCGTCGGAGG.ACTTACTCATACGTCCGCAG	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CCGTCGGAGG.ACTTATGGTTGTCCTAGAGG	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CCGTCGGAGG.ATAAGCGAATAGCTGCAATA	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CCGTCGGAGG.TGGTTGAATTCGGTTATGCC	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CCTATAAGCT.ACGTCTAGTTAACGATCCA	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2CGATCATTAC.AGATTCAACTACGCGAGATT	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2GATCAGTCAT.AGGATAATCTATGGCTCTGC	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2GATCAGTCAT.TAATCAGCTTATGGCTCTGC	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TATAACTTCC.AGCATTATGTGTATAATACG	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TATAACTTCC.CAAGGCGTTACTATAGGTT	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TATAACTTCC.CGCTGCTTTCTAGTAGTCT	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TCGTAGGCTT.CAGATCAGTTTAATTGAAT	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TCGTAGGCTT.CCAAGGATTGAGCATATGG	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TCGTAGGCTT.CGTACCTATACGAAGTCAA	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TCGTAGGCTT.GTCTCTACTGTAGCTCCAT	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TCTATAAGGA.GATAAGCGTGGCAATGAGA	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.ATCTGATGATCGTAGTTACC	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.CAAGGCGTTCCGCTGCCAG	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.CCAGCCTTTGGCGAACTCG	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.CCTGCTACTACTATAGGTT	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.TAACGACTTTCTTGCAGTAG	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TTAGATTCCG.CGTACCTATTAACTCAATT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2ACGAGGACCT.AAGGATTACTTCTTGCCGAC	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2ACGAGGACCT.ACCATGATTTAGCTCTCCTC	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2ACGAGGACCT.AGATTGGTTTCCGTTCCTTA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2AGTTGCATCT.ATGGTTGGTCCGCTGCCAG	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CATGCATCTC.ATCAATACGTTTATTATGGT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CATGCATCTC.CCATCGTCTAATGCCGCTT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CATGCATCTC.TCGAGAAGTATATGAGCCA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CATTATTACC.AATACCGAATGTCCTAGAGG	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CATTATTACC.CAGCAAGTTTTCTTCCGGT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CATTATTACC.TTATCCGCTCCGCGGCTCA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CTAACTCCAA.AAAGCTGATTAAGCCAGTTA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CTAACTCCAA.CTACCTGGTGGCAATGAGA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.AACTGGCATAGTAACGGTC	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.ATACTACTCTTAACTCAATT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.CGGAACCTTTTAATTGAAT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAATACCAGTACGAAGTCAA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2GTCGCTCAGT.TAATCAGCTTAGGTTAGCAT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2TCATCTAATC.AATTCATCGTCCGCTCCGGC	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2TCATCTAATC.ACGTCTAGTCCGCTCCGGC	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2TCATCTAATC.ACTGAATACTCCATCGCGAA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2TCATCTAATC.TTGACCAGTTAACGATCCA	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2TGATAGAACG.ATAGTTGACTTTACGATGAA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2AGGTCAATTA.ATATCCTACTGTTACGCAAG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CAAGATTAAG.CCATCGTCTACGTCCGCAG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CAAGATTAAG.CGGAACCTTTCTTGCCGAC	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CAAGATTAAG.CGTTGATCTCCGCTCCGGC	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CCAAGGATTCGCTCCTAAC	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CCAAGCTGAA.CTGCCTTATAACCATTGGA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGCTGGATTATGGCTCTGC	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CGGCGAGACC.ACGTCTAGTAAGTAAGAGC	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CGGCGAGACC.ATTAGGTACTATATTGATAC	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CGGCGAGACC.CCAGCCTTTGACGAAGCGT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CGGCGAGACC.TCAGCTTCTAGCCGGTACC	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.ACGTCTAGTAACCTGGTCT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.CAGCATTGTCAACCAGTAC	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GACTAGTCTA.CAGCAAGTTATTCGACCAA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GACTAGTCTA.TGCAAGGTTGTCCTAGAGG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GACTAGTCTA.TGGATTCTATTTCGCCTCCA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GACTAGTCTA.TTCCATCTTTTAACGAATTG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GGTCCAGGAG.AACTAGTTGTTTGCGAGGCA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GGTCCAGGAG.AAGGATATGTGTCCTTAAGA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TGCAAGGTTTTATTATGGT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GTTGACGGCC.CGAAGACCTTCAAGCCGAT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GTTGACGGCC.TGCTGGATTGCTGGAACTT	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2ACTATCTTGA.TAAGGTTCATGTAGCTCCAT	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2ACTATCTTGA.TTCTCATTGTAGGTTAGTTC	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.AAGTACGTTTTTGCTGGCAT	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.AATACCGAATCGGTTATGCC	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.AGGATAATCTTTATTCTGAG	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.ATCTGATGATGACGAAGCGT	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.ATTACCATCTGATCGCTTCT	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.CAAGGCGTTCTAACTAGAT	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.CATCAACGTTAACTCTTAG	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.GATACGTCTAGCTGCAATA	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.TCCTAACTTTCTTGGTAATG	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.TCTATCCAATCCGTTCGGAT	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.TGATGCGATAATCGATAAT	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.TGCAAGGTTGGCAGACGCC	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2GTCATTGCGC.AGCTATCGTAGGAGAGAAC	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2GTCATTGCGC.CAGCAAGTTTCGCTAAGCA	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2GTCATTGCGC.CTAACGACTAACCTGGTCT	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2GTCATTGCGC.TAACGACTTTACTATAGGTT	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2GTCATTGCGC.TAGAACCAATCTTGCAACCT	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2GTCATTGCGC.TTCGTTCCTGTCCTAGAGG	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2TGGCCGCAAT.TGTCCTTATTAGGAGAGAAC	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.AAATCGTTCTGTTCGTCAGA	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.AAATTCCTCTTCAAGCCGAT	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.AACGTAATCTCCGCGGCTCA	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.CAGCAAGTTCCAGTCCTCT	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.CAGCATTGTGTAGCTCCAT	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.CAGCATTGTTTCATAGGAC	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.CCAGCCTTTCTTGCAGTAG	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.CGGAACCTTGTTCGTCAGA	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.CGTACCTATTTATTCTGAG	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2CCTAGCGCCT.AAGGATTACTATCGGCTATC	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2CCTAGCGCCT.AATACCGAATATGGCTCTGC	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2CTCCGGTTCT.GAGTTCTCTCATAGTTCGG	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2CTCCGGTTCT.GAGTTCTCTCATCAGAATG	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2GCTCTAACGA.TGGATTCTATGTAGCTCCAT	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2TCTAGAACTA.GGTCAGTTTGGTATCCGCC	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2TGATACGAGT.AGCGTAAGTAGGTTAGTTC	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2TGATACGAGT.ATAACTTCCTCAAGTCGACC	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2TGATACGAGT.GAGGAACTTAGCCGGTACC	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2TGATACGAGT.TAATCAGCTTGTATCATCGA	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.AAATTCCTCTATCGGCTATC	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.AGGATAATCTATTCGACCAA	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.ATGGTAACTTTTCATAGGAC	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.CCAATCCATGATATCGGCG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.CGAATGAGTTCGCTAAGCA	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.CGTAGGCTTTATCATGATC	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.GGTCAGTTTCCGTTCCTTA	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.TCGAGAAGTGAGCATATGG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GATTGCAGAC.AACTGGCATCTTGCAACCT	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GATTGCAGAC.AATACCGAATAGCCGGTACC	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GATTGCAGAC.ATAACTTCCTCCATCGCGAA	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GATTGCAGAC.GGCGTTAATAACCTGGTCT	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GCAACTGGCA.AGGCGGAATTAGGCCATAG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2TCCGTCGCCA.AAGGATTACTCGTAATGCAG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2TCCGTCGCCA.CAAGGCGTTTTCAATATAA	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2TCGATATTGA.ATACTACTCTGTATCATCGA	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2TCGATATTGA.GATAAGCGTCATAGTTCGG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2TCGATATTGA.TTCTTCGTTTTCAATCGCAT	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2ACTTCCGAAT.AAGGACGATCCGCTCCGGC	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2ACTTCCGAAT.AAGGCTACTGATATCGGCG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2ACTTCCGAAT.AGAACTCCTTAGGCCATAG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2ACTTCCGAAT.AGTATTAGCTATATGAGCCA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2ACTTCCGAAT.TCAGCTTCTTTAGGACCGG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CGAGCTGCCA.ACGCTTATATGTCCTAGAGG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CGAGCTGCCA.ACGTTGCTTCGGTTATGCC	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CGAGCTGCCA.ATTCGGAGTCCGCGGCTCA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CGAGCTGCCA.CCTAATGGTAGCTGCAATA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CGAGCTGCCA.CTACCTGGTGTAGCTCCAT	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CGAGCTGCCA.TATAAGAGGTCGTAATGCAG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CGAGCTGCCA.TTGATTCCTTAACTAGGCGC	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CTCGGTCAAT.ACATGGTAATCCGTTCCTTA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CTCGGTCAAT.ACTGGTTATTTTAGGACCGG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CTCGGTCAAT.ATTCAAGCATCATCTCTGCA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CTCGGTCAAT.CCGTCGATTGGTATGCTTG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2GATGATCGTA.AAGTATTGGTCATCAGAATG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2GATGATCGTA.ATAACTTCCTAATACCATCC	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2GATGATCGTA.CGTAGGCTTGTTACGCAAG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2GATGATCGTA.CGTCTTCCTCTTGCAGTAG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2TGAGGTAGAA.ACAATGCTATTAACTCAATT	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2TGAGGTAGAA.ATACTACTCTTAACTCAATT	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2TGAGGTAGAA.CGTAGGCTTTTGCGAGGCA	Neural
progenitors	0
06_08_exp3_idx1AGTCCGCTGC_idx2AGGTCAATTA.TATCCAGGTGGCCAGTCCG	Neural
progenitors	0
06_08_exp3_idx1CCTCAGCTCC_idx2TCATCTCGAT.CAAGCAACTCATTCAATCA	Neural
progenitors	0
06_08_exp3_idx1TGGACGACTA_idx2AACGGACCAA.AACCTCATTTGCGTTCAGCT	Neural
progenitors	0
06_08_exp3_idx1TTGCGAGCAT_idx2ACGAGGACCT.TCCTAACTTTCTTGCAGTAG	Neural
progenitors	0
06_08_exp4_idx1ATGGCGCCTG_idx2GACTAGTCTA.TAGGAAGGTACGCGAGATT	Neural
progenitors	0
06_08_exp4_idx1GATTCTTGAA_idx2CATGCATCTC.CGAAGACCTTTCTTAATAA	Neural
progenitors	0
06_08_exp4_idx1GGTTATCGAA_idx2CGCCGCCTCC.TAACGACTTTACGCGAGATT	Neural
progenitors	0
06_08_exp4_idx1TATAATAGTT_idx2GACCTCCGCC.TCGAAGGATAGAGCCAAGG	Neural
progenitors	0
06_08_exp4_idx1TCTTGAGGTT_idx2GTCATTGCGC.TAATACCAGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2CTCGTCTAGG.TCAGCGGTTCGCGTACGAC	Neural
progenitors	0
06_08_exp1_idx1AGACCATATC_idx2GGAACGATGG.GTCGGAGTTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1AGTCCGCTGC_idx2ATAAGAGGCG.ATGGAGAGTTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2AAGATCCAAC.ATTGCCGGTAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1CCTCAGCTCC_idx2TGGACTTGAC.TGCCTTGGTTCAGCTCTAA	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2CAAGCTTGGC.ACGCCATATGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GAGCGCGATG_idx2GATTGCAGAC.ATGGCGTATGCCGTCGCGT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2ACTGAATTCC.ACGAGGTTTGCGTTCAGCT	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2CGAGCTGCCA.TCGAATCTTTGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1GTAGGCTGCA_idx2GATGATCGTA.GTTGCTCCTTATCGTCGGC	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GAACTGCATC.GTCCTGCATGGCCAGTCCG	Neural
progenitors	0
06_08_exp1_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TCATAGAGTTTGGTATTCAT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2CGTCCGTCCT.TGAGTTAGATAAGTTGCCAT	Neural
progenitors	0
06_08_exp1_idx1TATTAGACTT_idx2GGACTCATTG.TTCTAAGCTTTGCGCGATGC	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2ACGTTCAACC.TCATAGAGTTAATCGATAAT	Neural
progenitors	0
06_08_exp10_idx1AATACGATAA_idx2TGATACGAGT.TCATGGCTTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1ACGGCGTTAA_idx2CCGTCGGAGG.TATCTCGATTTTCAAGACCA	Neural
progenitors	0
06_08_exp10_idx1AGTCCGCTGC_idx2GACTAGTCTA.GGTACCATTACCGTTACGA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2ACTATCTTGA.AATTCATCGTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2CGTCCGTCCT.TGCTGGATTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1CCTCAGCTCC_idx2TGGCCGCAAT.TAACTAAGGTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GAACTGCATC.AAATTCCTCTGCGACGCAGA	Neural
progenitors	0
06_08_exp10_idx1GATTCTTGAA_idx2GACTAGTCTA.TATCGAACTTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2AGGATTACCA.TCCTATTCTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GCATCGTATG_idx2GCAACTGGCA.TAGCCAATTTTCCGGCCTCG	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2ACTGAATTCC.ACAACCTATTTAGCCGTCAT	Neural
progenitors	0
06_08_exp10_idx1GCGCGTTCAT_idx2CCTATAAGCT.TTGACTCAATCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2AAGATCCAAC.GTCTATGGTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2CGAGTTAGAG.TTTGCTACTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GCTTGAAGAG_idx2TATAACTTCC.TCTAGGAATTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1GGCTTACTCC_idx2AACTACCGAC.CTCGTTGATTTAGATTCCG	Neural
progenitors	1
06_08_exp10_idx1GTAGCAGCTA_idx2AGTCCGCGGA.TATTCGGCTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2ATAGGATATG.TGTCCTTATTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1GTAGCAGCTA_idx2GGCTAATTAA.AACTAGTTGTACTCAATAGG	Neural
progenitors	0
06_08_exp10_idx1GTAGGCTGCA_idx2TTCTACGCCA.TATCATGAGTGACCTCCGCC	Neural
progenitors	0
06_08_exp10_idx1TAGGTAACTT_idx2CTCCGGTTCT.TCCAATAGTTCTGATGGTCA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2GGTCCAGGAG.TTGACCAGTGCTCTAACGA	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TATAACTTCC.GCCATGGTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TAGTAAGCCG_idx2TCTATAAGGA.TCGAAGGATTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2ACGAGGACCT.GCCATGGTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TATTAGACTT_idx2ACTATCTTGA.TCAAGATCTTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2AACCTAGCTT.ATGGTTGGTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TGGACGACTA_idx2CAAGCTTGGC.TCTTAGTTCTGGCTGAGCTC	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2AGATCCTATA.ATAACTTCCTAGATATATCG	Neural
progenitors	0
06_08_exp10_idx1TTATTGAGGC_idx2TCTATAAGGA.TAGCCAATTTTCCGTCGCCA	Neural
progenitors	0
06_08_exp10_idx1TTCGAATATT_idx2AACGAGGCTA.AGTCGCATTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2AACGGACCAA.AGAGTACCTTTATCCGGAT	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2AACTTATAAG.GCAATCGCTACTATCCGCA	Neural
progenitors	0
06_08_exp10_idx1TTGCCGTAGG_idx2ACTCTCTCAA.AGATCGGATCTGATGGTCA	Neural
progenitors	0
06_08_exp11_idx1ACCGCTTAGG.TATCCAGGTATCAACGATT	Neural
progenitors	1
06_08_exp11_idx1CGTTACCGCT.CAATCGGTTTATGCCGAGT	Neural
progenitors	0
06_08_exp11_idx1GGTAGATGCC.GCTTCTGGTTATGCCGAGT	Neural
progenitors	1
06_08_exp12_idx1AGACCATATC.TATAAGAGGTAACCATTGGA	Neural
progenitors	0
06_08_exp12_idx1GGCTTACTCC.ATTAGTCTGTTTGGATCCTT	Neural
progenitors	0
06_08_exp12_idx1TTGATTGGCG.GTCATCTGTGCTCTCGCCT	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2CTCGTCTAGG.ACGTCTAGTCATAGTTCGG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2CTCGTCTAGG.GAGGAACTTGTATAATACG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2CTGCTTCGAC.AACTGGCATCATCAGAATG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2CTGCTTCGAC.ATTAGTCTGTCCGCTCCGGC	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2CTGCTTCGAC.GTCTCTACTCCGCTGCCAG	Neural
progenitors	0
06_08_exp2_idx1AGACCATATC_idx2GGAACGATGG.TAGAACCAATTTAGGACCGG	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2AAGATCCAAC.AATACCGAATTTAATTGAAT	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2TGGCGTAGGT.ACGCTTATATTATCATGATC	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2TTGGTCATAA.TCAAGATCTTTAACGATCCA	Neural
progenitors	0
06_08_exp2_idx1ATTATGCAAG_idx2TTGGTCATAA.TGTCCTTATTCCAGTCCTCT	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2CCAGGTCTAC.AGGCGGAATACGCGAGATT	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2CCAGGTCTAC.CTGATAGGTGAGCATATGG	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2CGAAGGACGA.CGATTCGCTTTCCAACCGC	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2CGAAGGACGA.CTGAGCATTTTCGCCTCCA	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GATACCTAAG.TTATCCGCTCTTGCAGTAG	Neural
progenitors	0
06_08_exp2_idx1CTCAATTAGT_idx2GGCTATGACT.CCAGCCTTTCATAGTTCGG	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2GATCAGTCAT.AACTGGCATCGTAATGCAG	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2GATCAGTCAT.ACGTTGCTTTAGCCGTCAT	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2GATCAGTCAT.ATATCTGGATCCGTTCGGAT	Neural
progenitors	0
06_08_exp2_idx1GCGCGTTCAT_idx2GATCAGTCAT.TGCTGGATTTAACTCAATT	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TCTATAAGGA.TTCCATCTTTAAGCCAGTTA	Neural
progenitors	0
06_08_exp2_idx1GCTTGAAGAG_idx2TGATTCCTCA.GGCTAAGATTTGCTGGCAT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CATTATTACC.TCAGCTTCTTTGCTGGCAT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2CTAACTCCAA.CGAGGCAATACCTCTATCT	Neural
progenitors	0
06_08_exp2_idx1GTAGCAGCTA_idx2TCATCTAATC.ACATGGTAATTGGCCGGCCT	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2CCAAGCTGAA.TGCTGGATTTCAACGTAAG	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.CCAGCCTTTAGCTGCAATA	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GAACTGCATC.TGAATCTGATTATCATGATC	Neural
progenitors	0
06_08_exp2_idx1TAGTAAGCCG_idx2GGTCCAGGAG.CGTCTTCCTTAACGAATTG	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2ACTATCTTGA.ACATTCGTATGATATCGGCG	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2ACTATCTTGA.TCTATCCAATCGGCGTAACT	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.AACGAGCGTTCAAGCCGAT	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.CGTACCTATGATATCGGCG	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2CGTCCGTCCT.TAAGGTTCATGGCGAACTCG	Neural
progenitors	0
06_08_exp2_idx1TATTAGACTT_idx2TGGCCGCAAT.AAGTATTGGTTTCTTCCGGT	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2ACTCTCTCAA.CGTAGGCTTTTATTCTGAG	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2CCTAGCGCCT.ACTGGACCTACGTCATATA	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2GCTCTAACGA.CAGTATCCTCATAGTTCGG	Neural
progenitors	0
06_08_exp2_idx1TGGACGACTA_idx2GCTCTAACGA.TTGACTCAATTTGCTGGCAT	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2AGCGTCAATG.TTCGTTCCTCCATCGCGAA	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GATTGCAGAC.ACTGAATACTATTCGACCAA	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GCAACTGGCA.AATTCTAGGTGTTACGCAAG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GCAACTGGCA.AGCGTAAGTCCGCTGCCAG	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2GCAACTGGCA.ATGGTAACTTCCGTTCGGAT	Neural
progenitors	0
06_08_exp2_idx1TTCCGTCGAC_idx2TCGATATTGA.GTCGTAACTGATATCGGCG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2AACGGACCAA.ACAATGCTATGGACTACTAC	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2AACGGACCAA.ACGTCTAGTGTCCTACTTG	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2CTCGGTCAAT.AGGCGGAATCCTTGGTCCA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2TGAGGTAGAA.AAGTTCTTGTCCATCGCGAA	Neural
progenitors	0
06_08_exp2_idx1TTGGTAAGGA_idx2TGAGGTAGAA.AATTCTAGGTCATAGTTCGG	Neural
progenitors	0
06_08_exp3_idx1AGGTCAGCTT_idx2CGAAGGACGA.CGGTAAGGTGCGTTGGAGC	Neural
progenitors	0
06_08_exp4_idx1GATTCTTGAA_idx2CATGCATCTC.ACGATATCATCCGCTGCCAG	Neural
progenitors	0
06_08_exp4_idx1GATTCTTGAA_idx2CATTATTACC.CCATCGTCTCCTTGGTCCA	Neural
progenitors	0
06_08_exp4_idx1GATTCTTGAA_idx2CTAACTCCAA.CCGTCGATTGGCGAACTCG	Neural
progenitors	0
06_08_exp4_idx1GGTTATCGAA_idx2GCTCTCGCCT.AAGGATTACTTAGATCTACT	Neural
progenitors	0
06_08_exp4_idx1TCCTCTGCCG_idx2AGCGTCAATG.AAGTATTGGTCCTTGGTCCA	Neural
progenitors	0
06_08_exp4_idx1TTATTGAGGC_idx2GATTGCAGAC.CCAATCCATTATAGACGCA	Neural
progenitors	0
06_08_exp4_idx1TTGCGAGCAT_idx2AGATCCTATA.ACATTCGTATCATCAGAATG	Neural
progenitors	15
06_08_exp4_idx1TTGCGAGCAT_idx2TCTATAAGGA.CCTGCAGTTCCTTGGTCCA	Neural
progenitors	15