C02HBa0125L12.1 AGTGGAAAATAAAAAGAGATCAAGATTTCGTATTCGAATTCTAAAAATAAAAAAATTTCA AATTAGGAAGTTTTTTTTTCCAAGTAGGTATTGATATAATCTTGAGTTAATCGTCTTAGT AGTAGGATTCGGCCATCAAATTATTTTTAAAACATTGAGAACCATTTTTAATATTACTCC CTAACTTTGAAATCCCTACTTTTCTAAAGTTTTCTACTCTTGGACAGATAAATTTTAAAT TTGATCAAATTTGAAAACTAGATTGAATTTTATAGTATCATTTTTCCATAATAACAAAAA AAAAACTTTTAGCACCAATAAATATTAATATTAATAAAGAGTGTTAAAATCTTTATCTAA ATGAATAAGAATTAGTGTTTTATTATTATAAATAAAAATATTACACCTAATTACTCCAAC TGACCAAAAGAGTCCAATGTCTCATGCACAAGTCAATTTTAGGAAGCTGCTCTCCTAACA AACACCTACCACAAAATTTAGCAAGAAAAAATAACTAAGATGTGAAAAATATACTCCATT TTAACCATTTTTACACTTCATGTGAAGAAGCAATTTATCTTGTTCTCATTTATATAACTA TATTTTCAAATCTACAATTTTTTTTTAAAAAAAAATTTATTTATAACTACAACTTTCTGA ATTCCAACACCTTCAACAATATTAATATAATCTAGGTACCATATATACATATGACCAATT ATATATTTCAAAGACCCTTTTTAAAAAAAGTCAAAGTTCCAACATTTCATAGATAGGCTT ATGCTCTAGCTTATCAAAGAGAGGAAGTGAAAAGAGGGTTGCTCCTCAATCCTCATCATA CTTTTGAGCATACAAAAAATCGAAGATGTAACGGTTAGGGTATATATGAGTCACTCTTAA ATTACTTACCATGTGGTGTTTGATACACACCCACAATTGTCCAACTAAATTAGAATTCAC ACCGATTAGCCAATTTCATATTTGCGTTTCCTTGATTGCATACTAAAAGTTTGAACCAAA GACTCCATCATAATTCTTATAGATTAAAAAAACATCACATTGTTTGCAAATATCCATGAA TTTGACTAAAGATGATTGGTTAGAAACAGTCTGGTGCCAGCAAACAACAAGGACAATTAC AAGAAAAAGACGCAGAAAACAATAACTCCAGCTGCAAAGGATATGCCAGTTACAAAAACA GGTGATATATGGCAACTGTTTTTACAGCCAATTTAATTTTATTACTAGTTCAACTATACG TTATAGTAATAACTTAATGTACTCACCCATATGCATGTCAGTAAAATATATCACTATATA ACTTCTAAGTTCTATGTATCTGATTAATAAAGAAAGTTCAAAAGTTTAAAATAATAAGAA GCTTTTAGTGTGAGTTATGAGATATAATATATAATTTCAAGATGAAATATAGGAATATTT TATCTCACTTTTAATTTGAGGTATTAGACATTCTATCATTTTTATCATAGTGATTAAATA CGTTATCTCATATACATTATGAAATAACTTATCGCGATTAATTATTTCCGAATAACTTGT TTCTGACCAAAAACGGTAGTTCCCACTTAAATATTATTCTAAAGGAATTGTCGATTGGAT GAACGTGGACAGCTCAAGCTATTAAATACTAATTTACTCGCTAAGTAGTTGGATTATATT AATTCTTTCTATTAAAAAAATAAAAACACTCATGTGTTATGTACTGTTATAGCGTAAAAA AAAGGGGGTGGGGGGAATAGTTACATTTTGTTTCTCAAAGAATAAAGATAAAAATAATGT AAATTGAAATTAAATTCACTTTTACATTTAACTTATGCATAAATTTATTATCAATATATA TATTATTTAAAGGACAACTAAATTAAGGTATTTGAAAAAAAAAATAACAAAATCGCTCTA TGACGTACTTTGACCACATTTACCAAGATGAATAGAAATAATTAGTCGACATATATATTT CTTTTGTTTCAGTATATATTATAATTCAAAACTTGAAGGACATATATATATCGTTAAAGA AAGTTTCACTAGTGATAATAATGTTATGGGGGATAAATTGAAGCCTTTTGCCTTTTGGTA TTGTAGTTGTAGAAGTTTGTTTAAAACAAAATTGGATTTGGTATAGTATCATATCATATA TATATATATATATATTATGATAAGATGCCAATGGATGATTTGGAGTATGCCAAAGAATGT GCAAAATATGAAAGAGTTATTTTCCCAATAGAAAATTACAAGTACATCCTAAAGTACATT AGGCATATCCTCATCCTCTTTTGGAGTTTTGGTTTTAGACCAAACCTACCCACCATTAAG AGGCATCTTGCCTGCACATGCTACACTCAATCTTATACCTAATAATAATAACACCAATAA ATAATAGTGTGATGTAATAATAATGAAAATGTTTTTTAGTTGAATAATAATTTTAACTTG TTTGGACTTTTTTTTTGTTAATATTTTAGTCATTTGAGATTTATTGACCTATTAAATTTA AATTTGCATGAAATATCATATCGACTTAAAAGATGAAATATATTTTATCAGAAATCTTCT TTTTTATTGATTTTAAAAGTCGACTTTTGAATTAAAGCTAGAGTGGTTTTCACAATTAAT TTTGATCAAACAAGGTTATTATTTAACAAATTTTATCAAGTGAAACATTTAATCCTAGCA AGTTAAATTAAAGACATAATTATTTGGGTGAAGTGTTACCACAAGAAAATTGTTTGAAGG TTATCTGATCGGAGATTTTGAGTTTGAAGATTCATTTGATATTTGAAATTTATTGAACTG TCTAATTTAAATTCACTTTGAATATCAAATCGACTTAAAAAGATGAAACATATTCATTAT ATTCAATGAGAGAGTTATTTTTTTTTTTTGCTGATTTTAAAAGTCAAATTTTAGTTAAAG CCAGAGGGATTTCCACAGTTTCACCGTCCCTAAATATTTATATTGGTGGATGTACATTAA TTTTGATCAACCAAGGTTATTATTTAACAAAATTTATAAAGTGAAACATTTTAAACCTAG CAAGTTAAATTAAAGACATAATTATTTGGTGAAGTGTTGCCACAAGAAAATTGTTTGAAG TTTGCCTCTAATCGGAGGCTTGAGTTTGAAGATTCATTTCATAGCGAGAGATGTCTTGAT TGTTAATATCGAAGTTGAGGAATTATTTCACCATGCAATAACAAAAGTAAATTTTGGCAC AATTCAAAGAGGAAGAATTCTACTCAATCTTAATTGATAAAATTTTTCGATATTTATATT GATAAAAAATAATAAATATGTGATAAAAAATAAGTTGATCACCACTTCCATTAAAAGGTG ATAAAACAATGGTTTTCCATTGTTGAACCTAAATAAGCAAAGAAAAAGGAGTTAATAGAA TAAAAATTAATCACATGGCAAGTTGAAACAATTCTATGCCAAAGCAAAATGAAGATTTTT TATTTTTTATTTATAAAAAGGGAAAGAAAGATAAAGCAACAACACCAATTTAATAAAAAT AGGCACATGCTAAAGTCATTTGGCATTTAAAGAATATTCCAACGAATTTAAAGGAAAATA AATAAAAACAATGTGTACCAAGATCTAAACTATAATCTTTGCATTAATTACGCTAACGGG ATTATCCAGCTTCGCCTACCTCATTTAAATAAAACACATGCTAAAAACATTTTATGTCAC TATTTGCCTTTTTTTTTTTTAATGGTACGAACATTCGATATTTATATTAAAAAATTTAAA CTTATATTGCGTAAAGTTTATTCAAAAAATATTATTACTTATTAACATAATTGTTTTTAA TTAATAATATAAGAATATACTCATTCAGTAACGTAATCATATATAGTTCACGATGATAAG TTAGACATCATTTATAAAAAAATATTAGACACAATTTGTCAAAAAATAATACCATATACA TAAAACTTATACAAAATATAATTATTTTTTTCATAGTAAACTTTGCAAATAATCTTTTGA TTTCTTCAGATAAGTCATTTCGTCATAATCCCAAAAGGTCATGACATTATTTGCCATTGT ACAAAAAATACCTAAAATAAAATTAGGGATTGAATTTTGTATGTATAGTTTTTTTGAATG AGTAATAAATAAATAATTATATTTTAAGGGAACTTGTTATATATTTGAGGAGACAAATTT GACCAAAACACTAACCAATTTTTCTTCGTTGAAAAAATAGGAGAAAAGAGGTGGAATTTT TATTAATTTACGTAACAAAAAGGAGAAAAAGGAAAGACAAAGTTTGACGAAAAATGACGG AGCCCACTAAGTTTATTAAATAATAATTATTATATTATACATAAAATATAGGGATTGTTC CACAAATAAAGAGAGTTTTGTCTCCACAACTCAAACCACCATAAATATTTGACAACTCAG AAAATGAGTCAAAAAAACTCTTATGACTTATCCACCCAACTCAACTATTTCTCTTTGAAT CACCTAATTCCCTATCTTACTTCTTTTATTCCCAAAATATCCTTTTGTCTTTTGCATTTT TAAAATTTTATTTCATAAAAAATAGAAACCTTTTTGGATTTTGATTGGCTCAAGAGGGGT GCTTGTCATTCCATTTAAATTGGTTTTTTAAATTATTTGTTTGAATTTCCATTACCATCT TCTTCTTTTTTGATTTTCCACCTTTTCTTTTTTTAGCCTGAGCTCCAACTAAATTTGAAT CACACATTGTAGGAGTTCACCCATTTCATCTATCACTATGTGGACAATTTTGATTTTGGG GGTCCAACATCGGGTGATATGGACTCTTCTCTGATACCATGTGAAATCAGGTCTTAGGCG TAACTTACACCCCAAAAGCTAGATCAAAGGGAGGAGGATTGCTCAAACCTTATAAGGAGT CCATCCATCTCATCAACCACCGATGTGGGACTTTTGTTAATCTTTAACATGATCAGCGGT TCATCCGAACCTCTCTCGGGGTTAGACACAATTAAAATAATATTTTTAGGTATATAATAG ATGTTGAAATTACATTATGTCTCTATTTTTATAGATTTTGAATCCCTTATTTAAAATTTT AGCTTTACCCTTATTTGCCAACATAATTTTCTTTATATTTAAAATTCAAATTCAATACCT TTTGTTACGAAGGGATAAGAGAAAAACATTTTTTCTGAGAAAGGGCAAAATAGAAATTAA TACGCCCACCACCTCACCAAACTCCCTGACCTCAAACAAAAATTGCCGGCAACGTGTAGC CAAGTCGACATGCTGACGTCACCCATGACGCGTCTCCTATGCCAGGTCATCTCTCAAGCC TTATCCGCTAATCTACACCCTGGAAACGCCACGTGGAATAAACCCCTGGCCCCACCTTAA TCCTTTAAATTTCATATTCCTATGCTTCTCATCCCCACACTAAATCATCACCTCTCTCCA TTCATATTCAGCCACGTGTCACATCCTTACTCTAAACACAGCAAATAAACATTTCCTTTA AATTAACTTCCGATAACATATATATAAATAAAACACTCAAAATATATATTCATAAGATAC ACACGTTCTATGTGATATACGCTCACAAGACCATTGTATAATATAAGGGAAAAAAATTTA GCGCGTGACATAAAAGACAACTAAGCCTGCCATTTGTCCTGGCAAAGAGGAAAATAAAAA TAAATAAATTCCAGTTGGCATAAGTACGCGTCTGCTGGCCGACCTTATCCTCTTTTTATT TTTTTCCCCATATTTTGGTTTATAGTTTATAGTTTTTAATGAAATGAAAAGTTAATGAAC ATTGATAGAAAGAGTATGAATAAGATATATATACATATAACATATATAGAGAGAGAAACA AAGAGTAAGAGAGACTAAACCCTAGATTTCATTCTGACTGAAAGCAGAGTATTTTGTATT TTGACCAACAAAGAGCTGTGTTTACATCTAATTTTTTTTCCGTCATTATTCATAAAGGTA AGTGATTAAAGTTTTTATTTTTTGAACACTTTATTAGTGTTAATGTTGTTTTATGTAATA AATGTTATGTGAAAAGAATAAAAAAATTGCTAATGGAGTTGTTTATATGTATGGTGATTA TTAGGTGTAGGTTGGATTTGATCTTGTTTTTTTTTTTTAAAGATTGAAGTTTTTAACTAT ATTTTGTGAATGGGTTTCTGTTTTATTGATTGGATCATGTTTTTTGTTACTCTTTTGCTT GAAGTTTAATGAGTTAATTTTGATTCTTGGATTATACTCATTTTTTCAGATCTTTTTGAA ATGTACTCAGTTTGATAAACAAGAAGAGGCTATTGGGTTTTGGTTGGTGGGTGTGATTCA GTCTGAGGAAGTTGTTTTGTGATGTATGTGGATTGAGTTTTTTGAAGAGAAAAAAAGTTT CTGTTTGGTCTGTTTTCTAATTTGAGGATCTGCTGAAGGAGTAGTAGTTACACTTGCAAA ATAGAATGCCACTATCTCAGAATGGAACTACAGCATAAAGCTACAGAAATGATGGGGTCT TCCATTTAAATGTTTTCTCGAGCGATGGAACATTTTTTTGTGATAGCACTTCAATATGTC ACTGCAAGACAAGGGAAAATGCTTCCCTTTCTTGTACCGTTCTCTCACTGTCTACTCACG TTTATCATCTCTAGTTTTGTTTCTCTGGCATTTCATATTATAATACTTTGAGCTGAAAGA GATCTAACAATTAGTTCTTAAATTATGTATATGCGGCATGTGTTCCTATCTAGTTGAATA ATGTCGCGTGATGATATTTACAATTTGATTTCAATTAGTTATGATTGATTGGGTATTGTT ACTGAGATGCTGGTTCTATGCGATTCCAGGGCCTACCGTGCATTTTACATCTTAAACTGG ATTTACCGCTATCTGACAGAGCAGCGTTTCACTAGATGGATTTGTAAGTTTTTGGAAGTA CAACCAGTACTGTTTGTTTGCAATTACTTGCAATGGTTCTTTAAAGTTGAATTTCCCTTT GCTTTTCTCTTCTTATTGTAGCTTGCGTCTCTGGCCTTGTCCAGACAGCCCTTTATGCAG ATTTCTTTTATTATTACTTCATCAGGTAACAATTTGTTAAAACTTCCTGAAGTGGCTCCT CTCTGGATGACGTAAACAAACTACTAACAAATTTGTTTTGCAGCTGGAAAAATAATGCTA AGCTTCAACTGCCAGCCTGAGGCGATGAAGATATATGATGAACAGTTTTAACACCTAACC GTAATCTGGTTTCATGCCGTGGCTTGTGACATGATTTTGGGATACTACTTTTTTTTGGAT GTGAGATCATACATGGAGTTTGGCCGAGGGTCAAGTATTTCAATGAGCTCCTCTTACATT GTTAGATTCAGATAAAGTACCCTTGTTAATATGTCAGAAATATGTTTAATTTGAAAATGT TGTCTGCATTCCTGTCAAATGTGATTCAAACTTTCAAAGATATAGCGGTATGACTAATCA ATTATTTTGCGTCGTTCATATAAAGGTGTTCTCAGATGTCTGCTATCTTCTTCCTTTTCG AGGCGCCTTTGTCTTTCGTTCTTAACAAATGCTGATTAATTTTAATATCCAATTGCGCGT TCTGGTACATTGTTGCTAGTGTCTTTGACACTAATGCATCACTCAATTTGGTTTGAAAAT TGTAAGTCATAATAAGCAATGAAGGATAAGGAAAGTAAATCTTCAAAATCAAACGAACAA TTTAAGAACTTCAGAACACAGGAGCTCTTTGGTGACCTTGTTGTACTAAACCTCATCTTT ATTTAAAATCAATCATAATGGGTCGAACTAAAGCTTTAGTTCAGTCACATATAGAAAACT TACTGTTTCAATAATTATCATCGCGATAATATCTAAAACATGAAAGGAAAGATGACACAC CTGCACTCTATATCTTTAGTTAAATCACAGTATTACAGTACAAGAACAACAAATGAGAAT GGGAATCTCTTTTTTTTTTCCTTTCTCAGAGAGGAGCCGGCAACCAGTCGAGCATTTCAC CAGCAAACATGGGAATTATATCTCCTGATGCATATGAAAAGGATTCGGGTACCTTCCATG GTGTCTTACTCAACTTAATCTTTGAGTTGTTCCTCGGAAGCCCATAAAAGTCTGGTCCAT TGAAGCTGGTAAATGCTTCGAGCTTGTCAAGTGCATTTTCCTAAAATGCAGACAACCAAA TCTAAGTCATTGACTTGTAGCGATAGCTGCTAAAACTAATGAACCTTTCCCAAGTAATTA GAAACATTATAACATGGATGAGTTCAACATGAGAAGCGCTGTAGATATCTATTGCAATTA CCTTTTCAAACACCTTTGCATATACTGATAAGGCTACAGGAGCATTGTAAATACCAGCAC ATCCACAAGAACATTCTTTTCTTCGTCTATCATGAGGAGCACTATCAGTCCCAAGAAAAA ATCTTTTACTTCCACTTGTTACAGCTGACACAAGTGCCTCCCCTGTGTTATTCAAAGCAA TCTTGCTTAGATTAAAATTTATACCAAGTGAACAAGAGAAAAGAGAAAAGTAGTAGGAGT AAGGGGACAAGATTAGTGCAATAGATCTTGTAATTATGCGAATAATGAATATATTAATAA AGATGAGTTTTTTCTCACGCACTTGGTACTTTTCCAAGTCTCATTAAACATGCTCCCCAA ATTGGCAAATTCTTATAAGAAAAAAGAGCACCTTGTTTCAACAAGGACAATCATGCCATA CATTCATTTCCTTTTTTTAGCACATTCACAGCACCGTTTGCATCAAATTTTCAACAAGTT CACATGTCTAGGAAAATAAAAGGCAATGGATGGAACTAGCAAATCAAAGAAAGCCTGATC AAGTAGTGATTCGTGACACATTAGCATCAGTAAGACTAAAACTTTCATCTCTTACACAGA GGTAAAAGAAATCAGGTAAAGAAGAAACTTTCAACAAATTATTCTACACAAAAAGAGGGT CAATTACAGGCAAATATAGCTCTACAGTTTTTACCTAACTTTCAAAATTTCAGGGTAGTC ATAACTCTTACAAAGAGGTAAGAAAATATCAGGTAGAAGAACAAACTTTCAACAAATTAT TCCACACAAAAAGAGGGTCAATTACAGGCAAATATAGCTTCTACCCAACTTTCAAAATTC AGGGTAGATGGCTCAATAGCTGTTTAATTCATTTCTTCTTTGTTATGACAGTAATCCATA CAACAAAATCAAAATGCCATATTCCGAAAAGATTATAGGCTTTTAGATTTGATTTAACGA AATATAAGCAAAGGCAGATTAGTTTTCACAAATAGTGTTTTGGACTCACTTCCCACTTAC ACAATCTCTTTATTCCTTATTCCTACATATCTGGCCAAGAAATTGATAAGATTCGTCGAA TCTGAAATGAAAACAGGGACAAGAAAGCTTTTAATCATGCTAAGTGGGAAGCTGTCCAAA AAGATAAAAATCTGGAGGCCTGGGAGTACGGAATCTGAAAGCACACAATGATAGCCTCTT AAACAAATGGTCATGGAGATTCACAAAAGGTGAGAATGCAAAACGGAGTAAGTCATCGAG ACCAAATATGGTATGCAACACCTGTGGATAACAAAGCTTACTAGCTCTTGTATGGTTTCT CTGTCGGGAAAAGCATCTGGACTTTCTTTAGACGAATTCCTAGGAAACAACATCTTTCAA GTTGGGAAATGGCAGAAAATCAGCTTTTTGGAATGGCCGTACCCCTCTCAAGTGTGTATC CACTCTGGCAGCCAATCAGAATGCGTAACAGATTATTACTCAAAAATGGCTTGAACATCA TCTTTAGAAGGCATTGCAATGGTTGGGTAGTTAATAGAAACTGCAGTCTCTTTATCTTGG GACTTACTCCTTACGCACAGACAAGAAGGACAACATTTATTGGAGGAGCAAGAAAGATGT CTATTTACAGTTAAATCATGCAACACCATTCTGCTGAAAAGTTTGATTAAGAACTTATAT TAAAACAGTGCTCTCTCTTGAAAAATGTGCAATTTCTCTTTTGTTTCTTTCACTCCTTAT GAAGAAGAGAACTTTTTTTGTTTCAGGAGATGAGTCATTCGAGTTATATGATATTAGCAA CAATGAAGATAGATGGTTCACGATAGTAGAGTAAAGCAGTCAATCACTAGCAGACTCAAT ATTGATGAGGAGAATCTGCGAAAGGAATGCGAAATTCTTCAACAGGCTTCACACGGGGTA GGTAATTTGTGTAGAAGATGGGGTAGGAAGATTGAAGTGTATACTTAAAAAGTTGCAAAA TTTCAATGTTGAAGTCGTTCTGTGAGGATTGGCTGGGTGACAAAAAGTCTGCCATCATAA TCCCAGAGGATGGCAACATTTAAGTGTAATCTGATTCAAGCACTGTTCAGATGCTGAAAA TGCCTTCAGAGAATAAGTACATCAAAGTCCTTTTGGTGCTGTAAATTTAACTTTAAGCTC TTATCCCTTCAACTCTGTCACTCCACTCTCCTTGCTGAAAGCAGGTAAGGGGAAGTCACA GGTACAACTAATCAAGCAGAAGCTGAAGGGGATGAAATCAATCATGGAAAAAATGCTACG GTAAGATTACTACTGAGGAGAAATTAGAGTTGGAGAGTGCAATAAAAGGCTTGCTGGAGA AGGTAAGAACTGTAACATCAACAAACCCATCGGGATCCCTGCATACTAGAATGTAAAGCT TGTTGCTTCAACTTGATATTTTATTTTATTTTTGATGAAATAAATGGTGTATTGATAAAC AAAGCATCTAGCAGATGCATAATTACAAAAGTAGGAAGAGTCAGCTCCAAGAATGGACAA AAATAAACTTCCCAACAAAAAAGTAGAACTAAGCATCTGGCCTTGAACTCGATATGGTTT CCTTTTGTTGATAGAGTTAGTATATTGTCCAGCTTATGTTGATTAGGATACTGAATGTAA TTCTATTCAGGTTCATGTATGAAATAGAAGCATACAATGCTAGCAGTGTAGACTTAATTT GCTCAAGTTACCTATCACACTGGAAGGAATATAATTAACCTTGTTTGTTAAAATGCAAGT GTAAGTATGCAATTCCTCAACTTTTCAAAACCATCTAAGATTGGAAATAAGGAAATCAAC CTCTTCCACTTTACTTGAGTTGAACCAAACAAGTGGAGGTTAATGGTAAATACATTATGC ATGAGAAAAATGAAGTTCTTGTCCCCTTTGTAGAACCAAACAAGGTCTACATGCCCTTGT AGTCACTACAGGTGGTTAACCAAAGAATCCTAGTCGGTTTTTCAAAATTAAAAGTAATGT TACTTCATTATTGTTCTTGCAACCGATAGACAAACACCAAGCGATAGAAGAGAATCGGAG CATCAATATGAAAGGATAAAGAATATTACTGTGGATCTCTCTTTTGAGGACTGGAAGGCA GTAATTATGCGGTTGTAAGCCCCCTTGGAAGAGAGAATTCCTGTTTAAAACAAGATGTTG TGGGGTGACAGTCGCTGCAACAAATCCTTTAAAGAATGATAGAAAGGTTAAATTAGCATT TGAAAAAGGAAGGTCAATGAAGTTCTTTCATCTGACAAGAAGACTTTAAGTTCAAAAAGG TGGATAAAGTTGAAAAGATTACCTTCACTGCAAGATTCAACAAACTTAACAGCATCCATG GTGGTGACATGCTCCATCACGACCTTCAATCGTGGAAATTTCTGCACCAAAGGTCTTAGA ACCGTTTCAATGAATACCTTTTCTCTATCAAACATGTCAACCTCAGGATTAGTAACCTCT CCATGAACCTGCAGTCAAATGTAATACATAAAAATCCTATAAAATGAAATTTTTTCAAGG GAAGTGACAAAAATCACAAGCTTTGACAGAGCAATTGGGGGAAGAAAAAACATGATTAAA GTTGAGTCATTACAGTTAAACGCTGAATCTATTTTATAGCAATCCAAGATAAACTGAAAC TAGAAAAGCTATAGCGTAGGCAAGAAATAACATTAATCATGTATAGCTTCAACAGATACA AGGTACAACTTTGAATCTGCATCTTTCTACAGTGATAAAAAGCAATTTTTTGGTGGTAAG GTTAGCATGCACATTATGCAATGTTCTAGTGGAACAGGAAGA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.997 9202 9843 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_2 match_part 1.000 11509 11430 match_part 1.000 8502 8342 match_part 0.991 8200 7777 match_3 match_part 1.000 11492 11430 match_part 1.000 8502 8342 match_part 0.993 8200 7777 match_4 match_part 0.964 11802 11663 match_part 0.983 11546 11430 match_part 0.969 8502 8342 match_part 0.840 8200 7864 match_5 match_part 1.000 11828 11663 match_part 1.000 11546 11430 match_part 1.000 8502 8342 match_part 0.981 8200 7942 match_6 match_part 1.000 11827 11663 match_part 1.000 11546 11430 match_part 1.000 8502 8342 match_part 1.000 8200 8159 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0125L12.1 type gene exon 11828 11663 exon 11546 11430 exon 8502 8342 exon 8200 7777 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0125L12.1 type gene exon 9202 9843 RepeatMasker tomato repeats master RepeatMasker tomato repeats master Copia00143 1 45 -1 Copia00143 1 45 -1 nucleotide_motif 240 4839 4796 Copia00143 77 217 -1 Copia00143 77 217 -1 nucleotide_motif 1025 4969 4829 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1957 665 1693 match_2 match 5321 9458 12162 match_3 match 5769 6461 9466 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1045.5 80 12134 clone_start_1 clone_start 1007 80 617 clone_start_2 clone_start 1445 702 1472 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_1 clone_end 1084 12134 11584 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.997 9202 9843 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_2 match_part 1.000 11509 11430 match_part 1.000 8502 8342 match_part 0.991 8200 7777 match_3 match_part 1.000 11492 11430 match_part 1.000 8502 8342 match_part 0.993 8200 7777 match_4 match_part 1.000 11828 11663 match_part 1.000 11546 11430 match_part 1.000 8502 8342 match_part 0.981 8200 7942 match_5 match_part 1.000 11827 11663 match_part 1.000 11546 11430 match_part 1.000 8502 8342 match_part 1.000 8200 8159 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0125L12.1 type gene exon 11828 11663 exon 11546 11430 exon 8502 8342 exon 8200 7777 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0125L12.1 type gene exon 9202 9843 AUGUSTUS_tom_cdna de novo AUGUSTUS_tom_cdna de novo gene_1 gene 0.94 12033 8006 transcript_1 transcript 0.94 12033 8006 stop_codon_1 stop_codon 8008 8006 intron_1 intron 1 8341 8201 intron_2 intron 1 11429 8503 intron_3 intron 1 11662 11547 intron_4 intron 0.94 11994 11829 CDS_1 CDS 1 8200 8006 CDS_2 CDS 1 8502 8342 CDS_3 CDS 1 11546 11430 CDS_4 CDS 1 11828 11663 CDS_5 CDS 0.94 12033 11995 start_codon_1 start_codon 12033 12031 AUGUSTUS_ab_initio de novo AUGUSTUS_ab_initio de novo gene_1 gene 0.17 12033 8006 transcript_1 transcript 0.17 12033 8006 stop_codon_1 stop_codon 8008 8006 intron_1 intron 0.54 8293 8201 intron_2 intron 0.55 11429 8503 intron_3 intron 0.54 11662 11547 intron_4 intron 0.54 11994 11829 CDS_1 CDS 0.99 8200 8006 CDS_2 CDS 0.5 8502 8294 CDS_3 CDS 0.52 11546 11430 CDS_4 CDS 0.59 11828 11663 CDS_5 CDS 0.54 12033 11995 start_codon_1 start_codon 12033 12031 AUGUSTUS_tom_ugs de novo AUGUSTUS_tom_ugs de novo gene_1 gene 0.52 6290 6382 transcript_1 transcript 0.52 6290 6382 intron_1 intron 0.52 1 6289 CDS_1 CDS 0.55 6290 6382 stop_codon_1 stop_codon 6380 6382 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.996 9200 9766 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0125L12.1 type gene exon 9200 9766 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 11828 11663 match_part 1.000 11546 11430 match_part 1.000 8502 8342 match_part 1.000 8200 8109 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0125L12.1 type gene exon 11828 11663 exon 11546 11430 exon 8502 8342 exon 8200 8109 AUGUSTUS_tom_pot_cdna de novo AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.94 12033 8006 transcript_1 transcript 0.94 12033 8006 stop_codon_1 stop_codon 8008 8006 intron_1 intron 1 8341 8201 intron_2 intron 1 11429 8503 intron_3 intron 1 11662 11547 intron_4 intron 0.94 11994 11829 CDS_1 CDS 1 8200 8006 CDS_2 CDS 1 8502 8342 CDS_3 CDS 1 11546 11430 CDS_4 CDS 1 11828 11663 CDS_5 CDS 0.94 12033 11995 start_codon_1 start_codon 12033 12031 BLAST_ath_pep AGI Proteins (arabidopsis.org) BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 100 11834 11655 match_2 match 79.0 11550 11431