C07HBa0129L05.1 AAGCTTAAAATGTTGAAAATACAATACTTTTATTTACTTAATTATGTCTTTAGACGTACC CAAAGCCATTGCAAGCGGTGTCACATGCCTGAATAATATCGGAGCAAAGTGCAATATCAT CGATGTTTCGAGTAATTTGATATGATTTGAATAGTATATAAGCAGTCCCTAAAGTTCCAG TGTAGAGTGTGTAGTCTTTTACATGTCTTCCTTTCGCTGACCATGTCTCCCTCACAACCT TATAATTTAGGGAACACAAAATTAGAAACACACAAAAATTAATGAATTTCAATTATTCAA ATGTAGACAAACTCATAAAAATTAAGTATGAAAATTGCAAAACATAAATAAATACTCCAA TGTTTCAGTTTATACTACACATATTTTTTTAATCAATCTAAAAAGAAAAGATCTTTTTTG GCCAGAAAATTTGACCAGAATGAATTTTTTAAATATAATTTTACTTTTTAAAAAACATTT TTACCCTTTTAGCACTAATAATTTTTTGACCAAATTCTGATCAAATTTTCTAACCATTTA ACACACCTAGAAAATTATAATACATTCTTTTAAGTTCAAGGGAGGAAGTAGTAGCATAGT GTATTTCTATCAATAAAAATTCATTAGATATATAAAAATATTAGTAGCAGCATAGTGTAT TTCTATCAATAATAAATTCACTAGATATGTAAAAATATTAATTTAAAGCCCAATAATTAC CACTTGTCAGATAAAATTCACAACAAGTTAAATTAAAATCCTAATTTCACCTATAGCTAA ATCTAACTTGTTTAGCAAAAAGTCCATCCAAGTATACTCAATCTTTTTTTTAAGGATAAT TTTAAAACATGATGAAATCTCTCTACATTAATTAAACTTCATATACAGGGATATCACATA AATTGAAACGAAACGAAAAAAAAATCCCTAATCGGTCATGAATTTACGGACTAAATGAGT TTTTCATTTATTAAACAAGTGAATGTTCGTTTTATAACACATGTTATGAATTTAAATGAA CCTAATAAATATGTAAACATATTAATTAAATTCAATAGTGATCTCAAATCGATAAACTTT AAATTCTGAATCCAGAAAGAAGATAAAAGGAAAAGAATACTTCATCTTTGAGGTTTATAG CATCTAGCTTGAGTCTTTGAGTAATAGTATCATAAGGAAGTGAAAGAAGTTTGAATAAAG AGTCTTTTGTATTTTCAGGTACCAATTCTTCAATTGAAAGCTCATCCATTTCATTAGGAT AGTAACGTTCTGTCATCTTTGAGATTTTTTTATTTCTTTTTTGTGTCTAAACTCAAAATA GTATATTTTGTTTGTGTAGAATCAACTGAACATATATATATATATATATGTATAAATTTT AAAGAGTTATCTACATTATAAGATGTATCTTTTTTTTTCTTTGGATACTTGTAGAAGCTA GTGAGATAAGTATCTACAAGAAAAAACAAGAATGCACCGCTTACATTGTTTATATGAAAT TATTTGATTAAACACGATATTTAAGTTTTTTTAAAAAAGAAAATTGTGATCTAAAAAGAG TCGTAAATATTTATAAAGGTGAAAGGAGATTTTAAAATTAAGTTATTAAAATACTATATA TAGAGAGAGAATTGATTAAAAAATATGTTACATGAATCGAAATAGAAAAAATATCAAATA TAATCTAGGTCAAAGGTATAATTTAAATCCCATAGGCCATATTAGTCTACCGAACAAGTT TAGTACTTATCCATCTTAATAACTAAGTTTTTGAGGTGAAATTTTTGTAATTTACTTTTC TATACAACTTATTAGAGTATGATAAGATAGAATGTTTCACGTTACCTTTTAACAATACAT CATATGATAATACATCTACCTTACATAAAAAAGATTAACATAGCCAATTCTACAACCCAC AACATGTTCATTCTGTATGTACAAAACTAGAGTGATTGTGTTCATTTTCTGTATGTACAA AACTAGAGTTCATAAGCAGGGAACCTTGTTTCTATTGGATCTATCATGTCGAAAAAGAGA TAAGCCATTCCTCCCATTCCTTCAAACAACGAGTATGGACGATCACCTCCATGCATAACT CCCTCTGATATGAGTGTTTGAGCTCTAGTGTGCAGAAAGCACGCGAAGGCCTTTGCCTTG TACAAGTACTCAACTTTACCTGTCAAACGATACAGTGAAAGAAAGACATAGGAATTTCCA CTAACACCGTGACATATTCCAACTCGTTTGAGTAAGCCTCGATTCCAAATCACCTCAGCT GCTTCTATAGCTGCCTGCAGAAACTCGTCATTGCTGAAAACCTGAAAAGTTACGACAATG ATGAGCAGAAAGCCCTTCCAGGATCACGCATTTCATCTCATGTCTACGCGGATTGAGGAG TTTTATATAGTAACTATTAGGAACTAACATCAAGATTACTGTGTCTGTGCAAGGTATTAC TCCATAGTCCATACCTTAGCTGCTTTGATTAGAGTAAGGGCAACACCTGGAGCACCATGA CACCAATGCACAAGTCGGTCAGATTCACTTCCTTCACTTGAGGGGTAATTTCCACTAGGA AAACGATTTCGGATCATGTAATGCAGTGTAGCCTTCACATCCTCGACCTCATCTGCTTTC AGTTCCATGTCCATAAGTACATGCATTATCCCAGCTAGTCCATGAGCAGCACCCCAGTAT CTTTTTCCATGCCATTCATACATCAGTGGACATTTTCCTTTCCCCATTTTTCGTCCGGAC TTTATAACCTCAGCAACAACTGCTCGCTGCATAAAAAAATTCCGAAGAAATAAAGAGCCA TTCATAATGAGGAAGCATACGTGATCGAAATTTGTGAAGTTTCTTACAATTTGGGTTGGA GATATTGTTTCTCTACCAATATTTTTGTTTAAGAATGAACAAGCCCACAAGAAACCAGCC CTCCCATACAACAACTCATTTGGAAGATCTTTAGGAAGCTCAATCTGCATTTGTAGATAG ATAATGAGAAGACTATTGACATCAACAGAAAAAGCTCGAAACAATGAAAAAAAAAACCTC TTTGAATTTCGTCAGATAGTGATCACACAATTGTTCATCCCCGCTCTGTTTGGCCACAAC TGCACCAAGAGAATAAACACCAGCTTGTCCACATATGAAAGTCACACGCCTGCAGTTTCA CAAATTAGAGTTCAACTTCTCGTTATGTAATTTGCCTAAAACATGTTTCTATGTGGGAGG AGATCATGAAACAGAAACTTCGATTGGATTGTCTGGTCGGATCATTTGACCACCGCCACC GCATCACTCAATCTACAAGGGATCCAACCAACTTTTACAGGTCTACTCCCATCTGATCGG AAACTAGTTTACTTCATGGTCTTCCCTATCCGATTTATATTAACAGATTACTTGATTATT GAGTGAACGGTTTAGTAAAACTCACAAAAAATATAGAACATTTAACTTGAAACTAGAACT AAGGTTACATAAAAACAGACTATGGCTTTCCCTAATACTCAACCCATGTAAAAGGACAGA ACCTTCTAAACGCATCAATTTCCTCTTCATCTCTTCAACTTTTTTACCTTCTATTTCCTT ATTCATAGGGTCTTTTTTATCCAGTCATCTTCACAGACATGTCTAATTAACCGAGCAACT CACCAATACAGTGATCAGTTCGTTACACCTTTCATGTGGATCGAACTTACACTTAGCACC GTTATAGTTTTTGGTCGCCATTGTTTATCATGAAGATTAAGATGACTTCTCATGCAGGAT AATTAAAACCAGAAGATATGTTCATATACCAAAAAGTTATCATCTTTCTTCAGACAACAC AAATCAAATTTTAGCTCAAATCATAGGAAAAAGAGTGAAATTTTGCAAAGGGAGTGTACC CAGAACCACGGGAAGCAGAGTCACAAGCCTTGATAATATCAGAACAGAGAGCAAGATCAT TCTTGTCAAGAGTAACTTGGTAAGCTTTAAATAACAAAAAAGCAGTTCCTAAAGCTCCAG TGTAAATTGTATAGTCACTCACTCTTCCCCTTTTACATACCCATGTCTCCTTCACAATCT GAAACATATCAAAATCAAAATTAGAAAAAAAAAACAGGGAATTTACACAAACACCTAGCA GGCACTCTATACTCAAGAGAAGTGATTACCGTTTCTTTGAGATCAAAAGCAACCCTTTTG AGCTTGTCGCAAACAGTACCATAAGGCAAATACAGAAGCTCTAACAATGGATCTTTTGCT CCTTCAAGAAATGATTCTTTAACTGTAGTTTCATCAACAAAACTAGGCATGGTGTTTGGA AAGAAACGATCTGGCATCTCTTTATTTCCGGTTCTGTTGAATCCTCCGCCGGAACAAATT TATGGAAAGAACAGAGCTCCGGTGGTTCTCAGAAGACAGAACAGAGCAAGTCTATCCGGG GTAGTGTAAGTTTTTTTCTTTATTCACGAATGTTTTAGTTTAGTGTATCAAGCTATTGAT ATCGATAAATAGATGATTTATTCGATTTTATTGATAATAGACTTTTTAAAATTATCAGAT GTGGTCAATATATTAAAATAACAAATATTATCCTTAATAATTCGAATAATTATTTAGCAA ACATGACTATAAAATTGTTTTTACTTAATTGGTAATTATTTCTTTTACAATTTAGGAGAA GTCTAATATGCTCAATATTATTCGGGATCTAAAGCAAAATTTTAGTTTGAGACCACAGAT ATTAACTAATTCTCTGCCCTCTCTCAATCTCGCTCGCTATATATACAAATACATATATAT AATATATACAATTATCAAACAGATATATACCTAAATTTTTTTTTTTGGTTAGAAATTGTA CCTATGATCTAATGTTGTTTTCTGCTCTTCTGTAGCTGGAACGAGAAAGAGGCTGTAATG AACTTCAGAAGACAATAATGTATGATTTGTCTTTTTTGTATCATACAACAAAAAAGTTCT TTACAAAAGATCTAATCACAAAACATTCAAGTCATTTTTTGAAATGTTATATAACGATGT AGAAACAATATTTGTTTGGTCAGTCAATATTTTGTACTTATTGCTTTCTCCATAAACATT TCTGTAGGTTCAAGGCATCCCCTTACTGCATCATGTCCAAGTTGGGCTCTTTCGTTGTCT CCAAATCCAAAGACTCGTCCACAATTTGTAACAACTACTGTGTGGTATAAGCCAGTGCTG ATTTGAGATATGTGATGGGATCTCAAGCTCTCCAGGATACGAGGCTTCAAAACTTTATCT GATGCTCCTCTGTCAAGGAATCCGAGGCTACCAAAACCCATCCAGCCAAAGCCATAAACA GAACCATCGTCCACAAGGACAAACGTTTTCCTCTTGCTTGCACAAACCTACCAATAGAGG CAGGCAAAATTAAGCTAGGACGAGGAAGACTGTTATGTATGTTACAAGCCTTGAATTACT TTGTATCATATTACTGGCGTTATACACTAATTTGAGTTATTTCATGTTTCCAAATGTTAA TACTGATCTTTGTAATATCGACTAGCAAAAGTAAAAGAATGCCAGACCTGAACTGCTAGA TGGCTCTTAAGGCTGGTCAAGTGTGACGGAGTAGTCTTATCAGTCTCATCACCATGCCCC AATGCACCGCAATAACCTTTCCCCCAAGTATATACCTGAAATCACGAAAATCAATCATCA GTCGTGACAGCACTTTATTCTTTTCTGCAGTTAACCAACTCTTAGCATACATCTTAAATG AAATTATAATATCGTGTTATTTTTTAGGTACTATGACTTACATATCCAGTGGAATCCAGT GCCACAACATGCTCATCTCCAGCAGAAACACGAGCCACATTAATGCCCTTCCTCTTAAAC GACTGGATTGCACGTGGCTGGAGTTCATTCTGCTGTTCTCCATGACCAAGGCAGAAATTA GTACCCGAACCAAAAGAGTATAGAGTCCCATCATCAGACACTGCAAGTGCATAACTAGGT CCAGCAGCAATCTGAACTACAGAACCAATAGATGCGAGTAGTTCTATACATGTCGGTGTT GGCCTATCCGATGTGTCACCATGACCAAGTTGACCATGTCCGTTCGTTCCGCATGTGAAA ACATGACCTTTCCTAGTGAGAAACATAGTAAAACTGAGACCTGCAGCAACCTGAACCAGT TCCAACAGTAGTGAGCAATGTATTATGACAAAACTTAACAGCTTCACGTTTTAGTATGTC TAAAAGAGAATGTTCTTTCCGTGTTAGGCAACTCTTTATTTCCAACTTTACCACATGGAA TGTTTAAGGCATAAGATTAAAGGACATTTTAATACATTCAATATATCCTATTCAAAAATC TTCCTTACTTTCTTAAAATCCGTGTCAAATCAAAATCAGACAAATAAATTGAAATGGAGA GAGTACTTTTTCAAAGATACTACAAAATTAAGCCCAATTTTAAAGATAAACGAACCCAAA ACATTTACAGACAATGAAAAAATGCAGAAGAGCATCACATACACATTGCTGGGAACCAAT TAGATCTGCATTAGCACCGTAACACCTACAATGGTATTTCCAATTTGCAACTAAAACTAA TGGACATGTCATAGGTGTTGCCTAACTCTTAAAAATACCTCGTTTTCATTTTTAGCCTTC ATTTATTCAAGAGTGGCTTGTCGATCCAATTTTATCAAAAAGCATTTCAAGAAATGACAG AAAGCTTATTGCAATAAAACATAGGAACAAGAAGGTGTTTATGTCATTCACAGCTTGAAT TATGCTATTAAAACTTAGTGGAGTTTATCCTTCGGTTCCCTATTTTCTTTCGTAGTTGGT CTTGATAAGAGAGACCAGAAATTCCTGGCAGACTCTAAAATCCTCCTAAGTTGCAGATAT TTCAAATCATCACATCATTTTTTTCTTAACCAGTACTCCTCCAAACAAACAAATAAATTT TGACGCAGTATCATTTATTCCCATAAATTGATCTAGCAGAACTAAAAGATCAACTTAATC GTAAACCATGTATAGAATCTCAATCTCTATTGAACTTACAGTTTTCAACAAAAACAACAA CATCAAAAAAGAATCCAAATCTGTAACATGTATTGAGGTAATCCCGTCAATTAGATGGCA TGACGTGATAGAAAGAAATTTACCTGCTTGACAGGAATATTTTTCAATGCTTCAACCATT CTTGGCCTGAAGATTGGGCGTCCAGTGTCTCTATGCCCACAACAGAATGATGAGTTATCT CCACATGTGAACACCTATACCAAGAATTGTAAACCTCATGAATAATATAAAATGCAATAG TATGTATATACATTCTATGTTGTAGAAGTAGACAAAACATGGCAGTTTTTAGCATATTTA CAACAGAGAATGATTCTCTAACACACTTCGAATATTGCAACCTACTGTGGACTTTCGTAA GGGATATGTCTAAGCGGTACAAAACTTGAGAGGCTCTCTCATCGTAAGGTGCATCAATCT GCTCGAAATATAAATTTTTTTTCTATCTTATTTTATTGCAGTAGCACTAGCCATTACAAA TTGGCAGAATGATGACTGATTTTCCCCAGAAGGGATAGGAAAAAGTGAGCAGAAGTATTT GATCAGCACTTAGATAGAAACATAGAAGTATCGACTAACATTGTATACTAAAGCTTAAGC AAATAGGAAGAATTCACCGAGTATTTTTTGTTAATAGTCTCTAAGGTTAGCCCCATTTTA TTGACCACACCATGCCGGTAAGTTTTAGGTCCAACTCATACTAAAATAGTAAGAATTATT TTTTGCAGAGTGGCATGGTGTGGCAGTTCTTGCATTTTTCAAAGTCAATATATATTTCAA CAATATTAGTATCAGTCTCCCAAAGGAACCTCTCCTAAAATAATTTCCCAAAAAAACGAA AATGTGATTGGATTGCTTGTCTCCATTTTCATTCTTCCTCTTTCACCTTCTTTACTTTAC TCCTCAACAGAACGAGGATTTCCACATCATGCATGCAAAAAACAAAGTGCACGTAAAAGG TAAATTACTGTAATAAAAATGAGAGTAGTTGATAATATACGCCGATTGCCAAACCTGTCC AGACCCTGTGACAAAAGCAGCATGATTATGAGAAGCTGAAACTTGCGCAACTTGTACGGG AACAGGAAAGCTAATTCGAGTAAATTCCACACACTGAGTTGTTTCAGGCCCATGACCAAG GACGCCGCATAAACTGGAACCACAAGAGTATGCTGCTGAATCATTGATTAGCAGTGTGTG ATACCTGCCACTCCTTATTTGCATCTGCCAAGAACTTTTTACAGTAAGTAATAACAAAAG ATGAAGTCCTAGCTGCAGACTATTCTAGTAGAAGCGAGTAACTAAAATCTAGAAATATTA AGGTAGAAATCAATCAGCAACTAAACCTCGATCATAAAACCGTTATCCATTCCATTCTAT TTGGTCCCATTTCATTGCAATACTAAATAATTCACTAAACCTTACATACAATTCCTTAAC CAAACAAAAAAAGATAGCCTAGTACCTACTGCTATATGTGAAGCAGAGGAATCACGCGCT CCATCCAGTTGAAGAGTCCAAATTTTCACTAAGGAGTTCAAAATACAATAAGGTAAATAC ACGAAGAAGCCGAAAAGGGGTCGAGAAGTGTCATTTTTGGCCCTATCTGACTGACAACAA CAAAAATAGTGTCTGAAAACATTTCATCCATCTATTTGATAAGTAACATTTCGACCATAT ATTATTAGTCCTAAAAATAGCAATCAACCAAACAAAGTAAACATTGATAAACGAATAACA AGTTTTCCAAAGAAATAGTACATTGCCTGCAGAAGTTTCAACCATATCAGAGGACTGTTC CACAGCCATCAAGAACCTCAAAAGACGCTTCCAATTGCCGTTACATCGCGTCAACAGCTC TTCCTGAGCATTACAATGCAAAGAAGCATAGATTGAACTCAATCCACAAAGCTGAAAAGC AGCATAATCTACCAAAGACTTGAACTTTTTAGGAAACAAACCATGTGTTCCCCTAAAAGT CCTTGAAGTTAGCTCTAAACTTATTAAATCAATAACAGCTAATCGACCGCACATCAATAT TTCAAGAATCAAATGTACTGGCAAATCCTCCATTAAAGTTGACCTCAAACGATCCCCCAT TTTCCCTTCACAAAAACAATCTTTTATACGAAAATGGAAACAATTAACACACTTTATCAA GAAAATATCAGATGTAAGAAAATTTGATGAAATTGAATAAGAAAATGAAGGACTTGGTGG GGAAATCTTATAATCTAAGTCGAAATAAATCATCAAGAAACAACAACCCCAAAACACAAA CTTGAACAAACAAAACAAAATTAAACTCTTTTTCTACCAAATTACAAGAAAAAACTCCAA AACCCCACAAAGATAGGAACTTTATAAACACAAATTTGAGCAAATATCGGATCTATGAAT GAAAATTGAGTTGAGGGGTCCTTGATAAACAAGAAATTAAGCTAAAAGTAGGTAAAGAAA CAGTCTAATAGTGGAATTTTTTTCTTTATATAGAAGTGGCAAAAAGATGAAAGCGACTAA AAGTTAAAGCTTTAATAAACCAAAATGCTGACTGAAGAATAAAGTATTAAAGATTAACAA GCAAGGCAGAGAAAAAAAAAAGATTTACAGACAAAAATGTCCAACTAGGAAAGACACCAA ATTACAGGCAATGATTTCTCTTTTTCTTTAATCGTGCTTTCTTTTCTTATTTTCGATAGG TACAATTAAATTTAAATTTATTTTTAAAATAATTATAAAAATTAACCGTAATTATGTATT ATAATTACAATATTTTTATATGTATTTGTTGTAAAGTCTTGTCTTTCTAATGACTTTTCT CATCCAATGAGCCTAGCGAGCTCACGTCGTCAGTCACTCGGAGGATTTTATCGATCGAAA CACACGATGAAGGCTTATTCTAGCCTTCATTGTCCACATATACATACACATATAATTAGT CTTACATACATACATACATGCATACACGTTTGGTTATGACCAGATAATAAATTCGTTCGA TTTTTAGTTAGGATGAGGTATTTTATGCCATAAAAACATGTATTTTGCTACACTTTAAAA TCAAAGCATCGTTATGTTTTGAATATACTCCTATCTTTAAATTTATTTGTCTGGTTTTTA TTTGACACATAACTTTAGAAATAAAGAATACTCTTGAATCATGTGCTTTTAATCTACAGA TATGTATAATATACTGAAATATTGTAATTTTATACATATCACGTGAAATAATTAAATTAA TGAGTTTATCTCACTATTAACTTGAAAAAAATACATAAATTAATACATTTTAAAAAATAA TTACTTATTTTAGCGATACTTTTGTTTATTACCATTTATAACAATTATTTGTTAAATCTG TAATATGTATTAAAAGTGAATTACGTATGCAATATATATGAATTATAATTATTTTTTGAA ATATGTCATGTTTGTTTGGTAAAAAATTGTCACATTGTGTTACAACTGTATTAAAATGTG TGATAATGTATTATTCATCATGAAAATTTGTATTATACGTGAATAATAAATTGTTCTTTG TAATATGTATTAAACTTGTATTATAAATAAATTAAAAGTGATCAACTGAAAAGAAAATAC TATTGTTATAAATGATAAATATTTTTTTATTATATTATATTTATGTAAGTTTCCCATTAA TTTTTATGTTTTTTCAAAAACTTTTAGTTGAGCCCAATGCAATCAATACCCATAAGCCCA AGACCAAGCCCAAATTCTTAGCCCTTACCCGTTTGCCACTTACCACCCGGTTTCTCTATC TCTGTCTCTCTCGATTCCGGCGAAATCCAAGCGGCAGGCGGCAGGCGGTAGCTTATTTCA ACTGGTAATTCTCAGCTCTTTCTTCTCCTGTTCCTTTTCTTATCAATAATGTCGCATAAA CTAAAAAATATGCATTAACGTATCAATTTTTTCTGAAGTATAATAGCTTATTTCTGATTT TTTGTACTAGTTCCTACTGTAATGCAGCACCACACCTCCGTATTGCTTCCATGAAAAATT ATCTTATCTATTAAAATTATTGTTGTATTTTCATCTTAGAATGAAACAGATGAAGTGCTC TCTGTATTCCTAATGTTTGAAAAGTGTAAGCACTGGCATGAAAAAATAGAGAAAAAGAGA AGACTGAGGAATAAAAACAGAAATAGCTTGAGATGTTTAGCTTTTACGGTCGGAAACTAT CTTTTAAATGATCATGTGGGATATCCAGATCCTACTTGCGGGATTTCACTGGGTATGTTA TTGTTATGATGTTGTGAACCGAGTGATCATGCAATTGCTAGATTATTTAGTTTGATTTAC TACCTCAATTCAGCAGGCAGAGTATTAGTAATGGAATTTCGTAGACGCCTTTAACTAGAA CTCGAGTACCTAAATGTCAGAAGTAAGGAGATGGAGAATTGGATTTCTAAGCCCCTTGAT TTCCAATACATATGTTTGAGCAAAGGAGAAAATCCCATAAAATTTGTCTTTATTGTGATG CTGTCGTAAAGTTACTTTTTTTCGTTCCGTCATTCATATTTCCTGCCTCTTAGCTTCTCC CTCTTTTTTTTTGTTATTGTTATCTTTTCTTCTTGAAATGTTTTTTATGTCCTCTAGTTC TTCATATCTTATATGAAATATTATACCATTTCACCCAGCAAGGGGGAAAAAATGAGAATC TGCTTCTTCAATTGACTAAATTTCCAATATGTTCATTTTGATTAATAGGTTTCGTACATG AAATCATTTACAATAGTATTCACTATTTAATATCTGGTGGCATTGATTTTGCTGATCTGT TGGTCCCTTGAAGAACAATTTGACAGTGTCATTCTCTCACACATGAGTGTTTGAATTTCA TTTAATTATGTTGGTTGCTCTTGTCTGTTTCTTCCTTTTTGAGCATTCTGTTCTTTTACG AAGCCATTTTCTGCGAAATAGTGTGATCATATGTTAAAATGATGATTAGTTTTTTCAGTT TGCTCTTTTACAGTAGAAAGTGAGGAAAGAAACCAATTTAAACAGTAAGAAAATATTGAA ACCATGTCATACCAGGATTTCCAAGACTTAGAAATATGAAAATGATATGTCTCGTTGTAC ACCAGTTACATTGAACAATATGAAAGCAATTAGAGCTGATGAAAATTCGCATTCAATATG TGTTTTCCTTGCTAAACTGGACTTTACTGTTGTAGTTCATGGTGAGAAATTCACATTCTA ATATGTGTTTTCCTTGCTAAACTGTACTTTACTGTTGTAGTTCATGGTGAGAAATTCACA TTTTAATTTATTTCTCTCATAAGATAGAACAATAATAGAATCTGAATACTGATTTTTTGT TTGTAAAATATATCCTGGTCGGACGAAGGAATGCTGACATGACTCTTGTTGTTTTGACTT TCACAATTGCTCAAATATGAGGAGATTTTAAGAAGTTAACAAAATTGATGTTCTGAAGCA CAATAGTAATGCACAGGGTGATTGTAAGAAGAATGTGTCTTGTTTACTGTTTAATACGTA ATACATTTGCTGCATTATGTCATTGATTGAAGTTTATGGGGCAATGTGACATCTATATAT AAAGTTGTTGTACAATTAAAAAGTAAGGTATTCCTACGTCGTTGTTTTACACGTTCTTTT TTTTCTTTTTCAGCTTTTCTCCTTCACTTCTTTCCCTCCTCTGTGTATCATCCATTGCAA TTCTTGGTGTTGTTACTTTCTGCTGCGCTGTATGATGGAAAACCAGTCACTTTGTGATGA TAACATGGAGGAAGCAGAGTATGTATTGCTTGATCTAGATGACCTTCCTTGTGAAGTTTA CATTCCCCCAAATGCACCATACGTTCTCTCGGTATGATTCCAAGTTCACCTTTCTGTTTC AATGTTTTGATGTTCTTATAGATCCAAAACTAAGTGATAACCCTTTTGGCTTTCCTTTTA TTTCTTGACTTGTTAGATACTCATTGATTCGAGTAGTTCTTTAATTCTATACAACTAGAT TGTTCTTGCAGCTTCTTGAAAACTATTGCAATTGCTTTGTTTCTTTAATTTTGTAACTTG TTTTTGCAGGGTCTTGACACATTGAACCCCATCTTGACCATCGATGGTAAAATCAAGCTG GTGAGTGGGTGATTTTCGAGGCTGCTTCAAGTTCATTTTTGTTTTGAATTTATCAATCAT GTTTACAGAATTGTAATATATCTCCTTAATGAGATTAGTTGTTAGTGTGGTAATATTCTT ATAAAGGTATGTATCTCCTTAGTGACATTAGTCATTACATTGGTCAGTCATCTTGATCCC CGCTAAACATCCTTACACACCAAAAGGCCGCCTCACTTACATCAGTGACATTACACTCAC TTTATTGTCTAGCTATTTCTTGCAAAATAGACAATAATGCACTTAAATGAAACTTTATGG CTGATAGGTCTCTGTCCTCACAGTTTTGTCTTCCATTTGTGAGAGGATATAGACAGATTG TGTCCATTTCAATCCCCTTGTTATTTCTGGCGAGTCGTTAATTGAGATCTTTCTAGAACA AAAGAGTCTGTGAAGGGAAAACAAAGTAGATATAATGGAGAGTGGGTGTAACAATTGTGG TTATACAATCCAAATATGTTGTATCTTTTGATTATCCTCGCATGCATATGAACCCCCATT GGGCAATTAAGCTGATTAGTTCGTATGCTATTTTCGTACCGTAGAAGTGTGTTTATCAAC TGTTGTTTATTTCTGTTTTGCAGATTGGACAGTATGATGAGACTATTGGGACATGCCTTG TTTTTGATGAAAAAGGTAAGCCATGTTCCTCTCCGCAACATATTATAATAGAACAAGAAA AGGAATGAGCTACTTTCCTGATTACTTTAATCTAGCTTCAACGGTGCTGGTGATGTTCCA TCTCATCCCAAAAAATATTTTTTTTTAAAATAAGAGGGAGTTCTTCTTTTCCTGTTTCTA CCATACAAAAATTTGCCTGGGGTCAGAACTTGGTTCTTTATAACTGACACTGGGCTGCCT CCTGGTATCCGTGAATGATAATTTGTGACAACATTAGGCACATAGTAGACTGTGATCCAG GGAATCTGTCATTTTTAGGTTCATATGAATAGAGTACGTTTTTTCTGGAACATGTCCTCT AACATAATGTGCATTCGACACAATGAAACATAAGTATAGGAGGGGGCCTTCAGAATTTTT TAGTCCACGACTCCTTGCCTCATGTCTTTTTTCTATTTAGACTTACATTCAGTTTTCTAG TTTCATGAGTTTTGCATATTAGTTGGATAATATAAAAGAACAATAATTCTTCAAATCTAT CTGGAATTTTATCACCAAGTAAACGTTCTGGCAGATACCCCTCCTGAAGAAGCTGGACCT TCTGAAGCTAACCTTTGCCCAGGAAGGCCCACGTTAGATCCTAAGCAAACCAAGTCGAAA CAAGTCAAGCCTGTAACACAGCTTCAAAAGATACTTAAATTCAAGCTGTTGCAGAATAGT GAAACTGAAGATGCAAGAGAGAAGCCAAAAGAAGATTAGGTAACCGAGTGTTTTAGCAAC TTAGATGCTACTACTCGAGAATGTACAGTGGAGTCGAAACAGAGCTATTACGACATAGCA TTGGTGTAGCATGGATAATACTATCATTTTTCTTCATAGCTGGTTCAGAACTTAGACATT GCACAATGTGCAGCAACTGAATATGGCAGGTAGAATCAGTTGGATACACAAGGCTATTAC TTTATAATTTTCTCCTTTTATTATTATCCATGGAACTCTCATGCCCTTGTTTACACAATT ATTTCATTGAATGTAAATAAATACAAGAAAATACTTTGAAATCTTAATCTGAAGTAAATG ACAATTATGTTGTTTTGGTTTTCAAAATATCGCTATATCTCAATGACCTTTGGCCCTAAC AAGGGTCGTAATGGAGTGGTAAGTAAGCCTTCATCTTTAATCAAAGGTTTTGAATTTGAG TTTCTATTGGATGTGGAATCACCTTTTTGTTGGGCTTCAATGTAGGTGGGAGTCCAAAAA ATTCTTTTCAACGTGAATTCAAATTTAGTCGGATTTCAATATACATATCAGATATTGCCG AAAGACCAAAAATAAAAAAAATGACATTGACGTATTATTTTTCCATTTTAATTTGTCATC AAATGCAAAATTTTAAAGTAGAAAAGTAAAAATGAACGAGCAAGTAAGGTGGTAGATTTA TTTCTTCCAAATAAAAAGAAAAATTTCAATAGCGGGAAAAGGAGTAAATATGAAAAGGTT TAGTATGCAAAAAGACAAATAAGCTAAAGTTAGAGGATCTTACAGTAATTTTCAGAACAA AATCGCAATATATATTCTATTGACGTTCTCCGTGCATGGAGAATTATTTTTAAAACCCCT TTTTTTATTTTATTCACACAAAATGGCGAAGAACAAAAGCGGCAACCGTAGCTCCGCCAC TACACGGCGGCTGAAGATGTATAATTCTAGGCCGAAGCGTGACCGGAAGGGCAAAATATT GAAGCACGAGTATCAATCAAAGCAGCTTCCGTCAACGAGGATACAGCCAGATCCCCGATG GTTCAGTATGTGCTCTTCCCAAAAAATTTTATCGTTCGTGCTTCTATATTTTTTACTAGA TTTAGCGCATGTGCGTTGTGGTTGCCTCGTCTTGTGATGCTTAAAAATAGTGGTCCTATG TGTATAGGTGAAGTGTTGGTTTGAAGTTAACCTGTGTATCATCAAGCGTTCCATCCATAA TATTGGGTAACATCACTTTTGTGGCCTTTTTCATTGCCTTACTTGGTGTGGGAGGTGATT TAACTGTAGCACGTAATTGAGAAAATCTTTGTGGGTTTTAAATTGGTTAGATTACATTTT AAATCGATTGGGACTGGTGATATTTAGTTTCCGCTAAGTAAATGGTGGCTACGTTGTTCA ATTGTACTTTGAACATAAGTTCGGGCAGTGAGGTTAAATGAATAATGCCTAGCATATTAG TAAATGAGGTTCCATACCAGGCGCGAAGATCTAGTGATTATCCAATCACTATTTATTTTT ATTCCTCACATCAAACGACCTTTTATAGTTTGAGACTCTCATGTCACATAAGCCTAGAAT AGGTTGGTCGTCTCTCAACTTTTCAAGAAATAAGCCAATCATTTTCTGCAAAACCTCCCC ATAGATTAACAGTTGTACGCTCCATGTAGATTTGTCAATTAGACGAGTATTGTGAAAGCA CTGGAGAAATAATTTGAACAAAGAATGACGATTTTATGCTTTTAAAGTAATATAGATATA GATATATAGTTTATGATAAGAAATTGGTCGAATTGATGACTTTATTAGTGAAAACTGTTA CATACTTTGATTTGGTTCACGGGAGCAGGGTGTATTAGTGTTTAAATTTAGCTGAATATG TTTTGATTTTCTTATTGTTCAATTGCTATTATGGTGGATTAACTTGCTCATAATGGATGC TTAGTTTTGCTTATGTAAGAATTATATGTGAATCATCTGAAATTGATATGATTTTCGGGA TTCTACAGTCAATACTCGGGTGATTAGTCAGGAGAAATTGGAATCATTTAGAGAAGAGAT TCAAGATCGGCTTTCTAGCAACTACAATATCATCATGAATGGAAGTAATTTGCCCATGTC CCTTGTGAATGAACACAAGAAGGTATGCATAGTGACTTTTCCTTTAGTCTATTTGTTTAA GAACTTGCTTTGTTTGTCAATGTCTACCTGACTCGTTGTAAACTTTTGTATTGGTCCTGG GATAATTTCTTACCATCGAGCTTGGTGGACAGAGTTACTTGGTGCCTACTAGCCTGGACA CATTACAACAGTTTTGAGTTTTTGCAATAAAAATAATTATTAGTGAGCTTCATATTATGT AAGCACGAGCTATATGTTTACTTAACTTGTTTAGTTGGAATAACTTGACTTCATTAAATA ATGATGACGAACTTTGGTTCCGTTAGCTCCCTGGTCTTAGTCTAGTTTGTTTCTGATGTA TTCGATCTAACACACTTTTTGTTTGCAATTTTGCATCATCTTGATACTTTTTTAATTATG ACCCTGTTATTACTTCATAGAAAAATAAGAGAACTAGCTTGGTCTTGCTACACTAGTGCT TGATTCCTCATTATGTTTTACTAATTTCGTCCTCTTTTATCTTTGTGAAGAAAGGAAAAG CTCATCAACTTGGCAGTAAGCCTTCTGCTGGAACAGAGAAAAAACACGCAAAACATTTTA AATCATTAGCCAAGAAGGCCGATACACCTTAAGGTATGAAATGAGAACGCACAAATTTAA GAGTTTATGCTTGTTGTTTCTGTGTATGCACTTCTTATCTATTTGAAACAACCTCTCTAT CTCAAGGCAGGAGTAAACTCTGCGTATATCCTGCCCTCCCCAAACTTCATTTGTTGAATT ATATTGTGTATGTTGTTAATCATAAATTTCTTTTGCAGATCGCCCTTCCCACGATTCATG AAGAGACAAACCATCTAAATCCGACCTTTTCTGCAAGTTGATTCAAGGGAGAAGCCAAAG ATAAGATTGGACAACTCATATTTTAGTTAATCAGTAGATACTTCAGTTTATTCAAGAATT TTAGCGAAGTAAAAGTTGAGTCTTATATAAATATCAAGAAGAGAACTATGGTACTTATTT TTTAGGATGTTTGTAGAACAACGATTATTGACAATTGCTGTTGATTTTGGCTTTTTTGAG GAGGAACTCCTCTATGAGTTGATTTTATTTAACGCTCACTTTCCAGAGATGACTGAATTT AGAAAATGTACGGTTATTTTGTTGGTTGTCGAAAACTTGATCAAATGGTCATTCTTAGCA ACAAATTATGCCTTACAATGCCAAATCCGTATTGTGTACTGTAACACTTTTGAACTCGTT ATACTAGACTTGTTTAGTGTTATTTATCTCTCCTATAGCTCGTCATATTAGACTTGTTTA GTATTATTTATCTCTCCTATATAAGTTACAGGTTATTATACTTGAGTTTACAAAATGAAT GAGAAGGTATAGACGTATGTGACAGCCATTTGCTTATATCATCAATTTATCACTAAGCTT TAAATATAAAAAATTCACTCAACAATCAAATACTTATAAAACATCTTTAACAAAAGTATT TTTGGTAATTACATTCACTTGGTTTGTAAATATATTTTAATTCATCGCATTCTGCTAAAG CTCTCTAACCCATCCTATTCCAGACAACATAACTCGTCCAGCTCAAGTTCTGAATTTCTA ATTATAGGAAGAAGAGCGAAATTGAAGAGAGAAAAAACTTAGTACGTAACACGTATGCCT CTATTACCATTTCCGATGAAGAAAAACTTAGTATACCAAAACATAAATAAGCTAAAGTTA AAGAAGCTTAGAGTAATTATCTAAACCAACAAATTCACACATATTGAAAAAGCTAGGTTT TAGCTCTTAACGCCTCCTCTTCTTTGTGGAGTGTATACTACAAACCGGCCTAGACGACTG AGGTATTAACGTTAATCGCCGATTCCTAAACCCTAGTTTTGTTCTTCGTATATCGGAGAT GGCGAAGAAGAAAGAGAGGTCGGTGAATGTATCGGGAAAGCCAAAGCATTCATTGGACTC CAATAGGGATGTCAGCGCAGCCAAAAATGGCCGTAGCGCCGCTACTGTGCGGCGGCTCAA GATGTACAATACCAGGCCGAAGCGTAATCCTCAGGGTCACATAATTAAGCACGACTTACA ATCAAAGGAGCTGCCATCAACAAGGATACAACCAGATCGTCGTTGGTTCGGTATGTTCTG AAAAGTTTCACACTTTTCACTTCTACGTTCTTACTAATTACAAAATATAGTCTTTTGCCA GCAGAGATAATTTGTAGTACTCCTGTAGTTTGTGTTTCTGAAGATTAATTTGACAACCTG ACTTAATTAGGTTGCTGAAATCTATTTAGAATTGGCGTTGGGTTAGTGCGGAAGTGTTAA TATTGAGGTGGAGGGAGTATTAATGATTAAATTGAGCTGAATTTTTTATTTTCATCGTTA AAAATGTCATCTTTGGTTAGTTGATGCTACTTTTCGTGTATGACTGAATTTTGTTGAAAT AATTGAATTGGGAATTTATTTTCCAACTTCACAGGTAATACTCGGGTGGTCAACCAGAAG GAACTGGAGTTTTTTAGAGAAGAGCTCCAAACTCGGCTTTCCAGTAACTACAATGTTATA TTAAAAGAAAGGAAGTTGCCCATGTCCCTTTTAAATGATCATCAGAAGGTATGGGAGATT CTTTTTCCTTAGTTTTATTATTTAACAACTTGTTCTTATGTTCCTGCTGAGTCACCGTGA ATCTCTTTACTCTGCTATTGTAATTCTAATGTGCACTCATTATTGTATGATTTGGGGGCT TCCTGTGATACGCACATGTACTATTTGTGTGTGTATAGAATAACTTGGCAAATTGAGGCT AAATCTTGTTGCTTTATGCTTCATACTGGATTTGTTTGCTAATATTTTTCTCTTTTTCTC TTTTTGATTAAAGCAAGTAAAAGTTCATCTGCTTGACAATGAGCCATTTGCTGATGCTTT TGGACCAAAAACAAAGAGGAAACGCCCCAAACTTATGGCATTAGATTATGAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.985 1769 2292 match_2 match_part 0.997 18567 18890 match_part 1.000 19235 19368 match_part 1.000 19634 19680 match_3 match_part 0.944 18572 18890 match_part 0.944 19235 19270 match_4 match_part 0.914 18572 18874 match_5 match_part 0.956 18574 18890 match_part 0.985 19235 19368 match_part 0.917 19634 19681 match_6 match_part 0.974 18578 18890 match_part 0.940 19235 19368 match_part 0.862 19634 19691 match_7 match_part 0.954 18578 18814 match_8 match_part 0.978 18579 18890 match_part 0.985 19235 19368 match_part 0.961 19634 19736 match_9 match_part 0.987 18579 18890 match_part 0.985 19235 19368 match_part 0.952 19634 19696 match_10 match_part 0.984 18579 18890 match_part 0.985 19235 19368 match_part 0.958 19634 19657 match_11 match_part 0.981 18579 18890 match_part 0.968 19235 19327 match_12 match_part 0.971 18579 18890 match_part 0.965 19235 19319 match_13 match_part 0.984 18580 18890 match_part 0.985 19235 19368 match_part 0.947 19634 19708 match_14 match_part 0.974 18580 18890 match_part 0.985 19235 19368 match_part 0.902 19634 19674 match_15 match_part 1.000 18580 18890 match_part 0.984 19235 19359 match_16 match_part 0.981 18580 18890 match_part 0.931 19235 19292 match_17 match_part 0.984 18582 18890 match_part 0.978 19235 19368 match_part 0.971 19634 19736 match_18 match_part 0.994 18582 18890 match_part 1.000 19235 19368 match_part 1.000 19634 19736 match_19 match_part 1.000 18583 18890 match_part 1.000 19235 19368 match_part 1.000 19634 19716 match_20 match_part 0.984 18583 18890 match_part 0.978 19235 19368 match_part 0.942 19634 19685 match_21 match_part 0.981 18583 18890 match_part 0.967 19235 19294 match_22 match_part 0.984 18584 18890 match_part 1.000 19235 19368 match_part 0.961 19634 19684 match_23 match_part 0.977 18585 18890 match_part 0.978 19235 19368 match_part 0.918 19634 19682 match_24 match_part 0.980 18585 18890 match_part 0.978 19235 19368 match_part 0.927 19634 19674 match_25 match_part 1.000 18586 18890 match_part 1.000 19235 19368 match_part 1.000 19634 19715 match_26 match_part 1.000 18586 18890 match_part 0.993 19235 19368 match_part 0.986 19634 19707 match_27 match_part 1.000 18586 18890 match_part 1.000 19235 19368 match_part 0.958 19634 19705 match_28 match_part 0.991 18586 18800 match_29 match_part 0.973 18594 18890 match_part 0.985 19235 19368 match_part 0.951 19634 19736 match_30 match_part 0.986 18600 18879 match_31 match_part 0.993 18611 18890 match_part 0.985 19235 19368 match_part 0.971 19634 19736 match_32 match_part 0.993 18611 18890 match_part 0.985 19235 19368 match_part 0.971 19634 19736 match_33 match_part 0.986 18614 18890 match_part 0.978 19235 19368 match_part 0.938 19634 19681 match_34 match_part 0.992 18637 18890 match_part 0.978 19235 19368 match_part 0.888 19634 19731 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_35 match_part 0.979 2963 2868 match_part 1.000 2786 2475 match_part 1.000 2321 2285 match_36 match_part 0.927 4456 4170 match_part 0.961 4078 3900 match_part 0.964 3169 3058 match_part 0.989 2984 2893 match_37 match_part 0.976 4421 4170 match_part 1.000 4078 3900 match_part 1.000 3169 3058 match_part 1.000 2984 2898 match_38 match_part 1.000 4420 4170 match_part 1.000 4078 3900 match_part 1.000 3169 3058 match_part 1.000 2984 2911 match_39 match_part 0.927 4456 4170 match_part 0.961 4078 3900 match_part 0.938 3169 3058 match_part 1.000 2984 2925 match_40 match_part 1.000 4453 4170 match_part 1.000 4078 3900 match_part 0.979 3169 3123 match_41 match_part 1.000 4464 4170 match_part 1.000 4078 3955 match_42 match_part 0.989 5890 5802 match_part 1.000 5675 5568 match_part 0.992 5387 4914 match_part 0.917 4847 4836 match_43 match_part 0.996 6038 5802 match_part 1.000 5675 5568 match_part 0.994 5387 4920 match_44 match_part 1.000 5670 5568 match_part 0.998 5387 4920 match_45 match_part 1.000 8976 8842 match_part 1.000 8304 8095 match_part 1.000 7274 7164 match_part 1.000 6170 5952 match_46 match_part 0.980 8145 8095 match_part 0.982 7274 7164 match_part 0.940 6170 6020 match_47 match_part 0.990 9044 8842 match_part 0.990 8304 8095 match_part 0.951 7274 7173 match_48 match_part 1.000 8976 8842 match_part 1.000 8304 8095 match_part 1.000 7274 7197 match_49 match_part 0.992 8214 8095 match_part 1.000 7274 7211 match_50 match_part 0.990 9044 8842 match_part 0.990 8304 8095 match_51 match_part 1.000 8976 8842 match_part 1.000 8304 8095 match_52 match_part 1.000 9486 8842 match_part 1.000 8304 8163 match_53 match_part 0.973 9391 8907 match_54 match_part 0.962 9500 8953 match_55 match_part 0.988 9485 8996 match_56 match_part 0.940 9391 9042 match_57 match_part 0.994 9504 9345 match_58 match_part 0.902 9733 9388 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C07HBa0129L05.1 type gene exon 1769 2292 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C07HBa0129L05.1 type gene exon 4464 4170 exon 4078 3900 exon 3169 3058 exon 2984 2868 exon 2786 2475 exon 2321 2285 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C07HBa0129L05.1 type gene exon 9733 8842 exon 8304 8095 exon 7274 7164 exon 6170 5802 exon 5675 5568 exon 5387 4914 exon 4847 4836 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C07HBa0129L05.1 type gene exon 18567 18890 exon 19235 19368 exon 19634 19736 RepeatMasker tomato repeats master Copia00151 10131 10182 1 Copia00151 10131 10182 1 nucleotide_motif 238 11305 11358 SOD_SINE 88 191 1 SOD_SINE 88 191 1 nucleotide_motif 315 17438 17537 RepeatMasker tomato repeats master SONATA2 94 216 -1 SONATA2 94 216 -1 nucleotide_motif 506 6349 6229 Copia00089 3947 4020 -1 Copia00089 3947 4020 -1 nucleotide_motif 225 8662 8586 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2825 11244 12716 match_2 match 4770 12755 15187 match_3 match 5013 6722 9337 match_4 match 8687 15202 19604 match_5 match 3221 7671 9337 match_6 match 4770 12755 15187 match_7 match 8687 15202 19604 match_8 match 2761 11244 12716 match_9 match 2825 11244 12716 match_10 match 4770 12755 15187 match_11 match 8687 15202 19604 match_12 match 8730 4847 9337 match_13 match 6445 1370 4777 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 685 31 19604 clone_end_1 clone_end 686 31 413 clone_start_1 clone_start 684 19260 19604 clone_2 clone 608.5 508 19604 clone_end_2 clone_end 533 508 780 clone_start_2 clone_start 684 19260 19604 match_1 match 1415 3253 3994 match_2 match 1366 6723 7432 match_3 match 1267 7697 8364 match_4 match 1415 7730 8508 match_5 match 456 12074 12303 match_6 match 1154 12985 13573 match_7 match 1217 16145 16758 match_8 match 331 19438 19604 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.985 1769 2292 match_2 match_part 0.997 18567 18890 match_part 1.000 19235 19368 match_part 1.000 19634 19680 match_3 match_part 0.987 18579 18890 match_part 0.985 19235 19368 match_part 0.952 19634 19696 match_4 match_part 1.000 18580 18890 match_part 0.984 19235 19359 match_5 match_part 0.994 18582 18890 match_part 1.000 19235 19368 match_part 1.000 19634 19736 match_6 match_part 1.000 18583 18890 match_part 1.000 19235 19368 match_part 1.000 19634 19716 match_7 match_part 0.984 18584 18890 match_part 1.000 19235 19368 match_part 0.961 19634 19684 match_8 match_part 1.000 18586 18890 match_part 1.000 19235 19368 match_part 1.000 19634 19715 match_9 match_part 1.000 18586 18890 match_part 0.993 19235 19368 match_part 0.986 19634 19707 match_10 match_part 1.000 18586 18890 match_part 1.000 19235 19368 match_part 0.958 19634 19705 match_11 match_part 0.991 18586 18800 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_12 match_part 0.979 2963 2868 match_part 1.000 2786 2475 match_part 1.000 2321 2285 match_13 match_part 0.976 4421 4170 match_part 1.000 4078 3900 match_part 1.000 3169 3058 match_part 1.000 2984 2898 match_14 match_part 1.000 4420 4170 match_part 1.000 4078 3900 match_part 1.000 3169 3058 match_part 1.000 2984 2911 match_15 match_part 1.000 4453 4170 match_part 1.000 4078 3900 match_part 0.979 3169 3123 match_16 match_part 1.000 4464 4170 match_part 1.000 4078 3955 match_17 match_part 0.989 5890 5802 match_part 1.000 5675 5568 match_part 0.992 5387 4914 match_part 0.917 4847 4836 match_18 match_part 0.996 6038 5802 match_part 1.000 5675 5568 match_part 0.994 5387 4920 match_19 match_part 1.000 5670 5568 match_part 0.998 5387 4920 match_20 match_part 1.000 8976 8842 match_part 1.000 8304 8095 match_part 1.000 7274 7164 match_part 1.000 6170 5952 match_21 match_part 1.000 8976 8842 match_part 1.000 8304 8095 match_part 1.000 7274 7197 match_22 match_part 0.992 8214 8095 match_part 1.000 7274 7211 match_23 match_part 1.000 8976 8842 match_part 1.000 8304 8095 match_24 match_part 1.000 9486 8842 match_part 1.000 8304 8163 match_25 match_part 0.988 9485 8996 match_26 match_part 0.994 9504 9345 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C07HBa0129L05.1 type gene exon 1769 2292 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C07HBa0129L05.1 type gene exon 4464 4170 exon 4078 3900 exon 3169 3058 exon 2984 2868 exon 2786 2475 exon 2321 2285 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C07HBa0129L05.1 type gene exon 9504 8842 exon 8304 8095 exon 7274 7164 exon 6170 5802 exon 5675 5568 exon 5387 4914 exon 4847 4836 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C07HBa0129L05.1 type gene exon 18567 18890 exon 19235 19368 exon 19634 19736 AUGUSTUS_tom_cdna de novo gene_1 gene 1 12812 18601 transcript_1 transcript 12812 18601 start_codon_1 start_codon 12812 12814 CDS_1 CDS 12812 12931 CDS_2 CDS 13150 13200 CDS_3 CDS 13824 13875 CDS_4 CDS 16629 16762 CDS_5 CDS 18572 18601 stop_codon_1 stop_codon 18599 18601 gene_2 gene 1 18659 19392 transcript_2 transcript 18659 19392 start_codon_2 start_codon 18659 18661 CDS_6 CDS 18659 18890 CDS_7 CDS 19235 19392 stop_codon_2 stop_codon 19390 19392 AUGUSTUS_tom_cdna de novo gene_3 gene 1 1276 60 transcript_3 transcript 1276 60 CDS_8 CDS 238 60 CDS_9 CDS 1276 1121 start_codon_3 start_codon 1276 1274 gene_4 gene 1 4337 1983 transcript_4 transcript 4337 1983 stop_codon_3 stop_codon 1985 1983 CDS_10 CDS 2321 1983 CDS_11 CDS 2786 2475 CDS_12 CDS 2984 2868 CDS_13 CDS 3169 3058 CDS_14 CDS 4078 3900 CDS_15 CDS 4337 4170 start_codon_4 start_codon 4337 4335 gene_5 gene 1 9180 5064 transcript_5 transcript 9180 5064 stop_codon_4 stop_codon 5066 5064 CDS_16 CDS 5387 5064 CDS_17 CDS 5675 5568 CDS_18 CDS 6170 5802 CDS_19 CDS 7274 7164 CDS_20 CDS 8304 8095 CDS_21 CDS 9180 8842 start_codon_5 start_codon 9180 9178 AUGUSTUS_ab_initio de novo gene_1 gene 1 12812 19392 transcript_1 transcript 12812 19392 start_codon_1 start_codon 12812 12814 CDS_1 CDS 12812 12931 CDS_2 CDS 13150 13200 CDS_3 CDS 13824 13875 CDS_4 CDS 16629 16762 CDS_5 CDS 18659 18890 CDS_6 CDS 19235 19392 stop_codon_1 stop_codon 19390 19392 AUGUSTUS_ab_initio de novo gene_2 gene 1 8264 2180 transcript_2 transcript 8264 2180 CDS_7 CDS 2321 2180 CDS_8 CDS 2786 2475 CDS_9 CDS 5387 5127 CDS_10 CDS 6132 5802 CDS_11 CDS 8264 8095 start_codon_2 start_codon 8264 8262 AUGUSTUS_tom_ugs de novo gene_1 gene 1 12812 19392 transcript_1 transcript 12812 19392 start_codon_1 start_codon 12812 12814 CDS_1 CDS 12812 12931 CDS_2 CDS 13150 13200 CDS_3 CDS 13824 13875 CDS_4 CDS 16629 16762 CDS_5 CDS 18659 18890 CDS_6 CDS 19235 19392 stop_codon_1 stop_codon 19390 19392 AUGUSTUS_tom_ugs de novo gene_2 gene 1 1276 60 transcript_2 transcript 1276 60 CDS_7 CDS 238 60 CDS_8 CDS 1276 1121 start_codon_2 start_codon 1276 1274 gene_3 gene 1 4337 1983 transcript_3 transcript 4337 1983 stop_codon_2 stop_codon 1985 1983 CDS_9 CDS 2321 1983 CDS_10 CDS 2786 2475 CDS_11 CDS 2984 2868 CDS_12 CDS 3169 3058 CDS_13 CDS 4078 3900 CDS_14 CDS 4337 4170 start_codon_3 start_codon 4337 4335 gene_4 gene 1 8889 5064 transcript_4 transcript 8889 5064 stop_codon_3 stop_codon 5066 5064 CDS_15 CDS 5387 5064 CDS_16 CDS 5675 5568 CDS_17 CDS 6170 5802 CDS_18 CDS 7274 7164 CDS_19 CDS 8304 8095 CDS_20 CDS 8889 8842 start_codon_4 start_codon 8889 8887 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.985 1769 2292 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_2 match_part 0.979 2963 2868 match_part 1.000 2786 2475 match_part 1.000 2321 2285 match_3 match_part 1.000 4464 4170 match_part 1.000 4078 3900 match_part 1.000 3169 3058 match_part 1.000 2984 2898 match_4 match_part 1.000 9504 8842 match_part 1.000 8304 8095 match_part 1.000 7274 7164 match_part 0.997 6170 5802 match_part 1.000 5675 5568 match_part 0.994 5387 4914 match_part 0.917 4847 4836 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C07HBa0129L05.1 type gene exon 1769 2292 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C07HBa0129L05.1 type gene exon 4464 4170 exon 4078 3900 exon 3169 3058 exon 2984 2868 exon 2786 2475 exon 2321 2285 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C07HBa0129L05.1 type gene exon 9504 8842 exon 8304 8095 exon 7274 7164 exon 6170 5802 exon 5675 5568 exon 5387 4914 exon 4847 4836 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 6180 6666 GenomeThreader_SGN_markers SGN marker sequences match_2 match_part 1.000 9504 8842 match_part 1.000 8304 8095 match_part 1.000 7274 7164 match_part 0.997 6170 5802 match_part 1.000 5675 5568 match_part 0.992 5387 4914 match_part 0.917 4847 4836 match_3 match_part 0.968 9500 8842 match_part 0.990 8304 8095 match_part 0.982 7274 7164 match_part 0.940 6170 6020 match_4 match_part 1.000 8352 7851 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C07HBa0129L05.1 type gene exon 9504 8842 exon 8304 8095 exon 7274 7164 exon 6170 5802 exon 5675 5568 exon 5387 4914 exon 4847 4836 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C07HBa0129L05.1 type gene exon 8352 7851 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C07HBa0129L05.1 type gene exon 6180 6666 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 12812 18609 transcript_1 transcript 12812 18609 start_codon_1 start_codon 12812 12814 CDS_1 CDS 12812 12931 CDS_2 CDS 13150 13200 CDS_3 CDS 13824 13875 CDS_4 CDS 18572 18609 stop_codon_1 stop_codon 18607 18609 gene_2 gene 1 18659 19392 transcript_2 transcript 18659 19392 start_codon_2 start_codon 18659 18661 CDS_5 CDS 18659 18890 CDS_6 CDS 19235 19392 stop_codon_2 stop_codon 19390 19392 AUGUSTUS_tom_pot_cdna de novo gene_3 gene 1 1276 60 transcript_3 transcript 1276 60 CDS_7 CDS 238 60 CDS_8 CDS 1276 1121 start_codon_3 start_codon 1276 1274 gene_4 gene 1 4337 1983 transcript_4 transcript 4337 1983 stop_codon_3 stop_codon 1985 1983 CDS_9 CDS 2321 1983 CDS_10 CDS 2786 2475 CDS_11 CDS 2984 2868 CDS_12 CDS 3169 3058 CDS_13 CDS 4078 3900 CDS_14 CDS 4337 4170 start_codon_4 start_codon 4337 4335 gene_5 gene 1 9180 5064 transcript_5 transcript 9180 5064 stop_codon_4 stop_codon 5066 5064 CDS_15 CDS 5387 5064 CDS_16 CDS 5675 5568 CDS_17 CDS 6170 5802 CDS_18 CDS 7274 7164 CDS_19 CDS 8304 8095 CDS_20 CDS 9180 8842 start_codon_5 start_codon 9180 9178 BLAST_ath_pep AGI Proteins (arabidopsis.org) BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 356 2984 1986 match_2 match 51.2 3168 3061 match_3 match 50.1 4337 4164 match_4 match 345 2984 1986 match_5 match 76.6 4078 3887 match_6 match 47.4 3165 3061 match_7 match 216 6218 5091 match_8 match 136 9180 8839 match_9 match 237 6173 5565 match_10 match 106 8316 8092 match_11 match 216 6218 5091 match_12 match 136 9180 8839 match_13 match 237 6173 5565 match_14 match 106 8316 8092 match_15 match 220 2957 1986 match_16 match 41.6 3171 3058