C03HBa0295I12.1 ATTTATCTATTTAGAGAATATTTATCTTTTAATGATGCCCATATCTTATTGAAATTAGAC AAATTTACTACCAGAAAATAAGTGTTTTAACCAATATTTGTGAGCCAATTTTCTAATTGA TTAATAGGTGCCAACTTATATGCATTTTCTTTTCGCAAGTTATAACTTAGAAACGCTTCT TCAAAAGAATTTTGGCAAAACACAAACTACTAACGAAAGCAGTTCTCAAACAAGTTAACC AAATACTACGACACCATGGTGCATGTAGTTAAGGCAAGTGCAGACTGAAATAGTGTGCCT CACTACCACATAGGATCAGTTATTATGTCTTAGTTTAAAATCATGCCCAGTTCTCCTCGC CTAAAATATTAGAAAGGGGGCATTAGTAAAATAGTTAAATGATGAGGATCAACCTTCTAC TCCCATTACCAAACTGGGCGTACTTACAATGTCACTTAAAGTCACCAAGATTCAGATTAA GTTAACACTATTTATATGTTCTTCCATGCTAAATCTCATGTCAAAGAGCATCAGGCATCA GCATCTTCAGTTACTAAAGTTCAATATATCTTACCAAGGAAGGAAATCAAAAACTATAAG AAGTGATCAAAAGTAATTAATGGTTCAATTACATAAACACATCAGAAGTCGGAACTATGA GTATATCAAATGCTTTGGAAATTGTTCTGCCTGATGACAATTCAACTTTAATGACTGGCC GAAAATCACGAAAAAAGGGAAATGACAAACCTTGGAAATCCTATCAGTGCAACACGTCCA TGGCCAAATTTTGTAACTTCGAAACCTTCTCCAGCACCACTAGAACCCTATTTTACAGGC GTAATCAGGAAGTTATTGCTTGGTCTATCAGAAAAACACAAGAACATGAGAAAAGGTGGT CGCCACTGGAAAAAATAATTAGTAGAGTACAACTATTTATTGTTGATATGGTAATATACG ACACAATTATATCATGGGAACTCCATGAGACTAAGATAACAGAAAATTGACCCCTCCCAA TTAACAGTTAAAATACAAAAAAAGACATACTTTGGGGGGCTCTAACAATTGTGTCCTCAG CTTTGCTATCTTAGCCTTCAGCTGACCCAAATGATATTCTGCATGACAATTGAAGTCAAT TATTAAGCTTCTGAAGACAATATTTGGGGAAAAGTTCAACAAACAGAGAGGAGTTCACTA AAGATCCTCAATCACAAAGGAATTAAGAGCATAAGAATGGATCTCCAAGGAACTCCAAGA AATGTAACAACTAATTTTTATTGAGTATAAGTCATATGCATTGTCGGTGTAAAACAAATA TTTATACAATCATGTAACTTAGAAGGAAATGACAGGTGCTTCTTGATAGAGATCAATTTA TAACCTTCAAGAAATAGAAAACAACCTTCTATAATAACTAAATATATACTTGTGACGCCC CCGACGGAGGCAAGTGACAGGTCAAGCAGGATTGGCACGCTTCTAGGTTGGCAAGCTTTG GAAGATAAGGTGCACATTACACCTTGGGTGAATCCCACAGAGAGGAAAATGAAGAGTTTT ATTGAGCATAAATCAAGTTCACATGGTACGCACACTTTTGAGGTTAGATGTGGCGTAGCC CAAACAGACAAATTTGTGCCACTGCCGCCCTAGGCCCATAACAGACAATAAGTGCTACGG ACTTAGGTCATGACAATACTAACTAGTGTAAGAAAACCTTTACACTGTCCAAGCATACAG CTTAAGCTATTTTCTTCTATACATAAGACGAAAATGTAACAAATCGTTGAGTCACAAACA AATATAATCCTGTGCTAATTGGCAAAGGGTGATCTCTTTTGACAACATTCCAGCTTTGAA ATCTCGTTTCTGAATTTTGAATATCCAGTGGTGCCCCATTAAAGAAGATGGTGTCCTTTT TAGGACTAAAAACTCTATAGTTCTAATCTACCAATGTTGAACAGACTCTAAGTAGGCTTT CTGAGTGTTTATGTTGATTAATGTGCACTAAGACTGAGAGGCTATGAGGATTCATTGATG GTGATGCCTAATGGGGCTTCAGTAACAATAATAGCATTTCTTGTCTGAATTATAGCTTAA ACTCTAAGTGAAACCAACATTATAAGCCAGTAGTATAAGACACAACCTATAGGTACAATA AATGCTTTAGTGATGAGACTATGGAAGTTACCAGTTGCTTTATTTTTCTGGGTACGAGCC ATCTCGGCTTCAATTTCTTTGATCCTCTCTACGATCCCCATGGTTCTCTAGTTTATCTGC ATAAACATATAGAAGAGAAAAGATCAAGTTCAGTCCAATAAACAGTCCCATGACAAAAGT GATGCTCAAGAAAAGTACACACAACCGAACAACTAATTTTTTAAGGAAAAAAAATGTTGC AGTGAAAAGACTGACAAGCAGAACAAGGAAGGCAGACCCATAGGTCGTTCGTGTCACATG TATAATGTATTTAAGAAATGGAACTAATGCAGAGGAAAATAGTAGGAGAAATGGTTTTCT GTGCTATAATGGACTATAATTATAAGCAGTAAAAGATCAAAAAAAAAATCCAGGACACGA GTTGGGAATTAAATGGGACTTGTTATGTTTTAACTTCCACTTGAAACCACTAAATAGAAA ATGTTCGAAAACGAGGAGTGAGCATAAAGTGGATAGACATATCATACAAATAGATAAAAG AAATCAAACAATAGGCGATAGTAATGGAGTATCAAACTGTGAGGCCACTCTAGACTCTAG TACATATAGATTGGAAAAATTGGAGGCAAGTAAAAGCAGAAATTAACCAATACTTACACA AAAAATGAGTTGTGTGATTAATACTCTTCATACTCAAATCTTAGTGTTATTAAAGATGTC AACTAGCAAATAACCTAACATACCAACATTAACCTACGGGCTCATTGGGATATACCGATT CGATTTGACCTCCTTTTTTTTTTAATAAATTCCACTTAGCTAGAAAAGCTCAATTCAGAA TACGAGACAGTATGCTTAAGTCAATGCGTGATTTAGCAGAATATTTAACAAAGAGAAAAC AATAGGAATGGAATTGTGCATAAACTAAGCAGTTTTATGAACTTAACAGCTCTTACTTCT AACTACGCAGCTCAATTGAGATTCCGGCGGCCGGCCACTGGATTCTGCTTCTCCGCCGAT TGAGTAAGTTGGAAGCAAAAGATAGCAGAAGAAGAGCAGCCGTTCGCCGACGAGGAGGAG GGTTCAGAATGAAGAATACCTCAACTTGGAGCCCTCATTTTTAATTTTAACTTTATACAC TTCTATTTCGTGACAGTAAGAAATATTTCCATTAATTTCATTTATTCAAAAAAAAAATAA TACAAATTATTGATAATCTAGTAATGATAGTAATTGACGTTGTTGTATACTACTAAAATA TATATATATTAGAGTGGTTTGATTTAAAATTATAATCCTTAAATAGTTCTATCCCAAATT TGATAGGGAATAAAATAAGTTATTCAGAACTAAATTTAAAAATAAAATTTATTTCATAAT GATGTGCCTCATTTTTATTTATTTCGAGATATTTCATCTTATCTCATGTAACAAGCAAAT ACTAACATATAAATTGTATATTTCAAAAATATTTTCGCATTTATATTTTCCCATTTTATA AGATTAGTAAAATTTTATATTCCAAACAATAATTTATAACTTCAACATCACCATGCGATT TCTTGTTTATTATATACTCCCTTTTGCAACATTTTAATAATTTTGAGTGCATACATCCAA CGAGCATATGATGAAACCTATTAACCTGTACAATTCGTTCTCCCCTATTCATGCACATTT GAGTTTGGAAGATCTACCAATTTCCATCTTACAAAAGAGCGATGACTACCTGAGGAGCGA TGAATTTATTTTTATTGCATAAGATCTGAGCACACTTTATCATTTCCGGATTCAGGCATA TATGTGTGTACACTTCACACTGGATATATTGTTGAAGTGATTTGGTGATGAGACCTTATC ATTGAGACTTGAGAGTCTGGACATCCATCATAACTGATTTTAAAAACTAGGTTGCCATAA GCTAAGATAAAGTTAAAAAGTTGTTTCACTAAGTTATCATCATCATTTTTCCTATACCAG TGTTGCTGGAATTTCCCATTTCAACACACAAAACAACGATCTTCTTTCTCAAGTTCCCTG AACAAAAATCCACCACACTTTCATTGGCAGATCTGATTGTCAATACTCATCTCTCACATA ACCTCATCTTTCCTTTGCTATCCATGAAGATTTGCAGGTAGCTAGCTACCTGCTCTGTTG GAGAAGACCTTAGAACAACTCTGTTATTTCTTCCTTTTAAGGTGGGGTTCAATGGAGCTT TTATATTTAAAGAACAGTAACCACCACTTTAACTGATGCGGACGCAGCAGTGCACTATAC ATCTTTTGACATAGTAGATCAAATCAACAACTATGCCGCAGTCTCAAACAAATGGTGATC AGCTGTAAAAATCTTAACTGCTTCATTCAAGGTCAACTCATGTCACATGGTAGATCAAAT TGCTTCTTTAAAAAATGGGGGTTGTACCACCAAGAATTCACGGGCATTGGATATCGGGCA GGAAATCTGAGCTGGGATATGGAACAATTTTCTACGTCAAATTAAAAATACTCTGGCTAG GATATGACCAGCTAGAAACAATCTAAGCAGGAATAGCAATCTTACTAGCTGTCTTCTGAT GTGAGAAGGAAAATAAAATTGCTCTCGACTACGCGACCTTGAATTAAAAGCTACCAAGGT GTGTACAAAAGGTTGAATCAAACAAAAAGTAGCATTAGCACATGAAATATAATGCTTAGT GAACTGTTTGCCAATCACCATCGGACTTATTCCAAAAAAACAAACCTTTCTATGAAGTTG AAATTACAGGAATCCAGACCTAGCTTCATGTACACTTCTATCGCTACTACTATGTCCACT TGACTTGCATACACTAAGAACTGGTGGGATCTGACCTTGCATATCAGCAAGCTCTCTCAC ACGTGAGAGAATTGGCGCAGGGATCGGAACTGAAGCCTGTTTCCGGGAATTCAGAATCTG CACCATCACAGATATGAAGTTAAGAAGGATACCACGATCAGTCCCATAGTTTCCAAAAAA AAAAAAGGAGGGGGGGGGGGGGGGGGGCTCAGCTAAGTTGCTCAAACTCAGGTGCAGATG TCCGATACGGGTGTTGATCTAGAGGTCAGATCCTTTATGATCTAAATTTATGATTCGGGG ATAAGGGTTAATGTATGGATACGGGTGCGGGGACTTGGCTTAAAATAATTCAAATATCTA AAAGCAGAGTTATTAAACCTAAATTATGAGATATTATGTGGAAAAGTTTAGGAGAATATT GATGCAGATGAGAATTTGGAAGTAGTTAAAAGGAAAGGGAGTGACAATTATAAGGTTATT CCATTTTCTTCAATTTCACCTTAGTTTTTTATTACAGAAATCATTGAAGCTTTCCAGAAT TTGTCCCTCTAATTTGGTCAAAGTAGCCAAAACCGGTCGACCAAAACACGAAAACCACAC CCACGTTGTCTCGACACGGGTGCGGCACCAAAAGTGAAGAGCCCATGCAACTTAGATCTT CAGATAGTAAACAAATACAGAAACAAAGCCCACCAGCTCCCCCCCCCCCCCCCTCTTTCT GTGCCTATACAAAATTAGAACTTTAGAACTTTTAAATATGAGACAAAAACTAGTTGTTTA AAAATGCAGTCTCCGTCTAATAGAGTAAATTCCTATAACTAATTCCTGTTGATAAGTTGA GTACTAACTACATCAACGTCCTCTAGAATACCTTACCTTCTTTATAATCTCATACAAGGT GAATCACCATTTCGACTGAAACAGAGTAAATGTATGAAGCCGTCTTATAGTTGAAACAAG TCCTTGACAAAATCATCAACAACAATGAAACAACATGCATAATAAAAATTCAAATAATGC TAACCCCTTTTTCTGCAGGCAACTGCACAAAACTAGCTTTTAGCAGATTTCTCCACTTGT CCTGCAAATACATAGATAATTTGCAGCATTACATCACATGTACAAAAAGCAGTCCCGGAC TAATTTATTCCCAATGAATTCCAATTACTAGATTCTATTAAATAGACAAGCCAATACCAA CCTTCAGGTCCACCGAAGTTCGATAAGGGCAAGCTGAAAAAGCAAGCCGTTTTATCTCAG ACCATTTACCAGCACCATACCTGGCTACACCTTCCACTAGCTTAACAACCTCATTGATAG TCCAAGGTCGATGATGTTTTCTCCTCATTCCTCCTTTTTGGGTGGGTACAGTCACCACAT TATCATCTGAATTGTCTTCAGAGCAGTCATTCACCTCTACATCATTCTCTAGCTCAACAA TTTTCATCCCACTGGAATGCTCATCCTTTTCACAAGCAGCGATACGCTAGAAACAAAAGG AGTTCCACAAAATATCATCATCAATTTGAGAGGGAGAAAGGAAAATAGAGAGCCACCAAC CAAAAAAAAAGTAGCACGATTCGTTTGGTTAAAGGGAGCAATATTTGACTAAAGAAATGA TTTGAGAAAATCAAGCTCACACAGAATTCAAAGGCAAATAGTAGAAAAGGAAGTTGTATT TACAGGCTGTTCAGTCCATCCAGTAGATGAGCTGGTCTTGATCAGGTCATTATTTCTCTT ATCATCTTCTTGTGGCCCAGATATGTCAAAAGCACTCCTTACTTGTCTGGTAGCCATGTC CATACCACTCGGCTGAAGTTTCTGCAATATTCAACTTGAAGTGCATCAATAACCCAGAGA AACAAAAATAATGTTTCCATCAGTCATAGTAGTACATGACATAATTCTGAAATTCAAAGT CTAAAAACCATGTAATTTAATTCAAAAGATAAATGATTCAACTTGATATAGATAGGCATA ATGAATTCATTGAGAAACACACACACACACACTGACATGCACATAGTATGTTGGAAATGC AAACAGAGAATCATCTGACAAATGCAGTTCAAACTGAAAATAAATAATCTATGCAAGGAA GAAGAGTATAGCAAAATTGCAAGTAATCCAAGTAGCCCAAAAGTTTCATTCACATGTATA GGGAGTAAATCATGTCTATATGCAGGGTTTAAACTCATAGAAACAATTATAAATTGTAAG TCCCAATATACAAATACATGCTAGGAATGAGCCATGTAAGCATTTATAAGTCTATATTTA AGATATTTATATTACCAAAAGAGGCATGAAGTTCTCACGCGGACGGCTCCTTCGAATCCG AGAAACAAATGGAATTTGCACCCCAGAACCTCCCAGAGAATCTTGCCTGGTGACCAGAGG TCTCGCATATGACCTCACATTTTTGGTGGGCCTTATATGAGTTTCTGGACATGCAAATTG GTATCTGGGGATTTTTTCTGGTGATGCTAACTTTTCACTGGTTTCCCTAGATTCTATTTC TGAAAGCTCTTCAATATATCTTTTTGTTGGTTTGCGAGCTCTTTTGGCTGTTATCTGCTC TGCGTTCAAATCTTTAGTAACATTACAACTTTCTAAGGCTGAACTGGAAACATCTGCCCC AGAAAGATCAGCAGCATCATTTATTTTATTATCATGATCACTAAACGACCCTCTAGAGTT TAAATTTGCCACTCCATCTTCAGAATCTGCAGAAATTCTGCTTTTTTCACGATGACATAT TTGTTCTTCACCTTTTTTCACCACTACATTATCTCTTATTATGAAAGTAGTGCATGAAAA ATCACATGAATTGGTCAGCCCCATGGTAATCCTCCTCTTAAGCCACTGTTTGTCCTTGAC GGAAGTTTCCCTTCCAAAAGTTGCTTTAAAAGTTTCCTGAAGTTCTTTAACTGGTAGATC ATCTAAACATATCTTTCCCTCCAACTTTGAAAAGTCTGGCTTCCAACTAGAACCAGCAGC AGAAGTTGATGGTGTATCCTCATTTGGTGCATCCTGGGAATGGGAGCATACATCGTTCCT CACAGAGTGGTCGACATTACTGAGTTCTGAGAGAGGAGCCAATCCATGAACAGCCACCTG GAAGTTTATTCCAGTCTAAATCAGTCAAAGACGACTAATATGTCGCAATACAGTCACTAC TAACATTAGTAGAAGCAAAACGAAGTATACAAAAACCATAATATACTTCTTTTGACTTTC TAGTGTCACACAAAAGAGAAACACTATTGTGAATGGTTCAAAATCAAACAATTAAAGTTG ACCACGAAGAATTTTTTTGTCGACACAGTAAACATGTCAAATAAGTTGAGCCAAACTAGT TATTTCCAACAATATGAATCCTCTGAATCAATTCCACACAATTCAGGCTCATGTCAGCCA ATGTAAAGCACTCCTAGGTGAGTAGCAACATATTGTTCCTTCACAGCAACCCTCCTCCTA TCTTTAATATGATAGTCAGCACACTGAAACACCCTCCTTTATCTAACAGACTAACACAAT ATCTCATACTAAAAAATCACTCTCTACATCTTTTTGTTCTATTCTATATGGCACTCTTTC CATTTCAATTTATTCCAAATGTCAGATTCTAAACTTGTAAACTGTTTAACATTAGCCAAT GGCAAGAGGCAAGGCGAGGCGACCATTCATCGCCTTTTAGCTTTGTGGCGAGGCGATCTT CAAAAGGCGACGCTATGACGACAAAAGGCTAGAGGCAGGGGGCGAGAAAGGCTAGAAAGG TGTCGCCTTTTGTATTTTCTTAAAAAAAAGGCAACCAATCTAGGGTTTTAAAAGTTAAAA GGTAATTTTAGGATTTTTGACTAGACTCCTCCAGCAAATAGCCAGGCTTTTCCAGTGACT CCAAAGTCTAACCAATACATATTTCTTCTTTTTTTGAGAAAGTTAACATAATACATATTT CTTTTTTTTTTCTTCAGACTTGAGTCACTTCTACCTTTGTTTTGACTTTTGTTCTTTTCT TTCTCATTCAAGTTCTAGACTTTTAGTATGTACTATCTATTTTTACTTTTTGAATTGAAA AAATTGTTAATATGTTATTGTTTGGTTATTTACATATGCAATTAAATATTTTAATTTTTT GGTATTAAAGGGTGTTCGCCTCGCCTCGTGGCGAGGCAGACCCTTGTCGCCTTTTATCGC CTTTCGACGTCCAAAACACTACATTAAACATATCATTTTACCTTTAATGGCATACTTCTA TAACCAGATAAATGTTATAGCATTTTTAAGATCAAAATATAGTCTTTCCTTTCTAACTCC ACAGTGCAACCCAGTCAAATACCACCATACAAAAAATGAGAGAAAGGAAGTACGAAAAAG GCCCTAGAACAAGGAGATGTAGAAAGCAAAGCTGAAGAGTGCAACTTACATACCTTATTA GGAGCATCTATTTTTCCCAAGTCAGGCACTGAGTCAACCAACACATTTGACTTTTCTGCA CTAACAACAGGATATTCAGACTATAATTTATCAGAAAATGATACTCATTGAGGGAAGGCC AAAAAGAACCATCCTTTAGCCCCAATAAATAGTCATAAATTTTGATGAAGACAAGTTAAT TATTTAAAATCAAGTTCTAAACCTTCTGTAACTTGAAATGAATTTCTCTCAAGAGGGTAT CCTTCAGTTACGCAGGATTCTGAAATCTGTCTGGTATCTGGGACAAGCTTGGATTCACAC TTATCATCTTCAAGCAAGTCCTCAACTACCATAATTTCATCTTGAGTTGCTGGGACTAAT CTTCCATCGCCATCAACCTACACAATTGTAATAAACATCAATTACTCTCTAAAACCACAT CAAACATGGTTCTCCGGCTACAAGTAGAATGTCTGATTTACCTTTACAACTTGGGAAAAA AGTTCTAGAGAGAGTTGGAGGAAAAATATAATCCTCCTAATAGAATTCTAACAAATATTG ACCCAACACATAAAAGCCACTGAGAGTTGTAAAATAGGACCAACTGGAAAAAAAATTATG AGGAGAAGAAATGTCAACCACAAAACAAAAGGTAACTAGAAGGCAGTGTAGAAAGAAAAC ACCTTTCTAGAACTACCTTTCTGAAAAATCCAGAACTTGTAATTATTTCTGACAAGATTT AGGATGGAAACCTTAATCAAAAGGATGATGGTGATGTTAATTAGTCCTTCCATCCCAATT TAAGTGTCTACCTTTCCTTTTTGGTATGTCCCAAAAGTGTGCCTGTTTCTATAATCATTT CTATATTTAGTGAGTTTTCAGTTCCAACATGGCAAGTGTAAGACCACGAGACTTAAAGGA CTAGAGACATCTTTAATTTAAGAACACAAAATTAAAAAGTAAAAACTTTGTGCCTAGTTA AACTGAGAAACTCAATTTGGGATGGACGAAGTACTATATAGAGTGAGCTCAAGGAATACT TCTTTCTAATTAGTCTTAACCTAGAGCTATTCGCTGAACTTATGATCTAAAAACAAGGGA GCTCTAGGTAATCACCTAAAATTTTCTCAAGTAACTATCTCACCACCACCACCCTTTCCC ATTTGATGAGTACAATAAAATTCTCTTTCAACTCTCTTTGCCTGCGGATTTAACCTTTAG CTGCTTTCCTATCCCCAAATACAAATCTGAACCTTCTTTCATTTTTTCTTTTTTTTTTTG AGAATTAGTACATACATTCTTCCATTTTTTTATCAATATAGAAGCAAACGATTCATATAA TCTTTTTAAACACTGAAATTTCTTCCATTACTTGGCCGACTGGAGACTAAAGATGGATGG TAGAAAAAAGACCACGTCATTATCAAAGAAGCTCCCTCAAAACTGTAAGTAAAACATTTG TTCCATGTTGAGGAAGCAAATCATTCTACAACCATTCGCTGATCACTAGCAACTCGGATC TTTCCATAAAGTACAAGAAAAATTAACACCCTATTATTATGCTTACAAACTATAAATAAA ACATAAGTCCTTATGGTGCTTGTCAATAATTACTGTATTCATGTGTCATACCCGGACAAG CTGGTAAACAATAGGATGAGCAATCTCCTTCTCCAAAGCCCTTATTGTGCTTGTTACCGG AACAGCGCTATCCTCAAATTTGGGTTCACTTGCCTCCATTGCAAATGCATAATATGCAAC TGGAATTTCTGAAACACACAAATTTGACAATTTACAACAACATACCCAAAGTGTGATACG GTGAAGATAAAGTGTACGCAAACCTTAGCCTTGCCTGGTGGAATTAAAGAGGCTATGTTA CAGGAGGCCCTTACATAAATTTGATAATTTGAGAGAGAGAATTCAATAACTATGCGTCTA ACAATCAAAACCTAGGGTACATGCAGAACAAAAATCCACCCAATTACAGCAATATCCGAA GAATGATTAATAAATGTATAAAAGATTCAATCAAAACTTTTAACTAAATATAATCAGAAT CAACAAATACTGAAATTGAAATTGAACTCACCATAAGGGAATTCCACAAGAACAGTCACA TCATTCTTCCCAGCTGAAATTCAAAATTTTGATAACAGCGCCAATTGGAAAGAAAGAAAG AAAAAAAAAAGAGAAAGAGATGCGTGAATCGAAGAGCAAAAAAAAAAATTGTATAAAATT CGAATCAAGAAATATATATTATTTTTTTGTGATTCGGGAGAGAGAAATGGTTTTTGGAAT CAAGAAATAAACTGAAGTATTTTTCTTGCTTTGGGAAATTGCTCAAAAAGTTGCGGAACC GAAATATTTTTTTGTGAGGAAAGAAAATGTGACGCGTGAAGTCCGACTTAATAAAGTGGC ACAGACACGGAGTATCTGATTTTTAATTATTGGGCTTAAAGACATGCATCTTAGTAATTG GATGTGTTTTAATTTGTGCTCTTGGAAGTCACTTTGAAACAATTTCAAGTAGTGTATATA AATTTAGTCAAAAATATGTACGTGAATAAATTCTAATTCTGTGCCTTACTTTAATGTGCA AAAAATTCAATAAAACATACCGCATAAAGGCAGTGTCAAAATAAGCTTACTCTTCCGTAA TTTACTAGTATGCTTGGACATCTTGCATTTTCTCTAACATATGTTAGTATATTTAAGTCG AAACAGACATCGATCCCTTGCTTGCTGTAAGGAGGCGTGAAAAATGGATAGCAGTTTGTA ACTACCAATGGATCTGGCTCATAATCAAAACAATTACGCTAAAAGATGCATACAGCCACA AGACGCATGAGGGATCATTCTGTAAAACAAAAGTTTTACTCTTTCTTTAATAGTCGATGA ACAAAATAGATTAATTCCAAGTAAGATAGAAATGAATACGAAGTGCAATGACAACAACAC CTTCCTCAGGGCAAGTTGATTTTGAACAGGAACGTTCTATTCTAACATATAAAACGAATA CATCACACGCCTAGTATCTGACGGTCAGACCTAAACTAATCACCTCTTGACTTTTAACAT AGACCTGCAAGCGTTTTCAGAAAAGATACAACACCAACAAAATTTAACAATTCATAAGAT AACAGAGAGCAAAGACCATAAAAAACAAATAGTATAAAGGTTAAGATCCATGAATATCTA AAGAGACCTGGATTAAATAGGCAGATGAAAAAACAGACGAGCAAAGATGGAATGTAATGC AATAGTAGTTCAAAAAACTGTTGCGTGTTACAACCAAACAAATCCAAAAGGTATAACTAA ACAAGAATTTTCCTTAACAATACAGTGGATAAATTATCCCAAAAAATATGTGGAGATAAA TTTATCATATTATTATAGAGTAAATGGTGGGATAAATTATCTTCTTGACTAGCCAATACC CCCAAGCAAACACAGGATACAATGATCTTTTGCATTCTACCCCTAAGGTGATCTCCCACA ATGCAGTTTTAGGTTCTCATCCACCTCAGGTCTTCATCAACAGCTTCATAGGATGGACCT GCTAAGAACATAAATCGTAAGTAGTAACTTAACCTAATTGGAAATAGGTAAATTAGGAAT TATTGAGGTTCTGTAATAACAATACATGTAGAAGTATTTTCCAAACTCCTCTATCATGAA GAATTCAAAGAAGCCTGACAAACTTCAAATTTAATCTAAGCATCGATGAGTAGCCTCTTC CACCCATTAGCAAGTGGGGGAGAGAATTAAACAATGCTAGAACTAGTCTCTGCTTTTAGA TATTTATATGCTCCACACACAAACTCATTTAGCACAAAAGCTCTTCTTCCAGATATGACA AATTGACAAGCTAAAAACATTATTCTATAGCACAGTAAAAAGCATCTTTCAATGTCGTTC TACAATATAGAGGGGTTAAACATACTTGATAGTATACTTGGCCATAAATCATGGTCAATC ACGTGCAGGAGCAACTTATAAGCTAAAAAAGAACATGTACAGGAAATGGCTTCAAAAGTG GAAGTAGGAAACAAACGTTACTTCCAATGTTATGTACGTTAAATTTTCTGGAAAATTTTA GGGAAATGGCTTCAAAACTGGAAGTAGGAAACAAATATCATCCTGGGATTCCACACCGAT CGACTACTCCCTACCATTCACATCACATCTAATCCAACCCTCCCTTTTTCAAAAATAACG GAGTACATAATATGGGGTTTGCACCACAAAAAGAGAATTCAATGGAACTAGCCAACATCC CCTCACCATCTTCACACTGCTTCACCACACTCAAACATTAGAAAACATATAAGAACCCCA CTTATTTTCAAAGAAACATTTACCATGACACCAAACACACCAGTAATTAGATGTTCACTC TTTTATATGAACATTAACAGGTATATACTTAAACTTACACACAAGAAAAAGAATGAAGAC AGTTAAGTGTCAACTCCAAGTACACTTACATAGCACATTAAAGGAATTCTGTGGGCGTAA ATAGTTAATCAAAAGAGGCAATAAGTCAATTATAGAGCTGGATCCAGGTTATAGAGTATA ATTTGTAGGGGAAATATTGAAAACCCCATGGATATAAACAAATTCAAGGGGCCAACCATT CTCCAAACTTTCATATAAGCATTGATCATAAACCTTTTCACGCATACAGTAATGGGAAGA GGAATAGAACAATCAATGCTCGCTTATCAGTACTGACAATCATAAAAAATATCAAGCAAC AAGACACATTATGCATACATATTGATGCACAATCCAGCCCCAGGTGTATTAACAAAAAGG GGTGCTCAGACTGGAAGTAAGCCATCTCAGTCTCTAAAGAAAACGTTTACTCACCACAAA TCTTTTCAAATGATTCTCAAGATTCTAGAATGTCGTACTAAGTTTAGTTTAACTTCTAAT CAACCTCAATAAAAGATTCAGCGACATAAACATTTAAGTTAATCTAAAAGGAAACAGATA TATTAGGATAAGTTATAGTCATAATTATACATGTAGAAGTATTGTCCAAACTCTTCTATC ATAATAAGCAAATGCTAGACTAATCCAGTCTTATTTTTAAGACATATATGCTTATAAGAG TAATTTCCAGACTTATTTAAGCTAAACTCTTCAAGGCATATGACAAACAAATAATGTTGA TACAACAGTGGTAATATGAATCTACAATTTAGACGGCCCGCATAAACCACAATCTATACC TAAATATTTCAAAATCTGATGAATACAAAACAAATGCTAGAAAACTTCTAAAGTCAAATA AAAGAAACAGATAATTGATATTCACTACCATTGTTTTATAGTGAGAATCATTAACTTCAA TCAAGGATGATAGGCAACGAAGAAGATTGTTTAGTGCTATGTAGGCACGTTAACGGAAGC AGTTTTTTTGGTGAAATCTAAAGTGATAATAGATAAATTATAGATCTTCATACAAGCTAG GGAGCAGTGATGGATTATTTGTAGGAGAAATATTGAAAACCCCAAGGACATAAACAAATT CCAGAGGCCAACCATTCTCCAAACGTTCATATAAGCATTGACTAGAGACCTCTTTACATA CATAGTAATGGGTAGAGGAATAGAACAATCAATGCTCTTTCATTAGAACCGAAAAACATC AAACACTATTTTTTAAAAAAAGAATACAGATGCATTTAGAAAACAATTACTTCATAATAC TACCACTAAGAACGAACAGAATCAAGAAAGGACTTAAAATTGTAAACCAAACCCATCACT GGTACTGATATTCAATGCGTAAGTTGGATGACCCCAATGTTAATCTCTGATGTGAATTTA GTATTAGAGGATCCATCATTTTCTAACAATAATGATGAATCCTCTAATGTTGAATGCACA CAGAGGCGAGGAGGGGCTCCGCCATGGCAGCAGCGCCGTGGATGCGGCTGCCACTAATTA GGGTTTTACACAGTGAGCGGTAGTGATGTTTATAACGCGCAGTGGATGCGGCTGCTACGA TTAGGGTTTTTATACCGTGAGTAGTAGTGATGCTTATATTTATAGGGGAGAAACGTTTTT CAATATAATATTGCGCTACAAAATAATTACGGTATGATTTTAAAGTTTTTCCAAATACGT GAAATAATAATTTAAAAATAAATTGAATTATGACAAAATGATTTCTATTTGTTCCTAAAT TCGAAAATGAATAAATAATTATTTCGATAATAATATTATATTTTTTATTTTTTTAAAATA AATCAAAATATTTATAGTCAAATTTCAAATGATATAAAATAAATTAAAAACAATGCTAAA TTGCATCTGTTCTAATTAGAAATCGATTCAAAACTCTATATTAGTTATTAATCAATACTA ATATAAACAGAAATATATGATATTTAATTTTTAAATCTTTTTGCAATAATATTATGAATT TAAAGTGAAAGTATAATGCTTGAATAATGATGATCTTGTGATATAAACAAAATAATAATA AAGAAAAGTGGTAAAAATAAAAGTGTGATAGATTATTCAAATAAAGTAATTTTGTGTTAA ATCTATATATATTATTTACATGATAATATTACTTATTGGTGTGAAATGATGATAGAGTAT TAATGCTATTTAACTGGTGTTTTTAAAGTGAAATGAATAAATTATCACGGTGATATAAAA TAATAATTTTAACAAAATAAGAATATACATAATTTATAATTTTAGGAACATATCATTTCA GATAATAAGGAATAACTATTTATCCTTGTTGAAAAGTCTATTAAAAAGCTTTTGAGGTTA TTTATTATTAGATTATGAAATTAGAAAAAAAATAGTGAATATTATATATTTGATATATGG ATTTTTCGAAAATTCAAAAATATTATATATACTTATTTATAGTCAAATTTTGTGCTAACA AGTATTATCTTTTCTTTTCATTTGATTTTTTAATTATTATTATTATAATATTGTTCTTCA CTCTTCTACATATATTCTTTATTAAAAATATAAATATTTAAGAGAATATTTCAAAGTTTT TAATCATTTTATTGTAAATATTAATGAAATATTTTTTTACAATAAAATATAATTGATGAT ATAATAATTTTACAATATATTTATATAATAATTAAATTTTCCTATAATTTTTTGTTTAAT CTCATTAAACTCTAACATCAGTACAGGATGTAAACTTTTTAAATTTCAAATTTAGATAAC TTTTTCATATCATTAAACACTTGTTAAATATTTTCTTTTAACGAAAAATATAATTTCTCT AAAAGAATTATTCAAAAAAATATATTGCCACATATTTTTATTCTTCCCTGGTATTTAAAG TTCAAACAATAGTCTAATTCGATCTTTTGACTTTAAAATACATTTTCAAATTCTTTTGAC CTTGTTTTAGTAATAATGGGTCTTAATTTTTTTTCTTTTTTCATAAACACTTTTCTCCTG ATATTTTTATTTTTTTCTCCTATATATAGAAACCTAAAATCACGAGATAGAGAGCGATAG GAAAAGACCAATGCTCAACCAAAGGGCGACTGCGGTACCAATCAAAAAGACAGTCGTCGC TACTGGACGGCGAAATGGATTTTGGAATTTATCAACATTCTCTAAAAAAGGTACTGTTAA TAATTCCGCAGGTACTGAAACCATTAAAAGAACTCCCAATAATTTATTGGGCACTGTACG AAGTATTTGAAATACAGGAAAGAAATACCATTCAGGTAAGATTTCCAAAGGGGTTGCAAA TGGATCCGCCGGTTCACCAGTCATTGATGGTTCTAAAACGGCTAAGCCTACATTACATGC AATAGTACCTAGAATTACTACTGAAAAAAATATATAAAAGATCATTGGGCCATGCGGACT CGCCATAATAATTATGACTCATACCCTTAGCTAATTTAGCTCTTAATACAGGATCATTCA AGTCAGGTTTTTTTTGTTATTGGGATAGGTGAATTCTTATAGATCCATCCCCCGAGGGAA CTGGACATGATAATTTTTAATCATCCAGCTCGAGCAAGAATAAAAAGAACCAAACGAATC CATATATCCATAGAAAATATCTATATGGTACCTGTATTTACACATACACATATATGGTAT AGGAATGGTTCAATATAAGAAAAATTTGACTGAATTCTTTTTTATGGAGTTGCAACTCTC CATTACAAAATAAAGGAGTCCTATTAAAACCAAGAAATATAGGCCTGTCTGCCATCCGCA CCGGAATAAGTAGAGTTTTCTGAAAAAACCTGCTAGTGGAGGAAGACCTCCTAGGGATAA GAGACATAGGGCTAAAGAGAGAGCCAAAAAAGGATCTTTTGTGTATAGTCCTGCATAATC TCGAATGTTATCAGTTCCCGTACGTAGACCAAATAATACAATGCAAGCAAAAGTTCCTAG ATTCATGGAGATATAGTTTAGCATATAAGTTATCATGCTTGCATATCCATCATTTGAGTT TCCAACAATTATTCCAATAATTACATATCCGATTTGGCCTATGGACGAATATGCAAGCAT ACGTTTCATGCTTATTTGAGTAATGGCAATGAGATTTGACAGTTTCACCACTAAACTACA TGTGAGCTCCTCTTCGCCGTTCTCATACAATGTGTTATCTCCCTTCAATCGTCTTAAAAT TTACTGTTATATCATAATATTCTTATTTTTAAATTCATTGTTTTTCAATCGAGGACATTT ATTAATATTTTTTAAAGTATTTTTGTAGAGTTACATTTTACAAGCTAAACAATTGTTTAT ATCGTATCAAGAATGGATTGAAGTTCTTTCTACTACCTGAGTAAGTTTGCAGAATTGTAT TTTTTATCTCCTTTTTTTCATTAATGCTTATGATTATTTTTGTCCATGTCTTGTTGTTAT TGATTGATATATTAACTCAATGAATCTTTGAGAATATTGAATTGCTTGATACTCCATATA TAATATGCCTCAACTCAATTAACTATTAAATTTCTTTGATAAAAGTATTTATCAACGATT CTTAATTTTTTTTAATATATATTTTAAAGATACTAATCTGAAATTAATTTTCTTAAACAT AGATAAATCTCATCTACAAGTGAATTATTGCATTTCTATTAAATTTTACTATTTTTTTTA AATCATATAATTATATACCAGGCTTTATATTTAATTTTCTTTCCGATCATATTATTATAT ACAAAGGTTTATCTTTTATTTTATTTTATTGTGTGTAGTTCATATTAATTTTCCTGGGCC AAAATCAACTGAAGGCCGAATTGATAATATATACTTTTGATAAGCAAAAGATGATGCACA AAATTATATATACTTTTGAGTAACAAGACATGACACACATAATTAGTTCATATCACATTA TATTATGCAAAAAGGTATGACATTGGAACTTACGTGTTTATTTTGATTAAATATTTTTTG TTATTTTGTTAGTTTAATTAGTCTAACACTAAGAATGTACATACTTTTACTGTTTTAAAT ATCTATTACATGTATATCGCAATGGAATATCGTCTCTTGGAGTTCAACCACAACGATTGA ACAAGTCAACATATGAAACAAAGTTCAAGTAAACTCGTTATTCCCGACAAGGTATCGTGT ACATGGCAAAATATGATAGCTATACACATTAAAAATTACGATCAATCATTAATTTGATGG CAAAATATTATTTATGTTACATGAGATATTTGTGTATCATTTAAAAATATTTTATATATT TCCATTAAGCATCGTTATTTGTTTGGTAGATTTGGAGAAAAATAATAACATCAAGATGAA ATTTGAAATTAACTCCACCTCATGGTTGATTTAAAGTATTAAACAATCACAAAAATTAGA TTATCCAAAAAACCTTATTGATATCAATATATTTATATATTGAGTATCAATTAAGTAAAA TTATTCAGCCTTAATGATATCAATGCAGTATATGATATTGCTTTAATATTAATTAAACAA AAAATATCAATCTTAATAAAGGAAAGTATGAACTATAATTATTTTGAGAGAATAGTTTTT AAATTACTTTGAATTTGAATATATACGGGGAATCATTAGGTTTTACGAGTGAATATGTAC GTGTAATTATTTGGTTTATGGCTCATATAACTTTTTCCCTACAGTATATATAGGGGCTAA ATAAATGAGATTGGGATTAGCATATTATACTACTTGTAATTCACTTGTGCACAATAGTTA AACAAGTGGTTAAATATTAAATATCAGGTAAAAATTGGTTACCGCATGAAATTGTTACTT TTGACAATTGTTACACGTGGGCTACTATGGGACCCGCAGAAGTCTAATTAACCTATGCTA TTTCACTTTCTTCTTCGACGACCACAGTCCCAAAATCCCTAAACTGAAAATTCAAAGTTT CCGATGACTCTGTTGATCTGAATTCCGTTCAGTCGACGAATCATCTTCATCGTCACAACA CGAACCAATAAACAAATGGCTGAAATTCCGTCGTCTTCCCCAAAATTAACTCAACCATCG AACCCTATAATGGATACCACAAACCAAGTAACCGCCGGCGGAGCTGCACCGTCGACGACG TCGTCTAATCCCGGAATTACGATGACTTCTCCTTCTAACAACAATTCAATCGCACAATCG CCTTCAATTGACCTCCCTCAAATCCCGTTAGCCCAATCTCAGCAACAGCAGCATCAGCAT CAAATTCAGATGCCGCAACCTCAACAAATGCAGCAGCAGCAGCAACAGCAATTGACACAA TCTCAACAACAGCAGCAGCAGCAGCAGCAAATGCAGCTCCAGCAGCAACAGAGTAATTCG AGCAATCTTAACGGCAGTAACAGCAACTTGATGTCCGCCTCTAATTTCCAGATGCAGCAA AACTTGCAGAGATCGCCCTCAATGGCGGCGAGGATGAGTCAATTGCAAATGCAACAGCAG CAACAACAATTTGGTTTGATGAGGCAGCAATCAGGAGGGCTTTATGGTCAAATGAATTTT GGGGTTGGAGGTACTTCGCTCCAGCAACAGCAGCAACAACAATTGCAGCAACAGCAATTG CAGCAACAATTTCAACAACAGCAACAGCAGCAGCAGCAACAGAACCAACAACAGCAGCAA ATAGGTGGTCAGATGGGTAGCGGAAATTTAGCTAGGGCAGCTTTAATGGGACAGACTGGC CATCTGCCCATGTTATCTGGACAAGCTGCTGCTGCAGCAGCGGCTGTTGCCCAGTTCAAT TTGCAATCTCAATTTTTGAATTCGGTATCCTTTCAGCACTTCTATTGCACCTTACCATAG ATTTATATGCATCTAAAATTATAGGAAACTTATTTGTTGTTATTGTTATTGTTATTGCTG TTGTTATTACTGCTATTATTTGTACGTATTTAAATTCCTTTTCATATTTATTTGGTATGA TGACAACACAATATGGACAAACGTGGTGAAGATTCATAAAGATGCCCCAACTTGTTCGGG ACTAACACGTAGTAGTAGTTATTGTATCACTTTAACAGTTATAGGATTCGTACAAATGGA TTGAAAGTTTTATATTATGTTTTACCAACTCTATTCCGGGCCATTTATTGCATAACTTTG ATTGACAATTTAATGTTTGAGAATTTGGCAGCGTTTTAAACACAATTAAGAACACAGCTG CTATTTGTTATTGTTATTTTTCTTGATGAGGTTAATTGTAAATTGCCGTGCTTTTAAGTG TTGCTGAAAGGAGTTTTATTCTGGTTTCAGCCACGGCAGAAGGCAGGTCTAATGCAGGGG AATCAATTCCATACAGGGAATTCCCATGGCCAGTCCTTACAGGCAATGGGAATGATGGGA TCTCTCAACATGAGCTCTCAGCTCAGGGCAAACGGTGCCCTGGCATATGCACAAAGGGTG AATCAAGGTCAGCTGAGGCAGCAGCAGTTGTCCCAGCAAAATCCTCTCACCACTACTCAG GTGCCAATCTTGAAACATGCTAGTGATATATGTTTCATGCTAAAAACTATCCGTCTCAGT TGTTCTGCTGATTTTTTCACATGACACCGTGGTAAAATGGAGGTGACTCTTTCAAGAAAC CTGGTTGCAAGATTTCTCACATCTGAGCTCAAGCTGTATAAACCAAAAAGAGCTGTCCAC ATAATTTATTCTTAAAATCAATTAGGACATGAATTTGGTTGTTAGTCATAACAGCAAGCC AGAGAGAATTTTTTGTGTTCTCATTCTCATGGAAATTTCCTTTCATGTGAGAGGGTTTTT TGAGATATTTTCGTGAAAGATTTCTCTGGGTATCTTAAAACTTTTATTTTATTTGTCTAG TGAATTAAACCAACACTGAAACTAGGATATGACTGTATTTATTAAATTGATCAGCGGATA CTTGGATTATGCAAACACACACATATGCATAAATGTGTAACGCCATTTCTTGGTTGGTAT GCTGCAATTTCTTGGTTTATATGCTGTAATAGCTTAGTCCTGAGGTGCCAACTGTGAGCA TTTAACAGTAGATCCAGTATCATTAACTCAGTTTGTCCCTTTGCGGCAGATTCATGATGG TTTTCTTTTTTCCTAGAAATATGTTACTGCTGGTAGACCTATTTATGGCATGTTTTCCCC CCTTTTTTTTCATTTTTATGAAAGAAAACGTTAGGGTTTATCGGCTCCCGACCCTTGTAC GACTTACAATTTCTCAAACTTGGTTAGTGGGGCAGATGAATGGAACAATTGTTCTGATAT AATTAATTTGTTTTCCTGAGAGGTTTGAACCTTTTTTTAATGTTAAAGAAAGCATGAGAA TGATTGTCCATTTATAAGCTAAAATACACTAGCTTATTTATTGTTTTCCCTTCAATTCTT CTTTTCCTAACCAATTGATCTCCATGCCAAGTTAGAACTGCTGACCTAAAGTGGGAGTTT TACTATTTTAAAAAATAACAAGTTACTTCAAGTTTGACATTACGTCATGGAAGTGGTAGT CGAGGAGTAGTGAGAGATGGAGACACTTAAAGTCAAGTGGATGTTTTGGGGAGGGGAAAG AAGCTTCATGGAGTGGTACTTGCTGAATGAAAAGGATGGAAGTGTTCTAACACATCGCAA TTTCATACTTACGATGAAGACGTTTGAAAACAACATTGAAATGAAGAAGTTTAAAAACAG CATTGAAAATGAACTTGAAATTGGTATGTTAGGGTGTGCTGCCGTAGAAGCAATCATTTC TTTGTCATACGTGGAATGATGTATCTCCCACTTGTAGAATTACACTGGGTATGCTTTTGT TGTTGACTGCCTAATTTGCTACTTTCTATAAAATACTTCGGAACAATTTGATGCATTTTT TTTTTGTAACTTCAAAGTCCATTCTTTTTTTAATTTTTCTTAATTAGCAACGTTTATGGT TGTACTATTCAAGTTGAACGAACTTTTCTTTCCTGTAGTAGACTTCTAACAAATGTCATT TTGTCAAATAATCCTATGATTGTAACCCTCAACTATAGTTGGATTATGTTTTGTGTAAAA TCATGTTTGAGTTAGTTGCTTCAATCACTTCATTTTCTCCAGATAACAAATAAAAATATT CATCAAGGGAGAAGATTTAGCCTGTAGGATCTGAACTTTCTGGTTTTAGTTATGCTCTAA GGCGCGAAAGAGAATCTTGGTGTCTGTTTCAGCAATTAACAATTCAAGGATAAGAAAATG CAAACAATCAAATTTGGGTTTTACTTCTATACATTAATGAATTCTTTACCTTATGATTTT TTGGGCTTTTATATGTCTCTTGTTTTATTGTTGCGGTTTTGCTCCTTCACATCAATAAAA TCTTTACCTTATTCAAGATTTTAAAAAATCAAACTTTGTGGAGAAGTATAAATGATTTTC TGGATAAAATGTTCTTGCCAATAGATATTTTTATTGACATTGCAGTAGGAATTCCTTTTA CTCGTCTTGCTAATTTTCACACTTGATACAAAGAAACTCTCTGCATGCTTTCTGGTCGAG CTTGTCGCCATGGGCTTGCCTAGTGTGGTTTATCTCCCCTGTGTGGTTTGCGGGCTATTA CACTAGAGTTCACACCTGAAGGGTTATGGCGGGTGGTTCCCTCGTCTTAAAAATTAAATG AAATATCTCCTTGTGTAGTTACAAGTTAATCGAATCAGCCAAGATGAAATCTGGTTATAA AGTGCTTCATAGTTGTGGATGTCGTCATATTGCTGTATATTTGAAACTGATGGTCATTAG AGGCTGTCATAATTTCATGATTATCTTCACTTCTTTAATTTTGCTTTCTCATTTCAGTAG ATCACATGTAATTTTCTTGTGGAATTTAATGTATATAATCCAATACTCTCTTGTCTTCCT TATCACGTTGCAATACTTTGTTTTTATTGCTAACTTTGACGTCACAATTTGCTGTAGAAA ATATCGGCTCAGAGTCTTCCAAGGACGTCATTTGCTAACTCTCAGTTACCTGGGTTGACT CAGAATGGACAATCGGCAATTATGCAGAATAATTCTTCACAGCAGCAGTGGTTGAAGCCA ATGCCTGCGATTTCTACTCCTAATTCCCCTTCCTTTCGTCTTCAACAGCAGAGGCAGCAA ATGCTTCTACAGCACCAAAACTCAATGGGTTTGAACCCACAGCAGCTATCCCAAATTGTA CAACAGCAGCAACAGATTGGGCACCCCCAGATGCATCAACAGCAACAGCAACAGCAACAA CAACAGCAGCTTTCACATCAGCAGCAGTCTTCCCCAAGGATGGCTGCTCCAGCTGGCCAA AAATCCCTGAGTTTAACTGGCTCACAACCAGATGCCACTGGATCCGGAACAACTACTCCA GGGGGGAGTTCAAGTCAGGGGACTGAAGCAAGCAATCAGCTTCTTGGAAAGAGAAAGATA CAGGATTTGGTTTCACAGGTCTTTCCTCCGCTTCTTTTTCTTAATCTCTAAAATATCGTT ATCAGTGTTGAGTACTTCAAAAAGAAAGATAGATTTCTTCCCATCTGTCCTAGCCTTGGT GGATAGAGTTATTGTCTTCTAGTGGTAGGTATCCGTGATATTAGTCGAGGTGCGCAAAAT CTAGCCCGGACACCACGGTTATCCAAAAAAAAAGAAACTTCAGAATTTTCTGACAGATTA TGAGTACTGATGGTGATAACATTCCTCCCAACTTCCAAAGTGAATCTTTGATTCCAATCA TAACATGTAGAATTTCTCTGAAATAAATTTCCGAAGAGAATGGAACTGACTGAAATTGGA ATATTTGACTGAAGAGATTGAGTCTGACTAACCTAATATTACGGTCATCACTGTAACTAT TGTAAAGTTGTCCTAGGGCTGATTTTGCTCGCTGATGTTGAACAACCACTGTTGTAATGT TTCAGGTGGATGCGCAGGGAAAGCTTGATCCCGAAGTTGAAGATCTTCTTCTAGAGATTG CTGATGACTTCATTGATTCGGTTAGGCTTGAAAAAGCTTTAATCATGTTTTGTCTTTCTT TTCTGGGGGATGTTGGTTGCTGTGTTATTTTGGGGTTTGCTGTGTACATTTGACTATCGC TGCAATATAGTAGTTGATATTTTTCTGGACTAAAATTTATTAATCTGGGCACTTGTACCA GTTTGTTCTAGTTTCTTCTGAAGTTCTTTGCAGATAATTGTTCGTGAAAATGACATACAT GAATATATTTACATTGATTTTCACTGTAGGTTACTACATTTGCTTGCAATTTGGCGAAGC ATCGGAAATCTTCAACTTTGGAGTCCAAGGATGTACTGTTACATCTAGGTTTGTGCCTGC AATTTGCGAATAAAAGATCTGTTCTTTAGTTTGTTTCCATTATTTGAAAGAAAGCGCGCT ATGATGGCTTGGGATAGTAATTACTTGAAGTAATTATATTATTAGGTATAAAGGCTGTGA TTTACTGCTATGTATGTTGGTTTTAAACTTTTTAGTATGATTTCACTATTTTCTTTTTGT TGATTATATATTCTTTACAGTCTTATGCTGTCTCATTCTCAAAAAAAAAGAGTCTTATGC TGTGAGATACTCCTCATCTAGGGAAGAGACCATCCTTCCTCTAAGGAATATTTAGTTTTA CAAAATTTGGACCACATTTCGACTGACATAAAATGCGCCAAAGATTGTTATGTTTGTAGA CAAATAAAATTCGTTAGGCTTAAGGCTCTCCCAGTAGCTGCTGTCCTATCCGTGTTCCTT AGTTTCAGATGATACTAGGAAAGCTCATAGATCATGTTCACAAATGGAGCTATATGCTGA ACTGGGTAATGGCAGTTTGGTCAGCATATTCATTTTAATACCAACATTTATCATATCATC TCCTTCATTTTCTTGCACATTCCAAGCTTTTGATCTGCTTATGGATGCATCCAAATGCTA TACTTGAATTGAAATGCCACCACTTACTTATTTATAAGTTGCAAGCAAAATTTCAACGAC GGAATACAGTTTTAATACAAGCTCTCTCTGTCCCTACGGGGTACATCCGATAAAATTGGA GTGATACCAAACTCTCTTATCATTGGGAGTAGTTGCAGCTTATGCTATATCCATGTAACC TTTTGAATGTGATTCCAGGAACTTAAACATCAAACTTAACCCTTATGGTAGAACAATATG ACCAGCCTCTAAAAGTTGCACATTTAAGTTGTATATATAGAGAGATCAAGTACTTTTAAA ATTTTCCACCCAATTCATGCTTTAACTACAACAACTTACCCAGTGTTAACTCACAAGTTG GATGCATGTGCATTTATTGTCAAGGTACTATCTCAAATATTTGTAATATGTAATGTCAAT ATCAGTAATTTCCAACTGCTTTGCCCAATCTCATATATTTTCTCTATCATAGAGGACTAC TTTATGATGTCTTCTAATATGCTTGTGGTGGGTGCACAAGCATGTGCGTACACCCACAGA CATTTAGGATATGCTGTTTACACTTTACGGTTGGTATTTAGGGAGATGTTTGTATCGTCT AAAGATGTTTTGTATCATATATTAAGAAATAAAGGAAACTGAGGTATTTTTCTAATCTTG TGATTCTCTACAGAGAAAAACTGGCACTTGACTATTCCAGGCTTTTCAAGTGAAGAGAGG AAACAGTATCCAGAAAATGTATGTAGCTCTGCCTCTTTTTCTTAGCCTTTTCGTGGGTCG TACATTCCCTTCTTGTATCTGCATTAATGTAGAATAATGACATGACATGAATTATGACTA CTAAAAGAGCTTTAAGGGTGTGACCTAGTGGTCAATGAAGTGGGTTGAGAACCATGAGGT CTCAGGTTCAGATCCCAGCTGAGACAAAAATAAGTGGTGATTTCTCCCCATCTGTCCTAG GCCCGGTATCTGTTGTTGTTGGGAGGTGGTAGATATCCTGTGGAATTAGTGGAGGTGAGC GCAAGCAATCCTGAACACCACGGTTATTTTAAAAAAAAAAGAATTATGACTACTAAATGT AATCTGTTACAATATCTTTAACTCATCCTTGCTCATTTGTTTAGTTGCTGATTCTAGTCC ACAATTGCTGGTTATCTGCTTATTCATCAATGACTAGAGTTATTTAAGTTGCGTGGAAAC TCAGGCTACTTTTTGACATAATGTTTCTAAATCTGTGCAGTCATCAAGTGATCTCCACAA AAAGCGTTTGGATGTGGTGAGTGCAATTTTATATGATAATATTACCTGTGTCGATCTTGA TGGATAATTTTTGGAATCATTGTTAATTTGACGCAGATACGTACCTTGATGGAGACCTCA CAAACCGAAACAAGTACAAATAGTAGTGCTAAGGAAACTGTCAGACCAGTGGCGGGTGAC TCAAATCACATGATCAGACCTCCAAGTTCAGACAACATGGTTTCACAGTCTAATGCTTCT CAAATGTTGCATGAGATGACAAGGTTTTGATGGTCCCTGGAGTTCTTGGTGTATCTCCCG TGTTACCTGTACAGACCTTGATGGTAAGTATTACTTCTTTTAAGATGAATTCTACTGTGA TTTGCTTGTTTTCTGGAGCGCTCAGCCTTTAGTGGCACTGAATTTTCATGCCCCATCAGT ATGTTTGCACTTCACAAGCGATCCTTCTCTAGACCAATATCAGTTGCACATTGGATAAAT GTGTTGTATGTAGTCTGGAGTCCTAAATCATATCTTGGCTGCTGCAAAATGATAGTAATG TTATTTCTTTTTGGGTTTCATTGCAAATCAGTAGTTTAGTTCTTAGGTACATCCGATAAA AAAATGTTTTTTGTCATATGACATGGCTCTAGTGATAAATTGGTACATCTCATTTGTTGG TGTAAAAAGCAAGTTTAGTATCGTTGCATGCGTGTTAGAATCTAAACCCTGAAGCTCTAC ACCACTTGACTACGGAAGCCTGCTTTCTGCTTTCCTGTAAAAGTCTAGGATGCTACCTTC GATTTCTGGCATAATTCTGAACAACACATACTGCTAAAGATATGCTGTTGTACCCCCCCA TGACAATTACTAGCTGGCATGTCCTTTTCTGGACAACTCAGCATCACGTGCATATAGTAA GGCTCTATCTTGAGCCAATTGAGCATGGATTGCTGGTAGAAACAATGTTTTGCTTGGGCT TTTGGAAGTAAGTTTGCCACCACAGCTATACTTTCCAATTTTAGAGGCATCAGGAAGCTG TTCTCACATTTACATTGAAACAGCAGATGGGATCTGGTCCATCTGGAGACTTACTGCATA TCTATTTATCTACTATTTTACAAGTCTCACTTTGTCATGCAATTTGCTTACAATGTTTAT ATTTTTTTTTTTTTGATATTCTCCATTTTGCAGATCAAGAAATGGGAGGCATAGGTTATA TAGGTGTAGCATAATGGAAGTTTTTACTAGACGTTGGAGTCATCTGAAGGAACATTGCAG AATGAACCACCATGAAGGCCTGTAATTATGCAGTTTAGTTTACAGTAGCTAATTCAGCCT GTGAGGATGAAGTTGCTCAAATTTGATTTCTCCACCATACCCCTCTGGAAAACATGTTTA CTATAGTCATGTAAATTACCTCCTGATGCCAAAGAATGAGGTGAAGTTGTTTGTTTTCCC CTTTATCAAACAGGTTTTATGACGTTACAAATCACAAACGGTTTTTTTTTCAAGGATACC TGTAGACTTCACAATGATATCCTTTTGACGTTTTCTTTACAAGAGGTTCGTCTTGTAAGT AGAGGGATTTAGGTGACAAACACCCTAGCAGTCACCATATTAGCGATTTAGCTAAGCTTC TGCAATATTATCAATCATCATCTCAAAAGCTATGAGAATTTACAACGTATCATAAACATA TATAATTAGTACAACTTTGATAGGCAAATTAGTCGTCTATATAAGCTAGTAACCTTCATT AGGTTATATTCCTTCATGAATAAGGATAATAAGAAGCTAAGGAATCATCATATTCCTTTT CTTATTGATCATGTTATGTTTTACTTAGAGTTGAAACTCTAACGAAAAGGGAATCTCTCT TCTTTTACAATGTAGGGGTAGAATTGTGTACACGTTGTTGTTAAATAATCCATCATATAC TAGCATAAATAAATCTCACTGGGAGTCGATGCACACTTTAGGCAAATGCAGATGTTGATA GAGTAATAGTATAAAAGACATATATAGCATTAGAAAAAACAACAAACTTGTGATGAAAGA TATATATAGCATAATAGTTTTTCAGTGTCGAATGTCATTAAAGTACTCTAATAAGATCAT TTTAATAAAAACACATTTAACCAACAAAAACATACTATAAATGAAATCCAGGAAGAGTGG TGCGTACGCAACATTACAAACAGCTCATACAACTAAAATATAGAAAAGGGTAATATATTT TCTCTCTCATAGTTATGTCATCGGGGATGTAGCTCAAATGGTAGAGCGCTCACTTTGCAT GCGAGAGGCACGGGGTTCGATCCCCCACATCTCCATATGGTAGATTCATTTTTTTCATAC CTTTTTTTTAATATATAACGCATGTTGAATTCTTTTTTTTCTCATACTTCATAACGTATG TAAATCATTTCTTTCTCCTACTTTATAACGTATGTTGAATTATTTTTTTCTCATACTTCA TAACGTATGTAAATCATTTTTTTCTCATACTTTATAACGTATGTAAAATTATTTTTTTCT CATATCTTAACGTCTCTTGTGAGTGATGTGCATTATTTCTCTTATGTTGTCAATTTGAAC TATTTCAAGCTAAACTTGAAAAGTACAATAATTTAAAATTATATCAAGTTATCAATTCAA AGAATTTGGCAAGAGTAAAACTTGACCAAAAGAAGTTTATTTTTAAAATTTCTTCAAGAC TTTATGACCAATAACATTTTATTATTTGAAAATAGCGAAATGATTCAAACACGTAATTAA GAAAGCATTATAATTATGATATTATAATCTTACTTTTCGCTAATAATTGATCAAAAATTT TAGATCGAATTTTGAAAATATATCTTCAAATAGTTATTTGATTATGTAATTTGATCTTCA AATATTTCAATTTCCTCCAAAAAGTTTGGCTGTAGTTTTTTTTTTCCCGGTAGTTGTTAT ACACAAAACCTTTTTTGAAAAATCATGAAAATACATGTTCAAACATTACTTCAAATTTCA AAAATCAAAACTTTAAAAACCCAATAATTTTAGCTTCAAAATTTTCGATAAAACGAAAAT TTACTTATCCTAAAATTTGTATTGTTTATATCTTAAGCCTTTTATTGAGATATCTTCACT AGTTTCACAAAATAAAATAACAACAACAATACTATGATCAATTTCATAAGTAATATTCAA AAAAGAAAAATGTGTAAATATCATATTCAATATCATCAAAGTAATTATAGTGTCCTGTTA ATTATGTGATAATGTAAAATATTGGAATATTAACAAACCTTAAGCCGGCCTAATTGATCT TTACGCCGCCGGTGACGGATTTTCTGTAAAAGTAGTCGTCTTTCCCACCTATACCTGGCC GCCACGTGTCCTACTCCTCGGCACCCTAAGACCGACGCCGTTACACCATCCTCTGTTTCT TCCGTCCACCGATAAATTGTCCAAAAAATAAAACTTTTACCCAAAACTAAACTCAATTAC TAACCAAACAGTCCCTCCCCTCATTATATACCGCCGGTCAACCGAAACCCTAACCAAAAA TTCCTTCTTCATCATCTTCTCACTCAACTCTCGGATCGGCGGCGCACCGGAATCGGTTAA AGTTTATGGAGAACGACGAAGAAACTCAGTCCGGTGGTTCTGGATCTCCGGAATCACCAC GATCTAACGGGAGGATAACGGTGACGGTAGCATCAGCGCCTCCTCAGAACACCTTGACGT TGGCTCTACCGATACAGCAATCGAGACCTGCTGGAGCGTCTGGCGGCGGTGGAGGTAGTG GTGGTGGAAGGGAGGATTGTTGGAGTGAAGAGGCTACGGCTGTACTGATCGAGGCTTGGG GTGAGCGTTACATGGAATTGAGTAGAGGTAATTTGAAGCAGAAGCACTGGAAAGATGTTG CTGACATTGTTAGCAGTCGGGAGGATTATAGAAAAACGCCTAAAACTGATATTCAGTGCA AAAATCGAATTGATACTGTAAAGAAGAAATACAAGCTGGAGAAATCTAAGATCGCTGCGG GTCAAGGACCAAGCAAGTGGCCTTTCTTTGATAAGCTCGATATGTTGATAGGTCCGACGG CTAAGATCAATCCTACCGTCGCTGCCGGACCGTCTAATTTGTATTCAGGTAACCAACATG TGCCTATGGGTATTCCTATGGGAGTCAGGTCCCTTCCTCAGCTCCGACAACATCAACAAC TGCAGAAACAAAAGCAACCGTCCCGGAAAAGGCCTCACATGGATTCAGACACATCGGAAT CGGAGTCTGAACCGGACCTTTCACCTGCTTCAACCGACAGCTTTCCTCCAGGCACATTTC AAAAAAAGAGACCAAGGTTTCAGAAGGAAATGCTGAATTCAAGCGCATTAAGGCAGGGAG GAATTGGAGAAGCTAGTGGAAACAAGAATTGGGGGAATTCAGTGAGGGAGTTGACACAGG CAATACTAAAATTTGGGGAAGCATATGAACAAACAGAGACCGCGAAACTGCATCAAATGG TGGAGATGGAGAAGCAGAGAATGAAATTTGCGAAAGATATGGAATTGCAGAGAATGCAGT TCTTCATGAATACACAATTGGAAATTGCACAGCTTAAGCACAGGAGAAGTGAAAACAGCA ACCATCACAGCAACAACCATGCCGCCGCCGCCAGCAACCATAACAACAACAACAACAACA GTGATAACAGTATTTAAGGTGTAATAAAGATCCATGAGGCTCAGTATCTGACAGAGGTTT GTATTTGTAATGTGTTTAGTTTTACTGCTAAACTTCTTACTTCATTTGAAAA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.999 19756 20664 match_part 1.000 21151 21360 match_part 0.998 23818 24318 match_part 1.000 24786 24860 match_part 1.000 25110 25188 match_part 1.000 26474 26538 match_part 1.000 27041 27076 match_part 1.000 27157 27383 match_part 1.000 28234 28553 match_2 match_part 0.911 19765 20452 match_3 match_part 1.000 19775 20351 match_4 match_part 0.972 19775 20130 match_5 match_part 0.987 19778 20401 match_6 match_part 0.998 19779 20351 match_7 match_part 1.000 19786 20287 match_8 match_part 1.000 20536 20664 match_part 1.000 21151 21360 match_part 1.000 23818 23930 match_9 match_part 0.985 21156 21360 match_part 1.000 23818 24318 match_part 1.000 24786 24860 match_part 1.000 25110 25148 match_10 match_part 0.997 23984 24293 match_11 match_part 0.966 26990 27076 match_part 0.943 27157 27592 match_12 match_part 0.995 27178 27383 match_part 0.997 28234 28538 match_13 match_part 0.996 30550 31286 match_14 match_part 0.970 30552 30922 match_15 match_part 0.977 31338 31852 match_16 match_part 1.000 31382 31852 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_17 match_part 0.897 3242 3117 match_part 0.953 2276 2192 match_part 1.000 1118 1051 match_part 0.961 827 751 match_18 match_part 0.995 6556 6182 match_part 1.000 6061 6005 match_part 0.979 5097 4807 match_19 match_part 0.923 6207 6182 match_part 0.842 6061 6005 match_part 0.927 5097 4812 match_20 match_part 1.000 6702 6664 match_part 1.000 6466 6182 match_part 0.986 6061 5700 match_21 match_part 1.000 7355 7276 match_part 1.000 6801 6664 match_part 1.000 6466 6182 match_part 1.000 6061 5871 match_22 match_part 1.000 7355 7276 match_part 1.000 6801 6664 match_part 1.000 6466 6296 match_23 match_part 1.000 7427 7276 match_part 1.000 6801 6664 match_part 0.927 6466 6316 match_24 match_part 1.000 7545 7276 match_part 1.000 6801 6664 match_part 1.000 6466 6358 match_25 match_part 0.918 11661 11492 match_part 0.964 11168 11032 match_part 0.949 9797 9623 match_part 0.694 9475 9414 match_part 0.879 8097 8065 match_26 match_part 0.993 14073 13515 match_27 match_part 0.987 14074 13692 match_28 match_part 1.000 14074 13773 match_29 match_part 0.996 14074 13802 match_30 match_part 1.000 14948 14396 match_31 match_part 0.993 31852 31185 match_32 match_part 0.998 31852 31301 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0295I12.1 type gene exon 3242 3117 exon 2276 2192 exon 1118 1051 exon 827 751 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0295I12.1 type gene exon 7545 7276 exon 6801 6664 exon 6466 6182 exon 6061 5700 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C03HBa0295I12.1 type gene exon 6556 6182 exon 6061 6005 exon 5097 4807 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0295I12.1 type gene exon 11661 11492 exon 11168 11032 exon 9797 9623 exon 9475 9414 exon 8097 8065 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0295I12.1 type gene exon 14074 13515 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03HBa0295I12.1 type gene exon 14948 14396 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C03HBa0295I12.1 type gene exon 19756 20664 exon 21151 21360 exon 23818 24318 exon 24786 24860 exon 25110 25188 exon 26474 26538 exon 27041 27076 exon 27157 27383 exon 28234 28553 gene_8 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C03HBa0295I12.1 type gene exon 26990 27076 exon 27157 27592 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C03HBa0295I12.1 type gene exon 30550 31286 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C03HBa0295I12.1 type gene exon 31852 31185 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C03HBa0295I12.1 type gene exon 31338 31852 RepeatMasker tomato repeats master Copia00124 2413 2506 1 Copia00124 2413 2506 1 nucleotide_motif 812 17667 17760 Copia00172 376 516 1 Copia00172 376 516 1 nucleotide_motif 473 23386 23513 Copia00113 7230 7274 1 Copia00113 7230 7274 1 nucleotide_motif 226 26685 26729 RepeatMasker tomato repeats master TS2 539 650 -1 TS2 539 650 -1 nucleotide_motif 384 11293 11194 HarbN_I 79 151 -1 HarbN_I 79 151 -1 nucleotide_motif 251 12821 12747 BLAST_tomato_chloroplast Tomato chloroplast genome, cultivar IPA-6 BLAST_tomato_chloroplast Tomato chloroplast genome, cultivar IPA-6 match_1 match 660 17593 17977 match_2 match 660 17593 17977 match_3 match 1130 16927 17595 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) match_1 match 1405 18 726 match_2 match 1308 9745 10428 match_3 match 1390 32 732 match_4 match 1150 35 642 match_5 match 829 25765 26205 match_6 match 779 22779 23171 match_7 match 551 22442 22735 match_8 match 1302 468 1149 match_9 match 436 5779 6006 match_10 match 944 13131 13622 match_11 match 365 31478 31673 match_12 match 1542 13941 14730 match_13 match 394 31475 31673 match_14 match 1179 26861 27455 match_15 match 1122 11669 12255 match_16 match 609 22779 23085 match_17 match 678 22394 22735 match_18 match 1090 4599 5169 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.999 19756 20664 match_part 1.000 21151 21360 match_part 0.998 23818 24318 match_part 1.000 24786 24860 match_part 1.000 25110 25188 match_part 1.000 26474 26538 match_part 1.000 27041 27076 match_part 1.000 27157 27383 match_part 1.000 28234 28553 match_2 match_part 1.000 19775 20351 match_3 match_part 0.972 19775 20130 match_4 match_part 0.987 19778 20401 match_5 match_part 0.998 19779 20351 match_6 match_part 1.000 19786 20287 match_7 match_part 1.000 20536 20664 match_part 1.000 21151 21360 match_part 1.000 23818 23930 match_8 match_part 0.985 21156 21360 match_part 1.000 23818 24318 match_part 1.000 24786 24860 match_part 1.000 25110 25148 match_9 match_part 0.997 23984 24293 match_10 match_part 0.995 27178 27383 match_part 0.997 28234 28538 match_11 match_part 0.996 30550 31286 match_12 match_part 0.970 30552 30922 match_13 match_part 0.977 31338 31852 match_14 match_part 1.000 31382 31852 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_15 match_part 0.995 6556 6182 match_part 1.000 6061 6005 match_part 0.979 5097 4807 match_16 match_part 1.000 6702 6664 match_part 1.000 6466 6182 match_part 0.986 6061 5700 match_17 match_part 1.000 7355 7276 match_part 1.000 6801 6664 match_part 1.000 6466 6182 match_part 1.000 6061 5871 match_18 match_part 1.000 7355 7276 match_part 1.000 6801 6664 match_part 1.000 6466 6296 match_19 match_part 1.000 7427 7276 match_part 1.000 6801 6664 match_part 0.927 6466 6316 match_20 match_part 1.000 7545 7276 match_part 1.000 6801 6664 match_part 1.000 6466 6358 match_21 match_part 0.993 14073 13515 match_22 match_part 0.987 14074 13692 match_23 match_part 1.000 14074 13773 match_24 match_part 0.996 14074 13802 match_25 match_part 1.000 14948 14396 match_26 match_part 0.993 31852 31185 match_27 match_part 0.998 31852 31301 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0295I12.1 type gene exon 7545 7276 exon 6801 6664 exon 6466 6182 exon 6061 5700 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C03HBa0295I12.1 type gene exon 6556 6182 exon 6061 6005 exon 5097 4807 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0295I12.1 type gene exon 14074 13515 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0295I12.1 type gene exon 14948 14396 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0295I12.1 type gene exon 19756 20664 exon 21151 21360 exon 23818 24318 exon 24786 24860 exon 25110 25188 exon 26474 26538 exon 27041 27076 exon 27157 27383 exon 28234 28553 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03HBa0295I12.1 type gene exon 30550 31286 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C03HBa0295I12.1 type gene exon 31852 31185 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C03HBa0295I12.1 type gene exon 31338 31852 AUGUSTUS_tom_cdna de novo gene_1 gene 1 20110 27330 transcript_1 transcript 20110 27330 start_codon_1 start_codon 20110 20112 CDS_1 CDS 20110 20664 CDS_2 CDS 21151 21360 CDS_3 CDS 23818 24318 CDS_4 CDS 24786 24860 CDS_5 CDS 25110 25188 CDS_6 CDS 26474 26538 CDS_7 CDS 27041 27076 CDS_8 CDS 27157 27330 stop_codon_1 stop_codon 27328 27330 gene_2 gene 1 30666 31757 transcript_2 transcript 30666 31757 start_codon_2 start_codon 30666 30668 CDS_9 CDS 30666 31757 stop_codon_2 stop_codon 31755 31757 AUGUSTUS_tom_cdna de novo gene_3 gene 1 2261 330 transcript_3 transcript 2261 330 stop_codon_3 stop_codon 332 330 CDS_10 CDS 360 330 CDS_11 CDS 827 751 CDS_12 CDS 1118 1051 CDS_13 CDS 2261 2192 start_codon_3 start_codon 2261 2259 gene_4 gene 2 19844 4924 transcript_4 transcript 19844 5990 stop_codon_4 stop_codon 5992 5990 CDS_14 CDS 6061 5990 CDS_15 CDS 6466 6182 CDS_16 CDS 6801 6664 CDS_17 CDS 8013 7276 CDS_18 CDS 19844 19785 start_codon_4 start_codon 19844 19842 transcript_5 transcript 19844 4924 stop_codon_5 stop_codon 4926 4924 CDS_19 CDS 5097 4924 CDS_20 CDS 6061 6005 CDS_21 CDS 6466 6182 CDS_22 CDS 19844 19785 start_codon_5 start_codon 19844 19842 tRNAscan-SE unknown database tRNAscan-SE unknown database tRNA_1 tRNA 54.62 29303 29375 AUGUSTUS_ab_initio de novo gene_1 gene 1 20128 20700 transcript_1 transcript 20128 20700 start_codon_1 start_codon 20128 20130 CDS_1 CDS 20128 20700 stop_codon_1 stop_codon 20698 20700 gene_2 gene 1 22397 24266 transcript_2 transcript 22397 24266 start_codon_2 start_codon 22397 22399 CDS_2 CDS 22397 22583 CDS_3 CDS 23989 24266 stop_codon_2 stop_codon 24264 24266 gene_3 gene 1 30666 31757 transcript_3 transcript 30666 31757 start_codon_3 start_codon 30666 30668 CDS_4 CDS 30666 31757 stop_codon_3 stop_codon 31755 31757 AUGUSTUS_ab_initio de novo gene_4 gene 1 6783 6158 transcript_4 transcript 6783 6158 stop_codon_4 stop_codon 6160 6158 CDS_5 CDS 6466 6158 CDS_6 CDS 6783 6763 start_codon_4 start_codon 6783 6781 AUGUSTUS_tom_ugs de novo gene_1 gene 1 20128 27330 transcript_1 transcript 20128 27330 start_codon_1 start_codon 20128 20130 CDS_1 CDS 20128 20664 CDS_2 CDS 21151 21360 CDS_3 CDS 23818 24318 CDS_4 CDS 24786 24860 CDS_5 CDS 25110 25188 CDS_6 CDS 26474 26538 CDS_7 CDS 27041 27076 CDS_8 CDS 27157 27330 stop_codon_1 stop_codon 27328 27330 gene_2 gene 1 30666 31757 transcript_2 transcript 30666 31757 start_codon_2 start_codon 30666 30668 CDS_9 CDS 30666 31757 stop_codon_2 stop_codon 31755 31757 AUGUSTUS_tom_ugs de novo gene_3 gene 1 2261 330 transcript_3 transcript 2261 330 stop_codon_3 stop_codon 332 330 CDS_10 CDS 360 330 CDS_11 CDS 827 751 CDS_12 CDS 1118 1051 CDS_13 CDS 2261 2192 start_codon_3 start_codon 2261 2259 gene_4 gene 1 7287 5990 transcript_4 transcript 7287 5990 stop_codon_4 stop_codon 5992 5990 CDS_14 CDS 6061 5990 CDS_15 CDS 6466 6182 CDS_16 CDS 6801 6664 CDS_17 CDS 7287 7276 start_codon_4 start_codon 7287 7285 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.999 19756 20664 match_part 1.000 21151 21360 match_part 1.000 23818 24318 match_part 1.000 24786 24860 match_part 1.000 25110 25188 match_part 1.000 26474 26538 match_part 1.000 27041 27076 match_part 1.000 27157 27383 match_part 0.997 28234 28553 match_2 match_part 0.992 30553 31852 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_3 match_part 0.995 6556 6182 match_part 1.000 6061 6005 match_part 0.979 5097 4807 match_4 match_part 1.000 6702 6664 match_part 1.000 6466 6182 match_part 0.986 6061 5700 match_5 match_part 1.000 7545 7276 match_part 1.000 6801 6664 match_part 1.000 6466 6182 match_part 1.000 6061 5875 match_6 match_part 0.993 14074 13515 match_7 match_part 1.000 14948 14396 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0295I12.1 type gene exon 7545 7276 exon 6801 6664 exon 6466 6182 exon 6061 5700 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C03HBa0295I12.1 type gene exon 6556 6182 exon 6061 6005 exon 5097 4807 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0295I12.1 type gene exon 14074 13515 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0295I12.1 type gene exon 14948 14396 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0295I12.1 type gene exon 19756 20664 exon 21151 21360 exon 23818 24318 exon 24786 24860 exon 25110 25188 exon 26474 26538 exon 27041 27076 exon 27157 27383 exon 28234 28553 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03HBa0295I12.1 type gene exon 30553 31852 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.996 19777 20341 match_2 match_part 0.996 19777 20341 match_3 match_part 0.998 19779 20351 match_4 match_part 0.998 19779 20351 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0295I12.1 type gene exon 19777 20351 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 20110 27330 transcript_1 transcript 20110 27330 start_codon_1 start_codon 20110 20112 CDS_1 CDS 20110 20664 CDS_2 CDS 21151 21360 CDS_3 CDS 23818 24318 CDS_4 CDS 24786 24860 CDS_5 CDS 25110 25188 CDS_6 CDS 26474 26538 CDS_7 CDS 27041 27076 CDS_8 CDS 27157 27330 stop_codon_1 stop_codon 27328 27330 gene_2 gene 1 30666 31757 transcript_2 transcript 30666 31757 start_codon_2 start_codon 30666 30668 CDS_9 CDS 30666 31757 stop_codon_2 stop_codon 31755 31757 AUGUSTUS_tom_pot_cdna de novo gene_3 gene 1 2222 330 transcript_3 transcript 2222 330 stop_codon_3 stop_codon 332 330 CDS_10 CDS 360 330 CDS_11 CDS 827 751 CDS_12 CDS 1118 1051 CDS_13 CDS 2222 2192 start_codon_3 start_codon 2222 2220 gene_4 gene 1 19844 2268 transcript_4 transcript 19844 2268 stop_codon_4 stop_codon 2270 2268 CDS_14 CDS 2276 2268 CDS_15 CDS 3122 3117 CDS_16 CDS 6061 6005 CDS_17 CDS 6466 6182 CDS_18 CDS 6801 6664 CDS_19 CDS 8013 7276 CDS_20 CDS 9448 9414 CDS_21 CDS 9797 9623 CDS_22 CDS 11168 11032 CDS_23 CDS 11533 11492 CDS_24 CDS 13908 13890 CDS_25 CDS 19844 19785 start_codon_4 start_codon 19844 19842 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 144 30849 31223 match_2 match 125 30849 31145 match_3 match 203 30666 31229 match_4 match 147 30849 31658 match_5 match 131 30849 31145 match_6 match 131 30849 31145 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_7 match 152 8010 7279 match_8 match 105 6520 5954 match_9 match 182 8091 7276 match_10 match 105 6520 5954 match_11 match 182 8091 7276 match_12 match 193 17277 16945 match_13 match 141 18009 17581 match_14 match 141 18009 17581 PolyBayes unknown database PolyBayes unknown database SNP_1 SNP 0.734942485508696 7547 7547 SNP_2 SNP 0.94285347498673 28535 28535 SNP_3 SNP 0.562995461896198 31265 31265 SNP_4 SNP 0.952036784262187 31327 31327