C02HBa0214B22.1 TTTGATACTGGTGATGGAACGGTGAAGCAGGACCAACCCCTGCGTCTTGGTTAAGCTGTA AGCAGAGCCAGGGAAGTAAGCCTGTTATGTTCATTAGTAGGCGTGTTTCTGCATCACCAA AGATTGAATCACATGAAGGCACGGTGATTCTCGATAGAACTTCAATAGAGACACCATGAC TGACAGTTGACATAAGGCCTTTAAGAACCAGTGGTTGCACTCCTTCAAAGACTGGCACCT TTGCATTTGAGGGTAATGGCTCACTAGCATTCCGTGATTCCAGATGCTGGAAGTCAGAAT TGTCACCAACATTTGAATCAAGCTCATCTCTGGGCATGCTTGAAAGAAGTACATTCTCAG TAGTTCTATCTCGGAATGATAAGCGATCAATTACACGACAAACGAGTTCCAGCACCTGAC AATACACATGAACGAAGTCTGTATGCATCATGGCAACACAACCCCAGAAAAGCTGGGGAT ATAATATCACCTTTTCTGGCTCCATATTCTCCACCATCACCTGTAATGTCAACAAGATCT CCATGACAAAGCCTAGAACAGGTGGTACTGGGTTACTCAAGCATCTGTGTAGGCAACGTA GCAAGGATACACAAGCATCATTAGTTACACGAGGCCGCAGCGCCCGGTATATCTGGTGCG AGCGGCAGGCCAGGTGTCTTGATGTGCATTCCATAGCCCATTTAAGAGCCTCTGCTCCCC AAGTTTCCCGTAGATCTCCTTGGAAAAAGATAGCATCCACCATGCTCTGCACTAAAGCAG ATAAGAGTGCTGCACTTGGCAGTTCTGTTCTGACAACTGTAGTGTCCTCATTCTCCCACA TCATGCTACCTCGCTTAGATTGAACATACTTTATCAAGCTCACTACTTGCTGCTTGTTCT CTCCATCACTATTTTCAACGTCATACAATTCCAAATGACGCCCAGCAAGGGAATACAACA GATTAACCAGAAGGTGCTGACAATGCTCCAAGACAATATCCTCTGAACTATCCATGGAGA CGAAAGTGACATGAAAGAGCAATGGTAAATGCTCCCGGAAATCTTCATCATTCTCATAGG CGATTTCAGCAAGTAAAATTAACGCTATGTCTGCATGGGTGAGTAGGTGCTGTTGATGAC CTTGCAATGCTGATTGAAGTTCTTTTGCATTAACAGCATGTGTTCCAGCCGCCAAGTGCA ACCCTTCTTCCCCAGAATTTGGAGTATCAATGTGATAATCTCCGCTGTCTCGAGAGACAT GACGACTTCGTAGGCTTCCTGTTGAACTCCGAACTCCCATTAATGGCCCTGACATGTTCA CCAGGGAAGGAAGAAGTTGGCCAGACCGACCAGCAGTTAGAGGAACAATATTCAATTCAG GAGGCATAGGACTCAAGGGGCCCGAGGCACTTCTGCCTCCAACCCCTGCTGTTCTCCAGC TCAAGCTCCCACTTGTGTTTCTTAGAGGACCATCAAGAGATCCACGAACTAATAAAGGTG ACATGTGCGGTTGGCTGTCTACAATTGATGAAACTTGAGCCACAGACGGTCCTTGTGAGA ACTCCAACAGAAAGTTTCCATTACCATCTCCTCTGTTTGCACTAGACCTCAGAGGCTCTA TGTTATCTTCAAGCATACGTTGAGCCAGTTGATAAACCAGGTGATCTATAGTACGTTGGG GGCAGATACGAGCCAAGTATAAACCAACCCTTTTAGCAACAGAGAAATATGTAGCAAATG CACCACTTATTTCTGCTGACGCATTTGAATCACAATCTTCAATCCCTTTTGCAATCAAAA AATCTAAAACGGGACTTATGTTCCTGGGTTTGCTAGCAATTGTGCTCCAAAGCTTTTCAA TTTCATCAGGAAACTGATCACCATGTCTCCATGTCACATAATACAGACTTTTCAACAATC TCTCACTCCAGCCAGAATCCTTAAGTTTCCAGAAATTGAGATTCTCTATCCATGGAGCCA TGCAGGTGAGGACTTGGTGCTGTGCAATTATATCAACAGCATCAAGCTGTCTCTGCATAA TTTCTTCACAAAGCAACTGGCTCAGTTCAGGATGATCTTTAGCAAGTTTGCAAGAGAGTT TGTATTGGAACTGTTGATACGAGTCTGGAAGGTTCCCAACTACAGCAGCTCTGTAGCTTC CTGAACCCTCCATCCCATCATCGGCCCATTCACGGACAGAAAGCGTCTCAAGCATTTGAA GGGCATCATCACGAATCTGTCTGGAAGGATCCACCACCTTGTAGAGGATCAAACTTAAGA GTCTCTGTATTTCACATTTTGGAATCTCTTGACGCATATAGACTTCAGCTAGCACACTGA AATAGCCATCTGCAATTGCAGCATCAGAGTAGTAGCACTGTGCCAAATAAAGACTCGTAA GTATTTCAAAGGGATAAAAATAAAAAACATGTATGCTAAACATCTGCCTAGGGCAAGAAA AGTGATAACTTGCTCCATGTCAAAAAAATCAAAGTAGAGGATCTGAATTTTCAAACATAT TTTTGATACTAGATAGAAAATAACAAAATGATATAAGAATGCCACCACTGCACCAACTAA ACAGAAGGCATAACAGAGGAAACTCACTTTCCAATCAAAAATGCATAAAAGATTAAATAC TTGCTAAATGGTTTACCTCCTGAAAACAATGGGGATAATACAACACATAAAATCACTATA TTACACACCTTCACCCACAATATTGACAAGTCACATAAAATTCATGTTTTAGAAGGTTTG CTTACAGAATACATTTTAACAAAATATGTAGTGTACAATAAACGAGTAAAACTGCACCAT GAACTTTCTATAAGCATTTGGAAAAAGAAGCAGCACCTGGTCAATGCAAGCAGGAAACAG GTCCAAGTTTGTTATAAGAAGATTTCTTAAAGCTAATTTTGCAAGTGAAACTCGAAGATG ACCTCCTCTGTGCCTATCACGACCAGTTGTTCCTCTGCCACTTTCACCAGTGTACTTTGA ATAAGATGGAGTTCTTGGATCAGCAGGTGAATAACCAAAGGGTGCCCTTGGTGCAGGCTC AATGAATAGGCTATTTATCCAAGATATTACACGGCCACTCATCTTTCTGGCATTATCATC AAAGCAGGGTCCATATAACAGTGAAGCCATTGCATTCATGGAAGCCCATTGGATGGCTTC TACCTGTTCATTCAGTTCTTTATCAAATGTGAGTTTGTCAATAGAATCCTTTGATCGAGA GTGCTGAGTAGACTTGTAACGCTCAACTTCACGTCGATAATCATTAACACCATCCTGACT CCATGTATTGCCAGCATCATCGCTCCAGGAGAGTAGAAGATCAAAAAGCCGCTTCCTAGT TCTAATATCAAATTTTTCTGATTTTGACTCAACAAATTCAGGGGCCAGAGATCTCAGTAC AGAAGCAAGTGCATAACGGAGTGGTTGCATCTCCTGGAAACTCTCGGCAGATGCTGTAAA TATCTGTCTGGTTGTTTCTTCAATGAACTTCAAATAATGTAGGCGGAAAACAGGCTTCCT ACTAAGCATTCCAGGCCAGATGTTTTCAGAAACTGTACGGTATATATTTGCAATGTGAAC ACGAAGTTCTTCTCGACGGGACCTTTGGCTCTGCAATGAAACGATCGAGATTCTACTAAA CAGAACCAAAGCACAGAATTTGTACCGACAATGACAGAGACAATCAACAATTTACAAACT TTGGCATGGGGGTCTCAAAGGACTATGTAGCTGCAGTTTTGGCAAGTTCCAAACCTGTAC TTTTCTTCGCCATAAATATGGAAATATCCTATGCATGTAATACATGTGAGCAGTATATTT TTCAAGACATGAATTTGACATCTGATTTCTTTCTTTCTTAACATCAATTGTAGAAGATTG TTAGAAGTTCTTTGAATAGAGTAAGATGCTAGTATATAAGAACATCATCAGCAACATATG CTCTACAACTATAAGCATTCGTTCAAGCAAAAAAGTTTTAACCTGGATTCTTGTAAGGCT TATTTTAAGCACAACATTATTGCTTGGCATTTATGTACCTAACAAGTATGCATAAGCTCA TAACCTGACAAAGCAACGGGAGGGAGGGAAATGAAAAACCACAATAAGGAAAAGAAGTCC AGTTTTCGAATATTTGCTTAGTCTAATTTGCTCCACATTTATGTTTTGGCTTGCTTTATT CCAATTTCTTCTAGATTCCGACTTTCCCATTGAGCACATTTTCTCGACGATTCTTAACAA TATTATCTTTCAATCATCATGGTTTTACACATGTAGATAGGTGCATTTGGAAGTTTGCGG GGATATGACCAAACCGTCTCAATCGACCTTTTTGAATTGTATCCTCTAGTAACATACATA GATAGAGGATAAAACCAGAGAAGATGCTTGAAACAGTTCATAAACTTCCTACATAGACAT CTGGCTGGTACACTTTAAACCAAAATGTTGAAGTTATTAAATGGGAAAAAAAGTAGACCT AAGATCACATGGAAGAAAGTTGTCTCAAAAGATCTACAATCTCTTAAAATCTATGCAGAT TTAGCAAGAAATAAGACAAATAACAAATTAGAAGCGAAAGATTCATGTAGGCAACACTGA CTAGTTGGCGTAATGCTTAGTCTTGAAGTATGTTTACAATATGCCCAATGTTACTGGGAG CCTTTTTATCTGTTCAGATATACAGATGCCAGTAGGAAATGTCGATAATCTTAGTAATTT TTATAAATAAGAGAACCTCTAGAGTCGGAGAACACCCAAATTATCAAATATTTGAATAAA ACGGGTCCAAATAGAGCAAAATGAATATGCTGAGCCAAACTAGCTTAGCATTGAGGTGTC GTTATTTTTGTTTTCTTAGGTATTCTTTTGTTCCTCAATTTCATCTCCTTGCTGACTACT TCAAGTTCGTCTGCTAACACTTAATGCCAGATCAGTTTCTTACTGTAGTATTAGAACCAT AAGGAGTATACTTTTATAATTCTCAATACTAGCACATGAGCACATTAAAAAACTCCTAAG CTACTTAGTAATATATAAAATGGACAAAACATCAAATTGCTCAATCAATCCAGACAAAAC AAAAACGAAAGCAAGATCACTCTTTTACTGAAATTACATATAAAGCAAGTGACCACAAAA GGAAACCACGATGACAAGAGTTTGAAAAAATTACCTTCCATTTTGGTTTCCCTTCTGCCT CCAGAGAGGCCTCGTCAATGAAAGATGCAAGCTCACTAAACATGACTTCACATATTTCAA GATGGGAGTGCCCCAGAGCCATTGTAGCTGCATGCTAAACAAGCAGGAAGAAGAAGTCAC TCAACATGATGCCAACTCAAAGAAGAGTTATATTTCGCTCCTTTTACTCTTTTCAATCAT GCAGATACTTTATTTTTGGGAAAAAAGAACTTCGTTACATCCTAATTTTTTGGATGCTTA TATTTAGTATCAAAAGTTTTGGAGAATAAAAAATCTAACAATACTTATCTCAAAAAGGTA CAGATAGAATTGCATTTAATGTGCACATGAGGTTTATCAGTATTGACTGTCAAATTTTAA GCAACCCCAAGATATAGCACTCTTAGCCCGTCAATCCTACAGAAACTCTTCCAGTGATAT GAAATATTTGTTCTTAAGCAAGTCATTAGAGGCTAACATATCAGAAAATAATATAGACAG TGGCTTAACAAATTTTTAGACCACGTATACAGTTGGAGCTTGGATGCTTAAGTATCCCCA GTGAAAAATAAAGGCAAGAAAAAAATGAACCCAAGTAAATCACACTCATGCAATGTTCAG ATTTTCCACCATTACAAATCTCTTACTTACTGCTACTCCGACCAATAAATGTAGTAAAAA TGATAACATAGATTCGATCATTCTGCTATTATCAGAATGATTACAGGTAGTAGCTACTCA CTATATTTGTTTCAGAGCCAGACTTTAGGGACGGGAAGATGAGGTGGAAAAGTTCTTTTA TTGCTGCCGTGCCACCACCTTCTCTACTATCAGATGGACATGAGCATGCAAACATAGCAT ACATCAGCCATTGATCTAGCTTGTTGTCAGTGTCCTGTGACTGATGGGCCTTCCCTCCCA ACTCAGCAGGCGTTATATGAGCAAGCCGCTGAATAACTTCCAATCTGTATATGAGGCATC AACATTATATGAAACTTCAAACTTTCTGCATAGAATTACTGTTAAGTTTAAAAACTTTAA AATAAGGAATTGCATCAATGATTGAGGAATGGAACTTTAAATATTCAATGGCTTTAACAA TGGTGAGAATATTCCTATAGAAGACATGCTTCCTGAAAGAACTCTGAATTCCTATCAGGA GAAACTATCACCTTATGGAATGGGCATTCGTATATTTTCCTAGGAGGAAAAAATACTTGA GACTAATGGTAAGTAAAGAATTACATTTACTACGTTTAACTTTTTTGGCAAGCTATTTAC TAAATTATAGGTGGACAACCATTACACAAATAATTCCACAACAGGGTCATTTTGGCTTCC CCAAGTATACCAAAATGTACTCATGAAAAAAAAAATGACACATTAAAGCAGGAAGCTTGG GACATTTCGGCATGTTTCAGATATCTATATTTCCACAGATTGCTTACTTTGCTTCCTGAA CAGAACTTGGACACAGCTCCGATGCATGCTTGACAAGCTCGCTAAGACAGCGGGCCCATC TGTTCTTATCCGGGCTCTCAAAGAGTATAGATTGGAGAGTAACATCAGGGGGTACAGGAT CAGCCTCTCGCCTCAGATCAAATGGACGGCCTGAATCCCAGTAACAACTCTGAACAATAT CATCCTGCAGAAGCAAAGATCCTTACTAGATATGCGCTTGAATTTCCTAATAAAAATAAG AAAATGTCAGGATGCATTAAAAGGGAAAGAGAATGCTACCCACCCCATGCTCTTCTAAAA CATCAATTATGAATATCGGTTCAGCTTCATCTTTCAAAAGATTATCTGATCTCTCATGCA ATGAGAGTTCCCTTGTATCATTTCTTAAAGCACGAACACAGCGCAGTAACTCCAGTGCTG TGTGCCGGATCTGACTATCCACTGAACTAAGGAAAATAAGACCAACTGCATCTATCTCTG AAGCACGAAATTCAATTGTTTCTTGAGAGTGATGGAAAGAAGATTTCTTGAATCCCTCTG TTCTCTGCACACGCTTTGCATCAGAAGCATCGTACTCCACCTTATCATCAACTAGACAAG CTCTCCAAAAACGCATGAGCTCCAGAAGGCGCCCCAGAGAAGTCTGAATGAGAAGGGGAA ACTCATCTGGAAGACGTAGAATGAAGTTTGACATCCCTCTCATGACTGAAAAGCGACGAT GTGGCAGGTACCTGACAATCCGATTGAGTACCTGTACCGCTTCCTCACGCACGCCAGGAT CAATACTAATGCCATGTTGAGGTATTATCTCAGTAATTTTATCACTTCGGCCAACTTCTT CAATCAGATATGGTATACACTTCAGAACTGAGCGGAATAGATATCCCTGAGATTTCTCTT TTGTTACAGCATCTGGCACAACAAAAGAGTTCTATAAATAAAATCACTACTTCACACAAC GTATAGGGGCAGTTCAATCTCACAAACCAAAAGATACATCGTAGGGGGATACATGGAACG TAAACGTGGCTAGTTTTTTGGGTATCAAACCTAAAAAGTGTGGATGATGAATAGATTTGG TGTTATGATTTTACAGTGTAAACCATAAACATGGCACAAAGCAGGTATAAGGACAAGCAG CAATTAGCAGAGACAAATGAGTGACCAGTGAATGGAAGACTTTCAAGCTGTGAATTTAGA TATGAGTAACCAAAGTTTAATATGTCAATCTATTAGATGAAATAAGAAATTGAACATCCA CACAAACTTACTGAGACAGATTAATGCAATTAGATGCAATACCCACACATAATTCTGGCA TTCATACTTCAAGTGGCATACTTTTGAAATGCACAAAACAGATAAAAAGGTATATACATC ATGATGGGGTATCTCTTGATGTATATGCAGTTAATAGAAGCTGACCAACAAATAACACAT TTTCAACGGGAAATACAATTGAGAAAAGCATCTTAAGGAGGTAACAGTCAAAAACAAGCT AAAGTACAAAATTCTTGAATAAATTCCACATGTCAGCTGACCTTATCATAAAGATATGCA AGTTAAGTCTTATCAATATTCTAGAGTACAAGTGCTATTTGTACCGTAGATAATTACCTA TAGTGGTCCTTGAAGAAGTAAGAAGTGCCTGGCTATATGTCCTGTGACAAGATCTCAAAA TTGACTCAATTGCAGCCTTCACTTTTGGGATGAAATGGCCAATACCACGAACTGTCGATA AAGAATGACATGAGTTCAGAAAAGCAAGGCCAAACGAATAACAAATGCCAATGAAACCGA GTATATTATCATTACCATGGAGAATTTCCAAGCCAACATGCTGACTGGTCGGAGACATGA CAATGGCAAGCAAAGCACGAAGACCAATAACTTTAGCTTCACTTGGACTGTCTTGCTTCA GCAACTCCAATATCATATGGTTCATAGCAAAATCAATGTTATGTTCAGCAATAGTCGCAC AGAATTCGACGAGCTTATCATGTTGTACATCCTGTGTAAGCATGCCTTTTCTGAGAACTG TAAGGAGCTGTGATGTCACACTGTCTAGGTAATCCCAAACACGATTTGGAGGCTGGGAAT CACCATGAACACTCAAGTAGAATCTCAGTACACGATGTAAGCAGTCTAAGGCCATGAATC GATGGTTCTTGTCCTATGAAAAGGATCAATATTATATGTACGCTGAAAAATCTTCAAAAA GGCAGCCACAACAAGGTTATATTTTTTTGCAATAAAGATTATAATTACAGCTTACCTTCA GATGCTTATACAGTTGTTCCATGTGAGGACCAAAGTTACTGAGAAAAACATGTGGATCAC CAAGACACAGAAGAAGTGTCACTAAAGGATAGCCAACCTAGAGTTGCAGAACAAATACAA ATTAGAGAAACTACGATAATTACAAAAAGGGGGACTATAAATGTAATATTAGCATTTCTA TTTCAAAAAATAAATGTAATATTAGCATTTAAGAGAGGACTCTTCAGTATGTTCTTGTGT TCCTTCTCACATTTTGAGAGAGCAAGGCCTCTTCACGTACAAAATCCACATGAAGCTCAG GACAAGCTGAGTGTTTATTATTCATTGGAACTTTTTCCAGGCTAGTATATAAATGTGGTA AGCACTATGCTGACCTCTAGATGATAACTTATAGTGTGTCCTGAGCTGAATGAAGGAAAC CAAGTATAGCAAATTCCTGTTATTCCCTGGATTCCAATTTATTCTTGCAAAAACACCAGC GTGTTACAATAGAAGATCTAATACATGTATCTTGTAGGCCCCTTAATTGACATTCTAGGC GCAAACGATATAAAATATCTACTAAGATTTGAGGAAAGAGACAGCAACATCAATGAAAAG TCTGACCACAAAACCGAAATGTAAGAATGTATGTATGCTTTATGGAAAAAGAATGATAAA GAAGCTATCTGGGTCAACAAGCAGGAAGGGGAAACCATCTCACTTGAGAACAAACTTGAG GTACAGTTTGACAGCAAATAAAGACTTTAAAATTTTGAGATTCCTCTTTAAATATTACTC TCTCCATTTCAAATTGTTGGTCTTATTTCCTTTTTGTTTCGTTTCAAAAAGAATGTTTCT TTCCTCTCTCATTTTTTGGCAGTCCTTTAGTTGTAACATGTTCAAGACCACAAGATTAAA TGACATTTTGGGATATTCTACAAATCCTTGGTTTAAGACCACAAATTCAAAAGTAGACAA AATTGAAACAGAGGGAGTACTAAATAGGTAATTTCAACTATCCTTGTGACAAAAATAGAG ATTACATTGACAAGTAAAGGTCTATAAAAAGATTTCTATGCTTACAGAGATATGTTTGCT CTGCTTATCCATCCAATGCATGAGCTGTATCCTTATTCGTGCCACAGCTTCATACCATAG AGTTAGCGCAGGATCTACGCTTGAAGGAGGCCATTGACCCTTAACACCATCCGCAAGAGG TGCTAGGATATTGGATAGCATATTGCATAAGGCATGATGAAGTTCGCTTTTTCGTTTGTG AGGAGCACGATTCAAAGGGTTAGCTTTAGCCACAAAGGAAGCTGAAGCATTCAGTCCACC CTCTGTCTTCACCTGAAAATAACATATCTTAATGATGCTTCTATGCATATCTATTCAGCA AGAAAAACATGACACATACCCCTAGCTTGAGATAGCGCATTCCATTTATAATACTAAGTG CTTCACTGCGAGCAACATTAGTATCTATACGACGGGTATTGAGTTCCATGAAAAAGCGCT CCGTCACTGAACTAAATCTGTTGACAGACAATGGGAAAACATTAACACTCACATAAACTA ACCATGAGGCTGAAAGTCACCTCCTCATTGATTAACATGGTTTGTTGCAAAGATTGTGAA TTCAATAATGTCTACAGGGTAAAAGATTTATCACAACTGTATGAAAGTAACTTGTTATTT TCCAGTGAAACACGCATCAGGGTAAAGTACAGAGTTGATTTCAATTTTTCCTGTTACTTT CCACTTTTTGTTCTATCTGTTGAATAGTATTTCCAAATTAAGCAACAAATCTCGGTATGA GTAACTATTAACCGATCAAGAGTTGAGTTTGAACATTGGACTACAAAATATTGGGTTCCC TTTACTTACCTGATCCGAGATAGAGCACCAAGGAGTTGAGCAACTAAGTCTAGAAGAAGC CCCCGCAAATCAACCAACGAAGGATACTCAACCTGGCTAACAACTCTGCAACAGATAAAA TTGGTTCAGTATATGGACTTAAAAGCCAATAGTTATTTTATAATTCTAGCATTCGAGTTA AGATTACAGGGTTGATTAGATAAAAAAATCAAATAATTAAGATTAGATAAACTCACTTGA CTGTCTAACTAGCCATAAAAATAAAGACATTTAAACAAAACAAAAGCAACTTTACATGTC AGAGTGATAAATATAAGTACATCTGATATGAAAAGGTTTAGATTGCATATTTGTCCTAGC TATCATACTGTAATCCTTTTGAAGTCCATTAAAGACCTTACAGGTGGGGAAGGCAATAAA TACAATAGAAATACTGTGCTTTCCATTCATACCGTCTCAAGAAACAAAGCAATCCTTTTG TTTATATGGTAAATACTAATACAGAAGAACATAAATCATGTTGTTTGAATGTTGTACAAG AACAGGGTTTTGAAAAGAAAAAAAATATTGGCCTTTTAATATGTTCTGGCAGACAAGACC AAAAAAATTAAATAAAATACATAAAATAAAATTCAGGAAGAGGAATGAAAAGCATACTGA GGTTACATTATGGCTCTAGCAAATAAGAATAAACCACAACAGGATAAATGAACTAAAAGG TGGACCAAAGCACTTGTCAATAACTTGTACTATCATTCTGGAAAAAAACAAAAGAGGTAA TTGAGTAGTACCATAAGTTTTGAACTAGCTTTATAACCTACCTGTCTGCATTTATTAGCC AATCGAATACAAAATTCTCAAGCCCAATCCAAAGCTTCTCTGCAGTTCAAGGAGGCACAT TTTACTCAACTAGCAGTGGATTAGCTTCCTAGAGAAAGGTAGACTTGTTGAATCTGTAAA TCTACCTGTAAGCCCTTCTTGTGGACAACATTCCACAAAGCGAATACACGCAGAACAAAA GATGCACTCCACTGCAAGCTGAACCAGGGAAGAACTTACTTTTTTTATAAGGATTTGAGA AATTTAAGAACCATGAAAGAACTTCCTCACGAGCTTCAACTAAGATACTTAAGTTGCTAA ATCATACAGAACTTAATCAGATACTTCACAAAAGGAGAATATGCATGTAAAGTACCTATG ATATAATACCACTTTGGTATCATTAGTCACGAAATGAATAGTGGCCTAAATGTACAGCAG TAATCCTTCATGCTTATTACTCTGCCAGTTGAGGTAATAATGGCTACTTCTTTTAATCCT TCAGTTAGAACAGTTTTGGGTTTATTTTCTTATATTATAAAAACAATCTCTTCCTTTCTG GTTTCTTCCAACTTCCTGCAGACAACTGCATGAGGTTCTCTCTTTATATATTATATATAT ATACACATTAAGGTCAACTTTATGAGGTTCTCCAGTTTTATCGAGTCCCAAAAGGAAGCA AACACATGAGGTTCTACACTTGGAAAGTTAAGTTTCTCTTAAAGTGAGAGGACGGCTATT TTGCCGGGAAATATTTTGAGCTGCATAGCGGTGTTGTAATTTCAGCCTACCAGATGTGTG ATTTAAAAGAAGTGACTCCCATAGTTCCATTCTTTTGCTATTTCATAGATTGTGTGATAA GTCATTTTCAATGAATTTGTTCAATAACCAGAAAATGGAAGTGCAGAGGAACAACCTCAT AGCAAATTCCATGCTAAAGATGTGAATGAGGGAAGGACTCATGACTTCCTTTTCGAAAAG GAGTCACAGACAAGAGAGTTGGTAGATTAACAAACCTTTCTCTGAAATGTTGATGCATCA TTTGCACCTTTGGGAGATTCGCTGCAACCAACCATAGTACATCAGATTCAAAGCATTGAA AAATCTCTCTACTGTAGTATACACATTATTGTAGTGTAATCCCATCACATTAACAAAGCT TCATCAGAAATAAAAATAGATTGATGGCATGGCGATTTTCATGATAGATTTGTACTTCCT ATGCGTCCCCTAGATCTCAATCAATGAACTGCACTACTTCATAAAAGAAGACTATAAGAG TGATAATTTCAGAAAGATCAAGGTTTCTTTATTGAACAATAAAACACTTATCACGTGTAA AATCTCCCCATGGTCACCTCAAGCCAAAAATGGTAAGTCAAGGCCCCAGCTATTAGAGGT CGTCCATATTCAAGAACAGTAGCAGAAAATGCAATTGCCCGCGTGGCAACTGATCTCCTC TATTTTCCCTTATCCTAGTTCTACTTTTTCAAAACTGTAACATACTTATCCAGTCCCAGA TTAACTAGAACGAAATGAAACTACAACTATTATTCCGCCATCCCATTTTACCTGGACACG CAGTTTAAGACGTTAATTTAGTTTATTTTTATATAAGTGTTAGTGGATGAATATAGTAAA ATAATGGTTGAAAACTGGGTATTTTGTTGTTGCTGTAATGGTTGAAAACTAGCTCGGAAG AAAAAAGATCATATCAAATCTTAAAGGGAAAATGCACAAGTACCCCCTCAACCTATGCCC TAAATCCCAGAGACACACTTATACTATTCTAAAGTCTTATTACCCCCCTGAACTTATTTT ATAAGTAATTTTCTACCCCTTTTTAGCCTACGTGGCACTAGTTTGAAAAAAAAAAGTCAA CCATCGTTGGGACCACAAGATAATGCCACGTAGGCTAAAAAGGGGTAAAAAATTATTAAT AAAATAAGTTCAGGGGGGTAATAGGACCTTAATATAGTATAAGTGTGTCTCTGAGATTTC GGGCATAGGTTTAGGGGGTACTTGGGCATTATCCCAATCTTAAATGTTAATAGCTAAAAG AATTTGAATTGCTGAAAATAGTAGTATTATGATTGGGATTGGAATAATGGCAAACATTTG AGATTTCCCAAAATTAAAAGAAATGTTTATATTGTGAAGTAAGGAGTAATTAACAAGCTA CTGAATAATTTACCATGGTTTATCATGTATGTGAATTCTCATACAGCACATGTAAGGGGA ACAACTGTGCAATATATATTTACCAAATGGATTTGCTAGCACAACTGTATGAACTACGAA GGAAAAATTTTCTTTCACCAAAATGAACTTGCATTAATTGGCAGCGGAATGATGAAAACT ACACTTTGACTTAACACATAAATGAAAACCATGTACCATGATTAGGATAAATTGTAACTG AAAATGTGCACCTTTCTCTCCATCTTAGAAGGGCCTCCAGGAGAGGAACAGGTGTGTGGC GTGCAACCATAGCCAATGAATCCAGTACTTGCTCATAGGCTGGATCAGATGGCCGAAGGT ACTGTCCATCCTGTACTTCGTCAAGTGAGAAATTTTAGATAAAGTTGAAGAATCCAAGTC AAAAGGAAATTAATCACAAAAACCTATCCGGAAAAAATTAAAATAATAATTTAAAAAAGA AAATTAAGCAATAAAACAACTTGTTTTGCATAATCCAGAATCAAACTAATGGATGTAAAG TAAACAACGAAAATATTCCGCTCCACCTCATGTTAAGTAGACCATGCTTGTCATTTTCCC TTTGTGGGGTTAGAGGACCAACTTGGCGGAGCCAGGGTACCGTAAGTGGGTTCATCATCA AAAAATAATACTATATATATAAGGCCAAAAATACTTTTTATGTATATATAGTAGATGTTG AATCCACTTAGTCTCTTTGTTTATTTTCCTCCATATATTCCCCCTTAGTAAAAGCATACC ATAGTTCTCCTTTCCACACTTGAGAGCTAGAGGCAGCATAAAAGGGTATTCCTCAGAACA AATTCTAACGCGCTTGCATTAACTACTCTCGGAGAAGTTTATCTTTTGTCTAAACCAGCA TAAATGGAAGAATATGACTCCAGAATCCATCTTGAACTTTCTCTTAGTGTTACAGGAACT ATGCTGCCGACTAATATGACAAGCATTTTGCAAATATCTTTCTTGACATGAAGTTAAGAA TCATAATCATAGTACATCACAAACATACAAATAATCCCCAAAATGGTATCAGCACATGAA AATAGAGAAAACTTTTGGTTAAAGAGTACCTGAGCTTGAGCAGTTTCAATGCGACGCCTA GCAAGCGGAAGGAACCTCTGAAGCAACGCGTCAACAATCAGCTTAGCTGCACTCCCAGCC TTCATTTCTTTTTTACTTTTTGTTCTCTCAATCTTACCCCACTTTGATGCAACTGCAAAC TTCAGATTTCATATCCAGTAGAAACTGTCCACTTCGTACCTGCGCGTGATCCCAATTCAG ATTGAAGGACTCCGAAATTTGACTCAACCAACTACCCCTCGATCCCAAGCTAATTTGAGT CGAGTACGTGAATTCGAAATGTAAAGTATAAATTAGGGTTCATCCAGATACTGTTATCAT GCTAAATTCAGCCAATTTGTTACAAAGAGAAGTGGAAAATGATAAGTACTAACCGAAAAG AGACGGTACCGGAATCGGAAATCCTGCTACTTGAAAATTCATTGGCGAGTGAATAATCCA TCTTCATCTTCAAACTTAGTCATTGATATTGTTTTCCAGTTTCTATCTTCCTGCCTGATA CTGATTTCTTTCTCAGGTAGCAAAAACAATAAAGGAAGCGTTTCACTGCCGGGTCATTAC TGCAGTTTTCTTGTTCTGATAGTTGGATTTTAGCTGTAGACCCAATCAGACCAGTGCTCT CTTCGTTGTCGTCAATATCGTCAGACTACGTTTAATTATCTTTTCTTTTTAACAATTTGC TGACTCTTTTGTACTGAGGCCCATTTGTTTGTCTTATATAATTTGAACACACTTATTAAT TTGTATTTATTTTTAAAATGATAGTATCTAATATATTAATCCCTTTCTATTGTATTAAGT TTCAGTAATTTTTTTATTTTTTTTTGTACTTTATCGTAGTTCAAAAATTAAAATAATTGA TTTATTTAAAGTTTAATATAGATTTATAAATTTTTTTAATACTTGTCTGTTGAAATTATA TATTTTGTAGGATTAAATTATTTCACTTGTAAAAATATAATTATGATTTACAAAGGATAC GTACATATTATTTTACGAATAATTACTATAAAATAAAGACAAAATTAGACACAACTTACA TTTATGAATGAAGTTTCGAACTTGGAACAAAAAATAATTGAATTCATTAGTTGAACTCAA TAGTACAAGCAAGCATGAAATTTAGATAAAGATAATTAAGTTTTAATATATGACTGAAGT TATTGTGAAGTTGATAGACTTGCATATTATTTAATAAAATTTATTTATGATTAAAATGAC GATTCTAAAATATAATATATGTTACTTTATTCTACTAAAATGTTGAATATATATTTGAAT ATCAAGATGTATAAAAAAATACTTGTTATGATACTTAATATCTAGAAAATAAATATACTT ATTTCTTTTAATATTTTATGAAATAAAACTTATTTAATTAGAAGTTACTCAAATAAATAT AAAAATTGAATAAAATATCAACTAAATTAATACTCACGTTAACAAAAATATTGGGAAGAA GGGGATTATAAGATGATTTATGATTATAACTAATTAAAAAATTGATATATTTTTTAGGTG ACGATTGTCAATGATAATAAATATTGATGATTAATAATAGTGATTAACAACAACATTTGA TGATAATAATTGGTGATGGAAATTAATAACTCAAGAAATACATAATTATCTAATTAAACT TAAATAGTTTTTAAAGTACACATCTAAAATTTGAGTTAGTCCTCTTACGTCACAAAACAA TTTTAGCCATTGAAAATACACCATTTAAACAATAATGATAATTTCAAAATCTGTATGTGT GTTCACTCAAAAAAATAATTTATTTTCTATCACCCGTTTAATAAAATATCGGATAAATCT AAATTCTTTTGCATTTCAACCTCTAAATTCAACTGGATTATTCATTTCACTTTATAACTC CTTTCCACTTGAACTATTATTTGTTAAAATTATTAATTTTTTCAAATGCAACCTTTAACT AGACAAGTTAAGCGAATTAAACAATAAATATGATGTTTGGATTATCAATTTGTCGTGGAA ATGTGTATTCCAAAAAATTTACTCTGCACATTTTGTATCTTTATCGGATATTGCAACAAA TTGGCCATTATCTAATACTTCAATTTTAATTATTTTGAAGTTTAAGATTATAAATTGATC AATTTAACAATTTAAATTATGAATATTTTTTAAATTGTTATAGATAGAATTTTCATGAAA GATTTGAATTGTAACGGAATAATATAGTCTCAGTCCATCAAACAAAACACCTTTTAAAGC ATGTCTGGATGAACTTAAAAGCTGATTAAACTGACTTAAAAGACAGTATTTGATTTATCA CAGTATTTAGTAAATATCAAAGTAACATATTTTAAGTCAAAAATAATTTATTTTAAGCCA AAAGTTAAAAGCTAAATAAAGGGTACTTTTTTTTTCAACTTAAAAGTCATATGTTGACCG TATATTACTTTTTTATCCAAATTCTTTTGTTTTTATTTTTATTTTATAATTATTATTATT AATAATATTTTATAATTTATTATAATTATTATTATTATTATTTTATTATTCTTTATTGTT ATTATTATTATACATTATTATTATAATAATTAATATTTTATTATTTATTATTATTATTAT TATATATTATTATATGTTATTATTATTATTATTATTTATATTTTATTAATATTTTATTAT TTATTTTATTATTCTTTAATATTATTATATATTATTATTTTAAATATACTATTCATATGT TAAAGTAAATTATTAAAAGATAAAATAAAATTATAAAAAAAAAACAGTTTTTGTGAAGTT ATTCTCACAAAATTTTAAATCGAAAAGAAATTTTTTATTCATGCATTTAATTTTTAAAAA AATTAATATATTTTTTAAAAATGTTAAGTGATACAAATTATTTAATAAGATATATAATGG TTAGTAATAACTTATTTTAATATAAATACGTACTTTATTTATAATTTTATTTAAATGCAA TATTTATTATGTGTAATTTCTTTTTAGTTATTTTCTTGCTTTAGAATTATGTATATATAA TTAGTTAGATATAATTTCATTTATGCAGAACATTCATATTATACAATATTTATATATATT TTTAGAAAATTAGAAATAAGATTATTGGTGGATAAAATTTGTATGATTTTTGTAATATAG AGGACGTAAATATTTGATTTCAAAATATAGAGGGTCTATCTTTGATTGAATATATATAAT ATACAAATGTTTAATGTAATTAATTAGGATTGATACTTCAAAGTTATATGAATTTTATGT TTTGTATAATATTTTAAAAGCATCTTGAGTTTTGACTGTTTTTATTATAATATTTTTTCA TATTATATTAAAAATAATAATATATACTTTAAATTTGTTTACACAATAATTAATCAGATT ATTTAATTAAAGCCTATTTAAATATTAGTAATGTCGTTGCCATCGGAAAACTATAAAGAT GTTTTTCTTTCAATTTATTTTTGTAAAAGATTATATTGAAATTATAAAGATTTTTCTATA TCCGTTCGATGTTATTATAATTTTTGAATGAAGCTCCATCAACATTTTTATCCAAGTAAT ATTTGTATGCATCTCTACTACTCAAATAAAAAAAGTACTAATATTGATGAATCTTTATTA TGATATGATTCATCTGAGGTTGAGATATGAAGACAATTACATAATACGAGAAACATTATT GTAGTTTCAGTTTCTTCATATTTCGCTCACATACATTCTTAGTACGATCTAATAAAATAT ACTCTACTTTTATTATTTAACTTCTTTCTAAAAATTTAATTTGTAAAAACAACTCCTTCA AATAAATAGGAGTAATTATTTTGCCAACTCGATTAATTTCAGATTATTAATGTTGAGTAT TATAAATATAAATTTTTAATATTAAAATTTAGATATAATTTATCTTTTTTATATTAGAAA ATATAAAGTAAAATAGATCATCTACACTTTATTCCTCTTTTTATACTTTTAAATTTTTCC CTTTTTATCATTAAGACATAAAAAATAGAAAATAAATAAATTTTTGTAAAAAAAAGTAAA AAGGAGGATTTTTTGAAACTAAAAAAGAGATAGTATAGTTTTTTTTAAAATATTTTTTGG TTATATAGTTTTTTACTACGCTTACATTTTTAAGGGAAAATACTCATTTATGCCATCGAA CTTTTAAAAAAGGTTCATTTATATCATCCATTAAAAGTTTGGCGTATCTATGCAATTATC GTTTAGAAAAAGACTTATTCATACCATTATTTTTTAACAGTAATTTTGTAAAACCATTTT TTACACTTGGCAAGTTCTGATTCAGCCACATCATTTTAAAAATAAAAATCATAAATCAAA ATTCTAAAAAAATATTAAATAAAAAACCCATCCAAATAAAGACTCACCCAAGTAAAGACC CACCCAATTTTTTTTAAAAAAAATCCCTTATAACCCATTGATAACCCAATTTTTCATTCA CTTTTATCCTAAATATCCTAACTAAGGACTGCAATCTCGTTTTTGAAGATTAAAGAGGTT AGTTGACATATTACTACTTCATAAATGAGTTGTGAAGGAAGAACCATAATTTTGTCGGAT AAGGAGAAGAGACTGTTGTCCTTAAGTGAAGAAATCTCCCTTTTTTGTTAGAGTTTTCAG ATTGAAAAATTAAAGGAAAGAAATGGGTCACTAATATAAGTTAAAGGGGTTCTTTAAAAA TAGGATTTAAAAAAAAATATTGGGTGGTTTTTTTATTAAATAATAATATTAAAAAAAAAT TATGTGGCCGAATCAAAACTTGTCACGTGTAAAAAGTGGTTTTACAAAATCACTGTTAAA AAATAATGGCATGAATGAGTTTTTTTCTAAACGGTAATGGTATAAATGAGCCAAACTTTT ATCGAATGACATAAATGAGTCTTTTCTGAAAGTTCGATAGCATAAATGAGCCTTTTCCCA TTTTTTTTTTTTTTTGTAAAAACAATTTTTTAGATATTGAAATTTCAAGAGAGAAGGGTG GGTGATACTTATGATCTTTTTGGTAGATATATTTTGTGGTTCATTTTTAATGTTTAACTA TGGAATCATAAACAATTAATCTCATCAATCATTTTCAATGCATTGGAAACATAATTGAAG AATATATTCATTATTTGAGTTAATGGGTAAAAATGTCCAGAAAAAAAAAACTAGTTCATA ATGTGAACATGTGCCTTTATTATTATGACCAAACTTTTCTCGCTGAAAGAATTTTTCCTT ATGTATTTTGTCAAAATAACCAACAATTATCATAAATGTTGATTATAAATAAACTGTGTT AGTGAGTTTTGTGTAATCACGAGTAATAATAAATGACAATGATGATCGTACATAACGATT CATAATGGAATATTTAATTATAATAATTGAGAACTAGTATATGAGTGGTGAATGGTGATG AACGGTGAGATTAAATATAAAAAATAAATAAAGGAGTAATAAAATATCCTCTATGCATGA GTCATAAAATATTTGTGAAACGAAAAAAAGAGTAGATCGAAAACTGAGATCTTAATTATT CTAAAATTTCTTATAAAAATTAATTTCCTTATAAAAATTAGATAAGATAGTTAATATTTG AAATACAAATAATTATTAGTCAAATTATCATTAATGCAAAATATTTCAGGCCTGTTTACT AGAATTTACTTTTACAAATGAGATGCATGCAAAAATTCATAGACTATTTTCTTGCAAAAT ATAATTAGTAGTAAATTTTTTATTTTTTATTTTTTTTAAAAAAAGAAGCCCTTCTTCTCA AGGGAGTGCCACGAAAAAATAGGTATAAATCCTTTTTGGGATGCTTTAGACCCGTATCCG GAGGGCTTCAAGATTTGGGTCCAATTTCTCCACCTCTTCTTGCTGTTCCTTCCGTCTTCC ATTCTCCTCCACCTTCCTCCTTGCCACTAAGTTCATCTTCCCGTCTTAGAATGACGACTG ACATGAACCCGCCGCCGCCCCGGAACCCTAAAACCGCCGCGGTTGTAACCCAGGAACCTC ATGCTTCAAACTTAGATGAAGTTTCGACCTCAAACTCTACTCAAACTTCAATGAAACCCC CACTTCTAAGCAATTCGGATTCAGATTCGGATTCATCCAAACAATTCGATCAACAGAAGT CCCAATCACAACCTTTTATTTCTCAAAGTGATTCAGAACCTACTAGTGATTCAGAACCTA CTAGTGTCAATGCCCAAAAAGACTCCAACTTGAGTTTAATGAAACCTCCACCTCCAAAAT TCCTTAGCAAGTCGAACTCGGATAAAATTGGTGCTGAACATGAACAAAGTGCCAATTCTC AAGATGACTCCAGCTCTGTGTCCCGAAGTAACGACACCAATGAAGACAAAAAGCAAGAAC AACGATCAGCTGCTTCGGTTCCGTACACGATTCCGACCTGGAGTGGGCGTCCGTGTCATC GGTTTTATCTTGAAGTGCTTAAAGATGGATCGATCATTGATAAATTTGATGTGTATGTGT CTGCAAACTTATGTTTGGTTCCTCATAAGCTTATTCTTCTGTTGTGCTGGGTTTTAAGTA CCACTTTCGGTAACACAATCAAACGAATCGATAAGGAAGAAATTTTATTGTGTCCTTCTA ATTCTATGAATATATTGACTAAAACAAAATAACTACTGTCCTTGATTATCACATTAAGTT TTTTTTTTTTTGAGTAGTATCTATATTTTTGGTACAATTGCCTAATGTTTAGTTTATTGG TTTGAAATTGTCTATCATATTACTAGAAGCTACGTGTAAGGGTTACTGAGGTTTCTTATC AAGTGCTATCTTATTTTGTAGCTCCTACAATTGAACTTGCACAAGTTTAATTTTTCTAGT TAAACATTCTGTACGGGTTTCTATATCTCTCTTACTGTTCATGTCTCCCGAATGGGGAGG ACGGCCCATTTGCATTGTTTCTGGGACTCTGCAAGGCTTCATTTTTTGTATCAGTTGCTG GGATTTTACTTTGTTTAATGGAATTCTTATCACCTTTTACTGCTGTCCAGGCACAAGAAG GGGGCGTACATGTTTGGGCGTGTTGATCTTTGTGATTTTGTTCTTGAACACCCGACCATC TCTCGCTTTCACGCTGGTAATGCTTCTTTACTTCTACAAGTGGTATATATGGGACTAACT TTGCTCTACCAGCCTTTTATTTCCTTATATCGTTGTGCTGTTGTGCTCTATGGATATTCT TGGTGTAATTAACACAATTCATATGCAAATATTTGTTCAGTTTTTTAAAAAAGATTTTTG ATTGGCGTTGATTATGTAACCACCATCTCTTTGCAGTTTTACAGTTCAAGGGAAACGGCA ATGCTTATGTTTATGACCTTGGTAGTACACACGGGACATTTGTTAATAAAAAAGAGGTAT TTTAACGTATTATTATACCTATCAGTTACTCTAGTTAACTCAGAATATAAAACAGATGAG GAGGTTCAAATAATCAATTGCATGCCTTCAGCTTATGTATCTTGCCTTCAGCTTATGCAT CATTCCTTTTTATAGTTGTCTGCTCTATCCTCTGCCCATAATTGTTACTGTCAAGATCAT TAGTTCCATCCTTGTCATTTGTTATGGTGTGGTTTCATTTTTCAAATTAGTAAAGAGCAT ATATACTAATGGCTTGCCCATTTGCAAACTATTAGGTGACAAAGAGAGTTTTTGTGGATC TCCATGTTGGTGATGTCCTTCGATTTGGACAGTAAGTTATTAACTCCAGCTTGTTGAAGA AAACTGGCACTCTATGTTGTTATGTTATCTATCTGATAGGATGATAGTTAAAATCATGTA TATTTGAGATTCTAGGATAGACTATATTCATTATGGATGGTTGCCTCATTCTGATATTAT GATCCAGTAGTTCCACAGTGAGCTCTTTCATTTATCTTTTTTTAGATACAAATTTCATCA TTCAAAATGAGAAGGCAAGTTGGATGAGAAGATTTTAAGACCAACAAAGTAATAATACGA TGAATGTTGGGCCTTTAAGATGCAACATTTTCACAAGAAGAGTGTCCTAGAAGTACAAAG GTTATGTTGCAGGCGCAATGATACAAAACTACACTGGATTAAAAATGATCATGCTCGGAA GGAATAAACAAGTTCTCTTACTAGTGGTGTTATAATGTTTTGGCATTTTTCTAATGTTCT TCCCTTTCTACAGATCATCACGATTATACATATTTCAAGGACCAACTGACTTGATGCCAC CGGTATGACAGTTGTGCTATTGCAATTCCAAAGATACTAATTATTTTTGTAATGACAATT GGAATGATATTAACTCCTATTTATTCCTTATCTATGTCACACCAGATGTTCTAGGGGTAC AAGCTATTTAATGCCCTTGGTCGGATAATTCATAATTGTTCTTATTTATAAGTTAAAAAA GCAGAGTTCCTTTTATTTCTTAGAACATTTTATACAGTTATTCTTGCTTGTCTTGCCAAT GCAATATAGCATTTTTCATCAAATCCCTTTTGGAACTGATTACCAGAACAGATGACACAT ATTCAACAAATTGAACGGCAAAATTTTACCAAACAGAACACTTTTATTAGAGTTAACTAT TTTCAAATGCATTACTTTGTTTTTATGTTGTAGGAAGCTGACCTGAAGAGGGTAAGACAA GCGAAGATCCGGGAAGAGATGCATGACATGGAATCATCACTTCTCCGTGCAAAACTGGAA GCATCTCGTGCAGATGGGATCTCATGGGGAATGCGTGATGATGCTATTGAGGAGAACGAG GTCAGTTTATGTGTCTCATTTTCCTCTAGGGTATTTGGTATATGTTACAATTCTTTTTGG ATAACAGTTATTACAGTTACTCTAGGATGTTCCCCTACACATATCAACTAATTTCTCACT GGCAAGGTTTTTAGTGTTAATTTTTCTCTTTTTGTTTTCCGAATGTTCCTCTCTGTAGGT TGTTAGACAACTTAAATCTCTGCAGAGGTGCAGAGCCCAATCCCCAACCCACCGTTATTT TTTTTTTGAAAGAAATTGTTTATGTATTTAAAATATTCAGCAACACCTTTGACAATGTTG TGGACTCCATAATAAGTGATACTGTCCAAGGAATTAAAGAGTCACGGGTTGTGCATGTAA CTGTATGCTTTGGTTGCTTTCACCTGCTATAGACGAGTTAAACTTTTTTTCTGAGCACTG ATCCCTTGCACACTGCAGTCATTCTTTCCTGCTATTATTCATTCAATATTTTAAATTCTT GTAGCATGTGATGAAATCCTGATAGAGTGCTATCCGAATTGATTTTGATGCTAGGATGAA GTTGACGAAATAACTTGGCAAACTTACAAGGGACAGCTTACAGAGAAGCAGGAAAAAACA CGTGAAAAAGTTGTGAAAAGACTTGAAAAGGTACCCGTTTACTTAATTTCTCTATGTTAC TGTTAACCTGAAGGATCTCTTGAGGAAAAGTACCCCTTTGCAAATGTATGCGAATCTTAT TGTACCCCTTTTGATTTCAGATTGCTCATATGAAAAAAGAGATAGATGCTATTCGGGCCA AGGATATTTCTCAAGGTGGATTGACACAGGGACAACAAACTCAAATTGCTCGTAATGAAC AGAGGATATCACAGGTTAATAGCTCCTTCATCATTTTCTCTTTGATTCCTTAATACTCAA AGAAGATATTCTTTTGTTCTATTTGGTGTTGAATATCACATGTTCATTTAACTCCTTTCT TATAAGGTCTAATAATACTCCAGTATACTGAGTGTTTTAGCAATATCCTAGGGTAGCTTG GCCACTTCCTTTAATTCATGTGTTGAAAATTTATCAGATAGTGGAAGAGCTTGAAAACTT GGAAGAGACTTTAAATGAGAGTATACGGGAAAGTCTTGGTGCACGCACTGGAAGGACATC CAATGGAAAGAAAAAGGAGCCTGAAGAAGAGGAGTTTTCAAGGTTAGTATGTAATTTGCA GATCTTCAATGATCTCAACTAACTTCATTGTTTGGTTGATGCTTTATGCAGTACATAATT CTTGAAATGATCTTAGGAATGTTAGATTGGCGTTTGGCCATGAAAATTGCGAGTATTTGA AAAAAAGTTGTGTTTGGCCATGAGTACCAATTGAAGTTGTTTCTGAATTTTTGTGAGTAT TTTAGAGTGGAAGTATTGTTTTGGTGTTCTTTCACATTCCTGAAAATACAATTCTTTGGC CAAACGCACACTTGAAATTGTCGTGATTTTTATTTAGTGAGTGGAGCTAGTCCAGTGACA ACATGTGGTTAGTACATAATTTGTAGATCTTCAATAATTTCAACAAATTTCATTGTGTAC GCCGTATGTTTGCTTGAAATGATCTATATAAGGTTGGCAATATACTTGTGATTGTCATTA GTGAGTTGAGCTAGCGCATTGACAAGGTGACTTGAATTTCTTACCGCACAGTGAGGAGGA TGAATTCTATGATCGCACACAGAAGCCTTCAAAGAGAAAAGTTGGCGAAAATCAATCAAT TGAGACAGCTGATTCTCTTCTTGATAAGAAGGATGCCATTGTCAGGGAAATGGAAGACAA GAGAAAATTATTTCTTGATGAAAAGGATGGTACAGGTCAGGAAAGTGCAGTTGAAGCTGG AGATGAACTAGATGCTTACATGTCTGGCCTTTCATCTCAGCTAGGTGCGTGATTATTTTA GCAAATAAACTCCAAAATTGTCTGAATGCTAATTTCTTATCTCGTTGGAGGTAACATTTG GGTTTCTTTTTATGATATTATATATTTGAGATTTCAGTTAAATTTGACAAAGCTTGTGGA GTATCTGGTGGCATCTTATCATGCACTGGTCTCTCACTTTGTCTCTTCTGTTCATAATGG GACCAATCCCTAATGATTGGTATTATTTTTTTTTTTTGGTAACAAATGTAAAATATTACC ATGCCATCAAGGAACAAGTACAAACTAAAGAGCACCTATTTCCAAGATCAGGAACTAGGC CTCCAACCAAAACAAACTAGTTACAAAGTAAATGCTGAATGAAAGAACTACATTTCTGTG CTTTCTTGGAATGACTAACTAAATTTAACCTTTCTATTATCTCCTTCTTTAACTGTGTTG CTACCTCTTTCGTATGTACATGCTTCCCTTTGAACCTTCTCCAATTTCTTATTTGCCAAG TGGTGTAAAACAGCTCCACAAATGGCTGCAATTACCTCCTCCTTAAATTGCTTCCAATGT TTCTTTTTGATGTTGCCTAGTACTTGATTGATCCCCTCTTTTTGCAAGGCAATACCTGTC CATTCACTAATCTCCTGCCATACACTTTTCATCCATGTGCATTTTTCAAACAGGTGTTCA TTTGTTTCCATAACTTTCCCATCACATAGGCAGCATTCAATATCATCAACTTGAATATGC ATCTTCAAGTTGATGATATTTTTAAGTTTTTTTTATTTTTTTTAATACATACAAATATGG TGCCTGCAGCTATTTTTTGGTGCATCTGGAATGAAAGAAATTGTAGATGTTTCGATGGGG TTTCAATTCCTAACCACATTCTTAAATCCAACTGTTTAGTCTGCTTATATAGTTGGTTCA ACCAGGCCCCTGTAACCACAGTTGATCTTTTTTTGGACTTTGTCTGCTCTTTAGTCATCT AGTAAATTCTTGTACAGGAGCAGACCCCTTTTATGCTGTAAATATTTTGCCTTGCATCTT CTTGATGCCTTCTAACGAATTCTCCTTCATAAAAAAAAAAAGCTGTCAGTTTATAAGAAG AATGATTGTGCATTTATCTAAGAGAAATGCATTGGGTAGTTTTGTTCAGTTAACAACATG CATATCTGCTGAACGGTGTAGCTAAATCCTTCCACTCCAGTAACACTTGCATATTTATGT GTATGAGCATTCAATATTAAGCAAGGGATCATTTCTGATAGTGGAAGAATGGGTATCCCA CCCATGAATTATATTCAAACTCCTTTATTGAGATAGAATTTTGATAGAATTTAGTATGCG TCTTTTGTTGACCTTTTACTTTTTGGTTCTGTGCCAGCTCTGGAGAAGGAGGAAAAGCTT CACAAGGAACTCGCTACTCTCCAGACGGAGTTGGACAGGGTACTTTACTTGCTTAAGATT GCTGATCCTACTGGTGAGGCTGCTAAAAAGAGGGAGCTGAAAGTACAAGAACCAAAGACC AATATGACCAAAACTGTTGCAACTGCTGCCCGTCAGCAGCCTCCACCCGAGCAGAACAAA AAAGATAGAGCAGAACCTAAGGTTTTAATGGAGAAACAGGATACTATTGATGCGAACTCT TCATTCAGTCAAGAAACAAAGAAGGAGATTGTGGCTGATGCAGCTGGTGGTAAAAATGTT GTGTACATTGCTAGTAAGCCCCAATGGCTTGGTGCTGTAGATGAAAAGAAAAAACAAGAG AAAGTTATTGAACGACAGACAGAACTGCAAGACAATGATCAATTTGTTGACTACAAAGAC AGGAATAAAGTTTTGGTAAAACCAGATGCTACACAGTTGACTGCTGACTCTGGAATTGAA AGTGCAGCTCCTGGACTAATAATAAGGAAGCGCAAGCAAGTTGAGAAGTCTGATGTTACT GAAGTCAAACATTCTCAAGAATCCACTGGAGCTGATTTACAAGCAGAAGATGCGGTAGCT CTGCTGTTGAAACATTCTCAAAGATACCATAGTACTGATGATGAAGTGGAATCCAGCGGA GGTGATGTATCACATGAAAGTCAAACGAGGAAGGAAAAGAAAAAAAAGCAAAAGAAGGTT CTTGGTCCAGACAGACCATCATTTCTGAAGAGTGAGAAGGATTACAATTCTTGGGTTCCT CCTGAAGGTATGCCACTTATTTGGTTCATGCCTACGCTTAGTTGCTTACTAATGGATGTT CAAGTTTTTTTTTGACAATTTTGCTGGTCTTTGTGAAACTTTTACCAGGGCAATCAGGTG ACGGACGCACCTCACTGAATGATCGTCTTGGTTACTGAATGGTAGAGATTTTGATCGTTT GACACATAACTAACTATGGGATGGGGTAGCTCGGCTTACAGATTGCTGATGGATCATGTA ACTAAATAGCATTTACAGCTTGGTTTGAGATCTCATCTTGCGAAAATCCTTCACAGGGAC ATCTGAGCGAGAACATTTGTTGTTTGAAGAGAAGAAAAGAAATAGAAAACGTGAAGATAC AAGAGCTGGATTATGATCCCATTCTCCCACTCTTGCTCCTGTACCTTCTGTTAACAAGAA CCTGACACCTTCCTGATTGAATTGTATATAGAGATTGACTCGGAAAGGATAGAGATAATG AGAAAATGTGCTTGTAATGCAATGCTTTGTGCCCGCTCCAAAAAAGCTCATAAGTGATTT TGTGTAGCATGATACAAGTCGATTTTATTTTTGTATAATGTGTTCGACAACCAATTAATC AAGATTTTCAATGCACGAAGGCCCAATAGAAAGGGAACAGCTACCGTTTCTCTATTCTCA ATATTTGATTCCAAAAACATCTGATTAAGAGTGAGAGATTGTATTCTTCTGAAGGCATGG AATTTTACATTTGAAAGCCATACCTCAAAGCTGACACCTTTTGGGAGAAAATAATTCTGC AGAATCTTATCATTCACCCTTAAAACCCCCAATCATAGTTGTGTTCAGGGGAACAACATA ATTCTCTAGTGATTTTTCATACACTTCAGAAGTAGCTGTGCTTCATTGATCTTTACCAAA AGTCTCAACAGCCTTATCTGCTCCCAGAAACCTTTAAGTTCATATAGAACAGTCCAGTAT AAATCGAATCCACCATCTTTTACAAGCAAAATCAGCTGCAAAATCGCTTTCGTTTTAAAA GCCCAGATGAAAAATCGAAAACTCAGTTCATGATTCTTCCGTTGAGCTTCTAGAATAGAA GATACAGTGTTACGACAAAGGAAATAAAACATGTACAACCATTTTCCCGATAGAAAGAGA ATGACTTGGAAGAAACTGAACGATACATTTGAGAATTTAGGAGTTTCAACTCTGAACAGA GAGAATTAATATACTCAAAGTGATGTACTTTAACCGGAGATATCGGGAGGGTGGCCGGCG GCGGTTATTAAGATACTCAAGAGTCGAAAAATCAGTTAGTTGCTGTAAAAGCTACTAAAA TAGTCTTGAGAGAGAGAGAGAGATTGCTTTAGTATAATAGCCCATTCAAACGCCAAGTTG GCCTTGGATTAGATGACTTGAACATTCTATAATTCTTATGGTACACCAATAAATATCACT TAAGATATAATCATAATAATAATATAAAATAAGTCTCACAAAAAAAGCTGCATAATCATA ACCATGCTATTGTACTTGTAGCTAGCCCAATCTTCTTCTATATAATTGGGACCTAACATT ACTAGCTAATACACCACTTGAGACAACAAGTGTTGATTAATTAATTAATACTACTAGATT TGACAGAAGTTGGGTGTCTGCAGTCACATTTTAATACAATATGGATGATCATGGGCACTT TGGGCCACCTCTTTTGGTCTTCCAGTTATTGTAGCAAGGGCAACTTTGCTTATTGCCATA GGTACCAGCAGGAACACACAAACACTTTGCACAGCATTTCTGGCAGAAAAACATACACGG CTTCTTATACGATGTCTTTGAACACCGGTACGTGCATTTTGGTTGACAATCTGAAAAATT ACAACAACACACTTCATCAGGACGGAGCTACCTACCTTTATTAAAAATTTGTACGGTAAT CTCAGCATTATTCCTATGAGAAGTTGAACTTAAAATTAGTTAGTGAGTTTTTATACCTTG AGGATGGAGTCTTCCCTCACTAACACCATACTGCAAACACCACATATAAAATATAGTTTA GTCATGGAAATTAAAATTGATCACCTAAGAAAGTACATAAAATCGCAAGATGGATCATAC CAGTTGGTTATTTCTCTGTTGTTGCTGCTGCTCATCACGCATAATGTTGGCCCTTGAAAC CTGAACACACAACCACACACATCATTTAATATATTTTCAACAATACGTGTATATATATAT ATATATATATATAATTCGAGTCGAAAACAATAGAGATGCGCAAAACATTTGGGCTCACCT GATTTTGAGTCAGGAAAACCACCAAAAGAACAAACAAGACAATGCTCATTTTCCCAGCCA TTGTAGTAATTTTGTGTGAAGCTAAGAGAGGAAGTGAAGTGTGTAGAGCTTTGAGAGAAT CGACTTCTATTTATAGAGAGGGATCTTCTCAAGTGGTTAATCTCTTTAGCCTAGCACTTG CTGTTGTCACACTCCAACAGTATCCCCTATGCAAAATTGAATAAATCTATACACAGCATC GATAGTTTGGTCCAAAATCTATTAACTGCATCAATATTTTTGGACCAAACTATTAACCGG AGCATTTTATTTCAATTTCGCATAGTGTAAGAAGTTTTTTGCCCTTTTTGTTCGTTTCAA GTCAATTTTTTTCTCATAGTTCAGTTCAAAAGCCATACATAGCATAATCTAAAAAGTATA CATTAAGTACCAAAATAGTCCTCAGTATCAACAATTTAAATTTAAGAAGATAAAAAGAGA TCACATGTCTTATTTATATTTTTCTCTGCTCTTAAAAGACGTTACACTTTTGAATGAAGT GGCCCCAACAGGTCATGTCATTAATGGTAACTGTTTAATTAATTACCAATTTATAGAAAA ATGACAAACAAATTAAGATGAAATAAGCAAATATATAAATTGAAAAAATTGTCTATAATA GTATGTGAAACATATTTCTCATCTAGATCATTCAATTCTTAGTCTCCAAGCAGTAAGAAG GTGTGTGGGAGGGTCATTAATTCATAATTGTCTTTTTCAACCTTACCAAGGCACATGGCT CTGTTCTTCTTTTATTTGGGATAAAAAGGAAAATGAAAAGTTGAAAGCTAAAAAGTTTCT CCAAGTAGTGATACAAAATGAAAAAGAGAACAACAAAAAGGATGGAAAACACAAAACTGC TTACATTTTGGGTTTAATAGATGGAAAAACACTTAGGAAAGTGCTTTCTCTGAAAAATAA GTTTTTTTTTTTCATTTTGGATAAGTAGGAAAATATATCTCAAAAATATTTATACGTTAA TCTAGCAAAATACAATAGGAATAACGAGTGTGAGATGGTCAAGAAGTGGGGGTTGGACGA GGTGGGGAGTGAGGGTTCAGGAGTGCGATGGTCAAGGGGTGGGGTTGGATAGATGGAGAG AAGACAATAAACTTAGAATGTCTCTTGACAATTATTTTCTCTATTTTATTTTCCTTATTT TAAAGAATTTATTTATCTAAAAAAAGAAAATATTTTCTAAAAATTCTTTAATTCATTAAT TGAGATGAACCGTTAAATTAATTCACGAAGAGAGATTGGCTAAATTCATATAAGGAGTCT AACTGTTCCTCATCCCACTTATGTGGGACTTAACAATGAATAACCAAATATTTTTTGTGC TTCATTTTTTGAAATTTTTTTATATATCGAAATGGGTATGGTTACCATCTAGTGAATTCA TTATCATATATCAACACCGAACTTCAAGTCAATTTTGATATTTTGAAATAGCTTACAATT CACACCAGAGATGTAATTTGCGCTAGACAAGCCCGATGAAATGAGCTCAACAATTGATGG GGGATCGATCCTTAATATTCCTTAAGGAATACCACCAGACACCTGTTGCACCAATTAAAT CACCCGTGTGAGTTATCCTATTTCGACATTATCATACATCTATTCATTTTTTAAAAAATA AGTCACAGTGCACTCGCTTTAAATATGCGGTATCGGTTAGACTTGATAAAAAAGATGACT GAATTTCAGTCATATTAATAGAAGTTTAGGCAAAATATGTAGTGATAAACAGAGTGGTGA CAAGTATAGTACTAAATAATTTAAGAGGAAACAAGTTGGAGTGAAGAAGTTATCTCAATT ATCTCACATCAGCATGTGCAAATGAAAACAAATGAAAGTGATAGCATACCCTTCACCATG TGCTTTCACATGCCCTTTTTAGAGGTTCCAGCTTTCAATTTGCCCACCACCAACAATATA TGTACAGCAACTTCCATAATATAAATGGACTTCAACAATATTTCTTCAATATCCAACTAA CTAATAAAGTGCCTCAAGTACATGCTATTTTCGCGTTTCGTCATAGATTTTGAAGTCAAA ATTTGAAAATTTTGAGTTCTTGAAGTTGTAATATTTGAAACATGAAATTGCGTCTGGACA TGCATTTTACTTGAAATTCAAATCTTGAAAATCTGATCAAATTTCATGGCCAAAACACTA GCTATATCCCATGATTGTTTTGAGTGACCACTAATCTTCCCACTTTATGTTACTTTTCTT CTCTTTTGTCTTTATACTTGGAGTTTCGGAAAGCAGAAGCCGATTCAAAAATTGAACTTA ATATATTACATCGTAAAAGTTCTTTTAACACTGATTCATAATATATCACTAGCTCGGTCC GTGATACACCTAGTTTCAATAATGCACTTGGAGTTTTGCAATTTTCTCTTTTAATAGAGA TTCCATTTAAAAGTTCTTTTAACACTAATTCATAATATATCACTAGCTCGGTCCATAATA CATTTTTTAATTAATTCCTAGTTTCAATAATGCACTTGGAGTTTTGCAATTTCCTCATTT GATTGGGGCTGAGAGTAGGTCAGTCATGGGATTAATTGGTTGTATTCATTGAACAATCGA GAGAGTTCCAGCTTTATAAGTCTGTGCAAGTACAAACCTTGCAGGATATTAACAAGTATT TGTGTAATTCGAGAATGTGGCGAAATGATCGGAATTTCTCTTTTTTAACGGAGTATGGGG GAAAAAATTACATGCACCTATGTAGCTTGAATACAAATCCTTGTCTTTAACCATGGTTAA GTAGTTTGAATTAATAGATCAGAAGAAGTGTAGCCATAAATCACCATTTGCTTGCAATTA TATGCTAGGCTCTTCATGATTCACGTTTAGATACTTCTTTTTTATTGCCTCAATTAATAG CATTACATTAAAATAAAGAAAAAGATGATGTTAAAAAGAATGACCATGAGAATTGCGGAT CTAGAGCATTTGATCATTATCTAAAAAATAATAATTCGAGTTTCGACAAACTAGTTTTTG AATTTTTAGGAATATATCAAAACTAAAAAAAAAAAATTCAAGTAAAATACATATCCAAAT ATAACATCAATTCAAGAATCACAATCCAAACATAACTTCAAGTTTCAAGAATCACAACCG CAAGAACTCTTTTAAGTTTAAAACTTCAAAATCTATGACCAAACGAGAGTTAAGTCAAAC AGAAAATGTTTATAAGGAAATGATGATACTTTGAAGACACAGGTTACTCCTCTGTCAGAG TTTTACTGCTTTGAACAGAAATTTCCTGGAGACTACTGTAAGGAAAGGGGTTGTACTTGA TTGTTTATCAACTGTCACTGGCACTGAATCATATAGCAAGATTGATCAAGGCAACTCTTA GATAAAAGACATTTGTTATAGCATATATACAGAAGAAATAAACAGATTTTGTTAGTATAG AAGACTCGCCACCAGAAGATCTTGCAACATTACAGTTGTCTCAACCACTATACATCTTTT AATCTCAAACACAGCCTGA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.991 24221 24330 match_part 0.974 24441 24554 match_part 0.992 24758 24882 match_part 0.981 25372 25582 match_2 match_part 0.952 24534 24554 match_part 0.992 24758 24882 match_part 0.979 25372 25604 match_part 0.957 26978 27349 match_3 match_part 0.987 24806 24882 match_part 0.966 25372 25604 match_part 0.892 26978 27014 match_4 match_part 1.000 27420 27787 match_part 1.000 27889 28265 match_5 match_part 1.000 27421 27787 match_part 0.978 27889 28293 match_6 match_part 1.000 30101 30485 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_7 match_part 0.985 826 226 match_8 match_part 1.000 15537 15310 match_part 1.000 15099 14910 match_part 1.000 14170 14052 match_part 1.000 12681 12636 match_part 1.000 11838 11766 match_part 1.000 11679 11628 match_9 match_part 1.000 21374 20818 match_10 match_part 1.000 21374 20828 match_11 match_part 0.998 21373 20867 match_12 match_part 1.000 30100 30059 match_part 0.950 29940 29881 match_part 0.882 29790 29757 match_part 0.975 29630 29120 match_13 match_part 1.000 30287 30059 match_part 1.000 29940 29881 match_part 1.000 29790 29757 match_part 1.000 29630 29125 match_14 match_part 1.000 29776 29757 match_part 1.000 29630 29128 match_15 match_part 0.990 29531 29128 match_16 match_part 0.977 30146 30059 match_part 1.000 29940 29881 match_part 1.000 29790 29757 match_part 0.992 29630 29142 match_17 match_part 1.000 30112 30059 match_part 1.000 29940 29881 match_part 1.000 29790 29757 match_part 1.000 29630 29142 match_18 match_part 1.000 30087 30059 match_part 1.000 29940 29881 match_part 1.000 29790 29757 match_part 0.990 29630 29142 match_19 match_part 0.918 29509 29142 match_20 match_part 0.839 30151 30059 match_part 1.000 29940 29881 match_part 0.941 29790 29757 match_part 0.931 29630 29154 match_21 match_part 0.958 30130 30059 match_part 1.000 29940 29881 match_part 0.941 29790 29757 match_part 0.921 29630 29187 match_22 match_part 0.986 30130 30059 match_part 1.000 29940 29881 match_part 0.941 29790 29757 match_part 0.921 29630 29187 match_23 match_part 1.000 30147 30059 match_part 1.000 29940 29881 match_part 1.000 29790 29757 match_part 0.972 29630 29195 match_24 match_part 0.972 30130 30059 match_part 1.000 29940 29881 match_part 0.941 29790 29757 match_part 0.935 29630 29200 match_25 match_part 0.972 30130 30059 match_part 1.000 29940 29881 match_part 0.941 29790 29757 match_part 0.942 29630 29203 match_26 match_part 1.000 30147 30059 match_part 1.000 29940 29881 match_part 1.000 29790 29757 match_part 0.981 29630 29207 match_27 match_part 0.972 30130 30059 match_part 1.000 29940 29881 match_part 0.941 29790 29757 match_part 0.936 29630 29207 match_28 match_part 1.000 30147 30059 match_part 1.000 29940 29881 match_part 1.000 29790 29757 match_part 0.995 29630 29213 match_29 match_part 0.985 30126 30059 match_part 1.000 29940 29881 match_part 0.941 29790 29757 match_part 0.933 29630 29215 match_30 match_part 0.874 30145 30059 match_part 1.000 29940 29881 match_part 0.941 29790 29757 match_part 0.933 29630 29216 match_31 match_part 0.988 30139 30059 match_part 1.000 29940 29881 match_part 1.000 29790 29757 match_part 0.995 29630 29217 match_32 match_part 0.982 30115 30059 match_part 0.983 29940 29881 match_part 1.000 29790 29757 match_part 1.000 29630 29217 match_33 match_part 0.864 30146 30059 match_part 1.000 29940 29881 match_part 0.941 29790 29757 match_part 0.908 29630 29229 match_34 match_part 0.872 30144 30059 match_part 1.000 29940 29881 match_part 0.941 29790 29757 match_part 0.934 29630 29235 match_35 match_part 1.000 30139 30059 match_part 1.000 29940 29881 match_part 1.000 29790 29757 match_part 0.995 29630 29236 match_36 match_part 0.949 29919 29881 match_part 1.000 29790 29757 match_part 1.000 29630 29251 match_37 match_part 0.901 30139 30059 match_part 1.000 29940 29881 match_part 0.941 29790 29757 match_part 0.931 29630 29269 match_38 match_part 0.891 30122 30059 match_part 0.950 29940 29881 match_part 0.765 29790 29757 match_part 0.909 29630 29269 match_39 match_part 0.975 30137 30059 match_part 0.983 29940 29881 match_part 0.941 29790 29757 match_part 0.983 29630 29270 match_40 match_part 1.000 30115 30059 match_part 1.000 29940 29881 match_part 1.000 29790 29757 match_part 1.000 29630 29362 match_41 match_part 1.000 30486 30059 match_part 1.000 29940 29881 match_part 1.000 29790 29757 match_part 0.989 29630 29363 match_42 match_part 0.849 30151 30059 match_part 1.000 29940 29881 match_part 0.941 29790 29757 match_part 0.929 29630 29407 match_43 match_part 1.000 30135 30059 match_part 1.000 29940 29881 match_part 1.000 29790 29757 match_part 1.000 29630 29424 match_44 match_part 0.986 30131 30059 match_part 1.000 29940 29881 match_part 1.000 29790 29757 match_part 1.000 29630 29450 match_45 match_part 1.000 30485 30101 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0214B22.1 type gene exon 826 226 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0214B22.1 type gene exon 15537 15310 exon 15099 14910 exon 14170 14052 exon 12681 12636 exon 11838 11766 exon 11679 11628 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0214B22.1 type gene exon 21374 20818 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0214B22.1 type gene exon 24221 24330 exon 24441 24554 exon 24758 24882 exon 25372 25604 exon 26978 27349 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0214B22.1 type gene exon 27420 27787 exon 27889 28293 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0214B22.1 type gene exon 30486 30059 exon 29940 29881 exon 29790 29757 exon 29630 29120 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0214B22.1 type gene exon 30101 30485 RepeatMasker tomato repeats master Copia00094 4278 4464 1 Copia00094 4278 4464 1 nucleotide_motif 1096 13286 13480 Unknown00034 3702 4016 1 Unknown00034 3702 4016 1 nucleotide_motif 2479 13343 13655 RepeatMasker tomato repeats master SONATA2 67 253 -1 SONATA2 67 253 -1 nucleotide_motif 615 9894 9716 SINE_SO 17 180 -1 SINE_SO 17 180 -1 nucleotide_motif 533 14573 14425 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 4076 27001 29107 match_2 match 4207 31462 33619 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_1 clone_end 1631 26 848 clone_end_2 clone_end 1453 6351 7117 clone_end_3 clone_end 551 9536 9821 clone_start_1 clone_start 291 21448 21598 clone_start_2 clone_start 1112 21612 22192 clone_end_4 clone_end 1126 25747 26358 clone_start_3 clone_start 1425 31540 32258 clone_start_4 clone_start 379 33354 33544 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_5 clone_start 858 12676 12244 clone_end_5 clone_end 961 15642 15158 clone_start_6 clone_start 1350 33619 32895 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 27420 27787 match_part 1.000 27889 28265 match_2 match_part 1.000 27421 27787 match_part 0.978 27889 28293 match_3 match_part 1.000 30101 30485 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_4 match_part 0.985 826 226 match_5 match_part 1.000 15537 15310 match_part 1.000 15099 14910 match_part 1.000 14170 14052 match_part 1.000 12681 12636 match_part 1.000 11838 11766 match_part 1.000 11679 11628 match_6 match_part 1.000 21374 20818 match_7 match_part 1.000 21374 20828 match_8 match_part 0.998 21373 20867 match_9 match_part 1.000 30100 30059 match_part 0.950 29940 29881 match_part 0.882 29790 29757 match_part 0.975 29630 29120 match_10 match_part 1.000 30287 30059 match_part 1.000 29940 29881 match_part 1.000 29790 29757 match_part 1.000 29630 29125 match_11 match_part 1.000 29776 29757 match_part 1.000 29630 29128 match_12 match_part 0.990 29531 29128 match_13 match_part 0.977 30146 30059 match_part 1.000 29940 29881 match_part 1.000 29790 29757 match_part 0.992 29630 29142 match_14 match_part 1.000 30112 30059 match_part 1.000 29940 29881 match_part 1.000 29790 29757 match_part 1.000 29630 29142 match_15 match_part 1.000 30087 30059 match_part 1.000 29940 29881 match_part 1.000 29790 29757 match_part 0.990 29630 29142 match_16 match_part 1.000 30147 30059 match_part 1.000 29940 29881 match_part 1.000 29790 29757 match_part 0.972 29630 29195 match_17 match_part 1.000 30147 30059 match_part 1.000 29940 29881 match_part 1.000 29790 29757 match_part 0.981 29630 29207 match_18 match_part 1.000 30147 30059 match_part 1.000 29940 29881 match_part 1.000 29790 29757 match_part 0.995 29630 29213 match_19 match_part 0.988 30139 30059 match_part 1.000 29940 29881 match_part 1.000 29790 29757 match_part 0.995 29630 29217 match_20 match_part 0.982 30115 30059 match_part 0.983 29940 29881 match_part 1.000 29790 29757 match_part 1.000 29630 29217 match_21 match_part 1.000 30139 30059 match_part 1.000 29940 29881 match_part 1.000 29790 29757 match_part 0.995 29630 29236 match_22 match_part 0.949 29919 29881 match_part 1.000 29790 29757 match_part 1.000 29630 29251 match_23 match_part 0.975 30137 30059 match_part 0.983 29940 29881 match_part 0.941 29790 29757 match_part 0.983 29630 29270 match_24 match_part 1.000 30115 30059 match_part 1.000 29940 29881 match_part 1.000 29790 29757 match_part 1.000 29630 29362 match_25 match_part 1.000 30486 30059 match_part 1.000 29940 29881 match_part 1.000 29790 29757 match_part 0.989 29630 29363 match_26 match_part 1.000 30135 30059 match_part 1.000 29940 29881 match_part 1.000 29790 29757 match_part 1.000 29630 29424 match_27 match_part 0.986 30131 30059 match_part 1.000 29940 29881 match_part 1.000 29790 29757 match_part 1.000 29630 29450 match_28 match_part 1.000 30485 30101 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0214B22.1 type gene exon 826 226 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0214B22.1 type gene exon 15537 15310 exon 15099 14910 exon 14170 14052 exon 12681 12636 exon 11838 11766 exon 11679 11628 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0214B22.1 type gene exon 21374 20818 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0214B22.1 type gene exon 27420 27787 exon 27889 28293 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0214B22.1 type gene exon 30486 30059 exon 29940 29881 exon 29790 29757 exon 29630 29120 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0214B22.1 type gene exon 30101 30485 AUGUSTUS_tom_cdna de novo gene_1 gene 0.35 20871 27938 transcript_1 transcript 0.35 20871 27938 start_codon_1 start_codon 20871 20873 intron_1 intron 0.95 21413 21950 intron_2 intron 0.41 22063 23553 intron_3 intron 0.93 23701 24234 intron_4 intron 0.96 24331 24440 intron_5 intron 0.99 24555 24757 intron_6 intron 1 24883 25371 intron_7 intron 1 25605 26977 intron_8 intron 1 27788 27888 CDS_1 CDS 0.95 20871 21412 CDS_2 CDS 0.66 21951 22062 CDS_3 CDS 0.97 23554 23700 CDS_4 CDS 0.96 24235 24330 CDS_5 CDS 1 24441 24554 CDS_6 CDS 0.99 24758 24882 CDS_7 CDS 1 25372 25604 CDS_8 CDS 1 26978 27787 CDS_9 CDS 1 27889 27938 stop_codon_1 stop_codon 27936 27938 AUGUSTUS_tom_cdna de novo gene_2 gene 0.56 15005 1 transcript_2 transcript 0.56 15005 1 intron_9 intron 0.99 2856 2378 intron_10 intron 0.87 5194 3631 intron_11 intron 0.84 5941 5315 intron_12 intron 1 6647 6165 intron_13 intron 1 6943 6845 intron_14 intron 1 8277 7573 intron_15 intron 0.75 8475 8392 intron_16 intron 0.95 8935 8834 intron_17 intron 0.96 10005 9038 intron_18 intron 1 10339 10273 intron_19 intron 0.99 10809 10458 intron_20 intron 1 11621 10906 intron_21 intron 1 11765 11680 intron_22 intron 1 12635 11839 intron_23 intron 1 14051 12682 intron_24 intron 1 14909 14171 CDS_10 CDS 0.99 2377 1 CDS_11 CDS 0.9 3630 2857 CDS_12 CDS 0.84 5314 5195 CDS_13 CDS 0.86 6164 5942 CDS_14 CDS 1 6844 6648 CDS_15 CDS 0.99 7572 6944 CDS_16 CDS 0.79 8391 8278 CDS_17 CDS 0.73 8833 8476 CDS_18 CDS 0.97 9037 8936 CDS_19 CDS 1 10272 10006 CDS_20 CDS 0.99 10457 10340 CDS_21 CDS 1 10905 10810 CDS_22 CDS 1 11679 11622 CDS_23 CDS 1 11838 11766 CDS_24 CDS 1 12681 12636 CDS_25 CDS 1 14170 14052 CDS_26 CDS 1 15005 14910 start_codon_2 start_codon 15005 15003 gene_3 gene 0.44 28311 28033 transcript_3 transcript 0.44 28311 28033 stop_codon_2 stop_codon 28035 28033 CDS_27 CDS 0.44 28311 28033 start_codon_3 start_codon 28311 28309 gene_4 gene 0.68 30836 29449 transcript_4 transcript 0.68 30836 29449 stop_codon_3 stop_codon 29451 29449 intron_25 intron 1 29756 29631 intron_26 intron 1 29880 29791 intron_27 intron 1 30058 29941 intron_28 intron 0.68 30826 30142 CDS_28 CDS 1 29630 29449 CDS_29 CDS 1 29790 29757 CDS_30 CDS 1 29940 29881 CDS_31 CDS 0.82 30141 30059 CDS_32 CDS 0.83 30836 30827 start_codon_4 start_codon 30836 30834 AUGUSTUS_ab_initio de novo gene_1 gene 0.38 20871 27938 transcript_1 transcript 0.38 20871 27938 start_codon_1 start_codon 20871 20873 intron_1 intron 1 21413 21950 intron_2 intron 0.6 22037 22236 intron_3 intron 0.91 22317 22595 intron_4 intron 0.93 22652 23113 intron_5 intron 0.93 23163 23553 intron_6 intron 0.93 23701 24234 intron_7 intron 1 24331 24440 intron_8 intron 0.99 24555 24757 intron_9 intron 0.97 24883 25371 intron_10 intron 0.9 25605 26977 intron_11 intron 0.96 27788 27888 CDS_1 CDS 0.82 20871 21412 CDS_2 CDS 0.6 21951 22036 CDS_3 CDS 0.6 22237 22316 CDS_4 CDS 0.93 22596 22651 CDS_5 CDS 0.93 23114 23162 CDS_6 CDS 0.96 23554 23700 CDS_7 CDS 1 24235 24330 CDS_8 CDS 1 24441 24554 CDS_9 CDS 0.99 24758 24882 CDS_10 CDS 1 25372 25604 CDS_11 CDS 1 26978 27787 CDS_12 CDS 0.93 27889 27938 stop_codon_1 stop_codon 27936 27938 AUGUSTUS_ab_initio de novo gene_2 gene 0.26 15005 1 transcript_2 transcript 0.26 15005 1 intron_12 intron 0.99 2856 2378 intron_13 intron 0.93 5194 3631 intron_14 intron 0.97 5941 5315 intron_15 intron 1 6647 6165 intron_16 intron 1 6943 6845 intron_17 intron 1 8277 7573 intron_18 intron 0.88 8475 8392 intron_19 intron 0.99 8935 8834 intron_20 intron 0.97 10005 9038 intron_21 intron 1 10339 10273 intron_22 intron 1 10809 10458 intron_23 intron 0.72 11621 10906 intron_24 intron 0.69 11765 11680 intron_25 intron 0.44 12635 11839 intron_26 intron 0.96 14051 12682 intron_27 intron 0.93 14909 14171 CDS_13 CDS 0.98 2377 1 CDS_14 CDS 0.93 3630 2857 CDS_15 CDS 0.97 5314 5195 CDS_16 CDS 0.97 6164 5942 CDS_17 CDS 1 6844 6648 CDS_18 CDS 0.93 7572 6944 CDS_19 CDS 0.95 8391 8278 CDS_20 CDS 0.87 8833 8476 CDS_21 CDS 1 9037 8936 CDS_22 CDS 1 10272 10006 CDS_23 CDS 1 10457 10340 CDS_24 CDS 0.99 10905 10810 CDS_25 CDS 0.72 11679 11622 CDS_26 CDS 0.45 11838 11766 CDS_27 CDS 1 12681 12636 CDS_28 CDS 0.91 14170 14052 CDS_29 CDS 1 15005 14910 start_codon_2 start_codon 15005 15003 gene_3 gene 0.2 30121 28033 transcript_3 transcript 0.2 30121 28033 stop_codon_2 stop_codon 28035 28033 intron_28 intron 0.36 28676 28213 intron_29 intron 0.56 29576 28850 intron_30 intron 0.82 29756 29631 intron_31 intron 1 29880 29791 intron_32 intron 0.97 30058 29941 CDS_30 CDS 0.38 28212 28033 CDS_31 CDS 0.35 28849 28677 CDS_32 CDS 0.59 29630 29577 CDS_33 CDS 1 29790 29757 CDS_34 CDS 1 29940 29881 CDS_35 CDS 0.96 30121 30059 start_codon_3 start_codon 30121 30119 AUGUSTUS_tom_ugs de novo gene_1 gene 0.8 20871 27938 transcript_1 transcript 0.8 20871 27938 start_codon_1 start_codon 20871 20873 intron_1 intron 1 21413 21950 intron_2 intron 1 22037 22236 intron_3 intron 1 22317 22595 intron_4 intron 1 22652 23113 intron_5 intron 1 23163 23553 intron_6 intron 1 23701 24234 intron_7 intron 1 24331 24440 intron_8 intron 1 24555 24757 intron_9 intron 1 24883 25371 intron_10 intron 1 25605 26977 intron_11 intron 1 27788 27888 CDS_1 CDS 0.8 20871 21412 CDS_2 CDS 1 21951 22036 CDS_3 CDS 1 22237 22316 CDS_4 CDS 1 22596 22651 CDS_5 CDS 1 23114 23162 CDS_6 CDS 1 23554 23700 CDS_7 CDS 1 24235 24330 CDS_8 CDS 1 24441 24554 CDS_9 CDS 1 24758 24882 CDS_10 CDS 1 25372 25604 CDS_11 CDS 1 26978 27787 CDS_12 CDS 1 27889 27938 stop_codon_1 stop_codon 27936 27938 AUGUSTUS_tom_ugs de novo gene_2 gene 0.67 15005 1 transcript_2 transcript 0.67 15005 1 intron_12 intron 1 2856 2378 intron_13 intron 0.91 5194 3631 intron_14 intron 0.83 5941 5315 intron_15 intron 1 6647 6165 intron_16 intron 0.98 6943 6845 intron_17 intron 0.99 8277 7573 intron_18 intron 0.85 8475 8392 intron_19 intron 0.96 8935 8834 intron_20 intron 0.98 10005 9038 intron_21 intron 1 10339 10273 intron_22 intron 0.99 10809 10458 intron_23 intron 1 11621 10906 intron_24 intron 1 11765 11680 intron_25 intron 1 12635 11839 intron_26 intron 1 14051 12682 intron_27 intron 1 14909 14171 CDS_13 CDS 0.98 2377 1 CDS_14 CDS 0.93 3630 2857 CDS_15 CDS 0.86 5314 5195 CDS_16 CDS 0.85 6164 5942 CDS_17 CDS 0.98 6844 6648 CDS_18 CDS 0.99 7572 6944 CDS_19 CDS 0.9 8391 8278 CDS_20 CDS 0.82 8833 8476 CDS_21 CDS 0.99 9037 8936 CDS_22 CDS 1 10272 10006 CDS_23 CDS 0.99 10457 10340 CDS_24 CDS 1 10905 10810 CDS_25 CDS 1 11679 11622 CDS_26 CDS 1 11838 11766 CDS_27 CDS 1 12681 12636 CDS_28 CDS 1 14170 14052 CDS_29 CDS 1 15005 14910 start_codon_2 start_codon 15005 15003 gene_3 gene 0.99 30121 29449 transcript_3 transcript 0.99 30121 29449 stop_codon_2 stop_codon 29451 29449 intron_28 intron 1 29756 29631 intron_29 intron 1 29880 29791 intron_30 intron 1 30058 29941 CDS_30 CDS 1 29630 29449 CDS_31 CDS 1 29790 29757 CDS_32 CDS 1 29940 29881 CDS_33 CDS 0.99 30121 30059 start_codon_3 start_codon 30121 30119 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.999 20734 21412 match_part 1.000 21951 22036 match_part 1.000 22237 22316 match_part 1.000 22596 22651 match_part 1.000 23114 23162 match_part 1.000 23554 23700 match_part 1.000 24235 24330 match_part 1.000 24441 24554 match_part 1.000 24758 24882 match_part 1.000 25372 25604 match_part 1.000 26978 27787 match_part 1.000 27889 28384 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_2 match_part 0.985 826 226 match_3 match_part 1.000 15539 15310 match_part 1.000 15099 14910 match_part 1.000 14170 14052 match_part 1.000 12681 12636 match_part 1.000 11838 11766 match_part 1.000 11679 11628 match_4 match_part 1.000 30472 30059 match_part 1.000 29940 29881 match_part 1.000 29790 29757 match_part 1.000 29630 29126 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0214B22.1 type gene exon 826 226 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0214B22.1 type gene exon 15539 15310 exon 15099 14910 exon 14170 14052 exon 12681 12636 exon 11838 11766 exon 11679 11628 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0214B22.1 type gene exon 20734 21412 exon 21951 22036 exon 22237 22316 exon 22596 22651 exon 23114 23162 exon 23554 23700 exon 24235 24330 exon 24441 24554 exon 24758 24882 exon 25372 25604 exon 26978 27787 exon 27889 28384 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0214B22.1 type gene exon 30472 30059 exon 29940 29881 exon 29790 29757 exon 29630 29126 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 24143 24594 match_2 match_part 1.000 24143 24588 GenomeThreader_SGN_markers SGN marker sequences match_3 match_part 1.000 26402 25933 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0214B22.1 type gene exon 24143 24594 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0214B22.1 type gene exon 26402 25933 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.29 20871 27938 transcript_1 transcript 0.29 20871 27938 start_codon_1 start_codon 20871 20873 intron_1 intron 0.91 21413 21950 intron_2 intron 0.33 22063 23553 intron_3 intron 0.99 23701 24234 intron_4 intron 1 24331 24440 intron_5 intron 1 24555 24757 intron_6 intron 1 24883 25371 intron_7 intron 1 25605 26977 intron_8 intron 1 27788 27888 CDS_1 CDS 0.89 20871 21412 CDS_2 CDS 0.57 21951 22062 CDS_3 CDS 0.98 23554 23700 CDS_4 CDS 1 24235 24330 CDS_5 CDS 1 24441 24554 CDS_6 CDS 1 24758 24882 CDS_7 CDS 1 25372 25604 CDS_8 CDS 1 26978 27787 CDS_9 CDS 1 27889 27938 stop_codon_1 stop_codon 27936 27938 AUGUSTUS_tom_pot_cdna de novo gene_2 gene 0.58 15005 1 transcript_2 transcript 0.58 15005 1 intron_9 intron 0.98 2856 2378 intron_10 intron 0.94 5194 3631 intron_11 intron 0.81 5941 5315 intron_12 intron 1 6647 6165 intron_13 intron 0.99 6943 6845 intron_14 intron 1 8277 7573 intron_15 intron 0.76 8475 8392 intron_16 intron 0.99 8935 8834 intron_17 intron 1 10005 9038 intron_18 intron 1 10339 10273 intron_19 intron 0.98 10809 10458 intron_20 intron 1 11621 10906 intron_21 intron 1 11765 11680 intron_22 intron 1 12635 11839 intron_23 intron 1 14051 12682 intron_24 intron 1 14909 14171 CDS_10 CDS 0.99 2377 1 CDS_11 CDS 0.94 3630 2857 CDS_12 CDS 0.82 5314 5195 CDS_13 CDS 0.82 6164 5942 CDS_14 CDS 0.99 6844 6648 CDS_15 CDS 1 7572 6944 CDS_16 CDS 0.81 8391 8278 CDS_17 CDS 0.76 8833 8476 CDS_18 CDS 1 9037 8936 CDS_19 CDS 1 10272 10006 CDS_20 CDS 0.98 10457 10340 CDS_21 CDS 1 10905 10810 CDS_22 CDS 1 11679 11622 CDS_23 CDS 1 11838 11766 CDS_24 CDS 1 12681 12636 CDS_25 CDS 1 14170 14052 CDS_26 CDS 1 15005 14910 start_codon_2 start_codon 15005 15003 gene_3 gene 1 28311 28033 transcript_3 transcript 1 28311 28033 stop_codon_2 stop_codon 28035 28033 CDS_27 CDS 1 28311 28033 start_codon_3 start_codon 28311 28309 gene_4 gene 0.7 30836 29449 transcript_4 transcript 0.7 30836 29449 stop_codon_3 stop_codon 29451 29449 intron_25 intron 1 29756 29631 intron_26 intron 1 29880 29791 intron_27 intron 1 30058 29941 intron_28 intron 0.7 30826 30142 CDS_28 CDS 1 29630 29449 CDS_29 CDS 1 29790 29757 CDS_30 CDS 1 29940 29881 CDS_31 CDS 0.84 30141 30059 CDS_32 CDS 0.84 30836 30827 start_codon_4 start_codon 30836 30834 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 37.4 27888 27935 match_2 match 164 27013 27789 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_3 match 123 29628 29452 match_4 match 117 29631 29452 match_5 match 120 29628 29452 match_6 match 122 29631 29452 match_7 match 104 29634 29452 match_8 match 104 29634 29452 match_9 match 303 9034 8279 match_10 match 111 6160 5945 match_11 match 428 7573 6647 match_12 match 152 10272 10003 match_13 match 77.0 10468 10337 match_14 match 430 3618 2857 match_15 match 1403 2380 2