C09SLf0096M01.1 TAGAACTATGTATCAATGTCAAAACAGTGGTGGCAGCAGATTACTCTTCCAGAAACAATT GTCAATTATCATCAGCTAGAAACTTGAAAAAAGGAAGGATCTTTGATTGGTCCATTTGAT TTAATTTGGGTCCATTCTTATTCACATATTCCTCTAATATACACGGCAGCCAAGTATAGA AAAACAAAATCCAAATGCAAAAAAAAATCCTAAACATGCATTAGATCAAAAGAGTACAAC TCCAAAAACTCCCCTTAGGTAGAAAATCATTTTTTTTTCTCAACTTTCTTACTGAGCAGA TCAAGAAAAAATTGTCAAACACATTAAATCGATGGAATACCAACTAATTTTAAATACTAA ATCTGAGCAGAACCCAGATAAAATTAAACCAAAATTTTCAATTATAACAACTGCATGTAC TAATCAATTACTCAGATCAACCCATAAGTTCACAAGATTTCAAGTTGAAGTAACCCCAAA GATTCCATAAAGATCAGCTTCTTTAGCCAATACCCGTAATTTAACTCATCACATCAATCA TAGATCAAAACTAAACAATTTACAAAATCATCTACTAACACACCAAAAAAAAAGATCAAC AATGAAATTTCCATAAAGATCACTTATTTAGCCAACACCCGTATAAATTATCTAATCAGA TCAATCACACAGATCAAAAACTTAACCCATTTACCAAAATCATTCTACTAAAACAAACAG ACATACACCAAGAAAAACAAAAGTAAAACAAGACATCAACAGTGAAAATTTCAATAAAGA TCACTTTTTTAGCCAACTCACATGTAAATTATCTAATCAGATCAATCATAGATCAAAAGC TAAATTCATTTACAAAACAAACAAACACACACACACACACCAAGAAAAACAAAAGTAAAA CCAGAAGAATTCAACACTGTAATTTCAATAGAGATCAGTTTTTAGCCAATACCCATGTAG ATAATCTTATCATATCAATCACAATCACAAATAAACAACTAAACCCATTCACAAAATGCT TTTACTAACACACACACTAAGAAAAACAAAGCAAAACAAGAAGAAATCAACAGTGTAAAT TCCATAAAGATCACTTTTTTAGCCAACACTCATATAGATTATCTAATCAGATTCAATCAA ACACTAAACCCACTCACAAAATCTCTCTACTAACACACACACACACAACAGGAAAAACAA AGCAAAACAAGAAGACAACCTACAGTAAAATTCCCATAAAGATCAGTTTTTTAGCCAATA CCCATATAGATTATCCAATCAGATCAAGCAAACACTAAACCCATTCGCAAAATCTCTCTA CTAACACACACACACACAGCAGGAAAAACAAAGCAAAACAAGAAGACAACCAACAGTGAA ATTCCCATAAAGATCACTATTTTAACCAAAACCCACATAGATTAACTAATCAGATCAATC AAAAACTAAACCCATTCACAAAATCTCCATACTAAAACACACACACATCAAGAATTAACA AAACAAGAAGTAATCAAAAGTAAATTTAAAATGCAAAGAAAAGCAAAAGGGGTTGAAAGT TAACTCACCATTTTGATTGTATTTGAAAAATTCAAAGAGATTTCAAGAAGGGCTTCAAGG CTCAATAAGAAAGAGATGTTTTTATGTGAATCTTAAAGACTAGAGGAGCTCTTCTCCTTA ATAAAGGTGGCTTCTCAATGGAAGGGAATTTTTATTGTGTGGTTATCGTACACACTAATT ATTGTGTGAGTGACTTGACTTGGCGCCGCGTATTTTTCAATTAAGCCGTCGGCTTAAGCC TTAAGCTTTAAGCTGCTGACCGACCACGATATTCTCGTGGCATAGCGAGTAATCAGAATA TCTTTCGTTAAAAAATTATATTACTATATAAATAGTGATACAAAATAATGCGGTCATTTT GTTTTTGATGCGTATATAAATAGTTATACGAAATAATTCAATTATTTTATTTTTGATACC TATATATTATGTCTTGAATATTTTTTAAAATTTGTTTAGCTTTAATTTATTACTATTGTA TTACTAGACAAAGGACAAAAATTACATACTTTTAAGGTAAAATTATTATTTGTACCTTAT AAGTTTATAATTACAAAAATTTCTTAAACGGATACAATAATATGAGCGCTCATACTGATG CGCGAGATATACTAATCGTTTTAATTAAGATACATTACATTTTATACATGATACACTAAT CTGATGTACATTTTATACATGAACACCAGTCTAATGCGCGAAATACATTAATTTGATACG CGAGATACATTAATTTGATGCGTGAAAATAAGAAATTTTGAGAATTTGTAAAACTAATAG GGTATAACGGTAATAAGAGAACTTAAAGATGGATTCATATCATTTCTTTTTTCTAATTGA ATATTCATATTCACTCTGAAATTTCGATAAAAATATAAATCACACTATGTAAAATCCGGT AAAAAAAGAAACGCTTTTTATTAATAACTTATCTTCATTCTCATTACTTTGATAGTGGTT AATTTACTATTAACACTCATTATAAGTTGTTTGAGTTATTGTATTATTTTATTTTATTTT TTTGTTATTTATTTATTTTATTTGTATAGAGTATTATATATTATTTTACAATATGGCTTC GCTTGAAAAAGCAAGCTGAGCTAAAAGGAATATATTCCCTTTTTACTATATTTAAAAACT TAATTATATATTACTTTTGTTATATATATATATATATTTATTTTTTAAAAATAAAAATAA AAATGTCAATTTGAGTAACAGATTGGAAAGTAAAATGCCACAAAGAGATGGGTCCATATA GAATATTTTTTTGCATTTGGTCTGCGTTAATCCCACGCTATCTGATTTATTTATTTTTAT TTTTATTCTCATTTATTTATTATGTCCACAAAATTTTATGAAAAAAAGAATTAAATAGTA GTAGTGCAACTCAAGAAAAGTGGATGAATTTAATATGGACTGTGATTGGATGGTTGAGAT TTGAGATGACATGATTTTTTATCAGAAATTTTTATTAAGAATATTTTTTTAAAATATAAA TTATATAAGTGTATGAATTTAAATTTAATTGAAGATTAATATAAATATTAAAGTGAAAAA GTGGGTGAAATAGTAGCAGTGCAACTCAAGAAAAGACATTATATTTGTTTTCTTTAGAAA ATAAGGTAACATTTGGTTGGGAGTACTTTGAAAAATAAATCTCATCTATAAAAAAATATA ACATTATTATGATTTGATTTCATTTATCACTAAGAACTTAATATTATTCACAATTTCTTT TGTTCTAATTTTTCACTTTTTTATAACTAATACCCCATAAATTATACAGCAAATAATGTG TTATATGTAGTGTATTATAATTAAAATGTGGAATTAATAATACACGAATTGAAAAAAATA ACCATTCATATAGTTAGCCATTATTTAATGTTGTTAACAACCTAATTTAAAATATATAGT GCATGATAATTTGATTGCAACAAATCAAATAAGCAATAAAAAATATTTTGTATATTACTG TCCATAAATTATAATTTCTCCATCTCTTGTTATTACATTAGAAAATTCGTATAAGAATTT TTCGAGTTAAAGGATGTATCTGAAATAAGCTCTTTTTAAGAGTCCCAAACTAAAAGGTAA AAAATATTGACAAAAATTTAAAAAGGTAAATGAATTTTTTTTTAAACCAAACGGTAAATC GCTGATGGTGTAGCTATTTAGGTGGTGTCGTTAAGCTAAATCGTTGCAGTAGCAGCGATT TGTGAAATTTATTCTTTTAATATTTTTTAACAAATCATCGCTGCCAAGGCAGCGATTTCA CTTAATTTTATTTTTTAAAATTTTGAAGTAAATAACACGTCAAGTTTGTACAAAAAAAAT TCAAATGCATTTTAATATTTATGTCTGGATGTGAAATGTGAATTTGGAAGTTTGACAATA TGATTATTTTTGGCTAATTATAATTTATTTACAATAAAAAAAATTAAATAGGTGAAATCG CTGCCTAATGCAGCGATTTACTTCAAAAAAAATTTAAAAAATTAAGTAAAATAACTGCAC ATGCAGCGATTTACAATTTTTTTTAAAAATCATTTACAGTCGATACCAAAAAAAATAAAT TTTACAAATCGCTGCTACTGCAACGATTTTCCTTAACGTCCTCCACCTATATCGCTACAT CACCAGCGATTTTACGTTTTAATTTTTAAAAAAAATTCATATACCCTTTTGAATTTTTTG TTCGATATTTTTTACCTATTAGGCGTGAAACTCATCTTTTTAACTCAATAAAGTGAAGTT ATATATATTCTATTTTCTCTAGACAGTCATCTATAAAATCACAATAATATATTATTATTA TTAATATTATTATTATCAAGCATCTTTTAATTTTTCCCTTTTTATTAAACAATAAATAAA ATTTCCATTACAAATTATATATATATACACATTAGTGGAAGCTTGAATAAATCTTCAAAA AGTTTTGCAATTGCAAAGCACTATTGGAGGTTTTCAAAAAAAAGTGAAATATCTTTTTTC TTTATAATGCATGAAAACTATAAATTTTATTTGTGGAAAGGGGAATAAATAGTGTTATTG GACTCCAATCCACATGTCTTATATGGTTAAAATAACTAGTAGAAATTCCAAATTTTAAAT TGAAATATTTAGATAATATTCTTAGGGAATAATAACATATTTTTATCCTTTAATTATGAA ATGAAACGATTAATAGTTACTACAAATTTGTACATATTCACATGCAAAATTTTAGTATAC TTACTTCATTAAAAGTTCATTATACCTATTAAACAAAATTATTTTAACCTTAGTCTAAAA TATAAATAATAATTATATGAAAACACAAATTTCATTATTTTTTTGTGTACATATATATAT TAAATTTTTTTTGACATAATAAATATGATTCCTAAGAAAAAAGTAGTGATATTTGTGGAT TCATTCATGAATGCCTTTTGGCTAAGCATTGGTAATTCCAGCAATACATGTTAGGAGGAC CACAATTTAACAGATCACTCTTTGCCTCTTTGAAAATGACTTTTTTTTTTTTTAAAAATG TTATTTTATTGTTTATTTGAGTTCGATTGTTATATTATTTGTTGTTATCGTTTATTTTTT TTATACATTTGATCTTCGATACGTACTACTTGAATCGATAATTTATCAGAAACAGCCTCT CAAAGTAGGAAATTATAGCGTGCTCATCACTTTTTCAGGCTCTATTAATAGAATTTCATC GCGTATATTATTGTTGTTTATATTATTTCAGGACAAAAAACTTATCGTCAGTTGAATTTC GAAATAAGAGATCACGAAAGACTATAGTGAAATAGTTGAAATTATTTCATTCTAAAATAG TTTTTATATCTTCATAAAGTAGGGTAAATTCATGTATATATGATCCATTTTTTACTCCAT GTGATATTACATCAAGTGTGTTGTCGTATCATTTAAAAAATAATAATAAATACTTTGTTA CTCGAATTAAATTATTGATAAGAGGTCACCAAATGCTATCGTGAAATAATTAAGATTCAA TTATTCAAAAACAAACATTATAGATTTTCACCAAGTAAGGATAACAATACACTATAATTA CTAAATAAGATTTTTTTATACCTAGTCAAATATTCCGAATTCAAGTTGTGCAAATAAAAA AATCATAATAGATAAATAATTCTACATAATACGAATCTAAATTAATTGAATCAGTCTTTA AAAAATTAGACAATTTAACCAGATAAGAGAATAGAAAAGAAATAAGTGTTGCCAAAAATG AAAATTCCCTTTAAGTTTGAACTCATTCTTGCTTGACGTTATGAAATACTATTACATATA ACAAAAATATGGGCAACTTACATTGTCAAAGATTCTTGTACATTTAAATATCGGTAACAA AATTAAATCATGAGATTATAATCTATTTAATTTATTTAAGTTTGAATGGGTTATAATTCA TTCATTTATTAGTTTAGTTTATTTTCAAGCAAATATATTTTAATCTATCAAAATTGAGTT GATATCTAAATCAAATTGATTTATGAGAAATAATGAAATTAAAACTTAGTAGGAATTGGA CCGAATAGATTTTGACCTGTGTTTTAGCTCATATTAACTTCGTTCATTTATTAACTCAAT CTATTTTGACATGTCTGATTTTGCAGTCTGCACATTTGTCGTGTCTACATTTAACTATAA TATATCAGACTATTTAATTAATGGGAATATTAAAAGTTTATATATTATACATCTATCTTA TATAAAAGTGTATCATTGTATAAAAGATATTAAAATTGTATAATCCCGTCAAAATGAGCT AAGTCTATGGGCCGGTCCAACCCAATCTGTTACTGGGGTAGGATTGGGATAAGATTTTTC AAGTCCATTTAAAATTAGAACTTGTAAGCTCGACCCATATAAGTTCCTGATCCTTGAGGT TTGATCGGGACTGGGTCGGAGTTGACTCATGGGCCAAAACTATTTATTTAAGGTGTAACT TACAATACTCTCACCAGTATGATCTCATTATTAAAATATACATTATGTTGATTATTATGA ATCTTATGAAATTTTGGTATGTACAGATACATGTATCTCGAAATATATGGACTCAAAATT AGGTTAATTTGTTCTAGATACACTTTATTCAAGAAGATTCGCATGTATCTACTATACATA GACAAATTTCCCACCCTCGCCTCCCTCCATCTTGTTTGTCACTCTCTTATCTCGCTCGCG TATTTGGTATGTGAGATACATGTTAATTACACTCGATTTTTTCTAGTATATTGAAACAAC AACATTGTTTATCATATTTGATTTGAAAATCTTTTCATTTTCTTTATGTTATAGAACTAT AAGTTTGAAAAGAAAAAAAAAGAAGGCCTAGCCCACCTAGCCCTCGACCCTTCTAGGCTG GGTTGGGTTGAGCATATTCAAGTCCTTCCAAATGAAAGGTTGGTCCACTCTAATCCTTCA AATTTCTTGGCCCACGAGGCTTGGACTAAGTGGGGCTAAGTTAACCTTTTTTGACAACTC TAAAATTGTATAAGAATGTGACATATAGTTAGCTATTGAGACAAACTTCAAATTTTGTAG ATAGCCTCCTTATACTATTTTCAACAAAGAGAAACAATACCTACTTCAAAATTCAAAAAA AAAAACACATTTGAAATACTAATACAATTTTTCACGTTCAACAAATATTTATCTTTTTGT AATTTGATTTTCACCACTTAAAGCTTATAAAATTAGTATCTTAATCATGATTTTCTTATT ACAAAAATTTAGAAATATAAGAACATGATAATGCACTCCTTTGAAGCAAATACAAATATG AATCTCCTTTTGGATTTTTAATTAAAAAAGAAAAACATAAACCATAATATATCTTTTAAA AGTTTAAAGAAATGTGACACTTCCATTATTATTTGGGATTTTCTCTTTATGTTTAAGTTC CAAACATTTTGTATTTTTGGAACTAAAAGATTCAATAATTCATGCCACAAGGGGCAATTT TGGGACATTTTGTGTTAAGTTTTACAATTTGAAGAAAAAATAAATTGATGGATTGTAATA TCACAAACTACCAGGGAGAGTTGTGTAATTATCTCCTAAATTGTGGTGGTCTCTGTAAGT TTTCTTTTTTTCCTTTTCGGTTTACTTTGAATGTCTAGAGCCTGATTAAATTTGGATTCA CGCATTATAATGCCTATTTCTAGAGGAGGTGCTTCTAGTAAGATTTTTTTCCGTCTCTAA GAGCTCAAATTTAAAACGCCCAATAAAGAACGGGAGGAATCTCAATCATCCTTTTACATC CGATATCCAAAATTACTTTAGTTCCAAAGTCAATCTCTACTCATAACAAGCATTTAGGCA GAGTAAAGATTAAGAATTTGGGATTCTAAATTACCTTAAAAAAGAGAGGAGGGTTCAAAC CCTTCAACTCTAGCGTAAAATGTATTCTCTTCCTTAGTCGTGACCCGTCAATCAATTTTA TTAGGGATTTACAAGTTAATATACATATATATTTATTTAATTTTCTAATACAATACAAAA TTTATAAAAAAATTACTGAATTTATTCAAATTCATAAATCCCACCTTTATCCGCCTCTGT CTACTCATCTCACATGATATTTATACTTTTAAGTAATTAAATTTTTAGGAGACTTCCAGC CTCTCGTTACAAAGAAATAACATGATTTTCAAAATATAACAACAAAACTTCCACTTGTTT ATTTATAAAGATATTCAAATTATAACAACAAAGCTTTCACATATTTCTTTTTATAGAGAT ATTACAAATATAACAACAGCACTTTCACATTTTTTTTTTTAATAAAAATGTTGTAACTAA ACAGTATAATTTGTAAGTTAGTTTGGAAGTACATTTATAATTGAAAAAATGGAAAAAGAG CTTAAAATATCCTTTATTTCGTCCACTTATTGGCTTCAAAATGTCCTTCTCATCCACATA TTGACTCCAAAATATCCTTGTCATCCACCTTTGGGTTCAAAATTGACCACTTATTTAATG TTTTTTAAAATTAAATTGTTTAAATATTTTTAAAAATACTTGGCGCTCAACTATTTGTTA TAATTTAATTTATTAATATAATTTTAAACCAACCCACTACCCCTTATTACTAACTAAACT CCACCCAATTAATAAATCGACTTTAATATCAAAATCGTCATAAACACTACTAAAACACGA CGAAGTGATAGATTCCTGAAAATGACATCCAAAATTATTCGAGTCCGAGTCGAAGTCCCA ATTAAATTTAAGTTGAGCCGCTTATTTAGGAAGACACTTTCAATACGATTCTCTTTCAAG TTTGAATTCGAAATTTATAATTATAGGTAAAAAGAAGTGCATCCCGAATTAATTCATGCA CTTTTTAAAAAATATAATTTTATAAATATTTATGATTTGTTTTAAAACCTTTAATATATC ATTTTTTAAAAAAAAAAGTTATCTATGAAGTAACATCACATAGTTGAGATGAAAGAATAA TTCAGATGAACATAGTCAGACTTTTAAGTCTATCGGTTATTTTTATTTAGACACTTGAAT GTATGATAATTTAATTCTATAGATATTTTCACCTTAAATTTTTAAAAACACTCATTGGCA GTAGCTTTCATATTGTTGCATTAGTAATGTGACGTATTTATTAATTTTGTGGGGTTTAAT TAGTAATAAGTGGATAGTGAATTGATTTATAAATAACCTACAATGATATGCAAGTTTTGT AATATGAGTCATTTTAACTATTTTCATTTTAAATGACTTATTTCATTTTTTTTCACATTT TGAATAAAATGTTTCTTTTATTTTTGTCTATAATTGATAATCGAATACCCAATCAAATCA AATCGAAACCGACAATAACCAAACCAATAAATATACAGAGTATTATATTTAGTTTGATCT GATTTGATTTTAATAATTTTAAAATTAATTTGATTTTGATTTTAATTTTATCTAATAATC CATTCAAATCGACCCGTAAATAACCTATGGCAACAATGAAAGGTTATAATTTCTTAAAGG ACACACTTTATTGAATATTTACTTTGACATAATTATGATGTTTCTAGTCTTCAAAATTAA TCATTATTAAAAATAAAATGAAAAATATAAAATAATTAATTTTATCTTAATTAAATCCAT GTCCAAATACATAATTCTACCTAAATCTAATTCAGAGATTTCATAAAAGAAAAGAAAAAA AAGAAGAGAGATTCAACGTACCTTATAAAAAATCACAATTTAACAAAACCAAGAAAATGC ACCACTATAATCTCAATTAACAATTTTTTATTTTGTACTTGTAGCTTATTTTACATTTAC TTTTATTTGATTATTTTTTATTGAGAAAAATAATAAATATAACTTTAAAATATCGTAAAT GCTATGCAAAATATTTTTTATTATATTTTTGGGATATTAATGCCCCTACCGTTCAAAATC TAGAGCAAATATACTCTTTATACTAATGGACATTCACATGTCATAATCTTATTCATCGGC TGACATTTATTAAATATTGAATCGATTGATAAGATTGTACCATGTTTTTCTAATTAGTTC TCTGTTAGAACGAAGGACATATATGCTATAGTTTTTGAGACATAAACACTACTATCCCAA AAGTATGACAAAGGATATCTGTATGTCATTTATATAGTTGGGGTATATTTGTCCTTTTTC TCTTTTTTATTTTGCATATTTCTTGAATACAATAATTAATATAAATATTTTATCATATAA ATATACAATTAAAAATATAAATAATTAATAAAATTTTTGCATATTTCTTGAATACAATAA TTAATATAAAGATAAAATACTTATTATTTAAAAATATTTTCTTGATCAATTAAAATCAAT TAGTAAAAATAAAAAGTTAAAAATACTTCCTCCGTTCGGTATTGTTTGTCATGGTTTCTA TTTTTAGAGTCAAACTGTAAAAATTTTGACTAACATTTTAAAATGTATTTCTTCATCATA TTAATATACAAAAAATTGTAATTTATAGTACTTTTCATATAATTTTAAAATATCTAATTT TTTTACTTAAATTATTAAATTAATATGATCTAATTTATCTTTAAAAATTAGTTAATTCGA ACGAGTGAAATTCAAATCAATCACAGTCAACTTACCATAAATTAATAAATTACACTAACC AAAAAATAATTTCTTTAATTTGAGCAGCATTCACGAAGAAGATAAAACAGACAAAAAAAA GATTAAACAAAATCATGCCATTTTTGTTCACGATGTTGACTTTACTATCATTAATTGTTA CTGTCCTATTTTGATGGATGCAATGAATTTGATCTATATAATTTTTTAATATTTAACTAT TTTAGATTTTTTTTTAAAAAAAATAAAGCTGGATCTAAGATTTAAAAATTTAAGAATTCA AATAATTTGAAAATTATCATAAAAATTAAATAATTTTTTAATTTTAAAATCTAACATTAT ACATCAATTAATATGAATATTTAAATAAAATATTATCGTAAAATTTAAAATAAGTAAGTG AAAATGAATGAGGAGAATATATCATTTGACAAAAAAGCCTCGATAAACATTTATAATATG TGTTCAACATGAAATCAAATTAAATAAATTTTAAATATTTAAAAACTATACGAAAAATTA ACAAACAATTCTTTTTATACATTTTATAATGTTAATCAAGATTTATATAATATGTTTTAC TTGAGTCAACTAATCTTTCAAAAAACATTATCTCTTACTCCATAAAATAGTCATAAAATT TACGTACAATTTACACTATCAAAATCAGTTAAGAAATTTTATTAAATATATTATTATTAG AATTATTTAAAGTTACTTTAAAATTTTTAGTATTATTTTTGGGCATACTCTCTCTGTTCG AAATTGTTTGTCATGTTGCATTTATCGAAAATCAATTTGACTAACTTTCAAAGGTAAATT ACATCATATTAATTCAATAGTTTAAACCAAAAAAATTAGATATTCTAAAATTATATAAAA AGTACTATAAATTACAATTATTTTCATATTAATGTGATGAAAAAATACATCTTAAAATAT TTGTCAAAATTTTTATAGTTTGATTTTAAAAATAAAAATTATGACAAACATGAACGAAAA AGGTATATTTATTATAAAAAAGTTAAAGAAATTTCCAAAAATGGTCATGAACTAATTTAT AAGAACTTTTAAAAATTTATTTCGAAAATTTATAATCAAACGCGAGCCCGATTATTTCAA GCTACACCTTGCCTATATATATAGAGATAGTCAACAACCACTCTTCTACATATCTACTCT ACACCCAAAAAAAGAAATCGAAAAAATGTCTTCAGAAAGGGCAAATCGCCATCAAAGGAG GCCATCTCAGAGCTTCAATTTTGTTTTGCCGGAGAACATTTCGTTAGCTGATCCAGTGGA CGGCGATTCCGACAATGGCGCCGGTGCCGGCGAGCAAAATAAGGTTGTTACGCCGCCGCC TGCAAATTCGAAATCTGGACTCGGCCGTACTGCTAGCGGAGTTTCATTGCCGCCGCTGCC GGTGGAGATGTCGTCGGAGAAGGAGGGAACGTCACGACGTCAAGGATGAACCTAAGAAAT TTTTTTTATGAAGTTGATTTTTTTTTAGTTAATTACTTTGTTTTTTTTGTTTTTTTTGCT TTGTGATCAGTTGATAATCTACCTGAATCTTTTTTATTAATTTTAATTAATAAAAAAGTA CTTTTTTATATTTATGTGTTTTAAGTTTATCGTAAAAGATGAAGAAAATACAAGAATATT TCTTTCAATTCGTTTGACTTGGAACAATTTTTTTTATATTGTTTTTAAAATAGTGTTTGG TCATAAAATTTTTTAAATCGAGTTTAAATTTTAAATTTGAAAAGATTTGACTTCATATAG TTCAAATAAATTATTTTCTTCTATATTTTTCAAATAGAAAAGAGTTAAAATTGCCTCTGA ACTATAGACTTCGTTACATTTTGAGATAAAAAATGTCGTTATAGTTATTCTAAGAGATCA CGTGATACTAATCATTCCACTTAAGTATTGCCAACTAGGATTCACTATAAAATAGTTAAG ACCTTTGGCGGTGACAATAATCGCCACAAAAGCACAAAAAATCATCACTAAAATTTTTTA ACATGAAATTTTAATTTTGTATTTTTTTTCTTCATTGTTTTTAAAAATACAAAAATGATA TTGATTAAATAGGAGTGTAAAGACATTATATATTTTATTTTTATGATATACGTAAACGTA TAAAATGTAGAATGATGAATTATATAGTAGGAGACGTGAGTCGAGAAGTAATTTTCATGA TTTTTTGTAATAATATTAAGTGTTTTTAATATTGATATTGCAAGTTATTTAACTTTAAAA ATTAGGTTGCAATCAAAAATTAATTATCATATCTTTTTGTTGAAAAAATAGGTTTTACTA GCGAATGGTTGTTGAGACTTAGTCGTCACTAAAAATCACTCATGACTTTTAGTGGCAATA TTTTGAGGTTTTGTGACAACTTTGTCGCAACTAAAGGTCTAGTATTTTTGTAGTGAATCT TAGTTAACAATGCTTAGGTGAAGGGATTAGTCCCATGTGGCATGTCACGTCACTAAAAAT TTGAGATGTTAATTCTTGAGGGTATTTGTGGTCTCCTAGGGTAACAACAGGGATATTTTT TATCCCAAAATATAATAAAGAGTATACGTGATCTATTTCGCATAGTTCAGGAGAAATTTT GACTCTTTTTCATTTTCCAAATAAAATAAAATAAGACATAACTCAATATCATAAAATTCA AATAAAACATGAACTATTTAAAATTTATGATCAAATACCACTATCAAAAGATATTCTAAC ATAGTATATAGCGTATACACTATACACTTTAATTTTAAAATCACAACTATAACATTTTAA TAGTTCATATTCAATAACTAAGACATGAAAATTTTCTTTTTTTTCGAAAAATGGAATTTG GAGAGACTCAGTCAAAAGTTTGGTCTCTCTATCTCCTAATGGGTCAAGAATTGTTGACCC ATTTCATAGTTTGCCCATCCTAACCCATACTTTGTATCCGGATGATTTGCAGATAATTTT CGATTAAAATTAAACGATTTAATGTTCAAATAGAAAGATATATCACATAAGTTAAGATAG AGGAAGTAGCTATTATCTCCATTTAAGAAATTTGTGTATAGTTTCATAAATCATGTTGGA CGTATTATAATTATTTTATTTATCGTTAGATTATTTATAACTTTTAATGAATTGTCAAAT TTGTTCTATTCATGAGTTATGTCATGTGGAACAATGACTTTAAGTACAATCATTATTCAA CGAATCTTTATGTATCATCTTTATTCAATTAACATTTAATTAGAGATCTTAAGTTAGAGT CTATATTTTGTTGATTGACAAATTTATTCAATAATCAAATATAATTAATTGACATATTTT TTTAATATTTATTAGTTAACTGAATAAAAATATTTTTCTTGATAAAATCACATATATATA ACTGGTGAAATGATAATTCTCAAAATACATAAGTATTATTTATTCCTGAGACATGTTAAT TGTTGATCAACATAAAAAGTTGCCTCCATAAAAAAAATGAAATTGGAATATCAAATGAAG AAATAATTAATTTCATAAATTAGTTATCGATTGAAACACGATAAAAAAAATTAACTAAAC ACTTAAATATTGATAATTCAATAAGATTTGCTGAATGCTTACTACTTTTCATTGAGGATG ATATTATTTCTCAATAAATTAGGATTACAAAGATAAAATTATAATAATTTAGTATCTATA TTAGAATTTCAAACATATTTTAAATTCGTGCTAACATAAAATTTATTTAAGGAAAAAATA ATTTGTAACATGATGTTTTTTTCATAATCTTTATTGTTAAAGAGTCATCGTAAAATATCC TTATACTTATAGAAATCATGAAATCGTATCATGTTTCCGATTTGAAATTTTAAACTTTTA TTTATATTAGAATAAGTTTTATTTTATTTTTAATGGCATATTTTCATAATTATTATTGAA TCTCTTATCTTGTTTAAATTGTTTTTTTTTGTCCTTTTCTTTTAAATATGATGCACATAA ATACAAAATACATTGTATAATAATCTATATTATTTCCTCGAAAATGATGATCGAACATTT TGTTTATAGACCTTATGATATACAATATTGTTTACTACTTTTAAAAGACAATTATTATTT AATTATCATCCTAATATTTAAAACTTTGAAATTAATTAAAGTTATGAGTTATGAATCAAA AGTTAATTTTTTGAAAAAATACTCTTTTATTAGTTTAAATCTCCTATAACAAAAAGCCAT TAAACCTAAATATCTTACTCATTACCATACTATTTTCATTTTTTTTTCAGTTTTTATTCA AATTTTATTCTCTTTAATCTGCCCTTTTTATTTAAATTTTAGTGTTTCTTTGTTTCAATT GTTATAAATATTTTTCAGCCTTTATCACTTGAGCATATGTTCCAAATTCTTAAAGTTACT ATTGATCAAGACCTGTCTAATTTATTGATTCTGTATTTAGTGGGACTTTATCTGTCCCAA CCATCTGATACTGACAACAATTATTGATTGAGCGGGTTGGGTTAAATTAAAATAGTCATA ATAGATTAGCATAATAATTATGTGAAGATGTGATTCGATTTAAATTTGTTTGGATCGAAA TGAATTGAATCAAAACAGATTAGGATTATATGATGGATAATATAATAGTTCAACATGGTG ACGGTGACAAAATTTTCATTAAGGGTATATAATTTGGAGAGTATAACACACAAATTAGTC AAAGAAATTCGACGTCTATTATATATATGCATAAAAAAAAATTTTAGCCATATATAAATA GTAGTATAATTTTCTGTCAAAGGGATTCAGATTAACCCTTGAACTCAAGGTGGCTCCGCT CCTGGTCAAGACCTAATCCAATTCATTTCATTAAGCTTGATTGTTTTATTTATTTCTTGA AAATTATTTTAGCATCTGATAAAATTATTATTTTCTTTATTATGGCTATATATAACACAT CAAATTTAAAACATAAATTTTTTTAAAATATTTTAAATTCGAAGTATATATAATCTATTT TAATGAGGTTGAAAATGGTTAAAATTGAAACATGTTAAACTAATAATTAACTCGTCCAAA CTTAAACATGTTAAATAAGTTGGATTGATTTCATCAACCATAGTGACCCCTCCCCCACCC CTTTCCAAAAAATAAAATAAAACGAGTTGAGTCAAAACAAGTTGAAGTAATAGTTAACTC TCTCAAACTTATATAAGTTAAACGGATTTGAGTTTGATTTTGCCAACCCTACCGATGCCC CCCCCCCCTCCAAAAAAAAAGAAGATGAACCTGTGAGTCTAACTCAAACTTGGCTGGCTA TATGCCCGATCGTTAGACAAGTACTCCCTCGTCCGAATTTATGTGGAATTTTTCATTTTT TAGTGTCAAACAATTTAAGTTTGACCATAAAATTTACGCGTGGAATTTTTAATTTTTTTT AAAATAACGTTTATATATTTGTAAACTAAGTAAAAAATATTATAAATCACAATAATCGAC AATTCACAATAATTAAAAGATACATAAAATTTACACTTAATGATAGTCTATTTGAATCTT GAATCCAGAAAATGTCACATAAAAGAGTAATAAATAATCATGAATCACGAGCAAAATAAA CATAAACACCAAAAAACACGAGCATAATAATTAATTAATTAAATTAAAACCTAGATTATC CCAAAATATTTTTTGTCCACCGTATTATACACCTACTCCCAGTAATTGAACAATTTTTTT TTCCTCTTTATTTTGTTTTTTTCAGTGTTAATAATTTCACAGATTTATGTTCAATTTATG CACAAAGATTTGAGTTCAAAACTCTTTAGCTGACCAACTCAAACAATGGCTCTTTCTGTT CCTCACTTCATCTCTGTCAGCAGATTTTCAGACCTCAATGGTGTAAAGGTTAGTTTTTTA TGTCACCCTTTAATGTTCTTATTGATTACCCATAAAAATTTCTGCAGAAATGAGTTTGAG ATATGGTAGTTTCAGTTGAACTCTTACTGCTTATCTAAGAATCAAGAATCTTGATTTTTA TTGTAAAAATTGTCCCTTTATTTTGTTAGTGTATTTGATTTGTGTAATAGCTTGTTGGTG GTCAAATTACTTGCATTTTGTGTGTTGGTGTCTAGGTTAGCTTGTGCACATTTCGATTAA ATCCATAGGATGCCAGTTACCTCTCAGGTCCCGAGGCTAGGACAGATGAAAAGAAATTAG CTAGTGTATTTTTATTTTGTCTCTATTGAGGTTTGAATGTGAGACTTGACAGTTCTCAGT TCACTTCATTGACTATTAAGCTACACCTTAGGTGTAAAAAAGGGTTCTTTTTCTGTGATG TTTTCAGTATACAGTAGGTAAAAAGTGTGAAATTTTAAGCTGCAGGTACGTGGTTCGCCA AGGTGTTTTCGGAGAGATTGTAAAGTATTTACAGTTATATCAATGTCAAAAGAGGCATCA AATTATATACCAGCAGCTCCTATATTTCTCCCTGAAGGACCATGGCAACAGGTGAGGGGC TTCTCTCTTCTCTTTATATGTTTCTTGTTTCAATCAATCAACTACACCTCAATGCAAACT AGTTGTCGTACTGATTCAAATATATGTGCCACTCTATTCGGACCAACTTTGTTTAAATAC TAACTTAAGAGGTATATGCAGCTAGACGTTTATGTAAATACCACACTTTTTTTATATTTA CGATGGTGGTTCATGGCCAGCTTGCACGAAAGAGAAGTCTAAATATTACATTATAACTTT ACTAACATATTTATAATGTTATCAAGTATCGTAATCTCTTTGATTGGTGCTACCGTTTTA TCTACTGAGATTGAGACATAGCTTTCTGTGCGTCTGTGATATAATGTACTGTGAAACAGG TGAATTCCTAATTAATGCTAGAAAATGATGAATCAAAGCAAATATAGCCATTCTAAGCTA CTCTAATAGACATTTTACAGCTGCTACAATATTTTTAGCTAGAGACATGATAGAAAATTG GGGAATGGGTCAACATTCTAAAAGTAATACTAGCATAATTATGCCAGACCATCATTTCAG GAGAAAGCAAACAAAGATCTATTGTAAGCTTAAGCTCATCGAATTTGTTAAATTATATAT CTATATCAGTATGTATGTATGTTGCTAGTATGGTTCTTGATAAAGCTTATGCAAACAGGG ATAATAGTCTTTTTTTCCTGAACCTCGTTGCTTCTGTTTCCTCCACTTGTTCGATATTAG TTTTCTAGTTGGACGGGTGATGATTCAGGATCAATATGATATAATTGTCTGTAGACAACT TAGACTGCTTCAAATGTGTAGATTCCTGGTGGTGTTACTGCTGCAAAGGGTTTCAAAGCT GCTGGGATGTATGGTGGATTGCGTGCTCTTGGAGAGAAACCTGATCTCGCACTCGTCACT TGTGATGTAGATGCCATATCTGCAGGTCAGCTACCCTAATATAGTCCTAGGTCATCAGTG TTGAGCTTTTCGTAGGTTCATGAGTGAAAAACTATACTGTTGCTTTTTAAAATTCTTACC TCCTTTCCCCCACCCACCCCTTCCCTGGGAGAGAAAAGAAACATACAGCTTTCTTGAAAT GAAAAAAGGAACACATTTGTTTGGCGGTTGTGTTAAAACTTACCATCTACAATCAACCAA TAGAAACCGATGAATCAGGAATCACCATTTTCTTGTTTTTAATCCAGGGGCATTTACTAC AAATGTTGTTGCAGCTGCACCTGTACTATACTGTAAAAGCGCACTAAATGCATCTAAAAC GGTATGCAGGAGACTTTGTACTTACTGTTTTGTCTTTCACTTGAGGTGAAAGAACTTTTT GTCACCTTTAGAACTGCCAACTCTCAACTTTAATGTGCTATTGTAGTTCTGTACTCTGCA TACTGTTTGCTTGTCCTATATTGACTTAAGAAATGACGTGATACAAAAAGAAGAAAAGTC GTTCTAATTGGTTACTATTGAGCCGAAAAAAGTTTTCAATTAAGCTATTGTGCTATCTTA TTGGTCTCTTTCACAAGTTTAAGCCGATGCTTTTGTATTCTTATGATTTATTAGATAAAA GGATGCATCTCCATTTATATTTAGGAATGAATCCAGACTTTCATGAATTTTTACTATTTT GTGAATCCAAGAAGCATATTAGAAGTATATATTAGTAACCTGATGTCATGGATTGGTTGC AGCGAACTTGACTGCTTTTGAAATCCTGTTTTCTTATAAGAATACTACCACTTTTCAGGC TCGTGCGGTATTAATAAATGCTGGTCAAGCTAATGCAGCAACGGTAATTTCTCCTGAATG TTTTAATTGGAAGCTCAATTTAAAGCAGGGTGTATCTCCTCCTCTAGTTTCAATTTGATT GGCAGTAAAAGCAAATCCAGACTCATCCAACTTCACAGCGAAGTTATAGGCTTTGTTATG ATGTCATATCACTTTTCTGCGTTTGAAAATGTGACTTGAGATTTTCAAAATTTCTGTTTC AGGGTGATGCAGGTTATCAAGATGTAATTGAGTGCTCAAGTTCACTAGCTAAGGTTTGCA GTTTGTCCATTTTGGTTTAGACTTTAGATATTTGGTTTCTGATATTAATTTTCAATTGTA ATAGTTACTTCAACTGAAGCAAGACGAAGTCTTGATCGAATCAACTGGTGTAATTGGTCA AAGAATAAAGAAGGTAAATGCTTACATGTTGCACTTAATTGACTTTTCCTAATTCCTTGA ACCTCTTTCTTGCATATAACAATACCCCAATGTTGGATGCCTTGAATTTACATTTCTTTG GCATATTCGTTATTTTGTGTATGATTTTACTGTACGAGTTTTTTCTCTGACCAGTAACCC CGTTTTTATGCTTACATCACTTGCAGGAAGCACTTCTCAACTCACTCCCACATCTTGTTA AACAGCTTTCACCAACCGTGGAGGGGTAATCATCTTTTTCTGATGTAATAATTTATATAT TTAATTGGCATTGTCGGATTTTATCCTATATTAATTTTGTATCTTTCTTCCCTTATACTT ACCCATTTGTGTTTGTATTCATTTGTTCTAAATAATGAACTCTGATCCACTCTAGATGCT CTGTTCTGGCTAAGGATTGCTGATCTCATATGGCATTTGCAGGGCAAATTCTGCAGCTGT AGCTATAACGACCACTGATCTTGTTAGTAAGAGTGTGGCTGTTGAAACAGAAGTAAGATT AATTTTCCAGCATTTCTGTGTTTGTTTTGATTTAGGTTCTTCAATGCTATTATTCATCAC TCTCCCAATTTGTATGACAGTTTGAATCAAGCTATTTGTATTGGGTAGAGTTCTATTAGA TGTCATAATTATGGTTTTGAAATAATTATCATGTAGTTTTCTTAATTATTCAAGTTCCAT TTTCAAAACTATATGCTTAATCTGGACCAAAGGCACTAACTTAGCACTTAGGTGAAATCA ATGTATAGTCGGACTCAAGATCGTCTGTAGTTTGTGTTTCGTTAAGTTCCCATTTCTGAA AGGAAAGAAACTATAATGAATTCTTAATGATATATATGTCTGCTCAGGTAAGAGGAACTC GAATCAGAGTTGGGGGCATGGCAAAGGGTTCTGGGATGATTCATCCTAACATGGCAACAA TGCTTGGTGTAAGTATCTTCAGAATTCCTGCTGTTTCCACTTAAGCAGTGAGAGTAGCTT ACTGGATTCGAGCAACTACGCAGGTAGTAACTACAGATGCCTCAGTTACAAGTGATGTTT GGAGAAAGATGGTACAAGTTGCTGTAAATCGAAGTTTTAATCAAATTACTGTAAGTAAGA CATTTTATATTGTTTTAATACTTCAGACGTTATTCTGATCATGCATGAGGACTGGAGGAG TTCAATGGTAGAAATTTTCCCTGGCATATGAACATTTCTGGTGTATTTAGTTATCAAATG AAGCAGCTAAATTTTGCTTTCACTGAAAGTTTAATTGTCAAATAGATCAAAATTTTAAAT GTTCTCCTTATTCTATTTTCTTTTCTTCTCTGGCAAAATTTATTGAAGTAAAGCTTTAGA TTCATGAAACTTGTGCAAGTTGTTTCCACCTGGTTTCTGGGTCTGAGGAAGAGAGATTGA TGCCATGTGGTTTTGCTACATCAGTACTGGTGGAAGGTCTTTCGCATGATATATCTGAGA CGTATTATTTTTTCTGTAATGTTGAGCAGTTGTGTTAGTTTTTTGGTTGCAAGTTTAAGT TGTGTGATTTTATCAAATCCATTTCCCCATAATGCAAATAAATTCCCAGATTGATTTGAC TAGCCCTGTTCACATATTTCAAATGAATTCATGTTCATTTGCTGTGTGTACCGCATTCCT GTTTATCATCATAATAGAGACAACAATGTATTCAATGACTCTGTTGCATGATCTAAACCC AGGGGAGCATATATTTTGACAGGTCGATGGAGACACTAGTACAAATGATGCTGTCATTGC TCTTGCCAGTGGACTTTCAGAATCACATGAGATTTCTTCTTTGAACTCCTCGGAGGCAGA ACACCTACAAAACTGCCTTGATGCTGTATGTGCTGTAATTTCCTTTATTTGCTTTATTCT TATCCGACTAGTCTATCTTGACCAGGATAGTGTGTTCGTAGCTAGGTTGTGTCCAGTTCT GTCTCCTTAGCAAGTTTCTGAGAAATTAGCATATTCAACCTTCCATAAACTTTCTCTTAT TTACCTCTTTTGTTGTCTCATAAGATACTAGAAGAGTCAAATTTGTGATGAGATGGACTT TCAGCATGATGATTTCGATTCATGTTTCTATGAATTTAATAACTTCATCTCTGTGTTGAA TAGTTCAGCTTGCACACTCTTTTGTCATGGGTTTCGCCATAATGGATTGTATGCCAATCG CTTTCAAGCAAGAGCATTTATATAGCTTAGCAAAATTACTGGTCAAAATGGTCACAAAGG AAGATTCTTGTGACCTGTGAAGTATTATGAACATGATAATAGAGGAATTTCCAGATAACT GATCAGAAAAAAAGGTATATCCTTATAGCTTGCAGGATTGACTCGATTCCACTACAGGTA ATGCAGGGTCTAGCAAAATCAATAGCTTGGGATGGCGAAGGAGCAACATGTTTGATTGAG GTCTGTATTTCTTTATTAAATTCCTTATGAGTTTTGACAAACTTCGATTTGCTCCTAGTC TTGTTTCTTAAACATGCATAAGCTTAGCAACCAACTGTAGAAAAGTAGTTGAAGTTCTCA TCTGATATTTACATTTATGCTAATATAATCATAGACGAATACTAGAAAAGAATGATTAAA CAGATGGCTGAGTAGCTGAGGTATAGGAGTAAGATTCTAGAAATCCCAGGTTTGGATCCT GACTACAACACATGGTGTGAGCTCATTTTATTCAGCTTTGGTGGACATGTTTACTGGGGA TGTGCTTGTGGTTTTTAGCAGTCTGCAGGTGGCAATCAAGGTGCGGTCCAGACAGCATCA TAAAAAATAGAGAACGATTGAATGGGTTATCATAGTTGAGCTTGTTAAGGATAAATTTAA AAGAATAATTTGAAGGTATCAAAGATGGAAAAAGATATCTTATCTTGTCTTAGTCATAGA AATAAATACATGTAAAGTCTTGGGTTCATTTCCCAGCACAGGGCACCCAAGGGTTTGGCA ACAATGGTCAATGAAGTGAGCTGAGAGCTATGAATCACATGTTCAATTCCTAGTGGAGGC AAAAACATTCGGTGGTTTTTCCCCATATGTCCAAGTCTTAGTGAATAAAGGGACCCGAGT ACCTGTGTTAGTAGGAGTTGGGAGGTAACAAGTACCCCGTTGAATTAGTTGATGGTGCGC ATGGTTCTACATTTGACTAATATAAGTAGAAGGTCATAAAAGAATTTGCATTATCTTATG TTGATACCAATACTGGGAGATGGTAGCTTTGCTATATATAAGGAAAGAAATCAAGCTATG GTGGAGTGCTCGATCTCAATGCAGGTTATGGTAGGTGAAGGTTCTGGTGTTTTAAATAGG ATAAACAGAATATTAATTCTTTTTTCTTTTTCTTTTTTGGGTCGACACTAGATTTAAATT CCTTCGTTACTTGGCATGATTAAGGACAACATCTAAGTGGAGAAGGGTAAAAGTACAGGG TCCATTATCCATCGAGTTTCAAACTGCATGCCACTCGCCCTCAAGGATTTCTCGGTTATC AAAAAGAAGGGAACAATCATGTATTCAGTTGAAAAAATGTTTAAAATGTGGCTTCTTAAA CTTCCAGTTCATTCATGAGCATATATACACAACAGCTTGTAGAATCTCTTTTTTTATTTT TAAAGTTTTGCTCGTCTCTAATTGGACATAGGTGAGGGTTGATGGTGCTGATAACGAAGC TGAAGCAGCAAAGATTGCACGTTCAGTGGCTTCCTCTTCACTTGTCAAGGTATGAAATGA ATTACTTTGCATATCTACTTGGAGCTACCTAGAAAGTACATTTTACTGATAGTTTCCTTT CTATAATCAGGCTGCTGTATACGGTAGGGATCCAAATTGGGGCCGTATTGCTTGTGCTGC TGGCTATGCAGGTATCCCTTTCAACGCCGACAAGCTTCGGATATCTCTTGGAGATATTGT TCTTATGGAAGCAGGGCAACCACTTCCATTTGATAGGTATGGAGAACAATACCCCCCCCC CCCCTCCGTTTGTATTGCATTCTTCGGCATGTGCCCTGAAATCGCCTTCTAGTGTCAGTT CCTGTCTCTAGAGAGAACTATAACGCTTCTTGAACAGATGCCTAACCAACTCATTTTGGT TAAGTTTGATGCTACTCTGATATTCTGATCAATACATAAACCAATTCCTTTCGCTCTTGA ATGTTTAATTTTCCTGGTGAGGCCTTAGCCATTATAGAGCGTAAAATAGTTCTTTTGTCT CGGATTATATCTCAACCTCAAAATAGTGGTTCTTGCTCGAGTATTCAGTAGGATGCTAGA CCTAAAGTACATACCACCTCATTTATATTGCTCTATACGCTTTACCACGTGATGCTCTTC CATAGATTTTTTTTTTCCTTTCTCTTTTTGTTTGTCTATCTTGGGACATCATAATCTTGG GTATTTTTGCAGGGTTGCAGCTAGCAATTATCTCCGAAAGGCTGGTGAAGTCCATGGCAC TGTTGAAATCCAAATATCTATTGGTAAGTTTCACATAAACAGGCATATTCACATTGTACT TCCTCTGCATTGGTGGTGTATCGTGTTGAAACTAAACCAGCTCCATGGCATCACACCGTA ACTCTAGAGATATAAGTACCCAGAAGACTGTCCCTATGCAAACTACTCTTTGAAGAGTGC ATTGACTTGATTTTCTATATAAGATGACATGAACCAGACTTATTTCCAACATGCTCGACA ATCACTGTTGGTTGAGATGTCAAGAACAGTACTGGCAAAAAAAAAATGCTGTGCCAAGCT TCAAGTCGAATTGATATACTTTTCGTGCAACCCCCTCTCCAACCCAGAAAAAAGTACCAA CTTTCTTCTTTCCTTCAATAAATGGCAAAAAATTTCACCCCCTACATATCTCGATGATCG TGAAAACACTTCATACATTCAGGTAGACAGGATAATACCTATCTGCTCTATATATGTGCA TATACAGTTTCTAGTGCGACTTTAGTTTGATAGTGTCTTCCACCCCCTTTCAAACTATGA AGCCCTCTGTTAACGAGGCATTCTTATCCTCCGGTTCCACCTTCTGAGGTTCAACAAAGA TGACTCAATGTCACTACTATGGTCTCTTCATCTGAACATCTGCTCTGTTCATGCTTTTCA TGGACTTGTTTGTATCGACTTAGTAAGTGATCTTGTACTGGGATGTACGTATAAATTTCA ATTTCAGTCGCGTGTTCTCCCTGTGCAGGTGATGGTTCAGGAAGCGGACTAGCATGGGGC TGTGACTTGAGTTATGATTATGTCAAAATTAACGCAGAGTACACAACATGAAACAGGACG CGTTACTCAAAGATTGAAGTCTCTTCCTAATAAAGCAGCTGTGGCTCAAGCCAAATTATC GGTTCTATAGTTGTAATACTGATGGAACCAGCAAAATTTTGCTAGATTGACAGGGACTTT TCAAGTTGTTATTTCATCATTTCACACATCTGGTAAACTAGAAGCTCGTATGACATGTAT TTTAAATGAATTTCTGATCTCAAAAATCAGAAAGAAAAAAAAACTTCATGAAATATTTCA GATAACTTGTTCAAACAAACTAGAAACATAGCAATGCAAAAAGTCATCCGTCCATTCAAC AGGTCAAAAGTTAATAAGTTTTTTTAAGTACAAAAATGCCAACAACTCTATAACAACTCC CACAACTCAGATAAGCGTCAAACTTATTTATTTACAACTAGAAGGAAACAATCGAGAAGA AAACACACCAACAATCAGAAAGGAAGCTCATGAAGCCTTTGCAACTGGGAAATGCAACTC TGTGACAGATTTCTTTCGGAAACTGCTACCGCAGAATGAATCCGGGGGGCTGCCAATATC ATAATCCATGGCACCAGCCTGCAGCCCACTAGAATGAGCAGTAATTTCATCCTCCAGACA GTGAAAGCGATTACAACTCATTATGTCCTTATCCTCTAGAGGATAATAACTCCTCCTGGT ACTTCCACCATGTTTGCGACCTTGTTTCTTGTCTTTACCTTTGCTTCCACGTGAAGATTT GCCATTACTTTTCTGCTTGCTCTTTCCATTCTTCCTGTGGTCACTCCTGTGGCGTTGCCC CTTGATTGGCACATGCGAAGCTGCTGTTGGGATAGGGTCATACACATCGGGAGCCCATGT CACAGACAGCTTCTTGGGTGGCTTGCCTTGTTTCTCACGGCTACCTTTAATGGCAGATAC AAGCTTCAAAGCTGTCTGAGAATTAAAAAAAAAAAAAAGAAAGGGAAAAACACAACTGTT AACCAACAATATGATAAGAAAATAACTTAATAGCTCAACGCTGAAAAAATCCCAACACAG AGTCTCCCCTGTGTATGAGAGGGAATTTATATGCTCCAACTGCTGTTCCAAAATACTGTT GCTTCAGCTTTATAACAGAGTCGAGAGCCATGTGCAAATAACAGATAGAGAGTTACAAGG CACCGCAAAACATATGCTGAAAAAAAAAGATATACAACCTCTGTCCCAATTTATGTGACA CATTTTCCATTTTAGGTCGTCTCAAAAAGAATACCACCTTTCTACAGTTGAAGACAATGT TACCTTAAAGTTCTCCTTTTACCATGGTAAAGGAGTTGTTTAGACCACAGATTTCAAAAG TTATCTTCTTAAGCCTTGCACCAAGTCAACCCGTGCCACATAAATCGGGACGGGGCGAGT ACTAAGGAAATTATGGCTCATTATATTGACAAAACAATAGCCCAAACAGATGAGAACTGA TAAATCCTATAGCAACCTACCACCAAAAGGGGTAAAGGTGAACAAATAAGCAATAGTTAT AAAGGTATGGCTGAAGGAAACAGCAGACTTCATATGCCCATGGCTCGAATATCCTCCTAC AAGTTATTCAAGACATAATAGATATCCCCCATCCCTCAAAACTGTGAAAAGAAACTAAAC ATGACACATAAACCATTAACACTTCCCACTAGTAATGCTCATGTTGTGATTCGTGAACTG AGGCCAGAATGCATACAGCTAAGCAGACAAAAGTACATTTTCCTAAATAACATAGGATAT CTTGGACTAGGTCTTTTTTATATGTAAGAAATCCTTTATCGTTAAAATGAATATGCTTCA AAATTGGCAATACAAGTGTAAGCAGACAACAACAATACATTGTTTATATAACAAAAGATA TGTTCAAGTGAACTAAAACTTCATTTAGAACAAGAGTCAAAAAACCTTCTACGTCTTTTT TATATGTAAGAAACCCGTCATCGTTAAAATGATTATGCTAGAAAACTAACATTAAATGTC TCAGGACACAAAACTCACAGGTGAAGATATGGAACGTGAATAAGGCAAGTCAGTTGATTT AGCATCAGCCTCCTGCTCCTTCTCATGAACCAACTCAGCAGGGGGAGTGCTCATAGAAGA GCATGGAAATTCTGAGGACTTGATCAAGCATTTCTCTGAGTCCGTACTGCCAGTGTCAGC ATCATTTGCATGCATATCTTCAGTTCCATCTTCCTCCAATGTGTTGGAATGTTCCTTGTA AATCAAGTCTTCACCATCCTTAATACTCAGAGATTCAGTGAAATGGTACCCAAGATCACT AACAAAAGGACCTCCTGGATAGCAAGAAGCGGAACCAAGAGTCTCCTTTGATGACTCACA AAAGCAACTTAAACTTTCAGAGTCACACTTGTAAGTAGCAGAACAAACGGCCATCAATTA AAGAGAGCAGCAAAAATCTGCACAAACATGCACACGTGGTCTCAGCACAAACAAGAAGCA ACATTTGTTAGAAAAGAAAAAAGACGTTACAGTTATACAACTGAACTTCGTGGATAATTA ATTGCACTTTGAACTTAACCAGTCATCTCAAAGTTATCAATGAATATTTTATCCTTCAAG TTATAATCCATCTATCACGACAAAGAAGCAATTCTAAAGTCAAAGAAAAGCGTATTGATT CTCATAACATTAGTAAATAGGGATTCTGCACATCACACAAATTACTTCCAAATAGGAAGG TATGGGGTCAAGGACAAGGGTAATAGGTAGCCGAGTGCTGTTGCACTGTTATGTGGGAGA GGCAGGGGGCGAGTCTCCTCTTAGTATTTGTATCATATCTTATTCTTCAATTCTCACTAC TACATATTCTTAGTTTGCATTGTTCATCTAGCTTTTTTTTTTTTGCCGTCAATTTCCTTT CAATCCTGCTTTGCTTACATACTTTTTAAACCAAGTATTTATCGGAAACAACCTCTTTAC CCCACAAGAATAAGGGTTAAGTATATATGCATCCTACGCCATCCCCCGAGACCCTACTTG TGGTATTAACAATATATCTTTCAGGCAAATATTGCACCCTGCCTATAAGTAATGCCTTAA AAGCTTAAGTACGAATTTCCAATCACCACAACAAGTACATCATTACAAGAATTAGCAATC ACAGAATCCAAACGTTACTACAACTGTTCAATTTTGAACTTTATGCATTATCTAGACATA GATCGAAGCAAGATAAATTATTTTTACCCTAAACAGATGTTATGTAATTTATATTAACAA CCTGATCCTATAATTGCAAAAATCAATCAAATCACAAATCATTACCTTTCAGTATGTCGA TGTATAGCAAAATCACGCAAACTTCCACCAGATTCGACTACAACTACTCGGAAAAAGATG TGAAACAGCTGAAAAATCCCCTCGAAAGAAACAGAAAACCAGCAAGATCACAACTGAAAC AGCAACAACAGAAGAAAAAGAAAACAGACGAAGATGAAATTAAACGTTAACTAAAACTAT TACGCCAAGGCTTCAAACGATGAGAACACAAAACTCCATAGAAAGAAGCAGCTTGAGGTA AAGTCAACAGATCAAATAGAAAAGGCGACACCGAATGCATCGTAAAGATGCGATGCCCTT CGATTTCCCACCGCCACCAAAACCAAAATCCCTAATTCCCCTCCCAAAAAAAAAAAACTC AACTCGATTCAGCTCCACACCACAAAATCTCAAAGTACAGTGATCGAAACAATGGATGAA GAAGATTGAATTGCTCGAATTTCAAAGAAGCATAACCAGAAAACGAGTAAATCGGATCAT TATTATAGCCCTAAATTACCATCGATTTCAACGGAAGACCAAAACACGAAATTGGGGGAA TATGTGAGAAAGAGACTAATATTTATATTTATAGGGTACTCCTTCCTTTATGGTGTATTA GAAAATTTAAAAAATTATAATATATTTTTTATTTTAAAATTAATTAATTAATTTTTTTTT TAGTAAAAGACGTTAAAGATAAAAGGATAAAAATGTTTTTAAAAAGTAATATTACCTAGA AAAAATCTCATTGTGGCTAGAAAGATTTTTTCAAAAAGATTGTTTGTTAGCGAGATATTT TCAATTAACATGTGCTATCGTGCGGTGGTGTAACTTGAGTTATGTAGTGTGTGATTCAAA TTTAATTGGAGATCTATATAGGCATCCGAATGAGTTTTGCAGTATGTGTTTCAGGTTTAG TTGGTCTCGTGGGCTCTGAATATTGAATAAAAAGTTATATTTAATTGGAGCATCAATATG GACTCCAAACATCGGGCGAAAAAATCAAATGAAATATGTATAAAAAAAATTAAATTTATT TTTTAATTAAAAGTATGTTTAGTTTAAACGATGAGATAATTAATTTTGGATAGAATAATG GGATACTTTATTTTGAGTATAGTTATTTCGCGATTGTAATATTACTTTTTCCTAGATAAC AATTTTATATTTTGGAATAATTAATTCATGAATAGCTTGTTGCCCAAGTAAACAAGTTTA GTTTCTAATTTATCTTTATTAAACCATAGTTGTTTCTCCAATATATTTTACAAACAAGTG AATTAATTATAGAGTTTTCCAATGTTAATATAATACTCACTTTTTTTATATCATATTTGA ACTTGATATATTTATTAATAAAATAATACTTCATTCGTCTCATTTTATGTGATAATATTT GAACGGATCCGAAGTTTAAGAACTAAGTGAAATCTTTAAATTGTTTACCAAATTCATTGT CAAAAAGTAAACTCACATGTAGGATACGTGTGTCTATATGTTTAATTTTATATAAGTTTA AATGTATACTTGTATACATCCAAAGTTAAAGATCATAGTTGTCAACTGACGCAAAGTTAA AGGTCATATTTATGTATTATGCTATTATTTTATCACATTATTTCTATTTTTAATATTAGT GTTGAAAAATAATAAATGCTAAACGTAAATATATGTGAAAACAATTATATTTTCTTGATA GATTAAGCTAGCGTTTGACCATAGATTTCCAAACATTCTTGGCAAATATTATTCGGGTGA AATTTCACCTTGTGCTTGATCATAGTATGTGAGAAACATATTTCATTTTTTTTAGAAATA TATAATTTATAACTTATAAAAACTATAAGAACTAACCATAAGTTCGTATTACAAGTCAAT TGCTCTTCGTTGCAAAAAATAACAAATAGTATCCATAACACTAGAGAAACTTGATAGTTT GGAGTGAGTGAGACAAAACATCATTCCACACATCGTGAAGTATACAAAACACATGACTTT GTTATCCTGATCTGATTGTTCATTATTTTCATCAATAACCATACCATCACTTTCATATTC ATCGAATATTTCATCACTATTTTGGTGTTCAAGTAAAAAAATTATGTAATATAACCCAAA AAAAACTGTAGGGGGTGTTTTATAAAAAATAAAAATTTGGTGTAAAATTTTAATTTTTAA AAGATCTCAAATAATGAGATTTGAACCAAATACTAAAAAAAATAGTATTTAGAAATTTGA ATATTTATCAAATAATAACAAATTGTATAGATAAACGCTATTTGCCAATTTTTTTCTCAA ATATCACTTTGAGAAATCTATAGCTAAATGGGCCTAAAAATAATAAATAACAAATAGTAA TCCTTTTATTTATCACTAATAGGTAAAGTTAACATACAAGTAAAGAGAAATAAATAAACA TTGTCTTATTTCGATGAATATATATTATCAGTCAAATATAATATAAAGTTCATCTCAAAT TATAATTTCACAATAATTAGTCTATCAGTAGAATATTAATGTGTCAATGAATATGACATA GCTAATCCTGTTCGTACACGTGTAAGTATAGTGAGATTTCATTTTCTCAGATGCAGATAT TTATGGAACTTGGGCTGGGCTTCACTATATTCTTCATTGAATTTTATGCTAATGAGTATA TGAAATGAAAGAAAAATATTGTAATATTAAATATGTTGGGAACTTGGGATCGGTTTGAGA TTATAATCAAAGGTGGATCCACGATTTAAAGATTTAAGTATTAGTATATACAGAGAGATT GATTAATTTTCACGATTTAAAGATTTAAGTATTAATATATATAGAGAGATTGACTGATTT CCACGATTTAAAGATTTAAGTACTAATATATACAGAGTGATTGACTAATTTGATATAAAC ACTAAATGTAAGTATATATAGAGAGATTGAATAACTAGTTGAGACTTGAGACTTCAATGA GGGCTCTAAACCCAAAAAAAAGACTACATCATTAACCTTAAGCAAAAATTTCATCAAGCA TGTTTAGAATTTGATAGAGTAAATTTGTTTTGCCAAGTAAATTCTAGCTTATATACTTCA TAAAATCTGTTATATACACACTCTTCGACGGATTGAGGGTACGCCATTAATTGTCATGTC ACTAATTTTGGTCAAGGTCGAGATTATAAGGATCACACTAGTCCTCGATCAAATCAAGAA TTGGCTAGGATAGGACAGGGAAGCAGGAAGCTTAGGCCCTCGAGAATCCATGTACTACCC ACAAGAGAGCATTCCAACTCCCAAAAATTCAACTAAAAATTGCTATATTCCCATCGCTAA CCTTATTTTGTTCATGACAGTCCTCGACTCGACGGGGAATCGGTTGGGGCTGGAACAGGG AAGTAGGAAGCTTATGTCCTCGAGAACCCATGTACTATCACTAGAGAGCATTCCAACTCT CCAAAATCCAACTAAAAGATACCTATATTTCCATCACTAACCTTATTTATTTCGTGACAG TCCTCGATCCAGGGGAGGATTGGCTGAAACAAGAAAGCAAGAAGCTTATGCCCTCGAGAA TCCATATTCTACCACAGAAGAGCATTCCAACTCCCCAAAATCCAACTAAAAGATACCTAT ATTCCCATCACTAACCTTATTTATTTCGTGACAGTCCTTGATTCAACGGAGGATTGGCTG GAATTCGAAAGCAAGAAGTTTATGCCCTCGAGAATCCATATTCTACCATAGAAGAGCATT CCAACTCCCCAAAATCCAACTAAAAGATACCTATATTCTCATCACTAACCGTATTTGTTT CGTGACAGTCCTCGATTCAACGGAGGGTTGGCTGGAACAAGAAAGCAAGAAGCTTATGCC CTCGAGAATCCATATTCTACCACAGTAGAGCATTCCAACTCCCCAAAATCCAACTAAAAG ATACATATTTTCATGACAGTCCTCAATTCAACGGAGAATTGGCTGAAACAAGAAAACAAG AAGCTTATGCCCTCGAGAATCCATATTCTACCACATGAGAGCATTCCAACTCCCCAAAAC CCAACTATAAAAAATAACTATAATTCCATCAATAACCTTATTTGGTTTGTCACAGTCCTC GATTCAAGGGGGATTGGCTGGAACATGGAAACAAGAAGCTTATGCCCTCAAGAACCCATG GACTACCACAGGATAGCAATTCAACTCTCCAAAACCCAACTAAAAGATAGCTATATCCCC ATCACTAATCTTCTTTAGTTCATGACGATCCTCAATTCAACGCGAGATTGGCTAGGACAG AGAGCAAGAAGCTTAGGCCCAAGAGAACCCATGTATGAGGGATTGGCTAGGCCAGGAGAA CAAGAAGCTTAGGCCCTCGAGAACCCATGTACGAGGGATTGGCTAGGCCAAGAGAGCAAG AAGCTTAGGCCCTCGAAAACCCATGTACTACTACCTACCACAAGAGAGCATTTCAACTCC CCAAAATCCAACAAAAAGATAGCTATATATATTCCCATAACTAATCTTATTTAATTCATG ACAATCCTCGATTCAACGGGGATTAGCTGGAACAGGAAACTTATGCCCTCAAGCCCATCA CTAATCAATTTTCAGACTGTGTGACTGATTAACTAAGAAATGACACTATGACAGTAAAAA CAAGAACTTTTGTCAACTACTCAACTACCATCAATCCACAGGCATCACAGGACCAAAACT TCACTACAGAAACAAGAAATTTCCTTCACTTATAACCATTGAAGTGATATTTGATAAAAC TGCAAATGATTTGTTTTACAAAACATAAAACAAGTACATTGTTCCTAAGGCTTATAAGCC CCCTACACAACAAGCAGAAATTAGATACCAAACCTACATACATTAACAGATTTATTTGAA CCAAACACAAGTTCATAAAATCCTAAAATCATGCAACTTTGGTAGAGTGTTGTTCTTCAC AAATTTAAGCCTTTCGTGGTGATTTGGTAGCCTTAGATGGTGATTTAGCAGGTTCTTTTC CAACTTTATCAGATTTCTTAGGCAGAAGAATTGGATTGATGTTAGGAAGAACACCTCCAT GAGCAATGGTTACACCAGATAGAAGCTTTCCAAGTTCTTCATCATTCCTCACAGCTAACA AAACATGCCTTGGTATTATTCTGTTCTTCTTGTTATCTCTCGCTGCATTTCCAGCCAATT CCAAAACCTACCCACACAGAAGACAATTTCAAAAATTTATCATCAAACATGAGCTAAAGG TAAAATTTTCCAGATCCCACACTTGACCTACAAAATAACCCTAAACCCCAGATACAAAAA AAAAATTCAATTTTTAGCTAACAAACAAACCCCATATACTAAAAATTCAATTTTTTAGCC AACAAACAAACCCCAGACACTAAAAATTCAAGAGTTAGGGAAATATACCTCAGCAGCAAG GTACTCAAGCACAGCAGCAAGATAAACAGGTGCACCACTTCCAACTCGTTCAGAATAACG ACCCTTTTTCAAATACCTACCAATTCTACCCACCGGAAACTGTAATCCAGCCTTAACAGA TCTTGTAACTGCCTTCTTCTTTGGACCACCACCTTTTCTTCCTCCAGCACCCTTCTTCTC CATTTTCTACCTCAAAAAAATTGAACCCCAAATGATGAATTTCAATGAATTACTTGTATT GCTTTCGTTTTGAATTGATTTATGATATGAATTTGAGTTACAGTGAGCTGACATTTTATA TCTGAGGTTTGTGCTTGAAGAAATGGACTTTCTTGGGTGAAGAGTAATTTGAGCCGTACG ATTTTGGGTCAAATCTACGGCTGTGAGATGAGAATGTACACGATCCGTGTGATTATGAAT TGACCAATGAGAGATGAACACGTGTGATTTCTAATTTTTTAATTTTTATGTTAAGAAATT TGTTGAGTGATGTTGACAGACTGGATAAGCCTAAAGATTTTAGGTGAATTTTTTATTTTT TTTTTGTATAAAAAAATTAAAGGACTCACAAAAAATATATATTGTAATATAGTATATACC ACAAAATCAATCAAACTGATAAATCAAGTCTATTTTAATTTAACAAATTGAAAATTGATT TAAAATAATTTGATTTTTTTTTCAAAAAAAATAATGAAATCAAACTTATTGCTGTGTACT CCCTTCGTCAGGAAATGTTTATCATGTTGTGCTTATCGAAAGTCAATTTGACTTATTTTT AAAGGTAAATTAG GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 11895 12307 match_2 match_part 0.997 11895 12200 match_3 match_part 0.936 16422 16608 match_part 0.992 17086 17211 match_part 0.992 18022 18145 match_part 1.000 18408 18481 match_part 1.000 18959 19003 match_part 0.882 19203 19253 match_part 0.957 19325 19393 match_part 0.786 19587 19614 match_4 match_part 0.972 16467 16608 match_part 0.968 17086 17211 match_part 0.992 18022 18145 match_part 1.000 18408 18481 match_part 1.000 18959 19003 match_part 0.941 19203 19253 match_part 0.884 19325 19393 match_part 0.974 19587 19625 match_5 match_part 0.970 16474 16608 match_part 0.968 17086 17211 match_part 0.992 18022 18145 match_part 1.000 18408 18481 match_part 1.000 18959 19003 match_part 1.000 19203 19209 match_6 match_part 0.946 16516 16608 match_part 0.985 17080 17211 match_part 0.992 18022 18145 match_part 1.000 18408 18481 match_part 1.000 18959 19003 match_part 0.980 19203 19253 match_part 1.000 19325 19343 match_7 match_part 1.000 16583 16608 match_part 1.000 17086 17211 match_part 1.000 18022 18145 match_part 1.000 18408 18481 match_part 1.000 18959 19003 match_part 1.000 19203 19253 match_part 1.000 19325 19393 match_part 1.000 19587 19645 match_part 1.000 19843 19912 match_part 1.000 20268 20333 match_8 match_part 0.978 17120 17211 match_part 0.992 18022 18145 match_part 1.000 18408 18481 match_part 1.000 18959 19003 match_part 0.941 19203 19253 match_part 0.986 19325 19393 match_part 1.000 19587 19645 match_part 0.986 19843 19912 match_part 0.988 20268 20348 match_part 0.875 20424 20439 match_9 match_part 1.000 21824 21840 match_part 0.987 23072 23149 match_part 0.973 23231 23376 match_part 0.982 23833 23887 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_10 match_part 0.989 1643 923 match_11 match_part 0.980 25635 24990 match_12 match_part 0.909 25547 24990 match_13 match_part 0.996 26947 26719 match_part 0.998 25635 24995 match_14 match_part 0.979 25474 24996 match_15 match_part 1.000 25473 24996 match_16 match_part 0.998 25433 24996 match_17 match_part 0.902 26800 26719 match_part 0.919 25635 24997 match_18 match_part 1.000 25473 24999 match_19 match_part 1.000 26972 26719 match_part 0.993 25635 25224 match_20 match_part 0.879 27041 26719 match_part 0.948 25635 25423 match_21 match_part 1.000 28078 28006 match_part 1.000 27137 26741 match_22 match_part 0.928 28323 28006 match_part 0.949 27137 26782 match_23 match_part 1.000 28230 28006 match_part 0.977 27137 26784 match_24 match_part 1.000 28312 28006 match_part 0.985 27137 26795 match_25 match_part 1.000 28230 28006 match_part 0.981 27137 26828 match_26 match_part 0.981 28324 28006 match_part 0.980 27137 26844 match_27 match_part 0.995 28200 28006 match_part 0.981 27137 26872 match_28 match_part 0.922 28493 28006 match_part 0.910 27137 26938 match_29 match_part 0.913 28441 28006 match_part 0.909 27137 26963 match_30 match_part 0.921 28551 28006 match_part 0.901 27137 26967 match_31 match_part 0.912 28574 28006 match_part 0.888 27137 27004 match_32 match_part 0.917 28580 28006 match_part 0.900 27137 27018 match_33 match_part 0.918 28553 28006 match_part 0.957 27137 27046 match_34 match_part 0.945 28496 28006 match_part 0.968 27137 27075 match_35 match_part 0.914 28543 28006 match_part 0.957 27137 27115 match_36 match_part 0.924 28495 28006 match_part 0.957 27137 27115 match_37 match_part 1.000 28543 28006 match_38 match_part 0.914 28484 28010 match_39 match_part 0.987 28530 28073 match_40 match_part 0.907 28558 28162 match_41 match_part 0.920 28598 28213 match_42 match_part 0.993 33687 33409 match_part 0.998 33187 32730 match_part 0.000 32434 32430 match_43 match_part 0.955 33630 33409 match_part 0.972 33187 32696 match_44 match_part 0.983 33131 32713 match_45 match_part 0.970 33083 32713 match_46 match_part 0.980 33707 33409 match_part 0.989 33187 32716 match_47 match_part 0.996 33645 33409 match_part 0.983 33187 32716 match_48 match_part 1.000 33651 33409 match_part 0.966 33187 32718 match_49 match_part 1.000 33649 33409 match_part 0.989 33187 32719 match_50 match_part 0.990 33506 33409 match_part 0.983 33187 32719 match_51 match_part 1.000 33506 33409 match_part 0.983 33187 32719 match_52 match_part 1.000 33506 33409 match_part 0.983 33187 32719 match_53 match_part 0.993 33693 33409 match_part 0.991 33187 32721 match_54 match_part 1.000 33686 33409 match_part 0.996 33187 32721 match_55 match_part 0.973 33664 33409 match_part 0.955 33187 32721 match_56 match_part 0.988 33579 33409 match_part 0.996 33187 32721 match_57 match_part 0.963 33489 33409 match_part 0.991 33187 32721 match_58 match_part 0.993 33173 32721 match_59 match_part 1.000 33645 33409 match_part 0.987 33187 32724 match_60 match_part 1.000 33616 33409 match_part 0.989 33187 32724 match_61 match_part 0.969 33668 33409 match_part 0.994 33187 32725 match_62 match_part 0.985 33048 32725 match_63 match_part 1.000 33673 33409 match_part 1.000 33187 32743 match_64 match_part 0.996 33683 33409 match_part 1.000 33187 32744 match_65 match_part 1.000 33643 33409 match_part 0.984 33187 32749 match_66 match_part 1.000 33570 33409 match_part 0.998 33187 32755 match_67 match_part 1.000 33665 33409 match_part 0.988 33187 32757 match_68 match_part 1.000 33666 33409 match_part 0.972 33187 32766 match_69 match_part 1.000 33616 33409 match_part 0.997 33187 32813 match_70 match_part 1.000 33644 33409 match_part 1.000 33187 32941 match_71 match_part 1.000 33673 33409 match_part 1.000 33187 33113 match_72 match_part 0.980 33672 33520 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09SLf0096M01.1 type gene exon 1643 923 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09SLf0096M01.1 type gene exon 11895 12307 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09SLf0096M01.1 type gene exon 16422 16608 exon 17086 17211 exon 18022 18145 exon 18408 18481 exon 18959 19003 exon 19203 19253 exon 19325 19393 exon 19587 19645 exon 19843 19912 exon 20268 20348 exon 20424 20439 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C09SLf0096M01.1 type gene exon 16516 16608 exon 17080 17211 exon 18022 18145 exon 18408 18481 exon 18959 19003 exon 19203 19253 exon 19325 19393 exon 19587 19645 exon 19843 19912 exon 20268 20348 exon 20424 20439 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C09SLf0096M01.1 type gene exon 21824 21840 exon 23072 23149 exon 23231 23376 exon 23833 23887 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C09SLf0096M01.1 type gene exon 28598 28006 exon 27137 26719 exon 25635 24990 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C09SLf0096M01.1 type gene exon 33707 33409 exon 33187 32696 gene_8 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C09SLf0096M01.1 type gene exon 33687 33409 exon 33187 32730 exon 32434 32430 RepeatMasker tomato repeats master Copia00113 5061 5188 1 Copia00113 5061 5188 1 nucleotide_motif 319 3987 4108 Copia00113 5405 5508 1 Copia00113 5405 5508 1 nucleotide_motif 312 4200 4307 POTTEN1 55 879 1 POTTEN1 55 879 1 nucleotide_motif 4587 8480 9274 Unknown00025 233 399 1 Unknown00025 233 399 1 nucleotide_motif 650 10463 10642 SINE_SO 1 186 1 SINE_SO 1 186 1 nucleotide_motif 769 15358 15546 SOD_SINE 88 175 1 SOD_SINE 88 175 1 nucleotide_motif 338 27638 27728 SONATA3 1 74 1 SONATA3 1 74 1 nucleotide_motif 271 29367 29440 RepeatMasker tomato repeats master Copia00113 946 5341 -1 Copia00113 946 5341 -1 nucleotide_motif 330 3873 3758 Copia00039 273 430 -1 Copia00039 273 430 -1 nucleotide_motif 296 4284 4127 POTTEN2 547 797 -1 POTTEN2 547 797 -1 nucleotide_motif 769 8714 8452 Unknown00046 514 628 -1 Unknown00046 514 628 -1 nucleotide_motif 237 16168 16049 SONATA1 1 237 -1 SONATA1 1 237 -1 nucleotide_motif 515 26101 25899 TLP1 342 501 -1 TLP1 342 501 -1 nucleotide_motif 644 29634 29476 Unknown00043 349 540 -1 Unknown00043 349 540 -1 nucleotide_motif 578 29945 29755 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 4226 23405 25644 match_2 match 7081 30183 33874 match_3 match 9448 17973 22759 match_4 match 4706 25659 28103 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 655 68 33874 clone_end_1 clone_end 918 68 584 clone_start_1 clone_start 531 13071 13338 clone_start_2 clone_start 262 13405 13536 clone_end_2 clone_end 866 17967 18403 clone_start_3 clone_start 882 20752 21231 clone_end_3 clone_end 494 24354 24606 clone_start_4 clone_start 1643 32137 32977 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_5 clone_start 392 33874 33677 clone_start_6 clone_start 345 4367 4162 clone_start_7 clone_start 844 6949 6497 clone_end_4 clone_end 416 12712 12503 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 11895 12307 match_2 match_part 0.997 11895 12200 match_3 match_part 0.946 16516 16608 match_part 0.985 17080 17211 match_part 0.992 18022 18145 match_part 1.000 18408 18481 match_part 1.000 18959 19003 match_part 0.980 19203 19253 match_part 1.000 19325 19343 match_4 match_part 1.000 16583 16608 match_part 1.000 17086 17211 match_part 1.000 18022 18145 match_part 1.000 18408 18481 match_part 1.000 18959 19003 match_part 1.000 19203 19253 match_part 1.000 19325 19393 match_part 1.000 19587 19645 match_part 1.000 19843 19912 match_part 1.000 20268 20333 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_5 match_part 0.989 1643 923 match_6 match_part 0.980 25635 24990 match_7 match_part 0.996 26947 26719 match_part 0.998 25635 24995 match_8 match_part 0.979 25474 24996 match_9 match_part 1.000 25473 24996 match_10 match_part 0.998 25433 24996 match_11 match_part 1.000 25473 24999 match_12 match_part 1.000 26972 26719 match_part 0.993 25635 25224 match_13 match_part 1.000 28078 28006 match_part 1.000 27137 26741 match_14 match_part 1.000 28230 28006 match_part 0.977 27137 26784 match_15 match_part 1.000 28312 28006 match_part 0.985 27137 26795 match_16 match_part 1.000 28230 28006 match_part 0.981 27137 26828 match_17 match_part 0.981 28324 28006 match_part 0.980 27137 26844 match_18 match_part 0.995 28200 28006 match_part 0.981 27137 26872 match_19 match_part 0.945 28496 28006 match_part 0.968 27137 27075 match_20 match_part 1.000 28543 28006 match_21 match_part 0.987 28530 28073 match_22 match_part 0.993 33687 33409 match_part 0.998 33187 32730 match_part 0.000 32434 32430 match_23 match_part 0.955 33630 33409 match_part 0.972 33187 32696 match_24 match_part 0.983 33131 32713 match_25 match_part 0.970 33083 32713 match_26 match_part 0.980 33707 33409 match_part 0.989 33187 32716 match_27 match_part 0.996 33645 33409 match_part 0.983 33187 32716 match_28 match_part 1.000 33651 33409 match_part 0.966 33187 32718 match_29 match_part 1.000 33649 33409 match_part 0.989 33187 32719 match_30 match_part 0.990 33506 33409 match_part 0.983 33187 32719 match_31 match_part 1.000 33506 33409 match_part 0.983 33187 32719 match_32 match_part 1.000 33506 33409 match_part 0.983 33187 32719 match_33 match_part 0.993 33693 33409 match_part 0.991 33187 32721 match_34 match_part 1.000 33686 33409 match_part 0.996 33187 32721 match_35 match_part 0.973 33664 33409 match_part 0.955 33187 32721 match_36 match_part 0.988 33579 33409 match_part 0.996 33187 32721 match_37 match_part 0.963 33489 33409 match_part 0.991 33187 32721 match_38 match_part 0.993 33173 32721 match_39 match_part 1.000 33645 33409 match_part 0.987 33187 32724 match_40 match_part 1.000 33616 33409 match_part 0.989 33187 32724 match_41 match_part 0.969 33668 33409 match_part 0.994 33187 32725 match_42 match_part 0.985 33048 32725 match_43 match_part 1.000 33673 33409 match_part 1.000 33187 32743 match_44 match_part 0.996 33683 33409 match_part 1.000 33187 32744 match_45 match_part 1.000 33643 33409 match_part 0.984 33187 32749 match_46 match_part 1.000 33570 33409 match_part 0.998 33187 32755 match_47 match_part 1.000 33665 33409 match_part 0.988 33187 32757 match_48 match_part 1.000 33666 33409 match_part 0.972 33187 32766 match_49 match_part 1.000 33616 33409 match_part 0.997 33187 32813 match_50 match_part 1.000 33644 33409 match_part 1.000 33187 32941 match_51 match_part 1.000 33673 33409 match_part 1.000 33187 33113 match_52 match_part 0.980 33672 33520 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09SLf0096M01.1 type gene exon 1643 923 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09SLf0096M01.1 type gene exon 11895 12307 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09SLf0096M01.1 type gene exon 16516 16608 exon 17080 17211 exon 18022 18145 exon 18408 18481 exon 18959 19003 exon 19203 19253 exon 19325 19343 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C09SLf0096M01.1 type gene exon 16583 16608 exon 17086 17211 exon 18022 18145 exon 18408 18481 exon 18959 19003 exon 19203 19253 exon 19325 19393 exon 19587 19645 exon 19843 19912 exon 20268 20333 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C09SLf0096M01.1 type gene exon 28543 28006 exon 27137 26719 exon 25635 24990 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C09SLf0096M01.1 type gene exon 33707 33409 exon 33187 32696 gene_7 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C09SLf0096M01.1 type gene exon 33687 33409 exon 33187 32730 exon 32434 32430 AUGUSTUS_tom_cdna de novo gene_1 gene 2 15985 23452 transcript_1 transcript 16546 23452 start_codon_1 start_codon 16546 16548 CDS_1 CDS 16546 16608 CDS_2 CDS 17080 17211 CDS_3 CDS 18022 18145 CDS_4 CDS 18408 18481 CDS_5 CDS 18959 19003 CDS_6 CDS 19203 19253 CDS_7 CDS 19325 19393 CDS_8 CDS 23072 23149 CDS_9 CDS 23231 23452 stop_codon_1 stop_codon 23450 23452 transcript_2 transcript 15985 23452 start_codon_2 start_codon 15985 15987 CDS_10 CDS 15985 15992 CDS_11 CDS 16584 16608 CDS_12 CDS 17086 17211 CDS_13 CDS 18022 18145 CDS_14 CDS 18408 18481 CDS_15 CDS 18959 19003 CDS_16 CDS 19203 19253 CDS_17 CDS 19325 19393 CDS_18 CDS 19587 19645 CDS_19 CDS 19843 19912 CDS_20 CDS 20268 20348 CDS_21 CDS 23072 23149 CDS_22 CDS 23231 23452 stop_codon_2 stop_codon 23450 23452 AUGUSTUS_tom_cdna de novo gene_2 gene 1 26895 25168 transcript_3 transcript 26895 25168 stop_codon_3 stop_codon 25170 25168 CDS_23 CDS 25635 25168 CDS_24 CDS 26895 26719 start_codon_3 start_codon 26895 26893 gene_3 gene 1 33603 32945 transcript_4 transcript 33603 32945 stop_codon_4 stop_codon 32947 32945 CDS_25 CDS 33187 32945 CDS_26 CDS 33603 33409 start_codon_4 start_codon 33603 33601 gene_4 gene 1 33751 33642 transcript_5 transcript 33751 33642 stop_codon_5 stop_codon 33644 33642 CDS_27 CDS 33751 33642 AUGUSTUS_ab_initio de novo gene_1 gene 1 23082 23452 transcript_1 transcript 23082 23452 start_codon_1 start_codon 23082 23084 CDS_1 CDS 23082 23149 CDS_2 CDS 23248 23452 stop_codon_1 stop_codon 23450 23452 AUGUSTUS_ab_initio de novo gene_2 gene 1 27114 25168 transcript_2 transcript 27114 25168 stop_codon_2 stop_codon 25170 25168 CDS_3 CDS 25635 25168 CDS_4 CDS 27114 26719 start_codon_2 start_codon 27114 27112 AUGUSTUS_tom_ugs de novo gene_1 gene 1 16546 23452 transcript_1 transcript 16546 23452 start_codon_1 start_codon 16546 16548 CDS_1 CDS 16546 16608 CDS_2 CDS 17080 17211 CDS_3 CDS 18022 18145 CDS_4 CDS 18408 18481 CDS_5 CDS 18959 19003 CDS_6 CDS 19203 19253 CDS_7 CDS 19325 19393 CDS_8 CDS 19587 19645 CDS_9 CDS 19843 19912 CDS_10 CDS 20268 20348 CDS_11 CDS 23072 23149 CDS_12 CDS 23231 23452 stop_codon_1 stop_codon 23450 23452 AUGUSTUS_tom_ugs de novo gene_2 gene 1 27114 25168 transcript_2 transcript 27114 25168 stop_codon_2 stop_codon 25170 25168 CDS_13 CDS 25635 25168 CDS_14 CDS 27114 26719 start_codon_2 start_codon 27114 27112 gene_3 gene 1 33603 32945 transcript_3 transcript 33603 32945 stop_codon_3 stop_codon 32947 32945 CDS_15 CDS 33187 32945 CDS_16 CDS 33603 33409 start_codon_3 start_codon 33603 33601 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.946 16516 16608 match_part 1.000 17080 17211 match_part 1.000 18022 18145 match_part 1.000 18408 18481 match_part 1.000 18959 19003 match_part 1.000 19203 19253 match_part 1.000 19325 19393 match_part 1.000 19587 19645 match_part 1.000 19843 19912 match_part 1.000 20268 20333 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_2 match_part 0.989 1643 923 match_3 match_part 0.996 28543 28006 match_part 0.990 27137 26719 match_part 1.000 25635 24996 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09SLf0096M01.1 type gene exon 1643 923 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09SLf0096M01.1 type gene exon 16516 16608 exon 17080 17211 exon 18022 18145 exon 18408 18481 exon 18959 19003 exon 19203 19253 exon 19325 19393 exon 19587 19645 exon 19843 19912 exon 20268 20333 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09SLf0096M01.1 type gene exon 28543 28006 exon 27137 26719 exon 25635 24996 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.972 16467 16608 match_part 0.968 17086 17211 match_part 0.992 18022 18145 match_part 1.000 18408 18481 match_part 1.000 18959 19003 match_part 0.941 19203 19253 match_part 0.986 19325 19393 match_part 1.000 19587 19645 match_part 0.986 19843 19912 match_part 0.988 20268 20348 match_part 0.875 20424 20439 match_2 match_part 0.946 16516 16608 match_part 1.000 17080 17211 match_part 1.000 18022 18145 match_part 1.000 18408 18481 match_part 1.000 18959 19003 match_part 1.000 19203 19253 match_part 1.000 19325 19393 match_part 1.000 19587 19645 match_part 1.000 19843 19912 match_part 1.000 20268 20333 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09SLf0096M01.1 type gene exon 16467 16608 exon 17086 17211 exon 18022 18145 exon 18408 18481 exon 18959 19003 exon 19203 19253 exon 19325 19393 exon 19587 19645 exon 19843 19912 exon 20268 20348 exon 20424 20439 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C09SLf0096M01.1 type gene exon 16516 16608 exon 17080 17211 exon 18022 18145 exon 18408 18481 exon 18959 19003 exon 19203 19253 exon 19325 19393 exon 19587 19645 exon 19843 19912 exon 20268 20333 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 2 16546 25047 transcript_1 transcript 16546 25047 start_codon_1 start_codon 16546 16548 CDS_1 CDS 16546 16608 CDS_2 CDS 17086 17211 CDS_3 CDS 18022 18145 CDS_4 CDS 18408 18481 CDS_5 CDS 18959 19003 CDS_6 CDS 19203 19253 CDS_7 CDS 19325 19393 CDS_8 CDS 19587 19645 CDS_9 CDS 19843 19912 CDS_10 CDS 20268 20348 CDS_11 CDS 23072 23149 CDS_12 CDS 23231 23376 CDS_13 CDS 23833 23903 CDS_14 CDS 24962 25047 stop_codon_1 stop_codon 25045 25047 transcript_2 transcript 16546 25047 start_codon_2 start_codon 16546 16548 CDS_15 CDS 16546 16608 CDS_16 CDS 17080 17211 CDS_17 CDS 18022 18145 CDS_18 CDS 18408 18481 CDS_19 CDS 18959 19003 CDS_20 CDS 19203 19253 CDS_21 CDS 19325 19393 CDS_22 CDS 23072 23149 CDS_23 CDS 23231 23376 CDS_24 CDS 23833 23903 CDS_25 CDS 24962 25047 stop_codon_2 stop_codon 25045 25047 AUGUSTUS_tom_pot_cdna de novo gene_2 gene 1 26895 25168 transcript_3 transcript 26895 25168 stop_codon_3 stop_codon 25170 25168 CDS_26 CDS 25635 25168 CDS_27 CDS 26895 26719 start_codon_3 start_codon 26895 26893 gene_3 gene 1 32896 32235 transcript_4 transcript 32896 32235 stop_codon_4 stop_codon 32237 32235 CDS_28 CDS 32271 32235 CDS_29 CDS 32896 32730 start_codon_4 start_codon 32896 32894 gene_4 gene 1 33603 32945 transcript_5 transcript 33603 32945 stop_codon_5 stop_codon 32947 32945 CDS_30 CDS 33187 32945 CDS_31 CDS 33603 33409 start_codon_5 start_codon 33603 33601 gene_5 gene 1 33751 33642 transcript_6 transcript 33751 33642 stop_codon_6 stop_codon 33644 33642 CDS_32 CDS 33751 33642 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 108 23072 23383 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_2 match 134 33187 32948 match_3 match 114 33187 32948 match_4 match 120 33187 32969