C09SLe0019J03.3 CTTTCCTTCCATATTGTCCACTAGATGCAAGCAGGGACAATTCTCCATCTGTCTCTGTTT GCAGCTCCTACTCTTGCTTCCTCCCAACAATATAACAAGTGAGTTATTTTGTTAGGCATG ACCCACCTAGTGCCCCTAAGGCTAAGAGAAATCCTCCATAGTTGTGTAGTTATCCTGCAT TTTAGAAATAGATGACTAACTATCTCAACATCTTCACCTCAGCGGTAACATCTGGAACAT AATTAGAATTTCCTCTTCCTGAGTTTCTCTTGTGTCAAAACAACCTCTCTTGCCAATAAC CAAGTAAAACAGACAACTTTGAAGGGGATTTTGGTCTTCCATATATGCTTCCATGGTGTC TGTTGGTTTCCTTGGTTCAAAAACTTGTAAGCAAAGTCACCTTGAATATGCCCTTGCTAT CTAATTTCCATCACAATCTATCTGCTTCTTCTAGTACCTTTAAACTCCTCCAACATTCCG AAAAACTCAATGACAAAATCAATTTCCCAGTCAATGAAGTTCCTCCTGAATTGAATGTCC CATCCTTGTTGTGTCCAAATGTCAGCCACTCTCACTTACGATTGTACTGCCATACCAGCC AATTCAGCGAACAAACCCTTTTAAACTATCTGATCTCAGCCACTTATCCTCCCAAAAGAA ATGCTTTGTAACCATTTCCTACTTTAATATCGGTGTGGTTCTTCGTAAAAGACCAGAGTA CTCTAATTGATCTCCACACACTAACCCCATAATATGTACCAAGATGAAGCCAAAAGATTA CATGGTAACACATACTGTGTTGACTCGAATCAAAGTGTAACGATCCATGGTTAGGATCTC CTACGAACCGAAAGCCAAAGCCGCTAAGCATACTTCATTAGCTCATGGCACCTAGGCCTA ACTCAACCTCAAAAGCTAGCTCATGATTCATGAGGGAGGGGATGGCCAAGTCCATGTAAG AGAGCACCATTCCATTCCCCAACCAATGTGAAACTTTTACCCATATAACCCCCCCCCCCC GGCCCCCCGACCTAACTCCGATATCATGTAAAGATATGACACATAGGCCTAACTCAACCC CAAAAGCTAGCTCATGAAGGGTGGATTGCCCAAATCCATATAAGGAGACCACAGTTCATT CCCCAACCAATGTGGGATTTCTACCCACTCTAACAGTTTCAAAGCAATAGCAATGTCATG GTCCTTTTGTTCTGCCAGAACATGCCTTCACGGAAAAAGAAACATTTAACATTACTTTTC CGCCTCATGGAATGAAGCCTTGCAACCATTTCTCCTCCCAATTTCCTCATAGATGAATTA AGCTGTCATACTTCCACTCATAACAGTTATTTGATGTCCAATATGGTTATTTAGCACTGT GCTATGTTAGCTTCAGAACATGAAGCACAGTTGAAAGGGTTAGTAACTATTCCCACAAAC AGTGAGATCAAGTTATTGATGGTGCGAAAAACTTGTATCTACAGACAATCCCCATATTTC AACATATATAATTCTTTTAATTTGCTCCCAAAACATTTAAAATATCTTTCCAATGCTCCA CCCTACAAGTAGAGAAACAATTTTAGTGCACCAGTGATCTTCTATGACTACTTTGCATTT GCAACCTTTTCCCACAAAACGATCTTCTTAGTGGTTAAACCTCTATAGCCATTTCTATAG AAGACTTCTATTTTGAATCTTCATATGCATGATCCTTTCTTACAAATGCCTCATTTTTCA ACTATCTTACCACTTCATCCCTTTTATCAAATGGTATTGATGTTTCCAGCTATTGACTTC TCCAACTTCCTTCTGATTTTGTCTAACTGCTTTCTGACCCTAGAGCACTAGCCAAATTAT CTTTCCTCGAGACCTAAGAAGTTTTGGATCACTTCATATCTGAGGCTTATATGTCATTTG TTTTTTTCTAAGTAAGAATTGTTGATTAGAAGCACCTAAGAAGATTCTGCTATTTACATA GCAAGATTTGCAAAGGGACCGCATTCCCCTACATTTCATGAAAAGGTTGCAGGAACCAAT AGAGTAAAAGGCTCATTTAAGCATGCTCAAGTTCTGAAGCTAGATGAATTTAGGTTATAC GCTACACTTCACTTAGCCAGCACCTAAGTGTAGGTATCAAGGCGCTAAGGGCTAAAGCAT ATGCATCATCACATGTGTCTCTATTCTAGGAGGGTGACAATGTGGAAAGAAAGGAAAACA AGATGTTCGAAGAGAAGTAGATGTTATATAGAAGATCAGATAGAAATGATCATGACTTCT AGTGTAACCTTTTTAAACGATATTTAGTTGTCATTCCATAAGTCCTATTCGCTCCTAGAT TATTCGAGGAATGAATCTCAACAGGGTCTCATCTGCCCATCTTTGAATATGTAAGAAAGA TATGCTGGCTTATGGCTTTTAAAGGGATCTCTACTTCCTTCTCAATACCCTCTAACGCTT GAAAAAGACTGTGAGACACCTCATTACCGATAAAATATAGAAGGAAAGAATGGTTATCTT AATACATGATTTTGGGGCAGGTGGCTTTTCTAAAGAAACTGTTTAGTGGCCGCTCTCTTC CCCATCATTTTGGGGAGTCTCTATTCGGGTTCTTGATTGTTCCGTTGTTCTCTCATTAAT TGGTTATGGTTATTATTCCTCTCCGTTTGTATCTCTTTTACCAATTTCGTTCACAAGATT AAATGGAAATTCTCCTCCAAAGCCTCGATTCAATTGTTCAGAAAACAACAAACACAATTA GAAAATAAACTAATTGTTGAGGGAACATTATTTATGAACTTCCTACATTTTAGGACAAAA TATTTAGCGATCAATACTAGTAATAGTAATTGAATTAGAAACTGGACTGCAATTCTGTGT CAAAATCAAAATTTTAAATTGGTTTTTGAACTTAATTTCAAGATCTTTACTTCACTAATT TCACTTAAATATAATTTAATTACATCTTTTAAGAAGCTTTAGGTACTTGATTTTTATGTT ACTTTTAATGACGGCGATGTCTGATTAAGCATGTGTGCACCTCAAAATTCTACCAGCTAC TTGTTTCCTCCCACCAGCACAAGAACCGACCATCTATGCAGTTGGGCCAATTGTCAGACA TTGACATCTATGGAGGGATGAGTTGTTTGTCTCCTTATACTCACCTCATAAGCTAGCTTT TAAGGTTGATCACCGAACACGTGTTGGATGACACTGTGATCAATAAGGCTTTGAGCTTAT CATAACTAATTCCTCTGTTAGGAACTTGTCATCTCAAGGATGCGATGACACTTTTCTGGC TATAAGTCATTAAGCATAAAATGGAAAATTCAAAACTAAATTGTTTCTAAAAATAAAAAA GTACCATTATATGGAACAAACTTAAAAAAAAAAAAAAAGTCACGCGCAATGGAACAAAGG GAGTAATTGCGTTCAGCCTTCCACGTTAGAAGATTGTAAAGTTACTATTCTTTAAGCGTC TTAATTCATTGCTCAAATAGACAAGTTTTCAATCCCACTAGACGTCATAACGGGATGTGT AGTGAGAGAATCCAAGGCAAAAGGTTTTTGGAGTTATTACTATAGTCCACACCTAATTCA TGAGATTCAAAGGGGAATATCAAATAGCTATTACTTTCTCGTGCTCGGTTTTAAGAAAAA CTAAAGCTCCACGACATTCTCATCCATATGTCATGCTTATAGTTCTCTAATTACACACTT CCCTAATACATTTTCGTCCAAAAACTAAAAGATTGGCAACGTATTCAGTTTAACTTAATA TTTTTTATGCTTACAATAGCTAGATTTATTGGTTCTTCCATTACATTGTTCTTTGTAGTC TTGGTTATATGATTATATCCATCAAAAATCAAGCAAATTTTATCATTAACACATCAGCTC ATCAAACGGACAATAAATCAACACAAAAAAAAGATCTGAAGTACTAAAACTAACCAGATA TGGTGCTTCAATTACTAAAATTGAATATAGAAAATGTCTAAAATCACCAATTTCGAATTT CTATGGACCACATACAAGCTTCCTGAGGAAGAATGCACTATATAATTCTATATCCATAGT AATCAGCAACATATAATCAAACTAAACCTCTTCAATCCAAATATTGAACAAATAAAACAA GAAAAATTAGAGAAAAATCGCGGAATTCAGGTCGGTTTCCGAGTACGGTAAGTTAGATAG TTACCGTGAATCAACCGGAGAAGAACACCGTCGGAAATCCAAGCGGCAAGTCGGCACCGG CAGGAAGCAGCAGGTGGAAAGAGGAAAGTAGATTGGAATTACGAATGGATTCAATTGGTC AGAGAGGAAATTGAAAAGGAAAGGAAAAAGAGAGGAACAAAAAAGTACAATATGAGGAAA ATTACACATGAAAATCTCCCCTTCAATTGTGATTACGGTATTTTTATTAGGTCCGACTAA TTCTAAATTCATATCGAAGAATAAATACATTTATAAAATATTTTATAATTTATTGTATCA TATTATATTATATTATTTTGATGATTATAATGTTACGAATAGATTGAATCTACTCCATTG TTTCATCGTGATATTTTTAATGATTATAATGTTTGAATAGATTATATCGTATTCGATCAT TTCATAATATTGCTCATATATAATTTAAGCAAAATTTGCTATGAGATAAAGTTACTATAA AAAATAAATAAAGGATAAAAATGAAATTATTAAATAATAACTGTTTTCTCAATCTAATTT TATGTGGAACCTATTTGACTTGGCATGGTGTATAAAATAAAGAAAACTTTTTGAAACTTG TAATTTAAAACAATCTATAAATATTTGTGTCACTGTGTGGTTGAAAAATATTTTATTAAA GGTAAAAGAATATTTTAAAGTTAAATTGTTTCTAATTAGACAAGTAATATTTTTTTTGGG ATAGATTCAAAAGAAAAGGGTATCACATAAAATGAATCAGAGGTAATACTCGGATAACAA CGTGATCATGGTGAAGATTGGGAATATCTCAATTCTCAACTATGAATAAGAAGTCGAAGA AGCCTTAGATCCGCCTCTTACTTGCCTACCTTTCCCTAGTCTGGACGAAGCGTTAGTAAG AATAGGAATTGTTAGATTTCCTGTATTGGAGAAAGAAGTTGAGTCAGGATAAAGGAATAG TTTCTACGCTTTTCTAAGATAATACAGATAAATAGTGAAGTTATCGCGCCTAAGGCGAAA GACTCTGTCCAATCATTCACAAATTAAACATTTTCGACGTATTATAACATATGATATGAT AAATTTTAAATCAAAATCATACCAAATATTATATTTAAACGAACAATACAATAAAACAAA TATCAATCTTTTGATATTGGAGATGTGATAGAAAAAATTGTTGAGTAGGTTGGAATATAT TCTTGCAATATATATGGAATAATATGTCATATCCTTGTAATTTAATATGAATAAATAATC TCATAATTAATTAATATCTCTAAATAACATGATAAAATAATTATGCATTTTATTTTGAGA TTGTTATAACTTATCTCTCATATCTAATGATCCATGATAGTGTCTTATTTAGGGACTTTA TATTTATTAGAAATGTAACGACCATTAAATTATTATCCTAATATTTTTATATAGAAATAT TAGATTATATATCATTTTAAAATGGAAGATCAATAGACTTTTGGTGTATTAACACAACAT TATTTTGATTATTACTTTAAGTTATGCATTTGCACGTGTATTTTATTTTAATGAATATTT GATTTTACTATTTTATTATGTTTGATATATTATTTTGATTTTAACGATAGTTAATAAAAT TGATGATTAGTTTAAAAAATAAAATATGTTTATGGATATATAGGTAAATATTGAATTTTG TGGTGGATTTTTATAATTTTTATGGGAATAAAGGTGATAGTGTGATTTTGATGAATTATT TATTATACATAGATGGTAAAATTTGTGGTTGGTGTGGTGAAATTGGAGCTTTGCAAAGCT TAAAGAATTTTTTACCTTTGAGTACTTGAAGAGAAAACTCTATTTGTTTTGTTTTTATTT TCTTTTCCATTTTTTCTTTGTTTTAGATTTGTTGGGAAATTACTTTTTTTTTTTTATGAT GGTGAACGTAAAACGGTTTGTTCAAGAGAAATTTTGCTCAGTTATTTCATATTGTCATGT TGTACTAAAAAAAAAGATTTTTATGATGAAATACAAATATTTGGTACTAATATGATGACA ATATTAGCGGTTACGCGGTGGTGTCATGAAAAAAAAATATTGAAATTTGACATGATATCT GATGTGGCAGTGAGATGGCATCAATATGCCGTAAGTGGAATATACATTTCATTGTGAGAG TTTACTATACATTCCAAGTAGTGAATAAATTCATTTTTTATAGTAAAAGTATATAATCAC TCAAACTCAATGAAACGAAGAAATACAAAAAGTAAAATAAGAATAAAATAAAAGTAGAAA ACTTATTAATTTTAAAATAATTTCAAAATTTGATTATCATATGTACAAATGAATAATATA ATAATACCGAATTCAAAAGATAATTACAAGTCTCAAAGTCTTTGTTTCTCGGATAGAACA AAACATAAAGTAAAAAGAACAAGAAGCCCACTTACCTCTCAAAGTCCTTCCACAAGTCTC AATAATAGAAGAAGAAGATCACATGGGTCTGAACTAGGAATATACGCAAGTGTAGAAGCA AAGAATGAATACCAAACAATACGGCCAGAAAACAACCTACTAAACAAAGCAAAAGTAGAT AGAAATTAAGCACTCTTTTCGTCCCAATTGAACCTTCTCCAATCACAACCTGCATAGAAT TCAACCCGATCTAACAGTGCTATAATACACAAGGTCATGTGACCCGACCCCTTGTAAACG CGACAATGGCTTCACTTACGCGAGCCATTGCTCATTAAAGCGGTGCACACATACACCAAA AAAGCAATCACCATCACTTGTTAAAGCGGTGCATACATACACTAGAAAAATAGTCAATTA AAAACTCATTGAAAAGATCTTCGGGATTCTTTCATGACCCCGTACACACAAATCATAAAT GGTAATTGATTATACTCGATGTTCTTGACTTAATAGAACTATCGAAACAACTTTTCAGTC TTCTTGATCTGAGATTCGTGAAAGTCACAAGAAATAAACATAACGCCTAAAAAGGTCAAA TCAAACTCAGGATCTCTGAAAATTTAATAAAGGCCTCACTCTAGACTAAAATCATCCAAC AGATTCTCAAAATTTTGATTCAAACATCTAAATTATGAATATTGACCTAAGTCAACCCAA ATACTAAAATCTCAATAATTTCCAACTTAGGACCTCAAATACTCAAAAAGACTCTGAATA TGAAATCAACAATTTATGTAGATCAATTTTTACATTTCGGGACTAATGAAATCGACAAAA TTTTATTTCGACACTCAAAACTTCAAAAGACATAAAATATCACTTTTAAGCAAACTTTAG CCTTTTCAGATTCAAGCCTTACAAAATTCACAACTTTTTACTCGAATCTCGAAATAAACT TCCAAAACTTAATCAGAAATGACTCAAGATCAACATCAAAAGGGGTAAAACTATAAATTT ATGAAAATCTCCAAAACTAACCAACTAGATCATTATAGATATGCAATCTAAACATAATAG AATTGAGTGATGAAACTATGATAGTAATTAAATAGTATAAGTTTGCTTAACCGCGTAATT TTCTCAAAAAAAAATTCAATGTTATATCCTCCTTTGAAAAACAAAGTTAGAGCAACTATG CAAAAGTTTGAAAAATACTCAAATAAAAAAGTTATTTTTTAGAACTAAATCAACCTATTA TATTTATACAATGGGTACATATATGTAAAGCAAAAATTAAAATTGAATAACCTAAAATGG CTTTGCAATAGGTGGTTAAGATTGAGGACAAATTTGATATTTTTCAAGGAAGACTGGTAT TTTTGGAAATTTTTTATAAGGCCAAATACATACGCAGGTCCCTAAAGTTGTTCGCGCTTT TCTCCCAGGTACCTCAACTAACCAAGATTCCTATTAAATCCTTTAACCCCAATAATTTGA TCCTTTTAAATATTTTTGGCTGATGTGGAGCCAAACGTGATCTCACGTCCTGTAAGCGCG TGCAGACGCTTTAAAAGTGCTGATGTGGATCTTCAACCACCCACCAACGATCTTCTTCCC CCTTTTAACCCTAATTTCTCCCATTCTTCCATTATTTCTCCTCTTTTGTTTCTCTTCATC CCTTATTTCTCCTCTTTTGTTTCTCTTCATCATTATTTCTCCTCTTATATCTCTTTTTCA TTGATTTCTTCTTAATCATTAAGTTCCAATGTCGAATTTATCTTCTTCATCGATTTCTTC TTCTTCAACTGCGAAAGTACTATGTCAATGTGGGATTATTGTGGAAATGAAGACCTCATG GACGCAATCCAATCCTGGATGTAAGTTCCTTTGTTGCAAAACTTCAAAGGTAAATCAAAT TCATTTTTTTGTCCAATATAGTAAAGAATCACCTTATTTATAATTCAATTTTTTTCTTTA ATTTTGTAGGCACGAGGTGGATGTGGATATTTTCGATGGTATGATGATGAAATGTCTGCT CAAGCTAGGAGGGTGATATGGGGTTTGTTGAAAAGAGTCAAAACATATGAATTGGAGAGG AATCGATCAAGAAAAGTATGGATAATATGCATCATCGTAGGGGTGATATTGGCTACTTGG ATTTGTGTAAAAAATAATCTTAGTTGATTCATTTGTCTTCTATTAGATTCCTTCATAAAA GTATGTATGGTAGATTCTAGTGTTCTTTATGGACAATTTAGATCGATTTTTCTACTGTAA ATGCCTTGTGTTTTTATTGTAATGATCTAATTAAAGGAATGAAGATAATTTGTGTCTCAA AAGCAGTTAAAATTGATCATTCATGCCATTAATTTGCTCTAGTGAGCTCCAAGCTTTAAA GCAGTCAATACAAATTTCTGCTGCTAATTACACAACCAAAAAGTGACTAGTCTACATAAA TACATAAATTAGGCATTCTTTGGTGCACTAGATGTTCCACGCTTGTTTTTCCTTGACTGA GTGATACGTTGCAACTGTGAACCAGTGACAGCATCTCCACCATTCCACTTGAGTCCTCGA GGCTTATAACCAATATCAATATTTGTTGGAGATGCATCCTTATAAACTCTCGAATTGATA ACTTTTTCTCCTGAAGTACCAGGCTGCATGGAAATATCTTCAAATGAGACTTTATATAGT AGAGTAAGAAATGAACAAAATTATGTATACACTTACATTAAAGGTTTGACTACCACTTGC ATTTGTATAGATGCCAAATCCTATAGTCTTGGTCCTTTTTTGTCTTCCTGTTGATATTGA AGCTTCCACAGCCCTTGGTTGATCAGGTTGCTGACTTGATACACCTCCAATGTTGAAAAC ACTGCCTCTTCCAATTTCACTGGCAGTGCCAGTACCTCTCCCAGTGCCTCTACCAGTTCC TCTGTCAGTACCTCTCCCAGTGCCTCTCCCAGTGCCTCTACCTCTGCATGTGCCTCTGCT TTTAGCAAGTTGTTGCTCCATTCTAACAGCTGAAGAATCAAAACACATAGAACTGCCTTG ATGATTGAATACTGGTGGCTGACTTGAGCTTGATGGTCTACTAAAAAGTGGTGGCTGACT TGAGCTTGATGGTTGGCTAAAAAGTGGTGGCTGGCTTGAGCTTGATGGTTGGCTAGACAA TGGTGGCTGGCTTGAGCTTGATGGTTGGCTAGACAGTGATGGTTGGCTTGAGCTTGGTTT CCTGTTTGGGTAGCCTCCAGTTTGTCCCATTTCAGCCTATTAATACAGTAATAATAATTG ATTATTGTAAATAATTTAAACTTATTGTAAATGTATTAGAAGAGAATAATAACTTACCAA TGTTGGACAAGATTTTTTGTTGTGGCCTACTTGATGACACAGTGAACATGTCATTTTTAC TCCTCTTTTGGATAACTTTCCATACTTTTTTCTAGGCTTATTCTTTGCCTTTCTTCTGCA CTTTGGTGGCCTACCAGGCATGACTTTTGGTTCAGGAGGTTCAATCACTACACCACTAGT GTGAGGCCACATTTTCATGTTTGGTATTGGCTGTAGAAAATGATTATAAGCCTTCAAAAA AGTCTCTTTCCTATACCAATGTACCACTTCATGTTCAGGTTCTATGCCTTTGTGCTGATA TGCAAGCACAACATGTTGACATGGTATGCCCCTCAATTGTCATGTTCTACATGTACATGT CTTCTTTCTTATATCAACAATATGTCTGTATTGACCATCTAAGATTTCATACCCAATATC ACCATTGAATCTAACTTCACAAAATCTAGCAAGATCTTTGTTCTCTTCTAGTACTAGTCT AGCCATAGGAGAGATATCTGAGATCCAAGTTTCAGCAAATTGCCTCATTGCAATATTTCT GTCCATTATCTTGTGCCTAATCTCCTCTAGCATAGTTATGATAGCCTTATGTCTAGCAAC TAGTATCCAAGAATTAAAAGTTTCACACATATTGTTTTCAACAATGTCACACTTAGAATG CTCTTTAAAATATGCTTTGCACCAAGTAGTTTTTTCATAATGCAACAAGTCCTCACAAAT TTTATTACCTAATTTGTTGAGTTTATCCATCTCATCTTCAAATTTCACTTCAAAACTTGA CTTAGCACATCTCCAGAACTGTTTCCTTCTTTCTTCACCACTCCATAATTGATGCCAGTT GGACCAGATATGTCTAGCACACCTTCTCTGCTCACTATCTGGTAGCAACTCACATAAAGC TGGTACAAGGCCCTATGTAAGCAGTTGTAGCACAAACATTAAAAAGTATTAGCAACACAA GAAAAAAAATAATAGAACAAGATACAATGCAAAAACCATCTAACCTTCTGCATATCTGAC ATAACAGTCAGTCCATGTCCTGTGCCTAAGTTCAGATCTTCTATCAAGTACTTTAGAAAA AAAACTCCAACTATGTTTTGTCTCTGTGTCAACAACAGCCCATGCGATTGGAAACATCTG TTGATTTCCATTTCTACCAACAGCAACCAACATTTCTCCCTTGCAAGAACCCTTCAGAAA ACATCCATCAAAACCAATAATTTTTCTGCATCCTTCCAACCACCCCCTCTTCAATGCATC AAAGCAAACATAGAAGTAAACAAACAAAGTTTTTCCTGGCTGAGACTCTCTATCTGTCCT CACCCAACAGGAAGTACCAGGATTAGTATGTTTAATCATGTCTGCATAATCACACAATCT TGAAAATTCCATCTTCCAATCACCTAAGAACTCCTTGATAATCCTCTTTTTTGCCCTATG ACAAACAGTTCTTCCAACATATAACCCAAATTTTTTTCTCACTAATTCCTGAATTTCCCA TAATCTTATATATGGTTGACAGGTTATTTCATCCTTGAACTTTTCTGCAACAAACTTAGA TGTACACAACTTGTTCTTGGTCGATTGAGGACATACATGCACAGGATAATAATTTTTGAC AACAAAATCACCAGAATCTTTATCTATACTAGCAAACAGCAACCATTTACATTTCTTGTC CTCACATTTAACTCTAACTCTTTTTTTGTCATTAGGCTTCAATTTTAACCTAGTTTTATA TTGACAAGAATAGTCTGCAACAGCTTTTCTAAATTGTTCAGCACTTTCAAACACCACACC AAGCTCAAAAATTGCTACAACACAATCAGGATCAAATCTTACCTTTTTACTTTTTCTTCT TCTTGGTAAATCAACACCCTTCACAAATTCTGAATCCAATTCATCCCTACTGTCTTCACT GTCCAATTCTGAGCTATCTATATATTGCTCATCACCCCCTAGTCTTCCAATGTATCTAGC AGCCTTATTCCTTCCTATGTCTTCAAAGCCTCTATCAACACCAGCTGTTCCAAGCTTTAT TTCCTCAGTTTGAGTAGGTTTTTTCTTTTTCACTTTGTTTCTCCTTTCATTTCTAAGAGA TCTTAATTCTTCATCAACCTCAGAGTCATCCACATCAGGAATAGCATCCTCTTGAGAGTC ATCACTACTTTCTTCATTTGATTCAGTCCATTCCACATCTAGATCTGATATATCTCCTGG CTCAACTTCCACATTAACATTTTCAGATTCAGCCTCATGATTTAACCCTTCACTTGCAGC CACATTTATATCTTCTAAGTCTTCTTCAACGACAGACCCACAAAGCAAACCTGTTGTGAC CACTTCTAAATCATCCACCACATGCTTTACATAAATGTCTAAAAAGTCACCATCTTTTAG GTCTTTGATGAGCTTTACTAATGTTAAATCAGTGTCCACCTCAATAAAGCCATTTTTTGT GGGGTCTTTAACACAAAACCCACCAACAGTAATATACCCCAATTGTTTAGTGTAAAAAAG TAACTCGATTATTGAGAAGTGGTCCTTGTCGATATTAACATATTCCACCTCGGCTTCCCC TTTATAAGTAATTCCAGTTTTGTCCTGAATAAACTTACCACCATGATGAAAACGAGTTAT AATAATGGCGTCCATAAGATTCCCTGAAACAAGGCTCCAAATTTTTTTGACAGTTATGAA CAATAAAAACCAAAAAACCCTAACTTTATCTAGATATTAACAACAACAACCACATTGATA CTAAAACCCAGTATATATCAATAATAAACACAGGATAAACACATATATTAAAAACACACA ACCACAACAACATGCTCGTCACTTACCTCACACTCGTCAACTCAAAAATCGCGAATGAAC TCCAAAATCGTCTGCAATCTTCGATGATTCCTTCAACAAAACACTCGAAATCACTATAAA ATGTAAGAATTTCAGCTGTAAAAGTAATTGAAAATGAGAGATTCTTAGGGTTTTCTCGTT TAGAAACGGGTTAAAAGTGATTTGGGGGAAAATTGATTTTTAGGTTTGATGATATAATAT GTGGCACTGACGTGTAATTTGGTTGGACTGTATTGGTCAAAATTTCCACGTGGGGAAGGT TCATCTCACGCGCCTAATTACCAAAAAAAAATTATTGAAATTTGGTTCCACATCAACCAA AAATATTTAAAAGGATCAAATTATTGGGGTTAAAGGATTTAATAGGAATCTTGGTTAGTT GAGGTACCTGGGAGAAAAACGCGAACAACTTTAGGGACCTGCGTATGTATTTGGCCTTTT TATAAAGTACCATTTAAAAACTTGATCATATGATTAACCATATGCAAATATATAAATGAA AAATTAAAAATACCTTTAACAATATACATATATAAAAAAATTCTATAAAATAAGAAGTAT ATATATATATATATATATAAGATGTAAGTGTTTTATGAAGGAGGGACTTAATTTAACATA AAAGTTTTACTTAATATCACATATATCCATCGTTAATTTTTATTGGTATATCGATAAAAT AATACTAATAAAAAATATGATTTTTTTTTTGAGTTGAAGTAAGATAAACATTTCTTTATT AACAATGCTTTGAAACTTTAAATTTGACAAACTATTTTAATTTAGCTGTTCTTTAATATT ACATATATATAGAAATAAAAAAGATATAAAAAATTCTTTTTGATTTCATTGATTGGATAA GTAAATCAAAACAAACTACTTTTAGAATAAGGGTCAAATAATATAGATTTCGAACGCGAA GGCATTTTCAATTATCTATAAAAATAAACAAATTTTGATTGGTGTTACTGAAGTTCGACA TAAATTATAATTTAAAATCTAAAAAATGTATTTAAAGTTAATTTTTTTTTCATACCTCAA AATATATTTATATAGTTATCAAAATATCATTCTCTGCTATTTTTACTTGTGTAAATACAT ATTAAAAGTTTAATTTATTATTTAATAAAAATTATGCCCTTGTTTAAAACAAAGGGTGAA TATATTAGGCTTTGCGGCTCCTTATGGATTCAACTCTTCATCTTGTTGTTCATAATAGTG AACAAAGTTTCCACCTTTTGTTTGTAAAACTTGACATTAACAAGTTTTGGAACTAATCTT GAGATATGCCTTCAATGGCTGCTAACAATTTTTCAAGAAACACTCATCAAAATCAAACAA AAGGGGACTTTGTTTCCAGGTAATTTTTTTTAAAAGAACTTTTTAGCATACCCCATTTGT TGAATTTACTTTTATCTCTTGTTGGTTCAATCCAATAAGCTAAAGGTGTCCTTTTTGTGG GTATTTAACTATGTTTATGTTCAAAGATTTGATCTTTTTTGCCAGATTGTTACTTTTTAG TATATACCCTTGTTTAGTTTTAGTTTTATACTTTCTTGGTTCAATCCTAGAAGCTAAAAG ATTCTTTCTTTTGTGGGTATATTACTATGTAGATGCACGCCTTTTTGTTCAATGGTTTGA TATTTTTTTTTTGGCAGGAAGCAAAAGATTGAGCAACAGAGAAAAAATTTACCAATTGCT GCAGGTATTGTTTTAGTTATTCAATTTGAACTCTTCAGTCTAATGTGCTTTTTTTTTTTC AATCCTGTTCTGAGTATTTCAGTGTGAGTTGTTTTTCAGTTTACTGATTGTTTTATGATA AGTGCTAGGCTGGGAGTTGGCATTTTTTAGTGAAGTAGTGTATGGCCTGTGGGAAAATTA TTTTTTCTGATGGTTACAGCTGATTTTATCGAGAGTCTAGAGTGTTGTGGTTTCTCCCCA TGTGCGAGCTTCTTTATATTGTTGGTTGTAACCCCGGAAAAATGAGGGTTACGGTAGGCT GACAGCTAGCATAAACTTGCTGATTCATGATGAATCTTCATATATCTTCAATACGCATGA ATGCTGCGTATAATTTCTTGAGAAGCCAGTGCTTGCATTGATTTTTCATACTAACGTCAT ACTGTTATTTCATTTTCATCTGTTCTGTTTTATTAGTTTGCTGTATTCTGTAGATTTTCA TCTTACTCATGTTATTTGATTAATTCTAGTTGAAAGGAGACTAGTGGAGGAGGTGCGGAA TAATGACACTCTGATAATTGTTGGAGAAACTGGAAGTGGAAAGACAACTCGTAAGTACTA TTTGCTACATGTCCTCTTAGACTGACTGACATGCATGTGACGTAGATCCATTTACATTGC AATACTTTAGATAATACTTCAATGATGGTGGTCATTTATGATGTTGCGCTGTGCCAGTTC TAAGGCCTTCCACGTCCTCAGTTAGTAAAAAGGATAAAAGACTCATGCATATTGTATCTT TCTTCTTTATCTGTTTGTTTATGTGTTCTGTGTGGCTTATCAATCTTTACCGAGGTGTAT AAAGGTGTCTTTTTGTCTGTTTGTGCAAGTCACACATTATAGAACTGGTGAAGTTTTGAT GATCGGACATATGGTTCTTTGATTATTTGGTGAAAATGTAAAGGGTGATGTACATGTGGA TTTAGTGATCACAACATTAAATAATTTCTTAGGAGTCTTTTCTTTTGTAGTGAGGGGTTG AGGTGGCTGTTAAAATGAGGTATAGCTCTCTCGGCAAAGCAAAGTCGATCTGGAGTTTTG TTAAGGAAGCCATCTACGCATTATAAACTTATACTTCCTAAGTGGGGGTTGAACCCAACA ATTTATTGTTTTTCATGTTTGCTTATTATTTTAGTATTCGACTCTTTTTAGACGAATTAG GATATCTCTCACATTTTGGTCGATGAGTGTGCTTGAGGATGAGAGATATGCGAGGATTGA CAGCAGGAAGGATAATGAATTAGGACAGGAGACCATATGAAAATTTCGGTTAAGTCTAAG TAACCCTCACTAACTTGGTGTAGCCATAAACTGAGGAACTCCTGTGGTGGTTAGTGAACG TTTGTGATTGGTCATAACTGCTTGAGTTGTGCACCTGAAAGTATTGGCTGAATTGTCGTC TGACAGCTCACTCTGTTTTGTCGGTTCCATTTTTTGAGTGTGTCGAAATCATTCATCCTG ATATAATGAACTTATATATATTGTCCTATGATTTTCAAGATTATTCTTGGATACTCTCTT TCGCTAATTTTCCTTAATCTCTCTCTCTCTCAACTTCCAAGTAACAAAATTTGTTATTCA ATCTATAGGAATAAATACACTTATACAGTAGAATAATCTAAAAAATTAAAAAATGCATCT TTTGTATTATTCATCAGATACAAGTAGGTCTGTGTTGCATCTTTTAGCTGCTATCTTGAC ATTCCTCAGCTTTATTCTAGTGTGGCCTATATCTTTGCAGAAATACCTCAGTATCTTTAC AAATGGGGATTTTGCCGTGATGGTGGTATCATTGGGATAACTCAACCTAGACGTGTGGCT GCTATCACTGTTGCTAAACGTGTTGCTGAGGAATGTGGCATTCCATTGGGTCAAAAGGTT GGATACGCTATTAGATTTGAAGATGTAACTTCTGGCCAAACAAAGATCAAATATATGACA GATGGTTTGCTTCTGAGGTAATAAGGAAAAAAAAAAGGTTTGATGCATTACATGTAGGAG TCACTTTTCTGAAAGAAAAAAAAGAGTAATATAGCCATGATTATGGACTTAATTGTTGCA TATACGGGCATGTGTGGAGAGATTGTTCATGTGCCACAGAGAGTTTACTTCACATTTGAC ATCACATGATAGAGCTATTTATGATTATCTAAAGCTGTATCTGGAAAAATCAATTTACAA ATGGTGAATGACATGCCACTAATCACTACTACAGGGAAGCATTATTGGATCCATACCTCT CCAAGTATTCTGTTATTATTGTTGATGAGGCGCACGAGCGGACTATCCACACTGATGTAT TGCTTGGACTGTTAAAGAATGTACAGAAAGCAAGGTCAAAATCTATCAACGGAGTGGTAA ATACTGATCATAATAATTCTAATAACGGGCATGCCCTGGAGGAAAGGGTTGACAATCAGA ATGACGGTATTTTGAAGTCATGTCAAGTGAAAAAGCACAACCCATTGAAATTGATCATCA TGTCCGCCAGTATGGATGCACGAGTTTTCTCAGAGTACTTTGGTGGTGCAAAAGCTGTTC ATGTTCAGGGACGGCAGTTTCCTGTCGATATATTCTACACCCATAAGCCTGAGACAGATT GCATAGATGCAGCTTTGATTACTATATTTCAGGTTTTTACATTTATCTTGTTGCTTCACA AATAAGAGTTTGAACTGATCGACAGTGTCATTAAATTTTCACAAAAGCACAGCAGCTTTG TGCCTTTGTTGTTGCTTTCTCATAGTATATTATTTATCAGCTCCTAGATGGATTTGTTAC TATATTGGCCTTTTACATAACTAAGTTTAATGTTTCAAGTAGCATTGAGGGTTCGATTAG TCAAGTTTATAGTTTGTGATGTTGTTGAATGTCTTATGTTCTGTTCATTCCTCCAACTTG TTTTGCTAGATACATCTAGAGGAGGGACCTGGTGATGTGCTTGTATTCCTTACTGGTCAA GAGGAGATTGAATCCGTTGAGAGGCTTATCCATGAACGTCTCCGACAATTACCCGAATGC AGTAGGAAACTCTTAACTTTTCCCATATTCTCATCACTTCCCTCTGAGAAGCAAATGAGG GTTTTCATGCCTTCACCAGCTGGATATCGTAAGGTTGATTTGTTTCTTTGGATAGCTTAT TTTTTGAACTTTTGAGATGGATCATGGATGTACTTACCTTTTGTCTATATCTGGGGTTGC ATTTAGGTCTGTGTGTAAAGCATGAATTATATGAACTCCATTGAATTGTTTATAGGATAA TATAATAATTGTGTGTGACATCCTTTGTGAAAAAAAAGTTACTCTGAACTTTGAATTCAT CTTGCATCATCTGTCTGAAAAAAGACAAAGCTGAGTTGCAGTGTTTTTCAAAGGAATAAG CCACTTGTCAAAATGTTGTGACTACGGAATTGAAATGATTCTTGAAAACTAGGTTAATTC ACTTCATTCCATAAAGGAAAACAAGTTCCATTTCTACCACTTCATGAAACTTTATAGCTC TAATTGATATTCGGCCAGTTGTTTTATGAATTCCTTCCATTACTTTTGCATAACGTAGTA CATATGAGTATCATTGTCCTAGAAATATCTGCATTCCACGTAGATGCCATGGTTTGGCTT GTACGGTTATGTTCAGCGGGTGTCACTTTGGTGTGTGGGTATTTCACGTGAATTCTCCAA ATACACCACAAAAATTGCAAGTAACCTTCTGAGGTGCCGGATCCTTGCACTTGTATGTCA GTTGGGGATAAACATAAGGTCAATTTATTTTTCTCCAGGGTAGGTGCGTATGGGTGGTTA GTTGTTAGTATGCAATGTTTTCTTTCTTTGGTTGAGCTTATACCGGTGCATCCCTTTGTG TACTAATTTTAGAAACTTCTACCTACACACTAAATATATATGAAATTAATACCTGACCTA TAGAAACATTTATTTGGTTATCTTCTCAAGGTAAATAAAGTTTGGTTATGTGCTAGCTTG TAGCCTTGTATTTGTTACAAAGCTTAGCATTGTGAATGTGCATTTTTATTATTTGGCTAT GTTTATAATAATGCTAATAAGTTCTTTATCTAGTTTCACTGGTATGCTTGACATGAAGTT TTCAAGGCTTAATATTTGGTAATTGCTCTGAGTTGGCAAGTTATGTCCACTAAAATCAGA TTTTAATTCTTTCATTTCATATTTAGGTGATACTAGCAACAAATATTGCTGAGACGTCAG TGACAATACCTGGTATTAGGTATGTTGTGGATCCTGGACTGGTGAAAGCCCGAACATATG ATCCTAAGATGGGAGTTGATTCATTGATCATTGTCACAACATCTAAAGCTCAAGCTCTTC AAAGGAGGTAGGGTGCTTCCAGGTGCATTTAAGTCTCAATACACATTGACTAAATCACCT CCTTTCCTCAACTAACTTCATTCAAAGGCATCTTTTGTCCAACTTTTAAAAATTATGGTG GTTTGAACCATAATTTTCTTCTTACTTTGCATTAATCATATTTGACATGTGGGATAGGCT AAGGATATGTACTGGGATGTACTTATGCTTTGAAGTTTTTGTTTTATCTTGGATCTGTAT CTGCCACTTAGGTACTAATATACTTCAAAGGGCCAACATAATATTGATGAGATCAACATA GGGAATAGGAGGATTGTAATTGTAAGCATAATATCTTTTCAAAGCAGAGGAATTGTAGAG GAGGATTCTTTTTCTGGTTACAGATAGAAGCTTAAAATTTGAAAATTGCAATCGATAAAA GTAGCGTATTCTTTCCATGTACCTATTATTTGGCGGGCAGAGTTATCCGGTACTTGTATT GGTGGGGAGTAGGAGGTAGCTGGTAGATACTTTAGTTGCGTACAATAAAAATAGAGACAA GGTTAAACTTAAAAAGTCCTGGGTGCAGCCTCTGAAGTAAAATCCATGGGACAATGGTGA TCGAGAAGTTGAACCAATGCAGTAGGATTTATATATACAGGAGGGAAATGGATAACAGAC ATTTACTATTTTGGTTATATTATCTGTTAAATATCAGATCAAGGGCTAATTTCTTGAATT TTTGTAGTGGACGTGCAGGACGTGATGGACCTGGGAAATGCTATCGTTTATATCAAGAAA GTTTCTTTGAGAAACTTACAGATTCTACATTACCCGAGATTAAGAGATGTGACCTCTCGA ATGTTGTATTGCAGCTCAAGGCTCTAGGCATTGATGATGTCATCAACTTTGACTTCATTG AAAAACCAGACAGGTGATTACCCAAATGAGAGAGACAAGTCTTTCAGTGCATTTTGCATA TATATTTCGCTATCAGCATATATGATGCCTTTCTATTAATTCTTAACCCCCAATATTTTG TCCTATTTGCATGACTCAAGTTTGTGTCGCACGTGTTTGACCATTAATTGGTATCTATCT CTAGCATGGTGGTACTGCATCATTTCACTGAACATGTTTTACTTAATTCACCATATATTA TGTATAAAATCCATTTCATGTTTTGTTAAATTAATGAAGCACAATGGAGAGCATCCATCC TATATTTACTTAAATCTGTATAATTGGAAATCTGCACTTTCCTTGTGAAACTGAAGCATC ATCAGACCTATGAAATCTACTTATTTGTTGGCAAATCGTTGCTTCTTCTTATAGAGCTAA CTTATGTAATACCCCCTCCACTAAGTGATCCGACTGTTTATAAGAAGAGAAAAAACTAGC AAGATACTCAACAACAGCTTAACGTTTGTGCTGCCCTTTACTTTATGGAGCAGAACGTTG CACCCCCTGCATGCGTTATCACATTACTGATTATGCAGTCATTTTCAGAATTTGGATATT GTCGTGCAATTATTGTTTTCATCCTTGACTATAATTCCTTCCTTGCTTCTCTTTAACAGG ACTGCTGTAGTCAACTCATTGTGGTCTCTTTACTTATTGGGTGCCGTAACAGAAGATAAT AAACTTTCAGATGTTGGACGTCAAATGGCCAGGCTACCCCTTGATCCAGTCTACTCTAAG GCTCTCATTATTGCTAGCCAATTTGGCTGCTTGAAAGAAATGTTGATCTGTGTTGCAATG CTTTCAGTGGAATCTATTTTCTATGCACCACGTGAAAAGTTGGAAGAGGTAGTCCTTTGT GCTAGCTTGTTGTTACCCCCCCCCCCCCATCCCCCCACCTCCCACCCCCCAAAACATGTA CATAGGATTGTAGTAAATATTTTCTTTCTATAAGTCCAATGAGTGTCAAACTGTTTTATT GCATCCAGCTCTTAAGATAGCATCGTATACTGAACCTTCCATTTTTAATTAAAAAAACAT ACTTTTGCTGGACACCATCCGCCTATCTCCCGATCATGAGAAAGCTTCGCTTACAGATAA TCATTATGGAGAAAGTTAGGAGATCTTTGGCGAAACACTAGACGGGCCTGAATTTAAAAG CTTTGCAGCTTGTCTGGTGATAAGTAAGCTGTCTTGGTTAGGATCTTCTATGCCCGTCAG TTTCCTGGCCCTTGAAAGTCGTGCATTATAATATTGTCTAGTATGAGATTAGGAGGTCCA TTACTTATTTAAAGAGACATAGATCAGTTTCATGCTCCAACATTCAAATATAAATCTTTT CAGTTTACAGGCTTTGAATAAGTTTGTCTAGTTGATGAATAGGGTGTAGAGCTTAAAGCT CGACCCTCTTTTGAATTCGTGAGAGACATTTCCCTTAACTCTTATAATGTTGATTCCGGC GATCGATCGACAAAATTTACCTTCAATATTTTAAATTATCTAACCATTGGAGTAGATAAA AAATTGTTCATGTCGTTTTAGCTGTTCTAGTTTCGTTTTTCTTTAAATTTCAAAATCTGT CTGTTAAGTTCAAGCTAATAGGGTGCCATGAAATGGTGAATGGACTGAAGAAGAATTTTG CGTGCAGTTTTAGCAACTGTTGTCGTCCCGTGTTATTGGCTTTTCTTTTTCCTGTGTTAT CTTTCCACTTAGCAGTCACCTTTGACTTTGTTGATGTGTTATACTAATTTTGGCATGTAA TATAATTCGAAAACAGTCTGAATAATTTTACCTGTGGTTGTCAGTCACGAAACGCATTGA AAAGCTTTGCAAGTCCAGAGGGGGATCATCTGACATTGCTTAATGTATACCGTGCTGCTG ATGAGTTCTTTCAAAAGAACAAGATGGTACACAGTGAAGAAAAAGCTGAAAAGAATCTTA GAAAATGGTGCAAGGATAATTATATTAACAGTCGCTCTCTAAAACATGCTCGTGATATCC ACAGGTAGGCATTATGTACTTCAACTTCAAGGAAATATTATTCTGTTCTGCTTTATGATT ATTTCTACCTCCACAGTTCTTTTAGAGAAAATGATAAAACACACACATTCACGTTTTTGC CAGTTTTCTTACTTGAACTATCAGGTGTTCACTTTTACTACTGAACTATCACCGACTATT TCTCAAAACACATCTGAAGTATCAGTTGTTCCCTTTTCCTACCGTTCAGTGTTTGACCAT TAACTCTTCTTTTTTTATGTGTTACATTCTTATGCTCATGCTCGTCATATTTCACTGTTA TATAATGTACTTGCCGCTTCTTCTCATTTGTCCGGGTCCTTGAGTGAGTGAAAAATCTTA AGCTTTCTACCTATGTTTCAGTCAAATTGTGAGGAATGTTGAACAAATGGGTCTTCGCGT CACTTCTTGTGAAGATGATACACTTCTCCTCCGCAGATGCCTTGCTGCCTCATTTTTTCT TAAAGCAGCTATGAAGCAGCCTGATGGTGCATACAGGTTAAGATTAGTGGCTTTATTAGT CCGGCATCAATTAGTGTATCTGTTTGGAGTTCTTTGACATATCATCTATTCGTTCCCATA TCTGACATTCATTTTAACTATCTACTGGCAGGGTGACGTTAAGTGGTTTGATTGTGCAAA TACACCCGTCTTCTGTCCTGTTCCGAGCCAAGCCAGAGTGTATAGTTTTCAATGAACTGG TTCATACTAACCATAGTTATGTCCGTAATGTCTCTAGAATCGATTACTTGTGGCTCGTTG AGTTGGCACCCCACTTGTATGCTGTGCAAGACTAAATGTGTTCATTATTTATATCGGTAA GAGATCCCTTCCTTCAACAACACCATATCCAAACGACACCATATCCAATGTAATTCCACA AGTGGAACTTGGGGAGGGTCAGATGTACGCAGACCTTATCCCCATTACCTTTGTGTGGGG GCTAAAGAGGTCATCAATTTTGCTTTTTGTGGTTTTATCAATTAGTTTTCAACATTTGTA TGTTGTGAAATCGTCTTTGTTGTAAATATATACATACAAATGTTACCCAAGATGCTTTTT TTTTGTCGAGAACAGAAGGTGCACACCTCGATTAATTGCACGAGGTACCTACTATCTCCA CTGGCACTTGTATCAAGTATCTATGTCCACCAAACCTTAGATAGATGAAAAGAAACCACC TCATATTTTTTTCTCTACAAAAATTTAACTTGAGACCTCATCATTCTCAATCCAATTCAG ACCACTAAATAACACTTCCAATGGAAATCCATCCATCTTTCTTTATTATAATACAAGGCG AAACCAAAATTTAAAATTTACATGTTCTAAGATTGTGATCGAATCGAAGCTCGTTTTAGT AACAGGGTTCACAATTAAATATTTATACGAGTAGCATAAGCTACAGAAGTCATTCAAATT TGTATACAATATTCTAACTCCGCCTCTGCTTGCTGGTTTATTTTAGTAGCCCTCAATTAG CATCCAACTTATTGGCATTTTCTGCTATACTCAGATTACTGCAATATACCGAGCAAAACC TGCAATCAGAAATTAGTTTTAAACCTTTGTTGGGTTGATTTCTCGTATGGTTACTCAATT AATCGAGTTATTATCTCATAAAGTCAATTTTCTTCAACAAAGGTGACTTTTTGAGGTAAT AACTATAAGTTGAGTGATCGTCTGAAAAATCAACTCGACTTTTGTTTGAACAAAAAGATC AGAAAATGAACTCAATCATGTTAATTTAAAAAGATAGTGAAATGAATCTCCTAATTGTTT ATGTTTTCCTACCTGAGCTCTCTCACTTTGGTGCCAATGGTTAGTTTTGGTACTATGTTT CAGCTCCTGTTTCTTTTCACACTCTCCGTTCAAACTCCGAGACCATCTGCGTTCAAACTC CGAGACCATCTGTTTGGTAACCAAAACGCGTGATAATATCTCAGATGGTCACTCAACTAA GAGTTCTTCTCTCAGAAAGTCACTTAACTTGAAAGCTGTAGCATGAATTTTACCTCGGGG AATTTGTTTGTTGAATAATCCACCCTGTTGTAACTATCTCAACCAGAAGATGAAGATTTC AATAGCAGTAATCTGTACATAGGAGCGCCACGTTCTATAACATGTTGCTCCCAATCTGAT CGAATGCCAAAGGGGTTTTCGTTCAGCCATCCATCTTGCTGACTTGTGATATCTTCCGAA TCGTGCATTACTGTGAGCTTGCCCTTGCCATAATTCATAAACTCTTTTTTCATTCTCACT GCAACTTCTTTTACATCAGATTGGAGAAATACCTGTGTTTAAGACAACAGACTTGTGTTA GTACTTAGTACTCTTCTTTTCTCTCATGAAATGATCTTTTGTTCGTCTCACGCTAAACAT ATCAGCCCGAGCTACTTTTGGCTATCTGATGAAGAATATCAATCACACAGAATAACAATT CAACACGAGACGCAAATGCATAGCACCAGAGAGCTGCACTTATCATACCTTCCCATCAGG AGCTACTAAGTCTGCTATTGCTTCAACTAATGATCTCTGCACCATCCTCCATCGGTGTTC TGTTCTATTGAAATCTGGATTTGGACACTGCAGTTGCGAGGAATGTTGCATTAGTTGTAA CGATGTAATCATAATTACATCGTCATATCAAATTGTATCTCCAAACACATCCGTAAGCAT CAAAAAGTTATTCATCTATACTCTTTACTACTCTCTCTCTCTCTCTGTCTTTCAATTTGT TTGCCTGGTTTTGACTTGACGCAGTGTTTAAGAAAGTTAAGATTATTTTTTTGAAACTTA AAGCAACTAAATATATGTCAAACTTGATTGTTTCGTGTTATTAACGTATAAGCAAATGCA TGGCCAGTCTTGACCATGGCATTTCGATATGTATCTAAGATTCTATTCAAAAGAAGCAAC AAAATGCTACCTACCTGAATTGACACAAGCACAAGATCACCAGGGTAACTGGAAACAATG AATCGGAATGTTGATGTGGCATTCGTTGCTATGAAGTATCTAGGAACAAAACACAAAATC AGAAAACAGATAATACATGACTATCTGCTTCTATAATACAAGTATGTAGGGAGGACAGCA TGTACCCATTTGTCATGCCAGATTGAGAAACATGATCAAGACAACGTCTTACCAACTGGA AAAACGCAAAGTCAAAATTGTTACACTTAGAACATGATTTCTTTTTTGAAAAAACAGGAA GCAGCAGATGAAACATTCTGCATAAGACTAAAACCTTTTCATTTCTCTCCAGTCCAAGAA AGTTCCAATCCTTCCGCATCTTTGCCATTCTGGTCAGAAATAAACCGTTGCCTGTAATTT TATGCTTTCATCTGTGAGAAGTAAGAACTAATTGTGTCCTTAAATGCTGCACAACAGCGT GGTCGTGTTGATATGTTAGCTAAAGCTAAGGAAATGGAAAAATATAACTAAAAGTTTTAT TTGTTAATATAAGGTGGTTGTCTCCCTCTCACTATGAAATGATTGTAAGACCAACAATGT TTCATAGGAACAAAAATTGGGCTTCTAAGGCCCAATATATCAGCAAAATGAGTGTTGTAG GAAATGCAGACTTAAGATGAATGCGGTCATATAAGATCAGAAATGGTCACACCCTATAGA AGGTGCAAATAGCAAGCGTAGAGGATAACATGAGAAAGGTGGCCTTCATAGAGCTCCATG TAGTGAAATGAACATTGAGGATTTATATAACCAACCCCAAGTCCCCAGCTAGCCTGAGAT TGAAGTATACTTGTTCTTGTAGTTGAAAGTCTAGCACAGACATTGCTTGGTTTAAACTAT ACGGCTGATTTGTAAATATATGAATAGAGAAACTAGGGGGTGTAAGCTTCCTTCACGAGT ACCGGGGAAACACTGGATTCATTGCTCCCAGATAGGGAAATTAGTGGATTCATTGTAAAT ATGAAGTTGTTATTGGCGTAACAAATGACTATACACATTCAAACACAAATGATCTGATAG ATTTATAGAAAGATTGAATCAGGGAAAAGAGAGATTTACCACTTCCTACGTCAACAACAA GAGGTAGGGTTGTATTGGCATATAAAGCATCCCAATTCAACTTAAATGGATATGCCTGCA CAAACACCAAACACTCAATTAGTTCTGAAGCTAACATACACCTATGGTAAGCATACTTTG TATATTAGTTGGCACGTTCAAAGTCAAGTTCCATGTGAATGATTAGCAGCACTTCAATTG AGTATTGAAGTACTTAGATGACAGGAAACAGGGGAAAAACGTGCAATGCATGTCATGCAG TTATACAGAAAAGAAGTCGTAGTGGAGGCAAGCCAGTAAATCTTTTATCAGGAATAAAGA CTCCAAACCTGGTATTATTACTCTACTCTAAGTAAATATTTCCCAACATATATGATTCTA CCACCCCAGCTAGTACGCTCCACTTAAAATGAGAATAGTCATAGTTTCCTCATTACATAA AGTAGAGGCATCGGAAACAACCTCTCTATCTTCACAAGGTAGGGGTAAGACTGAGCACAC ATCACCCTCCCCGGAATCCACCTGTGGGATTACACTGGTAATTTGTTGTTGTTGACATAA CACGCGGCCAATGTTGTAAACATTAGTTAAGATGTGAATTGGAGGGGTTATTGATGAGCT TATTAATTCTTGTATCATTTTTTATTCAATGAAATCTCTGTCGTTATCCATGTATCTACC TCCTTTTTTCCATTAATACGATTTCCTTTTCATTCTAGAAAACTTGAGGAAGTTGGATCC AAGACAAGTGGGATGGTTGTTACTTGTTAACAATGTGTTTCAGGATTTTAAAATTTCTTT AACACAGCATGTTGAGTTAGAAAAGGCTTACTCTATCTAGTGCCAAGAGCCCGTGAAGCT TTCTCCCTTTCAGAAACTCCCAGACAATGGAAGCATTTTCAATCATATCAGCTGTAACGT GCCTTGATCTCCCAATAAACGTCTCACATGCCTGTTTGCCAACCACAATTAGATCACAGT TCATTTGACTAAGATTATAAAGCATCGCAGCTAATTTGGATGCTCCAGCAGATTCTTGAT GTGATGAGCTGAACTTTACAGCTCCAATCCACAAAATTTTCTGAAAAAACAATGAAAACA TACTTCTCTGAGCATATATTGTTTCCACAGAATAGATTAAATGATAAGATCACAGAAATT ACCAATTTCATAGACGCAAATCAAAGGTTAAACCTACCATTGCAATATGACAAGACAGAT TCTATTCACTCATATCAAACTAGTCAAAGAACACCAAACGGAGACCTCAAAATTGAGCAA GCACTTCTAATACTAATCTTCAGCAGAAGGAACTTCAGAGATTACCTTGCATCTCGAAAG CACGGAGATCATTTCCCCCAATGTGTTAGGTCCAACATCAACAGGTTTCCATCCTAAGGA AAAACATTTGAAATCCTTAAATATATTAGGAACTATCATCCCAATGGTAAATACTACAGA GACGGTCCAATAATGGTGCAAATAGACTGAGACGGGCCAATAGCCAGGAAATGAAGTTTG TTACTCCATCCATTTCAATTTGTTTGCCTTACGTGCAACTCTTTAATTCTAAACTTTCCA CATGACATGTTTAAGATCATGAGATTAAAGGGCATTTTGGTACATTCTACATATCTCTAT TTATGACACAAGACTCAAAACTCTTCTTCACTTTCTTAAACTCCGTGTCAAGTCAAAACC AGACAAACTAATTGAAACGGAGGGAGTATATATTTTCACTTTTTTAATTGTTCAGCAATC TCTTGTCCATTTAGTCCTTAATCTAGCAAATGAAACAATGCAAACCTTGGGGCTAGGTTG AAGATTTAAGAATTTAACTTTACCATCAATGATACGATTAGCAGGAAAAATCTTCATCCG CGACGGATAATAATCATTGATGCACCAAAAGTCTTTTGGTAATATGATTTGTACTCCTCT TGCCTTTGCAGCCTCAACTAGCACACGGGCTGCCTCTAGTGATTCTTGTTCCACCAATTC CATAGGAACAGGTAATCCAAAAGCATGCATTATTTGAAATGCAGCATTGCCAATAAACAC TAAGCCGTCACATCTAGATGCCAAAAATAGCAAGGCTACTGCTTTCCCAGCGAGATTACC TCCGACCTGCATTGCATCTCAAATTAGCACTTGCAATATGTGAACCAGAAAAGTCCTGTT CTCATTTTAATCAAGAACTTGAAAAATACTTAGATTTAGATTCACGGGTGCATACTATTG CAAAATAGGGCCTCTTGTTCATCTCGATTATCTTCTTCAGTTGAGACATTTGCTCGTCAA AGTGAAATCCAGCAATGGACGCATAGCAGAAGCCAGTAATACCAACATTTGATGCAAGAA TCTTATGTGATTGGAAAAATGTTTCATTAACAAAGATATCCACGCCAGATGATAGGCGTC GTGCAAACTCTGAACAATTGGCTTGCTCCTGTTTAAACTGAGAAAGGTTCTCAAGAAGAA GGATGGAAGATTTATGTCTGTCTTCCCTCAGGGACTGCTCAAATCCAGAACCAAGATCCA CTGGTATTACTTTTAGTTCAAGTTCCGACGATAAAAGTTCTGAAGAACACATTATCCAGA TCAATTAAACTCCATTTAAAACATGTTTTGTTGGAACATAAAAACATTAAAGTAAAAACT AGATGTATGCCGGCCCTTCATCATTGCCTAGAATATTGTGCCTAGGTAGGTTTTTCATAC TCTGACAGTGTTTTCAAAGATGCACTTAAGCCATGAAGCGAGGCTCAAAGTGTGTTGAGT GCTTCGCGTCGCTTAATATGCGGTTCAGTGTCCTGATCAAGGTTTTAAGACATACTTTTA CTTGCCAATTAGCAGCCTCTTTTGAAGAGGCGACACTAAATCACTAATATTACACTTTAT CATATATCTATTTTTCAAGTTTTTTGTTCATATAATATATTTGTCATTCATGCTTATAAT TATTAGTCTTGGACGGAACATATATATTTGTATTTTCTCTCTCTTTGAGCCTTTTTTTCA TCAAGGCTCACACTTTATTTGCGTTTTGCGCTTTCTAACACTGTATTCTGGGAAGCTAAG CCCAAGTTAACAGATGGGGAGAAACAACATGAACAATAAGTAAAAAGTAAGAACTTTTTA AACCTGCAACATATTCCAATTTGAGAAGCCGCGAGTCAGCTCTCAAACTCCAGCTACTTA ACAGAACTAATTTTGCCCCAGCTTTGTGTAGATATTTGATGGTTGAAATTACGCGAGCTG CTGGAGACTGCTGTTTCTTCTGCTCCCTTAGTACGATGGTCAAGTCCAATCTGACCATGA CAACTTTTCCGATTAGCTCCTCCTCTGGGAAGTTTCTAACAGTTTGCACGTAAGGTAAGA TATCTGTTCCTCTCCCATCACAAGCTTCAGCCTAAAATTCGATTCTTGTCTGAGTAAGAA GAACAGACAGCACACTGAATGGCACATGAAAAAACAATAAATGTGTCACGTTAACGTTCA TGTTTCTGATGCTTTTTTACATTCCCAATTAAATATGCATACGAGCTGGTCGAAATTTTA GCTATCAGATCAAATCCTACATCAGTTTCTAGTGTAAGAAGCTTTAACAAATGAACAATC ACCGTGTCACATAGTGAAGACGAGTTGAGGTGTCTAGAATGTGCTTAGTTGCCAGCTGAG ACTAAGTTTGAGTGTATGTTTATGTATTACACCTTCTCATTAAACGTAACGAAAAAAAAT TACTCAACGTACCTCATTCGGAAATGAAAGCAAATCAGCATGATCAATCAGCTCCAAATT TAAAGCTGAAAAAAAAAAACAAGCAAATTGACAACACCATTTATAACAGGATTACAAGAT TTTCGACTTCTTTGACAGCAAGTTAATTCATACTAACCTTGTCGTAAAAATCGAATCTTT TTACATTTTCGAACTGCAGAACATTTCCCATACGATAAACGCAGTCTAATTTGTTGCAAA TCATGAAATTTTGTACAACCATTGTGGAAATTTGATATTCTAGGTAAAGTGTACCCTAAG AAGAATTCCAGAACATAACTCATCCTTTTGTTGTTTCACTATGAATCAAACTTTTGAACT ACAAACTGCAAGAAAAATATCAAATTTTTCATATGAACAATAAACAAAAATTACGAAGAA TCTTAGTAGTTTAATTGATTGATTATCTAAATTCTCCTTTCCCGGAATCCCCTTTCTTAC CCCCAATTTTTTTTTCCGATAACAAGAAAAACTGTAGCCGCTATTCTTTGGTGCGCACCG GGTAAATCTATGCAATAGCTTGCAAATCACAAACCCACGCTAGGCAAGCCCGCTGCAACG AGCTCGACCCAAAAGCAAAATCTTTGCTTTCGTTGGCAAGGGGTACCCCCAAATTTTTTT TTGAAAACACAGTATCTGATATAGTAAGTATATCAATACAACTAAAAAATGATGCAAAAA TTAGCAAATTACTTACCTGAAATGGCTAACAAGAGTGACAAGTTGAATGAAGATAAAATG TGTAGAGACAATATATATATATATTTTTTTTATTATATAGTTTTAAGAAGAAATTTGCAT TAATGTCCCTCTCTAATATGAGACAATACATTTACATCCCTTCAAGAATTAAGAGTTACA GAATCCTCCCTCAATGTATTACTTATTACTCTCGTAATTTATATGATATCGTTCAAAATT TCAATTGTTGAACAATTTAATTTTAATCGCGAATTTGAATATAATTTATTATTTAAAAAG TATATATGAAAAAATTAGAATCAAATAGAAAAAAATCTGAATCTCGAAATTCTTTGGACT AAATATAATGTCGGGTAAGTACCCGACCCGAATAGAAATACGGATCTACGCTGCTAAATC TTCAAAGTACAACCAGCTAAAGCAGATTTAGCTCACTTTTACTTGATCTCCGCCGTCAAA AATCTTCTTCACCGGCCGCCGATCTATTCTCCGACCAAGATGGGTGCCGGTTTCCTCGTT GGCGTCATCGGCGTTCTAATTCTATCTCATGCTACCTATTCCACAATCCAATGTAATCCA CTTAGGTTTTTGTTCCCTTTTTTACCTTTTTTTTTTTGCGGCATCAGTTTGAAGATTCTT TTTTTTTTGTTCAATTTCAGATAGGGCTTTGCTTAAGATTACTGAGGAGGAGTTTTCTGG ACCACCCATTGATGTAAATTTTCATTTTTCACCTTTATTGTTGAATCTGCTGAGTTATTT ATAGTTGACAAGAAGTTGAATTTTTTTTATATGTATGTGATGTGGTAGTGATTGATCTTT TCTTATTTTTTTGTTGTTCAATCAAGAAGTAAATTTTTGTTGTTCAATTGTGTAAATTTG CTGTTGTATTGTATTTCCTTTACATACTTTATTTTTGATATGTTTACTCGAGCTTAAGGT TTATCGGAAATAGTCTGACCTCGCTTGTGGGATTATACTCGGTATGTTGTTGTTGTGATG TGGTAATGATTATTCTATTTTTAATTGTTTTGTTGTTAAATCGTGTTGTTTGTTGTCGCT ACTTGTTCTCTTATTAATTATTTTCAACATGGCTTCTTCACTACGGTATTATCTTTACAT GTTTGATTTTTGATATGATTGCTTGAGCCGAAGGTGTATTGGAAACAACCTCTCTACCTT CATAGTATAGGGGTAAGGTTGTGCATACATCACCCTTCCTTGGCTCCATTTGTGGGATTA TAGTGGGTATGTTGTGATGTGGTAATGATTGATCTAAAGTATTGGGTAATGTGCAGGTTG TTATCGAATTGATAGTTAGTTTAGTGTTATGCTTGTGGGCTGCAATGGCTGCCCCTGGAA ATTTCAAGTCAATCCATCCTCAATCTGAGGAAAACAGGTACTTAATTTATTCTTTTTAAT TGGGGTTCTTGTATTTTTATTGTTTTTTTTCTTTGTTTTGCAGTAATAGAAAATTTTGGA TTTCTAGGGACTTGTAGGAATATAGATAGTTGGTGTAAATCCACTTTTATGGGAAGATCT ATTCTCACCATCTCACAGTGGTCAATGTTCCCTTGCTCATATCTTCCATGTGTTATACTG TTATATATATTTTGTTCTTCTTAAGAACTCACAAAGGAGTTCTTCTGGCACTATATCAGT TTCTTTCTCTAAGTTAATGAAAAGCTAGGCTTACCTCGTGGACAAAGTGCCCCTCGGCTA GTTTAGAAGTCGCGCCAGGCCAATGAGTATTATGTGGAAATCCTCCTTCTCTTCCAATAT ATTTTTATCAATTTTGTGATTTGATTTAGCAAAAATATAACCTCTATAAATTTCCATCAC TTTTCTTGCATATAGCGTCCTTTGTGGTCTAACATGTTCTCTGTCACCCTTGTAATATCC CTAAATGTCTACTTTATCATTCTTTTCTTGAAGTTCAGACAACGTTGAATATCACTTTCA TTTTTATGTATCAAAATTCAAAACTAAGAAACTCTTTCTCTACTCATTTTGCGTCTTTCT TTGTTATTGTTGCCTACTGCAAACAAAATTTCGTAGCTTTGTGAGTTATACCATTCCGAC TTCTTTATGGCACTTCCAATCGTTTACAAGGATACCTCAACTTCAATGGACAAAAGGCTT AGAGTGAGCTAATGTTTCTTTTGGTCATGGATGTGAATCTTTAAAGTTATCCTTGACTTC TCTGTTGTTGATAATTTCCATTTTATTACGTATCCTTGCCCTGCACCATTCCTGTGTCAG AATTACTGTGGTTAATGTCTTAGACTTTTAGATATAGCTAGATGCTACTTTCCAATGCAA CTTCTCATTTTCTTCCTCTGGATAACTGTATTAGCTTCTAACTCCGATGCTCCCTTCTTT AAGCACTTGTCTTTAAATGTGTTTTGGTTTGACTGTTTAGTATCCACCACAGAATCATTG TGCTTGCAGCTCTTCTTCTTTTGTCGTGCCTGCCACTACACATCTGGTGTCACCCGTCTC TTTTGGGTGGTTAAAGCTTCTCCCGGTGACGACCTATTCATATTTGTGGCCTGCACATTT TCTTTTAGTAGAAAATGAAGTCTATTTGACTTTACCTACTTTTAAATGTTATCAAGTGCA GTTCCCCTTTTGTTCAGAGAAGTATAAGTTTGGTTGGTTGTTGACCAACCTTTGTCCCTT CAGGTGCAAGTGTTAACTAAAACTAAACATAAGTTAGGAAACCTGTAAATAACATTGTCA TTTTCATTTCTAGTACCAAATCAATTTTTTGTTCGTATAGTTATGGTGCCTGGGCGAGTT TACACGCATCTTAACTGTTCCACAGAGTACCTGCCTCCCACAGACAGAGATACCGGGTAA CTCTTTGTTACTGCAACAATATCTCCATATACTTTGTCAACAGTCAACACCATGATCTCT CCCATCAGATTTCCCCTAATAAGGATATGTTGATCATTTTTTATCCTTGGACATACCTAT ATCTTTCCAAAATTTAGTATTTGTCTCCTTTTAATCCAGTTTTGAAGTATAGAAAATTTG CTTTCTGTTTTGAATATAGACACTAAAAACTGGTGGTGTTGATTCTTTACTTTACCATTT GATAATCCTACCATTACTTTTCTCTATATCTACAAACTTTATTTTTTGAATCATAGTTTG TCAATGTGTTCTCCCGTTCCTACTTATATCTAACCTAGGAATACCGCAAATTATGACTTC TGCTATTGATTCCTCGACTTTTTTCCCTGTCAACTTAGCTTAGTTCATCTAACCCTCGAC AGATCACATCTCATTAGAAAGACATGTATTTTCTTTTTTATTTAGGATTCTTTTTTTATT TACCCAGTCTCTCGTGGATACCAGAAACATGATATTTACGCTCCTCCTATTTAATATATT CACTAGTTTTGACTTTTCTTTGGACGAGTCTCAATATGTCCTTGGTTTAGCTGTTTAATC CTTCTCTCCTCAAACTACCAGAATCCTTTCTGTCACCATTATGCTGATGTAGTAGGAGTT ATAACTAACTTCTTTATCAATATCCGTACACTGCATGTAAACCGTCGCTTATACTCCATA ACACCCAGTGGAGATGACCAGATGGTTGTTTTTCTTTGTCACGATGATAATTTCTTGCTA GTGAATCAACAAAAGACTAGAATTTGTAGGTTTCTTCTTAGTGATTTTGGGTAAGCAATA TATAGAAGAAAAACTTGACGCAGAGAGATCATGGGAAGCATAGTTTATAGTTAGAAAATA TAGTTCGATATTAACTTGGTATTTTGGGATGATAACGTCCAAGTGTTTCATTGTTAGTAA TCCCTCAATGCAGAAGCTAGTACTAGACGAAACGGCTGAATTGGTTAAATTTTGTGTAAT GGAGGTAATGGGTTTGTTTCACTATTTTGCTAAAGTAAACCTGTATTTGCCGCCAAAGAA ACAATGGTAGAATGAAAAGGAGTTCTGTTATGACTTGTATTTGACACTATACCTATTTCT ACCTCCTAAGACCCTATAATGGGGATCAACCATTACATGATTTGGGGATAATTTTGCTCT CTGCAGTAGCTGAAAGGAAAGAAAAGTAGAGCGGAGGGGGGCAGAGGAATGTCTGGTCAC CTTGGTATTTGAAATTGGAATCGTGGGGTTGGCTTTGGGTTATGGGTACCATTTGTTCAG CGTCTTTGTGGTTGTAGGGCATCTAATATTTTACTTCAGTGCTGAATAACAACTTCAGTG AAAGCTTTTGTGTTTTTCCTTGTCTCACCTGTTTTGAGAGTTACATCACCGTCCCTCAAA TTCTAGGTAACAGTTTAGATTATCTTTTAGGGCATTTACTAAAGTAGAAAAGTATTCCTG CTTTCAAGTATTTTAAAGAAAAAATTGTGTGAAAGCACATACGTAGTCCTACTGTTTTAA GTTCATGTATAGCCAAGTGAGAATTTGTAGCAGAAGTCGGTTCATTTGCTCTTGATGTAT ATGCAATGTCCTTTTTTGGGTATCTTACGTATCTCTACAATGCAGGGTGGTCGCTTTGCC TGCCAATCTGGATTTCATGATCTTTAATCACCGCGGGAAAATATTTCCTCTGGAAACCGA TTTGAAGTTGAAGTGATGGCCACCCTCCAGACCAGACCCATCTTTCGCGACTGTTCTTGG AGAGGATAGTTTTAGACAGTTCTCCTATTACACTAATTCAATTACTTGAGCAGCACTAGT CGACCTGTGGATCGTTGATTGTTAGAGAGCAGACAGAAAAAAAGACACTCAGTTTGCACA TTTTCATTTTTGCTTGCTTAAATTTTAGTTTTGTATGTTAAAGACTCGAATTTTCAGAAC ATATCTCATAGTGTCTATTAGCATTTATTCTCTATCTATGCAGACATGAACCTGTTGTTT GAAAACGATCTTTCGCTGTGAAATTTCTGTTTAGACATCTCTAACGTAGGACATGTATGA CCCGCAAGTGGGATCTGAGGAGAGTGGTATGTACGCAGGATATTTATCGCATTATTTTGG TTAAATGAAGGAAACAATCTGTTTCTCCCCAATTTTATCATATAAAAAAATCCATATAAA CTAATTTTTTTCTTGTATACAAATTACAATAGCCTATGGATAAAATGAATGCCTTGAGTT TCATAAATAACCTTAAAACATACCTTTACACTATGAATGAAACAAGTTAAAACACCACAA GAACCCAAGAGAACTCCAAAAACTGCTAGTCTGGACAATGAAGCAGCAAGACATTGATAA CAAGTTGACAACAAAATGTTGAAACATAGAAAATCCTTTACACATTTTATAGTCATGGCC ATGTAAGACACACACATAGTTTTGAGTCTATTGTTGGTCCCTGAGTACCACACTCACAAA TAACAACTACCAATTTGTATGAAATGATGAAAACAAAAATGTCAAGAGAAAACAAAACAA CTAGGCTTGACATTTCTCATCACTTGCATGCTTCATCCATCAAAACCCCACTTCCAAACT TCTGCATTAAAAACTGAATAATGAAATACATACATGACCAACACCATTGTTATTCAAAAA CATGTGTTCCTACTCTGTTTCCCCCTTTTCTTCTGTGTAATCTTTTTTTCTGCGAGCGTG TGTGTTCTTCTCGGGGGTTGGGAGGGGAGTGAGCAAGAGGAGTGAGTATATAGAAGGAAA AAAGATTCTCACTGAAATAGATTCATTGGAGAATGAACAATGACTAACCTCAAAAAAATG CTCTACGTTACTACATCTCGACATCCAAACAGACTCTGTGACATCCACAGAAGAATTACA GTATGACTGACTTTTATCTAAACCTAATCAATTGCTGCTGTTTTGAAAAGGGTACAGAAC TACCCCATCAAACTAACCAACTAATTTACAACTGGGTTAACTCCTGCTGATTTTCCCTAG ATTGTCTCAGTATTAACTCAGCTCTCCTCTTCTTGTCATCTCTGTCTTCATCCCGCCGGA ACAAGGAAGCGTTTCTTGAACCCTTTTTCCAAAGCCTTAGATCCAAAGAATCGCCTAAGG CCTTCTTTCCAGGTCTGAACTCTAAACAGACAGCAGGCCTCTTGTCCGGAAGTGTTTTCT CTGTACCATCTACTGTTTCAGAAAGCCCATCCTTCATTGCCTGAATTGCTGGGGAGAACG TTTCCAGCAAAGAAACGTGGTTTTTATCATCTACCTCACTAGAAAGTTTAGTTGGAAGAG CCACTGGGTCCACGTCTTTCTCACCAGCTTGAAAAGGTTTTGCAAGAAATGGGTTTTCAC TTTTACTAGCACTTGAAGTGATACCAACATCATCTGGCTGCCTAGAAGTTGATGCCACTG CTGAACCATTGCACACCAATCGCTGTTGTAAATTTAATAAAGATCTTTCTGCCTTCCTTC GCTGTCTTGCTAATTCAATTTTATCAGCTCGAGGATCTGATGCCCTCTCATTCCACGTGG GCGTCCTTACATAAGTATGCGGATCAGGAAATGCAGGCAACCATGGAGGTATGTGCTTAA ATGGTGGTGTTTCACCAATTTGTAAAAAACTGGGTATCAAATTGGGTTGTTTTACCACAG GAAAATGTGGAAGAGGTTGAGAAAATGGTATCTCTTCAGCAGATTCCACATACTCAACCA TCTCGCTAACAATACCAGAACTTAACCCACAGCGGTTCACTTCCGATGCTCGCAGAAAAC CAGTGGAGGCACACATATCCTCTAATCCTTGAATAATATCAAACACATTGCACTGTGTTC TTCCAGCTATATTAGCTTTACTATTAGCAGTCTTCCCTAGGTCAAGTATATACTTAATTG CAATGTCTGCAAGCGATTCAAGAGCAGATTCATTGAAGATCTCAAACCCAATACTTTCAC ATATCTGTGCCACCGCAGTCCTCGATACTGCTCGCCCAAAATCGTCTGTACCAATTCTTT CTTCCCTAGTATTATCAACAGTGCTCTCTTTCTCCCTTTTATCCTCGGCATTACCTCCAA CGATCATATTCAAGTTCCTAAAAGATTTATAGCTTCTTTTACTCAAAAACCTCACCACTC AGCTCAAACTTGTGCCTTTAAAAGGAAAAGTTCACAACTTGGTAACATTACAAAGAACTC AACAACTCAAATATGCAGTTCAAGATCCCCACACTCATTTGCAATTCATGAACACCCTAT GCATTTAAGCTGCATTAAGGAGTAAAGAACAACCCCAATTGCCCCAAATACAAGTAGACA TGAATTACTAAACTACTCTGGCTTTTCCCAAAATGAAAAAAAAAAATCACAACTTGGTGA TGTAAAATGACAACCCCAGAACCCAAAATCTTCAACAAAATCAAATAAAAACCTCAATAT TCCTCCAACCACTTCGTAAACTCAGGTCTTTTCCCAAAATCACAACTTGGGCGATGTAAA ATGCAAACCCCAGAACCCAAAACTCAACCAAATTCTTCAACTAAATCAAATACAAATCTC AATATTCCTCCGCCCTACTTGGTAAAACTCGTGTCTTTTCCTAGAAACAAAAAAAATCAC AACTTTGTGACACAAAATGTGAACCCCAGAACCCAAAACTCAGCCAAAATCTTCAACAAA ATCAAATACAAACCTCAATATTCCTCCACCCCACTTGGTAAACTCCTCTCTTTTCCCAAA ACATAACTAAAATCACAACTTTGTAACACAAAGTGTGAAACTCAGAACCCAAACTCAACC AAATTCTTCAACAAAATCAAATACAAACATCAATATTCCTCCACCCCACTTTGTAAACTC CTTGCTCTTCCCAAAATTAAAACAAAAATCACAACTTTGTGATTTAAAATGCGAACCCCA GAACCCAAAACTCAACCACCTTCTTCAACAAAACCAAAAACCCACCTCAAGATTCCTCAA CCCCACTTGATAATTCATAAAACCTTAACTATTAGACTACATTAACAAGAAAAACTACAA CACCAAATGCCCCAAATATACAACCAAAATGTATGAAAATGAGTACTTACAGCTGATTTT TGAGACTAATTCAACTTGGGGTACCGACTTCTTGATTTATAAATTGAAATTGCTTCAAAA TTGAGAGAACTGAGAAGGGTTTATGCAGAATTTTTTGATAAACCCTAAACGGTAAACACC AAACACCAAGAAAGGGATTTTTAGATCGAGAGAGTGGAGGATCGAATACCGGAGCGGGAC CTTTTTTTTATAGAAAAAATTACATTCTAATAATAGCATATAAGCCCATATAGTTTAGAA AATTCACATCTGACCCAAATAGCTTTTATTTTAAATTTTTTTTCGAAAGTGTGTTTAAAT AAGTGATCAGACAAAACATGATTTATCTGGAGTTTAGTTTATCGATGGAAATGACTCTTG ATCGGGAGACACGGAGGTTGAGTATTATGGTAAAAATTTTAGTAGGCAGTTAGAACGTTA TCTAGTTTTCTTTTGTTAATATGACCGTTATATTACAATTTTATTATCTGTTGTTCGATA TATTATTATTATTATTTTTTGTTTCGATCTACATAATATTTATTATTTATGTTGTTTTTA GCATATTGTTTATTAATATATTTATTTTTCATTTTTGATTTTGTTATGCTTTAGTTGAGC CGAAAGTTCAACGAAAGTAATTAATAGAATAAAATTGTGTATACGTTGTTCTCTTCCAAT GTTACTTATGAGATTACACTCCCGTTTGGATGGGCTTAATAAAAGCAGCTTTAAAAAAGT ACTTTTAAAAGTGCTGAAACTTATTTTAAAAATAAGCAATTATGCGTTTGAATAAAAGTG CTGAAGTTGTTATATCAAACGTGAAAAGGGAAAAATGGAAGAAAGAAATGTTAGGGTTAT ATGGATAATTTGGAGATTGTATATTAAGAGCAAAAAGATAAAAATGTGGTCAACTTAAAA CAGCTTATAAGCTAAAAAAAAACACTTCTACCCCAGCTTTTAACTTTTGGCTTAAAATAA ATTTTTTTTTAATTTAAAATAAGTTATTTTGAATATTGCCAAACAGCTAAATAAGTCAAA AATCACCTTTTAAGTCAGTTTGACCAGCTTTTAAGCTGAGCCAAACAGACTCTAAATATA TTATTATTACTAAAAGCTTTTTAAGTTCAAACATAACTTAGATAATAACCAATTTAACAT CCAAATGCATTTTCTTTCAAACAAATATCAAGTGAAAATTTTATATCTATTTATATCATC AATTTTGACTGATTTATTTTGCCATATTGTTAGAGAAGAAGTTGTAGACATCATATTATA TATATATATATAGATTACAAAACTACAAATTTAAGAGGAAATATTTTACATATATGAATA TGTGAACTTTATACATAATTCAAGTAGTTGATTTGTTAACTATTCTATATTTGCATAATT TCCCATTGATGTTTTTTCTTTTATATTTAGAGCCAATTAAGTTCCTTTTGTATATCATTC TTTCTTCTAATGCAATATAATTAATAATCCAAAAATACATATAAACAAATTAGTTTTTTT CCTAATTAGTTTCATATTTTAAACGGTCCATTATTTTTCTTTATATATTTAAACTATCAC TATTTATATAAATATATTTTAATGTTGAATTGATTTATTCTGAATAGACAACAAGCATTT GTAAACTAGCCCAAAATCGAGATATGTGTTATTACAAAGTAAATTTCACAATTGAGGTAT AAAATTCGTGAAAAATCAATAGTTTGAATTGAATAGAATAATAGACAGTTAAAATATGAT TCTCACAGAAAAAAATAAAGGTATATATCTTTTTATAGTTTACTCAATGTAACATGACCC GTTATGGTTAATATTTAATAACAATCGTAAATAGAACATTACTAACAAACATTCAATAAA ATTTATGATAAAATGACAAGTATACTTTCATATCTAATATGAGATTTCGAATTCTGATAT GAAAATATTTTTGTAGAAGCATTTTATTTTTAATGTGTTAGTTCGAACCCTAGATACGAG GACACTTTCATTTAAGACACGTAGGAGGTCTCGAGTTTGAATTCTACATATGAAATTTCA TTATTAAAAAAATATTTTATCATCATTTAAATTTAACCAGACTATAATGTGATACGCGAT AGTACAAGAAGTTCAAGGGGGTAAAATGTGAAACTCCAAAAAGTTAAAAGAGCACATACA TAAATATAATTCTTTCTTTGGCTCACAAAATATTGGGATAAGCTAATAGAGAAAACTTCT AGAGTTTGAGAAGAAGAAGAAGCAGAAAATGGAGAAGTACTTTGGAAACGCATACAGGGG TGACCCGGGAGTGCCACATGCCGACCCGGAACGGTTCGTGAATATATGGATCGGGTCTGC TGCTTTCTCTGCACTGACATGGATCAATCCCTACATGTGGACTCTTTCCAATCAATACAA GTAAAACCTGCAAAACTCACTTTCACTTCTTTGTTTTTTGCAACAATGTTTTGTTGTTTT TCATATTTGTTGTTAATTTGATAAAGGGGTTATCTTTATTTGGTTAAAGTCTTGTTCTAT GTAGTGTGTTTATAGTTTTGAGGAGTAGAATTGAGTTGTGGTGTTTGTGGTGCAAAGAGC TATTAGAGCAAGAGAGGGAGAGAGCTGTAAAGGGGTTGTCTTTATTTGGCTCAATTCTTG TTCTATGTAGTGTGTTTGTAGTTTTGAGGAGAAAAATTGGTTTTTGATGCCAAGAGCTAT TAGAGCAAGAGAGGGAGAGAGCTGTAAAGGGGTTGTCTTTATTTGGTTCAATTCTTGTTC TATACTTTTTTCTTCATATTTGTTGTTAATGTGATAAAGGGGTTATCTTTATTTGGCTAA ATTCTTGTTCTATATAGTGTGCTTGTAGTTTTGAGAAGTGGTATCAACTTGTGGGGTTGC TGGTGCAGAAAAAGCTATGAAAAGCAAGAGAAAGAGAGAGAGAGAGTGTGGTAAAGGGGT TATCTTTATTTGGCGAAATTCTTGTTCTATATAGTGTGTTCATAGTTTTGAGGAGTGGTG TCAACTTGTCGTGTTGGTGTTGTAAAGAGCTATTAAAACAAGAGAGTGTGGTAAAAGGGG TTATCTTTATTTGCTCTATTCTTGTTCTATTATTGTGCTTGTAGTTTTGACGAGTGGTAT CAACTTGTGGTGTTGGTGGTGCAAAGAATTATTCAAGCAAGAGAAAGAGAGGTAGTGTGA GGGGTTATCTTTAATTTGCTCAATTCTGGTTCTATGTAGTGTGCTTGTAGTTTTGAGGAG TGGTATCAACTTGTGGTGTTGGTGGTGCAAAGGGCTATTACAGCAAGAGAAAGTGACAGA GAGTGGTAAAGGGGTTATCTTTATTTGGCTCAATTCTTGTTCTGTATAGTGTGCATATAG TTTTAGAGGAGTAGTATTGACTTATGATGTTTGTGGTGCAAAGAGCTATCGAAGCAAAAG AGATTGTGGTACAGGGGTTATCTTTATTTGGATCGATTCTTGTTTTATGTAGTTTGCTTG TAGTTGAGGAGTGGTATCAACTTGTGGTGTTGGCAAAAGAGAGAGGGAGTGTGTGTGTTA AAATGGATTTTATCTATTTAGCTAAATTCTTGTTCTATATAGTATCTGTAGTTTTGAGGA GTAGTATCGACTTGTGGTCTTGGTGTGCAAAGAGCTATTAAAGCAAGAGAAAGAGAGTGT GATAAAGGGTTATCTTTATTTGGCTCAATTCTTGTTCTATATAGTGTGTGTGACTGCTTT TAGTTTTGGGGAGTGGTACCACCCTGTGGTGTTGGTGGTGCAAAAGAGCTATTAAAGCAA GAGTAAGGGAGAGAGTGTGGTAAAGGGGTTATCTTTATTCGGCTCAATTCTTTTTCTATG CAGTGTGCTTGTAGTTTCGAGGAGTGGTATCGACATAAGGTGTTGGTCAACTTTTGCTGT AGGTATGGTGCTTGTTAGGAGTCTTTGTAGTTTGGTTAGGAACTTGTACCATTGTACATC TATTTGGGGATGAGTAAGACGTTTCTACTTTTAGTTGGTATTGTTGCCTCTAGTTTTAGA GAACTTCTGCTTTGCCGTAAATGACTAATTACTTGGTAATGGAATCATATAAGTCTGAAT AGAACATAACTGGCATAAAGGATTTCAGTTCATATAGCCACCAACAACTAGTTTTGGATA AAGACAGTGGTTATCAAATTATGATGTTAAGAGTTGAAGTAAAGTTGTGGTCCATTTGTG CATTGTGATACCACAAGCGAGGTCTTTTTTCACCTTGCAAGTTCCCTTTTCAATTGGGTG GACAAGTAATTAACCTTCAAAGCTGTTCTTGATCCTTATCATTATAAAGTTAAGGCTGTT CTTGAAGTGATTATGATTGAGTTAAGGGCTGTTGAATTTACACTGCCAGTTTCTCTTTAC ATTTTAGAGTTAAGCTATGTGGGATCAGTCTGTATCAAAAAAGATAATTGAGTCAATCTG TTTTTCATCAAGGGGTTGAGTGAGTTGTTTTGCCTGCTCACTTTAGCCCTTTCTCCATCC CCATTGAGATGTCCGGAACATTGTCGATGCTTCCACTTGACATGTTTTTAAATGGAAATA TCGGTGAATATAGGTTTTGCGTATTTAGGTTCTAAACCTTCTTAGTGGATGTATTACTAA AAGTTAGTTTGCAGACTGTCAATAGAAGGTTAGTGCACACTATAATGCCAACTCAAAGAA TATATGAGTATCACTAGTTTATGAGCGACAGTAGGCATGTGATATTTTTTCATTTGTGCA AAAGATTATATTGCTGAAATAAGTGTTACTAGTATGTTGCGGGATTAAATTGTCATTAGA ATCATTGAGTTGCAGAAGTTTAGGAATAAAGTAGCGCTTGATTCATGCTAGCAGGTCGTC TCTGTGCTTCATTTTCATTCTTTTCTTTCAATTTTTTATCTTAAAAATTACTGCATACAC ATCTCTCTATCTTGTGTTCCATTCTTCTTAAGTTCCCACCTCTTCCAGCTAAATGGCATC TGTTGGCATTTGAACAACAAAGGAGCAGTACGTTCATGCTAAGTTGAACTCCTAATCGTT CTCACTATTTTTCTTCTGTTCCTCATTAAGAACAAAGCATTTGTTGATTACAAAATAGAT CAGGGATTTACCTTAAGTAAAGCAAAAACTAAAAGTTTTAGGATATTTGATGATTGCCTC AGACACGTAAAAGGTCTTAGTGTTAGCACGACCTCAAATAAAGGAAGATCACACTCACCC AAACTTGGTCGGAGGTAGAAATCTTAGGAACTTATTAAGTACTGCTTTGTTCAAGACGTC CAAATTAGTGCCATGAGACACATCCCTGTGGAACAGTTCCATATTCACTAGAGAAAAACC TCTATGTATGATGACTGTAGTATGCTTAGCTTGTTGGAGATAATCTGTTTGTGCTTTCAT GTAAATCTTAGTTATAGGTTACGAGACAAAAGATAGCAGAAATACTGTTAAGTACTGGCA GTAGTAAGTGTTGTCTCAACGACAGCCATATTACTTCAAGATTGAGATTTCTTTTTTAAA AAATCCTTTTTGCTGTGTATCTGACTTATTGAGTATGTTATCTGCAGCTGGCATGACAAA GCCATGCTTTTTGAGCAATATCACTGGAAGAAAGCTCTCAAGAAAAATCAGGACTA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.922 16807 17192 match_part 0.968 17470 17655 match_2 match_part 0.986 17055 17192 match_part 1.000 17470 17673 match_part 1.000 18747 18907 match_part 0.985 19628 19695 match_3 match_part 1.000 20617 20688 match_part 1.000 21645 21844 match_part 1.000 22222 22356 match_part 0.997 22472 22823 match_4 match_part 1.000 20617 20688 match_part 1.000 21645 21844 match_part 0.993 22222 22356 match_part 0.987 22472 22781 match_5 match_part 1.000 30747 30952 match_part 1.000 31041 31093 match_part 0.990 31677 31777 match_part 1.000 34906 35130 match_6 match_part 1.000 30747 30952 match_part 1.000 31041 31093 match_part 0.990 31677 31777 match_part 1.000 34906 35130 match_7 match_part 1.000 30748 30952 match_part 1.000 31041 31093 match_part 0.990 31677 31777 match_part 1.000 34906 35176 match_8 match_part 1.000 30775 30952 match_part 1.000 31041 31093 match_part 0.990 31677 31777 match_part 0.988 34906 35145 match_9 match_part 1.000 30775 30952 match_part 1.000 31041 31093 match_part 0.990 31677 31777 match_part 0.990 34906 35114 match_10 match_part 1.000 30775 30952 match_part 1.000 31041 31093 match_part 0.990 31677 31777 match_part 1.000 34906 34965 match_11 match_part 1.000 30817 30952 match_part 1.000 31041 31093 match_part 0.990 31677 31777 match_part 0.995 34906 35287 match_12 match_part 0.969 30823 30952 match_part 1.000 31041 31093 match_part 0.990 31677 31777 match_part 1.000 34906 35282 match_13 match_part 0.953 30824 30952 match_part 1.000 31041 31093 match_part 0.990 31677 31777 match_part 1.000 34906 35145 match_14 match_part 0.992 30825 30952 match_part 0.981 31041 31093 match_part 0.990 31677 31777 match_part 0.969 34906 35293 match_15 match_part 1.000 30825 30952 match_part 1.000 31041 31093 match_part 0.990 31677 31777 match_part 0.984 34906 35292 match_16 match_part 0.992 30831 30952 match_part 1.000 31041 31093 match_part 0.990 31677 31777 match_part 0.994 34906 35260 match_17 match_part 0.957 40638 40800 match_part 1.000 43968 44036 match_18 match_part 0.952 42861 43669 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_19 match_part 1.000 23748 23653 match_part 0.976 23399 23114 match_20 match_part 1.000 23747 23653 match_part 0.965 23399 23114 match_21 match_part 1.000 23748 23653 match_part 1.000 23399 23129 match_22 match_part 0.956 27293 27226 match_part 0.992 26980 26732 match_part 0.987 25975 25900 match_part 0.978 25191 25053 match_23 match_part 0.992 30394 29896 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09SLe0019J03.3 type gene exon 16807 17192 exon 17470 17673 exon 18747 18907 exon 19628 19695 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09SLe0019J03.3 type gene exon 20617 20688 exon 21645 21844 exon 22222 22356 exon 22472 22823 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09SLe0019J03.3 type gene exon 23748 23653 exon 23399 23114 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C09SLe0019J03.3 type gene exon 27293 27226 exon 26980 26732 exon 25975 25900 exon 25191 25053 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C09SLe0019J03.3 type gene exon 30394 29896 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C09SLe0019J03.3 type gene exon 30747 30952 exon 31041 31093 exon 31677 31777 exon 34906 35293 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C09SLe0019J03.3 type gene exon 40638 40800 exon 43968 44036 gene_8 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C09SLe0019J03.3 type gene exon 42861 43669 RepeatMasker tomato repeats master SONATA1 7 237 1 SONATA1 7 237 1 nucleotide_motif 558 4728 4962 Copia00205 4774 5005 1 Copia00205 4774 5005 1 nucleotide_motif 389 6633 6857 SONATA2 3 106 1 SONATA2 3 106 1 nucleotide_motif 293 24579 24682 SOD_SINE 91 193 1 SOD_SINE 91 193 1 nucleotide_motif 315 26350 26449 Copia00172 1084 1434 1 Copia00172 1084 1434 1 nucleotide_motif 1447 28599 28953 SOD_SINE 87 190 1 SOD_SINE 87 190 1 nucleotide_motif 318 31534 31635 RepeatMasker tomato repeats master Copia00143 77 225 -1 Copia00143 77 225 -1 nucleotide_motif 424 1175 1028 SHAMUDRA3_MT 3106 3245 -1 SHAMUDRA3_MT 3106 3245 -1 nucleotide_motif 303 10349 10210 OSMUD1 2549 2650 -1 OSMUD1 2549 2650 -1 nucleotide_motif 276 10617 10516 OSMUD1 1901 2119 -1 OSMUD1 1901 2119 -1 nucleotide_motif 518 11235 10978 TS2 559 651 -1 TS2 559 651 -1 nucleotide_motif 395 22810 22712 SONATA2 1 175 -1 SONATA2 1 175 -1 nucleotide_motif 1016 27628 27455 Copia00172 340 524 -1 Copia00172 340 524 -1 nucleotide_motif 770 30296 30125 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1398 8399 9580 match_2 match 2137 10934 12641 match_3 match 1998 1 1008 match_4 match 3814 1029 2973 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1465 30 44036 clone_start_1 clone_start 1570 30 837 clone_end_1 clone_end 272 7999 8135 clone_start_2 clone_start 272 7999 8135 clone_start_3 clone_start 408 8024 8233 clone_end_2 clone_end 789 10072 10497 clone_start_4 clone_start 381 11247 11475 clone_2 clone 910 11622 44036 clone_end_3 clone_end 1045 11622 12205 clone_end_4 clone_end 523 12364 12664 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_5 clone_end 1360 44036 43351 clone_start_5 clone_start 963 2363 1853 clone_start_6 clone_start 1181 2979 2384 clone_start_7 clone_start 547 2868 2593 clone_start_8 clone_start 1154 4040 3399 clone_start_9 clone_start 343 5393 5217 clone_start_10 clone_start 391 6000 5804 clone_start_11 clone_start 283 9866 9709 clone_start_12 clone_start 545 10406 10116 clone_start_13 clone_start 1070 11810 11209 clone_end_6 clone_end 1110 11983 11343 clone_start_14 clone_start 775 44036 43646 clone_start_15 clone_start 888 13279 12793 clone_end_7 clone_end 801 13257 12796 clone_start_16 clone_start 801 13257 12796 clone_end_8 clone_end 997 15628 15126 clone_start_17 clone_start 295 18739 18579 clone_start_18 clone_start 954 29868 29331 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.986 17055 17192 match_part 1.000 17470 17673 match_part 1.000 18747 18907 match_part 0.985 19628 19695 match_2 match_part 1.000 20617 20688 match_part 1.000 21645 21844 match_part 1.000 22222 22356 match_part 0.997 22472 22823 match_3 match_part 1.000 20617 20688 match_part 1.000 21645 21844 match_part 0.993 22222 22356 match_part 0.987 22472 22781 match_4 match_part 1.000 30747 30952 match_part 1.000 31041 31093 match_part 0.990 31677 31777 match_part 1.000 34906 35130 match_5 match_part 1.000 30747 30952 match_part 1.000 31041 31093 match_part 0.990 31677 31777 match_part 1.000 34906 35130 match_6 match_part 1.000 30748 30952 match_part 1.000 31041 31093 match_part 0.990 31677 31777 match_part 1.000 34906 35176 match_7 match_part 1.000 30775 30952 match_part 1.000 31041 31093 match_part 0.990 31677 31777 match_part 0.988 34906 35145 match_8 match_part 1.000 30775 30952 match_part 1.000 31041 31093 match_part 0.990 31677 31777 match_part 0.990 34906 35114 match_9 match_part 1.000 30775 30952 match_part 1.000 31041 31093 match_part 0.990 31677 31777 match_part 1.000 34906 34965 match_10 match_part 1.000 30817 30952 match_part 1.000 31041 31093 match_part 0.990 31677 31777 match_part 0.995 34906 35287 match_11 match_part 0.969 30823 30952 match_part 1.000 31041 31093 match_part 0.990 31677 31777 match_part 1.000 34906 35282 match_12 match_part 0.953 30824 30952 match_part 1.000 31041 31093 match_part 0.990 31677 31777 match_part 1.000 34906 35145 match_13 match_part 0.992 30825 30952 match_part 0.981 31041 31093 match_part 0.990 31677 31777 match_part 0.969 34906 35293 match_14 match_part 1.000 30825 30952 match_part 1.000 31041 31093 match_part 0.990 31677 31777 match_part 0.984 34906 35292 match_15 match_part 0.992 30831 30952 match_part 1.000 31041 31093 match_part 0.990 31677 31777 match_part 0.994 34906 35260 match_16 match_part 0.952 42861 43669 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_17 match_part 1.000 23748 23653 match_part 0.976 23399 23114 match_18 match_part 1.000 23747 23653 match_part 0.965 23399 23114 match_19 match_part 1.000 23748 23653 match_part 1.000 23399 23129 match_20 match_part 0.956 27293 27226 match_part 0.992 26980 26732 match_part 0.987 25975 25900 match_part 0.978 25191 25053 match_21 match_part 0.992 30394 29896 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09SLe0019J03.3 type gene exon 17055 17192 exon 17470 17673 exon 18747 18907 exon 19628 19695 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09SLe0019J03.3 type gene exon 20617 20688 exon 21645 21844 exon 22222 22356 exon 22472 22823 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09SLe0019J03.3 type gene exon 23748 23653 exon 23399 23114 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C09SLe0019J03.3 type gene exon 27293 27226 exon 26980 26732 exon 25975 25900 exon 25191 25053 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C09SLe0019J03.3 type gene exon 30394 29896 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C09SLe0019J03.3 type gene exon 30747 30952 exon 31041 31093 exon 31677 31777 exon 34906 35293 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C09SLe0019J03.3 type gene exon 42861 43669 AUGUSTUS_tom_cdna de novo gene_1 gene 1 17052 22655 transcript_1 transcript 17052 22655 start_codon_1 start_codon 17052 17054 CDS_1 CDS 17052 17192 CDS_2 CDS 17470 17673 CDS_3 CDS 18747 18907 CDS_4 CDS 19628 19813 CDS_5 CDS 20460 20688 CDS_6 CDS 21645 21844 CDS_7 CDS 22222 22356 CDS_8 CDS 22472 22655 stop_codon_1 stop_codon 22653 22655 gene_2 gene 1 30880 34996 transcript_2 transcript 30880 34996 start_codon_2 start_codon 30880 30882 CDS_9 CDS 30880 30952 CDS_10 CDS 31041 31093 CDS_11 CDS 31677 31777 CDS_12 CDS 34906 34996 stop_codon_2 stop_codon 34994 34996 gene_3 gene 1 39059 44036 transcript_3 transcript 39059 44036 start_codon_3 start_codon 39059 39061 CDS_13 CDS 39059 39130 CDS_14 CDS 40610 40800 CDS_15 CDS 43968 44036 AUGUSTUS_tom_cdna de novo gene_4 gene 1 12615 9069 transcript_4 transcript 12615 9069 stop_codon_3 stop_codon 9071 9069 CDS_16 CDS 9263 9069 CDS_17 CDS 12615 11803 start_codon_4 start_codon 12615 12613 gene_5 gene 1 29657 23919 transcript_5 transcript 29657 23919 stop_codon_4 stop_codon 23921 23919 CDS_18 CDS 24152 23919 CDS_19 CDS 24447 24349 CDS_20 CDS 25191 25013 CDS_21 CDS 25975 25900 CDS_22 CDS 26980 26732 CDS_23 CDS 27293 27226 CDS_24 CDS 27973 27744 CDS_25 CDS 29657 29653 start_codon_5 start_codon 29657 29655 gene_6 gene 1 37387 36266 transcript_6 transcript 37387 36266 stop_codon_5 stop_codon 36268 36266 CDS_26 CDS 37387 36266 start_codon_6 start_codon 37387 37385 AUGUSTUS_ab_initio de novo AUGUSTUS_ab_initio de novo gene_1 gene 1 12615 9069 transcript_1 transcript 12615 9069 stop_codon_1 stop_codon 9071 9069 CDS_1 CDS 9263 9069 CDS_2 CDS 12615 11803 start_codon_1 start_codon 12615 12613 gene_2 gene 1 29657 23919 transcript_2 transcript 29657 23919 stop_codon_2 stop_codon 23921 23919 CDS_3 CDS 24152 23919 CDS_4 CDS 24447 24349 CDS_5 CDS 24879 24795 CDS_6 CDS 29657 29653 start_codon_2 start_codon 29657 29655 gene_3 gene 1 37387 36266 transcript_3 transcript 37387 36266 stop_codon_3 stop_codon 36268 36266 CDS_7 CDS 37387 36266 start_codon_3 start_codon 37387 37385 AUGUSTUS_tom_ugs de novo gene_1 gene 1 17052 22655 transcript_1 transcript 17052 22655 start_codon_1 start_codon 17052 17054 CDS_1 CDS 17052 17192 CDS_2 CDS 17470 17673 CDS_3 CDS 18747 18907 CDS_4 CDS 19628 19813 CDS_5 CDS 20460 20688 CDS_6 CDS 21645 21844 CDS_7 CDS 22222 22356 CDS_8 CDS 22472 22655 stop_codon_1 stop_codon 22653 22655 gene_2 gene 1 30880 34996 transcript_2 transcript 30880 34996 start_codon_2 start_codon 30880 30882 CDS_9 CDS 30880 30952 CDS_10 CDS 31041 31093 CDS_11 CDS 31677 31777 CDS_12 CDS 34906 34996 stop_codon_2 stop_codon 34994 34996 gene_3 gene 1 39059 44036 transcript_3 transcript 39059 44036 start_codon_3 start_codon 39059 39061 CDS_13 CDS 39059 39130 CDS_14 CDS 40610 40800 CDS_15 CDS 43968 44036 AUGUSTUS_tom_ugs de novo gene_4 gene 1 12615 9069 transcript_4 transcript 12615 9069 stop_codon_3 stop_codon 9071 9069 CDS_16 CDS 9263 9069 CDS_17 CDS 12615 11803 start_codon_4 start_codon 12615 12613 gene_5 gene 1 29657 23919 transcript_5 transcript 29657 23919 stop_codon_4 stop_codon 23921 23919 CDS_18 CDS 24152 23919 CDS_19 CDS 24447 24349 CDS_20 CDS 25191 25013 CDS_21 CDS 25975 25900 CDS_22 CDS 26980 26732 CDS_23 CDS 27293 27226 CDS_24 CDS 27973 27744 CDS_25 CDS 29657 29653 start_codon_5 start_codon 29657 29655 gene_6 gene 1 37387 36266 transcript_6 transcript 37387 36266 stop_codon_5 stop_codon 36268 36266 CDS_26 CDS 37387 36266 start_codon_6 start_codon 37387 37385 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.986 17055 17192 match_part 1.000 17470 17673 match_part 1.000 18747 18907 match_part 0.985 19628 19695 match_2 match_part 1.000 20617 20688 match_part 1.000 21645 21844 match_part 1.000 22222 22356 match_part 0.997 22472 22823 match_3 match_part 1.000 30747 30952 match_part 1.000 31041 31093 match_part 0.990 31677 31777 match_part 1.000 34906 35285 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_4 match_part 1.000 23748 23653 match_part 0.996 23399 23123 match_5 match_part 0.956 27293 27226 match_part 0.992 26980 26732 match_part 0.987 25975 25900 match_part 0.978 25191 25053 match_6 match_part 0.992 30394 29896 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09SLe0019J03.3 type gene exon 17055 17192 exon 17470 17673 exon 18747 18907 exon 19628 19695 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09SLe0019J03.3 type gene exon 20617 20688 exon 21645 21844 exon 22222 22356 exon 22472 22823 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09SLe0019J03.3 type gene exon 23748 23653 exon 23399 23123 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C09SLe0019J03.3 type gene exon 27293 27226 exon 26980 26732 exon 25975 25900 exon 25191 25053 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C09SLe0019J03.3 type gene exon 30394 29896 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C09SLe0019J03.3 type gene exon 30747 30952 exon 31041 31093 exon 31677 31777 exon 34906 35285 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 30747 30952 match_part 1.000 31041 31093 match_part 0.990 31677 31777 match_part 0.994 34906 35260 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09SLe0019J03.3 type gene exon 30747 30952 exon 31041 31093 exon 31677 31777 exon 34906 35260 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 17052 22655 transcript_1 transcript 17052 22655 start_codon_1 start_codon 17052 17054 CDS_1 CDS 17052 17192 CDS_2 CDS 17470 17673 CDS_3 CDS 18747 18907 CDS_4 CDS 19628 19813 CDS_5 CDS 20460 20688 CDS_6 CDS 21645 21844 CDS_7 CDS 22222 22356 CDS_8 CDS 22472 22655 stop_codon_1 stop_codon 22653 22655 gene_2 gene 1 30728 34996 transcript_2 transcript 30728 34996 start_codon_2 start_codon 30728 30730 CDS_9 CDS 30728 30734 CDS_10 CDS 30788 30952 CDS_11 CDS 31041 31093 CDS_12 CDS 31677 31777 CDS_13 CDS 34906 34996 stop_codon_2 stop_codon 34994 34996 gene_3 gene 1 39059 44036 transcript_3 transcript 39059 44036 start_codon_3 start_codon 39059 39061 CDS_14 CDS 39059 39130 CDS_15 CDS 40610 40800 CDS_16 CDS 43968 44036 AUGUSTUS_tom_pot_cdna de novo gene_4 gene 1 12615 9069 transcript_4 transcript 12615 9069 stop_codon_3 stop_codon 9071 9069 CDS_17 CDS 9263 9069 CDS_18 CDS 12615 11803 start_codon_4 start_codon 12615 12613 gene_5 gene 1 29657 23919 transcript_5 transcript 29657 23919 stop_codon_4 stop_codon 23921 23919 CDS_19 CDS 24152 23919 CDS_20 CDS 24447 24349 CDS_21 CDS 25191 25013 CDS_22 CDS 25975 25900 CDS_23 CDS 26980 26732 CDS_24 CDS 27293 27226 CDS_25 CDS 27973 27744 CDS_26 CDS 29657 29653 start_codon_5 start_codon 29657 29655 gene_6 gene 1 37387 36266 transcript_6 transcript 37387 36266 stop_codon_5 stop_codon 36268 36266 CDS_27 CDS 37387 36266 start_codon_6 start_codon 37387 37385 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 59.3 22217 22354 match_2 match 79.0 22464 22634 match_3 match 172 16773 17195 match_4 match 111 16300 16503 match_5 match 103 19626 19814 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_6 match 112 10872 10093 match_7 match 59.3 28023 27742 match_8 match 68.6 28393 28133 match_9 match 177 37402 36554 match_10 match 57.0 28023 27742 match_11 match 70.9 28417 28133 match_12 match 270 37303 36269 match_13 match 164 37387 36554