C02SLm0055O24.2 CTTGTTAGAAAGAGGTTGCCAGGCCCTGCCGCCTTGGCCAAAATGAAGAATGAAGTTGAG ATGCTGGGGAAGGATCATGCTAAAATGAGGATAAGGAAGTCAAATCCGTCTCCAAATGGT TCAGTGGACTTAACTTCAGAGACGGCTCCTGATACTCCAAACAGAAATATTAACTTCCTC TCTGAGCAATTATGCATGCTGGAAGAGGAAAATAGGACTCTGAAAGAAGCTCTTAACAAA AGAGCTAATGACCTCAGACTTTCTAGGACGACATATGCTCAAACAACTGCTGAACTAGAA AAATATCTCCCCTCTGCGCAGGAACTATCTGTGACATCACGGTCTGATATGGGCAGTGAT GACATAGGTGGCTGTTCCGAGTCTTGGGCTTCTGCACTAATGTCAGAGCTGGAGCATTTC AAAAATGAGAAACAAATTGGTCCACCTTCATGTATAAGCGTAGGAGCTTCAGATATAAAT CTGATGGATGACTTTGCAGAGATGGAAAAATTAGCGGTTGAGTCTACAATTAACCCTCTG GGAGCTGTTCATCATGCCTTACCGAGGGAAAATGGAAGTGGGGGTGCTTTGGAATCTCAG TTATGCTCTCATTCATCAGAAGCAGAAAGTACTGAGAGAGTTGCTGTGACAGATCGTTAT GTTTCCAGCAATGATAATCAGTCGAAAGCAATGTTGACAGATAAAGCTTCTGGTGGAGTT GATAACATACTGAAAATGCTCTTGGAGCACGGACATGTAACTGAAAGAAACCCATACGAT ATACTGGAAGATATCAGAACTGCCCTGGCACAGAAGTTTCCCTTGAGTAAGAACCCTGCG GGAGCAGATGAAAGTGCAATAGGTACTGATGTTACATGTTCTCCCAACAATGGTGACTGT AAGGAGATATATACAGGAGCTGGTGATAATGTTTCATCAGAAAGAAAGTGTGAACTAGAC ATGTTGTCATTTATGGGTACATCGATTAATAAAGTTATTGATATCATAGAAGGAATCAAT ATACCCTCGACAGATGATAGTATTCCAGAAATCTTATCTCACAATGGTAATGGACTTCTA CCATATGAAAGTGCATCGAAGGAGACAGCCTACATGGTTCGTGTTTTCCAGTGGAAATCT TCAGAACTTTCTGTTATTCTTCAAGAATTTGTCCAAACATGCCGTGATTTATTGAATGGG AAGGTTCATATTGAGAAGTTCACTGAAATATTAACTCGGACCCTGGAATGGATTGTTAAC CACTGTTTTTCCCTTCAAGATGTTTCAAGCATGAAGGATACTATGAAAAACCACTTTGAC TGGGAAATGGAAACTGGGGTGATTAATCCTATCTTTGAATTTGATAAACTTCAGACTGAA AGAGGAAATCCATTATACTCTCCTGTTTTTACCTCACTCGCTCGGATGAGTTCTGTGCCA GAGAAAGAAGTTCTACCATCTGTGGATAATGAAAGTCAACTACCAAAAGATGAGTTTCCT GAAGAGGGAACTACAAAGGTGGATTTGGAAGGGAAATTGGAAGCAGAAACTCTCCGGAGC GATTCCTTGATGGTTCAACTTCAGGAATCAGAGAAAACAATAAAAAGCCTGCAAAAAGAA GTAGAAAATCTCAGACAGTCAAAGGGGATGATTGAGGATCAAATTGAGAAAGAAAAAATG GCGAAAGAAGACCTTGAGATGCAATTTGAAGCAGCTAAACTGGAACTGAATGAAGCTTGT CGAAAGGCTTGTTGTTTAGAGAAGGAACTCGAGGACCAAAGTAATTCCTATAAGAAGCTC GATTCTACATGCCATATGCTTCACTTTCAGCAAGAAAGGTACATCTAATGCTTTTATAAA TTTGTGAGAAGTAGTTGTCAAGGGCCTTTCTTTACCTGAAACATGTAACTTGCAGCATCA AAAAAATGGAGTTATCAGAGAATGCTAAGGTGGACCCTGAAGAAAAGCTTCAAAACGTAA GTTCCCATTAGCTTCGGTTAGTTTACCTCAGGCCTTACAGAAAAATATCTAGAGATTCTT CTTCATTTCCACGTAGATCGGTGATGTTTTTGCAGATACACGGTACGGAATAATGTACTA CTACAATATAACATTGATTTACAGAACAATTCAAACTTTTAAAAAGGGTCACATTTAATT AATATGACTCATTTGTGTTGGAGAATTATTAGAGTTCCCAGATAAAAATCAATTGAAACT TTGGAAAAAACAAAAATGTGGTCTTGTAAATGATATGATGTATCTCACTGCCTATTTCAA GAAGTAGTCGAGTTGTATAACTCTCTATCAAACATGTAATAACCGCATTACATAAGCATT TTGCTCAATTTTGTAGGATTGGGAGATCACTGCAGCTTCAGAAAAGTTAGCTGAGTGTCA AGAGACCATTCTAAACCTAGGGAAGCAGTTGAAGGCATTGGCCTCGCCTGGGGATGCAGT TCTCTTTGATAAGGTGATATCTACAACTTCAGAAACCACTAGTGATACCATGACAACCCC AAAGAAAAGTTTTGGACGCCGTTCATCTCTTCTTGACAAGATGCTGGCTGAGGATGAAAT GGGATCTCATACTACCAAGGAAGTCATTCCGGATGCCAAGAGAAATACTTTCTCAAGTGT TGACGGATCAGTGAAACAACCAGAAAAGTCTCCATTGACAAATGGTAGTGCGCTTTCAGG ATATGAAGCTGCTACTGGCTCCCTGCCTATCATACCTAGCAAGAAAAGAAGTGTTCTTGG ATTGTGGAGGAAGTTGTTGCGAAATGGTAAGAAAAATAGTAACAAGACGAAACTTAAGGT GTGACCTGCATGGACGCCATTCACAGCTGCAAGGCTTCTTGTTTCTGGTGATGTTTATTG TATGTGGTATTGTATATGAAACTAGAACCACTCCTTAACCTCAATGATATAGTGTTCCGA TTCCAAAAAAAAAATTAAAAAAAAATGATACAAGCGATGAAACTTCTGGAGTCTTGGTGG ATGAACCATGTTTGGCGTGCTTCCCAGTACGCTTTTTGTTACTTGAAGAGAAGAACAGAT ATATCTCAAAAACTAATTGATAATACAATGCTAAACATATGTTTGGATCGTGACACATTT TGCACCTGCTTCAACTTCAATGCAAGTTACTTATTACACATATTTACTTTTGGTCTTTTA CAATTGACCCCGGTGTGAGAGGAGATCAAAATAGGGGGTGCATATTTAAAGGACTGCTGT GAAGTCTCTTCTTGTTTTTCTGGAAAGAATTAGAGTACACTCTGCTGGAGGCAAAACTGA ATAGGCCACTTACTAGGACTCATAGGGAGTAGTGTAAGACGTTTAATATTCAGCAAAGTT GCTGGTATTTCAGTCTCTGTAAACCACAAAGTTTGCAACTTCATGCAGGCCCGCCTCCTT GTAGCATTCAGCAATCCTTTCTGCACAATCGTCCCATGAACCGTCAATGGAAGCTAGATC CAACAAGAAAGCAGCTTCATCCAATGCAACCTGCAAAATAGGTATAGGAAGAAAAAGGAA CGAAGGTTTATCTTCTTTTTGTCAAGGAGTAGGTGCTGAAATCTGGGAAATCATTTTCTT ATGCAAACACATATAAATTCATGTTTAATAGAGAGTTTAGTGATACCTGAGCAGGTTGCT TCCCTTTCTTTAGATCGGCTTCCCTACCCTCCTCAGTTACTTTCTCTTTGATATACTCAA TTTGTTCATCTTCCCATTCAGCCATATTAGCAACTTCCTGCAATAAAGAGAGAACCAGAT AGACCTAGCATCAGCATGCTGCAAAAGGCAAAAACAAATTGATTGGATCAAGGAATTGCG TACATGGTATTCGCAACCCAAAGTCCACCATGGTGATTTTAAAGCCCCCCTAGCAGCATC TTTAGCTTCTATATTGCGCCCAACCCTAGAGAAGAAGAGAACTATATGAGTAAATATGTT GTAGAATAACTTGTTTTATAAATACACAGATTTATTGAGGAAGAAAAACTATGAGATATT ACAGACTTCAGCAAAACTTCAGCATTAAAGACAAAAGGTCGCGCAAATCCTGGAAAATGC TCCTTCTTTGTATAAAATTCTCCCGTCACCAAAGCTGAAATCTTCCAACAGCACGTATAT ATATCACCCAAATGCAATGGATTGAGCATTGCTTACTAGATAAAAAAGAACTTTCTTACA TTGTCTCCATTGTCAAAATGTTGCTTAATTCTGCGCTCCAGTACATCTGGAAACAAGCCA ACCTAGAGAAAATATCAATAAGTGCAATTAGCTTGAGTCACAATGACCATCATCAAGATA TTGCCGTATACATCCTTCCTTCTACCTTCTTCAATATATAAGTATCTATGTTTGAAATTT TTGATGCTCCAAAATCACCCTTCTCATAAAGTTTCTTTCCAGCACCAGCTGAAATCCGGA ATAATTCATCTACTTTTTCTTGATTACCGTTTGCATCTTCTTCCGCCAAAACCCTGTGAA TGTACTGATCTACCTATAGCATGGTAAAAGGAAAGGTGGGATAAATTTGTGCATGCTACC AAAGCAGAATGCAAGAGTGAAGCAATTAACCCTATCAAACATCATCCAGATCCCAAGTAG TAGAGCAAGTTCATAGTAGCTTACATTCTTAGATAATAGCCACACACCATACTTGCGCAC TTCTACCAACGGCATCTCCATCCTGTAAACAATGAAGATGTAAATCAGATACAAAATATT TTCCCCCTTTTCCTGAGAGCAATTAGGAGACCGGAGAATAAACCGAGATAAGCACCCAAA AAGTAGAACAGAGATATCCACAAAACTCAGCATTTTGATGAATAATATTACCCAGATGGG GCAGTTGGCCATCGTAACAGTGCAGTTACAGAATCTACAAAAGAAGAGAAGGAAAAAAAA TGAACATAGAAGCACGCTTTCAACTTTAGAAAAGCTTGATATCAGATCCAATTTCTCCAC CATACCTGAACTCCTTCTGGAAAGAGGAATCACTAGAGGAACCAGCCCTTGCTTGGCACC AGGAGAAATTATTTCTTCACCTATCATAAGGTGTTGAGCAGTGCATGAGGTTCATAGAGA CCATCAGACATCAGTTATGTTGACAATCAAACTATCAATAACAACCTAAGCCAAAAATCT CATCTAAGTAAGCCTATGAAAGGATATTACCCAAGTCTTTGTCGGGCGTACCAGGTCATC CTATGACACTTCCTTAATATCAAGTAACCAAGAGAAACAAAAGATTACCCTAACAGGACC CCCCCCTGACACCTCAAGTTTCAGTAACGATAAGTTACTCCTAACTATAACTGTGAAACA AACATTGAAGAGGACCTACAGGTAAGGAAAAGTACTTTTTTTAAAACTCTAACTAGAACT GGAAGCACTCCTGACCAGTTATTGTGATATATACATGAAAAAGGTAACTCTAACACTAAC TAAAACTAGAAGCACCTATGACCAGTTATATCGTGATATATACATAAAAAAGGTAAGTTT CCAAAGAGTGGTTTCAGTATAACTGTCGAGAGCTAATATAAGGATTATAGCAGGCTTCTC CATTTAATATTTATTTTCTAATAGAAGCATACTCAAATTAATCAAAATTTTAAATAATGG AATTAGATTGCCTCACCTCTCACCTGAAGGATTTTGAGAAGTTCATTCAAATGTTCCGGT GCTTGAGTTGCAGCTACATCTTTGATAAATGATACATGGTCTGCATTGAAAAAATACCAC TTCCATCATTTCAAATACGAATCTGTGCATTCAAAACACATGTGAATTGGTGCAGTAGCA ACCAACTAGTATCAAATTAGACTAGACAAAAAACCTCACGGCAGTGATGCAATTCATACT AACATGGCACGGCAGTGAACGATCTCCGATTGGTTAATCCACATTTTATTTCAATTATAT CAATCAACTAGACCTCATTTCAAAACTAGTAGACATCGGCATTCGGCTAGACAATACATG TACAAATAAACACGGAAGAAGTATTTGTAGGTTTGCAGTTTTCTTTACCTGGAGAAGAAG AAGAGGAATAGCATCGGAATGTTGGTCGGCAGCGGCTGAATAAAATGCCGGGAAATGCGA CGGCGCGTGGACATCCAAAACCCACTCCACCACCCAACTTCATTATCTTTCCTGATATTA CTTGTGTGTTTGATGATGGGTATAGTGGGAAACTAAAACTGAACCATTCGATTTAAATGG ATTGGGCTGGGCTGGGATGGGCCGACTTCAACTTAACCCACAAATCCTTGGGCTGATTTA CCCAAATTACCATTAAACCTTTCTATATTAACATTCTTAATTTCTTATATAGTAAATACA AATTTTACATAAAAGTTATTTTCAAAATCTATCTTATCTTATATGTTTACCTTTTTATAC CTACTTTTTATCTATAACAAACAACAACAATTTTTATGATAGTGTCAAAGACGGAGCTAA GAATTGATGTTTATGAGTTTTGTATTTGTCACCAAATTCACTAGCTCGTCTTAGTAATAT TACGAGAGTGTTTGGAGTAGCTTAAAAATTGATAAAATTTACTTGAAGTATGTTTTTGAT TGAGAGTGTTTGATAAATATAAAAATAATTTAAAATAAGTTATGGAAGTGTTTGGCGAGA TTTAGAATAGCTTAGAATAAGTTAAAAACTACCCCCCTCCCCCCACATTTTTTATTTTTT GACTTAAAGTCATTAAAATTCAATTTTTTTTATTATTGATAAAAAAATTCATTTTTTTTA AGTCAACCTAGACAAACTCTATGTTTTCACTTTAACTTCATACATACTTAATGACACAAG TAGATTTAAGCAACTCCTAATGGTCCATTCAAACCCGTAACTAATAATCTCCTCCATTCC TAAACAATATACTCTTGATGAAATTACTTATTTACAACAATATTACTTGGATATTAATTG TTTCTATTTCCCACTATTATTGCAAGTGTTTGTTTTCATAATTAAAGAACGCAATAATAA ATGCCTTGTTAACTAATACTAGGTATGTTTTAATCAAATATTTTTAAAAATAATACTACC AAGTTATTTAAGGGATTATTTGGCTATGCGATGTAAAATTATGATGTAAAATCATAAATG AAATTGAAATTTTGATTAAATAAACAATAGGACTTTTTATATTGTATGTTTTTCATATAA AATTATAAAACTATTAAAATCATTCAATTTCTTACATAACCATACCAAATAAGTAAAAGT TTATAAAAATCGCCTAATACACTATCAGAAGAAATTATAATATTAGTTAAATAAACTTTA TATGAAGTAAAAAATAAAATTGAACATACGTTCAATAAAATTTAACTCATTTTAGAAATA ATAGAAAACATAATTATAAGAAAAATAAAAATAGAAGACCTAGTGAATTTGATCTTCCTT TGTTGTCCAAATAGACTGTTACAAATATAGTGTGGTGGATTTGGTGTTAATGTAAATCAA CTGAGTAAATTTTACTGCTCGACAATTGATTGGTGTTATAGGGGATTTTCTATTGTTAGA TTTCTACAATATTACAACAAAAATATTAAGCTCATGTTTATCCAAACGGTGCATAAATGA GAGGCCAACGGCAACCAACATCCCTGCCACCTGACCCACTCTATTAAATAACCATAATTT GGTCAGTAAAAGAGATTGCCATAACTTTTTTTCTCCAAAATAAAATTAAATTTTTATTAT AATGTTAAATGACATAAAAAAAATTATTAAAAAAATTAAAAAGTCCGTCATGTCTTTTTT ATTTTAATTTAAGATACACGGATCCGTTCTCCATTTTTAATTAAAAGATACTAAAATTAA AAAATAAAAATATTCAAAAAAAAATAAGATAGGTAAAATATTATTTTAGCCAAATTTTCT GAGAAAAAAATTTTGCTTTATAAATAATAGGAGTATTTATTATTTTAATAAGATAGATTT TCTCGGGTCCGTCTTCAATTTTGCATCTTCTTTTTTCGGTGATTTTACTTCTCGACTTTT TATACTTCTTACAGAAAGCAATATATAGTGAAAAATAAATAATTATATTTAAGGACTGGA ATTAATTGGATTCATCCTATAAATGAAACTAAAAAAATATCTACGTATCTAATGAGATTC GTCAATTTAAAACAATTTTTTATGAGCACAAAAATAAATATTAGTTATTTGATTTAATGT CAAATTCTCCATGTATAAATAATTAATACATTAATTATGTCTTTTTTTAATATGACTTAA TTTTAAATATATTCTTTATATTTTGAAAGGGTGTGCATTATTTAGATTAAAAGGGAAAAA TTAAATCAAATCGAATTTTAATTTAGATTGATTTTTAAAATTTTTGGTTTGGTTTTAATT TACAAATATACTTTGTTTTTATTTTTTTGGTTCGATTTCAGATTTAGAAAAATGAAAAAT AAAAAAATGAATTTTATATATATATATATATATATATATATATATATGTTTAGAATTAAG TTAGAGTTAACCACATTTGTCCCTTTTTAGTTCTTTTCATTACTTCCTCCGTCATAATTA ATTGTCATGGTTTTCCTTTTTAGAGTCAAAATATAAGAATTTTGACCAATATTTATGATA TATTTTTTCAGCATATTGATATGTAAAAAGTAACAATTTATAGTACTTTTCGTATAGTTT TTTGAATGTCTAATTTTTTAAGAAAAAATATCGAATTAACATAATATAATCTATTTTTAA AAATTGATCAAATTGACTTTCAAAAAGTGTAATATGACAAATAAAAGTGGACAGAGGGAG TATGATTTAGTTTGTTTATTTATGTTTGGACATCTATAATTGATATACTTTTAAGTATTG TGTTTTACGTTTTACTTGTGATTTAAATTAAAAAGTTTATTTAGAAAATTCAATTATATA ATCTTGTTAAAATTGCCAATATAACTTTGTTATGTTTCTAATTATCAACATAAACGATTA ACAAAATCAAAAAAATCCAAATCAGAAACAGAAAAACAAATCAAATCAAATATATTTTGG CTTGAATTGAATTACACTTCTCCATAACCAAAAATCAAAAATCCAAATCAAATAGTATAA AACCACCCCGAATAATCAAATATACACCCCTATTTCAAAAATAAGCCCTTATACTTCATA TAATATAAGAAATCTACACGTAAACCTCCGATTAAGTTTATCTATAGCTAAATATATTAA GATAAATTATTACATAATAAACAAGAACTACGTATAAAAAAAATTGGCCAGAATTTGGCC AAAAATTTTAGAGGAAAGAAAAATAAATTTTCACGTGTGGTATCATTTATATTATTTTTA TTCACTTTTCGTTATCATTTTTTTTTTAGTTTAATCTATAAAAATTTTGACTAACAGATA TCTTTACATCACATTGTTATATAAAAATTATAATTTATGTATTTTTCATTAACTTTTAAA TATATAAAATTTTTATTTAAAATACTAAATTAATATAATTTAATGTAACTTTAAAAATTT ATTAAACTAACTTCTAAAAAAACATAATATAACAAATAAAAATAATCAAAAAAATACCAT TCTTAAAAGAAATTGAAATTATCATGTATATATGATATCATGGGAACCTGCAAAATAAGT CTATTCCCCATGTATTTTTATCATGTACTTTAAAAGTAAGGCTAATTAATAAATTTAAAT TAGAATAAGGATAAAAATGTCATACGTAATTACTCATATTATGGCCATTATTCAGCAGTG TTAAATGATCAAAAAATTTGATAATTTGATCAAAAATTTAAAAAGATAATAACACTTATA AAATAAAAATTGATTTTTTTCTATTTTTTGATTAAAAAATATTAAAATTAAAAATATAAT AATTTTTAAAAGGTAAAATATAATTCTTATCAAAATAATTTTTCCATCAGCCTCTTTCCA CTAAGTTCAAGTCGTGCAAGGTTTTGTAATATTGATTGACGTGAGTAATTGTGAACATTC TTGCCTCCTCTTTTTTCTTCTTTTCTTTCTTTACTTCCTCCAAATTTAAATTGTATTGTT ATATGAAATGTACGTAAATCCTACGCCACGTCAACTTTATGAAAGGAAAATTCATTTTGG TCGGAATTTATTCAGAATGATAAAATTATATATTTCATATTCTGTTATTTTATTTTTTTA AATATTATTATTTTTTAACTTTAATATCGTTTTAATTAAAAAAAGTAAAAAAAATATATT ATAGATTTTTAAAAAATTCTAGTCATCACCCTTTTATGAATATATAACCTAAAACCTCGT GATTAAATAATTAGGCAATTATAGTATAACAATATCTTTAAAAGGTACGTGGATTTTAGG ATTATATCCATCTGTAAACCTCATGAATAATAATATTTAAAATAAGACAAATATGGTATG CCAACATATCTTAAAAAATCTTCCTACTCTTATTTCACGTCGAGAAGCAATAAACTGCCA CCATTCATGCGTGTGAAAGCTAATTTCAAAATAAACTTCTAATTGCGTGTAAATAATACA TTACCAAACTAATGATCACTCTACTAAATAAATCACAAATATCGAATATTAATTAATTAA TCGATTATCTTCACCTTCTTTTTTTCTGTTCTGTTAATTCCTCTCTTACATAATTAGCTC TCCTGGATAAATTAGCATGAATGAACACAATTATTCTTGATTGTTCTTTCTTTTTTTTTT TAAATCTTGTCTTTCTCAAATGATTAAAGAAAAAGACAGATAGCATTTCGTTGCTTAATT ATTTACGTATCTTATATTGTCTTAGTCATTTCATTTTTAGTTATTTCACTACAAACAAAA TGACTTTGCGAAACTGTCAGATTCTAAAGTCGTTTTTAAGGCGGAGTTTGAAAAAAAAAA TCTTCTATGATTTGGCTAACAATTACAAATATATATATTCTCACATGAAACTTGATTAAC CCACATAAATGACCCCATCCAATTTCATTCAAAATACTACATTAATAGTGTGTTTAGTAC GAAAGAAAAATATTTTTTAAAAAGTATTTTTTTAATTTTCTCATATTTAGTTGGGAAAAA ATATTTTCAAATCAACTCATTTTTTAATTCACTCTTACTACCTCACCAACATCTCAAAAA AAATAATTTTGATTTTAAAAAATATTGTCAATTTTATAAATTATTTTTTACTCTAGTAAA AATAAAAGATGTATTTCAAAAACATTTTTCATTTATAAATTAAACACTAAAAATCAATTT CTAAAAATATTTTACACCAACCAAACATGAAAAAATAAATCTAAAATTTATTTATTTTTT TTAAAAAAAACATTTTTCATATAAAATACGTTCCTCCGTACCAAACACACCCTAAATTTG AATTACCCACATAATATTGTTCACATTAGATGAAAGTCAGAAATTCTGATTTCTTAGTTA CTTCTAGATGTTCATTAAATACAATTTTCTAGTATATCATTTTCAAGATTAAATGCACTA AATAATACAATTTGTAGGCAGACATCTTCGAGGTTCAAATTAAAAAATTGAATTAAATAC TTAAATAAACAGATTTTTGTTTAGGTTTGAATTTGGATTAGCTTTAAATTTGTAAAAATC GATAGTATTTGATATGGTGTTGATTTTATTAAAAAAGATTTTTTAAAAAATAACTAAATT GAACTAATAAATTATATATTTAAATTTTATTAATATACATGAATAAACAATTATTATTTT TAAAAAATTAATTTTAAATATCTTATATATGGTTGCAATAATTTAATTTATAATATATTT ATTGGGGCAAAAAGATTCAGACGAGAACATTAATCTTATTATTATTTCAATATGGGCGTC CATAGTAATTTTTGGGGAACTAGTTATCTTGTTTTCTCTTTTGAATTAATCACTTCTTTT AGCTTTTGTATATGATATAAAAATAAAAAATAACTGAACTAAACTGAAAAATATATATTT TATTTGATTTTAATAATTTAAAAATGAATTAAATTGATTATATTTTTTATTTTGATCAAA CAGATCCAAAAGGACCCATAATATTAGGATAGAATAGGAAAATGCATATGTTAACAATTG TTTTTAATAAATGTGCCAAATTAATTTGACCCATGGATAGAGTATATAATTTAGGAAAAC ATTTTCGAGTGGGCGGTGGATTGCTTGGAAATAGAGCTGTTAAAATGAATTTTAGTTGTT AGGTCGGTTTAATTTAATTTTTGAATTAAGTGAGATTGTGCCTAACTTTTTGTAGCCCAA TTTTATTTGGTTTGTTAGTCTCATAAATCCTATTCACGAGCCTTAGAGGTCTGTGGGCAA CGAATATTTTATATATTTAATGGTATTTTATTTTATTAAAAAATATTTTTAAAAATAAAA TTATAAGTTTTTTAAATTAGCTAGTTTTTTTGAGAGAAATAACGCATGATTAATATTTTT TTGCTAGATCTCACGTTGACTATTATGTATTTTTGTAAGTATTCATTTAAGTGTTTGATT CATAAATGTATGTTTGTAAATATTCACTGAAATATTATTCATAAATGAAAAATTGTATAT ATATTAATGTAGTGTTCATAGACATTAATGTTCGATACTCTGAAATACTTTTTCTAAAAA AATAATATTATTAAATTTTTGATAAAAAGATCAATCCATTTCAACTCGTAATTTGTTTAC GACTGGATTGAATTGCTATTTTATAAATTTTTTAGTTAAGAATATTAATCTATGAAAATA TTTAAGAAATTTTTAAAGAGTTAATTTTTTTTCCCGACAAGACACACCCGAAGAGAAAAT ATTATGCGACTTCAGAAAATTATTGTTTTGAATGACAATGCATGTTTTCTGATGACGAAG TGTTCTCATTATTTAGTGTTGTTGGGCCAAATGGCACTTGCAGAATTAATTCTTTTTTTA ATTATAGTTTTTTCACAAAATTTAAAATATTTTAACTATTAACTACGTTGATCTATAGTT TTTAAAATAATTTTTATAAACTTTAAATTTAAATATTTGCAAAATTTATCTGATTTGACC ATCATACTATTCTGACGGAGAAAATAATAAAAATCTTTTTGTATACGTAAAGTTACTTGA AACATTGAAAAATAAATAACAATATGCTACCTTATGCAAAATTAAAAAGTACTGTTGAAT GGACTAAAATGACGACTTGCATACTTAATATTTTTTCCCCTTATTTATCAATCATTTTCT GAGCAAACTGTACAAATCATTTAAAGCTGAAAAAATAATTCAACGACTAAATTGGGCATG TAGCAGACAAGCAGGTATGTTGGCTTACAATAAAAACTCCCTCTTATAACTAAGGTCCTC AATATTCTAGCATATATATATATAAATATAATTAAAATATTTTTCAATTATTATAACGTA TAATATATTAAAAATATATATTGCTTTCTCATTTTAATATATTAGATGTTGATATTTTAG TATTATTTTCAAAATATAGAATATATAAAAATTAAGACAAATGAATTAGAAGAGATAATG AAGCTGAAGAGGTGGAGTCGGGCACAATTAACACGTGTGTGGAATGTGAAGGAGAAAAAT ATTGATAAAATACAACCACACAATATTTATTTAAATAAATAAACAAAAGAGAAATGGATA ATGGATTTGACTATTGAGTCAAGACTCAAGACTGGTAGGTAACTCTAAGTCATCTCCACA AAGATAATCGACTCACATAAGAAGTTCATTATTAAATTAAACCATATCCATAAAACATAA TAAAGTAATTAGCTTAAGCGATTTCAATTTTTACTGACAGGTCCCCCATGAATTTAGTGT CTTGTCCCATGGCATGTAAAGTTTCAGGGGTCAAACAAGCTTCAATGTCTATACTTCCTT CTTCGGCACCACAAAATATTGTCATTTTCCCGTCATGTTTGTTGCCAGCGCCACTTCTCA CCCCAACCGGTCTTCCCCATCCAAAATCATTGCCGTACACATCGAAACGCGGCGAGCTGC TAGCAATCAAGCTATTAGCAACCACTTCACTCTTTTTCACGATCTTCGGATTTTTCACCC AATTTTGATAAAAATTCATAACCTCTTCATGAGTTTGCGTAGATACCACCTTATTTATTT GCATAGCAGCCCAACCTGCAGTTTTTTTAAAGGTATATCTTAAAAAATAGTTTAATTCAT TCCTTACTGAATTTTAACTTGTTTAAGCCCTTTTAATTCCTCACTAACCTGAATCATGCT CCAACATCTCCCTAGCGGTGGTTGTCACGTTTACAAAATGTACCGCATTTCCAAAATAGC CTTCAGGTAAATGCGGCTGGAGCCTTGTCCTTGCGCCTATAAGTAATTTGAAACTAAATT TTTCGTTAGCGTTCGTACCACAACGGCAACGGATAACAGATTGCCAGATATGAGCCAAAA CGGCTTGTAATGAAGAGATACAAATCTTTTGGTCGTTTCCATATTCAGAATTGGCTTTGG CTTTGAGTTGAGCTATATTCTCCTTGCTAAAATGGAAAACTCTTTCTTCTAACAAAGGCA GATCAAATTCATCATGGACATGTTCATTAGATAAAGGTACATGAATTGGACTAGCAACAA ATTCAGGAAACCAACGGTCCAGAACCGGCGGTTTATTAACGATAAGATTGGAATCTCCAC TGCGCGCTATTTCAGACCAACAATTGAAGAAATGCCAAAATGAAGTCCCATCCGCTACAC AATGATTGATAGTGCAACCAATGAAGAATCCATCCACTAGCTCTGTGACTTGCACAGCCA ACAATGGTTTTGAAACACCTGGTGAGACACAATATAATTTAAAATTTAAAAAAGAGTCAT GCATGCTCCTGTTGAAACTTAAAAAGTGTAGTATCTATGTAACAACGAAAACTTTTAGGG TTGTTGGCATAATTATATTTAATTTCACCTTCATAGTTGCATACTCCATTGAGTGGGAAG AAATACTTGACAATCTTTGGCACGTAAGTTTGTTCCAAGATATCATCCACAGTTAAATCA GGTGCAGTGACGTAATTGAACTCAGCTCCTTCATTGTTGCAATCTACAAAGAAAGATGAG GTGCCATCACTATTTTTACTAGCAATAAGTCGACCCGCGAGAAGAGGAAAATGATTTAGA GTATCAGAGAGTGAAACTTTTAGGCGATTAATAATTTCTGATGATGATTTTGCTAACTCT TTAGGTTGCTCAGGATTTGGTTTACGGAAAAATAATCCTTTTTGGATAGGATCTACTGTG AGGAGTTGAAGATCCCATGGAGTTAACTGGATTTTTTTGCTTGAAGAGAATTTTTGGGAC CTAATTACACATACTGATACTACTCGAAGTTTTGTCATCTTTGAATATTTGTTGCAAAAG CTAAACTGAGGAGAAATTCACTTATACTTAATGAGTCATGGCTCACATACCTATATATAT ATAATATAAAATTTGATGCAGAAGCTAAACTGAGAAGGATTCACTTATATTTAGTGAGTC ATGGCTCACATGTCTCTATATATATACAAATATACCTGGTAACAGTGGGTAGACAAAGAC CTAACAAAATTAATAACGACGGGTCCTTTTGATATAATAAATTAATGGTAACCGCTAGTA TTATTTAACTCGTTTTTTTCATTTGGTTGAGAAAACACAGAGAAGATCTCATGAGTCAAT AATTTACTTTAGCATTCAAATTATATAGACATTTAAATAATTCTTCTGAGTTTTGAAGTA CATTAAGAGTACCGTGAAATTATTATACCACTTTTATTCGTCAAATTATAGATATATATA TGTCATAAAATAGTTATATCACCATCACATCATTAATTAATTAATTAATTTTATAAATTT TTTTTCTATAAAATTTTCTTTGACACTTCTTTAAATTAATTTACATTAAGTAATTAATAA CAAATATGTTTTTAAAACTAAAGTTTAAAATGTGGATCCAAATTTATTCCTCACCCACCC CTTTCACTTTTTTCTTCTTCCTTCCTCTTCACAATTTCTAAGATCTATTAACTGTTTGCT TGTTTTTCTCTTCAAATTTTCCGATGAGTTCCACCACACCTCATGTTTCTTTTCCTTTCT CGTCTGAATTGGTGAAACAACAATTTTTTTTAGCTACGATGAAAATCATTAATATTTATG TATGAAATTGACGTCAATAATAAGATGTTGGTGTTAAGTTTTGTGAATTGCTAAAAGATA GTGAAATTGAAATAGTTAATAGAATTTGAAGATCAGAATAGAGGAGGAGAAGAAGGTTAT TTGAAAAGATAATAAAATAAAAAAAGAAACTTTAAAAATTTTGTGGACCCGTAAAAAAAT CATGTAGTTTAATAAAAGTTTATATTTTAAGAATTAATATTTAATATATTAATTATATAT TGATTTACAGAAAAATGATATGTACATGACTTCATAATTTTTTTTTTTAACTCTTTCGCA CGATATTAGGTGAGTGAATTCACTTTTTTTGTCACATCATTTTTTATTGTTCTTTATGAT TGCATTTACTTCATTTCAAAAAAAAATAAAAATATATGAAAGTTCATATAATTTAAATAT CAAAATAAATATCCGACCTTAAAGGATATTTTATGCGTTCTCTCTTTATTTCTTATAGAG TTAAAATGGACGTACTATAATACTAATTTTATATTGTTGAGTTTGATTATCCATCAAGTT TATAAAAGTAAGTGAAATTTTTAGAATTTTGCAGTGTAAATTACGTGCGTTTTATTTAGG AAAATTACGTGGATACATAAATTTATATTATTTAATTATTTATCATAGTTATAATTTGTT AAAATTACTATTCGCGATTAACATTATATATTAATTACGTGGACTGACTTCAAATTTATA TAATTAGTCATGTTTATATATATATAATTCGTTAGAATATACAAATAAATATGTATAATA TACAATTTTTTAGCCTATATACATATACAATTCACCTCTCTCCCACTTTCTGTACTCTAT CGCTCGCCTCTCTCCTCCCTCTCTCAATCTCGCTCGACTCTCTCCTCCCTCTCTCAATCT CGCTTTCCATTTATACAAATGTATATATATAATATACAGTTATATACCGTTATATTCAAA ATAAGATAAATATTATTGTATGACAAAGCACGTATCTTGCTTGTATTTCTTATCTTCTAA TCGAGAAGCAACAGTTTTGAAAGAAACTACAACCATCCATGCATGTGAAACCTAATTTCT AATTGCGTGCGAATTTTTAATTAGCTACATTACCAAACTAATAATTGTCACTCTATCAAA TAAATCACAAATTGTTATAAAGAAAGCTTAGAATATAAAAAAAAAAAGACAAGAAGTATA AAATAGAAGAGATGATTTTTCTTATTCAAGAGTATCTTTCAAATGACGAGTGATTCTCTA TTTATAGTGTTGAGATATCACTCCAAAAATTATCTAATTAATAGATACATAGTTATCTTG AAAGTTCTTATCACCTTGAAAGCACCTATATATAAATCCATTTACAACACAAATAAGGAA TATTAACTAATTGATCAATTAGCCTAATCATTTAAATTACTTAATTTTTTTTCTCTTCTG TTAATTTGCCTCTCTTACATAATTAGCTCTCCTGTGTGAATTAGCATTACATGGACACAA TTTATTCTTGATTGTTTTTTTTTTTTTAAAAAAGTAAAACTGGAAATTGTTTTCTTGTCT TTCTCAATTAAGACGGAGAGTATTTCCTTGCTTAATTATTTACGTATCTGATCTTTTCTT GTTCATTGATTTTTATATATTAGTTTACTCTGATTTAAAAGTCGTTTTTAAGGAGGAGTT CGCCAAAAAAAAGAAAAATTCTAATATTTGGCTAAGGCCCAAGATTTACAAATTAATTTT CAAAAAATAAAAACTTAAACGATTAAATAAACCGGCAAAATATGATTCCAGAAAAGTATC AGTATATAGTTTATAAATACAAAAAGTTAATTTCGTTATCAGAGATCCGATAGAATTTTG ATTTTTCTTTAGGTTTAAATCTAGTATTTTTTTAAAAAAAATAAGACATAAAAACATGAA AAATTGATCCTGAAACTAAACGAATAAAAGGTAAAAAATAAAATGACAACAATGGGACTT TGAGCCATGGACACGAGGGTCAATATACAGGAGATCTATTTAATACATTACAAACTTAGT TCTTTTTTATCAGATGATTCAGAATTAATATATTTACATAAATTTAAAAGATTTATCCTA TAGTTACAATATAACTTTTTGCTAAAGAGATTCAGTGTTGTTTATGAAAATTATTATTGT TTCAAAATGACTAGTCTTTGATGATGCAGTGTTCCTCATTAATTAGTGTTGTTGGGCCAA ATGGCAGCTGCAAACTTTGTCGGTCCCCGTTAATATTTAGTAAAGATACAAATTTTAGTT TGTTATGTTTCTTATTTATATTTTTATTATTTATTTTTATTTAAATAATATAATTATTTA ATAACAAAAGGAAGAAAATCAAAAGAGAATATTTTAAAAAAATGTAAAAATCATTCATTT TATCATCAGTTATATTTTCAAATAAAATTTAAATTTTGTTCTTATTTTTTCTCTAGAATT TTTATTTTTTTAGAATTATTCCTCAATATATTCTATTTATATTTTTTATAGTTTTTTTAT TAGTTTGTATTCATTCCAATAGTTATGTCACATGTATCTATATAGTCATTTAAGAAATAT ATTTATATTCATATATTTTTTCCTATATAGTTATATTTTTCTTCAAAAAATTTGTCTATT TATTTCAATATGTATTTTATTTATATTTTTATTTATTCAAATTTTTATTAAAAATTTTGT ATAATAATATATAAAATACAAAAATTAAATATAATGAAAAAGTGAATGAAATATCAAATT GAAAAAAAATAATTGAATATTTTGTGTACTCTTTCCTAAAAAGTAAAGTGACGAAAAGAT AAAGTAACGCCAAAAAATATTGAATGATGCTTCTAGATTATACAATTTTCAAAGCAAACT GTAAAGTAATTAATGTTAAATGACTTACAGGTTGACCTCATACCCTCTGTATAAATATAT ACACACGTATTAGATAGATTCACAATAAAAAATACTTTGAATAAAACCATTTTACGTAAT AATAATTTATTGACATAACTTCATTATTTATTTCTGTTAAAATATTAATAAATCCTAAAA TTCCATAAATAATATATGTATAAATATATCGCAACTATTTTATTTTTTTTGGTAAATATT TAAGACATTTTAAAATATTTTAAGTAGCAAATAATGCAATTTATAGTAGTATTTTCATGT CATTTTAAAATATATAATAAATTTAAAACAGACAAGTAAATGACAAATTTAATCTCTGAA GCTGGCGAGACAATGAAGAGGTGCTTTCAAATGTGCTAAAAAGTTGAGACATACTGTGAT TAGCGGCACCATATTATTTTATATATATTATATATACATGGGTATTGCAGGTTCATGATA AAATAATGGGCAATTTTTACGTTTAATAAACATAAAATTTATATTTGTATGTTATAACAA AGTTTACATAATTGTATTTCATAGTAAACATATAAATGTATAATTCGCTATACATATATA ATTGAAGCGAATTGTATAAAATGAAGTGTGTAAAACGAGAAAGAGGAAGAGAATTGGACA GAGAATTGTATAATTACAAGTGTATGGAACAGTTATATACAATTTGAATTTGTATAAAAT GAGAAAGAGAAAAAGACAAAAGAGACTTGGGCAGGGAATATACAATATAATCGAATTGTA TGAAACGAGAAAGAGAGAGATTATATACAATTTGAATTTGTATAAAATGAGAAAGAGAGA AAGACAAAAGAAATTGGGTAGGAGAGTATTTTTTATTGTATAATTATAAGTGTATAGGAC AAAAATATATGCATTTGCATGTGTATATACAATTTCCTCTCGCTTATACAAACAAAAACA CAATTTATACATTTTTCTTCTATTTGTATAAGCGAGAAAGGCGAGGGTGACGAGTGAGAT CTGGAAGAGGGGAGAGAGGGTAACAAAAATGTATGTATTTATACAATTTTCTCTGTTGTA TACAAATAGAACCATATTGTATATACTTGTGTTTGTATAAAAGGAAGAGGAAGCGAGCGA GATATGGAGCGAGAGAGGAGAGTAGCGAGCGAGAGTTTGAGGGAGAGAGGTGATATACAA CAGTTTGCTATGTGACACAATTAGATGAAAATATGATTATAACAATTAGTTTGTCATTAT ATACAATTTTCCCTAAAATAAATATGATTTTATTAATATCACAACTAATAAATAGTTATT TTGAACAAAAAAAATTATATCATATAACAGTAGTAATTTCTTGACATAACTTGATTTATT ATATCTTGTCAAAATGTTAATAAATTAATAAACCTTGTAAAATAATACTTAGGATCCGAT ACTTACTCCATTTGGAGCAGAGCCATGCGAATCCAATTACTTGGGAAGAACAAGCTGGGT ATTGTTGATGGTAGCTGGAAAAAGGAGGATTTCGGAACTAAATTGGGGCATTAATGGGAT CGATGTAATGCGATTGTTCAAGGCTGGATTATGAGCTCTGTAACTCAGGATTTGCATGTA GGTATTGTTTATGCAACGAGTGCACAAGCTGTTTGGGAGGATCTTCGAGAGCGTTTTGAC AAAGTAAATGCTTCAAGGATCTATCAATCGCATAAAGCCATAGCCACCACTGTACAAGGT ATTGATAGTATACCGACTTATTTCTTTGAGTTGTGAATTTTATGGGATGAATTTGCTAGT ATCACACCTCCACCCTGTAATTGTCCAAATTTTAAGGATCTGTCTATGCATATGGAGAGA CAAAAATTGATGCAATTTTTGATGGATTTGAATGAAACCTATGAACAATCACGTAGTCAG ATATTGATGGTTGAACCTACGCCCACTATTAACAAAGTTTATGCTATGCTTGTTGAGAGA GAGAGCCAAAGATCAATCATATCTACATCTATGAGTGAAGAAGGTACAGATTTAACTGTT CTCATGGCAGGAAGAGGAGGACCTCCTTGTTACAATAAATGAACTACTTCACAATCTAAC TCAAATCAATATTATACAGGGAAGAAGAATTGAGAGTTGAAATGTGATTATTGCAAAAAT CAAGGACATGTAGAGGCTAATTATTTTCGACTTCATGGTTATCCACCAGATTGGAATTTC AAGAAGAAGGGGACAGGTAACATTGCCTATAATGCTAATAATGTTCAGACTGACAATTCT TCTTCAATGCATTCAGGTGTAAGAGATCTACCTAGAGCACCTCCTCTAACTGATAAGCAA CATGATCACATTCAACATATGCTAGATTGAGATATTTCCACAGCTATTGTGATGGCCAAT ATGACATGTATGACTCACATTAATGTCATTAAACTTACAGATTTGCCTTGGATAATTGAT AGTGGTGCAATCAATCATATGGTTTATACCTTAGACGTACTACATAATGTGCAAATTGTT AGGCCTAACCAAAATAGAAAGGTTCATTTACCCAATAGAGGTGTGACTTTTGTGACTCAT ATGGGTAATTGCAATTTCACAGATATAGGAGAATTGCATGATGTTCTATATGTACCCGAG TTTAAATATAATCTTGTCTGTAGCCAAAGTTACTAAGAAGCTCAATTGTTTTGTATCATT TTATCCTGGATTTTGTGTGTTCCAGGATCTTTCCAGTGGGAAACTGAAGGGAATTGGTAA GGAAAATGATGGTCTCTATTTTTTGGTTCAAACAAGTTCATCAGAACATAAAGTTTCAAA ACCTGGCAATGTTAAAAACTTTGATGCTCATGCTAACAAACAGGATATCATGCTTTGACA TAGAAGAGTAGCCCATGCATCAGTAGGATCCATAAAGGATTTGTTAGGCTATTCTGTTGA CAGTTGCAAATCAGTTTTAAGTACTTATGAGATATGTTCACTAGCTAGAATACTCGACTT CCTTTCTACAGTAGTAGCACTAAATCTACAAAGATTTTTGATTTGTTACATTTAGAGTAC GGGGGCCTTATGACACTCCAACATTTGATGAAAATAAGTTCTTTTTCACTATTCTTGATG ATTTTTTGAGAACAATATGGGTATTCTTATTAAATCTCAAATCTGATGTGTTGGTTATTC TTAAATATTTTTTTAAAGATGATTGCTACTCAGTTTAATGCGACAGTTAAAGAAGTCAAG ACTGATAATGAAGGAGAATTCATCAGTACTTCTATGCAGGATTTTTTTAAAGGTTTAGGA ATTATTCATTAAAGACTTGTGTCCATACCCCTCAACAGAATGGTATTGTTGAGAGGAAAC GTAAACATCTTCTTAAGGTTGCTACAGTTTTAAGATTCCAAGGTCATATTCCAATCAAAT TCTGAGGACATTGTGTTCTTACTGCAGCATACATTATCAATCGATTGCCTTCACAAACTC TTGAAGAAAAATCATTTTATGAAGCATTTTTTGGGGAAGATGCCATGTATTACACACTTA AGAACATTTGGTTGTTTGTGTTTTGCAAGCACATTGCCTAGAATTGATAAGTTTGTACTC AGGGCTGTGAGATCAGTATTTATGGGTTACTCAAGTGTTACAAAGGGATGTTTATTTTGA TTTACAAAAGCAAAAGTTTTTTTTTTAATAGAGATGTGATATTTCATGAGGATCAATTTC CTTTTCAATCTCATTTACCTGAACCTAAATCCTGTCCTATTTCTTCTCCATGTCCAATTG ATGATTTAGAAACATCTCATGATTTATCACCCCCACTGTGTACAGAAGTAGAACCGGCAC ATCCACATTCACCTATTGTTTGTCATGTTATGCCTCTCAGAAGATCCACCAGGCTTACTA AATAACCTTTATGACTATCTGAATATGTTTCTAAGCCATCAACAAATCATGTTTTTTATC CTATTGCAGCTTCCATTTCATATACCAATCTGTCCCCAACTTATCAACAATACTTACATG TTTTTTCTACTATTACTGAACCAACTATATATCAGGAAGCTATCTTAGATGTCAGATGGC TAGAAGCTATGCAATTTGAAATAAAAGCTCTTCAAGATAATTATACATGGGATTTAGTTC CTCTACCAAAAGGCAAAGTTTCTATAAGTTGTAAGTGAGTTTATAAAGTCAAGTTGAAGG CTAATGGTGATGTTGAGAGGTTTAAAGCTAGATTGGTTGCAAAGGGTTACACACAAAAAG AGGGGCTTGATTTTCATGAGACTTTCTCACTAGTGGTTAAAATTGCTACTGTCAGGTATG TTTTATCTTTAGCTGCTCAACACAATTGGTTTGTTCATCAATTAGATATCTATAATGCTT TCTTACAAGGTGATCTTCATGATGACGTGTATATGCAGTTGCCAGAGGGTTTTCACACTC AGGGGGAATCTGGTTTAGTATGCGAACTTGTCAAATCCCTCTATGGTCTTAAACAAGCAA GCAGGCAATGGAACTTGAAGTTGAGTGAAGCATTACTGGAATCTGATTTTGTTCAAAGTA GCCTAGATCATTCCTTATTCATTAAAAGGAAAGGATCAGACATGGTAGTGATTCTTGTCT ATGTAGATGATATGTTAGTGACAGGTAGTAATTTAAGACTTATAGAGCACACAAAAGCCA TTTTACACAAGGCTTTTAAGATTAAGGATCTTGGAGAGTTGAAATTTTTTTGGGGAATGG AATTCAGTAGATCAGTAAAAGGCATTTTGATGAATCAAATGAAGTATGCTTTGAAAATTA TTTCAGATTTGGGTTTAGGAAATGCTAAACCAGCTTGGACCCCTCTTGAAGCCAACATTA AACTAACAATCCAAGAGTTGGATTGTCTAACTGGAGAATTAGATGATGAGCTATCTAAAG ACAAGGAACAATATCAAAGGTTGATAGGGAAGATGTTATATTTGACTATGACAAGGCTAG ACATATTTTACTCTATTCAGACATTTAGTCAATTTTTACACCAACCCAAGAGATCACACT GGGAAGTAGCTGTGAGAGTAATGAAATACATCAAGAGGGAGCCAGGACTTGGAATACTAT TGAGCAGCAAAAGGGTCAATAAATTGAATGTGTACTGTGATGCAGATTGGGCAGCTTGCC CAAATACAAGGAGATTAGTGTCAGGTTTTCTAGCTAAACATGGTGAAACATTATTGTCAT GGAAATCTAAGAAGCAAAATGTTGTTTCCAGGAGTTCAGCTAAAGCTGAATACAAGAGTA TGACTAATGCAATTTCAGAACTAGTATAGATTGATTCTTTGTTAAAGGAATTGGGAAATG AAGTTGAACAACCAGCTATAGTATACAGCGACAGTAAGGCAGCTTTGCAAATAACAGCCA ATCCAGCGTTTCACAAAAGAACCAAGCACACAGAGATCAATTGCCATTTTATCAGACAAA AAATACAATCATGACTGATCAGAACATAATATATAAGTTCTAAGGAGCAATTGTCAGACA TATTGACAAAATGATTACCTAGAGCTCAACATGAATATTTGATAAGCAAGCTTGGTGTGT TGAATGTCTTTGCACCCACAAGCTTGAGGGGTAATAATGAGATAGGAATTACTTAATGAT GTGTATAAAGTTAGTTAGGAATTAAAAGAAAGTTGTTAGTAAGTTAGTATAAAAAAAATA GAAAAAAGAAGTCACCGATATATTGTATTTTCTTTCTTTAAGCTTTCACATAAAAAAGAA CTCTCCTTCTTTTTTTTCTCTCTAAATGTATCTGTGATCCACCATAGAAGATTAGCTCAT ATAGTGTAGATTAGTTACATTCAACATTAATAAATTAATTTAATGATATACTATTTTAAA TCATTTTTTTAGAATTAAAAGGAACATACTATAATACTAGTTTTATATTGCTTAGTTTAA TTATCTATCAAAGTTTTTAGAAGTAAGTGAGATTTTTAGAATTTTGTAGATTTAAATTAA GAATGCGTTTATATGAATGTTAAGAATTTGAAAAATTCAAAGTTTGGAGTTGAATTCGAA CATAATCTTTTTGAAATAAAATGTTTGACAATGATTAACAAATCAATTTTATAAGACAAA CAATTTCTATAAAAGAAAATTTAATTGATTCTTAAAATTTTAATTATATCACATAAATTT AGACGAATGTCAAGAACTTATTGACTAATTTAATTTAATCCACCCACTACTATTGACATT GATATCCATAAAAAAGTTTATTTGATGAAAATTCTAGATAACATTAATTGCCTAATAATC TTCTAGCCTATTTTTTGACATTCATTGCCAATTCTATAAGATCATGTCATGGTTAAAATA CAAGTATGCAAGTCTTGCGCTCTCTACCTCTCACGCCTTAAATGATAAAGTTTGACTTAT CACGAAATTTAAGAATATAATTTTTTTTAAAAATTTTATGATTCTAAATTAAAGTTAGAT AAAATATATACAAATATATTTTAATCTTGTGATTTTAAACATGTCACGTGAAAAATTAAA ACTAAAATGTTATAAAAAAAATAAAGATCATTTTTTTAAAGCAAATTAAAAAGAAAAAAA AATCATTTTTTTTTGTAAAATAAAATTTCCAATCCACCATGTATTCCCGCCAAATAAATG TAAGAAGATATATTATATATGGTTCCTTTTAATATAATGGTGAAAATCGATTGCAGTCCA AAAGTTGACACGTGGCTAAAGTACAAAAAGAATATGCCTATAGGTAGAAGCAGATTCGCC CAAAATTTAGTAAGCCGCAGCGGTGGTGCTGCCCTTATCTCCGCACCAAACGAGAATGTA GTAGTAGAAGCATTTTTAGGAAAAGAAAATAAATTCTGGACAATGCCACTCCGAAGAAAA AAAATAAAAGGGATGCCTTAACAACCAAAACCCTAGGATTTCAACGGCGGCCGGAAAATA ATTTCTTCTTCTCTTAATCGATTCCTCTCACTCTCTCGGGGTCGTGTAGGACTCCCATCT CCTTCACGCCAATTGGAATGGCGGGCACTTCTTCAATTCGCATTGGTCAACTTACCATTG ATCTTCCAGTAAAGTTCTTATTCCCATTATGTGTTAACTGTTTTTTTTTTCAATTGATTT TAGTTGAATTATGAATAAGATTGTTGATTCTTTGTTTTGATTAATTGGACTGTTCTGAGT TGATTCCAATTGCATTGTAGAATAATCTGGTAGGTCACGCTGCAGTGGTATTATTATCAT TGTGCTTGTTAACATAGGAATTTAGTTGAATTATGAATAAGATTGTTGATTCTTTATCTT GATTAATCCGACTGCGTTGTGTTGATTCTAATTGCATTGCTGCTTTGAGTTGATTCTAAT TGCATTGCAGGAAGTCACGCTGCAGTGGTAGTAGGATTGTGCTTGTTAACCTAGATTTTA ATTGAATTATGAATAAGATTGTTGATTCTTTATCTTGATTAAACCCGACTGCTTTGAGTT GATTCCAATTGCATTGTAGGATAATCTGGTAAGTCACACTGCAGTGGTAGTGGGATTGTG CTTGTTAACCTAGGAATTTAGTTGAATTATGAATAAGATTGTTGATTTTTATCTTGATTA ACCCGACTGCTTTGAGTTGATTCCAATTGCATTTCAGGATAATCTGGTAAGTCACGCTGC AGTGGTAGTAGAATTGTGCTTGTTAACCTAGGATTTTCGATGTACTGAATATATCCCTAA AAGAAATTTGGTTTACTCGCATCATTTAGTGCAATTTTCTTCTTGTTCTCTCTCTGGTTG GTCTTTCATTTCCATTTGATATCATGTAGTATGGTGGCCTATCCCATTTGTTGACTGGAC TTATTTATACCGGAGTGAATCTTTCCTCCAGGTATATTGTTTAATACTCTTGACCATTGC TTCATAGTTGAAGTCATGAACTTCAACAAAGTGTAAGCTTAAGAGTTCAGACATGATTGG TGAATTGCATAGTTTGTAACTTCACTTCTTGCACTTGGTTAGTGCTGATTCTTTCTTTCT AGTACAATTCATCATCATTATCTAAAAAAGAAAAAAACAAGGTGTAAGCTTCAGAAAATG ACGTGCAAAGTGATCACAACTAGAAGTGATCAGGAGATCAGTGATCACAACTAGAAGGGA TCAGGAGATTGATTAGTACCAGCATTATTGTAATTTGATTCGATAATTAGTTATTTTAGT AGTCCATATGTGTTTGATACTTATTAATACTTGAATTGTGCGCTTCGCCTAAAAGAAATA GTGCACTTCATTTCTCGATTTTCGCTTCAAGGCCCATGATTTTTTTTTTTTTTTGCTTTT TCGCTTTAGAAAATACTAGCAATTTAGATGTAACCTTCTCAAAAAACAAAAAAACAAAAA ACAAAAACCACACCGGCAATTGGGTTGTCACAATGATGGTGTTGCAATAGTTGAGGTGCG CAGGACACCAGCACTAAAAAATGACAGTGTTGGCAGTTTGGTGTGTGTATATTCATACTC TCTTGGTTTTGGGGTTCCATTTTATTACCACGTCTATTGACAATTGATGCCTGGAGCCAT ATTTCTGTCCCACCAATGTCTTTCTCATAATTATTTTCCTTTTCTCAATTCCTTTCTGCT CACTGCATTGACCTGGTGGCTTGCACTTTTGACTTTGAGGTTTGGAAAACTATTTGTCAA TCTTATTCTCCATGTTTGCCATTTTCTTTTTACCTTAGTTATATAGTTATTTTTCCTTCT GTGACTTGTTATGTCATCCAATGCTATACTTCTTTGAACAGATTGGTGCAGCTGAAGGAA CAACCATAGAAGCTGATGAATTCTTATCAGTAACCGAATCTTTGAAGCAACAATTTGCTT CTAAACGTGCTGATTATGTAAAGGTGTGTTTTATGAATTGTTAGTTTTCTCCCACTTTTC CCCAATGTTTTATTATGTATTTCGATTGAGGTGCTTTTACAAGGTTTGAACAACCAAGGA ACTGTTTTGTCTACTTCCAGAAAAGGACAGAAGAGAATGCACAAAAGGCGTATGATTTGG GGGAATTGTTTTTGAAGTTGTCAACAGAGAGAAAAAATCATACAGTTCATGGTGCAGATA GTAGCATTGATCTTCTGTCTAAGAGACAGCAGGATGTAATTAATATGCAAACTGGGATTG GTTCTAGCAATGGAGATAATGATAGCAATAGTTCTGAAGATGATGGATATGCCTCTTCTG AAATTCGTCTAGGATCTAGCATTGCCATCAAAAGTGCTGTATGTCCCATTATACTTCCTC AAGTGGAAAGACTGCCTCAATATACTACATGGGTATTTTTGGATAGGTATGTTAAGGTAC CTTGATCCACAAATCATGCGGTCTTAAAGTTTGATTTGTGCCTCTACTTTTCCTTATATG AAATTTGATGTTCTTTCATCACTTCCAGTATGGCATGCTTTTGAACCTTATGAATGTCTA ACCATATATTTCTTGATAATCTTTAATTTACAATTATTTTCTTTACTTGGTATTTTTTTC GGTGTTAACTGTTGCATCTGATCATACAAGGGATGTATTTAGTGCAATTTTGAATCACCT GTGCTCACCCTTTACAGTGGCTTTGATCTTAGCGTCTTGTGTTTTTCATCATCGGAATTT AATATCATCTGCTTCTGCACCTCTGTATAATTATTGATCCTCTAGGCCTTAGAAATGTTT TGTTTTGCACTATGGGATTTCATTTTATGCCCTTCTCGGAAGGGATGTCAGTTGAACAAG GATGACAAATTCAAAGTTATTCCCGCTGAGGAGGAAACCATTTAAATGGCATTGACATCC TTCTCTCCTTCTATAGTTTCTTTTCAACGAGAGTGGAAGTCTTCTTGTTTTTGGTGGTTT TTTAATTTTAAGTTTCCTGTAACATTGTAAATCAGGATTCTAAAACTTGTAACACTCCAA AATTTCATCATTCTTGTTGAAGATTATTGTCTCCTTAAACGTATCCTCTCTTCCTTATTG TGTGGGAGAATCATGACTTAAATCACTAGACTATAGCCTTCGCGATTGTTGAAGATGAAT AGTTTCTTGTTATTTTTGACTGTTCTGATCCTACTTTGACTTGTGCAGAAATCAGCAGAT GCCCATGAATCAATCAGTGGTTGGTTGTAGAAGAATTTATTATGACAAGAATAGTGGAGA AGCTCTAATTTGCAGTGATAGCGAGGAAGAATTACTTGAAGGCGAACAAGAAAAGAAGTT TGCGGAGTACGAAGATGTTATGCTGTGGTTGGTATAATTAAGCTACGTAAAGTATTGGAT TCAAGTGTGCCCTCCTATATTTTTGGTTTTCTTTCTATTGTGTTAGAATCATCAATCAGA AGATTCTTTCCATATAAAACATGGTGTCATGTGTTATGAATCTTTAGGGAAGGATCGTCG ATAGATATATATCAGCTCGTTAAAAGGAGGCTGAAGTCTTAGGGGGAACTCCGATCTATT CAGTATATATATCAGCTCGTTAAAAGGAGGGGCTGAAATTAACAGAGGGAACTCCGATCT ATTCAGCTCTTCAAAGGGAGACTGGAACCTTAGAGTTCAATGGAAGAGAGAACTCTAATC TCTTGCTTTTTGCTGAAAAGTTACTTTCTGATTTTATTCATCAAAAGCCCCTTTAAATAA GAGTCTTGTTACATCAATAGGAAGTTTATTTCTTAGGGAAGTAGGAGACCTAAATCCTAT TCCAAACTAATAACTATAACTTAACCTAATCATTATGAAACTATGAAACATAAACTCCAT TCTAGAATAATAAATAAAGTTACTTAAATTATAAAATAATAATAAATAAATCTACTTAAA AATATAATTAAATACTTAAATTAATTGACTTCCTCGCATCCACAACATCATATCTGTTAG AGCAACCACATTTTTGCCATTGGTAGATCATAAGCATATATACCTCATGACAATCTGATC AATTTTTTCCTGCGGTCTAGCTCCATATTCAGATAGAGAATATTCCCTACTTGATATGTT ATGGTACTCTTAAATGTATATACATTATTTGTATTCTTGTCTCTCTATAGTAGTAATTTT ACTTATTATTTCTCTAGAACTATGAGCTCAGTACCATTTTCAGACTTTACTATGAGCTCA GTACCATTTTCAGACTTTACACTGTCCTAAATGTAATATAGATCTTTGTTCAGTTAATGT CAAATACAGGTCTCTTCTGTTTTAGCCTTTTCTCTTGCCATCCATCTTTGTGATCAATTA ATTAAAGAAAGCAGTTCTGTTAAAAACTTAATTTCTTCCACAAAGATGCCCTTTGAAACT CATTTTAGGAGGTTTCAACTTGTACATATGAAATATGTTTAATCTTTAATCATCTGGAAT ATAGCATGTTATACGGAAAGGGTTCACATGGTCTTGAGCTTGGAGCATGGCTTATAAGAT TTTCATTATGGTCTGCTATTTGTTGCTGGATTGTTTTTAAATGTTCTTTTAAATACCCCG GTAAAGTATATTTTGTCTGGCAGTTCATATATTGTGCTATCTAATCCAATGTGTGGCTAA GATGATGTATCACTGTTTACTTATTTGCAGTTCAACTATCCAACAAATTGGCCTGTCTGA TACAGTGTTAGAATTGCTAGGGCAGTTCTTGTCTAGAAAACCCAGTGAAGTCAAGGTAAA CATTTCGTTTAGAGAATAACTACTCCTTGTTATTCTTTTATAAAAAACAAAAAGAAACTA CACTCTATAATTAAGTTCTCATTATCGAACAAAATTGCTCTCGATGCGAACTCTTGTCCA GCTGTTTCCCATTTGGTTTTTCTGGCTTTGTTACAAAGATAAATCACAACCCAGTGTCTA TTTTATACAGGAAAGATATGAAGATCTTGTTAAGGACAAATATGAATGTGCCTCAAAGAA CGAGAACATCCAAGGGACTCCAGATTTGTTTCTTGACAACGATCTTGATGCTGCTCTTGA TTCTTTTGACACCCTATTTTGTCGTCGATGTCTTGTATGTATATATTTGTTGTTTTAACT CTTGGCTTGTTTTCTGCTTCATACTTTTCCTTCTGAATATACTTCTTTCTTTTTTCTCGT TTTGTCCTCACTTGCAGGTTTTTGATTGTCAATCACATGGATGTTCGCAGGATCTGATTT TTCCGGTACGGAATGGCTATTTAACCAATGTTTTAGTATCTCAGAACTCTGTACTTCGAA ATGGATTCTTATAGTGAGTTTTACTCCTTACATTCATAAGGCTGAAAAACAATTGCCATG GTGCTCTCCCGACGTGGATAAGGAGCCCTGTTGTTCAAATTGCTATCGCCTGGTATCTTG GTCCCCTTCTTTTATGTAATTTCTGTTGACATCAATTTGGCCCTGAGCTGAATCTTTTAC TTAATAAACAACTATCATTTCTTAGTAATGGTGTGTACTTGTGCTTTACTCCTACTGTGG CAACAATACCTACTAACCTTCTGAGCTGTTTTACTCATTTCTGGCCATCAAGAAGGAACA CAAAGCTGGATTGACCCCCTCTCAGATTGCTAATCATGGAGAAAACCATGTCCAACCATC TGAAATTGCTAATAATACTGAGGTGCCTGGTAGGGAGCATCTATCAAGGACATCAAATTC TTGCGAAAGCGATTTCAAAGATATTGGTTCATGTTCGCTAGAATCACAACAACCTCAGTG TGGTAGAACTTCTAGGAGGGAAGTCTCTCCAGTATTGGGCAGTAAAAATTATTTCCAAGG TGAGGGTTTTGGTTGCCAGTATAAAGAGGCTGCCTGTGCAAAAAATGGGATGAATTATGA CGACACATTGAGGGAGAATGAGTTTGGGGATGAGAATAACTGCAATCAAGAAATAGATGG TGAGAAATCATGGAGACCACTTGAAAAGGCTCTATTTGAAAAAGGTCTGGAAATGTTTGG CCGCAGCAGGTCAGTTAACTTCAAATTACTCTTGCAACTAATTCTACTCCTGTTCTTCTC AGTTCTTTGACGCTGTATACCTTGTTTGTCAACACTATATCTTCTTTAATATCTTCATAA ATCATTCACTCAAATACTGGCTTACTTTTGTCTAATAAGAAATTGTTGTGCTAGCTTTTT AATCAAATTCATGCTAGTTCTCAATAGGCAAACTAGAACTTGCAAAATTTTCCTCATGAA ATTCCTCCAAACTAAGTTAGAAATGGTAATCGGACTTTTCATGTTTGATGATTGTGTGTG CATTCAGTTCCTCTTTACTTGTCAATGCTCTCCTAGACGAATGAAAATGCTAGACCACAG CTGGGAAAATTGACCTGACACTTATTCTGTCATACAGCTGTATGATTGCTCGAAATCTGC TGAATGGTTTAAAAACTTGTTGGGAGGTGTTCCAGTATATGAACAATTTCGAGAATAAGC TATCACTAGTAAGTGATGGGATGAATGGAATATTTCAAGGCTCTTTTAAGGGTGATGGCC ATACAATCGTGGTTAGTATATTGACTTTGTTCATCAGCATGTTGCTTTGTGTTCTTGTTG AACCGTAGTAATATTATTATTACCCCCACTTTAGTTGATCCTGTTTTGAATTCAATTTCA GGGTAATCAACCACAGAGAAAATCTAGATTCTTACATAGAAGAGGTAGAGTTCGTCGCTT AAAATACACAGGGAAATCAGCTGGATATAATGCACTTAGGAAAAGAATATCTGAGAGGAA AGACAAGCTTCGCCGTCACTATAATCCATGTAATTGTCAAGTACCTTGTGGAAAAGAGTG TCCTTGTATCGTTAATGGGACCCTCTGTGAAAAATATTGCGGGTAAGACAGCATTCTTCT CGAAAAACTCCAGTGCGATAATAATGTGGGACCTGGCTGTAAATTATTCTTATGAAATCC ACAGTGCTAAACCATTTTTATTGTTTTCTGGGGTTTGCCCGTCTTTTTCTTTTTCTTTTC GGTCTCTTAAGCATCTCTTTAACCACAGTTTTGTGCCTATATTAATTAGTTCTGCTTCTA CGCTTTGTCATTCTTATATTCTAGATGCAAAAGTTTCAAGAATTGCAAGAATCACTTTCG TGGTTGTTTTTGCGTAAAAGGTCAGTGTAGAAGCAGACAATGCCCTTGCTTTGCTGTTGA CAGGGAATGCGATCCTGATGTTTGCCGAAATTGTTGGATCAGGTGAGCTCCCGGTAGTGC TATGGATTTATTGTCTGTTTTTATCTAGTTGGTGATTTAAGTTTGCAGTGTCAAGCTGGA AGTATTTCTAGTGCCTATGACCATCCGTTCTTCAGATTGCTCATTTTTGGTGTACCTTCT TATTTCTAGTGGTTGCTAATTTCCATTCATCTTGCGTTTTTGAGATCTTGTATCGCCCCT CCATGCTCTCACTCTTCTTTATCGACAGTCTAAACTATGATTTTTAATTTGCTTGTTCCA AGCTAACACACATAAGGGTTTGTTTGGTTCGTGGACTAGTTGTGCAAGGCCTATAATGTA TAAATTATTATGCATTGAATAATTAAGAAGGGTTTTATACGCGGTGCATAATTATGAAAG GACTGCTATTCTGTGGATGGTAGTGTGAGCTTGTTAGATGAGAATAATAATAAAGGGGTC TTTATACAATATCTACTTTAAAGGTAATTTTGTTGATATGTACTCTTATTGATGTATTCT TAATATGCGTAGTCTTATTCTAAGACCTAGACTACTACGCCTCAAATTCTACCAACTTGA GATTGTCAGTATGAATCCCCACCGACCATACTGGCCCTAACTTAGACTATTCCTCCCAGG CTGAAATAATACAATAGTGCATAGATTGTTGTAGAGTTTATTACGGAAAATCAAATGCCA CATTAGTTATCCAGAAGTTTATATAAAATTTTTCCGAGATTACATTAGTAATGGTTGTTT TATGTTTTTAATATAATGGTAACATTCTATGTATTAACAAGTATACTATACCAACCATAT AGTCTTCCAAACAGACAGTTATAAAATAGAGGAAACTTGCCATCTTTGTTCGTTTCTTAC ATGTAGTCTGAAACATCAAAAATATCTTTAGTTCTACTAAACATTCCTGCTAACACCAAA AATACTTAAGCAATTCATCTTCAACTTCTAGATATTGCATTGCTATCCTCAAAACACCTC TGGTTTCTATATCCTACAATAATACATGTTGGGACAATACTCCATCTCTCATTCTGGTTG GATAAAATTCCTTTTCATCCCAACTGCTTAGTGCCTCCTTAACACCTTTGTGTTTCCTGG CATTGACATCACCCATCTGATTTCCCTCAAATCATTGAAGATTTTCCAAATATATTCTGT CTACTTGTAGAATAAAAAGCATAAATTATGTTGCAAATTAAATAAATTATGACCAACCTT ATTGATTTATTTGATGGCTGATAATTATTTATTGCTGAGCGAGTGACAACTGACGAGCAA GCTTTTCAAGCTTAAGTGATTGTTGACATCAATTTATGTTTCATCAAGAGTTAAAAGGTC TTTTTGTTGTAGTATTGGAGTAGTTAATCGTGACATAGAATCTTATATAAAAGAACAAGT GTGTGAGGTTGGCTGCATAAGAAAAACAATCTCATCACTAATGCTACAGTTGGATGGTAG TTTTAAATAATACACATACTAAATTATGCACAAATCTATTTTTATTATATACACTCGACA TAATATGGAATAAAAATGCATGTATAAGCAATGGGATTAAGCTTTTAAGGACAAAAATGT GCTTTTTCAAGTAAGCAATTCTTGTATAACAATTTCTCCATTATTAACCAACTTTTGAGA GCCCTTCATGTTTAGTTGCTACATATGAACAATCGTTATGTTATAAAACCCACATAACTA GTAAATGAATCAAAGAACACCTAATATATTTATTTTAGTATCCTTTCACTTTCAGTTATA AAGCTTCCATTTCTATGTTATTTGGCTTTTGCAGCTGTGGTGATGGGACTCTCGATATTC CTCCACAAAGAAGTGACAGTAATGACTGCGAGAACATGAAGCTTCTTCTCAAACAACGTC AAAGGGTAATTATCACTATTTATTTGTGAAGGGTAGTTTGTTATTATTATTCCGAGTTAG TGGTTGCCACTAAGACAAATGATTATTATTTGTTCCTCCCTCTGTTCTCGAAGTTCAATT AGACGGATAAAGTTTGAGTTTGGCATTATCGTATTTTAAGTTCGGGTATGAACCAGTCTT TTTAGTTCAACCTTCGGTTCATGTTAGACATTGTAATGGACAAACGTTGAATAAATGTTA ACTTTTAATAATGTATCATCTCACTGTAGGTCTTGTGAGGCTTTTAAAACTGTGTTGCTC TCTTTTCTTCCTCGCCGTTCCTGTTCATGTATTATCTTTAGACGTTAGAGCTGCTCTAGT GTAAGAATGGATGTTTTCAAGTTCCAGTTCTGAGCTTTTTGTTGTCCCTTACATTAATTT TTGCAGGTTCTTCTTGGACGGTCTGATGTGTCTGGATGGGGTGCTTTCTTGAAGGTATTA GAACATTTATGCTCTTTCTCTCTCTATTTGCACATCCTTGTTTTTATTTTTAGGCTTATG TTTATAATTACTCACAGAATAGTGTTGGAAAGCACGAGTACCTTGGGGAGTATACCGGTG AAATAATCTCACACCATGAAGCTGATAGGCGTGGAAAGATTTATGATCTTATAAATTCTT CATTTCTCTTCAATTTGGATGACCAGGCATGAGAAGCGACTTGTCGTTCATACCTTGTTA AGTTAGTCCTTAGGGCAGGGCCTCAACTATGGTCTAATTCAAATCACTTGTTTTGTGTGC ATGTAGTGTGTGCTTGATGCTTATCGGAAAGGTGACAAGTTGAAGTTCGCAAACCATTCT CCTGATCCAAATTGCTACCCCAAGGTAATTGCTGAAATTTGCGTAGGCACTCTCTAGATT GATTTGCCTATGGTAGATTCAGTAATGCTCAATTTACTCCGTGACAGGTTATTATGGCGG GTGGAGATCACAAAGTTGGTATATTTGCCAAACAAAGAATTTGTGCAGGAGAGGAACTCT TCTATGATTATTGTTATGCGCCAGATACACCACATGTCTGGGCAAGGAAGCCCGAGGCAC CCACTACAAGAAAGTAAGCTTGCAACAAATGTCGTATTAAGTTACATAAGGCATTTGTTT TACATTTGGCATAAATGTCTCAAATTTCAATGTCGGAAATTTTCCGACATCTAAGTAAAT GTCGGCAAAATATTTACGACATTTCAACTTCACCTTTCTAAAAATTTTTAAAAAAATCGT GAAATGTGACAATTAAAATTCCAATATATAGGCTAATGTCGCCAAACATATAATGACATT TCTTTATGACATTTATCAAATTTCAGCATTACATATTTTTAGCTTATTGTTTGCGACAAC TTAAAAAGTGTTTGGAATTTATTTGAATTATATTGACACTAGTGCAAATATTTTAAATAC ATCCTACAAATATCAGCAATGGTTACTTTTAACTTTAAATTAAATCATAAGCATCTAAAT TCAAATAATAACCATTATACCTACAAATTCGTCAACAGTAGATCACATAAACATGGATTA TGTTGAAAAACAGAAGTTCTCTTCAACTAGTTCCAACAATAAGTTTGAAATCTCGGCAAT AAAACAATGTCACTGGTTTCTTTTAACTTCACATGAAATCACAACCATCTAAATTAAAAT AATATGCCTACAAGTTTCATTAACCACATTATACATAAACGGGGATTACATATGAAACAG TAGGAGTACTTTTTAGGAAAATTTAACTAATTTTGCCCCCAAGGCCTAGCTCGAGTGGCA AAAGGTGGATGCTTTGTGGCTTGGTCACAGGTTCAAGCCCCACATCATGCTAAGCGAAGC CAGTGTTTTAAGTGGTGAAGGGTGGAAGGGCGGACCCATTATCCACCAACTTTAGAAGGC TGTGATTGATCCAAAGGGCAGGTCACAGGCAGATTGCTCGGTTATCAAAAAACAAAGAAT CTAACTAATTTTGGAACAAGAGACATTCTTCTTCTACTCATGCTGCACCTACTTCTGTGG TTCCTCTCCAATTTAATTGTGTTAGTTAAATTGATAGCCTCTTATATGTGATTGGAAGTG ACGGATGTCGCAGTAAGCAAGTTAATTAGGAAGAAATTAAAAGTTAACATTAATCCTCGT AGTTACACAAACATTTTCATTTAGCGAATATTATTAGAAGTACTGTTTAAAATCATCCCT TTTGTTATACAACAGAGGCAACCAATATTGGTCAATGAGGTTGGAAACAAAAAAATTAGG TGATTTCTTCTCATTCGTCCTAACCTTGACTGATAGAGTTACGTGGTACTTGTTGTTGGT AGAGGTGGCATAATCTTATGGAATTAGTCAAGGTGCGCAGAAACTAGCATGGACACCACA AATATATATATATATATAGAAGCACTCAAGTATGTATTTTCCGTTAAAGAGGCTCACAAA TAACCTAAATCTTATAAACATTGAATATGATCATGGGATATTGACCCAGTAATTTAAAGA TGTAATTGCATTACTTTTGATTTATGATATTCTAACATATATAACCTACTTTGTACATGT TAGTGTGCTAGATCCCACAATGGTACTTATATGAACTTGAACAATCTTCAGCTCATGAGC TAGCTTTTGGGGTTGACTTATATCCATGTACTATAAGTATATAGTATTAGTGTCAGATTC ATCCCCATTTAGACTCTCAGTCCATGCCCTAGTTGAATCTAGTGAAAGGAGTGTTAGTGT GGCTACATCCCACATTGGTTGGGGAATGGTATCATGAACGACTTATATGCACTTGAGCAA TCCTCCCTTCATGAGTTAACTTTTGAGGTTAAGTTAGGCTCATGTGTCATATTTTTACAA TATCCACATAAAAAGAAAACAAGAGTGGTTGAATGAGAATAATAAATTTGATTTTTTTTA ATCAAGCAACTTTATATTAAACGGTGTTGGATGCTTAAATGTTTTTCTTTCTAATTTTTT TTGGTTATTTCTATTTCCTACCTATAAGTTTTATGAGCAAGCAACTCGGTGTTGTATATT TTGCCTTTCCATAATAAGCTCATCGGTATTTAATATCTTCGTTACGGAATGGAATCTCCA AAATTTAAAGAAATATTAGATCTTAACCCATAATTTTAAAGATTTGATGAATTAATGCTA AAATATTTTAAAAACTGAACCATCAAATTTAACTTGTGGATTTGCGTGTCTTGGCATGAT GTGTAAAATGGAATAATCATAATAAATGGAAAAAATGACTTAATACACTAATTCAATTTT AGAATTTGATCTTCGATATTCGGTATTCCAATCATAATTAAGGATGGCCTAATAATTGGA AAATCAAGGGCTCAAAATATTATCAACCACATGGAAAAAAGTATTCATTGAAGTAGATAC TGCATGTAAAATTAGGTCTTAGGCCTAACTCACACCCCAAATGCTAGCTCAAATGGAGGA GGATTGCCCAAGCCTTATAAGGAGTCCATCTATCTCATTAACCACTGCTGTGAGACTTTT GTCATTCTTTAACGCACCACCTCACGCCCAGTGCATAGCATCTGGTGCGTGGGCAATTTT GATTTTTGGGGGGCCCAACATCGAGTGAGACGAGCCCTGGTCTGATATTGTGTTGAATAA GGTGTTAGGCGTAAGTCACACCCTAAAAGCTAGTTCTAATGGAGGAGGATTTTCAAAGCC TTATAAGGAGTCCAACCATCTCATTAACCACTGATATGAGAGTTTTGTCATTCTTTAACT GTTTAACACTGCATTTGTCTAATGTGAATGGAAATTGGCACAAAAATGTTCATTCACATA TCATATGGTTCAATTTTCATTTTGACTTTTTGAGCCTCTTATCTCAACCTTCCAATATTC ATTTATTGTTTGTTTTATTTCCTTTTTTGATTTCTTACAGAAACTTGGTTAATAAGATCT TGAGAAAATTATTTTATCTATTTAGAGACCAATTACAGATTCTGAGGGTGACAAACTACT CCAATATTCTTTACTAATTGAAGTTACATATTACAAGTTACTATAATTTGTGGCAAATAT TGTTGTAAATAATTATTATTGTTCTCGACCAGAGTAAATACATATTATTGTTATAGTAAA AGTATCATGCTAAGTTCTCAAGTAGGGTGAACAATTAAACAATAGATTAAAAAAAACTTT TAAATACTGCTGTATGTAATTTGTTGACTTCTGTTATTTTGTAGCACAAGAAAAGAAGTT ATATTAATGAATTTTCCATTTCAGATTGATTATGGTCCACCTATTTCTTGCCTTCTATAT TTGTTTTTCCTCCTTCGTTTCATTCACACTTTTTTCCTCTCAAGTTCTTTCTTCGTCAAG TTTGAAATGTTGAAAGATACAACATATCAAAACTTTTAAGAATTTTCTCAACTGAAATTA GTCTGTGAATCAAATCGATCATAGATGCTTCTAGTGCATTGTATCATAAAAAGAACATGA ATATCATATGTGAACAACTAAATATCTGCACCTCTTTTTATTTGATTGGTTGTTATTAGC TTTATTATTTAATACCATAACTAGGGAATCAGAAATATAGTGAAACCAACCTTTGTACTT CTTCTCTAGGAAATAAATACGTTCATTTAGAACCTAAATGCACTGATAGTAGTGTGCAAT TGGTGCACTTAAATCTAAACAGTCACCACACCTTATGGAGTAAGCATCTGGAAGTCCATC AGAAGCTCACTGGGAAGACTTCTCAAGAAATTTTGAGATCTCTTTTGGAAATGGTAGGAG AACTGCCTTCTGGTTTGACCTCTGGATTGAACAAGAACCTTAAAGAAAAGCTTTCATGAT ATTTACAGTATTACCTCTAGTCCAGAGGCTACTATCACTGAAGTTAGGATCTAAATGGTT GTATCATCACTCTCAGAGGAGGATCCAATGACTGGGAAATGGAGGTAAATAATATTTCTG CAAACTATAGAAAGGAGGAGGGATATCTCTGAAGTTGAAGACTCCATGATTCGGTAGGGC AGGGGTAAGAAGATATACACTGTTGGGGGAAAATATGCTTATTTTGGAAATGAAGGCCAA CATGAGACACATTGGCCCTGGAAGCAGATTTAGAGGGCCAAAGTTCCTTCGAAAGTCAAC TGTTTTTCTTGGCTAGTAGCTATAAAGGCTTGTCTCATTCGTGAGAAACTTCAGAGATGA GCTCTAGATGCTTCTTATGCAAAGCCACCAATGAGAACAACAGCCATCTCTTCATCCACC GTGGTTATACCTCACAATTTTTGCAGCTTTTTCTCATTCTAGAAACCTTAAATGGGTGAT GCCTGGGAACAATTTTGAGCTTCTGATTCCTTGGGACCAAGCAGGGAGCAATTTTAGGCA AAAGATATGGTGGATAGCTATTCCTTCTTGTATTTGGTTAACCATTTGGATGGTAAGTAA TAATAGACGTTTTTAAGATAAGAGCAATTCTATCCAGTAAGTTGAGAAGAATTGCATTTT TTGTCATAAGGATTTTGTATAGAGGAGGCCAACTCCATACTAGACTTTCTAGAAGCCTTG TGAAATGTACATAGGCTTTCTACTTTTGCTTTACCATGGCCAGCACACTGTTAATGCAGT TGAATATATGTTACCATCATTTAAAAAAAAAAAGAACCAAAAATTCAAGAGCTTACTTAT CATCACCTCTGAAAACTAAACTGAACTTGGCCTCTAATAATTCTTGAGTAGATCTAAACA TGTAGTCTTCCAGAAACTTTAAATCTAAACTTAGGTAGGTTGAGTACCCAACAATCCTGT TGCAACAACCTGATGCTTTGAAGGAATAATGACAACTTCTTTCAAAATCAGATTTTGGAA AATAAAAGGAGGGAAATTGTAGGATACCTAAGGAAAGTTGGAGAATTTGTTGGCTATACC TTCTTCTGCAACCATGCTTATGTTCTCTTTGGAACTCCAAGCCTCATCAAGTTAATGTTC TTTCATTCAAAAGATTGTAAGAGTAATGACTATTTTGTGTTCTTGTTTATTCATATTACT TGCATGTATAATATATTTTATAGAATTAAATTTACTTTGAAGGAAGTAATGAGTATAATT TCATTAATAGTTACATAAATAATATTAAGAATATATTCTATAAAAATTGAACAAATATTA CTTCTTGAAAATGATGAATGTTAAACTTATTTAATTTCATTAAAAGTGCCAACATATGAA TTGCATTTTGTTCCTATGGTTTGTTTGGTAGGATGCATCAGAACTGATACCTTGTTTGGT ATACACTCATATTTGTTGTTATGTTATATATAATTGATACATGAAAAATCATGGTATTAG CAATGCAAGAGGTTTCATGCATGCATTAGCACTTTTGAAGATACAATTGCCCCTCTAAAC CTTTTCCACAGTATTTGTGGAGGGTATAACAACACCACATAAAAAATAGCCTCATCATAA TTAATGCAAGCATAACTAATACCAACATTACCAATACATACTGCATACACCCTACCAAAC TTACCCCCAAGTGTGTTGCTTTTTGTTATAGACATGTGTGTTCCAAAATTCTTGAATATG ATGAGTATTAAACTTATTATAGGGATTTCCTATGGAAGGGTAAAAATAAAAAGTATTTTA ATATTGAAAGAAACGTAAAGATCATGCATGAGAAGACGAGTAATCCCCTCCCTAAACAAA GATAATGGAAAAGCAAGAACTAAGCTCAAATATGCCCTCAAAAAGTAGTCCAGAAATATG AAAGCATCTAATCTATTTCAAATTGATCATTCTACTTACCTATCTGTTGCAAATGCCTTC TGAGCAAGTAGATCAAATTTTAAAAGTGATGATCATTAACGAAATATCGGATTTGACCAA ATTGATAATGTTTTACAAAGAACAATAAAAACCAGATTAGAGGTGAAATATATTGAAGTG CCAACTCAACATTATACACTTCTATAAAGTGAGACAAAAAATCTCAGAAGGCCATACATA AATATTTAGTACATGTTAAAAGATAGTATAGGAGGAGTCTTTGAATGAGGGATAATAATG TTATTCAACTGATGATCTTCAAGAGGCATCATCGTAAAAGTAAAAAACACAACCATTTCA ACCGCATTTCAATTAGAAATTTAGACGAGTGAACAAAACAGAACTAAATAGAGGTAAGCA CTTACCCACAAATGTAGTACTCTTTAATCAGAACATTTGAGGATTATCAACTGTTGTCTA TCTCACTTATAGATTCTCTATGACCTGGTAAGATCCACGTATCTGCTAATGGAGCGCGAC TCTGAACTTCGAGAAATTGATCGGTGTGCTGGAAAGGGATATGAAGTAAGTCCAAAAGGA AGTTCCCTGTAAACTTGCTTTAGATTCCAATCAACAAAAACTATATTATGATAAAGTCGA ATCTATTGGCAGCAAGATAAAACACTTCTCTTTTAAGAGATTCCAAAGAAAACAATCACC GGCGAAAACAGTCCAGTTGACATCACTGCCACTGAGGGTTGAGGTGCTAGGGTTTTTGTG TTTTTGAGAGAAGAATGCTAGAGTACTCTCTTTTCCTTTTTCTATGAGAACTGTAGACGG GTCTGATATTTTTTACTTTCCATTAGTAAAACTTTGAAGTTATAAATGTAAGAAAATTTC CTCTATTTGTTTGTAGATGTTACTAAATGCCGACTTATATTGTGACATTTGCATTAAAAA TCCCTATAACTTAGATATTTTTAATCAAATGTCATTAATATCATGATATTTAATATACAT GTCAATAGTTAAATGTCGTCGCCTACTTTCTTGTAGTGTCTAGGGTAGAAATGAAGGTTG GATAGTTCCAGCTTTAGGCTAATTGTAATTCCTTGCATTAATTTGCAGGTTCTTCTTGGA AGATCTGATGTGTCTGGCTGGGGTGATTTCTTGTAGGTAATCTCTTGGAACAGTGTTAAG CTTTTTCTTTCTCTGTCTTTATATCCTTGTTATTTTTGAGCTCATGTTTAGTATTACTAA CAGAATGGTGATGGAAAGCATGAGAACCTTGGGGAGCATACTGGTGAAATAATGTCACAC CATGAAGCTGATAAGCCTGGAATAATTTATGGATCATGAAAGTCCTTCATTTCTCTTCAA TTTAAAGTATCAGGCATGAGAAGCAACTTGCCCTTCATACCTTGTTAAGTTACTCCATAG GGTAGGGCCTCAACTGTAGTCTTACGTAAATCACTTGTCTTGTGTACATGTAGTTTGTAC AATGATGCTTATTGGTGGAAGAGTGAGAAGTTGAAGATCGCAAACCAGTCCCCTGATCCA AGTTGCTGAAATTTTTGTAGGCATTCCCTGGATTGGTTTGTCTATGTTAGATCCAATAAC ACTCCTCTTTGACAGGTTACTATGGCGGCTGATGTCGTAGAGTTGGTATATTTGCCAAAG AAAGAATTTGTGCAGGAGAGGAACTCCTCTATAATTATCATTATCAGCCAGATGCAATGA CTGCCTGGGATAGATGAGGAGCTCTTCTATGATTATCATTATCATCTGTTTCTAAGAAAG AGTTTACTGTTACTTCAAGGGCCTTGCTTTTTTATTGGCTCATTCCTTTTTCCAACATCG ACCACCTGATTGATCACGTGATCCATTCTTTTTAGGGACTTTTATTGTTGTTGTGAGATA ACCACATGAATGGACAGGACAAGACAATGACTCTAATCCATATCTTACATGATGATGCGA GGAAGTATGTATTTAATGGTTCTTCCCTTAATGGTCCACGTTGGAGGGAAGTTATAGATG AGTTTTGGATGAATTCTGGCAAGTAAGAAACTTATGACAAACACCAAATTAAGTTCAAGT GCAATAGATCAAGGATAGAAGCAAAAAAAATAAAAAAATTGAGGACATCCTTCAAGGTTG CTATGGATATGGTTGGGATCCTGTAATAACTGAGGTACTTGTCCATCTGAGATTTGGGTG GATCATGTGTTTGTAAGTTATCTAGAGGTGTGAAAGTATGTATGTTCTATTATTGAGCTA ACATTTTGTTTTCAATATTTTACGGAAAAAGAGAAAAAAACATAAACATTACCATGTAGG GGCATGAGGGGATTCAACAATGACATTTTGAAAATCATTCGCCACTGCTTGTTTTCACAG CCCAATCAAATGAAGCAACTGGAGTTGGTAAAGAACCTGTATCTTGTGATGACTACTCTG ATGGTATTTGGCATACGCATGTCGTAAGTAGTGGTACTGGGACAGGGAAGTGGACAATGA CTGATCAATCTATGGCAATTGATGATGGCTCATCTACATGTCGAAAAAAGGTCATGCTAC AGCTATTGACAGCATACATGAATCTTTTAGGGAACATTTGAAGTGGAAGAAAGACAAGGT GGAAGCAAAATAATTTTTTGACATGGATATCTACTTTGAGCAAGTCGTCATTTACCCAAT TGCAATATATCATGAAATTTTTTTGTATTGATGATAATCAATTTGCATGATGTTTGTCCA TATGGCCAGAAAATGATAAATTTAGTGGGTTGAGGACCTCGGACAAATTTGAGAAAATAG TGGTTCTAATTGGTTATGTTGTACTCTATTACGAAGAAATGCCAACTTTATACGTGTGTA ATGATTATCTATGCGTACAATTCTCTATGGAAAATTTACTTGGTGTAGGAACCTCAGTAA TATCTTCTTTTGTATCATGATATTTCTTTTAGTCATGTTTCATTATTTGTGCTTCTTGTT AGGTAATCTGGTCCAGTACTACTAGTATTGACATTGTAGTTTTTTAAATTTTCGCAGGTT GCTTATGTGTCCATGGAAAATTTTTAGCCTATCCAGTAGTGGCACCGAGTAAGACACGAC ATTGAGGATGTCGTAGTGGCACCGAGTAAGACACGACATTGAGGATTACATCGTACACGT TGTAGTGTCTGATCAATGTGAATAGATTGCCAAGAACGTATGTCGTTATCTTGCACACAG CAACATACATCCAGGATTGGTATGGCTTGGGTTGTTATCTTCTTTGGGGATGATATCACG CGTATATATGAACCTACAGGTTTCTAACTTGAAACATTTCATCGGCGGATAATAGCTGCT TTTGTCTTACACTATAGTTTCAGATGCATGTTCCACATGATAAACCAAAACAACTCATCG CTGGTAAGTTAATGTTTGAGACAATTAATTGACACGTTAGAAAAGTTGCTAAAGCATTTA GTCAATTGGCACCTATGTCTGGTATAAATCTAAAGATTTGACATAGTAGTTGTTTTTGGC TTTACTTTAAGGTAAAATCTTAAGCTGTCAATTCAACATTTACTGTTAATACTTGAGAAG TCTTTAATTTTCAATGTTGTAAGATTATAAATGGAGAGCAATATTTTCTATTAGCTTTTT TATACTGTTGACTGATTGAAAAGCTGATTATATCCATCCGTTTGTCTAGCTTCAACAGTT CTATGTTCGTGTTTGATATAATTGTGTTGGTGCAGTTGATGAGACATACATAAAGGGGAG CTCCAAAGAAAGAAGTAGCAGGCGCGTCTTAACCACCACAAAGGATTATAACTCGTGCAT GTGATTTTAACATGCGGTTTATGTTTATTGCAGCTGGTTGGGAAGGTATGAATCCTAATG TTTTTCAATCACATTGCACAAAAATGAATGCCTATAATTATACCATAGGCATTCATTTTT GTGCAATATGATTGAAAAACATATGGGTCATGGACAAGTAATTTAGAAAATTACAATAAG GCATGAACAGTCATGATGTAGACACACAAATAAGATTGTAATTGCTCCTTTTGTTACATA ATTTATTGGCGGGAACATAAAAGCAGTGGTGAAAAATTTTCAGAGTATGAACGTGATATA GTTGTTGTCTTTGTTAATAGCACTGTCGAACAATACACCGGGTATCAACAGGGTTTTTTT TTGTCTTCGAGGGAAATGCATGTTTGACGAGAAAAAAAGTATATTTAAAATAGTTTTTTT AACGAAATATCAGGACACACAACTCCAATTTCAACTTAAAAAATTTCAAATAAAATAGAA AACGTGTTATTTTCATAACTAAGCTCTTAATTAGTTACCTAAATTTGAGTGGGAATCATA ACTTATCGCAAATAAAGGCTAAGGCATGAATTTCTCGCTGATAATATGTGCTGCAAGAAC ATGTTTCTTACTGTCATGTGATAGATGACGGCAATGATATCTTTTTAAAAAAAATTGCAC TTTGTTATAAAATAAAGTATTAAAAATTTAATAACAAAGGAATAGAGAGAAAGAGTGATA ATATTTTTCTTTCAGTATTTTAGTGCATTTGTGTCTACATATAAGATGACTATATATAGA AAACAAGTATATGTTTAATCTTTCAAAGTCATGAAAGAGATCTTTAAATCATAATTAAAG CTCCTAAAGTCATACTTAAAGTCTTTTAAAGTCATGAAGTGTGAATTTGATACATGACAT CTACACCACATTATTTACAACACCCTCGATATACCAAATTATAAATATATTACGTTTGTG CACTTTTTAAGTTCTATTATCAAGCCATGGTTTGCTAATTACATTTATACCTTATTTTTT CCTGCAGTTACTGATAATATGATATAGTTCGTGTAGATGAAGCAGTGGATTATTCTTAAT TAATCAAACTCATGTAAACCTTGTGGCTTGTTGAAGTCGATGCTGGTCTCATGTCTCACC AGTGGCCTAACAACTTCTGTGTTTTTCTGTGTTTGAAGCGTCATGTTGAATTTCGTGTAC GCAATCGAGAGTTTTGAACATTATATATAGGATTATTTTCAAATTGAATAGTCCGAGCTA AATTTGAAAATGTTAAAAGAGATTGAGTTGATAAATGAGTGGGTTAATATCCTCTCAAAG TTATGTGCAATCTATTCAATTTTTATTAAATTTTATTCTTTTTTTAATTTATTTGAGTAC TTAATAAAATATTTTTTCTTATATTATGATTATAAAAAACTAACTCAATCTATTCAATTT TTATTAAATTTTATTCTTTTTTTAATTTATTTGAGTACTTAATAAAATATTTTTTCTTAT ATTATGATTATAAAAAACTATGTACCATAAAAATATATTATTTAAAAATATTTAGACGAA ATTATTCGAGTCAATCCAGGTGTTGTATAAAAATAGGGCAAGCCATAATTTTATTTTATT TTTCATAATTTTATGGCACCCTTATTTATAGGTTTACCTAACTGAAAGTTGTACAGAAAA TGGGCGCCGTTCCCATTTGAAACATTAAAGAGAAATAATTGCTCCTCCTTTTATTAAGTC CCATTAATTTGAAGTGTGTCCCACCACCACGTGAAAAGGAAACCCCACTAGAACTTACTC CTATAAAAGTAAGCCAATAATATTAGGCAACACTAGCCCGATTGAAGTGCAGACTTCAAT TAGGGTGTCAAAAATGGAGTACTAATTAAAATTATGACATTTTCCCATTTAAAAATAGAG TTGTCAATATGAGCTAGTCCATTTTTTCGAGCTAATTTATATAGGCTTCAATATTTTATG GGTCAGGTTGGGTTAGCTTATTTTTGGTGTGAGCCAAAAAATAATCGGACCAACTCACAA GTACGTGGGCTACAGTTTTGCCGGGCCAGCCCACTTTTTCTAAAAATATATTATTTTTAG AATTATTAGATTAAATTATAATTTAAAAATATTATCATAAATATCGACAAATAATATTAC ATGATGTTAATGTTACTACTTTTAATCAAATCTACAAATAAAATTATCTTTATAATATTT ATTAAGTTTTTTCAAGTAAAAGTATAAATATTTAAATAGAAATATTAACCTAATTGTTTT AGTTCGGACTCTATTTAATTTTAAGTTTTAATATTATATTATATTTTTTAATTAATTTTT ATTGATCCATAGGCCAGCCGTATCGATATTTATTAAGCTCCACAAATCAGCAAGCTTGTT CAGGTCGGGCTAAAAATCCCTTTTCTCAAATAGGCTTCAAAAATCGTAGTCCAACCCTAT TAAATTCTGAATTAGACCAAACCAACCCAACAGACCTAGCCCATATTGACGGCTCTACTC AAAATCACCATGCAGATAAAATTTAAAAGATAACAACAGAGTGAAAAATAAAAAGTTGGT GGTAGTCAAGATTCTGTTCTTTTTATGACAATGTTAGTAATTTTAATATGAGAAAATTTT AGAAGTAAGTCGTGGATAAAAAGTTATTTTAATATGAGAAAATTTCAGAAATAATAAATA TAATAAGATTGAATAGTTATTGTATTTTATAACTAGAGTATAATTTTAGTTGCTATAGGA TGCATATTTTCTGTCCGTTTGCTAATATCATACATTTGAAAAATAAATAGAAAAAACTAG TTATTTATAGATTTTGTCATTTTTAAACTTGGAGATTGCTAATTGGGCTCGCCTCAAGTA ACCACCAATATAGGGAGTAATAAAGTTGGTTTAGCAGTTGGCAGACAGTGATAGAGATGC ACAAAAATTGGCATCTTCTTTGTCCTCTCTCATAAATCTCACTATTTCTATTTCTTGACT TTTTGCCTTTTGCTCTTTTCCTTTTATACATGCGACAATATTTGATTTATCAAAAGACTA GTGTTTTTCATTTACTATCCCATGCTGCCGTGTTTCTCGGAGAAGCACAGTATGTGGAGA AGACACAGCACAGGAGGAGGAGGCGCTAATGGTTACTTCATTTTGGTACTGTGTCACTTG GCTCTTCACTGCTTACTCATCACTCGCTCAACTGCTTGTTCTAATGGGAATTGCCAGGTT CCTCTCTCTTTATTGATTTCTTGATATATACATTATGCAACAAAGATTTATTTGGGAAAA AAAACTCATTTTCTTGAATATTTGCGGTCTCTATACGCAATTCTTGTATGAATTCTTGAA CCCCATTTGCAGATCCGTGCAATTTTCAATTTTCATTTGTGGGTTTCAGCTGAAATTTCA TGAATATTACAGCTTCTTGATTCATGTGCTTCGGCTACGGATTGTGGGCCTTCTTTATAC TGTGGTGATTGCCCTGAATTGGGAAAGAGTCAGCCCTTTTGCATCAGAGGACAAGCTATA GAACCTACTTCCATTGTAAGTTTCTTTCTAACTTTCTTTACTCTACTCTGCAGTTTCTGT TTTCTAAGCTGAGGTTTATCAGAAACAACCTTTCTATCTCATAGTGAGGTTGGGTTAGGG TAAGGTTTGCAAACTCTCTATCCTCTTCGAACCTCACTTGTGGTATTACACTGGGTATGT TATTGTTGTCCTTTTTGAGTAGCGATGATGTATGTATAATGCTTTTCTTCTCCTTTTGGA CTTGGCAATGAGCAGATCAGTGGATTGCCCTTCAACAAATACTCGTGGTTGGTCACCCAT AATGCCTTTTCAATGGTAAATGCACCATTATTGACAGGCCCTCAGAGAATTACATTCTAT AATCAAGAAGACACTGTCACAAACCAATTGAGAGTATGTGGTTTCTTATATTTGTGATTT TTCCAACCTTCATCTCTTCTACATTCTGTTCAAAGACACGAGTTCTTATGCTCTTTTATA CTAATTCTGTTTATTTTATCTATCTTCTTAGAATGGAGTGCGGGGATTGATGCTGGATAT GTACGATTTTGAGAACGATATATGGCTCTGTCACTCATTTCGTGGCCAATGTTACAACTT CACTGCCTTTGTAATGTCATACAATCCCTCTCTTCTTTTGATGTGAGATTGCCTTTGAGT AGCTATTCTGATGTTAATATGTAAAATGTGCTTTCTAGCAACCGGCAATTAACACTTTGA AAGAGGTGGAGGCATTTTTGAGCGCAAATCCTACAGAAATAGTCACCATCATAATTGAGG ATTATGTGCATTCCCCAAAGGGTTTAACAAGGGTATTTGCTGATGCTGGGTTGGACAAGT ATTGGTTTCCTGTTTCTAAGATGCCGAGAAAAGGTGATGATTGGCCCACTGTGAATGATA TGGTTAAAAAGAATTATCGTCTGTTGGTTTTTACTTCTGACTCTTCCAAGGAAGCTGCTG AAGGAATTGCTTATCAGTGGAGATACATGGTTGAAAATGAGCGTAAGTACTAATCGCTCC TTTTTGGTGATTCTGGTTTGTGGATTGATTCTGTAGCAATAATATGTGGTAATGATGTTT CAGCTGGAGACCCTGGAGTGGTGCCTGGCTCATGCTCCAGTCGTAAGGAATCAAAGGCAC TTAATTCCAGAAGTGCTTCTCTGTTTCTAATGAATTACTTTCCCACAGTTGCCGTACAAG ATGGAGCCTGCAAAGAGCATTCAACTCAATTTGTTGATACGATTGGTGCCTGTTACAAAG CAGCAGGCAACATGATGCCCAATTATGTGGCAGTAAACTTTTACATGGTATTAAAATATT TACTGCTTACTGATGCTGGTGCAGAATTACTAAATATTTTCAACATTGACTGATGAAAAA CAAAATCCTGCAGAGAAGTGATGGGGGAGGAGTTTTTGATGTTTTAGATCAAATGAACGG TCGGACACTATGTGGTTGCCCGACGGTCACTGCATGCCAGGTTATTTTTTCTCAAATATC CAATATTTGGATAACTGCTTTAGTTGTAAACATGTGTCTATGTGCCAAAGGTTCACTCTA TGAAGAGAGATAGGAGGAAGAACCATGATTGATTCTCTTTAAGTTGAGTCATTATGTAGT CCGTAGGTGACACATTTTTTTTCAATACGGTAGTAGAAAAAGTAACATAAGTCTGTCCAA AAAAGAAAAAGAAGTGAAAGTCCACAATTAGAAATAGCTTTTGAAGAAACCTTGTAGATG AGAAATAGCATGCTGCTTATGATTTATCAGATCACAGGAGCTTGAAACATCGATTGCAAC ATCTTTTTCTTGACTTCAAACAAATTTGATGTATTATTCACGGTAGAAGTGGTGAGGCTA GCCCGTGATATTTAACATCCTCCTCACATGAATAGTTTAAAAAAAACAACAACTTAGCAA TCAGCAGGAGAGTTGACTTGCAGTTTTGCACCATCTTTGCCTACATATGGTCAAAAAGTT CTGATATAGGATGTTCCTTCCTAGTCTCCTTTGTAACCTATGTCTCAAAATAAAAATGTG CAATATGATGACATACCTGGAAGATCTAATCTTAAACATGACTTTGATGAGTGACGTGAT CTTTTGATATTAATCTTTGATAAAAATTGGAAGATTTGTGCTGGAAGGACATTGTCATGA TTGAACTCACAAAATTCCTTAACATAGCTTCATTAGCTTTTATTATGATAAACTGTTTTC GCCTTTATGGATATTGCAAACATTCTGAGGGATCTATTAAGCTTAAAGAGTTTTGTTGGT CAAACAATTCTTCAGAAATATAGGGTCATCACTGAGATTCTCAGTAGCAGCCTTCAAGAG ACAAGAAGTACATATCTCAATATAAAAACTAGCGATATACTTGACAGTTTCTTCTCAGAT GACATATCAGACCATTTCTCATTACCATTCTGTTGGTTCCAATTGAAATGTCTCAGCTTG GCTTAACTTTGTTATTAAGAAAAAAGTTGAAATAATGAATTGTTTATGATGTATTGGAGG CATGCATACATGACTACATGAGGCCATAGTTTCACTTTTCCTTTTCAGAATACAGAATCA AGAAAAGCTAGTTTAAGATGACCGAAAATAGGCCCTGTAATATTTTTGAATCATACCATG GTTTAAGTTTGTTTTTCAGGAAAGTTGACACTATATTATAGCAGACCAAAATGTAAAGGT TGACATTCAATTTGGGAAGGAAGGAATCGTTTTCATTTGGGTAATAGACTGTTCTGGAAG ATTTACTTGAAGTTGAGGGAAAAGAAACATGGTTGTACTGAAGCTTTTTCTGTGGAGTCA AGGATGCAGCCTCAAAGTTGTTACAAAAATTATCATTTTAGAACTTGTTCTTAAATGGAC TTTCTTTTTGCAGGTGGGGGTACATTTTGGAGTTTGTAAGAATACTACTGCAGCGAATGC AGCTCCTACAGCAACCAATACTGCTGGAATGTTTTCAGGGTCCGTGCAATTAACAGGCCA TGCTTCAACAATCCATTTTTCCACTACCTTATACCTATTTTCATTGTCTTCTGTAATGGT GTTGTTTCTACTATGAGAAGAAAAAGAGAGTTCCACGCAGAAGTTACATGAGTTTCATCC ACGGATGCTCGATATCTACTATATTACCCTGTGTAGAATTATGGAGTCGGAATAGGTACA GTATACACTAGAATCCACTTCGGCATGTCTGAGATGATGAATGTTCAACTTGACATTTTC CTAGTAAAATATAACTTGTCATTTTATAGGAGATTTGGATATAGAAGTAAGCAAGGGATT GGAGAAGAGTATCAACATGTAACAGATACTTTTATCACATCCCATGTGCATTTTCTAGCT GCCAGTTTTTCCCCCTTGGTATGTTGACAATGATAGTCTTATTCTTCAACTGAATTTTGG TTAATTTTTTCAGTATGAAAAATGTTATGTTCCTCATGTTGCTACCTAGAGTGTTAAAAT GCTTCAGCTTTTATATAATACCACAATATATATCATGTGATACTTCTACAGTGCGACGAA ATCTCTATGAATTGGATTGAACACTAGCATAAATTTTTAGGATTTTTAGATTCCAAATGC ATCATCTGACAAAGGAGAAATGGAATTTTAATAATTACTAGCAGATCGGATCTTTTCGAC GCCCTGCAGCAGGCAATGTCCAAATAAATACAAAGCATTATTGGTCAATGAAACAATTGA CAAGCTGTACACAAGATATAATGCAATAACAATTCAGGTGGATTGCCCTTCCAAAGACAA AGGACGCACAGGAACTTAAAGGCTCCTCAGAAGACAGCAATATTAGGCAGCATTCCTTTA GGTTCTATTTGTAGAGCTGGGCTAATAGTGAGTAGGCCGACAAAGCAGTCCACGGTAACC CTCATGCCCCATGCATTGATAGACTCTAGTTTGCGACACTTATTTACTAAAGCTAGAAGC CCATTTTCAGTTACATGACGGCAGCCCCACAGCACAATAGACTGCAAAAGATATGGACAA GTATTCGTATCTTAAAAATCCCGTGAATCAAACACTTTCGTGTTATATCTTATTATAACA ATGGAGAAAGTAAACATAAAAATTAAAAAAAGAGGTTAGAACCTACTAGTGAATTGGTGA TGCGACCTTAAGATGTGGAATTTTCGGAGACTTACCTTCAAGTGTGGGCAGCTACCAGCA ATAGCAAACAAGGACGTGTCTGTTATAAATGTACCACCAATATTCAGATGCTGTAGAGAA TTAGCTCTGGAGATCTATCAGAAAACCCAAAACTAAATGAGGCAATAGTCTACTTGAACT ATACATAAGCAGCTAATTCCACCGAAAAGTACAGGCAGATTTAAACAGGTGAAGAAATCT CTCTTCTCTAATCAATATATGATTCTCTTTCCAATTCTAAAAGCAATTGTGTTAAGTACA GATTGAGGTAACAAGATAGCTCCAGCGCCTTAGCCATCAACCTTTTTTCCTAACAAACAT CTTCCTTATTCGGGGAATCAAAACATATGCATGCAAAGCAACAAAATTAAAGGTGTGAAA GTTCAAAATGTCATTATCAAAATATCTTCAAGTAAGCATGATAACGATAGACATAAACCT CTAAAATAACATCTAACTAGACCTACTTAATATCACGATCACAGACACGATAAACAATGA GGACGACATACCAGCTGAACAACACCTGTATCTGTGATCCCAGTAGTGCCCCATAAAGAT AGTGATGATAGATTGCTGACACATTTTGCAGTTGACAATTGGTACAACCCGCGATCGGTT ATTTGACAACCCCAACGGCTCCTCGAACTGGAGAAAGCAAACAAGTCAGAACAGTACATC ACACAAGTTATCTCCCTAATCATCATTATATTGTATTTTTGAACACTAAAACATCTAAAG TTGAAACAACGAAAAAGAACCAAAACGGTTGCAGGTGCTTTTTAGATTAGAATACCTGTA AATCTGATTATATCCCCCGCCCAATTATACTTCAGGATGGTTAAGAAAGCATGGAACTCA ATTTATTGATATGTGACGACTAATATAATAGCTATAAATCAATCGAGTGTTGCAGAAAAT AGGATCTCATATAGAAATAAAAATGTATATACTCTTTAATACTAGTAACTCTGCACGATT AGATGGCTTCATCGATCTATTGGTTATTGTATCACTGATCAAAGAGAGAGCAGCTCACAG GTAAGACAATGTGGTGAATCTATTAACGGCCACACAGTCTAGACCTAGCCAGATTTTCAG AAGTTGAAGTGTTGCTCATCTTACTTAAGATAGATGAAAAGAGCAATTAATTACTCTTGA TTGCAAAAGTTGAAAAGAAGACCATCAATGGTCTAAACATGACTATAAAGTCTTACTGAA GTTAATTAGTCCAAGAAAGTCGCTCGAATTTTCTGTTTACTACTACTATAAGCATTCTCA ACCTCAAAATCCTTTTAAGTTCCATCATTTTTAGATAGCGTTTCATCAAATGTACTGCAA ACATCTATATTTCAGTTAAAAGAGTATACGAAATAAACTAACTTGTAGCAAGCATAGAGT ACAAAACTAATTATATAGACATACATACATGTCAAGTTCCTTGAGACTGTAAGCATGAAG CACAAGGCGAGTTGTTGAATCATCATCCACTTTCCAGCCAGAAAAACTCATTTTTTCTCT TCTAGCTAACGATTCCTTCACCCCCTGTCTCCATTTCCTGCACACAGCACTTGTCCTACA ACAAGTACCAAAAAACGACAAATAAACACAAAGAACAAATTAAACAAAAAGGGGAAAAAG AAAAAGAAGCTGAAATTAACTGAGCCAAATCCTTGAAACAAGTAAGCATAGCAAAAATGT GAGCCAAGAGGTCAAAGGGGAGTCTATCAATCGGCCTGTTTTGATCATCTAATTCTTCCA TCCCCTTTCTTTTCATGATGGAAGAATCAAATTATTAACCAAACGAATTAACTTCAAAAT TCAACAAATTTGATGAAAATTTCAACAAGAAGAAAAAGGGAAAGGAGTCGTGGTTTATGT AAGCTGTGGAACAGAGGAAAACTATTCATAAAAATCGTACAAGTAGGAGAGAGAGAAAAA GAAGAGAAGAAGATGAAAATAAAATGTGGTCATCTTTTCGTCATGTCAATTCATTTTTTA AATGTACGACGATACCTTTTCTAGATGCAGTAGCTTAATAAAATCGACTAATAGTAAACT AGTTCGTTATTTTAGTCCAAATTTGAGAAAAAATTGTAATACTAATTTGAAAAGATAACT GCTAGACTAAAAATTGAGTTTTCTTTTACCTTACTAACAATGGTAGAGCATACTGAATTG CTGTTTTAAATATTTTTCTAGTGTTTAATTTTAAGAACATAATTTTTTTAATTTACATTT GACTTGTGCATTATTCTCACAGTTGGGTAAGAAATTATTCAGTAATAACTGTATTAATTA ATTTTGATAAAGATGGAAGTATTGTGTCTTTGCGTAATCATCATAATTCAGAAGGGCAGC TTTGACTTTTTATTTCGTTATAACGTTACGTTTAGCTTTCGTGTGTCGACTGAGTTCGGG CATTACACGTGGGTTGTGGGCTGCCTTTCCTCTGTGCAAGGAACTTCTATTTTTAGGATA CATCAAAAAGCATCTCGAATACATTATGATATAAACTGAATAAATAATATGTAATTTAAA TACATTAAAATTAGTTCGGATATATTATATGTAGCTCGAATATATTATAAATAAACTGAA ATATATACTTTAAATATATTAAATATTGGACAACTTTCACATATAGCAAACAAAAAATTC ATATTTGTATGCTATAACAAACTTTGCATAATTGCACTTCATAGCAAATATAAAACTGTA TAATTTGCTATACATATACAATTGTATAATTCGCTGGCCTAAATTGTATAATTCGCTGGC CTATTTCGCTGCAATTGTATAATTTGTTTTGCATACAGTTGAATCGAATTAAAATGTATG TATATTGCATAATTATAAGTGTATAGCAAGAAGATATATGTTTTTCTCGCTTTATACAAA AACAGAAACACAATATATACACTTATGTTGTATAAAGCTAGAGAAAATTGTATTTCACTG CAATTGTATAATTCGCAATTGTATAATTCGTTGGCCTTTTTCTCTGCAATATTTGAAGTA AAATGTTTGTAAATTGTATAATTAAGTGTATAACACGAAAATATACATTTTTGCATGTGT ATATACAACTTTCTCTCGCTTTACACAATACAGAAACAGAATTATATACTTCTGTGTATA CAGCGAGAGAGGCGAGCGAGAATGAAGAGTGGCGAGCGAGATTTTTGGGAGAGAGACGCT GGCAAATTTTAGCTAATGTTTGCTATGGAGCACAATTAAATCAACCCTAGCTATTCCATT TAATTTAGGTTATTAGTTTGCTATTATATACAATTTTGCCTTAAATATTAGCTCAACTAT ATTAAATACATTAGGAGAGAAATAATAAATTTTAAAAGTTTTTAAAAATAAAAAGGAATG TGAGATGTGTATTTCAATAATTTTTGTATGGTCCTCTTCTTTGTGAAGTAACATGACTTG GTTCCTTTTTCTTGTTTAAAAAATAATTACGCCAGGAGAAAATCAGAAGAAGTTTTAGTT ATTTATTTTGGAATTGACAAAATTCCATTTACCCGCAATATTTAGATATTTTTTGGCAAG TTTAATATATTATGAATAATGAATTTCTATTTGTAACTTTATTTTAACATTCATCAACTT GGCTCAAGAGAAAAGTAAATCACATTACTTGTTTTGACCAGAATCTCGGGTACATAACAA ACAAAATGTTATTTCATTTTAAATAACAGTTGTATAATGTAACTTTCTTCTACAGAGAGA GACAAATCTTTTTTGTAAAGAAAACATGGTGTTAGAAACGCGATAGAACACCACAAATTT CATTTACATGAAGACAATTTGTGCCACAACTGCCATCTTCAATTTTAATGTTGGGACAGT TGCAATTAAATCACAGTCCACTGAGTATTGGACCTACAATTCAGCTAGGCTGGACCTACA GAAAATGGGTTACCTATCATGAACCCCAAAAATATCAAGTCTTATTTCCCAGTCCTAATC CTCCCCAGCTTGGTTAATCTGAAATTGAGATTTTTTTTTTTTAATCATTTGGGTATTTTG TATAACTAGACAATGACCTTGAAACTTAATTTACTTGAACTTTTGTTCTTATTTATGAAA ATACATTGTAAAATTAATCAATAGGTACATAGACAACAATTTTTTACCAGAAAAGACAGA ATTAAAAATAAAGCGTAAAATAATGAAAAATTCGAAATAGGGGAAATTTCAAAAATAATG CCTTGATATTTTAACTGATGCGGCGACACAAAGTGATACCATCACCAACAGGAAGCTGAC AGATTTCAATTCTGGAATCAGCAGCCAAGGCCTTGTTGAGTTCCAATACGAAATCCCTAT AATACCTAACGTATTTTCTAAGGGGTGCATCAGGTGGTGCCACCACTGATCCGTTCCATA GAGTATTGTCATACCCAATTACTCCACCAACCTTAACCAAGTCGATTAATCTCTTGTGAT AATTCAAATAGTTGTCCTTGTCAGCATCCACAAATATGAAATCATATGATCCATGGTATT GGCCCTGTTGTAAAAAGAAAGATCAACATTAAACATTGTGCACAAGTTATCAATTTATTT ATTTGTTGTTTTACTTTATGTACTTACGTCTTCAATCATTTGGTCAAGAACAGGAAGTGC AGGGCCTTCTCTGAATTCAATTTTGTGCGCTAGACCAGCCTTTTCAATTACTGGAAGACC AATCTCATAGTTATCGCGGTTAATATCCATTGCTAGAATCTGAATCAGTTTAAGCAGATT AGTACAAAATTTATAAGTTTATCATGGGTAAGAAATTGGTATAAGTTAATTACCTTGCCA TCATCAGGAAGAGCCATAGCAGTTGCCAGCAGAGAGTAACCAGTAAAAACCCCAATTTCC ATGGTGTTTTTGGCATTGATGAGTTTGAGAAGCATATTCAAAAATTGACCTTCATCAGCA GAGGTGGTCATAAGGTTCCTGTTTTTTTTCCACAAAATGAAGATATCAGCATACAATAAG TATCGAATTGGATGAAGTAATTAGTGAGAAAATGAGTTATTACCAAGGGTGTTTTGCAGT AATCTCTCTTAGCTCTTTCATGGCTTCAGGCTCTCTCGGGTACACACTTGTTTCAAGAAT GTACTGTTCAAACAATTTATTAAGATCAACACAGGTTTTGCATATTAATTTCTTGTATGA CAATAGGAATTAAAATGTGGGGTTTAATTTGGTTACCTGATATAGGGCATCGCTTTGCAA GAGACTCTTGTGTCCAACTTCTTGGTGTCTACTGTTTTCTCCATTGCTCATCATTGCTAA CTGCTTATGGATATATTTTTAAACTATATATCTTGCTGTTTCTGAAATAGATAAAAAAAG TGTTTAAAGTAAGCAACCTGCTTTTTAGAGATGAAAATGGCTTAATTTATAGTAGAAGAA AACAAGAGAGAAATGAGGAGTTTGGTTGGCTGAAAATGATTGGAAGTTGGTGAAGTCTCC TACTTTCCTTCCTCCTTTTTTTGACTAACAGTACCCACCACCAGCTTCTCTCTTTCCTAA TTTTAAATTAAGCTACTTCCCTTGACAAATTCAGAATGAAATAATGTGTATTCTTTATTT ATTTGAAGAGAGTCATAACCCATGTCAAGTGAGTGGACATTTGCATAATTTTCTTAAGAA AGCGCTCTACGATTAGTAACTCTGTGAACACAATGATAAGTAGTTCTACTAATATACAAA AGTAGTTGGTTGGACATGACATAATATTGTTAATTTTATGTAGTTGTTGTCTTACAAATA ATGGACATGGAAATATTTTACTATGCTCTTAAGTTTGTTGGTTTTTGTTTATTAGCCGGA TATTTTTTTAAAAAACATTGTTAAAGGTATGATAATTGATTATTTTGAGGATGAGAATTC AAAATTATGTGTTGTATTCTTTTAATTTCTCGGAATTCAAATGGTATGAATTGTTTTTAG ACAACAAAGTTATACGAGTTATCTTATCTTAGCATTTGTTAACTTGACTATTATATTAGA TTAAATATATTTGAGAAAAGAATTATCAATCACGTTCAAAATAGAATCCTAATGCAGAAA GTGAAAAATGTTACTGCTCCATTTTATTTTATATATGGTATATCCGTGTTCATTGGAGCA CAACAAAATTTTTAAAAAAACACTTATAATTTGTGGTTTCAAATATACTATAATAATTGT ATAGGTATTAGCCTATAAGAGTATTTATTGAGAGTAAAACGGAAAGTGTACGAGTCAAGT TAAAGTAAAAATAAATTATGCTACTCCTCTCCACCCCTGGTCAGTCTGAAATTGAATATT TAAAATCGCACCAATAGAATATATTTCGGGTTGGTGTTGCCATAATTTTTCGAAGTTATG CTGGCATAAGTAATGACACGCCTAATATAATTTTGAACAAGTCATGCCTGGCCCAGACAT ATTTGAGCAAGGTTACTTCCCGCCAAACTACTCTTGCAAATTACACAAAACAGGGCTAAA AGTTCTCCTATTGGAGCAAATTTCTCGTTGATTTTTAGAGTATTACTTCAATTTTTGGTT CGAAACTGCATTTTCCACCAGTTTGCTCACGTAACGGAATTCCCATTGATGACCCGTTAA ATTTTGGACCTTCCATCTTTGAAGTTGAACTTTTTTTTATTTATCAAAATACATTGTGTT ATTCTCAAGTTATGGCATAAGAGTTTGATTTTCATTCTATAACATTTAATATATCAACTT ATAGCATTTCTTTAAATTAAAATATTGTAAATATTTATTCTAAATAGGACGAAAAATAAA ATTAAAAAATGAATAATTAAAAATGGATAATTTCCTTGAATGTAGTTACTCTTATTAACT AATAACAAAATGTGCACCTTTTAAGGGATTTTAAAATATATTAATTATAGATATGCACCT TAATTATTTCAATCCGTTTTTAATGGTAATTATTTTTGATTTTTTATCCTTAAAAAATTG TATTCTGTTATCTTTCTTCCCATAAACGTGTATCTTTTTTTTTTCCAGAAATTGAACTAT ATTCATATATTCGAATTCTGTCATATTTTATCTTCTTTTTTTTGGAAAAACAATTAAAAT TGAAGGTTGAAAAAGTTTAGATTTGATTTGATGGAGAAAATTGTGTCAATTTTAATTAAA CATGGTAGCAAATGGAATTCATCAGGTTAGTTTTTTTTAATATTTTATTAATGTGTCGTA TTTTTTCCCCATGTTATATTGCATATGTTATATTGCATATGTTAAATTCCCATGTTATAT TGCATATGTTCTGCTTTTTATAGCCTCAAGAATTTCAAAGATGCTTATGTCATTCCTGTC GAGCGTACATGGGATATACCAAGTTATATTTCAGATCCTAAATTGATGCCGCCTGGTCCA AAAAGAGCAGCAGAAAGACCCAAACTTGAACGGCGGGAGGGGTTCGCAGATGTGAAATTC AAGAAGACAAAAAGCAAACAGTAGATGTCATCAGTTTGGACACAATAGGAAGACTTGTTC AAATTATCCTGTACAAAAACAATGATGTCGTAATGTTAAATCTGTGTTTTTGAGGCATTA CATTGTTATAAAATGTTTTTTTTATTGAATAATATTACTTTTCATACAAATGTCATACAT TGTATATACAACTGTTCATATATTGACATATGTTAACAATAATAATTCATATAATCATAT AACATTTATTCAGTTATTGCATTCATAATGGGGACTACATACAAAATTTATACATTTATA CAAATTCAATACTTGCATATAAAAAAATAATGTATGTTTATGTTATACATATTAAATTAT AATATGTTATAATTCATACAGTTTTCATACATTATTCATACCAGTAATATACATACAATT TGTTTCTATTTGTATTGTGAAAAATATATTTTATAATTTGTCATAATTCATACATTTTTA ATACAGTATTCATACCAGTAATATAATTAATATCTGTTTCTGTTTGTATTTGAAAGTGTA TAGTATTCATGCAAAACAAATTTATGGAATAATTTAACATTACTATGTACTATATATCAA ATTTTAATATAACATTCATAATTCATATGATTTTCATACATGATTCATACAATGTTCATA TATGTTAAAGTGAGACACATTTAGTAATAATCAGTAATAATTTATATAAAACCATCAGTA GTCATAATAAAAATACAAACAGAAACAAATTGTATGTATATTATTGGTATGAATAATGTA TGCAAGATGGTGATATACATTTATTAATGTATAATTGTATGATATAATTCATACAGTATT CATACCAGTAATATAATTAATATCCCTTTCTGTTTGTATTTGAAAGTGTATAGTATTCAT GCAAAACAAATTTATGGAATAATTTAACATTACTATGTACTATATATCAAATTTTAATGT GACATTCATAATTCATATGATTTTCATACATGATTCGTACAGTGTTCATATATGTTAAAG TGAGACACATTTAGTAATAATCAGTAGTAATTTATATAAAACCATCAGAGTAGTCATAAT AAAAAAACTGGAAAAATACATAAATTGTTCATAAGTTAAAAAAAACAAACAAGTCATTCA AATAAATGTACATTGTGCCATGAAAATTTCTACTTCCTGATACGAAATTTTGGAGTAGGA TAATTGGTGGTATCCATAACTTGTTCTTTATGAGTTCGACGTCCACCCTTCTTGCTAGCA ATTGTTCCTGTAACTTCGCTTTCACTGATTGCGCTTTCATCATTCTTTGATTTTCCATAA TGCCAAAGTCATCCCTAACATTTTCATTCCCCATTATAAATAAGTGTCTCAACAATTGAC ATTGGATTTTAATGTGATGCGAATTATAAAAAAATCCAAAAGGTGTTTCATCTAGGAATT GTTGAAACTTATCTTGACCTAAAAAGGTCAACAAATCCGCAAACACATTCATGTTAATAC ATGAAGACAAATGTGTTTGTGTCTTCTTCTCCTAAAAAATTGTAAAAATTAAATACATTA ATCATACACATGTAATACAAAACTAATACAGTGAATCATACACAATTCAAACAAACTTAC AACATAATATTGAAAACTACATAATTCATACACGTAGTATACAAAACATAATGCAGTAAA TCATACACAATTCAAACAAACTTACAACATAATATTGAAAAATACATAATTCATACACAT AGTATACAAAACATAATACAATATAATCATACACATTTCAAACAAACTTACAACATTCTT TCATACACAATATATTCAACACCAAAATATACAAATCAAAACATAAAGTATAACTAATTA TGGATATTACTATTCAACAGTATCAAAAAACTTGATACAAAAAAATTTATACACAATTCA TACACATTTTATATACACCGTGAATCATACAGTGAATCATATAAAATTTATACAGTGAAT CATACACAATTCATACAGTTAATCATACACAATTCATACAGTGAATCATACATAAAAAAT ACATGTTTCAGCAATTGATATTGTAATATGAAGAGATCTGTAATTTCATACAATGAATCA TACACAATTCATAAATTATTTATTTACACAAAATTTATATTTTAACTATTTTATACCCAA ATAACTGAAAATAAAAATAACAGAACATAAAAAAAATTTAAAAAATTAACTTTTACTAAC TTTTGAACTTTTTTGGGGTTTAACTGTTTCTTCTTCTTCTTGTAAATGTGAAGTATCGAT TTCAAATGCTCTTGGTTTTTTGGATTTTAATTTTATCAACTCTTCCACAAAATCAGATTC AGAATCTGATGATTCCTCGATTTCTTTTCCTTTCCTCTTATTTTCTCTTTCTTTCGTCCT TTTCTCAGATTCATCTACATTTTTCTTTTCTTTCCCTTTTCTCTTCTTCTCGTTTTCCTT TGGATGTTTTTTTTTTCAATTGTTGATTTCCCTGATCTAGATTTAACTTTAACAGATGAA GGTTGAGATTGTGTTTGTGATAAAATTTTGAAAGATGGAGCATGAAAATCGTCTGAGTTT GCTTCTTCATTCAATCTTCTACTTTTTCTCGGGGTTTCGTTGCCTCTTTTCGACATTGTA CGGTTTGTTTGTCGCAAGAGTTGAAGATTTGAGTGCTAAAAATGAAGATTTGAATGCAAA TATTTGAGAATTCTTGAAGAAGACTGTTAAGAGAGGAATGATTTTTAGAGAAAATTTGGT GAAAATAAATTAGGCGTGCGAGTTATGGTGAAAAGGTAACGTTTTACAGTTTTAAAAATA AAAATGTAACTGTTTTAGAGATAAAATCCCTATTATTTTGTAGTTATCTTAAAAAAGGTA ACTATATAACATTTAATTTAAATTACATTAATTAAGAGTTTGTTTAAAAAAGGTAACTTA AAATAATAAATTTAATTAACTACATTGGTTTAAATAAGGTAATTGAATTATTTAAATAAG TTAATTATTATTTTAAAAAATTAATGAGAATAATATATTATTTCTTGATATGCTATAACT TGATAACGATATGCTATAACTTGATAATAATATGGTATAAGTAGTTTATTATTAAAAAGT TTGTTTATAACTTGATATTTAACATCTTAAATGTGTATAGTGTTATTTTTATAAATTAAA AGTAGGTAATATACTATTACAATGCAATCCTTACAAAAATAATGAATCTTTCATCGTTAT GCGCTAGTTCAGTAGTGGCATGCATGCCTTCCGTTCATGGTTGCCACAAATAGACAATAA CTATATGTTTTAACTGATACTGACGGCAAAGGGTAATGCCATCACCAACGGGAAGCTGGC AGATTTCGATTCAGCAGCTAAGACTTTGTTGAGTTCCAACACGAAATCCCTATAATACCC AACGTATTTTCTGAGGTGGTGCAACTATTGATCCGTTCCATAGGGTGTTGTCATAGCCAA TTACTCCACCAACCTTGACCAAATCAGTTAAATCTCTTGTGATAGTTCAAATAATTGTTA TGTTCATGGACTTTATGTACTTGTGTTTCAATCATTTGGTCAAGAACAGGTAGTGCAGGG CCTTCTCTGAATTCAGTTTTGTGTGCTAGACCAGCCTTTTCAATTACAGGAAGTCCAGTC TCATAGTTATCGCGGTTGATATCCATAGCTAGAATCTGAATCAATTCTAGCAAATTAGTA CAATATTATAAGTTAAAATTATTATCGGTAAGACTAGAAGAAATTGGTATAAGTTAATTG CCTTGTCATCATCTGGAAGAGCCATGGCAGTTGCCAGCAGAGAGTAACCAGTACAAACAC CAATCTCCATGGTATTCTTGCATTGATGAGTTTGAGAAGCATATTTAAAAATTGTCCTCC ATCGGCGGAGGTGGTCATAAGGTTCCTGTTTTTATTCACCAAATAAACATTTCACACTTA GTTCCAGCTACAATATTTGAGTATCGAATTGGATGAATTAAAGTGAGAAAATGAGTTATT ACCAAGGGTGTTTTGCAGTGATCTCTCTTAGCTCTTTCATTGCTTCAGGCTCTCTTGGGT ACTGGCTTGTCTCAAGAATGTACTAGAGAAACACATATAAAAAAATTGATTTAAATCAAC ATGTTCATTACACTAGCTAGCTTTTGCACATGCAAGTGAATTTATTGTGTCACAATATGG ATGAACACATAAAGCAAAAGTGCATGTAGTTTTTGGTTTTACCTGATAAAGAGCATCACT TTACAAGAGACTCTTCCATTGCTTCTTGGTATTGAAGTGGATATGTTAATGCTAGCTATC TTTTGTTTCTGATGTAGACTAGTCTTAGGTAAGCAACCTGCTTTTGTAGAGACAAAAATG GCTTAATTTATAGTGGTACCAATGAAACATGTGAAAAGAGACATTCAAACTTGGTGAATA TTTTGTTGTTACTAGGAAGCCAAACGACCAACACAGTTTTGACTTCATATTCATTACTTT AATCATTTAAAATTTATTAAATATAAATTTATAAAATGATTCGGATTATATTGAATTCAT AAATATATTAATCCAAATAAATATTGTGGATTGATATAATTGAGTTAAATATTTAAGTCC AATAAATATGGATTTAATTAAAGTTTAAATTAATTGATTTGAGCTACATTGGATGAAGTT AAACTCAATCTCATCTCATTCTAGAGCCCATCTTGGCGCCACGTGTGCAGATGATGTGGC ATGCCAAGTCAAATAAGAAAACCAATAGAATCATGACATGCGTCAAAGATGACAAGCCCA CTCCATAAAGCCCAAATGTCATGTCACTTAAATCTGATTGGTTGAACGGAATCATATTCC AATCGCAACTCCTCTATTCTAAAACTATAAATAGGGGTCCTCATAATTCAGAAAAGGAGA CAGAAAATTCTAAACAAGAAGCTAGAGAAACTCTGTGGTACAAACGCCATTTAATTCTCT ACAAAGCTATAAGTTTAAGAATTCAAGCATTCAAGTTCAAGAACAATCAATATCAAGACC ACCGAATTCAAGAACAAGCTCGAAGCCCTTGAGTTCAAATAAAAGTCAAGATAAAGTTCA AGTTCAAGTTCATCATAGATTCAAGAACAAACTTTAAAGCCCTTGAATTTATATTTGAAA AGGCGAATTCAGAGGAATTATAGAGATTGTAACACTCGCACTTGAAATAATAAAATCGAT TGTTGCTATAATTTTCCGCTCTTGATTATTGTTTTCTCGACGCGAATTTTATTGTCTACA ATTACCTAACAGTACTCACCTCCAACCTCTTATTTTCCCAATTTTCACATTAGCCTTCTT TTGTTGACGTATTCATAATGTCATACTATTTTCTATTGGCGGAATGGTCTGGTGGACTTT TATACTTGTATCAGTTTGTATTTTAAATCCTTCTACTTACCTCTTTGTCATCTGGATCCC TAAACTAAATAAAACACAATATGTTAAACCCCTCTGACTAGTGACCATGCTTATGTGACA TTAAAATAGCTGACTTGGCGAGAGAGTGTGACAACACGCATTTAAGGCGAGTAAGCATTA TTTTTTAAAATTTTAAGTTTTAAATTATTAAAATTATATAATAAAAAAAGAAAAGAATCT ATCTTCTTCTCCACACAACTTTTCCAAAAAATAATCAAAAACTCCTTCTTCAACCAACTC AACTCATTGCCGCCACAATCCTTTCTCTCTTTTTATTCTTCTTCAGCTCAGTCCAACCTT TTTCCTATTCTTTTCAACCCTAGATTCTCCACCCACCCACCCCTGCCCCTATCCAATTTA TTTTCTTCTCTTTTTGATATATATATCATTAATATAATCATAATAAAAAACTTTTGTTAA AATAAATTTCATTCATCTTTTTAAAACTTAGTTTTTCAAGATCTATTGCTTGAATTTACT TATAAACATATATATTTTTCAATTTGAAGTTTTCTTGATAAATCTTTTTACCAAATCTAA ATAAATAAAACTGAAAACATATGTAAAAGCTAACTATAATCTCTTACATTTTTGTCAATA AAAAAAAATTTGAGTGTGAGGAAGACAAAAAATGGTGATTTTTATTTTTTGGATGAAGAG TAGAGGGTGGGGAGGAAGAAGATGAAGTGAGAATATGGAAAATGAGTATAGAGAGAAAAA TTTGCACCTTTTTTAAAAATATTATTTATTTTTAAATATTTAATTTCTGATGTGTCATTA AAAAATAATAGTAATACTGATGTGTCATTAAAAAATGACATGAAATTTCATGTGTAAATT GAGTGTAATACATGCACACACAAATGATAAGAAAGGGGTTTGAAATATCGTGTTTAAATG AATTTAAGGGTTCAATTGACAAAATCAGAAGTACAGTGGTTCAACTTACAAACGAAGCCA AGTCTACCAGATCATTCAGCCTTTTCTATTTGAAAAATGTATGTTGATCAAGTGGACAAT TATGCATTGCCCATAATTTCTAAAAAAAGCTTTGGGATTAAGTAACTCTTTTGATTTGTT AACACAGTGATAAGTGATACTTACTAAAAGTAGTTGGTTGCTGACTTAAAGCTGGAAATT TAGGTGAATAGTTGTCTTGCAAATAATGGGCATGGAATTGTTTTAGTAGCTTGTGGTTGA GCATGAATATTTTCTAAGAATTTATGTTTTAAAAGGGAGTATTATTTTGAGGATGAAAAA TTCCAACTTCCATGTAGTATATTCTAAAATTTCTTATAACTTAAAGTATTAAATTTAAAA AACAAATTTCTACTAAAATTATCATATTCTAACCAGAAGTACTTTTTTGATAAACACTTT TGAAAAATAAAAGAGCACCTACAACATAAAATTAATTAAAGAGTTTAGTCTTAAAAAAAA TAATCAGCTTTCAAGAATCAATATACGTTGATGATTGATGATTGAGATTCCTCTGTACTT AGTAAGTGATCTCAAATTTGAACCCCTGTCGAACTACCCTCAGAAGTAGACTTTACAATG CACTAATATTAATTTAATAGGTGGACACCGGATCTATGGTAATTTTCTTTCACTATCTAA CGAAGTACTTGGAAAAGATCAGTTGAAAGAACTACATGTAATTTGGTGTGTTTAGTTTTT GCAGAAATTTGCAAGAATATGATATACTTTGAGGACCGAGCATAAGTTATGTCGTGCTAT TCTCACCAATCATAAATTTTGAACATTACATATCTGACCATGAATTTCTTTTTTAATTTA TAAGAATATACACTGTGAAATAAACAGCATAGACAATGCAATTGAATACTGAAAACAGAG AATTTAAAAAATGATAAAATTCCCCGTTGTTATGAATCCTGTGGGTGGCATGTTGAATAT TTTAACTGATACGACGGCAAAGGGTAATGCCATCACCAACGGGAAGCTGGCAGATTTCAA TTCTGGGATCAGCAGCTAAGGCCTTGTTGAGTTCCAATACGAAATCCCTATAATACCTAA CGTATTTTCTAAGGGGTGCATCAGGTGGTGCCACTACTGATCCGTTCCATAAGGTGTTAT CGTAGCCAATTACTCCACCAACCTTAACCAAGTCAATTAATCTCTTGTGATAATTCAAAT AGTTGTCCTTGTCAGCATCCACAAATATGAAATCATATGATCCATGGTATTGGCCCTGTT GTAAAAAGAAAGATCAACATTAAACATTGTGCACAAGTTATCAATTTATTTATTTGTTGT TATACTTTATGTACTTACGTCTTCAATCATTTGGTCAAGAACAGGAAGTGCAGGGCCTTC TCTGAATTCAATTTTGTGCGCTAGACCAGCCTTTTCAATTACTGGAAGACCAATCTCATA GTTATCGCGGTTAATATCCATTGCTAGAATCTGAATCAGTTTAAGCAGATTAGTACAAAA TTTATAAGTTTATCATGGGTAAGAAATTGGTATAAGTTAATTACCTTGCCATCATCAGGA AGAGCCATAGCAGTTGCCAGCAGAGAGTAACCAGTAAAAACCCCAATTTCCATGGTGTTT TTGGCATTGATGAGTTTGAGAAGCATATTCAAAAATTGACCTTCATCAGCAGAGGTGGTC ATAAGGTTCCTGTTTTTTTTCCACAAAATGAAGATATCAGCATACAATAAGTATCGAATT GGATGAAGTAATTAGTGAGAAAATGAGTTATTACCAAGGGTGTTTTGCAGTAATCTCTCT TAGCTCTTTCATGGCTTCAGGCTCTCTCGGGTACACACTTGTTTCAAGAATGTACTGTTC AAACAATTTATTAAGATCAACACAGGTTTTGCATATTAATTTCTTGTATGACAATAGGAA TTAAAATGTGGGGTTTAATTTGGTTACCTGATATAGGGCATCGCTTTGCAAGAGACTCTT GTGTCCAACTTCTTGGTGTCTACCATTTTCTCCATTGCTTGCCATTGCTTGTTGGTATTG AAGAGCTATATTTTGTTTCTGATGTAGATTAGTCTTAGGTAAGCAACCTGCTTTTGTAGA GACGAAAAATGGCTTAATTTATAGTAGTAGAAAACAAGAGAGACATATTGTGTAACTAGT TGGGGGGGTTGTTTGGGTGACAATAATTGGAAGTTGGTGAATATTTGGCTGTTTCTTGGA GGAATATAACCAAACGACCAACTCCCTTCTTTGACTTAAAATTCATTACCTAACAATACT CACCACCAGCCTCACTCTTTCCTAATTCCAGATTAGGTTCTTTTCTTTGACAATTTAAGT TGAAAAGTATTCTCTATTTATGTCAAGTGGACACCGCACTGCTTATATTTTCTAAAGAAA TTCTACGATTACTACTTACTCTAAATGATAATCAATAAAGGTAGGTGGTTGCTAACTTAA AACTAACAAATAATCAGGATGAATATTTGGTGAAAAAAACATATATTAATGAACGATTAT TTTTATTGAGTTTAAGTATCATATATGGTGGTCATGTATGGATGGAAGACTTCTACTTTT ACGGATAAATAAGATTTTGGACGAAAGCGGAGTGAAATTGTATGGCTAGTAGGATATCTT ACTTTAGATGACAATATATTTATTTATATTGAGGTTTATTATTAATTTTAGTATAAATTT AAGGAATCCCATAGTGTAATTCAATAATTACATTCTGTCCCGACAAGTTTAGTAATTACA AAAAATCCCTTAAATGTGTTGAGCCGTGATACTTTAGATTGTAGTGATACATGGTAAATG ATACATGGTAATTTAAAACTGTTGAGAAAAAATAGGGGGGGAAAACGGTAAAGTCATGTT GTTAGTAAAACAGCTTAATTTGTGGTAACAGATCATTAATCAGCATTAAATCAGCAATTA ATTGGATATTAATTTCAAATTTTTATCATGCCCCTTCTCAATTCTCATCTTATGTTTGTT TGTTCGAACAAACTATCAATTTATTTGACACCTTTTTTTTAGTTGAATTACTGAAATTTT ATCCATTTTATAGTCGCACAAGATATATATAATATCATTCAATTACTACTTTGGTGCAGT CGGAGGATGATGGACAAGGTGGGAGAAGGAAGAAGAAAGGGCTGAAAGAGAAGATAAAGG AGAAATTCACAGGTGGAAAGCACAAGAATGAGGAACCACATCACCAAGCACATGGTGTTG GAACTCGAACCACAACAACTACTACAACTACTACAGAGCATGAGAAGAAGAGTATGATGG AGAAGATCAAGGAGAAGTTACCCGGCCATCATAATCATCACTAGATAAAACGCTGGGGAA TAAGAAGAATATTGTTGTATTCATCATGTCGTATCTCTTTCTATTTTATATAGTGCTAGT TGCTTGTGTTCAGTTCAGTATATGCTATCGTAGTGTAATTGTTGTTATTATATACATGAA TGTACGTTTGTTTCAGTTCCAGCTGTTATTTGCTTGTATTAAGCCTTTTTACATATAATA TGAAGGCATAACATGATTGAAAAAAGTAAAAATTTAAGGAATTCAATAAGTGAATTAACT AAAACATTATAACATGTAATACATATCTAATACATGTATCAGAAACATTGACTAAACAAT ATACACACTGATTCTATATGTATCATCAAGTACAGTGGATGACGCATTTATTAAACTTAG TGAATGATACATTATAACAATTTTCAAAACATGTATCAGTACATCAACTAGACAACTAAT ACCTTACTGATACATGATATTAGTTTTCAGAAATTCATACTACATGCAAAACATGTGATA CATATCTACTACATATATCAGTGTTTTGACTAAACATTGTACACACAGATTCTATATGTA TCATCAAGCACAGTTGATGACGCATTTACTAAACTTATTGAATGATACATTATAACAAAA AAGAGAAGAAAAGACGAACTGATGATGAATTAATAATAAAAAGATGTTGGGTTAATACGA TTACAGATTAAGAAGAAAAAGACGATGATGGATTAAGAATAAAAAGAAGAAACCAATAAA ATATGCCAGAGTCTTTGTTTGAATCCTTCTAAAGATTCATAGGATCATGCAAAGATTTTT TTCTATTTTCTGCCCCATTCTCATCAACAATTCCCGTCCTCTCCATTCCCAGCTGTCGGA GCTTCGGAACAGTCGCCGCCGTCGACGGCGGCTGAGATGGATTGTCACCGGCAGTGGGTG TGGAAGTGAAAGACATATGAAATTCTAGAGAAGGGGTTGTAGGGTTAGTGATATCTGATG AAAAACTTCTGAGAATGATTAAAAGGGAAAGGCATAAAAAGAAAAATCGATGATTTTGAC GAAAGCTGGAGACTTTGTACTAATCGATGATGGAGTAAGAAGAACAATAAGAACGGGAGA GAAATTGTGCAGTTTTTTGAAATTTCAAATTTTTTGAATTTTGAAATTCAAAATTTAAAA ATTGAGTGTTTTAATTAAAATTAATTAAAATTAATAATTAAAAATTCAAAAATCTGATTT AGAAGATTGAGTGTTTTAGTGGAGAAAAAATAGGCATTATATTGGGGGATTGTGTATTAT AGGAGAGAGAATGTTATGTATCTATACACTTCTACTAAAATTTTAAAAAAAGGGAATTAT GTAATATTTAAAAAAAGAAGGGAAAATTAGAGAATATAAAACTTATTGTTGTGTATTTAA GTTATTTTTCCTTAATTTTATCCCTCCCTAACAATTACGACCTTTTTCTACTCTGTTAGT GTCTTGAACCTACAACTGGAGGTGAAAAGCGTCTGTAATTTCAGCGACTCCCTCTTGTCG AAGTTGAAAAAATTAATTGTACATGTAATAACAAATTTCTATGAGTCATCTTATATCACA ATATTGGTCAATTTGATTTTCACAGTGATACAAATTAATAAATATATATTTGAGATAAGG AGGGTTAGTCAAATGTATTAAAATTGGACCAGTTTGGCCATAGAAATATTTATTTATTCT TGAAAATTTTCACTTTATTTTAAAAATAATTTTCACGTGAAAATTTCAAATTCAACTTTA ATTTCCGTTCCAATTAAAAAACAGTTTATGACTTGTTTTTTAGCTAATCTTTTATTTTTA AAGTTGTACATTCAAGCATGAACGTTATTTTATATATTTATTTGCAAAGAGTTGGTGAAA TGATAACTACAACTCCGTAATTTTAATTAAAGTGAAAAATATTTAAAATTTATGCCAAAC TCCTGCTTATGATCATGAATGTGTTGTGCTGCGCAAACGACAAAATATTGCTCGATTTGA TTTATGTAGCGATGTTCGATTATGCCTGAATCTTTTTATTTTAACAAAAAAAAAGAACTT TTGACGCAAATCAAAATTTAAACGTAAAACTAATAATTTTCTGTCTTAAATATACGCTTA GATTTCTGTAGCTATAAAAACCTGTAACTGAGGATACAAAAAGTTTGAAATCAAAGGTTT ACATAAATTAACGAGAGCTCGTTTGGTCATATATTTCTCAAATAATATTTGGAGAAAAAT TTAGTAAATAGTGTTTGTCCATACACTTTATTAGGTAAATATTTTTAACAAATAATTCAA ATTTTCAAATACTAATTTTTTCTAGTATTTGAATCAAATCTCATTATTTAGTATCTTTGA AAAATTGAAATTTTACCCCAATTTTTTTTCTTTTTACAAAAGCACCATCTATAGTTGTTC TTTACGTTGTATAACATAATTTTTTGCATTAATTTCAAAGCACTGATGAAATATATATGG TGAATGTTAAATGATGATATGTTTATTAATAAAAATGATGAACAATCGACTCAAGACAAT AAAGTAATGTGTTTTGTCTACTTCACGATGTATAAAATGATGCTTGTTGCACTCACTTCA AATTACCACATTGCTCTAGCGTCATGGAAACTATTTGTTATTATTATAACAAAGATCCAA TTGACTTGTAATACAAACTTACGGTTAGTTTTGATATTTTTAAAACTTATGGATATAAAT CATATTTTCTAAAAAAGTAAAATATATTTCTCAAATACTATGACCAAACACATGATGAAA TTTCATTCAAATTTTTATCCAAATAATATTTGTCAAAAGTATCTGAAAATCCATGATCAA ACGCTAGCAAAGAGAGAGTAGTTAGAATAATTAGGTTCACACTATCTAACAATGTAAAAT ACAAGTAGTTAAAAAAACTGTACTTGGAATTCAAAGATGAACAGAAAATAAGCATGACAT TGCCCCATTGACATATGACGTTTGTGTACATTTGATCATTCAACTTGAATTTCTTTCTTT TTTTATTCATCAAATACATTGTGAAATAAGCATTTGGTAACATAGACAATGCAATCTTTT GCCATAATACGAACTAAAATGATAAAATTAAACGAATGAGTAAAACAGGGGATTTCAAAA ATGATAAATCCTCTATCGTCATGACTCATGAGTTGTTGATTGCCACCAATAGTACTATAC GAATATTTTAACTGATGCGACGGCAAAGAGTGATGCCATCACCAACAGGAAGCTGGCAAA TTTCGATTCTGGGATCAGCAGCCAACGCCTTGTTAAGTTCCAATACGAAATCCCTGTAAT ACCTAACATATTTCCTGAGGGGTGCATCAGGTGGTGCAACTACTGATCCATTCCATAGGG TGTTGTCATAGCCAATTAATCCACCAATCTTGACCAAGTCGATTAATCTCTTGTGATAGT TCAAGTAATTGTCCTTGTCAGCATCCACAAATATGAAATCATATGATCCATGGTATTGGC CCTGTTATAAAGAAAATTATTCGAAACACATTAACCATCATAGACAAGTTATCAGTTTAT TTATTTGTTGTTATACTTTATGTACTTACGTCTTCAATCATTTGGTCAAGAACAGGTAGT GCAGGGCCTTCTCTGAATTCAATTTTGTGCGCTAGACCAGCCTTTTCAATTACTGGAAGT CCAATCTCATAGTTATCGCGGTTGATATCCATGGCTAGAATCTGAATCAATTGTAGCAAA TTAGTAGGATTTATAATGAAGTTGCAATTATCATTTGTTAGTAAAAAAGTTAATTACCTT GCCATCATCAGGAAGAGCCATGGCAGTAGCAAGCAGAGAGTAACCAGTAAAAACCCCAAT TTCCATTGTGTTTTTGGCATTGATGAGTTTGAGAAGCATATTCAAGAACTGCCCTTCGTC AGCAGAAGTGGTCATAAGGTTCCTGTTTTTTCCACCAAATGAAAATTTTTATACTTAGTT CCAGCTACCAATCCAATTGGATGAGGTAATTAGTGAGAAAATGAGTTATTTACCAAGGGT GTTTTGCAGTAATCTCTCTTAGCTCTTTCATGGCTTCAGGCTCTCTTGGGTACACACTGG TTTCAAGAATATACTGTTCAAACAATTTATTAAGATCAACACGACGTTCATAAAAAAAAC TTGTACACTTGTATATGGCCTTTAAATTTACCTGATAAAGGGCATCACTTTGCAATAGAC TCTTGTGTCCAACTTCTTGATGTCTTCCATTTTCTCCGTTGGTTGCCATTGCTTTTTTGA CTCTGAAACAGATAATAGTAAGCAACCAACCTGCTTTTGTTAGAGATGAAAAGTAGCTGA ATTTATAGGAAAACAAGAGAGTGGTTGGGTGAAAAAGACATGAAGTTGGTGAAGTCTCCT CCTGGCTTATACATACAATTGGAGGGACAATATCATCACTTGAATAAACTTTCATTATCC ATTACCTACCAATACCCACTACACAACTCTCACTTTCCCATATTTTTGAAATTTCAGTAT GGCCTTTCTTTGACAAACTTAGCAACACAAGTATTCAATCATATCAAGTGGACAACGCAC AACTGATAAAAGCTTTAGGATTAGAATGACTCTGAAATAACAATACAACAATAATGCAGT GTAACTCCATCTTGACTTAATTGCAATAAATCAAAACAAACTATTGAAAATAATAATTAT AATAAAAAAAAAGTGTATGACTACTTAGTGAGGAAAGCAATAGAGAGTAATCAAAAGAAG AAATTAAAAAACAACATTAAATACACAAAGATTAGTAACACATCAAAATGCAATAAACTA CAATATTTTCAAATATATGTTTGATTATAAATAAATTTTCAAAAGAAGAAAAAAATCAAT TTATCAAAACTAGTCTAAGAGAAATTTCACTATACTAAAATCCTAGAAAATTGTTGAAAG GAATAATCACAAAAGAAAAAAAAAATGTGTTAGTAACTTTTGACTAAAATATTTAGGTTA CCAATTGAAAATTGACGTGATTTTGTCTAGAGATGCTAATAATTAAGTAGTACAAAAACA GAAAAAGGAAAGGTTCGCCTGATATGAATATGAATATGTGTATGGTATATACGAAATAAA ATAAAATTCGGAGATATTTATTTCAAAAAATTATATTTTATGGTTGAGAAAAAATTAAAT ATTTTAAAATATCGTCTTTTTATTTATGAAAAAGAAAATATTTATGTCGGAAATTATTTT TTTTCGAAACTCTCTCATCTTTCTAACTTCATATTGTTACTCCAACAAATACTTATATTA TCATCAATCTTTAATACTCTATCTAGTTTATATTAAGTAGATTATTGATATTTTTCTTAT TATTTAAAATAAGTGAATTATTTAAAATTTAAAATTTAAAAAATTGTTAAGAGTTCTTTT TTCATGTTTACACTTCATTTATTGATACTCTTTCAAAGCGTTCCAATTTACTAACATTAT TTTCATTTTAATAGATGAATTTTTGAAAAATATTCTTCAGAGAAACAGTTTTTAAAAAAT GACTTACCACATATGCTAAAAAGTTTGGTGAGTGGACCAAGGCTGCCATTCTTGACCAAG TGAGCGACCGAGTTTTTATAGAATAATTTTTTTATTTATTTAAAAGATATTGTTTAATCA TAAAAAAATTTAATTCTAATTTCAAAAGCATGAAAAATAGCTTATAACATATTTTTACAT TTTGAAATTATATTTAAATACTTTCAAGTGCAAATACTATTTCAAACATTGTTTTCAAAA TATAATCAAACACAAATACACTACTCCTTGAACTACTTCAATTCCATAAGTTCCAAATAA ATTTAAAAAGAAAAAAGGTTCATTTATGTCATCAGTTAAAAATTTATATCATTATTATTA AAAATTTATATCATTATTATTAAAAAAAAAGTTTATTCATGCCATTATTTTTTAATGATA GTTTTGCAAAATTATTTTTGACACGTGGTCAATTATAATTCGGTCACGTCATCAATTTTT TTAATAAAAAATTTATAATTCTGGAATAAAAATTGAATGAATTTTTTTTATTAAATTAAT TGATGACGTGGAGGAATTATAATTGGCCGCATCATCGATTTTTTAATTAAAAAAATCAAA ATTCTGAATAAAAAGTGAATTATTATTTTTTGTTTTTTTTAATTTAAAAAAATTGATGAC GTGACTGAATTATAATTGGTCACGTGTCAAAAATGATTTTGCAAAACCATCCATAAAAAA TAATAATATTAATGAGTCTTTTCTTTAACGATAATGACATAAATAAATCAAACTTTTAAT TGATAACATAAATAAATATTTTGTGAAAGTTTAATGGCATATTTAAGCCTTTTTTCTTTA AAAAATATTTGAAACCTATGACCAAACAACAACAAAAAATTAAAATGTTTGGAATCTAGG ACCAAAACACCTACTCCATAATTAAGTGGATAGAGTCATCTTTAAGTCCATTTTTTAATG TGTTTATTTAATTTTGTCTCAAACACAAAATTTAATCAAATAAAAAGCTTCAGATTTTAT ATAGTCTTAATTAAAAATACGAAAAAAATATATTAAATTATATTTTTAATTTTATAATTT TAAATATGACACATAAAAAATTATAATTAAAGAATGGTATAAAAAGAAGGAGAAATATTC ATATTTAAACGAAACTGTAAAAGAAAATAAGACAAATAAATTAAAGTAAAAGTAATGTTC ATTCAAGTTTTCGTAGTTGGTAAGCCCTTTGGCTTTGTTCCCCTTTTCACAGGGTGGGTT GTTGGTGAGTTGAAAGTGTCCTATAACCTTTTTTTTAATGAGTCCAAAATATTATTGAAA AAAATATAGTTTCAATGAATCGATCTTTTTCAAAAGTCTATTCCATTCAACATTTTATAT CTTTTAAAATATCGATGTGGATGATTATAAATGTTTCTCATGTCTCATGGGCCATGGCTT TCAAATTTCATTGCAGTTTATCTCAAAATTATGTCTAATTGTAAAAGGTGGAATATATCG ACGTTAATTTATTAAATTTTATTTGAATATTCAAATTATGATTTATTTTAAGTTAATTAT CTAAATAAATAACAAGATGTTTCTATTAGAATGCACGATTTCGATTTGACTTATTATATT TTAGAAAACTTCTACATGTCTAATTTATCAAGTGTCATTAGATACGGCAATCACATAATC AAAATAAATTACCTCATTTAGTTATATACACTGATTAATTTTAATAAGCCGTAAAATATT GCCCTTTTTTCCAATTGAAGTTGATGAATTGGTAGCTTATTTTGTTTCGTTTTCATTGAG TATTTGGTTGGTCTCAGAATTTAATAATGGAAAAAAGCAACATGTTATGTTAATTACAAG AACAACACGTCATCGAGCAAAATGAAATCTCAAGAAAAATAATATTTTTTCTACATAAAA GTAAACAGACTATTGGATTGACCAAAACGTGTGCAATAAATTAAAATGAAACTAACGGAA TAGTTGAAGAAATTGACGAGTAATTTATTTTTATATTCTTAAAAAATGGGAATCAATTAT TTAGGCCTTGAGAACTTCAAACAGAAAAATTTGTTGCCTGATTTTTTTATATTATAAGGC ATGATAAGCTGGGGAAATTCATGCCTTTTTTTCCCTCTTACCAAACATCATGATTGTTTT TTAATTACGGATTAATCAAAATAAGCAATTGTTTTCGAAGAATTCAAAATTCATTTTAAC AGTATTTCGATCACAATAGGTAACAATTCAAATATACAGATAAGAATCACAACGAAGAAC GATGTTAGCTAGTAAATATATAGCGGCAACACTAAAGTATTTTCACTTAAAAGGAATTTT TAGTTGGGTGGGTTGCAATTTAACACTTTGACCCGAACGGATGTTAAACAAGTTAGACCC GTCTATTTACGTAAATTTGACTTAATTCGTCCATTTGACATGTCTATCCATGATATTTTA TACTCTTTTCGTTAAAAAATATTAGTTATGTTGTGCTTATCAAAAGTTAATTTAACTAAT TTTTAAAGGTAAATTAGATCACATTAATTCGATATTTTAAATAAAAAAAATTAAATATTC TAAAACTATATGAAAAGTACTATAAATTACAATTTTTTGCATATTAATATGATGAAAAAA TGAATCTTAAGATATTAGTCAAAAATTTTAAAGTTTGACTCTAAAAATAGAAATCATGAC AAACAATACTGAACGGAGAAAATATATAATTATAAATCATAATAATGAAAAAGTTACTTT ATTGGATACTAGAAAGTATTATTCCCTCTATTTAAAAAAGAATGACTTAATTTGATTTGA AATGGAGTTTAAGAAAAAAAAATTAATCTTTTGTTCTAAATTAAAGTTACGTCAAATTTA CCAAAATACGCTTTAATCTTGTCACGTGAAAAATTAAAGTGATAGTGTTGCCAAAGAAAA TCTGTCATTCTTTTTTAAACAAACTAAAAAAAAATATGATCATTCTTTTTTAAACGGAGA AAAGTATTAAAAAACAACTAAAGCAATTAAAACTTGATAAGAATTGGACGAATAGGTTAT GAGTTATGACTCAACTTTTATCTCATATCAATCAAACTCGCTAATTAACTCAATTTATTT TAATACGATTACATTCTGTTCAACCCATTTATATCTCTATTAAAAAACTTTATATAAGTT ATACCATATAGCGATCTCCTACAAAAATTGAAACTATCACACCATTTTCAAACACTTCCT CACTCGTCATCTCAACTCAATTTTTCAATCGTAATTTTACGGTTGTATAATAAGTACGTA GTATCCTTTTGAGCTTCATTTTTCCAATAATCTCTGGATATATTTATGGATGATGAGTCC TTTTTTCTTTAGACTCTACTTTAAACAAAGTGATCCATCGATTAGTTAGGACAGTGACAG GACCACATAGCTAATCATTTCATGTTCAAAAGTTAAATTGAATTAGAATAAATTTATGGA GTTAAAGTAAAAAATAAAATTATGATTATTGAAACAATGTCCATATTCAAATATTTATTT ACTTTAAAAGTGAAATATAATTTCAAAATCGAGTTTGAAACTATCATCAGTAAGCATTAA TTTTCACATAAAATAAAATTAAAAAAAATTAAAAAGGGATCAAATAATTTTTATGATATT CTTGTGTACTTTTCTTAAATATCATATGATCTCCCACTTTCGCCGGAACCAAAAGATAGT TAGAGTCAATGTCTGCAAGAAGAGTTGAGATCATTATTGACTTTTGTAAATACTTGTGGT CCCTTTGGCACGCATCTCTATTTACGTTTACCATTTGACAACTCAACCACGATAATATAC TCTATTAAGATTTATTATGCATTTTTACGTCTATCGAAAAGACTAAAAATCTTTAAATTA TGAGAAATAATTTAAATATCTTTTTAAATGAAATTTTGGTTTAAAAATATTCTTTTGTTA AAGTAGTAAATCACTTTTGTCCTTATTTTTAACAGAGGTGTGTTAAGTACCACATGGATA CTACGTCGATGCAACATAAGCACCAAAAAACCTAGTCTCCACACAGACTCATAAAATCTT AATTACTAATTTTCCCCTCATTTCCCTAATAGATACAATATTCACCCATTTTTATTAATC TAAAAAATTCTCCTTTCTTTTTCTTATACGATTTTTCCTCTCTCTTGTACAATTTCCTCT GATACAAATTCCTCTGAGGGCTCACAAATTTCCTCTCATGGACGCCATTGGATATGACCA GGCTAGTTCTAATATCAACTTTGCCTAAGCCGAAGCTTAATTGATATGCCATTTTATATA AGCCCTATTTCACCTTTCACATATGCCATTTTATATAAGAAGCTTAATTGATATGCCATT TTATACAAGCCATATTTCACCTTTCACATTTGCCATTTTATATAAGAATAGAAACATTTT CTTCGTTATATAATTCAAGGGTATTTATAATAAATCTTTTAAATAAATAAAATGATATAA AATTAAGTATATAAAATAAATATACTGCAAAAAACTCTACTGAAATCAAATAATGGAGAA GAATATAAGTAGTTAACTGATATGATCATCCAAATCAATTGCATATTAGACAACACAACT GCATAGTACTTTCTTAGATATTGTTTTCTTGAAAAAACAAATAAATTCCTTATTTTCTAA TATGTGATAATAAGAACATTATGCTACTCAGAGAAGTACTATAGAGTGAAATGCAATGAA GAAGGGAGATTGGAAGGAGAAGGACACAATAACTTTGGAATATTATTTCTTCAATTTTCT TGTTCTAGTAAATATTTCAAATATTTTGACTAATTAGTATTTTCAGCTCTACCAGACACA TCTTTTAGTTTTTATCACAAAACATTAGGATATGTTCGATATTATCTTGATAGTATATTA GTTGATTATTTTTTACGTATACTCAAAAATCATAAATAAAAAAATTATTTTTAATAAAAA TTATAAATAAATGTTAACACTTTAAAAATGAACAAAAATAATACAAGAAAAATTATAATA TGAAACATTATTTTTATAGCTCGTTTGGTCATGCGATATGGTATCATAATATGAAATTAT GAGATGAAACTAAAGTTTTGTTTGGACATGTGATATGAAATTTTGGTGTTGTATATTTTC TCATAAACATAGGAATTTCATAAGTTGTATAACTATTAAAATAACTCCAATTGATTATTC AATCTTATCACATGAACAAATAATTACAAAATCACATAAAAATATTGTATTGCTATTTGG TTTCCACTTAAGTAATTGTTCTATCTAACTTTAATTTATCAAACTTAATTCAATAAAAAA AATTGAAGATAAATTGCAGCATGCTAGTGTTAAAGTATTACTCAACAATCAGTTGATGTG AGTTAAAAGGACTACATATTGGTGAAAATAATAAATACTATATCAATTAGAATAATAAAT TTTAAAAAGTAATTATGTCACTATAAAATTTATTTACATATAAAATAAATGGTTAACAGA TATAAATATGGGGTGTGTTTTAACAAAATATAAACTTGTGAATACATTTTCGTATTAAAA AAAATCTCAAATCATAATATGAAATTTCTATATCATGGTTTTTGAGGAATATGGAATCAA CATCTAATGAGACGAAATCAGCATAAAATTACACATTCAAACACTAATATATTATATTCC CTCTATTTCAATTTATGTAATACTTTTCGTTTTTTGAGAATCAAACAATTTAAGTTTGAT CGAGAATTTGCACATGAAATCTTCAATTTTTTTGGATGAAATATATATATTTATACACTA TGTAAAAAATATTATAAATTACAATAATTAAGAATTTAAAATATTTAAAAAATATAACAA ATTTAGTATCAAAATTTTACTCAATTAAATCATAAAATCCAAAAAAAATACATCATACAT GGCCAAATATTTACTTAGTGCGAAGAGAAAGATAGTCAGTCCTCTTGGGCGGCCGAGAGT GTTATGTAAAAAGGACCAAGTTGATGATCAATTAATATGAAACGAGGGAGGGCGGAATAT AGATAGCCTCGGGAAATCACGAAAGGCTATTTGCTTGGCGTGTGCGGAAATCAGATGTGT GACGGTTGATGATGCCTACTTTTCATACTTGCAGTGGTCCTGCATGTACAATAGATATCT ACTTTTGGATACGTGATCTTCTTGTCCAATTGTGTGTAGCCACGTGTTCTATTTTGCAAG AAAAGACATTGTTGGTATATATGTGAGGAGACAGCTACTACTATTTACGAATCTTGGGTT CTAAACTGGAAAATACAAAAGCTTTTGTCATAGGACTAGTATTAATAATTATTTTCTTTG TCACGATATTTATTAGATTAAAATAATTTTATCTTATCTTTAAAAAATTTAACTTTTAAT ATTATGACTTATATTTTTTTATGTAATTTATAAATATATAAATTTTATTTTTAAAAAAAA TTAAAAAAATTTATATATAAATTTTCATTCAAATTTAAGTTGTTTGATTCTCGAAAAAAA GGAAAAATGTCACAACAATTGAGATAAATAGAGTACTCCATCTGTTCCAATTCATATAAT ACCTTTTCTGTTTTGAGAGTCAAACAACTTAACTTTGATAGAAAATTTGTGTATGAAATT TTTGATTTTTTAAAAAAATGAAATTTATGTATTTGTAAATTACGTAGAAAGTACTACGAA TCACCGGAATTGATTACTCAAAATGTTTATAAAATATTTGGAAAATTTACGGTAAAAAAT AAACTTGTTTAACTCTTGAAATTCGAAAGGAGACATATAAAATGGGACGGAGGTAGTAAC ATAAGTTACAAAAATTAAAAATTTAATGTGCAAATTTTCGATCAAATCGAAATTGTTTCT CTTCAAAAAAATGAAAAGTTTCATATAAATTGAGACAGAGAGAGTAACATCAATATCAAC AAGTATAGAGAATATATATATAGAGAGAGAGAGAGAGAAATCTTTTGGCTAGAAAATTTG ATTATTTGGTCAAATTAGTAAAATAACATATTTTTTACTATGATATTTTTATCTTTTTGA ATATTTTCATTCTTTTTAACTCTAATACCATAAATTTAAAAATAAAAAAGTATCAGATTA TTTTACAGTAAATAACAACATTTTACACTTTTGAAATTTCTAGTCAAATTCTGGTTATAT AGCATTATCTATCTATTTATCTATATATATATATATATATATACAAAAATATGCAAATAC GTTAATGATTAAAACTATTTACTCACATGCTAAAAATAATTTATGATAAAAATATATTAT GTACATATAATTTTTGGACAAATGATATTCATTTGACCATTTGGAGTAACATAGTTGTAT CAATAAAGTTTTCAAAAGATTAAAAAATGAAGAGAAAGTACTACACTTAGGTATTTGATT AGCTAACTCTGTTTTGGAAAGCGACTAGTCATTATAATTGAGGAATCAAATGATTTTCTG CTGCTATTTTTCACATTACATTGAATTGGTAAGTAAGAAAATGCAGGACATCGTGTTTTC TTTATCAAATTAACTCCCTACACACATAGCCTGCGACTATAAAGCCTATCAATCAATTGA AACAAGGGAATGGAGTTGTTTGGCCTTGCTGAAAACTATGGTTATTAATCTGTCTTAGGA GTACGATTGTACTTTTCTTCCTTAATCAGAAGTTTTAAATATATTTTTTTTAATAGGAAG CATTATCTTGAATAAGGCTTTATTCTAACGAGATTGTTGTCTATAAATTTTCTAAATGTT GCCCAACTTATTGATTTTATTATAAAACTCATTAGTTTTAAAAAGTGATGTGTCAAAACA AAATGTCAATGAACATTCAATCTTTTCCTCTGAACTTCAAAAGGAGTTCTACTTTTTTCT TTATTGAATATTACATTTCTTATGTCCCAATTTTAAAATTTATCATAGTTGCTTCAATAA TTGATAAACTTTACGATAGATCTAAAGATTAATGTTATATTAAATTTTTTAAAAAAAATA TATCTAAAACCTTATACATACACTCTGGTCTTATCGTGCCACTTTTTATCTATGGAGAGT CAACTTAAATAACTTTAAAATTAAATTAGACTAAATAACTTTGGTATATTCTAAAATCAT AAGTTGGTACAGTAGTTATTTCGGACCAGAAGTGGGGTAAGCAGCAATCGTGTTTTCAAA AATACTTTAGAAAACATAAAGAAAAGTAAAAAGGAGAGCACAAATGGATACTGAAATGGA ACAGTGTTCGATTAAAGTGTAACGTATATACTCTCTCTGGAACTGAGCTAGTTGAAGAGC ATGCCTACAATTGTGCTTCACGTGTGCCAGAAAGTTGGCTTCACCTGACACTATCACTAT ATAAAACCACTCCATCAAATTGAACTTAATTTAATTCGATAAAAATATTTTTGAATTTTA TGATTTTAATTAAAAATTTGTGAAAGACCTATGGATTTTAAATTGATACAACGGAAGTAA CAATTGTACTATTAACCCTGTCGATTTCTTTGATTTGGTTTTAGCAGTTTACCAACTTCC CTAATTCATCAGTTCTCAGAACCAAAAGTAGACCAGTCAAAGTCTAATCAACTTGCTAGT TTACCCCTACTCTGTTAATTCAATTGGTTTATTCACTTTAATGCGAATCCGCCCACTCTG CTCTATATGGTATGGTTGGCTAATAAATACACACTCGTTCGGAGCATATACCCAAAAAAT GTCACCTACTCCTACATGTAAAACAGTGTGAACGTAGACAAAATTAACTTGATCTGCTCA ACACTGAACTTGATTTTGCTGGACTATAATGGCCAACAACAATGTTTATTATCACAATGC TAATTTTTCTTTGACTGATCCTGATCCTGAACCAGATGATATTTCTGTGTTTCTTCGTCA TATTCTACTTCCTTCTTCGTCTTCGTCTTCATCTTCATCTAATTTTATGGCCCTGAAGAG TAATGAAATGCAATATTCCTCATCATTACCTCATCTTATGCCTAATAATAATCAACAGGG TAATTTGTCATCCATGATGAATTCATCAGCTTGCGGCATTTTCTCGTCTTCCTATGGGGT TTGTAATGGTGCAACTACTGTTTCTTCCTCATCTGTTGGGACCATAGATTACGATCCGGA TGAGTATGAATGTGAAAGTGAGGTATTTCTACATTTTCTACTTAATTCGTTTTGATTAAT TAGTGTATTTAAGTTTTTATTTCCGAATTTGACTTTTTTACTTAATCCTGGTATATATAT ATATATATATTTTGTGATGATTTTTTTAATATGTAGGATGGTACAGAGGATTTGGGGGCG GAAGCTTCAGTTCAACCGCCATCTCGTAACACTTCCAAGAGAAGCAGAGCAGCTGAAGTG CACAATTTGTCTGAAAAGGTTTGTTTATTTTTTTGTTAATTAAGTTCATTATTGTCTGAA TCGATGATTCCACGGGTTTAAATCTTGAATATGATTTACAGAGGAGAAGAAGCAGGATTA ATGAGAAGATGAAAGCATTGCAAAAACTTATTCCAAATTCAAATAAGGTGAGGAGTTGCA TGTCTAGCAATTTTGAATCGAGTCTTGAAATAAGTAAATAACATAAACTTTTAGCAATAT AAAGCTTAAAAGATTTTTGATTTTATTATTTTCTGATGGATTTCTGGACAGACTGACAAG GCTTCAATGCTTGATGAAGCCATTGAGTATCTTAAGCAGCTTCAGCTCCAAGTACAGGTT TGCTGCTTCTGTTTAAATTTGCTGCATGTAATTTGTTTGGTATGATGGGGAGATAAAGAT ATTTTTTTAGAGGATAATATAATGTAATATTGTGTTGATTGGCCCAACTTTAGTGAAATT TAAAGTTCAGATAGTTGCAAAGAACATGTAGTGTTATTTGACTCAATTCAGTATATTTCC TAGATTGGTTCTAGCTGGTTATCTGTTCATTTAACACTAGTTGATTCGATCAAGTTATAT GATTTATAGCATAAGAATGTACTTTGATCTGTAGATGTTGACAATGAGAAACGGGTTAAA CATGTATCCTCTTGGCCTGCCACGAATGCTACAACAAAATCAACTCTCCCATCAAAAAGT AGGTTTGTGCGAGGGGAATGCATTCACAAATGCCAAAGTGGCTGGGAATCTACAAGTTAA CCAAGACGCCTCGTTAAATGCTATTTTCAACCCAACTGAAAATTGTACAGAAACTAAGGT AACACCACCGATAACTATGTCAAATATAAACCGGTCAGACAGTGCGTTTGAGCTTGAGTC ATCGATGAATATTCACCTTGATCCCTTTCAGCTCTCAAGATCTACCAGCAAGGTATGTTG GATACAAAACCTATTGGAATGCCATTTTTTATGAGGATGCAGAATTGCAGATTAAGGAAT CAATTTATTTAACCATTTGACATTCACATTCTGTTTTGCGAAGGAAATTTGGAGGGAGGA TGACTTACCTTTATATGGTATGAATGAGCTAACGACCAAAACTGCATCAACTGGTAGATT ATTTGCTTGATATCCTTGCCTAGTTGACAACTTTTGCCTTGTATCCAGGTCTCTTTACCA TTTTATATTTCATTGTATTATAGGATCAAATCTGGCATTCTCAGTTCCCCTAGATACGGA TGCATCTAACCTGAAGAGAAGCACTCGGGAGGCCTGCTTGCTTCGATATCAGTTTGGTGC TGTGAATGAAACCAATCTGGATTGTGACCAACTTCTTTCCCAACAACTGTATAGGTAAGT GAACTCACATTATACCCGTGCTCTTACATAGCAATGATTTTTTTTAGTCCTTGTTCTATT GTTAGTCACTTTGGAAGTACTTATGTTGACATTATCTTAAGGTGAATGCAGCAACTTCTG AATTTTGGCCTGCATCGCCTTGCTGGATTTTGTTGAAGTAATGAGACATGCATTTTGCTG CTTAGGACGTTTAATGTTGTTAACTTTTGGGCTCACTAGCCACTGTAATGAATGAATGGA ATATAAATGAAAAGATTGGACTAGTTTCTATCTTGTTATGAAATACGAAAATTACTACTA GGCATAGGATATGTTTCGTGATTACTATTATCTCATATGTGTCCAACTAATCTGAAGATG GTATGGTTGCTAGCAGAGACACTAAAGATTAGCATTATATGGATTCTAACAGGTACCTTA AATTAATTGGATCATTGCTATGATAATTTACTTCACAGTTGCTAACGTTTCTTTCATTCA ATAATTTCATTTATGCCATGTAGGAGAAATGTTTACCTGATAAAACCATTATTCAAGCTA TCTTGTTCAATTGTTTGAAAATTTTTCACTCGATGAATATGCGGATGTATTCACCTTAAA TAATTTCACGTTGTTTGTCTTTTTTAATTGGCGTGTAAATAATGAACACTGAAACCTAAG TAAATGCCAAACATCGCCAGATTATCTAGATAACCTTTGGCCATAAATTGCGGATATTTT CAAGTTTTGTTTGATACTCACTCAAAACTTCAGAAAAATTCCAAGTACGTGTTAATTAAA AAAAGTTGAAGAACCAAAATTCTATTCTTATTCCGTAAAGAATGGACTGCGATTGGAAGA AAACTGTTGTCGATTGACTTGAAAGAGGAAGAAAAATTCTAGTCTAATCACTTAGTTTGA ATCACAAAGAATAGGAAATATACTTTGAACGTGCCAATTGGGAAGGTCTCGAGACAATTT ATACTTAATTTAAACTCTCTTAATAGAACTCTACCAAAAAAAAAAATTATTTATAGAAAA CATATCATGTACAAACACTAGCTAAGCAAGTAATAATAAAAGTAGCAAATGCGTTAAACC ATTTGACTTCCTTTCCATCGATTACTATTAACCATACGAATTTAAATTTTAATTTTGTCT CATTTCATTTCCCTATTATTTTTCGACGCATGGAAAGGCCTTGTTGGCTTAATGTTGACA CTAGCCAAGGGAATAGACAAAAAGAAACTTAAGTAGTGGCCTTGATGTATTCCAACTTTG TAATTGGAAGAATAATGCCCACAAGTCCCCCTATTTCCTTTTTTGTGATGAATGAAAAAA AAAATAGGACATTTATTGGTCTACATTATGCAAAAGAAATTTATGATATTAGGGGACAAG AAAAGTAACAATGAAATTTCTATATATGGTGTAGCAGATTTGTATGACTAAATTATAATC TTTATAATAAAAATAATAATGAATCATTTTAATTTCAAATTAATTAAAATACTACAAATA TATATATATATAGATTTTCTTTCAATAATATTATATTTTTTTCAAGTAGGTACATTTCAA ATACTAACAAAGTAAAATAAAAGAGAGAATTTTCATAATTAATTTTAAATTAATTGATCA CCTAAATTCAAAGTTAAATTGTGGAGAAAAATAAAGTGGAGGGAGGACCAAGTTGTTGTG TGGACTAGACTAGACAAGACAAGACAGTCCAATTCTTTGACAAAAGTGTTGAATACTTTG GAGTCCAAAGTAACCCAAACATCAATCCAAGCCGCCAGGCGTTAAGTGGAGTGCGCCTTT TCAGTATTCTCTAAAGTTAAAAAGAAGCAATGAATGAAGCTTTATTAAGTCCGATCTAAT CCTTGGCGCTCTATATATTCTTAACAACTTCGTTTGTAACGGTCTCAACATATTCTCTCT GTTCTGTAAAACCGAATTGCTGCTAACCCTAGGATTTATGGCTGAAACTATACCTAATGG CGGGCCTGAGAGTGCCAATATTGATGGACCGACCAATCCTATGGTTACGCCTATTTTAAC AGATCTCTATCAGTTTACTATGGCCTATGCTTACTGGAAAGCTGGAAAACACAATGAACG AGCTGTGTAAGTATTCAATTTCCATTTTTATTCCTCTTCATTTTCACTCTAGTTAGTTTC ATTTGATGTTCTGATCATGATGTTTACTTCAAGCGGATTAATTTGATTGTTTGCTCAGGT TTGACTTGTATTTTCGGAGGAATCCGTTTGGTGGTGAATATACAATATTTGCTGGTTTAG AAGAGTGCATAAAGTTTATTGCTAATTTTAAATTTACTGAGGATGAGATAGCTTTCATCA GGTCATCGTTGCCATCGTCATGTGAGGTAAAGTTGTTATTAACAAGCAAATATGGAGACA TTATGTGGTGAAAATCAAGATAGCAAGATTGATATCAAGAATGGTCTCTTTTAATGAATC TTTCATGATACGTTGAGCCCTTTGTGGGTGATTGGAAACTTTCATATCCAAGATGGACCA CAACCCCATTCTTGATATCAATCTTGCTATCTTGATTTGCACCACATATGTGTTGAACTT TTTGTGCTGATATATTGAATTCTGCTATCTGAATTAAGATATCATGTGGTCATTTGTTTA TCCTTTACTCCTTTTCTATTATCCTCTGTTTTTGGATCTTTCTAAGGGTATTATTCAAAT CGCCTGTAAAATTTGGGAACAAATGCTTTCTTGATGAGTTTATCTTCCATTGGCCAAAAT ATGATCATAAACAATTAATGCAACTGTACTTTTTCTTTGGGAATCCCTGCCTATTTCATA AACATGTCATCCCAGTATGTTTGGGATAATCAAGCTGTGACTGATGCTCCATCTGGTCAT GCGTTATACTACTTCATCGTTCCATCTTGTTTATTCACTTCTGGTTTGGCACAATTTTAG AACAGAATATTAGTATGCGCTGTTCAATATTTGTTTAGGAGCATGTGGGCCCATAGTTTG ACTTCTGTGTTGATGACAAATAGATTAAAAGATGAAATTCGATTGGAAATGTAAAAGTAA ATCTTTAATGAAACTATTGTGGTATTTAAAATGTCTTCGCACTTTATACTTATTAAAATT GATTGGGAAATCTAAAAGGGAAAGTATGTGGGAGAATGGAGTGCTTCTTCAGGGAATATG TTTCTGTTTACTTTAAAGAATTTTTTGCTATGCTGAGAGCATATTTAAATGGATTATGTA GGATGGCTTCTTTGAATACCTTCGAAGACTTGACTGTTCAGATATTGAGATATATTCTAT TTCTGAAGGATCAGTAGTTTTTCCCAAGGTACCGCTGATGAGGATTGAAGGACCAGTTGC TGTGAGTCACAATAACACTATCCTTTATTAGTGCTTTCTTTTGAAGCATCTCAACAGGGT TGTCTGTTGGATCTTCTCATGTACATCTCTAATAAGCTTAATGATTGCTTGTGTCTCAAA GGTGGTTCAACTACTGGAAACACCATTTGTAAACCTCATAAATTATGCATCACTAGTTAC TACTAATGCTGCAAGACACCGTTTCGTTGCTGGAAGGTCCAAAATATTGCTTGAATTTGG GCTTAGGAGAGCACAGGTTGTTTATCTTTCCTATTATCATCTTTATATTTTATACATGTA CAAACTGTGAACAAACTTTTGTACCTTCATGAGTAGGGTCCTGATGGTGGTATATCAGCA TCCAAGTATTGCTACATGGGTGGATTTGATGCGACAAGGTGATTTCGTGTTTATTTCACT GTGTCTCTATGAAATGCATCATCTACTTATCTTTTTCCAATGATCTAACCAGAAAAATAA TCATTCAAGAAAGAATTTGATCCGTAAGATGGATGGTTACAGTTGATAAAAAACTATGGT GTACTTTTACGTTTACATGCTGCATTATGGATTGCTGCAACCTAATGTTATATCTTTTGC TGGTTATGTTTATCATTTTGATAAGGAAATAAAATTTCTTTTTGTAAGTTAGAATGCTGA GACATTATTTTATTCCTGTTGGTGTTTTCTTTCTTTTTAATCATAGCCAAGACTGGAGGT TCACTGTTTCTTTGTGATTTGACAGCAATGTGGCAGCTGGAAAGCTGTTTGGAATCCCAC TCCGTGGGACACATTCCCATGCCTTTGTTAGCTCATTTCTGGTAGGTGCAACCTTCAAAG ATCTAGTTTATAGTCAAAGCATAGTAAGAAACATGTCTTAGGATAGTAAAGTGCTCCGTT CAAATTCCCATTTTAGTCCCTTATACGAATGTTAGTTTGTCTTCAGTTACTCATCTATTG TTATTATTATCATTTTTCATTATTACAGTCATTTTGAAGGTATAATTACCACATCTATTT GCTTGCTGGCCAACTTAATGTAGACATAATCATTTCATCTGTAACACATTTGATGACAAT ATTATGAATTTAATACTGAAAAGACGTTCTTGGCTGTTAAACAAATTACTTAAATTGTTT GATAGAGTCATTCACTATTGTAAGTGGAATGCAAGTGGTTTTTTTTGCTCTTATGGCTCC ATATGTATTGATAGGGTACATAAATGCTTGTATATACTCAATTGGTTAAGTGACAATTGT AGTTTCTACCTCAATGTCATTGAGTGGCATCAGTTAAATATGTTAGTCAATGCATAATTG CACATAGCTCAATCACTAACTCATATGAAATTATGTGTATTGGAATGGCAAGCTTAGAGC TAATTATTGTTATACATATGATAAAATTATTTTCTGTCCTGACTTATCAAAAAATACATG ATCGATTATCCAGGCTTCAGCTAGAATCCTTAGTAGATGTAATTATGAACTCATCATGTC ATGTTCTCTGTGGATACTAATTTCAAGTTTTGTTACTATCAATTGTTTTGTCATGTGCAC GTTATCTTGCTTATTGATGAATATAAAGACAAGTAAATTAAGTACTCAAATGTTCTGTAG ATGCCTAGTATTTCTTTTTCTCTAGATTGTGCACTCAACATCTTCTACTTGCTTGAAGTT ATCTGGTATTTAACTTAGTCCTTATGATGCAGAGCCCAGATGAGATCATAGAGAAATCAC TTCAACATCATAATGGTTCTAGTGTTTGTGAGGATTTTGTTAGTCTGGTACAGACATGGC TTGATAAATTAAAGGTATTAATCATCTCATTCTTTTGATGCACTAGTTAGATCATCAAAA AAAAAAAAATTATTGAAGTCTTCCATTTGATTTTTTTTCTTGGAATCTGACCATTTCGGT TTATGCATTCTGATAAATCATATTGGTTCTCTATATTGGTATCACCTTTTTCATTTCAAA TATCATTTAGCGTTGACTTCAATTTTCACCTTTTCATTTCAATATACTGAACTAAGCTCC TAGTCTTCCTTACCAAACCTGCTCAAAATCCACACCGTCAAGAGCATATGTGGTTTGAGT GACTGTCAGAGTGTCAATTCTTGTCAGTGTTTAATAAAGTAGGCCTAACATAGAAAACCT GAGGGAGTTTATGTTACAATTTGATTGCCAAAAGGGAGTATGATGTATAATTCCTTCATT TAATTCTGCTTAACCCCTATGGATAGCTGAACTCGTAGCCAGAATACTGGACATGTGCCT AATGTGTATGATTCCACTGAGATAAACTATTTCCTCTCGGACGATTTGTGTGCTTAGAGG TAACTATGATGCTAGGTTGTGCCCACCCGTCCTCCCCAAAAAGGAATAAATAATGCTACT CAGGGGTTGCATACCATTACAAAGAGAATCTGCATGTTTTTCATGATTGATAACAATGAA ATATCTTTGTTGCCAAGTCTTCTCTTAGTACTCTAACAATGAGGCTGGAAATCTATTATG AATCTCATGTAGGCCTTCCCTTAATTTTGCATGAAGTTTAAAAATCCTTGTAGCATCATT AGGATATATCAATATAGAACATTACTCTGGAATCTGCTTCTCTTCCATTTTGAGCATGAA TGTCATTGATGTGATAACTCTTTGATCTTTTCAGTGGTCACACTTATTGGGTGGAATTTT CAGCGAGACAAATCAAAGTGAGTTAGCCGCTTTCGCCTCGTATGCACTTGCATTTCCTGG AAGTTTTTTGGCCCTTGTAGACACTTATGATGTAAGTACAACTTGTGGACATATTCTTTT CCTCTGTATTCTGTGATATTTGGCTTGGCCATCTAAAACTATACACATGGATTTTGTAGA GACAAAACTTAGTCAATAATCTTACTTTGAAAGAGAAAAGGGTACTCGTCATGATATTTA TATATCAGGCTAGACATATAATCTTTTTGTATTGGAAGTTCGAAATAATATTCAGCTAGT AATGTTGTTTCGATTAAGTTGTACTTATGCTGCATCCCCCTTTGTTCTTCATTTACAATG TGCTCTTTGATAACGTTTGAACGTACTTTAACAGGTCATGAGAAGTGGTCTTCCAAATTT TTGTGCAGTTGCTCTTGCACTTAATGATTTGGGGTAAGCTGTTTGCATGATGAATTCTAT TTAGATTGTAAAATTGCCTTTCTTTTATGCATGTCTTGGCCTCATGTGATCCTTAATATT CCGGAAGGGGAATGGTATGCCAACTAGAATTCCTAATTTTTCAATTTTGTTAATATGATA GTTTTAAACTTGTGTTATTTTGTTTTGTTCATGAACGTGAAAGAATAACTAGTCTAGAAT GAAATCCTTGGATTTTGAAACAGCTAAGTGTGAATCTGTCCCCCACATCCACCTTTTAAT ACAGCAAGAGGTGCAAACACGCAAAGTTGTCCAGGGTCATCAATGGTTCTAGGACCTATT GTCCATGAGATACTTCCATCCTAGTTTGAGAATCATGTGCCATTCCTCTTAGAGTTTTCA TGATGATATGTAATTTCATTTATTTTAATTATATATGTGTGGACCTAGCAAGGGAGGGTT AACCTAGTGGAAAGGAAAGGACTCTCCACATCAACCTTGAGGTTGGAGTTCAAGTTACCT ATGGAACAAAGTAGGAACCGGTGATTATCGAGGCCTGGGCAAAAGGGGTTCCTGGTGGGG AGGGAGGAAGATAGTTGTCCATAGCTAAAAGAAGGTTTATATATGTGGACCTCGTTGATT AGATGAACCACACATGTACTTAAACATATACTTTCTTCAGACAATCTTGGTGTGTTATTA ATGAAAGGTATTTACTTATCAAAAAAACGGAACGCACCTCTTATTTACAATTGATGGTGC AGAACCTTTCTATTTCATAATCACACAAGATATATACATTTTCTTAACGAAGAGCAATAT AGATATCTCCCCTCCTTGTCCTAAACAATAAATTCATTTTTGAGCAAATTTGTGGGATTA CACTGGGTATGTTGTTGTATTTCTTTAAGCTTGAATTATTACTATGTTTAAACTAGTCTT TTTCTACTTTCTAATGGTAATTTTCTAGTGTATTTTCTCTCTTTTGCACTCGCCCTGTAT TTTGTTTTCAGCCTATTTAGTCTTTACATACTATTATGCAGGTATAAAGCAGTGGGCATT AGACTAGACTCTGGTGATCTTGCTTATCAGTCATGTGAAGCTAGGAAATTCTTTTGTGCT ATTGAGAAAGAATTTGGATTGCCTGGTTTTGCAAAGACGAGTATCACAGCTAGCAATGAT CTTAATGAAGAAACTCTGGATGCACTAAATAAACAAGTAA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.944 924 1335 match_2 match_part 0.941 20513 20818 match_part 0.917 20940 21132 match_3 match_part 1.000 48851 49017 match_part 1.000 49213 49335 match_part 1.000 49576 49713 match_part 1.000 49832 49930 match_part 0.976 50019 50144 match_4 match_part 0.952 48852 49017 match_part 1.000 49213 49335 match_part 0.968 49576 49670 match_5 match_part 0.993 48873 49017 match_part 1.000 49213 49335 match_part 1.000 49576 49713 match_part 0.988 49832 49911 match_6 match_part 1.000 48924 49017 match_part 1.000 49213 49335 match_part 1.000 49576 49713 match_part 0.949 49832 49930 match_part 0.971 50019 50121 match_7 match_part 1.000 48925 49017 match_part 1.000 49213 49335 match_part 1.000 49576 49713 match_part 1.000 49832 49930 match_part 1.000 50019 50155 match_8 match_part 0.919 48932 49017 match_part 0.959 49213 49335 match_part 0.986 49576 49713 match_part 0.980 49832 49930 match_part 0.968 50019 50295 match_9 match_part 0.919 48932 49017 match_part 0.959 49213 49335 match_part 0.986 49576 49713 match_part 0.980 49832 49930 match_part 0.959 50019 50164 match_10 match_part 1.000 49329 49335 match_part 1.000 49576 49713 match_part 1.000 49832 49930 match_part 1.000 50019 50322 match_part 0.984 50404 50465 match_11 match_part 0.985 49580 49713 match_part 0.980 49832 49930 match_part 0.974 50019 50322 match_part 0.968 50404 50625 match_12 match_part 0.929 49861 49930 match_part 1.000 50019 50322 match_part 0.996 50404 50627 match_part 0.953 50714 50798 match_13 match_part 1.000 50424 50627 match_part 1.000 50714 50800 match_part 1.000 52214 52554 match_14 match_part 0.970 50561 50627 match_part 0.977 50714 50800 match_part 0.940 52214 52817 match_15 match_part 1.000 52222 52775 match_16 match_part 0.974 52257 52761 match_17 match_part 0.956 52265 52422 match_18 match_part 0.913 56330 56651 match_19 match_part 0.929 56330 56623 match_20 match_part 0.913 56331 56776 match_21 match_part 0.600 72699 72733 match_part 0.995 73717 74150 match_22 match_part 1.000 85059 85462 match_part 1.000 85597 85698 match_part 0.985 85782 85847 match_part 1.000 85972 85994 match_23 match_part 1.000 85060 85462 match_part 1.000 85597 85698 match_part 1.000 85782 85847 match_part 1.000 85972 86037 match_part 1.000 86315 86328 match_24 match_part 1.000 85099 85462 match_part 1.000 85597 85698 match_part 0.985 85782 85847 match_part 1.000 85972 86037 match_part 1.000 86315 86360 match_25 match_part 1.000 85100 85462 match_part 1.000 85597 85698 match_part 1.000 85782 85847 match_part 0.984 85972 86035 match_26 match_part 1.000 85100 85462 match_part 1.000 85597 85698 match_part 1.000 85782 85847 match_part 1.000 85972 86012 match_27 match_part 1.000 85100 85462 match_part 1.000 85597 85698 match_part 1.000 85782 85847 match_part 1.000 85972 85982 match_28 match_part 1.000 85100 85462 match_part 1.000 85597 85698 match_part 0.778 85782 85790 match_29 match_part 1.000 85100 85462 match_part 1.000 85597 85630 match_30 match_part 1.000 85100 85462 match_part 1.000 85597 85618 match_31 match_part 1.000 85100 85462 match_32 match_part 1.000 85100 85402 match_33 match_part 1.000 86390 86632 match_part 1.000 86744 86813 match_part 1.000 86904 87054 match_part 0.965 87172 87371 match_34 match_part 1.000 89354 89426 match_part 1.000 90302 90421 match_part 1.000 90542 90676 match_part 1.000 90757 90818 match_part 1.000 91166 91241 match_part 1.000 92133 92234 match_part 1.000 93095 93211 match_part 1.000 93515 93573 match_part 1.000 94602 94739 match_35 match_part 0.961 91166 91241 match_part 0.902 92133 92234 match_part 0.872 93095 93211 match_part 0.962 93515 93566 match_36 match_part 1.000 92161 92234 match_part 1.000 93095 93211 match_part 1.000 93515 93573 match_part 0.983 94602 94780 match_37 match_part 1.000 92161 92234 match_part 1.000 93095 93211 match_part 1.000 93515 93573 match_part 1.000 94602 94765 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_38 match_part 1.000 4481 4346 match_part 1.000 4262 4200 match_part 1.000 4121 4027 match_part 1.000 3925 3844 match_part 1.000 3757 3647 match_part 1.000 3510 3359 match_39 match_part 1.000 6188 6049 match_part 1.000 5740 5657 match_part 1.000 5060 4986 match_part 1.000 4894 4852 match_part 1.000 4702 4645 match_part 1.000 4513 4346 match_part 1.000 4262 4200 match_part 1.000 4121 4027 match_part 1.000 3925 3844 match_part 1.000 3757 3687 match_40 match_part 0.947 6143 6049 match_part 0.926 5751 5657 match_part 0.960 5060 4986 match_part 1.000 4894 4852 match_part 0.966 4702 4645 match_part 0.939 4513 4349 match_41 match_part 0.939 6180 6049 match_part 0.976 5740 5657 match_part 0.960 5060 4986 match_part 0.977 4894 4852 match_part 0.983 4702 4645 match_part 0.832 4513 4407 match_42 match_part 0.998 14697 14269 match_part 0.988 14175 14090 match_43 match_part 0.998 14696 14272 match_44 match_part 1.000 15309 14969 match_part 0.995 14838 14445 match_45 match_part 1.000 15147 14969 match_part 0.994 14838 14510 match_46 match_part 1.000 15429 14969 match_part 0.977 14838 14576 match_47 match_part 1.000 15491 14969 match_part 0.991 14838 14604 match_48 match_part 0.998 15514 14969 match_part 0.991 14838 14605 match_49 match_part 1.000 15509 14969 match_part 0.987 14838 14612 match_50 match_part 0.998 15514 14969 match_part 0.981 14838 14683 match_51 match_part 1.000 15514 14969 match_part 0.986 14838 14701 match_52 match_part 1.000 15440 14969 match_part 1.000 14838 14726 match_53 match_part 1.000 15513 14969 match_part 1.000 14838 14728 match_54 match_part 1.000 15418 14969 match_part 1.000 14838 14729 match_55 match_part 1.000 15500 14969 match_part 0.972 14838 14731 match_56 match_part 1.000 15513 14969 match_part 1.000 14838 14739 match_57 match_part 1.000 15513 14969 match_part 0.973 14838 14764 match_58 match_part 0.992 15454 14969 match_part 1.000 14838 14789 match_59 match_part 1.000 15508 14969 match_part 1.000 14838 14805 match_60 match_part 0.998 15515 14972 match_61 match_part 0.998 15513 15001 match_62 match_part 0.988 15510 15188 match_63 match_part 0.975 54131 54012 match_part 1.000 53570 53496 match_part 0.945 53321 52939 match_64 match_part 0.945 55019 54929 match_part 1.000 54147 54012 match_part 1.000 53594 53496 match_part 1.000 53321 52942 match_65 match_part 1.000 55016 54929 match_part 1.000 54147 54012 match_part 1.000 53594 53496 match_part 1.000 53321 52942 match_66 match_part 0.983 54131 54012 match_part 1.000 53570 53496 match_part 0.948 53321 52959 match_67 match_part 0.667 54301 54296 match_part 0.875 54147 54012 match_part 0.980 53594 53496 match_part 0.968 53321 53010 match_68 match_part 1.000 54041 54012 match_part 0.990 53594 53496 match_part 0.961 53321 53092 match_69 match_part 1.000 55427 55161 match_part 1.000 55075 54929 match_part 1.000 54147 54012 match_part 1.000 53594 53496 match_part 1.000 53321 53285 match_70 match_part 1.000 55427 55161 match_part 1.000 55075 54929 match_part 1.000 54147 54012 match_part 1.000 53594 53542 match_71 match_part 0.985 55291 55161 match_part 1.000 55075 54929 match_part 0.975 54147 53944 match_72 match_part 1.000 55426 55161 match_part 0.993 55075 54929 match_73 match_part 0.975 58797 58717 match_part 0.975 58623 58544 match_part 0.993 58458 58314 match_part 0.955 58239 58108 match_part 0.917 58024 57557 match_74 match_part 1.000 58737 58717 match_part 0.975 58623 58544 match_part 1.000 58458 58314 match_part 1.000 58239 58108 match_part 1.000 58024 57571 match_75 match_part 1.000 58408 58314 match_part 1.000 58239 58108 match_part 1.000 58024 57596 match_76 match_part 1.000 58408 58314 match_part 1.000 58239 58108 match_part 1.000 58024 57618 match_77 match_part 0.979 58408 58314 match_part 1.000 58239 58108 match_part 0.995 58024 57658 match_78 match_part 1.000 58379 58314 match_part 1.000 58239 58108 match_part 0.992 58024 57660 match_79 match_part 0.918 58838 58717 match_part 0.975 58623 58544 match_part 0.993 58458 58314 match_part 0.955 58239 58108 match_part 0.933 58024 57666 match_80 match_part 1.000 58591 58544 match_part 1.000 58458 58314 match_part 1.000 58239 58108 match_part 1.000 58024 57675 match_81 match_part 0.929 58801 58717 match_part 0.988 58623 58544 match_part 0.931 58458 58314 match_part 0.970 58239 58108 match_part 0.938 58024 57736 match_82 match_part 0.957 58786 58717 match_part 0.988 58623 58544 match_part 0.910 58458 58314 match_part 0.962 58239 58108 match_part 0.875 58024 57736 match_83 match_part 1.000 58581 58544 match_part 1.000 58458 58314 match_part 1.000 58239 58108 match_part 1.000 58024 57747 match_84 match_part 1.000 58408 58314 match_part 1.000 58239 58108 match_part 1.000 58024 57798 match_85 match_part 0.977 58400 58314 match_part 1.000 58239 58108 match_part 0.985 58024 57820 match_86 match_part 0.957 58786 58717 match_part 0.988 58623 58544 match_part 0.931 58458 58314 match_part 0.970 58239 58108 match_part 0.873 58024 57860 match_87 match_part 0.989 58408 58314 match_part 1.000 58239 58108 match_part 1.000 58024 57953 match_88 match_part 1.000 58858 58717 match_part 1.000 58623 58544 match_part 0.986 58458 58314 match_part 0.992 58239 58108 match_part 0.983 58024 57965 match_89 match_part 1.000 58840 58717 match_part 1.000 58623 58314 match_part 1.000 58239 58148 match_90 match_part 0.968 58840 58717 match_part 1.000 58623 58544 match_part 1.000 58458 58314 match_part 1.000 58239 58149 match_91 match_part 0.958 58858 58717 match_part 1.000 58623 58544 match_part 0.992 58458 58341 match_92 match_part 1.000 58816 58717 match_part 0.988 58623 58544 match_part 0.990 58458 58362 match_93 match_part 0.971 68527 68183 match_94 match_part 1.000 68764 68719 match_part 1.000 68635 68194 match_95 match_part 1.000 69440 69328 match_part 1.000 69234 69155 match_part 1.000 69069 68925 match_part 0.992 68850 68719 match_part 1.000 68635 68329 match_96 match_part 0.925 69407 69328 match_part 0.962 69234 69155 match_part 0.952 69069 68925 match_part 0.962 68850 68719 match_part 0.901 68635 68383 match_97 match_part 1.000 69442 69328 match_part 1.000 69234 69155 match_part 1.000 69069 68925 match_part 1.000 68850 68719 match_part 1.000 68635 68471 match_98 match_part 1.000 69452 69328 match_part 1.000 69234 69155 match_part 1.000 69069 68925 match_part 1.000 68850 68719 match_part 1.000 68635 68473 match_99 match_part 1.000 69434 69328 match_part 1.000 69234 69155 match_part 1.000 69069 68925 match_part 1.000 68850 68719 match_part 1.000 68635 68477 match_100 match_part 1.000 69440 69328 match_part 1.000 69234 69155 match_part 1.000 69069 68925 match_part 0.992 68850 68719 match_part 0.989 68635 68547 match_101 match_part 1.000 69452 69328 match_part 1.000 69234 69155 match_part 1.000 69069 68925 match_part 1.000 68850 68719 match_part 1.000 68635 68549 match_102 match_part 0.991 69440 69328 match_part 1.000 69234 69155 match_part 1.000 69069 68925 match_part 1.000 68850 68719 match_part 1.000 68635 68552 match_103 match_part 0.989 69019 68925 match_part 1.000 68850 68719 match_part 1.000 68635 68564 match_104 match_part 1.000 69442 69328 match_part 1.000 69234 69155 match_part 1.000 69069 68925 match_part 1.000 68850 68719 match_part 1.000 68635 68567 match_105 match_part 0.925 69407 69328 match_part 0.962 69234 69155 match_part 0.917 69069 68925 match_part 0.833 68850 68791 match_106 match_part 1.000 69440 69328 match_part 1.000 69234 69155 match_part 1.000 69069 68925 match_part 0.980 68850 68801 match_107 match_part 0.989 74023 73644 match_108 match_part 0.989 74022 73644 match_109 match_part 0.933 74768 74754 match_part 1.000 74662 74518 match_part 1.000 74441 74310 match_part 0.998 74221 73663 match_110 match_part 0.962 73891 73708 match_111 match_part 0.923 75002 74912 match_part 0.962 74833 74754 match_part 0.959 74662 74518 match_part 0.955 74441 74310 match_part 0.869 74221 73720 match_112 match_part 0.966 74605 74518 match_part 1.000 74441 74310 match_part 0.998 74221 73735 match_113 match_part 1.000 75022 74912 match_part 1.000 74833 74754 match_part 1.000 74662 74518 match_part 1.000 74441 74310 match_part 1.000 74221 73817 match_114 match_part 0.992 75033 74912 match_part 1.000 74833 74754 match_part 1.000 74662 74518 match_part 1.000 74441 74310 match_part 0.995 74221 73818 match_115 match_part 0.985 74439 74310 match_part 0.997 74221 73834 match_116 match_part 1.000 75021 74912 match_part 1.000 74833 74754 match_part 1.000 74662 74518 match_part 1.000 74441 74310 match_part 0.997 74221 73879 match_117 match_part 0.991 74626 74518 match_part 0.962 74441 74310 match_part 0.955 74221 73980 match_118 match_part 1.000 75020 74912 match_part 1.000 74833 74754 match_part 1.000 74662 74518 match_part 1.000 74441 74310 match_part 0.994 74221 74044 match_119 match_part 1.000 74766 74754 match_part 0.966 74662 74518 match_part 0.977 74441 74310 match_part 0.956 74221 74087 match_120 match_part 0.975 74596 74518 match_part 0.962 74441 74310 match_part 0.939 74221 74156 match_121 match_part 1.000 75010 74912 match_part 1.000 74833 74754 match_part 1.000 74662 74518 match_part 1.000 74441 74351 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 924 1335 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 6188 6049 exon 5740 5657 exon 5060 4986 exon 4894 4852 exon 4702 4645 exon 4513 4346 exon 4262 4200 exon 4121 4027 exon 3925 3844 exon 3757 3647 exon 3510 3359 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 6143 6049 exon 5751 5657 exon 5060 4986 exon 4894 4852 exon 4702 4645 exon 4513 4346 exon 4262 4200 exon 4121 4027 exon 3925 3844 exon 3757 3647 exon 3510 3359 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 15515 14969 exon 14838 14269 exon 14175 14090 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 20513 20818 exon 20940 21132 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 48851 49017 exon 49213 49335 exon 49576 49713 exon 49832 49930 exon 50019 50322 exon 50404 50627 exon 50714 50800 exon 52214 52817 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 55427 55161 exon 55075 54929 exon 54147 54012 exon 53594 53496 exon 53321 52942 gene_8 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 54131 54012 exon 53570 53496 exon 53321 52939 gene_9 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 54301 54296 exon 54147 54012 exon 53594 53496 exon 53321 53010 gene_10 gene GT_PGL_6_AGS_4 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 55426 55161 exon 55075 54929 exon 54147 53944 gene_11 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 56330 56776 gene_12 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 58858 58717 exon 58623 58544 exon 58458 58314 exon 58239 58108 exon 58024 57557 gene_13 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 58840 58717 exon 58623 58314 exon 58239 58108 exon 58024 57596 gene_14 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 69452 69328 exon 69234 69155 exon 69069 68925 exon 68850 68719 exon 68635 68183 gene_15 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 72699 72733 exon 73717 74150 gene_16 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 75033 74912 exon 74833 74754 exon 74662 74518 exon 74441 74310 exon 74221 73644 gene_17 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 85059 85462 exon 85597 85698 exon 85782 85847 exon 85972 86037 exon 86315 86360 gene_18 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 86390 86632 exon 86744 86813 exon 86904 87054 exon 87172 87371 gene_19 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 89354 89426 exon 90302 90421 exon 90542 90676 exon 90757 90818 exon 91166 91241 exon 92133 92234 exon 93095 93211 exon 93515 93573 exon 94602 94780 RepeatMasker tomato repeats master Unknown00025 234 470 1 Unknown00025 234 470 1 nucleotide_motif 777 8561 8818 Unknown00025 250 460 1 Unknown00025 250 460 1 nucleotide_motif 352 9368 9583 Gypsy00163 7725 7849 1 Gypsy00163 7725 7849 1 nucleotide_motif 302 11011 11123 Gypsy00163 8021 8182 1 Gypsy00163 8021 8182 1 nucleotide_motif 254 11236 11392 Copia00053 4981 5069 1 Copia00053 4981 5069 1 nucleotide_motif 447 17353 17442 Copia00110 13152 13292 1 Copia00110 13152 13292 1 nucleotide_motif 603 19558 19700 Copia00110 13336 13617 1 Copia00110 13336 13617 1 nucleotide_motif 1263 19884 20178 Gypsy00043 1063 1314 1 Gypsy00043 1063 1314 1 nucleotide_motif 612 20130 20354 Copia00127 162 4391 1 Copia00127 162 4391 1 nucleotide_motif 31252 20511 24733 SONATA2 24 239 1 SONATA2 24 239 1 nucleotide_motif 699 25483 25694 Unknown00043 6994 7067 1 Unknown00043 6994 7067 1 nucleotide_motif 248 37491 37566 Copia00151 10054 10173 1 Copia00151 10054 10173 1 nucleotide_motif 337 49385 49509 Gypsy00073 587 830 1 Gypsy00073 587 830 1 nucleotide_motif 266 56102 56352 Gypsy00107 10734 10899 1 Gypsy00107 10734 10899 1 nucleotide_motif 1139 65460 65625 Copia00198 254 778 1 Copia00198 254 778 1 nucleotide_motif 1204 65951 66237 SONATA2 137 247 1 SONATA2 137 247 1 nucleotide_motif 456 79153 79259 Unknown00043 5296 5464 1 Unknown00043 5296 5464 1 nucleotide_motif 269 81345 81505 RepeatMasker tomato repeats master SHAMUDRAV_MT 1509 1600 -1 SHAMUDRAV_MT 1509 1600 -1 nucleotide_motif 237 8552 8467 Copia00008 4991 5084 -1 Copia00008 4991 5084 -1 nucleotide_motif 254 17536 17456 Unknown00019 699 732 -1 Unknown00019 699 732 -1 nucleotide_motif 506 19557 19532 Unknown00019 177 698 -1 Unknown00019 177 698 -1 nucleotide_motif 506 20085 19701 Copia00143 45 213 -1 Copia00143 45 213 -1 nucleotide_motif 1207 38746 38576 Copia00143 78 222 -1 Copia00143 78 222 -1 nucleotide_motif 831 38939 38796 Unknown00049 1705 1787 -1 Unknown00049 1705 1787 -1 nucleotide_motif 261 49525 49441 Unknown00019 48 699 -1 Unknown00019 48 699 -1 nucleotide_motif 5017 56800 56130 Unknown00025 245 455 -1 Unknown00025 245 455 -1 nucleotide_motif 739 78968 78740 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2230 83504 84676 match_2 match 5987 85241 88488 match_3 match 88573 94780 match_4 match 2603 60325 62035 match_5 match 3031 70084 71831 match_6 match 2898 70086 71832 match_7 match 535 23262 24544 match_8 match 3049 70082 71832 match_9 match 3049 70082 71832 match_10 match 4954 20511 24737 match_11 match 3094 70082 71832 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_1 clone_start 706 1 356 clone_1 clone 1219 17 94772 clone_start_2 clone_start 1231 17 677 clone_start_3 clone_start 987 704 1205 clone_end_1 clone_end 1287 13933 14606 clone_2 clone 784 15992 53011 clone_end_2 clone_end 611 15992 16323 clone_start_4 clone_start 1302 22385 23071 clone_end_3 clone_end 1019 23679 24229 clone_start_5 clone_start 628 32690 33014 clone_start_6 clone_start 309 33061 33216 clone_3 clone 1069.5 37362 75124 clone_start_7 clone_start 987 37362 37931 clone_4 clone 971.5 43149 80143 clone_end_4 clone_end 1451 43149 43896 clone_5 clone 1059.5 43149 80557 clone_end_5 clone_end 1451 43149 43896 clone_end_6 clone_end 1429 43155 43875 clone_start_8 clone_start 1211 60711 61394 clone_start_9 clone_start 1415 64622 65380 clone_end_7 clone_end 1104 70082 70695 clone_end_8 clone_end 624 70082 70460 clone_end_9 clone_end 1059 70175 70753 clone_start_10 clone_start 1546 70987 71799 clone_start_11 clone_start 1035 71005 71575 clone_start_12 clone_start 1223 72632 73317 clone_end_10 clone_end 999 74454 74981 clone_start_13 clone_start 948 78550 79051 clone_end_11 clone_end 632 82750 83191 clone_end_12 clone_end 632 82750 83191 clone_start_14 clone_start 1001 84100 84628 clone_6 clone 1169 85374 92900 clone_end_13 clone_end 936 85374 85960 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_14 clone_end 1207 94772 94143 clone_start_15 clone_start 957 53011 52529 clone_end_15 clone_end 1152 75124 74520 clone_start_16 clone_start 492 80143 79896 clone_start_17 clone_start 668 80557 80209 clone_start_18 clone_start 690 62035 61688 clone_start_19 clone_start 650 62434 62086 clone_end_16 clone_end 686 70484 70082 clone_start_20 clone_start 1402 92900 92106 clone_end_17 clone_end 1019 91794 91245 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.941 20513 20818 match_part 0.917 20940 21132 match_2 match_part 1.000 48851 49017 match_part 1.000 49213 49335 match_part 1.000 49576 49713 match_part 1.000 49832 49930 match_part 0.976 50019 50144 match_3 match_part 0.952 48852 49017 match_part 1.000 49213 49335 match_part 0.968 49576 49670 match_4 match_part 0.993 48873 49017 match_part 1.000 49213 49335 match_part 1.000 49576 49713 match_part 0.988 49832 49911 match_5 match_part 1.000 48924 49017 match_part 1.000 49213 49335 match_part 1.000 49576 49713 match_part 0.949 49832 49930 match_part 0.971 50019 50121 match_6 match_part 1.000 48925 49017 match_part 1.000 49213 49335 match_part 1.000 49576 49713 match_part 1.000 49832 49930 match_part 1.000 50019 50155 match_7 match_part 1.000 49329 49335 match_part 1.000 49576 49713 match_part 1.000 49832 49930 match_part 1.000 50019 50322 match_part 0.984 50404 50465 match_8 match_part 0.929 49861 49930 match_part 1.000 50019 50322 match_part 0.996 50404 50627 match_part 0.953 50714 50798 match_9 match_part 1.000 50424 50627 match_part 1.000 50714 50800 match_part 1.000 52214 52554 match_10 match_part 1.000 52222 52775 match_11 match_part 0.974 52257 52761 match_12 match_part 0.956 52265 52422 match_13 match_part 0.913 56330 56651 match_14 match_part 0.929 56330 56623 match_15 match_part 0.913 56331 56776 match_16 match_part 0.600 72699 72733 match_part 0.995 73717 74150 match_17 match_part 1.000 85059 85462 match_part 1.000 85597 85698 match_part 0.985 85782 85847 match_part 1.000 85972 85994 match_18 match_part 1.000 85060 85462 match_part 1.000 85597 85698 match_part 1.000 85782 85847 match_part 1.000 85972 86037 match_part 1.000 86315 86328 match_19 match_part 1.000 85099 85462 match_part 1.000 85597 85698 match_part 0.985 85782 85847 match_part 1.000 85972 86037 match_part 1.000 86315 86360 match_20 match_part 1.000 85100 85462 match_part 1.000 85597 85698 match_part 1.000 85782 85847 match_part 0.984 85972 86035 match_21 match_part 1.000 85100 85462 match_part 1.000 85597 85698 match_part 1.000 85782 85847 match_part 1.000 85972 86012 match_22 match_part 1.000 85100 85462 match_part 1.000 85597 85698 match_part 1.000 85782 85847 match_part 1.000 85972 85982 match_23 match_part 1.000 85100 85462 match_part 1.000 85597 85698 match_part 0.778 85782 85790 match_24 match_part 1.000 85100 85462 match_part 1.000 85597 85630 match_25 match_part 1.000 85100 85462 match_part 1.000 85597 85618 match_26 match_part 1.000 85100 85462 match_27 match_part 1.000 85100 85402 match_28 match_part 1.000 86390 86632 match_part 1.000 86744 86813 match_part 1.000 86904 87054 match_part 0.965 87172 87371 match_29 match_part 1.000 89354 89426 match_part 1.000 90302 90421 match_part 1.000 90542 90676 match_part 1.000 90757 90818 match_part 1.000 91166 91241 match_part 1.000 92133 92234 match_part 1.000 93095 93211 match_part 1.000 93515 93573 match_part 1.000 94602 94739 match_30 match_part 1.000 92161 92234 match_part 1.000 93095 93211 match_part 1.000 93515 93573 match_part 0.983 94602 94780 match_31 match_part 1.000 92161 92234 match_part 1.000 93095 93211 match_part 1.000 93515 93573 match_part 1.000 94602 94765 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_32 match_part 1.000 4481 4346 match_part 1.000 4262 4200 match_part 1.000 4121 4027 match_part 1.000 3925 3844 match_part 1.000 3757 3647 match_part 1.000 3510 3359 match_33 match_part 1.000 6188 6049 match_part 1.000 5740 5657 match_part 1.000 5060 4986 match_part 1.000 4894 4852 match_part 1.000 4702 4645 match_part 1.000 4513 4346 match_part 1.000 4262 4200 match_part 1.000 4121 4027 match_part 1.000 3925 3844 match_part 1.000 3757 3687 match_34 match_part 0.998 14697 14269 match_part 0.988 14175 14090 match_35 match_part 0.998 14696 14272 match_36 match_part 1.000 15309 14969 match_part 0.995 14838 14445 match_37 match_part 1.000 15147 14969 match_part 0.994 14838 14510 match_38 match_part 1.000 15429 14969 match_part 0.977 14838 14576 match_39 match_part 1.000 15491 14969 match_part 0.991 14838 14604 match_40 match_part 0.998 15514 14969 match_part 0.991 14838 14605 match_41 match_part 1.000 15509 14969 match_part 0.987 14838 14612 match_42 match_part 0.998 15514 14969 match_part 0.981 14838 14683 match_43 match_part 1.000 15514 14969 match_part 0.986 14838 14701 match_44 match_part 1.000 15440 14969 match_part 1.000 14838 14726 match_45 match_part 1.000 15513 14969 match_part 1.000 14838 14728 match_46 match_part 1.000 15418 14969 match_part 1.000 14838 14729 match_47 match_part 1.000 15500 14969 match_part 0.972 14838 14731 match_48 match_part 1.000 15513 14969 match_part 1.000 14838 14739 match_49 match_part 1.000 15513 14969 match_part 0.973 14838 14764 match_50 match_part 0.992 15454 14969 match_part 1.000 14838 14789 match_51 match_part 1.000 15508 14969 match_part 1.000 14838 14805 match_52 match_part 0.998 15515 14972 match_53 match_part 0.998 15513 15001 match_54 match_part 0.988 15510 15188 match_55 match_part 0.975 54131 54012 match_part 1.000 53570 53496 match_part 0.945 53321 52939 match_56 match_part 0.945 55019 54929 match_part 1.000 54147 54012 match_part 1.000 53594 53496 match_part 1.000 53321 52942 match_57 match_part 1.000 55016 54929 match_part 1.000 54147 54012 match_part 1.000 53594 53496 match_part 1.000 53321 52942 match_58 match_part 0.983 54131 54012 match_part 1.000 53570 53496 match_part 0.948 53321 52959 match_59 match_part 1.000 54041 54012 match_part 0.990 53594 53496 match_part 0.961 53321 53092 match_60 match_part 1.000 55427 55161 match_part 1.000 55075 54929 match_part 1.000 54147 54012 match_part 1.000 53594 53496 match_part 1.000 53321 53285 match_61 match_part 1.000 55427 55161 match_part 1.000 55075 54929 match_part 1.000 54147 54012 match_part 1.000 53594 53542 match_62 match_part 0.985 55291 55161 match_part 1.000 55075 54929 match_part 0.975 54147 53944 match_63 match_part 1.000 55426 55161 match_part 0.993 55075 54929 match_64 match_part 0.975 58797 58717 match_part 0.975 58623 58544 match_part 0.993 58458 58314 match_part 0.955 58239 58108 match_part 0.917 58024 57557 match_65 match_part 1.000 58737 58717 match_part 0.975 58623 58544 match_part 1.000 58458 58314 match_part 1.000 58239 58108 match_part 1.000 58024 57571 match_66 match_part 1.000 58408 58314 match_part 1.000 58239 58108 match_part 1.000 58024 57596 match_67 match_part 1.000 58408 58314 match_part 1.000 58239 58108 match_part 1.000 58024 57618 match_68 match_part 0.979 58408 58314 match_part 1.000 58239 58108 match_part 0.995 58024 57658 match_69 match_part 1.000 58379 58314 match_part 1.000 58239 58108 match_part 0.992 58024 57660 match_70 match_part 0.918 58838 58717 match_part 0.975 58623 58544 match_part 0.993 58458 58314 match_part 0.955 58239 58108 match_part 0.933 58024 57666 match_71 match_part 1.000 58591 58544 match_part 1.000 58458 58314 match_part 1.000 58239 58108 match_part 1.000 58024 57675 match_72 match_part 1.000 58581 58544 match_part 1.000 58458 58314 match_part 1.000 58239 58108 match_part 1.000 58024 57747 match_73 match_part 1.000 58408 58314 match_part 1.000 58239 58108 match_part 1.000 58024 57798 match_74 match_part 0.977 58400 58314 match_part 1.000 58239 58108 match_part 0.985 58024 57820 match_75 match_part 0.989 58408 58314 match_part 1.000 58239 58108 match_part 1.000 58024 57953 match_76 match_part 1.000 58858 58717 match_part 1.000 58623 58544 match_part 0.986 58458 58314 match_part 0.992 58239 58108 match_part 0.983 58024 57965 match_77 match_part 1.000 58840 58717 match_part 1.000 58623 58314 match_part 1.000 58239 58148 match_78 match_part 0.968 58840 58717 match_part 1.000 58623 58544 match_part 1.000 58458 58314 match_part 1.000 58239 58149 match_79 match_part 0.958 58858 58717 match_part 1.000 58623 58544 match_part 0.992 58458 58341 match_80 match_part 1.000 58816 58717 match_part 0.988 58623 58544 match_part 0.990 58458 58362 match_81 match_part 0.971 68527 68183 match_82 match_part 1.000 68764 68719 match_part 1.000 68635 68194 match_83 match_part 1.000 69440 69328 match_part 1.000 69234 69155 match_part 1.000 69069 68925 match_part 0.992 68850 68719 match_part 1.000 68635 68329 match_84 match_part 1.000 69442 69328 match_part 1.000 69234 69155 match_part 1.000 69069 68925 match_part 1.000 68850 68719 match_part 1.000 68635 68471 match_85 match_part 1.000 69452 69328 match_part 1.000 69234 69155 match_part 1.000 69069 68925 match_part 1.000 68850 68719 match_part 1.000 68635 68473 match_86 match_part 1.000 69434 69328 match_part 1.000 69234 69155 match_part 1.000 69069 68925 match_part 1.000 68850 68719 match_part 1.000 68635 68477 match_87 match_part 1.000 69440 69328 match_part 1.000 69234 69155 match_part 1.000 69069 68925 match_part 0.992 68850 68719 match_part 0.989 68635 68547 match_88 match_part 1.000 69452 69328 match_part 1.000 69234 69155 match_part 1.000 69069 68925 match_part 1.000 68850 68719 match_part 1.000 68635 68549 match_89 match_part 0.991 69440 69328 match_part 1.000 69234 69155 match_part 1.000 69069 68925 match_part 1.000 68850 68719 match_part 1.000 68635 68552 match_90 match_part 0.989 69019 68925 match_part 1.000 68850 68719 match_part 1.000 68635 68564 match_91 match_part 1.000 69442 69328 match_part 1.000 69234 69155 match_part 1.000 69069 68925 match_part 1.000 68850 68719 match_part 1.000 68635 68567 match_92 match_part 1.000 69440 69328 match_part 1.000 69234 69155 match_part 1.000 69069 68925 match_part 0.980 68850 68801 match_93 match_part 0.989 74023 73644 match_94 match_part 0.989 74022 73644 match_95 match_part 0.933 74768 74754 match_part 1.000 74662 74518 match_part 1.000 74441 74310 match_part 0.998 74221 73663 match_96 match_part 0.962 73891 73708 match_97 match_part 0.966 74605 74518 match_part 1.000 74441 74310 match_part 0.998 74221 73735 match_98 match_part 1.000 75022 74912 match_part 1.000 74833 74754 match_part 1.000 74662 74518 match_part 1.000 74441 74310 match_part 1.000 74221 73817 match_99 match_part 0.992 75033 74912 match_part 1.000 74833 74754 match_part 1.000 74662 74518 match_part 1.000 74441 74310 match_part 0.995 74221 73818 match_100 match_part 0.985 74439 74310 match_part 0.997 74221 73834 match_101 match_part 1.000 75021 74912 match_part 1.000 74833 74754 match_part 1.000 74662 74518 match_part 1.000 74441 74310 match_part 0.997 74221 73879 match_102 match_part 1.000 75020 74912 match_part 1.000 74833 74754 match_part 1.000 74662 74518 match_part 1.000 74441 74310 match_part 0.994 74221 74044 match_103 match_part 1.000 74766 74754 match_part 0.966 74662 74518 match_part 0.977 74441 74310 match_part 0.956 74221 74087 match_104 match_part 1.000 75010 74912 match_part 1.000 74833 74754 match_part 1.000 74662 74518 match_part 1.000 74441 74351 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 6188 6049 exon 5740 5657 exon 5060 4986 exon 4894 4852 exon 4702 4645 exon 4513 4346 exon 4262 4200 exon 4121 4027 exon 3925 3844 exon 3757 3647 exon 3510 3359 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 15515 14969 exon 14838 14269 exon 14175 14090 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 20513 20818 exon 20940 21132 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 48851 49017 exon 49213 49335 exon 49576 49713 exon 49832 49930 exon 50019 50322 exon 50404 50627 exon 50714 50800 exon 52214 52775 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 55427 55161 exon 55075 54929 exon 54147 54012 exon 53594 53496 exon 53321 52942 gene_6 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 54131 54012 exon 53570 53496 exon 53321 52939 gene_7 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 55426 55161 exon 55075 54929 exon 54147 53944 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 56330 56776 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 58858 58717 exon 58623 58544 exon 58458 58314 exon 58239 58108 exon 58024 57557 gene_10 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 58840 58717 exon 58623 58314 exon 58239 58108 exon 58024 57596 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 69452 69328 exon 69234 69155 exon 69069 68925 exon 68850 68719 exon 68635 68183 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 72699 72733 exon 73717 74150 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 75033 74912 exon 74833 74754 exon 74662 74518 exon 74441 74310 exon 74221 73644 gene_14 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 85059 85462 exon 85597 85698 exon 85782 85847 exon 85972 86037 exon 86315 86360 gene_15 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 86390 86632 exon 86744 86813 exon 86904 87054 exon 87172 87371 gene_16 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 89354 89426 exon 90302 90421 exon 90542 90676 exon 90757 90818 exon 91166 91241 exon 92133 92234 exon 93095 93211 exon 93515 93573 exon 94602 94780 AUGUSTUS_tom_cdna de novo gene_1 gene 0.73 43 2824 transcript_1 transcript 0.73 43 2824 start_codon_1 start_codon 43 45 intron_1 intron 0.92 1839 1915 intron_2 intron 1 1977 2356 CDS_1 CDS 0.73 43 1838 CDS_2 CDS 0.92 1916 1976 CDS_3 CDS 1 2357 2824 stop_codon_1 stop_codon 2822 2824 gene_2 gene 0.05 26118 35852 transcript_2 transcript 0.05 26118 35852 start_codon_2 start_codon 26118 26120 intron_3 intron 0.57 26169 27881 intron_4 intron 0.91 27984 28100 intron_5 intron 1 28427 29208 intron_6 intron 0.87 29368 30690 intron_7 intron 0.21 30776 31612 intron_8 intron 0.96 32050 32437 intron_9 intron 0.86 32592 32701 intron_10 intron 0.45 32850 33200 intron_11 intron 0.57 33283 35074 intron_12 intron 0.98 35166 35586 intron_13 intron 0.61 35635 35717 CDS_4 CDS 0.7 26118 26168 CDS_5 CDS 0.66 27882 27983 CDS_6 CDS 1 28101 28426 CDS_7 CDS 1 29209 29367 CDS_8 CDS 0.96 30691 30775 CDS_9 CDS 0.48 31613 32049 CDS_10 CDS 0.94 32438 32591 CDS_11 CDS 0.45 32702 32849 CDS_12 CDS 0.48 33201 33282 CDS_13 CDS 0.99 35075 35165 CDS_14 CDS 0.99 35587 35634 CDS_15 CDS 0.61 35718 35852 stop_codon_2 stop_codon 35850 35852 gene_3 gene 1 48862 52396 transcript_3 transcript 1 48862 52396 start_codon_3 start_codon 48862 48864 intron_14 intron 1 49018 49212 intron_15 intron 1 49336 49575 intron_16 intron 1 49714 49831 intron_17 intron 1 49931 50018 intron_18 intron 1 50323 50403 intron_19 intron 1 50628 50713 intron_20 intron 1 50801 52213 CDS_16 CDS 1 48862 49017 CDS_17 CDS 1 49213 49335 CDS_18 CDS 1 49576 49713 CDS_19 CDS 1 49832 49930 CDS_20 CDS 1 50019 50322 CDS_21 CDS 1 50404 50627 CDS_22 CDS 1 50714 50800 CDS_23 CDS 1 52214 52396 stop_codon_3 stop_codon 52394 52396 gene_4 gene 1 85109 87181 transcript_4 transcript 1 85109 87181 start_codon_4 start_codon 85109 85111 intron_21 intron 1 85463 85596 intron_22 intron 1 85699 85781 intron_23 intron 1 85848 85971 intron_24 intron 1 86038 86314 intron_25 intron 1 86633 86743 intron_26 intron 1 86814 86903 intron_27 intron 1 87055 87171 CDS_24 CDS 1 85109 85462 CDS_25 CDS 1 85597 85698 CDS_26 CDS 1 85782 85847 CDS_27 CDS 1 85972 86037 CDS_28 CDS 1 86315 86632 CDS_29 CDS 1 86744 86813 CDS_30 CDS 1 86904 87054 CDS_31 CDS 1 87172 87181 stop_codon_4 stop_codon 87179 87181 gene_5 gene 0.99 89018 94780 transcript_5 transcript 0.99 89018 94780 start_codon_5 start_codon 89018 89020 intron_28 intron 1 89167 89278 intron_29 intron 1 89427 90301 intron_30 intron 1 90422 90541 intron_31 intron 1 90677 90756 intron_32 intron 1 90819 91165 intron_33 intron 1 91242 92132 intron_34 intron 1 92235 93094 intron_35 intron 1 93212 93514 intron_36 intron 0.99 93574 94601 CDS_32 CDS 1 89018 89166 CDS_33 CDS 1 89279 89426 CDS_34 CDS 1 90302 90421 CDS_35 CDS 1 90542 90676 CDS_36 CDS 1 90757 90818 CDS_37 CDS 1 91166 91241 CDS_38 CDS 1 92133 92234 CDS_39 CDS 1 93095 93211 CDS_40 CDS 1 93515 93573 CDS_41 CDS 0.99 94602 94780 AUGUSTUS_tom_cdna de novo gene_6 gene 1 6163 3370 transcript_6 transcript 1 6163 3370 stop_codon_5 stop_codon 3372 3370 intron_37 intron 1 3646 3511 intron_38 intron 1 3843 3758 intron_39 intron 1 4026 3926 intron_40 intron 1 4199 4122 intron_41 intron 1 4345 4263 intron_42 intron 1 4644 4514 intron_43 intron 1 4851 4703 intron_44 intron 1 4985 4895 intron_45 intron 1 5656 5061 intron_46 intron 1 6048 5741 CDS_42 CDS 1 3510 3370 CDS_43 CDS 1 3757 3647 CDS_44 CDS 1 3925 3844 CDS_45 CDS 1 4121 4027 CDS_46 CDS 1 4262 4200 CDS_47 CDS 1 4513 4346 CDS_48 CDS 1 4702 4645 CDS_49 CDS 1 4894 4852 CDS_50 CDS 1 5060 4986 CDS_51 CDS 1 5740 5657 CDS_52 CDS 1 6163 6049 start_codon_6 start_codon 6163 6161 gene_7 gene 0.99 15398 13814 transcript_7 transcript 0.99 15398 13814 stop_codon_6 stop_codon 13816 13814 intron_47 intron 0.99 14268 14176 intron_48 intron 1 14968 14839 CDS_53 CDS 0.99 14175 13814 CDS_54 CDS 0.99 14838 14269 CDS_55 CDS 1 15398 14969 start_codon_7 start_codon 15398 15396 gene_8 gene 0.66 55276 53127 transcript_8 transcript 0.66 55276 53127 stop_codon_7 stop_codon 53129 53127 intron_49 intron 1 53495 53322 intron_50 intron 1 54011 53595 intron_51 intron 1 54928 54148 intron_52 intron 1 55160 55076 CDS_56 CDS 1 53321 53127 CDS_57 CDS 1 53594 53496 CDS_58 CDS 1 54147 54012 CDS_59 CDS 1 55075 54929 CDS_60 CDS 0.66 55276 55161 start_codon_8 start_codon 55276 55274 gene_9 gene 0.23 75175 57731 transcript_9 transcript 0.23 75175 57731 stop_codon_8 stop_codon 57733 57731 intron_53 intron 1 58107 58025 intron_54 intron 1 58313 58240 intron_55 intron 1 58543 58459 intron_56 intron 1 58716 58624 intron_57 intron 0.93 64520 58801 intron_58 intron 1 64741 64656 intron_59 intron 0.99 64982 64886 intron_60 intron 0.77 65202 65023 intron_61 intron 0.79 68346 65318 intron_62 intron 1 68718 68636 intron_63 intron 1 68924 68851 intron_64 intron 1 69154 69070 intron_65 intron 1 69327 69235 intron_66 intron 1 73932 69468 intron_67 intron 1 74309 74222 intron_68 intron 1 74517 74442 intron_69 intron 1 74753 74663 intron_70 intron 1 74911 74834 CDS_61 CDS 1 58024 57731 CDS_62 CDS 1 58239 58108 CDS_63 CDS 1 58458 58314 CDS_64 CDS 1 58623 58544 CDS_65 CDS 0.99 58800 58717 CDS_66 CDS 0.97 64655 64521 CDS_67 CDS 1 64885 64742 CDS_68 CDS 0.87 65022 64983 CDS_69 CDS 0.79 65317 65203 CDS_70 CDS 1 68635 68347 CDS_71 CDS 1 68850 68719 CDS_72 CDS 1 69069 68925 CDS_73 CDS 1 69234 69155 CDS_74 CDS 1 69467 69328 CDS_75 CDS 1 74221 73933 CDS_76 CDS 1 74441 74310 CDS_77 CDS 1 74662 74518 CDS_78 CDS 1 74833 74754 CDS_79 CDS 0.4 75175 74912 start_codon_9 start_codon 75175 75173 AUGUSTUS_ab_initio de novo gene_1 gene 0.73 43 2824 transcript_1 transcript 0.73 43 2824 start_codon_1 start_codon 43 45 intron_1 intron 1 1839 1915 intron_2 intron 1 1977 2356 CDS_1 CDS 0.73 43 1838 CDS_2 CDS 1 1916 1976 CDS_3 CDS 1 2357 2824 stop_codon_1 stop_codon 2822 2824 gene_2 gene 0.03 26118 36257 transcript_2 transcript 0.03 26118 36257 start_codon_2 start_codon 26118 26120 intron_3 intron 0.66 26169 26300 intron_4 intron 0.36 26328 27881 intron_5 intron 0.93 27984 28100 intron_6 intron 0.99 28427 29208 intron_7 intron 0.62 29368 30690 intron_8 intron 0.88 30776 30970 intron_9 intron 0.62 31115 31217 intron_10 intron 0.14 31266 31612 intron_11 intron 1 32050 32437 intron_12 intron 0.99 32592 32701 intron_13 intron 0.69 32850 33200 intron_14 intron 0.93 33283 35074 intron_15 intron 1 35166 35586 intron_16 intron 0.98 35635 35946 intron_17 intron 0.98 36025 36107 CDS_4 CDS 1 26118 26168 CDS_5 CDS 0.6 26301 26327 CDS_6 CDS 0.92 27882 27983 CDS_7 CDS 1 28101 28426 CDS_8 CDS 1 29209 29367 CDS_9 CDS 0.98 30691 30775 CDS_10 CDS 0.68 30971 31114 CDS_11 CDS 0.5 31218 31265 CDS_12 CDS 0.5 31613 32049 CDS_13 CDS 0.99 32438 32591 CDS_14 CDS 0.7 32702 32849 CDS_15 CDS 0.69 33201 33282 CDS_16 CDS 1 35075 35165 CDS_17 CDS 1 35587 35634 CDS_18 CDS 0.98 35947 36024 CDS_19 CDS 0.44 36108 36257 stop_codon_2 stop_codon 36255 36257 gene_3 gene 0.45 48862 52396 transcript_3 transcript 0.45 48862 52396 start_codon_3 start_codon 48862 48864 intron_18 intron 1 49018 49212 intron_19 intron 0.96 49336 49575 intron_20 intron 0.83 49714 49831 intron_21 intron 0.98 49931 50018 intron_22 intron 1 50323 50403 intron_23 intron 0.95 50628 50713 intron_24 intron 0.93 50801 52213 CDS_20 CDS 0.67 48862 49017 CDS_21 CDS 1 49213 49335 CDS_22 CDS 0.84 49576 49713 CDS_23 CDS 0.98 49832 49930 CDS_24 CDS 1 50019 50322 CDS_25 CDS 1 50404 50627 CDS_26 CDS 0.95 50714 50800 CDS_27 CDS 0.89 52214 52396 stop_codon_3 stop_codon 52394 52396 gene_4 gene 0.96 70191 70724 transcript_4 transcript 0.96 70191 70724 start_codon_4 start_codon 70191 70193 intron_25 intron 0.96 70194 70499 CDS_28 CDS 0.96 70191 70193 CDS_29 CDS 0.96 70500 70724 stop_codon_4 stop_codon 70722 70724 gene_5 gene 0.07 85109 87165 transcript_5 transcript 0.07 85109 87165 start_codon_5 start_codon 85109 85111 intron_26 intron 1 85463 85596 intron_27 intron 0.99 85699 85781 intron_28 intron 0.98 85848 85971 intron_29 intron 0.88 86038 86314 intron_30 intron 0.62 86633 86743 intron_31 intron 0.45 86814 86903 intron_32 intron 0.28 87055 87161 CDS_30 CDS 1 85109 85462 CDS_31 CDS 1 85597 85698 CDS_32 CDS 0.98 85782 85847 CDS_33 CDS 0.9 85972 86037 CDS_34 CDS 0.39 86315 86632 CDS_35 CDS 0.56 86744 86813 CDS_36 CDS 0.7 86904 87054 CDS_37 CDS 0.28 87162 87165 stop_codon_5 stop_codon 87163 87165 gene_6 gene 0.42 89018 94780 transcript_6 transcript 0.42 89018 94780 start_codon_6 start_codon 89018 89020 intron_33 intron 1 89167 89278 intron_34 intron 0.96 89427 90301 intron_35 intron 0.93 90422 90541 intron_36 intron 0.93 90677 90756 intron_37 intron 1 90819 91165 intron_38 intron 0.99 91242 92132 intron_39 intron 0.77 92235 93094 intron_40 intron 0.72 93212 93514 intron_41 intron 0.93 93574 94601 CDS_38 CDS 0.81 89018 89166 CDS_39 CDS 0.98 89279 89426 CDS_40 CDS 0.98 90302 90421 CDS_41 CDS 0.93 90542 90676 CDS_42 CDS 1 90757 90818 CDS_43 CDS 0.99 91166 91241 CDS_44 CDS 0.79 92133 92234 CDS_45 CDS 0.98 93095 93211 CDS_46 CDS 0.94 93515 93573 CDS_47 CDS 0.93 94602 94780 AUGUSTUS_ab_initio de novo gene_7 gene 0.62 6163 3370 transcript_7 transcript 0.62 6163 3370 stop_codon_6 stop_codon 3372 3370 intron_42 intron 1 3646 3511 intron_43 intron 0.97 4199 3758 intron_44 intron 0.98 4345 4263 intron_45 intron 0.89 4644 4514 intron_46 intron 1 4851 4703 intron_47 intron 1 4985 4895 intron_48 intron 0.74 5656 5061 intron_49 intron 0.88 6048 5741 CDS_48 CDS 1 3510 3370 CDS_49 CDS 1 3757 3647 CDS_50 CDS 0.96 4262 4200 CDS_51 CDS 0.99 4513 4346 CDS_52 CDS 0.89 4702 4645 CDS_53 CDS 1 4894 4852 CDS_54 CDS 1 5060 4986 CDS_55 CDS 0.73 5740 5657 CDS_56 CDS 1 6163 6049 start_codon_7 start_codon 6163 6161 gene_8 gene 0.95 15398 13814 transcript_8 transcript 0.95 15398 13814 stop_codon_7 stop_codon 13816 13814 intron_50 intron 0.99 14268 14176 intron_51 intron 0.99 14968 14839 CDS_57 CDS 1 14175 13814 CDS_58 CDS 0.95 14838 14269 CDS_59 CDS 1 15398 14969 start_codon_8 start_codon 15398 15396 gene_9 gene 0.48 55276 53127 transcript_9 transcript 0.48 55276 53127 stop_codon_8 stop_codon 53129 53127 intron_52 intron 0.99 53495 53322 intron_53 intron 0.95 54011 53595 intron_54 intron 0.94 54928 54148 intron_55 intron 0.92 55160 55076 CDS_60 CDS 1 53321 53127 CDS_61 CDS 0.95 53594 53496 CDS_62 CDS 1 54147 54012 CDS_63 CDS 0.93 55075 54929 CDS_64 CDS 0.54 55276 55161 start_codon_9 start_codon 55276 55274 gene_10 gene 0.81 58794 57731 transcript_10 transcript 0.81 58794 57731 stop_codon_9 stop_codon 57733 57731 intron_56 intron 1 58107 58025 intron_57 intron 1 58313 58240 intron_58 intron 1 58543 58459 intron_59 intron 0.99 58716 58624 CDS_65 CDS 0.94 58024 57731 CDS_66 CDS 1 58239 58108 CDS_67 CDS 1 58458 58314 CDS_68 CDS 1 58623 58544 CDS_69 CDS 0.86 58794 58717 start_codon_10 start_codon 58794 58792 gene_11 gene 0.99 69405 68342 transcript_11 transcript 0.99 69405 68342 stop_codon_10 stop_codon 68344 68342 intron_60 intron 1 68718 68636 intron_61 intron 1 68924 68851 intron_62 intron 1 69154 69070 intron_63 intron 1 69327 69235 CDS_70 CDS 0.99 68635 68342 CDS_71 CDS 1 68850 68719 CDS_72 CDS 1 69069 68925 CDS_73 CDS 1 69234 69155 CDS_74 CDS 1 69405 69328 start_codon_11 start_codon 69405 69403 gene_12 gene 0.65 74989 71489 transcript_12 transcript 0.65 74989 71489 stop_codon_11 stop_codon 71491 71489 intron_64 intron 0.72 73962 71695 intron_65 intron 1 74309 74222 intron_66 intron 1 74517 74442 intron_67 intron 1 74753 74663 intron_68 intron 0.91 74911 74834 CDS_75 CDS 0.81 71694 71489 CDS_76 CDS 0.74 74221 73963 CDS_77 CDS 1 74441 74310 CDS_78 CDS 1 74662 74518 CDS_79 CDS 0.91 74833 74754 CDS_80 CDS 0.9 74989 74912 start_codon_12 start_codon 74989 74987 AUGUSTUS_tom_ugs de novo gene_1 gene 0.67 43 2824 transcript_1 transcript 0.67 43 2824 start_codon_1 start_codon 43 45 intron_1 intron 0.9 1839 1915 intron_2 intron 1 1977 2356 CDS_1 CDS 0.67 43 1838 CDS_2 CDS 0.9 1916 1976 CDS_3 CDS 1 2357 2824 stop_codon_1 stop_codon 2822 2824 gene_2 gene 0.06 26118 35852 transcript_2 transcript 0.06 26118 35852 start_codon_2 start_codon 26118 26120 intron_3 intron 1 26169 27881 intron_4 intron 1 27984 28100 intron_5 intron 1 28427 29208 intron_6 intron 0.89 29368 30690 intron_7 intron 0.94 30776 30970 intron_8 intron 0.4 31115 31612 intron_9 intron 0.94 32050 32437 intron_10 intron 0.86 32592 32701 intron_11 intron 0.42 32850 33200 intron_12 intron 0.55 33283 35074 intron_13 intron 1 35166 35586 intron_14 intron 0.64 35635 35717 CDS_4 CDS 1 26118 26168 CDS_5 CDS 1 27882 27983 CDS_6 CDS 1 28101 28426 CDS_7 CDS 0.99 29209 29367 CDS_8 CDS 0.99 30691 30775 CDS_9 CDS 0.93 30971 31114 CDS_10 CDS 0.47 31613 32049 CDS_11 CDS 0.91 32438 32591 CDS_12 CDS 0.44 32702 32849 CDS_13 CDS 0.44 33201 33282 CDS_14 CDS 1 35075 35165 CDS_15 CDS 1 35587 35634 CDS_16 CDS 0.64 35718 35852 stop_codon_2 stop_codon 35850 35852 gene_3 gene 0.78 48862 52396 transcript_3 transcript 0.78 48862 52396 start_codon_3 start_codon 48862 48864 intron_15 intron 1 49018 49212 intron_16 intron 1 49336 49575 intron_17 intron 1 49714 49831 intron_18 intron 1 49931 50018 intron_19 intron 1 50323 50403 intron_20 intron 1 50628 50713 intron_21 intron 1 50801 52213 CDS_17 CDS 0.78 48862 49017 CDS_18 CDS 1 49213 49335 CDS_19 CDS 1 49576 49713 CDS_20 CDS 1 49832 49930 CDS_21 CDS 1 50019 50322 CDS_22 CDS 1 50404 50627 CDS_23 CDS 1 50714 50800 CDS_24 CDS 1 52214 52396 stop_codon_3 stop_codon 52394 52396 gene_4 gene 1 85109 87181 transcript_4 transcript 1 85109 87181 start_codon_4 start_codon 85109 85111 intron_22 intron 1 85463 85596 intron_23 intron 1 85699 85781 intron_24 intron 1 85848 85971 intron_25 intron 1 86038 86314 intron_26 intron 1 86633 86743 intron_27 intron 1 86814 86903 intron_28 intron 1 87055 87171 CDS_25 CDS 1 85109 85462 CDS_26 CDS 1 85597 85698 CDS_27 CDS 1 85782 85847 CDS_28 CDS 1 85972 86037 CDS_29 CDS 1 86315 86632 CDS_30 CDS 1 86744 86813 CDS_31 CDS 1 86904 87054 CDS_32 CDS 1 87172 87181 stop_codon_4 stop_codon 87179 87181 gene_5 gene 0.97 89018 94780 transcript_5 transcript 0.97 89018 94780 start_codon_5 start_codon 89018 89020 intron_29 intron 1 89167 89278 intron_30 intron 1 89427 90301 intron_31 intron 1 90422 90541 intron_32 intron 1 90677 90756 intron_33 intron 1 90819 91165 intron_34 intron 1 91242 92132 intron_35 intron 1 92235 93094 intron_36 intron 1 93212 93514 intron_37 intron 0.98 93574 94601 CDS_33 CDS 0.99 89018 89166 CDS_34 CDS 1 89279 89426 CDS_35 CDS 1 90302 90421 CDS_36 CDS 1 90542 90676 CDS_37 CDS 1 90757 90818 CDS_38 CDS 1 91166 91241 CDS_39 CDS 1 92133 92234 CDS_40 CDS 1 93095 93211 CDS_41 CDS 1 93515 93573 CDS_42 CDS 0.98 94602 94780 AUGUSTUS_tom_ugs de novo gene_6 gene 1 6163 3370 transcript_6 transcript 1 6163 3370 stop_codon_5 stop_codon 3372 3370 intron_38 intron 1 3646 3511 intron_39 intron 1 3843 3758 intron_40 intron 1 4026 3926 intron_41 intron 1 4199 4122 intron_42 intron 1 4345 4263 intron_43 intron 1 4644 4514 intron_44 intron 1 4851 4703 intron_45 intron 1 4985 4895 intron_46 intron 1 5656 5061 intron_47 intron 1 6048 5741 CDS_43 CDS 1 3510 3370 CDS_44 CDS 1 3757 3647 CDS_45 CDS 1 3925 3844 CDS_46 CDS 1 4121 4027 CDS_47 CDS 1 4262 4200 CDS_48 CDS 1 4513 4346 CDS_49 CDS 1 4702 4645 CDS_50 CDS 1 4894 4852 CDS_51 CDS 1 5060 4986 CDS_52 CDS 1 5740 5657 CDS_53 CDS 1 6163 6049 start_codon_6 start_codon 6163 6161 gene_7 gene 1 15398 13814 transcript_7 transcript 1 15398 13814 stop_codon_6 stop_codon 13816 13814 intron_48 intron 1 14268 14176 intron_49 intron 1 14968 14839 CDS_54 CDS 1 14175 13814 CDS_55 CDS 1 14838 14269 CDS_56 CDS 1 15398 14969 start_codon_7 start_codon 15398 15396 gene_8 gene 0.64 55276 53127 transcript_8 transcript 0.64 55276 53127 stop_codon_7 stop_codon 53129 53127 intron_50 intron 1 53495 53322 intron_51 intron 1 54011 53595 intron_52 intron 1 54928 54148 intron_53 intron 1 55160 55076 CDS_57 CDS 1 53321 53127 CDS_58 CDS 1 53594 53496 CDS_59 CDS 1 54147 54012 CDS_60 CDS 1 55075 54929 CDS_61 CDS 0.64 55276 55161 start_codon_8 start_codon 55276 55274 gene_9 gene 1.71 74989 57731 transcript_9 transcript 0.67 58794 57731 stop_codon_8 stop_codon 57733 57731 intron_54 intron 1 58107 58025 intron_55 intron 1 58313 58240 intron_56 intron 1 58543 58459 intron_57 intron 1 58716 58624 CDS_62 CDS 1 58024 57731 CDS_63 CDS 1 58239 58108 CDS_64 CDS 1 58458 58314 CDS_65 CDS 1 58623 58544 CDS_66 CDS 0.67 58794 58717 start_codon_9 start_codon 58794 58792 transcript_10 transcript 0.72 74989 57731 stop_codon_9 stop_codon 57733 57731 intron_58 intron 1 58107 58025 intron_59 intron 1 58313 58240 intron_60 intron 1 58543 58459 intron_61 intron 1 58716 58624 intron_62 intron 0.93 64520 58801 intron_63 intron 0.8 68346 64667 intron_64 intron 1 68718 68636 intron_65 intron 1 68924 68851 intron_66 intron 1 69154 69070 intron_67 intron 1 69327 69235 intron_68 intron 0.99 73932 69468 intron_69 intron 1 74309 74222 intron_70 intron 1 74517 74442 intron_71 intron 1 74753 74663 intron_72 intron 1 74911 74834 CDS_67 CDS 1 58024 57731 CDS_68 CDS 1 58239 58108 CDS_69 CDS 1 58458 58314 CDS_70 CDS 1 58623 58544 CDS_71 CDS 1 58800 58717 CDS_72 CDS 0.96 64666 64521 CDS_73 CDS 0.81 68635 68347 CDS_74 CDS 1 68850 68719 CDS_75 CDS 1 69069 68925 CDS_76 CDS 1 69234 69155 CDS_77 CDS 0.99 69467 69328 CDS_78 CDS 1 74221 73933 CDS_79 CDS 1 74441 74310 CDS_80 CDS 1 74662 74518 CDS_81 CDS 1 74833 74754 CDS_82 CDS 1 74989 74912 start_codon_10 start_codon 74989 74987 transcript_11 transcript 0.32 74989 58819 stop_codon_10 stop_codon 58821 58819 intron_73 intron 0.39 60925 58842 intron_74 intron 0.49 64520 61029 intron_75 intron 0.79 68346 64667 intron_76 intron 1 68718 68636 intron_77 intron 1 68924 68851 intron_78 intron 1 69154 69070 intron_79 intron 1 69327 69235 intron_80 intron 1 73932 69468 intron_81 intron 1 74309 74222 intron_82 intron 1 74517 74442 intron_83 intron 1 74753 74663 intron_84 intron 1 74911 74834 CDS_83 CDS 0.5 58841 58819 CDS_84 CDS 0.39 61028 60926 CDS_85 CDS 0.99 64666 64521 CDS_86 CDS 0.79 68635 68347 CDS_87 CDS 1 68850 68719 CDS_88 CDS 1 69069 68925 CDS_89 CDS 1 69234 69155 CDS_90 CDS 1 69467 69328 CDS_91 CDS 1 74221 73933 CDS_92 CDS 1 74441 74310 CDS_93 CDS 1 74662 74518 CDS_94 CDS 1 74833 74754 CDS_95 CDS 1 74989 74912 start_codon_11 start_codon 74989 74987 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 25870 26168 match_part 1.000 27882 27983 match_part 0.994 28101 28426 match_2 match_part 1.000 48638 49017 match_part 1.000 49213 49335 match_part 1.000 49576 49713 match_part 1.000 49832 49930 match_part 1.000 50019 50322 match_part 0.996 50404 50627 match_part 0.989 50714 50800 match_part 1.000 52214 52853 match_3 match_part 0.958 85030 85462 match_part 1.000 85597 85698 match_part 1.000 85782 85847 match_part 1.000 85972 86037 match_part 0.969 86315 86379 match_4 match_part 1.000 86390 86632 match_part 1.000 86744 86813 match_part 1.000 86904 87054 match_part 1.000 87172 87359 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_5 match_part 0.993 6189 6049 match_part 1.000 5740 5657 match_part 1.000 5060 4986 match_part 1.000 4894 4852 match_part 1.000 4702 4645 match_part 1.000 4513 4346 match_part 1.000 4262 4200 match_part 1.000 4121 4027 match_part 1.000 3925 3844 match_part 1.000 3757 3647 match_part 1.000 3510 3277 match_6 match_part 0.998 15516 14969 match_part 1.000 14838 14269 match_part 0.974 14175 14099 match_7 match_part 0.975 55476 55161 match_part 1.000 55075 54929 match_part 1.000 54147 54012 match_part 1.000 53594 53496 match_part 0.998 53321 52874 match_8 match_part 0.983 54131 54012 match_part 1.000 53570 53496 match_part 0.943 53321 52939 match_9 match_part 0.533 58892 58878 match_part 0.917 58800 58717 match_part 1.000 58623 58544 match_part 1.000 58458 58314 match_part 1.000 58239 58108 match_part 0.995 58024 57619 match_10 match_part 0.994 58879 58717 match_part 1.000 58623 58544 match_part 1.000 58458 58314 match_part 1.000 58239 58108 match_part 0.964 58024 57666 match_11 match_part 0.959 58888 58717 match_part 1.000 58623 58544 match_part 1.000 58458 58314 match_part 1.000 58239 58108 match_part 1.000 58024 57738 match_12 match_part 0.977 58847 58717 match_part 1.000 58623 58314 match_part 1.000 58239 58149 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 6189 6049 exon 5740 5657 exon 5060 4986 exon 4894 4852 exon 4702 4645 exon 4513 4346 exon 4262 4200 exon 4121 4027 exon 3925 3844 exon 3757 3647 exon 3510 3277 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 15516 14969 exon 14838 14269 exon 14175 14099 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 25870 26168 exon 27882 27983 exon 28101 28426 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 48638 49017 exon 49213 49335 exon 49576 49713 exon 49832 49930 exon 50019 50322 exon 50404 50627 exon 50714 50800 exon 52214 52853 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 55476 55161 exon 55075 54929 exon 54147 54012 exon 53594 53496 exon 53321 52874 gene_6 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 54131 54012 exon 53570 53496 exon 53321 52939 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 58888 58717 exon 58623 58544 exon 58458 58314 exon 58239 58108 exon 58024 57666 gene_8 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 58847 58717 exon 58623 58314 exon 58239 58149 gene_9 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 58892 58878 exon 58800 58717 exon 58623 58544 exon 58458 58314 exon 58239 58108 exon 58024 57619 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 85030 85462 exon 85597 85698 exon 85782 85847 exon 85972 86037 exon 86315 86379 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 86390 86632 exon 86744 86813 exon 86904 87054 exon 87172 87359 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 48842 49017 match_part 1.000 49213 49335 match_part 0.967 49576 49635 GenomeThreader_SGN_markers SGN marker sequences match_2 match_part 0.976 52869 52361 match_3 match_part 1.000 55427 55161 match_part 1.000 55075 54929 match_part 1.000 54147 54012 match_part 1.000 53594 53496 match_part 1.000 53321 52942 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 48842 49017 exon 49213 49335 exon 49576 49635 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 52869 52361 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0055O24.2 type gene exon 55427 55161 exon 55075 54929 exon 54147 54012 exon 53594 53496 exon 53321 52942 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.77 43 2824 transcript_1 transcript 0.77 43 2824 start_codon_1 start_codon 43 45 intron_1 intron 0.91 1839 1915 intron_2 intron 1 1977 2356 CDS_1 CDS 0.77 43 1838 CDS_2 CDS 0.91 1916 1976 CDS_3 CDS 1 2357 2824 stop_codon_1 stop_codon 2822 2824 gene_2 gene 0.03 26118 35852 transcript_2 transcript 0.03 26118 35852 start_codon_2 start_codon 26118 26120 intron_3 intron 0.67 26169 27881 intron_4 intron 0.9 27984 28100 intron_5 intron 0.99 28427 29208 intron_6 intron 0.93 29368 30690 intron_7 intron 0.14 30776 31612 intron_8 intron 0.95 32050 32437 intron_9 intron 0.9 32592 32701 intron_10 intron 0.5 32850 33200 intron_11 intron 0.6 33283 35074 intron_12 intron 0.99 35166 35586 intron_13 intron 0.58 35635 35717 CDS_4 CDS 0.77 26118 26168 CDS_5 CDS 0.72 27882 27983 CDS_6 CDS 1 28101 28426 CDS_7 CDS 0.99 29209 29367 CDS_8 CDS 0.91 30691 30775 CDS_9 CDS 0.41 31613 32049 CDS_10 CDS 0.95 32438 32591 CDS_11 CDS 0.49 32702 32849 CDS_12 CDS 0.52 33201 33282 CDS_13 CDS 1 35075 35165 CDS_14 CDS 0.99 35587 35634 CDS_15 CDS 0.58 35718 35852 stop_codon_2 stop_codon 35850 35852 gene_3 gene 1 48862 52396 transcript_3 transcript 1 48862 52396 start_codon_3 start_codon 48862 48864 intron_14 intron 1 49018 49212 intron_15 intron 1 49336 49575 intron_16 intron 1 49714 49831 intron_17 intron 1 49931 50018 intron_18 intron 1 50323 50403 intron_19 intron 1 50628 50713 intron_20 intron 1 50801 52213 CDS_16 CDS 1 48862 49017 CDS_17 CDS 1 49213 49335 CDS_18 CDS 1 49576 49713 CDS_19 CDS 1 49832 49930 CDS_20 CDS 1 50019 50322 CDS_21 CDS 1 50404 50627 CDS_22 CDS 1 50714 50800 CDS_23 CDS 1 52214 52396 stop_codon_3 stop_codon 52394 52396 gene_4 gene 1 85109 87181 transcript_4 transcript 1 85109 87181 start_codon_4 start_codon 85109 85111 intron_21 intron 1 85463 85596 intron_22 intron 1 85699 85781 intron_23 intron 1 85848 85971 intron_24 intron 1 86038 86314 intron_25 intron 1 86633 86743 intron_26 intron 1 86814 86903 intron_27 intron 1 87055 87171 CDS_24 CDS 1 85109 85462 CDS_25 CDS 1 85597 85698 CDS_26 CDS 1 85782 85847 CDS_27 CDS 1 85972 86037 CDS_28 CDS 1 86315 86632 CDS_29 CDS 1 86744 86813 CDS_30 CDS 1 86904 87054 CDS_31 CDS 1 87172 87181 stop_codon_4 stop_codon 87179 87181 gene_5 gene 0.98 89018 94780 transcript_5 transcript 0.98 89018 94780 start_codon_5 start_codon 89018 89020 intron_28 intron 1 89167 89278 intron_29 intron 1 89427 90301 intron_30 intron 1 90422 90541 intron_31 intron 1 90677 90756 intron_32 intron 1 90819 91165 intron_33 intron 1 91242 92132 intron_34 intron 1 92235 93094 intron_35 intron 1 93212 93514 intron_36 intron 0.98 93574 94601 CDS_32 CDS 1 89018 89166 CDS_33 CDS 1 89279 89426 CDS_34 CDS 1 90302 90421 CDS_35 CDS 1 90542 90676 CDS_36 CDS 1 90757 90818 CDS_37 CDS 1 91166 91241 CDS_38 CDS 1 92133 92234 CDS_39 CDS 1 93095 93211 CDS_40 CDS 1 93515 93573 CDS_41 CDS 0.98 94602 94780 AUGUSTUS_tom_pot_cdna de novo gene_6 gene 1 6163 3370 transcript_6 transcript 1 6163 3370 stop_codon_5 stop_codon 3372 3370 intron_37 intron 1 3646 3511 intron_38 intron 1 3843 3758 intron_39 intron 1 4026 3926 intron_40 intron 1 4199 4122 intron_41 intron 1 4345 4263 intron_42 intron 1 4644 4514 intron_43 intron 1 4851 4703 intron_44 intron 1 4985 4895 intron_45 intron 1 5656 5061 intron_46 intron 1 6048 5741 CDS_42 CDS 1 3510 3370 CDS_43 CDS 1 3757 3647 CDS_44 CDS 1 3925 3844 CDS_45 CDS 1 4121 4027 CDS_46 CDS 1 4262 4200 CDS_47 CDS 1 4513 4346 CDS_48 CDS 1 4702 4645 CDS_49 CDS 1 4894 4852 CDS_50 CDS 1 5060 4986 CDS_51 CDS 1 5740 5657 CDS_52 CDS 1 6163 6049 start_codon_6 start_codon 6163 6161 gene_7 gene 0.99 15398 13814 transcript_7 transcript 0.99 15398 13814 stop_codon_6 stop_codon 13816 13814 intron_47 intron 0.99 14268 14176 intron_48 intron 1 14968 14839 CDS_53 CDS 0.99 14175 13814 CDS_54 CDS 0.99 14838 14269 CDS_55 CDS 1 15398 14969 start_codon_7 start_codon 15398 15396 gene_8 gene 0.62 55276 53127 transcript_8 transcript 0.62 55276 53127 stop_codon_7 stop_codon 53129 53127 intron_49 intron 1 53495 53322 intron_50 intron 1 54011 53595 intron_51 intron 1 54928 54148 intron_52 intron 1 55160 55076 CDS_56 CDS 1 53321 53127 CDS_57 CDS 1 53594 53496 CDS_58 CDS 1 54147 54012 CDS_59 CDS 1 55075 54929 CDS_60 CDS 0.62 55276 55161 start_codon_8 start_codon 55276 55274 gene_9 gene 0.88 83811 57731 transcript_9 transcript 0.88 83811 57731 stop_codon_8 stop_codon 57733 57731 intron_53 intron 1 58107 58025 intron_54 intron 1 58313 58240 intron_55 intron 1 58543 58459 intron_56 intron 1 58716 58624 intron_57 intron 0.98 64520 58801 intron_58 intron 1 64741 64656 intron_59 intron 1 64982 64886 intron_60 intron 0.95 68231 65023 intron_61 intron 0.98 68346 68269 intron_62 intron 1 68718 68636 intron_63 intron 1 68924 68851 intron_64 intron 1 69154 69070 intron_65 intron 1 69327 69235 intron_66 intron 1 73932 69468 intron_67 intron 1 74309 74222 intron_68 intron 1 74517 74442 intron_69 intron 1 74753 74663 intron_70 intron 1 74911 74834 intron_71 intron 0.95 83779 75057 CDS_61 CDS 1 58024 57731 CDS_62 CDS 1 58239 58108 CDS_63 CDS 1 58458 58314 CDS_64 CDS 1 58623 58544 CDS_65 CDS 1 58800 58717 CDS_66 CDS 1 64655 64521 CDS_67 CDS 1 64885 64742 CDS_68 CDS 0.96 65022 64983 CDS_69 CDS 0.98 68268 68232 CDS_70 CDS 1 68635 68347 CDS_71 CDS 1 68850 68719 CDS_72 CDS 1 69069 68925 CDS_73 CDS 1 69234 69155 CDS_74 CDS 1 69467 69328 CDS_75 CDS 1 74221 73933 CDS_76 CDS 1 74441 74310 CDS_77 CDS 1 74662 74518 CDS_78 CDS 1 74833 74754 CDS_79 CDS 0.97 75056 74912 CDS_80 CDS 0.95 83811 83780 start_codon_9 start_codon 83811 83809 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 35.8 49498 49710 match_2 match 195 50025 50624 match_3 match 37.7 50711 50797 match_4 match 55.1 49832 49930 match_5 match 114 20518 21066 match_6 match 106 1 822 match_7 match 36.6 50711 50800 match_8 match 51.6 49582 49728 match_9 match 199 50019 50624 match_10 match 70.1 49832 49945 match_11 match 278 1 1803 match_12 match 124 35709 36254 match_13 match 55.1 32436 32588 match_14 match 98.6 32705 32923 match_15 match 33.9 35584 35634 match_16 match 122 90302 90676 match_17 match 83.2 89280 89426 match_18 match 44.7 90757 90816 match_19 match 75.5 89060 89164 match_20 match 37.4 50711 50800 match_21 match 193 50019 50624 match_22 match 53.1 49573 49710 match_23 match 67.0 49832 49945 match_24 match 66.2 36105 36293 match_25 match 78.6 35709 35846 match_26 match 34.3 35584 35634 match_27 match 49.7 35950 36030 match_28 match 421 22965 24542 match_29 match 128 90302 90676 match_30 match 84.3 89280 89426 match_31 match 68.6 89060 89164 match_32 match 44.7 90757 90816 match_33 match 38.5 50711 50800 match_34 match 189 50019 50624 match_35 match 58.5 49573 49713 match_36 match 65.5 49832 49945 match_37 match 263 50019 50627 match_38 match 53.1 50714 50800 match_39 match 82.4 49576 49713 match_40 match 73.6 49832 49945 match_41 match 145 23691 24383 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_42 match 40.0 58239 58108 match_43 match 40.0 68850 68719 match_44 match 40.0 74441 74310 match_45 match 105 74203 73934 match_46 match 104 58006 57737 match_47 match 107 68617 68348 match_48 match 70.1 74664 74494 match_49 match 70.1 58460 58302 match_50 match 70.1 69071 68913 match_51 match 48.1 58275 58108 match_52 match 48.1 68886 68719 match_53 match 47.8 74444 74310 match_54 match 106 58006 57737 match_55 match 108 74203 73934 match_56 match 109 68617 68348 match_57 match 31.2 74827 74762 match_58 match 73.2 74667 74515 match_59 match 47.8 58272 58108 match_60 match 47.8 68883 68719 match_61 match 47.4 74441 74310 match_62 match 106 58006 57737 match_63 match 108 74203 73934 match_64 match 109 68617 68348 match_65 match 40.0 58242 58114 match_66 match 40.0 68853 68725 match_67 match 40.0 74444 74316 match_68 match 102 58006 57737 match_69 match 105 74203 73934 match_70 match 105 68617 68348 match_71 match 38.1 58641 58558 match_72 match 38.1 69252 69169 match_73 match 38.1 74851 74768 match_74 match 67.4 58463 58311 match_75 match 67.4 69074 68922 match_76 match 67.4 74667 74515 match_77 match 37.7 4776 4633 match_78 match 49.3 3760 3620 match_79 match 69.3 4262 4026 match_80 match 67.4 4513 4343 match_81 match 54.7 3927 3847 match_82 match 182 14839 13847 match_83 match 239 14839 13832 match_84 match 234 14839 13847 match_85 match 216 14839 13889 match_86 match 109 74209 73934 match_87 match 64.7 58242 58108 match_88 match 64.7 68853 68719 match_89 match 64.7 74444 74310 match_90 match 110 58012 57737 match_91 match 110 68623 68348 match_92 match 70.1 74655 74494 match_93 match 69.3 58451 58308 match_94 match 69.3 69062 68919 match_95 match 47.0 58626 58546 match_96 match 47.0 69237 69157 match_97 match 47.0 74836 74756 match_98 match 132 65062 64280 match_99 match 79.0 58779 58543 match_100 match 78.2 69390 69154 match_101 match 83.2 74995 74753 match_102 match 80.5 58242 58108 match_103 match 80.5 68853 68719 match_104 match 80.5 74444 74310 match_105 match 94.0 74661 74494 match_106 match 92.8 58457 58308 match_107 match 92.8 69068 68919 match_108 match 189 58015 57734 match_109 match 192 68626 68345 match_110 match 192 74212 73931 match_111 match 40.4 58173 58108 match_112 match 40.4 68784 68719 match_113 match 40.4 74375 74310 match_114 match 189 58015 57734 match_115 match 192 68626 68345 match_116 match 192 74212 73931 match_117 match 70.5 4262 4026 match_118 match 28.1 4701 4633 match_119 match 68.6 4513 4343 match_120 match 70.5 4262 4026 match_121 match 28.1 4701 4633 match_122 match 68.6 4513 4343 match_123 match 62.0 15380 14958 match_124 match 187 14839 13847 match_125 match 204 14839 13835 match_126 match 199 14839 13835 match_127 match 187 14839 13835 match_128 match 154 14839 13847 match_129 match 224 14836 13892 match_130 match 196 14887 13832 match_131 match 258 14839 13832 match_132 match 206 14839 13832