C02HBa0146O12.1 AACAGTGTTTCAGTTTTAAGTTTTCAAAATTTGATTCGTATGACACTATTTGGAAAAAGT GATGTATTGATTTGATCCTATAATCAAGATTTTCAGTAAAATTACTATCAAATTAGCAAA TCATTTTTAAATATACTTATAACAAATGATATTAGTGCTCCCAAATGGTGAAGGAACAGT AAAGTTTCCTGTTTGATCATGAAACCCAAATCAGAAGCCCAAATCCCTTTTTAGGTTTAT TTGGAAATTTCAAGCCCAAATAGCAACACAAAATACAATTCCAAAATGATCACGTCCCGC CGATCACCAGGGTTGGTCGATTTACTTTCTCTCTAAAGAAGACGATCGACCGCTTCCCGG CGATTGTTAACGATCCTCTTCCCTTTTTTTAAGGCTGCGAATTCTCTCTCTCCGGCGAAA TCAAGCTTGTAAGTTTCTCCCTGCTGTTCTTTTTTCTAGATTTGTTGCTTTCATTTTTTC GGTAGATTATAAAAAAAAGCCCTAATTTTTTTCAGTGATTTGTACTGGTGTTGTTGTGTT TTGAGTGAATTGGAGAAAAACTGTTTGTGTTTTGATGCAGATGCGAGATTCTTTTTGACT GTTGCATAGCTATGTCGGTTAACAATAATAATAACCCTAACAAGAATATCGGAGGACCAT CTTCCTTTGGCAATTCACCGCCGGGGAATCCGATGGCACATCTCCAGGCACAATCACAAG GCCAGCAACAGATGCCTTCAGGGTTTCCTGGGGCATTTCAGCTATCGCAGCTATCTGCTG CACATGCCCAAGCAATTGCTCAAGCTCAGTCGAAAGTTCAGGCTCATGCGCAAGCTCAAG CACAAGCTCAAGCTGCTCATGCCCAGTTTCAGGCCCAGTTACAGGCTCAGGGTTTATCTC TTAGCCAGGCTCATGCTCTTGGCAATTTTGGTTCTTCCTCACCCTCGATGCCTGGAAGTG CTTTGGCAAAACGCTTACCTCAGAAACCTCCTGTGCGGCCACCTGCATTCACAACTACTA ACACAATTTCTCCAATGAGAACAATGGAGCTTTCAGCGGCTGCTCGTAGGAAAAAGCAGA AGCTTCCTGAGAAGCACATGAACGAGAAGGTGGCAGCCATTTTGCCTGAATCTTCCCTTT ATACTCAGCTCCTTGAGTTTGAATCTCGGGTTGATTCCGCTTTAACAAGAAAGAAAGTTG ACATCCAGGAGTCATTGAAGAATCCACCTACTATTCAGAAGACGCTTCGAATTTATGTAT TCAATAGTTTTGCTAATCAGGTTCGTACCATTCCTAAGAAGCCAACAGCTGAACCTCCTA CATGGACTCTTAAGATTGTAGGAAGGATTTTGGAGGAGGGAATGGATCCTGATCAAGCTG CCATGTTTCAGAAAACTAGCTCCATGTACCCAAAGTTCTCTACTTTCTTCAAAAGAGTCA CCATTTCCTTGGACCAGAAACTCTATCCTGATAACCATATTATAATTTGGGACTCTGCGC GATCTCCTGCACCTCAGGATGGTTTTGAGGTCAAAAGAAAAGGAGAGCAAGAGTTCACTG CTAATTTAAGACTAGAATTGAATTACATGCCTGAGAAATACAAACTTTCACCAGCTTTAA CTGAAGTTCTGGGTATTGAGGTTGAGACTCGTGCTAGAATTGTCTCTTCTATCTGGCATT ATGTTAAGGCTCGAAAGTTGCAGAACCCTGATGATCCTTCTTACTTCAACTGTGATCCTC CACTTCAGAAAGTTTTTGGGGAAGGAAAGGTTAAGTTCAATACAGTCACACAAAAGATCA CACCTCATTTGTCTCCTCCACAACCCATACATTTGGAACACAGGATTAAGCTTTCTGGAA ATAACCCTGTTGGAACTGCTTGTTACGATGTATTGGTTGATGTGCCATTCCCTATCCAGA GGGAGCTGAATGCTTTGCTTGCCAATACCGAAAAGACCAAAGAGATTGAAACTTGCGATG AAGCAATTTGTTCTGCTATAAGGAAGATCCATGAACATAGAAGGAGAAGGGCTTTTTTTC TGGGTTTTAGTCAATCCCCTGTTGAGTTTATTGATGCACTTCTAGAATCCCAGAGCAAGG ACCTGAAAGTTGTTAGTGGGGAGCCAAGTCGCAATGTTGAGAAGGAGCGCCGGTCTCAGT TTTACAGCCAACCATGGTATTTACTAATTCTTTGCCTCCTGCTGCTAATTATTACTTGCC CTTGCTATATAGTAATTTTGTCATTGGAAGTTAAATTGCTTATTACCATATGGAGTAGCT TCATATTTGAAGTTTCAGAAATTTGGTACGAAATACAACAATTTTCACCTAGGACAAAAG TTATACAACATTTAAATTATTCCCCACTGATGTTTTATCTCAGCTAATGATCAAATTAGA AAATCATTTCAATTCTGATTCTATGGAAACTCAAGTTTCATTTTTGCCGGTCTAAATTGA GAGTGGGTGGCGTTCAGTAGGCAGTACTTTGCTTATTGTTTCATGTGATTTTGTTGCAGG TCATGTCATTTTTTGTTTTACTTCATCGCGTCAACTTCCTTTCTTGTTACTTACTTCTAA TTTTAAGATAATGTTTTAACTAAAGGTGTTAAAGAATTTTTTCTAGTACTTCCTGCCTTT TAAGTTACCAGCACAGATGTCCTATGGAAGGTTATCATTTATCAAAGAAGTTAAATGTGC ATTAAAAGGTTCTTAATATTACTCAAAATCAAACTTATACTGGCTAAAGAAAGGAGGGCT TTCAAGAAAAAATTAACCAAACGGGACAATTTTTTTGTTGGTGTAATCAACCCTTTTATT CAAGACATTGTGGACCTCATCACGATATCTTTCCCCTTGTTGGTGGTGCAAAATTATGCA GTGTTGAACTGATGTTTGGAGATGCTGCTAATGGAGATTGTTTTTTATTGCCAGGGTTGA GGATGCTGTTATCCGCTACCTGAATCGCAAGCCAGCTGCTGCTGATGCCCCTGGAAGTGG ATGAGCTGAACTGGATCCTTGCCTGGTGTCATTGTTATCTCAAATAGTCAGGAATGTAGG TTTTGGGTGGGGTACAGGGAAGAATTCTTGTGAAAGAAGCCATAAACTATGTTTGGTTGT TCTTAGCATCTCCCTGTGTTATGAATAGGTGTTCAGTATTTCTATTTTCATAATTGGAAA AAAAAAACTTAAAACTTTGTTGCTATGTGCTACAAAACATGTAAAAGTGTAGGATATCTG GATGCGTTAATGTCTGATGATAGGACTTAAATTATCGATCTTCATTAGCATTCCATCTTT GTTTGATTACTGTATTCAGTGTTTGTTACCGTTCATTTTTTTCCATCGTTCCCTTGTCCT GGCCAGCCCCAGTAGCATCTTCTTTTTCACCCGGTGTCCAGTATCCATTTGGTAAATTCA TGTCAAAGGTAAAGCGCTCCCACTAATCTTGTCTCCCAGTTCAACTGCTTGTTCTCATTT GGTTTGGTTTGAAAAAGTTTTTTGATTTGCTTCTGGTAAAAGTACTTTCAACTGACGATT GCTGAGAATCTTGTGTTGCGTGGAATGTTTCCTTTGAAAAGTTTCTCGAAAATGGACTCC AGTTTGACAGACGATGATGTAAGATTACTTAAAAAGCAGAGGCTACCTTATTCATGCTCT TTTCTTATTGTTGTCCTGGTTTCTAACCAATTTTAGCGGATGAAGATCATGATAAAACCA ATTATTCATAAAAAATTTACTTGATTAATCTATTAATACAAATTAATCTACTGTATTTCG ATTTAAGTCTGCTTAGCGACATTTTCTTCCTTAAAACAATAAAAAATAATTTAAGTTAAA TTTCTCATCTTTTTCATTATCGGTGGTGAAACTCAGTAGGTGTAGGCATAAATATTAAAA AATCAGATCGGATTAAATTTTTTTGATTTTTTGGTGTCTTGATTCGATGTCGGGTTTTTT TTTTGATTCTTCAGTTTGAAATTTGGTGTAAGGTCCCGAACTACGGTGCAGAATTGAGGC TTTATTAAAGAAATTTTAAATATATTATATACTTAAATTTTAACTTTACTTGGCTCATTT CAATTTTTATATTTAAAAGTCTAAATTTAAATAACAAAATGGTAAAACCTAAAGACCAAA CTAAACTCAATTTAATTCAATTTTGAGCTGCAACATGGTGTTTCTACTTTATGTTTTTAT CATTTTATATTGTTACTTTGAAGTCTAAACAATAAATTAATGTTCTAACCTTTTATTGTT GTAACTTTGAAATTTGAAATGTGAAGTGAACAACGATAGTTGCTTTATTATATTCTCTCT TTATTTTTAGTCATGCCAAAAAATCAATCTAAAAACACCAAATTAAAATTGAATTGAAGT AGAAAATCGAACTGAACCGATCTAATTTGAATTGAAGCATCGTATATACTTTTTTAAAAC AGAATACTATAAAAATCAAACCAAAATTTAATTAAATCAAAACCGAAGCTCATCCGGTTA AAGAAAGAAAAGAAAAGGTCTTTATCGAAAGGAGAGAGAGGAACAGTGTCGTACATCTTT TTCTGTCTACTCGCCGGTTTATCTATTTATTTTTTATTTAAAAAAGGGAAATTAGAAGTT TCCAGACGCAGCTTGATTGGGGGTAGGGCTGGAAGATATAGGCGCGAAGCTTCAATCAGA TTATCGGGTTTTCTTAGCTCAACAAAAATATGTAATTTCTCCTTCTCCAAACTTACGGTT TTGGTATTATTTATCTGTTAAAAATCATGATTTTTGTTTAATACTTATGGTTTTGTGAAT TGTAATGAGTAGGAGGCATTCGGTGAATCGTCCACCAACACCTGATACACGGGATGAACA AGAAAAGGAGCCTACACTTAAGGAAATTATCAACATTAAGGTAAATTTTTAGTCCTTTTT AGATTAGTTGTGTGGGTCTTTTTTTAAAAAAAAATGTTTGATGATTTGCTTTTTTAGTTG ATTGAAAGTGGGGAAAAGGAAAGATTAATGGAGCTTTTGAGGGAAAGGCTTGTTGAGTCT GGGTGGAAGGATGAAATGAAAGCTCTTTGTAGGTAATGTATCTCTCTGTGACCTTGTTTC AAACACTTGGAAGGATGAATTGTTGTTTAGTGTTCTCCAAATGAGTTAGCTATGTGTTTT GATCTGTTTTTCAGCAATTGGTGCCTTGGCCTTTGCTACAATGAACCCCAGATAGGAAGT TTATTACTTTTCTTGTTTTGTTGGCATGTGAAAACTTTAATGCTTATTTGACAATCTTGT TATGTTGATTTTTATGGCAAGTGAAAATGCAATTGTGTGTACTACATCCGTGCTTTGCAT TCTAGAGGTGCATGTGGTTCAGTTCTCATCAGGACTTTTCATCCCTCTTCCCTCATCCCA GGCTTTCCACGCCCCTTAGACCCCAAATGGTGCTAGGCAAGAAAGGCAAGTTATTTAAGT TTTTCATACTACTTGAACAATAAAACCACCAACAAGTAAGGTGTTCTAAGTTCCTACCGC TGCTTTTACTCTAATAATTGATTGCTTTCGACACACTGATATTAGTGTCTTTTCTGTCTT AAACACACCAACCCTCCTCACAGCATCCCCCTCCTTCCCAAACCAGAAAAAAAAAAGAAG GAAAGAGAACCTTTTTTCTAATAACCATGGTCTGTTCTAGCTTGCATGTAGCTTAGCTAT TTCCATGGGATACCTGCTACCTCTCACCAGCACAGGTGTTCTCCATGGCTAGACAGATGG GAAGAAATCACTTAGTGTTTTCATTCTTAAAAGAAAAAGATCACCTTGTGTTTTTGTCTC CGCTGGAAATTGGACCATGAGAAAATTGAACATGAAATCTCATGGTTCTCAACCCAGTCC ATGCTCTTGGGTGCACAAGAACCTTTTCCCCTGCTTTTGACCCTAATTCTACTTAAATCA GTGTTGACACCCCAACTAGTTCTAATTCAACTAGTGAAAATTAAAAGGAAGAAACTCTAT TATCCTAATTCTAAAATCCAATTATCGAACCTCTCTAATCAGATGGTTACCCTGAATTAT TTTAGAAGTAATAAACTTTTGTTTTGTAGTTCCAAAACCCCGACAAAAGATGTCACAAGA TGTTTTTTCATTCAACCAGGCATGCATATTAAAAGATAGTTAAATTGGAAATGTTTAATT TTTCAAAAAAAAATTAAATTGGAAAGACAAGTTCAAGAAGTGACAATCCTCCAGCTCTTT TTTTTGGACAAGAGGAGGTTGCTCGGATGGTAAGCACCCTCCACCCCCAACCCTGAGGCT GTGGATTCAAGTCACCTTAGGGAGCAAAACGGATGGGAGCTCCTAGGGAGGAGTTAAAAA GAAGAAGGGGTTTTGAAGGTAAGAGTTCTAGAGGGAAACTAGATGATGAGTAGAAAGAAG AGAGATGGACTCCCTTGAAAAATAAAACTAAAAGAACTTCCTCAGAAAAGGAAGGGATAG AGATGGTAGGGGTATGAGGGGCCTAAGCAAGGAAGGGAAGTGAGGATATGAAGCATGGCA AAAGAGGATGTATGGAGGAGGAGAAGAATGGATAAGGGAGTCTGAAGGGAATGACTAGAA GGTAGTTGAAGGTACAATTGAGGGTTGCAAGTCTGCTGAAAAAAAAGACTCACAGAATTA GTAAGGCAATTTGCCAAAGTAGGATGGGGAGGGTTGGAGGAATAGTTGTGGGATATGGTT GGGAAGGGGCGGAAATAGGAGAAGAAAACATACAAAATAAGGGTAGTGGAAATGCTTGAC TTGTTTGATTAGTAGCAGAGATTTTATTCTATTTGAAGAAAGGGAAAAAGTATCACTTCT TCCCCAAATTAACTACTTTAAGCTGGCGTCGATGGTAAAGTTGTGTATTTTGACAATATG CTTTTGTTAAATTATGTGGTATTTTGTGGCCAAAAACCTAATTGTTTAGTGATACTCTAT TTTTTCTTTTAAATTTGAAAATTATGTTAGCTATCAATTTTGATTTGGAGATTACAGCCA ACTTGGGGGTACTTTGCTGTGGCTAAACTTGAGTTGTATATGAGGGAGAAGGTACATCAG TTCAGTAGTGAAAGGTTATTTAGTTAGATGATGTAAGAGAAAGGGGAGGGGGGTGGGTAT TTAATAATACAGGGAAAGCAAAATGTCATAAGAACCAAGAACTCTCGTTCTAGCTATCCT TGTGTTGCAAGTTCTCTTTGTTTTTTTTATTGTCCTGTTTTTTATTTATGGTCCTAATTA TTATAAGGTTTGGTGGAGCTATCTTGGAGAAAAAGTTTTGTTTATGTGGCGAGGGTGACA ACTATTTGTCTCAATCTTTCAGTTCTTGATATGCACTTGTTTGTGTCTGAGGGTACTTAA AAATAAATTTTTCAAGTTATGACCATATTTGTTCATCTTCTATGATCGTTGTTTTCTGTT TGTTATTCTGTACATATAGCCACCAAATTTTCATTTTGACATGTAACCTTTGTCACATTT GTTCTCTATCAACACTAGGGAGTATATAAAGAAGAAAGGACGGAACAATATAACCATTGA CGACCTTGTACATGTGATTACCCCAAAAGGCAGAGGTAAGGGCTTTGTATTTACTTTTGC TTTCTTTCAATACACACATACACACACCTGAAAAAGGAATGGCTATATATATGCTTAAAA GCTATTCCTTCTGCTTAATCTTCTAACTTTTCTTAAGCAACAAAAGAGCATTGATGTTGA CATATTCCCTTGAGTAAACGTCATTCCAAATTCTTATTCATTTTCTGATTTTTGGATGTA TTAGATGTTGCTCTTGCATTGCCTACATTTGATTATATGTAATTGTTGTTATCCTTGCTA AACTTCTCTGCTTCTTATTTGGAATGTTGCAGCTTCAATTCCTGATCCGATCAAAGCTGA ATTGCTTCAGAGAATTCGTACATTTCTTGTTTCTCCCACTCTCTGATTCAACAGCTTCAT GCATGAAGAGGGTAGCAATATAGGTGAAGATGTGGCATTATGTTTGACTCATTTCATCTT GGAACATCGTTTGTCTAGATTATGACCACGATGAGGAAACCAGGAGCCATATGAGAAGAT GTGCTATTGGCAGTTTGCTTGTACCAAGTTTCGTAGAACTGTATAAATTGCTACTTGGTG GTTTTATGTTGATGGCCCAGGTTCAGAGTTTGATCACTACATGACCCTCACCTTTTAGTG GCTAAACTATCTGTTATCTGGTTGTCCCTAGTTTTAAGAAAGTGTAGTTTTATTGAGATG CCTGCTCCTCAGCAGAATCCCTGCTCTTCTTTTGTGTGTACTTTACTCATGTGTTCTTCG TATTAGTGAAAGCCAGTTGGTTGTGTGTTCTCTCTAGCTTGGTTCTCCGTCGTACTTGCC TCTGTGTTCTGTGTGTCTTCCCAAATCTTTGCAACCCAAGCGCCAAAGTGTGAGGGATTT TAACATCTTGTTAGGCCATATATAGGTAACAGGCCATATTGTTTTTAAGCATAATATGAT GGTAAGATCAATGAGCAACTTTGTCACGTCAAAGCAAATTTTCTTGAGGCGCTTGGCTAT TTTTCTGACTGCGGTGCTCAGTGCAGTAGTTTCCCCGTTGGTCACAGCCAGACTTGCTGT TGTAACTTACTACCTTCATTGACATTTCACAAAACATTTTTCATTATAGATAAAACTAGA AGTTTAAATTATCTCATTGTGGATGAAACACGAAATCTAAATCCAATATATATATATATA TATATAGAGAGAGAGAGAGAGAGAAGAATGTACCTTCTTGAAACAACAAAAAGATAAAAA TATAAAATGTATTTACTGAAATGAGGCATAGGAATAATACTGCATTTGATTTTAGGCTTT CATCTCTACTCAATCTGTGTTTTATTATGAGGAATCAAAAGATAAAGTGTTTATGGCAAT TTCAGTACATAGGGAAATGAAATCATTTTGTATGTATTAAATTAAATGGATCATTCATAT TTTCTTTTCTTTTCTTGAATGCGTTAGTAACTTAATATGATCTTCAACCTATTTAAGTTT ATACAAATGAGAAATTTTCATATATAGCCACTTAAAAATAGCCTAATTACTTTCTGTAGC TATAGTTTGATAATTACAACTCATAGCTACATGTTATCTGAAGGAGAGAGGCGTGAGAGA CTTGGAGAGTGAGGAGAGGCGAGATAGAGAGGAAAAGAGTGGGAGAAAGGTGAATTGTAT ATGTATATTGGTATGATAATTGCATATTATACATATATATCTGTATATATGGCAAGCAAG ATTGGGAGAGGAAGGAGAGAGTTGAGCGAAACTGGGAGAGGGAGGAGAGAGGCGAATTGC ATATGTATATAATTGTATATTATATATAGGCATTTGTATATATGGCGAGCGAGATTGGGA GAGGGAGGAGAGAGGCGAGCGAGAGAGGGGGAGATATGAATTGTATATGTGTATCGGTTA GATAATTGCATATTATACATATGTATTTGTATATTCTGCGAATTATACATATACCAACGT GACTAATTATACAAACTCAAAGTCAACTCATGCAATTAATGTGTAATGTTTGTCGCGAAT GGCAAGTACAACAAAGTATAACTATGATAAGTAATTAATTAGTATAAATTTGTTTAACCC CAAAAATGTAACTGTTCAAATATGGACAAAAAGCCCATATAAGTAAAATGAAATAGATTT CTCTTTTTCTTTTTCTTTTTTGAAAACAAAAAAAGTTAGGGTCGATTGGTAGACCGGGAG AGTGGTTAAATTTTTTTTTGAGAAACAGTTTTCTTTTTTTTTGGAAAACAAAAAAGAATA GGGATAGGTTGGTAGAAGGTGGCCGGGGGTGTGGTTGTAATCCAAAACATTTTTTGTCAA TCCATATTCAACCTATCTAAATTCAATCGAATTCAACCATTTCTGTGTTCTGGAATGAGC ACGGTAAGTTGTAAAATAGGGAACTGGTGCAGTTTCACCTGAAAATTTAATTAATACCCA AGAAAAGAGAAGAAAAGACAGTTTAATATTGCACAAATTGGATAATACAGAGTTGCAAAT TGTAAATGTAGATATGAAAGAAGACGTTCAATCTTTCACCCAATCATTACTTCTCTAATT CATTATAAGATCACAACACTAAATTTGGGAGGCTCATATTCAAGCATCTCCAAACAAAAT CACACTTCATTGGCTAAATTAGCCAACCCTGCTATTCAGAACCTCTCTCAGCCAGACTTT ACACCAAAATTGTGCTTTGGAAATCTGTGGAGAACACGTTTCTACTACTAAACTACAATA TTCATGAGTTCATAATATATGCTAATAAATAATAAATCCATGACTTCAGACTGGCGCGAA CACGCTGGTATTTTCAAAGAGATCCATCAAGTCCAAAGTCTGCAAAACCAACAAGGTGGT CACTTGTTAGGTATGTTTAACACTCTACTCTAGACATCATACTTTCTCATAAGGACTCAA AACTACGAAATAAGATGTCATCTTACCTCGGGCACAGAGAGCTCAAGACGAAATTTGGGT CCATCATAGTGATGCAGCACTGGTCTAAAAGCATCTTCCTCCAAAGCCCTACCAAGTTTC CTGATACGGATCTTCACCTAGATGTTAAGCACACAAAACTCATAAGTATGATAAAATACT GGAAAAAAACTATAGAGAAATAAGTGGCAACTCATGATTACCTGAGCAGGGAACCTCGAC TCTCCTTTACACTTCTTATCTTCCCAAGCAGTTGGATCAATGTTAGAACCTCCAAAACTT GTTGCCTGCACATAAAATAGTTAAAAGATATCCTAGGGGAAATTCATCATGCTTCTGATG ATGCATTGATATTTGGCAGGAATAGTACATTTTTTAGCTATACTTCGGCACGTATCTTAA TACTTCACAAGCCGTTAAGAGTATTAGTTTTAGTGCATTGTGCTTAATACTGTGCAGGAA CAAAATTGTGTGGAAGCATGACGAAGATGAAGAAAATTGGACGAGAAGTGTCAAGTTTTT AAAGGAAAGAATAAAGAAATTAACAAGGCTATGCGATCTTCTTAGCTTGGACGAAACTGA TGTTGTAATGGTCATGTAAGCAAGCAAAGGAGTAATTAAATGCCCATGAAACATAAATCT ATCAAGGCTGCTGAACAAGAACTCAATGTGATGAAACCAAGCAAGGTGAGACTTTTAATA GTACATTTGGACGGAAAAAAACAGGTTTGAGTAAATCACTCTTGGCACGACATGCCAGGG TAATCTTCAGCCCAGTTTTCTTCGCCGAATTACATCAAGGGTATTTTTCATCTAGGGTTA TTTCTACACGCTGTATAAGCACGGTAAACACGATGTAAGAGAAGTTCTTGGAGGTGCACA AGGGCTAGAAACGGTGAAAGCAAGATTCTCTGTAGGGTTTTTCTTTCTCTCTTTATTTCT TGCATTTCATAATTTCTTCAAAAGATTTTGTGCTTGCTGCCTTGAATATGTGTAGCTAAG CTTTATTTCTAGGGGTTTGACGGAATCTTTTATTGTTTGAATTATTCATGTTGTCTTTCT TTAATGAAACCAAGTTCATTCTGTTTATTCAACTGTTGTTTTGTGATTCTAATCAGTTGA AAAGGCTATCAACTAGTTGTGCATGTGGGATTAGAATGCTTGAAAAAGATTTGACTTGGG TTATGTTGAATAACTGTACTTTAAGAAGGATAGGGGTTGAATGATTTAACTTAACGGTGC CATCAAGAGGAAACTGGGGTCCTTATTGAGATCATTAGCCTAAGAAGGTCATTTTAAGAT GTTAATCACTAAAGATATGAAAGAAATTGGTGGTAAATTTAGTCTCACAATCTACAGTCA TTAACTAGACCTAATTTGAAGAAGACATGTTCGTAGTTCACTGCAATAAATAGGGAAATC TTAGCTCTAGATCTTTTTCTCTCTTTGAATTTATTCCATTACTCTTGCTTTATAGTTAAT ATTTATTCTTATTTTCTTAGTTTATAATTAGCTCTAAATTTATTACTATTACCTTATTTG ATAAATAAACTGCAGATTATCCTTTTTATGACTAGAGTTCTAACAACTCATTTTGTTGCA TAGAATAACTATAGCAGAAAAACTGAGCCCTTTAAATAAGCCACCTTAAAATGGAAGCTA GTAATGCTCATCCTTCAGCAATTTATAGTACTTGGACTAATTTTGATAAATATGACGGTA GTGAGTTAATACTCAAGGCAAAAGAAGTAGAATTGTGAGTCCATCACCAATATAACTGCA TGTCTTCAAACTACTCGCCATTTTTAGATAACAAAGTCTTAACACAAAAGAATAGTTTCT CTGCTCTATGAAGAAAAATCTTATGATATTCAAAGCAACCAAATGCTTGTCTAAATATGC TTTTGTTTGTGCAATATCTTATGGTCTTTGACCGAATTTACATTATAAGGATGTGAACAA GTAAAAACAGATTTGTTGGACATACCTCAAAGATACCATGCAACTGGTGAGTAGTGTAAT TGTAGAGGAACAACGGTAACCCTGGTGTTATTGCCCTCACAGAATCTTTGTACCTTGGAG GTAGACCTGCGAAACAACGATTATAGTTGAGACTTATGATAACAACAAATATATATAATG CCATCACCTCCTATTTATCAATGACTTCACCTCTCTCTATAGTTTGCTCTATCTACAAAA TATAACTATATAAGGTTCCAGGTAATATCAAGTTAGGAAGGTATTATCGAGTTAGGATCT CACGTCTTCTCTCTCTCACAAACAACTAAAACTCTCTGATCGGCTGCAAATTGTAAAAAT ATCAACGCATGTAAAATGCATACAGACTGTTAAAACAACATTCCAGGTATAATAAGGTTA GGATCTAAGCTGCTTCGTTTTTCTCTCACGAGTGATTCAAACTCTGATCAGCCATCAGTG ATAAAATGTCAAAGCATGCAAAATGCATACAGACCGACAAGTAAAGGACATGAATGTGGT GTTACATTATTATTTCAGTCACACTGTTGATCAAGCACGTTCAACATGCACTTAAGGTGT TTATAACCAAACGTATACAAGGCATAAATTCCACACTCTCATTATGCCAAACAAAAAAGT CCACACAATAATTAAAAGATGATAGAAATTACCAAACAGCTGGCGCTTCAAGTCTTCCTG CATTGTGTCATTGTTGCAAACAAAGATATACCCACCAAGAACCTCATTCCTGGGCAGTGT CTCAGCAGCAGGCAAAGTCTTAAACCTTTTGTCAACAGCATTGTTCCCGTTGATACTCTC AGTGTTTTTGTTATTGCCATAGCTGCTAGCGTCATTTGTGTGGTTGCTACTGAACTTGCT AAATGACATATTTCCCAAGCTGTTGACATTGGATTTCGGACAAACAGAATTAACGTTGTG AATGTCATTACTGAAGGAGCTCTTGGTCGTATTGTCAGTTATCTTGGTATCAAAATTCAA CATGTTGAGGTATTGGTTTTCCCACTTGTTATCTTCCTGTAAACCAAGATAAACCCTGAA CCTACTTTCAGCTGAGCTTTTCGAAAGGTCAAGGTTATTCACCCGCTCACCCTTGGACCT TAACTGCTCAGCCAATTTTACAGTACCCGTTGTCCATGTATGATCCTCCGATACTTTTGA TTGTCCTCGAAGCTCATCCCCGAATTGCCAATAGCTGCTCATACCATCCATGTTGCGGAG TCAGACAATTTAACTTACACCTCCAAAACCTACCTGACATATGTTTAAACAGAACAAAAA ATCAGACGAAAAATACTAAAAAGTGAGTCCATCACAAAATATCAGGGCTATATTCTAAAA ATCACAGCAAAAGGAGTTAAATCAAGCACAGCATAGTATAAGATATACAAGTATACATCT TTTGAGTCTGTATCAAAGAAAAATGTCATACTTCCTCATTTAGAAATAATTCAACTTGAA ACTATGCATTTTATGAGATATAGCCACACAAATGTCTACACTCTACAACTTGTTTTGAGA TCAGAAGTTCCAACTTTAGTCTTTTAATAAATTCTGTGCCAGTCAAACAACGTCATATAA ATAGTGACGGAAGGAGACTGAAATACCACTTGAATTACATTATAGATCAGCTAACAGTGA CAACAACATCAGCATCAAAATGGCAACAGTGGTGATAAAGAAGTTGGGAACAGTTTAAAA AGCTTGCTGAATATCACAAAATTAAGGCAAATAAAGTCAACGTACACCGTGCAAGCATCA AGCAGGGATTAAAGACTGAATCATAACAGAGAACACATAAACTTTATGGTAATTGTGTCA ATAGCAGCTTTCAGAAGAAAACAGGAAACGAAAAAAAAAAAAAATTAATCAAGCCATACA TGGTTAGGTAAAAAGTTCAAGCAGTACGGATCAAATGAATCACAGATAAGATCACCAAAT TGGAAATGCAGCTTAGTTTAAACTTAACACAAAAACAAACAGAGGCATAGCTAGAAAGTT ACCTATGAATTAAGCCAAATCAATCCACAAAACAAATACAAAAATTACCAGTAATGTCGT TAATCTAAAATTCAGAACTCATAAATTTCAAATTCTAACTCCGCGTTTTCAAGCAGATAT TTAACTAGGAGATCAACAAAAAAAATTATTCAGTTACAATAAACCTAGATTTTGAAATCT ATAGCTAAAGCTTAAAACTGCAGAACAAGAAAAGAGAGAAGAAATTCACCTTTTTCTTCT CCAGGAAGACACAGAGAAGAGACGCTGAACACCAGTTCAAGTATTTTGAAAAAACTTACA CCTATTATCTCAGCTGTCACAGAGTACGCACTCATTTTTTTAGTATATAATATTAAATGT TATTTTCCTATATTATAAATAATAGTTCTCTACTATTTGATTTTAGTAATATAATATTAA ATGTTATTTTCCTCTATTCAATAATAGTTGTTTACTATTTCATTTCATATATTTTTAAAA AACTATTATAAATAAAAATGAATAATTTTACAGTATTATTTTTTGTATATAATAAAAATA ATATTTTAATAAAAATTATAAATAATGATAAAAGTAAATCAAACAATGAATAAATATATA TTTTTAATATAATGAATAACTATTATTATTAATAGAATGCTACTAACTTTTTTTTATAGT AAAATATTTACATTCTCCGACATTAGATTTTCAAAATTTTATGATGAAAATCCACGCGCT GTGCATGGCGTGGTTGAGCAGTTTGAGTCGTTTGACGGCTGCTGAGTGATGAGAGTAGAA TACACGCGTCATTGGTGAGAGTGGATAGGGTTGTGTAAATATGGTCAGACATCCGTGTCG TGCTGGCCATTTTGAACAAGAGATGTGCTAATTTATAGGGGCTGTCGGTCGAATAAGAAA CAAGGCCCACTAATTCCGTACTTGGTTTGGGCCTGTTAAGGTTTTTCTTGACCCGACTTG ATTGAGCTCAAAATATCACTTTTCTCATTCTGTATAATTTTTTAAAAAACTATGACATAC TTTTTAATTACAGAGTTTGTGTTTTTTAATAAAAGATAGTTGATGACCAATGGATGTTCT ATATATATTTATTTTGGATAATTTTTACGTTATAAGTTGAATATTTTAAAATTTAATTAG ACCAATATTCTTTTTTTTATAATATTAAATCAGAATTAATCTAATTTTGATTTTTAATAT TGAGTTTTCGTATGGTATTGTTCGAGCTCCATTTTTCATAATTGGCAGTGTAGGGAGAGG TGGAGGTGGATGTTAAATTGTCTCATATGTAGTATGTGAATTTTTGACTTTCTTATACGT TCTTTGTGTAGTTAATAAGAATTTCTTAATCTTTGTTTGTGTAACTAATGGTTTAAAATA TTTTTTACTTTTAAGAACGTAATCGAGTCGAATAAAATTAATTTTAAACAGTTTTTTTTA CTCTATTTAAGAAATTTAAGGACTAAAATGTATAGTTAAATAAAATCTAAGATTTTCAAC CCTAGTTGATACTCAATTTAAAGTTAGTATACAATACTTCATATTCAATCTCATAAATAT ATATAGAATTTACAAAAAGTGTATTCGATGAAAGACATAAATAAGAAAGAGGAGAAAAAT TTATATAATTTTGGACAATTCTAATTTGATAAGTTTATATATTTTTGTAGAGTAAATTGA ACTCAAAATCCATTCAATCTTATATTAAAATTGAATAATATTAATTAAAACACTCTTAAG TTGCAATAATATTTAAAAATTGAGGTTGAATTTTGATTCATGTGGCCTGCATTTTCTGAC CAATTCTATTGGTTGGCATGTGGGGAGTGTTATAGCAGTCTGATTAAACATAAGTTGTTT ATGACAACAAAATATTAGAGTTTGGATTCGATGTTTCCTAAGATAGGGAAGACATTTGTT TAAGAATAAATTAAATAAAAGAAATATTATAAGAGATCACTTTAGTGTGAGTTGGATCTC ATAATTTTTAAGTGTTTTAAAATGCATGTTCAATTGTGACAATTAATTGATCATGATTTT GCTAAATGCTTAATGCAAGATAATTTTGTTTGTACCCACTGAAACAACTATTTACTAAAA GAATTTATGAGATTCTTAGATTACTGATTTAAAAATTTTTCTGAACAAATTATAAATTTA ATGAAAGATGTTAGATCACAATCTAAAAGTTTGTAAATATATAATCAATGTAAGAAGATT ATTTGATATTTTGTTTGTATGATTAGGTAATTAAGAAAAATCATCAGATTCGACTCTGAT ATTGTTGGAAAAGTATTGTAAAAAAATTATATAGACAATAACGCGATAAAAACGATTTCT CAATCGATTCCATCATTTTACTCCAGCCAAATGTGAATGAAATTGTTGCTTCCGTTCTGA TAAATTTAACTCTCAAAGCTAAGAATCACCAGTTCGTTGAATAAAAGTTTTGATATAAAA TAACAATCATTATCGAGAAATGCACTAATCTAGTTAGAGGACATACAAATTTGATTAAGA ACTATACCACTCTTCACCAAGACTGAAATAAATTGAACTTCATAGATACCGACTAAGATC AAAATGACAGTTAACCAAGTTCAAATTAACTTCTTAAATTTGTCTCTCTTCTTGAGATTC ACTCACTATTAAAGAAACTCAATTTTCTATTGTTGTCTAACAAGAAAAAGGGAAAAATTG TGGATAATCATGCCTTAATTTTAGCTATAATTATGTCCATCTCTCTCCTCTTTTCCTCTC TCACGCCTCTCTTTTCTATCCTCTCTTATACATATACAATACAAATTGATATGATTGTAT ACAAATTTGTGTAGTACATATACAAATACAAATTGATATTATTGTATACAATTTGTTCAT CAATACAAATTGTATTTCGTTAATACTATAGTATTCACTGATACATATAAATACTAATTA TATACACAATTATTCGGATATACAAATACAATCATTGATACATATGTATATATACAATTA TTTAACATATATACAGATAGAATTCGTCTCTCTACACTCTGCAACCTCTCTTTTATCTCT CAATCTCTCTTGCGTCTCTCCTCCCTCTAACAATGTAGCTACGACTCATAATTAGCAAAA TATAGCTATGAAGCCTAATTAAATTTATTTTAATGACTATTTCCGAAGTTTCTTCAAAAG AAAAAAGGAAGACAAAAAAATACGACCTCAAAATGTAGATAAAATTTAAACTGAAAGTGT TATTTCCTTAAATCAGCTCTTATTAATTTAGTTGTCCAAAAATGGGGTATATATGGTATT TTCGCCTAAATTTCTTTGTAGCCCAATAGAATAGATTCCGATTTACTAAAAGCCCACAAT ATTTTCTCAAACTAATGACGTGTCACAAAGGTTATATCAGTATTTATAACTTAACCTGCA TAGCGTTGTAATAGACCGACTGATAAAAACTAAGCAAGGGCAAAAGGATTTAGCTAGAAC CCTAAACTGATCGAATCGAAGCAACTCAACAATGGAGATGCAAAGCGAATTCGATCGTCT CCTTTTCTTCGAACACGCTCGGAAGAGTGCTGAAACCGCCTATGCTCAGAATCCCCTAGA TGCTGATGTCCGTATCTCCTCTTTCTCTTCATTTATCATTTCTGTTTTATCGTTCTAATT TTCGATTTCAGCTGTTTGATGTGTTTTTGTGTTTAATTTGAACTTCGATGCATTGTTGAA TGAATGAGTTTGTTGTTTCTGATATATGATGATGAATGCAGAACTTGACGAGGTGGGGAG GTGCATTGCTGGAATTATCACAGTTTCAGCCCGTAGCTGAATCGAAACAAATGATTTCTG GTATTGAGTTGCTTGAATTTTTGGTACTTGATTAAATAGTTTGTTATAAATTAGATTTTT CTAGTATCTGTTAGTTAAACCTATAATGTGTTTCTTCAGCCCAAAAAATGTTCTTCTTTT GTTTGCTGTTTTGGTTTGTTTCTGAAATTCTAAGAGACTGATGAAGTGTGTATTTGTTGT CGTTTACTATATGTTTTGGGGACTTAACTTGGCAGATGCAACATCAAAGTTGGAGGAGGC ATTGACAGTGAACCCTGAAAAGCATGATGCGCTTTGGTGTTTGGGAAATGCTCATACATC ACATGCTTTTTTAACTCCTGATATGGATGAGGCTAAGGTTTACTTTGAAAAAGCAACTCA GTGCTTTCAACAGGCATTTGATGCGGTATATTTTTATCAATAGACATTCCAAATGTATTT GCTCCTGAACTGTTGGAAGTAGCTTAGATTTTTGTTACTCTGAATGCAGGATCCCTCAAA TGACCTTTACCGCAAATCTCTGGAAGTTACTGCTAAGGTGAAACTTTTGTTGTTCTTTAG CTAAGTGTCGATATGTTTAATGCTTTGCATCTTTATGTTGTATTTAGGTATTCCAAATGA ATGATATCAAACTGATACACGTGGTTGTGTGCCATTGCCTTTTTCTCGCTTATTCCCCTT TTTTGCACTCAATTCTTTTTTTTTTCATGTTCATTCCTACATGGTCCTTTGTAATTGGTG TATATCGATATTGTGTTAATTTTTTGTGTATCTTTTCTTGCCCCTGACTTCCTCCTATCC ATATTATGGTATTTTTAGCTTTTACATTTAGTCCAAAATAGATAGTTTTTAACATAAGCA AGAAGTTATTAATAGTTCTTTTCCAAATTTTCACTTAGATAAGTGAATTTTTACCTAACC AAGAAATCATGTTAAAGTAAAATTATTTTATCAAGGTGCAATCACTTATCTCAACGAGTA AGTGATTTCTTAAAAGGGTATGTCCAGGCTTAAAATACCATAGATATGGAATGAAGGGGG TATTGCACGTAGGCCTTACCCCTATCTTCGGAAGTACAAAGGTGGTTTTTGATAAGATCC TTGACTCATGGAAAAGCAATTTAAAGTAGATTGAAAAGAAATTACGAAGTGGACAAGCCA TGGAAAAATTCTATAGAGAGCATGAGAAAACACTCTGAAAAGGTGTCGTAACTACAACAA AATACTATTATAATTGAAGTACAAGAAACATGTTGTAGCAGAAATAGGAAGACAAGAAAC TACAAGAGTAATACTACAACGAACTAGTATGTAAGGAAAAGCAAGATGACACCCAACTAT TTATCAACTTTTTTCCCAAATTCGTGTCCTTCATAACCTCCTATCTAAGGCTGTTTTCTC GATAAGTTTAACCTCATCATGCCCTATCTAATCACCTCTACCTTATGCTTCTTCGGACTA TTTGTTCCTATCTGAATTTATCCATAGTCAACCTCTCACACCTCCTCGCTGGGGCATATG TTCCTTTCCTCTACACATTTACAGACCATCTCAGTTTTTTTCTTGCATCTTATCCTTCAC CGGGGCTACTTCCACCTCACCCAAATATCTTTACTTCTAATACTATCTCTGTGAGTATGC CCACACATCTATCTCAACATACTCATTCCCGCAACTTCCATTTTATGATTGTGGGGGTTC TTAGCTAGCTAACATTCTGGCAATACAACATAGTTGGTCTAAACACCACTATGTATAACT TGCCTTAAGTTTCAATGGCACTTTCTTAGCACACAACACTTCGGAGGCAAGCCTCCACAT CCACCCTGCACCTAAACGATGTGTGATGTTGTCATCAGGAACCTTCTTAGATTACACTTT ACATCATTTGTCATTATACAGATGTAAAATTTAGTCAACATTAGAGCCAAATTTTTCGTT GTCAATCAGAGCATTATGAGATCTTACAAATTACTATGCCTCGGTCCAATTTATGTGATA CCCTCCATTTTTGAGAGTCAATTTGTCGAAACTTGATGCTAGATTGAATTAGATTAGATG TTTAAAACTCTACAAAATTTACTATAAATTGCAAGTTTAACTGAGATTAATATTTTTAAG CATAACTATATATGAAGAACATAAATTGATTCTGGAGGTTCATTTAATGCATTTAATTTT TTTTCCTCAACTTCTTCTAAAACTGAACTTATCACCACGTTTAACTCGCATAAAGTCTTG CACCATGAAATATCACGCATGAAATTAAAACCTAATAAATACACCAAAAAACTATTATTG TCTATAACTACTGAAATTATATGCTCACAAATTCATATAAATGCCAATATTTTCCAGTTT ATGGTTTTAACTGAGTTGTAATTATTTGACATAATTCAATTCATTTTAATTTATAGAATG TTGAATGGCTTTTTTCACTCTGTGTTAGATAACATGCTACTTGTCCAATCCAATAACTTT TGTCAGTTTGTCTGTTCGGGTAAGGTGATTAGAAGTCAAAGTTGTTAGTTTGAATATAGT CCATCTTGATTGACATGATGTATGCCCAAAACTGATTGCTTTAGAACGTCTGTTCAGTTT TGGTAGTTTAAACGTTGAGCTATAGTTAGCCATTTTGTAGGTCTCTATGTGCGGTTTACG TAGGTGAAACAGTCATTTCATATCTTTTGTATTATCTTAGAGACTGATAAATAAGAAAAC GTCTTGCGGTAAAGGATGAATGGATTATCACATAAAGTTTATTGCTTTACTGTTAAGCCA AAAGACACTTATTGTTGGATGGTCATTCATCGTTGATATTGAGGGAGATGAAGAAGTGCA ATTACTTTAAATATGAAAAATAGGAACTTCTATCAAAATGTGCGTTATTCCTCGTTACAT GTGTTCATGCAGTGATACATATTATATATGTGACGCTAGTATGTGTATCAATTTGCTCAT CATACTAATTTTGTTCCTGAAGGTTTTCTTGACGTCCTCTTTGGTTTCCATTCCTTACAT CAGTAGGAGATGTAATGAATTCACACAAGTAGCAACAGATAAGGAAAATTATATTAGGAC TCATTATAAGGAAGGAAATTAAGAAAGAACTGGGATAAAATCTGAAGCAACGATGCACCA ATCACTACTCTACCAAGTGACTGCATCCTTCAGAACTTACCTATCTTGCAGGAAAAAGGG AAGTTGCAAATTTTGCAAATTCTTTTTCTACATCAATATTTATTTTAGGATAAATTACAG CCCAAACCTTTGGGCCATCTAGTTAATAAAATATGTACAGTTTATAGGTAGTGTCTACTT CGGTTTAGGTTTGGTAAACTAGATGGCCGAAGTTTACATCTTCTCAAGTATCCCTTTATT CTATCCTATTGCCATTCACATAATTATGGGGTGTGAGATTCTAGGTCCCGTTGGAGTTTA TTAGGTAGCTGTCTGGTGTTTGGCTGGCTGGGTATTTCCTTGGTTTCGTTGGTGTAGAAG TGGATCGCACATGGGGGTTGCCCAAGACCCATCAATCCTCCCACACTCAATGTGAGACTC AACAGAACCTCCGCACGCCTGGGATTGGTCTTTTAGAATGTGGACAATGTAACTTGGGGG GGGGGGGGCAACATCGGATAAACAAAGAATTGGGATGAACCTTTCTCAGATACCATGATA AAAAAATTTCAACTGCAATATATTGATCAAGAGGTGAGGATTTTCAAAACCATATAAAGA GACCTAATCAACCCTCACACGATGTGGGACTCGACGGTAACATTTGGCAGTTGCTATATC AGAGATTTACTAAGGTTGCAACGCAAAAGTTTTTCCCTATCCTAGGAATATTTTCATGTT AAATACATTACGTGATTTATTTCCATATTTTCTGCATTCAATTCTAGCTTCTGCACCTTC TAATCAAATTGAACAACTAATGGGATATACTCACTATTTTACTAAAAATGGATCAAAGTG AATTTGTTTTGTTCTTCTGCTAAAAGTTTTCTTTATACGGATAAGATTCAACATTTACTG TATGAGAGATTTGTAAGGTTTCAGACTTAAAAGCTTTTCCTACTCTCCAGGCATCTTAGT ATGTTTATTATTGTAAGCTATATGGAAGGGGCATTATGCATTTAAGTGGAAAGTCGTCTC CTTGAGTGATGACACTGAAAACGCTGCTATGATGTAGATGTCAGATCTTTTGACTTTTGT TTGTGGTCTCTGTCGATGAATCCTCCCTCCTTTTCTCTCCCCTACTGGTATATTCCCCAA ACCCTTGAAAGGCTTCATTGGAAAACATAAGCTAAAGGCTGGTTGAGGATGTTCCCAATG GCAAGGCAATCCTCTGAAAGTGGGGGATTTGGTTTGCATATAAGACTATGTGAGCATAGA AATTGGTTTATTATAAGGTCAATGGATGTTAGTGTAATATAGTTCAATGTAGCTTCTATT GTCATATTTGTTGACATAGTAATGAGATGTACTATACTTTTTCTTAACTCTCTGATTGCT TAGCTTTTATTAAGCAAATGTGTGCAGGCATGTGATGGTAGTTGCTTGCACGAAAGATGC TTCCTTTTTTGTTGTTTGCATATATCTATCCTAAACCTCAGATTTTTTTTTCTCCAAAGA ATGGTGGGAAATCTTTGTATGACACCCCCCTCCCCCCTCCCGACGACTATTTGGTTCCAA CATTTCCTTGATTGAGTTGCATTTGTCTTTGGTAATGAATGTGGTTGAGTGTCAAATTAT GCTGATATGTCAAAGCAAACAAGCTTGAGAAATGTCCTGACTAGGTGGTGCAGCTTGTGG AATATGATTGTTTAGTTTGTTTTATTTTATCAATTTTGTGATATCTTTACTCATGAAATG TCTCATTTTATGGTTGGGAGTCTCGATTTATGTTGTTCTACATTATATTTAGGCTCCAGA ATTGCACATGGAAATCCACAGACATGGTCCCATGCAACAACCTATGGCAGCAGAACCTTC AACATCGACAAGCACAAAGGTATCTCTTTAGTCTTTAGTTCTCACGCTTTATCTCTTGAT AGGAGCGATATCTTATCTTCTGTGTTCAGTATAATTCTTACTAATTGATGTGTCTTTATT ATTTTTTTTTCTATTTAAATTGTTGTTCAGAAAAGTCGTGATGCCTTCCTCACAAAGTCT AATTGTTGCTCTTTGATTTTGTACGCCTTTAAATGTTACAATTACTTTATCCTCCCTCCT CCCTGGAAAATTGAAAGTTAAAGTCCTCTTAAGACTGGTACTGAATCTCTGTGAAAATCT GATTCATTTTTAATCTATCAATATTGTTGCTGATTCACCATTATGTCTGCTGTTGCATTG CAGAGTTCAAAAAAGAAGAAGAGCAGTGATCTCAAGTATGACATTTTTGGGTGGGTCATA CTTGCCGTTGGCATTGTTGCATGGGTGGGATTTGCAAAATCTAATATGCCTCCACCACCA CCACCGCATCCACAGTGAAACCCATAATACAGCTTAGCTTTACTGGTGAAGATACTCTAT TAGAGTTTTTCCTTTTGCATAAACAGGACCCTAGGCATTAATGCCTGTCATTTAGCTAGT TACTGAAACTTTATAACTTTCTGGTGAAAACTTTGAAGACTTTTTTTCTGTTGTAATAGA TTAAATAAGACTTTTTTTCTGTTGTGATAGATCAAATAAGACTTTTTCTTTTAATCTCGG GATATTTTTCATGGTGTTAAGCTTTGTCTTAAATCTACGTTGTTTTCTTCATTATTGTGT ATAGTTAGATGTCATCTTTGTAGCTGCTGCTATCAAGAACTTATTCTAAAATAACTGAGC GGCCAGCCTCAACTTTTACAAAATAGGGGACAAGATGTCACTGGACCAATTCTCTCTGAC AGGAAAAGGATTTGCCAATTAGCAAAAACTCAATCAATACTGTTACTTGTGGTGGTTGAC AATCAAAATTCAACAACTTAGATTGAGAAATTAGAAATATACGGAAAGACTTGCATACAA ATATTATTTTACTCAACCAAAGGAATGCTTTTGCAACAGCAAAACTAGGCTGTTGTCTTC TTCGACGTTTGCTCTCACCTGGAAATATTCTGGAGATGGTTTCCAGTGTCGCAATGAATT GACAGAAGATGTCCTTTTTCAGGATGCATATATTTCCATCCGTCGTCGAGGATACATTAT GTAGGAGATCTTCCATACAGATTAGCGTACACAGTTTTTGTGCGGTACACCAGAATCATG CTTAGAACAGCTGCAATAATGCAGATTCCTGACATTATCAAGGAAGTCAAGAAGAAGCAA ATGGTACCTTCACACTTGAGAGGTTCATCAATGTTTAAGAAACTTGTCAAAACCGATGCC AAATTCAAGCTCCCTAGTCCTATCTGAGACTGATGAGCTTGCTTTTCAGCTTCCCTGTCA TATATACTACTGGCAATAAGACCTGAAAATACTAATGAACCAGCTGGGTTGGCAATAGTG AGGAAATTGTACAAAGCCCCAAAATTCTTTAATCCAAACAATTCTGAAGCAGCAGCTGGC ACAATCGCCCAATGAGCTCCATAACCAAGTCCAACCAAAAGAGTACCAATATACATAGCT CCAGGCCAACCCATAGCAAAGAAAAAATGACCAAAGGCCATCACAACTTGAGCAACCGCC ATAGCTGCATGCCTTGGATATGCATTATCCCTGTTTGACAAAGGTCGTGTGAAGAGATTT ATGAGATTTGAATTTTCATGTAAAGATAAGGTTCATACCTGACGATTATCTCAGAAAAGT ATCCACCCCCAATTCGGCCAAGGAAGTTCCATATGCTGATCATGGAAACAAATACATGTG TGTTTTCATATCCTAAAGATTGGCTCATCTGTCCCAAGTTATCAATGACAGTCAAACCAG ATCCAGAACCGAAAAGCAGTGAGAAAAACATAAGCCAGAAATCTGCTTTTATTAAAGCCT GGACTAAAGTAAAGTCCTCTCCCCTACGAGGACCTCGTCTCCTTTTCACCCTCACAGCTC CTTCTGCAGCTGCTTGTGCTAGTCTCACTTGTAACTGCGCGATCCTTTTCTGCCTTTCTA AAGCAGGAAGCAAGTCTACTCCCTTTGGTTTCTCTTCTTCAACCTCACTAAATATAATTT CTTGACCATCGTAGTGTTCTGATCTGCCAGGACCTTGATCACCTGACCGAGATACAAGTG CCTCTTCTTCTGGTACTACTCTTGGCTCTTGAGTGAAACTCAAATAGATAGGGATCACAA TAGGGATAATCAAGATGACAAATAGAATAGATGTGAGGATAATAATAGCATTTTGGCTAA CATCGACTAAGTCTTCAACAATCATAACTCCCAATAAGTAAGAAGCTAAAATGAGGCATA TACTGTAAACAAACGAAAAACTTAAACCATCAGAAGGCCTGACTTGTCTATGGCCTCCAA CAGGCCTGATTATAAACATGAGAGCTATAATCACCATTGCTGGTCCAACCGCAATCACAA ATATAAGTGAAGCGTGATCCGGGGAATGAATTACTGCATATATCTGAGTTATGATAGCAC CACCTAAGCCAGCAAATCCCTTAAGAATCCCAACCACAGGACCGCGACTTTTCGGGAAAT TTTGTACACAAGAGACTAAAGCTGCTGTGTTGAAGTAGGTTTCACCATTTGTTCCTATAA ATATAAGAATACACATCTGCAGAGAAATGGTTAAACTTCAGCTGTTAGAGAAAACAAGGA ATTTGTGACAATTTTGCACTCTAGTAGACACTAATAAGTTATGCCCAATTGATGTCATGG ATAAGACATAATTCATTATGATAATCAGCAAAATAGGGACTGAGTTCAAGTGTAAACTTT GGTACTATGCCTCAATTCCAATCAAGCACAGTTGAGCCGCATGGAAAATGTATAAAATTA CAAAAAAAAAAAAAAGTTTTGGATAATAAAACATTAATTTAGTTAAAGTGTGTCTCTGAA ATTTCAATCATAATCTACCAGATATTTATGTATTATGTATATATATACACATACATATTT TCCTAAAATTCGGAGACACAGATGCAATTTAAATAGCCCTTTGGTAACATGTAAGGTATC AACTTGGACAGAAGCACTTGTGTCTCCATTCGATAATAGGAAAGTACACTTGTTACCTTT ATTTTTAAGGCACAAATGCTTGTCTAACATTTACTATTACGATTTACGGGGTATATATAT ATATATAGTATTCCAACTTAGTTTTTACAAATTCTTCTTTAAAATAGAAATGTCAAGACT AGAAAAAAAGAAAAGCAGAATAAAAGTAAATTCAAAATTTGAAATTTATGAATTCTTATA ATAATTTCAAATTAAGTTGAGTTCCCACTTAAATATTTATAAAATATTAGTGAATTTTTC AATACACTTTGTAGCTAAAACTTTGGATATGCCCCAGACAGAAACATGAAATTCGACTTT GTAGCCACTTGAGCTCGACGCATTTTGAGATGGCAAGAATGCCACAAAAAAACTTTTTAA AAATTAGTTTTTGTGTTTGACAAAGTAAAAATAAAATTTTTTTGGTGACAATTCAATTAA TTTAATGCATATCATATAAAAAAATGGGAACTTTTCAACGTCCAACTATAGCAAAAATGA GTGGACAGCAAGAGCCTCGTTTCAAAGAAAACTCATAAAGATAGAGTTGCGTTCACTACG AAAGAAAAATATTTTTAGAAATTTTTATATTCAATTCATAAGCAAAAAAAAGAAAAGAAT TAATAATATATACGTTTCTTATTTATTTTTTGTGTTTGATAGTATAAGTAAAGAAAAAAA AATGAAGATGAGATGTATTATAAGTTGACAAGAACACAGTCGATTGAATCACTTGTATAA CTTATTTTAAGCTTCAACTAAAAGAAAGATCATTTTCTATATTTCAAGTTATGAAGAAAA AAAAATTAAATAAAACATTTTCTGAAAAATATTTTTCGATTAGAAACTTTTGAAATGAAG ATGAATGAAGAAGGGTGGTTTACTCACAGCCCATAATGGCAAAGGTTCAGTTCTTCGAGT CACAATAAGCCAAAGCCAACCATATCCAATAAAATTCTGAATAGCACCCACAAGAAGTGC AGCCCATAAAGGCAAAATTTCACACAAAGTAGCAGCTAAAAATCCAACACTATCACCCAA ATCTTTAGCCACGCCCAATCGAGCAATCTGTTTCTGATTGTAATTCAGAGAGATTTTAAT TACTGGAGAAATACTGCCGAATAAGTATCCAAGTCCCGCACAAGTTTGAATCCACATTGC AGCAACGAACACCAGCCATCTGTTATGAAAAAAATAGCCAAATCTTTGTTTCAAATAAAT TGTCATGGATTCAGATCGAGAGCTTCAGATTTTTTATATCTTCAACTTCAAAATTCTTGT TTTATCAATGAATGAAGTTGGGCTGTGTGGGGATACGTTGCGTTTGATTACTCTCTTTTT TTGATGAGAAGAGATCAGATGAGCACAGCTAGGTATAAGCTAAAGCCTCCTTTCTTAATT CGTGTGATGGGATATGGACTCGTTCATTTATAATCTCAACTTATTTGAACATAACTTTCA ACTCATTTGAACATAACTTTTGAGTACGTATAACTTTTAAGCGATTAATTAAGTGTCTGT TTGTATTGATTTATTTTTATTATTTTAAAACTAAAATAATGTTAAATGTTATAAATCCAT TGAATTGTGTGGATTGTCCTTTAGATTTACTCAAGACTTAATTGTATTCATGTATACATG TTCCCAAGGTGATAAGAATCATTTGGATAACTATGTACCTACTAATTGGACATTTATCAT GGGGGCCTTTGGGGTGATATCTCAACTCTATAAATAGAGATATCATTCACCTTTTGTAAT ACATACTCGAATAAGAAAATTATCTCCTCTATCTTATACTTCTTGTCTTTTTCTTCTTAT ATTCTGAGCTTTCTTTACAACACGTTATCAGCACGAAGTTGCTACTTGCAAAGGTATTAT ATATAAATATTTTTATTTGATTCACATATTCTCTCATAATTTCATTATGTCGAATTTATC CAAACTTGAGTTTGTGGCATTAGATATTTCTGGAAAGAATTATCTTTCATGGGTACTCGA TGCTGAGATTCACTTGGCTGCTAAAGGTCTTGATGCCACTATTACTCAGGGAAATGAAGC ATCGAGTCAAGATAAGGCGAAAGCTATGATTTTCCTTCGTCATCATCTTGATGAGGGCCT GAAGATTGAATATCTGACGGTGAAAGATCCACTTGAATTGTGGACTGATTTAAAGGGGAG ATATGACCACCTAAAGGCAACAGTGTTGCCAAGAGCTCGTTATGAGTGGATGCATTTACG GTTTCAAGATTTTAAGACCGTAATTGAATACAACTCTGCTGTATTCAGGATAACCTCCCA GTTAAAATTATGTGGGGAGACTATAAAAGATGAGGACATGTTGGAAAAGACACTTACTAC TTTCCATGCCTCAAATGTGATATTGCAGCAACAATATCATGAAAAGGGTTTTCAGAAATA TTCTGAACTAATTTCATGTCTTTTGGTGGCTGAGCAACATAATGCTCTTTTAATGAAAAA TCATGAAGCTCGTCCCACTGGAGCTGCTCCATTATCGGAGGCAAATGTAGTGGAAGCACG TGATCAATCTGAAGTAAAAAGAGATGATCATCGGGGCTATAATAATGCACGGGGACGTGA CAAAAATAAAAGATGATACACTAATCGTCAAGGTGGTGGTCATAATAAAAGGGAGAACAA CATGAGTTCTCAAAATAACCCCTCAAAAAGTAATTGTCGTCGTTGTGGCATGAAAGGCCA TTGGAAGAATGAATGTCACACACATGAACATTTTGTAAGGCTCTATCAAAATTCCTTTAA AAAGAAAGGAAATAAAAGTGGTGCTTCCTCTTCCAATGCTCGAGCTGAGTCACATATGAC TCTTAAAGATGATGATAAGCCGGGAACATCTCAAAAATATGATAAGGATATTGAAGCAAA TTTGGCTTTAAAGGATGATGTTTTTGATGGCCTTGGTGACATTACTCATATGGAAGTTGA TGACTTCTTTGGAGAACGAAACTGATGTTTGATCTTTTAGCTGGGGAATGAAGTCTGTTA ATATATTACTTATGTATTTTTAATTATTATGTTATTCATGTTGAAGTATTTATATTTCCG TTGTTAGTTTTGTTTCTTCCTTCTTTTGATGTTTTTTATTTTAATGAAAATTAATAGAAA TCCCCAGTTGACAGTTGGATTCAAGATGAGTAATGGAGATGTATGCCTTCTTGATAATGC TACAACGCATACAATATTAAAAGAAAAGAAATACTTTTCTAATTTGGTTATGAAAATGGC ATATGTCAACACAATATCAGGTAGTACAAAATTAATTGAGGGCTCTGGAAGAGCGACCTT ATTACTACCTGGAGGGACAATATTAAGCATTGATAATGCATTATATTGTAGTAAGTCTCA AAGAAACTTATTAAGTTTCAAAGTTATTCGCCAAAATGGCTATCATGTTGAGACGGCTAA TGAAGGAAAGGTTGAATACCTTTACATTACTACAATTAATGTTGAGAAGAAAATTGTGCA TGAAAAATTACCTGCATTTTCTTCTGGGTTGTACTATACAAGTATAAGTATAGTTGAATC ACATGCCATAGTAAACAAAAGGTTTACTAATTTTAATGATTTTATCATTTGGCATGACCG GTTGGGCCATCCTGGATTTAATATGATGCGCAAAATCATTGAGAATTCACATGGACACAC CTTAAAGAGCCCAAATATCCTTCAATCAAAGGAATTCTCTTGTGCTGCTTGTTCTCAAGG AAAGTTGATCATTAAACCATCAACAGTTAAGGTTGGAATTGAATTCCCTGCGTTTCTGGA ACGTATATAGGGTGATATACGTGGACCAATTCAACCTGCATGTGGACCCTTTAAATATTA TATGGTCTTGATAGATGCTTCTACAAGATGGTCACATGTGTGTCTATTATCAACTCGCAA CATGGCTTTTGCGAGATTGCTGGCTCAAATAATAATATTGAAAGCACAATTTCCAGACTA TACAATAAAGACAATCCGTCTAGATAATGCTGGTGAGTTTACATCTCAGGCATTTAATGA TTATTGTATGTCTACTGGTATAACTGTTGAACATCCAGTTGCGCATGTTCACACTCAAAA CGGTCTAGCAAAATCATTGATTAAACGTCTGCAATTGATAGCTAGACCATTACTAATGAG AACAAAGTTATCCGTGTCTATGTGGGGGCATGCTATTTTGCATGCAGCAACACTTGTGCG CATAAGGCCAACCAATTATCATGAATTCTCCCCATTACAATTGACTTTTGGTCAAGAGCC AAACATTTCCCATCTTAGAGTTTTTGGATGTGCGGTGTATGTCCCAATTGCTCCACCACA ACGCACAAAGATGGGGCAGCAAAGAAGGTTGGAAGGTTGGGGATATATGTTGGGTATGAA TCTCCTTCAATCATAAAATATTTGGAGCCTATGACTGGAGATTTATTTAAGGCAAGATTT GCTGATTGTCATTTTGATGAATCAGTATATCCAACATTAGGGGGAGAACATAAGTCATTG GGAAAAGAGATAGATTGGAATTCATCATCTCTATCTCATCTGGATCCTCGAACAAACCAA TGTGAGCAAGAAGTTCAAAGAATAATTTATTTGCAAAACATTGCAAATCAGCTACCACAT GCATTTACGAATCTTCCAAGGATTACTAAATCGCATATTCCAGCTGTTAATGCTCCAGTT CGAGTTGATATCCCGACGGGACAAATTGTTAAGGCAAATGAGTCTAGACCACATTTGAAG CGTGGTAGACCAATTGGTTCCAAGGATAAAAATCCTCGAAAGAGAAAAGGAATAAATGAT CAAGATGATCATGGGTTGAAAGAAATTTCTCAAGATGAGACCCAAGTCATAACACATGAT GATGAGGAGGTTCGAACTTCTGAAAATAATGAAATTTCAATGAATTATGTCTCGACGAGA AAGTTGTGGAACCGAAATAATATTGTGATTGACAACATATTTGCCTATAATGTTGCTATT GAAATAATGCAACAAGATGAAGTTTTTGAGCCAAAATCTGTTCACGAATGTAGACAGAGA AATGATTGGCCAAAATGGAAGGATGCAATTCAAGCTGAATTGGCTTCACTAGAAAAACGT GAAGTTTTTGGACCAATAATCCGAACACCTGAAGGTATCAAGCCAGTGGGGTACAAATGG GTTTTTGTACGAAAAAAGAAATGAGAAAGGTGAAGTCATGAGATATAAGGCCCGACTCGT TGCTCAAGGTTTTTCTCAAAGACCTGGCATTGATTATATGGAGACATATTCTCCAGTGGT AGATGCAATCACCTTTAGATATCTCATAAATCTGGCAGTTCATGAAAAACTTGAAATGCG TCTAATGGACGTTGTCACAGCCTATCTATATGGCTCATTGGACCACAACATTTTCATGAA AATTCCTGAAGCATTTAAAGTGCCTGAAACATACAAAGATTCAAGAGAAACTTGTTCAAT AAAGCTTCAGAAATCTCTGTATGGACTGAAATAATCAGGAAGGATGTGGTACAATCGTTT GAGTGAATATTTGTTAAAGAAAGGGTACAAAAATGACCCGATTTGTCCCTGCATTTTCAG TAAATGGTTGGGGTCTGAATTTGTAATAATAGCTGTGTATGTTGATGATTTGAACATCAT TGGAACTCGTAAAGAGCTTTTAGAAGCTGTTGAGTGTCTGAAAAGACAAAATTTTATCTT GGTCTACAGATTGAGAATTTGTCAAATGGAATACGTGTTCATCAATCAACGTACACAGAA AAGATACTAAAGCGTTTTTACATGGATAACTCACATCCATTGAGTACTCCAATGGTGGTA AGATCGCTTGACATCAATACAGATCCATTTCGACCTCAAGAGAATGATGAAGAGCTTCTT GGTGATGAAACTCCTTATCTTAGTGCAATCGGGGCACTAATGTACCTTGCTAACAATACT CGACCAGATATCTGTTTTGCAGTAAGTCTACTGGCAAGATTCAGTTCCTCCCCAACAAAA AGACATTGGAATGGTGTTAAACACATACTTCGATATCTTCGAGGGACCATGGACATGGGT TTATTCTATTCCAATGAATCCAAATCAGAATTGATTGGTTACGCAGATGCAGGGTATTTA TCAGATCAGCATAAAGCTCGATCACAAACAGGCTATTTGTTTACATGTGGAGACACGGCA ATATCTTGGCGATCAATGAAGCAAACATTGGTAGCCACTTCTTCAAATCATGCAGAAATA ATAGCCATCCATGAAGCAAGTCGAGAGTGCGTCTGGTTGAGATCAATGACCCATCATATT CAGAAAAATGTGTGGTTTTTCTTTGAAAAAGAATATACCAACCACAATGTATGAAGATAA TGCTGCATGTATAGCTCAATTGAAAGGAGGATACATCAAAGGAGACCAGACAAAGCATAT CTCACCAAAGTTCTTTTTCACGCATGATCTTCAACAAAATGGTGAGATAGAAGTTCAACA AATTCGTTCAAGTGATAATCTTGCTGATTTATTCACTAAGGCATTGCCAACATCAACATT TGAGAAGTTGAGATACAAGATTGGAATGCGCCGTCTCCGAGATATCAAGTAAAGTTTTCA TCAGGGGGAGCGAAATACGCGTTGTACTCTTTTCCTTAACTATGGTTTTGTCCCAAGTTG GGTTTTCCTGGTAAGGTTTTTAATGAGGCAACATTCAAAGCGTATTATGAGATATGTGTA CTCTTTTTCCTTCTCTAGGCTTTTTCCCACTGGGTTTTTCCTAGTAAGGTTTTAACGAGG CACATAATCTATGGACATCCAAGGGGGAGTGTTATAAATCCATTGAATTGTGTGGATTGT CCTTTAGATTTACTCAAGACTTAATTGTATTCATGTATACATGTTCCCAAGGTGATAAGA ATCATTTGGATAACTATGTACCTACTAATTGGACATTTATCATGGGGGCCTTTGGGGTGA TATCTCAACTCTATAAATAGAGATATCATTCACCTTTTGTAATACATACTCGAATAAGAA AATTATCTCCTCTATCTTATACTTCTTGTCTTTTTCTTCTTATATTCTGAGCTTTCTTTA CAACATTAAAATATTTATAAGCATTTATTTTATAGTTAAATAACAAAAATAAATCATAAG TTAGAAATCTTTATAGGGATTAATATACCTATTGGTAATGTAACAATGAGAATAGTATTT AAACCTCTAGTAACATGTGTTTTCTTAAAATATATGGTTGTAGCTATAATTTAAGTTGTC TTGTTTGTATAATTCGCAGGTACATTTGTATTATTAAACTATTTTTGTTTAAACTCAAAA TAATAAATTTATACAAACACAAACATCTAAATTTTAAACATGTATACGATTATATTATAC AATATTCAATTATACATAAGTTGGACATATTATATTATACACATTCTGAATTATACAAAT ATTCGAATTACACAGACTCAAAACCCTTGTCCGCATAATTATCGCTGAATGTTTGATTGC TAAAATTATAAAGTAGTTAACTATAATAGTATATGTCTGCTTATCCATATAATTTTCCTA TTATAAATTTCTTCTTAAGATTGTTGAGGTATGATTATATATAACAATATACAATGATCT AAGCTGAGCATTATGAATTTATAATTAAAAATATTTGAAATAAATCAAATTAAAGGCACC TTTGATAAACATGAATTAAATATGTAACAACTGCTCAAACAAGTTATCCTATTTTATTTG CACGGTTATAGTCTGTTTAATATAATTAAGGCATTTCTCTTTTCAAAAATTAGTAAGTCT TTAAATTTCTATTTTATCCTTATTAGTTAACTTAAGTTTAGTTTAATACTCACATGATAC ACTGGTTTTTGTTGTTTTTATTTTTATAGAAAAAGAGCGAAAATGAAAGATATATATTAA CTGCATAAATAGGTATGTTTAAATCAAAGCTAATTAATACATAATATGTGTTAAACTATA CATGCTTATCATTTAACAATAGTTAAATAATGTAACTTTATTAAATTATTTATTTATAAT AAATTATAGTAGTTTGATGATGTAAAAAAAATGAATTTTGAGCTTAAATCAATTCTAAAA ATTAGCTTCTATCAAAAAGATTGTCAAAAATCTTATAAGAGAACTATTTATCACTTTTAT CTGATATGAGATTTTTTAACACAACAACATCATATTTAAAATTAAATATTAAAATCCAAC ATTATTATACAATAATTGAGATAAATCTTACTCTAGCTACTAACACGATAAATAAGTAGT TGGACCTATTCAAACTCAAACTAACTCCGTCGAGAAAGATGACCCAAGTCTAGCTTTCAT TCAATCGTGTCTCTCTTAACCTGATGTAAACACACGATGAGATTAGGGAAAATCACTATT TTCTCATTTAAAATGAGTAGTAGCTATATTAACTAATATTATGATTGAATTAATGTGAAA AGAAAAAATTAACAATTGTTTTATATGGATGGTTGTTATCCGTTGTATTGTTTGTTAAAA TATATTGTTATTTTGTTTGTTACTTAAATTATAGAAAATTATATCTTTATCATTTAAATT TATTGTTAGATAATAACAAAAAGACTCATTTTATGTAATAATCGATTTGGTATGGTCACG TCATTATCATAATATATATTCTTCTCATTTTATCTATATTTATTATTGAGAAAAAGGACG GCCTCGAACGTTGATAAATGGTACGTATATATCCTCCATTATACTTCGCGTCCACCTAAG CCCCTACTGTCCAATTAATTATCGGTACACATATGCCCTCTCACTAACGACCCCCTCATT TCGTACACGTATCTTAATCCTAATAAACTACCCGTTTGACCTTTCTTTTTAACCCATAAA CCAACAACCCACCTCATAAACCCAGTACCCATCCAAATCCCTCTAAGATATATTCTAATG AAAACACTCAAATCTACCGTGTCCATTTCCTATCACACAAAACCCTAACCTCCATCAAGT TCGTCGATTCATAGCGTGTCCTTTAATTTCATCAAAGATATCCAAATATTTTATTCGAAA ACAGAAAGCAAGAAAACTGTTATATAATCTTTTATATATTTCAAATATATTGTTCAAACC TGGTGTATAATACATCAAACTCAACTAAAATTTTGAGTGGAAGAAAAAGCAGGGACACAA AGCATTGAGTAGATGTTTATCAATTATTATCGATAAAGATGGGTTACCTATTTTTTTTTA ACATAATAAAAGCTATAAACTACAAGTGGAGCCGCCTGTCTATCTATAATAATCTGTCCG GTATTCCTGTCCCACATGCCTATCACACATTTAATAATTAAAATAACTTCATCAGAATTT TCACAATCAAACATGACATAAACGTTTAATTATATTTTCACTGATTTTTTTGGCCTTTTA GTAAATTGTTGAAAATTTAAGATAAATATATTTATTTTTTCACGAATAGCTATATTCTTA TCATTTTTTTATCAATTGATCACTTTTCATTATGTAAAAGGCTTGAGAAATCATAAATAA AAAGATAATTTAGTTAGTCCGCTGATTAAAAAACTTCTTGAAATTCTACTGGCAAATGTA AACACTCTTAGGGGTCGTTCGATCGAATGTGTTAGGAAAAATAGTACATGCATTAGCCTT GTGTATTATCAGTACCTTATTTGGTATCCTTTTCTAACATATGTATAATTGTTATATTGC TAATACCATAAAATTTCTAGGTACTAGCAATGCAACGGCTTTAATGCATGTAAAAACTCA ATTAAGGACTTAATTACACATTAAAACCTTTTTTTACATCATTTCCACCGTGAAAATGAA GGGTATCTTTATAAGTAATTTTTTTATTGATGAATCAAACCAAACAATGCATAAAAATAA TGTTTTTCTATTTAGAGTCCTTTTGAATTAAATTAAAGAATTATTTTTAAGTTAAAAATT AAAAGTCAAACCGAAATGACTTTAACTCAAAAAATTAAAAGTAGTTAAAGACCTACTTTT GATTTTTAATTTTTAAAGTCATTTAAAGCTTATTTTAACTTGTTTTTAACTTTCCTAAAC ACTCTTCAGCTTATTTTAAGTCATTTTAACTTATTTAAAGATATTTTTATATTTGTTTAA CACCTGCCAAAGTTTAAAATTGACTTAGAAGTAAATTTGATGAACTTTTAAATCAATTCT ACACTATTTTTATTTTTTTGTTAGATGATCAACTAATATGAAATAACTATTTTTATAGTA ATCATTAATAAAGGATAAAGATGAAAAATATAATTTAAATTATATCTTTAATGTATTCAT TAATAAGTATATATTGCCTCACAATAATATAAATAGCGAAAATTCAAATTTTTTAACAAA TTCAATTATTGAATCGTCCCTCAACCACATCAAAAGATTCCTTCTGAGAAGCAAGTCATT TCTGATTTGCTTTAAAATTTGAAATACATAGTATTCGAATTTGATTGACTTGACCAATTA AAGACCATTACTGAGTTGAGTTTTTTTTAAACACACTCATATGAAAAGTCGATTACATTT AAACTGATGTCAAAAATTGTATATTAGAGATAAAATATTTTTTAACAACGATAATTTTGT ATTCAAGATAACTTGTACCCACATAAATACGGAACTTGATTAATTTAATTGATATTAAGT GATTTTCTTTCGAAAATCATTAGTTATTATCTTTAATATATTAGAAAAAAAAAGAACGTC ATTATATAAAAAGATAAGTGTCAAAAACACATTTAAATTATTCTTTTTTATTTTTTATTT TTGTACCTAAACTAACTAAGTGGAGCCACCTGTCTATTTATAATAATATGACCTGTGTTT TCGTCGAGAAATCTACTTTTGATTTTTAATTTTTAAAATTATTTTTAATTTTTTAAAGTT ATTTTTATTCTTTTTAAACACTCGCCAACTTATTTTATGTCATTTTAACTTATTTAAAGT TATTTTTATATTTATTAAATACTGTCAAAAGTTAAAAATTGATGTAAAAATAAATTTGAT TAACTCTTAAGTCAATTCAAAATATCTTTTTAGTAAAATAATCAACTAATATTGAACAAT TATTTTTTAGTATAGTGATCAACTAATATAGAATAGCGATAGAAAATATAGTTTAAATTA TGTCTTTAAATGTATTCATTAATAAGTGTATGTTACCTCACAAATTAAATTAATACGAAA GTACAAATTCTCACAAGTGCGAATTTATACCTAAGTTTCATCTCTAATAGGAATTTTGAT TTAAAAATGCATGTATATACATTGAAATTTGTGAGACTTTGCAAAACGTGTTCAATTTGA ATTGAGACTTTATAATGTGTTTTTAGTTATGGTTAAATTTCTTGGAGACTCAACGCTAAA TTTTAGTTCATATTTATATAAGGGTTACAAAATTCTCTTAAAAAGACATCTCGATGTATT CAAAGTCAAATTTAAATCATTTTAACCTTCAAATCATGGATAAATCTTATAAAATGAATA AAATTGTGTAGTCACCATTATTAATAAAATATTTTATATCTCATCAAATTTTATTTGTGT AGTTAATTTATTTTTCAGCGTTTAAAATTTGTTGCTGATAATGTGACGAGGCTCTACCTT CGTAAGCAGCATTATACTTTCATACCAAACAAGCGTTAAGCGTGAAATGATAATCGTTGG AAATTTGAAACTATTAACTTGTTGAATATAATCTGACGTGTTTAGCATAAACTGGTAAAA AAAAAAGTAATAGCGTGTTTGGTTAATTTTTTAAAATCATTTTTTAAAAAAATAAAAAAT TAAAAGTATTTTTACTGAGAAGTTATTTGTATTTGATTTATCTATTTTAGTTGTTAACTT GTCATGTATATTTTTGCTCTCTGTCTTATTGGCACCATTATCTTTTTTTTAAAAAAAAAA GAGTCATATTACTATGATAGAAATAATTTGACTTTAAAATTCTTTTTAAATTCTTAAGAC CCGTTTGATAGACAATATTAGATAGAATACTCCATGGATTAATATTTAATCCATTTAATA TATTGTTTGATTACTTTATTTTATTTAATCCATCAACTGCTCATACATACATCATATGTG ATCTTATTTTATCGATAACTAACAAACCTTAGATAAGACTTCTAAATTACAAAAATATCT GTTTATTTAGTTTCCTAAATTGCTTTTGCAATTTGATTTTCTTTTTATTTATATTGAAAT AATTATAAATATTTTTTTTTCAATTCTTCAAGTTTGTTAGTGTAATTTACTGATTTCCCC AATATTTTTTCTTTATTACTTTTTTTATTTTTTTAATTCAATATTGTTCGTCGATTAACC ACTAGAACGAGTTTTTAAAAATAAACTTTAGGTATTAAATAATTTAAATAGTCTTAAATC TATGTTAAGTTTAAGAAATATTTGATCAACAAACAATTAAAAATACGTCGTGCCATCAAA GATCTCCTTATATATATATATATATATATATAGACTCTCCTTATCAGTTTTAATTGTTAT GATTTTTTTTTAAGATTAAATTATAAAAATTTTGATTAACATTTTACGATTTTTTCCCAT CATATTTGGACCCATTTTTCAAAATTTACCTATTACTTGACAGGATCAGCTTTCATCGTG GTAGGCGTTGAACTAGCTTTTTTTTTATATATATGAAAAGATCACTGAATCAAACAGACA AGTCGATATGTCCGAGTGGTTAAGGAGACAGACTTGAAATCTGTTGGGCTTCGCCCGCGC AGGTTCGAACCCTGCTGTCGACGTTTTTCATTTTTTTCGTCTTCACTTAACTATAAGTGC TTTCAGAATATTTCAGCACATTTGGAACCATAATATTACTAAAGTTTTACAATATTTTTG AGTTCAGAAGTGATCAATATATTTTTGTGTTCAGAAGTGATCAATTGAGATGAGATTTTT CGTCTCCGTTTTCATGGAACTGTAAGTGCTTTCAGAATTTTTCAGCACATGTGGAATTAT AATATTACTAATTTTTACAATATTTTTGTGTTCAGAAATGATCAATTAAGATAAGAAAGC TAATGAAATGTTTTTATTCAAGGTATTGATGTAATACGATTGACTTGTGTTAGGGGGTTT AAGAGTGAAGATCCGTACCGATTGCTGAGAATCGAGAAAAGTGTGAAACAAAAGAGAGAA TTGCTGACTCCAATGCTCAGCCATACCGATGGGCACAATGCAAAAGTTCAAAAAATTCGC AAATTCCTGTAATTACAAGAAGTAATGAGCGTTGTGAACTACAATCCAGAAGATAATTAT AGTTCATATTGTGCTCTTTGATATACAGTGTTAACATTAATAATATCATTTTTTTTTTGT TTAAATCGTTGGATTCGTCTAAAGTTTAGTTCTAATAGTTTTAAAAATGAATACAAATTA AATGACGGTGTTTGAACAAACTAATGCAAACACTTATCCAAATAGGCTGGGCTGTTAGTA TAAGACTTATGAAATAAGTCCAATCTTATAGTTTGGGCCTTTGGCCTTGTAATCAGCTCA GACAATAAGAGCGCGCGGCGCAGTCATAAAAAGGGCTCTTTCAATAGCCAGTAGCGTACT GTTGGACTTGAGTTGACACACGCAAATCAGAGTGAGAAGTAGAGCGACCGATTTTCCGAT TTGCTAATGGATCCCGACGCCGTAGCGAAGGCATTTGTGGACTACTACTACACCACCTTC GATACCAATCGGGCTGGACTTGCTAGCGTCTACCAGGAAAGCTCTGTACTGTCTTTTGAG GGTCAGAAGTATCAGGGGACTCAAAGTATCTCCGGTAAGCTCACCGGTCTACCTTTCCAG CAGTGCAAGCACCAGATCAACACCGTTGATTGTCAGCCCTCTGGTGCTGCCGGGGGAATG CTTGTCTTTGTCAGCGGCAATCTCAGCCTTCCAGGCGAACAACACACCCTCAAGTTCAGT CAGGTACTTCTTCTAGTACTACTACTACTCCATTTGATTATTTTCAGGACTGCTTTCCCA TTGTTACATTGACGAGCCATGTGGTTAGGGTTAAATCGCTTGTCTGTATCAGATGCTGTT AGGGTTTAATTTTGCGTGTTTTAGTTTGTGTTTGATCCATTCATTAGTTGATTATTCATT GCGGCTTTCTTATTGAATCTTAAATGGCTTACTTAATCAAAGGGAATAAGACGACTTGAT TTTCATTTCTGAATATTAGTGCATTGGAGTACCGTCCTTATACATGAATGTAATTATCAC TGCAATAGACTTGTAGTACTTTATGGAGTGTATACCACTAGTTCACTGTTTAACCATTTG TGGATTGCTTAATTGGTTGTCCTTGTGGTAGGGAAATGGGACTACATGAGATTCTCAAAT TTGAATAAGGCAGGTGGAGTTTTGTTTTTCAGTTGCTATTATTTGAAGGGACAAACTAGA TTCTATGGTCTTAAGAATCAATGGTTTAATGTAAGATTGTGACACAAACTACCCGCTAGT GTGGCCTTGATCATATCACTATTCTAGTATGATAGCTGAATTACATGGTGAAGAGAACTC TGCAGTTTCTTAAGAAGCCATTAAGGAATCCGTGTGTACTGTGATATCATACGATAGTCC ATTATTTTCCCTCGATCAGTTGTTTGTTTTATTCATTTAACTTTGTATTGTATGAAGACG AGTTCTCTTGGATTAAGTGTGGTAGCCTTACTCATATTTTTTAAGTTTAGGCCATTTCGT TTTAACTTGAAAATGTTGTTTACTTGTGTACCACTAGATTCTGACTGTTCTAACAAGATT CCTTATGGATATGCAAATACATTTGAATTCTACTGTCTTAGAGTTCAACCTATGTACATG TGCTTTAAGTGCTCCTTCTTCATGGTCTTTTTCTTGATGCGACTTTTTTCAATAGTTCAA GGAAAAGTTCCTAAACATAAAAAATAATGTGTTGCTTGTTTCTATAATTATTTGATTGGA TTGACTGGCCCAACTTTGCAATTATTCGATAGAATTCACTTTGTGTGTGTTTAAGTGCTC TTTCCTCCTTGTCTTTATCGATGATATCACTTCTTTCAACAACGTGAACAGAAAAACGTG TGTTCAAAAAGTAAAATGAATGGTGTGGCTCTATTATTATTTGATTTGGCAGAAAATGGA AATTGAATACTCTTATATTGCTCTATAAATTCATCAGATAAACTTAGCAAAAATGTAAAT CTCTTGGCTCTCCACATTGTGAACACCCTTATATTGCTCCAGCCTCATCGAACAATAGAA TGCATTAATGAACAGTTTAATTGGGAAGGTTGTTATACTAGACTGAAGAAGGGTCAGAGA AAGTCTTATAATGGTAGAGTATCGTGCTTTGACTAATTTTGATGTTTTTCTTTTGGACTA CACATCTAATGTTTGATCATTTGGTCTTGTGTTGCTACTTTATGTTTGAAAAACAACTAG CTTTGACATTATCGCTTACGAGAAAAATGAAATAAAGAATCAACTAGTTTTTGCAGAGAA CTTTCCTGTCTTTCCAAAGCAAAAAATGATTGTTTTCGTTTCCAATGTTCATTACAAAAA TTGATCATTATTTGAATTGGTGGTTTTGGCTCAATACTGTTAACTGGTTATGTAGACAGA TTTTCTTGCATCGTTGCGTACATATTTAAGGAGATGATAAAGGATATTTGTTGATTTTCT CTTTCTTATTTATTCTACTTTGTATTCTCATTCCTCTTGCACCTGATCTTACTTTCCAAG CACATAGTGTGCTTTTCCGTTTGCTTGTTTCAGAAGGAACGGTCTGTGATGAATTTGTTG TTTTATAATTTCGTATTGAAAAGGTTCATATTTTCAAGTTTTCAACGTTTCAAAGTTATA CACATATCAAATTTATAATGTTATGCTTCTATCCTTTCATGGACTGCAGATGTTTCACTT GATTCCAACACAAGGAGGAAGTTTCTACGTGCAGAATGACATATTTCGCTTGAACTATGC TTGAAGGGTTCTGCGTTCAATTATCTCCTGGTCATATTTTCTTGATTGATTCGACAAAGA TAGTATTATAGCAAGATATTGCTTCCATTTCACAGTCATTGAGAGACTATTTTTTCCTGT AATGGTTTAGTGAATTGATTGATGAACTTGGCTTCCCTCAGAGTTTAATGGAATTGAACG AGGCTTTAAGAAGATTGTTATCAAAAAATGATTTCTTGCCAAAGCATTGGCACTTTCAAT TCGTGCTCAGGGTATGGCTAAATTTTACTATAGCTTGTTGACTAAACTTTCCTAAGGTGA AAATTGACCAGTAGAATTTGATACTCAACACTTTGGCCTGATAGTTTTGCTATGTAATGT AGTAGTCAAGCATTACATTTATCATCCGTAAGTCTATTTTTTTCTGAGTATGCAAGTAAT GTTTGATTACTAACAGTAGCAGAGTTCCTTTTCGAGAATGAATCATATATGAATAGCATC CCACTTCCTAGGGAACACTCATTTCTCTAGGTATACATTAGATAATAAATAGGTAATTTG CATAAATGTTTAGGAGCTAATTATTTAACTATACACTAGTTTACCAAATTACAAATCTTA TCAGATTCTGGTGTGCGCTATCTAGAGATATATGTGGTCAAATTAGGTGTAATTTGTACT AGATACACTGTATATAAGTTATAAATGGATTTGCATGTACTTGAGATACAAAGACAAATC TCGCTCGCCACTCTCCTATATATGTGGTATTTCAGCTATGTGTGAATCACACCAGATACA TATAAATGTATCACTTGTATTGTGATACATAGACAAATTTCGCTTGGTCGCCTTCCTCCT TCTCTTCCTATTTTAGTGTATTTTTTTAAAAAATATTATAATCTACCATAAAGTGGAGGA GTTTAGGTATGACTATCTAGTAGCAAGAAACATGTATTCAAGCATGTAATGTAATTAGAT AGTGTCTCCATTAATGAACCACTAGTGCCCCACAGGCCACATTTAGTATTTGGTTCTTGG CACTTTGAAAGCATCAAAGGAAGTCATCACAAATGAGAATGAAATTTCAATGATCTTATA CCTAAACACAGCAGGCTTGGGGACTAGTCTAACAAATGAGAGATTAAAGCCTCTGGCTTG AAGTATTATTGAATACAAAATATTTAACTGAAGTTTGTGTAGAATTATTCTTCTGAAGAC TGAGCTTCCTCAGAAGTAACAAAATAATAGAGCATGTTTATAGTAAACAAAAGAGTCTGC CTGTATTGGCCAACTAGTGATTGATTTAATTTTAAACATAGAGATGTAGATTGAAATTAA CAAGTACAAGAATAAGGATCAAACCAAAGAGGAGAGCATGAACCAATACAGAAATCCAAC TGGTCTTCATGTTCATGAAATCAACTGGTGTAATCTTCCCTGGCATTTGAAACAATAATC CTGGAGATAGAAATCCAAATAGTGCTGTTGCTATAATCGGACCAGCCCAATCATTCATTT TTTAAAAAATTATTATCTTAAATTATTTCAGTATTCAAATGAACAGAAGAGAGGAAAAAA AAAGTAGATTAAAAAAAGGAAGAGCTATAGCTTTAGAATAATACCAAAATGATGAGAATC GAAAAAAGTAAAGGAATATATGAAAATCTATAGCACTTTCTAGTTTTTTTTTTATTCCAA TTGATTATTGTAATAACTTGAGTTTGAGCACTAATTTACTGTGAGGGAGTTAAGAATTTT TATAAGAAACTCAAATAATGAAAAAGTAAAAAAATATTTTTAAAAATAACATTTATCTTA TAATTTTAAAATTTTGTATGTATAATAATATAAATTTTCATTAAAAGAATTTAAATGAAT CTCTTAGTTTCACTTGAGTCCACTAGAATAGCTACGGTGGTGGATAAGGCAAAACCTTCA AATCCTGAATTCGCTACTGCGTTCAATTCACCCAACTTGTATAAGTTTGTGTGCATTATT GACCTGTTCATTCACGAGTTTAACCCATCAATTCAACTCATTAAAAGTTAGGTTAACATA TCCTAAATTGATTTATGAGAAATCTTGTTAATTTTTTTTCCTTCAATTTTGATATGTTAT ATATAGTCATAATAAATAATTTTTTTTTTCTTAATAGACGCTATAATATTTTTAAAAATC AAGTAAAACAATTAATCTTAGTAAAAATTAGGTTGGCCCATTAGGTCTTGTTGACCTGTG TATATAATTCACTACGCAATCCATTTTAACCCAAACAAATTTGGGTTAGATGGGTCTTGA TCCGATTATTGTCTTAATCCATTATGACACGTCCAAATTTGACCCAAACCCACCCAATTA TCACCCTTTTATGCCTATTGATTACTATATTTTATGAATTAGCAATTGTAAAATTATTTT TATATTATATTTTACGGGGAATAATTAAAAGACATGATAATTTGGTTTTCTTCAGAAAAA AAAAATCTCTTAAAAAGGAAAATAAAAACGAAAACGTGGACGGCAGGATTCGAACCTGCG CGGGCAGAGCCCACATGATTTCTAGTCATGCCCGATAACCACTCCGGCACGTCCACCGGT GTGTGGCAAACGATAATTTTAATAAAATATATTTGTTTCTCTATCATATTAATGTATCAT TCTGTGTTATTGCATTCTCATATCTATTTTTAATATGTACTATTTAATGGCTATTAATTA GTAAATCTAGGAATAAAATATCAACATGACGAAATTCCATGAAATATTATATACCAACAA TGAACATATCACGAAAAATTTGAGTATTCAATTCAAAACCTTATGATAATTAATGAACCA TAGTAACTCATGCAAGGAGTACGCACAATGCTAGAGTTATAGTCATTAGCCAAAAACTCG CGAGTATTCATGTAAATAATAAAAATTACATACTTTTAAGATTATAATCTATCACTTAAA ATTTATAATTACAGATATCCGTCAAACGAATACAATAATATAAGCGTTGATACACTATTC CGATGTGCGAGATACATTAATCGTTAAGTAATATACGTTACATTTTATACATGATTGCTG CGTGAGATACACCAATCTAATGCGCGAGAATGAGGAATTTTGGAGATTCGTAAAACTTAT AGGGGATAATGGTAATAAGTAAACTAAAAAAAGGGATTCTGGAGATTTGTAAAACTTATA GGGTTATAATGGTAATAAGTAAAAGTTCACTTACTATCTATAAATAATCAAATCAAAATC CAATAAAACTACCATTTCAAAAATCCCAAATGAAACTTATAGGAGTACAAACATAACCAA CACTAATTCATAAACATAATTAAACACTTTTAACAATTACCTATGAATTATAGTAGTATA TGAAAAAATAAACAATATATATATATATATATATATATACACACACACTAAATCTTAATA GGAGGGAATGAAAAATCGGACCATATGTGAAGATTAAAGGCGACAGTTAAAAGTGTAAAT ATACAAAAGTACAATATGGCATGAACAAGTACTGCAATGCCGCTAGTGTACATATTTCCG AATTCGCAAAATCTTGTTCTTGATGGCAACTGGAATAACAATCCTGGCGATAATAATATG AACAATCCAACAGCGATCACTGATGGCGCCCAATCTGTTCCCATTTTTCTTATATTTATT ATGTAACGCTCTTTGAGTTTTTTTTTTTTGTTTTTTTTTTTATATATAATTGATGTTTTT CTTATACTTTTGTTTGTCAATAATTGCTAGTATTTTTAAGGCAATAATATGTATTTATAG TGATTTTGCTTAGTGGAGAAGGAGGGAGTGGAGGAAGAGGATCGATGCTAAACTTGAGAG TGACATGCACGCATGGTATTAAAATAGAGAAGAAATATATGGTGTGTTATATATTACTGG AAGCTTTTGCTTTATGGAGGAAGTTGACAGAAAGTATTGGCTTTGTGTATAAGTTTCCAA AAATAATAGGCAAAAAAAAAGTAACAATATCTTTAAATTCAATGTTTATCATTCGATCAA CTTCTTCGTGCTAGCCTCTGGTTTACTATCACGTTTTCATATGTATACTATATAGAATGA ATCAACTAGAACATATAGGAGAATTAAATATGGAATGTGAATTATATCATTTGTGTAAAC GGTACTGTTGAAAGCCTAGCTCATCTTTATCCATTCTAGTTAGCAGTCCCAGCTTCGTAT CAAGATCACTATCATCAATTATTATTGTTTTCTAAAATTAGTTGCTACGTGCTCCTATTA CTATGATATAGGAGTGGTTAATTTAGTTTTATCTTTTTAAAAAAGTTATGCCAAGATAAT TCATAGATTGCCCAACAAATTGTTTATTTGTGATTATCGCGAATTGAATAACAATCAAAT TACTACATTTATGATATTTATAATCAAATTACTAAATTTCATCGTGGACCCTCAATTTTA TCAATTGCAATAACTTAAATCAAGTTTAATATCTAATTTAGATAGGATTCCAAAAAGTTG GTAGGTACACTGGAATAATTTAAATCTTACTTTCTCCGTTCATTTTTAATTGTTATGGTT TCTATTTTTAAAGTCAAACTCTAAGAACTTTAAAATGTGTTTTTTCATCATATTAATATG CGAAAAATTATAATTTAATACTTTTCATATAGTTTTTTAATATCTAAACTTTTTGTTTAA AATATCAAATTAATGTAATCTAATTTAACTTTAAAAATTAATCAAATAGACTTTCGAAAA GCATAACATGATAAATAAAAACAAACATAGCGAATAAATCGTTAAATGCGGAAAACTCTA TTGTAGAAATTGTAGCTATATAGATATTTATAAATTGTTTAATAACATCACATATTTCAA AAGGAAAATTTCATACCCAATCAAACAGTGCTACATAAATTAAGACGAAGTGACTCATTC ATTCTACGTACAATACTTACTCCATCAAATTATGTTTGATCATTTTGAAGTCTTAAATTA ATTTAAAGTTTAAAATAAATACAATACTTTTTTTTTAATTAAACACATATAATAGGTGCA TATAGCAATGTTAAAAACACTGCGCCTTCCGTTCAGAATTAACACGTTCAAGCCTAAAAC GCTCCTGAACACTTGATATGTAGCTAGCTGCTTTTAGATCTACGCTTTCATTGTCGAGTG TAGTCTTGGCATAGTAAGTAGTAGCAGTACCAGTACTGCTACTACTATTAGAGTACTCAC GATCGTGAGTACTCGGATCAGGTGGTACGTAAAATGAAATTTTGGGCTTATGTGGAACAG TCACTTGCTCCTGGTTCAGTATGAAATCTACTGCAGCACTAGTAGTACTTGATGATGAGA AAGTAGTACTATTTGGATTATAAGGAACCAATTTTTGCTTAATTGGCTGATGATTCTGAT TCTGATGAAGATGATGAATAGTTGAAGGACGGTCCATCACTTGATTCGCGATGAATACGT CGTGTTGAATCGGTTTAGATGCTACAGCGGCTGCTCGGTACAAAGACTTCACTAGCTTCC CGAGTCCTAATCGCTTGCGGCTCGATTCCATCGTCGTATTATTTTGTTCAAATTATACTA GTTCGCTAGATATTTGTTTGAGTACTCTGTTTTGATCGTACTGAGGCATTCGAGAGGTGT TTATATAGTGGGGGGAAAATTGGGGATTTGAATAATTAAATTGCATTATTGCTGCAAGTT GATATACTCATGATAAGCTAGGTAATATTATATTGTTCTTTAATTTAAGCTATATCCAAT ATCTGTCTTCGTCTTCGTTTAATTAATAATTTATCTGGAATCTTACTTTTTGGTATAACA TGTGTTTCTTTAGAGACTACCAATAGAAGCTAAAAAAGAAAAAAAAGAGAGATTTATAAA TATCTAGAAGCATAAATGCATAATTCCTTATTTCATGTTATTAAATTAATAAAAAGGAAA AAATGTACTTTGTGAGAATTGATTTTCACGATCTTTCGGGTAAATAACTTAATAACAAGG ATTTAAAATATTGTGTTTTGATGAATTTAAGGTTTTAATTAATAAAGTGGTGAGTAAAAG AGTCTAACCAATAAACGGAATCAAGTACAATGTCATCAGGTCATTTCACCTTTTAAAAAA ATATAAATATAAAATATCTAGTTTTGCAGAGAGACTATGAATTTATGTGCCCATATATTT TTACATGTAAATTCACCTATGCATATTATAAATTAATGATGAAGACAAATTTTTCATTAA AGTGATTCAATATATACACAAAAAAATTTCAACATCTATTGTGTATAGTATTTAACAAAA TCTTTTTAGGAGTTCTTTCACTATATCTCATAAGGTCGTTATATTGATTTTGAAAATTTA TCTAATAAAGTCATTAAAATTCAATTGTATTGATGAACCGTTACATATTTCTGCATCATT TTAATTGGGCGTGCTATCGATATTTTAACAAAATCACATAAGAATCAAATTCACTTTACA ATTTTGTACTAGTTGTTATGTAACCTGATAAGAACAGTGTCTTTGTCACCATGAGTTAAT TTTCAGCATCAATGTTACTGTCAAAGAAATGGATTATAAATTGGCTGGCTGATTATGCTA GTCATTCTCCTATTATAGATTATTTATACAGATAACAAATGTAAAACTATAAGACATGAT TGACAAGGAATGAAAAGCAGAGGATGCAATCGTACAGAGTGTAATTTTCAGGGAATATAA TCACGATACGATAATTTATGATTAAAGATAGAATTATTATCTTTTTGAAAATATATATGC TGGTATTTTGTCTTCGGATAAGATATTCTAGTATTTTACACCAAGACCACAAAGTCGCAC ATTTCACTTATTCAACAGCGAATTTGGCTAAGCTAATTTTAAGGAACTTCTAAAGTATGA AGGGGTAGTTTGTTAGTGGTTTGGAGGTGAGTTATCTAAATATAAATATTTGTATTATAA ATAATATTAATTTTTTCGTGTAAAAAAGAATGATTCTATTTTCTTTTTAATCTGTTTAAA AAAAGAATGACCGTTTTCTTTTTTTGACAATACTTTAATTTCAACTTTTCACATGACATG TTTAAAATCACAAGATCAAAAGACATTTTAGTACATTTGACATAACTTTAATTTAGGATC ACAAAATTAAAAAATCTTCTTTCTTTTCTTAAACTCTATTCCAAGTCAAACTAACTCATT CTTTTTTAAACGAAAGGACTATATATTTGACAGTTGATGGGAAATAAGTATTTACCTATA AAAATGTTCAGAGAGAATTCGTATGCATAATCTCTCTGTTTTAATTTATGTGGAACAATT TGACAATGTATGAAGTTTAAGAAATAAGAAAGCAATGTTACATTTACTAGATTTTCCTTA TTAAACTAATTTTGTTAAAACTAGAAAATGGCTATGGAAAAGGATTAACTCTCAAGACTT GTAAAAATAACGTCTCAATTACTCCCTCTCCAAAGGTTCAAATATTTTTCAATTAACTCT CCTACTCGATAATTGAACAAATAGTTATAAATAGGACAATGAACAGTTAATTAGTTAATC ACGAGCAAATATATATACATGACATGCAAAATAGAGAAAATAAGAGGGAAAAGAACGTAA CGAGGAATGCTGCCAGTTGCTAAGTAAGGAAATATGAGATACGCAGGTACATTTATATAA TTTACTTGTATGTTTGTATAATTTATGTATTTTTGAATAATTGAGTATTATAAAGTTTTG AAATTATACAAATATTATAAAATTCGAAATAGTAAATTGATACAAATGTAAACATATGAA CTTTAAAATTTATACAAATTAGGGAAACTTACATAAATATACTATGATAAAAAAATATTT ACCATTTATAGCAATAACATTTTTTTTCCACATGATCACTTTTAATTCATTTATAATAAA AGTTTAATACATATTACAAAGAACAATTTATTATTCACATATAATACAGGTTTCAATGAT GGATAATATATTTATGACACATTTTAATACACTTATAATAAAATATGTTAAATTTTTACC AAATAAACATCATATATTTCAAAAAACAATTATAATTCATATATATTGCATACGTAATTC ACGTTTAATTCATATTACTGATGTAACATAGCATTGTTATAAATGGTAATACATTAAAAG TATTGCTAAAATCAGTAATTATTTATTAAAATGTATTAATTTATGTAATTTTTCCTACAA AAAATTATATCATATAAATTATATTATACAAAATCCGAAAACTACACAGTTATACAAACT TTTAAAAGCTATACACAAAAAGATTGAATTAATACGGAGATAAAGCTAAGAAATCAAAGG GAATCATCATCATATACAAATACAAATCAAAAGAAAAATTGTTAGTTGTGAATTATACAA ACGTGGTGAATTATATTAATGTGACTAATTATACAAAATCGAAGTTCAGCCATGTGATTA ATGGTTAATATTAATCGCAATTGGTAATTATATAAACATATACCTATATATAATACTAAT TAAGTGGTATACAAGTTTACTTAGCCGCATAATTTTCCCAATGATTAATATTAAAACTTG AGTAACTTTCACATATAGCAAACATAAAAATCATATTTGTATGTTATACCTATTGTTTGC ATAATTGCGCTCCATAACAAACATAAATATGTATATTTTGTTATGCATATACAAAAGAAA GTAGTTATATAATTTTGTTATATATATACAAAAGGAAACAATTGTATAATCTGCTTTGAT ATACATATATAAAAGATCAATTATATAATCTGTGTTTGTATAAAGCGAGAAAAAGAGAAA GACAAAAGAAAACTGAGCAGGTGAAGATCATATTTGTATAATCATAAGTGTATTGGACGA AAATATATGCATTTGTATTTGTATATACTATTTTTTCTCGCTTTTACAAACACAATGTAT AAATTTGTGTTTGTATAAAGTGAGAGAGGCGAGTGAGCGAGCGAGATTTGGGAGAGTGGC GAGAGAGATCCGGGAGAATGAAACGAAAATATATGTATACATATAATTTTCTCTCGCTTT ATACAAACACAAATGCATTTTATACATTTGCATTTATGTATAAAAGTGAGAGAGACGAGT AGTGAGCGAGACATAGAAGAGTTGCGAGTGGGATCTGAGAGAGGGGAACAAAAATACATG TATATGCAATTTTTTATCGTTTTATACAAACACAAACACATTTTTTACATTTGCGTTTTG TATAAAGTGAGAGAGGTGAGTGAGCAAGCGAGATCTGGGAGAGGAGAGAGAGGAAAACGA AAATGTATGTATATATACAATTTTCTTTCGTTTTATACGAACACGAACACATTTTATACA TTTGAGTTTGTATAAAAGTGAGAGAGGCGAGGGAGAGAACGAGAATGACAAGCAAGATTC AGAGTCAAAATAACAACAATTTATTATGAAATATAATTCAGTCAAACTATAATTATAACA TTTAATTTGAATTAATAGTTTGTTTAAGTGTTATATACAATTTTCCCTTTTAAAACTTCC ATTCTACCCGACCCGTCCACAACCCAGGAACCCAACAACACAATCTAAATAACCCACCTC AATTGCGGGCGCCAACGTTCATCTTCCCCTCAATTTTCTCTGGTTACATTTTTGTTCCGC AGGCTCTGAGATCAGAAAATGGGAAGCGTTCCACTTCCCTCGTCGTCTCTACTAATTTCC AGCTCCAGTTCCTCCATTTTTGGAAGATCATCATCGACAATTTCCTATCCTCACCGGCGA TTCAGGTGAGTCTCGCTCCTTTAGTTTTTTCTCCGGTTCTTACTGGAAGTGGATACTATA ATTTCAGAATTTTCAGCTGAATTTTCTCATTTCTATTACAGAAAGGTGGATGTTTCCTGC GATTACTCTTGTTTCGAAGTAAAGCCCTCTTACCTTTCAACTTTTTAATGGCCATCGTTT TGTACTGTTTTCTAGTATATAACTATATATTATCCTAATTTTAGTTAAATTGATTCATGT AAAGTTCAACGTTGTTTGCTTGCCTACATTTACGATTTTGATTAACCGAATATTCACCTA CTCCATTAGTCACGCTATAATTCTTCTTACAAATCATAGGTATTTATTTGTTATAATTGT ATCTCTCTGTATCCCGGTTTACTCTTTTCTTCATTATTTGTTTGCTTTCTTTTCTCTGGG TTTAGGGATACTCGATAGCTTCGGTTGTTATGAATTTGCTAACTTCTTAGGTTCAGAGGT TCAGTCTATCTGAAGGAGTTTGGTGGTATTTGAGCTTTTCTGGAACTTGATAACTATTGC AGGCGCTTTGTATCATCTATATACGAGCAGAAGCAATGGATATATCACAGGCTTCCTCTT TTTTCTCTTCTTCTAGGTGACAGCAGTGGCTAAGCCATTAATTCTGATAAGGGGATTCAT AAAGAAGAAAAATACAAAATGGCATGCTGATTTGTACCTTTCTACTCTTATGTATAGGGA ATTTGAGATCTTTTTTGAACAAGAAAACATAATTTTCACCTATTTGCTAGTTTAACTTCC TGACAATTGAATTCCTTTCGTAGTGTATGGCTCCGTCACTGGACTGGCGGAGAAAGGAGT TATGTTAATTAAGTGGCGAGAACTTATTCTGTAACATATACACTCTTTAACCAAAAAGTC ATTCAACAACTTTTTATTAAATTCCCAAATGATTTCTCTTTCTTCAATTTTCCATACCTT AGAGGTTAATAAGTATTAGAAACATGGTATTCCGATAACTCTAGTTCTATCAGAAGTTAC AAGGCATGCTACATGCTGAACTCAAATTCAGTCAGTTTTTCTCTTTATAATTTATCTATT TTGGCTGTCCAGAGATTATTGAACATATTGTGGTTGTATAGTGGAGGTGGTAATAATAGA TGTGTAATCTTTTTCTTTTTTTTATGGATTTGGAGATAAGGGATGTCTCTTATCGACCTC CAGGAACCAAGATCGATCTACTGAGTCAAGTCAACCTTTCCATCCCTGAGAAAAGGTACA GTCTGTTGCTAAAATTCAAATACACTACATTCCATTACCGCTGGGAAGTTCTTTGTCATC TTTCCAACTGATCCTGCTAAGAGCTAACTAGAGATTATATTGTCCATTTTCTTGATTGGA TAGAAGCACACATGAGATCAGAATCCACTGTTTTCATATAGTTTTTGAATGTCCTAACTG TTAATAATATATGTAAAGACATTTCAAGCTGTCTACAGAACAGTATCACTACAAAGAAAC TAGAATCTCAAATGCTGAAATGCATTTGAAGAGGCTCTGTGTGGATTTGACATGGATCTT TTGTAGTTTTGGCTTGATATTTGGACGGAGTGGCAGTGGAAAAACTACTTTATTGCAGGT GTTCCTTTTGATTTTGTCTTTATATTCAAATTCATTATAGTTTTTCTCCTTTCAACCTCC AAATGTTACCTTGTTCAGGCTTGTTTTTTTATCTTGGACGTTCTCCATGCAGCTGATTGC AGGGTTAAGCAAACCAACATCAGGTTCAATATATGTGCAAAGATATGGTGATGATGATCA ACAGATTAAGTCTCCTGAACCCTTACAACCTGAAAGAGTTGGCATTGTTTTCCAATTTCC TGAGAGGTATTCATTTATTGACTGTGTGTTTCATGTACTGTTAGGATGTTCTTTGCGATA CAGTGCAATTTTAATCTTGAGGTTCATAATAAACAGTATGCATTTTCATTTGCTGTTTTT ACTGAAAAGACAAAAGCTCCTCCAGTTATCAATTTATTCCAGGTGCAGATTATATGAATC ATCAGCATTGCGATTATCTAAACACTATTTTGTTTACCTCTCAATTTTGGTGTTATTGCA TGTGTTAGGTAGGAATATGAAATTTAAACAGTTCTTTTTGGTTCCAACAACAGTTTATTT AACTTGATTTGTCTGTTTCACTGTTCTACAGATACTTTGTTGCGGACACTGTTCTTGATG AAGTTACATTTGGGTGGCCAAGACAAAAGGGTGGCCTACAATTAAGAGAGCTTCTTGCTT CTAGACTTCAAAAGGCCATTATGTCGGTATATTCCTTTTAAGTGTGATTTAAACTGTCAT TTAATTTTCTATTCCAAAGGAGAAAAGCTCGTCTGCTTTCCAGCAAATCATGACAGCTTT TTATGTGGTTGATAACTCCTAGGTTGGTCTAACAGGAATATCTTTGGATAAGGATCCCCA TTCATTAAGCGGTGGTTACAAACGTCGGCTAGCCCTTGCTATTCAGTTAGTAAGGATTTC TCATCTATGAAAAATAGGAAGTGTATATGTGCATTTGTATAAACATGTGTATGCCTATTT GTGTGCAAAATATTATTGATATTTTGATTGATCATCTGTCTGTTAATATATTTTCTCTTT GCACAGGTTCAAACACCAGATTTATTAATATTGGATGAGCCTCTTGCTGGTCTTGGTATG AAGAAACTTTCTATGATCTATTTCATTTTATTTTTTTGGTTTACCTTTTTTTTTTTCCTT TTGATGTTTTTCCCTTATTAGGTGTTTGATTCATCAGTTTGTTATTCTCCCACGTAAGTA TGCTTTTAGTACAACAAGAGTTCTGGCTTTACAGAACAAGAATAGTTGTGATTTCTAGGT TAGGTTAAAGATGAAAAGGGTACAGAGGGAATTGCTATGCCTGCACAAGCATTTTACTTT TGTTATATTTGATGAACAACCCTTTTTCTCACCATGGTTATTGAAGTCTTGATTCCATCT TCCATATTCTGTAATCTGAGTAGTCTGTTCTTACAAAAGTCCTAACATGTTATCTTATGA CAGAGACACCAAGATTGTCAACTCTTAGTAAACCCTATAGGCTGAGCTGCTAATAATGAC AAACAAGTAAGAATAGGACGAGTAGTTAGCTTTGGTAATATAAAGAATAGAGTCAGAGGT TATGCTACCTGCTTTTACTTTATGAAGAATATGCTGAATGTAAATCTTTCTGCCATAGAA TATTAATATTCTATGTTAGGTTGCAAATTCTCCAGAACTAAAGGTAACCAGGGTGGGATC TCTATATCTATTTTAGAGGAACTCTTCTTTGGCTTCACTTAAAAGCAATTTTTTTTGCTT CTTCTTGTAGAAGCTCAGAGTTCCTTGTAGGGCTATCAGATCTTATTCACCAAATATACA TCGATGTACACATTGTTGTGTTAGAACACTCTTTCTGCTATCTGTGTACTAGCTCTCATA TTTGCTTTTGCTGATATTTTACAAGGGCTATTTTGAAATTTTTTATATAGTTAATTCTTT ACTATGGTTGGTACAAGTGAAGTTCAAGAGCTTGCCAATTAGATCATACCTCTCTTTGGA TTGCATGTAGTATAATGGTAGTGAGTCTTGGTTGTATTAAGCAGCAGGACTGTTTTATGG AGTGAAGCTATTCCCACAAAGATTTTGAAAGCTTATTTTACTATTTCTTTTGTTTGGTAT GATATAGCTAGCCTAGTCCTTTTTAAAAATGAAATACTTGTTTTTAAATATAGATTAGTT ATTAGATGGACAATTTTTTTTTTTGTATTTTTTGGCTCCACTTCAACTATATTTGAGTAC CTAATCTCAGTTTCTAAAAAAGTTCATTGTTTGTGAGGGAAATCAGATTGGAAGGCTCGT GCAGATGTGGCAAAATTGTTAAAAGATCTGAAGAAGGAGCTAACTTTACTTGTTGTCAGC CATGACCTCAAGTAAGTTCCTGATTAGGTCCATTTGTTATTGTTGTTTACATATGTTATT TTATTGGAAATGAATCATCATACTAGATGTCTAACATTATTCACTTGAGGTTTTTATTGA TGTCGAGAAAATTTATCGACACTTATTGGTGACGTCGTGAAGGAAGTCAATTATCCATAA CTTGTGAACTCTGGAAACTTTTCACAGACTCCCTGTCCCTTTTTCTTGATAACTGGAAAA TCCATCGTTTGCCACTTCCAGACTTGGTGGATACTGGGATTTTTCCTCTACCCTACTCCA CTAGGCTTGGATCATCAGTCCGGATTCAAACTCCTGCTCTGCTACTACCATACAAGCCGC ATATACTACCTTGGCCACTTCCTTGGTCACATATGGTGGTCCCATAGTGATATCAGGTGT CATGATAGAGAAATATTTGTTTACTCTCCGTTTCAAATTTCATAACTTGTTTGCTTCTAC AATTTTTTAAAATGTAAAAACACTGAATTTGTATTTTTTTGATAATGTGTATTTCTGTAA GAGAAACAGCCAAAAAAAGAGATGCCTCCCCGGGTCAGCTCAATTTGCAAAGGTTGAGGG ACTTGTATCTTGATTCACAAGTTTGATCCCCATGCCAAGAGAACTAAGTTCAATATTTTA GTGGAGAATGGTAGCACATCAGCCTAGAATTCCGAAGGCTGCAGCGGCCCAAAGGGTTGG CTCCGGACTGACTTCTTGATCTTAAAAAAAAAAAGAAGAAAAAAAAGGCAAACAACAGAG TAATTCTTCAAATGTTGAAAATGTAAAATTTGAGTGTGTCAAACTTTTAATAGTTTGCAA TAAAAGGTGAAAACTTATCACAGAAAAGGGAAAACTAAAACAATCAATTTGAAATAGAAG GGGTAGATGATGTAAGGATATGCTTTTTTACGCTTACACAGTTGGCAATGTCTGATTAAA AGATTAATAAATCAATTGTGCCTCTACGCAAACTAGTTGGCTGGCTATATTTTTCACTGT TATCCTTAAAGGATTCAGAACTGCATAAGTGAGACAGAACTGCATTCAACTCTCAACTTA GCATAGTCATCATTATTTTGTTTCTGGTACTTCTATTTTCCTAGCAATTCATTTCTGGTT CTTGATTGATATTTAACTGATCGCAGCTGACTGTGAAGATGAGATATATGTACCCTGCTC TTATTGTATTAAAAATTTGGTTCCTTCTCTAATAGCTGCATTGGTGGTAATCTGTAGGGA GTTGGCATCTTTGGTAGATCAATCCTGGAGGATGGAAATGGGAGGAGCACTTAAAAAAGA GCCTCTACCCATTTAATGCACTGAACTTATAATGTTCCCAACAATCATTTTCTGATGTAA TATATGAGGTATGACTACTCTATGAGGCCTATTTATCATCATGCTCTTTCAGTTATCGCT GATCTTGACTGGGAAAATGATAAGAGTTCAGGAGTAGCAAATGTGAATAACAATCACAAG ATAAAAAATGAATGATTTTGCATCATCGGGAAGGGCTTTGTTGTGAAAGTTAGGATATGC CTTTCATGTACTCTCTTACTGTATTTAGTGCCTATCTCTCTATCAGGCTATCACACAGTA TTCTCCTCTAGTTGTGATAGAAGATATATCTACTGATTGGTAAAAAAAGATGTATCTACA CAATACAATTTCTAATATTTAGTATTCTTTTTGTATTAGTTTATATCTAGAAAGTTAAAC TCTGCAAGAAGAGATAATTATTGCAGCCTCACCATAATGTGAGGATTCAGCGATTTAATG AACATCTTAGCATGACTAATTTCAGTGTCCTCATTGATGGATGAAATGAGTTACTGTCTT CTTATACGATCTCGGACAATGCTCACCTTGAGCTAGCATTGGGGTTTTCCTAATGTCCAC TTTTCACAAGAATACTAATTCAACTATTATTAGCAGTACAACGATCACACTTAATGATTA TAGCCCATTTCTCTTATATTAGCATTACACATGGAAGGAAGGAGGTACTCATTTGTTCTT CTGTGTTAACTTTTGCTCACACCTCCATACTACATACTCCTAATTATTAGTTGTATATAA TACCATTAAAGCTCTTACACTAGATGCACATAGGATCATATTAACACTCTTTCTTGAACA TTTTTCCGTCTGGAGCTCCATCACCCAGTCTGAACTACAAATTGAGATAAAAGACTGAGA TGATGACACATGAGTATGTTTACGCAACAACAGAAGAGAATGACTGTAATTCTATGCAGT TTTACTTTGCAATCAGCATCTGTTTTAATCCAGTACCCTCTATCGCTGGTGAAGCATCAT AACTTGTACCACTTGGTGATACTTGTAAGGTCTGGAAGCTTTTTATCGACTACACCACTT GCTCCAGGGTCCAGAGTTGCAAATCTTTCAGGAAATACTCTAGTTTGATCCTTTAGTTGA TTGTTCTCATCTTTAATCCTTGAGGATGAACTCTCCTTTGAAACATTTTTAGGATCTACA ACAATATTAAAATCTAGGTGTGAAGTGATATCCTCCACCAAGGTAGTCTACCCCTTGTAC CCTTAATAGGATGAGATTTTCAAGAATGTTATGCAAGGCTGTACCCCTAAGAGGTCATAG ATAGCAATTTCATTCCAGGTTATACTTGGATTACTTTGTTATATGATGTTTTAAAGAGCT AGATATTTTAATAGGATGCTTACACTTCTTGTCGCATATTAGTTCTTTATTTATGTTCTT TCTTTGCGTTTACCTTAGTTGATTCCAACAATCATTTTTGACAATTAGTAATTACTTGCA GGTTTTTATGAGCCTTGAATTGCATACAATTCTTGGAGAGGTGCTCAAGGTTATTGATTT TGCTTCAATCCCTGACCATCGAGGTCTTCACATTTCATGTAACCTCTGTAATGTAATTAA CAGTTTCTGTAATGAGTTTTGAGATGGTTTCTAATTTTCTGTACACTTAGTTCGCCGTTT AAACTCTCATTAAAGTTTGATGGTCTGCAGCATTTTCTTTGTCCTCGTCTCTCACCAAAA GTTTTTGAATGTTTATTGGAATTTTGTTCAAAATATGTATGGTAGTATGTATGTATTGGT AAATTAAATTACACTGTTGACATATATGAATAGTAGCTTTTCTAGTTGTGTTAAAAGAAT GACAAAAATTTCATATCAGTAGTTAGTGAGATGAGTGAATTCCTTATAAGTCTTGAACAA TCTTCCTTCTTTGAGCTAACATTTGGGGTGTGAGTTAAGTGTAAGACTTAAATACAGATA TGTCTTAACCTTAAAGTGCATATATTTCTATCATTAAGGGTTTTTTTTGTTTATGCTTAG AAGCCAACAATACTAGTAGGTGATATCTTTCCATTCGTTTTAAGCTTCTATGAACGTCAC ACGTGTATCCAGTAAAATTAGTAATGGTGCACACAAGTTATTTCGAACACCTAATTTGTA AAAAATAAATAAATTAGTTTAGGTAACTTGTTACTAAGAAAAAGGTAACTTAGTGGCCAA GCAAGAACAAGTGATCTAGTCAAAATTTTCTTAATTCTTCCAATTTGTCAGGATAACTTT CAATGCTTTCTTAAGTAATTACTCCTATCCTATATAAGTTGTCCACTTTTCCCTTACGAG CTTTCTAAGTAATCATAGATAAGATCGAGTAATTTTACTAATTTTTCATTTATCCACTCC TTCAGAAACTTTTTATTTTTAACTTATAACCTTGATTATGCTTTTTAAAAATATATATTA ATTATATGGGTGGAATTAATTTTGCCTTTAGTTTGATAAATAAACAAATAATTTGAGACA ATTATTTATAAAAAGTTAGACATAACAACAAGACTGGTTCAGAGATGGTAAATTATTATT TTCTTAAGATAATTGAAATTTCTTTCCAAAAAATGTTTGTTTTTCCTTTTTAATCCTTCT TTTAATTAGTTAGTTATTTCCTACTTTGGTTATATTTTGATTTCCGATTTGATTACAGAG TCCACGACTAAATTGAGTTGTTATAGCCTATTTTGGTTAGGTTTTTGCGCTCGCGCCCAA TCCGCGCCAAATTTCAAATTCTCTTTAGGTCAGTTTGTGCCCTATAAATAGTTCCCAACT TTGCTTCTTCTCCAAACCGATCCTCTTTCACCCCGTCGTCTATACGATGACCATATCTGA GAGAAGCATGAACCGGCCCGTCGGAATCAAGCTGGATCCGTCAAAGAAGCCGGTGTACCT CACCAAATCACAGAGAGAGCAGTTAGCCCTCCATGACGAGATCGCCGATCGGAAACGCTG CCACGAACATCTTCAGGTTAAGTACAACCGCCCTTCCTCCGATAACCACTGTAGCGAAAA GAACCGAAAAAGAGAGAGAGACAGGAACGGTGACAGAGATAGAGAGAAGGAATTAAATCG AGTTAGATTGGAGAATCCGGCAGAGAAGGAACTTGAAGCTATTCATGAGCAATATTTGAG ATCTAAGAAACCCAAGAAACGGGTGATTACATCCTGTGCAAAACTCCGATCATCTTTCGG CTGGGAGAACTCTGAAGACACTTCTCGTGACGTGAACCCTCTTTATCAAAACCCTCACGA AGCCCGTCCACACTTTGGTCGCGGATTCTTTGGTGGAATCGATCGAAGGGAGCAGAAGAA GCTTGCCATCAAGAATGAGAGGAAGATACAGGAGGAGATTTGGAAGAAGGGAGGCGTTGA GGCGACTGCAGTAGAAGCAGCTGCCTTGAAGAAGAAGGAACAAAATGCTGATTTGTATGA CACTTTTGACATGAGGGTTGATCGCCACTGGACAGATAAGAAGCTGGAGGAAATGACAGA GAGAGATTGGAGGATATTTAGGGAGGATTACAACATATCCTATAAGGGGTCGAGGATACC CCGTCCCATGAGGAATTGGGCCGAGAGCGCCTTAACTACAGAGTTGCTTAAGGCGGTTGA GAGGGCTGGCTACAGGAAGCCCTCTCCTATTCAAATGGCTTCCATTCCGCTTGGACTTCA ACTACGTGACGTGATTGGTGTCGCAGAAACTGGTTCAGGTAAAACTGCTGCTTTTGTTCT CCCTTTGTTGAATTATATCACTAGGCTTCCTCCATTGAGTGAAGAGAATGAGGCAGAGGG GCCATATGCGGTTGTAATGGCACCCACACGAGAACTAGCTCAACAAATTGAGGATGAGAC CGTCAAGTTTGCACACTATTTGGGTATCAAAGTTGTTTCTATTGTTGGTGGGCAGTCCAT AGAAGAGCAAGGTTTTAGGATTAGGCAAGGCTGTGAAGTTGTGATTGCGACCCCTGGGCG ACTTCTCGATTGCTTGGAGAGACGTTATTGTGTTCTGAACCAGTGTAATTATGTTGTTCT CGATGAGGCTGACCGGATGATTGATATGGGTTTTGGACCTCAAGTTGTTGGTGTACTGGA TGCAATGCCTTCAAGTAATATGAAACCAAAGAACGAGGATGAAAAGCTTGATGAGAATAA GATTTATCGAACCACTTATATGTTCAGTGCTACCATGCCACCTGCCGTAGAGCGGCTGGC TAGAAATTACTTAAGAAATCCTGCTGTCGTGACTATTGGCACTGCTGGAAAGGTTACTGA CCTCATTACTCAGCATGTCTTCATGGTAAAGGAATCTGAGAAAATGTTTAAGTTGCAGAG GTTTCTGGATGAGCTTGGAGATAAGACTGCTATTGTGTTCATCAACTCTAGAAAGCGGGT TAACACTGTTGCCAAGCATCTGGATAAAGCTGGCTATAGGGTAACCACACTGCATGGTGG GAAATCACAGGAGCAGAGGGAAATCAGCCTTGAAGGATTTAGGACAAAGAAGTATAATGT GTTAGTTGCTAGTGATGTTGCCGGTCGTGGAATTGATATACCTGATGTGGCCCATGTGAT TAACTATGATATGACAAACAAACTTGAAGCATACACCCATCGTATTGGACGTACAGGTCG TGCAGGAAAGACAGGTGTAGCCACAACGTTTTTGACCTTGCAGGATACTGAAGTCTTTTA TGATCTTAAGCAAATGCTCATCCAAAGCGACAGTCCTGTTCCCCCCGAACTTGCTAGGCA TGAAGCTTCAAAGCTCAAGCCGGGAAGTATTCCTGGCAGACCACCTAGGCGGAACGATAT TGTTTTTACTCATTAAAGTTGGAACTCATGCATATTCAATCACAGTGGTCGAGAGTAAAG AGATTATATAATGGTATCTGTGAAAGAGATGGAGTTGGTAGATACGGTGAATGACTCCTA CATAGTGCAGTGGTAAACACAAAACCAGTTATTTTATAAATATTTTTCATTCTATTACTA ACAACAAATATGTTAACTTTCTTATATTTCTTTAAACATTAGTGTATCTTCTGACACTGT TTGCGCAGTTTAGGTTTTCCTTATATTTCTATTATACTTACTCTATCTTAGGTACGATGT GCTTACTTATGATTGTGATTATATGACAACAACATAACCACTCTAAACCCATAAGTGGGG TCTGGGGAGGGTAGTGCGTATGTAGCCCTTACCCCTACCCTGGAAGGTAGCTGTTTCCAA TAGACCCTCGGCTCAAGGAAAATTGATTGTGATTATATGATGCTGAGATTTCACTGTGCT GGTAAAAAGATTCTTTACCTAGTGCTCTCCTAACCTTTTTACTTAAAAAAAATGAACAGA TCAATGGTAGTATAGTACAGTATGCCATGGTACTCCATCGGGGGTTGAGGGGTTGGTTTG CAGAACCATTCATATGTCTTACCCCTTAGTAACAGTCAACGGGACTATGCATGACATTCA GCTTGAGGTTTCATGCATTGAAGGTGTGGATATACTTACATGAGATTTGCATACATTGCT CAATTACACTTAGTTATGTTTAGATTATGACAGATGGCTCACTCGATGGTAAAGCATATC AAGAGTTAGATAATGATCTTTTTAGGTGAAAACAATCTGAGGCCCGTTGTACCATTGATA CTTGTAGAGTTGATCAAACTATCACTATGTAAATGAAGTTCATGAGGCTCTTGATTGATT GCAGGACATACTTTAGTGTTTTGGCCCAACTTCCAAATGATTTATAGTTTTCAGCTTATT TCATTCTATCAGTAAAACAACAAGGCCCTTGAGTACCTTGTAAGATGGAAAATGACTTTT AAGTCATCAGCAATCTGATGGAGGAGGAGTACTATGAGTGCATCAGGTGTACATGCAGCT TTCCGGTAATAATCAAAGAGAGGGATGCACCACCAATTACTCTGCGTGAGAGAGAATAGG CATCCTTTTTAGTAGTCATCTTGGTGTCACTATTGCTAATGGGCAATGGCCTAATGCACC ATAAGCAAACTACTTGCTTAACTGGACAGAACTTGGGCATGCATTGGATAATATTAGCAT GAGAAATGTGGTTTTAAATGCTTGATTTAGTTTTATGGTTGAAGAAGTAGATGTTTGCAC ATATAAAAGTCAACTTCTACTTCCGTATAATATATTTTGTGAAATGCAGGTAAAATCAAC ATATTGTATTTCATGCATTATCAAAGTGTCTTCTCACTGGAAAGAAAGATGATGAGACAT TGGGTTAATTTCTTGTGTGTGATTATGCAGCAAAGCTTGAAGCTTGGGACTGATATCCTG TAGATAATAAGCAATTGAACAGGCATGAACTTCTTTAGCTCCTCAGAGTTATCCTAAATA CTTTTTAATAACAATACATTTATACTTTAGTAATGAAACATTTTCCATTCCTTGCTTCCA TCTCTTTTGCACTATTTCTGTCTATCTTTATGTATGCCAACATTCTGTCACCCACCATTT GTGTATATATGATTGTTAGCTAGGCTGGCCTTTGCTCTTCTATTGGGAATTTGTGGTGGT GGAGGTGTTGCTGTAAACAAATATTGGATAACCTTTGTTAGTTTGCTTATGTGAATCATG TTTGTGATTCTCTTATCTGTTTTATATCCTCCCTTGTCACTAGCATGGTTTTGGTTTTGC TTTCCTTCAGGTTTCCACTGGGATGTTTATATTGGCCGTTGGAAGAGGTACTCTTTTGTT TATTATTTTATTATAAAAGAATGAAACAACATGGTTGGATTAAATAACATGCTCTGGCAA TCTAAATAATAGTGTCATAGGTTGCTTTACTTTCTTTTACTTTGATGAATATACAAAAAA TGATTTAAATCTCTCTGCCATAGAACTTTTAAGATTCCGTAATAGATTTTATTATCTACT ACAAAAACTAAAGGCAATCATGGTGGAAATGCATTTGTTTGAGAGGAACTCTTCTTTTGC TTCACTAAAAGCAAATTATGTTTGGTTCTGACTTGTGATTAATAGATCTATTAGCTGATT CAGCATAATATTTAGGCCCTTGTTCTGAAAAGTCGAAGATATGCCTTCTATTTACTATGT CCTGGAACGCATTGTTCTTTTCTAGTTGTGATAGAATGATATATCTGCTGTAGAATAGTT TCGAACTCTATAAAATTCATAAACTTTTGTTTTTGTTAGTTAATCTTTCTTAAGTTCAAC TTTGGAAACAGATTTAAACACTGTATCCTCACTCACCATCATGTGAGAATTCAGCATTCT CGCTGAGAGCATTTTAGCATGACAATTCTTAGTGTTGCAATAATTGATCAAAATTTTGTG AGAATACAGCCCATTTCTATTGCGCAGCTGTACATAGAGGGAGGAGGTACTCCTTTATTC TTCTGTATTACTTTTTGGTGTGTCATGATAAATACTACATTTTAGTTGCATATACTAGTG GCCTTTTCTCCGCTATTTTCTTTTCATACCTGTTTTGATATGTTTTACTTGAGCCAAGGT CTATCGAAAACAGTCTTTCTACCTCAAGTCCTCTAGAGGTAGGGTAACGTTGCATACACC CCACCCTCTCTAAACCCCACTTGTGGGGTTTTGCTAGGTACGTTGTTGTTGTATCCACTT CATCATTTGCTTTGAAGTTAGACCAGGAAATAATTTTATTTGGACCTGCTACTGTTTTCA AGAAACAGAAGAACTTGTGTAATGCTTTTATACTTTATATGTAAGATGTGCATCAATCAT TTTTGTTACAGCTAACATGAAATGTCATCTTGATGTTTAGATCATTGGAAAGAATAAGAC GTCTGAGAAGGAATGCCGTAAAAAGGCTTCTTCAATTTAATCTGGGATAGGAGTAAACTA TGAAAACAAGCAACGAAGTAGAAAAGAGAACATGCATTTTCAGTAGTTGGGGAAGAATTT GAGATTAAACTTATTTATGTTTTATTTATTTACCATATAATACAAAAATCCCTCCTCTCC AAAAAAAAAAATCAAACATCTAGATACGTTACTCTCCATTTCAAACCCACGTTTCCCCGT CCTATTTTCACTTCTTCAATTTCTCTCTATTTTTACTCTCATAATCTAATCGGTCATCCC TCGTCCTAAAATTTGAATTTCAAAAAATTTCTCTCTCTAGTCAATCAATTGTCAATAGGT AGTTATTGTCTTCTCCATTTTGTTCGTTTTTTTAATCAATTTTCTCATACATATAGATGC TCCTTCGTTTAGTGTTGAGATTATTCAATTAAATACATCTAACACTGATCAAATTTGTGA TATTGACGATCATAAATGGGCTGAAAATAGATCTAAAAGCTTGCACAATTCATTTACAAC GACAAATCAAAATTGTCAGTAGGTAGTTATTGTCTTCTCCATTTTGTTCGTTTTTTCAAT CAATTTTCTCATACAAATGGATGCTCCTTCGTTTAGTATTGGGATTATTCAATTATATAC ATCTAACACTGATCAAATTTGTGATAAATGGGCTGAGAATAGATCCAAAAGCTTGCACAA TTCTTTTACAACGGCAAATCAAAATTTTGAGAAAGCAAAATCAAAGAAGAATGTATTTTC ATTGTCTAAAGCGGATGTGCAAAATCATGATTTTAAATTCGATCAGTGTTAGATGTATTT AATTAGATAATCTCAATATTAAATAAAGGAACATTCATATATACCAAAACTTGATTAAAA AATGAAGAATAACAAAGCGGAGAAGATGATAACTATCTATTGACAAATATGAAATTGATT GACTGGAGAGAGAAACTTTTTGAAATCAGAATTAGAATGAAAGAGATAATTGATTGAATT ATCAGAGCAAATATAGGAGTGCGGAAGCGTGGTTTTGGAACGGAGAGTAATGTATTCGGA TGTTTGAGTTTTTGTAGGAAAGAGAGGAATTTTTGTATCATTTTGAAATGATAGGGAATA ATAGAAAATATGGTAAATAATGGTGTGTGGATAGATAATTTTTATATTTAAGAGACTGTC CATGTATAATAATGAAATTTAATAAGAAATTTAAAAGATTGTTGATGTATTCTCCGCGGT AACATGGGAGTGGATTAGAAGCAACCAATATATATATACACACACATTAGTACATCATTA TCAATTTCATAGTCTACACCTACAAAATAAAAGTATGAATTTGTTTGGGAAAATATACAA GTACCCCCTTAATCTATGCCCGAACTCTCAGAGAGACACTTATACTATACTCAGGTCCTA TTACCCTCCGAACTTATTTTATATATAATTTTCTACCCCTTTTCGATCGCCGTGGCACTA TCTTGTGGGGCCCAGTGGGTGTTGATATTTTTCTTCAAGCTAGTGTCACGTAGGTCGAAA AGGGTTAGAAAATTATTTACAAAATAAGTTCAGGGGATAATAGGACCTTAGTACAGTATA AGTGTGTCTCTGGGATTTTGGCATAGGTGGAGAAGGTATTTGTGCATTTTCCCTATTTGT TATAATCATTGTTTAAATACTTAATTGACATATATAAATAACAATTACATATATATGTGA CCTTCATTTTCTTTAGCTCATTCGAAATTATTAATTTTGCCATATGTAAATTTTGACATA TAATTGAATTATGAAATACAACACAATCAATATATAGAGATACTTATGGACCAATCTAAA TAACAAATGAATTGCATATAAAGTAAATTTGAAATCATCACCAGTATAAATTCAAGAGTC GTTTTCATAGAGTCAAACTAAAGTATGACTTAAATTAAATAATACATTGATTCACCATTT AACTATAGAATGAAAAGAATAATAATCTTAGGTAATAAGTCAAAAATAAGGAAATATAAT GTAATAAATAACAATATCTATGATTTTTTTATTTGTTGATATTGTACTTTCTGAAATCGT CACTGCAATACAACTTTCATATTAGACATACTTCAATAAAAAAAAAAAAGAAAAGACATT GTGCCATATAATTCTTTTCAATTTTCACAAGTATATAGCCAAATAAAGATACCTGTCATT TAAGGTATCATCTCTTGTGAGATTTTCATGAAAATCAATTAACACGCAAAAAAGCATATC ATATCTTTTTCAGTCCACTCCTGATGTTGCTTTTGTATTCATATGTTTTGAGTACATATT TATAAATAAAATAAAAAGTTAAAAGCTTTATAGTCATTTGACAGATTCACCCCAAACGAA TAGGAATTCTTTGAATCATATCGTGCTATTATTATTCTTAATTTTCTTTGTAAATCGCAA TTAGTTGTTGCTATTCATTTTTGTGTTAAGAGGAATCATTTAAATTTTATTTTAATCCCA TGTATATATTAAATTTTTAACCATAAAATTAATTTTAAAAAATTCAAACAAAAAAAGAAA GAATATGTTAAATGTAATTGGAGACTATAGAAAGGTTTTATTGCTACTTTTATATTGTAT AAGCACGATATGTGTTTGTGTTAAGTAAATTGAAAGAGAGAAATGAAAATAAATATAAGA TATATATATATATATATATATATATATATTATATTTATATACCCAAGCGTTTGCATGCAT CACCACCGTACACATGTAGCGCTATCTCACATGTGAACATCACAACACACATCCTATTAT TAGTATATCAGAATGTCAATTGTCATACATTGCGATGTAATGCGCGTTTAAGACTTCCAT TATTATACTAGACAAATTACACCGTAAAAATATATATTACTCTATCTGTTTTAATTTATT TGTCTTATTTTAATTTAAATAAAGTTATAAAAATAATTTCTTTTTTCCGAATATTATAGT TTTAAATTATAGATTTTGCTAAATATATTAAAATATTATTTAATTTTGATGTGCTAGGTA GAAAATTGTTAAAATACAAAATAGACTTCTTCTTTTTTTTGGAAAATCAATAAAAAAATA TAAATAAATTAAAATGGAGAAAATATTGATATTGTATTTACCTTCCTTACCTGCCAACAC ACAAAAAAAAACAAAAAACAAATAAAGTTTCCATCTTTCCCGTGAAATTTGACCATTTGG CTCCGCATCTTCTTTCTTTTTCTATTTTTTCAGGACTCTATTAAAATCAAAATGCTAAAC AGTTAAAACTGGAAGAATACTGCTAGCTATCATTACTATTATTCCCTTTGTTCTTTGTCA AAAAAATGTTAGATTTTAATTTTCTCTTTGTCAAAAAAATGTTAGAGTTTAATTTTCTTT TACTAAGTCATTTTTGATAAATTAAGAAACGACAAAGTAATTTATTAATATTGAGTTAAT TTCTTTGAAAAATTTAGTGAGTTAATATATTTGAGACCTCGTCGTAGTAAAATGGTTGAC GTACTGCATAATAACTATTTTTAATAAGCGTGTCAAGTCAAAAATTAACAAGTAAAAAGA GACTATTTATAAGGAATAACAAGCTTAAGCCATAATTCCAACGCACTAATTTTGAATATG TATATATAGACATCTCAATTCATTTTTTTTGCGATCAATTGAAAACACCTTCAAAATGGT TTAGCCACACTATTGCTACTGAACTGAGAGGAAAGTTTCAATCTTTTCAAATTCTTGTGT GTGATAAAAAGTGAAACCTCCTGAAATGACAACATTGTTAGAACTTTCCTCTCCTTTTTC TTTTCTCTTTTGTTTTTTTTGTCTCTTCTTTGATGTCACTTTCTTCTCTCAAACAGGACA CACAAGTGAGAGAAAAAATCAAAACTTATCTTCATTTTTTCTATTACTAGTAAACAAAGA GCCTCTTTTTATTTATTTATTACTATAACCTGCAAGGTAGACCCATCTAGTTTCCATTGA TGGATCCCAAACAGGCTAACCACAACAATATTAAGCCTACTCATGATCAGATAAAAGAGT TGCAGATTTTGAAAAATGATGAAACGAACAAGGTGGCTGCTCCCAAAAGAAAAGATAGGC ATACAAAAGTTGAAGGTAGAGGGAGGAGAATACGTATGCCGGCGCTCTGTGCAGCAAGAA TCTTCCAGCTTACGCGCGAATTGGGTCATAAATCTGATGGTGAGACAATTCAGTGGCTGC TGCAGCAAGCCGAGCCTTCGATTATTGCTGCTACTGGCACAGGGACAATACCTGCCTCGG CTTTAGCTGCAGCAGCCTCTGTTTCTCAACAGGGGATCTCTGTATCAGCTGGTTTAATGA TTGAATCGGGGGCGAATATCGCGGGGTCTGGTAGCAGTAGAAGTAGTAATAGTAGGACCA ATTGGCCAATGATCTGTGGGAATTTTGGAAGACCCCATTTGGCTACAGCAGGAATGTGGC CTGCCCCTGCCCCTGTTGTCACTAGTTTTGGGTTTCAATCCTCATCTGCTCCATCAAGCG CGAGTTTAGGTAGTGATAGTTCAAATTATTACTTACAGAAAATTGGGTTTCCTGGATTTG ATCTGCCTGCAGCTACAAGTATGAATCCGATGTGTTTTACTTCAATTCTTGGTGGAAGTA ATCAGCAACTGCCAGGATTGGAACTGGGATTATCTCAAGAGGGTCATTTAGGGGTTTTGA ACCAGATATACCAGCAGGCAAGAATGCAACATCCGCAGCAGCAACATCAACAACAACAAC AATCTCCGGAGGAGGATTCTCAAGGATCAGGACATTAATAAAAGACCTGAGTTAGGTTCT TTTTGGTGAATGATTTTTCATTTGTTAGGATGTGTATTGATTATAAGTTAAAAGTCATTC ATTCGCCCTTTATATATGAGTGGTGTGCTTATATCTTGTTTGCTGAAATAGACATGGTAA TCACAAATACATTTTGTACTATATGAGGCTTCAGAATGATTCGCGTCTTTGTGTTTTTAC GTTTCCTGAAATCAATTCCAATTTCAATATATCCAGGCTAATGAGATCACGAAACTGTTA TCTAGTTTCTTGTGTTTGGGGGTTTGAGAAAAAGAATAAGGAACATAGTACTGAATTGTC TTTCAGAACTGATGTGATCACCATACGACGTCTAGTTCTAAAAGAAAATTCTCATGGTTT TATTGACCTCTTTAGTGCTGGTTTGTAGTTGAGCAGCTATATGTATGGATATTTATTGAG AGTGCGTGTTGTTGGTCTGCATTGGAAACATGGGATACTATCTCTCTGGTGTGTGGATAT TCATTTTGCCCTCCATATTTATTGTACATCGAGTGAGTTGCCTTCAGAAAGTTATCAATT CTTGAAATGCAGTATCATCTTTTTGAGAAATTATTGACTTATGGTAGTTCATTTTGATAT CTTTATTTAATAACTGCATTCGGTATGAGCAGGAAGTTTCTGCCTGTTGTTATTCGTAGG CATTCTGCCTATATTTCGACAGGCTGGTATTGGATTAGTGTTGCTGTATAGGTGAAACAG ATGCTTCTGTTTACTAAGAGTTGCAGGAATCTAAGTGCACACTTTGTGACTGTTTATGCT GTTTTTACAACTATGATTGAGTATATAAAGACTTGTTAACCTGGGAATGCAATTGATCGA GTCAATAGGCTATGATGTACTTCTGATTTGGCTTAAATATGATAAGTTTATAAGACCATC TCATAGCGCGCAGCTTCATGCCAACCTTCTTGTAGATTGCATTGGAGCTATTAAAAGATC CACATCAGTGTAAAGTTGGCATGGATTTATAACACAACAACCATGTTACTTGTTACTACT AGAGACACAACAATAGTAGGTAAGAAACCAGTCATTTCTTCTAGAAAACGTTTTTCTGGC TGCTCAACGCAACCTTCATCTTCATTGATCATCAATCCGGTCAACTTTGTCAGTCTTAAA ACCCCAGTTTTCGTTTTTCCAATTCATAAGGCAAAAAAAAAAATCAATAAATGGAAACTA CCAACGTCGATCAAGCTCTAATTAATTGTCATATATTGGCGATTCCGTATCCAGGTAGAG GCCACATCAATCCATTGATGAATCTGTGCAAGCTCATAGCTACAACGTCCACATCAAATC CATTGAAGCATTGGAATCTCAAGTAATTGAGGCTTTACAAGCTGAAATTCCACTCCCCAT ATTCACCGTTGGTCCAACAATCCCTTACATGGATACCGAATTCAAGAGTCCAAACTACAT GTCATGGCTAGACGATCAACCTAACGACTCTGTGCTATACATATCCCAAGGAAGTTTCTT GTCAATATCAAATACACCGTTGGATGAAATTATAGCGGGCGTGCAAAGCAGTGGTGTCCG TACATTTTGGGTGGCACGTGAGACTTCTTCCTTACTTACAGATGGAATTGGGAAGAGGGG AATCGTGGTGCCTTGGTGCGACCAATTGAGAGTTTTGTGTAGGTGGATGGAATTCAACTA AGGAAGGTGCATTTGCAGGCGTTCCGTTTCTTACATTCCCCATTGTGGCTGATCAACAGT AAACAAATAGTGGAGGACTGGAAAATTGGGTGGAGGGTCAGCAAGGAAAGCGAGAACATG GTTAAGAGAGATGAAATCGCTCTGCTTTATGGATCTTGAAGGAGAGGAGCAGTGGAAAAA AGGAAAAAACTGCCATCCAAGGAAATATATTGACAAGTTCATTCGGGATATTTCTCGGCA GTGATTTACTTTCCCCTGAAGTGTTCATTTTGGAACATACCCACGGTGTTGGAAAATAAT TGCAAGTCTCTACTTGAGGCTTGACAAACTGTCCAGTTAAGATACCTGCTGTCACCAACA ATACCTAGTCACTCTACTCGGCTATTTATTGCTAAAGGTCATGTTTGCACTAGGAATGAA ACAGTTCCTATTAGTTTTGTTCTTATTTTGGGTATTGTGCTGGTCTGAAACAGTTCCTAT CTATCTATCCTCATTTACTGAGTAGTCTCATTAAAGTGGTTTGGCATCTTATTTAGACTT CTATCTGGTTGGATAGACAATATCACCTAGGCTTTACTACCAAATATTAGAATGGATGAC TGACTGCTCACTGCTCTTACATTCAGCGCTTCTACTTTGCTGACAAGAATCAGCACAAAC TTCTTTTGAGTATTTAATTTGTCTAGCATGTCTAAAATCATTCCTTAAACGGCCCCAAGA ATGAAGAAAAGGGGGTCAGCTTCAATATTGCTGGTAGCAGAAACACGCTAGTTCCCATTA ATTGTACATTTTGCCCTTCAAATGTGCTGCTCTTACATTTCTGCCCAGACCAATCAAACA TATGCGTACAGAGAATAAGTTATTTAAGGGCAAGAGAACTAAAGAACAACACAAAATAGG AGCAGATGACCTGCCAGTTTCTAACAATTTCGAATCCAGCATACTTCTTGATTTTTTAGA CGTCAAAGATTAGAGTATACGGATCATCACGATCTAAGTTGAATAATAAGGACCCAGAAT AGAATAACAAGAGCTCGGTAAAATCCTATAGCATGCAATCCAGCACACTTTCTGTATTTC TGTATAAGAAATCTGCAATTACAAAATGTACACCTACCAAATTCATTCAAACAAATAGAC ACGCTGTTACATTGAATAGCCGTTCAACGAACAAACAAGTAACAATGAGCTATCATACTG TTTTCCCTGAACTTCACAGCAGCAGTTTATCCCCCAAGAATACCACAGGATTAAACTTGA ATCACTTACAATCTCACATTATGGTACACGCGCACACACTTTTCTTCGGAGTCTCGTCAA TCTTCTTTTCTGTCATATAAAGACAAGTTTCAGCAGCCAAAAGGAAAAAAAAAAAAGTGT ACACTATGAATTATTAACACCACACCCTGGAATGAAGATACTTGTTAAGGATAGAAAACA GGCACGGAATTGAACTTCTATACATAAATAAATAAATTTTACAAGAAAAGCACAGGGTTA GAGGTTAAGGGTGTGGCAAGGCGGGTCTTCTACCGTGTATCTTATCCTCAATTCAGCATT AGAACAAATAGAGGGTTCATGTCAAGCTTAGAAGGTAAAGTCTTATTTCAGTAAAATTTA ATGAAGCTCACATTTACACGAGACAAGTATTTCCTGGATACTACAACTTCAGCATTAGAC GAAAATAGACATCCGCCAAACATTAGTGGAGGATTCATGAAATAACTAACTCAAGAGAAT CTCCAATTACAAAAATCTCACTGGGATAAGATTTAGTTAAGCACCTTGCCACATATAAGC AAGAGCACTTCAACAGGTCAAAATCCACTAGCACAGTTAGATCTTGATTGAACTCAGCAA AATTTAACTTGCACAAAACACCCGACTCACCTTGTTTCTCCCTCGAATCTACCACTTAAT TATCCACCAAAGCTGCATTCAAAATCTGCCTTCCATCAACAAAAGCATTTTGCAAAAACG AAACAGTCTCGTGCAAAAACTCTCTTTAAGTCTATCAGAAAGCACCTTAGAAATGATCTT GTAGATGCTTCCAACTAGACCAATTGGTTTGTAGTCCCCAATTCTAGAAGTCTCTTCCTC CTTTGTAAAAATTACAATCAAAGAAGCATTTAAGCTCCTTCCGAAACTACCCCTCCTAAA ACTCGTCAATAGTACTTAATTCATCATGTCTGACTGTATAACAATGCTGAAAGAAAACAA AAGTTAAACCATCTAGACCTCGAGCCTTGTCGCCCGCACAACACCCCACTGCCTCACGCA CCTCCCTTATGTCAATTTTTCTCTCTTACCGCTCACTATTATCCACTCCTATCTAATTGG CCTCCATTCTTCTTCCTCTTTGAACAATTGTTCATAGAATTGAACAACTGCTCTTCCTAC TTCTTCCTCTCCCACATGTATGTATCTCCCCCCAACTCTACTCACTCTATTAAATTTCTC CTCCTATTTGCAACTATTACCCTGCAAAAGAACTTGTGTTAGAATACCAATACTCGGACC CCAACGAGCTCAATTTTTGTCTCCAACTAGTCTCTTAAAGCTAATTCCATTTTTAAAATT TATTTTTTCTCCATTTCCCTTTTGTCCAACTTCCTTCCCACCTGTATTCTTTCTAATTCC CCCACCTCATTCATAATCTCCCTCATTTTCACCTCTACCCTCCCAAACACTACCTCTGAT TCCACATCTTAAGTCTTTCTTAAGCATCTTTACTTTTTTACAAGTCTGAAAGATGGTCTC TCCTCTATGCCCCGGCTACTCTATCTACAAAGTCTGTCTCTCACAGCCACATGTTCTCGA ATTTGAAAAGTGATCTCATCCTTCTACCCCTACACCATCCAACATAATAGGTGAATGATC TCCACAAGAGAGGGAATTGAATAATGCTTGGTTGAAATTGGCACCTATCAAAGGTAAATC TATAAGAAGGTGGTTAAAAACTGCAAGAATTCCTCCATTTCCCTGGAAATCGCCTGTAAC CCAACCTCTCCTCCGCGAATCTTATAGTGTTAAAAATCCCTTCCTAAGATCCCTTGTAGT GTTAAAAATCCCTTTTTAACACCCAAGGGATCTCCCACCTCTTTTCCATACAATTCCCTA ACTTCTCCAAAGAAAACTGCATTCCACCCTATTTTAAAACTAAACTGCACCCTTAACATG AACTCCCCCTTATTAAGCTCAACATACTCCTCCTTTCTGTTCTCTCGCCTTCCTATCATC CCAAAGAATAAGTATTTGTCCTGCACTGTCCTGTGCCAGAAAGTAATCTTACTCCCTCCC CGCCCCAACACACACACACACTTCTAATAGTTCTATTCGTCAAAGTTTCCATTTTTGTTT CTTGAATAAATATCACATCTGCTCCTATTTTGATAATATTAAAATAAAGTAGGAGCATTA GGTCACTCTAGAAGTTGGAACTTGTTGTCCAATTCTAAATTATCATGTCAAGGTGTTGTA CAGATTCTCTTTTGGTAATAAAATCCTTTATATACCAAAAGAACATTTCATTTATTTTGT AAATTTCAAGTTCATTGATGTATTCTCATCTTTAACAATTCATGTGGGCAACTTCACATT AACACTCCCAGTCTCAAATTCATTTGAAGAAAATACTTTTGTTTACTATTACGTAAATTA GTACAAAGTACAATAAAGAGGAAAAGGAAAAACATTTTCCAGATACATGCCTTCCAGAAT CAGATATGTAAGTAGAAGCGACGGATGTTGGAGGGTGACAGCTCCTACTAATGTAATACA TATTGGTTGAAATATCTTATAAACTTGAGTTCACACCAGCTCTTATAAAATAATAGGGAT GCTGTCACAAAAGAATAGAGGATAAAGTAGTACACAAAAAGCTCTTAGAATCTATTCACA TAAGAATACTGTAACTTCAAATCTCTCCAACAACAATTGACTCTATTCAAGAATCCAAAA GGTTTAATCCTAGCAGTTGAAAAATCAAATGTTCCACCTCTAGCCCCTTTTTCCAAATTA GACACTCAGATTAGTTAAATTTCAATATGAGTATCGATCACTAAATAAGAAGATTAAAAA ATTAATAATATTTTCCCGATTTGTTAAACCTAAATTTACAAAGCTCAACCCACAAAAGGT AATTCTGACAAGACATTCTAAACTTGGAATTGTTATAAACCAGCCAACAACTTGGAACTA AAGCAAGAAAAGAATATTCAGAGATTTCCCAGGCGAAACATCTTCATAAAAATTGGATAA AACATTGATACTAGACTGGAACAGTTGCTTGTCCCAAAATAGAATAGTTAACATCGCCAG ACATGAATTAACACATTAGTACTCACTCACCCTATCCCATTGTATGCCCCATTTCATGTC AAGACTAGGCTTAGAATTTAACAAATTCATTTAACCTATGTATTTAAGAGGAAAAACATC AAAATCATGATTCAAAAGTGAGTTTGATAATTAGAATGTCTAATGATTGTATTTAAGATA ATTAATGAGTCTACGATACATCACCAACATGAGGAGTGTTTAGAAGTAGTGTGTTTTTAT AAATTAAGCATGTCGAATATTATTGTTTATAAAAGTGTAACCAACGTTTAAGAGAGTTTT TTGTTTGGGAGAAAGTGAAGTAACTTTTAGAAATAAACTTAGCACAGAGGACGTGATGTA CATATGTACACTGTTAAAATCAAATGAGAATATATCCCATCTAACCCTGAAGGTCGAAGG TTTCTAACATCTGCAGAACTGATTCAGCATCATTTACATGTTCCAACTAACACCATGAAT AAAAACAAAGGTATACAACTAACTTTTATCTTGAGGATGACAAACATTTATGGGAGTGCC AAAATAAAAACTGATACATAATTTGGGAAAAGTGGATCTTGAATACCTACGATGGAAGAC CTTTTTTTAAAACTGGTAATGTTGTAAAATGTTAAGTCCTTAACATGTCATTTGGAGCTT TTGAGGTAATATTGTTCACGAACAACCTATGAGTTGCAAGCTTTTTGCAACATCTGGGTC ATAGATTATTATCTAAATTTCTCAAATTATGCACTTCATTCCAAAGAAGTGTGCCCTTCA CTTATCACTTTTTGCCTCAAGCCAATAGACCTCGTTTTTGCACTTTTTGTTTCTAAAAAC ACTGGGTCTCCAAAGAAATGAGCTTATACTAAGCAAATCATTGACTAAACCCAATAGCAA AAAAAACTACTCATCTCAATCTACATAAAAATATTTCTATTCTTGAAGGCTCATGAATAT GAAACTAATATGGAAGGAATGTGATCCCAACTATTATAACCAAATCAGGGCATGCTTTGC ACAGATGACCTAATCACCTACATAGTGTGTAATGTTGTATACGACACGTCTCCTGGCCCA TATATACTATATATAGTAGATGAATCCATATATTATATACTAAACACAATATAATTCTTC ATCTTTTTGGGGAATATCAACTCTAATTTTGTTGTTCTTATTGTTCTATACACATCATCA CAAGTTAACTTTCTTGACCATCGGCATAATCACAATAATTTTCATTTGTGGTGTATCTAC AAGATGCAACATGGTATATATAAAAGAATACTTCCCCCGTTTCAACTCAAGTACCTTACT TCCCTTTTTAGTCTATTTCAAAAAGAAAGTCTCTTTTTAAAGTAGGTGACTCTCTAATTC CAAAACTCTACTTCGCTTGTCTAAAACCACGGGATTCAATGGGCAATTTGGCACATTACG AATATCCTTAGTTTATGATTACAAGATTCAAAGGTTGTTTTCTTAAATTCCGCACTTCGA CACTAATATAGACAGAGTAACATTTTTTAAATGCAATCCTCACTAAATTAGGTGAAATCA GATTTGATTAAGTATGTTCTTAATTGAAAGCTCATATTAATTACGATGGTGTCAGGATAA GTAATCATAGTTGATATTCAGTGGTAGATCAACCTAGTTACGTTTAACTTAAATATGTTT AGTAATTTGTTTGGAGCAACTCTTCATATGTGGATTATGAATCAGATAAAACCCTATACT TTAAGACATAAGCTAGGTTTAGGTTATCAACTAGAACTTAAGGTAATGCAACCTGCAGCA CTCCTTTTTTATTGTTACAGTTTATGATAGACACTTGAATTTATAGTAACCCTTTTGATC TCTTCTAAAATGAAGACCTGACATGCAAGCTAAGACATGAAAATACAGAAACTGAGTCTC CATCACTTGAAGAGTTAATACTATCTTGCATATGACGGGGTTGAAACACGATTCTAACTT CATACTTTCTGTTACATAAGCTAAAATATTCAGTATACCATATGAACCACTGCAATTAAT ACAACATACATCTGAAAATGGTCCCTGGGCACGAGCCCTTGCAATCATCTGGAATTTTAA CACATACCACATAAATTTCTTTGTAAGGCAAAATGTAAAGAACCATAGAGGCATAGACAT TAAAAGCATTACCATGTTAAAAATAAGGTACATACAACCAACCAGTTAACTATATTGCAT GACAATTAAGATATTAAGAAGATGAAGAAGATTCTTGTCCTTATTTTTTCCTGAACACAC AGTAACAGAATCACCAATAGCCTCAAAAAATATAAATACATTACAGAAAGGGTAAAACCA GTGTCTATTACCACAAATCAAGTAAGAGGAACCCACCTGATTTTGATTTACCTACTGATG GCTGTACAACAGCATGCATGGTAATCACACCATTAGGTAGTTCACCGAAAGGTGTTTTAC ATTGACCAACAGTCTTGTTGTTCTCCAAAATTTTCCCAGCACTTATCAACTTGACATCAT TTGCCGCCTTAGGTGCAATTTTCTTATCTGCCAAGAGAGCATCACAACTTAATCTCAGGA AATTAGAGGCCACATAGAAATAAATAATAACCCTTTCCCAATTTCCTGAATATATAGTTT ATAGTAAGTTAATAAAATGAAGATCTGTCAAACATTAAAGGCTTTAAAGGATTTAGATAT CAATAGACTTTTCTGGATGGCATAAAGAAAAATAGGGATAGCCAATTGCAGCTCATAACC AATACTCCTCAAACAAAATTCTTATACTGATTTGATTATGTTCATTCGTCCAGTATGAAT TGGGCTTGGATTTTGGTACAATTTGGTTGACTTAAAAATACTGAACTAAAGCTCTTTAAC AAAAGTTAAATTATCAAAAAGTTGTGCTTCAAACTCTAAGTTAATTGAAATTGGCTAAAA TCCTCTTTATCAATCTCCATATTAGACCAATTAATTACAACACTATATAATTTGTCTAAC AAGGCAAATTATAAGTTCTTTGAAACTTGTTGCTCACAACCTCACAAGTCCCACCTATCT CTATACGTGTGTGCGCATGCACAATACAACTACCTAATGTAAGAAAAAATAACTATTAAA CAAAGAAAATGATTAACTGGACAAACAAACTAAACAACGTAAAATTAAACGAAATATATA AAGTAAAAATCATGTCAATCAAACACAAAAATAATTTTTTTGTTAAACATGAGGTACTTA GAATCCACTTGTCCAATTAATCCAAATTCACGCCACAAAAGTTCATTGAGATTAGGCATT CCCTAAAAGAGATTTCTCCATTCTCAGGATTCAGACCCAGATATCATCTGTTCTACTGCA TCACTTAGTGTTAATTCAAAAATCATTTTAGATTTCTGAATTAGATGTAGAAGCAGTTAA AGATGTTAGCTAACTATGGGGTTGAGGTATGGAGAACAATCAGAGACCTTTGGCCAATAC GAATAACCTTTTACACAGCCAATCTTTTCAAAGTATCTTTTACACACCACTTCTGTGCTT GGCCAGTTATCAAAACGATGTGTATGTCAGGCCCTAATATGGTCGTGACACATGTCATTA ACATTTAATTGATCATGGCTGCCACCACCATGGTTGTCCATGAGAAAGTTTCCATAAAAA ACTATTTAATTAAACCCCAAATGAATTGAGCACAACTCAAAAGTCAACAAGACCCAGTTG TATTTTCAAGTTTTCTCAATGCCCAACAATGGAAGGTGAAATCTATTACTTCATCTAAAA AAATGCCCAACAATGGTAGATTCCTTAATTTTTCCACCCAACCTTCACAAAAATCAGTCT TAAAGCTTGTAAGTCTCACAATATAACCGATTCCACAAGATTTGAACAACAAGCACTCAA TTTTCGTATCTGAAATTTTGTATCTCCTGTGTGGGAGAAAGGGGAGGAGGGGTTCTATGG GGATAGGAATATCAAATATGGGCTGGGACAAAATTCACACAGGCACAACACACCTATTTT GTGCACGTTGCGAAAGTGGTGTTGCTTGTTAGACTCTTTCAAAAGGTTCAGTGTATTAAG GATTACCGTGTTGGATAGGAGTGCCACAGGGATTTGGCCTAGCTAGGTATTCTGCTCATC ATTTTGCATACAAGTGTGTTTGGTATCGAAAGTTAACATGACAAAAATCTCTTTAGCTAT TTGATGTGAACTTTAGTCCATTTTCATTTTAGCCTTATCAATCAAAATCTCAGATTAAAA GATCCATCCCTTGATCACCAAAACCCCAACTAAAAGCCCCAAAAATGCAAACAAAAAACA TTTCTTTCAAACATTTATTTGGGTTGGAGGCTGATGAGGTACTGAATACTGTTTCTTAGG GTGCTAAGTGTCATTAAATTTATGGGTATTCTCATCAAACCCTGTTTCCCCATTTCCATA AACAATTAACAGAACTCAACCAAAAACATCTCAATTATGCAACGCAAGCCTCCAAAAACT AACAAAAATGACGTAATTTTACTAACCTTTAGGCCACTCAGCAACAATTCTCTCTTTCAG CATAGCTACGGTTGAAGCCGGGGAGAACTGAAATGGACCCACATCTGATCCATCGAACAA ACGAAACTTAACTTCAGTCAAATCTTCCTCCGGCATTTGTGATCGCCCACCAACCTCTTT CTTCTCAGTTTTTTCACCTCCGAAACCTAAATCGCAGAGACAAACAGCTTAACAGTCAGA AAAAAGCGAGATGAGAAGCAAATATATATATATAAGCAACGTGAATAAACAAGTTTACCA GTGTATTAAAGAGCAAGGATTCTTCTGCTTGATTGCATTGAATCGCACAGCTAAAATGGG GGAACCCTAGACACAACTGAACTCCACTGTCTATGACGACGATATATATATATACATATA TATTGACAGAAATGTATCTGACAATGTGTGTATTAAATAAATAATTAATGTATTAAATAT TCTATTTCTAGACTTAAACTAAATTTTGTTTCAATTAGAGATCTAAAATTTTTAATTAAA TATTTTAATAAAATAATATTTGTGAGTTTTGTCATTCGCTGAATAATTAAAGTCAATGCA TATATCAAATAATAAACATTATAAATGTTTAATTGGAATTAGTATATTTAATCAAAATAT GTATTAGTTCGAAATAGAAATAAAATATTTTGTCAAATTTAAAAGACTAAATATATTAAG CAAATGTATATGATTAGAATGTTGTTTTTTCCTTTTTTCATTATTTGGAAGTGCTCTTCA ATCAATTTTCTGATTTCCTTTTGTGGGTATTTTTTTTAATTTTAAAGCTCAAGGTATAGA TGTGTAAATTTAGGTTTATCCAATCATGAAAATATGAGTATTGGTTTTTTTTTCCCAAAT GATTTTTCTATTAGAATTTAATTAATTTGTATTTGCTTTAACAATGTTAAATAAGACTCG TTCAAAATATCACTCTTTATTAATGATTTTTTTTTTAAGAAAAATAACTTCGAATTAATT TGATTTTAAAGAAAGAAAAAATTTTAATAATTTTTTTAGAGAAAATAAAAGACACTATAA AAATCTATGAATATATAATTATCGGAAGATATATATGTGTAAGTTGTGTATTAGAAGCAG TTGTTCATCAACAGGTCTACATCTAGCCATTCATAGAAAATTTAATACTATTTCTATTGT AATTTATTTGTCCAACTTTTCTTTTTAATTTATTACAATAAATTAAAGTAATTCACAACT ATCCATATTTAATTATGTATTTAAATATTACGTCAAAAAAATTATAAATTCAACTATTAT GTCCTTGAATATATTTTAAATAAGTGTGCATTACTCACAAATTCAGTTAATATATAAAAT AGAAAAAATAGCATACCTATAGTGAGAGAACGTGCATATCTTTATTAATTACTCTCTTTA TTTTCTAATTATTTATCTATTTTTGAATTAGTATAATTATTTTAAAAAAAATTGTGATAA TAAATTTAGTATTTTATCTCTATTAATTATAAAGTTAATGAATTAAATATTTACAATTAT CAAGAAATTTTATCATATTTAAAGTAACTAATTAAGAATATAATAGATAAAAAAAAGTAT ACATTAAAATAAATAAATAATTAAAAATAACTATAAAATATATATGTATAAATAAATTAT TAGGAACATAGGGAGTAGCAATTAAAAATTAAACCAACCAAAAAAGGAAAAGAATAATCA ATCCACCATATACACGTACTGCACGAATTAATTATGATGAGGACAAAAGCACCCTCCCTA AATTCCCTACAAAGTTAAGTTTATACCAATTACGAAAAAGAATCAGAACTATCCTTTAAC TATTTAAAATAGAGTATGTATACCTTTCAATTATATTTTGGTTTAAAATTACCGCTTATG CCTTATTATGGGATCACTTCCTCTCTTCTCCTTCGTTACCACAGTCCAAAAACCCCTCTC AATTGGCTCAGCCTTTTATCCGATGTCAATGGCGTTGAGAGTAGCCCAACTTTGTTCAAT AACAATTGGGTTTGATGAAATCAGGATATAACTGTTCATGAAATCGATGGTGTATTGGAC CACGAATCTCTTCTTGATCACACAATCAGAGCATTGAGGAGACGACGATTTCACTATTGT TGCTACTACGTGAACCATCAAACGATCAAAGTTGTAAAATTTTACTTCTATTTCCGTTTT TGTCACCTTCAGATATAGCTTTGTTTTCAAGGCCTGATGATTTACGTTACGGTTATCCTC ACCATATTGTTCTCCGACGATACCGATTTGGGGGTCTAGCTAGAAATGCCAAAGGTTTAT GATTTTGCAGATCATTGCTCAGAACAAGCATCTAATTGTTAATTTCATCTACGATAATTT AACTATTAGCGGCGTTATTGTTGATAGTATGGAGGTTTATAGAGTTGATAGTGAAAGTGA AGGGGGAAGATTGAATAATTTGGGTAGGGTGGGTGTGATTAGGTGGACTTCTACGTGGCA TCATAATTAAAACTTTGAATGCCACATATTATTCCATTAAATGGATTATTCTATTAAATG GAAGGTAGAAGTGATCCCATAATAAGACGTCATTTTGAACCAAAATATAATTGAAGGGTA CATGTGTTCTATTTCAAATAGTTAAAAGGGTAACTTTGATCCTTTTCTGCACCATTTAAT GTAACTTTTGAGTTTTAATAGTAACAATATATAATAAAGGGAAAAGACTTAAATATGTTA TTTAAACTTTTAGAAAAGGCTCATTTATGTAATCAGTTAAAAGTTTAATTCATTTATGTT ATTACGGTTAAAGAAAAGGTTAATTCATGCAATTATTTTTTAACAGTGATTTTGTAAAAC CATTTTTGACACGTGGCCAATTATAATTTTTAATTTAAAAATTGACACGTGTCCAATTGT ATTTCGGCCACGTCATCAATTTTTTAAATAAAAAAGTCAAAAAATAAATTCATTTTTTTT TCAGAATTATGATCTTTTTATCAAAAAAATTCATGATGTGGCCAAATTACAATTCGACAT GTGTCAAAAATAGTTTGGCAAAACCACTGTTAAAAAATAATGGCGAGTCTTTTGTTGAAC GGTAATGGCATAAATGAGTCAAACTTTTAACTGATGGCATAAATGAGTCTTTTTTTAAAG TTCGATTGCATATTTGAGTCTTTTTCCTACGATAAAATCTCATTAAATTAAGCGAGTGTA TATCAATTAACGTCACATTTATACTTTGCAATTGTATTAAGATTTGATGTATTTATCCTT CTACCCTTAATATTTCTTAAGTCAACTTTATTAATAAATGACAAAATTAAGTGACTATTC TATTAAAGTATACAATAGGAAAAATATGATAATTTATACATAAATTTTATAAAATAACAA ATATTGTGATCTAATTAGTTATAAAATGGAAAGACATATAAAATGAAATGGACGAAGTAA TTCTTTAAAAAAAAGTAGAAATACATCTAATACAATTTAGTGAAATATGATTTTAAAGTG TTCTGATTTTTGTTGAAATTTAAATCTAAGTTAAAACTCCTTCCTATCTTTTCTTATTAC ATCCAAAAGTTTTGATATTACCGCATATTGAATGATTTTTTATGTACTCACATAATATTT TACATAATTACGTAATTGAGCTGTCATTATTGATTTTATGACACATTTTAAATGAAAGTC ATTTTTGAAAATGATTTCAAAAAACTTCTCATGTTTGCTTATATAGCTTATTTTGTTGCT ATCGCATTAAAAGTTTTTAGTAAAAGCACAATGAATAACATTTGATTAGTAAGAAACAAT AAATATTATATATAATGAATTTATATATATTTACAATAACTTATTGAAATCTTAAATTTA TTTTAAGATAAATCATTTTAAAAAAGTATACTACAATGAATCATACATTATATGTATTGT ACTTTTATATATATAATGAACAATGAATTCAACAACATAATACATACTTTAGTAGGATAA AATAAGTATTTTTAACTTTTAAGTATAATAAATTTTTTTAAATGTGTGAATTCAATAAAT ATAATATGGTAGATAAATTAATTTGTAAGATACAAACTGTCTTTCTCTTCATATCCAAGC ATATTAGTGACTGCAAATTTCATAATCATTTATTTTTTTCTATTCATACTGCTTTTCTCC TCCATGACTAGAGTTAGATGCACATAAGAAGATGGAGGAAACAAGAAAAGATAATGAATA AAAGCAGTAATACAACCAGAAGATTTAGATACATATTAATGCAGAGTTATCATATAAACA TTAAACAACTCTCAGTGGTAGATCTTCATAACCAACCCTCTTTTTGTGCCTTTCAAATAG TTCTTGCATTGCTTCAGTAAATCGACTATGCACTTCAGAAACCTTCAACAGAAAAATCTA AGGTGAATTATGGGTCCAGACATAATATTTGTTGAGATCTTTGAGTTTTAACATAATATA TGCTCTGCATCGAAAATATTGGTGTTGAAGCACCAAATCAAGCCCCTTACGACTATACCA CAATATTTTCTCAGTGCTAATAGCAAAGAAAGAGACAGACTAACAGGGTGAACTGGCATA CCTCTTCAACGGTTGGCTCTGGATTTTTCTCCAGCATAATTGGCCTACCAACTACAACAT GCATGGGTCGTCGAAAAGGTACCGGAGAGCTGCAGTGAAACACCATGACCTTACAGAGAT GAAAATAGCAACACGAGTGGCAAAATGCATTATAGAATTTTCGAAAAACATTCTAGGGAC CACTATGGCCATGAAATCTATCTTACTATGGCTAGCACTACACACTCATTTTTTCCTCTA TTCTAATTACAATAATGTACTCTTTCACTGTTGGTGGTGATAGTAGCAACTCTGAATTAT TGGATCAGGGATTTAGTAATAAGGTAACGAAAGGTCAGAGTGAAAAAAAAACTTGAATAA AATAAACCAATCCCAATTAGCCTAGGATGATGGCTGTACGTAGTTGCCCAGTTTGTGTCA CTTCAGCCATGAAAGATGGGTTGAAATCACCCTCATCAAACTCAAACAAAATATGGAGGT CAGAGATTTTATTGAATTGCAGAAATACGGGAGACTGGCTGCACACGGTTCAAAGCTTTG TGAATAATAGGGAAGCCACTCCACTTAAATCATTCACACACAAATTAATGTAGTTTACTT GAAAAAAAACAGGTATAAACCGACCACACAAAACAACCTCTTGAGGTCGATTTTCTTATT CAATTTTTTTTCAATAAAGAAGCTGACCTACTGAGGTCGGCTTACTTGGCAAAAAAATTA CAGAAAACATATTAGCTGATCTCATACAAGGATTTTGTAAAACAACTTTACTGTGAAATG TGCCCGACTTACACATCACAAGCTATGCACTTACACTAGACCAAAGCCCCAGAGACGAGG GCCACAGATTTTAGACTAGTTTTCTGGTATAGAAATCAATAGAAACTCAACAAAAATCTG AAATAACATACCCCAGCACACCCCAAAAAAGAATTGGAGTGAATTTAATGAGCCTAGAGA ATTCCAAGTACAGTTTTCCGCGTGGCTTCCACCATTTATAGATAGCAGTCTGCAGAATTT AGGTAAAACCGTAAGCACACACCAGGAAAGTTTTTCAATAACACACTATATATCAACCCA AATATTTTAATAGCTTGCAAGAAAAATATTCAGTCCTGCTAGAAATTTTGATCATATAGA CGGATACAAAACTCGCACAGTATAGAGAACATTTCATTCCCAAATAATGACATCTTTACG CATAGAAGCACAAAGATGGAAGTAAATACTTGAACACTACGTAAAATGGAAATAGAAGAA CAAAATATCACCTGACCAAAACAGAAAACTGGAACCAGTGGTTTGCCCGTCTCTATTGCA ATTCGTACAAATCCTTTTCTTTTTTGAAGGTAAGCAATCTATATCACAGGTTAAGAGAGC AATAAGATTTAACCCCTCTCTAGCCCAGCACACACATTAAAGAATATGAAATAATCTCAA TTTCGCACATTGTTTTACCCAAAAGGAACATAAGATTCATAGAAATTTTTTTACCATGCC ATCACCAAACATACTTTAATTTCTGGTCACATAAGAAAGAAAAACTAGATCTCTTTCCTT AAATATCAAGTCGTTTACAAGCCAATGAAGAGAGTACTTGTTGAAAAGAGAGTAGAGCTT ATATACTCTTTTGATGAGTTCCTACTAGTTATTCCTGATCAAAACTCCTTTTTGTGGGTG CATCTACTTGGTCTTACCAGGAGTTAGGAAGAAATGTGGTGAGTACAGCATAATATACTG GTTTGGAAAATACAATCAAGTTTAGAGATTGAACCTCTGAACCGTGTTCCATATAGAATG TTTCTTGAACTCCACCTGGCACTATGATGCAGCTGTAACCAGATGCCAAGAGGGATTTAA AATTTTTCCTTGTTATTGGTGCAAGTCCTAACCATGTCCAGATATGCCGCAAGAAAGGTG TATAAAACACCTGTCAATGTTTCTTCATAGTAAATGCTACAGCTGAAAATAAGACTTATG TACAATTAAAATATAAGAACAAGGAATCAAGTCATACAGCAGTACTCGCAAGCACTTTGA TTTTTGGGAGAGGCATGAAACCTGTAAGATCAGCAAGGGCAACCGCCCCAATAGGCCAAA CAGAATGTGGTTCATACCCAAAAACTGTAAGTAACAACATCTGAGTTAGTCTGAAGAACA GGAACTGAAGATTTCTGATTTTCCATTAATGCGACTAGCACTCAGAATGATGTATCTAGT TCCTTGTAGAAACAGATATCATCTGCCTACAATGGAAAGGATGTGAGCAAGTGCCCGAAG AAAAAGAAGTGGATAATGGGAGTAATATATTATTATTCACAGTAAAGAAAAGAAACAAGA AAAAACAAAAGAGGAAATTTTAGAACATAAGCAAGCAAGGAAAATAAAGATTTAAGGACT GAATTACCCGAACTATAGAATACTCAACAAAGCAACAGAGTAAGAGAAGAGGACCAAGAA AGCAAGAGCACAGGAGGATTTCTTTTCATTTGGCCCCTTAATTATTGAAGTATACGCATT TGTTCTATTATCTTTCAAACATACTTTCAAATCCTTATAAAGTATTTTACTTCGAAGGAA AAATTTTCTTGTTATGGTCCTATATTCGATGTTCTAGAAATGCAAATTTCACACGCCAAC ACTTGAGGGCCAAGACCATGTGATATAGTTTTAAACCTTTCTAATTTAATTCTTCACAAG ACACCCAAGAAAATGGAATCTGAGTCAAATGACATAGAAAAGCTTTAGAAAGAGTCACAG AGAAAAGCTGAGTGTTTGAGCTAATAAGAAAATGAAACAAAATAATGTTCCATCCGGTCT CGGCAAGTAGATACAAAAACTGAGAAGCTATGCTCCTAACAATGGAGGTTGCTATAGCAA GAGAAATTTATCAAGAGAAGCACATCAAAGGAGAATTTTCTAGACAAATTATGCTAGTTA GAAGTCAACTATGGTTTAGACAAAAGCAAGTCTCCCAAGCTGACAAAGGTTTACATAACT CGTCATCTAAAAGCAATAGCATTGGTTAACTTATGTTGAAGCAAGCCCACTAATCACTGT TTTGATTGAGATTGCAGTTGACTTGGTTATTACCTTCAATTTATTCCCTCCGTTTTCTGT TTGTTTATTTTACTTTCATGTTTAGTCTCATTTAAAAAAGAACGCATATTTTCCTCTTTC TTTCTGTAACACTTAAATTCTAATTTTTCATGCAACATGTTTAAGATTAAAGAACATTTT GGAATATTCTACGTATCTTCAGTTTAAGACTACAAGTATAGAAAGTTTTCTATACTTCTT TAAACTCCATATCAACTCAAAACTAGACAAAATGAAACAGAGGAAGCAACATAGTTACAT GACAGCAATCACACAATTATGCCAAGAAATGTACGACATTATGCTGCGTGTAGATAGCTT GGTAATCCCCATGTTTCCAAGTGATCAAGTGAATTGCAAGTTAATGAGCGCACACAAAAG TATAAACTTTAATCAGCCCCTGATATTTTATTGGAGTCTGCCTAAAATAGAAAAGTGGGA TTACAATTTTTCGCAAATTGATAATTTCTTAAAATGGTATCCTTCCGCTGACGAGACAGC TGCAGATATACAAACCAACTATAGCAGAAACACTGTGCAAGTAACTTCTCATACATAAGA GAAAAAAGTAATTCACAATAGGAATTAGTTGATTCCCCAACCCCCAAATCAAATTAAAGA AAGTTGATTTATTTATTCTTATCAAGGATGAATATAATCACTGATTTACCGTAAGCCTCA TTAGGATCAAATGCTTTGATATCCTCTACATACAAATGGACCGGAAAATAGCCACAAGCA TGCTTACAGATGTACCTGAAGAACCCCAATTTTCAGCATCAATAATACAGCAGAAAATCA ATAGTTTCCACTTAATCAGATAAATACTAAATTGCACCAACAAAAAATCACTTACCTAGC TAATCTTCGCCCAAAATTATTTTTCTCATCAATCGGAATGAGAATAAGTATAAGCAATAT TCCTATAACTCTGAAACAAAATTTTATCAAGACTAAAGTCAAACTCAAACTCAAATCCAA ACTACTAGGCAGATGGAAATAAGAGGTAGAGAGAAAGTAAAGAGAAAACTAACATGACTG TTTTAGAGAAAGGAAGAAAAATAAAGGAAGCAATAAGTATTAAGAAGTTGAAATGGACGG AGCCAAGCCATAAGACCAACGCCAATACAGTATGCAATAATGACCCGGAATTTGCCCCTT TAAACTCCACCGGCGTCGGAGCTGACGGCGGCGCCGGCTGTTGATGAATTATTGAATTAT CCTCTTGTATAGCCATGGGTGAAAATCCAAATCGAAACGAATAAAACAGAAAAAAATAAA TATGAAATTACTGAATTGATTATAAATTTATAGAAAGAAAGTAGGGAATTATGCAGTAGC TAATTTCTCTTTTTTTTTTAGATTATAATAAAGAGGAGTGTTGGTTGTTGAATTGATTTT TTCATTTCGTGTTTAATAGCTATATTTAGAGTTTGATTAAATTTTGAATTAGCGTTGAAA AGTTCAGAAGTATTAAGTACTTACTAACAAAAAGCACTCTGTATCTAAGGGGCTCAAATC TCAATGCTTTTAATTAAATATAAAGGAATGTTTACCATTTAATCGCAATCCTTATTGGTG TAAGTAGAGCCGTCAATATAGGCTAGGTCTTTCGAACTGACCTAGCCTAACTCGAGATTT AATAGGTGGACTATGATTTTTGGAACCCATTTGAGAAAAGAACTTTTTAGCCCAGCCTAA ATAAGCGTGCTGATTTGTAGCGCTTGAGAAATATCGATAGGACCGGCTCGTGGGCCAATA AAAATTAAATAAAAATATAATATAATATTAAAATTTAAAATTAAAGAGAGTTAAATCAAT ATTTCTATTTAGATATTTATATTTTTACTTGAAAGAAAAATTAATAAATATTATAAAAAT AAATTTAATTGTCAGCATAAAAAGTAGTAACGTTAACATTATGTAATATTATTTTGTCTA TATTTATGATAATATTTTTAAAATTATAATTTATAATTTAATTTAATAATTCTAAAAATA ATATAATTTTTTAAAAAAATTAACTGGCCCAACAAGTCTGTAGCCCACGTACTTGTGTAT TAGACTGACTATTTTCTGACCCACGCAAAAAATAAGCTAGCCAAGCCTAATTCATAAAAT ATCAAACTTACATAAATTTACCCGAAGTAATAGAGTGAGCTAGCTCACATCGACAACCTT TAGGTGTAAGTTGTGATTTTGAAGTCAGCACGTGGAATTTACCAAAAAAAACATGTGGCT TTTACAGAGAATATAGCAGGCTAATAAAATATGGGTCCTTTCTAGTTTCTTCATACTACT AGTGGGCACGTTTATAGCCGATTTGACAATTTCGATCAACAAGTTAAATAAAATATTTAT TTGATAAAAAAAGATATTATTTATTTTAATTTATTTTATTTGGTTCATATGACCTTTATA TTTGTTATTTTTGATAAAGATAATATTTTTTTCATTTTATTTTATGTAATAATATTTGAT TACGCATAAAGTTTAATAAGTAATGAAGACTTTGAAATATTTATCAAATTGTCCTTTAAA AAAGTAAATTTATTTTTCTCTCATCATAAATGTATTAGAGTAGTATATTTGAAATTAAAT ATGATCAACAAGGATAAAAAATGAATTGTATCTTTTAATACTTACCATATAAGGAAATGT GATATTCTTTTTAAAATTGAACAAAAAAAATTGGTGCCAATAAAATGGGACAAAGGGAGT ATCTTTTATTTGTTACATTTTTTATTTATTCGAAGGTTTAATGGTTTTCAAAAAGCTAGA ATCTTTTTAATGAATAAATTATTTTTAAAATCTATCAATTAATATAAATAGAATGGTAAA TTTATTATGTCAATTATTATTTCCTTAATAATTTTAAATTGAAAATGGACAAATAGCAAC GGAGGGAACAATAAAATTTACATAAATTCATTTTGCTAAAAGTTAATTACATTATTTTTC TATTTTTTAAAAAATTATAAAAATCTCTTTAAATTGATGAATTTCAAATGCATTTCAGGA CTTTCAAATACATCAACAAGCACCCTACATAGGGGAAGAGGCGGAGCCCGAATTTTCGAT AAGAGGGTTCAAAATATGAAAAAATAGCCGCATGTAGTAGCTGAAGAAGGTTCAACATCT ACTATATATGGCTAAAAGTTTATTTTAATTATATAAAAATAATATAATTTTTCATCGGAA GGAAACCCCTAAAGTTATGATGGCTCCGCCACTACAGAAGGGAGAATATTATAAAGAGAG GATAGAGATGTATAGGACATTCTGATATATATGGGAGAGATGTATGTTATGAATGTATCA ACAAGAAAGAAGTGATGTGTCTGATAGAGAATTTTTTTTAGTGATAGAAAACTTAGAAAT TGTGATAAAGTATAATGTGTATTTAGGTAACTTCCAAAAAAGGTATTGCTCCATTTATTT ACATTTATTTTTATTCGTTACTTTTCTAAAAATGATTTTTAATTTTACTTGTTATTTTTT ATATATGAAGAAAAGATAAAAAAATTTCTCCATATTTTACCCATAGTTAAATATCATTCT CAATATCAAGCTAAAACTTTCTAACTTTTACCCCCTAAAAAATAGAATTAGAAATTTATT TTTCCAAGATTAAAATATTGGTGCCATATAAATATATAAAATAATTTATATTTATAAAAG ATAAAAGGGAAATAACCTTGATATTGAAAATGTGTTGATACTTGTCTTTTTCGTAATTTA ACTCTAAAAAATACATTTAAAAATTTAATTAAACGCAATCTATTTATTGAAGCAAATTAG CCAAAAACGAATAAGCCTAAGTCAAATTATTTATTTCAAATTGAACTTTCTAGCAAAAAT TAATATTATAATAATAATTAATCATAATAAAAATAATTATAATCTAAAATTACTAAATCA TATTAAAGTAAATACAATTAATAAATAGTAATTATATGACTAAATATTTAAAATAAAATT ATGTACTGCCACCATTTAAACAAGAGATAAATGCAAGATTAAAGAGTGATTATTTAACAT AATATTCTTATTTCTTTTGACATTAATATTAATTTAATTTTAATTTTAAAACTTTTATTT AAATTACACTAGTATTATTGAGCAATAAATTTGATCGAATTTATTTTGCCTGCATATATA GCCTCTACTCTCTAGCCGCAAGCTAAATATTTAAAAAAAATATTTATAAAGAATTAAGAG AAGTAGATCTATGTTACCTACTCTCATTAAACTATATTTTTTTAAATACAATATTGCTAA CCTAGACTGGATTATAATTGATTAGATTAAATATTAGAAGTTCTTCAATGAACTCTAATA TATTTTCGATGCATTTTTTTATACGACTAAAATTAAATCAATTCACAACACTTTCATACA CTCATAATGATTTGTTGTAATGTATATTTTTATAAATCAAATATACAAGTATGCCTATGC GAAAGTGTAAATCGAACTCGAACTCGCAATCTTCGAATTATTATGTATATAGTATATATA TACTCGAACTCACAATCTTTGAATTGAAAGTGAAGAGTGTTTACCATCTGAGCAACTCCC TCTCATTTCAAGTACATAATAAGTTGCTTTATTTTTGCAGAATTCTTAATTATTAATTAA GAGATGCAATTGTTTTGTTTTTCATGTATTTTTGTTGAAAAAAATATATATAGTAGCATA TCCCTTTTTAATGTGAAATAGTTTAAGTCAAATCATTATCCAATATTCACATTATCTTGC TCCTGCCTGCATTGATATCTCTCTTTATTATACTTTGACAATCACCAAAAGATCTCAGCA ACCTACATTATTGCACAAGATCAAGTCAGCCACTCACTTTTAAATACGATATCTTATATT TTTAGCTCAAATAATATATATATATATATATATAGTACGAAAATTAAATATTTGTAAGTT ATAATATCTAGAAAGCATTTTGGAGCCTTAATGGTGAGAAATGTTAACAAAAAATTTCAA AACGGTATATGAATTTCTTTTTTAACTAAAATGGCCAAATCGCTCACTAAGTAGCGATTT TGTCCATCGAAAAAAATAAAATCACTGCTATAACAACGATTTGTTAAATTTATTTAAAAA AAAAAAATTAAAACAAAATCACTTTTGAAGGAGCGATTTTCAAAATATATATATTTTTTA TTATATTTTTGTTATGTCGCTGCTGAGACATCGACTTGAGTTCAAGATTTTTTTTTAATT TTTTTTTTGCTTTTTTTTCAAGTTTAAATAATTTTTTTAAAAAAAAAACAATCAAATTGC AGCGGTTTTTAATTAAATTTATTTTTAAAATCAAATCGCTTTCAAGACAGCGATTTTAAA TCAAAATCTTTTTTAGCGATTTGATTTTAAAAAAAAAAGAAAAAAAAATATTTATAAATT GTTGCGATTTGATTTTTTTTTTAAAAAATTATTTAAACTTTTTTTTAAAAAAAAGAAGCA AAAAATAATAATAATAATAAAATTAAACTTAAGTCGCTGCCTTAGCAGCGACATATTAAA AAAAGAAAATTTTAGTTTGGAAATCGCTCCTTTGTTTAATTATTTTTTTCTTAAAAAAAA ATAAAATTTAACAAATCGCTGGTATTGCAGCGATTTTACTTTTTCAAACGGACAAAATCG CTACTTTATGAGCGGTTTTAGCGTTTTGGTTAAGAAGAAATTTTATATATCATTTAAAAT TTTTGTCAATATTTTTCACCCTTTAGACTCCGGATTCCTAATTATGGTCCCCCAGCCGAT AGGTATGATGGATGAGAAAATCATAAGCAATTAATCGACTTGAAGCTTAAACAAGTACAA ATTTAAAGTACTAGAAATATGATTAAATTTACGTACATAATTTTCAAATTTTAATTACAT CCCAATCGAAGCCAGCTGCCAATGTGCCATTTTTTCTTCGTCATTTTAGCATTACCAACA ACTTTATCTGTTTTCTCACTACATAAACATGCTTTTGATGCTTCTTCCTGTAAAATTACA AACAAATTTATTATAATTAATAAAAGCCAATAATCATATGTTCTGACAAATTAAAGAACT GATCATCATGTATTAATTGATATATATATAGACACAAGCCTATATATTGTATGAAAAAAT ATAAAATTAATTAAGCAGGTAAAGTTAAAATGTAGTATGGTTTATATTATTTGTCACATT TCTTAAGGATGACATTTTCTTAATCATAATTAGGATACTTATTAATTAGAGTTAAACATG AATAGTACATATGGAATATAGTATATCTCTTTTAAATGTTTCACTTGAGTAACACTCAAA CTACTTATAATTAAGCATCAAGGATGATGATATATTTTGAAGAAAAAAAAGTGATAAATC TTCTTATTTTTATTTAAAAAGGTATAAATATATTATGTTTTATCAGTTGGTTGACTATCT AAACATTATTTACCTGTTTGAGACTGGCCTTTTCGTCTTCATTGTCATGATTTCTTGACT TGGATGATGAACTCGACCTTGATGTGTTCCCTTCTTCTATTTCTAAGCTTAGCTGCAATT AAACAACACAAATCAAAATTTTATGTATTATGTCTTAGTTTGGTCGAACATAGAATTTTA AATAATAATTGTTAGGATCGAAAATAAGTAAGTGTGCAAACCTCGAAAGACTACGAGTAA GAAGACAACGAGAAATATATCAAAAGACACAAAAATTTAACGTGATGAGCAATCCACTAT AAATATGAGAGTACAAATACAGAGGAAAACAATTCAACCAAAGCACTCGGAATACATGAG ATGTTCACACAAGTGATAACAAAGGAACATTCCTCTATTTATAAAGCCCTAAATCTTTTC TAAAAGGAAAACATATTTATGTTAATAAATTTAGGCAAATAAAATCCAACAATAATGACT TTTCAATTGATTTTCTGATTAATTTAAATTAGAAATATGTGTGATAATATATTAAAATAG TCTTTAATCTTATGATCTTTAAACCTTTAAAACTCGATTCTCGAGTGCAGTGAGTCGATC AACAAGAGTGCCTTTGTGATGAACTTCTTCAAGTGCAGTAGATAGACTCAGAGTACTCCT GCAGTACTCTGAGTTTTCTTCTTCTTTTCCTTTCTCATTTTTTGGTGACATCCCATGTTT CTCTTCTAGAACCTGCAGCTGCATTATACGTCACGAAAAGTCGTGAACAATTATTTTTTT TAGTATAATGAACAAATAAAAGTGAACAGAGGAAAATAGTTATTACCAGGAGATCGAGGC GATCTAATCTTGGAAGAACAGGTAAGGAGGAAGCTAAGTCTTTAGTATCTAGCTGCTTCA TTTTTATTTTCTTGATACTAATTTACTAGAAAAAAATGTAGCTAAGTTTTTAAAGATGGT GAAGAGGGAAGAAGAAGATGGTGGTTATTTATTTAAGTAAATAGAAGTGACATAATATGA AAATGAGGGGAGGGGAGTTGGGTTTATTAATTATTGGCAACTCCTATGCCATACCCTTTT GTCACCATGCTAGATTGGCTTCATCATTGCTCTTTGACTTGTACTCTTTTTTTAATTATT TTTTTTCAATATAGAGAAAAATAAATTGAAATCGTTTTGATTTCATACAATCTAATTTGA TTCTAAAAGCTAGCTTATGAAGAAAAATTTGTTCAATTTCTAAATAGGCTCTACGGATAT CGAACAAGTATTCTCTTCGTTTAAAAAGGAAAGAATTCATTTTCTTTTTAGTCTGTTTCA AAATGAATGAGTTTTTTTAATCTTTTGATAATATTTTAATTTCAGCTTGTCACATGACAT ATTTAAAGTCATAAGATTGAAGAGCAGTTTATTTGTCAAATCAAATCAGATCACTCTTTT TGAAACGGAGGAAGTATGTCTTTTCGAGAATTAAGCATTATTAAGAATGAATCATTCCTT AATACAAAAGTCTAGTTAGAAAGAATTGCTATTTTTTTGTTTTAAATTTGTAGAACCATA CTTATTTTGCTTTCTTTTTGGTTGTTGCTAAAACGATATTTATTTCAAGATGGATTGATT TTTTTATTGTTTTGGTTTAGAATCTTATGTCATAGTGATTATCTATACATATAATAATAA TAATAATAATAATAATAATAATATAGTATAGAGTATAATCTATGTCAATGGCGTAGAAAC AAATACTAGTAGTTAAATCTCAACGACGTGGTCGTTTCTATCCCTATTATGTTGCGTATA CGTGCATCTTAGTGAGGAAGATATTGCTTTCATTGTTTGGCATTATATTGTTATGAGTTA TGATCAATTTTAACGTGTTATTCATAATTAAATTACTATTTTGATGATAGGTGTTCGATT TAATAAAAATATTATTTAGAAGAAGTTTGAAAAAAATATCAAAATGAATAGCGATGTCGA AAATATCTTTAGAATGAGTATTTCTACATGGACAAATTTTGATGGCTAAGGTGTATGTCT TTCGATTATTTATTTATTTTCTGTTAATTACACCCTTCACAGATAGTATTTAACAAGAAT TTATATATTATAATTATAATTTTAAGATTAAAAATGAAGAATATATCATCGGAATATTCA GATTCCGAAGAATCAAATTCCTAAGGTCTAATTGGTAATTTGGGATATTTCACGTGTTTC AATCATTTATTACATTAGAACGCCAAATCTTGCAACTTTTACTTCCAAGATATTAAAAAT CTTTTTTTTTTAAATTTTATATTTAACAATTTTTTAAAATAAGATTCTTAACTGGCTAAA AATTAAAATGGTTGTGCATCACACAAATCCATCGATTCCCAAGGACAAGGAGCCTAGCAC ACGGCAATTTATGATGTCATGGATAACAAAATCAAACCTAATTCGTTTAAGTTAGGAGGG TTTATCGATTCGCCTATTTATATGTTTAATTTATTTTATTTCATTAAAAGTTTAAATATT TATATAGTCTAAACAATTAAGAATTTTGTCAAAATATTTTTTAACATATATGTGTTATAT AACTATAGTAAAGAATTTTTATTTATTTTTGTATATTAAAATAAATATGAACAAACAATT AAAACTTAATAAAAATTAAACGGATTGAATTATGATCTATATTTCAACTCAACCCCCACA TTTAACATCTTTTAAAGCTATGGGGTGTCAAGAATGAACTCTAATATATGTAACCTGTCC AATTCGTCCAAAATTTTAAGGGTTGAGCTCAAGATAATTTGAATTGGATTCAATCTCAAC CTATTTAAGCTTAACCCATTTAAAGAGAATTCTCAATTGAGCTCAATTCAATCTCCAATT TCAATCCGTTTGAAAACTTTTTATTAAGGTATATTTTTATATTGAAGGTATGAATTATTA TCTATTTGACATCTTTTAGGATTTATCTATCAATTTGTTACTTTTTTAACAAAAAATTCT TGAGCGGAAATTCAAATTGTGATTATAAAAGTTAATTATCAATATGTTAAATTATTGAAA ATAACAAAGAAATGCATTAATAATTAAGCGTAAAAAATATTGTTGAGCTCGCTAGGTTTT CCACTTCCTTTTTTTTTTTTTTGATGTTGATAAAATGTTATCAGTTCTCTCTTTTTATTT TGATCGATCCACTTATGTTCAAAATCATTTTATGTGCTTGAGTTTGCTTCTTTCCTTATT TAATTTTAATTATACTAGAAAAACTTTGTTAGGTGTTTTATTTTGTTACAATTTAGTCTT TGCATTGTTTAATTAGATGATGTCTTCAACCAAAGAAAGACACAACAAATTTTGATAGAA AAAGAAATGAAAAAAAAGAAAGAGATAGAAACGCAAGTGAAACCTCATTTTAATAGTCAT TCGTTATAACTATATTTCATTATAACAACCTGATTTTCTCCGTAACCAATTTTTCATGTT ATATTTCGCTTTAAATCTTTTACACAAGTGAAGTGTATGTTTAAACACAACCGCAACTTC CACTTCTTCTTTTTTTTTTTTGCACCAAAAGCTAAAATACTAGTATTTTTTTTTCTACTT AAACCAAGTATCTAAACATCTATTCCACTAATCATCATAATCTCTCTTTGAATCATTGTC AAAGGGCTTAAGTAAACCATATGTGAGAGCCATTGAAATCCACCCTCCAAGTAAAACTCT TATAGCAGATATTTTCACTGATGAACCACCAAGATGAGCTCCAATTCCACCAAATAAACA CAGAGCTAATGATGCTACAAGCACCATCAAAAAAATCCTGATTCTGTTGTCACTCACTAA TAGAGCTGGCATCATAGGAACAAAGGCTCCAAAGAGAAAAGCCAGAGACGACGCTGCAGC AGCCTTCAATGGACTAGGCAGTGGCTCTAACTTTATGTCATTGTCCAGTTTTGATTCCTC CATCATGGTTCTTCTTGCATCCATTTCCATAACTTTTGTAAGTGGAGATCTTGCAGGTGT GAAAGAGTTGGACTGTATATGTACAGGTGATTCATATAGAAGTTTTCCGCCTTGTGTTGA AGTGGCTAATATACTGTGAAAGGCCATGTCATGAGGGACTTCACCTTGCTTGGTTTCTGC AGTGTTAGTTGGACTGCTTCCTTTTAACTCGTAAGCAATGGACTTTGCAATGTCTCGTTG AGTTGAAACAGAGACAAACTCTCCGACAGCCATGCTACAGGCACCTGCAAGAGCTCCAGC TATTCCAGAAAGTACCATAGACTGTTGATCTTGATCTTTAGCTGCACCCACACCAAGCAT CAAGGACGTGGTGGAAAGCAATCCATCGTTTGCTCCAAGGATAGCTGCTCGAAGCCACTG AGCTCGGGCTAGTTTCTCTAAAGTTTTCTCTTCCTGGGCAGTTGCATGAGAATCTTTCTT AGCACAGGCCTCAGTTGATTTGGGAGAATCCATCATTCAATGAATGGGAGTGTGGCTTTT AGCCATAGGCACGCTTGTACGCGTGGAAGTAATATGTAGGAACCCCAGTTCATAAATAAT GAATATTGCTATCTAAGAATCGTCTTACTTAGGTGGCACCGTGGGAAAAAAACAAGCTGA CACGCTAAAACCGAGAAGAACAAACATAAGCTCATATGTGTTTCTTCTGAATGTCTTTAC TTATGGCAAGAATACTTATGCCAAGAAGGAGACATCATACTATACAGACAACAACCAACT GCAAATGAAAAGTAAGTTTCTATTGTTTGTTGCTCCAAATAGAGGAAATCTAGAGCATCA CTTTGTCTCATTCTAACTAGCAGTTCATCTAAACCAAATTATAAAAAAAAAAAAATTCAT TCAATCAACATCTTAACTCAATATGCAGAGAAGAGCTATGTATAGTGATGTACATAGGTT TTTCTCCAGTATGACGTCCTCAGCTAGCACCACATAGAAAAGCTATCTTAGCTTGAGTGG CTGCTTCACATAAACTAGCTTCTGATCTGATGAGGAACCTACTTATGCATATGAGCACAT ACTTTAGCACAAGCATTGGTGAGCTGTGTTCAACTTGGAAAATGTGCACTAGAAAATGTT TCTGATAGACTAATGGTTACACTAAGAGTCGTCCTGTCCTCTTCAAAAAATAGAACTCAA CTCCTATAAACTTCATCTTTTCCGTATACCATAAAAGTGAGACCTTCATTACTCTGGCAT TTACTTTTTAACCCCATTTATCATATCCAATATTAAAACCAGCTAATCCAAACATTGACT ATAGGAAAAGGAAGAGGCTGACTGTAAGAAATTACTTTGCACATTCTCTGGAAAAAGTTA ACACTTGAAACAGAGAGAAAGGAGAGATTAGCATGGAGAATTTAGTCCTGCTCGTTTATT TATCATTTTCCATTCTTATCACAAAACTACAGTTACAAGATTTGAAATCACAGCTCATAC TGCTCACTACCGCCAGTTCCAAGAGCCAAATAGTTTGAGTGCAATCACTATGCATTTATA TTTGAAATGCCCATGACATATTTCTATATTGAAGTTCCTTTCTGATTCGAAATGCCCATG ACATATTTCTATATTAAAGTTCATTTCTGAGGGAAAAATACAATTGTCCTCCCTACAGGG ACAAAAGTTGTGTTCACATGACTTCATATGATGTTGCTTCCCTATCTTTTCTCTTCTCTT GGAGAAATGGATGAACTTCACCGCCCCAGAGAGTTGAAAAGCTCAAAGGAAGTAGACTGC AAAATTCAGAGTTCTGTGTGATAGCACAACGAGGAAGGAGAGAGAATGTTGTGGAACGAC TGAACATTTTTTTTTACTAGCTCGCGATCAGTTTTTCAAGAAATTCTCAGGCAGATACTA CAAAAATGAGAAACAGTAAACTAAAGCAATATAAGCATACTTTAGAGATAGTCTTCAGAT TAAGAACTATATCGATCCTATTTCAAAGAAATGAAATACAACATGTAGAATGTAGTATCA AACCATTCTGCAGATATCACTACTCAATTCCAAGAAACAAATGACTTGCTGGTTTCTTAG GTACAAACACTTGAAACCAAAAAGACATGTGAAGGCAAGCAGACAATACATGCTATGATG CTATTAGAGTGTGAACTTTTTTCGTTCACTTAATAAATAAGAGGAAGGAATAAGTGCTGA TATACCATCAAAATGAGAGTAGACTGAACTTGTAAGTTATGCTATGTATTTAACTCACAG GACCTATTTGAATATTCTTTTGACTATTTATTACAACTTATTAGTAAATACGTTGTGAAC CAAAGCCTCAAGCTCCTAAGTCTTGGTAGTGAGGGACAAGATAGAGAATTAGTGATTTAC CAAGGTCGATATGTTAAGAGTTAAGAAGCAACACCAGATTGGTGGATAACTTACACAAGT TGTGCCAAAAGATCAGCAAGTAACTTGTCTAACCACAAATCGATAAACTATTTTTTCAAA TGAGAGATGGAAATAGTCAAATCTGGTGATTAAAGACTTTTAGAATTGATAAAGCGGAAT AACTGGTATTGAGAAGACAATTTTTACACTCATGCTGCTCTAGAAAGAACAAACCTCGAG AAAGTATTCATTTGCGATGATAGTATTTTAGGAAACAACCATCAACAACATCTGAAAAAT GCATATAAGATGCTGCAGATATCACCTAAAGATTGCATATTAGATGTTACATATATCCAT CCCTGCGGTCTTGTTCCTCAGCCTCCTTGTTAGCAACTTGTACTGATTTGAACCAAAGGA ATGCCTGGATATATGTTCTAATCAGCTCAAATGAATATAGAAACATCAACTTTTCCTTTT TCTTTTTGCCAAAAGTAGTACTCCCCTGATTTTATTATTATTATTATTTTTAAATGGAGG GTCGGCCGAGGAGCCAACCCTGTTAGGTTCCACAAATTATGCCAGCCATACAGTACTCAC CATGCAGGCAAGACTGGCATATTTAGCCAATTTGTTTGTCTAGTATTAACTTGGCACGGA ATTCAAGAAAGTAAAAATATCTTTTGAATTTTGTAGTCTTAAACATATCATATAGAAAGT TAGAATTACCGAATTTCTAGAAAAGGAAAAACCTGTTCTTTCTTAAACGGACTAAAATGG AAATTAGAACAAACAAATTGAAACAAGGGAATATTTTTGAACCGAAATGTAACTAACAAA ACAAAGATCTATTAAGGAACTTCTTCATTGGTTCCTCTTTCCAATTAATGAAATTGTTAC CTTATAATTTAAATAACAGAAGTAGCTACCATTATCTTAAAATATGGAAATACAGGCAGT AAATCACCTACAAGTGGGTTGAAAACAGAACTTGCAAAAAGACCAAATTTGTATAGTCTT AAGCTCCCGTTTGGCCATAGATTTGAAGACGGAGGTAGAAACTCTTTGAAGTTGTTAGTT TTAGAACTTAAAGTTGTATTTGGCCATACATTTGATGTCTCGTGAGTGGAAGTCCCAAAA ACTAAAAAAGCCCCTTTTGGGAACTTGAAAAGTATTTTGAGGATCATATTTTCAAAAACT AATCAAATTTCACGGCCAAACGGATATTCAAAATATAAATTACCAAAATTTAGTCCAAAA TTTATGGTCAAACGCTAACTTAGTTTCATCATTCAAAACAATTCAACATAACGTAAACAG CAGAAAGACATGAACAGAGAAAAAAATAAATCAACTTACAGAAGTGGGAATGCCAGTGAA CACAAAGAACCCAAGCAATGGAGCATAAAAAACACTATCTGAACCCAAAACTCCAAACAC AGGTTTCTGATTCGTGTACTCGAAAATAGAACCAATCTGCACTCAAAAACCCAATCAAGA ATCAATCTTTATAATGACCCCAAAAAACTTCTCCACTAGAAAATGAAATTCCTGATTTAA AAGAAAAAAACTCACCGCTGCAATTGCTGTGACAGCAGAAGCAAGCAAATAAACAACGAA TGGAACTTGAATGCTTGAAGAATCTTTCTGTGCTTCATTTCTAGCCCATGGTGGAGGCTC ATCCGTACCGGGTTTAGCCCATGTAGGAACTGATGGGTCTTCTTGTTTTTCCTCATCTTT TCCACTAGATTTGTTAACAGAACCTTCAGTAGCAGCAACAATTCCAAGGCTACGACTTGC AAGCGATTTTCCCCTTTTCTTGTAATAACTTAAGGAAGAGAATGTAATGAAATTGGGTAT AGATGTTTTTGAGGAATGGATAATTGAAGAAGGGGAATTGCAGAGAGATGAAGAAGCTAA TGCCACCATTTTTGTTGATGTTTTTTGCACTGTATATTTTCATGGTGGAATATGGCAATC AATTGTGAATAAGAGATAAAGAGGTTCACTCAAAAAAAAAATATCTCCTTTTTTTTTCTT TCGAAAACATTTACCAAAAAAAAATTAATATATCTTCAAATTATTATAAACTAAAAATTG TGCATTATTGCAAGACAATATTAATTTCTAAAATAAATGTTATAACCAAGTTTTATTTAA TTCAATTCGCAATAAACTTTTTATCATTTGCCACTTTGCTTTAAATCTCACTTGTTACTT TCTGGATCGTCTTTTTCACTTTATATAAATACAAATGTATAAATTGTGTTGTGTTTGTAT AAATCGAGAGAGAATCGTATATACAAATGCAAATATAATAACATCTCATTCTATACACTT ATAAGTATACAATTCAAGTCTTCCAAGTCATTTTTTGTCTTTCTTTCTTTCTTGTTTTAT ACAAATACAAATTATACATTGTATAATTTGAATTTGTATAAACGAAAGAGAGAGGAATTT GATTATAAATACAAATATTTTAACTCGATTCAATCGTATAAACATTTATATTTTATGCAA ATATACAAACACAATCATTGATACATATACATAGTAATTACATATGTACAATTATCTAAC CAATATACATACATAGTTACCGTGATTTATATAAATCAGATAATTCATGAAGCACATCTA ATAAAAATGTAGTTATAGAGCAATAATATAATTTTTATCTATTATTCCTAAAATTTGCTT CTTCTTTTTTTATTATTTTTATACAAATAAATTTGATTTACAGACTTCTCAAGTGTGGAA AGTCTATGACTTGGCATTTCCTAACCGGCCCATTCTTCGATGAGCCCATACTAATTTAAT TGTCCACAGGCCTTGTAATTGCTAAACAACATCTACTATAATTATGGCTCTTTAATAAGA AAAAATAATAAATCTACTTGTAATGATAATTTGAGACCTAATTATCAAACACAAGTTTGA ATACTTTCGAAATTGTGGTGAGAATTTTCAAAAACTTGTCCTGTATCAGTGATATAATTC ACTCTGTATATCAGTGATACAACAATAGATAAGTGATACAACAAATTATTATGTCACACT ACTGCAAGAGACCATCAACCATAAGCTAATTAGATTATTAATCTACATGTATGATGAGTT TATAATGACATAAACTATCCCACTACTTGCATCATGGTAATTAGATTTATAACATTTAAA TATTTTATGATACCATATCTCGGAGTCTCAATACTTTATGTCATATCGTTTATGAAACAT GAACTCTTTATATGATCTTGGATAATTCTCCTCTCATGAATCTGACTTTTGGATTGGGTC GGACTCAAGGTTCATTTGGCATAGCATCAAAGTTAGACCCTCATATTAAGCCCCTGAATA GATTGTTCACGTCATGGAAAATGTCAGGGCGTGCAAGGCTGAGAACTGAAATCCTATATC GGATATGGATGTATTCTTTAAACTTTCAAGTAATTATCCTTTCTTATGCTAACTGAAATC CATTTCTTTATACGATAATCAAAAATTATAATTATCTCAATTTATTATTTTCAATGTCAG ACCCTTAAATTTTATATTGTCTATAATCTAAATGTCCATAAAGCTATAAGTGAACATTCT TTAGTAACGGACACAAATAAAAGTGTAATAATAATGATTCATATTAAGAGAACAAAATCA TGGTATTGAGTAAAAATGATTAAGAAAGGAAGATAAGTAAAGTGATGATGGGAAATGGAG TCCAATTATGAAGACCCCATGGAGTTTCTTTGGGTAAATTATGTAACTAACAATTATTTA TTTATATTAGTTTAATTGTTAATGGATTACATCTTGTCATTTATAATTATTATTACAATT ATAAATTTATACTATTTATTTCTATCAATTGACTGTATTTACAAGAATGAAAAATAGGAG CTTGCACCGAAAAGCATGTACTCTAGTCAATTCTATACTTGATGCTATTACCACTAAGCA ACAACCATAATTGTTTTTTTTAATAAAATATATATATATATATATATATATATATATAAA GAAATATATCCTAATATTTTTGAAGTAAAAAAATAAAAAGAAATTAAATGGTTGGAGGTG GACGAATTGATTTTGTAGGTTGTTTATAATTTATGTTTTTACTGTATGATTTTCTTTTAT AAGAGAGTTTCAGTTTTATACGTTTATTTTTTTTTCTATTCAATCTATAAATAGCTAAGA AATCTCATTTCCTCCGTAGTAATGGTCTAATATTTCTTTATTATAGATTGACATATATCA ATTATTCACTAATATTTGGATGCATGTATATATACTTCCGATATATGTGACAATCTCAAT AAAATAATTTTCTATCGTTTAATTTAATTTTTGAGACACAACAATGAGAAAAAAACAAGC CATCATTGAATCTAGACAATTAAAGTACCTACCATGTTAAGTAAGTACTCCATAAAAACC ACTCAATAGTTCTTAATCTTCTAAGATATTAGAGTCCCACTTAAATCTTAATTGTAATTA TTAATACCAAAGTAGCACTTATCTACTTATCCTTTGAAGCAAACATCCACTATGTTAAAG GTGTATATATACATGTGCTAATCATTATTAATTAAATGACCGTTAATTCGTTGAATTATT GGATCTAGGGTATGTTTGATATGAAAGGAAAATGTTTTCGTGAAAAACAAATAGATTTTG GACATATTTTTTCTTGTTTGGTTGGTGAATAGAAAATACTTTTAAAAAATGATTTTTAGT TTTTAATTTATGAATGAAAAATGTTTTTTTTCTTTTATTTGTGCTAGAGTAGAAAATAAT TTTTGAAATTGAAAATATTTTTTAAAACAAAATTAATTTTTTTGGGGGTGGGGGTGAAAA AAATAATAATCTAAAGTTGAAAATATTTTTGAAAAACAAAATTAATTATTTTCGGGGTGT GGTGTGGGGGTGGTAGGGGGGCTTTCTGGGGTATGAAAAAAATAAAAATTTGAAGTTGAA AATATTTTTTTAAAATAAATTTAAAATTTATTTCAGGTGGGGGGGGGGGGGGGGGTCAAA GTCAGGGATGAGAAAGTTGAATTGAAAATATTTTTTAAAAACAAATTTAAAAATGTTTTT TGGGGGTGGGGGGCTTGGTAAGGGGTGGGCGGGCGGGTCGAGGGTAGAAGGGTGAAAAAC ATGAATTTTTGAAGTTGAAAATATTTTTTTAAAAAAAACTTCAATTTTTATTATTTTTTA TTTTTTTGGGGTGGATGGGGGGAAGGTGTCCGGCTGGTCCGGGGCTGGGTCGGGGATCGT AGTGAATAAACAAATGTTTGTATATTGAAAGTATATTTAAAAAATACACTTAAATTTTTT ATGGGGTGGGGGGAGTGGAGAGGGAGGTAGGGGTGAATGAGGTAAAAAATAAAAAATTGA ATTTGAAAATATTTCTCTAAGAAAAAATTAATTTTTTTTGGAGGGCGGTAGGGGGCTGAT CGGGGGTGGGGTGGGTGAAAAAATAAAAAAAACTTGAAATTGAAAATATCTTCTAAAAAT TGATGTTTTTTTTTAAAAAAAATAAAATAATGTCATTTGAAGTTGGATGAAAGTTTTGGA AAATGTTTTTTTCATAATTTTTGAAGAGAAGTCATTTTCCTTAATTTTGAGGAAAATTAA TTGATTTTTGAAAAATATTTTCCAAAATTTTTATCCTAACCAAACACGAATAAAATTAAA AAATATTTTCTTTCATACCAAATACACCATTAATGTAAAATAAAATAATCAGACTAGCTA GACCGTCTCTTGTTCCCAAGTCATCGATCTTTCCACGAGGTGATCAAATTTGGTGCGTTG TGGTGTATACTCATATTTTATTCTTTATCTTATTAAGACAAAAAAAAAAGAAGCTATTTT CAAAAAACTTTTATCTTAAGTAAAATAATTTTAATCAAGTATAAAAAGAAAATACATTCA TAAATAAACTATGTTAATAATAATAATAATAGAGAAATGAACAATAGCAACAATAGAAAA TATAATATATAATTAAAGCAAAGAAAACAAGAGGTGGTAACATAGAATTGTTGAACAAGA TAATAGGATAGTAACAATACTAATAGTAAGAAAATTTAGACATCACTTTACTACTTACTG AACTTCGGTCCAATTCTCCAACCTTCATACGATTTATTGTTTAGAGTCATGTTCTCTGTA CGTAGGTGTGGTTGATGTCATGTGTAGTCTAATCACCTCTTAAACTCTCATTGATACTTC TTCGATCAACCTCTAGGCTCTACTTCTCCCATATTCACCATAAATAATCTATCACACCTT CGCACGAGGAATCAAAGAATCTCCTTTACCCATGTCCGAATTGAATCACATTGGTCTCGC TTTCCCGTCTTGTTCATCGCAGAAATTACTCTCACCTTTTTTTGAGTATACTCGTTTGAT CATATCTCTCGAATAGTATATCCACACATCCAACTCAACATATTTGATAACTCAACATAT TTGATTTAAACAACATTTCATAAAAACTTATCATTTATTGTGGTGACACATTAATTCCTA TCACATAATATACCAAATGTTACCCTTCATTTGTTTCACCTCACTCTATTATACCGTGTA ATAGTATCACGAATCTCACATCACATATACTTAGATGTTGAATTAAATATTCGAAACTTC CTTTCTTAAAAATATCTCACGAACATATATCAACCCTCACTCGTAAACGGTATTAGGATA TGAGGAAGAATAGTTAAAAAAGGCATTATTATTCTATAATTATATAAAACATATAAATAC AAGTAATTGAAACTACTATATCAAAATATTTCTTCAAATCTTACATATGGACAACTAATT AAGTTAGATTATCATGATATTGATTGTATTGAATTAATGTAACGTCCATATCATATTGTG CATGTTAATTAGGCAAAGAGTTACTTACACGCCATATTTATCATCTCTAAAGTTTTCATA ATTATTTTATAATGAGTCCATAGATAATATTTTTTTTCTTTACGTAACATACTAATACTC AATTGACAATTGGTAACTTGTAAACATGGATTGATGTGCTGTTTGGATTACATATTACTT GGAAACGTGAATCCAAATTCAAGCAATTACCTTACCTATTTTTTTTCCCCTATAAATCTT GCTCACTACTCTTTGGGAAAATATACTTGTTTTTCAAGTTTTCACCATTAATTGTTTTTG GATTTTTTTTTATGTTTTAAATAAATAATTAGCATAGTAAAACATATTTAATTAAGTTCC CTTTTTTCTTTTTGGAAAAGTTATAATGCTCAAAAGTGCCTCAACTTTTTCTCTCAAATT TTCGATATAGTGATATATAAGTACGCTTTATCTTTTAATTATAATCAGAAAACTCAATTT AATACAAGTAAAATTAGAGCGGATGAATGTAAGTGAAATTAGAGCAAACGAATGTTAAAG CAATATTGAATACAAATGTACAGTCTTTTTAATTTTTCGTTGTTTGTATCTTTATAACGT GAAAATACAATCTCTTGACGCCTTAAATATATATATATTTTTTTTGGACAAAGGATTCCT ATTCAATTTTGTTCGATTACTGTCCAATCCACTAAACTCATCCAAGAATTTGTTCAAACT ATCGATGTTACAAATATTTTTCTTTTATTGAAAGAATGGAAATTGTGAAAATTAAAAGGC AATTCGATATACTAAGACTCTTTATGCGCAGGACTCGAGGAAGAATCTATTATAAATGTT TATTGTATAGAATCTTACCTTACATTTTTGCAAAAATTCTATAACATGTAACATCCTAAT GACATGATAATAATTTTGTCAGTTACTTCAAAGCTTTCTTCAAACGGTTAAAATTATTTT TTTACTAATACTTTAAACCATGCATCAGGAGAAGACATTAATTTATTAATGGACCACACA CACAAGAATTTGCTAGAGAGAGACAAAAAGAGATGAAATAAAAAAAACAAAACAAAAGGA CGCAGCTCATGAGGAATGTGTTTGTGTCTGCCATTTAATTAATTTAGGTATATACATTCA CGTATTTCGTGTATCCCTTTATAATATTTTTTCATCTATTTAATTTCTCTATCATCAACA ACTCCAATAAATACTAATTAAAACAATAATAAATGGAATTTACACTTTCATATTACATAA TATAATTTTTTGATGAAGGGTATCTGATTAACAATCTCAAACTGTATATGATTGCGTCAC TACATCGACTTTTTTATACATGTATATATAATAGATGATAAATCTCCCGATGCTTCTGTC TAAGGAACGATAACATCTTCTTCTTCTTCTTCTTCTTTCTTTTTACTATATCGGAGTTGG AAACATTTCTTTTTGGAGATACATGAAATATGGGTATATTGGAATTAATAAATAAAATAT ACCCTACACATATGTTAATAGATGGATCACGTAAATTAGATGAAACGTGATATTTATATC TATAATGTTCATATCTTGAATTTATCGATGTAAATAACTAGATCAATGGGGAAAGAATGA AGATTATAATTGAGAGTTGAACAAGAATATCTTTCATAGGATTCTTTATGTTTTGTTTGG TTAATTTGTCCTATATTTTGGGGTTTCTTCACATTTTAAGTAATAAATGTACAAAAAAAC ATTATTTTGTCTCTCTGGGAGAAAAATTTGAGAAATATTTTATTAATTATCTCTCTTGCG GTCCATGATTAGCGTACTAAGTTTGTCTTTAAATATTCTAAGCAAAGGTTAGAGCCAAAT CACTAAAAATAATGGTACTTAAAATTGTTTCTTGTACTATTTTATTTCATGCATGTTTCC TACATTCCCCCGTGAAATGAGCAAATATTAGGTTAATTATTAACTTATAACATGAAAAAT AATAATTTGACTAATTATTTATTTGAAATAGAGTTGAATATGATTGGTTATATAATTCAT AATTCATAAATCATAATTATCAGCGGAGGAGAGGAGGTGAAATGGGTTGGGGTGGTATGC CACCTGATATTTACTTCAGTTTATGTTCTTCGTAAAAAATTTACGTTGTATATAATGTCT AAAAGTTACCTAGTGCTAATAGGTGTTCAATGAAGGAGTTTTGGGTTTGTACCTCAAATA GCATAATATTTTTTATTTTATTTTGACAGTCACACATCATTATTCTTAGATATCCTCAGT AAAATTTCTGTCTCCGCCACTGCCCTAAGAAAGAAAGGGTATACTCAAAATAAAATGTCA TTTTTCATCTGTAATATAGTACTTCTCATCCATACTAAGGAATAAAACATCCTAAGTTTT TTTCATATTATCAAACGTCAAGGTAATAAATAGTAATAATTTGAGGCGTAGTAGTTTATG TGACATTATTTATTTAAGTAAAAAAATTATTTTTTGATCTAACAATTCTCAGATATTTGT GTGGTTATAAATCATTTTCTTAAGAATAAAAACAAAAATTTTAAAAAGAAATTATTTTTA ATTATAATTAGGAGATATTTCTATATAAAATGGGAATAGCGGGAAAAAAAACATGCCATA ATGATTACAATTTTATTACAAGAATAAATGATCATTTAATTTGATAAGAATGTGATATAT ATACGGATGATACTAAATATTAAAAAAAAAGAGAGATCTTTTTCCCATTATAAAGGGACA AATTTGATCATTTTTCTTTAACAAAAAAGTGTTTAAAAGAAAAAAAAGGAAAAAAATGGA CTAACACATGAGTCTTGAACTACTTTTTATCATAATTCACAAGGCACCTATGATTATTTA TTTATATCTCATCATTAATTGTACTGAATATATATGGAAAATTATATATCTTAACAGTTT CCTATAGTTGAATATAAATTATAATTGCTTGCACCCAAGCTTTTCTTCCTTTAAAAGATG ATGAAAAAGTTGTACCAATAATACTAACTAAAGCTCATATAGAATTAACTACCAAATTTT GATGACTGCTATAATTGGTGTTAATGGTGAATAATTATGACATTTTTGGTAATATATATA TGATAATGAATAACCTCAACTTTTCATCATCAACAATTATTACCATATCCTTACAGAGCT CTCACTTTTTCTTAATGTTCAGGTCAGTTTGCACATATCTCAATTAATTTTAGAGATAAA TATTTAAAAATTTAAATTCGACCTCATAATTTTCAACGCACTCAAAAATTTTGCTGTCCC TTGTGATTTTGTTCAATCAAAGTCAAAAAGTGTAAAGAACAATTTTTTCATTCTTTTTTT CTTGTTCTTCCTAAGCAAGTTTTTTGGTATAAAACTTGAAACACTACCCTAATTGGGAAA CATCTTTGCTTAGCTTGCTAGGAACTCTTTGATCATTTGGATGATAAATTATATCATTTA CGTTAGTATTTGGCTAATAGATTTAATTAAAACTTGAGAATAATAATAATAATAATAATA ATAATTTAAAATGTCAAAAATAGTTTTTAAAACTTAAAGTGTATTTTGGATGTAACAACT TATTTTTTTAAAAAAATAATGAAACTTTGTGATGAATGGAAATGAAGTTTCATCCAAACT TGGCCTAGATCGGTTTTTTGAAATTTGAAATCTTTTTGAAATTAGATTTTTAAAAACTAA ACAAATTTCATAAATAAATAATATTTTTTTTAAAAAAAATAAAAATTATTACCAAAATCT ACGGCGAAGACCTGAAATAAGAATAAAATTAGTTTGAATTATATTCAAAGATTTTATTTT TGGCAAGTTGACCATTGACCAATAAATGTATCAAAATACTTACCATTTACCGTGACACAA AATGTTTTTTACTCCTAGTTTTCTGAATAAAATCTGCGGCTTGTTTTACTTATATTTTAC CCAATAAATAAACTGTTGATAAAAAAAATCAAAAGAATTAATTCATATTAATTTATCTTT AAATTAAACGAACCATAAAGGTATTTATTTAAATTAAGTAGACAAAAATAAGGCAGGTAA CCTTAGAAATTCAAATATGAAGGGTTAAACATAAGAAAATATGCCTTTTTGTTTCCTTTT TGGTTTTTTCCCCATGTAAAGTATAGTCCAATAAAAAAAATGAATTTACTATGTATATAT CTGGTCAGTCAAACACAGAAAAATGTAACTAAAAAAATAGGAAAAATGGTTTGGAAATTA TTTCAACTTTAAAATAAAATTATTGTTACAATATCAATTTGAGAAGCTTTTACACCTGCA TTATTTAATAGTTTTTGAAGATATATATATATATATATATGCTCATGTGGACACGTTATT ATTTATAATTATGTAATATTTTTTATATCCACGTGGACATATAATATACCTTTAAAATAT ACATTAAATAATGTAGAGCATACAAGGTCTTTTCCAAAATTTAGCGTCACTACAGCAATT TCGATCAAAATTTAAATATATTTGAGACTCTTTTTTCTAAAAGAAAAATACCCAAAATAA TTACTCCTCTATCCTTTGTCTCGATTTGTCTGATCCACTTTTCCTTTTAATTAATCTAAA CTTTACTTCTTCCGATAATTAAAAACAATTTAGTGATTATATTAGCATCGATGAAATGTA TCACATAATCCAAAATAAGTATTAACCTCATAATGAAAATGGAAGATAGTTTATTATCTA AGCAATCTTTTATCTTTCTTAATAATGTTTAAACTTAAAAGATTTCTATCAAAGAGTTAT TTCGTAAACTATGCATTGTATTTATTAATTTCTTAAATTTTTACAAGTGATACTACTTAT TTTAGACATATAAATAGGTGAGGAAGTACTTTATGGAGTATGATTTTTTCAAAAGGCTCC TTTTATATATATACGATAAAGTTAAACATATTAAATAAATTAAATTTTTCCTCCTTCTAC GTATATTATAAAGTTAAACGGTATTAAATAAATTGAAACGGAGCTAGCCAGTAATTTCCC CTCCTAGCATATGTGAGAGAATTCACATGGGTGGTGAATGGGCAAAATGATGAAAAGAAA TTTTGGAGGCTAAATATTCTAGTGACCATATCCTAGTAGTAGCAGTACTTTCCTAAAATA TTCCTTTTTTCACCATCCACATCACATATTTTTCGTTGAAACGGTAAATAATCATTTATT TTAATTAGAAATTTTAAATTTAAATTTTTTAATATAAGAATATTTTTATTATTTTAGAAT GTTTTATACCTTAATATAGGGCTCTTCTGCTGGAATCAAGTTTACTTTAAATCTAATATA AATATACTGAGTATCGAATAGAAATAACGTTTTCTTTTCCAATAATAACACGTACCACTA AAATATAATTACTCCACATAACACAAGAATCGAATAATTACCCTTTTTAACGGTCTACTG AATACTCACTAAACTGTTGCTCTTAGTGGCCTCCCTCGTGCTTGGTTCAGTTAAAAGCAA AGAAACCATTTTTTCACAACTTTTCTCCAGTCTTCACGTTTCCATTTTCTTTTGTCTAAG CAATCGCGAAAAAAATTATTTAAGAGATCGAATATGATTATATGAAATATCTCTTAATTT TATCCGACGCAGTACGTTAATGGAAATATATTTTGTCTACTACTATTACACAGTATACCT GTGACTGAATAATCTCTTTCTCTTTCTCTCTCCCTCTCCTCTTTATTTTCAAATCATTCT CTCTCTCTGTGTGTCTTGTTCTGCTATAAAAAACCTCATCTTTTTTTTTTTCATCTTGTA GTTGATAATACATTCTTTTACTAGCCTTATACATCAAGATAGGAGATGGGTGTTTCAAAA AAGACTCTTTTTTTACTATTTGTTAGTGTTTTTCTTGGAGAAATTAGTCTCTGCTCTTCT ACCAAGGTAAATTTGGCTCTGTGTGAACTATGGGGACATATGGGGTTTTCTTTGAATGAT GAATAGTTAGTAAAGTTGTGTTTTTTCTGTGTTTAGTTATATGTGGTGTACATGGGAAGC AAAGATAGTGATGAGCATCAAGATGAGATTTTGAGGCAAAACCATCAAATGCTTACTGAT ATTCATGGAGGAAAGTAAGTTGTTGGTACTTTTAGCTATGAGTTTGTTTTCCCCCTTTTT GTCTGTTTTTGGCAAAAATAAAAAACTGAAGTGGTTAATAATCTTTACAGTGTTGAACAA GCCAAGAGTTCTCATGTATACAGTTATAGACATGGTTTTAAAGGCTTTGCAGCCAAGTTG ACTGAGAAACAGGCTTCTGAAATATCTAGTGAGTCTTTTACCTAATGTTTTATGTTACTG TTGATTACCTAATTTGATGGTTTGTACTCAGTCCACTGTTTGATGTTGAAACAAAACAGA AATGCCTGGTGTGGTATCTGTATTTCCAAATACTAAGAGAAACCTGCATACAACTCATTC ATGGGATTTTATGGGGCTCAGTGAAGATGAAACAATGGAAATCCCAGGTTTTTCCACCAA GAACCAAGTTAATGTAATCATTGGTTTCATTGATACAGGTGATCATTTCTCTGTTCAACT AGCTCAAAGTTGTCTTAATTGCTGCAATCTTGTTCCAGTTAGGTGAAAGATATGATTGTT TAGGTGATCGATGGCACAAACAAAGTCGGTCCCTTCACTGATTGTGTTGTCACGTAATCA CTAGTTACTTTTCTTAAGAAGAGTACAATAACATGACTCTGAAAAAGTGCTGAGTTTGTC ATTTAGGTACATATGGTTGAACCTGGGGAAAGTAGTTCCTTTAGTACGTTGTTCCCTTTT CATCTCTGTAGGCATGTAGGATAAGTTTTACTGCGCATCAATCAATTCTTGTTTCAATCA TTTGAGAATGATGGGATATGTTTGCTTAGATTTTCTTTAGCCCAAGTTTATTCAATTTTT CAACTTCCCAGTTTCTTCTTTGCATTTGTTGTACTGCTTGTGAATGTAAATAGAGTAAAG TCATCTCTCTGTTCATAACCTTATCAGTTTATCATTAGCCTGGTCCCCAGCTTCCTTGTT TTTTTCGAACTAATTAGATTTTGAGGTTAAGATCTTGAGACATTTACTGAAACAGGAATT TGGCCTGAGTCTCCAAGTTTTAGGGACACCCACATGCCTCCAGTGCCTGCTGGATGGAAA GGACAATGCCAATCAGGGGAAGCATTCAATGCCTCAATATGCAACAGGTTTCTTTTAATT ATCAACCATTTCTTGCAGTTTAATGTATTGTTTTATAGATGACAAGTCTAATAAGAATTT TGTCTTGTATAGGAAAATAATTGGGGCAAGATATTATATGAGTGGCTATGCAGCTGAAGA AGATGAAAAGATCATGTTCAAGTCTGCCAGGGACAGTTCTGGTCATGGAAGTCATACAGC TTCAACTGCTGCTGGGCGTTATGTAGCTGATATGAATTACAAAGGTTTGGCATCTGGAGG AGCCAGAGGTGGTGCCCCAATGGCCAGGATAGCAGTGTACAAAACCTGCTGGAGTTCTGG TTGCTATGATGTTGATTTGTTGGCTGCATTTGATGATGCAATTAGAGATGGGGTTCATGT CATTTCTATATCTTTGGGCCCAGATGCTCCCCAAGGAGATTATTTTAGTGATGCAATTTC TGTGGGGTCATTTCATGCTGTTAGCCGTGGGATACTTGTAGTGGCCTCCGTTGGAAATGA AGGAACCTCTGGTTCAGCCACAAATTTAGCTCCTTGGATGATCACAGTTGCAGCCAGTTC AACCGATAGAGATTTTACATCTGATGTTTTACTAGGAAATAGAGTTCAACTCACGGTAAT CCCACTTTTCGAATAGTTCATATGTGAAGTTATATCCAGTTTCTATCTCCTCATTATGTT CTGGATATTTGGAAGGGTGAAAGTCTTAGCTTATCTCAAATGCATACATCTGCAAAAATC ATACCTGCTTCTGAAGCTTATGCTGGATACTTCACTCCTTATCAATCCAGGTGAAGCAGA AGGTACTTAACTGTTTGTTAATTGTAGATATGTATGCATTGACAATTATATTAAAGTACT TTTCGTTCCTATCTTTTCCACTAGTTATTGCTTAGATAGTTCTTTGAATAGAACTAAGGC CAAAGGGAAGGTTCTTGTGTGTCGACATGCTGGAAGCTCAAGTGAGTCAAAGCTGGAGAA AAGCAATATAGTTAAACAAGCTGGTGGAGTTGGGATGATCCTTATTGATGAAGCAGACAA GGGTGTGGCTATTCCCTTCTCCATTCCAGCAGCAACTGTTGGGCAAAAGATTGGAAAAAA GATCCTAGCTTACATTAATAATACACGGTTCACTTCTTTGTTAGTGGCTGTTGATATTTG TTTTTATTGTTCTTTGATGTTGTTAGCAATCATCTCATCTCTTTTATATTTACAGCCTCC CTACTGCAAGAATTCTCTCTGCTAAAACTGTTTTGGGAGCTCAACCTGCTCCTCGAGTAA CAGCATTTTCTTCAAGAGGTCCTAATTCTCTAACACCAGAAATTTTGAAGGTAATTTATT TGCTTAAAATAGTACCGAATTAAAAGTCTTTCAACTGCTCCTTTGTTTTCTACATCGATC CCTCTTTGCATTTATCATTTAGACCAACAAAGTCTTATGTTGCATCCTGAGATTTCCTTC CAGGATCTTCAATGTGGTTTTAGATTCTTTCTTTTAACTTTGCATCTCTTTGTTCCTACT TTATATGAGGATTTACTTTTTTTCTTGCAAGTAATATACCTGCTGATTTTCCTTGTAGCC TGATATTACTGCTCCCGGTTTAAATATCCTGGCAGCATGGTCCCCAGCAATGTCTAGGTT GAAGTTCAACATACTCTCTGGAACCTCCATGGCTTGCCCTCACATATCAGGAGTTGTTGC CTTGTTAAAAGCCGTGCATCCATCATGGTCTCCCTCTGCAATCAAATCAGCCATCATGAC AACAGGTAAACTAGATGCCTTACATAGTCTAACTATGCAACTCTTGATTCTGAGGTTTGC TTTAAAGAAGGAAAAGGGTGAGGGGATCAAGATTTGGTTTTGTTTGAGCATATTATCTTA AAAATACTTATGGTTTTATTTGAGCATTGTATGTTAATGTATAAAGTGAATTTAACTATT ACAGAATAATCTAATGTCATGAATGTTAATGCAGCCAAACTATCAGATATGCATCACAAA CCCATAATAGTAGATCCTGAAGGGAAGAAGGCTAATCCATTTGATTTTGGTTCTGGATTT GTTAACCCCACGAAAGTCCTCAATCCTGGTCTGATATATGATGCACAACCAGAAGATTAC AGAGCATTTCTTTGTTCAATTGGTTATGACGAGAAATCTCTGCATCTAATTACAAGGGAC AACAGAACGTGTGATCAAACCTTTGCATCGCCAAATGAACTAAATTATCCCTCCATCACA GTACCAAACCTCAGAAACAATTACTCAGTATCTCGAACTGTCACAAATGTGGGAAAGTCA AGGAGTACTTACAAGGCAGTTATATTTGCACCAAAGGGTATCAATGTTACTGTGGTGCCG CGAAGATTAGCCTTCACTAGATATTACCAGAAGATGAATTTCACAGTGACTTTCAAAGTG GCTGCACCTACACAGGGATATGTCTTTGGGTCCTTGTCATGGAGGAACAAAAGAACATGG GTAACATCTCCACTTGTTGTCAGAGTGGCACATTCCAATATGGGTACTGTGGTATAGTTC AGCTGCAGTGCTATTTATTTGTGTTATATAAGGTAAGTAACAAGATATTGCAACCAGTAG CTGCTGAAAATGGTTGCATGAAGAAGCCAACACAAAATTCTTAGAAGAATACATGTAATT AGTAGCAGAATACAAATAATTAGTAATTCTTTATTCTATTTGTCCTTTAGTTTTGAGTTT TGGTTCTTGCTACCTAGTCAGGTTTTACTAATAGGGATACTGCAAATTCTTTTACTTGTC TAGTAATTGCATTATGTATTGGCATCTTTGCTTCTATATGTACTAGTAGTTCATTCTTTA ATGGAATATCTTATCATGTTGGTATTATAAAACCCAAGAAACAAACAAAATGCAGTTCTC TTCACACACTTTGGTAAGTACAATGTCTTGTGACTTCCAACTGATCCAACATGCAGTTTG GTAATTGTGCAATAAACAATCAGTCGATGTTATATAATGCATCGTTACAATCTCAACTTT ATGCTAACAGAAGTTGGATTATTGTACACAATTCTGTATATATCCCCAGTTTACCGAAAA AACACATTATAAATAAACCATCATAATCGCTGGCCTTGGGATTGAATATCTGAAGGATCA ACCAGGCCTTCTAACACAACAAGATCATCAAGGAGTGTTAGCTTCTCGTCTTCAAGGGCC TTGATCTCATCATCGGTTTCTCTCAATTCTTTATTAAGACCAAAACTTTCTTCTTCCAGC AATAGATACTTTCTCCTTAATGCCCGATATTCTTTTCCAGAAGTGGAAGTATCTGGCGAG AATTCAGGTGTTGATTTCTCAGCATATTGGAATAATGGGGAAACTTCGTTTGGTGGGACT CTCTTGGTGTGTTTTAACCCATTTTGAATTGGCATTGCATGCACATCTTGTATCCTTTTT GCCTTATTCCCTTCTTTTTGCAATACTGTAGCCTTCGGTTGTGATGTTTTCTTTTTCCGC ATTTTAGGAGCTGAAGCTTCCTCAAGTCCTCTCTGGTCTTGCATATCTCTAAAATTGATC TACAAGGATAAACAGCTATTGATATCAAAAGGCTGGAGTCTGAAAGAAAGCTACAGTTGT ATAATCCACAAGAATAATAGAATCCAACTTCTAGATTCTAACTTATGCAATCTTTCTCAC CAATCTCACACATAAAAACTAAAGAACCCTGAAAAGATAATTGGTAATTCATGCATGCAG TCCAAGGTAATATCCCATTATGTTCTGATCATCATCCACAATATCTTTGGGGTGTTGGTG GGGCAGCGGGAGAGGATCCACTCAGGAATTAATAAAAACGTCAGATTACTACTGTAAAGT ATGAGTCCCAGGTAACATGAAAACCACTTACCAACATTATCAATTTCTTAACACTCTCAA GGAAAATATAGAGGGAAAAGATGAGTTCTATCAACAAGAACCCACTGAATAATATAGAGA ATACTGTTCCAGACAACTCAATATACAGAGCACCGACATAGCATGGCACATAATTTATTT TAAACTAAATTGGACACCAAAAACATCAGTTTTTTCCCATTCTATAAAACGATTTGAAAG ACTGGATAGAGGGTCATGGTGAAGAATCTCTGTCCTTGTCAA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.982 320 428 match_part 0.998 581 1023 match_2 match_part 0.944 321 428 match_part 0.971 581 853 match_3 match_part 0.991 322 428 match_part 0.985 581 979 match_4 match_part 0.989 339 428 match_part 0.990 581 979 match_5 match_part 1.000 374 428 match_part 0.990 581 1295 match_6 match_part 1.000 379 428 match_part 1.000 581 961 match_7 match_part 0.975 888 1515 match_8 match_part 0.998 1171 1684 match_9 match_part 0.979 1211 1981 match_10 match_part 0.981 1211 1745 match_11 match_part 0.994 1230 1877 match_12 match_part 0.969 1949 2176 match_part 1.000 2935 2973 match_13 match_part 0.980 4614 4711 match_part 1.000 4813 4900 match_part 1.000 4978 5072 match_part 1.000 7519 7595 match_part 0.996 7893 8373 match_14 match_part 1.000 4654 4711 match_part 1.000 4813 4900 match_part 1.000 4978 5072 match_part 1.000 7519 7595 match_part 0.986 7893 8249 match_15 match_part 0.889 4694 4711 match_part 1.000 4813 4900 match_part 1.000 4978 5072 match_part 1.000 7519 7595 match_part 1.000 7893 8376 match_16 match_part 0.941 4695 4711 match_part 1.000 4813 4900 match_part 1.000 4978 5072 match_part 1.000 7519 7595 match_part 0.983 7893 8238 match_17 match_part 1.000 4815 4900 match_part 1.000 4978 5072 match_part 1.000 7519 7595 match_part 0.998 7893 8364 match_18 match_part 0.977 17952 18127 match_part 1.000 18282 18360 match_part 1.000 18576 18745 match_part 1.000 18830 18877 match_part 1.000 23273 23359 match_part 1.000 23704 23976 match_19 match_part 1.000 17955 18127 match_part 1.000 18282 18360 match_part 1.000 18576 18745 match_part 1.000 18830 18877 match_part 1.000 23273 23359 match_part 1.000 23704 23976 match_20 match_part 0.929 17960 18127 match_part 1.000 18282 18325 match_21 match_part 1.000 17965 18127 match_part 1.000 18282 18360 match_part 1.000 18576 18745 match_part 1.000 18830 18877 match_part 1.000 23273 23331 match_22 match_part 1.000 17968 18127 match_part 1.000 18282 18360 match_part 1.000 18576 18689 match_23 match_part 1.000 17975 18127 match_part 1.000 18282 18360 match_part 1.000 18576 18745 match_part 1.000 18830 18877 match_part 1.000 23273 23359 match_part 0.969 23704 24063 match_24 match_part 0.928 17976 18127 match_part 0.962 18282 18360 match_part 0.982 18576 18745 match_part 0.979 18830 18877 match_part 0.966 23273 23359 match_part 0.908 23704 23943 match_25 match_part 0.928 17976 18127 match_part 0.962 18282 18360 match_part 0.982 18576 18745 match_part 0.979 18830 18877 match_part 0.966 23273 23359 match_part 0.952 23704 23766 match_26 match_part 1.000 17980 18127 match_part 1.000 18282 18360 match_part 1.000 18576 18745 match_part 1.000 18830 18877 match_part 1.000 23273 23359 match_part 1.000 23704 23748 match_27 match_part 0.952 17983 18127 match_part 1.000 18282 18360 match_part 1.000 18576 18745 match_part 1.000 18830 18877 match_part 1.000 23273 23359 match_part 1.000 23704 23965 match_28 match_part 0.936 17987 18127 match_part 0.975 18282 18360 match_part 0.971 18576 18745 match_part 0.979 18830 18877 match_part 0.977 23273 23359 match_part 0.911 23704 23860 match_29 match_part 0.936 17988 18127 match_part 0.975 18282 18360 match_part 0.971 18576 18745 match_part 0.979 18830 18877 match_part 0.977 23273 23359 match_part 0.933 23704 23955 match_30 match_part 0.936 17988 18127 match_part 0.975 18282 18360 match_part 0.971 18576 18745 match_part 0.979 18830 18877 match_part 0.977 23273 23359 match_part 0.939 23704 23950 match_31 match_part 0.936 17988 18127 match_part 0.943 18282 18334 match_32 match_part 1.000 17990 18127 match_part 1.000 18282 18360 match_part 1.000 18576 18745 match_part 0.958 18830 18877 match_part 1.000 23273 23351 match_33 match_part 0.933 17993 18127 match_part 0.975 18282 18360 match_part 0.971 18576 18745 match_part 0.979 18830 18877 match_part 0.977 23273 23359 match_part 0.911 23704 23995 match_34 match_part 0.933 17994 18127 match_part 0.975 18282 18360 match_part 0.970 18576 18742 match_part 0.979 18830 18877 match_part 0.977 23273 23359 match_part 0.938 23704 23963 match_35 match_part 0.930 17999 18127 match_part 0.975 18282 18360 match_part 0.951 18576 18657 match_36 match_part 0.898 18000 18127 match_part 0.975 18282 18360 match_part 0.971 18576 18745 match_part 0.979 18830 18877 match_part 0.977 23273 23359 match_part 0.967 23704 23826 match_37 match_part 0.898 18000 18127 match_part 0.975 18282 18360 match_part 0.956 18576 18689 match_38 match_part 0.941 18010 18127 match_part 0.975 18282 18360 match_part 0.971 18576 18745 match_part 0.979 18830 18877 match_part 0.977 23273 23359 match_part 0.911 23704 23906 match_39 match_part 1.000 18011 18127 match_part 1.000 18282 18360 match_part 1.000 18576 18745 match_part 1.000 18830 18877 match_part 1.000 23273 23359 match_part 1.000 23704 23808 match_40 match_part 0.931 18012 18127 match_part 0.962 18282 18360 match_part 0.976 18576 18745 match_part 0.979 18830 18877 match_part 0.966 23273 23359 match_part 0.924 23704 24020 match_41 match_part 0.806 18030 18127 match_part 0.962 18282 18360 match_part 0.959 18576 18745 match_part 0.896 18830 18877 match_part 0.984 23273 23333 match_42 match_part 0.856 18031 18127 match_part 0.975 18282 18360 match_part 0.971 18576 18745 match_part 0.979 18830 18877 match_part 0.977 23273 23359 match_part 0.904 23704 24036 match_43 match_part 0.946 18035 18127 match_part 0.975 18282 18360 match_part 0.959 18576 18745 match_part 0.979 18830 18877 match_part 0.977 23273 23359 match_part 0.901 23704 23976 match_44 match_part 0.979 18081 18127 match_part 0.987 18282 18360 match_part 1.000 18576 18745 match_part 1.000 18830 18877 match_part 1.000 23273 23359 match_part 0.991 23704 23809 match_45 match_part 1.000 18089 18127 match_part 0.987 18282 18360 match_part 1.000 18576 18743 match_46 match_part 0.968 18097 18127 match_part 0.975 18282 18360 match_part 0.971 18576 18745 match_part 0.979 18830 18877 match_part 0.977 23273 23359 match_part 0.908 23704 24030 match_47 match_part 1.000 18354 18360 match_part 0.971 18576 18745 match_part 1.000 18830 18877 match_part 1.000 23273 23359 match_part 0.985 23704 24040 match_48 match_part 1.000 18585 18745 match_part 1.000 18830 18877 match_part 1.000 23273 23359 match_part 1.000 23704 24057 match_49 match_part 0.973 18636 18745 match_part 0.938 18830 18877 match_part 0.977 23273 23359 match_part 0.893 23704 24040 match_50 match_part 0.966 18658 18745 match_part 0.979 18830 18877 match_part 0.977 23273 23359 match_part 0.903 23704 23858 match_51 match_part 0.973 18709 18745 match_part 0.979 18830 18877 match_part 0.977 23273 23359 match_part 0.927 23704 24020 match_52 match_part 1.000 18738 18745 match_part 1.000 18830 18877 match_part 1.000 23273 23359 match_part 0.978 23704 24073 match_53 match_part 1.000 23339 23359 match_part 0.997 23704 24070 match_54 match_part 0.901 23711 24043 match_55 match_part 0.973 28339 29103 match_56 match_part 0.975 28339 28905 match_57 match_part 0.901 29638 30183 match_58 match_part 0.943 29748 30116 match_59 match_part 0.962 31502 32215 match_60 match_part 0.979 32306 33070 match_61 match_part 0.977 32333 32904 match_62 match_part 0.978 32637 33036 match_63 match_part 0.974 32824 33204 match_64 match_part 1.000 40072 40503 match_part 0.972 42470 42752 match_65 match_part 0.935 40136 40503 match_part 1.000 42470 42488 match_66 match_part 1.000 40148 40503 match_part 1.000 42470 42725 match_67 match_part 1.000 40152 40503 match_part 1.000 42470 42778 match_68 match_part 0.974 40157 40503 match_part 0.958 42470 42684 match_69 match_part 0.988 40161 40503 match_part 0.996 42470 42739 match_70 match_part 0.997 40167 40503 match_part 1.000 42470 42693 match_71 match_part 0.952 40168 40503 match_part 0.945 42470 42722 match_72 match_part 0.979 40408 40503 match_part 0.945 42470 42722 match_73 match_part 0.994 52165 52325 match_part 1.000 52422 52458 match_part 1.000 53496 53575 match_part 1.000 53887 53938 match_part 1.000 54053 54186 match_part 1.000 54512 54626 match_part 1.000 54743 54829 match_part 1.000 54967 55015 match_part 1.000 56207 56291 match_part 0.992 57538 57668 match_part 0.995 59102 59309 match_74 match_part 0.885 52178 52325 match_part 0.644 52414 52458 match_part 0.975 53496 53575 match_part 0.981 53887 53938 match_part 0.952 54053 54157 match_75 match_part 0.884 52180 52325 match_part 0.644 52414 52458 match_part 0.975 53496 53575 match_part 0.981 53887 53938 match_part 0.955 54053 54186 match_part 0.939 54512 54626 match_part 0.933 54743 54757 match_76 match_part 0.993 52187 52325 match_part 1.000 52422 52458 match_part 1.000 53496 53575 match_part 1.000 53887 53938 match_part 1.000 54053 54186 match_part 1.000 54512 54626 match_part 1.000 54743 54829 match_part 1.000 54967 55015 match_part 1.000 56207 56291 match_77 match_part 0.892 52215 52325 match_part 0.644 52414 52458 match_part 0.975 53496 53575 match_part 0.981 53887 53938 match_part 0.970 54053 54186 match_part 0.991 54512 54626 match_part 0.954 54743 54829 match_part 1.000 54967 55001 match_78 match_part 0.962 52221 52325 match_part 1.000 52422 52458 match_part 1.000 53496 53575 match_part 1.000 53887 53938 match_part 1.000 54053 54186 match_part 1.000 54512 54626 match_part 1.000 54743 54829 match_part 1.000 54967 55015 match_part 0.986 56207 56276 match_79 match_part 1.000 52703 52951 match_80 match_part 0.998 52863 53276 match_81 match_part 1.000 54971 55015 match_part 1.000 56207 56291 match_part 1.000 57538 57668 match_part 0.993 59102 59253 match_82 match_part 1.000 54971 55015 match_part 1.000 56207 56291 match_part 1.000 57538 57668 match_part 0.993 59102 59252 match_83 match_part 1.000 54974 55015 match_part 1.000 56207 56291 match_part 1.000 57538 57668 match_part 0.993 59102 59253 match_84 match_part 0.953 55231 55955 match_85 match_part 0.938 55232 55634 match_86 match_part 0.972 55966 56291 match_part 0.977 57538 57668 match_part 0.964 59102 59462 match_87 match_part 0.901 57987 58635 match_88 match_part 0.916 61084 61692 match_89 match_part 0.909 61480 62207 match_90 match_part 0.778 69357 69365 match_part 0.919 69561 70201 match_91 match_part 1.000 69421 69794 match_92 match_part 0.993 69438 69858 match_93 match_part 0.997 69456 70203 match_94 match_part 0.921 69480 70128 match_95 match_part 0.995 69480 70118 match_96 match_part 0.997 69485 70355 match_97 match_part 0.994 69486 70255 match_98 match_part 0.995 113800 114186 match_part 1.000 114277 114374 match_part 1.000 114471 114478 match_99 match_part 0.938 113803 114186 match_part 0.939 114277 114374 match_part 1.000 114471 114500 match_100 match_part 1.000 113986 114186 match_part 0.980 114277 114374 match_part 0.990 114471 114568 match_part 1.000 114660 114813 match_101 match_part 0.919 114015 114186 match_part 0.990 114277 114374 match_part 0.980 114471 114568 match_part 0.994 114660 114818 match_part 0.893 115376 115487 match_part 0.897 115573 115688 match_102 match_part 0.919 114015 114186 match_part 0.990 114277 114374 match_part 0.980 114471 114568 match_part 0.987 114660 114812 match_103 match_part 0.938 114075 114186 match_part 0.990 114277 114374 match_part 0.990 114471 114568 match_part 0.994 114660 114818 match_part 0.936 115376 115453 match_104 match_part 0.928 114104 114186 match_part 0.980 114277 114374 match_part 0.969 114471 114568 match_part 0.994 114660 114818 match_part 0.973 115376 115487 match_part 0.856 115573 115669 match_105 match_part 0.928 114104 114186 match_part 0.980 114277 114374 match_part 0.990 114471 114568 match_part 0.994 114660 114818 match_part 0.973 115376 115487 match_part 0.960 115573 115622 match_106 match_part 1.000 115376 115487 match_part 1.000 115573 115961 match_107 match_part 1.000 115412 115487 match_part 1.000 115573 116022 match_108 match_part 1.000 115637 116095 match_part 0.991 116176 116282 match_109 match_part 1.000 115638 116095 match_part 1.000 116176 116255 match_110 match_part 1.000 115796 116095 match_part 1.000 116176 116437 match_111 match_part 1.000 115888 116095 match_part 1.000 116176 116282 match_part 1.000 116365 116605 match_112 match_part 0.926 116176 116270 match_part 0.955 116365 116810 match_part 0.963 117059 117245 match_part 1.000 117455 117475 match_113 match_part 0.947 116176 116270 match_part 0.960 116365 116810 match_part 0.911 117059 117148 match_114 match_part 0.962 116178 116282 match_part 0.984 116365 116607 match_part 0.974 116696 116810 match_part 0.968 117059 117245 match_part 1.000 117455 117473 match_115 match_part 0.962 116178 116282 match_part 0.984 116365 116607 match_part 0.974 116696 116810 match_part 0.962 117059 117243 match_116 match_part 1.000 116180 116282 match_part 1.000 116365 116810 match_part 0.981 117059 117166 match_117 match_part 0.966 116724 116810 match_part 0.968 117059 117245 match_part 0.962 117455 117717 match_118 match_part 1.000 116737 116810 match_part 1.000 117059 117245 match_part 0.995 117455 117831 match_119 match_part 0.895 116792 116810 match_part 0.973 117059 117245 match_part 0.976 117455 117707 match_120 match_part 1.000 116792 116810 match_part 0.984 117059 117245 match_part 0.977 117455 117585 match_121 match_part 1.000 117057 117245 match_part 1.000 117455 117926 match_122 match_part 1.000 117162 117245 match_part 1.000 117455 117792 match_123 match_part 0.987 117673 118283 match_124 match_part 0.944 117733 118268 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_125 match_part 1.000 14840 14750 match_part 1.000 13773 13173 match_part 1.000 12606 12506 match_part 1.000 10805 10722 match_part 1.000 10637 10527 match_part 1.000 10419 10106 match_126 match_part 0.937 13773 13173 match_127 match_part 0.824 14817 14750 match_part 0.938 13769 13178 match_128 match_part 1.000 14821 14750 match_part 1.000 13773 13294 match_129 match_part 1.000 14830 14750 match_part 1.000 13773 13349 match_130 match_part 0.924 14815 14750 match_part 0.931 13769 13567 match_131 match_part 0.992 25763 25262 match_132 match_part 0.998 27885 27388 match_part 0.992 26056 25698 match_133 match_part 0.935 81210 81119 match_part 0.994 81026 80847 match_part 1.000 78867 78697 match_part 1.000 73329 72959 match_134 match_part 1.000 81179 81119 match_part 1.000 81026 80847 match_part 1.000 78867 78697 match_part 0.980 73329 73032 match_135 match_part 1.000 81179 81119 match_part 1.000 81026 80847 match_part 1.000 78867 78697 match_part 0.993 73329 73036 match_136 match_part 1.000 81185 81119 match_part 1.000 81026 80847 match_part 1.000 78867 78697 match_part 0.982 73329 73051 match_137 match_part 0.984 81180 81119 match_part 1.000 81026 80847 match_part 1.000 78867 78697 match_part 0.987 73329 73103 match_138 match_part 0.907 80932 80847 match_part 1.000 78867 78697 match_part 0.986 73329 73184 match_139 match_part 0.983 81176 81119 match_part 1.000 81026 80847 match_part 0.984 78867 78610 match_140 match_part 1.000 85521 85442 match_part 0.986 85242 84883 match_141 match_part 1.000 89657 89574 match_part 1.000 89470 89396 match_part 1.000 89295 89210 match_part 1.000 87564 87458 match_part 1.000 87370 87215 match_part 1.000 86798 86712 match_part 1.000 86449 86435 match_142 match_part 1.000 89657 89574 match_part 1.000 89470 89396 match_part 1.000 89295 89210 match_part 1.000 87564 87458 match_part 1.000 87370 87215 match_part 1.000 86798 86723 match_143 match_part 1.000 89658 89574 match_part 1.000 89470 89396 match_part 1.000 89295 89210 match_part 1.000 87564 87458 match_part 1.000 87370 87215 match_part 0.975 86798 86759 match_144 match_part 1.000 89658 89574 match_part 1.000 89470 89396 match_part 1.000 89295 89210 match_part 1.000 87564 87458 match_part 1.000 87370 87215 match_part 0.975 86798 86759 match_145 match_part 1.000 89658 89574 match_part 1.000 89470 89396 match_part 1.000 89295 89210 match_part 1.000 87564 87458 match_part 1.000 87370 87215 match_146 match_part 1.000 89658 89574 match_part 1.000 89470 89396 match_part 1.000 89295 89210 match_part 1.000 87564 87458 match_part 1.000 87370 87215 match_147 match_part 0.904 89886 89574 match_part 0.973 89470 89396 match_part 0.981 87564 87458 match_part 0.941 87382 87264 match_148 match_part 1.000 89687 89574 match_part 1.000 89470 89396 match_part 1.000 89295 89210 match_part 1.000 87564 87458 match_part 1.000 87370 87264 match_149 match_part 0.987 89877 89574 match_part 1.000 89470 89396 match_part 1.000 89295 89210 match_part 0.991 87564 87458 match_part 0.967 87370 87280 match_150 match_part 0.903 89841 89574 match_part 0.973 89470 89396 match_part 0.977 89295 89210 match_part 0.952 87564 87502 match_part 0.938 87402 87355 match_151 match_part 0.993 103365 102916 match_part 1.000 102816 102700 match_part 1.000 101764 100496 match_152 match_part 0.997 103225 102916 match_part 1.000 102816 102700 match_part 0.992 101764 101499 match_153 match_part 0.969 103274 102916 match_part 0.983 102816 102700 match_part 0.921 101764 101626 match_154 match_part 0.997 103259 102916 match_part 0.991 102816 102700 match_part 1.000 101764 101636 match_155 match_part 1.000 103151 102916 match_part 1.000 102816 102760 match_156 match_part 0.968 103289 102916 match_part 1.000 102816 102763 match_157 match_part 0.936 118356 117573 match_158 match_part 0.938 118258 117856 match_159 match_part 0.942 118149 117859 match_160 match_part 0.981 118903 118437 match_161 match_part 0.989 118903 118437 match_162 match_part 0.981 118902 118438 match_163 match_part 0.959 119039 118473 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 320 428 exon 581 2176 exon 2935 2973 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 4614 4711 exon 4813 4900 exon 4978 5072 exon 7519 7595 exon 7893 8376 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 14840 14750 exon 13773 13173 exon 12606 12506 exon 10805 10722 exon 10637 10527 exon 10419 10106 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 14817 14750 exon 13769 13178 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 17952 18127 exon 18282 18360 exon 18576 18745 exon 18830 18877 exon 23273 23359 exon 23704 24073 gene_6 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 17960 18127 exon 18282 18360 exon 18576 18742 exon 18830 18877 exon 23273 23359 exon 23704 24070 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 27885 27388 exon 26056 25262 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 28339 29103 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 29638 30183 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 31502 32215 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 32306 33204 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 40072 40503 exon 42470 42778 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 52165 52325 exon 52422 52458 exon 53496 53575 exon 53887 53938 exon 54053 54186 exon 54512 54626 exon 54743 54829 exon 54967 55015 exon 56207 56291 exon 57538 57668 exon 59102 59309 gene_14 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 52178 52325 exon 52414 52458 exon 53496 53575 exon 53887 53938 exon 54053 54186 exon 54512 54626 exon 54743 54829 exon 54967 55015 exon 56207 56291 exon 57538 57668 exon 59102 59253 gene_15 gene GT_PGL_11_AGS_3 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 55231 55955 gene_16 gene GT_PGL_11_AGS_4 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 52703 53276 gene_17 gene GT_PGL_11_AGS_5 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 57987 58635 gene_18 gene GT_PGL_11_AGS_6 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 55966 56291 exon 57538 57668 exon 59102 59462 gene_19 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 61084 62207 gene_20 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 69421 70355 gene_21 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 69357 69365 exon 69561 70201 gene_22 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 81210 81119 exon 81026 80847 exon 78867 78697 exon 73329 72959 gene_23 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 81176 81119 exon 81026 80847 exon 78867 78610 gene_24 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 85521 85442 exon 85242 84883 gene_25 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 89877 89574 exon 89470 89396 exon 89295 89210 exon 87564 87458 exon 87370 87215 exon 86798 86712 exon 86449 86435 gene_26 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 89841 89574 exon 89470 89396 exon 89295 89210 exon 87564 87502 exon 87402 87355 gene_27 gene GT_PGL_16_AGS_3 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 89886 89574 exon 89470 89396 exon 87564 87458 exon 87382 87264 gene_28 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 103365 102916 exon 102816 102700 exon 101764 100496 gene_29 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 113800 114186 exon 114277 114374 exon 114471 114568 exon 114660 114818 exon 115376 115487 exon 115573 116095 exon 116176 116282 exon 116365 116607 exon 116696 116810 exon 117059 117245 exon 117455 118283 gene_30 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 113800 114186 exon 114277 114374 exon 114471 114568 exon 114660 114818 exon 115376 115487 exon 115573 116095 exon 116176 116282 exon 116365 116810 exon 117059 117245 exon 117455 118283 gene_31 gene GT_PGL_18_AGS_3 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 113800 114186 exon 114277 114374 exon 114471 114568 exon 114660 114818 exon 115376 115487 exon 115573 116095 exon 116176 116270 exon 116365 116810 exon 117059 117245 exon 117455 118283 gene_32 gene GT_PGL_18_AGS_4 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 113800 114186 exon 114277 114374 exon 114471 114568 exon 114660 114818 exon 115376 115487 exon 115573 116095 exon 116176 116437 gene_33 gene GT_PGL_18_AGS_5 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 117057 117245 exon 117455 118283 gene_34 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 118356 117573 gene_35 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 119039 118437 RepeatMasker tomato repeats master Gyp_I_MT 2631 2706 1 Gyp_I_MT 2631 2706 1 nucleotide_motif 246 780 874 Copia00151 8217 8379 1 Copia00151 8217 8379 1 nucleotide_motif 515 9065 9226 TAM2_AM 1321 1382 1 TAM2_AM 1321 1382 1 nucleotide_motif 326 12501 12562 Copia00063 4 5110 1 Copia00063 4 5110 1 nucleotide_motif 475 28065 28356 Copia00013 50 3741 1 Copia00013 50 3741 1 nucleotide_motif 32109 29656 33329 Copia00063 4 92 1 Copia00063 4 92 1 nucleotide_motif 302 33452 33545 Unknown00025 251 468 1 Unknown00025 251 468 1 nucleotide_motif 839 47090 47310 Copia00110 13161 13623 1 Copia00110 13161 13623 1 nucleotide_motif 928 51120 51626 Gypsy00043 1041 1207 1 Gypsy00043 1041 1207 1 nucleotide_motif 501 51558 51706 Copia00110 13450 13623 1 Copia00110 13450 13623 1 nucleotide_motif 701 51719 51900 Copia00143 76 199 1 Copia00143 76 199 1 nucleotide_motif 685 59448 59571 Unknown00043 1880 2041 1 Unknown00043 1880 2041 1 nucleotide_motif 367 65110 65272 Copia00094 4306 4465 1 Copia00094 4306 4465 1 nucleotide_motif 884 66804 66961 SONATA3 134 246 1 SONATA3 134 246 1 nucleotide_motif 252 91150 91262 SINE_SO 3 183 1 SINE_SO 3 183 1 nucleotide_motif 699 91600 91773 Copia00113 5257 5348 1 Copia00113 5257 5348 1 nucleotide_motif 228 93614 93707 Copia00191 1482 1744 1 Copia00191 1482 1744 1 nucleotide_motif 679 95153 95361 SONATA2 112 226 1 SONATA2 112 226 1 nucleotide_motif 412 102013 102127 Copia00151 9581 9673 1 Copia00151 9581 9673 1 nucleotide_motif 286 104586 104676 RepeatMasker tomato repeats master Unknown00043 6993 7077 -1 Unknown00043 6993 7077 -1 nucleotide_motif 239 5733 5649 SONATA1 3 208 -1 SONATA1 3 208 -1 nucleotide_motif 485 14116 13919 Copia00151 8222 8371 -1 Copia00151 8222 8371 -1 nucleotide_motif 324 17695 17544 TS2 1 361 -1 TS2 1 361 -1 nucleotide_motif 794 20012 19650 Unknown00046 216 307 -1 Unknown00046 216 307 -1 nucleotide_motif 376 26357 26265 Copia00053 2681 5069 -1 Copia00053 2681 5069 -1 nucleotide_motif 19663 30655 28254 Copia00053 4981 5069 -1 Copia00053 4981 5069 -1 nucleotide_motif 561 33605 33517 Unknown00030 1321 1384 -1 Unknown00030 1321 1384 -1 nucleotide_motif 312 37334 37268 Unknown00014 7 172 -1 Unknown00014 7 172 -1 nucleotide_motif 278 38135 37983 SONATA2 1 246 -1 SONATA2 1 246 -1 nucleotide_motif 1362 49761 49515 Unknown00019 48 257 -1 Unknown00019 48 257 -1 nucleotide_motif 590 52067 51844 TS 58 650 -1 TS 58 650 -1 nucleotide_motif 484 62902 62786 Unknown00034 3694 4016 -1 Unknown00034 3694 4016 -1 nucleotide_motif 1784 67141 66827 HELMET3 3713 3783 -1 HELMET3 3713 3783 -1 nucleotide_motif 228 68216 68146 ATHPOGO 391 479 -1 ATHPOGO 391 479 -1 nucleotide_motif 241 84547 84452 SONATA2 1 225 -1 SONATA2 1 225 -1 nucleotide_motif 678 88788 88570 Copia00113 5405 5491 -1 Copia00113 5405 5491 -1 nucleotide_motif 286 93590 93499 Copia00039 977 1036 -1 Copia00039 977 1036 -1 nucleotide_motif 226 93897 93839 Copia00039 264 438 -1 Copia00039 264 438 -1 nucleotide_motif 643 94297 94126 SONATA2 1 253 -1 SONATA2 1 253 -1 nucleotide_motif 697 96436 96249 Gypsy00073 810 1166 -1 Gypsy00073 810 1166 -1 nucleotide_motif 840 103873 103524 Gypsy00163 8024 8133 -1 Gypsy00163 8024 8133 -1 nucleotide_motif 367 106107 105988 Gypsy00163 7775 8015 -1 Gypsy00163 7775 8015 -1 nucleotide_motif 1060 107050 106792 TS2 210 352 -1 TS2 210 352 -1 nucleotide_motif 236 107595 107438 Copia00151 5513 5820 -1 Copia00151 5513 5820 -1 nucleotide_motif 747 112778 112475 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1526 32203 33345 match_2 match 1966 29624 31054 match_3 match 1663 28366 29515 match_4 match 1869 28208 29515 match_5 match 3832 29624 32204 match_6 match 1655 32226 33345 match_7 match 918 29708 31004 match_8 match 4639 29624 32200 match_9 match 2660 28067 29515 match_10 match 2631 32203 33605 match_11 match 1869 60842 62484 match_12 match 2680 103739 105111 match_13 match 2710 107368 108866 match_14 match 3560 99988 101810 match_15 match 114052 119622 match_16 match 3598 29624 31934 match_17 match 2048 28208 29515 match_18 match 2149 28215 29512 match_19 match 478 29653 30855 match_20 match 2646 29624 32206 match_21 match 1314 32203 33344 match_22 match 2101 28215 29512 match_23 match 4379 29624 32204 match_24 match 2012 32203 33345 match_25 match 2101 28215 29512 match_26 match 4409 29624 32204 match_27 match 2012 32203 33345 match_28 match 1023 32231 33345 match_29 match 4212 29624 32204 match_30 match 1786 32203 33279 match_31 match 2537 32203 33618 match_32 match 3874 29624 32204 match_33 match 1752 32203 33345 match_34 match 2111 28215 29515 match_35 match 2583 32203 33606 match_36 match 4772 29636 32206 match_37 match 4722 29636 32206 match_38 match 2617 32203 33605 match_39 match 1844 32203 33420 match_40 match 1598 31187 32204 match_41 match 2567 29624 31191 match_42 match 2531 30542 32204 match_43 match 2026 28215 29515 match_44 match 2145 30872 32204 match_45 match 2068 29624 30857 match_46 match 2145 28217 29512 match_47 match 2224 30887 32204 match_48 match 2167 29624 30872 match_49 match 2605 28067 29515 match_50 match 4809 29624 32206 match_51 match 1965 32203 33420 match_52 match 4367 29636 32204 match_53 match 2656 28069 29515 match_54 match 4809 29624 32206 match_55 match 1875 28208 29515 match_56 match 1685 32203 33345 match_57 match 3431 29624 31796 match_58 match 4730 29636 32206 match_59 match 2639 32203 33605 match_60 match 2656 28069 29515 match_61 match 4809 29624 32206 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1139.5 27 119622 clone_end_1 clone_end 1076 27 642 clone_2 clone 726.5 1127 109066 clone_start_1 clone_start 1094 1127 1701 clone_3 clone 974 1127 108866 clone_start_2 clone_start 1094 1127 1701 clone_end_2 clone_end 819 11564 11988 clone_end_3 clone_end 385 12060 12253 clone_4 clone 887 13183 115548 clone_end_4 clone_end 757 13183 13568 clone_start_3 clone_start 969 14385 14918 clone_5 clone 851.5 16574 55045 clone_start_4 clone_start 1205 16574 17202 clone_6 clone 952.5 16574 55444 clone_start_5 clone_start 1205 16574 17202 clone_7 clone 751.5 17721 53203 clone_end_5 clone_end 724 17721 18085 clone_8 clone 1322 26924 116710 clone_start_6 clone_start 959 26924 27514 clone_end_6 clone_end 714 29624 29995 clone_end_7 clone_end 959 29705 30208 clone_end_8 clone_end 1362 31043 31765 clone_end_9 clone_end 321 32037 32206 clone_end_10 clone_end 710 32203 32584 clone_start_7 clone_start 846 32845 33299 clone_9 clone 1061.5 43158 78657 clone_start_8 clone_start 1017 43158 43691 clone_start_9 clone_start 781 50788 51181 clone_end_11 clone_end 801 55643 56070 clone_end_12 clone_end 771 55709 56097 clone_start_10 clone_start 912 62365 62828 clone_end_13 clone_end 654 80249 80598 clone_end_14 clone_end 387 80640 80842 clone_end_15 clone_end 676 84968 85348 clone_start_11 clone_start 957 95085 95606 clone_end_16 clone_end 1045 95120 95653 clone_end_17 clone_end 1201 99984 100600 clone_start_12 clone_start 1015 111218 111758 clone_end_18 clone_end 1463 116256 117001 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_13 clone_start 1203 119622 118993 clone_end_19 clone_end 359 109066 108886 clone_end_20 clone_end 854 108866 108345 clone_start_14 clone_start 1017 115548 115015 clone_end_21 clone_end 498 55045 54795 clone_end_22 clone_end 700 55444 55092 clone_start_15 clone_start 779 53203 52811 clone_start_16 clone_start 737 25115 24744 clone_end_23 clone_end 1685 116710 115830 clone_end_24 clone_end 1300 28761 28067 clone_start_17 clone_start 733 31986 31581 clone_end_25 clone_end 1027 32783 32230 clone_end_26 clone_end 527 33603 33330 clone_end_27 clone_end 888 36037 35521 clone_end_28 clone_end 1106 78657 78100 clone_start_18 clone_start 1239 58410 57757 clone_end_29 clone_end 1429 63935 63179 clone_end_30 clone_end 1229 64907 64252 clone_end_31 clone_end 1033 80575 80034 clone_start_19 clone_start 950 84657 84155 clone_end_32 clone_end 1503 116218 115461 clone_start_20 clone_start 1457 116238 115489 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.982 320 428 match_part 0.998 581 1023 match_2 match_part 0.944 321 428 match_part 0.971 581 853 match_3 match_part 0.991 322 428 match_part 0.985 581 979 match_4 match_part 0.989 339 428 match_part 0.990 581 979 match_5 match_part 1.000 374 428 match_part 0.990 581 1295 match_6 match_part 1.000 379 428 match_part 1.000 581 961 match_7 match_part 0.998 1171 1684 match_8 match_part 0.994 1230 1877 match_9 match_part 0.980 4614 4711 match_part 1.000 4813 4900 match_part 1.000 4978 5072 match_part 1.000 7519 7595 match_part 0.996 7893 8373 match_10 match_part 1.000 4654 4711 match_part 1.000 4813 4900 match_part 1.000 4978 5072 match_part 1.000 7519 7595 match_part 0.986 7893 8249 match_11 match_part 0.889 4694 4711 match_part 1.000 4813 4900 match_part 1.000 4978 5072 match_part 1.000 7519 7595 match_part 1.000 7893 8376 match_12 match_part 0.941 4695 4711 match_part 1.000 4813 4900 match_part 1.000 4978 5072 match_part 1.000 7519 7595 match_part 0.983 7893 8238 match_13 match_part 1.000 4815 4900 match_part 1.000 4978 5072 match_part 1.000 7519 7595 match_part 0.998 7893 8364 match_14 match_part 0.977 17952 18127 match_part 1.000 18282 18360 match_part 1.000 18576 18745 match_part 1.000 18830 18877 match_part 1.000 23273 23359 match_part 1.000 23704 23976 match_15 match_part 1.000 17955 18127 match_part 1.000 18282 18360 match_part 1.000 18576 18745 match_part 1.000 18830 18877 match_part 1.000 23273 23359 match_part 1.000 23704 23976 match_16 match_part 0.929 17960 18127 match_part 1.000 18282 18325 match_17 match_part 1.000 17965 18127 match_part 1.000 18282 18360 match_part 1.000 18576 18745 match_part 1.000 18830 18877 match_part 1.000 23273 23331 match_18 match_part 1.000 17968 18127 match_part 1.000 18282 18360 match_part 1.000 18576 18689 match_19 match_part 1.000 17975 18127 match_part 1.000 18282 18360 match_part 1.000 18576 18745 match_part 1.000 18830 18877 match_part 1.000 23273 23359 match_part 0.969 23704 24063 match_20 match_part 1.000 17980 18127 match_part 1.000 18282 18360 match_part 1.000 18576 18745 match_part 1.000 18830 18877 match_part 1.000 23273 23359 match_part 1.000 23704 23748 match_21 match_part 0.952 17983 18127 match_part 1.000 18282 18360 match_part 1.000 18576 18745 match_part 1.000 18830 18877 match_part 1.000 23273 23359 match_part 1.000 23704 23965 match_22 match_part 1.000 17990 18127 match_part 1.000 18282 18360 match_part 1.000 18576 18745 match_part 0.958 18830 18877 match_part 1.000 23273 23351 match_23 match_part 1.000 18011 18127 match_part 1.000 18282 18360 match_part 1.000 18576 18745 match_part 1.000 18830 18877 match_part 1.000 23273 23359 match_part 1.000 23704 23808 match_24 match_part 0.979 18081 18127 match_part 0.987 18282 18360 match_part 1.000 18576 18745 match_part 1.000 18830 18877 match_part 1.000 23273 23359 match_part 0.991 23704 23809 match_25 match_part 1.000 18089 18127 match_part 0.987 18282 18360 match_part 1.000 18576 18743 match_26 match_part 1.000 18354 18360 match_part 0.971 18576 18745 match_part 1.000 18830 18877 match_part 1.000 23273 23359 match_part 0.985 23704 24040 match_27 match_part 1.000 18585 18745 match_part 1.000 18830 18877 match_part 1.000 23273 23359 match_part 1.000 23704 24057 match_28 match_part 1.000 18738 18745 match_part 1.000 18830 18877 match_part 1.000 23273 23359 match_part 0.978 23704 24073 match_29 match_part 1.000 23339 23359 match_part 0.997 23704 24070 match_30 match_part 0.973 28339 29103 match_31 match_part 0.975 28339 28905 match_32 match_part 0.901 29638 30183 match_33 match_part 0.943 29748 30116 match_34 match_part 0.962 31502 32215 match_35 match_part 0.979 32306 33070 match_36 match_part 0.977 32333 32904 match_37 match_part 0.978 32637 33036 match_38 match_part 0.974 32824 33204 match_39 match_part 1.000 40072 40503 match_part 0.972 42470 42752 match_40 match_part 1.000 40148 40503 match_part 1.000 42470 42725 match_41 match_part 1.000 40152 40503 match_part 1.000 42470 42778 match_42 match_part 0.988 40161 40503 match_part 0.996 42470 42739 match_43 match_part 0.997 40167 40503 match_part 1.000 42470 42693 match_44 match_part 0.994 52165 52325 match_part 1.000 52422 52458 match_part 1.000 53496 53575 match_part 1.000 53887 53938 match_part 1.000 54053 54186 match_part 1.000 54512 54626 match_part 1.000 54743 54829 match_part 1.000 54967 55015 match_part 1.000 56207 56291 match_part 0.992 57538 57668 match_part 0.995 59102 59309 match_45 match_part 0.993 52187 52325 match_part 1.000 52422 52458 match_part 1.000 53496 53575 match_part 1.000 53887 53938 match_part 1.000 54053 54186 match_part 1.000 54512 54626 match_part 1.000 54743 54829 match_part 1.000 54967 55015 match_part 1.000 56207 56291 match_46 match_part 0.962 52221 52325 match_part 1.000 52422 52458 match_part 1.000 53496 53575 match_part 1.000 53887 53938 match_part 1.000 54053 54186 match_part 1.000 54512 54626 match_part 1.000 54743 54829 match_part 1.000 54967 55015 match_part 0.986 56207 56276 match_47 match_part 1.000 52703 52951 match_48 match_part 0.998 52863 53276 match_49 match_part 1.000 54971 55015 match_part 1.000 56207 56291 match_part 1.000 57538 57668 match_part 0.993 59102 59253 match_50 match_part 1.000 54971 55015 match_part 1.000 56207 56291 match_part 1.000 57538 57668 match_part 0.993 59102 59252 match_51 match_part 1.000 54974 55015 match_part 1.000 56207 56291 match_part 1.000 57538 57668 match_part 0.993 59102 59253 match_52 match_part 0.953 55231 55955 match_53 match_part 0.938 55232 55634 match_54 match_part 0.972 55966 56291 match_part 0.977 57538 57668 match_part 0.964 59102 59462 match_55 match_part 0.909 61480 62207 match_56 match_part 1.000 69421 69794 match_57 match_part 0.993 69438 69858 match_58 match_part 0.997 69456 70203 match_59 match_part 0.995 69480 70118 match_60 match_part 0.997 69485 70355 match_61 match_part 0.994 69486 70255 match_62 match_part 0.995 113800 114186 match_part 1.000 114277 114374 match_part 1.000 114471 114478 match_63 match_part 0.938 113803 114186 match_part 0.939 114277 114374 match_part 1.000 114471 114500 match_64 match_part 1.000 113986 114186 match_part 0.980 114277 114374 match_part 0.990 114471 114568 match_part 1.000 114660 114813 match_65 match_part 1.000 115376 115487 match_part 1.000 115573 115961 match_66 match_part 1.000 115412 115487 match_part 1.000 115573 116022 match_67 match_part 1.000 115637 116095 match_part 0.991 116176 116282 match_68 match_part 1.000 115638 116095 match_part 1.000 116176 116255 match_69 match_part 1.000 115796 116095 match_part 1.000 116176 116437 match_70 match_part 1.000 115888 116095 match_part 1.000 116176 116282 match_part 1.000 116365 116605 match_71 match_part 1.000 116180 116282 match_part 1.000 116365 116810 match_part 0.981 117059 117166 match_72 match_part 1.000 116737 116810 match_part 1.000 117059 117245 match_part 0.995 117455 117831 match_73 match_part 0.895 116792 116810 match_part 0.973 117059 117245 match_part 0.976 117455 117707 match_74 match_part 1.000 116792 116810 match_part 0.984 117059 117245 match_part 0.977 117455 117585 match_75 match_part 1.000 117057 117245 match_part 1.000 117455 117926 match_76 match_part 1.000 117162 117245 match_part 1.000 117455 117792 match_77 match_part 0.987 117673 118283 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_78 match_part 1.000 14840 14750 match_part 1.000 13773 13173 match_part 1.000 12606 12506 match_part 1.000 10805 10722 match_part 1.000 10637 10527 match_part 1.000 10419 10106 match_79 match_part 1.000 14821 14750 match_part 1.000 13773 13294 match_80 match_part 1.000 14830 14750 match_part 1.000 13773 13349 match_81 match_part 0.992 25763 25262 match_82 match_part 0.998 27885 27388 match_part 0.992 26056 25698 match_83 match_part 0.935 81210 81119 match_part 0.994 81026 80847 match_part 1.000 78867 78697 match_part 1.000 73329 72959 match_84 match_part 1.000 81179 81119 match_part 1.000 81026 80847 match_part 1.000 78867 78697 match_part 0.980 73329 73032 match_85 match_part 1.000 81179 81119 match_part 1.000 81026 80847 match_part 1.000 78867 78697 match_part 0.993 73329 73036 match_86 match_part 1.000 81185 81119 match_part 1.000 81026 80847 match_part 1.000 78867 78697 match_part 0.982 73329 73051 match_87 match_part 0.984 81180 81119 match_part 1.000 81026 80847 match_part 1.000 78867 78697 match_part 0.987 73329 73103 match_88 match_part 0.907 80932 80847 match_part 1.000 78867 78697 match_part 0.986 73329 73184 match_89 match_part 0.983 81176 81119 match_part 1.000 81026 80847 match_part 0.984 78867 78610 match_90 match_part 1.000 85521 85442 match_part 0.986 85242 84883 match_91 match_part 1.000 89657 89574 match_part 1.000 89470 89396 match_part 1.000 89295 89210 match_part 1.000 87564 87458 match_part 1.000 87370 87215 match_part 1.000 86798 86712 match_part 1.000 86449 86435 match_92 match_part 1.000 89657 89574 match_part 1.000 89470 89396 match_part 1.000 89295 89210 match_part 1.000 87564 87458 match_part 1.000 87370 87215 match_part 1.000 86798 86723 match_93 match_part 1.000 89658 89574 match_part 1.000 89470 89396 match_part 1.000 89295 89210 match_part 1.000 87564 87458 match_part 1.000 87370 87215 match_part 0.975 86798 86759 match_94 match_part 1.000 89658 89574 match_part 1.000 89470 89396 match_part 1.000 89295 89210 match_part 1.000 87564 87458 match_part 1.000 87370 87215 match_part 0.975 86798 86759 match_95 match_part 1.000 89658 89574 match_part 1.000 89470 89396 match_part 1.000 89295 89210 match_part 1.000 87564 87458 match_part 1.000 87370 87215 match_96 match_part 1.000 89658 89574 match_part 1.000 89470 89396 match_part 1.000 89295 89210 match_part 1.000 87564 87458 match_part 1.000 87370 87215 match_97 match_part 1.000 89687 89574 match_part 1.000 89470 89396 match_part 1.000 89295 89210 match_part 1.000 87564 87458 match_part 1.000 87370 87264 match_98 match_part 0.987 89877 89574 match_part 1.000 89470 89396 match_part 1.000 89295 89210 match_part 0.991 87564 87458 match_part 0.967 87370 87280 match_99 match_part 0.993 103365 102916 match_part 1.000 102816 102700 match_part 1.000 101764 100496 match_100 match_part 0.997 103225 102916 match_part 1.000 102816 102700 match_part 0.992 101764 101499 match_101 match_part 0.997 103259 102916 match_part 0.991 102816 102700 match_part 1.000 101764 101636 match_102 match_part 1.000 103151 102916 match_part 1.000 102816 102760 match_103 match_part 0.968 103289 102916 match_part 1.000 102816 102763 match_104 match_part 0.981 118903 118437 match_105 match_part 0.989 118903 118437 match_106 match_part 0.981 118902 118438 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 320 428 exon 581 1877 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 4614 4711 exon 4813 4900 exon 4978 5072 exon 7519 7595 exon 7893 8376 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 14840 14750 exon 13773 13173 exon 12606 12506 exon 10805 10722 exon 10637 10527 exon 10419 10106 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 17952 18127 exon 18282 18360 exon 18576 18745 exon 18830 18877 exon 23273 23359 exon 23704 24073 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 27885 27388 exon 26056 25262 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 28339 29103 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 29638 30183 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 31502 32215 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 32306 33204 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 40072 40503 exon 42470 42778 gene_11 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 52165 52325 exon 52422 52458 exon 53496 53575 exon 53887 53938 exon 54053 54186 exon 54512 54626 exon 54743 54829 exon 54967 55015 exon 56207 56291 exon 57538 57668 exon 59102 59309 gene_12 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 55231 55955 gene_13 gene GT_PGL_11_AGS_3 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 52703 53276 gene_14 gene GT_PGL_11_AGS_4 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 55966 56291 exon 57538 57668 exon 59102 59462 gene_15 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 61480 62207 gene_16 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 69421 70355 gene_17 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 81210 81119 exon 81026 80847 exon 78867 78697 exon 73329 72959 gene_18 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 81176 81119 exon 81026 80847 exon 78867 78610 gene_19 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 85521 85442 exon 85242 84883 gene_20 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 89877 89574 exon 89470 89396 exon 89295 89210 exon 87564 87458 exon 87370 87215 exon 86798 86712 exon 86449 86435 gene_21 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 103365 102916 exon 102816 102700 exon 101764 100496 gene_22 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 113800 114186 exon 114277 114374 exon 114471 114568 exon 114660 114813 gene_23 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 115376 115487 exon 115573 116095 exon 116176 116282 exon 116365 116810 exon 117059 117245 exon 117455 118283 gene_24 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 115376 115487 exon 115573 116095 exon 116176 116437 gene_25 gene GT_PGL_19_AGS_3 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 117057 117245 exon 117455 118283 gene_26 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 118903 118437 AUGUSTUS_tom_cdna de novo gene_1 gene 1 339 3004 transcript_1 transcript 339 3004 CDS_1 CDS 339 428 CDS_2 CDS 581 2176 CDS_3 CDS 2935 3004 stop_codon_1 stop_codon 3002 3004 gene_2 gene 1 3420 7966 transcript_2 transcript 3420 7966 start_codon_1 start_codon 3420 3422 CDS_4 CDS 3420 3428 CDS_5 CDS 4698 4711 CDS_6 CDS 4813 4900 CDS_7 CDS 4978 5072 CDS_8 CDS 7519 7595 CDS_9 CDS 7893 7966 stop_codon_2 stop_codon 7964 7966 gene_3 gene 1 18038 23838 transcript_3 transcript 18038 23838 start_codon_2 start_codon 18038 18040 CDS_10 CDS 18038 18127 CDS_11 CDS 18282 18360 CDS_12 CDS 18576 18745 CDS_13 CDS 18830 18877 CDS_14 CDS 23273 23359 CDS_15 CDS 23704 23838 stop_codon_3 stop_codon 23836 23838 gene_4 gene 1 40207 42544 transcript_4 transcript 40207 42544 start_codon_3 start_codon 40207 40209 CDS_16 CDS 40207 40503 CDS_17 CDS 42470 42544 stop_codon_4 stop_codon 42542 42544 gene_5 gene 1 52219 57616 transcript_5 transcript 52219 57616 start_codon_4 start_codon 52219 52221 CDS_18 CDS 52219 52325 CDS_19 CDS 52422 52458 CDS_20 CDS 53496 53575 CDS_21 CDS 53887 53938 CDS_22 CDS 54053 54186 CDS_23 CDS 54512 54626 CDS_24 CDS 54743 54829 CDS_25 CDS 54967 55015 CDS_26 CDS 56207 56291 CDS_27 CDS 57538 57616 stop_codon_5 stop_codon 57614 57616 gene_6 gene 1 60467 62476 transcript_6 transcript 60467 62476 start_codon_5 start_codon 60467 60469 CDS_28 CDS 60467 62476 stop_codon_6 stop_codon 62474 62476 gene_7 gene 1 69480 70298 transcript_7 transcript 69480 70298 start_codon_6 start_codon 69480 69482 CDS_29 CDS 69480 70298 stop_codon_7 stop_codon 70296 70298 gene_8 gene 1 114106 118017 transcript_8 transcript 114106 118017 start_codon_7 start_codon 114106 114108 CDS_30 CDS 114106 114186 CDS_31 CDS 114277 114374 CDS_32 CDS 114471 114568 CDS_33 CDS 114660 114818 CDS_34 CDS 115376 115487 CDS_35 CDS 115573 116095 CDS_36 CDS 116176 116270 CDS_37 CDS 116365 116619 CDS_38 CDS 116696 116810 CDS_39 CDS 117059 117245 CDS_40 CDS 117455 118017 stop_codon_8 stop_codon 118015 118017 AUGUSTUS_tom_cdna de novo gene_9 gene 1 13503 10366 transcript_9 transcript 13503 10366 stop_codon_9 stop_codon 10368 10366 CDS_41 CDS 10419 10366 CDS_42 CDS 10637 10527 CDS_43 CDS 10805 10722 CDS_44 CDS 12606 12581 CDS_45 CDS 13503 13173 start_codon_8 start_codon 13503 13501 gene_10 gene 1 27726 24537 transcript_10 transcript 27726 24537 stop_codon_10 stop_codon 24539 24537 CDS_46 CDS 25050 24537 CDS_47 CDS 26056 25119 CDS_48 CDS 27726 27388 start_codon_9 start_codon 27726 27724 gene_11 gene 1 48091 47591 transcript_11 transcript 48091 47591 stop_codon_11 stop_codon 47593 47591 CDS_49 CDS 48091 47591 start_codon_10 start_codon 48091 48089 gene_12 gene 1 80976 73274 transcript_12 transcript 80976 73274 stop_codon_12 stop_codon 73276 73274 CDS_50 CDS 73329 73274 CDS_51 CDS 78867 78697 CDS_52 CDS 80976 80847 start_codon_11 start_codon 80976 80974 gene_13 gene 1 89776 81014 transcript_13 transcript 89776 81014 stop_codon_13 stop_codon 81016 81014 CDS_53 CDS 81026 81014 CDS_54 CDS 81186 81119 CDS_55 CDS 85242 85177 CDS_56 CDS 85529 85442 CDS_57 CDS 86449 86352 CDS_58 CDS 86798 86712 CDS_59 CDS 87370 87215 CDS_60 CDS 87564 87458 CDS_61 CDS 89295 89210 CDS_62 CDS 89470 89396 CDS_63 CDS 89776 89574 start_codon_12 start_codon 89776 89774 gene_14 gene 1 99456 98608 transcript_14 transcript 99456 98608 stop_codon_14 stop_codon 98610 98608 CDS_64 CDS 99456 98608 start_codon_13 start_codon 99456 99454 gene_15 gene 1 103269 101687 transcript_15 transcript 103269 101687 stop_codon_15 stop_codon 101689 101687 CDS_65 CDS 101764 101687 CDS_66 CDS 102816 102700 CDS_67 CDS 103269 102916 start_codon_14 start_codon 103269 103267 gene_16 gene 1 119024 118581 transcript_16 transcript 119024 118581 stop_codon_16 stop_codon 118583 118581 CDS_68 CDS 119024 118581 start_codon_15 start_codon 119024 119022 tRNAscan-SE unknown database tRNA_1 tRNA 80.82 39242 39323 tRNAscan-SE unknown database tRNA_2 tRNA 83.63 45116 45035 AUGUSTUS_ab_initio de novo gene_1 gene 1 1035 3004 transcript_1 transcript 1035 3004 start_codon_1 start_codon 1035 1037 CDS_1 CDS 1035 2176 CDS_2 CDS 2935 3004 stop_codon_1 stop_codon 3002 3004 gene_2 gene 1 40207 42544 transcript_2 transcript 40207 42544 start_codon_2 start_codon 40207 40209 CDS_3 CDS 40207 40503 CDS_4 CDS 42470 42544 stop_codon_2 stop_codon 42542 42544 gene_3 gene 1 60467 62476 transcript_3 transcript 60467 62476 start_codon_3 start_codon 60467 60469 CDS_5 CDS 60467 62476 stop_codon_3 stop_codon 62474 62476 AUGUSTUS_ab_initio de novo gene_4 gene 1 13731 10366 transcript_4 transcript 13731 10366 stop_codon_4 stop_codon 10368 10366 CDS_6 CDS 10419 10366 CDS_7 CDS 10637 10527 CDS_8 CDS 10805 10722 CDS_9 CDS 12606 12581 CDS_10 CDS 13731 13173 start_codon_4 start_codon 13731 13729 gene_5 gene 1 48091 47591 transcript_5 transcript 48091 47591 stop_codon_5 stop_codon 47593 47591 CDS_11 CDS 48091 47591 start_codon_5 start_codon 48091 48089 gene_6 gene 1 99456 72567 transcript_6 transcript 99456 72567 stop_codon_6 stop_codon 72569 72567 CDS_12 CDS 72703 72567 CDS_13 CDS 78867 78697 CDS_14 CDS 81026 80847 CDS_15 CDS 94547 94496 CDS_16 CDS 95092 94994 CDS_17 CDS 99456 98818 start_codon_6 start_codon 99456 99454 gene_7 gene 1 119024 118581 transcript_7 transcript 119024 118581 stop_codon_7 stop_codon 118583 118581 CDS_18 CDS 119024 118581 start_codon_7 start_codon 119024 119022 AUGUSTUS_tom_ugs de novo gene_1 gene 1 1035 8817 transcript_1 transcript 1035 8817 start_codon_1 start_codon 1035 1037 CDS_1 CDS 1035 2176 CDS_2 CDS 4813 4900 CDS_3 CDS 4978 5072 CDS_4 CDS 7519 7595 CDS_5 CDS 7893 7937 CDS_6 CDS 8690 8817 stop_codon_1 stop_codon 8815 8817 gene_2 gene 1 18032 23838 transcript_2 transcript 18032 23838 start_codon_2 start_codon 18032 18034 CDS_7 CDS 18032 18127 CDS_8 CDS 18282 18360 CDS_9 CDS 18576 18745 CDS_10 CDS 18830 18877 CDS_11 CDS 23273 23359 CDS_12 CDS 23704 23838 stop_codon_2 stop_codon 23836 23838 gene_3 gene 1 40207 42544 transcript_3 transcript 40207 42544 start_codon_3 start_codon 40207 40209 CDS_13 CDS 40207 40503 CDS_14 CDS 42470 42544 stop_codon_3 stop_codon 42542 42544 gene_4 gene 1 52219 57616 transcript_4 transcript 52219 57616 start_codon_4 start_codon 52219 52221 CDS_15 CDS 52219 52325 CDS_16 CDS 52422 52458 CDS_17 CDS 53496 53575 CDS_18 CDS 53887 53938 CDS_19 CDS 54053 54186 CDS_20 CDS 54512 54626 CDS_21 CDS 54743 54829 CDS_22 CDS 54967 55015 CDS_23 CDS 56207 56291 CDS_24 CDS 57538 57616 stop_codon_4 stop_codon 57614 57616 gene_5 gene 1 60467 62476 transcript_5 transcript 60467 62476 start_codon_5 start_codon 60467 60469 CDS_25 CDS 60467 62476 stop_codon_5 stop_codon 62474 62476 gene_6 gene 1 114106 116116 transcript_6 transcript 114106 116116 start_codon_6 start_codon 114106 114108 CDS_26 CDS 114106 114186 CDS_27 CDS 114277 114374 CDS_28 CDS 114471 114568 CDS_29 CDS 114660 114818 CDS_30 CDS 115376 115487 CDS_31 CDS 115573 116116 stop_codon_6 stop_codon 116114 116116 gene_7 gene 1 116427 118017 transcript_7 transcript 116427 118017 start_codon_7 start_codon 116427 116429 CDS_32 CDS 116427 116441 CDS_33 CDS 116667 116810 CDS_34 CDS 117059 117245 CDS_35 CDS 117455 118017 stop_codon_7 stop_codon 118015 118017 AUGUSTUS_tom_ugs de novo gene_8 gene 1 13731 10366 transcript_8 transcript 13731 10366 stop_codon_8 stop_codon 10368 10366 CDS_36 CDS 10419 10366 CDS_37 CDS 10637 10527 CDS_38 CDS 10805 10722 CDS_39 CDS 12606 12581 CDS_40 CDS 13731 13173 start_codon_8 start_codon 13731 13729 gene_9 gene 1 27726 24537 transcript_9 transcript 27726 24537 stop_codon_9 stop_codon 24539 24537 CDS_41 CDS 25050 24537 CDS_42 CDS 26056 25119 CDS_43 CDS 27726 27388 start_codon_9 start_codon 27726 27724 gene_10 gene 1 48091 47591 transcript_10 transcript 48091 47591 stop_codon_10 stop_codon 47593 47591 CDS_44 CDS 48091 47591 start_codon_10 start_codon 48091 48089 gene_11 gene 1 89776 73274 transcript_11 transcript 89776 73274 stop_codon_11 stop_codon 73276 73274 CDS_45 CDS 73329 73274 CDS_46 CDS 78867 78697 CDS_47 CDS 81026 80847 CDS_48 CDS 85242 85173 CDS_49 CDS 85529 85442 CDS_50 CDS 86449 86352 CDS_51 CDS 86798 86712 CDS_52 CDS 87370 87215 CDS_53 CDS 87564 87458 CDS_54 CDS 89295 89210 CDS_55 CDS 89470 89396 CDS_56 CDS 89776 89574 start_codon_11 start_codon 89776 89774 gene_12 gene 1 99456 98608 transcript_12 transcript 99456 98608 stop_codon_12 stop_codon 98610 98608 CDS_57 CDS 99456 98608 start_codon_12 start_codon 99456 99454 gene_13 gene 2 103269 100634 transcript_13 transcript 103269 100634 stop_codon_13 stop_codon 100636 100634 CDS_58 CDS 100736 100634 CDS_59 CDS 101764 101691 CDS_60 CDS 102816 102700 CDS_61 CDS 103269 102916 start_codon_13 start_codon 103269 103267 transcript_14 transcript 103269 101687 stop_codon_14 stop_codon 101689 101687 CDS_62 CDS 101764 101687 CDS_63 CDS 102816 102700 CDS_64 CDS 103269 102916 start_codon_14 start_codon 103269 103267 gene_14 gene 1 119039 118581 transcript_15 transcript 119039 118581 stop_codon_15 stop_codon 118583 118581 CDS_65 CDS 119039 118581 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 308 428 match_part 0.998 581 1870 match_2 match_part 1.000 4614 4711 match_part 1.000 4813 4900 match_part 1.000 4978 5072 match_part 1.000 7519 7595 match_part 1.000 7893 8375 match_3 match_part 0.989 17949 18127 match_part 1.000 18282 18360 match_part 1.000 18576 18745 match_part 1.000 18830 18877 match_part 1.000 23273 23359 match_part 1.000 23704 24071 match_4 match_part 0.971 28339 29139 match_5 match_part 0.901 29638 30183 match_6 match_part 0.948 29759 30140 match_7 match_part 0.982 30951 31060 match_8 match_part 0.967 31068 31190 match_9 match_part 0.998 40070 40503 match_part 1.000 42470 42769 match_10 match_part 1.000 52157 52325 match_part 1.000 52422 52458 match_part 1.000 53496 53575 match_part 1.000 53887 53938 match_part 1.000 54053 54186 match_part 1.000 54512 54626 match_part 1.000 54743 54829 match_part 1.000 54967 55015 match_part 1.000 56207 56291 match_part 0.992 57538 57668 match_part 0.977 59102 59452 match_11 match_part 1.000 52172 52325 match_part 1.000 52422 53205 match_12 match_part 0.953 55230 56013 match_13 match_part 0.910 61478 62284 match_14 match_part 0.991 69410 70296 match_15 match_part 0.977 113794 114186 match_part 1.000 114277 114374 match_part 1.000 114471 114568 match_part 1.000 114660 114818 match_part 0.991 115376 115487 match_part 0.912 115573 115708 match_16 match_part 0.991 115374 115487 match_part 1.000 115573 116095 match_part 1.000 116176 116282 match_part 1.000 116365 116810 match_part 1.000 117059 117245 match_part 0.990 117455 118283 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_17 match_part 0.998 27903 27388 match_part 0.991 26056 25307 match_18 match_part 0.767 33351 33309 match_part 0.938 33249 31501 match_19 match_part 0.935 81210 81119 match_part 1.000 81026 80847 match_part 1.000 78867 78697 match_part 1.000 73329 72921 match_20 match_part 1.000 85523 85442 match_part 1.000 85242 84908 match_21 match_part 0.978 89888 89574 match_part 1.000 89470 89396 match_part 1.000 89295 89210 match_part 1.000 87564 87458 match_part 1.000 87370 87215 match_part 1.000 86798 86712 match_part 1.000 86449 86435 match_22 match_part 1.000 103244 102916 match_part 1.000 102816 102700 match_part 1.000 101764 101691 match_part 0.949 100736 100464 match_23 match_part 1.000 103351 102916 match_part 1.000 102816 102700 match_part 1.000 101764 100504 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 308 428 exon 581 1870 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 4614 4711 exon 4813 4900 exon 4978 5072 exon 7519 7595 exon 7893 8375 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 17949 18127 exon 18282 18360 exon 18576 18745 exon 18830 18877 exon 23273 23359 exon 23704 24071 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 27903 27388 exon 26056 25307 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 28339 29139 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 29638 30183 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 30951 31060 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 31068 31190 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 33351 33309 exon 33249 31501 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 40070 40503 exon 42470 42769 gene_11 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 52157 52325 exon 52422 52458 exon 53496 53575 exon 53887 53938 exon 54053 54186 exon 54512 54626 exon 54743 54829 exon 54967 55015 exon 56207 56291 exon 57538 57668 exon 59102 59452 gene_12 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 55230 56013 gene_13 gene GT_PGL_11_AGS_3 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 52172 52325 exon 52422 53205 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 61478 62284 gene_15 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 69410 70296 gene_16 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 81210 81119 exon 81026 80847 exon 78867 78697 exon 73329 72921 gene_17 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 85523 85442 exon 85242 84908 gene_18 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 89888 89574 exon 89470 89396 exon 89295 89210 exon 87564 87458 exon 87370 87215 exon 86798 86712 exon 86449 86435 gene_19 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 103351 102916 exon 102816 102700 exon 101764 100504 gene_20 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 103244 102916 exon 102816 102700 exon 101764 101691 exon 100736 100464 gene_21 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 113794 114186 exon 114277 114374 exon 114471 114568 exon 114660 114818 exon 115376 115487 exon 115573 115708 gene_22 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 115374 115487 exon 115573 116095 exon 116176 116282 exon 116365 116810 exon 117059 117245 exon 117455 118283 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 7939 8376 match_2 match_part 1.000 7939 8376 match_3 match_part 1.000 17980 18127 match_part 1.000 18282 18360 match_part 1.000 18576 18745 match_part 1.000 18830 18877 match_part 1.000 23273 23359 match_part 1.000 23704 23748 GenomeThreader_SGN_markers SGN marker sequences match_4 match_part 1.000 81185 81119 match_part 1.000 81026 80847 match_part 1.000 78867 78697 match_part 1.000 73329 73036 match_5 match_part 1.000 89687 89574 match_part 1.000 89470 89396 match_part 1.000 89295 89210 match_part 1.000 87564 87458 match_part 1.000 87370 87215 match_part 1.000 86798 86712 match_part 1.000 86449 86435 match_6 match_part 1.000 89687 89574 match_part 1.000 89470 89396 match_part 1.000 89295 89210 match_part 1.000 87564 87458 match_part 1.000 87370 87264 match_7 match_part 0.992 103289 102916 match_part 1.000 102816 102700 match_part 1.000 101764 101636 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 7939 8376 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 17980 18127 exon 18282 18360 exon 18576 18745 exon 18830 18877 exon 23273 23359 exon 23704 23748 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 81185 81119 exon 81026 80847 exon 78867 78697 exon 73329 73036 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 89687 89574 exon 89470 89396 exon 89295 89210 exon 87564 87458 exon 87370 87215 exon 86798 86712 exon 86449 86435 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0146O12.1 type gene exon 103289 102916 exon 102816 102700 exon 101764 101636 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 339 3004 transcript_1 transcript 339 3004 CDS_1 CDS 339 428 CDS_2 CDS 581 2176 CDS_3 CDS 2935 3004 stop_codon_1 stop_codon 3002 3004 gene_2 gene 1 3420 8817 transcript_2 transcript 3420 8817 start_codon_1 start_codon 3420 3422 CDS_4 CDS 3420 3428 CDS_5 CDS 4698 4711 CDS_6 CDS 4813 4900 CDS_7 CDS 4978 5072 CDS_8 CDS 7519 7595 CDS_9 CDS 7893 7937 CDS_10 CDS 8690 8817 stop_codon_2 stop_codon 8815 8817 gene_3 gene 1 18038 23838 transcript_3 transcript 18038 23838 start_codon_2 start_codon 18038 18040 CDS_11 CDS 18038 18127 CDS_12 CDS 18282 18360 CDS_13 CDS 18576 18745 CDS_14 CDS 18830 18877 CDS_15 CDS 23273 23359 CDS_16 CDS 23704 23838 stop_codon_3 stop_codon 23836 23838 gene_4 gene 1 40207 42544 transcript_4 transcript 40207 42544 start_codon_3 start_codon 40207 40209 CDS_17 CDS 40207 40503 CDS_18 CDS 42470 42544 stop_codon_4 stop_codon 42542 42544 gene_5 gene 1 52219 57616 transcript_5 transcript 52219 57616 start_codon_4 start_codon 52219 52221 CDS_19 CDS 52219 52325 CDS_20 CDS 52422 52458 CDS_21 CDS 53496 53575 CDS_22 CDS 53887 53938 CDS_23 CDS 54053 54186 CDS_24 CDS 54512 54626 CDS_25 CDS 54743 54829 CDS_26 CDS 54967 55015 CDS_27 CDS 56207 56291 CDS_28 CDS 57538 57616 stop_codon_5 stop_codon 57614 57616 gene_6 gene 1 60467 62476 transcript_6 transcript 60467 62476 start_codon_5 start_codon 60467 60469 CDS_29 CDS 60467 62476 stop_codon_6 stop_codon 62474 62476 gene_7 gene 1 69480 70298 transcript_7 transcript 69480 70298 start_codon_6 start_codon 69480 69482 CDS_30 CDS 69480 70298 stop_codon_7 stop_codon 70296 70298 gene_8 gene 2 114106 118017 transcript_8 transcript 114106 118017 start_codon_7 start_codon 114106 114108 CDS_31 CDS 114106 114186 CDS_32 CDS 114277 114374 CDS_33 CDS 114471 114568 CDS_34 CDS 114660 114818 CDS_35 CDS 115376 115487 CDS_36 CDS 115573 116095 CDS_37 CDS 116176 116270 CDS_38 CDS 116365 116607 CDS_39 CDS 116696 116810 CDS_40 CDS 117059 117245 CDS_41 CDS 117455 118017 stop_codon_8 stop_codon 118015 118017 transcript_9 transcript 114106 118017 start_codon_8 start_codon 114106 114108 CDS_42 CDS 114106 114186 CDS_43 CDS 114277 114374 CDS_44 CDS 114471 114568 CDS_45 CDS 114660 114818 CDS_46 CDS 115376 115487 CDS_47 CDS 115573 116095 CDS_48 CDS 116176 116270 CDS_49 CDS 116365 116619 CDS_50 CDS 116696 116810 CDS_51 CDS 117059 117245 CDS_52 CDS 117455 118017 stop_codon_9 stop_codon 118015 118017 AUGUSTUS_tom_pot_cdna de novo gene_9 gene 1 13503 10366 transcript_10 transcript 13503 10366 stop_codon_10 stop_codon 10368 10366 CDS_53 CDS 10419 10366 CDS_54 CDS 10637 10527 CDS_55 CDS 10805 10722 CDS_56 CDS 12606 12581 CDS_57 CDS 13503 13173 start_codon_9 start_codon 13503 13501 gene_10 gene 1 27726 24537 transcript_11 transcript 27726 24537 stop_codon_11 stop_codon 24539 24537 CDS_58 CDS 25050 24537 CDS_59 CDS 26056 25119 CDS_60 CDS 27726 27388 start_codon_10 start_codon 27726 27724 gene_11 gene 1 48091 45617 transcript_12 transcript 48091 45617 stop_codon_12 stop_codon 45619 45617 CDS_61 CDS 45683 45617 CDS_62 CDS 45953 45881 CDS_63 CDS 48091 47761 start_codon_11 start_codon 48091 48089 gene_12 gene 1 80976 73274 transcript_13 transcript 80976 73274 stop_codon_13 stop_codon 73276 73274 CDS_64 CDS 73329 73274 CDS_65 CDS 78867 78697 CDS_66 CDS 80976 80847 start_codon_12 start_codon 80976 80974 gene_13 gene 1 89776 81014 transcript_14 transcript 89776 81014 stop_codon_14 stop_codon 81016 81014 CDS_67 CDS 81026 81014 CDS_68 CDS 81186 81119 CDS_69 CDS 85242 85177 CDS_70 CDS 85529 85442 CDS_71 CDS 86449 86352 CDS_72 CDS 86798 86712 CDS_73 CDS 87370 87215 CDS_74 CDS 87564 87458 CDS_75 CDS 89295 89210 CDS_76 CDS 89470 89396 CDS_77 CDS 89776 89574 start_codon_13 start_codon 89776 89774 gene_14 gene 1 99456 98608 transcript_15 transcript 99456 98608 stop_codon_15 stop_codon 98610 98608 CDS_78 CDS 99456 98608 start_codon_14 start_codon 99456 99454 gene_15 gene 1 103269 101687 transcript_16 transcript 103269 101687 stop_codon_16 stop_codon 101689 101687 CDS_79 CDS 101764 101687 CDS_80 CDS 102816 102700 CDS_81 CDS 103269 102916 start_codon_15 start_codon 103269 103267 gene_16 gene 1 119039 118581 transcript_17 transcript 119039 118581 stop_codon_17 stop_codon 118583 118581 CDS_82 CDS 119039 118581 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 105 117445 117981 match_2 match 149 115571 116113 match_3 match 57.0 115369 115497 match_4 match 145 115571 116080 match_5 match 108 40216 40503 match_6 match 154 61211 62338 match_7 match 192 61214 62353 match_8 match 51.6 115363 115497 match_9 match 174 115556 116077 match_10 match 109 117478 117981 match_11 match 170 115535 116077 match_12 match 109 117478 117981 match_13 match 170 115535 116077 match_14 match 306 61118 62392 match_15 match 306 61118 62392 match_16 match 166 40207 40563 match_17 match 162 40207 40503 match_18 match 162 40207 40503 match_19 match 108 115571 116107 match_20 match 220 61208 62398 match_21 match 130 117445 117984 match_22 match 166 115571 116083 match_23 match 124 117505 117984 match_24 match 160 115571 116080 match_25 match 129 117445 117984 match_26 match 159 115571 116080 match_27 match 141 117445 117984 match_28 match 149 115613 116113 match_29 match 125 117445 117888 match_30 match 119 69555 69836 match_31 match 190 61163 62353 match_32 match 199 61232 62353 match_33 match 291 61133 62422 match_34 match 123 69507 69830 match_35 match 24.3 115363 115512 match_36 match 110 115574 116089 match_37 match 150 61211 62392 match_38 match 134 117445 117984 match_39 match 151 115571 116092 match_40 match 62.0 115369 115497 match_41 match 125 117445 117984 match_42 match 167 115571 116092 match_43 match 53.9 115369 115497 match_44 match 124 69570 69773 match_45 match 122 61232 62218 match_46 match 166 61232 62332 match_47 match 120 69591 69773 match_48 match 200 61232 62353 match_49 match 213 61232 62389 match_50 match 239 28427 29479 match_51 match 128 117508 117987 match_52 match 174 115541 116080 match_53 match 111 117445 117975 match_54 match 158 115571 116110 match_55 match 63.2 115369 115497 match_56 match 150 61211 62392 match_57 match 106 115538 116080 match_58 match 35.4 72049 72138 match_59 match 118 71651 71980 match_60 match 35.4 72049 72138 match_61 match 118 71651 71980 match_62 match 30.4 72052 72192 match_63 match 109 71651 71980 match_64 match 896 60728 62467 match_65 match 28.1 115369 115455 match_66 match 117 115553 116155 match_67 match 160 61259 62398 match_68 match 293 61163 62401 match_69 match 118 69591 69773 match_70 match 213 61232 62383 match_71 match 293 61118 62392 match_72 match 274 61169 62392 match_73 match 274 61169 62392 match_74 match 274 61169 62392 match_75 match 274 61169 62392 match_76 match 533 957 2177 match_77 match 184 61295 62392 match_78 match 214 61166 62392 match_79 match 214 61166 62392 match_80 match 268 61154 62464 match_81 match 267 61118 62425 match_82 match 194 61118 62461 match_83 match 202 61100 62353 match_84 match 197 61100 62326 match_85 match 201 61232 62353 match_86 match 164 115571 116110 match_87 match 60.5 115369 115497 match_88 match 110 117445 117981 match_89 match 179 115571 116110 match_90 match 55.8 115369 115497 match_91 match 184 61196 62347 match_92 match 163 61253 62350 match_93 match 188 61205 62395 match_94 match 213 61220 62302 match_95 match 209 61220 62302 match_96 match 179 69507 70202 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