C04SLm0059M16.1 GATCTATATAACATATCAAAGTAAGATGAGAAGCAAAGTTTCCTTGATTGTGTAGAAATT GAAATTGCTTCAGCAGAACGTCTTAAGATCTACGTAAATAATTCAAAGTCAGATGGGAAG CGAAGTTCCCTTGATCGCGTAGAAATTGGAATTGCTTCAGCAACTACATTGAACTTGCAA AGTATCCAAGGGAATATTGTATGCACAAGCACTTAACAGATGTCCAGTTTCTTTTTAATA TTCAAGGTCCACAATACTAAATAGAACATGTATATCTAACTGACTTACTGCTGCTCTGTT TTTTTCTTTTTTTTTTCTTTTTTGCTGGCTGCTGATCTGTTCTGTCTCTATATTTTTTTC TACAGTATTTTTGTTGTTCTATTACTGAGTTACTCTTTTATCTTTGCTTGTAGTAAGTTG TATTTTCTTATTCAATGTCACAATGAAGAATAAGAGTTTGATCCTTTGTGATTTGGTTAT GTATTTGTTTTATATGTTATGACTCACGAGGATTATTGACAATCTATTTACTTTTTAATC TAGGAATATGTTACTTCTATTCAGTTATTTAATATTTTTTATTATTTTTATACTAAATAC CGCTTTATCTGAAAAAAGTGTGCGCAAACTTCACGCTTCTCGCTTCTGTAAAGCGAACCC TTGTCGCTGTTTTTTGCTTCTTGCTTCCCAAACACTGATCTAACATCCTAAAACATCCAT GTAATAAGAAATGTGACTTAGTACCTGTGCTATAATTGGGTTGCTTGTATCAGCAAAGGG TGTGAGGCGCCTTCTCTTAGACTGAAGATACATAGTTTCAGACCTGGATTCACTATCCAT TTCTGCAGATTCAGGAGGGCCCATAAACTGCTCACCGAAAGGAAGCTTGACAAATCTAGC CACACATTCCTTAGTGCTTCTGCCACCAACATGCTCAGCAACCTTCTTCCAATCATCGCC ATAATGCATAAGAGCTTCTAAAAGGTGCAAAGTCTCTTTGTCAGTCCAATCTGTCTTAAC TTCCTCACTAATCTCAACCCGTCGAAGCTCTGAATTATTCACGCCAACTCTATTATCATT ACTAACATAGCATCTTGCACAAAGAGTCAAATCATACTGCATTTAAACAAACAAAAATTG AAGTAAACTCATTTTTGACAATAGCAACAAGCCCAACCAACACCTCAAGTAAACTGCCAT TTAGGATTAAGCAAAAAAAAAAAGAAAAAAAAAAGAAGAGAACTTTTTAAATAGAAACCA TGAGCTATGAAAAGTATGAATCTATAGACTGAGATGTGAGAGCTAAGAGGTAAGCATGAC CAACTGAGGAGAAGCTAAAAGATTCAAACTTGATTCAAAAGAGTTGTTAGATACCAATTA GTCCTTCTAATTTACGAATAAACAAGATAAAGCAAACACTCTAAAATAGAGGACTGTTGC AATCACCTTATCAGAAGCGAAACAAGCAATCCTGCAAACTGTTTTGCAGAGATTGCAGAT TCTTTTCTTGGGGAGAGTAAAATCAGTGGACGTTCCATTGGCGTCAGCATTTTGCGGAGC TGAGGCAGATGTTGACTTTGACTCTTTTTCTTCCCACTTGATCAGAGACTTGGAAGAGTT AGCAGTGTAATTGATCAAACCCCATGTCTCTGAGAAATCGAAAACCCTACGAATTGAGCC GACGTCTCCAACAATGGTCTTGCGAGCCTCAGTAAAGGTTATCTTTTTAGTGGGGTTATC TCTGAATCTACGAATAATAGTATTCCTATAGTATTTGTATGTCTTAGGGTTCTTGGAAGG CGACCTTCCATCAAAGAATTCAGGAAGAAAGCGAACCTCACATTCATGAATGCTATTCCA TGAAAACCAACCTAAAAGAAGAAGAAGAACTAATTAAGTATCACGAATCATCTATATCCA TTCCACCCTAAAAATACAGAAGCAAATTTGAAAAGAAAAGCTGAAAAGTAGATGGGACTT ACGGGAATAACTGGGAATATAGATGAAATCAGGTTCAGTAATACGGGAGGAGATAGTGGT GGGAGTGACGTCTTTGGGATCGGTGACTGAAGGAGTTGTTGGGTTTGGGGACGATTCCAG TTGTTGGGGACGCTTTAGTGGCAAAGCAGCCGTTTGAGGTTGCTGCGACGGTGGCGGAGA GGTAGTTTGAGGGTCAGATTTAGCTGCCTGTGACTTGATTTCGCCTGATTCGGGCATGTT GAAGCGTTAGAATTTAGACAAGTGTAATCTCAAGGCATTTGGGAGATGAAACGCACAAAC GGTCTATCAACAGACAATTATAAGGTTTTATTTATACGAAGGGCCAATTTTATTTTGACC AATAGCTTAGTTAGTAATAGGTTTGCTTGTGTCCTTTTTAAATAAAAAAAAAAAAACACT TAATAATTATTAATGTCTAAATTACAACTCAAACGTCCTATTAATTTTTATTTTGTGGGT TTTACATCGACCGATAGATTGCTATAAACAAGAATAATACCTTGTATGAAAGAGATTTGC AGTCCTTAAGAAAGACAACTAAATCACTAAACCTGAATCATGAAACAAAACTAGATTTGA ATATATAGGAAAAGGAACAGCAAACGCAAATTTGAGAGTTGAGACATTGACATGGTTGAT GTAATATTCAACAGAATAGGTTAAAGGGGAATGAATAATATAAACTTCATTGGCAAAGTC TGCTCTGAGTACCAAACACAAATAAATGATGCAACACTGCTTTTGCACCCAAATTATGGT CATGTCACACCAACCTTGGTGATAATAACTGAAGCTTCTTGCTTCAAGAATCATCAATAA AACATCCAAATTACAGAATGAATCTCAAGTTTAAGACTAAAGCTTGTTTGTTTTTTATGC ACAAGACTTTTAAACACGGTGCATGGTGCACCAGCACGCAAGACAATGACTATCTACACA CCCAAAAGCATATTCTGGGAGTTTTTGACTATAACTGAATCACAGGTTGATTCTGATGTG AATTTTTTACAAAGTTTATTGCTACAAGGAGGGAGCCAGAAACCTATTCCAGTATCCCTC AAATGCATGACTCTCTGCCAGTGATCCTGAAACCAGCAGAATGCAAGGGCCTAGATACAT GATGTTGAAGGAAGTGCAATCCGCAACTTCCATGTTTCCTCACTCAATCATCAGGAGCGA CTCAGACATTGAGCTCTCATGGTGGGTATGACTTTTTATAACCTGCATCAACGCAAATGA CGTTAAGACTAGAAAAGGTTTGATAGCTTTTTAATATGTGATATCTAGGAGAAGGATAAC CTTGCTACATAATCTACATACACCAAATTACTTTTTAGTGTCTTTTTCCTTTTTTTAAAG GGCTGCATATCAAATTAGTAGATTATTTCAGAGTTTCATTAATTCTCCTCAGCAGCTTCA ATTCATATTGATGACATGCAAATGGCACTGAAACGGGACTGCTTACCACATAAAGGACCT TTAAGCAAATTCAAATACTTAAGTATTGCAAATATAAGCTGGCACCAAATGAAAAAATTA ATTGAACTAATCATGAAAAGAGACTACTTATTTGGACGCCATAAGAGATTGTTAAAATCA ATATGATAAGAAGATACGACATTGACTACTATTAAAACACATCAAAAATCAAATTATGTA CGTAGAAAGATAAAGACAACAACGAGAAAGAACTGCCAAGTATCTGTCATCTCCATCTGA TGTGTAATTATACCTGTCAGACAGTAATCATACCTGCCACACATAGTAGGTTGAAAAAAA AAACATTTTCCGAGGAACATTATCATGACGAATTTAATGAAAATTCAAAACCATCTTTGG GAGTTCTTGTAAACACAGTAACATGTTAGCCCAAACCCAGTATCCTTGATCAGGCAAAGA AGGTCCCCGCCAAGAAAGAGGCCCTATAATGATGCCTTCTTTTTTCATTTTGGATAAGTC AAGCCATGTAATGATTTTAACATACGGTCATTTGCATAGAGAATATACCTGCTTTCTGTT TTGGTCCTCATATTACCTCATACAAGCAATTGAACTTAACCACCGCCACCACACATATAC ACACCCAAAAAAAAAAGAATAATCGATAAAGATGCAGAAGGGGGGTAGGGGAGCACGGAC AAACTCAAGGGAAACAAAAGAGGTTAAAACAAAGCCAAATCTAGTACCTCTAGAATGCAA AGTGAATAATTTGCAAGGCTAGATTAAAAGCCTGCCTCTCAAGTAGCAATACTGCTGCTG TTAGTCCTGCTGCAATCTAGTACCTAAAGGTCAAAAGTAGAACACGAACATCAACAGATA AATTGTGGTTGCAACTTGCAGAAGCAAATATGTCGCGGCTATTTCATCAGTTGGGTCTGA ATTACAACGTACCTTGATAAAATCTCACCCTGCATTTTGGTCAGAACCGCTACCTTGCAT AAATTGAGGAGAATGAGTAGGTAGTATAAACTGTGGCTGTGGTGTAACAGGCGCTCCGAC ACCTAAAAATAAAAAAACAGTTGCATAATGATACTGTCAACTTCATACTTGCAATCTTAT GTAAGACTTGGAACTGAGGCTACAGAAGTAGATGAGGTTCCAGCATGTTTTCTAGATGTC AATCATGTCATACAGCAACAACATACCCAGTGTGATACCACAAGTGGGGTCTGGGATGGG TGGGGTATATGCAGCCCCTTACCCCTATCTTTGTGGGGGACTACTTTTTTCTAGATGTCA GACATCTTGATAAACTTGGAATGCAGATTAATGTCAATGATAAGATGATATGCAAGGCTA CCATGCATGCATATATAAGATACAAATAAAAGAAATCTGCCTGTTTGATATGGTGCTTGA ATAGTTGGAATGGATGAAGCTGTCATTGCATTGACACCGGGCCCACCAAACTGAAGAATC TGATGTCCTGGCACTGCATAACCCTGCAATGTCGTATAACTGTGACTTCCAGGAACAGCC TGACTTAGCTGGCCGTAAGGATACATTGTTGCATTAACAGTTCCAGGTACACCATATATA GGAAGGTACTGTTGACCTCCATAAGGATTGTAAACACCCTATCGGATAAAATTACAGTAT GCATCAAAAATGAGTCCTCATAGTCAAGACAAAAGGACACCTGAACCTTTAAGTGCAGCA AAAAGAATGGGATGTATTGTAATGTCTCCATTTATGCAGTGCTACTAACCTGAGGGTAAA CGTAATCCGTACCATATGTCGCATACCTGCATTAGTAATACAGAGGTAACTGTATCTTCT AAAAGTTGTGCTTTTAAATGCAATACACACAAATAAGGTACGTGGTAAAATGTACAAAAA AATGACTGATTGACATGAAGTCCTAAGGTCTATCAATTAAATTAACTATTTTTAAAGTAA ATTCAGCAAATTAAGTAACATGGTTCTCTCTCAGTGAATAGGATGAAATTTTTCCTGTTT CTAAGTGAAAAGAGAGGAACTACTTGTTCGCATGCAAATAAGAAACTCATGAAATTCAAT AATGAAGGGACTCAAGCTTGGGCCTCCCCCAAACTTATAATCCTAAATGCAACGACATTT CAAGAATCGATAGCAAAAATTAGGTGACAGTATGCTCCAACGTTAACTAATTGAACCTTC CTTTCTCCTCGTCACTGGATGTTTTCCTCTATGATTATACTATAACCCATAAATGAATCA GTGCTTGCATAGTCTATAAATGCCTGTGACACACAGCTTACCCATAAGGAGAATACATCA AGCCTTGCTGGTAGCCATAAGAAACCGGTTGCTGGTAGCCAAAACTTCCAGCATAAGCAC CCCGAGCAGCTGGTAGCCCTGCTGGAAATGGAGTCGGTGACCTCAGACGTCCTGTACCAA ATAAAGTGGAAGTAAGCTAATGCACTTCAAAGAACGAGCATACTTTTTCCTTTCAGTTCT TTCCCTTTTATCAGGGTAGGATGTGCCCTGAAAAGGTATAAAATGGCTAAGTGTCATTAT CTTAAGCTGAACATCTGAGATCTCAGTCAAACACATAACCAGCCATGAATCGATATTTGC AGGATCCTTAGAAAAGGAGGTGATCCTTATAGATGTTTTTACAACAATTCTCAGGCAGCT TTACAATTTTTCATATAAATGGCCTGTAAAGGAACTTTCAGCTTCTAGTTTCAAAGATTA TCAATGTGTTCAAGAGAAGCCAAGGAAACAGCTCTCCACATTGATTGTGCAAAGGTCACA TAAGTAATTGATTAAGTGTGCTAGCAATGTATTCATTTCCACACAATCAATTTTGGAGAA GTCGAAGAGAAGATCTCCGCCATCCACCAAGAAGGTAGATGGGTATAGGGCCAAGCCAAA AGATTGTCAAAACATACTGCACCTGTTATGTTACAAAAAAAACAGCCACGCAAACAAGGA AATTATTGAAGGGGAAAAGATCATTGTGTCACTTTGTGATGAGGGATGAATTCTTGTAAC TTCAGGAGAAAAGACTAGAGAGTGTTCTGAAGCACAGTTAGTGATTACATGCACTTCATG ATGTTCAGTCTCTGATCAAGGAGACCTGTTCACATCACTTTATTTCTCATTTTAAACCAT GTACCACAATCTCTTAAAGATAAAATTATACAAAATCCCCAAAAAGCAGACATGTTTAAT GCATTGTCTACTTCAGTTTGATGAGAGATTATCACAATACAGAACTTCAACTCTATTTTC CAGATCTTAGCATCTTATTACTCCTCCTACTGTCGTCATTCCACCACTGTGTATCAATCC TAAGGCTTATCATCTCAAATTATTTTTTACTTGTAAAAACTTAAATGCATTTTCTTACCT TTCTCCCTCAATTTTCTATTTCACCATCTCAATTATATCTCCACCAATGTTGTTGCTGGT GGGAGATAACAGGTATCCCGTGGATTTAGTCAAGGTGCACGAAAGCTGGCCCGGACACCA CGGTCATCCAAAAAAAAAAAACTCCACCAATGATAGCTCATAGCTTAAGATGGATCATAC ATTGTCTTGTATTAGCTGGGAGTGCATGCAAATGTGCACAAATTAAAAGCAATCTACAAG CTTAATACAATTGAAAATGAAGGGAGAACAAGCTATCCAGTAAAGCTTCATATAATATAG AGCTCATCAGACTCCCAAGGTATGCAAAGGCAACTCCATGATCCAACACCATTATTATTG TTCTAGAAATACGATAGAGCATTCAACCAAATTAAGCTACAATACCAAATTGCACAGAAG GACGAGGTCGCCCTAACGAAGCCAAATTACAATTTGCTCGTCTTCCATCGATAATTGGAG CAGGATCAGCACATGCCCTCCTTGTAGACTCAGGGTCCCGGAAAGTCACCTAAACCCTCC AAAAAAATACCATGCGGAAATTATGTCATTCAGTTATCCAAATTCATAGATGCAGGCTAA GTAAAAGACAGACAATATAAATTATTTAACTAGAAGGGACAGACAGTAGACAGTGCAAAT AAGGGATGTTATATCACCTGGTTGTAAAAAAAAAAAGGGAGATTAAGATGGAATTTGAAA AAGGAACCATTTTTTTATCCATAAAACGGAAAGAAAACAAAAGATAGTAAAAAGAAACTG CATCCTTTTCAAATTGAGTAAACAAGTAGTACTATAATTCATTGAAGGACACTCACAAAG CCATAGCCTTTGGATCGGCCAGTATTTTTATCAGTGATGACAACAGCCTCGAGGATTTCA CCAAACTGCTCAAAGAATCGTCTGAGGGTGTCACTCTGAGTTTCCCAAGCAAGACCTCCA ACAAAGACCTTAGTGAAGGTGGTGTCCCCAAAAGGAGAATTAAAGAATGGAACCCCACTG CCAGCAGCAGAGGAACCTGAACCTTGAGCTGGTGGCTGCTGTTGATACGCCATAATCCAC TATCCAATTTGATTTAAGTAGATACAGGAGAAGTAAGTAGACCAGAAAACAGAAACTATT CACGTTATACTAAAGTTGATCCAGTGAAAACCCGACCTCTTATACACAGAAAACCCCCCT AAAATGGCAGAAAAGATGGTACATGTATTCACAAAAAAAGAAAAGGATGTTTAAGGAGAG AGCTATAGGAGCAGCAGCAGGAAGATGAAGAGGAAGAGCGGAACACAAAGGATGAAGAGA GAAAAAAATAATAATAGGAAACCCTAGAACTGTGGGTGGAAAAAAAGAGAGAGTAGGTCA AAAGGCAGAAGGGGGTCAAGGTGGGGTTTTGGAGAGGAGGGGGTGAGTGGATCAGCTGTA CAAGAGAGCAGAGTAAGAAGAAGCAGAAGAAGGGGTGGGTGGGGTAAAAAGGTGAAGAAA CTGGGTCATGATGATACAAGAAGAGAGAGAGAGAAAAGGTTATGATAAAAACAGAGGGTA ATAAGCATTCATGGTGGATCCTAAGAGTAAAAAAAGAAAGGATTTTGAAGAATTGGAATT GGAATTGGTGAGAAATGATGGAGAGAGAGAAAAACAGAGCATAGTAGAAGAGGTGTAGAA GGAGGAGAAGCAATCATCATCGTACACTGTCAAAAGAAAAAAACCATCTCCTTATAACGG CTTTATACTCTCCTTTTTTAGCATGGCAGTGGCAGGTCAGCTTTAAACGAGTTTTCTTTT TTTTTTGGTTAATATAAATCCGAATTCACTAATTATCAGCCGATAAGTAAGCATTGATCA TTTGAAGGTATCTCTACTTGTATGATTATTTGCAAATTGAAATGTAAAGCTGTTAAGCTA TCTATATGTTGTACATACTTTTACTTATTAGATCAAATTGGAATGTATGTTTTATGTCTT TTGATTACTCCGTAAAAAGCATTTTATCATTTCATAGTTTGATGGTCCTACTTTGTGTTC CTCCAATTTTTATGATTTATAGAAGTATGCCAACTGTAGCAATTTTCAATTCTTTAAATT TCAATTTATAGTGTCACTTAAATGATGTTCAATAGTGGAGTAATGTTTACTACAACTTAC TTGTTCTCTGTCACACAACAGAAATGTGTGCTATCGTACCTATTCTCTCTAGGGAAGGTT CTTTAATTTGTCTTGATGTTCAGTTTATAGGCAATAGCTTGTCCAAATGTTGAATTGAAC AAAAGCTCGCTCTACACGTCAAGTACCTTCGCCAACCACCTTCATTGAAACTCCAGCTAC TAAAGCTTTAGGAATAGAAATACTTGAATAAGTTGAGTTAATCTGTACCTCAACTGAGAG CAAAACAAAACAACTAAATAGAACTCAAAAGGTACCATAGTGTAACCTCCTTATTCCAGA CTAGTTTGCAAGTGTGAAAACTTGAAAAACATACAGAGCAATTATTTAGTACGACAACAA GAAAAAAAGGGTCTTTTCTTCAATCAAGAAAGCCCTTTTGTTTGTAACTTTCAACTGCAT CAACTAGAGTTTCCTCCAGTGCCCTATATTGCCAACCCAACTTCTGCAGCTTCTCTGAAC TAAAACCACCATCCTCCGTCACATCAGTAAAACTGTAAAATAGAAGGTACTTTAGCACAA CAGATTTTAGATAACTGAGTAGAAGGGTAAGAGAGCCCGGTCCACTATTGATATCTCATT TGAGTCTAGGCTTGTATGGCATAGAAATGCTCACTAAGGTCTAACAGTTCTTCAAGAATC TCTCTAGGCAATGAATTTTAAAGTTGTGTGCTCCTAGGCCCGAACCAGACAATATTACTA GTGGGCAAGGTTTGTTACAAGAATATTTATCAATACACCTGATCAAATAGACCAAATTCT TAACCAAACACACTGGAAATACGAAATGAAATACCCATAAGACAAGTCCCAATTTCCTTA AGCTGCTTTTTTCCCCTGCAACTCTTAAACCATACACAGGAAATAGGACACTATATTCAC ATTAAAGAAGCATAAAGTGAAAAGGAGAGAAATTCACCGTTTAGGATAGTTGTAGTTGGG ATATTGTTTCTTTAGCATGGCAACTAAATCTTCTGATTTCACTGCATGAGCCATGCACAA GTATCTACCTTCAGCTTCAGGTCTCTCATAGACTAGCAGTAAAGCATCAGCTAAATCACG TACGTCTACCAAAAACCGTTTCTTGTTTTCCAGCTCTTCGTATCCTTCTGTATCAACAAC AGAAGGAGAAGAAAGGGGCACCAGTCACTTCAAGTGAAAGAAGGAAAGGACAATGACCCT CGATATACATGAAAGCACGGAAACAACACATGAAGCCTTCTTTAGCATAAAGAATGCTGA GCAACTCAGATGATACAAAAATAAGCAGATATAGTATTTAAGATTTTGTGCTCCTTTTAG ATAATAAACCTTGAGGTGAATGGAGAAAGAGCACACACCTAGTTTGCATTGAATTAGAAA AAATGGGTATGGAGGGGTGGAGTGGGGTATGTCCCTTTAAGGTGAACTTTGTTTATTTTT GCAATGAAATAGAAAAATGGGTATGAAATGGGATAAAGCCCTATAGGTGAAACTTTCTTT ATTTTAGTGCATGGTCGGTCATATATTCCTAGACTCTGAACCAGTTATTTATAATATCAA TGACTAAAGGCCAACTCGTTATACACAGAAATTAACATTTACTACAATTAAGCAAAAAGC TTAGTAACTGTTGGTGCACAGTAGCTAGGAAGTCTCTATCTAACGAGGCAATACACTTGA GACTCCATGGCAAAAGCAATGCTTGAAACACTAGAGTAGAAGGATGACAACAAGAGCACC TGAGAAATGCTTCTACAACCAGAACTATCATAAACTGGCCTACTAAACTTTTATCAAATA ACCTATATAACACATAACCTAGATTGGCACCGTCTCTCTATCATATCATATAGTTGAGCA AAGTAAGTAAAAAATAGAAGGGCTTCAGGCAGTTGTCCAAAGCATCTTGGGTTATAAAGT GAATGTATGCATAAGGAAGAACTTAACAAAATTCAAAATGTTAAATGTATGTTCATGCTC GCACGGAAAACAAAGAAAGTAGCTTGTGGGGAAAGTGAATTCTGATTATTCCCCAATGAG CAACTCGCACAAGCAGAAATGTAGAAGTAGAAGAAATAATGCAGAAACATTTAAGAGTCA AGTATAACTATGGTTTCTTGGTACCTTTCAGCAGCTTAATGAGTACCAAACTACTTGAGT TTTTTGTCTTCTGCAACATTGGCCCTATAACAAGTGTTGGGAGCACAGTTACCAAATCAA GTCCACTTTGCTTTGCATATGACCAAGCTTCTTTCTCAGCCACCGTTTTAGAAAAACAGT ACCAGTTCTGCATGCATTTGGAACCACAAAATGCAATCAGACAGATAGGAAGCTGATCTG GCAAAATAAGCCTTCAAGAATCAAATCCAAATTTATCTTACAAAAACTAAGCCAACCAAA AAGGACACTCCTCAAGTAAATTAAGTATTCAAGATAAAGATCATATATTACATTACCAAC AGTACGTATCATATGTAAGAAACATGGCTAATAATCATAAATTTACAGAGAAGTCAAATT CGCAAACTAGCATAGGTAAAAGAAGCTACATCAGTTGCTTTGCAGAATTCACCATCCGAC CAACAAGTCTCGTCCTTCACTTGGCCTTTTGGCCAGTTGGGGTCCAAGGCAGAAGCAGCA ACAGAAGACACAAACACAACTCTCTTGATGTTTTCTTCATAGCATGCCTTGAGAACATTA AGTGTGCCGTTCACAGCAGGCTCAACAAGTTCTACCTGCAGTCAAGACATTGAACATATG AAGAATTTTACTTTCTTTTGGTGCAGAACTAGAGCACATTGGGAATAGTTGTTCCAAAAG CAACCTAGAAATGCAGAATGCTTGGTCACAATACAATGTCTCCTGGATGCACTGGATTTC TCAATGTCTTAGGCTCTCAAATAGGGAAGCGTGTCTCTTATTGAAAAGATCTTTTTGAAC AGCACATCATAATAAAATCCCAATATAAGTTCACTATCTCGTCCTTCATTGAGTAGAAAC ACACCTCTAATAGCTTTCAACAAGTAATAACATGTGCATTCTAGACTGTTTATAAAGATT CCACTGCTATCTGGAGAGTTAAACCACAGGATGTGATTAATATCAACAAAGTGAATAAGC TGATAATATCTAAACCACAGGAGATGTATGGTGGTGTCCGGGCCAACTTGTGTGCATTTG GACTTTTCCACGGGGTACCTTATACCTCCTACTATGACCCATACCAGGTGGAAAAAAACA GCAAAGTATTTTTGTACCTAGTGAGATTTGGGTTGTCCCAGTTTACTTAGTTTTAGAGCA AGAGGAAATAAGTTATTAGGTGATAGCAGATTCATACCTCGGGATTTGGTACAGAGCCGG AAGGAACAGGACTAGCAACATGAAATACCCCATCGCATCCTTTGATGGCTCCAGCAAGTG AGTTGGGATCTAGCAAGTCTGCCTTGAATAGCTTAAGGTTGTCAGCAGCTTTATCAAGGT TATTCAAATGAGCATACTTGTCATCAGCTGCAGTGCAAATTAAGAATCATTTCTCAGGAA TCTGAGGTCTAAAATTAGTAGGAAAACAAATCAAAGAGGTGTTTTTTACAAGGATCTCTG ACGGTGCCATGAACTATGTAGTCTTTAGAAAGGAGAAGCTTCACTAGCGATGAAGCCACG TATCCACCTGCTCCAGTTACACACACTCGAAATTTCTCTCCCATCAACGCCATGCCTCAT CCACACACTAAACGGTGGACATTACCTTTAATTTTAATTCTCATAATTTTTTTTTTTACT CGTTATAGAACCTTTTTTTTTTCCTCATACCCATATAGGAAAATCACAATTTATATATAT CAAACTTTTTATTCAAATTAATCTTAATTTAATTTAACTTTAAAATTTGAAAATGTACCG ACAAAATACTTTTATCAGATTTAACCCTTTAATTTATTAAATTTAGTCTTTTAATTACAT ACTTATTTTTAGTCTCTTAATTAGAACATATATTCATTGATTTTAATCTAATTATTAGGT CTGATTTGAGTTAGACTCGCTGTTTATAGCTAATAGGTCATTAAATTAACTTTTTTTTAT CAGGTTACTGATTCTTCAGAGTTTTATTCAAATGATTTAATTCATAATTTGATAATAAAT TAAAAATTCATATATTATTTATATATAAAATTCTTGACTTAGAGTTCCGTTTCATACTTT TATTTGTTGTCATCTGAAACTCTTGATTTATTCAACAATATAGAAATGTTCTTTTTTTTT AGCAAGATGTAATTTATGAAATCATTCATATGGCTCATTTGATTTGCTATTTGCTTCTAA GTGATTTTTGAATTTTTTTTGTGTCAATTAAAGATACAGATTTAAAGGTAGTTCACCTTG TAGTGTAAAGGTTCCAGATAAGCTATTTGGAGTAAAGAAAGAGAAAAACAAAAGAAAAAG TAATAACATAAAACAACAGTAAAAGAAAATAAATAAATCAAATAATAACTTAAAAATAAA AACTCATCTTACTAATATGAGAAACCTTAAAATTCAAAAGTAATTTCTTCATCCATCAAT TTTAACATACAAAATATATAAATCTAAACTAAAGTTCCGTCTTTTACATTGGAAAGACCT CTAAAATCAAAAAAGAGATTTTCTCATTGATCAATTTTAAATTGTGACAATATAAACAAA ACTTAATAATAAAGATTGAAAGAAAAAAATCATAAAATAACAAACCTTTAGGAACAGTAA GCAAACTGTCAACATATAATAAGAACGAACTTAGAACCAATAATAGTATCACAATTCGTG ACTACAAATTTAGAGCAACTAGATTCCAGAAGACACCAAAATAACTTAATAAAATAAATA GGAAGTGAAATAATAGAGTCATAAAGGCAGTAAGTAAAAGAAGCAAATAACTAATACAGT AGAAGAGAAACAAATTATAAGGGGTTGGGGACGATTCGGGTTACCGGTTGTGATTGGTAT TTCTGCCATTGGTTCTTTGAGCCCTACCGGAGTTTGAGGTCACTTTGGCTGCTGTTTTTG CTCACTGGATAGCGAAGTTCTTCAATCATTTGCACTGTTGTGTTTAAAATATAATTGTTT TTCTTTACATGTTCCTTTTAAAAGTGTTAATTCTATTTAGCATGGGGAGATTAGGCATGT TTTTGAGAAGTTATAACACTAGAAATGGTAAGTGAAGCATGAGAGCAATCAAGAAGAAAA GCCTCCCCGGAGCGCTGCTCTGTCAACGATACAAATGTCATCACCAGCCAGTGTAGTTCT ACTCGAAGTCTATGAATATAACCAACATTCATACTCGGCTTACAGCAAGCCAGCTATCTT CAGAGCATTTTCAAAGTCTTCTTCACTATTCCATGAGATCTGCATAACCAACATGAAACA ACTAACTTGAGCCTAATGTTATGTCCCATGGATAAATACCAAATTGAACTAGATATTGCC TAGATCCTTTTTCCTGTGAATAGCAGCATGCTACAAATGTTGCATTCGACCATAATCCTA AATGCTTTGTTCATCTTATCTTTATCTTGAATCACATCTGCATTTCACTCGGAATTGTAT TATAAGTTTTTAGATTTTACTCTAGTGTGAATTTGCACCCCCACTCCCCTCCTCACACAC ACAATGATGAAATTTTAAAGAGAGAGGTAAGTTTGTTCCATCTTAACTGGGGGTAATATA CTTTAAACTAATCATGTTACTATATATCCAGCCTTATTTAGAAGACCATGAACATAAGCA GTCAGATGATAAGCACCTGTATGCACGTATGACCTAATTCTACAAAAAAATTGGGTAGCA TCCTAAGCGTCAAAAAAAAAAGATCGATCCTAAGCGTCTAAAAATAAAGAAAAGTCCAAA ATGCAGTAACATAAACAATAGATACATGCCTCAGCCACTTGATGGTTGAAATGGTTCTCA ATCTTTGACATTAGCATGTTGTCTCGGTCACTGCACAGCAAGTTGAATATCGCACCTGCT CAACACGAGGGAAAGGTTGCATAAAGTTCACAACATATATATGTGGCTCATTTTCAGCCA TTAATCTATCAAGGAAGCATGCATAAGAAAGTGACAACAAATTACCTTTGCGTCCAAAAC GTCCTGCTCTACCAATCCGATGCAAGTATACCTCATGATCTGGCTCTGTTGGACTCTCAT GTCTCACAGGGAGGTCATAATTAACCACCAAATTAACCTGCAAACAGTATCATATCTTTT AAGATTTTCCCAATATTAGCCACCAAGACAGAAATCAAGAAAGAAAAGATATTAAATATT ATAGCTACACAACAAGCTTCACATTCAGAAGAAGAAACAACTTTGTATAGCATATATAAG GTTGGCAACTGGAAAGCCTCAAATCTAAAGTTACCTGTGATTGGTCAAATCCCCGAGCAA GAAGATCAGTTGATATAAGAATTTGTGTCAATCCATCTTTGAACTCCTTGATTATTTTGT CTCTGTCTTCTTGCCTAAGGGCACCTTGAATTGTTGTCACTTCATAGCCATAGTCAACCA ATGACTTATGCAACATACTTGCACTGTTTCTGGTACGAACGAATATAATTGTTTGCCCCA CCTTCTGTCCTAGTTCAAGTATTCTGTCTTTAATCACCATAATTTTTGAAAGTTCATCTG GACACTGTACTTTATACTGCTTCACTGAATCCAGCGAAAGTTCTTCTTTCTTCACAAACA TTTGGTTGTAATCTTGCACGAAAAGATCTTGAACAATTTTTGTCACAAATGCTTTGACAT TTTCCCCAAAAGTTGCAGAAAAGAGAAGCACCTGCAAATTGAGATGATGAAAAAGAAAAG TTCAACATCAATTTTTTTCCAAATAATCATCCAATTGGGGAAGCTTATCAGGAAGAATGT ATTATAAACAACAAGTTACAGACCCATTTGCAGTCCTCACCACATCCCCTTTTTTGCAGA AAATAAACTCAGGTACTCTATGAAATGCACCTTAATTTAAGCCTTAGGCTATACTCGGTA CTCACTAAATGAAAACAGTGAAGATTTTTTTAGATTTTAGATATTGCTTGATATTCTACT CTCCTTTTTACTAGTGAGATAAAGACTAGCAGCGATTTTGCTTCTCTTTATTGTTTGCAG CTATGAGTACTATGTTCATTGTCACTTATACTTCAAAGCAAATTTAGTTGGTTAGTTTTG GAACACTGAATTTGGCAAATGCTCCATGAAGGACATACCTACTGAATGAGGAAATGTCCT ATTCATATTAGCACCAGCACTTCTATTTTGCGTCCTATACTTCTCTAGGAGTTGTTCTTC CTTACAGAGAGATACAATTTTATACGTCAGTAGAAAATACAAAGAAATTTTACTACTTCG TACATTAATTTTTATATAGTATAGGCCTGAGATGAGTTTAAATGGAGTGACGTGACTGTG AGAAAAAAGAGACAAATGACCGTCTCTTTCTTTTTTCTTCTTCTGTCTAACAGAGATCAA ATGGACTATGCTCGAGTATACAACAGAAAATTGCATAGAAGAAGCTGAGTAAGTACCTTA GGCTGTTCTTAACAATTTTTTGAAGGTCTCCATCATTAGAGAATGCAACTTTACCAGTTT CAAGATAAATTGATTGACATAATCAGTCTTGATTCACCCTCAACTTAAGTAGCGACTGAG GCGTAGTAACTACTGTTGTAAAATATAATTTGATGCACCAAAGGTATGACCGAACAACCA CTGAGGAAGGTCTCTTCCTATATCTGTCTAAGCCTTCTATGTGCCACTCTAAGGCTCAAC CCATTTGAGAGACTCAACTTTGCATGTGGCCAATGAAGTTTATCAGACTCTTATTACAAA CTAAGCAATTTACAGCAGCAAAAACCTCAAAGAGAATTCCATCATCAGGTGAACTGAAAA TTTAAAAAGCACAAGGCCAACTTTAACCAACCTGGCAGTTAGCGCTGGCTTTAACAATTG CCTTCATTATTCTTATGGAATCATCCTGAAAACCGCTCTGTGCATGCACAGAAAAAAAAT CAATTCAGATACTGAAAGCACAAACTCTTAACATTTGGAGCAAAATCCCTAAATATGAGA CTGGAAACTAGAAAACTAGCTCATTATGCTCAACACTACCGTTCATCTTAAAAAGCAAAG GTTAAATTCATTTTTTACACCAACAAACACAAAACAAAAGTGATTTAAATAATTCAAAAA CTATATGTATAACAACAATAAATATCAACAGAAGGGGGGAAAAACCAAAGGCACACTAGC AAATGCGGATAGAGAATGAATTACCTCTGCCAACATGTGGTCTGCTTCATCAAACACAAG AATTTTCATGCAACTCATGCCCAGTTTCCTTCCCGTCACCCACTTGTTTATAGTCCCAGG TGTGCCAATCACTACTTGTGCCGTAACAGGTGGACGTTTTGAAATTGGAATATAGTTGGC AGAATCTGCTGGGATACCTAACTCTGATGTTATGCCAGTGAACTTCCCCATCTTCAATAG CACTTCCATATTCTGTAACATTATCAACCATTTAAAACTAAACCTTCTAAAGTATTTTTT TGTTTGTTGAATAATGAAGAAAAGTCTTAATTCTTCTTTAAAATGTAAAAACGCTAAAAA ATATCATTCTTTCCACAAGTTCCTTTTTGATTCTACAATTTCCCATAAAAACAGCTTAAA CCACCACTGCAGATGGCAAACAATCAAATCAAATATGAATACTTCGCGTATGTCTGGCCA TCTCAAAAACTATATGCATGAACACATAAAACATAACCATACAGGCAACATTATATACAA GCAATGTAGGTAAAGTTTCTATAACATAGATATGTCGTGCAGCATATACCTTTCTGGAAA TAGATATCTAGTGAAGCATATAGAAAACTAAAACACATGCATAATCTGACACTCATAATG TTGCGCAAAACTTTCTATTTAGCTACGCATTGGGTTGTGAAGTAATTGATCCTGCAAGAA ATTAACTCTCCAATGCCAACATTATTGTTACACCCAAAGATAGGCCTAGGTCAATGGTGT TGATCAAAGATCTAGGAGACTACCTCGACTAATTTAACCTCTCACCACAGATAAGAAGAG TCACCTAGTGTTTTGAACCTAAGATGTCGCGCTCTCAACCACTTGATTAATAACTTGGCC ACACCCCTGGTTGCCAACAAGGAGAACTTGATTACTTTCCATCTGCCTAAGCAGATAACT TGATTTCTTTCCATCTGCCTAAGCCATACTAAGTTTAAGGAAATTGTTTACCAGTAACAA GATCCAGGCGCAGGCGAAAACAAAAATCAACAACAAAAAGAAGAAGAAAAAGGGTATTCG CATCTTATATCATACCTGAATAGCCAATTCTCTGGTTGGACAGATACAGAGAGCTTGAGG GGCAGCAAGCTTTGGATCAATTCGACTCAACATCCCAAGCACAAAGCAAGTAGTTTTACC AGAACCGTTATGAGCCTGAGCAATAAGATTCTTGTACGGAGGCGTAAGAATCATAGGCAA ACTAATTTCCTGAATCTTGCTAGGACGCTCAAACTGCATTTGTACATATAATCCCTTCAA TAGCTCAGGAGATAAGTTCAAATCCTCAAATCTCTTCGCTGATTTGTACATAGTATCGCC AGATGTAACCTATATATTTCATTGATAAAACTCTAATTTAGCTAAAAATACAGCAAATTC AGCTTATTCAAGCTCCAAAGAGTGCATCAAATCCAAAAACAAAACAATAAAGAGTGAGGA AAAACGTACCGCTTCTATGCTGGAATCTTCCGGATCAGAGAGAGTGGAGTTGTCTCTTTT GGACTCATCGACTTGTAGAGATCCGATATTTATCTCGGCAGCAGCGTCCTCATTAGAAGC GGAAGACTGCTCAGCTTGATCGATTTCGTCGGCTTGGTCTGCCCAACTTTTGGATTCGGG TGGGTTTGCTGTCGTAGAAGCGGCGATGCTACTGGTGGCAGTGGAGGTAATGGAAGCGTC GGCCATTGGAGTTAAGGCAGCAAAAAGTAAAATGTCAGTAGAGGAGATGTAAATATTATA TATATGTGGCAGCGTTGCTTCAGCCTGACGCTAGTTTTAATCCTGGTAAGAGTTTATTTT GAGAAATTATTTACCACTGAGTTTTTTATTCCACAGATTTAGGGACTCTTAATATTGTTA TTTTAAATTTATTTTCATTTATATTTAACTCTATATATAATATTCGTCTCAATAAATAGT TTTATGTAAAAAGGAAATAAAAGTCTAAAATATATTCGAACATTCGTAAGGAATTTTTAT TCCTAAATTATTAAATAGTGTATTTTAAAAAATATATGTGTGTCACGTGAACATCAAAAA TATTGCATTATTATAAATATTAATGTGTCCATGTGGACATATATATACCTTCAAAATAAA CTATTAAATAGTGCGGGGTAAAGATCCTTCATAAGGTTTGATATAATAACGACAATTTCG ATCAAAGTTAAATATTTTTTAAACTATTTTCCCTTTTTAAAAAATGATATATATTGATAA TAAGTTAATAACTATGGAAATGATACAATGTCCTCAATATTTTTTTAAAATCTCTCTTAA TTTAGAATTATAATTTTTTTTGGTTATAACTGGGAAATATTATCATTACAATAAGAATTA TTTACGAAATTAAACAGTATCCAATGTCACCACCTCCTTCTAGGAAGGTTGCAACTTGTA AATAGTAGCGGAACAACAGTACCTCGAGGGTATCCAATTGAACACCCACCGCCGAAAAAT AATATTGTATATATAAGTAAAATACTATTTGCAATGACTAAATCTAATACCCCCACCCCT AACAAATCAAGATGTTGTGCATCAAAGATGTGAGACTTTCATGCTTACATCTGCAAGTAA TGTCAAGTAATGTCATAGTTAGTAGTCAAATCTCTTATTCTCCGACAAAGCATCTAAGAT CTGACAATTGTGTATATGAGAGAGTGGGACGAACCTTTCTCTTAAGGGTCGAAAAAAAAT CTAGCTGCTTTTTTTCTTGGGAAAGACCAGTTTGAATTTTCATAACTGTATTTTATAGTC ATAGAAACACCCCTATTTTATTATTACTCTAAGTTAATAACTTGTTTCTTCAATTGTCTA AGCTAATTAAAATACACGTTTAATTAGAAATATAAATTTAGTAGCTTATTGAATTTTTAA TGAATTTGACTTTTCATTAAAATTTGAAATAAAATTTAAATGTAATTACTTAATTTAAAA CTAATAAATAAATTCTAAACCACTATAGAGTGTATTGAAAGCTTAAAAGGTAAAAAACGA CACCATTTATAATTTTATAGCTTCGCCGCTGTTTGCCACTCTATCCTTTCTTATATTTTG GATCATGGTATCTTTGTGAATATCACATGATGGCTAAAGATAAAATACTATCCCTCATGC TTCTTAATCTCTTCTTCCAAATTATTGCATTAAATTGTGTTTTATGATATATTAGCCATC CGGCAGTAGTGTATCTTCCTATGATCATTTTTTTAAAAGCTACAGTCAAAACCTTCAATA GTGTTGTTATTTTATTATGAGAAACATGAATATCTTATCCAATGATATCATTTATAATAA TATTTACAAATTCTCATCCTCTTTTTGTGCATGTGTGATCCCATATGATTCCTCATCTCT TTGGTATTTGTGTTGGCCAACAAACTTCTCGTATTCGAGTCAGCCTCATCACTCATTCAA AATACAGGGATGGAAGAAAGTAAACGCTGTATAGATATGATATACAGAAAAAACAATTCA TATACACTGTTAGACAATAACTATATACAGTTGATACATGGTTTTAGATTCTCTCTCTAA AATATAATATGTGAAGTTTCATGTAAGTGAATTTGAATTATTTCATCTTTTTAATTCCAA ATAAAGATATCCAAGTAATGTAGCCATGCAATTATTTTTGGAAAACTTACATAAATATAT TATATTAAGAAAATATTATCATTTTTATAGCAATGATATTTTCTTTCACTTTAAAATATT TATAATACATATACATATTACAGAGAGCAAGTTATAGAGCACATATAATAAAATTTAATT AATGAATAACACATTTTAATTTCTTATTAAACAATCATAATAATACATAATTTACTATTT ATTATAGCAGTGCTACATATAATAACAAATATAATGAATCATCCGAGTTATATGTAACCT GATGGAATGGGCTATCAGGTTGATTTCATTTGGGAAGTATAACTTGGTTAATGGAGCAGG CTTAGGCAGAAATCCGATCCAATTGAGCCCGTAACTCGATGGGCCGTTAAGTTAAACCCA CTTTACCAGAACAAATTCCCAGTAACATTCAACTGTGGATTCTGCATGAGCTGCTTCAGT TAATCTAGGGGGAAAACTGATTTTTGTTTAGGAGAAGGAAGAAATTGGAATGGCGAGTGA TTGGAGGAAATCGGTGGGTAATGTTAGATCCTTCGTCGGAAACTTAACCGGAGGTTTAAG GGGTGGAAGCAATTTGGCATCTTGGGTTGTCGCCGGTACTTTAGCTTACTTTCTATGGGT CAAGCCATCTCAGGAACTCAAGAGGCAGCAAGAGGTATTTCTCATTTTTGTATTTACAAG TCAATCAATTGATAAGCCCTCAATTACAAACTAGTTGTTAATTTTTGGGTGACAGGAAAA GGCCGCTTTGGCGGCTGCATCAGATGCTTATCGCTATGTTGAGAAGCGAAAACCCGTTCC TGATCCGCAGGTACTTTGCCCTTTTCATTTCCATCAAGGGGTGTTTGTGCTGTATTCAGT ATTAGTCTTATCCATTTCATGAATTTTGGCAGGAAACTGGATTGATATACGGTAACAAGA ACAAAGCTAAAAGAGCTGAAGAATAGAGCTTCGCGAGAATTCCATGCCGTTCTGTAAGTT TAATGAATGCTCAGGGAATTGTCTGCTCATTGGCGTATAGGGACCTTATATACTTATACT TCTGAACTCATTTTCTTTATAGGGCCAAATAATTATCTATACCTAGAAAAGGAAATCATG TAAGCTTTAAGTTTTTGTGGATATAATGTAGCATGTTTTTTGTTTTCAAGGTGAGGTTCT TGAATAGCATTTACTGGTTTATCAGCATGATGTTTTATTTCCTTTTATCTTTGCTCTACA TGAACATTTTTGTTAATTGTTCAAAGTTTCTATGTATTGGTTCGACTAGCTTCTATTCTT ATGTTAATTACTCCATAAGGATTTTGTATTAACAGTCATCAAATTTCAAGAATCTTTCTC TTTTGAATTTCCAATTTCAATTTGCGATAATGGAGGGGGAGAGCCTGCTTTAGTTGAGAT TTGGTGAAGTCAAAGCCTTTTCTCTTCAAGAGTTCCGATAAACAGTCAATATATTTGATG GGTAATGAACTGTATACTTGTAGGGTAAATATCTAATTTTTATTTGTTTAAGAAGTATTA TTATTAGTAGGATTCATGCCCATTATCTTGAACTAGTACTAGAAGTGCATCATTTCTGCT TCTACCATACGTATGCTTAAAATTTGACATCTTATGTAGATAAATTATGAAGGATGTCGG GATATAATTATTTAAGTAAATAAAGGCATACGGTGTCTAACATTTTGAACTTTTGAATGA GATGGCTAGACACGTCAACATGTTATTAGACGTATGTCAACCTTAGACCTCAACATTCTT AGTTTATCTTGATATCACATTAGTATTGAGATGTTTAGGTTGTGATTTTATGTTTTAGTT CTGATATATTTCAAAGTTTTGACTGTTTTAGGAAACTATCCCAACTTATTTATTTCAAAG TGTTGACTGGTTTGATGCTGGAAAATTATGTACCCTTTTTGATCCTACATGACTTTAATG GAGCGCAGGCTCGTTCTGTATGTATTTATCTTAGAATTTCTTTGCGTACATTTACTCCTT CGTTTTTACACTTTAATAATTTATCAACGTGAATGACTTGAATGTTATACTTAACAAATT TCTGTATCATTCTCTTTGAAGCCCTGGGGCTGTGCTCAGCCATCTAAGTTAAGTCAAATT CCATCCAAACATTTTAATAAATAGTTTATTTTATTATCTTATAAGATTGTATTTATGTGC ATCTGTGCTTCTTTCAACCGAAAATTGTGTAATCATACCCAGTGATTCTATTACGTAGAG AATACTACCTTCATCCAAAAAAAGAATCACCTAATTCTGTATTGTGGATAAAATTGATTG AGTTGGTCTAGGTAAGGCAGTAATTGATTAGTTTTCTTTTTCCAAATATAAAGCTAGAGA ATTATTTCCTCCATGTCACATTGTTTGACCTGGCATGGAGTATTAAAAAAATTAGAGCGT TTTGAAACTTGTGATCTAAAACATTTGTGTGGCTATAAGTCATTTCATAAATGGTAAATT AGTAAATCTAAAGTTAAATTGTTTTAAATATAAAAAGGTGTTATTCTTGTTGGAGAAAGG TAAAACCTATTTTGAGAGGAAAAATCGGGACGGAGGGAGAATATAAGATATCACTATCAT ATAAGTTGGCATTTAAAATGTCAGAAAAAGAAGATGATAAAACCATGGTGAAAAAGGGAT GTCTTAAATTCCCAAGTCAAAGGAATGGTGAGAGGACAAGTACTCTTTAGATACCGAGGT AGCCAGACTTGGCTAAAAAGAGAGATACATGTCATTTATGGCCTACAGAGCTAATTAGTT CTGCCATTGACAGTAAATCAAATATGGTGTTTGACGAATTGTCGAAATTATGATGTAGTT ACACTGTCTAAGACTAATCAAGAAATAGGAAGATTTGCAGTGGAGAAGGAAGGACACCAT ACGATGGTGGCATTATTATAATTTTGCTTAAATTTATCTGATTTCAGCCAGTATTGTTCT GGTTTCTCCATAATGAATCGTTCATGTGAAGTGTGAATCTCAGGTAGTTGAGTGTTTCTT AATATTGAGCTAGAATTTACCATCTTTGTTGGCATAGAGTTGCTTTATAAAGCTTGTCCG TATTGCAAAAAGCTTTTATAGAGTCTTGAAATCTATACTCAACAAAGAGCGAAAGTCTGT ATACAAAGTTTGTTTTTTGTAAAGAAAAACTTTACTGTTAATTAGAATCTCAGTGATTTT CCTAATTGCATATTTCTTTCTGCTTGCTTCATATAGCTTATTACTGATAGTCATAGAGTA TAACAGATATATAATGGACGGGCCATTCTTGCTGAATGTTGGTCCTGCAATTTGCTGATA TGAAATTGTTGGTCGTTTTAGGTGGAAAATCCTCTGCAATCAGTAGATATCTGAAGCCTA ATATAGATGAACATGCTTATATGTTGTGTTTATGGTGACGATGGATTGGGTTTATTGTCT TTGAGCCAAGTCATGCTCTCTGTGTTTCCCCGAATTGTTGGTCATAGCTTCCTTTAGACT CTAAAATTTTGACATCTGCTCTTTGGTTTTCCTTGTTCTTTCTTAACCCATTTATCTATC CTTAATATTGGGATGTTGGGACCTTATATTTTTGATGATATTATGATTGAGTCTCTGCTA GATTTGATTTGAATGGTCTATATCTGGCCCAGTACTCCATCTGGACAAAGTATTTTCTTG GGAACTATAATACTCCCTGTTGTATGAGGGAGCGCGGACCTTTTGTTTATGGAGATTGGA ATTTCGTGCTCTTTTTGTTCTGAGTTTGTATTTGTTATATTTTCGTGTTTCACTGCTTGA ACTTAAAACTGCTTCTGATTAGTAGCTAGATTGGATGTCAGGGTAATAGATGTGTTACCT TTTCAGCTTAATACATGTTTAGTTTGTTCAATGAATGTTTCCTCTTCACATTTTGCATAA AGCCATTGTTGGTCAAGAAGTTACAGAGGTAAACAATTATTACCTGGTTGGTTAATTTTG AAGGAAATGCAGAGAGAATGATTAGACAGGTGGAATTACCTAACCACAATTAAGGTGAGC TGAAAAAATGAAGAAGAAACAGATAATATCCTTGTTCAGATTTGTCAGAATTGATGTTTT CTATTTTGGATCTCACTCGATTCATTTTGAATTTTAATGCAGTTAGGTGAGTGAATGAGT AGATTCGCATTATATCTAACTTTGACCTTTTGTGCATCTGATAAATGTTCGTGCCATTAT CATATCTCTAATAGGAGTAAGTATATTTGAGTTACATCTTGACTTATGCATGGTCCCATC GTCCTAAATAGACCAAAAATGTTTGAAAAAAAAATAAATATGAATTGGAAGCCTCATTCA CTGAGCTCCCGCTCAACAAAAGAGCAAGGTTTAGAGCAACTTTGTATGAAAGAAATTCAT ACAAGTTGTCACAATTTTTGTTCGAAGCTAGTATGGTTGTGTTTTTAATGGCTTAGTTAT GTTTGTTTCTAAACACTATATTTTATATCCATAGATGTGATGATTGAAGTTTACAAAATG AGAATTGAGATGGATCATTGGATGTAATAGAAAGATGTCACATGAAGCAAAGTTGTCTTT TAATAAGATGTATCGATGCTAGTCTGTATGGAAAGAAAACTGCGATTGACATGATGAAAT ATAATATACGAGACAGTATAGGGATTGGAGGTTGAATTGATAGTAAAATGGAATCCTAGG GAGCGATCGTAAACCCATCATAACAATTGAAAGAACATGTAAAGCAAATAATAATGTCCA AGTTGTATTATGTTAATGACCTAAAACATGTTTCTATAGGAAAGAATAACCTAAAATTTA CTTATGGAAAAAAAAAAGGTAAAAGGAGAGGAATAAATATTTGAGAAAACAAGCCGACAA GAAACAAAAATATACAGGAGAGGAGCATCTATATCAAGTGCAACTTGCTTTATCCTTTTT TTTTTTAATTTTATATTGAGAAAGATGTTTAAGGGCATTAATTCTTTTCTTCTTAGCTAG CCTAGCAAACGTCACTTCCCAATTTCATAACATATATTGCTGTCATATCATCTTATTTGG TTTCCCAACATTATTCAAATGTAGTGAATCATATATAGATTTTCTTTAAGCCGGATTGAT TTGGTTGAACGAGAATAGTATACATATATATAACAAATGAAGTTCATATATAAATACGGG TGTTTCTTTTTGAAAAATATTATTAAAAAAATCAACGTATTTTAATATTTAATTATAGCA TGTATCTTTTCTTTTGTTAAAGAATATACCATTTAGCATGTAATACAGTATATAGTATCT TTTTGAGGTATATATACATATATATTTGACATGATTTGTGGCTTTCTTCGTAATAAGGTT TTAAAACAATAAAAAAAAAGAGCTTCTGAGATCTGAAAGAAAGAGGTGGACGTGATTGCA TGAATAAATAAATAATTAAATATGCAGAAAAATTAAAAGCGTGCAGCGATTCCATAGTTT AATATAGTTAGAGCATTATTATAACTACTATATATATATATATATATATATATATATATA TATATATATATATATATATATATATATGGAGTGAAATGGCAATCTGTGATTGCTTGCCGA AGCTATTATAGTTGGTGAAGGCCTAATGTACATTTCTTATTAGTACTTTAATTCATAGTA GGCATTTTCTAAGTGAGAAAAGAACAAGTTTGAGGTTTCGTGATTGGCCTGGAACTCAAA TAATTCCATTTTTTTTTTAAAAACAAGGGCACTGCACATAAGCATATACTACTCCCAACT TAGTTTTTAAATGTAATCTACTAAGTGAATATGGATATATACCAAACATATATTATTAAA TTATTATAATTAGTCCTTAATATTATATATAATATACTTTATTAAAACACTACTTGTCGT CTGCACTAATAATAGGACATCATTAGTTCTTAATAATATTGTAACCGTTACTTCTTATAT AAAAATCATGAATGGATCGTTTTTTTCTCCTGAAAACAAAATAAAATAAACCGTACCATT CGTTTCATGAGGAGCAGCTTTCGTAATTTCAACTTACAGATATTAATTTTTCTCACTTCA ACTCAAATTAATGCATATAAAAAATGGTTTGTTTTTTTTTTGAAAAATAATTATGTGCTG GCATGCATCATTACCCTCAAGTGCTAGTCTTTTATTTTTCTGGTTTATTTATATATATAT ATATATATATATATGTTTTTTTTTTTTCATTTCTGAGAAGACCCTATCCATTCATTTCTT TCTTTTGTTATTATATTATATATACATACAAGAATCCATTATTCCATTTAACTAGTAAAG CTAACACATTCTTTCGTTAAACTATTTAATTTATATATAAAAAAAAATAAGAAAAAGGAG GGGTTCGAGTAAAGAACAAGTAGCCATAAATCGACGTGGGTGATACCACGTCGCCTATTT TGACCGCACGTGGCATGGCACCCATTCAACAGAGTCTCTAGAATGCACTCACTACCTCCG GGAAGAATTCAATTATACTCAATCGCATCACATTTGTTTAATAGATTGACCCGCCCGTCA TATCTACTTTAATTTTTTACTAATATTTCTCTCCTTTTGTTTCTTTTTCAAAAAAAAAAA ATACAAAATACTCTCTCTCTTCTTTTTAATTTGTAAGTATTTACTAGTAAGGAATAGAAT TAGAATGGATTTTAATCATTATAGTTTGGGATTGATGCGCGGTGAATCTGACAGTGATGC TGGTGCAAGTTCTGGAGGCGGAGCTCCCAATCGCCGTCCTCGAGGCCGTCCGCCTGGATC TAAAAATAAGCCCAAGCCTCCAATCATCGTGACGAGAGATACGCCTAACGCACTCCGATC TCACGTGCTTGAAGTTTCGACCGATGTTGATATCATGGAAAGTATCTCCAATTACGCAAG GCGGAGAGGGAGAGGTGTTTGTATTCTTAGTGGTAGCGGCACAGTTACCAACGTCAACCT TCGTCAGCCTGCTGCAAGTGTAGTCACACTCCACGGACGTTTCGAAATACTTAGCCTCTC AGGTACGGTGCTTCCTCCGCCTGCACCGCCCGCCTCCAGTGGGATCTCTATATTTTTATC AGGTGGACAAGGACAAGTGGTTGGAGGATCCGTTGTAGGGCCTTTGATCGCATCAGGTCC AGTCGTCTTAATGGCTGCCTCTTTTGCTAATGCTGTATTTGAACGACTTCCCTTGGAGGA AGATGATGAGGCTCCTGCTAATGTTCCTACTACACAGGTATAATGAATGAATTCATTGGA ACCTATGGTTTGTAAATTATACTAATAATAATAAATAAATAAATATATATGTTTTACCAA AGAGCCTTAGTATGAATTTCAATAGGTACAGCCAGCTGCCTCACAGTCATCAGGAGTAAC CGGTGGTGGAGAGGCCGCCGGTACTGCCCATCCTGCCGAAGGAAATATGGCTTTTGGGAA TAATTACTCATTCTCAGCTGAGTTGCTTGGATGGGGTGGCAATGCTGCAAATGAAAGGCC CCCATTTTAGCTAGTATATACGATAGTGATCATGAGATTTTCAAATTACTCAAAATGTTA AGAGATAGCTGGTGCAGAAAATAGCCAGTTGTGGCTAACAAACACTACTTTTTTTTTTCT AATTCCACCAACGGAAGAAAACTTGAAAGCAAGGTGAGTTTCATGTATGTATATATATAT ATATAGTGTTTGTACAAGTACTATATAACAATGCTCATCTTCATTGTCTAAACTTGTGAT GGATTTTGTAATCTTAGATTACTAGGTACTACTACTTAAGTATGCAAATTACTAGTATCT TTTACAAGATTAACTAGAGCATTGAGTGTTGAGTTTTCAGATATTGACTGATCCCTTGTT TGGGCTTGAACTTCACATACTGATTTTTATCATATTGCTGTGAAGAACATCTTCGTTATA TGTGGTGTTTGTTGCTCCTCCCTAATTCTTTTGTCACTGGAGTCCGGTGTATACCAATAC GTAATTTCTGTTGAAGATAATGAACAATCATGCTTCTATGACAGTAGAGGTTGCGTTGAT TAATTTATTTTGAGTGATTGATTAGACATACATATATGTACATTATGCTATGTATTGTAA TATGCTTATCATATTGTAAGTGGAAGCTAACGGCTGGCAACTGGCAAAGCATAAAGAGTA GATCTACTCTTGTGATATCAATTCATTAATTAATCAGAGTTGCGTTGGAGAAACTGAAAA TCAAACTGAGATCAATATTGAGATGACAAGGTAAGTGAAGTAAAGAAAGAAGAAACCAGG CATCGAGGAACCAATATAATATTGACTGCATGCATTGTATTTGTATGTATAAAATAAATA AATTGCAAAATGGAATAATAAAAAGGTATTAGTATATGAGTTGGGAGACGAGAAGTATTA TACTAAATTTATGTTTATATCAATGTGTTGAACGGAGAATAGCAAGGCAAAACCAACACA ACATTTGGGTTTTGTTATTGAGAAAGAGAAAGTGATGAGGATACCTGCAATTTTTTCTAC ATCTGCAATGGAAATTCAACAGACATACTCAAAAAGTCTGAACTGACTTCACAAGACACA GGACAAACACTAGCACCTCCACAATCAACAACTATTTACTTGGACACTATTAACACTCCA CAATTTTTTATTTTTTTGGGGGACTTGAAACCTCAATGGATACCCTCAGCTTATCACGTC ACGGTGGAGTGATCAATCACGAGAGCATCCCTCACTTGTCTATACACCATTAACTCTTCT TACGTACAATGAACTGATTTTTCGACAAAAAATGCTAGTCTCCTCCCCGTGATATCTCTC TCTCTCTCACACACACACACACAATAGCAAATGAGTGACCTCAGGTCAAGCTGGACATCA GATGTACAGTCAAATGCTAACTAGAAATAATTGAGTATAAATATTAATCTCAGAAACAAA AAAGTTCTAGCTAAATTCCCAGAGTAAAAAAATGTGTCGCAGCAGGACATGCCTCCTTTT GCTTTAAAATTTTAACCCACAGAACACGTCAACAACTAATTTGATCAAACTAATCATCAT ACACAGATCCACAATCTACGGCCCTAGCATTCACAATCTGACTATCAATGTTGGTCAACT ATCAGCATCCATGCTTTGTCAATAAAGTTCATCCAAACGTTCAAAACTCCCTCTTGAGTC AAATATTTTCACTACGCAAATGGTACACGAACAAAGAGCTGTCCATGGAGGGTAACAACA GCAGAAGTCTGAAGTGGATCGATTCTAGCTGGCAGGCTAACTACCTGAGAAAACCAATGC AAGTCATAAATGGATACTCTCTGTTTCATCAGAATTGAAAAATAATTCAAGTATTTACAT CTCTATGTATAGTTTGGATATCAGAAGACCAAGATTATATTATTTGGTTTGACCAAACAT ATAGCAACTGAACAAACCAGAAACCTCATGGGCACTTGTTGGTTATATAACCTTTAATAT TTTATCCCATGCCAATAAAAGGGATAGTAAAATAGAAAAGGACTGTGAACATGACATGCA CACCAGTTGGCAAGCCATTTATAAATTGGAACAGCATTTAGATTATATCCGTTATCTCAG AAAAGTAAATAGCTCTCCTATTCTGAAAAAAATTAGACTCCATTTCCAAGAAATAATAAT GGAGGAACTTCAACAAAGAACTTTTTTTCTGTCTTCTTGGCACAAACACGCACTAGTTTC TCTTTTCCTTAGATATCATCAGTCTTTAAACTTCCAGCAGAAAGGCACAGATGATGCAAA ATCACGATAGTTGTAGAACGAGAATTCATATTGAAATAGATCAATAAAATAACCAAACTT ACCTTTTTGAAGGCGGTAATACCCCAAGGGTTGTCAAGTTGTTCCGGCTGACCAGTTATG ACCAGACGGCCAGCAGGATCAGATTGAACGCGCACCTGGTCACCCAAGAAATAAGGAATG AAAACTTTTGGATCAATATACACCAGAATTCACTGCAAGAATATGCTAAATAATAATGAC TCAGATCAATCAATAGCCACTACATTTTTGTCCTCGGAAATATAACACGGATGATTTAAC GAAAATGAACATCTTATACTTGTCAGAGTTTGAATAGTAAGCACTAAGAATTGCATCAGC CATATATCATATTCTACAAAACTACTGGTGCATAAAGGAAAATCTCTTTTAAAAAGGTGG CCAGCTTCAATGAAGCTTGAAAATATTTTCTTTCACTACTTCACAACTGCAAATGTGAAA ACGAGGATTTTATCGATGATATGCACGTGTCTTTCCCGCTCACTTAGCTAATCCATCCCT TGAAGCAATCAGATAAAATGGAAACAGTTCTATGCCCAAAAATAGCAACAACAAAAAGAG CATTCGCTTAAATATGATGTGTGGAGGATATGAAAAATATGGTTCACAAATAAGTCCTTA TTTTGTGTATAGCATAGGCCAAAGTGCATAGATTACCGTCTTTGTTCAGAACCTCATTCC TTTCCAAAATAAACAATTTTCCTCCCCTGGGTTTTATCATTTTAAGGAGGCCACTTTGCT TTTTTACCTAGACAAAGCTTGCGGTGAAGGTCAAGCACCCATATGAAACAGAAGCACAAT GTTCGCATGGATTCCTTTAAAGTGCTTCCAAATGATATGTGATTTACATAACACAGACGG TATGTAGTCTAATTCTGAAATCCATATGTTTTAGAAAACTATCATAAAGATGACATTTGT ACACTTCCACTTTTACCTGGGGGTGGGGGGCGGGTGGGGGGTTCGGGGGGGGGGGGCATT TGTGTACAATAAAACATAGCAACAGAACACGCAGTGCGAGAGGTACATACCTCCTCTCTC AAAAGCCCAGGCACCAGAGCATAGATCTCAAAACAATCTTTCTGTTTGTGAAGAAACATT ACGGTCAACGGAAGAGCGAGTAAACATAAAGTAGAAATACTTGGAATCTTAGAGGAACTT ACTGTTTCTCGCACGTTGATTTTTACCCAATCAGCTGGAGGTCCCAAATCAACAACTGTT GTAACCAACCTGGCAAATAAAATTAATTTAGTTTTCACAACCGGGCAAGAGGAAAGAAGA AAAGAAATGGCAGAGCAATACTGCTCAATCATACAGCAACATCAATTTACAACGCAGGCT CCAAAGTAGCAGTAAAGGCATATATATCTCAAACTAAAAGATCAAATCTCAGAAGCCTAT GATAATTAGTTTTTCCAGAAAAGAAACTATGTGGGATCAACACATCAGGTGAAATGATAC TACTCAAAAATGACCATGTCTGGATGCTGCAAGGACAAAATTGAAAATTGAAATGGTTTT ACAGATGAAAAAAATAAACAATAAAAACAGGCATGAAGATGAAACCAACATTACAAATTG TGGAGTTTGAGTAGCTACATTGAACTAAGATTTTTAAACCAAGCGCCTTATGACAAGATG CACGAATTTTGACAAAGAAAATTGTTACATGAGAGAATCAACACAAAGAACGACTTAACT GCTTAGATGTTTCTGTTCGTGCCACTTTCGAAGGATGTTCCATTTCATTTGGTCTCTTGT GTTTTATAGAACCTGAATGCAAGTACAAGATCAAAATTATCTGACTTCTTAAGGAAACAG ATATCATCCGTTCTATCGTGTCCCGTATCATACTATCATCTCCTTGATAGCCACTAGGCC CACAAACCAACCAGCGATTTGCTGGATATGATACTTCAAATTTAAAAATCATAACCAGAG ACGAATAATCTAAAGAAATATAAAGGTTAAGGTTGGTAAAAAAAAACCAGAAATAACAAT TACCAATGCTTTTGAAATTCTTCTCACGCTTTGGCGTATGTTTGGCATTCTTGTCCTATC AAGAGATCCATGACAAAAATAGTAATACATGTCAAGAGACATTGGTCAAAGGTAAACACG ACCAAAAAATGTTTGTTGAGTTCTATAATTTCAGCAGACCTTTACAATTGGCTCCCCAAC CTCGCCACAACCAAGAAGACGTTGCTCATGCCATCCTTGCATGGCACGAGCAGCAGCATC TCTTCTCGCCCTGCCTGATCCAGGAGTTTGATTACCATTTCCCTACAGAATTATTTCAAG ATGGTTTATTTTATACATCTTTATATGCCTAAGAGGTCAACTAGTTGATTAATATAAAGG AAAGATGATCTACATGAACCTATGTCCATCAAAGCAGACAAGACTCTATTTATAACTCTC ACCAAAGCATTTTTAGGGGGTAAGGGTGAAGCAGAATTATTAAAAGATGTAGAGAACTCG AGACACAAATCTATTTATAAGACTCACCGAAGCGTTTTTGGGGGTTAGGGGTGAAGCAGA CATTATCAAAAGCTGCTGAGAACTAAAGACATCAAAACTTCAAAAACTTCTTCAGTCACA AATACGTGGAATAAATTAGTAGAGAATAAAATAGATAGTTATACCAAGAGTAAGACCTTT AAAGAAATTATGTATGGGAATAATGAATAGCTTAGGCAAGATGCTCTTTCTAGGAAATTG GAAAAAAATTACTTAATATTCAAGTTAGATAATAAAAGGAAAAGTATTTGTTTTCATACA GGTCCTGTGATCTTTCTAGTGAGTTTGACATTAAGCTGTGGGGCATGATGTTGCTGGGGC AAAGGAATTTATATCTTAATACTTCATAATTGTATTTCATACATTCCAAAATATTGCATT TTCTATTGGCTCAAGATTTAATAAAATAAAACAAGTAAACATCTCAGTATGGTATGTTAA TGCCTAGACATTAATGTCACTCCAAAAAATGTGCTTTCTAATTCCCCTGTTGATCACAAG CCAACATGTATTCACTTTGATACTGCAATCTATATTCTCAGCTATCAACTAAAAAACCAA CCAGATTTATCTTTAGAGTAGAAGGAGAAAAAAAAAAGAGGCTCCATTAGCAATCCGTAG TAATGTTACATGTGTGAATCTTCAAGAGAAGAAGTCCCAATGTACCTAACTTAAAAATTT TGCATCCTATGACTTGGTTCATATTTACTTGCCGTTTTGGAGTAAAATGGGTAGTGCCAA GAAGCTTAAAATAGGCCATTAGCAGTTTGCAAGGCAAAGAATGAAAAGCAGCTCCAGGCC GGACGGAGGACAACGTGAGAAAAGCAAATTCTGGATGTATTGAAGGAAAAACGGCATTTC TTGAATAAAGTTCAAAAGGCTAGAGCTTTTGGGCTTTGTGGTGAAATTTTAAAATGTACC ATTTTAATACATGGCTTAACCATATGTCCTTCCAATAGATAAAATCTGTAGTCATTCAAT CTTTGTACAGATTAGTGCTTAAGTGGTGCTGTGTTTTTTTTTGGCGATAGAGTCAATTGC CAGTTGACTTGACTAGTGTTTCAATTATTAGAAGATACATAGTTAGTACAAATGAGGAGC TGAATGTAAACTCAAGCTTACCTCATTATCAACACCTGCTTCAGGAAGAGCAGCAATAGG AAGTTGAAGCTTGCCGCTTTGCATCTTATGCCTTTCATATTCTAAAAGAGCCTATAATGC AGAAAACATTGCATAACAAAAGAAGGTATAGAAAGTTAAAGTAAGGATGAATAGGTTTTC CAGATAATAGAACTATGAGAAGAAAAACAACCAAATATGCAGAGCATAAGGTGTTGTTAA ATTAGGCTTTAAAATCGGTTTAAATTGGCTAGACAGTAGAATGGTGATATGCTAGCTAGT GATTAAATTGCAAGGAAGCCAAAGAAGATTCAGCTGCCTTATCACCAACTATTCTCCACA TAAATAGAAATAGGAAATAATATACCACATTATTTCTCCATTTTGCCTCTATTACTTTGA GTAAGCATGCATCTTATCATTAGTTTAAAGTTGGATAATAGACTAAAGATAAGTGAGTCC AAACCGAAATGAAAAGGTTATTAACAGTTAGAAATTATATAAGAATGAAATTAACATTAC TAATTTCAAAAAAATTATATAAGAATGAAATTGGATTCTGGGTAACTCTTGATGCAGAGC AATATTAAAAATAATAGAGTCAATAGTAAAGGTTTCCGTTTAAAGAAGGCCCGAGAAGCA AAACAATATTGTGGAGGGAGGTAGCGGCATTTACAGACCATCAACAGGAAAAAAGAATAT CATTACTGCCACTGAGTAATTTTACCAAGCTCTTCACAAACAATCCACATTGGAAAGATT ATTTAAGGTGCCAAAAAATCATTTTACAAGCTACAATTAATGGACAAAAATGGTAAAAAT ATACTAATAGCTACCAATGGGTTCTTGGGTTTATTACCTTCTCATAAAAAATGCGGAATG TCCAGGACACAGTTGTGCAAGTCCTGAAAGAGAAGAATGATTATCCTAAAAGGGAAAAAA TCAAAATTAAAGATACTACAATAAGAACTTCGAAGCTACTGTTTTGTTCTCTGTTTAAGT TGACTGTTAGTCAAGTAACTTCTCATCTTGTTTGAGTATCGAAACAGGTTCTGGTCATTG CCACCTCTCATTTTATCCTTATTAGCTCTCAGTGTTCTTTTTGGAGACATCAGACTTTCC GGGTCTAACTACATGGCATTCTTACATAGTAACACCCCAACATCTCTAATTGTTGAGAAC CAATACATGTTTACCAAATATTAGACTTCAAGACGGATATCGATCAGGTGACACTGAAGA GGCACATATACAGAGTTGTTGTTCTCTTGATTAGACCACACCTTCTGCTGTCTAACTAGA ACATGTCGTTCTGTGTTTTATCAAAAAGAGAACAATTCGTTGTATTTTGTGTTTCTGTGC TTTTTCCTTTTGATAAGTTATATATGTGTTTGGTTGGGGTATCCTCATGTACCACATGTT TCAAAAGTAATATTTTATAGAAAAGGAACACTATGCCTTTCTCCTGCCCAGCTTTCGTCC TAAAGCAAATGGATAAACTTAGAAAGATCTTTTTGGCATGGGAACAAACAATCGAAGTTT GTTTGTCTTATTAATGTGAAAAGTGCCATATCAATAAGATAAGAAGTTACTTAATTGACA GTCAACTTGGTGTTGTTTTTATTAATCAAGGAAGCAATAATTTCATTAACAATAGGGGAA AACTCCTGTATACAAGTAGTATAAACCAAAAAAGAGAAGCTACACAAAAGCTCTCTTATT TCTCTCTCCACACTACCTAGATAGGAGCTAATGGAGTGATGTCTCATGCTCTGTACCACA GTAGTCCAAACAATCTCAGAATCACTCACCATAACCTTAAAGCAACCTGACAATCTAGTA GAAGGTGATCCATATCCTCTCTCTCGAGTTTTTGCACATAAAGCACCAACTAACATATCT AATCCTCCATTTCCTCATATTCTCGGCTGCCAAAATCACTCCTCTGGTTGCCAAAAAAAA ATACCTTTCTTAGTGCACTGGGAATCCATGGAATCCATATTGTATCGTGTGGGATAATTG TCTCGTCTCTTGTGAGCATCTTAGCATAAAGAGACTTTACTGCAAAGCAAACACCATTCC CTAACTTTCATCTCCAAGAAACATATTTCTAAGGAAGGAGTTTGTTTGTACAGCGTCTCA AGCAATTCTCACGATTTCTCCTTCTCTCGATCTTGAAGATTCCTCCTCAACTGAAGATCC CAACGAACATTTCCTTCTAGTATCTTCTGAATTTGTTACCACTAAATTCCTCACACCCCT GCAAGATATTTCCACAAAGCCCACACCCAAAAGGAGTAGTAACCTCAGGTGCCATCAGAA CAAGAGCAACAATATCCAGAAGATGAAGATGAAGTGTTTTGATTTGTTCCATTTTACATT TTTGGTGTAAACAGGAGTATAGGGAAGATCTAGAATCAATAAGGGATGTCTTAGGATTAT TGTTTTGTTAAAAGAGTTGAAGATCTTCTAGATACTCCTCCTCAATTGTAATTAGGAAAC CTGTAACTTGTCGTGGCAAGTTTCTGTTTTTGTGGAAACAGAATACAAATCGTTACATTC TCAAAAAAAAAAAGTAATGTTTCTACCTCTCCACCACCCTTCCATAATTCCATCTTTTTC CCTATCACCTCTCTTCATAGTGCGAACTAAGGCTGGGCATAAATGTAAAAAAAAAAAAAG ATTGAATTCTTCAGTTCTATGGATACGGTTCTTCGATTCTGTAACGGTTCTATTTTTCTA AAAGTTTGGTGTTGGTTCTTGATTTTTGCTAGGCAAAATGAAGGTTTTCCTGTGATGGGG TAAATGTGCAACCCATCATGTCACTCTGTCTCCAAAATTTATTGTTTTCAGTACGTGTTC TAGAATCTAGAAGGGGGTTTCATGTGGCTGCTTCTACTTTCATCTAACATAATTGGAAAA ATGATCCGAAATTAGTCTAGGCAAAGGAACTTGTGCCACATTTTGAACTATCTCCTCCTG AATGGCACACTAAGAATCTATCAAGTATAGAGAGTGATATTGAATCCCCCACTTCAAACC ATGCTCCTGCCAAAAGAAGATCAATAAGAAAATAATTGTTTATAAACTTCGAGAATTCAT CCATAGCCCTAGTCACCGATCTACACTCTGACCTTTCTTCCTGGAACTTAATAGTATTAA TATCTCTCCAAGAACCTATGGAATTTCCCATTCCACTAAAGAAAGAGCCATCTCCTCCCA AAACCCCCTTTTTGTTCCTTCCCACATCAGACCATACACTCCTCCAAATTCCCACACCTT CCAGATTTCCATATCCCTAACACGAGCTGCTATCATAAACTCCCCTTTCTTTGTTTCCGT GACCTCGAATTTTTTCTCATCTCATAGTAATAAAATATCCCTGCACTCTCTCTTGTCGGG ATAAAATCATGTTTCACCCATCTCTCTTGGTAACTGCTTCCATCTTAGTATCTTGGAAAC ATACCAAGTCTGCTCCTCATTTCTTAATCCCCACCTTGATGGTCCTTTTGTTTGGGTCAT TCATCCCCCTCATGTTCCACGTAATGATCTTACTATTTATTGACAACAAATTTACCCTTT CCCGCTCCCTTAAACTCATCCTCCTTACAACCCATCCCAATCCTCTTGTGCCCCCTCATA CACCACAATATCACCCACCCCTGCTTGAGATATCATCCCTCGTTCCTCTCCCACTCTCCA ATAACCTAACCAAACACCCCTAAATTCTTTTCCAATTTCATTCAGTAATTCCATCACTTT ATCCTCCATCCATCCATATTTGGGCTATAACTATACTATCAAGTCTTTAACACTGATGGT ACACTTAACCAAAAACATCCGCTGCAGTATCTTAGTCCTACAAATTCCCCAAACATGAGA AATTTATCCCCCATCCATTAAGACATCTTCCTCCCTCCTTACATAATACCTACTAGTGGT TGAGGGGAGCAAAAAGTGGAGTCCTCCCCATCCCCACTCAAACCACTCAACGACATCACT CCTTGCATTAGCACCCGCACATCTACCCCAAGCCCCCCACAAAACTCAACTCACTCAGTT GTTGATTTAACTTTGAAACGGGGTTGTTTTTTGATGTTCCAGTGAATGTCTCTTTCGTCG TAGGACCTGTAAGAGCAGTCTTGCTCCCTTCTTCTGACAATTAGAATCATTCCCCGCCCT TACATTCCTATTTTGACCCCTACTTATCAAAAAGAAAAACAAAGGTTGAATAATTTGAAA GATGAATCTAGTTCTATTTTATAAGAAAAAGAATCGAAGTATTCTGATTTTGTATAATCT GTTACTCCTAGTACCTCTATATTAAAATGAAGGAAATAAATAAAATAAAATAAAATAAGT CCGAACAAACAAATAACAAAAATAGCTACCTAAAGTAAGTCCTACGAATAACCCAGGCCC CTCAATAGAATGTTAGATGACTTCAGCTACACTGACACTATAAAAGCAGCATCAACGGTG ACTACACAATCTGACTGAACTGCACCACCCTGCTTTCCAAAATAAACAAGCAAAAGGGCC CTTTTGGTCCCAATTCTTGACGTTCTATATCCTTGCATACGAGACCTTTCTTTATAAATT GTAAATCATTATACTTGTTACTAAATTAGCCTCTATTTCCATACCATGCACGAAGGTCGC TCTCCAGAATTATACCTCATACATAATCTTCAGCCGATTATTATAATTATGGATGCCACA ATATGTATCTCATTTGCAATATAAATAAAATGTCTGCAATTTTCAATGCCTCATCTCCAT TACATACACGGGAGAACTTGACATTTGAAAAGGTAGAGCTACATTTTTCATTGTATTATT GGAAGATTCATGCTTTAAGTTCAAAGCTCCATAAAGAAAAAGGATTCATTAAATTTAGAT GCTTACTTGGGGGGATTAAACGATTCGCCGACTTGTCTCCACAGCTTCGATCCAGTAACC TAGATAATTAAATCGATTTAATACTAGATCGTCACAAATAGCATGACGATGAGTCAATAA CGTGACACCCATCTCTCAGCAGTACAAGATATGCACACAAATCATTAAACTAGCAGCAGA AGAAAAACAACACAGACGCAATCGTTTCACTGAAACAAACTAAAGTATGAACAGTATATT CTTTAAGATTTGGTGAATCGCCTCATGTTTTTGAAATCGAAAATAAAAATAAAAATGAGG AGATTCACACAATCTTTTTTTTTTTCAAAAGGGGACATGTTGTTCATTTATTTTAGGTTT ACAGTGCATCCTGATGCCAAACTGTCAAATAAATCGAATTGTTTGACCTTGACCTTTACA GCACCCCCGGAATTTATTTATTTTGGTATGTGGAATTTTTTTTGAAGTGAAAAAATGCTT AAATTGTCAAGTAAGGGATATAAACTTGTATAATAGAAATAAAATATTGTCACATACAAG TTAAGAAGACAAAGACCTACCCGATCATAGCCACCCAATCTGATCACAGATCTCCACAAC CTATCAGGCAATTTCATGGTAAGAATTATATATGTACCTGAAGCTAAATGAAAGATCTGT GCAATCGGAAAACATCAGGCACTTACTTCAGGCAATTAAGAGGAATGCCATAAAACTTGG GTGGTTTAAATTCCATGGCTCTCTCCCGGTAAAAATTTTCAAGTTCTCTCATAAATGCTG TTTGATCCTCTGGTGATCCATCATCATTCCAATCCTCATCTTCATCCTCATCGTCAGCCA TCTATAAGTTGAGCAGATAATTGATCAATTAGAAACATGAAATTAGTTGCCACAAAATCT ACACATCAAACCCTCCCACAGATAGTATCAGCACAAGATACCTTTGATTCATCAAAGATC TTATTTGATGCTTCCCCAGTATGCTGTCCAGTGTTTGCAGTGTCACATTTCACCGACAAA TTCGGAGTGGCTGGCTCCGGCATCTTTGCAATAGCAGTATTCTTAACAGCATCTTTTGTC TCTGACAACTCATTCGATCTATCATCACGATCAGAGATAACACTTGCAGTATTAGCTTTA TGTTCCACTTTCTTCTGTTCATCGACCATCATATCATTCCCATTTTGATGAACATCTTTG ATTGAGTTCTCAGCCTGATGAGCTTCCTTCACCTCTTTTCCACTGTCACCTACTTCATTA GTAGGCAGCTCCTCAAGTACCTGCATGTTTACACCTGTAGTATCATGTCGTGCAACATTT CCAATAGGTTCTTCCTTCTTCAAAGCCACATCTGCATCAGGATCCCCTTCTTTTTTGTCC TGAATTGTGGTTTCTCCTTCTGTTCCACCTGTAGCATTGTTTTGGTCATCAAGTGCTGTA TTGCCTTGAGTCTCCGGCTGGCCTATAGTCGCTGTCTCAGTTGCAGCATTCTTGTGGTCC TCCACCGCAGCCTTTGGATCAGTCTGTTTCATTGTATCACCGTTTCCATTTTCAGCAGGA ATTGGGGTCTTAGCCCCAGTTTCAGGGTGGTTTTGCGTCCCTATTTTAGCATTTTCACTG GTGGAGTGTTGGCCAGGAAGAGCAGGACTGGAATCAATCGACTCTACCACAGTATTTTGG ACATCATCCATCTCCACGTCAGTCTTATCCATTCTGATAACTAATTGGCATGCAGCAGAT GATCATATGTATTAAAATTCAAAAGAGAAGTTGAAATCAAATATTGGGAAATGGAAATTC ATCAAAGATAACCTCAAACAAACCACAATGAGTTTAACCCTAGTTTCGTCTAATAAGAAA AATAACCCAAAAAATTTTAAAAAGCAAAAAAAAAAAAAAGAATTCTGTTGGAGCACAGTT GTAACAGCAAGAGCAGAGAAGAGAAGAAACACCGAAAGGGAGAGAAGTTGGTTACATGAA TAAAATGTAGGTAGGTGAGAGAGAGAGAGATACCTGGATGAAGGTGAGAGCTTGATACGG TTGCCTGTGAATCGGCGTGTAGGGTTTGGTTAGAGTTGGAGATTAAGGAGAAGGTATAAC AAGTTATGGCGAATAAAACGGAATGACCAAAAAAAGAAATATATATGTATAGTTCTATAA AAGAAAATCTTAGGTCCGCCTACGTGGCGCTCCCGAAAATAAGAATTTTTTTTAAAATTT ATTCATTTATTTCCAAATTTAGTCTTTCTCTTTTGCGAAAAGTTGTAATCTTTATGAAAA CTTACAACTTTTATTAAAAGTTGTAACTTTATGAAAGGTTTTAACATTTACGAAGGGTTG CAACTTATCCAAATAGTTGTAACCTTTCCGATAAGGCACAATAATCATTTGTGCAGGCTA CCCTTTGTTGTCTATAAATAGCGGAATTTCCTCTCATTCTAAAACAACGAAAATTCTAAC CCTTTCTTCTTCTTCATCACAACTAAATATTTGTGTATTTTGTTCCTGTTGAGTGACTCA CTGACACCATTGCTCATATTACAGATCTTAATATGTATTTTTTCAGTCATTAATTTATAC TTATGTCATTAAAAATATAAATGATGAGATAAGTTACCCTTATCTCATTAAAAAATTAAT AACATGTAATAAATTTTATTTTCTTTATATTATTAATGTTTGAAACTGCATAATCTTGTA TATAAAATAATATAATGTTTTAATTTCGATGGCTGATAGGTTTAAAATATAAGATAATAT AATGTAAATGCTCGAGTTATTGAATCAAACAAGGAAAGTACATTTTTTGAATAGCTATGA GTTGTATGTGTTACCTCTTCTCAATTCTATAACGTCACACCGTCAAACTCTCACTACGTG TCACCGAAACACAACACGCCCCCATCCTAATCTTTGCTTCTGCGCTTTACTAGATTATAA CCAACCGAATTGCCTCCGCCCTCTAACTGCTACACAATCCCACTACAATTTTTCCTTTTA TATCGATACACTCATCTTATTTTTAATTATTTCTAAATGTAAATAGATTTTGAATCCTCA AAATTATGTAAATCTAAATGATGTCAATCTCTTTCAAATATCAAATTTCAAATTTTATCC AAATTATGATAGATCAAGGAAAGTCGACAGTTTAATATAGTTATGTATCATATAAAAAAC TAAGATGAATAGATTTATTTATAAAACAGTGTTTCAAGTACTTAACAATATCTGATACAT CGCAAATTTGATATACACAACAAAGTTATGTGTCATATACATAACTAGGAATATGATACA AATGAATTTTGTTATAAATGTTAGTGTTTATGTATCAACAGTAATATTTGTTAGTGTCTA CAAATACATAATATTCTACTAATAAGGTTGGGTGTATGTATCGACAATAAACGATAGAAA TTTGTAATAGTTGTATATTCGATACAAAATTATGATGTTGATACGTTCTAACTTGGGTTC CAATATATATTAGGGTTGTGTTGACATGACGAAACAACTAATTAAAAAATGACATGTGGC ATTGGCCACCCAAAATTATAAAAAAAACTAACTTTATTTAAAATTATTTCACACATTTTA TATCTATTTATTTTTAAGATAATGAAAATGTCAACTTATTCTAAGAGCCCCACCCCCACC CCCTTTCAAGATAATGAAAATGTCAACTTATTCTAAGAGCCCCACCCCCACCCCCTTTCA TCTTGATCTTCCTCCCAAAACATATTCTTTCTTAGATCACAAAACCTCCCCTTCAATCTT CATTTTTTTTCTAAACACACTCTTTCTCAAATCATATATCTAATTTCTTTTGAAATACTT GAAGATAAATATTTTTAAAAATATATATTTTCATACCAAGAGGGAAAAAGAAAGAATTTT TTGCCGACGGTCATTCATTTCTATATCGATGACAAAAAAATTGATAGCTTAAAAATTAAT TCTTTCAAATTTTGGAATATTATTTTTGATAAATTTAATGGGTTTATATTTGAATTTGAG TAAAACTATTTGTTCGAATATTGTGATAAAAAATATCGGCTAACTTTTTTTATACTAAAA ATCATTTATCTTCTTTCTTCTTCTTCGTATTTGTTCCATTATTTTTATGAGATTTGCAAC AAAACATACAAAAGAAAATCTTTCTTTTAAATTTGAATTGTATGATTTCTTCATAGTTGA TTTTCATTTATCTGCAGATATGGAAGAAATAAATTTTTATATGTATTAAAAAAAAGAGCC AAACAATGTTGGAGCTAAAATAGAGAAAGTTTTGCATACTAAATTATAAAGATGAGTGTA GATGGTAAAATTCGCGTCGAGATAACAATAATCAAGAACGGAAGATTATAGTAACAATTG ATTTATTATATCAGGTGCGAGTGTTACAATCTCTGATTCTTTTGAATTCGCCTTTTCAAA TATAATTTCAAGGGGTTTAAAGTTTGATCTTGAACTTGGGATTTATCTTGATCTTGATCT CTATCTCTATCTCGATCTTGGACTTGAACTTGAACTTGGACTTGATCTTGATCTTGGACT TGAACTTTAATCTTGATCTTGACTTTCTAATTGAATTCAAGGGCTTGGAGCTTGATCTTG AATTTGGTGGTCATGATCTTGATTGTTCTTGAACTTAATCTTGGACTTGAACTTTATCTT AATCTTGACTTTCTAATTGAATTAGCTCCGGTGGTCTTAATCTTGATCTTTCTAGTTGAA TCAATGGCTTAGAACTTGATCTTGAATTCGGTGATCTTGATCATGATGGTTCTTGAACTT GATCTTGACTTCTTCAAATCTTGAACTTGAACACTTGAATTCTTGAATATGTAGAGAAAT TTATGGCTTTTAATCCACAAGCTTTCTCTGTCTTCTTGTTTAGAGTTCTTGGCCTTCTTT TCTGAATTATGAGACCTCTATTTATAGTTTTAAATAGAGGATATTTGCAATTGGAATAGG ACTCCCTTCGTCCAATCCAATTTAAGTGAAATATCATATGGGCTTTATGGAGCGAGTTTT AATTATATTTATATTTATTTATTTAAATAATTAAATCAATTCTATTATTTCATAATATTT ATTTGGACTAATATATTCATTAATTTAATAAAATCCAAACAACTTTATAAATTTCTATTT AATAAATTTAAGTGACTACAATGAGTAGTAGGGGTTGGGGTGCTTCTTTTTTTTGAGAAA GTATAAATGAATGAAGTACTAAAGTTAATTATAGTGTCAAATGTCAACAAAGAAGAAAAA ATGTAAAAATAAAAATAAAAATATTCTAACCTTTTCCCACACTTCACATAATTTTTGCCA TATCAATATTTTGTATTTAATAGATACATATTTTAAATAATTTAAATTTTTAATTGCATA GAAGCATTAATTAAAATGTATTGTGCGAATAAATTTAAGAGGGGGGTGTTGATATAATTA ATTAAGTATTGTAGGGTAGAGTAGTAGTAAATGATAAAGCAATTGTGAAGGTGGTAGAAG CAAAAGAGAGCACGACTATTGTAAAAGGTTTGTCTGTTTCCTAATACTATTTTGATGATT TCAGATTCATTCTGCCATAGGACATGACATGCATGTGTTCGTTTCTGCATCTCTCTCTTT CTAGTTCTACTTTCAATCATCTCCTTTTTCTGATCACCAAATATATTCTGCAGGTCACTG ATTATTTTATTGAAAGACAACAACTATATATTATACTTTTTTTTATGTAGATTCAATTAA TATTAGATGGGGCTGTTGGATCTCTTCATCACTGCATCAATGCCCGTCCTCAAAGTTCTT TTGATTACCGCACTTGGATTAATACTTGCTCTCGATCGTATCGATTTACTGGGACAAGAT GCAAGAAAGCATTTGAATAATGTCAGTATATTTAATTATATTCTTTTCTTTTGATTCTGT AAGCTTAGTATACAACAAATATATGCAGATTGTATTTTTTGTATTGAATCCAGCCCTTGT CTCCAGCAACTTAGCCAAAACAGTCACATATGAAAGCCTCAAAAAGTTGTGAGTTATTCT CTAAAACCTTAATTTACACGTGTGTGTGTCTCTCTCTATCTTATTCACTACTTGCTACTG TAGGTGGTTCATGCCTTTCAATATACTCTTCACTTTTGTTGCTGGTTCAATTCTTGGTTG GGCAGTCCTTCAAGTTACAAGGCCTCCCCAACATCTACGTGGCCTGGTTGTTGGCTGTTG TGCTGCAGGTATGTTATGTAACAACATAACTCTACGAGGGACCTCACAAGTTGTTCTGTC CTGAATTAGAATTTATATGTGGAAAAACACTAGTTTTGGACAAAAAATTAATTGGGAAAT AAAGATAGCTTGCTCCTTGACTCTCAATCAAGTCAGCCTGTTTTTTGACTAGCTAAATTC TGCTAAAGTCAGATCTTGAGATTTCAAATCCATTCCAATCTTCTTTTGCACCTTTCAACT CAACTCATAACAATTTCCTTATCAAAGTTAAAAGTAGATATACATAGCCTAATTATTTGC TGCTCTGCAATTCTGTGCCGAATGAGTCTCTCGCTGTTTAAAATGTGTGTGTTGGTTGGA GTATTTTCTTCAGATATGATACTATTTTACTTTAATTAATAAACAGTGAAAGGAATTGTG AGATTTCACCTTAAAGGTGTTGGAGATGGAAAGAAAGCAAATTGATTATTTTTCACACAC TTTTAGAATCAATGTGAAAGCAAATTGATTATTTTTCACACACTTTTAGAATCAATGTGA TGCTTTACCTCGGAATGAGACAGTATCATACCTTGTTTCTGTGTAATCTTTAATGTACGC AGTTTATTTCTTTAGTTACAAGTACATTTTGGGTCCTGGAAATGAGAAAAATTGTTACTG TTCACAGAGGTGCTGTTTGCGCTCACCTTGACTAGTTCACCTCATATCTGCTGCTGCCTA CCAGCGGTAAATATGCCCGGCAACTTTGTCCACCAATTCTTAGACAGATGGGAATTAATC AACTAACTTATTTTAAATAATTCATGAAGAAATAGGATGGACAAGGATGCAAAAGAGCTC TCATGTACAATGAGATGAGTTGCTTCTCTAGTATTCAAGTAATATAAAATTACCATTTTA CTTTGCATGGACAGGAAACTTGGGCAACATGCTTCTCATTATCATACCAGCTGTTTGTAA AGAGAAAGGGAGCCCTTTTGGGGATCCTGGTGTTTGTCATACATATGGAATGAGCTATGC TTCACTTTCGATGGCAGTACGTGTCTCTTAACAACTTTAATTTGTTTTGGGATTTTATTA AATTATTACAAGGGTATCCAACATTAACTTTATGGCATTAATACCTTGTATAAACATGAA TCCCTTTCTGGCAAAATCAATGACTTTTGATGCCAAGGAGATCTGATGCTTTCCTGGTGA CTGTTCTACTTCAGGTAGGGGCGATTTATCTATGGTCTTATGTTTATAATATTGTGAGAA TATCATCAAGTAGGAGCTCAAAGGAAGTTGAGATTAATGATTCCTCTACCAGTATATCTT CAAGAGAAGGCTCTATATCAACAGAATCACTACTTCCGGCAAAGGCCCCACCAGAACAAC TTGGGCTTCCTTCCACTAGATTTGATCACAAAACTCAGGTTGATTATTGCTCCACATCTC AGTCTTTGATATTACAGGCAGAAAATAAACTAACTAGGAAAAAGATGTTTGCATATGAAT AACATGATCAAGAGAGGCCCTCTAGGACTGGTAGATGACTAAATGGAGATGTTGAAGTAA GATAATCTTATAGCTAGAAGTTGTTGTAAAGGATTCATCACATGAGCTATGACACATAAT GCTATGCAACATTAGTGTTCAGAAACTCTGCTGAGATTATGCCATATTAGATGGTTGAGA TGGTGCACTACAGTTTTGAGTTTAAATGATGCACTCTAGTCTCATTATTGATTGTTTGAG GATTCTAAGAATCCGATTCAAATACCAGATTTCACTTATTTTAAATTGAGGTTTTCACAT CAATTAATTTGCTTAATGTTGGATCTACATAAATATGAAGATGCTCTCTGCTTAAGCATA ATTTTTTTCCCACAAGTTATTTACGTATCATAATAAAACACAATTATACATCAATTTATG ATATACTGATGTTTGTATTTTTGTAACAGGCCCACCTTGCTACTAGACTAAAGCAGTTAA TGGAAAATGTTTCAAGGAAGATCAACCTGAAGAGGTTATTGGCCCCTTCTACCACTGGAG CGGTATTGTTCTATTGCTGTTCCTTTTTCTGAACTTGTTTATATTGTACAATTGTCCTAA TTCTAGTTTAGTGCTTCTAATAAACTGTGTCTAAACGGAAGACACGTTGAAGCTTTTTGG TCATGCAGTTGCAACTAATCAATTACATAAAACCTCAAACCTATTTTTTACGGAGTAATA GCAAGGCATGTTTTAAACCTATCCACCCCGAAAAAATTTCTTATTACTTCTGTTCTTAAA GGGTTCTTCGTACCAAGGGTTGTCTTTTGGCAACCATCAATATACAAGCTCCTTGTTTGT AATTTGTAGGGTGGTTTTCAATGTGTACTAAAGTCTGTAAATCCTTGATTATTATAGGCA TCTGTAGCTGCATGAGCACACTTACACCCATAGGAGTAGTTCATTGATATCATCTATCAT TATGTGGTTTCAAAAACAACTAGACACATGACTTAGGTTAGGAATTCTTCTTTGGCGATA AAAAAGACCATTCTACGTTAGCATTTTATAAATCTCTAGACATTAGCAGTCACCAGTATC TACATTTTAGTTGCACTTGCGCACTAATAAGTGGTCAGTGTATTTTATTTTTTTACAGAT TGCAGGTTTTATAGTTGGACTTGTACCTCAGATGAGGAAGTTGATGATTGGTGATGTAGC TCCTTTACGCGTAATTGAAAATTCAGCTATTTTACTAGGGTATGACACAACTACTAGTTT GTGTGAATAGACTAACAATTGGTTCATACTTCGAGAATCAATCAAAAAATAAAACTGCTA TACCTTGAGAGTGCCTGCATAAAATGCAATCGCTTTTGAATGCCATTTTGCAGTCGTATA TGATATGATTTCTAGCTGTAGATCAATCTGGAGATAATGTCACAAAATAACAACTTGTGC TACTTGGTCACATCACTGAATGTAATCCATTAAGCATCTTTGACTTGTTGAAATGATTGC AGGGATGGAGCCATACCACTTCTAACACTGATCATGGGCGGTAACCTTTTGAAGGGTTTG ACCGGTTCAGGGATTCAGAAATCCCTACTTCTTGGCATTATTGTTGTCAGATACATTGCC CTGCCTCTTATTGGTATCGTTGTAGTCAAAGGAGCTATTCGCTTGGGCTTGGTGCAACAT GATCCATTATATCAATTTGTGCTTTTACTTCAATTTGCACTTCCACCAGCAATGAACATT GGTATGACATTCAGCTAGTTATTATCTTTCCTGTTCTTTTCGTGTTTTTTTTTGGCCCGA CCACAATTTCAAAACCGTAAAGATCCCTATGTTTGCTCTGCATTAATTTCAAAACCGCAA AAAAACCATATGTTTGCTCTGCATTCAATGGACAAGACAATTGGTTTTGACAGTAACCAC TTGTAGCATTAAAACAATGTGTCTGTTGCATTACTAAGTCTTAGATGAGATGACACAATT CTTGTTTCACTTGGCAGGCACCATAACACAGTTATTTGGAGCTGGTGAGAGTGAGTGTTC AGTGATTATGTTTTGGGCTTATGCATTGGCTTCAATATCGCTTACTCTGTGGACAACATT CTTCATGTGGCTTGTATCTTAACTTCATTTTTTTTTAATATCAGACATAAACAAGTTGAC ATGTCTACCAGTGTACTATGATAACGAAAATCAGGAACTAAAAGTTTAACCTTGTTAGAT GTGGTCATTAACATGCTCTAAGTTCAATGAAGATTCTTTAGTGTCGATTCTTCAAGCAAT GCTCATTTTGCAAGGAAAAGTTTGTTTTGGAGCCTAGATGACGAGCGCACGACATGTTTC AAGTGTTGACAACATTATTAATAACATGACCCGCTAACACAGTTGCTTCTCTAAAGCAAG CCATTCTTGGAGCGGAGAAGACATGTTGTAAGATAATAATCAAAGAAAAATAGAAGTAGG CACAAGGCACTTTGAGGACAATTTACAGCAAAACACCCCAAGTAATGTGATAGCAAAATA TATCATTGCACATAGTTGTGCTTACATTGATCCAGTTGATATTAAAAGAAAAGGTTTAGA AATGAAACACATCATCATACTAATTGATACTACTATTAAAAGATGCTTGAGAAAAGCAAT AAAAGCTTGCGATAGAGGTTAGACGAGTTTTGTTGATCAAATTGCTGACTTTTTTCAGAG AGGAGTTTTGTCGAGATCATCAAAATAGGGATGTTCCATAGCTTTCTTAGCTGAAATCCT CCTAGACGGCTCATAATGCAACATCTCCTGCAAACACAAAGTGTTCACACCTTAAATCAT CCACTCATTCAAACAGTCAGACAATCGTAAAAGAAAAAAGAAAAACCTACACTGAGAAGG TGAATCCCATCTTCATCAAGACCAGGGACAACGGTTGAGAGTGGCTGTGGTTTCCACTGG GGGTATTCATGCCAGTTAACTAACTTGCTCACCCCAGGCCAGAGTTCTTCATTAGGAGTA CCTAGCAATCTGCACCGCAATTCTGTTAAGATTAGGATAGTGGAACAGGTGAGGAGGAAC AAAACTCAAAGCTAGTGATTTTTAGCTCTAAACCTGAAAATGTGAAGCAGTTGTTGCAGC TCAGAGTCTCCTGGGAAGAGGGCTTGGTTTGTCACTAGTTCAGCTGAGGTTGAAAACAAA CCACAAAAGAAAGAACAATTATAACTCCATGCTTAGTATATTACACAACCTATAAGGAGG AAAAGATCATTCGGAAGAGGAAGGATGAATAAGAGTTTTACCAAATATACAACCAACAGA CCACATGTCAACTGCTGTGGAATAATGAGTAGCTCCAAGTAGAACCTCAGGGGCTCTATA CCACAGGGTTAATATCTGAAGGAAAAAGGGAATATTTTCACATACAGGGGGGATCTAAAG AGCATAGATAAATGAGGATAGCTGCTGCAGCAGAAAAGTAAAATTACCTCATGTGTGTAC TTCTTAATGGGCAGAGTATAAGCTCTGCCAAGTCCAAAATCTGCTAATTTGAGCACATTC GTCTTACGGTCCATCAGAAGATTGTGTGGTTTCAGATCCCTGCAGCAACAAATAAAAAAA AGTGACAAAACGACCATGAAAAGCGCATATTTATGAGTTTGTGTATGACCAAAAGGTACA AGTGTGGCTTTACCTGTGCAATACACCATGGCCATGGCAGAAAGCAACCCCTTTGCAGAG CTGGTACATCAAGCTCTGTTTCAAAGAGCACAAATTTACTAAACATTAAACTGCAGAGTC ACAAATGTGTGAGAAGTAGCATACAACTCCGATAATTTAGACTACAAACCTTTACAATTT TAAGGGGCATAGTTTCTCCTTTTGCACGGAAAGTACGAATAAATTTCTTGACATCAGTAT CCATGTACTCAAAGACCAAGTAAAGAACAGTCTTTCCTTCTTTGTTCTGCCCTTGTTTAA CATCCATCAGCCTGGTTATACAATGATAGGGCATCGTATAAAAACGCAAGATACAGATAT CAATAACAAACCTAAAGAGTGAAATATACAAAACTAATTGAAATAGATATAACCCGCACC AATCAGATAGAAACGAAATCTCAATTGAAAGTAGAACAAAAAAAAAAAAAAGAACCCTAG AAATTGAGTAAGAAGGATACCTGACAATGTGGGGATCCCTTGAGAGCATTCTGAGGAGTG AGATCTCACGGAGAGTAGTTGGAGGAACACCTTCTTCGTCCTCATGAAGCCTTGTCTTCT TCAGTGCAACAATCTTGCCAGTAATCCTATCTCTCGCTCTGTACACCTTTCCATAGGTAC CCTCCCCAACCTTCTCCAGCTTCTCAAATGCCTCCATCGCCGATACACTCTTACCAGCAT TTTTAGCAGCCTCCATTTCTTCACTCTCGCTGTGTTTGTGTTTGTGCGCTTCTGGGGTTT TCTCTGATGGAGCGTCTGTGTGACCCGTTTTATATACTGAACCGCCCACATCTTGCACAA CGGCACCATTTTTGAATTTCAAACGAGATTCCTAATTCCATAACTACCCCTCTAATTTTC GAATTCTCTATACGTAATTTCTTTCTTTTTTCCTTTCTTTAACACTTTACGGGAAAATTA TCAAAATGTTCCTTATTGGATGGAGTTTCATTTCATTTGGTCCTTCATATATAAAAATAG TTTCCAATTATCCCTTGTCATGTGTACACTAGCTATCAAACTACAGTTATTATCCAATTC GATTTCATAATCTTTTATCTTAAATTTAGAGTCTTTCGATTTGAAGAAAATTATAATTTT ATGGGGAGTGAAAAAGAGTAGGTTTATCTTTCTTCTGAAACACAAGTTGTTGTGGATCGA AGGTTTGAGTTATGTAAAGATAAAGTGACATTTATATATTATCAATGATTAAAATACAAG TGTGTACTAATATAATGAAAGAGTAACCCGTATTTGTACTAGCAGAGACAGTGGAAAAGA GAATGCAAATACATGAGTTTCCCGACCGACCGATCAATGTTTCACATATTTATTTGTTCA AAGAACCCTTCTTTTACAAAATACAGCTACTCCTCGACATAAATAAATCAATACTAAAAG GCCGCTTAGCAAATACAAAACCACTTCATACACGTACAACACCTAGTTACCTCCTTTACC TAAATACAGCTCTAATTCAACCCCATAGACGGAATCACGAGAGGCAAAAAGTACTCGAGA TACTTTGGGAGTCACAAGTTTCTCCACTGGTTATATATATACAAAGACTTTGAAGTGCCT TCTATAGCTCAAGTTATTCGATGAACCCTCATACTCTGCACCTTCAAAGATATTCTCAGC TTCTGCTCCTCCATTTCGCTCAAGATACTCAACAATTTTGCTCGATAAGCTTCACAGGTC TCAGTTGCATATACCACAGCAGTCGTTAATTCCTTAATTTTCTCATCTTCACTCTACAAA AGGTAAAAGAAATGCTCAGTGTCAGTTGCACACTCAAATTAGTAATGCATGACTGGTAAA AAGAGAATCAGAAAACTATTATTGAACTACTATTAGGGAAATCTAGTTGACAGGATTTAC TTTATAAACCACAAGTCAGAATTGCTAATGCGAAGGTCAACTTTCTTATTCAACTCATAA AATTCATAGGAATTTTAATCATTAGACTAATTCACAATTTTAACTCATAAGTAGCAACAG AAATTCATATGACCTTCAAACACTGACAATGTTAATTCACAATCTAAGAAATATAGATTT CATAATACTCTCAAGGTCTACTGATACCAAATTAAAGTAATGCATGTGAAGATGTGACCA CTGAATATCTACAAGGTGCCAAGACGCAAGAAGCAAAATTCATTAATCATTTGGTATGGG CTTCTGGAGACAAGAAAGAAACAATTCACTCAGAGTCACTTGTTCAGCAGCTATCAAAGA TTCAACATCTCTTAGTTGCAAACTGCAACTGTGGAATTTGTTATATTTTTAAAAAAGAAA AACAGAAATAACACAAACAATGAAAAATCAGAGACCAAAGCACAAGCAGATGACTTATGA TCAGAACCTTAAGGGGTGCCATGATTTGAGCGCTGAATCTTTAGCAATTGCAAAAGTTGG CTATCCTAATAAAATGGAAAAAATGTAGAGCCGACACTTCTGTTTTCCTAATGAGCATTT TCTAAGTTGCTCGGACTCTCCAAAAATGATGCCACACCCGTGTTGAATCCTCCAAAACTG CACTTCTTTTGAAGGGCCTGACACACACCTGATGTCATTTCTGAAGAGTCCGACAAACAT CAAGCATTTTGACCTCTTTAAATTCTCAATGCAGACAGATTTAGGCCCACTGTGTTCCCC CCACCCCCCTCTCCTTCCTCTTTGCAATAAATCTTGTGAATGCCGCTGCCGCTGTTCCTT TTTCTTTTTGTATAGCAATGGTGACAGACCAATTTGAGAGTGTCTTGACTATTTCATGCG GTACCACTGTACCAGCACCTTTCACTAGTGCAAGTACAGGGTAATTCCTTCCGCAAATAG CCAACATTTTTTACTCTTGGGATTCGTACCTTGTAATCCTATGATTTTAGTTCCATCTTC ACTGACCACTAGGTCATGCCTTTAGGTGCAGTAAAAACCATAAATTCGTGATGCAGTAAC TAATATATAGAAGTTACAATGTACAATTTAGAAACACAACATACAATATAGGTAAAAGAT TTAGGGATGGACGATCTCTCTGATTTACTTCCACTTCCATACCAATGCTTAATCACCAAG AAGGAAGACAGAATTAATACAAACTTGTGGTAAGACAAAATGCATGATATAACACCAGCA GAAGGAACATCCCACTAATTTATGGAAGGAGAAGAAAGAGTTCAAAGAAAAAAAAGTTTA CCAGCAAGCTGGGATCATCACAATCAGTTTGATTTCCATTCAAGTTGAATTCCTTTTCTT TGTTCATGTCTTGACTCAGTGGCTGTGCTGGAGTACCGCACATAGCAGCAGCAACCTTCT TGGAAGCTTCACATAAAGCATCCAAAGCAACTAGGTACACACTTTTCGAATCCACTCCTT CTTTGACATAATTAGTTGCTTCTAGGCTCAACTTTTCAAAGCGATCAGTGAAAGAGTCGT TATGGCTACTTGGTAATCCAAGTTTGTCTTCATCCAATAAAACCTCGCTCTTGGCTTTTC TTGTCCAACGTTTTAGTACATAATGTGATAGGAGTCTCAGAACATTTTTCACTCTAAAAA CAGCTAAAATGTGCCTACAAAGAATACCTGAAAAATCAAACAATTGGCAACTACAGCTAG CTTTCTTCTCAACGACATTATATTGGACATAATGTACTTTATGGTCTTCTCCAAATTTTA CTACTTGAAATATTACATCTGATCCTGCATCATTAATTGAAGTTGCAGGATAAGCCAAAG TTTCCATTAATTCTTGTTGGAACATCAAAAATATTTCCCTAGTATAAATGTTAGCTGCTT GTTTTTCCATGGGGGATGGGGTCTTCAAAATAGGAGCAATATTTATGGTATCATACTCCG CCTTCACCTCCTTCTCATGCCTGCTTGCAATAGCTTTTTCATACTGACTCATGAGGATGT GAATGTTAGTCGATGCATCTATATATCCATCGAAGAATGAGCTTGTACTATCACTAGTTT TAGCAATAGATGTATCTCCAAAGAATGTATCTCGAAGGTAAACTGGAACCCATTGTTGTC GAGCATCGTACATTGACTGAAGCCATTCATCATCTATCAGATTGTATCTTCCAAGTAGGG ATCCCCAGCATAATTCAAACTCCGCAATTGTCTCAGTCAAGTTGACACATTTCTGAAATT CTGCTTCAAAAGTGGGGAATGACTGGATTGAGTGTGAGAGCCTCTCCTGTGCTTCTCTAA AAATATTGGATTTGCAGAAGCGGTGGCGAGCGCCTGGAAATACGTCTAATATGGCTGACC TGATGATCCTATCATGATCTGAAGTTATAGAAATAGGATGGCAACCAGACATTGCAGCAA GCCAATTTTCGAATAGCCAAATGAATGATGACTCTGATTCATTGAGAAGCAGGGCACAGC CAAATAAAACAGGTTGACAATGATGGTTTACTCCTATAAATGGTGCAAAAGGCACCCGGT ATCGGTGAGTCCTATAGGTGGTATCAAATGTAACTGTATCTCCAAAATAAGAGTAATTCT TTCTAGAGGTTGAGTCGGCCCAAAAGATGTTTCCCGATGAACCATCTTGAACAGCATAAA AGAAATCAGGATCCTCAGACTGCTTCTGCTTTAAATACTCAAAAATATAGTGAGCACCAC TCCCTAGAGTCCTTTGCCTGCTTTGGTTCATATAATTCTGGCAATCAACTTTTGTGAAAC CAACGTTATTAAGCCCACCAGATTGCTTTATTAGGACAGACATAACACCAGTAGCGCCTA AACCAGCAGCTTGAAGAGTATCAATCAAGCTGCGGGCAGGACCAGAAACATGCCTATGTG ATCGAATCAAGTGGACTTGATCAGGGGGTACAAGCTCATGATTATGGTCCTTGATGAATT TAGTAATAGCCCACTTACCAGAAGTCAGTTTCTTTACAGTCAAGTGAGCCTTACAGCCGA CCCTAGAGACAATCCGCTGTCGTTTGGGTTTGTGTTGAGCACCATTATCAGGCCTAGGGT TAAAACCCTCTTTGGAACATACCAATTGGCGGGTACTAATAGAGTTATCACGACGTGAAC GTCGATAAGCGCTGACCCGAGTGCCAAACCCAACTCTGCGGGCATAGGAATTGTAGAAAA TCCTAGCAGCCTGCTCGGATTCGAATTCCATGCCCTCGTAGGGTTCTAAATCGGAAGAAG AACACTGTTGTCCTAAGTCTACACCAGAAGCATTGAGGTTATCTTCTTCTTCGGCAGAAC ACATATCGAACTCGTTTTCCAAAATTAAGGGTTCAGATTCCATAATGCGCAGAAAAGAAA CAGAAACCTACTATCGAAAAGTTTTGTTAGAGAGTAGAGAAAATATTATTGACTAACCCG CAAGAAGAGGGAGAGAGACCAATTGTACAGCGCGGGCTTTTGCATGGGCATGGCAACCTC CTCCAAACTCAGCAAAAATGGCGACCTTCGTCTTTCCTTCAAAATTTTGACCTTTTTCCA CGTTCTTTACTTTACAGAAAATAGAGAGCTTAAATTATATCTCAAAATTAAATTATCAAA TTTTTATGCTTCTCTTAGATATCGTCAAAAAATTATAAAAATATGAGTGAGTATCAATAA AAGTTTTACTACATAATTTCATTAGCAGAAGTTCCAAAAAAAAAAAAAATTTTTTATACA CCATTACTTCCTGAAACAAAAAAAATATTTGGAAGGTGTAAGAATATATAATATGTTCTT TTTCTCATTTAGTAACGAAAAGAAGTTAAAACTTCAATATTTGATTGACCCAAAAATATT AATTATGTCTCCCATTTGAATTTCATTCTATATTTATTAGAAGCGGAATTCTCCACCAAA CGCTGCTTCTAGCATATTTAATTAAGAAGAAACATATTCAGCTAATAATACTTTTAATAT TAAATTTCATGAAAAATAATTGAAAAAAAAAGTCAAATTTAAAAGATTATGCATAATGCA AAACTCAATTACGAAAAAGTTGACGATAATATTTTTGATGTATTTAAGAATAATAATTAC GAAGGGATGCTTAATTTTTGTGATATTTGTTAGTTTTCTGAAAATTCAAGTAGAAGGATA AAATCGTTCACTTTTAAATACTTGAAAGATGTTTTTTGCTAAGAATGATACTTTTAAGAT GTATGGTAAGTTTTGGGTATAAATTAAGGATGATTTTATCCAAAAACTGTGACCGTAGCA AAGTAGGATTTTTTTTTTGATTAATCATCAAATAAAATACCATATTATTCATTGATACAC CATTTTTTTAGGGGGGGATTTATTAAAATGGACAAACTAATTAGTGATCTTTAGTACAAA TTAGGTTAAAATATATTTTTTCTCAATAGTCCCAAATTTTTAACTTTTACACTTTAGTTA TCTTACAATTCCAGTAGTTTTTCAAATAACTTTAGTAGTTATTCAGACAATTTTAGATCA CTACGAAAAATATTCTTAGTTTACTCCTTTTATTAATATTAAAAATTTAAAAAGTAAACG AGGTCCACTTATCTTTTTTTTAATTGAAAATTTTTGAGACACTTTTTTTTCTTCGTTATT AGCGGTAGATACAAAAGGAAGAGGCTATAATGGAGTCTGTACAAAGGAATGAATCCATCA GGGAGCTCGTTTGAGTTACTAGTCTACTCCATAACAACATTTTTTTCATCCCTCGACAAT TTAATAATTTTCCTGACTATTGTATCAACAACCTAGGGTGCAGACATCAAGATCAGTCTA GCAATGGTTGAATTAGTCTCAAACACCACATTTGTGAAGCCATTATCTCTAAATACATTA ATTTGAAAGAATAGCAACACATAAAATCACCTTTGTAGCATTTCTAAACACCACAGAAGC CTGGATTATCTCTGAATACATATTAGTTTGAACGGGTAGCAGCACACATTAAGTCACCAG CAGCATCTCTAAACACCACAGTAGCACCACTCTTACTTGGATTAACTCTTGATTACAAGA ACCAAAAAATATCGAGACAAACAACATTGTCATGATTGCATATGTTCAAACTTCAAAAAC CTACTTAATCTTTGCATTTGATTAGTAGTTTAATACAATGTTTGATTGCTCCATTTCGTT TTCCTCGAGTATATACACGCATAAGTAATATATTATATATTATTATATATAATGTGAAGC AGCACCAGGACCATTTAATCAAACATAGTATATAAGTCAGATAAATTGTGCAATTTCAGT TGTAGTTCGATCTGTGTCTCAAGTAGGCAGGATCAAGCTGTGAAATGAAGTCATCAATAT GCTTGTCTGAACTTCCACTTGTGTCAATTGCTTCCTTAGCCAATTCTTTCAAGCTAGTAA TATTCTTTCTAATTTCTTCTCCTCTCTCTCCTTCTAAAACTTCCCTGATGCACCTGTATA TCTCTTCACTTGCAGTGACACCTTTTTCATCCTCATTTGCTTTAGCTATCAACCCTACAC TCCAAACTTTCTCAAGAAAATGCGCATTGATTATTTGGTCTAAAATTTGAGGCATTGCAA GTATAGGCACACCGAAGCTTATTGCTTCTAAGGTTGAGTTCCATCCACAGTGTGATATGA AGCATCCGATTGCATGATGTGCTAGTACCTCTATTTGTGAGCACCATGTCACAACCAATC CCTTACCTGATGTCTCTTTACTGAAGTCACTGGGAAGCTTACTCTGTTCATCAGGTTTCA CCACCCATAAGAACATAATGTTGCTTTGCCTGAGAGCATCAGCTAGTTCTGTAATTTGTT CTGCACACAGATTTGCTGCACTTCCAAAAGAGACGTAGACAACTGATCCAGTTTTCTTAC TGTCAAGCCACTCCATGCAATTGCTATAATTTGGCTTATGAATATTGAAGCCATACTCGT TATCATTTTCAACTCGTTTGTCAAGATAAAATGATGGCAATGTTGGACCTATCGTTACTA CATTCCAAACTTTCTTCATCCAATTGACAACCTAAATTCAGATTAATTAGCTGAGTGAGT CAAACAATTCTTATTCCTTAAAAATCAAATATATAGCAAATGTAATTTGGCTAAACAAAG GACTTGGTGATTAGTAGCTGGTTCAACAAGAGCAATTTCATCTTATTGGCTTGCTCATTC AACTCATTTGAGTAAAGCCCGTCTTCACTATGTCCCTCTTCCCCACCTGTCCCAACAAGT TAAACTTGGTGCTGAAAAATTCCAGCAAGTTAAAAGCTTTTAAAGCTTGATAACAACGTG CGTTATAGGTTCTTTAAAGTTACAGTTCTTTGACAAAGAAAACAATACATTACTAGCCTG AAATATTATTGGCTTCTTTTCCCCAAGTCTGGCGTGCATATATAATCAAGACTAGCTAGA AAAGATTGAAAGAGCAAATGAGATATGGTGTACCTACCTCTTCTTCCAACTTATCAAATG AGTTAAAGAGGACCCAGTCTGCCTTTCCGAAGTTGTCAAACTGGCCAAGTATGTGAATGA TTATTGGGGGATACCGACCAGTGCGAGATGGCAGATCCGGAAACCTGAGCTTCGGCAATC GTGTGACCACCGGAAAACTAAGCATGGAAAGAGGAGTCTTTTCATAAACCTCACAGTACA TGGGATAGTAGGTAGCAGCAGTAGCACATGATTGAGTGAAAAAGGCTGCGCCAGCTATGC CCAATTGGGTACTAATTTTGGAAGCCCAGGGAATGTTAGCATCATAAACAAGGCACTTAA CAGGATGTTCATGATCCAAGATGAATCTGGTGAGGTTTGTTGAGCCACTGGCCTGGAATC TGTCTAGAAATCCTTTGAAACCTCCAGGACCCAACACCCCGCCTTGGGAGCAATCATCAT AAATAGATTCAAAAGTGATCATGGAGTAAGATAAAGTAGCTTTCATGGACTTTGCATTGG AGAGTGTGGTGGCTACAGTGATTTTGATTCCTTTGGAAGCCAGGCGTTTTGAGAATTGGA GCATCGGATTAATATGGCCCTGTCCCTGATCTGCTAGAACTACAATATGATGTGATTTCT CAACTCTTCCTTGATACATTATCTATCAACTGCAAACCAATTTGCCAAAAAATTGATGTT ATTATGACAAACTACTACCAGAAGGAAAGAAGAGGCCAAAAGTCACGACTTTTTCATCTT TTATGATCTTTGCTATGACATCAACAGAGCCAGCAAGCAAAATTATGAGTCACATTGAAT AGGACCTTCTATGCAATATCCGTTACACTAGAAATAAAAGAATCTTCTACAACCGTCCGT GTCTTTTCTTATTGAAAATGTAATCAATAGGGCAGTTGTTATATTTGTTGTACATTTAAG CAAAACAATATGCCTTGATCCAAAGTTTAACTCTTCTACCTACTTCTCCAATTATAATAT AAGTAAGGATAGTCATTTATCCAATTAAATATGCCAAACAAACAGCTTCCAATTAAATAT GACACGCCTGCTTTCTTTAGCGAACCCATTATAAAACAAAATTGTAGAATTACAACATGT GCTTGCATTCAAATGTAAGATTCCAGGAGAGATGAGTAAAGTACAACGATTAAGTAAACA AACTTCTGTGTCTAACCCTAAAAGATAAGAAAAATTATGACAAGTGAATCTATACCATAG TGATTTAACTTCTAGTATCTACAACCTCTGTCAAATCCTTTGGTTCTTCTCGAGAGTGAA TTGAATGCGAGATTGATTTCAGAGTTAGCTAAGATCAATTGTTGTTCACGAGAACTTCAG TGATCCCACAAACAATAGTTTTCAGTGGCTGGGACCAAGCCTAGATAAAGCCATTTCAAA CAACTCCCATTAAAGAGTGGCTGGTCTAGTTGAGTTAAGCAAAAAGATCAGCCACTCTGC ACCAGATAATAGGGGGGAACTCCTTCAAATACAAGTATATCTGGTGCACAGAGCATCCTG AACAAAGCATACAGCTGATCAGAACAGCCACAAGCAGAGAGCAATCCTTGAGTTCAACAA GTCCAATTAGGGCACGTGAAAAAGCAGTTCACTTGCTAAAGAGACAGATGTTCCAGCCCA AGGACAATTGCAGCAAATCAAATCTGCCTTCAGCCCTATGCTTATTTAAAGCAATGGTCG TAAAAGATGGTCAATTAAATTTGGTAGATGTTGTCAGATGGAATCAGTGGAGGACATGAA GATGTCTTCTTTGCATGGACTGTAATCTGTACTCCTGAAATTAAAAAAAATTATCTCACC TGTCAGTGGAAACAGGCAAATAAGGTAACTATCAGCATGTAGATAAGGGACACAACAAAC CATTTGTAAAATGAAATTCTAGTTAAATCGGGTGAGTGGTTATAATCAAAGACCAGATGA CACAGAGAATGCAGAACAATAAATTCATCAAAGTCGAAAAAGATAACAACTTGAACCTAA AGAGTGTACGAGTGGGTTAGAGTCTCACATTGGTTGGGAATGGACTGGTGGTCTGCTAAT ATGGACTTGGGCAATCCTCCCCACATGAGCTAACTTTTTTGAAGTTTAATTAGACCCAGG TATCAAATCCTTACAAAGGGAATCTCATTCAATTAAATTCATTCAACTTTGAATAAAACA AATTACAATCTAAATCCTAAGGTAAGAAAACTGGGGTGGAAGTTCCCCAGGAACAGAGCT AATTTATTTCATATATAGTGCATAAAATAGTTCTCTCAATAAAGTGCATAACACAAACAT GTTTCATGGGAAAATATTTCTCTGATATTAGTACCTTTGTGCTTGAGGATTCTAGAAATT GCAACTGCATCATTCTCCACCACTAAACAAGCAGAGAGTCTCTCCACCCTTTGGCACTCA AAGTTCTTAATCAAGGCAAATATTCACAAAGTGGGAGTATTTTGGAGCAGTAATTTCTTT TCCTTGATAATTACTCAGTTGTGTATAACTATAAGGCATATGCATCTTGATTTAAGTATC AATAAGGTACCAATGAGCATTCAACATCCCGGAAGCCACAAACCAGAAACATTCACCGTG AAGATCTGTATTCAAAATGCCACAGCCAAACAAGATAGCAGCACATTCCCTCTTCTAGCT TTGAAGTCTTACATTTACTGTTCAAAGGTGCTGCAACTTTTCCCTGGTAATACAACTGGT TCCAGAACGACATATTCAAATCTCTGGAACCAAAGACACTCATAGGTGACTCTAATCTTA TCCGGTATCTCACCAGTAGTTCCCACATGAGCATTCACCATCCCTGAAATGATGAAACCT ATTTCCATCTCTGACGATGATTTCTCTTGCCTCAACCTTCGACATGAACTTGAAGGCATT GTGGCAGTCACCACAAATCCGAAGGTTCTTGAAGACCCTAATTGTGGCTCCACGAGGAAG CTTCAAGAGCCCAAATACAACCGCCAGCTTTTCACTATGAGTTGAAAGAGCATACTCCTT TTGCTCAGTCTCCATATCATGCAACACATATTGCGTGTCTGGAACAAATCCCATTTTCCT CATCTTCAGCCTTAATTCCTCCAGGTAGTTGTACACTACTTGAATTTCAGGATGTGCAGT ATCACCCACCAAGAAGACATGAACGGTATTCTCAACCTTTATCCAACTACATCCAGGCTC TTTTTTCACCCCTTGGTCTCTCATCAGTTTTCTCACCTTAGCAGCGTCATCCCATCGGCC TGCAGCAGCGAATGTGTTAGCTAGAAGTATGTAGGTTCCATCATGTTGTGGCGTCAACTC AAAGAGTTGTTCTGCTGCTTCAACCCCCAAATCCACGTTCCTATGAGTTCGGCAACCAGC AAGAAGAGCTTCCCAAATGGGTGCTTTAGGTTTATAAGGCATATTCTGGATCACTTCTTT TGCTTCTAATAACCTTCCAGCTCGAGACAACAAATCAACTAAACGGGCATAGTGATCTTC TCCAGGGATTATTTTATAAACACTGTGCATTATATTAAAGTAGTGTCGTCCCTTTTCAAC CAATCCGGCATGACTACAAGCAGATATAACCGTGAGAAAGCTTATCCTATCAGGCATTAT ATTTTCATCTAACATCTGTTCAAAAAGTCCAACCGCTTGAACACCATATCCATGCTGTCC CAAGGCAGCAACCAATGCATTCCAAGACACCAAATCTACACAAGGCATTGTGAGGAACAC ATTGCGTGCAGCTTCAATGACCCCAGATCTTCCATAAAATGTGACTAATGCATTTCCAGC TGAAAGGCTTGAATCATAACCACGCTGGATTAGTTGAGCATGGAGTTGGCATCCTGTTTC TAGCGCTCCGAGCACTGCACAAGATGTAATAGCTCCGGCAAATGCATAGTCACACAGCTC GATCCCCTTTACTCTCATTTGGTTGAACAGTTTGAGACCATCTTCTCCAAGTCCATTTTG TGCTAATCCTGATATCATTACTGTCCATGCCAGGGAATTCTTCTCTGGCATCTCATCAAA AAATAACTTAGCTTCACTAATCCGGCCTGCACTCACATATGCTGATAGAACTGCATTCCA TGAAACAATGTCCTTAAAAACTAGATTATCAAAAACTTTTCTTGCATCATCAACTCTACC ACATTTCCAATATAATGTTATTAAAGCATTATATACAGACACATGGATTTTCTCTTCTGT TCGTTTAACGTAAGCATGCACCTGCTTTCCTAAAAGAAACAGTCCAGCATCAGCGCAAGC ACTGAGGATACTAGTGCAGGTAAATTCATCTGGCTTCATCCCTGCTAAATACATTTTCCT TAACATATCTAATGCTTCAAAGATGAAACCTTTATGCACATATCCGGAGATCATGGCATT CCATGCCACAAGCAACTTCTCATCCATACCATCAAACACCTTCCGAGCAGCATCAAGATC ATCATTCTTCACATACCCTGTGATAATCGTAGTCCAAGACAAGTCATCCCGTTCTGGCAT CTCATAAAACAACTTGCTAGCTGAGTCCATCAACAGCAAGGATGATGCCAGGGGTGACGA AGCACATCTGACATAAACACATATAAGTGCATTGACAACACACTTAAAGTTGGCCATGCC TGACTTTGCAACAGCACAATGCATCTGCCGGCAGTGCATTTCATGATCAGCTATAAGGGC TAAGGCTGCAAGTACAGAGGTGTAGGTATACTCATCGGGTTGAAAATTTTTCCACCTCAT ATCAAGAAATAATTTTATAGCAGCATGGCCATGGTTGTTGTGTGAATAGCCTGTAATCAT AGCGTTGTAACAAACAGTGTCACGGAAACTTAATGGGGTTTTGTCAAAAATCTCTCTTGC AAGCTTGGGTTCTCCGGAAGCAGAGTATGCAGCAATCATAGTTGTTCTTGCCACAACATC TGGTTGGGGAATTCTATCAAACAGGTGCTTTGCATAAACAAGACCGGAATTTTTGCAATA GATATTGATTAAGCTGTTAAGGATGTGGCTACGCGGCCTGAATCCGGAGGTGATCATGTT GGCATGAATTGATCGAAGAAGAGCAGACGCTGAGGTGGCATGCTTATGCTCTCGGCAAAG AAGTTGGAGCTGGACGGCGTAGAAGTTAGCAATGGAACTCGTGGCTGATTGGTTCTGCAA AGATGTTTTGACGGCATTTTTCATGATGCCTGGCAGTGGATTTTTTGAAATTGAAGAGAA AGACGACAAGCCTAGGATGAGAGTTCAATCAAGAATTGCTCACTAGTAGTAATATTTTGC TCCTATTCTAACTTCAAGACACTCCCACAAGTTTTATGCAACACAGGTGGAAGAATATGT CAATTGGGTTTTGCTCAACCATAAGAAAACTGAAAAACCATTGAATAAACAGACTAGTGC CTTAATATATTTAAGTACTTAAAAGAGTATTTTAAGTGAAATACTGACTGCACTCATAAA ACTCGTGTCAGTTGTTTTCTAAATCTTCAGTTTTTACTTTATAATAAAATTCATATCCAA ACACTAATACTAAGTAATCTTTACTGTCAAGTTGGGCCAAATATTGTCTAAACATAGTCA GTCGTCCAGAAAAATGATATGTATTAACGCACAGGAATATTTGGATCCTTCAACAAACTC TCAAAAAGAAGTATAATCTTCTCAACATTATTTGGCTTTTACAAGATTGAAAAAAAAAAA AACTAGGCAAACAGCCGCAAAAGCAAGAGTTCCTCCAAATCTTTTCAATGTTAAAAGATG ATAGGTTCTCATCTAAAATGGTGTGCTCACACTTGAGGGTGACGATATCACTGAAAGAAT GTCAGTCACAGAAGCCATGGCACTTAATGCAGCCTTCAGGACGTCTTGTGAGCAACCAGG CTTCACAATTGTACGCACCTGAAAATAAAATAATAAAGCATGCTGAAAGAAATAAGACAT TTAATGAATAGCCAACAGAAGTTGGTAAAAGGAGATACTGTTTCAAAATTTCAGCACCTT GTCTAGGTATTCCTGCAATTTCTTAATACGTCCAATGTAATCCTGGTCTTCAACACAAAG GGTAACAGCCTTGGCATCTGCACCAGGACCATCAAACTGGAGGGGACCTGGGTTTCTATA AACATCATCCAATAAAAACTTTGTTGCATTTTGACTCAACAGTCTGCACAAAATGAAAAG AGAAATTAGGTGCTGCAAGAGGATACGTATTGCTCCAGCAGTTTACTTACAAAATGCATG TTTAGAATGCCACTTCTTAAAAGCATCTCCTACTATTTGATGTCTACTACTTCCTACCTT TTGAAACTCAAAAGTTCCATGCATTTTAAGCTGAAAATATATATAAACAACAATTCAGAA ATTTGACATACTCATATGATTTGCCCCTCAAATCCACAGTAGCAGGATGCAAAGCAGGTA CCCCAATTGATGCTTTACCAGGACCACGACCGTAGCGCTTAACAGTCATCATTGCCTGCA GCAACGAAACAGTGAACAGAGCAGATCTTTTGGATATTCACAACTTCAAAAAAGTGGAAG TTTAGGGTGCATCTCCGGATAAGTTCAAAGAAGTTGCTTACAGATATAGGGGCAGCACCA CAATGCCACTTGTTGGCAGGATTTTTCAGGTTGGTAATAGTAGCCATGTAACCATTAAGA CCAGCAGCTAAAATATGGTAGCAAACATGACCAAGCACCTGTATTTGGTTGTCGGAATTA TGTATCTGAAATCAAGATTAGAAAAGAAGATATAGAAACTCCAGCAAAACTTACATAGGC ATAGTCACAATCAAACTTTGATGGCAATGATCCCCGTGCTTGATAACCAAAGAAATGGCA AATAGCATTAAATTTCTTTCCTTTGTAAGTTCCTTCTTTCTGTAAAGTGACAGAAAGTAA AGGACAGTCATACATAAAAAAATTGGGAGCAAGTATCTTTAGAGTTTGTAGCTTCAGTCT TTTTCCTTTTAACTCTCACCTACAAATAGTCTGTTACAAGAAAGTAACAAGAAACATCTT GATGAAAATAAAAGAAGAAAAGAACAATTCATCGTCAGGGACCGACTTCCATCAAGGAAA ACTAAAAAATTAGTGAATATGAAAATTTTGTGCAATGGGGAAATTTTATCCACCTGATGT TTGAGCCCTTGCAGATAATACATCATGGACTTGGAGTTAACAAGCAGAATGGAGAAAAGT AATATTTTTTCATAAATAGGAGAGAGATAATTTGAGTAACTTCCTAGAACTCTTAGGAAA TTTCAAAATAATCTTTATCTGCAGTTCTGCACAAACATCATCCTCAATCCTTGCGGGACA TTGTACTTCTAACTTACTCTCCAATCACTTGTTAGAGATCCCAAAGAATCATTACATACA AACTTACCAATCGCTTGTTCATTTCTGTTTCCACGAGATGAGCTATAAGTTTCTCGGTCT CAATCTGTAAGGAAAGCATTAAAGATAATCAACTCATAGATAGTTCATATATCATCAAGC AGCAGCATCCAAACAGCAAGTGTAATAACCTGTGATAGCTGAGCAGAGTCATCTGATTCT GGGTGTAGGAGAAGCTGCAAAATCACAAGTCTAGGGGTGTAAGCACTGTAAAATGGAACT TCAGTCAGTCAATTTAGAAACATACAGAAACTGCACCTGCTTTCTGATAAAATGCGGCAA AAATTCGAAAAGTGCAGAAGCCCATGGTGATAGTTGAGAGGAAATGTTATCAGCAGAAAC ACCTTGCCTGAGTAAACCATGAATTTCCTGGAATTCATACAATTAGAAAAGGCAATTTCA TAACAAGTCCACATCCCAACAAAGCTTTCTAGCAATAAAAAATTAACATGGAAAATGCGT CATCTTACACCTCTGTTCTGCTTTTTTTTTTTTTGGTTGGGTTTTGGGGTGGGGTGGGGT GGGGTGGGGGGAAGCAGTTGTTCCAGGAAGGAGATCTAGCATGCAGCTAAGGTATTAAAC AATTTATTTTGCATCATACCTGCAATAGAGCATATATTTCAGGAATACTTTCAATAAGCC CTTCAGGCAACAGGATGACACCATGATTTTTATCTGAATACAAAACCTTAGTCAGCTGAC TGGAAAACTCAAAAATGACTCTAAAGAAAAATGAAAACCTAGAAGCTTCAATACCATGTT CAGCCCTAGCCTGAACTGCATCACAAATTTGTTGTGTGATGTCAAAAATAGTAAGCTTTG ATGCAGCTACCTCCTCTCCAAGAATCACCTGCAAGATCACTCAACATTTAGTAAGCAAGA ACACTTGCAATATATAAAGAAGCACCATGTCCAAGGTGCAGCGCCAGCTTATCATCTCAG AGATAAAACTAACCATATTAGGATGTGACTGCAGAGTGCACTCTAATGCAACATGTGATG CCTTTCGCCCCATGAGTCTAATGAAATAGTAATACTGAAAAGGAAATATCCCCACAGTAC GTTAATAGAAAGACAAAAACAAAGGTGTAACAAGAAACATGTGCTGTAAATCATAATCAA CTAGTTAGGACAATCCTCCATCAGGGTTTCGTACTACCAGATTAGTATTCTATGTTGTAT TTTCAGCACCGTACTACATCAGAAGCAACAACGAAAAACTTTCAGGATATGAATAGAGTT GGTACCTTCTCAGCTGAGAGTGCATCAGTGCATACATTGCTAATTAGTTGGGAGTTAACC TGAGGTGGAACCACATATAATTAGCTTTTCCCTGATCTAAATCACAATTGGATAGAATTC CAGAAATCAAGAAGTCAAAAGACACATCAGCTAGTCCAAGGCTTGTATTACTCAATTAAC ATCCACAACATCACAAAGAGAAAGAGAAGAGCTATTCCCCATCTAAAAGTCCATGAAAGT GCAATATAACACTGCAAAACCTACATCTACCCATGGGAGTATACCATCAAATGTGGATGA TGCCTGCAATTCCACTACAAAGAATAACAAGAAGAAAGAGGAAGAAGATTGAAGCAGTAG GTCCAATCAAATCCTCGGCCCACCAAGAAATAAAAAAACCACCCTAAACCAAGGGGTGGG AAGCATGAAGAAGAAGAATTTACACGGCAATGCATTTCAATGAAAAACGGAAGCCAGTTA CGAGCTAATTCTATGTGGTGATTGTATTAATACCTTGCAGATTGTGTCAAAACCAACGTT CGCTTCAACAAACTGATTCTTGAGATCCCCATTTAAGGTAACAGGAACACCAACCACCTA GAGAAGATAAAGACATTAATTTAGTGTGATACTAATGCATAAGACAATACAGCGGATATA AGATGCAAAGTTTGGATTAGAAGCAGGAAAAATCAGAAAAAATAGAATAGAAGATTTATT GCTTTACATGACACAAGGGGAATAACACATACTTTTGTAGGGCATTTTGTTTCTGCAAAT TTTTCTGCCAGATGAGCAGCATCGGTGTTTGATGTCACTCCTTCAAGTCGATGCATATTG TTAGACTTTAGATGAAGTGCAATAGTGTACTTTAAGGTTCGTCATATACCATTAATAACT GTAGCAGTATCAATACCTCCAATGATGACAAGACCATCCAATTTCAAAGCTTTGCATGCA GCCATTGCAGCATTTACTTGCTCAGTCGTTCTAATCTGATCTTTTGTCCGCCCCAGCATG TCATATCCACCTTAACAAGGAAAAAGGCAACAAAAATAAGCCAAAAAAGGCCAAACGAAA ATATAAAGAGCAAACTTCATCCAGATGTGAATTACCTTGATTCTTATAGGTAGCAAGAAC ATCATCGGTGATCTCTAGAGTTTTTTGTGCAAATAAACCTTCAGAACCACCTGTTGAGAT TTGGAAAAGAGACCTTCAACACATTAGCCTTCTCTAAGGAGAATCAAGTTTCTAGAAAAC TGAAAACATTAGAGCATGACAGGAAAAACATTGTTTGACGTTAGGGATTGACCCTCGAAA TATTAAACATGACACATGCAAAGAGACACTCATGGTAATGGTGGTAAAGTAGATATGCAA ATAGACACTTGTGTCAACTATTACTGTAGTGTCCCACTAATTGTCATAAAAAAGTTCTCA AATGAAAAATGTGTAGTGTAAAGGAAATGCTTACCTAAAAACCCAAGCAAGATATTATTG GGGTTGTGAACCTTAAGAGCATCATGAAGACCCCATATCACGTTGTGTCCTCCAGGAGAT TGTCTACCACAAAATAGCACCCCAACCCTAAGAAAAGAAGAGGATAATCAGTGAGCACAG TTTTCAGTCCTAATAAAGAGATTAGGGATAACACTCATTTTATTGTAACCTATATGTGAA TTAGCTTCTAATGCATAAACCAATATTTTCTATTATTTCCCCTGTGTTAAGATTTTGAGG ATATAAATAGAAAAGGATTTCAATCACAGACAAAACAAAAGGAATGTTATCAAGAAAACA GAGGTAGATCCATAAACCTCAACATAGAATTTTGTTAGAAAACATCTCCTGATCAGTGAT CACAATGCTGATCTAGTTTGTGAGTGAACTGCACAATTATAGAGCAATCGTCTGATGCAA TACCTAATTGCAGGATGCTCAGTAATTATCTGAGCATCAGGGACCTTGGCAGTTGCCCTA AGAAAATGGGCTAATGGTTGACCATAAGTGTGTGGGAAGAAGCGTTTAATTGTGTGTTCA CCAGAGGGATCTGCTGCAGTGGTTGCATCACGGAGTTCTACCCGGACAGTAGTACCCTGT ATAAGTCAGAACAATTCTCAAGATGAATATGTTAATAATAACATTGAAGGACAAATTGCT TAATGGTTCTTAAATATCATAGATAAAATTCCAAAATGTAAACAATCAGCAAAGTGGTGA TGCATTTAACTACAAAAGTTGGACAGCCATGAATGTCTGGGAACAGTCAGACAAAATCTG AGCAACTTGTAAGTTTTATTTTGTCAAAGTTTAGCAGCATTTTTTCCCGATAATTTATTT CAAAAAGGGCAACAGAGCCAGTCTATATGTGTTGTTTACTTGAGTTGAAGTAAAGAGGTG ACTTATTTTGCAGATGAAAATGTAAAGATGTGATCTTTCAGCCGGCTGCAAGGATATATA TATATATGCCAACTTTCTGAAATACTCTCTCAAATAAATGGTGTAATAATTAGACGTGAT ATGAAGAAAATAGTGGTACGAGGATAGAAAAGAGTGTGATGTAGCAGGTTAGATCTAGCA AAGAGTTTGGCATATATAAACTAGTAGTAGTAGTTAGGAGTGGATGAATAGAACAGAGTT GTACCTGAAGACAAGGTGGAAGTTCAGGGTGGTAGTGAGATCGAAGTTTCTGCAAATCAG AGAGTTCTCGAGCTATGCCGTAATCTGCATCCATTGTTTATGCCTACCTCACTTTTTTGT GTGTTTCAATATAATATAATAGTACTCTCTTTGTCAGTTTCTAACTCTGAAAAGACCGTC CCTCCTTCCATTTTATATATAGTGTGGGGGCGATACAACCAACAAACACAGCAACCAGTT TTCTTACTCTCTGTATTTGTATGTATGCCCTTCCATGCCCAATGACCAAAATACCCCCCT TCCTCTTTATGCTTTTGTTGGTGTTAGCAAGCATACACTGGTTTTTAACATAAGGAATAT TCTACTTCAATATTTTGTGTTGTTTTGAAAAAGTATTAACCACGTCAAACTTGATTTTTC TTTACTTGTGTTTACACTTGTAAAGAGTATCACCATTTCTGTTTCTAGTGAAAGAGCCAA GAGGTCCAGATAGGAGGATAGTTGCGTAATTTCAGGGTTCACCTAGAATACTTCTCGATG GTGAGTGGGGACAATGACAAAACTTTCTCAGGGCATTTGACAACAAACATCAGGAGCCAG TTTCTATTTTAATTTTCCAACAGCGCCCCCAGTTTAATATCTTAAACATTGCAAAATGCA CATTTCCTTCTTTCCCCCAACTACATACGCTTTATCTCGTCAAAACTACTATTTGCATTG CTCAAACAACGGAAAATAATAGAAACAGATCACTGTCTGCAACCTTGTGGTTTAATCCAC CATCAAAGTTTCAACATAGTTTAAAGATGCTGAATGTTATACCAAATTAATATCCATCTA CACATGATTTCATAGCAGCAACGAGGATGAAATGGTGGCCGCTCCTAACTACCACTATGG GACAAAATAAACATTGAGAAATGGAAAAGACAACCGAATCTCGGTTGGAACTATTAAAAA GTTGCATAGATATTATATAGCTCATAAGTCATTAACTAATAACAGTGAACTTCATCCTTC AGATGTCAAAGCAAGACACATACAAGAGAATCTCTGATAAAAAACTAAAGAACTCAAAAG GAACCATGATCCACCTATGGGAAAAGATTTGATCACAACGAGTCACATCACAACTCCCAA GGGATGGGGGTTGAGCTTCATCCTCGATCTTGAAGCTTTGCATCTTTTGCTCATCATGAA GGACAGGAACAACAAAATCCGACTAGTCTTTTTTCCCTCCTTTATTGGAACCAGAAGCCC GTGGTTTCTGCTTCCCTGACTTTCTTCTGGAACTGACCAGGTTTGGCTGGGTAGAATGAG CAGGCATGTGATGCCCAGGAACCAAAGCAGGGAACCCAACAGCAGGGATTCTGCAAATTC ATATTGCATCTATTAATGTAGGCATTTGAGAGAAAATATCTATCCAACATAACCATGGCA AGATGGAAAAATGTCAAGACATTCACATCTATTTCTTGCTTCAAACGCCAACTAAAGCAA AGTCCAGAAAATTGTAGCAGAGCAAAAAGTGGTATAAAGAAAGTATTTTAGCCACAGATG ACAAGAATGTTTCTTATGCACTTACCCAAAAAGAGCACGGCAGACTCCTGCTTGGTCATA GAAACACCATTAGCACTGCTATTATGCAAAGAAAAGCGTAAAGCTTGATTTTCAGCAAGA CAGCACTGGAGAACAAACCCCAGCCTTTTGCATTCTGATTCAAAGTATCTACTCTTCAAC TCAAGATCCCTAACGTACAACTTCTTCCTCTCTCGTGACCTCACAGCTGCATCTCTATTC CTCAATTGCCTGGAGAACAAAAATTAAGTTTGTGACTGAGATTTTCTTTAAGCTGCTATA TACATACAGATTAGATAAGTACAATCCTCTCACCATTTTGAAATAGAAGAGGAGAGGGGT GTATTAAACTACTCTAGATAAATGCACAAGATGTTATGCAATTTTAAGCATGATAAATGC GCACATTACATAATAATATATCCATCACACATTAAATAAGTGCAATCTTTCAAGGACATG GCTTCTTATTCTAAGAAGTCTAGAAGTAGTTTGCTATTCAGGAAAGTTTCCCACTTGGGG GTGTGTTCATGATTGCAAACTAATGGAAAAGTTGCAGCATCATGTGCTTTGATAAAATCT GTATGTCTTCGGAAAAGAGAATCATATTTTTGTTTCATAATCAATAGAGAATGAACATTA TGTTCTAACACGTCACAAATCAAATCATGAAATGAATGGCTCATACAGTCAATGTGTGAT GTCAAATTAAGGCAATCTTATAGAAAGGAACTCCTTGGAAATACTGATTCGCGATTTGGC TGAGAAGGCACTATGTGGATATGGTTTTTGCATACACAGGAACTGCAAAGATTTTTCTGG TCATTGATAATTTACATGAAGCAAATTTAATAAACATGAGTTACACTAACTAAGATATCA AAACTAGGATTTGTTTCTGCTAGTAGGTCAACCATTTTCAAAGAAGAGATACAACACGAG AAGTAAAAGAAGCCACAGTAGTGTAAATCGTGTGTGCAGAAGAGTTATAAGCAAAGAGAA GTACTAGAATTATAAACAAATTGAATAAATAAACTAAGAGAAGTACTAGAATTATAAACA AATTGAATAAATAAACTAAGAGAAGTGCTAGAATTATAAACAAATTGAATAAATAAACTA GAAAGAAAAAAGGGGCAAAACTCTAGAGAGATACCTCTTGCGCTTCTTATCGACGGGGTC ATGGTTGTTTAGTTCGTCGTCGCCGTCAGAAGGCGACTGGGAAACCTTGTGTTTGTCCTG ATCGGCACTTGAAACCTTGGGATCGGAGAATCCAATGGCTTGTTCAGCAGGAGAGTGAGA ATGATCGGAGTGAAGAGGAGAATCGACGAGGAAGTCAGAAAGAGATTCGGCAGCAAACTG AGGATCAGAGACAAGACCGAAATCGTCATCGTTCATAAGAAGCTGCTCGATCTGCTGGAA TGACTGTGGGGAGGAATCATGAAGAGTGAATTGATCATCGTCGGGATTGTCTAGAACGTT GTGGAAGATGTGATCTACATCGTCCCAGTTGATGATATCATCGATGTTATCGATCATCGC CAGTTCGACGGAGATTGTGGGGTGAAGAAACTAGGGTCCGACTCACTATTTTGGGACCCG ATCTCTGGATGTCCCCAATTTAATAATCACGTTAGGTGTCTTAGAGGTTAAGGCTCCAAA CACTTTCAACGAAATTCCAAGTTTTTAATTACTTCGTCACCCACCCAATAAGAATTCCAC TTCGCTACAACTCACCTCACTAATTACTACATCCCTTTTCCCATTAAAAGAAAACAATAC CTTTTTTTCTTTTTCTTTTTTTTTTTAAAAAAAAAATAAAAGGTAAAAGAAAACCACACC TCCCTCCTTTTCTATATATATAAAAATATTAATATAAATTTTAAAAACATGCCACATTTT CGTTTCTATAAAAAAAAATGATAAATAAATAGTATTTTCTTCGATTTCTTTTTTATATGT CACATTTTTATTTTAAATTTACATTAAGAAATGATATAATTTTACCCTTTTATTTTATTT AATTTTTAGAATTTAAGTTTTCAATCAATGAATACGAATTAATTTATTTTGATTAATTAA TTTAATGAATGAAAACATGAATTATTTATTTAATTTTTCTAAGTTGATGAAATATATATT TTCAAGGCTATAAACAAGGTGCACTAATTTTATGAAATGATAAGTATGGAACAACTATTT ATAAAAAAGAATAATATATAAAAGAAACCGAGGAAGTATTAACAACTTAGGAGAATCTTG ATTTTCTTTCGAGAAAAAGAAATCATTCCTTAAAACTAACAAGTACTATTTAAGATTCTT AAATTATACACAGTTCTTCCGTGGTTCAGTTAATATTTGCCTTGATATAAAAAAGAATTT TATTTTAAAAAAAAAAAGGAGTGTCTGATTAAATGACAAGGTTTTAAAGGCAGGATTTTG AAGTCCATAGCTCAAGTAGTAAATAACTCTTTCGATACCAGGAAATAATTCACGGTGTAC ACACCCTTTAAAATTGTTGGATGGGGATTATTAACAACAAAATTAATCATCATAAACAAA ATAAGAAAACCAATGTGAAGCAGAACTCTTTAACCAAGAGCTAATTACGAGAAAGCGCAA TTGTATACTACATCAATAACTGTTGCAATCATATAAAATCATTCCATCTAAATAACAAAA TACTGGAGGATTTGGCTCAAGCCTGCCAAAACCAAACATACAACAATGTCTCCTCAACTC CACTCGATATATTTAGAACATCTGTAACGGTGCTTGCACTGGGCAAAGAGGAATTGTCTC CATACACTTTTAAGATACAAGTTGAGTAACTCTGAGATGAGAAATCCCAGCACACAATGA TGACTTTCTTCTGTGAGATCGATCATCTTGGTAATGAGCTTGGTGGAAAATAACGCAGGG GATTCTCCCTCAGCAACTCAGTCTCCCTGCATACAAGTGCATTGTCAAAAAGGTGCTTTC TTTTTATTGAAGTGAAGAAACAAACTTGATACTTACTTTTTTATGTCTTTGTCATCTCCT CGTCTAAGCTGCAGACTAGAAGCCTTTACACCAGCAGCAGAGTCCTTCTCCTGTGCTCTG CCAAAGATGAAGGGGGGCAACAAAGAAAGTCAATCCACAAACTAACACTATTACAATAGC TGAAAATCTCCTTGTCTTGATGCATGTACACACACTGTTAAGTGTTAACTATGTGTTGTT CGCACTCAAAAAACCATTGTATCTATATGGGTACTCACTTGGCACATTCCTCATCCACAA AGATCTCTAGGCACGGAGTGGTGGTAGTAGTAGCTCCTCGATTTCTAAGCCCGTGTCTTT GAGGAATCTGTAAGAAATATTTTTGTTAATGAGTTTTCTTGTTCCTATCTGTTTGGACAA AAAATCAAATATTCTATTTTGAACTCTCTGGACTCAAACGGACCTTATTAGATGTCCACT TTGAAGGGATTGCCTGATTCTCCTTGTTCCTATCTGCTCGGGCACCAAGACAGTGCCATG ATGTATTCTCTAGCTTTGGTATTTCTGATTGAAGAGTTGATGACATTCCGGCATTTGCAT CTTTGTAAATGGAAAATAGGCTCCCCTGAGCTCTGCAAAATAGATAAAAATGAGCCAGTG TTTCTACTAGAACTGGGCATGCAAAAAGGTAAGTATTTCCTGCAACCTTGTTATCAGCAT CCTTACACTCCTTTTCCTTCAAGTTATGGAATAGGCAGCAATAACAACAAAAAGTTCTTT TCCACATTGCAAAGGATTTAAGGTATTTAAAACAAGAACTCATCAGAATCAGATCTCTTG CCTGACATAGCAGCTTAACTATGTGATGATAAGAACAAGTAATAACGACATAGATTTGTT TAACTCATGGTGTTACTATGAAAAATGCAGGGACACAAGAACGTAACTTGGGAGAAAACA ATAGTGACTCACACTTACCTATCTGGTTTCATTTTCTTCCGGGACAATTCAGAAGTTCCT GTTGTTTGGTTTCCTGCAAAGGCAAAAACAATGTTAACCAAAGCAAGCAGACACCCTGAA GCTACGACATAGAAATGCACTTACGAGCTTCCCCCCTAGCCAACAGTGTGCCAAAGCTTC TCATTGGAAGCTGGTGTTCTGTTATCTCCTCCTGAAATACAAATCGTCACAAATTCAAAT CAAAGCAAACGACAATGGACTTAAGTCGTCACAATAATTGATACCTCTGCTGCTTTGGGG CGACCCATTGAACGACTGAAAAACTTCTTGTAGGATACTTTCAATTTCTCTTCAGGTTCT GCATTCCTGATTCATTGGAGACGGAAATTTTAATCATAAACCAGCTGAGGGAGTCAGTAA ATAGGCTTATAAGTGGATGAGAACAAGCAGGAGGAAGGTTACTTGGTGTAATCAGTGTTC TGTACTTGTATTAACTGTATCTCTAATGGAAAAGACTCATTAGTGGCTAAGAAAGCTTGA AAAAAGAGCATCCACAATCTTGTTGAGGCAGCCCAAGGGGTCGTTTAGTTGTTGGTTAGA TTATTCATATATTAAAATCTGCATAAACTAGTACCATTTTTGGCAGCATTTTAGTTGCTA TGTATAAAACTCAGCACATCAAGTATGGTTTTTTGCTTACGGTTTACAATCTCACATAAC TAAAACATGTACTAGTTAGGCGTCAATCTATGTATTATTTTATGCAGCTTTGAAGATGGT ATAACTAATACATGAATTAGTAATACGTAAATAATTGAACCCTACATAACTAATACCTGC ACAACTCTATCCAACAACCAAACTACCCCCAAAGGTATTTAGGTGTCAGGTAATATCTAA AACCAATTGAGCATCCACAATAATATCATGCCAAATATATTAGAATTTTCACCTTGCTGT AGCATTATTCTGCCAGCAAGTTTGGCCAGCATCATAGCATTCACATCCCCATCAGAAGTT AAAACAAGTAGAGAGAGAATATAAAAGGTCCCTCAAGAATGAGGCAAATGTGAACAAGAA ATAAATATTTCAATATATTCTTATGTCAACAGTTGATAGCTAGAGCATTTTATTAGAAAC ACATACAGAGACTTGCTGTTTTGAAGGCATGAAATGCTCTTAGTAGAAAATCATGCTATA CAAGTTACAAACAACATGATTAGGTTGTGTAATTAAGCAAAGTTCAATGAACAGTGGCAC TGGCTATTTTGCATGCTGCCATACCTGAAATATCTATATTAGCTAAATAAATGATTAATT CCAGAGCACAAATTTCTCAATGATAACGTCTCTGTTGTTCATCCTGTACAAATGCTTAAC ATAATTGTGTGACATGGTACTATCTGATTCAATTGATGCCTATAAAGGAACCAATCATTT CATAATTCAAAAAGATACATGTAGTTCTTCATAATCATATTACTCGGCTTATACAAAATT TCCTTAATAAGGATATCAAATATGTTCATCATATGGCAATTAATAATTATAAAGTTTTCT AGAAGCATACCACTGTCATACGATCACGGCCTTTAGTTTATTATTCGGTCACATGAGCAT ATATTGAAAGAACATAAAATAAGGGACCGTAAGCAATGTAATCTACCACAGTTCTGACCT CTGAGCTTATCAAATGAAATTGTCTTAGTATTCAAGGTATGAAAATTAGTAGGTCAATAT GAAGGGGACACCACATACTTATCCGTGCAGCTTCATACTTAACACTGAACTCATTTTGGC GAAGCTTCAAACATAAATCCCCTCCCCCCCCCCCCAGCCCCCACACATTACTCAATACTA GCATACAATTAATGCAACTTTCGTAGACATCATTAGACTTGACATATCAAACGCTATTTG AACAAAAATATCAGACAGCAATTCAATAAACCATTTGAATGATGCATCTCACATCATAGA CAACATATAGCATAACTTCTCTGGAACCAAGACGTGTTCACTTGCCTAGTGTGAAGTGAA ACACAATGTTAACTATGCAAGAACCTAACTTTACGGCTAAAATTAAACCAAGGCTCAATG GAAACACAACTTACATAGATAGCCCCCGATTGAAGATCTCGTTTGCTGTTTTAATTTTAT TTTGAGATTCCATGTGCAAAGCATAGGCTATGTAGAATGAAGAATGTGTCAGTCCAATTT TGTTAGCCTCCAGAAAGCTATAAATGACTTCAGCATCCATACAATTTTCAGCCTGCAAAG AGCCATCAATAAGAAAACTGATTTACCAAATTGCATGATGAGAAGATTTAGGGGCAAAAG AATGGATGTGGAGAAATCAAACTCACATATTCCAGCCACACTTTCAAGTAACGGAGGTCA TTCTTATATAGTTCATCGTGCCAAAAGGTGCGGACACATTGTTCATAAATAACTATAAGT CCAGAACTGTCCCCACCGGGAGGGAAAGCCTCTTGCACCCACTTGATGCACCTTCACAAT TTTAATGTAAAATTATGTCAGCAGTTTATTCAATAACAGAGATTGACTCATTAAATGCTA GTAGAAGATATAAGAGTTGAAAAATTATTTGCATCTGAAAAGAAGAGCACTCACTGGAGC CATGGGTGAAGAGGATCTTCACCTTTGTACTTGTCAATTGCTTCAATAAATTCCCTAATC AGAAAGAGTTGAATTCAAAAATTAATAAGGGATGCAGCAACTGCTACTATTCTACAACTA GCGTGTACATCTTAATCAAAATCTAGTGCGGGATGGAATAGTAATTGCATTTTGGACCAA CCTCAGGAGTAAATGTCATGAAAATGCAAAGAAGAAGAAATAGAGGAACCTTCGTTTGTC AAGAAGAGATTTCTTGAGTTGATAATCGGTACTAGACTTAAGAGCATTATTGAGAAGATT AACGTTGCGTCCTCTCTTCAAAGGTCTGACATTTTCCTTGAAGAGTTCCCACTCGTGACC AGTCTCTTGCTTCGACGCTAAGAACTCTGCCTCCTTATCCAATACGTAATCTCCTCCTAC CTTCTCCATTTCTTCTTCTTGCTGCTTCCTTGTGGTGGTGTTTTTTTGAGAGCCTTCTTT CAAATTTGAAATTGTTTTGTGCCCTAAACCCTTCCTTTCATAGCCGTTGGACCCTCCTTT AAATTCCAGATTTTCGCAATATTATTGGTCCCACCATGATTGAATATAAGATAAGTAATG TTTTTTAACGAGTGCGCTACTACAAACAACAAAGTGGGCCAAGTACATCGAATTTAGACC GTTGGAATTTACCCGGAAATTAATAATATGACCTATTAGTAAAATATTTAATTCAATTTA ATTCAAATTTAGAGATTTAGTTTATGTGACAATGAAATCTTATTTGCAATCAATCTGATA TTCACATAATATTTAACAATTTTCATCAATAAGAAGATATTTTTAATCCAATAGTTTGAC GGGAATGATAGTTTTGAGCCGAAATATAGTTTAAGGATAAATATGAGCTATTTCGAATAG TTTAAGGGTATTTTTTACCCCTTTTCCATTTATTCTATGTGGCAGTAGAACCAAATTGAC ATGGAATGTGACATCCACATGACATTTAACAAATTCCGTTAATAAGAAATATATTTTTGA CCCAATAGTATTATGGGAAGGATAGTTTTGAACTGAAATATAGTTTAAACGTAAATATGA GTTATTTCAGATAGTTTATGAATATTTATGAGTCTTTTTCGTTAAAATAATAATTAATCA ATATTATTTATTGACTAGTGGTTAATTATAAAAATAATACAAATTTATAATTTCAAACAT TTATTTTTTAAAAAATACAAAGATTAAGTTATTAAAAATACATTAGAGATGGCAATGCGG TGGTGTAGGGTGGGGTGTTGTGGGTTGAGTTTAACCCGCAAAAATTTTAATCTGCCGCGC CTCGTCGCGCCCTGCATGACAACTCTTTTCATTTTCAACCTGCCTCCCATAATTTTTTTA ATATTTTCTTTTTCTAATTATATTTGATACTAAGATAAAATTCATAAAAATAAATTTATC TTTTCATTAAGTTGTATTAATTTAATAGGATAGTAATTTAAAATTTAGGCCAAATACAGA AGCAGATCCCTAAACTTATTAGGTTTTTTTCCTCAGGTACCTTAACTACGTCATTTTCCT ATTGAATAATTGAACTCCCATAATTTGTTCTGTTTAATCAAACACTGTTGTCTGATGTGA AATCAGATTTGTGAGGGGTATTGATAGAGGATACATATGTTGTTCCACAAATAATTAGTC CAATTGAAAGTGAAAATGTTTGAGAATAATTATGTTTTACTTGAGTCATTTGAACACATT AGAAAACAAATGAGACTAACACAGTTAGTCTTCATTCCTTCAATCAAAATTATTACAATT CGAACACAATTGAAGACATTTACAATAGAAAAGCTGATCAAAATCAACCAACAGTGTTTT AAAGAAACAAATTATGGGTGGTTGAATGATTCAATTGAAAAATGACGTAGTTGAGGTACA TGAGAGGAAAAACCCAACAAGTTTAGGAATTTGTTTATGTAGTTGGCCTAAAAATTATTT TTAAGAGGTCAACTGGGAAATTGGTAAGAAATTTTATTATTTTTATTAAACCATTTTTAT TTATTATTTTAAATATTTTAGTAGCTTAAAAGAAATTATCTTAATAAATAATGTTCTATC ACTCTTATAACATGTAAAAACTAAAAATAAGTTTGAATTCACATAAAATTACATATACTT GCAACCCGTCCCACTCCACATTAATTTTTAAAAAGCCTACTTCAATCAGCTCCACATCTA ACCGCACCACACAACCTTAAAACCATAAACATAGCCATAAACATACCCCTCGGCACACAC ATCCAATCCCATTGCCATCTCTATAACACACGTGTATAAATAACAATTTGCTCATTTTGT AAGATTATATAAAAATTAATTAATTTTTTAGAACATGTAAAAGAATTGATTTGAAATAGA TGCACGTTTTTGTAAAAACTAAAAACTAAAAAAATCAAAGCAAAATTTGATAAAACTGAA AGTCCACCCAGGAGAGGAGAGGAGAAGAGAAAAAGGCAAAGGTGGAAGAACTGTTCCCAT GGGCCCCAAGCTGAAGATGGAACCTTATCTCCAAACCGAGAAATACCAGACGATGTCGTT TTATGTTAGTTGAGCAGTACTAAATGATGCCCTGATTGTGATAGAGATATGAGATTATAT TGTTCGTTATAATTTCACAAGAAATCTGTACATTTTTTTTCCACCAGAAATCAACAGACA TCCGAAAAAAGTCATCTATAATAAATAATTGTGATGGCTTTGAACTTGAAGCAGGCATCT ATATTCCCAATTCATGTTGCTAGTGTAACTGGATCCAGGAGGAAAGGAGTGCAAAAGGTG ATGATGATGATGAGTGGATCAGCAGGAGTACCAAAGTATAAGGGGACGCAGATGAGAGAA AAACAGCTGACGGAAATGATAGAGAAGAAAGTGAAGGAAGCTAAGGAGGTATGCAGTGAA GACGCCAGATCGGACGAGTGCAAGGTGGCATGGGATGAGGTGGAAGAAGTTAGCTAGGCT AAGGTGCATTTGCGCATCAAGCTTCAGCTTAATCAAGATCCCCTTGAACCTTACTGTCAA AATAACCCTGACGCCGACGAGTGCCGCACCTATGACCATTAATTAATTAATTATTAGGAT TTCACTCTTGTTGTACTTGGACTTGTCTACTGTATTTCTCTCCAATTTAGTATGATTACA GTTAATTACTAGTACAAAACCCTCCATCTGCTTTTCAGGTTTGTTATATTAGTGTATCTT CACTGCTTTATGAAGCATTTGTTAGGTAAGTTCAAATGTCATGTCCATATATATACAGAC GAATAAAACAAGTAGATATTGAGCGACGTTAAATTCAAGCTTCTCATTATAAAGCTCTGG ACATTAGTCATAGTAAGATACAAAAATCAATTGAAGCAAACTTGTTTTCAAGCATATCAC TTGTTAAGGGTATATGGGTCCAGTTGATGAGTATTGGATGGTTTTATTTGAGATTCAGGC CTAGTAGTTTATCGTTAGAGATTAGAATAACTTGTGTTCAACGATAAATATATGGAATGG AGTTTGTTTCCTCACATCACATAGGGGCATATATTATCACCCCCACCAAGGCTGATATTG TATCCACCCGGAGAAAGGCAAACAAATGTGCAAGTTTTTTTGTTAAATGAAAGTCACATA CGTGAGACGATTTGATTGTTTGAAAAGTTCTCGGCATTCAATTATAATTTCTTTTAAAGG TAATTTACTACTATCACATTTTTCAACTTAAAACGAAAATGAGTAGGAGTCGTATATTTT AAAATTTTGGACTTCAATAACCTTATTTAAAAACTATTTGAATCTCTTGTAATTGCGTTT GATTGGTTGAATCTCTTGTAATTGCGCTAGAAGAAGAGATTACTTTTGGGTTTTGAGGCT GGAAAGGAACCACGTCATGACTTTTGTTGCAAAGTAGTGAATCTGAAGAAGAAATGGGCA AAGGAGATTGTACAAGTGGTCATGAGTCATGACACTGCTTCAGCTTCCCCATCTATCGTC CTCCGTCCCTAAAGACCAAAGGTTGTATCGCAATGCAAGTGCACTCGATCCCTTTTCGCG TCACAAGGCTTCATGGCAAGAGGTGTGTTTTTGCTTCTTCTGATTGCCATCAAATACCAC TTAACTTAACTAATCAATTCTATTCAGCTTGCCGGCGTTCTGGTATTCTCAGCGATTCCT TTCACCGCTGTCAAAGCTATCGCCAACAGTACCTTCGGTGAAACACTCCGTAAACGATTA GAAGAGAGAAAGAAGGTTGCAGTAGAGAATTCAGCTAAGTTCAAAGCACTTGCACTAATG GCAAGAAACGATAGGTAAATCCCTATCTCTTGGTAAGCCATTCTCCTCTGTAATGCATCC ATCTATTTTCCACCACTGTGAAAATGTTCCTATATTATACTGTTATGCATACCCACTTTT GTTTTCACTATTATCATTTGTTTGTCTTCTTTGCAGTATCTGGTATGGAGAAGATCGCCC CCGCTGGCTTGGTCCAATTTCTTATGACTATCCTGCTTATCTTAATGGGGAGCTACCCGG GGACTATGGATTTGATATCTGCGGGTTGAGCAAGGATCCCGTGGCCCTTCAAAACTACTT TAAGTATGGATTGGATTTTGCTTTTATTAACTCCTTCAAATGTTCTTTTGTTCTGAGTAG ATAATGTATAGTATTTTCCCAAAAAATGCAACATCATATGCCATTAAATTATTTGTGACC TTTTATGCTTCTTCAGAACATGTATCCATTTAAAGACGAGCCTCTCACTAAAGAAATGAA CAGAGCGAGGGCCTACGATAACCTACTGAGAAATAACCACGATCCTAAGGTGATTGGTCA CAACTCACATGATTCCATCCTCTTTTAGTTGGAATAAAAGCAGACATGTTTCTTGAGCAT AAATGTAGCCAAAAAAAGTTATAAATTGGTATTTGAGGGGAAGTAGCAAAGGGTTGCAAA ATTCATATCTGGTCAGGGTTTAGGGCCACACATAGACATGAAAGTTGTTCTACTCCCAGA CATTTTTGGAATGAGAGATTGAACATCTTCTAGCGTGGTTGTTCAGAGATCCCATTGTGT AATCTTTTGGGGAGCTTTTGAAATTCTCAAAATAGCAACAAACACACACTCATACAAACT ATTTGTTCAGAAACCACGTAGAAGCTCTGTTAAATTCTATTCGAACTTATTTCAGTTGTC ATGGTTACTCACAGTTATGAAATATTGCATGGTCGTTGGGCTATGCTGGCTGCTCTTGGT GCTTTGATTCCAGAACTTTTAAACCTGACAGGACTTTTCCAGTTTGTGGAACCTGTTTGG TGGCGAGTGGGCTACTCAAAGCTTAAGGTTGGTATCTTTCATATATGCGTTGTAACTTGA CTTCCCTTGGTTGATAGATGCTGCTTCCCTTAGCTATTGATAATACGAGTCCAAAAACTC CCATGCTTGTTCTTTCCTCCAATCTCGCCTCTCCAGTTATCGACTCAGCGGAACCTTGTC TGTCGACCCAAACAACTCATGTCGAATGTGCAAGTAGGTGAGATCGGATGAGTTGATAAT GCTACAAGGAAGATAAATAACTATAGTAACATACTCCAAAGTAACTTAATATCTTCCAAC TATTTGTACAAAATGGATTTGTTTTATGATGAGCCAAACATCCACTAGAATTCTATTTCT TGGCAAAGTTATTATTCAACACTGCTGTGTTCTGTGTAATTCCTACCCTCCCAAGACCCC ACTTGTGGGATTACACTGGGTTTGTTGTTGTTGCTTCCTTGTTCTCAGGTTTTCGAGTAA ACATAATTTGGATTGATTTTACAAAAATTGTCGTTCAAAATTTCAATTTTTAAATTCTGA TATAATTTTCTTATGAAATTTCATTCTTGGAATCTAGTGTTTAACATGCTATTCCTTTCA ATAATTAATTTGTATCACTATCACCCACCTATTTCATATTCTTATCAGAGTGTTGTTCCA CTTGATTATTGACCTCATATTGACCTTATAAATTCAGTATCCAGCGCTTATTGCAGGTAT CCTTTTTTAATCTTATATATTTCTTTCATTTTTTCAAGGGAGATACACTTGACTATTTAG GGATCCCTGGACTCCATTTAGCTGGAAGTCAAGGAGTCATTGTCATAGCCATTTGCCAAG CCCTTTTGATGGTGAGTGTAAACACTTGCTCTATGTGTATCCTTCCAGTAATTATTTCTA TTGAGGTTAAATTAGTCATTACACATAGCTGTTAATGTAATTAATTAGTTGTTAATTCAA TTAGTTAGTTTAGCTTTTCAGGAAGTTAGTTATAGTTTTCTGTTTTGGTTAGCTTCTGTT TTTGGTGGTTATATAACCACAGCCTGCTCACATTTTCTGTTACACAACTGAATGAAAATT GTTCACACATTTTCAATGCCTCTTCTTCTTCCTCTTTAATCAAGCTTTCATCCATGGAGG TTTTGCAGCTCTCTTCAATTTGACATGGTATTAGAGCAGGAACGTTCCTGATTTTCTTAC CTCTTTTCTTCTTCAATCTGCGCATCAGATCCTCTGTAAACTCGATTTTTGTTTTTCAAA ATACAATGACAAATTCTGCATCTACGAGCACTGCATTAGACAGTGTTCCTTCATCTGGGA TTGATGCAGGGAGTCACTTTTACATTCATCCCTCAGACAATCCTGGAGCAGTACTTGTAC CAGTTCCTTTCAATGGCACTGGTTTTCATTCATGGCGTCGTAGTGTACTTCGTTCCTTGT CAGTGAAGAACAAGCTAGTGTTCATCAATGGTGAGTGTAAGAGACCAGAGGTGAATGGGT GAGATGTGATGATATGGTCACTTCATGGATTCTCAACTCTCTAGATCGAGACATTACTGA TAGTGTTGAATATGTTAATGATGCTTTGGAATTATGGACAGAACTGGAGGATCGATATGA TCAGACGAATGGAGCAAAATTGTATCAAACTCAGAAGGAGATAAATGACCTTAATCAAGG TATTCTCGATATCACAACATATTACACTCGTATGAAGAAACTTTGGGAGGAGTTAAACAG TCTGTGTGTTTCAAGTCAGTGTAGTTGTGTGTGTGTATGTGGAGCTAAAGCTAATGTTCA GAAGGCAGAGCAAGACAGACGTTTGATTCAATTTCTGATGGGCTTGAATGTGGTATATAC TACAATTAGGGGAAGTATCTTGATGATGAATCCCTTGCCATCCTTGGCACAAGCTTTTGC CTTACTAGTGCAGGAGGAAAAACAACGAGAATTTAAACCAAATAATCAACTGTTTACTGA GAGTAGTTCTCTAGCTGCAGTTTCATCAAGTTCAGGAGGTAGAAGTTTTCAAACAAACTA TTCTACCTCCAACACAACACCAAGAGGAAGACCTTTCTGTGACTATTGTAGAAGACCAGG ACATGTTAGAGCAAAGTGTTACAAGTTGCATGGCTATCCATCTAATGACACAAATGGCTC TGCTCGTGATCAGCATAATCCAAGGAACACAGTTCAAAACACATATCCAAATCCAAGGCA TAACAATAAAGGAAGAGGTACATCAGCAAACTCTGTAAGACTATCCTGTGATGGAGATAC TAGTGGACAAACAAAGGAATCAAGTTCAACATCTTGTAATGACCCTCAAGGAAATGAGAA CATCAGTATCACCAAGGAGCAATATGATCAAGTTTCTCACTTGCTGAATCAGTTTCAAAA TGATGGAGTGTGTGGATCTGTGAACTTTGCAGGTGGTTTTGCTTGCTCTTTTTCTCTTGA TTATATCAAACTTTCATGTGAATGTTTCAAAACAAGGACTGACCTATGGATTCTGGACTC AGGAGCCTCTCATCACATGACTTTTAACAAAAATAACCTTGTAAATCCAGTAAATCTACC TTATCCTATGTTAGTCAAATTACCAAATGGATATAGAGTCAAAATCACAGTGGTTGGTAG TGTACATCTTACACCTAAAATCATCTTGTCAGGAGTATTGTATGCCCCCTCATTCAAATA CAATTTAATCTCCATCAACTCTCTTGTAAACCATCTTCAATGCACTGTCTCTTTTTCTAA CACTTCTTGTCTGTTGCAGGCCCCTTCACTGAAGAGGCCTCTGGAAATTGGTAAGATGCA TGATGGCCTTTATTTCCTCTGCTCAGATTGCTTACAAAAGAATTCACATGCTCAACATTA TTCCTCTTCCCTTTACTCTTTATCCAGTAATAAAGTACAATGTACATCTCTTTCTTGTAA CTCTCATTCAGATGAAATAAACTCTTCTCTTGTTGGTAATAAAGACAATGTTGCTAACAA CTCTTTTATTTCTAGTTCCTTTCCTAATGATAGTGTGGATCTGTTGTGGCATTATAGACT TGGTCATGTACCCTTTGTGAAGATGAAAAATATATCTTCCATACCAGCAAAATTCTCATC ATGACAACCTTTCTTCTGTCCTATATGTCCCATGGCAAGACAATCCAGATTACCCTTTCC ACCAAAAACACACACCACTACTGGCATTTTTGAACTATTACATGTTGACATCTGGGGTCC ATATCAAACAACAACTCATGATAACTTCAAGTATTTCATTACCTTAGTAGATGACTTTAG TAAATCTACCTGGACACAACTTCTAAGCTGTAAAAGCAATGCTTTCCATGTCCTTAAAGC CTTTATACTCATGGTTGAGAACCAGTTCAGCACCACTGTTAAAACCATCAGATCAGATAA TGGTTTGGAATTCACTAGCAATGAAACCACTCTATTTTTTCAATCCAAAGGGATCATCCA TCAGAAATCCTGCCCCTATACTCCTCAACAAAATGGTGTGGTCGAAAGAAAGCACAAATT TATTCTTGAAACAGCAAGGGCTCTACTTTTTCAGTCTAAACTCCCAGTGAAATATTGGAG TGAATGTAACTTGCTTCCACATATCTTATAAATAGACTACCTTCTTTTCCTCTCCACAAT AAAACTCCATATGAAATTTTATATAAACACAAACCTATCTACTCTCACCTAAAGAGTTTT GGATGTTTATGTTATCCTACTACTCCAAAAGTTCACAGAACTAAGTTTGATCCCAAAACC ATACCACATGTGTTTGTTGGATATCCTTATGCTACAAAGGGTTACAAAGTCTTGAACCTA TCCACTCAGAAAATCCATGTCTCAAGGGATGTTATTTTCCATGAAACTATATTTCCTTTT GCCATGTCTAAAGACCCTACTCACTTCCCAAAATTTCCTTTCCATTGTGTGTCCCTTCAT GATTATCCAACATCATATGATGATCAAGATTACTCCAGTAAAGAAACAACCACATCACCT ACTCATATCACACCTGAAAATTCCACTTCACCTACTCATATCACACCTGAAAATTCCACA TCCATACCACAGCTTAGAAGATCCCAAAGGCTACATAAGACTCCTACATACTTGACTGAC TATGTTCACAATGTACCATCCTCAACTGTTTCAAATTCACAACCACCACAACCACATTCT TTACCCTTGAATGCCCTTTTCACTCTTAAACATTATGTGTCTCCTGATGTCTTTAGTTTT GATAGTCAGTCCTTTATAATGAATATTTCTCATGACTGTGAACCTAATTCATATGAGGAA GCATCTATGGATCCTGCATGGCAAAAGGCAATGACACAAGAGTTCCTTGCCCTGCATGAC AACAATACTTGGACTCTCACAAACCTGCCAAAGGATAAGAAGTCTGTTGGTTGTAGGTGG GTTTACAAGGTTAAACACAAGGCTGATGGAAGTGTAGAAAGGTATAAAGCAAGACTTGTA GTAAAGGGATATACTCAACATCATGGCATAGACTATACAGAAACCTTCTCACCTGTGGTC AAGATGACCACTGTGAGAACACTTATTGTTGCTGCTGCAAAGAAACAGTGGAACATACAT CAGCTTGATGTGAACAATGCCTTCCTACATGGAGATTTACATGAAGAAGTGTATATGGAC ATTCCACCAGGTTTGGCCACTCCTCACAAGGATTTAGTTTGCAAATTAAACAAGTCATTG TATGGTTTAAAGCAGGCTAGTAGGCAGTGGTATGAAAAGCTGACTGAGGCACTACACACA AGAGGATATGAACATTCTCCTCATGACTATTCACTGTTTTACAAGAAAAGAGGTGCATCT AATGTCTTTCTAGGTGTTTATGTGGATGATATCTTACTGACAGGAACAGACACTAATGAA ATTGATGAGCTAAAAAGGTTCCTTGACAATCAGTTTAAGATCAAAGATCTTGGCAGACTA CATTATTTTCTAGGCTTAGAAGTCTTGTACAAAGATGATGGGATTCTGGTTTCTCAGAGA AAGTTTGTGTTGGATCTTCTCAAGGAGTTCAATTGTGATCACATGGCTCCTTTGTCTTCT CCACTAGATCCAAATATCAAGCTAAGATCCCATGAAGGGAAAGTTCTGGATGACCCTACT TATTACAGAAAACTAATTGGCAAGTTGAATTTCCTCACACATACTAGGCTTGATCTCGCT TATGGTGTACAACTTCTCAGTCAGTACATGCAAGATCCTAGAGAGCCTCATCTACATGCT GCTTTTCATATGTTAAGATACCTCAAGAAAGATCCTACTCTAGGTGTTTTCATGTCATCT GCTGCAAACTTTGATGTACAAGCATATTGCGATTCTGATTGGGCTGCTTGTCCTGATTCA AGGAAATCTGTTAGTGGTTACATTGTATTGTTAGGCGACAGTCCTATTAGCTGGAAGTCC AAGAAACAAGAAACAATTTCACTCTCTTCAGCTGAAGCAGAGTACAGATCATTGAGAAAA GTAGTAGGTGAATTAACCTGGTTGCAAAGGTTGTTTGAAGAGCTGAATATATATCAGACT GCACCATTTCCTGTGTTTTGTGATAGCCAAGCAGCCATACATATTGCTAAAAATCCTGTT TTTCATGAACGTACGAAACATATAGAAGTGGATTGTCATTTTGTGAGATCAAAACTCCAA GAAGGGCTCATTTCATTACATCATGTTGATACTACTAATCAGTTGGCAGATGTTCTTACA AAAGCACTTACTGGGATTAAGCATTCTACAATTCTAGACAAATTGGTTTCGATCACCTCT GCTCCAATTTGAGGGGGGGTATTGAGGTTAAATTAGTCATTACACATAGCTGTTAATGTA ATTAATTAGTTGTTAATTCAATTAGTTAGTTTAGCTTTTCAGGAAGTTAGTTATAGTTTT CTGTTTTGGTTAGCTTCTGTTTTTGGTGGTTATATAACCACAGCCTGCTCACATTTTCTG TTACACAACTGAATGAAAATTGTTCACACATTTTCAATGCCTCTTCTTCTTCCTCTTTAA TCAAGCTTTCATCCATGGAGGTTTTGCAGCTCTCTTCAATTTGACAATTTCAATGCCGTT CTTCATAAAAAAAAAAGAATTATTTCAATTGCCGAATGTGTTGAATGTGAATCACTTTCT GGTTATTTGAATTCTTCTTGTAAACGGTGCATTTTATCTCTTGCAATACACTCATTGTGG GACAAGGTAGGCATTTTGCAGTCGTGGAGATGGTTGCAAGTACAATGAATCTATGAGCTG AAGTAATGCTTTTAGCTCAAGATACAGTTTTCCAAGGTTAAGATAGTGACCCTATAGATC AATCCCTTTCTAGAAAAGCCAATGTAGCTTTGTGTTCAAATGCGTCCATACAGCTGATGC TTGATTGGTTGAATATGATCAATTGATGTCTGCTTCCTTCTGCCATTCTTGTCATAATAA TTTAACTGTGCCGATCGAGCAATGCATTTGAGAGTGATGATTTTGTTGAAAAACATTTAA TGGTCCATTGGGATAGAATGCAAATGTTGATCTTAAGTTCGAATTAAATGTCTGTTATTG CATTCAAGGGACAGCTTGCTATTTTTCTCTTAAAATCCTAGTGCCAAATGACATATTGAA TAATTGTTTATGAGCTATAGCTGGTGAACATGTTGAAACAATTCTCATGGAGATAATCCC ATGCCTAGAGAAGAAATAGGACAGTAAATTCTGTAACTGTAGTATATAATCTGGCCATTT CTACACAAAAGAAACCACCATCTAGTTGGAACTTGACTTTGGAAATGGCTTTTTTCACAT GAACAATGAGGGAATTTTTACTTGATTTCTTCTGTTCTTGCAATTAACTGTTCTTTCATA CTTTTCTGTGCATAGGTTGGACCAGAATATGCAAGGTATTGTGGAATTGAGGCTTTGGAA CCGTTAGGAATTTACTTGCCTGGTGACATCAACTATCCTGGAGGTGTTCTTTTTGATCCA TTGAATCTCTCTAAAGATCCGATGGCTTTTGAAGAGCTAAAGGTTAAAGAAATAAAAAAT GGGCGCCTTGCTATGGTTGCCTGGTTAGGCTTTTATGTCCAAGCCGCTCTTACGGGTAAA GGCCCTGTGCAAAACCTTCTGGAGCATATCTCAGATCCATTCCACAATAACTTGCTCTCC ATTCTAAAGTCTCTGTAAGAGAATTCACTTATCCAAAGTTGACAATGGGGTTTAAGCCTC CCAGGTATAATTGTTCTGTCTTCTTTATATTTAAGGCTGTAATATGTGAACTCATAATTC ATCTGAAAATAGTGTCATACCTAGAAAAGGTGAAGACATGTTGTGCCCAGAAGAGTATTT GAGGTTGTCCATACCAATGAACCTTATATGGTCTTGTTTATAATGGGATGTTAAATGACT ATTGTTATTGTTTAAACTTCTGTTTATGATGGGATGTAAATAATAAGGAAGCAAGTATGT TGCTTGTTATTTCTTATGTGACACGCTTCCTTTTTGTTATATCTAGAAATTTATTCATTC TGCATTATAAAAGCTTCAGGAAGTTATCATATTAAACAATTTAACAAAGAAATTCTCATG TCTTTTAAGAATAATAATAAGGAATATTTAATTTGCATTTTGTTTCACTTTCTTTAGTGT GAAAAAAAAATGGAGCGGAAGGGGTTTGGAAATATTGATTGGGATGGAATGGTGCTTCCT GTGCGTTGAGGTATACTTCATGCAATTCTTCTTCTGTTAGTGCTTCTTCTTCCTCTCCCA ATATTCTGAACCAGAACCTCTCCGACCCCTTCTCCAAATCCTTCAATAAGACCGCCAATA AATTCAATAACCACCTGAGATGCTAGACGAGCAGCAGTCCCAAGCATAGTGGGCTTTTCA GGAGGCTTGATCCCATATTCTTGAAGCCCATTGATCATGGACTTAGCACACAGTGCATGA AGATGGTAGTCACAGACTGTGCAGCTGTACACTCGACCTGATGACCTTTTCTTCTTGCAC TCACTGCACACCATTCCTGGTTGATCATTACCACCACCAGCACCACCTGTTAAAGTGTTT CCTTGGGGTAAGACTTTTAGTAGGTGCGGATGATTGGGAAATTTAATCTCGGTGGAAAGC ATGGCACAACAAGGATGCATCTGGAAATTACAGGATTTGACTCTGCATCTAAATGTGAAT CCTTTGGTGGACTTGCAGCAGACATCACACCTTGGCCACGCTATTCCAGCTTTAACTGAT TTGTTTAAGAAAAGAACATGTGAAAATTCTGGAGATGGGAAATACATATCACAGAACTTA TGCCAGACAACATATGTATGCATTTAAGCTTATAGAAGCATATATCTTGCCAAAAAAAGT ACCACTTTGTGTAGGAATCATGTGTACCTTGTTTAGGTTTAGCATGGAAGACGAGTTGGT GCTGTCCATGGAAAGGATGAGCCTTAAGAGAGGGCGGAGATAAGGCACAGAAGTGATGAA GCTGAAAATCACAATCTTGGCATGCATACCTACGGCCAGTGCCAAACTCCTTGCAACCTG AGCAGGTAAATAGTTCTGAGAGAGTGATCTCTGCAAGCGGGTGCTTTGAGTGAGTATGAT GAACAATGGTTCCATTGTGATTAGCATGATACCCGGTGTGATCATCAGGTGGCTGGGGCG ATGTTGGGAACTCTATGTAGGTTGGAGTAGGAGATGGCTGGTTGCCGCCCTTGGTCTTTG CGGCTGAGGAATGAGCAGAGACAGCTGAGAGTGGAGCGTGTGCCAACGGGAACGATGAGG TATTGTTCAATCTATTCATTGTTACTATAGATGTCCCTGATCTCCTGAGGGGTTTTATAC TGGTGCTGTTCATCATGTTCTAATTTGGTTTCAAAAGAGAGAGTCTGAAGAACCTTATTG AGTAGAATGTGAGCTAGCTCATATATTTATGCTTGCTTTGGATGCCTGGCTACAGAGAAT TTAATCTAAATTATCAAGTTAAAGTAATCACGATAACAGTAGGTTGATTGATAACGTAAA AGTAATCTAATTACAGGGAATCTTTTGAATGAATAGATATATAGATGAATCATAAAGTTG TTGATACAGCTAATCTGGAATTGAGGCATAACAAATTTGATTTATTAATGAAACCTACAC GAAGCAATTTTATTTGCTCGATAAAGTCAGATTAGCTTTTCTTTGCTAGTGGACAAGTTT GATTTTTGAGGGAGAATGAGGCCCCTCTCTTTGGTACCTTTTATTCTCTGCAATAACAAG GAGCAGTATTTTCCAACCAAGTATGTCTTCTTTTTTCCCTTTTCTCTCTTTTTTACTACA CCCTAGTAGACAATAAAAGCCATGGCACGAATCAAAATCACTTTCTTGGAAGATACTTAT TCCGGTATAAAGTAGAGGCGTAGAAAATGTTAACATCTTATTTTTCTTTTTGGAATTGCT TATAAGAGTTTGCCACATTCAACCCTCAATGGTTTGGTTAATGAAGTGGCCTGAGGTCTC AAATTTGAACTCCAGAGACAAAACACTAGGTAATTACTTTCCATTTGTTCTAGCCTTGAT GGACAAAGTTATTTGATATCTATTGCTAATAGCAAGTGACAAAATATGTTGTCCGAGTAT GCACCAACAGGTTTGGACACCACAATTATTAAAATAAATAAGAAAGAGTTTACCACATTC AATAAGTGGTTTCGTGTAGTCTGTAAAATAAAGTTGAAAATCTTTATCCTATTCCAATTT GCAGAAAAGCTACTAAATACTACTACTGTAGATGATGGTAGATATTGAGCATTCTCCTTC TCTGCTGTCGAATCTATATGATTAATGATTTACTGTAGTTGGTTGGACTTTGTGTTTCTT ATGATACCCAATTATTGCTTGTGGATATTTAACTACTACCGCATATATTCGTAGCTATTT TTTCTTCATTTTCCCTTTTAGTTATGGTTTATTTGATTTAAGTAACCAAGACATTTAACA CTGTCTTGTACTATGAATACAGATGCACAACGTTACTGTAAGGATCAGGGACTTGAATAT TGATCTTTTGCTTCTTCATTTTTCCGTTGTTAAATGTTGAATGTCGTATTTCTTCCTTCT TTGATTACGTAATTAATAGTAGACATAAGGCTAAAGAGAGAGCCAAAAAAAAAGGAGAAA AAATATGACATTTGTTCTTAAAAACCTAGTTTGACAAGGAAAACACCCCTCCTATTAAAT TAAATGTTTTAAACGGAAAATCCATAATTTCCTTCTTTTCCCCTGGATTAGGCAAACAGA AAATTTGTCTCCGTAATAAGTAATTGCGATGTATTTTTTTTTTATTGTTGGTAAAAGATG ATGATGGCAATATTGGTAATAAAGAAAAGATCCAAGTGCGTTATTGTAGGAGAAATTTGA TAAGTGTCTGTCCATAGAGTCTTTGTCTTTGTCTTGTCAGCCAATGGCTAAAACTCCAAG TAATTTGGTAGTGACATTGCTCGCCTTCACTCTTGTGATGCTCATTTGGAATCTCCAACC TTACTACGATACCATCCTTAATCCCCCTGCATCCTCCAACATTACCGACCCTAACAAACG AACCTTCATTACCTACGGCAATGCCGCCTCTCTCTTCGTCCAGATGGGAGCCTATCGCGG CGGTCCCACTACTTTCGCCGTCGTCGGTCTCGCTTCCAAGCCGCTTCACGTCTTTGGCCG CCCATGGTATAAATGCGAGTGGATCCCCAATACTAATACAAACTCATCTAAGGCCAAAGC CTATAAGATCCTCCCTGACTGGGGTTACGGCCGTGTCTACACTGTGGTGGTTGTGAACTG CACATTTACTGTGAATCCTAACCTTGATAATAACGGAGGGAAGCTCATTCTCTACGCTTA CTATAGTGAGTCACCCAAGAGATACGAGAAAATCACAGCATTGGAGGAAGCACCAGGGTC TTACAACCAATCCAAGTTCAGCCCGCCATATACCTACGAGTATCTGTATTGCGGTTCCTC CTTGTATGGAAATTTGAGTGCATCTAGGATGAGGGAGTGGATGGCCTATCACGCCTGGTT TTTCGGGCCCAGCTCCCATTTCGTGTTTCACGACGCCGGCGGGGTGTCATCCGAGGTAAG GGCCGTGCTGGAGCCGTGGGTACAGGCTGGTAGGGTCACGCTTCAGGATATAAGGGACCA ATCCGAGTTCGATGGCTACTATTACAACCAGTTTTTGGTGGTGAATGATTGCCTCCATCG CTACAGACACTCTGCCTATTGGACCTTCTACTTTGATGTTGACGAGTACATATATCTTCC TGATGCCAACACTACTCTCGAATCTGTGTTAAGAGACTTCTCCAACAATACTCAGTTCAC CATTGAGCAAAATGCCATGTCCAGCATCCTCTGTTTGAACAATTCCTCTCAAAACTATTC CAGGTTAATCTCCATAATTTCTCTACAATTGTTTTCACTTAATTATATCATTGCTCTTCT TGTTTCTTTGTCATTGATTTTCTCTCTTATACAAAGGCATTCGTTTATCTCTTAACTAAA ACTTGATTGATTGATCCATCTTTTAATGCCTATTGGCTTATTAGTAGTCGATACTTTAGG GGTTGCTGATCTAAGTTCCTTACCATCAATGCCTATTCTGTTAAATTTGAGATTCTCTTT AAGAGTTTCTGAAGCTTTCCTTCAATTGTAAGTGCATGTTCATGTGTTTGTATTTACAAA GAATGCAGTCACATTAATATATGGTAGAACCAAGTTTTGCACTCTACTATTACAATTTGT CAAAGGTATTTGCGTTCCCATCAAATCAAATCAACAATGAAATGAAAATCTTTTAACATC TTGCTGTCATACTCTCCGTTTGTTATTAATTACAGGCTGTGGGGCTTTGAGAAGTTGTTG TTCAGAGACTCGAGAAGTAACATTAGGAGAGATCGCAAGTATGCCATACAGGCAAAAAAT GCGTATGCAACAGGTGTGCACATGTCGGAAAATGTAGTAGGAGGGACTTTGCACCAGACA GAAACTAAGATCCGCTACTATCATTATCACAACTCCATCACGGTACATGAGGAGCTGTGT CGTGAGTTTTTACCCATGTCTGCTAAGCATAACATAACCTGGTTCGATAAGGTACCCTAT GAATATGATGACAGCATGAAGAAACTCACCCAAACCATCAAGGATTTTGAGCGAAATACT ATCAATATTAATGCAGCTCCCGACCATACCAATAACTCATAGGACCAGTTATTTCACCCT TACATAGTACAGCAGTATTGTACCATAATTTTAGTTACCACAGTGAAGAGAAAGGAACTG GTGAACAAGTGTTTCAGTAGTAGTGTTCATCCCTACTCCTAATTCTTGCAACTCCTGTAG GGTCACCACACTTTATTTCTGCTGGCTGGATTTGGTTATTAATATCAAATCATTCATTTG TATCCACATATTGCAAAGTTAGGTTGATTTGGGAAAAGAGAGAGATGAGGATTTGTCTGT AAATGGTAATCGTTAACATTTTCTTTTGCGACTACAATTCACTTCTTTCCTTTTCATATT CATTACAATCCCTTCTTTTCATTTGTTACTCTAGAGTCTGGTGGTTGTCTTTCACTCATT TAAGAAGCAGTTTGTGACTAGACATTTTTTAAAATATAAATAAAAAATAAAATGTCACTG CTATACAATTTACAGAAACCTCCCGGTTAGAGCCTGCTTGGCTCAGCTTAAAAGCCGGTC AAACCGACTTAAAAGTTGGTTTTTGGTTTATTTATCTGTTTGGCAATACTCAAAATAACT TATTTTAAGTTTAAAAAAAACTTATTTTAAGCCAAAAGTTAAAAGCTGGGGTAGGGATGT TTTTTTTTCTCCAGCTTTTTTAAGTTGACCACATTTTTACCTTTTTACCCTTAATATTTT TATACAATCTCCAAATTACTCACATAACCCTAACATCTCTTTCTTCTATTTTTCCCTTTT CACGTGTGGATGATAGACAATTACTATTACTAATGAATGAAAATAAAATAAATCTTAAAT CTTTCAAGTGATCTATTCAAATTATATATTATTAAAATGTAAAATAAGTTGCACATATAA CTTGAATAAAAATTTATATTCCTCTTATAAATAATTTGTGATAATAAAGAAATATGTGAA TGATAGACAATTATTATTACCTATGGATGAAACTAAAATAAAATCTTAAATCGTTCTTTA ATCTATTCAAATTATATATCTTTAAAATCTATAATAAGTTTATATTCCTCTTATAAATAA TTTGTGATGAGAAAGAAATATGTGAATGATAGCAAAATATAATTATTTATGACTGTAAAA TATAAATTAATTAACTTTTATCATGTTAACAGCTTTTAAGGGTATTTCAGACATTTTGAT TTAAAAAACTGTTTATCAGCACTTATTTGCCAAACACATCAACAATTTTTTTTTAACTTC AGCACTTTTATCCAAACGCATAACTGCTTATTTAAAAATAAGTTTCAGCACTTTCGAAAG TACTTTTTTAAAGCTGCTTTTATTAAGCCCATCCAAACGGGCTCTTAGTCTTTTGTCTGT TAACAATAAAGGGTGTATTATTTCTATTGACGTGGATATAAATATATAGCCAACAGTGCA ATATAGGTACTATCAAATATACATAGTGAAATTAGGTTTTAAGTTTAACTCACGCCCCCA AAGCTAACTCGAGGAGAATTATCTAAGTTTTATAAGGAGTCCACTCATCTCATTAATCAT TGATATGAGACTTTTTCATTCTTTAACACATACCATGATAAAGTATGAACATTTCGTTTT AAAAAAATTTAGTTCTTTTGAGTGAACATATTTTAATTGTATTCTGGACATTATTATTAC TATGAAATGTGGTTAGATTCACAAAAGCTAGAAAGAAAACATATGCAGAGTCTAAATTAG GGGTGTATATGATCGGGTCAATTTGGATTTTTTAAGTATCAAAGCAAATTATTTATGTTA GATTTTTAAATCTATAAACTAAATCAAACCAATAAAATTTGGATTTTTCAACCTCGGTTT TTTTTTAACTTTTCGACTTTTTGGATTTTTTCGTAAAATTATTCATACAAACGTATAATT TACTTGTAATTCAATTATTTCTTCAGTCCTATTAAAATACAACATTGCAATGTGTTTCTT AAGCATATAATACAAACAATGATATGATTAATGACACTAAAATATTCAATAATGAAATTG TGTAAAAACAAATAGTGCAAATTAACAAGTCATAATGAAAATTATCATAATTTAGAAGTA CTAAATCATGCTAAAATAAGTTTAATAAGTATTAGTTACATGACTAAATATTAAAGGAAA TTAAAATTAGATTATGTATTTTAATTGTCTAAACCAATGTAAAATCAGAACAAATATTCA ATATTATTGTCATTCTTAGTGTTAAATTGATTTCCTTTTTGCATTAGTATTAATTTGATT TTGATTTAAGTTTTATTATAATTACCAACACCTGTGGACTATCATCTTTATGGAACCATC CAAAATTCTAAGTTTCAAACTTGAAATAATATATTAAAAGATAAAACTATGAAAAATTAT AAGATATATTTAAAAGTTATATCAAAGTAAATATTTCTCTGTATAAAATAAAAATTTAAA ATTATATATATAATGTCGGGTTGATTTGGTCTCGAGTTGATTCTTTTAGTTAAAACAAAA CCAATCCAAATATAGCCGAGTTTTCTTTTTCAACACCAAACCAAGTCAAATCAATCACTA ATCAAATTTTATTTTTTTCGAATTAACTCAATTTGCGGTTCGAATCCGTACACCCTAGTC TAAACCATCAAAGATGAATGGGGGGTAATATAAGAAGAGAATAAAGCCCATTCCATTTAG TCAAAGCCCAAAAGGGGTTTGGATTGGAGCCGCTGTTGTGTTGGAGGTCTTCTGCTGACC AACTATTCAAACACATACGCTAAAATGGTTCAAATGATTTATCCATTTTTTGTGGTTGGA AGAAAAAACAAATCCTTAATTATTCAATCTGGAGTATGAATCAATTTTTTTAAAAAAAGA TATATTAATATTTGTTGACACATAAATTGTATGGTGGGAGAATTAAAGTACCTGTTAATT GATGTTGGATTGGAAATATTATTCTTAGAATATATGAAAGCAGCTGGGATGGGGTATCTA TCTATCTGCAGAAAAGTTAAGAGATAAAAACTGGAGTTTGTTGAGTCAACAGAAAACTCT CGTCTTACTTATTTGATGATAGATATAAACCCCTGTTAGGAATAAGGATTTTAAATTAAT TTTTGTCCTCTTCATTAATATTCTCTCAACATATTACCATTGTTTATCATATTTATCTCT CCATGAAACCACCAAATTAAGTGGGTACCAATAAAATACGGAATTCCAATAAATAAATAA AATATACATATTGGACCACGCCATCGTGCGGCTTTCATAAAATTAAAAGATCAGTACGGT CAATTAATGCAATTTAGTAGAAGAGAGCCATAGTATATAATTATATTATTATTAATTTGA AGAAGATATATACGTTACCATAAAAATAAATTTAATTTTTAGCGGAAATGGAATAACAAA AAGGGTTAAAATTTTATTGACATTAATTATTATTGTCTTTCTCGCTATCATATTCGGTGG ATGAGCCCTTTCACTTTGAATCTGATATTTATAAAAACGCTAATTATTTCTAGAAAAATG TGCCAATTAAACTGTTGTTGTTGATTATTTTTTATGTAGTGCTACATTAATTATTTGGTA CTCGAAATACAAAATAATATAATAATATAGTGAAATAAAACAATTAAGACAATCTATAAC AATTCGTTTCTAGTAGTGTTAGTACGATATATTGTAGGATTGGGATTTATTATTTTTACT AGTGAACGTATACGCGCTTCGCGCGATTATAAAAAATGATAAGTTATGAGTAATTTTATT AAGTATCATATAAATAAAGATGTGTTTGTAATATAATTGTTAGACCTTGATTTTTTATAG CAAAGAATAATATATAAATTTAATGCATAATTAATCTTTCGAGTTTTTGCGGACATCCAC TCCATAGGTTGATCATAATTTAATAATTTGCATCTTATTTTTTGAGTCAAACTAAAATAT GCAAATAATAAACATAAAGAAAATAAAAAACAACAAAAAAATAAATAAATCAATGTGATG ATTTCTACATAATCTAACAATATCTCTCAAAAACATAACAACAAAAAAATTAAAGTGATT ATTTCTATAAAATTTTAACTATCTTTATTTATACGGCTATAATATCTAATATCAATATGA TTATTAATTACTTTAGAAATTAGAAAAATAAAAAGTTGTTAATGTAATGAAAATAAATAT CATTAAAACTTATATCAAACAAAATAACTTTTTAGTTTCTTAACATTTTATTTAATACTC CTTTACAAAGGTAAATTAGATCACATTAATTCGATATTTTAAACAGAAAAATCAGATATT CTAAAACTATATGAAAAGTACTATAAATTACATTTTTTTGCATATTAATATGATAAAATA AAAATCATGACAAACAATTACAGACAGAGGAAGTATAATAATTAAAGAATTGAGTTGTAA ATGAAGGGGAAAAAAAGAAAATCAAAAAAATAAAAAATCAATTATTAATTAATAATCAGT TATACTTTTCCAAAAATAAGAAATTCAAAAGCTACCGTTTTGCTTACATATAAAAATATA TTTCTTAAATATTTCTCTTCCTTATATTTCGCTTATTACCTTTTATTTTTGTAGTTTATA TATATATATATATAAACTAAACTCCTGCTACTCAAAAAAAGATGAAGTTTAAAAATTAAA AAGAATAAGTTATAAATAAATTTTTGATAAATTACAAAAAAAATAAAAGTCTTTAAAAAT GAGCGTGATAGAAATTTATCAGAATTTAAGAAGTGTTTTATTTTTTAATAAATGAAAGAA ATTTAGGAGAATGAAAGAAAAAATTTAGAAAAATTAACTAATAGTATTTTAATTTTAACT AATAGTATTTTATTAATGATAAAAAAGAAGATATTTTAATTTTTTTCAACATTTTACCAC AAATTAAATGAAATTAATTGAGAGAAAATGGGCAGAACATATTCATGGTAATAAAAGGAT ACATAAATAAAACATACATATTTATAAAAAATAATAGGAATAGAAGGTACAATGTTAAAT TATGGAAATAAGGATCAGAGTTAAATACATTTCTTTTAAGAAAATTATAAAAATAGAAGG TACAAAAAAGAATTTCAATAAAAATAATAAATTGTAGTAATGATAAAGAAAAATAAAAAT TAATAAATTGTAATAATGATGAGAAATTTGATTTTTTTTCAGATGTCATAGATTAGAGAA AATAAAAAATTAAAATATATAACAAAATAAATGACTGGAAATTAAACTTAAATTTTAATT ATATTACATAAAATATTTTCTTTTATAAAGAAAAAACACAAATGTTCTATCAATGTTTAT TAGTCAATAAAAATTAAAAAATAGTACAACTATCAATTCCAAAAGTGGATCGATTCTCAA TAATCAAAAAGGAAAATAAATTATAGCACTAACTAAATTTAAAAAAAGAAAAGTAAATAA ACAAATGCAAAAGAATGGCAAAAGCTTCAGAGGTTTTCAAACTCCATATTCAGTCGTCTT CGTCGATCAGCAGCGCAAATATTCATGGCTATCTCGACACCATCACATTCATCCGACTTT CATCTTTTACATACAATCTCATGTCCAACATGTAGCAATCTAATGGTATGGTTTATATAG TATTCAAAAGTTAATGTTAAAAAACTTTTCAAATTCTCTAATTAAGTGTAAAGAATAAAT TTTCTTAAATTTTACAATTAAGAAAAATGTTTTTAAGGTAAGAATTTGATAACTGAAGCT TTTATGTATGATTTAATGAGGGAGTGATTAAATACTATGCTTTAATATTTTATAAAAATA TTTAATAATATTTTATATTTTAAAATGAAAAAAGAAACTTTACACAAAAAATCTGCAATA AATAAATAAAAAATCCAGCCCTTAGAGGCATGCCACATCAGCAATTCTTGATTCAGATTT ATATATATATATATATATATATATATATATATATATATATATAGATAGATAGATAGATAG ATTGTTATTATTATGAATTAGCATATTCAAATTGTGCGGTAGCTAATGATCATGATCCTG AATATGTATAAAAGAATTACTAATATTTTATTAATAATTTGTAACCGGCTGTTTAAACCT AACATGTGAAGGATAGGATATTATAATAAAGAAGAGAAGATTAAGGGGACAAGAACAAGC AGCATATCGTGGGGTAGATCTTGCAAGTCCAACCCTCCCTTGATGATTGATTCATATTTG TCCTATATGCAAAGTAATTAATGTACCCTAATTTATCAACTTATTAATAATTATTATAAG TTTGGTTGGTTGTATATGCGAAATTAGATCACAGTAATTACTAATAAAGTATATTTCATA AAAGAGTGCAGTATCCCAAAATCCAGAAGTAGAAGAAAATTATTACTCCATATTTTATAT TACTAGGATTAAAAGAACAAAGATACTAGGATTGAGCGTCGTCATCAATGATTACATAGG TCAATTACAGTTAATTTTCATTTCCTTTTATAATTCAAAAATAACGTAGAGAAATTTATA AAAGGAAAAAGGAGGCATGATTATTGACCTAAATTAACCGCAGGAGTAATTCATTTTAGC CACGTAACTGAAATTTGATATGATACTTTTTTACTGCTTCAATCAGGATCGAGTATACCA AATGTGAATGGCGGAGTTGAAAAGAACACCAAATGGTAGCTGTATAAAATGGAATATGAT TTCTTTCCTTTCCTTTTGAACTGTTTTGGAGTAAAATGAGCCAACTACTAATTAATTCTC CAATTCAATCACTATATATTTTGTTATTCCTCATATATTTATTTGATGCACTATAAATTT TTAACAATTCTGAATTAAATACTCCGTACTGTATATTAATAACTAGTTTACATTTTACCT TAATATACCTAATTATTATAATGTAATGATGACAATTCAATCATGCACTAGGTAGTTACG CAAAGTCAAGATTCCATTTGTTCTCTTTTTACTTTTTTTTTTTGTACTCCTATTGTATGG CAAAAGAGGACTTTAAGTTAAAAGAGTCTTGTTTACACCAAGTAGAAATAATATCTTTAA TTTTAGTTTTTAACTCAAAAATCACTTTATTATAAGCTTTTTCTCTTTAAAAAATCAATC AATGTTGATTTATAACCCATATTCAATTTTATTTAAAACTAAATCGTAAAAAATTAAAAC TATATCTGTTTAAATTATTAATAATCCAACCCACTAAAAAATTGTCAATGTAAATCACTT GGCCTTATATTTGTAAGTAAAAGTAAATATTTATTTCAAATGAATTTATTTTAAATATGT ATTTATAAAGCTAAAATAATTTAAGTGCATTGGAAAAATAACTTGGAGAAATGAGATTTA ATTTAATTACAAGATTTTTATTTCATCTCTTACACCTCTGCTTCCATATGTCACTTTGCA TGTAATTGTTTGGATTGCCACTTACTATGGTGCCATTTCCTTCTAGCACTATAAATGCTC TCATTTATTCTTTTGACAAACCATTGATAATTTGAGGAAATAGTTGAAATTATTTTTTAC CACAACGCTCAACAAGATTTAAAATTTTAATTTATCTACTATTATTTATATATAATATTT ACTTATTTTCAGAATAATTTTTTTATTGAATTATTATCTTTCTTTTTTTTTTTTGGAAAA TTTTCAACAATATTTGTGCATGATTAATCAGCAACGTTATGTAATTTTTAAATTTAGATA TTTGTTAATTGTTTCAATATCGACGTGATGCTGATTCTTTAACTGGAATTAATTTGAAAT GATAGAAGAAAACATATGGAATTCATTTGAAATGATAAGAGGATCTAATTTCTAAAAATG GTTTAATTAAATATATTTTTATTCTTAAAATTTGAATAAAATAGATAGACTGATTTGTAC GTAAGAAAAAAGTTTTACAATTAAAAACCGTCCAGTCGGTTACGTATTTGCTTGGGTTTC AAGGGTAAGGTGTTACTGCATAAAAATCTATGCTTGACCAGCAGGCAATGACGCCGTCAC TTCCGTCATTGTATGAATGAGTCGTCGTGGACCCCACTCACACTTTTAAGAAAAAGATAG GAAAACGCTAGGGATTGAAATTTTTTTGTTTATATAAAGGTCAATCACCGCCTCATTTGC ACCCACAAACATTTATTATGGGTGCTTGCTTGTCTTCCTCCTCGAATATCGTCGATCAAA AGCAGCTGACCAGCTACGTCATCTCAATTGGTGGAGAGCTCCGTCAATATAGCGTTCCCA TCAACGTCTCTCAAGTTCTTCAATCTGACATCTCTTCCACCTTCCTATGCAGTTCCGACC GTCTTTACTTTGACCATTTCATACCTTCACTTGATTCCCAATACCAGCTTCTTCCCAATC AGATCTATTTCATGCTTCCGGCCTCCAAGCTTAAATATCCACTCACTGCCTCTGACATGG CAGCTCTTGCCCTAAAGGCAAGCACTGCTCTGGAAGAACTCAACAAAAACAAAAGCCGAA AGTCTAGGAAGATCACGAGTAAGAACCGAATTTCACCCATGCTTCTTCCACTAGAACAAG AAACCAATAATTATTACAAGTCCACTACCGTAGGACTTGGGATTTCCATGAGATCTGCAT CGGTCAGAAAATTGCAGCGATTATCTTCACGCCGGGCAAAGATGGCTGTGCGATCCTTCC GTAAGCTTATCACCATTCAAGAAGGGTTCGTTCTTTTTTAGTTAATGATATATTCTTTTT GGTTGCCGGTAAACATGCGATGCGAGTTAGTGCTCTTCTCTCGCTCTACACGTGTATGTG TATATATATATATATATAGTAAATACAAAACAAATATATATTTTACATATATACGATTAA ATTTCCTTGTATGTAAATGGTACTTAATTAATTAGCTTGTACAACAACAACAACCATGTA TTACTTATTAGTACAGTTTAACCAAAAAAATCTACACTTGACGATACATTTTGTTTTTTC ACATTTGAATTTGATCGATTAACAAACTTGTCATATTAAGTTATTATATTAACAATCTAT AATATATTTTTTGTGCGATTGCTGACTTTCGGGTGATCAAAATTGTCGAAAAGACATGAC CACCCATTTAATCTGTAAATAGAAAATGAAACTACTTATATCTTTTGAGACATGTCACAT GGTATATTTTATCACAAGACAATGTATGGATGGATGATGATTTTAAGGGGAATGGAGTAG AAAGAAATTAACGTGTGAAGTCGTCGCTCACTACAATTATATAATTAAATGGGAATGAGG AATCGCCAAAAACAGAACAAAAAGTTCAAAGTGGTGGGGTTGGCTAATTAATAAATATAA TTTAAGTTTTTGGCTCAAATTTTGTAGTTATGTAATTTGTTCACACCCAATAGCAATTGG CGTGGTCCTGCATACGACTTTCTCCTCCATCAATTCCATTGAATAACTGTTTAGGTGGGA ATGAAAAAAGTTGGTACATGTGTAAGAGGAAAAATTGTATTCTCCGGATTTATAAGAGAA GCTCTTCACTTTCGTTCAGAACAATAATGTCCGATTTCTATCAACTTCCACTTTTCTTAT TTACTTTTTAATCTAACATGACGTACAGGAGAGTTGACAAATGTTCCCTATTTTTCATGC CTCCTTTATTTTAAGTATTGTTTGACTTGAATACAGCTAGTATTTCTTCTACTGCCAAAA TGACAATAGTACGTGCCATTCCAAACTTATTGATCTGTGTTTGGACAAATCAAAACATAC AGTTTTTTGTTGATTCTTCTTCGTGGGTACAAGTCTAGCGCCTAGCAGATGGGAGCTGCT GCATTGGCTTACTACTCTATTATGTACAAGTCTCGACCCGACAAATAAATGCTCAAGAGT CAGGACCTCTCCTATTTCCCTTTCTAATGAACCATTGCTGTAGTTGCTACGGTAAACTGG AGTGAGTACAAATGCATGTATTTAATGTCAAAAATTCATCAACCCATCCTATTACTAATA ACTTCACACTCAAATTATTTGAAGTAACTTTTTTTTTCTTTTCTTTATAAAGAGAGGTTA ATACAATCCACAATTATGAATTATGTTGTTCATGAACCAGCTACAATGGAATTTGGAATA AGGTGACTTTAATTGATCTCTATTTTTGCGCACATAATTAAACACACAATTTTACAAATA TCACGATATTCAATAGGTAATATATTATATAAAATTTTATACCATAAATCCAAATATGTA CCTCAAAAGTTCAAAGGCACAAGAAGCCAAATATTAAATTCCATGGAACAATCATACGAA TGCAAATGAGAAAGAGAGAGAAAATAAAACACAAAGGAGTTGATAAAAAAAGAGTAAAAA GTTGTTGGGTTAGTATAAGCAGACATGGAGGACCCATTTCTGCTGCACCTGCAGTATTAA TCATGAATGCTAATTGAATCCCCCCAATGAACTCGTTAGAATTAAGTATACCTAGCTACT TCGTTAATGCCATACGTACACCTAATTTATCAATTCTACCTTATTTTCTTCTTGTATTGT TATTTATTAGTATTACTTTCTTAATTCATTTATTATGCGTCATAACTGCTACTAGCTTTC TGGTGGTCTGTTATAATTTATATCATAGTCTAGTAGTCTACACGAGTAGGGATGATTTAT TTTTCTGAAAAAAAACAAAAACTTTCTGTTGAAAGAGTGATTATTTTTTGGCAAAAATAA AATTGAAGTGCTTAAGTATTTCATAAAAGTCAAGCAGCAAAATAGGTGTTGGTGTGCCAA TTTACTATTTTACTATTACTCTCTATGGTCAGAGTGGAATTAATTAGTACATATATATAT ATATATATATATAGTGGAGTGGAGTAATAATGGAGTAGGAAGATTGATGATAGTGTGTTG GCATTTAATGCATTTGGTTTACCTATCCCTACTCCATCTTCTTTGTCAATCTCGAAGTCG AAGATTATTACATATAATTGTGTCGGCTGGAATTGGATTGCCCCTGCAGCTCCTCAGTAT TGATATACCTTCACTCCATCTGATTAACCATTTTTAATTAATAATAAAAACTACTCTTCT TTCAGAGCTCTCATGTCCTCAATATGTCTCCCACACCACTAGTAAGCTATACATTACTGT TATTGTTGTTATTATTATTTTCATTTACCAGATTTTGATTCTTACAGGAACCAGTACATT ATAACCATCATTCTCCCAACTCCAATCATACTCCCAAATTCCAGGTACATACATACATTG CTAGTATTTCTGTATTAGACTAGCTACTTTAATTTGTTGTATGCAATTCTAATTCAAGGA AACTCTTTGATATTTCAAGTTCACAGAGAATTTTTCAACCCTCATAATTTTTTTTGTCTG ATATTGGAACATTGTAGAATGAGTCTGTAATAGGCAATTCCTTTTTCAGCGCAACTTGCA GTCTTCCATGGAATTGATGAAAGAAATTACTACTCTCGAAATTGAGATAATGCGTTTGGA ACGATATCTTCTCTCACTATATCGGACAGCTCTCCCGCTTGTATTGGAAAATAATCAGAA AATCAAGATAAGCTCCCCTACCCAGTGTACAACACACCAATCATACTCCGATGTTGAAAT GGATACGTGTGCGGATCTAATCTCCGCTGCACATGCTTTGGCTGGTGTAAGTGATCAGAT TCAGACTGCCAAAAACTCATCGTCTATAAGGGTCAATACATCCAACTCCTACACTTTTGA CATATATACTATCAGTATTTTCTTTCAGTTAGAATTGTCTCACTTGTCTTTCCTCAAGGC ATTAATTTGGTAACAAAGTGTCGGTCTGCAGGAAAAATTAACGGATTCTGCCCACCGTAG CCTTGCGGATCACCTCACTGCCTCTCGCATGGATGACCTTCTTAGTTATCCTGATAGGCT GTCTGAAGAAATAGTCAAATGCATATCTTGTATATACTGCAAATTTGCCAATCCCAATAT TCTTGCTCCAAAGGGATTATCAGTTTCTTCTACTTCGTCATTGTCATCATCAAGCACATT TTCTCCGAGAAATCTTTCGGGCAGCTGGAGCTCACATCACAATGAGGAGAGCACTGAGCA GTATGAATTTGAAGTGATAGAAATTTTGAAGATATGTCTAGATGATGATAGTTTCAATTA TGCCACAACAATGCTGCATAAGTTCAGGTTATTTGCAACAAACACAAGTAGTTCAAATAG AGTTAAAGAGTACAAAAATCTTCAATACCTGCTAGTGTGGACTTGATTAAAAAGCATGTT AAGAAGTGTTCGACAAGCTTAATTCACCAATTTGAATTTGTCATACTAATTTGAAAGCTG TAAAATGTTCCATCTAAATGGTAAGTTCTACTGCATCAGAAATTGTTTTTATAAATAATT GTCACTTTTCTCCCTCCTTTCTCCACCAATCAAGGCTAAAGAGAAGATGCAACTTCTAAA TGGAGAAATGACAATACAATCTGAATATACTCAATATAGTAGTATATAAGTTTTATTTTT ACTACGTTGATGCTCTGCAGGACACTGGTTAAGAGCCTTGAAAAGGTTGATCCAAGAAAC ATGACGCGTGAAGAGAAGTTAACATTCTGGATTAATATTCACAATGCCCTGGTGATGCAT GTAAGATTTTCTCAAAGATAACTTTTCAACATTAGCTTAGTAAAGTTTTACCCTGAAACA AATTGATATGGATTATCCAGTATTGATGAAAAACATTTTGCTTACCAGACTACAAAATCA TCCAAGGTGGAGCTATTGTTTTAAAGTTTCAACCTTTTTATTTATTCGTTTCGTACTCTA ATTGGGAGGTCATGACACTCTCAGTTATACTTCTCGTCGCCAATACCATACTAGGACTAA ATGTGTTGTTCAAATAATCACACATGAAGTGCCATTCTGAAATGCATTATGCGTCCTTTT GATTGGCTAAGTACGTAGTGTACTTTATACTAGCATCAGCTATTCTTGCACTCATTGCTC AAGACTAGCATTTGATTTGGTCTCCTAATATGGGGACTACAGTGTTTCTCTTTCTTTTTT AACTATTTAGTTCATCCTATTGAAGCCTGTTATGAGGTACTATATGACTTCTTTTCAGGC TTATTTAGCCTATGGAACTCAAAATTCTGTCAGAAGTTCTTCAATCTTGAAGGTAAAAGG AATAGCCCTTATCTTTTTTTTAAAAAAAGCATTTACTTATATATAGTATCAAAAAATCTG AGTTTGTCATAAAACTACTGCAGGCAGCTTATAATGTGGGTGGTCATTGCGTAAATGCTT ATGTCATACAGAGCTCCATATTAGGGATACAACCACACTATTCTGCACCGGTATGCTGAA TGCTAAGTAAAATCCTATTCTAAGATTATCTTACCTTTTCAAAAAAAAAACAAAAACGAG AAGCATCCTATTACTAGATTGACATGCCTGCGTCATTTCATGATAAAACTATTTTACTAG GTTTCTTAGCACTTCTAGCTAACTTGCTTGTGGAGCACCAGCGTTACATTCTCTTAATTA GTGAATTGTTCTTCAATGCTATATTAGTTAGAGAAATGCTTGAAATTATTTGCTTAATAA TCTGATCTTCCTGTGAAGGAAAGAAAATGCTAACAAAAACAGACAAGTATAGCTTGTTAA ATCATAATTATGCTTGTAAAGAGGATGGTCTTATCCAACATATTTTTTATTGAGTGGTTC CCACTTCCCAGCAGTTTCGCATCTATATTTTGTAAGTTTTACATTCAGATACTATTGATA TGAGTTTGGCTCCCCCGTATGAACTACAACCTCCATCTCAATTCTTTTAACCTATTTTCT TTTTTAGTTCGTTTAAAAAAGAATGACTCTTTGGTACATTTGACATATTTTAATTTAAGA CCACAAAATTCAAAATTCATTATTTATTTTCTTAAACTCTGTGTCTGGTCAATACAGGTA AAACAAAATTAAACTGAGGAGTAACAATTAAAATACAAAAGGGTGGGATAGGGAAAAATA ATTGTTTAAAAAGGAGGAGGAACCTTTGTAGCATTCCCTGGATTCTATTAATTATGCGTT TTATGGACTCGATCCTTTCTCTAATACAACATGAATGCAGAGGCTACGGACGCTCTTTTC TCCAGGAAAAAAGTTTGCGACAGGAAATTGTAGACATACATATGCGATTGAGTACCCTGA GCCACTTGTTCACTTTGCGCTGTCTTTGGGTGCATCTTCTGATCCCGCGGTAATGTTCCT GCAAGCTATTAGTTTAAAAAATTCATGGACTTCGCATTTCTAGTATGCATTTTTAATGCA ATATGTTGACACGTGCAGATTCAGGTTTACACAGCGAAGAACGTATTTCAGGATCTTAAA GTAGCAAAAGAGGAGTTTATACGGGCTACAATTTGCATTAACAAGGACAAAAGGATTTAT CTGCCTAAAATCATATGCTATTTTGCAAAAGATATGTCCCTGAGCACGGATGAAGTAGTT GAAACTATCATGGGATCTCTACCAGAAACTCAGATGAAACTAGTCAGATCCTGCATGAAG GAGTACAGAGCCGATAAGTTACTTTATTGGTTGCCACAAAGTTGGACGTTTAGATATTTG ATCCAGAAACAAGTAATCCAAGGAGATTATTCATTTAACTGTCAATATTAGTGTTGTACT TATATAATAAAAATATTTCTCTCATTTAATTGCGAAGTCATGTAAGCATCATTATATATA CTGTGTGCGGGTGGTTCAGATCTTTCCACTAACTACATTTCTCTCTTTAAGTGTTGTTTT CAGAAAATATATCAACTTTCACCCTGTCTGGGAGTTTGTCATGTTGCTTCTGCATCTAAA GTTTGTATAACAGGTCATGTCCTAAAAACAGACTTCAGAGTTCAGATACACACTTATATA CATCTGATTCTCCCAACAAGTAAATTCAATTATTGCTTTATCAGAAAATTCATACATGAT TTCTTTTCAGTTGTTTTTGTCTTATTTGGAGATTCTTATAGTGTCTGTCTATGAATAGCT TGTAGAATTCCAAACAGGTCTAGTTAAGCTTGCTCTGAAGTCTGGTTATCTGCGATCTTA TCCATTGTGTATGTAGTTGTTGCTTGTCAATCCAATAGGCTTTGCAGCGTGCGCCTCAGT ATCCTGAACGCACAATCTGAAAGGACTAGTTTGTGAGGCACTGAGTGATTATGAAAGTAT TGTTTCCTCATATAGGCTGCCACACATTGCTGCCAGAGTTTTTGCAGAAAAACCTTCAAA ATCATAGCTTGAAGCTATATCGATTAATTTGATCAGGTCACTTTGTATGGTAATACACTA TTATCATATCATGTCTTCTCAGATTCAACTTCTTTTGCTTCAGATCCAATGTGCAATGCT AATTGTATTTTTTGCCATTGTCAAAGGGTGCTTTGATTAATATTATATTCCAAACTATCA CATTGTTCTAGTGTTATAAACACTATTTTTTATTTGTTACAATAAAGATTCAATTAATTT AAAATATAAATTTAAAATTAGTTTTAATAATTTTTAAAATATTATATAAATCATACTTTT CAAAAATTAAAATATATTCCTCGAATACTATGATCTATGGCCAAATTAAGTTTTACCCAT TTGAGACAAATTTAAAGAACAAAAAATGCTTAAAAGTATTATTTAGAAAAATAGTACAAG GGACCATTTTGAAAATAAAGAGACGGAAGGAAAGAGGGAGAGAGAGAGAAATTTAGAAGC TGGATTGTATAATCGGCGATTGCCTCGCCGGCGAAGTCATCAAGGATTTGGTTCAGAAGC TGAAATGGTTCTTTCTTTCAACCCTTTCTCTCTCTTTTACGTAATAGTTGTAGTAATTTT AATCATCATTAAGCTTTTTTTTTTTTTTAAAATCTGTCAGAGTGTAGAAGACGATGCTGC TATAAGACGGTTAGAAGAAGCGGTTGTCTCCCAGCCCGGCGACCCTTCTCTCCATTTTGA TCTCGGAGTCTTATTATGGGACAAGGGAGGAGAATTGCCAGATATTAAGGAGAAAGCCGC ACAACATTTTCTCATAGCAGCCAAGCTCAACCCACAAAACCCTGCTGCTTTCACATATTT GGGACATTACTATGCTCGAGTAGCTGTCGACTCTCAGAGGGCTATCAAGTGTTATCAGAG AGCTCTTAGCCTTAATCCAGACGATTCAATTGCTGGGGAAGCAGTTTGTGATATACTGGA CGCAACTGGAAAAGAGACCTTGGAGATAGCTGTATGCCGTGAAGCTTCACTCAAGTCGCC CAGGGCCTTTTGGGCTTTATGCAGATTGGGTTACCTTCTGGTTATTGCTCACCCTAATTT TCTACTTCTTCATTGCCTCCTTTTTCCGTCCTGTCAAATACATTGCAAACTTACAGGTCA ACCAAAACAAGTGGTCCGAAGCCGTGCAGAGTCTTCAGCAGGCCATCAGAGGCTATCCCA CATGTGCTGATTTGTGGGAGGTCATTTCCTATTCTATCTCTCGTTTGTTCTTACTAATAA TTGCTCTGACGCTGTCCAGTTTATTCCGTCACTAGTTCAGTCCTCAGTGATTTCTTCCAT CTTTTACTTATCTAGGCCCTGGGTCTATCCTACCAGCAAATGGGCATGTTTACAGCCGCT GTTAAGGTAATTACCTATGCTCTAGTTCATAATGGGCAGATAGAGAAGTTAAAATCCACG AGAGGGGGAGATTAAGTAATCTATGGAAACATATCATTGAAACATATGAAAGGAGAGTGA GCTACTTAATGGTAGATGGCATGCTTTAAAGGATAAGGGACATCAATAATTTTGTTACTT TTACACTTCCTCTATATTTTTTATGTTTTAAATCTTTGGTTTATTGATACATAGATCGTA TATGTATTAAAAAATGTTGAACGGAGTAATTTGTTTGAATGCTGCTTATTTGCTCTGTGT ATCTTGATATTTTGCTGCCATTATATTCTTTCCAATCTTGCTTTCATAACACTTCTTTTT GGCCTGAGGGTCTATCGGAAATAGCCTATCTACCCCACAAGGGTAGAAGCAAGGTACGCG TACATCCTATACTCACCAAACCCCACTTGTTGGGATTACATCGGGAATGTTGTTGTTATT GGAGTAAGATGTTTGAATAGTTAAGTAAATTGTGTCACAGTGATAATACATCCCTTTGAT GCCGTGCCGCAATGATAGTGCATCCCTTTGATGCCATGTCTCAGTGGTAGTACGTCCCTT TGATGCCTGCTACACCTTGATAAGAAGAGAGGGGGGGGGGGGGAATAAGTGTAAGAAATC TGAAATTAAATGATAAAGGTCTACTTTCAAATGCCTTTGGAGGTATAACATGGGAGGAAT GAAGTCGGGGAGGAGTTAATGAATGCTATCCATGGTAAAGAGGAAGCATGGAGAAATATT GAAGGGGGGGGGGGGGGGGCGCTATAAAAGAGCATTAGTAATCAGTGGAAAGAGTTCAAC CAGTTTAACAAATTTAAGGTGGGTAATGGAGCCAAATTTTTTTCCTAACTTGCTCAGTTG CTTTCTGGTTTCATGCAAATACTGATTGACAGATTGATTTCAGGAGAAATTTAAATGATT GTAAGATAGAGCATTTATGTCAGTTACTGCAGCTGAAATCAGTTTCTGTTGATCATAATA TAATGGACTCTCTGATTTGGTTAGCAAGCAAAGAGAACAAATTTTCAGTCAAGAGTTGCT ACATACTGTTGATAAAGCAGTCAGGACAATGGAAGCTTCTCGGCCATTGAACATGATATG GAAGGCAAAAGGCAAAAGCTCCTGTTAAGGTATAGCTTGCTTTCGGTGGATAGCTGCTTG AGGGGCATGTTAAACTCAAAGAATTTGCTAAACTCAAAGAATTTGCAGAAAAGTTTTGTC CAATGCAACAAATACTATCTGTGTCAAGAAGATCAGGAGTCAGTTGAGCACCTATTTCTT CACTGCAGATTTGCCAGACAATGCTGGGGTTTATTTCTTTTATTAGAGGTATTACTTGGG TGATGCCTCACAGTTTAAAGGGGTTAATGGGAAGTTGGCAGCAGCTGTTGGTTCCTAAAA AGAGAAAGCAGATATGGAGGATTGTTCCATTCTGCATCTATTGGACAATTTGGTTGGAGA GGAACAAGGCTTCTTTTGAAGGGAAAAGAATTTTGATCTCTAGAACTAAAAATAGATGCT TATAAAATTTGTACTTGTGGTGTAAAAGTAGCCCACTATTGAGTTTAAATCAGCATATGG ATTTCTTAGATCTGTTAGGAAAGAGAATATATTGTCTGCCTGCTCCGTGCTTTGTATTTC TGCTCCTTTCTATACCATCTTGGTACTCTTTAACATAACTTTTACCTTGTAAAATAATGT CTGCTACATGTTTCTCAATCCTTTCTTCTCATTATAATAGTCCTATGGAAGAGCTATTGA ATTGGAGGAATCACGAGTATTTGCACTGGTAGAAAGCGGAAATGTCTATTTGATGCTTGG TTCGTTTCGGAAGGTAAAACTTCTCCTTGCTTCTGGTCCATGCTTCACTTTGCAATTTTA ACAAGCTTGATATATGTAGTTCGAAGTGTGGATTTGGATTGGTACTCCTGAACTTTGGTT TAGTAGACTCGTGTATGAATTCAAAATTATTAGGTTGTGTACATTGTGCCTCTACGTATT ATTCTGCCAAATAAACTTATATAAGGATAGACAAAAAGTTCTTTGTACTTGTACAAAAAG CTTCTCCCAGTAGAAAAAATGAAGAAAATATCTGGCTATGAGCGCATATGGGTGAAGATC ATACCTATGAAAGATATTCAGATTCTTTTAACAATTCTTTCTTTACGCTTCAATCCTGAA TGAAGGGAATAGAGCAGTTTCGACAAGCTTTACAAATCTCACCTCTGAATTTGTCCGCGC ATCACGGGCTTGCCTCTGCACTCCTTAGTTTGGCAAAGGAATCCATTGATTCTGGTGCCT TTAAATGGGGAGCTTCACTCTTAGAGGTTAGCTATACAGCATTTGAAATTCCACTTGCTT CTGTAGCATTATGGTGCAAAAGGACATACTTATTCTATTACTTCGCCCTTCTTTTTTTTG GTTGAGATTTTTCTCAAGTGTTTTGCTTGATTTCAGGAAGCTTCAAAGGTGGCTCTAGCA AGTACTTCCATTGTTGGCAATATATCTTGTGCTTGGAAGCTGCTTGGAGATATTCAGGTA ACTGCTTCTGTTGAATTATGTTTTTTCTTTGCATATGCCAGTTATTTTCGTGCAATTCCA TCTCCCAAAATCTCATGTCTTCCTACAGCTTTGTGTAGAGCATGTCAAGAGTCAAGCCTC CCCCCATCCTATTACTTTACTGCATTTATGTTTTAGTGTTGACTATGGTGCTGTTTCTAT CCTTGGTTAGCTCACATATGCAAAATGTTTTCCATGGATGGATGAAGGATTGGGCTCAGG AGCTGACGAAAATTCATTCAGCAGTTCGATCTTGTCATGGAAGAGAATGTGCTGTTTAGC AGTCAGATCTGCTTGTTGCTCCTACCAGCGGGCATTGCATTTGTCCCCTTGGCAAGCTAA TGTGTATACTGATGTTGCCATTGCATCTGATCTTCTTTTCTCGTTAAAGGAGAACTGTAA AGATGACATGAGCCCTTGGTATGTGTTCTATTTTATTGCTTAATATATTCTTACATTTGA ACTAGCTCATTTATTACACTAGCTCATTTTTCAGGTTTGTGTCTGAAAAGATGTGCCTTG GAGGCTTATTGCTTGAAGGTTGCAATAGCGAGTTTTGGGTAGCCTTAGGGTGTTTATCTG ATCATTCTGCATTAAAGCAACATGCTTTCATACGAGCACTGCAGTTGGATGTTTCTCTTG CTGTTGCATGGGCATATCTTGGAAAGGTAACTTGCTTCATTTATTTCTCGAAACCCTCAG ATAACTGAAGAAAACCTTTTAGTAGAGCACATTGTGTCATGGATCATGTAATTACAGTTC TATTTGTTGAATATTTATGCTAGAATCCATAGATTCTGAACAATCCTTCTTCCTCAGGTT CTGAAGAACACTCATTGAGTTTGTTGGCTTCATGTAAGAAGATCCAAAAATATATTTACT TTGGTTCATGCATAAGATTTTAGTCACAGGAGTCAAAAACCTGGAAATATCATTGTGTTT TTGCATGAACTGTTAGACCGAGTGTGCAATCAAGCACATGGATTGAATAATTTACTTCTG ATGTCTTTATAGCCTTGCTCATACTTTTTACCCATCAATGTTATATAAAGGTTGTTCATA TTAGGCCTTATTGTCATAGTTAAGAAATTTAGCTAGCCTATCCAATTGTAGGAACTATAA GGCCCTTTTTGGACATGATTTGAAATAAGATTGATTTGAAGTCGAAGTTTTGTTTGGACA TTCAATTTGGATTTCTTAAGTTGTATTTTTTCTCATAAATGTGAAACCCACCATGAGAAC TCTCAAAAATTTCCTAAATTCTTATATAATCTTACCAAATCTTATCAAATGAGCAAACCA TTGTTCATAAATAAGATATGGAATATCCTAAGGCGCTGCATTGATAAATCACATATCTCC AAATTCCTTTTATAAAAGATATTTGTGGAGGATAATACTCTCTTGCACATGGTGGTCAGT TTGGAGGGAAAGAAATGGAAGGTGTTTGAAGTCAAAATCAGACCAGTCCATGATGTGAAA TGGAACTGCCTGGAGACTTTAGTTGTTTGGTGTAAACATAACTGTATAGAGGAAATAGAG GAGTCAGTAGAATCTCTAGGAGCTTTGTAAAGCTAGAGTGAGTAGAGTCTACTTGTTTTA TAACTTGTTCTGAATTTTGATGGTGGCTAGCATTCCCAATGCTGAAGAATACAACAGTTC TAATTCTCAAAAAAGATATTTGAGATTATAAACTTTCAAAATCACATATCCCAAGTCCCT TACTAAGCCCTCTGGATCCTACTGCTAACTCCCACCAAAGTTTCTCCCTTTCCATTCTGT CATTTGAAGCATAAACTCCACTGTAAAACCAAGCAAAATCCCTATTATTGATGAACGAGT TTTTTAACTGTCATAGAATAAACCGGTCAATAATAATCTCCCTGAACACCCTCTTATCCC ACAGAAAAAGAATTCATCCACTTCTTCCATTGACCAAGGTGGCATAATCATCCCACCTGT TATCCAATAAATGTCTAGCTACATCCCCTATATTCCCTTCTATTTTTTGTTTCTTGGAAT CAAAAGATATCCACTCTTCATTCTATTAATAATTATTTGATCCTCCTCTTTTTGAGGTCA TTCAAACCCCTCTTCTCCTAAGGGATTATATTAGCTTTCATTGATATCCTGTTAAGTTAG ATTCCCTCCTAGCTTCTCCTTCCTTGAATTTTACCCCGATTTCCAAATTTTTTATTTCGT TGGCCCCTTAGCCTTTGGTGGTGATTGAAATGGGACTAAGACGGTGCCTCTGCCATCCCG TCTTTTGCTATCAAATATCAGGAATCAGGACCAAAAACCCCGTTTAAAATCCTTAAAATC CACTCCTAATTGCTTGCTTTACTGCAAAACATGACGCTGAAACTGAGTAGAAGCATCCGA ATCAGCATCTTGGACTTGCACATCTAGAGATTGCCCAACATGACTTGTCCGCCTACTTCA TGCTAGGAAATTTGAACAAAAACAATGAATCGTTAAGGTCGTAGATGTATAATCCACAAG GAACACCTGAAAATAGATAACTGTGGGGAAGTGGGACATTCTCGGCATTTCGGCGGCAAT TGCAGAAAACCTGTTTGCAGTATCCATAGCCATACGTACTAGTACTCAATCTAAGTTCTT CTCCCTAGCTTACTTTAAAGAGAGAACTTGAACTTCTTAATCTCTATCTTATTCAAAAAA ACAAAAGAAAAGGAAGAGTGAACTTGAACTTCCTATATCTGGTAGATGGGTTTACTACAG TACGAGAAAGGTGCATGTTCACCTAGATGACAATAAGTGGGGCAATCCTAATTGCTGTCA ATTTTCAAAAAAAGGAAGGACAGTTGTCTGGTGCTGTTCGGAGGTGAAGTTATCCCATGG AATTAGTTGAGATGCGAGAAAGCTGCCCCGAACACCACGATTATAAAAAGAAGGTATACT ATTTGGTGCTGTATACGCAAAAGAACGGGAGAAGATGTAAACCATTTACTAGTGCACTGC TAGATTGTAAGGCAAATGTGCTGGACACTATTAACCAGTTTGGAGTATAGTGATTAACTT CAGGTCAGTGAAAGATCTGTTGCATAGCTGTCTTTCAGAAAAAGGTGAAGGGGATGCAGA ACATGAGATGTTGGTCCATTGATCCTTTTGTTGGACTTTGGAGGGGCAGCAACAAGTGAG CATCTGAGGAGAAGAAAATGAGTTTTTACGTTGATAGTACTTCTCAACTTTTTAAGCATC CACAATGTTCCTATTTGTATAGATGACTGTAGTCTTTAGAATCATGTCTTTCTTGTCACC TGCTTCCTTCTTTTTTTTTTTTTTGTGTGCGCGCGCATGTGTAGGGTTTCCTTATCCAAT GTGCTGAACTGTTAACAGTTGCAAGTCATGATCATACAGTATATTAAGGTCGGGTCTGTT ATGTAAATTGATTGATGCATGTGTGGTGATTAGATCTGTCTAAACGTTGGGTTCATATAG CTTTATAGGCAGGAAGGGGAAAGTCAATTGGCTCAGCTAGCATTTGATCGTGCAAGAAGT ATTGATCCTTCACTTTCATTGCCATGGTCAGGCATGTCGGCTGATGCTACTGCAAGGTAA ATTCATTATGTTATATAGAAAAAATATGGAATGATGCATTTGCACCTTTCATGTGAAATA TAAAGCTGAACACGCTTCTAACAGGAATCTGAAACCAGACGAGGCTTATGAGTGCTGTCT GCGGGCGGTTCAGATCTTTCCAGTAACTACATTTCTCTCTCTGTGTTTTTTTTCAGAAAA TATATCAACTCTTTTAAGTGTTCTTTTCAGAAAATATATCAACTTTCACCTTGTCTGGGA GTTTGTCAGATTTTTCTGCATCTTAAGTTTGTATAACAGGTCACATCCTGCTGCTTGTGA AAACAGACTTTAGAGTTCAGATACACACTTATATAGATGTGAGATTCTCTGTTATGGCCC CCTGATATGCGCTGTACTGTGACTAAATGTTTTCTTCCTATGACCTATGGGGCTGGTTAT CTCTTGAGTTTGAAGTACTCAAAGACTTAGTAAACTTTTGCTTTTCATTTCCTCAGACAC ACAACAGTTTTTTTTTTTTTTTGATAATGGTAACTTTCCTTCTGTATATCTACAGGTATA CTACAACCAAGGTGTAGTACCCCTTCAAAAGTATTACAACTTACAACTAGTAATTCAGTT TTGTGCCTTACAAAAAGTTAAAAACATCACAAATATCTTCTGTTTGAGCTAGTAGTTTTT GCTTACACCAAAAATAATAAAGGCCTAAACAATTCAATTCATTTGAAGATTCTGAATGTT GTTTTGAGTCCCCTCAAAGCACCTTTTGTTCCTTTCAATCCAAATTGACCACCAAATACA TTCTGAAACGATCTTCCATTTTTCTTCCTTCTTGCTCACATTACCATCCACATTCCCGCA TCTTAGAACGTCTGCAATGCTTCCAGGTTTCACCCAATAATCTCTTTCCAACTGATGAAC ATCCTCCAAAGCTGGTCTTCCAACTGATGAACATCCTCCAAAGTCCATTTGCAGTGCAAA AAAAGATGGTTGATTGTCTCAGCTTGTTCCCCACAAAAAACAGCCAGCGGTTAGTTGGTG ACCCTTTTTTTCAGGTTATCATGAGTTAACACTGCTTCTTTGGCCAGAGCCAGATGAAAC AGTTAACATTGTAGGGAATTTTTGGTTTCCATATCATCTTCCAAGGCCAATCTCTTTCCT TCACCACTTCTACATTTAGCTACCTGTATGCAGATTTGACAGAAAAAATTCCCTTACTTT TTCTGTTCCATTCTAGTCTGTCCACTTCGTCAGTCAGATTGTTGAAACTTGCTACTGAGT TATAGAATTCTGTTATCCTACCAATCTCCCAATCATTCAGATATCTCCTTAGATATCGAT GCCATCCTTGTCCAGTCCACATCATGGCAACTGTGGCTTCTTGTTGCTGGCTTAGAGTGT ATAGCTCCGGATGTTGTTGTTTCATTGTTAAAAGCCCTGCCCCACTTGTCATGCCAAAAA AAGAGGTTTTCTGCCCATTTCCTATCCTCACCTTATTTCTGATCTGCATCTTTGGCCAAA GATTCCTAATAGCTTTCCAGACTGAGCATCCATAAGGTTTTATGACATTCTTAGTCAATC CAATTATCTTCCATACCATACTTTGCAAGAATGGCTTCTTTCCACAACAGTCCATCTGCA GTAGCAAATTTCCACAACCATTTCATCATCAGGCTTTGATTCTGCTTTTTCATATTCCTT ATCTTCCTGCTTTCTTGTTCACTAACAGCTCCTCCCACTTAACTAGGTGATACTTCTTCT TATCTTCATTCCCCTGCCATACAAAATTCCTTATCAAGACATCTATTTTCTTGATGACAC TAGCAGGCATTGGGAAAATGGACATCAAGTAGGAAGGCAATGTGTCTAATACACTGTTTA CTAGGGTTAGTCTGCCTCCGCTAGAGAGGTCTTGACTCTTCCAATATGTAAGCCTCTTTG TACATTTATCCACCACCCCGTTCCAAATTGTTGCGGACTTACTTTTAGCTCCCAAATGCA TTCCAAGGTATGTGGTTGGAAGTTCCCCCACTCTTCCTCCTAATATACTTGCTAGGGCAT CTATCTCACTGACTGTGTTGATAGGAAATATAAACTCTTCCCCCAGTTTATGTGTAACCC AGATACTGCTTCAAAATTATGAAGATGACCTTGAGTATCAGAACTTGTTCCTCATTTGTT TCACAAAATACTAAGGTGTCATCTGCATATATTGTAAGTGTGTTACTTCTACACTGTTCG TCTCGCTCAACTGGATCCCTCCATTCCCATTATGAACAAAAATGGAGACAAAGGATCACC CTGTCTCAAACCTCTCTGGGATGAAAAGAATCCATTCGTTTCCCTGTTAATTAGCACTGA GAATTTAACTGTGCTAATGCAATGCTCTATCCACTTGATCCACCTAAATGCAAACCCCAT CTTCTCCATTAGCTTTAGGAGAAAATTCCAATTCAAGTGGTCATATGCCTTCTGAATGTC CAATTTGCACATAATTCCTGGTTTCTGCTGTTCTGTCTAGAATCTACACACTCATTTGCT ATTAAGATTGCATCCATTAGTTGTCTCCCTGTGATGAAAGCCATTTGTTGTCTGCCTACT AAACCATGGATTACTTTCTTTAATCTTTCTGCTAATAACTTTGCTATGATCTTGTACACT CCCCCAATCAAGCTTATGGGTCTGTAATCATTCTCCTCCGCCCCCACTTTTTTTGGAATC AGCACCACAAATGTAGCATTCAAGCTTTTTTCATAAAAAAGCTTTCTCATGGAAATTCTG CATTGTAGCTACCAGATCTCCTTTGATTGTTCCCAGCATTGTTGGAAGAACTCCATAGAA TAACCATCACGTCCGGGGGCCTTATCTCCACCACATGCTTTGATACTTTCATAAACTTCT TGGGAACCAAGTGGAGCCATCAATGCTAGATTATCCTCAACACTTATTGTAGGATAGTCC TCCATTTCCAGTTGTGGTCTCCATTCCTCAGTTTCTGTGTACAATCTTTCATAGTATGAG ACTATCTCTTTTTTCACCTCTCTTGGGTCCTCCACCATTAACCCCCCCAACTTTCAACTT ATCTATAGTGTTTGATCTCCGGTGGATATTTGCAGTTCTATGGAAAAGGCGAAGGAGTTA TGTTCAGTTGAATCAGAATCAACCTTCGAATTCGCTAGATCCGTTGTGAGTGCATCTAAG CGAGCATTTATTGCTTCCTGCCTCTCTATATTGGCTGCATGATCTTCTTGCAATAAATTC ACTAATTGTGCCAGTTGATGTTGAATTTGATCTCCCATAACACCCGTCTCTGTGAAAGAT TTCACAAATGTTTTCTTCCTACGACTTATGGCGCTGGTTCGTTAGAGAGAACCTGCAATC TCTTGAGTTTGAAGTACTCAAAGACTTAGTAATTTTCTGCTTTTCATTTCCTCAGGTTCA CAATAGTTTAATGCAATACTTATAAACTAAGACCCCCTAGAAACTAGGACATGACTTACT TAACTGAAATGAAAAATTGCACTGTTACTTGTATTACAGAAAATTAACTATTACTAAAAA GATATTACTGCTGTATCTCTTGGATAACTAAGGAGTGATAACATTCTCCCAACAAGTCAA TCCAATCGTTGATTTATCAGAAAATTCATGACGTGGTTTCTTTTCAGTTGTTTTTGTTCT ATTTGGAGGTTCTTACAGTGCATGTCTCTGAATAGCTTGCAGAATTCCAAACAGGTCTAG TTAAGCTTGCTCTGCAGTCAGGTTATCTGCGATCTCCAGAGGTACTTAGGCACTTGTTTT ACAATCCATTGTGTATGTAATTGTTGCTTGTCTATGTTTAGGCTCTGATTCATTGACGAG GGACTACTTCAGTTAGTGTCGAGTGTAAGTTATTAAAATTGTTATACCAGGCATTTGGAG CCATCCAGCAGGCTTTGCAGCGCGCACCTCAGTATCCTGAATCTCACAATCTGAAAGGGC TAGTTTGTGAGGCACGGAGTGATTATGAAAGTGCTGTTGCCTCATATAGGCTGGCACGCC TTGCTGCCAGAGTTTTTGCAAGAAAGCTTTCAAAATCATATCTTGCAGATATATCGATTA ATTTGACCAGGTCACTTTGTATGGTAATACCAAGTTCTTTTGCTTCAAATTCAATGTGCA ATGCACTTGTATTTTTTGCCATTGTCAAAGGGTGCTTTGATCAACATTATTTTATGCAAG TTCTGAGATGCTTTGTATCCATACAGGCAGGAAATGCTGATGATGCTATTGAAGAATGTA AGTATTTGGAAAGCAAAGGTATGATTCTTTATTATATTTGCGTTTTTGTTGTTCCTAGTG AGGAATTACTGCTAAAGAAAAATATCATGGTGAGGGATTAGGGCCTGCTTTTTGTCTGTG AACAAAATAACAATTATGAATTGAGTACTGAATTGAGACTTTATATGAGTGCTGAACTAC TAGTTCGGCAAAAAGGTTAGGCGTTGTGTCTCTCTTAGTGTTCACTTTAACTAGTTGCTG AAGTCGTGGAGTAGCATCTTGCTTAAAATGTATTTGATATTGTTGTCCTACTTGCATGCT TTTGCTCTCATAATCGAAAATGCCCCATGAGAATGCTTATTGCTTTATTCATTATAAACC TGTTTCCATTTTCGCTAGGTCTTCTGGATGTAGAAAGTTTGCAGCTTTATGCGCTTTCTT ATTGGAAACTTGGAAAATATGACCTTGCTCTTTCTATGGCAAAGAGACTGGCCTCATCTG CTTTACCAACGGAGCATCCATTGGCTGCTGCCTCCGTCAGTTTCATCTGTAGATTAGTAT ATCATATTTCAGGGAAGGAATTAGCTATAAGAAACATATTACAACTGCCAAAAAGAGCCT TCCAGAGTTCAAGAGTTAGGCTTGTAGCATTTGCTATTCATGCATTAGATGAAAGTCATC AGCTTGACTCAGTTGTTTCATGTGTTCGTGAGTCTCTTTCATCTAACAAAGAGATTGCTG CGCTGGATTTCCTGGCCACACTGGGCTTACTAGTAAGTTTTCTATTCCAGTTGCGTCTTT TTACTTGATCTTGGGCCTCTAAGTGTAAATCCGGACTTCCTTATCGGGGATTTAGGTCAA ACATGGATCTAAGGACTGCCTAGAAGTTCAGAAGGGGGTCAATTATCTAAGAAGAGCTCT TCATACTTCTCCAAACAGTCATTTGATAAGGTACATTTTCGTGTTGTCCACTTTGGCATG AACTAGTGAATTGTGCTTGATCAGAGCACTTCAGATTAATGGGTGCAATTCATTTTAATC ATGGTTTGCTTTAGATTGGAACAATAAAAAACTAAGCCTCAGTTACTAATAAGTCGGGGC TGACTACATGAATCCTCACGGACCATGTCTTTTCATTTATTTGAATTATGATTTGCTTGA GATTGAAGAGTTGGCTCATTTTGGATGCAATTTTTGTGGTTGTTCCAGATTGAAGTTGGA AAAATACGTGACTTTCTGTTTTTATTTCAGAAAGCATTTTGTTTCCTTTGCTGCTTGAGA AATAAATGCATCTTATTGTGGTGGTTTGAGTTAGGCCTCATTTGTTTGCACTTAAAGAAA GTCTGAATCTGTATGATTTAGATCGTATGCCATTAAGTGCATTCGTTTTCATTAAGATTT AAGTAATTATTTTGTATGAAATAAATCTTAATCATTTAAGATCTTGAATAGAGTCTTAAT ATCATTAGAGATATTTTTGTTTGGATAGTTTTCATCACCACTCTATCTACAATCACCAGC CACCACCACTAACATGCTCTGCCATCACAACCACTACCATCATTGTCAACCAACATTACT GTAACCAACCACCGATCCCCAACCAGTGGCAACCACCACTACTGTCAGTCGCTACCACAC CTATCAAGTTAAAATCTCAGCAAGAGGCAAAAAAAAAGCCAAGTAATCCTGTCCCGTTGG CTAAGGCTGTGGGAAATCTGCAGTTGATTGGTCAACGTGAGTGCTGGTATGGCCACTATT ATTATTATAAAAAGATAATAAATAAATTACTGAAGTCATGATTCTTGGTCACAGTCTGTC AGTTCCTACTTGAACTCCTGCAAAGAATTCAATCTTCTACATTAGCATCACTTAATTTAC ACATCAATGTCCATGCTTGCTATTTAACTCGGGGTGGTAGTTGGAGCGCTTGGCGTTTGC TAAGTTTTCTCGGCCTTTGGAAATCTTTGCACGGATGTCCAGTTCATGCTCAAAAACTCT TGCTGAATATCATTGGTCCGTCTTCTCTCATTTTGCACAATTGATTTGTTCCACGTTGAT TTTCGTTTTCTTATATAATGGTAACTGCATAGTCCTCACAAAACTATGCTGGCATCTAGA TTTACAAAATATCCTGTGAGTCCTAATGAACCTATTTACAGTTATTCCAAAAACTCTAGT ATTGACTCGGACTCCGCCACAAAAAATTCTTTACTCCAGAAATGCAAAAACATAATGTAA TCAGCCTTAATTTTCTGCTTAGAGTTAGATTATCCCTCAAAACCCCTTGCATTCCTTTCT CTCCAAACTGTCCACCATATTGTGGCTGGTATGACCTTGCACTATAGTTTCAACAACCCA GCAATTCATGGTGTTTCCTGGCATTAACCACTTCTTCTTTCCCAGATTTTCGTTCGTCTT TCACTACGGGTCCATTTCAATCATGGTGTAATTTGTTTGAATTACTTGCTGTGTTGATCT TGACACTTGAAAGAGTTTAGCGAAAATGCATTGTTGATTGCTATTTGTATATATGGAACT TATTTCCATCTGTAAATTTGTGTTCTTAGTATGATGATTAAAGTTGATTAATCTTCTGCA ATATTCTGGTGAATAGGACCCTTCTTGGCTATCTGTTAGTATCCAGCAGGGAATGGAAAG ATGTTCACATTTCAGCTCGATGCTTCAGAGTGGATCCTTCTGAACATCAGAAAAAGGAAG GTGTTAAATCCAGTGTTCAGATTTTTGGTGCTGGAGCAGTTGCTTGCTGTAATGTGGGGA GCGGCAAGAAGACACTAGCAATGTCCATCTGTAGAGAAAATTCAACACTGGAGTGCAAAA CGATCAAGCTGCTGCAGAAGTAATCTTCTTTATCCACATGCTGTGGGGCTTTATTTATGA AATTTTATTTCTATTACACACTTTCTGTGGCTCACTTTATTGATAAATAATCTCATACTT CTGGTGAGATGGGAGGAAGACACGTGAATTTATTCCATGAAATATATGCCAAAGCTGTTC TGTGCGTCTAATTTAAATGTTTATATTTATAGGTGTGTCCATCAGGAGCCTTGGGACCAT CATTCATATTACCTCCTTGTACTAAATTATCTTCAGAAGGCGCGGGAGAAGAAATTTCCT CGTAACCTGTGTGTTGTTCTTGAGAGGTTGATAAATGTGGCTCTTCGAAGTGAGCTTTAT GCAAAAGATGATATTTCTTCCCAGTACCAAAAGTTCCAGCTTCTGCTTTGTGCCGCGGAG GTTAGTTTGCATGGTGGGAATAATTTCAAGTGCATTATGCATGCAAAAAGTACTCTAGAG ATGCAGCTTCCAGATAACTACCTCTTCTTTGCACACTTGCTACTATGTCGTGCCTATGCT GTAGAAGATAATTATTCAGGACTTCATGAAGAATACATAAGGTGCTTGCAGCTAAAAACT GATAATCATATTGGTTGGATTTGTCTTAAGTTTCTTGAAAGTCGATACAAGCTGCAGTCA GATTCCAGTTCACTAGCCTTGGCCTTTCAAGAGTGTGGCAAAGAAATAAAAACTTCGTGG AACATGTGGATTGCTATGTATAATTTGGTTCAAGGTCTAACTGCAGCTTGGAATGGGGAA TTTATTGATGCAGAAGAGTCTATTGCGCAAGCTTGCTTGTTGGCGGGTGGCGAGAGTTGC CTTTTTCTTAGCCATGGTAACATTTGCTGAACAATTCTAAAACTTACTTTTAATATGCTT AAACTCTTTCCTATAAACTGACTTTTTGGTAGAAGTGTATTTTCCCATTCAAAAGCTCTT CTATTTCTCTCTGCAGAACCCACCATAATAAGTGCCCAGGGGTTGCATTCCACTGTCTGC ATTTTCTTCCATCTATATCCATCTTTCTTTCTTACCCTCTGTGTGTCTATTAAAGGCTGA TGGTCTTATTGGTCTGATTGGTAATGGGAATTTGATTATTCAGGTGTTATTTGCATGGAG ATTGCCAGGCAGCAGTCCGATTCAGATTTTTTATCACTTGCTATTAGAAGTCTGAAGAAA GCAAAAGACAGTTCTTCAACGCCACTACCCTTTGTCTCACTGCTACTGGCACAAGCAGAA GCTAGCTTCGGCTCTGAATCGAAGTGGGAAAAGAACCTCATTGAGGAATGGTCATCTTGG CGGCCAGGTTTGATATTTTGTCCTTTGATAATTCATTTATATATTATTTAGAGCAGTTAA GTTTCGACTGTGGTTGGCAACATTGCTTGAGTCAATACCAAGGGCAATATCGAGTAGTGG GTCTTTCACAATCAGACTAACTGGACTACCTACACACTAAGGTACTTGCTTGTGGAAGTT TGCCGTGTAGCTGACGTACTATGGGGTTGAAAATTCTGTGGCAAACTACCCACACAAAGA AACAACTAATGGAGTAAAACAGAAAAAGAAAAGAGAAGCCTATCCTCACAATTTGTGGCA AAATGATCAGTTTTTTCAACGGGGCACTTAAGCTCTGAAGCGACGCACAAAGCAAGTTGG GCACTTCGGTGATCCTGACACCACCATCTGCCCTTTTCACAGGGCAAGGTTAAATGAGGT GTCTGGGTTTTGTTTTAAAGAAGAGATGACTAAGAGCCTATTTGGATTGGCTTAGAAGTT GGTCAGATCTACTTTTAAATCATTTTTTAGCTTTTAGGAGTGTTTGGCAAAATTAGAAGT CAACTTAAAATAAGTTAAAAATGAGTGAAAAAAATTTAAAAGTTAAAAGTAGGTACCCTC CTACTTTTTTTTTTACCTTAAAAGTTAATGGAGTTTGACTTCTTTTAAAGCTACTTTTTT CAAGTTAAGCCAAACGGACTCTAAATATTAAATATTATTTACCATGGCCTGTGTTTTAGG TAAGGTTCTTTAGTTCGATGGTGACTTGTATTTTCATCTCCCCTCTCTCAGTAGCTATGA AAGATTTCTAAATATATTTCCTTCCTTCCATTTATGGCACCCTAAAGGAAAAAGATAATT AATAATTAGCAAGATATTATGGGTCAACTAGTTTCTGGGTATGCGCCACGCGCGCGTGGC CATATAAATAAAAATATTTTTGTGAAGATTGTATATTAACAATATTTTTAAGTTATATTA TGTGTTATAAAATAGAAAATATAAATTACATGTTCTTAAAATTGATAAGTATCCTATATG GTGTTTTTATTTCTAAGATCCAAAATCCAAAAAACTATACAACTACAATATTTAAATGAA TAAGTGAAATGTTATGTGCTACGTTAATGAAATATGTGTAAAATCAGTAACATATAGAAA TCTTTTACCGTAAAATTAATGTTGTGCGTTGCACATATTAAGCCCTAGCGAGGAAATTAA ATAATAAGTGTCATGTGTTATTCTTCACTAAGAAACTTCCTTGACGAATCCAACAACATT CATAGCTGAAATTCTTGGACAAATCCAACAATGTTCATAGTGTATTTTAATAGCCTTTAA CTTTGACATTGATTGAGAAAAAATTGCTCAGAGAAATGATATACTCTTCTTTAGAGCCCA CAAAAATGGAGAGTGGACTTGAGGAAAATGAAAACTATTCTTGGCTTTATATAATACTCA CTTTAAATGATTAATTAGTCTCTTTAGCTTCTTTTCATGTATTTATCATTGAAATAACAT ATATTAATATATTAACTATGAGATTCATTGTATTGAAATCTACAACTTTTAAGATTCTAG CAATGTAAAGTAACTACAAATATTAATACCTATTTGTTCTCATTAACTAATATTTGTCTC TTCATTTTCTTTAACGTTAAGATTATTTAATTTTCATAACTGTTCAAATATTCTCAATTC ATTAATAGTAAAAAAAGTTTACTGCTCAATATTTTTCAAAAATAAAATAATCAAATATGA ATATAACATTTTTATTTAGTCTAGGGATAAAATGGTAATTCAACTTTACATTTTGGAGCT TCCCTCTTATAATATAAAGGAAAAAAGAAATTATTTAGTACTTACTTTTGATACTAATTC AAATTGTGTTGCTGTGTCAGAAGAAGGATAGCTATACTGATTCGGTATACTCTAAAGACG CCCTCGGTACAATATTGACGATCTCACAAAGATTAAATTTCAGTTAATTGTCATTTACTG ATCTCATCTTTTACGGAATCGATCTTCTCATGCAAGTCGGACGGGGAACACGGGAAACGG TGTTTCCAGTGGCGGACGGGTGAGTAACGCGTAAGAACCTGCCCTTGGGAGGGGAACAAC AGCTGGAAACGGCTGCTAATACCCCGTAAGCTGAGGAGCAAAAGGAGGAATCCGCCCGAG GAGGGGCTCGCGTCTGATTAGCTAGTTGGTGAGGCAATAGCTTACCAAGGCGATGATCAG CAGCTGGTCCGAGAGGATGATCAGCCACACTGGGACTGAGACACGGCCCAGACTCCTACA GGAGGTAGCAGTGGGGAATTTTCCGCAATGGGCGAAAGCCTGACGGAGCAATGCCGCGTG GAGGTAGAAGGCCCACGGGTTGTGAACTTCTTTTCCCGGAGAAGAAGCAATGACGGTATC TGGGGAATAAGCATCGGCTAACTCTGTGCCAGCAGCCGCGGTAATACAGAGGATGCAAGC GTTATCCGGAATGATTGGGCGTAAAGCGTTTGTAGGTGGCTTTTTAAGTCCGCCGTCAAA TCCCAGGGCTCAACCCTGGACAGGCGGTGGAAACTACCAAGCTGGAGTACGGTAGGGGCA GAGGAAATTTCCGGTGGAGCGGTGAAATGCGTAGAGATCGGAAAGAACACCAACGGTGAA AGCACTCTGCTGGACCGACACTGACACTGAGAGACGAAAGCTAGGGGAGCGAATGGGATT AGATACCCCAGTAGTCCTAGCCGTAAACGATGGATACTAGGCGCTGTGCGTATCGACCCG TGCAGTGCTGTAGCTAACGCGTTAAGTATCCCGCCTGGGGAGTACGTTCGCAAGAATGAA ACTCAAAGGAATTGACGGGGGCCCGCACAAGCGGTGGAGCATGTGGTTTATTCGATGCAA AGCGAAGAACCTTACCAGGGCTTGACATGCCGCGAATCCTCTTGAAAGAGAAGGGTGCCT TCGGGAACGCGGACACAGGTGGTGCATGGCTGTCGTCAGCTCATGCCGTAAGGTGTTGGG TTAAGTCCCGCAACGAGCGCAACCCTCGTGTTTAGTTGCCATCGTTGAGTTTGGAACCCT GAATAGACTGCCGGTGATAAGCCGGAGGAAGGTGAGGATGACGTCAAGTCATCATGCCCC TTATGCCCTGGGCGACACACGTGCTACAATGGTCGGGACAAAGGGTCGCGATCCCGCGAG GGTGAGCTAACCCCAAAAACCCGTCCTCAGTTCGGATTGCAGGCTGCAACTCGCCTGCAT GAAGCCGGAATCGCTAGTAATCGCCGGTCAGCCATACGGCGGTGAATTCGTTCTCGGGCC TTGTACACACCGCCCGTCACACTATGGGAGCTGGCCATGCCCGAAGTCGTTACCTTAACC GCAAGGAGGGGGATGCCGAAGGCAGGACTAGTGACTGGAGTGAAGTCGTAACAAGGTAGC CGTACTGGAAGGTGCGGCTGGATCACCTCCTTTTCAGGGAGAGTTAATGCTTGTTGGGTA TTTTGGTTTGACACTGCTTCACACCCCCAAAAAAAAGAAGGGAGCTACGTCTGAGTTAAA CTTGGAGATGGAAGTCTTCTTTCCTTTCTCGACGGTGAAGTAAGACCAAGCTCATGAGCT TATTATCCTAGGTCGGAACAAGTTGATAGGACCCCCTTTTTTACGTCCCTATGTTCCCCC CGTGTGGCGACATGGGGGCGAAAAAAGGAAAGAGAGGGATGGGGTTTCTCTCGCTTTTGG CATAGCGGGCCCCCAGTGGGAGGCTCGCACGACAGGCTATTAGCTCAGTGGTAGAGCGCG CCCCTGATAATTGCGTCGTTGTGCCTGGGCTGTGAGGGCTCTCAGCCACATGGATAGTTC AATGTGCTCATCGGCGCCTGACCCTGAGATGTGGATCATCCAAGGCACATTAGCATGGCG TACTCCTCCTGTTCGAATCGGGGTTTGAAACCAAACTCCTCCTTAGGAGGATAGATGGGG CGATTCGGGTGAGATC GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.987 21406 21634 match_part 1.000 21716 21790 match_part 0.998 21873 22325 match_2 match_part 1.000 27703 28235 match_3 match_part 0.981 28416 28735 match_4 match_part 0.997 28416 28732 match_5 match_part 1.000 28416 28730 match_6 match_part 1.000 28416 28728 match_7 match_part 1.000 48512 48841 match_part 0.988 49098 49262 match_part 0.846 49954 49966 match_8 match_part 1.000 48557 48841 match_part 1.000 49098 49260 match_9 match_part 0.992 81347 81859 match_10 match_part 0.926 81386 81859 match_11 match_part 0.914 81430 81860 match_12 match_part 1.000 81564 81992 match_13 match_part 0.997 81606 81992 match_14 match_part 0.926 81670 81859 match_part 0.700 81959 81968 match_15 match_part 0.926 81670 81859 match_part 0.700 81959 81968 match_16 match_part 1.000 82646 82762 match_part 1.000 82828 82994 match_part 1.000 83137 83283 match_part 1.000 83895 84027 match_part 1.000 84759 84851 match_part 1.000 90916 91104 match_17 match_part 0.957 82646 82762 match_part 1.000 82828 82994 match_part 1.000 83137 83283 match_part 1.000 83895 84027 match_part 1.000 84759 84851 match_part 1.000 90916 91095 match_18 match_part 0.991 82652 82762 match_part 1.000 82828 82994 match_part 1.000 83137 83283 match_part 1.000 83895 84027 match_part 1.000 84759 84849 match_19 match_part 0.964 82652 82762 match_part 1.000 82828 82994 match_part 1.000 83137 83153 match_20 match_part 1.000 82654 82762 match_part 1.000 82828 82994 match_part 1.000 83137 83283 match_part 1.000 83895 84027 match_part 1.000 84759 84850 match_21 match_part 1.000 82655 82762 match_part 1.000 82828 82994 match_part 1.000 83137 83283 match_part 1.000 83895 83942 match_22 match_part 0.991 82656 82762 match_part 1.000 82828 83012 match_part 1.000 83137 83283 match_part 1.000 83895 83936 match_23 match_part 1.000 83153 83283 match_part 1.000 83895 84027 match_part 1.000 84759 84851 match_part 0.997 90916 91244 match_24 match_part 1.000 83939 84027 match_part 1.000 84759 84851 match_part 0.998 90916 91426 match_25 match_part 1.000 83941 84027 match_part 1.000 84759 84851 match_part 0.996 90916 91140 match_26 match_part 1.000 87184 87743 match_27 match_part 0.987 91060 91456 match_28 match_part 1.000 91096 91456 match_29 match_part 0.998 94489 94999 match_30 match_part 1.000 94521 94984 match_31 match_part 0.996 94651 95342 match_32 match_part 0.960 94917 95463 match_part 1.000 95916 95947 match_33 match_part 0.971 95917 96154 match_34 match_part 1.000 96217 96571 match_35 match_part 0.997 96217 96567 match_36 match_part 1.000 104434 105095 match_37 match_part 0.997 104434 105089 match_38 match_part 0.998 104434 105068 match_39 match_part 0.996 104435 105171 match_40 match_part 0.991 104435 105000 match_41 match_part 1.000 104480 105077 match_42 match_part 0.994 104532 105174 match_43 match_part 0.992 104552 105175 match_44 match_part 0.997 104601 105227 match_45 match_part 0.988 104749 105175 match_46 match_part 1.000 107154 107381 match_part 1.000 107448 107504 match_part 1.000 107690 107926 match_part 1.000 108092 108203 match_47 match_part 1.000 107154 107381 match_part 1.000 107448 107504 match_part 1.000 107690 107922 match_48 match_part 1.000 107154 107381 match_part 1.000 107448 107504 match_part 1.000 107690 107917 match_49 match_part 1.000 107154 107381 match_part 1.000 107448 107504 match_part 1.000 107690 107914 match_50 match_part 0.985 107796 107926 match_part 1.000 108092 108447 match_part 1.000 108801 108840 match_part 0.978 110891 111074 match_51 match_part 1.000 123327 123378 match_part 0.995 123739 124112 match_part 1.000 124196 124287 match_52 match_part 0.951 123804 124112 match_part 0.979 124196 124290 match_part 0.971 125957 126199 match_part 1.000 126393 126401 match_53 match_part 0.972 124255 124290 match_part 1.000 125957 126199 match_part 0.996 126393 126876 match_54 match_part 0.972 125987 126199 match_part 0.995 126393 126579 match_part 0.979 127333 127429 match_55 match_part 1.000 126131 126199 match_part 0.997 126393 127036 match_part 1.000 127304 127432 match_56 match_part 0.996 126423 126968 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_57 match_part 1.000 1832 1447 match_part 1.000 1116 745 match_58 match_part 1.000 1831 1447 match_part 0.981 1116 745 match_59 match_part 1.000 1834 1447 match_part 0.997 1116 749 match_60 match_part 1.000 2273 1983 match_part 1.000 1871 1447 match_part 0.988 977 811 match_61 match_part 1.000 2272 1983 match_part 1.000 1871 1447 match_part 1.000 1116 948 match_62 match_part 0.979 1871 1447 match_part 0.982 1116 950 match_63 match_part 0.970 2116 1983 match_part 0.981 1871 1447 match_part 0.951 1116 953 match_64 match_part 0.982 1832 1447 match_part 1.000 1116 979 match_65 match_part 0.995 2253 1447 match_part 1.000 1116 1074 match_66 match_part 0.994 4563 4393 match_part 1.000 4283 4188 match_part 0.998 3222 2778 match_67 match_part 0.964 4923 4841 match_part 1.000 4502 4393 match_part 1.000 4283 4188 match_part 1.000 3222 2784 match_68 match_part 0.994 4549 4393 match_part 0.979 4283 4188 match_part 0.998 3222 2798 match_69 match_part 1.000 5018 4841 match_part 1.000 4502 4393 match_part 1.000 4283 4188 match_part 1.000 3222 3049 match_70 match_part 1.000 4892 4393 match_part 0.990 4283 4188 match_part 0.970 3222 3089 match_71 match_part 1.000 4892 4393 match_part 1.000 4283 4188 match_part 0.955 3222 3090 match_72 match_part 0.916 4762 4393 match_part 0.934 4283 4011 match_73 match_part 1.000 7296 7246 match_part 1.000 5871 5742 match_part 1.000 5246 5210 match_part 1.000 5078 4841 match_part 1.000 4502 4393 match_part 0.989 4283 4192 match_74 match_part 0.921 5779 5742 match_part 0.973 5246 5210 match_part 0.941 5078 4841 match_part 0.945 4502 4393 match_part 0.986 4283 4213 match_75 match_part 0.998 4891 4393 match_part 1.000 4283 4254 match_76 match_part 1.000 7295 7246 match_part 1.000 5871 5742 match_part 1.000 5246 5210 match_part 1.000 5078 4841 match_part 1.000 4502 4440 match_77 match_part 0.950 5235 4534 match_78 match_part 1.000 5787 5742 match_part 1.000 5246 5210 match_part 1.000 5078 4710 match_79 match_part 0.963 7974 7677 match_part 0.976 7369 7246 match_part 0.977 5871 5742 match_part 0.919 5246 5210 match_part 0.976 5078 4996 match_80 match_part 1.000 7692 7677 match_part 1.000 7369 7246 match_part 1.000 5871 5742 match_81 match_part 1.000 7956 7677 match_part 1.000 7369 7246 match_part 1.000 5871 5796 match_82 match_part 0.998 6653 6024 match_83 match_part 0.924 8226 7712 match_84 match_part 1.000 10084 9938 match_part 0.968 9512 9229 match_part 0.714 9007 9001 match_85 match_part 0.955 10003 9938 match_part 0.930 9512 9229 match_part 0.714 9007 9001 match_86 match_part 0.985 10003 9938 match_part 0.933 9512 9229 match_part 0.714 9007 9001 match_87 match_part 1.000 11276 11125 match_part 1.000 10127 9938 match_part 0.937 9512 9229 match_88 match_part 1.000 12735 12590 match_part 1.000 12507 12338 match_part 1.000 11735 11550 match_part 1.000 11287 11125 match_part 1.000 10127 9938 match_part 0.996 9512 9276 match_89 match_part 1.000 11150 11125 match_part 1.000 10127 9938 match_part 0.996 9512 9276 match_90 match_part 1.000 11695 11550 match_part 1.000 11287 11125 match_part 1.000 10127 9938 match_part 0.986 9512 9369 match_91 match_part 1.000 12576 12338 match_part 1.000 11735 11550 match_part 1.000 11287 11125 match_part 1.000 10127 9938 match_part 1.000 9512 9394 match_92 match_part 1.000 12687 12590 match_part 1.000 12507 12338 match_part 0.995 11735 11550 match_part 1.000 11287 11125 match_part 1.000 10127 9938 match_part 1.000 9512 9438 match_93 match_part 0.984 12711 12590 match_part 1.000 12507 12338 match_part 1.000 11735 11550 match_part 1.000 11287 11125 match_part 1.000 10127 9938 match_part 1.000 9512 9477 match_94 match_part 0.998 10112 9566 match_95 match_part 1.000 12727 12590 match_part 1.000 12507 12338 match_part 1.000 11735 11550 match_part 1.000 11287 11125 match_part 1.000 10127 9938 match_96 match_part 1.000 12726 12590 match_part 1.000 12507 12338 match_part 1.000 11735 11550 match_part 1.000 11287 11125 match_part 1.000 10127 9938 match_97 match_part 0.992 12715 12590 match_part 1.000 12507 12338 match_part 1.000 11735 11550 match_part 1.000 11287 11125 match_part 1.000 10127 9938 match_98 match_part 0.992 12711 12590 match_part 1.000 12507 12338 match_part 1.000 11735 11550 match_part 1.000 11287 11125 match_part 0.989 10127 9938 match_99 match_part 1.000 12707 12590 match_part 1.000 12507 12338 match_part 1.000 11735 11550 match_part 1.000 11287 11125 match_part 0.992 10127 9995 match_100 match_part 1.000 12707 12590 match_part 1.000 12507 12338 match_part 1.000 11735 11550 match_part 0.988 11287 11125 match_part 0.992 10127 10004 match_101 match_part 1.000 12707 12590 match_part 1.000 12507 12338 match_part 1.000 11735 11550 match_part 1.000 11287 11125 match_part 0.959 10127 10005 match_102 match_part 1.000 12715 12590 match_part 1.000 12507 12338 match_part 1.000 11735 11550 match_part 0.988 11287 11125 match_part 0.986 10127 10055 match_103 match_part 0.938 12719 12590 match_part 0.941 12507 12338 match_part 0.914 11735 11550 match_part 0.926 11287 11125 match_part 0.969 10127 10096 match_104 match_part 0.946 12718 12590 match_part 0.856 12539 12338 match_part 0.925 11735 11550 match_part 0.899 11287 11129 match_105 match_part 0.908 11676 11187 match_106 match_part 0.991 12701 12590 match_part 1.000 12507 12338 match_part 1.000 11735 11550 match_part 1.000 11287 11194 match_107 match_part 0.899 12727 12590 match_part 0.953 12507 12338 match_part 0.930 11735 11550 match_part 0.943 11287 11200 match_108 match_part 0.991 12695 12590 match_part 1.000 12507 12338 match_part 1.000 11735 11550 match_part 1.000 11287 11213 match_109 match_part 0.981 12697 12590 match_part 0.994 12507 12338 match_part 0.984 11735 11550 match_part 0.972 11287 11217 match_110 match_part 1.000 12695 12590 match_part 1.000 12507 12338 match_part 0.989 11735 11550 match_part 1.000 11287 11265 match_111 match_part 1.000 12727 12590 match_part 1.000 12507 12338 match_part 1.000 11735 11550 match_part 1.000 11287 11266 match_112 match_part 0.987 12740 12590 match_part 1.000 12507 12338 match_part 0.919 11735 11550 match_part 0.900 11287 11278 match_113 match_part 0.989 12526 12338 match_part 0.994 11735 11409 match_114 match_part 0.992 11666 11409 match_115 match_part 0.975 12709 12590 match_part 0.982 12507 12338 match_part 0.988 11735 11565 match_116 match_part 0.982 12699 12590 match_part 1.000 12507 12338 match_part 1.000 11735 11659 match_117 match_part 0.993 12731 12590 match_part 1.000 12507 12338 match_part 1.000 11735 11664 match_118 match_part 0.992 12708 12590 match_part 1.000 12507 12338 match_part 0.995 12070 11669 match_119 match_part 0.984 12652 12590 match_part 0.982 12507 12338 match_part 0.933 11735 11706 match_120 match_part 1.000 12731 12590 match_part 1.000 12507 12380 match_121 match_part 0.995 14220 13825 match_122 match_part 0.993 14123 13825 match_123 match_part 0.904 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120667 120049 match_238 match_part 0.955 120664 120180 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 2272 1983 exon 1871 1447 exon 1116 745 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 2253 1447 exon 1116 745 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 2273 1983 exon 1871 1447 exon 977 811 gene_4 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 8226 7677 exon 7369 7246 exon 5871 5742 exon 5246 5210 exon 5078 4393 exon 4283 4188 exon 3222 2778 gene_5 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 8226 7677 exon 7369 7246 exon 5871 5742 exon 5246 5210 exon 5078 4841 exon 4502 4393 exon 4283 4188 exon 3222 2784 gene_6 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 8226 7677 exon 7369 7246 exon 5871 5742 exon 5246 5210 exon 5078 4393 exon 4283 4011 gene_7 gene GT_PGL_2_AGS_4 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 5235 4393 exon 4283 4188 exon 3222 2778 gene_8 gene GT_PGL_2_AGS_5 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 6653 6024 gene_9 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 12740 12590 exon 12507 12338 exon 11735 11550 exon 11287 11125 exon 10127 9938 exon 9512 9229 exon 9007 9001 gene_10 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 12740 12590 exon 12507 12338 exon 11735 11550 exon 11287 11125 exon 10127 9566 gene_11 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 12731 12590 exon 12507 12338 exon 11735 11125 exon 10127 9938 exon 9512 9229 exon 9007 9001 gene_12 gene GT_PGL_3_AGS_4 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 12731 12590 exon 12507 12338 exon 12070 11125 exon 10127 9938 exon 9512 9229 exon 9007 9001 gene_13 gene GT_PGL_3_AGS_5 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 12526 12338 exon 11735 11125 exon 10127 9938 exon 9512 9229 exon 9007 9001 gene_14 gene GT_PGL_3_AGS_6 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 12576 12338 exon 11735 11550 exon 11287 11125 exon 10127 9938 exon 9512 9229 exon 9007 9001 gene_15 gene GT_PGL_3_AGS_7 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 12718 12590 exon 12539 12338 exon 11735 11550 exon 11287 11125 exon 10127 9938 exon 9512 9229 exon 9007 9001 gene_16 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 19030 18790 exon 18669 18376 exon 17532 17305 exon 17017 16952 exon 15811 15395 exon 15217 15106 exon 14995 14910 exon 14379 13825 gene_17 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 19030 18790 exon 18669 18376 exon 17532 17305 exon 17017 16952 exon 15811 15395 exon 15217 15106 exon 14995 14910 exon 14557 14553 exon 14379 13825 gene_18 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 19030 18790 exon 18669 18376 exon 17532 17305 exon 17017 16952 exon 15811 15395 exon 15217 15106 exon 14995 14910 exon 14557 14416 gene_19 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 21406 21634 exon 21716 21790 exon 21873 22325 gene_20 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 27703 28235 gene_21 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 28416 28735 gene_22 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 39406 39367 exon 35363 35318 exon 34551 34462 exon 33102 32980 exon 32875 32824 exon 32592 32520 exon 32049 31983 exon 31901 31851 exon 30935 30843 exon 30284 29888 gene_23 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 39406 39367 exon 35363 35318 exon 34551 34462 exon 33102 32980 exon 32875 32824 exon 32592 32518 gene_24 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 48512 48841 exon 49098 49262 exon 49954 49966 gene_25 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 51540 51261 exon 51071 50930 exon 50835 50774 exon 50679 50568 exon 50475 50382 exon 50263 50194 exon 50109 49971 exon 49887 49583 gene_26 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 70649 70505 exon 69956 69784 exon 69447 69335 exon 69050 68976 exon 68890 68777 exon 68680 68613 exon 68457 68374 exon 67919 67866 exon 67654 67574 exon 67468 67375 exon 67293 67220 exon 66987 66877 exon 66794 66750 exon 66664 66608 exon 66099 65995 exon 65918 65802 exon 65695 65592 exon 65383 65218 exon 65118 64915 gene_27 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 70649 70505 exon 69956 69784 exon 69447 69335 exon 69050 68976 exon 68890 68777 exon 68680 68613 exon 68457 68374 exon 67919 67866 exon 67654 67574 exon 67468 67375 exon 67293 67220 exon 66987 66877 exon 66794 66750 exon 66664 66608 exon 66099 65994 gene_28 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 73776 73235 exon 72309 72086 exon 71870 71432 gene_29 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 73693 73235 exon 72309 72107 exon 71870 71440 gene_30 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 79223 78890 exon 78714 78655 exon 78531 78387 exon 78292 78135 exon 76386 76305 exon 76231 76165 exon 76093 76039 exon 75692 75524 exon 75427 75339 exon 75177 75097 exon 75026 74712 gene_31 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 81347 81992 gene_32 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 81347 81859 exon 81959 81968 gene_33 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 82646 82762 exon 82828 82994 exon 83137 83283 exon 83895 84027 exon 84759 84851 exon 90916 91456 gene_34 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 82656 82762 exon 82828 83012 exon 83137 83283 exon 83895 84027 exon 84759 84851 exon 90916 91456 gene_35 gene GT_PGL_15_AGS_3 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 87184 87743 gene_36 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 94489 95463 exon 95916 96154 gene_37 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 96217 96571 gene_38 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 104434 105227 gene_39 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 107154 107381 exon 107448 107504 exon 107690 107926 exon 108092 108447 exon 108801 108840 exon 110891 111074 gene_40 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 120667 120043 gene_41 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 123327 123378 exon 123739 124112 exon 124196 124290 exon 125957 126199 exon 126393 127036 exon 127304 127432 gene_42 gene GT_PGL_21_AGS_2 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 123327 123378 exon 123739 124112 exon 124196 124290 exon 125957 126199 exon 126393 126579 exon 127333 127429 RepeatMasker tomato repeats master Copia00145 254 443 1 Copia00145 254 443 1 nucleotide_motif 788 13466 13657 SONATA1 21 192 1 SONATA1 21 192 1 nucleotide_motif 579 23353 23511 STOWAWAY50_OS 56 7664 1 STOWAWAY50_OS 56 7664 1 nucleotide_motif 320 26426 26486 Copia00181 1813 1876 1 Copia00181 1813 1876 1 nucleotide_motif 342 26487 26550 Gypsy00046 4110 4178 1 Gypsy00046 4110 4178 1 nucleotide_motif 327 26489 26557 Copia00172 5195 5311 1 Copia00172 5195 5311 1 nucleotide_motif 593 53282 53400 Copia00143 94 193 1 Copia00143 94 193 1 nucleotide_motif 274 61221 61320 Copia00166 1 4674 1 Copia00166 1 4674 1 nucleotide_motif 42727 85166 89839 COPIA1_ZM_I 4228 4468 1 COPIA1_ZM_I 4228 4468 1 nucleotide_motif 340 89632 89873 Copia00181 1793 1877 1 Copia00181 1793 1877 1 nucleotide_motif 326 102158 102242 SHAMUDRAV_MT 1550 1662 1 SHAMUDRAV_MT 1550 1662 1 nucleotide_motif 229 102178 102281 Unknown00043 7848 8091 1 Unknown00043 7848 8091 1 nucleotide_motif 945 110992 111192 Unknown00043 1 11324 1 Unknown00043 1 11324 1 nucleotide_motif 103133 111359 122682 Unknown00043 32 348 1 Unknown00043 32 348 1 nucleotide_motif 1875 123003 123290 Unknown00057 540 604 1 Unknown00057 540 604 1 nucleotide_motif 242 125614 125678 Unknown00034 5076 5196 1 Unknown00034 5076 5196 1 nucleotide_motif 286 129194 129314 SSU-rRNA_Ath 986 1285 1 SSU-rRNA_Ath 986 1285 1 nucleotide_motif 289 130098 130296 SSU-rRNA_Ath 1286 1732 1 SSU-rRNA_Ath 1286 1732 1 nucleotide_motif 289 130525 130820 RepeatMasker tomato repeats master Copia00151 10090 10174 -1 Copia00151 10090 10174 -1 nucleotide_motif 309 4716 4631 Unknown00050 3485 3757 -1 Unknown00050 3485 3757 -1 nucleotide_motif 626 13347 13071 Copia00151 5497 5761 -1 Copia00151 5497 5761 -1 nucleotide_motif 1015 19553 19297 Unknown00020 83 359 -1 Unknown00020 83 359 -1 nucleotide_motif 1000 41889 41610 Copia00198 240 778 -1 Copia00198 240 778 -1 nucleotide_motif 2697 44198 43680 Gypsy00107 10731 10876 -1 Gypsy00107 10731 10876 -1 nucleotide_motif 494 44541 44398 Copia00172 1201 1271 -1 Copia00172 1201 1271 -1 nucleotide_motif 300 49424 49353 MUMT 1133 1259 -1 MUMT 1133 1259 -1 nucleotide_motif 279 55309 55182 Gypsy00202 2243 8016 -1 Gypsy00202 2243 8016 -1 nucleotide_motif 708 76905 76595 Copia00172 1845 2066 -1 Copia00172 1845 2066 -1 nucleotide_motif 948 80146 79932 Copia00172 1665 1743 -1 Copia00172 1665 1743 -1 nucleotide_motif 309 80836 80757 Copia00143 76 205 -1 Copia00143 76 205 -1 nucleotide_motif 752 97829 97706 Unknown00025 308 405 -1 Unknown00025 308 405 -1 nucleotide_motif 409 100618 100521 STOWAWAY50_OS 45 133 -1 STOWAWAY50_OS 45 133 -1 nucleotide_motif 292 102258 102174 SONATA2 1 237 -1 SONATA2 1 237 -1 nucleotide_motif 490 110243 110071 Unknown00058 1010 1070 -1 Unknown00058 1010 1070 -1 nucleotide_motif 313 122689 122632 Gypsy00205 5647 5871 -1 Gypsy00205 5647 5871 -1 nucleotide_motif 320 130524 130297 BLAST_tomato_chloroplast Tomato chloroplast genome, cultivar IPA-6 BLAST_tomato_chloroplast Tomato chloroplast genome, cultivar IPA-6 match_1 match 3681 129509 131476 match_2 match 3681 129509 131476 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 3427 129509 131476 match_2 match 1241 86899 87990 match_3 match 1953 88216 89832 match_4 match 1509 120065 121335 match_5 match 2109 88042 89895 match_6 match 1291 86901 88001 match_7 match 1352 85782 86859 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) match_1 match 357 324 524 match_2 match 555 592 887 match_3 match 321 133 298 match_4 match 1437 48984 49747 match_5 match 1164 53470 54111 match_6 match 285 97082 97233 match_7 match 1461 33627 34432 match_8 match 278 7618 7757 match_9 match 722 7148 7569 match_10 match 507 111859 112154 match_11 match 515 111859 112154 match_12 match 634 112169 112519 match_13 match 1396 114123 114826 match_14 match 498 43549 43823 match_15 match 1372 15173 15885 match_16 match 523 601 868 match_17 match 377 85284 85489 match_18 match 448 85496 85737 match_19 match 250 85782 85915 match_20 match 1384 4793 5515 match_21 match 1178 47084 47726 match_22 match 1219 47066 47717 match_23 match 967 17817 18315 match_24 match 1061 17781 18315 match_25 match 367 85295 85495 match_26 match 912 18530 19017 match_27 match 280 112010 112154 match_28 match 545 112169 112443 match_29 match 280 112010 112154 match_30 match 543 114205 114486 match_31 match 1088 86289 86853 match_32 match 1451 125222 125981 match_33 match 262 97094 97233 match_34 match 387 43955 44149 match_35 match 365 101839 102026 match_36 match 1483 125222 125977 match_37 match 252 96963 97097 match_38 match 1447 67194 67935 match_39 match 1572 90429 91221 match_40 match 1370 122088 122807 match_41 match 1433 37184 37914 match_42 match 329 96963 97140 match_43 match 363 2397 2579 match_44 match 1108 1821 2383 match_45 match 1318 82225 82910 match_46 match 963 40732 41217 match_47 match 1124 74746 75312 match_48 match 270 19245 19380 match_49 match 801 18758 19161 match_50 match 646 47275 47621 match_51 match 1068 83660 84198 match_52 match 1211 22634 23265 match_53 match 1013 88223 88773 match_54 match 963 27310 27858 match_55 match 914 67152 67612 match_56 match 1203 127052 127658 match_57 match 922 128534 128998 match_58 match 470 93355 93591 match_59 match 702 92972 93325 match_60 match 1116 108891 109453 match_61 match 1431 71146 71867 match_62 match 827 7049 7486 match_63 match 1459 37935 38670 match_64 match 1427 71057 71776 match_65 match 1380 51701 52396 match_66 match 1425 86415 87133 match_67 match 1132 109776 110346 match_68 match 278 70328 70467 match_69 match 347 70139 70313 match_70 match 1162 4518 5103 match_71 match 1366 63730 64418 match_72 match 285 99701 99844 match_73 match 248 100251 100396 match_74 match 563 99904 100187 match_75 match 902 13534 14009 match_76 match 1475 47048 47812 match_77 match 313 97920 98077 match_78 match 624 98132 98446 match_79 match 844 33365 33811 match_80 match 412 40888 41099 match_81 match 912 6684 7183 match_82 match 511 41 298 match_83 match 349 324 524 match_84 match 281 43674 43823 match_85 match 1306 67954 68640 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.987 21406 21634 match_part 1.000 21716 21790 match_part 0.998 21873 22325 match_2 match_part 1.000 27703 28235 match_3 match_part 0.981 28416 28735 match_4 match_part 0.997 28416 28732 match_5 match_part 1.000 28416 28730 match_6 match_part 1.000 28416 28728 match_7 match_part 1.000 48512 48841 match_part 0.988 49098 49262 match_part 0.846 49954 49966 match_8 match_part 1.000 48557 48841 match_part 1.000 49098 49260 match_9 match_part 0.992 81347 81859 match_10 match_part 1.000 81564 81992 match_11 match_part 0.997 81606 81992 match_12 match_part 1.000 82646 82762 match_part 1.000 82828 82994 match_part 1.000 83137 83283 match_part 1.000 83895 84027 match_part 1.000 84759 84851 match_part 1.000 90916 91104 match_13 match_part 0.957 82646 82762 match_part 1.000 82828 82994 match_part 1.000 83137 83283 match_part 1.000 83895 84027 match_part 1.000 84759 84851 match_part 1.000 90916 91095 match_14 match_part 0.991 82652 82762 match_part 1.000 82828 82994 match_part 1.000 83137 83283 match_part 1.000 83895 84027 match_part 1.000 84759 84849 match_15 match_part 0.964 82652 82762 match_part 1.000 82828 82994 match_part 1.000 83137 83153 match_16 match_part 1.000 82654 82762 match_part 1.000 82828 82994 match_part 1.000 83137 83283 match_part 1.000 83895 84027 match_part 1.000 84759 84850 match_17 match_part 1.000 82655 82762 match_part 1.000 82828 82994 match_part 1.000 83137 83283 match_part 1.000 83895 83942 match_18 match_part 0.991 82656 82762 match_part 1.000 82828 83012 match_part 1.000 83137 83283 match_part 1.000 83895 83936 match_19 match_part 1.000 83153 83283 match_part 1.000 83895 84027 match_part 1.000 84759 84851 match_part 0.997 90916 91244 match_20 match_part 1.000 83939 84027 match_part 1.000 84759 84851 match_part 0.998 90916 91426 match_21 match_part 1.000 83941 84027 match_part 1.000 84759 84851 match_part 0.996 90916 91140 match_22 match_part 1.000 87184 87743 match_23 match_part 0.987 91060 91456 match_24 match_part 1.000 91096 91456 match_25 match_part 0.998 94489 94999 match_26 match_part 1.000 94521 94984 match_27 match_part 0.996 94651 95342 match_28 match_part 1.000 96217 96571 match_29 match_part 0.997 96217 96567 match_30 match_part 1.000 104434 105095 match_31 match_part 0.997 104434 105089 match_32 match_part 0.998 104434 105068 match_33 match_part 0.996 104435 105171 match_34 match_part 0.991 104435 105000 match_35 match_part 1.000 104480 105077 match_36 match_part 0.994 104532 105174 match_37 match_part 0.992 104552 105175 match_38 match_part 0.997 104601 105227 match_39 match_part 0.988 104749 105175 match_40 match_part 1.000 107154 107381 match_part 1.000 107448 107504 match_part 1.000 107690 107926 match_part 1.000 108092 108203 match_41 match_part 1.000 107154 107381 match_part 1.000 107448 107504 match_part 1.000 107690 107922 match_42 match_part 1.000 107154 107381 match_part 1.000 107448 107504 match_part 1.000 107690 107917 match_43 match_part 1.000 107154 107381 match_part 1.000 107448 107504 match_part 1.000 107690 107914 match_44 match_part 0.985 107796 107926 match_part 1.000 108092 108447 match_part 1.000 108801 108840 match_part 0.978 110891 111074 match_45 match_part 1.000 123327 123378 match_part 0.995 123739 124112 match_part 1.000 124196 124287 match_46 match_part 0.972 124255 124290 match_part 1.000 125957 126199 match_part 0.996 126393 126876 match_47 match_part 1.000 126131 126199 match_part 0.997 126393 127036 match_part 1.000 127304 127432 match_48 match_part 0.996 126423 126968 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_49 match_part 1.000 1832 1447 match_part 1.000 1116 745 match_50 match_part 1.000 1831 1447 match_part 0.981 1116 745 match_51 match_part 1.000 1834 1447 match_part 0.997 1116 749 match_52 match_part 1.000 2273 1983 match_part 1.000 1871 1447 match_part 0.988 977 811 match_53 match_part 1.000 2272 1983 match_part 1.000 1871 1447 match_part 1.000 1116 948 match_54 match_part 0.982 1832 1447 match_part 1.000 1116 979 match_55 match_part 0.995 2253 1447 match_part 1.000 1116 1074 match_56 match_part 0.994 4563 4393 match_part 1.000 4283 4188 match_part 0.998 3222 2778 match_57 match_part 0.964 4923 4841 match_part 1.000 4502 4393 match_part 1.000 4283 4188 match_part 1.000 3222 2784 match_58 match_part 0.994 4549 4393 match_part 0.979 4283 4188 match_part 0.998 3222 2798 match_59 match_part 1.000 5018 4841 match_part 1.000 4502 4393 match_part 1.000 4283 4188 match_part 1.000 3222 3049 match_60 match_part 1.000 4892 4393 match_part 0.990 4283 4188 match_part 0.970 3222 3089 match_61 match_part 1.000 4892 4393 match_part 1.000 4283 4188 match_part 0.955 3222 3090 match_62 match_part 1.000 7296 7246 match_part 1.000 5871 5742 match_part 1.000 5246 5210 match_part 1.000 5078 4841 match_part 1.000 4502 4393 match_part 0.989 4283 4192 match_63 match_part 0.921 5779 5742 match_part 0.973 5246 5210 match_part 0.941 5078 4841 match_part 0.945 4502 4393 match_part 0.986 4283 4213 match_64 match_part 0.998 4891 4393 match_part 1.000 4283 4254 match_65 match_part 1.000 7295 7246 match_part 1.000 5871 5742 match_part 1.000 5246 5210 match_part 1.000 5078 4841 match_part 1.000 4502 4440 match_66 match_part 1.000 5787 5742 match_part 1.000 5246 5210 match_part 1.000 5078 4710 match_67 match_part 1.000 7692 7677 match_part 1.000 7369 7246 match_part 1.000 5871 5742 match_68 match_part 1.000 7956 7677 match_part 1.000 7369 7246 match_part 1.000 5871 5796 match_69 match_part 0.998 6653 6024 match_70 match_part 1.000 10084 9938 match_part 0.968 9512 9229 match_part 0.714 9007 9001 match_71 match_part 0.955 10003 9938 match_part 0.930 9512 9229 match_part 0.714 9007 9001 match_72 match_part 0.985 10003 9938 match_part 0.933 9512 9229 match_part 0.714 9007 9001 match_73 match_part 1.000 11276 11125 match_part 1.000 10127 9938 match_part 0.937 9512 9229 match_74 match_part 1.000 12735 12590 match_part 1.000 12507 12338 match_part 1.000 11735 11550 match_part 1.000 11287 11125 match_part 1.000 10127 9938 match_part 0.996 9512 9276 match_75 match_part 1.000 11150 11125 match_part 1.000 10127 9938 match_part 0.996 9512 9276 match_76 match_part 1.000 11695 11550 match_part 1.000 11287 11125 match_part 1.000 10127 9938 match_part 0.986 9512 9369 match_77 match_part 1.000 12576 12338 match_part 1.000 11735 11550 match_part 1.000 11287 11125 match_part 1.000 10127 9938 match_part 1.000 9512 9394 match_78 match_part 1.000 12687 12590 match_part 1.000 12507 12338 match_part 0.995 11735 11550 match_part 1.000 11287 11125 match_part 1.000 10127 9938 match_part 1.000 9512 9438 match_79 match_part 0.984 12711 12590 match_part 1.000 12507 12338 match_part 1.000 11735 11550 match_part 1.000 11287 11125 match_part 1.000 10127 9938 match_part 1.000 9512 9477 match_80 match_part 0.998 10112 9566 match_81 match_part 1.000 12727 12590 match_part 1.000 12507 12338 match_part 1.000 11735 11550 match_part 1.000 11287 11125 match_part 1.000 10127 9938 match_82 match_part 1.000 12726 12590 match_part 1.000 12507 12338 match_part 1.000 11735 11550 match_part 1.000 11287 11125 match_part 1.000 10127 9938 match_83 match_part 0.992 12715 12590 match_part 1.000 12507 12338 match_part 1.000 11735 11550 match_part 1.000 11287 11125 match_part 1.000 10127 9938 match_84 match_part 0.992 12711 12590 match_part 1.000 12507 12338 match_part 1.000 11735 11550 match_part 1.000 11287 11125 match_part 0.989 10127 9938 match_85 match_part 1.000 12707 12590 match_part 1.000 12507 12338 match_part 1.000 11735 11550 match_part 1.000 11287 11125 match_part 0.992 10127 9995 match_86 match_part 1.000 12707 12590 match_part 1.000 12507 12338 match_part 1.000 11735 11550 match_part 0.988 11287 11125 match_part 0.992 10127 10004 match_87 match_part 1.000 12707 12590 match_part 1.000 12507 12338 match_part 1.000 11735 11550 match_part 1.000 11287 11125 match_part 0.959 10127 10005 match_88 match_part 1.000 12715 12590 match_part 1.000 12507 12338 match_part 1.000 11735 11550 match_part 0.988 11287 11125 match_part 0.986 10127 10055 match_89 match_part 0.991 12701 12590 match_part 1.000 12507 12338 match_part 1.000 11735 11550 match_part 1.000 11287 11194 match_90 match_part 0.991 12695 12590 match_part 1.000 12507 12338 match_part 1.000 11735 11550 match_part 1.000 11287 11213 match_91 match_part 0.981 12697 12590 match_part 0.994 12507 12338 match_part 0.984 11735 11550 match_part 0.972 11287 11217 match_92 match_part 1.000 12695 12590 match_part 1.000 12507 12338 match_part 0.989 11735 11550 match_part 1.000 11287 11265 match_93 match_part 1.000 12727 12590 match_part 1.000 12507 12338 match_part 1.000 11735 11550 match_part 1.000 11287 11266 match_94 match_part 0.987 12740 12590 match_part 1.000 12507 12338 match_part 0.919 11735 11550 match_part 0.900 11287 11278 match_95 match_part 0.989 12526 12338 match_part 0.994 11735 11409 match_96 match_part 0.992 11666 11409 match_97 match_part 0.975 12709 12590 match_part 0.982 12507 12338 match_part 0.988 11735 11565 match_98 match_part 0.982 12699 12590 match_part 1.000 12507 12338 match_part 1.000 11735 11659 match_99 match_part 0.993 12731 12590 match_part 1.000 12507 12338 match_part 1.000 11735 11664 match_100 match_part 0.992 12708 12590 match_part 1.000 12507 12338 match_part 0.995 12070 11669 match_101 match_part 0.984 12652 12590 match_part 0.982 12507 12338 match_part 0.933 11735 11706 match_102 match_part 1.000 12731 12590 match_part 1.000 12507 12380 match_103 match_part 0.995 14220 13825 match_104 match_part 0.993 14123 13825 match_105 match_part 0.904 15477 15395 match_part 1.000 15217 15106 match_part 1.000 14995 14910 match_part 0.600 14557 14553 match_part 0.958 14379 13837 match_106 match_part 1.000 14972 14910 match_part 0.600 14557 14553 match_part 0.980 14379 14077 match_107 match_part 1.000 15475 15395 match_part 0.991 15217 15106 match_part 1.000 14995 14910 match_part 0.996 14379 14098 match_108 match_part 1.000 15654 15395 match_part 1.000 15217 15106 match_part 1.000 14995 14910 match_part 1.000 14379 14250 match_109 match_part 1.000 15541 15395 match_part 1.000 15217 15106 match_part 1.000 14995 14910 match_part 1.000 14379 14267 match_110 match_part 0.971 15704 15395 match_part 0.973 15217 15106 match_part 0.988 14995 14910 match_part 0.600 14557 14553 match_part 0.909 14379 14303 match_111 match_part 0.989 15568 15395 match_part 0.973 15217 15106 match_part 0.988 14995 14910 match_part 0.887 14557 14416 match_112 match_part 0.971 15704 15395 match_part 0.973 15217 15106 match_part 0.986 14995 14923 match_113 match_part 0.966 17333 17305 match_part 0.970 17017 16952 match_part 0.969 15811 15395 match_part 0.973 15217 15106 match_part 0.981 14995 14944 match_114 match_part 0.930 17375 17305 match_part 0.939 17017 16952 match_part 0.983 15811 15395 match_part 1.000 15217 15139 match_115 match_part 1.000 17389 17305 match_part 1.000 17017 16952 match_part 1.000 15811 15395 match_part 1.000 15217 15178 match_116 match_part 0.985 18509 18376 match_part 0.969 17532 17305 match_part 0.955 17017 16952 match_part 0.963 15811 15406 match_117 match_part 0.966 17333 17305 match_part 0.970 17017 16952 match_part 0.938 15811 15407 match_118 match_part 1.000 17400 17305 match_part 1.000 17017 16952 match_part 1.000 15811 15512 match_119 match_part 1.000 16973 16952 match_part 0.963 15811 15513 match_120 match_part 0.966 17333 17305 match_part 0.970 17017 16952 match_part 0.963 15811 15516 match_121 match_part 0.941 17321 17305 match_part 0.985 17017 16952 match_part 0.991 15811 15582 match_122 match_part 0.965 17502 17305 match_part 0.970 17017 16952 match_part 0.956 15811 15584 match_123 match_part 0.966 17333 17305 match_part 0.970 17017 16952 match_part 0.955 15811 15588 match_124 match_part 0.982 18898 18790 match_part 1.000 18669 18376 match_part 1.000 17532 17305 match_part 1.000 17017 16952 match_part 1.000 15811 15608 match_125 match_part 0.977 17348 17305 match_part 1.000 17017 16952 match_part 0.995 15811 15615 match_126 match_part 0.927 18830 18790 match_part 0.990 18669 18376 match_part 0.969 17532 17305 match_part 0.939 17017 16952 match_part 0.923 15811 15721 match_127 match_part 0.925 18829 18790 match_part 0.990 18669 18376 match_part 0.969 17532 17305 match_part 0.970 17017 16952 match_part 0.938 15811 15731 match_128 match_part 1.000 18412 18376 match_part 0.969 17532 17305 match_part 0.944 17017 17000 match_129 match_part 1.000 18634 18376 match_part 1.000 17532 17313 match_130 match_part 0.978 18647 18376 match_part 0.971 17532 17328 match_131 match_part 0.909 18833 18790 match_part 0.966 18669 18376 match_part 0.968 17532 17343 match_132 match_part 0.876 18910 18790 match_part 0.990 18669 18376 match_part 0.973 17532 17387 match_133 match_part 0.911 18834 18790 match_part 0.990 18669 18376 match_part 0.979 17532 17485 match_134 match_part 0.882 18865 18790 match_part 1.000 18669 18376 match_part 1.000 17532 17488 match_135 match_part 0.995 18984 18790 match_part 0.996 18669 18401 match_136 match_part 0.975 19027 18790 match_part 0.974 18669 18436 match_137 match_part 0.979 19030 18790 match_part 0.990 18669 18567 match_138 match_part 1.000 32860 32824 match_part 1.000 32592 32520 match_part 1.000 32049 31983 match_part 1.000 31901 31851 match_part 1.000 30935 30843 match_part 1.000 30284 29888 match_139 match_part 1.000 39406 39367 match_part 1.000 35363 35318 match_part 1.000 34551 34462 match_part 1.000 33102 32980 match_part 1.000 32875 32824 match_part 1.000 32592 32520 match_part 1.000 32049 31983 match_part 1.000 31901 31851 match_part 1.000 30935 30843 match_140 match_part 1.000 39406 39367 match_part 1.000 35363 35318 match_part 1.000 34551 34462 match_part 1.000 33102 32980 match_part 1.000 32875 32824 match_part 0.987 32592 32518 match_141 match_part 0.979 51540 51261 match_part 1.000 51071 50930 match_part 1.000 50835 50774 match_part 1.000 50679 50568 match_part 1.000 50475 50382 match_part 1.000 50263 50194 match_part 1.000 50109 49971 match_part 1.000 49887 49583 match_142 match_part 1.000 50254 50194 match_part 1.000 50109 49971 match_part 1.000 49887 49583 match_143 match_part 1.000 50570 50568 match_part 1.000 50475 50382 match_part 1.000 50263 50194 match_part 1.000 50109 49971 match_part 1.000 49887 49607 match_144 match_part 1.000 50262 50194 match_part 1.000 50109 49971 match_part 0.996 49887 49607 match_145 match_part 0.984 51515 51261 match_part 1.000 51071 50930 match_part 0.968 50835 50774 match_part 1.000 50679 50626 match_146 match_part 1.000 66942 66877 match_part 1.000 66794 66750 match_part 1.000 66664 66608 match_part 1.000 66099 65995 match_part 1.000 65918 65802 match_part 1.000 65695 65592 match_part 1.000 65383 65362 match_147 match_part 1.000 67580 67574 match_part 1.000 67468 67375 match_part 1.000 67293 67220 match_part 1.000 66987 66877 match_part 1.000 66794 66750 match_part 1.000 66664 66608 match_part 1.000 66099 65995 match_part 1.000 65918 65835 match_148 match_part 0.918 67634 67574 match_part 1.000 67468 67375 match_part 1.000 67293 67220 match_part 1.000 66987 66877 match_part 1.000 66794 66750 match_part 1.000 66664 66608 match_part 1.000 66099 65995 match_part 1.000 65918 65866 match_149 match_part 0.900 67394 67375 match_part 0.919 67293 67220 match_part 0.829 66987 66877 match_part 0.956 66794 66750 match_part 0.930 66664 66608 match_part 0.962 66099 65995 match_part 0.833 65918 65889 match_150 match_part 0.878 67448 67375 match_part 0.919 67293 67220 match_part 0.829 66987 66877 match_part 0.933 66794 66750 match_part 0.930 66664 66608 match_part 0.962 66099 65995 match_part 0.862 65918 65890 match_151 match_part 0.846 67917 67866 match_part 0.951 67654 67574 match_part 0.883 67468 67375 match_part 0.919 67293 67220 match_part 0.829 66987 66877 match_part 0.933 66794 66750 match_part 0.930 66664 66608 match_part 0.962 66099 65994 match_152 match_part 0.918 68886 68777 match_part 1.000 68680 68613 match_part 1.000 68457 68374 match_part 1.000 67919 67866 match_part 1.000 67654 67574 match_part 1.000 67468 67375 match_part 1.000 67293 67220 match_part 0.991 66987 66877 match_part 1.000 66794 66750 match_part 1.000 66664 66645 match_153 match_part 0.970 68809 68777 match_part 0.985 68680 68613 match_part 1.000 68457 68374 match_part 1.000 67919 67866 match_part 1.000 67654 67574 match_part 1.000 67468 67375 match_part 0.986 67293 67220 match_part 0.988 66987 66908 match_154 match_part 0.980 69433 69335 match_part 1.000 69050 68976 match_part 1.000 68890 68777 match_part 1.000 68680 68613 match_part 1.000 68457 68374 match_part 1.000 67919 67866 match_part 1.000 67654 67574 match_part 1.000 67468 67414 match_155 match_part 1.000 69436 69335 match_part 1.000 69050 68976 match_part 0.991 68890 68777 match_part 1.000 68680 68613 match_part 1.000 68457 68374 match_part 1.000 67919 67866 match_part 0.988 67654 67575 match_156 match_part 0.961 70580 70505 match_part 1.000 69956 69784 match_part 1.000 69447 69335 match_part 1.000 69050 68976 match_part 1.000 68890 68777 match_part 1.000 68680 68613 match_part 1.000 68457 68374 match_part 0.981 67919 67866 match_part 0.980 67654 67604 match_157 match_part 0.966 70649 70505 match_part 0.994 69956 69784 match_part 0.991 69447 69335 match_part 1.000 69050 68976 match_part 0.974 68890 68777 match_part 1.000 68680 68613 match_part 1.000 68457 68374 match_158 match_part 1.000 70604 70505 match_part 1.000 69956 69784 match_part 1.000 69447 69335 match_part 1.000 69050 68976 match_part 1.000 68890 68777 match_part 1.000 68680 68613 match_part 1.000 68457 68405 match_159 match_part 1.000 70586 70505 match_part 1.000 69956 69784 match_part 1.000 69447 69335 match_part 1.000 69050 68976 match_part 1.000 68890 68777 match_part 1.000 68680 68641 match_160 match_part 1.000 70629 70505 match_part 1.000 69956 69784 match_part 1.000 69447 69335 match_part 1.000 69050 68976 match_part 1.000 68890 68777 match_part 1.000 68680 68658 match_161 match_part 0.935 70628 70505 match_part 0.988 69956 69784 match_part 1.000 69447 69335 match_part 1.000 69050 68976 match_part 0.991 68890 68777 match_part 1.000 68680 68658 match_162 match_part 0.988 70587 70505 match_part 1.000 69956 69784 match_part 1.000 69447 69335 match_part 1.000 69050 68976 match_part 1.000 68890 68777 match_163 match_part 1.000 70634 70505 match_part 1.000 69956 69784 match_part 1.000 69447 69335 match_part 1.000 69050 68976 match_part 1.000 68890 68781 match_164 match_part 0.992 70629 70505 match_part 1.000 69956 69784 match_part 1.000 69447 69335 match_part 0.987 69050 68976 match_part 1.000 68890 68830 match_165 match_part 1.000 72207 72086 match_part 0.982 71870 71432 match_166 match_part 0.986 71788 71440 match_167 match_part 1.000 73306 73235 match_part 0.985 72309 72107 match_part 0.932 71870 71442 match_168 match_part 0.982 73343 73235 match_part 0.982 72309 72086 match_part 0.983 71870 71452 match_169 match_part 1.000 72102 72086 match_part 1.000 71870 71452 match_170 match_part 1.000 73527 73235 match_part 1.000 72309 72086 match_part 0.998 71870 71461 match_171 match_part 0.977 73498 73235 match_part 1.000 72309 72086 match_part 0.993 71870 71599 match_172 match_part 1.000 73690 73235 match_part 1.000 72309 72086 match_part 0.991 71870 71648 match_173 match_part 1.000 73687 73235 match_part 1.000 72309 72086 match_part 1.000 71870 71673 match_174 match_part 1.000 73710 73235 match_part 1.000 72309 72086 match_part 0.984 71870 71686 match_175 match_part 1.000 73654 73235 match_part 1.000 72309 72086 match_part 0.983 71870 71692 match_176 match_part 0.995 73611 73235 match_part 1.000 72309 72086 match_part 0.994 71870 71705 match_177 match_part 0.998 73659 73235 match_part 1.000 72309 72086 match_part 0.800 71870 71861 match_178 match_part 0.998 73776 73235 match_part 0.996 72309 72086 match_part 1.000 71870 71862 match_179 match_part 1.000 73651 73235 match_part 0.960 72309 72086 match_part 1.000 71870 71866 match_180 match_part 1.000 73578 73235 match_part 1.000 72309 72115 match_181 match_part 1.000 73653 73235 match_part 1.000 72309 72117 match_182 match_part 0.988 73654 73235 match_part 0.990 72309 72209 match_183 match_part 0.998 73659 73235 match_part 1.000 72309 72211 match_184 match_part 0.996 73474 73235 match_part 1.000 72309 72212 match_185 match_part 1.000 73659 73235 match_part 1.000 72309 72290 match_186 match_part 0.998 73693 73252 match_187 match_part 0.997 73662 73285 match_188 match_part 0.983 73659 73308 match_189 match_part 0.983 73613 73442 match_190 match_part 1.000 76318 76305 match_part 1.000 76231 76165 match_part 1.000 76093 76039 match_part 1.000 75692 75524 match_part 1.000 75427 75339 match_part 1.000 75177 75097 match_part 0.975 75026 74712 match_191 match_part 1.000 76317 76305 match_part 1.000 76231 76165 match_part 1.000 76093 76039 match_part 1.000 75692 75524 match_part 1.000 75427 75339 match_part 0.988 75177 75097 match_part 0.991 75026 74914 match_192 match_part 1.000 79223 78890 match_part 1.000 78714 78655 match_part 1.000 78531 78387 match_part 1.000 78292 78135 match_part 1.000 76386 76305 match_part 0.985 76231 76165 match_part 0.929 76093 76066 match_193 match_part 0.945 120665 120043 match_194 match_part 0.940 120667 120049 match_195 match_part 0.955 120664 120180 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 2253 1447 exon 1116 745 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 2272 1983 exon 1871 1447 exon 1116 745 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 2273 1983 exon 1871 1447 exon 977 811 gene_4 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 7956 7677 exon 7369 7246 exon 5871 5742 exon 5246 5210 exon 5078 4393 exon 4283 4188 exon 3222 2778 gene_5 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 7956 7677 exon 7369 7246 exon 5871 5742 exon 5246 5210 exon 5078 4841 exon 4502 4393 exon 4283 4188 exon 3222 2784 gene_6 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 6653 6024 gene_7 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 12740 12590 exon 12507 12338 exon 11735 11550 exon 11287 11125 exon 10127 9938 exon 9512 9229 exon 9007 9001 gene_8 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 12740 12590 exon 12507 12338 exon 11735 11550 exon 11287 11125 exon 10127 9566 gene_9 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 12731 12590 exon 12507 12338 exon 12070 11550 exon 11287 11125 exon 10127 9938 exon 9512 9229 exon 9007 9001 gene_10 gene GT_PGL_3_AGS_4 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 12731 12590 exon 12507 12338 exon 11735 11409 gene_11 gene GT_PGL_3_AGS_5 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 12576 12338 exon 11735 11550 exon 11287 11125 exon 10127 9938 exon 9512 9229 exon 9007 9001 gene_12 gene GT_PGL_3_AGS_6 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 12526 12338 exon 11735 11409 gene_13 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 19030 18790 exon 18669 18376 exon 17532 17305 exon 17017 16952 exon 15811 15395 exon 15217 15106 exon 14995 14910 exon 14379 13825 gene_14 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 19030 18790 exon 18669 18376 exon 17532 17305 exon 17017 16952 exon 15811 15395 exon 15217 15106 exon 14995 14910 exon 14557 14553 exon 14379 13825 gene_15 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 19030 18790 exon 18669 18376 exon 17532 17305 exon 17017 16952 exon 15811 15395 exon 15217 15106 exon 14995 14910 exon 14557 14416 gene_16 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 21406 21634 exon 21716 21790 exon 21873 22325 gene_17 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 27703 28235 gene_18 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 28416 28735 gene_19 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 39406 39367 exon 35363 35318 exon 34551 34462 exon 33102 32980 exon 32875 32824 exon 32592 32520 exon 32049 31983 exon 31901 31851 exon 30935 30843 exon 30284 29888 gene_20 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 39406 39367 exon 35363 35318 exon 34551 34462 exon 33102 32980 exon 32875 32824 exon 32592 32518 gene_21 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 48512 48841 exon 49098 49262 exon 49954 49966 gene_22 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 51540 51261 exon 51071 50930 exon 50835 50774 exon 50679 50568 exon 50475 50382 exon 50263 50194 exon 50109 49971 exon 49887 49583 gene_23 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 70649 70505 exon 69956 69784 exon 69447 69335 exon 69050 68976 exon 68890 68777 exon 68680 68613 exon 68457 68374 exon 67919 67866 exon 67654 67574 exon 67468 67375 exon 67293 67220 exon 66987 66877 exon 66794 66750 exon 66664 66608 exon 66099 65995 exon 65918 65802 exon 65695 65592 exon 65383 65362 gene_24 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 70649 70505 exon 69956 69784 exon 69447 69335 exon 69050 68976 exon 68890 68777 exon 68680 68613 exon 68457 68374 exon 67919 67866 exon 67654 67574 exon 67468 67375 exon 67293 67220 exon 66987 66877 exon 66794 66750 exon 66664 66608 exon 66099 65994 gene_25 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 73776 73235 exon 72309 72086 exon 71870 71432 gene_26 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 73693 73235 exon 72309 72107 exon 71870 71440 gene_27 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 79223 78890 exon 78714 78655 exon 78531 78387 exon 78292 78135 exon 76386 76305 exon 76231 76165 exon 76093 76039 exon 75692 75524 exon 75427 75339 exon 75177 75097 exon 75026 74712 gene_28 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 81347 81992 gene_29 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 82646 82762 exon 82828 82994 exon 83137 83283 exon 83895 84027 exon 84759 84851 exon 90916 91456 gene_30 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 82656 82762 exon 82828 83012 exon 83137 83283 exon 83895 84027 exon 84759 84851 exon 90916 91456 gene_31 gene GT_PGL_15_AGS_3 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 87184 87743 gene_32 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 94489 95342 gene_33 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 96217 96571 gene_34 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 104434 105227 gene_35 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 107154 107381 exon 107448 107504 exon 107690 107926 exon 108092 108447 exon 108801 108840 exon 110891 111074 gene_36 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 120667 120043 gene_37 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 123327 123378 exon 123739 124112 exon 124196 124290 exon 125957 126199 exon 126393 127036 exon 127304 127432 AUGUSTUS_tom_cdna de novo gene_1 gene 1 21470 21926 transcript_1 transcript 21470 21926 start_codon_1 start_codon 21470 21472 CDS_1 CDS 21470 21634 CDS_2 CDS 21716 21790 CDS_3 CDS 21873 21926 stop_codon_1 stop_codon 21924 21926 gene_2 gene 1 28151 28510 transcript_2 transcript 28151 28510 start_codon_2 start_codon 28151 28153 CDS_4 CDS 28151 28237 CDS_5 CDS 28346 28510 stop_codon_2 stop_codon 28508 28510 gene_3 gene 1 48634 49222 transcript_3 transcript 48634 49222 start_codon_3 start_codon 48634 48636 CDS_6 CDS 48634 48841 CDS_7 CDS 49098 49222 stop_codon_3 stop_codon 49220 49222 gene_4 gene 1 82649 91218 transcript_4 transcript 82649 91218 start_codon_4 start_codon 82649 82651 CDS_8 CDS 82649 82762 CDS_9 CDS 82828 82994 CDS_10 CDS 83137 83283 CDS_11 CDS 83895 84027 CDS_12 CDS 84759 84851 CDS_13 CDS 90916 91218 stop_codon_4 stop_codon 91216 91218 gene_5 gene 1 94484 97608 transcript_5 transcript 94484 97608 start_codon_5 start_codon 94484 94486 CDS_14 CDS 94484 95463 CDS_15 CDS 95916 96121 CDS_16 CDS 97460 97608 stop_codon_5 stop_codon 97606 97608 gene_6 gene 1 104418 104981 transcript_6 transcript 104418 104981 start_codon_6 start_codon 104418 104420 CDS_17 CDS 104418 104981 stop_codon_6 stop_codon 104979 104981 gene_7 gene 1 107364 108526 transcript_7 transcript 107364 108526 start_codon_7 start_codon 107364 107366 CDS_18 CDS 107364 107381 CDS_19 CDS 107448 107504 CDS_20 CDS 107690 107926 CDS_21 CDS 108092 108526 stop_codon_7 stop_codon 108524 108526 gene_8 gene 1 123294 129563 transcript_8 transcript 123294 129563 start_codon_8 start_codon 123294 123296 CDS_22 CDS 123294 123378 CDS_23 CDS 123739 124112 CDS_24 CDS 124196 124290 CDS_25 CDS 125957 126199 CDS_26 CDS 126393 127036 CDS_27 CDS 127304 127507 CDS_28 CDS 129517 129563 stop_codon_8 stop_codon 129561 129563 AUGUSTUS_tom_cdna de novo gene_9 gene 1 2217 745 transcript_9 transcript 2217 745 CDS_29 CDS 1116 745 CDS_30 CDS 1871 1447 CDS_31 CDS 2217 1983 start_codon_9 start_codon 2217 2215 gene_10 gene 2 7913 3160 transcript_10 transcript 7913 4731 stop_codon_9 stop_codon 4733 4731 CDS_32 CDS 5078 4731 CDS_33 CDS 5246 5210 CDS_34 CDS 5871 5742 CDS_35 CDS 7369 7246 CDS_36 CDS 7913 7677 start_codon_10 start_codon 7913 7911 transcript_11 transcript 7913 3160 stop_codon_10 stop_codon 3162 3160 CDS_37 CDS 3222 3160 CDS_38 CDS 4218 4188 CDS_39 CDS 4502 4409 CDS_40 CDS 5078 4841 CDS_41 CDS 5246 5210 CDS_42 CDS 5871 5742 CDS_43 CDS 7369 7246 CDS_44 CDS 7913 7677 start_codon_11 start_codon 7913 7911 gene_11 gene 1 12713 9380 transcript_12 transcript 12713 9380 stop_codon_11 stop_codon 9382 9380 CDS_45 CDS 9512 9380 CDS_46 CDS 10127 9938 CDS_47 CDS 11287 11125 CDS_48 CDS 11735 11550 CDS_49 CDS 12507 12338 CDS_50 CDS 12713 12590 start_codon_12 start_codon 12713 12711 gene_12 gene 1 19026 14320 transcript_13 transcript 19026 14320 stop_codon_12 stop_codon 14322 14320 CDS_51 CDS 14379 14320 CDS_52 CDS 14995 14910 CDS_53 CDS 15217 15106 CDS_54 CDS 15811 15395 CDS_55 CDS 17017 16952 CDS_56 CDS 17532 17305 CDS_57 CDS 18669 18376 CDS_58 CDS 19026 18790 start_codon_13 start_codon 19026 19024 gene_13 gene 1 41072 30192 transcript_14 transcript 41072 30192 stop_codon_13 stop_codon 30194 30192 CDS_59 CDS 30284 30192 CDS_60 CDS 30935 30843 CDS_61 CDS 31901 31851 CDS_62 CDS 32049 31983 CDS_63 CDS 32592 32520 CDS_64 CDS 32875 32824 CDS_65 CDS 33102 32980 CDS_66 CDS 34551 34462 CDS_67 CDS 35363 35318 CDS_68 CDS 39419 39367 CDS_69 CDS 39960 39921 CDS_70 CDS 40201 40047 CDS_71 CDS 41072 40302 start_codon_14 start_codon 41072 41070 gene_14 gene 1 56083 49795 transcript_15 transcript 56083 49795 stop_codon_14 stop_codon 49797 49795 CDS_72 CDS 49887 49795 CDS_73 CDS 50109 49971 CDS_74 CDS 50263 50194 CDS_75 CDS 50475 50382 CDS_76 CDS 50679 50568 CDS_77 CDS 50835 50774 CDS_78 CDS 51071 50930 CDS_79 CDS 51555 51261 CDS_80 CDS 52553 52415 CDS_81 CDS 55053 54002 CDS_82 CDS 56083 55699 start_codon_15 start_codon 56083 56081 gene_15 gene 1 59764 58016 transcript_16 transcript 59764 58016 stop_codon_15 stop_codon 58018 58016 CDS_83 CDS 58254 58016 CDS_84 CDS 58771 58447 CDS_85 CDS 59764 59198 start_codon_16 start_codon 59764 59762 gene_16 gene 1 70594 61990 transcript_17 transcript 70594 61990 stop_codon_16 stop_codon 61992 61990 CDS_86 CDS 64374 61990 CDS_87 CDS 65118 65011 CDS_88 CDS 65383 65218 CDS_89 CDS 65695 65592 CDS_90 CDS 65918 65802 CDS_91 CDS 66099 65995 CDS_92 CDS 66664 66608 CDS_93 CDS 66794 66750 CDS_94 CDS 66987 66877 CDS_95 CDS 67293 67220 CDS_96 CDS 67468 67375 CDS_97 CDS 67654 67574 CDS_98 CDS 67919 67866 CDS_99 CDS 68457 68374 CDS_100 CDS 68680 68613 CDS_101 CDS 68890 68777 CDS_102 CDS 69050 68976 CDS_103 CDS 69447 69335 CDS_104 CDS 69956 69784 CDS_105 CDS 70594 70505 start_codon_17 start_codon 70594 70592 gene_17 gene 1 73617 71623 transcript_18 transcript 73617 71623 stop_codon_17 stop_codon 71625 71623 CDS_106 CDS 71870 71623 CDS_107 CDS 72309 72086 CDS_108 CDS 73617 73235 start_codon_18 start_codon 73617 73615 gene_18 gene 1 79089 74963 transcript_19 transcript 79089 74963 stop_codon_18 stop_codon 74965 74963 CDS_109 CDS 75026 74963 CDS_110 CDS 75177 75097 CDS_111 CDS 75427 75339 CDS_112 CDS 75692 75524 CDS_113 CDS 76093 76039 CDS_114 CDS 76231 76165 CDS_115 CDS 76386 76305 CDS_116 CDS 78292 78135 CDS_117 CDS 78531 78387 CDS_118 CDS 78714 78655 CDS_119 CDS 79089 78890 start_codon_19 start_codon 79089 79087 gene_19 gene 1 92162 91758 transcript_20 transcript 92162 91758 stop_codon_19 stop_codon 91760 91758 CDS_120 CDS 92162 91758 start_codon_20 start_codon 92162 92160 AUGUSTUS_ab_initio de novo gene_1 gene 1 81481 91218 transcript_1 transcript 81481 91218 start_codon_1 start_codon 81481 81483 CDS_1 CDS 81481 81639 CDS_2 CDS 82828 82994 CDS_3 CDS 83137 83283 CDS_4 CDS 83895 84027 CDS_5 CDS 84157 84213 CDS_6 CDS 90916 91218 stop_codon_1 stop_codon 91216 91218 gene_2 gene 1 94484 96282 transcript_2 transcript 94484 96282 start_codon_2 start_codon 94484 94486 CDS_7 CDS 94484 95463 CDS_8 CDS 95916 96282 stop_codon_2 stop_codon 96280 96282 gene_3 gene 1 123294 126203 transcript_3 transcript 123294 126203 start_codon_3 start_codon 123294 123296 CDS_9 CDS 123294 123378 CDS_10 CDS 123739 124112 CDS_11 CDS 124196 124290 CDS_12 CDS 125957 126203 stop_codon_3 stop_codon 126201 126203 AUGUSTUS_ab_initio de novo gene_4 gene 1 19026 745 transcript_4 transcript 19026 745 CDS_13 CDS 1116 745 CDS_14 CDS 7857 7677 CDS_15 CDS 10127 9938 CDS_16 CDS 11735 11573 CDS_17 CDS 12507 12338 CDS_18 CDS 15217 15106 CDS_19 CDS 15811 15602 CDS_20 CDS 17017 16952 CDS_21 CDS 19026 18790 start_codon_4 start_codon 19026 19024 gene_5 gene 1 41072 30192 transcript_5 transcript 41072 30192 stop_codon_4 stop_codon 30194 30192 CDS_22 CDS 30284 30192 CDS_23 CDS 30935 30843 CDS_24 CDS 31901 31851 CDS_25 CDS 32049 31983 CDS_26 CDS 33070 33001 CDS_27 CDS 33382 33328 CDS_28 CDS 34551 34462 CDS_29 CDS 39960 39921 CDS_30 CDS 40201 40047 CDS_31 CDS 41072 40302 start_codon_5 start_codon 41072 41070 gene_6 gene 1 51496 50347 transcript_6 transcript 51496 50347 stop_codon_5 stop_codon 50349 50347 CDS_32 CDS 50475 50347 CDS_33 CDS 50679 50568 CDS_34 CDS 50835 50774 CDS_35 CDS 51071 50930 CDS_36 CDS 51496 51261 start_codon_6 start_codon 51496 51494 gene_7 gene 1 56083 52389 transcript_7 transcript 56083 52389 stop_codon_6 stop_codon 52391 52389 CDS_37 CDS 52553 52389 CDS_38 CDS 55053 54002 CDS_39 CDS 56083 55699 start_codon_7 start_codon 56083 56081 gene_8 gene 1 59764 58016 transcript_8 transcript 59764 58016 stop_codon_7 stop_codon 58018 58016 CDS_40 CDS 58254 58016 CDS_41 CDS 58771 58447 CDS_42 CDS 59764 59198 start_codon_8 start_codon 59764 59762 gene_9 gene 1 73617 61990 transcript_9 transcript 73617 61990 stop_codon_8 stop_codon 61992 61990 CDS_43 CDS 64374 61990 CDS_44 CDS 65118 65011 CDS_45 CDS 65383 65218 CDS_46 CDS 65695 65592 CDS_47 CDS 65945 65802 CDS_48 CDS 66664 66608 CDS_49 CDS 68457 68374 CDS_50 CDS 68680 68613 CDS_51 CDS 68890 68777 CDS_52 CDS 69050 68976 CDS_53 CDS 72309 72086 CDS_54 CDS 73617 73235 start_codon_9 start_codon 73617 73615 gene_10 gene 1 79089 75093 transcript_10 transcript 79089 75093 stop_codon_9 stop_codon 75095 75093 CDS_55 CDS 75177 75093 CDS_56 CDS 75427 75339 CDS_57 CDS 75692 75524 CDS_58 CDS 76093 76039 CDS_59 CDS 76231 76165 CDS_60 CDS 78531 78387 CDS_61 CDS 78714 78655 CDS_62 CDS 79089 78890 start_codon_10 start_codon 79089 79087 gene_11 gene 1 92162 91758 transcript_11 transcript 92162 91758 stop_codon_10 stop_codon 91760 91758 CDS_63 CDS 92162 91758 start_codon_11 start_codon 92162 92160 AUGUSTUS_tom_ugs de novo gene_1 gene 1 21470 21926 transcript_1 transcript 21470 21926 start_codon_1 start_codon 21470 21472 CDS_1 CDS 21470 21634 CDS_2 CDS 21716 21790 CDS_3 CDS 21873 21926 stop_codon_1 stop_codon 21924 21926 gene_2 gene 1 28151 28510 transcript_2 transcript 28151 28510 start_codon_2 start_codon 28151 28153 CDS_4 CDS 28151 28237 CDS_5 CDS 28346 28510 stop_codon_2 stop_codon 28508 28510 gene_3 gene 1 81481 91218 transcript_3 transcript 81481 91218 start_codon_3 start_codon 81481 81483 CDS_6 CDS 81481 81639 CDS_7 CDS 82664 82762 CDS_8 CDS 82828 82994 CDS_9 CDS 83137 83283 CDS_10 CDS 83895 84027 CDS_11 CDS 84759 84851 CDS_12 CDS 90916 91218 stop_codon_3 stop_codon 91216 91218 gene_4 gene 1 94484 96282 transcript_4 transcript 94484 96282 start_codon_4 start_codon 94484 94486 CDS_13 CDS 94484 95463 CDS_14 CDS 95916 96282 stop_codon_4 stop_codon 96280 96282 gene_5 gene 1 123294 129563 transcript_5 transcript 123294 129563 start_codon_5 start_codon 123294 123296 CDS_15 CDS 123294 123378 CDS_16 CDS 123739 124112 CDS_17 CDS 124196 124290 CDS_18 CDS 125957 126199 CDS_19 CDS 126393 127036 CDS_20 CDS 127304 127507 CDS_21 CDS 129517 129563 stop_codon_5 stop_codon 129561 129563 AUGUSTUS_tom_ugs de novo gene_6 gene 1 2217 745 transcript_6 transcript 2217 745 CDS_22 CDS 1116 745 CDS_23 CDS 1871 1447 CDS_24 CDS 2217 1983 start_codon_6 start_codon 2217 2215 gene_7 gene 1 7913 4261 transcript_7 transcript 7913 4261 stop_codon_6 stop_codon 4263 4261 CDS_25 CDS 4283 4261 CDS_26 CDS 4502 4434 CDS_27 CDS 5078 4841 CDS_28 CDS 5246 5210 CDS_29 CDS 5871 5742 CDS_30 CDS 7369 7246 CDS_31 CDS 7913 7677 start_codon_7 start_codon 7913 7911 gene_8 gene 1 17358 9380 transcript_8 transcript 17358 9380 stop_codon_7 stop_codon 9382 9380 CDS_32 CDS 9512 9380 CDS_33 CDS 10127 9938 CDS_34 CDS 11287 11125 CDS_35 CDS 11735 11550 CDS_36 CDS 12507 12338 CDS_37 CDS 15217 15106 CDS_38 CDS 15811 15602 CDS_39 CDS 17017 16952 CDS_40 CDS 17358 17305 start_codon_8 start_codon 17358 17356 gene_9 gene 1 41072 30192 transcript_9 transcript 41072 30192 stop_codon_8 stop_codon 30194 30192 CDS_41 CDS 30284 30192 CDS_42 CDS 30935 30843 CDS_43 CDS 31901 31851 CDS_44 CDS 32049 31983 CDS_45 CDS 32592 32520 CDS_46 CDS 32875 32824 CDS_47 CDS 33102 32980 CDS_48 CDS 34551 34462 CDS_49 CDS 35363 35318 CDS_50 CDS 39419 39367 CDS_51 CDS 39960 39921 CDS_52 CDS 40201 40047 CDS_53 CDS 41072 40302 start_codon_9 start_codon 41072 41070 gene_10 gene 1 56083 49795 transcript_10 transcript 56083 49795 stop_codon_9 stop_codon 49797 49795 CDS_54 CDS 49887 49795 CDS_55 CDS 50109 49971 CDS_56 CDS 50263 50194 CDS_57 CDS 50475 50382 CDS_58 CDS 50679 50568 CDS_59 CDS 50835 50774 CDS_60 CDS 51071 50930 CDS_61 CDS 51555 51261 CDS_62 CDS 52553 52415 CDS_63 CDS 55053 54002 CDS_64 CDS 56083 55699 start_codon_10 start_codon 56083 56081 gene_11 gene 1 59764 58016 transcript_11 transcript 59764 58016 stop_codon_10 stop_codon 58018 58016 CDS_65 CDS 58254 58016 CDS_66 CDS 58771 58447 CDS_67 CDS 59764 59198 start_codon_11 start_codon 59764 59762 gene_12 gene 1 70594 61990 transcript_12 transcript 70594 61990 stop_codon_11 stop_codon 61992 61990 CDS_68 CDS 64374 61990 CDS_69 CDS 65118 65011 CDS_70 CDS 65383 65218 CDS_71 CDS 65695 65592 CDS_72 CDS 65918 65802 CDS_73 CDS 66099 65995 CDS_74 CDS 66664 66608 CDS_75 CDS 66794 66750 CDS_76 CDS 66987 66877 CDS_77 CDS 67293 67220 CDS_78 CDS 67468 67375 CDS_79 CDS 67654 67574 CDS_80 CDS 67919 67866 CDS_81 CDS 68457 68374 CDS_82 CDS 68680 68613 CDS_83 CDS 68890 68777 CDS_84 CDS 69050 68976 CDS_85 CDS 69447 69335 CDS_86 CDS 69956 69784 CDS_87 CDS 70594 70505 start_codon_12 start_codon 70594 70592 gene_13 gene 1 73617 71623 transcript_13 transcript 73617 71623 stop_codon_12 stop_codon 71625 71623 CDS_88 CDS 71870 71623 CDS_89 CDS 72309 72086 CDS_90 CDS 73617 73235 start_codon_13 start_codon 73617 73615 gene_14 gene 1 79089 74963 transcript_14 transcript 79089 74963 stop_codon_13 stop_codon 74965 74963 CDS_91 CDS 75026 74963 CDS_92 CDS 75177 75097 CDS_93 CDS 75427 75339 CDS_94 CDS 75692 75524 CDS_95 CDS 76093 76039 CDS_96 CDS 76231 76165 CDS_97 CDS 76386 76305 CDS_98 CDS 78292 78135 CDS_99 CDS 78531 78387 CDS_100 CDS 78714 78655 CDS_101 CDS 79089 78890 start_codon_14 start_codon 79089 79087 gene_15 gene 1 92162 91758 transcript_15 transcript 92162 91758 stop_codon_14 stop_codon 91760 91758 CDS_102 CDS 92162 91758 start_codon_15 start_codon 92162 92160 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.987 21406 21634 match_part 1.000 21716 21790 match_part 0.998 21873 22325 match_2 match_part 1.000 27703 28235 match_3 match_part 0.997 28416 28732 match_4 match_part 1.000 48512 48841 match_part 0.988 49098 49262 match_part 0.846 49954 49966 match_5 match_part 0.999 81312 81992 match_6 match_part 0.991 82653 82762 match_part 1.000 82828 82994 match_part 1.000 83137 83283 match_part 1.000 83895 84027 match_part 1.000 84759 84851 match_part 1.000 90916 91508 match_7 match_part 1.000 87184 87743 match_8 match_part 0.996 94489 95342 match_9 match_part 1.000 96217 96567 match_10 match_part 0.996 104434 105227 match_11 match_part 1.000 107154 107381 match_part 1.000 107448 107504 match_part 1.000 107690 107926 match_part 1.000 108092 108447 match_part 1.000 108801 108840 match_part 0.978 110891 111074 match_12 match_part 1.000 123327 123378 match_part 0.995 123739 124112 match_part 1.000 124196 124287 match_13 match_part 0.972 124255 124290 match_part 1.000 125957 126199 match_part 0.997 126393 127036 match_part 1.000 127304 127432 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_14 match_part 0.995 2253 1447 match_part 1.000 1116 1074 match_15 match_part 1.000 7956 7677 match_part 1.000 7369 7246 match_part 1.000 5871 5742 match_part 1.000 5246 5210 match_part 1.000 5078 4841 match_part 1.000 4502 4393 match_part 1.000 4283 4188 match_part 0.991 3222 2673 match_16 match_part 1.000 5787 5742 match_part 1.000 5246 5210 match_part 1.000 5078 4393 match_part 1.000 4283 4188 match_part 0.978 3222 3089 match_17 match_part 0.998 6653 6024 match_18 match_part 1.000 12727 12590 match_part 1.000 12507 12338 match_part 1.000 11735 11550 match_part 1.000 11287 11125 match_part 1.000 10127 9938 match_part 0.968 9512 9229 match_part 0.714 9007 9001 match_19 match_part 0.998 10112 9566 match_20 match_part 0.992 12708 12590 match_part 1.000 12507 12338 match_part 0.995 12070 11669 match_21 match_part 1.000 15477 15395 match_part 1.000 15217 15106 match_part 1.000 14995 14910 match_part 0.600 14557 14553 match_part 0.978 14379 13825 match_22 match_part 0.983 19030 18790 match_part 0.996 18669 18401 match_23 match_part 1.000 39406 39367 match_part 1.000 35363 35318 match_part 1.000 34551 34462 match_part 1.000 33102 32980 match_part 1.000 32875 32824 match_part 1.000 32592 32520 match_part 1.000 32049 31983 match_part 1.000 31901 31851 match_part 1.000 30935 30843 match_part 1.000 30284 29888 match_24 match_part 0.979 51540 51261 match_part 1.000 51071 50930 match_part 1.000 50835 50774 match_part 1.000 50679 50568 match_part 1.000 50475 50382 match_part 1.000 50263 50194 match_part 1.000 50109 49971 match_part 1.000 49887 49583 match_25 match_part 1.000 70649 70505 match_part 1.000 69956 69784 match_part 1.000 69447 69335 match_part 1.000 69050 68976 match_part 1.000 68890 68777 match_part 1.000 68680 68613 match_part 1.000 68457 68374 match_part 1.000 67919 67866 match_part 1.000 67654 67574 match_part 1.000 67468 67375 match_part 1.000 67293 67220 match_part 1.000 66987 66877 match_part 1.000 66794 66750 match_part 1.000 66664 66608 match_part 1.000 66099 65995 match_part 1.000 65918 65802 match_part 1.000 65695 65592 match_part 1.000 65383 65362 match_26 match_part 1.000 73306 73235 match_part 0.985 72309 72107 match_part 0.932 71870 71442 match_27 match_part 1.000 73771 73235 match_part 1.000 72309 72086 match_part 1.000 71870 71452 match_28 match_part 1.000 79223 78890 match_part 1.000 78714 78655 match_part 1.000 78531 78387 match_part 1.000 78292 78135 match_part 1.000 76386 76305 match_part 1.000 76231 76165 match_part 1.000 76093 76039 match_part 1.000 75692 75524 match_part 1.000 75427 75339 match_part 1.000 75177 75097 match_part 0.975 75026 74712 match_29 match_part 0.917 120667 119701 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 2253 1447 exon 1116 1074 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 7956 7677 exon 7369 7246 exon 5871 5742 exon 5246 5210 exon 5078 4841 exon 4502 4393 exon 4283 4188 exon 3222 2673 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 5787 5742 exon 5246 5210 exon 5078 4393 exon 4283 4188 exon 3222 3089 gene_4 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 6653 6024 gene_5 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 12727 12590 exon 12507 12338 exon 11735 11550 exon 11287 11125 exon 10127 9938 exon 9512 9229 exon 9007 9001 gene_6 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 10112 9566 gene_7 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 12708 12590 exon 12507 12338 exon 12070 11669 gene_8 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 15477 15395 exon 15217 15106 exon 14995 14910 exon 14557 14553 exon 14379 13825 gene_9 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 19030 18790 exon 18669 18401 gene_10 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 21406 21634 exon 21716 21790 exon 21873 22325 gene_11 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 27703 28235 gene_12 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 28416 28732 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 39406 39367 exon 35363 35318 exon 34551 34462 exon 33102 32980 exon 32875 32824 exon 32592 32520 exon 32049 31983 exon 31901 31851 exon 30935 30843 exon 30284 29888 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 48512 48841 exon 49098 49262 exon 49954 49966 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 51540 51261 exon 51071 50930 exon 50835 50774 exon 50679 50568 exon 50475 50382 exon 50263 50194 exon 50109 49971 exon 49887 49583 gene_16 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 70649 70505 exon 69956 69784 exon 69447 69335 exon 69050 68976 exon 68890 68777 exon 68680 68613 exon 68457 68374 exon 67919 67866 exon 67654 67574 exon 67468 67375 exon 67293 67220 exon 66987 66877 exon 66794 66750 exon 66664 66608 exon 66099 65995 exon 65918 65802 exon 65695 65592 exon 65383 65362 gene_17 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 73771 73235 exon 72309 72086 exon 71870 71452 gene_18 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 73306 73235 exon 72309 72107 exon 71870 71442 gene_19 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 79223 78890 exon 78714 78655 exon 78531 78387 exon 78292 78135 exon 76386 76305 exon 76231 76165 exon 76093 76039 exon 75692 75524 exon 75427 75339 exon 75177 75097 exon 75026 74712 gene_20 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 81312 81992 gene_21 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 82653 82762 exon 82828 82994 exon 83137 83283 exon 83895 84027 exon 84759 84851 exon 90916 91508 gene_22 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 87184 87743 gene_23 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 94489 95342 gene_24 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 96217 96567 gene_25 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 104434 105227 gene_26 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 107154 107381 exon 107448 107504 exon 107690 107926 exon 108092 108447 exon 108801 108840 exon 110891 111074 gene_27 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 120667 119701 gene_28 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 123327 123378 exon 123739 124112 exon 124196 124290 exon 125957 126199 exon 126393 127036 exon 127304 127432 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.999 81312 81992 match_2 match_part 1.000 108093 108543 match_3 match_part 0.972 124255 124290 match_part 1.000 125957 126199 match_part 0.997 126393 126968 GenomeThreader_SGN_markers SGN marker sequences match_4 match_part 1.000 1834 1447 match_part 1.000 1116 745 match_5 match_part 0.995 18984 18790 match_part 0.996 18669 18401 match_6 match_part 1.000 70634 70505 match_part 1.000 69956 69784 match_part 1.000 69447 69335 match_part 1.000 69050 68976 match_part 1.000 68890 68781 match_7 match_part 0.839 73687 73235 match_part 0.982 72309 72086 match_part 0.953 71870 71442 match_8 match_part 1.000 73693 73235 match_part 1.000 72309 72086 match_part 1.000 71870 71452 match_9 match_part 0.998 108804 108325 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 1834 1447 exon 1116 745 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 18984 18790 exon 18669 18401 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 70634 70505 exon 69956 69784 exon 69447 69335 exon 69050 68976 exon 68890 68781 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 73693 73235 exon 72309 72086 exon 71870 71442 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 81312 81992 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 108093 108543 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 108804 108325 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C04SLm0059M16.1 type gene exon 124255 124290 exon 125957 126199 exon 126393 126968 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 21470 21926 transcript_1 transcript 21470 21926 start_codon_1 start_codon 21470 21472 CDS_1 CDS 21470 21634 CDS_2 CDS 21716 21790 CDS_3 CDS 21873 21926 stop_codon_1 stop_codon 21924 21926 gene_2 gene 1 28151 28510 transcript_2 transcript 28151 28510 start_codon_2 start_codon 28151 28153 CDS_4 CDS 28151 28237 CDS_5 CDS 28346 28510 stop_codon_2 stop_codon 28508 28510 gene_3 gene 1 48634 49222 transcript_3 transcript 48634 49222 start_codon_3 start_codon 48634 48636 CDS_6 CDS 48634 48841 CDS_7 CDS 49098 49222 stop_codon_3 stop_codon 49220 49222 gene_4 gene 1 82649 91218 transcript_4 transcript 82649 91218 start_codon_4 start_codon 82649 82651 CDS_8 CDS 82649 82762 CDS_9 CDS 82828 82994 CDS_10 CDS 83137 83283 CDS_11 CDS 83895 84027 CDS_12 CDS 84759 84851 CDS_13 CDS 90916 91218 stop_codon_4 stop_codon 91216 91218 gene_5 gene 1 94484 96282 transcript_5 transcript 94484 96282 start_codon_5 start_codon 94484 94486 CDS_14 CDS 94484 95463 CDS_15 CDS 95916 96282 stop_codon_5 stop_codon 96280 96282 gene_6 gene 1 104418 104981 transcript_6 transcript 104418 104981 start_codon_6 start_codon 104418 104420 CDS_16 CDS 104418 104981 stop_codon_6 stop_codon 104979 104981 gene_7 gene 1 107364 108526 transcript_7 transcript 107364 108526 start_codon_7 start_codon 107364 107366 CDS_17 CDS 107364 107381 CDS_18 CDS 107448 107504 CDS_19 CDS 107690 107926 CDS_20 CDS 108092 108526 stop_codon_7 stop_codon 108524 108526 gene_8 gene 1 123294 129563 transcript_8 transcript 123294 129563 start_codon_8 start_codon 123294 123296 CDS_21 CDS 123294 123378 CDS_22 CDS 123739 124112 CDS_23 CDS 124196 124290 CDS_24 CDS 125957 126199 CDS_25 CDS 126393 127036 CDS_26 CDS 127304 127507 CDS_27 CDS 129517 129563 stop_codon_8 stop_codon 129561 129563 AUGUSTUS_tom_pot_cdna de novo gene_9 gene 1 2217 745 transcript_9 transcript 2217 745 CDS_28 CDS 1116 745 CDS_29 CDS 1871 1447 CDS_30 CDS 2217 1983 start_codon_9 start_codon 2217 2215 gene_10 gene 3 7913 3160 transcript_10 transcript 7913 4731 stop_codon_9 stop_codon 4733 4731 CDS_31 CDS 5078 4731 CDS_32 CDS 5246 5210 CDS_33 CDS 5871 5742 CDS_34 CDS 7369 7246 CDS_35 CDS 7913 7677 start_codon_10 start_codon 7913 7911 transcript_11 transcript 7913 4738 stop_codon_10 stop_codon 4740 4738 CDS_36 CDS 4754 4738 CDS_37 CDS 5078 4841 CDS_38 CDS 5246 5210 CDS_39 CDS 5871 5742 CDS_40 CDS 7369 7246 CDS_41 CDS 7913 7677 start_codon_11 start_codon 7913 7911 transcript_12 transcript 7913 3160 stop_codon_11 stop_codon 3162 3160 CDS_42 CDS 3222 3160 CDS_43 CDS 4218 4188 CDS_44 CDS 4502 4409 CDS_45 CDS 5078 4841 CDS_46 CDS 5246 5210 CDS_47 CDS 5871 5742 CDS_48 CDS 7369 7246 CDS_49 CDS 7913 7677 start_codon_12 start_codon 7913 7911 gene_11 gene 1 12713 9380 transcript_13 transcript 12713 9380 stop_codon_12 stop_codon 9382 9380 CDS_50 CDS 9512 9380 CDS_51 CDS 10127 9938 CDS_52 CDS 11287 11125 CDS_53 CDS 11735 11550 CDS_54 CDS 12507 12338 CDS_55 CDS 12713 12590 start_codon_13 start_codon 12713 12711 gene_12 gene 1 19026 14320 transcript_14 transcript 19026 14320 stop_codon_13 stop_codon 14322 14320 CDS_56 CDS 14379 14320 CDS_57 CDS 14995 14910 CDS_58 CDS 15217 15106 CDS_59 CDS 15811 15395 CDS_60 CDS 17017 16952 CDS_61 CDS 17532 17305 CDS_62 CDS 18669 18376 CDS_63 CDS 19026 18790 start_codon_14 start_codon 19026 19024 gene_13 gene 1 41072 30192 transcript_15 transcript 41072 30192 stop_codon_14 stop_codon 30194 30192 CDS_64 CDS 30284 30192 CDS_65 CDS 30935 30843 CDS_66 CDS 31901 31851 CDS_67 CDS 32049 31983 CDS_68 CDS 32592 32520 CDS_69 CDS 32875 32824 CDS_70 CDS 33102 32980 CDS_71 CDS 34551 34462 CDS_72 CDS 35363 35318 CDS_73 CDS 39419 39367 CDS_74 CDS 39960 39921 CDS_75 CDS 40201 40047 CDS_76 CDS 41072 40302 start_codon_15 start_codon 41072 41070 gene_14 gene 1 56083 49795 transcript_16 transcript 56083 49795 stop_codon_15 stop_codon 49797 49795 CDS_77 CDS 49887 49795 CDS_78 CDS 50109 49971 CDS_79 CDS 50263 50194 CDS_80 CDS 50475 50382 CDS_81 CDS 50679 50568 CDS_82 CDS 50835 50774 CDS_83 CDS 51071 50930 CDS_84 CDS 51555 51261 CDS_85 CDS 52553 52415 CDS_86 CDS 55053 54002 CDS_87 CDS 56083 55699 start_codon_16 start_codon 56083 56081 gene_15 gene 1 59764 58016 transcript_17 transcript 59764 58016 stop_codon_16 stop_codon 58018 58016 CDS_88 CDS 58254 58016 CDS_89 CDS 58771 58447 CDS_90 CDS 59764 59198 start_codon_17 start_codon 59764 59762 gene_16 gene 1 64404 61990 transcript_18 transcript 64404 61990 stop_codon_17 stop_codon 61992 61990 CDS_91 CDS 64404 61990 start_codon_18 start_codon 64404 64402 gene_17 gene 1 70594 64993 transcript_19 transcript 70594 64993 stop_codon_18 stop_codon 64995 64993 CDS_92 CDS 65118 64993 CDS_93 CDS 65383 65218 CDS_94 CDS 65695 65592 CDS_95 CDS 65918 65802 CDS_96 CDS 66099 65995 CDS_97 CDS 66664 66608 CDS_98 CDS 66794 66750 CDS_99 CDS 66987 66877 CDS_100 CDS 67293 67220 CDS_101 CDS 67468 67375 CDS_102 CDS 67654 67574 CDS_103 CDS 67919 67866 CDS_104 CDS 68457 68374 CDS_105 CDS 68680 68613 CDS_106 CDS 68890 68777 CDS_107 CDS 69050 68976 CDS_108 CDS 69447 69335 CDS_109 CDS 69956 69784 CDS_110 CDS 70594 70505 start_codon_19 start_codon 70594 70592 gene_18 gene 1 73476 71623 transcript_20 transcript 73476 71623 stop_codon_19 stop_codon 71625 71623 CDS_111 CDS 71870 71623 CDS_112 CDS 72309 72086 CDS_113 CDS 73476 73235 start_codon_20 start_codon 73476 73474 gene_19 gene 1 79089 73614 transcript_21 transcript 79089 73614 stop_codon_20 stop_codon 73616 73614 CDS_114 CDS 73684 73614 CDS_115 CDS 75026 74995 CDS_116 CDS 75177 75097 CDS_117 CDS 75427 75339 CDS_118 CDS 75692 75524 CDS_119 CDS 76093 76039 CDS_120 CDS 76231 76165 CDS_121 CDS 76386 76305 CDS_122 CDS 78292 78135 CDS_123 CDS 78531 78387 CDS_124 CDS 78714 78655 CDS_125 CDS 79089 78890 start_codon_21 start_codon 79089 79087 gene_20 gene 1 92162 91758 transcript_22 transcript 92162 91758 stop_codon_21 stop_codon 91760 91758 CDS_126 CDS 92162 91758 start_codon_22 start_codon 92162 92160 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 162 27803 28210 match_2 match 187 90874 91212 match_3 match 231 126379 127047 match_4 match 92.8 115691 115939 match_5 match 59.3 112671 112808 match_6 match 168 112202 112597 match_7 match 87.8 115998 116189 match_8 match 459 94505 95458 match_9 match 182 95914 96243 match_10 match 105 95911 96243 match_11 match 283 94616 95434 match_12 match 454 88042 89694 match_13 match 287 94616 95434 match_14 match 166 88864 89541 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_15 match 226 63612 62383 match_16 match 268 64296 62380 match_17 match 137 64230 62866 match_18 match 353 63654 61993 match_19 match 169 58732 58055 match_20 match 167 58657 58055 match_21 match 207 58732 58103 match_22 match 245 58732 58061 match_23 match 164 64038 62818 match_24 match 316 63609 62254 match_25 match 243 63714 62374 match_26 match 135 64029 62788 match_27 match 291 63684 62245 match_28 match 470 64278 61993 match_29 match 251 63585 62380 match_30 match 204 63375 62380 match_31 match 139 63699 62404 match_32 match 452 63729 61993 match_33 match 244 55963 54287 match_34 match 222 63618 62386 match_35 match 451 64140 61993 match_36 match 141 63729 62884 match_37 match 278 63651 62290 match_38 match 148 63645 62620 match_39 match 164 64218 63133 match_40 match 214 63729 62668 match_41 match 109 63297 62425 match_42 match 160 63675 62569 match_43 match 398 64140 61999 match_44 match 343 64119 62230 match_45 match 113 64140 62575 match_46 match 117 63708 62524 match_47 match 405 64140 61993 match_48 match 112 63570 62407 match_49 match 390 64197 61993 match_50 match 447 64302 61993 match_51 match 107 50309 49971 match_52 match 80.9 51121 50930 match_53 match 72.8 50681 50553 match_54 match 52.4 49893 49798 match_55 match 69.7 50478 50377 match_56 match 129 51469 51260 match_57 match 48.5 50832 50773 match_58 match 235 64416 62401 match_59 match 235 64416 62401 match_60 match 229 58732 58055 match_61 match 937 64374 61993 match_62 match 206 64116 62371 match_63 match 148 64377 62869 match_64 match 261 63675 62383 match_65 match 179 63186 61993 match_66 match 108 63612 62575 match_67 match 147 64140 62938 match_68 match 294 64029 62296 match_69 match 344 63663 61993 match_70 match 302 64185 62326 match_71 match 144 64080 62866 match_72 match 258 63660 62293 match_73 match 261 63660 62158 match_74 match 109 63708 63118 match_75 match 189 63729 62353 match_76 match 117 63390 62746 match_77 match 291 63714 62278 match_78 match 295 55963 54113 match_79 match 310 64218 62314 match_80 match 338 64149 62230 match_81 match 428 64116 61993 match_82 match 373 63660 61993 match_83 match 262 64245 62380 match_84 match 202 64125 62383 match_85 match 506 64350 61993 match_86 match 119 63711 62626 match_87 match 293 64257 62290 match_88 match 323 64416 61993 match_89 match 120 64425 62422 match_90 match 183 64137 62632 match_91 match 293 64323 62215 match_92 match 210 63600 62290 match_93 match 120 64269 62746 match_94 match 150 64167 62575 match_95 match 164 64047 62617 match_96 match 286 64140 62386 match_97 match 159 64041 62782 match_98 match 385 63717 61993 match_99 match 352 55951 54029 match_100 match 352 55951 54029 match_101 match 109 50309 49971 match_102 match 69.7 50744 50553 match_103 match 82.8 51121 50909 match_104 match 48.9 49893 49813 match_105 match 50.1 50838 50773 match_106 match 127 51469 51260 match_107 match 71.2 50478 50377 match_108 match 83.2 66099 65992 match_109 match 50.4 65701 65582 match_110 match 134 65382 65035 match_111 match 81.3 65918 65802 match_112 match 335 64341 62383 match_113 match 128 64071 62869 match_114 match 235 63603 62383 match_115 match 285 55963 54113 match_116 match 386 63693 61993 match_117 match 238 64140 62386 match_118 match 153 64272 63136 match_119 match 383 63648 61993 match_120 match 121 63678 62575 match_121 match 292 64155 62386 match_122 match 143 64416 62884 match_123 match 400 63687 61993 match_124 match 231 64275 62380 match_125 match 170 63879 62254 match_126 match 166 63510 62611 match_127 match 426 64278 62209 match_128 match 222 63186 61993 match_129 match 216 64053 62341 match_130 match 169 64275 63133 match_131 match 325 63669 62314 match_132 match 161 63597 62431 match_133 match 183 64269 63127 match_134 match 330 63729 62332 match_135 match 190 64299 62872 match_136 match 583 64269 61993 match_137 match 133 63657 62518 match_138 match 172 64116 62869 match_139 match 338 63660 62248 match_140 match 164 58732 58055 match_141 match 191 63081 61993 match_142 match 525 56059 54074 match_143 match 525 56059 54074 match_144 match 460 55471 54074 match_145 match 116 63678 62575 match_146 match 170 64140 62422 match_147 match 129 64128 62872 match_148 match 161 64080 62575 match_149 match 452 64122 61993 match_150 match 471 64143 61993 match_151 match 244 58732 58055 match_152 match 225 58732 58055 match_153 match 313 55987 54194 match_154 match 313 55987 54194 match_155 match 313 55987 54194 match_156 match 109 78716 78387 match_157 match 82.0 78292 78137 match_158 match 350 64140 62224 match_159 match 148 64278 62983 match_160 match 111 63273 62422 match_161 match 399 63540 61993 match_162 match 293 64029 62344 match_163 match 160 64215 62941 match_164 match 311 64179 62275 match_165 match 234 63660 62281 match_166 match 162 64275 62872 match_167 match 369 64137 62278 match_168 match 305 64146 62293 match_169 match 122 63693 62869 match_170 match 263 63312 62341 match_171 match 107 51457 50939 match_172 match 62.0 50681 50553 match_173 match 68.6 50478 50350 match_174 match 41.2 50847 50773 match_175 match 107 51457 50939 match_176 match 91.3 50309 49971 match_177 match 62.0 50681 50553 match_178 match 45.8 49893 49804 match_179 match 68.6 50478 50350 match_180 match 41.2 50847 50773 match_181 match 144 64329 62575 match_182 match 233 63693 62374 match_183 match 301 64125 62281 match_184 match 138 64209 62830 match_185 match 124 63381 62512 match_186 match 424 63720 61993 match_187 match 168 64140 62869 match_188 match 276 63660 62293 match_189 match 114 59818 59204 match_190 match 223 58735 58055 match_191 match 218 58735 58055 match_192 match 218 58735 58055 match_193 match 270 64080 62275 match_194 match 275 64227 62347 match_195 match 249 64119 62380 match_196 match 273 64140 62275 match_197 match 420 64143 61993 match_198 match 142 63870 62578 match_199 match 197 64290 62632 match_200 match 118 63477 62773 match_201 match 325 64140 62215 match_202 match 113 63618 62482 match_203 match 112 63258 62446 match_204 match 414 64224 61993 match_205 match 155 64299 62938 match_206 match 285 64029 62278 match_207 match 243 64080 62377 match_208 match 127 63696 62416 match_209 match 290 63687 62242 match_210 match 414 55999 54113 match_211 match 417 64047 61993 match_212 match 212 64275 62497 match_213 match 284 64119 62293 match_214 match 383 64029 61993 match_215 match 425 64125 61996 match_216 match 124 64245 63136 match_217 match 410 63693 61993 match_218 match 283 64269 62293 match_219 match 144 64119 62869 match_220 match 370 63657 61993 match_221 match 265 64185 62302 match_222 match 409 64140 61993 match_223 match 353 64425 62236 match_224 match 248 64185 62374 match_225 match 246 64266 62455 match_226 match 119 64290 62869 match_227 match 224 64269 62380 match_228 match 128 64125 62998 match_229 match 105 63396 62389 match_230 match 205 63693 62386 match_231 match 179 58732 58055 match_232 match 258 64140 62221 match_233 match 341 56065 54287 match_234 match 148 64236 62782 match_235 match 125 63663 62506 match_236 match 464 64140 61996 match_237 match 139 64425 62872 match_238 match 137 63699 62524 match_239 match 429 63675 61993 match_240 match 129 63360 62398 match_241 match 451 63708 61993 match_242 match 298 64119 62290 match_243 match 291 64269 62278 match_244 match 207 64281 62524 match_245 match 199 64236 62572 match_246 match 126 63354 62413 match_247 match 152 64119 63121 match_248 match 198 63648 62608 match_249 match 114 63627 62431 match_250 match 394 63693 61993 match_251 match 109 63693 62872 match_252 match 239 63513 62293 match_253 match 112 64278 62872 match_254 match 234 63666 62293 match_255 match 157 64236 62809 match_256 match 298 64197 62293 match_257 match 106 63342 62398 match_258 match 405 63714 61993 match_259 match 342 63339 61993 match_260 match 286 64293 62299 match_261 match 162 64119 63136 match_262 match 446 63687 61999 match_263 match 424 63714 61993 match_264 match 136 63489 62515 match_265 match 465 64275 61993 match_266 match 159 64026 62755 match_267 match 258 64275 62374 match_268 match 126 63612 62761 match_269 match 279 64239 62272 match_270 match 135 64032 62911 match_271 match 217 63600 62344 match_272 match 185 18957 18376 match_273 match 174 15820 15386 match_274 match 267 64269 62281 match_275 match 125 63426 62524 match_276 match 319 63657 61993 match_277 match 121 63603 62575 match_278 match 416 64257 61993 match_279 match 137 64119 62776 match_280 match 215 64122 62572 match_281 match 178 63729 62563 match_282 match 130 63450 62572 match_283 match 387 64296 62083 match_284 match 146 64041 62605 match_285 match 380 63603 61993 match_286 match 169 64074 62461 match_287 match 344 64302 62149 match_288 match 316 63312 61993 match_289 match 133 63714 62563 match_290 match 108 63393 62500 match_291 match 530 64218 61993 match_292 match 144 63693 62548 match_293 match 258 64278 62269 match_294 match 247 64335 62380 match_295 match 149 64107 62518 match_296 match 181 64179 62557 match_297 match 449 64302 61993 match_298 match 164 64227 62761 match_299 match 417 63870 61993 match_300 match 244 63687 62380 match_301 match 117 63522 62563 match_302 match 162 64140 62869 match_303 match 410 63675 61993 match_304 match 411 64149 61993 match_305 match 371 55888 54119 match_306 match 171 58639 58025 match_307 match 167 58732 58025 match_308 match 165 58726 58055 match_309 match 180 58636 58058 match_310 match 362 63708 61993 match_311 match 226 63213 62257 match_312 match 447 63729 61993 match_313 match 174 64119 62575 match_314 match 136 63687 62572 match_315 match 142 63675 62575 match_316 match 454 64269 61993 match_317 match 154 64140 62818 match_318 match 240 63600 62401 match_319 match 244 64272 62374 match_320 match 210 55135 54116 match_321 match 142 64245 62398 match_322 match 280 64266 62368 match_323 match 162 63840 62734 match_324 match 158 64080 62869 match_325 match 398 63648 61993 match_326 match 139 63675 62869 match_327 match 378 63342 61993 match_328 match 326 64128 62188 match_329 match 131 63642 62404 match_330 match 209 64041 62413 match_331 match 112 63492 62422 match_332 match 152 64119 62869 match_333 match 223 63654 62404 match_334 match 409 64080 61993 match_335 match 241 64140 62371 match_336 match 268 64269 62263 match_337 match 196 63081 61993 match_338 match 434 64284 61993 match_339 match 438 64140 61993 match_340 match 117 63708 62488 match_341 match 350 64275 61993 match_342 match 170 63516 62464 match_343 match 441 63870 61993 match_344 match 174 64110 62818 match_345 match 390 63612 61993 match_346 match 240 64029 62377 match_347 match 496 55441 54077 match_348 match 774 55990 54101 match_349 match 172 64299 62575 match_350 match 314 64161 62278 match_351 match 248 64185 62386 match_352 match 122 63729 62617 match_353 match 165 64119 62749 match_354 match 351 64269 61993 match_355 match 417 63714 61993 match_356 match 135 64029 62926 match_357 match 401 63657 61993 match_358 match 269 64341 62299 match_359 match 119 64275 62563 match_360 match 273 64206 62275 match_361 match 139 64080 62869 match_362 match 278 63648 62266 match_363 match 135 64053 62575 match_364 match 136 63714 62554 match_365 match 419 64119 61993 match_366 match 105 63312 62578 match_367 match 407 64119 61993 match_368 match 385 64317 61993 match_369 match 154 64137 62653 match_370 match 254 63657 62368 match_371 match 163 64275 62869 match_372 match 366 63675 61993 match_373 match 139 63603 62518 match_374 match 491 64140 61993 match_375 match 408 55966 54113 match_376 match 120 63507 62626 match_377 match 304 64275 62404 match_378 match 139 63711 62500 match_379 match 287 64140 62302 match_380 match 235 55963 54197 match_381 match 124 64320 63127 match_382 match 271 63666 62380 match_383 match 303 64140 62368 match_384 match 411 63690 61993 match_385 match 151 64278 62884 match_386 match 398 63657 61993 match_387 match 407 63648 61993 match_388 match 221 63405 62302 match_389 match 212 63519 62386 match_390 match 141 64125 62746 match_391 match 407 63648 61993 match_392 match 149 63687 62563 match_393 match 430 64173 61993 match_394 match 126 64284 63211 match_395 match 254 63675 62380 match_396 match 400 63711 61993 match_397 match 350 63714 61993 match_398 match 338 63444 61993 match_399 match 116 63498 62404 match_400 match 432 63687 61993 match_401 match 314 64140 62005 match_402 match 309 64275 62281 match_403 match 146 64374 62719 match_404 match 320 63555 62278 match_405 match 143 64197 63133 match_406 match 147 64275 63118 match_407 match 314 63663 62278 match_408 match 164 58642 58055 match_409 match 126 64134 62869 match_410 match 247 63687 62377 match_411 match 153 64320 62869 match_412 match 221 63537 62386 match_413 match 130 64305 62872 match_414 match 379 64143 61993 match_415 match 229 64080 62386 match_416 match 169 64278 62872 match_417 match 435 63666 61993