C02HBa0209K17.1 AAGCTTCTAGCTTGGACTGGATCTTCTTCTTCATGTCTTGATGCCTTGAA GTTCTGGCATAGACTAGCTATTATTTATGTTTAGTTTCTTAGATACTATT AGCTTTAGTAATTTGAGGATAGATGTTCTTGTGATGATGACTTCCAGATT TTAGGGAATAGTAGTTGTTGAGTTTCTTTAGAAGTTTATTGAATTGATTT TCATTAATGAGTTTAAGTCTTCCGCATTGTATTTTGTTCATTATGTTTAA AATGTTGGGGTTCAGAATGGTTGGTTCGCTCACATAGTAGGATAAGTGTG GGTGCCAGTCGCGGCCCGATTTAGGTCGTGACAGTTTGACATACCCCTCA ACTTTGTCATTTAGAGCTGATATGCCCCTTGTTATGAAAGTGGCTCATAT ATACCCTTTTCCTCTAACGGAAATGGAAAAAAAAATAATTTTAATCTAAA TTTTTATTATTTTTTTCTAAAAAATATAATCCCATATGAGTAAATTTAAT CCTCGTCAAACATATTTTTTTGATTTTTTTTTGTCTCAATCACTAATTTA TAATTATTATTTTGATAATCAAATTTATTTATGTTTCACTAATATTTTTG TAAAACTTATTGTAGATGACCAAAAATTTTCTTCGAATACGAAATTAAAT TACAATACACACAAAAAAATAGTTTAATTTTTATTCTTTAAACTAAGGAA TGAAAGAAAAAAAACAAAATAAGAATAAGAAATTCAAATAATTATAATAA AAGAAGTCAAAAAATAATTTATATATGAAAAAAATTAAAATATACCTTGA ACTTTGATAGAAGAATCATATATACCACTATAAAAAAAATTTAAAAAAAT TAGAAGTAATAAATATAAATTTAAAACTAATTTTATAACTTCCGTTAGAT GAAGGGTATATGTGAGCCATTTTGTAACGACAGGGGTATATTTGAGCCGT TTGTATAACGGTAAGGGCATATATGAGCCACTTTTGTAACGAGGGGTATA TCAGCTCCAAATGACAAAGTTGAGGGGTATATCAGATCCTTTTCCTTTTT TAAAAAAAAAAAAATCGCACTATCTGAAAGTGCTTGTACTGTTCAATTTG AAATAATCTTCACTTTAATAATTTAGTTTATAATTAAAAAAAAAAACTAA AATAGAAAATCATATATGTAATAACGTCTTTTACATTTAAAAATATATTT AATATCGTAGGTATTCACTTTTAATTGGTGTAAAGAAAGTGAAGTTTAAA TTCAAGATTAAACTTTGCCCTGTGCAAATTTGAAATCGTATGAAAATAAA ATAATCAAATTACCATAGCTAATTTTCATAAGTTGAGCAGATTATATGTA GTATAAGAAATTTGAGTGTGATTTTTTAAAATATCATTTAGTTTAATTAC TATGAGTTTTTCTATTGTATAATACGAGGAACAAACAATCTATAGTTATC AATTTATATCGATTGTATGTACACCATTCAACTAAGTTCATTGTAGTGAC AATTTTTATACCTCTTAATTAGGGTTTTGAAAATATTTTTTAATGTTAAC TTCATGATCTATTCTCGAATTTTTTAGTTGAATGCTCGTTTGATTTTAGG TTTTTTTATTTTTACGCAATTACAATTCTTATTCTTAATCATATATTATT ATAAGTAGGAAGCTCCTAAACTCAAAGTTGAATTATCATTTTACCCTTCA CTTAAATATTTTTTCTATTTTTTAAAATGTAAAAGTATTTTTAATAAATA ATTAGATAATAAACTTTAAAATAATAAAGATATAATGAAAGATAAATAGT CATTCAAACATTTCAAAACATCTCTTACTTAATTTTAAGTTAAAGAATTT TTATTTAATTTTAAGTTAAAGAATTTGAAGAGTTCCATTGATAAAATTAT ATACATGATTTTTCCAACAAAATACATTATTTTGATGTCTTCTCGTGACA ATAGCATGTGAGTTAATTTATCTCACAAAATTCTTCTTCAAATTTTTCAT TTTTCTTTTGATCAATAAATTTTAGACATATATGTATATAGATAAAAACT AATATTACATGTTTTGTTTCATTCTTTTCATCGAAAATTTATGTTTTTAA CACAACAGATGATAAATAATTCTAGAGAGTTCTTCATTTGGACAAAAAGT TTGTTCAACATTCATGAGGTAAAATAAACCTACTTGTGTGAGAAAGAATA TGTATGTTGTTTCGTTAATTTTTTATTGACGGTAAATTCTCGGAGAATAT ATATATCTGAATTAGAATTTAATCATTTCAGTGCATTTGATACATTCTTC AAGAAGGTTAAAGGCTTCATGGACATTTATTTGTTGTTTGGTAAGTATTA TTTTTTATTTCAATGTTGCATATTTTTACTTAGTCATTCAATTTTTCGGT TGAAAGAAGGTAAATTGACTATTTTTTCTTGAATAATGGCAATGAAAAAG AAAATAAAATTTTCATTTACATGTATGATGTACAAATCTTCTTTAAAGAT TATGTTTATTATAATAAGTTGATTATCATGTAGTGAACACTCTAGGTTAA TGGATAAGAGAATTGAATAGTTCACATAATTAGTTTCTTCTCATAATTAA ATCTACAAAAATTAGCATGCATTATATTTAATATGTTTTTTTAGAATTTA TAAATGATTTACTACTTGGATGAAAATAAAATCATGGTGTGATTTTATAT TAGTAAATAAGTACTCCTATTAACGAAAGAAGAGGAAGCGTTGAAGAAGA AAAATGGTATTGCTAAATATTTTTATATTCTGCAACTTTATGTTTTTATT GATTAAATTTAGAACTTATTATTTCATTTATTCTATCTAGAAAAAAAAGT ATTTTGATAAAAATTTCATAGATTTTTTATACTCATTTTAAGGAGTATAT ACTCTTTTTAATTTTTTAACATAAAAAAATATTATTAATAATCTTTATAC TTTTTTTAAAAAATGTGTATTGATTGATATAGGTACACAAGCGGAGGACG AGTCCAGAAATTATTATTATTTTATTATAAGTAAGAAGATTTTAACTTTA AAATAGGATTATGATTCTACGCTTTTACTAATTTAAATATTATTAATGAA ATAATTAATAAAATATTACTTAAATAATACTTATATGGTATTAACCCATC ATGTTTCTAGGTAGGATTAATTAAAGAAATGTTTAATTTATTTTTTATTC TAAAATAGAGTTCAGTAGATGAAGTGTTTCGTAACAACAAAAGATAGTAA ATTATATTCGAAATATCCTTTAACATTAAAGAACAAAAATGTCCTTTGAA TTACCATACATACACATATTTAGATTTTAGTAAGAAACTTTACATATTCC AACTTTAAACAATCTAATTCTCATAGGCGTTGATGTATATTATCAATTTT TAAATGACTTTTACAATTTCAAAGTTGTAATTATAAATACCAAAAAATTA TCTTCAAAATCACTTTATATTAATGCATACACTTAGTTATTCCGATGTAT AACTGTTGATGAATGATTATTGGTGGATATAATTACATTGACACATTGTT CAACACAATTACTTTTTATTGATGCATACGCTTTGTTATTCTAATGTATA ATTATTGATGGATAATTGTTGATGAATGTAATTGTTCATCACATATGCAA TAAAAAAAGAGATAGATCTGTTTATGTTTTTGTTAGTTATTGAGGAAGTT CCTCTATTCTTATAAACTAGAACTATTTCTCTCTTTAATTTTTGTTATTT AAAAGTTTTAGAATTTATTAGCTATTTTATTATTTTTAGTCTACTCTATT TCATTTTATTTTCGAATTCATTAACTAATTTGGTATTACACTCTTTCTCT TTTGATTACTTAATTTTATGAATAACTATTTATACATATTGTAATTGTAT TTAAATAATTTACGAATATTTATACTAAATAGCGTGCAATACAAATATAT TTTCTATTCTGAAATTCAATTTTTTAAGTATGCATACATTTTGTAGTAAT TACAAGGGACAAACATGACAACGCACGTTTTCAAAATCTAATTTGTTATA AGAGTTAAGCTACATTAAAGGGTGAGTAAAAAAATCATTAAGTTAAAAAG TTAGAATTAGGAGTACATGTACATCAATTTTTTATGAGTATATCTATATG GTTATACCAAAATTTTATTGATTCAATGGTGCAAAAAAATTATGATTTGC AAATACATATTTTTTAATTTGCATTTTTACAAGAAAGTAAATGGTACTTT ATAATGCAATGAATAATTAATATTGTAGAAAAGTCTTTTCATCTATTCTT ATTGAAATTTTTGAATAATAACTTACCAAAATAAAGATAAAGAAGTACTT TATAGAGTAACACATTATAATAATGTAGCTAAATTTTTGTCTACGCTTAT GAAAATACTACATAATGTATTTGATATTCTTAAAAATTGTTCTACCTTTT GTGCTTTCAATTTAATTGCATTGTAGCGATATGTTTATAAAAATTCATAT AAAGTGTTTGCAAAGAATGTATCACAATTTTTGGGAATTCAAGAAAGAAA CAAAATTGTCAAAAAAATTTCTTTTGTTGGTTTGACTATTGCTTCTTCTT CTTTTTTTTTTTCCAATTGATTTATGATGTACACAACTAATTTTGTTGTT TCTTTTGACACCATATAAGTTCATTCGGTGACTTTTTCGTATTTCTTAGT TTTTTTTTGTATATTTTAATGTAATGTTATTGCTTCACACTATATTTACT TGATATGAGCATGAGTTTATATTTTAGTGATTACATAATTTTACAAGGTA TTATAATTTTGATGTCTTTTCATAATGCATATCCTCTTATCACTACATTC TATGAGTATATAAATTCAGAATATACTGATTTTCCACTCATCGATCTCTC TATGGAAGGTTTTGATCCAAACTCAGTGGAGGTATTGTGGACTTAAGCCC CCGTAAACTTATATGACAATAAGTTTGACATATAACAGAACTCTTGCAAC ATAAACAGAATTCATGTTGAATGATTCTGTCAGACATGTTTTGCTTTGTA AGGATAGGTGTGTACAAGTATATAATGGTTTTTAGTTAATATTTTAGAAG GAAAAAAAGGTCTGATGAATTGTAATCACTAGCTGATATATCAACATATC TAGGAGCACCTTTCTTTTTAGCCCGAACTCATTGGCAACATGTTAAATTT GGCATCAATTTTCACTTAGACACTTCAAGTAGGTATTTTTTATTTTGAAC ACCTCAAGTAGGGGTCCGCTATGTCATTTTGACACCTTTTTTTATCAATC AGCTAAAATTATAACACACTTGCAGATGACATGACATGATGACTAATTAA AAGCTGACATGTGACGTTTGAATGTAAAAATAATAATTTTAAAATGAATT ATTAAAAAATAACTAATTTTTCAGCAAAAATAAATAAATAGAATTACCTA TTTTCTACCACCCCACCCCACCGCTACCCCATCTGCCTTACGTCCCTGTT GTCTCCCTAACTCTACAACCATTTTCTTGGTTCTTCTTCCAATTTTTTTT TTTTACAAAAATCATTAGATTTTAGTTTTGTTTTTTTTTTAAAAAAAAAT GATTTTGAAAATTTTATATGACATACTTCTATTTTTTTTTTGAAAAAAAT GTGTGTTTTGTTCTAAAGCATCTCTTTCAAAATTAGTGTGATAATTTGTA AAATAATTATTCTTATAAACACTTTTAAAATTAGTGTGATTATTTTTTTG TTTTATTTTTTCATATTTTGTAAGGTTTTTTATCATTAATTTTCATGATG GAAGGTGGAATTAAGTGGTAGGGCTAAAAAGTGAAGAAGAAGAAAGAGAA AAAATCAAAAATAAAAAATCCTCAAGCGCTCAAAATGGGTGCAAAACACA CATGTCAAGTCAGTAAGAAGTGTAAAATGACACAACGGGACTCAACATGA GGTGTCTAAAATAAATAAAGCATAGTTGAGATGTTTAAGTAAAAATTAAT GCCAATTTTAAGAAACTACCGATGTGGTCAGCCTTTTTTTATTAATAAAT CATGTAATGACCTTAAGAGTGCCTTTAAACTGCAAATTCTTTCCTTCTTA ACTTACTTTGTTATTCACTCATCATGATCATGAGTAACAAATTTCTATTG ACAGAAAATTAATTTCATCAAGAAATGAAAAAGAATATGTTGTGTAGGAT CAAGCAAAACTAAAAAACAAGGTCATGTCGATTTATTGTAGGTTGGTGAC TTTGGACTTTTAAAAATAAAGAGAAATATGTTGATCACTGGTGGTGTTAG GGAAACCCTTCCATGTATGGCTCCCGAGCTATTGAATGTAGCATTAATAA GGTTTCTGAGAAGGTAAGGATTTTAACTCATAGATCCATGTAAAGATATG ACACATGTGTTTAACTCAAGTCTAAAAGCTAGCTTATGAGGGGAGAATTC TGTCAATTTTCAAACAATATGAGACTTTTACCTACTCTAATATCCCCTTC ATGTCCAGACCCAACTGGAGCATGGTCCAGAAGCCCAAACAGGGATGGAC CTGGATCTGATACCATTATTATTATGGTACATGGGTCTAACTCAACCTAA AAACTAGCTCATGAGAAAAAAGTTCACCCGTCCATTCCTTTAATTAATGT GAGACTTTTACCCACTCTTACGATGCAAGAGATCTGAGAATTTAAATCAA CTAGTATGAATTGTTTTCCTTGGTCAACAATATTTGTCGTTTTTCTGATA TATGTGTTCCTTAATTTTCCTCTCTCACCCATAAAGGAAACAGGGTAATT AGGTGGTATATCATATGTATATGTATTTCCTGTTAATGAGAAGGATATTT TTAACCCTATATTTTGAAGGGAAGGGTATATTTGAGCCGAAATATAGTTC AAGGGGTATATATGAGCTATTTCGAATAATTTAAGAATATTTTTGACTTT TTTTTTTTTTTTTGTAAAAACAATAAAATATAGAGTGTTGGGTCGGGTTC CTCTTGGGCCTGGTTTTGTGATCCGTTCAATAAAAAGGGCTATAAACTTA AAAAAAAATTCAGAACATTTCGCAAAACCCTAACGAGCACAAATGGGGAC GAAGCATCATTCCTCCTCCGATCCAATCAGCGAACCCAAAAAGCGCCGTC GCGTCGGATTCTCTAAGACCGATGCCGGAATTGAAGCTAACGACTGCATT ACTATATACATTGTTTCTAGCGCAGAGGAAGTTGACTCCCCAAACAGTTT CTGTCTTGAACCAATTGACTTGAATCAATTTTTTGAAGACGATGGCAGAA TATTTGGGTATCAGGGTCTCAAAATCACTATTTTGGTTAGCTTGATATCC TTTCATGCTTATGCTGATATTTCTTTCGAAAGCTCATCAGATGGTGGTAG AGGGATTACAAACGTAAAGTCTGCTCTTGAGAATATTTTTGGTGAGAGTC TTGTTGATGAAAAAGATGCCTTCCTGAAAACATTTTCAACTGAAAGTCAG TATGTTCGGTCTGTTGTCTCAAATGCTGAAACACTGCAGCATAAAGTTTC AAAAAATGGCTGTAGCACTGAATCGAACTGTTCAGATGTAGAGGTATTCC GGATCGCTGGCTCGCCTGTAGGGCAGCTTTATAGTAGATTGGTGCCGCTT GTACTACTGTTAGTGGATGGTAGCAACCCTATTGACGTCCTTGATCCTGG ATGGGAAATTTATCTCCTAGTCCAGGCGGATAAGTTGCTTGGTTTTGCAG CTGTTTATCGTTTCTATCGTTATCCTGGCAGTACACGCATGCGACTTGGG CAGATACTGGTTATGCCTCCTTACCAACGTAAAGGTTATGGTCGTTTTCT TCTTGAGGTGTTGAACAGGGTTGCAGTGTCTGAAAATGTGTACGACTTGA CGATTGAAGAGCCTGAGGATTCTCTACAACATGTTCGATTATGCATTGAT GTTGAGCGTTTGCTTGTATTTGATCCAGTCCAGCAATCCCTAGAATCAGT TGTATCACATTTAAAGCAGGAAAAACTATTGGAAAAAAGCTACATGTGCA AGTATGCTCCACCACTGAGTGCTGTTGAAGATGTGAGGAAAACTTTGAAA ATCAACAAGAAACAGTTTACGCAATGTTGGGATATTCTTATCTATCTTCG GTTGGCCCCAATTGACAAATATATGGAGATATACCAAGCAATTGTTTCTC ACCGAGTAAAGGCTGAAGTTTTAGGTAAAGATTCAGAGGGTGCAGGGAAG CAAGTGATTGATGTACCAACTGAACACGATCAGGAGATGTCATTTGTGAT GTTCAAATCGCGGAATGGTCAATCTAGTAGTAGCATAGAGACGGCTGACA ATCAAAGTATTGTGGAGGAGCAGCTGCAGAAACTGGTGGATCAACGAATG AAACAGATCAAGTTGATTGCTGAAAAGGTTTCTTCGACAAAGGCAGCTGC TATGAAGGCAGAAGTAAAATTTCGACATGAAAAAAAGGAGTCTCTGTAAG GTTAAATTAGCTTAGTCTTTCAATTATATATGTCTGTGACTTGTTATAAC TATTTGATATGAGGCAGCATTCTGCATTCTCTCTTGAACAAACTGTTATG TGTATCTTATAACAATTTGGTATGAGGCAGCATTGAACAAAACATTATGT GCAATCTTATATTGTTGCTATTGCTATTGTTAATGAAGTAGATTATCACT TCTGCTCAAGTTACAACTAGACATCTCATGATATAGATGGATAATATTCT TTGATATGATCAGTTCATTCATTTTGTTGAAACCAAAATTATACATAGAA TATCTGTCCAACATTTAATAGGCTCTCATGAGGGACATTGAAGATTACAC TATTTTCCCTGCATATTTTCCTAAGAAACGCGTAAATATAGTCGATAGCA ATTTTCTTGTAGAACCTAGAGTCCCTCCTTGCTCTAACTACAGTGTTTCC AAGAATGTGTACAACCCCAGTATCTCTACATCGATTTAAGAATTCCATTT CATCCGCCTCTGCCTGGCTGCTCTCGCGGCCTGATGATGTGACTGTGTTG TTGTGCCCTTGAGTAGGAGACTTTACAGGAATTATTGAGTCCACAGTCGA ACATGTGTAGTCATTATTTCCTGTAGTTGAGTTGCCATTACTTCGCAGTA GGTAATCTGCTGAATGCTGAGTTTGCTGCCCGTATAAGCTGTATTCATCG GAGTCAGAGCAACCTTCCATCATATTCTCCAGCCGGACAAACAGGAAGAG GTTATCAAATAGCTTCCTCTCAAACTCCTCGTCTTTCTTATGGAGGTCCT TGTAACCATACCTCGCAACACAACGGAACATGTGAAAACTCTTGGGTCCT ATGCGCTTCATGAGGAACCTCTCGTCTTCTGGAACAGTGTACACTGGAAG ATACTTCACGCAGACAAATACTACAACTGAATGTACTGCTGGCAGATTAG TGATGAAGTGAGAAAAGATATGTGGCACACCACTAGCTAGCTCAGTGTAG ACAAGTCCTATCCCAGGGACACGTACAAGTCCTAAGCTGGGGCCAAGTCC AAGAATCCATGCCATTGATACCTTGCTATGCATTTCGAATTCATAACGTT TCACAGTTCCGTAATGCCAGACATACATGATGACAAAAAAAGCTGCAGCG ATCACAAGTGGAACCCAACCACCCTGGTCAACCTTAAATAGCACCGCCGA GAAGTAGGTAAATTCAACCACCAGAGATAAGAAGGTGAAGACGAGGACAA GCATCCAATGGCAGCGCCAAACTAGTAGCATTATTAAGGTCATGAGGAAT GTCGTCACCAACATGACTATCACAACTGCCGTTCCTGTTCAAGAAAATGC TATTAATATGAAAATTTCAAGCGAAGTGTTCCACAGGGGTTAATGCCAAA TGCAGGACTCTGTTTCAGCCATCCTAGTTAATTTTACGTGTTACATCTTC ATTTAACAGGTCATTTTTATGCAAAACTAAATCTACATATCTAAGTATTT TTCTTTAGGGTAGCACTATCCTACCTTATCTCATCTCAGCTTCATTTTCT ATACAAGACAAAATTTGGGTAGGGCAGAGCTTGACAGGGTAGAGAATAAG GCAAGGGGGTCTTTAAAATTCATACGAGAAAAGAAGTATAGCAGCAACTC CCCAATCCTAACGAAGTAGTTCCTCCAGAATCCAATGAACAACTCTATGC TTATTAAGCATATATTATGTTTTTACTTTTTGACAATTGATGTTTTGCTG GACTTCCCCGCTACTTTCTTCAATAATATCATCTTCAGTAGCATCACCAT GAAACCCAATTTTGTATACTATTGGTTGATTCATCTATAATTAGGATAAA CAAGTATGTGCTCATGGCAGATCCCTGTTACAACGCGATTGCTACTGAAA ACTCCTCTCTAATCTCATTCTACTGTTCTCTCACGTAAAGGTCCTTCTAA CATATCCTTAAGCAGCAGTTTCAGAAACCACAAATAGCCACATCACATTT ATATGTATTTTCCATCAGGCAACGTTAAACAAAATCAAGCAAATATTATA TTCCACATACATACTCACCATATGCGTTGCCAATTTGGCTTTGATTTCTG AATCCAGCAGTCACAGCGATGCAAAGAACCATAAGGATCCAATTTATATC AGGAATGTATATCTGGCCGAGGAACTTCTTTGATGTATGTACTACCTTTA CTCTTGGGAAACAGCCATGTGCCAGAGCTTGCTTGATTATTGAAAACGTA GCGGTGATTGTTGCTTGACTTGCAACGATAGCAGCTAATGTTGCAACAAT AAAAACTGGCCAGTATATGCTATCTGCATTACCAAAGAGATGATCTGTCA AAGACATTACAACTTCACACTTAAGCATTTGGTGTCAGTTTCACTAGTAA CAGAATTTCCATTTTCTTTTAACCCCTGTTTTTAAAAAAAGGGCAACAAA ATGCTCCCTTCTATAGACTGAAAAACTAACGTATAAATCGGGTACCAGAG TATTCAGACAACTATCCTTAATCTTTGAGCAGTCATTGATGACAAAAAAG GTAGTGTAGAATTGAGGCATAATTACTGGAATAGAGCAGGTCCCAAATGT CTGAGACATCACTAGATAAAATGGTTGGATTATAATATTGGAATGAGTTC TATAGATCCATCAGCTCCACGGTCAGAAATGGCCAAGGAATACTTTCTGA TGTTCGGTGTGGGAACTCAACTTGGAAAGACAAATTTTTCATAATCTATT TTTTAGCACAACTAACAAGGAGGCTACAAGCAGATCTTCTTAGAAAAGAT GGATGTCAAGTGTAATGAAATATCTTTCAGAATACCCATCAACATATGAG TTGGAACGATTTGGATGTCTTTTCCCAGAAGAAGATCTACAGTTATACTT GCTCTGGACAAGAAGACAGCATTTGGTAAAGGTCATCATCAAAGAACTTC TCGGTTAAGTTTTATATGATTGTATTAATCACGGGGAAGGGGGTTCGAGG AAGGGACTCGAGGCCTATGTGGATACAAATATGGAAGACATGAGTACCCA AGAGATAAGCTTTCTTCACCTAATTGTCACGTGGAAGTGCTCTCCTGTGA CAGGCAATATGAGAAGTAAGAGGATGATAATAGTTAGTTAGCACTGCTTC TGTAAGGGAAGTGGGTTAGATACAATCACACATTGCTTTACTGTATCTTA GCTACAGAGTTACTATCATAGGTGTATGCCATGTTTGGTGTGGCCTGGGT GCTACCTAGAACCGTGGGAAATTACTGGTGACTTGGAGATTGAGATATGA AGCAAGAAAAAATGTGTTGTGGAAACTGGAACGTATCATGTTTCTGCATT TTTGGCTGAAAATGGGAGAAAGGAACAGAAGTGTTTTGAAGGAAGTGGAA GTCCAATGGGGAGAGTAACTATCTCTTCTTTATTCCATCTGTAATAGAAA GGATACTCCATGTTATACAGATCAGTGGGGTGGATTTCTTTGAAAGCTTA ATCAACACTCAACATAAACCTTGAGGAGACGTCAACAAAAGCACCTCGAC TTACAAAAAGAATCTAGTTTCCTTTACAGTGAAAACATGGAATATAATCC ACATGTTATACAGATTTGGATGGATTTTTTTGAAAGCTTAATCTACACAC AATATAAGTCTTGATGTGACATCAACAAAAGTATTTTGACTTATAAAGAG AATCTAGTATCCATTACAATGAAAACAAGGAGTGCAATCTAACAAGTAAA ACTAACTTTCAAAGGCAAAGTCTAGTGGAGCAGGCACACTGCAGTATCTT CAAGTATAACTCGAGCAAGGTTGCATTTTTTGGTCCGAAGGGCACAGCAC CTTAAGATTTTTTTTTGAAACTGGTAATGTTAAAAGAAAAGCACAGCACC TTAAGAGTGTCTCTCTTAATTTATCATTTGTAGGAGAAAGGGTTTTTAGC TTCATTAGTATTCAGTGTATGATTCAAGAGTACCGCTTTCTGTAAAGGAA TATTTTAGAGAAACTGGAAAATATTCATTGGACAAAATTTGGTCTTGGGT TCTCCTTTTCTAAACCGGTCTACCAACACAGCCTTAACTTGCAACAAGTC CATTTAGCTGTTTCACTTTGTGACCAGAGTCGACATACTTTTTCTTTACT TCTTCTAATTCACAATGCTCTCTAATGACAAAATTCAGATAAGTTACGGA CATATCAGGAAAAAAGTTCAGAAAACTAGGGACAGGGAATTTTGATGGGA ACTGACAGCTGTCGATGGAAACATACTCTAAGGTCTTTTGACAAAGAACT CATTAGAATTCACACTACTAATCGATTTTGACATCAACGGACCAAAACCA ATAGATATAACAACATATATTCAAGTTAAGAGAGCAAAACATGCCTGGAA TAGAACGGTAGAATGCATCGACAACATGTTCCTTATTTTGCATGAGGTAT GCTGCTTGCCCCATATATGTTAAAAGAAGGCAAGGGAAAACAATGACTGT GAAAGCAAGCTGTATTGCTGACACTGGAAAATTAGCAAGATCAGCAAAAA GTGCCTCTGTTCCTGAAGTAGTCAACAAGGAACTATCAGAATTCAAACAG TCATTCTAAACCATTTAACTATTGAGATGTGACAATTCGAAGAGATGTTT GTGAAGAGGAAAAAACCTGTGATGCTGAGCATTATTCCTCCCAGGGATGT CCAACCGTCTTTCTTTCTCCTCCTAAAGTATCTATATATGTACACAGGAG AAAAGGCCCTCACAACAGAGCTATCATATTTCCAGATATTGAAGATGCCA ATACCTCCTACTAAAAGAAACCAAAGCAGCACAACTGGAGCAAACAGCCA ACCAACCCTGTCTGTTCCGTAGTGTTGTACGCTAAATAGACCAACTAATA TAATGACAGCAACAATCACTACAACATCTGCATCAAAGGATGGATATTAA AGTCGTGGTAAATGATTAAAACAGAAGCAGTTAAGAAGATGAATCAACAT AGGAAAAAAAGTGGTGTTAACAAATAAGTAGATTGTACCATTACTCATCT TTGGATGGTCCACCTTGATCCCACCAGAAGCTGAAAGAACTGAGAATATT TTTCCAAAATAAGTTCTTCATCACAAACTTAAAACATAAAAACTAACAGA ACCATAAAAAACCAAAATATAGAGAATAAATCTTCATAAGCTTTCTCATA CTCTCTATCACACACACCAGAACTAAACCATTTTCCTTTTGACTAAAATG TTTTATCATAGAGAATAGTATTGAAAACACCCCTGAACTTGGCATAATTA TCATTTTCATCCCCAAACTATTGACAACCTTAAAAACACCCCTCTACTTG ACTAACTAAACTTAGATACACCTTTGATCTACTACGTGAAATTGCAAGTG GTCTCAAACTCTTGTAGGAGTATGGGTCTCTTAATAGAAAACCGAGTTTA GGGGTGTTTTCAACACTTCTCCCTTATTATTATTATTATTATTATTATTA TTATTTATTATTATTATTATTATTATTATTATTATTATTATTATTATTAT TATTGTTATTATTATAAAAGTCTCTTTTCAGTAATTTCCAAATGCATAAA TTTTATTTCTTAAAGAATTAAAAAGTGTATTATGAATTGAGAACAAACAC AAAATAGATTAATTTCGTACTCTGAATCAAGTCATTCGTTTCTAAAAGGA CTTAAGTGTCTTGATCTCAGTACTACGAAACATTTACTTCTGTTTCTAAT AGTGGCATTGGCAGGAAACATATATGGAGAGTAATATAAAGTGGCATGCT TTATTTGGCTGGTAGTGAAAGAAGCTGCTCTAAACCAGGACAATATGAGG AAAAGGGGTATATCAATTTATTCAAAGTGCTACTTTAGTGGCAAAGAGGC TGAGACAATCAACCATCCATTCCTATATTGCAAAGTGACTAGTCATCTGA GGAAAAAGGGTATTAGATGGGCAATGCCAGGATGAACAATGGACTTTCTA TCATGTTGAAATGATGGAGGGGGAAAATTACTACCAACAAAGCCAGATGG AATATTGGCCCAGCAGCTATTTGATGGACTGTCTGGAAGGATAGAAACTT CAGATGCTTTGAAAATACAGCTAGTACTATTCAGAAGATCAAGAAGAACT GCATTCTCCTTTTTTGTTTTTGGTGTGAAGCTAAATATATTAATGATCTA GATTCTATTTCTAAAGGTTTTAGATTCCTTGTAAGAAGAGTAAGGATTGT ATCTTGGTTTTTGTTGTAAACACCTTTTGGCTTTCAGCACAATCTTTGTG CTGAAGATTCATATGACATACTGGAATATGTTACTTCCTCGAAAAATTAT AATTGTGGAATTCAATCGGATTAAACTCTCTTTTTTGATCAGAATTACTA ATGAACAGTACCACCTTAAGTTATCCATCATAGGCTATACGAGGTGTTGT CTCTACTAGGTTGTGCATTTTTATCGAGGGTTAAACTAGTCCTTGATGGA TTTAGGTCATTCAGGTTGCATCATATCCTACCGATTGTAAATTTTTTCAC CATAAACTAGAATAATGAACTTCTGTCAATCCAGTAGACGACAAGTAAAA GACAAGCTTCAAACAAGTACCTGATATAGCCGGAGTAAGAATTCCATCAC CTATTACCGTGCAAGTGCCTATAACTACAAGAATAAGAAGCGAGGTCTTC CTGAATGGATATGCCTCCAACCATCTTTTTGTTTTTGCAGCAAATGAGTG CTCATGGAATGTGCTGCGACTATAAGTTGTAAGCTCTTCATCTGTCCGGT GTTGGTTGGGAATTGTCTTTATCTTAGCATGGCGACATAACAAAGAATAA AGAGCAAAAGTCCCACCTGAAAAGACAAAACCCAATTTTTATCATCTTTA ACTTTTCATGCATTATTAGAGAACATATCTTTCATGTTGCTCTACAGTTG GGAGTTGATTTATGAAAAATATAAAGTACATGAGAAAAAAGGAAATTAAG TTAACTAAATACCAATATCAAATGAGTGCATGCAAATACAAAGTCCTTCT AACATTGTCAACATTAGAGCAATTGGTTTATTGCAGTAAATAATTAACTT CAATTGATAGGCAAAATGATCTTTAAATTCAACATATAGTAACTGCATAT CCAGGTGAAACTAAGATATACTTAGCAAACAACTATATATCTTACAGTAT TATCCAACAAGCTTTTCTCAAATTGCAATACAATCTAAAATTTTCATTCA CCCTTTAATCATTTCGACATTCTCAACTTCTGCAACTTCTTTTATCCTTG CCGCGTTCACTTTTTTTCTTTTTCTTCTGAAACAGCGGAGAAGTCGAGAT TTTCAAGGGCGAGGAGAAGAAGTCTCTGTAAATGGAGATTTTTAGAAACA GACAATAACAAGGTCAAATCTTGCCCAAAAAGTATAACATGGTCATCCCT ATATCTCTATCTCTCACATAGACAGACACACAAACATGCATACAAATCCT TTTGACTGCTTCAACCCAACTTTCACTGCTGCACTGCTACGTCAGTTTAA GATTGAATTGAAGGGTTCTCTCCAACTTAACTAGTCTTGAAACTGCATTA ACTGGACAACGGAGCAAAAAGACCCAAGATGTCCAGCCAATAAAAAAGTG CCTAATCAAGATAAGCCAGTTATATCCTGTTTCAACAATGTCTTAGCAAC ATTTCTCTTGAAAGTTACAGCTATCAGTGGAATAAACATTTCATACAGGA AAGCAGCTCAGCATGACGGCATGCAAAACTTAAAAACCATGAGAAATGCA TAATACAGAATCATCAACTAAATCAGATGAGTGACTACAACTCCGGAACA GCTTACCTTGGCCATTGTCGTTTGCTCTACAAACTATGAAAACATATTTG AGGAGAGGGATAAGTGTGAGGGAATATATAATTAGTGAAAGTGCGCCAAT GACATCCTCTGTATCATCGATTCCATGGGGAAATGTATTGTAGAACACAT ACAAAGGAGACGTTCCCAAGTCTCCATAAACCACTCCCAGACTCTGAAAA GCAAGCCGCAGAAGCAACAATGACGAGAAAGTCTGAATTAAGACAACTGA ATCAGCACACTGGGAGAATGAGTGATCACAACAAAAAATGAACTCATAAT TTACTCCATTCCGTAATCAACCAAATACTCACAATAATGGAATCATAAAC TCATATAATAAGTAAAAACAGGACTTTAGGACATCTGCATCTAGGTACCA AACTCAATATTTGTCAATTGCTCACCAATAAGACATCATCTACTTTTGAA TTCATAAACATGAAGTCAACAAGTCTTCAGCATGAAAAATTATCTTCCTC CACCCAGCCACCCTACCCCCCACCCAAAGGGCGACAAGGAGAAGAAAAAC AGCCTTCCACATGACATGAATCGAGAAACATGCTAGGATCAAAAGAGTAA CTCAACCAACATCAAGATGAATCAGAAGATACAATAGACTATTCAATCAC ATATAACAAATTAGTCCCCTGAATAAAAGAAAAACATCAAAGCAAGCAGA AAAGAGTAAAAGTGCATCAATCAAGTAAACTAGAAGAAAAGCTACATCTT ACCTTTTCTCTATACATATTTCTTAGTCTTCCTGCCTCTTCATCCATAGG CTGATCAATCTTTTGGTCTAAATCCCACATGCCTCCTTTAGTTTCACCAT TGTCTTCATCAAGCCCCATACCTGAAGCCATCTTTCAAGACAACTATGAT TCAAGAAGATGCAAACCTAATACACTAACATCCAACCACCCAACCTTTCT AATCAACCTAAATGAACACTCAATTCACTTCAAAGAACTGATCAACTTCC AAAGTAAATTTACCAAAAAGTCAAAACTGGAAATGAAACAGTTCACAAAC ACCAGTCATATAAATTTTTCATGAGTGAGGACAGCTCGAAATCCAACTCC AATCAATAAAAGCCACAGAAAATCAAGAAACCAATTCAGAAACCTCTTTT CCCAATTTAGCTAAATACCCAATTCTCCTTCTTTTTCCCAAAAATGGTTC AAAATTCAATTTTGAACCCAAATAAATTCAACTATGAGGAAATGAGAAAA CCCCCAATTCATGAACCGACAGATAAAAGATGAGTTTATATCTGCACAAA GAAAAGTTTCAGTTTTTTGGGAGTCTTTTTTATTTGTTCTCTTTTGTTCC TGTGCAGCCTGCGGCTTCAACAGGAACTCACCTCCCCATTTCCCCCACTA TATGCTATGTTCCTCTCCTGAGGAAGAAGAAACTACGAATCAAAACACAA AATTCCATTGCTTTCATCTGCTTCTTTCTCTCTCTCTTCTCTTCTCTTTT CTCTCTCAAGGTCAGAGAGATGTCAGATTTGTTCTGCTGGCGTGGCGGAC AGAAAAAGAGAGAGGCGTTCCTCAATTTTTCGACACAAATTCAAATTTAA TCAACTTATACGTACATAATAACAAATATCATTTGTTTGAATAATTATAG TATTATTTCATAATATATCATATAATATTATATTGCTTAAATTAATATAA TGATTGGATATATTATGCAATAAACAAGTTCTCCATTTATGTTCCAAAAC TCAAAGACATATTTATCGTCATGAACTTATTTTATAAATAATTTTTTATT CATTTTTGGCGTATGTGACACTATCTAATAGGCCAAACACGTGTTGACAT TTTTCTTTAAGCTAATGTTATGTAGATCGAAAAGGAATAGAAAATTATAT ATAAAATAACTAGTGGAGATACTATGATTTTATATAGTATAAGTGTGTCT TTTTGAGTTTTGGGCATAAGTTGAAGGTACTTATACCATCACTCAAATTG ATTGTTACATAAAATTGATCTTTTCGTAATTTACTAATTATAAATATAAA CGATAAGGTACAATAATATTACGTAACAATTAAAATATTGTATTTAAATA TATAATACAATACAACGTGTAATTAACAATAATCCAAACAAGTTACTGTT GAAAAAGATTGAAGCTGACAATTGAAACAGGTCTAACGCAGCTAACTGAC CTATCTGCGGCAAGTGTTGATGAGGAAGGAAACTGACAATTGGAACATGT CAAAGGAACGGGTCCAACTAAACTGACCTACAAATGTACATTATTGCTGT AAAATTAGAGTCGCATTAGGATTAGACTAAGGTTAAAATTAGAATTGTAA ATAATATAATTAGTCTAATCCTAATGCAACTTTACAACAGTGATGTAAAC TCGTCGGCTTTGTTAGGCCTGTTCCTTTGACATTTTCTAATCGCCAGCTT CGTTCCTCATCAACACTTACTGCAGATAGGTCAGTTAGCTGCAGATAGGT TAGTTAGCTGCGTTGAACTTGTTCCTTTGACATGTTTCATTCGTTGGCTT CCTTCTTCTTCAACAATTACTAATGAATAAACACCTATATAACCATCGAA AAATATATCAAAATTTATTGTAATAATCGTATATATAAAATCATTCTAAT TATTCGATATCTCATATCTAATACTTATTTTCAAAATTAAATTAATTATC TTTTCATACCAAATTATAATCGTCACATATCAATCATCATTCTATAATTC ATCAACCCCACATTTACTCCATATAATTTCACGAGCAATGCATTAACCCT AACATCTATGAAGGAAAAATAGTTCTTCCTTATTAATCGATCAAATTAAA AGATTAAATTAAAAACAAAAAGGACAAACAAAAAGTTAAATAATATATTA TCATCAGCAAAGCCACTAAATAGATATTAAGAGGATGAATTTAGGTTTTA ATACGATTTGAAAATGATTTGATCATATTGTCTTTTTCCCCTTTTAGTAT AAAGCATAAATAAAAAGAAAAAAAAAATTAGGCCTGCCAATATTGTGTAA TTCATGTGATGTTGTTAAAATCTACTATTTTGTATCAACAAATTCACGTA TTATTTGATTTGGTTCTTCATAATAATAGAAAGATATAAGAAAAAGACAC AAAAAATTTATTTAATAATTAATGTACGTAGGTTCATATATTTGCGACAA TATTTTAAATTTTAATATTTTTCCCTAATTTGTAGCTTAAAGAGTGTTCA CATGCTTGAGGACCCACAAAATTTATGATGGGAATCCATATAGTTTGTAA TTTTTTACATTAATTCTAATTTATTGATGGCCCCTTAAATTTGACATAAA TTTTCACTTAAATATTTCAACTAGACGATATTCATTTTAGACTCCTCATA TAGAGTTACGATATATTATTTTGACATTTTTCGCTGACTTAGCGTAGCAT ATGTGTTACACGAATTTAATGCACGTGAAACGTTTTTTTTGTTAAAAAAT ATTTTTGTTCTTTTTTTTTCTCACTTTCTCTTTTCGTAGCTTCTCTACCT TCCATCATCCAAAATTACCACACAATTTTTCAAAAAAATTCTGCAAAACT ATGTTGGGTTATATTAGAATTCAATTTCTTCAACAAAAGAGTCAATTTCT TATAGCAACATCACCAAAAAAAATTAAGATCATCAACTCATCATTATTTT CTAAGAATTTGTGACTTTTTCTTTTTAAAATCAAATCACATAAAGTTTGA CCCTTTCTACATTAATATTGTCTGCTAATACAACTAAGAAACTTCCGCCC TCAATAATGATGAGAAAATCTCTTGATTTTCAATTTTCTTACTGAAAATT ATCCTAATTTTCTATGTCTGTAACAACGAAAATCGAAGGAACAAGCTATT ATACATTTTGCATCTTCAACATTTAAATAATTAAATCCTCAACATTTTCT CATAGCATTCATTACTAAATCCCCAAATTTTTCCTCCATCTGCATCTTCA CCATTTATATAATATTATTATTTTTGTTTTAAGAAATTTTAATTATTATT TTTTTAAAAAAAAAGTTAAGAAAAGAGAAATCAAGAAATGTAACACAAGA AATCACAATTTTGTACAACACAAGAAGAACATGTGAGGGCCGAAGAAAAA TTTTAACGGATTGAAAGAAGAACAAAGAAAAAGAACATAACAAGATGCAT AGAAGAAGAAGCTGAAGATGTGGAGGCTAGGGTTAGATAATTTGAAGGAA AAAAAAGAAGTAAAAGTGAGTTTTTTTTAAAAATAAAAATAAAATTTCAC ATGTCGCATATTCATTCATTTATTTATCTACGTAGGAGACGTTTGGATAC ACACTCTTAAGCTAGTTTTAATAATATAAAAAAAGTATTAAAATGATATA TCGAAATCCTACCTGAAATATATAAAATAATATCATCTAATTAAAGTGTC TAGGTGAAAATTGTTGTCAGTAGACCTCCCAATTTTAAAATCATGTTTAC ATGCATGACATATTTTGTTTAATTAGTGTCTACTTTCATTGAATTTTTCA TATCATGATGTAACATAAATCTAATTTTTCGTAAGCAATAATCTCATCAT TGATAAGATCAAAGATTTCACTCTTATCTGTACAAAAATAGAAAAAAAAT CTTTTGAATTTTCATTTTTTTTTCTTTTCTCCATTAGGGTAGGTAGAGGG AGGGGGGAAAGGGTGTTTTATATATATATATATATGCACCTTTGACTTTT TTGTAGATGCATAATTTCAATTTAATATTTTTAATCAATCGATATCTGAT ATTTATAATTCAAATAATTCGGATTCATATAAGAAATAGTCACTTTTAAA ATTAAAGCTTTGAACATATGTGAGAGTAGTTTGATAGTTTGAGCTATATC ATTATTTGATGGTGATTGAATAGTGAAGGCAATTTTAGATATTCACGAGT CAACAATAATGTGAAGTTAGAATTGAAATCAAATATATATTATATATATT TTATATAATATATATATACTCCTCGATTTTTAATTATCATGTTGTGTTTT TTAAAAACTAATTTAATTAATTTTTAAAGTAAAATAATTATATTATTTTG ATATTTTAAATAAAAATTTTAGAAATTTAAAAATTATCTGAAAAATTCTA TAAATTTTATTATTTTTACATATTGATATGATAAAAATATACATCCTAAT ACTTTAATCAAAACAATTATTATTTGACTGTAAAAAAAATTATAACAAAT TAAAAGTCAACGAAGATAATAGGTAAGAAACTGAATATTTGTGTGATCAC TTTAGGATCAAATCATTGTATTAATTGTTAGTTGAATCCATAGTTGAATT AATATTAAACTATTGGTGCACATTATATTATTGGAAGATCATGGAAGTTT GACACTATGAATAAAAAAGTAAAAATTAACATACAATTTTGAAAGTTTTA TTTTCCTGTTAAATGTCAATCAAAGTAATAATGGATTTATAGATCTTGAT ACCGTGCATCGAATTAATTGTTATTTGTTTAATATAATCTCATTGTCGAT GTTGATCTAAAAATTCAATAAATGCCAAAATCAGGCACATGATCTTTTGT CATAAAAAAAAAAAATAAGGTCAGTCTTAGGCAATAAATAATTGGGAATA ATGTACATAGATCATATAGAAAAAGCGAGTGAATGGAGTAGTGAGTATTT CTTCATTCTTAAATAATTTTAAGTTTAAATATTTTTTTGATATAAAGTTA TTTTTATTAGAAAATATTTTATTTTTTTATATAAATTTTTTTATTATAAA TTTAAATTTAATCAAATTTTAATTTTAAATACCGAGCGAGAAAAAAAAAA CAGGTAGAAGAGAGCAGTTGGGCTAAAAGTTAAACTACTAGGTCAACTAT TTTTAACAAATAATTGTGAAAGTGAAACGACGTGTTTTTTGTTTCTTTAT CTCCACTTGTTTTTTCTTATTACTAGTTTCCGTGCACGCGCTTTGCGCGT GTAATCCATGAGTGTATTATTTCTTAAAAGATAATATTACTAAATAATAA AATATGTTTAATTGAGATTTTTTACTTTGTTTTACTACTAATTGTGACAC TCCAATTTTCTGACCTCCAAGTGAATGCATCGAGATAATAATATGAGAAA TTAATAAAATAAACTTTGTTTGTAATTCAAAAAATAAGTTTGCAAAACTA AAAGGAAAAATAACAACTATCTACATTAAATTTCTTGATAGTTCCGTTTT ATTGGTAGAATAATGCTAGATAGTGTAAGATTAACTTTGAGTGAAGGAAA ACAAAACATTTTAACTTTTTTAATGAATGTGTTTTAAGTATTGTATTAAA TTTTTATCCACAAACATTTTAAACTAATTAGTTAACTATAAATATTCAAA ACTAAGATGTAAAAAGTTTTATCATTTATATTTTAAAAATCAGGATATTT ATGAATAACTATTATTTCATATAAAATTTAATTATGTTATACATAACTTA TCCACCATTAATCTAATATTATATGTTTCACCTTTTTTTTTTCCATAAAA AGAAAAGAAAAGAGTAAACATCCTATTTTATCACATTCATTCTTAAAGAT GAAAATTAATGTATATGTAAAAATAAAAAGTACGGAGAAAAGAAAAAAAA AGGTACACATGAGCAAGATAATTAGGCATTTCATTTTGTTTGTCTCTATA GTGAAACTGAACATTTGAGCATACAAAATACAAATATAAATTTAGAGCAA CTTGCTAATAAAACAAGAATTCAACTATATAAAGAGAGACAAAAAAAGTC TTATTATAATTCTTACTACAAATAAGTATAGAACTAACACATCAAATTCC GATGCTTCAGTAATTGAATTCTCATCTATTCTCGTAACTGCATAAGAGAA TCTCACAACTTTCACCTCAAATTGTGACATTATTTCACATGTTTAGAATT CCTACATACAAGAATTGTAGGTTTAGTAAATAAAAGTTCTTCTTGAAAAA GTTAAATTTATAGAACAAAATTATGGAAACATGAAAAGTCACATGAGTTA TTGTTAAAATAAATATAAAAAAGATAGAGATGGAATTTAATTTTAAAGAT ACATGAATCTACTTTAATTTCTTGATAATTACTCATTTTTATTTTTATTT ACATTTATGTTAGAAATTTGAAAGGTCAAGATTATGTAATGAGAATAAGA AGATTATATATATAAAATTATATAAGTTTTAATTTATTAGAGGGGCAAAA TGGTAATTCAACTTTTAAGTTTTGAGCTTCATGCTTATAATAATATATGA TAGGAGTAATCAAATATTTATTTTTTGTCTACAAATAACAAAATAAGTTT TTCTAATTATTTGTCATTTTTGAATGAAAAAACAAAAAATAATTATTGAT ATAGTGAGTTTATCATTTTCTTCCTATTAATTATTAAGTAGATGAATTAA AAAAAGCAACTTACATATATAACAAACATAAAAAATCATATTTGCATGTT ATAGTTATAATTTGCATAATTACACTCAGGGGTGGCTCGACAGTGTAAAC AAAGACATCTGTCTTAGGCCCCCAAATTTAGGAGGCCTCATTTTTAATAA CAATAGGTCAAAAGTTATTATTTTTAAACAAATATTGAATACCATTTGTA GAAAAAATTAATCTTTTTATGAAAAATGAAGGAATTATTAAAAGAAATTT GACATATTTAGAGTACTATATCTCATGAAAAATAAATTAAAATAAGTGGT TATATTATCAACTAAAAGCTAGAAGAAATCAATTATATAAAAGTTATTAT CAATTCAAGTTTAAGGCCTCGATTAATTTTTGCTTTAGGCCACTAATATG TTTGAGCCGCTCTTGATTATACTCCATAACAAATTCATTCATGTGTCAAA TAAGGGCTTTAAGTCGTCTATGTGGAGGTGGGGTGTGTTTAGCGTTCTCT TGCGGAGTCCATGTGGCATTTTAGCACACACATGGATGTTTTTGTTAAAC AGAAGGGCAATTGTGGTTCAATAGTTAGACGGGAAAGGGCTTTTTGAGCC AAAATATAGTTTTAGGGTATGTTTAAGCAATTTCGAATAATTTAAGGATA GTTTTGGTCCTTTTCCGTGGTCATCTATGTGGAGGTGTGATCTGTTTGGC ATGCACATGTGGCATTTAACACACACATGGATACTTCTGTTAATTTGAAG GGTAGGTGTGACCCAATAATTTGACAGAAAGAGTATTTTGAGCCGAAATA TAATTTGAGTATATTTAAACTATTTTGAATAATTTAAAGGTAGTTTTGAC TCTATTCCGTTTAATATTTTATCAACTCTCGACCAACTAATAGAATTTCA CGAAAAACTTAAGTTTAAAGGAAAAAATAAAATATAATTAGTACCTTATG AAACAGTGCTACTTTGATTGGAGCAGAGGAAATAGTAACATATTTCAGTG AATTTTCTATGCTAAATATATAGAGTAATAGTCAAACAATAAAGAGAAAT TAAATGTATACTATAGTATAATAATTATTCGTAGTATAGTACTTGGCATA CATTTATTTCACCAAAAAATGTAGGTTTAGTACAAAGGAATATCCAAAAA GAATCTAGATCATTGTACAATTTTTTTATTCGTTGAATTTCGTTTAAATC TAACTTCAGATATTACACAATTCATTTTAAAAATGATGATTTTGACATGA TATTTTTTCTATTTCTAAATTCGAATTTAAAACCTCTGTCACAATTCAAA GTAGTATATTTATGAGTGCTATTAATGTTGAAATTAATTGTAATAAGAGC AAGTAAATTTTGATTTGGTCTTTGCACGTTTGCTTTGAATACAAACAGGA AAATATATAATTATTTTTAATATATAAATATATAGGCCATTAGACTTGAC ATTATTCTAAAGATTAGGACAAAATGAATCTTAGTATAAATAAATTATAT GGTCATGTTAGAGCTATGGAACATGATTTGTATTCTTAATAAAATACTCT TAGTTGAGTATCTACTTTTTTTAATTAGGAAGTAAGTGAGATTAATTTTA AAATGAGTAGCCTTCCTTTATAAATTTTGTTATAAAGTACCTTAATTGAT TGTGATTAGCACAAAGTTTTTAAGGTTGACCTTAGAAGCTATAGTGGAAT AAAATACTCATGCTACCTTTTGGTTGCTAATATATTACTAATATTCCATA AACACCAAAAATAATCTTTAGCAATAATTATTGAAAAAATGCATAAGTAG CCCTTCAATTTATGTCCTAAATTCCACAGACACACTTATACTGTACTAAG GTTTTATTACTTCCCTGAAATTATTTTATAAATAATATTCTACCCCTTTT TGGCTTATGTGACACTATCTTTTGGGCACAAGGCGTGTTGACATTTTTTT TTCAAGCTAATGTCACATAGGCCGAAAAAAGGTAGAAAATTGTTTATAAA ATAAATTCGGTAGGATAATAAGATATTAATATAGTATAAGTGTCTATGTT CGGGCATAAGTTGAGAGGGTACTTATGTATTTTTCCAATAACTTATTAAC AACTATAGCTTAATTGTTGTTAAATATGTATTTTCAGTGGTCATTGACAA TCTTTATAAATGTCTCTCATAGCGACACTAAATCTAATGACAATTAATTA ATGCTAGTACGATCTTTTGCATTTTTCATTAGTGTCATATTTATTATTTC AAAAAACTATTTTTATTGTTGTGTTCCTACATTTGGAATCAATTAAAATT GGGCTTTAATGTAGGCCCATTTTTAGGCCCATTAGAAAATACCCCATCAA TAGAAACAAATGGAGTAGCCAAAGTTCAATATTTTAACCTCTTTTGTTAA ATAAAGAAAAGTGCATCTTGGATCGTCTTGAACTTTTTTGACCTCCGCTT GTTTCATTGGCAAAACTTAACAAGTATTATTTTTTCATATATAAAATATA ATTTTTCGATGACCAACATTTTGTCCACATAGCTATGCCACTGGGTTCAA CAATTGGCAATGGATCAAAATTAGTTGATCTTTTTGTTTGTGTTAATAGC ATTATATTGATGGAGAGAATTCTCTCAAGTTTCATAAACAAACATTACAA TTAGGTTTACTAGTTTGTGATCTTATTACATAAGAATGTAAAAATAACAA AATACTTGAAGTTAAAAGAGAGTATATTTTCGCGGTCTAAACAGAAACTT GGACCAATATGCGGATTTTACGAGATCAAACCACAGTAAACACCCAAATA AAGCTAAAGGAACACCAGCACAAGCAGCAATGAGCTTTGGCTCCTAACAC GTATGATTACTACAGACCAAAAAGAAGGTTGCTGCAAAAGCCAAGAGCAT ATCTTATCATAAATAGATTTTTCTTTTAGGAAAAAATTTAGGATTGACTA ATTCTTTTTCTAGTAGGAAAACGTTTAGGTCTCTATAAATAGAGACATGC TCCTTCTAACTTAATCAGCATTCACAATATAGTCTTAATGACTTTGAGAG TTTTGGTTTGGGGGGAATTTATGGGTCACAAGCTTGATACGTTTTCACTT GTGTGAACCTCCCATGTATCACGTTAAATCTTTGGGTCTTTTGGTATATT TCTCGTTGTCTTCTTACTCGTGGTCTGCATTGCTAGCTTCCGCATTTACA CTTGCTTATTTTCGGTCCTAACAGCTAAATATCGAGACAAACAGCATTGT GAGTCCAAACAATAACTTTGGCGGGCAATGACACAAGAAAATCATCTTCA GCATAGCATGATGTGAGAATGGACAAGAACATAATGATGGAAACAATTGA GGTGAATAGTGCCACTGCATCTGATATGACAAATCCATACAAATTTAGCA ATATTGGAATGCCATTATCACTGTTATTTACCTCCTGGCACAGTGAATCC AGCAGCAAAGACCATTGTGGCAATCAAAGTTGAAACAATCATACAAGAAT TTATTGCAATAGATTGTATTTCAATTTAATTCCTCCCATTCGGTGTAGAA GACTGAAGACTTCCTCTTCACGATATATAACTGCAGTATGAAAAATGGTC TGAATGACCATATGAGATCAGGACGAATGCGAGCAACCACAACAAAAAAT CCTACATTTCCCTTTTCACTAGCTCTAATAGTTTATCCTCATCACTTCTT TTACACTCCGTCCGTAGCTTTTCAAGTAGTAAACCAGCTACATATCTTTC CCTTGTCGATCCATTGTTTGAAGCAATTTTAGCACTATGTAAGCATGATA TATAATAATAAGCTTGTGTCAGTTAAAGTCCAGTACATCTTAATTGTCTT TTGGCCATGGAAATCACACTAATTAACTTTCTCCGCTGGATTTTTTCAAG TTTCCTCTGCATTCTAAGGAGCTTATAGATAACCTGCCTAAGATTCCGCT GTCTCCTAATTGTAACATCTTACTGGCTAATTCCTTTTCCTTGTTGAATA TATATAATGCTACATCTGCAACAAAATAATTAAAACTTAGCGGTATGTAT TTATATGATCTGTAGGTATGTATTGAAAAGCAACAATAATATGAATAAAC ATCACTAGCTATCAGCTAGTTCGTTATGAAAAAGAAGCTTGAGATTAAAA AAAAAAAGAAGTGTTTTGTGTAGCTTACCATACAACTCACTGTGGACTGT GACCCGAAGAAGCTCTAAGCGATCTTGTGGTTGTATCCCATCAAAACTTG TGACATCAAAAAGGTAAAATACCATAGCTTTAGGCCCAAACAAAAGCTGC CAGAGTGATTGGTAATTGTCGTCCATCGCCAATAGGGATGTTTAATAGAT TGTTATTCCTTTCCCTCATTGCTTTAACAATTTCAATATACCCTGACGCT GCTGCATGATGGAATGTCGTCTCTCTATATTTATTTTTCACTTCCAACTC ATCTGGTTTCATCAGTCTCATTAGCTCTTGCAGAAATCCGGTACTTCTTG CTATTGCTGCAATGTGAAGTATTGTTCCAATACGCGATATATTTTCATGA ACAAAGCTCGGATCCTTCTTTAAAATTGGTTCACCAAGCCTTTAGTTATC ACTAAAAGCAGCCTGATTAAGAATTACACGTGCAATTTGATGATAAAGTT TCCTGTCTTCTGCAAATTGAATTAAATCAAACACTTGTCAGAATATACAT GTTTTATTCAACGGAGTACATAGAGAGATTGTCGTGAACTTACTATGAGA TTGATCTTCAATACGACTTCCACAAGTATGAGCATGGGAAGACTTGTTTA AGTGTCTCGACATTTATGTTATCTTGAGAGAGAGAGAGTTGTGAACTGTT TATTTACATATGAAATTAAACACTAATATTAGATTAACATTTCAAGTTTC TATGCTCTCGCAACAGAGCTAATTTCCATTCTATTTATCATCAATTTTCT AGGAGAAAAAATAAAATCAATAGACATAGACTGTGTCCAGTAAACAACTC TTCTTATATTGAAGTTCTAGATACATGTATATTTGGCGCATTTTAAAATA CACATAAATAGGGAGAAAGACAACCGAGAGAGGGGGAGAGACAAGCGAGA TAGGAGAGAGGTGAGAGTCAAAATGTAATGTTTGATACTAGCTAGATACA TGAATATTTGTTACTAGATACGTTTGACATAAGATACAACCAGAGAGAGA CGAGTGAGATAGGAGAGAGGCAAACGAGACAATCAATGTATTTCTCATAC ATGTAAACCACACTTGAATAGAGAGTGTATTTGAAATAAATTACACCTAT TGGACACATATATTCGAGATACATGCGTCAGGTGAATAACGTTGATGATA AAGTAGAGGATATCTTTTGCATGAAGCAATGGAATTGTTTTTGCAATATG CAGCATCACTAGACAAAGAATTTCATAATAAATCAAATAATTTGACAATT GAGAAAAGAAACTCGACGTGCTAAAACTATTAATTATTACCAATCCCAAA TAACATTGCTGAGAATTTCATGCTCAAACTTTACAATTATGAAGGTGGTT AATCGAGTTTGTGCTTTCCCGATCTAAAAAGAAACTTGGACGAACATGTC GATTTTGCCACATCAAACCATAGATTGTACTGTAAACACCCAAATAAAGC CACAGGAACACCAGCACAAGCAGCAATGAGTTTTGGCTCCCAACCTATAT GACTACTGTAGATCAAAACGAAGGTTGCTGTAAACGCCACGAGCATGATA ACTATCGAGACAAACAACATTGTGAGTCCGAAGAATAACTTGGCAGGCAA TGACACACGAAAATCATCTTCAGCATAGCGAGATGTGAGAATGGACAAGA ACATAATGATGGAAACGATTGAGGTGAATAGTGCCACTGCATCTGATATG ACAAAGACTTTGAATCCAATCAAATTTAGCAATATTGGAATGCCATTATC ACTGTTATAACCGCCTGGCACAGTGAATCCAGCAGCAAAGACCATTGTGG CAATCAAAGTTGAAACAATCATACAAGAATTTCCAGTGTCTTTCATCCAC CTTTCCCCTTCTTTTAGTAATATCTTGTGTTCTTCCGTGAATAATTCTCT AGGGGTTTTCCCATCCTTGTTCTTCCTCTTTTGGTATGAAGGCGGTACAA GTTTCTCCACTTCCTAGCCGATTATTATCATCAGCAAATTAGAATTTTAA AAGCAACGCTAAAAATTGATTCATACTTAATGACAACGTAACAGATGAAA TACATATAGTTTTAGGTGATGGATATATCTAGCTCGCTCGCTCTCACCTT GAACCACAATATCTCTCTTTGCATCTGAAGCGCTGCTCCAGAAATCCTAA GAAATGATGGGGGCATAATCTTCTCTTCCTCCTGGTTTAAACAATGATAT ATAATTAACCGAAACAAGGAAACTTTTTGATATTTCATGTATGTATCGCG AACATATATAGTTTAAAAAGAGAGAGGGAACGAAAAAATATACCTTAACA GCATTAGATTGGACATTTTTCTGTGGCTCCCCTAACTTGCCAGCCAAATG TAGAATGTTATTGCCATCATGATCGAACATTTGAAAAATTATGTTTTTCA TTCCTCCTATTCGGTGTATAAGACTGAAGACTTTTTCCTCTCGATATAAA ACTGCAACATGGAGAAGGGTATACCCTTTATCGTCGAATGAGCACATGAT CTCAGGATAATCACGAGCAACCACAAGTAAAAACCCTAGATTTCCTGCTT TTGCAGCAGAGTGGCCCAATATTTCCTTTGTCACTAGTTCATATAGCTTA ATTTGATCCTCTCCACGTCTTTGACACTTCGCCCATAGCTTCTCAAGTAG TAGCCTAGCTTGTTTCTCAACTTCATATCTTTCCGGAAGCAATTTTTGCA CTATATATACATGCAGATTAATTAGTATTACATTTCAAGCCAAGAAATGT CTAATTAGTTAATTGATCTTACATTTCAACACTCTCCACACCGGAGAAGA AGCGTCACTGATCGCTATGGACTTTTCAGATAACGTCTTCAACAAATTAA TATTTCTGTCTTCTAACATTTTAGTGACTACTAATTTTCTGTCCTTGTTG AATATATTTAATGCTACCTCTGCATGCCATAAAAAAGATCGAATCAACTT GGCCATAGAAATACATACATAACTAGCTAGCTCGTTTATGCATGTGTTGT TAGCATGATAGATAAAAAAAAAGGATCATCAATTGAGGCACTGCCAAAAT ACCTATGCGACGAGCATATTAGTGATACAGTTTAATAGAACCTCCATTAA TAACTACACTCTACAACATTCAATACCTATGCGACGAGCATATATATATA TATATATCACATAAGACCTCAATAATTTTTTTATTTTAACCATTCAATTA CATATTATAGGAGTAACATTTTCATCTATTATTTCATTCTCTTGAATGAA TGAATGTAACGACCTGTTAGTCGTTTTGAGCAGCAGATTTTATTTCTGGA AAAACTGGCTGGGACGACGGAACCCACGAAGGACCGTCATGGGCACGACG GATCGTCGAGGGTGTCTCGTTTCAAAACACTTAGAAATTCTGAAAAATGG ATACTGAAATCGACTCTCTGAACTTCGTAACGGAATGACAGGACGGACCG TCACAGGCGTGACGGACCGTCACAGACTCTTCAGAGAATTGAGTCTCTGA ACTCTGTGACGGAGCAGCAGGACGGACCGTCGCAGGCACGACGACCCTTC ACAGGCTGCGTAATCCCAGGCGGGGTCGGATTTCTTTAAATGTTTTAAGG GGCATTTTGGACTATTCCTGCTATAATTATAAAGTTAGTGGGTTAATATT AATAACTCAATTACTTGGGAGCTAAAAGAGGTAACCTTGAGTAAATTAGT GGGTTATTATTGCCATCTTTTATTCTTAATTATATGCTAATTAGGATAAA AGAAAGAGGGTTTGAATAAGAAAAAGAAAAGAACAGAAAGAGAGGGAGAA GCGTACGATCAAGAGAAAGAAGAGAATAAAGCTTTGGGGAATTTGCTTGC TTGATCACTAATCTTCGGTGGAGGTAGGTTATGGTTTTTACACTATTCGT AGTAAACTCTTAATAGCGAATGATATGTATTGGGTAGTGTTGTAAACCCT TCTATATGCTTAATTGTGTGTTTGCATGTTGTGATTATATAATTGTGATG AGATAAGCATGATGAAGCTATTGAATTCTAAATCTTGAAAAAGAAACCCT AATCTACTTTGTTAATGATGATGCCTTAGTATAAAAGAAGGCTTGATGAA TGAAAGTAGTGAGATTAGGGGATCGGGTGCCACGTTCCGGTACCAGGATA TTATATGAGGATCGGAGTGTCACGTTCCGACACCAGGATAGTATATTGAT CGGGTGCCACATTCCGGTACCAGGATAGTATATGAGGATCGGGGTGTCAC GTTCCGACACCAGGATAGTATATGGATCGGGTGTCACGTTCCGACACCAG GATAGAATGAGGATCGGAGTGTCACGTTCCGACACCAGGATAGTATATTG AGGAGCGGAGTGTCACGTATCGACACGAGAGGAATAAAGATAATGAATCT TGAAAGATGTTAATATATTCAATCTAATGAACCTAATTCCCAAATGAGTA TGATGAGGAGGCGTGAGTCCTCATTGATGTGCTTGGTGTTGTAACCAAGG GTTATGGTAATTGTAAATGCTGCATGCTAAGGATATTAGTTGATTTTATG ATGTTATCTGATATATACTGTTTTCTATTTTGAGTTGGCCGATGATACCT ACTCAGTACTTGTGTTTGTACTGACCCCTACTTGTATGTTTTCTTTTTGA TTATTTGTGGAGTGCAGCAAACGTGCCGTCGTCTTCAACTCAACCGCAAC TCTAGCCAGTCTTCATTATTCCGGATTTCAGGGTGAGCTAATGCTTCTAG CTTGGACTGGATCTTCCTCTTCATGTCTTGATGCCTTGAAGTTCCGACAT GGACTAACTTTTTATGTATTCTAGCTTCTAGATACTCTTAGCTTTAGTAA TTTGAAGTAGATGTTCTTGTGATGATGACTTCCAGATTTTGGGGATAATA ATAATAGTTGTTGAATTTTTAGAAGTTATTGAATGTGTTTTTATTAATGA GTTTAAGTCTTCCGCATTACTTTCTGTTGATATTATATTGAAATGTTAAG GTTTAGATTGATTGGTTCGCTCACATAGGAGGGTAAGTGTGGGTGCCAGT CGTGGCCCGATTTGGGTCGTGACACCTAAATATCTAAATTGTTTGTACTT TGATACCGGAATTCAATTTACAACTTAATTTGATCTTCTCATGTTTATTA AACATGAATTGCATATAAACAATTGTGTTTCTACTTTCCATGATTATCTT ATTTTTTAAAGTGTTTTCTATATTTCAAGTTCTTTTTTGATTTATTTTTT ATTTTGTACAAGTGTAACAAATTGTAATGAATTGTGACATTTACAAAGCT TTACAATTTGATGTAATTTGCAGAGGTTATCACAAACCTCCACAATAAAA CCGCTACAAATTATTATAAATTGCGGCGTTCACAAAACCTCACAAATTGG TGCAATTTGCGGAGGTTATCGCAAAAGCTACAAAATGATTTTATAGTGGA GTTTTTTAAAACCCCACAAATAAACCTCTGCAAATTAGCTTGTTTTTATG CATTTATTGTATATATTAATGTAATTAGATAGTGATATAAATTAGCATGA TCATATACATTTGTTGTAGAATCAAATGAATAAATATTGTGATAAAATAA CTGATTCGGAGGGATAGGAAGGCAAAATTAGAGGGATTGAATATTATATT TGTAGGGATAGAATAGCTGATCTTTAAGGATAGGAATGACAGATCTTTAG AGATGTTTAATCTTTATTCTCTCTATATAATGGAAAAACTCTCACTTTGA AGACATTCAACAGAAAATTTAGTGGGTATCAACGCCTTCTCTTGGCTGTC TTGTTTGATAGATTCCTCCGTGGTTTCTTCTAAGATTTTTTTTTGGAAAA TCTTGATTTTTGGTTGACTGTTCATCGACAATCAGTCTTACCAATTTTGT TCTTGGTCATTCTAGTTGCTTTCCTGAGTCTTTGTAGTTTTCATAGCTAT CAAAAACATAAATGCACATTATTTTGAATCCTTTAGTGTTTGTTTCACTG GAAATAATTATTTTTTTTGGAGTTTTAATGTCACATATTTGTCACAAGCA AATTAAAGAACTATGGGGTCATATAGATGGAAACGATCCCGCTTCTATAG ATGCAACAAAGCTAGGTGAATGGAAGACTAAAGATGCTCGGGTGTTGACA TGGATTTTAGGGTCAATTGAACCTCCGATTGTTCTTAATCTCAGGCAGTA CAAGACAACTAAGGTCATGTGAAATTACTTACAAATGTTTACAACCTAGA TAATAGCTCAAGACGCTTTCAGTTATAGTATAAAATTTCTAATTACTCTC AAGGAGGTTTTTTTGTTCAGGATTATATTTCCGGATTTCAGAACTTATTG GCTGAATTTACAAATATTGTCTATGTCAAAATACCTACTATATCTCTACC AGTGATTCGGGCAGTTCATGAGCAAAGCAAGCGAGACCAACTTTTGATGA AATTACGCTCTGACTTTGAGAGTGTTCGCTCTAACTTGATGAATCACGAC ATGTCTCCCTCTTTAGTTGTCCGCTTTAGGAAATTACTTCGTGAAGAGAA ACGTCTTGTCACATAAAATGCTTTCAAGAAAGAAAATGATGTTATTGTTG CATTTGCTGCTCAATTTAAAGGCAAGAGCTAGAATATGAGTAAAACTCAA TGCTACAGTTGCAAGGTTTATGTTCATATTGCTAGCAATTGTAGCAAGAA GTTCTGTAATTATTGTAAACAACAAGGACACATCATCAAAAAGTGTCCCA CGCGCCCTCAAAATCATAGGGTCAATGCTTTCCAAGCTGGGATAAATGGT TCCACTAATGATAACTCATCTTCAAGACAAGTACTTACTCTTGAAATGGT ACAACAAATGATTGTGTCACCTTTTTCATTATTGGAATTACAAGGTAATG ATGTTACATCTAATTTTTGGATTATTGATTCAGGTGCTTCCAATCATATG ACTAACTCAACGAGCATCCTGAAAATGTTCGTAAGTATCAAGGTCCATCA CAAATACAGATTGTCAGTGATAGTAATTTACCCATTATCAAGGTTGGGGA TATTACTCCAACTTTCAAGAATGTTTTTGTTCTAGTTTCATTTTAGTAAA ACAACTGGTATATAACAATTGTGATGTAAATATTTCTCGTAATGATTGTC TTGTGCAGGATCAGGTGTCGGAGACGTAATCATGAAGGGGCCTAAAGTTA GACGATTGTTTCCTATACACTTTTCCATGCCTCCTGTTTTATCTTTTGCT TGTACTTCCAGTACTGCTAGCAAGACTGAGGTTTGACATAAGCTTCTAGG ACATCCAAATTCTGTTGTGTTGTCTCATTTATCAAATTTTGATTTATTGG GAAATAAAAATCAGTTTTCATTTCTACTTGTAAATTATGCAAAAGTAAAA CTCTTTATTTACCTAGATTTGGTAGTCATGCTACTAAGTGTTTAGATGTC ATTCATAGTAATGTTAGGGGCATTTCACCAATTATTTTTCATGATCATTT CAAATACTTTGTGATATTCATAGATGTTTATAGTCGATTTACATGAGTGT ATTTTGTTCGATCAAATTGAGGTATTTTCTATGTCTAAGACATTTTTGGC TTACGTTGAGACACAATTTTCTACATGCATCAAATTATTAAGATATGATT CTGGTAGGGAATATATGTCTTATGAATTCAAAAGATTCTTGTTTGACAAA GAAATTGTCTCACAACACTCTTGCCCATATACATCACAACAAAATGGAGT TGCTAGACGAAAAAATCTCTATCTTTTAAATGTCACTCGTACTTTATTGA TTGAGTCATCTGTACCTCTAAATATTGGGTGGAAGCTTTGTCTACTGCTG TCTATTTAATTAATAGAATTCCGTCTAAAGTGTTAAATCTTAAGTCTCCA TATTTTCGTCTTTATTATCAAAATCTTAACTATGGTGATTTTCATACATT TGGTTGTGTTTGTTTCGAGCATTTTCCTCCCTCGCAGTGCAATAAACTTT CTGTACAGTCTACTAAAATGTGCTTTTATTTCTAGAAATGTTGTTTTCTT TGAGAATTAGTATTCTATTATTGTAAATTCATTTTCTGCTACTCCTCTTT TTTCTACTTTTGAGGATTTATCATCTTCTTCTTAGAGGTTCAAATTTGGA TTTGTGTATGACTGACGTCGGCCAACTTTATCCTATCCCGACACTAATCC ATCGCCTGAAATTGTACCACAATTAGAATCTGAGAATTCTTCGAGTGATC CTCTTGAGCCTACTCAACGATCTACTAGAGTATCTTGTACTCTCAATTGG TATGTTTTTTCCTCTACTTTATCCAACATATTTGTTCCGTCTTGTTACTC ATAAGCTTCCAAGCAAGAATGTTGGCAGAAAGCAAAGGAGGAAGAACTTT TGGCTCTTAAAGAAAATGACACATGAGATGTTGTTTCATAACCTTCAAAT GTACGCCCTATTAGATGTAAATAGGTTTATTCAATCAAACTTCATTTTCG TGGAACTCTTGATCGGTACAAAGCTCAATTGGTTGTTCTTGGTAACATGC AAAAGTATAGGGTGGACTATGAGGAGACTTTTGCACCCGTAGCTAAAATG ACTACGGTGCAAACTATTATTGTCATTGTTGCTTCATAAAACTGGTCTTT TTATCAAATGGATGTCAAAAATGCTTTTCTCCATGGTAATCTTAAAGAAG ATATTTATACGAAATCTCCACCTGATTTGTTCTCATCGCCTACATCAAAT GTATGCAAGTTGAAGCGATCTTTGTATGAATTAAAACAAGGTCCAAGAGC CTGATTTGATAAGTTTTGGCCTACTTTGCTACAATTTTCTTTTGAGGAGA GCAAATTTGACTCATCTTTGTTTCTTCGGAAAACATCTACAGGTTGTGTT TTTCGTTTGGTATATGTAGATGACATTATTATCAGGATTTGATTCTTCAC TAATCGCTAGCCTCCAACAGTAGCATAAAAGATTCATTTCATATTAAAGA TCATGGTACTCTTACTTATTTTTTGGGTTTGAAAGTTCATAATGTTGCTT CAGGTGTGTTTCTAAACCAACACAAATATACTCAGGATCTGATTTTTTTG GCTGGTCTTCAAGATTCCTCCTCCGTAGATACTCCATTGGAATTGAATAT GAAGTATCATCGTGAGGAAGGTGATTTTCTTCCTAATCTAACTATATTTT GACAACTAGTAAGGAGTCTAAATTACCTTACTTTACTAAGCCTAATATCT CTTCTACAGTTCAACAAGTTAGTCAATTTATGCAAACTCCCCATCACCTT CACTTGGTGGTTGTTCGTTGCATTATTCGATATCTTCTAGAAACATCTAC TCGTGAATTGTTCTTTCCAGGTGATTCTCCTATTCATCTTAATAATTTTA GTGATTCTGATTGGGCGCGATGTCCTGATACTCTTCATTCAGTCTCTGAT TGGTGCATGTTTCTTGGAGAGTCATTGATATCTTGGAAGAGTAAAAGACA AGATTGTGTGTCAAAATCTTCAAGAGAGGCTGAATATTGATCCATGTACT GCTTGGTCCGAGGTTGTATGGCTTTGTGGATTACTTGTTGAGATTGGATT TCCTCAATCTCATCCTACTCTTCTCCAAGTTGACAATACAAGAGTTATTC AAATTGCTACTAATTCTGTTTTTTCATGAGAGGACCAAACACATCGAAGT GGATTTTCATTATGTAAGAGACGTTGTAGATAAATGAGTCATTACTCTTT CACATGTATCCATTGCTCTTCAAATAGTTGATGCGTTTACAAAATCCATG GCATGACAATGCCATCAGTTTCTAGTAGGCAAATTGATGCTTCTTGATCC ACAAGCATCAATTTGAAGGGGATGTTATGTTGTTCATCTTGTATTCCAAA CATACTTAGAACAAAATTTTGAAAATCTTTGTAAGACAACAAAGTTTAAG AATATTTTCACAACTAGAAAATTAAAACTAGTAGCGAAACTAGAATCAAA AACAGATTTTAAAAAAATATACGAAATATTTTTCTTAAAGAAGAATTGTT GTTAATATGTGTCTAAAGAATCTTACTGATTCTAAAAACCTTTGCAGAAA TACGAAGTTACCAAGTTTAATGAACCAGTGAAGAACAAAAGAATAGAAGA ACTGAAATTAATTCACAAATCTAATATTTGTAAAACACGTACCAGAATAT GGAAAAAATTTAATAGGAAAAAGATCAAGTCCAGTGAACTCACAGTGTCC CCTTAAGAAAATTATTCTCCTCTAGTCCGAGGTTTGATTTGGAATATGAC CTCCCAGGGTAAAATGATCTCAATCACCAGAGTATAGATACCAAAAACTC CGGTGTCAGCGAACCACTCAACGACAGTAAAGTACACTTAGAATACTAGA TTTAGTAGTTGAAGAAGAAGTCCATGAATTATATATTAAAATGAGAGGAA ATCCCTCAATTTATAGAAAACAAAGGGTAGTGCGAGAAAGTTCTTATTGT GCCTTACCGGAAAGGTTACAAACCTTTGGAAAAGTCACAATCTTTCAGAA AGGTCATCACCTTTCATAAAAGTCACAACTTTCCATAAAGGTCACAACTT TTCATAAAAGTCACAACTTTTCATAAAATTCACAACTTTTCATAAAAGTC GCAACATTTCATAAAAGTCACAACTCTTCATAAAAGTCGCAACTCTTCAT TTTCCATTCTCACTTTTTTAAAACCCAAAAATCCCCCGCATGAATGGGGA ATGACTCGAAGATAGGAAAACGGACAAGTATGTGTACTTCACAAACAAGA ATTAATTGCATTTGGATAAGTAGGTTTCCCTTGGACTTTCCGTAGTGAAC ATATGTCGGATATACTCGGTCAATTGGTAGATGCAATATCTTTGAACCGT CGAACTTTGGTGTATACCTAGATAACCATATGTCACACAATTAACCTTTA TCATTTATGGTTCTTACGATTATATCGTTTTAGCCATTAACACCTCCTGG TTTCATGAGTGTATAAAGAGATGGGCTTTTGACAATCATCTTCTTTGAAG CGGCTTACACTTCACACTCACATAGGTGATTTCTAACCGTGTTATCGTGT AGATACACTATTTGGTCAACTCTGCCAAACTTAGCAAATCATTAAAACCA TTAATCTTTATTAACTCATTAACAAGCCTTATTGTTGTGTCTTTGTCCCT GAGCATTGTCTTCATCATGAGAATGGATTGAGTTTGTTGACAATGTCGAA CCGTCATTCACAACTTTGTTTTTCTCCTTGAATCTAGCTCTTGGGATCTC CAGTCTGATAGATAGAGTTACCGCCATGATGACTTGTCCTAAGCCGTAAA TTCATTCTCTTAGATGATTTTTTAACTCCCTCTCTGGTTAGGCCTTTTTG TAAGTGGATCCGACACATTATTCTTTGACTTTACATAGTCAATTCTAATA ATTCCACTAGAGAGTAGTTTTCTAATGGTATCATGTCTATGTTGTATATG ACGAGACTTTCCATTATACGTCATGCTCCATGCCCTACCTATTGCATCTT GACTGTGAAAGTGTATGCATACTAATGCCAATGGTTTGGGTCAAAATATA ATATCTATCAAGAAATTCCGGAGTCTTTCAACTTATTCACCGACCTTATC TAGAGCACCTAGCTCAAAGATCATTCTAGAGCTAGAGATACATGTCTCTT TTGAAATATTTCTAAGAGACCGCTCTTCTACCAATAGTAAATACATATCC ACTCGTGAATTTTACTTCATTCATCCGATGATTCAATTTGCATCACTATA TCTTTCAATATTGTTGGATATTGTTATAATGCAAAACATAGTTTTAAGTA TTATTTTAAATACTCCAAAACTCTATTTATTGTCATCTAATGAATTTATT TGGGATCACTTGTGAACCGACTCAGTTTAAAATAACAAATGTTTTATCTG ATCACACACTATATGATATATATCATGCTTTCCAAAACTCTAGCACTATC CAATTGTGAGTCACTTTTGTTTTCACTCTTTTGAAATGCAAAGCTCACAT TTATTGAAGACTTGACAATATTGACATCCAAATATTTGAACTAGTTAAGT ATCTTTTCAATGGAATGAGATCGTGAAAATGCTAAACAATATAGAGTTCT ATGATTCTTATATCTAAGATCGCATTAGCAACTCCAATAATTTTCATTCC ACTTGCTTTATAGCATACGTTAGTAGCATTTATGTCATTAGTGTCTCTAT TGATGATCAATATATCACCAATATACAAACAAACAATGACCTTATGATTT TAATGTGAACACATTTATCACTTTCATCATTCTTCAATCCATTTGCCGAC ATGGTTTGATCAAATTATGTCATTGTTTCGGTGCTTGCATAATGTGACTT AACAAGTTCACACACTTTTTTTTATTTACCAGGAACCACAGAACCCTTGG GTTGTTCCATGTAAATTTCTTCCTCCAATTCTACATTTAAGAAAGTTCTT TTCACATGCATTTGATGAATTTTGAGGTCGTATACCACACTAATAAGTTT TGCATCCGAATGGATGTAATTCTAATTACTAACGAGTATATATACACACA AGATCAAAACCTTGGTTTTTTTTTATCTAAAGCCTTTGACACAAAGTCTT GCTTTATATTTTTCAACAGTTCCATCAACTGTTATTTTCCTTCTAAAAAT TCACTTTGAACCCAAAGGTTCATTTTCTTGAAGAAGATCAATTAACTTCC AACATTGTTTATTCACATCATCTTTCCAAAGAATGAGCTTATCATATTCG AAGAAAGTAAATGTCCTTTAACATTTACTAAGCCTCTGAATCTCTTTATT AAGTACATTATTCTTTTCATTTCCTAGGCCTTTTAGACCCTTCTCTAGAC TACTCAAGTCTAATTTTACAGTCCACAGTCATAGGTCCTATTTTGATTCT TTTAGGAATAGGAACTTGGACTTTGACTAGATACCCACACACTTTGAAAT ATTTCAAGTTGGATTTCCTTTCTTTTCATTTCTCATATGGAAAAGATTGT ATTCTAATTAAACAAAATCGCTTTCTTTCTAAAAAGACAAAACTTTTTGT TGTTCCCTTTTGCAGTAAGGATAATTTCTCCACACAAGTTTTATGTAAAC CCGAACTTATAATAATGCATCCATCATTTCTTTCAACGTTCGGTTTTTCA TTAGATTGAGGTGAATATGACAGTAGTTTGATGGATATTCCACTTTTCAA ATATATTTCTGCACAATGAGATTTATACTCTCCATTTTTATCACCTATAT TTTTTCACACTGATTTTCAACTTTGATATTACATTGTCTAAACATTTCTA TTGCTCATCCTTACCATTCAGCAAATAGACATAGTCATTTCTAATGCAAT TCTCAATAAAAGTAACAAATACTTTTTCCTACCATGAGATGGTGTTAACT TCATATCACAAATGTCAGTGTAAATTAATTCTAAGGGATTAGAATTCCAT TCAACAAATTTAAAAGAATGCTCAACATACTTAGATTCCACAAAAACTTG ACATTTTTATTTATTGCACTCAAAGTTTGGCAAAACTTCTAAGTTGATCA GTTTTCCTTACAAGGTTTTGTAATTGACATGCCCTAAGTGTTCATGTCAC AAACATTGACTCAAGCAAGTAAAAACAAATAAAAATATTGAGTTCGAAAA GCTCTTCGTTGTGAGGTAGCTTTTTCCTCACTAATATTTTGTTCCTATTT CTTACAATTTTATGTGATACAAACATTGTTTAGATTGTCAAATGTCCTTT TCAGAAGGACATTTCCATAACTTTCAATATAATTGTTATAGAAATACCCA TGAACAAAGTTTCATCGGGTTCAATAAAGACAATATAGTCCAGATGTTAT TTTTTTTAAAAAAAAATAACAAATGACTATTCACCAATATTCATGTCTAT GCAAATACTTTTATTATAATAGACATATCTTTTCATGAAAAATCACAATA TTTTAAGTGATATTTTTTCCCCATAAATGAACACAATTATTTTGAACAAG TATATATATAATTTGGATGTTTCATACTACTCACACTATATACTAGTAAT AGAGAAACTCAACAACCACAATATCAAATATACTCCAAGAATTTTGTGGG TATAACATAATACAAAAGTATAATTGAATTTCATATCTTTTGCTCCAAAG TTAAATTAGACACCAAGTCTAATCATAAGCAAATAATCCCCACATTTCAA ATGTGATCTCAAAAATATTTTTCAAGTATTTGAAAATAGTTTTTCCACAT ATTTTAATGTTGAAAACATTATTCTACGAAAGAATTATAGTGCTGCAATT CTCTTTTACAATATTTACACAATGTCAAAGTTCATTCCATAGAGACATTA ACTCATAAATTCTAAGTCACTTCCTCTATCATAAATAGACATACCACTTA GTATTTTAAATACTAATAATAAGGACAAAAAAAATGTACAATTTATTTCT ATATTACATTGAAGTTTATAGAAAATCACAAATACAATACTGACTTATTA TGTGAAGTTTTCATATTCTTCAAATCAATTGTATAGTTCAATTTATCCAG AGTACAAAACCACAAAAGTTTTTAGTCTACAAAAATCAGACACACTAACA TTTCTCATGGAGTACAAAACTACAAAAGTCTTTTTTTTTCTTCAAACGGA ATAACACATTTTTTATCACATAGAAATGTTTTTCTTATCAAATAGTCTTA ACTATAATATTTTGACATACTATTTTATCAAACCAAAAATATGCATCTCT CATTTTTGCAAACTAAAGAATTTTAAAAGCAACAATATTTGCGAAGTAAA ATTCATTCCACAACATATGGTTTGCAGATTTTTTTTCAAAGATACACATA ATAAAAAAATAAAAAATCAAAGATGATAATTCTTAGAAACTATTTTCCTT CTTAGATAATTCAATAAGAAGGTTACCTGGTAATCTTTAAATGGAATACC ATAAAATTTTTTTGTTACATTCTCACTTCGACCTTGCTAAACAAAGCAAC GAATCATGGAGAAGTAATGCATTTATCTTCTACTTCCATGATCAGATTCT CTCAATCAGTAGAATACAAAAAATACTAACAGTATATTAATTTCCTTAAG ATTGTTGTTCATCTTGTATTCCAGACATACTTAGAACAAAATTTTGAATA TCTTTGAAAGATCTGCAAAGTTTTTTGGAACCAGTAAGATTCTTTAGACA CATATTAACAACAATTCTTCTTTAAGAAAAATATTTCGTATATTTTTTTA GAATCTGTTTTTTATTCTAGTTTCGCTACTATTTTTAATTTTCTAGTTGT GAAAATATTCTTAAACTTTGTTGGCTTACAAAGATGTTCAAAATTTTATT CTAAGTATGTTTGGAATACAAGATGAACAACATGTTACAGGTAACTAAAT TAAATGATTGTGTATATCAGTGTAATTAGATAGTGATATAAATTAGCGTG ATCATATATATTTGTTGTAGAATCAAAGAAATGAATATTGTGATAGAATA TTTGATCCAGAGGGATAGCAAGACAGATTTAGAGGGATTGAATTGCAAAT TTGTAGAGATAGAATAGTTGATCTTTAGGAATAGGAATGACGAATCTTTA GAGATGTGTAATCTTTATTTTCTCTATATAATGAAAATTAAACTCTTTGA CATGTGTATCTGATGAGATGTTTCATATCATATATTATTATAAGTGGAAA GATTTTGAGTTCAAAGTTGAATTACGAAAATGTCCTTCACCGAATTAAAA TTTATAACACATCAAATTATTTAAATGTGGAACTAGAGATAAAAAAATAA CAAAACTGAAAAAAAAAATTAAATGTGAAACTAGAGAGTTCATGTATCTA TTTCATCTGTATTAATTATCAATAACCATGAATTTTTAGTTGAAAAAGAA GATGGAACTTTATTTCTAAGTGATAAACAATGAAGAAGTTGGAAAGTCAT TACTAATTGATAAATAACCATTAAGAAAATAACTTTTATACTATAAATAA GAAACGGTACATGTCCTAATCATATGCATAATGCATTAATGAAGTGTTAA AGATTGATTTATTATTTCAGCAAAATATAATTTTTTTTCTTTTGCAGAAT TTCAGAAGTTCTATAGTAATTAAATGTAGGTTGATTTAATTTAATACATA TAATCAATACATCTGTTAAAGGAATCCTAAAGAACATCAAAGAAAATTAT TTTCATTTTCCTTATGGACATATTTCAGCTCAATAGGATTTCTTTAATTT TTGTTTTTTGACTTCTTTTTCATCATTTTCCCCTTTTATTTAAAGCAATA TTTGTATATAAAAGATGGTGAAATATGTAGAGTTAATGAATATATATCGA AATCATAAAATCGCCAAATTCAAACTTTATGGGATGATATATGAAGATTA CTATCTCTATCATCAACATTAGCAAGATTAATGAGGTATGAAAGAAAGAA GAGTGGTTTCTTTGGAAAACATTTTTATAATTTTCATTAATTGATATATT CTTTATAATTTCTTGTGATTATATTATTTATAGATGAAAAACAATGTGTA CAATTTAATATGTCATCATCACTAAAGAAGTAGTGTATAGTGTATTTGTT GGGAGTCTTAAATGATATCTTGCTTAATTATTTTTATTCAATAAATTTCT AAAATTTTGCTCCATGTCATTTTTTACTAAGGTTTAGCATATCATTATTT TGAATTTTATTATAATTATGAATATCGATAAATGAGAGTGTAATGTAATT TTACTATACTAGATATATTTATTGTTCTTGAAAAAAATAAAAAATAATTG AAATTGCCACTAAAATTATTTTAAAAAACTCAAAGGGAAGCTTCAAAAGT TTAGATAATTGATTTCTCCGGTATACTGATTTTGTTAGTTTACTTAATTG ATTCATTATTTATAGTTTATTATAATTACTTTTTGTTATAGATGAAATAC AATATTGCTTTATTATTTTTATTTAATTAATTTCTAAAATTTGTTCTTTA TCATTTTTATCAAAGTTCAATAGATCTTTAGTTTTGAAATCAGTCATTGT GGTGATAGAAAAATAAAGTTAAGAAGTTAAGCAAGCAATTTAAGGTTATT TTCTGTGATAGCAATTGACATTGGATAACACGTGCAATGCACGTGTCCAG GAACTAGTATATATATATATATATATATATATATATATATATTAAAAAAA AGAAAAGAAGGATACTTTGTGTTTATTTTAATAGCTTACCATACATTTCA TTCTGGATAGTGATCTCAAGAAGGACCAAGAGTTGTTGCTTTATCACATC ATAATCTGTGACCTCATTAAGGTATGTTACCATAGCTTTATGCCCAGCTT CAGCTGCCAGAGTGATTGCTAAAATTTCCTCCTCATTAAAAATGTTTGGT AGATTCTTATTCTTTTCTCTCATTGCTTTAGCTATTTCAATGTGACCTAC CGTTGCTGCAACGTGAAATGCCGTATTCCGACCTATCTCCAAGTCACCTA CTTTCATTAGTTTAATTAGCTCTCGCACAAATCCGATACTTTTTGCTGCT GCTGCAATGTGAAGTAATGTTTCAGAGCCTTCTCCATAGTCACCACTATG AACAAGACTTTGTTCCTTCATTAGAATTGGTTCTGCAATCTCCCACCTAT CTTTTATAGCAGCACTCTGAAGGATTTGAGCTACAGTTATACAATCCAGT TCCTCTTCATCTGCAAATTAAAATCTGTTATTAGATTTACAACCAATTTT GATTTTGGAGAATTCCGACGGACCACCCTGCTATGATAGCATTAGGTCTT ACACCTAACTCACATCCCAAAAGCTAGCTCAAAAGAAGAAAGATTGTTCA TGCTTTATAAATAATCCACCCATCTCATTAACATATAGATGTGAAACTTT TGTCATTCTTCATTGACACTATTACTATTAACTTTATGTTGTATTATATA TCCATAAAACTTAAAGGGTTTATGCGATCTATAGAAGATGGTTGTGAACT TACTAACAAATATTACAGTGTTGAAAAGTTGATTTTCAACATCACTTCCT TCTTCTTCAGACCAAAATTGTTCATTATCTTCACAATCCTCAAAAACTGA TTCAATTTCATGGGAAGACTCGCTCTTCATTATCACGTGTTCGAATTGCA CCTGCCAACACAAACTAAATTAGGATACACAAAAAGTATGATTCTTCTTT GCTTCAACAATATGAACAACTTATTCCGTAAATTTCTACAGAAAACTCAA TCATTGACACATTTCAACTTTGAAGTTCAAGTCCTCATTTGTTTTTGTTA GGATTATAACCGGTTATTTTCAATATAACATATGAATGTGCATATAAAAT TAAACACTAGTATTAAATTAAAAAAATTCACCTACCTTACCTTGAAAAAT TAGTTGTTGTTCAAACAATATAAAGAGATCCTTTAAATGTAGTGAACTAA GACATGTGAAGTAAAACGAAGACCTAAACTAGTGGAATCTGTATTGTTTA TTAAAAAAAATAGAGTAAATTTTCCCATTTGTAAAGAGTGCATAAGAAAG AAGTAAATAATTTTGATTTCTAAGGAATGTGTTACTTTTTGCTAAATTTT CCCTCTTTGTACATAATAATATATACTATATATTTTGGGCAATAGAAAGG CTATAAACAAAGAAAATTAAAGAAGATGATTTGTTATAATAAAAATGAAT CTTCACCTACCTTACCTTGAAAAATTAACTGTTGTTCAAACAATATAAAG AGATCCTTTAAATGTTGTGAACTAAGACATGTGAAGTAAAACGAAGACCT ATTTATTCATTTACTTGACCTTTCTACATACTCCATTATTTAGGTTCCGT ACAAAACATTGACAATGAAAAAATTATGATGGCTGAAAAATATAATTAAT TATATTTTGATTTTGATTTTGATGGTTTACAAGTAATTATAAATAACTAT TTGTTTTTTGTCCTAAAAATAATACAATTGATTTATATGAAATTAAGAGT TAAAATCTTAACTTTACTTTTTATTTAAATACATAATTGTTTGACATTAA ATCTATATTAATATTAATATGTTTATCTCTATTTTTATCAAATGAACATT ATGAATTTTCAAAATAATAAATAAAATAAATTAATAATTTGAAGACATTA CTATTTTTCTATTGAAGAAATGGAGAAATAATGCACAAAAGAGGTAATAA ATCACTAATTATAGGATATAATTATCTTTTTGGGGTAATGAAATTTTACA AAGTACTCTACATAAAAGGGGGTTAAATAGAACAGAAAATGGTCAAATAT ACCCTTCTACTATAGGAAATAGTTTGAATATACCATTCGTTATACTTTTG GATTAATATATCCCTTTCGTTATATTTTTGGCCAAATATATCCTTTATCC GTTAAATATGTGAATAAACATGAAAAATGATGGTATAGTTAAGTAAAAAT CTTTATCAACTCATATCATAAATTTAATTCATGTTTAAATAAATGTACCC CCATATTAATATTTTTTATTTGTCCATGTTTGATTTGACATAACCTTTAG TAACGATACTTAATAGTAAAAGTAAAATAGATATAAAATGGTAAATAATT ATCTGTTGTATTTCATAATGAACAAGTAAAGATAAATATCTATTTCAATA TGGTGCACAAGTAAAAACGAACGAATGGTGATTCAAATATAATGTTTGGT TAGGTAAATAAATGAATGAGAAATATAAATAAATATACTATATTAAAAAA ATATTGATTATTTATAACAATAACATTTGTTTCACTTGATTATTTTTAAT ACATATATAATCTAATTTTGATACATATTATAATAAACAATTTATTATTC ACATATAAACAAGTTTTACGGATGTATAATACATTCATTACACATTTTAA TTCACTTATAATACAATGTGTCAATTGCTTACCAAACAAGTATAATATAT ATACATTGTATACATAATTTACTTTTCATACATAATACAAATTTAACATA GTATTGCTATGTATTGTTAAAAATGGTAATAAAAAAAATAATATCACTGA AATCAGTAATTATTTATTAAAGGGAAAAGGGTCAAATATGTCTCTAAAGT ATTCGAAAAGGTCTAAATATACCCTCAATTTAAAGTTTGGCTTACTCATA TCCTCGCCTCCAACTTTTCACATAGATATGCCATTCTGAGCCTTAGTTGG TCTGCTGGATATATCCAAGCTCTTTTTCCATTTCTTTAAATGTCCTCATG GAATTGACATGTCATTTTGTCCTTACCACATGACATTTATATGGAAATGG AAAGAGATCTATTATGCCTCTAAGAAATTCAAACCCATAAACACCTAATC CAATCCATAAATCAACCCCTATTTTAAATAAACTACTCGACAAATTTTCA ACAATTTTATTTAAATTTTTATTTTTTTGATAAATTCCAAAAATGAGTAA TTGATTAAAAAAAGAAAGAAAAACATAAGGAAAAAATATAAAATTAAAGC AAAAGATTCACAAATAAATATAGTAACCTTAAGGGCATATCTATGCGAAA AGTTGAAATGTAAGGACACGAGTGAGCCAAACTTTAAATGAGAATATATC TAAACCTTTTTAAATAGTTCAAAAGCATATTTGATTATTTTTCCTTTATT AAAAGATACTCATCCAAATAATTTTTTTCTAAAATGGATTCGCCTTTATA TATATTAGGTAGGCCCATAGTTAGGTTATGTACATAGAGTTTGGTATATA CGTGTGTGTGAAACCTAGCTAGAAGATCAATAAATCCATGACAATTGTCT TAGATGCACATAAATGAGTTTCCCTCTCTTTGTTGACCTTGTTCAAGAGG GCATTCCTAGAGTAGGGACATTCTCTTAGATGCCATAATAAATGTCTCTC CAATCACCATTCTTCCTATAACTTAGTAGCCATACACTTAATATTACATG CGATTGCCTTGTTTCCCTCTCTTTCGATTTTTTTTTTCATTTGATGTTCG GAGTCTACATTTGAGCTTCAACTAAATTTGAATCACGCATTATAAGACAA ATTCAAGAGTGGTGCTTCTAATAAGATTTTTCTCACACATAAAGTTTGAA CCGATATCTCTGATTAAGGATAAAAACACTCTAATCAGTGCTCTTTGTCA ACTTTGTTCGAGAGGGGATTCACTAGAGTAGGGCCACTCTCTTAGATGCA CTCCCTTTGCTTTGTGGAATTATATGCTATAATTATTATATCTCCAACCA CCTTTCTTCATATAACTTAGTAGCCATACACTTATTATAACATGTGATTG TCTTGTTTCCCTTTTTTCCTTTTTTTTTTTTGTTTCCCACCCAATATCTA CTTCATATACATTTATTATTACATGACAATTGTCTAATTTTCCTCTATTT ATTTTTTTTCTTCTTTTGGTTTTTTATTTAGTGTTTGGACTTCACATTTG AGCTCCGACTAAATTCGAATCGTGCATTATAGGACACGTTTAAGAGTGAT GCTTCTAACAAGATTTTGCCCACACACAAGGCTCGAACCAATACTTCTGA TTAAGGATGAAACATTCTCACCGGTGCTCTTTGTTGACTTTGTTCGAGAG GGGATTCACTAGAGTAGGCCCACTCTCTTAGATGCACTCCCTTTGGTTGG TGGGAATTATATGCTATAATTGACATCTCTCCAACCACCCTTCTTCATAT AACTTAATTTTCTCCGTACATACTTCATTATACATTTATTATTATTAGTT TAGTGTGCGCGTGCAATGTTTCATGTCAATCAATAAAATTATACATTTTT TTTCATGATTTACCCTTAACACTAATCACTTATCTTCTAAATCATTTATT CAGATATAAACTATATATACATCAATTAATATTACATATATATCCAAAAT CAATTAATAAACTACAATAAAAATAACTTTTAGCAGTATTAAATATTAAA ATTTACAAAGAGTGTTAAAACTTTTACCGGCTTTACTTGAATGTCATTAA AACGAATGTTGCTAAAGACTTCAGTGACATATATAAAGACTGCTAATTGC CGCAAAAAATACATATTTAGCGGCAATTGAGAATTAATTGCCGCTAATGA TAATTTTTTATGTAGAGATATAAACATATTTCTTAAGATCTAAACTATAT ATATACATCAGGAAAATGCACAAGTACCTCCTCAACCTATGTCTGAAATT CCAGAGATACACTTATACTATACTAAGGTCCAATTACCTCCGAACTTATT ATATAAGTAATTTTCTACCCCTTTTTCGGCCTACGTGACACTAGCTTGAA AAAAAAGTCAATCAGCATTGAGCCCACAAGATAGTGGGCTATGAGTAACG TATATCGATCTAACGCCGTCAATTTTTAAAAAATAAAATATACCCTAAAA TGTTACTGTGAAATACGTTTATATTAGTTTTTTAAAATCTTAGAAAAACG TATTATTTTAGTGAATTGCTTTATATAATAACTTAGTTTGGTGAAAAGGT CGAAGAAACAAGCTGGTCTACTACTTGAGGAGCTCTGGGCGGAGTGTTAA AAAAGTGGAGATGATAAAGCTGTTGGAGATAGTAAGAAGGAGAAACTTGC TCCATCCTTTCTCAAGGTTTCTGGAGCAGCACTTCAGATGCAAAAAGAGA TATTGTGGTTTAAGGTGAGAGATGGAAAGCATTTCATATCTCTCTCAGTA TGAATTGAAGGCGCGTTTTTGTCCATTCTCACATCTCGCTATGCTGAAGA CGATTTTCTTATGTCATTGCCTGCAAAGTTATTCTTCGGAATCACGGCGC TGTTTGTCTCCATAGTTAGCATGCTCTTGGCTTTTACATCAACCTTCTTT TTGGTGTACAGTAATCATACGAATTGGGAGCCAAAGCTCATTGCTGCTTG TGCTTGTATTCCTGTAGGATTTATTTGGGTGTTTCCAGTACAAACTATGG TTTGATGTAGCTAAATCAACATATTGGTCCAAGTTTCTTTTTCGACCAAT AAAAGCATAAACTCTATTAACAACAGAGCCTGAGGCTTCATTGCAGATAA CAGTTGCACAGAGGAGAATCTTCTTACTGTTACGGTGCCTTATTCTAACT ACTCCTAATTGTAATGTTTGTGTTTGAAACTTCAGTGAATTTCTCCATCG ATGCTAATTTAGCTAATTGATCAGTGTCACGATCCAATTTAGGGACGTGA CCAGCGAGCACTAAGGGGGAGAATCCCAAAGCAAGCCTTGTCAGAATTCT ACAGAAAAATCAGGCAGAGTTTCCTCTGTCTTTGGTCCTATCCAGTTTTT CCATGTCTCAGAGATCAGCAATATAACTAAAAACATCTCCAATATAAGAG TTAGACACAATTTCCATTAACCATATAATCGCCAAGCAATAGTACTAATT CATCTAAAAAAAAATGGAAGGAAGTATAATACTAATCACATGTCTATATA GAACGGAAGAATACTCGTGACTCAAGTAGAGAAGTGACTGTGGAGCAGCT CTAAGAATTCAAACGAAGTACCATAACAATAGATAAGCTTACTTCCCAAC ATGAACAACTACGGGCTCACCATGAAATGTCAACTTGCTAGTTCTAATTA ATGAAATCCTCGCCAACGTCACATGTGTTCTCTGTAAAAATTTAGCGGGG AGTGAGAAGCTAGCTCAGTGAGTTATAACACTTAACCATTTTAACGAGGG AAAAGTCAAAAAACATCCTAGAATAATAATCAAAATGATGAAATCAATGC CCTTCAGAAATGGTAAAAATATTCAATCATGTAACCAGTAAGACCTTTAT GGGCATAAAGCTACTGTATCATACCTTTTGGAGGCCACAAATTTTGATAT GCTAAACGAAACAGAACGATTAGTACTTCTTGAGATGACTACCCACAATG AGATGTATGGTGAGCACGTCAATGCTGAACTGCGATTTGCATTATTTCTA CTTTCCAATACTTGCTAAGACTTTTTTCTTGCATTAAAAATATTCAACAA ACCGCTCAAATATTGTTACAAGGAAATCTTAATGTCTTATACACATATTA TCTCACAAGTCCTTAGTTACACAAGGATCCATTGAAGGACCTAATTATAA TTATCCACTACTGTGGAGAAAGTTTACTTCGATGGCAAGGAGCCGATTCA TTACATGTAAGATATATCTTAAAATTAATTCCAAGAAAGTTGTAATAAAA TCATATCAATGTATGTCTCGATCCCTCGATCTATTCTTATTTTTCAGGGG AAAGACATATATTATACTGAAGAAACAAGGTGGTCTATTACTCGAGGAGC TCTGTGCGGAGTGTGAAACAAGTGCAAAGGATAAGCTATTGGAGATAGTA AGAAGGGAAAAATTGCTCCAATTTGCTGCAGCAGCACGAAGTATAGAGTT TTTAGTTGTGGTTATTCACAATCTCCTCATCTCATATGGGACTTGGACCG AGAGTGGTCCATTTTCGATTTTGCAATTTTTTTAATTATATTGATTATAT CAGATGCGGTGGCATTATTCAGCTCAATCGTTTCTATCATTATGTTCTTG TCCATTCTCACATCTCGCTATACTGAAGATGATTTTCTTGTGTCATTGCC CGCCAAGTTATTGTCCCCAAGTTATTGTCCGGACTCACAGCTCTGTTTGT CTCGATAGTTAGCATGCTCTTGGCTTTTACAACAACCTTTTTTTTTGGTC TATCGTAATAATACAAATTGAGAGTCAAGCTCATTACTGTTTGTGCTAGT ATTCCTGTAGCTTTATTTGGGTGTTTCCAGTCTAAACTATGGTTTGATGT AACATATTGGTCCAAGTTTCTTTTTCGACCAGCAAAGTACAAGTTGTCTT CCATCCACCCGTGTTTTCTCCATTAATGAGTCGTATGCGATACAAATTTA GATTAGTCAATAACAAGATATCACAAGTATATCACAACGAAACTGGTAAA AACAAGAAATAATAGCAAGAGTACGATTTCTTTTTAACTTTGATATATAC GTCATTTCCCATTTCATTTGCGTAATTATAATTAATTACATCCAAAACAG GACAAGAAATAATTCATAAATTACTCCCTTTTTTTTTCATTTATATTTTT TAAAACGTAAAGATACTAATTAATAGGCACAAAAATTAAACTGGAGGTGA AACAGCAACATCAGGGCCTGGAGCAGCAACTTCAGGAACTCCAGGGACTG GAACACCAACATTAGGAACTCCAGGGATCGGAAAAGTAAATGGATTAGTA ACACCAGTACCCGTACCAAGACCAGGAATATCAAATCCAGGAATGTTAAA ATTCGGGATATTGAAACCAATATTCGGAATTCCACCTGGAAATGGGAATG GAAATGGAAACGGAAATCCTCCGATATTTGGAGTAGCAGGAGTTGTTGCA TCGATTTTCTCGTTAAATAAATCTTCATTTTCATCTCTAAGCATTCTTGC AGCACCAGAAAATTTAATCAAACAAAGCAAAGTAATCAACTTGAGGCAAG TCATTTTCATATCTCTTCGTAAGAGTTAATTATGTAAATTTGCTTACACT AATAAGCTGTTTATATAGAGAGATTTTGAGGTCCCTAAGAGTTAAAAATG TTAAAAGTATAAGATTGTTTTAGATTTATTCACACTAAAAAAATATGTTT TGCCAGCTACATTTGTTTAGCAATTTTTAGCATTTGTAGTTAATGGGGAT GGTTAAGGATATAAACCTAATTAATCTACTTTGACATTTTTTTTATGCAG AAGCAAATACTAGTTGTTGGTTGATGGAGAATTAATTTTATTACACCAGG TTTTCAGTAAAGATAGTGAGAAAGAAGAAAATTTGGGCTTCATTTTTTTT CGATCGCATGACTTATTGGCACTCTTAAAACACACTAATTTACTTGATTA ACTGAACTTAATAACCTTTGATGTTACAATGTAAGTGAGATACAATCCTA AATGCTCGTCAAGTTTAGGTATATTTTCAACACTTTTCTCGACTTTTTAT TAAGAGTGTCATACTCCTACAAAAACTTGAAATTACTAGTTATAATGTCA TGTATCAGATCGGAGACGTACTTTAATACTTTTCTTTAACATTAAAGAAG TACACCGTTTTTTTTTTTCTTATTACTGCTTAGTTTTCAAAGTGAAATAA CTGAGCAAGGCTGAAAAGATGGAGAGTTGCCGCTTGTACTTACTGTATTT TAATGTACATCGAACTCTACTTTCAAACATGGAAACTTTCAATTTACACT TGATATTTTGATTCATGGAAGAGGTCGGAAAAAAACTAAAAACACTACAA CACGCAACAATTACTTTCTCCATTTGCTTTTACTTGTCAGGTCTCAAGTT GAAATCGGGAATTGGATCGAGTTGGGAATTGTGCCTCGAATCAAAGTCGG TGTTATAGTATTTGTTCAAATTATACCTTTTAATGTTCAATTTCTTCTTA CTACCAAACATAAAAAGTTTAAAAACAAAAATTCTACTTATTTTTTTGAA TTTTTTTTTATCAAAAGATTTTTTTCTTCATATGAAACACACTAAAAACT TCGTTTTGACAATGATTTTTTATTTTTATTTTTTCTAGAGTTGAACATAA CTTATGTGTTTGTCATAAAATTTTCAAATTACTAACTTCTAAGTTATTTT TCACTTCTTTCACTCGTAGTGACTCACAATAAGTAAAACCCAATTTTACT TCATATTCATGAACAAATACAACTAAATCAATTCTCAAACATAGTTTTCA CTTCAAAAAAAAACTTTTGTTTATTTTGAAATTTTACAATAAAACATTAT CGAATAAGAATGATCGAGTATAATTTTGGTTAATGTAGGTGTCACATTCT AATTTTAAGTAGTGAAATTTTTAGTTCGATCAAAAATTACGTGTGTATAA TAATAGAAAGAGCTAAATAGATAGTTCTGAAGTGGTATGATATCAACAAG GCTTAGACTCAGAAGACTTTCTGCAATATCAAGATTTGCCTATGCTGGAT GGGGAGACTTTTTGGCTATGGAGAAGAGAATCTATCATTTAATGCAGGAG TACCATGAATTTCCTCCACAGAACATGCTAGCAATCAATTCCCAGTTGAA GGAATTGGTTAAAAATGGTGAGCTAGAAAATGCACGCCAGATGTTTGACA AAATGACTCAAAGGGATGAGGTCTCATGGACAAATATGATTTCTGGTTAC GTTAATAACTCTAGTTCGTTACAAGCGTTGTCTTTATTCTTAGAAATGCG GCGTGATCCTACTATCAAAATGGACCCTTTTGCTCTTAGCCTCGCGGTGA AGGCATGTGGGCTTAGTGTGAATTTGAAGTGTGGTGAGTTATTACATGGG TATTCGATGAAAGCTAATTTTGTTAGTTCTGTTTTTGTGGGTAGTTCACT TGTTGACATGTACATGAAAGCTGGTAAAGTGATTGAGGGTTGTGGAGTTT TTGATGAAATGCCTCTTAGGAATGTAGTTTCTTGGACCGCTGTTATAACT GGGCTTGTCCGAGCAGGTTACAATGAGGAAGGGTTGGTATATTTTTCTGA AATGTGGAGAGATGGTGTAGAGTGTGATTCGTATGCTTATGCGATTGTGT TAAAAGCGTGTGCTGATATTGGGTGTTTGAATTACGGGAGGGAAATGCAT ACTAGGATAGTGAAGAAAGGCTTGGATGTGAGCTCTTATGTCGCTAATAG TCTTGCTACTATGTACAATAAATGTGGGAAACTAAATTATGGTATGTGCT TGTTTGGAAGAATGAAGTCGCGAGATGTTGTCTCGTGGACTACAGTAATC ACAACATATGTTCAAATTGGTCAAGATCAATATGGTATACAAGCATTCTT GAGAATGAAAGAGTCGAATGTGACTCCTAATGAATATACATTTGCTGCAG TTGTTGCTGCTTGTGCAAATCTTTCAAAACTAGACTGGGGTGTACAACTG CATGCAAATGTTTTACGTGTAGGTTTTGCTGATTCTCTGTCTGTGTCAAA TTCAATTGTCACAATGTACTCCAAATGTGGACAATTGGATTCAGCCTCAC TTATATTTCATGAAATGAGTAAAAGAGACATTGTTTCTTGGAGCACAATT ATTGCTGGGTATGCTCAGGGTGGTTGTGGTGAGGAAGCTTTCGAGCTGCT AACATGGATGAGAAAGGAAGGACCAAAGCCAACGGAATTTGCTCTTGCAA GTGTACTTAGTGCGTGTGGTAGTACGGCAATCCTTGACAAGGGGAAGCAA CTTCATGCTCATGTTCTTATTATTGGATTAGATCATACGCCTTTAGTACT GAGTGCTTTGATCAACATGTATTCAAAATGTGGAAGTATTGCAGAAGCCG CAAAGATATATAATTCAGCACAAAATAATGACGTTGTATCATGGACAGCC ATGATTCACGGGTATGCTGAACATGGATACAGCCAAGATGCTATAAGTTT ATTTGAAAGGATTTGTTATGCTGGTCTAAGACCAGATTCTGTGACCTTCG TTGGTGTTCTAATCGCTTGTAGTCATGCTGGCCTTGTTGATCTAGCTTTT CACTATTTTAGATTGATGAAAGAGGAGTACAAAATAAGTTACTCAAAAGA ACATTATGGTTGTATGATTGATCTTCTCTGTCGTGCTGGACGAATAACGG ATGCTGAGACCATGATCAAGAATATGCCATTTGAAAAGGATGATGTTGCT TGGTCAATCTTGCTTAGAGGCTGCAGGTTACATGGTGATGTTGAATGTGG AAGCCGTGCGGCTGAGCAAATTCTTAAACTTGCTCCAAATTGTGCTGTGA CTCACACTGCTTTGTCAAACATGTATGCGTCAAAGGGGAAGTGGGGTGAA GTAGCGGAACTGAGGAAGTTGATGAGATTGAAAGGCGTCATGAAGGAGCC TGGATGGTCTTGGATTAAGGTGAAGGATCAAGTTTCTGCATTCGTTGCTG GGGACAAAAATCATTCACAAAATGAAGATATTTATTATATTTTGGATCTG ATATCCTCAAAAGCAGAATCTTCTCTTCAGAATGTTACTTTTCTTTTGGA GTAGCCAAAACTTAAAATAACCTCTTCCTTATTTCCACAGGCAGCTCTGT TCTTTGTATTCAACTTTATCCATTGAAAATGATATAATGGAAAACACACA TATGAAAGTATCACATTTTTGGCGAGTTTCATATATTAACTATCAAGTGT TTGTATTTTCTATCTAAACGATCATCAAGTACTAATCAAACATACCTCGA ACCTAGCTAGACCAAGTGTTTGAATACGCCAAAGGGCGTGTTACAGCTAA TTTGCCTAAAAATATTTGTCTTCAACACACTCGTTAATTTCGAGGCATGT TGAACATCTTAATTTTTCAAATTACATATGGAGTGTCATTTGACACCATC TTCGACACATAAAAAAAAAGGTGTACACCATACACAACTAAACACTAAAT TAAGGTGTTTTTTTGATAAAGTTTGTGATCATAATTTGATGTTTAACCTG AAATATATATATATATATATAAAAGTACTTCTTTGATGGTCTTTTAAGGA TATTATGAAAAAACTGATGTGAAAGGATTAAATTATAAAATATGATAAAG CAATTGACAAATATTAGTTTGAGAACATGTGGTCCTAAGTTTTATTTTGT CCTTGTCTAATACAAATATTTATATATTCAACCCCAATTTGATACGTGTT AGTTGATTAAAAAATATTTGAAAAATAAGTCATAAATAGTAAAGGCTTAA GTCATCTGTGTCCCCTTAAAGTTATTCATATAATTCACTTAGACATCTGA ACTAGGACTTATACCTATTGAACACCTAAATTATCAAGAAATGTGCCTAT TAAACACAAAATGCTGATGTGGCAAAATAAGTGTATCTCACTGCTGCTGA GCGCGTGAATGCATTTTTTTATTTTTTAAAAAAAAATATTTATACCTACT TTGTTGACACTTGGCATGCATTGACTAAATATATAAAAATAATAATTAAT TAAGCATAAATCTTTTAAATCATAAGAAAAAAAAAACACCCCACACTCAT CTTCTTCAACCCACCATTTTAAAAACTTTAAATTTCTCTACCTTTTGTTA TGATTCATTTTTTTTTATTTTCTGTAAACAAAATACCTGCTGAATTTTCA AGAAGAAGAAAAAATGGATCATTTGGAGTTAAAAAATTGACCAATATATG TACATTTTTATTTTCAATAACTCCACTTGAGCAACTATCACCATTCATAA ACTTATTAGAAATGCTATAAAATATTTGATATAATTTTAATTTCTCTTTG TTGTTGATTTCAAAATAATTTATCAAGATCGATTATATTTACAAAATCGA AATAGTCGTCGAAAGAATAACATATAACGAAGAAAATGAAAGAGAAAAAC ATTTGGTGGATGAGTTCGGAATGAGATGGGGTTAGACATTTTTTTTTGTT ATGCAGAGGAATGGTGATTGTGGAATAACAGAGAAGAAGATGAAGAAAAA AGGGCACTAAGTTAGATGGGACGGGGGTTAGGTGGGGGTGAGGGTGGGGG AAAGATTTTTTTTTAATCAATTTAATTTTTTTTATATATTATTAAATGAA GGAAAATATTCTTTATTTTTTAAAATTAAAATTATGGGCCCATATGCCAC GTGTCGTAGTTCTATTCGTAATTTTTGTCAAGATAACAAGTGTGTATTAC ACGACGCACAATATTTGTAAAGATAGTTGTTATTTTATGTTCAATAAATA AATATTTATTAATATTAAAGTGTCTAATAGGTAAGAGACTCAGTTGAGAT GTCTAAATAAATTATGCGGATAACTTTAACGAGCTATCGATGACTTAAGT CAATAATAAAATACCATACAAGTTATCACAAAAATAGCGGCATATGGTAC ATAATATTATTTTTTATTTATATAAAGATAATTTTATGAGTTAGATATGA GTGGCGATGTATTTAACAAAAAATTTGTTTAAAATAGTACCTAATATATA GACCTAGAAATACAAATTTGTGCCGAGTATTAAGGCCCTAAACAGTCGCT TAAATAAGAAGAAGAGTGATGCATTAAAACACATCAGCTACTCTTCGTCT TGCCGCCTTCACTGATTTCAGGTTCGTCAGCTTCGCTTATTCTCCTGAAT TTCTTGATCTTTTTCCTCTTATTTTCATGTTTCTTATTCTGGGTTTCAAT TGGATCATTAATCTTTCGGTTATGGATTTGAGAAGTCTGTTTTGCATTCC AGGTGTTTGATGAAATGCTTCAATGAATTTTTTACTTGTTTTTTTGATTT TTTTTCAGAAGAAAAGTTGTATCTTTACTGTTACATAATTTCCAAATGGC GAATGTTTGTCCAATTCCAACCGATTCATACAAGCTGGGCTTTATAGGAG CTGGTAAAATGGCTGAAAGTATAGCTAGAGGTGTGGTTAAGTCTGGGATA TTGCCTGCTTCTCGTATTCGAACAGCCCATTCTGGATCAGCTCGTCGTAC TGCTTTTGAGTCTATTGGGGTTACTGTTTTAGATAATAATAGTCAGGTAA GCTTATACATTTTCAATCTTAAATGTCCTATCTTTTTACTTTTGATGTAC ACTCGGTGGGATGTTTTTGCTTATTGGTGATCATAATTTTCTACTTTATT GATATCTCTTATTCCTGTATGTATGGAAGTTTCTTGGTTAGTTTCGGGTG TACCCATGAAACTGCTGAAAAGAAAATTGGGTGACATTTTTAGAGAATCA TACTATTGGTAAGGTTCTCTATCTTTTGGTATATCGGTTGCATCCGAGAG TTAATAAGAAGACAAAAATGTATAGTAAGCCTTATTTCGAGCCTTTTTTC TTAAGTGCCGGACAATCTTGATTTGATCATATATATTTTAATTCCCGAAT TAATTGATAAATGGTTCAAGTTATTTATGATTTCAAGAATCTTCTTGTAG GTTATTTATTAATAGCACAACAAATTTATTAATTTTGATGAGTTAGAATA TGGGTAAAAGAAACATTTATTGCTAGGACCAACTGATTATTTATCGCTTG GAGTAATGCAAGACAAGTGCCCTTGAATAGTCAGGAGAGACATTTTCTCA GACAAAATAATAAAATAATACAAAGCAGAGTTCTTAGATTCTGATTGACC TCAAATTTTGTTCAAGCAAAGAGACACTGACCTTTTAAGACGTGCGTCAA CAAATACTTAGCGATTGCTATGTCAGTAACACCTCATGGTCATCTCATAT TAGGAATATCACTATGTACACTCTGCTTTTTTTGTACTCTTATAGACTCA TACATGATGTGTTTTTGTTTTTCTTCTCCTAGGGATTTTTCTTACATTAA AACACTAAATGGAGTAGGCATTCACATTTCTATAAAAACTTTAAGTATAT TTTCTTTGTTTTTTTGTTCTTTTTGGTACATCTACAAATCTGAGATCTAG TGACTGACTCTAGTTGTCTCACTTTATATCTCTTCAATTGGTTCCTTGAA AATTCTTATTTCACATGTTTCTTCTTTTTTGTCAGAGCAGGTGGTTGAAG ATAGTGATGTGATTATATTCTCTGTGAAGCCTCAAGTGGGTATGGTTCAA ATCTTTTCCTTTCTCTCTTTCTGTTTCCAAAAAAAGGATATTTCTTATGC TTTCTCTTTCAACACTTGCGGGAGAATTTTAAATCCATTTTTCCGCACAA GTTTTGTTTCGATAGTCGTTAAGTTTCTATTTTAAGAAAAATTACAGCTT ACAAAGTGAATGATAATATTTCCTCAATTAGATGCCATAACTAAGCAACT GTTAGGTGAAGTTGTAAACAACCTATTATAAAAAGGGATCATTTCAGTGG CTGCATAAAAAAATAATCTTTGCATAAGTAATGCAACATTTGACAATGTC TTAAAACTTACAATGTACCAATCTTTAGATGCAACATTGTGGTGATTGGA GTTGCTATTGAGGGAGAAGATAGACCTTAAAATCACATGGGGGGAAATTG TTTTTCTTTTTTGAGAAGGTAACAGTCTTGTATTATATTCCAAAAAATAA AATCTGCCACAACTTGTTACAGGTTTACTAATTACAAATAAGAATTGTTT TAAATGACACAATATCTCGGAGTTGATGCGGATTTGGCTTAAAGTAAAAC ACAATCGAAGCAATGGATTCATCTAGGTGAGGTTAAATTTAAGTAATTAT TACAGTTACATTAGGTCAATAGGAGGAAGTGTGAGATATAGAGAACCTCT AGTTTTAAGGTAAGTACTGTTCTTTTTCTTTTTGACTTATCAAAAACAGG GAATGAATGAAGTCTATATAGAGGATTCATATCGCCAACCTTACTATTTT GATATTGACTTGTAATTGTTTTAGTGATTGACATACTTTTGTTTTGCTTT CTCTTGTGCATTTTTAGGCTAAAGACACTGCAATTGTCAAATTTTTTGCT TTCCATATTTATTGGATGCTTTGAAAATTGGTGGTGATTCTGCTGTTCCA CTACTTTTTTAATGCAGTTAAAAATGTGGTGTCAGAGTTGAAGCCAATCC TTTCAGAGAAGAAGCTTTTGGTGTCAGTTGCTGCTGGTATTAAGTTAAAG GATTTGCAGGTTTGTGTGAAAAAAATGGTGTAAGAAATGCACGTAAAATT CCTCAACAAGCAAAAACACAGAAACAAACTTTTTAATGTAGATGCAATAG TTTCAGGAGCTGGCTTTGACTAGTAAGGCCTTTGTGACTTGATTACCAAA ATTATTTCTCCAATTTACTGGCAGTTAAATCTAAAACCGGAAGTGACTTG TATTGTTTTCTTAAATCAAGAAAATCACAAAACTTGTTGAGAATCACACA AATCACCGTAAAATTACAAGTAGGAAGCTTAAATAACTGCAATACTTTAA ACTAAACTAACTAGGACTATTAAGCATTCTTTTCCCAATTTAGGGCTTCT TAGGAGTATCTCAACCAAGAAACTGTTGAAAGAAATAATAGTTCTAAATA TACTGATGAGTAAATACTTAATCTGGGTATGTGAAGAAAACAAAAGCTAG TTTATTACATAGGATATCCCGACTGATCAAGAAGACAGCTACCACTTTCT CAACGAGTGCGGGAAAATATAACACCCCACCTGTGCCTAGTTAACTGGAG TGTGAATAAACTAGCATAAGGATTCAATGGTGTAAGCCAAGAATAGAAAT GGCCAGGTTCACCTACCGTGTGAAGAAAATAGACCCTGACTCTAACCCAA CTCTGCAAGCTAGTTCATGATGTGAGGATTGCCGTAGACCATTTAAAGCG ACGACATTCCATTTTTTAACTTTTTGACAGGTAAGAGACAGCATTCCATT TTCTAAACCAATTTAGGACAATCTACCTGGGTAACTGTGGTTTTTGGTAA TCTTGTGGCATCTAAGTGTCCATACCCATGTATATCCATTTGACACGGCT AGATCAAGACAATTAAGAGTCATGCAGCATAGCAAAATAATGATAGAACT ACTAGAATAAGACTTCTGGATAATCTCAAAAAACTAGAATAAGACTTCTG GATTAAATAGAGAATAATTAAAAATAGTGTAAAAAAAATTATGTTCCCTC TGTCCTGTATCATGAGCATTCGGAATCTTTTTTCTGTCATTTATTTCACG CTATTGCATGCTTGATATATGCATGGGGTTGTCTCTTTCTGTTTAGTCAC TTCCTCTTTCTTTGTGAGTAACTTGCCTCTGAAATAATACTTTGCTTCCG TACAGCACCAATGAAACTCTGGTGGCATAGTCTTTTGTTTTGCGAAGCAA CATAGGACAAATCATTGTAGTGTCATTTGGGTACCACGGTGTGCTTTTTT GCTTTGCAATATACATGATTATCAATCACCTAAAGTAGTTGAAAGATGGA TCATTTCTCTTTTCTTGAACTTATGATTTTTTTTTGTTGAGCTAATTGCT GCCTTGCAACCTAACATCCCACTTTTTTTCAAGTCAATGGAGTATTATTC TTGATATTCCAGAAGGTACCGAGCTTATTTGACATTGGTGGAAATTTGAA ATTGGCCTCGTAAAGAACTTTTATTTGCTTAATCATAATTTCTAGAAACA AAGGTAAAGTCAACAACTCAATTTATTGACAATCAGCTCACATGCCTAAG CTTGACATGCCTCTTAATGTCTACTGATGCTTAACTTTATACTTGAACTG AGAAGAGCTTAAACTGAAACAAGATGCACGCAAGCATGCATATCGTCTGT TACTGATTCAATTTTCTAATTTTTTACCCATTTTAGCTGAAGCATATTCT ATTTTTCTCCCTTCTCAAGGAATGGGCAGGTCAAGGCCGATTTATTAGGG TGATGCCAAACACTCCCTCTGCTGTTGGTGAAGCCGCCACTGGTACATGA TAAATAAATACTGATATTTGATGCTTGTTACAGTTTTACTTGATTTGTTC CGTCAGATATAACATTCATGACTGAAGTTCTCTCCCGATACCTAGAAGCT CTAGTTTTATCTAAGGACTGACTTCGGGTATCGATATAACAAATGCTTGT TGAGTTGTTGTTTCTGTGACATTGATTTGGCTATGGGTGAGAATCCTGTT GAGGTGAAGAAGTTTCCCATTGCAGGTACATGCATTTTTTTTTGTAGAAT CTGCATTAGCACATACCCATGTCATGATACCGCGTTCTACACGAAATGAC CTATCTAACATGATTTGTTGTTGAGAAATTGTTTGGTGCCTTGAAGATTA GTAAACAATTGAGATGTAAGAAAACTGAATTCAGATGCAATAATCTATTC TTACAAGTTACAATATCCATATCCAGATTTTTGGCCAGATTCTGTTCCAT ATGAATTGAAGTAATTCTGTCTTCTTTGAAAGTGGTTAATAAAAGAGGCA TCCTCTTGATTTTATCAACGTTAGAGGTATTTCAAGGTGGGATTGACAAA ATTTTGACAATTATATTTTCCATGAAATTTTACCTGCATTCTTCCACATC TACTTCAAACTGCATAAAAAAATTGAGTTGTCAGAACAAGGTATTATGGT AGTTAACATGAACACGTTCACATGTTGAACTCACCATCTTACCTAATATG ACCTAGTTGACTTAAGCTTATAATGAAGACACAATGCTTTAGTGGACTAT TATGCTTCAACTAATTGGAGTCGAGAAAAGGGATATTTGGAGTGTGCTAA TGAGGTCTGCTATGGAGAAGATATTACCTCCAAGTCAGTTAGCTCTTCTT TTATTCAAATATCTTGAAAATGATAAGGTTTAATTTATTCGTACTATGAC TTTAAGACGAGATCTCTAAAAATTGTCTCTTATTTTGGATGTATTCTCGG GTTTTTATTATGTGTAAGACACAATTTTACGTGGATAACTAAGCGCAAGT GTGTGTACACATGTACTTCTATGTGAATGTTTGTTGTATTCTTTTGTGTA TTAGTGTTTGCACGTATAGGTATGCTAGTGTAAATTTGGTTTTAGTTTTT CTGTTTGTATATGCTTATTATACAATTATTTGGTTTTAGTTTTTCTGTTT GTATATGCCTATTATACAATGCATTTATAGCATACTCCTAGTATCTATAA GTGCACATGTATGTCTGTGATTTTTATTTTGTTTGTGCTTTATTTAAATG GAAACTTGTGTGTGAATGTGACATGAATTGCAAACAGCTGTAGTACTGAG TACTGAGGAAATTTCAAATATTTGTGACATGATTATCTCTCGTGGTCGAT CTTTTACCTTGAAATTTTTTCTCTGGTGCAAGTTAGCGAGACACTAGCAA TTTTAATTTTCTGGTTGATTCTAATAAAACTGTCTGAGTTGTTATCAGTT ATTGCTATGTATGTGTCCTTATTAAGTGTCTTCATATAGTCATCACTTTG GGGGAAAAGGCAACAACCGAAGATGGAGAGTTAATTTCCCAGTTATTTGG AGCTATTGGTAAGGTGTGGAAAGCTGATGAGAAGCTGTTTGATGCAGTTA CAGGTTTAAGGCATGTTCCTTCTTTAATGTTTCTAAAACTACACTTATTA TCACTTAATTTGATGCCAATTTCTGCGCCTGTGACTAGCTGTTTGTTGAG CCCACTTGGGGATCTTGGTTCTTGAACTGCTTCTGCAAAGACAAGCAGAG CTCATGCAAAGTTGGAATCCAGTACCATTGTTAACAATATCTTTTCTTTC TCCTTGAATTGTCAGTGGTAGTGGACCAGCCTATGTTTTTCTAGCAATAG AGGCATTGGCTGATGGAGGGGTGGCTGCTGGTTTACCGAGGGAGCTTGCA CTTGGACTAGCCTCTCAAACCGTAAGTTAACAGTTATCCACCAATTCATT CATATTCTATCGTGCTATATTTAGTGTGGTTATGTTTGAAATAGTGAAAA CAGTGAAATTGTTCTTTTGCTCTCACTGATTCAGCCTGAGATCCTTTCCG GTTTCAAGGTTCATTTGTTCTATAAGAGGCAAGGTCATTGTTCGTGAAGA CTGTGGGTTAACTTACCATCATCTGCATTTTTTAGTCTATAATATATTAA TATTATATGCTCTTTAATTTACCCTGCAACCCTCTTAAGTATACAAGTAC AATTTTTTTTCTTAAAGAAATGTACTAACTTGTATCATCTTTCTACTTGC AAATCGCATCAATTAAGGTCCTTTTCAATGCCTCACAAAGCAATTTGTTT ATATCGTGACTTAGTTTAGTTAACTGGCATAATTGTGATCATCTTTTGAG TGTCTTCTCCTTTGTTATTGACAAGGGCAAGTCATCTTTTCAACTCTTCT CACATTGAACTTTTCTTGTTCTCCCAGTAAGATTCACTCGAGCTAAAATT TATATGACTTGCACATTATTGATGCCTGTGTTAAGAGATTTCCTTATCCT TTTCCTTTTTTTTCTTCAAGAGAGTAACATGCATGTCCCTCAAACGCACT GCTGGTCGAATGACTAACTGATTCTCTGTTGCAGGTACTAGGAGCAGCAT CAATGGTCTCCGGTATGAGCAAGCATCCTGGTCAACATAAAGATGATGTT GCATCACCTGGGGGTACAACCATTGCTGGAATTCACGAGTTGGAGAAGTC TGGATTTCGCGGTATCTTGATGAATGCAGTTGTTGCTGCAGCTAAACGAA GTAAAGAGCTTTCTCAGAATTAATCTACTTATCTCTATTAAGGTCATGGA GAACCAGCCGGAAGCTATTATATATGTCTAGCAGAGTTTTTTAAGTGCTA AATTATTATGTGAAAGGTGCTGAGCTTTTTGACCAAAATAAAGCACCGTA TCTGTTAAACTTTTTGGACCAACATGCCCACATTTTATTAAAGAGGCTTG TGGCACAATCACAATCACTATAAATAAACATTATTTATAGTTATTGCTCT CTCCGTTTCAAAAAAAAAAAAGACCTTATTTCCTTTTTAGTTTTTTAAAA AAAGAATGATTCATTTCCTTTTTTGGCAACACTTTAATCTTAACTTTCCA CGTGGCATGTTTAAGAACACAAAATTGAAGAACATTTTGGTACATTTGAC ATAACTTTAATTTAGAATCACAAGATTAAAAAGTCTTCTTTCTTTTCTTA AATTCCGTTCTAAGTCAAACTAGATCATTATTTTTTAAACGAAAAGAGTA ACAGTCTATATATTGTGCTAGCATGTTAAAACCTAGTCAAGGTGCTTGTT ATAAATGAAACAATTATTTATAGTTGTCTCAGAGCAAAAGAAAACTCTAG AAAAAGCTTCACATTTATCGCTGCAAATATATGATAATTCAGATATCTTT CGACCATTATCTCTTTTAAAAAAAGATAACATCGAACCTTAACTTGTTTT AATATCTCCAGTAACAAACAACCCAAAGAATTAAGACAAAAACAAACACA ATATTTCCTCAGAATGGCATGGAAGTGACAAGAAGAAAAAAGGTGAAAAT ATATTCACTTTATTAATGAGAACGCACAACTGTTTTATTTTAATAATATA CGTATATATAATTTAAACTCCATTAATCAAGTGAACATGAAATGGAGTAA CTACTAGTAATCATAATTTTTGCTTATGTTAATTATTTTTTCTTAGTTTT ATAATTTAGGAAAATTGGGTATACATTCATCAATGCGAAGAAAAAAACAT ATTAAATAACTTTAAGCGATAAAAGGTTCTTGTAATTTGTGGTAAGTTTT AGTTATCTAGGTTCTAAATAATGTATGGGAATTTTAGTTTAAACATAGGA TGAAATCCTCCAATTAATGGAAGCCAAAAAAATTAGTACAAACGTTTAAT TAAACTCTCCTAATTCGAAACTACTTTATTCTTCGGAAATGGAAGGGTCG TACTTAATTTTGAAAAAATATATATATTAATAAAAGTAATTGTTTTAGAA TTCGAAATTAAATTTATATTTTGTTTGAATTCAATATATAACTAATTCAA CAATAAATTTATACCTATTAATTCCAAAATTATAATTTCAAATTTGTAAT TTTTAAAATAATTTTATCCGCAAATCAAACTACTTTTGTTATTTTAGACC AAAGGTGAGAGCTATAGAGAGAACTAATCTATTGGCTACATAGCATTTAT TTACCCTCAACTTGCTTTTGTTTGAATTTTCGTGCTCCTAATTAGTGATG TTGAAGTACGAAATATATTGAAATTTCATATATTTGAAAGACTAATTATT ATTATTATTGCATCCTGTATATTTCAATTTACAATAATCATAACATTTTA AAAACAAGTACAAATTTGAAAATGAACCTTAATACACAATCATTTTCTTA ATTTGACATGTAAAATACATGTTTTTATCGACAAACGCGATAACTCTCAC AATTTCTTTTTCTTCTGAAAAGCTATTTTACGAAAGAAAAAAAACACAAA GGTTTAAAAGTTTGGCCAAACCGGTACTAAGTGCATAAAATCCAAAAGCA TGTGTTTGAATTATGAAAATCTACAACTATCCATTTAAAAAACGTGTTTG AAAAGTAAGCATATTTGAACTGCAAAATATAGCAAGTAGCAACATACAAA TCCAGATTAAATTCTCAGTATCCTGAGTCCCTTTGTTACGGAGTTACCTT TGTTAGGAAACTCCGGGCTCCAATGTGGGTACTAGACACCGGACGGAAAG CGGAAAAGAAAAATGCAAAGATGAGGACAAAAAAGCAAAAATAAAAAGAA AAAAAAACACTGGCAAGGCTCTACTATTGATTAGCCCTAGTGTCTGAATC AACTTGCTGCCCACATCTCAGCTAATAACTATAATATAGTACTACATCCC TCCAACGAAAGAGTCCGGCTATGCCTGACCATCATAACATTCATAAATGA GTTGGATAGATGAATAGAGGAATCCAGACACAATCATTAGATTCGCCCTA TAGAAGTTCAACCACTCAAACCCTCCGTCCCTCTCCCCCCTCCCGATTGT GTGTTCAAGGGGGAAATGGGGGCTAGATGCAGAATATAATAAAAAATACA GATGTACAACAGTTGGTTAGCAATCCAGGGTGCATAAGAGACATTAAAGA GTCCGAGTGACTACATGAGAATGGTATATGTCACAATCTACTGGAAACAC AGATATCGTTAAGAACTAAACTATCAGAAAGATCAAAATTATGATAATAA GCATAATACAAGACGTTTGAAGCTCAATAGAGATGGCTACTTGTCCTAGT ACACCTAAATATTTTGTCAAAATACAATAGCAAAACATTCTTGCGAATCT AATTGTTGAGCATATCCATGATAAACAATGCATTATCAGGTTTAGAAAAG TGGGGATGAGCTGCCTTCATGAATGATAAACTAACTGCATTCTCAAGAAT GGAACGATCAAAATCAAGAAAATGGCACAGAATGGTCATTAATCTCAGCG ATCAGTCACAAAGTATCTATAATTTTAGTTGCGGTAACCACATTTCTATT AACTCAACAACAGAAGACGGAGGATATCTCATCGCTTACCAGAAAACAGG AGGTACGAAAAATCCCTAGAATTTGACCATACCATTCAGTGAGTTACAAT TCTTCTAAAAACAGCTCGGAATGTCTGTCCACCGTTACGTGCTACCTTTT GTCCTTCTTCAGTTGCAGCACTAAGGAGCTTTACAACCTGATCAGCTTCA AGTTCTTCACTAGTAAGTGCCTCAAACATCGGATGTTCTTCCAAACATGA TTTCATCCACTCACCAAGCTCCTCAACATCTGTTATTGTATATATAATTC CACCAACTGCAAGCACATACGCATACTCATCTAACAAGAATGGACTAATA ACACGTCTACGATGATTCTTCTCTTTAAAATGAGGATCCGGGAACAAGAA AAACATCTTTTTAAGCTGTCCTTTCTCAAAATAATTAGGAATATACTTCA TTGAGTTTGTCCGTACCACTGAAATATTCTGATATTGACCCGAATTAGTC GTCCTCAACCCCAAAATCCGCTCCTTCACATACTCAGTCACCTTGTCCCG CAACTCCATCCCAATCATAAGATTATCAGGGAAAAGAGGCGCGAGGGCGA TCAATAAACCACCAAATCCACAACCAACATCAGCAAACTCGATCCTTTTA CAAGGATCAACTTTAACCACTTCAGGATAATGCAGAGAATAATCAACCTC ACAAGGAGAAATAGGAATTGGAAAATGTGAATCACTTAATGGATTACTAT GAGCACGGGCTCGATAAAAACGTTTTCGGGGCAAACCAGTTTTCTTGTTG TGGGTATGATTTTCACCCATGATCTCTGCCTTATTTCTTCTAGTTCTTAA TTTTTCCAACTGCATAACAGTTAACACATCAATTGAATGAATCTAAAAAC AGAAAAAACTCATTTTTAATACATCTCATGAACAATCATATCAGCGAAAC TTGAATCTAATTCCAAGCAATTATATTAATTATATTATCACTGATTTGCT TGAGTTAGCTAAAATTGAATGTAATTATACTAATTATATTACCACTAATT TGCTTAAGTTTGATAGAAAAATGATAAACACAGTTAAATTATATGAGAAA ATTTGCAGTTACATACCTTTTTGAGATATTCAGAGTTCAGCGGTAGAGCA GATGAATGAGGATTGGACTAGAGCCCTAGTAGTGCTTCTTAATTGGGCTT TATTTCGGGTCTGGTTATCCATTTACTTCGGCCCACTTAACTAAATATAT TTTTTTTTTAAAAAAAAAATACATAAATGGATCATAAAATTCAAAATAAT TACAAGTTCATCATATCCAGATCGAAATTAATTTGTGAAATACTTATTCT CTCATAAATATTTACAACTCATACCTCCTATTCATTAATGTTGATATTTT TCGCTTAACTGATATCAAATCAGTATCATATATTGTATCGGTATCAATAA TTTCACTTATCTTGACACTAAATTAGTATCATATACTTTATCGTTCACTT ATATTTGTCATGGTTTTCTTTATTAGGGGTCATTTGGTACAAACATTGAT AATGCAGGGATTAGTAGCACATTAACTAGTAATGCAGGGATTATTTTTTG TGAAGTGTTTGGTTCACTACTTTCCACTTAATTTTGTGTTAGATTTAAAA CTCTACCAAAAAAATATCTTTCATATTATACCCTTGTGTTATTATGAGTG TTTATTTCTTATAATTGGGACAAGGTAGATAATAGCACAATGTTATTCTA ATTTTTTGTTGGTCCAATATATCTTAAACATGACATAGATTTAAGACTAC TTAAATTGTTAATACCAAAAACTATTTTTTAAATTAAAAAAAAAGTGCAA GTGGTTAATCAACAAAATATCTTGAAAAAAAAAATCAAGAAAAAATGAAA AAAAAATATATTAACGAACTCATTAAATTACACTAAACGAATTTGAAGAA TTAAAAAAAGAATATTTTTTAACCATTCTAATATAAATAAAAAGTAAATT AAATTATAAAAGAAATTTAGAAAAAAGAATAATATAAATAAAAAGTAAAT TAAATTACAAAATAAATTTTTAAAAAAGAATAATGGCTAAGTTTAGTCAT TTATGGGTCTTATCCAAGGTTTAACAAACCCTGGATTAGTTATTCCTCTA TTTTTTAGGTATTAGATAAGATCACATAGCGGATAAGCAATCCATGGATT AAATTAAATGAAGTAACCAAACAATGTATTAACTTTGAAAATTATTCAAA TTGACTTTCGAAAAGCTCAACATGATAAATAAAAGTGGACAAAGGGAGCA ATCGATTGGTATCATTAAGTATGAGGTATATCTAAATTTAGTTAATCAAG TAGAAGAATATTTCTTTTAAGATTGTCAATAATTCGAGAATGAAACTAAT AATTTATAACAAATTTAGAGTGTTTTCAATACTATTTTTTGTTCAGAAAA ATAAATAACTTATTTTGTATAATAAGCTCGTTAGTACCCGTTTGAATTGA CTTATAGAGATCAAATGCATAATCAAAAACTTTAAATTAATGGGTCTACG ACGATCTCCAAATTAATATAAAATAATAATTAAATTCACAATAGAATATT TTAGACATTTAAGTAATATTTTTACACATATACAAAGTATGTATACAAGT TAATGAGTTTCGATGAAGCCACACGAACTTTCGAATAAAGATCCGGTTAA GTATAATTAAGTCAATTAATGTTCAATGACCTTATAGATTTATGTCATGT GTACTATATAAAACTTTATGTTTGAGATTCATTTAATTATATACTCATAT TAATAATAAAAATAACAAAGCTGTCAATAATTGTTATTTTTTAAACTATC AAATAAAATAATTAAGTGTACCCTAGCTAATATTTTCAAGAAAAAAATAA AATTAGCGAGAATATGCGGACTTCTCATCTTTTTTACCTGTCAAACCTCG TGCTTGTATTGGATTTTTTAAATTATTCTAATTTTAAAGAATTTGACACT TTTGAAGAATCTGAATAAATATAATTTTATAATTATTTGAAAACCTCAAA ATAAGTTTTTTTTTAATGTATTGTCGTGTTCTTTAATTGAATTAATATTT AGAACTCAATGATGTTTTTAAGTTTGGAAATAAATGAATTTTTGTTCTAC CTCTCCGAACTATATATCCCCATTTAATTCTGGTCATTGAATAAATGAAA TTTGACGAATAACTAATTGATTGCTCCGATATTCTTTTCCCCCTTCCTAG TCTATTAATAACAAAACGGATTTTTCCTTAGCCTCACTATTTATCAATCA ACAAGGTAAATGAGAGAAGATTTGATTGAAAGTAGTACGTCTGCAGGCAT ATGCCTTTAACGATTTGACCGGGACACATCCAATTGAAAGTCTAATTCCA ACCTAATCTTTTGGAGATTACTTGAAAATTTGGAGAAAACATGTGTAGAA TTACTCCCAAAGAAGTTTGGTGGGTAAAAAGTGAGGAAGTTCGCATAATC CCGTCAATCTTAATTTTTTTCTTGAAAATATTAGCTTGGGTACACTTAAT TGCTTTATTTGATAGTTTTAAAAAATAAAAAAATTGTCAACTTTGTTATT TTTATTAGCTATTATTATAATGAGTATATAATTTAATGAATCTCAACCAT AAATTATTAAAGGTTATTGAACATTACTTGACCTAATTATACTCAACGGA TCTTTATCCCAAACTTTCACGGATATTTTTCACTATTAGGCGTGGCTTAG AGTAATTAATAGTCTAAAATCACGAATTAATAAGATATTATAAGTACACT AAAATCTCTATAAATTAATACTCGATAAATTAACAATCTATGTAAAATAA TATTTTTCTCTGGTCCTGACTTGGACCAATGGAAAAAATTATCAATTTCG ATAAGATAATAAGATAATATATTTTCAGTAGACCCCTATATGAATATATA GTCCTATTAATATCATAAATTGATAATTCTTTAAAGTATAAATATATCTG AGACAATTTAGTGAAATATGGTTACATTGTGTTCTAGTTTTTCTTAAAAT TTAAATATAGTTGAAGCTCATCTCTAACTCTTCTTATTGCATCCAAGAGC TTTGGTGTTGTCTTTTCAAACTTCACCATAAAATTGTGAAGAGTTCTAAA TGCGATAAGTGTTTTCTTTCGTGTATCTGGTTCTAAAGGTACAATATCAT CTTCAACTTCATCATCAACATTGTCTTTTTCGATTGTATCCATAATTTCT TATAATTTCTAGACCTCTGAACAAGTATCACTTTTACTGGGATAATCAAA CATGTTATTGACATCCATTTTACTATGGTAACCGAGATCATTAATCATGA CATCAAGTTCATGAATGACGTTTTCACAAGTAGGTCCATTCAGATTCTCT GAGATTGCATCTCCCTAATGATTTTTATAGTATCAAAAATAATTTGTTGT TGTCTCTTGTTGAACATTTGTTGTTCAAACAGATATTGTATAAGTGATAG CATTCAAAATATTGATCTTGGTTGAATCATTTTGTCCCACTCCATAGCCT TTCTAATATTTTACGATAAATTATGTTCGATAATACATCTTGAAAGCTCT TATTATCACATCATCACAACGTTGAAATTAATAAAATACAATGATTTTGA TGTATTCATTGTACTTTATGTATGATATTTTTTTATGTGAAATCGATAAA TATGATACATAAATTAGTAAGATATAATGATTTTGAGATGATCAAAATTA ACCTTATCAAATCTCAAACTATAATAAATATTAATTTATCGATTAAATAA TATCTCTATAAAATAATAAAAGTTCATAGTTCCACCTATATTAATTTATA GAGGTTTTATTATATTCTCAATGAAATTCATGTATATTTTTTTAAAATTC ACCATTTTAATTCTTTTTAGATGCAAATATTATAAAGTTATGCTTCTTAA AATCTGAAAAAATGAAATATTTTATTTATGATAAATAAAATTATATATTA TATAGAATTAAAGATCATTTTCAAGTCATTTTAACATAAAATTTTGTAAT GTCTTGTATATTACCTAGGAATACATTAATTATTTAACAAATATCCTATT GTAATCACTAGAAAATTATTATTTGTATTATAAATTTACAATTAATGTTT AGAAAACTTCATTATTTCCCTTATAGTCACGGAGTTAGGAATAAATTATT TTTTAAGAATTTCTTTTAAAAGTTAATTGACAATATAACTTTGTCTAATA TTTTATAACTTCAAATTAAATTACTTAAATCTTATTATTTATCAAAAAGT TTTGACAATAAAATTGAAGATGTGGTATCGCAACAAATGACTATCATTTA ATTTATTTAAAAAATATCTTTTCAATTATATAGTAAGACATTAATACTGA CATATTTTTATACTGAGCTATAAACTATAAATACATATAAATGACTAAGC TATATAATCATATCAAAGTTTTTGGTGGACTATGACTCATGAAAGACTTA AATTGTATAATTTGCTGGCCTGTTTCGCTGCAATTGTATAATTCACTGGC CTATTTCACTGCAATTGTATAATGTGCAATTGTATAATTCGCTGACCTAT TTTGCTGCAATATGTGTATAAAATTTGCTTTGCATATAATTGAATCGAAG TAAAATGTTTGTATATTGTATAATTATAAGTTTATAGGAAGAATATATAT GTTTTTCTCACGCTTTATACAAAAACAGAAACATAATTTATACACTTCTG TTGTATAAAGCGAGAGAAAATTGTATAATTCGCAATTCTATAATTCGTTG TCCTTTTACACCGCAATATTTGTATAAAATTTGCATTTGTATACAATTGA ATCGAACTAAAATGTTTATAAAATGTATAATTAAGTGTATAGCATGAAGA TATATGTTTTTGAATGTGTGTATACAATTCTCTCGCTTTATACAAAACAG AAACACAATTTTTGGGAGAGAGACGATTAACAAACTTTGGCAAAAGTTTG CCATGGGACACAATCGAATCAAACAGTAGCTACTCCATTTATTTTAGGTT ATTAGTTTGCTATTATATAAAATTATCCGCTTAGCATGATTTTTAATTAT AACGCTCAAATGTGATGCGCCTTTAATTTTCGTTTTGGGGTTTGTTTAAT GAAAATTTATAGACCAAAATATAATTATTTATGACATAATTTTGCTACTG ATAAGTTTGGAAAACGTTTGCCTCCCACTTTTGCATAAATTTTGTAGAAA TTAAGTTATGCTTCAGAACTTAAGTACCTAGTAGTGCTATGCCCTAATTT CGTTAGGCATAAGCTTAGTGAATTTTTGTCTGTAAGTTCAGTAGCAACTA AATTATGCCTTTTACGACATTACTCATGGTTCTGCTGTTTTGCCTCTATA GGCATGAGTTGGATAGGAACTAAGTTATGCCTTTTACGATCGATAGAGCT TGTGGTTGTTGAATTGAACTTTTGTCACTATCGGCATAATATCAAAAGGA ATTAAGCAGCATAACTCGTGTTATATTATTATATGAAAAAATAAACTTAT GTCAAATAAAAATTGTTTGTTATTTCGGTGCTAGAGGTATTTTCGGCCAC TTATAGTAGGCATAATACTTGTGTGCCCTTTAATTTGTCCTTAGCTAGCA TCCTCTCCAAATTATAGGTGTGTACAAGTAAACATTTAAACTGTTGTAAA GTTGTACAAACAGACACACGTCCTATGTGACATTCTTTCTCCGACAGAGG GGTAGTAATAATCAACTAGTTTCAAACAACAATGGATGGACATCTGATGA TGTGGTACTTGTGTTAGTCCATGTGTAGTTAACTTCTGATATCACAGTTC TTTCTGCTGTATCACCCTTATCCAGTTGAAAATTTGTTACTGCTGCAGCT GGCATTTGTGATCTAATGGCTTCCAATGCTGTAGTTACTTCCTTCATAGT TGGTCTTTTCTTTCCATTCAAGTTCATGCAACGATACGCTATGTTAGCAG CTGCCATTATATCCTCCCTTTTACCTTCTTGTGAAATTTTTGCATAGATA ATCGTATCAAGGAGATTTCTCTCTGTTGCCAAAAGGAAGTTTGTTGCTAA ACTTCTGTCTTGGTTTGTTGTGGTTGAAATTGCTTTCTTTCCTGTTAAGA GTTCAGCAAGAACAACTCCGAAGCTATAGACATCACTTTTTTCAGTATAT TGGCTGGATTGGAAGTACTCAGGATCTAAATAGCCAAATGTCCCTTGGAC TCCGGTCGTTAAGTGAGTTTGATCAATTGCAATAGACCTTGAAGTGCCGA AATCTGATACCTTGGCACGGTATTTTTCATCTAAAAGTATATTGCTTGAT TTGATGTCCCTATGATAGACTGGAACAGAAGTTGCTGAGTGTAGATAAGC TAATGCTCCAGCTACCTCTGTGGCAATTCTCAAACGCGTGCTCCAAGTAA AGGGAAACTCATTGTTCTCATTATGTATGAGGCTGTAGAGTGTGCCATTT ATTATGAACTCGTATACTAGTAGAGGAACTTCTGTTTCCAAACAACAGCC GAGTAGCTTCACCACGTTCCTGTGATTGATTTGTGAAAGAACAGCCACCT CGTTGATAAACTGATCCAACTGGTTTTCGTCTACCAGCTTGGACTTTTTC ACTGCTACAATCTTTCCATCAGGTAACATGCCCTTATATACCGTACCTTG ACCTCCACGACCAAGTATGCGATTTTCATTGAAGTGATCTGTTGCCTTCT CCAGCTCTCTAGCAGTGAAAAGTTTTCCTTTGTCAATAGTACCTTCATTA TTGGATGATAGCTGCTGTTGTAGTAAGAGGCCGCCATTTCGCTTAAAAAA CCTTTGTCTTTGTCTTTTGTTCTCTCTCTTCTTGACTGTTTTGTACAATA AATAGCTCCCTAACAGTAGAAGCAGTACTCCGATACTTATGCATACACCT GCGGAGATAGGAGTGACGAGAGTTAGCCAATAAGCTAGAAAGGCCAACAG TTTCAAAATAAGGATGTAGCTCTGACAGCATTGAGTTTTCATCAAATGAC TAGGAAGTATAACGGAAGGCGACTTACTGAGGAGAACGATTTTCGGAGAT TGCTTCATATAGATTACAATTTCTGTGCAATTGGTGCATCGTTGATTGGC TGATAACATACAAAATAATGTTAGAACGATATGCATCAGGGAAATACGTA CACTAAATATAAGTGTCGAATTGATTTGTGCCTAAATTGGATGCACAAAC AATCCAAGCTATGCTAAAACTACTTATGTTGATTCATCTAGGATAGTGTT CAATCTAGTCTCGTAAACGTATAGTTGGTCTTTCTCCTAAAAACCATTCA CCTGACCTGATGTGCATATACATGATACTATTGAATGCAACAGAGAACTA ACAACTCCACATATATATCAAATGATTATATACCTTGGCATCCGTTAGAG AAGTATGGATTTCCTTGTGTTCCATTTCCACAACGACACTGCCAGTTTGC CACAGAAGTACCATCTTCCAACTTAACAACAGCCTCAGACTTGTCGCAGA GCAATCCTGCTTCTAACTCTTTGGCTTGGAGAGTCCAGAGCCAAACAACA GGAGCATAACCAAGAAAAACAAAGGGCTGTGCAACTTCATCTGGAACCCA AGTTTGGTCTACCAAGAAAACTGCACTGCATCTCGGGTAAGCCTCTTGCT GAATCCCCGAGTTGGTGAAGTTTGCTTTGTATGAACTTAGATCAAAAGGG AAAAGAGATTGACAACAGTTGATGCCATAGCATCCTGTCAACGTAGCACC TTCACTACAAATCGATGTACACCCTGAGAGAACATTTTGTTTCTGTGTCA CAAGACCATTTCCACAACCAACAAGCATCAACTTATTCCTATCCTTTGCG TAATAAAAAGGACTTCCAGACAAATCTGTCCCCGTTGTGATGATTCTACT ACCTTCACTCGATTTGTTGCAAAAATTCACTATGGAAACTGAAGTAGTAA TCGTTTGGTTTTCAATTGACACAGATATCACCTCACTTTGAAGTTCAACT TGCAGAAATGAATTCATAAAAGGCTTAGGAGGATCAGAACTTCGATCACA CTTGATCACGTACCACGAGTTAAGAGAGCAACTAGCACTCAATCCAAATG GATAAGGAATTGTAAGGTTACCACATCTCTCTTCACAGCCAGGCTTTGCA AGAGATGTAGCTGCTATTGAATGATCTAAAACCTTAAGCCATGAAAGAAG CAACAACAAACATACAAATTCAAGATTCATTTTGCAAGTTTTTCTAAGCA TTGAACTAATATTCAAAATCTTAAACTTTGTACTTGTAAGGGATCAAGCT TTGTACAGGCATATCATTGTCTTAGTTGTCTTGTTTGATCAAGTCATAAA TTGAGAAAAGAAGTTGCTTGAGAAAATATCTTTTATTTGGTTTCCCATTC TCGGGACTGCATTGGAGCCGCAACTAAATTCGAATTGCGCACTGCAGGGC CTATTCGAGGGTGGCGCTCTCAACAACAGGATTTTCTCCATATTCAGACT CGAATTTGAGACATCTGATTAAAAAAATAAGCAGTCCCACCAGTATAACA CAACTCATGGTGGTTGAAAAAATATTTAAGTATTGGTACATATGGATTAA TTGTTGCACCAAGACTTGGTCTAAGAAGAAATAAATTAATTTGTAGGTAC AAGTCAGATTCTTATCTGCTTAATTAAGTTCCAAGTTTTGTCCTTACAGT TGAGCAGTAGTCATAATTAACCATCAATTCTTATGCTTACAATTATCTTT TATATGTCAATTGCCGGCTTGTGAATTTAAATAATTGCAAATCAGCAAAA AATGATTAAAATATAAGGAATGAGTAGTGACAAATTAAAAGTTATATATT GACTATTCCGTCTGGTAAACTAATAATGGTGAAACAATTTGGAATTAAAA AAAAACACATTATATTTGTTTTTAATTTTCACTTTAGAAGGAAAATGATA GTAATATATTGTTCATGTTGAAAGAAAAAAACTATTCCTACCATATTCAC TAATTCTTTTTGTAGTTTGCAATAATTATATATTATCTTACAAATATCAA ATTTCAAATGAGATACATCTATATATATATATATATATATATATATTCAG AGACACTTTAAAATATAAATACGTAGGGAGAGAAACGAACGAGATAGTAT AAATATTCTAAATACATGTAAATCACACTAAATATAATTATTTAGAATAC CACATATATTCTGAGATACAAATAATTAGGAGAGAGGTGAGTCAGATAGA AGAGAGGCGAGTAAAAGAGTTGAAAACATGCAAATCTACTTGATTACAAT GTATATGAAACAAATTACATCTAATTTTTACCTTATATATTTAAGATACA ATGTATCTGACGACCAAAATATGGCTCAAATTATAATTTCAACTTCATGT TATTTGCCTTTTTTTTTAAAAATAAAAATAAAAATCTCATTGTCTTATTT AATATTCCAAATTAAGGGTATTTTTTTATCCTCATTAGGGTATCTGTGTT TTCCAAGTAGTGAATATAAAACAAATAAATAGACTTTGATAGAGAATGAG AAAGAAATGCAATTTATTCATATTCTTAGGAGCAGATACAACGAATCCTA ACAGCTTGATTGTATTATCGTATGTTTGTCTGGATTGTTACTTTAAATTT TATTGAATTATATCGATAAATACATTCTTAGGTAGCAAAGAAAAGTTTGA TTTTGTGTAATGATTAATTTGGTGCGATTATTTTGTTATCTTATTTCTTT TTCTCATTTTATCTTCATTTATAAATTCTATTTTATTCTGATTTCTGTAG CCTATTTTTAATAGTTCTATCTCGTATCGTACTTTTCTTATAAGTTTATC TTTTAAATTGTTGATGTCTAATCTTTCCAAACTAATGATATATTCATTAA AATAATATATTATACTATACAATAAAACGTAACATAATACAATACATTAA CTAATCTCATATATAATGATGGCAAAAATGAGCGGGTTGAAAATGAATAG ACATAAAATGGGTAATCATTCAACCAGCCCATATTTGATATGAGTAAAAA TGTGTTAGATAAAATACTAGTTTACGCGTATTTTCATGAATAAATAGTAC TTTACTTAAAAGTTCAATATGAAGAAGATATTTTAGTCTTTTTTTAGATG AAAATGTTGAACCTGCTTCATTTAGTTTTATTGTATTATAAAAAAAATCC TATAACTTTTCAATATAAAAGAAATTTACGTAATAACAAGATGAAAATAT TTTTAATTTCAAAGTAAATGAATATTTGTATTTTAGGACTAAAAGATGCT TAATGCACTTTAAGCAGTGTCAATACTAATACATAATTTGCTTGTTTCAC ACTATTATTGATTATCCCATATAAAATTAAATTAATAAATAAAATGTAAT TATAATTAGCAAAAGAAATATACATTTAAATTACTTTCTCTATTTCATAA AGAATGACTTTCTTTCCTTTTTAGTCTGTTTAAAACAGAATGACCTCTTT CTTATTTTGGTAACAACTTTCCACGTTGCATGTTTAAAACCACAAAATTA AAGGACAATTTTGTACTGTTGACATAACTTTAATTTAGGATCACATGATC AAAAGTCTTCTTTATTTTTTTAAACTCTGTGTCAAGTCAAACTAAACCAC TTTTTATGAAATGGAGGGAGTATACATTTTTGGAGGGTCAAAGACTTCAC CTTTTCAATTAGAGAGAAGAATAATTAATTTTATAGAATAACATAAAAAG AAAGAAAAGTTATGCTATTTTTTGTGATATCATGAATTTTGAAGGAATAA AACTTAACGCTAATTTATATTTTACCCATATTTTATCCATATTTTTATGG GTCCAATATGAGTATCAACCCATATTTTATCTATGTGAAAAATCACTAAC CCAACCCACTAAAATATAAACGGTTTGAACGAATCACCGAAATATGAGCT TGTTTTACCGACACCACTCATACATACATAAGACAGTTCAAAATTATTCA GATGCATTACCATCTTAATCCAGTAGGACCACCACCAAAAAAAAAATACT CCATCCGTTTAAAAAAGAATGTCTCTATTTTCTTTTTAGTTTGTTTAAAA AAGAATGTCCCTTTTCCTTTTTTAGTAATACTTTAACTTTAACTTTTCAC GTGACATGTTTAAGACCACAAGATTAAGGACGTTTTGGTACATTTGACAT AATTTTAATTTAGAACAATAAGATTAAAAAGTCTTCTTTCTTTTCTTAAA CTCCATTTCAAATCAAACTAGGTCATCATTTTTAAAACGAAGGGAAAAGT AGAAAAAAAAAAAAGAAACTCAGCCTCACTAAAAAAGAAACACTTTTTAC CTAACGAATTATACGCGGAAAGAGCAACTCTATTGAAACACAGAAAGAAG AAAAAATCGTCAAAAGAAAATGAAAATCTTGAATAAGTGCTGCAGCAGAA TATGTCAACAAAACTTAGCTACTCATTTTCCTGTGTTATATCCAAGTTTC CAAGAACGTGTGGCTACGACGAAGTCAGAATTTTTCACTAAAGGAGATTC AAAATGTAAAAAAAGTAAACACATGAAGAAATTAAAGAGGATTCAACATC TAGTGCATAGACGTAAAACATAATTTTAATCATTACAATGCTTAAAATTA GTTTTCAATCTTTCCACACTAAGTCAACCTCTAATCAATATATAGACGTA AAAATTCTGAATAATACCTTATATTTAGTGTGATCTTTTACTAAGGGGGT TCGAGTAAACCCTCGACTACCTCTAGCTCCGCCCTGCATGTATAAATAGT ATAATTTTCCACGGAGGGTTCTATAAGCTCCATCCCTGATATGGACAGTC ATACTTTTGAAGAAAACAAACCTAATTACTATATGAGAAGCTTCTTTGAA GAAATTCAGTTGACTGACTCTGAAAACATACAAACACGAGGTTTCTGTGG AACTTTCCAGTTTACATGAACTTCACCACGACTTAAAAGACTTCAACAGG GCTTATGAGGAAGTGAACAACTTCAATTCCAATTCCAAAGTGAAGAATGA ACGATAAAATTGTCATGGAAAACATACCGAAACTACAACTGGAACGTACA CTTTCGATTCCAACATGCTTTCCACAGAGAAACTCAGTACCAAGCACTGC AACAACATCAGACGGATTTTCTTTCAGAAATAGCAGCAACAATACAAGAA GTTCTAGTCCACAGCATGCTGTTACAATTCAATTTAATCACGGAATCGGT CAAGCTGAAGCCACAGTACTTCCTTCTCCCATTCAAAATGAATCTGTCTC TAGGCCTACCGCGCCTGATCCTCAGACGCTTCCCACTTCGTTTCTTAGGC CCAGTTAAGCAAAACAGATTTGTCAATGCTTCCAATTTATACGTACTTCT CTTTTTAGTCTGTTTAAAAAGTAATGACCCTGTTCCTTTTTCGTTGCAAC ACTTTAAGTTCAGCTTTTTTCCACCGGGCATGTTTAACAACACAAGATTA AAGAACATACATTTGACATAACTTTAATTTAACACTACAAGAGTGAAAAA CCTTCTTTATTTTCTTTAAATCTGTATCAAGTCAAACTAAGTCATTCTTT TTTAAACGAAGGGAATATATGCTTCGTTTTTTTTCCATGAACGGGTGCAT GCAGAAGGTACAGATTATGGATGTGAATTTAACTTATGTGCAAAGACATT TTGCAGTATGTCTGCATTTTAACATGTTGTAATTAGCTGTTTTTCTTTCA GTTATTAGGGATGGTTAACTGTAGTAACTTGCTTAGATGATCTTGAAGTT ATCTTTACACTGTTAGCGTATAGAAGTTGAACCACGTTATATCTTATCTG GTGAACTCTCAGGAAATGGACTATCAGATATAATTAACTGAATCATGAAC ATGAATAATCATCCATAAGACGGAAACCTTTAGGTGAACTTCACAAAAAT ACTCCTTCATGAACACAAGACGATACAACCAAACTGACAAAGGGAAAAAA TAGATTATCGCCTTTCTCTATTAACACGATTAACTAACAGAGTAGAGGCA TATTTGCAGGGACTAAACCAATAAAACTTACCATGTATGTGCCACTTTAC CAAGCAGCGTTAGGCGGTAATTGGGAAAAGGCTAGAAAATTTTTCAGTGT GCATCCTGATGCAACATCAGCCAGGATCACAAAAGGGTGGGAGACTGCTC TTCACATTGCAGCAGGGGCTAATAAAGTTCAGTTTGTTGAAGAACTGGTT AAACTTATGAGTCCACTGGAACTGGCACTGCAAAACAAATACGAAAATAC TGCACTCTGCTTTGCTGCTGCATCGGGACTAACAAGGATCGCAAAAGTTA TGGTAATGAAAAATCGATTCTTACCAATGGTGAGGGGCAGCAAGGGAGTC ACACCACTACACATGGCTGCTCTACTAGGGCACAGAGAGATGGTGTGGTA TCTATATTCAGTGACAGATCATCAGTATCTAAGCAAAGAGGACTACATTA GCTTACTCATTGCAACTATAAACTCCAATTTATTTGGTACGAACATATTC TGGTTCCAAATTTCTTTTTGAAAAATGTGAGAACTTGATTCGTTTAATAC AACCATTTCACTTGTTTTGATAGAGTTGAAACTTCAAGAGGAACTTAACA CATATATTTTTACTTACTGCTGTTAACAGATGTAGCTTTACATATACTTC AGCAGATGCCTGAATTAGGCATTGAACGAGATCAAAATGAAGACACGATA CTCCATGTTTTAGCACGAAAGCCCTTAGCATTTTCTGACAAAATTGGACT TGGTATATGGCAAAGACTTGTTTATGCATGTAAGTATCTTCATTTCTATC AAAATCAAAATGAATCAGATATATATTTATATATCACTAATTAATGGAAC TTCCGATTAATGGGACTTCCTATAGATGTATCTGTTCATTTGCAGAATAG ATCAAGCAACATGTCCAGCGGCTCAACGGACAAAAATAATACCATGGGTA TGTAGGTATATTTAGCTTCTCATGTAATAGCATTTATGTAACCAACTGAT CATAAACATTTTGGAAATGCAGCATACCTGATCAGCACAAGGGTTATTCA GCATCTACATAAAACAATCGGTATGGAACGTATGACATGGTCCCAAGTTC TTGATTATTATTCTCTGTACCTGTGAAACGAAACAACTAATCTGGAGTTT TTCAACACTAGGAGTCAGAAAAGTTCTCGAGACAAAATTAATGCACTTAC AAGCCCTGGAGTTGGTAAAATGTTCATGGAGAAAAGTACTTTTGTTGAAT GATTCACAAATTGGTAACTTACTTAGAAGTCCTTCGCGGCCATTGTTTGT AGCAGCAGAGTTGGGAAATTTTGAGTTCATAGTAGAGCTTATTCAGTCTT ATCCAGATCTCATCTGGAAGGTTGATGAGGAAAGTCGGAGCATCTTTCAC ATTGCTGTCATTCATCGACAAGAAAAGGTCTACAAACTAATCTACAACAT AGGATCACACAAAGATATCATCACGTCCTACAAAAGCACAAATAATGAGA ACATCTTACACTTGGCTGCAAAGCTAGCTCCTATAAATCGACTTGGTATT GTATCAGGTGCAGCACTCCAGATGCAACGAGAGTTATTGTGGTTTAAGGT AAGTTTTCCATGTCCGGTAAGTGTAGTTTCTTTCTGTATTTCATAACATA GTACTACTTCTACGTGTCTAAAGGAAGTTGAGACAATTGTTCAAGCCTCG TATAAGGAGATGAGAGACTCAAAAGGTCGAACACCAGGAATGCTGTTCAC CGAGGAGCACAAGGAATTGATCAAAGAGGGAGAGAAGTGGATGAAGGAAA CAGCATCATCTTGCATGCTTGTTGCTGCACTAATTACAACAGTAATGTTT GCAGCAATCTTTACTGTGCCAGGAGGGAACAATAACGATACAGGCACCGC TATTTTCCTCAAAGAGAAAGCATTCATTATTTTCTCTATGATGGATGCAC TGGCATTGTTTTCTTCAGTAATCTCTATATTGATGTTCTTGTCTATCCTC ACTTCACGCTATGCCGAAGAAGACTTCCTATGTACTTTACCAAAAAGGTT GATCATCGGCTTCATCACGCTCTTTGTTGCTATTGCAGCAATGTTGGTAG CATTTTGTTCAAGCTTTTTCATTGTGCTTGGACATCAAATGACCTGGATT GTCATTCCAGTGGCAGCACTTGCTAGCATTCCTATAACTTTATTTGCTTT CCTGCAATTTCCTCTCTTGGCTGATATGATCACATCTTCGTATGGTTCAG GAATATTCACATTTACAAGTAAGGATACAATTTACTGATTTTTCACAATT GCGATGTTCATATTCATGATGCAACGAGTATTGGAAATCCTACGGAAAAT ACTTTAATCACGAACATAGTACATTGTGGTGAAAGTGAGAAAACAAATTA AAAAAGTACAGTCCTGTCTAAAACTGAAGGAATGCTAGGAACTCTAAGAT AGATTCAGCTTCATGAGCAAGTTCCATTCTACACCATGGATGTGCTGTAA AAAAAATTGAAAAATATTTTCTCTAGCGGAATAAATTACTTAAAAACGAA AAAATGACTTTATAAATGAAAGCAGGATAAATAAGTTAACGAGTGACATT CTACATTCATCGTGTCCTCTGCGCCCTCTAACCTAGCTCATCTTTGCCCA CACTCTCTCTGGCTGGACCCACCACGTTATATCCTCATCTCTTATAGCAT TTGTCTAGATTATAACAACAATTATATATTACTAAAATTTCATAAATAGG ATTTGTTATCTCGTAAACATAGAAAGATTGTTTTCGAAACATCAATCTAA GTACAAGTAAGAAAATAATAAACTTGTCTGAATTATATATAAATAATTTT AGACAAGAATTTTTTATACATATCGAAAAAAAAAATATATAAGCAACTTC CTTATTTTCCTGAAAAATATTTTTCTTCGAATCGAACACATCCCACGACG GTAAAACAATTGTTAGGTTAGTTCTGAGATTCTTTTTTCTTTTTGGTGGG GGGGAGTAGCTGAGTATTTTCCACAAAGCTACAGAAATATGTTTTTGCAC AAATGATGTGATACAAAGAAAAAATAAAATAAAATTAAATGGGTACAAAG AAAAAATTAAATTAAATTAAATGGGTACGAATAGTAATTCCTTTGTCCCA AATAGTAATCTCATTTCATTTCTTAATTTATCAAAATAAATAAATAATTA TAAATAATTAAAAAATAAAAATAGATGAATAATTAGGAACATAAAAATTA GAAAATAATCATTTTTAAAAACACAATAACCGTTTATTAGTTACTAACTT ATTGATTAATTAACGAAATAATATATTTAAAATCGATATCAATTAAATAT AACCGTTTAAGCATAATTCTATGTCAACTCATCACAATAAGCAGCCCTTA AAAATAGGCCACCCAAATTAATTTATAAGTTCTACACCACAATTTTTTTA AGATGATTATTTATAAATTATTATATATATTAAATTATTTTTTAATATAA ATACAAAATTGACACAAATTATTGAGTTATACAAAAGCTTACACTATCTA TCGTTTTTTCCACCCCCAACAACCACCATTAATACCATTGAATTATATTT AAGAAAGAATAATTAATCTCACACATGCACAACCATAAATACAATTCATG CATTAGCCACCAATCTTAAAATAGATAATTACATTTTTTTAAAAAAAAAT GTTTTTCAAATAGCAGTAACACACATCATGATATGTTCACATACCACAAC TTGTTAAAAAAAAAAAACATTTACTTTAATTTCTTGAATGGGCTAATTAA GTTCATATTAATCGTTTTCATCATTTAATGTTCTTTCTTTTTTTGAATGA TATTTAAATTCGGTGAGACATTTTGCTTGAATGGCAAGTTCATATAATTT GACTACTATATATGGAATTATTGAAATTGAAAAGTATGATATTTTAGATA TTAGGATAGGAAGAAATTTTTATGGACAGCGTCATATTCAAATAGATCCT ATAGCGTGTTCATTAAATTTGATTGAAATTTTAATGCGAGTTTTAATTTA AATATCGGGCAAAAAAAATATTGTTAGGTAGGCTTACGAATTAGAAAGAT CCACTTGTTCTGTACTACTCACTATCCGCTTTATTTGTTTGATCTATTTT ACTAAAAACAAATGATCTGAACTAGTCCTTTTTTAAAAATGAAAAAAGAG TTTGAAATATATCTAAATTTTAATAAAAAATATTGTAACAATTTCAAAGT TTGGGCAGGACTATTATCCGAACACTATTTAATAGTGTATTTTAAAGATA TATAGGTGCTTACATGAACATCACTAATATTGCATCATTATAAATAATAA CTTGTCCAACTGACCACTTATATATCTTTAAAAATCACTATTAAATAATG CATGGATAATCGGTAAGGTCCAAAGTTTGCAATTGCTACCGTAATTTCGA TCAAAGTTCAAATATATTTTAGACTTTTTTCCCTTCAAAAATCAAGATGA TTAATCATTAATTTTCACGTATATCCTTGTATAGATGATCTCCGTTCATT TTGATTCGTTATATTTAGACTTTGGTACACCATATATACACCTATAGAAA ATAGTAATTGACACGACTATTTAGTATTTACCACATAGCCTCTTAAAAAT AATTTGGAAAATAATTAATTAGTGATGAGAGTAAAATATGGGGAAAATAA CTATTTTTTTATTTGTTAAAAGTAAAAACTATTTTTTAAACAGTGAACAG GTAAAAAATATACAAAAAAAGTGTTAAATTGAGAAAAATAGACAGAGATC AATATGGCGAAAAATAGAATAGTATTAAATTGAGAAAAATAATAAATAAG AATATAAATTATTCGTTCAATAAATATTTTGTTAAAAACATTAAGAAAAA AAAGAAAAGTAGAATAGAGGAAATAGTGTAGTAACTACGAGTGTGTTTGG TACGAAGGAAAAAAATATTTGATTCTTCATTAGTCTAGTGGCTGATAAAT CACAAATAAAAAGCACAATCCGTGAAATAAATATAAGAAAGAAATTGCAC AAATAATAAACATATATCATTTTCAAACTCTAAGATTGTAATCAAAAACT TTGAGTTACAAAAATAAAAGGTGACAATTAATACTAATTTTTGCTTAGTT AGCTAACTATTCTATTTTTATAAGCATTAACAAGTCACAATTAATACTAA TTTTTGCTTAGTTAGCTAACTATTCTATTTTTGTAAGCATTAACAAGTCA CAATTAATACTAATTTTTGCATAGTTAGCTAACTATTCAATTTTTGTAAG CATTAATCATTCTTCTAGACACAAAACTAGAATTGGCAAATATTCAAACA ATTATCTAGTCAAGTATAACGCGTAAATAAGACATTTAATGTGAACACCA CTTTCAGTCATCAACTATCCCCTGTTGAAATTCAACTTATTATGACTCAA TTTTTCCCCCCTTTATATAACTCTTTACAATAATGTATTTTCCCCACAAA CCATTAAATCTCCAAATTACACAACAATTGAAAAAAAAAAAAACTTATTC ATCTCAAACACAAATGGACTCCCATTTGAAAATCAAAAACGAATTCATCT CTCTTCGAGACCATCCATTTCCATGTCGATTTCGTTACGTATCTGAAGAA AGCATTCAACAATCATCATCGATCAAAACTCATCAATCGAACTACAGTAG TACGATTGATGAGATTCAACGAGTTGGAAACAATGAACGCAAACACTTTA GTCATCGACATAACTTGTTAACGTACTCGTTGCGTGCCTCGGACTCCGTG CACTGCAATTTCTGCGAGACAATAATTTCAGGCATGTCGTACGGATGCAA ACGTTGTAGGTATTTCTTACATGAGTCGTGTTTCGAATTTCCACAAGTTA TCGAACATTTAGCTCATCCCGAACATCAATTAACTCTCAAGTATGGTAAT GACGATCAATTTAATTGCAACGCATGTCACGTTGGTGATAATCCTGCTTT ATTATTCAATTTTCATTATTCATGCGATCATTGTGATTTTTCTCTTCATA TGGGGTGCGCGTCTATGCCTTATAAAGCTCTTCACAAGGAAATGGCGTTA TCTGTATTTTACTCGAATCCTTTGAGGAATGAAGCCGGACCACTCCTCTG TGATATCTGCGACCACTCTATAGAAAAACAGAGTGGTTGGATATATTATA ACTATGGCCATAATTTTCTTTCGCATTTCGGGTGTGTTGCTGATATTGTA TATGAGAAAGGCGGAGATGATAAAGATTATATCATCGGTGTTAAAAGGGG ACTGATTAATGTCGATGGAGACGATACTTCTATAGTAAACTATCGAGATA ACGACGAAGGAATTGTGAAACATAAGAGATTTTTTCATCGACATGTTCTG CAACAACTGGATAGGTCGATGGATAATAATAATAATAATAATAATAGTGT GAAGAATCGAAAATGTGGTATTTGTGGTATGGATATAAGTTCAGATAAGA AAAAAGGATGTTCGAGTTGTGATTTCATTATTCATGAGAGGTGTTCTTTT TTGCCTGAGAAAATTCAACATCCGTTTCATCCACATCCACTATCACTCGT TCCTAAAAAAGACGGAGTTGAAGTTCATTGCGTTGGCTGTCGTCAATCGA GTGGTTGTCACACAAATTACACAGTTTTATACCGATGCAAAATTTGTGAA TTTCAACTTCATCCGTCATGTGCTGCAAGTCCAAGGAGATTGAAGAAGCT TGATTTAACTTTGTGCTACTCATTTCCTTATAAGAATGAAGTATCAAAGT TATACTGCAACTATTGTTCAAAAGTTATCAGTAAGGATGAATGGCTTTAC TATGGAAGAAGTAGTGATGAGAAGAGGCACATTACTTGTCAATTGGCTGT TGGGATTTCCAATTGTTATGTTACGCTACGCGATCTAGAGGTTGAGTAAT TAACTAAACTAGTTATTTCGATCTGGAGGTTGAGTAATTAATTAAATTAG TTATTTCTTCTGTATTGATGCAGAAATCGAGTGAATATTTGTGTCAATAA TAACGATTTTTTTTTTTGGTGGTTTCGTAGAATGTTTTATTTTTATGAAT AAATTTTGATGAATAGATATGTATGTATTTTGTAAAATGATAATTGTTCT ATGTAAGATTATTCTATGATCGTTTGATTTCCTCTTAATTTCTTTCAAAC AATGTTCAAAATCAGCTTATTTTGAAAAATATTTTATTAAATTTTTTTTG GAGAGATTTGGTTTGTTTTTTGATAATCAATTTGAAAAAAATAAATACTT TTCTAAATATTAGAGTAGGGATTTTCACTTTATGCTTAGTCAAGCTTAAA AAAGTGATTAATCAAGAAATTATTTCTTTTTTCAATTTTTGAAAAAACTA GATACTCAGACTCAATTATTTCTTTCTTAAAAACGTCAAATATTTTAAAA ATAAATATTTTTAATTCTCGAAATTTTTGACAATATAGACTATTATTATT ATCTACTTTGTCTTGTTTGATTAATAAAATAATACTCCGTTGGTTTTCTT TGACTTTTGATTTTTCTTTTATTGTTTGTTTCCTAACACGGTATACGTTT TTTTTTCAAACTTTCTTTTAAGTTGACTTATAAAAAATTTAAAAAAATAA ACCAGTTGAACGTTGAATTTAATTATTTATATTTTGGAATTAGGAAAACG TAAAATTAATAAAATAATTTTCTATTACGTATTCTGTTGTTGACATTTCT ATCAATTTTGAGTGGAAAATTGAAAAATTCTACAATTTTAAATTTCTATT AGTTCATCTCAAAATATCTTCCATGCTGATATTATTGAGTCTTCGATTTT TAAAAACGTGCTTAATCGAAAAGCAAAAATAATAATGTCAAATTAGGTGA AAATTCAATTACTTCCTGTCTATTTGACATAGTAACAAGTCCATAAAAAT GATGACCAACAAGGGTTGCACTGATTGTTGGGTTTTATTTGTCCTGAATT TTTACTATAAATAGATTTTTCTTTTAGAAAGAGATTTTGGATTGATTAGT ATTTTTTTCTATTAGAAAAAGGTTTAGGACTCTATAGATAGAAGCATATT CGTTCTTACTTAATCAACATTTACAATGTAGTAATCTTAAGGCCATTGAG AGTTTTGGTTAGGGTGAGAATTTGTGGGTCACAAGCTTGATACGTTATCA ATTGTGTGATCCTCCCATGCATTTCGAGTAAATTGGTTGAGGTTATTTCT CTCTGTATTTTGTACTCTCATATTGAATTGCTCATCTCCTTTGTGGATGT ACGTCGATTGATCGAACCACGTTAAATCTTTGTGTCTTTTGATGTATTTC TCGTTATGTCTTCATTTCTCTTTATATTTTGTACTCTCATATTGAATTGT TTATCTGCTTTGTGGACGTAGGTCGATTGACCGAATCACATTAAATCTTT TATGTCTTTTGGTGTATTTCACGTTTGTCATCTTACTCGTGGTCTTTTGA GGTTTGCTTTGCTAGCTTCCGCATTGCACCTGCTTATTTCCGATCCTAAT AATGACAAATACTTTTCTATTTTTTAATCAGATATCGAGCTCGAGTCCTC GTGAGTATAAAATCGTCTTTACTAGAAAACACTTTATCTTTAATGAAAGA TTTTCTTAATCTAATTTGAATTTAATCGGTCTCGAAGAAAATGAGTAGGT TATAACGTGAGAAAAGTATTTTGGGTGGAAGTGCCGACTGAATTTACTAA GAAGAATGATAAATGATATAATGATTAAAAAGAATTTTTTGAGTTTGAAC ACAAACAAAACGATCCATATTATCAGATTTTTTTCTAAATTAACTTTCAA GAAAACAATGATATTTCTTCATACCTTTGCACTTTGAGATAATACCACTT TTGGTCCCATGGTTACAAAATAATATTTTGATTTTCCTGCATTACATTTA TTTTTTAATTATTTTAAACATATGTACTATTGGTTCTTCTATGTAGGAAA TTCATTGAGGAATTTTTATATATTGCTATGTTTGAATCATAATTATGAAT CATAGCAATAGCTTTACAGAAGAGAGGGGCGGTCTAACATCAATCTCAAT TAAAAGTGTATAAAATGAGAGGAACTTTGGCCAAAAAAAATTACAGAATA AGAGATGAAAGATGAGACATTTTGAGACAAAAGCCTACATATTAGCTGTG ATTTCATATATCATGATGTACAACATTATAAATACACATAAAAGAATTGC TTCTAGTCACTGCAATTCTCAAAATGCATGCATCCAGGAAGTGTGAAATG AATAAATAAAACTATGTATATATCAAAATGTACTAGACCGATCCTTATTT TAGCGTAAACTGTATTTTCTACATGTTAGCAGGGATGTTAATCAAAGAAG GCCAGATAGCAACCATGCCATCCCAAATATAAGTTACAATAGTACAAGAA TCTTGATCTACCACCTTCTTACCCGAAAGTCAGGGTGATCCACAAATGCT CAAAGTGGATGGTGACTGAGAAAATGTCACTAGTCTGGATCATAATGTCG TCAAGATTCCTGTCTCGTTTGAACAGAGGCAAGAGCAATCTGGTTCAGGT AACTCTCTTTTCACAAGACGTTTATCACGATTGATCATTAACCTAACAAG TGGCAACTTCAAAGAAACCTGTCGCCAAATTTCTTTTACTGTTCCATCTG GGTCCTCATATTCATAGTAATGCTTCACCTGAAGATTCCATAAATCAAGA GTACATATGTTCAAACATGAAGGTATTAAAGGGTTTCTTTATGTTTGCTT AGATGTTAAAGAGTCCACATCAACTAAAGCATGAGATACTTGAAGAATTT AGGAAAGATAACATGTAGGAACGAACTACACGGTAACCTATCCGGAACAG ATCATAATATGGTTTATATGCAAGGAACTAATTCAGGCATCACCTAGCTT ATGGCCACCAATATTTTATTCATGACAAAATAGTTGGCCTATAGCACTGA GATTAGCTGGGTAAGAGATCATCTGCCTTTGCTAGCAATTAAATGAGTCA AGTACCTAGAGAGCTAATCTAAATTTCCAAATAAACAATGTTCTTTTGTT GAGTGATTCAGAAGATATGAGACAACTGAACTTCTTCTAGAAAAAACAAT TTTTTGTAATACACATTCTTCTTCAAATGAAATTGAACAGCTTCAGCTTA ACTCTAAGGATGTTTCCATAGAAGAGACAAGAAGCAGAAATTGAAATATC AAAGATTTCAGTGATCCAACAGGTAGATAATATCTTTTTAGACAATGGAA CATAAGAAACATTCACTAATACTTGCTCATCTGTTTCTTTGTTGTCACTG TCAAAAATCTTGCAGATCCTTCTAAACCTTGACGCATTTGTCAAGGCTCA TATTAGACATCTTGGCACAAGATAGTAACTCTTTGAGAGAGGAAAAAGGG AACATACACACACACACACACACACCTCTTAGAGTGAGTCAGTATATCTA TAGATTTTTCAATTCCTCAATCAAAGACTCGACGGGGGAAAACAGAAAAA GAACCTCACATGCTTATTTATGTACAGAGTGTGCGATGTATGTTTAACTC CAATTAGCAAATTTATTTTCTGGCTATAATAGGATGCAGGAACAATAATT ATGTACTAGTATATACCTTTTTCAGCTCCCTTTGGTATTCCAAAACCCTC TCCATGCTTACTTTCCTGAGCTTTTTAACCAAGAACCCTGGCTTCACAGC TGTGTTAGAGTCTACAAAAATTGCGATTTTCCTGTAGTCCACAACATCCT CAAATGGCAATTCAATGTGATCACTGATGATTACAGGGACACACAAGCTC ACAATAGCATCAAAAAGACGGCAAGCTGATGGAGTATCACCAGCTGGATG CAGACAAAATTTTGAAGTGTGCATCCCTTTTCTTGCCTCACGACGGCTCT CCCTAGATTGTGCACCATGTTTTATGATGACATCCTCTTCTTTCTCAAGC AATTGAAAAAGCAAATCACGAATTTTTCCTCCCTGACACATTACCAAACA CACATAACATGATACCATTTGTCTTTATGTAAATAACTAAGGAACTTTGA TGTGCATTGAGTGCAGGGAATAAGACAGAAGAAATAAGACGGTACCAGTA AATCCTATATCAGAAACAAGATATCAAACACCAAATTATGAAACTTTTCC AATCAAAATTACCTCCTTTCTGTATCGATTGCCCATGAAGAAGAGCAAAG AATTCCGATTATCAACGCCAATATCCCCAGTGTATGTGTTAATCCGATGT GAGTACGGCAAGATGACATCCTTAACAAGAGATGCCTGATTACGAGCCAG CCTTCCAAAATCAGAAACTAACAGCACTCCATTCTTCACCTTATCCACAA CCTTGTATAAAGCATTAGGATCCTGGCATATAAACACGTGATCCCAACCA TTGTTCCTTTTCCAGTACTCCTGCTTCTCCAACCATTCAATTAAAGACTC CTGCAACATGCACAATGCGATCATCTACCATTTTTATGCAATTTAATTCT GTAACACAAATGTATACACGTAAACAAATGCACTTCTGGATCTAACAAGC ATGAGACGATCATCATCCTCTTTCTTTAGTTTTTCTTTTTCTGATCACAA CTTTGTCCAGCCCAACTTATGTGCACCTCAACTAATACATAATTCTACCG ACCAACACACGTACCGAATAATTCTACCTCCAATGTATATGCATTAATCA ATGTGGACATTGTTCTGAAGCTCAACCATAAAATCTAAGCAACAAATTGG TGAACTAATAAAGAGAGTCCTCTAGAATAACAAGTGATAGATCATTTAAA ACACAATTCACCAATTATAACTACTGTAACTAAATTAACAAGTATGAACC AATAGAAACAAGCTATGATAAAAAAGATGTAAACTTTAACTCAAAAAGCA ACACAATGCAATCCTAGAAACATGAATTATGAAGAAAATAATCCAACAAA TAGTGATTTCCTACCTGCGTTTCCTCATCACTATAAGTAGGCCTCTTCAC GGGTGCAACAACAGCATTATTGGATCTAATCGGATTCGCCACAAGGCTCA ACGACGAGAAGAAAGGCACATAGAAAAGATCAGCTTCCTCCGGGTCCATA ACCCGAGTTACAGCCGACCCGACCCGTTCTAAACTCGGCCGATTCAGGTC AGAAAACAAATACCACTCAGCAGAATGCTGATTTCCAGGATACTTAAGCA ACGAATCATCACTCTGCTTCTCTCCACCTCTTGCCAACGCATAGCTCTCA ATAACCCCATACGTAAACTTCCTAGGCAGATCATACATGTAAACTTTCAC AGATTTCAAATTCTGGGTATTGTAATTCCTGCTGAAACTAACACTGCCGA CATTGTTTGGTGGGTCTGAGAAGATGAATGTGTTGAAGAAAGCATATAAA GCTAAGATTGAGAACAAAGTAGTGGCAAGTGTAAGAGTTGATCTGGTAAA TTTTCTGCGCATTTTGTTGATTAGGGATTTGGGTGGCGACGCCGGAGGAA TGATGACGGAGGACGGTGGCGGTGATCGGAGTTTGGGTCTTGGATTCATG GATTGTTCCCCAAAATTTATTGTGGTCACACCATGTGCAATATTGCTTCA AGATTTGGCTAAATTAATTAATATTTATAGGGTTTGTTTATAACTTATTA AAACCAAATAGAATTTGGGATAATAATTAACATAACAAACCCAATAGGAT TAAGATAATTGCCAAAAAATTATTTAACTAATGTTTGTAATATAATTTTT AAAATAAATTTCTCGCTTTTGAAATTAATTCTTATTGAGATCGAAAATTC GAATTAAATATAAAGTTTATCTTAAATTTCAGGTTTGTATGTCTTAATTT ATTTTCTCAAAAAAGTAATTTAAAATTTTAAAAACTCAATACTAAAGTCT ATTTTAAATAAGCTCAAATTTCAAATAAAATTTATATATATAATTTAGAC TAATAAACTTTAATGATTAATTTGTTAAAACAATTACAAATCTATTTAAT ATTTTTTTATTTACTTTTTCATGTATATATCTAAATTTTAATTATGACTG AAACACGTGTTAAAATTCCTTACAATTTTAGATGTATAACTTTGAAATAT ATTCCAAAAATTAATTTTTTAAACTTTTAAATTTTGAGCTTTTAATAATG ACCGCTTATGAACAGAGAGTTTGTTTATCGATTTTCATTCGAATAAAGGT GTCAACTCAAAGAGATAAAATTGCATATGAAAAATTTTAAACATATTTTT TAATTAACTAATTTTCAAGGAAACAAAGAGATAAAATTGCATATCTTTAA AAATAATAATAAAAGGATATTTTCTTCTTTGTGTTGTGATACAAAAATAA TGAAAAGGATGAGAAGTGGAATTTATATTTTGAGGTTCGTGCGGTGAAAG AAAGAGTCGAGATAAAAAAAAATATTCTAAACCTCCAATTTATTTACTAA TACAAAAGATAGTAGTAATTGTATATTGAAAAACTGTGTTTTTTTCGCGA AGCTTTAAACTATTCAATTAATTTGAAGTTGTTTAAGTTATACAACATTC TTGGGTTGTATTGTGCGGGGATAATTCAATGGTTAACCAGTTGAATCAAA GTAAATTATACCACAATTATTAAAGAGATATCAAAGCCTGAATATATATT TTTATTCATATGATCTTTCAACAATGCCTGCTGCAAATTGGCTAAATCTG ACATTAATCTCACAATGCTATTCAAATTTGGGAATTCAGCATGTTCTTTT TTCATCTGAACCAACTTATGCACCTGCTACCTCCTATCAACACAAGTATC GAATAACTCTTAAATTGTCAGGGCAACTCTGTCGATCAAAACCTAGACAA ATGAGAAGAAATCACCTAATGTTTATAGCTATCGGGGGAATACATTGTTT GATACATCATTTTTGATGGTTGTAGTCAACTGGGAAAAAACAAATGGCTA GCTACTCTAAGAAAGAGCTTTAGACTAATTAATCATGCACAGAATAGGTG TTCAGCATAGTACCTATATAGATAAATACCAACAGAAGCAATTAGGGACA TTCTTGAGAAGGAAACAGTTGAAGTACTTCACAGCATTCATGCAAATGCA GATAAAAAGATGATCAAGAACATACACGGTTAGTCTGGTTACTGCAATGA AGAGAAGTATCTGTAGTCATTCACCAAATATACTTGAATCACATCTAACA ATAGTACTTATTGCATGACACAGATGTTGAACATCGGTACACGTGTCATA TTACATCAATGCAGATAAATGGAGTACTTGCTCCCAACCAAGCTTGATTC TAACCCGGGGGCCATTTCAGCTGTCTTCCGCCAAGTACGTGCAAGTGAAG ATGGTATACAGATTGACCTATGCAAGGAAGAGAGGGGAAACATTACTTTT GTTACTGCATTATGTACTATGGAACTGTTTTTGAACTCCTAAAAGATACA TAAAGAAAAGTTTCGATGTAAATAGCATTGTATTCATTGTTCATACAAAG TTCCCATGTTAGCAATTAGGTTCACATTTTTGGAGAGCTGGGGAATATTA GAAGGGAGATAGACTTACATGCTGAGGGACCACTATTAATGACAACTCGA AAACCATCTACGATGCCTTCTTTCTCCGCTACTATCTTGGCAGCATAAAG GAGGTTGCCCAATATATCTTCATGTCTTTGTTCAGCCTTCTTAGATCAGA ACGGAACCAGTTGCAAGGTATCAATTACCAGAGAAATTAACGCGGAAATG AACATAAAAATAAGAAATAGAAGGTAAAACACAGTAAAATTGACTTTTTG AGGGACAACTTCGAAGTTGCTAATCTATAAAGTTGTTCACGGGCTCCGAG ATTCCAGTCTTTTACTAAATATTTCTAATTTTATTCTGTAATCATCATTG TCAAGCTACGAGCACTTTCATGTAAAACTGTTATAACTTCTTAACATCAT GCAAAAAAGAGTGCAAGATGACCAACTTTTACACCCAAATAAGTGCTTGC CTTAACAAAACAGATTATATAGATCTCAAGTATAGGGGCAAAAGCCAATA TCAAAGGGATACGAACTATTTCCACTTCGCGACAAACAATTTAGATAAAG ACTCTCGCACCCTGAATTTTGGTATGACTTGTGATTTGTGCTATACCAAA AGTCAAGATACGCATTCCTTGAAACTAGACATAGAAGGCATACCACATTG ATAATAATAACAGAAATTAGATAGAGGGAAATGTACCCACCTTTCCAAGC TCTGTTAATCCATCCCTCGACTTCGGGATAATTAGAACATGAACAGGAGC TTGAGGATTGATATCCCGAAATGCAAGAACCTTTTGATCCTCATATACCA CAGAAGCAGGTATTTCCTTAGCAATGATTTTATCAAATCTGAATGCACAA AACAAATTGATCAGACTGCAGTGAGCCTAGATGATCATTCAGTCACCATG TCTGACAGAAGGTATGCAAGTCAAACTGTGGATGTTCACATCAAATTTAC TAGTATGAAACAAAAGCTTAAGCAGCTCGACAAATTAACCAAGATCAGTT TAATCGTTCTTTCTCAGGGAAGGTAATCATGGAACATATAAGCAAACTAC TGCTGCAACAAACACTTGTTGCCTTGAAACAATTCAAATCTTTCCTTTTT TCTGTAAGGTCGAAGTTAATGCTGTATAATATGTATTAGAGGGGAAGTCG GAAACCATATATGTGGTAACATCTTGCACTAAAACTGAAGGATGATATTT AATGAGAATCAAAGTAATTATATCAAAAGTCAGGATATCATATTACTATG CAGGTCATATCATTCTCTAAAGTAGACAAACGTGTTCTTCTTACAGATAC ATTTTTAGTTATCTGTTATCATCTACTATTAAGTAACCAAAGGGAAGTCC GAAAGAAATAGCAGATCTTGTAGCAATCAGCCTTTTCATTTTTGCTGACT GCTTAGTGCCGTAAAAAAAACTATGTACCAATGCATCTGATCCAAAATCT TAACTCCAGTTCTTGAGGAGATATACACCGGGGAGGTTTCTGAACTAAGA AATGCAAGTAAAAAGGATAACTATTGCAAAAGAAAAACACAATGCAACAA AAAGATGCAGAGTTCAAAATAATGGTATTGACGTACAACCTTTTTTGTGC CAATTACTTCAATGTTTTAGTTAAAAAGGGAACTCTATAGTGTGATTCTT CTTCACTAACTACCTCCAGTAGTCAACAAACTAAAGGTCTTCTATTTCCC ATAAGCATAAGGAACACTTATATTCTATAATCAATCAAAAAGAAAGTGCA TAACCGATACAAACACCGTTAATTAGTTTGAAGCTCTGACAATCTAAACT TAATCAAGTAATAGAACTACAAAACGTTCTATCCACGGGAAAACAATACA TGGTTGGAGCTCCAGTATCAGCATTTACAGCAGCAGCCCTGGCAGCTGCT TCCTCATCATGTGCAGAAGCTACATAGGACCTGTCTTTACAAAAAGAAAA CAAATCTCAATAAGAAATTCAAAGAGGACCTATGGGAGCAGAAAAATAGG ATCTTACGTTACAGATATTTCTATAAGTAAGCTCCTGATTCACACTTGTT TTGATTAAACATAGAAAACACTTATCATAACTGCCTCAGTTACAGCTTTA AATAAGAGAATAAGCCAATCATGGCGGGAATGTGCATTCAAATACAACTA GTTGACTACAATCATTTATTATGAGTGTAAGGTAGTAAAAGAGAGGCAAA CCAGAAAAAAAGATTCCACTTTGAAATGAAAACAGCAAAGACCAGACTAC CAGGAACAATAATCATCCCTCAAAGAAGATGACATATTCAAGGAGTTCAA TAACTCCCCCACGCTGTATAATCTCAAATAACCATCACAAGAACTTGCAT TCAAATGACTAAATGAAGTGAAATCACTTGCTAGGATTAACACATCAGTC ACACTCCGTCCCACTTTTTGTGACACCCTTTTTCGTTTTAGGAGACACCA TATTGTTTTAACACCATTACATTTCTATATAACCTCTACAACTGTCATGT ACTGAAAACTAATCAAATTATTCAAAGACTTAAAATTGACCTGTTGCTTT TACTATCTAAAGTCAAATTGAAATAAAATACATAATTCTTTAAGATTCGT ATCCAGTCAATTATCATGGACTAATCAGACTACAAGAACCCCATTTTGCA GAAGCAAGTAAAAATGATAGATTCCTCAACAAAAAGGACAAAGTTATTGG TATAACAAAACCAGAATGATATACAAGCTCTCAAGAACAATCTATGGATA TTGAATCACTAAATTCAGGATTTCCTTGAGAAATTTACAAACCTTTGAGA TTGAAGAGGATAACGTGAGGCGGGTACGATTCTTGGTATGTAATTTGATG TCTTTATGAAACCCAAAGCTTTCACTAAGGAAGGGCCTCTGCAAATATAT AAAAATCAAATCTTTCAGCAAGTAGAGAAGCAAGAAGAAGGAAGTGGGGT GTGGGGTGTGGGGGGGACTGTACCTCAAAAGTGTGAGAGAGCTCATAGCA GCCATGGAAGTGAGGAAAAACCAGAATGCTGCAATTTATTGGTGTAATGG AGGAAAAGAGAGAAAATCTAAGGGTCTCTAGGCAATTACTGAATTTCATA AGGACCGGACAGTTTTTTCTGATTCAAACACAAAGGTCCCTTTATTTTCA TATATCATCAAATTCAGTAAGATTCAAGAAGTTATACAAAAGAGAAAATG GCGAATTTTGTTCTGCAACTTCCAAATAACCTGCGTTTAAGGAGCTTCAC TGTCTCCTCATCCTCCTCTAATGGTATTCATGTTCGTTCCTTTTTGTTCT GTCTAAAAAAAATTATTCACATGGTTATTGAGAATTCCTGCTAAAAATCC ATACTTTATGAGAACATTTATCTGTTCACGTATGAGTTTCTTCTCAAATC AAGTAATTTTAGTATACATAACTTTTCAGAGACACCATGATCTAGATAAA ACCAATTTGGGCTAAAGGTGTGTGCTTTTGGTTGTTTGTGAAACTCTTTC AACCATGTATGTTTGGATTGAATGAATTGCTACATTTCTTACTATACTAT ATGTTTTCTTCTTTGTTTTACTTGGATTTGTTGCTCTTGAGTACGCACAC ACTACACTCCACAAACCCGTGGAATTCCACTGGGTATGTTATTGTGGTTG TTGTTGCTTGCTAATTGCTATAGTACATGTTTTTGTTTTTTTGAATTGTT CTCATGTTGATTTCTGCTGCAATATTATCTTTGTATAGACCTTTTACATC AGTAACGGATTCTGCAGAGTACAAAGAATTTTAGTGTATGCGTAGTTATT GAATTGGTAATTGGTTGTATTCGTTGAGTTGATACTAGCTTAGCAGAAGC ATTTAGTGGTTTTGCTCATAACTGGTTATTGTTGCAAGGGTAAACAAAAG ATGAGAAAAATAATGGAATAGAATTTTTGATCTCTAAAATGTATTGTACT ACTACATACAGAGGAAAATAGTTCTAATGGATAAAACCGTAAAGGATGGC GATAATATCCTAGTAAACAAAAACTAAAAGCATAATTACTTGGTGGACCG AGTTACTTGGTATCTGCTGGTAGGATGTGGGAGATATCCCGTGAAATTAA TCCAGGTGCCCACAGGCTGGCCCAAACAGCATGGTTATCCAAAAAAAAGG ACTAGAAGCACAGTTACTGGAATATGTAGTTCATAAACCCTTATTTCTTT CCTTTTCAATACATACTAACTTTTTGATGTGCCTAATTAGCATTTCAAGT TGGATTTTCGTAGCTGTCTTTCCATTGCGAAGTCTGTAATCATAAACCTA CCAGTTCTCTTATTTGTATTGGTCATATAAACTTGTTGTGAGTTAACGAA CAATTTCAAGTACATAAACTTTCTTGTTAAAGGTTAATGCTAATAAATTA TTCATATAATGGTTTCAGGGGCTACTCCTGGTGTGCCTCAATCTGCCGGG CCAGTGATTCTTGAACTTCCCCTTGATAAAATCCGAAGGCCACTCATGCG TACCAGATCTAATGACCAGCAAAAAGTGAAGGAACTGATGGATAGTATCA AGGAAATCGGGCTTCAAGTACCTGTAACTACTAAATCATCCTGTCATTTA CTTTTCACATGATTAGATGCTATTTTGCCTTCATATATAAGTTGCAGATT CATATTCTTCTTACATATTTATTGTACTACTCCATCCATTCCATTTTATT TGTCTTAGTTTGACTAGCCACAGCGTTTAAGAAAATAAGAGAGACTTTTG AATCATGCGGAGTTAAACTAAAGATGTGTAATGTACGAAAATGCCCTTTG AAGCTTGTCGTCCTAAACATGTCATATGGAATGTTGAAATTATAAATTTT TTTTGACAAACGAAATCATAAAGTTACTAAATATAGAAAATGATGTTCTT CTTGAAGCAGACTAAAAGGAAAGTAAGATGTACAAATTAAAACAAAGGGA GTATTGATTTTCTGAATCAATAGGAACCTTGTGGCATAATTAACATCAAG CAGGAATAGCCTGTAGCTGGTTGATATAAAAGATTATAAACTTGATAACA AAGAAATTTTTGAAGCCTTCTGTTTCGCTGATAAATCTGCTGCATAACAA ATAACAAGAACTTGAAATAATGGAACTGTATTGTTATTTTGATGTTGAAA CTGAAAAAATTCTTAGGAAGAATACATCTTAGTCAGTTGTAATTCTATGT TCCTCTTAGACACAGTTATAAAAGCTAATGACACAATCGAACACTTTGTC ACCTATTACTTGGAAAAATTTGTTGCCTGATAATGTAGTTTGACTGTAAA GTTTTACAAACTCAACTATTTGCATTCTTTCTGGTGACCTACTTCACAAA ATGACAATCAGATAACATTTATGCCCCCTCCTAAACCAAGTTCCCATCAC TCCTTTGCTAAAAGAGAGATGACAGCCTTGACATTTCTAGAGTACTGCAC TTTATTTGGTTAAATATGGGGAAAGGTTGCTCTTGACACTTCAATTATGG TTTAAGTAATTACTGATAGAAGTTTAGCTTTAGTTCTTGTCAATTTATCT GGTGTAAATATTAGACTCAGATACAGTTCTTTCTCTCATGCAGATTGATG TGCTTGAGGTAGATGGGGTTTATTACGGTACGTCTTCTTTCCGATTTCTT GCCTAAGCAAATAATCTATTCACTGCTATCTATTTCAACTGATACTTCAT TTTTAATAGCTAAAGAGAATTTAAATAATTTCTCTTGTTATATCCAGGCT TTTCTGGTTGTCATCGCTATGAAGCTCATCAGCAACTTGGCCTTCTAACT ATACGTTGCAAAATTCGTCGAGGAACAAAAGAAACTTTGAGGTTCCTCCC TTTTTCCTCCAGTCATGCAACTTTTTTCTGCATCTCCTATTATAGCTGTA TCATTCCATTGAGTTTACCCTCGCAGGCACCATCTTCGATAAGATCCAGC TAAATCACTCTAAACTGAAGATGCATGATAATGGATCGTCCTCCAACAAT ATTGATGATATGTATTTAATGTAAATGTATACAAGATTTGCCAATGTTTG AGGTGTGCAGTACCTAAACTTTGGAGTTTGTACATTAACTTGGTTGATAT GCAAAAGAAGATCAATAATGGCTTTATATATTGCTATACAAATCCCAGCA TCCGATAAGAATATTGCATAATTATTGTCTTTCCTTTCTTTGAGGAGATT CTTCTCTTTCTTTTTTCGGTTTCTCGTTCTTTCCCTCTGTTCTGGGAATA GGATGCCCTTATTTTTCTTTCGTTGTATGCAAAACTTCAAATATAGGTTC AATTGACATATTGTACTTCTTCAACAGGATTAAGAATCACCACACCATGT TGGTTTGGTTGGAGTTGAGTGTATCTATCAATGTAGAGGCAGAGTCTGGA TAAAGGAATCCTTACATATTTGTTATCTTCTGTTTCTTCATTTCCAGTTA TAGAGCATCATACTCTAGGAACGTAAGATTTCACTGAGTATATTGTTATC GTAATAGTCAAGGAAGGTAATTGTACCAAGGCAAAGACATGGTGAAACAT AGAACTCGAGGATACTGCATAGGACTGGGATCAAATTTTGTAGTGATGTC TCTCCAAGTTCATTATACAACAAATGTCAATTGACATATTTCAGAATTAG CTTCTCACAACTGATGATTTATCTCCTGTTAGAGCCAAACGTTGAGGAAT AAATAGAGGAATTTTATGTATAGATACACAAAAATTTGTATGAACATCGT AGACAGTCCACTACTGACTAGCAATAGAACAGAAGAAAGAAATTTACATG TTTCAAAAGTTCACTATTTTGTCACTTGTAAGATATAGGACCGGATCTAG ACACTGCAAACCTTGGCAATGGACTGGGACCTGTGCTTGCTGATGTTGAG CTGTCCACGTGTTTTAATTTTCGAGTTGCACTGTATTCCAATGGTCCAGA ACGCCTAACATTTCGAGGCCTATTTTCAATGCTTCCACTTTCTGTATCAT ATAGTTGATCCTGGGCATGGCTTGAGGATGGCTTGAAATAACCTGAATCG TTAGAATTTGACTGAGGAGTGGAATCATTGCGATGCTGCCTCATTGCAGG GGACGAATGTGCCAGAGATACAGCCGGTGAATGACGGGGTGAATCACCAA GTAGTGCCAGTGGCGCAGGAGATGAACTTCCATAGTATTGACTGTAGATT GAGCGGATAATGGAGTAAGGAACATACGCATCCAGCGTGCTTCTTGGTAG GTAAGGGGAGATCTCACAAAACTGGTCCAGGAAAATGAGCTTTGACACAA GATGAGATCTGCACAGAAGAGGTATAATTTTTTCAGATTATTGAACATGT AAAACAGATAAGAGATCTACCCATCTTAGTGCCTGAGGTTACAAGATCAA TTGGCAATCAATATAGGTTGTCTCTTTTGTCAGCTCGTCAAATTTAGCTA AAACAGAAAATCTAGTTTTAACCAATGGTCAATAAATTACCAATGGAGGT GTGGGACGACTAAATTAGCCATTGAGTCATTTTCCGATTTTTGTTCAGGA CATCAGTATGATTTATCAGCAGTGTTTCTAATACTAGAGTATATAAAAAA GATGAAACCGAAGAAGTGCCATTATAGTAACAGGAAACATACGAGGCAAG TAAACTCGTTATGACCACCACATGAAACATAATTCACTCCCTATATTTCA ATTTAAATGAGACTAACCATTTTGGGATGTTCCAAAAGTTTGGCACCATT CCATTTTATCTGACTTCACATTACTCAAAATTTAAACTTTGATATGGTGT ATTATTTATCAAACTAAGTTTTCAACCATTGTTTACTATTTTCCTCTACT ACCACTAATGTAATAAGCTAGTCAAAATGACTAAACCTGTGTCCAATACA GCATAATCATATAACTGAAACAGTGGAAGTATCTCCAATTTTCAGAATTT TTGAGCAACATTAGATACTTTAGAAAAACGAATATACCTGGTATTCTCGC TCCAAGAGTCTAGAATAATTCCAGAGGAAAACTTCACAAAGAGCTGCATT GTGGATTTTATGTTTGTCTCAACTGTTATTTGGTTGTGTGTTTCAGGATC CAATGTTTCACCGACATGACCATTTGAAAAAGATTGTCTCATGTGATGCT CTCTTTCAAGTCTAACAAATTCACTTCCTGCAATTACTGCAGAAATGCAC CTACCAAAAGAAAACCAACCATGTTACAGAAAGACAATAATGATCACTTA GAAAGACAATAAACTTGTGAAATATTTTCAAGCATGCTTCATCAGAAAAG AAGGAAGAATGGTTTTTAAACATGCTCTTGTATTGCCCAGTACTTGTTAT ATGATGATCTAGTTTGCCATCCATGAATGGATTTTCAAGACACAACTGTA ACTTTGATATAGGCATAAAAATAGAGTTAACCACATAGATTACACATGAG ACAGTTTGCTTCGTTTTGCTTTCTAGACTCCAAGAGAACCCAATTCGAAT TACTTTTTGAAACAGTAAAAGGTTTAGTTCCATGTAATTGTTCTCCACCT ACTTACAGTAATAATGTGTCAATACAGTTCAGAGTGCAGCTGTGTGCTCT TACAGTAATAATGTGTCAATACAGTTCTTAAGACTGAAACCAGGGTGTTA AGGATGTACAGCATAATTGATCAATTGGCACTTGCAGTAATAATGTGTCA ATACAGTTCATAAGACTGAAACAGGGGGTTAAGGATGCACAGCACAATTG AGAAAAGAAAGAAACCAGCATTGCTACAGAAAATCTGTTCGAAAGATAGA GAGCAAAGACTTCCTCATAACTTGACGCAAACAATATTTTAAGCAAGAAA CAAACCTTGCCAAGCAATAGATGTTGTTGCTGAAACCCCCAGTATCCACA TTAAAGCCACTACTATTCCATATATTTGATGTCATTAGAGTGGCAAACAA ATAAGGCAACAAGCTCCAGGAAGCATCATTTGCACCTCCAACCTCTTCTA GTATGGATCTGACCCACTCAGCGTCATGGTCACTAGCTATATTAAAATTG TTTGCTACTCTTTTCAACCTTCTAATCTCCTTTTTCTCAGGTATTTCATC AGGTAAATGCTTAGCAGCCGCTGTCAGTAATGAATGTATCAAAGGAGCAC CTTCTTCAAGAACAGCTGTACCAGCCTCTGCAAGAAGGCGGTCAAAAGCA ACAGCCTGTCCAGCCTGAATACAGAACCCAACCATAGTGTCCAAATCAAC AATTTGCTTGATATTTGTGTCTCTATCTATTCGGTCACCAGAATGCATGC TTCCAGCAACAGCCTCCAGATTATCTCGGTTTGCCCGTAATGATGTGTCA ATACAGTTCAAGAGTGCAGCTGTGTGCTCTTTCATCATTCTATCTAACCT GTCAACTCCATAACCACCAAAAACACGGACAAATGCTTTCAGTTCCCTGA GATCTGTCACTGACTCAGCAAAATATCCACCAACCGGCCTCGTGCTCTTG AAGCATCTGTGCCGGGGCGCAAAGAGGATACCTGCACCTGATACATCCTT GACCACGTTTTCAATGTACCAGTTACATACTGTTTCAGTGGCTGATCCAG TATGCTGCTCTGTAGCTTTCTCAAACAAGTGCAAAGATGAAACTGGACCA CAGAATGTCTCTGTTAGTAATATCTCCCGGATACCTTGAGTCAGGTCCAT GCTGATGTGTTGTTCTGCTAGATGGACAATAGCTGTATGTCTGCGTATCA GTGCTTCCAAGACAGTAGGACGCTGAAGATCATTATCAGTTTTCAGAACA GCAAGCAGTCTCCTTCTGAAGTTCCCAAGGATACATTCTCTCATGTACTG CAATATAGACGTATTAAAGAGGATTAATGAAGATAACCTGAACCAAGTAT ACTTAGTCTCAGATTAATTAATCACGGTGATTTCTGCATGGATATATAAA CTTACCTGACCTGTTTCAAGAAACATACAGAACATAAAAACTTAAAATTG TAGCTTTGCATTTTATTTAAGTTTGTCAAGTCATAGGGTTAAGTAATAAG GCTGAGCCAGAAGAGACGGCCAATTAATCCTTCTAGATCAAGCAACATTA TATTAAGAAGACAAAATGAGCCCTCAGCCTCAACACAATAAATAATTTGA TTCGACTCACATTAGTAAACAGGAAAAGAATCAAAAGAAAAGAACTCCAA ATTGTAATACAGAGTGCAATTAACAGGATCAAGTCTACTCGCACCATCTC CCACAAAATCAGGGCAATCAGCAATGACAAAATAAAACATGTTGATTCAT GTGGCCCTATTCCCTTTGCAGTTTGTTCCAGAAAGACGTCACCTTCCTAT ATTTGAGAATAATTTGACTTTGAACACCTCCCTTCTATCATTAATGACAC GCTTTTATAACCAACAGAAAGTGTAGTGGCATGTTTAAAACCACAAGTTC CAAAAGACTTCCTTTTTTTCTTAGACACAATGACCAATGAAACGGAGGGA GTAAAGAGAGAAGAATGATCCAGATGTCTCAGACAATCATTTCAAGGTGG AATGACGAGGGGCTTCTTACCTCCCTCAGAACGAAGACGTGGTTTAGAAC ACATATAGGCTCCATGTCATTTAAAACTGAGCAAAGGTTGGTCAACCTCT GCATTGCAGCTTCTAACCTGTCATTACAAAGTACAAGGAAGTCAAGTGAG CAAAATTGTAAGATAGATCGTTGGGTAATAATGTAACATTAATATGGCTC ACATTTTTATGGAATTATCATTTTCAGGGTAGCTCTCGTAGCCTGGTAAA TGATAGCCCGACATGGCTCTTGGGGACTTTGCAGAAGGAGCAGAAATTCT AGAAGTCAAATTCATGAGATGTGCCGCCTGCTCTGGAAAAAGCTGATATT TCACTTGCATTAGTCTGGAAAAGATAAAATCAGCAGTGTTTCTATGTGTT GAGAACATGATAAAGGATACTAACCTGCAACTCTAAAGAGCCAAATCCCC CTTCCGAGTCGAGAATATTTATCAACCCTTCCAGACCTCCCATGATAGAT TCAATCAGGGATTCAACATAAAGAACCGCATCACGACCAATTTTAGTTAC CTGCAATCAGAAAAGTAGCTATCAAATTGGTGTCTCTTCAACTCAACATT TCAGTAGACATTTAACAGGTAAAGAATTGTATATTACTATATCATGCAAA ATGACGGGACAGAATTATCTTCTGGTGTTCCCTATGAGCCACTAATAAAC AGAAAAAGGTATGGCAGAAGAAAAGGCAACTGAAACTGCAAAAGATCACT CCCACATATAAGCAAGATACAAAAAATTATGCTATGGTAGCACATTCCTA GAAAAGAAGAAACCCGTCATGAATGATACTTGGGAGAGAACAGCCACAAC TGTTAATGATAGAAGAGGGCCACTAAGAGAAGCTACCACCTGAAAGTCTC TTGGACCATTGGCCAGTTTAGAAACCTGAATGTCACAATCCCTTACCATC CATACATGAAAATGAACACATTGATGATGCTCAAAATAAGAAGTGGGAGT ATCTAGAGAAGTCATGGGCAGTGAATAACTCAGACATTCATAAGCGTTAG TGATCTCTTCAAGGATTGACATGTTCACTAAAAATCTTCTTTTGATTGAG CACTCTAAACACTTCATTGAACTTCTCCTAGCTTTTCCTCTCCTCCTCTC CCCATCTTCATCAAATTGACTTCTGAACACATTCTAAGAGCGCCCATCTA TAAGCTAAGTGTCAATGGAAGGTTCGAGAATTAAGGCCTTGAATAGGGAC GAAGATGTAGTTGTTTTTGTATTGGGTTGAAGAGGTTGAGCAGGAGCGTT AGGTTACAGTGGGTTAACCTGAATCTAAACCCTTCCACTCACCTCCAATA GTTTGATAGCATTGGAACCATGTACTAAGAAGATGACCGCAGTTTAAAAC AGCAAAACAAGAAAGTCGAAAGATAACTATGGTGAATTAGGTCATAGTTA ACCCACAAAAAGATTAGAAGCATCAAAATGCATGTGAATGTAATTCTTCA GATGAAACCAATCATTCCCCAGTGAATTGAGAATACATTTACAAGCACCT TAAAAGTTCAAAATTACCATAATACCTCTTCGGGGACTATTGAAGAAGCG CATTCAGGAAAACTACTGGCGACACCAAGCCATGCACAGCAATGTTGTGG ACGACCTTCTGGACCAAACATAGTATTACGGAAAACCTGTAATACAGTTG AAAATCAAAATAAAACACAAATTCCCAATGGCAAGAACTTACGCAGGAAG TAACTTTCTTTTGATCGAAACTCAGAAATATTCTATGTTTTAAGGCAAAT ACTCAGAAGCGCTTGAAGAAATGAGGGAGAGCAAAGTCAAAAAATGCAGA AGGATGAACAAGAAATAGTCACCAAGACTCCAACATTTATGGAATAAAAA GTCAGTGAACCACATAAACTCTTCAATCACTTTTGCAGAACTTACTGTTG TAAGGTGTTGGTGATAGAAGTAAAGCTTCTTTAGACTCCCATGTTTAGAT AACAGGTATTCAAGCTCATCAACACACCTGCCCTGACACAGAAAAAAGTC ATTTCACACAGGTATTGCACAATAATGCACATAAGTCATCCAAAAAAACA TGCTGTCTGTATCCAGAGTCCAGACAATTTTACCAAAAAAAAAAAACTTT TCAAGTTTTGTAACAAGTCAAGATGAAAATGCAGAAAAAGAGTTGTGATT CTGAAGGAAAGAGAAAATGAGTTCCTTATTGCCAAGTTTTTGTAACAATT TGAGATGAAAAATGCAGAACAGAACCCATTCATTCTGAAAGTAAAAGAAA ATTAGTTCCTTATTGCCAAGTACTTTTGGGATTTAGATATGATATACTAC TACAGTATGCTGCATTCACCATCAAACTAAAAGGACAAGATGACAACTGA AATAAGCTTTCCAGCAATTCAAGAACTTAAAAAATGAGCAGCCTAATAAT ATGTATGTTATACTGTCATTCTCCTAGACACTAGTAATCAAGATCAAGGC CAAAATTCCTATCTGCACCACATGTACATTTGGAAGATATAACTTTATGA TCACAACATCAGCAAAAAAATGACTTCATAGTTGAGAAGTATCACGCAAT TAACTTAATTTGAGTCACAATTTCCAAGGTAAAGAGCAAGAACCTGGACC AGTTGTATGCAGAATTTCCTTCCGATAATAGCCCTTCCTTTCCAGTAGAC ACTGTAGCCTTTTCCAAATGTCGGATGTTTATAGAAGAACGAGCAGAAGT AACAACCATCAATATAGATAACCAATCTTTGCGCAACTCCTGATAGACAA AAATGTGTTTTGCTGTCAGATGAAGAGACAGAAACAGACTAAATGCAATG ATGGCCTATATAAATGAAAAATAAAACATGCATTTGGTTGTATGTGCTTT ATTTATAGGAATGATCGCACTGTATACATTAGCTTTAACTCACTAAGAAC CAAGTAAAAGAAAGAAAATTTCTTTTTCAATTAAAGGGATAATGCAGAAT ATGTCCCATCTGAAGTCAAAATCGTTGAAGTTGTGACCTGTGGTTCTTCA AAATTGAAAGTATTGAACTATAAACTAGCTGTCATTGAACGATCATACAG AAGACCATGGAAAAATTCAAATCTGATGAGCTGCTTACTGATAAATCACA TGTGATGGCAGAAATATTTTCACCCTGTGGCTTGGGTATATTCTCAAGAT GTTGAACTATCTTCTGGAAAAGTCCTTTCAGAGTAGCATCCAAGTCGAGA GCAACCATGCCAGGGGTACCCAACAAAAATCGGATTCTACCAGCACAGGA TGATAGATATGATAAGGCGTATCCTCTAATAGCTGAAGAAGTAATAAGAG GTTTTGCAGCTTAGCTACCAGAAAGAGATCAATAGACACTGTTATACCAA AATCAGTGAATAAAAGATAAGAGAAAGCATTGTCAGACTATCTAATGAAG AAAGTACTACTGAAAACTTTATTACTAGAAAAGGCAATTATTAAACCTTG AAATTCTAGCAACGAAAATTATGTGGTGATCTGAGTATATACATCACCTA CAGAGTAAGTATGACATGCACGTATTAGAATGAGCTTGCATTCAGAATGG CTCAAGTATACACGCTAATTCCATTAACGGATTCTGGTCTATATAAAACT GAGGAGACATATCTGATGCAAATCAATTCACTCAGTTCCATAGTTCAGAG TTCTATAGAAAACCTTCACAATTTAGTCAACTTCCATCAGCTGACAAGTT ACATGAAGTTCATCGTCTCATTTCTTACTTTTCAAAAACTTAGTTTTCAG TTAACAGAAGCCAATCCAAACAATTTATCTATGCTCATACAACTTTAAAA GAAAAAAAAAACTAACCAGCAATATACTTGCGCACTAGGCAACAAAGACG ATCCATTCCATCCAACAAGAAGCCAATCGTTGGATCACTTGGATCCTGCA TCGACATTAAAGAAAGATCAAATACACCAAGAGCAAACAGTCAAAGAAAA CACTGCATAACAGCATATCAGTTTTATGCACAAAAAGCTGATATGATTAA GATCTCTTACCATTTCTACCGGAACCGTTCTGGCAGCTCTTGACTTCGAT GAAGCTATTCCTACATGTTGGAAATACCATAGAACCTCACTTTGAGCAAA GGCTAAGGCCGAATAAACCATCTGTGGAAACATTAGAAATGATTTTAGAG AGTATCATATTTGGCTATATAAGCACATCTATAACTATGCAACTGATACA ATTGTTATTCAAGCACAACATCTAAGGATAGAGAAACGTGATTTGGCCAT ATACAAGATTCTGATTTACAGACATGCATGCAATATACAAGATTCTCATT TACAGACATGCATGCAGCATAAGCCAAAGATAGAAGCATAAATACCAGAC ATGAATGCAATATAAGACGTAATCAATCAATGAACTAACAAAATGAATCA GGTAGGAAATAAAATTCCATATTAGTAAATTGTGTAGAAAATAGAGCAAG GTTGGTGGCAGATGATCTCAAATTTGGCCTTAAATAAAGAAAACTAAGGC TGATAAAGAACAGGGTTGAGGTGGTGGTGGGTGGACAGGCAAAGGGAAGG CCCATGCCAGCAAACTGATTGGAGAAACACAAGGAGAAGTGTAATTTATG GCACAACATACCTGAATATTAGGTGCCAACAAGCTGGGCTGGTCAGAGAA AAAAAGTACCATTCTTCCAATCTCCTGTTTTAAGAATATTCTTCTTTCAC GATGTATGGCATCACAGTAATATAATGCTTGGTCATGCACTTCACTACAA TCATTAAAAAGTTACTGAGTAAATTCACTGGCTCTCCCTCGAATAACATG GAGGAAACATCGTAGCAATCTGCGATTTTCTCAAGGCAGTAATTGACCAA GCTTTAGATTAATCCACAAATTAAGAAGGTAACCGAAGCCAAAAGAGTTA AATGACTAGATAGTTACCAATGAAACCAAGGTGCATTGATCTAAGACAAG CATAAAGAAAAGTAAAACAGGACACCAGACGGTGCAAAGATTAACTGTCA TCCAGGAACCAAGCAAATAAAAAAGATGATGGTGATTGTCATTTGGTGTC TTCACTAAACATGATTCTTAGTGTGCATTCTAACTTGTTTCCTGGTGTGA TTTTAGGCCCCAACACCTACAATTACCAAAGTAATATATACCAGAGGACT GCAAGAAGTTGATTGTATGTACTATTTATATCAGAGTGGTTTCTGCAGGA AGAGAAACTAAAAGGTCTTGCCAGAAAATCTGAACTTTGATTGCCTTCTG TAAGTGTATAACTGGGCTTAGTTTCCATTTCAAAGTTTAAAAAATGCAGT ATCGGAGATTCAGCAATGTCTACTTCATAATCCCTATAATCATGCTAGAA GAAATTAGAATGCTTTGAATAGCTTGGACTCCGCCAATGAAAGTATATGT TGAAAGTATCATAGCAAATCACTCAAACTGTCCCTTCCTATAGGGAACTT TTATCGGTATATCACAATCGACAAGCCAACTAAAAGATTGACTACCTGAG AAACTTTCAAACTCCAAATGCATTTCTGTTTTCAGTACCATGGGAGTCTT AAATCACTGCTGATATACAGAAGCAGCGTTAGTCACTAACTTCTTTTTCT AGTTTTGACAAGCCTTTTCTTCAATTTCACATTATGTCACTGATCTGATC TCTCTCAATCATGACTCCTTTTACTGCATAGAAAGTTAAAACATATCTTT TCCTATAAGATCACTTGTATGTAAGCCTCACCTCCACCCACCGCAAAACT CCATTACCAACTACCAAGAGCCCCCAACAATGGACTTTTTTTAATCTGAA AACGTTGGATATTTCTACTTTGATCCCTTGGAAACTCGAACCAGCAACCT CATGGACGGATGCAGAGGGCATCCCTGCTAGGCTATCCTTCCTTATCTTT CCTATAACATCAATTGCTTTTTCACATACATATTCCACTGTTTTGCTTAA TCCAGACAATCAAAGTTATGTCGCTAGCTCACAAAGTTCAGGCATACTCA CTATTTAAGCAAGATTATACAATTGTACTTGACAATAAAAAGCATAACAG AAACCTATTGTTTTAGTGTCCAATCATAAGTCAGTACCTTATCATTTTCT CAACCTGTTTGGCTACACTATACTCTAGATCCGCTTCTTTTTGTTTCGTC CGTCCAGATTTTGCCATCTTCTTCGACTCCAGTATCCGTGGTAAGACGTA TAACTGATAATCCTCATGCAGCAATATGTACTGCGCATTAACAATGCAAT TATGCTAAACCAGTCCAGATGAAAGCATGTGTACAATACTGACATAGATA ACAAGAAACTGAGCAAATACCCCACCTCGTCCCTGAACAGAGGAAGGACT AGATTTTCCTTGAGTACAATCTGCAAGGAATTAAAAAAAATAAAGGTTAA GGTAACTAAGGTTTAACTATGGATAACATGCAACTGCCTTCAACATGTCA AAGAAAAGACCACACTGATCAGAAGCAGAAAGCTAGTTGCTCATATGCAT GAGTAAGATATGAGAGATATAAGACATAAGTCACAAAACACTGCAAAATT ATACTTACCAGCTCCTAAGCATTACCCAGTATAAACGGGACAGCATTTAC CCAAAAGCCAAAATGAATATTGAGACAATGCAGCAGATTAATGCACCATT TAAGTTCTTCATCATTTATTTAAAACACATCACACCAGTCAAAGAAACAT TGTTAAATCCTTCAAGAGATGCAACATCTTCAACATATCTTAGCTAAAAA ATGCAATCTTTCGTCATCATGTTCTTTGATACCACCAGCAGTCAGTTTCA ACAGGTACACACAAAACATAAAATAATTGTTTTAGGGAGTTACCGAAGCA ATATCAATGCTGGTGACCCTAAGAAGCTCATCAGGACAGACAAGATAACC AAATAACACCCATTCCCTATATGATGTAACATTGGCTAGGTCTTGGGCTC TCTGCAAATAAGAAAAGGATCACAAAAGTGTGAGTGTAACTATGGAATCT GCACATATTTCTATAAAGAAAAAGATGTTCTGATTGCCATATATGTTCAT GAGACAACAAGTTGCAGTGTCTGAATAAAAAGCAGTAGAAGATACCCACC ATTGGATGAGCTGAATTTGTCAGTATATCAGGGTATCGGGGATGGAAAGG ACTTAAGAAACCCTCATTTCTGAGCTTTCGTGTATCAGTTGATAAGAATA TAATGGGACCAACAGCCTCTAATACCTGAAAAGAACCGAAAGACATTCAG AGCAAGATCTCAGATAAATTTAGTGCAGACTATTCATGCTGGAGAAAAAT GAAGTTCAATATGGAGACTAGAATGAATTCATAGAATGTAACCAAAATTC AATGCAGACATCATTTTTAACAACAAAAATTCATTGAAATAATGAAGTGC AGCACCATTTCCCCTTAGTTCAGTACAGCACTAAAATTATTTCTTTAGGG AAAAAAGCGATGTAATATGTATAAGGGTGAGGAATAATCTTTAGCAATTA GATGATTGATGTGGATAGAAGTTTCAAAGCAATGAGCTAAAAGATAATTA TAAGCTTGGATTTTGTCTTCTGTTAATTAGTAAGAGTTCATTGGCTGAGA TTTGGTAAATTGGAAGATTTTGTGCTTCACTTATTCTTTTTCAACTTATT TTTGACTGGATTTCACCCCAAGGTAGTTTATTACAAGAAGCTGTTATAAA GGATTTCAAACTGTTAAAAATAAAAACCCTGTTTTTTTTCTTTCCTAAAT ACCTACATCTAACCGAAATAGGTAAAAAGTACACAACACACATATATATC TCCGTAATTTAGCACAAGATATTTATCAATAAAACAAAGGGTTTTTTTTT CTTTTTGTTCCAAAAATAAGCATTAGTACCGCAAGTTAGACACGAGAACT CCTTTTGACATTGTAAATGAATAATTTAACTTCTCTACAAGAATGCGGTA TTCAGGAGCAAAGACCTCTCCAATACGAGGGCTGACAAAATTCAGGTCTT CATGCAGACCCTTCAAGGGTGGATCGTAGGAATCAACAAACTGGATTAAC CTGGAAAAGCAAAACAAGAAAGAAATCAGCGGAACTGCTTATATTTCTTT TTTATATAGAATCACTTTCATTCAGAGTAGAGTGATCAGCATACACAAAA TACAGAATGTCTCATCATAATTGACTATTGTGAACTAACAAAATTTATCA GGTTATCTATGTCATGTACAACATTTAAGTTACACCATAATAAAATGTTG ACAAGCATGTGTCAATCCATGTAGAGTCTTTTCACTTCCTTTAAAGCATC TCTTGTTGGTTTTGTCCATTTGACCCATAAAACACATAAAGGTATGGCAA TCAGATCTTTTTCCCTCTCTATTTTGTGGGCTGGGGTGGGGGTGGGGGTG GGGGTGGGGTGGGGGTGGGGGGGATTAGTCGATGTGAAATAGCATTTCAA ATTTTTAAGATGTTCCTTTGTGCTTTCCTGCACTTCCAACCCTTTCTCTT GGAATTGTAGGCATCATCTTTTTGAACCCCAAAAGATTTAAAATATGCAC TACATCTCTGTTGTCAAAGCACAATGCAAAAACAAACGGTTAACCATTTC CAATTGGGGAACTCCTTCCATCAAGTTATAGTTAGGCATGCTTCATGAGG GGCAGTCCACTCAAAATAGGCAACTCTAGATGGGACTTCAGTTTTCATAG CATTTGTCACAAGTAATATTGTGACTTTACTGTCATCTCGGAGAGCATTC TGTAGCCATATTTCACAGTATACATTCCTTCATGCTTCCACTATGCCACC CCTATGTCTGACCCATCTCCTACCCATTCTTTTTTTAAAAAATGGTAAAT GTGTTCTTGCCGAACTTGCTAATTAGTAGGATTAGACTATCTATTTTCCC AATCAACCAGCTTCCTTCTGAAGTTGACACTCCAGTCGTTATTTCGGCAC AGACTGTATAATTTATTCATACTGAAAAGACTGAAAGTTCCTCCCTCAGA GGTGTATGCCCAATCCTTGCATACTACCAGAATCCAATATTCCGACTACC TCCCAATCCCATGAAATGTCCAGAACTCAACCCATAAATCTGATATGTTT CCATGAACCAAATAAAGATATGATGAAGACTTACAGCACACAAGCATCGT GTTCTTGATTGTACTTCCACAGCCACTGAAAAAGCGCCTCAACTTCCTCA ACCCTGGGCACCTTTTATTCTTAGATTGCACGACACTGTTCCATCTTTAA TATCAACTGGTTCTTTCCCAAAAGAGTGGCAGATATGTCAACCAGTTGCC GGAGAAATAAGCTAGGAGCTAATAAAAGATTGTTGTGGAGACAGAACCCT TCAGTGCATTTAGGTTCATATGATATGTATGTCCACTCTGTCCCAACAAA CCTCACAAACTGATCCCCTGGAATTATCACATCAAGTCAAAGAACACGCG TACCATTTGAGCTTATGCTCTGTCTCATATAGCTTTACTCTCCTCTAGAC CAATGTTGGGTTTGGCTAAGGTGTTATATGCATCCCTTTTTCAAAAGTTA GAACTCTACATGTCATTCTCTTTAACCCGCTCTCTTAAGCCCTCCCTTTT TCATGGTCAGCACATGGAACCCCATTAAGGATTCAGCATCCTGGTTGAAG GTTGCCACACCATCGTACTGCGAGGGTTTGTCTCCGATACCATAGTTGTT GCAGCTTAATCCCATAGCACATGTCGTCCACTTTGTCCCAACAAATCTCA CGGATTTGTTTCTTGAATTATGCCACATCAAGTCCAAAACCCATGTACAA TGTGAACCTGTGATATGTCTTATATAAGACTTCACTTTCCCCTCCCCTAC CAATATGAGATTCGCCTAAGGTGGCATACACACATCCTTCTTCAAAAGCT TGCCAACCTACAACCCTGCCAATCCTTCTCCTTAATCCACCCTCATCAGC CTGCCGTCCCGTTGTGGGCGCCACACAAACCTGACATCATGATAAACTTC TAGATCTGATCATGCTTTCTCAAGGGCAACATAATTTCCCGGAGCCCTCT GACAACAACCAGAGAAACTACAATCCACCAAGAGATTACCATATATCATA AAGCTGGATGTAGCTAATTATTCTTTCCACCAGCTCAACCACCATTTCAT ACTTTTGACATTATGATCAATTAATTAAAACTACTGTTGTCTGGCTAAGA AGAGCATTCCTTTCCATCGCAGGTATTAAGCAGAAAAACAAGGCTTTACT AAATGGATCAAATATATATGTTAGAAAAGAAGAGGATCTAAATTTTAATG GACATCTTACTTCATAAAAAATTTAAAATAACAGAAGAGGATCTACAAAA TTTGGCTCACTGTATCCACCCTCAATTGCTCAAAGCAAATGGAAAGTCAT CGTTGGAAATAGTCTCACCATAAAGACTAAACTTCCCATTGCAGATATCA AGTATAACTCATTTTCTTCACATGCTTGATGTCCTAACCTAGAAGAACCC CATAGATGATACTGATAACCAAGTAAAGAGCCACTCCTTTGTAACCATGA AAACTTGTCCAACCAACGGCATGTTGTTCATCATGTAGACAAAAGGGTGA CTTTGAAAAGAATAAGCAGTATATCAAAATGCAAACTATATATCAGATTC ATGTAACACAATTACTTCAAGGGGTTCACAGAAAGAGAAATTTTGAAGTT ACTTAAATTGAAGCTAAAGATACCAATGCCTTGCCATGAAACACAAATTA CTTTAGGGGTCAAAGAAAGAGAAATTTTGAATCTATTTAAAATGAAGCTA AAGAGCCTAAGTCCTTGCCATGTAACACAAATTACTCTAAGGAGTGAAAG AAAGAGAAATATTGAAGTTATTCAAAATTAAGCTAAAGAGACCTATTCAG TCCCCCGCTCAAAAAAAATTTATAAGAAATGAGAATAAGCCTAGATCCAT AAGAAGTTTCACCTGTGATAAAAATCGCAGTCCCTATCATTTCTTGCCAT GGCATGAAGCAAATTGTATGTTTGCAACATCATTTTCCTTGGTATCTGTG ATGGATGATAAAGAGAACAGTTTACGGCGTAGAAGTGTCATCTCAACAAT ATACAGAGTAGAAAATAATAGATAGAGAATTGTTTGTGTACTTGCCTTTT CTGAAAATATATTTACACGAACAAAAGCACAAAAAAGGTCCATAAACGCA TGCAGTATGAGAGAGTTCTGGTGAGGCTGCAGCAAAAGAAACATGTAAAT ATATCACATACGATTTCGTTATAAGAAGACTCAGCTTACCTATTAGTCAA GACTCAAGACAAAAATTATAAAGGCTATAACAGTCCTTTTTTATTTGAAA AGAGTAAGTTAAGCTATATAAAGTTCCTTTCTTGTGTTAACAACAACTTT AGTTGGAGATAAAAAGTTGATATCATCACTCACCAACAAGGTAATCACTG TACTGCTTAGATCCAATATTAGACGCAAGGCGTGTTCTCGAAATGCCATC AGGTCAAGAAGCATCTGATCAAGAAGAGTGAGCTTGATTATGTGCATATA CTATTTATATCAACTTTTGATAACGAAATTATACTTTTTCCAACAAACAA ATATCAAAACTATGATAGAAGAAAACACCCAACAGATGAGATCCCGGAAA ATTTGCACACCTAATACCAAAATTGATAACAAATTTTGACCCTTAACATT ATCTTTTCTTGTACTTGATTTCTCACTCTCTTTTGGCTTCATAGTTAGAT GCATCCCAAACCTTTCATCATTTAAGCAATTTTAGAAGTAGAAGAGCAAG ATATCTTACTAATGGTAACTTGACACACCAATATATTTCTCCCACTCCCT TTTTACACTATTATATTTCGTGCAAGAATCAGTTATAAACTTATTAAGAG TTATGCAAGATGAAGAGGAGCTGGTAAGTCGGTCATCTGCTGGTCACTGG AAAAGTAATTCTGATGAAATCGACTTTTTTTCTTCTAAGAACGCCGATCA CCAATCGCTCCTTACCATGTCTAACCAATACTTCTTAAAAACAAATAGAA CATCTTAATGCTGCTCAAAAATGATTTGCTAGAAAGTGCCTGACATTTAT AACTTATCGTTTCAGATAATAACATACTCCATAAGTGAATCCCAATTTCC AGAATACGTAGGTAAAGCTTCTACTTTCTCTTGCTTAACAGCTTAGTTGT CATGCTTTCATTTTATTTATTTATTTTATCTAAGTAAACGATTTCATTGA TAATATCAAGGCCATATGGTCATATACAAGAGGTATACCAAAAAAGAGAG ATCTACAAAATATGATCCTCTCCAAAAGACACTCAATCCGCTATAGACAC AGAAACTGTATGAATGCACCAAATTATGGGCCTTTAACCAAATCATTTCA TTACTTCTCATTTTCTTATGGTGCCATATTCTCTGGTGGTGAATCTAGTT AATTGCTTGACAGTTATGGGCTTTAACTCAAAATATACCTTACAAGTCAG TCCCAAACAAAATAAGTTTGATGCGCCGGAAATACTTTAATACTTATTTG TAGTTTCAGTATCATTGGAGAAAATGCAGCTACACTGCATCTAAAAGTAT CATATGAAGCACTGGAATATGGAGAGGAAAGAAAGAAGAGAAAAACATAG CAGAGCTAACTTACTTGAATCCATGGTTCCAAGCTTTGCAAATGAACTTC AGCACCATCATTCATAGCATCCAAAGCAAATTTGTCAATCTACAGGAACA TTGGCAGTATATATCACACAAACAAAAGAATATACTTTATATCAGGAAAA GGCAAACCCCAATCTATAAGAAGAGGGCCATAATTTCTTACTCTTTCTAA TTGTAACTTGCTGTGGTGCTCCGGAAACTTCTTTGATAGTAAAATACAGA TTTTTGGATGATTTGGAAACACACCAGACTTCCAAAATGCTTCAGAGAAT GCATGTCCAATGACATCAGGGTAATCTAATATCTGATTAAACCTATACAT TTTTGCCATCAGCCCTTCAGCTACTTGAGTGAGTTGGTTTACCCATTGCA TGTTCAAGCCTTTATTAGTTGACCCGCTAGAGCTATGGGCACTACCATCA GAGCTACCATTTCTAGAAGCCTTAGGACCAATTGTTGAAGATATATCAGG ACCCAAGTACTCAGTCCACCTAGCTGGTCCTTCCCATTCTCTTGGGCGCA CTGCAGTTGGCGATGTCGACAATACATCTTCCGCTTGAAACTGCTGCCTC GGTTTAGTCATTGTGAGCACCCAAAGGACAGCTTCAGCTCAAGTATAGTT CCTTTTACTGCATAAATAACAGAAAAATTTATAAACTCTCAGCCGAAACT CCAGATTCTAACTTAAACCACTGCCAATTAGTTTAAGAATCCCTCATTAT TCCCACTGGAATCAGCAAAAAAAAAAATCCTTCCCAACATTAGCATTTCT CCTCCAATGCAACATACACAGCTAAAATGCCTCTAATGCTCAACTTACTT CTACAAAGAAAAAATTAACTGCAAATATCTTCAAAATAATACATCAACTT TAAGTACAAAACCAAACCTAAAGCTTCAAAAAACTGAAATGGTCCAACAA GAAAACATGAATTTAACTACCAGAATCAAAAAGGATTAAGCAAGAGACTA GTAGAGCTGAAACATGCAGCATCATTTCTCCTCAAATGTACCAAATACAA CCAAACCCCCTATGATAACTTTAATCGAGCACACCAACAAACCACAGGAA CCAAACCTAAACACCAGTAATCGAAACGGGTCCAAAAATAACAGAGCAAA AAAAGCACCACAGTCAAAAGGGAATACACATACAACCCATCAAAGTAAAA AAAAAAAATGGCAGCAAAGCAACTAAAGCTAAATGTCCGCAATTTTCAAC TCAATTTTGAACATAACCATGAATACCCAATACACAATTTTGTCCACAGA AGTAAAATACACCAACTCAAGAACAACAAAAAACTAAAAGGGTCAGCAAA AATACAAAAATCTAACAGCAAAAGTACCAGAATCAAAAGGGGATTTTTTT GATTTAGCAAGAAATGGGGCACAAGATTCAAGAACTTACAAATTCAGATC TGGTTAACACTCAACATTAACAAAAAGGTGGCACTAGAGTAGTAATGTGA GGTAGTTATTCAACCAAAAAAAATGGAAACTTAGAAGAGATTGTAGTAAT TATAGTAATGGAGAAACTCTAGAGTTGCTAGCTATGGTGGTTATATTAAA GACAAATTAAAAAAAAAAAAAAGGACAACTCTTCTTTTCTTTTTTTCAAG TCAATTTCTTTCTGTTTTAAAGAGGAATAACAAAGAAACCAGCTTCGCAC GATCTTATTCATATTGTTGTAATTTTATTTTCTCTCTTGCTTCTAATATT TAATAAAACGAGTTGTTTGATAACAAACGGAAAAAGGACAAATATATCTT CAAATTATGTTAATAGAATGTAGATATTTTTTAAAAAATATATATATTCT TTTTTGGTATTTTTTAAAACTTATTTGTATTCGTTGTATTTCATGTTTTT TTTAAAAATAAAATTATATATATATATATATATAAATTATGATCAAATAT ATTTTTATTCAAACTTCACTCAAAATTAATATTTAAAAATTTGAAAATTT ATGAGGAAAAAATATTAGCTCTGGACCTAAAGGATAATATAATTTATTAT ATTTTCTTTTTTTTTAGTATGCTTTACATAATTAATCTTTTAAAGTAAAA TTTTAAGATTTCCTAGAATATTAATAACAATTTAAAATATATTTTGAATA TTTACGTTAATGTATTTCACTCTTTTTTGGACCATTAATTCCACTTTTTG AAGTAGCAAAATGGAGAAAAACATAAGTATCTTGAAATAATGCATGCGGG TTGATTATCATTATTAATTGATAACTCAATATTAGAATACAAATTAATCA ATTTTATATATAGATGATAAATCTCTAAAATACAGAGAAAAAGTAATACA AATAATATACGTAGATATGTTTTTAAGAAGAAAAAAATAGGATAGTGAAA ACTTAGTTAGCTCAAGACTTATGTATAATCATCAGTATAAATCAAATTTA ATATAATATCATTCATATTTTTAATAAATCAAATTTAATAAAATATCATT CATATTTTTAATAAATTCAAAGAACTTTTTGAATTTCACATTTAAGTTTT TTTATACACAAAGTTATAAAGTTTTTTTCTTTTAAAAATTAATTCGTTCA AAAATAATATATAAATCATCATACACATGAAAAAAAAACAGATGTATGCA AACAAGAAAAAATCAAAACCAACAAGGGGTATATATGTATTTATTAACGA GAGATAAATCACAACTTAATTTATTCGTCTACTTAAATTCAAACTAAATT TTTTTAAAAATCTTTTTATTTATCATTATTATAATCATATACTAATATCA GTAAAGTTTTTTTAATATATATTTTATAATTTTCTTAAACACATGCATAG GAATGTATTAAGAAAAAAGTCAGTAACTCAAGTTACAATTAATTTTTGTT TTTCATCAAAAGTATTTTTACATCCACTAGGAAAAAAATACCAATATATA CGTATTGCAATTAATATTTAGAAAATTAAAGACTAGAAAATGTAGTAAAC AACTATGAAGGCAAAACTATATCGATTGAAGTACTAAGGTTGTATCGTCC TCATAATTGATTGTGTTATTTATTGATTTTTAAGCGATTACAAATATGTG AATTTTAGATATGTATTCAATTTATATATTGTCATTTAATATTTTTTAAG GATTAAACGATTTACTCAATATGATATTTTCATACTGAATAAATTATTTA AATAAAAACAACTTAAAGTAAAATTTATTCCAAATGCAAAACTTCTTATA CTAAATCTTAAATCCATCTTTTTATTGAAAAAAAAAAAAGCATTATAAGG CATGTTAATATTTGCAACCACCAATCAATAATTAAAAAGATAAGAAGTTT GATATCTTAATACACATTGATATCATGCTATACACCTAAATTTATGAACT TTACAACCACATTGAATTTCTCAATCTTAGAAAATTAGAAAAAAAATTAA CTATCTATGCTTGCTTGAAAGATAACAATAATAATAGAATTTTAAAAAGA TGGAAAAATTATGTTGGCCAAAATGAATTTTAGTTTATTTATTAAAATAT TTTTATCCTTTTATCTATAATATCTTTTAATTTAAAAAAATTAGTATTTT TTAAAATTAAAAAAACATCACAAACTTTTAAATTTTGTGACAGAATTTTT TGATTATTTAGCATTATACGGCTAAGATAATTCATAAATTTACTAGTCAT ATAGGTTGAAGCTTGAAAGTTAAATGTTCGAGAGAAAATTTTAAAAATTT TCAACATTTCTGAACAATTGAGCAGAAATTAAAAATTAAAACTATTATTT TGATCTCTTGCAAAATTAACCTAAAAAACTAAAACTATAAGCCATTATAA ATATAGTCTTCGAATATTTTCACTATTTGATCTAAAGTTTATAGTTTTGA CATGCAATCGTAAATTATCTTTCTCTATAATTTTTTAAAATCTTTTTATC CTTTTATCATTTTACATCTAAAATATACAAAATAATATTCTAATATTAAA ATATACAAAATTAACTTTATTTTATACGGATGATTCAAAAATTTTGTTGT ATCATATCAAATTGAATGGTGAGAATGTCAAAATAGACCGGATGATATTC TTTTAATACATGAGGATTAAGGTTCATTTCTAAGCTTAGTGTTTATAATC TATCGAATAGAAAACTTTTGAATCTAATTTTTAACATATTCGATCACTTA CCGATTCAATTACTGAGTATCAAAATTATGATTATTCTATCAGAGAGTAA CAACCACATAATTGCATAGATTTGTGCGAGTCAATCCTATTAAATCCATA GATGAGTATTTATTACAATCTTATAATATAAATTCAAATTTTTTCCGATG AAACCAAGAAATCACATCTAGGTTCGAGATTTGAGTTTTGAACTATGTAT ACCACACATTTTTCCATTCCCACCTCAAAATAAGTTTTCTTAAAATTACA CTAACTCCAAAAAGCAATTGTTGTAACTAATATCTAATAATTTTTTTCTT ATTTAATACGTCATAATTTAGAGTTCTCCATTCAAAATTTTAGTACGTTA CATGAGAAAGAAAAAGTTATCTCTCATTATATATATTCATACATAATTAT CTAATCAATATAACAACATAATGATAGTTATAATTTCAAAATCTGAAGTA CTATAATCAATGACTATCTATATTTCTCAATTACAAGTACATAATTTTTT TAATAAAGATTTGATTATACCATGTGCTAAAAGCCTCAAAATGGTCCCTT TATTTGCCTTTGAATTGATTTAATCAAGTTAGGTGTGTTTGAAGGGTAGA GAGTCGGAAGAACACTTAAAAGAATTTTATTTTTTTCACTTTTACTAAAA ATTTTTTTTTTTTTTAAATTGGAAAAAATACTTTTCAAAATTAAATTTTA ACTTGAAACATAACAAAATTGAAAAATATTTTTTCAAAAAAAAAAGATAT TCATTCATAAAAAAACATGTATTATATCCTGATAACGGAGAAAACACTAA GTTTCACAATTCTTTTTATTTCTTTGGTTTAAGAAGTTTATCTCTTTTTT TTAATTAGAAATATGATAAATTAGAGGATTTAGAATTTTTCTAATGAAAT CATATTTTACCAAATTGAGTTGTAAAGGGCACAAACTATATTATATTATT TCATAGAACATTGGGATAATACCAAGTGTTGAGTTGTTTGTATGCATTTT AGCTTATTATTAATTTTTACACAAAAGCTTAAAAAATAAAAAATAAAAAT GTCAACATGATAATGTAATAGAGTATTATTATTATTATTTACTTTTTTTA AAAATTATTTAAATATATTAGTTATATTAAAATCTACGAATTTCGGTTGT TTATTTTATTTTTACTTATTTATATATTTTATAAAATATCTAATAAACTA AAAACCAAAGTGACTCATTTTTATAATTAAAAAAAAAGAAGATAAAGCAA ATTATTACGTGGGTGATGGTATAATAAAATGAAAAAAATTAAATATTTCT GTGCGTATTTTAGAAGATTTGTTTTCAATAAAAATCCATTTGTGGAAGAC ATACTTAGCTTTTACATTAAGTTATATCATTACAAATTTTCTTTTTTGTT TTTTTTCTCTTTGTTTTCCTTTTACTGTAGTTCCCACTTCCCACTATATT CATATAGTTATTATTATTTGTAAAAATAATAACAATAAGAACAAAGAAGA CTTTTCTTCCCTTTTACAAAAAATAAAATAAAAGAATTTAAAAGTGTGAT GTATATGATACGTAATAATAGTGCCATATGATGTCAAAGAAAAATATTAC TACTTAAAATGTTATTATTAGGTTATAGACTCCTTAGTTGGCTCATAGCT AATTAGAGACAAATCCTTGCTTTAAAACTTGTCAAACACCCAATTCATGC CATAGTTAGTCGTCGAATCAATTCATCTGAATTTATAATTTTTCGATATA AAAAAAAAAAGCTAAAAATATATTATGTTTATTTTGAATCTATAGCTGTA ATACAAATGAATATGATATTAAAGTATTAAAAAATTAATTGACTAAATTT CAAATTTTGAATCTGTATTTGATATTATATATAGCTATTTAGTTCCATAA TCTGCAATTTTTTAAAATATTCTTTATCAGAGCAGATATAAGAGGCTGTC GGATTTTCATTCACATTTTTCAATAAAATATATATGATATATTTAAGGTA TTTTCTAAAAATGTATGTATACATATAGATTTTGAATTTCATGAATACTA GCTAGACTAGAGGTTAAGGTGAGTGTTTTAGGGGTTCAAAAAATCGACTT GATATTTCAAGTTTAAATTTCATGCACGACATTTTTGCTTTCCAAATCCT TCAGTAAAAATCATACATTTGCCACTTCTCCAAAGTGGTACTTTCTAGCC TGACTCGAATGAAAGTTAGAAACCTCTATCTATTTCATATTACTTGACTT ATATTAACCTAACAAACATAAAACTTTGATTATAATTGTATTTACCAGAC TAATTATATCAACAGAAGAGGGCTTAAAATACCCTCAAATTATTAAAAAT GGTATAAAAATATCCTCCTTCCACCTATTAACCTTCAAATACCCCCTCAC ATCTACCTTTAGGCTCTATATTACCCTTACTTCTAACAGACTTCAATTAA AATTCAATTAATAAATTCATTTAATAAATTTTAAATGAGGTCTATTAGAA GTAAGGGTAATATGGAGCCCAAAGGTAGATGTGAGGGGTATTTGAGATTT GGAAGAAAGGTATTTTTATACCATTTCTAATAGATTGAGGGTATTTTAGG TCCTTTTTCGTTATGTTAATGATACTCTAAAGCTCTAAATTTGATTACCA CAATTTTATGGAGTTATTTCATACTAAAGGATAATATATAAAAAAAAAGA TCTAAAATTTTTATCTTCATTGCTAAATAAACAAGAAAAAAAAATCAAGA CCAAATAAAATCATAAGTAATTAAAACAACAAAACAAATACATAAGTATA AAAAGAAAATGGTTCAAGTATAATATGGGATAAGGTGACAAATACACAAA AAGCCTCCAAATTTAGCTTTTCAAACCTTGATTATGCGCTGTTTATAATC TTTTTTGGGAAATACAAACAAGTAGTAAAACACGTTTTCTAAATAATCGG TAAATTCTAAATATTTTCTCATTAAAAATTCAATCCAGGACTTGTCAGAG CGTTCATATGAATTTCCTCGACAAAAAATTATATAGTGTATATAAAACAA TTATATATAGGGGATTTCAAAATTTACCTTGATGTTTCAACTTCAAATTC ATGATGACATTTCCTTTCTCCAAAATTTCTTAGTGAAAATTCTGTCTCAT TGTTCTAAAGTTGTACTTTTCTACATAACTCCAATAAAAATTGTAAATAT CATATATTACTTGACCTATATTGAACTGACATATTGAAGAAAACTTTAGC TTTTGAAGACCTTGATTAGTGCACTTTTTATATGTTTTATATTTTTTTTT ATTGTTTTTAAAAATTCTAGAATGTACACCTTTTTGGAAAATACAAACAA GAAGTAAAACGCGTATAAGATCTGCGATTTCAGTTCATATGTTAATTGAT CTATCAAGCAGGCTAGAAGTGGCATAGGGTTCGAGGAGGAGCTAGACAGA GTCCAGGGGTTCAACTTCCTTCAACGAAAAATTATATTGTTTCTATATAT TAATTTTTTTTATATGAGTATATAGTAAATGTTGAATCTCTTTTACTTTT TGTATGTTTACTTCTTCATATTGTGAATCCGCTCAATGCAAATCTCAACT CTGCCAAATGTTATCTCGAGAGTAACATTATATTAAATATGTTATTGTTA ATTAGACTCTAGCTTTTATTTAGGAAAAATGCACAAGTACCCCCAACTTA TGCACAAATATCTTGCGGGCCCAACACACGTTGATATTTTTTTTCAAGCT AGTGCCACGTATGTCGAAAGTGGGTAGAAAATTATTTATAAAATAAGTTC AGATGAATAATATGACTTTAGTATAGTATAATTATGTATATGAAATTTCA GGCATAGATAGGGCGTTTTATTTACCGACAAACATAGAAAAATCTCATAA GATAATGCATACTGCCATCCTAAATCAGCAGTCATAGTATTAATGTACAA TTCCTTATTATTTGAGAAATTTGAAATTTAATTTAAGGTTTTTAGCATTA AACTCATTTATATTAAAATTATAGATTCAATTCTAATATTTATTGAGATT TTTATAACCTTTTACATTTACATTTATATTTTGGATATAAAATCATAGCT AAAGGCTACATAAGTGTATTGCTATAATGAATGTCATTGTTGTTATAGAT AGAATGTTACTGTAGAGAAGTAAAATATAAAAGTAAAATATAAAATGAGA AATTGATTCCAAAGAAAATTAGACATTACTAGTAAATATCATTACAATAA ATGAGGTTTATGTATTTATTTTCAGTCACCGGAAGTAGTTGAACCCAAAA TTTCTCTTTTTTATTGAGAGAACTAAAGAAGATAAATATTTTCTGAAATA TTTGGGGTAGGGTATTTGAAAGTAAGCAGAAAATATTGTTCTAAAAATAT TTAAATATAATTTAAACAAACACTATAGAGTGGACTCGAGAGTCAAATTT AGGGTGGATCAACATGGAATGCCAGTTATCATGCACTTCTTAAAACACTT ATTTTGCTATAAGGAAAAAAATTCCGAACACATTTTGATCAACCAAACAT GAAAAAAGTCCAAATGTTAAAATATTTTTAGACATCTTAATTTTACTAAA CAGCCTTTATAGTTACTGTTACACCATGAAGAAACATGCAAAATCAAACT GAAAAACAAAAATGATAAAGAAGGGGAGGGTGTTTGGGGTGTAAAAAACT AAAAAGTTGAAATTTTGATATTAGCCCTATTCATGATATGGGATTCTAAT TTCATATCCTTTCATATCAAACATACAACAACATGCAGCAGTTTAGTACT AATAGAAACTATTCATCTTTGCTTCAAGACATTTGGTATAATCGTATCTC ACTGATCAAAATACTAATAGAAACCTGAAAATGACAATCCTCCGCCTGCA GGAACAAGTACTACTGAAACAAGATGACTGTGCTATTGGGATCAAAACAG TTCCTGTATGCTTGAGGATTAACTATATTTTCCTACCAAGAGTCGAGGCT AGAAAATGCTCGTGTCTGGAAGCAATTTTATCTGCAATGAGACAATCTCT AGTTTCAGCTGGACACAAGATTTTCAACTCTTCTAAATATCTCATCCAAG TCAAAGTGGCAAACCAGAACTTCCCTTGTAAGACAACATCATGAATTGAA ACTTCCTTGTCTAGTGCTTCGACCAAGGTTTATCCTTCGAACTTTTAAGG AGTTATACCAGGAACATAAGGAACAAGGGGTTTGGGCTCCTTGGTTTTCT CTACCATTATTGCTTGAGTAGTTAGGACTATACCGGCAACGGAGACAGCA TTCTGAAGGGCACATCGTGAAACACGGCAAGGATCAATAATACCAGAAGC AAGAAGGTCTTCATATCTTCCAGTCATGGCGTTATACCCCATTTTCCAGT CACAACCTCTAACTTTTTCCACAACTGTATCCCCATCCACTCCTGCATTT GCAGCTATTAACTTTGCTGGTGCAAGAAGTGCCTGAAAAGAATTGTAGAC CATTGAATTCTGGAAGCTAGAAAAGTTGTTCATGAGTCCAGAAAGAGTCT TCAAAATTCACTTGTCTACACTGACTTAAGTTAGGTTCTTTTTTAAAGGG AAAACATATAGGAGAGAAAAGAAGCAAAATCTAGTAGTGGAGAGCAAATA AACCTGTACACAACAATAAACAAATGCATATGTTTCTTTTTCCAACTTGT CAAACGAGAAGCTACCAATATTCGATCCTTCCTTACCCTCTTCTCAATCA GAGAACTAGCCAACTAAATGTGCAAGTATGTTCAAATTGAGGAATGCAGT ATGTCGTACCGTTCCTATTATGTCAGCACCGATCTGCTCATCTGGATCCT GAAAAGATTCTTTTATCAAGGGTATTTGTTCAGAAAGATGAATAAAAGTG GCACCACCACCAGGCACTATTCCTTCATCCATGGCAGCAAATGTGGCACT TTTTGCATCCTCAATTCTCAGCTTTCGGTCTTCCAGTTCTGTTTCAGTAT GTGCTCCTACCTGAACTCATACAGGACCTTATCAGAGCAGATATTTTTCA AGAGATAAACAAATATATAAGTGCAAGGATACATACTTTTCATTCCTAGC AATTTGAACCATTTTAACAGCTTTAGAAGTCAATTATACATTTACAATTT ATTCACTTTTGAAATTACAGCAATCTGGAAGTGAACTTGAATATAACAAA TACAACCAGCAGGATAAGGTTTAAATATAGTATCAATGGTTGTATAGGGA TGTTTGATCCAAAACACTACACCTTAATTAATACAGACCTTCAATATAGC CACACCACCAGAGAGTTTTGCTATTCTTTGTGAAAGCTTCTCTGATATAG ATTTATTATCTGTTTCTGCAAGATCCTTCTTTATCTGCATTATTCTGGCT TGTATTTCAGCTTTTGTCGAGGGGTGAGCCACGATGGTTGTAGAGTTACT TGTTATTGTTATTTTCCGAGCAATACCAAGCTGATCGGAGGTTGCACTTT CAAGAGTCAGGCCTAAGTCTCCAGAAAGAAAATCAGCACCTAATTGCATT ATAATGCCAGTTAGATGTCATGGTAAAGGAGATCTTCGCAGATAATTTTC GCTTGGGGCAACACTAGGTCTTGAGAATCCAATACAGCATACAAAAGTAT TAGTAGTTAAGGGCAAACCCCTTTTGTGAGCATTGCTCGAGCAACGTACA TTACAGAAATAACTGATTTGGCGAACTTAAAATCAATGTATTTGTACGTA AGCATTCCAGAAAACTGTGTACACATGCACTGTGGATATCACCTAGTTTC TAATCTATCCTCAAGATGAGTTTAAAGTTAAAACTACTGTTCACTCTCTC CATTTCGACACCCTTTTTTTGGGTTTGGGCACATGTATTAACCTCTTCAA TAATTCAGAATAAAGTATTTGGCTCACCTGTCAACATGGCAATGTCTTGT AATACACCTTTCTTTCCATCTCGAAATCCTGGACATTGCACAACAGCAAC ATTGAGCATTCCTTGCATCTTGTTAATGACAAGTGTTTCTAGCACTTGGT TTGTAATGTCCTCAGCAAAAATCAGCAGTGGCACACTCAGTTGAGTGGCC TTCTCTAGCAAAGGAACAATTTCTTTGACACTACATATCTTTTGATCGGT TACCAGAACTTTGGCATTTTCAAACTCTACTATAGATTTTTCGGGATTGT TGATGAAATGAGGTGACATGTACCCCTTGTCAATCTGTAGGAAAAGAACG CCTGAATACAAATCAAGAAAATAATGAAAACAAATGGAAGAAAAAGAATT TTACATATGAAGTGGCGAAATTAGCTTTAAAATATAAATGGATAACTAGA GGTTAATTTTTTTAGTAGGCACTTTGTTTGAGCTTTCAGATTTGCTTCAA ACCTGAAAGTCTTGGAAAAGTTCAGGTGGGATCATGTTTTACCAGATAGC TTATTTATCAGTACAGAAATTGAAGTCAAACACTAACACTTTGAAGAGCA TATATTACCTTCATTCCTTCTTCAACCATGATCGAGGTTTCAGCTGATGA GGAAGACTCAATACATATCACTCCATCAGGACCAATCTTGTTAATTGCCT CAGCAATCAAACTGCCAATGAACTCGTCATTTCCAGCTGATATTGAAGCT ACGGCTGCACATAGTAAGAAGAGAAAGAGATCAAATCATTAATTTTTTTC TTGAAGTGAATGAGAAATTTTCTGACTTCAATATAAAGATAAAGCAAGTT ACCTTTTATATCATCATTTCCTCTAACAGGATGACTTTTCTTCTTCAAAG TATTGACCAGCTCTCTTACTGTCTGATCCATACCTTTCTTCATAGATACA GGGTTAGCGCCAAAATCAACAGCTAATAACCCAGCTTTGATCATCTCACG GGCCAAAACAATTGCAGTAGTTGTACCGTCACCAGCTAACCTGTTGGTCT TAGTTGCAACCTGCAATAGATAAAAAATATTTACAAGATTAAGAGTTTTT CAAACACTATTCAAAGACCCAAATCATGCTCAGTGTAGGCTCAACTAATA ACCTCCTGGATAAGTGTCGCTCCAGCATTTTCAATTGTATCTGGAAGTTC TATGGCTTGAGCTATGGTAACACCATCATTAATTATTTTCAGCCCCCCAG CTTCAGAGAGAACTACGTTCCGGCCTGCATAATTTGTCACACAATCATCT AAATCTAAAACAAGCAGGCAGACAGCATATACACTATGTCTAAAAATAAG CTCCTCATACATATTTGATTGATAAGCAAAAGTTCAAGTGCATACCAACT AATTTCTTCCAATCATGTTTTATTTTATTTGGAGAAAGGTAACATATCAG TTGCACAAAGGATGTACACATGATAAAAGAGAACTCATGTCATAATCTAA GTAAATAATTTTCAAAAATCCATATACAGAATACAACTTTTTGAGGAAAT CACTAAAAAGTTTTTTCCCCCACAATTTCATGGGGTAATCCAAACAAGCA CTCCAATACAAGTATTAGAAAATCATGCCTTGCTGTAGACATAAGATTGA ACAAATATAGTGTGCCTTAACCTGAAGAAAACCACCAACAAAATGTTGCA AATCCTACTCTTTGAAAGGTTTTGTTTCACAAATTAAATGTCCCACGATA AACTGTATTCTAGGAGGAAGTAATATGTTTCTGTGCTTATAACATTGAAA AGAATTCTTCTTTTCAGAAGATAAGAGAAGAAGTAATTCTTTAATTTCTG TTAACCATCACAACAAAATTAGTGGATCTTCTAATCTCTTTCTTATAGCT TGTTTGGCCAATTTTAGGAGGGCTATAAGTGCTTATTTTTACCAAAAATG TGTGCTCTTTAAAAAGTGAGGTGTTTGATCAAACTTTTGGGAGAAAATAA GTTCTTTTCAAAAACACTTAGAAACACTTTTAGGAAGCTTGGCCAAACGA CAAAAGTGTTTTTAGATTTATGGCCAAACACAATCTATTTCTTAACAAAA GTACTTTTGTGATAAGCACATTCGAGCCGAGGAACTTCCAAAACCAGCTT CTCTATATCCACAAGGCAGGGCTAAGGTCTGTGTATGCTCTACACACTCC AGAGCACTTTGTGGGATTTCATGGGGGCATGTTGTTGTTGTACTTTTCTG AAAAACACTTTCGCAATTAAGCTGATTTTAGAAATCTGTCAGAACAAACT ATTAACCTCTCCTAACTAGGTCGCCTAGAGCTCACTCGAGCACACAATTT TGACTCAGGATCAAAAATAAACCAACAACTTTGTTCCCATCATCTTCATT TTCCATTTCCTCTAATGTCTATATAACAAGTCTAATTTTTTTTCCAAAGA AGGAGGAAAACCCATTATACCTCTAGGTCCTAAAGTGACAGAAACAGCAT CAGCAAGCTT 1 134560 FBgn:temp45:C02HBa0209K17.1 gene FBgn:temp45:C02HBa0209K17.1-RA transcript Anni Mon Aug 14 12:31:24 GMT 2006 polypeptide FBgn:temp45:C02HBa0209K17.1-PA 7093 8496 exon 7078 8701 FBgn:temp52:C02HBa0209K17.1 gene FBgn:temp52:C02HBa0209K17.1-RA transcript Anni Mon Aug 14 12:41:11 GMT 2006 non_canonical_splice_site unapproved non_canonical_splice_site unapproved non_canonical_splice_site unapproved polypeptide FBgn:temp52:C02HBa0209K17.1-PA 59396 66220 non_canonical_splice_site unapproved exon 59096 59171 exon 59359 59596 exon 60591 60639 exon 61568 61659 exon 63370 63442 exon 64940 65060 exon 65266 65371 exon 66035 66442 FBgn:temp54:C02HBa0209K17.1 gene FBgn:temp54:C02HBa0209K17.1-RA transcript Anni Mon Aug 14 12:43:22 GMT 2006 polypeptide FBgn:temp54:C02HBa0209K17.1-PA 88664 90046 exon 88639 90280 FBgn:temp57:C02HBa0209K17.1 gene FBgn:temp57:C02HBa0209K17.1-RA transcript Anni Mon Aug 14 12:45:03 GMT 2006 polypeptide FBgn:temp57:C02HBa0209K17.1-PA 100898 103639 exon 100882 100973 exon 102119 102273 exon 103294 103327 exon 103448 103541 exon 103627 103827 FBgn:temp56:C02HBa0209K17.1 gene FBgn:temp56:C02HBa0209K17.1-RC transcript heiko Mon Sep 04 12:46:06 GMT 2006 polypeptide FBgn:temp56:C02HBa0209K17.1-PC 100705 97453 exon 100719 100674 exon 100588 100493 exon 99630 99550 exon 98538 98391 exon 97836 97719 exon 97517 97164 FBgn:temp60:C02HBa0209K17.1 gene FBgn:temp60:C02HBa0209K17.1-RA transcript heiko Mon Sep 04 12:38:04 GMT 2006 polypeptide FBgn:temp60:C02HBa0209K17.1-PA 69820 69089 exon 70142 70117 exon 69859 69040 FBgn:temp50:C02HBa0209K17.1 gene FBgn:temp50:C02HBa0209K17.1-RB transcript heiko Mon Sep 04 11:24:43 GMT 2006 polypeptide FBgn:temp50:C02HBa0209K17.1-PB 53560 53189 exon 53597 53026 FBgn:temp51:C02HBa0209K17.1-RB GAAGTGGTATGATATCAACAAGGCTTAGACTCAGAAGACTTTCTGCAATA TCAAGATTTGCCTATGCTGGATGGGGAGACTTTTTGGCTATGGAGAAGAG AATCTATCATTTAATGCAGGAGTACCATGAATTTCCTCCACAGAACATGC TAGCAATCAATTCCCAGTTGAAGGAATTGGTTAAAAATGGTGAGCTAGAA AATGCACGCCAGATGTTTGACAAAATGACTCAAAGGGATGAGGTCTCATG GACAAATATGATTTCTGGTTACGTTAATAACTCTAGTTCGTTACAAGCGT TGTCTTTATTCTTAGAAATGCGGCGTGATCCTACTATCAAAATGGACCCT TTTGCTCTTAGCCTCGCGGTGAAGGCATGTGGGCTTAGTGTGAATTTGAA GTGTGGTGAGTTATTACATGGGTATTCGATGAAAGCTAATTTTGTTAGTT CTGTTTTTGTGGGTAGTTCACTTGTTGACATGTACATGAAAGCTGGTAAA GTGATTGAGGGTTGTGGAGTTTTTGATGAAATGCCTCTTAGGAATGTAGT TTCTTGGACCGCTGTTATAACTGGGCTTGTCCGAGCAGGTTACAATGAGG AAGGGTTGGTATATTTTTCTGAAATGTGGAGAGATGGTGTAGAGTGTGAT TCGTATGCTTATGCGATTGTGTTAAAAGCGTGTGCTGATATTGGGTGTTT GAATTACGGGAGGGAAATGCATACTAGGATAGTGAAGAAAGGCTTGGATG TGAGCTCTTATGTCGCTAATAGTCTTGCTACTATGTACAATAAATGTGGG AAACTAAATTATGGTATGTGCTTGTTTGGAAGAATGAAGTCGCGAGATGT TGTCTCGTGGACTACAGTAATCACAACATATGTTCAAATTGGTCAAGATC AATATGGTATACAAGCATTCTTGAGAATGAAAGAGTCGAATGTGACTCCT AATGAATATACATTTGCTGCAGTTGTTGCTGCTTGTGCAAATCTTTCAAA ACTAGACTGGGGTGTACAACTGCATGCAAATGTTTTACGTGTAGGTTTTG CTGATTCTCTGTCTGTGTCAAATTCAATTGTCACAATGTACTCCAAATGT GGACAATTGGATTCAGCCTCACTTATATTTCATGAAATGAGTAAAAGAGA CATTGTTTCTTGGAGCACAATTATTGCTGGGTATGCTCAGGGTGGTTGTG GTGAGGAAGCTTTCGAGCTGCTAACATGGATGAGAAAGGAAGGACCAAAG CCAACGGAATTTGCTCTTGCAAGTGTACTTAGTGCGTGTGGTAGTACGGC AATCCTTGACAAGGGGAAGCAACTTCATGCTCATGTTCTTATTATTGGAT TAGATCATACGCCTTTAGTACTGAGTGCTTTGATCAACATGTATTCAAAA TGTGGAAGTATTGCAGAAGCCGCAAAGATATATAATTCAGCACAAAATAA TGACGTTGTATCATGGACAGCCATGATTCACGGGTATGCTGAACATGGAT ACAGCCAAGATGCTATAAGTTTATTTGAAAGGATTTGTTATGCTGGTCTA AGACCAGATTCTGTGACCTTCGTTGGTGTTCTAATCGCTTGTAGTCATGC TGGCCTTGTTGATCTAGCTTTTCACTATTTTAGATTGATGAAAGAGGAGT ACAAAATAAGTTACTCAAAAGAACATTATGGTTGTATGATTGATCTTCTC TGTCGTGCTGGACGAATAACGGATGCTGAGACCATGATCAAGAATATGCC ATTTGAAAAGGATGATGTTGCTTGGTCAATCTTGCTTAGAGGCTGCAGGT TACATGGTGATGTTGAATGTGGAAGCCGTGCGGCTGAGCAAATTCTTAAA CTTGCTCCAAATTGTGCTGTGACTCACACTGCTTTGTCAAACATGTATGC GTCAAAGGGGAAGTGGGGTGAAGTAGCGGAACTGAGGAAGTTGATGAGAT TGAAAGGCGTCATGAAGGAGCCTGGATGGTCTTGGATTAAGGTGAAGGAT CAAGTTTCTGCATTCGTTGCTGGGGACAAAAATCATTCACAAAATGAAGA TATTTATTATATTTTGGATCTGATATCCTCAAAAGCAGAATCTTCTCTTC AGAATGTTACTTTTCTTTTGGAGTAGCCAAAACTTAAAATAACCTCTTCC TTATTTCCACAGGCAGCTCTGTTCTTTGTATTCAACTTTATCCATTGAAA ATGATATAATGGAAAACACACATATGAAA FBgn:temp56:C02HBa0209K17.1-RC TTTTCCTCACTTCCATGGCTGCTATGAGCTCTCTCACACTTTTGAGAGGC CCTTCCTTAGTGAAAGCTTTGGGTTTCATAAAGACATCAAATTACATACC AAGAATCGTACCCGCCTCACGTTATCCTCTTCAATCTCAAAGGTCCTATG TAGCTTCTGCACATGATGAGGAAGCAGCTGCCAGGGCTGCTGCTGTAAAT GCTGATACTGGAGCTCCAACCATATTTGATAAAATCATTGCTAAGGAAAT ACCTGCTTCTGTGGTATATGAGGATCAAAAGGTTCTTGCATTTCGGGATA TCAATCCTCAAGCTCCTGTTCATGTTCTAATTATCCCGAAGTCGAGGGAT GGATTAACAGAGCTTGGAAAGGCTGAACAAAGACATGAAGATATATTGGG CAACCTCCTTTATGCTGCCAAGATAGTAGCGGAGAAAGAAGGCATCGTAG ATGGTTTTCGAGTTGTCATTAATAGTGGTCCCTCAGCATGTCAATCTGTA TACCATCTTCACTTGCACGTACTTGGCGGAAGACAGCTGAAATGGCCCCC GGGTTAGAATCAAGCTTGGTTGGGAGCAAGTACTCCATTTATCTGCATTG ATGTAATATGACACGTGTACCGATGTTCAACATCTGTGTCATGCAATAAG TACTATTGTTAGATGTGATTCAAGTATATTTGGTGAATGACTACAGATAC TTCTCTTCATTGCAGTAACCAGACTAACCGTGTATGTTCTTGATCATCTT TTTATCTGCATTTGCATGAATGCTGTGAAGTACTTCAACTGTTTCCTTCT CAAGAATGTCCCTAATTGCTTCTGTTGGTATTTATCTATATAG FBgn:temp55:C02HBa0209K17.1-RA ATGAATCCAAGACCCAAACTCCGATCACCGCCACCGTCCTCCGTCATCAT TCCTCCGGCGTCGCCACCCAAATCCCTAATCAACAAAATGCGCAGAAAAT TTACCAGATCAACTCTTACACTTGCCACTACTTTGTTCTCAATCTTAGCT TTATATGCTTTCTTCAACACATTCATCTTCTCAGACCCACCAAACAATGT CGGCAGTGTTAGTTTCAGCAGGAATTACAATACCCAGAATTTGAAATCTG TGAAAGTTTACATGTATGATCTGCCTAGGAAGTTTACGTATGGGGTTATT GAGAGCTATGCGTTGGCAAGAGGTGGAGAGAAGCAGAGTGATGATTCGTT GCTTAAGTATCCTGGAAATCAGCATTCTGCTGAGTGGTATTTGTTTTCTG ACCTGAATCGGCCGAGTTTAGAACGGGTCGGGTCGGCTGTAACTCGGGTT ATGGACCCGGAGGAAGCTGATCTTTTCTATGTGCCTTTCTTCTCGTCGTT GAGCCTTGTGGCGAATCCGATTAGATCCAATAATGCTGTTGTTGCACCCG TGAAGAGGCCTACTTATAGTGATGAGGAAACGCAGGAGTCTTTAATTGAA TGGTTGGAGAAGCAGGAGTACTGGAAAAGGAACAATGGTTGGGATCACGT GTTTATATGCCAGGATCCTAATGCTTTATACAAGGTTGTGGATAAGGTGA AGAATGGAGTGCTGTTAGTTTCTGATTTTGGAAGGCTGGCTCGTAATCAG GCATCTCTTGTTAAGGATGTCATCTTGCCGTACTCACATCGGATTAACAC ATACACTGGGGATATTGGCGTTGATAATCGGAATTCTTTGCTCTTCTTCA TGGGCAATCGATACAGAAAGGAGGTAATTTTGATTGGAAAAGTTTCATAA FBgn:temp50:C02HBa0209K17.1-RB GTAAGCAAATTTACATAATTAACTCTTACGAAGAGATATGAAAATGACTT GCCTCAAGTTGATTACTTTGCTTTGTTTGATTAAATTTTCTGGTGCTGCA AGAATGCTTAGAGATGAAAATGAAGATTTATTTAACGAGAAAATCGATGC AACAACTCCTGCTACTCCAAATATCGGAGGATTTCCGTTTCCATTTCCAT TCCCATTTCCAGGTGGAATTCCGAATATTGGTTTCAATATCCCGAATTTT AACATTCCTGGATTTGATATTCCTGGTCTTGGTACGGGTACTGGTGTTAC TAATCCATTTACTTTTCCGATCCCTGGAGTTCCTAATGTTGGTGTTCCAG TCCCTGGAGTTCCTGAAGTTGCTGCTCCAGGCCCTGATGTTGCTGTTTCA CCTCCAGTTTAATTTTTGTGCCTATTAATTAGTATCTTTACGTTTTAAAA AATATAAATGAAAAAAAAAGGGAGTAATTTATGAATTATTTCTTGTCCTG TTTTGGATGTAATTAATTATAATTACGCAAATGAAATGGGAAATGACGTA TATATCAAAGTTAAAAAGAAAT FBgn:temp60:C02HBa0209K17.1-RA CGCTGAACTCTGAATATCTCAAAAAGTTGGAAAAATTAAGAACTAGAAGA AATAAGGCAGAGATCATGGGTGAAAATCATACCCACAACAAGAAAACTGG TTTGCCCCGAAAACGTTTTTATCGAGCCCGTGCTCATAGTAATCCATTAA GTGATTCACATTTTCCAATTCCTATTTCTCCTTGTGAGGTTGATTATTCT CTGCATTATCCTGAAGTGGTTAAAGTTGATCCTTGTAAAAGGATCGAGTT TGCTGATGTTGGTTGTGGATTTGGTGGTTTATTGATCGCCCTCGCGCCTC TTTTCCCTGATAATCTTATGATTGGGATGGAGTTGCGGGACAAGGTGACT GAGTATGTGAAGGAGCGGATTTTGGGGTTGAGGACGACTAATTCGGGTCA ATATCAGAATATTTCAGTGGTACGGACAAACTCAATGAAGTATATTCCTA ATTATTTTGAGAAAGGACAGCTTAAAAAGATGTTTTTCTTGTTCCCGGAT CCTCATTTTAAAGAGAAGAATCATCGTAGACGTGTTATTAGTCCATTCTT GTTAGATGAGTATGCGTATGTGCTTGCAGTTGGTGGAATTATATATACAA TAACAGATGTTGAGGAGCTTGGTGAGTGGATGAAATCATGTTTGGAAGAA CATCCGATGTTTGAGGCACTTACTAGTGAAGAACTTGAAGCTGATCAGGT TGTAAAGCTCCTTAGTGCTGCAACTGAAGAAGGACAAAAGGTAGCACGTA ACGGTGGACAGACATTCCGAGCTGTTTTTAGAAGAATTGTAACTCACTGA ATGGTATGGTCAAATTCTAGGGATTTTTCGTACCTCCTGTTTTCTG FBgn:temp61:C02HBa0209K17.1-RA AAGCTTGCTGATGCTGTTTCTGTCACTTTAGGACCTAGAGGCCGGAACGT AGTTCTCTCTGAAGCTGGGGGGCTGAAAATAATTAATGATGGTGTTACCA TAGCTCAAGCCATAGAACTTCCAGATACAATTGAAAATGCTGGAGCGACA CTTATCCAGGAGGTTGCAACTAAGACCAACAGGTTAGCTGGTGACGGTAC AACTACTGCAATTGTTTTGGCCCGTGAGATGATCAAAGCTGGGTTATTAG CTGTTGATTTTGGCGCTAACCCTGTATCTATGAAGAAAGGTATGGATCAG ACAGTAAGAGAGCTGGTCAATACTTTGAAGAAGAAAAGTCATCCTGTTAG AGGAAATGATGATATAAAAGCCGTAGCTTCAATATCAGCTGGAAATGACG AGTTCATTGGCAGTTTGATTGCTGAGGCAATTAACAAGATTGGTCCTGAT GGAGTGATATGTATTGAGTCTTCCTCATCAGCTGAAACCTCGATCATGGT TGAAGAAGGAATGAAGGCGTTCTTTTCCTACAGATTGACAAGGGGTACAT GTCACCTCATTTCATCAACAATCCCGAAAAATCTATAGTAGAGTTTGAAA ATGCCAAAGTTCTGGTAACCGATCAAAAGATATGTAGTGTCAAAGAAATT GTTCCTTTGCTAGAGAAGGCCACTCAACTGAGTGTGCCACTGCTGATTTT TGCTGAGGACATTACAAACCAAGTGCTAGAAACACTTGTCATTAACAAGA TGCAAGGAATGCTCAATGTTGCTGTTGTGCAATGTCCAGGATTTCGAGAT GGAAAGAAAGGTGTATTACAAGACATTGCCATGTTGACAGGTGCTGATTT TCTTTCTGGAGACTTAGGCCTGACTCTTGAAAGTGCAACCTCCGATCAGC TTGGTATTGCTCGGAAAATAACAATAACAAGTAACTCTACAACCATCGTG GCTCACCCCTCGACAAAAGCTGAAATACAAGCCAGAATAATGCAGATAAA GAAGGATCTTGCAGAAACAGATAATAAATCTATATCAGAGAAGCTTTCAC AAAGAATAGCAAAACTCTCTGGTGGTGTGGCTATATTGAAGGTAGGAGCA CATACTGAAACAGAACTGGAAGACCGAAAGCTGAGAATTGAGGATGCAAA AAGTGCCACATTTGCTGCCATGGATGAAGGAATAGTGCCTGGTGGTGGTG CCACTTTTATTCATCTTTCTGAACAAATACCCTTGATAAAAGAATCTTTT CAGGATCCAGATGAGCAGATCGGTGCTGACATAATAGGAACGGCACTTCT TGCACCAGCAAAGTTAATAGCTGCAAATGCAGGAGTGGATGGGGATACAG TTGTGGAAAAAGTTAGAGGTTGTGACTGGAAAATGGGGTATAACGCCATG ACTGGAAGATATGAAGACCTTCTTGCTTCTGGTATTATTGATCCTTGCCG TGTTTCACGATGTGCCCTTCAGAATGCTGTCTCCGTTGCCGGTATAGTCC TAACTACTCAAGCAATAATGGTAGAGAAAACCAAGGAGCCCAAACCCCTT GTTCCTTATGTTCCTGGTATAACTCCTTAAAAGTTCGAAGGATAAACCTT GGTCGAAGCACTAGACAAGGAAGTTTCAATTCATGATGTTGTCTTACAAG GGAAGTTCTGGTTTGCCACTTTGACTTGGATGAGATATTTAGAAGAGTTG AAAATCTTGTGTCCAGCTGAAACTAGAGATTGTCTCATTGCAGATAAAAT TGCTTCCAGACACGAGCATTTTCTAGCCTCGACTCTTGGTAGGAAAATAT AGTTAATCCTCAAGCATACAGGAACTGTTTTGATCCCAATAGCACAGTCA TCTTGTTTCAGTAGTACTTGTTCCTGCAGGCGGAGGATTGTCATTTTCAG GTTTCTATTAGTATTTTGATCAGTGAGATACGATTATACCAAATGTCTTG AAGCAAAGATGAATAGTTTCTATTAGTACTAAACTGCTGCATGTTGTTGT ATGTTTGATATGAAAGGATATGAAATTAGAATCCCATATCATGAATAGGG CTAATATCAAAATTTCAACTTTTTAGTTTTTTACACCCCAAA FBgn:temp59:C02HBa0209K17.1-RA GTAGACTCTAACACAGCTGTGAAGCCAGGGTTCTTGGTTAAAAAGCTCAG GAAAGTAAGCATGGAGAGGGTTTTGGAATACCAAAGGGAGCTGAAAAAGG TGAAGCATTACTATGAATATGAGGACCCAGATGGAACAGTAAAAGAAATT TGGCGACAGGTTTCTTTGAAGTTGCCACTTGTTAGGTTAATGATCAATCG TGATAAACGTCTTGTGAAAAGAGAGTTACCTGAACCAGATTGCTCTTGCC TCTGTTCAAACGAGACAGGAATCTTGACGACATTATGATCCAGACTAGTG ACATTTTCTCAGTCACCATCCACTTTGAGCATTTGTGGATCACCCTGACT TTCGGGTAAGAAGGTGGTAGATCAAGATTCTTGTACTATTGTAACTTATA TTTGGGATGGCATGGTTGCTAT FBgn:temp45:C02HBa0209K17.1-RA CCCTAACGAGCACAAATGGGGACGAAGCATCATTCCTCCTCCGATCCAAT CAGCGAACCCAAAAAGCGCCGTCGCGTCGGATTCTCTAAGACCGATGCCG GAATTGAAGCTAACGACTGCATTACTATATACATTGTTTCTAGCGCAGAG GAAGTTGACTCCCCAAACAGTTTCTGTCTTGAACCAATTGACTTGAATCA ATTTTTTGAAGACGATGGCAGAATATTTGGGTATCAGGGTCTCAAAATCA CTATTTTGGTTAGCTTGATATCCTTTCATGCTTATGCTGATATTTCTTTC GAAAGCTCATCAGATGGTGGTAGAGGGATTACAAACGTAAAGTCTGCTCT TGAGAATATTTTTGGTGAGAGTCTTGTTGATGAAAAAGATGCCTTCCTGA AAACATTTTCAACTGAAAGTCAGTATGTTCGGTCTGTTGTCTCAAATGCT GAAACACTGCAGCATAAAGTTTCAAAAAATGGCTGTAGCACTGAATCGAA CTGTTCAGATGTAGAGGTATTCCGGATCGCTGGCTCGCCTGTAGGGCAGC TTTATAGTAGATTGGTGCCGCTTGTACTACTGTTAGTGGATGGTAGCAAC CCTATTGACGTCCTTGATCCTGGATGGGAAATTTATCTCCTAGTCCAGGC GGATAAGTTGCTTGGTTTTGCAGCTGTTTATCGTTTCTATCGTTATCCTG GCAGTACACGCATGCGACTTGGGCAGATACTGGTTATGCCTCCTTACCAA CGTAAAGGTTATGGTCGTTTTCTTCTTGAGGTGTTGAACAGGGTTGCAGT GTCTGAAAATGTGTACGACTTGACGATTGAAGAGCCTGAGGATTCTCTAC AACATGTTCGATTATGCATTGATGTTGAGCGTTTGCTTGTATTTGATCCA GTCCAGCAATCCCTAGAATCAGTTGTATCACATTTAAAGCAGGAAAAACT ATTGGAAAAAAGCTACATGTGCAAGTATGCTCCACCACTGAGTGCTGTTG AAGATGTGAGGAAAACTTTGAAAATCAACAAGAAACAGTTTACGCAATGT TGGGATATTCTTATCTATCTTCGGTTGGCCCCAATTGACAAATATATGGA GATATACCAAGCAATTGTTTCTCACCGAGTAAAGGCTGAAGTTTTAGGTA AAGATTCAGAGGGTGCAGGGAAGCAAGTGATTGATGTACCAACTGAACAC GATCAGGAGATGTCATTTGTGATGTTCAAATCGCGGAATGGTCAATCTAG TAGTAGCATAGAGACGGCTGACAATCAAAGTATTGTGGAGGAGCAGCTGC AGAAACTGGTGGATCAACGAATGAAACAGATCAAGTTGATTGCTGAAAAG GTTTCTTCGACAAAGGCAGCTGCTATGAAGGCAGAAGTAAAATTTCGACA TGAAAAAAAGGAGTCTCTGTAAGGTTAAATTAGCTTAGTCTTTCAATTAT ATATGTCTGTGACTTGTTATAACTATTTGATATGAGGCAGCATTCTGCAT TCTCTCTTGAACAAACTGTTATGTGTATCTTATAACAATTTGGTATGAGG CAGCATTGAACAAAACATTATGTGCAATCTTATATTGTTGCTATTGCTAT TGTTAATGAAGTAGATTATCACTT FBgn:temp51:C02HBa0209K17.1-RA CTTGACAAGGGGAAGCAACTTCATGCTCATGTTCTTATTATTGGATTAGA TCATACGCCTTTAGTACTGAGTGCTTTGATCAACATGTATTCAAAATGTG GAAGTATTGCAGAAGCCGCAAAGATATATAATTCAGCACAAAATAATGAC GTTGTATCATGGACAGCCATGATTCACGGGTATGCTGAACATGGATACAG CCAAGATGCTATAAGTTTATTTGAAAGGATTTGTTATGCTGGTCTAAGAC CAGATTCTGTGACCTTCGTTGGTGTTCTAATCGCTTGTAGTCATGCTGGC CTTGTTGATCTAGCTTTTCACTATTTTAGATTGATGAAAGAGGAGTACAA AATAAGTTACTCAAAAGAACATTATGGTTGTATGATTGATCTTCTCTGTC GTGCTGGACGAATAACGGATGCTGAGACCATGATCAAGAATATGCCATTT GAAAAGGATGATGTTGCTTGGTCAATCTTGCTTAGAGGCTGCAGGTTACA TGGTGATGTTGAATGTGGAAGCCGTGCGGCTGAGCAAATTCTTAAACTTG CTCCAAATTGTGCTGTGACTCACACTGCTTTGTCAAACATGTATGCGTCA AAGGGGAAGTGGGGTGAAGTAGCGGAACTGAGGAAGTTGATGAGATTGAA AGGCGTCATGAAGGAGCCTGGATGGTCTTGGATTAAGGTGAAGGATCAAG TTTCTGCATTCGTTGCTGGGGACAAAAATCATTCACAAAATGAAGATATT TATTATATTTTGGATCTGATATCCTCAAAAGCAGAATCTTCTCTTCAGAA TGTTACTTTTCTTTTGGAGTAG FBgn:temp52:C02HBa0209K17.1-RA TCGCTTAAATAAGAAGAAGAGTGATGCATTAAAACACATCAGCTACTCTT CGTCTTGCCGCCTTCACTGATTTCAGAAGAAAAGTTGTATCTTTACTGTT ACATAATTTCCAAATGGCGAATGTTTGTCCAATTCCAACCGATTCATACA AGCTGGGCTTTATAGGAGCTGGTAAAATGGCTGAAAGTATAGCTAGAGGT GTGGTTAAGTCTGGGATATTGCCTGCTTCTCGTATTCGAACAGCCCATTC TGGATCAGCTCGTCGTACTGCTTTTGAGTCTATTGGGGTTACTGTTTTAG ATAATAATAGTCAGGTGGTTGAAGATAGTGATGTGATTATATTCTCTGTG AAGCCTCAAGTGGTTAAAAATGTGGTGTCAGAGTTGAAGCCAATCCTTTC AGAGAAGAAGCTTTTGGTGTCAGTTGCTGCTGGTATTAAGTTAAAGGATT TGCAGGAATGGGCAGGTCAAGGCCGATTTATTAGGGTGATGCCAAACACT CCCTCTGCTGTTGGTGAAGCCGCCACTGTCATCACTTTGGGGGAAAAGGC AACAACCGAAGATGGAGAGTTAATTTCCCAGTTATTTGGAGCTATTGGTA AGGTGTGGAAAGCTGATGAGAAGCTGTTTGATGCAGTTACAGGTTTAAGT GGTAGTGGACCAGCCTATGTTTTTCTAGCAATAGAGGCATTGGCTGATGG AGGGGTGGCTGCTGGTTTACCGAGGGAGCTTGCACTTGGACTAGCCTCTC AAACCGTACTAGGAGCAGCATCAATGGTCTCCGGTATGAGCAAGCATCCT GGTCAACATAAAGATGATGTTGCATCACCTGGGGGTACAACCATTGCTGG AATTCACGAGTTGGAGAAGTCTGGATTTCGCGGTATCTTGATGAATGCAG TTGTTGCTGCAGCTAAACGAAGTAAAGAGCTTTCTCAGAATTAATCTACT TATCTCTATTAAGGTCATGGAGAACCAGCCGGAAGCTATTATATATGTCT AGCAGAGTTTTTTAAGTGCTAAATTATTATGTGAAAGGTGCTGAGCTTTT TGACCAAAATAAAGCACCGTATCTGTTAAACTTTTTGGACCAACATGCCC ACATTTTATTAAAGAGGCTTGTGGCACAATCACAATCACTATAAATAAAC ATTATTTATAGTT FBgn:temp54:C02HBa0209K17.1-RA AAAAACTTATTCATCTCAAACACAAATGGACTCCCATTTGAAAATCAAAA ACGAATTCATCTCTCTTCGAGACCATCCATTTCCATGTCGATTTCGTTAC GTATCTGAAGAAAGCATTCAACAATCATCATCGATCAAAACTCATCAATC GAACTACAGTAGTACGATTGATGAGATTCAACGAGTTGGAAACAATGAAC GCAAACACTTTAGTCATCGACATAACTTGTTAACGTACTCGTTGCGTGCC TCGGACTCCGTGCACTGCAATTTCTGCGAGACAATAATTTCAGGCATGTC GTACGGATGCAAACGTTGTAGGTATTTCTTACATGAGTCGTGTTTCGAAT TTCCACAAGTTATCGAACATTTAGCTCATCCCGAACATCAATTAACTCTC AAGTATGGTAATGACGATCAATTTAATTGCAACGCATGTCACGTTGGTGA TAATCCTGCTTTATTATTCAATTTTCATTATTCATGCGATCATTGTGATT TTTCTCTTCATATGGGGTGCGCGTCTATGCCTTATAAAGCTCTTCACAAG GAAATGGCGTTATCTGTATTTTACTCGAATCCTTTGAGGAATGAAGCCGG ACCACTCCTCTGTGATATCTGCGACCACTCTATAGAAAAACAGAGTGGTT GGATATATTATAACTATGGCCATAATTTTCTTTCGCATTTCGGGTGTGTT GCTGATATTGTATATGAGAAAGGCGGAGATGATAAAGATTATATCATCGG TGTTAAAAGGGGACTGATTAATGTCGATGGAGACGATACTTCTATAGTAA ACTATCGAGATAACGACGAAGGAATTGTGAAACATAAGAGATTTTTTCAT CGACATGTTCTGCAACAACTGGATAGGTCGATGGATAATAATAATAATAA TAATAATAGTGTGAAGAATCGAAAATGTGGTATTTGTGGTATGGATATAA GTTCAGATAAGAAAAAAGGATGTTCGAGTTGTGATTTCATTATTCATGAG AGGTGTTCTTTTTTGCCTGAGAAAATTCAACATCCGTTTCATCCACATCC ACTATCACTCGTTCCTAAAAAAGACGGAGTTGAAGTTCATTGCGTTGGCT GTCGTCAATCGAGTGGTTGTCACACAAATTACACAGTTTTATACCGATGC AAAATTTGTGAATTTCAACTTCATCCGTCATGTGCTGCAAGTCCAAGGAG ATTGAAGAAGCTTGATTTAACTTTGTGCTACTCATTTCCTTATAAGAATG AAGTATCAAAGTTATACTGCAACTATTGTTCAAAAGTTATCAGTAAGGAT GAATGGCTTTACTATGGAAGAAGTAGTGATGAGAAGAGGCACATTACTTG TCAATTGGCTGTTGGGATTTCCAATTGTTATGTTACGCTACGCGATCTAG AGGTTGAGTAATTAACTAAACTAGTTATTTCGATCTGGAGGTTGAGTAAT TAATTAAATTAGTTATTTCTTCTGTATTGATGCAGAAATCGAGTGAATAT TTGTGTCAATAATAACGATTTTTTTTTTTGGTGGTTTCGTAGAATGTTTT ATTTTTATGAATAAATTTTGATGAATAGATATGTATGTATTTTGTAAAAT GATAATTGTTCTATGTAAGATTATTCTATGATCGTTTGATTT FBgn:temp57:C02HBa0209K17.1-RA TTATACAAAAGAGAAAATGGCGAATTTTGTTCTGCAACTTCCAAATAACC TGCGTTTAAGGAGCTTCACTGTCTCCTCATCCTCCTCTAATGGGGCTACT CCTGGTGTGCCTCAATCTGCCGGGCCAGTGATTCTTGAACTTCCCCTTGA TAAAATCCGAAGGCCACTCATGCGTACCAGATCTAATGACCAGCAAAAAG TGAAGGAACTGATGGATAGTATCAAGGAAATCGGGCTTCAAGTACCTATT GATGTGCTTGAGGTAGATGGGGTTTATTACGGCTTTTCTGGTTGTCATCG CTATGAAGCTCATCAGCAACTTGGCCTTCTAACTATACGTTGCAAAATTC GTCGAGGAACAAAAGAAACTTTGAGGCACCATCTTCGATAAGATCCAGCT AAATCACTCTAAACTGAAGATGCATGATAATGGATCGTCCTCCAACAATA TTGATGATATGTATTTAATGTAAATGTATACAAGATTTGCCAATGTTTGA GGTGTGCAGTACCTAAACTTTGGAGTTTGTACATTAACTTGGTTGATATG CAAAAGAAGATCAATAATGGCTTTAT FBgn:temp49:C02HBa0209K17.1-RA AATCATAGTTGTCTTGAAAGATGGCTTCAGGTATGGGGCTTGATGAAGAC AATGGTGAAACTAAAGGAGGCATGTGGGATTTAGACCAAAAGATTGATCA GCCTATGGATGAAGAGGCAGGAAGACTAAGAAATATGTATAGAGAAAAGG GTAGGACTTTCTCGTCATTGTTGCTTCTGCGGCTTGCTTTTCAGAGTCTG GGAGTGGTTTATGGAGACTTGGGAACGTCTCCTTTGTATGTGTTCTACAA TACATTTCCCCATGGAATCGATGATACAGAGGATGTCATTGGCGCACTTT CACTAATTATATATTCCCTCACACTTATCCCTCTCCTCAAATATGTTTTC ATAGTTTGTAGAGCAAACGACAATGGCCAAGGTGGGACTTTTGCTCTTTA TTCTTTGTTATGTCGCCATGCTAAGATAAAGACAATTCCCAACCAACACC GGACAGATGAAGAGCTTACAACTTATAGTCGCAGCACATTCCATGAGCAC TCATTTGCTGCAAAAACAAAAAGATGGTTGGAGGCATATCCATTCAGGAA GACCTCGCTTCTTATTCTTGTAGTTATAGGCACTTGCACGGTAATAGGTG ATGGAATTCTTACTCCGGCTATATCAGTTCTTTCAGCTTCTGGTGGGATC AAGGTGGACCATCCAAAGATGAGTAATGATGTTGTAGTGATTGTTGCTGT CATTATATTAGTTGGTCTATTTAGCGTACAACACTACGGAACAGACAGGG TTGGTTGGCTGTTTGCTCCAGTTGTGCTGCTTTGGTTTCTTTTAGTAGGA GGTATTGGCATCTTCAATATCTGGAAATATGATAGCTCTGTTGTGAGGGC CTTTTCTCCTGTGTACATATATAGATACTTTAGGAGGAGAAAGAAAGACG GTTGGACATCCCTGGGAGGAATAATGCTCAGCATCACAGGAACAGAGGCA CTTTTTGCTGATCTTGCTAATTTTCCAGTGTCAGCAATACAGCTTGCTTT CACAGTCATTGTTTTCCCTTGCCTTCTTTTAACATATATGGGGCAAGCAG CATACCTCATGCAAAATAAGGAACATGTTGTCGATGCATTCTACCGTTCT ATTCCAGATAGCATATACTGGCCAGTTTTTATTGTTGCAACATTAGCTGC TATCGTTGCAAGTCAAGCAACAATCACCGCTACGTTTTCAATAATCAAGC AAGCTCTGGCACATGGCTGTTTCCCAAGAGTAAAGGTAGTACATACATCA AAGAAGTTCCTCGGCCAGATATACATTCCTGATATAAATTGGATCCTTAT GGTTCTTTGCATCGCTGTGACTGCTGGATTCAGAAATCAAAGCCAAATTG GCAACGCATATGGAACGGCAGTTGTGATAGTCATGTTGGTGACGACATTC CTCATGACCTTAATAATGCTACTAGTTTGGCGCTGCCATTGGATGCTTGT CCTCGTCTTCACCTTCTTATCTCTGGTGGTTGAATTTACCTACTTCTCGG CGGTGCTATTTAAGGTTGACCAGGGTGGTTGGGTTCCACTTGTGATCGCT GCAGCTTTTTTTGTCATCATGTATGTCTGGCATTACGGAACTGTGAAACG TTATGAATTCGAAATGCATAGCAAGGTATCAATGGCATGGATTCTTGGAC TTGGCCCCAGCTTAGGACTTGTACGTGTCCCTGGGATAGGACTTGTCTAC ACTGAGCTAGCTAGTGGTGTGCCACATATCTTTTCTCACTTCATCACTAA TCTGCCAGCAGTACATTCAGTTGTAGTATTTGTCTGCGTGAAGTATCTTC CAGTGTACACTGTTCCAGAAGACGAGAGGTTCCTCATGAAGCGCATAGGA CCCAAGAGTTTTCACATGTTCCGTTGTGTTGCGAGGTATGGTTACAAGGA CCTCCATAAGAAAGACGAGGAGTTTGAGAGGAAGCTATTTGATAACCTCT TCCTGTTTGTCCGGCTGGAGAATATGATGGAAGGTTGCTCTGACTCCGAT GAATACAGCTTATACGGGCAGCAAACTCAGCATTCAGCAGATTACCTACT GCGAAGTAATGGCAACTCAACTACAGGAAATAATGACTACACATGTTCGA CTGTGGACTCAATAATTCCTGTAAAGTCTCCTACTCAAGGGCACAACAAC ACAGTCACATCATCAGGCCGCGAGAGCAGCCAGGCAGAGGCGGATGAAAT GGAATTCTTAAATCGATGTAGAGATACTGGGGTTGTACACATTCTTGGAA ACACTGTAGTTAGAGCAAGGAGGGACTCTAGGTTCTACAAGAAAATTGCT ATCGACTATATTTACGCGTTTCTTAGGAAAATATGCAGGGAAAATAGTGT AATCTTCAATGTCCCTCATGAGAGCCTATTAAATGTTGGACAGATATTCT ATGTATAA FBgn:temp50:C02HBa0209K17.1-RA ATAATTAACTCTTACGAAGAGATATGAAAATGACTTGCCTCAAGTTGATT ACTTTGCTTTGTTTGATTAAATTTTCTGGTGCTGCAAGAATGCTTAGAGA TGAAAATGAAGATTTATTTAACGAGAAAATCGATGCAACAACTCCTGCTA CTCCAAATATCGGAGGATTTCCGTTTCCATTTCCATTCCCATTTCCAGGT GGAATTCCGAATATTGGTTTCAATATCCCGAATTTTAACATTCCTGGATT TGATATTCCTGGTCTTGGTACGGGTACTGGTGTTACTAATCCATTTACTT TTCCGATCCCTGGAGTTCCTAATGTTGGTGTTCCAGTCCCTGGAGTTCCT GAAGTTGCTGCTCCAGGCCCTGATGTTGCTGTTTCACCTCCAGTTTAATT TTTGTGCCTATTAATTAGTATCTTTACGTTTTAAAAAATATAAATGAAAA AAAAAGGGAGTAATTTATGAATTATTTCTTGTCCTGTTTTGGATGTAATT AATTATAATTACGCAAATGAAATGGGAAATGACGTATATATCAAAGTTAA AAAGAAATC FBgn:temp53:C02HBa0209K17.1-RA CGCTGAACTCTGAATATCTCAAAAAGTTGGAAAAATTAAGAACTAGAAGA AATAAGGCAGAGATCATGGGTGAAAATCATACCCACAACAAGAAAACTGG TTTGCCCCGAAAACGTTTTTATCGAGCCCGTGCTCATAGTAATCCATTAA GTGATTCACATTTTCCAATTCCTATTTCTCCTTGTGAGGTTGATTATTCT CTGCATTATCCTGAAGTGGTTAAAGTTGATCCTTGTAAAAGGATCGAGTT TGCTGATGTTGGTTGTGGATTTGGTGGTTTATTGATCGCCCTCGCGCCTC TTTTCCCTGATAATCTTATGATTGGGATGGAGTTGCGGGACAAGGTGACT GAGTATGTGAAGGAGCGGATTTTGGGGTTGAGGACGACTAATTCGGGTCA ATATCAGAATATTTCAGTGGTACGGACAAACTCAATGAAGTATATTCCTA ATTATTTTGAGAAAGGACAGCTTAAAAAGATGTTTTTCTTGTTCCCGGAT CCTCATTTTAAAGAGAAGAATCATCGTAGACGTGTTATTAGTCCATTCTT GTTAGATGAGTATGCGTATGTGCTTGCAGTTGGTGGAATTATATATACAA TAACAGATGTTGAGGAGCTTGGTGAGTGGATGAAATCATGTTTGGAAGAA CATCCGATGTTTGAGGCACTTACTAGTGAAGAACTTGAAGCTGATCAGGT TGTAAAGCTCCTTAGTGCTGCAACTGAAGAAGGACAAAAGGTAGCACGTA ACGGTGGACAGACATTCCGAGCTGTTTTTAGAAGAATTGTAACTCACTGA ATGGTATGGTCAAATTCTAGGGATTTTTCGTACCTCCTGTTTTCTG FBgn:temp56:C02HBa0209K17.1-RA TGAGCTCTCTCACACTTTTGAGAGGCCCTTCCTTAGTGAAAGCTTTGGGT TTCATAAAGACATCAAATTACATACCAAGAATCGTACCCGCCTCACGTTA TCCTCTTCAATCTCAAAGGTCCTATGTAGCTTCTGCACATGATGAGGAAG CAGCTGCCAGGGCTGCTGCTGTAAATGCTGATACTGGAGCTCCAACCATA TTTGATAAAATCATTGCTAAGGAAATACCTGCTTCTGTGGTATATGAGGA TCAAAAGGTTCTTGCATTTCGGGATATCAATCCTCAAGCTCCTGTTCATG TTCTAATTATCCCGAAGTCGAGGGATGGATTAACAGAGCTTGGAAAGGCT GAACAAAGACATGAAGATATATTGGGCAACCTCCTTTATGCTGCCAAGAT AGTAGCGGAGAAAGAAGGCATCGTAGATGGTTTTCGAGTTGTCATTAATA GTGGTCCCTCAGCATGTCAATCTGTATACCATCTTCACTTGCACGTACTT GGCGGAAGACAGCTGAAATGGCCCCCGGGTTAGAATCAAGCTTGGTTGGG AGCAAGTACTCCATTTATCTGCATTGATGTAATATGACACGTGTACCGAT GTTCAACATCTGTGTCATGCAATAAGTACTATTGTTAGATGTGATTCAAG TATATTTGGTGAATGACTACAGATACTTCTCTTCATTGCAGTAACCAGAC TAACCGTGTATGTTCTTGATCATCTTTTTATCTGCATTTGCATGAATGCT GTGAAGTACTTCAACTGTTTCCTTCTCAAGAATGTCCCTAATTGCTTCTG TTGGTATTTATCTATATAG FBgn:temp58:C02HBa0209K17.1-RA ACCATTAGTAAGATATCTTGCTCTTCTACTTCTAAAATTGCTTAAATGAT GAAAGGTTTGGGATGCATCTAACTATGAAGCCAAAAGAGAGTGAGAAATC AAATGCTTCTTGACCTGATGGCATTTCGAGAACACGCCTTGCGTCTAATA TTGGATCTAAGCAGTACAGTGATTACCTTGTTGCCTCACCAGAACTCTCT CATACTGCATGCGTTTATGGACCTTTTTTGTGCTTTTGTTCGTGTAAATA TATTTTCAGAAAAGATACCAAGGAAAATGATGTTGCAAACATACAATTTG CTTCATGCCATGGCAAGAAATGATAGGGACTGCGATTTTTATCACAGGTT AATCCAGTTTGTTGATTCCTACGATCCACCCTTGAAGGGTCTGCATGAAG ACCTGAATTTTGTCAGCCCTCGTATTGGAGAGGTATTAGAGGCTGTTGGT CCCATTATATTCTTATCAACTGATACACGAAAGCTCAGAAATGAGGGTTT CTTAAGTCCTTTCCATCCCCGATACCCTGATATACTGACAAATTCAGCTC ATCCAATGAGAGCCCAAGACCTAGCCAATGTTACATCATATAGGGAATGG GTGTTATTTGGTTATCTTGTCTGTCCTGATGAGCTTCTTAGGGTCACCAG CATTGATATTGCTTCGATTGTACTCAAGGAAAATCTAGTCCTTCCTCTGT TCAGGGACGAGTACATATTGCTGCATGAGGATTATCAGTTATACGTCTTA CCACGGATACTGGAGTCGAAGAAGATGGCAAAATCTGGACGGACGAAACA AAAAGAAGCGGATCTAGAGTATAGTGTAGCCAAACAGGTTGAGAAAATGA TAAGTGAAGTGCATGACCAAGCATTATATTACTGTGATGCCATACATCGT GAAAGAAGAATATTCTTAAAACAGGAGATTGGAAGAATGGTACTTTTTTT CTCTGACCAGCCCAGCTTGTTGGCACCTAATATTCAGATGGTTTATTCGG CCTTAGCCTTTGCTCAAAGTGAGGTTCTATGGTATTTCCAACATGTAGGA ATAGCTTCATCGAAGTCAAGAGCTGCCAGAACGGTTCCGGTAGAAATGGA TCCAAGTGATCCAACGATTGGCTTCTTGTTGGATGGAATGGATCGTCTTT GTTGCCTAGTGCGCAAGTATATTGCTGCTATTAGAGGATACGCCTTATCA TATCTATCATCCTGTGCTGGTAGAATCCGATTTTTGTTGGGTACCCCTGG CATGGTTGCTCTCGACTTGGATGCTACTCTGAAAGGACTTTTCCAGAAGA TAGTTCAACATCTTGAGAATATACCCAAGCCACAGGGTGAAAATATTTCT GCCATCACATGTGATTTATCAGAGTTGCGCAAAGATTGGTTATCTATATT GATGGTTGTTACTTCTGCTCGTTCTTCTATAAACATCCGACATTTGGAAA AGGCTACAGTGTCTACTGGAAAGGAAGGGCTATTATCGGAAGGAAATTCT GCATACAACTGGTCCAGGTGTGTTGATGAGCTTGAATACCTGTTATCTAA ACATGGGAGTCTAAAGAAGCTTTACTTCTATCACCAACACCTTACAACAG TTTTCCGTAATACTATGTTTGGTCCAGAAGGTCGTCCACAACATTGCTGT GCATGGCTTGGTGTCGCCAGTAGTTTTCCTGAATGCGCTTCTTCAATAGT CCCCGAAGAGGTAACTAAAATTGGTCGTGATGCGGTTCTTTATGTTGAAT CCCTGATTGAATCTATCATGGGAGGTCTGGAAGGGTTGATAAATATTCTC GACTCGGAAGGGGGATTTGGCTCTTTAGAGTTGCAGCTTTTTCCAGAGCA GGCGGCACATCTCATGAATTTGACTTCTAGAATTTCTGCTCCTTCTGCAA AGTCCCCAAGAGCCATGTCGGGCTATCATTTACCAGGCTACGAGAGCTAC CCTGAAAATGATAATTCCATAAAAATGTTAGAAGCTGCAATGCAGAGGTT GACCAACCTTTGCTCAGTTTTAAATGACATGGAGCCTATATGTGTTCTAA ACCACGTCTTCGTTCTGAGGGAGTACATGAGAGAATGTATCCTTGGGAAC TTCAGAAGGAGACTGCTTGCTGTTCTGAAAACTGATAATGATCTTCAGCG TCCTACTGTCTTGGAAGCACTGATACGCAGACATACAGCTATTGTCCATC TAGCAGAACAACACATCAGCATGGACCTGACTCAAGGTATCCGGGAGATA TTACTAACAGAGACATTCTGTGGTCCAGTTTCATCTTTGCACTTGTTTGA GAAAGCTACAGAGCAGCATACTGGATCAGCCACTGAAACAGTATGTAACT GGTACATTGAAAACGTGGTCAAGGATGTATCAGGTGCAGGTATCCTCTTT GCGCCCCGGCACAGATGCTTCAAGAGCACGAGGCCGGTTGGTGGATATTT TGCTGAGTCAGTGACAGATCTCAGGGAACTGAAAGCATTTGTCCGTGTTT TTGGTGGTTATGGAGTTGACAGGTTAGATAGAATGATGAAAGAGCACACA GCTGCACTCTTGAACTGTATTGACACATCATTACGGGCAAACCGAGATAA TCTGGAGGCTGTTGCTGGAAGCATGCATTCTGGTGACCGAATAGATAGAG ACACAAATATCAAGCAAATTGTTGATTTGGACACTATGGTTGGGTTCTGT ATTCAGGCTGGACAGGCTGTTGCTTTTGACCGCCTTCTTGCAGAGGCTGG TACAGCTGTTCTTGAAGAAGGTGCTCCTTTGATACATTCATTACTGACAG CGGCTGCTAAGCATTTACCTGATGAAATACCTGAGAAAAAGGAGATTAGA AGGTTGAAAAGAGTAGCAAACAATTTTAATATAGCTAGTGACCATGACGC TGAGTGGGTCAGATCCATACTAGAAGAGGTTGGAGGTGCAAATGATGCTT CCTGGAGCTTGTTGCCTTATTTGTTTGCCACTCTAATGACATCAAATATA TGGAATAGTAGTGGCTTTAATGTGGATACTGGGGGTTTCAGCAACAACAT CTATTGCTTGGCAAGGTGCATTTCTGCAGTAATTGCAGGAAGTGAATTTG TTAGACTTGAAAGAGAGCATCACATGAGACAATCTTTTTCAAATGGTCAT GTCGGTGAAACATTGGATCCTGAAACACACAACCAAATAACAGTTGAGAC AAACATAAAATCCACAATGCAGCTCTTTGTGAAGTTTTCCTCTGGAATTA TTCTAGACTCTTGGAGCGAGAATACCAGATCTCATCTTGTGTCAAAGCTC ATTTTCCTGGACCAGTTTTGTGAGATCTCCCCTTACCTACCAAGAAGCAC GCTGGATGCGTATGTTCCTTACTCCATTATCCGCTCAATCTACAGTCAAT ACTATGGAAGTTCATCTCCTGCGCCACTGGCACTACTTGGTGATTCACCC CGTCATTCACCGGCTGTATCTCTGGCACATTCGTCCCCTGCAATGAGGCA GCATCGCAATGATTCCACTCCTCAGTCAAATTCTAACGATTCAGGTTATT TCAAGCCATCCTCAAGCCATGCCCAGGATCAACTATATGATACAGAAAGT GGAAGCATTGAAAATAGGCCTCGAAATGTTAGGCGTTCTGGACCATTGGA ATACAGTGCAACTCGAAAATTAAAACACGTGGACAGCTCAACATCAGCAA GCACAGGTCCCAGTCCATTGCCAAGGTTTGCAGTGTCTAGATCCGGTCCT ATATCTTACAAGTGACAAAATAGT FC04BG07 FC17BD08 FC22CB02 FC04AA03 TC128915_ST TC122078_ST BF460213_ST BG096563_ST BG097028_ST BQ519360_ST CK247802_ST CV492632_ST TC128213_ST CK720297_ST CV502889_ST BQ510980_ST BG888394_ST TC115707_ST TC115562_ST BG597266_ST TC131470_ST CK718041_ST TC115881_ST TC122719_ST POT10_ARATH POT11_ARATH HAK11_ORYSA HAK12_ORYSA P5CR_ACTCH TRMB_ARATH BP529879_NT BP133591_NT CK297372_NB TC1938_NT TC10606_NB BP533781_NT FC26DA04 FB09BF04 FA06AG05 FB01AE12 FA51AF05 LC18BF11 LA25DB12 LA19DB12 FB04DH03 LB10CC11 LB12AG05 LB12AG01 LC07CD01 LC06CG05 FA15AC03 SGN-U344226 SGN-U335137 SGN-U329814 SGN-U329437 SGN-U330891 SGN-U320101 SGN-U315792 SGN-U335319 SGN-U343842 SGN-U335078 SGN-U335071 SGN-U315286 SGN-U315282 SGN-U324698 SGN-U345602 SGN-U318098 SGN-U339278 SGN-U328285 SGN-U343741 SGN-U316836 SGN-U313612 SGN-U342960 SGN-U333243 SGN-U318076 SGN-U318077 SGN-U322686 SGN-U333231 SGN-U315908 Contig6791 Singlet4139 Contig15428 Contig3705 Singlet542 Contig6262 Contig12639 Contig13024 Contig922 Singlet6705 Contig15328 Contig5439 Contig1287 Contig17047 Singlet3434 Contig3818 Contig14255 Contig2816 Contig10356 Contig4498 Contig10818 Singlet1456 AJ785234.1 AJ785234 gb AJ785234.1 AW036232.1 AW036232 gb AW036232.1 BI934448.1 BI934448 gb BI934448.1 AW649703.1 AW649703 gb AW649703.1 AI482927.1 AI482927 gb AI482927.1 AI482926.1 AI482926 gb AI482926.1 BP892160.1 BP892160 gb BP892160.1 AW931494.1 AW931494 gb AW931494.1 BP876853.1 BP876853 gb BP876853.1 AW223098.1 AW223098 gb AW223098.1 DV105775.1 DV105775 gb DV105775.1 AW030210.1 AW030210 gb AW030210.1 BP889603.1 BP889603 gb BP889603.1 AI485259.1 AI485259 gb AI485259.1 AI487842.1 AI487842 gb AI487842.1 AI897223.1 AI897223 gb AI897223.1 BI203754.1 BI203754 gb BI203754.1 AW036450.1 AW036450 gb AW036450.1 BI209641.1 BI209641 gb BI209641.1 BI205818.1 BI205818 gb BI205818.1 AW036473.1 AW036473 gb AW036473.1 BI204109.1 BI204109 gb BI204109.1 AW931527.1 AW931527 gb AW931527.1 AW217275.1 AW217275 gb AW217275.1 BI209538.1 BI209538 gb BI209538.1 BI209741.1 BI209741 gb BI209741.1 CD002665.1 CD002665 gb CD002665.1 BG131881.1 BG131881 gb BG131881.1 BG627295.1 BG627295 gb BG627295.1 AW443450.1 AW443450 gb AW443450.1 BI206900.1 BI206900 gb BI206900.1 AW738576.1 AW738576 gb AW738576.1 BW685918.1 BW685918 gb BW685918.1 BW690019.1 BW690019 gb BW690019.1 BW691496.1 BW691496 gb BW691496.1 BP887709.1 BP887709 gb BP887709.1 BF051120.1 BF051120 gb BF051120.1 BF051797.1 BF051797 gb BF051797.1 BM409032.1 BM409032 gb BM409032.1 AW036618.1 AW036618 gb AW036618.1 AW033041.1 AW033041 gb AW033041.1 BI421857.1 BI421857 gb BI421857.1 BE458595.1 BE458595 gb BE458595.1 AW221411.1 AW221411 gb AW221411.1 BI926602.1 BI926602 gb BI926602.1 AI777769.1 AI777769 gb AI777769.1 AI485470.1 AI485470 gb AI485470.1 BF112311.1 BF112311 gb BF112311.1 BM413229.1 BM413229 gb BM413229.1 AW040294.1 AW040294 gb AW040294.1 AW030957.1 AW030957 gb AW030957.1 BP910090.1 BP910090 gb BP910090.1 AW030208.1 AW030208 gb AW030208.1 AW036545.1 AW036545 gb AW036545.1 AW030584.1 AW030584 gb AW030584.1 AW034007.1 AW034007 gb AW034007.1 BI421238.1 BI421238 gb BI421238.1 AI895257.1 AI895257 gb AI895257.1 BI923187.1 BI923187 gb BI923187.1 BI922373.1 BI922373 gb BI922373.1 AW032083.1 AW032083 gb AW032083.1 AW030302.1 AW030302 gb AW030302.1 AW034725.1 AW034725 gb AW034725.1 AI485216.1 AI485216 gb AI485216.1 AI484866.1 AI484866 gb AI484866.1 BI923208.1 BI923208 gb BI923208.1 AI895948.1 AI895948 gb AI895948.1 AI489079.1 AI489079 gb AI489079.1 AI483679.1 AI483679 gb AI483679.1 AI487433.1 AI487433 gb AI487433.1 AI486642.1 AI486642 gb AI486642.1 AI485669.1 AI485669 gb AI485669.1 AI487481.1 AI487481 gb AI487481.1 AI898870.1 AI898870 gb AI898870.1 AI898222.1 AI898222 gb AI898222.1 AI489837.1 AI489837 gb AI489837.1 AI490477.1 AI490477 gb AI490477.1 AI895825.1 AI895825 gb AI895825.1 CN384755.1 CN384755 gb CN384755.1 AI896785.1 AI896785 gb AI896785.1 AW034767.1 AW034767 gb AW034767.1 AW034827.1 AW034827 gb AW034827.1 BE461866.1 BE461866 gb BE461866.1 BI925192.1 BI925192 gb BI925192.1 BI933935.1 BI933935 gb BI933935.1 AW094096.1 AW094096 gb AW094096.1 BP901393.1 BP901393 gb BP901393.1 BW685757.1 BW685757 gb BW685757.1 BP899458.1 BP899458 gb BP899458.1 BE459776.1 BE459776 gb BE459776.1 BM409292.1 BM409292 gb BM409292.1 BE431608.1 BE431608 gb BE431608.1 BP890933.1 BP890933 gb BP890933.1 BP904062.1 BP904062 gb BP904062.1 AW647856.1 AW647856 gb AW647856.1 AI487874.1 AI487874 gb AI487874.1 AI899064.1 AI899064 gb AI899064.1 AI774392.1 AI774392 gb AI774392.1 BP904667.1 BP904667 gb BP904667.1 BP904663.1 BP904663 gb BP904663.1 BI208706.1 BI208706 gb BI208706.1 BP907272.1 BP907272 gb BP907272.1 BP907082.1 BP907082 gb BP907082.1 BI204912.1 BI204912 gb BI204912.1 BG124785.1 BG124785 gb BG124785.1 BI208675.1 BI208675 gb BI208675.1 AI486096.1 AI486096 gb AI486096.1 BP879566.1 BP879566 gb BP879566.1 AW931087.1 AW931087 gb AW931087.1 BW692874.1 BW692874 gb BW692874.1 Q8VXB2_ORYSA Q8VXB1_ORYSA Q6L472_SOLDE Q67V78_ORYSA Q8GY89_ARATH Q66GU3_ARATH AJ785234_SL AW036232_SL TC138553_SL TC146001_SL AW931494_SL TC152045_SL BI203754_SL AW036450_SL BI209641_SL BI205818_SL BE449450_SL TC150368_SL BI204109_SL TC141170_SL BG627295_SL CD002665_SL BG131881_SL TC149313_SL TC141742_SL AW030957_SL TC144490_SL TC143638_SL CN384755_SL BE461866_SL TC146180_SL TC150614_SL TC147088_SL TC149753_SL TC141817_SL TC153104_SL TC149647_SL U241688 sgn U241688 U227544 sgn U227544 U204427 sgn U204427 U226877 sgn U226877 U277412 sgn U277412 U277606 sgn U277606 U203004 sgn U203004 U238474 sgn U238474 U237576 sgn U237576 U291648 sgn U291648 U292968 sgn U292968 U214524 sgn U214524 U232925 sgn U232925 U232936 sgn U232936 U232932 sgn U232932 U214544 sgn U214544 U288064 sgn U288064 U283584 sgn U283584 U230321 sgn U230321 U298711 sgn U298711 U216285 sgn U216285 U295403 sgn U295403 U296346 sgn U296346 U297616 sgn U297616 U215236 sgn U215236 U292773 sgn U292773 U230519 sgn U230519 U217019 sgn U217019 U274026 sgn U274026 U224990 sgn U224990 U198456 sgn U198456 U290062 sgn U290062 U280430 sgn U280430 U291708 sgn U291708 U222873 sgn U222873 U277954 sgn U277954 U200391 sgn U200391 U215150 sgn U215150 U283057 sgn U283057 U212017 sgn U212017 genesplicer genesplicer Genesplicer_1 genesplicer 4.354853

score 4.354853

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

146 147 Genesplicer_2 genesplicer 9.889616

score 9.889616

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

264 265 Genesplicer_4 genesplicer 2.365423

score 2.365423

SPLICE_SITE_TYPE donor

SEQUENCE GT

490 491 Genesplicer_5 genesplicer 10.981901

score 10.981901

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

614 615 Genesplicer_10 genesplicer 4.036708

score 4.036708

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

932 933 Genesplicer_13 genesplicer 9.355726

score 9.355726

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

1209 1210 Genesplicer_18 genesplicer 3.708306

score 3.708306

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

1521 1522 Genesplicer_19 genesplicer 5.144163

score 5.144163

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

1598 1599 Genesplicer_21 genesplicer 7.646911

score 7.646911

SPLICE_SITE_TYPE donor

SEQUENCE GT

1958 1959 Genesplicer_22 genesplicer 3.668712

score 3.668712

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

2040 2041 Genesplicer_24 genesplicer 8.215886

score 8.215886

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

2107 2108 Genesplicer_25 genesplicer 5.531833

score 5.531833

SPLICE_SITE_TYPE donor

SEQUENCE GT

2169 2170 Genesplicer_27 genesplicer 5.577171

score 5.577171

SPLICE_SITE_TYPE donor

SEQUENCE GT

2341 2342 Genesplicer_28 genesplicer 3.488979

score 3.488979

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

2382 2383 Genesplicer_29 genesplicer 6.436544

score 6.436544

SPLICE_SITE_TYPE donor

SEQUENCE GT

2410 2411 Genesplicer_30 genesplicer 5.218891

score 5.218891

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

2532 2533 Genesplicer_32 genesplicer 6.694646

score 6.694646

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

2702 2703 Genesplicer_33 genesplicer 3.51757

score 3.51757

SPLICE_SITE_TYPE donor

SEQUENCE GT

2757 2758 Genesplicer_35 genesplicer 4.938346

score 4.938346

SPLICE_SITE_TYPE donor

SEQUENCE GT

2895 2896 Genesplicer_37 genesplicer 12.093864

score 12.093864

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

2981 2982 Genesplicer_38 genesplicer 2.273807

score 2.273807

SPLICE_SITE_TYPE donor

SEQUENCE GT

3031 3032 Genesplicer_39 genesplicer 8.065119

score 8.065119

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

3207 3208 Genesplicer_41 genesplicer 4.102921

score 4.102921

SPLICE_SITE_TYPE donor

SEQUENCE GT

3385 3386 Genesplicer_44 genesplicer 4.908827

score 4.908827

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

3788 3789 Genesplicer_45 genesplicer 4.851252

score 4.851252

SPLICE_SITE_TYPE donor

SEQUENCE GT

3833 3834 Genesplicer_48 genesplicer 3.719495

score 3.719495

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

3995 3996 Genesplicer_50 genesplicer 6.86446

score 6.86446

SPLICE_SITE_TYPE donor

SEQUENCE GT

4072 4073 Genesplicer_52 genesplicer 2.335254

score 2.335254

SPLICE_SITE_TYPE donor

SEQUENCE GT

4244 4245 Genesplicer_56 genesplicer 6.788969

score 6.788969

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

4475 4476 Genesplicer_57 genesplicer 2.482258

score 2.482258

SPLICE_SITE_TYPE donor

SEQUENCE GT

4580 4581 Genesplicer_58 genesplicer 3.706208

score 3.706208

SPLICE_SITE_TYPE donor

SEQUENCE GT

4678 4679 Genesplicer_59 genesplicer 3.535982

score 3.535982

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

4796 4797 Genesplicer_60 genesplicer 5.345159

score 5.345159

SPLICE_SITE_TYPE donor

SEQUENCE GT

4798 4799 Genesplicer_61 genesplicer 3.680938

score 3.680938

SPLICE_SITE_TYPE donor

SEQUENCE GT

4953 4954 Genesplicer_62 genesplicer 4.719916

score 4.719916

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

5056 5057 Genesplicer_63 genesplicer 3.178381

score 3.178381

SPLICE_SITE_TYPE donor

SEQUENCE GT

5229 5230 Genesplicer_64 genesplicer 4.823038

score 4.823038

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

5301 5302 Genesplicer_65 genesplicer 6.14154

score 6.14154

SPLICE_SITE_TYPE donor

SEQUENCE GT

5374 5375 Genesplicer_66 genesplicer 5.010174

score 5.010174

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

5423 5424 Genesplicer_68 genesplicer 6.592777

score 6.592777

SPLICE_SITE_TYPE donor

SEQUENCE GT

5530 5531 Genesplicer_70 genesplicer 4.792283

score 4.792283

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

5667 5668 Genesplicer_71 genesplicer 3.409041

score 3.409041

SPLICE_SITE_TYPE donor

SEQUENCE GT

5698 5699 Genesplicer_72 genesplicer 13.694781

score 13.694781

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

5773 5774 Genesplicer_75 genesplicer 7.655903

score 7.655903

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

6240 6241 Genesplicer_77 genesplicer 5.88335

score 5.88335

SPLICE_SITE_TYPE donor

SEQUENCE GT

6364 6365 Genesplicer_79 genesplicer 4.019709

score 4.019709

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

6507 6508 Genesplicer_80 genesplicer 2.673447

score 2.673447

SPLICE_SITE_TYPE donor

SEQUENCE GT

6649 6650 Genesplicer_81 genesplicer 5.561375

score 5.561375

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

6868 6869 Genesplicer_83 genesplicer 6.271522

score 6.271522

SPLICE_SITE_TYPE donor

SEQUENCE GT

8464 8465 Genesplicer_84 genesplicer 3.781774

score 3.781774

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

8566 8567 Genesplicer_85 genesplicer 2.786038

score 2.786038

SPLICE_SITE_TYPE donor

SEQUENCE GT

8688 8689 Genesplicer_86 genesplicer 6.653258

score 6.653258

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

8820 8821 Genesplicer_87 genesplicer 3.332061

score 3.332061

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

9444 9445 Genesplicer_88 genesplicer 4.753211

score 4.753211

SPLICE_SITE_TYPE donor

SEQUENCE GT

9960 9961 Genesplicer_89 genesplicer 6.431769

score 6.431769

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

10007 10008 Genesplicer_92 genesplicer 7.726595

score 7.726595

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

10343 10344 Genesplicer_93 genesplicer 4.815261

score 4.815261

SPLICE_SITE_TYPE donor

SEQUENCE GT

10435 10436 Genesplicer_94 genesplicer 3.941805

score 3.941805

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

10517 10518 Genesplicer_97 genesplicer 6.523553

score 6.523553

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

10713 10714 Genesplicer_103 genesplicer 3.299826

score 3.299826

SPLICE_SITE_TYPE donor

SEQUENCE GT

11665 11666 Genesplicer_104 genesplicer 4.654532

score 4.654532

SPLICE_SITE_TYPE donor

SEQUENCE GT

11915 11916 Genesplicer_108 genesplicer 4.990729

score 4.990729

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

12432 12433 Genesplicer_111 genesplicer 5.519252

score 5.519252

SPLICE_SITE_TYPE donor

SEQUENCE GT

12947 12948 Genesplicer_118 genesplicer 3.571491

score 3.571491

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

13760 13761 Genesplicer_119 genesplicer 6.601807

score 6.601807

SPLICE_SITE_TYPE donor

SEQUENCE GT

13954 13955 Genesplicer_121 genesplicer 11.284433

score 11.284433

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

14069 14070 Genesplicer_123 genesplicer 5.651245

score 5.651245

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

14251 14252 Genesplicer_124 genesplicer 3.881381

score 3.881381

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

14786 14787 Genesplicer_126 genesplicer 3.757457

score 3.757457

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

15239 15240 Genesplicer_128 genesplicer 4.809947

score 4.809947

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

15446 15447 Genesplicer_131 genesplicer 9.307746

score 9.307746

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

15834 15835 Genesplicer_134 genesplicer 4.239835

score 4.239835

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

16247 16248 Genesplicer_140 genesplicer 4.387687

score 4.387687

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

17148 17149 Genesplicer_143 genesplicer 11.602122

score 11.602122

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

17706 17707 Genesplicer_145 genesplicer 4.404556

score 4.404556

SPLICE_SITE_TYPE donor

SEQUENCE GT

17962 17963 Genesplicer_146 genesplicer 5.679825

score 5.679825

SPLICE_SITE_TYPE donor

SEQUENCE GT

18327 18328 Genesplicer_148 genesplicer 4.165599

score 4.165599

SPLICE_SITE_TYPE donor

SEQUENCE GT

18408 18409 Genesplicer_149 genesplicer 3.705279

score 3.705279

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

18529 18530 Genesplicer_152 genesplicer 4.104367

score 4.104367

SPLICE_SITE_TYPE donor

SEQUENCE GT

18849 18850 Genesplicer_154 genesplicer 2.997981

score 2.997981

SPLICE_SITE_TYPE donor

SEQUENCE GT

18979 18980 Genesplicer_158 genesplicer 8.742

score 8.742

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

19584 19585 Genesplicer_163 genesplicer 8.85923

score 8.85923

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

20414 20415 Genesplicer_164 genesplicer 5.731351

score 5.731351

SPLICE_SITE_TYPE donor

SEQUENCE GT

20616 20617 Genesplicer_167 genesplicer 3.910278

score 3.910278

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

20875 20876 Genesplicer_168 genesplicer 9.917362

score 9.917362

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

21036 21037 Genesplicer_171 genesplicer 5.140543

score 5.140543

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

21272 21273 Genesplicer_172 genesplicer 3.498652

score 3.498652

SPLICE_SITE_TYPE donor

SEQUENCE GT

21316 21317 Genesplicer_174 genesplicer 3.169519

score 3.169519

SPLICE_SITE_TYPE donor

SEQUENCE GT

21429 21430 Genesplicer_175 genesplicer 6.128285

score 6.128285

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

21471 21472 Genesplicer_177 genesplicer 3.233275

score 3.233275

SPLICE_SITE_TYPE donor

SEQUENCE GT

21623 21624 Genesplicer_178 genesplicer 3.843235

score 3.843235

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

21654 21655 Genesplicer_180 genesplicer 6.591245

score 6.591245

SPLICE_SITE_TYPE donor

SEQUENCE GT

21769 21770 Genesplicer_183 genesplicer 3.450812

score 3.450812

SPLICE_SITE_TYPE donor

SEQUENCE GT

21970 21971 Genesplicer_184 genesplicer 4.864753

score 4.864753

SPLICE_SITE_TYPE donor

SEQUENCE GT

22041 22042 Genesplicer_186 genesplicer 4.555191

score 4.555191

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

22325 22326 Genesplicer_188 genesplicer 3.537285

score 3.537285

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

22590 22591 Genesplicer_189 genesplicer 3.21111

score 3.21111

SPLICE_SITE_TYPE donor

SEQUENCE GT

22759 22760 Genesplicer_190 genesplicer 7.951003

score 7.951003

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

22792 22793 Genesplicer_199 genesplicer 5.490343

score 5.490343

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

23523 23524 Genesplicer_200 genesplicer 3.760507

score 3.760507

SPLICE_SITE_TYPE donor

SEQUENCE GT

23603 23604 Genesplicer_204 genesplicer 8.144328

score 8.144328

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

23878 23879 Genesplicer_205 genesplicer 3.739274

score 3.739274

SPLICE_SITE_TYPE donor

SEQUENCE GT

23964 23965 Genesplicer_206 genesplicer 5.894242

score 5.894242

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

24030 24031 Genesplicer_207 genesplicer 2.427361

score 2.427361

SPLICE_SITE_TYPE donor

SEQUENCE GT

24417 24418 Genesplicer_208 genesplicer 4.057515

score 4.057515

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

24638 24639 Genesplicer_212 genesplicer 4.065919

score 4.065919

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

24923 24924 Genesplicer_214 genesplicer 8.766895

score 8.766895

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

25234 25235 Genesplicer_215 genesplicer 4.108214

score 4.108214

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

25377 25378 Genesplicer_218 genesplicer 5.10567

score 5.10567

SPLICE_SITE_TYPE donor

SEQUENCE GT

25651 25652 Genesplicer_221 genesplicer 4.058613

score 4.058613

SPLICE_SITE_TYPE donor

SEQUENCE GT

25782 25783 Genesplicer_222 genesplicer 2.284744

score 2.284744

SPLICE_SITE_TYPE donor

SEQUENCE GT

25869 25870 Genesplicer_223 genesplicer 9.309537

score 9.309537

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

25936 25937 Genesplicer_224 genesplicer 4.175621

score 4.175621

SPLICE_SITE_TYPE donor

SEQUENCE GT

26007 26008 Genesplicer_225 genesplicer 8.54719

score 8.54719

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

26113 26114 Genesplicer_227 genesplicer 5.243294

score 5.243294

SPLICE_SITE_TYPE donor

SEQUENCE GT

26274 26275 Genesplicer_228 genesplicer 7.73227

score 7.73227

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

26398 26399 Genesplicer_230 genesplicer 3.107819

score 3.107819

SPLICE_SITE_TYPE donor

SEQUENCE GT

26651 26652 Genesplicer_232 genesplicer 5.866135

score 5.866135

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

27023 27024 Genesplicer_233 genesplicer 3.057233

score 3.057233

SPLICE_SITE_TYPE donor

SEQUENCE GT

27152 27153 Genesplicer_237 genesplicer 2.246587

score 2.246587

SPLICE_SITE_TYPE donor

SEQUENCE GT

27762 27763 Genesplicer_239 genesplicer 3.75504

score 3.75504

SPLICE_SITE_TYPE donor

SEQUENCE GT

27843 27844 Genesplicer_245 genesplicer 6.368176

score 6.368176

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

28860 28861 Genesplicer_246 genesplicer 5.584431

score 5.584431

SPLICE_SITE_TYPE donor

SEQUENCE GT

28911 28912 Genesplicer_247 genesplicer 3.090871

score 3.090871

SPLICE_SITE_TYPE donor

SEQUENCE GT

29053 29054 Genesplicer_250 genesplicer 3.8027

score 3.8027

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

29343 29344 Genesplicer_256 genesplicer 6.822841

score 6.822841

SPLICE_SITE_TYPE donor

SEQUENCE GT

30527 30528 Genesplicer_257 genesplicer 3.017569

score 3.017569

SPLICE_SITE_TYPE donor

SEQUENCE GT

30647 30648 Genesplicer_261 genesplicer 4.578139

score 4.578139

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

31209 31210 Genesplicer_264 genesplicer 6.431526

score 6.431526

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

31743 31744 Genesplicer_266 genesplicer 4.668704

score 4.668704

SPLICE_SITE_TYPE donor

SEQUENCE GT

31874 31875 Genesplicer_267 genesplicer 4.468895

score 4.468895

SPLICE_SITE_TYPE donor

SEQUENCE GT

32507 32508 Genesplicer_269 genesplicer 4.649401

score 4.649401

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

32666 32667 Genesplicer_270 genesplicer 5.234677

score 5.234677

SPLICE_SITE_TYPE donor

SEQUENCE GT

32733 32734 Genesplicer_271 genesplicer 6.855659

score 6.855659

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

32884 32885 Genesplicer_272 genesplicer 11.37613

score 11.37613

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

32999 33000 Genesplicer_273 genesplicer 9.175602

score 9.175602

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

33261 33262 Genesplicer_274 genesplicer 9.927704

score 9.927704

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

33322 33323 Genesplicer_276 genesplicer 7.199445

score 7.199445

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

33527 33528 Genesplicer_278 genesplicer 3.908803

score 3.908803

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

34047 34048 Genesplicer_279 genesplicer 2.383649

score 2.383649

SPLICE_SITE_TYPE donor

SEQUENCE GT

34214 34215 Genesplicer_280 genesplicer 3.531223

score 3.531223

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

34319 34320 Genesplicer_281 genesplicer 7.247854

score 7.247854

SPLICE_SITE_TYPE donor

SEQUENCE GT

34849 34850 Genesplicer_282 genesplicer 10.867651

score 10.867651

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

34932 34933 Genesplicer_284 genesplicer 11.965221

score 11.965221

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

35157 35158 Genesplicer_285 genesplicer 4.846324

score 4.846324

SPLICE_SITE_TYPE donor

SEQUENCE GT

35281 35282 Genesplicer_286 genesplicer 4.618248

score 4.618248

SPLICE_SITE_TYPE donor

SEQUENCE GT

35395 35396 Genesplicer_287 genesplicer 6.577606

score 6.577606

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

35522 35523 Genesplicer_288 genesplicer 2.87118

score 2.87118

SPLICE_SITE_TYPE donor

SEQUENCE GT

35572 35573 Genesplicer_289 genesplicer 4.264687

score 4.264687

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

35656 35657 Genesplicer_290 genesplicer 3.284179

score 3.284179

SPLICE_SITE_TYPE donor

SEQUENCE GT

36003 36004 Genesplicer_291 genesplicer 2.251881

score 2.251881

SPLICE_SITE_TYPE donor

SEQUENCE GT

36073 36074 Genesplicer_292 genesplicer 3.79681

score 3.79681

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

36134 36135 Genesplicer_293 genesplicer 5.826728

score 5.826728

SPLICE_SITE_TYPE donor

SEQUENCE GT

36300 36301 Genesplicer_294 genesplicer 3.2017

score 3.2017

SPLICE_SITE_TYPE donor

SEQUENCE GT

36451 36452 Genesplicer_295 genesplicer 6.615212

score 6.615212

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

36918 36919 Genesplicer_296 genesplicer 2.809282

score 2.809282

SPLICE_SITE_TYPE donor

SEQUENCE GT

37006 37007 Genesplicer_297 genesplicer 4.7701

score 4.7701

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

37052 37053 Genesplicer_298 genesplicer 5.485897

score 5.485897

SPLICE_SITE_TYPE donor

SEQUENCE GT

37171 37172 Genesplicer_299 genesplicer 6.05526

score 6.05526

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

37369 37370 Genesplicer_300 genesplicer 5.371719

score 5.371719

SPLICE_SITE_TYPE donor

SEQUENCE GT

37371 37372 Genesplicer_304 genesplicer 8.281312

score 8.281312

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

38096 38097 Genesplicer_308 genesplicer 2.887769

score 2.887769

SPLICE_SITE_TYPE donor

SEQUENCE GT

38778 38779 Genesplicer_310 genesplicer 4.974029

score 4.974029

SPLICE_SITE_TYPE donor

SEQUENCE GT

39346 39347 Genesplicer_311 genesplicer 3.575193

score 3.575193

SPLICE_SITE_TYPE donor

SEQUENCE GT

39737 39738 Genesplicer_312 genesplicer 3.367843

score 3.367843

SPLICE_SITE_TYPE donor

SEQUENCE GT

40006 40007 Genesplicer_314 genesplicer 7.5459

score 7.5459

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

40431 40432 Genesplicer_315 genesplicer 7.450271

score 7.450271

SPLICE_SITE_TYPE donor

SEQUENCE GT

40461 40462 Genesplicer_317 genesplicer 4.233814

score 4.233814

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

40668 40669 Genesplicer_318 genesplicer 2.365862

score 2.365862

SPLICE_SITE_TYPE donor

SEQUENCE GT

40718 40719 Genesplicer_319 genesplicer 4.204719

score 4.204719

SPLICE_SITE_TYPE donor

SEQUENCE GT

40807 40808 Genesplicer_320 genesplicer 8.011249

score 8.011249

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

41114 41115 Genesplicer_321 genesplicer 3.478881

score 3.478881

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

41370 41371 Genesplicer_322 genesplicer 3.296212

score 3.296212

SPLICE_SITE_TYPE donor

SEQUENCE GT

41412 41413 Genesplicer_324 genesplicer 4.774249

score 4.774249

SPLICE_SITE_TYPE donor

SEQUENCE GT

41716 41717 Genesplicer_325 genesplicer 6.733397

score 6.733397

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

41803 41804 Genesplicer_326 genesplicer 4.516111

score 4.516111

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

41971 41972 Genesplicer_327 genesplicer 2.968249

score 2.968249

SPLICE_SITE_TYPE donor

SEQUENCE GT

42050 42051 Genesplicer_328 genesplicer 3.11903

score 3.11903

SPLICE_SITE_TYPE donor

SEQUENCE GT

42276 42277 Genesplicer_333 genesplicer 3.095103

score 3.095103

SPLICE_SITE_TYPE donor

SEQUENCE GT

42846 42847 Genesplicer_335 genesplicer 3.284801

score 3.284801

SPLICE_SITE_TYPE donor

SEQUENCE GT

43064 43065 Genesplicer_336 genesplicer 4.360735

score 4.360735

SPLICE_SITE_TYPE donor

SEQUENCE GT

43132 43133 Genesplicer_337 genesplicer 6.538108

score 6.538108

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

43173 43174 Genesplicer_338 genesplicer 8.279797

score 8.279797

SPLICE_SITE_TYPE donor

SEQUENCE GT

43234 43235 Genesplicer_339 genesplicer 6.148671

score 6.148671

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

43382 43383 Genesplicer_340 genesplicer 6.898896

score 6.898896

SPLICE_SITE_TYPE donor

SEQUENCE GT

43441 43442 Genesplicer_341 genesplicer 4.570302

score 4.570302

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

43469 43470 Genesplicer_342 genesplicer 3.813084

score 3.813084

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

43559 43560 Genesplicer_345 genesplicer 2.878596

score 2.878596

SPLICE_SITE_TYPE donor

SEQUENCE GT

44057 44058 Genesplicer_346 genesplicer 9.058618

score 9.058618

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

44146 44147 Genesplicer_349 genesplicer 6.349576

score 6.349576

SPLICE_SITE_TYPE donor

SEQUENCE GT

44486 44487 Genesplicer_350 genesplicer 12.344767

score 12.344767

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

44582 44583 Genesplicer_351 genesplicer 4.249586

score 4.249586

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

44730 44731 Genesplicer_352 genesplicer 2.314739

score 2.314739

SPLICE_SITE_TYPE donor

SEQUENCE GT

44795 44796 Genesplicer_353 genesplicer 5.578359

score 5.578359

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

44811 44812 Genesplicer_354 genesplicer 5.745916

score 5.745916

SPLICE_SITE_TYPE donor

SEQUENCE GT

44921 44922 Genesplicer_355 genesplicer 9.26932

score 9.26932

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

44990 44991 Genesplicer_356 genesplicer 7.274275

score 7.274275

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

45064 45065 Genesplicer_358 genesplicer 12.795798

score 12.795798

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

45283 45284 Genesplicer_360 genesplicer 9.220227

score 9.220227

SPLICE_SITE_TYPE donor

SEQUENCE GT

45372 45373 Genesplicer_362 genesplicer 8.132646

score 8.132646

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

46015 46016 Genesplicer_365 genesplicer 5.869527

score 5.869527

SPLICE_SITE_TYPE donor

SEQUENCE GT

46236 46237 Genesplicer_366 genesplicer 3.488246

score 3.488246

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

46350 46351 Genesplicer_369 genesplicer 5.524132

score 5.524132

SPLICE_SITE_TYPE donor

SEQUENCE GT

46603 46604 Genesplicer_373 genesplicer 6.94046

score 6.94046

SPLICE_SITE_TYPE donor

SEQUENCE GT

46983 46984 Genesplicer_377 genesplicer 6.1806

score 6.1806

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

47193 47194 Genesplicer_378 genesplicer 5.464203

score 5.464203

SPLICE_SITE_TYPE donor

SEQUENCE GT

47244 47245 Genesplicer_379 genesplicer 2.360388

score 2.360388

SPLICE_SITE_TYPE donor

SEQUENCE GT

47493 47494 Genesplicer_381 genesplicer 5.07494

score 5.07494

SPLICE_SITE_TYPE donor

SEQUENCE GT

47754 47755 Genesplicer_383 genesplicer 6.571294

score 6.571294

SPLICE_SITE_TYPE donor

SEQUENCE GT

47990 47991 Genesplicer_385 genesplicer 4.485348

score 4.485348

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

48121 48122 Genesplicer_389 genesplicer 8.22716

score 8.22716

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

48757 48758 Genesplicer_391 genesplicer 3.853271

score 3.853271

SPLICE_SITE_TYPE donor

SEQUENCE GT

49344 49345 Genesplicer_392 genesplicer 13.656463

score 13.656463

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

49480 49481 Genesplicer_394 genesplicer 4.090611

score 4.090611

SPLICE_SITE_TYPE donor

SEQUENCE GT

49766 49767 Genesplicer_397 genesplicer 8.765142

score 8.765142

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

50210 50211 Genesplicer_399 genesplicer 7.222748

score 7.222748

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

50547 50548 Genesplicer_401 genesplicer 2.5404

score 2.5404

SPLICE_SITE_TYPE donor

SEQUENCE GT

50715 50716 Genesplicer_402 genesplicer 4.675781

score 4.675781

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

50966 50967 Genesplicer_403 genesplicer 4.910686

score 4.910686

SPLICE_SITE_TYPE donor

SEQUENCE GT

51135 51136 Genesplicer_404 genesplicer 8.108848

score 8.108848

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

51184 51185 Genesplicer_411 genesplicer 4.259788

score 4.259788

SPLICE_SITE_TYPE donor

SEQUENCE GT

52207 52208 Genesplicer_412 genesplicer 8.550094

score 8.550094

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

52296 52297 Genesplicer_413 genesplicer 4.804637

score 4.804637

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

52552 52553 Genesplicer_414 genesplicer 4.422085

score 4.422085

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

52829 52830 Genesplicer_416 genesplicer 4.417624

score 4.417624

SPLICE_SITE_TYPE donor

SEQUENCE GT

53021 53022 Genesplicer_417 genesplicer 8.801046

score 8.801046

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

53161 53162 Genesplicer_419 genesplicer 4.441109

score 4.441109

SPLICE_SITE_TYPE donor

SEQUENCE GT

53532 53533 Genesplicer_422 genesplicer 3.567399

score 3.567399

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

53705 53706 Genesplicer_423 genesplicer 7.73978

score 7.73978

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

53799 53800 Genesplicer_425 genesplicer 6.016366

score 6.016366

SPLICE_SITE_TYPE donor

SEQUENCE GT

54019 54020 Genesplicer_427 genesplicer 3.701391

score 3.701391

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

54182 54183 Genesplicer_430 genesplicer 5.869942

score 5.869942

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

54566 54567 Genesplicer_431 genesplicer 6.225689

score 6.225689

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

54637 54638 Genesplicer_433 genesplicer 3.991894

score 3.991894

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

54718 54719 Genesplicer_434 genesplicer 5.407063

score 5.407063

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

54887 54888 Genesplicer_436 genesplicer 3.237707

score 3.237707

SPLICE_SITE_TYPE donor

SEQUENCE GT

55384 55385 Genesplicer_437 genesplicer 4.487688

score 4.487688

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

55443 55444 Genesplicer_438 genesplicer 3.231388

score 3.231388

SPLICE_SITE_TYPE donor

SEQUENCE GT

55728 55729 Genesplicer_441 genesplicer 7.41001

score 7.41001

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

56167 56168 Genesplicer_443 genesplicer 2.295016

score 2.295016

SPLICE_SITE_TYPE donor

SEQUENCE GT

56970 56971 Genesplicer_445 genesplicer 5.927579

score 5.927579

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

57139 57140 Genesplicer_448 genesplicer 5.118296

score 5.118296

SPLICE_SITE_TYPE donor

SEQUENCE GT

57505 57506 Genesplicer_449 genesplicer 10.630754

score 10.630754

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

57597 57598 Genesplicer_453 genesplicer 5.051343

score 5.051343

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

58376 58377 Genesplicer_455 genesplicer 8.057203

score 8.057203

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

58505 58506 Genesplicer_456 genesplicer 6.222744

score 6.222744

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

58819 58820 Genesplicer_457 genesplicer 5.358713

score 5.358713

SPLICE_SITE_TYPE donor

SEQUENCE GT

58947 58948 Genesplicer_458 genesplicer 5.728569

score 5.728569

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

58976 58977 Genesplicer_460 genesplicer 12.2679

score 12.2679

SPLICE_SITE_TYPE donor

SEQUENCE GT

59172 59173 Genesplicer_461 genesplicer 8.884108

score 8.884108

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

59357 59358 Genesplicer_463 genesplicer 13.023629

score 13.023629

SPLICE_SITE_TYPE donor

SEQUENCE GT

59597 59598 Genesplicer_464 genesplicer 4.196447

score 4.196447

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

59728 59729 Genesplicer_465 genesplicer 5.64671

score 5.64671

SPLICE_SITE_TYPE donor

SEQUENCE GT

59809 59810 Genesplicer_466 genesplicer 6.021195

score 6.021195

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

59999 60000 Genesplicer_467 genesplicer 3.718605

score 3.718605

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

60075 60076 Genesplicer_469 genesplicer 8.156816

score 8.156816

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

60381 60382 Genesplicer_470 genesplicer 2.544923

score 2.544923

SPLICE_SITE_TYPE donor

SEQUENCE GT

60445 60446 Genesplicer_471 genesplicer 9.959681

score 9.959681

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

60589 60590 Genesplicer_472 genesplicer 4.667771

score 4.667771

SPLICE_SITE_TYPE donor

SEQUENCE GT

60640 60641 Genesplicer_477 genesplicer 5.69406

score 5.69406

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

61121 61122 Genesplicer_478 genesplicer 7.898068

score 7.898068

SPLICE_SITE_TYPE donor

SEQUENCE GT

61310 61311 Genesplicer_479 genesplicer 5.6838

score 5.6838

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

61348 61349 Genesplicer_481 genesplicer 10.630316

score 10.630316

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

61466 61467 Genesplicer_482 genesplicer 7.261427

score 7.261427

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

61566 61567 Genesplicer_483 genesplicer 2.783776

score 2.783776

SPLICE_SITE_TYPE donor

SEQUENCE GT

61660 61661 Genesplicer_488 genesplicer 5.150444

score 5.150444

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

62379 62380 Genesplicer_489 genesplicer 6.733038

score 6.733038

SPLICE_SITE_TYPE donor

SEQUENCE GT

62381 62382 Genesplicer_491 genesplicer 3.986677

score 3.986677

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

62804 62805 Genesplicer_492 genesplicer 5.052972

score 5.052972

SPLICE_SITE_TYPE donor

SEQUENCE GT

63154 63155 Genesplicer_494 genesplicer 8.032579

score 8.032579

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

63368 63369 Genesplicer_495 genesplicer 5.713552

score 5.713552

SPLICE_SITE_TYPE donor

SEQUENCE GT

63443 63444 Genesplicer_501 genesplicer 4.822638

score 4.822638

SPLICE_SITE_TYPE donor

SEQUENCE GT

64284 64285 Genesplicer_502 genesplicer 4.809998

score 4.809998

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

64503 64504 Genesplicer_503 genesplicer 3.324741

score 3.324741

SPLICE_SITE_TYPE donor

SEQUENCE GT

64520 64521 Genesplicer_504 genesplicer 7.299544

score 7.299544

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

64588 64589 Genesplicer_505 genesplicer 2.630649

score 2.630649

SPLICE_SITE_TYPE donor

SEQUENCE GT

64659 64660 Genesplicer_506 genesplicer 5.527184

score 5.527184

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

64736 64737 Genesplicer_508 genesplicer 6.859846

score 6.859846

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

64925 64926 Genesplicer_510 genesplicer 3.591962

score 3.591962

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

65137 65138 Genesplicer_511 genesplicer 2.257786

score 2.257786

SPLICE_SITE_TYPE donor

SEQUENCE GT

65222 65223 Genesplicer_512 genesplicer 13.926423

score 13.926423

SPLICE_SITE_TYPE donor

SEQUENCE GT

65372 65373 Genesplicer_513 genesplicer 5.244875

score 5.244875

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

65443 65444 Genesplicer_514 genesplicer 3.586616

score 3.586616

SPLICE_SITE_TYPE donor

SEQUENCE GT

65553 65554 Genesplicer_516 genesplicer 3.213785

score 3.213785

SPLICE_SITE_TYPE donor

SEQUENCE GT

65647 65648 Genesplicer_517 genesplicer 4.543687

score 4.543687

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

65666 65667 Genesplicer_518 genesplicer 4.111866

score 4.111866

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

65824 65825 Genesplicer_519 genesplicer 5.40186

score 5.40186

SPLICE_SITE_TYPE donor

SEQUENCE GT

65877 65878 Genesplicer_520 genesplicer 3.619534

score 3.619534

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

65969 65970 Genesplicer_521 genesplicer 11.889252

score 11.889252

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

66033 66034 Genesplicer_524 genesplicer 4.836547

score 4.836547

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

66910 66911 Genesplicer_525 genesplicer 6.150778

score 6.150778

SPLICE_SITE_TYPE donor

SEQUENCE GT

66993 66994 Genesplicer_527 genesplicer 6.210048

score 6.210048

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

67158 67159 Genesplicer_528 genesplicer 3.408874

score 3.408874

SPLICE_SITE_TYPE donor

SEQUENCE GT

67242 67243 Genesplicer_529 genesplicer 3.856865

score 3.856865

SPLICE_SITE_TYPE donor

SEQUENCE GT

67436 67437 Genesplicer_531 genesplicer 9.510562

score 9.510562

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

67596 67597 Genesplicer_532 genesplicer 4.727975

score 4.727975

SPLICE_SITE_TYPE donor

SEQUENCE GT

67706 67707 Genesplicer_539 genesplicer 2.474923

score 2.474923

SPLICE_SITE_TYPE donor

SEQUENCE GT

68624 68625 Genesplicer_542 genesplicer 3.696377

score 3.696377

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

68838 68839 Genesplicer_544 genesplicer 4.963827

score 4.963827

SPLICE_SITE_TYPE donor

SEQUENCE GT

69213 69214 Genesplicer_546 genesplicer 5.084741

score 5.084741

SPLICE_SITE_TYPE donor

SEQUENCE GT

69804 69805 Genesplicer_549 genesplicer 3.059671

score 3.059671

SPLICE_SITE_TYPE donor

SEQUENCE GT

70021 70022 Genesplicer_550 genesplicer 5.81844

score 5.81844

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

70107 70108 Genesplicer_556 genesplicer 5.704277

score 5.704277

SPLICE_SITE_TYPE donor

SEQUENCE GT

70441 70442 Genesplicer_557 genesplicer 13.43203

score 13.43203

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

70525 70526 Genesplicer_558 genesplicer 5.777133

score 5.777133

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

70723 70724 Genesplicer_561 genesplicer 2.75833

score 2.75833

SPLICE_SITE_TYPE donor

SEQUENCE GT

70994 70995 Genesplicer_564 genesplicer 4.774172

score 4.774172

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

71157 71158 Genesplicer_565 genesplicer 6.513179

score 6.513179

SPLICE_SITE_TYPE donor

SEQUENCE GT

71326 71327 Genesplicer_567 genesplicer 5.909878

score 5.909878

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

71445 71446 Genesplicer_574 genesplicer 4.156824

score 4.156824

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

72101 72102 Genesplicer_577 genesplicer 4.527922

score 4.527922

SPLICE_SITE_TYPE donor

SEQUENCE GT

72540 72541 Genesplicer_578 genesplicer 7.63622

score 7.63622

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

72607 72608 Genesplicer_583 genesplicer 6.348679

score 6.348679

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

73036 73037 Genesplicer_584 genesplicer 4.964453

score 4.964453

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

73187 73188 Genesplicer_585 genesplicer 8.101917

score 8.101917

SPLICE_SITE_TYPE donor

SEQUENCE GT

73189 73190 Genesplicer_586 genesplicer 4.479748

score 4.479748

SPLICE_SITE_TYPE donor

SEQUENCE GT

73380 73381 Genesplicer_588 genesplicer 9.770857

score 9.770857

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

73481 73482 Genesplicer_590 genesplicer 3.536971

score 3.536971

SPLICE_SITE_TYPE donor

SEQUENCE GT

73882 73883 Genesplicer_597 genesplicer 2.55143

score 2.55143

SPLICE_SITE_TYPE donor

SEQUENCE GT

74536 74537 Genesplicer_600 genesplicer 4.564453

score 4.564453

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

74949 74950 Genesplicer_602 genesplicer 7.916074

score 7.916074

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

75400 75401 Genesplicer_604 genesplicer 6.424427

score 6.424427

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

75583 75584 Genesplicer_606 genesplicer 3.773209

score 3.773209

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

75827 75828 Genesplicer_607 genesplicer 4.955763

score 4.955763

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

75897 75898 Genesplicer_608 genesplicer 3.772345

score 3.772345

SPLICE_SITE_TYPE donor

SEQUENCE GT

76320 76321 Genesplicer_609 genesplicer 7.325628

score 7.325628

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

76367 76368 Genesplicer_610 genesplicer 4.006074

score 4.006074

SPLICE_SITE_TYPE donor

SEQUENCE GT

76447 76448 Genesplicer_611 genesplicer 5.287594

score 5.287594

SPLICE_SITE_TYPE donor

SEQUENCE GT

76673 76674 Genesplicer_612 genesplicer 7.410218

score 7.410218

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

76904 76905 Genesplicer_618 genesplicer 6.489452

score 6.489452

SPLICE_SITE_TYPE donor

SEQUENCE GT

77687 77688 Genesplicer_619 genesplicer 7.392378

score 7.392378

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

78023 78024 Genesplicer_622 genesplicer 5.868965

score 5.868965

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

78339 78340 Genesplicer_625 genesplicer 10.950736

score 10.950736

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

79149 79150 Genesplicer_627 genesplicer 4.539141

score 4.539141

SPLICE_SITE_TYPE donor

SEQUENCE GT

79351 79352 Genesplicer_628 genesplicer 4.567562

score 4.567562

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

79394 79395 Genesplicer_630 genesplicer 6.365724

score 6.365724

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

79537 79538 Genesplicer_631 genesplicer 4.403631

score 4.403631

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

79730 79731 Genesplicer_632 genesplicer 2.813425

score 2.813425

SPLICE_SITE_TYPE donor

SEQUENCE GT

79772 79773 Genesplicer_633 genesplicer 8.443933

score 8.443933

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

79849 79850 Genesplicer_635 genesplicer 2.485481

score 2.485481

SPLICE_SITE_TYPE donor

SEQUENCE GT

80062 80063 Genesplicer_637 genesplicer 5.910889

score 5.910889

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

80335 80336 Genesplicer_640 genesplicer 5.083403

score 5.083403

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

80537 80538 Genesplicer_641 genesplicer 2.328965

score 2.328965

SPLICE_SITE_TYPE donor

SEQUENCE GT

80560 80561 Genesplicer_642 genesplicer 3.613312

score 3.613312

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

80637 80638 Genesplicer_644 genesplicer 4.068858

score 4.068858

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

80843 80844 Genesplicer_652 genesplicer 4.630457

score 4.630457

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

82660 82661 Genesplicer_653 genesplicer 3.491972

score 3.491972

SPLICE_SITE_TYPE donor

SEQUENCE GT

82708 82709 Genesplicer_654 genesplicer 4.241891

score 4.241891

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

82800 82801 Genesplicer_660 genesplicer 4.516917

score 4.516917

SPLICE_SITE_TYPE donor

SEQUENCE GT

83587 83588 Genesplicer_662 genesplicer 9.137354

score 9.137354

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

83728 83729 Genesplicer_663 genesplicer 11.590551

score 11.590551

SPLICE_SITE_TYPE donor

SEQUENCE GT

83880 83881 Genesplicer_665 genesplicer 9.327143

score 9.327143

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

83994 83995 Genesplicer_666 genesplicer 5.722534

score 5.722534

SPLICE_SITE_TYPE donor

SEQUENCE GT

84048 84049 Genesplicer_667 genesplicer 6.962636

score 6.962636

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

84121 84122 Genesplicer_671 genesplicer 4.239151

score 4.239151

SPLICE_SITE_TYPE donor

SEQUENCE GT

84528 84529 Genesplicer_674 genesplicer 4.070543

score 4.070543

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

84656 84657 Genesplicer_675 genesplicer 11.283782

score 11.283782

SPLICE_SITE_TYPE donor

SEQUENCE GT

84699 84700 Genesplicer_676 genesplicer 4.192652

score 4.192652

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

84772 84773 Genesplicer_677 genesplicer 4.691866

score 4.691866

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

85349 85350 Genesplicer_678 genesplicer 2.44118

score 2.44118

SPLICE_SITE_TYPE donor

SEQUENCE GT

85369 85370 Genesplicer_681 genesplicer 4.254263

score 4.254263

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

85674 85675 Genesplicer_683 genesplicer 8.806912

score 8.806912

SPLICE_SITE_TYPE donor

SEQUENCE GT

85776 85777 Genesplicer_685 genesplicer 5.827083

score 5.827083

SPLICE_SITE_TYPE donor

SEQUENCE GT

85907 85908 Genesplicer_687 genesplicer 2.405525

score 2.405525

SPLICE_SITE_TYPE donor

SEQUENCE GT

86225 86226 Genesplicer_698 genesplicer 2.424323

score 2.424323

SPLICE_SITE_TYPE donor

SEQUENCE GT

87513 87514 Genesplicer_700 genesplicer 6.016406

score 6.016406

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

87842 87843 Genesplicer_703 genesplicer 6.835284

score 6.835284

SPLICE_SITE_TYPE donor

SEQUENCE GT

88221 88222 Genesplicer_704 genesplicer 2.920815

score 2.920815

SPLICE_SITE_TYPE donor

SEQUENCE GT

88333 88334 Genesplicer_709 genesplicer 6.143499

score 6.143499

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

90179 90180 Genesplicer_711 genesplicer 3.360488

score 3.360488

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

90587 90588 Genesplicer_713 genesplicer 6.140545

score 6.140545

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

90792 90793 Genesplicer_714 genesplicer 3.828666

score 3.828666

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

91164 91165 Genesplicer_716 genesplicer 3.161937

score 3.161937

SPLICE_SITE_TYPE donor

SEQUENCE GT

91342 91343 Genesplicer_717 genesplicer 3.813152

score 3.813152

SPLICE_SITE_TYPE donor

SEQUENCE GT

91421 91422 Genesplicer_718 genesplicer 11.630021

score 11.630021

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

91520 91521 Genesplicer_719 genesplicer 2.388459

score 2.388459

SPLICE_SITE_TYPE donor

SEQUENCE GT

91602 91603 Genesplicer_720 genesplicer 5.794071

score 5.794071

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

91680 91681 Genesplicer_721 genesplicer 3.754794

score 3.754794

SPLICE_SITE_TYPE donor

SEQUENCE GT

91701 91702 Genesplicer_722 genesplicer 6.312841

score 6.312841

SPLICE_SITE_TYPE donor

SEQUENCE GT

92012 92013 Genesplicer_723 genesplicer 13.100925

score 13.100925

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

92095 92096 Genesplicer_724 genesplicer 8.522577

score 8.522577

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

92481 92482 Genesplicer_726 genesplicer 5.918775

score 5.918775

SPLICE_SITE_TYPE donor

SEQUENCE GT

92699 92700 Genesplicer_728 genesplicer 4.803935

score 4.803935

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

92901 92902 Genesplicer_729 genesplicer 3.650667

score 3.650667

SPLICE_SITE_TYPE donor

SEQUENCE GT

93111 93112 Genesplicer_731 genesplicer 5.656757

score 5.656757

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

93289 93290 Genesplicer_732 genesplicer 6.59725

score 6.59725

SPLICE_SITE_TYPE donor

SEQUENCE GT

93373 93374 Genesplicer_733 genesplicer 6.970638

score 6.970638

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

93464 93465 Genesplicer_734 genesplicer 4.906261

score 4.906261

SPLICE_SITE_TYPE donor

SEQUENCE GT

93688 93689 Genesplicer_735 genesplicer 7.520916

score 7.520916

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

93731 93732 Genesplicer_737 genesplicer 6.735144

score 6.735144

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

93935 93936 Genesplicer_740 genesplicer 2.465786

score 2.465786

SPLICE_SITE_TYPE donor

SEQUENCE GT

94248 94249 Genesplicer_748 genesplicer 3.121153

score 3.121153

SPLICE_SITE_TYPE donor

SEQUENCE GT

95298 95299 Genesplicer_749 genesplicer 5.23035

score 5.23035

SPLICE_SITE_TYPE donor

SEQUENCE GT

95439 95440 Genesplicer_750 genesplicer 8.85616

score 8.85616

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

95623 95624 Genesplicer_752 genesplicer 6.75151

score 6.75151

SPLICE_SITE_TYPE donor

SEQUENCE GT

95983 95984 Genesplicer_754 genesplicer 3.37399

score 3.37399

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

96230 96231 Genesplicer_756 genesplicer 4.352442

score 4.352442

SPLICE_SITE_TYPE donor

SEQUENCE GT

96751 96752 Genesplicer_758 genesplicer 6.705805

score 6.705805

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

97074 97075 Genesplicer_763 genesplicer 4.462562

score 4.462562

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

97413 97414 Genesplicer_768 genesplicer 3.319034

score 3.319034

SPLICE_SITE_TYPE donor

SEQUENCE GT

97868 97869 Genesplicer_771 genesplicer 6.515124

score 6.515124

SPLICE_SITE_TYPE donor

SEQUENCE GT

98510 98511 Genesplicer_773 genesplicer 3.519346

score 3.519346

SPLICE_SITE_TYPE donor

SEQUENCE GT

98612 98613 Genesplicer_774 genesplicer 4.673431

score 4.673431

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

98807 98808 Genesplicer_775 genesplicer 4.398026

score 4.398026

SPLICE_SITE_TYPE donor

SEQUENCE GT

98914 98915 Genesplicer_784 genesplicer 2.416713

score 2.416713

SPLICE_SITE_TYPE donor

SEQUENCE GT

100016 100017 Genesplicer_790 genesplicer 2.578457

score 2.578457

SPLICE_SITE_TYPE donor

SEQUENCE GT

100836 100837 Genesplicer_792 genesplicer 4.581837

score 4.581837

SPLICE_SITE_TYPE donor

SEQUENCE GT

100982 100983 Genesplicer_794 genesplicer 7.204211

score 7.204211

SPLICE_SITE_TYPE donor

SEQUENCE GT

101207 101208 Genesplicer_796 genesplicer 11.669864

score 11.669864

SPLICE_SITE_TYPE donor

SEQUENCE GT

101334 101335 Genesplicer_797 genesplicer 7.384505

score 7.384505

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

101437 101438 Genesplicer_798 genesplicer 4.793462

score 4.793462

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

101660 101661 Genesplicer_801 genesplicer 4.983004

score 4.983004

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

101939 101940 Genesplicer_802 genesplicer 4.293877

score 4.293877

SPLICE_SITE_TYPE donor

SEQUENCE GT

102060 102061 Genesplicer_803 genesplicer 11.434978

score 11.434978

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

102117 102118 Genesplicer_804 genesplicer 9.059417

score 9.059417

SPLICE_SITE_TYPE donor

SEQUENCE GT

102274 102275 Genesplicer_805 genesplicer 5.060751

score 5.060751

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

102407 102408 Genesplicer_810 genesplicer 5.607994

score 5.607994

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

102987 102988 Genesplicer_811 genesplicer 3.416832

score 3.416832

SPLICE_SITE_TYPE donor

SEQUENCE GT

102996 102997 Genesplicer_812 genesplicer 5.961659

score 5.961659

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

103292 103293 Genesplicer_813 genesplicer 8.792912

score 8.792912

SPLICE_SITE_TYPE donor

SEQUENCE GT

103328 103329 Genesplicer_814 genesplicer 12.900135

score 12.900135

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

103446 103447 Genesplicer_815 genesplicer 4.342361

score 4.342361

SPLICE_SITE_TYPE donor

SEQUENCE GT

103542 103543 Genesplicer_816 genesplicer 9.009668

score 9.009668

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

104026 104027 Genesplicer_817 genesplicer 4.197561

score 4.197561

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

104146 104147 Genesplicer_821 genesplicer 4.516797

score 4.516797

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

104798 104799 Genesplicer_824 genesplicer 8.044108

score 8.044108

SPLICE_SITE_TYPE donor

SEQUENCE GT

105022 105023 Genesplicer_829 genesplicer 13.096438

score 13.096438

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

105795 105796 Genesplicer_832 genesplicer 3.784081

score 3.784081

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

106111 106112 Genesplicer_833 genesplicer 2.578351

score 2.578351

SPLICE_SITE_TYPE donor

SEQUENCE GT

106234 106235 Genesplicer_835 genesplicer 5.833492

score 5.833492

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

106386 106387 Genesplicer_838 genesplicer 2.716473

score 2.716473

SPLICE_SITE_TYPE donor

SEQUENCE GT

106729 106730 Genesplicer_839 genesplicer 8.080432

score 8.080432

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

106789 106790 Genesplicer_841 genesplicer 4.689323

score 4.689323

SPLICE_SITE_TYPE donor

SEQUENCE GT

107363 107364 Genesplicer_848 genesplicer 2.669864

score 2.669864

SPLICE_SITE_TYPE donor

SEQUENCE GT

108337 108338 Genesplicer_851 genesplicer 7.926778

score 7.926778

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

108476 108477 Genesplicer_855 genesplicer 5.600416

score 5.600416

SPLICE_SITE_TYPE donor

SEQUENCE GT

108869 108870 Genesplicer_859 genesplicer 2.334016

score 2.334016

SPLICE_SITE_TYPE donor

SEQUENCE GT

109296 109297 Genesplicer_863 genesplicer 5.087629

score 5.087629

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

110187 110188 Genesplicer_866 genesplicer 4.395518

score 4.395518

SPLICE_SITE_TYPE donor

SEQUENCE GT

110312 110313 Genesplicer_868 genesplicer 4.314685

score 4.314685

SPLICE_SITE_TYPE donor

SEQUENCE GT

110541 110542 Genesplicer_883 genesplicer 4.535678

score 4.535678

SPLICE_SITE_TYPE donor

SEQUENCE GT

112702 112703 Genesplicer_891 genesplicer 4.672096

score 4.672096

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

113483 113484 Genesplicer_892 genesplicer 4.584273

score 4.584273

SPLICE_SITE_TYPE donor

SEQUENCE GT

113550 113551 Genesplicer_893 genesplicer 4.881476

score 4.881476

SPLICE_SITE_TYPE donor

SEQUENCE GT

113878 113879 Genesplicer_895 genesplicer 5.745424

score 5.745424

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

114254 114255 Genesplicer_906 genesplicer 4.635784

score 4.635784

SPLICE_SITE_TYPE donor

SEQUENCE GT

115973 115974 Genesplicer_908 genesplicer 2.482397

score 2.482397

SPLICE_SITE_TYPE donor

SEQUENCE GT

116079 116080 Genesplicer_910 genesplicer 6.101634

score 6.101634

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

116500 116501 Genesplicer_912 genesplicer 4.352124

score 4.352124

SPLICE_SITE_TYPE donor

SEQUENCE GT

117013 117014 Genesplicer_918 genesplicer 2.573311

score 2.573311

SPLICE_SITE_TYPE donor

SEQUENCE GT

118410 118411 Genesplicer_919 genesplicer 3.309468

score 3.309468

SPLICE_SITE_TYPE donor

SEQUENCE GT

118523 118524 Genesplicer_921 genesplicer 2.452927

score 2.452927

SPLICE_SITE_TYPE donor

SEQUENCE GT

118752 118753 Genesplicer_922 genesplicer 2.35515

score 2.35515

SPLICE_SITE_TYPE donor

SEQUENCE GT

118823 118824 Genesplicer_929 genesplicer 3.352176

score 3.352176

SPLICE_SITE_TYPE donor

SEQUENCE GT

119545 119546 Genesplicer_931 genesplicer 2.900913

score 2.900913

SPLICE_SITE_TYPE donor

SEQUENCE GT

119654 119655 Genesplicer_935 genesplicer 3.228705

score 3.228705

SPLICE_SITE_TYPE donor

SEQUENCE GT

120115 120116 Genesplicer_936 genesplicer 4.039575

score 4.039575

SPLICE_SITE_TYPE donor

SEQUENCE GT

120462 120463 Genesplicer_937 genesplicer 4.775221

score 4.775221

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

120533 120534 Genesplicer_938 genesplicer 2.926032

score 2.926032

SPLICE_SITE_TYPE donor

SEQUENCE GT

120658 120659 Genesplicer_939 genesplicer 3.692346

score 3.692346

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

120762 120763 Genesplicer_940 genesplicer 3.647215

score 3.647215

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

120852 120853 Genesplicer_944 genesplicer 4.148922

score 4.148922

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

121198 121199 Genesplicer_945 genesplicer 6.727296

score 6.727296

SPLICE_SITE_TYPE donor

SEQUENCE GT

121271 121272 Genesplicer_947 genesplicer 4.401005

score 4.401005

SPLICE_SITE_TYPE donor

SEQUENCE GT

121593 121594 Genesplicer_952 genesplicer 2.746679

score 2.746679

SPLICE_SITE_TYPE donor

SEQUENCE GT

122145 122146 Genesplicer_956 genesplicer 4.093044

score 4.093044

SPLICE_SITE_TYPE donor

SEQUENCE GT

122770 122771 Genesplicer_961 genesplicer 2.749606

score 2.749606

SPLICE_SITE_TYPE donor

SEQUENCE GT

123385 123386 Genesplicer_962 genesplicer 5.506913

score 5.506913

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

123590 123591 Genesplicer_963 genesplicer 2.979654

score 2.979654

SPLICE_SITE_TYPE donor

SEQUENCE GT

123629 123630 Genesplicer_964 genesplicer 7.388468

score 7.388468

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

123799 123800 Genesplicer_966 genesplicer 6.724405

score 6.724405

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

124099 124100 Genesplicer_967 genesplicer 2.897503

score 2.897503

SPLICE_SITE_TYPE donor

SEQUENCE GT

124168 124169 Genesplicer_971 genesplicer 10.089613

score 10.089613

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

124592 124593 Genesplicer_973 genesplicer 6.728704

score 6.728704

SPLICE_SITE_TYPE donor

SEQUENCE GT

124860 124861 Genesplicer_975 genesplicer 4.646677

score 4.646677

SPLICE_SITE_TYPE donor

SEQUENCE GT

125072 125073 Genesplicer_979 genesplicer 3.108264

score 3.108264

SPLICE_SITE_TYPE donor

SEQUENCE GT

125598 125599 Genesplicer_980 genesplicer 3.472149

score 3.472149

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

125657 125658 Genesplicer_982 genesplicer 4.405676

score 4.405676

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

126007 126008 Genesplicer_985 genesplicer 3.517838

score 3.517838

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

126270 126271 Genesplicer_988 genesplicer 10.19058

score 10.19058

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

126579 126580 Genesplicer_991 genesplicer 10.859391

score 10.859391

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

126770 126771 Genesplicer_992 genesplicer 2.889179

score 2.889179

SPLICE_SITE_TYPE donor

SEQUENCE GT

126855 126856 Genesplicer_995 genesplicer 5.637432

score 5.637432

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

127033 127034 Genesplicer_996 genesplicer 3.965623

score 3.965623

SPLICE_SITE_TYPE donor

SEQUENCE GT

127148 127149 Genesplicer_997 genesplicer 8.830928

score 8.830928

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

127177 127178 Genesplicer_998 genesplicer 2.800318

score 2.800318

SPLICE_SITE_TYPE donor

SEQUENCE GT

127219 127220 Genesplicer_999 genesplicer 7.113244

score 7.113244

SPLICE_SITE_TYPE donor

SEQUENCE GT

127365 127366 Genesplicer_1001 genesplicer 9.386772

score 9.386772

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

127447 127448 Genesplicer_1003 genesplicer 5.695705

score 5.695705

SPLICE_SITE_TYPE donor

SEQUENCE GT

127710 127711 Genesplicer_1008 genesplicer 3.176041

score 3.176041

SPLICE_SITE_TYPE donor

SEQUENCE GT

128343 128344 Genesplicer_1009 genesplicer 7.943918

score 7.943918

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

128469 128470 Genesplicer_1012 genesplicer 4.243308

score 4.243308

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

128804 128805 Genesplicer_1013 genesplicer 12.68409

score 12.68409

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

129000 129001 Genesplicer_1016 genesplicer 5.049881

score 5.049881

SPLICE_SITE_TYPE donor

SEQUENCE GT

129138 129139 Genesplicer_1020 genesplicer 5.461206

score 5.461206

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

129424 129425 Genesplicer_1021 genesplicer 5.173441

score 5.173441

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

129509 129510 Genesplicer_1025 genesplicer 3.625845

score 3.625845

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

130019 130020 Genesplicer_1030 genesplicer 3.023324

score 3.023324

SPLICE_SITE_TYPE donor

SEQUENCE GT

131147 131148 Genesplicer_1034 genesplicer 7.616581

score 7.616581

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

131319 131320 Genesplicer_1035 genesplicer 3.981909

score 3.981909

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

131396 131397 Genesplicer_1037 genesplicer 6.289728

score 6.289728

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

131559 131560 Genesplicer_1038 genesplicer 4.078654

score 4.078654

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

132057 132058 Genesplicer_1041 genesplicer 5.474167

score 5.474167

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

132214 132215 Genesplicer_1048 genesplicer 4.017562

score 4.017562

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

132928 132929 Genesplicer_1053 genesplicer 3.501837

score 3.501837

SPLICE_SITE_TYPE donor

SEQUENCE GT

133489 133490 Genesplicer_1055 genesplicer 2.59157

score 2.59157

SPLICE_SITE_TYPE donor

SEQUENCE GT

133551 133552 Genesplicer_1057 genesplicer 3.490763

score 3.490763

SPLICE_SITE_TYPE donor

SEQUENCE GT

133769 133770 Genesplicer_1058 genesplicer 7.339724

score 7.339724

SPLICE_SITE_TYPE donor

SEQUENCE GT

133883 133884 Genesplicer_1060 genesplicer 5.856023

score 5.856023

SPLICE_SITE_TYPE donor

SEQUENCE GT

134227 134228 genomethreader Tomato_200607_build_1.seq.Unmasked OA:genomethreader_1:C02HBa0209K17.1 SGN-U344226 0.894

score 0.894

607 1058 86 537 OA:genomethreader_1:C02HBa0209K17.1 616 5167 SGN-U335137 0.805

score 0.805

616 1052 16 447 SGN-U335137 0.731

score 0.731

2384 2409 448 470 SGN-U335137 0.6

score 0.6

2534 2608 471 536 SGN-U335137 0.714

score 0.714

3268 3288 537 556 SGN-U335137 0.559

score 0.559

4279 4423 557 695 SGN-U335137 0.564

score 0.564

4660 4698 696 734 SGN-U335137 0.545

score 0.545

4778 4931 735 876 SGN-U335137 0.667

score 0.667

5153 5167 877 890 OA:genomethreader_1:C02HBa0209K17.1 SGN-U329814 0.999

score 0.999

7078 7897 1 819 OA:genomethreader_1:C02HBa0209K17.1 SGN-U329437 0.99

score 0.99

7862 8701 1 840 OA:genomethreader_1:C02HBa0209K17.1 SGN-U335319 0.808

score 0.808

31298 32105 84 902 OA:genomethreader_1:C02HBa0209K17.1 SGN-U343842 0.763

score 0.763

31308 31965 83 750 OA:genomethreader_1:C02HBa0209K17.1 SGN-U335078 0.882

score 0.882

32044 32704 83 737 OA:genomethreader_1:C02HBa0209K17.1 SGN-U335071 0.838

score 0.838

32119 32906 62 850 OA:genomethreader_1:C02HBa0209K17.1 SGN-U315286 0.871

score 0.871

32425 33068 1 638 OA:genomethreader_1:C02HBa0209K17.1 SGN-U315282 0.884

score 0.884

32663 32903 137 377 OA:genomethreader_1:C02HBa0209K17.1 SGN-U345602 0.971

score 0.971

56282 57207 62 991 OA:genomethreader_1:C02HBa0209K17.1 59096 66442 SGN-U318098 1.0

score 1.0

59096 59171 1 76 SGN-U318098 1.0

score 1.0

59359 59596 77 314 SGN-U318098 1.0

score 1.0

60591 60639 315 363 SGN-U318098 1.0

score 1.0

61568 61659 364 455 SGN-U318098 1.0

score 1.0

63370 63442 456 528 SGN-U318098 1.0

score 1.0

64940 65060 529 649 SGN-U318098 1.0

score 1.0

65266 65371 650 755 SGN-U318098 1.0

score 1.0

66035 66442 756 1163 OA:genomethreader_1:C02HBa0209K17.1 SGN-U339278 0.953

score 0.953

62670 63442 35 793 OA:genomethreader_1:C02HBa0209K17.1 SGN-U328285 0.989

score 0.989

62671 63463 1 792 OA:genomethreader_1:C02HBa0209K17.1 SGN-U316836 1.0

score 1.0

88639 90280 1 1642 OA:genomethreader_1:C02HBa0209K17.1 100892 103873 SGN-U322686 1.0

score 1.0

100892 100973 1 82 SGN-U322686 1.0

score 1.0

102119 102273 83 237 SGN-U322686 1.0

score 1.0

103294 103327 238 271 SGN-U322686 1.0

score 1.0

103448 103541 272 365 SGN-U322686 1.0

score 1.0

103627 103873 366 612 genomethreader Solanaceae_sgn_all.Unmasked OA:genomethreader_1:C02HBa0209K17.1 U241688 0.883

score 0.883

607 1066 1 460 OA:genomethreader_1:C02HBa0209K17.1 U227544 0.999

score 0.999

7078 7897 1 819 OA:genomethreader_1:C02HBa0209K17.1 U204427 0.877

score 0.877

7824 8353 1 527 OA:genomethreader_1:C02HBa0209K17.1 U277412 0.916

score 0.916

8034 8460 1 420 OA:genomethreader_1:C02HBa0209K17.1 U238474 0.997

score 0.997

8734 9609 1 876 OA:genomethreader_1:C02HBa0209K17.1 U232925 0.804

score 0.804

31299 31941 1 660 OA:genomethreader_1:C02HBa0209K17.1 U232936 0.908

score 0.908

32048 32569 1 515 OA:genomethreader_1:C02HBa0209K17.1 U232932 0.836

score 0.836

32211 32906 1 693 OA:genomethreader_1:C02HBa0209K17.1 U214544 0.871

score 0.871

32425 33068 1 638 OA:genomethreader_1:C02HBa0209K17.1 U288064 0.874

score 0.874

33506 33743 77 314 OA:genomethreader_1:C02HBa0209K17.1 U283584 0.797

score 0.797

39670 40098 258 693 OA:genomethreader_1:C02HBa0209K17.1 U298711 0.961

score 0.961

56397 57066 1 669 OA:genomethreader_1:C02HBa0209K17.1 59096 66442 U216285 1.0

score 1.0

59096 59171 1 76 U216285 1.0

score 1.0

59359 59596 77 314 U216285 1.0

score 1.0

60591 60639 315 363 U216285 1.0

score 1.0

61568 61659 364 455 U216285 1.0

score 1.0

63370 63442 456 528 U216285 1.0

score 1.0

64940 65060 529 649 U216285 1.0

score 1.0

65266 65371 650 755 U216285 1.0

score 1.0

66035 66442 756 1163 OA:genomethreader_1:C02HBa0209K17.1 U296346 0.937

score 0.937

82126 82442 1 316 OA:genomethreader_1:C02HBa0209K17.1 U297616 0.769

score 0.769

87370 87512 1 137 OA:genomethreader_1:C02HBa0209K17.1 U215236 1.0

score 1.0

88639 90280 1 1642 OA:genomethreader_1:C02HBa0209K17.1 U292773 0.902

score 0.902

92311 92830 1 529 OA:genomethreader_1:C02HBa0209K17.1 100883 103814 U274026 0.956

score 0.956

100883 100973 1 91 U274026 1.0

score 1.0

102119 102273 92 246 U274026 1.0

score 1.0

103294 103327 247 280 U274026 0.957

score 0.957

103448 103541 281 374 U274026 0.952

score 0.952

103627 103814 375 560 OA:genomethreader_1:C02HBa0209K17.1 100892 103917 U224990 1.0

score 1.0

100892 100973 1 82 U224990 1.0

score 1.0

102119 102273 83 237 U224990 1.0

score 1.0

103294 103327 238 271 U224990 1.0

score 1.0

103448 103541 272 365 U224990 1.0

score 1.0

103627 103917 366 656 genomethreader S.lycopersicum_ESTs_GenBank.tfa.Unmasked OA:genomethreader_1:C02HBa0209K17.1 616 4792 AJ785234.1 0.815

score 0.815

616 1052 1 431 AJ785234.1 0.731

score 0.731

2384 2409 432 454 AJ785234.1 0.6

score 0.6

2534 2608 455 520 AJ785234.1 0.714

score 0.714

3268 3288 521 540 AJ785234.1 0.559

score 0.559

4279 4423 541 679 AJ785234.1 0.519

score 0.519

4660 4792 680 812 OA:genomethreader_1:C02HBa0209K17.1 AW036232.1 0.895

score 0.895

631 1058 1 429 OA:genomethreader_1:C02HBa0209K17.1 BI934448.1 1.0

score 1.0

7077 7509 1 433 OA:genomethreader_1:C02HBa0209K17.1 AW649703.1 0.968

score 0.968

7078 7550 1 474 OA:genomethreader_1:C02HBa0209K17.1 AI482927.1 0.993

score 0.993

7080 7679 1 599 OA:genomethreader_1:C02HBa0209K17.1 AW030210.1 0.849

score 0.849

26698 26915 77 294 OA:genomethreader_1:C02HBa0209K17.1 BI203754.1 0.84

score 0.84

31305 31823 1 519 OA:genomethreader_1:C02HBa0209K17.1 AW036450.1 0.841

score 0.841

31309 31698 1 392 OA:genomethreader_1:C02HBa0209K17.1 BI209641.1 0.839

score 0.839

31373 31763 1 394 OA:genomethreader_1:C02HBa0209K17.1 AW036473.1 0.904

score 0.904

32044 32585 1 535 OA:genomethreader_1:C02HBa0209K17.1 BI204109.1 0.784

score 0.784

32110 32609 271 782 OA:genomethreader_1:C02HBa0209K17.1 AW931527.1 0.835

score 0.835

32353 32818 75 543 OA:genomethreader_1:C02HBa0209K17.1 AW217275.1 0.866

score 0.866

32424 32700 1 278 OA:genomethreader_1:C02HBa0209K17.1 BI209538.1 0.842

score 0.842

32584 33090 1 501 OA:genomethreader_1:C02HBa0209K17.1 BI209741.1 0.856

score 0.856

32584 33068 1 479 OA:genomethreader_1:C02HBa0209K17.1 CD002665.1 0.891

score 0.891

32663 32927 189 445 OA:genomethreader_1:C02HBa0209K17.1 BG131881.1 0.863

score 0.863

32663 32917 114 369 OA:genomethreader_1:C02HBa0209K17.1 BG627295.1 0.87

score 0.87

32663 32900 74 313 OA:genomethreader_1:C02HBa0209K17.1 AW443450.1 0.923

score 0.923

32675 32922 1 246 OA:genomethreader_1:C02HBa0209K17.1 BI206900.1 0.844

score 0.844

32709 33068 1 355 OA:genomethreader_1:C02HBa0209K17.1 AW738576.1 0.784

score 0.784

45208 45258 55 105 OA:genomethreader_1:C02HBa0209K17.1 BP889603.1 0.998

score 0.998

50647 51120 1 474 OA:genomethreader_1:C02HBa0209K17.1 BP887709.1 0.996

score 0.996

56283 56765 1 481 OA:genomethreader_1:C02HBa0209K17.1 59096 65005 BF051120.1 1.0

score 1.0

59096 59171 1 76 BF051120.1 1.0

score 1.0

59359 59596 77 314 BF051120.1 1.0

score 1.0

60591 60639 315 363 BF051120.1 1.0

score 1.0

61568 61659 364 455 BF051120.1 1.0

score 1.0

63370 63442 456 528 BF051120.1 1.0

score 1.0

64940 65005 529 594 OA:genomethreader_1:C02HBa0209K17.1 59103 63424 BF051797.1 1.0

score 1.0

59103 59171 1 69 BF051797.1 1.0

score 1.0

59359 59596 70 307 BF051797.1 1.0

score 1.0

60591 60639 308 356 BF051797.1 1.0

score 1.0

61568 61659 357 448 BF051797.1 1.0

score 1.0

63370 63424 449 503 OA:genomethreader_1:C02HBa0209K17.1 59108 66098 BM409032.1 1.0

score 1.0

59108 59171 1 64 BM409032.1 1.0

score 1.0

59359 59596 65 302 BM409032.1 1.0

score 1.0

60591 60639 303 351 BM409032.1 1.0

score 1.0

61568 61659 352 443 BM409032.1 1.0

score 1.0

63370 63442 444 516 BM409032.1 0.983

score 0.983

64940 65060 517 638 BM409032.1 0.953

score 0.953

65266 65371 639 744 BM409032.1 0.891

score 0.891

66035 66098 745 808 OA:genomethreader_1:C02HBa0209K17.1 59108 65010 AW036618.1 0.969

score 0.969

59108 59171 1 64 AW036618.1 1.0

score 1.0

59359 59596 65 302 AW036618.1 1.0

score 1.0

60591 60639 303 351 AW036618.1 0.989

score 0.989

61568 61659 352 443 AW036618.1 1.0

score 1.0

63370 63442 444 516 AW036618.1 1.0

score 1.0

64940 65010 517 587 OA:genomethreader_1:C02HBa0209K17.1 59123 65285 AW033041.1 0.918

score 0.918

59123 59171 1 49 AW033041.1 1.0

score 1.0

59359 59596 50 287 AW033041.1 1.0

score 1.0

60591 60639 288 336 AW033041.1 1.0

score 1.0

61568 61659 337 428 AW033041.1 1.0

score 1.0

63370 63442 429 501 AW033041.1 1.0

score 1.0

64940 65060 502 622 AW033041.1 1.0

score 1.0

65266 65285 623 642 OA:genomethreader_1:C02HBa0209K17.1 59124 65371 BI421857.1 0.938

score 0.938

59124 59171 1 48 BI421857.1 1.0

score 1.0

59359 59596 49 286 BI421857.1 1.0

score 1.0

60591 60639 287 335 BI421857.1 1.0

score 1.0

61568 61659 336 427 BI421857.1 1.0

score 1.0

63370 63442 428 500 BI421857.1 1.0

score 1.0

64940 65060 501 621 BI421857.1 0.972

score 0.972

65266 65371 622 727 OA:genomethreader_1:C02HBa0209K17.1 59125 64998 BE458595.1 1.0

score 1.0

59125 59171 1 47 BE458595.1 1.0

score 1.0

59359 59596 48 285 BE458595.1 1.0

score 1.0

60591 60639 286 334 BE458595.1 1.0

score 1.0

61568 61659 335 426 BE458595.1 1.0

score 1.0

63370 63442 427 499 BE458595.1 1.0

score 1.0

64940 64998 500 558 OA:genomethreader_1:C02HBa0209K17.1 59127 59487 AW221411.1 1.0

score 1.0

59127 59171 1 45 AW221411.1 0.969

score 0.969

59359 59487 46 174 OA:genomethreader_1:C02HBa0209K17.1 59146 65285 BI926602.1 1.0

score 1.0

59146 59171 1 26 BI926602.1 1.0

score 1.0

59359 59596 27 264 BI926602.1 1.0

score 1.0

60591 60639 265 313 BI926602.1 1.0

score 1.0

61568 61659 314 405 BI926602.1 1.0

score 1.0

63370 63442 406 478 BI926602.1 0.992

score 0.992

64940 65060 479 599 BI926602.1 1.0

score 1.0

65266 65285 600 619 OA:genomethreader_1:C02HBa0209K17.1 59147 64965 AI777769.1 1.0

score 1.0

59147 59171 1 25 AI777769.1 1.0

score 1.0

59359 59596 26 263 AI777769.1 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 0.999

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score 0.99

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score 0.971

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score 1.0

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score 1.0

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score 1.0

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score 0.953

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score 0.989

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score 1.0

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score 1.0

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score 0.999

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score 0.881

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score 0.997

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score 0.874

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score 0.935

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score 1.0

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score 0.902

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score 0.956

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score 1.0

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score 0.909

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score 0.711

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score 0.998

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score 0.996

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

103627 103745 365 483 genomethreader MicroTom_EST35824fasta.fa.Unmasked OA:genomethreader_1:C02HBa0209K17.1 FB01AE12 0.998

score 0.998

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score 0.996

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score 0.681

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 0.825

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score 0.899

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score 0.626

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score 0.811

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score 0.859

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score 0.981

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score 0.819

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score 0.825

59390 59591 1 67 P5CR_ACTCH 0.899

score 0.899

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score 0.626

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score 0.811

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score 0.859

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score 0.981

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score 0.819

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score 0.441

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score 0.679

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score 0.177

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score 1.0

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score 0.177

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score 0.702

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score 1.0

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score 0.946

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score 0.893

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score 0.874

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score 0.872

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score 1.0

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score 0.98

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score 1.0

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score 0.894

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score 0.867

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score 0.86

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score 1.0

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score 0.949

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score 0.908

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score 0.857

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score 0.975

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score 0.883

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score 0.966

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score 0.948

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score 0.987

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score 0.976

104971 104804 439 606 OA:genomethreader_1:C02HBa0209K17.1 108512 106924 CK718041_ST 0.9

score 0.9

108512 108453 1 62 CK718041_ST 0.979

score 0.979

108367 108271 63 159 CK718041_ST 0.942

score 0.942

107547 106924 160 786 OA:genomethreader_1:C02HBa0209K17.1 131591 129875 TC115881_ST 0.98

score 0.98

131591 131439 1 153 TC115881_ST 0.99

score 0.99

131160 130960 154 354 TC115881_ST 0.933

score 0.933

130632 129875 355 1117 OA:genomethreader_1:C02HBa0209K17.1 134560 131281 TC122719_ST 1.0

score 1.0

134560 134521 258 297 TC122719_ST 1.0

score 1.0

133324 133203 298 419 TC122719_ST 0.986

score 0.986

133110 132903 420 627 TC122719_ST 0.986

score 0.986

132804 132659 628 773 TC122719_ST 0.98

score 0.98

132384 132078 774 1080 TC122719_ST 0.973

score 0.973

131689 131281 1081 1489 genomethreader Tomato_200607_build_1.seq.Unmasked OA:genomethreader_1:C02HBa0209K17.1 SGN-U330891 0.997

score 0.997

9609 8734 1 876 OA:genomethreader_1:C02HBa0209K17.1 13275 8793 SGN-U320101 0.835

score 0.835

13275 13167 1 109 SGN-U320101 0.893

score 0.893

13062 12895 110 277 SGN-U320101 0.867

score 0.867

10823 10696 278 405 SGN-U320101 0.827

score 0.827

9755 8793 406 1352 OA:genomethreader_1:C02HBa0209K17.1 SGN-U315792 0.892

score 0.892

31794 31250 21 566 OA:genomethreader_1:C02HBa0209K17.1 SGN-U324698 0.996

score 0.996

53583 53025 30 588 OA:genomethreader_1:C02HBa0209K17.1 70142 69040 SGN-U343741 0.769

score 0.769

70142 70117 73 98 SGN-U343741 0.854

score 0.854

69859 69040 99 934 OA:genomethreader_1:C02HBa0209K17.1 91645 91075 SGN-U313612 0.837

score 0.837

91645 91493 89 241 SGN-U313612 0.837

score 0.837

91380 91075 242 542 OA:genomethreader_1:C02HBa0209K17.1 93803 92271 SGN-U342960 1.0

score 1.0

93803 93767 460 496 SGN-U342960 0.986

score 0.986

92828 92271 497 1052 OA:genomethreader_1:C02HBa0209K17.1 95699 94508 SGN-U333243 1.0

score 1.0

95699 95115 1 585 SGN-U333243 1.0

score 1.0

94600 94508 586 678 OA:genomethreader_1:C02HBa0209K17.1 100695 97164 SGN-U318076 1.0

score 1.0

100695 100674 1 22 SGN-U318076 1.0

score 1.0

100588 100493 23 118 SGN-U318076 1.0

score 1.0

99630 99550 119 199 SGN-U318076 1.0

score 1.0

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score 1.0

97836 97719 348 465 SGN-U318076 0.983

score 0.983

97517 97164 466 819 OA:genomethreader_1:C02HBa0209K17.1 SGN-U318077 1.0

score 1.0

99166 98640 1 527 OA:genomethreader_1:C02HBa0209K17.1 119486 111418 SGN-U333231 0.951

score 0.951

119486 119446 1 41 SGN-U333231 0.988

score 0.988

119345 119263 42 124 SGN-U333231 1.0

score 1.0

116350 116266 125 209 SGN-U333231 0.984

score 0.984

115525 115400 210 335 SGN-U333231 1.0

score 1.0

115251 115144 336 443 SGN-U333231 1.0

score 1.0

114670 114626 444 488 SGN-U333231 0.993

score 0.993

114530 114388 489 631 SGN-U333231 1.0

score 1.0

113044 112912 632 764 SGN-U333231 1.0

score 1.0

112421 112311 765 875 SGN-U333231 1.0

score 1.0

112195 112117 876 954 SGN-U333231 0.994

score 0.994

111582 111418 955 1119 OA:genomethreader_1:C02HBa0209K17.1 134560 129833 SGN-U315908 1.0

score 1.0

134560 134521 273 312 SGN-U315908 0.992

score 0.992

133324 133203 313 434 SGN-U315908 1.0

score 1.0

133110 132903 435 642 SGN-U315908 1.0

score 1.0

132804 132659 643 788 SGN-U315908 0.994

score 0.994

132401 132078 789 1113 SGN-U315908 1.0

score 1.0

131689 131439 1114 1364 SGN-U315908 1.0

score 1.0

131160 130960 1365 1565 SGN-U315908 1.0

score 1.0

130632 129833 1566 2365 genomethreader LGI.100604_SL.Unmasked OA:genomethreader_1:C02HBa0209K17.1 13250 8793 TC146001_SL 0.821

score 0.821

13250 13167 1 84 TC146001_SL 0.893

score 0.893

13062 12895 85 252 TC146001_SL 0.847

score 0.847

10823 10569 253 507 TC146001_SL 0.829

score 0.829

9834 8793 508 1534 OA:genomethreader_1:C02HBa0209K17.1 AW931494_SL 0.963

score 0.963

9567 9381 1 187 OA:genomethreader_1:C02HBa0209K17.1 TC152045_SL 0.891

score 0.891

31794 31264 19 550 OA:genomethreader_1:C02HBa0209K17.1 BI205818_SL 0.838

score 0.838

31767 31539 1 230 OA:genomethreader_1:C02HBa0209K17.1 BG627295_SL 0.851

score 0.851

32929 32655 1 270 OA:genomethreader_1:C02HBa0209K17.1 93865 92506 BE461866_SL 1.0

score 1.0

93865 93767 1 99 BE461866_SL 0.994

score 0.994

92828 92506 100 422 OA:genomethreader_1:C02HBa0209K17.1 95750 94495 TC146180_SL 0.995

score 0.995

95750 95115 1 637 TC146180_SL 0.991

score 0.991

94600 94495 638 743 OA:genomethreader_1:C02HBa0209K17.1 100696 97298 TC150614_SL 1.0

score 1.0

100696 100674 1 23 TC150614_SL 1.0

score 1.0

100588 100493 24 119 TC150614_SL 1.0

score 1.0

99630 99550 120 200 TC150614_SL 1.0

score 1.0

98538 98391 201 348 TC150614_SL 1.0

score 1.0

97836 97719 349 466 TC150614_SL 1.0

score 1.0

97517 97298 467 686 OA:genomethreader_1:C02HBa0209K17.1 TC147088_SL 0.998

score 0.998

99167 98649 1 519 OA:genomethreader_1:C02HBa0209K17.1 105779 104280 TC141817_SL 1.0

score 1.0

105779 105688 1 92 TC141817_SL 0.988

score 0.988

105008 104280 93 821 OA:genomethreader_1:C02HBa0209K17.1 108779 106915 TC153104_SL 1.0

score 1.0

108779 108675 1 105 TC153104_SL 1.0

score 1.0

108592 108453 106 245 TC153104_SL 1.0

score 1.0

108367 108271 246 342 TC153104_SL 0.992

score 0.992

107547 106915 343 977 OA:genomethreader_1:C02HBa0209K17.1 134560 129879 TC149647_SL 0.975

score 0.975

134560 134521 273 312 TC149647_SL 1.0

score 1.0

133324 133203 313 434 TC149647_SL 1.0

score 1.0

133110 132903 435 642 TC149647_SL 1.0

score 1.0

132804 132659 643 788 TC149647_SL 1.0

score 1.0

132401 132078 789 1112 TC149647_SL 1.0

score 1.0

131689 131439 1113 1363 TC149647_SL 1.0

score 1.0

131160 130960 1364 1564 TC149647_SL 1.0

score 1.0

130632 129879 1565 2318 genomethreader Solanaceae_sgn_all.Unmasked OA:genomethreader_1:C02HBa0209K17.1 U226877 0.99

score 0.99

8701 7862 1 840 OA:genomethreader_1:C02HBa0209K17.1 U277606 0.948

score 0.948

9692 8715 1 972 OA:genomethreader_1:C02HBa0209K17.1 U203004 0.87

score 0.87

9192 8715 1 471 OA:genomethreader_1:C02HBa0209K17.1 13275 10569 U237576 0.835

score 0.835

13275 13167 1 109 U237576 0.893

score 0.893

13062 12895 110 277 U237576 0.851

score 0.851

10823 10569 278 532 OA:genomethreader_1:C02HBa0209K17.1 16511 13369 U291648 0.865

score 0.865

16511 16357 1 163 U291648 0.915

score 0.915

15366 15121 164 417 U291648 1.0

score 1.0

13589 13539 418 468 U291648 0.983

score 0.983

13427 13369 469 527 OA:genomethreader_1:C02HBa0209K17.1 30301 29816 U292968 1.0

score 1.0

30301 30294 289 296 U292968 0.952

score 0.952

30181 30098 297 380 U292968 0.919

score 0.919

29963 29816 381 528 OA:genomethreader_1:C02HBa0209K17.1 U214524 0.892

score 0.892

31794 31250 21 566 OA:genomethreader_1:C02HBa0209K17.1 U230321 0.995

score 0.995

53405 53025 1 381 OA:genomethreader_1:C02HBa0209K17.1 70126 69320 U295403 1.0

score 1.0

70126 70117 1 10 U295403 0.915

score 0.915

69859 69320 11 556 OA:genomethreader_1:C02HBa0209K17.1 95699 94508 U230519 1.0

score 1.0

95699 95115 1 585 U230519 1.0

score 1.0

94600 94508 586 678 OA:genomethreader_1:C02HBa0209K17.1 100695 97164 U217019 1.0

score 1.0

100695 100674 1 22 U217019 1.0

score 1.0

100588 100493 23 118 U217019 1.0

score 1.0

99630 99550 119 199 U217019 1.0

score 1.0

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score 1.0

97836 97719 348 465 U217019 0.983

score 0.983

97517 97164 466 819 OA:genomethreader_1:C02HBa0209K17.1 105834 104668 U198456 0.932

score 0.932

105834 105688 1 147 U198456 0.906

score 0.906

105008 104668 148 488 OA:genomethreader_1:C02HBa0209K17.1 106670 104748 U290062 0.965

score 0.965

106670 106556 1 114 U290062 0.967

score 0.967

105900 105688 115 327 U290062 0.973

score 0.973

105008 104748 328 588 OA:genomethreader_1:C02HBa0209K17.1 106786 104814 U280430 0.987

score 0.987

106786 106556 1 231 U280430 0.958

score 0.958

105900 105688 232 444 U280430 0.987

score 0.987

104971 104814 445 602 OA:genomethreader_1:C02HBa0209K17.1 108512 106990 U291708 0.9

score 0.9

108512 108453 1 62 U291708 0.979

score 0.979

108367 108271 63 159 U291708 0.968

score 0.968

107547 106990 160 716 OA:genomethreader_1:C02HBa0209K17.1 131047 129833 U222873 1.0

score 1.0

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score 1.0

130632 129833 89 888 OA:genomethreader_1:C02HBa0209K17.1 131585 129847 U277954 1.0

score 1.0

131585 131439 1 147 U277954 0.99

score 0.99

131160 130960 148 348 U277954 0.926

score 0.926

130632 129847 349 1139 OA:genomethreader_1:C02HBa0209K17.1 131618 131096 U200391 0.933

score 0.933

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score 0.985

131160 131096 181 245 OA:genomethreader_1:C02HBa0209K17.1 133019 131645 U215150 1.0

score 1.0

133019 132903 1 117 U215150 1.0

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131689 131645 589 633 OA:genomethreader_1:C02HBa0209K17.1 133324 132099 U283057 1.0

score 1.0

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132384 132099 477 762 OA:genomethreader_1:C02HBa0209K17.1 134560 132691 U212017 0.875

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133324 133203 239 360 U212017 0.869

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133110 132958 361 513 U212017 0.833

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132804 132691 514 627 genomethreader Tomato_200607_build_1.seq OA:genomethreader_1:C02HBa0209K17.1 SGN-U330891 0.997

score 0.997

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score 0.835

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score 1.0

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score 1.0

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score 1.0

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130632 129833 1566 2365 genomethreader Solanaceae_sgn_all OA:genomethreader_1:C02HBa0209K17.1 U226877 0.99

score 0.99

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score 1.0

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score 610.0

Repeat_Length 176.0

ident 79.8

Match_Length 138.0

Genomic_Match_Length 128.0

Match_Range 1-139

Repeat_Class Unknown

18818 18690 Contig208 RepeatMasker:repeat_lib_v4.2.lib 359.0

score 359.0

Repeat_Length 176.0

ident 80.0

Match_Length 69.0

Genomic_Match_Length 69.0

Match_Range 1-70

Repeat_Class Unknown

18918 18849 Contig121 RepeatMasker:repeat_lib_v4.2.lib 369.0

score 369.0

Repeat_Length 145.0

ident 76.7

Match_Length 90.0

Genomic_Match_Length 89.0

Match_Range 25-115

Repeat_Class Unknown

20819 20730 Contig1618 RepeatMasker:repeat_lib_v4.2.lib 504.0

score 504.0

Repeat_Length 117.0

ident 79.4

Match_Length 106.0

Genomic_Match_Length 107.0

Match_Range 9-115

Repeat_Class Unknown

24468 24361 Contig1618 RepeatMasker:repeat_lib_v4.2.lib 532.0

score 532.0

Repeat_Length 117.0

ident 82.9

Match_Length 107.0

Genomic_Match_Length 105.0

Match_Range 5-112

Repeat_Class Unknown

24664 24559 Contig358 RepeatMasker:repeat_lib_v4.2.lib 1711.0

score 1711.0

Repeat_Length 314.0

ident 82.7

Match_Length 305.0

Genomic_Match_Length 300.0

Match_Range 1-306

Repeat_Class Unknown/repeat

25888 25588 Contig1216 RepeatMasker:repeat_lib_v4.2.lib 551.0

score 551.0

Repeat_Length 208.0

ident 73.9

Match_Length 171.0

Genomic_Match_Length 164.0

Match_Range 1-172

Repeat_Class Unknown/repeat

26073 25909 Contig28 RepeatMasker:repeat_lib_v4.2.lib 1605.0

score 1605.0

Repeat_Length 1018.0

ident 91.0

Match_Length 222.0

Genomic_Match_Length 221.0

Match_Range 215-437

Repeat_Class LTR/Gypsy

26923 26702 Contig104 RepeatMasker:repeat_lib_v4.2.lib 11370.0

score 11370.0

Repeat_Length 4083.0

ident 87.5

Match_Length 2977.0

Genomic_Match_Length 2912.0

Match_Range 1106-4083

Repeat_Class LTR/Unknown

40790 37878 Contig43 RepeatMasker:repeat_lib_v4.2.lib 6107.0

score 6107.0

Repeat_Length 1732.0

ident 92.4

Match_Length 1731.0

Genomic_Match_Length 1435.0

Match_Range 1-1732

Repeat_Class LTR/Unknown

42226 40791 Contig104 RepeatMasker:repeat_lib_v4.2.lib 2241.0

score 2241.0

Repeat_Length 4321.0

ident 93.8

Match_Length 307.0

Genomic_Match_Length 306.0

Match_Range 4014-4321

Repeat_Class LTR/Unknown

43223 42917 Contig1205 RepeatMasker:repeat_lib_v4.2.lib 251.0

score 251.0

Repeat_Length 502.0

ident 78.6

Match_Length 101.0

Genomic_Match_Length 98.0

Match_Range 401-502

Repeat_Class Unknown

43824 43726 10093 RepeatMasker:repeat_lib_v4.2.lib 268.0

score 268.0

Repeat_Length 1747.0

ident 88.0

Match_Length 51.0

Genomic_Match_Length 49.0

Match_Range 695-746

Repeat_Class DNA

45242 45193 Contig598 RepeatMasker:repeat_lib_v4.2.lib 834.0

score 834.0

Repeat_Length 1378.0

ident 83.7

Match_Length 180.0

Genomic_Match_Length 166.0

Match_Range 536-716

Repeat_Class Unknown/repeat

45960 45794 Contig52 RepeatMasker:repeat_lib_v4.2.lib 1256.0

score 1256.0

Repeat_Length 401.0

ident 83.9

Match_Length 370.0

Genomic_Match_Length 356.0

Match_Range 27-397

Repeat_Class Unknown

48121 47765 12219 RepeatMasker:repeat_lib_v4.2.lib 480.0

score 480.0

Repeat_Length 3232.0

ident 85.4

Match_Length 138.0

Genomic_Match_Length 138.0

Match_Range 1904-2042

Repeat_Class Other

48581 48443 Contig1592 RepeatMasker:repeat_lib_v4.2.lib 609.0

score 609.0

Repeat_Length 291.0

ident 76.9

Match_Length 121.0

Genomic_Match_Length 120.0

Match_Range 4-125

Repeat_Class Unknown

48697 48577 12171 RepeatMasker:repeat_lib_v4.2.lib 248.0

score 248.0

Repeat_Length 973.0

ident 78.6

Match_Length 55.0

Genomic_Match_Length 56.0

Match_Range 10-65

Repeat_Class rRNA

49520 49464 Contig50 RepeatMasker:repeat_lib_v4.2.lib 565.0

score 565.0

Repeat_Length 121.0

ident 79.8

Match_Length 120.0

Genomic_Match_Length 119.0

Match_Range 1-121

Repeat_Class Unknown

57912 57793 Contig1202 RepeatMasker:repeat_lib_v4.2.lib 1518.0

score 1518.0

Repeat_Length 244.0

ident 88.2

Match_Length 238.0

Genomic_Match_Length 237.0

Match_Range 2-240

Repeat_Class Unknown/repeat

66700 66463 Contig1209 RepeatMasker:repeat_lib_v4.2.lib 416.0

score 416.0

Repeat_Length 719.0

ident 91.8

Match_Length 60.0

Genomic_Match_Length 60.0

Match_Range 1-61

Repeat_Class DNA/En-Spm

71289 71229 3542 RepeatMasker:repeat_lib_v4.2.lib 2009.0

score 2009.0

Repeat_Length 2114.0

ident 77.5

Match_Length 576.0

Genomic_Match_Length 571.0

Match_Range 1538-2114

Repeat_Class DNA/TcMar-Pogo

73368 72797 3542 RepeatMasker:repeat_lib_v4.2.lib 880.0

score 880.0

Repeat_Length 2114.0

ident 76.1

Match_Length 209.0

Genomic_Match_Length 209.0

Match_Range 1333-1542

Repeat_Class DNA/TcMar-Pogo

73626 73417 3539 RepeatMasker:repeat_lib_v4.2.lib 412.0

score 412.0

Repeat_Length 566.0

ident 83.8

Match_Length 117.0

Genomic_Match_Length 122.0

Match_Range 2-119

Repeat_Class DNA/TcMar-Pogo

73861 73739 Contig1212 RepeatMasker:repeat_lib_v4.2.lib 267.0

score 267.0

Repeat_Length 485.0

ident 66.1

Match_Length 108.0

Genomic_Match_Length 108.0

Match_Range 361-469

Repeat_Class DNA/Mutator

76432 76324 Contig2561 RepeatMasker:repeat_lib_v4.2.lib 348.0

score 348.0

Repeat_Length 668.0

ident 80.2

Match_Length 127.0

Genomic_Match_Length 121.0

Match_Range 125-252

Repeat_Class Unknown/repeat

79234 79113 Contig1977 RepeatMasker:repeat_lib_v4.2.lib 1309.0

score 1309.0

Repeat_Length 200.0

ident 92.5

Match_Length 198.0

Genomic_Match_Length 198.0

Match_Range 2-200

Repeat_Class Unknown

80439 80241 Contig1202 RepeatMasker:repeat_lib_v4.2.lib 1126.0

score 1126.0

Repeat_Length 244.0

ident 83.1

Match_Length 243.0

Genomic_Match_Length 230.0

Match_Range 1-244

Repeat_Class Unknown/repeat

80723 80493 Contig1202 RepeatMasker:repeat_lib_v4.2.lib 1561.0

score 1561.0

Repeat_Length 244.0

ident 89.5

Match_Length 239.0

Genomic_Match_Length 237.0

Match_Range 5-244

Repeat_Class Unknown/repeat

81345 81108 Contig1202 RepeatMasker:repeat_lib_v4.2.lib 1034.0

score 1034.0

Repeat_Length 244.0

ident 82.1

Match_Length 223.0

Genomic_Match_Length 221.0

Match_Range 1-224

Repeat_Class Unknown/repeat

82668 82447 Contig63 RepeatMasker:repeat_lib_v4.2.lib 622.0

score 622.0

Repeat_Length 212.0

ident 77.0

Match_Length 195.0

Genomic_Match_Length 197.0

Match_Range 1-196

Repeat_Class Unknown

87571 87374 Contig28 RepeatMasker:repeat_lib_v4.2.lib 2541.0

score 2541.0

Repeat_Length 1018.0

ident 89.2

Match_Length 405.0

Genomic_Match_Length 406.0

Match_Range 57-462

Repeat_Class LTR/Gypsy

91481 91075 Contig28 RepeatMasker:repeat_lib_v4.2.lib 1198.0

score 1198.0

Repeat_Length 1018.0

ident 91.4

Match_Length 192.0

Genomic_Match_Length 187.0

Match_Range 746-938

Repeat_Class LTR/Gypsy

91652 91465 Contig479 RepeatMasker:repeat_lib_v4.2.lib 794.0

score 794.0

Repeat_Length 469.0

ident 76.6

Match_Length 252.0

Genomic_Match_Length 260.0

Match_Range 137-389

Repeat_Class Unknown

96759 96499 Contig1268 RepeatMasker:repeat_lib_v4.2.lib 287.0

score 287.0

Repeat_Length 113.0

ident 82.8

Match_Length 62.0

Genomic_Match_Length 57.0

Match_Range 1-63

Repeat_Class Unknown

101349 101292 Contig1454 RepeatMasker:repeat_lib_v4.2.lib 286.0

score 286.0

Repeat_Length 600.0

ident 75.3

Match_Length 76.0

Genomic_Match_Length 77.0

Match_Range 206-282

Repeat_Class Unknown

102453 102376 4224 RepeatMasker:repeat_lib_v4.2.lib 230.0

score 230.0

Repeat_Length 1143.0

ident 81.0

Match_Length 63.0

Genomic_Match_Length 57.0

Match_Range 494-557

Repeat_Class DNA/MuDR

122617 122560 15732 RepeatMasker:repeat_lib_v4.2.lib 619.0

score 619.0

Repeat_Length 189.0

ident 78.8

Match_Length 157.0

Genomic_Match_Length 151.0

Match_Range 2-159

Repeat_Class SINE

128756 128605 Contig358 RepeatMasker:repeat_lib_v4.2.lib 828.0

score 828.0

Repeat_Length 314.0

ident 81.0

Match_Length 159.0

Genomic_Match_Length 157.0

Match_Range 19-178

Repeat_Class Unknown/repeat

129016 128859 Contig1268 RepeatMasker:repeat_lib_v4.2.lib 440.0

score 440.0

Repeat_Length 113.0

ident 74.8

Match_Length 111.0

Genomic_Match_Length 111.0

Match_Range 2-113

Repeat_Class Unknown

134291 134180 Contig1268 RepeatMasker:repeat_lib_v4.2.lib 440.0

score 440.0

Repeat_Length 113.0

ident 74.8

Match_Length 111.0

Genomic_Match_Length 111.0

Match_Range 2-113

Repeat_Class Unknown

134291 134180 genesplicer genesplicer Genesplicer_3 genesplicer 3.844346

score 3.844346

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

415 414 Genesplicer_6 genesplicer 8.215131

score 8.215131

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

694 693 Genesplicer_7 genesplicer 10.070772

score 10.070772

SPLICE_SITE_TYPE donor

SEQUENCE GT

795 794 Genesplicer_8 genesplicer 8.599074

score 8.599074

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

829 828 Genesplicer_9 genesplicer 3.567785

score 3.567785

SPLICE_SITE_TYPE donor

SEQUENCE GT

889 888 Genesplicer_11 genesplicer 7.019373

score 7.019373

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

1046 1045 Genesplicer_12 genesplicer 4.924711

score 4.924711

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

1148 1147 Genesplicer_14 genesplicer 5.029353

score 5.029353

SPLICE_SITE_TYPE donor

SEQUENCE GT

1218 1217 Genesplicer_15 genesplicer 4.474902

score 4.474902

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

1271 1270 Genesplicer_16 genesplicer 2.639296

score 2.639296

SPLICE_SITE_TYPE donor

SEQUENCE GT

1313 1312 Genesplicer_17 genesplicer 7.051522

score 7.051522

SPLICE_SITE_TYPE donor

SEQUENCE GT

1511 1510 Genesplicer_20 genesplicer 7.960387

score 7.960387

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

1716 1715 Genesplicer_23 genesplicer 3.56065

score 3.56065

SPLICE_SITE_TYPE donor

SEQUENCE GT

2058 2057 Genesplicer_26 genesplicer 3.3912

score 3.3912

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

2258 2257 Genesplicer_31 genesplicer 10.915704

score 10.915704

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

2604 2603 Genesplicer_34 genesplicer 4.903877

score 4.903877

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

2838 2837 Genesplicer_36 genesplicer 4.167826

score 4.167826

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

2905 2904 Genesplicer_40 genesplicer 7.209986

score 7.209986

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

3269 3268 Genesplicer_42 genesplicer 3.872836

score 3.872836

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

3409 3408 Genesplicer_43 genesplicer 4.259435

score 4.259435

SPLICE_SITE_TYPE donor

SEQUENCE GT

3536 3535 Genesplicer_46 genesplicer 6.11056

score 6.11056

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

3877 3876 Genesplicer_47 genesplicer 2.634029

score 2.634029

SPLICE_SITE_TYPE donor

SEQUENCE GT

3987 3986 Genesplicer_49 genesplicer 6.640656

score 6.640656

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

4061 4060 Genesplicer_51 genesplicer 4.843348

score 4.843348

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

4145 4144 Genesplicer_53 genesplicer 3.771018

score 3.771018

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

4323 4322 Genesplicer_54 genesplicer 6.554929

score 6.554929

SPLICE_SITE_TYPE donor

SEQUENCE GT

4326 4325 Genesplicer_55 genesplicer 3.757248

score 3.757248

SPLICE_SITE_TYPE donor

SEQUENCE GT

4445 4444 Genesplicer_67 genesplicer 9.363315

score 9.363315

SPLICE_SITE_TYPE donor

SEQUENCE GT

5447 5446 Genesplicer_69 genesplicer 5.522898

score 5.522898

SPLICE_SITE_TYPE donor

SEQUENCE GT

5626 5625 Genesplicer_73 genesplicer 3.979819

score 3.979819

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

5957 5956 Genesplicer_74 genesplicer 9.034914

score 9.034914

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

6146 6145 Genesplicer_76 genesplicer 3.271017

score 3.271017

SPLICE_SITE_TYPE donor

SEQUENCE GT

6288 6287 Genesplicer_78 genesplicer 3.499872

score 3.499872

SPLICE_SITE_TYPE donor

SEQUENCE GT

6485 6484 Genesplicer_82 genesplicer 6.03522

score 6.03522

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

7991 7990 Genesplicer_90 genesplicer 3.46893

score 3.46893

SPLICE_SITE_TYPE donor

SEQUENCE GT

10024 10023 Genesplicer_91 genesplicer 5.859451

score 5.859451

SPLICE_SITE_TYPE donor

SEQUENCE GT

10226 10225 Genesplicer_95 genesplicer 8.191559

score 8.191559

SPLICE_SITE_TYPE donor

SEQUENCE GT

10568 10567 Genesplicer_96 genesplicer 3.190591

score 3.190591

SPLICE_SITE_TYPE donor

SEQUENCE GT

10695 10694 Genesplicer_98 genesplicer 5.645842

score 5.645842

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

10825 10824 Genesplicer_99 genesplicer 8.456191

score 8.456191

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

10927 10926 Genesplicer_100 genesplicer 2.452297

score 2.452297

SPLICE_SITE_TYPE donor

SEQUENCE GT

11076 11075 Genesplicer_101 genesplicer 4.484901

score 4.484901

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

11247 11246 Genesplicer_102 genesplicer 5.223652

score 5.223652

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

11596 11595 Genesplicer_105 genesplicer 3.963847

score 3.963847

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

12073 12072 Genesplicer_106 genesplicer 6.720627

score 6.720627

SPLICE_SITE_TYPE donor

SEQUENCE GT

12256 12255 Genesplicer_107 genesplicer 4.62872

score 4.62872

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

12372 12371 Genesplicer_109 genesplicer 4.505537

score 4.505537

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

12673 12672 Genesplicer_110 genesplicer 2.51782

score 2.51782

SPLICE_SITE_TYPE donor

SEQUENCE GT

12756 12755 Genesplicer_112 genesplicer 4.31533

score 4.31533

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

13084 13083 Genesplicer_113 genesplicer 9.75054

score 9.75054

SPLICE_SITE_TYPE donor

SEQUENCE GT

13166 13165 Genesplicer_114 genesplicer 5.765498

score 5.765498

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

13233 13232 Genesplicer_115 genesplicer 8.759514

score 8.759514

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

13429 13428 Genesplicer_116 genesplicer 5.731952

score 5.731952

SPLICE_SITE_TYPE donor

SEQUENCE GT

13538 13537 Genesplicer_117 genesplicer 8.574753

score 8.574753

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

13591 13590 Genesplicer_120 genesplicer 8.084776

score 8.084776

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

13974 13973 Genesplicer_122 genesplicer 5.304657

score 5.304657

SPLICE_SITE_TYPE donor

SEQUENCE GT

14170 14169 Genesplicer_125 genesplicer 5.617355

score 5.617355

SPLICE_SITE_TYPE donor

SEQUENCE GT

15120 15119 Genesplicer_127 genesplicer 10.459831

score 10.459831

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

15368 15367 Genesplicer_129 genesplicer 4.222128

score 4.222128

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

15644 15643 Genesplicer_130 genesplicer 3.925039

score 3.925039

SPLICE_SITE_TYPE donor

SEQUENCE GT

15695 15694 Genesplicer_132 genesplicer 3.690484

score 3.690484

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

16178 16177 Genesplicer_133 genesplicer 3.373206

score 3.373206

SPLICE_SITE_TYPE donor

SEQUENCE GT

16246 16245 Genesplicer_135 genesplicer 7.974038

score 7.974038

SPLICE_SITE_TYPE donor

SEQUENCE GT

16356 16355 Genesplicer_136 genesplicer 3.829473

score 3.829473

SPLICE_SITE_TYPE donor

SEQUENCE GT

16775 16774 Genesplicer_137 genesplicer 4.111189

score 4.111189

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

16905 16904 Genesplicer_138 genesplicer 13.667479

score 13.667479

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

17020 17019 Genesplicer_139 genesplicer 13.72894

score 13.72894

SPLICE_SITE_TYPE donor

SEQUENCE GT

17102 17101 Genesplicer_141 genesplicer 3.471229

score 3.471229

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

17223 17222 Genesplicer_142 genesplicer 3.975537

score 3.975537

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

17309 17308 Genesplicer_144 genesplicer 5.905955

score 5.905955

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

17956 17955 Genesplicer_147 genesplicer 6.504127

score 6.504127

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

18385 18384 Genesplicer_150 genesplicer 4.923066

score 4.923066

SPLICE_SITE_TYPE donor

SEQUENCE GT

18550 18549 Genesplicer_151 genesplicer 7.246278

score 7.246278

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

18629 18628 Genesplicer_153 genesplicer 11.857758

score 11.857758

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

18936 18935 Genesplicer_155 genesplicer 6.153919

score 6.153919

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

19180 19179 Genesplicer_156 genesplicer 4.621371

score 4.621371

SPLICE_SITE_TYPE donor

SEQUENCE GT

19304 19303 Genesplicer_157 genesplicer 4.929948

score 4.929948

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

19342 19341 Genesplicer_159 genesplicer 5.209057

score 5.209057

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

19685 19684 Genesplicer_160 genesplicer 5.4038

score 5.4038

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

19900 19899 Genesplicer_161 genesplicer 3.748431

score 3.748431

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

20219 20218 Genesplicer_162 genesplicer 8.498303

score 8.498303

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

20347 20346 Genesplicer_165 genesplicer 6.474289

score 6.474289

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

20713 20712 Genesplicer_166 genesplicer 3.475975

score 3.475975

SPLICE_SITE_TYPE donor

SEQUENCE GT

20762 20761 Genesplicer_169 genesplicer 5.584235

score 5.584235

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

21147 21146 Genesplicer_170 genesplicer 2.745523

score 2.745523

SPLICE_SITE_TYPE donor

SEQUENCE GT

21193 21192 Genesplicer_173 genesplicer 4.530021

score 4.530021

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

21409 21408 Genesplicer_176 genesplicer 8.981978

score 8.981978

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

21579 21578 Genesplicer_179 genesplicer 7.907921

score 7.907921

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

21756 21755 Genesplicer_181 genesplicer 3.687182

score 3.687182

SPLICE_SITE_TYPE donor

SEQUENCE GT

21852 21851 Genesplicer_182 genesplicer 8.259149

score 8.259149

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

21945 21944 Genesplicer_185 genesplicer 5.771069

score 5.771069

SPLICE_SITE_TYPE donor

SEQUENCE GT

22182 22181 Genesplicer_187 genesplicer 7.858242

score 7.858242

SPLICE_SITE_TYPE donor

SEQUENCE GT

22425 22424 Genesplicer_191 genesplicer 3.903512

score 3.903512

SPLICE_SITE_TYPE donor

SEQUENCE GT

22881 22880 Genesplicer_192 genesplicer 6.39492

score 6.39492

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

22924 22923 Genesplicer_193 genesplicer 5.027163

score 5.027163

SPLICE_SITE_TYPE donor

SEQUENCE GT

23006 23005 Genesplicer_194 genesplicer 10.66795

score 10.66795

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

23058 23057 Genesplicer_195 genesplicer 7.747502

score 7.747502

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

23126 23125 Genesplicer_196 genesplicer 4.309166

score 4.309166

SPLICE_SITE_TYPE donor

SEQUENCE GT

23188 23187 Genesplicer_197 genesplicer 12.227412

score 12.227412

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

23303 23302 Genesplicer_198 genesplicer 3.073727

score 3.073727

SPLICE_SITE_TYPE donor

SEQUENCE GT

23452 23451 Genesplicer_201 genesplicer 11.782524

score 11.782524

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

23680 23679 Genesplicer_202 genesplicer 8.325739

score 8.325739

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

23775 23774 Genesplicer_203 genesplicer 6.861451

score 6.861451

SPLICE_SITE_TYPE donor

SEQUENCE GT

23873 23872 Genesplicer_209 genesplicer 10.431356

score 10.431356

SPLICE_SITE_TYPE donor

SEQUENCE GT

24744 24743 Genesplicer_210 genesplicer 5.814409

score 5.814409

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

24813 24812 Genesplicer_211 genesplicer 6.915444

score 6.915444

SPLICE_SITE_TYPE donor

SEQUENCE GT

24892 24891 Genesplicer_213 genesplicer 9.432636

score 9.432636

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

25087 25086 Genesplicer_216 genesplicer 5.416296

score 5.416296

SPLICE_SITE_TYPE donor

SEQUENCE GT

25440 25439 Genesplicer_217 genesplicer 4.44112

score 4.44112

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

25539 25538 Genesplicer_219 genesplicer 3.489426

score 3.489426

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

25666 25665 Genesplicer_220 genesplicer 3.758269

score 3.758269

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

25758 25757 Genesplicer_226 genesplicer 3.725052

score 3.725052

SPLICE_SITE_TYPE donor

SEQUENCE GT

26188 26187 Genesplicer_229 genesplicer 3.431904

score 3.431904

SPLICE_SITE_TYPE donor

SEQUENCE GT

26505 26504 Genesplicer_231 genesplicer 5.753435

score 5.753435

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

26683 26682 Genesplicer_234 genesplicer 3.7695

score 3.7695

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

27172 27171 Genesplicer_235 genesplicer 2.811658

score 2.811658

SPLICE_SITE_TYPE donor

SEQUENCE GT

27231 27230 Genesplicer_236 genesplicer 6.531906

score 6.531906

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

27236 27235 Genesplicer_238 genesplicer 11.816154

score 11.816154

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

27817 27816 Genesplicer_240 genesplicer 8.060239

score 8.060239

SPLICE_SITE_TYPE donor

SEQUENCE GT

27978 27977 Genesplicer_241 genesplicer 6.05064

score 6.05064

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

28461 28460 Genesplicer_242 genesplicer 7.878644

score 7.878644

SPLICE_SITE_TYPE donor

SEQUENCE GT

28543 28542 Genesplicer_243 genesplicer 3.647213

score 3.647213

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

28647 28646 Genesplicer_244 genesplicer 5.750116

score 5.750116

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

28750 28749 Genesplicer_248 genesplicer 4.750407

score 4.750407

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

29210 29209 Genesplicer_249 genesplicer 3.489102

score 3.489102

SPLICE_SITE_TYPE donor

SEQUENCE GT

29290 29289 Genesplicer_251 genesplicer 4.126856

score 4.126856

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

29431 29430 Genesplicer_252 genesplicer 4.048363

score 4.048363

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

29965 29964 Genesplicer_253 genesplicer 2.2684

score 2.2684

SPLICE_SITE_TYPE donor

SEQUENCE GT

30053 30052 Genesplicer_254 genesplicer 7.603365

score 7.603365

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

30183 30182 Genesplicer_255 genesplicer 13.800933

score 13.800933

SPLICE_SITE_TYPE donor

SEQUENCE GT

30293 30292 Genesplicer_258 genesplicer 7.250054

score 7.250054

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

30702 30701 Genesplicer_259 genesplicer 5.180251

score 5.180251

SPLICE_SITE_TYPE donor

SEQUENCE GT

30772 30771 Genesplicer_260 genesplicer 4.552949

score 4.552949

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

31112 31111 Genesplicer_262 genesplicer 5.342833

score 5.342833

SPLICE_SITE_TYPE donor

SEQUENCE GT

31263 31262 Genesplicer_263 genesplicer 5.041959

score 5.041959

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

31619 31618 Genesplicer_265 genesplicer 9.967147

score 9.967147

SPLICE_SITE_TYPE donor

SEQUENCE GT

31806 31805 Genesplicer_268 genesplicer 2.406998

score 2.406998

SPLICE_SITE_TYPE donor

SEQUENCE GT

32602 32601 Genesplicer_275 genesplicer 4.719326

score 4.719326

SPLICE_SITE_TYPE donor

SEQUENCE GT

33337 33336 Genesplicer_277 genesplicer 8.410024

score 8.410024

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

33948 33947 Genesplicer_283 genesplicer 3.618441

score 3.618441

SPLICE_SITE_TYPE donor

SEQUENCE GT

35031 35030 Genesplicer_301 genesplicer 5.114036

score 5.114036

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

37928 37927 Genesplicer_302 genesplicer 3.749461

score 3.749461

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

37991 37990 Genesplicer_303 genesplicer 6.435711

score 6.435711

SPLICE_SITE_TYPE donor

SEQUENCE GT

38076 38075 Genesplicer_305 genesplicer 8.133753

score 8.133753

SPLICE_SITE_TYPE donor

SEQUENCE GT

38192 38191 Genesplicer_306 genesplicer 5.471036

score 5.471036

SPLICE_SITE_TYPE donor

SEQUENCE GT

38507 38506 Genesplicer_307 genesplicer 4.52471

score 4.52471

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

38562 38561 Genesplicer_309 genesplicer 4.669592

score 4.669592

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

38919 38918 Genesplicer_313 genesplicer 3.690011

score 3.690011

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

40292 40291 Genesplicer_316 genesplicer 3.017903

score 3.017903

SPLICE_SITE_TYPE donor

SEQUENCE GT

40610 40609 Genesplicer_323 genesplicer 3.430628

score 3.430628

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

41635 41634 Genesplicer_329 genesplicer 8.157008

score 8.157008

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

42427 42426 Genesplicer_330 genesplicer 4.256617

score 4.256617

SPLICE_SITE_TYPE donor

SEQUENCE GT

42507 42506 Genesplicer_331 genesplicer 6.736688

score 6.736688

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

42628 42627 Genesplicer_332 genesplicer 4.078464

score 4.078464

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

42814 42813 Genesplicer_334 genesplicer 8.155341

score 8.155341

SPLICE_SITE_TYPE donor

SEQUENCE GT

42976 42975 Genesplicer_343 genesplicer 6.460548

score 6.460548

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

43786 43785 Genesplicer_344 genesplicer 4.346792

score 4.346792

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

43908 43907 Genesplicer_347 genesplicer 3.94357

score 3.94357

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

44228 44227 Genesplicer_348 genesplicer 6.813603

score 6.813603

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

44334 44333 Genesplicer_357 genesplicer 7.662452

score 7.662452

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

45205 45204 Genesplicer_359 genesplicer 12.804883

score 12.804883

SPLICE_SITE_TYPE donor

SEQUENCE GT

45289 45288 Genesplicer_361 genesplicer 4.454283

score 4.454283

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

45776 45775 Genesplicer_363 genesplicer 7.723573

score 7.723573

SPLICE_SITE_TYPE donor

SEQUENCE GT

46066 46065 Genesplicer_364 genesplicer 11.226301

score 11.226301

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

46203 46202 Genesplicer_367 genesplicer 5.075848

score 5.075848

SPLICE_SITE_TYPE donor

SEQUENCE GT

46440 46439 Genesplicer_368 genesplicer 6.624031

score 6.624031

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

46540 46539 Genesplicer_370 genesplicer 8.992091

score 8.992091

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

46702 46701 Genesplicer_371 genesplicer 3.191167

score 3.191167

SPLICE_SITE_TYPE donor

SEQUENCE GT

46765 46764 Genesplicer_372 genesplicer 8.148199

score 8.148199

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

46934 46933 Genesplicer_374 genesplicer 6.323834

score 6.323834

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

47014 47013 Genesplicer_375 genesplicer 5.00795

score 5.00795

SPLICE_SITE_TYPE donor

SEQUENCE GT

47067 47066 Genesplicer_376 genesplicer 5.690846

score 5.690846

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

47130 47129 Genesplicer_380 genesplicer 5.006461

score 5.006461

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

47654 47653 Genesplicer_382 genesplicer 3.971123

score 3.971123

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

47863 47862 Genesplicer_384 genesplicer 6.978539

score 6.978539

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

48023 48022 Genesplicer_386 genesplicer 5.078073

score 5.078073

SPLICE_SITE_TYPE donor

SEQUENCE GT

48172 48171 Genesplicer_387 genesplicer 4.245721

score 4.245721

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

48420 48419 Genesplicer_388 genesplicer 8.734298

score 8.734298

SPLICE_SITE_TYPE donor

SEQUENCE GT

48577 48576 Genesplicer_390 genesplicer 3.562342

score 3.562342

SPLICE_SITE_TYPE donor

SEQUENCE GT

48801 48800 Genesplicer_393 genesplicer 3.517888

score 3.517888

SPLICE_SITE_TYPE donor

SEQUENCE GT

49621 49620 Genesplicer_395 genesplicer 9.476833

score 9.476833

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

49912 49911 Genesplicer_396 genesplicer 9.626822

score 9.626822

SPLICE_SITE_TYPE donor

SEQUENCE GT

50027 50026 Genesplicer_398 genesplicer 3.547502

score 3.547502

SPLICE_SITE_TYPE donor

SEQUENCE GT

50227 50226 Genesplicer_400 genesplicer 3.168979

score 3.168979

SPLICE_SITE_TYPE donor

SEQUENCE GT

50574 50573 Genesplicer_405 genesplicer 3.519345

score 3.519345

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

51388 51387 Genesplicer_406 genesplicer 7.322127

score 7.322127

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

51455 51454 Genesplicer_407 genesplicer 3.472679

score 3.472679

SPLICE_SITE_TYPE donor

SEQUENCE GT

51489 51488 Genesplicer_408 genesplicer 3.63492

score 3.63492

SPLICE_SITE_TYPE donor

SEQUENCE GT

51592 51591 Genesplicer_409 genesplicer 5.33229

score 5.33229

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

51769 51768 Genesplicer_410 genesplicer 4.974917

score 4.974917

SPLICE_SITE_TYPE donor

SEQUENCE GT

51874 51873 Genesplicer_415 genesplicer 3.916531

score 3.916531

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

52994 52993 Genesplicer_418 genesplicer 6.698829

score 6.698829

SPLICE_SITE_TYPE donor

SEQUENCE GT

53191 53190 Genesplicer_420 genesplicer 2.753701

score 2.753701

SPLICE_SITE_TYPE donor

SEQUENCE GT

53597 53596 Genesplicer_421 genesplicer 7.755667

score 7.755667

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

53636 53635 Genesplicer_424 genesplicer 3.251486

score 3.251486

SPLICE_SITE_TYPE donor

SEQUENCE GT

53844 53843 Genesplicer_426 genesplicer 2.541544

score 2.541544

SPLICE_SITE_TYPE donor

SEQUENCE GT

54121 54120 Genesplicer_428 genesplicer 3.074596

score 3.074596

SPLICE_SITE_TYPE donor

SEQUENCE GT

54364 54363 Genesplicer_429 genesplicer 6.266459

score 6.266459

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

54502 54501 Genesplicer_432 genesplicer 4.661941

score 4.661941

SPLICE_SITE_TYPE donor

SEQUENCE GT

54686 54685 Genesplicer_435 genesplicer 2.496383

score 2.496383

SPLICE_SITE_TYPE donor

SEQUENCE GT

54940 54939 Genesplicer_439 genesplicer 4.139987

score 4.139987

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

55841 55840 Genesplicer_440 genesplicer 4.83019

score 4.83019

SPLICE_SITE_TYPE donor

SEQUENCE GT

55939 55938 Genesplicer_442 genesplicer 3.550992

score 3.550992

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

56604 56603 Genesplicer_444 genesplicer 4.776238

score 4.776238

SPLICE_SITE_TYPE donor

SEQUENCE GT

57088 57087 Genesplicer_446 genesplicer 5.783314

score 5.783314

SPLICE_SITE_TYPE donor

SEQUENCE GT

57295 57294 Genesplicer_447 genesplicer 7.117663

score 7.117663

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

57451 57450 Genesplicer_450 genesplicer 4.388172

score 4.388172

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

57866 57865 Genesplicer_451 genesplicer 7.183107

score 7.183107

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

58026 58025 Genesplicer_452 genesplicer 6.184067

score 6.184067

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

58188 58187 Genesplicer_454 genesplicer 3.256508

score 3.256508

SPLICE_SITE_TYPE donor

SEQUENCE GT

58450 58449 Genesplicer_459 genesplicer 4.924287

score 4.924287

SPLICE_SITE_TYPE donor

SEQUENCE GT

59040 59039 Genesplicer_462 genesplicer 4.379301

score 4.379301

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

59575 59574 Genesplicer_468 genesplicer 8.316636

score 8.316636

SPLICE_SITE_TYPE donor

SEQUENCE GT

60231 60230 Genesplicer_473 genesplicer 4.293979

score 4.293979

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

60778 60777 Genesplicer_474 genesplicer 9.056429

score 9.056429

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

60902 60901 Genesplicer_475 genesplicer 8.798682

score 8.798682

SPLICE_SITE_TYPE donor

SEQUENCE GT

60961 60960 Genesplicer_476 genesplicer 5.552591

score 5.552591

SPLICE_SITE_TYPE donor

SEQUENCE GT

61025 61024 Genesplicer_480 genesplicer 5.246676

score 5.246676

SPLICE_SITE_TYPE donor

SEQUENCE GT

61436 61435 Genesplicer_484 genesplicer 5.039545

score 5.039545

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

61861 61860 Genesplicer_485 genesplicer 8.814026

score 8.814026

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

62024 62023 Genesplicer_486 genesplicer 4.400185

score 4.400185

SPLICE_SITE_TYPE donor

SEQUENCE GT

62108 62107 Genesplicer_487 genesplicer 2.547714

score 2.547714

SPLICE_SITE_TYPE donor

SEQUENCE GT

62266 62265 Genesplicer_490 genesplicer 8.896514

score 8.896514

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

62500 62499 Genesplicer_493 genesplicer 3.094988

score 3.094988

SPLICE_SITE_TYPE donor

SEQUENCE GT

63327 63326 Genesplicer_496 genesplicer 6.179804

score 6.179804

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

63702 63701 Genesplicer_497 genesplicer 3.952145

score 3.952145

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

63791 63790 Genesplicer_498 genesplicer 4.124038

score 4.124038

SPLICE_SITE_TYPE donor

SEQUENCE GT

64033 64032 Genesplicer_499 genesplicer 8.652698

score 8.652698

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

64061 64060 Genesplicer_500 genesplicer 4.201001

score 4.201001

SPLICE_SITE_TYPE donor

SEQUENCE GT

64134 64133 Genesplicer_507 genesplicer 4.397126

score 4.397126

SPLICE_SITE_TYPE donor

SEQUENCE GT

64807 64806 Genesplicer_509 genesplicer 2.606681

score 2.606681

SPLICE_SITE_TYPE donor

SEQUENCE GT

65051 65050 Genesplicer_515 genesplicer 6.566786

score 6.566786

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

65574 65573 Genesplicer_522 genesplicer 5.322013

score 5.322013

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

66419 66418 Genesplicer_523 genesplicer 5.467023

score 5.467023

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

66822 66821 Genesplicer_526 genesplicer 6.960763

score 6.960763

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

67031 67030 Genesplicer_530 genesplicer 7.045192

score 7.045192

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

67516 67515 Genesplicer_533 genesplicer 12.214296

score 12.214296

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

67766 67765 Genesplicer_534 genesplicer 3.918349

score 3.918349

SPLICE_SITE_TYPE donor

SEQUENCE GT

67868 67867 Genesplicer_535 genesplicer 3.816148

score 3.816148

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

68028 68027 Genesplicer_536 genesplicer 3.968615

score 3.968615

SPLICE_SITE_TYPE donor

SEQUENCE GT

68147 68146 Genesplicer_537 genesplicer 7.310288

score 7.310288

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

68376 68375 Genesplicer_538 genesplicer 5.270451

score 5.270451

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

68524 68523 Genesplicer_540 genesplicer 4.190659

score 4.190659

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

68639 68638 Genesplicer_541 genesplicer 5.352778

score 5.352778

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

68756 68755 Genesplicer_543 genesplicer 2.600038

score 2.600038

SPLICE_SITE_TYPE donor

SEQUENCE GT

69082 69081 Genesplicer_545 genesplicer 5.10898

score 5.10898

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

69281 69280 Genesplicer_547 genesplicer 13.940696

score 13.940696

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

69861 69860 Genesplicer_548 genesplicer 3.673621

score 3.673621

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

69958 69957 Genesplicer_551 genesplicer 16.687523

score 16.687523

SPLICE_SITE_TYPE donor

SEQUENCE GT

70116 70115 Genesplicer_552 genesplicer 6.301205

score 6.301205

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

70242 70241 Genesplicer_553 genesplicer 2.586842

score 2.586842

SPLICE_SITE_TYPE donor

SEQUENCE GT

70303 70302 Genesplicer_554 genesplicer 3.011392

score 3.011392

SPLICE_SITE_TYPE donor

SEQUENCE GT

70374 70373 Genesplicer_555 genesplicer 5.952712

score 5.952712

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

70410 70409 Genesplicer_559 genesplicer 6.242697

score 6.242697

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

70823 70822 Genesplicer_560 genesplicer 8.433427

score 8.433427

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

70979 70978 Genesplicer_562 genesplicer 6.086698

score 6.086698

SPLICE_SITE_TYPE donor

SEQUENCE GT

71058 71057 Genesplicer_563 genesplicer 4.146142

score 4.146142

SPLICE_SITE_TYPE donor

SEQUENCE GT

71129 71128 Genesplicer_566 genesplicer 6.458665

score 6.458665

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

71333 71332 Genesplicer_568 genesplicer 5.62904

score 5.62904

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

71557 71556 Genesplicer_569 genesplicer 5.318742

score 5.318742

SPLICE_SITE_TYPE donor

SEQUENCE GT

71646 71645 Genesplicer_570 genesplicer 3.88514

score 3.88514

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

71822 71821 Genesplicer_571 genesplicer 5.083836

score 5.083836

SPLICE_SITE_TYPE donor

SEQUENCE GT

71871 71870 Genesplicer_572 genesplicer 2.625316

score 2.625316

SPLICE_SITE_TYPE donor

SEQUENCE GT

71937 71936 Genesplicer_573 genesplicer 6.50038

score 6.50038

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

72012 72011 Genesplicer_575 genesplicer 4.44861

score 4.44861

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

72253 72252 Genesplicer_576 genesplicer 5.348351

score 5.348351

SPLICE_SITE_TYPE donor

SEQUENCE GT

72338 72337 Genesplicer_579 genesplicer 4.494808

score 4.494808

SPLICE_SITE_TYPE donor

SEQUENCE GT

72677 72676 Genesplicer_580 genesplicer 6.776787

score 6.776787

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

72765 72764 Genesplicer_581 genesplicer 7.173833

score 7.173833

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

72955 72954 Genesplicer_582 genesplicer 5.860048

score 5.860048

SPLICE_SITE_TYPE donor

SEQUENCE GT

73025 73024 Genesplicer_587 genesplicer 8.452098

score 8.452098

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

73416 73415 Genesplicer_589 genesplicer 5.714883

score 5.714883

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

73807 73806 Genesplicer_591 genesplicer 10.76958

score 10.76958

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

73955 73954 Genesplicer_592 genesplicer 4.184843

score 4.184843

SPLICE_SITE_TYPE donor

SEQUENCE GT

74064 74063 Genesplicer_593 genesplicer 6.62826

score 6.62826

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

74066 74065 Genesplicer_594 genesplicer 2.711381

score 2.711381

SPLICE_SITE_TYPE donor

SEQUENCE GT

74139 74138 Genesplicer_595 genesplicer 4.684542

score 4.684542

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

74342 74341 Genesplicer_596 genesplicer 4.080437

score 4.080437

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

74426 74425 Genesplicer_598 genesplicer 7.638202

score 7.638202

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

74606 74605 Genesplicer_599 genesplicer 6.630934

score 6.630934

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

74714 74713 Genesplicer_601 genesplicer 2.797506

score 2.797506

SPLICE_SITE_TYPE donor

SEQUENCE GT

74985 74984 Genesplicer_603 genesplicer 3.809302

score 3.809302

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

75479 75478 Genesplicer_605 genesplicer 3.575402

score 3.575402

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

75692 75691 Genesplicer_613 genesplicer 6.821414

score 6.821414

SPLICE_SITE_TYPE donor

SEQUENCE GT

77077 77076 Genesplicer_614 genesplicer 10.168053

score 10.168053

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

77151 77150 Genesplicer_615 genesplicer 2.45159

score 2.45159

SPLICE_SITE_TYPE donor

SEQUENCE GT

77201 77200 Genesplicer_616 genesplicer 5.942416

score 5.942416

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

77358 77357 Genesplicer_617 genesplicer 10.97321

score 10.97321

SPLICE_SITE_TYPE donor

SEQUENCE GT

77433 77432 Genesplicer_620 genesplicer 7.676671

score 7.676671

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

78234 78233 Genesplicer_621 genesplicer 5.659309

score 5.659309

SPLICE_SITE_TYPE donor

SEQUENCE GT

78333 78332 Genesplicer_623 genesplicer 9.938359

score 9.938359

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

78566 78565 Genesplicer_624 genesplicer 5.205921

score 5.205921

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

78819 78818 Genesplicer_626 genesplicer 3.468659

score 3.468659

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

79262 79261 Genesplicer_629 genesplicer 6.944351

score 6.944351

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

79459 79458 Genesplicer_634 genesplicer 8.346683

score 8.346683

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

79933 79932 Genesplicer_636 genesplicer 5.275875

score 5.275875

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

80257 80256 Genesplicer_638 genesplicer 7.66261

score 7.66261

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

80403 80402 Genesplicer_639 genesplicer 8.256312

score 8.256312

SPLICE_SITE_TYPE donor

SEQUENCE GT

80484 80483 Genesplicer_643 genesplicer 8.869529

score 8.869529

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

80752 80751 Genesplicer_645 genesplicer 2.27133

score 2.27133

SPLICE_SITE_TYPE donor

SEQUENCE GT

80875 80874 Genesplicer_646 genesplicer 4.700906

score 4.700906

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

81431 81430 Genesplicer_647 genesplicer 4.490488

score 4.490488

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

81589 81588 Genesplicer_648 genesplicer 7.637481

score 7.637481

SPLICE_SITE_TYPE donor

SEQUENCE GT

81767 81766 Genesplicer_649 genesplicer 8.101871

score 8.101871

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

81835 81834 Genesplicer_650 genesplicer 4.816159

score 4.816159

SPLICE_SITE_TYPE donor

SEQUENCE GT

82149 82148 Genesplicer_651 genesplicer 4.759463

score 4.759463

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

82198 82197 Genesplicer_655 genesplicer 3.558432

score 3.558432

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

82939 82938 Genesplicer_656 genesplicer 4.001558

score 4.001558

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

83035 83034 Genesplicer_657 genesplicer 9.044455

score 9.044455

SPLICE_SITE_TYPE donor

SEQUENCE GT

83131 83130 Genesplicer_658 genesplicer 3.577284

score 3.577284

SPLICE_SITE_TYPE donor

SEQUENCE GT

83424 83423 Genesplicer_659 genesplicer 5.393815

score 5.393815

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

83503 83502 Genesplicer_661 genesplicer 6.662737

score 6.662737

SPLICE_SITE_TYPE donor

SEQUENCE GT

83717 83716 Genesplicer_664 genesplicer 8.286371

score 8.286371

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

83897 83896 Genesplicer_668 genesplicer 7.388636

score 7.388636

SPLICE_SITE_TYPE donor

SEQUENCE GT

84127 84126 Genesplicer_669 genesplicer 2.93845

score 2.93845

SPLICE_SITE_TYPE donor

SEQUENCE GT

84300 84299 Genesplicer_670 genesplicer 5.145386

score 5.145386

SPLICE_SITE_TYPE donor

SEQUENCE GT

84372 84371 Genesplicer_672 genesplicer 7.469334

score 7.469334

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

84543 84542 Genesplicer_673 genesplicer 4.233138

score 4.233138

SPLICE_SITE_TYPE donor

SEQUENCE GT

84609 84608 Genesplicer_679 genesplicer 3.92443

score 3.92443

SPLICE_SITE_TYPE donor

SEQUENCE GT

85509 85508 Genesplicer_680 genesplicer 9.265003

score 9.265003

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

85596 85595 Genesplicer_682 genesplicer 2.29595

score 2.29595

SPLICE_SITE_TYPE donor

SEQUENCE GT

85690 85689 Genesplicer_684 genesplicer 9.432845

score 9.432845

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

85806 85805 Genesplicer_686 genesplicer 6.540446

score 6.540446

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

86130 86129 Genesplicer_688 genesplicer 10.629829

score 10.629829

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

86273 86272 Genesplicer_689 genesplicer 2.704484

score 2.704484

SPLICE_SITE_TYPE donor

SEQUENCE GT

86453 86452 Genesplicer_690 genesplicer 8.192386

score 8.192386

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

86533 86532 Genesplicer_691 genesplicer 5.540786

score 5.540786

SPLICE_SITE_TYPE donor

SEQUENCE GT

86642 86641 Genesplicer_692 genesplicer 7.146418

score 7.146418

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

86766 86765 Genesplicer_693 genesplicer 2.951519

score 2.951519

SPLICE_SITE_TYPE donor

SEQUENCE GT

86782 86781 Genesplicer_694 genesplicer 5.752116

score 5.752116

SPLICE_SITE_TYPE donor

SEQUENCE GT

86874 86873 Genesplicer_695 genesplicer 3.886127

score 3.886127

SPLICE_SITE_TYPE donor

SEQUENCE GT

87187 87186 Genesplicer_696 genesplicer 8.37437

score 8.37437

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

87279 87278 Genesplicer_697 genesplicer 4.329464

score 4.329464

SPLICE_SITE_TYPE donor

SEQUENCE GT

87413 87412 Genesplicer_699 genesplicer 7.120392

score 7.120392

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

87693 87692 Genesplicer_701 genesplicer 3.650193

score 3.650193

SPLICE_SITE_TYPE donor

SEQUENCE GT

88038 88037 Genesplicer_702 genesplicer 9.481299

score 9.481299

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

88093 88092 Genesplicer_705 genesplicer 6.36126

score 6.36126

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

88744 88743 Genesplicer_706 genesplicer 3.190134

score 3.190134

SPLICE_SITE_TYPE donor

SEQUENCE GT

88876 88875 Genesplicer_707 genesplicer 4.358706

score 4.358706

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

89878 89877 Genesplicer_708 genesplicer 5.059

score 5.059

SPLICE_SITE_TYPE donor

SEQUENCE GT

89985 89984 Genesplicer_710 genesplicer 3.249169

score 3.249169

SPLICE_SITE_TYPE donor

SEQUENCE GT

90398 90397 Genesplicer_712 genesplicer 5.468245

score 5.468245

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

90728 90727 Genesplicer_715 genesplicer 2.284225

score 2.284225

SPLICE_SITE_TYPE donor

SEQUENCE GT

91209 91208 Genesplicer_725 genesplicer 4.229786

score 4.229786

SPLICE_SITE_TYPE donor

SEQUENCE GT

92572 92571 Genesplicer_727 genesplicer 11.277781

score 11.277781

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

92830 92829 Genesplicer_730 genesplicer 4.702114

score 4.702114

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

93170 93169 Genesplicer_736 genesplicer 7.726258

score 7.726258

SPLICE_SITE_TYPE donor

SEQUENCE GT

93766 93765 Genesplicer_738 genesplicer 3.118674

score 3.118674

SPLICE_SITE_TYPE donor

SEQUENCE GT

93990 93989 Genesplicer_739 genesplicer 14.219664

score 14.219664

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

94134 94133 Genesplicer_741 genesplicer 5.069543

score 5.069543

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

94256 94255 Genesplicer_742 genesplicer 6.19663

score 6.19663

SPLICE_SITE_TYPE donor

SEQUENCE GT

94312 94311 Genesplicer_743 genesplicer 4.000959

score 4.000959

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

94453 94452 Genesplicer_744 genesplicer 8.119797

score 8.119797

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

94602 94601 Genesplicer_745 genesplicer 5.300356

score 5.300356

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

94886 94885 Genesplicer_746 genesplicer 4.469386

score 4.469386

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

94981 94980 Genesplicer_747 genesplicer 10.457167

score 10.457167

SPLICE_SITE_TYPE donor

SEQUENCE GT

95114 95113 Genesplicer_751 genesplicer 7.609757

score 7.609757

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

95760 95759 Genesplicer_753 genesplicer 5.329931

score 5.329931

SPLICE_SITE_TYPE donor

SEQUENCE GT

96164 96163 Genesplicer_755 genesplicer 4.442493

score 4.442493

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

96446 96445 Genesplicer_757 genesplicer 6.944421

score 6.944421

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

96935 96934 Genesplicer_759 genesplicer 7.412174

score 7.412174

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

97165 97164 Genesplicer_760 genesplicer 3.099595

score 3.099595

SPLICE_SITE_TYPE donor

SEQUENCE GT

97179 97178 Genesplicer_761 genesplicer 3.686591

score 3.686591

SPLICE_SITE_TYPE donor

SEQUENCE GT

97275 97274 Genesplicer_762 genesplicer 6.580807

score 6.580807

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

97312 97311 Genesplicer_764 genesplicer 3.561162

score 3.561162

SPLICE_SITE_TYPE donor

SEQUENCE GT

97454 97453 Genesplicer_765 genesplicer 4.642355

score 4.642355

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

97519 97518 Genesplicer_766 genesplicer 6.596188

score 6.596188

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

97590 97589 Genesplicer_767 genesplicer 7.503957

score 7.503957

SPLICE_SITE_TYPE donor

SEQUENCE GT

97718 97717 Genesplicer_769 genesplicer 3.338746

score 3.338746

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

98292 98291 Genesplicer_770 genesplicer 8.119481

score 8.119481

SPLICE_SITE_TYPE donor

SEQUENCE GT

98390 98389 Genesplicer_772 genesplicer 4.180114

score 4.180114

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

98540 98539 Genesplicer_776 genesplicer 5.243077

score 5.243077

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

99222 99221 Genesplicer_777 genesplicer 3.073727

score 3.073727

SPLICE_SITE_TYPE donor

SEQUENCE GT

99286 99285 Genesplicer_778 genesplicer 4.964898

score 4.964898

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

99426 99425 Genesplicer_779 genesplicer 3.931299

score 3.931299

SPLICE_SITE_TYPE donor

SEQUENCE GT

99578 99577 Genesplicer_780 genesplicer 9.222741

score 9.222741

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

99636 99635 Genesplicer_781 genesplicer 4.608866

score 4.608866

SPLICE_SITE_TYPE donor

SEQUENCE GT

99707 99706 Genesplicer_782 genesplicer 4.341934

score 4.341934

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

99857 99856 Genesplicer_783 genesplicer 4.005102

score 4.005102

SPLICE_SITE_TYPE donor

SEQUENCE GT

99901 99900 Genesplicer_785 genesplicer 3.47731

score 3.47731

SPLICE_SITE_TYPE donor

SEQUENCE GT

100240 100239 Genesplicer_786 genesplicer 5.964808

score 5.964808

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

100258 100257 Genesplicer_787 genesplicer 7.79994

score 7.79994

SPLICE_SITE_TYPE donor

SEQUENCE GT

100492 100491 Genesplicer_788 genesplicer 7.829189

score 7.829189

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

100590 100589 Genesplicer_789 genesplicer 7.398599

score 7.398599

SPLICE_SITE_TYPE donor

SEQUENCE GT

100673 100672 Genesplicer_791 genesplicer 4.497613

score 4.497613

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

100841 100840 Genesplicer_793 genesplicer 5.720966

score 5.720966

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

101004 101003 Genesplicer_795 genesplicer 3.158642

score 3.158642

SPLICE_SITE_TYPE donor

SEQUENCE GT

101271 101270 Genesplicer_799 genesplicer 6.086916

score 6.086916

SPLICE_SITE_TYPE donor

SEQUENCE GT

101739 101738 Genesplicer_800 genesplicer 2.598672

score 2.598672

SPLICE_SITE_TYPE donor

SEQUENCE GT

101920 101919 Genesplicer_806 genesplicer 4.42391

score 4.42391

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

102514 102513 Genesplicer_807 genesplicer 3.571399

score 3.571399

SPLICE_SITE_TYPE donor

SEQUENCE GT

102677 102676 Genesplicer_808 genesplicer 7.048618

score 7.048618

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

102791 102790 Genesplicer_809 genesplicer 5.023447

score 5.023447

SPLICE_SITE_TYPE donor

SEQUENCE GT

102875 102874 Genesplicer_818 genesplicer 5.471918

score 5.471918

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

104377 104376 Genesplicer_819 genesplicer 10.402438

score 10.402438

SPLICE_SITE_TYPE donor

SEQUENCE GT

104497 104496 Genesplicer_820 genesplicer 7.311917

score 7.311917

SPLICE_SITE_TYPE donor

SEQUENCE GT

104561 104560 Genesplicer_822 genesplicer 6.016648

score 6.016648

SPLICE_SITE_TYPE donor

SEQUENCE GT

104927 104926 Genesplicer_823 genesplicer 8.553898

score 8.553898

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

105010 105009 Genesplicer_825 genesplicer 4.437711

score 4.437711

SPLICE_SITE_TYPE donor

SEQUENCE GT

105342 105341 Genesplicer_826 genesplicer 5.254007

score 5.254007

SPLICE_SITE_TYPE donor

SEQUENCE GT

105417 105416 Genesplicer_827 genesplicer 6.739254

score 6.739254

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

105588 105587 Genesplicer_828 genesplicer 8.839155

score 8.839155

SPLICE_SITE_TYPE donor

SEQUENCE GT

105687 105686 Genesplicer_830 genesplicer 14.546333

score 14.546333

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

105902 105901 Genesplicer_831 genesplicer 2.433163

score 2.433163

SPLICE_SITE_TYPE donor

SEQUENCE GT

105964 105963 Genesplicer_834 genesplicer 3.519347

score 3.519347

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

106250 106249 Genesplicer_836 genesplicer 2.531582

score 2.531582

SPLICE_SITE_TYPE donor

SEQUENCE GT

106465 106464 Genesplicer_837 genesplicer 8.138303

score 8.138303

SPLICE_SITE_TYPE donor

SEQUENCE GT

106555 106554 Genesplicer_840 genesplicer 11.411992

score 11.411992

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

106916 106915 Genesplicer_842 genesplicer 6.934467

score 6.934467

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

107549 107548 Genesplicer_843 genesplicer 7.343641

score 7.343641

SPLICE_SITE_TYPE donor

SEQUENCE GT

107655 107654 Genesplicer_844 genesplicer 10.849974

score 10.849974

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

107662 107661 Genesplicer_845 genesplicer 2.396259

score 2.396259

SPLICE_SITE_TYPE donor

SEQUENCE GT

107924 107923 Genesplicer_846 genesplicer 3.411

score 3.411

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

108103 108102 Genesplicer_847 genesplicer 3.383232

score 3.383232

SPLICE_SITE_TYPE donor

SEQUENCE GT

108270 108269 Genesplicer_849 genesplicer 10.69567

score 10.69567

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

108369 108368 Genesplicer_850 genesplicer 4.874488

score 4.874488

SPLICE_SITE_TYPE donor

SEQUENCE GT

108452 108451 Genesplicer_852 genesplicer 5.137735

score 5.137735

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

108616 108615 Genesplicer_853 genesplicer 11.403874

score 11.403874

SPLICE_SITE_TYPE donor

SEQUENCE GT

108674 108673 Genesplicer_854 genesplicer 10.674033

score 10.674033

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

108802 108801 Genesplicer_856 genesplicer 5.402789

score 5.402789

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

108943 108942 Genesplicer_857 genesplicer 5.844344

score 5.844344

SPLICE_SITE_TYPE donor

SEQUENCE GT

109079 109078 Genesplicer_858 genesplicer 4.739854

score 4.739854

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

109177 109176 Genesplicer_860 genesplicer 4.295404

score 4.295404

SPLICE_SITE_TYPE donor

SEQUENCE GT

109825 109824 Genesplicer_861 genesplicer 10.387133

score 10.387133

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

109938 109937 Genesplicer_862 genesplicer 6.204242

score 6.204242

SPLICE_SITE_TYPE donor

SEQUENCE GT

109992 109991 Genesplicer_864 genesplicer 7.608106

score 7.608106

SPLICE_SITE_TYPE donor

SEQUENCE GT

110195 110194 Genesplicer_865 genesplicer 11.914618

score 11.914618

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

110284 110283 Genesplicer_867 genesplicer 5.579323

score 5.579323

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

110358 110357 Genesplicer_869 genesplicer 6.428605

score 6.428605

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

110611 110610 Genesplicer_870 genesplicer 7.491412

score 7.491412

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

110764 110763 Genesplicer_871 genesplicer 5.009825

score 5.009825

SPLICE_SITE_TYPE donor

SEQUENCE GT

110893 110892 Genesplicer_872 genesplicer 8.659091

score 8.659091

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

111107 111106 Genesplicer_873 genesplicer 3.265078

score 3.265078

SPLICE_SITE_TYPE donor

SEQUENCE GT

111287 111286 Genesplicer_874 genesplicer 4.892833

score 4.892833

SPLICE_SITE_TYPE donor

SEQUENCE GT

111388 111387 Genesplicer_875 genesplicer 3.980232

score 3.980232

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

111538 111537 Genesplicer_876 genesplicer 8.19227

score 8.19227

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

111640 111639 Genesplicer_877 genesplicer 3.974806

score 3.974806

SPLICE_SITE_TYPE donor

SEQUENCE GT

111746 111745 Genesplicer_878 genesplicer 10.199779

score 10.199779

SPLICE_SITE_TYPE donor

SEQUENCE GT

112116 112115 Genesplicer_879 genesplicer 13.57619

score 13.57619

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

112197 112196 Genesplicer_880 genesplicer 10.079285

score 10.079285

SPLICE_SITE_TYPE donor

SEQUENCE GT

112310 112309 Genesplicer_881 genesplicer 9.6249

score 9.6249

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

112423 112422 Genesplicer_882 genesplicer 4.792166

score 4.792166

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

112562 112561 Genesplicer_884 genesplicer 3.565197

score 3.565197

SPLICE_SITE_TYPE donor

SEQUENCE GT

112811 112810 Genesplicer_885 genesplicer 6.176796

score 6.176796

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

112866 112865 Genesplicer_886 genesplicer 6.534991

score 6.534991

SPLICE_SITE_TYPE donor

SEQUENCE GT

112911 112910 Genesplicer_887 genesplicer 4.324854

score 4.324854

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

113153 113152 Genesplicer_888 genesplicer 6.476003

score 6.476003

SPLICE_SITE_TYPE donor

SEQUENCE GT

113217 113216 Genesplicer_889 genesplicer 4.026434

score 4.026434

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

113242 113241 Genesplicer_890 genesplicer 12.204783

score 12.204783

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

113418 113417 Genesplicer_894 genesplicer 4.580525

score 4.580525

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

113975 113974 Genesplicer_896 genesplicer 6.634212

score 6.634212

SPLICE_SITE_TYPE donor

SEQUENCE GT

114387 114386 Genesplicer_897 genesplicer 4.415451

score 4.415451

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

114532 114531 Genesplicer_898 genesplicer 10.839407

score 10.839407

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

114672 114671 Genesplicer_899 genesplicer 4.303045

score 4.303045

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

114739 114738 Genesplicer_900 genesplicer 9.689875

score 9.689875

SPLICE_SITE_TYPE donor

SEQUENCE GT

114858 114857 Genesplicer_901 genesplicer 5.094285

score 5.094285

SPLICE_SITE_TYPE donor

SEQUENCE GT

115143 115142 Genesplicer_902 genesplicer 9.557461

score 9.557461

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

115253 115252 Genesplicer_903 genesplicer 5.7492

score 5.7492

SPLICE_SITE_TYPE donor

SEQUENCE GT

115399 115398 Genesplicer_904 genesplicer 8.697379

score 8.697379

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

115527 115526 Genesplicer_905 genesplicer 4.657424

score 4.657424

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

115590 115589 Genesplicer_907 genesplicer 4.854861

score 4.854861

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

116012 116011 Genesplicer_909 genesplicer 9.548211

score 9.548211

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

116352 116351 Genesplicer_911 genesplicer 5.78164

score 5.78164

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

116819 116818 Genesplicer_913 genesplicer 5.319724

score 5.319724

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

117391 117390 Genesplicer_914 genesplicer 9.096764

score 9.096764

SPLICE_SITE_TYPE donor

SEQUENCE GT

117434 117433 Genesplicer_915 genesplicer 4.472428

score 4.472428

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

117719 117718 Genesplicer_916 genesplicer 3.335726

score 3.335726

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

118282 118281 Genesplicer_917 genesplicer 8.651166

score 8.651166

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

118350 118349 Genesplicer_920 genesplicer 5.764722

score 5.764722

SPLICE_SITE_TYPE donor

SEQUENCE GT

118610 118609 Genesplicer_923 genesplicer 5.042262

score 5.042262

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

118937 118936 Genesplicer_924 genesplicer 2.852387

score 2.852387

SPLICE_SITE_TYPE donor

SEQUENCE GT

118965 118964 Genesplicer_925 genesplicer 7.401059

score 7.401059

SPLICE_SITE_TYPE donor

SEQUENCE GT

119262 119261 Genesplicer_926 genesplicer 6.728016

score 6.728016

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

119347 119346 Genesplicer_927 genesplicer 3.373078

score 3.373078

SPLICE_SITE_TYPE donor

SEQUENCE GT

119466 119465 Genesplicer_928 genesplicer 8.273653

score 8.273653

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

119528 119527 Genesplicer_930 genesplicer 6.147472

score 6.147472

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

119591 119590 Genesplicer_932 genesplicer 4.568995

score 4.568995

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

119816 119815 Genesplicer_933 genesplicer 4.058904

score 4.058904

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

119911 119910 Genesplicer_934 genesplicer 9.251516

score 9.251516

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

120063 120062 Genesplicer_941 genesplicer 13.141648

score 13.141648

SPLICE_SITE_TYPE donor

SEQUENCE GT

120964 120963 Genesplicer_942 genesplicer 9.390783

score 9.390783

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

121041 121040 Genesplicer_943 genesplicer 6.877398

score 6.877398

SPLICE_SITE_TYPE donor

SEQUENCE GT

121141 121140 Genesplicer_946 genesplicer 4.218031

score 4.218031

SPLICE_SITE_TYPE donor

SEQUENCE GT

121342 121341 Genesplicer_948 genesplicer 9.90785

score 9.90785

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

121609 121608 Genesplicer_949 genesplicer 7.668106

score 7.668106

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

121802 121801 Genesplicer_950 genesplicer 3.292565

score 3.292565

SPLICE_SITE_TYPE donor

SEQUENCE GT

121920 121919 Genesplicer_951 genesplicer 5.567821

score 5.567821

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

122058 122057 Genesplicer_953 genesplicer 5.373898

score 5.373898

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

122285 122284 Genesplicer_954 genesplicer 5.999037

score 5.999037

SPLICE_SITE_TYPE donor

SEQUENCE GT

122327 122326 Genesplicer_955 genesplicer 4.83822

score 4.83822

SPLICE_SITE_TYPE donor

SEQUENCE GT

122389 122388 Genesplicer_957 genesplicer 4.426459

score 4.426459

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

123064 123063 Genesplicer_958 genesplicer 7.580978

score 7.580978

SPLICE_SITE_TYPE donor

SEQUENCE GT

123105 123104 Genesplicer_959 genesplicer 7.808927

score 7.808927

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

123276 123275 Genesplicer_960 genesplicer 4.506862

score 4.506862

SPLICE_SITE_TYPE donor

SEQUENCE GT

123310 123309 Genesplicer_965 genesplicer 4.362808

score 4.362808

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

123878 123877 Genesplicer_968 genesplicer 6.196503

score 6.196503

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

124219 124218 Genesplicer_969 genesplicer 9.762102

score 9.762102

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

124377 124376 Genesplicer_970 genesplicer 7.429585

score 7.429585

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

124525 124524 Genesplicer_972 genesplicer 5.4346

score 5.4346

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

124711 124710 Genesplicer_974 genesplicer 9.683915

score 9.683915

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

124919 124918 Genesplicer_976 genesplicer 2.797148

score 2.797148

SPLICE_SITE_TYPE donor

SEQUENCE GT

125151 125150 Genesplicer_977 genesplicer 7.214417

score 7.214417

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

125238 125237 Genesplicer_978 genesplicer 7.038802

score 7.038802

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

125552 125551 Genesplicer_981 genesplicer 6.443626

score 6.443626

SPLICE_SITE_TYPE donor

SEQUENCE GT

125670 125669 Genesplicer_983 genesplicer 10.154196

score 10.154196

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

126179 126178 Genesplicer_984 genesplicer 5.586341

score 5.586341

SPLICE_SITE_TYPE donor

SEQUENCE GT

126242 126241 Genesplicer_986 genesplicer 7.276596

score 7.276596

SPLICE_SITE_TYPE donor

SEQUENCE GT

126408 126407 Genesplicer_987 genesplicer 2.604311

score 2.604311

SPLICE_SITE_TYPE donor

SEQUENCE GT

126504 126503 Genesplicer_989 genesplicer 11.414956

score 11.414956

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

126662 126661 Genesplicer_990 genesplicer 3.497583

score 3.497583

SPLICE_SITE_TYPE donor

SEQUENCE GT

126750 126749 Genesplicer_993 genesplicer 5.831458

score 5.831458

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

126878 126877 Genesplicer_994 genesplicer 6.983918

score 6.983918

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

126947 126946 Genesplicer_1000 genesplicer 4.230884

score 4.230884

SPLICE_SITE_TYPE donor

SEQUENCE GT

127445 127444 Genesplicer_1002 genesplicer 9.982928

score 9.982928

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

127592 127591 Genesplicer_1004 genesplicer 9.7621

score 9.7621

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

127874 127873 Genesplicer_1005 genesplicer 3.563804

score 3.563804

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

128168 128167 Genesplicer_1006 genesplicer 8.645297

score 8.645297

SPLICE_SITE_TYPE donor

SEQUENCE GT

128227 128226 Genesplicer_1007 genesplicer 4.046656

score 4.046656

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

128322 128321 Genesplicer_1010 genesplicer 5.674151

score 5.674151

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

128620 128619 Genesplicer_1011 genesplicer 3.872959

score 3.872959

SPLICE_SITE_TYPE donor

SEQUENCE GT

128696 128695 Genesplicer_1014 genesplicer 4.870812

score 4.870812

SPLICE_SITE_TYPE donor

SEQUENCE GT

129025 129024 Genesplicer_1015 genesplicer 4.58953

score 4.58953

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

129105 129104 Genesplicer_1017 genesplicer 2.901214

score 2.901214

SPLICE_SITE_TYPE donor

SEQUENCE GT

129208 129207 Genesplicer_1018 genesplicer 10.390518

score 10.390518

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

129311 129310 Genesplicer_1019 genesplicer 3.453835

score 3.453835

SPLICE_SITE_TYPE donor

SEQUENCE GT

129395 129394 Genesplicer_1022 genesplicer 6.5977

score 6.5977

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

129658 129657 Genesplicer_1023 genesplicer 6.484333

score 6.484333

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

129767 129766 Genesplicer_1024 genesplicer 7.059245

score 7.059245

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

129910 129909 Genesplicer_1026 genesplicer 9.230941

score 9.230941

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

130634 130633 Genesplicer_1027 genesplicer 5.045378

score 5.045378

SPLICE_SITE_TYPE donor

SEQUENCE GT

130803 130802 Genesplicer_1028 genesplicer 8.703862

score 8.703862

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

130805 130804 Genesplicer_1029 genesplicer 4.269039

score 4.269039

SPLICE_SITE_TYPE donor

SEQUENCE GT

130959 130958 Genesplicer_1031 genesplicer 10.265582

score 10.265582

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

131162 131161 Genesplicer_1032 genesplicer 5.31863

score 5.31863

SPLICE_SITE_TYPE donor

SEQUENCE GT

131236 131235 Genesplicer_1033 genesplicer 3.474221

score 3.474221

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

131247 131246 Genesplicer_1036 genesplicer 5.566874

score 5.566874

SPLICE_SITE_TYPE donor

SEQUENCE GT

131438 131437 Genesplicer_1039 genesplicer 2.638363

score 2.638363

SPLICE_SITE_TYPE donor

SEQUENCE GT

132077 132076 Genesplicer_1040 genesplicer 3.401174

score 3.401174

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

132130 132129 Genesplicer_1042 genesplicer 13.035646

score 13.035646

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

132403 132402 Genesplicer_1043 genesplicer 2.607973

score 2.607973

SPLICE_SITE_TYPE donor

SEQUENCE GT

132454 132453 Genesplicer_1044 genesplicer 4.494973

score 4.494973

SPLICE_SITE_TYPE donor

SEQUENCE GT

132552 132551 Genesplicer_1045 genesplicer 11.23897

score 11.23897

SPLICE_SITE_TYPE donor

SEQUENCE GT

132658 132657 Genesplicer_1046 genesplicer 8.676398

score 8.676398

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

132806 132805 Genesplicer_1047 genesplicer 7.969888

score 7.969888

SPLICE_SITE_TYPE donor

SEQUENCE GT

132902 132901 Genesplicer_1049 genesplicer 2.287163

score 2.287163

SPLICE_SITE_TYPE donor

SEQUENCE GT

133090 133089 Genesplicer_1050 genesplicer 17.845598

score 17.845598

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

133112 133111 Genesplicer_1051 genesplicer 6.447945

score 6.447945

SPLICE_SITE_TYPE donor

SEQUENCE GT

133202 133201 Genesplicer_1052 genesplicer 8.994459

score 8.994459

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

133326 133325 Genesplicer_1054 genesplicer 3.99947

score 3.99947

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

133548 133547 Genesplicer_1056 genesplicer 6.96274

score 6.96274

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

133723 133722 Genesplicer_1059 genesplicer 4.419053

score 4.419053

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

133899 133898 genomethreader MicroTom_UNIGENE26_edit.fa.Unmasked OA:genomethreader_1:C02HBa0209K17.1 Singlet4139 1.0

score 1.0

8638 8167 1 472 OA:genomethreader_1:C02HBa0209K17.1 13250 8790 Contig15428 0.821

score 0.821

13250 13167 1 84 Contig15428 0.893

score 0.893

13062 12895 85 252 Contig15428 0.855

score 0.855

10823 10569 253 507 Contig15428 0.83

score 0.83

9834 8790 508 1537 OA:genomethreader_1:C02HBa0209K17.1 Contig3705 0.986

score 0.986

9568 9062 1 507 OA:genomethreader_1:C02HBa0209K17.1 Singlet542 0.854

score 0.854

29652 29365 119 407 OA:genomethreader_1:C02HBa0209K17.1 Contig6262 0.891

score 0.891

31794 31264 23 554 OA:genomethreader_1:C02HBa0209K17.1 Contig1287 0.676

score 0.676

79260 79113 81 221 OA:genomethreader_1:C02HBa0209K17.1 93865 92506 Singlet3434 1.0

score 1.0

93865 93767 1 99 Singlet3434 0.994

score 0.994

92828 92506 100 422 OA:genomethreader_1:C02HBa0209K17.1 95700 94495 Contig3818 1.0

score 1.0

95700 95115 1 586 Contig3818 0.991

score 0.991

94600 94495 587 692 OA:genomethreader_1:C02HBa0209K17.1 100708 97298 Contig14255 1.0

score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

97517 97298 479 698 OA:genomethreader_1:C02HBa0209K17.1 Contig2816 0.997

score 0.997

99167 98548 1 620 OA:genomethreader_1:C02HBa0209K17.1 119325 112369 Contig4498 0.984

score 0.984

119325 119263 1 63 Contig4498 1.0

score 1.0

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score 0.984

115525 115400 149 274 Contig4498 1.0

score 1.0

115251 115144 275 382 Contig4498 1.0

score 1.0

114670 114626 383 427 Contig4498 0.993

score 0.993

114530 114388 428 570 Contig4498 1.0

score 1.0

113044 112912 571 703 Contig4498 1.0

score 1.0

112421 112369 704 756 OA:genomethreader_1:C02HBa0209K17.1 131506 129879 Contig10818 1.0

score 1.0

131506 131439 1 68 Contig10818 1.0

score 1.0

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score 1.0

130632 129879 270 1023 OA:genomethreader_1:C02HBa0209K17.1 133020 132150 Singlet1456 0.975

score 0.975

133020 132903 1 118 Singlet1456 1.0

score 1.0

132804 132659 119 264 Singlet1456 1.0

score 1.0

132401 132150 265 516 genomethreader S.lycopersicum_ESTs_GenBank.tfa.Unmasked OA:genomethreader_1:C02HBa0209K17.1 AI482926.1 1.0

score 1.0

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score 1.0

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score 0.963

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score 0.86

9834 9420 69 483 OA:genomethreader_1:C02HBa0209K17.1 13250 10569 AW223098.1 0.821

score 0.821

13250 13167 1 84 AW223098.1 0.893

score 0.893

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score 0.847

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score 1.0

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score 1.0

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score 1.0

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score 1.0

13427 13379 418 466 OA:genomethreader_1:C02HBa0209K17.1 BP889603.1 0.854

score 0.854

29652 29365 119 407 OA:genomethreader_1:C02HBa0209K17.1 AI485259.1 0.891

score 0.891

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score 0.891

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score 0.891

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score 0.838

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score 0.996

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score 0.986

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score 0.989

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score 0.676

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score 0.837

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score 0.837

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score 0.826

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score 0.854

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score 1.0

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score 0.994

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score 1.0

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score 0.991

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score 1.0

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score 1.0

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score 0.991

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 0.975

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 0.986

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score 1.0

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score 0.995

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 0.989

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score 0.998

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score 0.987

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score 1.0

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score 1.0

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score 0.963

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score 0.86

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score 1.0

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score 0.996

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score 0.975

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 0.86

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score 0.854

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score 0.711

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score 1.0

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score 1.0

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score 0.975

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 0.984

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 0.0

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score 0.893

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score 0.735

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score 0.695

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score 0.709

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score 0.0

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score 0.865

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score 0.914

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score 0.198

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score 0.885

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score 0.955

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score 0.866

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score 0.897

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score 0.91

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score 0.762

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score 0.983

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score 0.851

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score 0.739

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score 0.947

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score 0.822

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score 0.908

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score 0.925

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score 0.912

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score 0.949

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score 0.65

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score 0.918

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score 0.745

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score 0.382

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score 0.0

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score 0.865

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score 0.762

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score 0.614

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score 0.796

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score 0.8

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score 0.882

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score 0.087

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score 0.668

9834 8792 443 793 OA:genomethreader_1:C02HBa0209K17.1 Q67V78_ORYSA 0.622

score 0.622

69832 69085 1 259 OA:genomethreader_1:C02HBa0209K17.1 120116 104513 Q66GU3_ARATH 0.198

score 0.198

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score 0.885

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score 0.955

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score 0.866

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score 0.897

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score 0.91

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score 0.949

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score 0.762

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score 0.983

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score 0.851

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score 0.739

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score 0.947

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score 0.822

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score 0.908

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score 0.925

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score 0.912

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score 0.949

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score 0.65

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score 0.918

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score 0.745

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score 0.541

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score 0.382

105008 104513 1223 1396 genomethreader EST8046fasta_cDNA_MicroTomFruit.seq.Unmasked OA:genomethreader_1:C02HBa0209K17.1 FC04BG07 0.996

score 0.996

53583 53025 14 572 OA:genomethreader_1:C02HBa0209K17.1 FC17BD08 0.986

score 0.986

53597 53026 1 572 OA:genomethreader_1:C02HBa0209K17.1 FC22CB02 0.989

score 0.989

53517 53068 1 450 OA:genomethreader_1:C02HBa0209K17.1 100719 97316 FC04AA03 0.804

score 0.804

100719 100674 1 45 FC04AA03 1.0

score 1.0

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score 1.0

99630 99550 142 222 FC04AA03 1.0

score 1.0

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score 1.0

97836 97719 371 488 FC04AA03 1.0

score 1.0

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score 0.996

53583 53025 14 572 OA:genomethreader_1:C02HBa0209K17.1 FC17BD08 0.986

score 0.986

53597 53026 1 572 OA:genomethreader_1:C02HBa0209K17.1 FC22CB02 0.989

score 0.989

53517 53068 1 450 OA:genomethreader_1:C02HBa0209K17.1 100719 97316 FC04AA03 0.804

score 0.804

100719 100674 1 45 FC04AA03 1.0

score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

97517 97316 489 690 genomethreader TOBACCOS_NT_NB.Unmasked OA:genomethreader_1:C02HBa0209K17.1 BP529879_NT 0.861

score 0.861

8433 8168 117 379 OA:genomethreader_1:C02HBa0209K17.1 13002 9629 BP133591_NT 0.843

score 0.843

13002 12895 1 108 BP133591_NT 0.859

score 0.859

10823 10569 109 363 BP133591_NT 0.864

score 0.864

9834 9629 364 569 OA:genomethreader_1:C02HBa0209K17.1 CK297372_NB 0.673

score 0.673

79260 79114 72 211 OA:genomethreader_1:C02HBa0209K17.1 94465 92573 TC1938_NT 0.928

score 0.928

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score 0.943

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score 0.848

92828 92573 520 775 OA:genomethreader_1:C02HBa0209K17.1 100588 97293 TC10606_NB 0.771

score 0.771

100588 100493 44 139 TC10606_NB 0.938

score 0.938

99630 99550 140 220 TC10606_NB 0.912

score 0.912

98538 98391 221 368 TC10606_NB 0.932

score 0.932

97836 97719 369 486 TC10606_NB 0.756

score 0.756

97517 97293 487 714 OA:genomethreader_1:C02HBa0209K17.1 100585 97369 BP533781_NT 0.785

score 0.785

100585 100493 1 93 BP533781_NT 0.951

score 0.951

99630 99550 94 174 BP533781_NT 0.899

score 0.899

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score 0.932

97836 97719 323 440 BP533781_NT 0.805

score 0.805

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score 0.688

17409 17401 1 3 POT10_ARATH 0.6

score 0.6

17243 17103 4 49 POT10_ARATH 0.891

score 0.891

16555 16357 50 115 POT10_ARATH 0.833

score 0.833

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score 0.523

13589 13539 198 214 POT10_ARATH 0.766

score 0.766

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score 0.766

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score 0.858

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score 0.767

9834 8792 443 787 OA:genomethreader_1:C02HBa0209K17.1 17251 8792 POT11_ARATH 0.559

score 0.559

17251 17103 1 50 POT11_ARATH 0.886

score 0.886

16582 16357 51 125 POT11_ARATH 0.869

score 0.869

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score 0.57

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score 0.773

13427 13167 225 311 POT11_ARATH 0.771

score 0.771

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score 0.876

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score 0.763

9834 8792 453 792 OA:genomethreader_1:C02HBa0209K17.1 16878 8792 HAK11_ORYSA 0.0

score 0.0

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score 0.893

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score 0.735

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score 0.695

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score 0.734

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score 0.788

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score 0.852

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score 0.706

9834 8792 443 791 OA:genomethreader_1:C02HBa0209K17.1 16867 8792 HAK12_ORYSA 0.0

score 0.0

16867 16862 39 40 HAK12_ORYSA 0.865

score 0.865

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score 0.762

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score 0.614

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score 0.796

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score 0.8

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score 0.882

10823 10569 358 442 HAK12_ORYSA 0.668

score 0.668

9834 8792 443 793 OA:genomethreader_1:C02HBa0209K17.1 TRMB_ARATH 0.752

score 0.752

69827 69088 1 251 genomethreader uniprot_sprot.fasta OA:genomethreader_1:C02HBa0209K17.1 17409 8792 POT10_ARATH 0.688

score 0.688

17409 17401 1 3 POT10_ARATH 0.6

score 0.6

17243 17103 4 49 POT10_ARATH 0.891

score 0.891

16555 16357 50 115 POT10_ARATH 0.833

score 0.833

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score 0.523

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score 0.766

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score 0.766

13062 12895 302 357 POT10_ARATH 0.827

score 0.827

10823 10596 358 433 POT10_ARATH 0.087

score 0.087

9923 9897 434 442 POT10_ARATH 0.767

score 0.767

9834 8792 443 787 OA:genomethreader_1:C02HBa0209K17.1 17251 8792 POT11_ARATH 0.559

score 0.559

17251 17103 1 50 POT11_ARATH 0.886

score 0.886

16582 16357 51 125 POT11_ARATH 0.869

score 0.869

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score 0.57

13589 13539 208 224 POT11_ARATH 0.773

score 0.773

13427 13167 225 311 POT11_ARATH 0.771

score 0.771

13062 12895 312 367 POT11_ARATH 0.843

score 0.843

10823 10596 368 443 POT11_ARATH 0.087

score 0.087

9923 9897 444 452 POT11_ARATH 0.763

score 0.763

9834 8792 453 792 OA:genomethreader_1:C02HBa0209K17.1 16867 8792 HAK12_ORYSA 0.0

score 0.0

16867 16862 39 40 HAK12_ORYSA 0.865

score 0.865

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score 0.762

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score 0.614

13589 13539 198 214 HAK12_ORYSA 0.796

score 0.796

13427 13167 215 301 HAK12_ORYSA 0.8

score 0.8

13062 12895 302 357 HAK12_ORYSA 0.882

score 0.882

10823 10596 358 433 HAK12_ORYSA 0.087

score 0.087

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score 0.668

9834 8792 443 793 OA:genomethreader_1:C02HBa0209K17.1 TRMB_ARATH 0.752

score 0.752

69827 69088 1 251