C02HBa0291D19.2 AAGCTTTGAAATCTCTCATGGCTGCAGCATCAGTTAAGCCTTATGAGACA AAGAAGATGCACCGTGAAATGGAACTTTCTCCTAAACTCATATGCCCACC TGAGATGCCATGCCAAGAAACAGTTTTCAACTCAAGAAAAAACATGTCAA ATTGCTTTTTTGAGTTATACCAGAGAGAGTAATGAGAACAAGAAAATTAG GAAGTTGTGTAGTTTCACCAAAAGGGTGATTTAGTGACAAAAAAATTGAA CTTTGTAGGCCAACACACGATAAGCTCAAACTGTGAAGCATCCATGGCTG CAAGCATCAGTTTGCCTATGAGACAGAGAAGAAGGACCATATAATGAAAC TTCTCCCAAAATGTCATTAACCTGCCTGAAATGTCGTGCCAAGCAACAAT TCTTTAGCTCGACAGGCAACATGTTTGATTAAACATCAACAGATGAAAAC ATTCATATCTCTTCATTGTGTATAAAACGAAGTAGAGTGAGTAATAAGAA TGCGAAAAAAGGAAGTGCATGTGCAACATCACAAAAAGAGTGGTTCAGTG AGAAAGGAACTGAACTTTGCCAAACACGAATCAGCTCAAAAGCATTGACA TCCGTCGTGGAGGCAAACAACAGTTAGCCTTTATGGGACAGCACCATGAA AAGGAAATTAAATTCAAAATCTCATAGACCCACCTAAGGTGCAGTGCAAG CAACAGTTCAATTAGTTCAAGAGAAAAAAAGTTTTATTGAACTTCCACGG AAGACAGAAACTCCACATCACCATCGTTTATAATATACATATGTGTCATT TCACGAAAAGGACGGTTCAGTGAGAGAGCGCGGGGGGGAGCTAAACTTTA CAAAGCCAAAATACGAATCAGCTCAAAAGCTTTGTAATCTGTCATGGTCG CAAGCATCAATTAACCTTTCGAGACAAAGAAGACCACCATGAAATGGAAC TTTCTCCTAAATCTCATGCCAAGCAACAGTTCTCAACTCGAGAAAAAACA TGTTAAATTGCTTTGTTAAGTTATACCAGAGAGAGCAATAAGAACAAAAA AAGTAGAAAGTCGTGTAGTAGTGACAAAAAGATTAAACTTTGTGGTGCCA AAACACGATAAACTCAAAAGCAATGAAACCCCGCATGGCTGCAAGCATCA GTTTGCTCATGAGACAGAGAAGAAGAACCATAAAATGGAACTTTTTCCAA AATCTCTTAGACCCACCTGAGGTGCCATACCAAGCAACGGGTCTTTAGCT CGCCAGACAACATGTTTGATTGAACATCAACGCATGAAAACATCCAAGTC TTCATTGTGTACAAAACGAAGTAGAGTGAGTGATAAGAACACAAAAAGAG GACGTGCATGTGCAATATCACAAAAAGAGAGGTTTGGTGAGGGGTGTGAA AGAAACTGAACTTTGCCAAGTAAAATTAATCAGCTCAAAAGCATTGACAT CCATCGTGGCTGTAAACAACAGCTAGGCTTATGAGAAAGAGAAGAACTGC CGTGAAATGGAAATTTAATTCCAAAATCTCATAGACCCACCTGAGCTGCC GTGCCAAGCAACAGATTAATCACCTTGAGAGAAAACAAGTTTTATTTAAA TTACACCGAAGATAAGACCTTCACATCGTCATTGCTTATAAAATAGAACA AAGAGAGTAATAAGAATAAAAAAAAAAAGAGGAAGCTCATATGTAATTTC ACGAAAAGGGCTGTTCAGTGAGGGGGAAAGAAACTAAACTTTACAAAGCC AAAACACGAATCAGCTCAAAAGCTTTGAAATCTGTCATGGCTGCAAGCAT CAGTTAGCTTTACGAGACAAAGAAGACCACCATGAGATGGAACTTTCTCC TAAATCTCATGCCAAGCAACAGTTCTCAACTCGAGAAAAAACATGTTAAA TTGTTTTATAAAGTTATACCAGAGAGAGTAATAAGAACAGAAAAAGTAGA AAGTCGTGTAGTAGTGATAGAAAGATTGAACTTTGTGGTGCCAAAACACG ATAAGCTCAAAAGCTATGACACCCAGCATGGCTGCAAGCATCAGTTTGCC CATGAGACGGAGAAGAAGGACCATAAAATGGAACTTTTCCCAAAATCTCT TAGACCCACCTGAAGTGCCATGCCAAGCAACGGGTCTTTAGCTCGCGAGG TAACATGTTTGATTGAACATCAACGCATGAAAACATCCAAATCTTCATTG TGTATAAAACGAAACAGAGTGAGTAATAAGAATACAAAAAGAGGACGTGC ATGTGCAATATCACAAAAAGAGAGGTTTGGTGAGGGGCGTGAAAGAAACT GAACTTTGCCAAGTAAAATTAATCAGCTCAAAAGCATTGACATCCATTGT GGCTGTAAACAACAGTTAGGCTTATGAGAAAGAGAAGAACCACCGTGAAA TGGAAATTTAATTCCAAAATCTCATAGTCCCACCTGAGGTGCCGTGCCAA ACAACAGATTAATCATCTCGACAGAAAACAATTTCTATTGAAATTACACC GAAGATAAAACCTTCACGTCCTCATTGCTTATAAAATAGAGTAGAGAGAG TAATAAGAATAAGAAAAGAGGAAGCTTATGTGTAGTTTCACGAAAAAGGG CGGTTTAGTGAGGGGGAGTAAAGAAACTAAACTTTACAAAGCAAAAACAC GAATCATCTCAAAGGATTTGAAATTTGTCATGGCTGCAAGCATTCAGTTA GCCTTACGAGACAAAGAAGACCACCATGAAATGGAACTTTCTCCTAAATC TCATGCCAAGCAACAGTTCTCAACTCGAGAAAAAACATGTTAAATTGCTT TGTTAAGTTATAACAGAGAGAATAATAAGAACAAAAAAGGTAGAAAGTTG TGAGGTGCCAAAACACAATAACCTCAAAAGCTACGAAACCCATCATGGCA GCAAGCATCAGTTTGCCCATGAGACAGAGAAAAAGGACCATAAAATGGAA CTTTTTCCAAAATCTCTTAGACCCCACCTGAAGTGCCATGCCAAGCAACG GGTCTTTAGCTCGCCAGGCAACATGTTTGATTGAACATCAACGCATGAAA ACATCCAAATCATCATTGTGTATAAAAACGAAGCAGAGTGAGTGATAAAA ATACAAAAAGAGGAAGTGCATGTGCAATATCACAAAAAGAGAGGTTTGGT GAGGGGTGTGAAAGAAACTGAACTTTGCCAAGTAAAATTAATCAGCTCCA AAGCATTGACATCATTGTGGTTGTAAACAACAGCTAGGCTTATGAGAAAG AGAGGAACCACCGTGAAATGGAAATTTAATTCCAAAATCTCATAGACCCA CCTGAGGTGCCGTGCCAAACAACAGATTAATCATCTCGACAGAAAACAAT TTCTATTGAAATTACACCGAAGATAAAACCTTCACGTCCTCATTGCTTAT AAAATAGAGTAGAGAGAGTAATAAGAATAAGAAAAGAGGAAGCTTATGTG TAGTTTCACGAAAAAGGGCGGTTTAGTGAGGGGGAGTAAAGAAACTAAAC TTTACAAAGCAAAAACACGAATCATCTCAAAGGATTTGAAATTTGTCATG GCTGCAAGCATTCAGTTAGCCTTACGAGACAAAGAAGACCACCATGAAAT GGAACTTTCTCCTAAATCTCATGCCAAGCAACAGTTCTCAACTCGAGAAA AAACATGTTAAATTGCTTTGTTAAGTTATAACAGAGAGAATAATAAGAAC AAAAAAGGTAGAAAGTTGTGAGGTGCCAAAACACAATAACCTCAAAAGCT ACGAAACCCATCATGGCAGCAAGCATCAGTTTGCCCATGAGACAGAGAAA AAGGACCATAAAATGGAACTTTTTCCAAAATCTCTTAGACCCCACCTGAA GTGCCATGCCAAGCAACGGGTCTTTAGCTCGCCAGGCAACATGTTTGATT GAACATCAACGCATGAAAACATCCAAATCATCATTGTGTATAAAAACGAA GCAGAGTGAGTGATAAAAATACAAAAAGAGGAAGTGCATGTGCAATATCA CAAAAAGAGAGGTTTGGTGAGGGGTGTGAAAGAAACTGAACTTTGCCAAG TAAAATTAATCATCTCCAAAGCATTGACATCATTGTGGTTGTAAACAACA GCTAGGCTTATGAGAAAGAGAGGAACCACCGTGAAATGGAAATTTAATTC CAAAATCTCATAGACCCACCTGAGGTGCCGTGCCAAACAACAAATTAATC ATCTTGACAGAAAACAAGTTCTATTGAAATTACACCGAAGATAAAACCTT CACGTCCTCATTGCTTATAAAATAGAGTAGAGAGACTAATAAGAATAAGA AAAGAGGAAGCTTATGTGTAGTTTCACGAAAAAGGGCGGTTCAGTGAGGG GGAGTAAAGAAACTAAACTTTACAAAGTAAAAACACGAATCATCTCAAAG GATTTGAAATCTGTCATGGCTGCAAGCATTCAGTTAGCCTTACGAGACAA AGAAGACCACCATGAAATGGAACTTTCTCCTAAATCTCATGCCAAGCAAC AGTTCTCAACTCGAGAAAAAACATGTTAAATTGCTTTGTTATGTTATACC AGAGAGAACAATAAGAAGAAAAAAAGTAGAAAGTCGTGTCGTAGTGCCAA AACACGATAACCTCAAAAGCTATGAAACCCAGCATGGCTGCAAGCATCAG TTTGCCCATGAGACAGAGAAAAAGGACCATAAAACGGAACTTTTTCCAAA ATCTCTTAGACCCACCTGAAGTGCCATGCCAAGCAACGGGTCTTTAGCTC GCCAGGCAACATATTTGATTGAACATCAACGCATGAAAACATCCAAATCT TCATTGTGTATAAAAACAAAGCAGAGTGAGTGATAAGAATACAAAAAGAG GAGGTGCATGTGCAATATCACACAAAGAGATTTTTGGTGAGGGGTGTGAA AGAAACTGAACCGTGTGGCTTCTAACCTACGCAGTGTTTCTTTTACGCGG TTAAAAAAGAGGAAGGTCATGTGTAATTTCACGAAAAGGGTGGTTTGGTG AGGAAGGACAAAGAAACTTAACTTTGCCAAGCAGAAACAAGAATCAACTC AAAAGCTTTGTGATCTTTCATGGCTGCAAGCATCAAGTAAGCTTAGGAAT TAGACAAGACACGCCAAGAAAAGTGGAACTTTTTCCTAAACCTCATGGTA TCAATTTTCAGATATAGCATACGCCCTTTGTGGAGCAGGTGCAATTAGTC TTAATGATTAAAACTGCGTCAAATCATGACTTGCCATTATTAGTCGCTTC ACTATATAAATCCCATCCTCTAACAGGACACTATTTTCAACTTTTAAGAA ACAATCAAAGTCAAAAAAAATTCTTGACCATGTAAAGCAAAATAGCTAAT CAGGAAACAATCCATCAATTATGCTTCACCCCCAAAATCAGTTAACAATG TAACTTCAAAAAGCAAGTTCTTGAATTATTGTAAAAAGGCAAGAATTCCA AGAAAATCAAACAATAGAGAGTTCTCAAACTTTTTTAATAGAGGCTCAAT ATTACTGACTGAACTGCGCTCCAAATAGCCTCACACTTCCGCTTATCTTT GCTTCAAAAAGATAAGAATTTCCTTCCGATTTACTTAAAACATGCATCAA TTTTACTTCAAAAGGCAACAATTTTGCTTCTTTATTTTTTTCTTCAAAGA AAACCATTGCTTCAAAAAGACAATGGGTGACGGAAATTGATTTTAGGGTT TTGGTCGGACATAGTCGCCGGATAGTTAGCTGACGACTTCTAAATTACGC AGCGTGTCATTTTATAGTTATTGAACCGTGTGGCTTCTAACCTACGCAGT GTTTCTTTTACGCGGTTAAAAAAGCAAAAATAATAAACGCGGTAAAAGAA AAAAAAATACTTACTATAAAAATATATTATTTTTAATATTTTTTTATCCT AGTACTTATTTGTTACTAACTCTCTTTTTAATTTTAATTTAAAATTGGTG TATTTTAAATAAAAATCACATCAAATATATATATATATATATCATTCTAA GTTGATCTTACATTCCCTTTAGTCATTCAATAAATTTTTACCATGACAAC TAAGCAATATATAATATGTGTAATAAAATACACCTAATCTATTCTCTTTT TTAATTTTATACATAAATTATTTAGAGTATGAGTTTAATATATAAACTAT CATTTATTAGTCTAGAAACACACACCAGTAGTACGTGTAATGTGCTCTGA CATTTATTTGAAAAACTTTGACATATGAAATTTACATGAATAAAAACATG TTATCTTGAAAAAAATTAAATAATATACTACTAATAGTAATAAAATATAT AAAAATACCCTTGAATTTTAACTAACTCATTTTGAATTCTATTACCTGTG ATGCCAAAAAATATGGATCTATCAAATTTCTTACACAATCTTCATTTGTC ATTTGAACTGTTAATAAAAAAAATACGAAAAAGGGTTAAAATTAATAAAA ATAACACTACACACACATTTAAGATGTTAAATATCAAGTTATAAACAAAC TTTTTAATAATAAACTACTTATAGCATATTATTATCAAGTTATAGCATAT CAAGAAAAAATATATTATTCTCATTAATTTTTTAAAATAATAATTAACTT ATTTAAATAATTACATTTATTATTCAATTACCTTATTTAAACCAATGTAG TTAATTAAATTTATTATTTTAAGTTGCCTTTTTTAAACAGAACTCTTAAT TAATGTAATTTAAATTAAATATTATATAGTTACCTTTTTTAAGATAACTA CAAAATAGGGATTTTATATCTAAAACAATTACAGTTTTATTTTTAAAACT GTAAAACGTTATCTAAAAAAAAATTATATTCCCCAAATTTTTGTTCTTCC CCAAATCCTTTCAAAATCATTACCTTTGCACGCCTATCAAAATTATTCAC CAAATTTCGTACGCCTAAATTTTTATTTTCACCAAAATTTCGCTCAAAAT CGCTTCTCTCTTAACAGTCTTCTTCAAGAATTCTCAAATATTTGCATTCA AAATCTTCATTTTTAGCACTCAAATCTTCAACTCTTACGCTAAACAAACC GTACAATGTCGAAAAGAGGCAATGAAACACCGAGAAAAAGTAGAAGATTG AATGATGAAGCAAGCTCAGGCGATTTTCATGCTCCATCTTTCAAAATTTT ATCACAAACACAATCTCAACCTTCATCTGTTAAAGTTAAATCTAGATCAG GAAAATCAAAAATAGAAAGAAAAAAAACATCCAAAGGAAAACGAGAAGAA GGGAAAAGGGAAAGAAAAGAAAAAAGTAGATGAATCTGAGAAAAGGACGA AAGAAAGAGGAAAGAAGAGGAAAGGAAAAGAAATCGAGGATTCATCAGAT TCTGAATCTGATTTCGTAGAAGAGTTGATAAAATCAAAATCCAAAAAACC AAGAGGCTCTGAAATCGATATTTCACATTTACAAGAAGAAGAAGAAACAG TTAAACCCAAAAAAAGTTCAAAGGTTAGTAAAATTTAATTTTTTAAAACT TTTTTATGTTCTGTTATTTTTATTTTCTGTTATTTTGGTATAAAATAGTT AATATATAATTTTTGTGTATATAAATAATGTATAAATTGTGTATGATTCA CTGTATGAAATTACAGATTTCTTCATATTACAATATCAATTGCTGAAACA TGTATTTTTTATGTATGATTCACTGTATGAATTGTGTATGATTCACTGTA TGAATTGTGTATGATTCATTGTATGATTCACTGTATATATAAAATGTGTA TGAATTGTGTATAGATTTTTTTGTATCAAGTTTTTTCATACAATTTTTTT TTTCAATTTATATACAGTGATTGTGGTTTATACACATCTCTATTCGCCGA ATACATGAGCAATGGTGTTTTTGATATATCACATATTGATATTGATTCAA AATATCATCGTCAAAGATATGCTACATTACTTAGGAATTATGGAAAATCA AAAAATGATGAAGGCGCAATCAGTAAAAGTGAAGTTACAGGCACAGTTGC TAGCAAGAAGGGTGGACCTCGAACTCATAAAGAACAAATTATGGACACCA CCAACTATCCTACTCCAAAATTCCGTATCAGGAAGTAAAAATCTTCATGG CACAATGTACATTTTTTTGAATGAATTGTTTTTTTTTTAACTTATGAACA ATTTATGTATTTTCCCAATTTTTTTATTATGACTACTGATGGTTTTATAT AAATTATTATTGATTATTACTAAATGTGTCTCACTTTAACATATATGAAC ACTGTATGAATCATGTACGAAAATTATATGAATTATGAATGCCATATTAA AATTTGATATATAGTACATAGTAATGTTAAATTATTCCATAAATTTGTTT TGCATGAATACTATACACTTTCAAATACAAACAGAAACATATATTAATTA TATTGCTGGTATAAATAATGTATGAAAAATGTATGAATTATATCATACAA TTATATATTAATAAATGTGTATCACCTTCTTGCATACATTGTTCATACCA GTAATATACATACAATTTGTTTCTGTTTGTATTTTGAAAAAATATATATT TCAAAATACAAACAGAAACAAATTGTATGTATATTACTTGTATGAATAAT GTATGAAAATTGTATGAATTATAACATATTATAATTTAATATGTATAACA TAAACATACATTATTTTTTTATATGCAAGTATTGAATTTGTATAAATGTA TAAATTTTGTATGTAGTCCCCATTATGAATGCAATAACTTAATAAATGTT ATATGATTATATGAATTATTATTGTTAAAATTTGTTAATATATGAACAGT TGTATATACAACGTATGACATTTGTATGAAAAGTAATTTTATTCAATAAA AAACATTTTATAACAATGTAAACCCTCAAAAACACAGATTTAACAGTACG ATATCATTGTTTTTGTACAGGATAATTTGAACAAGTCTTCCTATTGTATC CAACCTGATGGCATCTACTGCATGTGCTTTTTGTCCTCTTGAATTCCACA TATGCGAACCCCTTCCACCGTTCAAGTTTGGATCTTCCTGGTGCTCTTTT TGGACCAGGCGACATCAATTTAGGATCTGAAATATAACTTGGTATATCTC ATGTACTCTCGCACGGGATAGGCTCGACAGGAATGACATGAGCATCTTTG AAATTCTTGAGGCTATAAAAAGCAGAACAGAAATCTGCTTCATGTAACTT CCTGTACCGGAGAACAGCAATTGCATGACCACACGTGAACAGGAATCCAA TGACCACACGTGAGCTGCAGATCAATTGGTAAGAGGCAATCTCCTTGGGA GGGATGTAAAGGAGCCATAGGTCACGGGTTCGATTCTCCCTTGAGATTGC ATGCCAATAAGAGGGGATTAAAAGAGCGAATGGCCGCCCATGGCAGAGAC AATACCTGAATATGTGGATCCCGAGGGGGTTGTCACAAAAAAAATGTGAA TCTCGAGGGGGGTTGTCACATTATGAGAAGGAAGTAAAAAAATTGAAATA TCATATCCTAGTCCACATTAATCTTGTTCACAATATTTGTTTGTTTGTTC ACATTAATCTTGTTCACAATATTTGTTCGATACACCATCATTTCAAATCA ATAAAAGGAGTGAAGAAATCAAGACAAAATACTACACTTCATACAAATCA AATTAAAGTTTAAAAAAAAATGAAAGTGTAGAACTGTATGATTACTCACA TAATTTCAGAATGCCAACAACCTTGATTCATGTAGGATTTGCCTTACTTG CAATAAGTTTCATCACTTTGCATGTCTTTATTCTTTATCTTGATATGCAT TTAAAGAATCTGTGATAATGATTAAGTTTCACAATTCTCAAATCATAAGT TATTATGAACAAAATTTGCAGCCTACAAATGATCATGACTATTTGATTTA ATGGAAGTAGAAGAAGAAGATCAAAATTTGTTGATATAAAATTCTATTTA TAGACAACAAAATGTAGTGTGAACAAATATTTATTGTGCCTTATCATAAA TGTTACAACTATTTGGAAAAGTTACAACCTATCAGAAAGTTCACAACCTT TCGTAAAAGTTACAACTTTTCATAAAGTCGCAACTCTTCACAAAAGTCAC AATTTTTCATAAAAATCGTAACTCTTCATTAGAGTCACAACTTTTCATAA AAGTTACAACTTTTGATTAAAGTCGCACCTCCTCGTTAAAGTAGCAAAAT TTCATAAAAGTCACATCTTTTCATGAAAGTGGAATGCTAGTTTTGAAAAA AAATAAATTTAAAAAGAAATTCTTGCTTGTGGTGGAGCCACGTAGACGCG TCTATGGTTCTAATTTATATAAATATATGATTTTAAACTTTTTATTTTCA AAGATAAATAAGCAAAAAAAAAAGGTGAATAAACAAAAAAAAAACGAAAA TTAATGACACAGTACTTACATGACTATGATGTTGCAGATAAGAGTAACAT TCTATTCTTAAAGTTGTATTTAATTCATTCAAAGATGAGAAGGTATTTAA ATACCCAAATAGGTTAAGTGGTAAAGTAGATTGTGCTACCAAAATTTAGG GATTTTTTTATGCATTTTCTCAAAAATTAAAGATTGTAATATTATACCCA AAAAATATTGTTAAAAAAAATTATATTATCATTTTATTTTCAAAAAATAA AATTCAAGTCCACCTTATTTTACTCTACGCTCCTAATTTATTTATTTATT TTTATATATTTCTCGTATTATGTTAAATGTACACATTAATTTTTAAAATT TTATTCACGTACAATAAAAATTTTATTTTAAAAAGTCTTACAACAGCTAG CAAAATATTTAAGCCTTGGAAAACAAGTTAATAATGCATAAGGTCACCTT CAACGGTATATCCAACTATGCCCGCAACCCTTTAATACAATTGGCGTTCG ATATCAATATTGATTCTCAATTAAATTTGAATTCTTATATTATTGCATGG TTCATTTTATTTGTAAAACTTGAAATCTCTAATTAAGGGTGGAGAAATCT CAATCGTCATTCACCATAAGTAAAAGAAAGAGTCTTATAGGAGAGGGATG TGTAATTTTAAGTATGAGATGTTAACTTAAAGAGTAAACTAAACAGGGGG AGATGGGTTTTTTTTCTTCGTAGTTTCATGAATGTTAACCATTACACTCT CCGCTAAATTCATGTAACAATAATCTTTTATTTTGAATAACCTTTACATG CATGTAAAAACAATTTCACATACACTACAAGAATAAGAACACAATTCTTC TAAAAAGAATAGATTTCTTGAACTTCCTTGACATTTCTGATACCAATATA TTCTAAAAAATAGAATGCATGCAAGAATTCAAAAGAAAATCTAACAATAG ATAGTTGTCAAACTTTTCTATTTCTCCTTTTAAGTAGAACAGAAAATTGA TTCAGGGTTTAGGGTTTTGATCAGAAATCGTTGATACAAGAGAACCCTGA CCGAACTGAGCTCCAAATAGCCTCATACTTTCGCTTAATTCTCCCATCTC ACTCAACATAGGGCTGCAAGAATATTAACTTTCTTTGATTTCCTTTAAAT TTTCTTAAAAGAGAATACATGCAAGAATTCAAAGAAAAACTGACAAAGAA ATCAAGGTTTAGTAATCATTTAAACTTGACACAATTTGTAATCAAATTCG TGTGTCCTCGTAGTAATTGCAGTTAAGTAGAATAACTGTTATCCATAACA AAACTAAACTAGATTTTCTGCTGTAAACACATGCAACAAAATGCATGGAG AACATAATATACAAAAAGAAAATGTTTCAAGTTATCTCGAGTTCCAAAAA GTGTTCCCAAAAATAGATAGCAGACTCAAGTTAGCACTGATCAACTAGCT TAATTCGCATTGCATGTTAGAACCACCATACATCTTCCCATTGCCTGCAA CTCTTAAGATGTTACTATCCTCGAATGTCATCATTCCTTCCAAAGTGGCC ATCTGAAAAAATGTATGTTTCAAGACACGGAGAATGATTATTAATCATCA TGAAAAATGACAAAAATGAAATGAGAAACAACAGTTCCATTAATAAAGTT CTCCTCGTAGCATCAGACGTTCCTAGTTCACATAATTACACCTCTGTATG TTAAGAAGAAGATGATACCTGTATAATTTATCTGATGTGACCTCCTCCAC CACCATCCTAAGATGTACAGGAACATCATGACTTGCTCTTATCACAGCCA ACTCCATAGATTCTCCAACATTATTCCACATGTTTTCAAATAGCTAATGA CAATTTGAATAAGAAAAGATAAGATTATTAATACCAATAAGAAAATGCAT TTTTTATCACATGTTTCTTTACTCCTTGTTTTTGTTGATAGTGTTTCTGT GTATCAAAGTACATTTACTAAGTTGCATTGATCAACTTGAAGAAAAGGAG GGTTTTTTGGCAGAGTAGCACATGAAAGCCTTTTAAGCATATTGCTTGAA CTTTCCAAAAATGTTATCGCACTTGTGTCGGATCTGTGTATTTTTGGAGG ATCCAACACGCACCCATCAACATTTTGAAGAGTCCGAGCAACATAGCATT TAGGTACAGTAAAGGAACTCAATATTCAACTAGTAATAGCATCAATTAGA CCTAATAAAAATCCAGGCTTGGCCTCAGATTTGTTGGCTTAGCCATAGCC TGGCCTAACAATTCATCCCTTTTTACTTGGGAAATTCATACTTTTAACAT GCATAATAAGTGGGATTGAGTGGGTGTACATAGGCAGTCTCAAAAACATA CCATACAACTAATGACAACTATCTTCATAACCAAAAAGCTAATGCAAATG AAGTGATTATTATGTCCTAAACAATCGTGCAAAAAAAAAGAGGGAAAACA CACTTGAATAAGTTTCTTCACTAATTTTTTACATTTGCTATGTTCCAACC ATATGTTGCTATCTAGCGACTATGAGTCGTGTACAAATAAAAACACCAGA ATAACTTATTCTTGACCTGTAAACCATCGACTGGTAGAGTTGCCAGATGC CAGATAGTTGAAAATTCCAACATGTAATACAGTTGACAAGATGAAGAATA TACAAATCAACATTCATAGAGCTACCAAATATAGGCTAGATTAAAGCATG GCTCATGTCCCAACTCCCAAACAGACCATAGGAAGACTGAGATATGAAAA CAAGTGAATTTATAGCTCATGTCCCAACTCCCAAACAGACCATAGGAAGA CTGAAATATGAAAACAAGTGATTTTATTATCTCACAGAAACTAAAAACAA TTTATAAATTTTTAGACCAACTAATGCCTTCCTGGCATTAGAGGTAAGAA CTGCTGTAAATGAAAAGGGGAAAAGAATAATTAGCATCCTTGGAACCACG ACATAACAGCCCTTTCTTAGCTACAAATGGAAGGGTGGTCTACTGGTTTC AATAGTAAGATATGAACATTAACAACAATAGCATCCACCATTTAAATGAC AAAAAAACAACATGCATGATAAGACATTTTGCATACTGCATTGGATGATA AACAGAAAGCAAGTAAAAAGATTCAACTATGATGATACAGATGAACATGC AAACAGATATAAGGAGGACTAAACTTGTGAAGAAGCAACCACCGTATCCT GATGAAAATTAGTAATTTTGTATTGAACCATAATAATGAACAACCATATC CACAATCACTACTCCAACAAGGCGGAAAAGTGACCTGTGAATAGTTCTCT CTCCCTAGCTTAATGAAGGTTCTAAATGATGCAATTAAATACACTCTTAA CTATAACAAGAAGAAAGGCAATAACGTACCTCCAAGTAAAAACGAGAAGA AAGGTTTTACAAGAGGAAAGGTAATAATTTACCTCCAAGAAACTGTGAAT TCTTGTTCCACCAAAATGAACTATAACATCATTGTGTTTTACCCCAGCGG ATTCAGCAGAAGAACCAGGTACGACCTAAACGACAATTTATCAAATTATC CAGCAATTAGAAAGAATAATTTAACAAAATTTGAACTAACAGCATACATG GTTGAACAATAACTTTGACTCTTTTAGAAACAGTTCATAATAACTTTGTG AAGAGTTAATTTGTAACTTTATTTCTCTTGCTTAGTGTTGATCCTCTAAA TACAATTCCTTATAATAATTTTAAAAACATTGACAATGAGGATTCCAACT TGTTTGGGATTGATGATTTGTTCTTTTATGCCCCCTTTTATACAAACAGG CACCTCACATCCATCAGAACGTCTTGCACCCAGACCTGGCCTATTCTACC GTAGTGCTATGACATCCCTACTTACTTCAGCAATCATAAAATAGAGGGGG CATCAATAGCATCTAAGAGATCAATTCTCCACAAAAAAATCTTTAATAAT AGAGAGCATACCTCTTCAACAATGACACCTTTCAAGACGTCAGGCAACTT CGGAATAATTCTTTCTAGAAGTTCTAGGTTAGCTGCATAAAGGTTAGTTA CTTCCATCCCGAGCCAAGGTGGACGTGATTGACTATGATAGAAATAAAAC TTAAGATTAGTACAAGGTATTGTGTGCTTAGATTTTCAATAAGCACAAAC TCTCTCCATTTTTCCCCATTATATTTTGGTATGTACAAGCAGATTATCAA GTAGAAAAAATATTTCCTAACATTAGAAAAACCATAAGAGGAATAAACAT TTTAGGGACTGACACACACCAAGAAACAGAGATCCAGTATGGATATGAGA ATGGCACAACATCATATATAATCACCAAAAAATCCAGAATTCAAGGTTAT AATTTTATTTCTTTTGCAAAATTTTCTATTCAATCACTTGCAAAAGTTAT TAAAGATTCTTTTTTTTTTACACAATTGTTTGAACTTCACGGGGGGAGGG GGTCTTTCTTCTGAAAAGAGAGTGCTAATCGTTTATAAGTTCCTTTTTTA AAAAAAAAAAAGAACGCCAGTGTACAGATTATTTATCATGATCTTTCCCT ATCCTCAGACCTTTTATTTGTCCTACTTTCTAATATCGCCATACTCTAAC TTGTAAGCTTATTACAATGCTGACTATAATATGTAGCATTTTCAGAAACC CCAAAATACAACTTAGTGACAGTTTAAGCGATATTAGAGATATTAAGGTC TACATAAGATCAGTATAGCCGACACTCTAGTTGCTATATGATGAATTAGG TAACACAACAAGACCTTACAACGTGAGGTATCAATTGAGGATATGCTGGC CGACATAGTAGTTTTCTGATTTGTCTTTTTCTTTCAAAAATAAAAGCAAA ACCTGTTCGCAGGAAAACATTTAACTTCTCATTTATCAAATTAATATTAG TCATTTTCAAGGTATATTTTCTAAAGCACTAAAGTAGTTCACCCTTCTTT ATAATCTAGTTTAATAGAGGGCAGAATAAGCAATTTTTTTGTTCCATAAA CTCCAACCCATGCTCCTGTTTTTCTGCCTATCAGCATGGCGTTGGAAGGG TCTGTACCTATACCTCGGAGGTAGAGTACTTATAAAATCAGTGATGAATA CCATTCCCACATATATGATGAGCTTGTTCCCTATACCCAAGATCGTTGAA AGGAAAATCAATCCCCTTGCAAAAAATCAAATGGGTTTGGGTAAAGAACC TCAGCTTACACATCGCTTGTCCATCGCAGAAATGGTTATGGAGAAGGTTC ATTGCAGAGAAATATGGGCTACTGAATCACTGGACTACAGTGTGTTGAAA ACCATCACAAGGATATGGCCTAAGTTTAATACCAACATGTCCATCAAACT GGGAGATGGTATGCAAGAAAATTTCTGGAATGAACACTGGTAAGGGAGAA GACAGTCTAAAAGCCCTATCCCAGATCTACATATCATATGCCTACAAAGA AATGTCATTGTCTCTCAGATGTGGGCCCCACAAAGATGGGACCAAATCTC CAGAAGGGCTCTAAATGATTGAGAAGTTGATAGTGTAGCAAGTTTGCTTC GGGTACTGAACACCTCCTCGGGCATTTCAGTTAAGTCTTCACAGTAAAGT AATCCTGCTAATGGAAGATGAATAATAATTGGTCATTGACAATGGCTTGG CCTTGGAAGTTAATTTGGAAGATCAAAATTCCTCACACAGTCTCTTGTTT TACATGGCTTGTGATTGGAAGAGCATGTTTAACTCATGAAGTGCTAAAAA GAAGAAGCTAACAGATTTGCTCAAGGTATCTTCTGAGTGGCCAAGAAGCA GTGATTAATGGCCATTTATTCCTGCACTAGAAACATGCTCTCTAGTAGGG TAATGCCAAGACTACTTTTGAAATGTGTTAAATAACTGGAAAGGAATTGG AAGAAGAGGGGCAAAGGAAGACTGGTGGAAGATTATCACAGTATACGCAT TCGGTGGACAATAAATAAAGAAAGAAATGCAAGATGTTTTGAAGCCAAAA GGAGCACCATCCAGAAGATCAAGAATGGATTGCCTCAGCTTTCTCTATGT TTCGTGTAAACAAGAGTAAGGTGGGGGAAGGAAGCTTTAGTTGATTTCAT ACGGAAAATGTAAAGTTTATAGAAAATATTGAGGATGTACTCTGCCCCCT GTGGATTGTAAGTTCCCACCTCGTCATTTTTTGGATGATGAGATTTTGTG AATATACAATTACCCTCATCTAAAAATTAAAAAAAGCCTTCTGCTAATTT TGGTCACTGTCAATGCCATCACAGCAAACAGAAACGCAAAGGCAAGTTTG TTCCTATGGCTACCTATTTGAGTTCTTATATGGATGGACTGGTTATTTTG AAGTAGTACATAGTGAAAAGTATTTCTATGGTCACTGGACAACTTCTTGG ATTGAATGCTAGCAGTTTTCTCAAGCCACCAACTGCTTTTGCCCTTTCTC AATTCAGTAGGAGGATGAAGAGACGGAAGCTGATGTAAGATTACACACTT GAGGGAGATAAATTTAACAATGACACAGATCATCAGGTCGACTATGGTTA AAGAGTTCTGCTGCAGATTATTTTTTCCGTTTCTTATTTTTGTAAGGTAG GTGTGAAGCAAAAGTAGTAAATGGGTTTGAACAAAAGTACAAGTCATTAT CCAATACAGAATTACATCCCAATTGGATAAGGAGATCCAAATTTACTTTT TGGTTAGAATAATGGAACCAGCATTCTTGCATATTCATTGTCAAGAGACA TACCAAGAGTCCAGAAATGCCACCATGGCAAGACTTGCCTCAAATAACTC AAGGACTCCACTGCTAGTAATTGTATTAGCTTAAAAATTGCATATATTAT CTACAGATTTCATTCTATTCCATTTTTCTAGACATGGAATTCGAAAATTA TTTGTCATTTCTCAAACAGATGAGTCAAAAATAAAGAGAACCAAAAATCA GGATGTGCAAGTACTTCAGCAGCATGGAAGTTAGAAATATACACACCAAC ATTAAATATCAACCAAACACCTTATTGAACTACAAAAGCTGTAAGACAAT ATAAAGAAAAGAAGATCCCCCTAATGACACAAACAAGTGGAATATAATAT TTAGACCGTACTTCTAGGTCTCATGTGCATTAAACTACAATTAAGCTTCT CCTTATCTAATCAAACATCAATTTAAGATCTATTCTGAACTACAAACAAA ATACAGTACATTTTACATAACTCAACGAGTTCCTATTTCTTGAACTTCAC TACAAATATTCACTTCACATGCCTGTTTTGGCAGCTTCCAATGCATCAAG CATCCCAAAGACCATTAACTAATTACAAATGACTTAAAACAAGTCCTTTG AATCACATCAATATAATAAGCCGCATTCAAGAAGTAGAGAACCTACATAA CTACAAAATATGTTCAATGTAAGATGTCTTGTAGAAATTTTTGGTGTGTC AATAGGGTCGGCTATACAATTTGAGACACCGTGCTTGCTTTACAAAATAA TAAATTTATGAGATTCAGGTATTCTACTGGCAGTTGCAAAAAGAAAAATG GTACTACCACATAACAAGCAAACAATAAAGGCAAAGATTCAGAGCATACC CATATTTCTTATGATGCTCCCACCATATGGAAGCTATATTGATTGGTAAG AACACAGAACAGCCCACGGCATAAAAGCAGATACCAATGATTTTTCCATA GTGATTAATCAGTGGACCCCCATCACCGCACTACAATAAAGAATGAATCA AGAAATCCCTAAATTAGCAGTTATTCTACTAAAAATACACATGATATCAT AAAATATGCATATCATTTGTCATTGATTAAGAATATTTCCAAAAGCAAAA TGAACAGTGCCACTATCCACCAAAGTAAGATGTAAGCGTGAAAGAGAGTT TTTGTTTAAAAGAAAAAAGGGTGTGAAAGAAGTTACTATTGTAATTTGCA AGTCGTCATGAAAAGCTCTTTACAGTAGAAATCGCCATAGTGACATCGAT CAATGCTACAATGATCAACCATTAAAAATTTGAGAGATAAGTCGCAATAA CCAACATAGCAAACAGGTATGCAATGAGAGTGTACATGTGTGAGAGTCGG TGTGCTGGAAGGAAGTACACATTATGTTTAACAAAAACAACTTACGTAAA TGAGTGAACATACTTTTACCACCCATAATCCACCATACCCCTTACTTTTT AGATATTAGAAAATAAAGCAAGGATTTGGGGAATTTCTACCCTCTCAATA ATCAGCTAAGGCTTGTCTGCTTATGAAAATGATTCCAATGCGCACAAAAG ATGCATTCGACATGCTTTGTCAAAATATACACCAGTAGCAAAATCGCCAA AAACATTGATGTGATGCTTATGGACCACAAATGACTAGGAATAAATCCGT TTCTCTAAGGGCATGCAATTACAAACCAAGACTCAAAATGAACAGGTGAT AACACATAAATCCCACCTCTTTATGTTCAAAGAAGTGATAGCATCAAAGT AAAATTCAAATCAAACACCAACCTGAATTCACCAGGAGCAGCCATGATAT CGTATGGCTTCCTATTAAGCCGACCAAGTGCAATAATTGAAACTCCAGGA AAAAGATCAAATGAATTTGAATGAGGGCAAAGTTGAAATGACTTCTTCTC AGAATCCTGTAGTTGGCTTGGATCAATCACAATGGAATCATTTAAATAAG CCAGGGATGCAACTGGGAGTAGTGTGTCTAATTGAATCTTTATGGCAGCA ATGTTGTAGTGGAAGTCATATGATTCAATATGACCATCAAATGATCTCCC ATCGAATAGGTGCACGATAACCTAAACATATAGTTATTATTATCAATTTA TCTAGCAAAATTTGGCAAGAAATAACATGCAAAGGATCACCAATTATCAT GAGATTGACAAATACAAATTTGGTCAAGAAATTATTAGACAAATTTGACA ACATAACAAAAATATACCAACCTTGATATTATCTACTACAGAATTTCTAT TTGTGGAACACCTGAGGAGACTTGCAGTGGTTAATATTATGTTGCAAGTG TCTACACTGTCTACAATAGTTCCAGAACATTGAAATATCATCTCTTCCCC TGACAATAAACACAAAAGTAACAATAATAGGTAAAACCTAAACAAAAGTT AGGACTAAAGATAATAAAAGTGAAAAGATTAAGTCTCCAAGCAATAAAAG AAACAAGAAGCATTCGTCCATATCAATATCCTCATTCAAAAAAAGCAGAA ATCGAGTGTTTGATCAAAGAGATGTTGGCTGCGGGAATCATTAAAGCTAG TACTAGTCCATATTCTAGTCTAGTTTTATGGGTTAAGAAGAAGGATAGAA GTTGGCAATTTTGAGTGGATTATCGGGCTTCTAATGATATCACAGTCCCC AACAATTTTCCAATACCATGCATTGATTAATAAAAAAAAATGGGAAATTC TGGGAGAGTTCTAGCCTCTCGAATGTCTAGAAAGGTTATGATCAGTTTAA TCATAATTTATGGTGTTGGTAGTGTTCTATTGATATGTTTTTTACAGACT TCTTGTTGAAATATCAGTGTATCTAGTGTGAACCAGCAGTACTTGTTCTT TTATTTACTATTTCAAGTCCATCAGAATCCAAGCAAGCAACTATGAGAAA ATAAAAGATTTTTTTATGAACAAGTACCAGAGTATGATTCAAGACTGACG ACAGATCTGGAAACTGTTAAAGCAGCCCTCTTCGTGTAAGCATCTAAGTG CCTATTTTGCGGATATAAATAAAATCTTCGTCGCTTTGGTTTGTTATTCA TTGATTCCCTTTCAACATCAGGACCTATATTATTTCACAACAAAACAACA TAAACAAATGAATTTTAATATCAAAAGAAAATAGAAGAAAAAAATTATGA AACTCACAGTGCACCTTTGGCACCCTCTTCCAAGGAGTCACTCGCTCCCT TTTGATACCATGAAAACTCATAATTTACCTACAAAGTAAGTCACTTTTAC TCTTATAAATTTATCTCAATGATTAGATATAACAGAAATACTCATACGGG ATCAAAATAATAATAATAAAGTTGGATATCTGATCTCAACATCGCTGCTT CATATCAAGTACTCTCCCGTATCACCACTGTTATGTGACAATACTTCTCA CAATGAAAAAACCTAAACTAAAACAAGGCAGTGACAATTTTAATAGATGA AAAAAGGCTTGATATGTTGTACCAAATCATATCAATAAAACATCACCACA TCCATAAAACATACCAAAGTCGGATACTTGAACTAGGTTAGAACACATAA AGAATAATAGGGATATATAACAAAAATATCAAGAAAAAACACATTTGAAT AAAACACACGAAGGAACAATAGAGCAGGAAAAAAGAATCAACGACAACTA AAATAAATCAGACAAAAGAAGCCTTCCACTCTATATCCTGCATTCCATGT TTCCTAATGGAAAATTATGTTATTATGTCCCAACTACCAATGTTGATAGT CTTCGTTAGAAAATTTATGTATCAGTATTATTAATTCCTTGATGGTAGGA TATTCAGCCTATGTCCTATGATGTATAACTGATAAATAGCAAACCATGCT ATTAGGCTATTAGCAATATAAGGGTTATTAATACACGTATAAACACAGTT AAAAGGCAAAACTACCATTAATACACCAAACCAAATATACCCAACATAAT ACAACTAATCTCGGCATTAAACTAGGGTTTATATATTACTATTTTGATGG TCAATGAAAGTCTGTGCAACTCCATCACTAGATTAGTAAGTTATTAGCTT AACTCGAATCAATCTTTGTGTTTCATTCTCTATTTTGAACAAACAAATAC ATCGTCCATGAAAAGAGTAATTAAAAATCACGATAAAACACCCATTAACA TCAAAGAAGACTCTCAAATTTCAAATATGATCTTACCAGACTGAGAGTCC GCAGAAATCGCAGAAAAGCGACAGAAAACAAGGAAGCATACAAGTCTAAG CCAAATCACAGTAGTTATCGAACTTGTATTTTTTATTAAATAACAATGTA AATAGGTTATTTATAGGGAAAATTACAAGTAAATTATATAATAAAGGCTA TAGTTTAATTTATTTACTTTATATAATTATAGTGGGTTTTTTTTACTATA ATTAATGAGGTACACCACCTATTCTTAAATTAATTATATAAAATGTTTTT TTTTTAATTTTGTAAATAATTTTATACAAATCAATATTATCTCTCCTATT CATATTCCACTTTTTTTTTCTATAATCAATACTTCTATTCGATTTTGAAT TTCCAATTGGCAAAAATTCAATTTATTCCTTTCGAAATTGAATTCAACTT TCACAGGTAATCCTAAAATTTAGTCGTGTACAATTTTTTTTCCTTATTCA ACAATTGTATATGTATTTTGTTTCTTACTTTTTTTCATATTTTTTTGGTG AAATAATCGATTGTTCTTGTTAAATTACAAATTCTTCAAAATCAAAATGA ATGAATCATCTTCATCTATGACGATTACTAGAGGTATTCCATTGCATGTC AATTTTGTTGACAATTTACCTTCGTTTTTAATGAGTTTAACTCAAATTTT TGTGTTGATGTAGAGTCTATGGTAAAATCCAAACAAGTTCAACATGAACA AACAATGGAAGAATTGAGATCAAAGAAAAAATATGACCCTACGGCAGTTC AAAAAGTTCTTAACAATTCCAAAGCTAGAGGCATTAAAATTGTACAAGGA GAAAGAAAGAGAAAAACAGTAAACAGTGGTTCAAAGGAGAGTGCATTTGA AATTGACGGATCTAAAGAACATCACAATCATGAGGTAGTGGCTTAAAACA CAACTTTAGATACAATATTTTTGTTACTTAGGTGTCAATATACAAAAAAT TGTTTGTTTAAGTAATTTTGTATTCACGTAATTATATATAGTATATTGCA TGTTTAGTACACATATGTTTTAGTTATTTGTATATATCATCCATCATTTA TTTGTATATTCCTTTAGTTATAATACGTGTCGGTAGATTTGATTAGTTTA TACATATTTTAAGTTATATATAATGAATAATATACTAAGTTTTAATAGGG ATAGAAGTGGATTGTATATTAAATGCTCCATATTATTTTTGTTTTTGTAT ACATATACAAAAAGTAATTGTATTTAGTTATAGAGATGGAAAAATTTCAT ATATGATCATAATTTGTATATTTTAGTAGTTATATGCAAATTATTGAAGT TAAGTATATATATATTATTGTAATACATACAAAGTCATTTAGACAGTTGA ATATATTGACATGTTTAAGTACTATTCACGTACACAAACTAATATACAAA AAAAGTAAGTTTGTATATATATACAAAAGAAACGCAATTACAAATGTATA TTTAATTTATTCTTTTTTTTTGTTATGTATACAAAAAATGTATTTATATG TAGCCCTTGATTGAAATAATGTAGCTTTTTCCCGTTTTTTTTAGGTAGTC AGGTTTATTTGCAAGAACCATGAAAAAAGGACAATTCGCATGCAATGTTA TACGCAAATCAATACATTGAATGAGCTTCAGAATAAACTGCCTCCAAATC AATATAATCGTATATTTACATCATTGTGTTTTGCACAGTTGACAACAATG AGACGATGTCATGTGCAAGCGCAATTGTTTAGATGCTTTATGGTGAGGGA GTTGAAAGGTAGTTCTGTCAATGCAATACTTTTTTATATAAATGGCACAA CGCTTCAATTCACAATCAGGGAGTTTGCAATAATTTCTGGTTTGAATTGT TCTGATAATGTTGCTGACTTCTGCTTTGATACCGATCAACTCAATAGAAT CATTGCTGAGTATTTTCCAGGAAATTATCCTGTCACTAAAGGTCGATTGG TTGAAGCTTTTAAAGCAAATTGATACAAACACTTTTATATTGGTTGAAAG TTTTTAAAGCTTTCAAATCATTCACATAAATCATATATACCATTAATACA ACACTTTTATACAATCATATTAATAAATAGTGATAAACTTATGTTTACAC TGATTTTTTTCTAATATACAAAAACCACGTCAAAAAAGTATATAATTGTA TCTTATGGGTTTTCATCTTAAAAAATTTATATATTTTTTCAACATATACA TTACTTCAGTATTTGTATATGCAAAATTAGAAATCACAAAACGTATACTA CAAAACTATATCACAGGTAATGCAAATAGATACAAAATTAAAATTTCATA CTTATATACAATAAAATAACACGACCTTTGTATACAAAAAAACTTAATAT ACAACTACAAATTGAAATTACTGCTACAACATACTGCCGTTTATGATAAA CATTAAAATCAGTTTTCAAAAGAAAAACACTCCACAAAAAATTATATACA CTTATGTTATGGACATATACAATTCTCAACACACTAAGGAACGCACATAT ATCCAAATTTGTAAATCCAATAGTACATTGTATAATTATTGCAATAATAA ACATGAATTTTCATCCAATGAACCATTAAATGTATTCGAATATACAGAAA AAAAAGAAGATGAACTGTTGCTTCGTCAAAGCGCACAAACAAGTTAATCT TGTCTTTCAATTGTTGTATACTTCTTATTTTTTGAAACAAAATAATGAAT TTGAACGTTTACCTTAAATTATGGCATTATCTAAATTTGTTGTTAGCTTA TTTAACGCTTCAGTTACAAGCCACTTTTTCTAAAAGAAAATTGTAAAAGA AACGTTATATATAAAATTAAAGATACCTAAATAACTAAACAATACTCATA AAATATAATTAGGTAAACTATACCCATATAATATTATTTAATCAATTAAG TTTGCCATATATAAAATTTTCTCAATAATATTTCATAAAGTATGTCGTGA ACCACCTACTCTAACCTAAGGTATTGGGCCTAAAAGACCCAAGTGTATCA CAATATACACTTTACCACATCTATAAGGGCAAATTTCACATATAGCAAAC AAAAAATTCGTATTTTTTTATAGCAAAGTTTGCATAATTGCGCTCCATAG CAAACATATAACTGTATAATTCACTATACATATACAACTGTATAATTCGC TGGCCTATATTGTATAATTCGGTGGCCTATTTCACTACAATTGTATAATG CGCAATTGTATAATTCGATGACCTATTTCGCTGCAATATGTGTATAAATT TTGCTTCGGATACAATTGAATCGAAGTAAAATGTTTGTATATTGTATAAT TATAAGTGTATGGGAAGAAGATATATGTTTTTTCTCGCTTTATACAAAAA CAGAAACATAATTTATACATTTCTGTTGTATAAAGCGAGCGAAAATTGTA TTTCACTGCAATTGTATAATTCGCTGGCCTTTTTCGCTGCAATATTCGTA TAAAATTTACATTTGTATACAATTAAATCGAAGTAAAATGTTTGTAAATT GTATAATGAAGCATATAGCATGAACATATATGTTATTTGCATGTGTGTAT ACAATTTTCTCTCGCTTTATACAAAACAGAAATACAACTTATACACTTCT GTTGTATAAAGCGAGAGAGGCAAGCAGAGGGAGAGCGGCGAGTGAGAGTT TTGGGAGAGAGGCGACTGGCAAACATTGACAAACGTTTGCTATGAGGCAC AATTAAATCAAACAATAACTACTCCATTTATTTTATATTATTAATTTGCT ATTATATACAATTATCCCTTTTTTGAATTCATCATATGTAAGGAACTTTT AAAGTTGGTCCAGCAGGCCCATCTAGGTGTCGCATCCCTTCCCCTTTAGA AAACCTAGGCCGAGACACGATAAAGATGGCCCAATCTGATTTGAAGACAT ATTAGAAGATGGTGCCCTTTTCGTTGGGATTAATTACAAAAATCTCACCT ATTAATTTACTATCATTATTCATAATAAATTTTACAAATTTCCAAATGCC TTATTTTCGCATATCCCATTAGTGTATCTCACACATCAAGTTAATGTATC TCGCTTATCACATTAGTATATCTCCCGCATCACATTAGTATATCATGTAT AAAAATGTATCTCGCGCATCAAATTAGTGTATCATGTATAAAATGTAATG TATCTTACTTAACGATTTGATGTATCTGGCGCATATATTAGAAGTCATGT TGTATAAAATGTACATCAGATTAGTGTATCATGTATAAAAAACATACCGA CTAGCTAATTTTACACTAATGGCTATAAATTATTACAAATGCTATTCTAA TTCAAACTCTGGCTACCAAGACTTTGGGTATATGAGAAGAAGTTGCTGGC AACGTTAATTAAGTATACCAACCTTTTAAGATTATATAATCCTCCTTCCA TCAAGCAACAACTAAATCGATTGAAGCATGTTTGATTCACCTAAAAATGA GTAACATACTTAAATTCTTGTTCATTTTGAAACTAGTGAAGACAGGAGTA GCATACTATTTAGAAAAACAGCAGAGAACTCGAAGTTCAAGTTCCCTAAA CTTGGGGTAGCTCCTTCAACCAAATACATGAAGAAAAACAGTCATTCTAT GGTTTCAAATGATCTGATGAAGAGGAATTACAAACAACTAAACTTTCAAC ACGAAAATCACAAGAATGTAAAGAAACGAGACCAATGATCACATAGCCAT TCACATAATGTGTTTGCTTGGCCAACACATCTCGACCACTCTATAGTTTT GAACAAATTGAAACAAAATTCAAGGCATTATGCATGCAATGTAGTGCCAA AAGGACCAAAGTCCTAAAAGCAACAAGAAAAACAGAGTTACTGATGATGA CTCCAAACATTCTTCAGAAAGAGAAGTACCTGGAATGGCACACAATAAGA CAGCAGCATTCTGTCAATGAGACAAAAATGTGTAGAAAGATTAATCTGAT TTCATTCATCAACCAACATCATATGAGGAGTAAAGTTGGTTTCCATGGTT AAAACAACGCATGGCCATTTCACACATGACTTGAGTAAACAGGAAGCTCT CTGAAAATTGTGAATTGTCTCTCCATCTTATTTCTGTGCTGCCACTTGCT AGACAAAAGTATAGTTGGACATCTTTCATGTGCAATACAGAATAGGTAAG CAATTAAATATCAAAAATATACACGATTGTATGTTCAAAACATTACAATG CCCATAACAAGGAAAAATGGAACTGGACGGAGAAGGCCTTAACTCGAAAA AGAAGGAAAGAAAACATACATGACACTACCTCAGACTACAAGTCCCATTA CGGTAGCCGCACTTCTTGAAACGAAAATACCAATACTATGACTGCATCAC CTTATTTTGTTCAACACATGTGGGTGCCTTGAATGTTTGACACTTCCACA TTGGCCTCTCAAGCGGAAAAATGGGATTATTACTTGTAGTACCTTTGTTG ATGTTCTCATCGAATGATGATGAACTCTTGGATTTCAAATCCTCTTTAGG GCTTGCTTGATCCCTGAAGCTGCAAATGCTGAGTGGTAACTTTTTCTGCT TAAGCCTTCCTTTCTTTTTCTCAATGCTGCAACTATCATTTACAGAATCC CCAACTTTCTCCTTTGAGATAATTGATTCTCTTTCCTTGTTTTCCATATT TACATTGTCAGCTTTACTAGAGTGTGATGCTTCCCCATTTTCCATTTTTG TGAGGTCAGATTTATTAAATTTTGTGTTTAAATCTACTCTAACAAGGTCT TTATCCGAGATATGCCTATCTGACTCTCTTTCTCTAGTAAAACCATTCCC ATTGCTCGTGGAAGGACAGTTTCCTTCCACGGATGTACTTCCAGTCTGAA GCTTAGATTTTTCAGAAGGAGAAGACCTCTTCAGCCTCTTATGTTTTTGA TTTCTTGAGTCAGATGTTGAGTTCTTCAAAATTCTTGGAGAGCTATTAAT GGCCCTATGCAACGTCCGAGCTAACTCTTCATCTGTTCTACAATCATCAG TCCCCTTATTCTTATTATACAGCGTCTGAACAGGAACATGTTTTTTCATC TTATTCCTCTTCAAATGTTTGTCCCTACTGGTTCCCTCATCAGAGAGAGT GGCAACCAATTCTAGAGCGCTCTTAGCAGCAGCCACAGCCTTTGCTGCTT TCGCAGCCTTCTCTTCTGCAATGGCTCTTGCAGCTTTTGCAGCCTTCACA GCTTCTAGAGCTGCCAATCTTGAGGCCTCAGCAATCTCCTCATTAGATCG ATTAGAGTCTCCAAAATGAGACTTCAATAGATTATTAAGACGGATATCAA AATCACACGGGGGACTATTAACAGTTGGTGGGGATGGGGTAGATGAGTAA ACATCAGAATTCTGCTTCTTCAATCCAGCAAGAAGCCGCTTACGTGGAGG CAAAAGCACATCGGCATCCAAGTGATTAATATCACATACATTAGCTTCCA TCTTTTTCCTACATCTACACACTTTCAAACTACAAAAACAACATTAAAAA TCACACCTTTATTAGCACAAAGTTTTATAAAAACAAAACTACCAGCTGAC TGCTTGTTATTTCCAAACCCTACATTAGATTCACATACTATTAACCCTAA ACTACCAAAAACTCAATCGCTCCATTCAATTCAATCCGAATCAATCAAAC AATCCCAAATTCAATCCAAACCCACAAGCAGAGAGCAGAAAAATAAACCA ACAGACTAAAAAATGAATCAAATTCAGGTCAGTTCAAGATTTTCCAACCT TCCAATATCAAAAACAGATGATTTGTACGTAATTCACCATAATCCAGGAT AATTAGCAGCTGATTCAAGAGAATTATGCAAATCTAAATGAACTTAGCTC CTTAGATAAAAATTTAACATTAAAAAAAGTCCCAATTTTTTATGTGCAAT TAAGATGAAACGCCGAGAATTGAACACAATGAGAATCAATGAAGGCTAAA TACCTGATCTTGTCATTTTACAGAAGAAGTTGAAATTAGGGTTTTTAGAG AGAGAGAAAAAAAGAGAGAGATGTGAAGAAAGAAAGATGGTGTGTTGAAA AACCAGTTGAAATGAAATGACACAAAATTTTGAAGATCAAATTATTAATT AAATTAATTTTCAGGAAAAAATTTTATTGGCTCTGATCTATTTTAACTAT ACATTAAACAATTGCTTATCAATCTCTCATTCCGTCCAATTAAATTTAAA TACATCATCAAATTTTCATTTCATCCAGTAAAATTTAATTTCGTGTATTA TAACTCTTTTAATTATTTTTAGAATTTTTAAAATTCGAATCGAAAATCCG TTACCGAAATTACTATACAAAATATGAATTATATTTTGATAAGAATTAAA TGGGATAAGTAAATTGGGCAAGTAATACACTTGTCCTACGTATATTCCTT TGTTATTTTTGTTGAAAAAGGTTATATGTTTTCCATTTAATAGCATGAAA TTCTTTACTTTGAAGTGATGAGATCATAATAAAATATTATAAGTATCGTT TTACAACGTAAATTTCATATAATTTTCTCAGCACATATTTTGGGATTGTG AATGGCGATGTATGAAAAGTTTTAAAGAAATTAAGTTCATAATAATAATA ATAATAATAATAAAAAGTGATAGAGATTTATCTTGAAATATTGTAATTAA AATTCACATATTTACCTCCATATATATTTTGGGGATGCTTGCTGTAGTTT ATAAAAAAAATCACGAAATTAAGTTAATAATAATAATAATAATAAAAAAC AATTAAAAAATAAAATAAAGAGCGATGAGGCATATCATGAAATATCGTAA TAAATAGAATTTATATGCTTTTCTGTGTATATGTTTTGAGGTTGTTTGTG GTAGTGTACAAAATTTTCTCATGAAATTACGTCCATAATAATAATAATAA TAATAATAATAGACAATAATAATAATAATAATAATAATAATAATATTATA TAGAGGAGAATTCTAGGCTCGTTTACGTGGCGCCCTCACAAGCAAGAATT TCATTTTAAATTTATTTATTTTCAAAACTAGCCCTTTTCTTTATTGAAAA GATGTGACTTTTATGAAAAATTGTGACATTACGAAGACTAGTGACTTTTA TCAAAAAATTTTAACAAAACTAGCACTCCTCTTTCATGAAAAGATGTGAA TTTTATGAAAATTTTTGACTTTAATGAAGAATTGAGACTTTTATAAATTG TTGAAATTACTATATAGCCTCTACCCTCTATGCATAAAACGCGTTCAGTG ACATCTTTTTATGAGTAAAATTATGTTTTTTTTATAAATTGTTGAAATTG CTATGTTGTTCCTACTCTTTATGCATAAAACGCGTTTATTGATATTTTGA CTTTAACGAAGAATTGAGACTTTTATAAATTTGTTGAAATTACTATATAG CCTCTACCCTTTATGCATAAAACGCGTTCAGTGACATCGTTTTATGAGTA AAATTATATTTTTTATAAATTATTGAAATTACTATATTGTCCCTACTCTT TATGCATAAAACACGTTTACTGATATCATTTTATAAATAAAATAACGTTT ATTCTTATAAATTATTGAAATTACTATATTATTCCTATTTTCATACATAA TGCGCTTTCAGTGATAATATTTTATAAGTAAAATTATATTTTTTCTTATA TTATTCTTATTCTTTATGCATAAAACGAGTTAAATGAGTTGAAACGTTAA AATAACTGCACTCTACTTGTTAGTAAAATAGAAATTTCCAAAAAAAAAAA AAATTCTTGCGCGTGCAACTTTTTTTTTATTCCGCGTAAAAAAAGACCTA TAAAAGTAGGCTACCTTCGCTTAGTTTAGAAAAAAAAAAACTCACCCTCA TACCACTGTATTGCCGCCACTCTCCGGTGACGATAGCCGATCAAAACCTA AACCCCAAATCAATTTCCCCGCCGATCATGCACTGCTCTTCCCATTACCG AATTCTTGTAAATTCTTATTTAAGGAAAAAAAAAAGGAAGAGATTGTTGT CTTTTTGAATATTCAAGAATGTTTTCTTTTTCAAAAGAAAATTAGGTTCT TATTTTCGTGGTGTGTGTTAAGGATGTTGAAGAAATTAGTTTTAACTTTT CAGGTCAGTAATGCAGTTCGCACAGGGGATTTGAGTTTTGTTTCAGAAAA ACTGTATCTGCAGACAAGATGGTGAAGAGAAACTGAAATTTACTGTTTGA TTCCAGGAAACCCTAAATTGATTAATTTTCTCGTTGATGTCAAATTGGTA TTCTTCCATGCACTGGTTTTAAAGAAAATATTCAAGAAACTGTTGTCTAA GTTACATTGGTATTCATAGGAAATTGTTGTTTTCAAGAATATATTGGTAT AGAACTTCAAGAAATCTTTTCTTTTTTAAGAAAATCAAAGAATTATGTTG TCAAAAAAGCATGTTTACAGAACGACAAATGTTTGTAACTTGGAATTTAT GACTGTTGACAAGAACTGCTGTTTGCTAACAAGGACTGCTGTTTGCTAAC AAGGATTTGTTGGGATTTTTCTTTTTGCAGTCATTGTATTTTACAACCAA CCAGTCCGAAGGAAGCAAATGCACTCCAAGTACTTATAGTTTTTTCAGAA TCAATCAAGTAAAACATGTTGATTTACATACTTTACTTCTAAAGCTATAC TCTGATCTGATTGTTCTTTTGGTTTCCATACATAATCTTGAAGTTCAAAG AGGGTTTTGCATTCTCCGAAAGAGTCTCTGCTAAGAATCACCCTTTCACA TCCCAGTGTCTTCTTCAAGTTGTTTATATTGAAAGGTCTTTGATAAACTA GCTAGTATAAGGATATGTCCTGTCTGTTTTCTTGATTTGTAATTAGCATG CAATGAGGACCTGCTTTGCGCGCGTGCTTCTGCTTCCTCTTGGGCTGTTG TCAAGCGGGTTTGGGGTTCATCTGAGTTCCCTTAACAAATTGAATGCAAG AGTTGGTCCATTCAAGCTGTAAGGATACATCTCAGGTCTTGATGTTTACA CAATAAAGGTATAAGGGTAAACTACTTGCTGGCTGTTGCCAAATATGCCC GTGAAAACAGGATACCTTACCTGGGCATATGTCTAGGAATGCAAATTGCT GCTATAGAGTAAGCTGGATCGTTTCTTGGGTTGCTAGGTGCGAACAGTTC AGAGTTTGATCCCAACACTCATGTGTAATTTTCATGCCAGAACTTAAGTA TCCCCTTCATCATGAATTTCCCTCATGATCTTCATGTGTTTTAGGTCTTA TTTCAGAAGCATATATTTGTCTGTAGATCACGTTCACAGGGTTCAGAAAC ACATATGGGTGGTACCATACGTCTTGGATCAAGAAGAATGTACTTCCAAG TTAAAGATTCTAAATCTGCAAAACTGTAGTACTTCCTTTCCTCCAACCTC ATTGCATTGGCTGTATCACTGTGTGTGAAGGTAATGATTGTCTAAAAAAG CCATTGACTTGTTATTTCAACTTGGAGTCAGTAACAATGAAATCCCACAA GTACTTGGAGTCTCTAACTTATTTAATTATCAGGTCTTATCTGGACTAAT GAGGACAACTAGCTATCTTGATTCCAAGCAAGAATTGGTATGTTGAGTTT GATGATAGGTAACATTGAATTTGAATCTTTTGGGGCTCTTATATTAAGTA ACATTGATTTTGAGTCTTTGACTATGCTTTTGCAGGTCATGCCTGAAATT GGCTACCAATTACTACACAACTGTACTGACCAAATTCAGAACTGGGTTTG GATCTGCAACATTCATTCACAGGCTTCAAGATCATTTACCAGGTAAGTTG CTATCTTTGTCTGGATTTTTATTACACAACCAGTTTGTGGAACTTAGTGA AATTGCCATTCACCAGAATCCATTGCACTAAATTTTGCAAAATTCATTTA AGTTGTTCCTAACTCTGAGCATGAAGTAATATGTTTTGGTTAAAGCAGGA ACTTAAATCTTATTCACAAGAAACCTACATTTGTCACACTTCTTGAGGTA ATATTCTCTACTAGTCTGTGTCATATTATTTATTCAAATGGAGGTACATG CAAACCATTTGCAAATCAGTCTTAAAAGGTAAAAGGTATTATAGTACTCC CTCCGTTTCAAAAAGGATGGCCTAGTTTGACTTGGAACGGAGTTTAAGAA AAGAAAGAAACTTTTTAATCTTGTGGTTCTAAATTAAAGTTATGTCAAAT GTACCAAAATGTGGTCCTTTAATCTTGTTGTCTTAAACATTGCCATGTGA AAAGTTAAAGTGTTTCCAAAAAAGGAAAGGGGTCATTCTTTTTGAAATAA ACTAAAAAGGAAATAGGGTCATTCTTTTTGAAACGGAGGGAGTATTGATT GTAGTTGTTAATGAAGGATTCAGGAACTCATGTTCACTATTAGGAAATAA GAATTGGGATTACGAATTATTGGGGATAAAGCTACGCTGAGGTAGTATAA ATACACAAGGGTTGGGATAGATTGCTCACCTATATTCTCAAACCTCTTAC TACTCTTCTTAGGTTTATTCACTTCAAATGTTGCTCCCTCTTGTAAGATA TATGCCTGTCTCTGGAAAACGAAGCATGACAAACACCCTCGCTCTTGTAG GATATATGCCTGTTTCTGGAAAATGAAGCATGACAAACACTTCTTCTCAG GCTAGTTATTACATCCTGAGGTATCAATAGCACAATTATCAGTTCTGTGC TCCTTCCTGTTGAAAGCATGAAGGATTTTCAAGGGTTTAGGCCTTTCATG TGTCATTGCGCATGCTCTCTTTAGGTGCATTTTATGTTTTAATTGAGATA ATTATAGAAAATGAATTACTAATAGTAACTTCTAAGGGAAGAGCTTTTCT TTTTCTAGTGCCATCAGTTACAAGATTCTCTTGCAGGTGTTCCATAAGAA AATAGTTGGTGCTTAGGTAACTTTTAGACCAGCTTTCGGAAACAGTATAT GTGCCTGTTTCTTTCATCTTTCGTTATATTTCCTTTTGTCTGGACATTCG AACTATGGTGTTCCCTTCTTCTGTTGAATATACAGAAGCAATCCCCCTTT TTCTCCTTTTCGTATGGCTCCTCAAAAACTTCTCCAAGTGACTTAAAAAG CAAACTTTCTCAGGCAGCTAGTCTCTTTGCCTTGGTGGATAGTGCTGAGT TCAAATGATGCCATACAGCAGTCATTATGGAGCTTGCTTTGTTTCCTCAG GGCCCTCAAAAAAACACGGGCAACTACTTTATCATGGGAAAGAAGGAATC ATTCCTTCAATGACAGTCAACTTCACTAGAACCATGGACCGGGAGTGAGG TCATTTCTGCTATTGTAAGTATTAATCTCTCTGATATTGTCCTAATGCAT TTTGATGTGCGGAAAGTTCTGCTCAATTTATTATTTTACTTCATCATGTG AAGTTGTACTTTCTTTTGAAGGATCTGGTTCTCACGAGATGGACTGGTGC TGATGGGAGAAAGATATGGTAATCTTTTTGCAAAATGCTGGACTGACATC ATATTTTCTATTGTATTGATGCTGCTGTACATAAGATCTTTTCCTGATAG CTAGGATTTTCATAACTTGGAATTGTTGTTGTAGTCTATAGGATTGCAAG CATTACTCAACTGATAGGCTGTTTGATGATTCGTGAATTGCATTTCTCAA CTTATAGGCTTCCTCTTTGTCTGGCCATTTTAACTATGGTTTCGTATGAT TGCTTTACACTAGCTACATTAAAATACGACTATTAAAATGAATGGCATGC TTTCCCAGCAAGTTTTGGCTTTAAAGGAGAGGCTCTGAGCTCTATTTCTG ATGTTTGTTTGTTGTAAATTGTTACTAAAACTTACGGGAAGCCAAATGGA TATTGTAAGTTCCAAAGGTAAATTTCTGTAGAGTTTTAGTTGGTAGCATC CATTAGGATAGGTATAAAACTACTAACTTGGTCTTTCTTCTAGGCATTGT TTACAGGACGGCAAGTGCTTGTACTTTGGAATTGATAATTGTAGGCAAAA TGTTTGTACAACAGATAATTCTACATAAGCTTACCTGATACAAGAGTTGA CCGTTGTTTGCTAATAAGGGAATTTCTTGGGATTTTTCTCTTTGCAATCA TCGTTCGTGATGTATTTTAAACCAATCAGTTCGAATGAAGAAAATGCACT CTAAGTACTTCTAGTTTTCTCACAATTGAAACAAATAAAAAATAGTGGTT TACATACGTAACTTTCTGATTGATCTTTTGGTTTGCATATATAATCTGGA AACCCAAGGAGTGTCTTGCATTATCTGTAAGTGTCTTGTCTGAGAACCAC CTTTGTGCATCTCAGTGTCTCGTTCTAAAATCTTTGATATTGTAAGGTCC GTCTTTATTAATACCGGCTAATTTTTGTAAGGATATGTCTTGTCTGGTTT CTTAGATTTTGGTCGTTTGTGTGCAGTGATGATGACCTACTTTGTGTACA TGCTTCTCCTTCTCCGTTGTCGCTATTGCCCAGTGGTTTTCGGATTCATT TGAGTAACCTCAACAAATTAAATGCAAGTGATGGTTCATTCAAACTCTCA GGATACATCTCACTTCAGATTTGGAGGTTGGAAGCACAACTTTTGACCTA TTAAATATGCCAACACTGTTGATCTTTGACATTATTCTAGAGACTCAAGG TTTAAGGATAGTTTTTCATGTATCCTTTGTTTCAAAAGGCATCACCTCCT TTAGGTTAGAGTTTATTGACACCTCCTTTAGGTTAGTGTTTACTGAGTTA GTATCTTTTTTCTTTGAAAAATAAAAGAGGGAACTATATTAATGACTTTG ATCTTAGAGGAAGTAACTTAGTTTGAACATTTAACACTACTTTAATGTTC TAACAGGGTTAACAAATACTGGAAATCATTAAGTAGAATGAGAGGATTAG GAAAAGCTAGAATAGGTTCTGAAGAAGTGACAAAAAGTCTTCTTTTATCT TTGATGAGTGGAGGAAGTTTCCTCCTCATCTATTGCTATCCCATTCCCTG CTCCTCTTTACCGGTATACCTGTGAACTATGAGATCAAGAAAAAGAGGTG CAGGGCCCAGAGTTTCAAAGCTACTCTTGAGCTTCCTTCTCCTGCAGCCA AAGAAACTGACTGGAGAGTGCTTGTCAGGAGGGAGATTCGATGTTTGCAG TCTTAGTATTCATCAAGGCATTAGAGATTACAATGTCTTTTTTCTAAGTG TCATAGTCTCACTCGAATTCCATCTTGCTTATGTTCTCATCCTGTGATAG AACTGTCATGCCTTCTATTTTCATTCAAATTTTCAGAATTTGCACCAACA AAAACTTAGTATCTTAGATTCTGATCTTGACGTCTTGCATTTTGGTTGGT GATTCTTTGGTTCCTGATACCATTGATAAAAAACTGCTTGGAGGGTGCCA AAGTTCTCCAGCAGGTTGATAAAAATTTTATTCCGATTGTGGCAGGCATG CCACTTGCTATAATTGATCAGGTCTATTCTGGCCTTTGCATAGTCCATTA TGCCTGTTCTTGGTTTCTCGTAAATTTCCTTATAATGCGTTTACTTTAAA TAATTGTTTTATCTTTAGGGATTGTTTTTTGTTGGACTCAGTAGCAAACA TAAAAACTCAGCATAAACTTCCACATAAATAGTATAATATTTGTTGGCTG CGTAAGTCATAGTAATAACTGCATAACTATGTATCATTCAGTTATACGCA TAAGAAAATATAAGCTCGACAGGACATATGCAGCGTCTGGTTGGTGGTAT TAACTTTCATTATTAATATCCTTGTGACTTATGTGAGAATCTATATGTTA TTTACGTGGGATGGAATATGGAATAAGAAAACACATGCCAACAATGCACG GATGAGTATTTACAGGCAAAAATTCCCTTTATAGTAGATAATCCCCGCAT AGCATATCTTATTTACTATTCACTGCGCTAAAATCCCTTCATCATCAGTT ACTGCATAACAATTTTTACATTATTATCACTGCATAAACATTCCCTCTAT GATTCTTACTTAACCAAATAATTTCTTAACTCTTTTGTATTGCTGTTTTG TGATATTACTGAAGAAAAGGATTATGATCTTTTGTTTGATTCTACCATTT ATCTTCGCTGAGCATTACACCCATTATCATGTTCTACAGCATGATGCAGA TGAGCGAATTCGAACTGTATGAAAAGGTAATGATTGTCTAAAAACTCATT GATGTGTCATATCAACATGGAATCTTTTAAGTGAATTATTAGGTCCTATC TGGACAAAAGAGGACAACAACCTATCTTGATTCCTAGCAAGAAATGGTAC GTTTATGGTCATCTAATGTGAAATAGATTTGCCCTGTGCTGCTGTTGGCT ATAAGGGAAAGACTTGAAACTCTTTTTCCTCGGCCTTTGACATGCCTTTG CAGGTCATACCTGAAACTAATTACCAATTACTACACAACTATGCTGACCA AATTTTAAAACTGGGGTTGGATCTGCAACATTCATTCTCAAGCCTCAAGA TCATTTACTAGGTAAGTTACGGATCTTTGTTTAAATTTTCATCAGAACCA ATCTATGGAGCTTTTGATAAAAATTGCCATTTACCTGAAATCCTATTCCA CTAAATTTTGCAGCATTCATTGAAGTTGAACCTAACTCTAGCATGAACTG AAAAGTAACGGTGACAGCCAATTCAAAAGTAAACACACTACTAGCTAAAC AAATTGAGGCTGTGACACTGAGGTCAGTTGAAGTTAATTATTCTTAATAT AATATATAGCAAGTGTTAAATGCTTAAACTGCCTATTACTGTTGTTCTTT CATTAACTACACACACTATTATCCTGTATTATGTATAAGTCCTTTGTTTT TGACAAGATTGGAAAATCTTGAACTGACCTGAATTTGATTGATTTTTTTT CGTCTGTTGGGTAATTTTTTTGCTTTCTGCTTGTGGGTTTAAACCTTGAT GCTCTCTCGCCTCCACCAACCCCCACATAAGCAAAAGAGAAGGAACAAGG TATTTTTCTTTCCTCCTGGTGTCTTTGTTTTCATTTGTATTGGAACGATA AATCTGATATGGATAGAGTAAGAACAAATACAGAGGAATGAGGATCAGTA TAGCAGGCCAACTAATTTTTGTGTGAAGCATAATTGATGGATTGATTTAT TTATCTTCGTAGGTGCATATGTTTGGAGATGCATTGTCGCCTTCAGAGTG TAGCAATAATTCATCACATTGAAATATAATTTGGATCTAGAGCACAATAC ATCTAATACAGATTCGACAAATAAATGTACTTTACCCGATTACAGATCCA ATCGTACCATTTCTGTAAGTTTATCTATTTATACCTACTTAGAGATACGA TTAATATTGTCAAACTCAAAATATACACTCCATGGGAAGCACTAAACACT ATAGGTAAATCGATATTGAATTTACATTTTATTGACAAAAAGTTGTATTT TTCTTGAATCATTTATTTTCTTCTACTTTTTCTGACTCTGGACCTTCACA ATCCCTAAGGTTTGGGTGGAGAGGCACATAGTGGTTGGTCATAATGGGAT TATTCTTCTTTCCAACCCAATGTGTCCCTACTATAAATTGTGATTCTCTT AATATAACATTGTTTTTCATGGTAAATGACAACATTATTGCTACTACTCC ATATCCTTCTAAGAACCGTATGAGCAAAACTAATTGTTTCATATCATTCT CTTTTGGTCAAAATTGGTTTCCACATTTGTCAAAGATACAAGATATGCTG GATACACATATGACAAAGTTAGATTGGTAACTAAAAGAAATGAATACAAG TTACAAAATTTCGGAATCCTGTGTTACAAAATTTTTATGTCTTGTCATAG GGGACTTCATCATGAGTTAGAAATCCTTTTCCAGGTTTTTGCATCACTAG TGTCAAAGTCGAGGCTGTTCCCTTCTTATGTTGAATATACAAAAAGCAAC CCCCCTTTTTTCTCCTTTTCGTATGGCTCCTCGATACTTCTCCAGAGCCG ACTTAAAAAAGCAAACTTTCTCAGGTAGCTAAAGTCTCTTGCCTTGGTGG ATAATGCTGAGTTCAAATGATACCATAGAGCTTGCTTTGTTTCCTCAGGG CCCTCAAAAGAAGGAATCATTCCTTCAATAACAGTCAACTTCACTAGAAC CATGAATCAAGTGAGGCCAATTTCTCTTTCGGAAGTCATTTCCCCATCAT GATCATCCAAAACTACTAATGAATGAATCAAATCTTACTAAGAAACTAAT ACAATCCAAAAAATTAAATCACAAGTGGCACTGATACAGGTGGAGAGTGG GACGTAAGAAGTGAGAAGACTATTCATCCCAACATCACTTACCAACCTTA ATTTGTAGCTTGCTCATATCGACATTAACCCTTTCAACACCTGATTCGTT CTTCACCTCTGTTTGCTTAAGATTTTTAAAGTTGAGCCATGGGTGTTGCA AGCACTGCTCAGCAGTTGGTCGTTTTTCTGGCTCAAAATCAAGAAGAGGA CTGAGAAATTCCGTGAACTCATGAGCATCACTTTCAGAAAATCTATATTT GTTAACTAGTAATTTATTTAGACAACCATATTTCAGTCTACGGATCCTCT TCAAATCTCCGTGCCTGTCAAAGTAATCTTTCGATCTAGCCCCACCTACG GCTATCTGCTCCAACATAAGTTTTTTTTAAAAATAAATCAATAGCTATTT TCAGAAATAATTCTTCAAGGCTACAAAAACATCATAATGTGCTAACCTTC CGGGGGATCTTTCCTAGAAGCTCCATCATCATAGCTAGATGATCCTGCAA CCCACCAAATAATAACAAAATATAGTAAAGCGAAGTTATAAAATAATTCC TCTTCAGGAAGTAAAATCTATAGGACTAGGTTGACTCCTCCTTACACCCA AAAGACCAGACCTCAAATCATACTCCATATCAATAATTCTTCAGATAATT TTTAACTGAGAAACAGTTGCATTATGCAATGGAAGGACAGCTAAACAAAG AAACATAGATCAGGTTACCTCATCTTCGCTGAAACCTTCTCCACCTTTGG GAGTGAACATCATCTCACCAGTAGCAAGCTCAAATGCTATACAAGCCAAA GACCACATGTCAGCAGAGAATGAATATCCAGATTGAAGTATAACTTCAGG GGATCTGTACTGTCTTGTTTGAATTTCTTGTGCAAATTGCTTATCATCCC AGCATGCATTTCCAAAATCCACAATCTTGCACCTTAAGTCTATCCCATCA AGAGATCTATTTGATTTTGGAGTACCTCCTACCACACCCATTGAAGAACG TCTTCCTGATATCCTAGCTGCTGCTCTTCTTGCCCTTTGCTTTAGCTTTT TCTCAATGATATTCATTGTTATTCCTCCATTAGGGTTCCCCTCAGGCCTT TCAAGTATGGGAGTCATTCCAGATCTAATGGGATCTTTTGTGGCATTAAT CGTGGAAAGTAAAAGAATATTTTCAGGTTTCAAATCTGTATGAACAATTC CAAGCCCCCCATGCAAATAATCTAAACCAGTCAAGACACATTTGCATATT TCCCTAACTTTGTTCAGTTCAAGGCCCTTATATCGATTATGCTTGATAAG CCGCAATAAGCTATCACCAAGAAATTCAAAAACCATGCATATGTGCTGTC CATTAGGACCTGTGTGCTTAAAATGGTCAATAAGCCGTACAACGTATTTA CTGTTAGATTGATCACCATTGGCAATCGCAGAAAGGATTTCAATTTCATG AAAAGCTGCTTGAGCAAATTGTGGTGCACTTTTCTGGATCTTCAAGGCAA CAAAACCCTAGGAGAAAACAAACATAGTAATGACATAAGCTCCAAATTTC GAAGTTCTTAAAGATCCTTATGAACTTCCAAACTCATACCCTTATTGTGA GGAAAAGATTACAAGCAATGCACCAATATAAGGGAGAACATAATTCTCAT CCCCTTATTGTTAGGAAAAGCATTACAAGCAATGCACCATTATAAAAGAC CATGATTCATTAATGGAGAATGGATTCATCTCATACAATTGACAGGTACC TAAAACATTAGTTTTTAAACTGTACATGGTATCATGCTTATTATCATCAA GGACCTAACACTTGTTGATGTGTAACGGCTCTCACATACTTGGAAAGAGG CCATGCATATTCATTGTCATGTCTGTCAAGAACATAGGCAATAATGCTAA TTAGAATACTACAATTATTCTTTCATCAAATATGATTTTTCAATGAACCA GAATGACACAGATGCAACAAGCACTTGTTTTGAAAGCAGTAAAATATCAT TTGCTGCTGGCTTATTTAAACTAAGATAATGCATTGCTTGAACAGTGACA AACATCTATTTTTTTGTAATAATAGTAATGAGTACAAATAATACAGTTCT TCGCAGCAATTATTTATGATAAAATAGCACTTCGGTAGACGAAAATTGAT CGTAATAATTATCTATAAAAAAAAAGTGTAATAATGATAAAATAACAATT CGGTAGACGAAAAATCGAAGAGAAATAGTAACGAAAACAAAACTCACGGA TAATTGAGTATCATAAGCGAGCCAAACGGTGGAAAACTCTCCCCAGCCGA GTTTTCGTTGCGCCATATATCGGCCACCGGAAAATGAATCGCCGACTCTC ACGGCATGGTAGCCTCCCTTCCGGTAAGAATCGAATCCTTCATCTTCATC CTCAGACGCCGACGACGATGAACAAGACATTGTTAATCACTGAATCAAAC AATCGTGATCTGAAAATTCCAAAACTACGTTTTCGAATTTTGTGAGAAAA TATCAAAACAAAAATTACAGAGCTCTATAATTTTTTGGGGGAAAAGAAAA GTTTGATAGAGAAGGAGACGGTGCGTTTAATGAGGGAACATATGTGGCCT TCAATACAATACTCGCTCCACTTGCTCCCTCTCTCCTTTTATTTTGGTTA ATCTCGTTAATGAAGAGAAATGTGATTTTTAAAATAAAATTTGTTAGAAA TAAATTATTTTCTTTTATTCTGAGATATTTTCACCAATGCCTTCGGAGAA ATGAATTTCTTTTACGGTAAATTACCGGAAGTTTCCATTTGGTCCATTCT GGACTACTTTGACTATTTTTATGTGGTACGATGTGGACTATTTTGACTTT TTTCTTTAATCTTAAAAAAATTTGATTTAATTTTTGAAAATAAAATTACA TATTTTGAAGTATACTGTATAAACGCTCTAAAATAAGTAAGTAACAATAA ATATTAAAAAGGACTATTTTGAAATTTGCTATATTGGAAATAGTTTAATA ATTGGTGTTGAGGGAGATGGATATGGTGGGGATGGAAAAGGAAGTGGTGC GTCCTGGTTGGTCCTTTGGTTGGGGTTAGGAAGTAATGAATGTGGAGGGT GCGTGGGTTAGAGGGAAGACCCACATGTCAATCCTTGGTAGGGTACTTCC TTCGAAAGAGATTTGGCGTGAATTAAAAATAGTTAAATTTTAATATAAAT ATTAAATATTGAATAAAAAAAATATATACACGACATGAGAGAAAATACAC TTTTACTTAATTATTCTTGGATTCTGCTTTGCAACTCATTTGACGAATAT CTGGGTATGATCTAAATTTAAAATAATTTTTTGTGTATAATATTAATAAA TTAGCTTTGCTAGAAAAGTTGGTGTAAAACATCGAATGCAAGACGCATGA GAAAATATATTTTGCAGTGAGATGTTAGGCAACGTTAACGAGAGAATGGA GACAAAATCTAAAGATTTGAAGTTAGTCAAGACCAATAATGAATCTTGGA GTATAAGTTTGATCACGTGATCCATGAAGCTAACATGAACATGGTGTACT TGACACATAAGTTACCTCTCTCTAATAGGAAATTTCAAGTATACCTGGGA CATAAGTGGAGATATTGATGAAGATGTGATAAATTATATTATGACGGAGT TAACAGAACTCACTGTATCAGTGAGTAAAATATGCAATACAGCTTCCTAT GGATAGCTAGCCATTAATGGTGATTAACGAGAATGAGAAGAAGAGAAGAA GAGAGAGTGTTCGTGAATTCACCCAAACAAAACTGCTCTTTCATTCATCA ACAATACACTATATACATGTGAGTAAGAACCTTCTAGAAAGGAATCAAAA ATGTAACTAACTAAGTAACTAACTAATGTAACTAACTAACAAAATTATTA ACACACTATTAAACTACTGTTAACATAGATAAGTGAGATCAGTTGTAATT CTCAATACCCCTCCTCAAGTTGGTGGTAATAATCTTACAGCCAACTTGTT CAAGATTGCAGCATGTTTGATACCATTGAGAGACTTAGTAAAAATGTCTG CCAATTGTTCACTTGTAGGCACATGTTGAATCGAGATGAGCCCCTCCTGC AGCTTGTCTCGTACAAAATGGCAATCCACTTCAATGTGTTTGGTTCTTTC ATGAAAAACAGGATTATGTGCTATGTGAATGACAGCTTGACTATCACAGT ACACATCAATAGGAGAAGGATGAGGAATAGTTAACTCAATGATCAGTCTG TGTAACCAAACCAATTCACCTACTACTTTCCTAAGTGATCTGTATTCAGC TTCTGCAGATGATAATGAAATTGTTTCTTGCTTCTTAGACTTCCAACTAA TAGGGCTGTCTCCAAGTAATATCAAGTAACCACTTATAGACCTTCTGGAA TCTGGACATGTAGCCCAATCTGAATCACAGTATGCTCTCATAGTACAATC AAAATTTCTTGACAAATAAACTCCCAATGAAGGATCCTGTTTTATATATC TAAGTAAGTGAAAAGCTGCCTGTAAATGAGGAAGTCTAGGATCCTGCATG AACTGGCTCAGCTGTTGGACACTGAAGGCTATATCCATTCTAGTGTTGGT GAGGAAATTTAACTTCCCCACAAGTTTCCTGTAATAAGTAGGATCAGAAA GAGAAGCTCCTTCATTAGCCCTGAGTTTAACATTGGGATCAAGAGGGGAT GATAAAGATGTGTAGTTGGAACACTCATACTCCTTCAGTAAGTCCAACAC AAACTTCCTTTGTGAAATGAGGACCCCTCTTGCAGTATCAAGTATTTCCA TGCCCAAGAAATAGTGAAGTCTACCAAGGTCCTTAATTTTGAATGTCTTA TCCAAGTACATCTTCAGTTTAGTGATCTCAATTGTGTCTGTGCCTGTCAA AACTATGTCATCAACATAAACTGCCACAAACACCACCAATGAATTAGATT TCTTGTAGAACAAAGAATAATCATAATGTGAGTGTGTATAGCCTCTAAGA GACAATGCCTCAGTCAATTTAGCATACCACTGTCTGCTGGCTTGTTTAAG GCCATATAAGGACTTGTTAAGCTTGCAAACTAGACTTGGCTCACCAACAT CAAGACCTTGAGGCATTGACATATATACTTCTTCATGCAAATCACCATGT AGAAAAACATTATTGACATCAAGTCGAAACAACTCCCAGCCCTTTTTCAC AGCACATGCCATCAATGTTCTCACAGTAGTCATTTTAACTACAGGTGAAT ATGTCTCAGTGTAATCTATCCCAGCCTTTTGAGTGTATCCCTTAACCACC AATCTGGCCTTGAACCTTTCTATGCTACCATCAGCTTTATGTTTCACCTT ATAAACCCATTTGCATCCAATGGCTTGCTTACCTATAGGTAGTTTAACTA GATCCCAAGTTTCATTTGCATGTAAAGCATCATATTCCTGTTCCATTGCT TTTTGCCACGCAGGACTGTTTGCAGCTTCTTCATAGGAACATGGTTCACT GTCATAACAAATGCTTTCAACCAAGACTTGACTTTTAGAAGTAATGACTT CAGGGCTTATGTAATGGTGTTTATTAAGGAATGTATTGGAAGCCAGGTTA CTGTTGGAAATGGTATTGATGTTGGAAACAGAATTTGAGTTGGTTTTTAG CTTAGGAAGTGACAGAACATAATCTTTTAAATGATGAGGTGTCTTAACTA CTCTGTTGGATTTTCTTTGTGGTATAGGTGGATTTGGTAACTCAGTTTGT GTAGTTGGTGAGGAACGAGGTGATGTAGGATTAAGAGACAGAGTTGTATG ATCATCAATTACATCCAAATGGTTGTTCAACAATGTATCACAAGGTTCAC AGAAATCAGTAGAACAAGGTTTTGAAATAGAAGGAAAAATGTTGTTTTCT GAAGATAAAACAAATGGAAAAATCTTTTCATGAAAAATCACATCTCTTGA GATTTGTATTTTCCTTGTGGCAAGACTCATTACCTTGTACCCTTTGATTC CAGAAGGATATCCTAAAAAGATATGAGAGGTGGTTCTTGGTTCTAATTTG TCTCTATGGACTTTAGGTAGTGTGGGATAACATAGACATCCAAAAGACCT TAATTGGCTATACTTTGGTTTTTCTTTATAGAACATCTCATAGGGACACT TGTTTTTGAAGAAATGTGGGAAGGAAGCCCGTTAATGATGTAAGTGGATG TAAGAATACAATCACCCCAGTACTTGGTAGGTAACTTGGACTGAAAGAGG AGAGCTCTAGCTGTTTCAAGCAGGTATCTGTGCTTTCTCTCTACTATGCT GTTTTGTTGTGGTGTATAGGGGCAGCTTTTCTGATGTGTGATACCTTTAG ATTGGAAGAATTTGAGTGTGTCATTATTATTGAACTCTAAACCATTATCT GACCTGATGCATTTTATAGTTGTTTGGAACTGGTTTTCTATCATGTTAAC AAAGGTTTGAAGGACTTGTATGGCATTGCTTTTGGTGCTTAACAAATATG TCCAGGTAGCTCTACTATAGTCATCCACTAAGGTAATGAAATATTTGTAA TTGTCATATGTAGGAACATGATAAGGACTCCACAAGTCAATATGAAGAAG TTCAAAAATGTTCTTAGAATGTGTTGTGCTTGGAGTGAATGGTAACCTGA CTTGTCTTGCCATTGGACATATGGTGCATGTGAAGGGCTGTTTGGTAGAA AACTTAATAGGAATAGTAGGTATATTTCTCATTTTCACAAAAGGTACATG GCCAAGTCTATTATGCCACAATAAATCCACACCATCTTTCAGAGATTCAA GAGATGCATAATTGTTCAACACATCTGTATTATTAGTAGAAGAACTATCA AAGATTACAGGAACCTCTCTAGATTGTTTAACAGATGATTCATTACAAGA TGAAGTTGGAAATGAATAACACCTACAACTATGAGATATGCAATTACAAA CAGAATCAGAGGTATGAGTAGTGTCATTCAAGCATCTCCCACACATGTCT TCATTAAAGGGGCCTGTGATAGACAAGTTGTATCAGTAAACGAAAGTATG CATTTCATTGAAGAGACTAGAGACTGGACTGAAATGAGATTATACTTGAA AGAGGGAACATGCAAAACTTTGTTTAAAACCATTTTAGATGAAATATGTA CATCACCATACTCTGTCACTTTAACCTTGTATCCAATAGGGAGTGAAACA AGTATAGGATAGGGTAATGTTTGAATGTTTGTTAGTGAAGATTTGTTATA TGTCATATGGTTTGAAGCTCCTGAGTCAATGATCCATGAATCAATACTTG ATCTAGAACATTTGCATGAAGTAATACCAAAATCAATAGAAGAAGTGCAC AGTATTGTACCTGCAAATTTGCTAGGCTCAGCATTACTCTTAGAATCCTC TCCTGAGCTATCAGTCTGGAACTGCTGCAACAAGCTCATAATATGACCAT ACTGTTCTTGTATAATGACAGCATTTGAATTACTGTTTTCTTGTGAGCAT TCTTCCCCATGTGCATTGGCTACAATCCTTCTTCCTCTAAAGTTCTGATT GTCATTTTGCCTGTACTGTTGTATATTGTTTGTTCTGTTGTTAAAAGTAT TATTCTTTGGAGGATATCCATGTAGCTTGTAACACTTCTCTTTAATGTGA CCTTATTTCTTACAAAAATCACAGATCATAGTGCTCTTGTTATTGTTGAT GTTTGAATCATTGTTGCTTGGAAAATTTGTTCTATTACCTCTACCACCTT GTGATCCTCTACCAGCATTTACATTCAATGAAATCGATTCCATAGGTGTA CGACTAGCAGGTCTGTATTCTCTTTGTTTTTCCTCTTGAATCAACAAAGA GAAAGCCTGTGCAGTAGAAGGAAGAGGGTTCATCATGAGTATATTCCCTC TGATCACAGTATAAACCTCATTTAATCCCATGAGGAATTGTATTAGACGT CTGTCCTGTTCAGATTTATGTATACTATCCTTGGCACCACAAGTACATGT ACAAGTGCATATGCTCTTTGCATTTAAGGTGTTCAACTCTTCCCAGAGCT TCTTCAGCCTTGTGTAATAGACAGTGATGTCCAAAGTTCCTAGAGTCAGA TCATCAATTTCCTTCTGAATTTGATACAATTTCGCACCATTTGTTTGGTC ATATCTGTCTTCTAGTTCCTTCCAAAGTTCAGAGGAATTGTTGACATACT CAACACTGTCTGCAATCTCTTTTGTAAGAGAGTTCAAAATCCACGAAATT ACCATATCATCACACCTCTACCATTGACGAGATTGAGAAGGATCAACTGG CTTCACACAGCTTCCATCAATGAAGACTAACTTGTTCTTCACAGACAGAG CTCGCAGTATGCCTCTTCTCCAAGATCTGTATCCAACCCCATCAAACTGA ATTGGAACAAGTGATATTCCTGGATTATCTGAAGGGTGGACATAGAAAAC ACTGCTTGTATCAATTCTAGTAGCAGTTTCTTGAGTAGTGGTTTCTGTCA TGATGGATCAACGAATTAAGAAATAACAAAACAGATCGAAGATAGATCTT GATGATGCAGAAACGAGAGAAATCAACGTAGCTCTGATACCATAACAGAA CTCACTGTATCAGTGAGTAAAATATGCAATGCAGCTTCCTATGGATAGCT AGCCATTAATGGTGATTAACGAGAATGAGAAGAAGAGAAGAAGAGAGAGT GTTTGTGAATTCAGTCAAGCAAAACTGCTCTTTCATTCATCAACAATACA CTATATACATGTGATAAGAACCTTCTAGAAAGGAATAAAAAATGTAACTA ACTAATGTAACTAACTAACAGAATTATTAACACACTATTAAACTACTGTT AACATAGATAAGTGAGATTAGTTGTAATTCTCAATAGGAGTGCATTAAAT AGAGGTTCAAATGTGTGAACATACGATATTTGGAATCTCGAAAAAGAAAG TGTGAGAAATTGATCATAATAGGGTTAAGGTGGGGTAAGAATAGCCTAAA AGTATTAGGATGAAAACTGAAATGATTAGGCAAGATATAATATAAGTTCA ATTCAACAAAAACTTGATCCTTAATCAATGAGTTTGAAAATCAAGAGTTA AAATAGAATATTTGTAGATAGTCGGACACATTGCTTTTCTGCTGTGGAGT ATTATTAATAGATATTTTACCTTAAGAATATAGTGTAATATTACAAAATA AACTCAAGTAAATAAATTAAAGGGAAAATGTCAAAAATACTCTTCACTTT AGTTTATTAGTTGAATATAGCCCTGTCATTAAAACGAAGTTATTGTTGCC CATGTCTTACTAATTTCACCATATATGCCCTTCATTACGAAAAGTCCCAA ATGAACTCAAATCAATTCAATTTTTTTAAAACCCATTGCCCAGACCCCTC TATCTTTTAACTCGTATAACCCGTTCCATTTACCCATCAATTTCACAATC ATCTCCATCAATTTCTTCTTCCCCAATCTCTTAAACATAATATACAGTGC TCATTTCTCTAAAAAAAGTCGTCATTTCATCACCAAAAATGAAAAATCCT CCAAATTCAGATCATCTTCATCATGATCTTATTCTACTACTAATGATTCC TTTGGCTGCATTTCAACCCTAAGTCTTTCGCCCAATTTCGTAAATCTTGC AGTCGTGTGAAGTTTTGATTTGGGATTTGAATCTAGCAAATTTGTGGTAC TTCTCTTTCAATTTCTTCAATTTATACACGATCTGCGCATAGGTGAAGTT TTCGGTATAGAGGTCGTTGTTGTTTGGGGCTGTGAAAGGGTTTTGAGGAG TGCAATTTTGTCAGTTTTAGTAAAAACTCCTGTGATTTTCTTGTAGTTTT TGTAATGTTTTGGTGATCAATGGCTTTGGATTTTCGGGTGATTTGGGAGA GTTTGTGCAGTGGTTCACCGCGGAGATAGAACCCATGCAACTAAGGAGAA GGAATTACTAGTAGTAGAAGAAGAAGATCACGATGAAGATGAAGATAATG TGAATTTGAAAGATTTTTCCTTTTTGATAATGAAATGACGATGGTTTTTC AGGAAAATGAGTATTGCATAAAAGGTCAAGGAGACTGGGGAAGAAGAAAT TGATGGAAATAAATTGGGTAAATGGGATCGGGTTATAAGGGGTAGAAGAT AGAGGGGTCGAGACATTAGGTTTAAAATGGAAAATAGGTCTTTATTTAAA AATTTGGGTTCATTAAGTTAATCCGAGACTTTTCATCATATGAGAAATAT AAACGGTGAAAATAATCACGACAAAAATAAAAGGGAAAATTGTATATAAT AGCAAATTAATAACCTAAAATAAATGGAATAGCTAGAGTTTGATTTAATT GTGCTCCATAGCAAATGTTAGCTAAAAATTGCCAAAGTCTCTCTCCCAGA AATCTCGCTCGCCACTCTCCATTCTCGCTCGCCTCTCTTGATTTATACAC AGAAGTGTATAATTCTGTTTTTGTTTTGTATAAAGCGAGAGAAAATTGTA TATACACATGCAAAAATATATATCTTCGTGTTATACACTTAATTATACAA TTTACAAACATTTTACTTCAAATATTGCAGAGAAAAAAGCCAACGAATTA TACAATTGCGAATTATACAATTGCAGTGAAATATAATTTTCTCTAGTTTT ATATAACAGAAGTGTATATATTGTGTTTCTGTGTTTTGTATAAAGCGAGA GAAAAACATATATCTTCCTGCTATACATTTATAATTATGCGATATACATA CATTTTAATTCGATTCAACTGTATGCAAAACAAATTTTATAAAAATATTG CAGCGAAAAAAAGCAGCGAATTATACAATTGTGCATTATACAATCGTAGT TAAATAGGATAGCGAATTATACAATTGCAGCAAAATAGGCCAGTGAATTA TACAATTTAGGCCAGCGAATTATACAATTGTATATGTATAGCGAATTATA CAGTTTTATTTTTGCTATGAAGCGCAATTATGCAAATTTTGCTATAATAT AGAAATATGATTTTTTTTTGGCTATATGTGAAAGTTGCCCATTAGATTCA TTTTAACGATAAAAAAACAATTAACTAATAAATTAAAAAATATTTTTTAC AGTTTTCGATAAATATAAAAATTACAGCACACAATGATGATATGGTCGAA AAAAAGCATATTATTATTATTATTTTTTTTTAATTTTTTTTTTGGTTAAA AAAACAAAGGTGTGAAGGTGCAATCAAAAGAGAGAGTAATGCCTATGTGC ATTGTGCTGTCCGAAGCACAAACCCCATCAAACTTCTGACATCACTTTTC TCGATCCCCCGCCTATCGATACCACCACTGTCCACTGTCCGGCGGCGGCG GCGGCGGCGGATCACCACCTGGGATCTTCTTAAACCTCTCTAATTCTCTG CCCTATTCCTTATCACAGATCTAATTCAGTATTCTCAAACTGATTGAATC GACTCAGTAATGGCTGCGCAGAACCAAACGGATCAATTTGAGGCTTATTT TCGCAGAGCAGATTTGGATCAGGATGGTCGGATCAGTGGTGTTGAGGCTG TTTCCTTCTTTCAAGGCTCTAATTTGCCTAAACCAGTCCTTGCTCAGGTT CGTTCGTCCACTTCTGTCTTCTCTTATTGTCTTCCTTCTTCATCTATTAG AGTGAAGGAGAAGTAAGGAAATTGAAGCTAGTTATTGACAGTTTACCAAG TTATCATGTAGTATGCGTCTTTTTTCGGTGATTTGAATTGTTGCAAGTCC AGTTGCTACTATTACTTGTCAATCCGTATATGTTTTGAACCCCAACAATT TACCGCCAATGAAATCCAACAAACCGAGTAAGGAGAGTAGAGTATAGGTA GTAGACCTTACCCCCACCCAGTGAGCCTCACTTCTCATTGCAATGCCATG CCTTTCTACCTCTTCTTCCATGACTTGATTTATTGCTATTGATGGCTTAT ACCTGTTCTACTATTCTTGCTACAATTGAGTGGGCTCAATTCATTTTATT GTCAAATACTTTGAAGTGTTCCGGTTATTTGAGCTTTCAAATTGTTGCTA GACAGCAGGAATTGGGTGTTTTGGGATGAAAGACATGGTTTAATTTAGTA AAAAGAAGCAGAGAAATTCACAATTGTTGCGTTTGATGAATATTTGGAAC TCAATGAAAACAATATGAAAACAGGTAGCAGATATGAGATACATGAAAAG TTTAGTCAGAGTATTAGTGAAATGGCTACATATTTTAATTTTTGAAATCT TAACGTTTATGTCCAGTAATATAACAAAATGAATAGCAATCTGGTAACTT AGAATAGAAGATAGTAAATAGTAGAGTTTGAAATTTGAAACTAGGACGAC TACTAACATGTGTTAGAGCCACTTGAGAATGTAACAAAATTTGCAGATAG CTCCGTGGTTTAGGCTGCTTGAGTGGTAAGACTCAGATATTATTGTTGTT GATACTTGATAAAGTAGTGCAACAACAATTATGATGCTTGCCAGAAGACA GGTCTAGAAACAGATTGCAAGATAATCTAGATGTGGAAGAAGTTATAGAT CGTAATTGTCCATCTGCAACTCCTGCTCCTGGATCTATCAATTTCCTCTT GTCTTCTTACTACAGTTCACGTGTTCTTTTGCCTTTATGCAGATATCTGC AGCTCCTGTCTAACGTCTGGATCTTTCATTTTTCCCATGTCTTCTTACTA CAGTTAACGTGCTCTTTTGCCTTTATGCAGATATGGACATATGTTGATCA AAGTCGGACCGGTTTCCTTAGCCGTCAGGAATTTTTCAACTATCTTAAGC TTGTTACAGTGGCGCAGAAACGAGAGTTGACCCCAGAAATAGTGAAAGCT GCACTATTTACGCCAGCTTCAGCTAAAATTCCTGCCCCACAGATAAACCT TGCAGCTGTAGCAGGTCCTCGTCCAGCAAATAGAGTTGGTTCTGCAGTGC CTCCAGTTAGTCGTGCTGCTCCAACAGAAGCACCGAGTTTTGGCATTAGG GGTCAACAGGGTTTACCAGTTCCGCAGAGCCAGTATATGCGGCCTCCTCG ACCCTCCGTTCAAAGCACCAGTTTCCCATCTCAATCAGGTGCTTCTAGTC ATGGAATGCCTGGTGGTACCATGGCAGCTTTTAGTCAAGCCAATTCTTCT GATTGGCTTTCTGGTAATGGTGGCTCCCAAGCAGCTGTTACTTCCCAAGC TCCTAATATCAGTATAAATTCTAGAAGTCAGGATGGATTTGATCATGCTT CTCCACAACAGAACCAACAAAAGACCACTTATTCGGCAACACCAGGTTCA TCAAATTTAAATGATGCCGCTCTGCTTGGTAACCAGCCAGATGTTAAGGA TCCTAAAGCCGTTCCAGTTTCAGGAAATGGATTTGCATCTGACTCGCTTT TTGGAGATGCTTTTTCAGTTGCATCAGTTCAACCAAAACAAAACTCCGCA CCTAGTATATCTTCTGCTGGCAGCTTTCCAGTCTCACCAGCCATTGTCTC TGCATCTGCAGGGCTCCAACATCCAGTAAAGGCCAGCCCAATTGTTTCAC AAGTTGCACTTCCGCAGAAACCAGTAAATCAGCATCAGCAAGCTCAGTTG ACTGGGAGACCAAACAAACAGGTCTTAGTGCCAAGTGCTGGTGCAAATCC TAATGCAGCTGGAAATTCTCGTTCCAGTCAGTCTCAGATTCCTTGGCCAA GAATGACCCGGTCTGATTATCAGAAGTACAGCAAAGTATTTATGGCTGTG GACTCAGACAGGGATGGAAAAATTTCTGGCCTGGAGGCAAGGAACCTCTT TCTAAGTTGGAAGCTGCCTCGAGGTTTGATTTCCTTACTGCCATGATGAT TTGTGAAATACCATGTTCATTCTGGTTTAATTCCGAGACAGATATTTATT TGGTAATTACAAATATCTATTAGTGGTTTTGTTTCGATCAACTGATTGTG TTATGTATCCTTTAGTTACTACCAAGTGATTTGGGACATCAATATTTGCT GCTGTTCTTGCAGTTGGAAGGCTTTAATTTGGATGATTGGGACTCTGGGA CATTGATTGATCCCTGTGGTAGCTTGTAATTTTAGAAAGTTGGTCACGAG TTTGTTTGATTATTCTTTGTGGGAAGGGCGAGCTTAATGCCCCTTAATCT TCTTAAACTTGCTATTTGACTTTCAACTTCGGTAGCTGTGTTGTTCCGCA ATTGTATTTTTAGAGAAATGATGTTTTATCAAATCTGCAGCGTTGGGGAA GTGCTGAAACAGTACAAGTGAACAAAAAACAAAAGAAAATCATGTTCTAA TCGTACAGGGACCCTAAGAGGCTAAGTATTGATTCTGCTTCATATTTGAA TTCATCTTTACACCCAAAAAAAAAAAAGTGTACACTCAGAATTGATTTGC TAGATTGAGTAATTGTACTTCATTTATTAACTAGAAGTACAAGTTGTCTC GATAAGAATTCCTTGATAAACTTATTTTTTAATTAGGTTTCATTAGTGAT AGAGATTTAAGAGCCAAGTGGATATGTTAGAAATCCAATTATTCCTATAA AAGATAAATCATCTATCCTTAATTTTTTTCGTTTCAGAAAGCCGGTTTAC TTCTTACAAACTATAATTCTTTGTTTGGAAGAGCTTAAACCAGATAAGTT ATTTAGTTAATCATGATCTCCCTGTGAAATCGGCTATTTGAAATACTTAT TTAGTTAATCATGATATCTCCCTGTGAAATTGGCTATTTGAAATACTTAT GTTAGATGCACCATACTATTAAATAGTGGAACTTGATTAGGTAGCTCACT TCTTGCCTCCACAAACTTTTTCTTGCTTGGTAAGGGCTTTGCATCATAAG ATTCTTAGGCTTACAGTGGTTATGGTTTTCATTCAAACATCTAGTAGCTT TTCTTGAAATTTGGAATGTGTGGCGACTCTTTACTTCTCAATAGTTCTGT ATAGCGCATCGTTTTATGTTCCGTCGGGGTTATGCACTTCGTACTTTTAG CAGGCTACAATTTCCTTACAGGTCTTTTAAGATATTTTTGTGCTGTCTAT TATGACCCTTGGCACAACATTCTTCTTGCTCATGAGAACTCATGCTGAAT TTTCTTTATATCTCTTAGCTTTTGGTCCTCCAGAACAATAATATGGTATG CTTTTTGTTTGTCAGAGGTGCTGAAACAGGTGTGGGATTTATCTGATCAA GACAACGACAGCATGCTGTCTTTAAGGGAATTCTGCATTGCGCTTTACCT GATGGAGCGGCACAGGGAAGGTCACCCTCTTCCTTCAGTCCTTCCGACCA ATCTTATTTTCGACGAGTCGTTATTACCTGCTTCTGGTCAGCCTGTCCCA CCACATGGTGCTGTTGCTTGGAGACACACACCAGGTAAATTTATTTCCTG TTTTTATAACAGTCATTATGCATGGCTCATGATTAGTGAATGCACATATG TGTATTAGCAAATAAAGCAGCTGATTCTGTTTTGATTAGTATATACAGGC ATCTAAAGGCGTTTCTAAAGGTCTTGATTCTCTCCATCTATAGACTGAGG TTTTCAACTAGATACTTAAGGATGTTTGGATCGACTTTTTAAAGAAGCTT ATAAGTTAAAATGCTAAAAGTCATAAATTGGTCATACCCAACTTATGCCT TTTAGCTTATTTTTGTACTTTTTTGACCTAAAAGTAGGTGTTACAAGCAC TTTTTGTCATATCCAAACACTTCGAAAAATTAAATAGAGCTTAAAAGCCA AAAAGCTACTTAAAATAAGTCAATGCAAACAGCCTCTTAGACGCTTTCCC GTTACATGATATCAGAGCCTAAACTTCGGTAAGCCTGTTTCATACTTATA AGTCAGCATTCAAGTCATAGTGGGAAGCCCAAAAATCAAGTTACAAATGC GAAGGGTGTTGAGGTGTATAATATTTCCATTCCTATTTATGTCACACACT TCCTTTTTGTCCTTTCCCAAAAAGAATGATATTGGAAACAATTAACTTTA TACTTCCCATTTTACCCTGAATGAGAAGCTTGTGTAACAGCACAAATGTT ACAGCATGGTCAAGGCAACAAGATTCATATATTTTAGAGCTGCACAAATG CTATGACGTATTTTGGGTCACAAGTGGTCCAGTTTCCATTTTATTCTTTT AACTCTCTGTTGAGTCAAGCTAGGTCACATAAATTGGAACAAAGGAGATG TAAGGGCACTTGAAGTGGTCTTTAAATGTCTTGTTCCAATCAACCTTAAC TTAAGGTTGTTGAGTTCGATGCTAAGATTCTTTCACTCTTTGCATTATAA GCATTTCATATGATGATAACTTTGTATATATAATGTGCCCAATTCACAAT TTACTTAAACTTGAATCACAAAATATGAGTAGCCATATTTTGATCTGTAA TAATATTATTTGAATGTCGAGAAATTATCTCTGAGCCTAAAATTTCCTCC AGAGCACGCCTTAATATATCTGTGTGTAGACCAAGTTTTATTGGATGAGA GGAGAGACTAAAAGTTGTCTTCTCTTTTTCTTCTACATATTTGGGAGTTA ATTGTATGGCCAGTTACAAGCTGTTGTCATCTTTGTAGCTTTTAGAAATA TATTAGCTATCACACCCAAGGGTGTGGCACAGTGTTCAATGAAGTGATAG AGAACCATGAGGTCCGGGGTCCAAATCTCGGTGGACGCAAAAACAGGGGT GGAGCTAGGGGTGTCAAATGGGTGTGTTGGGCTGAAATTGAAAATATTAA AATGGGTTGAGATAGAAGTCGGGTTGGGTCTTGAACTGCGTTGGGCTCAA ATGGGCTTAAAAATGGTTGGGTTTTGACCTGCGCAATTTGACCCGATCAA TCTTACTAATTTAACATATTGATATTTAACTTTTATAATTACAATTTGAA TTTTAGCTCGAAATTATTTTTTTAAAAAGGTAACAAATGGATAGATAAAC CCTAAAAGATGCTAAATAGATAATAATTTATACCTTAAATATAGAAACAT ATCTTAATAAAAAGTTTTAAAACGGGTTGAAATTGGAGATTGAATTGGGC TCAATTGAGGATTCTCTTCAAATGGGTTATGCTTGAATAGGTTGAGATTG AACCCAATTCAAATTATCTTGAGCCCAACCCTTAAAATTCTGGGCGGATT ATCTATGTTTGGGTTCACTTTTGACACCCCTAGGTGGAGACAACTTTTGC CAAAGGGATCCAAAAAGGTAAAAAGAATTTTACCAATTATGTGAAGTTAC CTTTTCTCAAAAAAAGGTAAAAAGAATGTCTCTTGTGAGACTCGAACCGA CAACTGTGGGCTACACATTATGTCCTTCGGCCGCTGAGCTGCAGTGCATA TTGTGTAAAGGGAATTCAACAACAAACCCAATGTAATTCCCCAAGTGGGG TTCGGGATGGTAGTGTGTACGCAAATCTTACTATTGCCTTCACAAGGCAG GGAGGCTTTTTCGAAGACCTTCGGCTTAAGTAGGAACGACTCATCAAAAT ATGTTTATACATGTCCGTCTCATACAATCAGATCAATCAATCAATCATCC CCGAGCAGCCTGTTAAGGGGATTCAAAACTTAATATTTATATATGATTTA GTAAATTGGCCTTATATATAAAGTGTAAGTTTCCGACAAAGGGGTTCAGT TGAACCCCCTTGTACCCCCCTAGTTCCACGCCTACGCAAAAGCACCAGGT GATTTCTTTTCATCTATCCATGCCTTAGTAGAAAGAGTTACCCGGTACCT GTGTTGATGGGAGGCTGTATTGGAGCTATATTTAAAGTTTCGAAAATAAC ATTTGTTTGAGCATTCAGGTATGAAATACAAGCATAAGGCTTCATACAAT AGAAGTAAAAGCACTTTATATTTACTCGAAGAGAGTGCACCAAATAGAAG AAAGAGGAAATTAGTAGTATTTTGCAATCTATATATTTCATTTGAACCTC CTCCTATTTTCCAAGGTAGGTAGTTCCGGTTCCTAAATCAAACTCTCTTC CTCCTCATTTCAAGAAGGAAAGCTAACATCATCTAAAAATTTGTCCTCGT ATTGCACGATATAATTCTAGTGTATATTGTATAGCAGAAAAAGCACTGTC AATCAGTCTAGGACTTCGGTAGTATGTTATTTGGTATCCATGTCAGTCTA GATAATTCTCCTCCTGTTTCTTGTCTTTTGATTTAGTTTCCTGATTCTTT TCATTTCCAGCCACCCAGCAAACACAGGGGCCAAGGGTTGTTCCAGGACA GATGGCTTCTGGCGCTCCAGGAAGGCCTCCACGTCCAGTTCCTATTCCCC AGCCCAATGAAGTTGTGCAGCCTGGTCAACAGAAGCCTAAAGTTCCTGCA CTGGAGAAGCATCTTGTGGACCAACTTAGTCAAGAGGAACAGGATGCATT GAGTTCAAAGTTCCAGGAAGCAACTGATGCAGAAAAGAAGGTGAAATTTA ACTGTTCTTGGCTACCATTTCCTTTCTTCCTTGCTCTTTTCTCAGTTCTT CCAATACTCCCTTTTTTCCCCATGGTTATCTAAATTTACATTTCACAAAT TGGGTCTTTAACCAAACAAGTGAGAAAACAAATTGCAATTTGAGATAAAT CTTGAACAGTATGTGTCTACTAGTGAAGTGTGTGAATGCGACTGCCATTT TAACACTTGCACCTAGATGCAGTTCTGTGCATTGCAGGAAACTTGGCAGT ATTTGCTGGTGTGTTCTGTCTTCTTTTATTTCAACACTAGATTATATTGT ATTTATTTGTTGAAACTGATGTACTAGAAGGCAAATGAACACTTTTCTTT CGGAACCAATTGACAAATAATTTGTCTGATGTGTCAAACAACAATGCTAC ATTTAATTTGCTTCAGAATGTGAATTATGTGCATGGCATGGATACTGTTG TGTTTGTCTTGTCATAATTTCCTTGGTTATCATGTCAGTTGTAGCACTAA CTTTTGATTATTTGTCAGTGTTTAGAGAACTATAATCAATGAATATTTGG CATTTTTTAAATTTCCTTAATTGTTAATTTGATGCTATGGAGGACCTGAG ACTGATCTTCAAGTGTGAATTTAACTTAATTCTAGTGGAGCCTCTTCTTA TGTCTGTTGGTGCTTCTTTACTTCCAAGTGCTTGTAACTGCCAACATTAA TTAATATAATTTCCTCCCTCTATGCTATAATATTGAAGGTCATGGAATTG GAGAAGGAAATTTTAGAAGCAAAAGAAAAAATTCAGTTCTACCATGCAAA GATGCAAGAAATAGTGAGTGTCTGATCTTTATGCACCTCAACTTCAATCA ATTATATTCAGGGATCTAGATATTGCTTTCTTTTGTTAAGGTAAATAATT TCATTAACAATTGTATACCAAAAGAAGAGATCCTACAACGCTAAAATGGT CTGCGTTCTCCTGTTATTTCTTTATCCAGATTTTATACAAAAGTCGATGC GACAATAGACTAAATGAGATCACCCAAAGAACTTCTGCTGACAAAAGAGA GGTAAAAACTTTTCTCAACATAGGGAAACCACATCTCATATATGTTGTTT AACTTAAAATGGAGAATTTGACAGGTTGAGTTATTGGCTAAAAAATATGA AGAGAAATACAAGCAGACAGGAGACGTTGCTTCTAAATTGACCATTGAAG AGGCCACCTTTCGGGATATTCAGGTATTTGTGGATTTGTTTTGTCAAATG CATTGGTGTAAAGTTAACTTCCCTTTCTCATATTTTCTTTTAAATCATGT GAAATTGGCCTGTGTTTAAATGGTGTTATGTTGGTGAACCTTTTATAGGA GAAAAAAATGGAGCTATACAAGGAAATTGTTAAAATGGATCAAGATGGCA AGACTGATGGTATCCAGGTTGGAATATTGTCTCACTACTCAATTTGGAAG AGATAAGTTGAACTTTTTTGAAGCAATCATTTCTCTTTTATAGGACCGTG CTAGTCACATTCAGGTGAACCTTGAGGAGCTAGTAAAATCACTGAATGAA CGGTGCAAAACTTATGGTTTACGAGCTAAACCAACTACACTGCTTGAGCT TCCATTTGGTAATTATACAAGTCTTTTATACTTAGTGTGAAGATATGAGC TTTCATTTGGTTGTCTCATCTATTGCTATATTTTTATTTTGAAATCAGTA AAATCTAATAAAGATCGTTTCAAAAATATAACTCCAATGCCTTGTTTTTG GGTGCTGAATTGTGACTTAAACTATTGTTCCTGAGAAGAATCTTGATGAT AAAAAATGGTTCCCTGGAAGAAATTGTGATTCTAGCGGAGTCTGTTCTGT TTAAGAAGTGCCATTTGAGTTTCACCTATCTTGATTCTTGGCTAATAATA TAATGAGCTGGACGGGCCTGCAAAAAGAATTTTCCATGAGGCACGTTAGC TGGACATTCGACCTCCTATAACAGAGATCCAAAATTCACTAGTCAATCTC AAGCCGAAGCCTTTCATTCTTCCAGCCAATTTGAGTGTATTCTTTATTGG GGCATTAGAATTAACTTGTTACCGACTGTTTATGGATTTGACTCTTTTGG CCAGTATTTCTCTAAAGAAACCTCAAATTCAAAATACGAGGTCTTCCCTC TTTATATTTACCTCATGACCATTTAGTACATGGTATGATGCTAATATTTT TCTTTGGAGATCCGTGTGTATTCTCCGTTGGTCTGCAATTTGTAGTGCCA AGTAGGAGGTGTGTGATGTATATAACTTTAGCCACTGGCACAAGCATTAA ATTTATGATACCTAAGTTCAATGTGTTTTCTTGTCTGTGATTTTCGTTGA TGTAAATTCTTTTCAAATGCTTTCTCATACTATTATTTGTATTTTCGAAG GTTGGCAACCAGGCATCCAAGAGGTTGCAGCAGACTGGGATGAAGAGTGG GATAAGTTTGAAGATGAAGGTATGTTTTAAGAAGTCAGCTTGTTAATCGA AGTGCTGACACTCAAAATGCCTCCAGAGGCCAGTGAATCAGTTTTATTTC TTCTTTGTGTTGCTTTTGGATGTGAGCGCAAATTTGGCTCACTTCGTTGT TGAACTCTTTTTCTTCCAGGATTCACATTTGTGAAAGAGCTGACACTCGA TGTGAAAAACGTCATTGCCCCTCCTAAAACAAAGTCATCATTGGTTCGTG AGAAAGCATCTTCTTTAGCTGAACATGATTCTGGAAAATCATCTGCTGAT GCTGATACTGATGCAAAGATAGATAAGCTGTCAAACCATGTACAAGCTAG AGAAGTTGGTGACATGGAATCTGCACATGGACATCAGCAAACAGCAAGAA GTCCAACTGATAGTCCATCAAGGAGTAATGCAGTTGAAAGCCCGTCAAAA GAAGTCCAAGAGTCTATGTACGGGAAGGATGTCAGTTTTGATGGTTCACC CCATGGTGCGCAAAGGTAATGTGGCGGTTCTCTCTTCTTTAGGTCATTTA GTCTATCATGCTCTCTTTTTCCTATTAAAGAATTCTGAGTATGTTCTGTA CAGGAAGGAGACTAGTTTTGATGGTTCACCCAATGCTGCCCAAAGGTAAT ATGGTGGTTCTCTTCCTAGTTTTTGTGATTCAGTATACCACGTTCTTTTG TTTTGCGATGACCACAAGTTGCCTAGAATACTTAATTGTAGAGGGTTTTC ACCTTCTACAAATTATTGTGTAGTTCCCTAGATATCTGAATCTCTTCGTT TGATTTTACGAGTGCAGTGAACACTGGGGTACTGAATCTGTGTTCTCGAG GGATAAAGGTTTTGATGGATCTGGCTGGGGTACATTTGATACCAACTTTG ACACTGATGCTGCATGGGACGTCAATTCTGTTGCAAAGGTAAAAATAGAT TATTTTGCATTTTCTTTTTCACTTTTGCAACTGCTTGGTTAGATGAAGAC CTTATCATGTTGTAGAACATTATTGTCTAGGCAACCTTCTACTCGTTCGC AGAGTTTGTCTCGTTTCTTAGAATACCTTTGACATTATTTGAAAGCTGAA AGTCCACGTTATATTGCTTACTTTCTTTGTTTATGCAGGATTCAGATCAT GACAATCTCAAGGAATCTTCTCTTTTTGGAGATGATGATTGGGGCTTAGC CCCTATTAAAACGGGGTCCAAACAGTCCAACACACTACCGAATCAAATGC CATCCTTTGATTCTGTTCCTAGCACGCCAAGTTACAATGCTGGGATAGAC AACACGTTCCCCAAACAAAGCCCTTTCTTTGATTCTGTTCCTAGCACTCC AAGTTACAATGCTGGGTTCAGTTATTCAGACAACACATTCCCGAAGCAAA GCCCTTTCTTTGATTCTGTTCCAAGTACCCCAAGTTACAACTCTGGATTC ACTCAGACTGATAACTTGTTCTCGAGGCAAAGTCCCTTCTTTGATTCTGT TCCTAGCACACCAGCTTATAATTCAGGAGGCTCCCCGAATGCAGATAATA TGTTCCAGAATAAGAGTCCGTTTGCCTTTGGGGACTCGGTTCCCAGCACA CCTATGTACAGTTCTACAAACTCGCCTCGCAGACATAGTGGAAAGATTTG AAGAAACTCGAACAGCTTCTCCAGATTTGATCCCTTTAACATGAATGATA GTGGCCCCTTTGGCACCCGTGACTCTCTTTCAAGATTTGATTCAATGCGC AGCACCAGAGACTCTGACTACGATCATGGTTCATTCCAGCAACGGGACTC ATTTGCTAGGTTTGATTCATTTCGCAGCACCGCAGACTCTGACTATAATT TTGGGCTCTTTCCTCCTCGCGAATCACTAAGTAGGTTTGATTCCATGAGT AGTACCAGGGACACAGATCATCGTCATGGTTTCACATCTTTTGATGATGC GGATCCGTTCGGTTCAAATGACCCATTTAAGACGTCGGCCGAGAGTCAGA CACCAAGGAGAGATTCTGATAGTTGGAAAGCGTTTTGACGGGATGATGGA GTACTAGTGCTAAGTCATTTTATTCTATTTCATTTTTATCATTTGGCCAG TTTGTTGTTTGTAGGTATGTAATGTTGTGACTAGATAAAACATGTGTGCG GCATGCGTTGCTATCAAGATATAAGCTGTGTTGTACTATTATTTGTTAGC TTGATTTTATTTTTTTAAAAAAATATTCCATGTGAATTTTGACCTTTTCC ACCACATTATTTTTTCGGAACTTCAAGGTGGACACAACTTTTGCTGGTCA CCCATATTGAATGTATAAAGTGTATAATGAGCATTTTTTATCAGTTGATA TTGGAGAGTTATTTTGTTTTATGAGTGGATTTGGGATCCTTGTAACTGAT TCTTTTTTTTTTGGGTGCATTTTGTGCTCCCATCTTGTCACTTGTGTTGT ATTGCTTAACTAATTGAACTATGGATTGATAGTAAAAGAAGTGTTCTTAT ATTGTATTTTTCTTTTTCTTTTCTTGTTGGTATGTGCTGTTTATACTAGT ATGGAAAGAACAAAGGTAAATCTTCTTTTGCCACTAAAGCGTGTTTTTCT TAAGAAAAAATTAGGGGGTATGGTGTAGCGGATTACAATGTGGGAATTGA AGCATCACTTACTTCAGATAGCCAACTAACCGAGCTATTTGATAAAATAG ATAGCCAACTAACCGAGCTATTTGATAAAATTCTCCACTTTCTGCCATTA ACGAGTAGTTTCACTCAATAGATTAATCAGGCTGCAAAATATGCATCTTA TAAAATATCTTCACATGAAAAATAAAGAAAAAGCTAAGCCATTTCTGAAA TGATCTTTGCCAAGGATGAAGAGGTTCCATAGACTGCAAATGTTGTGCCC ATGACAATAAATGCAGCATCTATAGCTAAACTATACCAGCCCAGCTCATC CTTAAAGACGATCAAGTGAAAAAAAGCAGGCAACACAAACCCCAAAACAA CACTCACACTGCTACCAACCAATGACATGAAATCAGCAAAATTTGGTACT GTCAATGACACAAAACAGACTGTCAAAACCATAAGCCATATCAACCACAA ACAGTATCTGCCTTCACAGAATCTCCTTTCCATCACTTCATAAACTGGAT TCATCATCAGTGGAAAGCCAAGAAGAGGTTTATGCAAAGACCAAGCTGCT AACCGATCCCTGTTGAAAATTACGGTGATTATATCCTTGGTCTCTTCCCC AGATGCAAAGTAACCCAATGCTCCAAATGCACCATATAAAATTGCTACAA AGGCAACTGACAAACCCAATATTTTCCCAAACTTGTTCTTGTCTCTTGTC TCAGATTCCAGAGGCAACACCAATCCCATCCCTTCAAAAGCAAAAACAGC CACACCAAGACCGTAGAAAAACACATTGAATCCACCAAACATTTCTAAAC TAGGCCTGTTCTTGAGGTAAATTAACACATCTTCAACCATCACTACACCC AAAGCTCCTAAATCAACAATTTCAGCAAAAATACTCAAAGGGGCTAAAAG GGTTAGTGTGGGAACTGAATTCAACCCTAACTGGAATGGGAAACAGCTCC AAATATACACCGATTTAGGCGAAAATCCCAAGATTCTGGGATTTGCTTCT GTGACAGAAGAATTAAACAAATATACTAAAGTATTACCAATGAAAATCAT GTATCCAACTGAAAAACATGCTTGGGAGAGAACAATCATAACATCAACAA CTAAACGACCAATAGGTCCACACACAGCAAATCCCAAATCACCAAAAGAT GAGATTTTTGCACCTTCAAACTGTGATTCAAGCTTACGCCTAGATAAACA AGAAGCATCATACAGTAATAAGAAAGAGTGGCTATTGAGATGATCAAGAG AGGCCCCATTAACCATCCTGTTTTCTTGAATGTGTAGGGAAGTCCAAGAA CTCCAGCACCAACTAAAGACATGAAAATATTTGCAGAAGTCTTTGAAGGA GAAGAAAGTTGTTGATTTTGGCCCAAAAAAGGCACATCCTCTCCAGGTAT TTTCAGGGTTGATGAACTTGCTTCATCTGTCTCAAACCCCATTGTTGTCT AATGCCAATCAAGAACACAAAAAAGATTTATAAAAAGGAAATATTTTTGT TGTACATAACAGAAAATCCATTTGGGGACTCTCCTAATATAATTGGACTA ATAAGACTTTTCCTTTATATGGTATACACAATCTGCACGTTTGTCTAGTG TCCACTCCACTCGGGTAATCTCGATTTTCGATTTTTAAAAATACTATATT ATTATAAATAGCATCTCTATTTTCTTCAAATACCTTTTCTTAATTTGGGT GAAGTATTAATACTGTATTACAGTGGATGAAATTAATAACAATTGATGTG TTATCTTTTGATTCATGAACTAAGTATCTGTCAACTTACTATACTAAAGT CATTGAATGAAACAAAAATCTATAACGTATCATGTATTTCGATAAACAGT TGGATACGTTCATATGATCGCAAGAACTTCAAATGTTTATGTACTTTGAT AGCACAAGAAAACTCAAAAACCAAGTTCATACATAGATAAGTCTTTGAAA TGATTTCTACCAAGCAATTTCAAGAGTCTTTAACCTCATGTTATAATGCA TAACATAACAAGTGGAGTATAGTATAAAGAGGAGATAACCAAATAGATCA TTTTTGTGTAATTATAACTTCTTGTAGTAAATTCCAATCGTACATGAACA TGACCCTCACACCCCTCAACATACTCAAAAATAATAGCTTAACAAATGAA TTACTAGTAGGAACAAAGTGTGGACTTACTTGCCCTTTGCTTATGAATAA AAACAATCTCTTCAATATACATCTTATGAAATGCTATGAGGAAAAGAAAC TAAGCTTTTTTTGCAAAGATCTCCATCAGGGAAGAAGAGGTTCCATAGAC GGCAAAAATTGTGCCCATGACAATCAATGCAGCATCAGAAGCAAAACCAT ACCATCTCAATTCATCTTTGAACGCAATTAAGTGAAACAAAGAAGGCAAC ACAAATCCCAAAACAATGCACACACTGCTCCCAACAAGTGACAAGAAATC AGCAAAATTGGGCACCGCCAATGCAACAAAAGTCACTGCTAAAACCACAA GCCATCTCAACCACACACAGTACCTGCCTTCCCAGAATCTCCTTTCCATT ACTTCATAGACTGGATTCATCATAAGGGGGAAAGAGAAAAACAGGTTTAT GCAAAGGCCAAGTTGAACAAAGGTGCTGAGCAATCCCTGCCCAAGATTTG TAGTGATTATATCTTTAGTGTCTTCCCCAAATGCAAAGTAGCCCAATACT CCAAAAGCACCAAACAGCAATGATATGAAGCCCATTGCCAATCCCAAGAT TTTCCCAAACTTGTCCTTGTCTCTTGTCTCTGATTCCAGAGGTAAGACCA TACCAATCCCTTCAAAAGCATACACAGCCACACCAAGTCCATAGAAAAAC ACATTGAACCCACCAAACATTTCAAGAACAGGCCTGTTCTGAAGGTAAAT CATCACATCCTCAACCATCACCACACCCATAGCTCCTAATTCAGCAATAT CAGCAAAAATACTTAAAGGGGCTAAAAGGGTCAGAGTAGGTATTGAATTC AATCCCAACTGAAATGGGAAACAGCCCCATATATAAGCTGCCTTGGGTGA AAGTCCCAAGATTTTGGGATCAGGTTTTGCAATTGAATAATTGAACAAAT ATGCCAAAGTATTAGCCACAAAAATCAAGTAGCTAACGCAAAAACCAGCT TGAGATAGAATAATCATAAGATCAACAGACAATCTACCAACAGGTCCACA CACAGCAAACCCCAAATCACCAAAAGATGAAATTTTTGCAGCTTTTATGT GGGATTCAATCTTACGCCTTGAATAGACCAAAAGCATCATACAGTAGTAG GTAAGAAAGGCAACTGAGAAGAGCATGATAGAACCCATAACCCATCCAGT TCTCTTAAAGGTGTAAGGAAGACCAAGAACTCCAGCTCCAACTATGGCTA TGAAAACATTAGCAAAAGTCTTGGAAGGAGAAGAAAGATGTTGAATCTTG CCAAGAAGTGGTGTATCTTCTCTTGGGATACTCAAAACATGAGAAGATGA ACTTGCTTCATCTTTCTTAAACCCCATACTCTTATTATCCCAAAATCAAG AATCCAATCAAACTTCTACACAAACCCCAGATATTAAAAATCAAAACTTT AAGATTTGATTAACAAGAAGAAGAAAAAAATCAAGATTGAATCTTTTCTC TTGCTCTTTTTGAATCTTCTTGGAAACAAGGTATATTTGGTATGAGTTTT TGAATCAAGATTGTAGTCTTTAAGCTGCCGACGGCTGTGGGGTGTGTTGA AATATGGTGGGGGCATGCAGAGCTGTAAGATTTCCAAATCAGTGCAAGTT GAAACTATCAAACAAGGTAAAGAAAAATAAAATAGTGACAATTGTGTTGG TTATTTCAAATACTAAATAATTTCTCTTATTCTAATTTTGGTCATGAATG AACCATTTAAAGAAAATCACTTTCAAATAATAAAGAAACTATAAATTTTA ACATGAATGGTACTTGGTAAAATAAAGATAAAATGTTATATCTATATTGT TTTAAATGAATTAAGTAAAAGCATACATCTATTTTTTTTTTATATATAAT GGATAAGTAGATGTGAATAAAATACAGAATTCATTTGATAGAGTATATAA TAATAATGAAAAATAGAATACATTAGTAATGCTTGCATTAGTAATATTTG CATCAATTATGCAAGCATTATTTCTAATACATTGTTTGGTTTTGACGTAT TTGAAATAACAATTATTACATAATTTTTATTAAAAATATATGTTTACAAA TATACCCTTCACACTTATTTATTTGTACACTTCCTTTGCAATAAAGTTTT TTGCAAAAACATCAAAAAAAAAATTGCTAAAACATCATTAACTCTTTGTC TTCTTCTTTTTTTGTTTTCAAAAATAATATTAAACAGTTATACTATTTCT TCAAAATAATTTTGTGGAAAGTTGACAAATAATTTTTTATCAAATTTATC GTCATAATAGTAAAAAATTTAATTAAATTATATCGAAATCGAATTTTTTT TGTTAAAAAAAAAGATACTTAAAAGGTCATAAAACCTTTTAGGCCAATAA AAAGTTAAAAAGACACCGAAAAAAATAAATCAAAATAAAAACAAAAACTT ATGACAACAAAGAAAATGAAAAGGCTTTTAAGGGTAGTTTTATAACTATA TAATCTAATGCAAGTGTTAAAGTGCTATGTATTACTATTACCTAGAATTT CTTGATATTAGTAATACATAAGTTAATACACAATAGATACATGACATGAA AAAGTGTACTTAACAAGGTACTACTAATACACACACGTAATACATGCATT ATATTTTCTAATACACTCTACCAAACGATCTCTAAATATTTTTTTACGAC CTTACTTGTATATTAGTAGTATATTTAAGTAAGAGAGACTTTGTGTAATA AAGGAAACATTAAAAAGTAGAGATACTACGTAACCAAAAGTTAGAGAAAG TTTTCATTTTTGTTTGTTTGTGGTCGAAAAGAGGAAATGATAAGATCATT AAAACGTTGTTTTCCTCCCTTCTATTATTAGATTAGAAGGAACAAAAAAA ACTTTTGAATTGGTCGTTTATGGAGGCTCTGCCAATAATTTTGTCAAACC ATCATCATCATTGAAATAAAGAAAGGAAGTAGACACGTTGCATAGTTATT ACGCACAAAAATCTCATGAAAAATACAATAATCATACTCTAATTTTCATA CGAAGAGAATTAGTTTGAAAAACTTGAACAGTTTGTATTCAAAGTTTGTT AATTTCAAATACAAAACAAACACCAACCCTAAAAGATCTTTCATTAGGAA ATGTGTCTGAATATTATTGACCTATTCATTTGTGTGCTTAAATATTTTGC ATAATATCTTAGAAGACATCAAGAATATTTAAGCGTTTTGATGGTAGAAA ATGATATTAAAAGATAATAAGAAAAGACACAGCAACTCATAGAATATCCA GAAGTATGTTCATTTTATTTCTTGTTATCGTCAAATCAACAAGTGCCAAA ATTTATTTTGGGTGGTTCATCAATTAGAATCCCCTTTTGGATAAGAAGAT TCTGTCTTTTCATTAACTTTTGCTCTTTTTAACCCCATTTGTGGCGACTC GTCTTGGGTTATTTGTTTGGGTACTTTGTTGATAATGAAGATAGTAAACA TTGGGGACAAGGTCACTGTTTCTTTTTGTAATGACCTGGAGTCGTAATCT AACTTCACGAGATAGTGATAAGGTCTGCGTATATAGACCATTAAAAAGAT CTTTCAAGATTCCAAATGAACTGAAAAATACTTTCTTGGAAACAGCTCTA TCTAAAATACAAACCTGAGAAAGATAAGATTTCAGTGGAATTCATACCCA CTTTGGTGATATACCTCACAAGCAGGCATATATCCATTGCTTTGGAAAAA GGATGAAACTTCATTTTATGCAGAAAGATGAAAACAGAGACTAGCAACAA ACCATAAATGCCAGTAACCCTGGAGCAAACTTGTGGGCACAACAGAACAA AACAAGAGACTACTTCACACTAGAAAGAGAAGCAACACTAGAGTGTTCAT GAGATTTACGACATTCCTCTACCCAACGTAAAATTGTGTAATGCAGATAC GTCCAGGATTGTCTAGGTTTAAGAAAACTAGAACAACATAAAACAGAGCA GTAACACCCAAAAATACCAAAAATCAACGGACCACATATTGCTGTCATAG CATTTAAAGAATTGTTCTTTCATGCCCAAAACTAGAAAGAAAAATGTCAA AAGCAGAAGCATCAACAGTCTAGATCAAATGAAGTTACTATACCGACCAG GTCATTCAAGTAAAAGTCAAAGTTCACAATGTTAAAAGTAACAAAAGTCA TACTTCCAGTTAAGGTGCTTGGATATGTATCTGATACAATAATAAGACCA GCAAAGTTCTGGCTTCAGCTAGATTTTTTTCTCAATAAATCCTGGTAATT GCACGCTGTAGTATGATACCAAGTATAAATAGTTAACAAACATCAAGTAT AAATAGTTAACAAACATAGGCTTATAGATGGTTTGAATTAAGAAATACTT CTATGCAATCACTGATCAAACCTGGCACTCAATAAACACCTCTCGACAGG AAACTTGATGGGCAAAAAATGAGAAAGAATAGACTGAGGCAAAGAAAATC TAACCGCAATAACGGTTTCAACAGCAAAGCGATGCAAAGGGGACCGACAA TTAAACATAAATACAGACACCAAGCAGCCAAATCGATGCAAAATGCAAGA GGTGGCTAAGGAATCTATTTCAACACGAGGACGTTAGGAAAATATCAATA GGTCTATTTTAGATAACTAAGATCATGGACTATCACCAATGGAAAAGTAT TAAAATCAGGTAAACCAAAATTTATGAGGAGGATATGACCCATAAAATGT GCTGATTAATCCTTAGAAGAATGCCAATCTAACAGATCAAACATATGAGA TAAACCAACTAAAATTTCAAGTAAGGGATCCCCAAGGAAACCCTAAAGAG TCTAATTGTATTCAGTGACAAAAACAGACAGCAATCCCCAATTGTGCATC AGGAGCGACTTCGATACGGGAAATTTTTGTAGTGTTCTTTTTTTCAAATA TTAGATTCTCTAATGCTATCATTCCAATTCTATTGGACGTACCCAAAAAA ACAGCCAGACACAAAGGGTTAAACATACAATTCAAGATGCAAAATAAGTT GTGACAACATGCACCAAGTATGAATCAGTATGTCTTAACACCACAAAGCA GGTTTACTATATCAACTACTATTCCCAAGCTACATCCTTATAACCACAAT CGTCCTTTCTCTAACCAAAATGCTACTTGGAGGGAATACTAACATTGTAA AAGAATGTGCATCAACAAAAAAATTGTACAGGAATTGTTCATCCTTAGTT CTATCTGAGGGAATACATGCCCTAATAATTACACACAAAAATAGAAAAAA AGAGTGGCATTATAATCGACATGTGTTAGCTCATTCTGCTCTAAGATTCA CAACAGTATATTATGAAAAGCAATGAATTTGCTTGGATATCTCTAATGAA CTTCAAAAAAAGTTATCTTTATTGCTAGGAGAACATCCCTAAAACATATC ATGCTTCCTTACACAACAAAATCATTGCTTTAAACAACTTTATCACTCTC ATTTCCAACAAAAAATCTTACAAAGAAAAAGAGAAAGATACAGAAATACC CACACAACAGATTCAATCAATCCAGCTCTTTCTGAACTTTAATCCCCATA GAATTCGCCGTCCCAATAATAGACTTACAAATTGACTCCAAAGGCATGTA CTGGCAAAAAGGGTCACTCTGCTTGATTTTCGCAATTTCATAAACGTGCT TTAGGGTTAACGTCGACGCTGTTACATGGCCCGGGCGGCCACTTCCCAGA TCAATTCCAGCGGCCTGCTTTAAGTACCAAGTTACTGACGGAGACTTAAC GATGAAATCGAAAGTCCCATCCTTGAATGCGGTGATAGTCACCGCCATTG GTGTTCCAGCCTTGAACTTCTGGGTCCTAGCATTGAAGTCCTTACAGAAT GCCATGGAGTTCAGTTTGTACTGACCGAGAGCCGGACCTACTGGTGGTCC GGGCTTAGCTGCTCCCGCATCGACGGTGAGACGGATCGTGGCTGAGATAG GGCGGCGTGTTAAGATCTCTTTAAGCGTTGCCATGGTTGAAATGTGACGG TGAAGAGTGGGGTTTTGCTATTGCGTTTGACTGTCTGTGCATTTTTTATT AATGGGCTTTGGGCCCATCATATTAATGGGCTGCTTCATTCTTGGTCCAA TAGGAAAAATAAGAGCCGAATACGCTTTTTTGCTGTTGGTTAAAAATAAT TATATTCGATAGTCAAATATATATTAATATCATAGCATATTAACATAAAA TTAATATTTGCTGATTATAATTTTATTTGACAGCTTTTTATGTCATCCTG ATTTAATATCTCAATTTAGGTTTAAAAAAAAAAAAAAATTCTTAGTAGTT TAAATAAAGTAGAAAGAAAAACTGAGTGTAGTTTTCTTTTTAAAAAGATA AATTCATATAATTCAACAGAATCTAAGAAATGCTCAAAACGGAATTGTTT TTTTTTAAATTACTAGCTCATTGAGGCTTTGCCTTTTCTTCAGAGAACCA GGTTCCTTATTCTGCAGTAACTTAAAACCCTCTTTTGTTATAATGAATAA GTTATGTTTCGGACTCTCCAAAAATATTATCACATCTACGAAGAATACGA GTGTACACTAGTGGGACACTTCTGTATTACTACTCAAGTTATGTATGTGC ATTTACAGAAGATGTAGATTTGAGGGATTTGTCATGCATGTGCTTTTGCC AAGTTGATCAAAACATAGAAGCTATTTAACAAAAATGAAGAGAGATCAAT ATTTCCCCTTTTCATACATAGTCACATTACATCTTGTTTACACCAGCAAT GCTCAGCTTCACAATCATTTTGTAGAGAAGGGAAACTTTTCAACTTTTTC TTCTTCTGAGTTCTGGAGGGAAGGAAAACACAATTCCCTCATGAGGTATA AATGCATCTTGCATCATATATTGATATCAGTACATAATTTGAAGCAAAAG GACAAACATTGACTTCTTGGAGCCTCCAAGGATACAGGAGCTCCCTATTT GTCGTCATCATCAACAATCAATATGAAACATGGCCAGCAGAAACTCAGAA AATTGCTGGCCATATGGTGTATGCTAAGATGCATCTGTACAAACAGCTAC CAGACTCTCCTTCATATGTCACTCAACACCCCCTTTAAAAGATCCAGTCC TTCAGCTGATATACTTCTCCTTCTTGTAGTTTTTGGTATTTCAATTCGAG GTGGTGGATCATGAGAGAAGCAGATTACAAGAACGGTTAGATTATCACAA CAGTTACGCTTCAGTGCCTCCTTGACAAGAAATTTTGAGCATTTTTCAGG ATCATTATGCAGCATGAGCTCCTTTCTTACGATTGTTACTGCATATTGGC TACTCATGACATCCCATAAACCATCGCAGCCAATTATCAGGAATTCATCC TCTTCTGACAGGACCACCTCTTCAAACTCTGGCTCCGAGATCAACAGGCC CTTTGAACCTTTGGCACTCTTTATGTGCCAGTCACCCAGAGCTCGTGCAA CTGACAGTTGGCCATTGAGGTAGCCATCAAAAATGACGCCCCCTAGTTTT TCAATTCTTAATTTCTCGGAAGTAGCATTTGGTTTGTGGTCTTTTGACAA TTCAATTGCTCTTCCACGCTTCCCTAATACAGCTCGAGAGTCCCCAGCAT TAGCTATGAGCATGGTCCTGTGTATTACAACAAGATACAACATATAAATG ACTTTTTGCCATTTCAAAAAGGAAGTGTGCATATACTATTTATATATTGA TATAACAAATAACAATGTAAGGAGAAATGTGCCTTCATAAGTGAAAATCA GAACTAAAAATGGGAAAGATATGCCATATGGAATGTAGTATAAAGGCCAA AATCAGTAGGAAGACCATTTTTACGGGATAGACTTACACATTTCCAACCA GTAATCCAATCTACTCGGACATGAACTTTGAACAACATAAGGACCCTATG CATGTGTTTAAAATACACTTTTCGAATCAAATAAAAGCCTTGTCATCTGT ATACTAAACAGAGTAAAATTTGGAGAATTCCTTGGAAAAGTTGCAAAACT CACATGCCAAAAGTAAAACTGGACTAACATGAGCCATCGACATTTGCCTT ACAAAGCTAATGAAGCAAACAACACCAAACAAGTACTGTGAATTGATCTT TTGGCTACATATAGACATGAGCAGCATTTAGTTCAATATGAGGAGAAACG ATGCCTATCATCAGTTCCTCTCCAATTTTTTTGATACAAAGGAATTCTAC CACTATTTGAATAAAACACAGACAATACTTCAAGAGATTCATAAATTAAT ATAAAACAATGTTTAGGGACAGTGATGGTTTCAGTATTTGTTGTCCCCTT CTGACATGAAGAATTGGAACTTAGGACTGAACCACACAAAAGCAGATCAA TATCTTACCTTCCTAAAATAAGTGCAATCAGAGCAGTTGTTCCAGAGGAA CTATCTAGAGACTTTGTATCTGCTAACGTATTATCGGCTTTCTGGAAAGC ATTCCTGACAGCTTTTTTAACCATTGATGGGAAATGGGAATCCTCTAAAA TAAAATTAAGGAGATTATTTTGAGTAAATGATGCAGCATCAATGCCACCG TGCCCATCAAACACCTGGGAGTACAAAAACAACAATCAGATGAGTCATAT CATCAAAACCCAAGGAATCGACTATGCGCATCCTAGTTGATATCATGCAA CTACCAATAACTAGGTAACAATCATTGAAATCAAAATAATGTGGCTTATT TTTAAAAAAATACTAGTGCTCATTTTCAGCTTTCTAATCAAAATACAGAA TGTTTAAATTTTATGACTAGGAGTAGAATTCAATACAAGACATTCAAAAA GCACCAGTGACATCAGGTGTGTATCCGCCAAGAAGCATATTTTGACTTCA CATACATAATGTAATTTTCAACAAATGTATGAAGTACTTCACCGCCTCCT TAAAAACTGATAGTTTGAATCAAATAAGAAACTACATACACCATAATATG CTCCTTGTGAAAGAAGACCTTTGGAGTCATCAACTTGTTCACGGAGATTA TCAATACGGATATGTTCATCTTCCATGTACTGTTTGGGTCCCATCTCAGA ATAGCTTCCTGAGCGAAAGATGGGCACATATGCACAATTATCACTTGATG GTGATTTGAGACCAAGCATTACTGTATTTGGTTCCTACATATTTATAAGA CAAATACAACTTTCAACTGGCAAGCAGAATAAAAACACACTGACAGATAA AAAGCCTCTCCAGCTAACAACATACAACTGTATATGCTTGCGAAACAGTT ATCGTGCACAAATTTATATATGAAAAGCAATTTGAGAAACGCAATAAATG GAAGTACATCAATAGCTTATAAATCATTATGGACCAACAAAGCCACTGTT GGCATAATCATCATGGAATTAAAATCATAAAAGATGGAAACAGTCGGAAG ATATTTGAAAATCTTGTAACGGTTTACTAGAGCAAATCAAGGTATTCAAT ACGGAAATGAAGAACAATGTCTGCACCGGGATCTACTTTCCACTGCTAAC AACACACCAGAACAAGGATTTAAAAGCAGACATTGTTGTTAATTAGCAAG TAGTTAGGATTTAGGATTGCCACTAGTAAACAATCAACAGGAACCACCGC GCATATCGATCCAGTTTTCCTCTTTTTGCTTTTCAAATAGTTCATTTCCA CAATAGGATCAAGCCTCACAGATCACCCCTCAAACAATTGATACAGGATC CTTCTAAAGGATATAACTTTAGTACATAACATACATCATAATACTATTGC AATCAGAAGACTTGGTCTTTTCAACATAATTAAACAACTTCAGGTTCTGC AAGCATAAGACCAAACTATCATGTAAAAAAAGGAAATTTCCAAATTGGGA TCCACTCACCAATGCAGAAGTAGCTCCCAAATTTGCTTGGCTGATACAAT GCCTCATCCCTGGATGGTTTCTTGGTGGCTTCCCTGCATTTGGTTGACTC AAACCATCAGACACTTCCTGATTTTCTTCAATTGCTGACATATTTCCTTT ACAGAACCCATTCTCAATTTCCCCATTACAGGGTGACATATTGGTGCCTG GAGCCATCATTTCTTTCATTCACTCCATCAATAGATCCCTTAATAATGTG CATTTGCTTTCATGGTTTAATTATTAAATTTTTTTTCTTTCTTCACATGG ACAGCTGTGTTACTGTTTCTTGATCCCAGGTCAGAAACACCACAAGAACC CACATTTTTAGGCAGAAAATGAGTATTACAGACCCTTCTTTGAAATTGAC AAAGAAGCAAAGTCACCCACATGCCAAGATTTAAACTTTATCAAGATTTG AGATTACCCAAATGGTACAAGATCTGGAAAAAATTAACAAATATTGATTA AACCGAGAAAAACAAACATTTTGTTATTGTGTAGTAGCAAGAACATGAGA TTAGATGAATGTATATGGATAATAGAGTGGCGATCCCAGCTTTGAGCTTT TTTCATGGCCGGCTTTCTAGGTTATGGGGATTGGGAGATTGGGTTTGTTA CACGTGGCACTGTCGTTCGATGGCAGGTATTTTAGTTTACCACAACCATG TATTTTGCCACTAACAACAAATTAATTATTTTATACTCGATATTTATATC AAATCATATTTATCTCTGTTTCGCTTTAATCATTCATATTTCTATATATT ATCATACATTAAACAATTGTGTTTATATTTCTTTCTCTTAACCATTTTAC AAATTACATAAAAAGATCTTCTTCTATAATTTCTGTTAAGTAATCATAGT TAAATAATCAATTAAAATATAAATATAGTAATTATTTTTAATTAAGTTGT ATATAAATGGCACATGTTATGTATTTTTTAAATATTTTAACATAAATAGC ATGTTTGATATTAAATTAATACACTAGTTGATCTTTTATGAAATCAACTT AATATCGAATAAAATTTTTTACAGAAAGTTCATTTAAAATTATTTTATTA GTGGTATATAATTTTAAAAAGTTTTTAAAATGCGTATGAGGTCAAGATTA GTGGCTAAAGAAATGCAAGTGGAAAATATTAAAAAATTACGGCTTTTCTT TAATCAAAAAATTCAAATTTAAATTTTAAATGTGCAAAAATATTTGATAA AAAATGTTACACAGAAATGAAACTCTGTTTAATACGAATTTAAATCAATT AATTATTCAACAAAAATAAAAACTAGTCTAATTTAATTTTAAATATCAAC CTAATTACAAAAATAAAATCTCAATGGAGTAGGTAGTAGTACACTTTTGA CCTTTTTCCCAAAAAGAATTTTGACGTAGATATGACAATTGCTTGTTTAT TTATTTATTAAAAGCTTTTTAAATTGTTTTTTTTTATTCCCATTCAAAAA TTTCCTTGCAGGTGAAAAGCAATTGATTTATTTGATTATAACTCGATTAA TATTTATTATTTTATTAATAAAAAATATTTTTAAATTTTACTTCATTAAT TATATAATCACTAAACAATTAAAATCAACATGACGTCAAATACGTAACGA CAAAAATAATAATGTTAAACCCACTCTGAACAAATGGAAATGTCCAGGTA GTGGGCACGATGACCACAAAGAAAATTTAATAATAAAAAATTGTGTTGGA TATATTCAGACTGTCCAAATATAAATAGACTAATAAAACGAAAGGCTTGT TCATTTAAAATTGCACGAATATTTATATTAAATTAATAAATATGTAAATT ATATTTATAAAATTTAATTATTCAATAATAATATATATTTTATTTTTAAA TTTATATGATTTGATATATACAGGATATTCCAAATCGGGCCATTAGCCAG TGCATGGGGACCTCAGGTGTTGACCTTATTAGCCACATAAGTCTAAGACA ATTGTTCCTTTTTCTTTACTAACTTTTTTGTTTATAAATATTATAGTTAC TAGTAAATTTACTTGCGTTTTGCGTGGAGATTTGATATCACAAAATTTAT AAAATTATAATTTAAATCTATCAGTCATTAAAACTAAAACACCATATTAT TTTATATATATAAGATTACGCGATAATAAACAGTAATAATGTAAAGAAAA ATGAAACTTATTATATCTTATCATTTTTTTTAAGATAAGTGTAACTTATC TTATCATTTATCCTTAATAACATAAGTATAAACTGAAGACTTTAAAAATA CATATCAAGATTTGTAACATAAGCAATGGTGTCAGTGAGTCATTCAACAC GAACCAAGTACACAAATATTTAGTTGATAAAGGTAACTTATCTTATCATT TATCCTAATAACATAGGTAAAAATTAATGAGTATAAAAATACATATTAAG ATCTGTAACATAAGTAATGGTGTTAGTGAGTCACTCAACAGGAACGAAGT ACACAAATATTTAGTTATGAAAAAAAAAGAAGAAGAAAGGTTTAGAATTT TCAATGTTTTAAAATAAGAGACAACAAAGGGTGACTTGCACAAATGTTTG TTGCGAGGTTACAACTATTTGGAAAAATTACAACTCTTCGTATAGGTCAC AACCTTTCATAAAGTTACAACTTTTCATAAAAGTTGCAACTCTTTATTAA AATCGCAACTTTTCATGAAAGTTGCAATTCTTCATTAAAGTCGTAACTCT TCATAAAAGTCACAATTTTTAATAAAAGTCACAATTTTACATAAAAGTCA CAACTCTTCATAAAAGTCTCAAGTTTCCGTGAAAAGAGAAAGGCTAGTTT AAAAAATAAATAAATATTAAATAAAACTTTTGTTTGTTGGAACGCCATGT AGACGAACCTAAGATTTTCATATATATATATATATATATATATATATATA TATATGATTGTTAGCTATTGATTTGTTGAAAATAACAAGTTAGAAGATGG ATCGTAAAAATATTTGTTATTATTATCTCGATAAATATCTTATTTCATCA TACTCAATCAAAAATGTCGAGGTTATGCCCCATGACACGAGGATCCACAT TACTAAGTTCCCGACTATAGTACAGTAAGTAGTTTGGAAATGATTATACA ATCGCTACATTAATTATGTCATGCGCCAACAATAATATTTAAAATTATTC AAAAGTCAATAACAAGCTTATAACAAAATGTGTTTTTATTTTTGAAACCC TTGAATAACCCAATAAATTTTCGATAAAAGAATTAAAATTCAATAAGGAT GGTGAGTCATTAAGGATGTTTCTAACAATGTGGCATAGGTTAGTTGGCTA GTCCAAATTATATAATAATAATAATAATATTGGAAGTTGGAAGAAAGTGA ACATTTTATACCTTAGTCTACAATTACACATATTCTTTAGTACACAAGCC ATACACATTTTTCATGCGTTTTTTTTTTTCTCATATCGTCTTCCGAATTC ATATAATAATATGACTATATTTGAATTTGTATTGAAAATTGAAAGGTCTC ATGTTATAAGTAAAGCGTATTATGGTGATTCTGAATCAAGAATATTCGTA GAAAATATGAATGAAAAAATATTTATCAATGTAACATTTGTTATTGTGTG TTATATATATTTAACACACTTTTTTGTCCTATTTTCTTGGCAATGATACC TGAGTGAGTTCACTGTTTAATCATCTTTTTGTTCAAACCAAAAATACCAA ATTCAGAATTTTGTAAGCCATACATGAACTAGGTGAGAAAATTGAGTAGT TGGGTTAATGATTATAGGAATATTAGTTCTTAGTTTTATAAAAGTAGAAA AGTTCATATTTTTTTCTTGCTGAAACCTCAAGATTTCAATAGTTGCACTT ATTTGCTTTGCCCTTTATGCTTTATTAGTGGGGAAGAGCAGAAGCAGATA CCCCACTAAAGAAAACTACACCTTTTTTTCCCTTTTCCTTCTACTTCTTG TTCTTTATTTTCCCCCTTTTGTTATGGCGGTTTAATGTTCTGTAAGTAAA TTTCTTGTCCCTATCCAATACTCAAACCATATTTTCTCAAGATTTTGTTC TGCTCTTTTCAGAGTTTCAATATTCTTTTTGTCTGCTCCATTATCTCCTT ATGAAATATGGCTCATTTCAAACTCTAGGTGGGAAAATTACTGTTCATGT CTTTCTAGTGTGAAATTGAGGCTACCCCTTTCTTCCCTTTTCCCCCTTTT TAATATGCTTTGACTGAACTATTATGTGTTTTGAATTCTTGATGTTACTG CTTACTATGTATACTTAATTTCTGTTGATGTAAATTTTTCCTATCTCTGC CTAGCAGTGTCAAGATTGCACATTTTTGTACCCAAGTTCACTATGAGACT ATTTTGGACAATAATTTTAGTAGTTCTCTACAATGGGTGTTCTTCAGAGG GGGTTAATTCAACTCTTTCTGCAAGGCCTAAAGTTGTGAACATTGGGTGT ATGGTGTCTTTCAATACACTTGTTGGGAAAGTTACTAAAGTTGCTGCGGA AGCTGCTGTTGAGGATATAAATTCCAATCCAGATGTTCTTGGAGGAACTA AACTGAATATGATAACATTGGACAGTAATGCCAGTGGATTTCTTGGAATA GTTGAGGGTAAGCTAGCCCCTTGCGAATATCTGTAATTTTTGTTGCTTTT GTGGATAGCATTTTCAGTGTTTCAATAATTCTGTTCTTGTTCTTTGAGTT TTTTGTAATTTGTTTGGTTTTTATAACAGCTATCCGTTTCATGGAGACGG ATACTATGGCAATTGTTGGCCCCCAATCTTCTGTTATAGCCCATGTGGTA TCAAACATTGCGAATGAGCTGCAGGTCCCTCTATTATCATTTGCAGCCAC AGATCCCTCTCTTTCTTCGCTTCAGTACCCGTTTTTTGTTAGAACTTCAC CAAGTGATAAGTATCAGATGGAAGCTATAGCTGAAATGGTTGAGTACTAT GAATGGGAGGGAGGTGATTGCTATATATATTGATGATGATTTTGGAAGAA ATGGTATAGCTGCATTAGCAGATCAGCTGGCCAAGAGGCGATGTTCGATC TCTTACAAAGCAGCAATGAGACCTGGAGCAACATTGGATGATGCCCGGGA TGCTTTGGTTCAGGTTGCTTTGAGAGAGTCACGAATAATGGTTGTTCATA CTTATCCTACAAAGGGTCTGGAGATATTCTCTATGGCACGGTATTTGGGG ATGATAGATAAAGGATATGTGTGGATTGCTACAAATTGGCTCTCAACTAT CCTTGACGCTGGTAGTCCCCTTCCTTCGGATGAAAAAGAGAACCTTGAAG GGGCTATTACCTTGCGTATACACACTCCAGGTTCAGAATTGAAACAGAAG TTTGTCTCACGGTGGAGCAATTTGACAAGGAAGGCAGGACTTGCTGGATC TTCAAGGATGTCCACTTATGCACTCTATGCTTATGACACTGTGTGGCTAC TTGCTCGTGCCATCAATGAATTCTTTAACCAGGGTGGAAAAGTTTCATTT TCTAAGGATCCAAGGCTAACTGAACTGAATAGTGGAAGTATGAATCTTGA TTCTATGAGCATCTTTAATGGAGGGAAGTTATTGCGAGACAACATTTTTA AGGTTAATATGACAGGTGTAACAGGACCATTTAGTTTCACTTCTGAAAAG GAACTCTTCCGCCCTACTTTTGAAGTCATTAATGTGGTTGGTACAGGTTT TAGGAAAGTTGGTTATTGGTCTGAATACTCTGGTTTATCAATTGTGCCTC CTGAAACACTGTACTCTAAGCCGCCAAATCGTTCCTCTTCGAATCAACAG CTACAAAGTATAATCTGGCCTGGACAAATAACGGAAAAACCTCGTGGATG GGTTTTTCCAAACAATGGGAGACAACTGAAAATTGGAGTTCCTAACAGAG CTAGCTTTCGTGAATTTGTTGGAAAGGTACCAGGCGTCGACTCATTCAGA GGATACTGTATAGAGGTCTTCACTACTGCCATAGACTTATTGCCTTATGC TCTCCCTTACAAGCTAGTTGCCTTTGGGGATGGTCATAACAATCCAGATG ATACAGAGCTAATACGCCTAATCACAGCAGGAGTGAGTATAAGACTACCA AGGTTCTACTGTACTGTCATTTGAACAATGTGCTTTCTAACTGTATCCAC TTGACCTTTTATTTCAGGTTTATGATGCAGCCATAGGTGACATAGCAATT ACAACTAATCGAACAAAAATGGTTGACTTCACTCAACCATACATTGAATC TGGGTTAGTTGTAGTGGCACCAGTTAAGGAGCAGAATTCTAATGCTTGGG CTTTTCTCAGTCCATTTACTCCTAAGATGTGGTGTGTCACTGGTGTTTTT TTCTTAATTGTGGGCACTGTAATTTGGATTTTGGAACACAGATTGAATGA TGAATTTCGTGGACCTCCGAGTAAACAGATTGTCACTGTTTTATGGTGAG TTGGCAAAACATAACTACTAAATTAGAATATATTTACCTGATGAAAGAGT GTGTCATATTTGTTCGCTCTTTCTTGACTATCTCCCACACTTTCTAGTTT CCACTTGCCAAATTCACTTTGTAGAATATCAAACTCTTGACCCTTTCCTA TGTAAAACTCTTTTGCAGGTTCAGCTTTTCAACTCTCTTTACTGCCCAGA GTAAGTAACCTATGCTGGTTGAGTTACTTCTGTACTAACATTTGAATGAG CTTCTATAACAAAAAAAAAACACTTTTATATGCAGGAGAAAACACTGTCA GCACCTTTGGCCGTATTGTCCTTCTTATATGGCTATTTGTGGTTTTGATA ATAAACTCAAGCTATACTGCCAGTCTCACCTCAATTCTTACAGTGCAGAA ACTTTCTTCCCCAATTACCGGAATTGAAAGTTTAGTAAATACAAAGGAAC CCATTGGTTATCAGTGGGGTTCATTTGCCCGTAACTATCTGATTCAAGAA CTTCGCATTGATGAATCTAGACTTGTTCCTCTTAACCTCCCTGAAGATTA TGCTAAAGCTTTAAAAGATGGTCCTAGCCGTGGTGGTGTTGCAGCAGTGG TAGATGAGCGTGCTTATATGGAGCTTTTCCTCTCATCGCGTTGCCAATTC AGTATTCTGGGTCAAGAATTCACAAAAAATGGATGGGGGTTTGTAAGTAG CTCTCTGTCAGTTTCACCTTTTGCTTTTGCATGTCCTTATCAACTTCACC TTTGTTATACATGTGAATCTGCTTTTGTTGATGTTGTCTCACACCGTGAT GAATTGATGATACATGCAAATATGCCAAGAAATTGATTACGTATGAGAAG TATTTACATCTACTACATGCAAATATGCCAAGAAAGTTTAATTTTTTACT GATGCATGGTTTTCTCCATTGTTCCTTAGTTATGCGGAGTAATCCTGCTT GAAACATGTCTTCTGAAGATGAATCATACTACTGTTAGCTCAATATATGG AAGGAAACCTGAAACTTTGGGAGATCATTAACACTCTTGACATAACATGG TGCTTGCTTCACACAAAATTTGCCTTATGGTATCTTTCAAAACATAGGGG GTCGATTGGTGAGAGCGTTTAAAGTAAAGAATAAAAGTACTAAGTTGGTG TATTTGGTCTGGCTATGTTTATAACTACCTTTCCTTTCATCCCAAGCCAT CAAACTAATCAATATAAGACCTTTTGTTTTGAAGGATTTATGCCAGACCT GTCGATGTTTTGAGAATAATGCCCCTTCCTGACTTTGCTGTTTTATGACT AGTACTTGATTTGTTTTCTATTTTTTTCCCTCCTAGGCTTTCCCTAGGGA TTCTCCTCTAGCAGTAGACATGTCAACAGCAATTTTGAAACTATCAGAGA ATGGGGAACTTCAAAGGATCCATGATAAATGGCTTTCTGGAATAGCTTGC ACTTCACAGAGTACAAAGCTTGAAGTGGACAGACTTCAGCTGAAAAGCTT CTCAGGTCTATTCTTTCTATGTGGGTTGGCATGTTTTCTGGCTCTGCTCA TTTATTTTGTGATGCTAGCATGTCAATATTGCCAATACTATCCCAATTCT GAGGTAGCTAGTGAAAGTTCACGATCAGGACGACTGCAGACATTCCTTTC TTTTGCTGATGAAAAGGAAGAGTCAGTGAGGTCTCGATCCAAACGAAGGC AACTAGAGGTGACTTCAGTAAGAAGTATTGATCAAGATGCATCAGTAAAT GGTTCAAGAACTGACCGTTCTGAGATATACTCGAACAGGGTTGTAAGTTT TGGAGAATCTGTATAGTTCATAAACAAAAATCTACTACTCTTCCTCAAAT GTAAGTATTAAGGTTGACTGCGTATTTGTGTAGACAATGCTGTAACTGTA TCAAATTTTACAAAGTTCTGATGCCATTGACATATTATGTCAAATAATCG ATGAACCTTACAACAACTATTACTATAACTCAATCTCGAACTAACTGGAG TCGGATATATGAATCTGCAACTGTTTGTGTCTTTCCATTTAAGCCTATTT TTGAAAAAAATAAAAAAATCTCTAGCACTAGAGTATCCTGCTAATCCATA TGTATGATTACTACAAACCCTTTCAGCTCGAATAAGGAACATATTTGAGC ATTTAAAATAAAAACAGAGAAATGTTGGTAAACATACTTTAATAAGATTA CACATTTGGTTTCATATATACATTATTTTTGTTTCCAACAACAGTGGTGT ATTCGGACAGCTTTCTGGTACCTCCCCGGCACAGGCATATTTACATAGTG TATATTACAATTTACAATACATGTTACATCATACATGTAATGTAAGAATG GAACAAGATTAAGCTACTATCTGGAGGAGCCTAAAGTACACTGCTTGTGA AGTACTTCTGAAAACAGGCTTCATCTTTACAGTATTCTGACATCACTTTA TACACTTCAATTAGTAGCCGCGGAAACCGCCTCCTAAAATAGCCATCAAA TCCTTCTGGAACGGTTCCTATAATTTCCTGAAATGAAGTGAAGATACACC GGAAGTCAGCAAATACAATCTGAAATCATCGATAATATTTCCACCTTACA GCACACTGGTTCTTCGAGATGTTCCCACACAAAAACTAATTCCTCAAAGG AAGTCTTGACCAAATGTTAAGTGCACCAATTTGTTGAATAGCAATACGTA TTAAGTAGTAAAGTACTATATAAGTTGATCAAAACTAACCTGAATTTCGG TGGGAAGCTCTCTATAATGATTTAGCTTGTTCCGCATCACACGCAGCAAA TCACGAATACTGTCAAATCTATATCGCCTGTAATGGCCAATATTTTTTAT GAAAGGAGGTTCCATCTTCTCATCCCATTTTCCACCCAAAGCCACAGGCG CTGTACCTTCTAATGCTTTCAGAAGATCAGAAGAAGTCTCCCTATCTTCA AGTTCCACCCTGTCGCTTGAATCACGAAGAAATGACAGTCGCATCTCAGC AGTCCAAAAGAAAGGATGAGCAAGCACCTTCACTGCCTTTGGTCTTTGAC AGAATTTAAAGGAAAAAAAAGAGGATTTAGCAATAGGCAGGCACAGTGTA CATAGACTAGCAGGACATGCACTTTATCCAAGAGAACGGTTTAGGAGTTT TCCCATTACAATGTTAATGTTATATTAATTGAAAATACAGCTACACCTCA ATGTGCTAAGATAGCTACCAATTCATGAAGAAAAAACCTCTAATTTTCTT TATTTTTCTTACATTGTCTGTTTTTTCTTTCCTTTTTTTTTCAAAAATTA CTATTTCTTGACAGGGATAATGGTGGTCAGGGTGGGGAAAGGGATGCCTA TGGGTCTATTGTGAGGATCAAGCCTTGCACCTCAAGTATGCAAAATTACG ACTCTGACTCTAGCCCCTAGCTAGTACTGGATTTTCTAAGAATCTTTTTA TACGCAGTCATTTTTTAAGATCTAAAGAAATAAAATAGGTAATACTGATA CAGAGATGTTTCTTGCATTCCTGAACAGCAGTGAAGAAATAACTGCACAG CCTACTTAATACGTTGAATGGGTCTGAAACTTATCAAGCACATTACTAAA CTAAATACAGCTGAAACATTAGTTGAGCTAAAACTTGATTGTACACATGC TAATAGTCATAATCATCATTCCTACCTTCTTCACTGAATATACAAAAAAT ATTCTTTGTACTTTGAAAATCACCATGCAGGAGCTTTAATTTTAAAGGGA GATAAAAAGGGTATAGTCATCTTCACAAACATTTTTAGAGTATGAAAACA GTATTGCAATTCAAAGAGAAGTTCCAGCCATAACTAGCTACAAGGATGTC ATGGTCAATAAAGAACTAGCCGCTACATTAGCGGCGCATAAACTATGTTC GTCAACCAAGTTTGTTCAGTGGTCGTAAGCTAAGTCACTTCGTTTCTTTT TGTCACAAACATTTTTAGAGTATGAAAACAGTATTGCAATTCGAAGAGAA GTTCCAGCCATAACTAGCTACAAGGATGTCATGGTCAATAAAGAACTCTA AATTTGTCAATAGTTATTGGTATGTGCGGGATGTAATAAAATTTTCATTA TATAAAACATGTGCACTTCTTACCTCAGTTCAGCAATGGGATCTAACAAA CGAGAAAAGAGATCCACAGCTTCAGGGATGTGTTCCGACAAGAAAAGATC CATTTTATTCTTTGTAATGTTAATGTCACGCTCAAGAGGACTTCCAAAGG GATGACGACCACCAGTCATGCAGAAAAACAGAACAGACCCCAGACTGAAC ATATCAATAGCACGTGTTTGACGTCCATGAAGAAGTTGTTCAGGAGCTTG CCATCCAGAACTTCCATAACCTGCAAAAAAATTATTGCCGAGTAAGAACA GGGAGAAATATGCGTTAAAAAGTTAAAGACATCATGCTATGGCAAACTCT GAAAGAAAATATAAAAGCTAAGGCCACTAAAAGAAGAATCTGGTGTGAGA AACTGAAATTGAACTCAGCTGTCAATCAAACAATCTTCTCCTGAATGCAG CAAGGACGACATTGTAGAGATGCTCAATGTGTCATGCAAATTACTAGATA AAGGAGCATACTTAATGGTGGTGGAACTGAAGATAACTTCACTAGCAGCT AATTTTTTAGCTACATACTTTACAATTACTTGCCTGTTGGGCGATGACCC AATGAAGACATATCTCCAATGAGGCGCTTGCTGATTCCCATATCAGAAAG CTTAGCACATAAGAATTTTTCCTTAGTTATCAGAACATTTTGGGGCTTCA GGTCTCGATGAATGATCCCCAGATCATGAAGATGCACAAGACCAGAAACC ACATCCCTGTCCTCCAGAAAAGAAAATCAGAACACCAAAACATGTGCATA CCCAGACAAATTGGAATTCAGAACATTATAATCAAAAGATAAAAATGGAA AATGGTTTTCAGATTAAATTTATGTTTAACATCCACTACCAGGGCACATA TTACAATTTATATGCACGGAAACAGCAATATATATCTTATAAGCGCATAT CAACCAAGCAGAAGATGACAGTCGGGAAATGCAAGATGCAGAAAATTTTT AATGATTGGTAAAGGAAGGAGCATTTGTAGAGGTCCCTTCTTTCCCACTG CAGATGGGATAGGCTAGCAGGTGACCTATTTTATCAGACCATTCAAAAAG TTAGCAAAGCAAAATCATAAAAGAAAACAGATGAGACAGCATGGATGAGA AAGCACCAAGACCTAAAAGTTATAAAGACAAAAGCACTGAAAAGGCCCAT TGTAAAGCCATTGTCACAAGAAATTATGAGTCAGAAGAATGTGATGGAAT TTTCTTGTCTAACTTCCCAGATCTATCCGCGGGCGGGACAAACAAAAATT CAACAAAGTGAATTTCGATGAGTTCTTTACCTAAATAAAGGCCCTCTAGA GACCTGATGTCTGGTATACATAGGAAGAAAAGCCAAACTATATGATCTTT TAGAATTAAACAGGCAAGAAATAGAAGGGGGGGGAGGGGCTTTCTTCCGA AGTGAGCTCAGCCTTTTTCAAATCATCATCTAATGGATTGCAAAATACCC TCATATACCATGAAACAATGATAAGAGGCACAAGCTGATATAAAATAACT CAACAAACCTCATCAATTTGAGCAACAGGGGTGAAGGACAACCATTTTCA TTCATTAGGTCAGTATCCAGAATAATACCCTTCAAATTGTCCAAATAACG TCTATGCTTCATAGATTCTCCATCCAAGTTCTGGTTAGGACAAGCATTTT CTGAAGTGTCAGCATAAATCTGAATAAGGTCACTCAAGCTGCAAATGCAG CGTTCCAAAGCAAGATAAACAAAATCTTGGTCTTGTTCCACACCATACCA CCGAACGATATTTGGATGTCGATCAGATGCAATAAGATTCTGTATCTCTT TGAAGGCAATATCATGATGTGCCCTGACAAGTCTTTTAACAGCAACTGCA CGGCCTTCATAAATTCCTTCAAATACAACTGTACCATTGCTCCCTTTAGC AATCTCTGAACTGGAGACAAACAATTTACCAATAGAGCGTCCACCTTTGG TACATATACTTGGTTGAAGAAAGTTCAACAGTTTATTATCAGCATCCACG TCTGCATATTTAAGTCCAGTACCAGATGAGGTGTCTTTATCACTTTTAAT GCCATTGCTCCCATTCTTTCCAGACTTCCGAGACTTCTTCCTTTTTGAAG GTACATTTGGCGAATGTAGGTTCCCATTGAGTTCAGCTACTAAATCACGA TTATGTGTAAAAGCTCCCACAAGAGTAGCTAAAATACTGTGAATTGGCAT GGTCAATCTTTCAGAGCACTTTGATATTCCTTTTTTAAATGGACTTTTAG CATCTTGTAACATTATGTTTTTGGTGAAAAAAATTATGAACACCGTCAAT ATGACAAGCATAGTTTTTTTAATAATATCTTTTAAGTGGAAGGTGTTTAC ATTCTTGTCGGGCACGGGCGTAGCTGCATTATCAACATTTGGTTGTGAAG TAGGAATTGGCAGCATACCGTGATTATCTGCCTCTGGGAGCATCTTGTTA TCATGACCTCGGCGTCTGTAGATAAGGGCCCTTGACTGACATGGCAATGG CATATTGAAATGGACATCAGGTTCAGATTTGTCAGACTCCATAATATCCC CACTTAATGCATCATCAACTTTGCAAAGAGCAGCAGCCCCTATTTCAGCA ACCGTCATGTTCCACAACACTTTGTCTGAGTTTGGAATAAAGGACGTTAA TGCATAGTCTGTCCTGGTGATGTAAAGCGTGTAGCTGGGAAGACTCTTTT CCTCAATGGTGCCATTATGATGAAAAGCAGTGTCGTTGTCCTGAGTTGCT GGAGAGCTAGGCATACTATATGTGTAAATCAATCGTCCAGTCTTAGCATC AATAAGAAATGCAGTAGTTCTTTTAGAACCCAGAACAATTCCGCCGTCCT CAGCTATTTGTGGAGTTGAACTAATATACTCATCAATACTCTTCATAAGT TTCTGTTAAAAAATATGGAGCAAAATAAAAAGACTATAGTAAAATAACAG AACTGTAGGGTCAAACATGTCTTCTAAAACATATATCTCAAAAGTTTGAG GATGGTCATTGCTTCTAACTTGCTGAAAGAATATACCTAATGACTCATGA AACAGATATTTATTTCATTGTATCACCCTTATTAGAAGAACAATTCAGGA TGCGGTCCATCCTCATCAGCTTAGGGATGTATAACAAAATCTTGGATCTG AACCATTCACTATTTTTACTTTTTCTTTCTATAATTTTGGGTAACTTACT TGGACCTTTCCAATTGGCAAAACCAAGTGGGACATCCAATTAGTTTGAGA TATACTTATGAACCTCCCCTTTTATTGAGACTTTCCACTTATACTCCTTT TACTTGTGAAAAGAAAAAGAGACTTGCCACTATTATATACATTAAAAGAG AATGGTATAACAACAGCCCCTTCTTAGCTATCTTTTCTTTTCTTTTTTTA CTTTTTTCCATTACACACTTTTTAAAAACTGAAACTGATTCCAAAACTGC CTTTGATCAACCACTACATAGAAAGGAGGGTATATTAGTCAAATCATGCT CAGAATAAACACCTTCATGTTGTGAGGTTGAAGAGGGGAGGTTGTAAATA TTTATAAACTAAAGGGAATATTCATTTCATTTTGTTAAGATAGATGGATA TCTAGTTGATAATACAAGATTAATTGGCATCATGATTCATTGTGTGAAAC CTTTTCCTGTTACCTTTCTCGAAAAAGAATGGTACCATTCCTCATTATCA ATCAATGTTAAGTGGATATCATTTCTCGTTGTATTGTACAGAAGAGACTC GCATAAAATTTAGAGACAATACCAATTTACCAAGCCTGTTGTGTGCATAC AACTCCCAATCATCCCCACGGCCACAGTCGATGAAATAACCACTTCCTAT ATCAGATGATGCCTCCTTGCTGTTATTGTAATTAACAGGAGCCTGATAAG AAGAGTAGATTGATGACCCAGATCTAAATGACCAGAGCGGTGGTTTCATA GTATTTAAGCTATTTTGCTCCCTCAAAGAAACTGTACCATCCAATTCAGC AAACAGAGCTGTCTCAGGTTTCCTGGTTCGAGAGAGTGTAGCGAAAACCA AAGCCAAATAAATTTAATGAATCAACAAGCATCCCACAAGTACATCTACC AGTACGACACAAAGTGAACTTGGAACAAACAAAATAAAGGGCTTCAATTT ATCATTTCCAAAGAGAATCTAGTTTACAGCTCATGCATCCAATTTGCAGA AAATAAGTTGATTTACCTACATATTAAACAGAGTGTTTCTGGGTTTAAGA GATGAGCAGAAACGCTAGTGATGTTTTCACTTCAAGCAATCACAGATGCA TGAAGCATTTCATGCAGCGAAACATATGATCCATATTAACTGAGTCTCAG AAGATCCCACTACCCTCACTCATAAAAACACTATTTTCCCACATATTTAT ATTGTAAACTACAGGGTACGACAAACTAGTAACCGAAAAGTATTCTGGTG TTTATAGAAACTGATCTCCTCTAAGAGAATGTTGTACTTCAAAAACTAGA AATCCTGGAAACTATTAAGGTGTAGTTTGGAAACTTGGCATGGTTTCGAC ATAGAGCAATATGAAGCAAAGAAAGGCAGGATAAACAAACATACAATTTC CTGATGGCCCAAAAAAAGAGCATAAGAATCTTTACCAATTATAAGGAAAC GGCAATGACATATCTGTTTGAATAAAACACGAACTAAAGACAATCTTGAC TGACAGTTAGTCAAAAACAAGTCTTATACAGACAAATCTAAGTGTACAAT TTGTACATATTGAACATGATTCAATTCTTTAGAGTCAAAAACCATAAAAA AAACACGGGAAAAAACAACTGCAGTAAACAATTTGAACCAAAAGATCAAA ATCTGCATTAGTAGAAAATGACCAACAAGAATCTTGAAAAGCAATAATAA ATCTTTGTACAAATTACTTTTAAAAACCAACCAAACCAGCAATGAACTCA AATGGGTATAAGTTAAAAACTCTCAAGAAATCAAGAAATCAAGAAAACAA ACTAACTTTAATTCCGACAGCAAATTCCTCCTCGCCGGAGCTAGCGTAAC CCCATCAGAAACTCCTTCAATTGACCCACTTGGTAAGCCAAATAACTCAC TTGCCAAAACCGTCAAGCTGAAAAATAAGAGTAAAATGCCGGCCGGAATC ACCCAGTAGCGTCTCATCGACCTGAAATTGACCGCCGATTTTTCTTCTGT TGATGGGGGTGGGGGTATACAAATAAATTAGGAGTGGTGGCGTACGATAG AGTTATGGGTTACATCGAAGATTGCAATTGAGGAAATCTTAGAGATTCGA TTCGAAATATGAAAGAAAGGGCGTTGTCGTCTGGATTTTGGGTTCCTCGA ATTTCGTCGATCGATGGCTGTCTGTCTTTCTTTGCCTCATTGTTGTAACT TAATCCACTTTTATTTCTTTCCAATTCAATATCTCAACGTGTAATAATAG GGTTCATTATATATTTATACTATAAAGTAAAAAATATATATATATATATT TTTAAATTATCATAATAATATATAGATATATTTTTGGAACATATATATTT TTATCGTTTAAAAATTAAAATATGTATATTTTTCACTTTTTTTGTTAATT TAATATTTAATAAATATCAAATCAATTGATAAAATTATGATACCTGTATA TTCGTTAGTATAAATATTATCAATCATGTTGTTACCATAAAAGACCCTAA AAAATGACAAACGCATTGATTAAGTTAACAGGTTCCTTCTTCTTATTGAT TTTGGGATAAAAGACTTTTGGACTTTTTTTTTGAACGGACAAATTTGCGA GTCCTTTATATTTAACAGTTATCTTTTTATTATCCGTCTTTTAGACATTT ATTATTAAATTAAATAAAAATATACGAGAAATTTTCAAAAGAAAAAAAAA TTGTGTGAGTTGATGAGAGCTGGTCACCTTCTCAATATGATGATTTATAG AGATATGTTAATTTTAAGAGGCTTTAAATCTAAAAGAGTTGCTAATTTGA ACTCATTATAAAGAGGGAAGAAAAGTGAAAAATAATTAGTAAAATGATAA TTCAATCTTTGCCTAACACTTTTCCAACTTATATATATATATATATATAT ATATATATATATTATATATATATTTATACAAATATGTTAATTTTAAGAGG CTTTAAATGTAAAAGAGTTGCTAATTTGAACTCATTATAAAGAGGGAAGA AAAGTGAAAAATAATTAGTAAAATGATAATTCAATCTTTGCCTAACACTT TTCCAACTTTTATATATATATATATATATATTTATACAAATATGTTAATT TTAAGAGGCTTTAAATCTAAAAGAGTTGCTAATTTGAACTCATTATAAAG AGGGAAGAAAAGTGAAAAATAATTAGTAAAATAATAATTCAATCTTTGCC TAACACTTTTCCAACTTATATATATATATATATATATATTTATACAAATA TGTTAATTTTAAGAGGCTTTAAATCTAAAAGAGTTGCTAATTTGAACTCA TTATAAAGAGGGAAGAAAAGTGAAAAATAATTAGTAAAATGATAATTCAA TCGTTGCCTAACACTTTTCCAACTTATATATTTATATATATATATATATA TATATATATAATGATGATATGATATATGTATGATATATATATAGATTAAA AAAAAAAGAAGTTATAAATTGGTCTAATTTTAATTTGATATATTTAAAAA AGATTTAAGTCATCCACAATTACTTAAAGTTGTCATCATATTTCACTTAG ACACTTAAATTAAGGAATGTACCTATTAAACACCTTTTTTTGTTCAAAAC ATATACACATTAGATATTTTTTAATGATATGCCATTACAGGTGTTATACA CGCCTCAAAAGCGCGTGAAACCAATACAATTTACTTACAAACCACTTAGC CTTTTGCATTTTCCTCACTGGCTAAATCCTTTAGCCAACGTCTTTGCCAA ACCTCTTTCCGTATTGATCTTTTTTTTTTTACTATCATCCGTCATCATCA ATATTGTCGTTTTTATCTTAATCGAAAAAGTGTCTATTAAATAAATGACC GTCAAAATCAAAAAATTCAAAAGAGAGTTAATTGATATATAAAAAATATA ATCTAACCTTATAAATTGCAGAAAAATTCAAGAGAGTTAAAGCTACAGAA GTAATAATAATAATAATAATAATAATAATAATAATAAAAATCAGATTGCG TCAAAAAAATCCGGCAAGCATCCATTTTTTCCGACAAGACTAATACAAAT CTAATTTGTTTTATATGAAATTGTTAAAAAAAGTCAAATTCTAAAGAATC CACAATACAACAAAATATCAAAAAATCTCATATGATGTACGAAGAAGAGA GTGAGAAACGAAAAAAATAACAGCTATTGTATTGATACAAAATTGCCAAA TGGGAATAAAAAGAAGAGGATAGGTAGCAGTAATGGTGTCGATGAAAGAC ATATGGGGAAGATACTTGCCGCTCGTTATTTGGCTACAGTGTTCCGGTGG ACTAGTTCTGTCGGAAAAGGGTTATGGGTATATAGGGTTGATTTTTTTTT TTATTAATTTTTTTCTTTAAAATACTTTTTTATAAGATATTTTTGAATAA TTTTTTGAAACTAATGAAATGTCAAAATTTAACTTGTTATTGTGCCACGT CATGGCGAGTGAATCTCACACACTTCAAATTTTTTGGCTGATAGTCAAAA AAAATGTTTAATAGGTATCAATTCAATACAGTAGAGGTGTTTAATAGGTA CAAACCTTAGTTGATGTGTTTAAATAAATTATGCGAACAACTTTAAGTGG CAGTGGATGACATAACCCTTTAAAAAATAAAGAAAACTTTTAAGTGGCAG TTGAGTTAATTAATTTTCCTTATTGCATCAATTTTAATCTATCTAATTCA CCATAAAAAATATTGTAATATCACAATTGAACAACTCTCAAAATCTTCCT TATTTTAAGAAAAAAAAAATTTAAAACTTACAAAATTCGTAGTTTAAAAA TGTGAGAAACCTTATTTATTTATAAACAACAAATGATAGTATGAAAACGT GTTTCTCGTGTCTTTTCAGACGAATCACAATCCTTTAAAAAATTACAACT TTTTATAAATGTTATAACTCATCAAAAAAATCATAACTCCATAAAAAAAC CACAATCCTTTTAAAAAATAATACACATCAATGTGAAAAAGTACGTGTTT TTAATATAATAGCGTAATTAGAGTAAGGTCAAAGAGGCAAGGGAGTGACA GGGAGAATTTGCTATAAAAACACATTTCACTTTTTTTTAATAATAATTTT ATATTATAACTATTTTCCATAAATAAATGGCTAATTTTAACTAGTTTTAT ATTTTTTCTTTAACTTTTTTAATAATAATCGGAAAAGATCATACTTCTTT ACTTCAAATCACTATTTAAATATCGAATACTCTTAAAAAGAATTTAGAAA TGATGGCTTTCCTTTATTTACTTCATTACTAAATCCTGTCTCAGGTGGAG ACAAAACTCTACATTATTTAAATATGAATAATACATTCTATTTATTAGAT GAAATAAACTATCAATATCTATAGAATATATATATTTTTTTTATATAAGT GAAACTTATAAATGCATTAAAGTTATATATAAATTTCTCTGAATGCCTAA AATAAGAAAAGAAAATCAAAAGAGCCGCTCTTTTCATCTTCAACACCAAA CGCACTTGAGCATAAACTCCTGTATCCATAAACCCTAAATCCAAAGAATC CATAGCGATGTTGAAGAACAAAGCTTTCTCGCGTCAAACAAGACAAGGCA GAATAATTAAGGTTTAACGATTAGAATTATGTTTATGTATTTGTTTACTT TTTTGTTTTCTTAAATTTTAATTGGAGTTTTTTTTTTCTTTCAGGAAGTT AGGGAACACTATTTGAGAGATGATATTTATTGTGGAGCCCCTTATTGCAA GAATGGGTGTAAAGTTTCATCTCCTTGTTTAAGCGACTCTCACTTCACTA TTCTTGTTCTTGACACCAACGTTGTTCTCAATCAGGTGAATATACTTTGG AATATTGGATTCTGTTAACTTTCTTGTTTGTTCGTTCGGTTGGGTTTAGT TTTTTTTGAAATCTTGAATTGTGTTAGATTGATTTGCTGGAGAATCAAGC TATTGACAATGTGGTGGTGCTATCCGTGGTCTTGTCGGAGGTCAAGAACA AGAATATTGCGGTTTATAACAGACTCAGGGCTCTGTGTAGCAATTCTTTA AGGAAGTTCTTTGTCTTTTCTAACGAAAATCACAAGTATGTTCCTTTCTT TCTGCCCTTTTGTACCTCTAGTTGTTCTTCTATAAATTTCACTTGCCTTT TGATCAAAAGCAACCATTGCTTATTGTGGAAGTTTGTCAGTGTTGATTAG TCATTAATTCATTCTCAAAATATTGCTTTTCCTTTGCTTAGCTATTAATT ACATCATTCTGGGTGAGGGCAGGGTGCAGGAACTATTGACTTTGAGTGCT AGGGTTTGGTCAATGTTTTAGTAATATTTTTCATTTGATCCACTTAAACC ACTCTGTGTCTTTTGTATTTTTGGGATAGTGGTCCATGTAATTGTATGTC CAGGACTAGTTCTCTATGAATGAGTGTTCCAATTGCTAAAAGCTCTTTGG TCTAAGCTCATAAGATAATAGCTAAAGTCACATTGCATTAGCAGCGTCCT GGATAGTATGGTGGTTATCACATATGTGGCACTTGCTGAAAACTCTTTGG TCAAAGCTCACAAGGTATATAGCTAAGTTACATTGCATTGACATCGGCTA GGATAGTATGGTGGTTATCACCTTACACTTGTTGATTACTTGGATTCTTG GTCTGGGTCCCTTTTCATTCATAATGGTTGCAAGGGTTGCTTATCTGTAG AGACTTCCTTTCCTGGCTTCAGTAATGACACAGAAAAATATTTTAGTATT TATTTATCTTTTGATAAGAAAGAAAAAGATTGTAGCATATCGTTATATAT TTGCATTTTGACTGATCCACTTATACGATACAACCACTACTAGACATCGA TTGCTACTTCACAGCCAGGGCTGAAATATGATTGAAAATTCCTTCTTCTG CTCATTGTTCAGGGATACTTATGTGAAGACCATGGCAGGTGAAAGTCCAA ATGATCGGAACGATAGAGGTTTGTTTGTTCACCTTTGTGCAGTAGCAATT GAAGTTGTAAATCATTGCTTTTCTTGAACAATTTGTGCTATGCATTTTTG CGTATCCATTCACTAGTTTTCTGGGCCTTCTGTTTTAATTTCATCAAGTC CTAAGGTATGTGCTTGTGTTAGGTGAATTAAAGGTCATACTTAGAGTACA TGTTTATTATGTGCATACAGATTATGCTAAAAACATGCATTAGAGTTCAT ACTTATGTGTTTGATCAGTAAGAAAGGATAACTGTATAGTTATACTTTCA TGCTTGATGAGAAATGGACTAGTCAATAACCTATATTGAGGAACTATGCC TTTGTTTTATATCTACACACTATTTTAAATAGTGAAGGGGTTTGGAAGAA TGCATTGCACTATAACCAAGTTACTTAGGGGTCATTTGATCAATAATATC CCTAGATTTTAAGCAGCAGTGTAGAGTATCTGATTGATAATCTGAACTTG TGAGAAAGTTTTGCTCCTGCGAAATACAAAGTGAAAAATAGAGTGCTGGA CTTTATTCCTTTGCAGTTTCATAATGTGATTGAATAGTTAGGGCTTTATA AGTTTTAACTTCACTAAATTTGGGGAAAATCAATTGCAAGAGAACTTAAG GTAACCTGTCTATTTCTCCCATGGACTCACGCCGTTGATGCATTAGGTTC TTAGGTGCACTGAGGAGTGAAGCGCTTCAATCTTGAGGTTATCATTTTGT GGAGTATTCTAGACGATGTCAGGACGAGAACCTTTGAATTAACATTTAGG GTAACTTTTGCTTTTCTGATATTTATCCAAGTATAACTAATGCAAGTATT TTTATTCCACCACCTATCTAGGATAAAATACTACATAGATTATTGATCTC TACTAAGGCTCCAAGATCTCTTAAATATGATTATCTGAGTGCAGAACTCT AAGTAAGTTGAGCTATCACGTTTAGTAGTCAAGAAGTGGAATGGGAAAGG TTAACATGATTTGTGGAGGTATAATCGAGAATCATGGTCGTCTATCTCTA ATAGGTCTTTACATCTATACTTGATACTTTCGTTCGTAATCACCAGTTGG TTGACAAACTTCAACAATTTTTGGTGGTTCAGCTATTAGGGTTGCAGCTA AATGGTATCAAGATCATCTTGGCAGCGCAGTAAGTGTCTTGCTAATTACG AATGATAGAGAGAATAAGAAGAAGGCAATTGAAGAGGGAATTTCTGCAGA GACAGGTAAATCTCTCTTCTTGTTGTCTGATGACAATCATTGAGTAGTAT GTTACTGTGGTGTCCTGATTTGACCACTGAGAGGCTTCTGTTAATGTTCA CAAAAGTTCCCTTTTGTCGTTATTATGTATAGAGTTGTTTTCTTTATTTC CTGCTTAGTTAAATTTATCTTCAGCAATCTTGACCAACTGACTTCCGTTG ATCTCAGTTGAGTGCTATGTAAAGTCACTTGGTCAGCCAGAATTGCTTGA CCTAATAGTACAGCCTCCTTCTGAAGATGTTAAAATGGATGATGTTGAGG ATTTAAGGCCTTCAAAGCGAAAAGTCATTTATAACGAGGTATATTTAACT GCTTACTACAGTTCATCTAGGGATCTTTAGGTGTTGTTTTTAAGGCTATG ACCTGCTAAACTACACCTGTTGTTCATGTTTTCTATAGCATAAGCCCATG TCAGAAATTACTTCTGGCTTGCTTCGGGGACTCCTTCACCAGGGGAAACT TCGTGTTAACCGTTTTAATCCATTTGAAGCATATGTCGGAAGTGAAAGCA TTGGTGATGAGATAATTATATATGGACGTGCAAACATGAATAGAGCTTTT GACGGTGATATAGTGGCAGTTGAGCTTTTGCCTCCAGAACAGTGGCACGA GGAGAAGTCTTTGGCATTAGCCGATGAAGGTTTGTCCACTTCTTTTTTTC TTCAATGAACATGGCTTTATTGCAAAAATGATCTAATTTGCTTTTGAACT ATGCGAAACGGTCTACATTTATCCTCTATTTACAGTTGGGTCATCAAATA ACTAAAAATGATTTAAGAGTAATTAGTATCTGATCAAACTAATAAGCATT ATCATTTGCCACGTATATAATACGTGGCAAATGTTGCTCGGTATGGCACC TCAGGTGGGTCTCTGAGATTTTTGGAGAAGATCCATTTCTTGGCCTTTCT TCTCTGTCTCATAGGCAAGCTGATGCTTGCAGCCATGCTGAGTTTCAAAG CTTTTGAGCTAATTGTGTTTTGGTGTTGCAAATTCAATTTTTTTGTCACT AAACCACCCTTTTGGTGAAACTACACAACCTTATACTATTCTTGTTCTTA TTACTCTCTCTGGTATAACTCGAAAAAGCAATCAAACATGTTCTCTTTTG AGGTGAAAAACTGTGCTTGACATGACACCTCAGGTTGGTCTATGAGATTT AGGAGAAAATTCCACTTTTCATGGTGTCTCTTCTATGTTTGATAATGCCA ATTGATGCCTACAGCCATGACAGACCTCAAATCTTTTGAGCTGATTCGTG TTTTTGCTTGGCAATGTTCAGGTCCCCCCCCCCCCCCCATCCCCACCCCA ATCCACTATTTTTGTAAAATTACACATGGCCTTCCTCTTTTCTTGTTATT TATATCACTGTCTGCTCCTTTTTATAAACCATGAGGATGTGGAGGTTTTG TCTTCCGCGGAGGTTCAATTAAACTTGATTTCTCTTGAGTTGAAAAACTG TTGATTGGCACTGCACCTCAGGTAGGTCTATTTTTTTTTGAAATAGGTAA CTTTGTATTCACACAAAAGAGTTATTCAAGGAATTGATGTGGAGGGATTT AAAAACCCCCAGGGGGTGCCATCATTCACAAATCCAAAAAATTTCAAAAA ATTTACAGTTGGCCTATAACCTCCAGTAAACTATCTACTTCCCCCACTAA ATCTTGCTTACACCAAAAAAACAAAAGGCTAAGACATCTCATCTTAATCA TCTGGGAACTGCTAGTCCTCCCTTCAAAGCACCTTTCTTTCCTTTCTTTC CAGAGTGTCCACCATGCAAGCAGGTACATTTTTTCACCAATCTTCCTTTG ACCCTCTCTTCCCGATTCCTTGCCATTGTGTTAGTACCTCAAAAGTGGTT CTGGGCATTGTCTTATCAACCTCGAGCATACAAATGAACAAGTTCCACAG ATCTGTAGCCATCCTACAATGCAAAAATAAATGGCCATCGTCTTGTTCAC ACATATAGCACCTCGAGCAGATCTGTATTCCTCTTCTTTGTAACACTTCG TGGGTTAGACAAGCTCTTCTAATTACCAACCAAGTGAAGCAAGCGACATT TAAAGGGATCTTAATCTTCCATATTAATTTCCAGGGCCAAACTGTTGTCA AAAAATGGTTGATGTTCCTTTACTAGTAACAGGACTTCACTGGAGAAACT CCCCTGCTATGCAATTTCCAAACTGGTTTGTCGGGCTCTGCATTTATGCC AAGAAACGGGTTCAAGGCCTGAAGCAGGTCTGTTACTCTTTCAACCTCCC AATCATTTAGAGCCCTTCTAAACATAAGAGTCCAGCCTTGAGGGCACCTC AAGTAGGTCTATTAGATTTGGAAAATCAATTTCCATTTCTTGGTGTTCTT CTCTGTCTGATATGACTAACTAATGCTTGCAGCCACGACAGATTTTAAAG CGTTTGAGCTTGTTGTGTTTTGGCTTTCAAAGTTCATTGTTTCTCCTCAG CAAACCACTCTCTTGGTGAAATTACACTTTTCTTATTTTTATTTCTGTGC GGTATAATTCAAAATGGCAACCAAACAGATTCTCTCATGAGCTGAAAAAC TGTTGGGTCTGTGAGATGTTGGAAAAAGTTCCATTTCTTAGTGTTTCTTC ACTATCACATAAGGCTAACTTATGCTTCGGCAAATTCAGTCTTTTTCTCA CCAATTCACCCTTTTGACATGACTTTTCTTATTTTTCTTTCTCTCTCTGG TTTAACTCAATATGGCAATCAAACATGTTCTCTCTTGAACTAAAAAACTA TTGTTGCTTTCTGCTCCTTGCAGCCATCGTGGACTAGCCCATTTTTCTGA TATTCTTTTTAACAATCTGAGCCTCGTTTCTTTTGAACTTGAAATTCCTT CTATAATTTATCTGCTTTTCACATGGTCTTTAGTGTCAGGAATCCTCTAT CATTGTCATTATCCCTTTTTGTTTTATAAATCTGAGAATCTCAATTCATA AGGGTAGTTTATTTGAAAATAAGGGAAGATATAACCTACTTTTGTTATTG CAGGGACATGATTGTCCCAACATTATTAACAGAGGTCATATCTAGACCAT TTCTCATGGTTTAGTTGTAAATATGACATGTTTCCCTATTATATTGCAAC TCGACTATCTTGATTAAGAAGGAGATCTCTATATTTCACTTTTTATGATA TTATTAAAGAATCCTATTTTAAAGGTAACAACTCTATTATTATATCGCTA AAACAAACCTGTTGTGGCCATCTATAATTTATTTGATGAAGCAAGTGTTT AATAAGTCACAAAGGCATCAAGGAGATGCATAATTACAGAAGAGGGTGAG ATATCAGCTCATAAAAAGATATCAAAAACCTAATATAAGTCTATAGAGCT GACAAATCCAAAGGTCTAGCACCAAGATTAAAGAGCTAATAAATTAAAAA AAAGATTCTGCGTTATATACCGGGGTGAGATTAACCCATCTAAAAAGAGT AGTCATTTCCATTTCAGTAGGTTTGACCCACTTCTGATTATTACACACCA TTACTTGTACAAATTTTACAAGTTTCGAAAACTTAATTCATTCCATGTTA TATTTTTTCTGTAATAGTATATCTTCAAATTTACTCTTCTGGAACTGCTT TATTATCTCTCTAGTGTGATAAGTTACTCAATTATTAATTTATGTTTGTA ACTTTCATGCAAATCAAAGTGAATGTGTAAACTTGTCCTTCCGCTCCTGC ATGTCTGTCCATCGCGATTGTCCTCACTTGCTCTCATTATGGATGATTTT TTTTGTGCACGTAAATCTCATAACTATTTCGGTATCCTGAAGATGATGAA GAAGAAGATGTTCATTTAGCTCCAAACACTGCTGATGATGCTCCAAGAGC CCTGAATCAAGGGCAAACTGCACCTGAGGAAATGAAACCTTCTCGTCCAA CTGGATGTGTTGTTGGTATCATAAAGCGGAACTGGCACTCGTAAGTTATT GTTTGTTATCTGCTGGCTTTATATGTGTTGTTGTTCTTGTCATTCAGTGT GGTTTTTAGCTTAATTTTAAAGTTATTCTTATCTTCTTTTTTTTTTTTAA AAGCACCTCAAAGGATATTTTGAAATGTGCATGCATTACACAATCATGTT TTCAGAAAATTCAAATAGACATTTCAAGTCTATTTCTGAATATACCTTCA AAACAATTTTCCTTTGTTGGTTCTTACCTGAACAAACACTTGGTCCGTCC AAATAGGTCACCAGCTAGCAACACAGTTTTGGTCATTTAACTTTAGGAAC CTTTCAGCTACCATGTTTTGGGTCAAACTTGATTTGTCCATGGCATAGTG TTTGATGGTTTATTCTTCATTTTTTCAAATCGTAAGTCTTTCGAATTCTT TTCTTTCCTTGAAATGGATAAAATGTTTTGGGAATTTTTTACTTTAATCA GGTTGAAAAGCCTGCTATTTTTTTTTTCTAACATGATAGATATTTGTAAA AAATGTCTTTGCCTAATGTTACTGATGAGTCACTCAAACTAAAAACTAAT GGGACCCCTTCTTTTACACATTTGAACTACATTTTTATACTTTTGCTTCG TTTGAGCCGTCGTCGCTCTAATGCATAAAAAGGGGGCTAGTGCTTTTTCC CTCAAAGTGTTAGAAAAAATTATTTAATTGTCTTTACCATGAATCATCAT GCGTTGGTCATTTCCCCCTAAAACATGTAAAAAGAAATTATATAGAGAGT CATACTTTGCTTGTTGTGATTCCATGTTAAAGCATTCACATCTCACCTAA ATCTTAAGCTAAGAGCTTACACCCTCCAGTGCCACTTTTCTTCTTCCTGA CGACTGTTCTAAGTATTGCTCCTTTATCGGGACAGTTTAGACACTGCTTC TACATAAGGCACCTTTTCAGGTGTTGGTCGTTCCTCTTGAGACTGTTTAT TACCTCTTGTGATAGCTTTACGATTAAGTCGGGCCGAGTTCAATTTCCGA AATCATTTGCAAAGTGGCATGTGGATTAGAGAGTCTGCCTCTTTCAATAT GTGGAAATCCTGCAAAAGTTATATGGTCGCTGGAGTCTCTGCACTGTCAC TGAACTCTCATACTTTAAATTGCTGTATGCCTGTATCTATTTCCACCAGC AAAGTCTTCTTTTATCTGGTATATAATATTGTATGTTTCATCATTGCAGT TACTGTGGATCCTTGGAGCCTATGCCTATGCCAGCTGGTGATGGTGGTCG TGCCCATGCCTTATTTGTATCCAAAGACCGCAGAATTCCGAAGATACGGA TACAAACTCGTCAATTGGGAAATTTGCTGGATAAACGGATTATTGTTGCG GTTGATTCATGGGATCGTTTGTCCCGATATCCAACTGGTCACTATGTGAG GACTATTGGTGAAATAGGTGATAGGGACACCGAAACAGAGGTATGTTTGA TATGTCATTCATTGCTCTTTAAATTTGAACAAATTATCCTTCTCCACCTT TTCTGTAATGTAATTTTGAGATTGTTTTAGTTTTTTTGTTGTGGCTTATT GTTGAGTACCTTCTATTAAGTGTTCAAGGCATTGGTGTCCTTTGCTTGTA TTGTAGGTACCGATATATTATCTTACATGCTTAAATAATTAGGATTCGAT TTATTTCTTGATGATGATGAATAACAGTCCTGACTATATTTGTTCTGTAA TAATTTCAGGTGGTACTAATAGAGAATGATATAGATGCCAGGCCATTTTC TGCCCAAGTGTTGGCGTGCTTGCCACCATTACCTTGGTTGGTGTCTTCTC AAGATTTGACAAATCCGATTAGACAGGATTTGCGTCACCTGCGTGTATGT AGTGTGGACCCTCCTGGTATGTTGTCCAAATTATAGTTCTTCTCGTCTTC CATTTAACTGCAGTGCCCACATTTAGTTTGTGTCAGCATAGATGAGATAC TTTTTACATGTGATGTCAATCTGAGACAGAATTCTGCTTTTTCTGTGATG CAGGATGCAGAGATATTGATGATGCATTGCATTGTATGCCTCTTTCAAAT GGAAATTTTGAAGTGGGAGTTCGTATCCATGTTTATTTTTAAATCTTTTG GCTAGAATTTACAGAACTTTTTTTTGAGTAAAGTAACTTGGTATTAAAAC CAGCACTTAGTACTGAAAAAAACAATTTACAAATGGAATAGATACATAAT ATACCAGATGCGAAACCAATCTTAATGGTGCCTAGGACATCTAGGATTGA TTCAGTGTCACTAGAAGAGAAAAGCAAAATGCATTTTAGCTTAATATCCT GTACTGAACTCCTCCTGCCATCAAAACATCTATCATTTCTTCCTTCCAAA TAGTCCACCAAATACATGATGGGATGATCCTCTTTACAAAACTTAACACT GATCTCTTTTGCTGATTTCCTTCTTCAAGAGACAGTGATCTCCTTGAATA GGGATGTGATGAGGGTTTTGGTCACATGAGGCTGTTCGAATCATCTTTGG CTTATTTCTGTGTACAACCAGTGTAATGATGGGTATTCATTTGTGATACC ATCTCTTATTTCCTTTAATGCTTTCTATCCTCATGATTTTGTACCTAAAT ATCTTTTCACTTCACAAATTTTGTTGGCCCTAGCTACAATAGTTGTGCAC TCCCTTCATACGGGGAAGGACCCTGCTAGACAGACACTTGATTGTGTGGT GTGTAGTGGGTGCGTCTTAGTGTCTTCTTACTATGGAAAAGAAATGAGAC AATAGATGATTCTCATTCTCGAAAATCCACTAATTCTCTCTTTTCTTTCG CCTAAACAATTTCATTGCCTCACTCCGCTCGCCTCCAAAAACTTAGTTAG TTCGCCTACAAAACAACCTTTTGTATTCCAGGACTTTTTTGTTATTTATT TATATTTATAAATAAATATATCATCTACATCATGGGAAAGTCTAGTTGTG AGTCTTTAATACATACCAGATATTGCCGATGTCACAAATTTTGTTCATCC TGGAACTCCACTCGATGATGAGGCTTCACAAAGGGGCACTTCTGTATATC TTGTAGAGCGTAGAATCGACATGCTTCCAAAACCTCTTACAGAAGGTAAA ATTTACTTTTAGGCACTAGCCTGGACTAGTTTTTGCTTGTCAGATGGCTT GGAGATGGATTTGGATCAATTGTTTTAATGTCTTCAAATGATCTTGTCTT TTTTCTTTACTTGGCAGATATTTGTTCACTTCGTTCTGATGTTGAAAGAC TAGCTTTCTCAGTTATCTGGGTATGTGATTAATTTCAGTAGTGATAGCTG ATCTTCTATTTCTGACAGGCTTCTTTTCTCTCAAATATCTGCTAATTATC TTTGTTATTTTTCTTTCTAGCTGCATATCTATCTACCTAGAGCTTCGTAC AATCCCCCAGTCTGAAGTCAGTATAGTTTTACTAACACGCAGCTTATACA AACCTAGTTACTGGTCAATTATCTAACTGCATTAATTGTCGGTCATTTTG CGATGTTATGTCACATGACTAATCCTTCCATGAGGCAGATAGCTACATAT AAGAAGATAGAAACTTAATTGTTGCAGGTTGTTGATGAAATACATTTTTA GCATTCTGGTTGTATGGCTCAATTATACTTGCATCCTATAATAACCTTCA TTAGTCCCTATCTGCTTGGTTTTTGCTTGCGTCCACCCCCCACCCACCCC CCCGACAGAAGTTCTATATCTATATTTTCACCTAATGTGCATTTATTTGC CTTTCAGGAAATGACACCTGATGCTGAGGTTATTTCTACAAGATACACTA AAAGTGTGATTAAATCATGTGCAGCATTATCCTATGTCGAGGCACAAGTG AGAATGGATGACAGGTGCCCCCATTTGATGTTTCTGTTTACGTTTTGTCT TCTTGGTTATTTTCTGCCTATATCAGATTCTAAAGCGTTATCTCCTCTCA AACATCTTGAACCAAATACATTCTTGTCAGTATTAGGTATGCAGATGGTC CCTCATTAACCACTGTATCCTAGCACTGTGATTTTGCTGGAGGCAATTTA TGTTGCCTTTTCCAGTCTATGTTGTTGTTTTTTGCCCTCAGAAATAGGGA AACCTAATCCTTCAAGGTATATAAAGCCTTCAACAAGATCAAATTGGGAC CCAGTTTTTGGCACTGAGAGTATGGAGACTTCAACTGTTATAAAAAAGTT TTCAGATGTCTGACAAATTCGTTTCGTTGCCAGTCTTCTGCTGTCTTCCC TCCAATCTGTCTTGTGGTCAATATTTCTCATGATTTTTCATCTCCGAAAT CCAGTAATTTCTTCTACTTCTTCTTTCCTTTGTTTCACTGCATCTTCTCT GCGGTGCCTCTTCTTCTGTTTTTTCTTCCCAAAGCAACTTTTAAAAGAAA AAGGAGTGGTGGGAACCTGTTAGTAAAAAAAGTTCAATGAGTTTCCTCTT CTCTCTTTTTTTTCTTTTTTGAAAATGGTCATGTTGTATTTTCAGCATTA AGGTTATGCTGGTGACCTTCGCAAAGGGGAAGAAAAGAATTGAAAAAAAA TATTTACAAGGATCGTTATAATTCTACAATCTGTTCTGTTTCCTCTAAAC CTTTCTGTTTACACCAAAAATAAAAGGCTACAATACAGCAATACAGTTCC TCTTCTCCTCCCCTCTCTCTTGGACTAGGCTTATTCGATTAGCTGCTTCT TCAAAATCCAGTAATTTTGTTTTTGTAATAGAAGTGGTGTGCGTTCTAGC ATTGCATACTAAGTGAACAATGTTACCTTCTTTGGAGCCATAGACTTCCA TAACAAATTCCGTGATAGATTAGGATGTTCGCCATTGAGAAACCGTTTTG TATTAGGATTTAAGTTGACACCTCTTCTTCCTTGAAAGGCTGCGTTGAAG ACAAAACCATTCATCTTGTGAGAACACTGGTAAAGCAGTATCGAGAGAGG AAGAGAGGCGTATGCATGGTTTGTTATTGACCTAGACTAGAAAAGGCATA TGACAAAAGTGGCTAGGGAGGTCTATGATGATGCTTGGAGGCTAGATGTG TACATGTGGCTTACACTAAGGCGATTAAGGACCTGTACAGTGGAGCTAAG AATCGGGTAAGGTCAGTGGGAGGGGACTTGGACCACTTTCCAGTTATGAT GGGACTGCACCAGGGATTGACCCTTAAGTCTGTTCCTTTTTGCCTTGGTG ATGGATGAACTGATGCGGCACATCCAAGGTGAGGTGCCATGGTATATGTT ATTTGCAAACGATGTAGTACTGGGTGATGAGATTCGCAACAGTCTCTTCC CTTTTCTTTCTCTTCCTGATCTGGCTTGTAGTTTTGGCATGTTATGCTTT GTATCCTGTGTGTATCTTAGTAACAAAAGTGAAATACATGAAAGATTGTG GGTATATGATAAGTTCCTTCGTATTGCCTACGTAGGCAATGAACATCTTC ATTTCCTCGCAAAAAAAATATGGTTTGCATGAATGATGTCATGTCATGAT GTGCTTTTACATTTTAAAACATCCTAAGAGGGGAATTGATTGAGCAGACC CCCTCCCCTCGCCTTCATGCTTAATGGAGAGGCATATGACAGGACTCCTT TCCTTTAGAAAGATGTTAAGATTTCACAAAGATGTTACCTGATCCAAATA AAAAATGTTAAGATTACACAAAGTACAAAATACGTCGGTGGAACTTCCAT ATCAAAATGTGAAGTTGCTTTGTCTTGCTCAATTTAGAGGTTGGTTAGCA TCTGTATCTTGTCCTGCTTGTAGTTTGTGCTGGAGGTTAAGTTTTTGTTT GGGTTTGTGATCAAGTAAATAGCAGCCAGATTAGATGTGTGTTTGTACAT GTAGTGAAAATTGAAATTCTAAAGTACCCACAGGCCTAAAACTATTCTTT TTTTTTAAAAAAAAAACAACTAAAAATTTGTTTATTTCAAGGCATCTCAC TTTTGATGTAGTCGCAGAAAATAATTCCAAAGTATAAGTTATTTCAACTA AAGGGGCCTTAGATGGTTAGAAGTAAAAATCCACTACTGATGATTGTGGA AGTGGATTTTTGTATGGTCTGACAGGGTGAACCTCTCAATCCGAAAAATA CAAATTTATGAGTTTGTTTCCTGTCCAACTTTAAAACTAGTCAGTACTTG CATGTCCGCCTTCTTAAACTTCGAAAGAACTTGTATCTGCAATTTTGTTA TTTCAATCATTCTGTAATTCCTAGTTCCCATACTTAACCAGTTATGTTTG TTATTCCAGTCGCTTGGTGGATCCAATAACTTCAGATTTACGAAATTTGA ATGGGTTAGCCAAGGTGTTGATCTTGTAATCCTTATTCTCCTTTAATTAC TATATCTCAGCTTTGGACTTTCAGCTCTAGTATCAATATATTAAAGGCAT TCTAATGAGACCAACTTTTGCAGATAATGAGGCAAAGACGCATTGATAGG GGTGCACTGACACTTGCTTCTGCTGAAGTCAAATTTCAGATTGATACTGA AACTCATGACCCTCTTGATATTGGTATAATCCATCTCTCTCTCTCTCCCT CCGTCCCTCCCTCTCGGTAGCTTATTGTAATTTAGATAAAGGTGCCCAAC TACCTGCTTTTGGAAAGCCAAGAATTTTTCTTACAGATCTCCTTGAAAGT ATATATTTAAGATTCAGTTTAAGGATCATTTGTTTCAAACTGGTGCAGTA TTGTGAAATTAAAATTTCTTAGCTTTGAGCTATTATATCATATCCCTTAC CAATGTTTTACACCCACTATTTCAGAGAAAGATTCTGCTATTTTTGTGGG ACTGCACATGACATTGTCCTTCTTTAGATTGTTTGAGTAGTCGTGTGAAG TTAATTTTATGTTGTATGTATAGGAATGTATCAGATTCGTGAAGCAAACC AAATGGTTGAGGAGTTTATGCTTGCTGCTAATGTTGCAGTTGCTGAAAAA ATCCTTAAGCATTTTCCTGTCTGCTCACTATTAAGGTTTGTTGCTGCTGT TACTTAGAAACAAATCCGTCTGTATAGTTTACTTCTTTTACTAATAATAT TTTCCTTAACTGGTGTCTAAATTTTCTCGTCTCGTATCTATACCCTGCTA TCTGTATAAGTCTCTTTCCGTATCCTTCATGTGCTAAAAAAAGAATGTAA TATGATCCTGTCAATCTGAAAGAATTAACTTTTCTAAGATGGTATAATAT GTGAGTGCAGGTAATAATGAGAAGTTTTTTGGAGATCTAGCAGTTCGATG AATGCTCACAGGCAGTTATTTAGAGTGATTCCTTGCTCACAAGCATATGT TTATTGAGTTACAAAGTTGTAATTAAGGATAACAATTAAAAAACACACAC ATGCGAGGCTACATTTCTGTAAGGGCTTCAATTCTTTGAAGGGACGATGA CATATTTTTTAAGGGCTTCAGTTTCTTATAGGGGTGATGCTTGTCTAGTA TTAACAGGCTTAACATACTCAGTCCACTTTTACATGCAACTCTGCTTCGT CTTCTCCCCTCCTTCACCAACCTGTTCTTTCTGTACAATTTTCATACATC ACATAGCTATTCATAGTTGTCTAAGATGGAGCACTAGAGACAGATATGGC GGCTCTAGTCGAATTCCAAGTGTTCCGCTAAACTCGAATTACATGTTATG CCAGAGTTGTGACACTTTGAAATGGCTATAAAAGCTTACATTTGGTACTT CAATTAAATTTGATAATTCTCCAAGATTACATGATGCATTTTCATTTGTA GACGCCATCCAAGCCCAACCAAAGAAATGCTTGAGCCTCTTCTCCGCACA GCTGAAGCAGTTGGTCTTAGTTTGGATGTGACATCATCCAAAGCATTGGC TGACTCTCTAGATCTTGCCGAGGTGAGTTTTGGCTTATTGAACTTGATGT GCATAGTGAAACTTATGAATGAAAGAATGAAGTTTGTTCCTTCCACTATA TTTCTGAAGGGGTTTTAGCTATATCAAGTTGTATATTATAGATGAGTTCA CAAAGCTGCATGTGTCAACTCATTTTTTGCTTAGCCCGGCCGGCTATTAT TGAGCTGAGCTGAGCTGAACAAGCATCGACCTAATTTCAGAATAGCTCGG GTATGGGTTCACTGACCCAGATGATAAACGAGTTTCATCTCTCCGTACAA GCTACATGGAACCCTAGCAGACAAAGCTTCATACAACATTACCTGATATT TCCAGCTACTTCTAATGTGCAGCCGCACAACCTCTTTCTTTATCAGTTCT CATTCATTCTCTTGTTTTGCAGCCACACAACCTCTTTCTTCATCAGTTTC TTATTCATTCTCTCGTTTTTTTTATGAAATAAATAATTTCATTGCTGGCA TCAAGTGAATGCATAATAGTAACAAAAGTAGAGTAGCAAAATGAACTTAT CACCTCCCTTGCATATCTAGTTGAGAGCTAGTGAGCTTGTAAAATTCAAG AAGGTAACAGGGGAATTTATTGGGGACATATATAACCCAACTATACAACA GCATAAGACAACTAGATTTTAGAGATCGGTAGGTAGTTGATATTCCATCA AAGCATCTCCTATTTATTTCATTCCAGATACTCCAAAAAATAGCAGCAGA TATCATCTTCCAGCCAATAATTTTCCCACAACTCCCAACTCTCAAAGCCA TCCCTGATATTCTGTGGCTTGACCCAATTGAGTCCAAAAAGTGTGATAAA CATAATCCACAAGTCTGCTGCCGCTGGACAGTGTATAAAAAGGTGGTTGT GTGACTCTGCTTCCTTCTCATTTCCTCTCATATTGTGTTTACAATACACT GCTAAAGCGGGATGCTTTGTGCACTGGGCTTTTTGTTGTATTAAAACAAT TCATGAGGAATAATTTACTAATCTCTTCTCTTTTTAATTTATTGAAATGG AATGGACTACTAATTTTGCAATTGACTTTTTCGTATCATTCACTTGTATT AAGTTATTATTAGGATACTTGATATTTGCAAGCCATGTTACTTTTTGGCT TAGAGGATTTAAGTTGGTTTGCTAATTTAAGTGCTTTGTCAGTTCATAAA TTATTAGGATTTTAATTTCAAATTTGGTTTTCTTTAATTGGAACATAGGG CTTGTGGCAGATCAACTCTATATGTTCAAGCTTTTTGCAGCTTAATGCCA AGCCCCTTCGAATTCTCCAATTAAGCTGAGCTCGAGTAATGGAATTTTAG GCTCAATCTATTTAGATCCTAGCCTTAAATGGAGGCTAGACTAACTCCTA CTGTTAAGAATTTCAGTATCATTTTACAACACAATGTGCTCACTATTGAC TGTATTTTGCGGCCAAACACAAGGTACTTAATGATGTGTTAAGCTCACAA ATGAAGGTAATTTGGCTAAAAATAAGCTGTTTTCTCTTCAAAATAAAAGG AAAATAGCAAGACAGTGGATGAATGCCTTCTCTGATTCTTGTTTCGGCTC TTCTGTTGTTTATTGAAAGATTGCATTGGTCCTTCTCTAAAATACCTGTA ATTCTATTGCATACATTTACATAAGTTAATTTGGCTCAAAATTGACGGAA GGACTACTTTTGTGGAAGAATTACCAATCGGGGACTTAATAGCCAAGAAA ACACTGCATAGGGTGATGATATTGCACTCCTCAAAGTAGTTAGGGACATC TAGTTCCATTGGTTGCTGTTGTGCATTCATATGCTAACCTTTTATCTTCC CCCTAGGGTGACGATCCATACTTCAACAAGCTGATCCGGATTCTGGCAAC CAGATGCATGACACAGGTGTTCCTTTTTGTTGGTTTGACAAATCCCCTAC TTCTGAAATATCATGTAATTTCTGAGTTGGTGTTGCTTTTGGTATGCATT TTCAGGCGGTTTACTTTTGTAGTGGAGACCTTAGTCCTCCTGAATATCTT CATTATGGTCTTGCCTCTCCTCTTTATACTCATTTCACCTCGCCCATTAG AAGATATGCTGGTTAGTAAGAGTTACCGTCCATTTATAATGACAAAGTGC AATGGATGTGACCAATTGTGAGCCTCTTTTTCTGTCTTGTCTTGTAGATG TCATCGTCCATCGATTGCTTGCTGCTTCTTTGGGAATTTATCAGCTTCCT GGTGTGTTCCAAGATAGACCCAAGCTAACTAGTATTTCTGACAGTAAGTA TTGCTTTTCATTATGCTTGACATTACGTTTTAAATGCATTAGACTTCTTG TGGATGGGGAGTATATGAGCTTGTTCTTGATTATTGCTTTTATGCTTTTG GTTGTGTCATCTGTCCAGAGGTATCAGAAGAAGTTTGTATTAATGTTTTT ACGCTTTTTTTCCTCCACTGAGAATGAAAAGTGGAGACTTGGGATTGAAC GTGTCTGTTAGTTTCGAGGTTTTTACTTGGCAATAATTTTGAGTATTTTT GGCCCCCTAGGGCTTCGGTCTAGTGGTTAGAGCACTATTGGGTAATGCGT GGGTTAGACGTACGCCACAGATTTGAACTTGCTGCAGACAAAACATGGTA TTTAATCGGAGAAGGGTGGAGGTCCATTATCCCATCGAGTTTTGATTCGT GCACCACTGTCACTGGAGGATTTCTCAGTTATCAATAGAACTTGAGTACT TCTGTTATAGCCCATCTGTTCAAAGTAAATAATCGATTGAACAAGCTTTC TAGTATATATGTATTGCTGAACTTCGGACATAAAGGGTTAAAACTTATAA GGGAACTTCTGTTCAGACCTAGTTTTCACTCTCATCAACATTTACTATTT ATGGCAGTGTGGTTTTTTTTTACTGAATGACATGTGAAAAGGATATAAGA AAAAGAATTACCCTGTACGCACCCAAAGGGTAACGGCTGCGGGTTTCCTT TGTCATAAAAAAAAAGAAAAAAAGTAATAGAAATCGTTGTCTAATTTCAC ATTTTATGTGGTTATGTTTGCTCATTCCTGTTCCAAAACAGATCTAAATT ATCGGCATAGAAATGCTCAGATGGCCAGCAGAGCATCAGTAGAGCTCCAT ACTCTCATTTTCTTCAGGAAGCGGTATGAAGAACATCTTCTTGGTTTATC TCCCTTTATGTCTTCCATACTCTTCTCATTTTTTACTTTTCCATTCTTGT GCAGACCAACAGATACCGAGGCGAGAATAGTTAAAATAAGATCCAATGGC TTCATTGTCTTTGTGCCCAAGTAAGTTATCCCTTAGTTGTTGTTTCTTCA TTTAGAGAGCAAAAGTTAACTATACAAGTTGATGGATTTCCTCTTGCATC AGTTTAGCTCATCGATTATTGTATACCTTTCCAGGTATGGTATTGAAGGG CCTGTATACTTGACGTCTAAAGGGGACAATGGAGGGGAATGGGTAGTCGA TGAGAAACAACAGAAAATTAGAAAGCTTGATGGAAGTGTTTCGTATGGTG TACTTGGAACAGTGAGAATTCACATGGAAGTCGTTGAGCCTCAGCCTAAT CGACCTAAACTACAACTTACCCTTGTATCAGACCGATAACTTTACCAAGA AAGTGGAGGTCGATATCATGTATCATGTAGTCTTTATTCCAGTGTGATAG TTGAATTGTTCTTTAACGGACATTTGTGTATCATTAGATCGATGCAGCTC CATTAAATGCTTCAAAAACATTTATAGTTATTCTTTTATTATATGTTACA TAAATGTTCTAAAGTGTAACTTACGTGGTTACCATAGACTGAGATATTCA GTGGTGTATTTAGGTTTCGAAAAAATGTGTGTACTATTACGAAATGATGC ATTTAAGATATAAATTTGATTGATTTGACCTTTACATTCTTAATATTAAA CTGTTAATTTTTTAAAATTATAGGTCCAAACATATTTAATACTGCAGGTG TTAAATTTTAATATACACATTTGATTTAATTATATAAAATTTTATACCGT GCCAACTTCTTTTTAGGAATTTGTATGTTACACACTGAAAATTTTGAAAG TTTTAAGCAAAAAATAAAAGAAAAATTGATTGTAACGCCAAAAAGTAATC ACTTGGAGGGGTGTTACTAACAAAAATAAGAATTTCTATCTTTGCTTAGA GAGGTGCACCCAATGATCATTGTATTATTATATGTCATTTTTAACGTGAA TTTACAACTTTATATTTAAATACTTTTTTAAAAATATAACACTACTATAT ATAATCTAGAGAGGGGTATGGGTTCACGTGAACCCACGAAACCCCCTCTA GATATGCTTTTGGAGATATTGGAACATTATCTATTATGCATAGGGTTGAT GTGGTTGTAACATATGTTATTTTTCGTTTCAATTTATGTGATACTACTTG ACTGAGATTAGAAACTTAGAAATAAAGAGTATTGAAACTTGGGGTCAAAT TTATCTATACGAAGGTAGGCTATTTTTTAGGGTTGTAAATGGTCGAGTTA GTTCGAATTTTTTAAATCATATTATATCGAATTTTTAGAATTACAAATCA AATTAACTAATAAAACTTGGGTTTTTTTGGATTTGCTGGTAAAGTATTTA TACCAACATTTAGTTAACTTGTTTCTTAGTCCAAATATTTCATTAGTCTT ATCAAAATACAATCAATTATGTTTTTTAAGAAAATAACACAACTATGAAA TGAATGATGACACTAGAATATTCAATTAAAAAAAAATACAATTGCATAAA ATAAATATTGTAAATTAACATGTAGTGAAAATGATCATATTTTAAAAGGA TTAAAATAAGCTTAATGTATATTATTACATATTAAAATTAGATTATGTAT TTTAAATGTTTAAATCAATATAAAATTAAAAAACAAATATTCTAACATTA CTATCATTTTTGTATGTTGAATTAATTTCTTTTTGTAAGTGATTTAATTT TGAATTGAGTTTTATTAGAATTACTAATATCGATGGAATATAATCTTTAT AGGGCCGTTCAAAATTCTAAGTCTAAAAAACTTGAAATAATAGGGTAAAA GTTAAAAATTATGAAAAAGTTGAGAGATATTTAGAAATTATATCAATGTA AATACTTTTATGTATGAAATAAACTTTAAAAATTATAAATTATATATATA TAATATATATATATATATATAATGTCGGGTTGGTTTAGTTTCGGGTTAGA CTTTTTTTTAGTTAAAATCAAATCAATCCAATAAGTCTGAGTTTCTTTTC TAATACCAAACCATTATTCAGATTTTAATTATTTTTTTTTTTACTCGATT TGTAATTTATTTGATTTTCAATTCAGTTCTATATACCCCAGATGAGAAAT GATGATTCTATATTTTCATATATAAATGTAGAACAGTTTACAAGCACAAT CATAAAAGAATTTTGGCTTTAATTTTTTTTTTAAAAAAAATAGTGGTTTC AGTATCTAAGATTTGTTGTATAGATTACATTATTATTAATTATATTTATC ATGATAAGATCCACATGAATATAGTGGACCAAATGGTGAGTGCTGATGCT GCTACCAAATAAGTCCACATGATTAGAACAGAACACTCTTCTTGTGCTAC ATCAACTAATTGTGTCATTGTACCTGCATTTCATTTCATCATCCATGTTC ATAAACATCAGCATCTCAACTTGATACATATATATATATTTGAAATTGTT ATATAACTTACTGATATTCATAGCTGGTGGAACGGTGTACTGAAGCATTA GCACGAAATGATACAGAGGATCTGCTGGAAGGAACCCTAAGTTGGCTGCT GTTTTAACAATTACAATCCCTATCAATGGACTAAAGATGAATCGTACGCA AACAACTGCTATTATAGTTGATGGTTTTACTTCTGCCTTCCTCAATCCTG TCAGAGTCAGTGAGTTCAGAATGAGTATATATATATATATATATACGTGT ACATATAACATAGTTACAGAACTCGTTTTACCTTGTGTGAGGTTGCCTCC AAGTATAAGAGTGATGCATGGAATGGTTCCATCCCTGATAGGTAAGAAAA CAAACATGTAAACCTTTTCGTTCATCGCCTAGAGCTGTCAAAATGAGCCA GCTCACCCCATCCGCATTAATTCATACAAACTTTGATATTTTACGAGTCA AGCTAGCCCATTTTTTTTTGTATGGGCCAAAAAACGATCGTCTCGATCGG ATCAACCCCACAAGTATGTGGACTACAGGGCCAGTCCACTTTTTAAAAAA TTATATATATATTTTTTATAATGATTAGATTAAATTATAAATTATTATCT AAATGTATTATCATGAATATCGACAAAACAATATTATATGCTATTAATAT TACTACTTGTTGATCAAATTCACGAATAAAATTATCTTTCTAATATTTAT TAACTTTTATTCAAGTAAAAGTATAAATAACTAAATAGATTTTTTAATCT AATTGTTTTGAGTTTGGACTCTCTTTATTTTTAAATTTTAATATTATATT ATATTTTTAATAAAAATTTTTGGCTCACAGGTTGGCTCTATCAATATTTC TCAAGCCCCACAAACTAGTAAACTTATTCAGGCTGGGCTAAAAAGCTCTT TTGTTAAACGGACTTTAAAAATCCTAAGTTCAGTTCTATGAAATCCCGGG TTAAGCCAGACCTAGCCCATACTGACGGGGCTCTATTGTATTTAACCAGT AATACATACCCAAGTAACTTAACAGAGTCTTGAATAACTCTAAGAGGAGC GGCATCCCCAATCACCAGGTTTTTCAGCCATGTAACTGAACCAAACAGGA ATCCTACAATCTGAAATATCATTCAAAAACAGGGGGAAAAAATCGGAGTT ATAATTACATCCATTGAAAAACTACAAGTGAAATCAGAAATAAGTAATAC TTACAGCTCCAAGAGTTGGAGGTGCTGTTATTTCTTCTAAGAAAGTGTGT ACCACACCTACTATTTTTCGCCACGATGATACTTCTACTGTTTGATTTTC AGTTGTTTTTGTGGTACTAATAGGAAGTTGATCTTGAGAATTGTTGTCGA GAAGGCAAGACTTTTCATTTGTCTCTGAGTCCACATTTGGTCCCTTGAAC GCTTCGTTTTCCTCTGCTGTTTTTAGTGATTTGAATTTCAAGGATGAATT TCTTATTAGCTGATAAGTGAATGTCCAAATGTAGAAACCTCCAAGCTACA AAAAATCGCGAAAATTTTGTGTTGATCATTGGAAGTTTATGAACATAAAC TTCAGGGGGAGAATTTGATGTTTTAAATGAAAAACTTACGGCCATTGAGA AAGATGCATACGAAAGGCCAACAGAAGCACAAGTTTTATGATCACCAAAT GGACTTCCATCTTCTTTGCAAATTGCAGGAATGACAATCAAAAGAAGATT TCCCAAGTTTCCTATTTGCCAAAAAATTATGTTTAGAACAGAGGCAGATC CAAAATTTTGAGTAACTGTATTAAACCAGTATTGTGTTTTTTTTTGTGAA TATGTAACTAAAAACTCTAGCTCCGCCCCCATCAACTGTTACCTGATGAG CATGTAGCAATAATGAGTCCCTCAAGATGTGGCTTTGGTTTCAATATTTT CATAGCTATCCATCCAAGAATCCCTCCAAATAGAAATGTTAATCCAACAT TAACCGGCATAAACCACCTGTATAGACAATAATCAAATACTGTTTGTTTA CGTTTCAATTTATGTAATACTGTTTGATTGAGCGATAAATGTACCATGTG ATGATATCTTGAAAGGTGACAGACTCTGCCAAACTCGCAAACATCAAAGC CGGTGTAAATATCACAAAAACTATCTGGAGAAATACGTGAATGTATAAAA GTTAAACTCGAGTCTATAAATAAAATAAAAATAGCTAAAAATTAGGAAGA TAACTTACTCTGTTAAGGTATTTGCGGGCATCAGCAGGAAGTAGCTTAAG ATAATCAGTGGCCATTACAGCTCCTAAACCACTTACTATTAGCACTTGCA ATATTGGCATTGATGCCACTTCTAATAATGTCATAAACCCCATTTTTTTC TTTTTTCTTTTTGCAAAATTTTGTTGATAAAAAATGTATGTTATTTGCTA GTTGTAACGTCTAAAATAGGGAGTTTCAAAAATGTCTTCTTCTTTTTTTT TTTTAATAAACTGTCTCTATCTATATCCTGCAAGCACCAAACCAAAAAAA AATAAAAAATTAATTCGTACTGTAAATGTACTTAGACCTCAATAAACAAA CAAACAACGAATAAATAAATAAGCAAAAATTTAATGTTTACATAATATGC AAAAAATTTAATGTGTACGTTGTTTATGATATCTTCTCCTTTTCATTGTT TGTTTTGAAACGACTTCTACCTTCTCGAGCTAAGAATAATGCGTGTGTAC ATTTTGGTTGTTATTATTGCATGGGCCTATGAGCATGACATTTGCTTAGG TAAGCATAGGAAACAACATTTCCTTTGACATGACATGGACTCGTGTTTTC ACATAATTACTATTTAAATTTCGTTTCAAATCAAAATCGATTCGATGAAA AATTAAATTCGAACACTTCTAAGTTTGCATTTTTCTGCCGTTATCTTAGT CTAAGTCAATAAGTTCAAATGTATCAGCAATAGAAACATGTATGTAAAAT ATATAGAGAGAGAAAACGACTAAAGGTGCATGTGATACATTTCTATTAAT AGCAATTCTGTTCTTTACCTCAGCAATGGCGTTGCTCAAGATACTTTAAG CCTATCCAATCATGAGAAAATTAAGTTTTATAAAATTATATTACGTACAT AAAAAAAATAATACTGTGAGTTTTTGGGATAAATATTTATCGTAAAGCCA AACAGCCAAAGAACAGGGGTACTTTCTTCGTTTTTTAAAAAATGATCTAA TTTGACTTAAAAGAGAGTTTAAGAAAAGAAAGCTTGTGATTCTAAATTAA AGTTATGTTAAAATATATCTTATGACCTTAAACATGTCACATGAAAAATT AAAGTTAAAAATATTATCATTTTTCTTTTCTAAACAGACTTTTAAAAAGA AAATGAGATATTTAACAATTTTTTATCATCATTCATTTTTTTTTTTTAGC TTTTGTGAATTCTCAAAAGTTTAGCTTAGCCAAACACCTATTTCCAAAAA GATTAAACTTATCTAAACAGTATTATTTGTGTTAACCTAAATGTCAGGAA AACGTAACGTTTAAGCTTACAAAAAATCTTCATTGTTCATATCAAACCTA CAAAATAAAATATTAGTAAATACAATAAATTACCTTTAGAAACACCAACA CATTCCCATTTTTACACAAATAAAAAAATAAACTTTTTTACAACTTTAAA AAATCTGCTCTCGTTCTTATATATATATATTTTTTTTAATATTCTAGCCA TCTTCATTTTTCATAATAAGAAATGAAAAACAAAGAGTTCTAATGAACGC AAACAAGAATAAGATTAATTCATGCATCTTATATAAATTCCAAATCACCT CAGACTAAAAAGAAAAATAAAATCATCAAGAGAGATAAGAAAACGAACCT GGAATTATTTTTTTCAATCCGAGTTTTTTCTTCTAACATAAATCGATAAA TACGACGATAAAGAAAAAAAAATGAAGTTCAAAAATATTATAGGAAGAAA AATAAGAAGAAGAAGAAGAAAGGAATAGAAATTCCAATTGTATTGGATTT TCTTATATAGTAGCAAAATAATATGAGTGGTGGCTGGTTATTATTATTTT ATCTGTTGTAATAATCTTTAATACTAATAATGTCTAATCACATATTAGTA AGTATATACTAATTATTATTTTTATTTATTATTACAATTATCTAATAATA AATATATATTATATGGTCCGTGTTGGACTCAAACTTTACCTAATAGGAAA AAAAATTAAAAAGAGTTGATACCTCCCTAACAACAAGACAACGTACAAAA AAGGAGGAAATATTTTTTTTATAATCAAAATTAATGATATTTTGAAGTTT TTTGTATATTTATTTAATATTAGGGGTAGTATAAAAAAGAAAAAAATTCT AACTTTGTTGTTAAATAAAAAGGATAAGTAAAAGAAAATATTTTTTTAAT TTAAGAGTGAGGTAATATAATGATAATATTGTTGTATGGGTGCTGACTCT AAAATGACAATGTAATTTTGTTGAATGTAAATCCAAATTGGCTGGCTGCT GCAACTTGTTTTATTTATTTATTTTCTTTTTTTAAGCTATTTGGATTTTA TTTAGAAGAAGTAAAATTCCAATTAGATTTCGACTCTTTTTTCAAAATTA GAATAATCTTAATCGAAAACTCCTCAACTTTTTTCTAAAGTTGTGGTCAT AGGCTTAGCTGTGAAGATTCCAATTAATGTACTAAATATTCCCCAATTTA GTAGAATCTTTATAGAGAATCAAAAAGAAACTTGGACTAATATTAATTGT AATTCTTAGTAATACTAATAATTAAGAATATAAACAATTTCACTTTACAT TTTAGGTAAAAAATTCAAATAGGTTTGACTCATTTATGTCATTACCGTTT AAGAAAAGATTTATGCCATTATTTTTTAACAATTTTTACAAAATCATTTT TGACACGTGATCAATTGTAATTTGGCCACGTCATCAATTTTCTAAATAAA AAAAATCAAAATTCTGAAGAAAAAAATTGAATTAATTTTTTTATTAAATA AATTGATGACATCGCCGAATTATAATTGGCCATGTTATCAATTTTTTTAA TAAAAAAATAAAATTTTGAATAAAATCATTTTTTTAAAAAAAAAATTGAC GACGTGACCGAATTATAATTGGTGACGTGTTAAAAATGATTTTACAAAAT CACTGTTAAAAAAATAATGGCATGAATAAGTCTTTTTTATTAACGATAAT AACAAGCCAAACTTTTAAGATAACATAAATAAATCTTTTCTAAAAATTCA ATAACATATTTGAATCTTTTCTCTACATTTTAACATTTAAGGATCGAAAA ATAACACTTTATCTATGGAATAAGAACGGTAATGATCCCTGAGTTGAAGA TAATGCAAAAATATTGTTTGATTATATGTCAATCGGTGGTTTATTTGATA AAGGGTTTATGTTTTATTTTATGGAATTTACTTCAAACATAAAAATCATT TTTATTTGTTATAGTTATAGTTTGAATAATTATGTTTCATAGTAAATTTT ATATTTGTTATGTAGCTATTAATTTGTATGATTCGCTAGATACATCTAAT TTTATACAAATCATTCAGTTTTGTATAAATTTATTTATATATTGTAATTC CTATAATAAGATTTGTATTTGAATGATTATAAATATATACAACGAAAATA TATGTATTCATATTTGTATATACAATTTCTCTCGCTTTATGTAATCGCAA ATACATTTTATACATTTGTATACCAAATGTGTAATTGTTATTGAAAATGA CTAATTGCATATCGAACCAACTAGCAAAAAAAGAAGATGTTTACTGCAAA TTACAAATAAAATAAATTATGATCATATAATTTAGTTTGACTTAATTATT TTTTATTAACTTATTTCATATAATTTTCTCAAAAAAGAAGAATATGATAA TTTATATATTGATTTTGAAATGATAAATATTATGAACTAACTATTTATAT AAGAGACAAAACATAAAATAAAACGAAGGGAGAATTATAAAATACTGTAT TGAATTATGGAATGTACAAGAACCTTTAAGAAACATCATCAATTATCGAA AGTTAATTAATCAAGACGACATAAGTATTTAATTAGCATATCTACCTCAA AATTAAAGTCCGAACTAACTAACTCGACAAATTTCTTTTCTTTCTTAATT CTAGTTCATGCACGCCTAATATATATAATACTGTTTATTCATTTTTATTT CTTATATTACAATTTAGAAAATTAATTTAATTAATTATTAAAATTTAATT AGATTACATATTAATTTAATATTTCAAATAAAAAACTTAAATATTCAAAA AAATATCTAAAAATATTATAAATTATATTTTTCCGTACGAATATGATGAA AAATTATTTCAAGAAATGTCAGTAAAAATTCTTATAATTTAATTTTATAA AAGAAAGTATGAAAATTAAAAACGAAACAGACTAGAATGAAGAGAGTTAA TCATCTCAATCTAATCATTAATCATGAAAAATTAATAAAATGTGCTATGA AAATATTAAGTATAACTATTTTTCTTTCAAGTCAGAAACCTTGATTGATA ATTAAGTGGAAATAGTGGAAAGTATTTGATAAAAAAATGAATTTTGTCAA AAACTTTTTCATTTCGACACAAATTAATAATTGACAATTATTGATTTGGT GATCACGTGATGTTAGTCAAATTTAGTCATTTAGCCTTCTAATTAAGGAC TTTATATTGACATAACTACTACGTAGAACTTAGCTCTAACTTTCTTGTCC CAAAATAAATATATTCAAAAATTAAAAAAATATTTTTAAAATTTAAAATT AAAATTAATAACCATCCACTCTTAAACAAGTTTCTCTTCAATAAAAATAT TTATCCCATAATAAGAGATGATTTATAATAAACTACACATTATATTTATT GATTAGTTAATGAGCACAATTTTTAAAAATATATAAGATTTGAAAGTAGT TGAAAACTCTGGAGTCTACTATTTTATTTTTATTATTAATTATAGTAAGC TTTTTATTATTAATTTTTTAGTATGATTTTTTATTGATATTTTTATCAAT ACTCTAATGATTGTAGAATGACATCTGGAATGACATATAATTTAGTTGAA TTTGCAGATTTGAATTGGCTGCTGACCAGTTATCTTCTTTAATTTTTTTT CCTTTTTCATCATTATTATTTTATTTTATTTTAATTTTACCTTTTCTCAA CACATAATTGTTTTAGAAATACAAATGAATATAAAATACTCAGAGAAATC TACTAAATAAAATATGAGAAAAATAAAATATATGTAAATATTATCACTCT TTCATAAATTAAAAATATTTCACATTTAAACTTAGTGATCACTCTTAACG ATATTTAACACGATTCTCATAATTTTAACTCTAAAAAACTATTAAAATTG AACGAACAAATATTTATTGATTCCACTTGAATTGAACTAATTTTTGGCAT GTGAATAATCATTGAGACAACTTTGCACTTTCTACATAACCATTACTTTT TCTCATATACCAAACTCCAATAATTGAATCAAAATACGAGGTGCAAAAAT TGCCACGTGGCACTAATAAAATCGAGAGTTGGGAACAAAAATAAGCCACA AAAATATAAAAGTAACTAAAATAAGTCACTATTTTAGTAAGCAACTAAAA TAAACTTAGTGGAAGAAAAAGTTCCACTATATCCAATTTTCTAAACGTTT TCCGTTACTGACATAATGTTTAATTTTAATATATAACGGAATTTTTTCTT CCACTTTATAAAAAGTTACCTTTTCATCTTCACCTTCACCTTCTCTCCTT TTTCTTTTCATGGCTTCCAAAAAAAAAATCACTTTAAAGATGGTCATCTG CATCAAAAATTCACTTAAAAAAATAAGTGTTAGACATAGCGATAATCATC TGCATCAAAAGTAGGCGAGACATGAAAATTTGAGGATGTCCCAACATTTT TCGTCATTTCAAAGTGTGAGGATTAACCAAAATAATTATGTAGTCCATAA CTTGGAGCAATATTCCTATCTTGCCGAGGTAAACCGCTACAAAATGATAA TAAGAATAATAAATAATATAAATTAATAAATAATTGACAAAAATCAACAA ACAATAATTGAAATATAATAATTGAACATTACCGATCACTATTATTGATA GTTTTGTTTAAATCAAAATCATATCGGCCGGTAAGAGTATTTTGATAATG AGTCATTTTAGGAAATCAGTAGATTGAGTTATCGGAAATCCATCAATGCT ATTATGATTTTCTAATTAGGAATGAACATCGACCGATAAAGGAGAACGTT GTTGACTAATCTTAGGCTCCTTCCTAACATAGATTCCAAGTATTGTTGAC TTGATTTGATCTATATAGTCATTTGGAACCCTTAAAAGTCGGTCAACGAT TCGTCATTATATATAATTCACTCTCTAAAATTTACTTGTCCTTGTGATAA AAATGAAGTAGGGTATTTTCCGGCCATAATCAAATTATAATCGTACTGTT TATACCAATTCTTTTATAAATTGATGAAATAAATTTATGATATCGGACAT TTATTGGATATTTAGCATTGTGTTTGGGAGGACAATTATAATAAATGATA TTTCCGTCATGTATAATTTCGCCATCCCAATAAATTGAAACTTTAACTTT AGGTGTAGAAGATATTTTTTTTAGATTGAAATGAACAAATATAGAAGACT TTATGTTGTAGGTGCTATCAACTATGCATAAATGTCCTTAAATAGATTTT TAGAATAAAATAATAAAAATACATAATGAAATATTTTTTTCCGTTTTAAT GACATATCAAATCAATATAATTTATATGACAACACTGAAAAAGCTTCTTC AAGACGTGAAAAATATTCTTCTTATAAAGTGTAATAAAAAGTTCCACTTT ATAAAGTGGAATAAAAAGTTCCACTTTATAAAATGGAATAAAAAATTCCA CTTTATAAAGCGGAAGAAAAAGTTTCACTTTATAAAGTGTAAGAAATAGT TCCGTTATATACTAAAAATAAACGTTATGAAACTAACGGAAAACGTTTAA ACTATTACATACAGTGGAACTTTTTCTTTCACTAAGCTTATTTTAGTTAC TTACTAAAATAGTGACTTATTTTGATTACTTTTATATTTTTGTGGCTTAT TTTGGTTCCCAACTCTAAAATCGATCGCAATGTTATTAATTTAAGTATGT ACTTTTAAAAAAAATCACTCTCGTTTTTAAAAAATAAAGAATATTTATTA ACTTGTTTTTTTTATGAATATATTGAAATTAGTCAAAAAATTATTTTCTT TTCAAGTTTATGATCTAAAATAACATTTAAATATGTGTACAATTTCGATT ACTTTTGTAAAGAATATTTTTAAAAATATATATATATATATTTGAAAAGT CAGATAAACTTAAAAAAAGAAAAACTATCACGTTATTAAATAGAGTTGTA TTTCGATTTCTTGTGAGTAGCTTTGTATTCATCGTTAGTTCGCTTTTAGA AATATAGTCATCGTAAAATTCATTTTGTGATGTTATAATTAATTTTCTCC AAGTAAATTTACAGATAGGAAAATGAAAACAAAATAAATTGGATTGGGAT AGTGAACTTAGCATACTGTACGAAAATAGAGGCCCAGAATCCACATCAAA TTAAAAAAATTAAAGTTGTATAAAATAAATAACATAACAAATTTCACACA TTTTTAAACCTAGAAAGAAAGTTTATTTTCGAAAGTTCCCAGCTTAAGCG AATCATGAAAAAAGACTTCTTACTAATTAATTAAAAAAATAACTTTTAGA ATAAAAGTTTAAAAAAATAAATATATTTTATTAAAACATTCTTACTTAAT TATTATCATTTTAATTCCCGTGTGTATTAACCACTTCCTCCGTTCATGTC ATATTTACTATAAATATTTGATCAATAATACTTGTCATTTCATAAAATAA ATGCATACATTATATTTTCTCTGCTCCTTTTTATAAGCCGCCTTTTAGAT TGCACTAAATTAAGAAATTAAGTAATTTTATCCTTCTACCCTTATTTAAT GTTTTTTTAAGTCAACTTTTCAGTATTATTTTTAATCTTCCACTCTTGGT GTTCTTGTATTTTAAAATTGTTGTGTGATTTATTGTTGTTAAGTGAGTTA AAAATTTACCGAAATATGAGAAACCATTATTTTGATGAAATAAATCGTTC TATTCCAAGAGGGTATATTATATAACCTTAGATAATGAAATTTTCAAGAA GTTTTAAGAGCTTGTTGGCGTTTAGTAATTCTATGCTCTATCAAAAAATT CTCCTTTCTTGTAGGCTCTATCAGGAAAGAGATTCAATCTTCATTAGAAG GGCACATAGTCATTTTCTAATTCCATCAATACGAACGGAAGTGTACTGTA TAACTCTATGTTTATGTATAGAACTATACTAATTATTTCAAAGATATAAT ATGTGACCTTTTAATTGATTATATTAGTAATAAAAGATATTTAATTTGTT GTTGTGGGAAGTCTAGGACTATTATACTAATTTAAATTAAATAAAACAAT ATTATCAAAGTTTTTGTGAAATTAGGTCTTAGATCTAATTTACACCCTGA AAAGCTAGCTTAAATGGAGGAAGATTGCTCAAGCCCTTATAAGTAGTTCA CTTATCTCATTAATCACTAATATGAGATTTTTAACATTCTTTATCACCCC ACCTCACGCGCCATTGCTTAACATCTGGTGTTTGGGCAATTTTTGATTTT GGGGGCCGAACAACGGAAAGACGGACCCTGCTCTGGTACCATGCAAAAAT TAGATCTTAGGCCTAACTCACACCCCGAAAGCTAGATCCATAGGGAGGAG GATTGCCCAAACCTCGTAAGGAGTCCACTCATCTCATTAACCATCGATTT GAAACTTTTGTCATTCGTAAATAATTTTTCAAATGAGATTATGATTTCTT AGATATAGAGGTATCTTTTGATCTGTGATATTTTTTATTTAACAAGTATA AAATATTAGTAATTTATAATCTTTATGTTATAAAATTTATATAAAATTTT GAAATATAAATTTTAATATTTTGAATTGATTTATAAAAATATAACAAATT AAATAAAATATTAATTTTATTTGATGATAATAAACTTCAAATTATCAATG GAATAATTTCTTCTTATTAAAAAAAATATAAGTACTACAATAATGATTTA CTAAAAAAAATATATATAAATTTTGTATTTTTTCCGCGTTCTATTTTTTT AGCCGCGTCTATTAACTATATAAAAAAGAGAAGCCAGTGCGTAATTTAGA ACTCAACCGACCGTCGGAATTTCTACGCTATCGACCGTCGGAATTTATGT TGAACTTTTAAGAGCTTGTTGGCTTCCCATTGGGGAATCGGAAAATCTTT GTATGGGTATTTAAGTGCTCTTCACGTTATCTTGTTTTTCTTCAACAAGT TCACTTTTGCATAATGGAATTCAAGAATCGACTTTTGCATGATGAATAAA CCCTAAATTTATTTATTGATATTCTACTTCTCTTCCCATTATCTTGATAT TCTTCCATTAAAAGTTGCAGGTTCGAATTCAAGAACTCGATTTTTAAATA AAAGTTCAACTCTTTTTGAAGTTACCTGGTATTGTTAGATTTTCTTGGAA TAATTTGTTTTAAGAAAAAAAACCCAAGAAATTGTTGACTTTTTCAACTT ACATTGTTATTCCTTCATGTCTTTTTGAATTCACAGTATTCTTCAATGCA TATTTTAAAGAAATTGAAGTTTTCAAGAATATATTGACATGATAAATATC AAGGAATTTTGTTATTTTTCAAATAACTTATGTTGTTATCCTCATAATAT TAATCTTTTAGGGAAATTAAAAAACCGAATTTGCTATTTGGAGTTCAATT CGGTCTGGGTTTGTCTTGTATGATTTCACAAGAGTTGTTGAGGAGTTAGT TTTCAGCATGGGTATTGTGATTTGTAGTATTTTGAATGAAGACAATCAAT TAGACAGACTTCGTATACACCCTCACTGGCCATTTTCCTTTGCATGGTCT AGATTTTTCGACTTTGATTGTTTCTTAAATATGGAAAATAATGCCATGTA AGAGAATGAGAAATTTATATGGATAATCTTTTCTGATTTTGTTAATGTTT TCATTGGAGGACCAGTAGACGTGGACTCTGAAAACATCATAGTTAAGTGA ACAACGATGGCAAGTCGTGCTTTCATACAGTTTTAATTGTTTAGACTAAT TGCACCAGCGAAGTTGTCGGTGGCTTGCACAAAAGGTGAGACTATTCATT TTCAGCTTCCATTTTCTTCTGGGTTGAAACAGAGGAAGGGTTTTGGGGTG TTAAATCCATTTAGGTGTTTGTCTAATTGTTCTATTTCGTCTTCAGCAAA CCCGTTGGAGTGGTCAAGAAGGTTATCGACGAAAAATTCATCAACTGAGG ACTGTTGGTGGGCTGCTTCCAAGGCTGTTTTTCAATGCCTGTTAAAAGGC CAAAAAGAGAAACAGATGGGTATTTACAGGAAAGAAATCCCTTTATAGTA GATAGTCCTAGCATAGCATAATTCATTTATTATTCACCGCAATCGAATCC CTACATTATTATTTACCGCATAACAGTTTTTACATTGTTATCGCTGCTTA AACATTCCCTGTATGATTACTTTTACCAAATAATGTCTTACTATTTTGTA TTGCAATTTTGTGACATTACTGAAGAAAGGGAGAGTGATATAGGGTGCTT TATCTTTTGTTACAACACTTTGTGACTGCCTCGTGGAGTATATTCTTCTG TAGATACTGAGGACCATGTCAATAAATGTCTATCCCTTTTGCGTAGTCGA GGATTATGATCTTTTGTTTTAAGTGTAGGTTAAGAGAGGAGTGGCTTGAC TAATTGCCACAAAAAAAAGAAAAACATGTCAGTTTTTCATTTTTGTTCCA TGTTAGATGTGCAATCAACTTGCAAGAAATAATGTGCAGCATTTAACTCC CTTCGTTGGCAACATTGATAGTGAACCTGTTTATCTGATAAAGCTATTTT GAAGTGTTTTTCAAGAATCTCTTATGGTGACTAGTTGATTTTTAATGGTA CTTGTAGGATTGGCGCTCCATTCTTCTCTTTGTTGAGGATACTGTCACGA ATCTTTGGACTGTAAGTAACTCTGTCTGTGAGAGCAACTCCACATTCCCT TTCCTGTAGGCTGCAGCCCCAGTTCAGTTACTATCTCTTAAGCTACTTTT GGAAAACCTGACCGGAGAGTGTACTGTCAGGAGAGAGATTCGATCTTCAA CAGAATATTCTGTTGGAAAGTTCTTCTGAAAAGCACGACACCGTGTCCAG ATTCATCTCTCAGACAGAATTTCGAAGTTGGTCAATTCATTGATCTCTTG ATCATTGCACAGTTTGTGTAAACTGGAAATCCAGAAACTCAGAGCAACTC CTTTCATCCAATGCAGGTAATTTGCTCTTGAGTGCTCGTATGTGTTAATA ATCAATGATGTCAGGAAGTGTGTGCGACTAATTAATGTTCTTTTCCACTC TGCAGAAACTAGAGCTTTAAGGGAACTGTAGCATTCTGCAAAAGCTATCT TCTCAGAGCTTCCACAGCAGTCATACCATCAGTGCGATCAATCTACCGCC CAAAGTTGTGGTGACAATGTATTCTGATGAAAGGTAATATTATCAAATTT GTACGGAGGGTAGGTCTCTTTCTGATATTATCTCCAATATGTTAGTAACT ACCATAACCTGATGTTTCTCTTTTCAGTTCAAGTGTGAAAATTAAACTTG TTAACATGTGGAAAAGCTAATAAAAAACTCAACGGGGTACTCAAGTACCT GCTATGGGGAGTCAAAAGAAGGTTATTAATCCTGCCATATGTTCCTGACC TGAATTTTTCTATTGCTTGTTTCAGTTAATTAGCTTAATTTCTTTCACCC ACTTTTCACGATTTTCTTAGACTGCATTCTTAATGACCACGAAAGCATTA GAGCCACAGTCTTTTTCTAATTCCGTCTTGCTATTGTTCTAATCCTATAT TAATTTTGAAGTTAACCTCAAGTATTAAATTTAATGGATAATATTTCATT CTTTTAACAGTTACATGTAATCACAGTGGGAGGAAAAACCACCTTTCAAA TAGTGTGTGATTATGTGCTGAGTCATGCATGCTGGCATATAATCCAAAAA CACTAAAGTTGCTTCGGTCACTATATATCACTCACTTCATCACTCCATTA AAGCACAAAATAATCTTCTCTTTTTCTTCCTTTACTTTGCTTTCTCCATT TTTTTCTTCTTCTCTTCTCTCTATTGTTATTGGGTCTCTTCGTAACAAGG GCGGTGCTAAGGAGGTGCAAGTAGAAATTATAAATGTTGAGGAGGAAATG AAGAAAAAAATAGAAAAAAGTTCAGGTGAAATCCCTCCATTAGATGTGAA AGACTATGAAGATCTAGGGTTGATTTGGAGAAATTAGGTGAAATTAGTTA TGAAAATGTTGGCATAGATTTTCATGCCATGTTTTCTGATTTTTTTCCTA AAGATGAAGAGAAGGCTTAAAGGAGATGCTCTGAACTCTTTCCTGTCATT TTTTTTTTTTTTGAGGATTCTCTTTTCTGTCATTTCTTTGTTGGAAATTG TTACTAAAATTCATGGGAGGCTAAATGTTTCATAAAAGCTTAATTAACGT TAGTGCATCAGCAATGTCAAAAATTATGTAGTTATTCAAAAGCGATGCTT AATTAATTCGTATGCACCAATGTGAAAAAAATTGTGCAGGTAACGAGTCA ACTACAACAAATTTAATATGGGATTAGAAAAAATTAATTCTAATTTATTG TATTAATAAAACTATTTTTTAGTATTATTATTTTGATTTTGCCGTGAAAA CTATAAATAACACCCACATGTCATGACACACCACATGCACATTTTAGAAT TCACCACTGTCACTTACACCAACCACTTGTCCATACACTATCGGTGCATG TTAGAGTACACCGGATTTCTGTTCTTTAACCGTCCCAATGACTATGTATC TTCTCATATACTAGTACTACTGCTCAAGTAATTTTTTTTTGGAACCGAGG TTAACCTGCAGACACTACAACCTCTAGTATAGCCTCTGCACTTTGTGAGC ACTTTGCAGTCAATGATCGTTATGTATTTTACAAATAGCCAGTTCCAAGG AAGAAAATGCACTACAAATAATAGTTTTCTCACAATTCAAAACAAATAAA AAGATATTGATTTACATACTTTACTTTTAAATTGTACTCTTTCCTGATTG ATCTTTTGGTGTTTACATATATAATCTGGAAGTCCTGAGAGGGTCTTGTA TTCTCTGGAAGAGTCTCTGCTAAGAATCTCCCTTGTGCATCCTAGTGTCT CCTACAAATTTGTTGATATTGAAAGGTCTGTCTTTGTTATTTCAGCTAAC TTGAGGATATTTCCTGTCTGCTTTCTTCAGATTTTGTTTATTTGTATGCA GTGAAGATGACCTGCTATGCACACGTGCTTCTCCTTCTCCATTGCTGCCA TTATCCAGTGGGTTTTGAAGTGATCTGAGTACCCATTGAATGCAAGTGAT GGTTCATTCAAACTCTGAAGATACATCTCAGGTCCTGAAATACAATTCAC ATCTCTTATTTAGTGCTTGAGGGACCAACTTTGTACTAACACCTTGCATT ATCTAATATTGGACACCAGTTAAGCACAAAGTTAAGAAGCCACCTTAGTT TGCTTATAGTGAAAACATAAGAAACTGAATATCACTGGATGATCTGGCTA GAGAAGTTCCAGTGGTTGGAAGTTTACCAGGAAAGTTAACGTTGTCAGAA AAATGACCACTTCTCTACAGGAATAATCACCAACAAGAGGCACGACTTTG TGGAGGGTAGGTGCGACATGACTAGACGATCATCTGAAAAGAGTCACGCA TCTGTCTGAAGGTTATACGAAAGAGGCATGACTCTGTTAGAATGGTTGTA GTAGAGAGGCATGACATTGCTAGAACTATCAGTGGAAAGATGTCTTCTTA ACCAGTTGCCTAAAAGAGGTATGTTCTTCCGGAATGACCACGAGAGAGAG AGAGAGAGAGATGCGATACTGAAGAGAGAAGGCACCGATAGTACAGCGTG CAGGTCTTTGGTAGGTGGGTGGGTTGTCGGAGAGCAGTAATGCTAGTTGC CGATATGGAGAGTCTAAAGAAGGTAAACCATTCTTGCCATTTGTTCCTGT GATGATATGGCCCTAGGGCCTAACCGAACCCTAAAAGCCGGCTCATGGGG AGACGATTGTCCAAGTCCATTTAACAGTCCACTAGTCTATTATCCAATCG GGAGCTCAAGCAAGATGAACCTTTCTCTCATACCGTGTGTAGATATGACC CTTGGTCTTGATTCAACCCCAAAAGCTTGCTCATGAGGAGAGAATTGCCT AAGTCCATATGAGTAGACCACCAATCCATTCTCCAACCCACTCTAACAGT TCCCGTCCTGAATAAGAGCTTAATATTTCTATTGCATGTTTCAGTTAATT AGCTTCATTTCTTTCAACCACTTTTCAAGTTTATCTTAGACTGCATTCGT ATGAATCATCAAAGCACTAGAGATTTCAGTGTTTCTTTTAAGTGTCCTAG TCCACATAGTCTCTTTCAAATTCCATCTTGCTTATGTTCTGATTTTGTGG TAGAAATGTCATGCCTGACGTTTTTATTCAAGTTTTCAGAATTTGCACCA ACAAAAAACTCAAAGTATCTTATATTCTTGGACAAAATGGAGGAGCCTCT GTCCAGAGATTACAGTTGAGTACCTTAACTATATCGCAGACGGTTTTGTG ACTTCCTCTCTATTTTGTTAATATGATGGTCTCTTTTCTTTCCAATTTCA GATGCAGAGCGCTCCTGGAACTAGTGTTAAGAATCAGAATAATATACTCG ATGGCACTTCTGGTATCTTGCATCTTGTTGGTGCTTGATGGGTTCCTGAT ATCATTGATAAAAACTGCCTGGTGGAGGATTCCAAAGTTCTTTAACATGT TGATAAGAAGTTTATTACGCTTGTAGACGGAAGAACACTTGCTATAATTG ATCAGGTCTATACTGTCCTTGGCATAATCCATTATGTTCGTTCTTGGTTT CTCATAAATTTCCTTACAATGCATTTGCTTTCAAAACTGTTTCTCTTAGG AGTCGTTTGGTTGGAATCATTAGCAAATACAAATCTCAGCATAAACTTCG GCATAATAGTATAATATTTGTTGGTGTCATGTAAGTAAAAGTGATAACTG CAGAACTATGTATCACTCAGTTATCTGCATAAGAACAATAAGCTCGACAT AACTTATGCAGCGTCTGGTTGGCAGTATTTAACTGTTCATTATAATATCC TCATGACTTATGCCAGAATTATGCGGGATAGATTATGATCTTTTGTTTGA TTCTAGCATTTATCTTTGTTGAGCATTACACTCATTATCATGTTCTACAG CATGCTGCAGATGAGCGAATTCGTTTGGAAGAACTGCGTGAGAAGGTCAT TGATGTGTCATTTCGAAGTGGAGTCTGTAGCTTAGTGAATTATCAGGTCC TATCTGGACAAAAGAGGAAAACAACCTATCTTGATTTCGAGCAAGAATTG TTATGTTTATAGTCATCTTATGTAAAATAGATTTGCCTTGCCCTGCTTGC CTTGTGTAGAAGACTTGAAACTCTTTATAAAAGGTAATATCGATTTTGAA TCTTTGACCCTACTTTTGCAGTTCATGCCTGAAATCGGTTACCAATTATT ACACAATTATGCTGACCATTCGAAACTGTGGTTGTGGTTGGATCTGCAAC ATTTATTCTCTAGCCTCAAGATTATTTACCAGGTAAATTATGGATCTTTG TTTATATTTTCATCAGAACCGGTCTGGAACTTGATAAAGTTGCCATTTAC CTAAAATTCCATTCCACTAAATTTGCAGCATTCATTGAAGTTTAACCTAA CTCTAGCATGAAATGATATGTTTTGGTTAAAGCGGGAGCTTAAATCTGAT TCACAAGCAACCAACATATGTTACACTCCTCAGGGTAACATTCTGTAATA CTTGTTTGTCATATTATACATTCAAAAAGTTAAGTACCTGTAAACCATTG CAAGTCAGTCTTATAAAGGAATGGTAAATATAGTATTGATTGTAGTTGTT AAATACAGGATTAGGAAGGGCATCAACTATTAGATCATGAGAATTGGGAT TAGGAATTATTGGGAATAAAGCTACAGTGTAGTAAATACACAAGGGCTGG GAGAAAATGGTCACCTGCATTCTAGAGCCTTTTACTACACTTTTGTGCTT ATTCTTACGAATTCCTGTTCTTCTTTCTCAAGGGTATGTTCATGTCTAAC TGTGGAAAACAAAGCATGATGACTTCTCAGTCTACTTATTCCATTCTGCG GTATCAATTCTACAATTTATATTAGTTCTGTGCTCCATCTTGTTGAAAGC AAAAAGGATTTTATGTTTTAATTGGGTTTGTTATAGCGACTGAATTATGA ATTGGAAAATCGGAAAATCTAATCTATCTATGGGTATTTTACTGCTCTTT CCACAGGAAAGTTCAAGAACTTATGTTGGAATTCAAGAACCCGACTTTTG CATAATTGAATTCAAGAACTCAACTTTTGCATAATTGAATTCAAGAACTC GACTTCTGCATGATGATTTTTACAAGAAAAAATCAAGAAGTTGTTGGTAT TCCCCTAAACCCTAAGTCAATCATCCGTTGATCTATTTATTGTTATCCTA CTGCTCTTACCATTATCTTGATGTTCTTGTATTAAAAGTTGCACATTGGA ATTCAACAACTCGATTTTGCATGTTGGATTTTTAATAAAAGTTGAAGAAC TTTTTGGCTTTGAAAGAAAATTCAAATATTCATTTTTTATAAAGTAAGTT ATGTTGTCATCCTCTCAATGTCTGTTAAGGATGTTCAAGAATTTGTTTCC CCTGCTTAACTGACAAACAGGAACTTGTTTTGAATGAAGACACTGAATTG TAGACTTAAAACACCCTCACTGGCCCTTTTCCTTTACAAGGTCTGGACTT TTTGACTTTGATTATTTCTTAAAAAACAGAAAATTGTTTTTTTGAGAAAA AAAAACAATTTTCTATTTTTTAAGAAAAATAGAAAATTGTGTTACGTAAG CAAATGGGTAGTATCCATTAGGATAGGTATAAAACAACTAACGCGGTCTT TGTTGTCCTTGAAGGCCCCACTCACATAATTACTGGCTCCTTTTCTTTAC AAAGTCTAGACTTTTTGACTTAGATTATTTCTTAAAAATGGAAAATTTTG CTAGGTAAGAGAATGAGTAGTATCCATTAGGATAGGTATAAAACTACTAA ATTGGTCTTTGTTGTCCTTGAAGGCCCCACTCACATAATTACGGAGATGA GATATATTTGTTATTGATCATTACTATATGTAGAGATGTTTGATAATTTA TTCTTACTGAAGTTGAGTTGGAACATACATATTGGTGTTCAAGTACTTTA CTTATGGAGACAGTATGTGTGTCTCTTTCTTTCATATTCTTTTATGCTTC CTTTTTGTCTGACCATTCTAACCATGTTTTCAAATGCTTCCTTTACACCA GCGACAGAAAAAACAGCCGATATGCATGCTTTGCCAGCAAGCTTTGACTT TAAAGCAGAGGGTTTGAGCTCTATTTCCGACATTTTTTTTGTTGGAAATT GTTACTAAAAAGGCTCACGGGAGGCCTAATAGATATCGTAGAAAAGTTTT AACTATCAATGATGACAGGAAAAGTGTGCAACTAGTTAATATTCCTTTCC ATTGTCCAGAAACTGCATCATTTTCTACACTTTGTTTCCCTAACAACCAT GGCTTAATTTGCAGGTCCTTCGGTATTTCTTCATCAACTTATTTCAGTAT GTTGTCCTGGCAAAAGAAACAGAAACCTAAACTTTGGTTAATATTTACTA ATATCGGATGCTTGTTTTTTTTTCTGTTTTTGTTTTCCTTGGCCTTGGTA ATGCAAATATCAATTCTAGATTTTTTCCAGAAGATCAATAATTAAATTAC TTCATGACATAGCTGTGTGTTTTGACAGTGCTTCTGACATTGAGAAGCAA AGTAGATATCAGATATATCCGCTGTTTTTGTTGAACCTAAACTGTCCATG ATCTTTATATGACTCAACTTTGGAATCCTTCAAATACCTCTGAGCAATTT AAGGTGAGATATTTTGTTGGTATTTATGTTTTAGTTTGTTTCTGGGTTGA GAAACGAATGTGGGTCTTGTCTTTGGATTTGTTTTTATTGAATCCTGTTT GTGTTGGGGTTTGTTTTGAGAGAATTGGTTTGGGCTGTTTTCTGTTTAAA AAAATTGAAAAGACCTCATCAATTTTTTGAAACTTTAATATGGGTGAAAT TTATATGTTAAAACTGGCTATACATCATTATTTATTACTATCCGTATAAG ATTTCAAAGTATCATAGAGGAGCCCCTGACAGGCAAGGCCCTTCCTTCAC AGCTGTTCCTGGAGAACAATTCAAAACCACGTTTCTAGCTTCTGTTGGTT GCAAAACTGAACAGGCCAATGATCTCAATTTTGAGGTTTTTTTTAAAGAG GTAGGGGACTTGATCAGCTGATGTTTATGGGTCAGGTCTTTCTGAATTAT ATTATATGATGGTGATGCTTGGTCACATATACATTCATAGTGAAGAAAAT CTTAATAATTATTTAAAACCACAGCTATTCTCTCCTCTAAGTTGGATGGG ACTCGCATAAATAAATAAAATAAAAAAATTTCCTTCAATGTAGATAGTCC CTGCGTTGCATTATATTATTCACCGTGTAATAATCCCCACACGTTTATTT ACCACATAACAGTTTTTACATTACTATAACTGAATAAGTAATACTTTAAT CAAATAATGTCTTACTCTCTGGTATTGCAATTTTGTGATATTACTAAGTA AAGAAGAAAGATATAGTGTGATTATCTTTTGCTTCATCTTTTTGTGACTG TCTGGCGGAGTATATTCTTGTGTAGAAACTGAGGCCTATGTCTAAATAAA TGTTGTCCCTTTTTACATAGGCAAGGATTGTTATCTTTTGTTTGATTCTA GCATTTATCTCTGTTGAACATTATCTTTTTTCGAGAACCGCCTACAGTTC CAACTAAAAAGAACTAAAAGTGTGAAATAATTTTTCATTATCTCAGTTGA AGTACTGAGCCTCCCGATATCGGGAGACTCAGTACTTCAACTAGTCTCCA TGTTCCTCGAATAGATCTCTTAGTTGTTGAGAAGGTTGCCAACCGCACAA GCCTGGGCTGGGCCTACCTCCATCCCTAGAGGAGCCGTATGAGGCGGAAG CTCCACGTACGGTTATGAAGCCGAGCCTTTCCAGCAATGGGGCCTAGGGA CCGATATGATAATTGGTTTAGGTAGGGCGGCTGGCCTACTGCATAATAAT GTGAATGAGTCTAATCTCTTCCATCTGAGGGATGAATTGTTGGAATATAT GAAACAGGATATCCTTTTATTAGGGGGTGTTATGCATAGAGCTCAAGAAA TATACACTCATTGTCATGTATTACAGCATGCTGCAGATGAGCGAATATTC GTTTGGATGAACTGCACGAGAAGGTAATGATTGTCTAAAAACTCAATGAA GTGTCATTTAAACTTGGAGTCCGTAACTTACTGAATTACCAGGTCCTATC TGGAAAAATGAAGATAACAACCTATCTTGATTCTGAGCAAGGATTGGTGC GTTATTTTGATAAAAGGTAACATTGATTTTGAGTCTTGTGGTGATGTCTT GAAACTGTTCATGATAGGTAACATTGATTTTGAGTCTTTGACCATGCTTT TCCTGGTCATGCCTAAATTTGGTTACCAATTACTACACAGCTATGCTGGC CAAATTCAAAACAGGGTTTGGATCTGCAACATATATTATTAAGCTTCAAG ATCATTTACCAGGTGAGTTACGTCTTTGTTTAGATTTTTCATCACACAAA CAGTCTATGGAACTTGATAAAATTGCCATTTACCAGAAATTCCATTGCAC TAAATCGCAACATTTATTGAAGTCAAACGTAATTCTGATTCACAAGCAGC CAACATCTGTCACACTTCTTGCGGTAACACTCTCTAATACTTTTCTCTGT CTAATACTTGTCTCCGTCATATTATACAAAAGTTAACTACATGTAAACCA TTTGCAAATCAGCCTAACAAGGGAAAGGTATTGGTACTGATTGTAGTTGT TAATACAGGATTGGTTGCTCACCTACATTCTCAAAGCTT 1 136239 FBgn:temp109:C02HBa0291D19.2 gene FBgn:temp109:C02HBa0291D19.2-RC transcript heiko Tue Sep 05 07:39:10 GMT 2006 non_canonical_splice_site unapproved polypeptide FBgn:temp109:C02HBa0291D19.2-PC 93658 111786 exon 93585 93711 exon 93795 93935 exon 94028 94185 exon 95013 95068 exon 96183 96305 exon 96508 96638 exon 96739 96979 exon 100143 100290 exon 101500 101740 exon 102010 102166 exon 102304 102372 exon 103270 103395 exon 103518 103570 exon 104058 104164 exon 106542 106614 exon 106724 106823 exon 107174 107285 exon 108052 108172 exon 110007 110066 exon 110156 110261 exon 110348 110443 exon 111242 111323 exon 111405 111470 exon 111585 112093 FBgn:temp77:C02HBa0291D19.2 gene FBgn:temp77:C02HBa0291D19.2-RA transcript Anni Thu Aug 17 09:30:29 GMT 2006 polypeptide FBgn:temp77:C02HBa0291D19.2-PA 65727 64453 exon 65863 64256 FBgn:temp83:C02HBa0291D19.2 gene FBgn:temp83:C02HBa0291D19.2-RA transcript heiko Tue Sep 05 07:26:45 GMT 2006 polypeptide FBgn:temp83:C02HBa0291D19.2-PA 27801 26689 exon 28391 28304 exon 27829 26482 FBgn:temp109:C02HBa0291D19.2-RC CATCTTCAACACCAAACGCACTTGAGCATAAACTCCTGTATCCATAAACC CTAAATCCAAAGAATCCATAGCGATGTTGAAGAACAAAGCTTTCTCGCGT CAAACAAGACAAGGCAGAATAATTAAGGAAGTTAGGGAACACTATTTGAG AGATGATATTTATTGTGGAGCCCCTTATTGCAAGAATGGGTGTAAAGTTT CATCTCCTTGTTTAAGCGACTCTCACTTCACTATTCTTGTTCTTGACACC AACGTTGTTCTCAATCAGATTGATTTGCTGGAGAATCAAGCTATTGACAA TGTGGTGGTGCTATCCGTGGTCTTGTCGGAGGTCAAGAACAAGAATATTG CGGTTTATAACAGACTCAGGGCTCTGTGTAGCAATTCTTTAAGGAAGTTC TTTGTCTTTTCTAACGAAAATCACAAGGATACTTATGTGAAGACCATGGC AGGTGAAAGTCCAAATGATCGGAACGATAGAGCTATTAGGGTTGCAGCTA AATGGTATCAAGATCATCTTGGCAGCGCAGTAAGTGTCTTGCTAATTACG AATGATAGAGAGAATAAGAAGAAGGCAATTGAAGAGGGAATTTCTGCAGA GACAGTTGAGTGCTATGTAAAGTCACTTGGTCAGCCAGAATTGCTTGACC TAATAGTACAGCCTCCTTCTGAAGATGTTAAAATGGATGATGTTGAGGAT TTAAGGCCTTCAAAGCGAAAAGTCATTTATAACGAGCATAAGCCCATGTC AGAAATTACTTCTGGCTTGCTTCGGGGACTCCTTCACCAGGGGAAACTTC GTGTTAACCGTTTTAATCCATTTGAAGCATATGTCGGAAGTGAAAGCATT GGTGATGAGATAATTATATATGGACGTGCAAACATGAATAGAGCTTTTGA CGGTGATATAGTGGCAGTTGAGCTTTTGCCTCCAGAACAGTGGCACGAGG AGAAGTCTTTGGCATTAGCCGATGAAGATGATGAAGAAGAAGATGTTCAT TTAGCTCCAAACACTGCTGATGATGCTCCAAGAGCCCTGAATCAAGGGCA AACTGCACCTGAGGAAATGAAACCTTCTCGTCCAACTGGATGTGTTGTTG GTATCATAAAGCGGAACTGGCACTCTTACTGTGGATCCTTGGAGCCTATG CCTATGCCAGCTGGTGATGGTGGTCGTGCCCATGCCTTATTTGTATCCAA AGACCGCAGAATTCCGAAGATACGGATACAAACTCGTCAATTGGGAAATT TGCTGGATAAACGGATTATTGTTGCGGTTGATTCATGGGATCGTTTGTCC CGATATCCAACTGGTCACTATGTGAGGACTATTGGTGAAATAGGTGATAG GGACACCGAAACAGAGGTGGTACTAATAGAGAATGATATAGATGCCAGGC CATTTTCTGCCCAAGTGTTGGCGTGCTTGCCACCATTACCTTGGTTGGTG TCTTCTCAAGATTTGACAAATCCGATTAGACAGGATTTGCGTCACCTGCG TGTATGTAGTGTGGACCCTCCTGGATGCAGAGATATTGATGATGCATTGC ATTGTATGCCTCTTTCAAATGGAAATTTTGAAGTGGGAGTTCATATTGCC GATGTCACAAATTTTGTTCATCCTGGAACTCCACTCGATGATGAGGCTTC ACAAAGGGGCACTTCTGTATATCTTGTAGAGCGTAGAATCGACATGCTTC CAAAACCTCTTACAGAAGATATTTGTTCACTTCGTTCTGATGTTGAAAGA CTAGCTTTCTCAGTTATCTGGGAAATGACACCTGATGCTGAGGTTATTTC TACAAGATACACTAAAAGTGTGATTAAATCATGTGCAGCATTATCCTATG TCGAGGCACAAGTGAGAATGGATGACAGTTATGTTTGTTATTCCAGTCGC TTGGTGGATCCAATAACTTCAGATTTACGAAATTTGAATGGGTTAGCCAA GATAATGAGGCAAAGACGCATTGATAGGGGTGCACTGACACTTGCTTCTG CTGAAGTCAAATTTCAGATTGATACTGAAACTCATGACCCTCTTGATATT GGAATGTATCAGATTCGTGAAGCAAACCAAATGGTTGAGGAGTTTATGCT TGCTGCTAATGTTGCAGTTGCTGAAAAAATCCTTAAGCATTTTCCTGTCT GCTCACTATTAAGACGCCATCCAAGCCCAACCAAAGAAATGCTTGAGCCT CTTCTCCGCACAGCTGAAGCAGTTGGTCTTAGTTTGGATGTGACATCATC CAAAGCATTGGCTGACTCTCTAGATCTTGCCGAGGGTGACGATCCATACT TCAACAAGCTGATCCGGATTCTGGCAACCAGATGCATGACACAGGCGGTT TACTTTTGTAGTGGAGACCTTAGTCCTCCTGAATATCTTCATTATGGTCT TGCCTCTCCTCTTTATACTCATTTCACCTCGCCCATTAGAAGATATGCTG ATGTCATCGTCCATCGATTGCTTGCTGCTTCTTTGGGAATTTATCAGCTT CCTGGTGTGTTCCAAGATAGACCCAAGCTAACTAGTATTTCTGACAATCT AAATTATCGGCATAGAAATGCTCAGATGGCCAGCAGAGCATCAGTAGAGC TCCATACTCTCATTTTCTTCAGGAAGCGACCAACAGATACCGAGGCGAGA ATAGTTAAAATAAGATCCAATGGCTTCATTGTCTTTGTGCCCAAGTATGG TATTGAAGGGCCTGTATACTTGACGTCTAAAGGGGACAATGGAGGGGAAT GGGTAGTCGATGAGAAACAACAGAAAATTAGAAAGCTTGATGGAAGTGTT TCGTATGGTGTACTTGGAACAGTGAGAATTCACATGGAAGTCGTTGAGCC TCAGCCTAATCGACCTAAACTACAACTTACCCTTGTATCAGACCGATAAC TTTACCAAGAAAGTGGAGGTCGATATCATGTATCATGTAGTCTTTATTCC AGTGTGATAGTTGAATTGTTCTTTAACGGACATTTGTGTATCATTAGATC GATGCAGCTCCATTAAATGCTTCAAAAACATTTATAGTTATTCTTTTATT ATATGTTACATAAATGTTCTAAAGTGTAACTTACGTGGTTACCATAGACT GAGATATTCAGTGGTGTATTTAGGTTTCGAAAAAATGTGTGTACTATTAC GAAATGATGCATTTAAGATATAAATTTGATTGATTTGACCTTTACATTCT TAA FBgn:temp102:C02HBa0291D19.2-RA CCTAATCACAGCAGGAGTTTATGATGCAGCCATAGGTGACATAGCAATTA CAACTAATCGAACAAAAATGGTTGACTTCACTCAACCATACATTGAATCT GGGTTAGTTGTAGTGGCACCAGTTAAGGAGCAGAATTCTAATGCTTGGGC TTTTCTCAGTCCATTTACTCCTAAGATGTGGTGTGTCACTGGTGTTTTTT TCTTAATTGTGGGCACTGTAATTTGGATTTTGGAACACAGATTGAATGAT GAATTTCGTGGACCTCCGAGTAAACAGATTGTCACTGTTTTATGGTTCAG CTTTTCAACTCTCTTTACTGCCCAGAGAGAAAACACTGTCAGCACCTTTG GCCGTATTGTCCTTCTTATATGGCTATTTGTGGTTTTGATAATAAACTCA AGCTATACTGCCAGTCTCACCTCAATTCTTACAGTGCAGAAACTTTCTTC CCCAATTACCGGAATTGAAAGTTTAGTAAATACAAAGGAACCCATTGGTT ATCAGTGGGGTTCATTTGCCCGTAACTATCTGATTCAAGAACTTCGCATT GATGAATCTAGACTTGTTCCTCTTAACCTCCCTGAAGATTATGCTAAAGC TTTAAAAGATGGTCCTAGCCGTGGTGGTGTTGCAGCAGTGGTAGATGAGC GTGCTTATATGGAGCTTTTCCTCTCATCGCGTTGCCAATTCAGTATTCTG GGTCAAGAATTCACAAAAAATGGATGGGGGTTTGCTTTCCCTAGGGATTC TCCTCTAGCAGTAGACATGTCAACAGCAATTTTGAAACTATCAGAGAATG GGGAACTTCAAAGGATCCATGATAAATGGCTTTCTGGAATAGCTTGCACT TCACAGAGTACAAAGCTTGAAGTGGACAGACTTCAGCTGAAAAGCTTCTC AGGTCTATTCTTTCTATGTGGGTTGGCATGTTTTCTGGCTCTGCTCATTT ATTTTGTGATGCTAGCATGTCAATATTGCCAATACTATCCCAATTCTGAG GTAGCTAGTGAAAGTTCACGATCAGGACGACTGCAGACATTCCTTTCTTT TGCTGATGAAAAGGAAGAGTCAGTGAGGTCTCGATCCAAACGAAGGCAAC TAGAGGTGACTTCAGTAAGAAGTATTGATCAAGATGCATCAGTAAATGGT TCAAGAACTGACCGTTCTGAGATATACTCGAACAGGGTTGTAAGTTTTGG AGAATCTGTATAGTTCATAAACAAAAATCTACTACTCTTCCTCAAATGTA AGTATTAAGGTTGACTGCGTATTTGTGTAGACAATGCTGTAACTGTATCA AATTTTACAAA FBgn:temp109:C02HBa0291D19.2-RA GGTGACGATCCATACTTCAACAAGCTGATCCGGATTCTGGCAACCAGATG CATGACACAGGCGGTTTACTTTTGTAGTGGAGACCTTAGTCCTCCTGAAT ATCTTCATTATGGTCTTGCCTCTCCTCTTTATACTCATTTCACCTCGCCC ATTAGAAGATATGCTGATGTCATCGTCCATCGATTGCTTGCTGCTTCTTT GGGAATTTATCAGCTTCCTGGTGTGTTCCAAGATAGACCCAAGCTAACTA GTATTTCTGACAATCTAAATTATCGGCATAGAAATGCTCAGATGGCCAGC AGAGCATCAGTAGAGCTCCATACTCTCATTTTCTTCAGGAAGCGACCAAC AGATACCGAGGCGAGAATAGTTAAAATAAGATCCAATGGCTTCATTGTCT TTGTGCCCAAGTATGGTATTGAAGGGCCTGTATACTTGACGTCTAAAGGG GACAATGGAGGGGAATGGGTAGTCGATGAGAAACAACAGAAAATTAGAAA GCTTGATGGAAGTGTTTCGTATGGTGTACTTGGAACAGTGAGAATTCACA TGGAAGTCGTTGAGCCTCAGCCTAATCGACCTAAACTACAACTTACCCTT GTATCAGACCGATAACTTTACCAAGAAAGTGGAGGTCGATATCATGTATC ATGTAGTCTTTATTCCAGTGTGATAGTTGAATTGTTCTTTAACGGACATT TGTGTATCATTAGATCGATGCAGCTCCATTAAATGCTTCAAAAACATTTA TAGTTATTCTTTTATTATATGTTACATAAATGTTCTAAAGTGTAACTTAC GTGGTTACCATAGACTGAGATATTCAGTGGTGTATTTAGGTTTCGAAAAA ATGTGTGTACTATTACGAAATGATGCATTTAAGATATAAATTTGATTGAT TTGACCTTTACATTCTTAA FBgn:temp77:C02HBa0291D19.2-RA TCAAAAAGAGCAAGAGAAAAGATTCAATCTTGATTTTTTTCTTCTTCTTG TTAATCAAATCTTAAAGTTTTGATTTTTAATATCTGGGGTTTGTGTAGAA GTTTGATTGGATTCTTGATTTTGGGATAATAAGAGTATGGGGTTTAAGAA AGATGAAGCAAGTTCATCTTCTCATGTTTTGAGTATCCCAAGAGAAGATA CACCACTTCTTGGCAAGATTCAACATCTTTCTTCTCCTTCCAAGACTTTT GCTAATGTTTTCATAGCCATAGTTGGAGCTGGAGTTCTTGGTCTTCCTTA CACCTTTAAGAGAACTGGATGGGTTATGGGTTCTATCATGCTCTTCTCAG TTGCCTTTCTTACCTACTACTGTATGATGCTTTTGGTCTATTCAAGGCGT AAGATTGAATCCCACATAAAAGCTGCAAAAATTTCATCTTTTGGTGATTT GGGGTTTGCTGTGTGTGGACCTGTTGGTAGATTGTCTGTTGATCTTATGA TTATTCTATCTCAAGCTGGTTTTTGCGTTAGCTACTTGATTTTTGTGGCT AATACTTTGGCATATTTGTTCAATTATTCAATTGCAAAACCTGATCCCAA AATCTTGGGACTTTCACCCAAGGCAGCTTATATATGGGGCTGTTTCCCAT TTCAGTTGGGATTGAATTCAATACCTACTCTGACCCTTTTAGCCCCTTTA AGTATTTTTGCTGATATTGCTGAATTAGGAGCTATGGGTGTGGTGATGGT TGAGGATGTGATGATTTACCTTCAGAACAGGCCTGTTCTTGAAATGTTTG GTGGGTTCAATGTGTTTTTCTATGGACTTGGTGTGGCTGTGTATGCTTTT GAAGGGATTGGTATGGTCTTACCTCTGGAATCAGAGACAAGAGACAAGGA CAAGTTTGGGAAAATCTTGGGATTGGCAATGGGCTTCATATCATTGCTGT TTGGTGCTTTTGGAGTATTGGGCTACTTTGCATTTGGGGAAGACACTAAA GATATAATCACTACAAATCTTGGGCAGGGATTGCTCAGCACCTTTGTTCA ACTTGGCCTTTGCATAAACCTGTTTTTCTCTTTCCCCCTTATGATGAATC CAGTCTATGAAGTAATGGAAAGGAGATTCTGGGAAGGCAGGTACTGTGTG TGGTTGAGATGGCTTGTGGTTTTAGCAGTGACTTTTGTTGCATTGGCGGT GCCCAATTTTGCTGATTTCTTGTCACTTGTTGGGAGCAGTGTGTGCATTG TTTTGGGATTTGTGTTGCCTTCTTTGTTTCACTTAATTGCGTTCAAAGAT GAATTGAGATGGTATGGTTTTGCTTCTGATGCTGCATTGATTGTCATGGG CACAATTTTTGCCGTCTATGGAACCTCTTCTTCCCTGATGGAGATCTTTG CAAAAAAAGCTTAGTTTCTTTTCCTCATAGCATTTCATAAGATGTATATT GAAGAGATTGTTTTTATTCATAAGCAAAGGGCAAGTAAGTCCACACTTTG TTCCTACTAGTAATTCATTTGTTAAGCTATTATTTTTGAGTATGTTGAGG GGTGTGAGGGTCATGTTCATGTACGATTGGAATTTACTACAAGAAGTTAT AATTACAC FBgn:temp78:C02HBa0291D19.2-RA ACCATGGCAACGCTTAAAGAGATCTTAACACGCCGCCCTATCTCAGCCAC GATCCGTCTCACCGTCGATGCGGGAGCAGCTAAGCCCGGACCACCAGTAG GTCCGGCTCTCGGTCAGTACAAACTGAACTCCATGGCATTCTGTAAGGAC TTCAATGCTAGGACCCAGAAGTTCAAGGCTGGAACACCAATGGCGGTGAC TATCACCGCATTCAAGGATGGGACTTTCGATTTCATCGTTAAGTCTCCGT CAGTAACTTGGTACTTAAAGCAGGCCGCTGGAATTGATCTGGGAAGTGGC CGCCCGGGCCATGTAACAGCGTCGACGTTAACCCTAAAGCACGTTTATGA AATTGCGAAAATCAAGCAGAGTGACCCTTTTTGCCAGTACATGCCTTTGG AGTCAATTTGTAAGTCTATTATTGGGACGGCGAATTCTATGGGGATTAAA GTTCAGAAAGAGCTGGATTGATTGAATCTGTTGTGTGGGTATTTCTGTAT CTTTCTCTTTTTCTTTGTAAGATTTTTTGTTGGAAATGAGAGTGATAAAG TTGTTTAAAGCAATGATTTTGTTGTGTAAGGAAGCATGATATGTTTTAGG GATGTTCTCCTAGCAATAAAGATAACTTTTTTTGAAGTTC FBgn:temp79:C02HBa0291D19.2-RA ATAAAGTTTAAATCTTGGCATGTGGGTGACTTTGCTTCTTTGTCAATTTC AAAGAAGGGTCTGTAATACTCATTTTCTGCCTAAAAATGTGGGTTCTTGT GGTGTTTCTGACCTGGGATCAAGAAACAGTAACACAGCTGTCCATGTGAA GAAAGAAAAAAAATTTAATAATTAAACCATGAAAGCAAATGCACATTATT AAGGGATCTATTGATGGAGTGAATGAAAGAAATGATGGCTCCAGGCACCA ATATGTCACCCTGTAATGGGGAAATTGAGAATGGGTTCTGTAAAGGAAAT ATGTCAGCAATTGAAGAAAATCAGGAAGTGTCTGATGGTTTGAGTCAACC AAATGCAGGGAAGCCACCAAGAAACCATCCAGGGATGAGGCATTGTATCA GCCAAGCAAATTTGGGAGCTACTTCTGCATTGGAACCAAATACAGTAATG CTTGGTCTCAAATCACCATCAAGTGATAATTGTGCATATGTGCCCATCTT TCGCTCAGGAAGCTATTCTGAGATGGGACCCAAACAGTACATGGAAGATG AACATATCCGTATTGATAATCTCCGTGAACAAGTTGATGACTCCAAAGGT CTTCTTTCACAAGGAGCATATTATGGTGTGTTTGATGGGCACGGTGGCAT TGATGCTGCATCATTTACTCAAAATAATCTCCTTAATTTTATTTTAGAGG ATTCCCATTTCCCATCAATGGTTAAAAAAGCTGTCAGGAATGCTTTCCAG AAAGCCGATAATACGTTAGCAGATACAAAGTCTCTAGATAGTTCCTCTGG AACAACTGCTCTGATTGCACTTATTTTAGGAAGGACCATGCTCATAGCTA ATGCTGGGGACTCTCGAGCTGTATTAGGGAAGCGTGGAAGAGCAATTGAA TTGTCAAAAGACCACAAACCAAATGCTACTTCCGAGAAATTAAGAATTGA AAAACTAGGGGGCGTCATTTTTGATGGCTACCTCAATGGCCAACTGTCAG TTGCACGAGCTCTGGGTGACTGGCACATAAAGAGTGCCAAAGGTTCAAAG GGCCTGTTGATCTCGGAGCCAGAGTTTGAAGAGGTGGTCCTGTCAGAAGA GGATGAATTCCTGATAATTGGCTGCGATGGTTTATGGGATGTCATGAGTA GCCAATATGCAGTAACAATCGTAAGAAAGGAGCTCATGCTGCATAATGAT CCTGAAAAATGCTCAAAATTTCTTGTCAAGGAGGCACTGAAGCGTAACTG TTGTGATAATCTAACCGTTCTTGTAATCTGCTTCTCTCATGATCCACCAC CTCGAATTGAAATACCAAAAACTACAAGAAGGAGAAGTATATCAGCTGAA GGACTGGATCTTTTAAAGGGGGTGTTGAGTGACATATGAAGGAGAGTCTG GTAGCTGTTTGTACAGATGCATCTTAGCATACACCATATGGCCAGCAA FBgn:temp82:C02HBa0291D19.2-RC ATCAATGAATAACAAACCAAAGCGACGAAGATTTTATTTATATCCGCAAA ATAGGCACTTAGATGCTTACACGAAGAGGGCTGCTTTAACAGTTTCCAGA TCTGTCGTCAGTCTTGAATCATACTCTGGGGAAGAGATGATATTTCAATG TTCTGGAACTATTGTAGACAGTGTAGACACTTGCAACATAATATTAACCA CTGCAAGTCTCCTCAGGTGTTCCACAAATAGAAATTCTGTAGTAGATAAT ATCAAGGTTATCGTGCACCTATTCGATGGGAGATCATTTGATGGTCATAT TGAATCATATGACTTCCACTACAACATTGCTGCCATAAAGATTCAATTAG ACACACTACTCCCAGTTGCATCCCTGGCTTATTTAAATGATTCCATTGTG ATTGATCCAAGCCAACTACAGGATTCTGAGAAGAAGTCATTTCAACTTTG CCCTCATTCAAATTCATTTGATCTTTTTCCTGGAGTTTCAATTATTGCAC TTGGTCGGCTTAATAGGAAGCCATACGATATCATGGCTGCTCCTGGTGAA TTCAGCATTGATCGATGTCACTATGGCGATTTCTACTGTAAAGAGCTTTT CATGACGACTTGCAAATTACAATATGCGGTGATGGGGGTCCACTGATTAA TCACTATGGAAAAATCATTGGTATCTGCTTTTATGCCGTGGGCTGTTCTG TGTTCTTACCAATCAATATAGCTTCCATATGGTGGGAGCATCATAAGAAA TATGGTCAATCACGTCCACCTTGGCTCGGGATGGAAGTAACTAACCTTTA TGCAGCTAACCTAGAACTTCTAGAAAGAATTATTCCGAAGTTGCCTGACG TCTTGAAAGGTGTCATTGTTGAAGAGGTCGTACCTGGTTCTTCTGCTGAA TCCGCTGGGGTAAAACACAATGATGTTATAGTTCATTTTGGTGGAACAAG AATTCACAGTTTCTTGGAGCTATTTGAAAACATGTGGAATAATGTTGGAG AATCTATGGAGTTGGCTGTGATAAGAGCAAGTCATGATGTTCCTG FBgn:temp83:C02HBa0291D19.2-RA ACCATCTTTCTTTCTTCACATCTCTCTCTTTTTTTCTCTCTCTCTAAAAA CCCTAATTTCAACTTCTTCTGTAAAATGACAAGATCAGTTTGAAAGTGTG TAGATGTAGGAAAAAGATGGAAGCTAATGTATGTGATATTAATCACTTGG ATGCCGATGTGCTTTTGCCTCCACGTAAGCGGCTTCTTGCTGGATTGAAG AAGCAGAATTCTGATGTTTACTCATCTACCCCATCCCCACCAACTGTTAA TAGTCCCCCGTGTGATTTTGATATCCGTCTTAATAATCTATTGAAGTCTC ATTTTGGAGACTCTAATCGATCTAATGAGGAGATTGCTGAGGCCTCAAGA TTGGCAGCTCTAGAAGCTGTGAAGGCTGCAAAAGCTGCAAGAGCCATTGC AGAAGAGAAGGCTGCGAAAGCAGCAAAGGCTGTGGCTGCTGCTAAGAGCG CTCTAGAATTGGTTGCCACTCTCTCTGATGAGGGAACCAGTAGGGACAAA CATTTGAAGAGGAATAAGATGAAAAAACATGTTCCTGTTCAGACGCTGTA TAATAAGAATAAGGGGACTGATGATTGTAGAACAGATGAAGAGTTAGCTC GGACGTTGCATAGGGCCATTAATAGCTCTCCAAGAATTTTGAAGAACTCA ACATCTGACTCAAGAAATCAAAAACATAAGAGGCTGAAGAGGTCTTCTCC TTCTGAAAAATCTAAGCTTCAGACTGGAAGTACATCCGTGGAAGGAAACT GTCCTTCCACGAGCAATGGGAATGGTTTTACTAGAGAAAGAGAGTCAGAT AGGCATATCTCGGATAAAGACCTTGTTAGAGTAGATTTAAACACAAAATT TAATAAATCTGACCTCACAAAAATGGAAAATGGGGAAGCATCACACTCTA GTAAAGCTGACAATGTAAATATGGAAAACAAGGAAAGAGAATCAATTATC TCAAAGGAGAAAGTTGGGGATTCTGTAAATGATAGTTGCAGCATTGAGAA AAAGAAAGGAAGGCTTAAGCAGAAAAAGTTACCACTCAGCATTTGCAGCT TCAGGGATCAAGCAAGCCCTAAAGAGGATTTGAAATCCAAGAGTTCATCA TCATTCGATGAGAACATCAACAAAGGTACTACAAGTAATAATCCCATTTT TCCGCTTGAGAGGCCAATGTGGAAGTGTCAAACATTCAAGGCACCCACAT GTGTTGAACAAAATAAGGTGATGCAGTCATAGTATTGGTATTTTCGTTTC AAGAAGTGCGGCTACCGTAATGGGACTTGTAGTCTGAGGTAGTGTCATGT ATGTTTTCTTTCCTTCTTTTTCGAGTTAAGGCCTTCTCCGTCCAGTTCCA TTTTTCCTTGTTATGGGCATTGTAATGTTTTGAACATACAATCGTGTATA TTTTTGATATTTAATTGCTTACCTATTCTGTATTGC FBgn:temp101:C02HBa0291D19.2-RA TAAACGCACCGTCTCCTTCTCTATCAAACTTTTCTTTTCCCCCAAAAAAT TATAGAGCTCTGTAATTTTTGTTTTGATATTTTCTCACAAAATTCGAAAA CGTAGTTTTGGAATTTTCAGATCACGATTGTTTGATTCAGTGATTAACAA TGTCTTGTTCATCGTCGTCGGCGTCTGAGGATGAAGATGAAGGATTCGAT TCTTACCGGAAGGGAGGCTACCATGCCGTGAGAGTCGGCGATTCATTTTC CGGTGGCCGATATATGGCGCAACGAAAACTCGGCTGGGGAGAGTTTTCCA CCGTTTGGCTCGCTTATGATACTCAATTATCCGGTTTTGTTGCCTTGAAG ATCCAGAAAAGTGCACCACAATTTGCTCAAGCAGCTTTTCATGAAATTGA AATCCTTTCTGCGATTGCCAATGGTGATCAATCTAACAGTAAATACGTTG TACGGCTTATTGACCATTTTAAGCACACAGGTCCTAATGGACAGCACATA TGCATGGTTTTTGAATTTCTTGGTGATAGCTTATTGCGGCTTATCAAGCA TAATCGATATAAGGGCCTTGAACTGAACAAAGTTAGGGAAATATGCAAAT GTGTCTTGACTGGTTTAGATTATTTGCATGGGGGGCTTGGAATTGTGGGG CTAGATCGAAAGATTACTTTGACAGGCACGGAGATTTGAAGAGGATCCGT AGACTGAAATATGGTTGTCTAAATAAATTACTAGTTAACAAATATAGATT TTCTGAAAGTGATGCTCATGAGTTCACGGAATTTCTCAGTCCTCTTCTTG ATTTTGAGCCAGAAAAACGACCAACTGCTGAGCAGTGCTTGCAACACCCA TGGCTCAACTTTAAAAATCTTAAGCAAACAGAGGTGAAGAACGAATCAGG TGTTGAAAGGGTTAATGTCGATATGAGCAAGCTACAAATTAAGGTTGGTA AGTGATGTTGGGATGAATAGTCTTCTCACTTCTTACGTCCCACTCTCCAC CT FBgn:temp104:C02HBa0291D19.2-RB AAACTTATGAAGAGTATTGATGAGTATATTAGTTCAACTCCACAAATAGC TGAGGACGGCGGAATTGTTCTGGGTTCTAAAAGAACTACTGCATTTCTTA TTGATGCTAAGACTGGACGATTGATTTACACATATAGTATGCCTAGCTCT CCAGCAACTCAGGACAACGACACTGCTTTTCATCATAATGGCACCATTGA GGAAAAGAGTCTTCCCAGCTACACGCTTTACATCACCAGGACAGACTATG CATTAACGTCCTTTATTCCAAACTCAGACAAAGTGTTGTGGAACATGACG GTTGCTGAAATAGGGGCTGCTGCTCTTTGCAAAGTTGATGATGCATTAAG TGGGGATATTATGGAGTCTGACAAATCTGAACCTGATGTCCATTTCAATA TGCCATTGCCATGTCAGTCAAGGGCCCTTATCTACAGACGCCGAGGTCAT GATAACAAGATGCTCCCAGAGGCAGATAATCACGGTATGCTGCCAATTCC TACTTCACAACCAAATGTTGATAATGCAGCTACGCCCGTGCCCGACAAGA ATGTAAACACCTTCCACTTAAAAGATATTATTAAAAAAACTATGCTTGTC ATATTGACGGTGTTCATAATTTTTTTCACCAAAAACATAATGTTACAAGA TGCTAAAAGTCCATTTAAAAAAGGAATATCAAAGTGCTCTGAAAGATTGA CCATGCCAATTCACAGTATTTTAGCTACTCTTGTGGGAGCTTTTACACAT AATCGTGATTTAGTAGCTGAACTCAATGGGAACCTACATTCGCCAAATGT ACCTTCAAAAAGGAAGAAGTCTCGGAAGTCTGGAAAGAATGGGAGCAATG GCATTAAAAGTGATAAAGACACCTCATCTGGTACTGGACTTAAATATGCA GACGTGGATGCTGATAATAAACTGTTGAACTTTCTTCAACCAAGTATATG TACCAAAGGTGGACGCTCTATTGGTAAATTGTTTGTCTCCAGTTCAGAGA TTGCTAAAGGGAGCAATGGTACAGTTGTATTTGAAGGAATTTATGAAGGC CGTGCAGTTGCTGTTAAAAGACTTGTCAGGGCACATCATGATATTGCCTT CAAAGAGATACAGAATCTTATTGCATCTGATCGACATCCAAATATCGTTC GGTGGTATGGTGTGGAACAAGACCAAGATTTTGTTTATCTTGCTTTGGAA CGCTGCATTTGCAGCTTGAGTGACCTTATTCAGATTTATGCTGACACTTC AGAAAATGCTTGTCCTAACCAGAACTTGGATGGAGAATCTATGAAGCATA GACGTTATTTGGACAATTTGAAGGGTATTATTCTGGATACTGACCTAATG AATGAAAATGGTTGTCCTTCACCCCTGTTGCTCAAATTGATGAGGGATGT GGTTTCTGGTCTTGTGCATCTTCATGATCTGGGGATCATTCATCGAGACC TGAAGCCCCAAAATGTTCTGATAACTAAGGAAAAATTCTTATGTGCTAAG CTTTCTGATATGGGAATCAGCAAGCGCCTCATTGGAGATATGTCTTCATT GGGTCATCGCCCAACAGGTTATGGAAGTTCTGGATGGCAAGCTCCTGAAC AACTTCTTCATGGACGTCAAACACGTGCTATTGATATGTTCAGTCTGGGG TCTGTTCTGTTTTTCTGCATGACTGGTGGTCGTCATCCCTTTGGAAGTCC TCTTGAGCGTGACATTAACATTACAAAGAATAAAATGGATCTTTTCTTGT CGGAACACATCCCTGAAGCTGTGGATCTCTTTTCTCGTTTGTTAGATCCC ATTGCTGAACTGAGACCAAAGGCAGTGAAGGTGCTTGCTCATCCTTTCTT TTGGACTGCTGAGATGCGACTGTCATTTCTTCGTGATTCAAGCGACAGGG TGGAACTTGAAGATAGGGAGACTTCTTCTGATCTTCTGAAAGCATTAGAA GGTACAGCGCCTGTGGCTTTGGGTGGAAAATGGGATGAGAAGATGGAACC TCCTTTCATAAAAAATATTGGCCATTACAGGCGATATAGATTTGACAGTA TTCGTGATTTGCTGCGTGTGATGCGGAACAAGCTAAATCATTATAGAGAG CTTCCCACCGAAATTCAGGAAATTATAGGAACCGTTCCAGAAGGATTTGA TGGCTATTTTAGGAGGCGGTTTCCGCGGCTACTAATTGAAGTGTATAAAG TGATGTCAGAATACTGTAAAGATGAAGCCTGTTTTCAGAAGTACTTCACA AGCAGTGTACTTTAGGCTCCTCCAGATAGTAGCTTAATCTTGTTCCATTC TTACATTACATGTATGATGTAACATGTATTGTAAATTGTAATATACACTA TGTAAATATGCCTGTGC FBgn:temp105:C02HBa0291D19.2-RA CATCGATCGACGAAATTCGAGGAACCCAAAATCCAGACGACAACGCCCTT TCTTTCATATTTCGAATCGAATCTCTAAGATTTCCTCAATTGCAATCTTC GATGTAACCCATAACTCTATCGTACGCCACCACTCCTAATTTATTTGTAT ACCCCCACCCCCATCAACAGAAGAAAAATCGGCGGTCAATTTCAGGTCGA TGAGACGCTACTGGGTGATTCCGGCCGGCATTTTACTCTTATTTTTCAGC TTGACGGTTTTGGCAAGTGAGTTATTTGGCTTACCAAGTGGGTCAATTGA AGGAGTTTCTGATGGGGTTACGCTAGCTCCGGCGAGGAGGAATTTGCTGT CGGAATTAAAGCTCCTGTTAATTACAATAACAGCAAGGAGGCATCATCTG ATATAGGAAGTGGTTATTTCATCGACTGTGGCCGTGGGGATGATTGGGAG TTGTATGCACACAACAGGCTTGGTAAATTGGTATTGTCTCTAAATTTTAT GCGAGTCTCTTCTGTACAATACAACGAGAAATGATATCCACTTAACATTG ATTGATAATGAGGAATGGTACCATTC FBgn:temp108:C02HBa0291D19.2-RA TTTTTGAACTTCATTTTTTTTTCTTTATCGTCGTATTTATCGATTTATGT TAGAAGAAAAAACTCGGATTGAAAAAAATAATTCCAGGATATAGATAGAG ACAGTTTATTAAAAAAAAAAAAGAAGAAGACATTTTTGAAACTCCCTATT TTAGACGTTACAACTAGCAAATAACATACATTTTTTATCAACAAAATTTT GCAAAAAGAAAAAAGAAAAAAATGGGGTTTATGACATTATTAGAAGTGGC ATCAATGCCAATATTGCAAGTGCTAATAGTAAGTGGTTTAGGAGCTGTAA TGGCCACTGATTATCTTAAGCTACTTCCTGCTGATGCCCGCAAATACCTT AACAGAATAGTTTTTGTGATATTTACACCGGCTTTGATGTTTGCGAGTTT GGCAGAGTCTGTCACCTTTCAAGATATCATCACATGGTGGTTTATGCCGG TTAATGTTGGATTAACATTTCTATTTGGAGGGATTCTTGGATGGATAGCT ATGAAAATATTGAAACCAAAGCCACATCTTGAGGGACTCATTATTGCTAC ATGCTCATCAGGAAACTTGGGAAATCTTCTTTTGATTGTCATTCCTGCAA TTTGCAAAGAAGATGGAAGTCCATTTGGTGATCATAAAACTTGTGCTTCT GTTGGCCTTTCGTATGCATCTTTCTCAATGGCCCTTGGAGGTTTCTACAT TTGGACATTCACTTATCAGCTAATAAGAAATTCATCCTTGAAATTCAAAT CACTAAAAACAGCAGAGGAAAACGAAGCGTTCAAGGGACCAAATGTGGAC TCAGAGACAAATGAAAAGTCTTGCCTTCTCGACAACAATTCTCAAGATCA ACTTCCTATTAGTACCACAAAAACAACTGAAAATCAAACAGTAGAAGTAT CATCGTGGCGAAAAATAGTAGGTGTGGTACACACTTTCTTAGAAGAAATA ACAGCACCTCCAACTCTTGGAGCTATTGTAGGATTCCTGTTTGGTTCAGT TACATGGCTGAAAAACCTGGTGATTGGGGATGCCGCTCCTCTTAGAGTTA TTCAAGACTCTGTTAAGTTACTTGGGGATGGAACCATTCCATGCATCACT CTTATACTTGGAGGCAACCTCACACAAGGATTGAGGAAGGCAGAAGTAAA ACCATCAACTATAATAGCAGTTGTTTGCGTACGATTCATCTTTAGTCCAT TGATAGGGATTGTAATTGTTAAAACAGCAGCCAACTTAGGGTTCCTTCCA GCAGATCCTCTGTATCATTTCGTGCTAATGCTTCAGTACACCGTTCCACC AGCTATGAATATCAGTACAATGACACAATTAGTTGATGTAGCACAAGAAG AGTGTTCTGTTCTAATCATGTGGACTTATTTGGTAGCAGCATCAGCACTC ACCATTTGGTCCACTATATTCATGTGGATCTTATCATGATAA AI895508_SL CN384638_SL NP385068_SL AW036424_SL BF050774_SL TC140716_SL BG137506_SL AW030957_SL AI490866_SL TC146057_SL AI774335_SL TC140416_SL BI929514_SL BF098120_SL TC147369_SL AW618415_SL BF097130_SL AW030570_SL TC140246_SL TC147285_SL TC138430_SL BE354946_SL AW034194_SL BF051387_SL TC150456_SL TC145838_SL TC146639_SL TC150512_SL BG643467_SL TC151752_SL AW931200_SL TC151739_SL BF051019_SL TC150692_SL TC150359_SL AI488645_SL TC145908_SL TC146170_SL AW399264_SL AW617381_SL AW398505_SL TC147406_SL TC138711_SL AI895508.1 AI895508 gb AI895508.1 CN384638.1 CN384638 gb CN384638.1 AW033306.1 AW033306 gb AW033306.1 AW035515.1 AW035515 gb AW035515.1 AI486655.1 AI486655 gb AI486655.1 AI489594.1 AI489594 gb AI489594.1 AI777665.1 AI777665 gb AI777665.1 BF113794.1 BF113794 gb BF113794.1 BF113915.2 BF113915 gb BF113915.2 AW036424.1 AW036424 gb AW036424.1 BF050774.1 BF050774 gb BF050774.1 AW928884.1 AW928884 gb AW928884.1 AW929035.1 AW929035 gb AW929035.1 AW929916.1 AW929916 gb AW929916.1 AI482835.1 AI482835 gb AI482835.1 BI208747.1 BI208747 gb BI208747.1 BI205510.1 BI205510 gb BI205510.1 BI210495.1 BI210495 gb BI210495.1 AI490866.1 AI490866 gb AI490866.1 AI774335.1 AI774335 gb AI774335.1 BE458549.1 BE458549 gb BE458549.1 AW033138.1 AW033138 gb AW033138.1 BP898266.1 BP898266 gb BP898266.1 AW222875.1 AW222875 gb AW222875.1 BP881704.1 BP881704 gb BP881704.1 BI929514.1 BI929514 gb BI929514.1 BF098120.1 BF098120 gb BF098120.1 BG126727.1 BG126727 gb BG126727.1 BI926561.1 BI926561 gb BI926561.1 AW030570.1 AW030570 gb AW030570.1 AW029671.1 AW029671 gb AW029671.1 AI894706.1 AI894706 gb AI894706.1 AW218091.1 AW218091 gb AW218091.1 AW218090.1 AW218090 gb AW218090.1 AI776364.1 AI776364 gb AI776364.1 AW034204.1 AW034204 gb AW034204.1 BP910084.1 BP910084 gb BP910084.1 BF096732.1 BF096732 gb BF096732.1 BI928245.1 BI928245 gb BI928245.1 BP908810.1 BP908810 gb BP908810.1 BE354946.1 BE354946 gb BE354946.1 BF051387.1 BF051387 gb BF051387.1 BG134656.1 BG134656 gb BG134656.1 BI203962.1 BI203962 gb BI203962.1 BI210877.1 BI210877 gb BI210877.1 BI210689.1 BI210689 gb BI210689.1 BE460590.1 BE460590 gb BE460590.1 AI779544.1 AI779544 gb AI779544.1 BI930688.1 BI930688 gb BI930688.1 BI931053.1 BI931053 gb BI931053.1 BG628569.1 BG628569 gb BG628569.1 AW649841.1 AW649841 gb AW649841.1 AI778004.1 AI778004 gb AI778004.1 AW625349.1 AW625349 gb AW625349.1 BG126292.1 BG126292 gb BG126292.1 BW689300.1 BW689300 gb BW689300.1 BP882721.1 BP882721 gb BP882721.1 BP882938.1 BP882938 gb BP882938.1 BP885915.1 BP885915 gb BP885915.1 AI482864.1 AI482864 gb AI482864.1 AI482868.1 AI482868 gb AI482868.1 AI773988.1 AI773988 gb AI773988.1 BG124478.1 BG124478 gb BG124478.1 AW738524.1 AW738524 gb AW738524.1 BG126770.1 BG126770 gb BG126770.1 BG125209.1 BG125209 gb BG125209.1 BP886273.1 BP886273 gb BP886273.1 AI781761.1 AI781761 gb AI781761.1 BG643467.1 BG643467 gb BG643467.1 BI921621.1 BI921621 gb BI921621.1 AI894772.1 AI894772 gb AI894772.1 BE460159.1 BE460159 gb BE460159.1 BP910090.1 BP910090 gb BP910090.1 AW931200.1 AW931200 gb AW931200.1 BP910329.1 BP910329 gb BP910329.1 AW160103.1 AW160103 gb AW160103.1 BE450143.1 BE450143 gb BE450143.1 BP911336.1 BP911336 gb BP911336.1 BM411413.1 BM411413 gb BM411413.1 BP877404.1 BP877404 gb BP877404.1 BF051019.1 BF051019 gb BF051019.1 AI487566.1 AI487566 gb AI487566.1 AI484841.1 AI484841 gb AI484841.1 AI487892.1 AI487892 gb AI487892.1 AI771826.1 AI771826 gb AI771826.1 AI898477.1 AI898477 gb AI898477.1 AI896985.1 AI896985 gb AI896985.1 AI897839.1 AI897839 gb AI897839.1 BF112937.1 BF112937 gb BF112937.1 BF113165.1 BF113165 gb BF113165.1 AI485236.1 AI485236 gb AI485236.1 BM408825.1 BM408825 gb BM408825.1 BM410196.1 BM410196 gb BM410196.1 BI203976.1 BI203976 gb BI203976.1 BE436595.1 BE436595 gb BE436595.1 AI488645.1 AI488645 gb AI488645.1 BI925563.1 BI925563 gb BI925563.1 BI933539.1 BI933539 gb BI933539.1 AI487193.1 AI487193 gb AI487193.1 AI483404.1 AI483404 gb AI483404.1 AI484559.1 AI484559 gb AI484559.1 BF097130.1 BF097130 gb BF097130.1 AW930782.1 AW930782 gb AW930782.1 BI423005.1 BI423005 gb BI423005.1 BI932890.1 BI932890 gb BI932890.1 BI932860.1 BI932860 gb BI932860.1 BI933011.1 BI933011 gb BI933011.1 AI485172.1 AI485172 gb AI485172.1 BQ512248_ST TC114439_ST TC131895_ST TC127117_ST CV471665_ST TC127118_ST TC116301_ST TC121894_ST BE471403_ST TC125582_ST TC128424_ST CK251778_ST CK272590_ST TC121911_ST CK863926_ST CK719800_ST TC116056_ST TC130230_ST TC123153_ST TC116733_ST TC118590_ST CV494771_ST AW030957.1 AW030957 gb AW030957.1 AW034194.1 AW034194 gb AW034194.1 AI773577.1 AI773577 gb AI773577.1 BP129447_NT CV016704_NT CK297372_NB CK298303_NB CK297566_NB CK289097_NB CK295455_NB CK285786_NB BP133741_NT BP527738_NT FC15AE10 Q949K4_LYCES U240597 sgn U240597 U238329 sgn U238329 U289667 sgn U289667 U237697 sgn U237697 U273257 sgn U273257 U241331 sgn U241331 U238757 sgn U238757 U234376 sgn U234376 U278720 sgn U278720 U220613 sgn U220613 U274528 sgn U274528 U228912 sgn U228912 U239501 sgn U239501 U242921 sgn U242921 U243086 sgn U243086 U281009 sgn U281009 U226263 sgn U226263 U231166 sgn U231166 U217804 sgn U217804 U231506 sgn U231506 U212528 sgn U212528 U231359 sgn U231359 U225181 sgn U225181 U274846 sgn U274846 U230771 sgn U230771 U291562 sgn U291562 U292570 sgn U292570 U202317 sgn U202317 U275614 sgn U275614 U225597 sgn U225597 U237340 sgn U237340 U240242 sgn U240242 U225370 sgn U225370 U242416 sgn U242416 U283113 sgn U283113 U225793 sgn U225793 U234242 sgn U234242 U221932 sgn U221932 U222829 sgn U222829 U224630 sgn U224630 U236882 sgn U236882 U213903 sgn U213903 U242176 sgn U242176 U225249 sgn U225249 U235379 sgn U235379 U234771 sgn U234771 LA15DH01 FA20DH07 LC18BF03 LC13BH11 FA23DC04 FA24BF10 FA33AC06 FA34AC02 LC18BF11 LC19BD02 LC23CA03 FA08AD05 Singlet5060 Contig3106 Singlet3054 Contig7686 Singlet4141 Contig11342 Contig13092 Singlet5603 Contig9729 Contig4479 Contig6447 Singlet1440 Singlet4137 Contig14582 Contig12660 Contig7427 Singlet3976 Singlet5529 Contig10907 Singlet1617 Contig7793 Contig1287 Contig3893 Contig10240 Contig15975 Contig75 Contig4185 Contig6191 Contig11823 Contig36 SGN-U346995 SGN-U329205 SGN-U340032 SGN-U320322 SGN-U337084 SGN-U330969 SGN-U344101 SGN-U346553 SGN-U345416 SGN-U327573 SGN-U332732 SGN-U319336 SGN-U319335 SGN-U341684 SGN-U332054 SGN-U328799 SGN-U324167 SGN-U329837 SGN-U331110 SGN-U324641 SGN-U344922 SGN-U329400 SGN-U332155 SGN-U319622 SGN-U319621 SGN-U323689 SGN-U324538 SGN-U338415 SGN-U326901 SGN-U344457 SGN-U329482 SGN-U345198 SGN-U338398 CK286702_NB CV495274_ST CK246565_ST U241417 sgn U241417 U293004 sgn U293004 U229256 sgn U229256 U287257 sgn U287257 U236880 sgn U236880 genesplicer genesplicer Genesplicer_3 genesplicer 5.551476

score 5.551476

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

257 258 Genesplicer_13 genesplicer 3.950614

score 3.950614

SPLICE_SITE_TYPE donor

SEQUENCE GT

2150 2151 Genesplicer_25 genesplicer 5.840741

score 5.840741

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

4551 4552 Genesplicer_30 genesplicer 2.305796

score 2.305796

SPLICE_SITE_TYPE donor

SEQUENCE GT

5148 5149 Genesplicer_32 genesplicer 6.796368

score 6.796368

SPLICE_SITE_TYPE donor

SEQUENCE GT

5842 5843 Genesplicer_34 genesplicer 4.490857

score 4.490857

SPLICE_SITE_TYPE donor

SEQUENCE GT

6070 6071 Genesplicer_35 genesplicer 4.545136

score 4.545136

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

6124 6125 Genesplicer_40 genesplicer 6.812831

score 6.812831

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

6689 6690 Genesplicer_44 genesplicer 16.594867

score 16.594867

SPLICE_SITE_TYPE donor

SEQUENCE GT

7474 7475 Genesplicer_45 genesplicer 9.073957

score 9.073957

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

7547 7548 Genesplicer_46 genesplicer 9.10234

score 9.10234

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

7615 7616 Genesplicer_47 genesplicer 4.592002

score 4.592002

SPLICE_SITE_TYPE donor

SEQUENCE GT

7733 7734 Genesplicer_49 genesplicer 11.963542

score 11.963542

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

7816 7817 Genesplicer_51 genesplicer 7.352679

score 7.352679

SPLICE_SITE_TYPE donor

SEQUENCE GT

8085 8086 Genesplicer_53 genesplicer 3.342311

score 3.342311

SPLICE_SITE_TYPE donor

SEQUENCE GT

8265 8266 Genesplicer_55 genesplicer 3.727528

score 3.727528

SPLICE_SITE_TYPE donor

SEQUENCE GT

8409 8410 Genesplicer_58 genesplicer 4.035386

score 4.035386

SPLICE_SITE_TYPE donor

SEQUENCE GT

8575 8576 Genesplicer_60 genesplicer 8.108278

score 8.108278

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

8715 8716 Genesplicer_61 genesplicer 10.389024

score 10.389024

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

8798 8799 Genesplicer_62 genesplicer 10.042561

score 10.042561

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

8919 8920 Genesplicer_64 genesplicer 5.686753

score 5.686753

SPLICE_SITE_TYPE donor

SEQUENCE GT

9484 9485 Genesplicer_67 genesplicer 5.101554

score 5.101554

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

9708 9709 Genesplicer_75 genesplicer 6.581964

score 6.581964

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

10784 10785 Genesplicer_77 genesplicer 5.794934

score 5.794934

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

10986 10987 Genesplicer_78 genesplicer 3.594214

score 3.594214

SPLICE_SITE_TYPE donor

SEQUENCE GT

11164 11165 Genesplicer_81 genesplicer 2.30453

score 2.30453

SPLICE_SITE_TYPE donor

SEQUENCE GT

11607 11608 Genesplicer_84 genesplicer 3.983927

score 3.983927

SPLICE_SITE_TYPE donor

SEQUENCE GT

11963 11964 Genesplicer_88 genesplicer 8.547195

score 8.547195

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

12340 12341 Genesplicer_91 genesplicer 2.95835

score 2.95835

SPLICE_SITE_TYPE donor

SEQUENCE GT

13154 13155 Genesplicer_100 genesplicer 8.247153

score 8.247153

SPLICE_SITE_TYPE donor

SEQUENCE GT

13919 13920 Genesplicer_103 genesplicer 6.395684

score 6.395684

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

14198 14199 Genesplicer_105 genesplicer 5.524142

score 5.524142

SPLICE_SITE_TYPE donor

SEQUENCE GT

14443 14444 Genesplicer_106 genesplicer 2.823637

score 2.823637

SPLICE_SITE_TYPE donor

SEQUENCE GT

14517 14518 Genesplicer_109 genesplicer 8.737937

score 8.737937

SPLICE_SITE_TYPE donor

SEQUENCE GT

14746 14747 Genesplicer_110 genesplicer 4.014221

score 4.014221

SPLICE_SITE_TYPE donor

SEQUENCE GT

15003 15004 Genesplicer_112 genesplicer 7.547066

score 7.547066

SPLICE_SITE_TYPE donor

SEQUENCE GT

15312 15313 Genesplicer_113 genesplicer 2.330277

score 2.330277

SPLICE_SITE_TYPE donor

SEQUENCE GT

15450 15451 Genesplicer_117 genesplicer 3.685638

score 3.685638

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

16292 16293 Genesplicer_118 genesplicer 2.599162

score 2.599162

SPLICE_SITE_TYPE donor

SEQUENCE GT

16558 16559 Genesplicer_119 genesplicer 4.154512

score 4.154512

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

16995 16996 Genesplicer_121 genesplicer 2.675733

score 2.675733

SPLICE_SITE_TYPE donor

SEQUENCE GT

17217 17218 Genesplicer_122 genesplicer 9.893706

score 9.893706

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

17318 17319 Genesplicer_126 genesplicer 2.447032

score 2.447032

SPLICE_SITE_TYPE donor

SEQUENCE GT

17606 17607 Genesplicer_127 genesplicer 5.347942

score 5.347942

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

17683 17684 Genesplicer_128 genesplicer 9.163751

score 9.163751

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

17854 17855 Genesplicer_135 genesplicer 4.842012

score 4.842012

SPLICE_SITE_TYPE donor

SEQUENCE GT

18846 18847 Genesplicer_138 genesplicer 4.313671

score 4.313671

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

19147 19148 Genesplicer_142 genesplicer 3.977314

score 3.977314

SPLICE_SITE_TYPE donor

SEQUENCE GT

19885 19886 Genesplicer_143 genesplicer 7.772827

score 7.772827

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

19966 19967 Genesplicer_149 genesplicer 14.573372

score 14.573372

SPLICE_SITE_TYPE donor

SEQUENCE GT

20386 20387 Genesplicer_151 genesplicer 8.256493

score 8.256493

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

20947 20948 Genesplicer_153 genesplicer 3.220422

score 3.220422

SPLICE_SITE_TYPE donor

SEQUENCE GT

21186 21187 Genesplicer_156 genesplicer 2.714621

score 2.714621

SPLICE_SITE_TYPE donor

SEQUENCE GT

21411 21412 Genesplicer_159 genesplicer 11.041105

score 11.041105

SPLICE_SITE_TYPE donor

SEQUENCE GT

21757 21758 Genesplicer_160 genesplicer 5.057011

score 5.057011

SPLICE_SITE_TYPE donor

SEQUENCE GT

21934 21935 Genesplicer_161 genesplicer 9.673574

score 9.673574

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

22012 22013 Genesplicer_164 genesplicer 5.44457

score 5.44457

SPLICE_SITE_TYPE donor

SEQUENCE GT

22235 22236 Genesplicer_165 genesplicer 4.542169

score 4.542169

SPLICE_SITE_TYPE donor

SEQUENCE GT

22328 22329 Genesplicer_166 genesplicer 3.775637

score 3.775637

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

22340 22341 Genesplicer_167 genesplicer 5.292736

score 5.292736

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

22416 22417 Genesplicer_168 genesplicer 4.28865

score 4.28865

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

22625 22626 Genesplicer_171 genesplicer 7.177904

score 7.177904

SPLICE_SITE_TYPE donor

SEQUENCE GT

22755 22756 Genesplicer_172 genesplicer 11.065679

score 11.065679

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

22893 22894 Genesplicer_174 genesplicer 7.546685

score 7.546685

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

23037 23038 Genesplicer_176 genesplicer 5.533043

score 5.533043

SPLICE_SITE_TYPE donor

SEQUENCE GT

23488 23489 Genesplicer_180 genesplicer 5.005985

score 5.005985

SPLICE_SITE_TYPE donor

SEQUENCE GT

23617 23618 Genesplicer_183 genesplicer 4.037145

score 4.037145

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

23946 23947 Genesplicer_184 genesplicer 4.186686

score 4.186686

SPLICE_SITE_TYPE donor

SEQUENCE GT

23993 23994 Genesplicer_188 genesplicer 6.578444

score 6.578444

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

24289 24290 Genesplicer_189 genesplicer 3.59393

score 3.59393

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

24422 24423 Genesplicer_193 genesplicer 8.967833

score 8.967833

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

24960 24961 Genesplicer_195 genesplicer 6.389906

score 6.389906

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

25141 25142 Genesplicer_196 genesplicer 3.93007

score 3.93007

SPLICE_SITE_TYPE donor

SEQUENCE GT

25447 25448 Genesplicer_197 genesplicer 3.945452

score 3.945452

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

25568 25569 Genesplicer_208 genesplicer 6.046367

score 6.046367

SPLICE_SITE_TYPE donor

SEQUENCE GT

26496 26497 Genesplicer_211 genesplicer 3.539541

score 3.539541

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

26848 26849 Genesplicer_212 genesplicer 5.702799

score 5.702799

SPLICE_SITE_TYPE donor

SEQUENCE GT

26886 26887 Genesplicer_213 genesplicer 3.448039

score 3.448039

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

27010 27011 Genesplicer_214 genesplicer 3.162722

score 3.162722

SPLICE_SITE_TYPE donor

SEQUENCE GT

27055 27056 Genesplicer_215 genesplicer 3.532923

score 3.532923

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

27095 27096 Genesplicer_216 genesplicer 4.904607

score 4.904607

SPLICE_SITE_TYPE donor

SEQUENCE GT

27772 27773 Genesplicer_218 genesplicer 5.778518

score 5.778518

SPLICE_SITE_TYPE donor

SEQUENCE GT

28078 28079 Genesplicer_222 genesplicer 4.223119

score 4.223119

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

28463 28464 Genesplicer_223 genesplicer 2.76372

score 2.76372

SPLICE_SITE_TYPE donor

SEQUENCE GT

28578 28579 Genesplicer_224 genesplicer 5.138348

score 5.138348

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

28621 28622 Genesplicer_225 genesplicer 3.639217

score 3.639217

SPLICE_SITE_TYPE donor

SEQUENCE GT

28722 28723 Genesplicer_226 genesplicer 6.615402

score 6.615402

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

28769 28770 Genesplicer_227 genesplicer 2.28

score 2.28

SPLICE_SITE_TYPE donor

SEQUENCE GT

28858 28859 Genesplicer_228 genesplicer 3.944804

score 3.944804

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

28880 28881 Genesplicer_232 genesplicer 3.041601

score 3.041601

SPLICE_SITE_TYPE donor

SEQUENCE GT

29615 29616 Genesplicer_233 genesplicer 2.307406

score 2.307406

SPLICE_SITE_TYPE donor

SEQUENCE GT

29798 29799 Genesplicer_236 genesplicer 3.428463

score 3.428463

SPLICE_SITE_TYPE donor

SEQUENCE GT

30308 30309 Genesplicer_238 genesplicer 7.265442

score 7.265442

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

30421 30422 Genesplicer_242 genesplicer 6.774561

score 6.774561

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

30879 30880 Genesplicer_243 genesplicer 5.836294

score 5.836294

SPLICE_SITE_TYPE donor

SEQUENCE GT

30959 30960 Genesplicer_244 genesplicer 8.737166

score 8.737166

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

31195 31196 Genesplicer_246 genesplicer 3.636582

score 3.636582

SPLICE_SITE_TYPE donor

SEQUENCE GT

31319 31320 Genesplicer_248 genesplicer 2.558548

score 2.558548

SPLICE_SITE_TYPE donor

SEQUENCE GT

31525 31526 Genesplicer_249 genesplicer 4.729237

score 4.729237

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

31638 31639 Genesplicer_250 genesplicer 4.477333

score 4.477333

SPLICE_SITE_TYPE donor

SEQUENCE GT

31781 31782 Genesplicer_251 genesplicer 6.202339

score 6.202339

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

31882 31883 Genesplicer_252 genesplicer 3.038253

score 3.038253

SPLICE_SITE_TYPE donor

SEQUENCE GT

31938 31939 Genesplicer_253 genesplicer 11.811297

score 11.811297

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

32034 32035 Genesplicer_255 genesplicer 12.569689

score 12.569689

SPLICE_SITE_TYPE donor

SEQUENCE GT

32143 32144 Genesplicer_256 genesplicer 2.307525

score 2.307525

SPLICE_SITE_TYPE donor

SEQUENCE GT

32276 32277 Genesplicer_257 genesplicer 5.750045

score 5.750045

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

32297 32298 Genesplicer_258 genesplicer 8.39546

score 8.39546

SPLICE_SITE_TYPE donor

SEQUENCE GT

32348 32349 Genesplicer_260 genesplicer 3.822479

score 3.822479

SPLICE_SITE_TYPE donor

SEQUENCE GT

33021 33022 Genesplicer_261 genesplicer 2.363875

score 2.363875

SPLICE_SITE_TYPE donor

SEQUENCE GT

33125 33126 Genesplicer_262 genesplicer 2.450304

score 2.450304

SPLICE_SITE_TYPE donor

SEQUENCE GT

33267 33268 Genesplicer_263 genesplicer 10.656956

score 10.656956

SPLICE_SITE_TYPE donor

SEQUENCE GT

33665 33666 Genesplicer_265 genesplicer 8.427412

score 8.427412

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

33770 33771 Genesplicer_266 genesplicer 6.695701

score 6.695701

SPLICE_SITE_TYPE donor

SEQUENCE GT

33819 33820 Genesplicer_267 genesplicer 8.054326

score 8.054326

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

33933 33934 Genesplicer_268 genesplicer 4.315647

score 4.315647

SPLICE_SITE_TYPE donor

SEQUENCE GT

34218 34219 Genesplicer_269 genesplicer 6.207764

score 6.207764

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

34343 34344 Genesplicer_271 genesplicer 5.812137

score 5.812137

SPLICE_SITE_TYPE donor

SEQUENCE GT

34627 34628 Genesplicer_272 genesplicer 5.581889

score 5.581889

SPLICE_SITE_TYPE donor

SEQUENCE GT

34697 34698 Genesplicer_273 genesplicer 7.549014

score 7.549014

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

34775 34776 Genesplicer_274 genesplicer 2.541737

score 2.541737

SPLICE_SITE_TYPE donor

SEQUENCE GT

35082 35083 Genesplicer_276 genesplicer 10.318758

score 10.318758

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

35205 35206 Genesplicer_277 genesplicer 4.36262

score 4.36262

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

35635 35636 Genesplicer_278 genesplicer 5.169407

score 5.169407

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

35794 35795 Genesplicer_279 genesplicer 6.987398

score 6.987398

SPLICE_SITE_TYPE donor

SEQUENCE GT

35870 35871 Genesplicer_280 genesplicer 9.693349

score 9.693349

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

35917 35918 Genesplicer_281 genesplicer 5.241456

score 5.241456

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

36040 36041 Genesplicer_284 genesplicer 4.045318

score 4.045318

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

36413 36414 Genesplicer_286 genesplicer 6.544678

score 6.544678

SPLICE_SITE_TYPE donor

SEQUENCE GT

36527 36528 Genesplicer_288 genesplicer 4.919259

score 4.919259

SPLICE_SITE_TYPE donor

SEQUENCE GT

36647 36648 Genesplicer_289 genesplicer 4.549619

score 4.549619

SPLICE_SITE_TYPE donor

SEQUENCE GT

36754 36755 Genesplicer_290 genesplicer 6.547813

score 6.547813

SPLICE_SITE_TYPE donor

SEQUENCE GT

36862 36863 Genesplicer_292 genesplicer 5.390082

score 5.390082

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

36962 36963 Genesplicer_293 genesplicer 10.768187

score 10.768187

SPLICE_SITE_TYPE donor

SEQUENCE GT

37073 37074 Genesplicer_294 genesplicer 4.05703

score 4.05703

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

37206 37207 Genesplicer_296 genesplicer 9.117436

score 9.117436

SPLICE_SITE_TYPE donor

SEQUENCE GT

37350 37351 Genesplicer_298 genesplicer 8.110618

score 8.110618

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

37511 37512 Genesplicer_299 genesplicer 6.890166

score 6.890166

SPLICE_SITE_TYPE donor

SEQUENCE GT

37665 37666 Genesplicer_300 genesplicer 5.097285

score 5.097285

SPLICE_SITE_TYPE donor

SEQUENCE GT

37755 37756 Genesplicer_301 genesplicer 3.3637

score 3.3637

SPLICE_SITE_TYPE donor

SEQUENCE GT

37972 37973 Genesplicer_303 genesplicer 10.070432

score 10.070432

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

38199 38200 Genesplicer_304 genesplicer 4.404856

score 4.404856

SPLICE_SITE_TYPE donor

SEQUENCE GT

38511 38512 Genesplicer_306 genesplicer 4.330619

score 4.330619

SPLICE_SITE_TYPE donor

SEQUENCE GT

38973 38974 Genesplicer_312 genesplicer 4.031147

score 4.031147

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

39732 39733 Genesplicer_315 genesplicer 7.048939

score 7.048939

SPLICE_SITE_TYPE donor

SEQUENCE GT

40396 40397 Genesplicer_317 genesplicer 5.382846

score 5.382846

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

40600 40601 Genesplicer_318 genesplicer 3.220226

score 3.220226

SPLICE_SITE_TYPE donor

SEQUENCE GT

40639 40640 Genesplicer_322 genesplicer 4.785898

score 4.785898

SPLICE_SITE_TYPE donor

SEQUENCE GT

41024 41025 Genesplicer_324 genesplicer 2.763889

score 2.763889

SPLICE_SITE_TYPE donor

SEQUENCE GT

41476 41477 Genesplicer_327 genesplicer 4.178763

score 4.178763

SPLICE_SITE_TYPE donor

SEQUENCE GT

41587 41588 Genesplicer_328 genesplicer 5.887813

score 5.887813

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

41642 41643 Genesplicer_329 genesplicer 3.481232

score 3.481232

SPLICE_SITE_TYPE donor

SEQUENCE GT

41793 41794 Genesplicer_331 genesplicer 3.614143

score 3.614143

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

42003 42004 Genesplicer_335 genesplicer 5.630964

score 5.630964

SPLICE_SITE_TYPE donor

SEQUENCE GT

42503 42504 Genesplicer_336 genesplicer 3.883772

score 3.883772

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

42577 42578 Genesplicer_338 genesplicer 7.435907

score 7.435907

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

42717 42718 Genesplicer_339 genesplicer 6.95321

score 6.95321

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

42834 42835 Genesplicer_340 genesplicer 5.049668

score 5.049668

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

42987 42988 Genesplicer_341 genesplicer 4.144966

score 4.144966

SPLICE_SITE_TYPE donor

SEQUENCE GT

43080 43081 Genesplicer_343 genesplicer 2.248424

score 2.248424

SPLICE_SITE_TYPE donor

SEQUENCE GT

43388 43389 Genesplicer_344 genesplicer 5.079734

score 5.079734

SPLICE_SITE_TYPE donor

SEQUENCE GT

43479 43480 Genesplicer_347 genesplicer 3.308931

score 3.308931

SPLICE_SITE_TYPE donor

SEQUENCE GT

43895 43896 Genesplicer_348 genesplicer 5.34896

score 5.34896

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

44112 44113 Genesplicer_349 genesplicer 2.272925

score 2.272925

SPLICE_SITE_TYPE donor

SEQUENCE GT

44144 44145 Genesplicer_350 genesplicer 4.41137

score 4.41137

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

44227 44228 Genesplicer_351 genesplicer 12.38769

score 12.38769

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

44376 44377 Genesplicer_353 genesplicer 3.403732

score 3.403732

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

44715 44716 Genesplicer_354 genesplicer 4.552893

score 4.552893

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

44780 44781 Genesplicer_355 genesplicer 7.19824

score 7.19824

SPLICE_SITE_TYPE donor

SEQUENCE GT

44924 44925 Genesplicer_356 genesplicer 8.437392

score 8.437392

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

44968 44969 Genesplicer_357 genesplicer 4.78492

score 4.78492

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

45103 45104 Genesplicer_358 genesplicer 3.460497

score 3.460497

SPLICE_SITE_TYPE donor

SEQUENCE GT

45183 45184 Genesplicer_359 genesplicer 10.640284

score 10.640284

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

45212 45213 Genesplicer_365 genesplicer 6.550765

score 6.550765

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

45838 45839 Genesplicer_368 genesplicer 3.452126

score 3.452126

SPLICE_SITE_TYPE donor

SEQUENCE GT

46143 46144 Genesplicer_369 genesplicer 2.653625

score 2.653625

SPLICE_SITE_TYPE donor

SEQUENCE GT

46213 46214 Genesplicer_370 genesplicer 9.457771

score 9.457771

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

46246 46247 Genesplicer_371 genesplicer 2.986385

score 2.986385

SPLICE_SITE_TYPE donor

SEQUENCE GT

46279 46280 Genesplicer_372 genesplicer 5.08329

score 5.08329

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

46323 46324 Genesplicer_374 genesplicer 4.866474

score 4.866474

SPLICE_SITE_TYPE donor

SEQUENCE GT

46461 46462 Genesplicer_375 genesplicer 3.903639

score 3.903639

SPLICE_SITE_TYPE donor

SEQUENCE GT

46559 46560 Genesplicer_376 genesplicer 3.35848

score 3.35848

SPLICE_SITE_TYPE donor

SEQUENCE GT

47007 47008 Genesplicer_381 genesplicer 4.892675

score 4.892675

SPLICE_SITE_TYPE donor

SEQUENCE GT

47444 47445 Genesplicer_382 genesplicer 4.175765

score 4.175765

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

47536 47537 Genesplicer_386 genesplicer 4.593965

score 4.593965

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

48495 48496 Genesplicer_388 genesplicer 4.64157

score 4.64157

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

48701 48702 Genesplicer_389 genesplicer 3.012837

score 3.012837

SPLICE_SITE_TYPE donor

SEQUENCE GT

49107 49108 Genesplicer_391 genesplicer 9.462179

score 9.462179

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

49229 49230 Genesplicer_392 genesplicer 8.796928

score 8.796928

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

49344 49345 Genesplicer_393 genesplicer 10.209703

score 10.209703

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

49452 49453 Genesplicer_395 genesplicer 6.09475

score 6.09475

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

49751 49752 Genesplicer_396 genesplicer 8.645542

score 8.645542

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

49858 49859 Genesplicer_397 genesplicer 10.240928

score 10.240928

SPLICE_SITE_TYPE donor

SEQUENCE GT

50248 50249 Genesplicer_398 genesplicer 2.692065

score 2.692065

SPLICE_SITE_TYPE donor

SEQUENCE GT

50313 50314 Genesplicer_401 genesplicer 4.255226

score 4.255226

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

51045 51046 Genesplicer_402 genesplicer 3.594751

score 3.594751

SPLICE_SITE_TYPE donor

SEQUENCE GT

51076 51077 Genesplicer_403 genesplicer 8.322255

score 8.322255

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

51291 51292 Genesplicer_404 genesplicer 7.268431

score 7.268431

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

51379 51380 Genesplicer_406 genesplicer 7.50144

score 7.50144

SPLICE_SITE_TYPE donor

SEQUENCE GT

52474 52475 Genesplicer_407 genesplicer 5.298662

score 5.298662

SPLICE_SITE_TYPE donor

SEQUENCE GT

52553 52554 Genesplicer_408 genesplicer 9.379541

score 9.379541

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

52662 52663 Genesplicer_409 genesplicer 3.771639

score 3.771639

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

52775 52776 Genesplicer_410 genesplicer 8.746044

score 8.746044

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

52889 52890 Genesplicer_412 genesplicer 10.493724

score 10.493724

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

53135 53136 Genesplicer_414 genesplicer 11.21995

score 11.21995

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

53814 53815 Genesplicer_415 genesplicer 10.999711

score 10.999711

SPLICE_SITE_TYPE donor

SEQUENCE GT

54035 54036 Genesplicer_418 genesplicer 5.640663

score 5.640663

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

54147 54148 Genesplicer_419 genesplicer 4.851217

score 4.851217

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

54336 54337 Genesplicer_420 genesplicer 3.426908

score 3.426908

SPLICE_SITE_TYPE donor

SEQUENCE GT

54564 54565 Genesplicer_421 genesplicer 6.609913

score 6.609913

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

55237 55238 Genesplicer_422 genesplicer 6.523947

score 6.523947

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

55578 55579 Genesplicer_424 genesplicer 4.105851

score 4.105851

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

55739 55740 Genesplicer_427 genesplicer 5.322683

score 5.322683

SPLICE_SITE_TYPE donor

SEQUENCE GT

56349 56350 Genesplicer_430 genesplicer 4.773585

score 4.773585

SPLICE_SITE_TYPE donor

SEQUENCE GT

56616 56617 Genesplicer_431 genesplicer 7.709477

score 7.709477

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

56859 56860 Genesplicer_432 genesplicer 7.12527

score 7.12527

SPLICE_SITE_TYPE donor

SEQUENCE GT

57091 57092 Genesplicer_434 genesplicer 5.338543

score 5.338543

SPLICE_SITE_TYPE donor

SEQUENCE GT

57359 57360 Genesplicer_435 genesplicer 3.454573

score 3.454573

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

57617 57618 Genesplicer_437 genesplicer 3.998917

score 3.998917

SPLICE_SITE_TYPE donor

SEQUENCE GT

57914 57915 Genesplicer_438 genesplicer 6.629532

score 6.629532

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

57989 57990 Genesplicer_439 genesplicer 5.238278

score 5.238278

SPLICE_SITE_TYPE donor

SEQUENCE GT

57991 57992 Genesplicer_440 genesplicer 4.121195

score 4.121195

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

58078 58079 Genesplicer_441 genesplicer 8.681652

score 8.681652

SPLICE_SITE_TYPE donor

SEQUENCE GT

58152 58153 Genesplicer_442 genesplicer 5.614794

score 5.614794

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

58223 58224 Genesplicer_444 genesplicer 6.450908

score 6.450908

SPLICE_SITE_TYPE donor

SEQUENCE GT

58324 58325 Genesplicer_445 genesplicer 10.999102

score 10.999102

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

58447 58448 Genesplicer_446 genesplicer 4.213493

score 4.213493

SPLICE_SITE_TYPE donor

SEQUENCE GT

58518 58519 Genesplicer_447 genesplicer 6.881673

score 6.881673

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

58592 58593 Genesplicer_448 genesplicer 5.840194

score 5.840194

SPLICE_SITE_TYPE donor

SEQUENCE GT

58709 58710 Genesplicer_449 genesplicer 8.441294

score 8.441294

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

58797 58798 Genesplicer_451 genesplicer 4.867451

score 4.867451

SPLICE_SITE_TYPE donor

SEQUENCE GT

59241 59242 Genesplicer_452 genesplicer 2.692843

score 2.692843

SPLICE_SITE_TYPE donor

SEQUENCE GT

59359 59360 Genesplicer_454 genesplicer 12.745817

score 12.745817

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

59499 59500 Genesplicer_455 genesplicer 5.515431

score 5.515431

SPLICE_SITE_TYPE donor

SEQUENCE GT

59570 59571 Genesplicer_456 genesplicer 3.885442

score 3.885442

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

59718 59719 Genesplicer_458 genesplicer 5.688812

score 5.688812

SPLICE_SITE_TYPE donor

SEQUENCE GT

60066 60067 Genesplicer_459 genesplicer 5.135284

score 5.135284

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

60152 60153 Genesplicer_460 genesplicer 5.13183

score 5.13183

SPLICE_SITE_TYPE donor

SEQUENCE GT

60196 60197 Genesplicer_461 genesplicer 12.554277

score 12.554277

SPLICE_SITE_TYPE donor

SEQUENCE GT

60489 60490 Genesplicer_463 genesplicer 15.560336

score 15.560336

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

60687 60688 Genesplicer_464 genesplicer 9.04359

score 9.04359

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

61663 61664 Genesplicer_466 genesplicer 5.163208

score 5.163208

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

61826 61827 Genesplicer_467 genesplicer 7.230109

score 7.230109

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

62098 62099 Genesplicer_468 genesplicer 2.404308

score 2.404308

SPLICE_SITE_TYPE donor

SEQUENCE GT

62116 62117 Genesplicer_473 genesplicer 2.876471

score 2.876471

SPLICE_SITE_TYPE donor

SEQUENCE GT

62810 62811 Genesplicer_474 genesplicer 8.639896

score 8.639896

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

62903 62904 Genesplicer_475 genesplicer 6.794982

score 6.794982

SPLICE_SITE_TYPE donor

SEQUENCE GT

63017 63018 Genesplicer_478 genesplicer 6.224562

score 6.224562

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

63486 63487 Genesplicer_480 genesplicer 3.444257

score 3.444257

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

63711 63712 Genesplicer_481 genesplicer 5.369861

score 5.369861

SPLICE_SITE_TYPE donor

SEQUENCE GT

63815 63816 Genesplicer_482 genesplicer 6.077467

score 6.077467

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

63922 63923 Genesplicer_483 genesplicer 4.362136

score 4.362136

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

64048 64049 Genesplicer_485 genesplicer 4.700021

score 4.700021

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

64276 64277 Genesplicer_487 genesplicer 7.238914

score 7.238914

SPLICE_SITE_TYPE donor

SEQUENCE GT

64992 64993 Genesplicer_489 genesplicer 8.520195

score 8.520195

SPLICE_SITE_TYPE donor

SEQUENCE GT

65095 65096 Genesplicer_493 genesplicer 4.440365

score 4.440365

SPLICE_SITE_TYPE donor

SEQUENCE GT

65881 65882 Genesplicer_494 genesplicer 3.613829

score 3.613829

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

65908 65909 Genesplicer_496 genesplicer 9.205929

score 9.205929

SPLICE_SITE_TYPE donor

SEQUENCE GT

66017 66018 Genesplicer_500 genesplicer 3.783588

score 3.783588

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

66276 66277 Genesplicer_503 genesplicer 4.394897

score 4.394897

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

66586 66587 Genesplicer_506 genesplicer 5.919842

score 5.919842

SPLICE_SITE_TYPE donor

SEQUENCE GT

66968 66969 Genesplicer_509 genesplicer 2.794532

score 2.794532

SPLICE_SITE_TYPE donor

SEQUENCE GT

67654 67655 Genesplicer_511 genesplicer 4.210103

score 4.210103

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

67994 67995 Genesplicer_513 genesplicer 4.96542

score 4.96542

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

68122 68123 Genesplicer_523 genesplicer 4.496644

score 4.496644

SPLICE_SITE_TYPE donor

SEQUENCE GT

69452 69453 Genesplicer_525 genesplicer 5.479751

score 5.479751

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

69777 69778 Genesplicer_529 genesplicer 2.59406

score 2.59406

SPLICE_SITE_TYPE donor

SEQUENCE GT

70539 70540 Genesplicer_530 genesplicer 7.966443

score 7.966443

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

70632 70633 Genesplicer_531 genesplicer 3.38224

score 3.38224

SPLICE_SITE_TYPE donor

SEQUENCE GT

70852 70853 Genesplicer_532 genesplicer 5.13504

score 5.13504

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

71007 71008 Genesplicer_535 genesplicer 5.297793

score 5.297793

SPLICE_SITE_TYPE donor

SEQUENCE GT

71246 71247 Genesplicer_536 genesplicer 3.484655

score 3.484655

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

71549 71550 Genesplicer_537 genesplicer 3.491321

score 3.491321

SPLICE_SITE_TYPE donor

SEQUENCE GT

71870 71871 Genesplicer_543 genesplicer 4.526451

score 4.526451

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

72665 72666 Genesplicer_548 genesplicer 6.798009

score 6.798009

SPLICE_SITE_TYPE donor

SEQUENCE GT

73065 73066 Genesplicer_549 genesplicer 6.872443

score 6.872443

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

73169 73170 Genesplicer_550 genesplicer 3.436603

score 3.436603

SPLICE_SITE_TYPE donor

SEQUENCE GT

73217 73218 Genesplicer_554 genesplicer 5.389715

score 5.389715

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

74192 74193 Genesplicer_556 genesplicer 10.098996

score 10.098996

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

74553 74554 Genesplicer_559 genesplicer 7.775228

score 7.775228

SPLICE_SITE_TYPE donor

SEQUENCE GT

74927 74928 Genesplicer_562 genesplicer 7.808476

score 7.808476

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

75248 75249 Genesplicer_563 genesplicer 4.402592

score 4.402592

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

75323 75324 Genesplicer_568 genesplicer 5.558097

score 5.558097

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

75713 75714 Genesplicer_569 genesplicer 6.889565

score 6.889565

SPLICE_SITE_TYPE donor

SEQUENCE GT

75762 75763 Genesplicer_572 genesplicer 3.886984

score 3.886984

SPLICE_SITE_TYPE donor

SEQUENCE GT

76094 76095 Genesplicer_574 genesplicer 20.204763

score 20.204763

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

76172 76173 Genesplicer_575 genesplicer 8.439067

score 8.439067

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

76295 76296 Genesplicer_578 genesplicer 5.052934

score 5.052934

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

76483 76484 Genesplicer_579 genesplicer 8.033407

score 8.033407

SPLICE_SITE_TYPE donor

SEQUENCE GT

76633 76634 Genesplicer_584 genesplicer 5.111213

score 5.111213

SPLICE_SITE_TYPE donor

SEQUENCE GT

77375 77376 Genesplicer_585 genesplicer 4.275298

score 4.275298

SPLICE_SITE_TYPE donor

SEQUENCE GT

77552 77553 Genesplicer_588 genesplicer 6.850882

score 6.850882

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

77794 77795 Genesplicer_589 genesplicer 3.337202

score 3.337202

SPLICE_SITE_TYPE donor

SEQUENCE GT

77881 77882 Genesplicer_592 genesplicer 5.092481

score 5.092481

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

78177 78178 Genesplicer_593 genesplicer 3.45329

score 3.45329

SPLICE_SITE_TYPE donor

SEQUENCE GT

78292 78293 Genesplicer_594 genesplicer 5.802764

score 5.802764

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

78361 78362 Genesplicer_595 genesplicer 2.892813

score 2.892813

SPLICE_SITE_TYPE donor

SEQUENCE GT

78580 78581 Genesplicer_596 genesplicer 3.753561

score 3.753561

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

78606 78607 Genesplicer_597 genesplicer 4.382225

score 4.382225

SPLICE_SITE_TYPE donor

SEQUENCE GT

78908 78909 Genesplicer_598 genesplicer 13.163462

score 13.163462

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

79028 79029 Genesplicer_599 genesplicer 3.516797

score 3.516797

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

79781 79782 Genesplicer_600 genesplicer 3.612987

score 3.612987

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

79914 79915 Genesplicer_601 genesplicer 4.565932

score 4.565932

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

79995 79996 Genesplicer_602 genesplicer 5.692506

score 5.692506

SPLICE_SITE_TYPE donor

SEQUENCE GT

80383 80384 Genesplicer_603 genesplicer 13.143087

score 13.143087

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

80466 80467 Genesplicer_604 genesplicer 5.419483

score 5.419483

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

80690 80691 Genesplicer_606 genesplicer 9.597561

score 9.597561

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

80917 80918 Genesplicer_607 genesplicer 8.803341

score 8.803341

SPLICE_SITE_TYPE donor

SEQUENCE GT

80951 80952 Genesplicer_608 genesplicer 7.21675

score 7.21675

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

81034 81035 Genesplicer_609 genesplicer 5.742339

score 5.742339

SPLICE_SITE_TYPE donor

SEQUENCE GT

81457 81458 Genesplicer_611 genesplicer 5.679785

score 5.679785

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

81678 81679 Genesplicer_612 genesplicer 8.497255

score 8.497255

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

82085 82086 Genesplicer_613 genesplicer 6.701562

score 6.701562

SPLICE_SITE_TYPE donor

SEQUENCE GT

82256 82257 Genesplicer_614 genesplicer 5.560945

score 5.560945

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

82317 82318 Genesplicer_617 genesplicer 5.341703

score 5.341703

SPLICE_SITE_TYPE donor

SEQUENCE GT

82601 82602 Genesplicer_621 genesplicer 8.432225

score 8.432225

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

82993 82994 Genesplicer_626 genesplicer 15.68035

score 15.68035

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

84063 84064 Genesplicer_627 genesplicer 6.056198

score 6.056198

SPLICE_SITE_TYPE donor

SEQUENCE GT

84136 84137 Genesplicer_628 genesplicer 3.189641

score 3.189641

SPLICE_SITE_TYPE donor

SEQUENCE GT

84322 84323 Genesplicer_632 genesplicer 4.587662

score 4.587662

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

84877 84878 Genesplicer_636 genesplicer 2.33783

score 2.33783

SPLICE_SITE_TYPE donor

SEQUENCE GT

85644 85645 Genesplicer_637 genesplicer 4.05823

score 4.05823

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

85741 85742 Genesplicer_638 genesplicer 2.834367

score 2.834367

SPLICE_SITE_TYPE donor

SEQUENCE GT

85921 85922 Genesplicer_643 genesplicer 3.41408

score 3.41408

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

87235 87236 Genesplicer_647 genesplicer 3.603576

score 3.603576

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

87954 87955 Genesplicer_649 genesplicer 4.889527

score 4.889527

SPLICE_SITE_TYPE donor

SEQUENCE GT

88255 88256 Genesplicer_651 genesplicer 2.477995

score 2.477995

SPLICE_SITE_TYPE donor

SEQUENCE GT

88582 88583 Genesplicer_652 genesplicer 5.265531

score 5.265531

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

88640 88641 Genesplicer_654 genesplicer 6.881195

score 6.881195

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

88787 88788 Genesplicer_657 genesplicer 7.58699

score 7.58699

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

89313 89314 Genesplicer_658 genesplicer 3.708616

score 3.708616

SPLICE_SITE_TYPE donor

SEQUENCE GT

89316 89317 Genesplicer_665 genesplicer 2.610176

score 2.610176

SPLICE_SITE_TYPE donor

SEQUENCE GT

89983 89984 Genesplicer_667 genesplicer 6.653461

score 6.653461

SPLICE_SITE_TYPE donor

SEQUENCE GT

90377 90378 Genesplicer_672 genesplicer 4.526051

score 4.526051

SPLICE_SITE_TYPE donor

SEQUENCE GT

90939 90940 Genesplicer_674 genesplicer 8.61649

score 8.61649

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

91046 91047 Genesplicer_675 genesplicer 3.943038

score 3.943038

SPLICE_SITE_TYPE donor

SEQUENCE GT

91118 91119 Genesplicer_676 genesplicer 5.705812

score 5.705812

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

91204 91205 Genesplicer_677 genesplicer 6.23765

score 6.23765

SPLICE_SITE_TYPE donor

SEQUENCE GT

91276 91277 Genesplicer_678 genesplicer 6.098279

score 6.098279

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

91362 91363 Genesplicer_679 genesplicer 3.136165

score 3.136165

SPLICE_SITE_TYPE donor

SEQUENCE GT

91434 91435 Genesplicer_681 genesplicer 10.331511

score 10.331511

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

91543 91544 Genesplicer_682 genesplicer 10.584796

score 10.584796

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

91739 91740 Genesplicer_683 genesplicer 2.856411

score 2.856411

SPLICE_SITE_TYPE donor

SEQUENCE GT

91861 91862 Genesplicer_690 genesplicer 6.210193

score 6.210193

SPLICE_SITE_TYPE donor

SEQUENCE GT

92428 92429 Genesplicer_702 genesplicer 5.591937

score 5.591937

SPLICE_SITE_TYPE donor

SEQUENCE GT

93712 93713 Genesplicer_703 genesplicer 15.47034

score 15.47034

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

93793 93794 Genesplicer_704 genesplicer 9.094501

score 9.094501

SPLICE_SITE_TYPE donor

SEQUENCE GT

93936 93937 Genesplicer_705 genesplicer 8.812662

score 8.812662

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

94026 94027 Genesplicer_706 genesplicer 9.833807

score 9.833807

SPLICE_SITE_TYPE donor

SEQUENCE GT

94186 94187 Genesplicer_707 genesplicer 5.388673

score 5.388673

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

94371 94372 Genesplicer_708 genesplicer 8.552596

score 8.552596

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

94478 94479 Genesplicer_709 genesplicer 9.362575

score 9.362575

SPLICE_SITE_TYPE donor

SEQUENCE GT

94665 94666 Genesplicer_711 genesplicer 5.880525

score 5.880525

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

95011 95012 Genesplicer_712 genesplicer 6.77486

score 6.77486

SPLICE_SITE_TYPE donor

SEQUENCE GT

95069 95070 Genesplicer_713 genesplicer 5.908946

score 5.908946

SPLICE_SITE_TYPE donor

SEQUENCE GT

95206 95207 Genesplicer_714 genesplicer 7.927434

score 7.927434

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

95269 95270 Genesplicer_718 genesplicer 4.265038

score 4.265038

SPLICE_SITE_TYPE donor

SEQUENCE GT

95851 95852 Genesplicer_719 genesplicer 6.648744

score 6.648744

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

96181 96182 Genesplicer_720 genesplicer 7.291414

score 7.291414

SPLICE_SITE_TYPE donor

SEQUENCE GT

96306 96307 Genesplicer_721 genesplicer 5.444175

score 5.444175

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

96473 96474 Genesplicer_722 genesplicer 8.637396

score 8.637396

SPLICE_SITE_TYPE donor

SEQUENCE GT

96639 96640 Genesplicer_723 genesplicer 6.470716

score 6.470716

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

96737 96738 Genesplicer_724 genesplicer 5.980599

score 5.980599

SPLICE_SITE_TYPE donor

SEQUENCE GT

96980 96981 Genesplicer_726 genesplicer 3.388234

score 3.388234

SPLICE_SITE_TYPE donor

SEQUENCE GT

97484 97485 Genesplicer_728 genesplicer 4.875892

score 4.875892

SPLICE_SITE_TYPE donor

SEQUENCE GT

97664 97665 Genesplicer_729 genesplicer 10.619748

score 10.619748

SPLICE_SITE_TYPE donor

SEQUENCE GT

97822 97823 Genesplicer_730 genesplicer 8.120593

score 8.120593

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

97845 97846 Genesplicer_731 genesplicer 5.889939

score 5.889939

SPLICE_SITE_TYPE donor

SEQUENCE GT

97976 97977 Genesplicer_732 genesplicer 11.615404

score 11.615404

SPLICE_SITE_TYPE donor

SEQUENCE GT

98124 98125 Genesplicer_734 genesplicer 3.592449

score 3.592449

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

98433 98434 Genesplicer_735 genesplicer 6.984902

score 6.984902

SPLICE_SITE_TYPE donor

SEQUENCE GT

98578 98579 Genesplicer_736 genesplicer 5.886702

score 5.886702

SPLICE_SITE_TYPE donor

SEQUENCE GT

98653 98654 Genesplicer_737 genesplicer 6.55589

score 6.55589

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

98731 98732 Genesplicer_738 genesplicer 5.775913

score 5.775913

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

99122 99123 Genesplicer_740 genesplicer 12.47652

score 12.47652

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

99352 99353 Genesplicer_743 genesplicer 2.7376

score 2.7376

SPLICE_SITE_TYPE donor

SEQUENCE GT

99857 99858 Genesplicer_744 genesplicer 5.133227

score 5.133227

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

99963 99964 Genesplicer_745 genesplicer 4.144716

score 4.144716

SPLICE_SITE_TYPE donor

SEQUENCE GT

100111 100112 Genesplicer_746 genesplicer 8.677719

score 8.677719

SPLICE_SITE_TYPE donor

SEQUENCE GT

100291 100292 Genesplicer_747 genesplicer 10.980057

score 10.980057

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

100402 100403 Genesplicer_749 genesplicer 6.125405

score 6.125405

SPLICE_SITE_TYPE donor

SEQUENCE GT

100682 100683 Genesplicer_750 genesplicer 8.852819

score 8.852819

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

100750 100751 Genesplicer_753 genesplicer 3.922747

score 3.922747

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

101264 101265 Genesplicer_754 genesplicer 6.383413

score 6.383413

SPLICE_SITE_TYPE donor

SEQUENCE GT

101425 101426 Genesplicer_755 genesplicer 12.910206

score 12.910206

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

101498 101499 Genesplicer_756 genesplicer 12.556966

score 12.556966

SPLICE_SITE_TYPE donor

SEQUENCE GT

101741 101742 Genesplicer_757 genesplicer 2.822374

score 2.822374

SPLICE_SITE_TYPE donor

SEQUENCE GT

101805 101806 Genesplicer_758 genesplicer 9.508491

score 9.508491

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

101905 101906 Genesplicer_759 genesplicer 15.837804

score 15.837804

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

102008 102009 Genesplicer_760 genesplicer 4.514049

score 4.514049

SPLICE_SITE_TYPE donor

SEQUENCE GT

102167 102168 Genesplicer_763 genesplicer 11.502987

score 11.502987

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

102302 102303 Genesplicer_764 genesplicer 3.893358

score 3.893358

SPLICE_SITE_TYPE donor

SEQUENCE GT

102334 102335 Genesplicer_767 genesplicer 2.390205

score 2.390205

SPLICE_SITE_TYPE donor

SEQUENCE GT

102601 102602 Genesplicer_768 genesplicer 5.658925

score 5.658925

SPLICE_SITE_TYPE donor

SEQUENCE GT

102833 102834 Genesplicer_769 genesplicer 3.484831

score 3.484831

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

102932 102933 Genesplicer_772 genesplicer 4.969445

score 4.969445

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

103268 103269 Genesplicer_773 genesplicer 6.473259

score 6.473259

SPLICE_SITE_TYPE donor

SEQUENCE GT

103396 103397 Genesplicer_774 genesplicer 10.24136

score 10.24136

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

103516 103517 Genesplicer_775 genesplicer 7.047513

score 7.047513

SPLICE_SITE_TYPE donor

SEQUENCE GT

103571 103572 Genesplicer_776 genesplicer 8.589932

score 8.589932

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

103669 103670 Genesplicer_779 genesplicer 2.816982

score 2.816982

SPLICE_SITE_TYPE donor

SEQUENCE GT

104011 104012 Genesplicer_780 genesplicer 4.981258

score 4.981258

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

104056 104057 Genesplicer_781 genesplicer 5.517194

score 5.517194

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

104123 104124 Genesplicer_782 genesplicer 6.980755

score 6.980755

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

104390 104391 Genesplicer_783 genesplicer 8.236898

score 8.236898

SPLICE_SITE_TYPE donor

SEQUENCE GT

104604 104605 Genesplicer_785 genesplicer 7.58669

score 7.58669

SPLICE_SITE_TYPE donor

SEQUENCE GT

104719 104720 Genesplicer_786 genesplicer 10.260024

score 10.260024

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

104794 104795 Genesplicer_787 genesplicer 3.421989

score 3.421989

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

105030 105031 Genesplicer_790 genesplicer 4.313575

score 4.313575

SPLICE_SITE_TYPE donor

SEQUENCE GT

105542 105543 Genesplicer_791 genesplicer 5.764055

score 5.764055

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

105669 105670 Genesplicer_793 genesplicer 2.313862

score 2.313862

SPLICE_SITE_TYPE donor

SEQUENCE GT

106044 106045 Genesplicer_794 genesplicer 5.754255

score 5.754255

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

106072 106073 Genesplicer_795 genesplicer 4.077513

score 4.077513

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

106240 106241 Genesplicer_796 genesplicer 3.496529

score 3.496529

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

106374 106375 Genesplicer_798 genesplicer 5.258718

score 5.258718

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

106558 106559 Genesplicer_799 genesplicer 3.837365

score 3.837365

SPLICE_SITE_TYPE donor

SEQUENCE GT

106626 106627 Genesplicer_800 genesplicer 5.494021

score 5.494021

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

106722 106723 Genesplicer_801 genesplicer 2.381786

score 2.381786

SPLICE_SITE_TYPE donor

SEQUENCE GT

106824 106825 Genesplicer_803 genesplicer 3.944098

score 3.944098

SPLICE_SITE_TYPE donor

SEQUENCE GT

106949 106950 Genesplicer_804 genesplicer 8.205294

score 8.205294

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

107172 107173 Genesplicer_806 genesplicer 7.916814

score 7.916814

SPLICE_SITE_TYPE donor

SEQUENCE GT

107286 107287 Genesplicer_808 genesplicer 6.604729

score 6.604729

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

107509 107510 Genesplicer_811 genesplicer 7.973031

score 7.973031

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

108050 108051 Genesplicer_812 genesplicer 11.172397

score 11.172397

SPLICE_SITE_TYPE donor

SEQUENCE GT

108173 108174 Genesplicer_813 genesplicer 3.546719

score 3.546719

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

108258 108259 Genesplicer_815 genesplicer 4.163125

score 4.163125

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

108571 108572 Genesplicer_817 genesplicer 4.052254

score 4.052254

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

109262 109263 Genesplicer_818 genesplicer 7.100552

score 7.100552

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

109397 109398 Genesplicer_819 genesplicer 3.715355

score 3.715355

SPLICE_SITE_TYPE donor

SEQUENCE GT

109657 109658 Genesplicer_820 genesplicer 2.413235

score 2.413235

SPLICE_SITE_TYPE donor

SEQUENCE GT

109798 109799 Genesplicer_822 genesplicer 5.015428

score 5.015428

SPLICE_SITE_TYPE donor

SEQUENCE GT

110067 110068 Genesplicer_823 genesplicer 10.829305

score 10.829305

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

110154 110155 Genesplicer_824 genesplicer 4.661236

score 4.661236

SPLICE_SITE_TYPE donor

SEQUENCE GT

110262 110263 Genesplicer_825 genesplicer 8.165933

score 8.165933

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

110346 110347 Genesplicer_826 genesplicer 6.381661

score 6.381661

SPLICE_SITE_TYPE donor

SEQUENCE GT

110444 110445 Genesplicer_827 genesplicer 3.802605

score 3.802605

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

110491 110492 Genesplicer_830 genesplicer 4.658545

score 4.658545

SPLICE_SITE_TYPE donor

SEQUENCE GT

110925 110926 Genesplicer_831 genesplicer 5.999246

score 5.999246

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

111056 111057 Genesplicer_833 genesplicer 2.595996

score 2.595996

SPLICE_SITE_TYPE donor

SEQUENCE GT

111174 111175 Genesplicer_834 genesplicer 3.998591

score 3.998591

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

111240 111241 Genesplicer_835 genesplicer 8.370522

score 8.370522

SPLICE_SITE_TYPE donor

SEQUENCE GT

111324 111325 Genesplicer_836 genesplicer 9.050134

score 9.050134

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

111403 111404 Genesplicer_837 genesplicer 9.179894

score 9.179894

SPLICE_SITE_TYPE donor

SEQUENCE GT

111471 111472 Genesplicer_839 genesplicer 3.604006

score 3.604006

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

111583 111584 Genesplicer_842 genesplicer 9.347217

score 9.347217

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

112122 112123 Genesplicer_844 genesplicer 6.56994

score 6.56994

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

112215 112216 Genesplicer_846 genesplicer 4.956394

score 4.956394

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

112458 112459 Genesplicer_847 genesplicer 3.423174

score 3.423174

SPLICE_SITE_TYPE donor

SEQUENCE GT

112665 112666 Genesplicer_848 genesplicer 3.863655

score 3.863655

SPLICE_SITE_TYPE donor

SEQUENCE GT

112789 112790 Genesplicer_850 genesplicer 3.203404

score 3.203404

SPLICE_SITE_TYPE donor

SEQUENCE GT

113017 113018 Genesplicer_851 genesplicer 5.434657

score 5.434657

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

113138 113139 Genesplicer_852 genesplicer 7.929181

score 7.929181

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

113201 113202 Genesplicer_853 genesplicer 6.001621

score 6.001621

SPLICE_SITE_TYPE donor

SEQUENCE GT

113298 113299 Genesplicer_855 genesplicer 5.782864

score 5.782864

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

113387 113388 Genesplicer_857 genesplicer 10.066924

score 10.066924

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

113525 113526 Genesplicer_858 genesplicer 5.431714

score 5.431714

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

113642 113643 Genesplicer_860 genesplicer 11.085239

score 11.085239

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

113707 113708 Genesplicer_862 genesplicer 4.648121

score 4.648121

SPLICE_SITE_TYPE donor

SEQUENCE GT

113847 113848 Genesplicer_864 genesplicer 10.471602

score 10.471602

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

113922 113923 Genesplicer_868 genesplicer 3.474663

score 3.474663

SPLICE_SITE_TYPE donor

SEQUENCE GT

114258 114259 Genesplicer_869 genesplicer 5.87106

score 5.87106

SPLICE_SITE_TYPE donor

SEQUENCE GT

114414 114415 Genesplicer_871 genesplicer 4.91856

score 4.91856

SPLICE_SITE_TYPE donor

SEQUENCE GT

114615 114616 Genesplicer_873 genesplicer 13.183653

score 13.183653

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

114729 114730 Genesplicer_877 genesplicer 9.104891

score 9.104891

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

115222 115223 Genesplicer_881 genesplicer 4.950542

score 4.950542

SPLICE_SITE_TYPE donor

SEQUENCE GT

115870 115871 Genesplicer_883 genesplicer 6.978768

score 6.978768

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

115964 115965 Genesplicer_884 genesplicer 5.016791

score 5.016791

SPLICE_SITE_TYPE donor

SEQUENCE GT

116005 116006 Genesplicer_887 genesplicer 5.120214

score 5.120214

SPLICE_SITE_TYPE donor

SEQUENCE GT

116230 116231 Genesplicer_890 genesplicer 3.041562

score 3.041562

SPLICE_SITE_TYPE donor

SEQUENCE GT

116650 116651 Genesplicer_894 genesplicer 7.701806

score 7.701806

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

117236 117237 Genesplicer_898 genesplicer 10.308232

score 10.308232

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

117596 117597 Genesplicer_902 genesplicer 6.771049

score 6.771049

SPLICE_SITE_TYPE donor

SEQUENCE GT

117998 117999 Genesplicer_905 genesplicer 8.768912

score 8.768912

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

118222 118223 Genesplicer_907 genesplicer 6.267553

score 6.267553

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

118435 118436 Genesplicer_908 genesplicer 3.049224

score 3.049224

SPLICE_SITE_TYPE donor

SEQUENCE GT

118461 118462 Genesplicer_909 genesplicer 2.656307

score 2.656307

SPLICE_SITE_TYPE donor

SEQUENCE GT

118579 118580 Genesplicer_911 genesplicer 5.287004

score 5.287004

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

118704 118705 Genesplicer_912 genesplicer 4.483673

score 4.483673

SPLICE_SITE_TYPE donor

SEQUENCE GT

118706 118707 Genesplicer_915 genesplicer 5.397844

score 5.397844

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

119190 119191 Genesplicer_917 genesplicer 9.633963

score 9.633963

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

119414 119415 Genesplicer_924 genesplicer 3.566816

score 3.566816

SPLICE_SITE_TYPE donor

SEQUENCE GT

120083 120084 Genesplicer_925 genesplicer 7.830673

score 7.830673

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

120151 120152 Genesplicer_926 genesplicer 4.058304

score 4.058304

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

120302 120303 Genesplicer_929 genesplicer 5.58347

score 5.58347

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

120805 120806 Genesplicer_930 genesplicer 4.27512

score 4.27512

SPLICE_SITE_TYPE donor

SEQUENCE GT

120895 120896 Genesplicer_931 genesplicer 12.281601

score 12.281601

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

120965 120966 Genesplicer_932 genesplicer 5.149097

score 5.149097

SPLICE_SITE_TYPE donor

SEQUENCE GT

121029 121030 Genesplicer_933 genesplicer 7.481849

score 7.481849

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

121115 121116 Genesplicer_936 genesplicer 3.356807

score 3.356807

SPLICE_SITE_TYPE donor

SEQUENCE GT

121512 121513 Genesplicer_939 genesplicer 6.050446

score 6.050446

SPLICE_SITE_TYPE donor

SEQUENCE GT

121929 121930 Genesplicer_944 genesplicer 5.338843

score 5.338843

SPLICE_SITE_TYPE donor

SEQUENCE GT

123095 123096 Genesplicer_946 genesplicer 4.53947

score 4.53947

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

123298 123299 Genesplicer_948 genesplicer 5.31361

score 5.31361

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

123463 123464 Genesplicer_952 genesplicer 3.829349

score 3.829349

SPLICE_SITE_TYPE donor

SEQUENCE GT

123922 123923 Genesplicer_953 genesplicer 7.777617

score 7.777617

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

124042 124043 Genesplicer_955 genesplicer 7.407419

score 7.407419

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

124213 124214 Genesplicer_956 genesplicer 4.466294

score 4.466294

SPLICE_SITE_TYPE donor

SEQUENCE GT

124298 124299 Genesplicer_957 genesplicer 5.558479

score 5.558479

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

124410 124411 Genesplicer_958 genesplicer 7.092986

score 7.092986

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

124474 124475 Genesplicer_959 genesplicer 6.798376

score 6.798376

SPLICE_SITE_TYPE donor

SEQUENCE GT

124861 124862 Genesplicer_961 genesplicer 4.497966

score 4.497966

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

125151 125152 Genesplicer_962 genesplicer 4.244128

score 4.244128

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

125469 125470 Genesplicer_963 genesplicer 3.879125

score 3.879125

SPLICE_SITE_TYPE donor

SEQUENCE GT

125471 125472 Genesplicer_965 genesplicer 3.655669

score 3.655669

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

125635 125636 Genesplicer_966 genesplicer 6.574454

score 6.574454

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

125760 125761 Genesplicer_967 genesplicer 4.482151

score 4.482151

SPLICE_SITE_TYPE donor

SEQUENCE GT

126186 126187 Genesplicer_970 genesplicer 3.139179

score 3.139179

SPLICE_SITE_TYPE donor

SEQUENCE GT

126561 126562 Genesplicer_971 genesplicer 3.555387

score 3.555387

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

126624 126625 Genesplicer_972 genesplicer 5.95148

score 5.95148

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

126777 126778 Genesplicer_973 genesplicer 4.401834

score 4.401834

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

126855 126856 Genesplicer_974 genesplicer 2.964864

score 2.964864

SPLICE_SITE_TYPE donor

SEQUENCE GT

126929 126930 Genesplicer_976 genesplicer 10.939807

score 10.939807

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

127006 127007 Genesplicer_977 genesplicer 4.618246

score 4.618246

SPLICE_SITE_TYPE donor

SEQUENCE GT

127062 127063 Genesplicer_978 genesplicer 11.279215

score 11.279215

SPLICE_SITE_TYPE donor

SEQUENCE GT

127367 127368 Genesplicer_979 genesplicer 8.049308

score 8.049308

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

127454 127455 Genesplicer_980 genesplicer 5.84497

score 5.84497

SPLICE_SITE_TYPE donor

SEQUENCE GT

127584 127585 Genesplicer_982 genesplicer 4.455355

score 4.455355

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

127824 127825 Genesplicer_984 genesplicer 11.938707

score 11.938707

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

128009 128010 Genesplicer_986 genesplicer 8.349979

score 8.349979

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

128248 128249 Genesplicer_987 genesplicer 2.733139

score 2.733139

SPLICE_SITE_TYPE donor

SEQUENCE GT

128495 128496 Genesplicer_988 genesplicer 5.690812

score 5.690812

SPLICE_SITE_TYPE donor

SEQUENCE GT

128690 128691 Genesplicer_990 genesplicer 3.622957

score 3.622957

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

128771 128772 Genesplicer_993 genesplicer 3.452283

score 3.452283

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

129231 129232 Genesplicer_994 genesplicer 8.081092

score 8.081092

SPLICE_SITE_TYPE donor

SEQUENCE GT

129326 129327 Genesplicer_995 genesplicer 11.687015

score 11.687015

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

129400 129401 Genesplicer_996 genesplicer 2.495926

score 2.495926

SPLICE_SITE_TYPE donor

SEQUENCE GT

129532 129533 Genesplicer_1000 genesplicer 2.928099

score 2.928099

SPLICE_SITE_TYPE donor

SEQUENCE GT

130123 130124 Genesplicer_1001 genesplicer 5.207485

score 5.207485

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

130443 130444 Genesplicer_1002 genesplicer 6.200144

score 6.200144

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

130602 130603 Genesplicer_1004 genesplicer 8.872477

score 8.872477

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

130800 130801 Genesplicer_1005 genesplicer 3.805089

score 3.805089

SPLICE_SITE_TYPE donor

SEQUENCE GT

131006 131007 Genesplicer_1006 genesplicer 3.448546

score 3.448546

SPLICE_SITE_TYPE donor

SEQUENCE GT

131275 131276 Genesplicer_1007 genesplicer 8.876096

score 8.876096

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

131399 131400 Genesplicer_1009 genesplicer 4.121658

score 4.121658

SPLICE_SITE_TYPE donor

SEQUENCE GT

131634 131635 Genesplicer_1010 genesplicer 8.155903

score 8.155903

SPLICE_SITE_TYPE donor

SEQUENCE GT

131783 131784 Genesplicer_1011 genesplicer 4.959203

score 4.959203

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

131815 131816 Genesplicer_1013 genesplicer 8.234296

score 8.234296

SPLICE_SITE_TYPE donor

SEQUENCE GT

131985 131986 Genesplicer_1016 genesplicer 9.734923

score 9.734923

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

132107 132108 Genesplicer_1018 genesplicer 3.61935

score 3.61935

SPLICE_SITE_TYPE donor

SEQUENCE GT

132284 132285 Genesplicer_1019 genesplicer 8.038918

score 8.038918

SPLICE_SITE_TYPE donor

SEQUENCE GT

132351 132352 Genesplicer_1020 genesplicer 8.586726

score 8.586726

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

132435 132436 Genesplicer_1021 genesplicer 6.167237

score 6.167237

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

132505 132506 Genesplicer_1022 genesplicer 4.23102

score 4.23102

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

132737 132738 Genesplicer_1023 genesplicer 5.311289

score 5.311289

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

132919 132920 Genesplicer_1024 genesplicer 7.805177

score 7.805177

SPLICE_SITE_TYPE donor

SEQUENCE GT

132991 132992 Genesplicer_1027 genesplicer 5.707839

score 5.707839

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

133253 133254 Genesplicer_1028 genesplicer 4.230523

score 4.230523

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

133322 133323 Genesplicer_1030 genesplicer 3.167575

score 3.167575

SPLICE_SITE_TYPE donor

SEQUENCE GT

133823 133824 Genesplicer_1032 genesplicer 2.460277

score 2.460277

SPLICE_SITE_TYPE donor

SEQUENCE GT

133887 133888 Genesplicer_1033 genesplicer 7.784692

score 7.784692

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

134027 134028 Genesplicer_1034 genesplicer 8.117087

score 8.117087

SPLICE_SITE_TYPE donor

SEQUENCE GT

134154 134155 Genesplicer_1035 genesplicer 7.320289

score 7.320289

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

134183 134184 Genesplicer_1038 genesplicer 4.629541

score 4.629541

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

134399 134400 Genesplicer_1039 genesplicer 2.248304

score 2.248304

SPLICE_SITE_TYPE donor

SEQUENCE GT

134536 134537 Genesplicer_1040 genesplicer 5.101489

score 5.101489

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

134673 134674 Genesplicer_1041 genesplicer 3.400464

score 3.400464

SPLICE_SITE_TYPE donor

SEQUENCE GT

134777 134778 Genesplicer_1043 genesplicer 4.902349

score 4.902349

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

135050 135051 Genesplicer_1044 genesplicer 5.846668

score 5.846668

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

135456 135457 Genesplicer_1045 genesplicer 4.897864

score 4.897864

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

135525 135526 Genesplicer_1046 genesplicer 2.716639

score 2.716639

SPLICE_SITE_TYPE donor

SEQUENCE GT

135574 135575 Genesplicer_1048 genesplicer 3.675073

score 3.675073

SPLICE_SITE_TYPE donor

SEQUENCE GT

135717 135718 Genesplicer_1049 genesplicer 4.194885

score 4.194885

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

135766 135767 Genesplicer_1051 genesplicer 7.327052

score 7.327052

SPLICE_SITE_TYPE donor

SEQUENCE GT

135913 135914 Genesplicer_1052 genesplicer 9.896854

score 9.896854

SPLICE_SITE_TYPE donor

SEQUENCE GT

136074 136075 genomethreader S.lycopersicum_ESTs_GenBank.tfa OA:genomethreader_1:C02HBa0291D19.2 AW033306.1 0.855

score 0.855

6436 6704 116 380 OA:genomethreader_1:C02HBa0291D19.2 AW035515.1 0.811

score 0.811

6452 6795 1 326 OA:genomethreader_1:C02HBa0291D19.2 6708 8070 AI486655.1 0.622

score 0.622

6708 6908 112 321 AI486655.1 0.716

score 0.716

6959 7289 322 657 AI486655.1 0.94

score 0.94

8004 8070 658 724 OA:genomethreader_1:C02HBa0291D19.2 6708 7213 AI489594.1 0.622

score 0.622

6708 6908 112 321 AI489594.1 0.718

score 0.718

6959 7213 322 576 OA:genomethreader_1:C02HBa0291D19.2 BF113794.1 0.799

score 0.799

7017 7185 116 282 OA:genomethreader_1:C02HBa0291D19.2 AI482835.1 0.849

score 0.849

26344 26495 112 260 OA:genomethreader_1:C02HBa0291D19.2 AI490866.1 0.879

score 0.879

26496 26808 350 649 OA:genomethreader_1:C02HBa0291D19.2 BF098120.1 1.0

score 1.0

30234 30865 1 632 OA:genomethreader_1:C02HBa0291D19.2 31560 34836 BG126727.1 0.995

score 0.995

31560 31780 1 221 BG126727.1 1.0

score 1.0

31884 31937 222 275 BG126727.1 1.0

score 1.0

32036 32142 276 382 BG126727.1 1.0

score 1.0

32299 32347 383 431 BG126727.1 1.0

score 1.0

33464 33664 432 632 BG126727.1 1.0

score 1.0

33772 33818 633 679 BG126727.1 1.0

score 1.0

34777 34836 680 739 OA:genomethreader_1:C02HBa0291D19.2 32043 35073 BI926561.1 1.0

score 1.0

32043 32142 1 100 BI926561.1 1.0

score 1.0

32299 32347 101 149 BI926561.1 1.0

score 1.0

33464 33664 150 350 BI926561.1 1.0

score 1.0

33772 33818 351 397 BI926561.1 0.983

score 0.983

34777 35073 398 692 OA:genomethreader_1:C02HBa0291D19.2 AW030570.1 0.999

score 0.999

35834 36516 1 683 OA:genomethreader_1:C02HBa0291D19.2 49896 51484 BP910084.1 0.989

score 0.989

49896 50247 1 352 BP910084.1 0.981

score 0.981

51381 51484 353 456 OA:genomethreader_1:C02HBa0291D19.2 49911 60885 BF096732.1 1.0

score 1.0

49911 50155 1 245 BF096732.1 0.7

score 0.7

54149 54158 246 253 BF096732.1 1.0

score 1.0

60154 60195 254 295 BF096732.1 1.0

score 1.0

60368 60488 296 416 BF096732.1 1.0

score 1.0

60689 60885 417 613 OA:genomethreader_1:C02HBa0291D19.2 BI928245.1 0.989

score 0.989

49919 50106 1 188 OA:genomethreader_1:C02HBa0291D19.2 49922 51530 BP908810.1 1.0

score 1.0

49922 50247 1 326 BP908810.1 1.0

score 1.0

51381 51530 327 476 OA:genomethreader_1:C02HBa0291D19.2 52155 54032 BE354946.1 0.997

score 0.997

52155 52473 1 319 BE354946.1 1.0

score 1.0

53816 54032 320 536 OA:genomethreader_1:C02HBa0291D19.2 58647 60065 BF051387.1 0.871

score 0.871

58647 58708 1 62 BF051387.1 0.913

score 0.913

59501 59569 63 131 BF051387.1 0.775

score 0.775

59720 60065 132 465 OA:genomethreader_1:C02HBa0291D19.2 60164 60999 BG134656.1 0.969

score 0.969

60164 60195 1 32 BG134656.1 1.0

score 1.0

60368 60488 33 153 BG134656.1 1.0

score 1.0

60689 60999 154 464 OA:genomethreader_1:C02HBa0291D19.2 60442 61431 BI203962.1 1.0

score 1.0

60442 60488 1 47 BI203962.1 0.989

score 0.989

60689 61431 48 789 OA:genomethreader_1:C02HBa0291D19.2 60442 61406 BI210877.1 1.0

score 1.0

60442 60488 1 47 BI210877.1 0.992

score 0.992

60689 61406 48 765 OA:genomethreader_1:C02HBa0291D19.2 60442 61237 BI210689.1 1.0

score 1.0

60442 60488 1 47 BI210689.1 0.989

score 0.989

60689 61237 48 596 OA:genomethreader_1:C02HBa0291D19.2 BE460590.1 0.966

score 0.966

60749 61251 1 508 OA:genomethreader_1:C02HBa0291D19.2 AI779544.1 0.989

score 0.989

61086 61613 1 528 OA:genomethreader_1:C02HBa0291D19.2 BI930688.1 1.0

score 1.0

61330 61897 1 568 OA:genomethreader_1:C02HBa0291D19.2 BI931053.1 1.0

score 1.0

61330 61897 1 568 OA:genomethreader_1:C02HBa0291D19.2 BG628569.1 0.993

score 0.993

61586 61880 1 295 OA:genomethreader_1:C02HBa0291D19.2 AW649841.1 1.0

score 1.0

64237 64891 1 655 OA:genomethreader_1:C02HBa0291D19.2 AI778004.1 1.0

score 1.0

64256 64783 1 528 OA:genomethreader_1:C02HBa0291D19.2 AI482868.1 1.0

score 1.0

69748 70261 1 514 OA:genomethreader_1:C02HBa0291D19.2 90359 91668 BP910090.1 0.761

score 0.761

90359 90429 1 68 BP910090.1 0.861

score 0.861

91158 91193 69 104 BP910090.1 0.889

score 0.889

91316 91351 105 140 BP910090.1 0.769

score 0.769

91588 91668 141 221 OA:genomethreader_1:C02HBa0291D19.2 93585 96522 AW931200.1 0.992

score 0.992

93585 93711 1 127 AW931200.1 1.0

score 1.0

93795 93935 128 268 AW931200.1 1.0

score 1.0

94028 94185 269 426 AW931200.1 1.0

score 1.0

95013 95068 427 482 AW931200.1 0.992

score 0.992

96183 96305 483 605 AW931200.1 1.0

score 1.0

96508 96522 606 620 OA:genomethreader_1:C02HBa0291D19.2 93602 96204 BP910329.1 1.0

score 1.0

93602 93711 1 110 BP910329.1 1.0

score 1.0

93795 93935 111 251 BP910329.1 1.0

score 1.0

94028 94185 252 409 BP910329.1 1.0

score 1.0

95013 95068 410 465 BP910329.1 1.0

score 1.0

96183 96204 466 487 OA:genomethreader_1:C02HBa0291D19.2 96926 101619 AW160103.1 0.981

score 0.981

96926 96979 1 54 AW160103.1 0.986

score 0.986

100143 100290 55 202 AW160103.1 1.0

score 1.0

101500 101619 203 322 OA:genomethreader_1:C02HBa0291D19.2 96944 101586 BE450143.1 0.972

score 0.972

96944 96979 1 36 BE450143.1 0.993

score 0.993

100143 100290 37 184 BE450143.1 1.0

score 1.0

101500 101586 185 271 OA:genomethreader_1:C02HBa0291D19.2 AI895508.1 0.794

score 0.794

97224 97621 1 403 OA:genomethreader_1:C02HBa0291D19.2 100177 103324 BP911336.1 0.974

score 0.974

100177 100290 1 114 BP911336.1 0.954

score 0.954

101500 101740 115 356 BP911336.1 0.981

score 0.981

102010 102166 357 513 BP911336.1 0.957

score 0.957

102304 102372 514 582 BP911336.1 0.927

score 0.927

103270 103324 583 637 OA:genomethreader_1:C02HBa0291D19.2 100226 104161 BM411413.1 1.0

score 1.0

100226 100290 1 65 BM411413.1 1.0

score 1.0

101500 101740 66 306 BM411413.1 1.0

score 1.0

102010 102166 307 463 BM411413.1 1.0

score 1.0

102304 102372 464 532 BM411413.1 1.0

score 1.0

103270 103395 533 658 BM411413.1 1.0

score 1.0

103518 103570 659 711 BM411413.1 0.99

score 0.99

104058 104161 712 814 OA:genomethreader_1:C02HBa0291D19.2 102096 106578 BP877404.1 1.0

score 1.0

102096 102166 1 71 BP877404.1 1.0

score 1.0

102304 102372 72 140 BP877404.1 0.992

score 0.992

103270 103395 141 266 BP877404.1 1.0

score 1.0

103518 103570 267 319 BP877404.1 1.0

score 1.0

104058 104164 320 426 BP877404.1 1.0

score 1.0

106560 106578 427 445 OA:genomethreader_1:C02HBa0291D19.2 106552 110406 BF051019.1 0.952

score 0.952

106552 106614 1 63 BF051019.1 1.0

score 1.0

106724 106823 64 163 BF051019.1 1.0

score 1.0

107174 107285 164 275 BF051019.1 1.0

score 1.0

108052 108172 276 396 BF051019.1 1.0

score 1.0

110007 110066 397 456 BF051019.1 1.0

score 1.0

110156 110261 457 562 BF051019.1 1.0

score 1.0

110348 110406 563 621 OA:genomethreader_1:C02HBa0291D19.2 107661 110194 AI487566.1 0.99

score 0.99

107661 108172 1 512 AI487566.1 0.95

score 0.95

110007 110066 513 572 AI487566.1 0.949

score 0.949

110156 110194 573 611 OA:genomethreader_1:C02HBa0291D19.2 107661 110168 AI484841.1 0.99

score 0.99

107661 108172 1 512 AI484841.1 0.983

score 0.983

110007 110066 513 572 AI484841.1 1.0

score 1.0

110156 110168 573 585 OA:genomethreader_1:C02HBa0291D19.2 AI487892.1 0.99

score 0.99

107661 108157 1 497 OA:genomethreader_1:C02HBa0291D19.2 107665 110249 AI771826.1 0.994

score 0.994

107665 108172 1 508 AI771826.1 0.983

score 0.983

110007 110066 509 568 AI771826.1 1.0

score 1.0

110156 110249 569 662 OA:genomethreader_1:C02HBa0291D19.2 107665 110209 AI898477.1 0.994

score 0.994

107665 108172 1 508 AI898477.1 1.0

score 1.0

110007 110066 509 568 AI898477.1 0.981

score 0.981

110156 110209 569 622 OA:genomethreader_1:C02HBa0291D19.2 AI896985.1 0.992

score 0.992

107665 108157 1 493 OA:genomethreader_1:C02HBa0291D19.2 110370 112083 AI897839.1 0.986

score 0.986

110370 110443 1 74 AI897839.1 0.988

score 0.988

111242 111323 75 156 AI897839.1 1.0

score 1.0

111405 111470 157 222 AI897839.1 0.992

score 0.992

111585 112083 223 723 OA:genomethreader_1:C02HBa0291D19.2 111281 112093 BF112937.1 1.0

score 1.0

111281 111323 1 43 BF112937.1 1.0

score 1.0

111405 111470 44 109 BF112937.1 0.992

score 0.992

111585 112093 110 620 OA:genomethreader_1:C02HBa0291D19.2 111429 112093 BF113165.1 1.0

score 1.0

111429 111470 1 42 BF113165.1 0.992

score 0.992

111585 112093 43 553 OA:genomethreader_1:C02HBa0291D19.2 AI485236.1 0.981

score 0.981

111618 112083 1 468 OA:genomethreader_1:C02HBa0291D19.2 BI203976.1 0.971

score 0.971

111742 112016 1 276 OA:genomethreader_1:C02HBa0291D19.2 119086 131076 BF097130.1 0.656

score 0.656

119086 119195 1 109 BF097130.1 0.658

score 0.658

119741 119813 110 179 BF097130.1 1.0

score 1.0

123503 123510 180 187 BF097130.1 0.625

score 0.625

124251 124290 188 225 BF097130.1 0.769

score 0.769

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103518 103570 707 759 TC123153_ST 0.925

score 0.925

104058 104164 760 866 TC123153_ST 0.964

score 0.964

106560 106614 867 922 TC123153_ST 0.9

score 0.9

106724 106823 923 1027 TC123153_ST 0.937

score 0.937

107174 107268 1028 1121 OA:genomethreader_1:C02HBa0291D19.2 127506 130585 TC118590_ST 0.718

score 0.718

127506 127583 1 79 TC118590_ST 0.798

score 0.798

127678 127771 80 174 TC118590_ST 0.9

score 0.9

130123 130142 175 194 TC118590_ST 0.829

score 0.829

130399 130585 195 381 OA:genomethreader_1:C02HBa0291D19.2 130640 136073 CV494771_ST 0.893

score 0.893

130640 130714 46 122 CV494771_ST 0.813

score 0.813

130808 131005 123 320 CV494771_ST 1.0

score 1.0

131401 131445 321 365 CV494771_ST 0.852

score 0.852

135643 135696 366 419 CV494771_ST 0.879

score 0.879

135806 135912 420 526 CV494771_ST 0.898

score 0.898

136025 136073 527 575 genomethreader STGI.021005_ST.Unmasked OA:genomethreader_1:C02HBa0291D19.2 30881 31358 TC116301_ST 0.81

score 0.81

30881 31149 196 449 TC116301_ST 0.843

score 0.843

31244 31358 450 564 OA:genomethreader_1:C02HBa0291D19.2 52452 57044 BE471403_ST 1.0

score 1.0

52452 52473 1 22 BE471403_ST 0.968

score 0.968

53816 54034 23 241 BE471403_ST 0.957

score 0.957

56861 57044 242 422 OA:genomethreader_1:C02HBa0291D19.2 CK246565_ST 0.908

score 0.908

55692 55800 1 109 OA:genomethreader_1:C02HBa0291D19.2 58141 60064 TC125582_ST 0.909

score 0.909

58141 58151 1 11 TC125582_ST 0.98

score 0.98

58225 58323 12 110 TC125582_ST 1.0

score 1.0

58449 58517 111 179 TC125582_ST 0.991

score 0.991

58594 58708 180 294 TC125582_ST 0.986

score 0.986

59501 59569 295 363 TC125582_ST 0.968

score 0.968

59720 60064 364 709 OA:genomethreader_1:C02HBa0291D19.2 TC128424_ST 0.922

score 0.922

60750 61821 1 1057 OA:genomethreader_1:C02HBa0291D19.2 80367 81399 CK719800_ST 1.0

score 1.0

80367 80382 1 16 CK719800_ST 0.978

score 0.978

80468 80745 17 295 CK719800_ST 0.969

score 0.969

80919 80950 296 327 CK719800_ST 0.992

score 0.992

81036 81399 328 691 OA:genomethreader_1:C02HBa0291D19.2 100191 107268 TC123153_ST 0.91

score 0.91

100191 100290 1 101 TC123153_ST 0.934

score 0.934

101500 101740 102 345 TC123153_ST 0.93

score 0.93

102010 102166 346 506 TC123153_ST 0.841

score 0.841

102304 102372 507 580 TC123153_ST 0.96

score 0.96

103270 103395 581 706 TC123153_ST 1.0

score 1.0

103518 103570 707 759 TC123153_ST 0.925

score 0.925

104058 104164 760 866 TC123153_ST 0.964

score 0.964

106560 106614 867 922 TC123153_ST 0.9

score 0.9

106724 106823 923 1027 TC123153_ST 0.937

score 0.937

107174 107268 1028 1121 OA:genomethreader_1:C02HBa0291D19.2 127506 130585 TC118590_ST 0.718

score 0.718

127506 127583 1 79 TC118590_ST 0.798

score 0.798

127678 127771 80 174 TC118590_ST 0.923

score 0.923

130123 130148 175 200 TC118590_ST 0.829

score 0.829

130405 130585 201 381 OA:genomethreader_1:C02HBa0291D19.2 130640 136073 CV494771_ST 0.893

score 0.893

130640 130714 46 122 CV494771_ST 0.813

score 0.813

130808 131005 123 320 CV494771_ST 1.0

score 1.0

131401 131445 321 365 CV494771_ST 0.852

score 0.852

135643 135696 366 419 CV494771_ST 0.879

score 0.879

135806 135912 420 526 CV494771_ST 0.898

score 0.898

136025 136073 527 575 genomethreader MicroTom_EST35824fasta.fa OA:genomethreader_1:C02HBa0291D19.2 49896 51484 LC18BF03 0.989

score 0.989

49896 50247 1 352 LC18BF03 0.981

score 0.981

51381 51484 353 456 OA:genomethreader_1:C02HBa0291D19.2 49922 51530 LC13BH11 1.0

score 1.0

49922 50247 1 326 LC13BH11 1.0

score 1.0

51381 51530 327 476 OA:genomethreader_1:C02HBa0291D19.2 90359 91668 LC18BF11 0.761

score 0.761

90359 90429 1 68 LC18BF11 0.861

score 0.861

91158 91193 69 104 LC18BF11 0.889

score 0.889

91316 91351 105 140 LC18BF11 0.769

score 0.769

91588 91668 141 221 OA:genomethreader_1:C02HBa0291D19.2 93602 96204 LC19BD02 1.0

score 1.0

93602 93711 1 110 LC19BD02 1.0

score 1.0

93795 93935 111 251 LC19BD02 1.0

score 1.0

94028 94185 252 409 LC19BD02 1.0

score 1.0

95013 95068 410 465 LC19BD02 1.0

score 1.0

96183 96204 466 487 OA:genomethreader_1:C02HBa0291D19.2 100177 103324 LC23CA03 0.974

score 0.974

100177 100290 1 114 LC23CA03 0.954

score 0.954

101500 101740 115 356 LC23CA03 0.981

score 0.981

102010 102166 357 513 LC23CA03 0.957

score 0.957

102304 102372 514 582 LC23CA03 0.927

score 0.927

103270 103324 583 637 OA:genomethreader_1:C02HBa0291D19.2 102096 106578 FA08AD05 1.0

score 1.0

102096 102166 1 71 FA08AD05 1.0

score 1.0

102304 102372 72 140 FA08AD05 0.992

score 0.992

103270 103395 141 266 FA08AD05 1.0

score 1.0

103518 103570 267 319 FA08AD05 1.0

score 1.0

104058 104164 320 426 FA08AD05 1.0

score 1.0

106560 106578 427 445 genomethreader MicroTom_EST35824fasta.fa.Unmasked OA:genomethreader_1:C02HBa0291D19.2 49896 51484 LC18BF03 0.989

score 0.989

49896 50247 1 352 LC18BF03 0.981

score 0.981

51381 51484 353 456 OA:genomethreader_1:C02HBa0291D19.2 49922 51530 LC13BH11 1.0

score 1.0

49922 50247 1 326 LC13BH11 1.0

score 1.0

51381 51530 327 476 OA:genomethreader_1:C02HBa0291D19.2 90979 91542 LC18BF11 0.912

score 0.912

90979 91035 64 119 LC18BF11 0.889

score 0.889

91316 91351 120 155 LC18BF11 0.87

score 0.87

91474 91542 156 221 OA:genomethreader_1:C02HBa0291D19.2 93602 96204 LC19BD02 1.0

score 1.0

93602 93711 1 110 LC19BD02 1.0

score 1.0

93795 93935 111 251 LC19BD02 1.0

score 1.0

94028 94185 252 409 LC19BD02 1.0

score 1.0

95013 95068 410 465 LC19BD02 1.0

score 1.0

96183 96204 466 487 OA:genomethreader_1:C02HBa0291D19.2 100177 103324 LC23CA03 0.974

score 0.974

100177 100290 1 114 LC23CA03 0.954

score 0.954

101500 101740 115 356 LC23CA03 0.981

score 0.981

102010 102166 357 513 LC23CA03 0.957

score 0.957

102304 102372 514 582 LC23CA03 0.927

score 0.927

103270 103324 583 637 OA:genomethreader_1:C02HBa0291D19.2 102096 106578 FA08AD05 1.0

score 1.0

102096 102166 1 71 FA08AD05 1.0

score 1.0

102304 102372 72 140 FA08AD05 0.992

score 0.992

103270 103395 141 266 FA08AD05 1.0

score 1.0

103518 103570 267 319 FA08AD05 1.0

score 1.0

104058 104164 320 426 FA08AD05 1.0

score 1.0

106560 106578 427 445 genomethreader TOBACCOS_NT_NB OA:genomethreader_1:C02HBa0291D19.2 CK289097_NB 0.818

score 0.818

66932 67045 1 114 OA:genomethreader_1:C02HBa0291D19.2 90358 91343 CK297566_NB 0.778

score 0.778

90358 90429 1 67 CK297566_NB 0.861

score 0.861

91158 91193 68 103 CK297566_NB 0.929

score 0.929

91316 91343 104 131 OA:genomethreader_1:C02HBa0291D19.2 90964 91351 CK286702_NB 0.5

score 0.5

90964 91066 1 103 CK286702_NB 0.889

score 0.889

91158 91193 104 139 CK286702_NB 0.889

score 0.889

91316 91351 140 175 OA:genomethreader_1:C02HBa0291D19.2 BP527738_NT 0.973

score 0.973

135244 135390 30 175 genomethreader TOBACCOS_NT_NB.Unmasked OA:genomethreader_1:C02HBa0291D19.2 90979 91543 CK297372_NB 0.912

score 0.912

90979 91035 53 108 CK297372_NB 0.889

score 0.889

91316 91351 109 144 CK297372_NB 0.871

score 0.871

91474 91543 145 211 OA:genomethreader_1:C02HBa0291D19.2 90980 91552 CK297566_NB 0.929

score 0.929

90980 91035 1 55 CK297566_NB 0.823

score 0.823

91474 91552 56 131 OA:genomethreader_1:C02HBa0291D19.2 91168 91523 CK289097_NB 0.885

score 0.885

91168 91193 39 64 CK289097_NB 0.8

score 0.8

91474 91523 65 114 OA:genomethreader_1:C02HBa0291D19.2 CK295455_NB 0.863

score 0.863

91474 91546 89 158 OA:genomethreader_1:C02HBa0291D19.2 BP527738_NT 0.973

score 0.973

135244 135390 30 175 genesplicer genesplicer Genesplicer_1 genesplicer 8.91635

score 8.91635

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

101 100 Genesplicer_2 genesplicer 2.903931

score 2.903931

SPLICE_SITE_TYPE donor

SEQUENCE GT

170 169 Genesplicer_4 genesplicer 4.213046

score 4.213046

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

685 684 Genesplicer_5 genesplicer 4.384639

score 4.384639

SPLICE_SITE_TYPE donor

SEQUENCE GT

1088 1087 Genesplicer_6 genesplicer 4.218784

score 4.218784

SPLICE_SITE_TYPE donor

SEQUENCE GT

1216 1215 Genesplicer_7 genesplicer 2.545956

score 2.545956

SPLICE_SITE_TYPE donor

SEQUENCE GT

1540 1539 Genesplicer_8 genesplicer 7.011775

score 7.011775

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

1575 1574 Genesplicer_9 genesplicer 4.051143

score 4.051143

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

1636 1635 Genesplicer_10 genesplicer 4.448009

score 4.448009

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

1881 1880 Genesplicer_11 genesplicer 3.375523

score 3.375523

SPLICE_SITE_TYPE donor

SEQUENCE GT

1919 1918 Genesplicer_12 genesplicer 5.337502

score 5.337502

SPLICE_SITE_TYPE donor

SEQUENCE GT

1981 1980 Genesplicer_14 genesplicer 2.494844

score 2.494844

SPLICE_SITE_TYPE donor

SEQUENCE GT

2246 2245 Genesplicer_15 genesplicer 5.070602

score 5.070602

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

2486 2485 Genesplicer_16 genesplicer 5.384403

score 5.384403

SPLICE_SITE_TYPE donor

SEQUENCE GT

2872 2871 Genesplicer_17 genesplicer 3.092185

score 3.092185

SPLICE_SITE_TYPE donor

SEQUENCE GT

2977 2976 Genesplicer_18 genesplicer 2.316108

score 2.316108

SPLICE_SITE_TYPE donor

SEQUENCE GT

3104 3103 Genesplicer_19 genesplicer 2.392911

score 2.392911

SPLICE_SITE_TYPE donor

SEQUENCE GT

3301 3300 Genesplicer_20 genesplicer 4.931403

score 4.931403

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

3354 3353 Genesplicer_21 genesplicer 5.384403

score 5.384403

SPLICE_SITE_TYPE donor

SEQUENCE GT

3740 3739 Genesplicer_22 genesplicer 3.092185

score 3.092185

SPLICE_SITE_TYPE donor

SEQUENCE GT

3845 3844 Genesplicer_23 genesplicer 2.316108

score 2.316108

SPLICE_SITE_TYPE donor

SEQUENCE GT

3972 3971 Genesplicer_24 genesplicer 3.886944

score 3.886944

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

4222 4221 Genesplicer_26 genesplicer 3.305864

score 3.305864

SPLICE_SITE_TYPE donor

SEQUENCE GT

4715 4714 Genesplicer_27 genesplicer 5.299204

score 5.299204

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

4800 4799 Genesplicer_28 genesplicer 2.869129

score 2.869129

SPLICE_SITE_TYPE donor

SEQUENCE GT

4842 4841 Genesplicer_29 genesplicer 2.350679

score 2.350679

SPLICE_SITE_TYPE donor

SEQUENCE GT

4911 4910 Genesplicer_31 genesplicer 4.475031

score 4.475031

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

5292 5291 Genesplicer_33 genesplicer 3.834825

score 3.834825

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

6051 6050 Genesplicer_36 genesplicer 6.076713

score 6.076713

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

6256 6255 Genesplicer_37 genesplicer 7.40382

score 7.40382

SPLICE_SITE_TYPE donor

SEQUENCE GT

6345 6344 Genesplicer_38 genesplicer 12.616505

score 12.616505

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

6409 6408 Genesplicer_39 genesplicer 7.111433

score 7.111433

SPLICE_SITE_TYPE donor

SEQUENCE GT

6631 6630 Genesplicer_41 genesplicer 4.625798

score 4.625798

SPLICE_SITE_TYPE donor

SEQUENCE GT

6733 6732 Genesplicer_42 genesplicer 9.099892

score 9.099892

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

7193 7192 Genesplicer_43 genesplicer 4.207284

score 4.207284

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

7410 7409 Genesplicer_48 genesplicer 4.530394

score 4.530394

SPLICE_SITE_TYPE donor

SEQUENCE GT

7815 7814 Genesplicer_50 genesplicer 5.10131

score 5.10131

SPLICE_SITE_TYPE donor

SEQUENCE GT

7988 7987 Genesplicer_52 genesplicer 6.411073

score 6.411073

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

8253 8252 Genesplicer_54 genesplicer 10.778728

score 10.778728

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

8369 8368 Genesplicer_56 genesplicer 4.605459

score 4.605459

SPLICE_SITE_TYPE donor

SEQUENCE GT

8475 8474 Genesplicer_57 genesplicer 9.739861

score 9.739861

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

8524 8523 Genesplicer_59 genesplicer 3.497478

score 3.497478

SPLICE_SITE_TYPE donor

SEQUENCE GT

8659 8658 Genesplicer_63 genesplicer 4.831198

score 4.831198

SPLICE_SITE_TYPE donor

SEQUENCE GT

8954 8953 Genesplicer_65 genesplicer 4.039305

score 4.039305

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

9638 9637 Genesplicer_66 genesplicer 7.097663

score 7.097663

SPLICE_SITE_TYPE donor

SEQUENCE GT

9695 9694 Genesplicer_68 genesplicer 9.157786

score 9.157786

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

9811 9810 Genesplicer_69 genesplicer 7.062722

score 7.062722

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

9874 9873 Genesplicer_70 genesplicer 5.780684

score 5.780684

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

9945 9944 Genesplicer_71 genesplicer 3.501746

score 3.501746

SPLICE_SITE_TYPE donor

SEQUENCE GT

10178 10177 Genesplicer_72 genesplicer 5.016261

score 5.016261

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

10311 10310 Genesplicer_73 genesplicer 8.576017

score 8.576017

SPLICE_SITE_TYPE donor

SEQUENCE GT

10419 10418 Genesplicer_74 genesplicer 2.708863

score 2.708863

SPLICE_SITE_TYPE donor

SEQUENCE GT

10504 10503 Genesplicer_76 genesplicer 3.353989

score 3.353989

SPLICE_SITE_TYPE donor

SEQUENCE GT

10791 10790 Genesplicer_79 genesplicer 9.522662

score 9.522662

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

11193 11192 Genesplicer_80 genesplicer 5.831564

score 5.831564

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

11515 11514 Genesplicer_82 genesplicer 6.103837

score 6.103837

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

11687 11686 Genesplicer_83 genesplicer 11.314305

score 11.314305

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

11954 11953 Genesplicer_85 genesplicer 6.637573

score 6.637573

SPLICE_SITE_TYPE donor

SEQUENCE GT

12118 12117 Genesplicer_86 genesplicer 9.756295

score 9.756295

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

12245 12244 Genesplicer_87 genesplicer 2.970131

score 2.970131

SPLICE_SITE_TYPE donor

SEQUENCE GT

12322 12321 Genesplicer_89 genesplicer 3.498376

score 3.498376

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

12774 12773 Genesplicer_90 genesplicer 7.698177

score 7.698177

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

13138 13137 Genesplicer_92 genesplicer 8.340533

score 8.340533

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

13202 13201 Genesplicer_93 genesplicer 2.870583

score 2.870583

SPLICE_SITE_TYPE donor

SEQUENCE GT

13486 13485 Genesplicer_94 genesplicer 6.124511

score 6.124511

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

13487 13486 Genesplicer_95 genesplicer 3.128822

score 3.128822

SPLICE_SITE_TYPE donor

SEQUENCE GT

13574 13573 Genesplicer_96 genesplicer 4.575941

score 4.575941

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

13600 13599 Genesplicer_97 genesplicer 2.425252

score 2.425252

SPLICE_SITE_TYPE donor

SEQUENCE GT

13684 13683 Genesplicer_98 genesplicer 8.142335

score 8.142335

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

13752 13751 Genesplicer_99 genesplicer 11.573309

score 11.573309

SPLICE_SITE_TYPE donor

SEQUENCE GT

13832 13831 Genesplicer_101 genesplicer 8.89098

score 8.89098

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

13927 13926 Genesplicer_102 genesplicer 3.400792

score 3.400792

SPLICE_SITE_TYPE donor

SEQUENCE GT

13997 13996 Genesplicer_104 genesplicer 11.833762

score 11.833762

SPLICE_SITE_TYPE donor

SEQUENCE GT

14361 14360 Genesplicer_107 genesplicer 7.255689

score 7.255689

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

14618 14617 Genesplicer_108 genesplicer 3.020965

score 3.020965

SPLICE_SITE_TYPE donor

SEQUENCE GT

14669 14668 Genesplicer_111 genesplicer 6.31878

score 6.31878

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

15254 15253 Genesplicer_114 genesplicer 2.776867

score 2.776867

SPLICE_SITE_TYPE donor

SEQUENCE GT

15599 15598 Genesplicer_115 genesplicer 3.885547

score 3.885547

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

15721 15720 Genesplicer_116 genesplicer 3.440861

score 3.440861

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

16006 16005 Genesplicer_120 genesplicer 5.424614

score 5.424614

SPLICE_SITE_TYPE donor

SEQUENCE GT

17096 17095 Genesplicer_123 genesplicer 2.299174

score 2.299174

SPLICE_SITE_TYPE donor

SEQUENCE GT

17364 17363 Genesplicer_124 genesplicer 5.38354

score 5.38354

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

17440 17439 Genesplicer_125 genesplicer 8.175014

score 8.175014

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

17591 17590 Genesplicer_129 genesplicer 3.408436

score 3.408436

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

17955 17954 Genesplicer_130 genesplicer 4.830724

score 4.830724

SPLICE_SITE_TYPE donor

SEQUENCE GT

17999 17998 Genesplicer_131 genesplicer 12.337421

score 12.337421

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

18132 18131 Genesplicer_132 genesplicer 2.764427

score 2.764427

SPLICE_SITE_TYPE donor

SEQUENCE GT

18336 18335 Genesplicer_133 genesplicer 6.83663

score 6.83663

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

18407 18406 Genesplicer_134 genesplicer 3.06165

score 3.06165

SPLICE_SITE_TYPE donor

SEQUENCE GT

18485 18484 Genesplicer_136 genesplicer 5.681598

score 5.681598

SPLICE_SITE_TYPE donor

SEQUENCE GT

18922 18921 Genesplicer_137 genesplicer 3.834925

score 3.834925

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

18963 18962 Genesplicer_139 genesplicer 10.094651

score 10.094651

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

19223 19222 Genesplicer_140 genesplicer 8.55147

score 8.55147

SPLICE_SITE_TYPE donor

SEQUENCE GT

19371 19370 Genesplicer_141 genesplicer 18.92896

score 18.92896

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

19501 19500 Genesplicer_144 genesplicer 6.200429

score 6.200429

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

20042 20041 Genesplicer_145 genesplicer 6.085523

score 6.085523

SPLICE_SITE_TYPE donor

SEQUENCE GT

20077 20076 Genesplicer_146 genesplicer 15.432768

score 15.432768

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

20226 20225 Genesplicer_147 genesplicer 13.346413

score 13.346413

SPLICE_SITE_TYPE donor

SEQUENCE GT

20307 20306 Genesplicer_148 genesplicer 7.585654

score 7.585654

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

20380 20379 Genesplicer_150 genesplicer 6.849444

score 6.849444

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

20564 20563 Genesplicer_152 genesplicer 6.73065

score 6.73065

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

21063 21062 Genesplicer_154 genesplicer 5.382649

score 5.382649

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

21231 21230 Genesplicer_155 genesplicer 9.401668

score 9.401668

SPLICE_SITE_TYPE donor

SEQUENCE GT

21336 21335 Genesplicer_157 genesplicer 7.596227

score 7.596227

SPLICE_SITE_TYPE donor

SEQUENCE GT

21517 21516 Genesplicer_158 genesplicer 5.220155

score 5.220155

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

21570 21569 Genesplicer_162 genesplicer 6.426159

score 6.426159

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

22090 22089 Genesplicer_163 genesplicer 2.469183

score 2.469183

SPLICE_SITE_TYPE donor

SEQUENCE GT

22174 22173 Genesplicer_169 genesplicer 4.741486

score 4.741486

SPLICE_SITE_TYPE donor

SEQUENCE GT

22680 22679 Genesplicer_170 genesplicer 7.63212

score 7.63212

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

22740 22739 Genesplicer_173 genesplicer 5.075009

score 5.075009

SPLICE_SITE_TYPE donor

SEQUENCE GT

23019 23018 Genesplicer_175 genesplicer 5.170005

score 5.170005

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

23361 23360 Genesplicer_177 genesplicer 5.618307

score 5.618307

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

23518 23517 Genesplicer_178 genesplicer 3.321883

score 3.321883

SPLICE_SITE_TYPE donor

SEQUENCE GT

23554 23553 Genesplicer_179 genesplicer 6.033868

score 6.033868

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

23607 23606 Genesplicer_181 genesplicer 2.664031

score 2.664031

SPLICE_SITE_TYPE donor

SEQUENCE GT

23721 23720 Genesplicer_182 genesplicer 4.463082

score 4.463082

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

23735 23734 Genesplicer_185 genesplicer 3.130034

score 3.130034

SPLICE_SITE_TYPE donor

SEQUENCE GT

24062 24061 Genesplicer_186 genesplicer 7.459647

score 7.459647

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

24131 24130 Genesplicer_187 genesplicer 4.835834

score 4.835834

SPLICE_SITE_TYPE donor

SEQUENCE GT

24223 24222 Genesplicer_190 genesplicer 4.423257

score 4.423257

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

24582 24581 Genesplicer_191 genesplicer 4.389408

score 4.389408

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

24689 24688 Genesplicer_192 genesplicer 10.328912

score 10.328912

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

24788 24787 Genesplicer_194 genesplicer 5.442841

score 5.442841

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

25041 25040 Genesplicer_198 genesplicer 2.740982

score 2.740982

SPLICE_SITE_TYPE donor

SEQUENCE GT

25597 25596 Genesplicer_199 genesplicer 2.554753

score 2.554753

SPLICE_SITE_TYPE donor

SEQUENCE GT

25722 25721 Genesplicer_200 genesplicer 6.16016

score 6.16016

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

25792 25791 Genesplicer_201 genesplicer 2.759415

score 2.759415

SPLICE_SITE_TYPE donor

SEQUENCE GT

25856 25855 Genesplicer_202 genesplicer 6.445557

score 6.445557

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

25915 25914 Genesplicer_203 genesplicer 4.967165

score 4.967165

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

26092 26091 Genesplicer_204 genesplicer 7.716127

score 7.716127

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

26165 26164 Genesplicer_205 genesplicer 9.05826

score 9.05826

SPLICE_SITE_TYPE donor

SEQUENCE GT

26229 26228 Genesplicer_206 genesplicer 9.925226

score 9.925226

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

26262 26261 Genesplicer_207 genesplicer 5.858769

score 5.858769

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

26450 26449 Genesplicer_209 genesplicer 4.834579

score 4.834579

SPLICE_SITE_TYPE donor

SEQUENCE GT

26619 26618 Genesplicer_210 genesplicer 3.821409

score 3.821409

SPLICE_SITE_TYPE donor

SEQUENCE GT

26792 26791 Genesplicer_217 genesplicer 12.975885

score 12.975885

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

27831 27830 Genesplicer_219 genesplicer 5.554591

score 5.554591

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

28100 28099 Genesplicer_220 genesplicer 3.56789

score 3.56789

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

28161 28160 Genesplicer_221 genesplicer 7.854066

score 7.854066

SPLICE_SITE_TYPE donor

SEQUENCE GT

28303 28302 Genesplicer_229 genesplicer 7.759217

score 7.759217

SPLICE_SITE_TYPE donor

SEQUENCE GT

29015 29014 Genesplicer_230 genesplicer 10.243007

score 10.243007

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

29043 29042 Genesplicer_231 genesplicer 4.52966

score 4.52966

SPLICE_SITE_TYPE donor

SEQUENCE GT

29326 29325 Genesplicer_234 genesplicer 4.247051

score 4.247051

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

29871 29870 Genesplicer_235 genesplicer 7.78515

score 7.78515

SPLICE_SITE_TYPE donor

SEQUENCE GT

30195 30194 Genesplicer_237 genesplicer 3.956819

score 3.956819

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

30316 30315 Genesplicer_239 genesplicer 2.409032

score 2.409032

SPLICE_SITE_TYPE donor

SEQUENCE GT

30543 30542 Genesplicer_240 genesplicer 6.812513

score 6.812513

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

30614 30613 Genesplicer_241 genesplicer 2.810291

score 2.810291

SPLICE_SITE_TYPE donor

SEQUENCE GT

30789 30788 Genesplicer_245 genesplicer 4.296752

score 4.296752

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

31282 31281 Genesplicer_247 genesplicer 8.374752

score 8.374752

SPLICE_SITE_TYPE donor

SEQUENCE GT

31420 31419 Genesplicer_254 genesplicer 3.525821

score 3.525821

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

32105 32104 Genesplicer_259 genesplicer 3.308929

score 3.308929

SPLICE_SITE_TYPE donor

SEQUENCE GT

32829 32828 Genesplicer_264 genesplicer 2.334229

score 2.334229

SPLICE_SITE_TYPE donor

SEQUENCE GT

33739 33738 Genesplicer_270 genesplicer 7.459826

score 7.459826

SPLICE_SITE_TYPE donor

SEQUENCE GT

34384 34383 Genesplicer_275 genesplicer 3.558933

score 3.558933

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

35113 35112 Genesplicer_282 genesplicer 2.281617

score 2.281617

SPLICE_SITE_TYPE donor

SEQUENCE GT

36155 36154 Genesplicer_283 genesplicer 7.831274

score 7.831274

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

36303 36302 Genesplicer_285 genesplicer 4.313388

score 4.313388

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

36516 36515 Genesplicer_287 genesplicer 3.56498

score 3.56498

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

36601 36600 Genesplicer_291 genesplicer 3.945055

score 3.945055

SPLICE_SITE_TYPE donor

SEQUENCE GT

36934 36933 Genesplicer_295 genesplicer 7.349822

score 7.349822

SPLICE_SITE_TYPE donor

SEQUENCE GT

37228 37227 Genesplicer_297 genesplicer 6.016718

score 6.016718

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

37405 37404 Genesplicer_302 genesplicer 6.519897

score 6.519897

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

38099 38098 Genesplicer_305 genesplicer 5.688204

score 5.688204

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

38597 38596 Genesplicer_307 genesplicer 8.21887

score 8.21887

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

39007 39006 Genesplicer_308 genesplicer 8.013273

score 8.013273

SPLICE_SITE_TYPE donor

SEQUENCE GT

39096 39095 Genesplicer_309 genesplicer 14.905969

score 14.905969

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

39146 39145 Genesplicer_310 genesplicer 10.246212

score 10.246212

SPLICE_SITE_TYPE donor

SEQUENCE GT

39368 39367 Genesplicer_311 genesplicer 7.771705

score 7.771705

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

39438 39437 Genesplicer_313 genesplicer 4.721503

score 4.721503

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

39962 39961 Genesplicer_314 genesplicer 9.119606

score 9.119606

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

40159 40158 Genesplicer_316 genesplicer 6.810237

score 6.810237

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

40524 40523 Genesplicer_319 genesplicer 5.654925

score 5.654925

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

40707 40706 Genesplicer_320 genesplicer 8.017458

score 8.017458

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

40814 40813 Genesplicer_321 genesplicer 7.474873

score 7.474873

SPLICE_SITE_TYPE donor

SEQUENCE GT

40897 40896 Genesplicer_323 genesplicer 2.554611

score 2.554611

SPLICE_SITE_TYPE donor

SEQUENCE GT

41168 41167 Genesplicer_325 genesplicer 5.449431

score 5.449431

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

41512 41511 Genesplicer_326 genesplicer 4.752307

score 4.752307

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

41579 41578 Genesplicer_330 genesplicer 5.413383

score 5.413383

SPLICE_SITE_TYPE donor

SEQUENCE GT

41900 41899 Genesplicer_332 genesplicer 5.55926

score 5.55926

SPLICE_SITE_TYPE donor

SEQUENCE GT

42244 42243 Genesplicer_333 genesplicer 4.077419

score 4.077419

SPLICE_SITE_TYPE donor

SEQUENCE GT

42313 42312 Genesplicer_334 genesplicer 5.359893

score 5.359893

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

42482 42481 Genesplicer_337 genesplicer 4.14221

score 4.14221

SPLICE_SITE_TYPE donor

SEQUENCE GT

42638 42637 Genesplicer_342 genesplicer 7.13173

score 7.13173

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

43280 43279 Genesplicer_345 genesplicer 9.533335

score 9.533335

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

43572 43571 Genesplicer_346 genesplicer 2.573199

score 2.573199

SPLICE_SITE_TYPE donor

SEQUENCE GT

43677 43676 Genesplicer_352 genesplicer 5.82748

score 5.82748

SPLICE_SITE_TYPE donor

SEQUENCE GT

44633 44632 Genesplicer_360 genesplicer 5.273172

score 5.273172

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

45476 45475 Genesplicer_361 genesplicer 3.798557

score 3.798557

SPLICE_SITE_TYPE donor

SEQUENCE GT

45508 45507 Genesplicer_362 genesplicer 3.091693

score 3.091693

SPLICE_SITE_TYPE donor

SEQUENCE GT

45601 45600 Genesplicer_363 genesplicer 9.249786

score 9.249786

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

45665 45664 Genesplicer_364 genesplicer 3.942517

score 3.942517

SPLICE_SITE_TYPE donor

SEQUENCE GT

45745 45744 Genesplicer_366 genesplicer 3.409393

score 3.409393

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

45922 45921 Genesplicer_367 genesplicer 9.791815

score 9.791815

SPLICE_SITE_TYPE donor

SEQUENCE GT

46010 46009 Genesplicer_373 genesplicer 3.953532

score 3.953532

SPLICE_SITE_TYPE donor

SEQUENCE GT

46388 46387 Genesplicer_377 genesplicer 4.076967

score 4.076967

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

47028 47027 Genesplicer_378 genesplicer 4.791847

score 4.791847

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

47146 47145 Genesplicer_379 genesplicer 3.355635

score 3.355635

SPLICE_SITE_TYPE donor

SEQUENCE GT

47255 47254 Genesplicer_380 genesplicer 6.707942

score 6.707942

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

47426 47425 Genesplicer_383 genesplicer 3.711886

score 3.711886

SPLICE_SITE_TYPE donor

SEQUENCE GT

47574 47573 Genesplicer_384 genesplicer 3.434841

score 3.434841

SPLICE_SITE_TYPE donor

SEQUENCE GT

47820 47819 Genesplicer_385 genesplicer 7.817809

score 7.817809

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

47822 47821 Genesplicer_387 genesplicer 3.580161

score 3.580161

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

48592 48591 Genesplicer_390 genesplicer 3.87451

score 3.87451

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

49116 49115 Genesplicer_394 genesplicer 2.242793

score 2.242793

SPLICE_SITE_TYPE donor

SEQUENCE GT

49750 49749 Genesplicer_399 genesplicer 6.461887

score 6.461887

SPLICE_SITE_TYPE donor

SEQUENCE GT

50511 50510 Genesplicer_400 genesplicer 5.942947

score 5.942947

SPLICE_SITE_TYPE donor

SEQUENCE GT

51007 51006 Genesplicer_405 genesplicer 3.93861

score 3.93861

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

52364 52363 Genesplicer_411 genesplicer 9.481352

score 9.481352

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

53007 53006 Genesplicer_413 genesplicer 3.693287

score 3.693287

SPLICE_SITE_TYPE donor

SEQUENCE GT

53449 53448 Genesplicer_416 genesplicer 10.280944

score 10.280944

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

54049 54048 Genesplicer_417 genesplicer 3.502206

score 3.502206

SPLICE_SITE_TYPE donor

SEQUENCE GT

54146 54145 Genesplicer_423 genesplicer 6.937996

score 6.937996

SPLICE_SITE_TYPE donor

SEQUENCE GT

55633 55632 Genesplicer_425 genesplicer 5.698607

score 5.698607

SPLICE_SITE_TYPE donor

SEQUENCE GT

55900 55899 Genesplicer_426 genesplicer 8.225797

score 8.225797

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

56211 56210 Genesplicer_428 genesplicer 6.533214

score 6.533214

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

56491 56490 Genesplicer_429 genesplicer 4.33934

score 4.33934

SPLICE_SITE_TYPE donor

SEQUENCE GT

56525 56524 Genesplicer_433 genesplicer 7.007116

score 7.007116

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

57181 57180 Genesplicer_436 genesplicer 9.260537

score 9.260537

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

57789 57788 Genesplicer_443 genesplicer 2.637882

score 2.637882

SPLICE_SITE_TYPE donor

SEQUENCE GT

58260 58259 Genesplicer_450 genesplicer 5.057438

score 5.057438

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

59019 59018 Genesplicer_453 genesplicer 4.107624

score 4.107624

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

59386 59385 Genesplicer_457 genesplicer 6.75085

score 6.75085

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

59922 59921 Genesplicer_462 genesplicer 2.999967

score 2.999967

SPLICE_SITE_TYPE donor

SEQUENCE GT

60671 60670 Genesplicer_465 genesplicer 2.939721

score 2.939721

SPLICE_SITE_TYPE donor

SEQUENCE GT

61793 61792 Genesplicer_469 genesplicer 5.213248

score 5.213248

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

62333 62332 Genesplicer_470 genesplicer 5.001405

score 5.001405

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

62560 62559 Genesplicer_471 genesplicer 3.865092

score 3.865092

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

62621 62620 Genesplicer_472 genesplicer 3.426641

score 3.426641

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

62761 62760 Genesplicer_476 genesplicer 7.12764

score 7.12764

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

63200 63199 Genesplicer_477 genesplicer 5.551468

score 5.551468

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

63391 63390 Genesplicer_479 genesplicer 10.278188

score 10.278188

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

63650 63649 Genesplicer_484 genesplicer 2.752553

score 2.752553

SPLICE_SITE_TYPE donor

SEQUENCE GT

64239 64238 Genesplicer_486 genesplicer 6.556217

score 6.556217

SPLICE_SITE_TYPE donor

SEQUENCE GT

64379 64378 Genesplicer_488 genesplicer 6.78854

score 6.78854

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

65011 65010 Genesplicer_490 genesplicer 3.497068

score 3.497068

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

65137 65136 Genesplicer_491 genesplicer 4.657502

score 4.657502

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

65469 65468 Genesplicer_492 genesplicer 8.867597

score 8.867597

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

65767 65766 Genesplicer_495 genesplicer 9.704107

score 9.704107

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

66006 66005 Genesplicer_497 genesplicer 6.440809

score 6.440809

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

66121 66120 Genesplicer_498 genesplicer 4.452452

score 4.452452

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

66193 66192 Genesplicer_499 genesplicer 4.019362

score 4.019362

SPLICE_SITE_TYPE donor

SEQUENCE GT

66226 66225 Genesplicer_501 genesplicer 6.025502

score 6.025502

SPLICE_SITE_TYPE donor

SEQUENCE GT

66321 66320 Genesplicer_502 genesplicer 3.216678

score 3.216678

SPLICE_SITE_TYPE donor

SEQUENCE GT

66455 66454 Genesplicer_504 genesplicer 5.627463

score 5.627463

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

66737 66736 Genesplicer_505 genesplicer 3.625597

score 3.625597

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

66902 66901 Genesplicer_507 genesplicer 3.695831

score 3.695831

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

67280 67279 Genesplicer_508 genesplicer 5.417159

score 5.417159

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

67559 67558 Genesplicer_510 genesplicer 5.397384

score 5.397384

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

67926 67925 Genesplicer_512 genesplicer 8.948341

score 8.948341

SPLICE_SITE_TYPE donor

SEQUENCE GT

68014 68013 Genesplicer_514 genesplicer 6.089518

score 6.089518

SPLICE_SITE_TYPE donor

SEQUENCE GT

68152 68151 Genesplicer_515 genesplicer 2.53034

score 2.53034

SPLICE_SITE_TYPE donor

SEQUENCE GT

68259 68258 Genesplicer_516 genesplicer 6.747521

score 6.747521

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

68329 68328 Genesplicer_517 genesplicer 5.132473

score 5.132473

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

68433 68432 Genesplicer_518 genesplicer 2.761634

score 2.761634

SPLICE_SITE_TYPE donor

SEQUENCE GT

68553 68552 Genesplicer_519 genesplicer 3.923387

score 3.923387

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

68582 68581 Genesplicer_520 genesplicer 10.627812

score 10.627812

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

68657 68656 Genesplicer_521 genesplicer 5.371199

score 5.371199

SPLICE_SITE_TYPE donor

SEQUENCE GT

68748 68747 Genesplicer_522 genesplicer 5.917002

score 5.917002

SPLICE_SITE_TYPE donor

SEQUENCE GT

68854 68853 Genesplicer_524 genesplicer 8.310451

score 8.310451

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

69623 69622 Genesplicer_526 genesplicer 3.96527

score 3.96527

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

69868 69867 Genesplicer_527 genesplicer 4.15838

score 4.15838

SPLICE_SITE_TYPE donor

SEQUENCE GT

69899 69898 Genesplicer_528 genesplicer 6.404591

score 6.404591

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

70534 70533 Genesplicer_533 genesplicer 6.341101

score 6.341101

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

71073 71072 Genesplicer_534 genesplicer 2.909051

score 2.909051

SPLICE_SITE_TYPE donor

SEQUENCE GT

71130 71129 Genesplicer_538 genesplicer 13.504923

score 13.504923

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

72019 72018 Genesplicer_539 genesplicer 3.662373

score 3.662373

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

72087 72086 Genesplicer_540 genesplicer 3.385412

score 3.385412

SPLICE_SITE_TYPE donor

SEQUENCE GT

72224 72223 Genesplicer_541 genesplicer 7.877

score 7.877

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

72458 72457 Genesplicer_542 genesplicer 9.107347

score 9.107347

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

72604 72603 Genesplicer_544 genesplicer 4.832565

score 4.832565

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

72728 72727 Genesplicer_545 genesplicer 4.144705

score 4.144705

SPLICE_SITE_TYPE donor

SEQUENCE GT

72758 72757 Genesplicer_546 genesplicer 10.160861

score 10.160861

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

72966 72965 Genesplicer_547 genesplicer 4.472375

score 4.472375

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

73034 73033 Genesplicer_551 genesplicer 4.549734

score 4.549734

SPLICE_SITE_TYPE donor

SEQUENCE GT

73339 73338 Genesplicer_552 genesplicer 11.298118

score 11.298118

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

73536 73535 Genesplicer_553 genesplicer 7.853192

score 7.853192

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

73894 73893 Genesplicer_555 genesplicer 7.274699

score 7.274699

SPLICE_SITE_TYPE donor

SEQUENCE GT

74259 74258 Genesplicer_557 genesplicer 8.075092

score 8.075092

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

74725 74724 Genesplicer_558 genesplicer 2.780115

score 2.780115

SPLICE_SITE_TYPE donor

SEQUENCE GT

74767 74766 Genesplicer_560 genesplicer 3.596805

score 3.596805

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

75043 75042 Genesplicer_561 genesplicer 9.074841

score 9.074841

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

75134 75133 Genesplicer_564 genesplicer 6.427135

score 6.427135

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

75449 75448 Genesplicer_565 genesplicer 6.397847

score 6.397847

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

75526 75525 Genesplicer_566 genesplicer 5.087731

score 5.087731

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

75602 75601 Genesplicer_567 genesplicer 3.600107

score 3.600107

SPLICE_SITE_TYPE donor

SEQUENCE GT

75642 75641 Genesplicer_570 genesplicer 2.333293

score 2.333293

SPLICE_SITE_TYPE donor

SEQUENCE GT

75841 75840 Genesplicer_571 genesplicer 6.134365

score 6.134365

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

76012 76011 Genesplicer_573 genesplicer 11.881494

score 11.881494

SPLICE_SITE_TYPE donor

SEQUENCE GT

76171 76170 Genesplicer_576 genesplicer 4.178991

score 4.178991

SPLICE_SITE_TYPE donor

SEQUENCE GT

76312 76311 Genesplicer_577 genesplicer 9.133481

score 9.133481

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

76385 76384 Genesplicer_580 genesplicer 9.535222

score 9.535222

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

76656 76655 Genesplicer_581 genesplicer 3.512299

score 3.512299

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

77000 76999 Genesplicer_582 genesplicer 3.373516

score 3.373516

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

77095 77094 Genesplicer_583 genesplicer 7.39459

score 7.39459

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

77160 77159 Genesplicer_586 genesplicer 4.588998

score 4.588998

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

77599 77598 Genesplicer_587 genesplicer 7.484486

score 7.484486

SPLICE_SITE_TYPE donor

SEQUENCE GT

77661 77660 Genesplicer_590 genesplicer 2.621539

score 2.621539

SPLICE_SITE_TYPE donor

SEQUENCE GT

77949 77948 Genesplicer_591 genesplicer 7.119817

score 7.119817

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

77976 77975 Genesplicer_605 genesplicer 9.274839

score 9.274839

SPLICE_SITE_TYPE donor

SEQUENCE GT

80787 80786 Genesplicer_610 genesplicer 4.754193

score 4.754193

SPLICE_SITE_TYPE donor

SEQUENCE GT

81649 81648 Genesplicer_615 genesplicer 4.106266

score 4.106266

SPLICE_SITE_TYPE donor

SEQUENCE GT

82515 82514 Genesplicer_616 genesplicer 4.276694

score 4.276694

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

82560 82559 Genesplicer_618 genesplicer 5.339566

score 5.339566

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

82647 82646 Genesplicer_619 genesplicer 7.439122

score 7.439122

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

82796 82795 Genesplicer_620 genesplicer 5.263885

score 5.263885

SPLICE_SITE_TYPE donor

SEQUENCE GT

82971 82970 Genesplicer_622 genesplicer 2.78773

score 2.78773

SPLICE_SITE_TYPE donor

SEQUENCE GT

83117 83116 Genesplicer_623 genesplicer 13.201503

score 13.201503

SPLICE_SITE_TYPE donor

SEQUENCE GT

83489 83488 Genesplicer_624 genesplicer 3.465466

score 3.465466

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

83795 83794 Genesplicer_625 genesplicer 5.405578

score 5.405578

SPLICE_SITE_TYPE donor

SEQUENCE GT

84012 84011 Genesplicer_629 genesplicer 8.135455

score 8.135455

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

84435 84434 Genesplicer_630 genesplicer 2.314504

score 2.314504

SPLICE_SITE_TYPE donor

SEQUENCE GT

84473 84472 Genesplicer_631 genesplicer 8.633863

score 8.633863

SPLICE_SITE_TYPE donor

SEQUENCE GT

84873 84872 Genesplicer_633 genesplicer 8.885297

score 8.885297

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

85122 85121 Genesplicer_634 genesplicer 3.876981

score 3.876981

SPLICE_SITE_TYPE donor

SEQUENCE GT

85418 85417 Genesplicer_635 genesplicer 7.374345

score 7.374345

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

85613 85612 Genesplicer_639 genesplicer 10.815935

score 10.815935

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

85927 85926 Genesplicer_640 genesplicer 3.337774

score 3.337774

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

86014 86013 Genesplicer_641 genesplicer 3.049713

score 3.049713

SPLICE_SITE_TYPE donor

SEQUENCE GT

86261 86260 Genesplicer_642 genesplicer 7.354466

score 7.354466

SPLICE_SITE_TYPE donor

SEQUENCE GT

86408 86407 Genesplicer_644 genesplicer 6.404499

score 6.404499

SPLICE_SITE_TYPE donor

SEQUENCE GT

87250 87249 Genesplicer_645 genesplicer 4.056639

score 4.056639

SPLICE_SITE_TYPE donor

SEQUENCE GT

87318 87317 Genesplicer_646 genesplicer 12.266303

score 12.266303

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

87804 87803 Genesplicer_648 genesplicer 4.290439

score 4.290439

SPLICE_SITE_TYPE donor

SEQUENCE GT

88099 88098 Genesplicer_650 genesplicer 3.814087

score 3.814087

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

88365 88364 Genesplicer_653 genesplicer 3.167728

score 3.167728

SPLICE_SITE_TYPE donor

SEQUENCE GT

88672 88671 Genesplicer_655 genesplicer 3.921864

score 3.921864

SPLICE_SITE_TYPE donor

SEQUENCE GT

89116 89115 Genesplicer_656 genesplicer 3.59082

score 3.59082

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

89118 89117 Genesplicer_659 genesplicer 2.246005

score 2.246005

SPLICE_SITE_TYPE donor

SEQUENCE GT

89535 89534 Genesplicer_660 genesplicer 5.852415

score 5.852415

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

89565 89564 Genesplicer_661 genesplicer 7.625507

score 7.625507

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

89754 89753 Genesplicer_662 genesplicer 2.498592

score 2.498592

SPLICE_SITE_TYPE donor

SEQUENCE GT

89817 89816 Genesplicer_663 genesplicer 4.593206

score 4.593206

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

89818 89817 Genesplicer_664 genesplicer 5.456913

score 5.456913

SPLICE_SITE_TYPE donor

SEQUENCE GT

89906 89905 Genesplicer_666 genesplicer 13.115469

score 13.115469

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

90371 90370 Genesplicer_668 genesplicer 6.459833

score 6.459833

SPLICE_SITE_TYPE donor

SEQUENCE GT

90543 90542 Genesplicer_669 genesplicer 5.465301

score 5.465301

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

90545 90544 Genesplicer_670 genesplicer 4.751907

score 4.751907

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

90739 90738 Genesplicer_671 genesplicer 6.295622

score 6.295622

SPLICE_SITE_TYPE donor

SEQUENCE GT

90827 90826 Genesplicer_673 genesplicer 4.713413

score 4.713413

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

90979 90978 Genesplicer_680 genesplicer 5.085894

score 5.085894

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

91474 91473 Genesplicer_684 genesplicer 7.902986

score 7.902986

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

91935 91934 Genesplicer_685 genesplicer 7.255217

score 7.255217

SPLICE_SITE_TYPE donor

SEQUENCE GT

92007 92006 Genesplicer_686 genesplicer 8.76512

score 8.76512

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

92009 92008 Genesplicer_687 genesplicer 7.610561

score 7.610561

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

92192 92191 Genesplicer_688 genesplicer 4.743166

score 4.743166

SPLICE_SITE_TYPE donor

SEQUENCE GT

92271 92270 Genesplicer_689 genesplicer 3.093813

score 3.093813

SPLICE_SITE_TYPE donor

SEQUENCE GT

92365 92364 Genesplicer_691 genesplicer 4.055211

score 4.055211

SPLICE_SITE_TYPE donor

SEQUENCE GT

92533 92532 Genesplicer_692 genesplicer 9.008085

score 9.008085

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

92589 92588 Genesplicer_693 genesplicer 7.93498

score 7.93498

SPLICE_SITE_TYPE donor

SEQUENCE GT

92655 92654 Genesplicer_694 genesplicer 7.301928

score 7.301928

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

92719 92718 Genesplicer_695 genesplicer 7.2612

score 7.2612

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

92850 92849 Genesplicer_696 genesplicer 5.077942

score 5.077942

SPLICE_SITE_TYPE donor

SEQUENCE GT

92881 92880 Genesplicer_697 genesplicer 7.837483

score 7.837483

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

92984 92983 Genesplicer_698 genesplicer 6.356315

score 6.356315

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

93059 93058 Genesplicer_699 genesplicer 5.299921

score 5.299921

SPLICE_SITE_TYPE donor

SEQUENCE GT

93094 93093 Genesplicer_700 genesplicer 6.091398

score 6.091398

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

93163 93162 Genesplicer_701 genesplicer 8.403494

score 8.403494

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

93410 93409 Genesplicer_710 genesplicer 8.362067

score 8.362067

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

94818 94817 Genesplicer_715 genesplicer 2.977876

score 2.977876

SPLICE_SITE_TYPE donor

SEQUENCE GT

95302 95301 Genesplicer_716 genesplicer 7.47997

score 7.47997

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

95568 95567 Genesplicer_717 genesplicer 5.07708

score 5.07708

SPLICE_SITE_TYPE donor

SEQUENCE GT

95705 95704 Genesplicer_725 genesplicer 4.391762

score 4.391762

SPLICE_SITE_TYPE donor

SEQUENCE GT

97173 97172 Genesplicer_727 genesplicer 2.96475

score 2.96475

SPLICE_SITE_TYPE donor

SEQUENCE GT

97575 97574 Genesplicer_733 genesplicer 4.737404

score 4.737404

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

98265 98264 Genesplicer_739 genesplicer 5.086764

score 5.086764

SPLICE_SITE_TYPE donor

SEQUENCE GT

99339 99338 Genesplicer_741 genesplicer 7.055952

score 7.055952

SPLICE_SITE_TYPE donor

SEQUENCE GT

99558 99557 Genesplicer_742 genesplicer 6.017317

score 6.017317

SPLICE_SITE_TYPE donor

SEQUENCE GT

99770 99769 Genesplicer_748 genesplicer 9.930589

score 9.930589

SPLICE_SITE_TYPE donor

SEQUENCE GT

100527 100526 Genesplicer_751 genesplicer 7.609124

score 7.609124

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

101019 101018 Genesplicer_752 genesplicer 5.49191

score 5.49191

SPLICE_SITE_TYPE donor

SEQUENCE GT

101055 101054 Genesplicer_761 genesplicer 4.092851

score 4.092851

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

102209 102208 Genesplicer_762 genesplicer 3.149653

score 3.149653

SPLICE_SITE_TYPE donor

SEQUENCE GT

102250 102249 Genesplicer_765 genesplicer 5.268106

score 5.268106

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

102464 102463 Genesplicer_766 genesplicer 6.135723

score 6.135723

SPLICE_SITE_TYPE donor

SEQUENCE GT

102504 102503 Genesplicer_770 genesplicer 5.655392

score 5.655392

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

103157 103156 Genesplicer_771 genesplicer 11.272549

score 11.272549

SPLICE_SITE_TYPE donor

SEQUENCE GT

103266 103265 Genesplicer_777 genesplicer 5.45055

score 5.45055

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

103844 103843 Genesplicer_778 genesplicer 2.408734

score 2.408734

SPLICE_SITE_TYPE donor

SEQUENCE GT

103928 103927 Genesplicer_784 genesplicer 6.787684

score 6.787684

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

104718 104717 Genesplicer_788 genesplicer 3.436394

score 3.436394

SPLICE_SITE_TYPE donor

SEQUENCE GT

105076 105075 Genesplicer_789 genesplicer 3.429857

score 3.429857

SPLICE_SITE_TYPE donor

SEQUENCE GT

105364 105363 Genesplicer_792 genesplicer 10.55831

score 10.55831

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

105940 105939 Genesplicer_797 genesplicer 3.527688

score 3.527688

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

106488 106487 Genesplicer_802 genesplicer 4.342027

score 4.342027

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

106905 106904 Genesplicer_805 genesplicer 2.598741

score 2.598741

SPLICE_SITE_TYPE donor

SEQUENCE GT

107199 107198 Genesplicer_807 genesplicer 3.986976

score 3.986976

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

107435 107434 Genesplicer_809 genesplicer 6.964841

score 6.964841

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

107832 107831 Genesplicer_810 genesplicer 4.331276

score 4.331276

SPLICE_SITE_TYPE donor

SEQUENCE GT

107989 107988 Genesplicer_814 genesplicer 3.301921

score 3.301921

SPLICE_SITE_TYPE donor

SEQUENCE GT

108492 108491 Genesplicer_816 genesplicer 4.876831

score 4.876831

SPLICE_SITE_TYPE donor

SEQUENCE GT

108703 108702 Genesplicer_821 genesplicer 3.846244

score 3.846244

SPLICE_SITE_TYPE donor

SEQUENCE GT

109988 109987 Genesplicer_828 genesplicer 3.808726

score 3.808726

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

110562 110561 Genesplicer_829 genesplicer 8.961196

score 8.961196

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

110917 110916 Genesplicer_832 genesplicer 4.290025

score 4.290025

SPLICE_SITE_TYPE donor

SEQUENCE GT

111111 111110 Genesplicer_838 genesplicer 3.949091

score 3.949091

SPLICE_SITE_TYPE donor

SEQUENCE GT

111576 111575 Genesplicer_840 genesplicer 5.113463

score 5.113463

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

111911 111910 Genesplicer_841 genesplicer 10.151005

score 10.151005

SPLICE_SITE_TYPE donor

SEQUENCE GT

111974 111973 Genesplicer_843 genesplicer 4.823298

score 4.823298

SPLICE_SITE_TYPE donor

SEQUENCE GT

112197 112196 Genesplicer_845 genesplicer 3.014163

score 3.014163

SPLICE_SITE_TYPE donor

SEQUENCE GT

112302 112301 Genesplicer_849 genesplicer 7.742402

score 7.742402

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

112914 112913 Genesplicer_854 genesplicer 4.336301

score 4.336301

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

113325 113324 Genesplicer_856 genesplicer 2.706892

score 2.706892

SPLICE_SITE_TYPE donor

SEQUENCE GT

113494 113493 Genesplicer_859 genesplicer 4.359953

score 4.359953

SPLICE_SITE_TYPE donor

SEQUENCE GT

113678 113677 Genesplicer_861 genesplicer 9.296187

score 9.296187

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

113825 113824 Genesplicer_863 genesplicer 8.458237

score 8.458237

SPLICE_SITE_TYPE donor

SEQUENCE GT

113911 113910 Genesplicer_865 genesplicer 6.529375

score 6.529375

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

114099 114098 Genesplicer_866 genesplicer 7.332359

score 7.332359

SPLICE_SITE_TYPE donor

SEQUENCE GT

114181 114180 Genesplicer_867 genesplicer 4.132814

score 4.132814

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

114236 114235 Genesplicer_870 genesplicer 9.831039

score 9.831039

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

114440 114439 Genesplicer_872 genesplicer 4.770203

score 4.770203

SPLICE_SITE_TYPE donor

SEQUENCE GT

114728 114727 Genesplicer_874 genesplicer 7.029725

score 7.029725

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

115012 115011 Genesplicer_875 genesplicer 5.749934

score 5.749934

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

115073 115072 Genesplicer_876 genesplicer 12.622132

score 12.622132

SPLICE_SITE_TYPE donor

SEQUENCE GT

115104 115103 Genesplicer_878 genesplicer 8.416104

score 8.416104

SPLICE_SITE_TYPE donor

SEQUENCE GT

115489 115488 Genesplicer_879 genesplicer 7.119119

score 7.119119

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

115613 115612 Genesplicer_880 genesplicer 8.135848

score 8.135848

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

115869 115868 Genesplicer_882 genesplicer 6.199595

score 6.199595

SPLICE_SITE_TYPE donor

SEQUENCE GT

115944 115943 Genesplicer_885 genesplicer 8.23267

score 8.23267

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

116026 116025 Genesplicer_886 genesplicer 15.868703

score 15.868703

SPLICE_SITE_TYPE donor

SEQUENCE GT

116108 116107 Genesplicer_888 genesplicer 15.398782

score 15.398782

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

116379 116378 Genesplicer_889 genesplicer 6.006654

score 6.006654

SPLICE_SITE_TYPE donor

SEQUENCE GT

116518 116517 Genesplicer_891 genesplicer 4.688555

score 4.688555

SPLICE_SITE_TYPE donor

SEQUENCE GT

116918 116917 Genesplicer_892 genesplicer 15.890826

score 15.890826

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

116953 116952 Genesplicer_893 genesplicer 2.524575

score 2.524575

SPLICE_SITE_TYPE donor

SEQUENCE GT

117014 117013 Genesplicer_895 genesplicer 8.401668

score 8.401668

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

117339 117338 Genesplicer_896 genesplicer 13.08959

score 13.08959

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

117449 117448 Genesplicer_897 genesplicer 4.868073

score 4.868073

SPLICE_SITE_TYPE donor

SEQUENCE GT

117483 117482 Genesplicer_899 genesplicer 4.683713

score 4.683713

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

117706 117705 Genesplicer_900 genesplicer 12.006573

score 12.006573

SPLICE_SITE_TYPE donor

SEQUENCE GT

117748 117747 Genesplicer_901 genesplicer 7.699151

score 7.699151

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

117985 117984 Genesplicer_903 genesplicer 5.584097

score 5.584097

SPLICE_SITE_TYPE donor

SEQUENCE GT

118122 118121 Genesplicer_904 genesplicer 8.418832

score 8.418832

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

118128 118127 Genesplicer_906 genesplicer 2.423657

score 2.423657

SPLICE_SITE_TYPE donor

SEQUENCE GT

118253 118252 Genesplicer_910 genesplicer 7.217111

score 7.217111

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

118609 118608 Genesplicer_913 genesplicer 5.589291

score 5.589291

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

118843 118842 Genesplicer_914 genesplicer 6.188086

score 6.188086

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

119054 119053 Genesplicer_916 genesplicer 6.702204

score 6.702204

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

119332 119331 Genesplicer_918 genesplicer 6.454523

score 6.454523

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

119502 119501 Genesplicer_919 genesplicer 13.247147

score 13.247147

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

119695 119694 Genesplicer_920 genesplicer 5.205316

score 5.205316

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

119842 119841 Genesplicer_921 genesplicer 4.011204

score 4.011204

SPLICE_SITE_TYPE donor

SEQUENCE GT

119923 119922 Genesplicer_922 genesplicer 3.408553

score 3.408553

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

119925 119924 Genesplicer_923 genesplicer 3.641482

score 3.641482

SPLICE_SITE_TYPE donor

SEQUENCE GT

119995 119994 Genesplicer_927 genesplicer 3.46675

score 3.46675

SPLICE_SITE_TYPE donor

SEQUENCE GT

120439 120438 Genesplicer_928 genesplicer 3.515363

score 3.515363

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

120645 120644 Genesplicer_934 genesplicer 3.627465

score 3.627465

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

121290 121289 Genesplicer_935 genesplicer 3.99412

score 3.99412

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

121464 121463 Genesplicer_937 genesplicer 5.114743

score 5.114743

SPLICE_SITE_TYPE donor

SEQUENCE GT

121669 121668 Genesplicer_938 genesplicer 11.538361

score 11.538361

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

121749 121748 Genesplicer_940 genesplicer 13.020698

score 13.020698

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

121938 121937 Genesplicer_941 genesplicer 7.009928

score 7.009928

SPLICE_SITE_TYPE donor

SEQUENCE GT

122032 122031 Genesplicer_942 genesplicer 6.062228

score 6.062228

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

122638 122637 Genesplicer_943 genesplicer 3.231405

score 3.231405

SPLICE_SITE_TYPE donor

SEQUENCE GT

122962 122961 Genesplicer_945 genesplicer 6.319484

score 6.319484

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

123216 123215 Genesplicer_947 genesplicer 3.944098

score 3.944098

SPLICE_SITE_TYPE donor

SEQUENCE GT

123331 123330 Genesplicer_949 genesplicer 6.643845

score 6.643845

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

123674 123673 Genesplicer_950 genesplicer 5.274459

score 5.274459

SPLICE_SITE_TYPE donor

SEQUENCE GT

123745 123744 Genesplicer_951 genesplicer 4.388693

score 4.388693

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

123906 123905 Genesplicer_954 genesplicer 3.467925

score 3.467925

SPLICE_SITE_TYPE donor

SEQUENCE GT

124126 124125 Genesplicer_960 genesplicer 8.516502

score 8.516502

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

124874 124873 Genesplicer_964 genesplicer 4.689108

score 4.689108

SPLICE_SITE_TYPE donor

SEQUENCE GT

125602 125601 Genesplicer_968 genesplicer 10.087196

score 10.087196

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

126390 126389 Genesplicer_969 genesplicer 3.681405

score 3.681405

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

126560 126559 Genesplicer_975 genesplicer 3.333859

score 3.333859

SPLICE_SITE_TYPE donor

SEQUENCE GT

127001 127000 Genesplicer_981 genesplicer 5.061993

score 5.061993

SPLICE_SITE_TYPE donor

SEQUENCE GT

127748 127747 Genesplicer_983 genesplicer 7.409733

score 7.409733

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

127946 127945 Genesplicer_985 genesplicer 2.932406

score 2.932406

SPLICE_SITE_TYPE donor

SEQUENCE GT

128014 128013 Genesplicer_989 genesplicer 6.258764

score 6.258764

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

128703 128702 Genesplicer_991 genesplicer 6.748989

score 6.748989

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

129113 129112 Genesplicer_992 genesplicer 6.467146

score 6.467146

SPLICE_SITE_TYPE donor

SEQUENCE GT

129174 129173 Genesplicer_997 genesplicer 5.384207

score 5.384207

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

129536 129535 Genesplicer_998 genesplicer 5.794641

score 5.794641

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

129604 129603 Genesplicer_999 genesplicer 4.552771

score 4.552771

SPLICE_SITE_TYPE donor

SEQUENCE GT

129727 129726 Genesplicer_1003 genesplicer 4.703667

score 4.703667

SPLICE_SITE_TYPE donor

SEQUENCE GT

130723 130722 Genesplicer_1008 genesplicer 6.793353

score 6.793353

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

131505 131504 Genesplicer_1012 genesplicer 6.844859

score 6.844859

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

131947 131946 Genesplicer_1014 genesplicer 9.229986

score 9.229986

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

132039 132038 Genesplicer_1015 genesplicer 6.978395

score 6.978395

SPLICE_SITE_TYPE donor

SEQUENCE GT

132106 132105 Genesplicer_1017 genesplicer 4.868729

score 4.868729

SPLICE_SITE_TYPE donor

SEQUENCE GT

132214 132213 Genesplicer_1025 genesplicer 7.590673

score 7.590673

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

133019 133018 Genesplicer_1026 genesplicer 3.061147

score 3.061147

SPLICE_SITE_TYPE donor

SEQUENCE GT

133095 133094 Genesplicer_1029 genesplicer 5.667315

score 5.667315

SPLICE_SITE_TYPE donor

SEQUENCE GT

133407 133406 Genesplicer_1031 genesplicer 7.293027

score 7.293027

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

133858 133857 Genesplicer_1036 genesplicer 7.940238

score 7.940238

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

134293 134292 Genesplicer_1037 genesplicer 2.389187

score 2.389187

SPLICE_SITE_TYPE donor

SEQUENCE GT

134388 134387 Genesplicer_1042 genesplicer 4.522278

score 4.522278

SPLICE_SITE_TYPE donor

SEQUENCE GT

134865 134864 Genesplicer_1047 genesplicer 3.556996

score 3.556996

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

135651 135650 Genesplicer_1050 genesplicer 5.049135

score 5.049135

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

135875 135874 Genesplicer_1053 genesplicer 3.400458

score 3.400458

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

136138 136137 genomethreader S.lycopersicum_ESTs_GenBank.tfa OA:genomethreader_1:C02HBa0291D19.2 AI895508.1 0.767

score 0.767

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score 0.977

70386 69728 1 657 OA:genomethreader_1:C02HBa0291D19.2 73534 71489 SGN-U331110 1.0

score 1.0

73534 73340 11 205 SGN-U331110 1.0

score 1.0

72964 72759 206 411 SGN-U331110 0.994

score 0.994

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score 1.0

87049 86409 1 641 SGN-U324641 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

83277 83029 1366 1614 OA:genomethreader_1:C02HBa0291D19.2 SGN-U344922 0.994

score 0.994

87802 87018 79 863 OA:genomethreader_1:C02HBa0291D19.2 90292 88487 SGN-U329400 0.992

score 0.992

90292 89907 1 386 SGN-U329400 0.997

score 0.997

88792 88487 387 691 OA:genomethreader_1:C02HBa0291D19.2 117835 114199 SGN-U324538 0.989

score 0.989

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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 0.98

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score 0.944

114234 114199 1075 1109 OA:genomethreader_1:C02HBa0291D19.2 SGN-U338415 0.904

score 0.904

117849 117234 88 702 OA:genomethreader_1:C02HBa0291D19.2 SGN-U326901 0.99

score 0.99

117849 117270 1 580 OA:genomethreader_1:C02HBa0291D19.2 135480 134526 SGN-U345198 0.833

score 0.833

135480 135463 1 17 SGN-U345198 0.969

score 0.969

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130285 130256 genomethreader Solanaceae_sgn_all OA:genomethreader_1:C02HBa0291D19.2 2718 2072 U240597 0.753

score 0.753

2718 2638 1 80 U240597 0.817

score 0.817

2300 2072 81 308 OA:genomethreader_1:C02HBa0291D19.2 9155 8576 U238329 0.83

score 0.83

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score 0.692

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score 0.981

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score 0.914

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score 0.992

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score 0.838

11952 11662 273 547 OA:genomethreader_1:C02HBa0291D19.2 18084 11895 U237697 0.812

score 0.812

18084 18000 1 85 U237697 0.876

score 0.876

14482 14362 86 206 U237697 0.914

score 0.914

13925 13833 207 299 U237697 0.952

score 0.952

12243 12119 300 424 U237697 0.845

score 0.845

11952 11895 425 481 OA:genomethreader_1:C02HBa0291D19.2 21366 18923 U273257 0.933

score 0.933

21366 21337 104 133 U273257 0.662

score 0.662

20378 20308 134 202 U273257 0.715

score 0.715

20242 20078 203 366 U273257 0.82

score 0.82

19499 19372 367 494 U273257 0.823

score 0.823

19221 18923 495 794 OA:genomethreader_1:C02HBa0291D19.2 U278720 0.956

score 0.956

27047 26389 1 659 OA:genomethreader_1:C02HBa0291D19.2 U220613 0.996

score 0.996

27636 26471 1 1166 OA:genomethreader_1:C02HBa0291D19.2 28398 27140 U274528 0.947

score 0.947

28398 28304 1 91 U274528 0.959

score 0.959

27829 27140 92 786 OA:genomethreader_1:C02HBa0291D19.2 40158 38983 U281009 0.863

score 0.863

40158 39369 1 790 U281009 0.896

score 0.896

39144 39097 791 838 U281009 0.846

score 0.846

39008 38983 839 864 OA:genomethreader_1:C02HBa0291D19.2 41065 39501 U226263 0.857

score 0.857

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score 0.845

40157 39501 201 857 OA:genomethreader_1:C02HBa0291D19.2 41237 39960 U231166 1.0

score 1.0

41237 40898 1 340 U231166 1.0

score 1.0

40157 39960 341 538 OA:genomethreader_1:C02HBa0291D19.2 U212528 0.821

score 0.821

64797 64451 1 347 OA:genomethreader_1:C02HBa0291D19.2 U231359 0.999

score 0.999

65860 64730 1 1131 OA:genomethreader_1:C02HBa0291D19.2 U225181 0.977

score 0.977

70386 69728 1 657 OA:genomethreader_1:C02HBa0291D19.2 U274846 0.969

score 0.969

70405 69752 1 648 OA:genomethreader_1:C02HBa0291D19.2 73534 71489 U230771 1.0

score 1.0

73534 73340 11 205 U230771 1.0

score 1.0

72964 72759 206 411 U230771 0.994

score 0.994

72017 71489 412 941 OA:genomethreader_1:C02HBa0291D19.2 74691 72877 U291562 0.965

score 0.965

74691 74260 1 428 U291562 0.959

score 0.959

73534 73340 429 625 U291562 0.955

score 0.955

72964 72877 626 714 OA:genomethreader_1:C02HBa0291D19.2 85481 82924 U275614 0.979

score 0.979

85481 85434 1 48 U275614 0.988

score 0.988

85120 84874 49 295 U275614 0.993

score 0.993

83793 83490 296 599 U275614 0.927

score 0.927

83277 82924 600 952 OA:genomethreader_1:C02HBa0291D19.2 85599 83029 U225597 1.0

score 1.0

85599 85434 1 166 U225597 1.0

score 1.0

85120 84874 167 413 U225597 1.0

score 1.0

83793 83490 414 717 U225597 1.0

score 1.0

83277 83029 718 966 OA:genomethreader_1:C02HBa0291D19.2 U237340 1.0

score 1.0

87049 86542 1 508 OA:genomethreader_1:C02HBa0291D19.2 U240242 0.996

score 0.996

87798 87018 1 781 OA:genomethreader_1:C02HBa0291D19.2 90292 88487 U225370 0.992

score 0.992

90292 89907 1 386 U225370 0.997

score 0.997

88792 88487 387 691 OA:genomethreader_1:C02HBa0291D19.2 117835 114199 U222829 0.989

score 0.989

117835 117749 1 86 U222829 1.0

score 1.0

116377 116109 87 355 U222829 1.0

score 1.0

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score 1.0

115867 115743 436 560 U222829 1.0

score 1.0

115611 115490 561 682 U222829 1.0

score 1.0

115395 115105 683 973 U222829 0.98

score 0.98

115010 114910 974 1074 U222829 0.944

score 0.944

114234 114199 1075 1109 OA:genomethreader_1:C02HBa0291D19.2 U224630 0.99

score 0.99

117849 117270 1 580 genomethreader Solanaceae_sgn_all.Unmasked OA:genomethreader_1:C02HBa0291D19.2 2718 2072 U240597 0.753

score 0.753

2718 2638 1 80 U240597 0.817

score 0.817

2300 2072 81 308 OA:genomethreader_1:C02HBa0291D19.2 9155 8576 U238329 0.83

score 0.83

9155 8773 33 423 U238329 0.692

score 0.692

8653 8576 424 498 OA:genomethreader_1:C02HBa0291D19.2 14415 11662 U289667 0.981

score 0.981

14415 14362 1 54 U289667 0.914

score 0.914

13925 13833 55 147 U289667 0.992

score 0.992

12243 12119 148 272 U289667 0.838

score 0.838

11952 11662 273 547 OA:genomethreader_1:C02HBa0291D19.2 18084 11895 U237697 0.812

score 0.812

18084 18000 1 85 U237697 0.876

score 0.876

14482 14362 86 206 U237697 0.914

score 0.914

13925 13833 207 299 U237697 0.952

score 0.952

12243 12119 300 424 U237697 0.845

score 0.845

11952 11895 425 481 OA:genomethreader_1:C02HBa0291D19.2 21366 18923 U273257 0.933

score 0.933

21366 21337 104 133 U273257 0.662

score 0.662

20378 20308 134 202 U273257 0.715

score 0.715

20242 20078 203 366 U273257 0.82

score 0.82

19499 19372 367 494 U273257 0.823

score 0.823

19221 18923 495 794 OA:genomethreader_1:C02HBa0291D19.2 U278720 0.956

score 0.956

27047 26389 1 659 OA:genomethreader_1:C02HBa0291D19.2 U220613 0.996

score 0.996

27636 26471 1 1166 OA:genomethreader_1:C02HBa0291D19.2 28398 27140 U274528 0.947

score 0.947

28398 28304 1 91 U274528 0.959

score 0.959

27829 27140 92 786 OA:genomethreader_1:C02HBa0291D19.2 32990 32135 U241417 0.724

score 0.724

32990 32962 1 29 U241417 0.624

score 0.624

32911 32819 30 125 U241417 0.72

score 0.72

32719 32695 126 150 U241417 0.76

score 0.76

32446 32135 151 455 OA:genomethreader_1:C02HBa0291D19.2 40158 38983 U281009 0.863

score 0.863

40158 39369 1 790 U281009 0.896

score 0.896

39144 39097 791 838 U281009 0.846

score 0.846

39008 38983 839 864 OA:genomethreader_1:C02HBa0291D19.2 41065 39501 U226263 0.857

score 0.857

41065 40898 33 200 U226263 0.845

score 0.845

40157 39501 201 857 OA:genomethreader_1:C02HBa0291D19.2 41237 39960 U231166 1.0

score 1.0

41237 40898 1 340 U231166 1.0

score 1.0

40157 39960 341 538 OA:genomethreader_1:C02HBa0291D19.2 U293004 0.735

score 0.735

42890 42503 1 385 OA:genomethreader_1:C02HBa0291D19.2 U229256 0.871

score 0.871

55791 55481 194 505 OA:genomethreader_1:C02HBa0291D19.2 U212528 0.821

score 0.821

64797 64451 1 347 OA:genomethreader_1:C02HBa0291D19.2 U231359 0.999

score 0.999

65860 64730 1 1131 OA:genomethreader_1:C02HBa0291D19.2 U225181 0.977

score 0.977

70386 69728 1 657 OA:genomethreader_1:C02HBa0291D19.2 U274846 0.969

score 0.969

70405 69752 1 648 OA:genomethreader_1:C02HBa0291D19.2 73534 71489 U230771 1.0

score 1.0

73534 73340 11 205 U230771 1.0

score 1.0

72964 72759 206 411 U230771 0.994

score 0.994

72017 71489 412 941 OA:genomethreader_1:C02HBa0291D19.2 74691 72877 U291562 0.965

score 0.965

74691 74260 1 428 U291562 0.959

score 0.959

73534 73340 429 625 U291562 0.955

score 0.955

72964 72877 626 714 OA:genomethreader_1:C02HBa0291D19.2 85481 82924 U275614 0.979

score 0.979

85481 85434 1 48 U275614 0.988

score 0.988

85120 84874 49 295 U275614 0.993

score 0.993

83793 83490 296 599 U275614 0.927

score 0.927

83277 82924 600 952 OA:genomethreader_1:C02HBa0291D19.2 85599 83029 U225597 1.0

score 1.0

85599 85434 1 166 U225597 1.0

score 1.0

85120 84874 167 413 U225597 1.0

score 1.0

83793 83490 414 717 U225597 1.0

score 1.0

83277 83029 718 966 OA:genomethreader_1:C02HBa0291D19.2 U237340 1.0

score 1.0

87049 86542 1 508 OA:genomethreader_1:C02HBa0291D19.2 U240242 0.996

score 0.996

87798 87018 1 781 OA:genomethreader_1:C02HBa0291D19.2 90292 88487 U225370 0.992

score 0.992

90292 89907 1 386 U225370 0.997

score 0.997

88792 88487 387 691 OA:genomethreader_1:C02HBa0291D19.2 U287257 0.833

score 0.833

91023 90970 54 105 OA:genomethreader_1:C02HBa0291D19.2 117835 114199 U222829 0.989

score 0.989

117835 117749 1 86 U222829 1.0

score 1.0

116377 116109 87 355 U222829 1.0

score 1.0

116024 115945 356 435 U222829 1.0

score 1.0

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score 1.0

115611 115490 561 682 U222829 1.0

score 1.0

115395 115105 683 973 U222829 0.98

score 0.98

115010 114910 974 1074 U222829 0.944

score 0.944

114234 114199 1075 1109 OA:genomethreader_1:C02HBa0291D19.2 U224630 0.99

score 0.99

117849 117270 1 580 genomethreader LGI.100604_SL.Unmasked OA:genomethreader_1:C02HBa0291D19.2 AI895508_SL 0.767

score 0.767

356 1 1 367 OA:genomethreader_1:C02HBa0291D19.2 CN384638_SL 0.984

score 0.984

5742 5107 1 637 OA:genomethreader_1:C02HBa0291D19.2 9155 8588 AW036424_SL 0.83

score 0.83

9155 8773 34 424 AW036424_SL 0.682

score 0.682

8653 8588 425 489 OA:genomethreader_1:C02HBa0291D19.2 18085 12168 BF050774_SL 0.814

score 0.814

18085 18000 1 86 BF050774_SL 0.876

score 0.876

14482 14362 87 207 BF050774_SL 0.914

score 0.914

13925 13833 208 300 BF050774_SL 0.947

score 0.947

12243 12168 301 376 OA:genomethreader_1:C02HBa0291D19.2 TC140716_SL 0.998

score 0.998

20869 20331 1 539 OA:genomethreader_1:C02HBa0291D19.2 TC146057_SL 1.0

score 1.0

26914 26482 1 433 OA:genomethreader_1:C02HBa0291D19.2 AI774335_SL 0.921

score 0.921

26914 26688 1 227 OA:genomethreader_1:C02HBa0291D19.2 28397 27050 TC140416_SL 1.0

score 1.0

28397 28304 1 94 TC140416_SL 0.999

score 0.999

27829 27050 95 874 OA:genomethreader_1:C02HBa0291D19.2 BI929514_SL 1.0

score 1.0

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18405 18337 553 622 BP129447_NT 0.804

score 0.804

18130 18085 623 668 OA:genomethreader_1:C02HBa0291D19.2 CV016704_NT 0.775

score 0.775

62500 62301 52 244 OA:genomethreader_1:C02HBa0291D19.2 91543 90384 CK297372_NB 0.871

score 0.871

91543 91474 1 67 CK297372_NB 0.889

score 0.889

91351 91316 68 103 CK297372_NB 0.861

score 0.861

91193 91158 104 139 CK297372_NB 0.912

score 0.912

91035 90979 140 195 CK297372_NB 1.0

score 1.0

90399 90384 196 211 OA:genomethreader_1:C02HBa0291D19.2 CK298303_NB 0.922

score 0.922

91026 90976 130 179 OA:genomethreader_1:C02HBa0291D19.2 91510 90977 CK297566_NB 0.946

score 0.946

91510 91474 1 37 CK297566_NB 0.889

score 0.889

91351 91316 38 73 CK297566_NB 0.898

score 0.898

91035 90977 74 131 OA:genomethreader_1:C02HBa0291D19.2 91542 90979 CK297372_NB 0.87

score 0.87

91542 91474 1 66 CK297372_NB 0.889

score 0.889

91351 91316 67 102 CK297372_NB 0.912

score 0.912

91035 90979 103 158 OA:genomethreader_1:C02HBa0291D19.2 CK289097_NB 0.871

score 0.871

91543 91474 30 96 OA:genomethreader_1:C02HBa0291D19.2 CK285786_NB 0.805

score 0.805

102378 101815 1 559 OA:genomethreader_1:C02HBa0291D19.2 114234 113696 BP133741_NT 0.943

score 0.943

114234 114182 13 65 BP133741_NT 0.828

score 0.828

114097 113912 66 251 BP133741_NT 0.867

score 0.867

113823 113696 252 379 genomethreader TOBACCOS_NT_NB OA:genomethreader_1:C02HBa0291D19.2 20205 18085 BP129447_NT 0.758

score 0.758

20205 20078 1 125 BP129447_NT 0.805

score 0.805

19499 19372 126 253 BP129447_NT 0.826

score 0.826

19221 18923 254 552 BP129447_NT 0.783

score 0.783

18405 18337 553 622 BP129447_NT 0.804

score 0.804

18130 18085 623 668 OA:genomethreader_1:C02HBa0291D19.2 CV016704_NT 0.775

score 0.775

62500 62301 52 244 OA:genomethreader_1:C02HBa0291D19.2 91657 90358 CK297372_NB 0.727

score 0.727

91657 91590 1 68 CK297372_NB 0.889

score 0.889

91351 91316 69 104 CK297372_NB 0.861

score 0.861

91193 91158 105 140 CK297372_NB 0.77

score 0.77

90431 90358 141 211 OA:genomethreader_1:C02HBa0291D19.2 91658 90359 CK297372_NB 0.727

score 0.727

91658 91590 1 69 CK297372_NB 0.889

score 0.889

91351 91316 70 105 CK297372_NB 0.861

score 0.861

91193 91158 106 141 CK297372_NB 0.767

score 0.767

90431 90359 142 211 OA:genomethreader_1:C02HBa0291D19.2 CK285786_NB 0.805

score 0.805

102378 101815 1 559 OA:genomethreader_1:C02HBa0291D19.2 114234 113696 BP133741_NT 0.943

score 0.943

114234 114182 13 65 BP133741_NT 0.828

score 0.828

114097 113912 66 251 BP133741_NT 0.867

score 0.867

113823 113696 252 379 genomethreader MicroTom_EST35824fasta.fa OA:genomethreader_1:C02HBa0291D19.2 28346 27390 LA15DH01 1.0

score 1.0

28346 28304 1 43 LA15DH01 1.0

score 1.0

27829 27390 44 483 OA:genomethreader_1:C02HBa0291D19.2 28391 27431 FA20DH07 1.0

score 1.0

28391 28304 1 88 FA20DH07 1.0

score 1.0

27829 27431 89 487 OA:genomethreader_1:C02HBa0291D19.2 FA23DC04 1.0

score 1.0

65640 65177 1 464 OA:genomethreader_1:C02HBa0291D19.2 FA24BF10 1.0

score 1.0

65749 65253 1 497 OA:genomethreader_1:C02HBa0291D19.2 FA33AC06 1.0

score 1.0

65863 65385 1 479 OA:genomethreader_1:C02HBa0291D19.2 86697 85430 FA34AC02 1.0

score 1.0

86697 86409 1 289 FA34AC02 0.989

score 0.989

85606 85430 290 466 OA:genomethreader_1:C02HBa0291D19.2 91667 90358 LC18BF11 0.727

score 0.727

91667 91590 1 78 LC18BF11 0.889

score 0.889

91351 91316 79 114 LC18BF11 0.861

score 0.861

91193 91158 115 150 LC18BF11 0.77

score 0.77

90431 90358 151 221 genomethreader MicroTom_EST35824fasta.fa.Unmasked OA:genomethreader_1:C02HBa0291D19.2 28346 27390 LA15DH01 1.0

score 1.0

28346 28304 1 43 LA15DH01 1.0

score 1.0

27829 27390 44 483 OA:genomethreader_1:C02HBa0291D19.2 28391 27431 FA20DH07 1.0

score 1.0

28391 28304 1 88 FA20DH07 1.0

score 1.0

27829 27431 89 487 OA:genomethreader_1:C02HBa0291D19.2 FA23DC04 1.0

score 1.0

65640 65177 1 464 OA:genomethreader_1:C02HBa0291D19.2 FA24BF10 1.0

score 1.0

65749 65253 1 497 OA:genomethreader_1:C02HBa0291D19.2 FA33AC06 1.0

score 1.0

65863 65385 1 479 OA:genomethreader_1:C02HBa0291D19.2 86697 85430 FA34AC02 1.0

score 1.0

86697 86409 1 289 FA34AC02 0.989

score 0.989

85606 85430 290 466 OA:genomethreader_1:C02HBa0291D19.2 91543 90979 LC18BF11 0.871

score 0.871

91543 91474 1 67 LC18BF11 0.889

score 0.889

91351 91316 68 103 LC18BF11 0.912

score 0.912

91035 90979 104 159 genomethreader EST8046fasta_cDNA_MicroTomFruit.seq.Unmasked OA:genomethreader_1:C02HBa0291D19.2 FC15AE10 1.0

score 1.0

65874 65140 1 735 genomethreader EST8046fasta_cDNA_MicroTomFruit.seq OA:genomethreader_1:C02HBa0291D19.2 FC15AE10 1.0

score 1.0

65874 65140 1 735