C02HBa0194L19.2 AAGCTTATTTAATACTCTATCTGAGTTGGTTTATGTGACATTTCTTTTTC AGGACTCAAACTATGTAAACTTTGATAATGTGAACTTTGCAACTTAGTAC TATTCATGTAGTTTTTGAAAAACATTGGGTTGATCTATAATCCAATTAGC TTCAAAGATCAGCCAACTTGGCTCACAGGAAATGAAAAATATCAAATGAA ATAGGGATATAACTGAAATGAAATAGCATCCTAACAGTACCTGATAAGCT GCCTGCACTTGGGACATTTCTTTCCACATTTATCAGCAGCAGATCGCAAA CACTTCTTACAAAAACTACAGATATGATTTTTACCAAATTTGTCAGAGTC AGTTACTGAAAATGCCTATATGTATTGATTTATGAATATAAGTTGATGAG GATGCCATTGAGATCGTACCTGTGACCACAAGGAGTGGTACTCGGTTCAA AACAGATCTCCAAACAAATCTGCAAATTCAAAGAAATCATGTTTATACTA CAATAAAATAGGAAAATAGAAAAAAAGACACCCTCAATTGATAAACAGGT AGGGGCACCAAGGTTCAAGAACGGATTTACAACACTTACAGCACAAGAAA GCTCTTCACGAAGTAGATCAATGGAGGGAAATGCTGCAGAAGAAGAAGAA ACAGAACACCCCTGTTCCTCTGATGCTTCAGCTTCTTTCGTGTCTGCTTT CTCAATGGATTTTGGTTCTATCTTCTTAGTAGAAGATGTAGCAACAGAAC AACCCTGTTCTTCCAATGCCTCATCTCCTTTCTCGTCTAATTTCAATTCT GCCTCCTTTTTCTCGCTTTCTGCAGAACATTAACATCAGGACACAATCCA TTATTCATAACACAAACTCTTCTTGAAAATCATGATTTACCTTGCTTTGC AGTGTCTTGGTCTTCCAGATCAAGAACAGTTGCAGTTATGGACGCAGGGC TCCTTTTCTGAGCCCTTCTTTTCCTGAAAAGATGACAAATTTATGCATTT CCCAATAATCCAAACAAAAAGAAGAACGACTGATAATCCAATCGGATAAA ATAGAGATGATCTATCTGATTAATTGATTTGATTTTAATTCCTGAATTCG CTTCTTATTTAAAATCTAAAAAAAATGGTGCAAGTACCTTCTAGAATTTG TTGGGGGAGTCTTGAAATGCAGCAAATCAGAACGTTTCTTTTGCTTAGAA AGGCGATCAGGTGTGTCTTCGACAACAAGACTGGCCATGAGAAGAGCCTC TTCATCCCAACCAGCCATAGCTGCCACCGACCGGAACTTGGGGCTCAGCA ACCCTTCGACTTTATCATCTCCATCGGTCACCATCCTTATTCTCTCTCTC TCTCTCTTGTGACGAGTGATGAAGACTAGGGTTTTAAGTAACGGTCATAT TTCTTTTGATTTTGGTGTGGAGTAACGGCTATATTGGCACCGATCAAGTG TGTTATGGTACATGCAGTATGCTTGTGCTCTTCTTTTTATTTTCATTTAC CAATACACCCTTGCTTATAATCTTGTTTCTCTTGGATTTCTTTCAAATGA AAAATTATTTTTTATTCCTTACGGTACTTGTTGCCGAAAATATATTATAA AAGGGCCTTTCTATCTTGTGGAAAAATATTCTTGCTCTTCTTCTTTTAGT ATTAAAAGACCAAGTTAGACGAAAAAGAAAAACGACACTCGCTATGAACA ATCATTTTTATCTATCCTCAGGCCAATTAGTGATTCATTCACATTGTAAA TAATCCACAGGTTTAAGTTGAAAGACCATAAACAAATTTTTGCGACAAAT ATAATGATTGAATCACTTGTAGAATTAAAGCCATACACAAGCTGATATTC TACTCCTCTGAAAATGAAAATTACACATCAAACAAATTGAGGCATGTCAA CTAGAACATCTATTGCAGAACCATTCTGAATGTGGCACTATCGTATAGTG GGAGTATTTTCACTTTAGTGTTTATGAGAGTGTTTCCTACGGTGATGGTA CATTTCCCCCTTTTCCCTACTTCTCTTCTCTATGATCCTAAAAGCACATG ATATAAACCCAATGGCGGCCATGGGATAAAATGTTATGTAAGGAGCCAAG GCTAAGCCACAAATATAGGAAAAGTATCCAGCAAGAAGATAGCCAAAGCT CAGGTTTATCTCCAATCTTTGGATGACCGGAAAAGGAAAGAAGAAGAAGA AGTTGAACTCTGGCTTTGAGTCACATACACCATGCAGCAAAACACCTATG CAAAGTATAGAATCCAAGAACCACGGCAAGCTATGACCGATCCCCATTCT CTGTGTGCAAACATATACCAAAAAAGAATAATGTTAATGCTACTTTTAAT TATTTCGAGCAATCAACAATGTCCACAAAAACCCAAATATTATTTCATTA AGAAGACTATTGAGAGCATTTGCTCTATCAATTTATCAGTGCAAAGTAAG CGAGATTCCAAAATATGAACACAAGGCAGTGAAATCCTCTTGGTCCTAAA GAAAGAAAAGGAATACCTGGATCCACGCAATAAATGAAGGGACAAACATC AGCATTGCAAGCAAGTGTAATACAAGCAAGCCATGCCGATGATTGAAGAT CTCTAATTGGGTGTCACCATAGCTTTTTACTGAGTCCAGACTACTGGAAT TACTCTCCTTCTGAGGAACATGCGTGTTGATTTCACCATCATGCTCGGGT ATGGACTGCTTCGATCCACTCTGACGTCTGTTCCCAGATTCTATGAACTC CTTAGTCTGGGTACGGCTGTGAAATGAAGCCATCAAAAAACTGTTTACAG ACGAGAAAAATTGGTTTTAGACTACATTTGTCATAACAAAATATCAAATA TCAGCAGAGCCAAAAACTAAATATCAAATGTCAAATGTTTAATCTATTCA GAAGTTCGGAATGGTCAGAATTCGGCTAGGAATCACACACTATCAATCAA TGGTCATGTGATGGCCCTCAATTCTAATATACAGCATAAGACTACTACAG AAGAGTGGAGAAAGGGTACTAGTTAGGGATGTACCTGGACAGGGAATTGT GGGAGCACACAGCATGAGAAATGACCAGCAAAAGAAGACCCAATGCTGGA TGAGCGAAGCACATTAGGGTCAAAGAGACAAGTGTCATATCAAACAATGG ATTGAATCTCACGATCCTGACTACCTGTTTCAATAAGTAAAATTTTTTTA TTAAGAGAACAAGGAATGCAAGATGCATTCAATTTCGACATTTACTAAGA TTAGAGGACCAGGAACAAAAGATGCATTCAATTTCAGTTCCGAAATATAT GTACAAATCCAGCCTTTTACAAACTTATGCTTTTGCAAGCTACAATGCCA CAATTAAACTAACCTTGGATGACAGGAAGGCAGTGAAAAGAGGAGAAAAG TTATGTTCCCGTGTTTGCGACCTGCAAAAGATTATATTACCATTAGCTCA GTTGGTAATGAATTTCTTGCCATAACGGTTTCTGTTAAATTATGTGGTAC CTTAAGAAAAACCTTAACACTGTTATAGAGTAGTCACTTTTATTAATTTA TTTAGGTCTGCAGCGCACTCCTTGAGTGAGAGTATTTTAATTGTTTATGG ACAGTTGGGAAGTAGGGGGACTAGAAATTTCTCTTGAGATTAAGACTGAA TTTCACCAGCACATGCAACTTTGGTCCGTAAATTGACTAATAAATGATAT CAGTCACTTGTATGAAAATCTTACGTAACATAAATGTGGTAGATATATTC AAGAGAGAGTAAACTAACCGTTTCTTGATGAATACATGTAAAGATGCACT AACGTAGAACAACAACTGGGAGGCTGATATCAGCACAGCCACCACTCCAT TTGCACATAAGTAACAGATTGTTGAGACAGAGATGAAACTTATGGCTGGA GGAAGAGGTAGAGAAATGAGGCAGGAAAGTACAAGAGCAAATAAGATAGG TAGCAGGGCCAAACATAGAAAGGGCAATGGCATCCGCAAATTTGATTCAA CTGCTGTAAGGAGTGAAGGTATAGGCAGGTCAAGCTCCCATTGTCGTGCT TGCCGCATTAAAGCAAAAAAGACAACAGCAATTGCAAAACCAGTAATCTG CACAGGTCCATGACAGCAAATAACAATGAACCCAATAATCAGAAAATGAA GAAAAAAGCAATACCTACACCAAGGAGCATGGTAAAAAGATCAGCACCAA TTATAAGAACTACAGCCATTGAACAAAAGAACAAACCTGATTCAGTACAA AAGTACGGACACAGAACTATTGAACCATTGATGATATTTTGATATATGAT ATATCAGTAAGGAAACATGCAACCAACTTAGATATTTAGGCTTGTTGTTT CAACGAATGGACTGATACATGAAGATGTAATTTCTCGAATCGAAACTGAA TGGTTGAACAGGAGAACTGCTACTGGGTGTTATGTGCTAGAAGGATATGG TAGTAAATGTTGGGTCACTAAAGTCAAACATATCCACAAGTTGACTATTG CAGAGATGTGGATGCTAAGATGGATGTGTGATCATACAAGATTAAATAAG ATTATAATTGACCATATTTGTCAGAAGGTGCAAGTAGCACGGATTGAGGA TAAAATAAAACAAGGTCGCTTGAGGTGGTTTGGTCATGTCCTGCATAGAC CTACAGATGGACCAATCCATAGGTGTGAAGCCATGGTGAGAGATGGTGTA AAAAAGGGGATGAGGTTGACCTAAAATCACATTGAAGGATGTTGTCTCAA AAGACCTAAGAATTCTTGGATCAATACAGACTTTACTACAAAATATAGGG CACAATGGAAGAAAAATATCTAGGCGATATCTACTAATGGGTTAAAGGAT TCTTGTTAGAGAGTTTCAAATATTATTACTATTATCACTATCATTTATAT ATAATTAATTTGTTTTTGTTTTTATTTGTATGATGATGACATGAGTTGAA CGTAAATGTAATAGTTGAGAATTCACATAGCCGACCCCAAGTTGTTTAGG ATTGAGGTGTAGTTGTTGTTAGTCCGGATACATGCATGGACCAGACTTCT GATGATCATATAACTTTATTATACAAAGAAAAGGAATAATTTTTGATCAT ATAACTTCATATATTTTTTGTATAACTTTATTATACAAAGAAAAGGAATA TATGACTCTATTCCATTTACTCACTCAGAATAAGTTTTTTGCTACATGCT TGGCAGTGAGGCTTGATGAAGGATCCTACTAAAATAGTTTTTTTTTAATA ACCGGTCCTACAACAATACCAGACTTCATTCTTTCTTCATAAAGGAATTA GAATGCAACAAAATCCTTAAGAGATCAGAAAACAAATCACTCTTGAATGA GAAATCGAAGGCATCCTAAACTCTGTGAAGCTTTACATGTTTCATAACAA CTTGCTTGCAGCTTGCTTAGACATCAACTGAATTGGGCCTCGACTAAGAA AATAACTGTAACAAACTTTATTATGAAGGAAACAAGGGAATTCATTTCTT AGTAGTGTGTACGGAATTCTGTGGTTTCCTTTTCCAAGTTTGGCATTATA AGTATGCAAATTAGTTCTTTCAAGTATATTGCACCTCCAGCCATTTAATT GTATTGAGAGTGAGTACCACAAAAATGATTTGCAGTGGAGTGAGTATTAA ATTTATCACTGGATGTCACAGGTAAATATTAGATTGATAAGGAAAGGTCA TGTCACAACTTGACAATCTAAATCTGAAACCTTGAAACTTGCAAAAGGTG TACCAATCATTTCATCAGTAACTCTCGCATGAAGGTATTCACTAAAAGTA GGCTTGATAAGGTGTAAAGATATGACACTTGGGCCTAACCCAACCCCAAA AGCTAGCTCATGAGGGGAGGTTTGTCCAAGTCCATATAAGGAAGACCAAA TTCCCATCCCTCTACCGATGTGGACTTCTTAATATAAGGAGTTATATATA GCTCAGACAGCAAGAATTGTGAAGTGATGAAGACTGGTGTTCTGAGGTAT AATGGTAGAATGTATCCCAACTGAATGGAACATGGAAGAATATCAATAAC ATGAAATATTTTAATAGTTGGGAATCAAAATCAAATGGGAGATTCTGTGC CACCATCAGTATCCTATAACGGTTTGATGCTAACCTATGAGTGAAATGTA AGAAATATACACATGAAAGCAAAGTCTCAGACTGCATGGTATACAAAACT TTGAGATATAAGATTGGTTTAAAACTGCATTCACCTGTGGGAAATATAAA AGCGAAAATCTTTTAGCTGCAGAGGTTACATTAACACCAATACTTGTTTT GTACGAACAATGTGGATCAATCTGCACATAAGAGGGAAAACAAAGTCATG TAAGAGCTAAAGAAACAGAGCAGCAGTTTTTCAACTTTCTAACCGAACGA GAAACTAAGGGGTCTGTTATTATACCAGCAATATAACGTTGGTCTTTTCT GACCCTAGGCTGGAAGTCCAGAGTGCTGGAGAGGAATCCACAAGAATTGT TTCTGAGAACAGATTAGGAAAAATATGAAGACCAGACGTGAAATCCCAAG CAATTGCTACAGGAGGGAAACAGCGAAGTTTACACAGCCCTACATCCAAA AGAATAAGTTACATTAGCACCACAAATAAATAACAAAAACTGCGACATTC AATCTTATATATGGAACATTTATCTGGTAAGATTAATACTCAGCTGAATG AACTAAAGAAGTTACTTTTTACTTGGTTACATTTTCTGCAGTTACATACA AAGGTGGCAAGTTGAAGGTGTGCATGATACATGTGATTTACCAGTTATTG TTTTTATACAACTACTTCTATCTAAAGATCCCTTTGATGGGGCAGATTGA ATAGCAGTTAAAGGAAGGTGAGTAAACATAAAGCTTCTTAAATTTGTATT GCATTTACTTAGCAAAAGGGATATGGAAGTAACACTTCAAATTCCCTCCA AGAAATTCCTCAAACATCAATTCCACCAAGATTTATAAAATTTGGAGGGA TTGGTGAAAGATGTTGGCAAGTAACACAATAACAAGTAAAAAAGTACGAA ACTCTTTACTAATTAATAGAAACAGTACAAGATGCCTTATTTGTTAAATA GGAGAAACCCTTACTGTCAATTTCCATCTCTCCAGTTTCATCAGCAGTGA ACTCTGACTTTCTTATTCCACAACCAGTTGTTTTGACAGATAACGTCACA GGCATGAGACCCAAGCTAACAGAGAAAGACAGATTGAGTGCAAGAGGATG ATCCTCATTCAACGTCATCTCCTGCAAATTTGAACCGAAAAATAATGTAT TAAAAGGTATATATAGCTCAAACTTTTTTTCATCCTCTCTAGTTAAGTAA GCTCCACCCACCACAAACCTGTAAAGAAAACATAGACCGAATCAACGACC CAGAAGATAAGGCTGTTTCTCCGTCTGCTGGTTTAAAAAATTGCCCAACT CCCATGGAAGTGGCTGGTGGAGGTCTTCCTGAAACAGCCTGAAAATCATA AAGTCATCATGAGATGAAAAGCCAGGATCTAACCACATATAATACTCAAC ACGAAGAGAAGCAGAAGTTTCCATCTGAAATTCTATTCCAAGACCAAATT TGCTTTGTGGCACTAGAAAAGCTCATGAATATATATGAAGTACAGCAATG AGGATCTATCGGCCACTCTACCATCAAAGGCAGAAGAAAGATTTGATTTT CTATTTAAAACACATTGAGAAAGAAAAGTTCCTTCCCAGAGATCTTTTAT CTTTTATTGATTAAGTATAGAAACTAAAGTCCTACCTCGTATTATAAAAG ATTTAATGGGTAATTACACTAACACATACGAACTATTACAAAGAACTCCC AAGAAACCAGGTATCATGACTAAAAAGAAGCTAAAGCAAATTTGAGAACC CTGTGAACAAGTACCATGCGAGGTGCCACTGAGATGGTCAGATATCTGAA ACCACGCATATCCTCTGGGTGCAACCAAAATACAGCAGAGGGAGGTGCCT GCTCAGTCTGAGTACCTGGTTCAACCTATTGCAAAAACAGCACCTTTAAG AAGAATTTAAATCAAACTAGCTCATATAACATCTTATTTTAGAACATTCG GCAGACAGTGCACACGACTAAGTACCTGCCTCGGAGCTGGTCCAGATGGA ATTTGCACCATCTTTGATGTAACTTCTAAAACCCGTTTATTGATCGGTAA AGTGGAAACTTCAGTTCCTTTCTCAGGCCAAAGGTGCAGTCGTACACCGG AACATGGAGAAAGATTTGTGACAAAAACAAAATGGTTTTTGCCGTTAGAC CCCTGCATATGCAAGTAAGATAAGTTATAAGCTGGAAAAATAGCATTTAC ACATTCTAGGTAACTGGTATTCAAACTTAAAGCAAAGACCTTATTCGCAG AAGAGTGCAAACATTTGTTTCTTGAAAATAGGAGGACAAAAGCAAAGCAA GCAAGCACGCTATGAAAGATATCTACAATGTAACTTTTTATAAAAAATAA AGGAAGCTGACCAACTTCTCAATGTCCAACCACCGCCTTCTCCCGTCCAT CGCTAAAACTGTAACTGTGGTTGTCTCGATGTATAAATCTCTTTCAAGTG CATCATCACTCCAATGGATGTTATTAGGGCAAGAATACACTCTATGTGCT TGAGATCCTGCACCACAATTCACCTTTCAGCACACCAAATTGGTGCCATA TACAAGAACACAGTTAGCATGAAAATGCATTTCCGTATACTTTTAACACT ATATAAGGATCATCACTTTAATACAGAGAGTTGAGGAGTGAAAATACCAG ATTTAGCTTCTCCATCTTCAATTGGTATATGAGGCAGCTGTGACTGCTTT AACCAATTAAAATTTGGAGGTATCCCACTATGAAGCATTTTTGTGAAGAT TGCCAGCCTTTTTCGAACATCAGATATAGGTTGTCCAGTCCCCTGGTCTA CCAGACTAAGAAGAGTATGTGATACCTGAAAAAGTTGATATATGAAATTC AGAGCTATTTGGCTACAAATTTAACTGGAGATTCTCAGGAAAAAATTGAC TTACTTGGACAACAAGCTGATTACACCACAAGATAACCTGGTGCTCCATT GACAACCACACATTTTTCATGCTTGTGCTACTAATCATAAAGCCATGGGT AGGAGGCACAATACCATCAAGTGATTGTAAATTTGATCGGACCTAAAATG AAAAGTTATAGAAGCTAATGCTACATATTTAGTGAAGCAAAGCATAACTG TTCACATGAAGGGAACTGGTGAGGCAAGAGAAAGAACAACAGCCAAAGAA CAAAGTACACGGACAGCAGCAGGGGATAAAATGTGGCCCATTTTAATAAG CGAAATGGTCTGATGGACCCTTATACTTGTATGCGTTTGTATTTCACACC CTTATATTTAATCTTTTGTCAACTGAGCCCTTAAACTCGATTAAAATGGA ACTTTTAAAACCTTCTGACCATTGGCCGAACTTATGTGGCAATTTTTGCC AACTCAATATAGAGTGTGGTGTCAAACGCTTTAAAAAGAGAGTGAGAGTA ATAAATTTGTTCTGGAAAATTGATTAAATAATAAACATAAAAAGCAAAAA CAAATTAAAGCTTCAGCCTCCTTCCGTCATCGTCCCTAACCCATCGTCCT CAAAACCCTAGCCGTTGTCACTCTCTTAAGTCCTAGTCCGTTCCCAATCC ATGGCGAAAGTTGAAGTTGGTCGATGTTGCAAACAACAACCAAGGAAGAA AATGATTAAGAAGTTCAGCTGTAGAGGATTAGATCTGGATTCTCTTCTTT ACATGTTGATGTCTACTAAACTTTTTTTCTTTTGTGATGGAATCAATACT AGTACTCTGTTGCGATCGACAATCAATGCTAGTACTTTGTTTTACTGACA TTTTTCTAAGAAAATGGATACTAAATTGTTATTGATTTGGGAGTAGTAAT TTGTTGATGCATTGCAAAAAAACAGAGGTTCAGAACTCCTTTTTCTTCTG AAATAATACGAATTTCGGTGTCCTTGTGGCGCCATTTTCGAAGAAGAAAG GATTAAAGAAATGAAGATGGTGGTGAAAGATCTCTAATGGTGGTTGTGGA AGTGAATGAAAGTTGAGAAATGTAACTATTTTATTTTATTTTTTAAATAA AAAATTTATTATTTAACATTTTTGTTTATAATATTTGATGTGGCATATGA CATGGCAAATATATAATTGACGTGGATATGATATGTCATTTATGTAAAAG AGAGTGAGCTACACATATGGTTGGAGGGGCTTGAAAGTCTCGTTTTAATT GAGTCTAAGGATTCAGTTGACAAAAGATTAAGTAGGAGGGTCCAGAATAT AAACCGATACAAGTATAAGGGTTCACCAGACCATTTCGCCTTTTAATAAA GTACACTTGAATCATTATATAAGAACCTCAAGATTGAAACAAAGTATACT CAAATCATAATATAAGAGCCTGACGATTGAAATAAAGTATACTAAACATT ATATAAGGGCCTGACCATTGAAATAAAGTATACTTTTACAGTTATATAGA GACCAAGGCAAAGGATAAAGTAGGCAAACCCAGAATCCTTCAAAAGATTA AGAATCTACGCAAGATGGAGAAAGAATAAGTTTTAGAGCTACTTCCCTCT TTTAGCTAATAGAGCAGTGCATTTAACAGAAACAGCACGACAGTTACTAA GTAACCATGAACATAAAAAAAATTGAGATAAAAAAGGAAAATAATAAAAC CCATGAAACGTAAGTATATTATGTTTATCCAGTTTCCTCTAAAAGTAACA AACAATCATTCACTTGAAGAAGATAATTTGATTGGATCGGAGAGTTGAAG ATTCCTACTGGAAAGGAAAGAATGAAAAGAAATGATACCAATTATAAGGC TTACATTTTTGGTTGTCAACTATAATTCAGATTTTCAACTTTGAACATGT AAAAGCAAATAGAATAAGTACCTGGTAATCATGATAACCACCAGAAATGG AGACAACAACAACATGAGAGAGTAGTGGATCAGACAGATGATGCCCTGAA CGAGAAGTTTGGACCTCGTATCCTTTCCTCCATTCGTGATTTACTCGTGC ATAATACTGACCAAGTGATGGCTGCAGAGCCAGAGGAGGCGACCTGGGAA AGGCACCAAAAAGTGATAGTTATTTTATAGCATTACTGTAACCACATAAT AGCTTCCAGGAGTAGAGCAACTTACTGGTGTGGAGACGAAAGTGTCAGAA CAGTTTCAACAGCAGATTTCCTTAAATCTGGGTGGACAATCGCAGCTCTA GCAACAAAACCACCCATGGAATGACCAACCAATATCACACTTCTCGGAGG ACTCCTAGACACAGCAGCACCTTCCTTAACTCGTGCATCGTGGGACTCTT TATAATGATCCAATATCTAAGAGTAGGAAGATGTAAATAGAAACACAGAC ATGAAAATTACATCACATAAAATAAGACGAAGAGAGTGGAGGGGAAGGAA GAAGAGAGGAATATAAAATGTAGAGCAGTATAACCATGCATATGATAGGG TAGGTTGTCTACATCAAACCCCTTGGGGTGTAGCCCACCACGGAGACAAA CTTATTTAATGACAATAACCATGCATATGATACGGTAGGTTGTCTACATC AAACCCCTTGGGGTGCAGCCCACCACGGACCCTGCTAACGTAGGATGCTT TGTGCACCTGGCCTACCCATTTCTTTTAACCATGCATATGACAGGTCTGG ATTAGATCCAAAAAGAGTAGAAAATGTTAAATGCTTTCTGAAAGTTGGCA AAATTAAATCAAGTGAGCGAGTTTTAAACTTCGAATTGATAAAGAATAAA CTCAAATAAAGCACTCCATCACTTGAAATTCTTCTTGATGTCTTGCCTTA CTCTCTGGCGGTCTATGTGTAACATAAGCCCCTACTTGCTGTAAGACTGG AGTACCAGAACCCTCTCACTTGCAGATATCCTTTAAGAAGTTCTAGAAGT TTTTCACTGTCATAACATCAAATGGTCCAGTCTATTGTCAACGAATTTTT TAAGGTGAACCATATCAACTTGAAATTTTTACTTTTTACCTTCTCCCTTT TCCCGGAAAACATCATGTATTCATCTCTATGTATATTGGACTAGCTATGG AATTACGCAATAAAGATTGACATCACGTTGCATCAGTCAAATGTCAAAAA AGAGATATTTTTTCTTGAGTAAGAAACTTTATACCCTGTGAATGGCATAT ACAACATAATCTGTGTGTTCTTCAAGAATTCGACCATCCATTGCAGAATG TTCACCTTCAAGATCCACAGCAAACCAGTCAAGCATGGATGTGTATTGAT AGGGTAAAGGAGTGCTGGTGACATCAAAATCTACTCCCTCTCCGAGAGTT AGAGAGGCTTCTTGGTAAAAGCTGTGCTCAAGAGGACCTCCTTGATAAGC TCTATCAGATTCTGCAGCCACAGATCTCACCTGTAAAAGCATTTGAAAAG GATTAGGAACAAACAAGAACAATAATTTCAGTAACATGTCTTGCACTCAT ATTATGATGCACATACCTTCACATAACAAGCAGTTAATAAATAATCTCTA GCTAAAAGGAAGAGTGCAACCTCCACGCCACCTTCTCTAGAATAAGTCTA TCAATCAACAGTTGTCACAGCAAGTAAACTTTTTTTATAACATCCGTAAA AGAGATGATTCTGAATCAGGTTTGTCTAAAATGGGTAGAAGAACAGCAAC TTGTCTGATTGAAGCAACCCGATTTCCAAAATACACTCCTTGAAAAGCTC TTGGTTTGGAACCCCTTTGTCAAGTGTTAAAAAAGCACATATAAGTGCTG AAGTTGGTATTAATATGCAGAAACGGTTTTTGGTAGAAGTGCTGAAAACT GATGGTAAGTCGCTGATATGTTTGGTATCAAACACTTTTTCGGTTAAAAC AACTTCAATGCCTCACGCTTGAAAGAAGTTGATTATTGCAAGATTCTTAA TTTCAAACTGATTCAAATACAAACTAATTTATGCCTCAATTCACTATTAA GTTTTAAATTGATTAGATTAAACTATTTGAATAAATATAAATTATTTCAT CATAACTGGAGTGACAGATGAAAAATGGCTAGGAAGTAAGCACAGTTGAG AGAAAAATGAAAGGCGGAAATGAACAAACAGCTGGTTAGGGGCTTTGTTT CGAAAAGTGTAATTCCAGAATAACAAACACTATTAGGTAATGTAGGTCAA ACCAAAAAAAGAAATAACTTGATAATCAAAAACAAAAAATAGTATAAAAG TTGGTCAAACCAGAAGTGCTTAGAAGTAGAAACACGGCCTTGATTTTGGC TATTAAGCACTTTCGGTGCTTATCTTAGAATCAATTGATTGATGTAAGCC CCCTACAGAAAGGGAAGATCCAGAACTTAAAGGTTATTTCCACCATTTCA ATCTTTTAATCGTACCATTCTACGTAAGCCAAGAATATTTAATTGGTTCA CACATAAATACCATTTACTTACTCTTCATTAATTACTACCTCTGACAGTT TAATTTAATGCAGTCACAGAGCAAGCAAATAGTTTTAGCATAAATTAACC AGAGGGAACTTGTGTTATGCTTTCAGGGTACCAAAGAATATAGAGAACAG TTTCAAGGATATAAGACTGTTTCTCTGTGCAGTCAGCAACATCTTAAGTT CTGTATCTGCTCATCTGTCATGACTAAATGCACGCACACATGTGGTACCT CGTTCCATCTAATTGGAATTAGTCATGCATTAATACATTCATAGATGGAA GATTTGAGAAAATTGAAGAGACATATGATGGCAATTCTGTTACGAAAGAT TTGAGGACATAGTTAAGAAACTTGCCTGTTTGTAGCTTCCACCATTGCCA GGGATAAAAAGAACAGGAACTCCACTAAGTGTCTTAAGATGATCGCTGAA ATTAATCTTTCTCCATCCTTCATGGTATAGATGTAATCCATACTTCATGG ACGACAGATTTTTCGGTGTAGGTACAGGGATATAAGTAGGATACATGTAT GTCATGGTACATCCATTAGATATGGGTTTTAGCATGCTATAAAGACCAGC TAAACCTATAGATATAGCAAGTAGAACCAATGCAATCACTCTAAATTTCG CTCTGCAGCCTTGCATGTTTTGGCTCACGCTACCGCCCATCCACTTCATC TTGATCGGTTCAATAACCCACCTACCAAATTACACAAGATGTAACGCTCA GTACATAGATCTTTCACCCAAGAAGTGAAAAATGGAAGTTGGATTCTGTT TTCTTTGGGAACAATCTACAAACAGAATATGTGCACTGAAACATCCTATA GTGCAATGAAAACAAAACACATTCTTTAGTTGGAAAGGTGTACCTGATTG GAGATCTATGGTTGTTGCAATGATAATAGGAATTTTGACAAATCTTTGGT TGAAGGCGACAAGAATCAAGAATCAAGAAAGTAAAGATAAGTGTGTGCCT TTCCAGAAAAGGGAATGAATCCCAATTTTAGGAAAGGCGTAGTGAGACGT CTCAGTGTATAAACATGAAGTTGCAATGTCTGAAATCTTAAACTCAAAGG TATTAATTGTAGTCTTTCATGTACAACAAAACAAGATCAGCTCATCAATG TCAGATCCGGAATAAAAAGTAGAGATCAATTAAGATAGGGAAATGAGTCG AATGATTATAATTTCACAAACTATCCGTAATTTGTTACTGCTAATTTTAT ACATTTATTTCCAGATTTACGCATTAGTTAAACAGTAGATACACTTATAT ATATATATAAAGATCATTATCATTATTATTATTATTATTATTATTATTAT TATTATTATTTCAAATAGTAATTAGTTTCTGACGTTTTACCATTTTCGTC ATTTTGCATCCTCTTAATGACTTTATCCATCTTAAATTCTTAGCAACTTG TTTAGCCATAAAAATATTTATTTATAGACTAAACACAAAAGCGGTTACTT GAATTTACACGCTTTCGCCGTTTAGACACCTTAACAAGACTCCCTTCCTA TTGAACACTTAAACCACTTAAAAAGTGTATCTATCAAACACACGTGACTG ACTTGTCACCTGTCGTTTGAGACATTTATTTTAGGATGGAGCGCGTGACA TACACACCTCCTATGTGAAAAAATCTAATCTACGTGGTAAAACACCCCAA CCCCTCAGTCATTCCCCAAAATCCCCAAAATTCATTTTGAAAAAAACCTA AAATTTCATTTATGATTCCCACTCAATGTGGTCGACTCTCTAAGGAAACC TTGCAATCATTTTTGTTAGTATTCTTTCTACGGCGTGCTCGATTGAAGAA AATAGATGTTGTTGTCGTGTTCTACGCCTAATTCGAGAAAGCTAGTAGAT CTTGTGCTGTCAAAATCTTGAGGTAAGTTCATTTTCGAATCTCCATGACC ATTGTTGCAGTTTTCCCTTTAAATGTAGCGGTTATTTTTGTATGTTAGTA CTGTGAAAATGTTTTATACGCATGTGAATAAAGTTTGATTTTTTTAGGGT TTCTTTGTCAGTAATTTGTCGGCTTTATTTTTTTTAAAAATCCAGGGAAT CTTATGGATATTATTATACTAACTCGTTTTCATCATGGGGTAAATTTGTG AAAGACACATCTGGTGAAGGTCTCACTTACATAGGGGAAAGTGAAGTGGA ATATGTAAGTATCAATAAAGACCACTTTTCCTTAATGAAATTGTTTTTTT ATACTAGAGACCTGGGGTATGTTACTGTGGGTGAATTTTATTTTAAAGAC CCTACACGCAATAACTTTGTCTTAGTGCATAATGATTTCAGTTTACTAAA GCTTATAGAAGATCTAGGTGATGGTGACTTTTTGGGCTTGTATGTTGAAC ATGTTGTGGATGATATAGAGGTTGTTAAAGATGGGGTCCCTACAGGTTAT CTTTGTGGGCCGACAACTGGTGAAAGTGTTAATAAGAATTGGGTAGAAAA CTCACATAATATTAATGTGGATGAAGGGACCAACAAAGAGCTGCTCTATC TGAGAATATTGATATTGAAGTTGGTGTGGATGAAGAGTTACAACAAGCTG CCCAATCTGAGAATATTAATGTTGAAGTTGATGTAGATGATGCATCAGAT CTTGAAGGTGTTGAAACTGATTGGGATTGCAGTAATTATTCACAAGAGTA TTTTATTCCAGATGAAGATGACTCAGAGATTGATGAAGAGTTGAGAAATC TTAGAAATGAAAGAAGAACCAAATTGCAGGGAAAAAAACCAATTCCTATA GAGGAAATAATTATTGGAGTCGCTGGTGTTGATAGCGGATCTGAAGACAT TGGAAGGAACAAAACTGCTAGGTATGTAGGAAGATTGGGGGGGAGATGAA CAATATATTGATAGTTCAGAACTGAATAGTGATGATAGTAGGGATGAATT AGATTTTGAAGCTGTGAAAGGTGTTGATTTACTAGTTAGAAGAAAAAGTA AAAAGGTTAGATTTGATCCTGATTGTGTAGTTATATTTGAGCTTGGTATG GTATTTGAAAATGCTATAGAATTTAGAAAGGTTGTAGCAGAGTATGCTGA GGAATATAAAGTCAAATTAAAATTGAGGCCTAATGAAAAACATAGAGTCA GAGTTAAATGTCAACATAAGAAATGCAAATGGTTGTTGTATGCTAGTCTA GACAAAGACGCTGGTGACTTTATTGTTAAGAACTACTATCATGTTCATCA GTGCCCTACACAACCAAGAACAAGTTGTGTACATCTAACTTTATTGCAAA TAAGTTTAGGGGCAGAATTGTTTCTCAACCTCATATAAAGTTGTGGGAAA TTCAAGAGTTGGTAAGGAAGGAGACAGGTTGTATGTTGGAAGAACTTTTT GTTATGGGACAAAATTGATGACTCTTAAGGAGTTTATGGGTGATTGGAAG ATGGAGTTTGCAAGGTTGTGTGATTATGCAGACATGATAAAATAAACTAA TCCTGGTAGTTCATGTTGGGTGAGGACAGACAGAGAATCTACTCTAGGAA AAATTTTGTTTGTTTACTTTTATATTTGTTTTGATGCATTAAAGAGAGGT TGGTTGGAAGAATGCAGAAAAATCATTGGGTTTGATGGATGTTTTCTGAA GGGTGCTTGCAAGGGTGAACTATTGGTTGCAGTTGGTAGGAATGGAAATC AACAAATGTTTCCAATTGCTTGGGCACAAAGCACAGTTGGAGTTTCTTCA TCAATTCCTTGATACAAGATCTAAATTTAGGCATTAGACGTGGATTGACT GTCATGTCTAATATGCAAAGGTTAGTTTAATGTTAATTTTATTTATTTTG ATCTCATCGCCTATTTATTTAATTATTACTACTCATAAATTTCAATTATT ATGATATGTAAGGTCTTGTAGCAGCCATAATGGAGTTGCTTCCAGATTGT GAGCAGAGGATGTGTGCTAGACACACTTGGTCCAATTGGCAGAAGACCTG GAGAGGAGAAGAAATAAGAAAACAATTCTGGAGATGTGTGAAATCAAGTT TTGAGGTAAAATTTCAAGATGAAATGGACAAACTCGCTAAACTTGGTAAT AAGAACATCTGTGGGGACTTGTTACATTATGAAAGAAAGAAATGATGTAA AGCATCTTTTAAGGAGCATGCTAAATCTGATGTTGTTGAGAATAATATGT GTGAGACATTTAACTCTTCGATATTAGTTGATAGGCATAAATCAATTATC ACCATGTTAAAGGAGATTAGACATAAGATAATGGATAGAAATGTGGAGAT GAAAAAATTTATCGACACTTAGATATCAGAAATTTATCTCATGGCTAGTT TAGTACTTGAAGAAAACAAAGATTATGCTAGAGATTGTCAAGTTAGGTTC AATGGCCAATTTGGATATGAAATTTTAGAGGGTCATTATAGGTATATTGT TGATATAAAAAAAGGACATGTACTTGTAGAACCTGATAGTTGAGAGGCAT ACCATGTCAACATGTTGTTTTGGCATATCAGCATGCAGGCCAAGACCCTG AAGATCATGTTGTACATTGGTACAAAAAAGATACTTTAATGAAGACTTAT AATTACTTTATCCAGCCAATACCTAACATGAAAATGTGGTCTCACATTAG TGATATAGTGATTGAGCCTCCTGAACCAAAACAAATGCCTGACAGACCAC CAAAATCCATATGAAAGTCAAGGGATGAGCCAAGAAAGAAGTATGAAGAG TTATCTAGAAGAGGTGTAAAAATGACTTGCTCCAAGTGTCATCAATAAGG CCACAATAATTAAGCCTGCAAATATGTGGTAATACTCAAGCCAACCTTTG ATTACTTCAATTAAATAAATAAAAATGCATGACAATTTTTCTTCATCTTA TTTACACTCTTAAATCATCTGAATTGGGTCAGCTTAAAAGCTCAACCCAA CCTGGACCTTGAAGGTCAAGCCAGCCTGCTAGCTCAAATCAGCCTCAAAG CTCAAGGCAACCTACAAGTTCAAGTCAGAGTCAAACCTCAAGGAAACCTG TAGGTTCTAGCCAACCACCAATCTAGAGACCATCACAACACGTCAGCTTA GGCCAACAATTAACTTTTATTTGTGATAATACTTCAACTGTTGAAAGAGT TCAACAAGCTGGAAGATGCAGGGGAAAAGGTAGGGTGAGAGGAGGTGATG ATACTTCAACTGTTACAAAAGGGCAACAAGCAGGAAGAGGTATGGGAAGA GAAGGAAAATCAACATCAACAAGAAGAAACAAAAGGCCTAAGACTGTGGG ATTCGGCATCTACATTGATGATACAAGTTGCAGACAAACATTAAATGTAA GAGTGTATAACCAATTTAAATATTTATAATCTACTTACTTTGATAATAGG CACTTAATTTTAGTTTCTTGTATACAACATGTAAAAGAGTTGTTACTCCA GTTGTTTTCAAGTGTACAGCACCAACAAACATTGATATTGATTATAAGCC TCGTGGACTAAAATGGAAGGGTAAAGATATTGTCACCACTTCACAATTAC AACGCAAGTCCAAAAGGGGTGAATCTGCAAATGTCTAGTGCAACGAAAAC AAAAACATGGATGTGACCACTTTAATGTGTCTTGGGTGTTTTTGATGTAC TCTTGGGGGTTGTTTTATTTTGAATCTGTAATGCAAGCAGGAAACAATAC TGAGACTGCTTAATATGTTTTTGATGTAAATTATAACTAATGATTTAACT GTGGATTTTCTTGCAAGAAAATGCAAAGAATTTTTTTTTATATCATTCAT GCTTGTTTGGAGCTTATTGTTGTGTTGTTCACTTAATATGTTTATTGTCG TTTGGAGGTGAATAAGAGGAATAGAAATAAGACAATACAATAGAGGTGAA TAAATAAGAAAAATATGATAGACTAATGAACGACTTAGCTACATTCGTTA GTCTAACATCAGTACAACAGAAACACAAGACTACTGATACAATCACTCGA AGCCTACTAACACAAATATTGTCATATAGCAAAAGTCACTATTGCAATAA CACATATGATCCTGATTTTCGTTACCCGCTTCCTCTGTGTTTCATATGAT TTGATTATTTTCAATAGGCCCCATATGATCTTTTTTGCTTGAGGCGGTAG ATCATCATCGCACCATCAAAAAAATTCATCTCTTCTCTACACAATTATTA AAATAATTAAACTATAATTAGCAGATTGACAGCGATTTGTTTAACCAGAT TTGAATAATAACAAAAAAATCTTACCTTTGTGTATTTGCAACAAAAAAAT CGAAGTCATGTATTAAGTTGTGTCCATGAGGTTTTCAATTCAGCATTGAC CCCACATCGATAAAATACATTTGCCACAAAAGAAGTTGAAATCGGCAAAT TGGACACTTCATTCGCTATAAAGAAGATGAATGAAGAAATTTTTTGTTGA TCTCCAGAAGCAACAATAGTGAGATAGATACGGAGAAGAAAGAGATTAGA AATAAAAAAAATTAGGGTGGATAAATAAAAGGGGGGAAATTGTAACGTTA CATATGTCAAATCAGACACAACAGCTTATTTTTTCTCACTTCACGCGCTC AAAAGGCGTGCTTCAAATGACAGGTGACAAGTCAGTCACGTGTGTTTGAT AAATACACTTTTTAAGTGGTTTAAGTATTCAATAGGAAAGGGCTCTTGTT AAGGCGTCTAAACGGAAAAAACGTCCAAGTTCAAGGGGCCGCTTATATGT TCTGACTTATTTATTTTAGGGATAATGATCAAATATGTCATTGAATTTTC AGAAAATGCTCATTTATGTATAATATACAATTATTTAATCTAGATACATA TACAATTCACCTCTCTCTCCTCTTTCTCCCAATCTCGCTCGCCCTATATA CAAATGTATATGTATAATATATAATTATATACATATATAATCCACCTCTC TCCCGCTCTCTGCCCAATCTCGTTCTCCTCTCTCCTCCCTCTCCCAATCT CTCTTGCCATATATACAAATACATATGTATTATATACAATTATCTAACCA ATATATATATACAATTCACCTTTCTTCAATTCTTTTCCGCTTCTCTCCTC TCTCTTCCAATCTCGCTAGCCTCTTTCTTCCATATAACATGTAGCTACAA ATTGTAATTATAAAACTATAGCTATGGAGAATAATTAATTATTTTTAAGT GGCTATATGTGAAAATTTCCCAAAAATATAACCCATATAACTTCATAAAT TTTAGTTAAAATAAAAATATTTGAAATCTATGATTGTTACTTAATTTGTT TAGCACTTTAAGATTTGAATATAAACTTGATTATTAATTATTTTGCAGCT AAAATAAATCGTCGGACTCACCTTTCCAAGTAGAAAGGAAGTTTAAGGAA AAAAGAATTGTGTCCATTAATTATGTCACTCCTTCTATCCATCTTTATAT GTGTACGTTTGATTTGATATATTTTTTAAAAACTAAAAGAAATAAATATA ATACTTAATAGCAAACAAAATAGACATAAGATAACGAATTACCTTTTCTT TTTTCAAACTAAACAAATAAAAATAGGCTAAAGAATTGTAGATTTTATTT TTTTTTTAAAAGAAAAGAAAATTAGTTTAGTGCAGCGTTATTCCCAATAT ATGCAAACATTCATGTCTTCCGTTTTTGTTACGCAATTGCTTGGAATGTT GATCAAATTGACATTGAAATCAGGTGGCCATTGGAAACATCGATCCACTT CAGCAGAAACCACACACAATTTGGAAATAAGCATGTTCGCTCTTATTGAA CAATCAACTATCTATATCCTTTGATAATAGAGACTCATGAAGAACTTTTT AAATACAAGTGTACTGTAAAAAAGAAAAAAATTAAGCCAAATACTGCTGA AATCCAACCATCAAATATAAAGCGAAACACTAAGCGCAGGATACATCTCT TCCATTATCTGCTAATGAAAGAAATCTCTTGATACAGGGAAAATGTTTAC AAGGATACCACGTAAATGCTTTTAACTCAAATTGAAGGAATGTGTGGTTC AAAAGTCAAAACTCAGCTAACCCCTATTTTTCTGCAAATCACATCTATAT TACAAAAGAAACATCCCAAGGGAAAAAAGAATGTGCCGTGAAACTTATAT AAGGCATAAATGCTAAACCTTAAATCGAGAGTAGCATTTGTCACAGAGAT GCTGCTGTACAAGACCTCTATCCAAATCAATATGAAAACTCATGACCTCG GAGTGAAATGTGCTTCTTTACCCAGATGGCAATATCCTCAGCACAAGCCT GAGCCTGAGGGGTCTTGAGAAGCATGTCAAGAGTTGCAAACTCGTGAACA GCATCCTTATATTCAAGAACAGGAGCATCAACATTTACTTTCCGGAGTTC CTCTGAATAAGCAATAGCCCGATCTTTCATCCAGTCATGCTCTGCTATAA TTGTCAATGTTGGGGGCATTCGTTTTAACGGAGGTCCTCCTCTACCAGCA ACAAGTGGGTTGGCAGCAGGGTGATCCAAGTTAAACTCTCCTTCAGGTAA AAGTAATTTCCAGGCAAGTACGCACATTGCCTTGTCATAGAAATAGGAAT TAGCTAGCTTTATCTCAGAATGAGTTGGAACATTGCCAATGAAAAATGGA TACATCAAGACCTGTGCCACCACCTTGACTGGGTCCAAAAGATTGCCTGC TTCTACTGCCTTTCGGGCCACATAATCAGCTATGTTTCCCCCACAACTCA CTCCAAGGAGAACACACCTATAAAAATAACCCAATTTGCTTGTGTGTTTA AGAACAAAATGATACGCATACTATACGGAAAATTTTGTAGAGAAGCATGC CAAGTTGGGGATATCATCTCATTATCGTAACAGGATTGCAGAACTTTTGA AACAAAAAATTTGTGGTCTATTCATCCTTACGTTTCATTTTATGGGGTTG GTTAGCTCACACGTAAGATTCATGGAGGAAACTCATCTTGCAGGAAAGCT GGACTGAAGCTCTTTATTTTCAAATGTAAGTGAAGAAGTTAATTTGAAAG TGTTTTATTCAATTGCCCTGCATGGGTTGTTAAAGGGCTTTCAAAGCAGC TTATAAAGGTCTTGAACTACTCCACCCATTGACTTGGGGTTCTGAATTGG ATACTCAAATTCTTTTTACATGATAATAGAGCCAAATATTTGGTGAAGGA CATTCCTCTGATTAGTACTCCCTTCGTTTCAAATTTTTTGTCCTATTTTG TCTTGACACGGAGTTTAAAAAAGTAAAGAAGGCTTTTGAAATCTTCTGGT CTTATATTAAAGATATGTCAAATGTACCACAATGTCCTTTAATAACGTGG TCTTAAACATGACATGGGGGGAGATTGAAACTGAAGAGTTGCTAAAAAAG TCATTCTTTTTTAAATAGACTAAAAAGGAAAGTAGGACAAACAAATTGAA ACGAACAAATATAGTTACATGAGAGAGGAGGTGCTTAGTTGTATAATTGT CCCACATGGATTGTGCAAGGGTTCTGGATGAGAAACAAACTGATAAAAAT CCAAAAAGTATTCAAAACAAGTACTGAAAGACAACCAAGACCTACATCAA AAACACTTACAGTTTCACCCAAAAAGGAAAAAGAAGAAAAGGAACACTTC TATTCAGAAATTGAATTTGCCAGTCATACCAAACAAAATCAGTGGATTAC AGGAAAATTAGCATACAGAAAACCACTAGTGAAACGTTTTCCCTTCCAAA AATGGATATAGTAGCTATTTAACATTATAACTCCTAATATTGCTCAAAAG ACTACATGAACATGACCCATTTACAAGACAAAATGCACTTACTTCTATAT GGAATTCAACTCGTAACCACATGATACTATACGAAAAAAGCTAGAAAATT GGCAGGTAAAGATTCCACTAGTCATGAGTCCCAAAAGTAAGCATTTACGT CTCAAATATTGCTTGGCCCTTCCTACTCACTGTACCTACTTTATATGGAT AGTTTTGCAATGTCTAACCTTATAATATGGAATTCAAAATTAAAGAATGA TATATTACCTTTTCATTCTTCATAGCATACATGTGACCACATTTCTGATC AAATCACAAACAAAATTACTCATTGAAAACAGACTAAAAGATCACATCTA ATGCTTCCACGTCAAAAACTAAAACCAAGGGAACAAGTATGGAATAAGAT AATAGGGCCAAACTAACCTCGACGGATCTCCATGGGCAGCCAACCAAGGC TCTGCCATTGATGCTCCAAAGGCATCCGCTATGTGTCCGTGGGAATCAGA TTTTTTCACATCTGCTCCACCACGTCTGTTGCCCAATGACTTGCTGCATT CAGCCAAATTGGCCTGCTTCGCCAGCCAATGCAGAGCTTTCAACCCATCC TCAAATGCAGCTGGGTATCTATTCTCAGGTGATAACCTGTATCCAACTGC CAAAACAATGACATCACAAAGCTTTGCAATTCTTCTACAGAAAAAATCAT TTGAAACCGAATCATTGCTCCCACTCACAAACCCCCCACCATGGAATTGT AACATCACCGGCAACTTCCTGCAATTTTTACCGGCGGGAGCATATCCTCT ATAAACCCCATTTTCAGATTTCAAAGCGAGATCATCCACATTGCCTCCGT AGCTATTTCTCCTATGATTAAAACTATTTCTATTGCGATTTTCGGTGACA TTATCAGTCGTAGCAGCACCATAGCTGCTTCTGCGTAGATCGGATCCTGT GAGAGAATCGGGTCTGGAAGCTTTAGCCCTAGATTTAGATTGTGCCCTTA AATCGGAATCAGGAGAGCCAAGGGAGGTCTCTGGAAGGAATATTCTGATA GAAACAGAGGTGGTAGGATCTATATGTATATCCTTGGTGGCAACGCCGTC GGTGAAAAGAGGATTGGAAGCTGCAGTAGATTCCTCATCAGGACGTGACG TAACGCCGAAAGAAGTTCCGGCATTTGCGTCATCAACGGGGATTTGGGTT CGGTTCTGCAACCGATGCTTTAACATAAACTTGAAGAAAACACTGTATAA TTTCACGGCCACGCTTGGCATTTCCCTCAACTCCCTCCTCCTCCCTCTAG CTCCACCGCTCTGGCTATCACTCTCCCCGACCCCCTGTAAAAGATGACGT CTCCTTCCCCCAACCCCAGAGACCCTCTTGTTCAGGAGATTAATAATCTA ACAATTCGTTGAGTAAATTGATCTGAACATTAGCGATATGAATCGAATTA ATTTTAGTTTTAGGGTTTTTGAGGATATGATGGATTGAGATTTGAGGAAA AGGGAGGACGGAGATGGTTTGGTAGTAGGAGTAGGAGTAGCAGTAAAATT ATATAGCGAATCAAAAATTTCTGAAGGATTTAGGTAAGTGAAGTGGGGAA ACAGCATTTCTAGAAAATTAATTGTGGCGTCTGCCTATTAATTTTGTCTA GTACTAATTAATGGGAAAATCGGATAAAATTATTTCGAATCTAATACCAA CTCAGTCTTTATTTACAGTCTTACTATAAAAGTTCACTTTCTATCCTAAA TTTTTAATGTAGATTTTTACATGCTATTTTTTGATTATTCAAGTAAAAGT CTTAGCGAGTTAGTGTTGCGTGCATGTCGTTTGTTACGATGGACTGAATG GAATTATTTAAATTCTTTTTAGCAAAAAATAAATAATTTATTTATAAATG ATTAACTTTTCAAGTTCTAGTTAGTGTTGACGATGGACCGACAGAATTAT TTAAATCTTTTTTAGCAAAAAATTAAATTATTTATATTTAAATGATTTGA ATAGTAATTTTTTTGCATTGAACTTGATTACTTTTTTCATATCTTAAAAC CCGTTGTTTGAAAAAATATGATGATAGTACAACCAACTGAAAAAGCATGT CCATCATCAGCATAGAGGAATTTGAAAGTTAAAAGGGATCCTTCAGCGCA GGCATCAGCTATCATTGATCATACGCAGTCACATGGAAAGGAAAGTTGTA AAATACTACTCATTGCAAGCAGTGTGTGAATTCCAAAGAATTACTCTACT TGAAACATTGCAACTTAATTATGTCAACTTCATTTGAACATTCTCAAGAT TATCTACAGGGATACTTTCATGCCAAGCTGCAATGTCAAAGCATATATAT TGACGGTGTACAGAGATTCAAGCGCAGCACCCTAAAAGGAACTTTAGACG TATACCTCAAGTATGACGCTTTTATAATCTCATCGTTAGAAACTCCAACA AAGCAAACACCAAATGAACTCGAGCCACGCATGGACAGCAGACTATAAAA TCTTGAGCTTCTCCAGTTACGCAATTCCGTAGGAACAGTCCTTGCCTCTA TATTAGCACTGACTTGGTATCCAACTTGATTTGTGTTACCATAAAGTGAG ACCTGGGAACAAAAAATTCAGGATGTCTTGGTGTATGAACAAATGAGATA TTACCTCCTTTCTCAATTAGCGTACTGATCAGCTGATCAAGGGAAAAGCA ACAGTAACAAAGATACAGTCTCTAGCCAGATGGTGGATGAGGTGTTATCT TATGAGAAACTAGCACTGGCTCATTGCTTGCAGCTTTCACTCCAGCAAGC TCCTCTAACCGTTTCCAAGTAATTTCACGTTTCCTCTTTACCTCCTCTTC TTGGGCCTCGTCTTCTTCGAATTTCTGCAAACACTCTTCAAAGAGTTCAG AATCGATATCAGAGAAGATCTTGCGGACATTTAATGTCAAGTTTTGCACC GCCTGATTCCAGTGGCCTCTAGCATTCTTCTCCAAGGAAGGGAAGATTAT CGGCAGTATAACTCTATGATTTTGTTTGATTAGGTTCTCAACATGATCAT TGTTCCATAGGAACAAGGCCCTCTCAGCCACCTGAAGATGCAAAGTTAAA AAAAGTTAGAGAAAAGACAAAATAAAAAAAGGCATTGGCAGATGTTACAT CACCGAATTGATCCAATCCATCTCATTTCAAGCAAGCACACCATTTTTTC AGTTGATTGATCGTTTTTCTATTTGATTCACAGCCATGACAACTTAGCCA ATATGTGCCATCACTTGATGTACAGTTACTTATATCAAGTTGTTTCATGA GGTACAACTGAAAACAGCAAACTAGCACATTATATCCGGCAGGAGGAAAA GCCATCAAGATGCAGTAAATTTAGTCTGCTTGTTGACCCACACAAACAGA AGTGAACTTCTGAAAAGCAACTATCTCTCTCTGGCAAACCAGATTTTTCC CTTTTCATTTTAGGATGTTTGGAAAGAGGGAGTTGCAAACACATGAAGGA AAATACAGTTCAATAGAAAAAAGAGTGTCTTATTCATTCCTAACTAGGCT GATAAGGAGCAGCATATTTCTCCTGCTCAAGACCTTAAGGGATTTTGAAG AACCTTAATTCTCCTTTTACATTCTCCATTGATTTTGTTTGAGCAAATTC AACTGGAACCACTGTTGGATTTTTTATAAGATGGCCAGCAAAAAAGTGTT GTAAATGTCTTAACCATAGAAGGGCTTTAATTAGCCAACTTGAAAACATA ATCAGCATAACAAAATTCAAAAAGGTCAAGTAATCTCAACAACTAAAACC GCCTAATAGAAATTCAAATTTCAATTTCATTCTAAATCTAGGCAACTTAT TGTGCTAAAATTTACTGCAATAATTGAAAGCAAATTTCAACAGTAAGACT CCTCACAACAAAGCAAGTTGCTTCAAAAACCAGAATTATGGCAATTTTTG ACATCAATCTCAAACCTCAACAAGCATCATTCAAAGTACAAACTTGATGC AAAATAATTTGCACTAGATTAAATGAAGGGAAAATCATCTTCAACTTGAT ATTTCTCATTGATCTTTTGGCAGTGAGCTGCTCTCAACACAACTTGAAAA TATCCACACCTGTTTGTTAGTTTGATCTATACCAATGAATGGAGTAAATC AGTTAGAGATCAAAGGATGATATACTCGGCCACTCTAAATGAAAAATATG TCCGCTGAAAATACACATCTCGATGTGTATCTAACTGATGCCAGGAATAA CCAATGGTAGGAACATCCAAAAATGGGTAATAATGATTTTTCTTTGACCC TAAAATGGGAAGGAAGAAACTGCCAATTACATAGAGGTTCAATGATTTGA AGATAACAATATCATAGCTTTTGATTCAAGGGGACATTGATCAACAACAC TCTGTCAAGCATCCATTCTTGCATGCATGTGCCGGCTAGTGTCACCAAAA GGTTGAAAAGGCTAATGTTATACAGACAATGGAATAAAATTTCATATAAT GAACTTGGGAGGTGGTCACATCTCCAATAAGGTGGCCTTGGAGGTTAGAC AGTAAGGTACAGGCTTTGTAGGAGAGTGATTGCATTCAAGAGTGGCACAC ATAAAGGGCCCATGAATATGGAACAACATAAAGGGAGAGAAGAGTTTAGC GACAACATCATTTTTACTGTTGGGAACGAAAATAGGATCAGCTTTTAGAG GCGCAAGTAGTATGCAATGATACTTTGAGCGTTGCCTTTCAGATCATGTA CAACACATTGAGTTTGAAGGATATGACGATTCATCATGTCTACAGGACAC AAGAGCAGAGTTTATTAGCATAAGAGGCTCAGAATAACTCTACAAGATGT GGAGATAGGATATTCCAAAACATAATGGCATACTACAAAAGCAAAAACAT GAAATGGGTAGGAACATGCCACGTGGAAATGGAAGTGAAGAGGGAATGAA GTGTTCTGTAAGAAGTCCTACTATTGCAGGTTATTTGAAAAGAGACGATG CAGGGGGTTTACATCTGTCATTTTAGAGTCTCAGCGCGTCAGAAAGGATA CTCAGTTCACTTGGTTCGAAGTAAGGTAATGGCTGAAAAAACCGAGAAAA GGGAAGTTGTGTTATGTAAACTGGTACTTTGTGCACATGGTCAAGCAAGG ATGTAGATCACTCACTAGTGCACTGCCATGCGCATCAGCTTGATTAACGC TGACTATAGTTAATGGCGAATTGCACAATGGACTTCAGAAGAAAGAGAAG AAGATGTGGAGCATGGGATGCAGCTACTTTGGACCCTGCAATAATACTTT GGAGACAGAAGAATGGAACATTTGAAGGTATTTAAAATGAATTTGTGAAG TTAAGAACTTGGCTTTTGTTCTTGGTGAATTTTGGGTGCACTTATCGCAT CCCTGTAAGTGTAGATGATTGGATGCATTCTTAAAGAACCACGTTTTTTG ATGGGGCCCCTACTCTTTTGTATGCCACTTTATATATCCAAGTTTTCCAG CTAACATCAATTAACTTATTACTTTGTCTCAAAGGAACAAAAATGAAAGA AACAGCAAATTGGCTTTACACCATATTCCTGTTTCGACCTAAGCCTGATC ATAGATGATTAGCAACACAAAGAGCAAAGGAAATAAAATAAAATTCCAAA TAACTAGAACTACCCACCTGAAAGTGCGAGCTGCTCAAACAACGACTGAT CTGATGAAACAAAGGCACCATACAACGCTGGAATTCTGGAGGCTGAGTTG CTTCTAGAACCTCCTCCAGCTCACCTAAGAACACTACTTCCTTGGAACTG TTTGTGATAGGCCAATATTTCAACAAACCTCTTATGACAGTATCAGCAAG CTTGCAATCCTTCTCCACAAATTGTGTTATGCAGTAAGATAACTGCTGAT GATACATGTGTACGCACTTTGGTTTATGAAGTGGAATAAGAGCTCGGACA AGGAACAACTTGTGCTCTTCCTTCAGTGGAAGTGCAAATCCATTGATTAT ACTGCCCAAAATTTCTAAAAGTTCTGCTATTCCATTATGCTTCTCAGTTT CAAAGATAAACCGGTAAAATATATTGTTGATTGATTTCCTAATAAAAGGG CGGTGCACCATGAATTTTCCATATATTCGGTGCAGAACCGTCTTCAAGAA CTCCCTTTCTCTTGGATCTTCTGAATCAAAGAGATCTAATAACCTTAGAA CAAAAGAATGGTCAACATATCGCTTAGACAATTTTGCATCTGTCTCCGGT GATGCCACAAATCTGAGAAAGAACTCATACACAATTTGCAAATGTGGCCA TGCGGGATCCATCAAGGGTTCGTCATCTTCCAAGTCAAAAGCTTCCAATA CTTTGTTTTCACGAGGTTGAGGAGTTAGAGACCTGAACAGATTTGAAGAC ACCATTTTAACAATTTCTTGAATGACAGTTTCTGTGAATTTTCCATTTGC AGAACTAAGATAATCAACAAGCTCTATTAATGTCTGCCGCTTGATGTCTT TTTCTTTCAAGTGCTTTGTTGGGTCAGTAAAGTCAAATAATACACAGCAC AAGTTCAGTTTTTTTATGAACAAGTTTTGTTTCTCAGCAGTTGGTACATC TTTAAAACTAGGCAAGGTCTCACACAGAAAAACTGCTGCACTTCCATTCA CCTTAGCATTTGCCCCCTGCGGTAGCCTATTTCCATGATTTGGTCCCAGA GTTGAAGAAGTGACTCCTGAAACAGTAGTGGCACTTGAATTTCCTGACTG CGCAGTAGACAAATCACTGCTTCTAGAACCAGTTGAAGCATTGGACGGTG ATGCAGAGCTTCCTCCATCGCGATTTTCTGCTGACTTGGAAGGCTTTCTA GGGAGCCTATTAAGTATCTGTTTGATCATCACTTGAAAATATGATCTTCT GGTCGTAATGTTTTACTGATTTAAACACCCTCAAAACAGAACTTTCATCA ATCTGAAAGGTCTAAGCAGCAAAATGAATTGTTAGCAAGCCAGTGCAGAT CTCATCCACCCCGAATCCTTATCTGCCACCCCCTAAACCAATAAACAAAT GAGACCACAGACTACCTGTCTAGACCAGTAAAACTCTTTTTCATCTGAAA AACAATAACAAAAAGGCAAGTAAAATGAAGAAATCTAGAAAAGTTCAAAC TTCTTTTTCATCATGGAGAAAAGAGCTAAAAAGATCAACATTTGTGACCT AATCCCTTTTCTTTCTTTCACTTGGTAAAGTAAGTAATTTGTATTATAAA CAACTCCACACTAAGAGAGTTCTCTGTGCACTTCCACTTAGCAATTAAAA AAAGGTGCATTCTTGGTGAATTAAACAGTGCAAAAGGCGAAACCCTGATG CAGAAAGTTATTTTAATAATCAAACAAGCATCAAATAATCTGAATCAGAA ACTGAAAAATCTTACCTATCCATGCTAGCTGTCAACCAGAAAAAAGAACC GGGGAGGTGCAGTAAACCTTTGTTCTTGTTTTTTTGCTGAGGTCCACAGA GACTCTGGCCTGTTAAGCTAGGTCAAAGAATATTAAGATCTGGGCAAATG ATGTACGGAAGAACCCAGATAACATCCCTTCAAAGAATCACAAAAGAAGT GAGTCAATAAAGATTAAAAAGAAACAGCACTCAGACATAAAATGAGTTGT TAATGCTTACATAATTTTGAGTGATGAAAAAGATTGAAACTTTAGATAGT TGGGGTTCAGTGATCGAAATCTAAAAACATTCCCAACTGAGGAAAGATAG GAAAATGGGTGTGATGGATTAGACAAAAATAGACAAAAACCAATCTCTGG TTGTTGTTTTTGATGTGTTTGGTTAGCTACAATTATTCTTCTTTTTTTTT TTTGTTTTGATTTTTGCTTCCCATTTTCTCTCTAATTTTTCCTTTGTCTT CTTTCTTCTTAGATTTATAATCATAATAATAATTATCTTATTTTCTCTCT TCATAGATTATAATAATTAGAGCATATGATTATAATAAAGGTAGAGCAAG ACGAAAATCATATCTAAATTTTTTGATTTCATATCGAAATCAAAACTAAT TAATTATTAAAATACTAATTATTTATATTTTTGAATATTAGGCGAGAAAA TGAGAAACTTTCATCAACAAAATAAGAGTTCAAATAGTTAATCAATCTAA ATTATTAAAAATTCACTATCAATTATTCATTCTTTTCTATAGGAGAAATA TATTATAATTTAATTATAAAACTAAAACAATTAAAATGATTTAGATATAT TTTTAGTATAAAATACAATTACGACAGACCTATGTTTAATCAAACAAAAG ATTTATAAAGCTTAATATAATGAATAACAAAAATAATTACATCAAGGTAG AAAAAAGATTGCAACATAGCAAAAGTTCTAAATTGATTCTTGAGAACTTG GGATTGGAAAGAGGAGTATTTTATTGTCATATTCTTTTTTTCTAGTCACA GATTTCAACCACAAAATCACTTGCCGTAATTATTCTCACCTTTGGGTTTC TCCAGATTTGAACATTTTTTGTATTTTGACAAATCTCGCCTTCTCAGACT TTGAAAAGGTACCACTATAAAAGTAAGTCATCAGGGTTAAATATGAGATA TTGAAGCACAAGAAGGAAGTGGATGGATTGCATCTTTGTGTTAATTATGA AAGAAAAAAAAAAGAGAAACGTGTCTATTCATTAGCTTAAAAGTCTGGTA ATATCATCAAAATTTTAATTATAATAACCCTTAAATTTCAATTATAATAA CCCTTGAATTTTGTTGAGTCGGTTATCAAGATCTGTATGTGCTACCGAAC TTATAAAATATCAATTAATTTGATTATCTTTATTGATCGAGTTATCAATT AATTAATTTATACGGTATAAAAATTGAAACCAAAAAAAAAATGTTCTAGC TTTTATGTACCATAAAATTCTAAATCAATACCTAAACCATTAATTTGATA ACCCAAATCAATGATATACAGTCATAACAGCATCCAACTGTTACTTTATT CAGGCTTGAACATTTCCTCCATGGGTTTCAACTTGCAATTATATCAGTAT TATGTTTCTTGCTTTCAATCATTTAGTAAAGTGGAGACACTCCTATTTCT TCCTATAATGTCATCATATCAGTGTGACTTTGTGGTTATATAATATGTAA AACTGTAAGAAATGAAAGTGGAACCTATCACAAGGAATTAAGCAATTCAT TGAAGATAATGAGCAGATAGAGAAAGGGATCTACACATGGAAAGTCGGTG GAAGTTACTGTCATTCGCCTATTATCCACAAAATTACTGACCGACTATAC GGGCCCCAACCTATCAAAATCGACATGTCAGTATCCAAAATATATCTCCA TAATATAAAACATATCAATCTTTATGGAAAAACATATTTAACTTTATATA AACATAAAATTATGAGATATTCTTTTCGTAAGGTAAAATAAGCACAACGG GAATTGAATAGATATATACCATATTATAGAACAAACGAACAGATAAATTA CTTCTTCGACCGTATCCATTGAATTGTTACAGAAGAAAGGACAGCACAGT ATATAACACATTCGGTGATCACACGGGACTTGGGGATCCAAGGGAATATA ATGTGTGCGACCTATCCTGATGCAACCATCAATGGGCTCGAACCAGCATG GAACCAACTATACCGTTACTCTGAGGCTCCCCTTAGATTGAATTGTTACA GAGTAAACAAAAAAAAATCAATGGGGAGCAAGATAAAATTTCTTTACCCA GCAGTATACAGCGCACAACTGTCTGAAGCAGTCCTGCCGGTCTCCTGCAG AAGAACAAGCTCACATTGACAGGACCAGGGTAAGCACATCAAAATCTTGG CTCGGCCATGGTCACACTTACCGAGCAATGTGCGATCAGCTCTCTCTGCT CTTCCCAGTCAAATGAAATGCAAAAGATAAAGGCTGAGACACTTGGAAGC ATGAAAAATACAAGAAATCACACAATCAAACGGAAGTTAATATGAGGAGG GTATTCCAACAACAGAAAGGCTGGCAGTACAAGCTTCCATGCAATCTCTT CAAAGCCGAGCAGCAACATAACCCAATGTTTTATCTCAATGCTCCATCAA AGCAGTTTCAGTTTCTGACAATGGTGCTGCAACAGTATGACTTCTATTAG AACACATTAAATTATCGATAGCCTGGTAGAGCAATAAATAAGGCATTGCA AAAGATATCATAAGCAAATGCTGATGGGTCCTACAAAGGGCTTTTACTGA CAGGTACAAAAACAAACCGTTCCGTTTCAATAGTAAGTATCAATGAGGAA CCGGAAGCTTGTCAAAAATGCATGTGGTATTGCTAATGATTTTTTTCTAC TTAGACAAACAAGTTGCCTTTGTGGATCAAGAGCAAAGAACAGAGCATGG CTTTCCAAGAAAACCAAGGTTTAAAACTTCCACACAAATAAGAAGAACAG CCTAAATAAATATGCCCTGCGAAGAGAGCAATAAAATGCGACTCATTCTC GACAAAGCTCTCTCTCAAAGGAAAGAGACCAAAGAGGGTTATTTATCAAG AAAGAATTTAACAAGGAACATGTTTAGACACCACGCAATGTCCAGATTAG GAAATTATTTCAAAACATCATCACTCCATGTTATCAGTTATGGCATGGAA CCACCATTAAAGGACTCGGGGATTAGGGATATAGCCTGAAGGTTTAAGCA TCAGAGAATAGCATTGGGAACTGTAGAAAAATGGATTCAAAACTAAAAGA AAATTGTCAAATAGATCTACCAGGTAAAAGGTTGGAACAAACATACCAAG TAAATCCTCATATGAATCTGCCAACAATGATGCATCCATAAGCAGAGGAG GAGAAAATACTTGATCCTTAGCTTCCTCCAAATCATAAAATGACCTATGT GCATCCGAAAATGAAGAGTTTGAACCCATAGTTGAAAGAAAACCATCATA GTCATCCACAGACTGCAGATCATGTAATAAGTCAGGTATTCCATCAGACT TGATGTTCATATGACTATCCGGTGCACCAGTCCCTAAAAATGAAGAATCT GGTTCTGACACAAACAATTTTTTTCTTCTCAGCAAGTTTGCCCTATCTCC ATGCTGAGAAAACCCTAACCCTGAGACAGGCTCAAAGTAGTGCTCAGAAC TATCATCAGAACGACTATCTTGAGATGATCCCTGATAGTAAGATTCGGAG CGAAGTGCAGCTTCTCTGACAGATCTCTTCAGATTTTGAACAAAGCTTGT GTCATTATCTGCAAAAATTCATAATAAGTTTATGCATATAGCAGTTAAGA AATCAATGTATGCATTCAGAAGGCAGGATAAAAACCTTGTGGCGAATTAT CGAAGGAATTATTTAGAAATTGCTGATCCAGAGACTTCCTCTCAGGCATA ATTTCAATTTGGCTGGTTTGGGAAGAGATCTGTTGCTTCTGTGCACCACC TTTTCCTAAAGAATTCGGCGTCACACTAAACAAAGGTGGGAGCTTCAAAG TAGTGGGACTAGCTGATGTCTTTTCAAATTGCATGGATGACAATCTTGAG CTCATCTCAGCTACCTCATCATCCCTGTGTTCCTGTAGTAAATATTGTAG TTTAGGTTTTTCTATTGTTTCAAAAAGGTAAAAGGAAGTCTTACAAAATG CTTCACAAAACAGTACCAATGTTCTCCCACTGCTCTGTGCTTGGGAATGT GATCTGCCCTGAAAATTGGCTGTTCTAGAAGAATTGGACGAAATACTACT AACTTCTTCTGTAAGTTCTAAAATTGAATTCTGTATGGATGGAGCGACTT CCTTCAGTTGATTTATGAGCACCTAGAGATCAATGAATTCACATCACAAA CTTTCAACAGTATAATTGTAATATTTTCAATAATTTAGTTATATATGAGT ATGCCAGGAAGAAATCACATAGTGTTTTTTTGTCTTGTTGGGATTTGAAC ATGAGACCTCGTGGTTCTCAATCCATTTCATTGAACACTAGGCCACACAT TGGATGCTTAACAACTACCTTGCTTTCTTTTAATTATATGCATTGATAAT AATACTCTCACCAGAGTCCATGTATAATAGTTCATAAGTGCAACCAAATT AGACTGAATATCAGACCTGTATACTTGCTAGGTGCTGCTTATGTTCGGCA AGGGTTGCAGCCAAGGACTCTGCATGACCACCAGTACCACCATCATGTGA ACTCCTCAAAAGCTCTGGACCCTCTCCATCATTTGCTTTTGCCTGCAAGA ATTAGTAGTACCAGAAAGAAAGCATGAAATTAAAATCAAAGACATTCAAA TTGTTAAATAAATTCTAAAGTGTAAAAACAGATGTAAACCCTTGTATTCA ATTGTGTAACACATTGACATTCTCCTATTAACTACTTCTAAAGTCCAACA TAGGAGAAGACATGGTGCTCGGTGACATCGCAAAACCATAGATGTAGAAA GTCCTTGCACCATATTTAGGCCCACCCTAAAAAGGTTTTGCTTCACCTGA ACCACTTGAATCCACATAGCAAGAGAACTGTTCCAAACATTTATGTAAAC TGCCAGGCGATACTTTAAGCTTGAAATTCATGGAGAGAAAAAAAGAGTTC TGACAAGACGTATAGAATCTTGAGTCAAAGGAATCATCATACCAGTTGAA GGGATTGCTTATGAACACGTTGTAGGGCATGTGTCCAACGCCTCAAAACT TCTGCTATATCAACAGTAGGATGGCCTCTAGCAACTCTCTCATCAACTCG AGAAAATGTGTTATCGTCTACTTGAATATGAGAAGAATCTGAACTCCTTG CATGCTTTTCTCTATCCACGTCTGCTTGTGATCTTACAGCTTGATGTGAA GACGCCAAATGGGGTGGTGGAGCTACAGGGCTTTGATCCATAGCAGTGAG CAAAGCTGAACCAGAGATGCGATACCTAAATGATTTTTTTAAAAAAATAA AATATGAAGGCACGGCCTGGTTTTAAAACCGAAGAGAAAATGGAAAGTGA TCATACCTATGCTCACGATGAGCAATAAGATCTTCTATCGGGCCAGAGGC GAGAATTTCATGTTGATCTGTATACATATATATATACATAATACAAGTAA GTGCCAGGTATACAAAACTCTAGTACACTTATTGCAAGATCAGTGAGAGA AGCACTCTGCAAAAGCGTGCTTATAGCATTGTATTATTAGGATATAATTG ACAAGTGAGATAGTGATTGAACGCACTCTTGCGAGACAGCAAAGAGTCCC ACAAACGAGTAGCTCTTTGAACCATGTGTGAGTTCTGACTTGAGCTTGAT ACAAGTTCATCCCACAGTTCACCTTCCAGCTTTACTTTATTTCTCACATC CTGCAGCTTTTCCAGTTCTTGCTGCAAATAAGCCTGAGACAAAGAAGATC AAAGATGGATCCTCAGAAACAATTATTTACCGCTGTGGATAAGGGGCTAA GAATCCAACTCCAAGTCCTCAAAGAAAGGTGACAAGATTTTCTTTCACCT CTTCAGCACAAAGGCCTCGAAATTCAGCTGTCAATTCATGAGCCAAATTA GACCACATGGCCTGTCTACGAACTGCTGTTTCTGCATTACTCAAAAACCT CCTTCTTTCAAGAGCAATCCTAGCCTATTCACATAGAAGAGCAATTAGAT CCATCCACTAGAAATAATTCTCATGTGAATCGTGATATTGACTACAATAC ATACGAATTAAAGCTTCGGGACTAGCAAAGAAAACAGACAATGCCTAAGC ATAGACTACTGGTAAGCTACTTTGCCAATGTGATACAAGTAATAGCTTCC ACATTAGGAAAGAAAATCGAGTCAAAACCTTAGCTACGGGTGATAAAGCT GTTAGATTCAAGGTCACAAGAACCCCCTGATATCAAAAATGTGCCTGTTT AAAAGCCTAGCAGATGGAAGGAATCAGAAGAGACACCTTGGTTACAGGAA GTAGTGTGGCTGCATGTGAGAAAGCTACATCTGTTAATGATGCAGGCAAG GGGTTAGAAACAACATCAGCAGCAAACATTCGCCTATGAACCTCCCTCAA AGCATGCAATGAAAGTTGCCATAGAAGTTCAACAAATCTGCAGCAAACAT GTTAAATAAATAATCAATACTAAGTAATATAGTGGCTATAATGTTTACTC TTGACACATGAGCATGCAAACTTCACCTAATAGGGTATGAATCAAACTTA CATGAGTGTGTCAACGGAAAACGAAGCAGGTACTATCTACTATTTAGCTT TACCACTCACAAGAGGAATCATTTCCTTCTCCAAAAGTTTTCAGAAATTC AATAATTAGACAAAGGCACCAGAAAATTCATTAACACTCATTCATTAAGA CATTTAATTAGGATGGGCTGGAATGAGGGCATTTCAGTGCGACACAGGTG CAAGAACTTGCTCATGACCCTAGTGCAATTCGAACTTCAAAATTTTTATC TACTCCCTTACAGAAGCTATGGTATCTGTAGGACAACTATTTTCAATAAT GCAATTACTAACCACTGATCAAATTACTTGCTGAGTTGAATCAACTTGCA CTGGACTACCATTTGCAACACATAAAACAGAGAGAAAAGACATAATACCA AGATACGGAAAAATCAAATGAAAGCTCCAAATAATTAAAATGAACCACAA CCAAAGCGGTATATGAATTAAACAGCTATCAATGAGCCAACCTTGGTCCA CAGCATGTGGCAAGAGATGAGACCCTCGAATTACTTCTAGGCAGTGCCCC TTGAGATTCCAGCTCACTTATAATCCCTTGTACAACCTAAGATTTCCATA AATAAATAAGCAAGCAACCTTTCACTAGAAGAAGACCAACTCTAGACAAA TCTATTTTTTTTTTTTAGAATTAGTACTGTCCAATTCTAGACAAATCTAT ACAGATTGTGTGCGTCCAGTTCAATTATTCAGCGTGAAAAGACCTATCGA CTTAGGAACAATCATGTATATAATTACCTTACGAAAATCGCGAGATTGTG CGGAATCAAAAATTGGCCAGACCTTATCGAAATCCTGAAAAGATATTGCA GTGAGCAAACAAAACAAAAACATCCAATGGTAACAGAGGAAGTATAAGAC TGAATCACAGGTGAGCTAAGAAGTTCACATTGACAGGTCGAAAAGTAGCA ATCACCTTAGCGGATTGAGTAGGACCTCTGAGAGAAGATAATATAAAGTA GAGAAGCTGTTCGCCCAATTTAGGGTTCGAATGACGAAAAAGTCCGACGC GAGGTGTGCCGTTTCCGGCTCCGATTCCGATGATGGATGGATCCAACCCT AGTAACAAACAGTTGGTGTACATTGCACTTTCCAACTCAACCTCTCTCTC CTTCTCTCGGTCCATCGTCATTCCACTCTTTCTTTGGCTATTTCCTCACT CAATTTTGCTTCAACTCTCCGTCTCGTCTGTCTTTCGGATTTCCGATTTG AATGTATAATAATTAAGCAAATTTTCAAACGAGAAGCCCTTATAGATTAG TCAATTTAGCATTAGGGCCTGGTTGTTGGATCACATGTAAGAGTTGAATT TTAAATTTGGGGGTTCTTTTTTGGTGGGGTCGGGTTGGATTAAAAAGGGA GTACTCGCGTTTTTTGCCGATTGAAGAAAATTTTGAAATTCCTGGGAGGG AGGGATGTCTCTAACGTGCGCCGCTGAAATCATCGGCAACTATTCTGCTC TGCCGGCAATGCGATTTTCGTCATCTCAGCTTTGCCCATTTTTGCTTTTG CCTACAAAAATATTTTTTATTCGATATATAATATAGTGAAATTTAATTAA ATGTAAATTTTTTTTTTAATGTACAATATCTTTATATCGATTTATTTGTT TTGTATTGATGATACATGTAAATCTTTTAAAAAATATTTTTTGTGTTAGT CACGGGTGAGCTTCAAGGCGTGGTATACCAAATACGCATCGGACTGTAAA TTAAGGACATAAATTCATAGTGTGTAAGTCTTAGAATTCGGCGCACAAGC TCAAAGCATAAAAATCATACCAAGAATTGTTTTTTTTTTGCTTGAAATTA TTTTTTATTATTATTGTTGTGTTTAAGTCTTAGAATTCGGCGCACAAGCT CAAAGCATAAAAATCATACCCAGAATTGTTTTTTTTTTTGCTTGAAATTA TTTTTTATTATTATTGTTGTAATAATATTTCTCAAATAATAGTTCTGAAC TTGTAATGTTTTTTTCTTCATTATTGGTTATTAATACCTTTCTCAAATAA AAATTTATAGTTTTTTTTAATATACATATTATATGTTATTAAAACTTATT AGTGAGACAACTGAAAGTTTTACTTCTACTTATATTCTTAGTAATAAAAT TATAAAATTGAATATACACAAGATTGTGCATTGCAGATCAAAATGTAGGT CTCACCCAATACAATATAAAACTTTTTATCTCACACCTCCACCTTGTTTT GTTTTATATTTTATATCAGAAATAGTATAAAATTACTCTTTATCCACTTA TTGGCTCAAAATACTCTTTTCAGCCACTTATAGATTCTAAAATAGCCTTC TCATCCACATTTGGGTTCAAAATTGACCACTTATTTAAAGATTTTAAATT TAAACTATTTAAATATTTTTTAATACACGACGCTCAACTATGTGTTATAA TTAACTTATTAATATAAATTATTAACCAATCTACTACTCACCAATCACTA ATTAAACCACATCCAATTAATAAACCCTCTCCATTACTAATGCACAACAA GAAAGCTACTACAAATGAGTGTTTCTAAAAATTTGAGGCGAAAATGTATA TAGAAATACATTATCATACATTCAAGTCCTTAATCAAAATTATGATTCGA GTGTCTAAATAAAAATTACGATAAACTTAAAGTCTGACTATGTTCATCTT AATTATTCATTTGCCTCAATTATGTGATCCTACTTAATGGATAACTTTTA TTTAAAAAGAATATATTAAATTTTTAATATTTAAAACACTAATAAATATT TATAAAATTATATTTAAAAGTGCATGAATTAATTCGAGAGATGCTACTTC TTTACCTTTAATCATAAATTTTGAAGTCAAGTTCGAAGCAAAATCCTATT GAAAATGTCCTCCTAAACAAGAGGCTCAACCTAAATTTAATTGCTTCAAT TCGGACTCAATAATTTTGAATGTCATTTTCAGGAATCGGTAATTTTATCG TACTTTAGTAGTGTTTAGGGTGATTTTGATATTAGAGATAGTTTGTCAAT TGGGTGGAACTTAATTAGTAATGGGTAGATAGTGGGTTGATTTATAAATA ATATTAATAAATTAAATTATATCCAATAGTTGAACGTCAAGTATTTTAAA AAATATTTAAATAGTTTAAATTTGAAACCATTAAATAAGTGATCAATTTT GAACCTAAAGATGGATAAAAAGGGTATTTTGGAGCCAATAGGTGGATGAA AAAAGTATTTTGAAACCAATTTATGGGTGAAAATGATATTTTGAAGCCAA TAAGTGGATGAATGATAATTTTGTATCATTTTCAATACTTCAAAAGTATT TTAGACTCTTTTCCATAAAAAATTTTCAAACACTGACAACAAAGCTTAAT TTAGTTGTTCCTTCGCCCCTATTATAGTTTGAGTTAAATTTAGAGAAAAG ACATAAAAACACCATTAAAGTTATCTTGTATATAGACACATTAACTTTTA AAGTGTCCTATCACCCCATATAACTATTTTATATCTTTGTAAATGGGTCC TTTTGACCCATTCCCTCGTGTAGGTTGTTATCACGCACATAAGGTGCGTC ATGAAGTGTTTTCATTGTCATGAACCAGTTTAAACGTGTCATTTTTTTTT ATTATTAATTATTTGATTAATTTTTGTCATCTTCTCCACATTTAATCCCA AAATAGTAGTTGGTAGCCCTAATTTTTCAATTTTTCCATAGAAAAATCAA TGTTGATTTGACGACTTCATCATCTTACGTTGTCCTTAATCATTAAATAA AATAGTTGAATGACCATTTGAGTATTGGAATCACTCTATTTTGCAATTAG GATTGTCCCATTCCTTGGATGGAAGAAAAGGGAAACTTTCCATTGATTCT CCATTCCTGTTCAACAAATGTTAAACTCAATTACATTAATCACCATTAAT CGAATACAAATTGAGTAATGAATCAATCAGCAAAAACATAGAGATTTTGT TAGTTTTCCAAAAATAATGAATGCAACAGCAGCAAAGGGATCGGCCTGAA TCGTAGCAGCAAGTATTGGAGCAATTTGCCAGATGAAATTGCACTTTAAG ATCGATTCATCACTACGCCAAATTCAATTTAATTGCTTCTATAAATACCT CAGCTCGGAGATTCTCGACATAGTCTTCTTCGGCGGTCGTCTCCAGCGAG AAGTTGAGGAAAACGGAAGCGACGTTGAGTAAAGTTATAGATCTGAACTG TTGGGGTCCAAGTACTGTTAGATTTTAGTGTTATTTACTTAAATTTGTTA TATGATGATCTATTAGTGAAAATAGTAATGGAGATTCAATTTTGAAAAAA AAAATTACAAATTAAAAAAAAAAATCAGTAGCCAATAACAAACTAGTTGA ATTCAGGATGAGACTCCAAGCATGCCATTGTTTCCGGTGACAAAACCACC TTCAATCGACACTTCCTCCTCCTCCTTTCCCCAAAAATGCTGATATCTTT CCGTTTAATTTATTCCTCCATCCACTCCGAACACTAACATGTCCGCCCCA CCCCAAAAGAGAAGATGACTTTTCTTCAAAGAATAGGGTCGGGTTGGGTT AAATTTTGTCATAGAGAGTGAGCAACACGCACGATTACATAGACTAAGGA ATGAGTCAAAACGACCCACTTACAAAGATATTAAATAGTTCTGTGGGGTG ATAGGACACTTTGAAAGTTAAAGTGTCTTTATACAAATACTGGACAACTT TGATGGTGTCTTAATATCTTTTTTCTTAAATTTAATTACTACCATCTATG AGTGACATGGCAAAAATAATTATCAACAAATAGCAAGGAAACCTATATGA TTTCTCTTTCAATCTTTTGCGATAGAGTAATGTAGAATATGAGTATGTAT TAAAGACGAATTTAATTTATTTTAAAATTTTTAAGACGTTTTTTTTAACA CTTAAAATCTTGTAATGTATAATAAATCTGTGGTACAATCTTTTCACATA TTGAAAAGAACAAAAATAATATATTTATAAAAATTCTCTTTTTCATCGTC CTTATTATTTGTTATGACTATCTTTGTTTGTAATAGTGTTTTCAAGTTTC GAAGCTTATTATACTCAGGTGTTATGAAGGTAATATTTGATAATGTTAGT AATACTTATCATATTTAATTAATTTGTCAATTTGGAAATAATTAAATAAT TAGATTTTTTTTCATTTTGATAAATAATATAATCAAATAGTTACTATGAA CATTATATTTAATTTGAAAGAACTATGAATGATTGATTAACACGTATAAT ATTTGCCAATTCAATTAAACAAGCGAACAATTTATTAAGATAAAAAAATG AAAGGAAAATTAAATTTATGATTTACTCTCGAAAATAACGTAGTATCTAT TAACTTGATAAGAAAGGTGCAAAACTTAATAAAGTATATAAATGTATATT ACACTAAAATGACGTTTATTTCACCTAGTTTATGAAAAGTGTAACTTTCT ATTATTAATGAATATATTGAGTTGAAAAATAAAGGTTGTTAATTGTTTTG TAAACTAAGCCAATCCGACAAGAATGAAATTGGGCCGGGCTTATACAATT AAAGCCCATTAGACCATATCCCATATTCGGATTTATTATTTAACCCCGCC CCACCCGGAATCCAGAAGAGAGAATTCTTCTTTGCTTGTGTGGGTAATGA TAGTTGATTCTGCACCAGCTACAAAGCGCCAGAGATTCACCGCCGTTGAT CCGATGGAGTTGGAATCAGCTAAGGTATTCATTTCAATCTCATCTTTCTT TTCTCCTTTCAAGATACCGGTTCGATTTAACTTCTTGTTTTACCCCTTTT TGTGTGACTATTCAGACCAGTTCGCATGTGTTTCTGTGGTTGATTCATGG TGGGAAAAGCCATCTTGTTTGCTATTTTCTTGGTTTTCTTTATTTAGAAT CTTGTAGAAAGAAGTTTGTATAAAGACTACTTCCAGGAAAAATCTCAACA CAAGAAAGGCGCTAGTTGTATGTGCCTTTTGTTTACCTACATTCCGTTGT TTTAAAGTTGCTGTTTGTTGTTAATCTTTATACCCATTCCATTTGCTTTG AGTTGCTGTTTCTTGTTGATCTTTAAACCCATTCCATTGTTTTAAGAGTT GCTGTTTCTGGTTAATCTTTAAACCCATTCATTGTTTTAGAGTTGCTGCT TCTTGTTAATCTTCAAGCCCGTTCCATTGTTTTAGGTTTGCTGTGTCTTG TTAATCTTTAAACCCATTGACACACGTTCTTAATTATCTGCTTCTTGTTA ATACTTAAACCCATTTATACACAATCCATTGTTTAAGAGTTGCTGCATAC CTGCTTCTTGTTAGTATTTAAACCTATTTACATACATTTCGTTGTTTTAT GTTTCTGTACATGGGAAATGTTGTTAGAACATCACCTTTCTTCCCATTTT ATATGATCACTGATTTATCTCTTTGTGCCCATATAACAAATAAAGTGTAT GCCCAACTCTTCAGTTTCTCTAGTATTGTATTGAGCAAATCAAGCATACA AGTGTGAAATTCAGGCATGCAAGTATTGCACTTTTTTTTTGTTATATATT TGTAATACACCCCTTATTTTTTTCAAAAATTGAAGCACTTGTAGAGATGT GCATAGGCCATAAAACTTCCGAATTGAACTGTGTTAAAGAATGACGGTTA ATGAGTTGGGTGGACTCCTTATAAGGCTGGACAATCCTCCTCCCTTTGAG TTAGCTTTTGGGGTGTGAGTTAGGCCTAAAACCTAATTTCACAAATTGTT AAGGTTTAGCTTGACACATTTGTAATAGCCTGATTTGTATCTAGTAAGGA AAAAAAACAGTTGGGTGAACCTAACATCCAAGTTTATGCAGGGTTCGGGG GCTAGGTCCGCTCTCCAAGTGGTACATACCATGGTTGAAACCCATGACAT ATAGATCAAATGGAGATAACTTTACTGCTGCTCCAGGTCTCCCCTTCACC TAACAGCAAACAAATTAAAATTTAAAATAAAATAAGAAACTGCTCCGGTG TCACTGGTTATGATGTTGTTGATGATTATGATGATGATGATGTTGTTGTT GCAAACTGCTCTGACAGAGGCGGAGCTAGAATTTTCAATAAAGGGGTTCA TAATGTGTAGAAATAGATACCCGAAGGAGGTTCAACATATATATACATAT AAATTTATTTTAACCATGTATAAATAATATAATTTCCACTGAACTTAATG CAATGTAGCTCCGCCCCTGGCCCTGAAGGGGAAGACCAAAGATCAGCACT TCCTTAAAATTATTGAACTTGCAGCAGCACTGTGGACGATGAGTTATAGT AAAATTTAACTTGCAGCTGTAAAAGTAAAGAATGATAAAAAAAATCCCAT ACAAAATCTGCCAAATTCGGTTCTACTATCTGTCAAGTAAAGTTACCTGT TCCCCTTTGTGTAAATACATCCAGCTTTACTTCAGCTAAACTCTCAAAAA GCTAAAATCATGGAAAGCTCCGTCTGTTACTCAATCATGGAATATATATA TATACACACATACATACTGGACTGTAACTTTTCTGTTTTATTGGGTTAAT TCAGGCGAAGCTTGCTGCTGCAAAAGAAACGTTTGGACGTGAAATCCGTG TATTTGAAACAGCAACAGCTTCTTCAGTGCCTCCTGATGTTTCCAGCAAT GGTACTTCCTACTTGACATAGAAATTATCACTAATACAACTTCCCAAACA CGATTCTATGGTCTGTTTTCATATATGCTCATTTTATTTTGCTGTGGCCT TTCTCAATCATCTTCTGCAGTGTCAGAGGAGCCCGAAGACTTCTATGAGT TCACACCAGAGGATTATTATCGACTTTTGGGAACTAAAAAAGAAGGTAAG ATACACTTGTATAGACTTTCAGATGAAAAATGGCTTCAAGTATTTGCTAA AGTGAAATTTCTAGCTGACCTCTAACAGAAGAACAAAAAAACATGTCAAT TAGTTGTCTGTCGATTTATTTGACAAATTACACTAGAACTCCAGACTCTA TTATTTTTCTTTTATGCTTGCGCCTTGGGTATATTCACCGTGTCTTCCAC ATTTTTACCTTCTTCAATGGATCTTGTTTATTATTATAGATCTGTAGAAA TGTATACAGGAATTTGGTTATTTTAATGATTCTGCTTATTCTAACTGGTG TTGGGAAAATTTTCAACAGAGAAGCACTTGAAGACGAAGAAAATTCGTGA GGCAGAAGAAGCTGCACGCAGAGCAAGGATAACTAAGGTTTTCAGTTGAT CTTTCTCTCCAGATGATTCTTTCACTTGTATCAAGTTTGAATAATTTGGT GTTAGATTTGGTAAATTAAGTTTTCATCAGTATTGTCAAAGCCACACTTG ACATCTGAAGGTTGTTGTTGCTGAACATCTGAGGCTGAAAGTGTCATCTT GGACAGTTTTAGTGCCTAAATAAGGCTCTAAGCGTGCTCCTCATTGTGGA TCTATCTTGGAGAGGGCGATAAGAAATAAATGCAGCTGGCGAAATGCTAC TTTAATGGTTTAGAAAATATTGTGAATAAATGGTCAGTGATTATGAAGAG GAAATTTTAAGCTTTGCTGAAGAAAACTAGCCAGAAAGATTAATTGGAAC TTAAAAAAACAAGTTATGTCCGAATTATTTGTTGAAAAAATAAATTCTGA ACTTAATTGACATGACTTTTTATCCATATATGTTAACTGAATTGCAGATT TTTCAAATTTCTTGGCCCATACAACTTCTTGTCTGTGTACTGAGTTTTCT TCATCATACATATATTATCTTATTTGTTTCTTCATCTGCACCTTACTTTG GGGTGTTGGCTTTTATCGCAGCTTTGCACTTAAAGTCCCAGGGGGACCTT GACACTTTTCGACGTCTTTTCATTTGACATTATTGGTTTTTATATCACGT GTTGGTCTGTGTTGTTCAGGCTGTAATCAGAGTACGCTTCCCGGATAATT ATATATTGGAGGCCACATTTCATCCGTCAGAGACAATCAAGAGCTTACTT GACCTTCTTGTGAAAGTGATTGCTCACCCTGAACTGCCTTTCTATATCTG TAAGATTATTCTAAACATTTGCTACATTTTACTTTTTCCTATATTTTACT CTCAAGAGCAGTTTATAATAATGGTGTTGCTGAAGATTTAATGCTTGTCC GTTATTTCAGATACCACTCCTCCTAAGAAGCAAATAAAAGATTTTTCCAA GGATTTCTATTCCGCTGGATTTATTCCTGGTGCTGTTGTTTATTTCTCTT ACGATCTACCCAAAGGTTAGTGCAAACTGTTAACAGTCTGAATTCTCCGC TCTTTTGTAACTTCAGTTTTTTGAAACCTCTGTTACATATTTGGGCATTG AACCTGCAATGACTTGCATACTTGATATACCTCAGTGGTGATTTAATGAT GTTGAATGTTTTTGGTGATTCTTCTAAGAAAACCTTGCAACAGGGAGGTG TGAGGGGCTAAAGTACCTTTAGCTCAAGAGAATCTTTCTCCTTGACCTCA GTCCTTGCTTTTTAAGAGGGAAGGTTTATATATGTTAATCAATAGCCTGC TATGGCATATCTCTTCATATCTGGAATCCTGTGTAAGCCGTCAGTCGTAA TATTGATACAAGCACCCTGTTTTCATCAATAATAGTTGTACTAATCCGGG AAAAAAGGTATCCATCATCCAACTTCCTAGATGCTCCATCATCCAACTTC CTAGATGCTCATGTACATGCCCTTTTCTCCTACTTATTTAAGTCGTTTCT TATCTTATGGATGATTGGTAAAACATCCATCTGGGTATATGTATTAACCT ATGAATATATGTAAGACACAATTTTTTGCTTTGCCCGTGTGCCAGCAGGC ACTCACTGTGCTGGATAGTGGTTGTCTATTTGGACATAGGAGGCTAGAGA CCGATGTGTGCTCACATTCATTTGCGATCAAGTAAACAACAACCCTTTGA GAGAACAGCAGAAGAAGTTCCTCCTAACATATAATAATAATAAGAAATCT ATAAACAAAAATAAAAAATGAAAATCTTTTTTTTTTCTGAAAATTCTTCG TTCCTTGGAAGAGGGGCCAAATCATGCGGGTAAGTGCCCAAGAAATTTCA TACTAGCTACTTTCACCACTGTCACCCCTAAGTATTGCATTGTTTGTGAG AGTTCGGCCATTTGAAAAAAAGACATTGGATTATACAAAGTGCCCCTAAT GCTATGATGTTGACACAATCTGGTTGGCGGCATTTCAAATTAAAAACATA AAAGATTATTTGGATCATTGTTCCAATGTATCTTAGCCTTTCTGCAAGTT CCAATTTAGAAGGCTGAAATTAACCTTTAGAAAACAAAACAATGGCCTTG TCATTGAGCTTGTCTTGGGTCTTTAGGCTTTTATTATGCTTTCTTATTTC GAAAACCTTTCGTATACAATAAGCACACAAGGTCGTCATGCTTGTTCGAG CTACACCAGCGTTAAGTGCAAGGGCTAGCTCTAAGGTGGCGACAGTTTTC TGAGAGGCTGAACTTGTTCTTTGAGCTCCCTTGTTTCTTTAGGCTTATAG CTTGCTTTCTTATTTCCAAAAACTTGCGTACATAAAAAGCACATCAGGTC GCTATGCTTGGTTAAGTTACTTAAACGTTAAGTGCAAGTGCTAACTTGAC GGCAATGACAATTTGCCTAGAGGCTGAACTTGGTCTCTATCAAGAGGACA GTTCTTAGAAGCAAGCATTGGAGAGTGTACAGGAATGTGAGGTGTGGCTA TACTATGACACCTTCAATTGGACTCTTTTTCCACATTATGGAGGAGATTC TCTTTTCACCAAAATTGAGATTATATTTGCTGGTTTTTAGTGTACAGGAA TAATGAAGCAGGAGAAGTTTGTTGTTCAGTAATAATGGTAGGTTGGAATT GTTGCATGCAAATGGTTTTAGGTTGTATGACCGTCAAGGTTATCTTCTCT CTTTCTTCTCCTTTCTCTCGGGTTGTGGGAGGAGGATTTGCTATATGTTG CATGCCTGGGATTTGTGCACTTGGGAACTCCTAGAAGAGACAGTGGTTTT AAATAAACATTTAGTTCTTCATATGTTCCTTTCTTATGATTCATAGACTT GGCTACAACATATGTTCAGGTATAATTTTCCATGTGGATACAGTCATTTC TTTTTTTTGTGAATATGTAATTTTGAAGGATATGCACAAAGTACCCATAC CGACATTATCCCATTAAATATTTACTACTGAATGTTCTGATCTTTCCTTT TTGTTGTTGTGTATATATGCCCCAGGTTAAATGAATCTTCTGCTGACTTT ATTCTAATTTCGTTTTTGGAGTTGTATTCCACTCACGGCTCTTAATCATG TTATTAGTGAAATTGATCTCACCTATTTCCAGGTGATGATGGTGCTGCAG CATCAGGATCCTATCTTCAAGAAGAGGTCATGTCTTTGCAAGGATTGGAT TCTATGATAGAGAAGATGGAGCCTGGTGAACCTAGCAGAGATGAATCTCC AACTACCAACCCCCCTCCTTCAGTACCAGATCAAAAGCCTGCTGCTGATA AGAAGAAAATTAAGCCAAAGTGGTTGAAACTGTGATATGGTCGATGATGT CAGGGTTATACTATACTCTAATCCAGTGTTATATGTAATCCATAGCTTGT TCTGTATGTAATCAGTTGTCACTTTGCTTCAGATGGATAGTCAGTCAGTT GCTGGAGTTGTATGGCAAAAGCTTTGTTTGTTCTGTATGTAACCAGTTGT CACTTAGCTCAGTTGGTGGAGTATGCCAAAAGAGGAGGTTTGAACTTTGA AATATTCAAATATAGGTTGAAAGTCAACTTTAGATGCTTGATTTGTCCAT AACCAAATATAAGGTATTACAATGTTTTACAATAACTAATTGATTGAGCT TCTGAATTAGAGAAACTAATCAGCTGTTTGGTTCGAAGTGTAGTACCAAC TTTGTTGATTAGAAGGAAAGGCTGGTTGGTCTCCCACGATTTCTCCGTAA TCTAAATTAGTGTATGAAAATAATTCCTCCGTCAAAAATAAGCATGCTCT ATATTAGATATGCTTGGTTCGATATTTTATAATTAGTTGATAAAATGTCT TATAATCTCCCCAATTATTTTATTGTAGGGCCAGAATGAGGACTACATAT ATATATTCACAAATCGATGATACCAATTATTGGACTTCTCCATGTCAAAT GTTAGTCTTATTTTACTTCTTGTTTAAAGAAAAATATTTTTTTACAATTA TTTTTAATTTTTTATTTGACATATTTAAAATCATAAAACTAATTATTTTT TTTCAATTATCTATCAAGTCAAAATAGAAGAAACAGTATAAGTAATTTTT TTTATAAAGTAGCAAGTATAGAAAAAATATATATTTTAAATATCTATCGA AAATAATCTCTATATCTTTGAGATAAAAATGTATTTTTTTTTTTTATGTT GTACACCGAAATCCCATTTATTGTATTTTCAAACAAAATGATGGTGCTAA ATTTAAATACTATTTTTTTGTATTTAATTATGTAATGGAATAAAGTCATA AGGTGGTCAAGAGTGGTGTTCTACTAAAATATGCTGATCTTGGAAACATG GAATGGTCTACCCACTATGAGTGATTACAATAATTAATTTTGTTTACTGT TGTTGTTGTTGTATTTAAATGTGAAATGGAGAATCGCATTAAAATTACTG TTGTATTTAAATGTGAAATGGAGAATGGCATTAAAAAAGTGGTTGATCGG AAACTAAAAAGACGTCAGAGACTACGGCGGCGTATATAAGTCAAAGTGGT GGTAGGTGAACGGTATCTGTATAAATAAATAAAAAAATAATAAAAATCTT TATTAAAATCATCAAAAACATCGTATTACTTACTGCCCCCCTTTTTTCAG GTTTGATCCAACCCCTTTCCTGTTTACTGCTTACTCTCCTTTTCAATACC TAAAAGTTGGTTTCTTGTCACCTTTATTCGATCTTGGTAGTTTATTGGTT GCGGAACTTTTGCTTTCTTTAACTTGCTAATTTGCTGGATCTTTCTTATA TTATCCTCTGCTAATTCAGGTTTAATTATGCTTTACGTTGTCATCAACTG CTTCTTCAAACCATATTCTTTTGTTTTTCTTGGATCATCCGCTTTCTTCT CTTGCTAGAGTAAAGTTAGTAAAGTTGATTACTTTATGCAGCCTGCTTAA ATCTTATTAGCTACCCAATTTTCAGAATCTTGAGTGACGACTACTGTTGT TTTGATCACAACTCACAGTATTTGATTGACTGATTATTGATTTATAGATC ACAACTCACAAGGCTGAAGTTGGTTGTGAAGATGGCGGCATCATGGTGTA TTGAGAAAAGGGGTTCTATTAGGAATGACTCTTTTAGAGACAATGATAAT ATACCTGAAACTGGGTGTCTTTCTATTATTGTTCTTGGTGCTTCTGGTGA TCTTGCCAAAAAGAAAACTTTTCCTGCACTCTTCAACCTCTATCGGCAGG TACAATTCAAATCAGATTTCTGCACTCTTGGTGTTTGTTTTTTGTGGTAA TCTGATTTTTATGATAAATCAATGTCAATAGTGGAGTCATAAAGAAAATC TGACTAATCATACCTAGTTATACCACTAGTTAAAAAGTTTATACGAGCAG TATGCTAACTCTGGCATTGCGCTGTGAATTCTCAGGGATTTCTGCAATCC AATGAAGTTCACATTTTTGGCTACGCAAGGACAAAAATTTCTGATGATGA CTTGAGAAGCCGTATTCGTGGGTTAGTATGATATCTGTTGCATTTGCATG CCTCAAATTCATGATGAAATGCTTTGTTGTTCGCCTTGTCTCTATTTATG TCAATTTTCTTCAGATACTTTTTGTCTTGCTCTTCCTCAAACGTGATAGT GAGGATGTACCACTGCTTTGAATTATTTTTTCCAAAAAAAGAACTCGTAT CCCTCCCCTCCCCCCCCCCCCCCAAAAAAAAAAAAAGAAATCTTTTCATT GTAGTTCCACCTGCTTGCTGATTAGAATGCTCATCCTTCGTATTTTTCGC TCTACTTCCATTCATGTCTCTTGCAAAACTGGGGAGAATGCTTGGGGTTC AACAAGCTTCTTTGATTGCAGGTATCTTTCTCGGGGGAAAGAAAATGAAG GAGAAGTATTAGAGTTTCTGCAACTGGTGAGTGAAAAGCTTTTTCATGTT CTTTTCACCATTTAACTGATGTTTAATTAGCTTACTTGTCATTGCTCTTT CAGATTAAATACGTCAGTGGCTCTTATGATTCTGGTGAGGGCTTTACGTT ACTGGACAAGGCAATATCTGAGCACGAATTCTCAAAAAATAGCACAGAAG GATCATCCAGAAGACTTTTCTACTTTGCTCTTCCTCCGTCAGTATATCCC TCTGTTTGCAGAATGATAAAAAGTTATTGTATGAACAAATGTATGTATTT CTTCTAATAATGAGTTCAACTTTACTGATTACTATGCAATCCTCATTCTT TTGGTCTTTTATCAGTTGATTTCAAAGAATTACCAGCATACTGTATAACT TACGTAAAATATCCTCAAGTCACTGTACTTGGTCAGATTGTGTGCCAATA AGTAGCTGTTTTCATTTTTGGTTGCAATATTTTGGATATTCAACAGAAAT TGTTAAAGATTTTCTTGCACTATTCCAGCTGATCTTGGTGGTTGGACACG AATCGTTGTTGAGAAGCCCTTCGGCAAGGATTTAGCTTCATCTGAACAAC TAAGTTCCCAGATCGGAGAACTATTTGACGAACCCCAAATTTATCGCATT GACCATTATTTGGGGAAGGAGTTGGTTCAGAATTTGGTACTTCCCAAAAC ACACTATTTTGTTTAGTATGAGTTCACCTGGGTACGTGCATTTATCTCAT ATTGTATGAAATCTACTGCAGTTGGTGCTGCGTTTTGCAAATCGCTTCTT TTTGCCGCTCTGGAATCGTGACAACATTGATAATATACAGGTATATTTTC CCTCTAAGATACATGGTGCAATACTAATTTCTTGTAATGTAACCTATAAA TAAAAATACGGCAGTACAACGATCTTCCAGCTTTAAGATTGTAGCAATCA ATAGTTGAACATGTACTCTTACTGCTCTTCTCATCAGTATCATATTTACA AATTGTAACTAGTTAGATATTCATATCACACATCACACTGATATTGAGAA GACGAAAGGTACATCTGCTTACAGGGTAGGAGAGGAGGCTTTCCTCTATC TTCTAAGCATATAACGAGATGTATCTGCGAAAGTTGTCTGGTTTGCTTAG CTTGTCACTCAAGGTTAAAGTTCTTGAACTATTCTGAACTACCTCCTATT ACATGCCTCTCACAAATCCTAATGAGGGAATAGTCTGTTGTGTAGAGTGA ACACCTTACCTGGTGGTTAAGTGTCTTGTTTCTATCTGATCTATGGAGAA GAAGAACATGATGATCCAGTATGATGGCTGAGATCATGAAGCAAAATCTC AGTAGTCAATATTAGATCAGTATTTAGATATTGATATCAGCTAACTTACC ACATTAGCTTCCTGTTGTCCTTTCTGATTTTTGTTCCATGTTTTCTTAGA GTGTTTTAGTTGTAATGCTCTTCACTTCCAAATGGTCACTTTGATTCTCC ACTTTGCAGATTGTCTTTAGAGAGGACTTCGGAACTGAAGGCCGCGGTGG ATATTTTGATGAATATGGGTATGCACATGGTCTATGTCTCCTAGATGAGA ACTTCCCATTTTTTTCTCTGTGCACCTTTTCTTATTGTTGGCTTCTGTTC CCTTTACTTGAAGGATCAGATGAAGTCTTAGCAGATGTTCTTTAAGAAGC CTATAAATTTCCTTCTCTGTACTTCACTAAGCTGCGTTTTGGATTTTTTT TTTGTAATAATTAACTATCCTTCATCCATTTTGCAGGATTATACGCGACA TTATTCAGAACCATCTATTGCAGGTGACCCATAATTCTTCTGTCTTTAAG GCTAACAAGTGCCATCCACTTTTTATTATATTTTTATTTTGTAATCCTAT AATATTGGCCTGAGATGAGTTTACATGGAATTACAAGATCGGTGAGAGTT CATATAGCTGAGTCCAAACTTGTTTGGGATTGGGGCGTAGTAGTCGTTTT TGAATCATCATATCAATACCTTTGTTAGTTAGAAACTCAAAATATGGGAT TTACAATACTTCACAGGTTCTCTCCTGGAAGTACATTACAAGAAGCCAGT TCATGATTATGTCTCAGGATTGTGGTTAAACCAATGCCGGCCCATTCGTT AAGATCTGAAAAATGCATCAACATATTCAATTTTTGATAGATGCAGCTAT TTCCTTGCGTAGGCTCATCCTTGTATTAATTCAAAACATCGGGGGTCGGG TGGAATACATTCCTCACCCATTCTTTTTTGCTATTTTGATTTCTCTATAT CTTTAATCATTGAACAGTTGAACTCTGCACTATGCTTGGGTATGTTAATT CTTACCATTAGTAACCTTCTCAACTGCAGGTCCTTTGCCTTGTTGCCATG GAGAAGCCTGTTTCTCAGAAGCCCGAACACATTCGGGATGAGAAAGTTAA GGTATGTATCAGGTTAACACTGCGACAAACTCAATGTGGTTGCTTGCTTG TTTGTAGGATAATAAGATAATGATAATGACTTGAAGAACCAATACTCCAT TTTCACAGAATTGTGTGTTTCACTTATTTGTTTTCTTATCCACGCAGGTT CTTCAATCAATGCTTCCAATTAAAGATGAAGAGGTTGTTCTTGGACAATA TGAAGGCTATAAGGATGACCCAACAGTTCCTAACAACTCAAATACTCCTA CTTTTGCAACTATGGTTTTACGCATACACAATGAAAGATGGGAAGGTTAG ATAAGAATTTCACAAGTTTAAAACTTGTATTTTAATGTTTGATCTCAGCT GTAGACTGCTTTTTATCTGTTGTTTCAGAGATGTACTTTGACGACTACTT TTTGTCTGTATCTTGGGTATCTTATGTATATGTGGCTTACCTGCTGCAGG TGTCCCCTTTATAATGAAGGCTGGAAAAGCACTAAATTCAAGAAAGGCAG AAATACGAGTGCAGTTTAAGGATGTTCCTGGTGATATATTTAGATGTATG TGTCAGGATCTTTCTAAGGATACTATTTTTTTATCTTACTAACATTTTTG TAGATGTTTGATTGTTAGCTCGTGTTACATAGACTATCAAATTTCATCAC CTATACTAGCAAACTGCATCACCACTAATTAATTAATTTACTTAAGCCAG AAACAGATTACTTCTGGTTGATACGTGAATGGTATCTCAAGAAGTGATGC AAACTAGGGTTACTGTTCCTTTTTCATGTAGAAATCACCTTCTCTTTGTT TTATTTGTGAAGCATTTGATTTGATTGTGAGAAGTAAGTTGAGACTTAAG AGATGAATTCTCTTCTGTTGATGATATATATCATGCATGTCAGAGAGCTT TTCTACTTGAATAGTTAGCTCCTTCCAGTATTTCTATAGAGAAAGTTTAT CTTAAAAAGTGTTTCTACGAAGGTCTGGAGCTTTAAGTTAGTCGTCAAGG AGGCTGCAAAGGATATAGTATCGCAAGCTTGGGATAGAGCTTTGATGTTC ATGGGTTAAATTATAGTTGCTGCTTTTAGTTCTCCCAATTGAGGTTCAGC ATTGCTAGGCCATTTAATACCATGGTTTCATCTTGGTTTTCCATAAACTC TATGCATTATATGAAACTTCACCTACATGGTCATCTACTTGTTCCCTTTG TGACTTCATTGCTGTGTATCAGATTTTCAGTCAAAGTTCAATGATGGAAA AATACCTTTTGTGACATATTAAACAGGTCAAAAGCAGGGGAGAAATGAGT TTGTGATACGTCTCCAACCTTCAGAAGCCATGTACATGAAGCTTACGGTA AGAATAATTCTGTGCTACTTGTTCTGTTCAAGCTATCAGTTTGGTTGTTC ATCAAATAGTTTCTGAGCTGGCCTGGCCAGAAAGTGTCCAAATTACGATG TAAGAGATATTGAGACAGAGAGAAGAAGCCGCTATTTTGTTCATTATCTG AGTTTTAAGGGAATGTGGAGGTTCACCTTTATTTATCTGTTCATTTATTT CAAGGGAAGAGAGAAGAAGAAAAGGAATAGTTCTTTTGCAGTTTGCTTGT GCTCTTAGTGACATATCTTTTGTTTCTCTCATGCAGGTCAAGAAACCTGG GCTTGAAATGTCAACTGTTCAAAGTGAATTAGACCTGTCGTATGGGCAGC GTTACCAAGGAGTTGTCATTCCAGAGGCTTATGAACGTCTGATTCTCGAC ACGTATGCTTCTCAGCCTTTGTGCATGTCCTTAGTTTTAACATGTTTGCA TACTGGCAGATAACATAGTGTGCTAACTCATTTCACAGAATAAGAGGAGA TCAGCAGCATTTTGTGCGTAGGGATGAGCTCAAGGTACGTAGTGCATTTT GTTTTTGGTATATATATTGTACCCGTTGCATAAACACGATTGATGATAAC TCTTATTCTGTTAAATATAGGCGGCTTGGGAGATTTTTACCCCTCTTTTG CATAGAATTGACAATGGAGAGGTGAAGCCAATTCCATACAAGCCAGGCAG CAGAGGCCCTGCTGAAGCAGATGAGTTGTTGCAACATGCCGGTTACGTTC AAACTCATGGCTATATATGGATCCCTCCCACACTATAAGTTTGGAAAAGT ATTGCAGATGAGTGCTACCTCGTCACTTTTGCCATGTAGTATCCTGCTTA TGTGCAAACTTATTGAGAAGTAACAAACAGTCCGTGTACCACAAATATAT TTGCATGTAATAATCTCATCTTTTTTAAGCTAATAAATGAGAGAGTATCT GAAATATTCCTTGGGTTTTTCCTAATAAGTAACATAAAGACCAAACACAC ACACACAAGCGATATTTAACTGAAGTTGTAAAATGAGGACTCATAGATCT AACTAGTTTGGTAAAGAGACATAGTCGTTTTGATAAAGTCGATAACAGTA ATTATTTTGAATCCTACATAATGGATGTAAATGATTCATATAATTGTAGT TAATGAGTGTGTAAACATTCCATAATAAGCAACATTCTTTCAACTCTTCA ATGAGAGTGACAATTAGGCTAAATGGTGAAAGAGGCGTGAGGAATCCATT CTTGTTTTTAAGACCATTTATTAGTTTGCTTTCTTTTCATGTTTGACTGT TATTCCATCCCCTTTTGTGAACTACTCCATTAAGAAAGCAAGTGTTGTGA GTGGTAGAATTGTCCACCTTGGAAGCCAAGTTTTTACCCCACATGTCACA AGTGTAGACAATGAATATTCCTTTTTTTAAAAATCTTTTATCTTTTATCA TAGATTCCCTAGGCATCGAAATCTAAAAAGAAATTAAAAGTATTCCTCAT GGTATTTCTTGATTTGTTATTAAGAGACAGTGACTCATAAATATTGAGTG CATAACTTGAACATGTTTGGTCTAATTCTCTTGTATTTTATTATTTTGTA GTATGTCAATTGTCAAAAAAAATTGCTCAGTATTATATTCATTTGGTAAG TGAATTACATGGAGATGTGATAATGACGAGTATATGATTACCAACTAAAT TGTTAATGCTAATGTCTTTGAGAAAAATTATCTTATTGGTCCCCTACAAG CTACAACATTTTTATGATATATATAGGCAATAGATGTCGATTTTGAGGTA CTAATAACATACACCTTTGCAAATAATTTGAAATAGATAAGAAAATGACT ACATAAAAATATTATTTAGAGAAAAAAGTGAATGAGACATGGTTGGATCT TTCCTTGGTGTGTAAAAGAACTTCTTCGCTAAGAAAATTATCCTTATTTT ACAACCCTTTTGAAGTTTAATGCATTCCAAAAATAAATAACTTTGCAGTT ATCGTTTTCAAATTCTTCCGAAAACTTACTTTCTTTTCAATATTTTATTT TTATGGCCAATTTTAATATGTATTTTAGTCCTACAGGACTGAGGGGCAAA TATATATCCACAAAGAAAAATTAAAAGGTGCTAAATAGATTCGTTGGTAT TTGTTCTTTGAAAAGGTGCTAAAACAAGTCTATTAGATTTTTGACATATT AATACTAATAGATATTCTTAAATAATATATAACATTTATGTTTCAAATTT GAGGTTATTAATTATTTTTTCCTTTTTCTAAACAAATCCATTTTTTAGTA ATAATTTTAAAATAATAATCAAAATTTTACACGATAAAGTAAAATAAAAA ATAAATAAATGCAGGCCCAAATAGGCCCAATTTGTAACCTAATTTATAGG GAGGTAATTGAAGTAGCGCAAAAGAACAAGTCTCTCGCGCCACATCAATC TCTACCAATCGACACCTATAGTTCAGAGAGACACATATACAAATTCTCTC TCTCACCAAAATTAGGGTGCGAGCGATTCTCGAGTATGTAGATACAGGAA TACCTTATACATCATCCATCCATCGCATTGTATTCTGTTGGTTTTTATTG TACATATCTGCAAAACACCTCGCAATTTCCATTTTCTTTCTTAGATTCCC TTTATCATCACCGCTCTCTTCTGTTATTCTTATTCTTATTGAATCTCTCC CTATCCCTCTCGCGCACCCACTCATTAGATTTGTGCGTAAATATGTTCCC TTTGTAGCTGGGATTTGTTCTTTCTATTGATTACCGGAATGTGGGGGTTC GATTTTGGTGAATTTTGATTGATCCATTGGAACAATTTGGGGAATTTTGC TTAACCCGTTTAGGCGCTTCACAGGAAACTCTGTGAAATCTTTGGGTGCT TTTGTTTTAGTCTGCATTCGAGAATTGAGGGTTTTCTTGTTCAATACGTT CTGCGCCTAGGGCACGCCCCCTTTTTTTTCCTTTCTTTTTCCTTGGGTAT TGGGTTGATTTTTTTTTTTGAGTAGACGGATATGTCCTTGAATCGAGAAG AACGAATTTTAGCTGGGACCAAGTTAGATAATAGTTATTTTGACAAGGAA TACCCAAATGAGAAGCTTGATCGATTTGGTGATTTCTGGGGTTTGAAGCG TGAAATTGACAAAGTTCATGATCACAAATCTGAAAAAATTGAGATGGTTT CAGATGATATTAGTGATTTTTGGGATTTGAATTGTGAAAAGGGTAGCTTT CCAGACCACAAAGATGAAAACTCAAAGATGGGTTCTGATGATATTGTTGA TCTGTTGCCACAGGATCCTTTTGATATGGATATAAGTACCAAAATCACTG GTTGGTTAGAGGGTATTAACAAAGATTTTGGGTTAAAGGATCTTGGTTTC TGTACAGATGAGATTGAGGTTGATGTTCAATTGTATGCGGAATTTAATAT TGTTGTAAAAGGGGCTATTAGAGTTCACCATGATGTAGGGGAAAACTCCT ATGTGTCTGAGATTGATCTAGGAGAGGGATTGCCGATGGATGTTGAGATT GAGGATATTATGAATTCCTGTTATTGGGCTTTTAGAGATGCAGCTCAGGA AGATCAGTCGGGTATGAATGATCATTGTGATGCAGATGGAGGGTCTCCTT CTGATGCGCTGTATTTGTCCCTTAATTATCTTGGATTGAGGGACCTTCTC TCTGTTGAGGGTGTTTGCAAAGCTTTAAGAGATGTGGTGCGTAGCGATCC ACTTCTGTGGAGAGATATTCAAGTTGATTATCCGTTGAGTAATAAGATCA CAGATGATGTTCTTATAAAGTTGACGGACAGGGCTCAAGGTCATCTTGAT TCTGTGTGTCTTATGCACTGCCCAAGGATCACTGATAGTAGTTTGAATTG TGTGCTTGAAAGGAATTCTAGCCTGAAAAAGGTCAGCTATTCTCTTTTGC TGCTTACCTAACTATGTTTGTTACTTTAGCTCATTCTAGTTTCGCATAAG ATGTAATCATATGTTAGACTTACCATGATTCGTTTTGTCTGATAATGAAT GTAAGGCTTGCATAGCTTACATGTTTGGTATTCTTATTATTGCGCTATTA TTCATTGTACTCTCATATACTTGTTGTAATCTCACCTTATTTGCCTCACA TGCTTTTTGTACACTCACCTTATTGCCTCATTAGCAACTATTGAATGTTT CAGTTTTCTTCAAAAAATGTTATTGATTGAATTTGGCTAAAATGCGACAT TATTTCACTTGTTATTGTATCGAACCCTATCTGAAAATGTGGATATCAGG ATCCTTCACTGTTGAGTTCCATTGTTTTTCTTCCTTTTTGAGTGTTCATG CTATACTACATTATGGCATCTCTCATATCTTAATACTGCCTCTATAATGC ACTTATGTAGTTCATATTTTTTGAGAAGATTTTATAATTCTTTATTTAAA TATGTATTGCTGAAATTATCAAGTGAATAAAGTTGAAGGTATTTTTACCA GAATTTAAAGCTCTGGAGATTCTGTCTAGGAAAACAAAAAAATTGCTGTA GTGAAGAGACCTAGTTTAGCCTTATATTACTGAATTGAGGCAATTCTTTG ACTTTTAGATTAGACGAATAGACCTATTCTTGGAGGTTGGGTTATATTCA TAAATTTTATTGATATAGATCATGCGCAGAAATTTAATGGGTTGTGACAG AAATTGAGAGACATCATGTATAACTATCATTTCTCTAGTTTAGCAACCAA AATATGCTCAGCTATGGCCCTTGGTTCTGCCTTTTCAGGAAGTTCATCTT AGTCTCTGAATGTCTAGTATATTCTTCATTTCCTAGTTTTTTTTAAAAAA CAATGTTTCATTTTTTATTCTTATTATATTATATTTTCTGGATGTCATGT ATTTACTTTTATCAATGCAGCTTAGTGTCCCGGGATGTGTGAGACTCACA GCTGATGGTATTCTCCGGAACTTAAAGGTCTTACGGTCTGCAGGTAAACC CAGACTTAAGTACCTTGGGGTCAATGGATTATTTGGTATGACACACCACC ACTTTGAAGAGTTCAAGGTCTTGTTAGGTGTTGATAGCAGCAAGCTGCCA TCTACTCGTAAACCACGGTTTCTCCAAGGTGGACAGTTATCTGTGTCTTC TGATGATGATTATGCTATTGATATTGAAATATGCCCGATATGCCAGCAGC TTAGAGTAGTCTATGATTGCCCCTCAGAAAGTTGCGAAAAGAAGAAATCT ACTGCTCAGTCGTGCAGAGCTTGTACTATCTGCATTAAACGTTGTATCAA CTGTGGGCGGTGCTTAAATAATTGTGAATATGAGGAATTATTCAGTTTCG ACAATCTGTGTTTAGATTGCTGTAGGGATTGCTATAAGGAATTTTTGGAT CACCAAGAGAGGCAAGAGAGGATTACTGTTCCACTGGAAAATCCTGTTCC TCATAAGCAGACAAGCTGCCATTTCTTCTTTTGTGGCTAGAACATGCAGC AGGCAATGCTTCTTTTGCCTATAAGCATCAAATCAAAAGGAGTTCTTGAG TATTTTATAATTACAGGTTGTGGTGCCATTGGAATATGATGATTGTGGAA TTGGAAGGAAAAAGATGACAGATGTGAAAGTTATCTCCTACCAGACAGGC TTTTGTCAGTAGTGATATCGTGAAGTGAAGGAAGTGCGGGCAGGATGGGG CTTGCAGAGGGTTCAGACTCCTTACACAACTCGCACTATAGGGACGCTGA ATGTTGAGATAGAGAGAGCGGTGGTATTGTATGTGTTTGAATACAACTAC TCACTAGGCGATTGAGAGGAGGAAGTTCAATGAATGGTGAATAGCTACAT ATATGGCTGAAATATAGCCGGATTGTGCTATATGATTTCACCAATTGTGT TTGTATTTGGAGTAGGCCATCAATCACCAACTAGATATGCAGATCCAGAA AATAAACACCAACTTCTTGGTGAAGTGAAGGAAGAAATTTGGCATCAACG TTTAGGTGAAAGGGAAACACACCTGCCATTGATGCGTTAGCAATTAAGAA CAAGGGAAAAAAATGTTGAAGTGGTATGCATTTGCTTCCAGTTCAGTGTA TTCTATATCGTTATTGTAGAACTTGAATTATCTGCTGTTACTAGGGAAGT TTTCATCTTCAGAGCACCCGTAATACACTCAACTTGCCTTCAAGAGAAGG GTGAGGAGGAGAGTACTGTGGATCTTTCCTAAAGATCATATTGATGTTTC TCATGCTTGAAATCAGACCACAAGTGCCAATACCGAAACTTGGCGTTGTT CTCGCATACCCAGTATCTTCGACATAACCTGCAAGTACACCTTCACTCCA TGCTTCTTGCAGCAGGTTTAAGTGTTCGGAAGTTCTTCAATGGCTTTTCT CATCGGCGGTTTGATATTGTTCCTAGAGCCTGGAGCAGAGCAGTGTGAGA AAGAAGCCTTTAGCATTGTTGCTGGTTGTGTTCCTCTTAAGAGGTCATGT GTATCCGTAAACATAGTTTATATAGTTCTTGGTTATTCCTTAAGAATATT ACAAAAAAACTTGTTTCTTATAACAAAAAAAAGTCTGCTGTAGCTGATGT GCATGTATTTTCAAAGGTCTAGTGCATATGCTTCTGTAATCAGCTCACAG CTTATGGAACCGTTGGTGGCCTGACGTTTTGACTTGGTGGTTACTGAATA CTAATGCTGTATTGCTATTCCAAGTCCAGTGATTTCTCTTGCTTGCATTT TTAGTTTTAAGTATAAAATCTCCGACAGACTATATGAGATCAATAATGCT ATTAATTATCCTATTACCTGCTCCAAAAACAGAAGAAGAAAGATCAAAGT TTTACTTGATATTCTTTCCAACTATCTCTACTGGACACTTGTGTTATTTT GAAATGTCTAACAATATTTATCCAATGGGTAAAATTTATCCTCACCAATT CAATTATATATGTCACATGTTTAAATTTACTTAATCTTAATTAATTAACA TGTATAAATTTTATTAAATTATATGATAATGAAAATTGCATTAGATTGAT GTAAACCCCGATGCGATAAATTTTTTCCCTCGTCTAAACTTGTAGAACTG ATGCATAATTTATCATGTTTCGTCTATTTAATTCTTGTGCTAGTGGACAA TTATGGGGAAATTACTTAAATGTTCATGTTCTTTTATCATAATTTTAAAA ATTCTCTACTATTTAAAAAATTTCAAAAATTCTTGTTTGATACATCACTC CTTTTGGCGTATGCATTCCAATCTCCTATAATACATTCGTTTCCTATGAA ATTGGATGTTATATTTCATTCTTTCATACATTTCTTTCCTATAAATTTGG ATGTTCTATTCCCTCCATACATTCCTCCTCACTCGGGTACATCTATCTCC TATGTATTCAGATGTCTAGCCTAATGGTGTATCAGGAAGTCTAGTGATGT ATCCGAATTTATAAATTTAAAGGAATTCTTGTAATTTTGAAAATAGTTAG GGAAAATATTAAACGATAATTATGTATCAGTGGTCAATCATTGTAAGATG GAGGGAGTAACTTAACTTAATTGATTTGTGTAATGTTGGACTGCCCCCAC CCCAACAGAGACACGCAAATTATGCTGAATTTATTGAAATTATGTTTGGT ATCACATGTATTACTCTACTGAATTTAAGAAGAGTTGCAAATGGTGTGGG CTTTTGATTTAGGCCCATAGGAAAAGAAAGAAGTGACAATTATAGTTTAG ATTGAATATTAAGACTCTTGTTATTTTTATATTTATTTTTTTAGATTAGA TGAGTACATAATCCTCATATGTATTACGCTAGCTAGCCAGTACTAGTGTA TTATATTTGGAGATTTTTATTATTAGAAGATGGAAAGTAAGTAATATTTG TAGGGAAAGAGTCTGAGGATGCCTTGAAGGAGATGTACAATTGAAAGCAA ATTAATTATGATTAGATAAATATAATTGAAATGATACATTCCATTTCCAT AATAATATACATAAAAGGAGGTTAACATAAGTCTCTGTCAACATAATGAA TATATTGAGTAATTTTAAACGATTTTTTTTGTTTTTTCATTGATTGAAGT CAAGTAGCTAACATTGTTTGAGTGAGTGATGTTGCTTTATATTATATGGA AAAAGTAGTATAAGCACTAAGCTAAATTTTTGGCAATCAATCACATGCTG CATTATTACTTGTAGAACCAACTAGTATATCTTTTTTCCTTTTTGATCTC ATCTCCCCTTTCAGTTTCAGCTAAAAAGCTGTTTTATCACATGGCCATAG TCATAGGGATTGGTCCCTCTCTTCTTCACTTGTCTCCCATATTAATGTAT ATATTTATATTATTATATAAGTGGTTTGTAACAATTATTATTATTACAAG TTTATTGATTTTCAACAACAGTTTGAAATAAAATAACAATTTTAATTCTT TTCTTGGGAAGGTTTCTCTCTCTCTCTCTATATAAATCATCTTTCACTGC CTCAAACTGATTCCTACTGTATAATTTGCCTAAAAGAGAACCTAATTTCA ACAAAGGTAAACTACTTTTGGTTAAGGGGGTCATCACCTGCTGTCTAGTA ATCAAATAAATTAATACCTTTTAAAATAATGACCAAAGAAATAATCTCAT CAAGAAATTTTTTAGTGATGTCTTAAAAAAAATGATTTTAAAAATAAATA TTTAATGTTAAAGGTAAAATATGAAAATAAAAATATTATCTTTTTTTATA ATATCAAAAAGGACAAGTAAAAATGAAAATCTATTTTAAAAATAAGTTAT ACGTAGAAATGAATAAGGAATATAAATTACTCCCTCATCTCTTTTTGCTT GTTAAACTTTGTTTTGGCACATTAATTAAGAAAAATAATGATTGATATAA TTAGTTTATTATTTTATATCTACTATATTACTCGCTATATTTTTTAAACA CATTAACTTAATAAACTGAGGGGATAACAGGAAAAAATAAATTATTCTTT CAAAATTGATAAATAAAAAGAGAAATCAAATTAAAAAATATTTGACAAAG TAAATAGTAGGTATAATTACTCTTTTCAATCCAATGTTGTCCAAAATATA TGATTTTTTCAAATTCAAGAATGTATTAATTACTCCTGTTAATTTCAATT GCTTGTTCAATTTTAAAATGTCAGGCTTATTAAGAAATAATGATTGAGAT AGTGAATTTATTATTTTATTCTATAAATTAAGAAATAGATGAATTAAAAA TTTTAAATTTTTAAAAAGATTTTATCTTTTTTAAAATAATTAATTAAAAG TATAATAGATAACAATATTTTGTTCTTTTTTAATTTATTAAAATGAATAA GTAATTTAAAATAATTTTTTTTTTAAAAAGTAGATTAGTAGTATTTTTTC TAAAACTACCCCTTTCTTGTTGATGTGATTTCCATTTACTTTTAAATCCT TAATAATGACTATCTCTCCTTTTTAAGAAGAGGCTGAGAAGAATCAAAAG AATTTTATCATTAAATTAGCTTTAATTAATATCTCTAAAGATCTTTCTTA AAAATAAAAAGTATGTTACACTTCAACAATATATTTTGTACTCGATAACG TACCTAAGTGCATCAGACAGATGAGGAATGATACCGTAAAATTTCGAATC TCGAGATTGCATATTTGGAATGAAATCTTTGAAATTTACTCATCTTAATT ACTCCTTCTATGTTATCTTTATTATAAATAGTCAATTTATAATACTTATT ATTTTATAAAATTAATATATAAATTGTAATATTTTCCTAATTTACCTTTG TAAATTACTATCTTAAAAATATATATTCGACCAATATAAAAAAAAATAAA AAAAAAAAATTGACGATCATTAGTTAAATTAATTAATCAATTGAAAAGCT AACGTTAATAAAATATTATATTCATTTAATTTCTTAATGTAATGCTCTAA TTTTGTTTATATAATAATATAGGCATGGAAAGAAGTTAAAATGGGGCATG ACTTGGGGATATATATATATCTATCAATTTACGACAGTTCCCTGAAAAAA GTTTGGCTCCTTTTTCACTTTTGCATGCTGTTTCTGAATCATCAGCTTTT TCACTCAATTGAAATTGATGTATAATTTATATCTAATTAAATAAATGTGT TTTAACATAAAAATCATAGCATTAAATTTATACGCATTTTAATTTTAATT TATGACCATTAATTTAATACAAATTATTTGATCTGATACAAAAAATTGAA TATCTCTTCCATGAATTTATTTTGTTAATTCTGTGAGAAATTAGGTCTGA ACATTTGTGGTAAGCAAATGTGTCAGTTTTAGTGGGTTAATGATGGGCTC AATCTTTGTTCTCTCTCATCACTATCAATCTTTTCTGGTTTTGTCTACAC TTTTCTATAACTAAATCATGGTTTTCCATGTGTCATTTTGTACTATTTTC TCTCATATTTTTATTTGTATTCTTGAAGCTATTGATTATTCTGTATATCC ACAAGCTATTTTTAGTACTTGTCACAGTAGGGTCTTCTCTTGTTATTATT ATCTCTTTAAGTAGTAGTTGTTTTGTGGGTAAAGTTCCTTTATGTCATTC ATTCCTATCTCTTTGCGATTGTTAACTGTGAAGTTTTAATTTCTTGTTGA AGAATCTTTAATTTTCCCTCTGGAACTTGTTTGGTAAAATTTGAGCGTGT ATACTCATAATCTGTTTGTTGGAATGCCTCCAACGTATTTTCCTCTTCGA TGGGAGAGCACAGGGGATCAATGGTGGTATGCTTCGCCAATTGATTATGC AGCTGCTAATGGTCATTATGATTTGGTCCGTGAGCTTCTTCGTTTAGATG GAAATCACCTTATTAAGCTCACTTCACTACGTAGGATTCGAAGGCTTGAG TCTGTATGGGATGATGAAGAACAGTTTGATGATGTGGCTAGATGCCGCTC TAAAGTTGCTAGAAAGCTGATGCTTCAATGTGACACCAAGAAAGGGAAAA ATTCACTTCTTAAAGCTGGCTATGGTGGGTGGCTTTTATATACTGCTGCC TCTGCTGGAGACCTCTCTTTTGTTCAAGAATTGCTTGAAAGAAACCCGCT TTTGGTGTTCGGAGAAGGGGAATATGGTGTCACTGATATATTATATGCTG CTGCTAGGAGTAAAAGTTGTGATCTTTTCAAGGTTCTGTTTGATTTTGCT ATCACCCCGAGGTTTCTGTTGCGTGATGAACATATTGGCGGTGAGATTCC ATCGGCTTATAAGTGGGAGATGATGAATAGAGCAATTCATGCTGCTGCTA GAGGAGGTAATCTTCAGGTACTGAAGGAGCTTCTTGCTGAATGCTGTGAT GACATCTTAGCTTATAGAGACATTCAGGGTGCAACACCCTTGCATGCAGC TGCTGGCAAGGGGCAGGTTGAGGTATGACTTGCTTGCTTACCAGTTTGAG CCTTTTGCATTGTTTGTTTACCAGTTTGAGGATTTTGGAGACCTCTTGTT GCATTCTAGTTCCCGAGAACGTCTATGATTGGTTCGAAGAATGTCTTGAG ATTCAATCCATTACAAATGATATAACTAGTACATATGTTCCTCCCCACGC TCAATCTATTTTACTTGTTTAGGAGGAGGGAGTTATGCTTACTTGTTCTC CCGTACAAGTAGCTATTGGGCTTGCTATGGCTTTCTGAATCATGGCTTTG GTACTTCTAACTTTGTTCTTTGTTGATCATATATCTATGAGGAAAATCGG ATATTAAATTTACGAGTCTACATGTAAACTAATCTAAAGAAAAGTTTCTC AGTCGGCAATAATCTACTACTTATTGTATGAGGTTCTTGTACTAGTCACT GTACGTTAGCAGAAGGTGGTAGAATTTTGCTAATCATCTGTTTTCCCTTG TTGCCTTACTCAAAGTCTTAGTTAATGTCTACTTTAAGATGTTCTCCTGT TCAGACGTCTCTCTGTAAACTTTCCCTAGCTTGTCCACTTCTAATTCGAG ATGGGAATATAACTGAGATATTTGATTATGTACTTGACCTTTACTTAGGA GTTAAGAGGTGAGACAATTGGCTTTTCTTTTCACAGATGTCTGTTTATGA CCTGATCTGAGACTTTGAAAAGACTCTGGTCTGGATTTACTCATCCATAT TTTTTAAAACAGAAGGGAAAAAAAGATCAGCTGGACTTTTGGATACTATT CTCATCTAATAATAAATGGTTGACCTCGTGTTTCTCATGTTGAAGATTAC CTCAGAGCAAGCTTAGATGATGTAACTGTTGTAATCTCGAAATCTTAAGT ATCTGAAAGAGACAATATTAATGTTAGCAGTTGGGGTAATTATTTTGCAG TTCCTTAATTTAAGTTTGGATTTCCTTTGTGCCTTATATCATTCTGTTCA TGGTTGCAGGTTGTCCAACATCTTATAAAAAGTTTTGATATAATTAACTC CACAGACAATCAAGGCAACACCGCACTACATATTGCTGCTTCCAGGGGCC AATTAGCTGTTGTTGAAGCTTTAATTGTTGCATCAAGCTCATTGGTCTAT TTGAGAAACAATGCCGGAGAAACATTTCTCCATGTCGCCATTACTGGTTT CCAAACTCCTTGTTTCCGTAGATTGGACCATCAAGTCCAGCTCATGAAGC AATTAGTTTGTGGGAAGTTCAACATTGAAGAAATTGTCAATGCTGAAAAT AAGGATGGTAGAACTGCACTTCATTTGGCTGTCATTGGAAATATTCATTC TGAACTTGTGGAATTACTAATGACTGTCCGCTCTGTGAATGTCAATACTC GTGATAAGGATGGAATGACTCCACTTGATATCCTTAGGCAACGGCCTCGT TCTGCTTCATCAGATCTTCTCACAAAGCAGTTGATCTCTGCTGGGGGAAT TTTTAGTCAACACGACCATTCAGCGAGGAGAGTTGTAGCATCTCATTTAA AGATGCAACACGTAGGTAGTAGTCCTGGCACTTCCTTCAGACTCTCCGAC ACCGAAATCTTCTTATACACGGGCATTGAGCATGATGGCAATGAAAGCGC AGAGCTGAGCACCTCAACTGAATTGAGTCAACACAATTTGAACACTGAAA ATGATTGTTCTAGAAATGAGGGTAAAACCAATTCTGCAAATAATGCTGCA CAAAGGCTGAAACGCTTTTTCTATTGGCCAAAAATAAGGAAAGGAGATAC TCAGAGGCTCAAGAAATTGGCGGATCAAAGTTGTGCTAGAAATTCAGAAG CAGCACCAGTTCCTCTTCGACAAAGATTCTCCAAGCCTTCCTCTCTTCCA AACAACAAGCGGACACTCTCTGTTAGAAGTAACCTTCCAAGTCCAACAGC TAAGAAGAAACTTGCTTCAGGGCTGGTAAATGGTGTCATGCTGGCCATAC CACATCTTAGTGTCCGCCGTAGATCATCTTGCTCTAGTTCATTCTCAATT TCATCAGTGTCTTCACACACTTCATTGGACCAACAAAAGGCCACTCAAAT TGAGAATGAGCTTGCTAGACCTTCTTCTTCCAATCACGTACGAGCAAAAT CATCAGATTCAATATACAAAGGAAACAAGAGTTTGGTGAATCAGTACTTA TGTTTTGGTGCTTCAGAACAAACTGTCAAAGCCACTTCAAGCGAACTGAG GCCATATGAACTATACGAGCGTTCTGTTCTATCCACGGCCTGATCTTCTA GACTGTGAGGAATTCTGGTTGATATAATCAGAAATGGGAATGATGGTGAT GATTCATACGGTGGACTCCATTAATTTGGCAGGTCAAGTGAGCTCTTAGT TCAATACATCTACATGTCCTCATAGTTCAATAACCTAGTAAGATTTCCAA GAAGTAGTATCTTCGCTCTAGAAGACATGTAAATCTGTTTGATGTATGTT TTAATTACATTTTGCAACACCTCTGTCGGTTGTAACTTAAAGAACTAATC CGTCAAGCTTCCTTAATTGTAGTTGTGTGCAAGTTTTTCTTGAAGAAGGA TATGTATAATAAAACATGTTTTTAGTAAGTTGAAGCAGAGAGACTTATTA AACTTTGAAGTTTTTCCTAGCCAGCCATCAAAAGTTCTTGTAAATCTCCC ACTTCTTGGTTTGCTTTAGGTTCGTTTGATTGAGGAAAATTTTGTATCCC AATACAATGTCTTTGATCCATCTAGTATGCCATTCACTATCTTGGTTTAG ATAAAGGCATTTGGAATTTTTAACCAAACTAAGTCATTATATAAAACAAT TTACCAAAGTAATATATTTTTTTAAAATTTTACAAAACCAGTATAAACGT ATTTCATGGTAACGTTTTAGGGTATAATTTTATTTTTTTAAAACTAACAG CATTAGGTTGATATACGTTGCTGTAAGTAACGTTTTACTTTTAAAACGTT ATTTTCAATAACATTTTACTCCTAAAACGTTAATGTGAGTAACGTTTTAG GAGTAAAACGTTACTGTGAGTAACGTATATCAATCTGACGCCATCAACTT TTAAAAAATAAAATATATCCTAAAATATTTGTATTTATATGATCTTTTGA TTATTATTACAAAGTGTTGATGTGAATGGAATTAATAGGAATTCTATTAT TTGCACTACTTTTAGAATTTAGACACAAAGTAGAAATTAAGCGAATCAAT TGCAGAAAAAAGTAAAAGTCAGTGATTAGTAAGTTGCGTGCGTCGTTTAG CTTATCTACTTGCAGTACATGAGTTTCATGGAAAATTCTTAGTTGACTTG AATTAAACTTACAAGTTTGAAAAGTCCAAAATTTTGAGCAATAATATTAG TATCATTTCATTTTTATTCTATTAATTTTTTCATATAGATTATTCTTAGT TTTTAATTTCTACTAGTTGTTTCTTCTTCAGTTTTCTTCCACTATTGTTA TGTTTTGTTCTCCTTTCTTTACCAACAAACGTACAAATATGGTCTACATA CATCGATCTCTCTATATTTTCATTACACTAGATATATGTTATTGTTGTTA ATATAACCTAGTAATTGTACAGGAATATATCAAACAGAAAAGCTAATCTT AAACCTACATTAATCTTCGTATATTTTTTCCCGTCTTGATTTTTTTTAAT GATAATTAGTTGTGCCATTAAAGAGTAGATTGATAAAATTAAAAATAAGA AACCGTTTGCTCTGTCAAGTCAACGATATAACAGAGGAACACGGAAATGA CGTCAAACATTGTTAATACATACAATCAAATTGCTTTCTTTCTTATTCTT ATCAAAATTGTTATACAATGAGTAACACTTTTTATAAATGTTTACTTTTA TTAACTAATTAAAGAAATGAAGAAACAAATTTTTAAAAAGTCAAAATATA TAGGCGTATATTTTGGGCAGTCAATGTCAACATCTCTAGTCTAAATTTAT TTATGGCGTTATCTTGACTATGACTAATACAATTTTACTCAAAATTCATT TTCTGCTAATGCTCAATACTTTTTACTTTTTTTTTAAAAAAAAAACAATT ATTAAAATTAAAAAATTACTATAAAAAGACTTTTTTTTAAAAAAAATAGA TTGAAAATAAGTAAAACGAATAAATTAAAATCTATGGACGGACTATGTAT ATGTATAACCAAACTAATACGGAGCCCCAAGTGGACATTGGCTTCCCGGC AAAGTATTATTTCGGCCTCTTTGGTCTTCTTTCTCTAAACAGTTTCAATT TCCATTATTAATTCTTCATGACCATAAAAGAAATAAAAAGAATGTTTTCT AAAAATAATAATATATGAAAACGGTATTAAATTTGTATATTAGTCTACCA CTTGTTAACCAAGTTATATACCCATTAAATGCCATATTTATGTTGAGTTA TTAATATTATTCATTTGATATTTGGTTTACTTAATATTTTAATATAAGTT ATATATAAAAATGTTTTATATGTGATGTGTATAATGACTATAAAATTTAA TGCTTCATATTTGATTAATTATTTATGAAATTGCTATACGAATTAATTTT TATGGATTATGATATCAAATTTAAAAGATATACTTTATTAGATTATATAT GAATGAAATCGGTTTTACAAAGTAATTTCATATACAGAATATATGTATGT ATGTCAAAGTTGGAATGCAAACTGGTGATCAGCCATTTTTATATTTTATT AACTATTTTAGTGTATGAAAATTGTATACTAAGTTGGTATCTATGAAGGA AAAAAGTTATTTAAGTGATATCAATTTGTATACAAATTCACTCACTATGA TACCAATTTAAATTTGTATAATAATAATATAGTTGTGTTATTTTTCAAGT TTTGAATGACAAAAAAGCTAAAAAATAAATAAATCAGGGATGAAAACATA CGAATAAGGAAAAGAAGAAGAAAAAATCGTGTTTGAGAAAACTAAAAAAG ATAATTGCATGAATATATTTAAAGGAGAAAATTGTGTGAATATTAAGGAA AAAAAAATTAGGAAAAAAGGGAGATATTTTTGGGAAGAAGTTTGGAACAA ATTATTTTTGTTTAGTGGTAGAAGATTAGGAATAGAAAATATTGGGGAGA TATTTTTAACCAACTGAGTAAGAGAAAATTGGGGATTCAATCTATCCTGC AAGTTACAAATACAGTATACAAGTACCCCTCAATCTATGGTCGAAATCTT AGAGACACACTTATATTATACTAAGGTTCTCTGAATTTATTTTATTAATA ATTTTTTATCCCTTTTTAGCTTATGTGGCACTATCTTGTGAGCCCAACGA TGGTTGACTTTTTTTTTTGAACTAGTGCCACGTAGGCTAAAAAGGGGTAG AAAATTACATATAAAATAAATTCAGGAGGGTAATAGGACCTTAGTATAGT ATAAGTGTGTCTCTGAAATTTCGGGCATAGATTGAGGGGATACTTGGTAT TTTCCCTTTATTAATTTGTCAAATATTGTAAAAATCTAATGTTATATATT GAAAACTAGAAAATCTTGTTAGTATTAATAATATATAATCTTTAATTTAT CATTTATTTAATTTTTTCTATTATTAAACTTCAAAAAACAACTAGTTCTA AAACTAAATATAAATAAGCATGCACCCTAACCAAACTATTAAATAGTGAA ATCAAATTCTGATCAAATGCAGGATTGTCACACCACACACCTATGCATTG CATATGCGTGATGCGTCGCAAAAGACTTTATTTAAGTCGCCTTTATTATT ACACGAAAAATAATTCTTATATCTAAGAGAATACGATTATTTTTATATAA TTAAATGTGCAATGTTTTTCTTTTTACCCTATTGGCACATGTATTGTTTG ATGAAGGAATTTAAGGACTTTTTTTTTTTCTGAATGGATTTGGTTGGTTT TTGTTGAAATCCACTTGGAGATATGAGAGTTAGAACATAAAAAAGCAATA ACTACTTTGAAATACTATATTATTGATTTGCCTAATATTTTACATAATGA AAAAGCAACTGCAACCCAAACGTATATAAGCCATTATATGAAAATGCAAC TTCTAGGAAAATTCAGCAGCCTATTAGAATATGGACACACGCAATTTTCC ACACTTGTGTTTCATACGTACAGCCTTTTCTCTTTTAAATTTCAACTTGA GAAGTTGACCTTATAAAATTGCTACTTAATAATATGAATAAGCAAAACAA CAATGTAAGAAGGGAAATTGTGTTTTTGGTCCTTTAAATACTGGTAATCT ATGAGTGTAATATCTCGTTAAGTATATTTAATCTTTAAATAATTTTAAAA TATACTCTCAGAAAATTTAAGAAATAGTTACCGTCATATCATTTAATCAC CTAAATTTTATGTTAAATTTGTATTGTTATGTTATAGTTGAGGATAATAT AATTCCACAAACAATCTTAAGCATTACATATCCTTATATAATAACACATA TTTTAATTAATTAATTAAAGATTAGATGTATAATCACACAACAAAAGGAT TAAAAATAAAATATGTCAGTAATTAAAGAACAAAAAAAAACAATATTAAT CCATGAAAAAGAAAATCACACTCATTTATTTTATTTACCAATTCTATATA TTTTTAGAACATACTTCTTGAAAAAAAAGCGATCATATAACTAAAACAAA ATATTTGTAATCGAGCGCAAAATAAAACCTCCGGGAAGAGAGGGAAAATA TCTTATTTTTAGTTGCCCTTATTCCAGGGAGTTGCGTCAAATAAATTATC TTCAAAGAAATGGGAAGTCAACGAAAGAGCACATGATGAAAAAGAAAAAA AGAAAAAAAAGGCCTACTTTAATGGGGTCATGTGTGTACACTTTGTGAGT TAACTTTAAAATTCGTAAGCTTTGAATTTAAATATCATCATCAACACTAA AAAGTTATATTTTTAGTCAAATTCAAAGAAAAACCGAAGCTGGTAAAGTA TATCGTAAGCATCTATAATATTAGTTGGACTTCTTTATAAGAAACACTTT CTATAATATATTTTATTATTATAATTAAAAAGAATTGAAAATAAACAATA GTATCGTGAAGAAGTTTTGTCATAATACTTTCTTAAAATCGAACTCATTT TACCGCTATTACAATAGTAATGCGATGTTACAAATGTTATTATTACATAA AATAAAAGGCCTAAGCGTGAAGCACTCTTTTAAATTTAATGATTATTATA TATAGAGGTAAGATGTCGTGTCTATGAGAAATACTTACAAGTTGACTATT AAAAATAGATAATTGTTAACTTATGGGAAAGTATATCCAAAAGATTAAAT CTATAGTTAATTTTGGTGTATGATAATGATATTTCTCTTAAATTATATTG ACTTATCATAATTAAGTAAATTTTATGGAAAGTTGTTGTGTCTATTCTTT TTTATTCTCATTAGTTTTATTCGAATGAATTGCATTTCATTTTCTTGTTA TTGATTTATTAGTTAAACAAGGTGAAAATATACCAAATCAATATTAACCG ATGGTTAAGTGAAATAACATATGTACTAACACCTATTATAAATTGTTTGG TATAAACTAATACAAGTCTGCAACAACTCTAGAATAATCATGAAAACTTT ATATTAATTATATCGTGAATACTCGATTTTCAATTCTTAAAGAAATAATT CAATAACATTGTATTGTAATGATTAATAAATGAAAAAAAAATATTTCATA TTCTTCTGCAAAACAATCTTTTCCAATATTGTTGTATACATCTAATTAAT AAATCTTTATATTATCCGTGAAAAAAATTAGTTAAACACGAAAAATTGAA ATTGTACGATTTTCTAAAGAAATAAGTGCATTTGTCTTTGTTTGTCGACT TGCCTAATATGGTGTCCTAGAGGTGAAAGATGGGGTATATACGATGTAGG GCGAAAGGATATAATTTTACTATTTTTTAAAAAAAAAATAGAAATTATTT AAAATTTTAACCAAAAATTGGAAAATATACACTTCCTTATGGAGTAATAT TTGTGAGCGTTTTACGTCTTCGATAATCCATTTCAGACGTATCGGAATAA TTTTCTTTTAATTAATTATTCCCTCCTTCCATTCTTTTATTTGTCATCTT CCACTTTTCAAAGGTCAATTTAACTAATTTTTAAAGTTAATTTAGATTAG ATTAACTTAATATTTTAAACATTCAGATATTCAAAAACTATGAAGAAAGT ATTATAAATTATAATTTTTACATATTAATTTTTAAAAAAAGATACTTCAT AAAGTAATAAATTTTTTTTTTTTATGGTTAAACTCTAAGAAAGAAAAAAA GAAAATTATGACGACAAAAAAATATGATAACTTATACATATTATATTGTC CTGTAAAAAAAGAAATTGGAGATCAAATTTTGTATAAATAATGTCTTTTA AATTATATATTATATAAATATGAAATTCAATATTTTCTATATCTTTTATG TCTTTTATTCTATTTAAAATTCCATTTGCCTATAGTAAATTCAAATCTTC CTTAATTTTAGATGATCAATTATTTGCATGTGAGATGTTCACATATATTT CGGTCATTATTACTCAAATTGTGTATGAACTCACGAATATCTCCTTCATT ATGAGTGTCGTTAATTCGTATATTTAGCGTTTTAAAGTCGATCATAGCAA TAATATTTTTAAACGCACAACACGATACATTATATAACAAATAATTGCAG GCCGGAGAATAAAAATAGTCTGACTCAGGAGTTGGTGGAATTTTCCGAGG AGAGTGCTACAGCCAATCTGAAAACAACTTTTAAGTCAAAACAATTGTTA TTTGGAGTATAAGCAAATAACAATGAGACTGATGGCAGCTTGTATAGTAT ATATATAGTGTAAAATTCATCGCCTAATTCGTTGATGACAATATTATTTT TGTACAAAATTCAAAGTCAAACAAAAACGTCACTTTCAATCTCTTCTAGC TACTTGTTAGGTCCAAGATGGTGTTTTATTTTTATTTTAAATTTAAATAC ATACTATAGGACTGAGAATCCATCATAATAATATACACAGCTAAGAGAAT ATGTAGTTTTATTTTTTTGTTTATAAAAGACAGATAGCTTCGATATTTTT TCCAAGTCTTCCATATTCATTAATCTTCTTTCTCCTCCGTTTCTTCCCTT TTTAAAATTATTTGGTCATTTCATTTTTCCGATTTAACACAAGTCACAAC TTGTAGCCATGGGAACTCAAGCTCCATCAAATTACGATGACTCCAAGGTA ACTCTCTCTCTCTGCAAACATGTATGAATTTAACGTATATGCAAGGACAA TATCAAGTGTATTATGACCTATTAGGTTGTTGTTTCCGATTACTCGTAAC AATATAGTATGGTTTAATTTATAAAAGTTAAACTCTTGAGATACCAAGAA TTTCCATAAATGTTGTGTGAGATAATGCTAAATATTGAAATGCTTGGTTG AGTTTTAGATCTTGAAATATTATTGTACCAAAAAAGCCAGTCTATCTCGC TCGTTTCTGTGTTCATTTAATTTGGTTCATAAGAAAATTTTGAATTTTCC TAGCTCTTTCTTGTTTGTTTGGTGGTCTAGAATCAATCTTGAACAAGTCA AACTGATATTACATTTTTAAAAATAAATAAATAAAATAATTCGGATCATT AAATTCAGTTTAAACGTTGCATGTGTGTACATCACGTTAGGTCAGTAGGG TTCTTTCATAGGACTTTAATTACTTATTTATTGACAACCGTGAATTCACG GCAACTTGTTATACATACACTGAAGACGTGCGATGAGAAAATCGTCTCAA CTTTTTAGTTGACTTTTTCATACTATACAAATCTCACACTATCAATACTT TATTATTAGTGGGTCACATGGATTATCGATTTAAAATCCCAATCTTTTTT TTTTCCCAATTCCTCAGTTTTACGCCAAAATTCACGTTGCTTTTGAATAA TTTTTTTTTTTTTATGTAGGATACAAATTAGCTTACTAAAGACAAAATAC ATGAAAATTGCTTTGAGTGCGATAATAACTAACACATGAAAATTGCTTCG AGTGCGATAATAACTATGTTAGTGTATCGAAGTTAAACGTTTAAAACGAC CAAAATTGGATGTTTTAGACCAAACTAAAATGTATTGTAAGTTGTGTAAA CATCCTGTATATGTTTATGGTTTTTTGAATATAAATACTTATGGAAATGA GTGTAGATTGATACAAGAACAGAAGAAGAGAAGGCGATCGATGCGTGGCT TCCGATTACTTCTTCTAGGAATGCAAAATGGTGGTATTCAGCTTTTCACA ATGTTACTGCTATGGTTGGTGCTGGTGTCCTCAGTCTTCCTTATGCCATG TCTGAGCTTGGATGGTACAATACAATACTCTGTTTTTCTTTCAGTAAAAA AAAAAACATTAAAAGTTCGATAAACTGAAAGGAGTAGTTTAATTTCAGGG GACCTGGTGTAACTGTGATGGTGGTATCTTGGATTATCACTTTATACACG CTATGGCAAATGGTTGAGATGCACGAAATGGTTCCAGGGAAACGTTTTGA TAGATACCATGAGTTGGGTCAACATGCTTTTGGAGAAAAGCTTGGATTAT GGATTGTTGTGCCCCAACAACTAATTGTGGAAGTTGGTGTTGACATTGTT TATATGGTCACCGGAGGAAAATCACTTCAGAAGGTGCACGATTTGGTTTG CAAACAAGAAGATGGCTGCGCTAATATCAAACTTTCATACTTCATCATGA TATTTGCCTCTGTCCATTTTGTGCTATCTCATCTCCCCAATTTCAATTCC ATATCTGGTGTGTCTTTGGCAGCAGCTGTTATGTCCTTAAGGTAAAATTT CTTGCTTTAAATAATAAATGTACCTTTTCATAGGGTTACTAAGTTTTTGC ATATTTATGTATTGTGATGATGTAGTTACTCTACAATTGCTTGGGGGGCA TCAGTTAAGAAGGGTGTACAACCAAATGTGGATTATGGGTACAAGGCTCA CAGCACTGCAGGAACTGTGTTTGATTTTCTAAGCGGATTGGGAGAAGTGG CTTTTGCATACGCGGGTCATAATGTGGTGTTGGAGATTCAAGCTACAATT CCTTCAACACCTGAAAAACCTTCCAAAGTACCTATGTGGAGGGGAGTTGT TGTTGCTTATATTGTTGTGGCCCTCTGTTACTTCCCTGTTGCTTTTATTG GATACTGGATGTTTGGAAATGCAGTGGAAGACAACATTCTCATCTCTTTG AACAAACCTACCTGGCTCATTGTCATGGCTAACATGTTTGTCGTTGTACA TGTTATTGGAAGCTATCAGGTATTACCATCTACTCTTCTCATCATCTAAA TTGCAAAATTTCAGTTACTTATAACAAATCTTTAATCTTGTAGATCTACG CAATGCCAGTGTTTGACATGATTGAGACCGTGCTTGTTAAGAAACTTAGA TTCAGGCCTACTTGGTATTTGCGGTTTGTTACCAGAAACATCTATGTTGG TAAGTCATGACTTGGTCGCATACTATAAAAACATTGAAATAGTCCTTGTA ACAAATGTCTTTTTATGTCATTGCAGCTTTCACAATGTTTGTTGGAATCA CATTCCCTTTCTTTGGTGGCCTTCTTGGATTCTTTGGAGGATTTGCTTTT GCCCCAACAACATATTTTGTAAGTGAATATATAAAGAGTTTTTTTCCCCT ACATCTAATCTCTATGTAGTGCATATAACTCTTTTATTTTTCTTCAGCTG CCTTGCATCATGTGGCTAGCAATCTACAAGCCAAGGAGATGGAGTCTCTC TTGGCTTGCTAATTGGGTAAGTGACATTTTCAATTTTTGTGATTCTGCAT TTTATATAATACACTTAACTAATATGTTGTTTTGTGACAGATTTGCATTA TTTTTGGAGTTCTGTTGATGGTTTTAGCACCAATTGGTGGGTTGAGATCC ATCATAGTACAAGCAAAGACCTACAAATTTTACAATTAGGACAAGTTTCT TATGATTGATCAAGTAATTACGCCATCTGATTAAATTTAGATAGACGTAT GTTTGGCAAAGGAAATTTCTATATTGCCTTCGTGTGTGTTGGCTATAAAA ACATTTTAGAGTATAGTTTTTCTTCATGTGTAAAGATATGGGTGATTTCA TGGTGTTGTTCATTGTCAAAACTTATAACACATCTTTGTGCGTCTCTGTT TCACTTTTCTTCTTTCTAATAAACAAAAACCATAATGTCACTTGAGTCTT TATTATCATGGACGCATCATCAAAATGTAAAACATACAATTAAAAATCAA CAACACGTCTTGATCTCAAACTAGTTGTTAGAAAACAGGGGATTCTTAGG GTACCACTGAACTTGTTGACCAAATCTACATCAAGATACACACATCCAAT TGGTTCTGTACCCTTTTATAAGATCTTTTTTTAGTTTTATAATTTTTATA AAAAATATTGCTATAGTAAGAAATATAGCTTATCAAACTTTTCACTACTT GCCCCCCTCTATTAATTTTTTAGTAGTGTCCAATATACGGGAAAAAGAAG TTATGTCCTTCAAATATTTACTTACCATAAATATTTTCAAACGCGGTAAC ATTCTCTTATTCATGTTTACGTTGGTAGAGATAAATATATATAGCCCTAT AAGTAAGAATTAGAGTTTATATTAGATGAACAACGTATCTTATTCTAGCT TTTGACTGTAAGACTGAACTTATGGTTAATTGAGAGGGTTTAATGTCTCA ATATACCAACTGGGGCCGTGTTGTTGAACCGGACAAAAAGAATAACACTA TCCGTTAAAGAATAATAAAAGTCTCACTTTAATAGTTAATGAGATGGATA AACTCATTATAAGACTTGATAATTGAAATGTGAGTTAGACTAAAACCAAA TTCCACACTATCACTTCTAGAGCATTGACTGGGTTTAGTGTCTCAAAATA CCTAACTTGGGCCGTGTTATTAAACTGGACAAAAAAAAATCAAGACTACT GCTTGTCGAGCATTCACCGATGGTAGAGTAAAACTTGTTGTCTTTTATAC TAAAGCTCAAAACGTGCAATAAATAATACTAGTTATCCACTAATGATTTG ACATATTTTTTAAGAAGTATTACTATATTACTCTTTGACTTTATTAAATT TTAACGTTTTGAAAATCATCTTTTGATTTTTTAAATTGAACCAGTATTGT TAGATAATTAATTTTAATATAATAGACAATTATTGTTGGACGAAAAGTTA AAAAGAAAATAGGAGAGAACCCCTATTACCCACTTGGAAGTTGGATGTAA TGAGTTATTTTCAGACCAGTTGTTGTCTTTACATAAATTAGATGATTCAC AATACTTGTCAATATAAAAAAAAATTAGACATAATTGGTTATTCGTTTTT CACCTTTATCCATAGTCATAAATATAAAGAGATATTATTGTAATACAAAA TAAATAAGTATTAAATTTTAAAAAATAATAAGTAAGAATAATTTGATCAA ATTACTCTATACTTGATATTTTTCTTTAAAAGATGTCCACAAACGAGGGA GAGTAAAAAAAAAAAAAAGGTAAAAAGGACAAAGAAAGAAAAAGAGCCAC TTGAGGGGAAAAAAAGATATAAATATCATTTATATAATAAGATTATGGGA AGGAAAAAGGGTACCACAAAAGAAGTATTTGAGAGGGATTTAAGGAATGA TATTAATTAACAGTATTAATGATGGATTTTTTAAAAATGACAGCAAATTT TAAGGTAAATTTATTTTAAAAAGACACGAAATCTTAGTTAGAGAATATAA TAAAAAGGAATTGGGAAATGTTTTAGTATATATTGGGGGGATAAGAATAA AATAAAACAAGATAGCAAGTGTATTTTAGAAATGGATAAAGTATAATCAC ATATTACCCACTCATAATATATAAATATGTTCTTTCATTTACTTTATTTT ATATTTATATATTTCAATTTTAAATATGTACAAATAAATATATAATGTTG AGTCTTATATAATATAATTCACGTGTAAATTGTCACGTAGAATGCAATTG TTATATTCTTAATTTGGAATAACAATTAATGAATTGAATGATATTTACAT ATTTTGTTCTCTAATAAATAAGTTTCCATTGATAGAAAAGATAAGATATG AGTAGAGTAAACATATAAGGTAAAAACTTTATATAATATTATTATTTATA TTAAAAGATTTTCCACAGAAGGAATATATATTATATATATAAGAGAAAGG TTATTCTTGATTCAATTTGTGATTTCATTCACTCGTCATACAACAAACAA TATGGTATTGTACTTTCATTTTGCAAACAGTGTTAGAATGTTTATAAGTA TTTGAAATAATAATTGATTTTTTAAAGTTGAATAATTTCAATGACAGGTT GATGAAAGAAGTGCAGAAGAGAGGAAGATCGATGAATGGCTTCCGGTAAC TTCTTCTAGGAATGCAAAATGGTGGTATTCAACATTCCACAATGTTACTG CGATGGTTGGAGCCGGTGTTCTGAGTCTTCCTTATGCTATGTCTCAGCTT GGATGGTACGTCTGTATTAATAATACTATTAATTTTTGTTTGTTTTAATT TATTTATTTTTAAATTTTTATTTAGGGGACCTGGTGTAACGGTGTTGGTG TTATCTTGGATTATCACTTTGTACACACTATGGCAAATGGTTGAAATGCA CGAAATGGTACCAGGGAAACGTTTTGATAGATATCATGAGTTGGGTCAAC ATGCTTTTGGGGAAAAGCTTGGATTATGGATTGTTGTGCCCCAACAACTA ATTGTGGAAGTTGGTGTTGACATTGTTTATATGGTTACTGGAGGAAGATC ACTCATGAAGATCCATGATTTAGTGTGCAAAGTCGATTGCTATAACATGA AACTTTCATACTTCATCATGATATTTGCCTCTGTCCATTTTGTGCTATCT CATCTCCCCAACTTAGATTCCATATCTGCTGTCTCTTTGGCTGCCGCTGT CATGTCCTTGAGGTATCCCATCCAGAAATCACTTATCGGTATCTATTTTG CACTGTCTCATGACTGACTAACTATTGAATTGAATTTAGTTACTCTACAA TTGGGTGGGCTGCTTCGGTTCACAAGGGCGTGCAGCCGGATGTGGACTAT AGCTTCACCGCTAAAACCGATTTGGGAGTAGTGTTCAACTTTTTCAGCGC ATTGGGAGATGTGGCTTTTGCTTATGCAGGTCACAATGTGGTGTTAGAGA TTCAAGCTACCATTCCTTCAACGCCCGAAAAGCCTTCCAAAGGACCCATG TGGAAGGGTGTTGTCGTTGCTTACATGGTTGTAGCTGTCTGCTATTTCCC TGTTGCTCTGATTGGCTATTGGGTCTTTGGGAATTCTGTCGAAGACAATA TTCTTATATCCTTGGAGAAACCTACATGGCTCATTGTCATGGCGAACTTA TTTGTTGTGATTCATGTTATTGGGAGCTATCAGGTAATTGGCTTTTCTTT TTTTTTGTTTATCACCCAACATTTTTGTTATCCAGTCTAACGCCCAACAT TGTTCAGATCTATGCAATGCCAGTTTTTGACATGATGGAGACTCTGCTTG TCAAGAAACTCAGGTTCAAGCCTACTTTCTACTTGCGAGCTATTACCAGA ACCATCTATGTTGGTAAGAAATTAAAGCTCTCTATCTATGCCCAATGAAG AAAAACAATTACTGTTCATCAACGAACATTTGTATTGTGTTTCAACCAGC TTTCACAATGTTCGTTGCTATCGCCATTCCTTTCTTTGGTGGGCTTTTGG GATTCTTTGGAGGATTTGCTTTTGCCCCAACAACATATTTTGTATGTCTC CAAATTTTTTTATACAACTAAACTATTACTATTACTATTACCATATAACT CTCTCTTTTCTTCTACAGCTTCCTTGCATTATGTGGCTTGCACTCTATAA ACCAAAGAGATTCAGTCTCTCATGGATAGTTAACTGGGTAAGAATCACTC TAGTATTAATTTTACTCTAATACTTCTTTTCTTCTTCTGATGATGATTCG TTTTTTGTGATGACAGATTTGCATAATTTTGGGACTTCTGTTGATGATTT TGGCACCAATTGGCGCCTTGAGATCCATCATCTTAAGAGCAAAGGGCTAT AAATTTTTCCATTAGGGAACATGTAGTTTGTTTCTTCGATTCAAGTTTGT TTGCTCATAAATTATTGAATTTTCCTAGCTTTTATGTGTTTTGTCTTGCT ACCTTTTTTTTTACTCTTTTATGTAATTTAAAATCTCAAGACCTCTCTGT TATTATTAGTGAATTTGCACACTCTGTTTTTGGGATACATGAATGTTGTT TATCCAATTTTATTAGTGATACTCATATCAAACGATTATTATTATTAGTA GCGCTTGTTTGGACACTTTATGATTTGAAAGCAAATTGATTTGAGTTAGA TTATAGCAAATGACCAATCCAACGCTAACAATAATATCCTAAGGTAATGA CTAATTTATAAAAATCATGCAATCAATTATAGCAATAATTAGCTATTATT CAATACTAATGATATGATTTTGATAGCGGTCAATAATGAAAAAAAAATAA AGACGATGATTATGGCATGGATGGTTTTGTTGTAAATATTCTTTTCATAC TAAAAGCTTAAGCTTGTTTGTTTGACGCTAGTGCTAAAATTTGTTTATTT CTAGAATTACTTTTTTAAAAAGGGAAATTTCACAAGTAACTATACCAGAA AACATAATAGGCCATGTAGCTATAGTTTGTCTATTTTATCATAACTATAG TTCAAATAGTTAATGCAAATCAAATTTGTATATTTCACCTATTTTTTTAT CAAATATTTTGCCTCTTTTTTGAAATTCAATAAATTACTTTGAAATTTGG CTAAACAACTTTTTAGGTATATTTATATGATGTTATAATGATGGTATTTA ACAAGTAACGATTTTATAATTCTATTACAAGTAATCATGGTGGATGAACA AAGAACTAGATATATTGATAATATTAAATTGTTAAATAGAGTGTATTGAT AATATTAAATCGTTGACAATTTTAGTGAAGCTTCATGATGCAAGTTAATA TGATTATATAATTAGTAATAGTGTATTATTATAAGTAGTTTAAAAAAAAA GTTTTTTACAAGTGATGATAAATTTTATAAAGTATTTTTAAAATTATAAC ATTTAAAATATATGTGCAAACACGTGAATATAAATACTCATAGACAGAAA AATAAAAGAAACGAAAGAAAAAAAGAGGAAGAAGTCAAATTTTGAATTTT GATTAGTTGAGGTATTTATGAGGTTGAGAGATTTAAGGAGTAAATTGAGT GGATGTGGTAAAAAGAGATAAGGTGTAGATTTGTATGGAATGTGAAAAAA GTATTCCTAAAAAAAAAAGTGCTTCATAAACAATATAAACGAAATGATAA CCGTTTTAAATTTAAATTGTAGTCAAAACTTAGTTATATAATTTTTTCTT TTTAAATAGCTTTATAAAAAAGTATTTTTGAAAAATATTTTAATAAGCAA ATTCTATTTGGCTAATGATTTTTCAAAATATACTTTGAGCGTCAAATTAT GAAAAAATATGACAAATATCAATGCATTTTTAATATCAAAATTATTTTTT AAATATTTTTTATAATTTTTAATTAAGTATTTATACATATTCAAAATTTT AAGTTATATTATATATAAATGAATAAAAAATAAATTAAGTATTGGTATAT TTTAACATAATGATTTAAATATAATTAAAGATGTATACATTCCTTATTAA AAGAACAGTTCAACAAACTAGCCTGTCAACTTCATTTTTTGAAAATAAAA ATATATATTTTTCTAGTCAAACATGCTCCAATAGTCAACGGTGACAACAC TTTGTTTTAGAGATACATTCTCATTTAATTTGGTAATTAAAAAAAGGCAT ACATGTGAGGCGTAGAGTAAATGGAGAGTGTGTTTAACTGAATTGAGACA CATTCGGATTTTAAAACAAATTTATGTTGGATATATTTTCCATAATTTTA AAAAATATATAAACGTGTAATATCTTAAGGAATTCATAATTAGAAGCGAT TGCAATCTTCATAACAACTTGTATCACAAATAGTCACAACAATATGCCAG CTACATCACCACAGAAAAATTCGGTACTGCAATCTGTGTTTTGTATATAT TTTTGTTTATTAATGTGAAATCGTTTATAAGACTATGAATTGAATTTGCC AGCCTGATGGAAGAACGGAAGAACAAAAGAAGATCGATGAATGGCTTCCG ATTACTTCTTCTAGGAATGCAAAATGGTGGTATTCAGCATTCCACAATGT TACAGCGATGGTTGGTGCTGGTGTTCTGGGTCTTCCATATGCCATGTCAG AGCTGGGATGGTAAGTAATTACTGACTGATTAGCAATTAATTAGATTAGC TTTGTTTAATTTCGTGATTTGATTTATGGGCAGGGGACCTGGTGTAGCAG TGATGTTTATATCTTGGGTTATCACTTTATACACTCTATGGCAAATGGTT GAGATGCATGAAATGGTTCCAGGGAAACGTTTCGATAGGTATCATGAACT TGGGCAGCATGTTTTTGGTAAAAAGTTGGGGCTATATATCGTGGTGCCTC AACAATTGGTTGTTGAAGTTGGCCTTGACATCGTTTATATGGTGACTGGA GGAAAATCATTCCAGAAGATCCACAATTTAGTCTGCACTCCTGGAAATTG CATAGAAATCAAACTCACCTATTACATTATGATATTTGCCTCTGTACATT TTGTGCTATCTCATCTTCCCAATTTCAATGCCATATCTGGTGTGTCTTTG ATTGCAGCTATCATGTCTTTAAGGTAAGTTTTATTTATTTAGGACATGTA CCGACAGTTTTATTTACTTGTTGAGTATGCATGCATGTCTTGTTCAACAG TTACTGTACAATTGCTTGGGCAGCTTCACTTGAAAAGGGTGTACAAGCAG ATGTGAATTATGAGTACAGGGCTAAAAACACAGGGGAAGCAATTTTCAAT TTTTTTGGTGGATTGGGAGAAGTGGCTTTTGCATACGCAGGTCATAATGT GGTGTTGGAGATTCAAGCTACCATCCCTTCAACACCTGAGAAGCCTTCTA AAGGACCTATGTGGAAGGGAGTTGTTGTTGCTTACATTGTTGTGGCTCTA TGTTACTTCCCAGTTGCACTTATCGGCTATTATACATTTGGGAATTCAGT ATCAGACAACATTCTCATCTCATTGAACAAACCTACTTGGCTCATTGTAC TTGCTAATGCCTTTGTTGTTATCCACATCATTGGGAGCTATCAGGTTAAA CATCCATTCTCCTCTCTCCATTACCTCTCTCTATGTCTTTATTTTTTAAT ATACATACAAACTCACTCAAATGTATCTCTCCTGTGTAGCTCTATGCAAT ACCAGTGTTTGACATGCTTGAGACTTACCTGGTAAAGAAACGTAGATTCA AGCCAACATGGTACTTGAGATTTGCTAGCAGAAACCTTTATGTTGGTAAG TTTGCCTTCATTTCTTGTGTCCCATCCCATACAATCAAATTTGTAATGCC TGTTGCTTGCAGCTTTCACAATGATAGTTGGAATCATCTTCCCATTCTTT GGGGGACTTCTTGGATTCTTTGGAGGATTTGCTTTTGCCCCAACAACATA TTTTGTAAGTTTCCTCCTATTTCCCCTTGCCAAATCTAGAATGGCTGCAC TAACACTACCTTTTTTTCTTTAGCTCCCTTGCATCATGTGGCTTTCAATC TACAAACCAAAGAAATGGGGTCTCTCTTGGACTACTAACTGGGTATGGTT ATGGTGCACTTAATTTTCATTTTTTCAGCTTAAAACTGCAACTAATTAGC CAAAATAATGACAGATTTGCATAATACTGGGAGTTCTGTTGACTGTTTTG GCACCAATCGGCGGTCTAAGGAACATCATTATACAAGCCAAGGACTACGA ATTTTTCTCTTAGAGCCTGTTTAGCTCAGCTTAAAAACTGGTCAAACTGA CTTAAAAGCTGGTTTTTGACTTATTTAGCTGTTTGGCAATACTCAAAACA GCTTATTTTAAGTTAAAAAAAACTTATTTTAAGCCAAAAGTTAAAAGCTG GGATAGGGGTGCTTTTTTTTTTTTAGCTTATAAGCTGTTTTAAGTTGACC ACATATTTATCTTTCTTTTATCCAAACGCATAACTGCTTATTTTAAAAAC AAGTTTCAGCACTTTTAAAAGTACTTTTTTAAAGCTGCTTTTATTAAGTC CATCGAAACGGGCACTTAGTCTTCCATAGCTTCATCTTATGTTTATCCCA TAACTTCATCTTATGTTTCTCCAAGTCCAGAATTCATCGCTCTTATTCTC TCTGTCCCTATTTAGTTGTACACTTAAGAAGTGACACCAATTATTATCAT AGGTTAGTTACAGTTTTACCTTTTAACTTAATAGATTATGCAACTCCTTA AATATAATAAATGTATTTTTTGGTTCCAAAAATCATGAATTACAACTTAG TAATATTAGAAATTTTCTAGAATTAATTAAGAGTATATTAGAAAAAATTT ATTGTCCTTTCTTGATTTGTTAAAATGGACAATTAAATAAAAATAAATAT AAAAAAAATATGAATAAGTAAATAAAGACATTAATCAAGTCCGTTTCTTT AGGTATATACAATAATGTAAATTTTAAGAATCCATTTACTTTTCATGAAT GTTTTTTCCCGTCTACTTATACTTCTTCTACCCGCTTTTTACTCTATTTC CCATGAAAGAAATCCCCACCATTCAACTCCAAAATTTCATGTTTACACTA GTCTTTCAACGTTAAGTCTAAAAGTTCACGATACAAATGAATTTAACTAA AGTTGAACCAGAAAATTTTCTGATAATTACTTTTAAAAAAATGAAAATTT TTCGATCTCATTCACAACTGCAGATAGAAATTCTAATTATATCATTGTCA TGAAACAAGCTGATACTTGCATATTTATCGTCCGTAATTTCTAAAAAGAC TACCGGTCTAACCTGGGCCCTCATAATTAAACACTAATACTGAATGGATA ATAAGATTAAAAATGCAAAGCTGAAAATCAGAAAAGGCGAAACAGCATAG GACTTCCACACAATTCTATTTTATTTTTTTTTCCTTTTCTCACATCCAAT TGCAAACTGAATTCCAAATCAACACTTCCCATTATCTGTAACTTTTTTTT TTTTTTTTAGAAAAAGAAAATCGGGTTTCTAGGTGGAAAACGGATTCATG TTACTAAACCAATCACATATTCTGGAATGCTATGATACAGCAACACATTG GGGCAGAGGGTAATAGCTTTAATCAATTTCACCTTCCTCAACATCAATAG GATCATCACTTTGAAGAGTAGCCAGTTCACATTCTTCCTCGTCATCATCC ATCTTCATGTACAACCCAAGTTGCTCCAAGGGATTACTGCCTCCAAATTT GAAGGTACCTAATCCATCCTGGGAATGATCTGGACTGGTCTCGTCTACCG AGCTGTGTAGCTGCTCGGAAGGAACAGCAGTCAGCATCTCCAAATCCTCA AGGAACTTTGAATTCTCATTAATCTCTACAGTCTTTTCCATCTGCAAAAA CAAAATGGAAGTCCCGTTTGATATTCTAACGGAAGCACTTGACCTTCTAC GACGTGATATATTTTCTACCCACCTGGAGTAACGCCTGTCTTGCTGCTTC TCTATCGAGCTCTCTCCTTCTCTTAACCTCAGCTGCAGCTTCCACTTCTG CACGTCTTTGAGCTTCTTCAGCAGCTTTCGCTTCTGCTTGCAGCTTAGCT TTCGCTGATCACGGAAATTAACATTATAGGGCTATCAATTTACATAAAAA AAAAAAAGAATTTTCTTCCATGTTGAATATTGGGAATTTGGGTTGGGGAT ACCTTTCCTCCTTTGCATCTCAAGCTCCTCCCTTTCACGACGAAGTTTCT CCGGATCACCCTTCTCGACCTATGTAGCAAAATTACAGGATGGACTGACA AGATGGTCAAAATAAATGGAAAAGGCAGTAGAATGCCTATAACAAGCAAA GGATACCCACCTCAACAAGTGTCTTCTCTCGAGCTTTTAAAATTGTATCC GCAAATCTGTTCTTCAGGAGAGCAGCCCTATAGAGCTTTCCAGGGGAGAC CCTACTCTCTCCTAATGTTAAAATACAACACATGAACCCACAAATTAATA GAGACAAAGGAAATAAACCAACTTTTCTTACGTTACCTTTTTATCTTTAA CAATAAATACAGAAAAACAGTTTTCACTTCTCAACTCACCATCTTGATAT GCTGCTTCTGAGTCAACAGAGAACGGCATTTGCTGAGAACTTTGTTCCAG CTGGTCAAGGCTGTCGATAGAGTCTAGAGATAAACAAGGAGTGAGATAGC AACATCTATGTAGTCAAGAAAAAGACAACAAAAAAACCTGACTACAGGAT CTCAGACCACCAGAGAACTTAAATATTTCATAACCTAACACTCAGATCCC CTAATAACCATTCTATAGTATTCTGCAGATTCATGCACTTCCTACATTTC AGATAAGTACTCAGTTCCAAATAAAATGATAACCATCAACAGAGTTCTTT AATATATTAAATCAGCAGAGAAATACTTATCAAGAAATCACAATCAGAAT AGAACTCACGATTTCCATCAGCTAAACTATTGCCAGCTTCCTTTCCACCT GTCTTTACTGGAGAACTGTGATCCTGTGATCGAACACCAGCACAAAAAGA TGTATTAGGTTTCCAAATACTCTAAAGCTGATCTAATGGCAATAAACACC ATGAGGGTTTATTTAGAAGCTATTGTGATCTCTCTTCACCTGCTCAGCAT GATCAGGTGTTCTTTGAGTTTCAGACTCGTCATCAGAAGAACTACTAGAA TCTGAATCTGGATGGAAGGGAGATGAAAGAACAAGTTAAGACAGTATTCA GAATTCTAACTTCAAACAATGAGTAAAGCAATCCCTTCTAAATCAGCAGT TCCAAGTCGCCTAATATTGAGAGATAACACTACACTTGTATGGATGGACA TGAAATTTGGAACATTAAACTTCATCTAAGTTTTATCAAAGAAAATAGAA TATAGAATAAATTCATTCAAGAAGCACAGTACAAATGATGAAAAAGTTTA ACGGAAACTGAAAAGGAAAGCTGGGCAAGAGAAGTAAAAAATAATAAAGT AGCACCAACACGAACTTCAAAAATGAAATAGGTCAAGCTAAGTTTCAACA CACACGAACATATGACTAGAATAACTTCAAACTTAATGTAGAGAAAAATC TATGAACTTCTTGAATGCAGTAAATGCAGGGCCACAAGCATCCACTTTTT TTAGCAATCATGCAACATTGGCAGCCAGGGTTGCCAGTTATTTGGCAAAC CACTTGACCGGAAATTGACGGGTACTCAAAAGAAAAAGAAAAAGAGAGCA AGTAATAGGTGTTCTGAGCAAGTAATGTTGATTATGACAAGCTTGACTTG GTAGATTTCTCCAAAAATATTACCGATGCAGCAAAACTAATTAGAACCTC ATTATGTAGTGCAATGAAGAACTAGGAAAGGAGATACAAGATCAACAACA GAAAACCTGAAATAGAATAGTTTAGCTTATTTTAAAGGAAACAATTCAGA ATGTAAGAGATTCATCAGACTACAACAATTTAGAATGTTCAAAGATTCAC AGTTCATCAAAATTAAAAGGGAACCGAGCACACCCCACAATATGGTAAAA ATAGTCCGATGACTTGATAGCTATAAAATTCATTTTACCAGCCCTAGAAG ATAAGACAATGTAGATATGATATGAACAGGATATGTCACCAGAAAGCGGA TCATTGAAAAAGTAGGATGCACTACAAGAATGTCCAAGAGAAACAAAGCA AAGAGTATCAATGAGTCAATAAACAATTTGAATTACCATTGGGACCCCCT GTATTTATACGTTCATCTCTTTTGGGATCCGTATCTTTTTCGATCTCAAG TGAAGGATAACTGGAGACAGGAGGCTCATTTCCACCAATATCGACCTCCT CATCAACATGGTCATTATCTGTATATTTTTCCAGTATTTAGAAGGAAAAT CATTGAAGTTCAAAATCTAACACCAAACAACTAATAGCGTGGATGAAATC AAAAGAGCGAGTAAGAACCTCCTCCTAGGTGCATGGATGAATTACTAAGC CCCAATTCATTTGGCAGCTGAAAAAACAATAAGAGAGAACAATAATTCAT TAACATCAAACACTGGTGGAGAGTCCATTCTACATTGTACGTGAAGATGT ATTCTTTGACGGCAAACTACCTCTATCTCACAAGGTTCAGCTCTTGCATT GCCTTTTTGTTTCTCTAGCAAAAACTTATCTAGAAGCGCCCGTAACGTGA ACAGAGTATCATCAGAGAGAATATCAATGTCAATCTCAATGTCATCTTCT TCAGTTGCTGTTCCATTTGAACTCAATTCCTTCAAAAACTCAAGGATGTT GTCGGGTAGATCACCAAGTGAAGCTTCTAATTCACCACTAAGTTTATGTT TCTCTTCATCGGTCATCTTGGATTTAGGAGGTTCTGGCACAACTACATGC TGCGTTGGAGAAACTCTCCTCTTCTTTGAAGCAGATCCATTTTCTTCATG CAAGCCTGATTTTTCTTCCACTAATTCAGCATGGTTAGTAGGCAGCTTTT TCTCAATAGTTTTCCATCTCAGTTCAAAAAATTTGCTCATCTCATCAGCC ATGACATTTACAATATTACCAGGGGGGTTGTAGGTCAATGCATTTGAAAA CATCAGTCTAACATCAGCAAGAAACTCCCGTGGAGTCGAGTAAGCACCTG AAGTCAGCCTCTTATTTATTGTCCCCAAATCCATTGGGTGTTTAATGACA GTGAAATAGTCGGGAATGTTCAACTTACTATGTCAACAGGTTCATTAAAT ACACCCGCATTACGATGTGACAACAACTTTTTCAACAAGTTCTCACACTG TTTCATCAATGTTGCATTTGAACGGGATGGTACTGAAGCAGGCTTAACAG ATTTAAACCTGCCTGACACCTCCCTGCTCTGGCCTCGTGTCTTCTGAGCG GAAGGGTTTGACTTTTTTCCAAACCCAGGGTTTCCTGCAGATCTCTTCTT GCTTGCTAAAGGGAGCCCTTTCTGTGCATTGCTACAGCTAACAATATCAC TAGAAGATGAAACTGCAATTGCACTTGTCCTATAAAACTCAACTTTCTTT TGAAGAAGTCTAATTTGTTCAATATCAGATGTCAATTGCAGAACAAGTGT TTCCTCTCAGATGGTGACAGCTTGGATTGCAGTATAACATGGATGGGCAC AGCGAAACCATCATGTGAAGAAGAATTTATGTTTATCCATCTCTGCTGAG GAGCAATTGAATGTCCTGAAACAGAGATTCTAGCATCGAATCTCCCTGAA CTGCCAGAGCCCTCCGATCCATAATTAGTGGCAAAACCAGCAGAACCACC TCCAGGCAACTTGTCTTTCCTAGCCATCCACCAGACTGCAGAATATGCAC TACTTGGCCGCAGCAAAAAATGGATTTCTCCGACCTATCACAAAAGAAGA GAAGTTCTCAGAAAACCAATCCTGAAACCAGCCATAAAACCTAAAAGCTC TACATTGGCAGGAATTCCTATATATATATATATGAAGAGCTCCACAAGTA GAATGTTGAGATTACAACATTTCCAATAAAGTTCTATTCAGAAATTTTCA GTTTTAAAGTTCAGTCCCACCTAACAAAATTTCCTCTTTCCTCTTACAAC CTCATTTCTAGTTGTCCCGTGTCACATCAGTGTACTGTGAGGTAATTACA TAACCTCCATCACCTTTAAATCCTTAATCGCACAAAGTGTTGTTCATAAA TGAAATTAATTGAGCACGTTTCTCTTATTATTTTTTTCTCTCCCTTCGTT GCTTGGTTTGTTCAATTTTGTTCTCAAATATCATTTGCTTCTCTTGTAAT GTATTTGATCTTCGAGCTCTCACTAGAAATTAGCACCTGGAGCTTCTAAA TATTAACCGGGGTGGAGAACACAAATTTCAAACATATCAACAATGAACGG CTTGAAATCAAAATTTCAAGCTTTCGTCACTCAGAGAAAGAAGAGGTTCG AAGTTGCTGGAACTGCTCACTATAATTCTGTTGGAGTTGATTCCTCATAT GGTCACTCTACTAATAGTTATTATCTCAAATCACCTTCTTGATTTCGATA ATTTTCATCAAAGAAAGTGACTTCATGAGATAGTAACTCTAGTTAAGTGA CCATCTGAGAAGTCAACTCCACTTAGTTGTCTGCTCTCTTTTGATATTGT GAAGATGTTTATTGCGGGATGGACCTATGGGACTCAGCTAATTAAGATGG AGGCTATCGGGAGTGCTGAAAGCTCTCCTCCTACTCCGATTATACTTGCT CAAGGAACTCTGATGATGAACAAGGGAGATCCTTTGTTGACAGGAATTTA AACCTGACTGTCTCCGATTGATCATACCTGGATATATAGCAGACTGAATG GTCTCTGCTCAACTGCGGGAGAGAGCCAAGAGACGCAACCTACCATTTTC AGCTTTTTATTTATGACGGTTCTCGCAATGAATCACATTTCATTGTCGAG ATGTGATTTCTTTTTGTGGATGTATTATTTGTAAAAATACTCGTAGGATA AATATGATGGTGATCAGGGTTATGACATCAACTTGGTCCTCAAGTGATGA GCAGCGCAGGTTAGTTACTAAGCTGAATTAGAAATTTGCATCTAGTTTAC CTATCACCTTTGCTAAAACTCATGTTTCAATTGTTCCTCACACAAATAAG CCCCAGCAAGTACTTGTTGCTTTCCTATCTTGTTTCGCTTTTGATAACAT TTAGCTATAAAGTGATGAAGGTCTCAGGGGCTGATAAAAAGAATCATGTG AGGGGCTATTACTGAAACCTCCTTGCAAAATAGATTAGTTGAGGTACAAT GGTCCAGGGAAAGTTATTTAATACATGATTCATCAGAAGGGCACTTCTCT GCCCTAGCCATTAAGAAGGGACATATAAGGTATTACGTGGCTTCCATTAA TTGAGGAAGGCTGAAAATAGGTTCAAGTGTTTGATACCTGTCAAAAGTGC AAAGCAGAGGATGTGACATACCTAGGTTTCCACAAACCCTACCAATTCTA GAGAAAGCAAAGGAGTACGTCGTCATGGATTTAATAAAGGGGCGGCCAAG TCAGAGGGTAACACCATCTTTGTGATTGTAGATTGTTATTATAACACACA AACTCGTATTTTTTCATTGACACGCTCTTCACTGTTTTCCAAGTTGCTAG AGTATTCTCAGACAATAACCTGCATGGACTACTCACATCATCGACCCTGC AGATGAGATCTTTTCGAAAGGAACCTTTTAAATGAATGCAGGTCAAACAA CAACAAAGTTTTTCTACCCTTCACGAATAGATGGATAGCCCAAGGAAATC GACAGCTGCCGAGAGAACCATATGACATACACGAATGTCCACAACTCCGC TTAAAAAATAATAGGAAGCCATCTGCTTAGATTACAACCCAATAGGAGGA GATCAGTGGTTATCAGAAGGACCATTAAGCTACCCAAAGCACTTTGAACC TTATCAAGCTACTAAAAGCCCCAAAGTCTGCATTTTCCTATCTCTTCTAA GTAAGGTAACAGTGTGCACTTCTAATGGCATCCATAAGTAAAGCCTATAG ACATACTCGATCAAATTTGTCAACAAGGAATATGCTGCAACAATGCAAGT CTGGTTACCAGAAAGCCACATTATGTGGCGAATCTAGGGATCTACAACAC GGATGCACCACTAAAACAAAATTAGTGGGAATTGATCTCTAGTCCTCTAA ATAAGTAAACCAACCTTCAACAGATCGAAACATTTAGTCTTCTTCTTGTA GCATGAGCGTCAACATATAATATTATACAAATGTTAAAATATATACATAA ATTACTCAGTTACGAGAGACCACAAATTCACATGCCCCAACTTTTCCCCC ATCAATTTGCCCCTGACTACATTGGAAAAATACAGTTTTAACGTCCTCTA TTTCCTGATTTCACCCTGAGGACAAGGCATAACTGAATGAGGAGGGAAAG CAATGGAGCTATGAAGCGCTCGAAGAATAGTATGTATTCATTATGAAAGT TTGGAATGAAGACACATTTAGAAACTTCCAGAATTATAGTCCATTTATCC CATGTAAGGAAAATGAACCCCAAGAGCTTAAGGATTTGATTTATAAGCAC CTAAGAATTTGGTTTTACAGTAACACATGAGATGGATAGTAGGCACTAGT CACGAGTTATTGGTGAACCAAGTTCAGTTTTCAAGTGGAGACAGGTAAAG GGGCAACCTCATTTCCACATAGTAGATAGAATTCCATGAGAAAACATTGG TTCTAAGAAAATAGCCAGACTGCCACTATGAACCCCTGGTCTGTAGCTTC ATTCATTTGTCGAAGTCCTACTGCAAACTTAGGGATAACAGCCCATTATC ATTGTTTATGTCAACCCCAATTTGAGTTCAAGGTCGATATTTTCAGGGTC ATGTCTAACCTTAATCGGAGCTCAGGTCCTCGAGAATCCACATACTGCCA AGGGAGAACATTCACTTCTTCTCAGACCTATCTATATTGATGCCACAACC AGTATCACTTTAGCTGCTCGGAATTGCGATGTGAGGTAGAACTTCAGCTA TGTTTTTCAATTCTCTCTCTTATCTTATCATTGATCTTTAAATTGTAGCT ACAAATTCTGTTATATATATATATATATGGGGGCTAAAACTCACCGAATA AAATCCAAAGAAACAAAGTGTTTCCCCATGAATAATTGGTCAGTAATCAA AAAAAAAAACTGAGGTGTAATATTAAATTGCAAGTGCATTCAAAACCACT AGTTTTCTTGAATTGAAAAACTAACGAACTTTATCATGAAAAATTAACAT ATGGGCAATACAAATTGAATATATAAAGCTAATCAATCTTCATAATTCAT CCGAAAACAAGACAGTTACACAGAGTCCTCACTATTTTCACAGCTTCAAT CTGACGCAACTGGCTATTCCAACAAAAAGGAAAACTAAGTAATTAACAAA GATTCGCTTGGTAATACAAATTACCTTTGCTTAATCAGCTCCTGATCCTG GCGGCAACGCCCAATACTAAATAATTCGAAGAAATACAGATGAAAATTCA AGAAGAAGAAGCCGTAAATATCAAAACAGCAAACCCTAGAATTGTGAAAT TTAACCCAATTTGAGCCCCAAAACCTACAAGAAGTGCGAACCTTTGAACA AATAATAGGGCGACCGCTGTGATCACACGGCAAGCTGAAAGCTCCAAGCA CCACTTCTTCAATCAGATATATTTTTTTTTTCTATCACTATGAATTTTTC TTTTTCTTTTTTTTTTTTGGTTCTTTCTGTTAAGAGTGAGGGAAGTAAAG AAAACGGGTTTCTCGAAACGCTAACATCTTTAAAATAATAAGGAGAATTG TTGACTTATATAACGACTTCGGGAGAAATCTCAACCGTGCAATATATGGC GGCTTATCCAACGGATGATATTATTTTGTTCTTCCATACTAAAGATCTGG ATCATTATTTATGATTTTTATATTGTTTTTTGCAAATTAGAAGATTCTGA ATCTATTAGGATCCTTAAATAATCAAACAAAAAAGAGTCTCATATACTCT TTAACTTTATTATTTAGAACAGATATATTTCTTGTTATAACAGTAATTTA TATATATTTTTATTTATAAATAAATGACTAATATATAATTTTTCTTCTAA CGAAAATGGAAAAAAATATAATTTTAATTTAACTTTATTTTTCTAGAAAA TCTAATCTTATATGAGTAAATTTAATCCTCGTCAAACATATATTTTTGAT TTTTTTATTTCAATAACTAATTTAGAATTATTTTTGATAATCAAATTTAT TTATGTTTCATGAATATTCTTGTAAAACTTATTGTAGATGACCAATTTTT TTCTTCGAATACAAAAATCAAATTACGATATAGACAAAAAAGAATAGTTA AAAAAATTTCTTTAAACTAAAGAACGAAAGAAAAAAATAAAATAAGAACA AGAAGCTCAAATAATTATAGTAATAGAAGTCAAAAATAATTTATGTATGA AAAAAATAAAAATACACCTTGAACTTTGATAGGAGAATCATATATACCAC TATTTTTTTAACTTCCGTTAAATGAAGGGTATAAGTGAGCTCATTTTGTA AAGGTAAGTAAATGCGAGTCGTTTATATAACGATAAGAGTATATATGAGC TACTTTCATAACGAGAGATATATCAACTTCAAATAGCAAAATTGAAGAAT ATATCAGACTCTTTTTCTATGTACAAATAAAAAAAGTGTGTTGTTTGATC TTTGGACCCGGGAAACAATTTTCTTTCTAAGATTAAAAACAATGATCTAT TCGATGTCAACTTGAAATAGCAAAATTAGATTCGTATTTTGCTTTCAAAG ACGATTTATTATTTAGCAATAGTAGGACTCATGTTCAATTTCTCTGTTAG CAAAATCAGATTCGTATTTTGCTTTCAAAGACGATTTATTATTTAGCAAT AGTAGGACTATTTTCTTAAGGTGGCATGTTCAATTTCTCTGTTTTATTTT TTCTTTTTTTAATTCCTTTTAAAAAAATATTTATTTTACCAATTGTCAAA TGGTATGTGTTATATTCAAAATTACAAAATTTTAAAAGTTAATTTATTTT CTTAAACTCTAAATTTTTTATATACCAAATTACTTACTTTCTTTATGGTA GTAATTTGAGATTTGCGTGATTTTTTACTCTTAAAAAAAAAGTAAATATG TCAAACTTATATATGTGCAAAATTAAACTCCATAAACTAAGTAAATATCT TATATCAATTTCTTTTCAGTTAGCTATATAAAACGTCATGTTGAAATAAC TAAAGATTCATAAGTTACTGCGTTAGTTGATTGATTTGGATATATGTTCG AAATCCTGCATCTGCCAAAAGTTACTGATCCATTAGTTAGTTAGAAGGTT ATTTCAGACTATTAGTTGATGGTAGTTAGTTTACCTCAATTACTGTTTTG ATAAATCAATTAGTAGATTAGATATTTTCTTCTTTCTTCTTCTGGTTTTT ATATAACTAGTAAACTTAGCCGCGCTATGTGCGGTGTATAAAATTTTTTA TTTATTTTTATTTTTCAAATTCAAATGGATTAGCTAATAAATTTTATATT TAAGATTAGTAATTTCAATTCAATTCATAAATTGATTTTATCAAAAAAAA AATATCCTAGCTGTACGGTCAAACACCTATATTTTTTTTGGTTGAATAGT ACCTATTCTTTTATGTTAGTTATAATATATAATTAATAATTTATGACTTT ATTATCCATTTGAATTAGTTCTCAAGATTAAATATGGTCAACTTTAATAT TTATTAAAAATTTAAGGTGAGATTTTTAGTCTCTTAAATTTTTTAAAAAA CATCAAAAGAATTAAAATAGTAACAAATTCAAAAACCATCTTAGAAATAT GAAAAATTATTTGTAATAGATAAGCTACCTATAATTTGAAGACTTGAAAA AGTACTTCAATATTGTACAATTACCCCCTCAATCTATGCCCGAAATCTCA GAGACACACTTATACTATACTAAGGTCCTATTACCCCCTGAAGTTACTTT ATTAATAATTTTCTATCCCTCTTCGGCCTACGTGGCACTATCTTGTGCGT CCAACATTGGTTTACTTTTTTTTCAAGTTAGTGTCACGTAAGCCAAAAAG GGATAGAAAATTGCTTATAAAATAAGTTTAGGGGAGGGGGTAATAGGACC TTAGTATAGTATAAGTATGTTTCTGAGATTTCGAGTATAAGTTGAGGGGG TACTTGTGCATTTTTCCATATTTATATATTAAAATTTATAGTTTTCTCTC TATATGTTGATTCTTTGGAAGGAAAATAGGTGATACTTGAGTTTAGTTCA GTAAAATAATTTTTAGTGATATAGAATCAACATAAAAATAATATATTATT GTTAAAATACATAATAAAATAAGTAATAAATGAACAATTATAAATGAATG ATAAAAGGTTTTATGTTAAGATTAAAAGAAAAACTTATATGTCTAATAAA AACTTATGATTAGACTCTTGAATTTTTTTTAAATAGGGTAAATATAAAAA AAATTGTTCACAAATAATATGAATATTTATAATTATTAACGATAGATAAT ATTTTCATATAATTAAAGTGTAAGTGAAAAAGTTAAGTAAATTTTTAGAA TCATTATAATGGAGGATGAATGGTTAAGTAATAAATATATTTGAAATAAT TATCTGTATTAGTTTTTTCCTTAATAAATTCTCTTCTATAATTCTACATT TTTTTTAAATTTATTTCAACACTATTTTTTAGTCTACTTTTTTTCTTATT TTATTTTTTATTTTTTTTAGTCTTTGCTTATTTAACTCCATTAAGAAAAT ACTAACAATTAGCATCGTAATTAAGAGAATCAAGTTTGCTCGTCTTTAGT ATTTTTACTAATATATATATATATATATTAAAAACAGTAAAAATTAGCAT CGTATCTAAATTTAATCAAGTTATAGCTTGTCTTTAGCTTTTTATTAATT TAAGTAAAATGTTTAAAATGAATTATCTTAACTAAATTTTTATTATATTT TTCATGATTCATATTTTATTGAAAATTTAAATATAACTTCATAATAATTT TGACTATTTCCCGCCGCTAAGCGTATCTACAAATATATTTTAATATTTTC AAGAATTGTTTTTGTCTTACTTTTATTAATGATCTTGCTCTTATAATTTC ATGAAAAAAACAAATCAATTATTCTCTTTTATATATCTTATTTTATAACA TTCTTATTAGAAGTAAAAATAATTACACAAAGCAGTCTTTGTCGATAGAT TTTGCATTACAAGATTAAAGTAGACATTAAGCTTAATATAAATATATTTG GTTAGAAATGTTTTTTCGATGTGCTTTTAAGATGTCACAAATTTAAACAT TAAGTAATTTGGGGTTATGAAGGTATAAATTTGGGGTTATAATTAAGTAT AGAGATTATGAAAGATGAAGAGGTGTGAATTTATGATAAAAATTAAATTA AAAATAAATATATAAAAATAAGAGAAAAAGTATAAAAAAAAAGTTATATA TTTTTTTAATAAACAGTAGTATGTTTAAATAAAACCCTCCACCATTTTTA TGGTTTGATTTTATTATATGCCATATTTTCTTTTTACCTCATTTTAGAAA TTTCAAATTATTAAAAATCTCCAAATATGCTTCTACTAATAAACATTAAT TTTAGTAATTACTATTATTTTAACAATATATACTTCTTCTCTTATTTTAT ATTATAGGAGAGATATCTATTAAGAGAAAAATTAATTAAAAACAAATTTA AAAGGGGTCATAGAATTAAAAAGTTAATCAAAAGTAATACGAAAATTTTT TAAAATTGTCAAAAAAAAAAAGTAATTCTACGGATGTTTCAAAATAAAAT TAAAAAGTAGTTAAATTTTTTGTTGATTAAATTCTCAAAATCGTGAAACA ACTTTAGCCTATAAATAATTTCTATATATAAATAATATAATAAATAATGA AACGTTAAAATTATGTATTTTTACCATATGATTGTTATGTGATTGTGAGA TATGAAATTATAAGAGGAAACGATTTTATTTGATTCTTAGCTGTATAATA TGTTTGTATTTAATATTTAGTATTTATTTACTTTATATTGAAATGTGATA TATTGTTTTTTTAATGCGTATATTTATTATATATTTGTATAACATTTTTA TAGCCAGTGAGGAGAAAGATATTGTTAGACGAAATTAAAAGTAAGATATA TTGGCGTTTTTTCAATTAACTAATTAATCTGATAAGGAACCAATCAGCTC TTATTGCATTGGAGGTTTAACCGGAGAACTATAAACGATCCATACAATAA TAACAACAAAAAGATATAAAATTGTAGTTAATTAATCGAACAAAAATATG AAAAATATTTAGTTATATATGATTTGAAGAGGAAAGAAGGATCATATTCT CAACATAACTTAATTACAATCTTTATAATAATAACAACAAAAAGACATAA AATTTTAGTTAACTAATCAAGCAAAAATATTTAAAATATTTAGTGATATA TGATTTGAAGAGGAAAGAAGGATCATGTTCTCAACATAACATAATTCAAT TCTTCAAAATTTACAAAGTGAATAAAAACAATCAGTGTCTTCAGAAACTA CAAGAATAAGAAAAAAAATCTCAAAAAACTACAAAGACAAGCAAAAAAGA AAATGAACATTATGTACTATAAAAGAATCATGATTTGTATCATCAAAAAT CCAACCTAATAATATCAAATGTATAATTTCAATAGAACAAAAGTGATAAT GATAATTAGACATGTCAAATCATTTTATCTCACAAAATCAAACTATGCAA AATATCTAACATTTTTCATCATACATTCTTCTCCTGCAAAAATCAGATCA AAGAAGACAAAAATTAACAAAGTAAAAAAATAAAAATGAAGAATAAGGAA AATAAAAATAAAATGACCATCATGCATGTCTCAAAGTGAATTTTTATAGG TGTAATATTTAGGAGTTATCATTTTTTAAATTAAATATTTTGAAGGTTAT GAATATGACAGGTTAGGAGTTATATATATTATTAAATTAAAAGGGTAGGA GTTATATATATTATTAAAAGGTTAGGAGGTGTAATGTTCATTAAGTAACT TATTAATAGCAATTTATACACATAATATTATTGTAAAAAAAAGAAAAATC TAAAAAGGCCTAAATTTATTTTTTTAAAAATAAATATTTTTCTGATCATT GAGACATGCCACATAGGCGGAATGAAAATCTTGAATGGAAAAGAGATGTA ACTACAGTTCCTTCGGAATCGGTAGTCGATCCTATTTTCGATAGGGGCAG TTGACAATTGAATCCGATTTTGACCATTATTTTCATATCTGTAATAGTGA GAAAAGAAGGCCCGGCTCCAAGTTGTTCAAGAATAGTGGTGTTGAGTTTC TCGACCCTTTGACTTAGGATTAGTCAGTTCTATTTCTCGATGGGGCGGGG AAGGGATATAACTCAGCGGTAGAGTGTCACTTTGACGTGGTGAAAGTCAT CAGTTCGAGCCTGATTATCCCTAAGCCCAATGTGAGTTTTTCTAGTTGGA TTTGCTCCCCGCCGTCGTTCAATGAGAATGGATAAGAGGCTCGTAGGATT GACGTGAGGGGGCAGGGATGACTATAGTTCTGGGAGCAAACTCCGGGTGA ATATGAAGCGCATGGATACAAGTTATGCCTTGGAATGAAAGACAATTAAA AAAAATAAATATTTTTCTGATCATTGAGACATGCCACATAGGTGGAATAA AGATCCTCATATATATATATATATATATGTTGATTTGATGTATCTCACTT ATAAATGGTCCAGATTCAGATTCATGAAATTCTATCTCGTTTCTTCCTCA CTCCAGTTTCTTCTCTAAGTTCATCAATAGTGTATGAGCTTGCAGTGGCG AATCCAGGATTTTCAAAAAGTGGGTTCAAGACATAACAAATAAATCTAAA ATGTGGGAGTAGGGATTCAAACTTGGGTAACCTGAAAAAATTAAACCCTC TTTACCAATGGGTCAAGGGTCACACTTGTGTTAGTGAAGTCAAAATTTAA AATATACATATAATATTTTAAAAACTAATCAAATATACATATATATACGG TGTTATTTTTCAACGAAGTGGGTTAATATGAACCCACTTGACCCTCTGCG GGTCCGCCCCGGTGAGCTTGTATGCAAATAGTTTTTTCATATCAAAATAT ACATTTACAAATATTTATTCTATGAATTACACTCCGTATCAGATCATATC TCGTTGTAATTATCTCTTTAGCTAAAAAGAAATTGTCGATTGAGAAGTTT AAGATTGAAGTTAATAACTATTTCAAACTATACCTCAGGCATGGGGTGTG GTTGGTCGATTCAGTTTGGTTTTATGTATTATCGATTCGGTTGATCAATT TTTGACTTTAAATACACTAAATGAATAAGATACTTTTATCGGTTTTGAAC CTTAACAGTTCGGTTTTTGGTTTAACCAATAACAAAATGATTATAAAACA AATACATGACTTCTCTAATAAATTTGACGCGACAAGACAATAACGTAACT TCTTAATGGGTTATCGATTTACTCTATAATTCGATATTAAAAACTAACAC CATACCGATAAACCGATATAAAATCATTAAAAATTCGTTAACCCAATAAT AACAAATTAATAACACTTTTTTCAATTCAATTTTTACACACCCCTATTCT GATTTCAATATCAAAGAAACATGCACAATTTCTGAGAGAAAACGATTTAT TAAATATAATAATTATCAGTTTATATTTACTCTTTTCTTGATGACTCAAC CCTTAAAATGGGACATATTGAGTAAATATGAGCATAATTTTGTGCATCTC AGTTTACAGGGGCCTAGATTGGAAAAACTCAATAATACAAATGGGCCAGA GCTGCCACACAGTGGCCCACCAAGACCAAGTAAATCACTTCGAGGCCCAA TATTATTGGTCTTCAGCTCTTTCCTTGGTAATTGGTTAGAACTAATAGTA TAACTTACGATAAAAATAAGTAAAATCAAATTTTGTTTTTCATATCAAAT ATAATAAGCTTGTCTTTTTTAGGCGATTCATATGTCTTCAAATTAATCAG CATCATTCAAAAATCAAACCTTTTCATTTATCATTTATATATTGGTTAGC TTAAGGTTAAAAATTAACTTAATTAGATATTTGGATGTAGATAGTTATTC TGTTGATAGCAGTATAAAATGGTTAACCAATTCGGTTAATATTAACCTAT TTAATTAGTTTATTATTATTATAAATTAATCAGCTTGGTTTTCTTTTTCC ACTTATTGACGTGAAATTCCTTCATTTATCAAAGAAATTAAAGTTAAAAT ATTTAAATTTAAAATTGTAGTGTTGTCCAAGTTCAATTGACATTTTTATA TCATATCTATTTATTTTTATAATATTAGTGTATTTATCATCTTGAAATTA TGAATCAAATTTTGATTTTAATATAGTATCTTTAATACTTGCGAAAATAT GAAAAATTGAAATTGATAGAAACTGTGCTCGCAAGTTTTTATAAGATGAG ATGCATTCACTCCTATAAATATTTTCATACAAAAATATTCGCTTAATCGT ATATGAAAATAACAAAGGAATAACTAGTGCATGCAATGCTTTCTTAGTTG CATTAAAAAAAATTAATATAATTTTCACATGACAATCTATTCATTACTGA TCCCCACGCAACAATTTCATTTACTACCGATCATTAAATAACAATTTTCA AAGTATTTTACCGCATAAGCATTTTTTAAATGTGTGACTAAATGCACCTC AACATATAAAAAGTTGGAGGGTCGTTTAGTTTGAAGAGAAGTCCAGGTAA AGACTGTAATGTACGGAGAAATAATTTTTAAATAATTGAGAGATGGTTGT TTCAGTGACAATAATAATGTAATACAATTGATGTATTATTAGTTTTTGTA TTCTTATTCCACCTTTTTGTATTCTTCCTAGTTTTTACCTAACTTATTAT GATATTTATTTGTTTTCGACAATTATTCGTAATAGAAAAAATTATATATA ATAGTAAATTTTTAATTCAAATTAAATGTTATAATTATGGCTTAATTTAG TTGTATCCCATAACAAATTATTGTTATTTTGTCTCTCTCCTTATGAATCT CGTTCTCCACTCTCGTTTTCTCTCTCGTCTTAATCGCTTTTATACAAAAT GTGTTTGTGTTTGTATAAAGGGAGAGAAAAGTATAAATATACATATATTT TCCATCCCCCCTCCCCCCCCCCCCTTCCCTCTTCCAAATCTCGCTCGCTC ACGCCTCTCTCACTGTAATTTATACAAAAAAAAGGGAAATGTATAAAATA CGTTTGTGTTTGTATAGAGCAATAAAAAATTATGTATTAACATATATTTT CGTTCTCCACTCTCCCCTCGACCAGATTTTGCTTGCTCACTCGCCTCTCT CGCTTTTTATAAAAACACAAATGTATAAAATGTGTTTGTGTTTGTATAAA GAGAGAGAAAAATGTATATACACATATATTTTCGTTCTCATCTCTTTCCT CTCCCAAATCTCGCCCGTTCACTCGCATCTCTCACTTTATACAAACATAA ATGTATACATTGTATTTGTGTTTGTATAAAGCGAGAGAAATTTATATATA CAAAGACAAATGCATATATTTTCATCCTATACACTTATGATTATACAAAT ACGATCTTTGCCTAGTTTTCTTTTGTCTTTCTCTCTTTCTCACTTTATAC AAACACATATTATACAATTGATCTTTTGTATATATATACCAAAGCAAATT ATGCAACTGCTTTCTTTTGTATATACATCACGAAATTATATAATTGCTTT CTTTTGTATATGTACAGCGAAATATGTATATTTATGTTTTTTTTTGTGCG CAATTACATCAAAATTATATCTAAAACACGCAAATATAATTTTTGTGATG CTATATTTGAAAGTTACACTTTTATAAATGGCGAACTATGAATGTAGCCC ACATGTACATTATTATAAATTATACGGAAAAGGGCCTAAAATACCCTTAA AGTATTGAAAATGGTACAAAATTACCCTCCATCCACCTATTGGGTCCAAA ATACCTTTGTCATCCACCTTTTGGTTCAAAATTGACCACTTATTTAACGG TTTTATATTTAAACTATTTAAATATTTTTTAAAATACGTGACGCTCAACT TTTTGTTATAATTTAACTTATTAGCATAATTTATAAATCAATCCACTATT CACTCTATTACTAATCAAATACCTCTAAATTAATGAATCCGTCACATTAT TAATGCAAGCTGCTGTCAATTGAGTGTTTTTAAAAAATTTTGAGGTAAAT TATCATATATTCAAGTGGCTAAATAAGAATCACCGATAAACTTAAAAGTC TTACTATGTTCATTTTAATTATTTTTACGTCTCAATTATGTGATGTTACT TCATAGGTAAATTTTTTTCAAAATAATATATTAAAGGTTTTAAAACAAAT CATAAATATTTATAAAATTATATTTAAAAAAAGTGCATGAATAATTTGGG ATGTATTACTTCTTTACCTTTAATCATAAATTTCTAATTCAATTTTGAAA AAAAATGTCCTCCTAAATAAGCGGCTCAACCTAAATTTAATTGGGGTTTC AATTCGGACTCGAATAATTTTGAATGTCATTTTCAGGATTCTATAATTTC ATCGTGTTTTAGTAGTGTTTATGACGATTTTAATATTATAATTGGATTAT TAATTGGGTGAGGTTTAATTAGTAATGAATGAGTAGTGAGTTGGTTTATA AATTATATTAATAAATTATAATTATGATCAATAGTTGAACGCCAAGTATT TCAAAAAATATTTAAAGAGTTTAATTTAAAACAATTAAAAAAAGTAGTCA ATTTTGAATCCAAAGATGGATGACAAGGGTATTTTGAAGCCAATAGGTGG ATGAAAAAGACATTTTCAAGCCAATAGGTGAATGAAGGATAATTTTGTAT CATTTTAAATACTTTAAAGATATTTTAGGTTCTTATCCGTAAATTATAAT ATCTTACACTTGCAATAAAAGGAATTGATCCATATTTTATCACCAGCAAC GGCATTCTATGATTGCTGAAGAATATTAATAATGTTTGAAGTGCAGCATT TTAAGAAAGAGGACATTTGATTATTTAAACAAAAAGAAAACAATTTAAAG CAGGTTTGCTTTATGAAAATATAGAATAATACGCAAAAAAGAAAAAAAAA AGTAAAAAGCGAAGCAAAAGAATTGGGTCAAAAAGAAGGACGCGTGGCGT CGTTCTTCTCCAGCCAACAACCCCTAAATGGAAATCTAGCTATGTCCTTT TATTTAATTCTATACTTTTCGATTTTTTTTGTTATAACTTTGGGGTATAA TTTAAGTAATTTTTTTTTAACTTGGATATAAATTTAAGGAGGAAAAAAAA TTGAATTTTATGATCTTGAATTAAAAGAATGCCAAATTTATTAAATATTT TATAATATTATAATAAAATTAAATTAAAGAGATGCTTAAAAGAAAAGAGG CAATTGAAAAAAAAAGACGAAAACATAATCAGTTTTTAGTATGTATAAAT AAAAAAAAGGAATAATTGTATATAACAGCAAACTAATAACCTAAAATAAA TAGAGTAGCTACTGTTTGATTTAATTGTACCCCATAGCAAACGTTTGCCA AAGTTTGCCAGTCGTCTCTCTCCCAAAACTCTCGCTCGCCACTCTCCCTC TGCTCATTTCTCTCGCTTTATACAATAGAATTGTATAAATTATGTTTTTG TTTTGTATAAAGCGAGAGAAAATTATATATAAACATGCAAAAACATATAT TTTCATGTTATACACTTAATTATACAATTTACGAATATTTTACTTCGATT CAATTGTATAAAAAGGCAAATTTTATATAAATATTGCAGCGAAAAGGCCA ACGAATTATACAATTGTAGTGAAATACAATTTTCTTTCGCCTTATACAAC AAAAGTCTATAAATTGTGTTTTTGTTTTTATATAAAGCGAGAGAAAAAAA CATATATCTTCTTCTTATACACTTATAATTATACAATATACAATATACAA ACATTTTACTTCAATTCAATTGTATGCAAAACAAATTTTATACAGATATT GCAGCGAAATAGGCCAGCGAATTATACAATTGCGCATTAATTGGCCAGCG AATTACACAATTGCAGCGAAATAGGCCAGCGAATCATACAATTGTATATG TATAGCGAGAGCTGCGAATTAATTCAATTTAGGCTAGCAAATTATACAAC TGTATATGTATAGCGAATCATACAGTTATATGTTTGCTATAGAGCGCATT ATGCAAACTTTGTTATAGCATATAAATATGAAATTTTTGTTTGCTATATG TGAAAGTTGCCCAAAAAAAAACCCTCTTTCTCTAACTCTTTAGTTTAATA TAATTTTCACATGATAAATTTAAAAATATCATAATTAAAAAATATTTTGA TATAATCCTTAATTTACCTCTTCTGAAAATAGAAGAAAAGGAAAAGAATT CCTATTTACAAACGCGGGTAATTAATTGACAAGTACACGAGTTACGTATC ATATATGGAGGTTACCAACTTATACTTGGTCTAAACACTCTAATAAGAGC CTGTTTGGCTCAGCTTAAAAGCTGGTTAAACTGACTTAAAAGTTGGTTTT TGACTTATTTAGCTGTTTGGTAATACTCAAAACAGCTTATTTTAAGTTAA AAAAAACTTATTTTAAGCCAAAAGTTAAAAGCTGGGGTAGGGGTGCTTTT TTTTTAGCTTATAAGCTGTTTTAAGTTGACCACATTTTTATCTTTTTGTG CTTAATATTTTTGTATAATCTCCAAATTACCCATATAACCCTAACATTTA TTTCTTCCATTTTTCCCTTTTCACGTTTGACATAACAACTTCAGCACTTT TATCCAAACGCATAACTGCTTATTTTAAAAATAAGTTTCAGCACTTTTAA AAGTACTTTTTTAAAGTTACTTTTATTAAGCCCATCCAAACGGGCCCTAA TTACTTTGTAGCTTATTTTAACTAACCCAGAATCCAGATAAATCTACCAT TCAAAGAAAAATCACCTTATAATTATACTGTCCATTCACATCTAATTAAT GACACTTAATTTATACAGATTAGATAATTAAAATGAAATAAGGTTACTTT AAATAATTAAAAAAAACAGGAAACCATCTGGAATCATCACTTTACCTATG TGAAATAATCCATGATTAATAGGTATACATCTCGCATATATTCAATGGTT AGTTTTTCTTCAGTTTTTTTTAATCACGATTCTATTAAATTTGAAATATA CCACAATATTTGATACTAAATGTAAAGTGTTTTCAAACAAAGACACTATT GATATATTTAGAAATCAAACTCAAATATATGATTAAGTATATCTTTAATT TGAGCTTTTTCCTACAAGCAACTATATTCAGATAAAGATGTTTAGGTAAT AAACAATATCTCATTAATTGTTTAAGCTTAATTATCAAGCAAAAGCAAAT TTTACCCGTACGTAGTACTGTAACTTAACACACATGCCTGGTCCGTGGAT AAGAGGCTTAATATCAATGAAATTGTAAATTATAGTATAGTATTTGTCTT TTTTAAGTAAAACAATATTTTATCCATCGTAATAGTACTAATGTCATAAA ACGTTGCCCACTATCACAAGTAAAGGTAATTTATTGAAATGAAATTACTT TATGTGGACAATAACTTTACTGTTATAAAAGACACAAACGATAATAAAAC ACATCAACCGAAGAAAACAGCACAGATAATATACAGTTTTCTATATGCAT CTTATGAGGCTGGTTATGTTACAGGTGTCCTGATGAAGATATATATATAT ATATATATATATTGTCTCTAGTTTCAATAAAGCATATAACAGTGTGATTA CAACCTAATACAACCATGTCCAATAATTTCAATACTAGCTACCTAGCTAG CTTCACTAATTAAGTTACTTTAGTAGTAGTAGTTATCTTTAGTCATAATT CCTATCCTGTACTGACTATATATATGTGAAAGGAGAAACAAATTAAATAT AACACAGAAAAAAATGAAGAATGTTCAGTAGTCAATAATTCAATGTTTAT CATGTGATCAAACTATCCAATGAATATTGTCTATTTTTCTTTGACTAAAA AGTTGGCCAGACGATTATTTTGAACAAACTAGAGGATAATAATGTAGAGA ATAATCCTCAATCTTTTCGAGAATGATAGAGTAGGAAATTTCCTCTCTAG TGTGCAAAGACCCTTAAGAGGAGAGCTTAATTCACAATATTGTTCTAAAC ATATTTATCTTTTTTTTTTATTTCAAATTTTGTACATGCCTACTCTTCTT TCTATTGTAGATATTTATTTGGAAGTCAATACGTGTATTTGATATCAAAA ACAAATTCAATGTCTGGGTATGGGATGCCTTTATGGAAAATATTTAGGCA TTCAGAATAGGTGTTGTAGAGAATGAAAAAATTCTATCAAAATGAAATGT GGGAAATGATGTGATACAATGGGATACAAAATGAAAATTTTATGTTGATT AGATAAATTATTGGTGTTCGAATAAGTTAATTAAGCGATATTACAGGTTA AAATAATTGAGTGTTGGAGGAACTTTAAAGTCTAGTATACGAGAAATCCT CGAATTAAACAGCACTTATAAGTTTGAGACGTACTTATTGATTTCTTAGT TGTAACTTCTAAGAAGAGTTAACATGTAGGGTATTAAAGTTAAAGCTGAA TAAAAGTTTGTTGTGTATTTCACAATTGTTAATTACCAGCAAACATTTTT GCCCTAGCTAGATTTAGTTATCAGCCAAAGCACACTTAGGGTTTTAATAT ATAAAATTAACATTACCTGATGTATTCCTCCCTCTCCTATTAGATTGATT GAGTTACTATAGCGATACAAGGGTTCAACGGCCCAAGCTAAGTGCAGCCT TAGCATCAAATTTCCATGCAAATCCCCCACAGTCCATCTTCCATACATCA CAAGGCATTGTCCTTGACTGCTTCACTTTATTCCATGTATAAACAATTCT TACTATGCATGCAAAACTTGGCAATAATAATAATACTGGTGCACGCTTAT CCTCCTTCACTACTAACCGCACCACCATCTCCGTCGCTTCTCCTCCCTCC TCTTCCGGATCTATCATTCTCCGGTACGCCAGATTCACCCACTTCACGCT ATCTAAACCGTCCGATATGAACCCTGGACACGTGTCACGCTGTAGATTCA TCATCTTCTCCATGTCCGTACTTCCTAAAGCTGATAAATCTACAAAAGTA GTGTTTGTTAAACCGTCCACCGTCACCCATGATTCCACAACCATCGGAGA TCGGATCTCTACGGACGGATCTGGTGCACCGATCGATAAAATATTTTTAT TTATCCATATAGATCGGTCTAATTGCACCAAAAAGTTGATAGTTTTTGGG TAGGATCTGTCCTCCGGCGAAGTTTTAACTCCTCCGCTACTTTCCGGCAG TAGCTGAAGAGTTACCACCTCATCCAGCAATCCATCACTTTTTTCTTTTT TATTATTCTTATTTTTCTTAACTCTAACGTACTTTCTCTTGGTTCTTCTG TTTGCAACCACATGAGTTTCCGGCGGGCCAGAAGAATTATCTACGGGCTT GGGCGCAATAGGCCGGAACCTGAGCATCATCTGGTTGATTAGGGTGGTAT CTTTGGGTGTAGGTGTGTATCCCGGCCCGGCCCAGGTATTTGCAAGGTCC ATTCGGGCTGTTGTAGAGCAGTTTTTAGATAGAAGTTTTGCCGGATGCCG AGAAGATTATCATAGTTACAGGCATAGTTGGGTAGTTCGTAGGGCACCAC GTGTCTAGGGTTAAACTTAAACAGTGATGAGATGTGTGGGTCCCCAGTAG CTGCGATTGGTGCGCCAGTGATAGGAGGTCACGTAGAGTGAGAAGCACTG AGGAAAAAAAAAGGTGTGCCTTGATAGAAGCAAAGTGGGAATGCTTTTCC ATTAATTAGACGCGTGTCCATTTGTTTTTATTTTTTTTTCGTATAACATA TTCCCACTCTTCATCGTCAATCTACTGACAAGAAATAATGAAAATACTTA ACAAAACTAAGAAATAAAAAATATTATACTATTTAGAACAAAGGATAAAG GAATGTACACAAGTAAATAAATTTACTCAAATCATAGGAAATGCAAATGC TAAGTTATTGTGTTTATAAAAATAATGTTTTTTTTCATGGATTCATAAAA CCAGTGAGGAGAAGGCACGGGTTTATTGGGCGAGTGGATGGTTTTTTAGA TCACAATTAGGTCCCACACCATCAATCAAATCAATTAAAATAGAGGTTAG GTGAGGTCACACAACAATCACAATTAAATTGATTTGTGATTGGAGATTAC ACCTACTACTACTACTCACTACACTCATAGAATCTGATGCCTCTAATTAT CTTTGCATTCATATGAATTATGAAAGTGAAGTTCTTCCTACATATAAAAT TATTAATATTCTTGCTTTTCTCGTTAATATAATATAACCAATTAACAACT TATCTATATATTTAAGTTTGCTTGAAAAAAGAAGCAAGTTTATTGCTACT TAGCTTGTACTATATAAAATTAAAAAACCAGACTACTAGGATATGAATCA TGAGTTCAGTAATCCAATAATTTTGCTTCAATTTTTTTTTTAAAAAAATT AATAGAAGTGTACAAATTATTAACTTGTAGAAACATGTCCCTGAAGCACA CTGAGGGTGAATTGTGTTAGAGAGGGGTATATGAAAACTATAATTCATTC AAAGTTACATATAATAGTTGATGAAATCTAGAAACCAAAAGGAAAAACAA AAAGCCTGCTAGAGTACTCGACCATATATATACATACATGAGTTCGACAT GTCTAATCATGTTTCCCATAATTCAAACTTACTAAACTTTGATATAAAAA GCTACAATAGATTCTTGAGTGTGGATTTTATTGATTTTGACAGTGCTCTC GTCATAAACTAATATTTGAGGTTGAGTTAATTAGACCCAAGATTTATTTC ACAATTTTATTAAACAATCAACACGATAACATACAACCATGCTACAATAT ATATTGCCTGGCCTCACTCGATAACATACAAACAAACATGTTAATTACTT TATTTTTTTATATCTATATATAAAAAAGTGATATATGTATTTGTTTGTTT ATATGTTTTGAAGAAAAATAATTTTACCTGAAGTTGATGGTTGTGTATAG CATGAGTTGCTTCCTCTTGTCTCTTGAGAGTTGAGAATGATTATATGTGA AGTGATCATTTATGTATAACTTCATTTTTCTTAAGAGTTTTGAGGCATTT GAATGCATATATGTTGCGTCCAATACTCGTTGGGTGTAATATTATATGCT TACACATTCATATAGATGCTTCCATTGAGGTATCAACATTACACATGGCA TAATATTGAAGTCTCTAGACGAATTGCTTGAACAAATATTATTATAATTA CTTAGTAAACAACGTTTTCTTCACCTTTAATTTGAAACATTATATTAATT TAAATTTTTTGTATCCAACGCTTCATCTGCGTGCATCTACACAATCACAA ACTTTAATATAATATATATATATATATATTTTTTTTTCTCATTATTTTTT CTTTGAAAATAGTATAACATTTGATATGAAAAGTCTCTGTAAACCGCTTT TGGAAAGTGAGACATAAAATGAGGGGAATTGTTTGCTACACCAGGTGTCA TATATTTGCTTGATTGCTTCTCTCCCCGTTATGTGGTCCTTACTCCTAGC AATATTCTCACTTAAGTATAGTATAATTGATAATAATAAAAGAAGCCGCC ATTGATATTTCTTGGATGAAAAATTATATCGCATATATTAATAAAAATTA ATTGGTTGTGAAGTATTGCATTAAATTAAGTCAAAACTACTGATTATATA TGATGGTGTATTATGGTTATCTTGAATGGATGTGTTCCTACTTGTTACGA CACGTTAACTCTATGTTACTTGTTTTAGTATAAAAAAAATTAGTAGTGTT TTTGTCTTGAAATTGTATTGTGGCTTTGTGTCACTTATTTTACTCCCTCT GCTTCACAAGAATGGCCTGATTTCACTTGACACGAAGTTCAAAAATATAA AGAATTTTTTTAAATTTTGTGATTCTAAACTAAAATTAGATCAAATATAA AAATTGGTTTTTGATCCTATAGCACGAAACATGCAATGTGAAAAACGAAA ACTAAAATATTACCAAAACAAAAAAAAGGTTATTTTTTTGAAATAGAAAA AAAAAAGCTATTTTTTTAAACGAAGAAAGTAGTACAAATGAAATTAGTAG TGTTTTTGTCTTGTAAAATTGTATTGTGGAATGGAGAGTGGACACCTATG TATTTGTCGTTTACGAGGAACCTTAAAAGACAGGAAATCTAGTTTTATAT GAGATCAAATCTTGTGAACCAATAAATAACTAATTTGCTTCAATAATTCA CCCATACCCAATACAAGGAATTGAATTCAATTCTTCTCTTTATAATTTGA TATTAATGGAAAGGACGCGTGGCGACGTTGAAAGCTAGATGGAATAGACA AGTTGGGCTTATAGTTATGAGTATGTGGAACATGGCTATTGGCTGGTTTC TAATTGGTTCAAAAAGCACAAGTTGCGTCTCCTTCTAGTTACCTTTTTTC TTCATAAAAAAAAAATTAGGAGAGAAGAAAAAAAAAAACGCTATTCGAAT GTGATATTATACCTTACAAGTGTACGTTGACTGTGGCCTCTTAATAACGC CTCTCCTTCAAGAGTGACAAGAAATAGTGACATATAGTGAAGAAAGAATA TACTAGATGACAAAAATTTCCTCTGCTTTTCAAGAAGCTAATCTAAAAAT TGGCTATAGCCATTTCAGAATATGTCAAAAACCACCATCTACATTTAAGT CACTTTTTTACTCCGTACTAAACAGAATTTCAATGAAAAGGCAGCGGAGA TTATTATACAGAATTATTCATGGCAATACACGTAAACTGCAAATCCGCCA ACCCAAAACAATAAACTTACTACTAAATATTCTTATTTGATTAATCGTTT TGGTAACCCTTGGAATAGGTTCTTTTTACGTGCAATAAAATTGTATGTCA AGTCACAAAACTATAAATCTGGAGAGCAAAGTTTCACAACAGTCAGACAG ACAGCTCACAAACAGGGATTACAGCTTCAAAAACAAGGCGAGAATGTCTC CCCACTATAAAAATCACAACTTGAAAATTACACGGGCCTCTTCTTATTTG AACTCCAAATATAAGAAAATTTTAGCCTGTTTGCTTTACCAAAAACCAGG CCATTCAAGAGTAAGACGCCAAACAACAAAAACATTTTGAGAAAGATAAT ATTATTTGCCTGCTCCACAAGCATTTGAATAGGGGATGTTCTAATTGACA ACATCAAGGACCAGCTTACGTGACTTGAGAACAGACCACCTCAAACGCCT GTAGTAAGCAGCTTGAAGCAGTGCAAGGGACAGTACAAATATCCACTTGA AGCCCATCTGCAGTGGAAATGCAAATACATCACAAACTACCATATAGTAA TAACACAAACATCATCATCTGTGCAAATACCAAAAACAACAGACCAGTTT TCTCTCTTCCATTTCTGGTTCAGCAGCCCAAGTTAAAAATGACACCACAT CTTTCCCCATCTACACAACGATACAAGGAAAAATTAGCTTATTTATACTG AAACATAGTAGTGTAGATCATCTCTATGAAACTACATGCAGACACCCTCC AATCAAGTGACAAAGGGACCAACCTGAGCTTCTGTTGCAGGGACACCATC TTCATACTCAACAGCACCATCATTAAGCATTTTTGGCATTGCAATAGCTC CACCAGGGAAGTAAGGATTGTAGTGCAGTCCTTCACGAATCTATAGTATG GTTGTAGCTTGACAGATCAGTGAAAGAGACAAGGAACGCCAGTATTGTGT GGACAAAAAAATCTAGTAATCTAATTATCTTCAGCTAATAAAATGGTTGA CTTGATTATATTATGCTCACAAACAACCACAACAATCAGGAAGCTAAGTA AGCAAACCAACAAATGCACCATGAGATGTTTCTAGAATGGAGATCCTAGA TAGGATCATTTTAGGATCCCATGATGGATCATAGTAGGACTTCAAGATCC AAGCAAATATACATGGTTAATTATTATATTATACGGTTTATTTGCACCTG TTGCTCTTGGAATTTGTTGCACAGCCAATACAAGATAACAAAATACAATA TGGGAATTTCATACAGCTGACAAATTAGTAGGATACTAGGATCAGTGTGA CGGAGTGAAACCTTAAGATCTACTGTCTGAATTTTATCTAATACAATCCA ATAAACAGGATCATAAACTCTCATGTGAGATCCTATGCAACTAAAGGTGA TCCAACATACTCTGATCCTCTCACTACTCTATTTCCAGAAGTGATTTGAT TAAATTAATGAATTTGTACTGTAGGATTGTTGATTTAAATTCAAGTTGCA GCTTAAGATTACATAGAGTAAGATGCCTATCAGTGTCAAAGCAGTTCAGA AACCTGTCCTCCTGTCCTCTCAGCTGCAGAGTCAAATACATCAAGATAAA GGTTGGAGACTTATCCTACTTTGTTTACAGTCGGAAACAAGAAATCACTG TGTCACAATGTTCTTGTGGCACATGTTAGGAGTAATTTCCTTTTTTTACC ACAACACAAGGTTACATAACAAAAAGAATTTTTAAAAAATAAAAATTAGA GACAACATTTGGATTCAAATGTTTAGAGAGAAACGTGAATGAGAATTACT TCCACTTGAAAAAGTTGCTCAGGCCACACAACCAGCTATGTAATAAAGGG AAAAAAACATTTCTACTAAAAGGCCCATTCTACCACTCAGGGATTTTCTT TGTTATCAAAAGAAAAAAAATCATATGGGAAGCCAAAAACCAAAAGTGCA GAAGGTATAAAGGCTTCAAGATTGAAAACTTAAAGAGTCTAAGATACACA AAGGACAAAGATGCATACCGAAACACCAGCAGGAGGATCACGATAGCCAG TAAGAAGAGCAAACACATAGTTTTGACCATTATGGCGTGCCTGAGAAACA GAATGAAAGCTAAATGGGGCAGATAACAGTAACGACTGAAATAGGAACAG AAAGGAGATTTTTCTTTAAAAAAAACAGAAACAGAATGGCGGAAATACTT TTGTAATAAGACTTAAATCTGGAGGGTAGGCTCCCCCATTAGCAAATCTA GCAGCTGCTTCATTTGGATATGGCTGAGGAAAACGATCACTCAGTTTACC AGGACGGGTAAACATTTCACCCTCATCATTAGGCCCATCCGCCACCTCAA TCTCAGCTGCCATAGCCTTTACTTCTTCCTCTGTATATGCCACCCCGACC AAGTCACGATATGAAACAAGTGACATTGAATGACAAGATGCACATACTTG TTGATAAACCTGGTGACCACGACGAATCCTGTTTGCCAAAGAGCAGCACA AATAATTCAACTAAAATACAACTATATAGCTAGTTGAATTCTGTAAGCAG GTCTTGATCACTTCCTTTTTATCCTGGCAGTATAAATTTAAGCAATGCAC AATATCTTTTTTCTTCTTTCTACAAGGTAATGTAAAATGCAAAATATGAA GATCTGCTTATTCTTTGAGATGAAAAAGCTCCCCACTAGACACAGTATAG GAGTGTTTTCTCTGATCGGCATGGGCCAACAAGTATAAGCTTGGCTTTCT TAGCATGGCTCTTTTGACGATTCAGTACATGGATGTCATGAATCTTTTTT TTTTGAGAATGATAACTTAATGGATGTCATGTATCTATTGGCGTAGAATA TGGAATCTTTTCTACATAAGCTGGTTAAATATGCAAAAAGTCTGGATGTA CTATATATTGGGCATTTTGAAATTAAAGAGACAAGAAATACAATTGTAAA CCAAATGAGCAGCAATTTCAATAGTCGGTGCTTGGCATTTTTTCCATATC ATAGAAGAAGCTTCCATTTTTCAGGCCAAACATGAGAATGGAACAACAAT TCATTTAGAAAGGTCTTTCCATGCTATGCCATAAAAATGCATATTGAATG TAGTGTACTTTAAGTGATTGACCCATATTATTGTTGAAATGCACCTGGCA AAACCCTCTATCACAAAATCTGCAGATACCCTGAAATCCTTATCCTTTTC TTTAAAGGGATGGAAGTTTACACTTAACAGAACATTCTTTATCAGAAATA CACGTAAAAGCCTGACATCTTTATCCTTTTTCCTGATGGGACAAGGAAAA GGGGGGACGGGCAACTGAAAGCAGAGAACAAAAAAGACAACAGAGAGCTT TATTTATCAGAAATACACGTAAAAGTCTGACATCTTTATCCTTTTTCCTG ATGGGACAAGGAAAAGGGGGGGGGGGGGGGCAGGGCAACTGAAAGTACTG AACGAAAAAGAAAACAGAGAGCAAGGGGGAGGGGGGATAAGAGATTCACG AGAAACTCACGAAGCATGATCGTATGAACTAAGAATGCCTGCATGAGGCC AAGGATAGCTTGGGCATTCCAATCCGTGTTCAGCCTCATCAGCAGATGCT ACTGTCGCAAAACCTAGAAGTCCAGATACACCCGCTCCAATGAGTGCTAA TGTTCTGAAGGACTTCATGCCAAAAGAACCAAATTCTTCTTGAGCTTTTT TGGAAACAAAGGATGATAAAATTGGAGATGCCTGAAAATTTATGTAGTTT TAATGAAAGATTTGTACAACTTGAAATTGATAGGACCCAAGTCTTTCAAC TAAATCAGTACCAATCACAAAATTTCCCACATCAGATATGAGCTCTAGCA CAGCTAGTGGTGATTTGTCGAACTACTTATTAGCTTATTGCCGCAAGAAG GATGTTATGTTATCAGGTAGTACAGCATGTTTAACTATATATGCCAACAC AACCAGGAAAAAGCAGACCGCATTCACATAAAACAATTTAATGCAGGGTC ACAAAATGCTGAGTCCTTTTTTCAATTTGCATTGTCACAGAGAACTTTCC AGTTTGCATGATTGAATATATTGAATACAATTTTAGTACACTTAAACTTT AATAGAACCCACTTCTATTAGTCTTAAGAACACTAATCCTCTATTATAAT TTATCCTTCTATTACACAGAAATCAAAACATGACCCAACATATTGCGGAA CAAAAAACTAAACAGCTCTGAAATGTGTTCCAGTTGCCAATGAAATGCAC TTCAAATACGAGACATCATTGTACAAAAAAAAGCATTTTTTGAAGAGATT AAGAGAGTATGCACATTGAAGGCAATAAGTCTCCTTATATACATAAACCA AAGATTCAGAGTATAAGCATCGGCTACGAAGAAAGAATGTACAGCCATAC CGTGGATTCAGATTGAAATTTCCTGCCTAGTAAGCGATGGACTGCTCTAC CTCCCAACATTGTTAGTCACGCCCTCTGTCAGGAAATCAGAAAATTAAAA AATAGGAAACAAAACACAACAGATTTGATTATTTTACTCCTAAGTCAATA CGCCTAAGAACGGACTATTTATTTAACCTAACTCATTCTACAGTTCCTTA TTCCCCTAGCAAACAACTTTGTGCGATCTGCAAATTCGTTCTACTCAAAA CACCGTCAACAAGTAAGGGAATCCTAGGGTGCTTTTCAAGATGAAACAAG CTAGAGCTTCGAAGAAATTGAGGAGAGACGAAGGGATAATATCTCACCGG AAAAGGACCGTAGAGAGGGTTGATCGACGGCGATAGGACAAACAGCGCCT GAGAGATCCGGAAAACCAGTCTAGTCTTCAAAACTATTCAGAAAATTCTA AGAGGAGGAGGTTTTGCTCCAGGACGAGCTGTTCTATCTTTCTCGTTGGG CCTTCCGATAATAAATGGTATTGGGCCCAAAGAAGAAGATAACCCAGCTA ATTTAATTGGGCCTTTGGAGGATCAAAGAAAGTTAGAGAACTGAAGTTTA ACCATGTAGTAACTTTTTGTTTAGGCTATAGCCGTCACAAAAAATAATAC AGCACACGTAAAACATAAAATCGAGAACGCAAGTTCAGTAACTTAAAACA TAAGGCGGAGGTAGAAATAAAGATAATGCACAAATCATATCTTAAAGAGG AAGACTAGTCTTTTAATTTAAAGAAACAAACAAAATGATGATTATGTTGC ATATCGTATCAAACTAAATAAAAGTGAGATTTTTTAAATAATCTATGTGA TGGATAAAATGAGTGAACCATGAAATGGTTCAAATATGTGAAGTGTGAAG AAAAAGAAGAGCGAGTACGTTAGACAATTTTAACTTACTAAAAAAAATTA ACCTTGAATAAAAATATTTAAAAATTAACGACTAAAATAGAAATTTAACA GAATAAATTTTTTTTTTTCGACCAAAAGAAGAGGGGAAGGAATCAGAAAA AAAAAAAGAAAGAGAGAGAGGCAGAAAAGCAAGGGGCAAAGTGAAAAACC ATTAGCGGCCGCGCTTCTTCCTCTTAAAACAATCCTCCAATTAATAAACC TATCTTATATCAATGGCGCAAATGGGTATTCTTCCCAGGGCTCCTGTATT ATTATTACAACATAATGATAAGATCAACAGCAAAGCACAGTTTCGCAAAA CCCATCATTCTTCTTCTTGCATTTGTTGCTCTTCTAGCAATTTCCTTGAC CCGCGATTTTCATTCCGCTTCTTCTTCTGCTTATGTTTCCCTTGCTACCA CTTGGGCTCCTGACAAGTACCGTATTAATGTCTCCAATCAGGTAAGTTAA GAGCATTTGGGTTGCTTCAACTAATTACTACGAAATTATGATCTATTTTG CATTTTGTAGAATCAGGATGTAGGAGGAGGAAGTAATAAGGATCGTTACC CTGAGAGAGCGTTATCCATGACCTATGCTGATTTGCCTGCTCCTGAATTG AAATGGGAACAGATGGCATCTGCACCTGTGGTTCGTTTGGATGGCTATTC TCTTCAGATTAAGGATTTGCTTTTCGTTTTTGCAGGATATGAAAACCTAG ACCATGTAAAAATCTTTTTCCCCATTTTTTTTTAATTAGATTGAAAATTG GCTAGTTAACTATACTAATTACACTATCTATAGGTGCATTCTCATGTTGA TGTTTACAATTTTACATCAAATACATGGACGGAGAGTTTTGCAATACCTA AAGATATGGCAAATTCACATTTAGGGGTGGCTACTGATGGAAGATACATA TATATAGTGTCAGGACAATATGGTCCCCAATGCAGGGGACCTACAGCGAA AACATTTGTTTTGGACACACACACCAGAAAATGGGAAAGCTTGCCACCAT TACCAGCACCAAGGTATGTATCCTTGCTGGCTTATCCAAGAACACATCTC TTTTGTAACATTAAACCTAGACTAGATTGTTACCTTATTTCTTAAATAAT CACAAATAGAGATGGAGGTTGTTGATATAGTATCAGTTTCTTGTGCACCT AAAGGTGTGTGACCTAGTGGTCAATGAAGTGGTTTAAGAAACTGTGGGTT GTAGAGACCGACAAGATAATCTGTGGTTTAGGCGCACATCAAGGTTTCAA ATTCTGCTGCAGATAAAAAGCCTGGTATTTTAAGTGGAAAATGGTAAGAG GAACGCGCCCATCATCCATCAAGTTTCTAACTAGCCCATCATCCATTTAG GTTCTAGATTAGCATCACATCATAGTGATAGCATATTGAAATAATAAGTA GCTTATGATGAGTTTGATACAAAACTAGAGTAATGACTAGGGTTTTTTCA GGTATGCACCAGCAACTCAGCTTTGGAAAGGCAGGCTACATGTGATGGGT GGAGGCAAAGAGAATCGCCACACCCCTGGATTAGATCATTGGAGTCTTGC AGTAGCTAATGGAAAAGCCTTAGAGAAGCACTGGCGCAAAGAAGTACCCA TTCCTCGTGGAGGACCACATAGGTTTGTCAGTTGTTCTTTCTAAGGCTAT AGCCCTTGTTCCATTATACTTTTATGAGGACTTTAAAAGCTAAAACTATG TTGAAGGTTATACTTGATTAGTTTGAGAATAGTCATTAACATGAACTTTG GTAAATATCAATTCAAAATGTCTAACAGGTCCATATTGAAAATTGTGCTC TCCTTTCTTTAAAAGTATATACCCTGTTCTGAAATGCAATTTATTTCAAA TCCTGAACTTGAGGCTATTCCCTACAGGGCTTGTATTGCTGTTGGTGATC AGCTCTACGTAATTGGTGGTCAAGAGGGTGATTTTATGGCCAAACCTGGC TCCCCTATCTTTAAATGCTCGCGAAGGTTCGAGGTATATGTTGCTATAGT TTTTATCTAGGTTCAGTAATCTGATTATTAAAGCTCAGGTATTCTTGTTT CAATCTGGTCAACTAAACTCGAGGTTGTGTCTTCCTTATAATGGTCTTGT CTCAAAGTTTTTTTTGGGAAGTTACTATAATTTGTATGTTTGTGACTTCA GGTGGTTTTTGGAGATGTTTATATGCTAGATGAAAGTATGAAATGGAAAC AGTTGCCTTCTATGCCAAAACCAGTTTCGCACATAGAATGTTCTTGGGTT ATTGTAAATAATTCTATTGTTATTGTTGGAGGCACAACAGAGAAGCATCC CGTGACCAAAAGGATGATTTTAGTTGGAGAGGTGTTCCAGTTCAACCTAA ATACACTGGTATTTTACCTCCTTTTCTTTGACTCCAATCAATCATCAATG TTGGAAATATCTCTGTCTTAATCTACATAATATACTTTTTGATGACGTTT CAGTTAAGCTT 1 122661 FBgn:temp47:C02HBa0194L19.2 gene FBgn:temp47:C02HBa0194L19.2-RA transcript heiko Fri Sep 01 11:20:36 GMT 2006 polypeptide FBgn:temp47:C02HBa0194L19.2-PA 43197 49132 exon 43177 43274 exon 45105 45201 exon 45321 45395 exon 45720 45787 exon 46470 46599 exon 46711 46815 exon 48933 49440 FBgn:temp34:C02HBa0194L19.2 gene Glucose-6-phospate-1-dehydrogenase full-length protein match heiko Fri Sep 01 11:32:35 GMT 2006 FBgn:temp34:C02HBa0194L19.2-RC transcript heiko Fri Sep 01 11:26:50 GMT 2006 polypeptide FBgn:temp34:C02HBa0194L19.2-PC 50882 56285 exon 50289 50351 exon 50848 51049 exon 51236 51321 exon 51672 51726 exon 51804 51990 exon 52229 52386 exon 52472 52540 exon 53210 53268 exon 53487 53523 exon 54080 54151 exon 54298 54445 exon 54600 54695 exon 55427 55497 exon 55787 55902 exon 55989 56034 exon 56121 56453 FBgn:temp34:C02HBa0194L19.2-RD transcript heiko Fri Sep 01 11:26:53 GMT 2006 polypeptide FBgn:temp34:C02HBa0194L19.2-PD 50882 56285 exon 50460 51049 exon 51236 51321 exon 51672 51726 exon 51804 51990 exon 52229 52386 exon 52472 52540 exon 53210 53268 exon 53487 53523 exon 54080 54151 exon 54298 54445 exon 54600 54695 exon 55427 55497 exon 55787 55902 exon 55989 56034 exon 56121 56453 FBgn:temp40:C02HBa0194L19.2 gene Lysine and histidine specific transporter heiko Fri Sep 01 11:34:22 GMT 2006 FBgn:temp40:C02HBa0194L19.2-RB transcript heiko Fri Sep 01 11:31:07 GMT 2006 polypeptide FBgn:temp40:C02HBa0194L19.2-PB 76159 78936 exon 76019 76197 exon 77157 77314 exon 77399 77791 exon 77876 78269 exon 78344 78449 exon 78527 78618 exon 78698 78766 exon 78841 79502 FBgn:temp43:C02HBa0194L19.2 gene FBgn:temp43:C02HBa0194L19.2-RA transcript Anni Mon Aug 14 12:27:48 GMT 2006 polypeptide FBgn:temp43:C02HBa0194L19.2-PA 119310 115244 exon 119731 119598 exon 119325 119251 exon 118581 118361 exon 117328 117049 exon 116940 116869 exon 115740 115624 exon 115510 115445 exon 115357 114868 FBgn:temp41:C02HBa0194L19.2 gene short UTR coverage 3' and 5' heiko Fri Sep 01 11:36:00 GMT 2006 FBgn:temp41:C02HBa0194L19.2-RA transcript Anni Mon Aug 14 12:24:42 GMT 2006 polypeptide FBgn:temp41:C02HBa0194L19.2-PA 91884 88322 exon 91898 91321 exon 91217 91169 exon 91068 90937 exon 89907 89840 exon 89723 89660 exon 89373 89290 exon 89161 89061 exon 88969 88903 exon 88804 88674 exon 88591 88313 FBgn:temp45:C02HBa0194L19.2 gene Full-length protein match heiko Fri Sep 01 11:22:26 GMT 2006 FBgn:temp45:C02HBa0194L19.2-RA transcript heiko Fri Sep 01 11:17:06 GMT 2006 polypeptide FBgn:temp45:C02HBa0194L19.2-PA 38671 33389 exon 38726 38456 exon 38334 38278 exon 38086 37992 exon 37387 37237 exon 36924 36799 exon 36683 36527 exon 36367 36307 exon 36225 35943 exon 35542 35417 exon 35122 34967 exon 34882 34636 exon 34558 34097 exon 33426 32770 FBgn:temp29:C02HBa0194L19.2 gene FBgn:temp29:C02HBa0194L19.2-RB transcript Anni Mon Aug 14 11:49:15 GMT 2006 polypeptide FBgn:temp29:C02HBa0194L19.2-PB 14199 2786 exon 14566 14394 exon 14221 13915 exon 12480 12235 exon 11416 11226 exon 11143 10972 exon 9192 9055 exon 8975 8798 exon 8657 8512 exon 8302 8126 exon 8025 7915 exon 7488 7369 exon 7271 7115 exon 6589 6426 exon 6321 6235 exon 4097 3769 exon 3421 3364 exon 3095 3035 exon 2790 2517 exon 2300 1770 FBgn:temp47:C02HBa0194L19.2-RA CTTCTTTGCTTGTGTGGGTAATGATAGTTGATTCTGCACCAGCTACAAAG CGCCAGAGATTCACCGCCGTTGATCCGATGGAGTTGGAATCAGCTAAGGC GAAGCTTGCTGCTGCAAAAGAAACGTTTGGACGTGAAATCCGTGTATTTG AAACAGCAACAGCTTCTTCAGTGCCTCCTGATGTTTCCAGCAATGTGTCA GAGGAGCCCGAAGACTTCTATGAGTTCACACCAGAGGATTATTATCGACT TTTGGGAACTAAAAAAGAAGAGAAGCACTTGAAGACGAAGAAAATTCGTG AGGCAGAAGAAGCTGCACGCAGAGCAAGGATAACTAAGGCTGTAATCAGA GTACGCTTCCCGGATAATTATATATTGGAGGCCACATTTCATCCGTCAGA GACAATCAAGAGCTTACTTGACCTTCTTGTGAAAGTGATTGCTCACCCTG AACTGCCTTTCTATATCTATACCACTCCTCCTAAGAAGCAAATAAAAGAT TTTTCCAAGGATTTCTATTCCGCTGGATTTATTCCTGGTGCTGTTGTTTA TTTCTCTTACGATCTACCCAAAGGTGATGATGGTGCTGCAGCATCAGGAT CCTATCTTCAAGAAGAGGTCATGTCTTTGCAAGGATTGGATTCTATGATA GAGAAGATGGAGCCTGGTGAACCTAGCAGAGATGAATCTCCAACTACCAA CCCCCCTCCTTCAGTACCAGATCAAAAGCCTGCTGCTGATAAGAAGAAAA TTAAGCCAAAGTGGTTGAAACTGTGATATGGTCGATGATGTCAGGGTTAT ACTATACTCTAATCCAGTGTTATATGTAATCCATAGCTTGTTCTGTATGT AATCAGTTGTCACTTTGCTTCAGATGGATAGTCAGTCAGTTGCTGGAGTT GTATGGCAAAAGCTTTGTTTGTTCTGTATGTAACCAGTTGTCACTTAGCT CAGTTGGTGGAGTATGCCAAAAGAGGAGGTTTGAACTTTGAAATATTCAA ATATAGGTTGAAAGTCAACTTTAGATGCTTGATTTGTCCATAACCAAATA TAAGGTATTACAATGTTTTACAATAACTAAT FBgn:temp34:C02HBa0194L19.2-RC GTGGTTGATCGGAAACTAAAAAGACGTCAGAGACTACGGCGGCGTATATA AGTCAAAGTGGTGATCACAACTCACAAGGCTGAAGTTGGTTGTGAAGATG GCGGCATCATGGTGTATTGAGAAAAGGGGTTCTATTAGGAATGACTCTTT TAGAGACAATGATAATATACCTGAAACTGGGTGTCTTTCTATTATTGTTC TTGGTGCTTCTGGTGATCTTGCCAAAAAGAAAACTTTTCCTGCACTCTTC AACCTCTATCGGCAGGGATTTCTGCAATCCAATGAAGTTCACATTTTTGG CTACGCAAGGACAAAAATTTCTGATGATGACTTGAGAAGCCGTATTCGTG GGTATCTTTCTCGGGGGAAAGAAAATGAAGGAGAAGTATTAGAGTTTCTG CAACTGATTAAATACGTCAGTGGCTCTTATGATTCTGGTGAGGGCTTTAC GTTACTGGACAAGGCAATATCTGAGCACGAATTCTCAAAAAATAGCACAG AAGGATCATCCAGAAGACTTTTCTACTTTGCTCTTCCTCCGTCAGTATAT CCCTCTGTTTGCAGAATGATAAAAAGTTATTGTATGAACAAATCTGATCT TGGTGGTTGGACACGAATCGTTGTTGAGAAGCCCTTCGGCAAGGATTTAG CTTCATCTGAACAACTAAGTTCCCAGATCGGAGAACTATTTGACGAACCC CAAATTTATCGCATTGACCATTATTTGGGGAAGGAGTTGGTTCAGAATTT GTTGGTGCTGCGTTTTGCAAATCGCTTCTTTTTGCCGCTCTGGAATCGTG ACAACATTGATAATATACAGATTGTCTTTAGAGAGGACTTCGGAACTGAA GGCCGCGGTGGATATTTTGATGAATATGGGATTATACGCGACATTATTCA GAACCATCTATTGCAGGTCCTTTGCCTTGTTGCCATGGAGAAGCCTGTTT CTCAGAAGCCCGAACACATTCGGGATGAGAAAGTTAAGGTTCTTCAATCA ATGCTTCCAATTAAAGATGAAGAGGTTGTTCTTGGACAATATGAAGGCTA TAAGGATGACCCAACAGTTCCTAACAACTCAAATACTCCTACTTTTGCAA CTATGGTTTTACGCATACACAATGAAAGATGGGAAGGTGTCCCCTTTATA ATGAAGGCTGGAAAAGCACTAAATTCAAGAAAGGCAGAAATACGAGTGCA GTTTAAGGATGTTCCTGGTGATATATTTAGATGTCAAAAGCAGGGGAGAA ATGAGTTTGTGATACGTCTCCAACCTTCAGAAGCCATGTACATGAAGCTT ACGGTCAAGAAACCTGGGCTTGAAATGTCAACTGTTCAAAGTGAATTAGA CCTGTCGTATGGGCAGCGTTACCAAGGAGTTGTCATTCCAGAGGCTTATG AACGTCTGATTCTCGACACAATAAGAGGAGATCAGCAGCATTTTGTGCGT AGGGATGAGCTCAAGGCGGCTTGGGAGATTTTTACCCCTCTTTTGCATAG AATTGACAATGGAGAGGTGAAGCCAATTCCATACAAGCCAGGCAGCAGAG GCCCTGCTGAAGCAGATGAGTTGTTGCAACATGCCGGTTACGTTCAAACT CATGGCTATATATGGATCCCTCCCACACTATAAGTTTGGAAAAGTATTGC AGATGAGTGCTACCTCGTCACTTTTGCCATGTAGTATCCTGCTTATGTGC AAACTTATTGAGAAGTAACAAACAGTCCGTGTACCACAAATATATTTGCA TGTAATAATCTCATCTTTTTTAAGCTAATAAATGAGAGAGTATCTGAA FBgn:temp34:C02HBa0194L19.2-RD AACCCCTTTCCTGTTTACTGCTTACTCTCCTTTTCAATACCTAAAAGTTG GTTTCTTGTCACCTTTATTCGATCTTGGTAGTTTATTGGTTGCGGAACTT TTGCTTTCTTTAACTTGCTAATTTGCTGGATCTTTCTTATATTATCCTCT GCTAATTCAGGTTTAATTATGCTTTACGTTGTCATCAACTGCTTCTTCAA ACCATATTCTTTTGTTTTTCTTGGATCATCCGCTTTCTTCTCTTGCTAGA GTAAAGTTAGTAAAGTTGATTACTTTATGCAGCCTGCTTAAATCTTATTA GCTACCCAATTTTCAGAATCTTGAGTGACGACTACTGTTGTTTTGATCAC AACTCACAGTATTTGATTGACTGATTATTGATTTATAGATCACAACTCAC AAGGCTGAAGTTGGTTGTGAAGATGGCGGCATCATGGTGTATTGAGAAAA GGGGTTCTATTAGGAATGACTCTTTTAGAGACAATGATAATATACCTGAA ACTGGGTGTCTTTCTATTATTGTTCTTGGTGCTTCTGGTGATCTTGCCAA AAAGAAAACTTTTCCTGCACTCTTCAACCTCTATCGGCAGGGATTTCTGC AATCCAATGAAGTTCACATTTTTGGCTACGCAAGGACAAAAATTTCTGAT GATGACTTGAGAAGCCGTATTCGTGGGTATCTTTCTCGGGGGAAAGAAAA TGAAGGAGAAGTATTAGAGTTTCTGCAACTGATTAAATACGTCAGTGGCT CTTATGATTCTGGTGAGGGCTTTACGTTACTGGACAAGGCAATATCTGAG CACGAATTCTCAAAAAATAGCACAGAAGGATCATCCAGAAGACTTTTCTA CTTTGCTCTTCCTCCGTCAGTATATCCCTCTGTTTGCAGAATGATAAAAA GTTATTGTATGAACAAATCTGATCTTGGTGGTTGGACACGAATCGTTGTT GAGAAGCCCTTCGGCAAGGATTTAGCTTCATCTGAACAACTAAGTTCCCA GATCGGAGAACTATTTGACGAACCCCAAATTTATCGCATTGACCATTATT TGGGGAAGGAGTTGGTTCAGAATTTGTTGGTGCTGCGTTTTGCAAATCGC TTCTTTTTGCCGCTCTGGAATCGTGACAACATTGATAATATACAGATTGT CTTTAGAGAGGACTTCGGAACTGAAGGCCGCGGTGGATATTTTGATGAAT ATGGGATTATACGCGACATTATTCAGAACCATCTATTGCAGGTCCTTTGC CTTGTTGCCATGGAGAAGCCTGTTTCTCAGAAGCCCGAACACATTCGGGA TGAGAAAGTTAAGGTTCTTCAATCAATGCTTCCAATTAAAGATGAAGAGG TTGTTCTTGGACAATATGAAGGCTATAAGGATGACCCAACAGTTCCTAAC AACTCAAATACTCCTACTTTTGCAACTATGGTTTTACGCATACACAATGA AAGATGGGAAGGTGTCCCCTTTATAATGAAGGCTGGAAAAGCACTAAATT CAAGAAAGGCAGAAATACGAGTGCAGTTTAAGGATGTTCCTGGTGATATA TTTAGATGTCAAAAGCAGGGGAGAAATGAGTTTGTGATACGTCTCCAACC TTCAGAAGCCATGTACATGAAGCTTACGGTCAAGAAACCTGGGCTTGAAA TGTCAACTGTTCAAAGTGAATTAGACCTGTCGTATGGGCAGCGTTACCAA GGAGTTGTCATTCCAGAGGCTTATGAACGTCTGATTCTCGACACAATAAG AGGAGATCAGCAGCATTTTGTGCGTAGGGATGAGCTCAAGGCGGCTTGGG AGATTTTTACCCCTCTTTTGCATAGAATTGACAATGGAGAGGTGAAGCCA ATTCCATACAAGCCAGGCAGCAGAGGCCCTGCTGAAGCAGATGAGTTGTT GCAACATGCCGGTTACGTTCAAACTCATGGCTATATATGGATCCCTCCCA CACTATAAGTTTGGAAAAGTATTGCAGATGAGTGCTACCTCGTCACTTTT GCCATGTAGTATCCTGCTTATGTGCAAACTTATTGAGAAGTAACAAACAG TCCGTGTACCACAAATATATTTGCATGTAATAATCTCATCTTTTTTAAGC TAATAAATGAGAGAGTATCTGAA FBgn:temp40:C02HBa0194L19.2-RB GTTTATAAAAGACAGATAGCTTCGATATTTTTTCCAAGTCTTCCATATTC ATTAATCTTCTTTCTCCTCCGTTTCTTCCCTTTTTAAAATTATTTGGTCA TTTCATTTTTCCGATTTAACACAAGTCACAACTTGTAGCCATGGGAACTC AAGCTCCATCAAATTACGATGACTCCAAGATTGATACAAGAACAGAAGAA GAGAAGGCGATCGATGCGTGGCTTCCGATTACTTCTTCTAGGAATGCAAA ATGGTGGTATTCAGCTTTTCACAATGTTACTGCTATGGTTGGTGCTGGTG TCCTCAGTCTTCCTTATGCCATGTCTGAGCTTGGATGGGGACCTGGTGTA ACTGTGATGGTGGTATCTTGGATTATCACTTTATACACGCTATGGCAAAT GGTTGAGATGCACGAAATGGTTCCAGGGAAACGTTTTGATAGATACCATG AGTTGGGTCAACATGCTTTTGGAGAAAAGCTTGGATTATGGATTGTTGTG CCCCAACAACTAATTGTGGAAGTTGGTGTTGACATTGTTTATATGGTCAC CGGAGGAAAATCACTTCAGAAGGTGCACGATTTGGTTTGCAAACAAGAAG ATGGCTGCGCTAATATCAAACTTTCATACTTCATCATGATATTTGCCTCT GTCCATTTTGTGCTATCTCATCTCCCCAATTTCAATTCCATATCTGGTGT GTCTTTGGCAGCAGCTGTTATGTCCTTAAGTTACTCTACAATTGCTTGGG GGGCATCAGTTAAGAAGGGTGTACAACCAAATGTGGATTATGGGTACAAG GCTCACAGCACTGCAGGAACTGTGTTTGATTTTCTAAGCGGATTGGGAGA AGTGGCTTTTGCATACGCGGGTCATAATGTGGTGTTGGAGATTCAAGCTA CAATTCCTTCAACACCTGAAAAACCTTCCAAAGTACCTATGTGGAGGGGA GTTGTTGTTGCTTATATTGTTGTGGCCCTCTGTTACTTCCCTGTTGCTTT TATTGGATACTGGATGTTTGGAAATGCAGTGGAAGACAACATTCTCATCT CTTTGAACAAACCTACCTGGCTCATTGTCATGGCTAACATGTTTGTCGTT GTACATGTTATTGGAAGCTATCAGATCTACGCAATGCCAGTGTTTGACAT GATTGAGACCGTGCTTGTTAAGAAACTTAGATTCAGGCCTACTTGGTATT TGCGGTTTGTTACCAGAAACATCTATGTTGCTTTCACAATGTTTGTTGGA ATCACATTCCCTTTCTTTGGTGGCCTTCTTGGATTCTTTGGAGGATTTGC TTTTGCCCCAACAACATATTTTCTGCCTTGCATCATGTGGCTAGCAATCT ACAAGCCAAGGAGATGGAGTCTCTCTTGGCTTGCTAATTGGATTTGCATT ATTTTTGGAGTTCTGTTGATGGTTTTAGCACCAATTGGTGGGTTGAGATC CATCATAGTACAAGCAAAGACCTACAAATTTTACAATTAGGACAAGTTTC TTATGATTGATCAAGTAATTACGCCATCTGATTAAATTTAGATAGACGTA TGTTTGGCAAAGGAAATTTCTATATTGCCTTCGTGTGTGTTGGCTATAAA AACATTTTAGAGTATAGTTTTTCTTCATGTGTAAAGATATGGGTGATTTC ATGGTGTTGTTCATTGTCAAAACTTATAACACATCTTTGTGCGTCTCTGT TTCACTTTTCTTCTTTCTAATAAACAAAAACCATAATGTCACTTGAGTCT TTATTATCATGGACGCATCATCAAAATGTAAAACATACAATTAAAAATCA ACAACACGTCTTGATCTCAAACTAGTTGTTAGAAAACAGGGGATTCTTAG GGTACCACTGAACTTGTTGACCAAATCTACATCAAGATACACACATCCAA TTGGTTCTGTACCCTTTTATAAGATCTTTTTTTAGTTTTATAATTTTTAT AAAAAATATTGCTATAGTAAGAAATATAGCTTATCAAACTTTTCACTACT TGCCCCCCTCTATTAATTTTTTAGTAGTGTCCAATATACGGGAAAAAGAA GTT FBgn:temp44:C02HBa0194L19.2-RB ATTATTACAACATAATGATAAGATCAACAGCAAAGCACAGTTTCGCAAAA CCCATCATTCTTCTTCTTGCATTTGTTGCTCTTCTAGCAATTTCCTTGAC CCGCGATTTTCATTCCGCTTCTTCTTCTGCTTATGTTTCCCTTGCTACCA CTTGGGCTCCTGACAAGTACCGTATTAATGTCTCCAATCAGGTAAGTTAA GAGCATTTGGGTTGCTTCAACTAATTACTACGAAATTATGATCTATTTTG CATTTTGTAGAATCAGGATGTAGGAGGAGGAAGTAATAAGGATCGTTACC CTGAGAGAGCGTTATCCATGACCTATGCTGATTTGCCTGCTCCTGAATTG AAATGGGAACAGATGGCATCTGCACCTGTGGTTCGTTTGGATGGCTATTC TCTTCAGATTAAGGATTTGCTTTTCGTTTTTGCAGGATATGAAAACCTAG ACCATGTGCATTCTCATGTTGATGTTTACAATTTTACATCAAATACATGG ACGGAGAGTTTTGCAATACCTAAAGATATGGCAAATTCACATTTAGGGGT GGCTACTGATGGAAGATACATATATATAGTGTCAGGACAATATGGTCCCC AATGCAGGGGACCTACAGCGAAAACATTTGTTTTGGACACACACACCAGA AAATGGGAAAGCTTGCCACCATTACCAGCACCAAGGTATGCACCAGCAAC TCAGCTTTGGAAAGGCAGGCTACATGTGATGGGTGGAGGCAAAGAGAATC GCCACACCCCTGGATTAGATCATTGGAGTCTTGCAGTAGCTAATGGAAAA GCCTTAGAGAAGCACTGGCGCAAAGAAGTACCCATTCCTCGTGGAGGACC ACATAGGGCTTGTATTGCTGTTGGTGA FBgn:temp48:C02HBa0194L19.2-RA ATGACAGCAAATTTTAAGTTGAATAATTTCAATGACAGGTTGATGAAAGA AGTGCAGAAGAGAGGAAGATCGATGAATGGCTTCCGGTAACTTCTTCTAG GAATGCAAAATGGTGGTATTCAACATTCCACAATGTTACTGCGATGGTTG GAGCCGGTGTTCTGAGTCTTCCTTATGCTATGTCTCAGCTTGGATGGGGA CCTGGTGTAACGGTGTTGGTGTTATCTTGGATTATCACTTTGTACACACT ATGGCAAATGGTTGAAATGCACGAAATGGTACCAGGGAAACGTTTTGATA GATATCATGAGTTGGGTCAACATGCTTTTGGGGAAAAGCTTGGATTATGG ATTGTTGTGCCCCAACAACTAATTGTGGAAGTTGGTGTTGACATTGTTTA TATGGTTACTGGAGGAAGATCACTCATGAAGATCCATGATTTAGTGTGCA AAGTCGATTGCTATAACATGAAACTTTCATACTTCATCATGATATTTGCC TCTGTCCATTTTGTGCTATCTCATCTCCCCAACTTAGATTCCATATCTGC TGTCTCTTTGGCTGCCGCTGTCATGTCCTTGAGTTACTCTACAATTGGGT GGGCTGCTTCGGTTCACAAGGGCGTGCAGCCGGATGTGGACTATAGCTTC ACCGCTAAAACCGATTTGGGAGTAGTGTTCAACTTTTTCAGCGCATTGGG AGATGTGGCTTTTGCTTATGCAGGTCACAATGTGGTGTTAGAGATTCAAG CTACCATTCCTTCAACGCCCGAAAAGCCTTCCAAAGGACCCATGTGGAAG GGTGTTGTCGTTGCTTACATGGTTGTAGCTGTCTGCTATTTCCCTGTTGC TCTGATTGGCTATTGGGTCTTTGGGAATTCTGTCGAAGACAATATTCTTA TATCCTTGGAGAAACCTACATGGCTCATTGTCATGGCGAACTTATTTGTT GTGATTCATGTTATTGGGAGCTATCAGATCTATGCAATGCCAGTTTTTGA CATGATGGAGACTCTGCTTGTCAAGAAACTCAGGTTCAAGCCTACTTTCT ACTTGCGAGCTATTACCAGAACCATCTATGTTGCTTTCACAATGTTCGTT GCTATCGCCATTCCTTTCTTTGGTGGGCTTTTGGGATTCTTTGGAGGATT TGCTTTTGCCCCAACAACATATTTTCTTCCTTGCATTATGTGGCTTGCAC TCTATAAACCAAAGAGATTCAGTCTCTCATGGATAGTTAACTGGATTTGC ATAATTTTGGGACTTCTGTTGATGATTTTGGCACCAATTGGCGCCTTGAG ATCCATCATCTTAAGAGCAAAGGGCTATAAATTTTTCCAT FBgn:temp49:C02HBa0194L19.2-RA CCAGCTACATCACCACAGAAAAATTCGCCTGATGGAAGAACGGAAGAACA AAAGAAGATCGATGAATGGCTTCCGATTACTTCTTCTAGGAATGCAAAAT GGTGGTATTCAGCATTCCACAATGTTACAGCGATGGTTGGTGCTGGTGTT CTGGGTCTTCCATATGCCATGTCAGAGCTGGGATGGGGACCTGGTGTAGC AGTGATGTTTATATCTTGGGTTATCACTTTATACACTCTATGGCAAATGG TTGAGATGCATGAAATGGTTCCAGGGAAACGTTTCGATAGGTATCATGAA CTTGGGCAGCATGTTTTTGGTAAAAAGTTGGGGCTATATATCGTGGTGCC TCAACAATTGGTTGTTGAAGTTGGCCTTGACATCGTTTATATGGTGACTG GAGGAAAATCATTCCAGAAGATCCACAATTTAGTCTGCACTCCTGGAAAT TGCATAGAAATCAAACTCACCTATTACATTATGATATTTGCCTCTGTACA TTTTGTGCTATCTCATCTTCCCAATTTCAATGCCATATCTGGTGTGTCTT TGATTGCAGCTATCATGTCTTTAAGTTACTGTACAATTGCTTGGGCAGCT TCACTTGAAAAGGGTGTACAAGCAGATGTGAATTATGAGTACAGGGCTAA AAACACAGGGGAAGCAATTTTCAATTTTTTTGGTGGATTGGGAGAAGTGG CTTTTGCATACGCAGGTCATAATGTGGTGTTGGAGATTCAAGCTACCATC CCTTCAACACCTGAGAAGCCTTCTAAAGGACCTATGTGGAAGGGAGTTGT TGTTGCTTACATTGTTGTGGCTCTATGTTACTTCCCAGTTGCACTTATCG GCTATTATACATTTGGGAATTCAGTATCAGACAACATTCTCATCTCATTG AACAAACCTACTTGGCTCATTGTACTTGCTAATGCCTTTGTTGTTATCCA CATCATTGGGAGCTATCAGCTCTATGCAATACCAGTGTTTGACATGCTTG AGACTTACCTGGTAAAGAAACGTAGATTCAAGCCAACATGGTACTTGAGA TTTGCTAGCAGAAACCTTTATGTTGCTTTCACAATGATAGTTGGAATCAT CTTCCCATTCTTTGGGGGACTTCTTGGATTCTTTGGAGGATTTGCTTTTG CCCCAACAACATATTTTCTCCCTTGCATCATGTGGCTTTCAATCTACAAA CCAAAGAAATGGGGTCTCTCTTGGACTACTAACTGGATTTGCATAATACT GGGAGTTCTGTTGACTGTTTTGGCACCAATCGGCGGTCTAAGGAACATCA TTATACAAGCCAAGGACTACGAATTTTTCTCTTAGAGCCTGTTTAGCTCA GCTTAAAAACTGGTCAAACTGACT FBgn:temp45:C02HBa0194L19.2-RA CGAGACGGAGAGTTGAAGCAAAATTGAGTGAGGAAATAGCCAAAGAAAGA GTGGAATGACGATGGACCGAGAGAAGGAGAGAGAGGTTGAGTTGGAAAGT GCAATGTACACCAACTGTTTGTTACTAGGGTTGGATCCATCCATCATCGG AATCGGAGCCGGAAACGGCACACCTCGCGTCGGACTTTTTCGTCATTCGA ACCCTAAATTGGGCGAACAGCTTCTCTACTTTATATTATCTTCTCTCAGA GGTCCTACTCAATCCGCTAAGGATTTCGATAAGGTCTGGCCAATTTTTGA TTCCGCACAATCTCGCGATTTTCGTAAGGTTGTACAAGGGATTATAAGTG AGCTGGAATCTCAAGGGGCACTGCCTAGAAGTAATTCGAGGGTCTCATCT CTTGCCACATGCTGTGGACCAAGATTTGTTGAACTTCTATGGCAACTTTC ATTGCATGCTTTGAGGGAGGTTCATAGGCGAATGTTTGCTGCTGATGTTG TTTCTAACCCCTTGCCTGCATCATTAACAGATGTAGCTTTCTCACATGCA GCCACACTACTTCCTGTAACCAAGGCTAGGATTGCTCTTGAAAGAAGGAG GTTTTTGAGTAATGCAGAAACAGCAGTTCGTAGACAGGCCATGTGGTCTA ATTTGGCTCATGAATTGACAGCTGAATTTCGAGGCCTTTGTGCTGAAGAG GCTTATTTGCAGCAAGAACTGGAAAAGCTGCAGGATGTGAGAAATAAAGT AAAGCTGGAAGGTGAACTGTGGGATGAACTTGTATCAAGCTCAAGTCAGA ACTCACACATGGTTCAAAGAGCTACTCGTTTGTGGGACTCTTTGCTGTCT CGCAAGAATCAACATGAAATTCTCGCCTCTGGCCCGATAGAAGATCTTAT TGCTCATCGTGAGCATAGGTATCGCATCTCTGGTTCAGCTTTGCTCACTG CTATGGATCAAAGCCCTGTAGCTCCACCACCCCATTTGGCGTCTTCACAT CAAGCTGTAAGATCACAAGCAGACGTGGATAGAGAAAAGCATGCAAGGAG TTCAGATTCTTCTCATATTCAAGTAGACGATAACACATTTTCTCGAGTTG ATGAGAGAGTTGCTAGAGGCCATCCTACTGTTGATATAGCAGAAGTTTTG AGGCGTTGGACACATGCCCTACAACGTGTTCATAAGCAATCCCTTCAACT GGCAAAAGCAAATGATGGAGAGGGTCCAGAGCTTTTGAGGAGTTCACATG ATGGTGGTACTGGTGGTCATGCAGAGTCCTTGGCTGCAACCCTTGCCGAA CATAAGCAGCACCTAGCAAGTATACAGGTGCTCATAAATCAACTGAAGGA AGTCGCTCCATCCATACAGAATTCAATTTTAGAACTTACAGAAGAAGTTA GTAGTATTTCGTCCAATTCTTCTAGAACAGCCAATTTTCAGGGCAGATCA CATTCCCAAGCACAGAGCAGTGGGAGAACATTGGAACACAGGGATGATGA GGTAGCTGAGATGAGCTCAAGATTGTCATCCATGCAATTTGAAAAGACAT CAGCTAGTCCCACTACTTTGAAGCTCCCACCTTTGTTTAGTGTGACGCCG AATTCTTTAGGAAAAGGTGGTGCACAGAAGCAACAGATCTCTTCCCAAAC CAGCCAAATTGAAATTATGCCTGAGAGGAAGTCTCTGGATCAGCAATTTC TAAATAATTCCTTCGATAATTCGCCACAAGATAATGACACAAGCTTTGTT CAAAATCTGAAGAGATCTGTCAGAGAAGCTGCACTTCGCTCCGAATCTTA CTATCAGGGATCATCTCAAGATAGTCGTTCTGATGATAGTTCTGAGCACT ACTTTGAGCCTGTCTCAGGGTTAGGGTTTTCTCAGCATGGAGATAGGGCA AACTTGCTGAGAAGAAAAAAATTGTTTGTGTCAGAACCAGATTCTTCATT TTTAGGGACTGGTGCACCGGATAGTCATATGAACATCAAGTCTGATGGAA TACCTGACTTATTACATGATCTGCAGTCTGTGGATGACTATGATGGTTTT CTTTCAACTATGGGTTCAAACTCTTCATTTTCGGATGCACATAGGTCATT TTATGATTTGGAGGAAGCTAAGGATCAAGTATTTTCTCCTCCTCTGCTTA TGGATGCATCATTGTTGGCAGATTCATATGAGGATTTACTTGCACCATTG TCAGAAACTGAAACTGCTTTGATGGAGCATTGAGATAAAACATTGGGTTA TGTTGCTGCTCGGCTTTGAAGAGATTGCATGGAAGCTTGTACTGCCAGCC TTTCTGTTGTTGGAATACCCTCCTCATATTAACTTCCGTTTGATTGTGTG ATTTCTTGTATTTTTCATGCTTCCAAGTGTCTCAGCCTTTATCTTTTGCA TTTCATTTGACTGGGAAGAGCAGAGAGAGCTGATCGCACATTGCTCGGTA AGTGTGACCATGGCCGAGCCAAGATTTTGATGTGCTTACCCTGGTCCTGT CAATGTGAGCTTGTTCTTCTGCAGGAGACCGGCAGGACTGCTTCAGACAG TTGTGCGCTGTATACTGCTGGGTAAAGAAATTTTATCTTGCTCCCCATTG ATTTTTTTTTGTTTACTCTGTAACAATTCAATCTAAGGGGAGCCTCAGAG TAACGGTATAGTTGGTTCCATGCTGGTTCGAGCCCATTGATGGTTGCATC AGGATAGGTCGCACACATTATATTCCCTTGGATCCCCAAGTCCCGTGTGA TCACCGAATGTGTTATATACTGTGCTGTCCTTTCTTCTGTAACAATTCAA TGGATACGGTCGAAGAAGTAATTTATCTGTTCGTTTGTTCTATAATATG FBgn:temp34:C02HBa0194L19.2-RA ATCACAACTCACAAGGCTGAAGTTGGTTGTGAAGATGGCGGCATCATGGT GTATTGAGAAAAGGGGTTCTATTAGGAATGACTCTTTTAGAGACAATGAT AATATACCTGAAACTGGGTGTCTTTCTATTATTGTTCTTGGTGCTTCTGG TGATCTTGCCAAAAAGAAAACTTTTCCTGCACTCTTCAACCTCTATCGGC AGGGATTTCTGCAATCCAATGAAGTTCACATTTTTGGCTACGCAAGGACA AAAATTTCTGATGATGACTTGAGAAGCCGTATTCGTGGGTATCTTTCTCG GGGGAAAGAAAATGAAGGAGAAGTATTAGAGTTTCTGCAACTGATTAAAT ACGTCAGTGGCTCTTATGATTCTGGTGAGGGCTTTACGTTACTGGACAAG GCAATATCTGAGCACGAATTCTCAAAAAATAGCACAGAAGGATCATCCAG AAGACTTTTCTACTTTGCTCTTCCTCCGTCAGTATATCCCTCTGTTTGCA GAATGATAAAAAGTTATTGTATGAACAAATCTGATCTTGGTGGTTGGACA CGAATCGTTGTTGAGAAGCCCTTCGGCAAGGATTTAGCTTCATCTGAACA ACTAAGTTCCCAGATCGGAGAACTATTTGACGAACCCCAAATTTATCGCA TTGACCATTATTTGGGGAAGGAGTTGGTTCAGAATTTGTTGGTGCTGCGT TTTGCAAATCGCTTCTTTTTGCCGCTCTGGAATCGTGACAACATTGATAA TATACAGATTGTCTTTAGAGAGGACTTCGGAACTGAAGGCCGCGGTGGAT ATTTTGATGAATATGGGATTATACGCGACATTATTCAGAACCATCTATTG CAGGTCCTTTGCCTTGTTGCCATGGAGAAGCCTGTTTCTCAGAAGCCCGA ACACATTCGGGATGAGAAAGTTAAGGTTCTTCAATCAATGCTTCCAATTA AAGATGAAGAGGTTGTTCTTGGACAATATGAAGGCTATAAGGATGACCCA ACAGTTCCTAACAACTCAAATACTCCTACTTTTGCAACTATGGTTTTACG CATACACAATGAAAGATGGGAAGGTGTCCCCTTTATAATGAAGGCTGGAA AAGCACTAAATTCAAGAAAGGCAGAAATACGAGTGCAGTTTAAGGATGTT CCTGGTGATATATTTAGATGTCAAAAGCAGGGGAGAAATGAGTTTGTGAT ACGTCTCCAACCTTCAGAAGCCATGTACATGAAGCTTACGGTCAAGAAAC CTGGGCTTGAAATGTCAACTGTTCAAAGTGAATTAGACCTGTCGTATGGG CAGCGTTACCAAGGAGTTGTCATTCCAGAGGCTTATGAACGTCTGATTCT CGACACAATAAGAGGAGATCAGCAGCATTTTGTGCGTAGGGATGAGCTCA AGGCGGCTTGGGAGATTTTTACCCCTCTTTTGCATAGAATTGACAATGGA GAGGTGAAGCCAATTCCATACAAGCCAGGCAGCAGAGGCCCTGCTGAAGC AGATGAGTTGTTGCAACATGCCGGTTACGTTCAAACTCATGGCTATATAT GGATCCCTCCCACACTATAAGTTTGGAAAAGTATTGCAGATGAGTGCTAC CTCGTCACTTTTGCCATGTAGTATCCTGCTTATGTGCAAACTTATTGAGA AGTAACAAACAGTCCGTGTACCACAAATATATTTGCATGTAATAATCTCA TCTTTTTTAAGCTAATAAATGAGAGAGTATCTGAAATATTCCTTGGGTTT TTCCTAATAA FBgn:temp35:C02HBa0194L19.2-RA ATGAATGATCATTGTGATGCAGATGGAGGGTCTCCTTCTGATGCGCTGTA TTTGTCCCTTAATTATCTTGGATTGAGGGACCTTCTCTCTGTTGAGGGTG TTTGCAAAGCTTTAAGAGATGTGGTGCGTAGCGATCCACTTCTGTGGAGA GATATTCAAGTTGATTATCCGTTGAGTAATAAGATCACAGATGATGTTCT TATAAAGTTGACGGACAGGGCTCAAGGTCATCTTGATTCTGTGTGTCTTA TGCACTGCCCAAGGATCACTGATAGTAGTTTGAATTGTGTGCTTGAAAGG AATTCTAGCCTGAAAAAGCTTAGTGTCCCGGGATGTGTGAGACTCACAGC TGATGGTATTCTCCGGAACTTAAAGGTCTTACGGTCTGCAGGTAAACCCA GACTTAAGTACCTTGGGGTCAATGGATTATTTGGTATGACACACCACCAC TTTGAAGAGTTCAAGGTCTTGTTAGGTGTTGATAGCAGCAAGCTGCCATC TACTCGTAAACCACGGTTTCTCCAAGGTGGACAGTTATCTGTGTCTTCTG ATGATGATTATGCTATTGATATTGAAATATGCCCGATATGCCAGCAGCTT AGAGTAGTCTATGATTGCCCCTCAGAAAGTTGCGAAAAGAAGAAATCTAC TGCTCAGTCGTGCAGAGCTTGTACTATCTGCATTAAACGTTGTATCAACT GTGGGCGGTGCTTAAATAATTGTGAATATGAGGAATTATTCAGTTTCGAC AATCTGTGTTTAGATTGCTGTAGGGATTGCTATAAGGAATTTTTGGATCA CCAAGAGAGGCAAGAGAGGATTACTGTTCCACTGGAAAATCCTGTTCCTC ATAAGCAGACAAGCTGCCATTTCTTCTTTTGTGGCTAGAACATGCAGCAG GCAATGCTTCTTTTGCCTATAAGCATCAAATCAAAAGGAGTTCTTGAGTA TTTTATAATTACAGGTTGTGGTGCCATTGGAATATGATGATTGTGGAATT GGAAGGAAAAAGATGACAGATGTGAAAGTTATCTCCTACCAGACAGGCTT TTGTCAGTAGTGATATCGTGAAGTGAAGGAAGTGCGGGCAGGATGGGGCT TGCAGAGGGTTCAGACTCCTTACACAACTCGCACTATAGGGACGCTGAAT GTTGAGATAGAGAGAGCGGTGGTATTGTATGTGTTTGAATACAACTACTC ACTAGGCGATTGAGAGGAGGAAGTTCAATGAATGGTGAATAGCTACATAT ATGGCTGAAATATAGCCGGATTGTGCTATATGATTTCACCAATTGTGTTT GTATTTGGAGTAGGCCATCAATCACCAACTAGATATGCAGATCCAGAAAA TAAACACCAACTTCTTGGTGAAGTGAAGGAAGAAATTTGGCATCAACGTT TAGGTGAAAGGGAAACACACCTGCCATTGATGCGTTAGCAATTAAGAACA AGGGAAAAAAATGTTGAAGTGGTATGCATTTGCTTCCAGTTCAGTGTATT CTATATCGTTATTGTAGAACTTGAATTATCTGCTGTTACTAGGGAAGTTT TCAT FBgn:temp36:C02HBa0194L19.2-RA TCATAATCTGTTTGTTGGAATGCCTCCAACGTATTTTCCTCTTCGATGGG AGAGCACAGGGGATCAATGGTGGTATGCTTCGCCAATTGATTATGCAGCT GCTAATGGTCATTATGATTTGGTCCGTGAGCTTCTTCGTTTAGATGGAAA TCACCTTATTAAGCTCACTTCACTACGTAGGATTCGAAGGCTTGAGTCTG TATGGGATGATGAAGAACAGTTTGATGATGTGGCTAGATGCCGCTCTAAA GTTGCTAGAAAGCTGATGCTTCAATGTGACACCAAGAAAGGGAAAAATTC ACTTCTTAAAGCTGGCTATGGTGGGTGGCTTTTATATACTGCTGCCTCTG CTGGAGACCTCTCTTTTGTTCAAGAATTGCTTGAAAGAAACCCGCTTTTG GTGTTCGGAGAAGGGGAATATGGTGTCACTGATATATTATATGCTGCTGC TAGGAGTAAAAGTTGTGATCTTTTCAAGGTTCTGTTTGATTTTGCTATCA CCCCGAGGTTTCTGTTGCGTGATGAACATATTGGCGGTGAGATTCCATCG GCTTATAAGTGGGAGATGATGAATAGAGCAATTCATGCTGCTGCTAGAGG AGGTAATCTTCAGGTACTGAAGGAGCTTCTTGCTGAATGCTGTGATGACA TCTTAGCTTATAGAGACATTCAGGGTGCAACACCCTTGCATGCAGCTGCT GGCAAGGGGCAGGTTGAGGTATGA FBgn:temp37:C02HBa0194L19.2-RA TATTTGAGAAACAATGCCGGAGAAACATTTCTCCATGTCGCCATTACTGG TTTCCAAACTCCTTGTTTCCGTAGATTGGACCATCAAGTCCAGCTCATGA AGCAATTAGTTTGTGGGAAGTTCAACATTGAAGAAATTGTCAATGCTGAA AATAAGGATGGTAGAACTGCACTTCATTTGGCTGTCATTGGAAATATTCA TTCTGAACTTGTGGAATTACTAATGACTGTCCGCTCTGTGAATGTCAATA CTCGTGATAAGGATGGAATGACTCCACTTGATATCCTTAGGCAACGGCCT CGTTCTGCTTCATCAGATCTTCTCACAAAGCAGTTGATCTCTGCTGGGGG AATTTTTAGTCAACACGACCATTCAGCGAGGAGAGTTGTAGCATCTCATT TAAAGATGCAACACGTAGGTAGTAGTCCTGGCACTTCCTTCAGACTCTCC GACACCGAAATCTTCTTATACACGGGCATTGAGCATGATGGCAATGAAAG CGCAGAGCTGAGCACCTCAACTGAATTGAGTCAACACAATTTGAACACTG AAAATGATTGTTCTAGAAATGAGGGTAAAACCAATTCTGCAAATAATGCT GCACAAAGGCTGAAACGCTTTTTCTATTGGCCAAAAATAAGGAAAGGAGA TACTCAGAGGCTCAAGAAATTGGCGGATCAAAGTTGTGCTAGAAATTCAG AAGCAGCACCAGTTCCTCTTCGACAAAGATTCTCCAAGCCTTCCTCTCTT CCAAACAACAAGCGGACACTCTCTGTTAGAAGTAACCTTCCAAGTCCAAC AGCTAAGAAGAAACTTGCTTCAGGGCTGGTAAATGGTGTCATGCTGGCCA TACCACATCTTAGTGTCCGCCGTAGATCATCTTGCTCTAGTTCATTCTCA ATTTCATCAGTGTCTTCACACACTTCATTGGACCAACAAAAGGCCACTCA AATTGAGAATGAGCTTGCTAGACCTTCTTCTTCCAATCACGTACGAGCAA AATCATCAGATTCAATATACAAAGGAAACAAGAGTTTGGTGAATCAGTAC TTATGTTTTGGTGCTTCAGAACAAACTGTCAAAGCCACTTCAAGCGAACT GAGGCCATATGAACTATACGAGCGTTCTGTTCTATCCACGGCCTGA FBgn:temp40:C02HBa0194L19.2-RA GTTTATAAAAGACAGATAGCTTCGATATTTTTTCCAAGTCTTCCATATTC ATTAATCTTCTTTCTCCTCCGTTTCTTCCCTTTTTAAAATTATTTGGTCA TTTCATTTTTCCGATTTAACACAAGTCACAACTTGTAGCCATGGGAACTC AAGCTCCATCAAATTACGATGACTCCAAGATTGATACAAGAACAGAAGAA GAGAAGGCGATCGATGCGTGGCTTCCGATTACTTCTTCTAGGAATGCAAA ATGGTGGTATTCAGCTTTTCACAATGTTACTGCTATGGTTGGTGCTGGTG TCCTCAGTCTTCCTTATGCCATGTCTGAGCTTGGATGGGGACCTGGTGTA ACTGTGATGGTGGTATCTTGGATTATCACTTTATACACGCTATGGCAAAT GGTTGAGATGCACGAAATGGTTCCAGGGAAACGTTTTGATAGATACCATG AGTTGGGTCAACATGCTTTTGGAGAAAAGCTTGGATTATGGATTGTTGTG CCCCAACAACTAATTGTGGAAGTTGGTGTTGACATTGTTTATATGGTCAC CGGAGGAAAATCACTTCAGAAGGTGCACGATTTGGTTTGCAAACAAGAAG ATGGCTGCGCTAATATCAAACTTTCATACTTCATCATGATATTTGCCTCT GTCCATTTTGTGCTATCTCATCTCCCCAATTTCAATTCCATATCTGGTGT GTCTTTGGCAGCAGCTGTTATGTCCTTAAGTTACTCTACAATTGCTTGGG GGGCATCAGTTAAGAAGGGTGTACAACCAAATGTGGATTATGGGTACAAG GCTCACAGCACTGCAGGAACTGTGTTTGATTTTCTAAGCGGATTGGGAGA AGTGGCTTTTGCATACGCGGGTCATAATGTGGTGTTGGAGATTCAAGCTA CAATTCCTTCAACACCTGAAAAACCTTCCAAAGTACCTATGTGGAGGGGA GTTGTTGTTGCTTATATTGTTGTGGCCCTCTGTTACTTCCCTGTTGCTTT TATTGGATACTGGATGTTTGGAAATGCAGTGGAAGACAACATTCTCATCT CTTTGAACAAACCTACCTGGCTCATTGTCATGGCTAACATGTTTGTCGTT GTACATGTTATTGGAAGCTATCAGATCTACGCAATGCCAGTGTTTGACAT GATTGAGACCGTGCTTGTTAAGAAACTTAGATTCAGGCCTACTTGGTATT TGCGGTTTGTTACCAGAAACATCTATGTTGCTTTCACAATGTTTGTTGGA ATCACATTCCCTTTCTTTGGTGGCCTTCTTGGATTCTTTGGAGGATTTGC TTTTGCCCCAACAACATATTTTCTGCCTTGCATCATGTGGCTAGCAATCT ACAAGCCAAGGAGATGGAGTCTCTCTTGGCTTGCTAATTGGATTTGCATT ATTTTTGGAGTTCTGTTGATGGTTTTAGCACCAATTGGTGGGTTGAGATC CATCATAGTACAAGCAAAGACCTACAAATTTTACAATTAGGACAAGTTTC TTATGATTGATCAAGTAATTACGCCATCTGATTAAATTTAGATAGACGTA TGTTTGGCAAAGGAAATTTCTATATTGCCTTCGTGTGTGTTGGCTATAAA AACATTTTAGAGTATAGTTTTTCTTCATGTGTAAAGATATGGGTGATTTC ATGGTGTTGTTCATTGTCAAAACTTATAACACATCTTTGTGCGTCTCTGT TTCACTTTTCTTCTTTCTAATAAACAAAAACCATAATGTCACTTGAGTCT TTATTATCATGGACGCATCATCAAAATGTAAAACATACAATTAAAAATCA ACAACACGTCTTGATCTCAAACTAGTTGTTAGAAAACAGGGGATTCTTAG GGTACCACTGAACTTGTTGACCAAATCTACATCAAGATACACACATCCAA TTGGTTCTGTACCCTTTTATAAGATCTTTTTTTAGTTTTATAATTTTTAT AAAAAATATTGCTATAGTAAGAAATATAGCTTATCAAACTTTTCACTACT TGCCCCCCTCTATTAATTTTTTAGTAGTGTCCAATATACGGGAAAAAGAA GTT FBgn:temp44:C02HBa0194L19.2-RA ATGGCAAATTCACATTTAGGGGTGGCTACTGATGGAAGATACATATATAT AGTGTCAGGACAATATGGTCCCCAATGCAGGGGACCTACAGCGAAAACAT TTGTTTTGGACACACACACCAGAAAATGGGAAAGCTTGCCACCATTACCA GCACCAAGGTATGCACCAGCAACTCAGCTTTGGAAAGGCAGGCTACATGT GATGGGTGGAGGCAAAGAGAATCGCCACACCCCTGGATTAGATCATTGGA GTCTTGCAGTAGCTAATGGAAAAGCCTTAGAGAAGCACTGGCGCAAAGAA GTACCCATTCCTCGTGGAGGACCACATAGGTTTGTCAGTTGTTCTTTCTA A FBgn:temp29:C02HBa0194L19.2-RB ATGTTTATACACTGAGACGTCTCACTACGCCTTTCCTAAAATTGGGATTC ATTCCCTTTTCTGGAAAGGCACACACTTATCTTTACTTTCTTGATTCTTG ATTCTTGTCGCCTTCAACCAAAGATTTGTCAAAATTCCTATTATCATTGC AACAACCATAGATCTCCAATCAGGTGGGTTATTGAACCGATCAAGATGAA GTGGATGGGCGGTAGCGTGAGCCAAAACATGCAAGGCTGCAGAGCGAAAT TTAGAGTGATTGCATTGGTTCTACTTGCTATATCTATAGGTTTAGCTGGT CTTTATAGCATGCTAAAACCCATATCTAATGGATGTACCATGACATACAT GTATCCTACTTATATCCCTGTACCTACACCGAAAAATCTGTCGTCCATGA AGTATGGATTACATCTATACCATGAAGGATGGAGAAAGATTAATTTCAGC GATCATCTTAAGACACTTAGTGGAGTTCCTGTGAGATCTGTGGCTGCAGA ATCTGATAGAGCTTATCAAGGAGGTCCTCTTGAGCACAGCTTTTACCAAG AAGCCTCTCTAACTCTCGGAGAGGGAGTAGATTTTGATGTCACCAGCACT CCTTTACCCTATCAATACACATCCATGCTTGACTGGTTTGCTGTGGATCT TGAAGGTGAACATTCTGCAATGGATGGTCGAATTCTTGAAGAACACACAG ATTATGTTGTATATGCCATTCACAGGATATTGGATCATTATAAAGAGTCC CACGATGCACGAGTTAAGGAAGGTGCTGCTGTGTCTAGGAGTCCTCCGAG AAGTGTGATATTGGTTGGTCATTCCATGGGTGGTTTTGTTGCTAGAGCTG CGATTGTCCACCCAGATTTAAGGAAATCTGCTGTTGAAACTGTTCTGACA CTTTCGTCTCCACACCAGTCGCCTCCTCTGGCTCTGCAGCCATCACTTGG TCAGTATTATGCACGAGTAAATCACGAATGGAGGAAAGGATACGAGGTCC AAACTTCTCGTTCAGGGCATCATCTGTCTGATCCACTACTCTCTCATGTT GTTGTTGTCTCCATTTCTGGTGGTTATCATGATTACCAGGTCCGATCAAA TTTACAATCACTTGATGGTATTGTGCCTCCTACCCATGGCTTTATGATTA GTAGCACAAGCATGAAAAATGTGTGGTTGTCAATGGAGCACCAGGTTATC TTGTGGTGTAATCAGCTTGTTGTCCAAGTATCACATACTCTTCTTAGTCT GGTAGACCAGGGGACTGGACAACCTATATCTGATGTTCGAAAAAGGCTGG CAATCTTCACAAAAATGCTTCATAGTGGGATACCTCCAAATTTTAATTGG TTAAAGCAGTCACAGCTGCCTCATATACCAATTGAAGATGGAGAAGCTAA ATCTGGATCTCAAGCACATAGAGTGTATTCTTGCCCTAATAACATCCATT GGAGTGATGATGCACTTGAAAGAGATTTATACATCGAGACAACCACAGTT ACAGTTTTAGCGATGGACGGGAGAAGGCGGTGGTTGGACATTGAGAAGTT GGGGTCTAACGGCAAAAACCATTTTGTTTTTGTCACAAATCTTTCTCCAT GTTCCGGTGTACGACTGCACCTTTGGCCTGAGAAAGGAACTGAAGTTTCC ACTTTACCGATCAATAAACGGGTTTTAGAAGTTACATCAAAGATGGTGCA AATTCCATCTGGACCAGCTCCGAGGCAGGTTGAACCAGGTACTCAGACTG AGCAGGCACCTCCCTCTGCTGTATTTTGGTTGCACCCAGAGGATATGCGT GGTTTCAGATATCTGACCATCTCAGTGGCACCTCGCATGGCTGTTTCAGG AAGACCTCCACCAGCCACTTCCATGGGAGTTGGGCAATTTTTTAAACCAG CAGACGGAGAAACAGCCTTATCTTCTGGGTCGTTGATTCGGTCTATGTTT TCTTTACAGGAGATGACGTTGAATGAGGATCATCCTCTTGCACTCAATCT GTCTTTCTCTGTTAGCTTGGGTCTCATGCCTGTGACGTTATCTGTCAAAA CAACTGGTTGTGGAATAAGAAAGTCAGAGTTCACTGCTGATGAAACTGGA GAGATGGAAATTGACAGGCTGTGTAAACTTCGCTGTTTCCCTCCTGTAGC AATTGCTTGGGATTTCACGTCTGGTCTTCATATTTTTCCTAATCTGTTCT CAGAAACAATTCTTGTGGATTCCTCTCCAGCACTCTGGACTTCCAGCCTA GGGTCAGAAAAGACCAACGTTATATTGCTGATTGATCCACATTGTTCGTA CAAAACAAGTATTGGTGTTAATGTAACCTCTGCAGCTAAAAGATTTTCGC TTTTATATTTCCCACAGATTACTGGTTTTGCAATTGCTGTTGTCTTTTTT GCTTTAATGCGGCAAGCACGACAATGGGAGCTTGACCTGCCTATACCTTC ACTCCTTACAGCAGTTGAATCAAATTTGCGGATGCCATTGCCCTTTCTAT GTTTGGCCCTGCTACCTATCTTATTTGCTCTTGTACTTTCCTGCCTCATT TCTCTACCTCTTCCTCCAGCCATAAGTTTCATCTCTGTCTCAACAATCTG TTACTTATGTGCAAATGGAGTGGTGGCTGTGCTGATATCAGCCTCCCAGT TGTTGTTCTACGTTAGTGCATCTTTACATGTATTCATCAAGAAACGGTCG CAAACACGGGAACATAACTTTTCTCCTCTTTTCACTGCCTTCCTGTCATC CAAGCATTGGGTCTTCTTTTGCTGGTCATTTCTCATGCTGTGTGCTCCCA CAATTCCCTGTCCAGTTTTTTGATGGCTTCATTTCACAGCCGTACCCAGA CTAAGGAGTTCATAGAATCTGGGAACAGACGTCAGAGTGGATCGAAGCAG TCCATACCCGAGCATGATGGTGAAATCAACACGCATGTTCCTCAGAAGGA GAGTAATTCCAGTAGTCTGGACTCAGTAAAAAGCTATGGTGACACCCAAT TAGAGATCTTCAATCATCGGCATGGCTTGCTTGTATTACACTTGCTTGCA ATGCTGATGTTTGTCCCTTCATTTATTGCGTGGATCCAGAGAATGGGGAT CGGTCATAGCTTGCCGTGGTTCTTGGATTCTATACTTTGCATAGGTGTTT TGCTGCATGGTGTATGTGACTCAAAGCCAGAGTTCAACTTCTTCTTCTTC TTTCCTTTTCCGGTCATCCAAAGATTGGAGATAAACCTGAGCTTTGGCTA TCTTCTTGCTGGATACTTTTCCTATATTTGTGGCTTAGCCTTGGCTCCTT ACATAACATTTTATCCCATGGCCGCCATTGGGTTTATATCATGTGCTTTT AGGATCATAGAGAAGAGAAGTAGGGAAAAGGGGGAAATGTACCATCACCG TAGGAAACACTCTCATAAACACTAAAGTGAAAATACTCCCACTATACGAT AGTGCCACATTCAGAATGGTTCTGCAATAGATGTTCTAGTTGACATGCCT CAATTTGTTTGATGTGTAATTTTCATTTTCAGAGGAGTAGAATATCAGCT TGTGTATGGCTTTAATTCTACAAGTGATTCAATCATTATATTTGTCGCAA AAATTTGTTTATGGTCTTTC FBgn:temp30:C02HBa0194L19.2-RA TGGAGATGATAAAGTCGAAGGGTTGCTGAGCCCCAAGTTCCGGTCGGTGG CAGCTATGGCTGGTTGGGATGAAGAGGCTCTTCTCATGGCCAGTCTTGTT GTCGAAGACACACCTGATCGCCTTTCTAAGCAAAAGAAACGTTCTGATTT GCTGCATTTCAAGACTCCCCCAACAAATTCTAGAAGGAAAAGAAGGGCTC AGAAAAGGAGCCCTGCGTCCATAACTGCAACTGTTCTTGATCTGGAAGAC CAAGACACTGCAAAGCAAGAAAGCGAGAAAAAGGAGGCAGAATTGAAATT AGACGAGAAAGGAGATGAGGCATTGGAAGAACAGGGTTGTTCTGTTGCTA CATCTTCTACTAAGAAGATAGAACCAAAATCCATTGAGAAAGCAGACACG AAAGAAGCTGAAGCATCAGAGGAACAGGGGTGTTCTGTTTCTTCTTCTTC TGCAGCATTTCCCTCCATTGATCTACTTCGTGAAGAGCTTTCTTGTGCTA TTTGTTTGGAGATCTGTTTTGAACCGAGTACCACTCCTTGTGGTCACAGT TTTTGTAAGAAGTGTTTGCGATCTGCTGCTGATAAATGTGGAAAGAAATG TCCCAAGTGCAGGCAGCTTATCAGGTACTGTTAG FBgn:temp31:C02HBa0194L19.2-RA ATGCCAAGCGTGGCCGTGAAATTATACAGTGTTTTCTTCAAGTTTATGTT AAAGCATCGGTTGCAGAACCGAACCCAAATCCCCGTTGATGACGCAAATG CCGGAACTTCTTTCGGCGTTACGTCACGTCCTGATGAGGAATCTACTGCA GCTTCCAATCCTCTTTTCACCGACGGCGTTGCCACCAAGGATATACATAT AGATCCTACCACCTCTGTTTCTATCAGAATATTCCTTCCAGAGACCTCCC TTGGCTCTCCTGATTCCGATTTAAGGGCACAATCTAAATCTAGGGCTAAA GCTTCCAGACCCGATTCTCTCACAGGATCCGATCTACGCAGAAGCAGCTA TGGTGCTGCTACGACTGATAATGTCACCGAAAATCGCAATAGAAATAGTT TTAATCATAGGAGAAATAGCTACGGAGGCAATGTGGATGATCTCGCTTTG AAATCTGAAAATGGGGTTTATAGAGGATATGCTCCCGCCGGTAAAAATTG CAGGAAGTTGCCGGTGATGTTACAATTCCATGGTGGGGGGTTTGTGAGTG GGAGCAATGATTCGGTTTCAAATGATTTTTTCTGTAGAAGAATTGCAAAG CTTTGTGATGTCATTGTTTTGGCAGTTGGATACAGGTTATCACCTGAGAA TAGATACCCAGCTGCATTTGAGGATGGGTTGAAAGCTCTGCATTGGCTGG CGAAGCAGGCCAATTTGGCTGAATGCAGCAAGTCATTGGGCAACAGACGT GGTGGAGCAGATGTGAAAAAATCTGATTCCCACGGACACATAGCGGATGC CTTTGGAGCATCAATGGCAGAGCCTTGGTTGGCTGCCCATGGAGATCCGT CGAGGTGTGTTCTCCTTGGAGTGAGTTGTGGGGGAAACATAGCTGATTAT GTGGCCCGAAAGGCAGTAGAAGCAGGCAATCTTTTGGACCCAGTCAAGGT GGTGGCACAGGTCTTGATGTATCCATTTTTCATTGGCAATGTTCCAACTC ATTCTGAGATAAAGCTAGCTAATTCCTATTTCTATGACAAGGCAATGTGC GTACTTGCCTGGAAATTACTTTTACCTGAAGGAGAGTTTAACTTGGATCA CCCTGCTGCCAACCCACTTGTTGCTGGTAGAGGAGGACCTCCGTTAAAAC GAATGCCCCCAACATTGACAATTATAGCAGAGCATGACTGGATGAAAGAT CGGGCTATTGCTTATTCAGAGGAACTCCGGAAAGTAAATGTTGATGCTCC TGTTCTTGAATATAAGGATGCTGTTCACGAGTTTGCAACTCTTGACATGC TTCTCAAGACCCCTCAGGCTCAGGCTTGTGCTGAGGATATTGCCATCTGG GTAAAGAAGCACATTTCACTCCGAGGTCATGAGTTTTCATATTGA FBgn:temp41:C02HBa0194L19.2-RA TCATTAAACACCCAATGGATTTGGGGACAATAAATAAGAGGCTGACTTCA GGTGCTTACTCGACTCCACGGGAGTTTCTTGCTGATGTTAGACTGATGTT TTCAAATGCATTGACCTACAACCCCCCTGGTAATATTGTAAATGTCATGG CTGATGAGATGAGCAAATTTTTTGAACTGAGATGGAAAACTATTGAGAAA AAGCTGCCTACTAACCATGCTGAATTAGTGGAAGAAAAATCAGGCTTGCA TGAAGAAAATGGATCTGCTTCAAAGAAGAGGAGAGTTTCTCCAACGCAGC ATGTAGTTGTGCCAGAACCTCCTAAATCCAAGATGACCGATGAAGAGAAA CATAAACTTAGTGGTGAATTAGAAGCTTCACTTGGTGATCTACCCGACAA CATCCTTGAGTTTTTGAAGGAATTGAGTTCAAATGGAACAGCAACTGAAG AAGATGACATTGAGATTGACATTGATATTCTCTCTGATGATACTCTGTTC ACGTTACGGGCGCTTCTAGATAAGTTTTTGCTAGAGAAACAAAAAGGCAA TGCAAGAGCTGAACCTTGTGAGATAGAGCTGCCAAATGAATTGGGGCTTA GTAATTCATCCATGCACCTAGGAGGAGATAATGACCATGTTGATGAGGAG GTCGATATTGGTGGAAATGAGCCTCCTGTCTCCAGTTATCCTTCACTTGA GATCGAAAAAGATACGGATCCCAAAAGAGATGAACGTATAAATACAGGGG GTCCCAATGATTCAGATTCTAGTAGTTCTTCTGATGACGAGTCTGAAACT CAAAGAACACCTGATCATGCTGAGCAGGATCACAGTTCTCCAGTAAAGAC AGGTGGAAAGGAAGCTGGCAATAGTTTAGCTGATGGAAATCACTCTATCG ACAGCCTTGACCAGCTGGAACAAAGTTCTCAGCAAATGCCGTTCTCTGTT GACTCAGAAGCAGCATATCAAGATGGAGAGAGTAGGGTCTCCCCTGGAAA GCTCTATAGGGCTGCTCTCCTGAAGAACAGATTTGCGGATACAATTTTAA AAGCTCGAGAGAAGACACTTGTTGAGGTCGAGAAGGGTGATCCGGAGAAA CTTCGTCGTGAAAGGGAGGAGCTTGAGATGCAAAGGAGGAAAGCGAAAGC TAAGCTGCAAGCAGAAGCGAAAGCTGCTGAAGAAGCTCAAAGACGTGCAG AAGTGGAAGCTGCAGCTGAGGTTAAGAGAAGGAGAGAGCTCGATAGAGAA GCAGCAAGACAGGCGTTACTCCAGATGGAAAAGACTGTAGAGATTAATGA GAATTCAAAGTTCCTTGAGGATTTGGAGATGCTGACTGCTGTTCCTTCCG AGCAGCTACACAGCTCGGTAGACGAGACCAGTCCAGATCATTCCCAGGAT GGATTAGGTACCTTCAAATTTGGAGGCAGTAATCCCTTGGAGCAACTTGG GTTGTACATGAAGATGGATGATGACGAGGAAGAATGTGAACTGGCTACTC TTCAAAGTGATGATCCTATTGATGTTGAGGAAGGTGAAATTGATTAAAGC TAT FBgn:temp42:C02HBa0194L19.2-RA GCCGGGATACACACCTACACCCAAAGATACCACCCTAATCAACCAGATGA TGCTCAGGTTCCGGCCTATTGCGCCCAAGCCCGTAGATAATTCTTCTGGC CCGCCGGAAACTCATGTGGTTGCAAACAGAAGAACCAAGAGAAAGTACGT TAGAGTTAAGAAAAATAAGAATAATAAAAAAGAAAAAAGTGATGGATTGC TGGATGAGGTGGTAACTCTTCAGCTACTGCCGGAAAGTAGCGGAGGAGTT AAAACTTCGCCGGAGGACAGATCCTACCCAAAAACTATCAACTTTTTGGT GCAATTAGACCGATCTATATGGATAAATAAAAATATTTTATCGATCGGTG CACCAGATCCGTCCGTAGAGATCCGATCTCCGATGGTTGTGGAATCATGG GTGACGGTGGACGGTTTAACAAACACTACTTTTGTAGATTTATCAGCTTT AGGAAGTACGGACATGGAGAAGATGATGAATCTACAGCGTGACACGTGTC CAGGGTTCATATCGGACGGTTTAGATAGCGTGAAGTGGGTGAATCTGGCG TACCGGAGAATGATAGATCCGGAAGAGGAGGGAGGAGAAGCGACGGAGAT GGTGGTGCGGTTAGTAGTGAAGGAGGATAAGCGTGCACCAGTATTATTAT TATTGCCAAGTTTTGCATGCATAGTAAGAATTGTTTATACATGGAATAAA GTGAAGCAGTCAAGGACAATGCCTTGTGATGTATGGAAGATGGACTGTGG GGGATTTGCATGGAAATTTGATGCTAAGGCTGCACTTAGCTTGGGCCGTT GAA FBgn:temp43:C02HBa0194L19.2-RA CAGCTCGTCCTGGAGCAAAACCTCCTCCTCTTAGAATTTTCTGAATAGTT TTGAAGACTAGACTGGTTTTCCGGATCTCTCAGGCGCTGTTTGTCCTATC GCCGTCGATCAACCCTCTCTACGGTCCTTTTCCGAGGGCGTGACTAACAA TGTTGGGAGGTAGAGCAGTCCATCGCTTACTAGGCAGGAAATTTCAATCT GAATCCACGGCATCTCCAATTTTATCATCCTTTGTTTCCAAAAAAGCTCA AGAAGAATTTGGTTCTTTTGGCATGAAGTCCTTCAGAACATTAGCACTCA TTGGAGCGGGTGTATCTGGACTTCTAGGTTTTGCGACAGTAGCATCTGCT GATGAGGCTGAACACGGATTGGAATGCCCAAGCTATCCTTGGCCTCATGC AGGCATTCTTAGTTCATACGATCATGCTTCGATTCGTCGTGGTCACCAGG TTTATCAACAAGTATGTGCATCTTGTCATTCAATGTCACTTGTTTCATAT CGTGACTTGGTCGGGGTGGCATATACAGAGGAAGAAGTAAAGGCTATGGC AGCTGAGATTGAGGTGGCGGATGGGCCTAATGATGAGGGTGAAATGTTTA CCCGTCCTGGTAAACTGAGTGATCGTTTTCCTCAGCCATATCCAAATGAA GCAGCTGCTAGATTTGCTAATGGGGGAGCCTACCCTCCAGATTTAAGTCT TATTACAAAAGCACGCCATAATGGTCAAAACTATGTGTTTGCTCTTCTTA CTGGCTATCGTGATCCTCCTGCTGGTGTTTCGATTCGTGAAGGACTGCAC TACAATCCTTACTTCCCTGGTGGAGCTATTGCAATGCCAAAAATGCTTAA TGATGGTGCTGTTGAGTATGAAGATGGTGTCCCTGCAACAGAAGCTCAGA TGGGGAAAGATGTGGTGTCATTTTTAACTTGGGCTGCTGAACCAGAAATG GAAGAGAGAAAACTGATGGGCTTCAAGTGGATATTTGTACTGTCCCTTGC ACTGCTTCAAGCTGCTTACTACAGGCGTTTGAGGTGGTCTGTTCTCAAGT CACGTAAGCTGGTCCTTGATGTTGTCAATTAGAACATCCCCTATTCAAAT GCTTGTGGAGCAGGCAAATAATATTATCTTTCTCAAAATGTTTTTGTTGT TTGGCGTCTTACTCTTGAATGGCCTGGTTTTTGGTAAAGCAAACAGGCTA AAATTTTCTTATATTTGGAGTTCAAATAAGAAGAGGCCCGTGTAATTTTC AAGTTGTGATTTTTATAGTGGGGAGACATTCTCGCCTTGTTTTTGAAGCT GTAATCCCTGTTTGTGAGCTGTCTGTCTGACTGTTGTGAAACTTTGCTCT CCAGATTTATAGTTTTGTGACTTGACATACAATTTTATTGCACGTAAAAA GAACCTATTCCAAGGGTTACCAAAACGATTAATCAAATAAGAATATTTAG TAGTA FC16DD12 FC09AF06 FC17AE06 FC25AA05 Contig3553 Singlet131 Singlet3229 Contig7867 Singlet3075 Contig10470 Contig5102 Contig12732 Contig3662 Contig548 Contig2994 Contig6640 Contig14040 Contig12024 Contig17801 Contig1050 Singlet2240 Singlet5589 Contig6545 Contig11518 Contig5151 Contig4112 Contig12160 Contig1287 Contig18214 Contig917 Contig31 Contig1203 Singlet7464 U226323 sgn U226323 U280144 sgn U280144 U241733 sgn U241733 U285132 sgn U285132 U226673 sgn U226673 U275551 sgn U275551 U229603 sgn U229603 U296568 sgn U296568 U294996 sgn U294996 U222970 sgn U222970 U222971 sgn U222971 U301741 sgn U301741 U219965 sgn U219965 U276622 sgn U276622 U219964 sgn U219964 U273491 sgn U273491 U237524 sgn U237524 U291214 sgn U291214 U237103 sgn U237103 U235896 sgn U235896 U274459 sgn U274459 U219121 sgn U219121 U288974 sgn U288974 U268838 sgn U268838 U238377 sgn U238377 U241234 sgn U241234 U294687 sgn U294687 U231555 sgn U231555 U224517 sgn U224517 U297356 sgn U297356 U242902 sgn U242902 U229987 sgn U229987 U284790 sgn U284790 U226979 sgn U226979 U235019 sgn U235019 U235593 sgn U235593 U280756 sgn U280756 U227659 sgn U227659 U201582 sgn U201582 U291389 sgn U291389 U275404 sgn U275404 U269522 sgn U269522 U213573 sgn U213573 U239946 sgn U239946 BP901266.1 BP901266 gb BP901266.1 BI208632.1 BI208632 gb BI208632.1 BI209785.1 BI209785 gb BI209785.1 CD003342.1 CD003342 gb CD003342.1 BI211079.1 BI211079 gb BI211079.1 BP906141.1 BP906141 gb BP906141.1 AW623337.1 AW623337 gb AW623337.1 BP907566.1 BP907566 gb BP907566.1 BP911405.1 BP911405 gb BP911405.1 AW649957.1 AW649957 gb AW649957.1 BG130626.1 BG130626 gb BG130626.1 AI775735.1 AI775735 gb AI775735.1 BF113211.1 BF113211 gb BF113211.1 BM536326.1 BM536326 gb BM536326.1 BP897534.1 BP897534 gb BP897534.1 BP887345.1 BP887345 gb BP887345.1 BI922969.1 BI922969 gb BI922969.1 BP897077.1 BP897077 gb BP897077.1 AW932847.1 AW932847 gb AW932847.1 AW932061.1 AW932061 gb AW932061.1 BF096898.1 BF096898 gb BF096898.1 BF096895.1 BF096895 gb BF096895.1 BI422628.1 BI422628 gb BI422628.1 AW648413.1 AW648413 gb AW648413.1 BI926863.1 BI926863 gb BI926863.1 BP907397.1 BP907397 gb BP907397.1 BP907449.1 BP907449 gb BP907449.1 AW093894.1 AW093894 gb AW093894.1 BF112988.1 BF112988 gb BF112988.1 BF112951.1 BF112951 gb BF112951.1 BE432419.1 BE432419 gb BE432419.1 AI894974.1 AI894974 gb AI894974.1 AW429082.1 AW429082 gb AW429082.1 AW933224.1 AW933224 gb AW933224.1 BW689857.1 BW689857 gb BW689857.1 BE461256.1 BE461256 gb BE461256.1 BE459386.1 BE459386 gb BE459386.1 BP902076.1 BP902076 gb BP902076.1 BP901996.1 BP901996 gb BP901996.1 BI927519.1 BI927519 gb BI927519.1 BG126989.1 BG126989 gb BG126989.1 BP900032.1 BP900032 gb BP900032.1 AI775939.1 AI775939 gb AI775939.1 BW687440.1 BW687440 gb BW687440.1 CD002538.1 CD002538 gb CD002538.1 BI207973.1 BI207973 gb BI207973.1 BI206040.1 BI206040 gb BI206040.1 BW689946.1 BW689946 gb BW689946.1 BP885403.1 BP885403 gb BP885403.1 AW223852.1 AW223852 gb AW223852.1 AW224136.1 AW224136 gb AW224136.1 BM409379.1 BM409379 gb BM409379.1 BI924862.1 BI924862 gb BI924862.1 BW692285.1 BW692285 gb BW692285.1 BI933089.1 BI933089 gb BI933089.1 BF113184.1 BF113184 gb BF113184.1 AW737079.1 AW737079 gb AW737079.1 AW737104.1 AW737104 gb AW737104.1 BG131445.1 BG131445 gb BG131445.1 AW980010.1 AW980010 gb AW980010.1 AW980083.1 AW980083 gb AW980083.1 AW979936.1 AW979936 gb AW979936.1 BE450103.1 BE450103 gb BE450103.1 BI931344.1 BI931344 gb BI931344.1 AW621290.1 AW621290 gb AW621290.1 BF097623.1 BF097623 gb BF097623.1 AW216550.1 AW216550 gb AW216550.1 AW031447.1 AW031447 gb AW031447.1 AW455246.1 AW455246 gb AW455246.1 BP909447.1 BP909447 gb BP909447.1 BI921313.1 BI921313 gb BI921313.1 BP909433.1 BP909433 gb BP909433.1 BE431846.1 BE431846 gb BE431846.1 BI922012.1 BI922012 gb BI922012.1 BF050140.1 BF050140 gb BF050140.1 BF050143.1 BF050143 gb BF050143.1 AI491202.1 AI491202 gb AI491202.1 BE431906.1 BE431906 gb BE431906.1 AI894720.1 AI894720 gb AI894720.1 BI928451.1 BI928451 gb BI928451.1 BI928307.1 BI928307 gb BI928307.1 CD003286.1 CD003286 gb CD003286.1 BG133808.1 BG133808 gb BG133808.1 AI488911.1 AI488911 gb AI488911.1 AW930385.1 AW930385 gb AW930385.1 BM412241.1 BM412241 gb BM412241.1 BM409043.1 BM409043 gb BM409043.1 BM410397.1 BM410397 gb BM410397.1 BM410896.1 BM410896 gb BM410896.1 BM413095.1 BM413095 gb BM413095.1 BP892514.1 BP892514 gb BP892514.1 BE459880.1 BE459880 gb BE459880.1 AW219903.1 AW219903 gb AW219903.1 BE431600.1 BE431600 gb BE431600.1 AI777244.1 AI777244 gb AI777244.1 AI773327.1 AI773327 gb AI773327.1 BM409761.1 BM409761 gb BM409761.1 BP895637.1 BP895637 gb BP895637.1 BI931015.1 BI931015 gb BI931015.1 AW030832.1 AW030832 gb AW030832.1 BP907179.1 BP907179 gb BP907179.1 AW738323.1 AW738323 gb AW738323.1 BE432501.1 BE432501 gb BE432501.1 BE432322.1 BE432322 gb BE432322.1 BE432323.1 BE432323 gb BE432323.1 AW933701.1 AW933701 gb AW933701.1 BI934286.1 BI934286 gb BI934286.1 AI772468.1 AI772468 gb AI772468.1 AI773761.1 AI773761 gb AI773761.1 BI205968.1 BI205968 gb BI205968.1 BI923140.1 BI923140 gb BI923140.1 BI932240.1 BI932240 gb BI932240.1 BP888825.1 BP888825 gb BP888825.1 AW649795.1 AW649795 gb AW649795.1 BP896667.1 BP896667 gb BP896667.1 BG643853.1 BG643853 gb BG643853.1 BP910090.1 BP910090 gb BP910090.1 BP895772.1 BP895772 gb BP895772.1 AW648471.1 AW648471 gb AW648471.1 BI208911.1 BI208911 gb BI208911.1 AA824991.1 AA824991 gb AA824991.1 BI922011.1 BI922011 gb BI922011.1 AW094253.1 AW094253 gb AW094253.1 AI894825.1 AI894825 gb AI894825.1 AI637377.1 AI637377 gb AI637377.1 BM411613.1 BM411613 gb BM411613.1 BI209079.1 BI209079 gb BI209079.1 BI210022.1 BI210022 gb BI210022.1 BI210144.1 BI210144 gb BI210144.1 AW625289.1 AW625289 gb AW625289.1 BP892663.1 BP892663 gb BP892663.1 BG134587.1 BG134587 gb BG134587.1 BP896480.1 BP896480 gb BP896480.1 BI207849.1 BI207849 gb BI207849.1 BP902407.1 BP902407 gb BP902407.1 BI208564.1 BI208564 gb BI208564.1 AW626020.1 AW626020 gb AW626020.1 BI932324.1 BI932324 gb BI932324.1 AW037242.1 AW037242 gb AW037242.1 AW037250.1 AW037250 gb AW037250.1 AW038462.1 AW038462 gb AW038462.1 AW092504.1 AW092504 gb AW092504.1 BE459481.1 BE459481 gb BE459481.1 BM410813.1 BM410813 gb BM410813.1 BM409214.1 BM409214 gb BM409214.1 BI926706.1 BI926706 gb BI926706.1 BI927795.1 BI927795 gb BI927795.1 BI931999.1 BI931999 gb BI931999.1 AW623495.1 AW623495 gb AW623495.1 BG126287.1 BG126287 gb BG126287.1 BM535232.1 BM535232 gb BM535232.1 BI930820.1 BI930820 gb BI930820.1 AW622904.1 AW622904 gb AW622904.1 AW934243.1 AW934243 gb AW934243.1 BE460149.1 BE460149 gb BE460149.1 AW031992.1 AW031992 gb AW031992.1 BF050228.1 BF050228 gb BF050228.1 AW649980.1 AW649980 gb AW649980.1 BI927591.1 BI927591 gb BI927591.1 BI927609.1 BI927609 gb BI927609.1 AW621151.1 AW621151 gb AW621151.1 BE450079.1 BE450079 gb BE450079.1 AW033098.1 AW033098 gb AW033098.1 AW931208.1 AW931208 gb AW931208.1 AW931276.1 AW931276 gb AW931276.1 AW934123.1 AW934123 gb AW934123.1 BE354628.1 BE354628 gb BE354628.1 BE353500.1 BE353500 gb BE353500.1 AW979405.1 AW979405 gb AW979405.1 AW092194.1 AW092194 gb AW092194.1 AW626389.1 AW626389 gb AW626389.1 AW039234.1 AW039234 gb AW039234.1 BI929189.1 BI929189 gb BI929189.1 BE435904.1 BE435904 gb BE435904.1 AW648135.1 AW648135 gb AW648135.1 BE354635.1 BE354635 gb BE354635.1 AW649386.1 AW649386 gb AW649386.1 BP884737.1 BP884737 gb BP884737.1 BE354618.1 BE354618 gb BE354618.1 BP896950.1 BP896950 gb BP896950.1 BP880501.1 BP880501 gb BP880501.1 AW929743.1 AW929743 gb AW929743.1 BP885119.1 BP885119 gb BP885119.1 BP888936.1 BP888936 gb BP888936.1 AI772536.1 AI772536 gb AI772536.1 AI776340.1 AI776340 gb AI776340.1 AW220734.1 AW220734 gb AW220734.1 AW930210.1 AW930210 gb AW930210.1 BE436229.1 BE436229 gb BE436229.1 BF112403.1 BF112403 gb BF112403.1 BF113313.1 BF113313 gb BF113313.1 BE450437.1 BE450437 gb BE450437.1 BE437057.1 BE437057 gb BE437057.1 AW221250.1 AW221250 gb AW221250.1 AW221167.1 AW221167 gb AW221167.1 AW650142.1 AW650142 gb AW650142.1 AI491012.1 AI491012 gb AI491012.1 BI926497.1 BI926497 gb BI926497.1 AI490900.1 AI490900 gb AI490900.1 BP878933.1 BP878933 gb BP878933.1 AW094534.1 AW094534 gb AW094534.1 LA25BF06 LC02DB09 LC08CG02 LC23DB06 LA13DC01 FA42AC02 LA12BH10 LC08AB10 LC08BA06 LA27DC11 LA27CC11 LA21CD06 FA31CE06 LC15DE09 LC15DD02 FB10BF02 FB19BD07 LC07AD11 FA55AH05 LA11BB09 LC18BF11 FB19DD06 FB10DC04 LA10AG12 LB01AA03 FA29CB02 LA12AD08 FA17CF03 FA30CD01 FA55CC03 FA13BA03 BP130871_NT BP137202_NT TC2077_NT TC1475_NT NP917068_NT TC3737_NT CK297372_NB CK297566_NB CK286702_NB CK289097_NB CV019919_NT BP531495_NT CK291457_NB TC123780_ST CK268602_ST CK278248_ST TC129450_ST TC115183_ST TC122704_ST BI435217_ST BI176267_ST TC125945_ST TC114161_ST CN216185_ST TC113932_ST BG098740_ST BQ112169_ST TC121557_ST TC132496_ST BQ511621_ST TC119209_ST TC119208_ST CN462405_ST TC119210_ST CN515680_ST CV476110_ST CK860861_ST TC130541_ST TC122495_ST BF154251_ST CV502672_ST TC120588_ST TC114978_ST TC119520_ST TC119521_ST CN215600_ST TC143139_SL BG630422_SL AW649957_SL AI775735_SL TC153040_SL TC146138_SL BF096898_SL BF096895_SL TC138766_SL AW648413_SL TC138765_SL TC136909_SL AW429082_SL AW933224_SL BE461256_SL TC137478_SL BI927519_SL TC137479_SL TC137131_SL TC137130_SL TC137132_SL CD003286_SL TZXCD15TF_SL BI931015_SL AW030832_SL TZXCD15TR_SL TC150787_SL AI772468_SL AW617167_SL TC146548_SL TC139945_SL AY125864_SL AW030957_SL AJ785237_SL TC148121_SL TC148124_SL BG134587_SL AW094534_SL U284088 sgn U284088 SGN-U340329 SGN-U323544 SGN-U330788 SGN-U331141 SGN-U329376 SGN-U317749 SGN-U317747 SGN-U317748 SGN-U336260 SGN-U317745 SGN-U317746 SGN-U327042 SGN-U336692 SGN-U319001 SGN-U336690 SGN-U314052 SGN-U314051 SGN-U334755 SGN-U330277 SGN-U342559 SGN-U333271 SGN-U326175 SGN-U346746 SGN-U331826 SGN-U339289 SGN-U328444 SGN-U326399 SGN-U313169 SGN-U334194 SGN-U331712 Q9LK21_ARATH Q9LY98_ARATH Q8LED9_ARATH Q6NKX4_ARATH Q5MA15_TOBAC Q9ZSR1_MESCR Q5E919_ARATH O22405_PETCR O65854_TOBAC O65855_TOBAC Q7X7I6_ORYSA Q6SXP2_9ROSI Q692S1_CAPAN Q9XJ53_WHEAT Q9FKS8_ARATH Q6ZK52_ORYSA Q9LRB5_ARATH Q85V22_ORYSA Q9FSF1_TOBAC Q9SR44_ARATH O24405_ARATH Q40414_NICSY Q940N2_ARATH Q9LK29_ARATH Q8LA08_ARATH Q94A63_ARATH Q9FKS5_ARATH Q942X6_ORYSA Q41450_SOLTU Q8LPU7_DESAN G6PD5_ARATH G6PD6_ARATH G6PD_MEDSA G6PD_SOLTU CY11_SOLTU CY12_SOLTU BI422915.1 BI422915 gb BI422915.1 AI487745.1 AI487745 gb AI487745.1 AY125864.1 AY125864 gb AY125864.1 AI897816.1 AI897816 gb AI897816.1 AI488541.1 AI488541 gb AI488541.1 BE436513.1 BE436513 gb BE436513.1 AI487903.1 AI487903 gb AI487903.1 AW030957.1 AW030957 gb AW030957.1 BP889514.1 BP889514 gb BP889514.1 AJ831952.1 AJ831952 gb AJ831952.1 AI896002.1 AI896002 gb AI896002.1 AJ785237.1 AJ785237 gb AJ785237.1 FA57DD08 genesplicer genesplicer Genesplicer_1 genesplicer 4.905195

score 4.905195

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

110 111 Genesplicer_4 genesplicer 5.055847

score 5.055847

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

391 392 Genesplicer_10 genesplicer 5.77899

score 5.77899

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

901 902 Genesplicer_13 genesplicer 3.950946

score 3.950946

SPLICE_SITE_TYPE donor

SEQUENCE GT

1467 1468 Genesplicer_18 genesplicer 2.502402

score 2.502402

SPLICE_SITE_TYPE donor

SEQUENCE GT

2699 2700 Genesplicer_24 genesplicer 7.642402

score 7.642402

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

3603 3604 Genesplicer_25 genesplicer 2.586899

score 2.586899

SPLICE_SITE_TYPE donor

SEQUENCE GT

3674 3675 Genesplicer_26 genesplicer 3.695623

score 3.695623

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

3741 3742 Genesplicer_36 genesplicer 6.104517

score 6.104517

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

4963 4964 Genesplicer_39 genesplicer 4.688649

score 4.688649

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

5177 5178 Genesplicer_42 genesplicer 5.945209

score 5.945209

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

5670 5671 Genesplicer_43 genesplicer 4.857115

score 4.857115

SPLICE_SITE_TYPE donor

SEQUENCE GT

5672 5673 Genesplicer_46 genesplicer 2.781392

score 2.781392

SPLICE_SITE_TYPE donor

SEQUENCE GT

6148 6149 Genesplicer_54 genesplicer 7.303429

score 7.303429

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

6740 6741 Genesplicer_55 genesplicer 3.523761

score 3.523761

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

6844 6845 Genesplicer_56 genesplicer 4.480706

score 4.480706

SPLICE_SITE_TYPE donor

SEQUENCE GT

6868 6869 Genesplicer_57 genesplicer 2.852693

score 2.852693

SPLICE_SITE_TYPE donor

SEQUENCE GT

7036 7037 Genesplicer_58 genesplicer 5.633438

score 5.633438

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

7100 7101 Genesplicer_60 genesplicer 4.252635

score 4.252635

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

7188 7189 Genesplicer_62 genesplicer 6.064222

score 6.064222

SPLICE_SITE_TYPE donor

SEQUENCE GT

7307 7308 Genesplicer_70 genesplicer 3.188963

score 3.188963

SPLICE_SITE_TYPE donor

SEQUENCE GT

8315 8316 Genesplicer_71 genesplicer 4.694551

score 4.694551

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

8430 8431 Genesplicer_73 genesplicer 3.668999

score 3.668999

SPLICE_SITE_TYPE donor

SEQUENCE GT

8581 8582 Genesplicer_75 genesplicer 3.590484

score 3.590484

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

8775 8776 Genesplicer_82 genesplicer 10.040527

score 10.040527

SPLICE_SITE_TYPE donor

SEQUENCE GT

10122 10123 Genesplicer_87 genesplicer 7.600595

score 7.600595

SPLICE_SITE_TYPE donor

SEQUENCE GT

10760 10761 Genesplicer_97 genesplicer 2.767412

score 2.767412

SPLICE_SITE_TYPE donor

SEQUENCE GT

11941 11942 Genesplicer_104 genesplicer 3.84728

score 3.84728

SPLICE_SITE_TYPE donor

SEQUENCE GT

12483 12484 Genesplicer_108 genesplicer 4.913116

score 4.913116

SPLICE_SITE_TYPE donor

SEQUENCE GT

12674 12675 Genesplicer_109 genesplicer 3.457104

score 3.457104

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

12869 12870 Genesplicer_110 genesplicer 2.565829

score 2.565829

SPLICE_SITE_TYPE donor

SEQUENCE GT

12905 12906 Genesplicer_112 genesplicer 7.172324

score 7.172324

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

13116 13117 Genesplicer_116 genesplicer 4.08217

score 4.08217

SPLICE_SITE_TYPE donor

SEQUENCE GT

13433 13434 Genesplicer_118 genesplicer 5.562711

score 5.562711

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

13562 13563 Genesplicer_119 genesplicer 3.585357

score 3.585357

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

13625 13626 Genesplicer_124 genesplicer 5.090785

score 5.090785

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

14428 14429 Genesplicer_125 genesplicer 3.280399

score 3.280399

SPLICE_SITE_TYPE donor

SEQUENCE GT

14600 14601 Genesplicer_127 genesplicer 4.244367

score 4.244367

SPLICE_SITE_TYPE donor

SEQUENCE GT

14785 14786 Genesplicer_129 genesplicer 8.793999

score 8.793999

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

14867 14868 Genesplicer_131 genesplicer 3.568879

score 3.568879

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

14976 14977 Genesplicer_132 genesplicer 2.383767

score 2.383767

SPLICE_SITE_TYPE donor

SEQUENCE GT

15187 15188 Genesplicer_133 genesplicer 10.667137

score 10.667137

SPLICE_SITE_TYPE donor

SEQUENCE GT

15423 15424 Genesplicer_134 genesplicer 5.194589

score 5.194589

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

15594 15595 Genesplicer_135 genesplicer 8.047585

score 8.047585

SPLICE_SITE_TYPE donor

SEQUENCE GT

15705 15706 Genesplicer_136 genesplicer 2.881709

score 2.881709

SPLICE_SITE_TYPE donor

SEQUENCE GT

15767 15768 Genesplicer_137 genesplicer 4.405508

score 4.405508

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

15917 15918 Genesplicer_139 genesplicer 4.825018

score 4.825018

SPLICE_SITE_TYPE donor

SEQUENCE GT

16506 16507 Genesplicer_142 genesplicer 4.839976

score 4.839976

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

16980 16981 Genesplicer_144 genesplicer 7.109816

score 7.109816

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

17150 17151 Genesplicer_145 genesplicer 12.604424

score 12.604424

SPLICE_SITE_TYPE donor

SEQUENCE GT

17321 17322 Genesplicer_146 genesplicer 10.904842

score 10.904842

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

17411 17412 Genesplicer_148 genesplicer 2.294818

score 2.294818

SPLICE_SITE_TYPE donor

SEQUENCE GT

17556 17557 Genesplicer_153 genesplicer 3.898459

score 3.898459

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

18114 18115 Genesplicer_156 genesplicer 5.942309

score 5.942309

SPLICE_SITE_TYPE donor

SEQUENCE GT

18329 18330 Genesplicer_157 genesplicer 5.171454

score 5.171454

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

18431 18432 Genesplicer_160 genesplicer 2.786455

score 2.786455

SPLICE_SITE_TYPE donor

SEQUENCE GT

18550 18551 Genesplicer_166 genesplicer 7.813787

score 7.813787

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

18898 18899 Genesplicer_168 genesplicer 4.769077

score 4.769077

SPLICE_SITE_TYPE donor

SEQUENCE GT

19226 19227 Genesplicer_169 genesplicer 8.526116

score 8.526116

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

19356 19357 Genesplicer_170 genesplicer 9.003841

score 9.003841

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

19616 19617 Genesplicer_177 genesplicer 3.0218

score 3.0218

SPLICE_SITE_TYPE donor

SEQUENCE GT

20641 20642 Genesplicer_179 genesplicer 12.399888

score 12.399888

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

20847 20848 Genesplicer_183 genesplicer 4.564796

score 4.564796

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

21111 21112 Genesplicer_184 genesplicer 5.184084

score 5.184084

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

21222 21223 Genesplicer_185 genesplicer 3.389581

score 3.389581

SPLICE_SITE_TYPE donor

SEQUENCE GT

21285 21286 Genesplicer_190 genesplicer 4.378135

score 4.378135

SPLICE_SITE_TYPE donor

SEQUENCE GT

22047 22048 Genesplicer_195 genesplicer 4.756311

score 4.756311

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

22811 22812 Genesplicer_203 genesplicer 7.65919

score 7.65919

SPLICE_SITE_TYPE donor

SEQUENCE GT

23437 23438 Genesplicer_208 genesplicer 7.228563

score 7.228563

SPLICE_SITE_TYPE donor

SEQUENCE GT

23929 23930 Genesplicer_210 genesplicer 3.320089

score 3.320089

SPLICE_SITE_TYPE donor

SEQUENCE GT

24637 24638 Genesplicer_211 genesplicer 6.832347

score 6.832347

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

25061 25062 Genesplicer_215 genesplicer 5.403509

score 5.403509

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

25608 25609 Genesplicer_219 genesplicer 8.408658

score 8.408658

SPLICE_SITE_TYPE donor

SEQUENCE GT

26119 26120 Genesplicer_221 genesplicer 5.063196

score 5.063196

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

26532 26533 Genesplicer_223 genesplicer 2.735685

score 2.735685

SPLICE_SITE_TYPE donor

SEQUENCE GT

27080 27081 Genesplicer_226 genesplicer 4.626248

score 4.626248

SPLICE_SITE_TYPE donor

SEQUENCE GT

27286 27287 Genesplicer_227 genesplicer 6.362497

score 6.362497

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

27372 27373 Genesplicer_238 genesplicer 3.312698

score 3.312698

SPLICE_SITE_TYPE donor

SEQUENCE GT

28628 28629 Genesplicer_239 genesplicer 4.683611

score 4.683611

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

28833 28834 Genesplicer_242 genesplicer 3.343532

score 3.343532

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

29230 29231 Genesplicer_243 genesplicer 8.023021

score 8.023021

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

29397 29398 Genesplicer_244 genesplicer 4.321351

score 4.321351

SPLICE_SITE_TYPE donor

SEQUENCE GT

29618 29619 Genesplicer_246 genesplicer 4.468325

score 4.468325

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

29751 29752 Genesplicer_249 genesplicer 5.392838

score 5.392838

SPLICE_SITE_TYPE donor

SEQUENCE GT

30378 30379 Genesplicer_251 genesplicer 5.25613

score 5.25613

SPLICE_SITE_TYPE donor

SEQUENCE GT

30530 30531 Genesplicer_256 genesplicer 6.09224

score 6.09224

SPLICE_SITE_TYPE donor

SEQUENCE GT

31122 31123 Genesplicer_257 genesplicer 11.593657

score 11.593657

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

31255 31256 Genesplicer_258 genesplicer 10.564948

score 10.564948

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

31390 31391 Genesplicer_262 genesplicer 4.506278

score 4.506278

SPLICE_SITE_TYPE donor

SEQUENCE GT

31873 31874 Genesplicer_264 genesplicer 5.779311

score 5.779311

SPLICE_SITE_TYPE donor

SEQUENCE GT

31998 31999 Genesplicer_268 genesplicer 7.12148

score 7.12148

SPLICE_SITE_TYPE donor

SEQUENCE GT

32627 32628 Genesplicer_271 genesplicer 7.675857

score 7.675857

SPLICE_SITE_TYPE donor

SEQUENCE GT

33130 33131 Genesplicer_272 genesplicer 2.293975

score 2.293975

SPLICE_SITE_TYPE donor

SEQUENCE GT

33435 33436 Genesplicer_274 genesplicer 4.050622

score 4.050622

SPLICE_SITE_TYPE donor

SEQUENCE GT

33554 33555 Genesplicer_282 genesplicer 4.559246

score 4.559246

SPLICE_SITE_TYPE donor

SEQUENCE GT

35061 35062 Genesplicer_284 genesplicer 4.045326

score 4.045326

SPLICE_SITE_TYPE donor

SEQUENCE GT

35160 35161 Genesplicer_286 genesplicer 4.514362

score 4.514362

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

35430 35431 Genesplicer_289 genesplicer 3.437051

score 3.437051

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

35692 35693 Genesplicer_291 genesplicer 7.582463

score 7.582463

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

36138 36139 Genesplicer_295 genesplicer 3.543

score 3.543

SPLICE_SITE_TYPE donor

SEQUENCE GT

36408 36409 Genesplicer_301 genesplicer 5.018329

score 5.018329

SPLICE_SITE_TYPE donor

SEQUENCE GT

37062 37063 Genesplicer_303 genesplicer 4.647882

score 4.647882

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

37294 37295 Genesplicer_305 genesplicer 3.614081

score 3.614081

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

37482 37483 Genesplicer_316 genesplicer 4.605573

score 4.605573

SPLICE_SITE_TYPE donor

SEQUENCE GT

39103 39104 Genesplicer_317 genesplicer 9.482013

score 9.482013

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

39198 39199 Genesplicer_318 genesplicer 6.720426

score 6.720426

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

39376 39377 Genesplicer_319 genesplicer 2.563473

score 2.563473

SPLICE_SITE_TYPE donor

SEQUENCE GT

39503 39504 Genesplicer_321 genesplicer 7.495803

score 7.495803

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

39640 39641 Genesplicer_322 genesplicer 8.984178

score 8.984178

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

39768 39769 Genesplicer_326 genesplicer 6.452341

score 6.452341

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

40319 40320 Genesplicer_328 genesplicer 5.52317

score 5.52317

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

40481 40482 Genesplicer_330 genesplicer 3.820785

score 3.820785

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

40663 40664 Genesplicer_333 genesplicer 8.594757

score 8.594757

SPLICE_SITE_TYPE donor

SEQUENCE GT

41094 41095 Genesplicer_336 genesplicer 2.825226

score 2.825226

SPLICE_SITE_TYPE donor

SEQUENCE GT

41762 41763 Genesplicer_340 genesplicer 3.608733

score 3.608733

SPLICE_SITE_TYPE donor

SEQUENCE GT

42393 42394 Genesplicer_341 genesplicer 6.968862

score 6.968862

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

42585 42586 Genesplicer_342 genesplicer 9.187835

score 9.187835

SPLICE_SITE_TYPE donor

SEQUENCE GT

42630 42631 Genesplicer_343 genesplicer 3.705261

score 3.705261

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

42702 42703 Genesplicer_345 genesplicer 5.214432

score 5.214432

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

42769 42770 Genesplicer_346 genesplicer 3.500566

score 3.500566

SPLICE_SITE_TYPE donor

SEQUENCE GT

42934 42935 Genesplicer_347 genesplicer 6.295955

score 6.295955

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

43033 43034 Genesplicer_348 genesplicer 11.751625

score 11.751625

SPLICE_SITE_TYPE donor

SEQUENCE GT

43275 43276 Genesplicer_349 genesplicer 3.474558

score 3.474558

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

43364 43365 Genesplicer_350 genesplicer 6.08236

score 6.08236

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

43446 43447 Genesplicer_351 genesplicer 2.905653

score 2.905653

SPLICE_SITE_TYPE donor

SEQUENCE GT

43518 43519 Genesplicer_352 genesplicer 4.282546

score 4.282546

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

43689 43690 Genesplicer_353 genesplicer 3.4275

score 3.4275

SPLICE_SITE_TYPE donor

SEQUENCE GT

43860 43861 Genesplicer_354 genesplicer 4.539615

score 4.539615

SPLICE_SITE_TYPE donor

SEQUENCE GT

44073 44074 Genesplicer_355 genesplicer 3.547503

score 3.547503

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

44134 44135 Genesplicer_358 genesplicer 4.178514

score 4.178514

SPLICE_SITE_TYPE donor

SEQUENCE GT

44680 44681 Genesplicer_359 genesplicer 5.536786

score 5.536786

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

44757 44758 Genesplicer_362 genesplicer 2.497217

score 2.497217

SPLICE_SITE_TYPE donor

SEQUENCE GT

45022 45023 Genesplicer_363 genesplicer 16.468393

score 16.468393

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

45103 45104 Genesplicer_364 genesplicer 4.339764

score 4.339764

SPLICE_SITE_TYPE donor

SEQUENCE GT

45202 45203 Genesplicer_367 genesplicer 7.379182

score 7.379182

SPLICE_SITE_TYPE donor

SEQUENCE GT

45396 45397 Genesplicer_370 genesplicer 3.583538

score 3.583538

SPLICE_SITE_TYPE donor

SEQUENCE GT

45579 45580 Genesplicer_371 genesplicer 5.451187

score 5.451187

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

45638 45639 Genesplicer_372 genesplicer 5.591835

score 5.591835

SPLICE_SITE_TYPE donor

SEQUENCE GT

45788 45789 Genesplicer_373 genesplicer 5.215874

score 5.215874

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

46246 46247 Genesplicer_374 genesplicer 7.583699

score 7.583699

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

46370 46371 Genesplicer_375 genesplicer 10.787582

score 10.787582

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

46468 46469 Genesplicer_376 genesplicer 8.620971

score 8.620971

SPLICE_SITE_TYPE donor

SEQUENCE GT

46600 46601 Genesplicer_377 genesplicer 6.315357

score 6.315357

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

46709 46710 Genesplicer_378 genesplicer 6.326252

score 6.326252

SPLICE_SITE_TYPE donor

SEQUENCE GT

46816 46817 Genesplicer_380 genesplicer 5.008689

score 5.008689

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

46934 46935 Genesplicer_382 genesplicer 8.280393

score 8.280393

SPLICE_SITE_TYPE donor

SEQUENCE GT

47263 47264 Genesplicer_384 genesplicer 4.125457

score 4.125457

SPLICE_SITE_TYPE donor

SEQUENCE GT

47482 47483 Genesplicer_386 genesplicer 4.669041

score 4.669041

SPLICE_SITE_TYPE donor

SEQUENCE GT

47630 47631 Genesplicer_387 genesplicer 3.758732

score 3.758732

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

48389 48390 Genesplicer_388 genesplicer 3.502939

score 3.502939

SPLICE_SITE_TYPE donor

SEQUENCE GT

48489 48490 Genesplicer_390 genesplicer 2.518323

score 2.518323

SPLICE_SITE_TYPE donor

SEQUENCE GT

48596 48597 Genesplicer_391 genesplicer 5.926783

score 5.926783

SPLICE_SITE_TYPE donor

SEQUENCE GT

48670 48671 Genesplicer_392 genesplicer 7.244419

score 7.244419

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

48727 48728 Genesplicer_393 genesplicer 5.958433

score 5.958433

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

48824 48825 Genesplicer_394 genesplicer 3.931504

score 3.931504

SPLICE_SITE_TYPE donor

SEQUENCE GT

48826 48827 Genesplicer_396 genesplicer 6.324732

score 6.324732

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

48931 48932 Genesplicer_397 genesplicer 7.866027

score 7.866027

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

49231 49232 Genesplicer_398 genesplicer 5.275933

score 5.275933

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

49295 49296 Genesplicer_399 genesplicer 2.497922

score 2.497922

SPLICE_SITE_TYPE donor

SEQUENCE GT

49338 49339 Genesplicer_400 genesplicer 3.488319

score 3.488319

SPLICE_SITE_TYPE donor

SEQUENCE GT

49414 49415 Genesplicer_401 genesplicer 9.28993

score 9.28993

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

49677 49678 Genesplicer_402 genesplicer 8.016899

score 8.016899

SPLICE_SITE_TYPE donor

SEQUENCE GT

49751 49752 Genesplicer_404 genesplicer 3.248628

score 3.248628

SPLICE_SITE_TYPE donor

SEQUENCE GT

49916 49917 Genesplicer_405 genesplicer 5.734153

score 5.734153

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

50094 50095 Genesplicer_409 genesplicer 5.327099

score 5.327099

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

50449 50450 Genesplicer_410 genesplicer 5.504396

score 5.504396

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

50618 50619 Genesplicer_411 genesplicer 2.527259

score 2.527259

SPLICE_SITE_TYPE donor

SEQUENCE GT

50620 50621 Genesplicer_412 genesplicer 7.385208

score 7.385208

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

50740 50741 Genesplicer_413 genesplicer 9.533863

score 9.533863

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

50846 50847 Genesplicer_415 genesplicer 13.180825

score 13.180825

SPLICE_SITE_TYPE donor

SEQUENCE GT

51050 51051 Genesplicer_418 genesplicer 5.884508

score 5.884508

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

51234 51235 Genesplicer_419 genesplicer 2.9292

score 2.9292

SPLICE_SITE_TYPE donor

SEQUENCE GT

51322 51323 Genesplicer_420 genesplicer 7.860043

score 7.860043

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

51413 51414 Genesplicer_421 genesplicer 10.001268

score 10.001268

SPLICE_SITE_TYPE donor

SEQUENCE GT

51727 51728 Genesplicer_422 genesplicer 8.791589

score 8.791589

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

51802 51803 Genesplicer_424 genesplicer 7.241029

score 7.241029

SPLICE_SITE_TYPE donor

SEQUENCE GT

51991 51992 Genesplicer_425 genesplicer 8.238334

score 8.238334

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

52064 52065 Genesplicer_427 genesplicer 6.275771

score 6.275771

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

52227 52228 Genesplicer_429 genesplicer 5.306445

score 5.306445

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

52470 52471 Genesplicer_430 genesplicer 8.616513

score 8.616513

SPLICE_SITE_TYPE donor

SEQUENCE GT

52541 52542 Genesplicer_432 genesplicer 5.337078

score 5.337078

SPLICE_SITE_TYPE donor

SEQUENCE GT

52663 52664 Genesplicer_433 genesplicer 3.383133

score 3.383133

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

52711 52712 Genesplicer_435 genesplicer 3.646659

score 3.646659

SPLICE_SITE_TYPE donor

SEQUENCE GT

52864 52865 Genesplicer_439 genesplicer 8.789661

score 8.789661

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

53208 53209 Genesplicer_440 genesplicer 4.621741

score 4.621741

SPLICE_SITE_TYPE donor

SEQUENCE GT

53269 53270 Genesplicer_441 genesplicer 4.578519

score 4.578519

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

53362 53363 Genesplicer_442 genesplicer 11.737316

score 11.737316

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

53485 53486 Genesplicer_443 genesplicer 4.961673

score 4.961673

SPLICE_SITE_TYPE donor

SEQUENCE GT

53524 53525 Genesplicer_445 genesplicer 7.399612

score 7.399612

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

53765 53766 Genesplicer_447 genesplicer 4.855534

score 4.855534

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

54016 54017 Genesplicer_449 genesplicer 7.850248

score 7.850248

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

54078 54079 Genesplicer_450 genesplicer 10.135479

score 10.135479

SPLICE_SITE_TYPE donor

SEQUENCE GT

54152 54153 Genesplicer_451 genesplicer 4.796557

score 4.796557

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

54206 54207 Genesplicer_452 genesplicer 12.155088

score 12.155088

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

54296 54297 Genesplicer_453 genesplicer 4.943464

score 4.943464

SPLICE_SITE_TYPE donor

SEQUENCE GT

54446 54447 Genesplicer_454 genesplicer 7.5268

score 7.5268

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

54527 54528 Genesplicer_456 genesplicer 8.582868

score 8.582868

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

54598 54599 Genesplicer_457 genesplicer 3.626855

score 3.626855

SPLICE_SITE_TYPE donor

SEQUENCE GT

54696 54697 Genesplicer_458 genesplicer 10.341175

score 10.341175

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

54752 54753 Genesplicer_460 genesplicer 6.183516

score 6.183516

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

54961 54962 Genesplicer_461 genesplicer 8.590963

score 8.590963

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

55371 55372 Genesplicer_463 genesplicer 7.514052

score 7.514052

SPLICE_SITE_TYPE donor

SEQUENCE GT

55498 55499 Genesplicer_465 genesplicer 4.636803

score 4.636803

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

55703 55704 Genesplicer_466 genesplicer 10.899372

score 10.899372

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

55785 55786 Genesplicer_467 genesplicer 5.115912

score 5.115912

SPLICE_SITE_TYPE donor

SEQUENCE GT

55903 55904 Genesplicer_468 genesplicer 7.657267

score 7.657267

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

55958 55959 Genesplicer_469 genesplicer 10.461992

score 10.461992

SPLICE_SITE_TYPE donor

SEQUENCE GT

56035 56036 Genesplicer_470 genesplicer 13.168089

score 13.168089

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

56119 56120 Genesplicer_472 genesplicer 5.307802

score 5.307802

SPLICE_SITE_TYPE donor

SEQUENCE GT

56407 56408 Genesplicer_475 genesplicer 5.886902

score 5.886902

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

56952 56953 Genesplicer_476 genesplicer 7.488369

score 7.488369

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

57100 57101 Genesplicer_477 genesplicer 4.594067

score 4.594067

SPLICE_SITE_TYPE donor

SEQUENCE GT

57298 57299 Genesplicer_481 genesplicer 6.059657

score 6.059657

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

57585 57586 Genesplicer_482 genesplicer 6.105723

score 6.105723

SPLICE_SITE_TYPE donor

SEQUENCE GT

57666 57667 Genesplicer_483 genesplicer 3.339186

score 3.339186

SPLICE_SITE_TYPE donor

SEQUENCE GT

57754 57755 Genesplicer_485 genesplicer 8.131548

score 8.131548

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

57863 57864 Genesplicer_488 genesplicer 5.868932

score 5.868932

SPLICE_SITE_TYPE donor

SEQUENCE GT

58034 58035 Genesplicer_489 genesplicer 7.850858

score 7.850858

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

58740 58741 Genesplicer_490 genesplicer 5.709937

score 5.709937

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

58812 58813 Genesplicer_491 genesplicer 4.363144

score 4.363144

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

58960 58961 Genesplicer_493 genesplicer 9.957814

score 9.957814

SPLICE_SITE_TYPE donor

SEQUENCE GT

59432 59433 Genesplicer_496 genesplicer 3.448229

score 3.448229

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

59702 59703 Genesplicer_497 genesplicer 3.475693

score 3.475693

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

59972 59973 Genesplicer_499 genesplicer 4.234293

score 4.234293

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

60167 60168 Genesplicer_500 genesplicer 6.421028

score 6.421028

SPLICE_SITE_TYPE donor

SEQUENCE GT

60317 60318 Genesplicer_503 genesplicer 16.194516

score 16.194516

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

60419 60420 Genesplicer_507 genesplicer 6.541039

score 6.541039

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

61414 61415 Genesplicer_508 genesplicer 5.120053

score 5.120053

SPLICE_SITE_TYPE donor

SEQUENCE GT

61574 61575 Genesplicer_509 genesplicer 8.885906

score 8.885906

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

61643 61644 Genesplicer_510 genesplicer 2.500746

score 2.500746

SPLICE_SITE_TYPE donor

SEQUENCE GT

62007 62008 Genesplicer_514 genesplicer 7.417357

score 7.417357

SPLICE_SITE_TYPE donor

SEQUENCE GT

62429 62430 Genesplicer_515 genesplicer 5.385054

score 5.385054

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

62543 62544 Genesplicer_516 genesplicer 2.590379

score 2.590379

SPLICE_SITE_TYPE donor

SEQUENCE GT

62887 62888 Genesplicer_517 genesplicer 4.025548

score 4.025548

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

63029 63030 Genesplicer_518 genesplicer 8.006599

score 8.006599

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

63293 63294 Genesplicer_519 genesplicer 5.085588

score 5.085588

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

63598 63599 Genesplicer_520 genesplicer 7.96094

score 7.96094

SPLICE_SITE_TYPE donor

SEQUENCE GT

63847 63848 Genesplicer_521 genesplicer 6.094646

score 6.094646

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

63920 63921 Genesplicer_523 genesplicer 4.206563

score 4.206563

SPLICE_SITE_TYPE donor

SEQUENCE GT

64057 64058 Genesplicer_525 genesplicer 7.235649

score 7.235649

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

64212 64213 Genesplicer_526 genesplicer 4.051201

score 4.051201

SPLICE_SITE_TYPE donor

SEQUENCE GT

64214 64215 Genesplicer_530 genesplicer 8.32393

score 8.32393

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

64673 64674 Genesplicer_531 genesplicer 6.597637

score 6.597637

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

64882 64883 Genesplicer_537 genesplicer 13.920862

score 13.920862

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

65471 65472 Genesplicer_538 genesplicer 4.470023

score 4.470023

SPLICE_SITE_TYPE donor

SEQUENCE GT

65620 65621 Genesplicer_540 genesplicer 4.42301

score 4.42301

SPLICE_SITE_TYPE donor

SEQUENCE GT

65888 65889 Genesplicer_541 genesplicer 10.952712

score 10.952712

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

65977 65978 Genesplicer_542 genesplicer 3.684558

score 3.684558

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

66151 66152 Genesplicer_543 genesplicer 2.350875

score 2.350875

SPLICE_SITE_TYPE donor

SEQUENCE GT

66818 66819 Genesplicer_544 genesplicer 10.939777

score 10.939777

SPLICE_SITE_TYPE donor

SEQUENCE GT

66923 66924 Genesplicer_547 genesplicer 4.798801

score 4.798801

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

67453 67454 Genesplicer_548 genesplicer 3.778873

score 3.778873

SPLICE_SITE_TYPE donor

SEQUENCE GT

67465 67466 Genesplicer_549 genesplicer 3.138645

score 3.138645

SPLICE_SITE_TYPE donor

SEQUENCE GT

67559 67560 Genesplicer_550 genesplicer 6.477625

score 6.477625

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

67585 67586 Genesplicer_553 genesplicer 4.563116

score 4.563116

SPLICE_SITE_TYPE donor

SEQUENCE GT

67836 67837 Genesplicer_554 genesplicer 14.739361

score 14.739361

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

67908 67909 Genesplicer_555 genesplicer 4.092996

score 4.092996

SPLICE_SITE_TYPE donor

SEQUENCE GT

68829 68830 Genesplicer_557 genesplicer 3.698401

score 3.698401

SPLICE_SITE_TYPE donor

SEQUENCE GT

69338 69339 Genesplicer_558 genesplicer 3.569588

score 3.569588

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

69618 69619 Genesplicer_560 genesplicer 5.1293

score 5.1293

SPLICE_SITE_TYPE donor

SEQUENCE GT

69759 69760 Genesplicer_561 genesplicer 3.755573

score 3.755573

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

69849 69850 Genesplicer_563 genesplicer 9.969325

score 9.969325

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

70087 70088 Genesplicer_564 genesplicer 2.315671

score 2.315671

SPLICE_SITE_TYPE donor

SEQUENCE GT

70300 70301 Genesplicer_565 genesplicer 8.237492

score 8.237492

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

70380 70381 Genesplicer_566 genesplicer 7.512471

score 7.512471

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

70521 70522 Genesplicer_567 genesplicer 5.232272

score 5.232272

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

70813 70814 Genesplicer_569 genesplicer 7.934374

score 7.934374

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

71048 71049 Genesplicer_570 genesplicer 3.774656

score 3.774656

SPLICE_SITE_TYPE donor

SEQUENCE GT

71154 71155 Genesplicer_574 genesplicer 4.459389

score 4.459389

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

71586 71587 Genesplicer_579 genesplicer 4.082963

score 4.082963

SPLICE_SITE_TYPE donor

SEQUENCE GT

72123 72124 Genesplicer_580 genesplicer 7.846872

score 7.846872

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

72218 72219 Genesplicer_583 genesplicer 6.900651

score 6.900651

SPLICE_SITE_TYPE donor

SEQUENCE GT

72428 72429 Genesplicer_584 genesplicer 3.353491

score 3.353491

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

72544 72545 Genesplicer_585 genesplicer 8.088021

score 8.088021

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

72621 72622 Genesplicer_588 genesplicer 4.511264

score 4.511264

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

72805 72806 Genesplicer_590 genesplicer 4.156121

score 4.156121

SPLICE_SITE_TYPE donor

SEQUENCE GT

73194 73195 Genesplicer_591 genesplicer 4.750606

score 4.750606

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

73260 73261 Genesplicer_597 genesplicer 6.853951

score 6.853951

SPLICE_SITE_TYPE donor

SEQUENCE GT

73905 73906 Genesplicer_598 genesplicer 4.340573

score 4.340573

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

74154 74155 Genesplicer_599 genesplicer 4.218657

score 4.218657

SPLICE_SITE_TYPE donor

SEQUENCE GT

74158 74159 Genesplicer_600 genesplicer 8.701546

score 8.701546

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

74411 74412 Genesplicer_601 genesplicer 2.622289

score 2.622289

SPLICE_SITE_TYPE donor

SEQUENCE GT

74422 74423 Genesplicer_605 genesplicer 4.602267

score 4.602267

SPLICE_SITE_TYPE donor

SEQUENCE GT

75064 75065 Genesplicer_606 genesplicer 7.570488

score 7.570488

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

75125 75126 Genesplicer_607 genesplicer 3.244285

score 3.244285

SPLICE_SITE_TYPE donor

SEQUENCE GT

75149 75150 Genesplicer_608 genesplicer 5.354373

score 5.354373

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

75238 75239 Genesplicer_610 genesplicer 6.337579

score 6.337579

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

75460 75461 Genesplicer_611 genesplicer 7.302375

score 7.302375

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

75649 75650 Genesplicer_613 genesplicer 4.933964

score 4.933964

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

75958 75959 Genesplicer_614 genesplicer 3.733295

score 3.733295

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

76028 76029 Genesplicer_615 genesplicer 12.098076

score 12.098076

SPLICE_SITE_TYPE donor

SEQUENCE GT

76198 76199 Genesplicer_619 genesplicer 12.548462

score 12.548462

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

76918 76919 Genesplicer_622 genesplicer 3.458637

score 3.458637

SPLICE_SITE_TYPE donor

SEQUENCE GT

77315 77316 Genesplicer_626 genesplicer 13.014565

score 13.014565

SPLICE_SITE_TYPE donor

SEQUENCE GT

77792 77793 Genesplicer_627 genesplicer 12.646105

score 12.646105

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

77874 77875 Genesplicer_628 genesplicer 5.473574

score 5.473574

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

78173 78174 Genesplicer_629 genesplicer 11.051644

score 11.051644

SPLICE_SITE_TYPE donor

SEQUENCE GT

78270 78271 Genesplicer_630 genesplicer 9.805948

score 9.805948

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

78342 78343 Genesplicer_631 genesplicer 4.163904

score 4.163904

SPLICE_SITE_TYPE donor

SEQUENCE GT

78450 78451 Genesplicer_632 genesplicer 8.252395

score 8.252395

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

78525 78526 Genesplicer_633 genesplicer 7.775252

score 7.775252

SPLICE_SITE_TYPE donor

SEQUENCE GT

78619 78620 Genesplicer_634 genesplicer 10.71385

score 10.71385

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

78696 78697 Genesplicer_635 genesplicer 14.146328

score 14.146328

SPLICE_SITE_TYPE donor

SEQUENCE GT

78767 78768 Genesplicer_636 genesplicer 17.533848

score 17.533848

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

78839 78840 Genesplicer_642 genesplicer 3.868358

score 3.868358

SPLICE_SITE_TYPE donor

SEQUENCE GT

79546 79547 Genesplicer_645 genesplicer 4.072597

score 4.072597

SPLICE_SITE_TYPE donor

SEQUENCE GT

79978 79979 Genesplicer_646 genesplicer 2.721368

score 2.721368

SPLICE_SITE_TYPE donor

SEQUENCE GT

80067 80068 Genesplicer_647 genesplicer 6.908146

score 6.908146

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

80174 80175 Genesplicer_652 genesplicer 12.103381

score 12.103381

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

80481 80482 Genesplicer_654 genesplicer 3.377281

score 3.377281

SPLICE_SITE_TYPE donor

SEQUENCE GT

80705 80706 Genesplicer_655 genesplicer 7.60791

score 7.60791

SPLICE_SITE_TYPE donor

SEQUENCE GT

80841 80842 Genesplicer_657 genesplicer 4.630433

score 4.630433

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

80989 80990 Genesplicer_658 genesplicer 8.245562

score 8.245562

SPLICE_SITE_TYPE donor

SEQUENCE GT

81120 81121 Genesplicer_659 genesplicer 5.98846

score 5.98846

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

81156 81157 Genesplicer_660 genesplicer 4.360532

score 4.360532

SPLICE_SITE_TYPE donor

SEQUENCE GT

81255 81256 Genesplicer_662 genesplicer 13.702568

score 13.702568

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

81346 81347 Genesplicer_663 genesplicer 11.828225

score 11.828225

SPLICE_SITE_TYPE donor

SEQUENCE GT

81506 81507 Genesplicer_665 genesplicer 15.136783

score 15.136783

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

81574 81575 Genesplicer_666 genesplicer 7.96065

score 7.96065

SPLICE_SITE_TYPE donor

SEQUENCE GT

81963 81964 Genesplicer_668 genesplicer 7.804314

score 7.804314

SPLICE_SITE_TYPE donor

SEQUENCE GT

82434 82435 Genesplicer_669 genesplicer 5.265761

score 5.265761

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

82484 82485 Genesplicer_670 genesplicer 6.124527

score 6.124527

SPLICE_SITE_TYPE donor

SEQUENCE GT

82614 82615 Genesplicer_671 genesplicer 8.361223

score 8.361223

SPLICE_SITE_TYPE donor

SEQUENCE GT

82792 82793 Genesplicer_672 genesplicer 10.660002

score 10.660002

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

82867 82868 Genesplicer_673 genesplicer 11.999229

score 11.999229

SPLICE_SITE_TYPE donor

SEQUENCE GT

82938 82939 Genesplicer_674 genesplicer 13.76421

score 13.76421

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

83015 83016 Genesplicer_675 genesplicer 4.497442

score 4.497442

SPLICE_SITE_TYPE donor

SEQUENCE GT

83145 83146 Genesplicer_676 genesplicer 3.942537

score 3.942537

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

83239 83240 Genesplicer_677 genesplicer 9.9655

score 9.9655

SPLICE_SITE_TYPE donor

SEQUENCE GT

83444 83445 Genesplicer_679 genesplicer 5.369443

score 5.369443

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

83525 83526 Genesplicer_680 genesplicer 3.427952

score 3.427952

SPLICE_SITE_TYPE donor

SEQUENCE GT

83582 83583 Genesplicer_682 genesplicer 8.516566

score 8.516566

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

83865 83866 Genesplicer_685 genesplicer 6.964936

score 6.964936

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

84458 84459 Genesplicer_686 genesplicer 4.695635

score 4.695635

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

84626 84627 Genesplicer_687 genesplicer 7.281332

score 7.281332

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

84729 84730 Genesplicer_689 genesplicer 4.470368

score 4.470368

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

84895 84896 Genesplicer_691 genesplicer 6.139327

score 6.139327

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

85028 85029 Genesplicer_692 genesplicer 5.796049

score 5.796049

SPLICE_SITE_TYPE donor

SEQUENCE GT

85124 85125 Genesplicer_693 genesplicer 8.128002

score 8.128002

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

85201 85202 Genesplicer_694 genesplicer 10.793357

score 10.793357

SPLICE_SITE_TYPE donor

SEQUENCE GT

85361 85362 Genesplicer_695 genesplicer 10.55421

score 10.55421

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

85432 85433 Genesplicer_697 genesplicer 7.555287

score 7.555287

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

85806 85807 Genesplicer_698 genesplicer 12.418305

score 12.418305

SPLICE_SITE_TYPE donor

SEQUENCE GT

85824 85825 Genesplicer_699 genesplicer 7.446759

score 7.446759

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

85899 85900 Genesplicer_702 genesplicer 12.394956

score 12.394956

SPLICE_SITE_TYPE donor

SEQUENCE GT

86295 86296 Genesplicer_703 genesplicer 7.974511

score 7.974511

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

86388 86389 Genesplicer_705 genesplicer 5.495375

score 5.495375

SPLICE_SITE_TYPE donor

SEQUENCE GT

86496 86497 Genesplicer_706 genesplicer 4.725534

score 4.725534

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

86561 86562 Genesplicer_707 genesplicer 6.98263

score 6.98263

SPLICE_SITE_TYPE donor

SEQUENCE GT

86655 86656 Genesplicer_708 genesplicer 4.978483

score 4.978483

SPLICE_SITE_TYPE donor

SEQUENCE GT

86793 86794 Genesplicer_709 genesplicer 4.024729

score 4.024729

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

86827 86828 Genesplicer_711 genesplicer 5.987643

score 5.987643

SPLICE_SITE_TYPE donor

SEQUENCE GT

87403 87404 Genesplicer_716 genesplicer 8.324206

score 8.324206

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

88209 88210 Genesplicer_733 genesplicer 3.765545

score 3.765545

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

90319 90320 Genesplicer_744 genesplicer 3.386981

score 3.386981

SPLICE_SITE_TYPE donor

SEQUENCE GT

91335 91336 Genesplicer_745 genesplicer 4.155164

score 4.155164

SPLICE_SITE_TYPE donor

SEQUENCE GT

91684 91685 Genesplicer_746 genesplicer 4.146006

score 4.146006

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

91782 91783 Genesplicer_747 genesplicer 3.298739

score 3.298739

SPLICE_SITE_TYPE donor

SEQUENCE GT

91853 91854 Genesplicer_748 genesplicer 4.730889

score 4.730889

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

91938 91939 Genesplicer_749 genesplicer 2.640772

score 2.640772

SPLICE_SITE_TYPE donor

SEQUENCE GT

91940 91941 Genesplicer_751 genesplicer 5.8941

score 5.8941

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

92290 92291 Genesplicer_754 genesplicer 6.700649

score 6.700649

SPLICE_SITE_TYPE donor

SEQUENCE GT

92842 92843 Genesplicer_755 genesplicer 4.840079

score 4.840079

SPLICE_SITE_TYPE donor

SEQUENCE GT

93146 93147 Genesplicer_756 genesplicer 6.681142

score 6.681142

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

93353 93354 Genesplicer_758 genesplicer 9.466231

score 9.466231

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

93695 93696 Genesplicer_759 genesplicer 11.499836

score 11.499836

SPLICE_SITE_TYPE donor

SEQUENCE GT

93760 93761 Genesplicer_760 genesplicer 4.220268

score 4.220268

SPLICE_SITE_TYPE donor

SEQUENCE GT

93860 93861 Genesplicer_763 genesplicer 3.10517

score 3.10517

SPLICE_SITE_TYPE donor

SEQUENCE GT

94258 94259 Genesplicer_765 genesplicer 2.530523

score 2.530523

SPLICE_SITE_TYPE donor

SEQUENCE GT

94706 94707 Genesplicer_767 genesplicer 2.682223

score 2.682223

SPLICE_SITE_TYPE donor

SEQUENCE GT

94905 94906 Genesplicer_770 genesplicer 3.927313

score 3.927313

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

95008 95009 Genesplicer_772 genesplicer 5.543515

score 5.543515

SPLICE_SITE_TYPE donor

SEQUENCE GT

95736 95737 Genesplicer_773 genesplicer 3.89842

score 3.89842

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

95797 95798 Genesplicer_774 genesplicer 4.382267

score 4.382267

SPLICE_SITE_TYPE donor

SEQUENCE GT

95889 95890 Genesplicer_779 genesplicer 8.66515

score 8.66515

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

96483 96484 Genesplicer_781 genesplicer 2.645769

score 2.645769

SPLICE_SITE_TYPE donor

SEQUENCE GT

96793 96794 Genesplicer_782 genesplicer 4.486108

score 4.486108

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

96895 96896 Genesplicer_783 genesplicer 9.558333

score 9.558333

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

97036 97037 Genesplicer_786 genesplicer 4.693358

score 4.693358

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

97276 97277 Genesplicer_789 genesplicer 6.048281

score 6.048281

SPLICE_SITE_TYPE donor

SEQUENCE GT

97753 97754 Genesplicer_791 genesplicer 7.486774

score 7.486774

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

97850 97851 Genesplicer_792 genesplicer 6.421009

score 6.421009

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

97968 97969 Genesplicer_798 genesplicer 6.539291

score 6.539291

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

98515 98516 Genesplicer_799 genesplicer 4.946472

score 4.946472

SPLICE_SITE_TYPE donor

SEQUENCE GT

98517 98518 Genesplicer_800 genesplicer 4.205448

score 4.205448

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

98618 98619 Genesplicer_803 genesplicer 4.41679

score 4.41679

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

99028 99029 Genesplicer_804 genesplicer 8.165629

score 8.165629

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

99235 99236 Genesplicer_805 genesplicer 3.911285

score 3.911285

SPLICE_SITE_TYPE donor

SEQUENCE GT

99238 99239 Genesplicer_806 genesplicer 13.08838

score 13.08838

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

99519 99520 Genesplicer_807 genesplicer 3.459383

score 3.459383

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

99636 99637 Genesplicer_812 genesplicer 4.584878

score 4.584878

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

100121 100122 Genesplicer_814 genesplicer 4.271296

score 4.271296

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

100346 100347 Genesplicer_816 genesplicer 12.925844

score 12.925844

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

100456 100457 Genesplicer_819 genesplicer 4.796497

score 4.796497

SPLICE_SITE_TYPE donor

SEQUENCE GT

100793 100794 Genesplicer_820 genesplicer 10.726379

score 10.726379

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

100902 100903 Genesplicer_827 genesplicer 9.329002

score 9.329002

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

101760 101761 Genesplicer_829 genesplicer 4.926433

score 4.926433

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

102562 102563 Genesplicer_831 genesplicer 3.896128

score 3.896128

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

102867 102868 Genesplicer_832 genesplicer 5.286001

score 5.286001

SPLICE_SITE_TYPE donor

SEQUENCE GT

102912 102913 Genesplicer_833 genesplicer 4.846281

score 4.846281

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

103020 103021 Genesplicer_835 genesplicer 4.793918

score 4.793918

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

103087 103088 Genesplicer_838 genesplicer 7.961022

score 7.961022

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

103601 103602 Genesplicer_839 genesplicer 7.031204

score 7.031204

SPLICE_SITE_TYPE donor

SEQUENCE GT

103680 103681 Genesplicer_840 genesplicer 5.702989

score 5.702989

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

103821 103822 Genesplicer_841 genesplicer 2.545915

score 2.545915

SPLICE_SITE_TYPE donor

SEQUENCE GT

103895 103896 Genesplicer_842 genesplicer 4.764411

score 4.764411

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

103939 103940 Genesplicer_844 genesplicer 9.309199

score 9.309199

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

104225 104226 Genesplicer_847 genesplicer 4.168209

score 4.168209

SPLICE_SITE_TYPE donor

SEQUENCE GT

104597 104598 Genesplicer_849 genesplicer 5.096549

score 5.096549

SPLICE_SITE_TYPE donor

SEQUENCE GT

104669 104670 Genesplicer_850 genesplicer 4.086731

score 4.086731

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

104849 104850 Genesplicer_851 genesplicer 9.297048

score 9.297048

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

104969 104970 Genesplicer_853 genesplicer 8.392751

score 8.392751

SPLICE_SITE_TYPE donor

SEQUENCE GT

105065 105066 Genesplicer_858 genesplicer 7.42059

score 7.42059

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

105616 105617 Genesplicer_861 genesplicer 2.669316

score 2.669316

SPLICE_SITE_TYPE donor

SEQUENCE GT

105900 105901 Genesplicer_862 genesplicer 4.293257

score 4.293257

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

105973 105974 Genesplicer_863 genesplicer 8.976492

score 8.976492

SPLICE_SITE_TYPE donor

SEQUENCE GT

106095 106096 Genesplicer_864 genesplicer 6.393498

score 6.393498

SPLICE_SITE_TYPE donor

SEQUENCE GT

106207 106208 Genesplicer_865 genesplicer 7.35913

score 7.35913

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

106235 106236 Genesplicer_867 genesplicer 3.492485

score 3.492485

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

106435 106436 Genesplicer_870 genesplicer 3.679087

score 3.679087

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

107187 107188 Genesplicer_871 genesplicer 3.469621

score 3.469621

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

107278 107279 Genesplicer_874 genesplicer 4.3389

score 4.3389

SPLICE_SITE_TYPE donor

SEQUENCE GT

107533 107534 Genesplicer_876 genesplicer 6.143088

score 6.143088

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

107688 107689 Genesplicer_877 genesplicer 7.600894

score 7.600894

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

107786 107787 Genesplicer_879 genesplicer 10.46676

score 10.46676

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

107894 107895 Genesplicer_881 genesplicer 3.523984

score 3.523984

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

108281 108282 Genesplicer_882 genesplicer 4.277427

score 4.277427

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

108461 108462 Genesplicer_884 genesplicer 7.016348

score 7.016348

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

108968 108969 Genesplicer_885 genesplicer 11.571597

score 11.571597

SPLICE_SITE_TYPE donor

SEQUENCE GT

109048 109049 Genesplicer_889 genesplicer 4.406532

score 4.406532

SPLICE_SITE_TYPE donor

SEQUENCE GT

109476 109477 Genesplicer_895 genesplicer 6.188015

score 6.188015

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

109951 109952 Genesplicer_896 genesplicer 3.470752

score 3.470752

SPLICE_SITE_TYPE donor

SEQUENCE GT

110092 110093 Genesplicer_897 genesplicer 12.638713

score 12.638713

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

110159 110160 Genesplicer_902 genesplicer 4.681646

score 4.681646

SPLICE_SITE_TYPE donor

SEQUENCE GT

110837 110838 Genesplicer_903 genesplicer 2.578903

score 2.578903

SPLICE_SITE_TYPE donor

SEQUENCE GT

110974 110975 Genesplicer_904 genesplicer 2.358188

score 2.358188

SPLICE_SITE_TYPE donor

SEQUENCE GT

111311 111312 Genesplicer_906 genesplicer 6.009552

score 6.009552

SPLICE_SITE_TYPE donor

SEQUENCE GT

111963 111964 Genesplicer_908 genesplicer 3.993888

score 3.993888

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

112053 112054 Genesplicer_909 genesplicer 3.030108

score 3.030108

SPLICE_SITE_TYPE donor

SEQUENCE GT

112276 112277 Genesplicer_911 genesplicer 3.915839

score 3.915839

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

112365 112366 Genesplicer_915 genesplicer 8.844944

score 8.844944

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

112792 112793 Genesplicer_916 genesplicer 7.656318

score 7.656318

SPLICE_SITE_TYPE donor

SEQUENCE GT

112940 112941 Genesplicer_917 genesplicer 13.405286

score 13.405286

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

113012 113013 Genesplicer_919 genesplicer 4.758285

score 4.758285

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

113214 113215 Genesplicer_920 genesplicer 4.910458

score 4.910458

SPLICE_SITE_TYPE donor

SEQUENCE GT

113230 113231 Genesplicer_922 genesplicer 9.765192

score 9.765192

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

113461 113462 Genesplicer_924 genesplicer 2.710419

score 2.710419

SPLICE_SITE_TYPE donor

SEQUENCE GT

113937 113938 Genesplicer_926 genesplicer 4.827549

score 4.827549

SPLICE_SITE_TYPE donor

SEQUENCE GT

114079 114080 Genesplicer_928 genesplicer 4.87854

score 4.87854

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

114362 114363 Genesplicer_932 genesplicer 4.44389

score 4.44389

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

114917 114918 Genesplicer_937 genesplicer 4.952148

score 4.952148

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

115590 115591 Genesplicer_940 genesplicer 6.253461

score 6.253461

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

116073 116074 Genesplicer_943 genesplicer 6.291502

score 6.291502

SPLICE_SITE_TYPE donor

SEQUENCE GT

116247 116248 Genesplicer_944 genesplicer 9.722235

score 9.722235

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

116323 116324 Genesplicer_954 genesplicer 5.944464

score 5.944464

SPLICE_SITE_TYPE donor

SEQUENCE GT

117158 117159 Genesplicer_956 genesplicer 3.543634

score 3.543634

SPLICE_SITE_TYPE donor

SEQUENCE GT

117393 117394 Genesplicer_957 genesplicer 9.856429

score 9.856429

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

117475 117476 Genesplicer_958 genesplicer 3.096615

score 3.096615

SPLICE_SITE_TYPE donor

SEQUENCE GT

117477 117478 Genesplicer_959 genesplicer 5.036659

score 5.036659

SPLICE_SITE_TYPE donor

SEQUENCE GT

117583 117584 Genesplicer_964 genesplicer 9.775224

score 9.775224

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

119018 119019 Genesplicer_970 genesplicer 3.794074

score 3.794074

SPLICE_SITE_TYPE donor

SEQUENCE GT

120165 120166 Genesplicer_974 genesplicer 12.093845

score 12.093845

SPLICE_SITE_TYPE donor

SEQUENCE GT

120642 120643 Genesplicer_975 genesplicer 9.693243

score 9.693243

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

120709 120710 Genesplicer_977 genesplicer 10.129477

score 10.129477

SPLICE_SITE_TYPE donor

SEQUENCE GT

120906 120907 Genesplicer_978 genesplicer 9.636752

score 9.636752

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

120982 120983 Genesplicer_981 genesplicer 14.4707

score 14.4707

SPLICE_SITE_TYPE donor

SEQUENCE GT

121214 121215 Genesplicer_983 genesplicer 5.259562

score 5.259562

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

121353 121354 Genesplicer_984 genesplicer 2.902567

score 2.902567

SPLICE_SITE_TYPE donor

SEQUENCE GT

121523 121524 Genesplicer_986 genesplicer 6.297056

score 6.297056

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

121650 121651 Genesplicer_988 genesplicer 2.960306

score 2.960306

SPLICE_SITE_TYPE donor

SEQUENCE GT

121823 121824 Genesplicer_989 genesplicer 4.700491

score 4.700491

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

121977 121978 Genesplicer_990 genesplicer 4.627736

score 4.627736

SPLICE_SITE_TYPE donor

SEQUENCE GT

121979 121980 Genesplicer_991 genesplicer 8.33455

score 8.33455

SPLICE_SITE_TYPE donor

SEQUENCE GT

122184 122185 Genesplicer_992 genesplicer 15.788929

score 15.788929

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

122350 122351 Genesplicer_993 genesplicer 3.463978

score 3.463978

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

122480 122481 Genesplicer_994 genesplicer 8.739986

score 8.739986

SPLICE_SITE_TYPE donor

SEQUENCE GT

122559 122560 RepeatMasker repeat_lib_v4.2.lib 15933 RepeatMasker:repeat_lib_v4.2.lib 479.0

score 479.0

Repeat_Length 3306.0

ident 64.1

Match_Length 318.0

Genomic_Match_Length 318.0

Match_Range 2835-3153

Repeat_Class LINE

4446 4764 Contig1660 RepeatMasker:repeat_lib_v4.2.lib 639.0

score 639.0

Repeat_Length 85.0

ident 94.1

Match_Length 84.0

Genomic_Match_Length 85.0

Match_Range 1-85

Repeat_Class Unknown

5813 5898 Contig1166 RepeatMasker:repeat_lib_v4.2.lib 474.0

score 474.0

Repeat_Length 580.0

ident 72.8

Match_Length 124.0

Genomic_Match_Length 125.0

Match_Range 37-161

Repeat_Class Unknown

9347 9472 Contig1244 RepeatMasker:repeat_lib_v4.2.lib 931.0

score 931.0

Repeat_Length 1078.0

ident 68.9

Match_Length 1061.0

Genomic_Match_Length 1046.0

Match_Range 16-1077

Repeat_Class DNA/Mutator

17068 18114 Contig525 RepeatMasker:repeat_lib_v4.2.lib 1738.0

score 1738.0

Repeat_Length 498.0

ident 89.9

Match_Length 487.0

Genomic_Match_Length 406.0

Match_Range 8-495

Repeat_Class Unknown/repeat

20315 20721 Contig1202 RepeatMasker:repeat_lib_v4.2.lib 865.0

score 865.0

Repeat_Length 244.0

ident 78.8

Match_Length 230.0

Genomic_Match_Length 223.0

Match_Range 2-232

Repeat_Class Unknown/repeat

22716 22939 Contig1298 RepeatMasker:repeat_lib_v4.2.lib 576.0

score 576.0

Repeat_Length 1216.0

ident 76.5

Match_Length 131.0

Genomic_Match_Length 131.0

Match_Range 1085-1216

Repeat_Class Unknown

42150 42281 Contig598 RepeatMasker:repeat_lib_v4.2.lib 820.0

score 820.0

Repeat_Length 1378.0

ident 96.5

Match_Length 131.0

Genomic_Match_Length 113.0

Match_Range 755-886

Repeat_Class Unknown/repeat

44181 44294 15732 RepeatMasker:repeat_lib_v4.2.lib 560.0

score 560.0

Repeat_Length 189.0

ident 83.2

Match_Length 181.0

Genomic_Match_Length 150.0

Match_Range 3-184

Repeat_Class SINE

44619 44769 Contig1231 RepeatMasker:repeat_lib_v4.2.lib 590.0

score 590.0

Repeat_Length 216.0

ident 80.0

Match_Length 119.0

Genomic_Match_Length 119.0

Match_Range 1-120

Repeat_Class Unknown

69910 70029 Contig1209 RepeatMasker:repeat_lib_v4.2.lib 698.0

score 698.0

Repeat_Length 719.0

ident 80.9

Match_Length 220.0

Genomic_Match_Length 218.0

Match_Range 1-221

Repeat_Class DNA/En-Spm

75028 75246 Contig598 RepeatMasker:repeat_lib_v4.2.lib 368.0

score 368.0

Repeat_Length 1378.0

ident 80.0

Match_Length 64.0

Genomic_Match_Length 64.0

Match_Range 757-821

Repeat_Class Unknown/repeat

79754 79818 2930 RepeatMasker:repeat_lib_v4.2.lib 249.0

score 249.0

Repeat_Length 12865.0

ident 67.3

Match_Length 165.0

Genomic_Match_Length 157.0

Match_Range 7703-7868

Repeat_Class LTR/Gypsy

94128 94285 Contig494 RepeatMasker:repeat_lib_v4.2.lib 520.0

score 520.0

Repeat_Length 926.0

ident 74.8

Match_Length 114.0

Genomic_Match_Length 117.0

Match_Range 546-660

Repeat_Class Unknown/repeat

97300 97417 Contig1379 RepeatMasker:repeat_lib_v4.2.lib 3020.0

score 3020.0

Repeat_Length 702.0

ident 93.0

Match_Length 695.0

Genomic_Match_Length 672.0

Match_Range 7-702

Repeat_Class Unknown

99686 100358 12723 RepeatMasker:repeat_lib_v4.2.lib 248.0

score 248.0

Repeat_Length 8862.0

ident 82.9

Match_Length 40.0

Genomic_Match_Length 40.0

Match_Range 797-837

Repeat_Class rRNA

101984 102024 12723 RepeatMasker:repeat_lib_v4.2.lib 2370.0

score 2370.0

Repeat_Length 8862.0

ident 85.2

Match_Length 422.0

Genomic_Match_Length 431.0

Match_Range 1039-1461

Repeat_Class rRNA

102016 102447 Contig372 RepeatMasker:repeat_lib_v4.2.lib 815.0

score 815.0

Repeat_Length 1011.0

ident 91.7

Match_Length 49.0

Genomic_Match_Length 49.0

Match_Range 1-50

Repeat_Class DNA/Unknown

105773 105822 Contig1202 RepeatMasker:repeat_lib_v4.2.lib 668.0

score 668.0

Repeat_Length 244.0

ident 73.5

Match_Length 219.0

Genomic_Match_Length 215.0

Match_Range 2-221

Repeat_Class Unknown/repeat

113891 114106 17468 RepeatMasker:repeat_lib_v4.2.lib 229.0

score 229.0

Repeat_Length 13803.0

ident 84.8

Match_Length 45.0

Genomic_Match_Length 47.0

Match_Range 8464-8509

Repeat_Class LTR/Gypsy

119868 119915 17468 RepeatMasker:repeat_lib_v4.2.lib 229.0

score 229.0

Repeat_Length 13803.0

ident 84.8

Match_Length 45.0

Genomic_Match_Length 47.0

Match_Range 8464-8509

Repeat_Class LTR/Gypsy

119868 119915 genomethreader S.lycopersicum_ESTs_GenBank.tfa OA:genomethreader_1:C02HBa0194L19.2 AW623337.1 0.763

score 0.763

9687 9804 1 115 OA:genomethreader_1:C02HBa0194L19.2 BE461256.1 0.785

score 0.785

41574 41848 100 385 OA:genomethreader_1:C02HBa0194L19.2 43177 46741 BE459386.1 1.0

score 1.0

43177 43274 1 98 BE459386.1 1.0

score 1.0

45105 45201 99 195 BE459386.1 1.0

score 1.0

45321 45395 196 270 BE459386.1 1.0

score 1.0

45720 45787 271 338 BE459386.1 1.0

score 1.0

46470 46599 339 468 BE459386.1 1.0

score 1.0

46711 46741 469 499 OA:genomethreader_1:C02HBa0194L19.2 43182 46730 BP902076.1 1.0

score 1.0

43182 43274 1 93 BP902076.1 1.0

score 1.0

45105 45201 94 190 BP902076.1 1.0

score 1.0

45321 45395 191 265 BP902076.1 1.0

score 1.0

45720 45787 266 333 BP902076.1 1.0

score 1.0

46470 46599 334 463 BP902076.1 1.0

score 1.0

46711 46730 464 483 OA:genomethreader_1:C02HBa0194L19.2 43182 46727 BP901996.1 1.0

score 1.0

43182 43274 1 93 BP901996.1 1.0

score 1.0

45105 45201 94 190 BP901996.1 1.0

score 1.0

45321 45395 191 265 BP901996.1 1.0

score 1.0

45720 45787 266 333 BP901996.1 1.0

score 1.0

46470 46599 334 463 BP901996.1 1.0

score 1.0

46711 46727 464 480 OA:genomethreader_1:C02HBa0194L19.2 43191 49286 BI927519.1 0.988

score 0.988

43191 43274 1 84 BI927519.1 1.0

score 1.0

45105 45201 85 181 BI927519.1 1.0

score 1.0

45321 45395 182 256 BI927519.1 0.985

score 0.985

45720 45787 257 324 BI927519.1 0.992

score 0.992

46470 46599 325 454 BI927519.1 1.0

score 1.0

46711 46729 455 473 BI927519.1 0.984

score 0.984

49105 49286 474 654 OA:genomethreader_1:C02HBa0194L19.2 43197 49155 BG126989.1 0.987

score 0.987

43197 43274 1 78 BG126989.1 1.0

score 1.0

45105 45201 79 175 BG126989.1 1.0

score 1.0

45321 45395 176 250 BG126989.1 1.0

score 1.0

45720 45787 251 318 BG126989.1 1.0

score 1.0

46470 46599 319 448 BG126989.1 1.0

score 1.0

46711 46815 449 553 BG126989.1 0.982

score 0.982

48933 49155 554 775 OA:genomethreader_1:C02HBa0194L19.2 43233 46757 BP900032.1 0.976

score 0.976

43233 43274 1 42 BP900032.1 1.0

score 1.0

45105 45201 43 139 BP900032.1 1.0

score 1.0

45321 45395 140 214 BP900032.1 1.0

score 1.0

45720 45787 215 282 BP900032.1 1.0

score 1.0

46470 46599 283 412 BP900032.1 1.0

score 1.0

46711 46757 413 459 OA:genomethreader_1:C02HBa0194L19.2 45153 49005 AI775939.1 1.0

score 1.0

45153 45201 1 49 AI775939.1 1.0

score 1.0

45321 45395 50 124 AI775939.1 0.971

score 0.971

45720 45787 125 192 AI775939.1 1.0

score 1.0

46470 46599 193 322 AI775939.1 0.981

score 0.981

46711 46815 323 427 AI775939.1 0.986

score 0.986

48933 49005 428 500 OA:genomethreader_1:C02HBa0194L19.2 BW687440.1 0.992

score 0.992

48939 49440 1 502 OA:genomethreader_1:C02HBa0194L19.2 CD002538.1 0.988

score 0.988

48950 49286 1 337 OA:genomethreader_1:C02HBa0194L19.2 BI207973.1 1.0

score 1.0

48995 49433 1 439 OA:genomethreader_1:C02HBa0194L19.2 BI206040.1 1.0

score 1.0

48995 49424 1 430 OA:genomethreader_1:C02HBa0194L19.2 49019 49477 BW689946.1 1.0

score 1.0

49019 49148 1 130 BW689946.1 0.971

score 0.971

49233 49477 131 375 OA:genomethreader_1:C02HBa0194L19.2 50271 51867 BP885403.1 1.0

score 1.0

50271 50351 1 81 BP885403.1 1.0

score 1.0

50848 51049 82 283 BP885403.1 1.0

score 1.0

51236 51321 284 369 BP885403.1 1.0

score 1.0

51672 51726 370 424 BP885403.1 1.0

score 1.0

51804 51867 425 488 OA:genomethreader_1:C02HBa0194L19.2 50289 51883 AW223852.1 1.0

score 1.0

50289 50351 1 63 AW223852.1 1.0

score 1.0

50848 51049 64 265 AW223852.1 1.0

score 1.0

51236 51321 266 351 AW223852.1 1.0

score 1.0

51672 51726 352 406 AW223852.1 1.0

score 1.0

51804 51883 407 486 OA:genomethreader_1:C02HBa0194L19.2 50289 51850 AW224136.1 1.0

score 1.0

50289 50351 1 63 AW224136.1 1.0

score 1.0

50848 51049 64 265 AW224136.1 1.0

score 1.0

51236 51321 266 351 AW224136.1 1.0

score 1.0

51672 51726 352 406 AW224136.1 1.0

score 1.0

51804 51850 407 453 OA:genomethreader_1:C02HBa0194L19.2 50309 51007 BM409379.1 0.953

score 0.953

50309 50351 1 43 BM409379.1 0.981

score 0.981

50848 51007 44 203 OA:genomethreader_1:C02HBa0194L19.2 50311 51967 BI924862.1 1.0

score 1.0

50311 50351 1 41 BI924862.1 1.0

score 1.0

50848 51049 42 243 BI924862.1 1.0

score 1.0

51236 51321 244 329 BI924862.1 1.0

score 1.0

51672 51726 330 384 BI924862.1 1.0

score 1.0

51804 51967 385 548 OA:genomethreader_1:C02HBa0194L19.2 50420 52540 BW692285.1 0.774

score 0.774

50420 50450 1 32 BW692285.1 1.0

score 1.0

50848 51049 33 234 BW692285.1 1.0

score 1.0

51236 51321 235 320 BW692285.1 1.0

score 1.0

51672 51726 321 375 BW692285.1 1.0

score 1.0

51804 51990 376 562 BW692285.1 1.0

score 1.0

52229 52386 563 720 BW692285.1 1.0

score 1.0

52472 52540 721 789 OA:genomethreader_1:C02HBa0194L19.2 50459 51857 BI933089.1 1.0

score 1.0

50459 51049 1 591 BI933089.1 1.0

score 1.0

51236 51321 592 677 BI933089.1 1.0

score 1.0

51672 51726 678 732 BI933089.1 1.0

score 1.0

51804 51857 733 786 OA:genomethreader_1:C02HBa0194L19.2 50472 51282 BF113184.1 1.0

score 1.0

50472 51049 1 578 BF113184.1 1.0

score 1.0

51236 51282 579 625 OA:genomethreader_1:C02HBa0194L19.2 50479 51967 AW737079.1 1.0

score 1.0

50479 50619 1 141 AW737079.1 1.0

score 1.0

50848 51049 142 343 AW737079.1 1.0

score 1.0

51236 51321 344 429 AW737079.1 1.0

score 1.0

51672 51726 430 484 AW737079.1 0.994

score 0.994

51804 51967 485 648 OA:genomethreader_1:C02HBa0194L19.2 50590 51967 AW737104.1 0.967

score 0.967

50590 50619 1 30 AW737104.1 1.0

score 1.0

50848 51049 31 232 AW737104.1 1.0

score 1.0

51236 51321 233 318 AW737104.1 1.0

score 1.0

51672 51726 319 373 AW737104.1 1.0

score 1.0

51804 51967 374 537 OA:genomethreader_1:C02HBa0194L19.2 50615 51883 BG131445.1 0.8

score 0.8

50615 50619 1 5 BG131445.1 0.98

score 0.98

50848 51049 6 207 BG131445.1 1.0

score 1.0

51236 51321 208 293 BG131445.1 1.0

score 1.0

51672 51726 294 348 BG131445.1 0.988

score 0.988

51804 51883 349 428 OA:genomethreader_1:C02HBa0194L19.2 50616 52247 AW980010.1 0.75

score 0.75

50616 50619 1 4 AW980010.1 1.0

score 1.0

50848 51049 5 206 AW980010.1 1.0

score 1.0

51236 51321 207 292 AW980010.1 1.0

score 1.0

51672 51726 293 347 AW980010.1 1.0

score 1.0

51804 51990 348 534 AW980010.1 1.0

score 1.0

52229 52247 535 553 OA:genomethreader_1:C02HBa0194L19.2 50679 51879 AW980083.1 0.992

score 0.992

50679 51049 1 371 AW980083.1 1.0

score 1.0

51236 51321 372 457 AW980083.1 0.982

score 0.982

51672 51726 458 512 AW980083.1 1.0

score 1.0

51804 51879 513 588 OA:genomethreader_1:C02HBa0194L19.2 AW979936.1 0.975

score 0.975

50742 50979 1 238 OA:genomethreader_1:C02HBa0194L19.2 50841 51967 BE450103.1 0.99

score 0.99

50841 51049 1 209 BE450103.1 1.0

score 1.0

51236 51321 210 295 BE450103.1 1.0

score 1.0

51672 51726 296 350 BE450103.1 1.0

score 1.0

51804 51967 351 514 OA:genomethreader_1:C02HBa0194L19.2 50849 52540 BI931344.1 1.0

score 1.0

50849 51049 1 201 BI931344.1 1.0

score 1.0

51236 51321 202 287 BI931344.1 1.0

score 1.0

51672 51726 288 342 BI931344.1 1.0

score 1.0

51804 51990 343 529 BI931344.1 0.987

score 0.987

52229 52386 530 688 BI931344.1 0.913

score 0.913

52472 52540 689 756 OA:genomethreader_1:C02HBa0194L19.2 50849 51873 AW621290.1 0.985

score 0.985

50849 51049 1 201 AW621290.1 1.0

score 1.0

51236 51321 202 287 AW621290.1 1.0

score 1.0

51672 51726 288 342 AW621290.1 1.0

score 1.0

51804 51873 343 412 OA:genomethreader_1:C02HBa0194L19.2 50852 51951 BF097623.1 0.939

score 0.939

50852 51049 1 198 BF097623.1 1.0

score 1.0

51236 51321 199 284 BF097623.1 1.0

score 1.0

51672 51726 285 339 BF097623.1 1.0

score 1.0

51804 51951 340 487 OA:genomethreader_1:C02HBa0194L19.2 50853 52298 AW216550.1 0.995

score 0.995

50853 51049 1 197 AW216550.1 1.0

score 1.0

51236 51321 198 283 AW216550.1 1.0

score 1.0

51672 51726 284 338 AW216550.1 1.0

score 1.0

51804 51990 339 525 AW216550.1 1.0

score 1.0

52229 52298 526 595 OA:genomethreader_1:C02HBa0194L19.2 50855 52265 AW031447.1 1.0

score 1.0

50855 51049 1 195 AW031447.1 1.0

score 1.0

51236 51321 196 281 AW031447.1 1.0

score 1.0

51672 51726 282 336 AW031447.1 1.0

score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 0.982

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score 1.0

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score 1.0

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score 1.0

48933 49431 573 1071 OA:genomethreader_1:C02HBa0194L19.2 43190 49288 SGN-U336690 0.988

score 0.988

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score 1.0

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score 0.946

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score 0.983

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score 1.0

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score 1.0

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score 0.993

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score 0.965

56121 56403 627 909 OA:genomethreader_1:C02HBa0194L19.2 59154 60877 SGN-U330277 0.996

score 0.996

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score 0.976

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score 0.841

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score 0.86

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score 0.833

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score 0.985

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score 0.994

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score 0.99

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score 0.989

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score 0.992

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score 0.981

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score 0.974

78527 78565 767 805 OA:genomethreader_1:C02HBa0194L19.2 78397 79502 SGN-U339289 0.83

score 0.83

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score 0.891

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score 1.0

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score 0.927

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score 1.0

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score 1.0

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score 1.0

78841 79201 141 501 OA:genomethreader_1:C02HBa0194L19.2 120451 121766 SGN-U331712 1.0

score 1.0

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score 1.0

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121652 121766 686 800 genomethreader MicroTom_EST35824fasta.fa OA:genomethreader_1:C02HBa0194L19.2 43182 46730 LA27DC11 1.0

score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

46711 46727 464 480 OA:genomethreader_1:C02HBa0194L19.2 43233 46757 LA21CD06 0.976

score 0.976

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

54298 54323 462 487 OA:genomethreader_1:C02HBa0194L19.2 50937 54316 LC15DD02 1.0

score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 0.964

56122 56425 1 305 OA:genomethreader_1:C02HBa0194L19.2 LC07AD11 0.747

score 0.747

66177 66457 186 465 OA:genomethreader_1:C02HBa0194L19.2 LC18BF11 0.653

score 0.653

99611 99759 80 221 OA:genomethreader_1:C02HBa0194L19.2 120453 121019 FA13BA03 1.0

score 1.0

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score 1.0

120984 121019 454 489 genomethreader MicroTom_EST35824fasta.fa.Unmasked OA:genomethreader_1:C02HBa0194L19.2 43182 46730 LA27DC11 1.0

score 1.0

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score 1.0

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46711 46730 464 483 OA:genomethreader_1:C02HBa0194L19.2 43182 46727 LA27CC11 1.0

score 1.0

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score 1.0

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46711 46727 464 480 OA:genomethreader_1:C02HBa0194L19.2 43233 46757 LA21CD06 0.976

score 0.976

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46711 46757 413 459 OA:genomethreader_1:C02HBa0194L19.2 50271 51867 FA31CE06 1.0

score 1.0

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score 1.0

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score 1.0

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54298 54323 462 487 OA:genomethreader_1:C02HBa0194L19.2 50937 54316 LC15DD02 1.0

score 1.0

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score 1.0

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score 1.0

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54298 54316 395 413 OA:genomethreader_1:C02HBa0194L19.2 54661 56338 FB10BF02 1.0

score 1.0

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56121 56338 269 486 OA:genomethreader_1:C02HBa0194L19.2 FB19BD07 0.964

score 0.964

56122 56425 1 305 OA:genomethreader_1:C02HBa0194L19.2 LC07AD11 0.747

score 0.747

66177 66457 186 465 OA:genomethreader_1:C02HBa0194L19.2 108143 108501 FA57DD08 0.544

score 0.544

108143 108210 1 66 FA57DD08 0.837

score 0.837

108398 108501 67 169 OA:genomethreader_1:C02HBa0194L19.2 120453 121019 FA13BA03 1.0

score 1.0

120453 120905 1 453 FA13BA03 1.0

score 1.0

120984 121019 454 489 genomethreader EST8046fasta_cDNA_MicroTomFruit.seq OA:genomethreader_1:C02HBa0194L19.2 FC09AF06 0.992

score 0.992

48939 49440 1 502 OA:genomethreader_1:C02HBa0194L19.2 49019 49477 FC17AE06 1.0

score 1.0

49019 49148 1 130 FC17AE06 0.971

score 0.971

49233 49477 131 375 OA:genomethreader_1:C02HBa0194L19.2 50420 52540 FC25AA05 0.774

score 0.774

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score 1.0

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score 1.0

52229 52386 563 720 FC25AA05 1.0

score 1.0

52472 52540 721 789 genomethreader EST8046fasta_cDNA_MicroTomFruit.seq.Unmasked OA:genomethreader_1:C02HBa0194L19.2 FC09AF06 0.992

score 0.992

48939 49440 1 502 OA:genomethreader_1:C02HBa0194L19.2 49019 49477 FC17AE06 1.0

score 1.0

49019 49148 1 130 FC17AE06 0.971

score 0.971

49233 49477 131 375 OA:genomethreader_1:C02HBa0194L19.2 50420 52540 FC25AA05 0.774

score 0.774

50420 50450 1 32 FC25AA05 1.0

score 1.0

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score 1.0

52229 52386 563 720 FC25AA05 1.0

score 1.0

52472 52540 721 789 genomethreader uniprot_trembl_plants.Unmasked OA:genomethreader_1:C02HBa0194L19.2 50879 56285 Q9ZSR1_MESCR 0.403

score 0.403

50879 51049 1 60 Q9ZSR1_MESCR 0.779

score 0.779

51236 51321 61 89 Q9ZSR1_MESCR 0.148

score 0.148

51672 51726 90 110 Q9ZSR1_MESCR 0.701

score 0.701

51804 51990 111 171 Q9ZSR1_MESCR 0.892

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53210 53268 247 266 Q9ZSR1_MESCR 1.0

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54600 54695 352 383 Q9ZSR1_MESCR 0.925

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55989 56034 447 461 Q9ZSR1_MESCR 0.869

score 0.869

56121 56285 462 516 OA:genomethreader_1:C02HBa0194L19.2 50879 56285 Q5E919_ARATH 0.536

score 0.536

50879 51049 1 58 Q5E919_ARATH 0.681

score 0.681

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52229 52386 171 223 Q5E919_ARATH 0.866

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score 1.0

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54080 54151 279 302 Q5E919_ARATH 0.864

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54298 54445 303 351 Q5E919_ARATH 0.778

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55787 55902 408 446 Q5E919_ARATH 1.0

score 1.0

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score 0.836

56121 56285 462 516 OA:genomethreader_1:C02HBa0194L19.2 50879 56222 O22405_PETCR 0.685

score 0.685

50879 51049 1 57 O22405_PETCR 0.781

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52229 52386 171 223 O22405_PETCR 0.969

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score 1.0

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54080 54151 279 302 O22405_PETCR 0.843

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54298 54445 303 351 O22405_PETCR 0.936

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54600 54695 352 383 O22405_PETCR 0.887

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55427 55497 384 407 O22405_PETCR 0.875

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55787 55902 408 446 O22405_PETCR 1.0

score 1.0

55989 56034 447 461 O22405_PETCR 0.801

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score 0.95

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score 1.0

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score 0.921

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score 0.902

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55787 55873 339 367 OA:genomethreader_1:C02HBa0194L19.2 52384 54312 Q692S1_CAPAN 1.0

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score 0.689

81328 81505 1 61 Q9LRB5_ARATH 0.817

score 0.817

81576 81962 62 189 Q9LRB5_ARATH 0.84

score 0.84

82040 82433 190 320 Q9LRB5_ARATH 0.663

score 0.663

82508 82613 321 355 Q9LRB5_ARATH 0.897

score 0.897

82700 82791 356 386 Q9LRB5_ARATH 0.779

score 0.779

82869 82937 387 409 Q9LRB5_ARATH 0.709

score 0.709

83017 83112 410 441 OA:genomethreader_1:C02HBa0194L19.2 85097 87002 Q40414_NICSY 0.318

score 0.318

85097 85123 1 9 Q40414_NICSY 0.86

score 0.86

85203 85360 10 64 Q40414_NICSY 0.645

score 0.645

85434 85823 65 196 Q40414_NICSY 0.863

score 0.863

85901 86294 197 327 Q40414_NICSY 0.861

score 0.861

86390 86495 328 362 Q40414_NICSY 0.869

score 0.869

86563 86654 363 393 Q40414_NICSY 0.929

score 0.929

86724 86792 394 416 Q40414_NICSY 0.859

score 0.859

86865 87002 417 462 genomethreader uniprot_sprot.fasta OA:genomethreader_1:C02HBa0194L19.2 50879 56285 G6PD5_ARATH 0.536

score 0.536

50879 51049 1 58 G6PD5_ARATH 0.681

score 0.681

51236 51321 59 87 G6PD5_ARATH 0.115

score 0.115

51672 51726 88 108 G6PD5_ARATH 0.723

score 0.723

51804 51990 109 170 G6PD5_ARATH 0.917

score 0.917

52229 52386 171 223 G6PD5_ARATH 0.866

score 0.866

52472 52540 224 246 G6PD5_ARATH 1.0

score 1.0

53210 53268 247 266 G6PD5_ARATH 1.0

score 1.0

53487 53523 267 278 G6PD5_ARATH 0.917

score 0.917

54080 54151 279 302 G6PD5_ARATH 0.864

score 0.864

54298 54445 303 351 G6PD5_ARATH 0.778

score 0.778

54600 54695 352 383 G6PD5_ARATH 0.96

score 0.96

55427 55497 384 407 G6PD5_ARATH 0.867

score 0.867

55787 55902 408 446 G6PD5_ARATH 1.0

score 1.0

55989 56034 447 461 G6PD5_ARATH 0.836

score 0.836

56121 56285 462 516 OA:genomethreader_1:C02HBa0194L19.2 50879 56285 G6PD6_ARATH 0.736

score 0.736

50879 51049 1 58 G6PD6_ARATH 0.782

score 0.782

51236 51321 59 87 G6PD6_ARATH 0.347

score 0.347

51672 51726 88 107 G6PD6_ARATH 0.822

score 0.822

51804 51990 108 169 G6PD6_ARATH 0.932

score 0.932

52229 52386 170 222 G6PD6_ARATH 0.897

score 0.897

52472 52540 223 245 G6PD6_ARATH 1.0

score 1.0

53210 53268 246 265 G6PD6_ARATH 1.0

score 1.0

53487 53523 266 277 G6PD6_ARATH 0.917

score 0.917

54080 54151 278 301 G6PD6_ARATH 0.803

score 0.803

54298 54445 302 350 G6PD6_ARATH 0.942

score 0.942

54600 54695 351 382 G6PD6_ARATH 1.0

score 1.0

55427 55497 383 406 G6PD6_ARATH 0.902

score 0.902

55787 55902 407 445 G6PD6_ARATH 0.946

score 0.946

55989 56034 446 460 G6PD6_ARATH 0.831

score 0.831

56121 56285 461 515 OA:genomethreader_1:C02HBa0194L19.2 50882 56285 G6PD_MEDSA 0.495

score 0.495

50882 51049 1 56 G6PD_MEDSA 0.63

score 0.63

51236 51321 57 85 G6PD_MEDSA 0.056

score 0.056

51672 51726 86 107 G6PD_MEDSA 0.79

score 0.79

51804 51990 108 169 G6PD_MEDSA 0.861

score 0.861

52229 52386 170 222 G6PD_MEDSA 0.786

score 0.786

52472 52540 223 245 G6PD_MEDSA 0.895

score 0.895

53210 53268 246 265 G6PD_MEDSA 0.923

score 0.923

53487 53523 266 277 G6PD_MEDSA 0.917

score 0.917

54080 54151 278 301 G6PD_MEDSA 0.801

score 0.801

54298 54445 302 350 G6PD_MEDSA 0.968

score 0.968

54600 54695 351 382 G6PD_MEDSA 0.858

score 0.858

55427 55497 383 406 G6PD_MEDSA 0.897

score 0.897

55787 55902 407 445 G6PD_MEDSA 1.0

score 1.0

55989 56034 446 460 G6PD_MEDSA 0.826

score 0.826

56121 56285 461 515 OA:genomethreader_1:C02HBa0194L19.2 50882 56285 G6PD_SOLTU 1.0

score 1.0

50882 51049 1 56 G6PD_SOLTU 1.0

score 1.0

51236 51321 57 85 G6PD_SOLTU 0.917

score 0.917

51672 51726 86 103 G6PD_SOLTU 0.961

score 0.961

51804 51990 104 165 G6PD_SOLTU 0.982

score 0.982

52229 52386 166 218 G6PD_SOLTU 1.0

score 1.0

52472 52540 219 241 G6PD_SOLTU 1.0

score 1.0

53210 53268 242 261 G6PD_SOLTU 1.0

score 1.0

53487 53523 262 273 G6PD_SOLTU 1.0

score 1.0

54080 54151 274 297 G6PD_SOLTU 0.982

score 0.982

54298 54445 298 346 G6PD_SOLTU 1.0

score 1.0

54600 54695 347 378 G6PD_SOLTU 1.0

score 1.0

55427 55497 379 402 G6PD_SOLTU 1.0

score 1.0

55787 55902 403 441 G6PD_SOLTU 1.0

score 1.0

55989 56034 442 456 G6PD_SOLTU 0.964

score 0.964

56121 56285 457 511 genomethreader TOBACCOS_NT_NB OA:genomethreader_1:C02HBa0194L19.2 50882 56293 TC2077_NT 0.929

score 0.929

50882 51049 88 255 TC2077_NT 0.919

score 0.919

51236 51321 256 341 TC2077_NT 0.909

score 0.909

51672 51726 342 396 TC2077_NT 0.93

score 0.93

51804 51990 397 583 TC2077_NT 0.918

score 0.918

52229 52386 584 741 TC2077_NT 1.0

score 1.0

52472 52540 742 810 TC2077_NT 0.932

score 0.932

53210 53268 811 869 TC2077_NT 0.919

score 0.919

53487 53523 870 906 TC2077_NT 0.972

score 0.972

54080 54151 907 978 TC2077_NT 0.986

score 0.986

54298 54445 979 1126 TC2077_NT 0.979

score 0.979

54600 54695 1127 1222 TC2077_NT 0.944

score 0.944

55427 55497 1223 1293 TC2077_NT 0.957

score 0.957

55787 55902 1294 1409 TC2077_NT 0.935

score 0.935

55989 56034 1410 1455 TC2077_NT 0.942

score 0.942

56121 56293 1456 1628 OA:genomethreader_1:C02HBa0194L19.2 56003 56311 TC1475_NT 0.906

score 0.906

56003 56034 1 32 TC1475_NT 0.911

score 0.911

56121 56311 33 224 OA:genomethreader_1:C02HBa0194L19.2 78542 79297 NP917068_NT 0.896

score 0.896

78542 78618 1 77 NP917068_NT 0.928

score 0.928

78698 78766 78 146 NP917068_NT 0.913

score 0.913

78841 78944 147 249 NP917068_NT 0.556

score 0.556

79289 79297 250 258 OA:genomethreader_1:C02HBa0194L19.2 CK297372_NB 0.649

score 0.649

99609 99748 80 211 OA:genomethreader_1:C02HBa0194L19.2 CK297566_NB 0.846

score 0.846

105407 105537 1 131 OA:genomethreader_1:C02HBa0194L19.2 120486 122119 CK291457_NB 0.801

score 0.801

120486 120641 53 208 CK291457_NB 0.808

score 0.808

120692 120905 209 421 CK291457_NB 0.9

score 0.9

120984 121213 422 651 CK291457_NB 0.906

score 0.906

121652 121822 652 822 CK291457_NB 0.857

score 0.857

122078 122119 823 865 genomethreader TOBACCOS_NT_NB.Unmasked OA:genomethreader_1:C02HBa0194L19.2 50882 56293 TC2077_NT 0.929

score 0.929

50882 51049 88 255 TC2077_NT 0.919

score 0.919

51236 51321 256 341 TC2077_NT 0.909

score 0.909

51672 51726 342 396 TC2077_NT 0.93

score 0.93

51804 51990 397 583 TC2077_NT 0.918

score 0.918

52229 52386 584 741 TC2077_NT 1.0

score 1.0

52472 52540 742 810 TC2077_NT 0.932

score 0.932

53210 53268 811 869 TC2077_NT 0.919

score 0.919

53487 53523 870 906 TC2077_NT 0.972

score 0.972

54080 54151 907 978 TC2077_NT 0.986

score 0.986

54298 54445 979 1126 TC2077_NT 0.979

score 0.979

54600 54695 1127 1222 TC2077_NT 0.944

score 0.944

55427 55497 1223 1293 TC2077_NT 0.957

score 0.957

55787 55902 1294 1409 TC2077_NT 0.935

score 0.935

55989 56034 1410 1455 TC2077_NT 0.942

score 0.942

56121 56293 1456 1628 OA:genomethreader_1:C02HBa0194L19.2 56003 56311 TC1475_NT 0.906

score 0.906

56003 56034 1 32 TC1475_NT 0.911

score 0.911

56121 56311 33 224 OA:genomethreader_1:C02HBa0194L19.2 78542 79297 NP917068_NT 0.896

score 0.896

78542 78618 1 77 NP917068_NT 0.928

score 0.928

78698 78766 78 146 NP917068_NT 0.913

score 0.913

78841 78944 147 249 NP917068_NT 0.556

score 0.556

79289 79297 250 258 OA:genomethreader_1:C02HBa0194L19.2 120486 122119 CK291457_NB 0.801

score 0.801

120486 120641 53 208 CK291457_NB 0.808

score 0.808

120692 120905 209 421 CK291457_NB 0.9

score 0.9

120984 121213 422 651 CK291457_NB 0.906

score 0.906

121652 121822 652 822 CK291457_NB 0.857

score 0.857

122078 122119 823 865 genesplicer genesplicer Genesplicer_2 genesplicer 6.767667

score 6.767667

SPLICE_SITE_TYPE donor

SEQUENCE GT

240 239 Genesplicer_3 genesplicer 7.180426

score 7.180426

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

317 316 Genesplicer_5 genesplicer 10.280804

score 10.280804

SPLICE_SITE_TYPE donor

SEQUENCE GT

419 418 Genesplicer_6 genesplicer 15.354798

score 15.354798

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

471 470 Genesplicer_7 genesplicer 6.871413

score 6.871413

SPLICE_SITE_TYPE donor

SEQUENCE GT

589 588 Genesplicer_8 genesplicer 7.723016

score 7.723016

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

821 820 Genesplicer_9 genesplicer 7.536555

score 7.536555

SPLICE_SITE_TYPE donor

SEQUENCE GT

890 889 Genesplicer_11 genesplicer 10.603231

score 10.603231

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

975 974 Genesplicer_12 genesplicer 3.777344

score 3.777344

SPLICE_SITE_TYPE donor

SEQUENCE GT

1137 1136 Genesplicer_14 genesplicer 5.256444

score 5.256444

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

1859 1858 Genesplicer_15 genesplicer 3.894578

score 3.894578

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

2039 2038 Genesplicer_16 genesplicer 6.372083

score 6.372083

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

2302 2301 Genesplicer_17 genesplicer 6.557827

score 6.557827

SPLICE_SITE_TYPE donor

SEQUENCE GT

2516 2515 Genesplicer_19 genesplicer 8.437791

score 8.437791

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

2792 2791 Genesplicer_20 genesplicer 10.176216

score 10.176216

SPLICE_SITE_TYPE donor

SEQUENCE GT

3034 3033 Genesplicer_21 genesplicer 11.690886

score 11.690886

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

3176 3175 Genesplicer_22 genesplicer 9.056917

score 9.056917

SPLICE_SITE_TYPE donor

SEQUENCE GT

3363 3362 Genesplicer_23 genesplicer 7.547255

score 7.547255

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

3423 3422 Genesplicer_27 genesplicer 11.904364

score 11.904364

SPLICE_SITE_TYPE donor

SEQUENCE GT

3768 3767 Genesplicer_28 genesplicer 3.732609

score 3.732609

SPLICE_SITE_TYPE donor

SEQUENCE GT

3932 3931 Genesplicer_29 genesplicer 10.211625

score 10.211625

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

4099 4098 Genesplicer_30 genesplicer 4.898048

score 4.898048

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

4166 4165 Genesplicer_31 genesplicer 3.050943

score 3.050943

SPLICE_SITE_TYPE donor

SEQUENCE GT

4168 4167 Genesplicer_32 genesplicer 8.490562

score 8.490562

SPLICE_SITE_TYPE donor

SEQUENCE GT

4236 4235 Genesplicer_33 genesplicer 6.761869

score 6.761869

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

4238 4237 Genesplicer_34 genesplicer 4.949718

score 4.949718

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

4652 4651 Genesplicer_35 genesplicer 4.5505

score 4.5505

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

4722 4721 Genesplicer_37 genesplicer 9.7457

score 9.7457

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

5065 5064 Genesplicer_38 genesplicer 4.386505

score 4.386505

SPLICE_SITE_TYPE donor

SEQUENCE GT

5174 5173 Genesplicer_40 genesplicer 4.650342

score 4.650342

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

5259 5258 Genesplicer_41 genesplicer 4.101229

score 4.101229

SPLICE_SITE_TYPE donor

SEQUENCE GT

5386 5385 Genesplicer_44 genesplicer 5.973842

score 5.973842

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

6022 6021 Genesplicer_45 genesplicer 7.026472

score 7.026472

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

6136 6135 Genesplicer_47 genesplicer 6.391225

score 6.391225

SPLICE_SITE_TYPE donor

SEQUENCE GT

6234 6233 Genesplicer_48 genesplicer 4.102806

score 4.102806

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

6236 6235 Genesplicer_49 genesplicer 8.074681

score 8.074681

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

6323 6322 Genesplicer_50 genesplicer 4.389153

score 4.389153

SPLICE_SITE_TYPE donor

SEQUENCE GT

6425 6424 Genesplicer_51 genesplicer 4.831675

score 4.831675

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

6504 6503 Genesplicer_52 genesplicer 11.856067

score 11.856067

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

6591 6590 Genesplicer_53 genesplicer 7.229562

score 7.229562

SPLICE_SITE_TYPE donor

SEQUENCE GT

6715 6714 Genesplicer_59 genesplicer 3.735953

score 3.735953

SPLICE_SITE_TYPE donor

SEQUENCE GT

7114 7113 Genesplicer_61 genesplicer 10.604764

score 10.604764

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

7273 7272 Genesplicer_63 genesplicer 6.198954

score 6.198954

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

7370 7369 Genesplicer_64 genesplicer 11.438772

score 11.438772

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

7490 7489 Genesplicer_65 genesplicer 4.744867

score 4.744867

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

7669 7668 Genesplicer_66 genesplicer 5.918638

score 5.918638

SPLICE_SITE_TYPE donor

SEQUENCE GT

7914 7913 Genesplicer_67 genesplicer 10.321772

score 10.321772

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

8027 8026 Genesplicer_68 genesplicer 5.560917

score 5.560917

SPLICE_SITE_TYPE donor

SEQUENCE GT

8125 8124 Genesplicer_69 genesplicer 11.50879

score 11.50879

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

8304 8303 Genesplicer_72 genesplicer 5.418567

score 5.418567

SPLICE_SITE_TYPE donor

SEQUENCE GT

8511 8510 Genesplicer_74 genesplicer 7.713265

score 7.713265

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

8675 8674 Genesplicer_76 genesplicer 5.305245

score 5.305245

SPLICE_SITE_TYPE donor

SEQUENCE GT

8797 8796 Genesplicer_77 genesplicer 9.547733

score 9.547733

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

8977 8976 Genesplicer_78 genesplicer 10.012185

score 10.012185

SPLICE_SITE_TYPE donor

SEQUENCE GT

9054 9053 Genesplicer_79 genesplicer 4.810972

score 4.810972

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

9194 9193 Genesplicer_80 genesplicer 7.77598

score 7.77598

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

9530 9529 Genesplicer_81 genesplicer 2.618256

score 2.618256

SPLICE_SITE_TYPE donor

SEQUENCE GT

9802 9801 Genesplicer_83 genesplicer 4.738558

score 4.738558

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

10391 10390 Genesplicer_84 genesplicer 4.498108

score 4.498108

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

10471 10470 Genesplicer_85 genesplicer 5.682748

score 5.682748

SPLICE_SITE_TYPE donor

SEQUENCE GT

10533 10532 Genesplicer_86 genesplicer 4.464556

score 4.464556

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

10698 10697 Genesplicer_88 genesplicer 3.833135

score 3.833135

SPLICE_SITE_TYPE donor

SEQUENCE GT

10904 10903 Genesplicer_89 genesplicer 12.288478

score 12.288478

SPLICE_SITE_TYPE donor

SEQUENCE GT

10971 10970 Genesplicer_90 genesplicer 6.22093

score 6.22093

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

10973 10972 Genesplicer_91 genesplicer 3.576366

score 3.576366

SPLICE_SITE_TYPE donor

SEQUENCE GT

11064 11063 Genesplicer_92 genesplicer 7.731401

score 7.731401

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

11145 11144 Genesplicer_93 genesplicer 9.491775

score 9.491775

SPLICE_SITE_TYPE donor

SEQUENCE GT

11225 11224 Genesplicer_94 genesplicer 8.259307

score 8.259307

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

11418 11417 Genesplicer_95 genesplicer 3.185161

score 3.185161

SPLICE_SITE_TYPE donor

SEQUENCE GT

11534 11533 Genesplicer_96 genesplicer 5.481656

score 5.481656

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

11748 11747 Genesplicer_98 genesplicer 4.020812

score 4.020812

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

12008 12007 Genesplicer_99 genesplicer 4.858594

score 4.858594

SPLICE_SITE_TYPE donor

SEQUENCE GT

12089 12088 Genesplicer_100 genesplicer 6.603467

score 6.603467

SPLICE_SITE_TYPE donor

SEQUENCE GT

12234 12233 Genesplicer_101 genesplicer 3.234424

score 3.234424

SPLICE_SITE_TYPE donor

SEQUENCE GT

12305 12304 Genesplicer_102 genesplicer 6.419271

score 6.419271

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

12307 12306 Genesplicer_103 genesplicer 11.940085

score 11.940085

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

12482 12481 Genesplicer_105 genesplicer 7.241159

score 7.241159

SPLICE_SITE_TYPE donor

SEQUENCE GT

12566 12565 Genesplicer_106 genesplicer 4.361833

score 4.361833

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

12568 12567 Genesplicer_107 genesplicer 5.385549

score 5.385549

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

12649 12648 Genesplicer_111 genesplicer 8.282099

score 8.282099

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

13009 13008 Genesplicer_113 genesplicer 3.504568

score 3.504568

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

13231 13230 Genesplicer_114 genesplicer 5.609065

score 5.609065

SPLICE_SITE_TYPE donor

SEQUENCE GT

13310 13309 Genesplicer_115 genesplicer 4.285014

score 4.285014

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

13404 13403 Genesplicer_117 genesplicer 3.884616

score 3.884616

SPLICE_SITE_TYPE donor

SEQUENCE GT

13522 13521 Genesplicer_120 genesplicer 6.714746

score 6.714746

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

13760 13759 Genesplicer_121 genesplicer 9.381901

score 9.381901

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

14223 14222 Genesplicer_122 genesplicer 6.975588

score 6.975588

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

14347 14346 Genesplicer_123 genesplicer 8.402159

score 8.402159

SPLICE_SITE_TYPE donor

SEQUENCE GT

14393 14392 Genesplicer_126 genesplicer 4.127646

score 4.127646

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

14615 14614 Genesplicer_128 genesplicer 4.922466

score 4.922466

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

14795 14794 Genesplicer_130 genesplicer 4.214255

score 4.214255

SPLICE_SITE_TYPE donor

SEQUENCE GT

14883 14882 Genesplicer_138 genesplicer 5.786186

score 5.786186

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

16108 16107 Genesplicer_140 genesplicer 5.476543

score 5.476543

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

16631 16630 Genesplicer_141 genesplicer 11.299138

score 11.299138

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

16757 16756 Genesplicer_143 genesplicer 4.932302

score 4.932302

SPLICE_SITE_TYPE donor

SEQUENCE GT

17067 17066 Genesplicer_147 genesplicer 8.583985

score 8.583985

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

17499 17498 Genesplicer_149 genesplicer 6.410111

score 6.410111

SPLICE_SITE_TYPE donor

SEQUENCE GT

17856 17855 Genesplicer_150 genesplicer 11.624526

score 11.624526

SPLICE_SITE_TYPE donor

SEQUENCE GT

18002 18001 Genesplicer_151 genesplicer 7.356268

score 7.356268

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

18049 18048 Genesplicer_152 genesplicer 3.892838

score 3.892838

SPLICE_SITE_TYPE donor

SEQUENCE GT

18106 18105 Genesplicer_154 genesplicer 8.487547

score 8.487547

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

18190 18189 Genesplicer_155 genesplicer 5.67766

score 5.67766

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

18317 18316 Genesplicer_158 genesplicer 2.465912

score 2.465912

SPLICE_SITE_TYPE donor

SEQUENCE GT

18451 18450 Genesplicer_159 genesplicer 4.679933

score 4.679933

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

18513 18512 Genesplicer_161 genesplicer 3.870947

score 3.870947

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

18574 18573 Genesplicer_162 genesplicer 3.260002

score 3.260002

SPLICE_SITE_TYPE donor

SEQUENCE GT

18704 18703 Genesplicer_163 genesplicer 6.103462

score 6.103462

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

18711 18710 Genesplicer_164 genesplicer 9.899865

score 9.899865

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

18811 18810 Genesplicer_165 genesplicer 9.069262

score 9.069262

SPLICE_SITE_TYPE donor

SEQUENCE GT

18888 18887 Genesplicer_167 genesplicer 4.869772

score 4.869772

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

19177 19176 Genesplicer_171 genesplicer 10.934195

score 10.934195

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

19688 19687 Genesplicer_172 genesplicer 11.582219

score 11.582219

SPLICE_SITE_TYPE donor

SEQUENCE GT

19775 19774 Genesplicer_173 genesplicer 3.90547

score 3.90547

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

19917 19916 Genesplicer_174 genesplicer 2.494725

score 2.494725

SPLICE_SITE_TYPE donor

SEQUENCE GT

20051 20050 Genesplicer_175 genesplicer 5.560456

score 5.560456

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

20504 20503 Genesplicer_176 genesplicer 4.937

score 4.937

SPLICE_SITE_TYPE donor

SEQUENCE GT

20569 20568 Genesplicer_178 genesplicer 9.153982

score 9.153982

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

20646 20645 Genesplicer_180 genesplicer 6.621417

score 6.621417

SPLICE_SITE_TYPE donor

SEQUENCE GT

20871 20870 Genesplicer_181 genesplicer 6.391228

score 6.391228

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

20984 20983 Genesplicer_182 genesplicer 3.865543

score 3.865543

SPLICE_SITE_TYPE donor

SEQUENCE GT

21042 21041 Genesplicer_186 genesplicer 6.920945

score 6.920945

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

21365 21364 Genesplicer_187 genesplicer 7.547458

score 7.547458

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

21596 21595 Genesplicer_188 genesplicer 4.863677

score 4.863677

SPLICE_SITE_TYPE donor

SEQUENCE GT

21668 21667 Genesplicer_189 genesplicer 3.910552

score 3.910552

SPLICE_SITE_TYPE donor

SEQUENCE GT

21771 21770 Genesplicer_191 genesplicer 3.520219

score 3.520219

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

22082 22081 Genesplicer_192 genesplicer 3.282371

score 3.282371

SPLICE_SITE_TYPE donor

SEQUENCE GT

22153 22152 Genesplicer_193 genesplicer 7.798042

score 7.798042

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

22269 22268 Genesplicer_194 genesplicer 2.612538

score 2.612538

SPLICE_SITE_TYPE donor

SEQUENCE GT

22431 22430 Genesplicer_196 genesplicer 4.1527

score 4.1527

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

22921 22920 Genesplicer_197 genesplicer 8.701528

score 8.701528

SPLICE_SITE_TYPE donor

SEQUENCE GT

22968 22967 Genesplicer_198 genesplicer 10.48533

score 10.48533

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

23041 23040 Genesplicer_199 genesplicer 8.064174

score 8.064174

SPLICE_SITE_TYPE donor

SEQUENCE GT

23110 23109 Genesplicer_200 genesplicer 3.975805

score 3.975805

SPLICE_SITE_TYPE donor

SEQUENCE GT

23200 23199 Genesplicer_201 genesplicer 3.482458

score 3.482458

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

23303 23302 Genesplicer_202 genesplicer 3.299225

score 3.299225

SPLICE_SITE_TYPE donor

SEQUENCE GT

23342 23341 Genesplicer_204 genesplicer 5.592305

score 5.592305

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

23520 23519 Genesplicer_205 genesplicer 8.719099

score 8.719099

SPLICE_SITE_TYPE donor

SEQUENCE GT

23558 23557 Genesplicer_206 genesplicer 8.507322

score 8.507322

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

23596 23595 Genesplicer_207 genesplicer 7.916336

score 7.916336

SPLICE_SITE_TYPE donor

SEQUENCE GT

23717 23716 Genesplicer_209 genesplicer 8.789056

score 8.789056

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

23948 23947 Genesplicer_212 genesplicer 2.869145

score 2.869145

SPLICE_SITE_TYPE donor

SEQUENCE GT

25070 25069 Genesplicer_213 genesplicer 4.805263

score 4.805263

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

25166 25165 Genesplicer_214 genesplicer 4.556703

score 4.556703

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

25258 25257 Genesplicer_216 genesplicer 4.243362

score 4.243362

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

25904 25903 Genesplicer_217 genesplicer 5.830197

score 5.830197

SPLICE_SITE_TYPE donor

SEQUENCE GT

25954 25953 Genesplicer_218 genesplicer 7.14352

score 7.14352

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

25984 25983 Genesplicer_220 genesplicer 13.043968

score 13.043968

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

26383 26382 Genesplicer_222 genesplicer 3.889253

score 3.889253

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

26609 26608 Genesplicer_224 genesplicer 4.79721

score 4.79721

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

27104 27103 Genesplicer_225 genesplicer 8.055371

score 8.055371

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

27166 27165 Genesplicer_228 genesplicer 3.7527

score 3.7527

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

27621 27620 Genesplicer_229 genesplicer 4.555437

score 4.555437

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

27763 27762 Genesplicer_230 genesplicer 3.040097

score 3.040097

SPLICE_SITE_TYPE donor

SEQUENCE GT

27860 27859 Genesplicer_231 genesplicer 3.145204

score 3.145204

SPLICE_SITE_TYPE donor

SEQUENCE GT

27967 27966 Genesplicer_232 genesplicer 8.491882

score 8.491882

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

28091 28090 Genesplicer_233 genesplicer 6.535069

score 6.535069

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

28184 28183 Genesplicer_234 genesplicer 2.275318

score 2.275318

SPLICE_SITE_TYPE donor

SEQUENCE GT

28312 28311 Genesplicer_235 genesplicer 4.934322

score 4.934322

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

28384 28383 Genesplicer_236 genesplicer 2.430707

score 2.430707

SPLICE_SITE_TYPE donor

SEQUENCE GT

28465 28464 Genesplicer_237 genesplicer 4.913808

score 4.913808

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

28587 28586 Genesplicer_240 genesplicer 8.55346

score 8.55346

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

28896 28895 Genesplicer_241 genesplicer 6.390746

score 6.390746

SPLICE_SITE_TYPE donor

SEQUENCE GT

28967 28966 Genesplicer_245 genesplicer 5.731574

score 5.731574

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

29684 29683 Genesplicer_247 genesplicer 2.385539

score 2.385539

SPLICE_SITE_TYPE donor

SEQUENCE GT

29897 29896 Genesplicer_248 genesplicer 9.61303

score 9.61303

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

30334 30333 Genesplicer_250 genesplicer 10.430706

score 10.430706

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

30396 30395 Genesplicer_252 genesplicer 6.114981

score 6.114981

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

30646 30645 Genesplicer_253 genesplicer 8.113501

score 8.113501

SPLICE_SITE_TYPE donor

SEQUENCE GT

30715 30714 Genesplicer_254 genesplicer 8.366125

score 8.366125

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

30879 30878 Genesplicer_255 genesplicer 6.190648

score 6.190648

SPLICE_SITE_TYPE donor

SEQUENCE GT

30960 30959 Genesplicer_259 genesplicer 9.383812

score 9.383812

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

31581 31580 Genesplicer_260 genesplicer 6.417774

score 6.417774

SPLICE_SITE_TYPE donor

SEQUENCE GT

31640 31639 Genesplicer_261 genesplicer 3.426551

score 3.426551

SPLICE_SITE_TYPE donor

SEQUENCE GT

31789 31788 Genesplicer_263 genesplicer 4.690086

score 4.690086

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

31996 31995 Genesplicer_265 genesplicer 2.431295

score 2.431295

SPLICE_SITE_TYPE donor

SEQUENCE GT

32269 32268 Genesplicer_266 genesplicer 7.782572

score 7.782572

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

32476 32475 Genesplicer_267 genesplicer 11.124923

score 11.124923

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

32612 32611 Genesplicer_269 genesplicer 6.804528

score 6.804528

SPLICE_SITE_TYPE donor

SEQUENCE GT

32769 32768 Genesplicer_270 genesplicer 5.269995

score 5.269995

SPLICE_SITE_TYPE donor

SEQUENCE GT

33047 33046 Genesplicer_273 genesplicer 5.345642

score 5.345642

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

33474 33473 Genesplicer_275 genesplicer 4.93197

score 4.93197

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

33987 33986 Genesplicer_276 genesplicer 5.110018

score 5.110018

SPLICE_SITE_TYPE donor

SEQUENCE GT

34096 34095 Genesplicer_277 genesplicer 4.032019

score 4.032019

SPLICE_SITE_TYPE donor

SEQUENCE GT

34160 34159 Genesplicer_278 genesplicer 14.038266

score 14.038266

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

34560 34559 Genesplicer_279 genesplicer 8.49517

score 8.49517

SPLICE_SITE_TYPE donor

SEQUENCE GT

34635 34634 Genesplicer_280 genesplicer 10.332069

score 10.332069

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

34884 34883 Genesplicer_281 genesplicer 2.745113

score 2.745113

SPLICE_SITE_TYPE donor

SEQUENCE GT

34966 34965 Genesplicer_283 genesplicer 10.384523

score 10.384523

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

35124 35123 Genesplicer_285 genesplicer 9.708211

score 9.708211

SPLICE_SITE_TYPE donor

SEQUENCE GT

35416 35415 Genesplicer_287 genesplicer 18.233528

score 18.233528

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

35544 35543 Genesplicer_288 genesplicer 3.635169

score 3.635169

SPLICE_SITE_TYPE donor

SEQUENCE GT

35639 35638 Genesplicer_290 genesplicer 6.04407

score 6.04407

SPLICE_SITE_TYPE donor

SEQUENCE GT

35942 35941 Genesplicer_292 genesplicer 7.184576

score 7.184576

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

36227 36226 Genesplicer_293 genesplicer 5.46116

score 5.46116

SPLICE_SITE_TYPE donor

SEQUENCE GT

36306 36305 Genesplicer_294 genesplicer 10.960115

score 10.960115

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

36369 36368 Genesplicer_296 genesplicer 2.794879

score 2.794879

SPLICE_SITE_TYPE donor

SEQUENCE GT

36526 36525 Genesplicer_297 genesplicer 8.471456

score 8.471456

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

36685 36684 Genesplicer_298 genesplicer 3.69998

score 3.69998

SPLICE_SITE_TYPE donor

SEQUENCE GT

36730 36729 Genesplicer_299 genesplicer 2.855424

score 2.855424

SPLICE_SITE_TYPE donor

SEQUENCE GT

36798 36797 Genesplicer_300 genesplicer 10.879321

score 10.879321

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

36926 36925 Genesplicer_302 genesplicer 5.59635

score 5.59635

SPLICE_SITE_TYPE donor

SEQUENCE GT

37236 37235 Genesplicer_304 genesplicer 10.540305

score 10.540305

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

37389 37388 Genesplicer_306 genesplicer 6.650829

score 6.650829

SPLICE_SITE_TYPE donor

SEQUENCE GT

37501 37500 Genesplicer_307 genesplicer 3.411561

score 3.411561

SPLICE_SITE_TYPE donor

SEQUENCE GT

37812 37811 Genesplicer_308 genesplicer 4.469183

score 4.469183

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

37857 37856 Genesplicer_309 genesplicer 7.499106

score 7.499106

SPLICE_SITE_TYPE donor

SEQUENCE GT

37991 37990 Genesplicer_310 genesplicer 10.141404

score 10.141404

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

38088 38087 Genesplicer_311 genesplicer 2.750058

score 2.750058

SPLICE_SITE_TYPE donor

SEQUENCE GT

38177 38176 Genesplicer_312 genesplicer 3.574687

score 3.574687

SPLICE_SITE_TYPE donor

SEQUENCE GT

38277 38276 Genesplicer_313 genesplicer 6.698926

score 6.698926

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

38336 38335 Genesplicer_314 genesplicer 5.625875

score 5.625875

SPLICE_SITE_TYPE donor

SEQUENCE GT

38428 38427 Genesplicer_315 genesplicer 12.733834

score 12.733834

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

39053 39052 Genesplicer_320 genesplicer 6.029412

score 6.029412

SPLICE_SITE_TYPE donor

SEQUENCE GT

39623 39622 Genesplicer_323 genesplicer 4.651477

score 4.651477

SPLICE_SITE_TYPE donor

SEQUENCE GT

39786 39785 Genesplicer_324 genesplicer 2.915793

score 2.915793

SPLICE_SITE_TYPE donor

SEQUENCE GT

40169 40168 Genesplicer_325 genesplicer 10.155566

score 10.155566

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

40246 40245 Genesplicer_327 genesplicer 7.518938

score 7.518938

SPLICE_SITE_TYPE donor

SEQUENCE GT

40355 40354 Genesplicer_329 genesplicer 2.434851

score 2.434851

SPLICE_SITE_TYPE donor

SEQUENCE GT

40503 40502 Genesplicer_331 genesplicer 3.072465

score 3.072465

SPLICE_SITE_TYPE donor

SEQUENCE GT

40678 40677 Genesplicer_332 genesplicer 6.256216

score 6.256216

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

40920 40919 Genesplicer_334 genesplicer 11.157731

score 11.157731

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

41408 41407 Genesplicer_335 genesplicer 4.98995

score 4.98995

SPLICE_SITE_TYPE donor

SEQUENCE GT

41648 41647 Genesplicer_337 genesplicer 6.37674

score 6.37674

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

41811 41810 Genesplicer_338 genesplicer 5.999636

score 5.999636

SPLICE_SITE_TYPE donor

SEQUENCE GT

41893 41892 Genesplicer_339 genesplicer 4.375638

score 4.375638

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

42297 42296 Genesplicer_344 genesplicer 2.280373

score 2.280373

SPLICE_SITE_TYPE donor

SEQUENCE GT

42744 42743 Genesplicer_356 genesplicer 8.936126

score 8.936126

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

44284 44283 Genesplicer_357 genesplicer 10.940108

score 10.940108

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

44501 44500 Genesplicer_360 genesplicer 6.201004

score 6.201004

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

44868 44867 Genesplicer_361 genesplicer 6.736529

score 6.736529

SPLICE_SITE_TYPE donor

SEQUENCE GT

44946 44945 Genesplicer_365 genesplicer 4.370624

score 4.370624

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

45210 45209 Genesplicer_366 genesplicer 3.471712

score 3.471712

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

45385 45384 Genesplicer_368 genesplicer 4.749584

score 4.749584

SPLICE_SITE_TYPE donor

SEQUENCE GT

45469 45468 Genesplicer_369 genesplicer 5.15076

score 5.15076

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

45473 45472 Genesplicer_379 genesplicer 3.203665

score 3.203665

SPLICE_SITE_TYPE donor

SEQUENCE GT

46930 46929 Genesplicer_381 genesplicer 5.084892

score 5.084892

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

47168 47167 Genesplicer_383 genesplicer 4.441843

score 4.441843

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

47350 47349 Genesplicer_385 genesplicer 7.813345

score 7.813345

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

47496 47495 Genesplicer_389 genesplicer 6.02717

score 6.02717

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

48582 48581 Genesplicer_395 genesplicer 2.242953

score 2.242953

SPLICE_SITE_TYPE donor

SEQUENCE GT

48922 48921 Genesplicer_403 genesplicer 10.135324

score 10.135324

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

49862 49861 Genesplicer_406 genesplicer 3.171655

score 3.171655

SPLICE_SITE_TYPE donor

SEQUENCE GT

50248 50247 Genesplicer_407 genesplicer 9.768782

score 9.768782

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

50368 50367 Genesplicer_408 genesplicer 5.539107

score 5.539107

SPLICE_SITE_TYPE donor

SEQUENCE GT

50433 50432 Genesplicer_414 genesplicer 8.029953

score 8.029953

SPLICE_SITE_TYPE donor

SEQUENCE GT

50954 50953 Genesplicer_416 genesplicer 7.241742

score 7.241742

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

51103 51102 Genesplicer_417 genesplicer 4.502182

score 4.502182

SPLICE_SITE_TYPE donor

SEQUENCE GT

51194 51193 Genesplicer_423 genesplicer 7.666297

score 7.666297

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

51953 51952 Genesplicer_426 genesplicer 2.430498

score 2.430498

SPLICE_SITE_TYPE donor

SEQUENCE GT

52083 52082 Genesplicer_428 genesplicer 4.358255

score 4.358255

SPLICE_SITE_TYPE donor

SEQUENCE GT

52427 52426 Genesplicer_431 genesplicer 7.218563

score 7.218563

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

52595 52594 Genesplicer_434 genesplicer 9.073313

score 9.073313

SPLICE_SITE_TYPE donor

SEQUENCE GT

52772 52771 Genesplicer_436 genesplicer 8.130274

score 8.130274

SPLICE_SITE_TYPE donor

SEQUENCE GT

52959 52958 Genesplicer_437 genesplicer 6.094222

score 6.094222

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

53029 53028 Genesplicer_438 genesplicer 7.265043

score 7.265043

SPLICE_SITE_TYPE donor

SEQUENCE GT

53099 53098 Genesplicer_444 genesplicer 3.288281

score 3.288281

SPLICE_SITE_TYPE donor

SEQUENCE GT

53624 53623 Genesplicer_446 genesplicer 5.200679

score 5.200679

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

53857 53856 Genesplicer_448 genesplicer 4.756163

score 4.756163

SPLICE_SITE_TYPE donor

SEQUENCE GT

54055 54054 Genesplicer_455 genesplicer 4.887989

score 4.887989

SPLICE_SITE_TYPE donor

SEQUENCE GT

54590 54589 Genesplicer_459 genesplicer 3.102746

score 3.102746

SPLICE_SITE_TYPE donor

SEQUENCE GT

54861 54860 Genesplicer_462 genesplicer 4.84318

score 4.84318

SPLICE_SITE_TYPE donor

SEQUENCE GT

55405 55404 Genesplicer_464 genesplicer 3.446393

score 3.446393

SPLICE_SITE_TYPE donor

SEQUENCE GT

55676 55675 Genesplicer_471 genesplicer 7.481413

score 7.481413

SPLICE_SITE_TYPE donor

SEQUENCE GT

56140 56139 Genesplicer_473 genesplicer 9.450285

score 9.450285

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

56473 56472 Genesplicer_474 genesplicer 5.955903

score 5.955903

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

56615 56614 Genesplicer_478 genesplicer 8.520939

score 8.520939

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

57316 57315 Genesplicer_479 genesplicer 3.718123

score 3.718123

SPLICE_SITE_TYPE donor

SEQUENCE GT

57388 57387 Genesplicer_480 genesplicer 2.466099

score 2.466099

SPLICE_SITE_TYPE donor

SEQUENCE GT

57529 57528 Genesplicer_484 genesplicer 6.173803

score 6.173803

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

57779 57778 Genesplicer_486 genesplicer 3.487735

score 3.487735

SPLICE_SITE_TYPE donor

SEQUENCE GT

57888 57887 Genesplicer_487 genesplicer 5.654145

score 5.654145

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

57967 57966 Genesplicer_492 genesplicer 3.272231

score 3.272231

SPLICE_SITE_TYPE donor

SEQUENCE GT

58978 58977 Genesplicer_494 genesplicer 4.622331

score 4.622331

SPLICE_SITE_TYPE donor

SEQUENCE GT

59523 59522 Genesplicer_495 genesplicer 3.068104

score 3.068104

SPLICE_SITE_TYPE donor

SEQUENCE GT

59635 59634 Genesplicer_498 genesplicer 6.734968

score 6.734968

SPLICE_SITE_TYPE donor

SEQUENCE GT

59998 59997 Genesplicer_501 genesplicer 8.601297

score 8.601297

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

60334 60333 Genesplicer_502 genesplicer 4.584987

score 4.584987

SPLICE_SITE_TYPE donor

SEQUENCE GT

60406 60405 Genesplicer_504 genesplicer 3.078182

score 3.078182

SPLICE_SITE_TYPE donor

SEQUENCE GT

60926 60925 Genesplicer_505 genesplicer 10.784449

score 10.784449

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

61020 61019 Genesplicer_506 genesplicer 4.406896

score 4.406896

SPLICE_SITE_TYPE donor

SEQUENCE GT

61064 61063 Genesplicer_511 genesplicer 4.886848

score 4.886848

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

62040 62039 Genesplicer_512 genesplicer 5.063189

score 5.063189

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

62319 62318 Genesplicer_513 genesplicer 5.689086

score 5.689086

SPLICE_SITE_TYPE donor

SEQUENCE GT

62355 62354 Genesplicer_522 genesplicer 5.282799

score 5.282799

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

64043 64042 Genesplicer_524 genesplicer 9.839697

score 9.839697

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

64119 64118 Genesplicer_527 genesplicer 3.463694

score 3.463694

SPLICE_SITE_TYPE donor

SEQUENCE GT

64330 64329 Genesplicer_528 genesplicer 7.298465

score 7.298465

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

64467 64466 Genesplicer_529 genesplicer 5.935746

score 5.935746

SPLICE_SITE_TYPE donor

SEQUENCE GT

64570 64569 Genesplicer_532 genesplicer 2.801286

score 2.801286

SPLICE_SITE_TYPE donor

SEQUENCE GT

64909 64908 Genesplicer_533 genesplicer 8.062894

score 8.062894

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

64985 64984 Genesplicer_534 genesplicer 5.762779

score 5.762779

SPLICE_SITE_TYPE donor

SEQUENCE GT

65103 65102 Genesplicer_535 genesplicer 7.956094

score 7.956094

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

65218 65217 Genesplicer_536 genesplicer 2.25648

score 2.25648

SPLICE_SITE_TYPE donor

SEQUENCE GT

65295 65294 Genesplicer_539 genesplicer 9.358687

score 9.358687

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

65634 65633 Genesplicer_545 genesplicer 8.894831

score 8.894831

SPLICE_SITE_TYPE donor

SEQUENCE GT

67142 67141 Genesplicer_546 genesplicer 4.819531

score 4.819531

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

67236 67235 Genesplicer_551 genesplicer 4.028953

score 4.028953

SPLICE_SITE_TYPE donor

SEQUENCE GT

67750 67749 Genesplicer_552 genesplicer 5.792429

score 5.792429

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

67804 67803 Genesplicer_556 genesplicer 6.613189

score 6.613189

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

69336 69335 Genesplicer_559 genesplicer 5.715824

score 5.715824

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

69730 69729 Genesplicer_562 genesplicer 4.945195

score 4.945195

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

69999 69998 Genesplicer_568 genesplicer 8.89383

score 8.89383

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

70977 70976 Genesplicer_571 genesplicer 8.370087

score 8.370087

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

71215 71214 Genesplicer_572 genesplicer 2.85679

score 2.85679

SPLICE_SITE_TYPE donor

SEQUENCE GT

71321 71320 Genesplicer_573 genesplicer 3.085974

score 3.085974

SPLICE_SITE_TYPE donor

SEQUENCE GT

71533 71532 Genesplicer_575 genesplicer 6.121614

score 6.121614

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

71692 71691 Genesplicer_576 genesplicer 5.886489

score 5.886489

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

71819 71818 Genesplicer_577 genesplicer 4.239715

score 4.239715

SPLICE_SITE_TYPE donor

SEQUENCE GT

71851 71850 Genesplicer_578 genesplicer 11.582703

score 11.582703

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

72098 72097 Genesplicer_581 genesplicer 6.647689

score 6.647689

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

72288 72287 Genesplicer_582 genesplicer 8.617762

score 8.617762

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

72407 72406 Genesplicer_586 genesplicer 8.063391

score 8.063391

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

72692 72691 Genesplicer_587 genesplicer 4.857696

score 4.857696

SPLICE_SITE_TYPE donor

SEQUENCE GT

72777 72776 Genesplicer_589 genesplicer 4.142185

score 4.142185

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

72933 72932 Genesplicer_592 genesplicer 5.791596

score 5.791596

SPLICE_SITE_TYPE donor

SEQUENCE GT

73281 73280 Genesplicer_593 genesplicer 9.565769

score 9.565769

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

73384 73383 Genesplicer_594 genesplicer 4.961897

score 4.961897

SPLICE_SITE_TYPE donor

SEQUENCE GT

73564 73563 Genesplicer_595 genesplicer 3.281853

score 3.281853

SPLICE_SITE_TYPE donor

SEQUENCE GT

73628 73627 Genesplicer_596 genesplicer 6.523048

score 6.523048

SPLICE_SITE_TYPE donor

SEQUENCE GT

73767 73766 Genesplicer_602 genesplicer 4.492122

score 4.492122

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

74484 74483 Genesplicer_603 genesplicer 4.153878

score 4.153878

SPLICE_SITE_TYPE donor

SEQUENCE GT

74757 74756 Genesplicer_604 genesplicer 7.118

score 7.118

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

74871 74870 Genesplicer_609 genesplicer 7.866663

score 7.866663

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

75302 75301 Genesplicer_612 genesplicer 5.49442

score 5.49442

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

75729 75728 Genesplicer_616 genesplicer 6.114066

score 6.114066

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

76213 76212 Genesplicer_617 genesplicer 2.358731

score 2.358731

SPLICE_SITE_TYPE donor

SEQUENCE GT

76428 76427 Genesplicer_618 genesplicer 8.278938

score 8.278938

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

76554 76553 Genesplicer_620 genesplicer 4.529235

score 4.529235

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

77106 77105 Genesplicer_621 genesplicer 3.953604

score 3.953604

SPLICE_SITE_TYPE donor

SEQUENCE GT

77164 77163 Genesplicer_623 genesplicer 8.136178

score 8.136178

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

77339 77338 Genesplicer_624 genesplicer 4.42037

score 4.42037

SPLICE_SITE_TYPE donor

SEQUENCE GT

77403 77402 Genesplicer_625 genesplicer 2.872217

score 2.872217

SPLICE_SITE_TYPE donor

SEQUENCE GT

77507 77506 Genesplicer_637 genesplicer 12.30824

score 12.30824

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

78922 78921 Genesplicer_638 genesplicer 2.546198

score 2.546198

SPLICE_SITE_TYPE donor

SEQUENCE GT

78971 78970 Genesplicer_639 genesplicer 4.822624

score 4.822624

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

79044 79043 Genesplicer_640 genesplicer 9.241839

score 9.241839

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

79167 79166 Genesplicer_641 genesplicer 8.129364

score 8.129364

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

79327 79326 Genesplicer_643 genesplicer 3.56024

score 3.56024

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

79598 79597 Genesplicer_644 genesplicer 3.947374

score 3.947374

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

79926 79925 Genesplicer_648 genesplicer 4.504212

score 4.504212

SPLICE_SITE_TYPE donor

SEQUENCE GT

80220 80219 Genesplicer_649 genesplicer 4.275969

score 4.275969

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

80278 80277 Genesplicer_650 genesplicer 9.49288

score 9.49288

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

80355 80354 Genesplicer_651 genesplicer 5.214642

score 5.214642

SPLICE_SITE_TYPE donor

SEQUENCE GT

80455 80454 Genesplicer_653 genesplicer 2.648909

score 2.648909

SPLICE_SITE_TYPE donor

SEQUENCE GT

80614 80613 Genesplicer_656 genesplicer 2.92686

score 2.92686

SPLICE_SITE_TYPE donor

SEQUENCE GT

80972 80971 Genesplicer_661 genesplicer 2.845299

score 2.845299

SPLICE_SITE_TYPE donor

SEQUENCE GT

81345 81344 Genesplicer_664 genesplicer 8.02669

score 8.02669

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

81513 81512 Genesplicer_667 genesplicer 2.390313

score 2.390313

SPLICE_SITE_TYPE donor

SEQUENCE GT

82274 82273 Genesplicer_678 genesplicer 4.513733

score 4.513733

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

83452 83451 Genesplicer_681 genesplicer 4.420437

score 4.420437

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

83691 83690 Genesplicer_683 genesplicer 2.629336

score 2.629336

SPLICE_SITE_TYPE donor

SEQUENCE GT

84109 84108 Genesplicer_684 genesplicer 4.881763

score 4.881763

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

84358 84357 Genesplicer_688 genesplicer 5.12065

score 5.12065

SPLICE_SITE_TYPE donor

SEQUENCE GT

84738 84737 Genesplicer_690 genesplicer 4.706918

score 4.706918

SPLICE_SITE_TYPE donor

SEQUENCE GT

84902 84901 Genesplicer_696 genesplicer 4.519237

score 4.519237

SPLICE_SITE_TYPE donor

SEQUENCE GT

85718 85717 Genesplicer_700 genesplicer 2.605202

score 2.605202

SPLICE_SITE_TYPE donor

SEQUENCE GT

86135 86134 Genesplicer_701 genesplicer 3.860214

score 3.860214

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

86178 86177 Genesplicer_704 genesplicer 10.506314

score 10.506314

SPLICE_SITE_TYPE donor

SEQUENCE GT

86428 86427 Genesplicer_710 genesplicer 5.072897

score 5.072897

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

87374 87373 Genesplicer_712 genesplicer 3.760814

score 3.760814

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

87448 87447 Genesplicer_713 genesplicer 4.405094

score 4.405094

SPLICE_SITE_TYPE donor

SEQUENCE GT

87689 87688 Genesplicer_714 genesplicer 4.694811

score 4.694811

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

87819 87818 Genesplicer_715 genesplicer 3.940701

score 3.940701

SPLICE_SITE_TYPE donor

SEQUENCE GT

87880 87879 Genesplicer_717 genesplicer 6.564582

score 6.564582

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

88593 88592 Genesplicer_718 genesplicer 5.163506

score 5.163506

SPLICE_SITE_TYPE donor

SEQUENCE GT

88673 88672 Genesplicer_719 genesplicer 7.43199

score 7.43199

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

88806 88805 Genesplicer_720 genesplicer 3.854356

score 3.854356

SPLICE_SITE_TYPE donor

SEQUENCE GT

88902 88901 Genesplicer_721 genesplicer 7.232983

score 7.232983

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

88971 88970 Genesplicer_722 genesplicer 8.408188

score 8.408188

SPLICE_SITE_TYPE donor

SEQUENCE GT

89060 89059 Genesplicer_723 genesplicer 6.167565

score 6.167565

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

89163 89162 Genesplicer_724 genesplicer 3.833812

score 3.833812

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

89246 89245 Genesplicer_725 genesplicer 6.354345

score 6.354345

SPLICE_SITE_TYPE donor

SEQUENCE GT

89289 89288 Genesplicer_726 genesplicer 7.850147

score 7.850147

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

89407 89406 Genesplicer_727 genesplicer 7.885389

score 7.885389

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

89543 89542 Genesplicer_728 genesplicer 6.29976

score 6.29976

SPLICE_SITE_TYPE donor

SEQUENCE GT

89659 89658 Genesplicer_729 genesplicer 9.189707

score 9.189707

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

89725 89724 Genesplicer_730 genesplicer 3.090408

score 3.090408

SPLICE_SITE_TYPE donor

SEQUENCE GT

89839 89838 Genesplicer_731 genesplicer 7.480946

score 7.480946

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

90077 90076 Genesplicer_732 genesplicer 4.100763

score 4.100763

SPLICE_SITE_TYPE donor

SEQUENCE GT

90307 90306 Genesplicer_734 genesplicer 4.04539

score 4.04539

SPLICE_SITE_TYPE donor

SEQUENCE GT

90523 90522 Genesplicer_735 genesplicer 5.718056

score 5.718056

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

90608 90607 Genesplicer_736 genesplicer 5.056133

score 5.056133

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

90671 90670 Genesplicer_737 genesplicer 5.811578

score 5.811578

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

90795 90794 Genesplicer_738 genesplicer 3.564341

score 3.564341

SPLICE_SITE_TYPE donor

SEQUENCE GT

90839 90838 Genesplicer_739 genesplicer 5.073468

score 5.073468

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

90873 90872 Genesplicer_740 genesplicer 5.415109

score 5.415109

SPLICE_SITE_TYPE donor

SEQUENCE GT

90936 90935 Genesplicer_741 genesplicer 4.477264

score 4.477264

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

91070 91069 Genesplicer_742 genesplicer 2.854523

score 2.854523

SPLICE_SITE_TYPE donor

SEQUENCE GT

91168 91167 Genesplicer_743 genesplicer 10.126309

score 10.126309

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

91219 91218 Genesplicer_750 genesplicer 4.958954

score 4.958954

SPLICE_SITE_TYPE donor

SEQUENCE GT

92058 92057 Genesplicer_752 genesplicer 9.351997

score 9.351997

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

92586 92585 Genesplicer_753 genesplicer 3.349199

score 3.349199

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

92836 92835 Genesplicer_757 genesplicer 3.648981

score 3.648981

SPLICE_SITE_TYPE donor

SEQUENCE GT

93527 93526 Genesplicer_761 genesplicer 5.204877

score 5.204877

SPLICE_SITE_TYPE donor

SEQUENCE GT

94137 94136 Genesplicer_762 genesplicer 3.882843

score 3.882843

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

94139 94138 Genesplicer_764 genesplicer 3.62058

score 3.62058

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

94426 94425 Genesplicer_766 genesplicer 3.801391

score 3.801391

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

94746 94745 Genesplicer_768 genesplicer 4.497592

score 4.497592

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

94916 94915 Genesplicer_769 genesplicer 3.372909

score 3.372909

SPLICE_SITE_TYPE donor

SEQUENCE GT

95005 95004 Genesplicer_771 genesplicer 2.251245

score 2.251245

SPLICE_SITE_TYPE donor

SEQUENCE GT

95609 95608 Genesplicer_775 genesplicer 6.380558

score 6.380558

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

96115 96114 Genesplicer_776 genesplicer 4.372762

score 4.372762

SPLICE_SITE_TYPE donor

SEQUENCE GT

96174 96173 Genesplicer_777 genesplicer 4.390132

score 4.390132

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

96218 96217 Genesplicer_778 genesplicer 7.010711

score 7.010711

SPLICE_SITE_TYPE donor

SEQUENCE GT

96341 96340 Genesplicer_780 genesplicer 10.837697

score 10.837697

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

96715 96714 Genesplicer_784 genesplicer 6.827879

score 6.827879

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

97118 97117 Genesplicer_785 genesplicer 9.725721

score 9.725721

SPLICE_SITE_TYPE donor

SEQUENCE GT

97217 97216 Genesplicer_787 genesplicer 4.61106

score 4.61106

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

97378 97377 Genesplicer_788 genesplicer 7.338893

score 7.338893

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

97717 97716 Genesplicer_790 genesplicer 7.741168

score 7.741168

SPLICE_SITE_TYPE donor

SEQUENCE GT

97837 97836 Genesplicer_793 genesplicer 2.921868

score 2.921868

SPLICE_SITE_TYPE donor

SEQUENCE GT

98018 98017 Genesplicer_794 genesplicer 4.946345

score 4.946345

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

98063 98062 Genesplicer_795 genesplicer 7.195368

score 7.195368

SPLICE_SITE_TYPE donor

SEQUENCE GT

98134 98133 Genesplicer_796 genesplicer 4.240657

score 4.240657

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

98285 98284 Genesplicer_797 genesplicer 4.835222

score 4.835222

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

98378 98377 Genesplicer_801 genesplicer 6.48176

score 6.48176

SPLICE_SITE_TYPE donor

SEQUENCE GT

98628 98627 Genesplicer_802 genesplicer 2.500086

score 2.500086

SPLICE_SITE_TYPE donor

SEQUENCE GT

98899 98898 Genesplicer_808 genesplicer 6.871562

score 6.871562

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

99828 99827 Genesplicer_809 genesplicer 4.949031

score 4.949031

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

99891 99890 Genesplicer_810 genesplicer 3.357049

score 3.357049

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

99954 99953 Genesplicer_811 genesplicer 2.935254

score 2.935254

SPLICE_SITE_TYPE donor

SEQUENCE GT

99976 99975 Genesplicer_813 genesplicer 3.8164

score 3.8164

SPLICE_SITE_TYPE donor

SEQUENCE GT

100264 100263 Genesplicer_815 genesplicer 2.842158

score 2.842158

SPLICE_SITE_TYPE donor

SEQUENCE GT

100433 100432 Genesplicer_817 genesplicer 5.783983

score 5.783983

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

100660 100659 Genesplicer_818 genesplicer 8.475376

score 8.475376

SPLICE_SITE_TYPE donor

SEQUENCE GT

100724 100723 Genesplicer_821 genesplicer 6.642861

score 6.642861

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

101030 101029 Genesplicer_822 genesplicer 10.5436

score 10.5436

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

101172 101171 Genesplicer_823 genesplicer 10.888221

score 10.888221

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

101349 101348 Genesplicer_824 genesplicer 10.732826

score 10.732826

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

101457 101456 Genesplicer_825 genesplicer 15.271326

score 15.271326

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

101585 101584 Genesplicer_826 genesplicer 5.207267

score 5.207267

SPLICE_SITE_TYPE donor

SEQUENCE GT

101667 101666 Genesplicer_828 genesplicer 4.294988

score 4.294988

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

102430 102429 Genesplicer_830 genesplicer 5.189337

score 5.189337

SPLICE_SITE_TYPE donor

SEQUENCE GT

102848 102847 Genesplicer_834 genesplicer 6.49699

score 6.49699

SPLICE_SITE_TYPE donor

SEQUENCE GT

103083 103082 Genesplicer_836 genesplicer 4.547577

score 4.547577

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

103450 103449 Genesplicer_837 genesplicer 4.754541

score 4.754541

SPLICE_SITE_TYPE donor

SEQUENCE GT

103530 103529 Genesplicer_843 genesplicer 8.112826

score 8.112826

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

104071 104070 Genesplicer_845 genesplicer 2.360546

score 2.360546

SPLICE_SITE_TYPE donor

SEQUENCE GT

104238 104237 Genesplicer_846 genesplicer 6.522104

score 6.522104

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

104314 104313 Genesplicer_848 genesplicer 4.641689

score 4.641689

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

104605 104604 Genesplicer_852 genesplicer 13.223778

score 13.223778

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

105064 105063 Genesplicer_854 genesplicer 7.121582

score 7.121582

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

105204 105203 Genesplicer_855 genesplicer 2.932095

score 2.932095

SPLICE_SITE_TYPE donor

SEQUENCE GT

105271 105270 Genesplicer_856 genesplicer 9.746337

score 9.746337

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

105336 105335 Genesplicer_857 genesplicer 8.657523

score 8.657523

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

105494 105493 Genesplicer_859 genesplicer 2.887461

score 2.887461

SPLICE_SITE_TYPE donor

SEQUENCE GT

105825 105824 Genesplicer_860 genesplicer 3.514755

score 3.514755

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

105869 105868 Genesplicer_866 genesplicer 6.74385

score 6.74385

SPLICE_SITE_TYPE donor

SEQUENCE GT

106309 106308 Genesplicer_868 genesplicer 3.552335

score 3.552335

SPLICE_SITE_TYPE donor

SEQUENCE GT

106807 106806 Genesplicer_869 genesplicer 5.755266

score 5.755266

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

106867 106866 Genesplicer_872 genesplicer 8.963152

score 8.963152

SPLICE_SITE_TYPE donor

SEQUENCE GT

107430 107429 Genesplicer_873 genesplicer 9.600461

score 9.600461

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

107517 107516 Genesplicer_875 genesplicer 3.13826

score 3.13826

SPLICE_SITE_TYPE donor

SEQUENCE GT

107643 107642 Genesplicer_878 genesplicer 3.948805

score 3.948805

SPLICE_SITE_TYPE donor

SEQUENCE GT

107893 107892 Genesplicer_880 genesplicer 8.150823

score 8.150823

SPLICE_SITE_TYPE donor

SEQUENCE GT

108267 108266 Genesplicer_883 genesplicer 7.864413

score 7.864413

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

108845 108844 Genesplicer_886 genesplicer 5.67971

score 5.67971

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

109083 109082 Genesplicer_887 genesplicer 4.389132

score 4.389132

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

109213 109212 Genesplicer_888 genesplicer 5.643752

score 5.643752

SPLICE_SITE_TYPE donor

SEQUENCE GT

109305 109304 Genesplicer_890 genesplicer 7.202645

score 7.202645

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

109521 109520 Genesplicer_891 genesplicer 3.86671

score 3.86671

SPLICE_SITE_TYPE donor

SEQUENCE GT

109584 109583 Genesplicer_892 genesplicer 8.68541

score 8.68541

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

109631 109630 Genesplicer_893 genesplicer 7.832511

score 7.832511

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

109706 109705 Genesplicer_894 genesplicer 6.099663

score 6.099663

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

109817 109816 Genesplicer_898 genesplicer 4.977508

score 4.977508

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

110285 110284 Genesplicer_899 genesplicer 3.667275

score 3.667275

SPLICE_SITE_TYPE donor

SEQUENCE GT

110394 110393 Genesplicer_900 genesplicer 5.365469

score 5.365469

SPLICE_SITE_TYPE donor

SEQUENCE GT

110586 110585 Genesplicer_901 genesplicer 7.477167

score 7.477167

SPLICE_SITE_TYPE donor

SEQUENCE GT

110666 110665 Genesplicer_905 genesplicer 10.294067

score 10.294067

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

111876 111875 Genesplicer_907 genesplicer 3.267197

score 3.267197

SPLICE_SITE_TYPE donor

SEQUENCE GT

112051 112050 Genesplicer_910 genesplicer 8.964335

score 8.964335

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

112289 112288 Genesplicer_912 genesplicer 5.744637

score 5.744637

SPLICE_SITE_TYPE donor

SEQUENCE GT

112524 112523 Genesplicer_913 genesplicer 6.771081

score 6.771081

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

112589 112588 Genesplicer_914 genesplicer 2.634956

score 2.634956

SPLICE_SITE_TYPE donor

SEQUENCE GT

112687 112686 Genesplicer_918 genesplicer 12.248127

score 12.248127

SPLICE_SITE_TYPE donor

SEQUENCE GT

113027 113026 Genesplicer_921 genesplicer 10.328104

score 10.328104

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

113388 113387 Genesplicer_923 genesplicer 6.010823

score 6.010823

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

113927 113926 Genesplicer_925 genesplicer 7.140362

score 7.140362

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

114053 114052 Genesplicer_927 genesplicer 3.558186

score 3.558186

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

114223 114222 Genesplicer_929 genesplicer 6.608809

score 6.608809

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

114501 114500 Genesplicer_930 genesplicer 4.530128

score 4.530128

SPLICE_SITE_TYPE donor

SEQUENCE GT

114562 114561 Genesplicer_931 genesplicer 4.237586

score 4.237586

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

114838 114837 Genesplicer_933 genesplicer 11.109991

score 11.109991

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

115359 115358 Genesplicer_934 genesplicer 7.585205

score 7.585205

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

115420 115419 Genesplicer_935 genesplicer 5.473208

score 5.473208

SPLICE_SITE_TYPE donor

SEQUENCE GT

115444 115443 Genesplicer_936 genesplicer 12.431928

score 12.431928

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

115512 115511 Genesplicer_938 genesplicer 10.000529

score 10.000529

SPLICE_SITE_TYPE donor

SEQUENCE GT

115623 115622 Genesplicer_939 genesplicer 4.158848

score 4.158848

SPLICE_SITE_TYPE donor

SEQUENCE GT

116047 116046 Genesplicer_941 genesplicer 4.145557

score 4.145557

SPLICE_SITE_TYPE donor

SEQUENCE GT

116161 116160 Genesplicer_942 genesplicer 4.482326

score 4.482326

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

116189 116188 Genesplicer_945 genesplicer 4.457145

score 4.457145

SPLICE_SITE_TYPE donor

SEQUENCE GT

116403 116402 Genesplicer_946 genesplicer 7.914963

score 7.914963

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

116425 116424 Genesplicer_947 genesplicer 10.737435

score 10.737435

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

116541 116540 Genesplicer_948 genesplicer 7.626987

score 7.626987

SPLICE_SITE_TYPE donor

SEQUENCE GT

116649 116648 Genesplicer_949 genesplicer 3.362522

score 3.362522

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

116687 116686 Genesplicer_950 genesplicer 4.399508

score 4.399508

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

116840 116839 Genesplicer_951 genesplicer 10.820465

score 10.820465

SPLICE_SITE_TYPE donor

SEQUENCE GT

116868 116867 Genesplicer_952 genesplicer 8.86003

score 8.86003

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

116942 116941 Genesplicer_953 genesplicer 3.141675

score 3.141675

SPLICE_SITE_TYPE donor

SEQUENCE GT

117048 117047 Genesplicer_955 genesplicer 5.042047

score 5.042047

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

117330 117329 Genesplicer_960 genesplicer 3.696802

score 3.696802

SPLICE_SITE_TYPE donor

SEQUENCE GT

117958 117957 Genesplicer_961 genesplicer 7.602277

score 7.602277

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

118166 118165 Genesplicer_962 genesplicer 8.242963

score 8.242963

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

118583 118582 Genesplicer_963 genesplicer 3.634871

score 3.634871

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

118786 118785 Genesplicer_965 genesplicer 4.565585

score 4.565585

SPLICE_SITE_TYPE donor

SEQUENCE GT

119250 119249 Genesplicer_966 genesplicer 10.157445

score 10.157445

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

119327 119326 Genesplicer_967 genesplicer 6.477807

score 6.477807

SPLICE_SITE_TYPE donor

SEQUENCE GT

119597 119596 Genesplicer_968 genesplicer 3.496028

score 3.496028

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

119877 119876 Genesplicer_969 genesplicer 6.316397

score 6.316397

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

120011 120010 Genesplicer_971 genesplicer 5.29664

score 5.29664

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

120204 120203 Genesplicer_972 genesplicer 2.696947

score 2.696947

SPLICE_SITE_TYPE donor

SEQUENCE GT

120249 120248 Genesplicer_973 genesplicer 6.115884

score 6.115884

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

120445 120444 Genesplicer_976 genesplicer 6.91818

score 6.91818

SPLICE_SITE_TYPE donor

SEQUENCE GT

120749 120748 Genesplicer_979 genesplicer 2.440569

score 2.440569

SPLICE_SITE_TYPE donor

SEQUENCE GT

121015 121014 Genesplicer_980 genesplicer 4.517968

score 4.517968

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

121049 121048 Genesplicer_982 genesplicer 5.881232

score 5.881232

SPLICE_SITE_TYPE donor

SEQUENCE GT

121283 121282 Genesplicer_985 genesplicer 4.625465

score 4.625465

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

121555 121554 Genesplicer_987 genesplicer 6.047307

score 6.047307

SPLICE_SITE_TYPE donor

SEQUENCE GT

121659 121658 genomethreader LGI.100604_SL.Unmasked OA:genomethreader_1:C02HBa0194L19.2 14561 1770 TC143139_SL 0.982

score 0.982

14561 14394 1 169 TC143139_SL 1.0

score 1.0

14221 13876 170 515 TC143139_SL 1.0

score 1.0

12480 12235 516 761 TC143139_SL 1.0

score 1.0

11416 11226 762 952 TC143139_SL 1.0

score 1.0

11143 10972 953 1124 TC143139_SL 1.0

score 1.0

9192 9055 1125 1262 TC143139_SL 1.0

score 1.0

8975 8798 1263 1440 TC143139_SL 1.0

score 1.0

8657 8512 1441 1586 TC143139_SL 1.0

score 1.0

8302 8126 1587 1763 TC143139_SL 1.0

score 1.0

8025 7915 1764 1874 TC143139_SL 1.0

score 1.0

7488 7369 1875 1994 TC143139_SL 1.0

score 1.0

7271 7115 1995 2151 TC143139_SL 0.994

score 0.994

6589 6426 2152 2315 TC143139_SL 0.989

score 0.989

6321 6235 2316 2402 TC143139_SL 1.0

score 1.0

4097 3769 2403 2731 TC143139_SL 1.0

score 1.0

3421 3364 2732 2789 TC143139_SL 1.0

score 1.0

3095 3035 2790 2850 TC143139_SL 1.0

score 1.0

2790 2517 2851 3124 TC143139_SL 1.0

score 1.0

2300 1770 3125 3655 OA:genomethreader_1:C02HBa0194L19.2 20546 20316 BG630422_SL 0.812

score 0.812

20546 20446 95 192 BG630422_SL 0.885

score 0.885

20393 20316 193 270 OA:genomethreader_1:C02HBa0194L19.2 AW649957_SL 0.98

score 0.98

23184 22582 1 603 OA:genomethreader_1:C02HBa0194L19.2 AI775735_SL 0.996

score 0.996

26285 25790 1 496 OA:genomethreader_1:C02HBa0194L19.2 29210 26017 TC153040_SL 0.901

score 0.901

29210 28968 1 243 TC153040_SL 0.849

score 0.849

26381 26017 244 611 OA:genomethreader_1:C02HBa0194L19.2 30394 29302 TC146138_SL 0.586

score 0.586

30394 30366 206 233 TC146138_SL 0.839

score 0.839

30199 29302 234 1133 OA:genomethreader_1:C02HBa0194L19.2 BF096898_SL 0.984

score 0.984

29826 29634 106 298 OA:genomethreader_1:C02HBa0194L19.2 BF096895_SL 0.963

score 0.963

29927 29846 1 82 OA:genomethreader_1:C02HBa0194L19.2 31141 29886 TC138766_SL 0.928

score 0.928

31141 30961 1 170 TC138766_SL 0.975

score 0.975

30877 30716 171 333 TC138766_SL 0.982

score 0.982

30394 29886 334 839 OA:genomethreader_1:C02HBa0194L19.2 31022 29962 AW648413_SL 1.0

score 1.0

31022 30961 1 62 AW648413_SL 1.0

score 1.0

30877 30716 63 224 AW648413_SL 1.0

score 1.0

30322 29962 225 585 OA:genomethreader_1:C02HBa0194L19.2 31141 30048 TC138765_SL 1.0

score 1.0

31141 30961 1 181 TC138765_SL 1.0

score 1.0

30877 30716 182 343 TC138765_SL 0.995

score 0.995

30261 30048 344 557 OA:genomethreader_1:C02HBa0194L19.2 38726 32770 TC136909_SL 0.996

score 0.996

38726 38456 1 271 TC136909_SL 1.0

score 1.0

38334 38278 272 328 TC136909_SL 1.0

score 1.0

38086 37992 329 423 TC136909_SL 1.0

score 1.0

37387 37237 424 574 TC136909_SL 0.992

score 0.992

36924 36799 575 700 TC136909_SL 1.0

score 1.0

36683 36527 701 857 TC136909_SL 1.0

score 1.0

36367 36307 858 918 TC136909_SL 0.996

score 0.996

36225 35943 919 1201 TC136909_SL 1.0

score 1.0

35542 35417 1202 1327 TC136909_SL 0.994

score 0.994

35122 34967 1328 1483 TC136909_SL 0.996

score 0.996

34882 34636 1484 1730 TC136909_SL 1.0

score 1.0

34558 34097 1731 2192 TC136909_SL 1.0

score 1.0

33426 32770 2193 2849 OA:genomethreader_1:C02HBa0194L19.2 35006 34428 AW429082_SL 0.675

score 0.675

35006 34967 1 39 AW429082_SL 0.745

score 0.745

34882 34636 40 289 AW429082_SL 0.863

score 0.863

34558 34428 290 420 OA:genomethreader_1:C02HBa0194L19.2 35541 34784 AW933224_SL 0.984

score 0.984

35541 35417 1 125 AW933224_SL 0.997

score 0.997

35122 34784 126 464 OA:genomethreader_1:C02HBa0194L19.2 TZXCD15TR_SL 0.998

score 0.998

62227 61825 1 403 OA:genomethreader_1:C02HBa0194L19.2 91900 88725 TC139945_SL 0.998

score 0.998

91900 91321 1 580 TC139945_SL 1.0

score 1.0

91217 91169 581 629 TC139945_SL 1.0

score 1.0

91068 90937 630 761 TC139945_SL 1.0

score 1.0

89907 89840 762 829 TC139945_SL 1.0

score 1.0

89723 89660 830 893 TC139945_SL 1.0

score 1.0

89373 89290 894 977 TC139945_SL 1.0

score 1.0

89161 89061 978 1078 TC139945_SL 1.0

score 1.0

88969 88903 1079 1145 TC139945_SL 1.0

score 1.0

88804 88725 1146 1225 OA:genomethreader_1:C02HBa0194L19.2 AY125864_SL 0.795

score 0.795

98800 98669 1 128 OA:genomethreader_1:C02HBa0194L19.2 AW030957_SL 0.796

score 0.796

107850 107405 1 430 OA:genomethreader_1:C02HBa0194L19.2 AJ785237_SL 0.909

score 0.909

108803 108572 230 461 OA:genomethreader_1:C02HBa0194L19.2 119731 114868 TC148121_SL 0.993

score 0.993

119731 119598 1 134 TC148121_SL 1.0

score 1.0

119325 119251 135 209 TC148121_SL 1.0

score 1.0

118581 118361 210 430 TC148121_SL 1.0

score 1.0

117328 117049 431 710 TC148121_SL 1.0

score 1.0

116940 116869 711 782 TC148121_SL 1.0

score 1.0

115740 115624 783 899 TC148121_SL 1.0

score 1.0

115510 115445 900 965 TC148121_SL 0.998

score 0.998

115357 114868 966 1455 OA:genomethreader_1:C02HBa0194L19.2 119705 114944 TC148124_SL 0.991

score 0.991

119705 119598 1 108 TC148124_SL 1.0

score 1.0

119325 119251 109 183 TC148124_SL 1.0

score 1.0

118581 118361 184 404 TC148124_SL 1.0

score 1.0

115740 115624 405 521 TC148124_SL 1.0

score 1.0

115510 115445 522 587 TC148124_SL 0.998

score 0.998

115357 114944 588 1001 OA:genomethreader_1:C02HBa0194L19.2 115723 115064 BG134587_SL 0.99

score 0.99

115723 115624 1 100 BG134587_SL 0.998

score 0.998

115510 115064 101 547 genomethreader Tomato_200607_build_1.seq.Unmasked OA:genomethreader_1:C02HBa0194L19.2 1323 241 SGN-U340329 0.984

score 0.984

1323 1138 53 238 SGN-U340329 1.0

score 1.0

973 891 239 321 SGN-U340329 1.0

score 1.0

819 590 322 551 SGN-U340329 1.0

score 1.0

469 420 552 601 SGN-U340329 1.0

score 1.0

315 241 602 676 OA:genomethreader_1:C02HBa0194L19.2 14561 1760 SGN-U323544 0.994

score 0.994

14561 14394 1 168 SGN-U323544 1.0

score 1.0

14221 13876 169 514 SGN-U323544 1.0

score 1.0

12480 12235 515 760 SGN-U323544 1.0

score 1.0

11416 11226 761 951 SGN-U323544 1.0

score 1.0

11143 10972 952 1123 SGN-U323544 1.0

score 1.0

9192 9055 1124 1261 SGN-U323544 1.0

score 1.0

8975 8798 1262 1439 SGN-U323544 1.0

score 1.0

8657 8512 1440 1585 SGN-U323544 1.0

score 1.0

8302 8126 1586 1762 SGN-U323544 1.0

score 1.0

8025 7915 1763 1873 SGN-U323544 1.0

score 1.0

7488 7369 1874 1993 SGN-U323544 1.0

score 1.0

7271 7115 1994 2150 SGN-U323544 1.0

score 1.0

6589 6426 2151 2314 SGN-U323544 1.0

score 1.0

6321 6235 2315 2401 SGN-U323544 1.0

score 1.0

4097 3769 2402 2730 SGN-U323544 1.0

score 1.0

3421 3364 2731 2788 SGN-U323544 1.0

score 1.0

3095 3035 2789 2849 SGN-U323544 1.0

score 1.0

2790 2517 2850 3123 SGN-U323544 0.991

score 0.991

2300 1760 3124 3664 OA:genomethreader_1:C02HBa0194L19.2 23788 21445 SGN-U330788 0.986

score 0.986

23788 23718 1 71 SGN-U330788 0.99

score 0.99

22267 21445 72 894 OA:genomethreader_1:C02HBa0194L19.2 SGN-U331141 1.0

score 1.0

23184 22467 1 718 OA:genomethreader_1:C02HBa0194L19.2 SGN-U329376 1.0

score 1.0

26285 25527 1 759 OA:genomethreader_1:C02HBa0194L19.2 29209 25957 SGN-U317749 0.909

score 0.909

29209 28968 1 242 SGN-U317749 0.838

score 0.838

26381 25957 243 668 OA:genomethreader_1:C02HBa0194L19.2 SGN-U317747 1.0

score 1.0

29935 28970 1 966 OA:genomethreader_1:C02HBa0194L19.2 SGN-U317748 0.85

score 0.85

30011 29284 1 728 OA:genomethreader_1:C02HBa0194L19.2 31036 29794 SGN-U336260 0.934

score 0.934

31036 30961 48 122 SGN-U336260 1.0

score 1.0

30877 30716 123 284 SGN-U336260 0.975

score 0.975

30322 29794 285 808 OA:genomethreader_1:C02HBa0194L19.2 31165 29808 SGN-U317745 0.922

score 0.922

31165 30961 1 190 SGN-U317745 1.0

score 1.0

30877 30716 191 352 SGN-U317745 1.0

score 1.0

30394 29808 353 939 OA:genomethreader_1:C02HBa0194L19.2 31145 30420 SGN-U317746 1.0

score 1.0

31145 30961 1 185 SGN-U317746 0.998

score 0.998

30877 30420 186 643 OA:genomethreader_1:C02HBa0194L19.2 38726 32770 SGN-U327042 0.989

score 0.989

38726 38456 1 271 SGN-U327042 1.0

score 1.0

38334 38278 272 328 SGN-U327042 0.968

score 0.968

38086 37992 329 424 SGN-U327042 1.0

score 1.0

37387 37237 425 575 SGN-U327042 0.992

score 0.992

36924 36799 576 701 SGN-U327042 1.0

score 1.0

36683 36527 702 858 SGN-U327042 1.0

score 1.0

36367 36307 859 919 SGN-U327042 0.996

score 0.996

36225 35943 920 1202 SGN-U327042 0.992

score 0.992

35542 35417 1203 1328 SGN-U327042 1.0

score 1.0

35122 34967 1329 1484 SGN-U327042 0.996

score 0.996

34882 34636 1485 1731 SGN-U327042 1.0

score 1.0

34558 34097 1732 2193 SGN-U327042 1.0

score 1.0

33426 32770 2194 2850 OA:genomethreader_1:C02HBa0194L19.2 91898 88313 SGN-U326399 1.0

score 1.0

91898 91321 1 578 SGN-U326399 1.0

score 1.0

91217 91169 579 627 SGN-U326399 1.0

score 1.0

91068 90937 628 759 SGN-U326399 1.0

score 1.0

89907 89840 760 827 SGN-U326399 1.0

score 1.0

89723 89660 828 891 SGN-U326399 1.0

score 1.0

89373 89290 892 975 SGN-U326399 1.0

score 1.0

89161 89061 976 1076 SGN-U326399 1.0

score 1.0

88969 88903 1077 1143 SGN-U326399 1.0

score 1.0

88804 88674 1144 1274 SGN-U326399 0.996

score 0.996

88591 88313 1275 1553 OA:genomethreader_1:C02HBa0194L19.2 119731 114867 SGN-U313169 0.993

score 0.993

119731 119598 1 134 SGN-U313169 1.0

score 1.0

119325 119251 135 209 SGN-U313169 1.0

score 1.0

118581 118361 210 430 SGN-U313169 1.0

score 1.0

117328 117049 431 710 SGN-U313169 1.0

score 1.0

116940 116869 711 782 SGN-U313169 1.0

score 1.0

115740 115624 783 899 SGN-U313169 1.0

score 1.0

115510 115445 900 965 SGN-U313169 0.982

score 0.982

115357 114867 966 1456 OA:genomethreader_1:C02HBa0194L19.2 115722 114908 SGN-U334194 1.0

score 1.0

115722 115624 83 181 SGN-U334194 0.977

score 0.977

115510 114908 182 781 genomethreader Tomato_200607_build_1.seq OA:genomethreader_1:C02HBa0194L19.2 1323 241 SGN-U340329 0.984

score 0.984

1323 1138 53 238 SGN-U340329 1.0

score 1.0

973 891 239 321 SGN-U340329 1.0

score 1.0

819 590 322 551 SGN-U340329 1.0

score 1.0

469 420 552 601 SGN-U340329 1.0

score 1.0

315 241 602 676 OA:genomethreader_1:C02HBa0194L19.2 14561 1760 SGN-U323544 0.994

score 0.994

14561 14394 1 168 SGN-U323544 1.0

score 1.0

14221 13876 169 514 SGN-U323544 1.0

score 1.0

12480 12235 515 760 SGN-U323544 1.0

score 1.0

11416 11226 761 951 SGN-U323544 1.0

score 1.0

11143 10972 952 1123 SGN-U323544 1.0

score 1.0

9192 9055 1124 1261 SGN-U323544 1.0

score 1.0

8975 8798 1262 1439 SGN-U323544 1.0

score 1.0

8657 8512 1440 1585 SGN-U323544 1.0

score 1.0

8302 8126 1586 1762 SGN-U323544 1.0

score 1.0

8025 7915 1763 1873 SGN-U323544 1.0

score 1.0

7488 7369 1874 1993 SGN-U323544 1.0

score 1.0

7271 7115 1994 2150 SGN-U323544 1.0

score 1.0

6589 6426 2151 2314 SGN-U323544 1.0

score 1.0

6321 6235 2315 2401 SGN-U323544 1.0

score 1.0

4097 3769 2402 2730 SGN-U323544 1.0

score 1.0

3421 3364 2731 2788 SGN-U323544 1.0

score 1.0

3095 3035 2789 2849 SGN-U323544 1.0

score 1.0

2790 2517 2850 3123 SGN-U323544 0.991

score 0.991

2300 1760 3124 3664 OA:genomethreader_1:C02HBa0194L19.2 23788 21445 SGN-U330788 0.986

score 0.986

23788 23718 1 71 SGN-U330788 0.99

score 0.99

22267 21445 72 894 OA:genomethreader_1:C02HBa0194L19.2 SGN-U331141 1.0

score 1.0

23184 22467 1 718 OA:genomethreader_1:C02HBa0194L19.2 SGN-U329376 1.0

score 1.0

26285 25527 1 759 OA:genomethreader_1:C02HBa0194L19.2 29209 25957 SGN-U317749 0.909

score 0.909

29209 28968 1 242 SGN-U317749 0.838

score 0.838

26381 25957 243 668 OA:genomethreader_1:C02HBa0194L19.2 SGN-U317747 1.0

score 1.0

29935 28970 1 966 OA:genomethreader_1:C02HBa0194L19.2 SGN-U317748 0.85

score 0.85

30011 29284 1 728 OA:genomethreader_1:C02HBa0194L19.2 31036 29794 SGN-U336260 0.934

score 0.934

31036 30961 48 122 SGN-U336260 1.0

score 1.0

30877 30716 123 284 SGN-U336260 0.975

score 0.975

30322 29794 285 808 OA:genomethreader_1:C02HBa0194L19.2 31165 29808 SGN-U317745 0.922

score 0.922

31165 30961 1 190 SGN-U317745 1.0

score 1.0

30877 30716 191 352 SGN-U317745 1.0

score 1.0

30394 29808 353 939 OA:genomethreader_1:C02HBa0194L19.2 31145 30420 SGN-U317746 1.0

score 1.0

31145 30961 1 185 SGN-U317746 0.998

score 0.998

30877 30420 186 643 OA:genomethreader_1:C02HBa0194L19.2 38726 32770 SGN-U327042 0.989

score 0.989

38726 38456 1 271 SGN-U327042 1.0

score 1.0

38334 38278 272 328 SGN-U327042 0.968

score 0.968

38086 37992 329 424 SGN-U327042 1.0

score 1.0

37387 37237 425 575 SGN-U327042 0.992

score 0.992

36924 36799 576 701 SGN-U327042 1.0

score 1.0

36683 36527 702 858 SGN-U327042 1.0

score 1.0

36367 36307 859 919 SGN-U327042 0.996

score 0.996

36225 35943 920 1202 SGN-U327042 0.992

score 0.992

35542 35417 1203 1328 SGN-U327042 1.0

score 1.0

35122 34967 1329 1484 SGN-U327042 0.996

score 0.996

34882 34636 1485 1731 SGN-U327042 1.0

score 1.0

34558 34097 1732 2193 SGN-U327042 1.0

score 1.0

33426 32770 2194 2850 OA:genomethreader_1:C02HBa0194L19.2 91898 88313 SGN-U326399 1.0

score 1.0

91898 91321 1 578 SGN-U326399 1.0

score 1.0

91217 91169 579 627 SGN-U326399 1.0

score 1.0

91068 90937 628 759 SGN-U326399 1.0

score 1.0

89907 89840 760 827 SGN-U326399 1.0

score 1.0

89723 89660 828 891 SGN-U326399 1.0

score 1.0

89373 89290 892 975 SGN-U326399 1.0

score 1.0

89161 89061 976 1076 SGN-U326399 1.0

score 1.0

88969 88903 1077 1143 SGN-U326399 1.0

score 1.0

88804 88674 1144 1274 SGN-U326399 0.996

score 0.996

88591 88313 1275 1553 OA:genomethreader_1:C02HBa0194L19.2 119731 114867 SGN-U313169 0.993

score 0.993

119731 119598 1 134 SGN-U313169 1.0

score 1.0

119325 119251 135 209 SGN-U313169 1.0

score 1.0

118581 118361 210 430 SGN-U313169 1.0

score 1.0

117328 117049 431 710 SGN-U313169 1.0

score 1.0

116940 116869 711 782 SGN-U313169 1.0

score 1.0

115740 115624 783 899 SGN-U313169 1.0

score 1.0

115510 115445 900 965 SGN-U313169 0.982

score 0.982

115357 114867 966 1456 OA:genomethreader_1:C02HBa0194L19.2 115722 114908 SGN-U334194 1.0

score 1.0

115722 115624 83 181 SGN-U334194 0.977

score 0.977

115510 114908 182 781 genomethreader Solanaceae_sgn_all OA:genomethreader_1:C02HBa0194L19.2 U226323 0.987

score 0.987

2143 1760 1 384 OA:genomethreader_1:C02HBa0194L19.2 3975 1942 U280144 0.966

score 0.966

3975 3769 1 207 U280144 0.983

score 0.983

3421 3364 208 265 U280144 0.964

score 0.964

3174 3035 266 405 U280144 0.971

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score 0.988

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score 1.0

8025 7915 168 278 LC02DB09 1.0

score 1.0

7488 7369 279 398 LC02DB09 1.0

score 1.0

7271 7174 399 496 OA:genomethreader_1:C02HBa0194L19.2 14548 13899 LC08CG02 1.0

score 1.0

14548 14394 1 155 LC08CG02 1.0

score 1.0

14221 13899 156 478 OA:genomethreader_1:C02HBa0194L19.2 23782 21859 LC23DB06 1.0

score 1.0

23782 23718 1 65 LC23DB06 1.0

score 1.0

22267 21859 66 474 OA:genomethreader_1:C02HBa0194L19.2 29202 26135 LA13DC01 0.911

score 0.911

29202 28968 1 235 LA13DC01 0.874

score 0.874

26381 26135 236 482 OA:genomethreader_1:C02HBa0194L19.2 FA42AC02 0.767

score 0.767

29422 28968 1 455 OA:genomethreader_1:C02HBa0194L19.2 LA12BH10 1.0

score 1.0

29791 29309 1 483 OA:genomethreader_1:C02HBa0194L19.2 31008 30129 LC08AB10 1.0

score 1.0

31008 30961 1 48 LC08AB10 1.0

score 1.0

30877 30716 49 210 LC08AB10 1.0

score 1.0

30394 30129 211 476 OA:genomethreader_1:C02HBa0194L19.2 31008 30130 LC08BA06 1.0

score 1.0

31008 30961 1 48 LC08BA06 1.0

score 1.0

30877 30716 49 210 LC08BA06 1.0

score 1.0

30394 30130 211 475 OA:genomethreader_1:C02HBa0194L19.2 90998 88772 FA55AH05 1.0

score 1.0

90998 90937 1 62 FA55AH05 1.0

score 1.0

89907 89840 63 130 FA55AH05 1.0

score 1.0

89723 89660 131 194 FA55AH05 1.0

score 1.0

89373 89290 195 278 FA55AH05 1.0

score 1.0

89161 89061 279 379 FA55AH05 1.0

score 1.0

88969 88903 380 446 FA55AH05 1.0

score 1.0

88804 88772 447 479 OA:genomethreader_1:C02HBa0194L19.2 91434 89340 LA11BB09 1.0

score 1.0

91434 91321 1 114 LA11BB09 1.0

score 1.0

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score 1.0

91068 90937 164 295 LA11BB09 1.0

score 1.0

89907 89840 296 363 LA11BB09 1.0

score 1.0

89723 89660 364 427 LA11BB09 1.0

score 1.0

89373 89340 428 461 OA:genomethreader_1:C02HBa0194L19.2 LC18BF11 0.649

score 0.649

99756 99612 1 138 OA:genomethreader_1:C02HBa0194L19.2 FB19DD06 1.0

score 1.0

115353 114869 1 485 OA:genomethreader_1:C02HBa0194L19.2 115745 115049 FB10DC04 0.984

score 0.984

115745 115624 1 122 FB10DC04 1.0

score 1.0

115510 115445 123 188 FB10DC04 1.0

score 1.0

115357 115049 189 497 OA:genomethreader_1:C02HBa0194L19.2 LA10AG12 0.989

score 0.989

115343 115073 1 270 OA:genomethreader_1:C02HBa0194L19.2 116905 115098 LB01AA03 1.0

score 1.0

116905 116869 1 37 LB01AA03 1.0

score 1.0

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score 1.0

115510 115445 155 220 LB01AA03 1.0

score 1.0

115357 115098 221 480 OA:genomethreader_1:C02HBa0194L19.2 119642 117184 FA29CB02 1.0

score 1.0

119642 119598 1 45 FA29CB02 1.0

score 1.0

119325 119251 46 120 FA29CB02 1.0

score 1.0

118581 118361 121 341 FA29CB02 1.0

score 1.0

117328 117184 342 486 OA:genomethreader_1:C02HBa0194L19.2 119665 117211 LA12AD08 1.0

score 1.0

119665 119598 1 68 LA12AD08 1.0

score 1.0

119325 119251 69 143 LA12AD08 1.0

score 1.0

118581 118361 144 364 LA12AD08 1.0

score 1.0

117328 117211 365 482 OA:genomethreader_1:C02HBa0194L19.2 119667 117214 FA17CF03 1.0

score 1.0

119667 119598 1 70 FA17CF03 1.0

score 1.0

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score 1.0

118581 118361 146 366 FA17CF03 1.0

score 1.0

117328 117214 367 481 OA:genomethreader_1:C02HBa0194L19.2 119683 117226 FA30CD01 1.0

score 1.0

119683 119598 1 86 FA30CD01 1.0

score 1.0

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score 1.0

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score 1.0

117328 117226 383 485 OA:genomethreader_1:C02HBa0194L19.2 119683 117229 FA55CC03 1.0

score 1.0

119683 119598 1 86 FA55CC03 1.0

score 1.0

119325 119251 87 161 FA55CC03 1.0

score 1.0

118581 118361 162 382 FA55CC03 1.0

score 1.0

117328 117229 383 482 genomethreader MicroTom_EST35824fasta.fa.Unmasked OA:genomethreader_1:C02HBa0194L19.2 1301 590 LA25BF06 1.0

score 1.0

1301 1138 1 164 LA25BF06 1.0

score 1.0

973 891 165 247 LA25BF06 1.0

score 1.0

819 590 248 477 OA:genomethreader_1:C02HBa0194L19.2 8291 7174 LC02DB09 0.988

score 0.988

8291 8126 1 167 LC02DB09 1.0

score 1.0

8025 7915 168 278 LC02DB09 1.0

score 1.0

7488 7369 279 398 LC02DB09 1.0

score 1.0

7271 7174 399 496 OA:genomethreader_1:C02HBa0194L19.2 14548 13899 LC08CG02 1.0

score 1.0

14548 14394 1 155 LC08CG02 1.0

score 1.0

14221 13899 156 478 OA:genomethreader_1:C02HBa0194L19.2 23782 21859 LC23DB06 1.0

score 1.0

23782 23718 1 65 LC23DB06 1.0

score 1.0

22267 21859 66 474 OA:genomethreader_1:C02HBa0194L19.2 29202 26135 LA13DC01 0.911

score 0.911

29202 28968 1 235 LA13DC01 0.874

score 0.874

26381 26135 236 482 OA:genomethreader_1:C02HBa0194L19.2 FA42AC02 0.767

score 0.767

29422 28968 1 455 OA:genomethreader_1:C02HBa0194L19.2 LA12BH10 1.0

score 1.0

29791 29309 1 483 OA:genomethreader_1:C02HBa0194L19.2 31008 30129 LC08AB10 1.0

score 1.0

31008 30961 1 48 LC08AB10 1.0

score 1.0

30877 30716 49 210 LC08AB10 1.0

score 1.0

30394 30129 211 476 OA:genomethreader_1:C02HBa0194L19.2 31008 30130 LC08BA06 1.0

score 1.0

31008 30961 1 48 LC08BA06 1.0

score 1.0

30877 30716 49 210 LC08BA06 1.0

score 1.0

30394 30130 211 475 OA:genomethreader_1:C02HBa0194L19.2 90998 88772 FA55AH05 1.0

score 1.0

90998 90937 1 62 FA55AH05 1.0

score 1.0

89907 89840 63 130 FA55AH05 1.0

score 1.0

89723 89660 131 194 FA55AH05 1.0

score 1.0

89373 89290 195 278 FA55AH05 1.0

score 1.0

89161 89061 279 379 FA55AH05 1.0

score 1.0

88969 88903 380 446 FA55AH05 1.0

score 1.0

88804 88772 447 479 OA:genomethreader_1:C02HBa0194L19.2 91434 89340 LA11BB09 1.0

score 1.0

91434 91321 1 114 LA11BB09 1.0

score 1.0

91217 91169 115 163 LA11BB09 1.0

score 1.0

91068 90937 164 295 LA11BB09 1.0

score 1.0

89907 89840 296 363 LA11BB09 1.0

score 1.0

89723 89660 364 427 LA11BB09 1.0

score 1.0

89373 89340 428 461 OA:genomethreader_1:C02HBa0194L19.2 100902 99612 LC18BF11 0.676

score 0.676

100902 100792 1 104 LC18BF11 0.84

score 0.84

99636 99612 105 128 OA:genomethreader_1:C02HBa0194L19.2 FB19DD06 1.0

score 1.0

115353 114869 1 485 OA:genomethreader_1:C02HBa0194L19.2 115745 115049 FB10DC04 0.984

score 0.984

115745 115624 1 122 FB10DC04 1.0

score 1.0

115510 115445 123 188 FB10DC04 1.0

score 1.0

115357 115049 189 497 OA:genomethreader_1:C02HBa0194L19.2 LA10AG12 0.989

score 0.989

115343 115073 1 270 OA:genomethreader_1:C02HBa0194L19.2 116905 115098 LB01AA03 1.0

score 1.0

116905 116869 1 37 LB01AA03 1.0

score 1.0

115740 115624 38 154 LB01AA03 1.0

score 1.0

115510 115445 155 220 LB01AA03 1.0

score 1.0

115357 115098 221 480 OA:genomethreader_1:C02HBa0194L19.2 119642 117184 FA29CB02 1.0

score 1.0

119642 119598 1 45 FA29CB02 1.0

score 1.0

119325 119251 46 120 FA29CB02 1.0

score 1.0

118581 118361 121 341 FA29CB02 1.0

score 1.0

117328 117184 342 486 OA:genomethreader_1:C02HBa0194L19.2 119665 117211 LA12AD08 1.0

score 1.0

119665 119598 1 68 LA12AD08 1.0

score 1.0

119325 119251 69 143 LA12AD08 1.0

score 1.0

118581 118361 144 364 LA12AD08 1.0

score 1.0

117328 117211 365 482 OA:genomethreader_1:C02HBa0194L19.2 119667 117214 FA17CF03 1.0

score 1.0

119667 119598 1 70 FA17CF03 1.0

score 1.0

119325 119251 71 145 FA17CF03 1.0

score 1.0

118581 118361 146 366 FA17CF03 1.0

score 1.0

117328 117214 367 481 OA:genomethreader_1:C02HBa0194L19.2 119683 117226 FA30CD01 1.0

score 1.0

119683 119598 1 86 FA30CD01 1.0

score 1.0

119325 119251 87 161 FA30CD01 1.0

score 1.0

118581 118361 162 382 FA30CD01 1.0

score 1.0

117328 117226 383 485 OA:genomethreader_1:C02HBa0194L19.2 119683 117229 FA55CC03 1.0

score 1.0

119683 119598 1 86 FA55CC03 1.0

score 1.0

119325 119251 87 161 FA55CC03 1.0

score 1.0

118581 118361 162 382 FA55CC03 1.0

score 1.0

117328 117229 383 482 genomethreader uniprot_sprot.fasta.Unmasked OA:genomethreader_1:C02HBa0194L19.2 118730 115244 CY11_SOLTU 0.097

score 0.097

118730 118637 1 31 CY11_SOLTU 0.645

score 0.645

118581 118361 32 104 CY11_SOLTU 0.96

score 0.96

117328 117049 105 197 CY11_SOLTU 0.952

score 0.952

116940 116869 198 221 CY11_SOLTU 0.977

score 0.977

115740 115624 222 260 CY11_SOLTU 0.973

score 0.973

115510 115445 261 282 CY11_SOLTU 1.0

score 1.0

115357 115244 283 320 OA:genomethreader_1:C02HBa0194L19.2 118491 115244 CY12_SOLTU 1.0

score 1.0

118491 118361 1 44 CY12_SOLTU 0.991

score 0.991

117328 117049 45 137 CY12_SOLTU 0.952

score 0.952

116940 116869 138 161 CY12_SOLTU 1.0

score 1.0

115740 115624 162 200 CY12_SOLTU 1.0

score 1.0

115510 115445 201 222 CY12_SOLTU 1.0

score 1.0

115357 115244 223 260 genomethreader uniprot_sprot.fasta OA:genomethreader_1:C02HBa0194L19.2 118730 115244 CY11_SOLTU 0.097

score 0.097

118730 118637 1 31 CY11_SOLTU 0.645

score 0.645

118581 118361 32 104 CY11_SOLTU 0.96

score 0.96

117328 117049 105 197 CY11_SOLTU 0.952

score 0.952

116940 116869 198 221 CY11_SOLTU 0.977

score 0.977

115740 115624 222 260 CY11_SOLTU 0.973

score 0.973

115510 115445 261 282 CY11_SOLTU 1.0

score 1.0

115357 115244 283 320 OA:genomethreader_1:C02HBa0194L19.2 118491 115244 CY12_SOLTU 1.0

score 1.0

118491 118361 1 44 CY12_SOLTU 0.991

score 0.991

117328 117049 45 137 CY12_SOLTU 0.952

score 0.952

116940 116869 138 161 CY12_SOLTU 1.0

score 1.0

115740 115624 162 200 CY12_SOLTU 1.0

score 1.0

115510 115445 201 222 CY12_SOLTU 1.0

score 1.0

115357 115244 223 260 genomethreader uniprot_trembl_plants.Unmasked OA:genomethreader_1:C02HBa0194L19.2 24571 21730 Q9LK21_ARATH 0.588

score 0.588

24571 23718 1 282 Q9LK21_ARATH 0.871

score 0.871

22267 21730 283 460 OA:genomethreader_1:C02HBa0194L19.2 24571 21730 Q9LY98_ARATH 0.615

score 0.615

24571 24285 1 94 Q9LY98_ARATH 0.609

score 0.609

24224 23718 95 267 Q9LY98_ARATH 0.892

score 0.892

22246 21730 268 439 OA:genomethreader_1:C02HBa0194L19.2 24571 21730 Q8LED9_ARATH 0.615

score 0.615

24571 24285 1 94 Q8LED9_ARATH 0.609

score 0.609

24224 23718 95 267 Q8LED9_ARATH 0.899

score 0.899

22267 21730 268 446 OA:genomethreader_1:C02HBa0194L19.2 24571 21730 Q6NKX4_ARATH 0.747

score 0.747

24571 24319 1 82 Q6NKX4_ARATH 0.593

score 0.593

24206 23718 83 250 Q6NKX4_ARATH 0.871

score 0.871

22267 21730 251 428 OA:genomethreader_1:C02HBa0194L19.2 Q5MA15_TOBAC 0.744

score 0.744

47940 47625 1 105 OA:genomethreader_1:C02HBa0194L19.2 118644 115244 Q940N2_ARATH 0.628

score 0.628

118644 118361 1 91 Q940N2_ARATH 0.937

score 0.937

117328 117049 92 184 Q940N2_ARATH 0.93

score 0.93

116940 116869 185 208 Q940N2_ARATH 0.962

score 0.962

115740 115624 209 247 Q940N2_ARATH 0.949

score 0.949

115510 115445 248 269 Q940N2_ARATH 0.966

score 0.966

115357 115244 270 307 OA:genomethreader_1:C02HBa0194L19.2 118644 115244 Q9LK29_ARATH 0.628

score 0.628

118644 118361 1 91 Q9LK29_ARATH 0.948

score 0.948

117328 117049 92 184 Q9LK29_ARATH 0.93

score 0.93

116940 116869 185 208 Q9LK29_ARATH 0.962

score 0.962

115740 115624 209 247 Q9LK29_ARATH 0.949

score 0.949

115510 115445 248 269 Q9LK29_ARATH 0.966

score 0.966

115357 115244 270 307 OA:genomethreader_1:C02HBa0194L19.2 118644 115244 Q8LA08_ARATH 0.638

score 0.638

118644 118361 1 91 Q8LA08_ARATH 0.948

score 0.948

117328 117049 92 184 Q8LA08_ARATH 0.93

score 0.93

116940 116869 185 208 Q8LA08_ARATH 0.962

score 0.962

115740 115624 209 247 Q8LA08_ARATH 0.949

score 0.949

115510 115445 248 269 Q8LA08_ARATH 0.966

score 0.966

115357 115244 270 307 OA:genomethreader_1:C02HBa0194L19.2 118636 115244 Q94A63_ARATH 0.586

score 0.586

118636 118361 1 91 Q94A63_ARATH 0.898

score 0.898

117328 117049 92 184 Q94A63_ARATH 0.958

score 0.958

116940 116869 185 208 Q94A63_ARATH 0.943

score 0.943

115740 115624 209 247 Q94A63_ARATH 0.973

score 0.973

115510 115445 248 269 Q94A63_ARATH 0.966

score 0.966

115357 115244 270 307 OA:genomethreader_1:C02HBa0194L19.2 118636 115244 Q9FKS5_ARATH 0.586

score 0.586

118636 118361 1 91 Q9FKS5_ARATH 0.914

score 0.914

117328 117049 92 184 Q9FKS5_ARATH 0.958

score 0.958

116940 116869 185 208 Q9FKS5_ARATH 0.943

score 0.943

115740 115624 209 247 Q9FKS5_ARATH 0.973

score 0.973

115510 115445 248 269 Q9FKS5_ARATH 0.966

score 0.966

115357 115244 270 307 OA:genomethreader_1:C02HBa0194L19.2 118627 115244 Q942X6_ORYSA 0.564

score 0.564

118627 118361 1 88 Q942X6_ORYSA 0.933

score 0.933

117328 117049 89 181 Q942X6_ORYSA 1.0

score 1.0

116940 116869 182 205 Q942X6_ORYSA 0.948

score 0.948

115740 115624 206 244 Q942X6_ORYSA 0.973

score 0.973

115510 115445 245 266 Q942X6_ORYSA 0.881

score 0.881

115357 115244 267 304 OA:genomethreader_1:C02HBa0194L19.2 118491 115244 Q41450_SOLTU 1.0

score 1.0

118491 118361 1 44 Q41450_SOLTU 0.991

score 0.991

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score 1.0

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score 1.0

115740 115624 162 200 Q41450_SOLTU 1.0

score 1.0

115510 115445 201 222 Q41450_SOLTU 1.0

score 1.0

115357 115244 223 260 OA:genomethreader_1:C02HBa0194L19.2 115668 115244 Q8LPU7_DESAN 0.957

score 0.957

115668 115624 1 15 Q8LPU7_DESAN 0.973

score 0.973

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score 0.902

115357 115244 38 75 genomethreader uniprot_trembl_plants OA:genomethreader_1:C02HBa0194L19.2 24571 21730 Q9LK21_ARATH 0.588

score 0.588

24571 23718 1 282 Q9LK21_ARATH 0.871

score 0.871

22267 21730 283 460 OA:genomethreader_1:C02HBa0194L19.2 24571 21730 Q9LY98_ARATH 0.615

score 0.615

24571 24285 1 94 Q9LY98_ARATH 0.609

score 0.609

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score 0.892

22246 21730 268 439 OA:genomethreader_1:C02HBa0194L19.2 24571 21730 Q8LED9_ARATH 0.615

score 0.615

24571 24285 1 94 Q8LED9_ARATH 0.609

score 0.609

24224 23718 95 267 Q8LED9_ARATH 0.899

score 0.899

22267 21730 268 446 OA:genomethreader_1:C02HBa0194L19.2 24571 21730 Q6NKX4_ARATH 0.747

score 0.747

24571 24319 1 82 Q6NKX4_ARATH 0.593

score 0.593

24206 23718 83 250 Q6NKX4_ARATH 0.871

score 0.871

22267 21730 251 428 OA:genomethreader_1:C02HBa0194L19.2 Q5MA15_TOBAC 0.744

score 0.744

47940 47625 1 105 OA:genomethreader_1:C02HBa0194L19.2 118644 115244 Q940N2_ARATH 0.628

score 0.628

118644 118361 1 91 Q940N2_ARATH 0.937

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115357 115244 270 307 OA:genomethreader_1:C02HBa0194L19.2 118644 115244 Q9LK29_ARATH 0.628

score 0.628

118644 118361 1 91 Q9LK29_ARATH 0.948

score 0.948

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115357 115244 270 307 OA:genomethreader_1:C02HBa0194L19.2 118644 115244 Q8LA08_ARATH 0.638

score 0.638

118644 118361 1 91 Q8LA08_ARATH 0.948

score 0.948

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115357 115244 270 307 OA:genomethreader_1:C02HBa0194L19.2 118636 115244 Q94A63_ARATH 0.586

score 0.586

118636 118361 1 91 Q94A63_ARATH 0.898

score 0.898

117328 117049 92 184 Q94A63_ARATH 0.958

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115510 115445 248 269 Q94A63_ARATH 0.966

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115357 115244 270 307 OA:genomethreader_1:C02HBa0194L19.2 118636 115244 Q9FKS5_ARATH 0.586

score 0.586

118636 118361 1 91 Q9FKS5_ARATH 0.914

score 0.914

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115510 115445 248 269 Q9FKS5_ARATH 0.966

score 0.966

115357 115244 270 307 OA:genomethreader_1:C02HBa0194L19.2 118627 115244 Q942X6_ORYSA 0.564

score 0.564

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score 0.933

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score 1.0

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score 0.973

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score 0.881

115357 115244 267 304 OA:genomethreader_1:C02HBa0194L19.2 118491 115244 Q41450_SOLTU 1.0

score 1.0

118491 118361 1 44 Q41450_SOLTU 0.991

score 0.991

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score 1.0

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score 1.0

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score 1.0

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score 1.0

115357 115244 223 260 OA:genomethreader_1:C02HBa0194L19.2 115668 115244 Q8LPU7_DESAN 0.957

score 0.957

115668 115624 1 15 Q8LPU7_DESAN 0.973

score 0.973

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score 0.902

115357 115244 38 75 genomethreader TOBACCOS_NT_NB OA:genomethreader_1:C02HBa0194L19.2 14077 12090 BP130871_NT 0.752

score 0.752

14077 13876 1 214 BP130871_NT 0.806

score 0.806

12480 12090 215 618 OA:genomethreader_1:C02HBa0194L19.2 BP137202_NT 0.9

score 0.9

26381 26232 132 282 OA:genomethreader_1:C02HBa0194L19.2 89067 88333 TC3737_NT 1.0

score 1.0

89067 89061 1 7 TC3737_NT 0.925

score 0.925

88969 88903 8 74 TC3737_NT 0.931

score 0.931

88804 88674 75 205 TC3737_NT 0.876

score 0.876

88591 88333 206 461 OA:genomethreader_1:C02HBa0194L19.2 CK297372_NB 0.649

score 0.649

99747 99612 1 129 OA:genomethreader_1:C02HBa0194L19.2 109663 105637 CK286702_NB 0.871

score 0.871

109663 109633 70 100 CK286702_NB 0.571

score 0.571

105735 105637 101 199 OA:genomethreader_1:C02HBa0194L19.2 CK289097_NB 1.0

score 1.0

107464 107351 1 114 OA:genomethreader_1:C02HBa0194L19.2 CV019919_NT 0.779

score 0.779

115340 115210 1 135 OA:genomethreader_1:C02HBa0194L19.2 116931 115231 BP531495_NT 0.968

score 0.968

116931 116869 1 63 BP531495_NT 0.915

score 0.915

115740 115624 64 180 BP531495_NT 0.985

score 0.985

115510 115445 181 246 BP531495_NT 0.953

score 0.953

115357 115231 247 373 genomethreader TOBACCOS_NT_NB.Unmasked OA:genomethreader_1:C02HBa0194L19.2 14077 12090 BP130871_NT 0.752

score 0.752

14077 13876 1 214 BP130871_NT 0.806

score 0.806

12480 12090 215 618 OA:genomethreader_1:C02HBa0194L19.2 BP137202_NT 0.9

score 0.9

26381 26232 132 282 OA:genomethreader_1:C02HBa0194L19.2 89067 88333 TC3737_NT 1.0

score 1.0

89067 89061 1 7 TC3737_NT 0.925

score 0.925

88969 88903 8 74 TC3737_NT 0.931

score 0.931

88804 88674 75 205 TC3737_NT 0.876

score 0.876

88591 88333 206 461 OA:genomethreader_1:C02HBa0194L19.2 100903 99612 CK297372_NB 0.67

score 0.67

100903 100792 1 105 CK297372_NB 0.84

score 0.84

99636 99612 106 129 OA:genomethreader_1:C02HBa0194L19.2 CV019919_NT 0.779

score 0.779

115340 115210 1 135 OA:genomethreader_1:C02HBa0194L19.2 116931 115231 BP531495_NT 0.968

score 0.968

116931 116869 1 63 BP531495_NT 0.915

score 0.915

115740 115624 64 180 BP531495_NT 0.985

score 0.985

115510 115445 181 246 BP531495_NT 0.953

score 0.953

115357 115231 247 373 RepeatMasker repeat_lib_v4.2.lib Contig598 RepeatMasker:repeat_lib_v4.2.lib 386.0

score 386.0

Repeat_Length 1378.0

ident 88.6

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Repeat_Class Unknown/repeat

5929 5828 Contig1166 RepeatMasker:repeat_lib_v4.2.lib 536.0

score 536.0

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ident 78.3

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Repeat_Class Unknown

10391 10276 2867 RepeatMasker:repeat_lib_v4.2.lib 228.0

score 228.0

Repeat_Length 6648.0

ident 81.6

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Repeat_Class LTR

18306 18257 12216 RepeatMasker:repeat_lib_v4.2.lib 5759.0

score 5759.0

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ident 86.9

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Repeat_Class DNA/En-Spm

40779 39764 Contig372 RepeatMasker:repeat_lib_v4.2.lib 827.0

score 827.0

Repeat_Length 1011.0

ident 82.7

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Repeat_Class DNA/Unknown

40867 40698 Contig1298 RepeatMasker:repeat_lib_v4.2.lib 1251.0

score 1251.0

Repeat_Length 1216.0

ident 80.0

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Repeat_Class Unknown

41276 40939 Contig1231 RepeatMasker:repeat_lib_v4.2.lib 1625.0

score 1625.0

Repeat_Length 216.0

ident 95.8

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Repeat_Class Unknown

69931 69715 Contig358 RepeatMasker:repeat_lib_v4.2.lib 2026.0

score 2026.0

Repeat_Length 314.0

ident 88.8

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Repeat_Class Unknown/repeat

72406 72112 Contig17 RepeatMasker:repeat_lib_v4.2.lib 1694.0

score 1694.0

Repeat_Length 412.0

ident 95.8

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Repeat_Class LINE/LINE

87270 86960 Contig602 RepeatMasker:repeat_lib_v4.2.lib 233.0

score 233.0

Repeat_Length 174.0

ident 77.8

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Repeat_Class Unknown

93319 93266 Contig494 RepeatMasker:repeat_lib_v4.2.lib 2441.0

score 2441.0

Repeat_Length 926.0

ident 87.1

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Match_Range 1-658

Repeat_Class Unknown/repeat

97331 96731 Contig358 RepeatMasker:repeat_lib_v4.2.lib 2202.0

score 2202.0

Repeat_Length 314.0

ident 90.8

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Genomic_Match_Length 308.0

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Repeat_Class Unknown/repeat

98968 98660 Contig151 RepeatMasker:repeat_lib_v4.2.lib 703.0

score 703.0

Repeat_Length 716.0

ident 77.7

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Match_Range 418-708

Repeat_Class Unknown/repeat

105156 104784 Contig151 RepeatMasker:repeat_lib_v4.2.lib 1110.0

score 1110.0

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ident 84.7

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Repeat_Class Unknown/repeat

105524 105148 Contig386 RepeatMasker:repeat_lib_v4.2.lib 370.0

score 370.0

Repeat_Length 716.0

ident 79.3

Match_Length 123.0

Genomic_Match_Length 124.0

Match_Range 1-124

Repeat_Class Unknown/repeat

105728 105604 Contig372 RepeatMasker:repeat_lib_v4.2.lib 4726.0

score 4726.0

Repeat_Length 1011.0

ident 92.2

Match_Length 403.0

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Match_Range 605-1008

Repeat_Class DNA/Unknown

105993 105823 12214 RepeatMasker:repeat_lib_v4.2.lib 3574.0

score 3574.0

Repeat_Length 538.0

ident 91.1

Match_Length 537.0

Genomic_Match_Length 544.0

Match_Range 1-538

Repeat_Class DNA

106538 105994 Contig372 RepeatMasker:repeat_lib_v4.2.lib 4726.0

score 4726.0

Repeat_Length 1011.0

ident 92.2

Match_Length 597.0

Genomic_Match_Length 252.0

Match_Range 7-604

Repeat_Class DNA/Unknown

106791 106539 Contig386 RepeatMasker:repeat_lib_v4.2.lib 2700.0

score 2700.0

Repeat_Length 716.0

ident 87.3

Match_Length 589.0

Genomic_Match_Length 608.0

Match_Range 120-709

Repeat_Class Unknown/repeat

107965 107357 Contig386 RepeatMasker:repeat_lib_v4.2.lib 1259.0

score 1259.0

Repeat_Length 716.0

ident 91.5

Match_Length 203.0

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Match_Range 10-213

Repeat_Class Unknown/repeat

108162 107947 Contig17 RepeatMasker:repeat_lib_v4.2.lib 3248.0

score 3248.0

Repeat_Length 412.0

ident 95.8

Match_Length 405.0

Genomic_Match_Length 402.0

Match_Range 5-410

Repeat_Class LINE/LINE

108798 108396 Contig1660 RepeatMasker:repeat_lib_v4.2.lib 231.0

score 231.0

Repeat_Length 85.0

ident 74.5

Match_Length 58.0

Genomic_Match_Length 62.0

Match_Range 16-74

Repeat_Class Unknown

112841 112779 genomethreader EST8046fasta_cDNA_MicroTomFruit.seq OA:genomethreader_1:C02HBa0194L19.2 FC16DD12 0.987

score 0.987

38620 38467 1 154 genomethreader EST8046fasta_cDNA_MicroTomFruit.seq.Unmasked OA:genomethreader_1:C02HBa0194L19.2 FC16DD12 0.987

score 0.987

38620 38467 1 154