C02HBa0155C04.1 AAGCTTCTCAATCTACTGGCAAGGGATGAGCTTCCACCTGAGTAAAGCAT ATACATTATATCAGGAACTATAGCCATGAAATCTACCAGCCCACTCAGTT GCATTAATGGATGAAGTTGCATCCCCTAATCCTTAGCCACATCTTTTACA GGAAAAGGAAGAAGAAGAGAACCAATATTTTGCACACCAAATTCATTTGC ATCTGAAGCTCTTCCTTGCAAAAATGAAATGTGAACCTAATAATATACAC TCACCATCAGCATCAACTGCTCGTTCTCCTGCAACAAAATCTGAATCCAT AGGTTGGGCACCAAGCACCCGTAGCAGTTCTTCAACTGCCATCTTAATGG CAGTTTTCATGTCAGCCGTAAGAGTGTCATGGTATATTCTCAATACAGCA GGAAGTTTTGCCTGGATATTACAACAGTCAAACACCACCAAATATTTTTA CTAAAAACATCATATAAATTCCAAACACCCTAAAAATGTTGACGGAAAAC ATATAGTAGACTTTACAACTGCAAAACAACCCAGAATAAAATTTGTTTCA TTTGGCATAAATTGCAGCCGGATTGGAACCGATGCTTAGTCAAGTTGATG ATCAATAATAAGTCAATCACAAGGACACAGAAAATGGTACATAAGAGGTG TAAAGGGATTGTAGTCCTCGCTATTCACTAATCAACTATTTCCTAGAATC TTCAGCTATGCTCCTCCTTCATTATTCTCTTCTAAACTGAATGAAGTACA TACATAATAAATTAAGACAATCTTCACCAACACTTGTTACTTCCAGATAA TATATATAGTCCATTTAGCGTTGTATCACTGCTGCAAGTGATTAAACCAT GGCCAGCCCATTACATCAGATCTTATACACACAAAAGTGAAGAATTTGGA ATAAAATAAACGCCAAGAGGGAAAAAAATTTGAGAATATGATAAAATCAA ATACCAAGCCAAATTTTCTCAGCAAGCTACTGCTCTATTTGGATAATGAC ACCTCTAACCTCGATTCAGCTCTTAAAATTATTCATTTCTTTGTTTACAC TTAAGGAGTATAATCCCATCCAAATCTACACATATTTTATCTCGAATACT ACCATTCACCTAACTCTGAGAAAGAGTGATTCTGCATCTCTTCGAGGATG TATTGTTTTCTATACTTAACAGATAGCATGATTGTAATCATGCCATGGCA TTCAACAATCAACATTAACCACCCAAAGAAAATCAATACGCCACCAACAC TCAACAAAACAAGTGAATACCAACATTACTCAGTGAAAAAATAGAGATAC TCACGGTTCTAAGCAACCCAATAACAAAAGGAAGTAGCCGGTCTCGCAAA TTATAATTGTCTTCTTCATCTAATTTAACCTGTAATACATAACGTCAATG TTCAGATGATTGGTTGTCGAGTAGCATGAAGACTGGGTGCATAGATCCAG TTAAACAATAGGATGATTAAAAGGAACAAGAGAGAAATTCCCTCAACAAT TAGAACATTGAGCAACACAAAAAACATAAATTACATTTAGAATCAAGCAT GGAACATATTAAATATATACTCCTAGGTCAACCAGAAAAAGATAAACTTG AAAGATTCAGAAACTCAAAATATCGTCCGTTATCCTCTTAGCCCCTCAAA TTCTAGTTTCATGAACCGAATAGGACAGATACCACTAAGGCACTAGCAGG AGAACTTCCACACCAGACAAGTGCCACAACAGATCTATGCAAAGAAGATA GCACAGATTAATTGTTACTTTAACATTTTTTCATCAGAAAATATGGTGGT TGAACTCAGAGCATTACTTAAGTGCATTAAAACACAAGTTTTTGACGGTA AGCAGGTTATCATGCATCAAAGCTGCTTTCTTATTTCAGCTTTAGAGACG TCATCCTTAGTTACTGATGACCTATCCACCTTCCTCCAAGTAAATGGAAA TGGGCTACTTAAAAGTAGTACAAGCCTCTTATCCCCTTCCTTCCTACTTC ATAGCTCTTTTTTTCTCTTTTTGTTTCAGGGGGGGAACTGAGGTTGAAAA GAAGCATTAGTTTGAAGGATCCAGAAGTTGAAGGAAACTAAACTCATCCA AAAGAAAGGATATTTGCAGTAAAAAGAATGCCTGAAGTTGGGTGCAACGT GGAAATAGCTAATGATATAGAAGCCGTGGTTGAATTGTTGAGTTCATTAC AAAACTTGTAATAAGGCTTTCATCTGTAAATAATTGCCAGCAGTTTTTTT GCTCTTTAGAACTATACCATTTACCCATCCAATAAAAGAGAATGACTGGA GTTGGGGTTGGCAAAGACAAATAGGGAACTATTACATTTGCAAATCATTA TTTTGTAGTGTTTTAAAGTTATAATAGGATTTCGCTTCTTACAGTGGACA AGGGCTAATAGAAGACATCTTGAAATATAGTTTAGGCAAGAACGGTAGCG TGCAGGATAATTTAGACATTTCTTTGTTTCATTTTTTTTTTCTGACAATC AAATGCATCCCTTCACATTTCAAGAGCTTGCAAAGGTGCTTGCTACTTGG TAAATTACAGCAAACATTTTCATGAAAAACAACCCACTGCTAATAGAAAG AGAGTACCATAGTACAAGTACCCAGAAAAAAATTTCTTAAACGTTAAACT CAATATTGTGTTCAAATCATCTTTTCAACTGGTGATATACACAGAGTAAA CTTTTTTCATCTAAACTGTCTAGTACAACTATTTTCTCCAAAAGTGTAGA AATTTTTTCAATTTGATTCGTGCACTGAAAATATCTAAACCAAGTGCATC ACTATATAAGTACATAATAACATGCTTACTTCATGGCCTTCTCCATTCAT GGAAATTGTCTTCTGCACTTTAAATTTTGATGTACTTAGAGCATCCACGT TGCCAGCTCCGTGTATAGATATACGCATAAATTCTGCTGAAAGAATACTA CAAGACTGGATTCGGTAAGTTACAATGTTGTACTAAAGATTACTTTGAAA ATAGTGGTATTATAGATCCTAAGTTCAAAAGATGTATTAAAGGAAATATA AAATAGTGGACCACAGTAGAATGGTAACGTTTTGCTACCAAAATGTGGAA ATACAACTCGTAGTCAAATACACTGGAAGGAACTAGCAACAAACCAGTGC ACTGGATGGTCATGCCCTAAGCATTGGTATTTTAGCTAATTAGATAAATA TAACATGTTAGTTGTTAGAACTTTTATTTTTAAAAAAAAAATAACTCAAG CATGAAAACAGAAACATAAAATGAATTATTTCTTTATTTTGTATTAGAAA ACAGTTTGTAACCCCCTATAAAACTTACAACATAATCATCCAAGAAACCT AAACAATATCTATGCAAACTGGACACTTGGGATAATCCTGAGCAAAGAAA ACGAAAAAAAAAAAATACTTTGGTCACTACATAATAACGTGAGATAATAG TTTGTTCTGGATGTTATCATTAATCCAACAGAATCAGAAACGGGCATTAC TATCACAACTGCCTCAATAAAGATATTAGCAGAAATTAGCCACCAAACTT GCTACAGCAAATTTTTTTTGAGGATAGTAACAGCAAGTTGAACCAGTGTT TAAGCTTTATTCATTTAGCATTATCAAGAACTCAAACACCTCAAAGGTAT TCTTCCAATAATGTGATTGAACCTACACAGAAATCCATTCCGAATAGTCT AACCTGTTAATGGAATCAATTGAAGCGGCTAACTGGTCACGAACATGACG GAAACAATGTAGACCAGCTAATTCATCTCCATCCTGTTAAGCATAAATGA ACATTGACACTGCAGTAAGTACAAAGGTTATAACAGCTTCACCTTTTATA ATAGTTTTTGCAACAGACAATCCACATAGTTGTTCCAAATATTTTGCATT TAAGCAAATAACAAATCTTGAAGCCTATAACCAAACAAATCAATCTATCC ACAAGAAAAAATATTAACCAACTGGATCACAAAACAGTTCGCTATATTCC AACTTCAAGTTACAGAAAGGGATAGCGACCAGTTTGGCCTCAATGAACAC AGAGGTTAATCAAGGTAAAAACTAGTTAGGTACCTAGAAGAAACTAAGAA TTAAAAATAGCAGAGAAATTAAAAGACTTCTGTACATACCAATAAATGTT GTAAATCATCTATAACATCTAAAGCTCCGGCACAATCTGCAGATGCAACA AGCTGCATAAAATATGTGAATATACGTCAGATATAACCATTCAGTAGACC CGTAACTTTTAAATAAGAGATATTATTTTAATATAATAAAAACAAACACC AGAAGGTCTGGAAAATCAGTAACTTGTCATTATGGAGAATAAAACTGAAA CATCAAATTTTGAGACAAAAATGTGAAGGTGGGAACTTACAACCCGCAGG GAGCAGAGAGCATCATCAATAACATCTCTGAACTTGACATTTTTCCTGTA TAGTCGACTAAAACTTCTACTTCCCCACCATATCTTGTTTACACTAATAT TAAGAAAGCTGAGGCAATTCATCTTAACTTTCTGGATTTTGCTGCTTTTA CCTTCAAAACATCTTGCATTTCTTTCCTTCCATATTGTCCACCATGTGCA TGCTGGGATAATCTTCCACCAGTTTTCCTCTGCCCCTCTACTTCCAACTC CTTTCCAGTTTAGAATTTCAAAGGTATTCTTGGGCACTACCCAACTCACA CCTAGTATACACAAGAACAAATTCCACAAATTTACAATTGTGTTGCAGTG CAATAACAAATAGCCATTGATCTCTACTTCTTGGCCACCTAGAGAACACC TTGAGCATAAGGTGTAAACCTCTTCTTTGTGACACTTCATGAGTTAAACG GGCTCTTCTAATCACCAACCATGTAAAACAAGAAACTTGTTGAGGAATTT GACCTTTCAAACTAACTTCCAACGAAATCACTAATGAACGGTTATTATTC ATTCTCTAGAAGCAAGACTTTACTATGAAGACTCCCTTGCAATGCAGATT CCAAAGTAGTCTGTATGGACCAATGGAGTGCCCGAGAAAATGTTCAGAAC CGGAGCATACTTGCTACTCCATCAACTTCCCAATTATTTAGAGCCCTTTG GAAGATAGGCCCCATCCTTGAGGGCTTCATCTGAGAGACAGTGGCATCTT TTGTAGGGTCATGATGTGTAAATCTGAGAAAAAAGCTTTTACACTGCCTT CTCCTATCCAGTGGTCATTCCAAAAATCTGTTTTCGTAACATCTCCCACT TTGATGGACATGTTCGTATTGTAGTTGGGCCACATCCTTCTGATGGTTTT CAACACACTACAACCAAAAGTTCCCAAAACTTCCTCAGTGGTCCAAAGAT TCAATAGTTTTCTTAAAGCCATATCTTAATTGTAAAATCTCCAGAACCAC TTCTTAAATAGACTAGCACTGTGTAGACCAAGGTTCTTTATGCCCAAACC TCCTTGATTTTTGCTAAGTGTTAAGACATCCCACTTCACCAGATTGTATC CTCTCTTCTCCTTGCCCAGGTGAAAGCCCTCCAGTCCTCAGTTTACTGAT CTTCCTTTCAATGCTCTTAGGTATAGGGAACAAGCTGAATATATATGTGG GGAGGGCATCCACACTAATTTACAAGTGTTAAACTCCCAGAGAAAGGTAT TGGCTCTTCTATTTCACTGGCTTCTTATCACATCTCTCCAGCACTTCACT CTAAATTTCTAGCTAATTTTTTTTTGCTCCCAAGGGTATTCCAAGGTATT TTATAGGTAGGGAAGCTACTTGGCACCCTAGGTTCTCAGCTAAGATCTGC ATATCATCAACTTGATTGACTGCTAGAGGGAACTCTGTCGTCGGTTAACA TGTAACCCAGAATGCCTTCAAATATGGTCAGGATTGTCCTTAAATGACAG ATTTGTACCACCTCTGCTCAGAAAAAAAACTGGAGAATCACTGCATAGAA GAGGCGTATAAATTCCATATCATTGCCCTGAATTCTGATTGTCTGGGCAG AACAACCTTTCATCCACTTATATGCATTTGCTTTCCAGATCATGTAATTA AGGCCCTCCATGGCTAATACAAATGGAAAGGGTGACATAGGTTCAGCCTA TCTCGGTATTTTCATTTATGATTAGGGAGAATTTCGCACTGGATATGCAG AAGTTTATCCAGTTAGATCCATTTGTTGCCAAAAACCATGTCCCTTAGTA TTTCAAGTAAGAAGGCCCAGTAGACATGGCCATAGGCCTTCTCAATATCA TGTTTAATTCTTGGTGTTTATTGCTTCACCTTAGACTAATACCCCCATCA ATTCATTAGCCAATAAAGCTGCATCCTGATTTGCCTGCATTGCAAGAAAG TCATTTGGTGGCTTGGTGTTCATCCACCCGTTCTCCCATAACAGTCTTCA GCCTCTCAGTGATAAGTTTGGAGATGATTTGGTACACTCCTTCTATCAAA CTTATCGGTCTGAATTCTTTTAACTCCTTTGCTCCACACATTTTTGGGAT TAATGTAATAAAGGTATTGACAAAAACCACTACATGGGTTGTAAAATGTA ATAAAGGTATCATTCAAGGACTTCTCAAAAAAATCATTATGATGAGTACC TTTAACTTTTCACAAACCAAAGAATACATCTTTAAGATCCTTTTACTTTA TATGTGCTCTTCCATCTATGAATTACCTTTGCTCTCTAACCTTCTAATTA ATATTGACTGATCAAACATTTCTTTAAAATCATAGAAGGGATGACCACCT ATTTGATGCTTATCACTGTAACATTCTACCTCACTACTCAAATGAATTGT ACTGAATGAGTTACGAAATAGGGCAGTATTCCTTATGGTCTTAAAATAAG AGAGCAAGGGGCATAGTATATGCAATATCTTTTGGAGAACTATATAGTCT TATATGCCAATTGTGGACAGGATATCAAAATGGACTACATGTGTCTGCCT AAATACTCTAATAGGTCATGGATCAAAGTTATGAGATTGTATGTAAAAAC TGATCTTATGGATCTGCTCTCTTCCACATAAAACTCAATACACTTTCTCG AACCAAGGATGTCTAATTCAAATCTAGACTGAAGTATCACCATCATAAGA ATTCAAGTTGCCACAAGAATAGTTAACTTTTCTACCTGGTTGTTACTGAA AAAACTAAGAACTAATATCTTGCTTGCTGTAATTCCACAACATCATCTCG GCTATATTTATAAAAACTGTGAATCCTATAATAGCTTTACTTCCTTTCAT GGATCCCACAGTATTTTTAACAACAAAGAAAAATAGCAATTCTCTTCAAT ACCTATTTCTATCAGCATTGTACAAGCAGCTACCTTTTTTTAAAAAAAAA GTTAACTTGTATTATGAACAAAAGGAATACTCAGAAGTAGTCCACTACTT ACAGCAAAATTACAGAGGGAGAGGTGACCCTACTAATGCTTCATACATAG TCTAAAATGACAAGCCACTACTTTTATGACAAAGCATGACTTGCAACAAC TTCACTCTATATCAGCAGATAAGGAGGTCTATTTACATTCCATACTTAAT TCATAGAATCTCAACAATTGTACATTTTTTTCTTATATCATTTTGTTCGT ATATCATTTTGTTCATAGAACTTAGACAAGAAACCAACATAAGATATACA TAACGGAAAAATATTAAAGAAATCAGCACATACCAACTTGAGAGTTGACA GAGCTTGATTAACATAAAGTATAAGGTTCAACTTGTCTTGGAGCGAAATC AATTCACTTCTCTGAACATTCAACTCTTGTACCTTTCTAGCAGACCCCAC CAAATTGTCATCTAAGAGCTTTATAGTCTCCTTCAATTCCCTTATCCTAT CACACCCCTGAACAATCTTCGAATTTAAATCTTCTAACTGACCTTGTGCC TCAAAAAAGGAATTTGATCTCAACGAAATCTCCCTAACCAAGTGCAATTC CACTACATCCAAATACTGTGATAGCTTCTCCTGTGTAACCAAATTTTCCG CAGTGGTCCTAAATGGGCAGGCAGCTTTAAAAGTAGAACCATCCTCTAAC TCAAAATCCTCTTTGAAGTACAGCGCAGGGACTTCCTTCAAGCAAGCAAC GAGGGCATTTTGGTCGTCTTGATGTTCTAGTGACTCAAACCTCGCGTGCT GTTGAATGTCGTGGAAACGAGCATATGGGTCGGAGATGGAAGAGAGATAG GATTGGAAATCAGGGACCCGAGTTTCGGATCCGGGTTTGGGTAGAGTTGA TAGAGGTAGGAAGTCAGGTGTGGGTATAGATGATGAAGTGGACCACCACC AGAACCCATCGGATTTTCCGGCATGTGGGTTGTTGAGAATGGAGGCTAAG CTTTGGCTATGAGGGCTGCTGCTACTGGCATCGGAAATTGATTTGGTCAA GAATGGAGTATTGTTGCTAGTCGAAGGACTACTTTCGAATCTTCCCGAAG AAGGGGAAGGCTGAGAATCCATTTTTGTTACTCTCAAGAAGATCTCAGGA CCATATATGTATGTAATTATAGTGTAAAAGTGAGTGTTATCTCAAATGAA ACTCAATCAGATAGAGAAAAAGGGGATTCTTGGGTGTTTGAGTAGAAACT TGGAGACGAAGATGGATCTGCGCTCTCTCCAATGGAGGAAAGTGCCACCA AAAAGGTAACAGCAAGGAGGGAACGGGTTGGGGGGGAGAAGTGAGAATTA CGAGAAGTTAGGGGGGGCAAAAAGGAGGTGAGAAATTGATAATGGTAGTC GATATATAGGGGTCTTTTTTTCGGGGATAAAATTATTTCGAGATTAATAA ATTAGATAGAATAATAAGATTGTGAACAAATTTATATAAGAAAATAATAT ATTCTTACTTCACATCAATAAATAAATATGTCCTTCAATTTTGAAAGTAT AAGAAAATAATACATTCTTAACTTAAACTACATGGCATAATATACATAAG ATGTCATATAGATAAGGGTGGCAAATGATTGAATTGGATCGAATTTTGGA TGGGTTGAATATGGATTGAGAAAAAATTGTTGGATTACAATCATTCCAAA TAAAATATGAGTAAATATGAATTTGTTAAATATGGTTTAGGCAAAACAGT TCTAAATCATTTAGATAAATTTGTTTTTCAAAAAAGAAAAATTTACCCCT CTCTACGGGCATCCCCAAGACCCCAACCAGCCCTCCTCCACCTTCCATCA ACCTATTCCTAATTTTTTTTTGTTTTCGAAAAAAAAATTACACCCTCCCA AAACGCCCCCTCCAAAAAAAAATCTTGTCTTTTAAAAAAAAAAAATATTC CTGCATCATTCCCCCACCTTTCATCAACCTACTCCTAAATCTTTTTTATT TTTGAAAAGAAAAAAAAATTGCACCCTCCCGAACCCCCCACCCCACGCTC CCAAAAAAATCTGTTTTTTTCAAAAAAAAAAAAAAGATTTATTCCTGCAT CTTCCACCAACCTACCCTAAAAAGTTTTTGTTATTAAAAAAAAATGGGAA AATTGTATAAAATAGCAAACTAATAACCTAAATTAAATTCAATAGCTAGG GTTTGATTTAATTGTGCTCCATAGCAAACATTGACAAAAATTTGCCAGAC GTCTCTCTCCCAGAAGTCTCGCTCGCCACTCTTCCATTCTCGCCTCTCTC GCTTTATACACAGAAGTGTATAATTTCTGTTTCTGTTTTGTATAAAGCGA GAGAAAATTGTATATACACATGCAAAAATGTATATCTTCGTGTTATACAC TTAATTATATAATTTACAAACATTTTACTTCAAATATTGCAGAGAAAAAG GCCAAAGAATTATACAATTATGAATTATACAATTGCAGTGAAATACAATT TTTTCTAGCTTTATACAACAGAAGTGTATATATTGTGTTTCTGTTTTTGT ATAAAGCGAGAAAAACATATATCTTCTTGCTATACACTTATAATTATGCA ATATACATACATTTTAATTCGATTCAACTGTATGCAAAGCTAATTATACA ATTGCAGCGAAATAGGCCAGCGAATTATACAATTTAGGCCAGCGAATTAT ACACTTTTATATGTATAGCGAATTATACAGTTTTTATGTTTGCTATGGAA CGCAATTATGCAAAGTTTGCTATTTTATACAAATATGATTTTTTTGTTTG CTATATGTGAAAGTTGCCCAAAAAAAATTACCCCCTCGCTCTGTCACACA TCACTCTTCCACCAACCTACCCCTACAAAAATTTTTGTTTCCAAAAAAAA AAAAATTTCCAAAGAAAAAATTTAACCCCTCAACCCCACCTTCCACCAAT TTAACGCTAAATTTTTTTTGTTTTTCAAAAACAAAGAAATTACCCCTCCT CCGTGCGCGCAAACACTCATCCCCTTCCGGGGCCCCACCTTTCACCAACT GATTCCTAATTTTTTTATTTTTACAAATATTAAAAATAAATTATTTCATT TGTCACTTATATGAGCTGAATATCGATTCTCATGGTAACTCATTTTGTCC ATATTTGTATGAGCTTAAATAGGCTGAAGACTATATTAACACATTTAAGA AAAAGACAAAAAATATGAGTGATCCAAATAATTTAATATGGGCAAAATGA TTTTATTTCACTTTTGTGAACTGAAACTATCACCCCTACATGTACGATAC AAACTTGTCATGTAAGGTGTCATGTAGGACGAATGTATTCATTTTCTCAA TTTTATTCAAGTTTCTACTTGTGCATATCTAAAATTAATGACCATAGTTG TCAATTGACGTCAAATTAAGCATGTATATGAAATATGTTTTTTTTTCAAA AAAATTTAGTTTGAGTCTTCGGCCATGCATATAATTGGAGTTGGTTTTGA CCCCTTGTTTTTTGAGTAATTTTAAATGAAAAAGGGCGAATACTTTTTTT TTTGTTGCTCTTCGAAATTTTATAATCAAATATGTTTTTTACAGTTCCAC TCTGAGAAAAAGTAAAAAAAAATTATGGTTATGTTTAATTTTAATCTCAA ATATAATCATGAATATTTTACTGTATCTCGCATATTGATCAATAATCCCT TAATTTCTTCGATATCAATATAAATATAATGAAATTTTATTTATTTTTCG TAATAAAGCATCATTTTCCTTTTAAAAATAACAAAATATACAATATTAGT GCATGCATATAAAATCTTATTTAATTGAAATCGTATTATATTTGAGAAAT CATACTAAATAGTAAGTACCCGTAGATGAACTTGAAAAAAGCCAAGCAAT GATTTCATAGTAGATTCAATGTAAAAACAATATATTAAATCATAGAAATC ACATACTTTTAAGGTAAAATTATAATCTATATTGTAAACTTATTTGTCAT TTATGTTCATTCTACGCTAGAGTGAAAGAAAAAAAATTGACATCTCACAT GGCACATTATAAACTAAAAATGATTCTCATTAGCTCCACCATTTTTTGTT TATAAATATCATTTTTAGTTCATAAGGTTAGACATTTATGTCAAAGTTTA GATATTTGCAAGAGTTTTAAGTCTTCATTGTTATAAGCCTTCATTGTTAT GAACTCTTCATCATCCTACTGAATGGAATGATATCAATTTCAATATAATT TGTTATGAAGTGTAGTAAGTTTCAGAGAAGAACGTCTATTTCTTTAGAAG AAAAAAAATGTCTCAACATATTCACATTAATACAATTGTATCATATTTTT CATTTCACACGTTTTAAAAAAAAATACATTTGTAACATAATAATACTTGA TGACAAGTTTAGTTGAAGATGACCTCATTATCATTATCAACAATTCTAAT AGTTATTTCGTGAAAAGGACATTAATTAACTCTAATTTCAGACAAATGGA GAATTATGGACCGCAACTTTCCTACTATGACACTTTCTTTGATCTACATT CTATGATAAAAGAACTGCACCATTTCATTTTTGAAAGCTTTTGAAGTTGA GGTATATCTAATCATACACATCACATGCACCACACATTTTGCCTATGTAG AGTTATTGGTGGATCAAACTCATCAACGATTAAAGCTAAAATTGTATAGT GTATATAAATTTAATGAAAATTGACAATAACTAAAAAAGATCTCACACTT TATAAAAATTAAAGAAGTAATTAAATCAGCCATTAACCTCCTTTGAGTTT CGGTCTTGCGATCGTACTCCCCAGGCAGAGTGTTTCACGCATTAGCTGGG CCCCTGATCCGCGTAGACCAAGGACGAACACTCATCGTTTACGGCATAGA CTATCAGGATATCTAATCCTGTTCGCTCCCAATGCTTTCGCAGCTCAGCG TCGGTAGATCCAATTTAGAGCCAAACTCTCAATTATTCGTATAGAAAAAA ATAAACAACTAAGACAAAAAAACAAAATTCAATGTGGCTTCTCTTTTTCT TTCTGCTCGTAGAAATGACAAATTAGTTAAAATAAGGGTATTTGCACAAT TGGTGAGGAAAGAACTCAATCAACTATTGTTCTTTATGACTATTTAGTTT TAGGAGTTTCTAATTAAAAAGATATGTATTACAGAATATACAGGAATTGT TATTATTTATAGTGTAAACGCGTAACTTATAAATAATAATTTTTTTTAGA ATTTTAAAACAATTGAAAAAGTTTAATGTATTTTCAATGATACTAAGTTT AATGTATTTTCAATGAAACTTGTGAATAAGTAAGGACAATTTTAATCAAA TTTTAGTGAATATTATTAGTTGTAGTTGGGATTTAAATGGGGTTTAAAGA ATCAAATGATATGCATAAAAGAAAATAACATAGAATATTATCGTAAAATC AATGAAGTTTTTCAATTTTTTTGTGAAAAGGATATATTAATTATTCGGAT AAAATTAATATTGTGTTTCGAATTTTAACTCTTTCAATTGTGATAACATC CAACAGAAAAATGAGATTATCACACTTATTATAGGTTTAACTCTTTCCAT TGAGATAACATCCAATAAAAAGATAATGAGATTTTATCATACTTATTATA GGCAGAAATTGTGACGTTTTTCTGAAATAAGGTTCCAATTATTGAGAGTT TTATATTTTTATTTATTTAATTACATGTTTACTTAACCCTTTATTACCAA ATGCAAATTTGATTCTTTTTAATGTGCCTAATGTCACAGACTAAGACTTC AACTAAACATTTTATGCGACAGTTGACAACTTACTCACGAATCTTAATAT AAACTCAATTAAGCCTGAAAATTTCTAAAAATACTTTTTATATTGATTGG AAGATTGTTTTACTTGATTTCAAGTTATAAATGAATTTTCCTCTATTTAT ACTGTACATCTAGGGGTTAAGATGCAAATAAAAGTTACTAACACAAGTCT CTGTATATCAATAAATAAATCATTCTTCTAGAATTCTCTATAAAACTAGA GTATTTTAAGTCCCTGCATATCAATAAATAAATCATTCTTCTAGAATTCT CTATAAAACTAGAGTATTTTAAGGTTTTTCAAGAACTCTTCTAGGATATT CTAGCACATTTATGCTTTCATATGGATAATTTTATGGCTAAGTAGTATGA CAAAGTGACGGATAATGGCACTCTCCTTCACTGATGGTTGAAATGACCGC GACGCATTGTTCTTGTATGAACTCTTGAATTTTGTTCTTCCTTGCTTGGT TAAGGTAACGGTGAACTTGTATATAGCTGTATGATTTATCTTAATACCTT AATCATGGGGTCAGGTGGATAGGTTTAAGCCAAACAGAAAGGAGATTCAA CCATATAATATACAAAAAGAAACAAGGTAATCAATCACATGTATAAACAT TAACAGGTAAGTTGGTAAAAATAGGAAGAACATAATATCATAAATTAAAC GGCATTGATAGTGTGAGAAAATTTCATACAGCAAGCTTATATAACACAAT TCATTTGTTTAAGTAATGATGTATAGCTCCAATTTGAACTCTTTCCCTAT CAGTATTGACATCTCTGAGATTTCCATAGCAACAAACTGTCCACTCTGTT TAAGTTTTTCCTTCATTGTTGTGTTCCCTTGCTGGTGTGATCCAACAAGC TCATAGCTCTTCAATCCTCTCACATTTTCCAAACCTAATAATGTCATCTT TTCAAGGACCAATCCTTGATCCAGCGCGTACCGTCCATTCACAACCTCTG ATTTAACCACAATTTTATTGCCAATGATATTGCTGTTAAACTTAACGAAC GTCCACCTCCCTCCCTCTCTTCCCATCTGCACCTCATCGTCATCGTCCAC AAATAGTTCTCCTGTGCTGTTTTCGCTGCTGCTCAGCACGACAAGGAGTT TGAATGCAGTCCTCTGTGCAGCTTGTGTTGTCATTGCTTCCCCTTGCATG ACCAATATGTTCCCTTCACGAACGTGTACATTTATATGATCTGGTGGTGC GTCAAGTGTCAGATATGTTCCTTGATTCAAACTCACGAAGCGAGAGTAAT TGAAGAGGTCAAACCAGTTTCCAGCAGGGAAATATGCATCAACAGAGGTT GCTCCTTGCTTAAGTACAGGTGAGATCATGACACCTTTACCGAGAAGGAA CTGCGTGCTGATATCAAATGTCTTGGCATCTTGAGGGAAAGAGAAGAAGA GGGGTCGTGCAATGGGAGTCCCTTTTGTATGTGCCTTGTACATAAGCATA TAAAAGTACGGAAGTAACTGATATCGGAGCCCAAGGACTTTCTTGGCCGC TGCAGCAACTGAATCCCAACTATAGAGCTCTTGGGGGGTTGTGTCCTTAG CAGAGTGGTCTCTTGCAAATGGATAGAATGCTCCAAGCTGCATAAAGCCA ATCTCTCTCATTACAAAGAAGTCAAAGACGAAGAGAGCTCCTAATATTAT GATAAAATTCTTCTTCTACGGTATCAAACTAACGATTTGGTCAAACTGAG AGATAGACACATGCTTTAACTTTTCTTAAACACAATTTTAAAGCATACTA TTTAAGACGACGAATAACTCTGGTTCATTGAACTTTATAATGCAACAGTG TTCCTTGAAAAACAACACATTTCATGGCTATTTAACATTGGTGAAAAGTT AAAGCTTTAGGGGGAGAAAGAGAGATTGGAGGCGGCATTGTTGACAAAAC TCCAAGCATGAATTTACCTGAATCCAGCGGCGGCAAAGCTCTTCAGTAGT GTTACTTGAAAAACCACATATATCAGCTCCAACCATTGGAATTCCAAACA ATCCAAAGTTCAAGATAGTAGGAATGGAGTATGCCAAATCATTCCATGTA GCAGCATTGTCTCCAGTCCAATGTGACGTATATCTGCCAGAGCCAAGAAA AGTTGATCTTGCAAGAATGAATGGCCTTTTACCAGTGACATTAACCAAAG CACTATAGGTGGCTCTAGATTCTAGTAATCCATAAAGGTTATGGACATTA TAATCTATTGTATTACCAAAATGTGTTGAAGTGGCTGGAACTGTTCTATA GTTGATGGGCAAGTGATCGCCAGAGTTGTTTATCTTGTACGGAGGGTCAT CAAAGGTGGATGATGGTGTAGGAGGGGAAGTAATGAAGTTTGACAATTCA TTCATGTCAAGCCACAGGCCATCAAAAGGTACGAGATCCTGGAACTTCTC AATTTCATTTCTCCAAAATACTTCAGTAGCTGGATTTAGAAAATCAGGAT AGTAAACATTCCCTGGCCAAACAACCCCTTGGTGGGGCATATTATCGCGT TTTATGAAGACATCTGCTTCCATGCCTCTCCTATAGGTGTCATATGTATT GTTGATACTAATTCCTGCGGTAAAAAGAAAGACAAACAAAATAACACTTG TTACATGATGATGAGACGTACTCGTATCTAATTTATCTAGGTAAATGTTA AATTGTTAAAACTTGATGACGGAGACCAGTTACCTGGATCTACTATTAGT ACATATTTCTGATCATTCTGATGAAGCTTCCTGAGAAAAAAATTTACCCG CTCCAGTGGGAAGTTAACTGGATCGAGTGTGAAGTCCTTAAAACCATCCA TGTAATCAATATCAGTCCACATAACCTCCAGCGGTATCCTAGCCTTTGCA TAACTTTCCACTACCAGTTCAACATCATCAATATTCTTGTAACCCCACCG GCATTGGTGAAATCCTACACCATATCACATAATCAATACCATTACTTTGA GATGTGAGCATTTTCATGTGTAACAGTTGTTTCCTAAAGAATGAAGGTAG AAGCTGAGAATCGAACAAGACAATTTCAACTTCGATCAGTATAGGAATGA CAGGGGCGGAAGAATCTAGCATTCCTAAATTTCTTCTTGGCTCACTTTCC ACATGTGAAGCTCAGCACAATATTCAAAGCAATGTCGTCTTTGCGAATGA GGCAACGTATAGTGAACAATATGCCTTTATATAATTTTACTTCATATTTC CCTTTCACAAACAACTGATCCGACAAAACTCTAGGTGATTTCTTCTTATA TGTCTAAGTCTTGGTGGACCAGTATCTACGTTGGTGTGAGGTAGTAGATA CTCTATGAAATTAGTCGAGGTATACACAAGCTGGCCTGGACACCACTATT GTAAAAAAAACCATCTTCCATTGTCCTAACTAAGAACTAGTGGTACTTGT AATCTATGTTGAGCAATGCAACCTACATAAGAAAAGCTCATAGATAATAG TTTAAGCTCTATTCAATGCCTTTCTATCCATGTATGGCATAGGTCCTTGG AATTAGTTGAGGTGTGCATAAGAGAAAAACAACAAACAAAAAAAGAAAGT GGAATTAGTCGAGGTGTGCACGAGAAAAAAACAACAAACGGAAAAAGAGA GTCATTACCGAAAGACCAATATGGCATAGCAGCAGGACGACCAATAAGCT GAGTATACTGATCCACCACCATTTCCGGCGAAGGTCCGGCGAAGAAATAC AAATCAATTAACCCTTCAATTACCTTGTAAATAATTCTATCACCCGTATA TACAATATCCATGCCATTGCTACTCAGAAGCAAAACCCCATGACTAACTC CGGCGGCCGTTTCCTTCGCCGGATCCGACGACCGGACGTCCATATAAAAA GGATGGGATCCATAGAGATTAAGGTCCGCGTTGGAACTTCCAATGTCGGC ATTCCATAGAGTCAAAGTCTGGTTGTGCGTAAGCTTAAACGAGCTTTTAG TGTGCTCTCCGAGCCCGTAAAGGTTAGCTCTGGTAGTTGGTAGTGCCGAG GAGATCTGGATGTACTGATCTTTGAATATGAGGAATGTATCGGGGTTTTC GTTCTCCGGCGAAGTATCGAAAAGAGTATCCCCGGTGAATCGCCGGCGGA CGGTGAAGCTGAATGGGGTGGTGTTGTGAAGGGTGAACTCTAGGTCTGAG TTTGGGTTAGAGAGCGTAATTGGGAAGTGGTTTTCTGATGAGGAGTTGGA AGTTGACGGCGGCGATGGCGGTGGTGGACGGCGGAGAATTTCTTCCGGCA CTTCCCATCGTTGGTGGTTAACGTCCGTTATTCGTATTCGGAGACGATCG TTTGTTTCCAAACTGTAACGAGGGAAAAAAAAACAAATTAAACAATTTTT TTAATAAAGTTAATTTATTTACATTAACTAAACAAAATATTGTTTATTAT AAGACTAAAATTAAAAAAAGAAGAAGTTATATATAGATGATAAAAAAAAA AATTACAATTTTCATAACTATATATTAGGATTAAAACTTACCTGCACAAA CCAAAGCAATACAATGCATGATATATGTTTAAATTAATAATTCATTTTAC TTAATTATGATATATGTTTAAATTAATAATTTATTTTATTTAATCACAAT TAATTGACATGTATTTTACTATATTATATAAAATTCATGTCATAAGCGAA TAAGTATTTTTATATATATTATATTATTTACTTGAATTATTATTTTTTGG CAAATTTTATAATATAACTCTTATTTTATTTATATTAAAATACGCTCAAT ATTAAACTAATCTACAAATACCTATTATCAATTGAAAATATATTAACTCA ATATTGAAATTTGATATTTACATTCAAAAATAAAACGTCAACGTCAATCA ATCATTCTATGTTGTGACGTTATTCACAATGACAAGAATTTACCTTCTAA TTTGTTATATTAATTTTTTTAGTTAACAATTTTATCCCATATTTCTGAAA AAGATTGCCTTCATAATTTCAACCCCGATTTTTTAATCATATAATAATAA CTTTATAATTTACATATAATAACAATTTTACCGATTATATCAGGCGAGTA ATAGTAATATCAGATTCGGATCCAAAATAAATAAGAAAGGTAAAGAAAAA TAACCTGGCAATGAGGATAAGATTGTGAATATCAGTACCAAAAACAGAAG AAGTGCTGATGAGTTGAAGATTAGCAAAAATTGAATTTCCAGTGATAGCC ACAGATTTGATTGAGTAACCATAGCCAATTACTTGCTGTTGAGCTTCTTT CTGTTTAATGGATATGGCAAAATATGGTGAAAATATTGATAAATGGATCA AAAAGAAGATTATAAAGGTGTTTCTGTTTAAAGATGGAAATTGTATTCCT TTCATTTATTATTTTTTTTTTCAATCTATGGAGGAACAGAGTTGCCATTA GGAATTAAAGTGGTCATTTTATGTTTAGTTCTTTGTGGAAAATGTCACTT TCCTTTTTCTTTCTCTTCCACTCCTAATATTACTTGTCAATTTTTAAATT GACACAGCTATTAATAAAATTATTAATATGATAGCGGGTTTATCAATTTA CCCATATTAATTATGAAATAGATGAAAAGATTTACATTTCTCAAAGTAAT TAGTTATTTAATTGAGAATATACTAATAAATAAAATTATCATTTCTTGAT TTGTCAAAATGAATAAATGACTAAGAATAATTATAAAAAAAAATATACAA TTAAAAACAGACTATAATTTGATTTATTATTTTGATTTTGGCTTTCAACA AGTGTTATATTAACGGTACAGTCGATTTGTTTGTTTCAATTTCGATTTCA ATTATTAGTTTGATAAGTCTGATTTTTGTTTGATGAATGAGATTTCTTAC TCATTTATAATTTATTTAAATTAATATCAATTTTAAATTCAAAACACATA TTTACCAAAAATTCAGTGAGGGGTTTGCATAAAATCTTTTTGGTATATAC ATAAAATAAAGATCTAATATATATATATATATATATATATATATATATAT TAATTTATAAGAAACTAGAAAATCATTTGTGCCACTAAATTAATCATTTA GGAATCGTTTGGTTATTGTATAAGTTAAAAGTTACATTAGTTTTACTATG TTTGGTAGAAGTTTTGTGTTAGGTATAAAAGTTAACATAACTTATATCAT GTTTGGTTGGTAAGAATTTAGATGTTGTATAAAAGTTATTCATGTATTAA TTTATACGGTGCTTGGTTGCATTTTTGTAGTCCTACATAATTAGTACCAA CACAATTTATGAGGGAATTTATGTGTAAAGTTATGCAGGGTAGAAGGTGA AATAAGTTATGTGGGTATTAGTTATACATGTATTAAAATGATAAATTACA CATTTACCCTATAAATTTATTTTATTTTTTAATTGACAACTTTACTGTTT TCCTATTATATATGGACTATTTTCATTTCTTCTTATATACTTACCATTTT TATTTATTTATGCAAATATAAACATTTTTTTAATATTAAAATTAAATTGT ATATTTTTTGACGGTACATATGTTAATCAAATATTAGCATTATATATTAT TCAATATATTCCATATTTTATTAGCATATATTATTATTTTGTAAATAATA TATATTAATAACTTACAACAAATTTAATATTCAATTATAAAAATTCATAT ATTATAATATCTACGTAACAAAAATAATACTTACATAACTAATATCCGCA TAGCTAATATCCACATAATTAAACTCAACATAACTAAATCCTGCATAACA AAACTCTAGCATAACTAACTAAACCCTATATAACTTTAACCAGTAACCAA ACGACCCCTTAGAGACCCAAAGTATTATACGTATTTTCCTCGTTTGTGAA GCAACAAAACAAGGGCAATATTGTCTTTTGATCTTTGCGATATCAAACTA GAGAGGGGTAGTTTGGTCATTTCCTTTGCTCACAACGGCTACTTATTTGG TGTCCGTTAGATATAATGATAGTGGGAAATAGGAGAGTCCAGTCCACTGC ACGCTCCCCTAGAAGTACAAGTCGGCCGCTAAAAAATTGCCACTCCTGCT TAACTTTCTCACAAAAATTCCAAAAAACAAAGGGAAAAAAACCCCATTTT TAATCACCCATTTTCATGATTCAGCTTTTCTTCAAAAGCCATTAGGGTTT TTTTCCTCTTCCATTTCAAGAAAATTCTAGGGTTCAAGAATCATTAACAA AAGAAGATGGAGAAGTTGAACAGCATTTTCAAGAAGAAGACTTCACCAAA AGGTAAGATTTTTGCCCCCTTTTTTTTTTTTTTTTTTAATTTTGTGTTTG GAGTTATGATCTATGGTGAATTTTTTTTGTAATTGATTAACAGAAGCATT GAGGACCAGCAAAAGGGAAATGGCTGTTGCTACCAGAGGTACATGACTCA CTAGCTGAGAATTTGATTTAGTTTTGTTTTATGAAAGAGTAGCTTCGCAT TATTTGATTTAGAAATAATACTCTGTAAGCTCATTTTGGATCTCAAATGC ATAGGCGCTTATGCCCATTGTTCGTGTTATGCATAAACATCTTTCTTTTG GGGATGCTATAATAGTGGTTGTATTCTTTTTAGTTTGATTTTAAATGTAC ATCGAATGCTATGATCTTTTCCTTGTTAAGCAAGAGATGCTTAATTTGTT TGGACGTCTAGAAATATATGCTCCGGCAAAGAGAGAAAAAGAATCGCTCT TGGTGGAAATTTCGGTCTTCGATATTTGGAATTTGAAATACTATTAGGTA TATCAACTAAAGGAAACCCCTCGGAAATATTAGGTTAAGGTTGTTGTGCC TTTGTTCTTCATAGTTTCTACTTTGCAATAAGAATAACAAGGATGAGTGA TAGTGAAAAGGTTCCATTTTTATGTGAAAGTTTTTATTGAGGATATACTG GTTGAACGTTCATTAGTAATTAGACAACAAAGTCATGTAATATCGGTGAA GGATTAGGTAGAATAGGTGGATGGCTCCGCTCTATTACCTTCTATTTCAA TTCTCTATGGCACTGTTGCTTCATAACAGGATATGATATTAGGAAAAATG GTATAATTAGTTTTTGGGACTAAAAGGTAGTTCAGGTGCATTGTGAAACA ATATAACCTGCTTTGCCTGGACAATTCACAGAGTTGGAAGAAGTGCTATG TTGGGTAAAATCTAGAGGTACTTGTTTCCTTTGCAAGTGACTGGCTGTAT GAACTCAAGTACTTGAAGGTTTTATTGACTCTTTTGTTTACTTTTGGTGT CATTGTTGGGTCTCCTTCTTAATTTTGATAAAGCTATCAGGGGTCAGCTG TTTGCTAAATGAGGAAACAAATTACATATTCCAGGTTTTATATTTTGAAC TATCATCATTTTTACACCATTCTAGTATATTTCACATCATTACCCTTCGG GGTGGCCCAGTGGTTTGAGCTTTTGGACTTCCATGTTGGAGGTCTCTAGT TCGAAACCCCTTGCCAGCGAAAGAAAGGGGTTTGCCTTCTAGGTCAAGCT CCTGGTGCAGGTTACCTCTCCTACGGCTGTGGGCTTCCCTTGTCATAAAT TTATTTTATAAAAAATAGTATATTTCACATCATTGTCATTTGCACAAGCA AGCAGTTGGAGAATGCAAAAAGTATTAAACAATTTTGGAAAATCATTGTC CAGAATGTATCATAGTTGGATGTTATTCTTATTTTTTCTTTAGATCATTA TCATTTTGATCCACGTTATCTTTTGTGTTGTTATATAATGGGTTTGATTA TGATAACTTGCATTGGCTTCCTCGTTTCTTATTTGGTGTTTTTACTTTTC ATTAATTCGTCTCCGTTTTTGTTCATGTATAACTTTAGGCATCGAACGGG AGATCTCATCCTTACAAATGGAGGTAAGTTATTAGGAAAATGTTCATAGA CATGAGGCAAGTGTGTTTGTTCAGTAAGTTCAGAGTATTCTTGTGAAATT TAAGTCACGAGAACTTCAGAGTATTCTTTCAATAATCATCTTTTCATCTG TGTGAATCTACTTACTTGTGAACTTATATACTTCTTATTTGACTATCTCG TAGGAGAAAAAGTTAGTTGCAGAGATCAAGCAAACAGCCAAAACAGGAAA CGAGGCAAGTGTTTGCAAATTAATTCTTTTTTCCTGACTACTTTACTTGG AATTGTGATCATTCTAATAGATAATGGCTTCTAGTGGGTGCTTATTTGCA TTGGAAACTGCATACTTTTTGCATCCCGATGATTCTTTTGTTTATCAGAA TTTGAAATACAGTCTCTTGAGAGATGAGCCATTCTCAGATTGCATAAATC GTTGCCCTTCTGAAGAATTCTTGCATAGTCACAACCTTAGAGAAAGATTA TTTGATAGGGAATTATCAGAATTCGAAAGACATCGGAAGAATTAGAGCCA ACATAGTTTAACTAATTTTAAATTCTTAATGTTCTGAATTCTCTCACCAA CAAACAATTCACAAAATTTATATATGTATTAGTTTATGTATTTACCATTA AATGCTTGTATGAGGGAGGGTGAGCCATGTTAGCTGGAAATGTTTCAAAA TAGAGAAAGAGAGGCTGAAACGAGGCAGTTAACTGAGTTGTTGAAAAGAA AGGCAGTGCCCGAAGCACTTGCTATCGAGCAGGCAGGACTGAGTTGAAAA AGGAGCTCTACTTGAAAGGAATGTAGTAACTTGATTTAATGCTCGCTAAG GCTTACAAATATATTGAAGACTCTATTCAGTTGGTCTTTGAAACACTGAT TTTACTCGGTGTAATAAGACTCAAGTTTGAATCAAGGCTAATTAAAGGCT TGGATATTCATTGAGAACTTGATTCAGTTAAAGCTTTGGTGGTAAACATG GATAATTATACTTGTGATCCAGGTGAGAAATGAATGGTATTTTTGAAAAA AGGGTGAGTAAAGAACTCATCGCATCTGCTATAAGCCATTTTTTTTCCTC AAAAGTAAATCTTGCTCACATACTTTGACTTATCAGGCAGCCACCAAAAT TCTAGCTCGTCAACTTGTGAGGTTACGGCAACAAATTGTCAATTTGCAAG GTAGTCGTGCTCAAATTAGGGGTGTAGCAACTCATACACAGGTCAACCTT TTCTCCCAATTATTATTGTGTATGAAAAGTAATTGAAATTTTTACTGGAT CTTATATGTGTCTTCTTTTCTCTTCTGTAGGCACTATATGCTAGCACCTC TATGTCTACTGGAATGAAAGGTGCAACTAAAGCGATGTCTGCCATGAACA AGGTACTGATTATTTGTTGTTGTGAGTTTCTTTTCTCTTTTCCTTTTAAT CCTTAAAACTTTTGATACTCATCCATTTTGTTTGCGTTTGTGCTACCATT TAATTATTAAGGTGGTAAAGCCCCCCAATTGGTTTATTCTTGTGTTTTTA CTTCTCAGCAAATGGCACCTGCAAAACAAGTTAAAGTGATCAGAGAATTC CAGAAGCAGTCATCACAGTTGGACATGACAGTAAGCACTTTCATCCTTCT AAGCGATGCTTCACATTATGGACTTACTTCATGCTATAAGCTCTCTGTAC TTGTGGACAAATGCAACGTCTTGAAGGCAAACATTTCAGTTTGATGTGAA GTTCAGCCTAAGCATACTAATGAAGCCATCTGATTTTTCCAGATTGAGAT GATGTCTGAATCCATTGATGAGACTTTGGATAAAGATGAAGCTGAAGAAG AAACTGAGGAGCTTACAAACCAGGTTCAATTGTTACTCATCAGGCTTAGT CAGTTTCCTAATTGTATTTTTCTAGTCATCTATTCTAATTTGTGTTTTCA TGTTTAGGTGCTTGACGAGATTGGTGTGGACATTGCATCACAGGTAGATT TCGGATTAAGGATAGTTGAGCGTATAATCAGTTGCTTTCCTCATCTTTAG TTCACGAGCTGTTCATTCATTATTGATTTTTATTTTGGCAGTTATCTTCA GCTCCAAAAGGCCGGATTGCATCGAAGAAAGTTGAAAATGTTGCCCCCCC TAGGTATGTGGAACTGTTTTAAATCACACGCCATACATGGATTTTCTTGT GTAGTTGAGTTGGATTTTTGTGTGTCTACATGTGTCGAGCTACGTTTCTT CTGCATTTCCATATTAAACTGTCACAGTCAATTCTCAACAGTACTTCCTT TCTGTTCTCTGGTTATACTCTCCTTGTGTTTCTGATCATGCGGACTCCTT TGACCTACGGGACTATAAAGTTTGATTGATTCTTGTACTGAACCCAATCT AGAATTCCTCTATAATTGTTATTGGCGTTAATATGGACTCCTAAGAATAT CCTTCCTAGTTCTTCTGGGAACATGTTAAGTCTACCTAACAATTCTTCCC ATGTGAATGCAGTTCTGATACTGCTGCAGATGTCGAGGAACTTGAGAAGA GGTTGGCCTCTCTTCGAAGAATTTGATGAAGAACGTGGACAACTTTTATA TGATCCTTGTACAAATTTCGCTTTTAGAATTAAAAATATAGTATGTATTA TGGTACCAATTTGTATTTCTCAACTATAATCCTATAGCACCAAACATGAC ATTTATGCTGTAAGAATGAAGTGGATCCTTTTTGGGTTTTATGATCCTTC TCCATGTAAGTTTTGTATGTAGTTCCTTGAATTCATTGATATACCTTACC CTCACAAGGTAGAGAGAAGGTCGTCTACGTGCACCCACCCTCGTCATACC CCACTAGGTTTGTTGTTGTTCCTCAAATTTGTTTCACATTTCATATCAAT ACAAACTTCTGCTACAATACATTACATGTCATGAAACCAAATGAAAAGCA AAACTTAAACTTATTTTTACTTTTTTCCTTAAATATTACAATACACCATC AAGCCAAATGCAGTTCTTCAGTGAATCAAACTTTTCCCATCTTGACCAAC TTTGAATGGAAGGATTGGTAGACTCTGTTCATGCCAGAAGAAGTTATCAG GATCAACCTTAGTCTTGACAAGCACAAGCCTGTCATAATTGTTCTTGTAG TACTTTTTCCCCCAGACACTAGCTTCCAAGATATTTGAGTTGGCATTTTT GTTCATACCCAGATCAAGATCTCTATAATTCACATAAGCTTCTCTAGGGT ACTTGGATACAAAAGTGCCCATGTACTCATAAAGTCCTCTGATCCAGTTG ATATGTTTATCTGCAGTTTTCTTGTCTCCATCTGTCCAGGCTGTTAAGTA CTGTATCTTGCAGATGACTCCTTTTCTATGTGGGAATGGGATTGAAGATT CTGATATCTTTCCCATCATTCCTCCATAGGGATTCCATATCATCATAGGT GAATCATCTTGTAAAAACTTCTCCCACATCCCTTGAAGTCCAGTTACTGG AACTGGTACACGGAGAAAATCCGATTTAGCCTTGAAGTTTACTGCAGGGA ATAATGACTTCCCTTGAAGTAGGAACTCAGGTTTAATGTTACTTGGATAA CCAGCAATGTAAATGACTGATTGAATCCAGCTCATTTCGACACAATCTTT TTGTGTCAATCCCAATTCAGGGAAGCTATGATTCATCACATCAAGAAGCC TATCAGTTTTTCCAAGAAACAAAGCTTGGTAAGCTGTTTGCACTGTTTTC TTCCCCTTTGTTGAATTGACTGTAGTTATGAGGATTCTGATGAAGAGATC TTCATCAATCTTGTGTGCAACATGTTGCCATTTGTGTAAGACTTTTGTTG CACCAGTTTCCAGTGTCTTTGGAACTGTGAAAACTGTCACAGTTGATGGA ACAGGAACAAGTCTAACTTTCCAAGCCAAGATTATGCCAAAACTGCCTCC TCCACCCCCTCTGATTGCCCAAAACAAATCCTCTCCCATTAAGGCCCTGT CAAGAACTCTGCCACTGACATCAACAATCCGAGCATCGACAACATTGTCT GCTCCAAGACCATATTTCCTCATCATAGGACCATAAGCTCCTCCAGTAAT ATGACCACCAATTCCTAAGCTGGTACATAGGCCAGCAGGGTAACCATGTG TCTTGCTTTTTTCTGCAATCCTATAGTACACTTCACCAATCGTCGCACCA GCTTGAACCCATGCACTGTTGTCCTCAATGTCCACTTTAATCGCACGAAG CTTAGCTAAGTCAAGCATGATAAAAGGCACTGATCTTTTCATTTCTGATG TATAAGATATGCCTTCATAATCATGACCTCCACTCCTAACTCTGAGCTGA ACTTTTAGCTCTTTCGCGCAAATAACTGCTGCTTGAACATGAGATTCAAT CAAAGCAGTGAAAATAAGCAGAGGTTTTTGTTGAGAAGGTGATAAACACC TTAGATTTTGGGCAGTGGATTTAAGGACAGAGTTGAATGAAGTAGCATTG GAAGTAGGAGTGAAGAAAGCTGTGGAGAAAGGGATCGAACGATCCGAATA GAGTGTAATACATTGGTAGAATTGATCTTGAATTGTATATGAAACAACAC ATGAAGCTGAAAATAGTAATATGAATGAAAAAAGAATATTCATAGAGATT GAAGAAGCCATAAGCCTTTCTTGTGTAAATGAGAGGCCTTGTATTCAAAA TTTTCTAGACCTTATGCCATGTTTGGAGGATGGGAAAGAGAGTAATAAAT GGGAGAGGAAATGGGGAAGACAGTGGGGCAAAGAAAAAATATATAGTCCT TTTGTTTGGGTTGGAAGAGAATGGGGAGGAAAATCTGACTGACCTAGTCG TCAACGAAGTGATTAAGAGTCACGAGGTCTCAAGTTAAGATTCTAGTGGA GAAAAAATAACATTAGGTAATTTTTTTATATATTTTTTTAGTCTTGGTGG ATATTGTTACGTCATATCTGTTAGTAGCATACGACAGATATCCTATAGAA TTAATCGAGGTGAGCAAAAGCCGACTCGGACACCATAGTCATAAAATGAG TTTGGTCCTTTTATCGAAGAAATATGATATATTTGAACTTCTTTTTAGAA CTATATTACTCTCTCAAATATGGAGTAACAATACAAATTTAACATAATAT ACGAGTAATTAAACGGTGGAATGGTTAATCAGTATGATAAATTTGTGAAT AAGCAAAAACAAAGAAATCAAAAGTGCGCATTTCATTTAATGTAAGATTA AATATACTTAGACAGATATCGTAAAAAAACTATAAAATTTATCAATAATC GAGGGACCAAAAAGTGTTGTTAATTCTGTCCTATTAACCTTTTCCTTTTT CTTTTACTTTAGCTTTTTCCATTTTCCATTTCTTTCATTTTTCTCCTTCC CCAAAAAGCAAGTTTTTGGTAGGTGACTTAATGAGCAATCTCTTATTAAC AATGAAAAAAAAAATTGAGATTTGTGGAAATAAGTAGTGGCTAGTTGTAT TCATGGGAGTCTAAAACTTAAAGACTAAAAACTTTTTTTTAAAAAAAAGT CAACATATGCTTTATTTTTTGCCTAAATTTTAGGATGCATGAGAGGTCTT ATATTATAAGGGACTTCAAAATTTATTAAAGAAGAATGGTAGTTTACTTG CCTTCTAATAAATTTGTCAGTATCTTGCCTTAAAGAATTACTAATAAGCA TTTCCTCTAATAAATATCCACTTGATATAGTTTTTTATTGTCCAAGTGTT ACTCTTTTCGTCCGTTTTTACTTGTCAATGATATTAAAAATAGATGTTTC ATTGTCTGTTTTTACTCATTCAGTTTGAAAAACTAAAAGATAACTGTTCA TTTCCTAATATGTTGAATTTATTATTTCCAGAAGGAGATATAGTAAAATT GTCGTGTTATTTATTATTTTTTAAAGAATGTGTCAAGTCAATATTGAACA ATTAAAAAAAATGAACGTAAGGATAAGTATATAGTAAAAGGTTTTTAAAA ATTACATTTTCAAAAAGAAACATATTGAGAAAAAAATTAGGTTTACATGA AATATTCAAAGTTATAAATCCAAACAAAAGAAAAAAAAATAAAGGACTAA TTTTTTAATGAACTACTAGAGAAAGCAACACTATCACCTTTACTTTTATT TTTTAATAAATAAAAATGAATAGAAGTGGTTTAGTTGTAAATGATGTCAA TCAAAATTGAAATCTCTATTTTGTCTTTTGGTATCTGTTTATTTTTGTTT CACATGGTATTTATAAATCTTCTTTGGTCAAATATATCTTTTAAATTTGT GATGTAAAATTGATATATTCTTCATTATAAAACTGACTCATATATTTTTC TGGTGTTATATAAATGGCTTACATGTACCTATTTTTTTAACGAAATTTAA AAAAAAATTAATTTAATTTTTTAATTTTTTTAAAAATATAATATATATAT ATATATATATATATAAATCCATATGGTATATACATGTGAGGGGGAATAAA TATACCATGTGGATTATATATTATTTTTTTAAAAAATTAATATTTTCACT TCTGTTAGAGTGTAAAGGTATATGTGAACCGTTTGTATAATGGTATGGGT CTATATAAGTCACTTTCATAACCAAAAAAATATCAATCTTCAAATGATGA AATTGTGAGGTATATCACACCCTTTTCTAATTTTCTTTTTGATCTTCTAA GAAATGGAATTCTTTTTTCCTAAAATGAGATGGGACTAATTTTAATTATT ATTTTACTTATTTAGAGCACACTTGAAAAGTCTCCGAGATTATTTTTAAA AAAAATAAAATTGAAAAGCCAAGTCATTGATGAAATAATTGAGTCAATGG TAGGTCTAACAACCATATAAACTTAATAACTATCTACATATATCAAAATT ATTAATTTGATGAAAAAGATTTTTCATATTTAAAACTCGAATTCGACAAT TAAGATAGGAATTCTCAAGTATACTTTTGGAGATATAAATAAAGTCTCTT AGACTTATTATTTTCTTTTTTTTTTTACTTCATTTCCCTATTTATTTTCT CCATAATTTTATAGAATATACCATGCTTAAATTGTTGATATGTGAATGTT ATGGTCTTGGCAATAAAAAAATTTGTAGGAGCTAGCCTCATAGGACTAAG ACATGCTAACTATTTTCAAAAGTTTTAATCAGAAATAATTTTGAAAAGAA TAATAGATTCTAGAGAATTATTTTTTTTTAAAAAAATAACAAAAATATTA TTTAGCACGTCGATTGGAACATATAATAAATATTTAAAACCTCCAATAAC AATGCAAACTTATTCCTTTGGTGGGGTGGGGCCTTTCCATTGGATATTTA TTCGAAGTTTCGAATAATTTAAATAAAAATATTTTATTTATAAATAATAT TTTTTTAATCAAAGATCTAATATAATAATTTTAAAAAATAGGATCATATG GAGGGGGTGGGGTTGACTTGGGGATTGGGGAGGGAGGAGGTTATAGCTAT GAAAGGGCTTTAATGAAAGTCAAATGGTTGACAATAATCCGAATGCGCGA GATTTTATTAAGAATTTTTTTCACACTCAAAATTTAAATTCAAAATTATT AATTAACGAATAAGCAATTCGATTGGCTAATTGTTGACATTATCGTATTA AAATGTTGTTCTTTTGCCCAAATAATGTGCAATTTTGGCCAAAAAAGATT CCATTGATAAATTAATTTTTTTTGTGGGAATTTTATAAATGTGCAAATTG ATTAACAGAATTGTGACTTACATAAAATGGATACTCCAGGATAATGGTAT ATCGAAAGAAAAAATAATTACATCTTTTAATTTATTAAAATGAATATATA AAAAGAGAAAAAAAATATTTTTTAATATGTTGAACAAGTAAAAGGAAAAA GAAAAAAATTATTAAAGGTCAACACAAACCAACTAACAGCTTTCTAGAAT ACTTGACCACCAAACAAAATTATTTTTAAAAAAACGAATAAATTAGGCAA AACTATTCATTACCTTTCTGAACTTGAGCTTTTTATTCTGTGTAGTGCGT ACACCTAAATTATATTCCGCTTTAATTATCCCAAACTTATTTATTCCTCC ATCACGTACACCTTTATTGTTCACCTGGTGTAGAAATTGACAACACACTC TATTAGGCACATGAGCAAGTGATTTTTTGCCACATCATAAAGCTACAACG GTAAAAAGACGTAAAATCTCTATTTACCTAGGTGACTATTATTTATCCAA GTGAAAATTACCACTTTTGCCAATTGTAGCACGCGTGTAGTCACAATAGG AGCAGGTGGACAAAAAAAGTGTACGCGATGGAGGAATAAACAAGTTCGGA GATAATTAGAACGGAACATAATTTAGATGTACACCGAATAAAAAGCTTCA AGTTCAGGGAGTAACGAATACTTTTGTCAATAATTCTTGATTCATCGAAA TCAAGTGTAGTATTTAAGCAAAGAAGGGTAAAAGAGCGGACCCATTATCC ACCCATTTTGAAGCTGGAAACAAGTAGATCTATGGATTATCATAAAGTAT ATATGCATAAAACTCATGCTAGTGGAAAATAACTTTCAATGCCCAATGTT AGATACAAGGGCTAAATAACTTTCAATGTCCAATGTTAGATACAAGGGCT AAGGCCAGTATATACTGCTCCATAACAGTATCTGCAAAACAATACTAAAG CCACCATGCATAACGAGCAACTACAAATCGAGTAGTGTAAGACTAAGGTG TCAAATATCGAATACTGTAACAAGAAGATATATAACCAGTAACTGAGGTG TCAAATATCGAATACTGTAACAAGAAGTATCTAAGGTGTCACTATTAGAA CAGACCATCTCACACAGACAAATTATTTCGTAGAAGATTGAGAAAGTAAA GAAGATTTTACCTGATAGACGCGAGATGAAAAAAGCTGAACCACTTGTTT GAGTCACCAACAGAGAGATGGATAGCTTTATCAAAAGACATTTGCAGTCT AAAAGGCAATGACATAAATCACAATGTAGTCTTTCAGAAATGACTCTAGT TTTCTCTCTCTTTTCCAGATCCTATTTTATCCAAGTAACCAAAGTTAAAA ATCTCAGAAACATGCAGGGACATATCCTTTTATAATTGATTGATTGTCCT AAATGGAGACCAATTACTTCTAAATGGACTTGGAACAGTCTTCACACATC GTATCTAAAATGGCACTGTCTTTTCTCATCTATCTTGATGGTTTATCGAA CAAACTAAAACAACAGATAATGCATGCATGCTCCAAGATACGTACTGGTG TTATCAAAGGCAAAAGGCATAAAAAGGAGCCAAAATCTGCTGGATATTGA ATTAGAGAGTGCAAAGCACAATCAAAACGTGAGCTTTAATGAAGAAATGT GCATATGAAAAATAACCAAAAAACATAATTGTAATGTAAGAGAAAGCAAC TATAGACACTAACAACGGTTATATGAGGTAAGTTGCAGATTTTTTTTACA ACTGCTACTTGTAAGAGCACATAGAGGGGTAGGCAAGCCAACGAGGGCAG TATGGCAGATCATACCTAGGCCTTTTCTGGACAAATGGAATGTAAGGAAC AAAATATCATTTCTAGAAGTAAGAAGTATATAGGAATGTATCCCAATGTC TCCTTCTCATGTGGTGGTTGAACAGGGGAGTACTGAAAATCATACCCTTG TTCCTTTTTTAGACTACATAGACTGAAACAAATGGAGATCATTTCATACG GTCAGAATAACATTTGATGTATCAAAATGTCCTTACTTACATGTATCTTT TCGGTGTAAAGCAATCGGTGTATATAGGAGATTGGGACAGTTTATAGTAA TGGTGTTTAAGCCTCCACATAGTTGTACGCAATTTTGACATTAACTTCGT GTAATATCAAGCAAATGATCTCAACTTATCAAGAGAAAGATCAGTACAAT GCTGTCAAATTATGGTGGCTAAAGACAACGTCACAAATGAGACGAAAAAG AGACTGAACCAGAAAGTAGCCATCTAATTCAACACATTGTAACACTCTCC TTCACTCTGACATTAGGTTTTATTTTGTTGTATAATCAGGAAGAACTGAC ATGCTATACAGCAGACACATTGGAGCATGAATCACTGGAGAGAGAGACAG CCATGAAATTCCTCAAGAAACTCTTGACGACATTTCACTGAAAGCACTCA AGACAAAGCATATTGTACTTCGCAAGCAACAATAACACCAATGGGAAACC AAAGAACTCGAAATCAAACTTCAGACTTCTTTCAACTAATACATCCAGCA GTTACTAAGTGAAAACCACGCCTACCACGTGAGCCTGAAATAGAGCCATG CTCCCTTGATATGACAAGAAGAAGAGGGCTTCGTACAGCAATATGATCCC ACTGACATCCACCTACTGCACCAGCTTCATTGCCACTGGTAAAACCAATA TGCACCGGGGGACACCAAAAACCAGGATGGTACCACATAACTCTGGTTAG AAACCAAACCATTTTGGTGTGTTAATAAAAGATGTTTTCCTAAAACAAAA CTACGAGCCTTAATCCACATTTGTTTTGTAGTTCTGATAGGTGGATTCAC TTGACCCCGACAATGTGACAATTTAGTCACTATTTGCTTGGCCTGAGTTT CACTTTTAACCAGCCTTTATCTATATCTTTAACTGAATTTAATTTACTCA TAAAACCCATCTCTTTGAAAATATGTTTAGCATCAAATAAAGATATTTAG TCAATGTTAATCCTTACTCATATAAAAATGTTCTAAAATGTTTTGAGTTT TAGTGGTATTATTTTCCAATAAAAGAAATCAAACAATAATTCTCCCAAAA GCAAACCCAAAGCTTATTAAACACTAAATCCAAACAGTCACACTAGTTCT ACCGAAAACAAAACCAGTACCAATTATCCCAAAACAAAATCATTTTCTAG TCCAACAGCACTATAATGTCTCCAGACGAAATGGTGATCAACTTGTTCAT TGTACAACTTTTCTTGCCATCTTTTCAGTGAAACAGGCATCTAGCTGCTC ATTGACTAAAACAGGTACCATCAACTAATTAGTTTCAGATTTCATTGCAC CGGGAGGAATTTTTGATTCTATGAAAAGAAATTTTATTACAGAAATACAA ACAGTATGAAGGTCATGCAACACAGAGAGAAGAAGGCTCAAAAAAGGAGT CGAAGAGCACATCTTTATGAGTATTTGTACAGCAGAATACATCATTGATG AGCATAACAAGCTCCTTATATTGGAACTTTGTCCCATGATGAAGATACCA ATCAAGTTCACTAGTCAAGTGAAGTGGGACAATCTGAATCTCAAGTTCAG ATGATTTCAATGCTAACCTTTCTGAACATGCAACTATTAGTCACTAACCC CAAACAATGAAACAATCCCTATCGCACTACTCAGTCTAACAGACAGAAAT ACCAAATAAATGATGATAAGGCCTACACCAAGCATCTTGTTAGGGCGCAT GTCATTCTTGGGAAGAACAACAAGGGCCCATAAAAGACCAAACAAGAGAA AACATATGGTGTAAAACAAACTTCTATCCCCTGGAAGTATGAATGAAGAA GGTTTCTCTGACCAGGCACCGAGGAATAATGAGATTCCTATCCCAATAAG TGTATTGAACATGGGACCTGCATAGCATCCAGATAAAGCAATCTGCACAC CATCTCCCCCATTCATCGCCAAAGCAACATTAGAGACCAGATCACCCATT GAATTGCCCCAAGCCAAAACAGTGAGCCCAAGAATAGAGGGATTAACCCC CAGTACAACACCCAATCCAACCAGCAGTGCCACCAATTCATTCGCAATCA TATAAAACCACACGATACTCATAATAAAACCCCCCAAAACCCATGGAAGC AAAAATATCTGCGGAGGACGGTCAGCTCTTGTATGCTTGTATGCAAGTAT ACCCAGTGTGCAACCAACAGAAATGCCAAGAACTATAGCAACACTTCTGC CTAGGTAACTCACATAATCCTGAGTATTCCATAAAGCTGCAAGAAGAAAA GGAGCTAAAGTAGCACTGCCTACAGCGTATGGTTTTGACCAAGTTTCTTC CTCAACTAATGGAATGGTTAATCGTCTTGGCACAGTCAATGGCAACTCTA GAAGTGAACAGAGCTGAGAGCAGGAAAATGATGGGCTCTTGACTTCTACA CCCTCATCAATCCAACCCCACAAAGGCCTTTCCCCATCATGCACCCTCAA TGACTGATTAGAATATATTGCCACATTGGATGCCCACATCCACTGAGGCA AGGAACCATGTGACTGTATGTTATTGTCCTCTGTCTCAACATCAAGCAAA GTGCTATAAACAGAATCCTCCTCCTGAGTCCCTTCAGAAAATATACTTCC TCTTACAGGAAGCAAAGGAGTAACAACATCCAATCTCAATCTTCGAGCAT GCTTCCTCAAAATCTCATTGGCAGCAACAACAAAGGCATAAATAACATAG ATCAATACAAATGCAATAGTTGCTCCAACACTAACTTCACCAACTATCAA GATCAATAATAGTGACATCAGTGTTACAATGAAAAAGGCAATATCCCTAA TAAAACATTTTTTGTCAACCTGAACATCCTGATCAGCTACACAAAGAGAA ACAGCACCCACAACAACGCAAGTAACAAACACAGCCCCACCTAGAACACT GTTAAGCCCAACATCACCAGCACCACTTCCTACAAACGCAGCAATACTCG CAAATACATCCGGAGCACCATTACCAAGCGGGAGCAAAACAACTCCAGCA ACTGTAGGAGATAGCTTCAACAAACTAGCCAGTTTCTCCAATGAACCACA AAAGTAATCAGCTGCAGTGTTACCCAAAAGATAGAACAATGCAGCAAGCC AGACACCAAATACTACAAACGCCCACGCACTTCCATTACAACCACAGTAA TAGAACTTAAGGTAATCAAAGAACCCTCCAGACGAGCAATCCGGGTGAAC TTTCAAGAAGTCACAACTACTTTTAAACCCCACATGATCAAACAATCCTG CACATAACTGAGGCTTTTTTACCACCAAATCATCAGCATCCGACCCGTTC ACTTCTAACATCCCTCGACGAACCACTCGGGTATGTGAAGAATAACCATC AAATCTACTGCTTGGGTTCCACTGACTAGAAACTAAAGATGACTTCTTTA TAATTGGATTGCTCACAATATCTTCACGGTTGTAGAACATAAACACAAGG ACTAGGGAACACACAAGATTGAACACCCCACGAAGTCTTGGACTTTTTCT AATGAAAAACCCATCAGATTTCTCCATTTGTCAACAAATATTTCAAATTA CCCAAGAACCATAATCCCCTCAGTTTCAATTAAAAACTACTGAAACTCAG CAAAACGCATCGAAAACCCAAGAACCCTAATCCTCAGTTTTCAATTAGAA ACTACTGAAATTCAGCAAAACACATCGAAAAAGTCTTGGAATTTTTGTAC AAGACAAGAACAAAAATAGCTCAAAAGCAAAAATGGGTACTTACCAGATT GATGGGGTTTGAAATTCGAAGCTGTTACGAGGTTTGAAGAGTTATGGGGT TCATGAAAATCTTTGATCTTTCTGCGAAGCTTCCCACAAACCTTTCACAA AAATCTCAATGTTCCCTTTGGATGGTAATGGTAAACGTACAATCTCAAGA TTATTTTTTTCTCTAGAAACTAATTTGTATAATTGGTACTAATAATTTAT TATGAAGATTGAATTTTTTTTTAAAAAAAGGATACCCTTTGTTTTTTCAA ACAAAAACAAATTGTATGACTAAATAATATTCTAAAATCTTCTCGACTCA AATCTAATATACATTCTTAAACTATTTATGTATGAATTTCAGTTTCTTTT TATTTATGTTGAAATTATGTTATTATTGTCTTTTAATTTAATTGTATTCG TTTACTATTTTTTAAATATATTTGTTTCTTTTGTTATTACTTTTATTCTA TCGAAAAAAGATAATTTATTTTTCAATACTCAACATTGAATGAGGTGAAA AAGAATGGCATAAAACACATAAAACGAATGCGATTTTTCGAATTCTTTTC ATTTATTGTTGAAATTATGTTATTACTCCTTCCGTATAATTTCATTACTG CAATATTTTTTAAAATATATTTTTTTTCTTTTATTTATTACATTTAAAAT ATTTTTTTTTCATTTTATACTTAATATTAATTGAGCTGAGAAAGGAATGC ATCAAACGCATTCAGCGTATGCGATTCATATGTAGGTCTGAGTCTCTACC CATTTATTGTTGGAATTACATTATTACCCAATTTATTTAATTTTATTTCA AATATTTTTAAAATATATTTATTTATTTTATTTATTACTTTTATCTAGGG GCGAATCTACGTGGCTACGTGGGAATGCCACGACATTCATTGATCTCGGA AAAAACATTGTATATATATGTATATATTATATTAAGTGTAAATATTTGTT TTGCCATCCAGTAACTATATTGCAAAATAACTCAGCGAGCGGATCTCCCT CCTAGGTTATGTAGGTTGGAACCTAGCCGTCAACACTTCCTTTTTTGCTT GCTCCATTTTTTTTTCTTTTCTTTTCTTTTTCTCTATTCTTTCTTATTTA TTTATGACTATTCTATATTAATTCAAATTGACCATTTTTTTAGCTTTTCT TTTCTTTTTCTACATTTGTTCTTATTTATTTATTACTATTTTTTATTAAT TCAAATTGACCCCTTTTCATAATTAATTTTGAGTTTTCTTTCTTTTTTTC TCTTGCACTAATTATTGATCTATTGATATGAGTGTAACGTGTTTATTTTT TTTATCAATTAGTGAGTACTGAATTATAAGCATCAAATAAGTATTATGAA GAATATATTTAAATAGTAGTTTCAAAAAAACACAAGTTCAAAAATGATTT TTTTAATTTAACGGTTCTTGCGATCTTCATCGACGTTTTTGCTATGTAAG ATGATTAGGCTGAAACTATAATTGTTATTCTTTCTCAACTATATATTTCC AGTAACACATAAAGTCAATGAAAGATGAATATATCATATTAATACTATTA GATGGTTTATACAAACTCAAATTTGAATTTTTTTTTCTTAAAAGTTTTAG CGAAGAAGACATCAAATTCCGAAAAGAAAAGAAAATTGAATTGTTTAGTT AAATCTAATCACATAATATCTAAAAGAAAATATTAGCACATACATATTTG ATCGATTCATTTATAAAAATAAATAAAATTAATAATTTGAGTTGTAACGC AAAATTAGAGCAACCGATCCTTTCATCTTACTTGAACGTTGTGGCACCCC TGACCTCCAAATTTTAGATCCGCCTCTGCTTTTAACTTATAAAGAAAAGA TAATTATTCTTTTTTTCATTTTATACTCAACATTAATTGACTTAAGAAAG AAAGACATAAAGTTCATTCAACAAATTCGATTTATTGTAACTATTGGTCT CTTCCCATTTATTGTTATTATTACCCTTCTTCATAATTTAATTTGTCCAA TATTTTTGAAATATATTTATTTCTTTCATTTAAAACTTTTATTGTATCAA ATAAAAGATATTTGTTTTTCATTTTATACTCAACTATAATTGAGCCGAGA AAGAAAGACATAAAATATATTCAACGAATGCAATTTATGTGTAAGTTTCA ATCTCTTATTTATCGTTGAAATAACTTTATACCCATTCCGTTAAGAAAGT CATCAAACGCATTCAACGAATGCGATTTATGTGTAAGTTTAAGTTTTTTC TTATTTATTGTTGAAATTACGTTATTACCCTTTTTGTCTAATATTATTTG TCCAATATTTTTGAAACATATTTATTTCTTTGATTTTATACTTTTATTAT ACCGATAAAAATATTTTTCATCTTAGACTCAACACTAAATGAGTTTAAAA AAAGGACATAAAACGCATTCAACGAATGCGATGAATGCGATTTATGTGTA AGTTTCAATCTCTTTTCATTTATCATTGAAATTATGTTATTACCTCTTCT GTTAAGAAAGGCATAAAACACATTCAAAAAATGCAAAATATGTGTAAGTT TTAGTCTCTTCCCATTTATTATTGAAATTATGTTATTACCCCTTCAGTTT AATACTTTTTGTCCAAAATTTTTTAAATATATTTATTTCTTTTATTTAAT ACTTTCATTATATCAAGAAAAGATAATTATTTTTTTCATTTTATACTTAA CATTAATTGAGTTGAGAAATAAAAACATAAGACGCTTTCAACGAATGTAA TATATGTGTAAATTTAAGTCTATTTTCATTTATTATTGAAATTACGTTAT TATTCATTGCATTTAATTTTAATTTGTTTAACATTTTATATTTATATATA TATCGGGGGCGTAGCTACCCTTTGGTGGACACTCTTTGTTAGAAAATTAA GCCGTATTAATAAGTAAAATAACAATTTAAATGGTTAAATAATATATTTT AGACACCCTTAAAAAACAATAAAAATTTCTAGCTTAGTGATTTTAATTGT TCAACTCTTACTAAGTTATTTTCAAGTTGCGGTGTGCAGATTCGATTCCC GTTATTTGACTTTTATTTTTTCTTTTCATTAAACACTTTTATAAAGTTTG AAAATAAGTATTTAATTTAAATTTAATAAGCAAAATCTATTTTTTTTCTT TTCATTGAAAATTTAAATAAAATTTAAAAGAAATTATTTAATTTAAAGTT AATAAGCAAATTTTATTTATTTATTTCATAATGCTACTAAAAGTGAAAAT ACTTTATATAAATTCTCTTTTAATATAACTCATTTGATTCTATTTTTTAT TTTTCATTTCTCGTTGTTGGTCATCAGAGGTTTGTGAAATCTTGGAGTAT AAAAGTGATTTTACTCTAAACTAAAATATCTTTTTTTTTGTTCGTTCACT CTTATGAGATAGATAAACGTAAACATTAAAGCTAAATTAGTATGTACTTT GATTTCAAAAATTTTGGTATATTTTAATTTTAAAAAATAATAATTAATAT TTTGTAGTTTGATTTACAAAATTTAAAGACACTCATTTTTTAAATTATTT TTACGAGCTATAAAATTTTTAAATATCCTTCATAAAATTTTTAGCTAAGC TATTAATATATATATATTTATAATGTAATTTTACGACAAAAAATATCCAG TGTGACTGTAGACGAGGTACATATTTAAATGATAAATGAATTCTAGAATC AACTATTAAGAATTCTTATGGGATGACTAGAATACATATGATTAATCTTT AATAGAAAATTTTATGACAAATCTTGTGATTAAAATAATCTATCGTCATA ATTTTTTTCTCTGTTGACAAAATCTCATCACTCGGTTCTATCTCTCTTTA ATTTTTTAAATATTTATTTTTACGTAGAAATCTTTGATGTCAACAAAAGG AAAAATTATTAGAAAATATAAGTTAACGCGTTTGGATAAAATTTGACAAA TAAATTTCAAAATTTACAGGAATACTCTCTGTTCCTTATTCAAAAGCCTT CTTCTTATTTAAAAAAAAAAAATAATAACTGTATTTTTAATTAATATTTA TATTCTCTCATTTCAATTCATTTATTTTATTTTTATTTTAACACAATTTT TTTAAAAAATAACATTATTTTTTTCGAATCTCATTTCAATCTAATGCAGC GTAGCAATAGCAAAGTAAAAAACTTTGACTAGCTATGAACAAATATTCTT TTAAATTATGTGAATTGCGTATAAAATTAAATATGTAATTTTAATAGATA ATATATTTAACTTCTATACATCACATATTAATTTCGGTAAAACATATATA CGCATTATACCTTATCTAAAAATAGCTTCAGTTATAATTTTGCAATTTTA AATATATCATATAAAATTATAATTAAAAAATTATTTTATAAAAAATAAAA TAAAATAAATAAATTGAAAGCGGAAGAATTTATTTTATTTTATTTTATTC GTAGACAGGTCAAAAGACATTTATTCCCAATATTTAACAAGAAGAAAAAA GGAGATGTAAGAAAAATATCCAAAAACCAATCTTTTGAAATCTTGAATTT ACCCAATTTCTGTCGGAATTTTCGCTCAGATTTCCATTTGAATTCCAACC CATTTTCAGATAATCTCAAGTACCCTTCACTGTATATTTTTTTTTTTTCG TGTGTGGGGATATATATATTATAATAGAGGGGTACCCTATCTTCCAGATT TGTTCATTGACTGGTAAGAAGATTGCTTTTTTTTTCTTTATCCAATTTCT TGGGGGGTTTTCCCTTTTAATTTGGTAGGCTAAACATGATATTTTTTTTA CTTTTCAATCATGTTTGTGATGGGTGTAATTGATTGTGGATAAATTTTGG TTGGTGGGTAGGAAGAATTTGGGGCAAGGGCTCTCGTTTTGGTTAGCTCT AGAAATTACCTAGCTTTTTCTTCCTCTGCTGAGATTTGAACCTGGTTGAT GAGCCACACTCATGGTTATGGGTGTTTGATTAAACAATTTTTTTTGTAAG ATTTGTGTTTGACCCGTCTTAGCATGAAAAACTTGATATAGGAATTTTTC TTGTGTGTATAATCTGTGAATCCTGAGAAAAAAGATTGTAGCTTCAACCA TTGGATGAATAATTATGAAAGGAACTTTCTTGAAGAAAAGTATTTATTGT TCTCTTTCATTTTGTCAAGCAGGAAGAATAAATTTACCTCACAGATCGGC AGAAATTAGCTCTTGGTTATGGGTGTTTGATTAAACAATTTTTTTTGTAA GATTTGTGTTTGACCCGTCTTAGCATGAAAAACTTGATATAGGAATTTTT CTTGTGTGTATAATCTGTGAATCCTGAGAAAAAAGATTGTAGCTTCAACC ATTGGATGAATAATTATGAAAGGAACTTTCTTGAAGAAAAGTATTTATTG TTCTCTTTCATTTTGTCAAGCAGGAAGAATAAATTTACCTCACAGATCGG CAGAAATTAGCTCTTCTACCTCAGACGACTCGATATTCAAACAGATTGAA AGGTGAAACCTTTTTGTCTCAACAGAGATTGTTAAGACGAAGTTCATTGT TTCATGATGGACTTTTAGATTTATTACAATCTTGAGAACTGTAACTCAAA GATCATTTTGCAATTTAGTTTGTGAGCTTGCCATTACTATTTGGTTAATG TTTTTTGTTCGACAGATATGCAGAGTCAGTTGATGTGCAGTGGGTGCAGG ACAATGCTTCTTTATCCCAGAGGAGCTTCTAATGTCTGCTGTGCAGTGTG CAATGCACTCACCCCTGTCCCACCACCTGGTATCTGTGCTTTTCTTGATT CTGATGTGGTTATAAGTACTTTTTTTTTTCTTTCAAATTTGTGTGGCTGA TTTTTGGATTATGGCCCCCTTCCATGTTGATTACAAGTGTTGTTGCTAGA AGATTGTTGTTAGGAAAGAAAATTAGTGCACTTAAAAACATTTTGAGTAT CTAATAGTAACGCTATGCTTGATGCTGACATGGTAAATAAAGCCATAAAG TGGGCTAGGTTTGGGGAGGCTTGGTGTATAGATCTGTTTGGATTGAGATG TAGTATTGTTTGTTGTTTTGCCTTGACATGGATTGAAGCGTAGTTGTTAT TGTGTTCTGTTACTCGAAGGTGTTGCTTAAATTTTGATCTTTCTCAGGAA TGGAAATGGCTCAATTGATATGTGGAGGCTGTCGTACATTACTTATGCAT CCACGTGGAGCGAACAGTGTGAGATGCTCCTGCTGTCATACGGTGAACCT TGTCCCAGGTACAGTTTATAACATCCCTTCCCTTGATTTCGGAGACTAAT GTTTGTCTGGTTATGAAAATCTAGTGTCTCTTTGCTGGAATGAAATGTTT CCTTCATTTGAACAGAATATGAATCTAACTTTTGATATTATCCACTTAAG CTTGACCTTCGGTTGTTTTCATTTATCATATGAGATCTTTTTCCTACATA TTCATCAAAAGTTTATCATATGAGATCTCAAATTGAGATACCAGCATTTT TATTCTTGTATTACATCAGAAAAATCTGTTGGAAGAGTAACATTACTTTG ATGATCTAACTATGTAATACATAAGTGAACATTTCGGTATGGTTGTGTTT TTAGTTGAACTATGTTATGACTTATGAGTTTAGAGTGTGGTCCCAGCTGA AATTCACAACTTTCGAGCACTTCAAGCTTTTGCCTGGGGGAAGGGAGCTG TATAAATTTATGTCTTTGTCAGACTTGGTGGAATATGGTTATGGGATCAC CAAAAAGCTTCATTATTGTATGTTTGTGTTATGTTTTTTCCTATTGATGC TCAATTTATCAGAAGTTTTGCCTGACAGATAGGTGTAAGTCCAATTGATT TCTCTTGAGTGTGGTTATTCCTCGAAAATAATAACCTGATCTGGTGCTCT TTGTAAACTAGTAGCCAGTCACATAAGATATAGATATCTGCTGTTTAATC TTCTTATCAGCTTTACTTTTTGGTCATATCTGCTTCATTTTGCAGCACAT CTGTAATTTGCAAACAGAACTTAGTTATGACTGGTAATTGGTGGATTTAA CTTGGTGTATACATTTTTCTCCAAGCACATGTTCTTAAATGTCATTGACT AGTCTGTTCCTATGTGTCTTTTTTGGTTTTAAGAAGATATTACTGGAATC TATGCATGAGTAACCAGAGTGGGTGTATATTGAATTGTTCTCTTTCCTTT CCAATCTCAAAAGTTTTCTTTCCCCCTAGGTCTTCTATCTTGTTTATAGT GCTGGGAATATATTTTTTCATTCTTCCCTTGGTCAGAAGCTACATTATTT GAAGTTGGATGGTGGTCCTGAAGGCAACAACATTTGTAGGTTGACCATTC CAAGAAGTAAGAAATGTAGTGTCACAATGCTGATTGGGCACTAATGTTAT GTGCAAAATCAGGTGCCTTTTACTAGAGCTAAGCGGTAAAGACAGATGTT TAAGATGAGATAGTAACTCATTGAATTTTAAGGGGACTATACCTGAATCA TTTGCATGTTCTATCTTTCACTAGAATTTAATAGGGTAAAGAGCTACATG AATTGTTTGTGTTTGAGGATTTGTACATTCGATAGAGCTTAGGTTTCTTG TTACCTGGATGACATATAATTGTGCTGTCGATCTTCAGGTCCAAACCAGT TTGCTCATGTCTACTGCGGGAACTGCCGTATGATGCTGATGTATCCATGT GGAGCTCCATCGGTTAAATGTGCAGTATGCCATTATATTACCAATGTTAA TGTGAGTATGATGATTCATTTTTCTTTTTGATCTTTGGTAAAAATTTTAG CTGATGCTTGGTCCATATAGTTAAAGAAGTAAAATAACAAAGAGGAATGA ATTTTAAGATTGTGCTTTTGGTAATGAGAATTCTATTTTGTGCGTAATAT AATATTTACTTACTTTGTTAGGATCAGAGAATAGCCAACTACCATATTGT CTTAGTTTAATTACAATTTAAAGTGAGAATATATATCAACTTGACTGTAA ATAAGTGATAAAATGAGTGTATGAAAGACTTGTCTTGCATGCATTGGTTG GTGTAAACACCAGTGCGGGTAAGTTTTTTTATTTTGTTGCTCAAGGGTGA TGCAAATCAATCAAAATGACAATGTTGAGCCTTTTATGTAAATAGTAAGA TTTATGATATTAGAATGATCGGAATTGAAGAAGATAAGAAGGGAATAATT AGCACAGTGAACATGTTGTTGTTGATGCTTCAAAATAGCCAATTCCCGAG TCATTGTTACTCATGGAGAATTGTTGGGTTTGTCTCTGTTTAAGCTGCTC TTCTCTGGTTCTTCCTTCTCCACTTAATAGTCTGAACCTATAGGAATCAG TAGATTATAGCGATTAGCCTTGCTTCATATCATGGATTGTAAAGCAAGTA AATTAAATTGAAAATCGTCAGCACATTTCGAGGACTTTCACATAAAGCAA AGTGTTAAGAGTGGTTTAATCCTTATGAAAGTTTAACGGAGAAGGCTTAT GTTGGAAGGTAAGTTTATCTTGAGCTTTTGATATCAGCATCATCAGCCCA CTTAAATACAAACTTATTTTGAACTTTTAGTTGCAAATTTTAGAAGTTAT TGATATCACAGATTGTGGAAAAAGAAGGGGTAAGTGGGTGAGTGAGGAAG CAAAATAAGGTCTTTTGGTTACTAGTCCATTGCTTATGTTATTTGCGTAT GTATCGGAATACAACAAGAATATGCTCAGTGTAATCCCATAAGTGGAATC TGGTTAGTGTATACACAGCCTTACCCTTACATTCCGAAGGTAGAGAAGTT GTTTTTGATAGACCTTGACTCAAGTAAAGCATATCGAAATCAGTAAGAAA AGGAAATGCAGTAGTGAAGAAGCCATGTAGAAAATAATGGAGAAAAGAAA CAAATAATATGATAACTAAAAGAAGGAAACAACAGGTACTAGTAGAATTG AAGAATAAGATAGTAGGAGAGTAATAATAATAATATTGATAAGAGAGACT AGACAACATGCGTACATGAATATGATAAGGAATTTCAGTTTTCATGTGTT TATATGTATTTTTTTGCAGGCAGGAGATGGAAGAGCCCATGCACCTTTGA ACCCTCCTAACGGCACTGCTACTACTGCTTCAGGATCCTCTTCAACTGTG AGTTCATAAGTCTGCCGCATGTTCTTTTCTTACTTACTAGGTTCTAAATT GACTAAATTGATTTCTGAAATATGTTCATATCTGCTTTAGGCCAAGGCTC GTTCACAAAATCAAACTGTTGTCGTCCAAAACCCAATGTCTGTCGATGAG AGTGGCAAGTTGGTAAGTTTGTTTCCAACATGATTAACCTCCTTTCATTT ATATCTTTTGGCTTCTTCACTCTCAAGTTATCCACCTTATCATTAACGAT ACCATTTTACATTTCTAGGTGAGTAATGTAGTTGTTGGTGTAACAACAAC ATCATAGCTCGTCTGCTAAACTTGCTGTTCGTGGACAACAATTGAGAGTT TTGCTCGCAACAATTGGAAAGAGGAGAATAAAGACAGCCGCTGCATATAA ATATGGTAGTGTTTAGTGTTAATACTACAACCATACCCCTGTTTTTCTTT TGTTAACATTTTGATATTATGATTGTGGGGTGATTGAAGCTACTACTACT AGTGTTGTGACTATTTGGAGTCTGTAATTGATAACTACGCGTTAGATTTG TGGCGTGCTATGCCCAAAGTCATAAGTGAAGAATGTTATTATGTACCTTA TATGCCATATTATTGTATATGACTGTATACCGTGAACCTTACTGCCTAAA CACCTTGCTTTTGAGAGGCGAATTCAGGATCTAGAGACTAGAGTTAGTGA GCTTTGAATGAGTGCGGTTTTTATTAGATGTATGCATCTTTTCCCTTGTG CATGTGTGTAATGGCACCTGCAGACTTGTCTGGAATTTGTCTCCAATTGT TATGAATATGATATGGTTTTCTTCAAGAGAAATCTCACTTCGTATAAAAT CATAATTGTAAGAGGGCAAGAAATCTCATTTCCTTATTTGCCTCTGCCCC TCGAAAGTAGTCTCTGGTTAAAATACGAGAACGAAAAGGAGGGGGCGGGG GTAGTAGTAATTTTTCTTTTTTTAAATTCCTTCTTCCTCCTCCCTATATG TCTTCCTTTTATTCCCAACTACTTTGCCCTTTGGTATCTTCTTTAAGTTG AAAACTTGTTTATACAACTCAATATATATATATATAATAGCATGATTTTG TTCAACAACAAAAGTAATATGGTACAACACTTCTCACAAGGTCCAAGAGT AACTTTATTTTGAAAAAAAATTTACTTTCATAATCACCTTACAAGTATAT TCGGTGGGTGAGTCAGAATTTTTATCAAGCAGATTCAATATGAAAAAGTA AACACGCAAAGAATTATTAGGGGTTTTAACGTTTACTACATATATATAAA AGATAATTTTAACTATATATAAATAGTATTAACTTTTCATTAAACGAGGC ACGGATGAACCCCTAGTCCCTATCTAGCTCAGACACACTGCATATACCTA CTTAGAAGATTATGTCTAAACTTGTTGCATACTTCATACAAAAATCTTCC TTTTTCCCACCAACTGATTAACCTAATTTGATGACTCTTTCTATATAAAG TGTCAGTAGGATGAAAAACAAAACATATAATACAAAATGGCTCAAGAAGG AAATGGACAAAAAATAGATGTGGCTAAGTCTAAGGTATACTATAATTGGG TGATGCCATTGTTGAGGTTATTGGCATTTGGTGCAACAATTTCAGCAACA TTAGTTATGGCACTTAACAACCAAAAGAAAACTATTGTTGTTGCCACTAT TGGTACCACTCCTATTCAAGCTACTCTCAATGCTAAGTTCCAACATACTC CAGCTTTTGTGTAAGCCCTTTCTACTTCTTTTTTTTTTATAGTATATAAC TGTGGTGTTTGAGTAAGTTTATGGGTATTTTGATTGATCTTATGAGGTAC TTTGTTATTTTCTACTAGCATAAATGTATCGAGCAACTTTGTCCATTAAG ATTTTGGACAAATGATAAAGAAATGATCACCTTGTGTATACCAGGTCACC ATACTACTAGAAACAATGGTTTTTTTCCGTCACAAATTCAGTGAAAGAAT TGCATTATAGAACCTTATTTTCCTATTGATTTCTCATTGAATCAGCTAGT TGAAAAATGCATGGTGGAAAACAGATTCTCACTGAAATAGTAAAAAAAAT ATTCTAATTTTTTGCATATGAAAACATTACTCCCTCCACATATTAGTTGA TCATTTTACTAAATACAGGTGATTATTTTACTAAATCAAGAAAGTATTAC TTAAATTTTTCCAATTACCCTTGTAATTACTTCTTTTTTAAAAGTGTCAC CTTTGTCTGTAAAATTTCCGAGAATTTTTTTAAGAGGTGAATTAGTAAAA TTATCTTTTTATTTTTAATTTCTTAATATACATGTTAAAAGGAAAGTGAT CAATCAATATAAGACACATGAAATACTATTTTTTCTTTTCTCATCATTTC AGCCAAGATTTAATCCAATAATAAGAAATCACATAGTGTATAAAAATGTT ATTTGTCTTATATATGTGCTTTGTTAATCTATCGATTAAAAAAAATTCAA CGTTATTTTTTCTCTTAAATATACATTTGAAAACGATTTTTCTGTGAACG CAGGTTCTTTGTTATAGCAAACGGACTAGTTAGTCTCCATAACCTCCTCA TGCTAGCATTTTGTTTTATTGGAAATAAATATGATTACAAGGGACTACGA TTTTATGTAATTGGAATCCTAGACATGGTAATTAATTAATTAATTAATTA ATTACTCTTTTTTTTCAATTAATATTATTAATTAATCTCTTGTATTATGA AAGATAAATGTGGCATTAATCTCTGGTGGAGCAAGTTCAGCAGCATTTAT GGGACAACTTGGTAGGAATGGAAATTCTCATGCAAGATGGAATAAAATTT GTGATAAATTTTATACATTTTGTAACCATGGTGAAGGAGCTATTATTGCT TCTTTTATTGGTTTGCTCTTAATGATAATTACTACTGCAATTAATATAAT TAAGCTTAAAAACATCAATAATTGTGCCATTAATATTCCTTAATCAAGAA TATCCTAATTGTCATTTCATTTTTTTTTTCTCAAACTTGTATGGTTTTCG ATTGTTGTATTGTAATGTCCTCTTAATGTAATGTTCATTTTAATGATAAT TTTCGTATTGGCTTTAATGCATTAATTCCCCCACCCCCACCCCCCCCAAA AAAAAACAAAAAAAAAATGTATATATGTAAGTTTAATTTATGATATCGAT ATTATAAAGAAATTCTTATGTTATCATGTTTTTAAAATATTATAAGGTTT TCTTTTATATATATATATATATATATATATATATATATATATATATGATT TTCAAGAGGTTCATATTTAAAGTAATCATTTTGATAGCAAAATTAACGTA CAATATGTGTGTCGGTTTCAAGATATACAATTCATTATTCTTCTTCTTTG TATAATTTTATACTTACTAAATTTGTTAAAATGACCTAGTTTTTTATAGT TGATATAGGAAAAAAGGTACTATGAGTTATTTTTTGTTAATATAAAATAT AAAACAAACATAAAAGGTGGAAAAAGTGAAAGAAGAAAATACAACAGATA ACATATTGACGTCACATCATATTATCATCACGTCACTAAAATATAACGAA GCTATGTAGTTGAATAATTAATTTTAATAAACGTCAAAGTAAATGAATCG ACAAAGATAATTATTTTGCATTGAAAAACATTTTTAAAAAAATTTCTTTT TCTTTTGATCAAATAGTCGAGCTAATTGTTTTAACTTTTAGTTGTTCTTT ACGAGGTAAAACTATTGTTTTTTTTTTTGCTTTTTAATTCTAAAAAAATA ACTTTTAATCAATGAAAGAAAACTTCACAAAAAAATATTACACGAAAATA TAATCGTTCCCATTCAACGTGTTGATGTATATCCTCAAATCTTAAATATT ACATAATTGTATAATAGATGATTAGAAGCTATAATTCTAACATTTTAAAA TTCTAATTATCTAGCAAATTTATACCGCGATTAATTTGAATTTGTATTAA TAAAATTAATTAACACCATTGTACTCACTTTTTTATTTTTTAACAGACTA ACATAGTACCTAAAGTTAATTCTAAAAATAGAAAACAAAAACAAAAAAGT ACTTTAAATGGGTTATAGAAGTGCCACGTCATTAGATTCAAGCTCCAAAG TGGGTCCACTTGAAATAGTACTTTATTGGGCCCCATCTGATACTGACCCA TTGGTTAATTCTTGTCACAAACCGTGTGCGAACGTGGGTTCACTTCCAAT ACTAAATTTATATCGCGATTAATTTAAATTTGTATTAATAAAATTAATTA AAGGAAAAAATAATACATATCATGATCTTTATATGCTTAAAATGGATTTG ATTTCATTTGATCGAATATAATATAAAAAAATGCTACCTACAAATTCTAA AAGAAATTATTATACAAAAATATAAAAGTAAAAATACGTGCAAAGTTTTT CGATAAATAAGTTTACTAATTAACTCTGTTGTTATATATATATATATATA TATAAATTGTGCATGTGGATTGATTGAATTCATTTGAAGATAATATCAAA AAACATTATCTAGAAATTCTAAAAAAAGCTATTGTACAAAAATATAAAAT TAAAAATACGTGCAAAGTTTTTCGATCAGTAACTTTTCTAATTAACTCCG CTCTCATATATTTATATATTTCCTATTAGAAGAGTAAAAGAGAGTGAAGA AAACAATTTCTCTTTTACTAAAATAGAAACACACAACAACAATATAACGT ATAGTTTGTGAAATCAAAGTTTTTTCTAATAAGTGAAAAGTAGATTTAGG TTGATTTATTTGATAGCTGTTGTAATTTTAAGGTACATAATTCATTATTT TTACCATTATAATTGTAATTTTTTTTTTTAAAAAAAATAAGAGATTTGAA TATTAAAATAATTTTTTAAAAATCAATGTGCAAAAATACAAAAATAAAAA CATATTTTTAATCGATAATTTTTCTAACATGAAAATAATTCATAAAAGAA TTATCGCGCGAAGGATAAAAAAAATGAAAATGTGAAAAAAAAATTGATTG ATAGATTTCTAATAAATCCGCTCTAAGTCTTATCTTTTCCATTAGAAGAA AAAAAGGAGGGTGAAGAAAAAAAATCCCCTTTTGCTAAACATGAACATGT AATAACAAGACGTCTAATTTATGAAATCGAAACTTTATTTCTAAGAGATG AAATAGATTTTAAACAATTCTATATATCAAAACCAATGATTTTAATTGGG ATCTTATGATATATAATTCATTATTTTTACTCCTTATTCGTTTTTATGCT TATAAAAATCATTTTAAAAACATTGATTTGAAATTTGACTATTAAAATAA TTCATTAAAATCATTTTGACAACTTTTATCAAGCTTGACTGAAAAGGTAT TCAAAGAAAATTGTCATGGTCAAATGCTACTTGTCTTTGGCTCTAATTTG CAGCAAAAAGATGTCCATCTAATAGGAATATTTTGTTCTAACTTCTCAAA AATACTAATTAAAATATTTATTGAAGAGTTAAATTATTTGAAATAAAGTT ATTGTTAATTGTAATTTGATGAATATATATTTTTAATATAAATTTTAGTG TAGGAGACTGCACTAGATATATATGTTCTTATTGTTGTTGTACATTTTTT TATAAAGTTAATCTTGCCTTAAAAATAATATATATCTATATATATATACT TCACGGCCAAATAATTTTAATTTTTCCTTAGTGTACTTACATAAAATGAA ATTTGAGGAGGATATAAAGCACGAGGTTCGCACGCACACCTTACTTTTAT TATAGAATTAAAATTGTTATATTTGATAGATAATCAATTCAAGAAAAAAC AATTCAAAACAGTCTAGAAAAGGAACAAATAAAAAGTAATAGAACAGTTT TTGAGCTTTTACTTCAAATTAAAGCTGAGCAGTTTTATCTTTTTCGTAAA TACTTTTTTTTACATTAAAAACGATAATAATAGACTTAATATAGATTTAT AAAGTGAAGTTTGAGGAGAATATAATACACGGTGTACGCACGTACGTACG CACACACACATTATCTTTACTGTAGAGATAGATTATTATTTTTATAGATA ATCAATTCAAGAAAAATCAATCCAAAAACAGTCTAAAAGAAGGATTAAAA AAAAGCAAAAGTAATAAAATTACGCACGAATATAAATTAAAACAACATAC TATTACCAACTAACCTCCTATCATATTTTACACGCTTCACAATTTCTTAT TTAAGATCATCTCTTCGATAAGTTAAAATTACACCACGTATTTTAATACG AAGTTTGACTTGAAAAAAATAAAAAGGAAAAAGAAATGGAATTTTTCCAC ATAAGTTTAGCCATTCACTTCTCAACGCACAATTTTTCTTTCTCTGACTG ATAAAAACAGAAACACGTTTTCAATAGTCTCTCTCTTTCAAGATCCAAAT TACTCGTTTTTTTTTTAATATATATATTTTCAAATTTAAATATTATATTT TTTTGTGTTAAATTATTTATTTAAAAATAGAATAATCTTAAATACTTTCT TGAACTGATAATATAATTTATAAGCAGCAATATAATTCCTTTTCCGGAAA AAATAATAAATATAGTTTTTTTTTAACTATAAATAATGAATAATCTTTTC CCAATTAAAGTATAAGTTGGATAGACATTTTATTAATTACTATAAATATA AACTATAAACTATAAAAAGTCAAATACTCAATATTTTATTAACTCCATTA GAGGAATTAAGGAACTGTTATTTTTGAGGTAATTTTATTTTTATATTTTT TTTTGTTATTCTTTTCTTCAGTCTGGGGCTTTCTTGTTATGTAATGTACA TCACGTAGTATGTGTTTAGTAAAAAAAAAAAAAGACCATGAAGATATATT TATAAATATATAAAAATTGGTGTCTTTTTGGGGATTTCTTGATTTTATTA TAATTTTTTAAAAATTTATTTGAATTTGTTGAGTCTTTCCTATTCATATT TTTTTTTTTTGTTTTTGGGTATTTTGTAACTATTCCTTAAATTTACCCAG TTTTCCAAGATTTGATTTTTACCTATTGATTTTATATCCTTTATTAGATT TAAGTAAAAAAGATTTGATTTTTTTCTTCTTCTTTTTTTAATTTTGTTTG GAATTTAATTTGGTGAAATTTGAGGTCTGAATAATTTGTTCTTTGATTCT GTGAGTACAAGAATTTGCTTACGTGAATCATTGATTACAGAGAGGGTTTA ATTTGGTATATAATTGCTTCTCTGTTTTTTTTTTTAATTTTGGGGTTTTC TGTTAATATATTTATTTTTCTGTTTATAGTTTTTTTTTTGCAGTTTGAAT GAATAATGCATATTAAATTCAAGAATGTTGTTTTAATGAATTTTGACTGA ATTTGTTGTCTTTGCAGGTTTGGTTAATTTAGGGTTGAATTGGATTAAAT CAGTGATTAGAGTTTCAGTTAGCTGATTTTTTTTTTATGATCTTGGAGGT ATAAAGCTTCAATCTTTTGTATTTAATCTGTGTTTATTGCATTGTTTAAT TGTCTTTCATTTTGTTAAATGCATTGTAATATTTGTGATTTAAAATGCCA TTTTCCTGAAGTTTGTACAGAAAAGTTCTGTTTTTTTGTGGTGTTTGTGG TGGGGGTGGGGTCAGGGGCGGAGTTTGGTAGGGCCGAGGGGGTTTGACAG AAACTTTCACGGTTTATTCATGGTTAAATTTATATTTTTATGTATGATAA AAATTTCGTTTTTTTATATAGATGTTTGAACTCTCTTTTGGCTTCTTCGT ATAGGGGTTCTTCCGTACTGAAGTTAATGATCTAGACAATCATTCTGCTA CGGATTATCCATGTTTGGTATTTTGTAAGTTTCTTCTAGGGTGTATCGAA ATGACTCCATTGAGTGTGAAGATATGTTCGATATATAAGTGGTATATAGT CATTACCTGTTAGGCAAGCGCCATTGACACCTTACTACTTTCTAAGCTTC CTCTCTTGTCTCGCCAATCTAGTATTGCCATATAAGAGAACTGCTTGTAT TTTGATGCATTTTGTGTCCTCTGAAGAATTTACTCGAGTTAATGGATTCT AGCTTCAACAATCCCGATTAGGTCAACTTAGGATTAATGGTTTTGATGCA CGGTTTTGCCTGTCTATCCTAAGTCCCTTCCCTAGGAACTTGAAAGCGGT GAGAGATCGCGAGTAGCTTAGTCAGAATTAGGTCATTAATCTTATTTGGC GCAGGAGGTGTAATCACTAATTAACGTAGCTAAACTGCACAAAGGTAGCA TTTAAGATTTGTATGATTGATTTGGAGAATTCAGAATTCACTTCTAAATG CATTGAAGGCATAGAATTTCCATTCTATAAGTACGTGTTTCCATTGAATA TTAAATCACCATTAAATTTTGAAATACTGGTCAATATATTGATATAAAGA GAACGTGGGTGGCACACGGCCAAGGCACGCTACCTGCACGGCCAAGTATA TTCCCTAAAAATGCAAAATGAGAAATTTTCAGTATCTTGAATTACTAAGG GAGATGTAAATAATAGTTCATGCATTGAATAAATTTGTTTTCTCTTCCAC TACCTGTTTATTTAAGTTAGCGGTAATCCTTGGAAGATTCTCGTAAAATG GTCATTTATATCAATTATCTTCCGTTTTTCCTTACCTTGTCGTTTTTCTG TGTTGACAGTTGAAAATTGTTATCTGTATCATCAATACAAATTTCTGAAT TCCATAAACTGTGGATTTGTCATCTTCAGAGCGAGGTTACACCATCCTTC AGGCATAAAATTAGGTTCTGTGCATTGGCGTGCAATCTGAAAAAGGAGCA TGAAGGTTTGAATTTCGACTTTGATTTTTAATTTGTTTTTGTATTTTGAC TGATTTTGAAGCGTTAATTTCTTTCCCGTATCTATCTTCTTCTTGGATAT ATCACGTCTCCTTTACCCTATATGTGTAGTTAAGATCTGTACTTGTTTAG ATCTCGGTTTATGTGATTGAGTGATTTGTAAAGAAAGAATTGGATATCTC GAGGACTAATTAAACTGCACGCAAGTTAAAAAAAACATTTTGGGATGTAA GATGGCCCTAAACGCTTTGTCGGGATTTCCTTTTGAACTAGTGAGGGTGT TGAAGATTCCTACATTGGGTATAAAAGGGATTAGTGGTCTTTTCATATGG TTGTGGTTGATTTAGGGCCAAGATCCATTTCCATGGTATCATAGTAGGAC CAATCTCAATCCACTACTTTAAAAAAAGATAAAAGTCGACGGACTCTGTC TGTTTTTCAATTAAAAAAAATTAATTTTAATTTTTTAAATAAAACCAACA GATGTCCGTTTATTTTCTGTCAGAGAGCCTTGATTTTTTATTTTTTATTT GCAAAAATTGAGGGACTCTGTCGATTATTAAGTGCAAAATTGCAGTTTTG GAGTACAAATTAAAAACAATAGAAGTATGTCATCTAAGAGCATGTATGGT GTAGTGGTAAAATTGTTCCAATATATATATATATATGTATGTATTTCCGA TCAGTCATTTTTTAAAATAAAATTATATTAATTTTTAATTTAAGAAAACC AATGGATGTCCTCGATTAAAAATCAAGTTGAGAAATTACGGGAGTCAAGT CCGTCAGTTTTTGACCTGTTTTTTGTAGTGATTCTTGTTTCTCGATGTTA GGCCTCATTAAATTGTCCACATTCCAGATATGCAAGTCCTGTGCGTGGGG TTGTTGCAACATAGGATGAAAAAGGGATGGGTGGTCTCTTTACATAGCTT AGGTAGTCCTCACCTCTTGAGCTTATTTTTAAGGTGGAATTGGACCGAAA ATCCATTTCTTTAACATGGTATCAGTTTTCCGATGTTGGACCCCCATGTT AAATAACCCATTGTTCAGATTCCCGCTCTTGTCTGTGACGGGGTGTTGAA AAGTCCCACATCTGATGAACAAGGGACGGGTAGTCTCTTTATATGGCTTG GGCAATGCTCACCTCTTGAGCTAGTTTTTGGGTTGAGTTAGGCCCAAGAT CCATTTCGTTAATAAACTGTATCTCTTAAAACTTTTAAGTGCTTTGTCAT ATCTTGCAGTAAACTGTATTCATGTTTTCTTGTTCTTTTGATCCCTCAAC TAGGTAGGAACTTATGATTAGAAAAGAAACCATGGGATTAATCCCTTCAG AGGATAGGGAGCTTTTGTGGAACTAGATTTAACTTATGAACTGGTCCGTA CTTAGTCACTGGGACAGATCATCTAATAAATATTACTAAGGTGAAATTAG GGAAAATCTTTGAAAAGGTCTCCTCTCCCAGCAAGCATAACTGGTATTTA ACTGATAAGAGGTTGTGTGATCCAATGATATCCCGTAAAGTGATGAATGA GTGAATGCCATCGCAGCAAAAAGAAATTAAGATACATACCTGTACGTTAC AAAAGGTTCCACCTTTTGCAGAATTTCCATTATTCTTTTGTTTGCCTTTA CAAAGACCCCATCATAGTTATTTCATGAATATTTAGGCTAGGTGTCTGAC TGATAACATGTACACTTGTATATCCATTTTTATTCATTTGCTCTCGTCCT ACACAGTTTTATATTGTACTCCGTACTGGCAAGATCTTACATGCTTCAAG GCATAGCTAAACAAATTTGAAACGATTTATTTTTTAATGCTTTTTGACTA AAAGGAAATTTCTCAAGTAGAAATCACATTTGATTCTTAAGAAGAACTCA TTTCAAGACTGAATTCATTCATCTGATTCAAATTTAATTCTTTTGCCTTC TCTTGCAGGGACATCCTTCTAGACAGGCTCCAAAAGGTGAAAATAACATT GAATGTTCAGGAAGCTCTCGTAGGCGGAAGGTAAAAATGACATATCTATA AGTCCTTCTCAATGTGGTTTCATCATCGTGTGGCTTGCAGAAATATGATT AGTAATCTATGAGTATAAAAACGTTCCCATTCTCCACATTTGATGTCTTA GGCAACATATTCGTGTATGTGTTCTCATTTCTTGGCATCTGCTGGATGTT GATAATCCACTTTGATAATTAACTCATCAAAATTTTAGTTTAATTTCTAA CCTCTATTTTAAGTATGATTCCATTGCTGTCTAATGCGTTTTTCCACGAG GTGAGCAGGGTTGGGGATTAGGGAGGTGGGGTGGGTAAGTGGTAAGTTTT CAATAGTTTATTTCACCCTTATCCTGGCAGTCAAATGATCTCTCTCTCTC TCTCTACATAAACAGTGCTTTCTTGTTCTGGAACAGGAATCAGCAATATG GAGTCCTGGTGAAGCACGTAGGCCCATCTTAGAGGAAGCTCCCGTGTACT ATCCAAATGATGAGGTAATTGTCACATTAAAGAGTTATTATATTCTCTTT TGATTGCATAAAGCCAGTGGTTAAGCTCATCCTGTGGTTAAATTATAGGA GTTCAAAGATCCACTTGGTTATATTGCAAGCATTCGCCACAACGCACAGA AATATGGTATATGCAAGATTATACCACCTGCTTCTTGGAGTCCACCCTGT CCACTTAGAGAGAAGAATGTGTGGGAATGTGCTAAGTTCTCGACTCGAAT CCAGCAAGTTGATTTACTTCAGAATAGGGAGCCCATGAAAAAGAAAAAAA CCAGGAAGAGGAAAAGACGATTGCACTCAAAGACAGGATCAACAAGGAGA CAACCTAGATCTCTAGGTTCTGAATCAAATACTCATTCAGACAGTAGTGA TGACAAGTTTGGGTTTCAGTCAGGATCTGACTTCACATTTGAGGAATTTC AGACATTTTCCAAAGATTTTAAAGAGTTATATTTTAGGATGAAGGATACT GAGGTTTGGAAACCCTCCATTGAAGAAATTGAAGGTGAGTATTGGCGCAT CGTTGAGAATCCAACAGATGAAGTTGAGGTAAGGAAATCTAGTTTGATAT TTACTTTGTCTTTTGATATATCTATTACATGCTCACTGGTTGGATAAGAC TAAATGTTTGGCCTTCCTCTGATGAATAGGTGTTATATGGAGCTGATCTG GAAACTGGAGTATTTGGCAGTGGATTCCCTCTTGAATCTTCATCTCCAAA ATCTAGTACTTTAGATCAGTATGCGACTTCTGGTTGGAACTTAAACAACT TACCGCGCCTGCCGTGTTCTGTATTGTGCTTTGAGGAGAACAATATCTCA GGAGTTCTAGTCCCATGGCTGTATATTGGAATGTGCTTCTCATCATTTTG TTGGGTATGTCATGAAAACTTTTTTATTTAAGCATTCAGCTTAATCTTAA TGCATAGTTGACCAATTGAACTTATCGAAGATAGCAAACTCTGTGCATTT ATGAGTTCTTCCTTTGTTGCATCCTATACATATAAACCTAAATAGTATTG ATCCTTTGTCTCCAAGTATTTATTGTTACTGACGGCTATTTTTTGAGGGA ACATCTTGGGTCATAGGTCTATCTTTCTTTCCCCCCCTTTCTTTCTCTTT CTTTTCTTGGTTTCTTTCATTATTATTAGATCAAGTTATTTGCTTTATAT TTGCTATATACTTAAATCCTTTAATCTGATTTCTTAAAGCATGTTGAGGA CCACCATCTTTATTCTCTGAATTATATGCATTGGGGTGAACCGAAGATTT GGTATGGAGTGCCAGGAAGTCATGCTGCAGCCCTGGAGGATGCAATGAGA AAGCATTTGCCAGATCTGTTTGAGGAACAACCTGATTTGCTTCACGAACT AGTAAGTATACAAGTTAAATCTTGATCAAGCACTACTCATCCTTATTGTA TTTGAGAAATAATCACATCTACATAGACTTTTATAGGTTCTAGTCAACTA AATCGGGCAATGATAAGCTGTGCAAGCTCCTTTTTCTGTTTATCAACCTC ATCTGGTTACGAGTTACTGTTTTCAACTTACAAGTCCCTTTTCCTTATCA ATAAACTTCACCTAATTTTCAAGTCTGCTCATCAACTTACCAATGTGAAT ATTGTAACATAATTTTTGGCTCATCACATGTGAAACACCTGACATTCTAT TCTGATAATTTTAACTGTAAATTGTACCAATGGCCATCAATATTCTTTTC TTGTGTTAATCCGTCTCCCTTCAGTCCACTAATCTATTTCCAGTGCATTG GCAATTTCTTGATTGTTTGAATGGTATAATTTGCGTCCATGCTCCTGTCA AACTTATTATTCTCTCTTTCAGGTGACTCAGTTGTCTCCTTCAGTTTTGA AGTCAGAGGGTGTACCAGTGTACCGCGCTGTTCAGAACGCAGGGGAGTTT GTGCTCACGTTCCCAAGAGCCTATCATTCTGGATTTAACTGTGGGTTCAA CTGCGCAGAGGCTGTTAATCTAGGCCCTGTTGATTGGTTAGAGCATGGAC TAACTGCTGTGGAGCTCTACAGTAAGCAATGTCGTAAAACCTCGCTTTCA CATGATAAGTTGCTTATAGGAGCAGCTAGTGAAGCCATCCGAGCACTGTG GGAGCTCTCAGCTGTTGAGAATATTAACAGTATAAACTTGAGATGGAGAA GTTTCTGTGGGAAGGACGGCATGCTTACTAAAGCTATAAAGGTAAATTTC TGAATACGTCTGTCAAAACATATGGTTGTGCATTTGAATTCATCTGTCAT TGTGGTTTGACTCCATAGATTAGGTATCTTCACACTTTAGGGATAATTTT TACTAAGGTGTTGTAAGGTTCTGCCCTCCCGGTCCAAGTATGTACAGCAT AAACTCCCTTAGATGTACTTTTAGTTTTCATTTGAAATTTTCTGTTGTCC TCCGAGCAAAAAAGATTATACTTTCCATTATCAGGTACAAGTAAACTTGT ATTTGAGTTCTTTATCAAAATGAAATTTTGTTTGGGTTGAAGTACAGAAT TCACCTCCGCTTTTGACACTTACCAACAATAACATAGGATAAGAAAGGAG AGGTAGAACTGTGGTAACTGTTTTGTTTATTTTACAAGTAGAATAATAAC TTCAATCACTTCAATGCGATTTTTTTGGTAATTGTGGGCACATCCCTTAA AAAAACAACACATGTTAGAATATGATTAAGTACCCTCGACTTTAAGAGTG CCATCTTAAAGGAATAAGAACTGACCAGTCAGCAAGGTGTGTTAAATATT GATTTCTTATCATAGAATTAAATACTTAAGGATGTATGGATGCAATATTA CAAAAATTTCATATACTTAGAAGTGAAAAAGAAGCTCATATTGTTTTAGT AATTTGTTTTTCTTCTTACTTATAGGGAAGAATTGAAATGGAGGAGGAAA GACTGAAGCGTCTTTTACCGCTTGTACAACTTCAGACAATGGACAAAGAT TTTGGCTTGAAAGATGAGCAGGAATGCTTTTCCTGCTTTTACGACCTGCA TCTGTCCGCAGTTAAATGCCAATGTTCCCCGGGACAGTTTTCATGCCTTA AACACTCCAATCTAATGTGCTCCTGCGAACCAGAGAACAAGACTGTTCTC GTCCGTTACAACAGGGATGAACTGAACACACTGGTACAAGCATTGGAGGG GAAATTGGATGCCATTGAACAATGGACTTCCAAGGATCCTGATAATTTTT CTTTAAATAGGAGGCAGCATAACTCTGTGAAGCAGGATTCAGAGAGGGAT GGATTTGAAACGGATCCCTCGATGAAAAATGATAGCTTATCAGGTTTGTT GAGAGAACAAACTCATAATCCAAAGAAGCAGTGCAGCTCATGCTCTGATG ATGCAACCACCTCGTATGCTTCGAATCACAGTAGTGGCAAGAAGTTATTT GGGGTTGATCTTTCCAGGGGTTCTCCTAGTGTTCAACAAAACGGAACATT TGACTCAGAAATAGATCCCCTGAGCACCAAGGTTTCAGAACGAACGCTTT TGTACCATGTTGACCCTCTAAAGTTAGGGTCAATCGCCTCAGGAAAGCTT TGGTGCAGTAAGCAGGCAATATTCCCCATAGGTTTGTTGAATATACTTTT CATACTAAGAAATTTTCATTTGATGCAACATTTTATTCAAATTGCAATGG TCTCACTGTATATTTCAATGTTGATGCTCTTTAACAGGATTTAGAAGTCG TGTTAAGTTCTTCGATGCCAGCAGTCCTGAGATAACTAGTAGCTATATAT GCGAGATCCTGAATGGTGGGCTCATTGGACCTCTATTCAAGGTAAGATGT TATTCATAACTTTGCCCGATAAAATATGCGAGTTGAGAAAAAAAATGGAT AATGAGGATTACTGTTATTTTATGCTAGTACTTGGAAGAAAAATATGTGA GTTATTCTCATTATTTTTGCATAGGGGTTTGTGTAAGGAAAAATTCATAT TATTTTGTGTGCAGAGGAGGTACATTTACTTTATTTGTCGCAGCTAAGAA TCTAGCACTTGATCTCCAAAACTTAGTCCACCACTAACCCTTTCTAAGTC TTCTCGTTAATAATTTTTCATGTTTATGAGCTCATACAAAAGAACCTTTA GGCCTGTTATGCACGAACTATTTGCAATTGTGCTGCTTTTAAATTTTATT ATTGTGGCTGTCGCCTTGCCTTCTGCCTTTTAATTTTCGTTAGTGGCCTT GCAAATGACGATTGTCTACTTGATTCTAGTTTCTATGAATTTGCTGGATG CTAATTATTGTCTACTTGGAGTTTCTGATTTCAGGTTAGCTTAGAAGAGT GTCCAGATACGAACTTAGTGAGTTCATCAGCGCAGAAATGCTGGGAAATG ATCTCGCATAGAGTCTTTGAAGAACTAGCAACGAAGTTAAATCCAGGAAG GCAAGATTTGCCACCATTGCAACCTGACACAGAATGCATCAACGGTCTCG GAATGTTTGGGTTACTCTCCCCACCGATAGTTCAGGTATACCTATATTAT GTTGCTGTGTGCATGATTTTGCTCTTTCAAGTTTGTGATTTACTGGCTTT AGTTTGACCAACGAATAATCTGACCTGCGATTTTGGATTAATGCGACATT TCCAGAAAAAATGGATCCCACTAAGGACAATAGGTTTCTATCTTGTGATC TTGTAATTGGTTTATTAGCGGAATCACCTTATTGTCATCAACTTAAGTTT TACATTCTTACGCACATTTCTTATTTGAAACCTAGGATCCATTCTTCGTT GTTGAGAAGACTCTCTTCTTATGCAGCTTTCTTATTTCTGACTCTTTCAA TAAGTAAAACACTTCCTTCCAAGTGAATTATTCTTACATTGTGCTAACTC TGGTGTATACAGTCCATTGAAGCTCTTGATACAAACTATCAATGTCTGGA GTACTGGAAAAACAAGCTAAAACTCAAGGACGAGTGTGTAACTGTCAAAG GGCCTTCAGGTTCATCGGAGAGTACTGTTGACATGGCAAGATCTGCTGTG ATGGAAAGAGGTCAGTGTTCGGGAACCAAGGTGGCTACTGAGGAGGAACA TGCTAACTATAGTTCATCTAACACCGAGTTACAATTAGTACTTAGGAGGC TTCTGAATAAAGCAGATCCAGAAGAACTGAGAATAATGCACAAGATCTTG TGCAGTGGATCGACGAGCCCTGAGTGGAGAATAGCATTTGCAACATTGAG TCAAGAGATCCTGAGGAAAGTGTAAGTTTTTGGGATCTCTCATTCTTTGG TCTTAGTTAGGCTGTCTTCATCAGCTTAATTCTTTTGAAAATATTAACAT AAGGAGGAGGGAGGGGGAAGGGTTGAGCGCCGCGTAGGAGATGTTAGTTA CGCGGTTGCTCATGATATATAGAAGTAAAAGTTTTTTGCTTTTGAATAGG CTGCAAAAGAACAAATGAATATTACTTTCTTTTGATATAACTAGAAAAAA AAAAGTTTTTTAAGTTTTAGTTACAGAGGAAAAAAAAAGTTTAAAAGGAA AAATCTCAATTTCCTGAAATAAGTTGTTATGTTGTTAAAAATGTTTCCTT GTTCTTTTTTCTGTTATAGTTTCATTCTAAATAGACCCAATGTTGGTATT CCTAGTGTCATGATAACTGATATCGTCTTATTTGAGACTGAGACGTATTT ATTATTTTTGGTTTACTCGTCATTCAATACATGAACATTACTTCATGCCT CGAGGCCTAGCTCGAGTGGTAAAAGGCGGAGGATTTGTGACTTAGGTTGC AGGTGTGAGCCTGATATTTAAGTGGAGAAGGATAGAGGTGTGAGCGCAGT ATCCACCGATACTTTGCTTTTGTTGGGAGTTAGGACTATATCGTGTTTAC GTATATGAATCTTAGATGAGATTAAATAGAGCGATATGATATGCGAAGAT TCATACTAGTTAACCTTACTTGTTTGGAAATTAACGTAATAATTGTAACT GTTTTTAGTTACACATTGAACTCCAACAAACACACAAGAAGCATATGCAG AGTATATATAAATCTAAATTTTCAATAATAAAAACAAAGCGAGCAAGGAA GGCAAAAGTAGAAGTATATATAAATCTAAATTTTCAATAATAAAAACAGA GCGAGCAAGGAAGACAAAAGTTATGACATTGAAATCTGCTTCAAACTAAG CCTCACTTTCAGAACATGTATCTAAAGTGTTTCAAATCTTAGTGAGGACA TCATTGAGATAATGTCATCTCAGTGAGGGCACAATTAAGATACCAATATT GATTTAACATTTTTATCTTAACACCTCGCGATATAAATCTCATGGTAGGA CACCAAAGCGATATAGCACCATTCATCTTTATTATTTCGCAAGGTTGAAC CGCAAATTATTATTATTTTGCTAGGCAAATTATATTTATTATTTTGCAAG GTTAGAACCGTAAATTCTAATGAAACTCTACATACCCAAACTGATCCTAT CCAGTCAAGAACTGGAGGTTCAAGGATCTACTTAGTTAATTTTGATCATA ATTTGCTGATGTAAAATATAATATTTCCAGAAAAGATGAAAGGGAATATA ATATTTGAACTGACTAAAAGTTACTGTGCAACGCTAAATCTCCAATTAGT TACTATCTGTAACAAATTTCATCCAAGAAAAAACCATTAGATCTTTATTT ACTTTCACTGTATGATCTTTCAAATAAACAAATAGACTTGCATCTGCATT ATTTCAGGTAAAAACAAAAATAAAACCAGCACCTCTGTAGAGATTTACAC AAGAAAAGGAGGCAAAATTGACAGAAATGCTAATACACTTGATGATCTAA TCCTAGATTTAGATAATAAACTTCATCACCAGAAAAATTCCATCAAGACT CTCGGTTTTCGGAAGTTTAAAAAAAAGTACTTGTTGAAGCAAAACCCCAA CGGATAACAACTACTACTACTCTGTAAATCAAACAAATGGATCAAGAAGT CATTGCTTTCATATTAACCTGCAAGGCCAAAGTGCTCAGTTAAGAAACCC CAAACTCAAAACTTCAAATAGACTTGTTTAAGGAAAAGGAATTGAACAAA ATAATTGAAGTACCTTTCTTGGAACCTGATGATCCCAATAGCTCAGATTT CTTCGACCAATATGGCTGGAACCTCTGCCTAGCATACCCCAAGTAATCGA AGTCTATCTTATTGACATGATGCTGAAAAAGGGGAGGAAATGAAGGATGT TAAGAAAGGCCTATGCAGCTCAATAACAACATTGTTGTCGAAGGCAAAAA AGGTAGAAAAAGAGCCAAATCTGTTATGGCTTGGGCACAAAATGCGGCAA ACCATGTATCTATTAATTGTTGACGGACTTTCAATATAAAGTTTTCTACA GTTAAAGACTAGGTAGTTCCAAGTTCCTACTTAGACTATTCACTGTTCTT TTTGTGTACGCAGCTCATAACTACTCTTATCATGACAGAATATATAAGGT CAGGAGAAGTACCGATATTATTCCCCATAGACCCCAAAAAAGATGACTGG CAAGAGTATACTTCTCCACTTCTTGAACTAATTTCTCCAGTTCCGGTTCA CTGGGAGAGCGACCTGTTTACCAGACCAATACATCTGAGATTCGTAATGA AATAAAGATAAATAATGATCGAAATCTAGAGATTAACTAAATTTATATAG TTGTTACTACTCTTGGTATACAGATATGAGCTTAAGAAAGCACCATCATG AAATATGAATGGTTCCACATATGATAAATCATAGAAGATGCAAGTATTCA TCTACCTGAACTAAAAAGATATGTACTCAAAAATCTTTTACGCTCCTCCA GACCTGCCACATGTTGTAAGGGGTTTAATTAGATTTAACATAAATATCCA GGAAGTACTTGCTCGTGCCATTTCAGGGAATCAGATCAACAAAACAGATT TGCTTAAGATGATTTACTAGTGACTGACTCACCAGGATACTTTCTGAAGT CCATAATATGAGGTGTTTCTGTATGGTAGTCAGCAACCATTTCACAAAAA TGATTTGCTATATCAAATGCAACATGGTTGTAACCAGCATATTCATAGTC CTGTTAATAGGAAAGATTAAAGAAAATACCAGAAATTAAGTCCAAATAAT AACTGTATGAACAGCAAGAATTATTTGCAGAAATTAGGCAATTGCCAACC TAGCAGGAAACAGAACTTATCATTGAAAAGTCCGTCAATTTTTCTTGAAA TGTTTAGGTTTTTCAAATATTTATCTTATCCTTTTGCTCCTTATCAAGTG GATGATCAATAACTGAAACAAAATACAAAGGCGAGAAACAAAAGTGCAGC TCCTAAATAAGTAAGAGCTTGAAGAAGTTTTTGAACCAGGACCCACCTAC ATCCTGCAGCAAACATGTCAGGATAAAGCACTGCCTAGTTATTGATCATG GAAGCCCAAATTAGATTTAGATGTAATCACCACATGCAGACACTGCTATA GCTAAAATTTAGTGAGATATGCATCTCATTTAGTAAATTGTATTTGTCCT CTTAGTTTTTCATCTGAACATTGATGAATAAAAAACTTAGTACTTACAAT AAAGGTTATTGATCTTGTCTCTTCATCCATCATTATGTTCCCATACTGCA AGTCGTTGTGGCAGCATCCCGTGCTTAGATGATTGCCAGCAAGATTCTTT TCCAACAATACAATCTCATCTTTTAGAAGGTCCAACTTAAAGTCCTTAGC TTCTTCAGTAGAAGCCAGACCTTTGGCTACATTAAGCCAATTTCTAGAGC AATACGAGAACAAAAGGTTATTTAGACATTTTGGTATAAGATAAACATAA TTTAGCAGTTTTTATTTATCATATATACAGTAAAAAGAAGAGCATACTGC AGTCTATCCCAGAGGATGACGGTCTTAGGACCAGGCATATCAAGCACATG AAATTCTCTCATTTTGGCAGCTATCAAGGAAGATATCTCTGGATCACGCA GATCAGGAGCTGATAATGTCTGAAATACCAATCATGGAGATTGCATTACA TTTAATGAATGTGCCCATTCTCCTGAAGTATCAGTAATTACAACAGCATC ACAGATAATAATAGATTAGAGGTAGGTTAAGAATAGTGTCAATCAAGCAT GAGATAAACCTAGGAAAATTAGGCAATCCTAGAGGAACCAGGCAAACTTT GACGATCCCAGGAGCTCTTACAAAGAAACTGCAATATGGTGATCATGAGC TCTGAAGAATCTAAATCTGCTTGGCTTCATAATAATTAGGTTTGGCAAAG GGAGGCCAGATGCTTTTGTCAAAGTATTACTATGAACTAACATGAAACAT AAGTCTTTGAGCATCTAAGCCAGCCAGTCACATCAAGATTATCCAGAGGT GGCGGATCAGAACTTCACCAATAAACAAAACCAAATAGTGGGTTAACTTG AATGCATCATATAAGAAACCACTAGGAGAGGGCTCAAAACCCCAAATTAA TTGTTTTTTCTAAGGAGAGGCGGATAAGCTAACAGAAAGCTTGGAGTTCT TAGTTTAATAAGCTTAACATATAAGTGGATATTATGCATTTAACTGTTAA TCTAGATCGCTTCTCATATCATTCAGAATTTACGCAACCCCTCTCCTGGT ATCCTCAAACCCTGTAGCTTTCCCCAGGCAGCATAAGGTCACTTGGTTGT GACCTGAAAAGGCTGCCCTTGCCCCACATCACATATACATCCTTCATCTC AACAGAAATACTTTTTATGCGTCCCAACTTGTTCATCTGTTTCGATTTTC TTCCTTCAAAATTCTTACATGTCTTTCAATTAATCACGGCAGTAATTTCA CCTTTAATTTCTTCTTTATCCTGTGCTAATAAGTTTATTGATGGACATGA AACATGGAGACAGCAGTAACCAGTAGTGGGGGAGATGGATTAAGGAACCC CTTTGCTGGTTTTTTAGGATAATGGGCAAGAAAGACGAGATTATTATGTT TGGTTAGACCTATTAGTTCAGCTTATACCAAACAAGAATTATATGAATAA CAAAGGTTAATTATGTATTGGCAGCTATTACTTGATCTAAATTTTTACCA AACCAATCATTCTTTCGAAATATTATGCAGAAACAGCAAACGGGTATATA TTCCTTTCAGTAAAGGGAAAAGAAATTTATGTAGTCTTTGAGAAGAGGTG GTATTGAAACAAAATCACTTGTGAAGGCCCAGAAAAATTATCATTTAAGA AACTTGCTTCAAATTCGGATCAAGGTAAGCATACTACAGAAATTTATGAA ATTAACCAGTTGATTAAGCTGGTCATCTAGGTGATTATTCTTCTGGATCC TAGATGAGGATATCAGGATCTAGCAAAGCATCATCCTAGAGATACTATCA GATCAACGAAAACTATCAGAATCTTGTCAAAATTTTAAAATTCTAAATAC CAAGAGAGAAATCCTATTAAATTTTCTGTTGCACAAATGTTTATGTACAC GGATGTATATAAACAACAGGAAAAAATTACACAGCACAGAGAAGGGAAGG ATGAATATAGAGTACCAGTGAAACTTAACCCCTAAATTCTCCCTCATTTA CATGTAAATTGTTAGCATCTGACATTGCCAACTAGAGGAATGGAGAAGAA AATGATGACCGAATTAGATACTTCTAAACTTTTTAGATACAGGGAGTATT AAACTCTAACTAAAACCTAAAATCTTGTGCCTCAAATAACTATGATTGCA CTTGAGTAACAAAGTTAACAACATCACACTGATAGGCCAACCGCCAAAGG TTATTATGCTGCCCCTCCGCCTCATAGAGTCATCAAGCAAGAACATATGT CAAACATGATCAAATCATACTATGGTCTATTTTTGGGCATTAGACCTTAC ATTTACATCCAAAATGGGTTCTTTGTTTTTAACTGGAAAGTGGAGTAACA GCGAGAAAACAAAAGCATATATACAATATTGAGGATTATACTGTATACCA TATTATCAAATTGTACCCAGCAGTGCATGCCAGAAAAATCACTTCTTAAT CACAAAGTATCAGCTAAAAAGCATCATACGCCATTCTTGTAGCAGTCATA ACAAAAACAGAAACAATAGCAACAGCAGGCTGGAAAAAAAGAAACAAAAT ATTCACAAGGATGATGATGATCACCATCAGATACTCCATCCATCCTAAAA TAATACATGTTAGCACCCAAGAGTATGGGGCCTATTGGTCAATGCAGTGG TTTGAGGACCATGAGGTCTCATGTTCGAATTCCAACAAAGACAAAATCAC TAGTGATCTCTTCCTATATGTCCTAGACTTGGTCGACAGGGTTACGTAGA ACCACCTGTAGTTGGACTTGGGAAGTGGCATGTACCTCATGGAATTAGTC AAATGTTCCAAAAACACTAGTGATTTCTTCGTATCTATCCTAGACTTGGT GGTCAGAGTTACCTAGGATCACCAGTAGTTGGGAGGTGGCATGTACCCCG TGCAATTAGTCAGATGTGCCAAAAACACTAGCGATCTCTTCCTATATGTC CTAGACTTGGTAGACAGGGTTAAGTAAAACCACCTGTAGTTGGACTTGGG AGGTGGCACGTAGCTCGTGGAATTAGTCAAATGTGCCAAAAACACTAGCG ATTTCTTTGTATCTATCCTAGACTTGGTGGTCAGAGTTACCTAGAATCAC CTGTCGTTGGGAGGTGGCATGTACCCCGTGCAATTAGTCAGATGTACCAA AAACACTAGTGATTTCTTCCTAGACTTGGTGGATAACTTGGTGGATAGAG TTACATAGAACCATCTGTAGTAGGGAGGTGGCATGTATTCAGTGGAATTA GTCAGATGTACCAAAAATGGCCTGGACATCCCGGTTCCATGTTAAACTAA TGATAATCGAACGAGAATCTCAGCTAAAATGCATTTTTACACATCCATGC AGATCACTAAAATTGTAAAAATCCATATGTAAACTTCAGGTCCAAGAAAA ATGTTGTTTTCAAATAGAAAGAAAAAAAACTAACCCGAGCTCGAATGAAT TCCTCAATACGACCACTCTGAAATCGACCAAGCAAGCGAGGTCCTTGGCC TTGCTTAGACATAAACTCAAAAATCTTAATTTCATTCTGCCGATCAAAGA ACACATCAACACCTTTCCCATAGTCCTCACCAACACCTTCCTAGATCGTT GCTTTTCCGGGTTCTTACTGGCCATTGGATTGATACACTTCGTTCGTCAT CGCGCCCTTCAATCTGAACACATCTAATGCATTCGGATCCACTATATCGT CCCATTCTGACGCCAATTTCTTCAATTTCACCTTCGCTTCTTCAGGAATC ACGTCCTCCTTGTTCACTGATTTTGAATTTTCCATGGAATCACATGCAAT CAAATGCCTGCGAAATGTTTGAAGTTATGTTTGTGCCAAAGAGATGCTGA GAATGTGCTGGTCATATTTATTGCCTCACGTGGCACCTATATAGGGTGTG TTTCGTAAGAGTGTTACCCCACAATATTTTTCTTTTTTTTTATTGGCGAC TCGACTCTAGCCTCAATCTAATTCGAAATCTAATGTCCAACTCGATCCTA AATTATGATGACTCGACTTTGAATTAAACATAGACCAAATTCATTGGGCT CTTGTGTTTGGACAAGAGTTTGGAACCGTACTTACTAATCAAACATGAAA AAATAAATTTAGAAAATCACTTATTTTTCTTATCAAGAATTTAAATATAG ATTTATGCCTTCCTCGTTGATGATGAGTCCTTTCTCTCAATGAATTTTGT ATTATTATTACACGCACGGGCGGACCTAGATAATGCTCATCTTGATAAAA AATTGTGTTGTATTTATACCTTTTATACATTTATATATTGATTTGAACCT TCTACATGTAATAAGATTAAAGATTGGCTTACTGGTTGAGGGTTTCAAAA CTTACCATGAGATTACAAGATCAAATTTTAGACACACCATTGATTACACG ACTCACCATACCATGTGTGCAGTGCACGTGCACATAAGTTGTTCTGTTTT TTTCGAAACCCCTTAATAGAAATTCTGGATCAATATTACACGACTCATCA TACATGTGCAATGCACGTGCACTAGAAGTTGTGAAAATAACTTCAGAATA TAAGAGGAAATTGACATATATCACCAAGTTACTAAGATGTAAATATTTTG TTACACAAAAAGATAAGATACTACACTATGTATTATGCAACAACCACTTC CTACATCATCATAGTATCTCTTGAATAACAAAATCAACAATGTTCAACAA CAAAATTATTCAAAATATCTGAATCCTGGTTCTATGGGCAACACCTAATT GATCAAATATTTCCATGATCAAACTTTACTAACCCTTTACTAACATCATC ATTAGTCCATTACTATCTCAGACTTGCAATTTTCCTTAGCACCATCACTT TCTGGCTTTTCCTTAGTCTCCATCGACGTCCCATTTTCGTTCACATCATC AGCCCTTTTCGCGTCTTCTGCAGCAGCTGCTGCTTCTTTCTTTTTCTTTT CGTTCTCGTTCTCTTCCTTCTCCTTCTCTGCCTTTTCTTCCTCAGCCTTC AATTTTGTTCCACCTTTGCTGTTTCAATAGCTTTAACTAACCTCTCCAAG CAAGTATCTGCATTTTCCTTAGAAGACTTGGGCATCAAACTCTCAGCAAC ATCAGCTGGAGTTATATTAGTTTCCCCTAATAAACGATGAATCTCAGGAA AGTAATCATCATGAGACGTAACGTCTAGATAATTATTAGCAAGCACCTTG AAGGACTCAAAACAACAGTATGATAGCTCAATGTGTTTGTCCATTCTCCC CCTCCGAATTAAAGCAGGATCAAGCTTTTCGACAAAATTAGTTGTGAAAA CAATAAGCCTTTCACCACCAATAGCTGACCACAATCCATCAATAAAGTTC AAAAGCCCAGATAAAGTTACCTCACTTTGCTTTTTCTCCTCTCCTGCTTT TTTCAACTCCTCCTTGATGATGTCTTTCTCAACTTTCTCGTCCTTCTCCT TCTCCTTCTTCGGCTTCCTTTGGCCAGTAAGATCAAGGGAGCAATCGATG TCTTCAATCACAATGATAGACTTACTAGTAGTATCAATCAATAACTTTCT TAGCTCTGTGTTATCCTTAACAGCTGTCAATTCGAGATCATACACATCAT ATTGCAAGAAGTTAGCCATAGCAGCAATCATGCTAGACTTACCTGTTCCT GGAGGACCATAAAGAAGATAACCACGCTTCCACGCCTTACCAATCTTAGC ATAGTAGTCCTTTGACTTAGAAAACGTCTCGAGATCATCCTTAATCTCTT GTTTCTTGTTTGGCTCCATAGCTAAAGTATTAAACGTTGACGGATGTTCA AACACTACTTGACTCCACATTCTCCTGTTATAACCACCAAATCCACCATC CGATCCCTTATTATTCGTGTACAATTTCCTCTGCCTTTCTCTAACAGAAA TCGCCTTCCCTTCATCCAACACATATTTCAAGTACAAAATGGTTATAAGA TCGCGATTTTTCCTATGAAACTTAAGCTTGAAATACCTATTCTCATCATC CCTCGGGTACCAAGCAATTGTCGGTCTAATAGCTTCTTTTTGGCTAGATA TCCACCAAACCTTCGCCCCTTCATAATCATCGGTTACCTCCTCATGATCA TCCATCGACAGAACAAGAGATTGACCATCTTTAACTACATTAGCTTTTAG ACGCTTAGCTTGTATACTAGAGTTCTTACTTAAATACCTTCCGATAGCTT CATAAGCTTTACTACGCTCAAACCAACCATCAGTTTCATATTCATGAAAT GTAATATGTATATAAGGATAGATATAGCTCACAAGTTTATCGGTATACCT TCGAATATGGCCACGAAGTTCATGAGGGAAATAGTTCTGGTACATGGTCC AGGCAAACATGATTGTTGCAATGGCTGGACCTAACTGATTCCAAACATCT TGCATCATCATCATAATTCTTTCACTTTGTGGATATAAATTAGAACTATA GAATATGAAATTGTTCACTATATAATAGCCTTATATAGAACAAAAAAACA GTATTATCAAGTTTAATTTTTTCTAAGCAACTACAGAGTAGTTGCCTATG TTACTTTTCCACCGGCCATATTATTAGAAAACAATTTTTTCAATATCAAG TGTCTTTTTCCAAATGAAATCGTCATCTTTGGTCATTATAATTACGTAAT ATGTTGGTTTATCTCTATTATTGTCATTGTTTAAGTACATAAGAGCAGCG CAGACTGTGACAAGGCTGATTCGGCAAAAAATTACGCTCTATACATGGTT AAAATTATTTTATATATATATATATATATATATATATATATCATATGTAT GATAATGTATACCTGTTAGAAAAAAGTAAACGATCAATCTGCTCAGCTAT TCATGTTAAAGTATGAAACTAAACTCTGACCTAAAATATATCAAGTTGTA TAAATATAATTTATTAACTTACTATTGGGTTATCCGTTAACCCGTTTAAA AAAAAAGGAAAATCATTTATAGCAAATAATTCAGTATAAAAAAAATAAAA TTATTATTGAATTACTAAATTAATAAGCTTTATTTTAGTTCGGAGTTTAT TGATTACGCTTTCATGTGTAAAAAGTTTAGTTTTAGAATGTACAAATTAT GACCTTTTAAGAGATATTATTATTTTCCTTACAATATTTTATGTAAAAAA ATAGATTTTCAAAATATCTCTCACACTAAAATAAAAAATAATTTTCGCTC CACGTTAATTTATTTTTTGGTATCACAATATAACACGACTAATGCTGTAA CATGCCTAACTTAATTTCTATAGAAAATATATCACTAAAAATAAAATTTT AATTTTTGAGCTCACAAATTATATATGAACTTTTTATATTAAGTGAGTTA ATCATAAATAAAGATTCTTCAATACAAGCACCTAATGCAATGAAAGTTGT ACATTTGATGTACCTGTTAAGAGCAGAAATAGCGACGACATCACCGGGCT TAAGGCCCAATTGAATTAGCCCATGGGCCAGGCCCAAATCTCCCCCGACA AATTTCATGCCGGTCTTCCTCCTCTCTCCGATTATCATCACCGTTGAGCT CCGGCGAGCCGTCGACAGCCGGCTCAAGCACTGGCAAATGTGAGCCTTGG AGTAATTAGACATTCTGGAGGATAAATTCGTAATTTCCTAATTTTCCTTC TTCGATAGTTCGGAGTAAACAATATAGCCAATTATTTTAGCCCTAAAGTA TTTGAATGATTTATTTGAACAGGAAGACAATTTTGTTCAGAAATATTGGT GAGGAGATTATTTTTTATAGATAGTTTGATTTTTCATTTTTAAATAATAT GCACATAATTTTTGAGAATTAGTTGTTTGTTTATAAAAACTCTTTCTTAA TTTGATTCAGCTTTTATATTTTTCTTATAAGCTTTATATTTATATGTATA TTCTCGTAATTATATCTTATATATATTTATTTTATTTAATTTTTAAAAAA AATCATCTAAAATTTGTTAAAGTAAAAGGGATTTTATTATTCGTGTCACA TTGTTTAAGCGCATATATAAAATAAAAATTTACAAGTGACTAAAAAACTT TTCAATTAAGATTTGTAACGGAGTGAACAGTTAAGAGAAATAAATATATA TAAGATAAACATAAGTATTAGTCAAATAAATTCATTAATGTATGATATAT TCATAAATATAAATTATATTTATATCATGTAATTTTTTAGTGGAAAAATA TTAACCATAAAATAACGAGTAGGAGTGTTTTAAAAGGTGGGGGCGTGAAG TGAGGCGTTTTATGCAGTACGGAGCGAGGCATAAGTTTCAAGACACAGGA CGTAAGTACTGTCCATCTACGGTGCGTAGCCTCATGTATATTCAATTTTA TAACTTTTTACAAGAAAATAAACAAAAGTGAAATGTTCAATAATTTTACA AATAATATTTTTTAAATAACTTATAATATGTAGAATAATAATTATTTCAT TTGAGATAGGTATTAATAATCAATAGCAAAGAAAAAAAAGTTATAATTGA GAAATATCATTATACTAACATTAAAAAATATGATTTAAGAAAAAAGAAAA AAAACGGATGAGACTTGTGTTTTTACGCTCAGGACTTACACTTTTTGCTC GGGGCTTACACTCCAAATTCTTACACTTTATGACATCTTCAATTTGCGCC CCGAAGCGTTTTTGGTACGCTCCGCCCCGAGACTCGATCCAAAAATATTT TTTGGAAACACTGATGAGTAGTAAATGTTGTGAATATTATTATAAATGAT ATTAAAAATTATTTCAATATACATGTATGTCAAAGTAATGTATACAAGAT GGTTTAAGGGAGTATATTTTACATTTTTATTTCGGAATTAGTTATTTCAT TACTAGTATTCCATCCACAAGTAGGGATAACTTATCTATGTCAAAATTAT TAGTATTAAGATAAGTTAACCCACTTTATAACGAGACAAAAATTAAGTGA TACTAAAAATTATCTAATAAATATTTTTTCTTATCTAGTACACTAAACGA CCCTTTAAGGTTTATTTGGAAGATCACTTGGATATTGCTACTTCGAATTG GTGTAGTTACTAAAGTAGTAATTATTAGTCTAGTAATTACACCAACTTAT TTGTTTGTCATAGTTAGTATAATTGCGCCGTAATTATAAATGTCATGTTT GATTGCACAATTGCAATCTAAGGTCATATTAAGTTTTAATAATATAAGTT AATTATCTATTAAATTTTTTTTAAAAAAAGGATAATTTGTGAAGCCTAAC TAAAAAAATAAATGACTTACAATTATGTAAACTATTAAGTCAATACTGGT AAAACAAATAAAACCAATTCAAAACAAAAACTTCAACAAAATACTCTTAT GTCAAATCTCAATAAAATGTACATGAAATAAAATTTTAAATAAAAAGAGA ATGTACGTCTAAAAACTCATTTAACAATGAATTCTACTTTAATTTAAAAA TACTAACATAAACATGATAATGAAAAAAGAAAGTAAATAGATAATACATA AATTGAATGGAATCACGTGAAATAAATGTTGAGAATGAGAAGGAAATAAA ATATAGATAAAACAAAAAGTATATTTTTAGAAAATATTAGAATAATAAAA GAATTTAAAAAATAATAAATGGAAACAAAACGAATAAATCTAAAGGAACT CAACAGTAATTAGACAATGCAATTACCGACATTTCATAGCCACTAGTGAT TGTAGAGTTTAATAATAACCTATCAATTTTCGGTTAGTAGGCATGCTAAA CCATTAAGATATAGTCTTGTCGGTTATCTTGTTTCATAAATTAGCCTTTG ATACTGGTATGAATTTCTGATACATTATTGCTACAATAGATTATGAAATT TCTGATAACCCTAATATTAATGAATACTCGACTAGTGAGTTTCATGTTGA ATACTTACATACATGAGACATAAGTAATGTCTAATGTATCATTTACAATA TATCAAGATTTATAATATATCTTCAACATTTTTTAATTTTAAAAGAATAT AGATAGTAATAAATCAATTTTTTTGTTGTATATTGATGTTCACCAATAAT AATCTTGGTACATAAACCATAATGTATTATAACTGATACAAATTAATAAC TAGTGTGTATCACTCGTATTCGGATACATATTAATAGTCATGATACATTA TACAAATTACCATAAAATATATGTTCTCTGACAATGATACATTCATACAA ACTAACACTATATGTGTGTACCTGATATTTAATATATATCACACAGTAAT GTTTTGATATAAAATCAAACAAGCAATATTCATCTAAGAATGAAATACAT TTATACAAATTAACACTACATGTATCTGATACATAATAATTATCACACGT TAATCTATCAATCTAAAATCAAACACCTTATAGACAACTTTTACTACTCT AATATATTAGGTACAATACTTAACAATTTACCAAATATTTTTAAAACAAC AATGTATCATGAGTAATATATCCATCTCGAGATCGCAAATCAAAAATTTG ACTACACAAAATCTCTACAGTTTTTTTGTGTGTTGTATCAACGCATAGTA TTGCAAATTCCTACTCATGTTTCTTCACTTCCAAATACAGACTAGGGAAT ATATTCACGATGTCTCTTCTCAAAATTTTCAATATTTTCAATATTTTTGA ACAAAATATGAAAGGATTTTTGATGAATTGAGACAAGAATTTTGAATCTC AATTTTTCTTTTTTGAAAATTTTGAATAAAAATTGAGAGGATCTTCATTG AACTTGAGAAGAATTCTAATTATTTTTCTGACAATTTCATATAAGAATTG AGAGGATCTTCAAACAATTATATAGGGATAAAGTACGCTTGTCTCTGTAA AGTATCGAATCTCCAAAATTTTCCTCAACTCATCGATCTCCAAGTTGTAA CGGCTGATTCAACATTCACAAAAAAAAGATTTTGTCCAAAAACTCTTTTG TCACTTATGTATCGTTACAACTCACCTCAGTTTCTGAGATTCTTGAATGT CTCAACAAAATAAAGATATTCATGTTGAAAGAATCTTGACGACTGATGGA ACACTTCATCAAAGCAGGCTGACGAGTTAGAGTTAGTAGACTTTAACTCT AACTCTTCAGCTTGCTTCGATGAACATGTTCCTTCGATGTGTTCCATTAG TCGTCAAGCTTCTTTCAACAATAATCACCTCCCTAAAACGTCATAATCAG TTTTATGTCAAACAGTGCATCACAGGCGATGAATCACCAAACATTTATTT TTAAAATTTTTTTACTGTTAATTATAAATATTATAAAAATAATAATTTAA TAATTCCATGTTATGTAAAATTTCTATTTTTATCAAAATTGAAAATTGAA ATTTACATAAAATGCCTTCAAATAAATACAAAAATTCACAAATAGGTATT CACAAATGGGAAGTGAAATTTTGGTAAGAATGAAACTAGAAAGTGAAATT TCAAATTCACCATTGTCGGTTCATTGTGGTTTGACTTTTTTTTTCTTTTT TTTTTTGCTGAAATTATGGGGGGGGGGGGTTTAAGAAAAAACTTGAACTA CTCCATTTTTTAGCTTTATATATGAAGTTTCTTATGAGTTAGGTGGTTAT TGTTGCTATAAACGATTGATGTATGATTAACTAAGCATAAATCAGTAGCT ACAAACTGATTCAGAGTTCCTAGAGATGAAATTTAGAAGACCACCACTTG AAGGACTTTGAGAAAAACTTGAAGAAATATGAAATGTGTATAACAATTTT GTGATATAATGAAAGAGAGAGAATAAAAAATGAATTAATTATATAATCTC CAATGAGAGACTGCCACGTGGACTTTAGTTCAATTTTAGTCATTTTATGT CTTATTGTTGAGCCCTTACATGCCTACAAGAGGTGTATTCACCTTCTTGG ACAGGTAAGCGTTTGAGGGTCACAAAATATCAAGAATAAAAAGTTATGGG GGGTACACCGTAAATGATAAGTGTGTAGTTGAGAATTGGCTAATAGATGA AGGAGGCATTTAGCTATTTTCTCTAAAATTTTAAGTTGTGATTTTTTTAG GGTGGGGGTGGGGGAGGGACAAAAAAAATTAATCTTTTCAACAAAAAAAT TATAATTTGAAGTTGGAAGAAAGTTTTGAAAAATGTGTTCCTTCCTAACA AACACACCCTAAGAATTAATAGCCCGATAATAACCATAATTGTTATCAAA AGGGAAATTTTCACAAATTGCTACTATATGAAACTTAATTAGGCTTTCTA GTAATAGTTTTCCTAATTACATTACATAGTTATAGTTTCAGTAGCTATAA AATATTCCTTTGTATATTTCACATGATTTTAATAGTATATACAATTCATT TTTCAAAAATTAATAAATTTAGACGATAATTTCGATTGACAAAAAATAAA ATAATCTCATAAATTATGAAATTGTATCTTATTAGAGTTACTCCATGCTA ACAAATATTTATTATCAATTGTTTTGTATTTATATTTGTATATATTGACT TATATGAGTTACATATTTCGTTTACTGAAACGTATACATTGCACATTTAT TTTGTATAAGTATAATTTTGATGATTAATTTTTGTATAGTTGTCTAAAAA TCATAATGAATATGTATATGTATTAGAATATAATTTATATACATTATATT GGTATGAAGTGATTATTATATTTGTATTATCATACATTTAACTGTATGCT AAGATTATACAATTAGAAAATTTTCATAAATTAAACAAATCAAATGTATC AAAAAATTATATATTAAAAAATTGATAAATACAAATGAATCTTATTGTAT ATGTAGCACTATTGGACAAAAAAAATATACAATAAATGTATATATTTGTA TAAAATCTGAAATTAATGTTTGTAAATCTGAAAAATTTATGTAACTCTAT TTATTCTTCTTCCTCTTCCTCTTCTTTTAGAGAGAGAATTTAGGTTAGTT TTGAGGTCTTGGAAGAATGATTTAATTTCCTTAGTTTAGGGATCTATTAA GCTTATACAGGTGGCCTAATAACTAATTTACCGACCTCATTTACCCCCTA ATTAATTATGAACTAACCCCTAAGTCCCAACTTAAAATAACTAAACTCAA AAAAAGCCCCACCCAGGAGAACCACGACCCACGGACCGTAGGCGGGTTTA CGGGCCATATTGCACCTCTATGAAAACAGTAGAAACTTTGGCCTTGACCC ACGACCCCTTCCCACGGATATGGGTTCATCTACTGGCAGTAGATGCCCTT CGTGGAAGGCTGATTTTTGACAGATTTTGGGGTTGTTTTATGGTCCTTCT CAATGACCCTTTAAGTGGTCCTTGAAGAGTCTTACTTTGACATTTAACCC CCAAAACCTTCATTCTAAGTTCGGGAAGTCATTTTATAACTCTAACCCTC ACATCAAACTCTACAACTCAATCATAAAGATCTAGAACTAGTTTAATTTA CTAATTTCCAGGGTATTACAAAAATTGTTTAATAGCACTGTAAACAGTTA CAAGTGATAGAAAAAAGGAAGAAATTCGACCCTTGGCACTTTAGGGACTA TACAAAATATTTACAAATATTTAAAAATATGGTTGGATCGGTTTAGAACT AGCATTGCCGACTTAACTCATGACGGACTGTGATGGTGCTCGTGAAGAGC ATCATGTCCGTGTGAGTGCTCATGTACATTTCTTAGGTTAGAGAACTAAC TTGAGGTTCGTGAGAGGATAAACAGTTTGTATAGGGTCTGACGTACTATA AACCCTTTCGTGAACCTATTGTTGCGATTTCCAGTAGCTCCTCTAAGGCT GTTGGTGATTAAGACGGGCCTTGAGTTTGCTCGTGAAGAGCACCACGCCC TGTGAGGGTACCCATGAAGACCTTCTTACTCCCATATCCTTAGTTCTTTG ACCAACTCTTTCCTACACGCACCAACATACAGTGACACTATATTAACAAT GAAAAATATGCTAAAATATAATTACCTATTATATTTACAATCATGGGTTG CTTCCCAAGAAGTGCATAATTTAACGTTTCTTGATTACTCAGATTTTATC AAGTTTGCAATCCTCCACTATTTTTACTTCCCCTGGGATTCCTAAGTATG TCTTGTTTCACTAACATTGGATTTGAACCTCTTACATTTGTAATTCTCAA GCTCAATCACACCCGACTGAAATACCTAAGTTATCTTAAATGGCCCAGAC CATTTGGATCTCAATTTCCAGGAAATAGATGAAGTTTGGAGTTGAAAAGT ATCACTAAGTCACTACAACTGAAAATATTTTTCTCAATGTGTTTATCATC ATATGACTTCATTCTTTGCTTATACAGTGCAGACCGTTCATAAGCCCTTA AAGGAATTCTTCCATTTCATTAATCTGATCTAGTTGCAGGTTTGGTGCTT CACTCTAACCGAGGCTCAACTTTTTAGTGCTCAAAGAACCTTATGCTCTA GCTCGACAGACATATAACATGCCTTTCCAAACACCAACTTATATGGAGAC ATACTAAGGGGTGTCTTGAAAGCTATCCAATATGCCCACAAAACATCATG CAACTTCCTTTCCCAATCTGTCTTGTTGGTATTCACTGTCTTTTCCAATA TCTCTTTGATCTCCCGGTTCAATACCTCGACTTGATCACTTGCTTGCGGA TGATACAGTGTTGTCATCTTATGTTGTTTAACCCCATATTTGGCCAAAAG TGCACTAAACACTTTATTATATGGGGGCAATAGGACCTTAGTTTAGTTAA GATGTGTCTCTAAGATTTCGGTCATAGTTTAGGGGGTACTTATAAATTTT CCCTTCTTCTTATCTTATTCTTAGAATTCTTTTAGCAATTGGTTTGAGGG CAATGTAACACTCCCAAAGTCCATGGCGTAGTCTAGAGCCTCACATGTTT AACTAAGACTTGAGACACTATTTATAGGACTTAAATAATGTATATAAATC AATTAGGAAGTTTTAGAGTCAAAACGTCAAGAAACGTCGTGACATTCGAA AATTAGTGCAAATTGAGCTAGTAAATGTCCTTAGGTCTTGTGAAGGTTTG GAAGTATTAAATGAAGTATAAAACGTGTACAATCATTTTAAATAGGTAAG ATGATGTATATAGGGTCAAAATGTCCAGTTTCGACCCCCCAAGGATCGCC CTAGGGGTCCACGAAGGGACCCTACCCTTGGCCAAAGCAAGTCGCCTAAG GCAGCGATAAATTGCACTGAGATGAAATGATTCCACGTCGCATACATAGT CCACCAAGGACCAAAAGTCTTGGTCCGCATCGCGGACACGTAGAGGACTC CATTATTTGGAAAATTAATTTAGAAAATCTTGCAGGAATAGCTCCGCGAT ACGAACTTATTTCCCGATGAAAATCTTACATTTAGAATTTAAGTTTGACT TCATTAAATGGTCAACTTAAGTGAGGGGTCTTTGGGTATTTTATGGGAGG ATTATTTATTGATTTTCAATTACCTCACATTCACTCACTCAAATCAAAAT TTTCATATCAAAACCCAAAAGCTCTCACCTCTCTCTACTTTCTCTCTCTA TTCATCCTCCATTGAAGGAAAAAAGAAGTTTGAAGAAGGAGACAAAGTCT CCATGGTTCTTAATCAAATTTTGTGGATAAAGCTTCATTAAGGTATGAGT TCTTCACTCTTGGGATTCCTTTCCCCAATAGGTCCTTTCAAAGTTGAAAT CTAAATCACCCAATTCCAACGATTTTTCTCTACAAATGAGTTTTCTTCTA AACTTGAAATTGATGATTGATTATGACGAATTGTGATTACCTATGATTTA TTAGTTGTATATTATTCAGTAATTGATGTTGAATTATTGTAATTTTTCTC TTGGATCTTGCTTATGATATGACGGAAAGTGATGAATATATTGATTGTTA GACTTATGTTAACTATTCAATTTCATTCATGGACTGCCTATTGTCGTGTA TTTTGGGGATTAGATATAATTCTTGAAGAATTCATAGATGAACCATTTTA CCTAACCCTAGTTATGAATTGGATTGGTAGATGATTATGGTCAATGGATT TGATTATGTTATTGTTTAATTCACTATATTATAATGGTGATATTGTGGAT TATTGGGCAACTGTGATGGGTTGATGGTAAGATCTTTAAGATGGCTTATA AGGTTATGTGGTAAGACTTTGTAATCTTAATCCTTTACTTCAATGATGAT TGATTGTATTTGATGATGATGTGCAATTGAAGTAGTATATCCGCTTAGAT TGAGACTAAGATGATATGATTATTATTATGGGTTGGAATGAATAGGATGG TTGTGAGATCTTGATAGGGATATGATCATGCAAGTTTGAGTGTGAATTGA TTATGATGATCTCACTTATGATGGTGTAAATGAAAGGTAGTTCTCATTCT ATACCTGAAAAGCTAATGACTTGATTATACAAGGGGTTAGTCCATATGAC CTACATTATGGTTGATTTTAAGGCATAACAAAAAAGGGACTTTAGCTTAG CATCGAGTGAACTAGTAATGAAAAGTGTCCCTTCCCAAGTAGGTAAGGTA GGTTAACTGTGTTCTCATGATATAGAGATTACAATGCGAATGGCACAAAG ATGGTCTCTACAACGTCTCCTTGTTCGTGAACTATGTTGCCCCAATAGGA ATACTAGGTAGCGGATCCACCTAGAGGCTATGTACATGTTTGATTCTACC TTGGAAAGTAAATCACCTTCTTTCGATGTAGGGTTTCATGACACCGGATT CCATATTTAGCTCATGAGTGGTCTATATCAGTTAAGGAAATTGTTCTCGA GAGTAAAAGGAATGACTAAATATAAATGAAGATTAGACATTGATTAGGAT GACTTGAGGGGTTTACTTAGAATAGGCAGCGGTATGAGAATCTACCTAGA CATTGCACAAATTAACTCTAAAGAGAGTCCTAGGAGATGGTCTTATGCAT TACGATGTTATGTATTATGAAATGTTGACTTTAAGTGATGATACTCTTAT ATGATGTTGTCTATATTGATGAACATGTTGTTGGTCTAAATTGTTATATG TGGTAATGACTATCTATTATATATGTTATATGAAGCAAAACATTAATTAT GATCTCCTATCTTGTTTACTTGATTGTGTGCGGTTATGAGGCTTTGCATG AGCATTGCACTTGTAGGCTTGAGATGGGATTGTTGGTAAGGATTTTGTAT GATATGTTAATATGAGATATTGAATATGTAATGTTGATATGGATTTGTAT TGATGTTATGTTTGGTTATGGACATGTTTTATGTTATTGTGATCCTTATA TTGTATATTCTCTCTTGTATGTGCACTAAAGACTTTCTAAATGACTTAGC ATGTTTTCAAAGAAATAGTCACTTTCATGCATGCTTTCAAATGTTTTGTG TGCATATATCCATGCTTAGTACAAGTGGTTGTACTAACCCATATTTCTAT GTTTTTTACAATTATGTAGGTTTTGGCCATTGAGTTCCTAGAAGATTGAT TGAAGAAGACTTGGATTTCTTTCACCAAGGGTTGGTAGGTCCTCATGTTC GGGGATGTTACCTTTTCCATATTCTAGCTTTGTAATCGTCTTGTCTAAAG AAATTGTTCTTTTCTTTATCATTTGATACATTGTTGTAAGCCTATATGGC ATACTAAAGTTGTAATGGCTAAGTCCAATATTGTACTCGTTTTAGATGGT TTTATGTGAGACGAAGATCTTATTAGACTATCTTATGTATATTGGTTATG TTGTCTAAAAGAGAACCCTATATAAGCTTCCTGTGAGAGGAGTCTATGTA AACTGCCTATACGATATGTGAAAAGTTTAAGTACACTTCACTATGCATAT GTAAAAAGTTCTAATTTTTTCGTGTTTTGACCTATGACATGTAATGACGA ATGCTACGGGATTGTCTAAGTCCTCTTCGAGGACGAGGACGAGGACGTCA GTTACGTCTAGGGGTGCTCCCCGTATGTCACAGGCAAACTCCAAACTTCC AGCCACGAGTGTACGTGTTTGAGAGTAACAATGGAATCTTGGGGAGTGAT CGGCTACAACGATTTGCACCGAAGTCCAATCAAAATCACTTCAAGGCAGT GGCTTGTCACGACACAGAGTTTGTGATAAGCTTTTCAGTTCTTTGTAAAT CTTATCCAATATCAATATTATAGTATTTTTCCTAACACCGATTGATGGTG GACGTGCTTAACAACTTGAGATAGTCTCACTTGACTTGAGAATACATCAA TGAATTGAAACATTAGAAATTTATATTAAAATACTAGTTGAGGTGTCTTT ATGTGCACTATCAAAGCTAAAATGCTTACTTGCCAACTGGGATCTAGTTG AGTGGATTTTTTTAAAATTATTTATAATGCCTTTTATTTTAGTCTAATTG AAGTGGAAAAATATGCAATTGCACATTTACTATCTCGTATAGAAGATACA TTATTTATATTTTACTCCCAAAAAAGAAAAGAGATGTTGTAATTTGTTGT TTTAACATTATTACTCATGAGTCTAGATTATTGTAATTTATGTGGTATTA AATATTTATTACTCTCTCCCTCATTTTCCTCTATCATTTTGTTTGATTGA AGATACATATTTTCTCTGCGCCGCTTTGTGAAACTCTTCTTCGTAAGTTG CCCTAAATTTTTCCTCTTAGTAGTTGTATTATTTTTTTTTGAATGTGGTT GAGGTTTTGTATCATTTGATTTGGTTTTAGTTTGTTCTTATTCTTTTATC CATTAAACTTTTAACAAAATCACTTAAAATTAGTCCAACGATGATGAACC TTCTAAATAGTTTAAGAACAAGAGGTTTATTTGGATTTCTTGTGTTTGGG GAAGATCTTATATACAATGAAATAGATTCGAAGAAAGTCATATAGCCAAC CTACGAAATTTGAAATTAAGGGAAAATTGATTGAGTAATTGATAATTTTT TTGGGTGATTATCATTGATTTTTAGTTCGGATTAATTAGATACCAATGAT ACTCCTTTCCTTCTTGAAGAAGACTAGCTTATAATTAAAATAAAAATTCA AAGCTAGATACTTCTCTATGGCAAGAGAGAATTATTTCTTTTTCTTATTT TAACAATTAGTATGCATATGAACCTTTTTTTTTTTTGTAGTTTTTCTATC TCTGTTAGCTATAATTTCTTCTGAACTTTTTAGTGGGACTGTTCTCTTTG CAATTTTGTTTATGTGGAAGTTGGCTTGATGTTGAATTAATTTGATGAAT GATCATTGCTGAATAGAAAAGAGGGATTTTTTGTTGTGGGGAGGGGGTTT GATTGCTCGGGCTAATTAGTGGCCTAAAGACAAATAAATCTGAGTTCTAA CTTTTAATTTTTTATTTTTAAATGTAAATTTATCTTTTTTTAATTATTTT TTTTAATTTTTCTATGATTTTAAACTGTATGTATATGTGTTTGAAAATAT TTTTTAATGGGGGCTTTAAATTTGGGTGACTACGACGGATTCCTCATTTT TGAAAGTTGAGTTGTCCCTGGGCGGGGGTAGGTATAGCTTAAAACGAGGT ATCATTTGTCCCGCGTGCATATGTTGTTGCAGTTTGGGGAAGCCTTAGGG TGGTTGAGCACTTTATGGATAGATTTTTCCTTAGGTAATCTCAAGTGTGA TATAAGGAAATTTGGTTCAAAATTCTAAGTACTTTAATATGTCCAATTAA ATTCCTCTTTTTTCCGTTGGGTGCATTCGATTCTCATAGAAGTACTTTAA TCATTTATTCAAAATATATGTGAAAAAGAGAGAGAACAGAAAGTGATGTT CTTTCTAGTAGCTCCAATAAGTCACCATTAAGTTTATTAAATAACACTAC TTAATTATCAGTATCAGCTACTTTACATGTATTTAAAATCTTGTACAATA TGAAAGTACTTTCCATACGGTGGTGAAAAAGAAGTAAGTATGTAACAATA TTATCTTTATAGATGATAATATACACTAGACATTCAACATGTTGCTTTAA AGATGTTCTTATGTGACACAAGTGTTCTTTATATGTGCTAACCATTGTCT ACTAGTGTCACTTTCATGTGCTTTGTGTACAATTTAGTTTTTTCATTCCA CAAAAGACATTTCAAAATCTCAACCAATCAGTCTAACACACAACAAAATA TTTTTCGTTGCAGCTCAAATGGAGAGTAACAATTCTCACATTGACAACTC GACCTTCAGTGGAAATTCAACCCCTGCCAATGTGCCAAGAGATGTAGGCA CAACTGAAAGTATTGTTGGAATCGAGGAACAACGGGCAGCCTACCAAAGA CTTTATCATACATATCTTGCTCTATTCCCTACACAAAACGTGATTCCAGT TAAGTTTCTTCACTTAACCAAGGTTGTTTTGTTTATCTTTTTCATGCCTT ACTAATTAAATTGTGTTTGTCACTTGATTTTAAACATAATTGTATGCTTT TATTTAATTTAGGTATTTGTTGCTAATATAAAAAAATACCCACTCAGAAA ACATTTATTGTTATTTTTCAGTAATTCTTGGTTGGGTTATTTTCAATTGT AAATATTTCAGAAATTGTCAGATGTTCAAACAATATTCAACTCTTAATTA TATTTCGAAATCTAATAAATGTTTGATGAGTATATTCAGTTGGGAAACAT TTTCCCTATAAATGATACCCCCTTGGCTTAAAAAAGAATGACCTAGTTTG ACTTGACATGTATTTTAAGAAAATAAAGTAAACCTTTTAATCATCTAGTC CTAAATTAATATTGTTGTCAAATTTATCAAAATTCCCTTTAATCTAGTGG ATTTAAACATTTCACATAGAAAATGGAAATTAAAGTATTGTTCTTTTCAT TTTCTTGATGCCTTTGGTATCCTTTTCATTTCCTTGTGAGTTGATTGTTC TAAAAGTGTTGCGAACTTGTATGTTTTTTGTATATTAGATGTTTTTTCTA TTTTGTTGGGCAATGAGTCTACTCCTAAATGATTTCAATATTTCAGGAAA GATTTGGAGGCGATGGTCAGGTAATGCTTTGAAAACGCAATAATTTAAAG TTTGATATTTGAATTTTCTTTTAATGGATATGTTATCATGTTACATGGGT TTCTTATATTTTAGGAAATTTTGGAACTCCACGCGCAAATTGCTGCTAGA TTAAGATTATTGGCTTTTCATTTAAGCATTAAGGTCCATACATACCAATT GCCCAAGTCAACATGTCTTGATGGCAAGGAGCGTTGCTCCATATGCTTGG TAAGTGACACCTAATTTTAGAACCCCACCCCAAGTATGTAAACTTATTTA AGTTTGGTTCTGACCTTCTCCTTTTATGGGTCATGTTTGTCTTAGGATGA CTATTACGATAAGGAAAAACTCATTCAAATCATCTGTGGTCATTTATACC ATTTGGATTGTATTAGAGAGTGGATCAAACTCAAGAACTTTTGCCCTATT TGCAAGAGGGATGCATGTGCAAGAATCAATTAAAATTTTCATTGGGGTGG ACTAACTAGTGGAGTGACATTGTTAAACTCAAGAGAGTTGAATTAAACCT TAAATTGAGGAACCATTTTAAGTTTGAGAAAGATAATGGTCTTTAAGTTT GAAGTATTTTCTTTCATTTTCAATTATACTAAGTTTTATCTAGACTTTGA AGCTGAGCATAAATTGATACTCATGTTGGTTTGAATTTTCGATATTGAGC GAATTTGGTTTATAATTGATGCTTACTAGAGGTTTTGAAAGCCTCTTGAT TCTTCGCTTTGAATGTCTTCCAATTTTTTCATATATAGGAAGTAGGCACT ATATTCAACTAAACACCAAAAAGAAAAGTATATATTGTCATTCCAAACCT TCAATAACAAAAATCGCTAGGCTTATTCAAATCTCTAAGCTTCTCGCTTC CATTATCACAATGATAACACAAGAAATCACAAACGCATATATTTAAAGAG AGATCATCATCATAGAACATTTGGGTTAATTAGTGATTTTATAATATATA TTAGTGGCCGTTAGTTATTTTCAACTATTATGATTTAGTGATTGTCTTCT TTAGCTATAAAAGTGTTGAGTGGAGGAGCAAGGCTCGAATAACTTGAATC GACAATGCCAATTTATATAGATATCCCATTAGTTGACATAAATATTAGAA TATTAACATGATCTAAGATCTTCTTATGTAGTATACACAATAATTAATTC AAGTATTTGCTTCCTTTTAATTATGTTGTCTCCGTGACCATCATCTAAAA TGAACAACATCTGTGTTTGTTATTTAAAATAGAGGTCCATCTCTTTCTCA TAGGGCGGGTATATTATTTCTGATCAGGTAACTTTTAATCAAAAAATAAT TTTATTTCACTAATAAGAGAAAATGACTCGTAAAAAATAATTTTTAAAGA AATAAATATATAGGAAAATTTTAGTTTCAAGGCCCAAGGGTATATGTAGT CTGAAAAGATGGATGAAGAATATCTTCTGATATCAAAATTATGATTGAAA AAATATTAAACTACGAGAGAAATTAAAAAGAATAAAATAAAAATTGATGG GAGTTTTTTTTTTCAAAATCCAAAATTGATTCAGTTGAGAGATTTATGGG GATCGAGAGACTAATAGAGAAAATTAAGTGAGAGCGGAAGAGAGTGAGGT AGTGGAAAGATTTGTGTAAAATGGGAATTGGGTTACTACACGTTCTATTA AAAAAACGTAGGCCCAATTTAACAATTTTCTTAAACAATAACCATTTTCT ATAATTAATAATTAAAACTATAGTCACGTAGCATAATTAAGTATTAAATG TTAGCTTAATTATATAATCTTCCCTTATCAAACTATCTAAATCAATAACC TATATTAATAAATCAATCATTTTTTTTATTCAATTATTTTTTCGGATTTA GTTTCAAACAACTCCATTATAGAGCATCCAAAAAAACAGGAAAATTACGC AACAAAGTAAACTTGTACTATTTGATTACTCATCATAACTATAATTTGCT GAAATTACCACTCGCGATTAACATCATACATTAATTACGTGGACTGACTT CGAGTTTGTATAATTAGTCACGTTTGTATATGTATAATTCGACAGAATTT ACTAATACATATGTATAATATACAATTATTTAACCTATATACATATACAA TTCACCTCTCTCCCGCTCTATGCTCTCTCTTGATCGCCTCTCTCCTTCCT CTCCCAATATCGCTCGCCTCTCTCCTCCCTCTTCCAATCTCGCTTGCTAT ATATAAAAATGCATATGTATAATATACAATTATATACCACATATAATTCA CCTCTCTCCCACTCTCTGCCCTCTCTCGCTTGTCTCTCTCCTCCCTCTCC CAGTGTTGCTCACCTCTCTCTTCTCTCTCCCTCTCTTGCTTGCCAAATAT ACAAATATATATATATATATATATAATATACAATTATCTAGCTGATATAC ATATGCAATTCATCTTTCTCCACTCTTCCCCCCCCCCCCCTCTCTTGCCT CTCTCCTCTCTCTTCCAGTCTAGCTCACCTCTCTCATCCCTATAACATGT AGCTACAAATTGTAATTATCAAACTATATTTATGAAAAATAATTAAGCTA TTTTTAAATGGGAAAATTGTATATAATAGCAAAACTAATAAACTAAAATA AATGGAATAGCTAGGGTTTGATTTAATTGTGCTCCATAGCAAACGTTAGC TAAAATTTTCCAGCGTCTCTCTCCCAGAAATCTCGCTCGCCACTCTCCAT TCTCGCTCGCCTCTCTCGCTTTATACACAGAAGTGTATAATTCTGTTTCT GTTTTGTATAAAGCGAGAGAAAATTGTATATACACATGCAAAAATATATA TCTTCATGTTATACACTTAATTATACAATTTACAAACATTTTACTTCAAA TATTATAGAGAAAAAGGTCAACGAATTATACAATTGCGAATTATACAATT GCAGTGAAATATAATTTTCTCTAGCTTTAAACAACAGAAGTATATATATT GTGTTTCTGTTTTTGTATAAAGCGAGAGAAAAACATATATCTTCTTGCTA TACACTTAATATTGCAGCGATAATAGGTAGTGAATTATATAATTGTGCAT TATACAATTGCAGTGAAATAGGATAGCGAATTATACAATTGCAGCGAAAT AGGCCAGCGAATTATACACTTGTATATGTATAGCGAATTATACAGTTTTT ATGTTTGCTATGGAGCGCAATTATGCAAAGTTTGCTATAGCATACAAATA TGAATTTTTTATTTGCTATATGTGAAAGTTGCCCATTTTAAATGGCTATA TATGAAAATTCTCCAATAAAGAAGACCCGTTGCAAAACTTCCGCCCATTA TACCTTAGTGTGAGACCCAAAACCGCACGGCCCATTTACCCGTTTCTAAC ATCTCTCTCTTTCTGTTTCTTCTACTACCCTTAAACCCTAAACTCCGTGT GCTGCCATTGTTCACTGGTCCTAAAACCCTAGTTACTACATTGCTGTTCC TTTGCTTTTATTTCAATATCAGTCCAAATTTGCAACTGATTGTAACATAT TTCTGCAAAAGTTGTGAACTTTAAGCTCACAATTGAATCATGAAGAACCT GAAAAAGAAGAAAGCTTCAGCTCAAAACACCCAGAAGGGTAGTAAGAAGA GATTTTCAATTGAAAGCGACCCATTTTTCCATGAAGACAACGACTTGAAA AGGCGAAAGAGATTTGGAGATGATGAAGATATAGAGAGCAGTGATGATTC AGAGGACATTTATGGGTCTGATGATGAAGGAGTGGATAGGAATGAGCGGA AGGATGAAGAAGAGGAAGAGGAGGAGGAGACGGCAGCTGAGAAGAGAAAA AGGCTGGCGGAGACTTTTTTGCATAGTATGAGGGAGTCGAAGAGGAAGGA AGAGGAAGAAAGAGAGAGTGAAGAGGAATATGATAGAGAGGAGAGGGAAG CAATGAGAGACTCATGGATGGTAGACATGTTGCAGAAGGAGCAGATGGAG GGCAGTGGTCGTTCCAGAAAAGCTATTGCTTCCAGGTGTGTGATAAATAT GGATTGTTATTTCATTTTACCTGGATTTACTCTTTTCTGGCCTGGATAGC TGTAATTGCTATTGCTTCCAGATGTATTTTAGTAATTCATGTAATTGCTG GATTTTTGGGTTCCCAAGGGGATGGTGGTGTGGTTAGGTATGTATGCAAG TAACAACTTAGAGGTCATTTGGTTTAGGGACGAGCTATGCAGGGGTTATA TGTGGAGTGATTAGTAATGCAATGATAAAAATGTTTGGATTGTAATGTAG GGCATGTATAATGTAAAGATTATGCCTTTTTGAATGTTTAGTTTCATATA TTACATATTACTAGTGTACAGTGTATAACTAAAATATTTGTTATACTTTT TTAACAAAATAAACATTTGCTTGTTATAATGTTGATTTTTAGGTGGAGAT TCACCTCCTTAAATCCCAACCAAACATTGTATAATTTATACTAATTTTAG TGAGATTGTATGTCCTACAATCTAAACTAAATGGCCCATGTTTGAATCCC ATGCACAAGCTGATCTAGACTCCATTATCACTGAGCGAATGAATTGAATC AGTTGATTATTTTCAGTGGTCAACCAAATTGAGTAGAAGCGCCATGAATA GCCCATCTTTGTTTCTGTTTTAATGTTAGAAGTGTTGTGCTTGCACATAG GCTATAGCTGAGGTTCTTTTGAGTTGAAAGTTGCTACTTCATTATCTACT ATCTAGATAATCAAATAATTGGTACGTATGCTGTTGTGTTCCAGTAAAAC CATGATAGGAGATATTGTTCCATTCTTGCAAGTGGTTAAATAAAAAAGGA CATAGGTTTTACTGTTTTAGATAGTTATTGAGTTGTACCATTATTCATTC TCCAGGATTCAAAAACCCACCGAGGGATTTCACCTTTTAGTGAAACATCG ACAGTCCGTAACTGCTGTGACTTTATCTGAGGATGACTTAAAGGGATTTT CATCTTCTAAAGATGGCACTATTGTTTGCTGGGACGTGGACAGTGGAAAG ACAGAAAAGTATGCATGGCCTACTGATGAAGCTCTGAAGTCACATGGTGC AAAGGACCCACAAGGTCGAGCAACAAAACATAGTAAGAATGTTTTAGCTT TGGCTGTCAGCTCTGATGGACGCTATTTGGCAAGTGGAGGCTTAGATCGT CACGTTCATTTGTGGGACATCCGAACACGGCAGCATATTAAGGTACCATG ATCAACATTAGATTCTGACTCTCTCTCTCTCTCTCCCCCTCTCTCTCTCT CTCTTATTTCAAATTAAATCTGTTGAGCTAGATGATAGCTTGGAACTCGT GTTGGTCAGAGTTCTCTTTGCAAGTGCAACAAGCACTCAAGTGACTTAGT TGGCATTTCCATTGCAAGTTCAATTTTTTTTGGAGCTATTTGCACTCTTC AAATATGTAAGAGGCTAATTCATTGATTCTTTATTTAAACTCTTCATTGC TACTCTAATATGAAGATGATTCTTTTACAGGCATTCCCTGGTCATAAGGG ACCTGTTTCATGTTTGACATTCAGACAAGGATCTTCTGAACTGTTTTCGG GGTCGTTTGATCGATCCATCAAGATATGGAATGTGGAAGATAGAGCTTAT GTAAATACTTTATTTGGTCATCAAAGTGAAGTTCTAACCATTGATTCTTT GAGGAAAGAAAGGGTCTTGACAGTTGGACGAGACCGAACCATGCACTTAT GGAAGGTAGTTCATGGCCTTTCATCTGCTTTCAGGAATTCTTTTTCCTAG CTATGTATCTGTGTAGCGAAAGTAACTCTGGTTGTTTCATAAGTATTCAA TGATTTGTTTCCATATGAGGAATTTAAACGAAGATTCGCGCCTTGTTGAC AAAGAAGTCCTTCTCATGACAGGTGTATTTTTCCAGTAAAAGGCATAATT AGTTGAGTTGTCATCCACCATGTCCTTCCTTAGTGCCTGAGGTCTGAGCA TTATCCTGATCCAAGAGTTTTTGTTTTCAAAACTCCTTTCAAGATTCCTT GAAGGTTGCTCTAGCAGTATTACCGGGTCTCTGATGTCAGATAACTTCAA TTTGAAAAGCGAATAGTAAAAATGTTAGATTGATGTATTTTAAAAAGAAC ATTATATTCTTGAATATTGAGTTTGAGGATGTCCAACTAAAAAGGAACTA AGGCATGTAAATTCGGTTAACCCTACTTTTAGGATTTGCAATTTGTCATA TTTAAGTTGGTGAATCCTTTTTTTTATGAAGTTGTAAGAATAGCCAGACA AAACATTCTTGCTTCCTTACTCCTAGCTTCAATGGGATGTTAGAAAATCT TTATGAAGATTATATGTTGGTTATAGGGTGTGGAATGTGGAGGAATATCA TGAAGGGATGGTTAGATTTTTATGAAATATGAGATTCCGAGTATGTCATA ATACAGTATCATGTCAAAGGAGGCAGTAGTCCAGCAAATTAGGTGGACAC AAGTGGCAGAGATGGTTTGGGATTTGAGATTCAGGAGGGGTTTCCAGAAC AGGGAAGTGAATGAATTTTAGGGGTTGCTAGCTTTACTACATCAACACTG TGAGCGAGTTGAAAGACTCGATACAGTGAGATGGAAATTGGGGAACAAAT GTGTGTTTTAAGTCAAGTCCTTGAGAAGCTTTTGGTGAGGGTGAAGGAGG CTTTTTCTGTCAAGTCAATTCGGATTCCTAAGGTGCTGAGGTAGGTGTGC TTTTTCTCATGGTTAGCTTCTGGGGTGGTTTTGAGGGTGGAAGTCTTTAA GAGAAGGAAGGTTGTGTGTATCAGCTGTGGTACTTATGCAAGGAGGCGGC GAAGTTGTAGATCATCTTCTACTATACTGCAGCGTAGCAATGAGGGTGGG ATATGTTTAGTTGATTTGGTATACCTTGGGTGATGCCAAGGTCTGTGAAG ACTGAACAAACTGTTGTTTTGCTGGAAAGCTTGAAAAAGCTGGATAAAGA GCAGGACATGGAATGTTGCCCTCTGGCTTTGATGTGGGTCATTTGGAGAT GGCCTTTTGATTTATGAAATGAAACTGTTTTACCTGATAAAAAATGGTGT TGCTGAGCCATTTCTTCTGAGACTCTTGTGTAGTTGTGCTACTAAGGTTG TAGAATAGCGAAAGAAGTACTCTTGCTTGCTTGCTCCCAGATTCTATGGG ATGTTAGAAAATCTTTAGAAAGATTATATGTTCAGGTTATGGGTGTGGCT GATCTATTCTTCTGAGAGTTGTCTTTTGCTACTATGAAGTTGCCTTGGGG ATCTATTTTTCTGTTTTAAACACGATTACTTAATTTCTTTTTAGTGTATT ATGGTTCACCACTGTGGTCATCATAGATATATCCTTGAAGTTCCATAAGC GAAAGTTAACTTGAGAGGGTTCTATGACTAGATTCCCCTCGCAAGGTTCT TTCTTGAATTAATAAGAACAAATCTTGAAGTGTCTTTGTTTACAAGTTAA ATTCTTTTTACAATTTTTACTTTTCTAATGCATCCACAGATAGTTCTGAC TCTTGATGATTTTCGTTACCACTTTGCCTCCCTCTATCCTGCCAATAGGT TCCAGAGGAATCTCAATTGATATTTCGTGCTCCAGCAACTTCCCTTGAAT GCTGTTGTTTCATCAATAATGATGAGTTTCTATCTGGTTCTGATGATGGA AGTATTGAGCACTGGAACGTAACAAGGAAGAAGCCTGTCCACATTGTAAA AAATGCACATGCTTCATTGCAATCAGTGGGAATTGAACAGAGCAATGGGG CCCTATCAAATGGCCACATGGGTAAGCTTTCATTTTGTGTTTTTCTGTTA TCTCTCTCCTATGATAGAATTCTTTTAGTTGTATTTTCAATATCGATATT TTGCTTCAATATGAATTCTTTCACCAAAAGTTAATTGAAAATCTAAATGT GTTTCTTGCAGAAAATGGCACACTTAATCCTCAGTGTCATTCCTCATCAG CACTCTCTTGGGTTAGTGCGCTGACAGTCTGCAGAAATAGTGATCTTGCA GCATCAGGAGCTGGCAACGGGTCCGTTCAATTGTGGACTATTGAAAATGA ATCAAAAGGCATCTCTCCATTGTTTGAGCTCCCAGTGGTAAGGAATCTAT CAGTGTGTACCCATATGTTTTGTTGGAACTTCTTTGGATTTAGTTTGGTA AACTAGGAGTCTGTGACTTAATTATACCCAGGAGTAGAGGGGATATTGTG GGTGAGGTGTACTGGATTTTGTGGCTCACATAACATCTGCTAGTATTACA AAGGCGGAAAATATTGTGTTATAAAGGCATGATGGGCTACCAACACTTTA CAGGTCTAGTGACATGTAAACCCCACAACATTATGTTTCGACTCAATAGA AAAATGATAACTCTGCAGGGGTTTTAAGTTGGCTGTAAGAATGCAGAACT GGTATGAGTTTAGACTGTTCAGTATTTTATTCAAATCTATGGCTGTTCGT CCAAGCATGCCGAAAATGGGCAAGTCGAAATGTGCTGCCAATTCTTGTTC TTCTTCTCTTTTTTCCAAGCAAGTGCCAACTAAAACAAAATTCTGCCATT CCCAACATAGTTCATCTGAATATCAGATTAGTTTTATCAGTCCAATCACA CTGAAGCTTATTCTGGAAAAAAATGAAGAGCTATTAACAAGATCATTTTT TAAAAGGTATTGTTAATGTTCAATTAGCACTAAGAAAGTGCAGATCTGTA CTGGTATACAAGGCAAAGAGCATAGTTAGTCAATTACCATTTCTTTTCTT TTTTTTTCACCAAAAGAGAAAAACATGTATGCAATTTAACTTGATCTTCT GGATAGGATTGACTCTGCCTTTAGTATCCTTGCATCCCTTTCTTTCTGCT ATACATGCAGGGATTGCGTTCCACCACCATTTGTTCTGCCTCTTTGAATT CCTTTGCTGCACCAGCATCTTAGAATGTCCATTGGTATCCCTAGGTATCA TCCATTTTAGACCCACCATATATAAGAAAAGCTGCCAGGATATTTTCTAA AAAATTATGCCATGGTTGGTCTGTTATTGGACAATGAAGGAATAAATGGC TAACTGTTTCTGGGTTCCTCCGACAGAAAAATTCACCCAGAACACAGCTG AAAACCACTTTTCTGCCAATTTTCTTGTGTCAAGCACGATTCTTTCTCCA CCAATCAGGAGAAGCATGCAAATTTCATTTGTATATCCACTTCCCAGATC TGTTTCCATGGCCAACATACAACATAGTGACTGTTGCACACACCTGTAGT GAGACAAGTGTATTATGATTTTACTGGGATATTGAATTGACATAGTCTCC TTTCCCTGCCAAAAAATGTGACAGTATATCAATTCTATCCACAATCTCCC TAATTCTCCCTAACTATCACAAAGGGGTTGACCTAGATATTAAAGATCTG GAGTGGAAAAAGAAGAAGAGATGACTGTTTCAAAACAAGAGAAAAAGAGC TGGAGTAACAGCCTTAGGATCAAGAATAAAATCTCAGCAGAGGTCAGATT TGGTGAATCATCCCATTCTACAAGTCTTGGTTGGATTAGTTGAGGTGCAA GCACAAGGTTGTTTGGAGAAACATTTTCTGAAAAAGGGGTCTCTTACTAT CATCTCCTTTGTAATACAGTCTGACCTTTTTTTATCAGCAAACAAGACAA ATCCGTGAGTTTAAAGTAAAGTATTCAACACTTATATTCTTAACTCATTG GCATTAGCACTGGTTCTCCCCTAAAGTTCCCTCTGGATATGTAGACAAAT AGAGCTTTTAAAGGTAACTGACTTCAGCAGCTGTCAACAATGTTTTTTTT TTTTTTTTTATGATAAGGAAAACCCTCAGCCGCTACCCTTTGGGTGCGCA CAGGGTAAAACCCCCGCTCCTATGTAATAGCTCGCAAACCACATAGGAGA GGTAACCCGTACTAGGCAAGCCTGGTGCGACGAGCTCAACCCAGAAGGCA AACCCCTTGCTTTTGTTGACAAGGGGTTTCGAACTTGAGAGTTGAGACCT CCAACATGGAAGTCTCAAGCTCGAAACACTGGGCCACCCCGAAGGGTCAC AATGTTGTTTGTAGATTGCCTAGTTAGTTTGCATTATCTATGTTCAAGTT GAGTTCTTTGACATCTTAAATCAAAGTCAATCTTCCAGTTAGTTGTTTGA TGTGAATATAAAGTAACCCTTTATCTTACAATGAATTTCTTAAGCAGTTA ACCATATATGAACTCTGCTAAACGTTACAAGTTCCCCCACCCCCACATCG TATGTCGGAAAAGGATATATCCTCACCATAGGAATAAAGGATTGCGGTAC TCTACCTTTTGGGTTACCCTTGTATAGTGCCAGCCTTTGGTCATGCTTGT GAATGAAAATACTTTTACTTGATTAAAAAAAGAATGAAGGTCTGCATTCT TGAAGATTTCTTAATAGCAAGATATTTTTTTACCTATCAATAGAAACAAA AAAAGTTTAACGTTCTTGCTTATCACGGTTGTTCATGCACTTAATAGTAA ACATATATTGGCGTGTCTTTATCCTTGCTCACTGTTCTTGATGCTCAATG AAATTGGCAAATGAGATTAAGCGTGCTCAAGTCATTGGGCTTTATTATAA GCAATATTTCCGGGGCTATTTGAATGCTGCTTGTGCCTTGTAGACTAATG TTGCTTCTTTAGAACAATGCAATGCTGATATGTTCATTGTTTTAATGCAG GCTGGATTTATAAATTCCTTAGTTTTTTCAAAATCAGGACAGTTCTTGGT TGCTGCAGTAGGGCAGGTGAATGGTTCTATCTCTATTTTTATGTTTCAAT GTTTTCCAACTTTGCAGAACAGATCCAAAAGATTTAATTTCTTCCATATT TGTTTGAATTGATGATCCATCTTCTGGATACAATTGTATAATACATCACT CAACAATTTTTTGCTTGGCCAATTCTTTTTGACTGTGATCAGTGTCCTCT TAGAACTATCGGTATTTGAGATGACAAGTTAATTCTTTTATTGACGGATT AGAATTTTTTTTTGGGATGATTAAGTTATAGTTTCTTAGTATGATTTCCT GTCTTTGCCGTTCCTTGTTTGGACGTTTTCAGTAAAAGTCTTAATTCTTC TTCGTCCTTCAAAGAACCAAATCTTTTTCCTTTTTTAGTTTTTCACGAAG TTATCATTTCTTCTGCTGTGTTCTATCCTTGAGTATGTTCAAAAGGTTTG CTAACATGTGCCTACGTGAAACTTGAAATTTGATTATTATGATGGTAGCA AGATTCCCTCCCTTGTTTGCACAAAGATTATTTAGAACTTCTTAGGGTAT GGGGAACAGAGTGTGGAAATGATAAGAACATTTTGAGTTGGTTGCAGAAA GCTAGCATAGATATATGGCACATTTTTGGAGTTGAAAGTGACTACTTTTT CTCCCTTGTAGATGAAAGAACATTTAGTTCCATATCCAAAAAGCTTCTTA GATATAGGCGTAACTGTATCTGTGGACCAAGACTCGTCTGGGTAGAAAAT ACTATGTTTTGAGTCAGACTTGGGTTATTGATCTGAGTACCTTATTTTGT AATGAACATGGTTTCCTGATGATGTGCAAAATATCATCCAATATTCTCTA GCACAGGGATTCATTGAATTCACACCTGAAGCATCTTTAATAGTCCATAT ATTGCTATTTTATCTCATGCACCATCATCTGCTCTGATATGCAGGAACCT CGCCTAGGAAGGTGGGGGCGTATTGCTGATGTTCGAAATGGAGTTTTTGT GCATCCTTTGAAGCATTCGTGATACTGAGCTTGTTGGTCATTGTCCACTT CGGCTCATGCTAAAAGGAGGAATAGCCTTCTCTGTACTTTCTTGTGAGGT CAATATTTATTTTTATGTTGGCAAAAATTTTGATATATTTTATTCGCTCT TTTCACCTTTGTTCATATTAATTCAGCTACGTAATAGAGAAATACAGAAC AATTTTAGTGTATTAATTGAAATTCAAATGATTTCAGTGAGTTTGAAGGT TTTACTTAATACTTCTCAAGAAACAACAATACACCCATTATAGTCTCATA AAATGAGGTTTGTGGAGTGTAGAATGTATGCAGATTTTACTGTAGCTCAT GTCTTCGCAAATGTAAAGGACAGAATCTTTAAGACCTCTTTCCTCAATAG AGAAGTTTTCTTTGTCGTCACATATTCATTTGGAAAAAGTGCAAAGTGAA AAAAGTTGTCTTCATTTGCAATGTACAGGTGAACATCATCAATTGTATCA AGGGAATCATGGAAATGTTGCCAAGATGGCTTTTGGTATTCATTGGTCCC CCTGCTAGAATGACCAAAAAAATAATGCATGTATGAATTGATGCCCTTAC AAGAGGCCAAAGCATAATAATGACCTGGTTGGTCATAAGAAATAATATCC ACTTTGCAATGAAGTTGTATTCAAAATAACATTTTCATGTGTCGTAGCTT TTGTGGGTCGCGTTATCTTGTAGTTGTTGATGGTGAGATGTGGTTGGTAT TTTTTGAAACTAATTGAGGTACTTGAAAGTTGATTCAGCTTCACGATTGT AAAAATAAAATATTAACCTTTTCTCAAATAAATTTTCTTTTATTTAAGAA TCAATGTTTTGATCAAAATAATAAAATGAAAAATATTTAAAATCTTAAAT GCAATTAATCACTAATTTATTTCCTATTTGCAAGATTGGAAAATTTTCAG ACCTATTTGCAGGAACTTTTAGTTTGAAATATTTTCAAAAATTTGGTCTC ATTAGATTTTTGTGGCTATATAGAAACGCACTAGCTCAAATTATCGTCAA TTGTATCATTGTAAGTGTAACTGTTATTCAAAAATTATAAATTGTATTAA TCTTTTCTTTTTGATAGTTATAATATTCAGTCATGTATCTCGATTAATTT TACGAGATATCATTAATATCTATCCATACAAATATGCACCAAGGCTTTGC ATATACGAGGAAAAAAAGCACCTAATATTTTTCTCATACAATTTTTCTTT TCTACCAATTATCATACATTTTTATCCAAATACACCAACCATGCATAATC ATAATTCTAATTAACAATCACAAATTCCTTCTAACAAGTTATGAACATAT ATTGGACGAAAAAGCATTCAATTATGAACACATACACTTTTCATCAATTA AATCAAATCTTATCGTAATAAATACAACTTACCTTCTTTTATGATATAAA TAAACATTTCGAATTATCAAAAAAAAAAATTATCTTCAAAAATATTCAAG CAAAGTTATCCTTTCTCAAATAAAAATATTTGTTTTGACATTTTCTACCT CTTGATCATACTATTATTATTATTATTATTTTATTCATCTATCTAACAAA TTTAAATTTCGTCTTTTTTCAAGTAAAAAATGAAAAAGTATTAATTTAAT ATTTTTTTTTAATCATACATTTGATAAAATTTATTTCGTGGCTTCTTTTT GACATTTTCTCCCTCTCGATTATACTATAAGGAATTTTATTTTAAAAAAT AAATTCACCGATCCAACTAATTTAAATTCCGCCCGAAAAAATTTGATAAT AGGTAATAATAAAATTTGTTTTGTGGCTTCTTTTTTCTTCTCAAAGGTCC CCAAAAAATACAGCAAGGAAAAAAAATGCTTCTTTCCACCGTCTCACAAT TGGTGCTAAGTATAATTCTTGATAACAATTGAACCGAATCCAATCTTATC AAAGACTGCTCCCCACCTTTTTCTAGGGCTTCCTGGGTTCAAGATCATTG TTGGGGTTGTTTTCTTTTTGTTCCTAGATCCAAATTGTTGAAAATTCTCT TCTGGGTCGGTTCTTGATTCTGAAAAAATGGCTATGTTTTGGCGTATGGC TGGCCTCTCCACTGCTTCTCCAGTAACCCCTTTTATTCCCTGACTCATAT TTTTATACTTTTTTGTGAAAGTTTATGTACGATTTGAATGTTTGGGGTGC TATATCATCTAGTGTTTATTTATTGGAATTGTATTGGGTGGTTTGTTTTT TAAGAATTTTGATTAATGCAAATGGGTTTTTGTTGAATTTCTTGTTATGC ATGTTGTTTTGTGTTTTAGCAGTCTTAATTTTGAATTCAGAATTGTGTAA GGGAAGATTGGTAATGTGATTGTTCTGGACTTTTATAGTGGGGAGTACTT TTTTGGACTGAATTTCTAGTGGAAGTTAATGTTTTGGGGGTCTGGTGTTT ACTTCTTATATTCAGATTGTCTTAATTATGCAACTCAAAGAGACTGAGTG TTAAATTCCTTATTGAAAGAGGGTAAAATGAAGAGAGTTGAGTGTTAGAT GGACTTGGATGATGGTGGCATTTTTAAAGATATTTTTTGGGTTAATTTTT AGAGCAATGGAACAGTGGCAGAGGAGAAGTTTATGATGGACTGGTGGGCC TTATGATTGGATCTAATTTCTTGAACAAATAGCTGTGGTTTGATGAATTA TACATCTTTATAACTGCTAATTGAAGAAAATAGTACCAATGAAGTTCCTG TCTATTAGGTCCTCAATGTTGAACCGCAATTCTACTTTGTGCAGCATTGT GGAATTTTTCGAGGAATGTACTTTTTGTAACTTGCTTTTTGTCTGAACTA AGTGCTAGATTATGTTGCAAATTTTAAGCTATTCTGCTTTCTAGATTGAC ATCAACGAAGTAAATGATATCTCTTGGTAAAATTATGTTCTTCCCAATGC ACTATTTCACTTCAATTCTTATGCCACATACTTGGGCGATGTACCTTTTG CCCATACTAGACACCTTTTCTAAGCATGCCCCGGTAGCCTTTCATTTGGA ATTTGTTGTTTTTATGGAATTTAGAGGAGCTGATCCGGGGAATGGAAATC CATTTCTTTGTACCACATACATAGGCCATTTCAAGTCCTATGCCATATAC TTGGGCAATTTACCCTTTTCCCATCCTAGACACCTTTTCTAAGCATCTCC AGATAGCCTTTCATTAAGAAGTTGGTTGTTTTTATGGAAGTTAGAGGAGC AGATTCCAGGAATGGAAGTCCATTTGATCGTGCTCTGAAACTTTAAGCCA TATAATTGTACTAAATAGGTACAATATATATTTTTCCCCTTTACCCAAGA GATTCCCCTGAGGATCAGTGGCGCACAGTTAGAAACTTGGTGGATAACCC CCTTCTTTTTTACACTTAATACCAGACTTTTGTCTCTAGAGGGTTCAAAA CTTGTTATGTGTGCCTAAACCACACATAAAATATAACACCGATAGTATAA GATATCTAACACCTATTTGTTGACTCAATTGTTTGCTAGCTTATTTAATG GGCTAACTTGATAAAGGCTTAACTAATTGAATAATGATGTGACACAATGG CTATGAGTTTTTTTTTGGGGGGGGGGGGGTAAAGGATAAATATGGAATTT TGGAACGAGGTGGAGAACTAGAGACATCACTTTGCCTTTCAGGCGTTGTT TAATTTTGGGGAAATAGATGGCGCGGGGATGACACTTTGAAAGATGATTT CCAGTGTCTCTATAGAATTTCTTGCCAGAGAGATAGTTCAACAAATTAGG GGGACATAGGCGGAGAGACTTTTTGGGACTTGAGCTTTAGAAGGATGTTA AATGATTGGGAAGTATCAATTGTAATTTTAATTGTCTAAAATAATAAAAT GATTGGGGAGTAGGTGAGCTCCAAAGATTGTTAGTCTTAGTACATAGGCA AGACAACCCTATTGATAAGCTTGATGCATGGTGGTAGAGATTTAAGGGAA AATGGCATGTTTATTGTGAAGACTTTCTATGAGAATCTATTGCTTAGGGA GGAGCAAGTGTTTCCATGTAATGCAATATGGATCCCAAAGGCACCAAGGA AGGTGTGCTTTTCACTTGGTTAGCCATAAGAGGCTCGATTTTACAATAAA GAACTTAAAAAAAGCAGAAGATTGTATTCATCGGCTGGTGTTACATCTGC AAGGAGGCGGGTGAGGATGTGGATCATCTTCTCCTACATTGCAGTTTGAC AATGAGTGTATGGTGGGATATGTTTAGGTGGTTTGGCGCTCCATGGTTAT GGAAAAAATGGTGAAAGAATTGATGTTCAGTTGGAAGAGTGGGAGGAGAA GAAGACGAAGGGATGAAATATGGTGCAACTTGCATAATGTGGGTTGTCTG GAGAGAGAAGAATAAAAGAGCTTTTGAAGGTGTAGAGTCGAGTTCCCCTC AAAGTATCATTCATTCCCTTATTTTATTTTGGTGCACTCAGAAAGTCCCC TATTGTGTAGACGATTGGGTGGAGTTTTTAGAGATTCAGTTGATTGTGTA GATTCTTTACCTTTTGGTATACCACTTGTGTATGGTCATTTTATGGCCTT GTTTATTATATGAAATATGTTTACTTGATCAAAAAGATGATGTGACACAA AGGGATGGTTTCATGATGATAATGTAGAGTGAACATGTCAGTTAACTGGA CTAATGTAGATTGTTGACATAACAGTTAAATTGACATGTACTGTTCCCTA AAAAGCAGTTGTAGAGTGCTGATTTTACATGTTAGCTACGGGGACAAATG GATCTTCTTCTAGACAATGTGGATGTGTAGTCACTTTATATTACACTGGA AGGATACAGGGTTTCACCACAGCAATCAGTGTCATCTAGATGGTTAAAAG AGACGAAAATAATTGAATTATTAGGAAAGAAGAAAAAACTTTTTCTGTGC TCATGACCTATGGCAAGTCTACTAAATTGACATGTACTGTTCCCTAACAA GCAGTTGAGAGTTTCTGATATGAAGGATAAGGAGGAGACAAAAAAGAGAA CTTTTCAAAGATTTTAGTAACAACGTAGGGACTCCATGTATAGTAGTTTG TCCTTTGGAAAACACAAGGTTCTTTATTAAATTGGACCTTGCTAGTGTTA TTTAAACAGTAGGTAGGCAGTGAATGTATGACAACTATCTCTCAAGCACA TCTTTAGTTCCAATCTCAATAATTAAATTGAATATTCTTCATCATATATT ATGGAATTTAAAAATATTCTGCAACTTTTGCTTTGGAGTATTTCAGAAAT ATTCTTCTACATAAATTTTATGGATGCAAGCGCAAATTAATATTTGATTT CATTACTTCTCGGTTTTCAATATTGCTTACTCCAAAGCTTTGTATCAGTG TTCAATTGAATATTGATGTTGTTTCTCAATAAATAATGTGTGTGGATATT TTATAATAAAAATAATGTGCATAGATTTATAGGATACACTTACTATTTTC AGGTGGAGACAATTTTGGATAAGGAAAATTTTGCACTGGATGAGCTCTTG GACGAGGATGAAATAATTCAAGAATGTAAAGCTCTTAATGGACGCCTTAT TAACTTGTAAGCACCTTATTCGCTTGGTATGCTAGATATAAGTTGTAATA AAATCAAGTTCTATTAATCTTGGATGTGATGTACAAACTACAAAGTATAT CCCAACCATTGATGTTTCATGGAAAATCCATTTAAAGTAAATATCTTTTA TTGTGAAAAGAAAAGTCTGGATTTGCTGCTGTATGATGAGGTTTATCTGA GGGAGTCTAGTGATGCATGCGTGCATTTGAAGCTTATTTACGGTTTAAAA TTGGCTAGTCTGGATTTAGTAAGAACAAGTGGTTAACTTTGTAATTCTGG TATGTTAATTAGGACTACAACAATTTTAGTGTGCACCAAATAAACATGCC AAGTTATCCTTCTTGAACACAATTTTTTGTTTTTTGTTTTTGTGGGTAGG GTGGGGGTGTTGGTGGGCTGAGGCAGTGCTTGTATTTTAACAAAACTTAG TTTTGTTTCACTATAGACTGTAAAGATCAGTGTTCTTACGAGTTATCAAT TAAATGGTGAAGCAATGGGCTTCATAAAAGTGTGCACTTGAAACAATGAC AAGCAATGTGATCCCAATGCGAAGTAGTCTCGGTTATTTGAATCTCAACT TTGAATAGTCGGATTAATATTAGCGTTATTGTTTATTGGATTGTGTAATC AGTTATTTTAATTGCATTCTGATCATTATTTTACTAAATTCATGTAATTT TGGTGATCTTTTTAATGTTGTGAATTCTGAGTTTTACTTCAAAGAAGCAT ATGCTTCACTTCCAGTATTTTGCTTTAAGCATCATGGACCTTGTCGCTAT TTTTTTTCGCTTTTGCTTTTTAAAATACGAGTAAACCCTTCGGGGTGACC CAGTGGTTTGAGCTGGGACTTCCATGTTGGAGGTCACAAGTTCGAAACCC CTTGCCAACGAAAGCAAGGGGTTTGCCTTCTGGGTAGAGCTCGTCACACC AGGCTTGCCTAGTGCGGGTAACCTCTCCTATGTGGTCTGCGAACTATCGC ATAGGAGCGGGGTTTTACCCTTTGCGCCCCCAAAAGGGTGGCGGCTGCGG GTTTTCCTTGTCGTCAAAAATAAAAATAAAAATACGAGTAAGATATTTTT GTTTGTTTAGACAATATGGAAGAAGTATCATGTGATGACAGGCTTCTATT TTGTAACTGTCTAACTTTGGGGGACTACCCAGTTTGGTATAGAATACCTG CTAATACATAGAATGTCACCATTATAAAAATGGTAATATTATGGAACTTC TGGTGCCATCTCTGCACAAAATTTTTCTTCTTGTAGGATTTAATGGTCAT TTCTTGGAAGAACCTGTCAAAAAAGGAAGTTATTCCTTGGAAGAAACTGA TCATATTATGCTTTTCTTTCTGACAGTCTGCGAGAAAGAGCTCAAGTTGA ACAACTTGTCAGGTACATAGTGGAAGAGGCTCCACAAGATGCAGAGAAGA AACGAACTTTTAAGTGAGTGTCTGACTGGTGCTGGAAAGTTATTTACATT TCATATGTTATAGGCTCTGAATATTTCTTTGGATGAAAATATGAGTTCTC TTTTTCCTTGACCCCAGTGCATGTATGAAAAGATATCTTGTTTTACTGTG CCACAGGTTTCCTTTTATTGCTTGTGAAATCTTTACATGCGAGGTGGACA TAATTCTTAAAGCATTGGTTGAGAATGAGGAGGTATTCACTCTTCTTTTT TTGTCATATATCTTTATTCTGCCTTTGTACTATATGGTCAGTTCCTGAAT ATTGTTTATATAATTGGCTTTGTCATTTTGGATGTCAGCTAATGAACCTG CTATTCTCATTTGTGGAACCTGAGCACACACATAGTACTCTGTTGGCCGG TTACTTCAGCAAGGTATCATTGACTACTAGATACATAAGTGTGAATTATG CTTCACTTAGCTATGTATTCCTTTGTTCATATCTCTAAATATATTTAACT GGAAGGGGAGTGGTTAATAAGTTTGCAAGGTTGATTCCTTTACTTATTGG GGAAAAAGTTTGCAAGGTTGACAACTTCTCTGTTGGCGGTACCACGTTTT AGTTTTGAAAAAAAAACTTCTCTTTGAAAAACTATGTTTATTTTTCAATT TTATCCTGTCTAGTTTCTATCGTTTTGCTCCTTTTTCGACCAAAAGCAAG GTGATAGTTGCATGCTAGATCTTCTGTAAGACTGAATGAAGGACTTTACT TGCTGGATTTTAGGTGAAAACAATACTGCATTAATATTTTCTGGAAGTAC TTCCATTTTTTAAGGTTTATTTCTTCTGTGAACTGTTATTATGATTTTCA GTTTCTACACTGTACTTGATGCCCAAGTTTCTTATTTTAGGTTGTCATAT GCTTGTTGCTGCGGAAAACATCAGCTTTTATGAACTACGTACAAGTAAGT CTGCTGCTTCTTATTAGCTATCACGATTGATTTGCATTACAAAAACACAC ATATAGGAAATGATTGGATGTTTATGTCAGTCGAGGTAAAGCTGGTCTAT GGATGTCCGAATGAAACCTTGCTCCCTTTTAGTCTCCAATCCATTTCTTT TATGTTCTTTAAGATGGTGGAGAGTGTTCGCCTGTTGTGTCTTGTTTATA TCTTCTTTGGTTTGAGATGCCATTTCTTGTGCGAGTAACTGGTATGGTCT ACCAATAAATTCTTTATGTATTTATGTATCAATCATCTGGCTACTTTTTT AAAAATTTATTGTCCCTTGTAAAATGGTGAAACATTGATATCTACCGCCT CTTAATGCTTTCAATAAAAAGTCAAGCACAGTCAAGCTAATAATTATGGT TTATTCTCTTGTAGGCTCATCAAGATATTATCAAGAAGTTGGTTGATCTC ATTGGAATTACATCCATCATGGAGGTTTGTAGTTTTTCAAATAGTTTAAG GCATGTTTTGTTTGTTTAGCATGACTAAATCCAGAAGTTCCAATGCTTTT GATTTAAGGTGTTAATCCGCCTAATTGGCACCGATGAACATTTGTATAGC AACTTCTCGGAGAACATGCAGTGGTTGGAAGATACAAATGTGCTGGAGAT GATCGTTGATAAGTTTAGCTCATCAGTATGTCATTTTCCTGAATTTATTT ACTAACATTCTAATTTTCCCAGTCATTAGACATTACATGATTTGTGTGTT TCGATATCTAACCTGGCTTGGGGAACTAAGATAGTACTGCATTCCTGCTT TATGCTGCCATTCTGAAAAAAGGAATTACTGCATGCCTGATGATAGCTTT CTAGGCGACCAAGGTGCTGGGGCTGATGAGAAGGTTATATTTTATCGATT TAAATGTTAAACATAATGTGCTCAGTAGGGATGGATCAAATATTGATGGT CTGGTGTTCATCTAATTTAGTTAGTGACTGAGTACCCTACAAATCTTGTA ATTGCTGGTGTAGGTTACTATGGTAATGGAATTCACTGTAATTGCAGGAT TGCCCTGAAGTGCATGCTAATGCAGCAGAAACTTTGTGTGCCATTACTCG ATATGCTCCTCCTGGGATTGCTGCCAAAATCTCTAGCCCTAGGTGTTCTA ATATTCTGAATCTTCATTAATTTTGGATTTTGATTGAAGCCTTAGTCCTG TGATACTATTGTATTTTCTCGGGTCTCACTAACATATTTGGTTATATGAT GTTCCACAGTTTCATTGAGAGGTTATTTCGCCATGCTCTGGAGGAGTCAC GACCTAAATCTGTGTTGGTTAACTCGTTATCTGTGTGCATATCGTTATTA GACCCTAAGAGGCTAGCTTCAGGAACATATTACATGTACGGTCGCCAGTC AATGCAGTGCTCTGGAGCAAGTGCAAATCCTGAGACTGTGGAAGGGATGT TGGGAAGCTTAGGTATGGATTTACTGGTCGTCTTTGAACAGTGTCTATTG GTGGACAAATATTTTTGTGCATCTTCTTGAACTTCCACCTTCCCCCTTAA ATAGAAAGGATTTTGACATTCTTATCTTGCACCATAGTGATTTTAGGCTC TGTTATAGTGCTTAATACATTTGACTTTTGACGTACATGATACAAGTTTT TCCAAGTTATACCATTAGTACATTTAACCCTGCAGACATCACTCTCTCCT CTTCTGTCCGTTACTAGTACACTTTAAAACAAAAAATATGTGGTGCCTTT ATTTCCTCTTGAGGTTTCTGAAAGTCTCCATTTGGTAGCAAATTTTAGTC TGGATGTTGTAGGGAAGGGGAAGTCTTCTAGGGATCTTATGTTCGAGAGG GGTTACCTGCAGGTTTAAGAGATACTAGGGATGCTAGGCGGAGTGACCAT CAACGCCAATGCCACAGAAAGGATGTTGTGAAAGCACAGCAAAGATGGCT TTTTCTCAGGCAACAGTGCTTACAGAAGAGGTCTCTAGGTGATGGCAGGG AGACCAAAACACCTCTGGAACTATCTTTGGAAGGGGGATATTCCTACAAA AGTGAAATGCTTCACTTGGCTAGTGATAAAGAGAGCTTGTTTAACACAAG AAGTACTTCAGAAGAAGGGTAGACAGCTGGTCCCTAGGAATTTTTTATGC AATTTGACAAGTGAAACCAACAGCCACCTCTTCTTGCACTGAAATTACAC TGCTCAAATCTGGAATTTGTTCCTTAGCATCACAAATCTGAATTGGACAA TGCCAGAACGTACATCAAACGTGTTGAAGAGCTGGGTAAGAAGAGGAGGT ACGAAGAGCCAGAAGAGATGGTGGAGGTTAATACCATCATGTATATGGTG GTCAGTTTGGAAGGAAGGAACAGTGTATGCTTCGACAATAGATCTAATTC CATACACAAGGTCAAATGGAATTGTATAGTATATCTACTTTTTTGGTGTA AACGGTTGTGTATAGTAGATACAGATCAGATTGTAGATTTGATAGGAAGT TTTTAATTGACTCTTTTTGGTGGTGGATAGCATGCCCTTAATGCTGTAGA ATACAACCTCACCAGTTTCAAAAAAAAAAAAGAAAAAAAAAAAAGAAGAA GAGAGCCTGCAACAGTTTGGTTAAATTGAAGGGTGTTGATTGGCATCAAA TTTCAGTAGGTGTTGTGACTTCACTTGTAAAACAAATATGTTTTGTTTAT TTTAGTGATGATTGAAGGATAGATCTCGGAGTGTGCTTTCCATGGTGAAG TGTTAATTCAGCAAAGTTGGATTCTTGGAGGAAAAACACACAAAGGAAGT CAAAGATATGCGTGGTTCAATAAAAAGGCTAATTATGACCTCTTTTTCAT GCGAAGTTTGGATTCTAGGTTCCCTTTATGAGTCGTGTATTATGATACAC ATATATACAAATATGATGCAATGAACCCAACTATATACAAATGACACACC TGTACACATATATATACATGCTATTGTGAGTTTTGTGACACTCATTATTG AAAAAAATAAGTGGTACACTGGTTCATTGCATCATACCTCAACTGTAACA ATTTACATCCTAATTAATTGGAGATCCTTTCGATGTTATAATTGTTTCTC TCTGCTGCCCGTTGTATTTTGTTTTGCTTTCCGCTGGATAAGTCTGACTC TTTTTTTTGGAAGTACTGAATTTGAGATAATTCATTGTGCTATACCAGTT ATCTAGGTTTCGGTATGTTTTCCATATAAATTAGATCTATAGGCTCTGAT TTTAACTTGTATGTTGTGATTCAAGTGGAATAACTGTTGTCATTACTTGT TTATACAGGTAATTTACTGAAGCTTCTGGATATCTCATCAGAGGATAATG TCTTGCCAACAACATATGGGAGCTTACATCCACCTCTTGGGAAGCATCGT CTGAAGGTAGTTATCAAACATCTTCTTGTATGCAGAGATCGTAAATGCAA AGGTTGTTTATGCGGAGATTAATAATGAGGAGATCTTTATACATGAATTA CTTGAACAGAATATTGTCTTTGAATAGTTTATTCCCCGTATTGCTAATAC ACGTATTTTCGATTCTCATTCTATCTTTAGATTCCACATGACTTTAATGT TTGTGTTAGTTAGTACTTCCAACCAAACGTTGCAGTTATGTTGTGATTAT TTCTTTCTTATGAGGCTAACCAAATACTATACCATCTTTTCACCTTGAAT TGGTCAAAATATGCAGACTTTCTTACTTTTCGTGGAGGATTAGAGGCGGA GTTTTATGGTTTGAGTAATTATTTCAAATCATCAAGTAAATGCTCTTCAA GCTTCTGTCTTGGAATTAGAAATGGATATAATTTAGTATCACTTTTGATC TAACTTAGAGAGGTCAGCATTGTCAAAGACGAAAAGTGCTTAACAACGTC AGGGTCTGATGAGCTTTAAGCGCAACACAATTCTTGAATACATTGTGCTG AATTTTATTTTGCAGGAAATGAAAAGTGTGTTCAAACTTTTTCTTCTTTC ATTATTTGAGAGTTTTAATTGGTTTTTTTTTGTGAATAAAACACAAGTAC ACCCCACCCCCTTACTAAAATTGTTTTTCCTATACTTCGGCGGACTATTT TGAAGTGGAATTATTGTTCCCTCTTTTGCTGACATAGCATGGATTGATTT ACTCTCTTAAAACGCATGAGAGGCATCGGGAAAACACTCTCTTGGCTTGG GAACTCAACTTTTGGTCGGCCAAGCTGTACCATTCAACTTCTACTTCACT CTATCTATCATTAAACGAGCTACATGACTCAGGTAGCTTGTCTCCAGAAC CTCCACTTCCCACATCGAGCTTATCTCACTGACCTCCAATCCAACTCCTT TATCACACTAAGAGCTCCTTATTTAGCCGTAGCAAACAAACAATTAACAT GTGCAGGAAACTACCCCATAACAAAATCCACTTACTTCACCTTGCAGACT TCAGTCCAAAACCACATCCTAGATCCATCTAAAGGGACCTTCTATATAGG TGCTTTCTGAAGAGATGCTTATAGCTCCAACTTAAGCTTGTTAGACTTAG TCCTAGGATTTTGCATTTGCTTTTTCAGTGAATGATCAGTTTTTTTTGCG TGTGATTTGTTGATTCGAGTGGTGAAAGTTGAGGTTTTTGTGTATAGAAA GGGAAGATGAAAGTGAAGCTAAAATAGGGAAAAAAAGGAGAAATGGGTAA TGACATGGTGGCAGCACGTGTATATAAACACATTTTCTCATTTGGGTAAA TAAATACTTCTTAGACCTGGAAGCATTCTAGATGTCCTAAGATGCTGGAA TATGGATGGTAATGTGAGCAAGAAGGAAGAAAAATGGAAGATCGTCCCAG CATGTATTTGGTGGTCAATCTGAATTGAGAGGAACAAAAGGTGCTTTGAG GGGACTCAAAACAACATTCAGAATCTTAAAATGAATTGTTTAGGCCTTTA TTATTTTTGGTGTGAGCAAAAACTACTAGCTCAAGCAGAAGATATTTGAT GTTTTAAACTTTTGTAAGGCACAGAACTGAATCACAATATTTAAGTTGTA ATACTTTTGAAGGGGTACTACATTATGGTTGTAGTATACCTGTGGATATA TAGAAGTAAAGTTACCATTATAAAAAAAAAAGGGTGTGTGCTGTGAGATA CAAGGAAGTGGGTAATTGAACCCCTCAAAATTCAACTGTGTAGTTCAGTA GTTGACAAATGAGGGGGCTAGTTTGGAGATCAATATTTAGCTTAAGCGTT AAAGTAGCGGCAAGTCCTCGTGTTTGTTGTACTTCGTTGAGTCCGTCAGT ATTATATTTTTTGTAAATAAATTAATAAAGCTTTTCGAGCTCTCTTTAGA CTTGTAAAAAAAGATTTTTGAGTATGTGAATAAGAGGACTATACTCTATC AGCCTTCCTTTATCAGAGATTTTTCATACTTCTTTGGTTTTTCCCTAGGC CCCTTTGCACTGTCCCTCCAAAAAAATGAATAATCATGTGATGCCCTCTG CTGTTCCATTCAATGAAACATTTACTTCATCAAAAAAAAAAAAAATCCTC CCGTCCACCTGCACTGTGTTTTAATGTTATGCTGGGTGGTAAATTAGACT TTGATTCCTCAAATTTTGATTTCGATCAACTGGGAATTTCAGATTATAGA GTTTGTTTCAGTCTTGGTGAGTGTTAGCAGTGAAGCTGCTGAAAAGGAGT TGATTCGGCTTGGTGCTGTTAAACGCATCTTAGAATTGTTTTTTGAGTAA GTGCTCTTTATAATTACTATGTTACTATATTATCAAATAACCTTCTGATT TCTGTTACTTGATAGAGTGTCTAGGTATTTGATGTCGGTTTCTTTGTTAT TGAATCCAGGTATCCATACAACAACTTTTTGCATCATCATGTTGAGACTA TAATAATTTCGTGCCTGGAGAGTAAGAATATTCAATTTGTTGACCATCTT CTTAGTGACTGTAATCTTCTCTTGAAAATTCTCGAGGCAGAGAAAAACTC AACGCTTGCTGCTGATCAATCCAAGGTATTAATCAAAATTTAGGTGTTTT GACTCAATATTCTTAATATTACTTGTATATTGGGCTGTATATGTTGAAAC CTTTGGTCACTTAAGTTTTTAAATGTGGATGCAGCCAACGGCCTCTGTTG AGGGAAGAACCCCACCCAGGATTGGAAACATTGGGCATGTGACGCGAATA GCTAACAAACTTGTTCAACTAGGGAACAATAATAATGGCATACAGTCGCG TCTGCAGGTGTTTGAAATATCTTGTTTCATGTGTTATTTGTTCATGTAGT TCTTCCAATTTGATTACGTCCTGTTTTACTGTGCTATTCAGCTACACAAG GCACAAGGATGTTTGCACTTTGAGTAGCTGATTTTGCATTTGATAAATAG AGATTTCTTAAGGTCCATTTGGCAGTTGCTAAAGTAATGTGTTCTGCATT TTCATCAAGTGGGGCAATTAGGGGAAGTAATGAGAAGCATGACACTATTG AATAGGGATAGAGGGAGTGAGAATTTTCACAGGACACAAGTGACTTCTTT ATGCATATTTCATTGGTCATCGCAGAAGTTGCTCTACTCATACTACCTGG TAGTGTAATAGATGTTCAATCAACTACTCCTCAATCCCTAACTAGTTGGG ATTAATTATATGAATCCTCAATATTCATTCTGCTTTATTAGAGCCCATTT CATTCCAATATTAAGTTATGTCTTTTAAAAAAGTCACTAAATCCCACATG TACATTGTTATCTAAGTCTATATGCAGACTAATGAGTCTTATGACAAATA CCAAACTTAATTAAAGTGTATCAACAATTAAACTTTATTTCAGTTAGTTG GTATTGCATATATGAATCCTTTATATGAGAGATCCTGACTCTGTGTGTAT GATTTTAGGTCTACCTCCTCTTTTAGCACCTTTACTCATTATAGTGTTGC ACCTAGATTGCTGTACGTATGGAGGTTCACATATGACAGTGCAAACCATC TTAGACAACTTTCTCTGTTTTTATCCTCTGCATGGTATATGCACCTTGTG GTAATTTTTTTTGTCTTTTCAATCTTGTATTGCCGCACATCCATCTTAGG ATTAATATTTTTATGACATCCATCTTGTGAGACCCAATATTTGATTACAT ATATACAACCACTCTGTGTAAATTTCTATTGCATAACACTGTCATTGTGT TCTCATATTTCAACCATCTTGTTTTAATGGATGGGTCACATCTTGATTGT CACACCTTTTCCTAGAGACTGAATGTAGATTTACATATCATTTTTTGATA ACTGAGAAATCCGTTCGTGACCCGCCATTTGGACCAATCACAGCCTTTTA AACTCGGGGAATAATGGGCCTGCCCCTCTACACTTTTCCACTTAAATACC AAGCTTCGTTTTGCGTGGTGTGGTGCAGGGCGACCTAAGCCGCAAATCCT CCACCTTTTGCCACTAGAGCTAGCCTTGGGGGCAGATTTACAAATCTGTT GCATTAGACGCTACATTCTCCTGGTAGTTTACTTGTGTTGCTAGAAGAAG CTTGACTTACTAAAAGCTCTGTGTTTGGGAAGTTGATGTTGAGGTGATTC TTTTTCTTGTTTCTCTTAGATTACCTACAAAGTTGCTCTAATACCTAATC ATATTTCTTAACATAGCTTCATTTTGGCAAAATTTCATGGCTGGTAGTGG ACGAATGATTTTGGCTAAATTTCATTGACCTAAAGTAAGTAGGCAGTAGT GTGTTGTCTGCTGCTAGTAATTGTTGTATTGCTCGTGTATTTTTTTGTCC CTTGATTTGTGTTACTTTTTGTTGTTTCTTGTACTTCGATCAGATTGCTT TGTTATGCTTTCACTTCTATTTATTCTTTTTCTGTACTGTGTTGGAGTAC TGTTTTTCCTTGAGCGGAGGGTCTATCGGAAACAACCTCTCTACCTCTAC TGTAGGGTATCCTCCCCAGACCCTACTTTGTGGGACTACAGTTAGTATGT TGTTATTTAGTACCTAATGTAAGTTTTATAACTAAAATATACCTTCAGTT TCAAAAAAACAAACAAACTAAAATATACTTAAATTCTACATTTAAATAAC AGAAAGTCCAGCCCACATTTTTTTGATGTGGAAGAACAATTTCCAGTACA AAATATGTACACAAATTATCAAGAAGATCCAACTCACCTATCAACTACTT TTTAAAACCTATTTACCCATTACCTAAAATATGCGATATGCCCACATGAT TATAAGTTGTATAGTGTATTACCTGTACTTATTTAGTCTATACGTAGTGA GAAATTACATTGACCTCTGATGGAGTGATTTTCAATTGACCATTTGGAAA AAAATCTATATAATCATTTGGGGATAATCATCTTGGGTACCTTGAGGTTA ATTTCAGAAGATGCCTTTTATTATATAGAGAATTCACCTACTCACGTCAA GTCTCTTCTATTTGATTGTTTTTCTTTAGTGCAGTCTCACTTTAGTGATT TGATATGGTCAAATTTCCTATCTGCATTAGTTTGCGAGGTTGTTAGTGAT TGCCTCCGTTATGTATTCAAGTAGGAGCCCTTCACAGTTCCTTTTTATGC TTGACATTTGCAATTTTTTTTAAATGTAAATTCCTTGTCCTAAATGCAAG TTCTTTTTGGCAGGAGAATAGTGAATGGATTGATTGGCAGACAAATATTC TTCAAAAACGGAATGCTGTGGAAAATGTTTTCCAGTGGGCTTGTGGGTGA GTGCCTTATTGCCTGCTATCAATTTGTGCTGGTTATTTTTTTTTTTTTAT AGTGTAGGGGGATGGGGGATTGCTTCCAAGTAAATAAACCACCTGCAGAG AAGAAGGCATGCACAAAGGATAGTGATGCAAATATGAAGATATTAGGTAG ATTCATGTAGTGTCATACCGTGACTGCATTACTAGGATTATGAAATACTT GAGAACTGGAATTGAGCAGTCTTTGTTGTGGGATGTGTTGTGCATTGTTT GTTAATACAAGAGATGTATCAATCACACACTACTGCCCCCCTCCCCTTGC TACCTTCTTGTTGGAAAGGCATAACTTGATCTCTGTGAGTAACACAAATA ATTTGGCTCAGCTATATTTCTCATTATTCGTTTTGCTCCAAATAATATTG TGAGGAGTCTTTGTTAATTGACTAGTTCTAGATTGGTTGTCAACCTATAC ACATCCACCTTTATCAGAATTCAGAAAAGGTTTGAGTTCTGCAACTTGTT TTATCCCGATTTAGGAATGGAAGTCTGAAATTCACAGACACTGAGCTGCC CAAGTTCAAAAACAGAGTTGGTTACATATTTGTTGAATTATTCAAAAACA GAAATTGAGCTGCGTAAGTTCTGGCTTCTCCTTTTGTTGGTTAACATGGA TGATACTCATGATAGATCTCACTCTCACTCTCTCTCTCTCACACACACAA AAAAAAAAAAAATTAACACTTGCTAGCCATCTTGTTGAAAAGGCATTACC TGGACTCTGAATAAGGCAAATAGTAGCTGCATTGTTAGTACCTCTATTTT TATTTTGCTTGTTTTTTATTTGATACAGCAGGGGTGTGAGGCAGTGAAAA CAAGGATTGTGTGTGTACTAAATTGTTGGTGTTGTTTGATTAAGAAGTGC AATGCAAAAGAATACCTTCTTTCAGGAGGCCTCAGGCAGTGGACATTTTT CTTGTTAATTACTCTCTCCATCTCAATTTATGTGGCGGTGTTTGATTGGG CACAAAGTTTAAGAAAGAATGAATTTTGAAACTTGTGGTCTTGAACAAGC CGTAGATATTTGTATCATTAAAAATCTTCTCATTAAGGGTAGAATGGGAA GTATAAAATTCATTTGTTACTCCCTCTGTCCCGATTTATGTGGCAAACTT TCCTTTTTAGCCTGTCCCAAAAGGAATGATACATATCTATATTTAGTACA ATTAAACTTTTTAAAATGTCTATGTTACCCTTAGTGAGATGATTTATAGC CACACCAACATCTATGGCTTGTTTGAGACCACAAGTTTCAAAAGCCTTTC TTTCTTTCTTGCCTCACATAAATTGGGATGCAGAAAGTACGAAATATATA AAGATGTCATTCTTTTTGGAACTGACTAAAAAGGAATGAGTGTCACATAG TTTAGGAAAAAGGGAGTACCATGTTTCATGATATATAACAAATTGTGGGC CTTGAATGTCTCATTTATTCTGTAAAAAGCATTTTGAGTTTCCTAGCCGA ATTCCTCTAATGATATTTACCTTACCTTACAAGAAATTCTTGCCGCGATT GAAGGAGAGAATCATGCCCAGATTTGACTGTTCCTCACTTTTGATCGTTT GTGTAAATTTTATAAAAGTACGCCATTTTTTCATTTGAGTTGGACACAAC ATTTTGAAGAAAATATAATCATTACATCCTTTCTAATACCAATGGTATAT TTTCATCTTTTCATTGGATTGATCATGATTGTAGTTTGTTAGTCTTTATA CCAGCATAATATTGACTTTTATTTCATGTAACCTCTCTCAGGAGACCCAC ATCACTGCATGACCGAATGAGGGACAGTGATGATGATGATTATCAAGATA GAGACTATGATGTTGCAGCTCTGGCAAATAACTTAAGCCAGGCCTTCCGC TATGGAATCTATAACAACGATGAACTTGATGAGGTGTTCTTCATATCCCT TAACAAAAGACAACATGATTGTGCATTTCTTGATCTCTCTCTATCTTTTA GCATTTAATAGTGCTGGCTAGGTTCCTGTGTTTATATCTGGAGAAGGTAA TGACAGAAGGTTTGGAACATTGATAGGTAGTTGGAGAATTTATCTTTCTT ATATTTAGAGTAGTTCTTTCTTAGAGCTGCATGCTATGTATAATCTTTAG AGATGAAGTAAAATGAGCACAGTAAATGTGCTTTTTGATTCATATTAAGT GCCCACACCTTTTTGCATATCTAATTATTTATAATTGAATTTGAAGTGTG GTTTTGATTTTTATCTGCAAGTCCCAATCACAGGAATGTTGTTCAGAATC GGTGGTTGAATTTTTGACTGTAAAAAGCCTCTGCTGAAAATGGTATAAGA TCCATAATTCAATATAGATGTAGCAGGGTTAGACAGAGGGTCCGGGAATC TGTGCCAGCCTCTTGTAACTGTTATATGGTCATGGTATAACAGCCTAGAT GTAGTAGGTTAAGACAGAAACCAGTGAGAGCTAGAATGAATTTTATTCTG TTAATAGCATCTTCCTAATTCTGTCATAATTAGGAATGTTGGTATTTAGT GATCTTCCTTATTAAATGACTTTCATTTTAAGTTTAAAGAAACCTTATCT CAAGTAGCCTAAACTATGGAGCACTCTGTAGATTGTCTGCAAGCAATTCA ATACAAGTTATATCTTAAAGTGCCAAAACAATGGATGCTTGATTTTGCTT TTTTTTTTTCCTTTCCTGGTTTTTCTTGTTTTGAACCTTTTTTTGTTCAA CTTCATCTTTAATCTTCACATATCAATTTTTTAAGCACATGGTCATTAAG TGTATAATCATTAAAAATGTACTAAAGGAAGACTTTATCTGCGTGCAGGC TCGTGGTTCACTTGAGCGGGATGATGAGGTAACTGTTGAGGTTTTATTTA GTCCTTCAGTGATTACTTAGTTAATGAGATATACGAACTGTCTGCTACCG TACTTCTATATGCTGTTTCTGCATATGCTCTAGTGAGAGGGTACAGGGCG TACTTTCTCTCCCTCACCTCCACTTTTCATTCACAGCCATGAAGTGCGTC TTCATATAGCGGGAAGATATTTAGAGGAGGTGCAACTAATTTGTTACTAA GGCATAGTCAATTGTATTGATTGATTGATATCATTCTTCATAATGATGAT CATTAGAGAAAGTTGAGTCGATTTGTAAGGCAGACCACCTCTGTTCCACC TTCAATACTGATCATCCCTTTAATTCAATGTGGCTGACAGGAACTTCTTT TTGGTCATTAGCAATACTTCCAACAACTCCCTCCGTCCGGATCTTGTCAC ATTTCCTTTTTCGAGGGTCAAACTTCATAAACCTTATCCAACATTCTAAG ATGTATTTTCCACCGTATTGATATTAGAAAAAATGCAACTTATAGTACTT TTCATATAGTTTATGAATCGATAAGTTTTACTCTTAAAATATTAAATTAA TCTAATTCAATTTAGCTCCGAAGATTAGTCACTCTAGAAAACGATACTTG ACAAGTACTTTGGGACAGAGGGAGTAGTTCTGAAGTCACCTATTAGCTTA TCAAAATACCCACATTGCCCTTAGCTTTTGATTGCTTTAAAGCCAGTTAG TTATCTGTGCATATTTAGTTTATTATTTTATTAATTAAATAAACATGTCA TTTGTGATGGAAGAATGAAGCGATATAATATTGCATGTAGGAATATCTAA CGGAATTTTCTTGCTAGCTGTATGTCCACCTTGTCATATCTTATAATATA TATATCTCAAAGAAGTAGGCTCTACAAATGACTTTAAAGTTTAAAGGGTA ATCTCATACAAACTGTTATACCCTTTAACCTTGAGTTTGGAGCATTTATA GATATCTTGTTAAAATTCTCATAGAGGGTATGTATAACAGTTCTGAGATA ATGGTCGATTTTATAACTCACTTGTGTGCTTTCTCCTTAAGAAATTTCAA AAGCTT 1 118206 CG:temp16:C02HBa0155C04.1 gene CG:temp16:C02HBa0155C04.1-RB transcript bruggman Thu Aug 31 14:55:36 GMT 2006 non_canonical_splice_site unapproved polypeptide CG:temp16:C02HBa0155C04.1-PB 20407 24623 non_canonical_splice_site unapproved exon 20391 20452 exon 20544 20588 exon 22039 22073 exon 22254 22304 exon 23187 23291 exon 23381 23452 exon 23609 23680 exon 23843 23923 exon 24008 24043 exon 24142 24203 exon 24563 24853 CG:temp17:C02HBa0155C04.1 gene CG:temp17:C02HBa0155C04.1-RC transcript bruggman Thu Aug 31 17:44:46 GMT 2006 polypeptide CG:temp17:C02HBa0155C04.1-PC 41268 45054 exon 40078 40313 exon 41021 41102 exon 41266 41379 exon 41748 41858 exon 43239 43351 exon 44670 44747 exon 44841 44912 exon 45019 45471 CG:temp17:C02HBa0155C04.1-RC CAATATTTAACAAGAAGAAAAAAGGAGATGTAAGAAAAATATCCAAAAAC CAATCTTTTGAAATCTTGAATTTACCCAATTTCTGTCGGAATTTTCGCTC AGATTTCCATTTGAATTCCAACCCATTTTCAGATAATCTCAAGTACCCTT CACTGTATATTTTTTTTTTTTCGTGTGTGGGGATATATATATTATAATAG AGGGGTACCCTATCTTCCAGATTTGTTCATTGACTGCAGGAAGAATAAAT TTACCTCACAGATCGGCAGAAATTAGCTCTTCTACCTCAGACGACTCGAT ATTCAAACAGATTGAAAGATATGCAGAGTCAGTTGATGTGCAGTGGGTGC AGGACAATGCTTCTTTATCCCAGAGGAGCTTCTAATGTCTGCTGTGCAGT GTGCAATGCACTCACCCCTGTCCCACCACCTGGAATGGAAATGGCTCAAT TGATATGTGGAGGCTGTCGTACATTACTTATGCATCCACGTGGAGCGAAC AGTGTGAGATGCTCCTGCTGTCATACGGTGAACCTTGTCCCAGGTCCAAA CCAGTTTGCTCATGTCTACTGCGGGAACTGCCGTATGATGCTGATGTATC CATGTGGAGCTCCATCGGTTAAATGTGCAGTATGCCATTATATTACCAAT GTTAATGCAGGAGATGGAAGAGCCCATGCACCTTTGAACCCTCCTAACGG CACTGCTACTACTGCTTCAGGATCCTCTTCAACTGCCAAGGCTCGTTCAC AAAATCAAACTGTTGTCGTCCAAAACCCAATGTCTGTCGATGAGAGTGGC AAGTTGGTGAGTAATGTAGTTGTTGGTGTAACAACAACATCATAGCTCGT CTGCTAAACTTGCTGTTCGTGGACAACAATTGAGAGTTTTGCTCGCAACA ATTGGAAAGAGGAGAATAAAGACAGCCGCTGCATATAAATATGGTAGTGT TTAGTGTTAATACTACAACCATACCCCTGTTTTTCTTTTGTTAACATTTT GATATTATGATTGTGGGGTGATTGAAGCTACTACTACTAGTGTTGTGACT ATTTGGAGTCTGTAATTGATAACTACGCGTTAGATTTGTGGCGTGCTATG CCCAAAGTCATAAGTGAAGAATGTTATTATGTACCTTATATGCCATATTA TTGTATATGACTGTATACCGTGAACCTTACTGCCTAAACACCTTGCTTTT GAGAGGCGAATTCAGGATCTAGAGACTAGAGTTAGTGAGCTTTGAATGAG TGCGGTTTT CG:temp16:C02HBa0155C04.1-RB TCATTAACAAAAGAAGATGGAGAAGTTGAACAGCATTTTCAAGAAGAAGA CTTCACCAAAAGAAGCATTGAGGACCAGCAAAAGGGAAATGGCTGTTGCT ACCAGAGGCATCGAACGGGAGATCTCATCCTTACAAATGGAGGAGAAAAA GTTAGTTGCAGAGATCAAGCAAACAGCCAAAACAGGAAACGAGGCAGCCA CCAAAATTCTAGCTCGTCAACTTGTGAGGTTACGGCAACAAATTGTCAAT TTGCAAGGTAGTCGTGCTCAAATTAGGGGTGTAGCAACTCATACACAGGC ACTATATGCTAGCACCTCTATGTCTACTGGAATGAAAGGTGCAACTAAAG CGATGTCTGCCATGAACAAGCAAATGGCACCTGCAAAACAAGTTAAAGTG ATCAGAGAATTCCAGAAGCAGTCATCACAGTTGGACATGACAATTGAGAT GATGTCTGAATCCATTGATGAGACTTTGGATAAAGATGAAGCTGAAGAAG AAACTGAGGAGCTTACAAACCAGGTGCTTGACGAGATTGGTGTGGACATT GCATCACAGTTATCTTCAGCTCCAAAAGGCCGGATTGCATCGAAGAAAGT TGAAAATGTTGCCCCCCCTAGTTCTGATACTGCTGCAGATGTCGAGGAAC TTGAGAAGAGGTTGGCCTCTCTTCGAAGAATTTGATGAAGAACGTGGACA ACTTTTATATGATCCTTGTACAAATTTCGCTTTTAGAATTAAAAATATAG TATGTATTATGGTACCAATTTGTATTTCTCAACTATAATCCTATAGCACC AAACATGACATTTATGCTGTAAGAATGAAGTGGATCCTTTTTGGGTTTTA TGATCCTTCTCCATGTAAGTTTTGTATGTAGTTCCTTGAATTCATTGATA TACCTTACCCTC CG:temp17:C02HBa0155C04.1-RB CAGGAAGAATAAATTTACCTCACAGATCGGCAGAAATTAGCTCTTCTACC TCAGACGACTCGATATTCAAACAGATTGAAAGATATGCAGAGTCAGTTGA TGTGCAGTGGGTGCAGGACAATGCTTCTTTATCCCAGAGGAGCTTCTAAT GTCTGCTGTGCAGTGTGCAATGCACTCACCCCTGTCCCACCACCTGGAAT GGAAATGGCTCAATTGATATGTGGAGGCTGTCGTACATTACTTATGCATC CACGTGGAGCGAACAGTGTGAGATGCTCCTGCTGTCATACGGTGAACCTT GTCCCAGGTCCAAACCAGTTTGCTCATGTCTACTGCGGGAACTGCCGTAT GATGCTGATGTATCCATGTGGAGCTCCATCGGTTAAATGTGCAGTATGCC ATTATATTACCAATGTTAATGCAGGAGATGGAAGAGCCCATGCACCTTTG AACCCTCCTAACGGCACTGCTACTACTGCTTCAGGATCCTCTTCAACTGC CAAGGCTCGTTCACAAAATCAAACTGTTGTCGTCCAAAACCCAATGTCTG TCGATGAGAGTGGCAAGTTGGTGAGTAATGTAGTTGTTGGTGTAACAACA ACATCATAGCTCGTCTGCTAAACTTGCTGTTCGTGGACAACAATTGAGAG TTTTGCTCGCAACAATTGGAAAGAGGAGAATAAAGACAGCCGCTGCATAT AAATATGGTAGTGTTTAGTGTTAATACTACAACCATACCCCTGTTTTTCT TTTGTTAACATTTTGATATTATGATTGTGGGGTGATTGAAGCTACTACTA CTAGTGTTGTGACTATTTGGAGTCTGTAATTGATAACTACGCGTTAGATT TGTGGCGTGCTATGCCCAAAGTCATAAGTGAAGAATGTTATTATGTACCT TATATGCCATATTATTGTATATGACTGTATACCGTGAACCTTACTGCCTA AACACCTTGCTTTTGAGAGGCGAATTCAGGATCTAGAGACTAGAGTTAGT GAGCTTTGAATGAGTGCGGTTTT FC14AD12 ATCGGCCGAATTGGTGAGGGACATGTATATTTTTGTTTTATTAACTGTTT ATTTTTACATTATAGTTTTATTATATATATATATATATATATATATAAAA ATACATACATCTCAGGAGGTTTGTCTGTGAATAGAGATGCATAGGAACAA ATCTTGTAATTAATCATATATATTTTATATCTTATTGGGGAAAAAATATA TTCTGTACATTTTATTTTAAAAAAAAAA LA17DG04 GACAATGCTGCTACATGGAATGATTTGGCATACTCCATTCCTACTATCTT GAACTTTGGATTGTTTGGAATTCCAATGGTTGGAGCTGATATATGTGGTT TTTCAAGTAACACTACTGAAGAGCTTTGCCGCCGCTGGATTCAGCTTGGA GCATTCTATCCATTTGCAAGAGACCACTCTGCTAAGGACACAACCCCCCA AGAGCTCTATAGTTGGGATTCAGTTGCTGCAGCGGCCAAGAAAGTCCTTG GGCTCCGATATCAGTTACTTCCGTACTTTTATATGCTTATGTACAAGGCA CATACAAAAGGGACTCCCATTGCACGACCCCTCTTCTTCTCTTTCCCTCA AGATGCCAAGACATTTGATATCAGCACGCAGTTCCTTCTCGGTAAAGGTG TCATGATCTCACCTGTACTTAAGCAAGGAGCAACCTCTGTTGATGCATAT TTCCCTGCTGGAAACTGATCATATAAATG FA19DC12 GTTTACTATCCTGATTTTCTAAATCCAGCTACTGAAGTATTTTGGAGAAA TGAAATTGAGAAGTTCCAGGATCTCGTACCTTTTGATGGCCTGTGGCTTG ACATGAATGAATTGTCAAACTTCATTACTTCCCCTCCTACACCATCATCC ACCTTTGATGACCCTCCGTACAAGATAAACAACTCTGGCGATCACTTGCC CATCAACTATAGAACAGTTCCAGCCACTTCAACACATTTTGGTAATACAA TAGATTATAATGTCCATAACCTTTATGGATTACTAGAATCTAGAGCCACC TATAGTGCTTTGGTTAATGTCACTGGTAAAAGGCCATTCATTCTTGCAAG ATCAACTTTTCTTGGCTCTGGCAGATATACGTCACATTGGACTGGAGACA ATGCTGCTACATGGAATGATTTGGCATACTCCATTCCTACTATCTTGAAC TTTGGATTGTTTGGAATTCCAATGGTTGGAGCTG FA19DG10 GTTTACTATCCTGATTTTCTAAATCCAGCTACTGAAGTATTTTGGAGAAA TGAAATTGAGAAGTTCCAGGATCTCGTACCTTTTGATGGCCTGTGGCTTG ACATGAATGAATTGTCAAACTTCATTACTTCCCCTCCTACACCATCATCC ACCTTTGATGACCCTCCGTACAAGATAAACAACTCTGGCGATCACTTGCC CATCAACTATAGAACAGTTCCAGCCACTTCAACACATTTTGGTAATACAA TAGATTATAATGTCCATAACCTTTATGGATTACTAGAATCTAGAGCCACC TATAGTGCTTTGGTTAATGTCACTGGTAAAAGGCCATTCATTCTTGCAAG ATCAACTTTTCTTGGCTCTGGCAGATATACGTCACATTGGACTGGAGACA ATGCTGCTACATGGAATGATTTGGCATACTCCATTCCTACTATCTTGAAC TTTGGATTGTTTGGAATTCCAATGGTTGGAGCTG FA30CA11 GTGGAAAGTTATGCAAAGGCTAGGATACCGCTGGAGGTTATGTGGACTGA TATTGATTACATGGATGGTTTTAAGGACTTCACACTCGATCCAGTTAACT TCCCACTGGAGCGGGTAAATTTTTTTCTCAGGAAGCTTCATCAGAATGAT CAGAAATATGTACTAATAGTAGATCCAGGAATTAGTATCAACAATACATA TGACACCTATAGGAGAGGCATGGAAGCAGATGTCTTCATAAAACGCGATA ATATGCCCCACCAAGGGGTTGTTTGGCCAGGGAATGTTTACTATCCTGAT TTTCTAAATCCAGCTACTGAAGTATTTTGGAGAAATGAAATTGAGAAGTT CCAGGATCTCGTACCTTTTGATGGCCTGTGGCTTGACATGAATGAATTGT CAAACTTCATTACTTCCCCTCCTACACCATCATCCACCTTTGATGACCCT CCGTACAAGATAAACAACTCTGGCGATCACTTGCC LC18BF11 TATATATATATATATATATATATATATATATATATATATATATATATATA TATATATATATATATATATATATATATATATATATATATATATATATATA TATATATATATATATATATATATATATATATATATATATATATATATATA TATATATATATATATATATATATATATATATATATATATATATATATATA TATATATATATATATATATAT FA16DA06 AGGGAAGAATAAATTTACCTCACAGATCGGCAGAAATTAGCTCTTCTACC TCAGACGACTCGATATTCAAACAGATTGAAAGATATGCAGAGTCAGTTGA TGTGCAGTGGGTGCAGGACAATGCTTCTTTATCCCAGAGGAGCTTCTAAT GTCTGCTGTGCAGTGTGCAATGCACTCACCCCTGTCCCACCACCTGGAAT GGAAATGGCTCAATTGATATGTGGAGGCTGTCGTACATTACTTATGCATC CACGTGGAGCGAACAGTGTGAGATGCTCCTGCTGTCATACGGTGAACCTT GTCCCAGGTCCAAACCAGTTTGCTCATGTCTACTGCGGGAACTGCCGTAT GATGCTGATGTATCCATGTGGAGCTCCATCGGTTAAATGTGCAGTATGCC ATTATATTACCAATGTTAATGCAGGAGATGGAAGAGCCCATGCACCTTTG AACCCTCCTAACGGCACTGCTACTACTGCTTCAGGATC FA05CF11 GAATAAATTTACCTCACAGATCGGCAGAAATTAGCTCTTCTACCTCAGAC GACTCGATATTCAAACAGATTGAAAGATATGCAGAGTCAGTTGATGTGCA GTGGGTGCAGGACAATGCTTCTTTATCCCAGAGGAGCTTCTAATGTCTGC TGTGCAGTGTGCAATGCACTCACCCCTGTCCCACCACCTGGAATGGAAAT GGCTCAATTGATATGTGGAGGCTGTCGTACATTACTTATGCATCCACGTG GAGCGAACAGTGTGAGATGCTCCTGCTGTCATACGGTGAACCTTGTCCCA GGTCCAAACCAGTTTGCTCATGTCTACTGCGGGAACTGCCGTATGATGCT GATGTATCCATGTGGAGCTCCATCGGTTAAATGTGCAGTATGCCATTATA TTACCAATGTTAATGCAGGAGATGGAAGAGCCCATGCACCTTTGAACCCT CCTAACGGCACTGCTACTACTGCTTCA FB10DF01 AATAAATTTACCTCACAGATCGGCAGAAATTAGCTCTTCTACCTCAGACG ACTCGATATTCAAACAGATTGAAAGATATGCAGAGTCAGTTGATGTGCAG TGGGTGCAGGACAATGCTTCTTTATCCCAGAGGAGCTTCTAATGTCTGCT GTGCAGTGTGCAATGCACTCACCCCTGTCCCACCACCTGGAATGGAAATG GCTCAATTGATATGTGGAGGCTGTCGTACATTACTTATGCATCCACGTGG AGCGAACAGTGTGAGATGCTCCTGCTGTCATACGGTGAACCTTGTCCCAG GTCCAAACCAGTTTGCTCATGTCTACTGCGGGAACTGCCGTATGATGCTG ATGTATCCATGTGGAGCTCCATCGGTTAAATGTGCAGTATGCCATTATAT TACCAATGTTAATGCAGGAGATGGAAGAGCCCATGCACCTTTGAACCCTC CTAACGGCACTGCTACTACTGCTTCAGGATC FA12AB02 CTCGATATTCAAACAGATTGAAAGATATGCACAGTCAGTTGATGTGCAGT GGGTGCAGGACAATGCTTCTTTATCCCAGAGGAGCTTCTAATGTCTGCTG TGCAGTGTGCAATGCACTCACCCCTGTCCCACCACCTGGAATGGAAATGG LA22CE02 GTGCAGCTCATGCTCTGATGATGCAACCACCTCGTATGCTTCGAATCACA GTAGTGGCAAGAAGTTATTTGGGGTTGATCTTTCCAGGGGTTCTCCTAGT GTTCAACAAAACGGAACATTTGACTCAGAAATAGATCCCCTGAGCACCAA GGTTTCAGAACGAACGCTTTTGTACCATGTTGACCCTCTAAAGTTAGGGT CAATCGCCTCAGGAAAGCTTTGGTGCAGTAAGCAGGCAATATTCCCCATA GGATTTAGAAGTCGTGTTAAGTTCTTCGATGCCAGCAGTCCTGAGATAAC TAGTAGCTATATATGCGAGATCCTGAATGGTGGGCTCATTGGACCTCTAT TCAAGGTTAGCTTAGAAGAGTGTCCAGATACGAACTTAGTGAGTTCATCA GCGCAGAAATGCTGGGAAATGATCTCGCATAGAGTCTTTGAAGAACTAGC AACGAAGTTAAATCCAGGAAGGCAAGATTT LA17CD01 CTTTCAGGAGGCCTCAGGCAGTGGACATTTTTCTTGTTAATTACTCTCTC CATCTCAATTTATGTGGCGGTGTTTGAGACCACAAGTTTCAAAAGCCTTT CTTTCTTTCTTGCCTCACATAAATTGGGAGAAGTATATAAAGATGTCATT CTTTTTGGAACTGACTAAAAAGGAATGAGTGTCACATAGTTTAGGAAAAA GGGAGTACCATGTTTCATGATATATAACAAATTGTGGGCCTTGAATGTCT CATTTATTCTGTAAAAAGCATTTTGAGTTTCCTAGCCGAATTCCTCTAAT GATATTTACCTTACCTTACAAGAAATTCTTGCCGCGATTGAAGGAGAGAA TCATGCCCAGATTTGACTGTTCCTCACTTTTGATCGTTTGTGTAAATTTT ATAAAAGTACGCCATTTTTTCATTTGAGTTGGACACAACATTTTGAAGAA AATATAATCATTACATCCTTT BT013298.1 gb BT013298.1 CAATATTTAACAAGAAGAAAAAAGGAGATGTAAGAAAAATATCCAAAAAC CAATCTTTTGAAATCTTGAATTTACCCAATTTCTGTCGGAATTTTCGCTC AGATTTCCATTTGAATTCCAACCCATTTTCAGATAATCTCAAGTACCCTT CACTGTATTTTTTTTTTTCGTGTGTGGGGATATATATATATATATATATA TTATAATAGAGGGGTACCCTATCTTCCAGATTTGTTCATTGACTGGAAGA ATAAATTTACCTCACAGATCGGCAGAAATTAGCTCTTCTAACTCAGACGA CTCGACATTCAAACAGATTGAAAGATATGCAGAGTCAGTTGATGTGCAGT GGGTGCAGGACAATGCTTCTTTATCCCAGAGGAGCTTCTAATGTCTGCTG TGCAGTGTGCAATGCACTCACCCCTGTCCCACCACCTGGAATGGAAATGG CTCAATTGATATGTGGAGGCTGTCGTACATTACTTATGCATCCACGTGGA GCAAACAGTGTGAGATGCTCCTGCTGTCATACGGTGAACCTTGTCCCAGG TCCAAACCAGTTTGCTCATGTCTACTGCGGGAACTGCCGTATGATGCTGA TGTATCCATGTGGAGCTCCATCGGTTAAATGTGCAGTATGCCATTATATT ACCAATGTTAATGCAGGAGATGGAAGAGCCCATGCACCTTTGAACCCTCC TAACGGCACTGCTACTCCTGCTTCAGGATCCTCTTCAACTGCCAAGGCTC GTTCACAAAATCAAACTGTTGTCGTCCAAAACCCAATGTCTGTTGATGAG AGTGGCAAGTTGGTGAGTAATGTAGTTGTTGGTGTAACAACAACATCATA GCTCATCAGCTAAACTTGCTGTTCGTGGACAACAATTGAGAGTTTTGCTC GCAACAATTGGAAAGATGAGAATAAAGACAGCCGCTGCATATAAATATGG TAGTGTTTAGTGTTAATACTACAACCATACCCCTGTTTTTCTTTTGTAAC ATTTTGATATTATGATTGTGGGGTGATTGAAGCTACTATAACAAGTGTTG TGACTATTTGGAGTCTGTAATTGATGACTACGCGTTAGATTTGTGGCGTG ATATGCCCAAAGTCATAAGTGAAGAATGTTATTATTTAAAAAAAAAAAAA AAAAAA BP898883.1 BP898883 gb BP898883.1 GACAATGCTGCTACATGGAATGATTTGGCATACTCCATTCCTACTATCTT GAACTTTGGATTGTTTGGAATTCCAATGGTTGGAGCTGATATATGTGGTT TTTCAAGTAACACTACTGAAGAGCTTTGCCGCCGCTGGATTCAGCTTGGA GCATTCTATCCATTTGCAAGAGACCACTCTGCTAAGGACACAACCCCCCA AGAGCTCTATAGTTGGGATTCAGTTGCTGCAGCGGCCAAGAAAGTCCTTG GGCTCCGATATCAGTTACTTCCGTACTTTTATATGCTTATGTACAAGGCA CATACAAAAGGGACTCCCATTGCACGACCCCTCTTCTTCTCTTTCCCTCA AGATGCCAAGACATTTGATATCAGCACGCAGTTCCTTCTCGGTAAAGGTG TCATGATCTCACCTGTACTTAAGCAAGGAGCAACCTCTGTTGATGCATAT TTCCCTGCTGGAAACTGATCATATAAATG BP881292.1 BP881292 gb BP881292.1 GTTTACTATCCTGATTTTCTAAATCCAGCTACTGAAGTATTTTGGAGAAA TGAAATTGAGAAGTTCCAGGATCTCGTACCTTTTGATGGCCTGTGGCTTG ACATGAATGAATTGTCAAACTTCATTACTTCCCCTCCTACACCATCATCC ACCTTTGATGACCCTCCGTACAAGATAAACAACTCTGGCGATCACTTGCC CATCAACTATAGAACAGTTCCAGCCACTTCAACACATTTTGGTAATACAA TAGATTATAATGTCCATAACCTTTATGGATTACTAGAATCTAGAGCCACC TATAGTGCTTTGGTTAATGTCACTGGTAAAAGGCCATTCATTCTTGCAAG ATCAACTTTTCTTGGCTCTGGCAGATATACGTCACATTGGACTGGAGACA ATGCTGCTACATGGAATGATTTGGCATACTCCATTCCTACTATCTTGAAC TTTGGATTGTTTGGAATTCCAATGGTTGGAGCTG BP881335.1 BP881335 gb BP881335.1 GTTTACTATCCTGATTTTCTAAATCCAGCTACTGAAGTATTTTGGAGAAA TGAAATTGAGAAGTTCCAGGATCTCGTACCTTTTGATGGCCTGTGGCTTG ACATGAATGAATTGTCAAACTTCATTACTTCCCCTCCTACACCATCATCC ACCTTTGATGACCCTCCGTACAAGATAAACAACTCTGGCGATCACTTGCC CATCAACTATAGAACAGTTCCAGCCACTTCAACACATTTTGGTAATACAA TAGATTATAATGTCCATAACCTTTATGGATTACTAGAATCTAGAGCCACC TATAGTGCTTTGGTTAATGTCACTGGTAAAAGGCCATTCATTCTTGCAAG ATCAACTTTTCTTGGCTCTGGCAGATATACGTCACATTGGACTGGAGACA ATGCTGCTACATGGAATGATTTGGCATACTCCATTCCTACTATCTTGAAC TTTGGATTGTTTGGAATTCCAATGGTTGGAGCTG BP885094.1 BP885094 gb BP885094.1 GTGGAAAGTTATGCAAAGGCTAGGATACCGCTGGAGGTTATGTGGACTGA TATTGATTACATGGATGGTTTTAAGGACTTCACACTCGATCCAGTTAACT TCCCACTGGAGCGGGTAAATTTTTTTCTCAGGAAGCTTCATCAGAATGAT CAGAAATATGTACTAATAGTAGATCCAGGAATTAGTATCAACAATACATA TGACACCTATAGGAGAGGCATGGAAGCAGATGTCTTCATAAAACGCGATA ATATGCCCCACCAAGGGGTTGTTTGGCCAGGGAATGTTTACTATCCTGAT TTTCTAAATCCAGCTACTGAAGTATTTTGGAGAAATGAAATTGAGAAGTT CCAGGATCTCGTACCTTTTGATGGCCTGTGGCTTGACATGAATGAATTGT CAAACTTCATTACTTCCCCTCCTACACCATCATCCACCTTTGATGACCCT CCGTACAAGATAAACAACTCTGGCGATCACTTGCC BP910090.1 BP910090 gb BP910090.1 TATATATATATATATATATATATATATATATATATATATATATATATATA TATATATATATATATATATATATATATATATATATATATATATATATATA TATATATATATATATATATATATATATATATATATATATATATATATATA TATATATATATATATATATATATATATATATATATATATATATATATATA TATATATATATATATATATAT BG134412.1 BG134412 gb BG134412.1 GAAGAATCATTAACAAAAGAAGATGGAGAAGTTGAACAGCATTTTCAAGA AGAAGACTTCACCAAAAGAAGCATTGAGGACCAGCAAAAGGGAAATGGCT GTTGCTACCAGAGGCATTGAACGGGAGATCTCATCCTTACAAATGGAGGA GAAAAAGTTAGTTGCAGAGATCAAGCAAACAGCCAAAACTGGAAATGAGG CCGCCACCAAAATTCTAGCTCGTCAACTTGTGAGATTGCGGCAACAAATT GTCAATTTGCAAGGTAGTCGTGCTCAAATTAGGGGTGTAGCAACTCATAC ACAGGCACTATATGCTAGCACCTCTATGTCTACTGGAATGAAAGGTGCAA CTAAAGCGATGTCTGCCATGAACAAGCAAATGGCACCTGCAAAACAAGTT AAAGTGATCAGAGAATTCCAGAAGCAGTCATCACAGTTGGACATGACAAT TGAGATGATGTCCGAATCCATTGATGAGACTTTGGATAAAGATGAAGCTG AAGAAGAAACTGAGGAGCTTACAAACCAGGTGCTGGACGAGATTGGTGTG GACATTGCATCACA BG127435.1 BG127435 gb BG127435.1 GCATTAACAAAAGAAGATGGAGAAGTTGAACAGCATTTTCAAGAAGAAGA CTTCACCAAAAGAAGCATTGAGGACCAGCAAAAGGGAAATGGCTGTTGCT ACCAGAGGCATTGAACGGGAGATCTCATCCTTACAAATGGAGGAGAAAAA GTTAGTTGCAGAGATCAAGCAAACAGCCAAAACTGGAAATGAGGCCGCCA CCAAAATTCTAGCTCGTCAACTTGTGAGATTGCGGCAACAAATTGTCAAT TTGCAAGGTAGTCGTGCTCAAATTAGGGGTGTAGCAACTCATACACAGGC ACTATATGCTAGCACCTCTATGTCTACTGGAATGAAAGGTGCAACTAAAG CGATGTCTGCCATGAACAAGCAAATGGCACCTGCAAAACAAGTTAAAGTG ATCAGAGAATTCCAGAAGCAGTCATCACAGTTGGACATGACAATTGAGAT GATGTCCGAATCCATTGATGAGACTTTGGATAAAGATGAAGCTGAAGAAG AAACTGAGGAGCTTACAAACCAGGTGCTGGACGAGATTGGTGTGGACATT GCATCACAGTTATCTTCAGCTCCAAAAGGCCGGATTGCATCAAAGACAGT TGAAAATGTTGCCCCTCCTAGTTCTGATACTGCTGCAGATGTCGAGGAAC TTGAGAAAGAGTTGGCCTCTCTTCGAAGAATTTGATGAAGAACGTGGACA ACTTTTATATGATCCTTGTACAAATTTCGCTTTTAGAAT BI204956.1 BI204956 gb BI204956.1 CATACACAGGCACTATATGCTAGCACCTCTATGTCTACTGGAATGAAAGG TGCAACTAAAGCGATGTCTGCCATGAACAAGCAAATGGCACCTGCAAAAC AAGTTAAAGTGATCAGAGAATTCCAGAAGCAGTCATCACAGTTGGACATG ACAATTGAGATGATGTCCGAATCCATTGATGAGACTTTGGATAAAGATGA AGCTGAAGAAGAAACTGAGGAGCTTACAAACCAGGTGCTGGACGAGATTG GTGTGGACATTGCATCACAGTTATCTTCAGCTCCAAAAGGCCGGATTGCA TCAAAGACAGTTGAAAATGTTGCCCCTCCTAGTTCTGATACTGCTGCAGA TGTCGAGGAACTTGAGAAGAGGTTGGCCTCTCTTCGAAGAATTTGATGAA GAACGTGGACAACTTTTATATGATCCTTGTACAAATTTCGCTTTTAGAAT TAAAAATATAGTATGTATTATGGTACCAATTTGTATTTCTCAACTATAAT CCTATAGCACCAAACATGACATTTATGCTGTAAGAATGAAGTGGATCCTT TTTGGGTTTTATGATCCTTCTCCATGTAAGTTTTGTATGTAGTTCCTTGA ATTCATTGATATACCTTACCCTC BP880175.1 BP880175 gb BP880175.1 AGGGAAGAATAAATTTACCTCACAGATCGGCAGAAATTAGCTCTTCTACC TCAGACGACTCGATATTCAAACAGATTGAAAGATATGCAGAGTCAGTTGA TGTGCAGTGGGTGCAGGACAATGCTTCTTTATCCCAGAGGAGCTTCTAAT GTCTGCTGTGCAGTGTGCAATGCACTCACCCCTGTCCCACCACCTGGAAT GGAAATGGCTCAATTGATATGTGGAGGCTGTCGTACATTACTTATGCATC CACGTGGAGCGAACAGTGTGAGATGCTCCTGCTGTCATACGGTGAACCTT GTCCCAGGTCCAAACCAGTTTGCTCATGTCTACTGCGGGAACTGCCGTAT GATGCTGATGTATCCATGTGGAGCTCCATCGGTTAAATGTGCAGTATGCC ATTATATTACCAATGTTAATGCAGGAGATGGAAGAGCCCATGCACCTTTG AACCCTCCTAACGGCACTGCTACTACTGCTTCAGGATC BP876687.1 BP876687 gb BP876687.1 GAATAAATTTACCTCACAGATCGGCAGAAATTAGCTCTTCTACCTCAGAC GACTCGATATTCAAACAGATTGAAAGATATGCAGAGTCAGTTGATGTGCA GTGGGTGCAGGACAATGCTTCTTTATCCCAGAGGAGCTTCTAATGTCTGC TGTGCAGTGTGCAATGCACTCACCCCTGTCCCACCACCTGGAATGGAAAT GGCTCAATTGATATGTGGAGGCTGTCGTACATTACTTATGCATCCACGTG GAGCGAACAGTGTGAGATGCTCCTGCTGTCATACGGTGAACCTTGTCCCA GGTCCAAACCAGTTTGCTCATGTCTACTGCGGGAACTGCCGTATGATGCT GATGTATCCATGTGGAGCTCCATCGGTTAAATGTGCAGTATGCCATTATA TTACCAATGTTAATGCAGGAGATGGAAGAGCCCATGCACCTTTGAACCCT CCTAACGGCACTGCTACTACTGCTTCA BP892696.1 BP892696 gb BP892696.1 AATAAATTTACCTCACAGATCGGCAGAAATTAGCTCTTCTACCTCAGACG ACTCGATATTCAAACAGATTGAAAGATATGCAGAGTCAGTTGATGTGCAG TGGGTGCAGGACAATGCTTCTTTATCCCAGAGGAGCTTCTAATGTCTGCT GTGCAGTGTGCAATGCACTCACCCCTGTCCCACCACCTGGAATGGAAATG GCTCAATTGATATGTGGAGGCTGTCGTACATTACTTATGCATCCACGTGG AGCGAACAGTGTGAGATGCTCCTGCTGTCATACGGTGAACCTTGTCCCAG GTCCAAACCAGTTTGCTCATGTCTACTGCGGGAACTGCCGTATGATGCTG ATGTATCCATGTGGAGCTCCATCGGTTAAATGTGCAGTATGCCATTATAT TACCAATGTTAATGCAGGAGATGGAAGAGCCCATGCACCTTTGAACCCTC CTAACGGCACTGCTACTACTGCTTCAGGATC BP878520.1 BP878520 gb BP878520.1 CTCGATATTCAAACAGATTGAAAGATATGCACAGTCAGTTGATGTGCAGT GGGTGCAGGACAATGCTTCTTTATCCCAGAGGAGCTTCTAATGTCTGCTG TGCAGTGTGCAATGCACTCACCCCTGTCCCACCACCTGGAATGGAAATGG AW622419.1 AW622419 gb AW622419.1 GCCCAGGTCCAAACCAGTTTGCTCATGTCTACTGCGGGAACTGCCGTATG ATGCTGATGTATCCATGTGGAGCTCCATCGGTTAAATGTGCAGTATGCCA TTATATTACCAATGTTAATGCAGGAGATGGAAGAGCCCATGCACCTTTGA ACCCTCCTAACGGCACTGCTACTACTGCTTCAGGATCCTCTTCAACTGCC AAGGCTCGTTCACAAAATCAAACTGTTGTCGTCCAAAACCCAATGTCTGT CGATGAGAGTGGCAAGTTGGTGAGTAATGTAGTTGTTGGTGTAACAACAA CATCATAGCTCGTCTGCTAAACTTGCTGTTCGTGGACAACAATTGAGAGT TTTGCTCGCAACAATTGGAAAGAGGAGAATAAAGACAGCCGCTGCATATA AATATGGTAGTGTTTAGTGTTAATACTACANACCATACCCTG AI773752.1 AI773752 gb AI773752.1 CTGCCGTATGATGCTGATGTATCCATGTGGAGCTCCATCGGTTAAATGTG CAGTATGCCATTATATTACCAATGTTAATGCAGGAGATGGAAGAGCCCAT GCACCTTTGAACCCTCCTAACGGCACTGCTACTACTGCTTCAGGATCCTC TTCAACTGCCAAGGCTCGTTCACAAAATCAAACTGTTGTCGTCCAAAACC CAATGTCTGTCGATGAGAGTGGCAAGTTGGTGAGTAATGTAGTTGTTGGT GTAACAACAACATCATAGCTCGTCTGCTAAACTTGCTGTTCGTGGACAAC AATTGAGAGTTTTGCTCGCAACAATTGGAAAGAGGAGAATAAAGACAGCC GCTGCATATAAATATGGTAGTGTTTAGTGTTAATACTACAACCATACCCC TGTTTTTCTTTTGTTAACATTTTGATATTATGATTGTGGGGTGATTGAAG CTACTACTACAAGTGTTGTGACTATTTGGAGTCTGTAATTGATAACTAC BI206715.1 BI206715 gb BI206715.1 TGGAGCTCCATCGGTTAAATGTGCAGTATGCCATTATATTACCAATGTTA ATGCAGGAGATGGAAGAGCCCATGCACCTTTGAACCCTCCTAACGGCACT GCTACTACTGCTTCAGGATCCTCTTCAACTGCCAAGGCTCGTTCACAAAA TCAAACTGTTGTCGTCCAAAACCCAATGTCTGTCGATGAGAGTGGCAAGT TGGTGAGTAATGTAGTTGTTGGTGTAACAACAACATCATAGCTCGTCTGC TAAACTTGCTGTTCGTGGACAACAATTGAGAGTTTTGCTCGCAACAATTG GAAAGAGGAGAATAAAGACAGCCGCTGCATATAAATATGGTAGTGTTTAG TGTTAATACTACAACCATACCCCTGTTTTTCTTTTGTTAACATTTTGATA TTATGATTGTGGGGTGATTGAAGCTACTACTACAAGTGTTGTGACTATTT GGAGTCTGTAATTGATAACTACGCGTTAGATTTGTGGCGTGCTATGCCCA AAGTCATAAGTGAAGAATGTTATTATGTACCTTATATGCCATATTATTGT ATATGACTGTATACCGTGAACCTTACTGCCTAAACACCTTGCTTTTGAGA GGCGAATTCAGGATCTAGAGACTAGAGTTAGTGAGCTTTGAATGAGTGCG GTTTT BG627784.1 BG627784 gb BG627784.1 AACAATTGGAAAGAGGAGAATAAAGACAGCCGCTGCATATAAATATGGTA GTGTTTAGTGTTAATACTACAACCATACCCCTGTTTTTCTTTTGTTAACA TTTTGATATTATGATTGTGGGGTGATTGAAGCTACTACTACAAGTGTTGT GACTATTTGGAGTCTGTAATTGATAACTACGCGTTAGATTTGTGGCGTGC TATGCCCAAAGTCATAAGTGAAGAATGTTATTATGTACCTTATATGCCAT ATTATTGTATATGACTGTATACCGTGAACCTTTCTGCCTAAAAAAAAAAA AAAAAAAAAA BP900368.1 BP900368 gb BP900368.1 GTGCAGCTCATGCTCTGATGATGCAACCACCTCGTATGCTTCGAATCACA GTAGTGGCAAGAAGTTATTTGGGGTTGATCTTTCCAGGGGTTCTCCTAGT GTTCAACAAAACGGAACATTTGACTCAGAAATAGATCCCCTGAGCACCAA GGTTTCAGAACGAACGCTTTTGTACCATGTTGACCCTCTAAAGTTAGGGT CAATCGCCTCAGGAAAGCTTTGGTGCAGTAAGCAGGCAATATTCCCCATA GGATTTAGAAGTCGTGTTAAGTTCTTCGATGCCAGCAGTCCTGAGATAAC TAGTAGCTATATATGCGAGATCCTGAATGGTGGGCTCATTGGACCTCTAT TCAAGGTTAGCTTAGAAGAGTGTCCAGATACGAACTTAGTGAGTTCATCA GCGCAGAAATGCTGGGAAATGATCTCGCATAGAGTCTTTGAAGAACTAGC AACGAAGTTAAATCCAGGAAGGCAAGATTT AI897406.1 AI897406 gb AI897406.1 TTATCTTTATTTCATTACGAATCTCAGATGTATTGGTCTGGTAAACAGGT CGCTCTCCCAGTGAACCGGAACTGGAGAAATTAGTTCAAGAAGTGGAGAA GTATACTCTTGCCAGTCATCTTTTTTGGGGTCTATGGGGAATAATATCGG TACTTCTCCTGACCTTATATATTCTGTCATGATAAGAGTAGTTATGAGCT GCGTACACAAAAAGAACAGTGAATAGTCTAAGTAGGAACTTGGAACTACC TAGTCTTTAACTGTAGAAAACTTTATATTGAAAGTCCGTCAACAATTAAT AGATACATGGTTTGCCGCATTTTGTGCCCAAGCCATAACAGATTTGGCTC TTTTTCTACCTTTTTTGCCTTCGACAACAATGTTGTTATTGAGCTGCATA GGCCTTTCTTAACATCCTTCATTTCCTCCCCTTTTTCAGCATCATGTCAA TAAGATAGACTTCGATTACTTGGGGTATGCTAGGCAGAGGTTCCAGCCAT ATTGGTCGAAGAAATCTGAGCTATTGGGATCATCA BI923234.1 BI923234 gb BI923234.1 TGATTCCTGAAGAAGCGAAGGTGAAATTGAAGAAATTGGCGTCAGAATGG GACGATATAGTGGATCCGAATGCATTAGATGTGTTCAGATTGAAGGGCGC GATGACGAACGAGGTGTATCAAATCAAATGGCCCAGTAAGAACCCGGAAA AGCAACGATCTAGGAAGGTGTTGGTGAGGATCTATGGGAAAGGTGTTGAT GTGTTCTTTGATCGGCAGAATGAAATTAAGATTTTTGAGTTTATGTCTAA GCAAGGCCAAGGACCTCGCTTGCTTGGTCGATTTCAGAGTGGTCGTATTG AGGAATTCATTCGAGCTCGGACATTATCAGCTCCTGATCTGCGTGATCCA GAGATATCTTCCTTGATAGCTGCCAAAATGAGAGAATTTCATGTGCTTGA TATGCCTGGTCCTAAGACCGTCATCCTCTGGGATAGACTGCAAAATTGGC TTAATGTAGCCAAAGGTCTGGCTTCTACTGAAGAAGCTAAGGACTTTAAG TTGGACCTTCTAAAAGATGAGATTGTATTGTTGGAAAAGAATCTTGCTGG CAATCATCTAAGCACGGGATGCTGCCACAACGACTTGCAGTATGGGAACA TAATGATGGATGAAGAGACCAGATCAATAACCTTTATTGACTATGAATAT GCTGGTTACAACCATGTTGCATTTGATATAGCAAATCATTTTTTGTGAAA TGGGTGCTGACTACCATACAGAAACACCTCAT BE462467.1 BE462467 gb BE462467.1 GACGAACGAGGTGTATCAAATCAAATGGCCCAGTAAGAACCCGGAAAAGC AACGATCTANGAAGGTGTTGGTGAGGATCTATGGGAAAGGTGTTGATGTG TTCTTTGATCGGCAGAATGAAATTAAGATTTTTGAGTTTATGTCTAAGCA AGGCCAAGGACCTCGCTTGCTTGGTCGATTTCAGAGTGGTCGTATTGAGG AATTCATTCGAGCTCGGACATTATCAGCTCCTGATCTGCGTGATCCAGAG ATATCTTCCTTGATAGCTGCCAAAATGAGAGAATTTCATGTGCTTGATAT GCCTGGTCCTAAGACCGTCATCCTCTGGGATAGACTGCAAAATTGGCTTA ATGTAGCCAAAGGTCTGGCTTCTACTGAAGAAGCTAAGGACTTTAAGTTG GACCTTCTAAAAGATGAGATTGTATTGTTGGAAAAGAATCTTGCTGGCAA TCATCTAAGCACGGGATGCTGCCACAACGACTTGCAGTATGGGAACATAA TGATGGATGAAGAGACAAGATCAATAACCTTTATTGACTATGAATATGCT GGTTACAACCATGTTGCATTTGATATAGCAAATCA BE462466.1 BE462466 gb BE462466.1 CCCATTTAGAACCCGGAAAAGCAACGATCTATGAAGGTGTTGGTGAGGAT CTATGGGAAAGGTGTTGATGTGTTCTTTGATCGGCAGAATGAAATTAAGA TTTTTGAGTTTATGTCTAAGCAAGGCCAAGGACCTCGCTTGCTTGGTCGA TTTCAGAGTGGTCGTATTGAGGAATTCATTCGAGCTCGGACATTATCAGC TCCTGATCTGCGTGATCCAGAGATATCTTCCTTGATAGCTGCCAAAATGA GAGAATTTCATGTGCTTGATATGCCTGGTCCTAAGACCGTCATCCTCTGG GATAGACTGCAAAATTGGCTTAATGTAGCCAAAGGTCTGGCTTCTACTGA AGAAGCTAAGGACTTTAAGTTGGACCTTCTAAAAGATGAGATTGTATTGT TGGAAAAGAATCTTGCTGGCAATCATCTAAGCACGGGATGCTGCCACAAC GACTTGCAGTATGGGAACATAATGATGGATGAAGAGACAAGATCAATAAC CTTTATTGACTATGAATATGCTGGTTACAACCATGTTGCATTTGATATAG CAAATCA BE462468.1 BE462468 gb BE462468.1 AACCCGGAAAAGCAACGATCTAAGAAGGTGTTGGTGAGGATCTATGGGAA AAGTGTTGATGTGTTCTTTGATCGGCAGAATGAAATTAAGATTTTTGAGT TTATGTCTAAGCAAGGCCAAGGACCTCGCTTGCTTGGTCGATTTCAGAGT GGTCGTATTGAGGAATTCATTCGAGCTCGGACATTATCAGCTCCTGATCT GCGTGATCCAGAGATATCTTCCTTGATAGCTGCCAAAATGAGAGAATTTC ATGTGCTTGATATGCCTGGTCCTAAGACCGTCATCCTCTGGGATAGACTG CAAAATTGGCTTAATGTAGCCAAAGGTCTGGCTTCTACTGAAGAAGCTAA GGACTTTAAGTTGGACCTTCTAAAAGATGAGATTGTATTGTTGGAAAAGA ATCTTGCTGGCAATCATCTAAGCACGGGATGCTGCCACAACGACTTGCAG TATGGGAACATAATGATGGATGAAGAGACAAGATCAATAACCTTTATTGA CTATGAATATGCTGGTTACAACCATGTTGCATTTGATATAGCAAATCA AW738470.1 AW738470 gb AW738470.1 GCAAACATTTCGCAGGCATTTGATTGCATGTGATTCCATGGAAAATTCAA AATCAGTGAACAAGGAGGACGTGATTCCTGAAGAAGCGAAGGTGAAATTG AAGAAATTGGCGTCAGAATGGGACGATATAGTGGATCCGAATGCATTAGA TGTGTTCAGATTGAAGGGCGCGATGACGAACGAGGTGTATCAAATCAAAT GGCCCAGTAAGAACCCGGAAAAGCAACGATCTAGGAAGGTGTTGGTGAGG ATCTATGGGAAAGGTGTTGATGTGTTCTTTGATCGGCAGAATGAAATTAA GATTTTTGAGTTTATGTCTAAGCAAGGCCAAGGACCTCGCTTGCTTGGTC GATTTCAGAGTGGTCGTATTGAGGAATTCATTCGAGCTCGGACATTATCA GCTCCTGATCTGCGTGATCCAGAGATATCTTCCTTGATAGCTGCCAAAAT GAGAGAATTTCATGTGCTTGATATGCCTGGTCCTAAGACCGTCATCCTCT GGGATAGACTGCAAAATTGGCTTAATGTAGCCAAAGGTCTGGCTTCTACT GAAGAAGCTAAGGACTTTAAGTTGGA AW031221.1 AW031221 gb AW031221.1 GGCATTTGATTGCATGTGATTCCATGGAAAATTCAAAATCAGTGAACAAG GAGGACGTGATTCCTGAAGAAGCGAAGGTGAAATTGAAGAAATTGGCGTC AGAATGGGACGATATAGTGGATCCGAATGCATTAGATGTGTTCAGATTGA AGGGCGCGATGACGAACGAGGTGTATCAAATCAAATGGCCCAGTAAGAAC CCGGAAAAGCAACGATCTAGGAAGGTGTTGGTGAGGATCTATGGGAAAGG TGTTGATGTGTTCTTTGATCGGCAGAATGAAATTAAGATTTTTGAGTTTA TGTCTAAGCAAGGCCAAGGACCTCGCTTGCTTGGTCGATTTCAGAGTGGT CGTATTGAGGAATTCATTCGAGCTCGGACATTATCAGCTCCTGATCTGCG TGATCCAGAGATATCTTCCTTGATAGCTGCCAAAATGAGAGAATTTCATG TGCTTGATATGCCTGGTCCTAAAACCGTCATCCTCTGGGATAGACTGCAA AATTGGCTTAATGTAGCCAAAGGTCTGGCTTCTACT AI486498.1 AI486498 gb AI486498.1 GCACGAGACACATTGAGCTATCATACTGTTGTTTTGAGTCCTTCAAGGTG CTTGCTAATAATTATCTAGACGTTACGTCTCATGATGATTACTTTCCTGA GATTCATCGTTTATTAGGGGAAACTAATATAACTCCAGCTGATGTTGCTG AGAGTTTGATGCCCAAGTCTTCTAAGGAAAATGCAGATACTTGCTTGGAG AGGTTAGTTAAAGCTATTGAAACAGCAAAGGTGGAAGCAAAATTGAAGGC TGAGGAAGAAAAGGCAGAGAAGGAGAAGGAAGAGAACGAGAACGAAAAGA AAAAGAAAGAAGCAGCAGCTGCTGCAGAAGACGCGAAAAGGGCTGATGAT GTGAACGAAAATGGGACGTCGATGGAGACTAAGGAAAAGCCAGAAAGTGA TGGTGCTAAGGAAAATTGCAAGTCTGAGATAGTAATGGACTAATGATGAT GTTAGTAAAGGGTTAGTAAAGTTTGATCATGGAAATATTTGATCAATTAG GTGTTGCCCATAGAACCAGGATTCAGATATTTTGAATAATTTTGTTGTTG AACATTGTTGATTTTGTTATTCAAGAGATACTATGATGATG BI205608.1 BI205608 gb BI205608.1 GCATGATTGCTGCTATGGCTAATTACTTGAAGTATGACGTCTATGATCTT GAGCTGACATCGGTTAAGGACAATACCGAGCTAAGAAAACTCCTGATAGA TACAACAGGTAAATCTATTATTGTGATTGAAGACATAGATTGTTCCCTTG ACCTAACAGGTCAACGAGAGACGAATAAGAAGAAGAAAGAAGAGGAAGAT AAAGG AW031193.1 AW031193 gb AW031193.1 AGATGATGCAAGATCTATGGACTCAATTGGGTCCTACCATTGCAGCCATC ATGTTCACCTGGACCATGTACCAGAACTACTTCCCTCACGAACTTCGCGG TCATATTAGGAGGTATACCGATAAACTCGTGAACTATTTCTATCCTTATA TGCACATTATCTTTTATGAACTTGAAACTGAAGGGTGGTTTGAGCGGAGC AAAGCTTACGTATCGATTGAAAGGTACCTAAGCAAGAGCTCGAGCACACA AGCTAAGCGTCTCAAAGCCAATTCGGTGAAGGATGGTCAATCGCTTGTCC TAACCATGGATGATCATGAGGAGATAACGGATGAATATAAAGGCGAGAAG GTTTGGTGGATTTCGAGCAAAAAACCAGCGAGCAGGCAGACAATATCTTT GTATAAGGAGGATGAGAAGAGATATTTCAAGCTAAAATTTCACAAAAAGA ATCGCGACCTTGTCACAAATTCATACTTGAAGTATGTGTTGGATGAAGGA AAGGCGATATCTGTGAAAGAACGACAGAGAAAGCTGTTCACGAACAATAA GGGAGATGGAGGTGGTTAT AW030443.1 AW030443 gb AW030443.1 TGAATACTCCAATTAACTTCAAGATGATGCAAGATCTATGGACTCAATTG GGTCCTACCATTGCAGCCATCATGTTCACCTGGACCATGTACCAGAACTA CTTCCCTCACGAACTTCGCGGTCATATTAGGAGGTATACCGATAAACTCG TGAACTATTTCTATCCTTATATGCACATTATCTTTTATGAACTTGAAACT GAAGGGTGGTTTGAGCGGAGCAAAGCTTACGTATCGATTGAAAGGTACCT AAGCAAGAGCTCGAGCACACAAGCTAAGCGTCTCAAAGCCAATTCGGTGA AGGATGGTCAATCGCTTGTCCTAACCATGGATGATCATGAGGAGATAACG GATGAATATAAAGGCGAGAAGGTTTGGTGGATTTCGAGCAAAAAACCAGC GAGCAGGCAGACAATATCTTTGTATAAGGAGGATGAGAAGAGATATTTCA AGCTAAAATTTCACAAAAAGAATCGCGACCTTGTCACAAATTCATACTTG AAGTATGTGTTGGATGAAGGAAAGGCGATATCTGTGAAAGAACGACAGAG AAAGCTGTACACGAACAATAAGGGAGATGGAGG AW033162.1 AW033162 gb AW033162.1 ATTAACTTCAAGATGATGCAAGATCTATGGACTCAATTGGGTCCTACCAT TGCAGCCATCATGTTCACCTGGACCATGTACCAGAACTACTTCCCTCACG AACTTCGCGGTCATATTAGGAGGTATACCGATAAACTCGTGAACTATTTC TATCCTTATATGCACATTATCTTTTATGAACTTGAAACTGAAGGGTGGTT TGAGCGGAGCAAAGCTTACGTATCGATTGAAAGGTACCTAAGCAAGAGCT CGAGCACACAAGCTAAGCGTCTCAAAGCCAATTCGGTGAAGGATGGTCAA TCGCTTGTCCTAACCATGGATGATCATGAGGAGATAACGGATGAATATAA AGGCGAGAAGGTTTGGTGGATTTCGAGCAAAAAACCAGCGAGCAGGCAGA CAATATCTTTGTATAAGGAGGATGAGAAGAGATATTTCAAGCTAAAATTT CACAAAAAGAATCGCGACCTTGTCACAAATTCATACTTGAAGTATGTGTT GGATGAAGGAAAGGCGATATCTGTGAAAGAACGACAGAGAAAGCTGTACA CGAACCATAAG BF097341.1 BF097341 gb BF097341.1 CAAGATGATGCAAGATCTATGGACTCAATTGGGTCCTACCATTGCAGCCA TCATGTTCACCTGGACCATGTACCAGAACTACTTCCCTCACGAACTTCGC GGTCATATTAGGAGGTATACCGATAAACTCGTGAACTATTTCTATCCTTA TATGCACATTATCTTTTATGAACTTGAAACTGAAGGGTGGTTTGAGCGGA GCAAAGCTTACGTATCGATTGAAAGGTACCTAAGCAAGAGCTCGAGCACA CAAGCTAAGCGTCTCAAAGCCAATTCGGTGAAGGATGGTCAATCGCTTGT CCTAACCATGGATGATCATGAGGAGATAACGGATGAATATAAAGGCGAGA AGGTTTGGTGGATTTCGAGCAAAAAACCAGCGAGCAGGCAGACAATATCT TTGTATAAGGAGGATGAGAAGAGATATTTCAAGCTAAAATTTCACAAAAA GAATCGCGACCTTGTCACAAATTCATACTTGAAGTATGTGTTGGATGAAG GAAAGGCGATATCTGTGAAAGAACGACAGAGAAAGCTG BG134699.1 BG134699 gb BG134699.1 GCTTGAATACTCCAATTAACTTCAAGATGATGCAAGATCTATGGACTCAA TTGGGTCCTACCATTGCAGCCATCATGTTCACCTGGACCATGTACCAGAA CTACTTCCCTCACGAACTTCGCGGTCATATTAGGAGGTATACCGATAAAC TCGTGAACTATTTCTATCCTTATATGCACATTATCTTTTATGAACTTGAA ACTGAAGGGTGGTTTGAGCGGAGCAAAGCTTACGTATCGATTGAAAGGTA CCTAAGCAAGAGCTCGAGCACACAAGCTAAGCGTCTCAAAGCCAATTCGG TGAAGGATGGTCAATCGCTTGTCCTAACCATGGATGATCATGAGGAGATA ACGGATGAATATAAAGGCGAGAAGGTTTGGTGGATTTCGAGCAAAAAACC AGCGAGCAGGCAGACAATATCTTTGTATAAGGAGGATGAGAAGAGATATT TCAAGCTAAAATTTCACAAAAAGAATCGCGACCTTGTCACAAATTCATAC TTGAAGTATGTGTTGGATGAAGGAAAGGCGATATCTGTGAAAGAACGACA GAGAAAGCT BP898773.1 BP898773 gb BP898773.1 CTTTCAGGAGGCCTCAGGCAGTGGACATTTTTCTTGTTAATTACTCTCTC CATCTCAATTTATGTGGCGGTGTTTGAGACCACAAGTTTCAAAAGCCTTT CTTTCTTTCTTGCCTCACATAAATTGGGAGAAGTATATAAAGATGTCATT CTTTTTGGAACTGACTAAAAAGGAATGAGTGTCACATAGTTTAGGAAAAA GGGAGTACCATGTTTCATGATATATAACAAATTGTGGGCCTTGAATGTCT CATTTATTCTGTAAAAAGCATTTTGAGTTTCCTAGCCGAATTCCTCTAAT GATATTTACCTTACCTTACAAGAAATTCTTGCCGCGATTGAAGGAGAGAA TCATGCCCAGATTTGACTGTTCCTCACTTTTGATCGTTTGTGTAAATTTT ATAAAAGTACGCCATTTTTTCATTTGAGTTGGACACAACATTTTGAAGAA AATATAATCATTACATCCTTT BW689058.1 BW689058 gb BW689058.1 ATCGGCCGAATTGGTGAGGGACATGTATATTTTTGTTTTATTAACTGTTT ATTTTTACATTATAGTTTTATTATATATATATATATATATATATATAAAA ATACATACATCTCAGGAGGTTTGTCTGTGAATAGAGATGCATAGGAACAA ATCTTGTAATTAATCATATATATTTTATATCTTATTGGGGAAAAAATATA TTCTGTACATTTTATTTTAAAAAAAAAA BG630422.1 BG630422 gb BG630422.1 ATGTATGGCGAGCGAGATTGGGAGAAGGAGGAGAGAAGCGAGTGAAATTG AGAGAGGGAGGAGAGAGGCGAGCGAGAGAGGGCAGAGAGTGGGAGAGAGG TGAATTGTATATGTATATAGGTTAAATAATTGTATATTATACATGTGTAT TTGTATATCCTGGCGAAAGTGACTAATAATACAAATTCGAAGTCAGCCCA CGTAATTAATGTATAATGTTAGTCATGAGTTCTAATTATAGCAAACTATA GCTATGATGAGTAATTAAATAGTATAAATTTGCTTAGCCGCGTAATTTTC CCAAAAAAATAAAAAAAAAAA AW030957.1 AW030957 gb AW030957.1 TAAAATGTATGTATATTGCATAATTATAAGTGTATGGCAAGAATATATAT GTTTTTGTCTCGCTTTATACAAAAACAAAAACACAATATATACACTTCTG TTGTATAAAGTTAGAGAAAATTGTATTTCACTGCAATTATATAATTCACA ATTGTATAATTCGTTGGCCTTTTTCTCTGCAATATTTGAAGTAAAATGTT TGTAATTTGTATAATTAAGTGTATAACACGAAGATATATATTTTTACATG TGTATATACAATTTTCTCTCGCTTTATACAAAATAGAAACAGAATTTATA CACTTCTGTGTATATAGCGAGATAGGCGAGCGAGAATGGAGAGTGGCGAG CGAGATTTTTGGGAGGGAGACGCCTGACAAACTTTAGCTAACGTTTGCTA TGGAGCACAATTAAATCAAACTCTAGCTACTCCATTTAGTTAGATTACTA GTTTGCTATTATATACAATTTT BG628384.1 BG628384 gb BG628384.1 TTTTTTTTTTTTTTTTTTATGACAAGGGAAACTCGCAGACGCTACCCTTT GGATGCACACAGGGTATATCCCTCGCTCCTATACAATAGCTCGCAAACCA CATAGAAGAGGTAACCCGCACTAGGCAAGCCTGGTGCGACGAGCTCGACC CAGAAGGCAAACCCCTTGCTTTTACTGGCAAGGGGTTTCGAACTTGAGAC CTCCAACATGGAAGTCCCAAGCTCAAACCACTAGGCCACCCCGAAGGGTG TGTGTGTGTGTATGTATATATATATATATATATATATATCACTTATTAGT ATGGAATTACACTGAGTATATTGTTAAGAGGATCCGACAGAGGTGCAGGG GTGTTTTTGGAGAGTTCGAGCAACATAGGCTGTTTTATTAGGATGGGGAA TTTGCAGAGATACGT SGN-E728471 AGACAATGCTGCTACATGGAATGATTTGGCATACTCCATTCCTACTATCT TGAACTTTGGATTGTTTGGAATTCCAATGGTTGGAGCTGATATATGTGGT TTTTCAAGTAACACTACTGAAGAGCTTTGCCGCCGCTGGATTCAGCTTGG AGCATTCTATCCATTTGCAAGAGACCACTCTGCTAAGGACACAACCCCCC AAGAGCTCTATAGTTGGGATTCAGTTGCTGCAGCGGCCAAGAAAGTCCTT GGGCTCCGATATCAGTTACTTCCGTACTTTTATATGCTTATGTACAAGGC ACATACAAAAGGGACTCCCATTGCACGACCCCTCTTCTTCTCTTTCCCTC AAGATGCCAAGACATTTGATATCAGCACGCAGTTCCTTCTCGGTAAAGGT GTCATGATCTCACCTGTACTTAAGCAAGGAGCAACCTCTGTTGATGCATA TTTCCCTGCTGGAAACTGATCATATAAATGTACACGTTCGTGAAGGGAAC ATATTGGTCATGCAAGGGGAAGCAATGACAACACAAGCTGCACAGAGGAC TGCATTCAAACTCCTTGTCGTGCTGAGCAGCAGCGAAAACAGCACAGGAG AACTATTTGTGGACGATGACGATGAGGTGCAGATGGGAAGAGAGGGAGGG AGGTGGACGTTCGTTAAGTTTAACAGCAATATCATTGGCAATAAAATTGT GGTTAAATCAGAGGTTGTGAATGGACGGTACGCGCTGGATCAAGGATTGG TCCTTGAAAAGATGACATTATTAGGTTTGGAAAATGTGAGAGGATTGAAG AGCTATGAGCTTGTTGGATCACACCAGC SGN-E702879 GTTTACTATCCTGATTTTCTAAATCCAGCTACTGAAGTATTTTGGAGAAA TGAAATTGAGAAGTTCCAGGATCTCGTACCTTTTGATGGCCTGTGGCTTG ACATGAATGAATTGTCAAACTTCATTACTTCCCCTCCTACACCATCATCC ACCTTTGATGACCCTCCGTACAAGATAAACAACTCTGGCGATCACTTGCC CATCAACTATAGAACAGTTCCAGCCACTTCAACACATTTTGGTAATACAA TAGATTATAATGTCCATAACCTTTATGGATTACTAGAATCTAGAGCCACC TATAGTGCTTTGGTTAATGTCACTGGTAAAAGGCCATTCATTCTTGCAAG ATCAACTTTTCTTGGCTCTGGCAGATATACGTCACATTGGACTGGAGACA ATGCTGCTACATGGAATGATTTGGCATACTCCATTCCTACTATCTTGAAC TTTGGATTGTTTGGAATTCCAATGGTTGGAGCTGATATATGTGGTTTTTC AAGTAACACTACTGAAGAGCTTTGCCGCCGCTGGATTCAGCTTGGAGCAT TCTATCCATTTGCAAGAGACCACTCTGCTAAGGACACAACCCCCCAAGAG CTCTATAGTTGGGATTCAGTTGCTGCAGCGGCCAAGAAAGTCCTTGGGCT CCGATATCAGTTACTTCCGTACTTTTATATGCTTATGTACAAGGCACATA CAAAAGGGACTCCCATTGCACGACCCCTCTTCTTCTCTTTCCCTCAAGAT GCCAAGACATTTGATATCAGCACGCAGTTCCTTCTCGGTAAAGGTGTCAT GATCTCACCTGTACTTAAGCAAGGAGCAACCTCTGTTGATGCATATTTCC CTGCTGGAAACTGGTTTGACCTCTTCAATTACTCTC SGN-E702836 GTTTACTATCCTGATTTTCTAAATCCAGCTACTGAAGTATTTTGGAGAAA TGAAATTGAGAAGTTCCAGGATCTCGTACCTTTTGATGGCCTGTGGCTTG ACATGAATGAATTGTCAAACTTCATTACTTCCCCTCCTACACCATCATCC ACCTTTGATGACCCTCCGTACAAGATAAACAACTCTGGCGATCACTTGCC CATCAACTATAGAACAGTTCCAGCCACTTCAACACATTTTGGTAATACAA TAGATTATAATGTCCATAACCTTTATGGATTACTAGAATCTAGAGCCACC TATAGTGCTTTGGTTAATGTCACTGGTAAAAGGCCATTCATTCTTGCAAG ATCAACTTTTCTTGGCTCTGGCAGATATACGTCACATTGGACTGGAGACA ATGCTGCTACATGGAATGATTTGGCATACTCCATTCCTACTATCTTGAAC TTTGGATTGTTTGGAATTCCAATGGTTGGAGCTGATATATGTGGTTTTTC AAGTAACACTACTGAAGAGCTTTGCCGCCGCTGGATTCAGCTTGGAGCAT TCTATCCATTTGCAAGAGACCACTCTGCTAAGGACACAACCCCCCAAGAG CTCTATAGTTGGGATTCAGTTGCTGCAGCGGCCAAGAAAGTCCTTGGGCT CCGATATCAGTTACTTCCGTACTTTTATATGCTTATGTACAAGGCACATA CAAAAGGGACTCCCATTGCACGACCCCTCTTCTTCTCTTTCCCTCAAGAT GCCAAGACATTTGATATCAGCACGCAGTTCCTTCTCGGTAAAGGTGTCAT GATCTCACCTGTACTTAAGCAAGGAGCAACCTCTGTTGATGCATATTTCC CTGCTGGAAACT SGN-E706637 GTGGAAAGTTATGCAAAGGCTAGGATACCGCTGGAGGTTATGTGGACTGA TATTGATTACATGGATGGTTTTAAGGACTTCACACTCGATCCAGTTAACT TCCCACTGGAGCGGGTAAATTTTTTTCTCAGGAAGCTTCATCAGAATGAT CAGAAATATGTACTAATAGTAGATCCAGGAATTAGTATCAACAATACATA TGACACCTATAGGAGAGGCATGGAAGCAGATGTCTTCATAAAACGCGATA ATATGCCCCACCAAGGGGTTGTTTGGCCAGGGAATGTTTACTATCCTGAT TTTCTAAATCCAGCTACTGAAGTATTTTGGAGAAATGAAATTGAGAAGTT CCAGGATCTCGTACCTTTTGATGGCCTGTGGCTTGACATGAATGAATTGT CAAACTTCATTACTTCCCCTCCTACACCATCATCCACCTTTGATGACCCT CCGTACAAGATAAACAACTCTGGCGATCACTTGCCCATCAACTATAGAAC AGTTCCAGCCACTTCAACACATTTTGGTAATACAATAGATTATAATGTCC ATAACCTTTATGGATTACTAGAATCTAGAGCCACCTATAGTGCTTTGGTT AATGTCACTGGTAAAAGGCCATTCATTCTTGCAAGATCAACTTTTCTTGG CTCTGGCAGATATACGTCACATTGGACTGGAGACAATGCTGCTACATGGA ATGATTTGGCATACTCCATTCCTACTATCTTGAACTTTGGATTGTTTGGA ATTCCAATGGTTGGAGCTGATATATGTGGTTTTTCAAGTAACACTACTGA AGAGCTTTGCCGCCGCTGGATTCAGCTTGGAGCATTCTATCCCATTTGCA GAGACCACTCTGCTA SGN-E365634 TTTCTTATAAAAATTCCAAAAGGGAAAAAACCATTTTGGATCACCCATTT TCATGATTCAGCTTTTCTTCAAAAGCCATTAGGGTTTTTGTCCTCTTCCA TTTCGAAGAAAATTCTAGGGTTCAAGAATCATTAACAAAAGAAGATGGAG AAGTTGAACAGCATTTTCAAGAAGAAGACTTCTCCAAAAGAAGCATTGAG GACCAGCAAAAGGGAAATGGCTGTTGCTACCAGAGGCATTGAACGGGAGA TCTCATCCTTACAAATGGAGGAGAAAAAGTTAGTTGCAGAGATCAAGCAA ACAGCCAAAACAGGAAACGAGGCCGCCACCAAAATTCTAGCTCGTCAACT TGTGAGATTGCGGCAACAAATTGTCAATTTGCAAGGTAGTCGTGCTCAAA TTAGGGGTGTAGCAACTCATACACAGGCACTATATGCTAGCACCTCTATG TCTACTGGAATGAAAGGTGCAACTAAAGCGATGTCTGCCATGAACA SGN-E339532 AGAATCATTAACAAAAGAAGATGGAGAAGTTGAACAGCATTTTCAAGAAG AAGACTTCACCAAAAGAAGCATTGAGGACCAGCAAAAGGGAAATGGCTGT TGCTACCAGAGGCATTGAACGGGAGATCTCATCCTTACAAATGGAGGAGA AAAAGTTAGTTGCAGAGATCAAGCAAACAGCCAAAACTGGAAATGAGGCC GCCACCAAAATTCTAGCTCGTCAACTTGTGAGATTGCGGCAACAAATTGT CAATTTGCAAGGTAGTCGTGCTCAAATTAGGGGTGTAGCAACTCATACAC AGGCACTATATGCTAGCACCTCTATGTCTACTGGAATGAAAGGTGCAACT AAAGCGATGTCTGCCATGAACAAGCAAATGGCACCTGCAAAACAAGTTAA AGTGATCAGAGAATTCCAGAAGCAGTCATCACAGTTGGACATGACAATTG AGATGATGTCCGAATCCATTGATGAGACTTTGGATAAAGATGAAGCTGAA GAAGAAACTGAGGAGCTTACAAACCAGGTGCTGGACGAGATTGGTGTGGA CATTGCATCACAG SGN-E344320 ATTAACAAAAGAAGATGGAGAAGTTGAACAGCATTTTCAAGAAGAAGACT TCACCAAAAGAAGCATTGAGGACCAGCAAAAGGGAAATGGCTGTTGCTAC CAGAGGCATTGAACGGGAGATCTCATCCTTACAAATGGAGGAGAAAAAGT TAGTTGCAGAGATCAAGCAAACAGCCAAAACTGGAAATGAGGCCGCCACC AAAATTCTAGCTCGTCAACTTGTGAGATTGCGGCAACAAATTGTCAATTT GCAAGGTAGTCGTGCTCAAATTAGGGGTGTAGCAACTCATACACAGGCAC TATATGCTAGCACCTCTATGTCTACTGGAATGAAAGGTGCAACTAAAGCG ATGTCTGCCATGAACAAGCAAATGGCACCTGCAAAACAAGTTAAAGTGAT CAGAGAATTCCAGAAGCAGTCATCACAGTTGGACATGACAATTGAGATGA TGTCCGAATCCATTGATGAGACTTTGGATAAAGATGAAGCTGAAGAAGAA ACTGAGGAGCTTACAAACCAGGTGCTGGACGAGATTGGTGTGGACATTGC ATCACAGTTATCTTCAGCTCCAAAAGGCCGGATTGCATCAAAGACAGTTG AAAATGTTGCCCCTCCTAGTTCTGATACTGCTGCAGATGTCGAGGAACTT GA SGN-E351254 ATACACAGGCACTATATGCTAGCACCTCTATGTCTACTGGAATGAAAGGT GCAACTAAAGCGATGTCTGCCATGAACAAGCAAATGGCACCTGCAAAACA AGTTAAAGTGATCAGAGAATTCCAGAAGCAGTCATCACAGTTGGACATGA CAATTGAGATGATGTCCGAATCCATTGATGAGACTTTGGATAAAGATGAA GCTGAAGAAGAAACTGAGGAGCTTACAAACCAGGTGCTGGACGAGATTGG TGTGGACATTGCATCACAGTTATCTTCAGCTCCAAAAGGCCGGATTGCAT CAAAGACAGTTGAAAATGTTGCCCCTCCTAGTTCTGATACTGCTGCAGAT GTCGAGGAACTTGAGAAGAGGTTGGCCTCTCTTCGAAGAATTTGATGAAG AACGTGGACAACTTTTATATGATCCTTGTACAAATTTCGCTTTTAGAATT AAAAATATAGTATGTATTATGGTACCAATTTGTATTTCTCAACTATAATC CTATAGCACCAAACATGACATTTATGCTGTAAGAATGAAGTGGATCCTTT TTGGGTTTTATGATCCTTCTCCATGTAAGTTTTGTATGTAGTTCCTTGAA TTCATTGATATACCTTACCCTCAAAAAAAAAAA SGN-E746341 CAATATTTAACAAGAAGAAAAAAGGAGATGTAAGAAAAATATCCAAAAAC CAATCTTTTGAAATCTTGAATTTACCCAATTTCTGTCGGAATTTTCGCTC AGATTTCCATTTGAATTCCAACCCATTTTCAGATAATCTCAAGTACCCTT CACTGTATTTTTTTTTTTCGTGTGTGGGGATATATATATATATATATATA TTATAATAGAGGGGTACCCTATCTTCCAGATTTGTTCATTGACTGGAAGA ATAAATTTACCTCACAGATCGGCAGAAATTAGCTCTTCTAACTCAGACGA CTCGACATTCAAACAGATTGAAAGATATGCAGAGTCAGTTGATGTGCAGT GGGTGCAGGACAATGCTTCTTTATCCCAGAGGAGCTTCTAATGTCTGCTG TGCAGTGTGCAATGCACTCACCCCTGTCCCACCACCTGGAATGGAAATGG CTCAATTGATATGTGGAGGCTGTCGTACATTACTTATGCATCCACGTGGA GCAAACAGTGTGAGATGCTCCTGCTGTCATACGGTGAACCTTGTCCCAGG TCCAAACCAGTTTGCTCATGTCTACTGCGGGAACTGCCGTATGATGCTGA TGTATCCATGTGGAGCTCCATCGGTTAAATGTGCAGTATGCCATTATATT ACCAATGTTAATGCAGGAGATGGAAGAGCCCATGCACCTTTGAACCCTCC TAACGGCACTGCTACTCCTGCTTCAGGATCCTCTTCAACTGCCAAGGCTC GTTCACAAAATCAAACTGTTGTCGTCCAAAACCCAATGTCTGTTGATGAG AGTGGCAAGTTGGTGAGTAATGTAGTTGTTGGTGTAACAACAACATCATA GCTCATCAGCTAAACTTGCTGTTCGTGGACAACAATTGAGAGTTTTGCTC GCAACAATTGGAAAGATGAGAATAAAGACAGCCGCTGCATATAAATATGG TAGTGTTTAGTGTTAATACTACAACCATACCCCTGTTTTTCTTTTGTAAC ATTTTGATATTATGATTGTGGGGTGATTGAAGCTACTATAACAAGTGTTG TGACTATTTGGAGTCTGTAATTGATGACTACGCGTTAGATTTGTGGCGTG ATATGCCCAAAGTCATAAGTGAAGAATGTTATTATTTAAAAAAAAAAAAA AAAAAA SGN-E546059 CAATATTTAACAAGAAGAAAAAAGGAGATGTAAGAAAAATATCCAAAAAC CAATCTTTTGAAATCTTGAATTTACCCAATTTCTGTCGGAATTTTCGCTC AGATTTCCATTTGAATTCCAACCCATTTTCAGATAATCTCAAGTACCCTT CACTGTATTTTTTTTTTTCGTGTGTGGGGATATATATATATATATATATA TTATAATAGAGGGGTACCCTATCTTCGAGATGTGTTCATTGACTGGAAGA ATAAAGTTACCTCACAGATCGGCAGAAATGAGCTCTTCTAAGTCAGACGA CGCGACATTCAAACAGATTGAAAGATATGCAGAGTCAGTTGATGTGCAGT GGGTGCAGGACAATGCTTCTTTATCCCAGAGGAGCTTCTAATGTCTGCTG TGCAGTGTGCAATGCACTCACCCCTGTCCCACCACCTGGAATGGAAATGG CTCAATTGATATGTGGAGGCTGTCGTACATTACTTATGCATCCACGTGGA GCAAACAGTGTGAGATGCTCCTGCTGTCATACGGTGAACCTTGTCCCAGG TCCAAACCAGTTTGCTCATGTCTACTGCGGGAACTGCCGTATGATGCTGA TGTATCCATGTGGAGCTCCATCGGTTAAATGTGCAGTATGCCATTATATT ACCAATGTTAATGCAGGAGATGGAAGAGCCCATGCACCTTTGAACCCTCC TAACGGCACTGCTACTCCTGCTTCAAGATCCTCTTCAACTGCCAAGGCTC GTTCACAAAATCAAACTGTTGTCGTCCAAAACCCAATGTCTGTTGATGAG AGTGGCA SGN-E357176 AATATTTAACAAGAAGAAAAAAGGAGATGTAAGAAAAATATCCAAAAACC AATCTTTTGAAATCTTGAATTTACCCAATTTCTGTCGGAATTTTCGCTCA GATTTCCATTTGAATTCCAACCCATTTTCAGATAATCTCAAGTACCCTTC ACTGTATTTTTTTTTTTCGTGTGTGGGGATATATATATATATATATATAT TATAATAGAGGGGTACCCTATCTTCCAGATTTGTTCATTGACTGGAAGAA TAAATTTACCTCACAGATCGGCAGAAATTAGCTCTTCTAACTCAGACGAC TCGACATTCAAACAGATTGAAAGATATGCAGAGTCAGTTGATGTGCAGTG GGTGCAGGACAATGCTTCTTTATCCCAGAGGAGCTTCTAATGTCTGCTGT GCAGTGTGCAATGCACTCACCCCTGTCCCACCACCTGGAATGGAAATGGC TCAATTGATATGTGGAGGCTGTCGTACATTACTTATGCATCCACGTGGAG CAAACAGTGTGAGATGCTCCTGCTGTCATACGGTGAACCTTGTCCCAGGT CCAAACCAGTTTGCTCATGTCTACTGCGGGAACTGCCGTATGATGCTGAT GTATCCATGTGGAG SGN-E364678 GAGACTAGTGGGGAGTTTTTTTTTTTTTGTTTGGTGTGTGGGGATATATA TATTATAATAGAGGGGTACCCTATCTTCCAAATTTGTTCATTGACTGGAA GAATAAATTTACCTCACAGATCGGCAGAAATTAACTCTTCTAACTCAGAC GACTCTACATTCAAACAGA SGN-E701719 AGGGAAGAATAAATTTACCTCACAGATCGGCAGAAATTAGCTCTTCTACC TCAGACGACTCGATATTCAAACAGATTGAAAGATATGCAGAGTCAGTTGA TGTGCAGTGGGTGCAGGACAATGCTTCTTTATCCCAGAGGAGCTTCTAAT GTCTGCTGTGCAGTGTGCAATGCACTCACCCCTGTCCCACCACCTGGAAT GGAAATGGCTCAATTGATATGTGGAGGCTGTCGTACATTACTTATGCATC CACGTGGAGCGAACAGTGTGAGATGCTCCTGCTGTCATACGGTGAACCTT GTCCCAGGTCCAAACCAGTTTGCTCATGTCTACTGCGGGAACTGCCGTAT GATGCTGATGTATCCATGTGGAGCTCCATCGGTTAAATGTGCAGTATGCC ATTATATTACCAATGTTAATGCAGGAGATGGAAGAGCCCATGCACCTTTG AACCCTCCTAACGGCACTGCTACTACTGCTTCAGGATCCTCTTCAACTGC CAAGGCTCGTTCACAAAATCAAACTGTTGTCGTCCAAAACCCAATGTCTG TCGATGAGAGTGGCAAGTTGGTGAGTAATGTAGTTGTTGGTGTAACAACA ACATCATAGCTCGTCTGCTAAACTTGCTGTTCGTGGACAACAATTGAGAG TTTTGCTCGCAACAATTGGAAAGAGGAGAATAAAGACAGCCGCTGCATAT AAATATGGTAGTGTTTAGTGTTAATACTACAACCATACCCCTGTTTTTCT TTTGTTAACATTTTGATATTATGATTGTGGGGTGATTGAAGCTACTACTA CTAGTGTTGTGACTATTTGGAGTCTGTAATTGATAACTACGCGTTAGATT TGTGGCGTGCTATGCCCAAAGTCATAAGTGAAGAATGTTATTATGTAAAA AAAAAAAAAAAAAA SGN-E698231 GGAAGAATAAATTTACCTCACAGATCGGCAGAAATTAGCTCTTCTACCTC AGACGACTCGATATTCAAACAGATTGAAAGATATGCAGAGTCAGTTGATG TGCAGTGGGTGCAGGACAATGCTTCTTTATCCCAGAGGAGCTTCTAATGT CTGCTGTGCAGTGTGCAATGCACTCACCCCTGTCCCACCACCTGGAATGG AAATGGCTCAATTGATATGTGGAGGCTGTCGTACATTACTTATGCATCCA CGTGGAGCGAACAGTGTGAGATGCTCCTGCTGTCATACGGTGAACCTTGT CCCAGGTCCAAACCAGTTTGCTCATGTCTACTGCGGGAACTGCCGTATGA TGCTGATGTATCCATGTGGAGCTCCATCGGTTAAATGTGCAGTATGCCAT TATATTACCAATGTTAATGCAGGAGATGGAAGAGCCCATGCACCTTTGAA CCCTCCTAACGGCACTGCTACTACTGCTTCAGGATCCTCTTCAACTGCCA AGGCTCGTTCACAAAATCAAACTGTTGTCGTCCAAAACCCAATGTCTGTC GATGAGAGTGGCAAGTTGGTGAGTAATGTAGTTGTTGGTGTAACAACAAC ATCATAGCTCGTCTGCTAAACTTGCTGTTCGTGGACAACAATTGAGAGTT TTGCTCGCAACAATTGGAAAGAGGAGAATAAAGACAGCCGCTGCATATAA ATATGGTAGTGTTTAGTGTTAATACTACAACCATACCCCTGTTTTTCTTT TGGTAACATTTTGATATTATGATTGTGGGG SGN-E700064 AGCCTCAATTTACCTCACAGATCGGCAGAAATTAGCTCTTCTACCTCTTA CGACTCGATATTCAAACAGATTGAAAGATATGCACAGTCAGTTGATGTGC AGTGGGTGCAGGACAACGCTTCTTTATCCCAGAGGAGCTTCTAATGTCTG CTGTGCAGTGTGCAATGCACTCACCCCTGTCCCACCACCTGGAATGGAAA TGGCTCAATTGATATGTGGAGGCTGTCGTACATTACTTATGCATCCACGT GGAGCGAACAGTGTGAGATGCTCCTGCTGTCATACGGTGAACCTTGTCCC AGGTCCAAACCAGTTTGCTCATGTCTACTGCGGGAACTGCCGTATGATGC TGATGTATCCATGTGGAGCTCCATCGGTTAAATGTGCACTATGCCATTAT ATTACCCATGCTAATGCAGGACATGGAAGACCCCATGCACCTTTGAACCC TCCTAACGGCACTGCTACTACTGCTTCAGGATCCTCTTCAACTGCCAAGG CTC SGN-E714239 GAATAAATTTACCTCACAGATCGGCAGAAATTAGCTCTTCTACCTCAGAC GACTCGATATTCAAACAGATTGAAAGATATGCAGAGTCAGTTGATGTGCA GTGGGTGCAGGACAATGCTTCTTTATCCCAGAGGAGCTTCTAATGTCTGC TGTGCAGTGTGCAATGCACTCACCCCTGTCCCACCACCTGGAATGGAAAT GGCTCAATTGATATGTGGAGGCTGTCGTACATTACTTATGCATCCACGTG GAGCGAACAGTGTGAGATGCTCCTGCTGTCATACGGTGAACCTTGTCCCA GGTCCAAACCAGTTTGCTCATGTCTACTGCGGGAACTGCCGTATGATGCT GATGTATCCATGTGGAGCTCCATCGGTTAAATGTGCAGTATGCCATTATA TTACCAATGTTAATGCAGGAGATGGAAGAGCCCATGCACCTTTGAACCCT CCTAACGGCACTGCTACTACTGCTTCAGGATCCTCTTCAACTGCCAAGGC TCGTTCACAAAATCAAACTGTTGTCGTCCAAAACCCAATGTCTGTCGATG AGAGTGGCAAGTTGGTGAGTAATGTAGTTGTTGGTGTAACAACAACATCA TAGCTCGTCTGCTAAACTTGCTGTTCGTGGACAACAATTGAGAGTTTTGC TCGCAACAATTGGAAAGAGGAGAATAAAGACAGCCGCTGCATATAAATAT GGTAGTGTTTAGTGTTAATACTACAACCATACCCCTGTTTTTCTTTTGTT AACATTTTGATATTATGATTGTGGGGTGATTGAAGCTACTACTACTAGTG TTGTGACTATTTGGAGTCTGTAATTGATAACTACGCGTTAGATTTGTGGC GTGCTAT SGN-E305224 CCAGGTCCAAACCAGTTTGCTCATGTCTACTGCGGGAACTGCCGTATGAT GCTGATGTATCCATGTGGAGCTCCATCGGTTAAATGTGCAGTATGCCATT ATATTACCAATGTTAATGCAGGAGATGGAAGAGCCCATGCACCTTTGAAC CCTCCTAACGGCACTGCTACTACTGCTTCAGGATCCTCTTCAACTGCCAA GGCTCGTTCACAAAATCAAACTGTTGTCGTCCAAAACCCAATGTCTGTCG ATGAGAGTGGCAAGTTGGTGAGTAATGTAGTTGTTGGTGTAACAACAACA TCATAGCTCGTCTGCTAAACTTGCTGTTCGTGGACAACAATTGAGAGTTT TGCTCGCAACAATTGGAAAGAGGAGAATAAAGACAGCCGCTGCATATAAA TATGGTAGTGTTTAGTGTTAATACTACAACCATACCCCTGTTTTTCTTTT GTAACATTTTGATATTATGATTGTGGGGTGATTGAAGCTACTACTACAAG TG SGN-E279763 TGCCGTATGATGCTGATGTATCCATGTGGAGCTCCATCGGTTAAATGTGC AGTATGCCATTATATTACCAATGTTAATGCAGGAGATGGAAGAGCCCATG CACCTTTGAACCCTCCTAACGGCACTGCTACTACTGCTTCAGGATCCTCT TCAACTGCCAAGGCTCGTTCACAAAATCAAACTGTTGTCGTCCAAAACCC AATGTCTGTCGATGAGAGTGGCAAGTTGGTGAGTAATGTAGTTGTTGGTG TAACAACAACATCATAGCTCGTCTGCTAAACTTGCTGTTCGTGGACAACA ATTGAGAGTTTTGCTCGCAACAATTGGAAAGAGGAGAATAAAGACAGCCG CTGCATATAAATATGGTAGTGTTTAGTGTTAATACTACAACCATACCCCT GTTTTTCTTTTGTTAACATTTTGATATTATGATTGTGGGGTGATTGAAGC TACTACTACAAGTGTTGTGACTATTTGGAGTCTGTAATTGATA SGN-E352757 GGAGCTCCATCGGTTAAATGTGCAGTATGCCATTATATTACCAATGTTAA TGCAGGAGATGGAAGAGCCCATGCACCTTTGAACCCTCCTAACGGCACTG CTACTACTGCTTCAGGATCCTCTTCAACTGCCAAGGCTCGTTCACAAAAT CAAACTGTTGTCGTCCAAAACCCAATGTCTGTCGATGAGAGTGGCAAGTT GGTGAGTAATGTAGTTGTTGGTGTAACAACAACATCATAGCTCGTCTGCT AAACTTGCTGTTCGTGGACAACAATTGAGAGTTTTGCTCGCAACAATTGG AAAGAGGAGAATAAAGACAGCCGCTGCATATAAATATGGTAGTGTTTAGT GTTAATACTACAACCATACCCCTGTTTTTCTTTTGTTAACATTTTGATAT TATGATTGTGGGGTGATTGAAGCTACTACTACAAGTGTTGTGACTATTTG GAGTCTGTAATTGATAACTACGCGTTAGATTTGTGGCGTGCTATGCCCAA AGTCATAAGTGAAGAATGTTATTATGTACCTTATATGCCATATTATTGTA TATGACTGTATACCGTGAACCTTACTGCCTAAACACCTTGCTTTTGAGAG GCGAATTCAGGATCTAGAGACTAGAGTTAGTGAGCTTTGAATGAGTGCGG TTTTTATTAGATGTATGCATCTTTTCCCCTTGTGCATGTGTGTAATGGCA CCTGCAGACTTGTCTGGAATT SGN-E224085 AAACTTGCTGTTCGTGGACAACAATTGAGAGTTTTGCTCGCAACAATTGG AAAGAGGAGAATAAAGACAGCCGCTGCATATAAATATGGTAGTGTTTAGT GTTAATACTACAACCATACCCCTGTTTTTCTTTTGTTAACATTTTGATAT TATGATTGTGGGGTGATTGAAGCTACTACTACAAGTGTTGTGACTATTTG GAGTCTGTAATTGATAACTACGCGTTAGATTTGTGGCGTGCTATGCCCAA AGTCATAAGTGAAGAATGTTATTATGTACCTTATATGCCATATTATTGTA TATGACTGTATACCGTGAACCTTTCTGCCTAAAAAAAAAAAAAAAAAAAA SGN-E729956 AAGCAGTGCAGCTCATGCTCTGATGATGCAACCACCTCGTATGCTTCGAA TCACAGTAGTGGCAAGAAGTTATTTGGGGTTGATCTTTCCAGGGGTTCTC CTAGTGTTCAACAAAACGGAACATTTGACTCAGAAATAGATCCCCTGAGC ACCAAGGTTTCAGAACGAACGCTTTTGTACCATGTTGACCCTCTAAAGTT AGGGTCAATCGCCTCAGGAAAGCTTTGGTGCAGTAAGCAGGCAATATTCC CCATAGGATTTAGAAGTCGTGTTAAGTTCTTCGATGCCAGCAGTCCTGAG ATAACTAGTAGCTATATATGCGAGATCCTGAATGGTGGGCTCATTGGACC TCTATTCAAGGTTAGCTTAGAAGAGTGTCCAGATACGAACTTAGTGAGTT CATCAGCGCAGAAATGCTGGGAAATGATCTCGCATAGAGTCTTTGAAGAA CTAGCAACGAAGTTAAATCCAGGAAGGCAAGATTTGCCACCATTGCAACC TGACACAGAATGCATCAACGGTCTCGGAATGTTTGGGTTACTCTCCCCAC CGATAGTTCAGTCCATTGAAGCTCTTGATACAAACTATCAATGTCTGGAG TACTGGAAAAACAAGCTAAAACTCAAGGACGAGTGTGTAACTGTCAAAGG GCCTTCAGGTTCATCGGAGAGTACTGTTGACATGGCAAGATCTGCTGTGA TGGAAAGAGGTCAGTGTTCGGGAACCAAGGTGGCTACTGAGGAGGAACAT GCTTACTATAGTTCATCTA SGN-E242003 TATCTTTATTTCATTACGAATCTCAGATGTATTGGTCTGGTAAACAGGTC GCTCTCCCAGTGAACCGGAACTGGAGAAATTAGTTCAAGAAGTGGAGAAG TATACTCTTGCCAGTCATCTTTTTTGGGGTCTATGGGGAATAATATCGGT ACTTCTCCTGACCTTATATATTCTGTCATGATAAGAGTAGTTATGAGCTG CGTACACAAAAAGAACAGTGAATAGTCTAAGTAGGAACTTGGAACTACCT AGTCTTTAACTGTAGAAAACTTTATATTGAAAGTCCGTCAACAATTAATA GATACATGGTTTGCCGCATTTTGTGCCCAAGCCATAACAGATTTGGCTCT TTTTCTACCTTTTTTGCCTTCGACAACAATGTTGTTATTGAGCTGCATAG GCCTTTCTTAACATCCTTCATTTCCTCCCCTTTTTCAGCATCATGTCAAT AAGATAGACTTCGATTACTTGGGGTATGCTAGGCA SGN-E313300 GATGACGAACGAGGTGTATCAAATCAAATGGCCCAGTAAGAACCCGGAAA AGCAACGATCTANGAAGGTGTTGGTGAGGATCTATGGGAAAGGTGTTGAT GTGTTCTTTGATCGGCAGAATGAAATTAAGATTTTTGAGTTTATGTCTAA GCAAGGCCAAGGACCTCGCTTGCTTGGTCGATTTCAGAGTGGTCGTATTG AGGAATTCATTCGAGCTCGGACATTATCAGCTCCTGATCTGCGTGATCCA GAGATATCTTCCTTGATAGCTGCCAAAATGAGAGAATTTCATGTGCTTGA TATGCCTGGTCCTAAGACCGTCATCCTCTGGGATAGACTGCAAAATTGGC TTAATGTAGCCAAAGGTCTGGCTTCTACTGAAGAAGCTAAGGACTTTAAG TTGGACCTTCTAAAAGATGAGATTGTATTGTTGGAAAAGAATCTTGCTGG CAATCATCTAAGCACGGGATGCTGCCACAACGACTTGCAGTATGGGAACA TAATGATGGATGAAGAGACAAGATCAATAACCTTTATTGACTATGAATAT GCTGGTTACAACCATGTTGCATTTGATATAGCAAATCATTTTTGTGAAAT GGTTGCTGACTACCATAC SGN-E214745 GATTCCTGAAGAAGCGAAGGTGAAATTGAAGAAATTGGCGTCAGAATGGG ACGATATAGTGGATCCGAATGCATTAGATGTGTTCAGATTGAAGGGCGCG ATGACGAACGAGGTGTATCAAATCAAATGGCCCAGTAAGAACCCGGAAAA GCAACGATCTAGGAAGGTGTTGGTGAGGATCTATGGGAAAGGTGTTGATG TGTTCTTTGATCGGCAGAATGAAATTAAGATTTTTGAGTTTATGTCTAAG CAAGGCCAAGGACCTCGCTTGCTTGGTCGATTTCAGAGTGGTCGTATTGA GGAATTCATTCGAGCTCGGACATTATCAGCTCCTGATCTGCGTGATCCAG AGATATCTTCCTTGATAGCTGCCAAAATGAGAGAATTTCATGTGCTTGAT ATGCCTGGTCCTAAGACCGTCATCCTCTGGGATAGACTGCAAAATTGGCT TAATGTAGCCAAAGGTCTGGCTTCTACTGAAGAAGCTAAGGACTTTAAGT TGGACCTTCTAAAAGATGAGATTGTATTGTTGGAAAAGAATCTTGCTGGC AATCATCTAAGCACGGGATGCTGCCACAACGACTTGCAGTATGGGAACAT AATGATGGATGAAGAGACNAGATCAATAACCTTTATTGACTATGAATATG CTGGTTACAACCATGTTGCATTTGATATAGCAAATCATTTTTGTGAAATG GGTGCTGACTACC SGN-E313301 AGAACCCGGAAAAGCAACGATCTAAGAAGGTGTTGGTGAGGATCTATGGG AAAAGTGTTGATGTGTTCTTTGATCGGCAGAATGAAATTAAGATTTTTGA GTTTATGTCTAAGCAAGGCCAAGGACCTCGCTTGCTTGGTCGATTTCAGA GTGGTCGTATTGAGGAATTCATTCGAGCTCGGACATTATCAGCTCCTGAT CTGCGTGATCCAGAGATATCTTCCTTGATAGCTGCCAAAATGAGAGAATT TCATGTGCTTGATATGCCTGGTCCTAAGACCGTCATCCTCTGGGATAGAC TGCAAAATTGGCTTAATGTAGCCAAAGGTCTGGCTTCTACTGAAGAAGCT AAGGACTTTAAGTTGGACCTTCTAAAAGATGAGATTGTATTGTTGGAAAA GAATCTTGCTGGCAATCATCTAAGCACGGGATGCTGCCACAACGACTTGC AGTATGGGAACATAATGATGGATGAAGAGACAAGATCAATAACCTTTATT GACTATGAATATGCTGGTTACAACCATGTTGCATTTGATATAGCAAATCA TTTTTGTGAAATGGTTGCTGA SGN-E313390 TTTAGAACCCGGAAAAGCAACGATCTATGAAGGTGTTGGTGAGGATCTAT GGGAAAGGTGTTGATGTGTTCTTTGATCGGCAGAATGAAATTAAGATTTT TGAGTTTATGTCTAAGCAAGGCCAAGGACCTCGCTTGCTTGGTCGATTTC AGAGTGGTCGTATTGAGGAATTCATTCGAGCTCGGACATTATCAGCTCCT GATCTGCGTGATCCAGAGATATCTTCCTTGATAGCTGCCAAAATGAGAGA ATTTCATGTGCTTGATATGCCTGGTCCTAAGACCGTCATCCTCTGGGATA GACTGCAAAATTGGCTTAATGTAGCCAAAGGTCTGGCTTCTACTGAAGAA GCTAAGGACTTTAAGTTGGACCTTCTAAAAGATGAGATTGTATTGTTGGA AAAGAATCTTGCTGGCAATCATCTAAGCACGGGATGCTGCCACAACGACT TGCAGTATGGGAACATAATGATGGATGAAGAGAC SGN-E551507 CAAGGGCATTTGATTGCATGTGATTCCATGGAAAATTCAAAATCAGTGAA CAAGGAGGACGTGATTCCTGAAGAAGCGAAGGTGAAATTGAAGAAATTGG CGTCAGAATGGGACGATATAGTGGATCCGAATGCATTAGATGTGTTCAGA TTGAAGGGCGCGATGACGAACGAGGTGTATCAAATCAAATGGCCCAGTAA GAACCCGGAAAAGCAACGATCTAGGAAGGTGTTGGTGAGGATCTATGGGA AAGGTGTTGATGTGTTCTTTGATCGGCAGAATGAAATTAAGATTTTTGAG TTTATGTCTAAGCAAGGCCAAGGACCTCGCTTGCTTGGTCGATTTCAGAG TGGTCGTATTGAGGAATTCATTCGAGCTCGGACATTATCAGCTCCTGATC TGCGTGATCCAGAGATATCTTCCTTGATAGCTGCCAAAATGAGAGAATTT CATGTGCTTGATATGCCTGGTCCTAAGACCGTCATCCTCTGGGATAGACT GCAAAATTGGCTTAATGTAGCCAAAGGTCTGGCTTCTACTGAAGAAGCTA AGGACTTTAAGTTGGACCTTCTAAAAGATGAGATTGTATTGTTGGAAAAG AATCTTGCTGGCAA SGN-E688382 CAAGGGCATTTGATTGCATGTGATTCCATGGAAAATTCAAAATCAGTGAA CAAGGAGGACGTGATTCCTGAAGAAGCGAAGGTGAAATTGAAGAAATTGG CGTCAGAATGGGACGATATAGTGGATCCGAATGCATTAGATGTGTTCAGA TTGAAGGGCGCGATGACGAACGAGGTGTATCAAATCAAATGGCCCAGTAA GAACCCGGAAAAGCAACGATCTAGGAAGGTGTTGGTGAGGATCTATGGGA AAGGTGTTGATGTGTTCTTTGATCGGCAGAATGAAATTAAGATTTTTGAG TTTATGTCTAAGCAAGGCCAAGGACCTCGCTTGCTTGGTCGATTTCAGAG TGGTCGTATTGAGGAATTCATTCGAGCTCGGACATTATCAGCTCCTGATC TGCGTGATCCAGAGATATCTTCCTTGATAGCTGCCAAAATGAGAGAATTT CATGTGCTTGATATGCCTGGTCCTAAGACCGTCATCCTCTGGGATAGACT GCAAAATTGGCTTAATGTAGCCAAAGGTCTGGCTTCTACTGAAGAAGCTA AGGACTTTAAGTTGGACCTTCTAAAAGATGAGATTGTATTGTTGGAAAAG AATCTTGCTGGCAA SGN-E331673 AAACATTTCGCAGGCATTTGATTGCATGTGATTCCATGGAAAATTCAAAA TCAGTGAACAAGGAGGACGTGATTCCTGAAGAAGCGAAGGTGAAATTGAA GAAATTGGCGTCAGAATGGGACGATATAGTGGATCCGAATGCATTAGATG TGTTCAGATTGAAGGGCGCGATGACGAACGAGGTGTATCAAATCAAATGG CCCAGTAAGAACCCGGAAAAGCAACGATCTAGGAAGGTGTTGGTGAGGAT CTATGGGAAAGGTGTTGATGTGTTCTTTGATCGGCAGAATGAAATTAAGA TTTTTGAGTTTATGTCTAAGCAAGGCCAAGGACCTCGCTTGCTTGGTCGA TTTCAGAGTGGTCGTATTGAGGAATTCATTCGAGCTCGGACATTATCAGC TCCTGATCTGCGTGATCCAGAGATATCTTCCTTGATAGCTGCCAAAATGA GAGAATTTCATGTGCTTGATATGCCTGGTCCTAAGACCGTCATCCTCTGG GATAGACTGCAAAATTGGCTTAATGTA SGN-E202595 CATTTGATTGCATGTGATTCCATGGAAAATTCAAAATCAGTGAACAAGGA GGACGTGATTCCTGAAGAAGCGAAGGTGAAATTGAAGAAATTGGCGTCAG AATGGGACGATATAGTGGATCCGAATGCATTAGATGTGTTCAGATTGAAG GGCGCGATGACGAACGAGGTGTATCAAATCAAATGGCCCAGTAAGAACCC GGAAAAGCAACGATCTAGGAAGGTGTTGGTGAGGATCTATGGGAAAGGTG TTGATGTGTTCTTTGATCGGCAGAATGAAATTAAGATTTTTGAGTTTATG TCTAAGCAAGGCCAAGGACCTCGCTTGCTTGGTCGATTTCAGAGTGGTCG TATTGAGGAATTCATTCGAGCTCGGACATTATCAGCTCCTGATCTGCGTG ATCCAGAGATATCTTCCTTGATAGCTGCCAAAATGAGAGAATTTCATGTG CTTGATATGCCTGGTCCTAAAACCGTCATCCTCTGGGATAGACTGCAAAA TTGGCT SGN-E389948 ACACATTGAGCTATCATACTGTTGTTTTGAGTCCTTCAAGGTGCTTGCTA ATCATTATCTAGACGTTACGTCTCATGATGATTACTTTCCTGAGATTCAT CGTTTATTAGGGGAAACTAATATAACTCCAGCTGATGTTGCTGAGAGTTT GATGCCCAAGTCTTCTAAGGAAAATGCAGATACTTGCTTGGAGAGGTTAG TTAAAGCTATTGAAACAGCAAAGGTGGAAGCAAAATTGAAGGCTGAGGAA GAAAAGGCAGAGAAGGAGAAGGAAGAGAACGAGAACGAAAAGAAAAAGAA AGAAGCAGCAGCTGCTGCAGAAGACGCGAAAAGGGCTGATGATGTGAACG AAAATGGGACGTCGATGGAGACTAAGGAAAAGCCAGAAAGTGATGGTGCT AAGGAAAATTGCAAGTCTGAGATAGTAATGGACTAATGATGATGTTAGTA AAGGGTTAGTAAAGTTTGATCATGGAAATATTTGATCAATTAGGTGTTGC CCATAGAACCAGGATTCAGATATTTTGAATAATTTTGTTGTTGAACATTG TTGATTTTGTTATTCAAGAGATACTATGATGATGTAAGAAGTGGTTGTTG CATAATACATAGTGTAGTATCTTATCTTTTTGTGGTAACAAATATTTACA TCTTAGTAACTTGGTGATATATATCAATTTCCTC SGN-E550379 CTAAGATGTCAATATTTTGTTACACAAAAAGATAAGATACTACACTATGT ATTATGCAACAACCACTTCCTACATCATCATAGTATCTCTTGAATAACAA AATCAACAATGTTCAACAACAAAATTATTCAAAATATCTGAATCCTGGTT CTATGGGCAACACCTAATTGATCAAATATTTCCATGATCAAACTTTACTA ACCCTTTACTAACATCATCATTAGTCCATTACTATCTCAGACTTGCAATT TTCCTTAGCACCATCACTTTCTGGCTTTTCCTTAGTCTCCATCGACGTCC CATTTTCGTTCACATCATCAGCCCTTTTCGCGTCTTCTGCAGCAGCTGCT GCTTCTTTCTTTTTCTTTTCGTTCTCGTTCTCTTCCTTCTCCTTCTCTGC CTTTTCTTCCTCAGCCTTCAATTTTGCTTCCACCTTTGCTGTTTCAATAG CTTTAACTAACCTCTCCAAGCAAGTATCTGCATTTTCCTTAGAAGACTTG GGCATCAAACTCTCAGCAACATCAGCTGGAGTTATATTAGTTTCCCCTAA TAAACGATGAATCTCAGGAAAGTAATCATCATGAGACGTAACGTCTAGAT AATTATTAGCAAGCACCTTGAAGGACTCAAAACAACAGTATGATAGCTCA ATGTGTC SGN-E389689 AATATTTTGTTACACAAAAAGATAAGATACTACACTATGTATTATGCAAC AACCACTTCCTACATCATCATAGTATCTCTTGAATAACAAAATCAACAAT GTTCAACAACAAAATTATTCAAAATATCTGAATCCTGGTTCTATGGGCAA CACCTAATTGATCAAATATTTCCATGATCAAACTTTACTAACCCTTTACT AACATCATCATTAGTCCATTACTATCTCAGACTTGCAATTTTCCTTAGCA CCATCACTTTCTGGCTTTTCCTTAGTCTCCATCGACGTCCCATTTTCGTT CACATCATCAGCCCTTTTCGCGTCTTCTGCAGCAGCTGCTGCTTCTTTCT TTTTCTTTTCGTTCTCGTTCTCTTCCTTCTCCTTCTCTGCCTTTTCTTCC TCAGCCTTCAATTTTGCTTCCACCTTTGCTGTTTCAATAGCTTTAACTAA CCTCTCCAAGCAAGTATCTGCATTTTCCTTAGAAGACTTGGGCATCAAAC TCTCAGCAACATCAGCTGGAGTTATATTAGTTTCCCCTAATAAACGATGA ATCTCAGGAAAGTAATCATCATGAGACGTAACGTCTAGATAATTATTAGC AAGCACCTTGAAGGGACTCAAACAACAGTATGATAGCTCAATGTGTC SGN-E233057 CACATTGAGCTATCATACTGTTGTTTTGAGTCCTTCAAGGTGCTTGCTAA TAATTATCTAGACGTTACGTCTCATGATGATTACTTTCCTGAGATTCATC GTTTATTAGGGGAAACTAATATAACTCCAGCTGATGTTGCTGAGAGTTTG ATGCCCAAGTCTTCTAAGGAAAATGCAGATACTTGCTTGGAGAGGTTAGT TAAAGCTATTGAAACAGCAAAGGTGGAAGCAAAATTGAAGGCTGAGGAAG AAAAGGCAGAGAAGGAGAAGGAAGAGAACGAGAACGAAAAGAAAAAGAAA GAAGCAGCAGCTGCTGCAGAAGACGCGAAAAGGGCTGATGATGTGAACGA AAATGGGACGTCGATGGAGACTAAGGAAAAGCCAGAAAGTGATGGTGCTA AGGAAAATTGCAAGTCTGAGATAGTAATGGACTAATGATGATGTTAGTAA AGGGTTAGTAAAGTTTGATCATGGAAATATTTGATCAATTAGGTGTTGCC CATAGAACCAGGATTCAGATATTTTGAATAATTTTG SGN-E240849 GCGGTTATCTTCTTTATGGTCCACCAGGAACTGGAAAATCAACTATGATT GCAGCAATTGCGAATTACTTGAACTATGATATTTATGATCTTGAGCTAAC CTCTGTTAAGGATAACTCAGGGCTTAAGAAATTGCTTATGGAAACAACGA GCAAGTCCATCATTGTCATTGAAGATATCGATTGTTCTATCGATCTCACT GGCAAGAGAAAGAAGAAAAAGAAAAAGGAAACAACCAGTGAAGATCAGGA AGAAGATTCTGACTCATCAACAGAAAAAGAAAAAGAAAGTATGGAAAACA AGGAAACAGGCAAACTCACACTTTCTGGGCTGTTGAATTTCATCGACGGA ATATGGTCAGCTTGTGGTCAAGAAAGAATTATTATATTTACGACAAATCA CAAGGACAAACTTGATCCAGCTCTAATACGACGAGGACGTATGGATATGC ACATTGAGATGTCTTATTG SGN-E351717 CATGATTGCTGCTATGGCTAATTACTTGAAGTATGACGTCTATGATCTTG AGCTGACATCGGTTAAGGACAATACCGAGCTAAGAAAACTCCTGATAGAT ACAACAGGTAAATCTATTATTGTGATTGAAGACATAGATTGTTCCCTTGA CCTAACAGGTCAACGAGAGACGAATAAGAAGAAGAAAGAAGAGGAAGATA AAGGAAAAACTGAGGAAGATGCCGTCAAGGAGAAGATGAAAAAAGGGCGG AGAGACGAAAGAAAAGCAAAGTGAGGTAACTTTATCAGGACTATTGAACT TCATTGATGGTCTATGG SGN-E201905 GATGATGCAAGATCTATGGACTCAATTGGGTCCTACCATTGCAGCCATCA TGTTCACCTGGACCATGTACCAGAACTACTTCCCTCACGAACTTCGCGGT CATATTAGGAGGTATACCGATAAACTCGTGAACTATTTCTATCCTTATAT GCACATTATCTTTTATGAACTTGAAACTGAAGGGTGGTTTGAGCGGAGCA AAGCTTACGTATCGATTGAAAGGTACCTAAGCAAGAGCTCGAGCACACAA GCTAAGCGTCTCAAAGCCAATTCGGTGAAGGATGGTCAATCGCTTGTCCT AACCATGGATGATCATGAGGAGATAACGGATGAATATAAAGGCGAGAAGG TTTGGTGGATTTCGAGCAAAAAACCAGCGAGCAGGCAGACAATATCTTTG TATAAGGAGGATGAGAAGAGATATTTCAAGCTAAAATTTCACAAAAAGAA TCGCGACCTTGTCACAAATTCATACTTGAAGTATGTGTTGGATGAAGGAA AGGCGATATCTGTGAAAGAACGACAGAGAAAGCTGTTCACGAACAATA SGN-E337683 TTGAATACTCCAATTAACTTCAAGATGATGCAAGATCTATGGACTCAATT GGGTCCTACCATTGCAGCCATCATGTTCACCTGGACCATGTACCAGAACT ACTTCCCTCACGAACTTCGCGGTCATATTAGGAGGTATACCGATAAACTC GTGAACTATTTCTATCCTTATATGCACATTATCTTTTATGAACTTGAAAC TGAAGGGTGGTTTGAGCGGAGCAAAGCTTACGTATCGATTGAAAGGTACC TAAGCAAGAGCTCGAGCACACAAGCTAAGCGTCTCAAAGCCAATTCGGTG AAGGATGGTCAATCGCTTGTCCTAACCATGGATGATCATGAGGAGATAAC GGATGAATATAAAGGCGAGAAGGTTTGGTGGATTTCGAGCAAAAAACCAG CGAGCAGGCAGACAATATCTTTGTATAAGGAGGATGAGAAGAGATATTTC AAGCTAAAATTTCACAAAAAGAATCGCGACCTTGTCACAAATTCATACTT GAAGTATGTGTTGGATGAAGGAAAGGCGATATCTGTGAAAGAACGACAGA GAAAGCTG SGN-E299605 AAGATGATGCAAGATCTATGGACTCAATTGGGTCCTACCATTGCAGCCAT CATGTTCACCTGGACCATGTACCAGAACTACTTCCCTCACGAACTTCGCG GTCATATTAGGAGGTATACCGATAAACTCGTGAACTATTTCTATCCTTAT ATGCACATTATCTTTTATGAACTTGAAACTGAAGGGTGGTTTGAGCGGAG CAAAGCTTACGTATCGATTGAAAGGTACCTAAGCAAGAGCTCGAGCACAC AAGCTAAGCGTCTCAAAGCCAATTCGGTGAAGGATGGTCAATCGCTTGTC CTAACCATGGATGATCATGAGGAGATAACGGATGAATATAAAGGCGAGAA GGTTTGGTGGATTTCGAGCAAAAAACCAGCGAGCAGGCAGACAATATCTT TGTATAAGGAGGATGAGAAGAGATATTTCAAGCTAAAATTTCACAAAAAG AATCGCGACCTTGTCACAAATTCATACTTGAAGTATGTGTTGGATGAAGG AAAGGCGATATCTGTGAAAGAACGACAGAGAAAGCT SGN-E206456 GAATACTCCAATTAACTTCAAGATGATGCAAGATCTATGGACTCAATTGG GTCCTACCATTGCAGCCATCATGTTCACCTGGACCATGTACCAGAACTAC TTCCCTCACGAACTTCGCGGTCATATTAGGAGGTATACCGATAAACTCGT GAACTATTTCTATCCTTATATGCACATTATCTTTTATGAACTTGAAACTG AAGGGTGGTTTGAGCGGAGCAAAGCTTACGTATCGATTGAAAGGTACCTA AGCAAGAGCTCGAGCACACAAGCTAAGCGTCTCAAAGCCAATTCGGTGAA GGATGGTCAATCGCTTGTCCTAACCATGGATGATCATGAGGAGATAACGG ATGAATATAAAGGCGAGAAGGTTTGGTGGATTTCGAGCAAAAAACCAGCG AGCAGGCAGACAATATCTTTGTATAAGGAGGATGAGAAGAGATATTTCAA GCTAAAATTTCACAAAAAGAATCGCGACCTTGTCACAAATTCATACTTGA AGTATGTGTTGGATGAAGGAAAGGCGATATCTGTGAAAGAACGACAGAGA AAGCT SGN-E204099 TTAACTTCAAGATGATGCAAGATCTATGGACTCAATTGGGTCCTACCATT GCAGCCATCATGTTCACCTGGACCATGTACCAGAACTACTTCCCTCACGA ACTTCGCGGTCATATTAGGAGGTATACCGATAAACTCGTGAACTATTTCT ATCCTTATATGCACATTATCTTTTATGAACTTGAAACTGAAGGGTGGTTT GAGCGGAGCAAAGCTTACGTATCGATTGAAAGGTACCTAAGCAAGAGCTC GAGCACACAAGCTAAGCGTCTCAAAGCCAATTCGGTGAAGGATGGTCAAT CGCTTGTCCTAACCATGGATGATCATGAGGAGATAACGGATGAATATAAA GGCGAGAAGGTTTGGTGGATTTCGAGCAAAAAACCAGCGAGCAGGCAGAC AATATCTTTGTATAAGGAGGATGAGAAGAGATATTTCAAGCTAAAATTTC ACAAAAAGAATCGCGACCTTGTCACAAATTCATACTTGAAGTATGTGTTG GATGAAGGAAAGGCGATATCTGTGAAAGAACGACA SGN-E728361 CAATAATACCTTCTTTCAGGAGGCCTCAGGCAGTGGACATTTTTCTTGTT AATTACTCTCTCCATCTCAATTTATGTGGCGGTGTTTGAGACCACAAGTT TCAAAAGCCTTTCTTTCTTTCTTGCCTCACATAAATTGGGAGAAGTATAT AAAGATGTCATTCTTTTTGGAACTGACTAAAAAGGAATGAGTGTCACATA GTTTAGGAAAAAGGGAGTACCATGTTTCATGATATATAACAAATTGTGGG CCTTGAATGTCTCATTTATTCTGTAAAAAGCATTTTGAGTTTCCTAGCCG AATTCCTCTAATGATATTTACCTTACCTTACAAGAAATTCTTGCCGCGAT TGAAGGAGAGAATCATGCCCAGATTTGACTGTTCCTCACTTTTGATCGTT TGTGTAAATTTTATAAAAGTACGCCATTTTTTCATTTGAGTTGGACACAA CATTTTGAAGAAAATATAATCATTACATCCTTTCTAATACCAATGGGATA TTTTCATCTTTTCATTGGATTGATCATGATTGTAGTTTGTTAGTCTTTAT ACCAGCATAATATTGACTTTTATTTCATGTAACCTCTCTCAGGAGACCCA CATCACTGCATGACCGAATGAGGGACAGTGATGATGATGATTATCAAGAT AGAGACTATGATGTTGCAGCTCTGGCAAATAACTTAAGCCAGGCCTTCCG CTATGGAATCTATAACAACGATGAACTTGATGAGGCTCGTGGTTCACTTG AGCGGGATGATGAGGATGTCTATCNTGATGATGAGTCTGCTGAAGTTGTG A CK297372_NB ATATATATATATATATATATATATATATATATATATATATATATATATAT ATATATATATATATATATATATATATATATATATATATATATATATATAT ATATATATATATATATATATATATATATATATATATATATATATATATAT ATATATATATATATATATATATATATATATATATATATATATATATATAT ATATATATATA TC2633_NT GTGCAACTAAAGCGATGACTGCCATGAACAAGCAAATGGCACCTGCAAAA CAAGTTAAAGTGATCAGAGAATCCCAGAAGCAGTCATCACAGTTGGACAT GACAATTGAGATGATGTCAGAGTCCATTGATGAAACTTTGGATAAAGATG AAGCTGAAGAAGAAACTGAGGAGCTTACAAACCAGGTTCAATACTCATTT TTCATCATGCAGTTTATCTGTTTCCTAATTGTATTTTTCTGGTCAACTTT TCTAATTTGGATTTTCATTTGTTAGGTGCTGGACGAGATTGGTGTTGACA TTGCATCGCAGCTATCTTCAGCTCCAAAAGGTCGAATTGCATCGAAGAAA GTTGAAAATGTTGCTCCCCCTAGTTCTGACTCTGCGGACATTGAGGAACT TGAGAAGAGGTTGGCCTCTCTTCGACGAATTTGAGGAAGAACGTGCATAT TGGACAGCTTCTTACATTGATCCCCTTTCTTCTTGTATAAATTCTCTTTA GCATAAACATATAGTATGTACTAAATTGTATTTCTCTGACTATTGTTCTC TAGCACTAAACATCAACATTTATGAATTAATATCTAGAGGTATAAATGCT GTAAGAATGATAATGGATATGTTTTTGGTTTAAAAA CK298825_NB GATTCAATCAAACAGAAACTTTATAGCAGAAATATAAACAGTATGAAGAT TATGCAACACGGAAAGAAGAAGACTCAAGAAAAGGAGTCGCAGAGCACCT ACATTGTGAGTATTTGTACAGCAGAATACATCATTGATGGACATAACAAG CTCCTTACAATGGAACTTTGACCCTTGCTTCCAACAAGATACAAATGAAG CTCACTTACTAAATCAATTAACACAATCTGAATTCTCAGTGCCAGATGAT TTCCATGCTAACCACTAAGCCCAAAGAATGAAACAATTCCCATTGCACTG CTCAGCCGAACAGACAGAAATACCGAATAGATGATGATAAGGCCTACACC AAGCATCTTGTTAGGGCGCGTGTCATTCCTGGGAAGAACAAAGAGGGCCC ATAGCAAACCAGACATGAGGAAACATATGGTGAAGAACAAGCTTTTGTCC CGTGGAAGTACGAAAGAAGAAGGCTTCTCTGACCAGGCACCGAGGAATAA TGAGATTCCTAACCCAATAAGTGTATTGAACATGGGACCTGCATAGCATC CAGATAAAGCAATCTGCACACCATCTCCACCATTCATCGCCAAAGCAACA TTTGAGACCAGATCACCTATTGAATTGCCCCAAGCCAAAACCGTTAGCCC AAGAATTGAAGGATCAACCCCCAGTACCACACCCAATCCAACCAGCAGTG CCACCAGTTCATTCGCAATCATATAAAACCAAATGATACTCATAATAAAA CCGCCTAAAACCCATGGAAGCAAAAACCTCTGAGGTGGACGGTCAGCTCT TGTATACTTGTATGCAAGAATACCCCACGTGCAACCAGTAGAAATGCCA BP132069_NT ACACGAAATTCAAGGCCAATTCGAAGACTTTTCGTTGCTTTACCCGCAGT TACAGTAGGTTTTCTAATTGAACAAACCGACGGCATCATGGTTCTTGGGT AATTTGAAATATTTGTTGACAAATGGAGAAATCTAATGGTTTTTTCATTA CGAAAAAGTCCGTGGCTTCGTGGGTTGTTCAATATTGTATGTGCCCTAGT TCTACTGTTTATGTTCTATAACAGTGAAGATATTGTGACCAATCCAATTT TAAAAGAGTCATCTTTAGTTCCTAGTCACGTGGCACACAATGGAGTAGTT TTGGTGGTTATTCTTTCTATACACGTGTGATTCGTCGAGGGGTATTAGAA GTAAACGGGTCTGCAGATGCTAATGATTTTGCTGTAAAAACAGCCTCAGT TATGTGCAGGATTGTTTGATCACACGGGGTATAAGAGTAGTTGTGATTTC TTGAAAGCTCATCCGGATTGCTCCTCCGGGGGGTTCTTTGATTACTTAAA GTTCTATTACTGTAATTGTNATGGAACGTGCGTGGGCTTATGTAGTGTCT GGTGTTTGGCTTGCTGCATTGTTCTATCTTTGGGTAACACTGCAGCTGAT TACTTTTGTGGTTCTTGGAGAAACTGGCTAGCTTGTTGAAGCTATCGCCT ACGTTGCTGGAGTTGTTTACTCCCG CK298824_NB AAAAATAATCAGCTGCAGTGTTACCCAAAAGATAGAACAATGCAGCAAGC CAAACACCAAACACTACATAAGCCCACGCACTTCCATTACAATTACAGTA ATAGAACTTTAAGTAATCAAAGAACCCCACGGAGGAGCAATCGGGATGAG CTTTCAAGAAATCACAACTACTCTTATACCCCGTGTGATCAAACAATCCT GCACATAACTGAGGCTTTTTTACAGCTAAATCATTAGCATCTGCAGACCC ATTTACTTCTAATACCCCTCGACGAATCACACGTGTATGGAAAGAATAAC CACCAAAACTACTCCTTGTGTGCCACTGACTAGGAACTAAAGATGACTCT TTTAAAATTGGATTGCTCACAATATCTTCACGGTTATAGAACAAAAATAT TAGAACTAGGGCAAATACAATATTGAAAAACCCACGAAGCCGTGGACTTT TTCTAATGAAAAAACCATTAGATTTCTCCATTAGTCAACAAATATTTCAA ATTACCCAAGAACCATAATCCTCGGTTTTTCAATTAAAACGCTAGTGTAA CTCGGGTGAAGCAAAGAAAAGTCTTCGAATTTCGTGTAAGACGAAAAATA GCTCAAAGGGTACTTACCAGATTGATGGGGTTCATGGGGAAAAACGAGGG TTTGAAATTGAAAGCGAGCTTTGAGGGGTAAATGAAGGAAGTTGAGGTTA GAGGAGTTAAGGTCTAATGGATACTGATTGTGATGAACGTGTTTACTGCT TTCTGAGAAGCTTCCTGCAATGGATTCCCT CV018396_NT AGGCGGATCATGTCGTCGATGAAGTGGAAAGTGGTGAGCAATGTGTTGTG GTGTAACGACAACATAGTACATATGAGTTAAAGAAGTTGTTCGTCGAAGA CGGTTGAAAATTTTGCTCGCATCAATTGGAAAGACGAGTATAAAGATGGC TCGCTGCATATAAATATGGTAGTGTCTAGTGTTAATACTACAGCCCATAC CCCTAATTTCTGGTTACATTTTGGAATATCGTATGGGTGTGATA CK298303_NB ATATAAAACAGCGGTGAAATGGCTATCTATTAGTCTTTAGTTTATGAATC TATTATGAGTCTGACTATCTATTGGGTTTTTAATTTTTAAATTGATATAT TTATTAACATATTATTGTTATTGAGTTTTTAATTATATATATATATATAT ATATATATATATATATATATATATATGTA CK282361_NB GCTTCAAAATTTTCAATTGCCATTTCAATGGAAAATTCAGCATCAGAGAA CAAGGAAGACGTAATTCCAGAAGAGGCAAAGGTGATATTAAAGAAATTGG CATCAGTATGGGACGATATAGTGGATCCAAATGCATTACATGTGTTTCGA TTAAAGGGTGCAATGACTAACATGGTTTATCAAATCAAATGGCCGAGTAG GAATCCAGAACAGCAGCGATCTAGGAAAGTTTTGGTGAGGATCTATGGGA AAGGTGTGGATGTGTTCTTTGATAGACAGAATGAGATTAGGATTTTTGAA TTCATGTCTAAGCAAGGTCAAGGACCTCGTTTGCTCGGTCGCTTTAACAA TGGTCGTATTGAGGAGTTCATTCGAGCTCGGACACTATCAGCTCCTGATC TGCGTGATCCAGAGGTATCTTCATTGATTGCTGCCAAAATGAGAGAATTT CATGAGCTTGATATGCCTGGTCCTAAGACTGTCATCCTCTGGGATAGACT GCACAATTGGCTTAATGTGGCCAAACGCCTAGCTTCCGCTGAAGAAGCTA AGGACTTTCAGTTGGACCATCTACAAGGCGAGATTTCAGCGTTGGAAAAG AGTCTTGCTGGCAATCATCTAAGCATGGGATTCTGTCACAATGACTTGCA GTATGGGAACATAATGATGGACGAAGAGATAAGATCAATAACCTTTATTG TAAGTACTAAGTTTCTAAATCATAGATGATCTGTACAGATGAAAAGTTAA GAGGCAAAGTGCTATTAACTAAATGAGATGCATATCTCCCCAGATATTAG CTATAAAAATGTTTGCATCTATGCTGATTACATCTGAATGTAATTTGTGT TTCCGCGATGGATAACTAGGCAATGCTTGTATCCTGACCTGTTGCTGCAG GTTGTAGGTGGTTCCTGCTTCAAAACTACATCAGGCTTTTTATTAGTTTG GAGCTGCAGCTTTTTCT CK289097_NB CAATATATAAACCCCCCCACCCCCATCCATATATATATATATATATATAT ATATATATATATATATATATATATATATATATATATATATATATATATAT TTTTATTTTTTTTT SGN-E393065 TAAAATGTATGTATATTGCATAATTATAAGCGCATGGCAAGAATATATAT GTTTTTGTCTCGCTTTATACTAAAACAAAAACACAATATATACACTTCTG TTGTATAAAGTTAGACAAAATTGTATTTCACTGCAATTATATAATTCACA ATTGCATAATTCCTTGGCCTTTTTCACTGCCATATTTGAAGTAAAATGTT TGTAATTTGTATAATTAAGTGTATAACACGAAGATATATATTTTCACATG TGTATATACAATTTTCTCTCGCTTTATACAAAATATAAACATAATCTATA CACTTCTGTGTATATAACGAGATATGCCAGCGATAATGGAAAATGGCCAG CGAGATTTTTGGGAGGCAGACGCCTGACCAACTTTAGCTAACGTTTGCCA TGAAGCACAATAAGATCTAACTCTATCTACTCCATTTAGTTAGATTACTA GTTTGCTATTATATACAATTTGTCCCATAGCTTGTATAAAATGGAGAGAA GGAAAAAGATTTAGAATTATCGCTTGTGAAT SGN-E393076 TAAAATGTATGTATATTGCATAATTATAAGTGTATGGCAAGAATATATAT GTTTTTGTCTCGCTTTATACAAAAACAAAAACACAATATATACACTTCTG TTGTATAAAGTTAGAGAAAATTGTATTTCACTGCAATTATATAATTCACA ATTGTATAATTCGTTGGCCTTTTTCTCTGCAATATTTGAAGTAAAATGTT TGTAATTTGTATAATTAAGTGTATAACACGAAGATATATATTTTTACATG TGTATATACAATTTTCTCTCGCTTTATACAAAATAAAAACAGAATTTATT TTTTTTTGTGTATATAGCGAGATAGG SGN-E379427 CAAAACTTGCAAAACGGAATGGGCCTATTCACATCAGATCAAGTTTTGTT CACAGACCAAAGGTCTAAAGGTACTGTTAATTTGTGGGCCAGTAATTCTA AAGTTTTTGAAACCGCATTTGTTAATGCGATGACTAAATTGGGCCGAGTT GGTGTGAAGACGGGTAAGAATGGAAATATTCGTATAGACTGTGGAGCATT TAATTAAGGGCAACTTTCACGTATAGCAAATAAAAAATTCATATTTGTAT GTTATAACAAAGTTTGCATAATTGCGCTCCATAGCAAACATAAAACTGTA TAATTCGCTATACATATACAATTGTATAATTCGCTGGCCTAAATTGTATA ATTTGATGGCCTATTTCGCTGCAATTGTATAATTCGCTATCTTCATTCAC TGCGATTGTGTAATGCACAATCGTATAAATCGCTGCTTATTTCGCTGCAA TATTTTTATAAATTTGCTTTGCATACCGTTGAATCGAATTAAAATGTATG TATATTGCATAATTATAAGTGTATGGCAAGAATATATATGTTTTTGTCTC GCTTTATACAAAAACAAAAACACAATATATACACTTCTGTTGTATAAAGT TAGAGAAAATTGTATTTCACTGCAATTATATAATTCACAATTGTATAATT CGTTGCCCTTTTTCTGAACAATATTTGAAGT SGN-E393075 TAAAATGTATGTATATTGCATAATTATAAGTGTATGGCAAGAATATATAT GTTTTTGTCTCGCTTTATACAAAAACAAAAACACAATATATACACTTCTG TTGTATAAAGTTAGAGAAAATTGTATTTCACTGCAATTATATAATTCACA ATTGTATAATTCGTTGGCCTTTTTCTCTGCAATATTTGAAGTAAAATGTT TGTAATTTGTATAATTAAGTGTATAACACGAAGATATATATTTTTACATG TGTATATACAATTTTCTCTCGCTTTATACAAAATAGAAACAGAGGTTTTT TTTTTTTTT SGN-E392727 TAATATGTATGTATATTGCATAATTATAAGTGTATGGCAAGAATATATAT GTTTTTGTCACGCTTTATACAAAATTTAAAACACAATATATACACTTCTG TTGTATAAAGTTAGAGAAAATTGTATTTCACTGCAATTATATAATTCACA ATTT SGN-E375251 GAGTATTCACATTCACTTAGAAGCTTCAAAAGAAGAAATAAAGGTTTAAT ATCATTCACATATGCTCGAATAGTAACAAATAAGAAACTAGAAAATAAAA ACTTGCATATATATATATATATATATATATATATATATAATGGATTAGAG TATGATAAAACACGTCACCTTCAAAAGAGATTTCAATTCTTGGCCCTGAT CGAGTTGTTTTCCTTGATCCTAGCTCGGGTATCTAGCTTGAC SGN-E379112 GTAAAATGTATGTATATTGCATAATTATAAGTGTATGGCAAGAATATATA TGTTTTTGTCTCGCTTTATACAAAAACAAAAANCACAATATATACACTTC TGTTGTATAAAGTTAGAGAAAATTGTATTTCACTGCAATTATATAATTCA CAATTGTATAATTCGTTGGCCTTTTTCTCTGCAATATTTGAAGTAAAATG TTTGTAATTTGTATAATTAAGTGTATAACACGAAGATATATATTTTTACA TGTGTATATACAATTTTCTCTCGCTTTATACAAAATAGAAACAGAATTTA TACACTTCTGTGTATATAGCGAGATAGGCGAGCGAGAATGGAGAGTGGCG AGCGAGATTTTTGGGAGGGAGACGCCTGACAAACTTTAGCTAACGTTTGC TATGGAGCACAATTAAATCAAACTCTAGCTACTCCATTTAGTTAGATTAC TAGTTTGCTATTATATACAATTTTCCCAAGAGCTTGTATAAAATGGAGAG AAGGAAAAAGATTTAGAATTATCGCTTGTGAATGACAAGAAAAGATTGCA AAATAAGAATTTAGTTGTTTTGCTTTAATAAGTTCCTTAATCATTTCATT AGGGGTGTAATAATAGAATAAGAAAAGGGGCTTGAAATTCAGCTATAAAC AACCAGGGCATAGGTAACGTGTATACTTGATGTTATAGGTGAGATTTCAG CTTCTCAATTTCGTCTAATTAACGGAATATATATATATATATATTCCCAC A SGN-E230552 TTTTTTTATCTTTTGGGAAAATTACGCGGCTAAGCAAATTTATACTATTT AATTACTCATCATAGCTATAGTTTGCTATAATTAGAACTCATGACTAACA TTATACATTAATTACGTGGGCTGACTTCGAATTTGTATTATTAGTCACTT TCGCCAGGATATACAAATACACATGTATAATATACAATTATTTAACCTAT ATACATATACAATTCACCTCTCTCCCACTCTCTGCCCTCTCTCGCTCGCC TCTCTCCTCCCTCTCTCAATTTCACTCGCTTCTCTCCTCCTTCTCCCAAT CTCGCTCGCCATACATACAAATGCATATGTATAATACACAATTATATACA TATACAATTCACCTTTCTCCCACTCTTTGCCCCCT SGN-E281559 GCACGAGGGAGAGAGGTGAATTATATATGTAAGTTAAATAATTGGGCTTA TATTATACATATGTATTTATATATTCTGACGAATTATACATATATAAATA TGACTAATTATACAAACTCAAAGTCGACCCATGTAATAATAAATAATGTT AATATAGTAATTTCATCAAACTATAGCTATGAATTATGATAAGTAATTAA ATAATTTAAGTTTACTAAATTTCCCAAAAGTTTTATGCAGTGAAGA SGN-E394609 TAAAATGTATGTATATTGCATAATTATAAGTGTATGGCAAGAATATATAT GTTTTTGTCTCGCTTTATACAAAAACAAAAACACAATATATACACTTCTG TTGTATAAAGTTAGAGAAAATTGTATTTCACTGCAATTATATAATTCACA ATTGTATAATTCGTTGGCCTTTTTCTCTGCAATATTTGAAGTAAAATGTT TGTAATTTGTATAATTAAGTGTATAACACGAAGATATATATTTTTACATG TGTATATACAATTTTCTCTCGCTTTATACAAAATAGAAACAGAATTTATA CACTTCTGTGTATATAGCGAGATAGGCGAGCGAGAATGGAGAGTGGCGAG CGAGATTTTTGGGAGGGAGACGCCTGACAAACTTTAGCTAACGTTTGCTA TGGAGCACAATTAAATCAAACTCTAGCTACTCCATTTAGTTAGATTACTA GTTTGCTATTATATACAATTTTCCCAAGAGCTTGTATAAAATGGAGAGAA GGAAAAAGATTTAGAATTATCGCTTGTGAATGACAAGAAAAGATTGCAAA ATAAGAATTTAGTTGTTTTGCTTTAATAAGTTCCTTAATCATTTCATTAG GGGTGTAATAATA SGN-E394141 GCAATTATATAATTCACAATTGTATAATTCGTTGGCCTTTTTCTTTGCAA TATTTGAAGTAAAATGTTTGTAATTTGTATAATTAAGTGTATAACACGAA GATATATATTTTTACATGTGTATATACAATTTTCTCTCGCTTTATACAAA ATAGAAACAGAATTTATACACTTCTGTGTATATAGCGAGATAGGCGAGCG AGAATGGAGAGTGGCGAGCGAGATTTTTGGGAGGGAGACGCCTGACAAAC TTTAGCTAACGTTTGCTATGGAGCACAATTAAATCAAACTCTAGCTACTC CATTTAGTTAGATTACTAGTTTGCTATTATATACAATTTTCCCAAGAGCT TGTATAAAATGGAGAGAAGGAAAAAGATTTAGAATTATCGCTTGTGAATG ACAAGAAAAGATTGCAAAATAAGAATTTAGTTGTTTTGCTTTAATAAGTT CCTTAATCATTTCATTAGGGGTGTAATAATAGAATAAGAAAAGGGGCTTG AAATTCAGCTATAAACAACCAGGGCATAGGTAACGTGTATACTTGATGTT ATAGGTGAAATTTCAGCTTCTCAATTTCGATTAATTAACATTAAAAAGAT ATATATATATTCCCCCAGTATCACATTGATAGAAAAAAAAAAAAAAAAAA AA SGN-E379618 AAAATGTATGTATATTGCATAATTATAAGTGTATGGCAAGAATATATATG TTTTTGTCTCGCTTTATACAAAAACAAAAACACAATATATACACTTCTGT TGTATAAAGTTAGAGAAAATTGTATTTCACTGCAATTATATAATTCACAA TTGTATAATTCGTTGGCCTTTTTCTCTGCAATATTTGAAGTAAAATGTTT GTAATTTGTATAATTAAGTGTATAACACGAAGATATATATTTTTACATGT GTATATACAATTTTCTCTCGCTTTATACAAAATAGAAACAGAATTTATAC ACTTCTGTGTATATAGCGAGATAGGCGAGCGAGAATGGAGAGTGGCGAGC GAGATTTTTGGGAGGGAGACGCCTGACAAACTTTAGCTAACGTTTGCTAT GGAGCACAATTAAATCAAACTCTAGCTACTCCATTTAGTTAGATTACTAG TTTGCTATTATATACAATTTTCCCAAGAGCTTGTATAANATGGAGAGAAG GAAAAAGATTTAGAATTATCGCTTGTGAATGACAAGAAAAGATTGCAAAA TAAGAATTTAGTTGTTTTGCT SGN-E200845 AAAATGTATGTATATTGCATAATTATAAGTGTATGGCAAGAATATATATG TTTTTGTCTCGCTTTATACAAAAACAAAAACACAATATATACACTTCTGT TGTATAAAGTTAGAGAAAATTGTATTTCACTGCAATTATATAATTCACAA TTGTATAATTCGTTGGCCTTTTTCTCTGCAATATTTGAAGTAAAATGTTT GTAATTTGTATAATTAAGTGTATAACACGAAGATATATATTTTTACATGT GTATATACAATTTTCTCTCGCTTTATACAAAATAGAAACAGAATTTATAC ACTTCTGTGTATATAGCGAGATAGGCGAGCGAGAATGGAGAGTGGCGAGC GAGATTTTTGGGAGGGAGACGCCTGACAAACTTTAGCTAACGTTTGCTAT GGAGCACAATTAAATCAAACTCTAGCTACTCCATTTAGTTAGATTACTAG T SGN-E209785 AGAACTGTCAAGCATATGTCTCTCCTTGAGAGCTGACTCACATGATTCTT TCAAGTTCTGAAGCTCCCAGGAGCGCCTTGTAGATTCATGCTCCCACTCC ATGTACTTTGCTTTAGCAAGCTCTTCCCAGATCTCTCCAACAATATATCT TCCTGGATTCACACCTCTTCCAAGGTCTAATGCCTGACAGGATACATAGA AGAGAACTGTATCATCATAATTTATTTATTTTTATGACAAGGGAAACCCG CAGCCGCTACCCTTTGTATGCGCACAGGGTAGAACCCCCACTCCTATGCA ATAACTCGCAAACCACATAGGAGAGGTAACCACATAGGAGAGGTAACCGC ACTAGACAAGCCTGGAGCGACAAGCTCGACCCAAAAGGCAAACCCCTTGC TTTCCCTGGCAAGGAGTTTCGAACTTGAGACCTCCCGCATGGAAAATCCA AACTCAAACCACTGGGCCACCCCGAAGGGTTCATCATAATTAAGCAGAGC AAACTTCCCTAAAATCATCATTTCAACTAAAATAATTCAGCATATCATCA AAAGAAAAAATGATCGTT SGN-E220828 TTTTTTTTTTTTTTTTTATGACAAGGGAAACTCGCAGACGCTACCCTTTG GATGCACACAGGGTATATCCCTCGCTCCTATACAATAGCTCGCAAACCAC ATAGAAGAGGTAACCCGCACTAGGCAAGCCTGGTGCGACGAGCTCGACCC AGAAGGCAAACCCCTTGCTTTTACTGGCAAGGGGTTTCGAACTTGAGACC TCCAACATGGAAGTCCCAAGCTCAAACCACTAGGCCACCCCGAAGGGTGT GTGTGTGTGTATGTATATATATATATATATATATATATCACTTATTAGTA TGGAATTACACTGAGTATATTGTTAAGAGGATCCGACAGAGGTGCAGTGG TGTTTTTGGAGAGTTCGAGCAACATAGGCTGTTTTATTAGGATGGGGAAT TTGCAGAGATACGTAACATGA SGN-E220902 TTTTTTTTTTTTTTTTTATGACAAGGGAAACTCGCAGACGCTACCCTTTG GATGCACACAGGGTATATCCCTCGCTCCTATACAATAGCTCGCAAACCAC ATAGAAGAGGTAACCCGCACTAGGCAAGCCTGGTGCGACGAGCTCGACCC AGAAGGCAAACCCCTTGCTTTTACTGGCAAGGGGTTTCGAACTTGAGACC TCCAACATGGAAGTCCCAAGCTCAAACCACTAGGCCACCCCGAAGGGTGT GTGTGTGTGTATGTATATATATATATATATATATATATCACTTATTAGTA TGGAATTACACTGAGTATATTGTTAAGAGGATCCGACAGAGGTGCAGTGG TGTTTTTGGAGAGTTCGAGCAACATAGGCTGTTTTATTAGGATGGGGAAT TTGCAGAGATACGTAACATGATATATAAATTAAGGTATTGTGGGACAAAT AGAAATAGGACTAGACGGAATTATTG Contig6623 GTGGAAAGTTATGCAAAGGCTAGGATACCGCTGGAGGTTATGTGGACTGA TATTGATTACATGGATGGTTTTAAGGACTTCACACTCGATCCAGTTAACT TCCCACTGGAGCGGGTAAATTTTTTTCTCAGGAAGCTTCATCAGAATGAT CAGAAATATGTACTAATAGTAGATCCAGGAATTAGTATCAACAATACATA TGACACCTATAGGAGAGGCATGGAAGCAGATGTCTTCATAAAACGCGATA ATATGCCCCACCAAGGGGTTGTTTGGCCAGGGAATGTTTACTATCCTGAT TTTCTAAATCCAGCTACTGAAGTATTTTGGAGAAATGAAATTGAGAAGTT CCAGGATCTCGTACCTTTTGATGGCCTGTGGCTTGACATGAATGAATTGT CAAACTTCATTACTTCCCCTCCTACACCATCATCCACCTTTGATGACCCT CCGTACAAGATAAACAACTCTGGCGATCACTTGCCCATCAACTATAGAAC AGTTCCAGCCACTTCAACACATTTTGGTAATACAATAGATTATAATGTCC ATAACCTTTATGGATTACTAGAATCTAGAGCCACCTATAGTGCTTTGGTT AATGTCACTGGTAAAAGGCCATTCATTCTTGCAAGATCAACTTTTCTTGG CTCTGGCAGATATACGTCACATTGGACTGGAGACAATGCTGCTACATGGA ATGATTTGGCATACTCCATTCCTACTATCTTGAACTTTGGATTGTTTGGA ATTCCAATGGTTGGAGCTGATATATGTGGTTTTTCAAGTAACACTACTGA AGAGCTTTGCCGCCGCTGGATTCAGCTTGGAGCATTCTATCCATTTGCAA GAGACCACTCTGCTAAGGACACAACCCCCCAAGAGCTCTATAGTTGGGAT TCAGTTGCTGCAGCGGCCAAGAAAGTCCTTGGGCTCCGATATCAGTTACT TCCGTACTTTTATATGCTTATGTACAAGGCACATACAAAAGGGACTCCCA TTGCACGACCCCTCTTCTTCTCTTTCCCTCAAGATGCCAAGACATTTGAT ATCAGCACGCAGTTCCTTCTCGGTAAAGGTGTCATGATCTCACCTGTACT TAAGCAAGGAGCAACCTCTGTTGATGCATATTTCCCTGCTGGAAACTGAT CATATAAATG Contig1287 TATATATATATATATATATATATATATATATATATATATATATATATATA TATATATATATATATATATATATATATATATATATATATATATATATATA TATATATATATATATATATATATATATATATATATATATATATATATATA TATATATATATATATATATATATATATATATATATATATATATATATATA TATATATATATATATATATAT Contig8170 GAAGAATCATTAACAAAAGAAGATGGAGAAGTTGAACAGCATTTTCAAGA AGAAGACTTCACCAAAAGAAGCATTGAGGACCAGCAAAAGGGAAATGGCT GTTGCTACCAGAGGCATTGAACGGGAGATCTCATCCTTACAAATGGAGGA GAAAAAGTTAGTTGCAGAGATCAAGCAAACAGCCAAAACTGGAAATGAGG CCGCCACCAAAATTCTAGCTCGTCAACTTGTGAGATTGCGGCAACAAATT GTCAATTTGCAAGGTAGTCGTGCTCAAATTAGGGGTGTAGCAACTCATAC ACAGGCACTATATGCTAGCACCTCTATGTCTACTGGAATGAAAGGTGCAA CTAAAGCGATGTCTGCCATGAACAAGCAAATGGCACCTGCAAAACAAGTT AAAGTGATCAGAGAATTCCAGAAGCAGTCATCACAGTTGGACATGACAAT TGAGATGATGTCCGAATCCATTGATGAGACTTTGGATAAAGATGAAGCTG AAGAAGAAACTGAGGAGCTTACAAACCAGGTGCTGGACGAGATTGGTGTG GACATTGCATCACAGTTATCTTCAGCTCCAAAAGGCCGGATTGCATCAAA GACAGTTGAAAATGTTGCCCCTCCTAGTTCTGATACTGCTGCAGATGTCG AGGAACTTGAGAAGAGGTTGGCCTCTCTTCGAAGAATTTGATGAAGAACG TGGACAACTTTTATATGATCCTTGTACAAATTTCGCTTTTAGAATTAAAA ATATAGTATGTATTATGGTACCAATTTGTATTTCTCAACTATAATCCTAT AGCACCAAACATGACATTTATGCTGTAAGAATGAAGTGGATCCTTTTTGG GTTTTATGATCCTTCTCCATGTAAGTTTTGTATGTAGTTCCTTGAATTCA TTGATATACCTTACCCTC Contig13941 GTTTGGTGTGTGGGGATATATATATTATAATAGAGGGGTACCCTATCTTC CAGATTTGTTCATTGACTGGAAGAATAAATTTACCTCACAGATCGGCAGA AATTAGCTCTTCTACCTCAGACGACTCGATATTCAAACAGATTGAAAGAT ATGCAGAGTCAGTTGATGTGCAGTGGGTGCAGGACAATGCTTCTTTATCC CAGAGGAGCTTCTAATGTCTGCTGTGCAGTGTGCAATGCACTCACCCCTG TCCCACCACCTGGAATGGAAATGGCTCAATTGATATGTGGAGGCTGTCGT ACATTACTTATGCATCCACGTGGAGCGAACAGTGTGAGATGCTCCTGCTG TCATACGGTGAACCTTGTCCCAGGTCCAAACCAGTTTGCTCATGTCTACT GCGGGAACTGCCGTATGATGCTGATGTATCCATGTGGAGCTCCATCGGTT AAATGTGCAGTATGCCATTATATTACCAATGTTAATGCAGGAGATGGAAG AGCCCATGCACCTTTGAACCCTCCTAACGGCACTGCTACTACTGCTTCAG GATCCTCTTCAACTGCCAAGGCTCGTTCACAAAATCAAACTGTTGTCGTC CAAAACCCAATGTCTGTCGATGAGAGTGGCAAGTTGGTGAGTAATGTAGT TGTTGGTGTAACAACAACATCATAGCTCGTCTGCTAAACTTGCTGTTCGT GGACAACAATTGAGAGTTTTGCTCGCAACAATTGGAAAGAGGAGAATAAA GACAGCCGCTGCATATAAATATGGTAGTGTTTAGTGTTAATACTACAACC ATACCCCTGTTTTTCTTTTGTTAACATTTTGATATTATGATTGTGGGGTG ATTGAAGCTACTACTACAAGTGTTGTGACTATTTGGAGTCTGTAATTGAT AACTACGCGTTAGATTTGTGGCGTGCTATGCCCAAAGTCATAAGTGAAGA ATGTTATTATGTACCTTATATGCCATATTATTGTATATGACTGTATACCG TGAACCTTACTGCCTAAACACCTTGCTTTTGAGAGGCGAATTCAGGATCT AGAGACTAGAGTTAGTGAGCTTTGAATGAGTGCGGTTTT Singlet788 GTGCAGCTCATGCTCTGATGATGCAACCACCTCGTATGCTTCGAATCACA GTAGTGGCAAGAAGTTATTTGGGGTTGATCTTTCCAGGGGTTCTCCTAGT GTTCAACAAAACGGAACATTTGACTCAGAAATAGATCCCCTGAGCACCAA GGTTTCAGAACGAACGCTTTTGTACCATGTTGACCCTCTAAAGTTAGGGT CAATCGCCTCAGGAAAGCTTTGGTGCAGTAAGCAGGCAATATTCCCCATA GGATTTAGAAGTCGTGTTAAGTTCTTCGATGCCAGCAGTCCTGAGATAAC TAGTAGCTATATATGCGAGATCCTGAATGGTGGGCTCATTGGACCTCTAT TCAAGGTTAGCTTAGAAGAGTGTCCAGATACGAACTTAGTGAGTTCATCA GCGCAGAAATGCTGGGAAATGATCTCGCATAGAGTCTTTGAAGAACTAGC AACGAAGTTAAATCCAGGAAGGCAAGATTT Singlet5878 TTATCTTTATTTCATTACGAATCTCAGATGTATTGGTCTGGTAAACAGGT CGCTCTCCCAGTGAACCGGAACTGGAGAAATTAGTTCAAGAAGTGGAGAA GTATACTCTTGCCAGTCATCTTTTTTGGGGTCTATGGGGAATAATATCGG TACTTCTCCTGACCTTATATATTCTGTCATGATAAGAGTAGTTATGAGCT GCGTACACAAAAAGAACAGTGAATAGTCTAAGTAGGAACTTGGAACTACC TAGTCTTTAACTGTAGAAAACTTTATATTGAAAGTCCGTCAACAATTAAT AGATACATGGTTTGCCGCATTTTGTGCCCAAGCCATAACAGATTTGGCTC TTTTTCTACCTTTTTTGCCTTCGACAACAATGTTGTTATTGAGCTGCATA GGCCTTTCTTAACATCCTTCATTTCCTCCCCTTTTTCAGCATCATGTCAA TAAGATAGACTTCGATTACTTGGGGTATGCTAGGCAGAGGTTCCAGCCAT ATTGGTCGAAGAAATCTGAGCTATTGGGATCATCA Contig11856 GCAAACATTTCGCAGGCATTTGATTGCATGTGATTCCATGGAAAATTCAA AATCAGTGAACAAGGAGGACGTGATTCCTGAAGAAGCGAAGGTGAAATTG AAGAAATTGGCGTCAGAATGGGACGATATAGTGGATCCGAATGCATTAGA TGTGTTCAGATTGAAGGGCGCGATGACGAACGAGGTGTATCAAATCAAAT GGCCCAGTAAGAACCCGGAAAAGCAACGATCTAGGAAGGTGTTGGTGAGG ATCTATGGGAAAGGTGTTGATGTGTTCTTTGATCGGCAGAATGAAATTAA GATTTTTGAGTTTATGTCTAAGCAAGGCCAAGGACCTCGCTTGCTTGGTC GATTTCAGAGTGGTCGTATTGAGGAATTCATTCGAGCTCGGACATTATCA GCTCCTGATCTGCGTGATCCAGAGATATCTTCCTTGATAGCTGCCAAAAT GAGAGAATTTCATGTGCTTGATATGCCTGGTCCTAAGACCGTCATCCTCT GGGATAGACTGCAAAATTGGCTTAATGTAGCCAAAGGTCTGGCTTCTACT GAAGAAGCTAAGGACTTTAAGTTGGACCTTCTAAAAGATGAGATTGTATT GTTGGAAAAGAATCTTGCTGGCAATCATCTAAGCACGGGATGCTGCCACA ACGACTTGCAGTATGGGAACATAATGATGGATGAAGAGACAAGATCAATA ACCTTTATTGACTATGAATATGCTGGTTACAACCATGTTGCATTTGATAT AGCAAATCATTTTTTGTGAAATGGGTGCTGACTACCATACAGAAACACCT CAT Contig12434 GCTTGAATACTCCAATTAACTTCAAGATGATGCAAGATCTATGGACTCAA TTGGGTCCTACCATTGCAGCCATCATGTTCACCTGGACCATGTACCAGAA CTACTTCCCTCACGAACTTCGCGGTCATATTAGGAGGTATACCGATAAAC TCGTGAACTATTTCTATCCTTATATGCACATTATCTTTTATGAACTTGAA ACTGAAGGGTGGTTTGAGCGGAGCAAAGCTTACGTATCGATTGAAAGGTA CCTAAGCAAGAGCTCGAGCACACAAGCTAAGCGTCTCAAAGCCAATTCGG TGAAGGATGGTCAATCGCTTGTCCTAACCATGGATGATCATGAGGAGATA ACGGATGAATATAAAGGCGAGAAGGTTTGGTGGATTTCGAGCAAAAAACC AGCGAGCAGGCAGACAATATCTTTGTATAAGGAGGATGAGAAGAGATATT TCAAGCTAAAATTTCACAAAAAGAATCGCGACCTTGTCACAAATTCATAC TTGAAGTATGTGTTGGATGAAGGAAAGGCGATATCTGTGAAAGAACGACA GAGAAAGCTGTACACGAACAATAAGGGAGATGGAGGTGGTTATAGATACA GGCTAGGTAAGTATGTGGCCACTATACTCAGGTGG Singlet683 CTTTCAGGAGGCCTCAGGCAGTGGACATTTTTCTTGTTAATTACTCTCTC CATCTCAATTTATGTGGCGGTGTTTGAGACCACAAGTTTCAAAAGCCTTT CTTTCTTTCTTGCCTCACATAAATTGGGAGAAGTATATAAAGATGTCATT CTTTTTGGAACTGACTAAAAAGGAATGAGTGTCACATAGTTTAGGAAAAA GGGAGTACCATGTTTCATGATATATAACAAATTGTGGGCCTTGAATGTCT CATTTATTCTGTAAAAAGCATTTTGAGTTTCCTAGCCGAATTCCTCTAAT GATATTTACCTTACCTTACAAGAAATTCTTGCCGCGATTGAAGGAGAGAA TCATGCCCAGATTTGACTGTTCCTCACTTTTGATCGTTTGTGTAAATTTT ATAAAAGTACGCCATTTTTTCATTTGAGTTGGACACAACATTTTGAAGAA AATATAATCATTACATCCTTT TC139904_SL TTCCAAAAGGGGAAAAAACCATTGTGGATCACCCATTTTCATGATTCAGC TTTTCTTCAAAAGCCATTAGGGTTTTTGTCCTCTTCCATTTCGAAGAAAA TTCTAGGGTTCAAGAATCATTAACAAAAGAAGATGGAGAAGTTGAACAGC ATTTTCAAGAAGAAGACTTCACCAAAAGAAGCATTGAGGACCAGCAAAAG GGAAATGGCTGTTGCTACCAGAGGCATTGAACGGGAGATCTCATCCTTAC AAATGGAGGAGAAAAAGTTAGTTGCAGAGATCAAGCAAACAGCCAAAACT GGAAATGAGGCCGCCACCAAAATTCTAGCTCGTCAACTTGTGAGATTGCG GCAACAAATTGTCAATTTGCAAGGTAGTCGTGCTCAAATTAGGGGTGTAG CAACTCATACACAGGCACTATATGCTAGCACCTCTATGTCTACTGGAATG AAAGGTGCAACTAAAGCGATGTCTGCCATGAACAAGCAAATGGCACCTGC AAAACAAGTTAAAGTGATCAGAGAATTCCAGAAGCAGTCATCACAGTTGG ACATGACAATTGAGATGATGTCCGAATCCATTGATGAGACTTTGGATAAA GATGAAGCTGAAGAAGAAACTGAGGAGCTTACAAACCAGGTGCTGGACGA GATTGGTGTGGACATTGCATCACAGTTATCTTCAGCTCCAAAAGGCCGGA TTGCATCAAAGACAGTTGAAAATGTTGCCCCTCCTAGTTCTGATACTGCT GCAGATGTCGAGGAACTTGAGAAAGAGGTTGGCCTCTCTTCGAAGAATTT GATGAAGAACGTGGACAACTTTTATATGATCCTTGTACAAATTTCGCTTT TAGAATTAAAAATATAGTATGTATTATGGTACCAATTTGTATTTCTCAAC TATAATCCTATAGCACCAAACATGACATTTATGCTGTAAGAATGAAGTGG ATCCTTTTTGGGTTTTATGATCCTTCTCCATGTAAGTTTTGTATGTAGTT CCTTGAATTCATTGATATACCTTACCCTC TC137378_SL CAATATTTAACAAGAAGAAAAAAGGAGATGTAAGAAAAATATCCAAAAAC CAATCTTTTGAAATCTTGAATTTACCCAATTTCTGTCGGAATTTTCGCTC AGATTTCCATTTGAATTCCAACCCATTTTCAGATAATCTCAAGTACCCTT CACTGTATTTTTTTTTTTCGTGTGTGGGGATATATATATATATATATATA TTATAATAGAGGGGTACCCTATCTTCCAGATTTGTTCATTGACTGGAAGA ATAAATTTACCTCACAGATCGGCAGAAATTAGCTCTTCTAACTCAGACGA CTCGACATTCAAACAGATTGAAAGATATGCAGAGTCAGTTGATGTGCAGT GGGTGCAGGACAATGCTTCTTTATCCCAGAGGAGCTTCTAATGTCTGCTG TGCAGTGTGCAATGCACTCACCCCTGTCCCACCACCTGGAATGGAAATGG CTCAATTGATATGTGGAGGCTGTCGTACATTACTTATGCATCCACGTGGA GCAAACAGTGTGAGATGCTCCTGCTGTCATACGGTGAACCTTGTCCCAGG TCCAAACCAGTTTGCTCATGTCTACTGCGGGAACTGCCGTATGATGCTGA TGTATCCATGTGGAGCTCCATCGGTTAAATGTGCAGTATGCCATTATATT ACCAATGTTAATGCAGGAGATGGAAGAGCCCATGCACCTTTGAACCCTCC TAACGGCACTGCTACTCCTGCTTCAGGATCCTCTTCAACTGCCAAGGCTC GTTCACAAAATCAAACTGTTGTCGTCCAAAACCCAATGTCTGTTGATGAG AGTGGCAAGTTGGTGAGTAATGTAGTTGTTGGTGTAACAACAACATCATA GCTCATCAGCTAAACTTGCTGTTCGTGGACAACAATTGAGAGTTTTGCTC GCAACAATTGGAAAGATGAGAATAAAGACAGCCGCTGCATATAAATATGG TAGTGTTTAGTGTTAATACTACAACCATACCCCTGTTTTTCTTTTGTAAC ATTTTGATATTATGATTGTGGGGTGATTGAAGCTACTATAACAAGTGTTG TGACTATTTGGAGTCTGTAATTGATGACTACGCGTTAGATTTGTGGCGTG ATATGCCCAAAGTCATAAGTGAAGAATGTTATTATGTACCTTATATGCCA TATTATTGTATATGACTGTATACCGTGAACCTTACTGCCTAAACACCTTG CTTTTGAGAGGCGAATTCAGGATCTAGAGACTAGAGTTAGTGAGCTTTGA ATGAGTGCGGTTTT TZXDG67TF_SL GATCCAAAAACCAATCTTTTGAAATCTTGAATTTACCCAATTTCTGTCGG AATTTTCGCTCAGATTTCCATTTGAATTCCAACCCATTTTCAGATAATCT CAAGTACCCTTCACTGTATATTTTTTTTTTTTCGTGTGTGGGGATATATA TATTATAATAGAGGGGTACCCTATCTTCCAGATTTGTTCATTGACTGGAA GAATAAATTTACCTCACAGATCGGCAGAAATTAGCTCTTCTACCTCAGAC GACTCGATATTCAAACAGATTGAAAGATATGCAGAGTCAGTTGATGTGCA GTGGGTGCAGGACAATGCTTCTTTATCCCAGAGGAGCTTCTAATGTCTGC TGTGCAGTGTGCAATGCACTCACCCCTGTCCCACCACCTGGAATGGAAAT GGCTCAATTGATATGTGGAGGCTGTCGTACATTACTTATGCATCCACGTG GAGCGAACAGTGTGAGATGCTCCTGCTGTCATACGGTGAACCTTGTCCCA GGTCCAAACCAGTTTGCTCATGTCTACTGCGGGAACTGCCGTATGATGCT GATGTATCCATGTGGAGCTCCATCGGTTAAATGTGCAGTATGCCATTATA TTACCAATGTTAATGCAGGAGATGGAAGAAGCCATGCACCTTTGAAACCC TCTAACGGCACTGCTACTACTGCTTCAGGATCCCTCTCAACTGCCAAGGC TCGTTCACAAAATCAAACTGTTGTCGTCC AI897406_SL TTATCTTTATTTCATTACGAATCTCAGATGTATTGGTCTGGTAAACAGGT CGCTCTCCCAGTGAACCGGAACTGGAGAAATTAGTTCAAGAAGTGGAGAA GTATACTCTTGCCAGTCATCTTTTTTGGGGTCTATGGGGAATAATATCGG TACTTCTCCTGACCTTATATATTCTGTCATGATAAGAGTAGTTATGAGCT GCGTACACAAAAAGAACAGTGAATAGTCTAAGTAGGAACTTGGAACTACC TAGTCTTTAACTGTAGAAAACTTTATATTGAAAGTCCGTCAACAATTAAT AGATACATGGTTTGCCGCATTTTGTGCCCAAGCCATAACAGATTTGGCTC TTTTTCTACCTTTTTTGCCTTCGACAACAATGTTGTTATTGAGCTGCATA GGCCTTTCTTAACATCCTTCATTTCCTCCCC TC150702_SL CAAACATTTCGCAGGCATTTGATTGCATGTGATTCCATGGAAAATTCAAA ATCAGTGAACAAGGAGGACGTGATTCCTGAAGAAGCGAAGGTGAAATTGA AGAAATTGGCGTCAGAATGGGACGATATAGTGGATCCGAATGCATTAGAT GTGTTCAGATTGAAGGGCGCGATGACGAACGAGGTGTATCAAATCAAATG GCCCAGTAAGAACCCGGAAAAGCAACGATCTAGGAAGGTGTTGGTGAGGA TCTATGGGAAAGGTGTTGATGTGTTCTTTGATCGGCAGAATGAAATTAAG ATTTTTGAGTTTATGTCTAAGCAAGGCCAAGGACCTCGCTTGCTTGGTCG ATTTCAGAGTGGTCGTATTGAGGAATTCATTCGAGCTCGGACATTATCAG CTCCTGATCTGCGTGATCCAGAGATATCTTCCTTGATAGCTGCCAAAATG AGAGAATTTCATGTGCTTGATATGCCTGGTCCTAAGACCGTCATCCTCTG GGATAGACTGCAAAATTGGCTTAATGTAGCCAAAGGTCTGGCTTCTACTG AAGAAGCTAAGGACTTTAAGTTGGACCTTCTAAAAGATGAGATTGTATTG TTGGAAAAGAATCTTGCTGGCAATCATCTAAGCACGGGATGCTGCCACAA CGACTTGCAGTATGGGAACATAATGATGGATGAAGAGACAAGATCAATAA CCTTTATTGACTATGAATATGCTGGTTACAACCATGTTGCATTTGATATA GCAAATCATTTTTTGTGAAATGGGTGCTGACTACCATACAGAAACACCTC AT AI486498_SL ACACATTGAGCTATCATACTGTTGTTTTGAGTCCTTCAAGGTGCTTGCTA ATAATTATCTAGACGTTACGTCTCATGATGATTACTTTCCTGAGATTCAT CGTTTATTAGGGGAAACTAATATAACTCCAGCTGATGTTGCTGAGAGTTT GATGCCCAAGTCTTCTAAGGAAAATGCAGATACTTGCTTGGAGAGGTTAG TTAAAGCTATTGAAACAGCAAAGGTGGAAGCAAAATTGAAGGCTGAGGAA GAAAAGGCAGAGAAGGAGAAGGAAGAGAACGAGAACGAAAAGAAAAAGAA AGAAGCAGCAGCTGCTGCAGAAGACGCGAAAAGGGCTGATGATGTGAACG AAAATGGGACGTCGATGGAGACTAAGGAAAAGCCAGAAAGTGATGGTGCT AAGGAAAATTGCAAGTCTGAGATAGTAATGGACTAATGATGATGTTAGTA AAGGGTTAGTAAAGTTTGATCATGGAAATATTTGATCAATTAGGTGTTGC CCATAGAACCAGGATTCAGATATTTTGAATAATTTTGTTGTTGAACATTG TTGATTT TC150447_SL GCTTGAATACTCCAATTAACTTCAAGATGATGCAAGATCTATGGACTCAA TTGGGTCCTACCATTGCAGCCATCATGTTCACCTGGACCATGTACCAGAA CTACTTCCCTCACGAACTTCGCGGTCATATTAGGAGGTATACCGATAAAC TCGTGAACTATTTCTATCCTTATATGCACATTATCTTTTATGAACTTGAA ACTGAAGGGTGGTTTGAGCGGAGCAAAGCTTACGTATCGATTGAAAGGTA CCTAAGCAAGAGCTCGAGCACACAAGCTAAGCGTCTCAAAGCCAATTCGG TGAAGGATGGTCAATCGCTTGTCCTAACCATGGATGATCATGAGGAGATA ACGGATGAATATAAAGGCGAGAAGGTTTGGTGGATTTCGAGCAAAAAACC AGCGAGCAGGCAGACAATATCTTTGTATAAGGAGGATGAGAAGAGATATT TCAAGCTAAAATTTCACAAAAAGAATCGCGACCTTGTCACAAATTCATAC TTGAAGTATGTGTTGGATGAAGGAAAGGCGATATCTGTGAAAGAACGACA GAGAAAGCTGTACACGAACAATAAGGGAGATGGAGGTGGTTATAGATACA GGGGAGGGAGGAT TC140859_SL GGATGACATGAGGGGTCTACTTAGTATAGGTAGGGGTGTGGGACTCTACC TATACATTGCACAAGTTAACTCTAAAGGAGTCCTAGGAGATGGTCTTATG TATTATGATACCGTGTATTATAAAATATTGACTATGTTAATGAATATGCT ATTGGTATAAATTGGTATATGTGGTGATGACTACCTATGAGGATTTGTTG TATGAAGTAAAGCATTACTTATGATCTCCTATCTTGTTTACTTGATTATG TGGGCTTATGGGGCTTCACATGACTATTGCACATGTAGGCTTGGGATGTG ATTGTTGGTAAGGGTTTTTATACTATGTTAATGTAAACTATTAATAGGAA ATGTTGATATGACTTTATATTGATGTTGTTTTTGGTTATGAACATGTTTT ATGTTATTGTGGTCCTTGTATTGTATATGCTCTCGTGTATGTGCATTAAA GGCTTTCTAAATGACTTAGCATGTTTTCTAAATAAATGGTCTCTTTCATA CATGCCTTCAAATGTTTTATGTGCATATATTCATACTTAGTATAAGTGGC TATACTAACCCATATTTCAATGTTTTCTACAAATATGTAGGTTCCGGCCA TTGAGTTCCTAGGAGGTCGCTTGAAGAAGACTTGGAACTTTTCCCAAGTG TTTGGTAGGTCCTCACCATTCCGAGTATGATGCAACTATCTAGCTACTTG ATGTTGTTATGGTCTAAAGAAATTTAGTTTCCTTTATCTTTCATTTGAAG ACTACTACTGTATAATCCTATGTGTGGCTTTTATTGTAAGGAAGTATGGA TATGCCTAAATGTTGTACTCCATCTTATATGGTTTAATGTGAGATGATAT TATAGACTG BG630422_SL ATTTTTTTGGGAAAATTACGCGGCTAAGCAAATTTATACTATTTAATTAC TCATCATAGCTATAGTTTGCTATAATTAGAACTCATGACTAACATTATAC ATTAATTACGTGGGCTGACTTCGAATTTGTATTATTAGTCACTTTCGCCA GGATATACAAATACACATGTATAATATACAATTATTTAACCTATATACAT ATACAATTCACCTCTCTCCCACTCTCTGCCCTCTCTCGCTCGCCTCTCTC CTCCCTCTCTCAATTTCACTCGCTTCTCTCCTCCTTCTCCCAATCTCGCT CGCCATACATACAAATGCATATGTATAATACACAATTATATACATATACA ATTCACCTTTCTCCCACTCTTTGCCCCCTTTTTTTCGCCTCTCGCCTCCC TTTCTCGATCTCTCTTGCCATATTTACAAAATCATA AW030957_SL TAAAATGTATGTATATTGCATAATTATAAGTGTATGGCAAGAATATATAT GTTTTTGTCTCGCTTTATACAAAAACAAAAACACAATATATACACTTCTG TTGTATAAAGTTAGAGAAAATTGTATTTCACTGCAATTATATAATTCACA ATTGTATAATTCGTTGGCCTTTTTCTCTGCAATATTTGAAGTAAAATGTT TGTAATTTGTATAATTAAGTGTATAACACGAAGATATATATTTTTACATG TGTATATACAATTTTCTCTCGCTTTATACAAAATAGAAACAGAATTTATA CACTTCTGTGTATATAGCGAGATAGGCGAGCGAGAATGGAGAGTGGCGAG CGAGATTTTTGGGAGGGAGACGCCTGACAAACTTTAGCTAACGTTTGCTA TGGAGCACAATTAAATCAAACTCTAGCTAC AW216726_SL CTTTTGATGATATGCTGAATTATTTTAGTTGAAATGATGATTTTAGGGAA GTTTGCTCTGCTTAATTATGATGAACCCTTCGGGGTGGCCCAGTGGTTTG AGTTTGGATTTTCCATGCGGGAGGTCTCAAGTTCGAAACTCCTTGCCAGG GAAAGCAAGGGGTTTGCCTTTTGGGTCGAGCTTGTCGCTCCAGGCTTGTC TAGTGCGGTTACCTCTCCTATGTGGTTACCTCTCCTATGTGGTTTGCGAG TTATTGCATAGGAGTGGGGGTTCTACCCTGTGCGCATACAAAGGGTAGCG GCTGCGGGTTTCCCTTGTCATAAAAATAAATAAATTATGATGATACAGTT CTCTTCTATGTATCCTGTCAGGCATTAGACCTTGGAAGAGGTGTGAATCC AGGAAGATATATTGTTGGAGAGATCTGGGAAGAGCTTGCTAAAGCAAAGT ACATGGAGTGGGAGCATGAATCTACAAGGCGCTCCTGGGAGCTTCAGAAC TTGAAAGAATCATGTGAGTCAGCTCTCAAGGAGAGACATATGCTTGACAG T BG628384_SL ATGACAAGGGAAACTCGCAGACGCTACCCTTTGGATGCACACAGGGTATA TCCCTCGCTCCTATACAATAGCTCGCAAACCACATAGAAGAGGTAACCCG CACTAGGCAAGCCTGGTGCGACGAGCTCGACCCAGAAGGCAAACCCCTTG CTTTTACTGGCAAGGGGTTTCGAACTTGAGACCTCCAACATGGAAGTCCC AAGCTCAAACCACTAGGCCACCCCGAAGGGTGTGTGTGTGTGTATGTATA TATATATATATATATATATATCACTTATTAGTATGGAATTACACTGAGTA TATTGTTAAGAGGATCCGACAGAGGTGCAGTGGTGTTTTTGGAGAGTTCG AGCAACATAGGCTGTTTTATTAGGATGGGGAATTTGCAGAGATACGTAAC ATGATATATAAATTAAGGTATTGTGGGACAAATAGAAATAGGACTAGACG GAATT Singlet7832 ATGTATGGCGAGCGAGATTGGGAGAAGGAGGAGAGAAGCGAGTGAAATTG AGAGAGGGAGGAGAGAGGCGAGCGAGAGAGGGCAGAGAGTGGGAGAGAGG TGAATTGTATATGTATATAGGTTAAATAATTGTATATTATACATGTGTAT TTGTATATCCTGGCGAAAGTGACTAATAATACAAATTCGAAGTCAGCCCA CGTAATTAATGTATAATGTTAGTCATGAGTTCTAATTATAGCAAACTATA GCTATGATGAGTAATTAAATAGTATAAATTTGCTTAGCCGCGTAATTTTC CCAAAAAAATAAAAAAAAAAA Q6L444_SOLDE MMQDVWTQLGPTIAAIMFIWTMYQNYFPHELRGHIRRYTNKLVSYFYPYM HIIFYELETEGWFERSKAYVAIERYLSKNSSTQAKRLKANAVKDGQSLVL TMDDHEEITDEYKGEKVWWISSQKPASRQTISFYREDEKRYFKLKFHKKN RDLITNSYLKYVLDEGKAISVKERQRKLYTNNKGDGGGYRYRGGRMWSGV VFEHPSTFDTLAMDPNKKQEIIDDLETFSKSKDYYAKIGKAWKRGYLLYG PPGTGKSSMIAAMANFLKYDIYDLELTSVKDNTELRKLLIDTTGKSIIVI EDIDCSLDLTGQRETNKKKKEEEDKGKNEEDAIKEKMKKGGEVKEKQSEV TLSGLLNFIDGLWSAIGGERLIVFTTNYVEKLDPALIRRGRMDKHIVLSY CCFESFKVLAHNYLDVVESHVHFPEIRRLLEETNMTPADIAENLMPKSSK ENADTCLERLIKALETAKEEAKLKAEEEERAKAAEKEKEEKDREEKKEVT DTEEAKNTDGVNEKDNCVKENGDVSKG Q5XWR4_SOLTU MMQDVWTQLGPTIAAIMFTWTMYQNYFPHELRGHIRRYTDKLVSYFYPYM HIIFYELETEGWFERSKAYVAIERYLSKNSSTQAKHLKANAVKDGQSLVL TMDDHEEITDEYKGEKVWWISSQKPTSRQIISLHREDEKRYFKLKFHKKN RDLITNSYLKYVLDEGKAISVRERQRKLYTNNKGDGGGYRYRGGRMWSGV VFEHPSTFDTLAMDPNKKQEIIDDLETFSKSKDYYAKIGKAWKRGYLLYG PPGTGKSSMIAAMANFLKYDVYDLELTSVKDNTELRKLLIDTTGKSIIVI EDIDCSLDLTGQRETNKKKKEEEDKGKNEEDAVKEKMKKGGEVKEKQSEV TLSGLLNFIDGLWSAIGGERLIVFTTNYVEKLDPALIRRGRMDKHIVLSY CCFESFKVLAHNYLDVVESHVHFPEIRRLLEETNMTPADVAENLMPKSSK ENAETCLERLIKALETAKEEAKLKAEEEERAKAAEKEKEEKDREEKKEVT ATEEAKNADGVNEKDNGFKENGDVNKD Q56FB5_FRAAN AVSSDGRYWLRGGLDRHVHLWDTRTRQHVQAFPGHRGPVSC U294871 sgn U294871 TTTTTTTTTTATCATAAATTAAACTGCATTGATAAATGAAAGAAAGTTTC ATACAACAAGCGTATATAACTTAATTCATTTGTTAAGTAATGGTGTATAG CTCCAATTTGAACTCTTTCCCTATCAATATTGACATCCCTGAGATTTCCA TAGTAACAAACTGTCCACTCTGCTTAAGACTTTCCTTCATTGTTGTGTTC CCTTGCTGGTGTGATCCAACAAGCTCATAGCTCTTCAATCCTCTCACATT TTCAAATCCCAAAAATGTCACCTTTTCAAGGACCAATCCTTGATCCAGCG CATATCGTCCATTCACAACCTCTGATTTAACCACAATTTTGTTGCCAATG ATATTGCTGTTAAACTTAACTAACGTCCACCTCCCTCCCTCTCTTCCCAT CTGCACCTCATCGTCATCGTCCACAAATAGTTCTCCTGTACTGTTTTCGC TGCTGCTCAGCACGACAAGGAGTTTGAATGCAGTCCTCTGAGCAGCTTGT GTTGTCATTGCTTCCCCTTGCATGACCAATATGTTCCCTTCACGAACATG TACATTTATATGATCTG U284697 sgn U284697 GTTATGCAGAGGCTAGGATACCACTGGAGGTTATGTGGACTGATATTGAT TACATGGATGGTTTTAAGGACTTCACACTCGATCCAGTTAACTTCCCACT GGAGCGGGTAGTTTTTTTTCTCAGGAAGCTTCATCAGAATGATCAGAAAT ATTTACTAATAGTAGATCCAGGAATTAGCATCAACAATACATATGACACC TATAGGAGAGGCATGGAAGCAGATGTCTTCATAAAACGCAATAATATGCC TTACCAAGGGGTTGTTTGGCCAGGGAATGTTTATTATCCTGATTTTCTAA ATCCAGCTACTGAAATATTTTGGAGACATGAAATTGAGAAGTTCCAGGAT CTCGTACCTTTTGATGGCCTGTGGCTTGACATGAATGAATTGTCAAACTT CATAACTTCCCCTCCTACACCATCATCCACCTTTGATGACCCTCCCTACA AGATAAACAACTCTGGCGATCACTTGCCCATCAATTATAGAACAGTTCCA GCCACTTCTACACATTTTGGTAATACAATGGAGTATAATGTTCATAACCT TTATGGATTACTTGAATCTAGAGCCACTTATAGTGCGTTGGTTAATGTCA CTGGTAAAAGGCCATTCATTTTCTGCAGATCAACTTTTCTTGGCTCTGGC AGATACACGTCACATTGGACTGGAGACAATGCTGCTACCTGGA U224177 sgn U224177 TTTCTTATAAAAATTCCAAAAGGGAAAAAACCATTTTGGATCACCCATTT TCATGATTCAGCTTTTCTTCAAAAGCCATTAGGGTTTTTGTCCTCTTCCA TTTCGAAGAAAATTCTAGGGTTCAAGAATCATTAACAAAAGAAGATGGAG AAGTTGAACAGCATTTTCAAGAAGAAGACTTCACCAAAAGAAGCATTGAG GACCAGCAAAAGGGAAATGGCTGTTGCTACCAGAGGCATTGAACGGGAGA TCTCATCCTTACAAATGGAGGAGAAAAAGTTAGTTGCAGAGATCAAGCAA ACAGCCAAAACTGGAAATGAGGCCGCCACCAAAATTCTAGCTCGTCAACT TGTGAGATTGCGGCAACAAATTGTCAATTTGCAAGGTAGTCGTGCTCAAA TTAGGGGTGTAGCAACTCATACACAGGCACTATATGCTAGCACCTCTATG TCTACTGGAATGAAAGGTGCAACTAAAGCGATGTCTGCCATGAACAAGCA AATGGCACCTGCAAAACAAGTTAAAGTGATCAGAGAATTCCAGAAGCAGT CATCACAGTTGGACATGACAATTGAGATGATGTCCGAATCCATTGATGAG ACTTTGGATAAAGATGAAGCTGAAGAAGAAACTGAGGAGCTTACAAACCA GGTGCTGGACGAGATTGGTGTGGACATTGCATCACAGTTATCTTCAGCTC CAAAAGGCCGGATTGCATCAAAGACAGTTGAAAATGTTGCCCCTCCTAGT TCTGATACTGCTGCAGATGTCGAGGAACTTGAGAAGAGGTTGGCCTCTCT TCGAAGAATTTGATGAAGAACGTGGACAACTTTTATATGATCCTTGTACA AATTTCGCTTTTAGAATTAAAAATATAGTATGTATTATGGTACCAATTTG TATTTCTCAACTATAATCCTATAGCACCAAACATGACATTTATGCTGTAA GAATGAAGTGGATCCTTTTTGGGTTTTATGATCCTTCTCCATGTAAGTTT TGTATGTAGTTCCTTGAATTCATTGATATACCTTACCCTCAAAAAAAAAA U298454 sgn U298454 CCGGGCCCCCCCTCGAGTTTTTTTTTTTTTTTTTTGTTGTTGTTCCTCAA ATTTGTTTCACATTTCATTTCAATACAAACTTNCTGCTACAATACATTAC AGGTTATGAAACCAAATGAAAAGCAAAACTTGAACTTATTTTTACTTTTT TCCTTAAATATTACAATATACCCTCAAGCCAAAAGCAGTTCTTCAGTGAA TCAAACTTTTCCCATCTTGACCAACTTTGAATGGAAGGATTGGTAGACTC TGTTCATGCCAGAAGAAGTTATCAGGATCAACCTTAGTCTTGACAAGCAC AAGCCTGTCATAATTGTTCTTGTAGTACTTTTTCCCCCAGACACTAGCTT CCAATAAATTTGAGTTAGCATTTTTGTTCATGCCCAAATCAAGATCTCTA TAATTCACATAAGCTTCTCTTGGGAACTTGGATACAAAAGTGCCCATGTA CTCATAAAGTCCTCTGATCCAGTTGATATGTTTATCTGCAGTTTTCTTAT CTCCATCTGTCCAGGCTGTTAAGTACTGTATCTTGCAGATAACCCCTTTT CTGTGTGGGAATGGGATTGAAGATTCTGATATCTTTCCCATCATTCCTCC ATAGGGATTCCATATCATCATAGGTGAATCATCTTGTAAAAACTTCTCCC ACATCCCTTGAAGTCCAGTTACTGGAACTGGTACACGGAGAAAATCCGAT TTAGCCTTGAAGTTTACTGGTGGGAATAATGACTTCCCTTGAAGTANGGA ACTCAGGTTTATGTTACTTGGATAACCCGCAATATAAATGACTGATTGAA TCCCAGCTCATTTCGACACAATCCTTTTGTGGTCATCCCAATTCAAGAAA GCTATGAT U276974 sgn U276974 CATATCTTACACATCAGAGATGAAAAGATCAGTGTCCTTTATCTTGCTTG ACTTAGCTAAACTTCGTGCGATTAAAGTGGACATTGAGGACAACAGTGCA TGGGTTCAAGCTGGTGCGACGATTGGTGAAGTGTACTATAGGATTGCAGA AAAAAGCAAGACACATGGTTACCCTGCTGGCCTATGCACCAGCTTAGGAA TTGGTGGTCATATCACTGGAGGAGCTTATGGTCCTATGATGAGGAAATAT GGTCTTGGAGCAGACAATGCTGTCGATGCTCGGATTGTTGATGCCAGTGG CAGAGTTCTTGACAGGGCCTTAATGGGAGAGGATTTATTTTGGGCAATCA GAGGGGGTGGAGGAGGCAGTTTTGGCATAATTTTGGCTTGGAAAGTTAGA CTTGTTCCTGTTCCATCAACTGTGACAGTTTTCACAGTTCCAAAGACACT GGAAACTGGTGCAACAAAAGTCCTAAACAAATGGCAACATGTTGCACACA AGATTGATGAAGATCTCTTCATCAGAATCCTCATAACTACAGTCAATTCA ACAAAGGGGGAAGAAAACAGTGCAAACAGCTTACCAAGCCTTGTTTCTCT GGAAAACTGATAGGCTTCTTGATGTGATGAATCAT U208856 sgn U208856 AATATGTTTCCTCATGTCTGGTCTTCTATGGGCCCTCTTTGCCCTTCCGA GGAATGACATGCGCCCTAACAAGATGCTTGGTGTAGGACTTATCATCATC TATTTGGTATTTCTGTCTGTTAGGCTGAGTAGCGCGATGGGAATTGTTTC ATTGTTTGGGCTTAGTGACTAATTGTTGCATGTTCAAAAAGGTTAGTATG GAATCATTTTGCACTGAGAATTCAGATTGTCTCAATTGGTTAGACTGTAG AGCTTCATCTGTATCTTATTCGGAACATGGGACGAAGTTCCATTATAAGG AGCTTGCTGTGCCCATCGATGATGTATTCTGTTGTACAAATACTCATAAA GTAGGTTCTCCACGACTCCTTTTTTTTAGCCATGTTCTCTGGTGTTGCAT AATTTTATTTTATATTTATGCAATAAATTTCTGTTTGATATACTCATCTC CCGGTACACAATGTAATCTGACAATAGTTTGTTGATGGCATATGTCACGG TTGGTGAGCAGCAAGATGCAGAGTTACCTGTTTTACTGAAAAAGATGGTA AGACAAAGTTGTAACAAGCTGATCGCCATTTTGCGTGAAGACATTTTGGA GGTGTTGGGTTAGAAAATGAATTTGTTTTGGGAGAAATGGAAGTCGTTTG TACACAAATGTGACTGTCTGTGTTTATTTTTAGTGTTTAATAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAACTCAGA U271291 sgn U271291 CAAAATTTAACAAGAAGAATAAGGAGATGTAAGAAAAATATCCAAAAACC AATCTTTGGAAATCTTGAATTACCCAATTTCTGTCGGAATTTTCGCTCAG ATTTCCATTTGAATTCCAACCCATTTTCAGACAATCTCAAGTACCCTTTA CTGTATTTTTTTTTTTCGTTTGTGGGGATATATATAATAGAGGGGTACCC TATCTTCCAGATTTGTTCATTGATTGGAAGAATAAATTTACCTCACGGAT CGGCAGAAATTAGCTCTTCTAACTCAGTCGATTTGACATTCAAACAGATT GAAAGATATGCAGAGTCAGTTGATGTGCAGTGGGTGCAGGACAATGCTTC TTTATCCCAGAGGAGCTTCTAATGTCTGCTGTGCAGTGTGCAATGCACTC ACCCCTGTCCCACCACCTGGAATGGAAATGGCTCAATTGATATGTGGAGG CTGTCGTACATTACTTATGCATCCACGTGGAGCGAACAGTGTGAGATGCT CCTGCTGTCATACGGTGAACCTTGTCCCAGGTCCTAACCAGTTTGCTCAT GTCTACTGCGGGAATTGCCGTATGATGCTGATGTATCCATGTGGAGCTCC ATCGGTTAAATGTGCAGTATGCCATTATATTACCAATGTTAATGCAGGAG ATGGAAGAGCCCATGCATCTTTGAACCCTCCTAACGGCACTGCTACACCT GCTTCAGGATCCTCTTCAACTGCCAAGGCTCGTTCACAAAATCAAACTGT TGTCGTCCAAAACCCAATGTCTGTCGATGAGAGTGGCAAGTTGGTGAGCA ATGTAGTTGTTGGTGTAACGACAACATCATAGATTGTCAGCTAAACTTGC TGTTCGCGGACAACAATTGAGAGTTTTGCTCGTAACAATTGGAAAGATGA GTATAAAGACAGCCGCTGCATATAAATATGGTAGTGTTTAGTGTTAATAC TACAACCATACCCCTGTTTTTTTTTGTAACATTTTGAATTATGATTGTGG GGTGATTGAAGCTACAGCAAGTGTGGTGACTATTTGGAGTCTGTAATTGA TAACTACGCGTTAGATTTGTGGCGTGAATATGCCCATAGTCATAAGTGAA GAATGTTATTATGTACCTTATATGCCATATTATTGTATATGACCATAGAG TGAGAACCTTACTGCCTTAAAA U223984 sgn U223984 CCAGGTCCAAACCAGTTTGCTCATGTCTACTGCGGGAACTGCCGTATGAT GCTGATGTATCCATGTGGAGCTCCATCGGTTAAATGTGCAGTATGCCATT ATATTACCAATGTTAATGCAGGAGATGGAAGAGCCCATGCACCTTTGAAC CCTCCTAACGGCACTGCTACTACTGCTTCAGGATCCTCTTCAACTGCCAA GGCTCGTTCACAAAATCAAACTGTTGTCGTCCAAAACCCAATGTCTGTCG ATGAGAGTGGCAAGTTGGTGAGTAATGTAGTTGTTGGTGTAACAACAACA TCATAGCTCGTCTGCTAAACTTGCTGTTCGTGGACAACAATTGAGAGTTT TGCTCGCAACAATTGGAAAGAGGAGAATAAAGACAGCCGCTGCATATAAA TATGGTAGTGTTTAGTGTTAATACTACAACCATACCCCTGTTTTTCTTTT GTTAACATTTTGATATTATGATTGTGGGGTGATTGAAGCTACTACTACAA GTGTTGTGACTATTTGGAGTCTGTAATTGATAACTACGCGTTAGATTTGT GGCGTGCTATGCCCAAAGTCATAAGTGAAGAATGTTATTATGTACCTTAT ATGCCATATTATTGTATATGACTGTATACCGTGAACCTTACTGCCTAAAC ACCTTGCTTTTGAGAGGCGAATTCAGGATCTAGAGACTAGAGTTAGTGAG CTTTGAATGAGTGCGGTTTTTATTAGATGTATGCATCTTTTCCCCTTGTG CATGTGTGTAATGGCACCTGCAGACTTGTCTGGAAT U277658 sgn U277658 AGAAGGAAATGGACAAAAAACAGATGTGGCTAAGCCTAAGGATTACTGTA ATTGGGTGATGCCATTGTTGAGGTTTTTGGCATTTGGTGCAACAATTTCA GCAACATTAGTTATGGCACTTAACAACCAAAAGAAAACTTTTGTTGTTGC CACTATTGGTACCACTCCTATTCAAGCTACTCTCAATGCTAAGTTCCAGC ACACTCCAGCTTTTGTGTTTTTTGTTATAGCAAACGGACTGTGCAGTCTC CATAACCTCCTCATGCTAGCATTTTGTTTTATTGGAAGCAAATATGATTA CAAGGGACTTCGATTATATGTAATTGGAATCCTAGACATGATAAATGTGG CACTAATCTCTGGTGGAGCAACCTCAGCAGCTTTTATGGGACAACTTGGT AGAGATGGAAATTCTCATGCAAGATGGAATAAAATTTGTGATAAATTTTA TACATTTTGTAGCCATGGTGAAGGAGCAATTATTGCTTCTTTTATTGGTT TGCTCTTAATGATAATTACTACTGCCATTAATATAATTAAGCTTAAAAAC GTCAAGAATTATGGCAATAATTGTGCCATTAATATTCCTTAATCAAGAAT ATCCTAATTGTCATTTCATAAACACGACACACAAAAAGTTGTATGGTTTC GAGTGTTGTATTGTACCTAATTCTCTTAATGTACATGTTCATTTAATGAA ATTTTCATAC U241118 sgn U241118 TATCTTTATTTCATTACGAATCTCAGATGTATTGGTCTGGTAAACAGGTC GCTCTCCCAGTGAACCGGAACTGGAGAAATTAGTTCAAGAAGTGGAGAAG TATACTCTTGCCAGTCATCTTTTTTGGGGTCTATGGGGAATAATATCGGT ACTTCTCCTGACCTTATATATTCTGTCATGATAAGAGTAGTTATGAGCTG CGTACACAAAAAGAACAGTGAATAGTCTAAGTAGGAACTTGGAACTACCT AGTCTTTAACTGTAGAAAACTTTATATTGAAAGTCCGTCAACAATTAATA GATACATGGTTTGCCGCATTTTGTGCCCAAGCCATAACAGATTTGGCTCT TTTTCTACCTTTTTTGCCTTCGACAACAATGTTGTTATTGAGCTGCATAG GCCTTTCTTAACATCCTTCATTTCCTCCCCTTTTTCAGCATCATGTCAAT AAGATAGACTTCGATTACTTGGGGTATGCTAGGC U220296 sgn U220296 AAACATTTCGCAGGCATTTGATTGCATGTGATTCCATGGAAAATTCAAAA TCAGTGAACAAGGAGGACGTGATTCCTGAAGAAGCGAAGGTGAAATTGAA GAAATTGGCGTCAGAATGGGACGATATAGTGGATCCGAATGCATTAGATG TGTTCAGATTGAAGGGCGCGATGACGAACGAGGTGTATCAAATCAAATGG CCCAGTAAGAACCCGGAAAAGCAACGATCTAGGAAGGTGTTGGTGAGGAT CTATGGGAAAGGTGTTGATGTGTTCTTTGATCGGCAGAATGAAATTAAGA TTTTTGAGTTTATGTCTAAGCAAGGCCAAGGACCTCGCTTGCTTGGTCGA TTTCAGAGTGGTCGTATTGAGGAATTCATTCGAGCTCGGACATTATCAGC TCCTGATCTGCGTGATCCAGAGATATCTTCCTTGATAGCTGCCAAAATGA GAGAATTTCATGTGCTTGATATGCCTGGTCCTAAGACCGTCATCCTCTGG GATAGACTGCAAAATTGGCTTAATGTAGCCAAAGGTCTGGCTTCTACTGA AGAAGCTAAGGACTTTAAGTTGGACCTTCTAAAAGATGAGATTGTATTGT TGGAAAAGAATCTTGCTGGCAATCATCTAAGCACGGGATGCTGCCACAAC GACTTGCAGTATGGGAACATAATGATGGATGAAGAGACAAGATCAATAAC CTTTATTGACTATGAATATGCTGGTTACAACCATGTTGCATTTGATATAG CAAATCATTTTTGTGAAATGGTTGCTGACTAC U218813 sgn U218813 CATGATTGCTGCTATGGCTAATTACTTGAAGTATGACGTCTATGATCTTG AGCTGACATCGGTTAAGGACAATACCGAGCTAAGAAAACTCCTGATAGAT ACAACAGGTAAATCTATTATTGTGATTGAAGACATAGATTGTTCCCTTGA CCTAACAGGTCAACGAGAGACGAATAAGAAGAAGAAAGAAGAGGAAGATA AAGGAAAAACTGAGGAAGATGCCGTCAAGGAGAAGATGAAAAAAGGCGGA GAGACGAAAGAAAAGCAAAGTGAGGTAACTTTATCAGGACTATTGAACTT CATTGATGGTCTATGGTCAGCTATTGGCGGTGAAAGGCTAATCGTCTTCA CTACAAACTACGTGGAGAAGCTTGATCCTGCTCTAATCCGGAGGGGGAGA ATGGATAAACATATTGTCCTATCATACTGTTGCTTTGAGTCATTCAAAGT TCTTGCACATAACTATCTTGACGTCGTTGAATCTCATGTTCACTTTCCTC AGATTCGTCGTTTATTAGAGGAAACTAATATGACTCCTGCTGATATTGCT GAGAATTTGATGCCTAAGTCTTCAAAGGAAAATGCAGATATTTGTTTAGA GAGATTGATTAAAGCTCTCGAAACTGCAAAAGAGGAAGCGAAACTTAAGG CTGAGGAAGAAGAGAGAGCAAAGGCGGCTGAGAAGGAGAAAGAAGAGAAA GATCGCGAGGAAAAGAAAGAAGTAACAGCTACTGAAGAAGCTAAGAGTGT TGACAGTGTAAACGAAAAAGATAATGGTGTTAAGGAAAATGGTAATGTTA GCAAAAGTTGATGAATACACATATAAGAAAGTATGTTTGGAGGTGTTTTA GCTTTCTGTTTTCTACAATTAGCTGAACTTGTAATAAGTTGTTGGTGAAG GTTAATAAGAAAACTTTTTTTAATCATGAAAAAAAAAAAAAAAAAAAAAA AAACTCGAGTCTAGTTC U224597 sgn U224597 AGGAAATTGATATATATCACCAAGTTACTAAGATGTAAATATTTTGTTAC ACAAAAAGATAAGATACTACACTATGTATTATGCAACAACCACTTCCTAC ATCATCATAGTATCTCTTGAATAACAAAATCAACAATGTTCAACAACAAA ATTATTCAAAATATCTGAATCCTGGTTCTATGGGCAACACCTAATTGATC AAATATTTCCATGATCAAACTTTACTAACCCTTTACTAACATCATCATTA GTCCATTACTATCTCAGACTTGCAATTTTCCTTAGCACCATCACTTTCTG GCTTTTCCTTAGTCTCCATCGACGTCCCATTTTCGTTCACATCATCAGCC CTTTTCGCGTCTTCTGCAGCAGCTGCTGCTTCTTTCTTTTTCTTTTCGTT CTCGTTCTCTTCCTTCTCCTTCTCTGCCTTTTCTTCCTCAGCCTTCAATT TTGCTTCCACCTTTGCTGTTTCAATAGCTTTAACTAACCTCTCCAAGCAA GTATCTGCATTTTCCTTAGAAGACTTGGGCATCAAACTCTCAGCAACATC AGCTGGAGTTATATTAGTTTCCCCTAATAAACGATGAATCTCAGGAAAGT AATCATCATGAGACGTAACGTCTAGATAATTATTAGCAAGCACCTTGAAG GACTCAAAACAACAGTATGATAGCTCAATGTGT U273166 sgn U273166 CAAAAACCAGCCAGCAGACAGACAATATCTTTTTATAGGGAGGATGAGAA GAGGTATTTCAAGCTAAAATTTCACAGAAAGAATCGCGACCTTATCACAA ATTCATACTTGAAGTATGTGTTGGATGAAGGAAAGGCGATATCTGTGAAA GAACGACAGCGAAAGCTGTACACAAACAATAAGGGAGATGGAGGTGGTTA TAGATACAGGGGAGGAAGGATGTGGAGTGGAGTAGTATTTGAGCATCCGT CAACATTTGATACTCTAGCTATGGATCCAAACAAGAAGCAAGAGATTATA GATGATCTCGAAACATTTAGCAAGTCAAAAGACTATTATGCAAAGATTGG TAAGGCGTGGAAGCGTGGTTATCTTCTTTATGGTCCTCCAGGAACCGGTA AATCTAGCATGATTGCTGCTATGGCTAATTTCTTGAAGTATGATATCTAT GATCTTGAGCTGACATCGGTTAAGGACAATACCGAGCTAAGAAAACTTCT AATAGACACTACAGGTAAATCTATTATTGTGATTGAAGACATTGATTGCT CCCTTGACCTTACAGGTCAACGAGAGACGAATAAGAAGAAGAAAGAAGAG GAAGATAAAGGAAAAAATGAGGAAGATGCCATCAAGGAGAAAATGAAAAA AGGAGGAGAGGTGAAAGAAAAGCAAAGTGAGGTAACTTTATCTGGACTTT TGAACTTCATTGATGGTCTATGGTCAGCTATTGGCGGTGAAAGGCTTATC GTCTTTACTACCAACTATGTGGAGAAGCTTGATCCTGCTCTAATTAGGAG GGGGAGGATGGATAAACATATTGTCCTATCCTATTGTTGCTTTGAGTCAT TCAAAGTTCTTGCACATAACTATCTTGACGTCGTTGAATCTCATGTTCAC TTTCCTGAGATTCGTCGTTTATTGGAGGAAACTAATATGACTCCTGCTGA TATTGCTGAGAATTTGATGCCTAAGTCTTCAAAGGAAAATGCAGACACTT GTTTGGAGAGATTGATTAAAGCTCTTGAAACTGCAAAAGAGGAAGCGAAA TTGAAGGCTGAGGAAGAAGAGAAAGCAAAGGCGGCTGAGAAGGAGAAGGA AGAGAAAGATCGCGAGGAAAAGAAAGAAGTAACAGATACTGAAGAAGCTA AGAATGCTGACAGTGTAAACGAAAAAGATAATGGTGTTAAGGAAAATGGT GATGCTAGCAAAGATTGATGACCCCCCATATATGAAAGTGTACTTGGGGG TGTTTTAGCTTTATGTTTTCTCCATTATTGGGTTTATTAGCTGAACTTGT AATAAGTTTATTTTATGTCTTAGTGATGCTTGAATCCCCATAATGGGACA AATGGTTTTCATGTAGTTGGTGAAGGTTAATAAGAAGTTT U273167 sgn U273167 CTTCAAGATGATGCAAGATGTTTGGACTCAGTTGGGTCCAACCATTGCAG CAATCATGTTCATCTGGACCATGTACCAGAACTACTTTCCTCACGAACTT CGTGGTCATATTAGGAGGTATACCGATAAACTCGTTAGCTATTTCTATCC TTATATGCACATTATCTTTTATGAACTTGAAACTGAAGGGTGGTTTGAGA GGAGCAAAGCTTATGTAGCAATTGAAAGGTACCTTAGCAAGAACTCGAGC ACACAAGCTAAGCGTCTCAAAGCCAACGCGGTGAAGGATGGTCAATCTCT TGTCCTAACCATGGATGATCATGAGGAGATAACCGATGAATATAAAGGCG AGAAGGTTTGGTGGATTTCGAGCCAAAAGCTAGCCAGCAGACAGATAATA TCTCTTCATAGGGAGGATGAGAAGAGATATTTCAAGCTAAAATTTCACAA AAAGAATCGCGACCTCATCACAAATTCATACTTGAAGTATGTGTTGGATG AAGGAAAGGCGATATCTGTGAAAGAACGACAGCGAAAGCTGTACCCCAAC CATAAGGGAGATGGAGGTG U294134 sgn U294134 GGCAAGCCAGATTGGGAGAGGGAGGAGAGAGGCGAGCGAGAGAGGGCAGA GAGTGGGAGAGAGGTGAATTGTATATGTATATAGGTTAGATAATTGTATA TTATACATATGCATTTGTATATATGGCGAGCGAGATTGGGAGAGGGAGGA GAGAGGCGAGCGAGATTGGGAGAGGGAGGAGAGAGGCGAGCGAGATTGGG AGAGGGAGGAGAGAGGCGAGCGATATTGAGAGAGGGAGGAGACAGGCGAG TGAGAGAGGGCAGAGAGTGGGAGAGAGGTGAATTATATATGTATATAGGT TAGATAATTGTATATTATACATATGTATTTGTATATTCTGGCGAATTATA CATATACAAACATGACAAATCTATACAAACTCAAAGTCAGCCTTCGTAAT TAATGTATTATGTTAGTCGTGAGTGGTATTATAGCAAACTATAACTGTGA TGAATAATTAAGTAGTATAAATTTGTTTAACCGCGTAATTTTTCCTTTTT TAATATAGATATAACGAAATAGTGATCAACTAATAATACGAGGGTTGGAG TACAAAACTGCAGCCTGTAATTAGTACTCCACTTTATTTTAAATTGTAAA AAACGTAGATTGTAAACGAGTAATGCTATGACTTTCTAGAAAAAAGATCA GAAATCAATGACTCATCTATAGTACAGAAAATAATTGCAAAACCGTACGG ATAACCAA U235538 sgn U235538 TTTTTTTATCTTTTGGGAAAATTACGCGGCTAAGCAAATTTATACTATTT AATTACTCATCATAGCTATAGTTTGCTATAATTAGAACTCATGACTAACA TTATACATTAATTACGTGGGCTGACTTCGAATTTGTATTATTAGTCACTT TCGCCAGGATATACAAATACACATGTATAATATACAATTATTTAACCTAT ATACATATACAATTCACCTCTCTCCCACTCTCTGCCCTCTCTCGCTCGCC TCTCTCCTCCCTCTCTCAATTTCACTCGCTTCTCTCCTCCTTCTCCCAAT CTCGCTCGCCATACATACAAATGCATATGTATAATACACAATTATATACA TATACAATTCACCTTTCTCCCACTCTTTGCCCCC U270563 sgn U270563 TAAAACCCTAGTCACTGCATTACTGTTCCTTTGCCTTTATTTCAATTTCA ATCCAAATTAGCAACTGATTGTAACATATTTCTGCAAAAGTTGTGAACTT TAAGCTCACAATTGAATCATGAAGAACCTGAAAAAGAAGAAAGCTTCAGC TCAAAACATCCAGAAGGGTAGTAAGAAGAGATTTTCAGTTGAAAGCGACC CATTTTTCAATGAAGACAACGACTTGAAAAGGCGAAAGAGATTTGGAGAT GATGAAGATATTGAGAGCAGTGATGATTCAGAGGACATTTATGGGTCTGA TGATGAAGGAGTGGATAGGAATGAGAGGAAGGATGAAGAAGAGGAGGAGG AGGAGGAGACGGCAGCTGAGAAGAGAAAGAGGCTGGCGGAGACATTTTTG CATAGTATGAGGGAGTCGAAGAGGAAGGAAGAGGAAGAAAGAGAGAGTGG AGAGGAATATGATAGAGAGGAGAGGGAAGCAATGAGAGACTCATGGATGG TAGACATGTTGCAGAAGGAGCAGATGGAGGGCAGTGGTCGTTCCAGAAAA GCTATTGCTTCCAGGATTCAAAAGCCTACCGAGGGATTTCACCTTTTAGT GAAACATCGACAGTCTGTAACTGCTGTGACTTTATCTGATGATGACTTAA AGGGATTTTCATCTTCTAAAGATGGTACTATTGTTAGCTGGGACGTGGAC AGTGGAAAGACAGAAAAGTATGCATGGCCTACTGATGAAGCTTTGAAGTC ACATGGTGCAAAGGAGCCACAAGGTCGAGCAACAAAACATAGTAAGCATG TTTTAGCTTTGGCTGTCAGCTCTGATGGACGCTATTTGGCAAGTGGAGGC TTGGACCGTCACATTCATTTGTGGGATGTCCGAACACGGCAGCATATTAA GGCATTCCCTGGTCATAAGGGACCTGTTTCATGTTTGACATTCAGACAAG GATCTTCTGAACTGTTTTCAGGGGTCGTTTGATCGATCCATCAAGATATG GAATGTCGAAGATAGAGCTTATGTAAATACTTTATTTGGTCATCAAAGTG AAGTTCTAACCATTGATTCTTTGAGGAAAGAAAGGGTTTTGACAGTTGGA CGAGACCGAACCATGCACTTATGGAAGGTTCCAGAGGAATCTCAATTGAT ATTTCGTGCTCCAGCAACTTCCCTTGAATGCTGTTGTTTCATCAATAATG ATGAGTTTCTATCTGGTTCTGATGATGGAAGTATTGAGCACTGGAACGTA ACAAGGAAGAAGCCTGTCCACATTGTAAAAAATGCACATGCTTCATTGCA ATCTGTGGGAATTGAACAGAGCAATGGGGCCCTATCAAATGGCCACATGG AAAATGGCACCCTTAATCCTCAGTGTCATTCCTCATCAGCACTCTCTTGG GTTAGTGCGCTGACAGTCTGCAGAAATAGTGATCTTGCAGCATCAGGAGC TGGCAACGGGTCCGTTCAACTGTGGACAATTGAAAATGAATCAAAAGGCA TCCGGCCATTGTTTGAGCTCCCAGTGGCTGGATTTATAAATTCCTTAGTT TTTTCAAAATCAGGACAGTTCTTGGTTGCTGCAGTAGGGCAGGAACCTCG CCTAGGAAGGTGGGGACGTATTGCTGATGTTCGAAATGGAGTTTTTGTGC ATCCTTTGAAGCATTCGTGATATTGAGCTTGTTGCTCATTGTCCATTTTG GCTCATGCTAAAAGGAGGAATAGCCTTCTCTGTACTTTCTTGTGAGGTCA ATATTTATTTTTATGTTGGCAAAAATTTTGATCTATCAATTTTGATATAT TTTTATTCTCTCTTTTCACATTTGTTCATATTGATTCAGCTACGTAATAG AGAAATACAGAACAATTTTAGTGTATTAATTGAAATTCCAATGACTTAAG TGAGTTTGAAGGTTTTAAAAAAA U287177 sgn U287177 ATCGGCACGAGGGACCAAAAAAGGTGCAAGTGGTACCCTTCGGGGTGGCC CATGTAGTTTGGGCTTGGGACTTCCACGATGGAGGTCTCAAGTTTGAAAC CCCTTGCCAGCGAAAGCAAGGGGTTTGCCTTCTAGGTCGAGCTCGTCGCA CCGGGCTTGCCTAGTGCGGGTTACCTCTCCTAGGTGGTTTGCGAGCTATT GCATAGGAGCGGGGGTTTTACCTTGGTGCGCACCCAAAAGGGTAGCGGCT GCGGGTTTCCCTTGGTCATCAAAAAAAAAAAGACAA U287174 sgn U287174 TTTTTTTTAAGACAAGGGAAACCCGCAGCCGCTACCCAAAGGGTAGCGCA CAGGGTAAAACCCTGCTCCTATGCAATAGTTTGCAAACCACATAGGAGAG GTAACCCACACTAGGCATGCCCGGTGCGACGAGCTCGACCCAGAAGGCAA GCCCCTTGCTTTCGCTAGCAAGTGGTTAAAAACTTGAAATAGTTATTATA CTTTTAACCAATAGTTGAAGTATCTTCGGTCGTGATAATGGGCGGGCATG CGCATTGATTGCGTAAGAAATATGTACAAGGTCAAATGGAATTGTATAGT ATCTCTACTTTTTTGGTGTAAACAGTTGTGTATAGTAGATACAGATCA U295472 sgn U295472 GCTAAGTATAATTCTTTTATGAGCATGATAACAATTGAACCGAATCCAAT CTTATCAAAGACTCTGCTCCCCACCTTTTTATAGGGCTTCCTGGGTTCAA GATCATTGTTGGGGTTGTTTTCTTTTTGTTCCTAGATCCAAATTGTTGAA AATTCTCTTCGGGGTCGGTTCTTGATTCTGAAAAAATGGCTATGTTTTGG CGTATGGCTGGCCTCTCCACTGCTTCTCCAGTGGAGACAATTTTGGATAA GGAAAATTTTGCACTGGGATGAGCTCTTGGGACGAGGATGAAATAATTCA AGAATGTAAAGCTCTTAATGGACGCCTTATTAATTTTCTGCGAGAAAGAG CTCAAGTTGAACAACTTGTCAGGTACATAGTGGAAGAGGCTCCAGAAGAT GCTGAGAAGAAACGAACTTTTAAGTTTCCTTTTATTGCTTGTGAAATCTT TACATGCGAGGTGGACATAATTCTTAAAGGCTTTGGTTGAGAATGAGGAG GCTAATGAGCCTGCTATTCTCATTTTTTGGAAC U296111 sgn U296111 CAAAACTTTTTAATGATATATTTTTTTTTTATTATGGTAACTTTTTCTTC TATTTATCCACAGGTATACTACATCAAAGTAGCCCCTCTTCCAAAAGTAT TACAAACTAGACCGACTCCATCTGTGCTTTTTGTCACAAATAGTCTAAAA CATCAAAAAGTTCTTCTGCCTGTACTAAGACTTTCTGTTTACACCAAAAA TAATAAAGAGCTATACAATTCATCTTGAAATTCTGCACATTGTTCTTCTT GCCCTCAAAACATCTTTGATTCCTTTCTTTCACACTGTCCACCATATACA AGCTGGG SGN-U326581 GTGGAAAGTTATGCAAAGGCTAGGATACCGCTGGAGGTTATGTGGACTGA TATTGATTACATGGATGGTTTTAAGGACTTCACACTCGATCCAGTTAACT TCCCACTGGAGCGGGTAAATTTTTTTCTCAGGAAGCTTCATCAGAATGAT CAGAAATATGTACTAATAGTAGATCCAGGAATTAGTATCAACAATACATA TGACACCTATAGGAGAGGCATGGAAGCAGATGTCTTCATAAAACGCGATA ATATGCCCCACCAAGGGGTTGTTTGGCCAGGGAATGTTTACTATCCTGAT TTTCTAAATCCAGCTACTGAAGTATTTTGGAGAAATGAAATTGAGAAGTT CCAGGATCTCGTACCTTTTGATGGCCTGTGGCTTGACATGAATGAATTGT CAAACTTCATTACTTCCCCTCCTACACCATCATCCACCTTTGATGACCCT CCGTACAAGATAAACAACTCTGGCGATCACTTGCCCATCAACTATAGAAC AGTTCCAGCCACTTCAACACATTTTGGTAATACAATAGATTATAATGTCC ATAACCTTTATGGATTACTAGAATCTAGAGCCACCTATAGTGCTTTGGTT AATGTCACTGGTAAAAGGCCATTCATTCTTGCAAGATCAACTTTTCTTGG CTCTGGCAGATATACGTCACATTGGACTGGAGACAATGCTGCTACATGGA ATGATTTGGCATACTCCATTCCTACTATCTTGAACTTTGGATTGTTTGGA ATTCCAATGGTTGGAGCTGATATATGTGGTTTTTCAAGTAACACTACTGA AGAGCTTTGCCGCCGCTGGATTCAGCTTGGAGCATTCTATCCATTTGCAA GAGACCACTCTGCTAAGGACACAACCCCCCAAGAGCTCTATAGTTGGGAT TCAGTTGCTGCAGCGGCCAAGAAAGTCCTTGGGCTCCGATATCAGTTACT TCCGTACTTTTATATGCTTATGTACAAGGCACATACAAAAGGGACTCCCA TTGCACGACCCCTCTTCTTCTCTTTCCCTCAAGATGCCAAGACATTTGAT ATCAGCACGCAGTTCCTTCTCGGTAAAGGTGTCATGATCTCACCTGTACT TAAGCAAGGAGCAACCTCTGTTGATGCATATTTCCCTGCTGGAAACTGAT CATATAAATGTACACGTTCGTGAAGGGAACATATTGGTCATGCAAGGGGA AGCAATGACAACACAAGCTGCACAGAGGACTGCATTCAAACTCCTTGTCG TGCTGAGCAGCAGCGAAAACAGCACAGGAGAACTATTTGTGGACGATGAC GATGAGGTGCAGATGGGAAGAGAGGGAGGGAGGTGGACGTTCGTTAAGTT TAACAGCAATATCATTGGCAATAAAATTGTGGTTAAATCAGAGGTTGTGA ATGGACGGTACGCGCTGGATCAAGGATTGGTCCTTGAAAAGATGACATTA TTAGGTTTGGAAAATGTGAGAGGATTGAAGAGCTATGAGCTTGTTGGATC ACACCAG SGN-U326668 TTTCTTATAAAAATTCCAAAAGGGAAAAAACCATTTTGGATCACCCATTT TCATGATTCAGCTTTTCTTCAAAAGCCATTAGGGTTTTTGTCCTCTTCCA TTTCGAAGAAAATTCTAGGGTTCAAGAATCATTAACAAAAGAAGATGGAG AAGTTGAACAGCATTTTCAAGAAGAAGACTTCACCAAAAGAAGCATTGAG GACCAGCAAAAGGGAAATGGCTGTTGCTACCAGAGGCATTGAACGGGAGA TCTCATCCTTACAAATGGAGGAGAAAAAGTTAGTTGCAGAGATCAAGCAA ACAGCCAAAACTGGAAATGAGGCCGCCACCAAAATTCTAGCTCGTCAACT TGTGAGATTGCGGCAACAAATTGTCAATTTGCAAGGTAGTCGTGCTCAAA TTAGGGGTGTAGCAACTCATACACAGGCACTATATGCTAGCACCTCTATG TCTACTGGAATGAAAGGTGCAACTAAAGCGATGTCTGCCATGAACAAGCA AATGGCACCTGCAAAACAAGTTAAAGTGATCAGAGAATTCCAGAAGCAGT CATCACAGTTGGACATGACAATTGAGATGATGTCCGAATCCATTGATGAG ACTTTGGATAAAGATGAAGCTGAAGAAGAAACTGAGGAGCTTACAAACCA GGTGCTGGACGAGATTGGTGTGGACATTGCATCACAGTTATCTTCAGCTC CAAAAGGCCGGATTGCATCAAAGACAGTTGAAAATGTTGCCCCTCCTAGT TCTGATACTGCTGCAGATGTCGAGGAACTTGAGAAGAGGTTGGCCTCTCT TCGAAGAATTTGATGAAGAACGTGGACAACTTTTATATGATCCTTGTACA AATTTCGCTTTTAGAATTAAAAATATAGTATGTATTATGGTACCAATTTG TATTTCTCAACTATAATCCTATAGCACCAAACATGACATTTATGCTGTAA GAATGAAGTGGATCCTTTTTGGGTTTTATGATCCTTCTCCATGTAAGTTT TGTATGTAGTTCCTTGAATTCATTGATATACCTTACCCTCAAAAAAAAAA SGN-U320010 CAATATTTAACAAGAAGAAAAAAGGAGATGTAAGAAAAATATCCAAAAAC CAATCTTTTGAAATCTTGAATTTACCCAATTTCTGTCGGAATTTTCGCTC AGATTTCCATTTGAATTCCAACCCATTTTCAGATAATCTCAAGTACCCTT CACTGTATTTTTTTTTTTCGTGTGTGGGGATATATATATATATATATATA TTATAATAGAGGGGTACCCTATCTTCCAGATTTGTTCATTGACTGGAAGA ATAAATTTACCTCACAGATCGGCAGAAATTAGCTCTTCTACCTCAGACGA CTCGATATTCAAACAGATTGAAAGATATGCAGAGTCAGTTGATGTGCAGT GGGTGCAGGACAATGCTTCTTTATCCCAGAGGAGCTTCTAATGTCTGCTG TGCAGTGTGCAATGCACTCACCCCTGTCCCACCACCTGGAATGGAAATGG CTCAATTGATATGTGGAGGCTGTCGTACATTACTTATGCATCCACGTGGA GCGAACAGTGTGAGATGCTCCTGCTGTCATACGGTGAACCTTGTCCCAGG TCCAAACCAGTTTGCTCATGTCTACTGCGGGAACTGCCGTATGATGCTGA TGTATCCATGTGGAGCTCCATCGGTTAAATGTGCAGTATGCCATTATATT ACCAATGTTAATGCAGGAGATGGAAGAGCCCATGCACCTTTGAACCCTCC TAACGGCACTGCTACTACTGCTTCAGGATCCTCTTCAACTGCCAAGGCTC GTTCACAAAATCAAACTGTTGTCGTCCAAAACCCAATGTCTGTCGATGAG AGTGGCAAGTTGGTGAGTAATGTAGTTGTTGGTGTAACAACAACATCATA GCTCGTCTGCTAAACTTGCTGTTCGTGGACAACAATTGAGAGTTTTGCTC GCAACAATTGGAAAGAGGAGAATAAAGACAGCCGCTGCATATAAATATGG TAGTGTTTAGTGTTAATACTACAACCATACCCCTGTTTTTCTTTTGTTAA CATTTTGATATTATGATTGTGGGGTGATTGAAGCTACTACTACAAGTGTT GTGACTATTTGGAGTCTGTAATTGATAACTACGCGTTAGATTTGTGGCGT GCTATGCCCAAAGTCATAAGTGAAGAATGTTATTATGTACCTTATATGCC ATATTATTGTATATGACTGTATACCGTGAACCTTACTGCCTAAACACCTT GCTTTTGAGAGGCGAATTCAGGATCTAGAGACTAGAGTTAGTGAGCTTTG AATGAGTGCGGTTTTTATTAGATGTATGCATCTTTTCCCCTTGTGCATGT GTGTAATGGCACCTGCAGACTTGTCTGGAAT SGN-U343919 GATCCGCGGGGCGGCGCTCTGAATAGTGGATCCCCCGGGCTGCAGGAATT CGGCACGAGGAAGCAGTGCAGCTCATGCTCTGATGATGCAACCACCTCGT ATGCTTCGAATCACAGTAGTGGCAAGAAGTTATTTGGGGTTGATCTTTCC AGGGGTTCTCCTAGTGTTCAACAAAACGGAACATTTGACTCAGAAATAGA TCCCCTGAGCACCAAGGTTTCAGAACGAACGCTTTTGTACCATGTTGACC CTCTAAAGTTAGGGTCAATCGCCTCAGGAAAGCTTTGGTGCAGTAAGCAG GCAATATTCCCCATAGGATTTAGAAGTCGTGTTAAGTTCTTCGATGCCAG CAGTCCTGAGATAACTAGTAGCTATATATGCGAGATCCTGAATGGTGGGC TCATTGGACCTCTATTCAAGGTTAGCTTAGAAGAGTGTCCAGATACGAAC TTAGTGAGTTCATCAGCGCAGAAATGCTGGGAAATGATCTCGCATAGAGT CTTTGAAGAACTAGCAACGAAGTTAAATCCAGGAAGGCAAGATTTGCCAC CATTGCAACCTGACACAGAATGCATCAACGGTCTCGGAATGTTTGGGTTA CTCTCCCCACCGATAGTTCAGTCCATTGAAGCTCTTGATACAAACTATCA ATGTCTGGAGTACTGGAAAAACAAGCTAAAACTCAAGGACGAGTGTGTAA CTGTCAAAGGGCCTTCAGGTTCATCGGAGAGTACTGTTGACATGGCAAGA TCTGCTGTGATGGAAAGAGGTCAGTGTTCGGGAACCAAGGTGGCTACTGA GGAGGAACATGCTTACTATAGTTCATCTAACACCGAGCTACAATTAGTAC TTAGGAGGCCTCTGAATAAAGCAGATCCAGAAGAACTGAGAATAATGCCC AAAATCTTGTGCAGTGGATCGAACAACCCTGAATGGAAAATAACATTTGC CAAATTTAGTCAAAAAATCCTGGAGAAAAGGGTAAGTTTTTGTGGACTTC TCCTTTCTTGGCCTTAATTAGGCTGTCTTCATCAGCTTAATTCTTTTGAA AATATTAACATTAAGGAGAAGGGAGGGGGAAGGGTTAAACCCCCCCTAAG GAAATGTTTTTTACCCGGGTGCCCTGTAATTTAAAAAAAAAAATTTTTTT GTTTGAAAAAGGCTGCACAAAAAAAGAAAATTACCTTCTTTTGAAAAACC AAAAAAAAAAAATTTTTATAAAAAAAAAAAAAAAAAATAATTGGGGGGGC CGCGCCCACCTTCCCTATTT SGN-U345652 NTTGAGAACAAAAGCTGGAGCTCCACCGCGGTGGCGGCCGCTCTAGAACT AGTGGATCCCCCGGGCTGCAGGTTATCTTTATTTCATTACGAATCTCAGA TGTATTGGTCTGGTAAACAGGTCGCTCTCCCAGTGAACCGGAACTGGAGA AATTAGTTCAAGAAGTGGAGAAGTATACTCTTGCCAGTCATCTTTTTTGG GGTCTATGGGGAATAATATCGGTACTTCTCCTGACCTTATATATTCTGTC ATGATAAGAGTAGTTATGAGCTGCGTACACAAAAAGAACAGTGAATAGTC TAAGTAGGAACTTGGAACTACCTAGTCTTTAACTGTAGAAAACTTTATAT TGAAAGTCCGTCAACAATTAATAGATACATGGTTTGCCGCATTTTGTGCC CAAGCCATAACAGATTTGGCTCTTTTTCTACCTTTTTTGCCTTCGACAAC AATGTTGTTATTGAGCTGCATAGGCCTTTCTTAACATCCTTCATTTCCTC CCCTTTTTCAGCATCATGTCAATAAGATAGACTTCGATTACTTGGGGTAT GCTAGGCAGAAGTTCCAGCCATATTGGTCGAAGAAATCTGAGCTATTGGG ATCATCAAGTTCCAGGAAAGTACTTCAATTATTTTGTTCAATTCTTTTTC TTAAACAAGTCTATTTGAAGTTTTGAGTTGGGGGTTTCTTTAACTGAACA CTTTGGCCCTTGCGGGTTAATATGAAGACAATGACTTCTGGAACCATTTG GTTGATTTACCAGAGTATGAGAGTTGGTATCCCGTGGGGGTTTGCTTCAA CAGATACTTTTTTTAAACTTCCGAAAACCAGAGTCTTGAGGGATTTTTTC GTGATGAAGTTATTATCTAAATCTGGTAAGACACTAGGGGTTAGCATTTT GGAAATTGCCTCTCTTTTTGGGAAATCTACGAAGGCCGGTTTATTTGTGT TTCCGGAAAAGCGCACCGCTTTTTTTTGAAATACCAGGAGAAAGAGATCC AACATCTGTTTTCGAAAANANAGAATATAAATAAAAGTGTGGTGCGGACC AACCTGTATTATATTATAACCTTATATTTGGATACATCATCTATTACTCT CCTCTGTAAGACCCGCCCCCACGTCTCCGGGTCGAGTACTATATTTATTC TCTTTACTCTCATAAAGGGTGGTGAGGGCGGG SGN-U321837 AAACATTTCGCAGGCATTTGATTGCATGTGATTCCATGGAAAATTCAAAA TCAGTGAACAAGGAGGACGTGATTCCTGAAGAAGCGAAGGTGAAATTGAA GAAATTGGCGTCAGAATGGGACGATATAGTGGATCCGAATGCATTAGATG TGTTCAGATTGAAGGGCGCGATGACGAACGAGGTGTATCAAATCAAATGG CCCAGTAAGAACCCGGAAAAGCAACGATCTAGGAAGGTGTTGGTGAGGAT CTATGGGAAAGGTGTTGATGTGTTCTTTGATCGGCAGAATGAAATTAAGA TTTTTGAGTTTATGTCTAAGCAAGGCCAAGGACCTCGCTTGCTTGGTCGA TTTCAGAGTGGTCGTATTGAGGAATTCATTCGAGCTCGGACATTATCAGC TCCTGATCTGCGTGATCCAGAGATATCTTCCTTGATAGCTGCCAAAATGA GAGAATTTCATGTGCTTGATATGCCTGGTCCTAAGACCGTCATCCTCTGG GATAGACTGCAAAATTGGCTTAATGTAGCCAAAGGTCTGGCTTCTACTGA AGAAGCTAAGGACTTTAAGTTGGACCTTCTAAAAGATGAGATTGTATTGT TGGAAAAGAATCTTGCTGGCAATCATCTAAGCACGGGATGCTGCCACAAC GACTTGCAGTATGGGAACATAATGATGGATGAAGAGACAAGATCAATAAC CTTTATTGACTATGAATATGCTGGTTACAACCATGTTGCATTTGATATAG CAAATCATTTTTGTGAAATGGTTGCTGACTAC SGN-U320734 CATGATTGCTGCTATGGCTAATTACTTGAAGTATGACGTCTATGATCTTG AGCTGACATCGGTTAAGGACAATACCGAGCTAAGAAAACTCCTGATAGAT ACAACAGGTAAATCTATTATTGTGATTGAAGACATAGATTGTTCCCTTGA CCTAACAGGTCAACGAGAGACGAATAAGAAGAAGAAAGAAGAGGAAGATA AAGGAAAAACTGAGGAAGATGCCGTCAAGGAGAAGATGAAAAAAGGCGGA GAGACGAAAGAAAAGCAAAGTGAGGTAACTTTATCAGGACTATTGAACTT CATTGATGGTCTATGGTCAGCTATTGGCGGTGAAAGGCTAATCGTCTTCA CTACAAACTACGTGGAGAAGCTTGATCCTGCTCTAATCCGGAGGGGGAGA ATGGATAAACATATTGTCCTATCATACTGTTGCTTTGAGTCATTCAAAGT TCTTGCACATAACTATCTTGACGTCGTTGAATCTCATGTTCACTTTCCTC AGATTCGTCGTTTATTAGAGGAAACTAATATGACTCCTGCTGATATTGCT GAGAATTTGATGCCTAAGTCTTCAAAGGAAAATGCAGATATTTGTTTAGA GAGATTGATTAAAGCTCTCGAAACTGCAAAAGAGGAAGCGAAACTTAAGG CTGAGGAAGAAGAGAGAGCAAAGGCGGCTGAGAAGGAGAAAGAAGAGAAA GATCGCGAGGAAAAGAAAGAAGTAACAGCTACTGAAGAAGCTAAGAGTGT TGACAGTGTAAACGAAAAAGATAATGGTGTTAAGGAAAATGGTAATGTTA GCAAAAGTTGATGAATACACATATAAGAAAGTATGTTTGGAGGTGTTTTA GCTTTCTGTTTTCTACAATTAGCTGAACTTGTAATAAGTTGTTGGTGAAG GTTAATAAGAAAACTTTTTTTAATCATGAAAAAAAAAAAAAAAAAAAAAA AAACTCGAGTCTAGTTC SGN-U326099 ACACATTGAGCTATCATACTGTTGTTTTGAGTCCTTCAAGGTGCTTGCTA ATAATTATCTAGACGTTACGTCTCATGATGATTACTTTCCTGAGATTCAT CGTTTATTAGGGGAAACTAATATAACTCCAGCTGATGTTGCTGAGAGTTT GATGCCCAAGTCTTCTAAGGAAAATGCAGATACTTGCTTGGAGAGGTTAG TTAAAGCTATTGAAACAGCAAAGGTGGAAGCAAAATTGAAGGCTGAGGAA GAAAAGGCAGAGAAGGAGAAGGAAGAGAACGAGAACGAAAAGAAAAAGAA AGAAGCAGCAGCTGCTGCAGAAGACGCGAAAAGGGCTGATGATGTGAACG AAAATGGGACGTCGATGGAGACTAAGGAAAAGCCAGAAAGTGATGGTGCT AAGGAAAATTGCAAGTCTGAGATAGTAATGGACTAATGATGATGTTAGTA AAGGGTTAGTAAAGTTTGATCATGGAAATATTTGATCAATTAGGTGTTGC CCATAGAACCAGGATTCAGATATTTTGAATAATTTTGTTGTTGAACATTG TTGATTTTGTTATTCAAGAGATACTATGATGATGTAGGAAGTGGTTGTTG CATAATACATAGTGTAGTATCTTATCTTTTTGTGTAACAAAATATTTACA TCTTAGTAACTTGGTGATATATATCAATTTCCT SGN-U322889 TTGAATACTCCAATTAACTTCAAGATGATGCAAGATCTATGGACTCAATT GGGTCCTACCATTGCAGCCATCATGTTCACCTGGACCATGTACCAGAACT ACTTCCCTCACGAACTTCGCGGTCATATTAGGAGGTATACCGATAAACTC GTGAACTATTTCTATCCTTATATGCACATTATCTTTTATGAACTTGAAAC TGAAGGGTGGTTTGAGCGGAGCAAAGCTTACGTATCGATTGAAAGGTACC TAAGCAAGAGCTCGAGCACACAAGCTAAGCGTCTCAAAGCCAATTCGGTG AAGGATGGTCAATCGCTTGTCCTAACCATGGATGATCATGAGGAGATAAC GGATGAATATAAAGGCGAGAAGGTTTGGTGGATTTCGAGCAAAAAACCAG CGAGCAGGCAGACAATATCTTTGTATAAGGAGGATGAGAAGAGATATTTC AAGCTAAAATTTCACAAAAAGAATCGCGACCTTGTCACAAATTCATACTT GAAGTATGTGTTGGATGAAGGAAAGGCGATATCTGTGAAAGAACGACAGA GAAAGCTGTACACGAACAATAAGGGAGATGGAGGTGGTTATAGATACAGG GGAGGGAGGATG SGN-U346821 TATAAAACGACTCCGCGGGGGGCGCTCAGAATAGTGGATCCCCCGGGCTG CAGGAATTCGGCACGAGGCAATAATACCTTCTTTCAGGAGGCCTCAGGCA GTGGACATTTTTCTTGTTAATTACTCTCTCCATCTCAATTTATGTGGCGG TGTTTGAGACCACAAGTTTCAAAAGCCTTTCTTTCTTTCTTGCCTCACAT AAATTGGGAGAAGTATATAAAGATGTCATTCTTTTTGGAACTGACTAAAA AGGAATGAGTGTCACATAGTTTAGGAAAAAGGGAGTACCATGTTTCATGA TATATAACAAATTGTGGGCCTTGAATGTCTCATTTATTCTGTAAAAAGCA TTTTGAGTTTCCTAGCCGAATTCCTCTAATGATATTTACCTTACCTTACA AGAAATTCTTGCCGCGATTGAAGGAGAGAATCATGCCCAGATTTGACTGT TCCTCACTTTTGATCGTTTGTGTAAATTTTATAAAAGTACGCCATTTTTT CATTTGAGTTGGACACAACATTTTGAAGAAAATATAATCATTACATCCTT TCTAATACCAATGGGATATTTTCATCTTTTCATTGGATTGATCATGATTG TAGTTTGTTAGTCTTTATACCAGCATAATATTGACTTTTATTTCATGTAA CCTCTCTCAGGAGACCCACATCACTGCATGACCGAATGAGGGACAGTGAT GATGATGATTATCAAGATAGAGACTATGATGTTGCAGCTCTGGCAAATAA CTTAAGCCAGGCCTTCCGCTATGGAATCTATAACAACGATGAACTTGATG AGGCTCGTGGTTCACTTGAGCGGGATGATGAGGATGTCTATCNTGATGAT GAGTCTGCTGAAGTTGTGATATCTTCACTACGTCTGGGGGACGATCAGGA AAGTGGATCACTTTTTACAAATCCAACTGGTTTGCTTTTGAGGATGACAA AGAAATCCTGAACAGAACCTGCTTTTGGTGCGTCTCCTTTCCCTGGCCCG AAAAAACTATATTAATTTGGGCACAGGACAAATGATAATCCAACTTCTCG TCAAAAAAATGATTTGGGAAAAACTGGCTCCTCCTGATCCACCTAAACCA AAAACAAAGTCTTAAACCCCTCGCCCCCCCTAATTTGCCTAAGAAATTCT TTGGGGAAAAAAAAAAAAAAAAATATAACCCCCTAAATGGGTTTAAGAGG AAAAAACCTTAAAAAATTTTTGAATCACATAAAACCCGGATTCCCCTTGT GTTTCAAAAGGGGGGCCCCCCTTTACAAGGGGAA BQ518908_ST ATCATAAATTAAACTGCATTGATAAATGAAAGAAAGTTTCATACAACAAG CGTATATAACTTAATTCATTTGTTAAGTAATGGTGTATAGCTCCAATTTG AACTCTTTCCCTATCAATATTGACATCCCTGAGATTTCCATAGTAACAAA CTGTCCACTCTGCTTAAGACTTTCCTTCATTGTTGTGTTCCCTTGCTGGT GTGATCCAACAAGCTCATAGCTCTTCAATCCTCTCACATTTTCAAATCCC AAAAATGTCACCTTTTCAAGGACCAATCCTTGATCCAGCGCATATCGTCC ATTCACAACCTCTGATTTAACCACAATTTTGTTGCCAATGATATTGCTGT TAAACTTAACTAACGTCCACCTCCCTCCCTCTCTTCCCATCTGCACCTCA TCGTCATCGTCCACAAATAGTTCTCCTGTACTGTTTTCGCTGCTGCTCAG CACGACAAGGAGTTTGAATGCAGTCCTCTGAGCAGCTTGTGTTGTCATTG CTTCCCCTTGCATGACCAATATGTTCCCTTCACGAACATGTACATTTATA TGATCTGGTGGTGCGTCAAGTGTCATATATGTTTCCTTGATTTCAACTCA CGGAGCGAGA TC118264_ST GGTTATGCAGAGGCTAGGATACCACTGGAGGTTATGTGGACTGATATTGA TTACATGGATGGTTTTAAGGACTTCACACTCGATCCAGTTAACTTCCCAC TGGAGCGGGTAGTTTTTTTTCTCAGGAAGCTTCATCAGAATGATCAGAAA TATTTACTAATAGTAGATCCAGGAATTAGCATCAACAATACATATGACAC CTATAGGAGAGGCATGGAAGCAGATGTCTTCATAAAACGCAATAATATGC CTTACCAAGGGGTTGTTTGGCCAGGGAATGTTTATTATCCTGATTTTCTA AATCCAGCTACTGAAATATTTTGGAGACATGAAATTGAGAAGTTCCAGGA TCTCGTACCTTTTGATGGCCTGTGGCTTGACATGAATGAATTGTCAAACT TCATAACTTCCCCTCCTACACCATCATCCACCTTTGATGACCCTCCCTAC AAGATAAACAACTCTGGCGATCACTTGCCCATCAATTATAGAACAGTTCC AGCCACTTCTACACATTTTGGTAATACAATGGAGTATAATGTTCATAACC TTTATGGATTACTTGAATCTAGAGCCACTTATAGTGCGTTGGTTAATGTC ACTGGTAAAAGGCCATTCATTCTTGCAAGAATCACTTTTCTGGGC TC129743_ST TTGCCACACACTGCTTAACTTTCTCACACAAATTCCAAAAAACAAAGGGA AAAAACCCCATTTTCATGATTCAGGTTTTCTTCAAAGGCTATTAGGGTTT TTTCCCCTCTTCCATTTCAAGAAAATTCTAGGGTTCAAGAATCATTAACA AAAGAAGATGGAGAAGTTGAACAGCATTTTCAAGAAGAAGACTTCACCTA AAGAAGCATTGAGGACCAGCAAAAGGGAAATGGCTGTTGCTACCAGAGGC ATTGAACGGGAGATCTCATCCTTACAAATGGAGGAGAAAAAGTTAGTTGC AGAGATCAAGCAAACAGCCAAAACAGGAAACGAGGCCGCCACCAAAATTC TAGCTCGTCAACTTGTGAGATTGCGGCAACAAATTGTCAATTTGCAAGGT AGTCGTGCTCAAATTAGGGGTGTAGCAACTCATACACAGGCACTATATGC TAGCACCTCTATGTCTACTGGAATGAAAGGTGCAACTAAAGCGATGTCTG CCATGAACAAGCAAATGGCACCTGCAAAACAAGTTAAAGTGATCAGAGAA TTCCAGAAGCAGTCATCACAGTTGGACATGACAATTGAGATGATGTCTGA ATCCATTGATGAGACTTTGGATAAAGATGAAGCTGAAGAAGAAACTGAGG AGCTTACAAACCAGGTGCTGGATGAGATTGGCGTGGACATTGCATCACAG TTATCTTCAGCTCCAAAAGGTCGGATTGCATCGAAGAAAGTCGAAAATGT TGCCCCCCCTAATTCTGGATACTGCTGCGGATGTC BQ514086_ST GTTGTTGTTCCTCAAATTTGTTTCACATTTCATTTCAATACAAACTTCCT GCTACAATACATTACAGGTTATGAAACCAAATGAAAAGCAAAACTTGAAC TTATTTTTACTTTTTTCCTTAAATATTACAATATACCCTCAAGCCAAAAG CAGTTCTTCAGTGAATCAAACTTTTCCCATCTTGACCAACTTTGAATGGA AGGATTGGTAGACTCTGTTCATGCCAGAAGAAGTTATCAGGATCAACCTT AGTCTTGACAAGCACAAGCCTGTCATAATTGTTCTTGTAGTACTTTTTCC CCCAGACACTAGCTTCCAATAAATTTGAGTTAGCATTTTTGTTCATGCCC AAATCAAGATCTCTATAATTCACATAAGCTTCTCTTGGGAACTTGGATAC AAAAGTGCCCATGTACTCATAAAGTCCTCTGATCCAGTTGATATGTTTAT CTGCAGTTTTCTTATCTCCATCTGTCCAGGCTGTTAAGTACTGTATCTTG CAGATAACCCCTTTTCTGTGTGGGAATGGGATTGAAGATTCTGATATCTT TCCCATCATTCCTCCATAGGGATTCCATATCATCATAGGTGAATCATCTT GT TC129207_ST GCATATCTTACACATCAGAGATGAAAAGATCAGTGTCCTTTATCTTGCTT GACTTAGCTAAACTTCGTGCGATTAAAGTGGACATTGAGGACAACAGTGC ATGGGTTCAAGCTGGTGCGACGATTGGTGAAGTGTACTATAGGATTGCAG AAAAAAGCAAGACACATGGTTACCCTGCTGGCCTATGCACCAGCTTAGGA ATTGGTGGTCATATCACTGGAGGAGCTTATGGTCCTATGATGAGGAAATA TGGTCTTGGAGCAGACAATGCTGTCGATGCTCGGATTGTTGATGCCAGTG GCAGAGTTCTTGACAGGGCCTTAATGGGAGAGGATTTATTTTGGGCAATC AGAGGGGGTGGAGGAGGCAGTTTTGGCATAATTTTGGCTTGGAAAGTTAG ACTTGTTCCTGTTCCATCAACTGTGACAGTTTTCACAGTTCCAAAGACAC TGGAAACTGGTGCAACAAAAGTCCTAAACAAATGGCAACATGTTGCACAC AAGATTGATGAAGATCTCTTCATCAGAATCCTCATAACTACAGTCAATTC AACAAAGGGGAAAGAAAACAGTGCAAACAGCTTACCAAGCCTTGTTTCTT TC114197_ST CAAAATTTAACAAGAAGAATAAGGAGATGTAAGAAAAATATCCAAAAACC AATCTTTGGAAATCTTGAATTACCCAATTTCTGTCGGAATTTTCGCTCAG ATTTCCATTTGAATTCCAACCCATTTTCAGACAATCTCAAGTACCCTTTA CTGTATTTTTTTTTTTCGTGTGTGGGGATATATATATAATAGAGGGGTAC CCTATCTTCCAGATTTGTTCATTGACTGGAAGAATAAATTTACCTCACGG ATCGGCAGAAATTAGCTCTTCTAACTCAGTCGATTCGACATTCAAACAGA TTGAAAGATATGCAGAGTCAGTTGATGTGCAGTGGGTGCAGGACAATGCT TCTTTATCCCAGAGGAGCTTCTAATGTCTGCTGTGCAGTGTGCAATGCAC TCACCCCTGTCCCACCACCTGGAATGGAAATGGCTCAATTGATATGTGGA GGCTGTCGTACATTACTTATGCATCCACGTGGAGCGAACAGTGTGAGATG CTCCTGCTGTCATACGGTGAACCTTGTCCCAGGTCCTAACCAGTTTGCTC ATGTCTACTGCGGGAACTGCCGTATGATGCTGATGTATCCATGTGGAGCT CCATCGGTTAAATGTGCAGTATGCCATTATATTACCAATGTTAATGCAGG AGATGGAAGAGCCCATGCATCTTTGAACCCTCCTAACGGCACTGCTACAC CTGCTTCAGGATCCTCTTCAACTGCCAAGGCTCGTTCACAAAATCAAACT GTTGTCGTCCAAAACCCAATGTCTGTCGATGAGAGTGGCAAGTTGGTGAG CAATGTAGTTGTTGGTGTAACGACAACATCATAGCTTGTCAGCTAAACTT GCTGTTCGCGGACAACAATTGAGAGTTTTGCTCGCAACAATTGGAAAGAT GAGTATAAAGACAGCCGCTGCATATAAATATGGTAGTGTTTAGTGTTAAT ACTACAACCATACCCCTGTTTTTTTGTAACATTTTGAATTATGATTGTGG GGTGATTGAAGCTACAGCAAGTGTGGTGACTATTTGGAGTCTGTAATTGA TAACTACGCGTTAGATTTGTGGCGTGAATATGCCCATAGTCATAAGTGAA GAATGTTATTATGTACCTTATATGCCATATTATTGTATATGACCATATAC CATGAACCTTACTGCCTTCATGTGTTGCTTT TC116122_ST GAGAAGGAAATGGACAAAAAACAGATGTGGCTAAGCCTAAGGATTACTGT AATTGGGTGATGCCATTGTTGAGGTTTTTGGCATTTGGTGCAACAATTTC AGCAACATTAGTTATGGCACTTAACAACCAAAAGAAAACTTTTGTTGTTG CCACTATTGGTACCACTCCTATTCAAGCTACTCTCAATGCTAAGTTCCAG CACACTCCAGCTTTTGTGTTTTTTGTTATAGCAAACGGACTGTGCAGTCT CCATAACCTCCTCATGCTAGCATTTTGTTTTATTGGAAGCAAATATGATT ACAAGGGACTTCGATTATATGTAATTGGAATCCTAGACATGATAAATGTG GCACTAATCTCTGGTGGAGCAACCTCAGCAGCTTTTATGGGACAACTTGG TAGAGATGGAAATTCTCATGCAAGATGGAATAAAATTTGTGATAAATTTT ATACATTTTGTAGCCATGGTGAAGGAGCAATTATTGCTTCTTTTATTGGT TTGCTCTTAATGATAATTACTACTGCCATTAATATAATTAAGCTTAAAAA CGTCAAGAATTATGGCAATAATTGTGCCATTAATATTCCTTAATCAAGAA TATCCTAATTGTCATTTCATAAACAGGACACACAAAAAGTTGTATGGTTT CGAGTGTTGTATTGTACCTAATTCTCTTAATGTACATGTTCATTTAATGA CATTTTCATACTGGCTTT TC113578_ST CTCCAATTAACTTCAAGATGATGCAAGATGTTTGGACTCAGTTGGGTCCA ACCATTGCAGCAATCATGTTCACCTGGACCATGTACCAGAACTACTTTCC TCACGAACTTCGTGGTCATATTAGGAGGTATACCGATAAACTCGTTAGCT ATTTCTATCCTTATATGCACATTATCTTTTATGAACTTGAAACTGAAGGG TGGTTTGAGAGGAGCAAAGCTTACGTAGCAATTGAAAGGTACCTTAGCAA GAACTCGAGCACTCAAGCTAAGCGTCTCAAAGCCAACGCGGTGAAGGATG GTCAATCGCTTGTTCTAACCATGGATGATCATGAGGAGATAACCGATGAA TATAAAGGCGAGAAGGTTTGGTGGATTTCGAGCCAAAAACCAGCCAGCAG ACAGATAATATCTCTTCATAGGGAGGATGAGAAGAGGTATTTCAAGCTAA AATTTCACAAAAAGAATCGCGACCTTATCACAAATTCATACTTGAAGTAT GTGTTGGATGAAGGAAAGGCGATATCTGTGAAAGAACGACAGCGAAAGCT GTACACAAACAATAAGGGAGATGGAGGTGGTTATAGATACAGGGGAGGAA GGATGTGGAGTGGAGTAGTATTTGAGCATCCGTCAACATTTGATACTCTA GCTATGGATCCAAACAAGAAGCAAGAGATTATAGATGATCTCGAAACATT TAGCAAGTCAAAAGACTACTATGCAAAGATTGGCAAGGCGTGGAAGCGTG GTTATCTTCTTTATGGTCCTCCAGGAACCGGTAAATCTAGCATGATTGCT GCTATGGCTAATTTCTTGAAGTATGACATCTATGATCTTGAGCTGACATC GGTTAAGGACAATACCGAGCTAAGAAAACTTCTAATAGACACTACAGGTA AATCTATTATTGTGATTGAAGACATTGATTGCTCCCTTGACCTTACAGGT CAACGAGAGACGAATAAGAAGAAGAAAGAAGAGGAGGATAAAGGAAAAAC TGAGGAAGATGCCGTCAAGGAGAAGATGAAAAAAGGAGGAGAGGTGAAAG AAAAGCAAAGTGAGGTAACTTTATCTGGACTTTTGAACTTCATTGATGGT CTATGGTCAGCTATTGGCGGTGAAAGGCTTATCGTCTTCACTACCAACTA TGTGGAAAAGCTTGATCCTGCTCTAATTAGGAGGGGGAGGATGGATAAAC ATATTGTCCTATCCTACTGTTGCTTTGAGTCATTCAAAGTTCTTGCACAT AACTATCTTGACGTCGTTGAATCTCATGTTCACTTTCCTGAGATTCGTCG TTTATTGGAGGAAACTAATATGACTCCTGCTGATATTGCTGAGAATTTGA TGCCTAAGTCTTCAAAGGAAAATGCAGACACTTGTTTGGAGAGATTGATT AAAGCTCTTGAAACTGCAAAAGAGGAAGCGAAACTGAAGGCTGAGGAAGA AGAGAAAGCAAAGGCGGCTGAGAAGGAGAAGGAAGAGAAAGATCGCGAGG AAAAGAAAGAAGTAACAGCTACTGAAGAAGCTAAGAATGCTGACGGTGTA AACGAAAAAAGATAATGGTGTTAAGGAAAATGGTGATGCTAGCAAAGATT GATGAACACACATATATGAAAGTGTACTTGGGGGTGTTTTAGCTTTATGT TTTCTACATTATTGGGTTTATTAGCTGAACTTGTAATAAGTTTATTTTAT GTCTTAGTGATGCTTGAATACACATAATTCTGCAAGTGGTTTTCATGTAG TTGGTGAAGGTTAATAAGAAGTTTTTTTATCATGG TC126924_ST GTAAAACCCTAGTCACTACATTACTGTTCCTTTGCCTTTATTTCAATTTC AATCCAAATTAGCAACTGATTGTAACATATTTCTGCAAAAGTTGTGAACT TTAAGCTCACAATTGAATCATGAAGAACCTGAAAAAGAAGAAAGCTTCAG CTCAAAACATCCAGAAGGGTAGTAAGAAGAGATTTTCAGTTGAAAGCGAC CCATTTTTCAATGAAGACAACGACTTGAAAAGGCGAAAGAGATTTGGAGA TGATGAAGATATTGAGAGCAGTGATGATTCAGAGGACATTTATGGGTCTG ATGATGAAGGAGTGGATAGGAATGAGAGGAAGGATGAAGAAGAGGAGGAG GAGGAGGAGACGGCAGCTGAGAAGAGAAAGAGGCTGGCGGAGACATTTTT GCATAGTATGAGGGAGTCGAAGAGGAAGGAAGAGGAAGAAAGAGAGAGTG GAGAGGAATATGATAGAGAGGAGAGGGAAGCAATGAGAGACTCATGGATG GTAGACATGTTGCAGAAGGAGCAGATGGAGGGCAGTGGTCGTTCCAGAAA AGCTATTGCTTCCAGGATTCAAAAGCCTACCGAGGGATTTCACCTTTTAG TGAAACATCGACAGTCTGTAACTGCTGTGACTTTATCTGATGATGACTTA AAGGGATTTTCATCTTCTAAAGATGGTACTATTGTTAGCTGGGACGTGGA CAGTGGAAAGACAGAAAAGTATGCATGGCCTACTGATGAAGCTTTGAAGT CACATGGTGCAAAGGAACCACAAGGTCGAGCAACAAAACATAGTAAGCAT GTTTTAGCTTTGGCTGTCAGCTCTGATGGACGCTATTTGGCAAGTGGAGG CTTGGACCGTCACATTCATTTGTGGGATGTCCGAACACGGCAGCATATTA AGGCATTCCCTGGTCATAAGGGACCTGTTTCATGTTTGACATTCAGACAA GGATCTTCTGAACTGTTTTCAGGGGTCGTTTGATCGATCCATCAAGATAT GGAATGTCGAAGATAGAGCTTATGTAAATACTTTATTTGGTCATCAAAGT GAAGTTCTAACCATTGATTCTTTGAGGAAAGAAAGGGTTTTGACAGTTGG ACGAGACCGAACCATGCACTTATGGAAGGTTCCAGAGGAATCTCAATTGA TATTTCGTGCTCCAGCAACTTCCCTTGAATGCTGTTGTTTCATCAATAAT GATGAGTTTCTATCTGGTTCTGATGATGGAAGTATTGAGCACTGGAACGT AACAAGGAAGAAGCCTGTCCACATTGTAAAAAATGCACATGCTTCATTGC AATCTGTGGGAATTGAACAGAGCAATGGGGCCCTATCAAATGGCCACATG GAAAATGGCACCCTTAATCCTCAGTGTCATTCCTCATCAGCACTCTCTTG GGTTAGTGCGCTGACAGTCTGCAGAAATAGTGATCTTGCAGCATCAGGAG CTGGCAACGGGTCCGTTCAACTGTGGACAATTGAAAATGAATCAAAAGGC ATCCGGCCATTGTTTGAGCTCCCAGTGGCTGGATTTATAAATTCCTTAGT TTTTTCAAAATCAGGACAGTTCTTGGTTGCTGCAGTAGGGCAGGAACCTC GCCTAGGAAGGTGGGGACGTATTGCTGATGTTCGAAATGGAGTTTTTGTG CATCCTTTGAAGCATTCGTGATATTGAGCTTGTTGCTCATTGTCCATTTT GGCTCATGCTAAAAGGAGGAATAGCCTTCTCTGTACTTTCTTGTGAGGTC AATATTTATTTTTATGTTGGCAAAAATTTTGATCTATCAATTTTGATATA TTTTTATTCTCTCTTTTCACATTTGTTCATATTGATTCAGCTACGTAATA GAGAAATACAGAACAATTTTAGTGTATTAATTGAAATTCCAATGACTTAA GTGAGTTTGAAGGGTTTTAC CO502860_ST GCTAAGTATAATTCTTTTATGAGCATGATAACAATTGAACCGAATCCAAT CTTATCAAAGACTCTGCTCCCCACCTTTTTATAGGGCTTCCTGGGTTCAA GATCATTGTTGGGGTTGTTTTCTTTTTGTTCCTAGATCCAAATTGTTGAA AATTCTCTTCGGGGTCGGTTCTTGATTCTGAAAAAATGGCTATGTTTTGG CGTATGGCTGGCCTCTCCACTGCTTCTCCAGTGGAGACAATTTTGGATAA GGAAAATTTTGCACTGGGATGAGCTCTTGGGACGAGGATGAAATAATTCA AGAATGTAAAGCTCTTAATGGACGCCTTATTAATTTTCTGCGAGAAAGAG CTCAAGTTGAACAACTTGTCAGGTACATAGTGGAAGAGGCTCCAGAAGAT GCTGAGAAGAAACGAACTTTTAAGTTTCCTTTTATTGCTTGTGAAATCTT TACATGCGAGGTGGACATAATTCTTAAAGGCTTTGGTTGAGAATGAGGAG GCTAATGAGCCTGCTATTCTCATTTTTTGGAACCTGGAGCACGGCAACAA TAGTATCTCTTGTTTGGCTGGTTACTTCAGCAAGGTTTGTCATATGCTTG TTGCTGCGGAAAGACATTCACGCATTTTATGAAACTATGTACACAACTCC ATCCAGATATTTTTCCAGAAGTTTGGTTGATACTCCATTTGGGATTACCC TCACATCCATGGATGTGGTTTAATACCGGCCTAAATTGGCGACCCCGATT GAAACCATTTTGGTCATTATCCAACCTTCCTTCGGGATTTCCCATGTGCC AGTTGGTTTCTGGAAAATCTGCCACATTTTCTTTGGGAACATATTCCTTC GGACCAACTTTTACTTCACATCCAAATTTT BQ113180_ST ATTATGGTAACTTTTTCTTCTATTTATCCACAGGTATACTACATCAAAGT AGCCCCTCTTCCAAAAGTATTACAAACTAGACCGACTCCATCTGTGCTTT TTGTCACAAATAGTCTAAAACATCAAAAAGTTCTTCTGCCTGTACTAAGA CTTTCTGTTTACACCAAAAATAATAAAGAGCTATACAATTCATCTTGAAA TTCTGCACATTGTTCTTCTTGCCCTCAAAACATCTTTGATTCCTTTCTTT CACACTGTCCACCATATACAAGCTGGGACAATCCTCCATCTCTCCTCCTA AT TC125948_ST CTTTAAAAGTGGCTCAAATTTTACTTGTTTGATTAGAATAACTTGGAGTA TGCATGCCCCCAAGGCCTAGCTCAAGTGGCAAAAGGTGGAGGATTTGTGA CTTAGGTCCCAGGTTCAAGCCCCACACCATGCAAAGCGAAGCCCGGTATT TAAGTGGAGAAGGGTAGAGGGGCGGGCCCATTATCCACCGAGTTTGGAAG GCTGTGATTGGTCCAAAGGGCGGGTCACAGACGGATTTCTCGGTTATC CV431342_ST GGCAAGCCAGATTGGGAGAGGGAGGAGAGAGGCGAGCGAGAGAGGGCAGA GAGTGGGAGAGAGGTGAATTGTATATGTATATAGGTTAGATAATTGTATA TTATACATATGCATTTGTATATATGGCGAGCGAGATTGGGAGAGGGAGGA GAGAGGCGAGCGAGATTGGGAGAGGGAGGAGAGAGGCGAGCGAGATTGGG AGAGGGAGGAGAGAGGCGAGCGATATTGAGAGAGGGAGGAGACAGGCGAG TGAGAGAGGGCAGAGAGTGGGAGAGAGGTGAATTATATATGTATATAGGT TAGATAATTGTATATTATACATATGTATTTGTATATTCTGGCGAATTATA CATATACAAACATGACAAATCTATACAAACTCAAAGTCAGCCTTCGTAAT TAATGTATTATGTTAGTCGTGAGTGGTATTATAGCAAACTATAACTGTGA TGAATAATTAAGTAGTATAAATTTGTTTAACCGCGTAATTTTTCCTTTTT TAATATAGATATAACGAAATAGTGATCAACTAATAATACGAGGGTTGGAG TACAAAACTGCAGCCTGTAATTAGTACTCCACTTTATTTTAAATTGTAAA AAACGTAGATTGTAAACGAGTAATGCTATGACTTTCTAGAACAAAGATCA GAAATCAATGACTCATCTATAGTACAGAAAATAATTGCAAAACCGTACGG ATAACCAA TC112330_ST TTTTGTTGCAAACATTAATATCTTGGTGTAATAATATGTGTACATTACAA AAATTGTAGAAGTTAATTCAAATATCTTGGTGTAATAACATGTGTACATT ACAAAAAACAGTGACCGACCCTTCGGGGTGGCCCAATGGTTTGGGCTTGG GACTTCTATGTTGGAGGTCTCAAGTTCGAAACCCCAAAGCAAAGGGTTTG CCTTCTGGGTCGAGCTCATCGCACCGGGCTTGCCTAGTGCAGGTTACCTC TCCTATGTGGTTTGCGAGCTATTGCATAGGAGTGGGGGTTTTACCCTGTG CGCACCCAAAGGGTAGCGGCTGCGGGTTTCCCTTGTCATC CK851918_ST GCACGAGGGACCAAAAAAGGTGCAAGTGGTACCCTTCGGGGTGGCCCATG TAGTTTGGGCTTGGGACTTCCACGATGGAGGTCTCAAGTTTGAAACCCCT TGCCAGCGAAAGCAAGGGGTTTGCCTTCTAGGTCGAGCTCGTCGCACCGG GCTTGCCTAGTGCGGGTTACCTCTCCTAGGTGGTTTGCGAGCTATTGCAT AGGAGCGGGGGTTTTACCTTGGTGCGCACCCAAAAGGGTAGCGGCTGCGG GTTTCCCTTGGTCATC BE922919_ST GGACTTGCCTATATGAGATTCAGGATGATAGTTAAAAACTTAAAATGTAT ATATAATGGAGTGTCAAAGAAATATCATACCTAGTTAAAAGTTGTAAAAG AATTTGAGCATGTGGTTATTTAGTCTGTATCTGCATAAAAAAAAAACCAT CACCCTTTGGGGTGGCCCAATGGTTTGGGCTTGGGACTTCCATGTTGGAA GTCTCAAGTTCGAAACCCCTTGCCAACAAACTCAATGGGTTGGCCTTCTG GGTCGAGCTCATTGCACCGGGCTTGCCTAGTGCGGGTTACCTCTCTTGTG TGGTTTGCGAGCTATTGCGTAAGAGCGGGGGTTTTACCC genesplicer genesplicer Genesplicer_2 genesplicer 5.052386

score 5.052386

SPLICE_SITE_TYPE donor

SEQUENCE GT

382 383 Genesplicer_6 genesplicer 4.687211

score 4.687211

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

566 567 Genesplicer_8 genesplicer 2.907458

score 2.907458

SPLICE_SITE_TYPE donor

SEQUENCE GT

746 747 Genesplicer_11 genesplicer 5.985642

score 5.985642

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

1171 1172 Genesplicer_17 genesplicer 3.698859

score 3.698859

SPLICE_SITE_TYPE donor

SEQUENCE GT

1940 1941 Genesplicer_18 genesplicer 11.616857

score 11.616857

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

2028 2029 Genesplicer_21 genesplicer 4.463984

score 4.463984

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

2393 2394 Genesplicer_23 genesplicer 5.697991

score 5.697991

SPLICE_SITE_TYPE donor

SEQUENCE GT

2696 2697 Genesplicer_25 genesplicer 5.659194

score 5.659194

SPLICE_SITE_TYPE donor

SEQUENCE GT

2965 2966 Genesplicer_28 genesplicer 2.850189

score 2.850189

SPLICE_SITE_TYPE donor

SEQUENCE GT

3207 3208 Genesplicer_29 genesplicer 7.25056

score 7.25056

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

3296 3297 Genesplicer_35 genesplicer 7.143851

score 7.143851

SPLICE_SITE_TYPE donor

SEQUENCE GT

3815 3816 Genesplicer_37 genesplicer 2.542024

score 2.542024

SPLICE_SITE_TYPE donor

SEQUENCE GT

4065 4066 Genesplicer_43 genesplicer 3.576266

score 3.576266

SPLICE_SITE_TYPE donor

SEQUENCE GT

4674 4675 Genesplicer_45 genesplicer 2.322874

score 2.322874

SPLICE_SITE_TYPE donor

SEQUENCE GT

4812 4813 Genesplicer_47 genesplicer 4.488852

score 4.488852

SPLICE_SITE_TYPE donor

SEQUENCE GT

5520 5521 Genesplicer_48 genesplicer 3.681245

score 3.681245

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

5569 5570 Genesplicer_49 genesplicer 6.924261

score 6.924261

SPLICE_SITE_TYPE donor

SEQUENCE GT

5647 5648 Genesplicer_50 genesplicer 4.179437

score 4.179437

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

5733 5734 Genesplicer_51 genesplicer 2.428154

score 2.428154

SPLICE_SITE_TYPE donor

SEQUENCE GT

5956 5957 Genesplicer_52 genesplicer 4.848338

score 4.848338

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

6124 6125 Genesplicer_53 genesplicer 5.677162

score 5.677162

SPLICE_SITE_TYPE donor

SEQUENCE GT

6432 6433 Genesplicer_54 genesplicer 6.869654

score 6.869654

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

6512 6513 Genesplicer_55 genesplicer 3.882977

score 3.882977

SPLICE_SITE_TYPE donor

SEQUENCE GT

6514 6515 Genesplicer_57 genesplicer 4.612631

score 4.612631

SPLICE_SITE_TYPE donor

SEQUENCE GT

6768 6769 Genesplicer_58 genesplicer 4.509539

score 4.509539

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

6963 6964 Genesplicer_61 genesplicer 6.326248

score 6.326248

SPLICE_SITE_TYPE donor

SEQUENCE GT

7527 7528 Genesplicer_62 genesplicer 8.659553

score 8.659553

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

7617 7618 Genesplicer_64 genesplicer 3.635058

score 3.635058

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

8559 8560 Genesplicer_66 genesplicer 4.529277

score 4.529277

SPLICE_SITE_TYPE donor

SEQUENCE GT

8728 8729 Genesplicer_69 genesplicer 5.000276

score 5.000276

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

9089 9090 Genesplicer_72 genesplicer 3.326409

score 3.326409

SPLICE_SITE_TYPE donor

SEQUENCE GT

9668 9669 Genesplicer_74 genesplicer 10.263924

score 10.263924

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

9791 9792 Genesplicer_75 genesplicer 9.284674

score 9.284674

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

9905 9906 Genesplicer_77 genesplicer 5.154178

score 5.154178

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

10006 10007 Genesplicer_78 genesplicer 6.824445

score 6.824445

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

10162 10163 Genesplicer_83 genesplicer 4.778863

score 4.778863

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

10808 10809 Genesplicer_85 genesplicer 4.030516

score 4.030516

SPLICE_SITE_TYPE donor

SEQUENCE GT

10962 10963 Genesplicer_87 genesplicer 7.292162

score 7.292162

SPLICE_SITE_TYPE donor

SEQUENCE GT

11314 11315 Genesplicer_88 genesplicer 3.832307

score 3.832307

SPLICE_SITE_TYPE donor

SEQUENCE GT

11477 11478 Genesplicer_95 genesplicer 2.710874

score 2.710874

SPLICE_SITE_TYPE donor

SEQUENCE GT

12453 12454 Genesplicer_97 genesplicer 3.886854

score 3.886854

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

12598 12599 Genesplicer_98 genesplicer 3.711033

score 3.711033

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

12829 12830 Genesplicer_99 genesplicer 4.076242

score 4.076242

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

13000 13001 Genesplicer_101 genesplicer 6.468013

score 6.468013

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

13138 13139 Genesplicer_105 genesplicer 4.805535

score 4.805535

SPLICE_SITE_TYPE donor

SEQUENCE GT

13615 13616 Genesplicer_107 genesplicer 6.658899

score 6.658899

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

13713 13714 Genesplicer_108 genesplicer 3.686831

score 3.686831

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

13805 13806 Genesplicer_109 genesplicer 5.717833

score 5.717833

SPLICE_SITE_TYPE donor

SEQUENCE GT

13807 13808 Genesplicer_114 genesplicer 5.047387

score 5.047387

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

15450 15451 Genesplicer_115 genesplicer 5.123483

score 5.123483

SPLICE_SITE_TYPE donor

SEQUENCE GT

15579 15580 Genesplicer_119 genesplicer 2.84061

score 2.84061

SPLICE_SITE_TYPE donor

SEQUENCE GT

16107 16108 Genesplicer_122 genesplicer 3.833683

score 3.833683

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

16691 16692 Genesplicer_132 genesplicer 5.553288

score 5.553288

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

18121 18122 Genesplicer_133 genesplicer 9.993451

score 9.993451

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

18242 18243 Genesplicer_141 genesplicer 4.871968

score 4.871968

SPLICE_SITE_TYPE donor

SEQUENCE GT

19143 19144 Genesplicer_145 genesplicer 3.637719

score 3.637719

SPLICE_SITE_TYPE donor

SEQUENCE GT

19530 19531 Genesplicer_150 genesplicer 15.414806

score 15.414806

SPLICE_SITE_TYPE donor

SEQUENCE GT

20453 20454 Genesplicer_151 genesplicer 15.413913

score 15.413913

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

20542 20543 Genesplicer_152 genesplicer 5.586022

score 5.586022

SPLICE_SITE_TYPE donor

SEQUENCE GT

20589 20590 Genesplicer_153 genesplicer 4.75585

score 4.75585

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

20829 20830 Genesplicer_155 genesplicer 6.20368

score 6.20368

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

21275 21276 Genesplicer_157 genesplicer 4.779646

score 4.779646

SPLICE_SITE_TYPE donor

SEQUENCE GT

21368 21369 Genesplicer_160 genesplicer 5.851982

score 5.851982

SPLICE_SITE_TYPE donor

SEQUENCE GT

21711 21712 Genesplicer_162 genesplicer 2.566663

score 2.566663

SPLICE_SITE_TYPE donor

SEQUENCE GT

21822 21823 Genesplicer_163 genesplicer 5.637049

score 5.637049

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

22037 22038 Genesplicer_164 genesplicer 7.535842

score 7.535842

SPLICE_SITE_TYPE donor

SEQUENCE GT

22074 22075 Genesplicer_166 genesplicer 12.883645

score 12.883645

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

22252 22253 Genesplicer_167 genesplicer 4.264616

score 4.264616

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

22369 22370 Genesplicer_168 genesplicer 4.882269

score 4.882269

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

22447 22448 Genesplicer_171 genesplicer 4.340072

score 4.340072

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

22713 22714 Genesplicer_172 genesplicer 3.875133

score 3.875133

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

23071 23072 Genesplicer_173 genesplicer 5.94977

score 5.94977

SPLICE_SITE_TYPE donor

SEQUENCE GT

23104 23105 Genesplicer_174 genesplicer 4.465549

score 4.465549

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

23185 23186 Genesplicer_175 genesplicer 10.438374

score 10.438374

SPLICE_SITE_TYPE donor

SEQUENCE GT

23292 23293 Genesplicer_176 genesplicer 17.3623

score 17.3623

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

23379 23380 Genesplicer_177 genesplicer 13.947231

score 13.947231

SPLICE_SITE_TYPE donor

SEQUENCE GT

23453 23454 Genesplicer_179 genesplicer 8.70201

score 8.70201

SPLICE_SITE_TYPE donor

SEQUENCE GT

23681 23682 Genesplicer_180 genesplicer 3.350268

score 3.350268

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

23841 23842 Genesplicer_181 genesplicer 12.132894

score 12.132894

SPLICE_SITE_TYPE donor

SEQUENCE GT

23924 23925 Genesplicer_182 genesplicer 15.007446

score 15.007446

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

24006 24007 Genesplicer_183 genesplicer 11.664542

score 11.664542

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

24140 24141 Genesplicer_184 genesplicer 4.860589

score 4.860589

SPLICE_SITE_TYPE donor

SEQUENCE GT

24204 24205 Genesplicer_185 genesplicer 5.697761

score 5.697761

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

24561 24562 Genesplicer_187 genesplicer 2.856577

score 2.856577

SPLICE_SITE_TYPE donor

SEQUENCE GT

24703 24704 Genesplicer_188 genesplicer 2.904468

score 2.904468

SPLICE_SITE_TYPE donor

SEQUENCE GT

24806 24807 Genesplicer_189 genesplicer 7.356749

score 7.356749

SPLICE_SITE_TYPE donor

SEQUENCE GT

24908 24909 Genesplicer_193 genesplicer 6.400141

score 6.400141

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

25412 25413 Genesplicer_194 genesplicer 4.086889

score 4.086889

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

25478 25479 Genesplicer_195 genesplicer 3.881659

score 3.881659

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

25719 25720 Genesplicer_196 genesplicer 6.347004

score 6.347004

SPLICE_SITE_TYPE donor

SEQUENCE GT

25779 25780 Genesplicer_200 genesplicer 3.509354

score 3.509354

SPLICE_SITE_TYPE donor

SEQUENCE GT

26927 26928 Genesplicer_201 genesplicer 3.98768

score 3.98768

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

26990 26991 Genesplicer_204 genesplicer 7.496917

score 7.496917

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

27632 27633 Genesplicer_206 genesplicer 7.01696

score 7.01696

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

27872 27873 Genesplicer_207 genesplicer 7.053443

score 7.053443

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

27975 27976 Genesplicer_209 genesplicer 4.957626

score 4.957626

SPLICE_SITE_TYPE donor

SEQUENCE GT

28307 28308 Genesplicer_210 genesplicer 5.313488

score 5.313488

SPLICE_SITE_TYPE donor

SEQUENCE GT

28425 28426 Genesplicer_213 genesplicer 3.893061

score 3.893061

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

28607 28608 Genesplicer_214 genesplicer 5.160588

score 5.160588

SPLICE_SITE_TYPE donor

SEQUENCE GT

28710 28711 Genesplicer_215 genesplicer 6.179574

score 6.179574

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

28814 28815 Genesplicer_216 genesplicer 6.632594

score 6.632594

SPLICE_SITE_TYPE donor

SEQUENCE GT

28900 28901 Genesplicer_218 genesplicer 4.761263

score 4.761263

SPLICE_SITE_TYPE donor

SEQUENCE GT

29019 29020 Genesplicer_219 genesplicer 10.856194

score 10.856194

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

29113 29114 Genesplicer_222 genesplicer 12.614674

score 12.614674

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

29490 29491 Genesplicer_224 genesplicer 5.235443

score 5.235443

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

29807 29808 Genesplicer_230 genesplicer 3.676029

score 3.676029

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

30328 30329 Genesplicer_235 genesplicer 2.25196

score 2.25196

SPLICE_SITE_TYPE donor

SEQUENCE GT

31076 31077 Genesplicer_240 genesplicer 3.189958

score 3.189958

SPLICE_SITE_TYPE donor

SEQUENCE GT

31642 31643 Genesplicer_241 genesplicer 6.488693

score 6.488693

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

31724 31725 Genesplicer_244 genesplicer 4.647719

score 4.647719

SPLICE_SITE_TYPE donor

SEQUENCE GT

32089 32090 Genesplicer_245 genesplicer 13.959498

score 13.959498

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

32138 32139 Genesplicer_246 genesplicer 5.985636

score 5.985636

SPLICE_SITE_TYPE donor

SEQUENCE GT

32546 32547 Genesplicer_247 genesplicer 5.077837

score 5.077837

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

32639 32640 Genesplicer_248 genesplicer 4.426141

score 4.426141

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

32874 32875 Genesplicer_249 genesplicer 4.575781

score 4.575781

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

33077 33078 Genesplicer_250 genesplicer 7.277523

score 7.277523

SPLICE_SITE_TYPE donor

SEQUENCE GT

33115 33116 Genesplicer_256 genesplicer 3.576198

score 3.576198

SPLICE_SITE_TYPE donor

SEQUENCE GT

34055 34056 Genesplicer_257 genesplicer 3.645891

score 3.645891

SPLICE_SITE_TYPE donor

SEQUENCE GT

34366 34367 Genesplicer_259 genesplicer 7.706158

score 7.706158

SPLICE_SITE_TYPE donor

SEQUENCE GT

35181 35182 Genesplicer_260 genesplicer 3.770662

score 3.770662

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

35284 35285 Genesplicer_262 genesplicer 5.488532

score 5.488532

SPLICE_SITE_TYPE donor

SEQUENCE GT

35725 35726 Genesplicer_263 genesplicer 6.85023

score 6.85023

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

35829 35830 Genesplicer_264 genesplicer 3.911084

score 3.911084

SPLICE_SITE_TYPE donor

SEQUENCE GT

35930 35931 Genesplicer_265 genesplicer 4.672203

score 4.672203

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

35941 35942 Genesplicer_266 genesplicer 8.715318

score 8.715318

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

36059 36060 Genesplicer_267 genesplicer 5.170398

score 5.170398

SPLICE_SITE_TYPE donor

SEQUENCE GT

36184 36185 Genesplicer_269 genesplicer 3.547164

score 3.547164

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

36284 36285 Genesplicer_270 genesplicer 3.488472

score 3.488472

SPLICE_SITE_TYPE donor

SEQUENCE GT

36336 36337 Genesplicer_272 genesplicer 12.666851

score 12.666851

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

36447 36448 Genesplicer_273 genesplicer 6.555561

score 6.555561

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

36560 36561 Genesplicer_274 genesplicer 2.377028

score 2.377028

SPLICE_SITE_TYPE donor

SEQUENCE GT

36629 36630 Genesplicer_275 genesplicer 3.788989

score 3.788989

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

36742 36743 Genesplicer_276 genesplicer 7.609532

score 7.609532

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

36911 36912 Genesplicer_278 genesplicer 5.673796

score 5.673796

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

37193 37194 Genesplicer_282 genesplicer 4.650474

score 4.650474

SPLICE_SITE_TYPE donor

SEQUENCE GT

37537 37538 Genesplicer_283 genesplicer 7.355628

score 7.355628

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

37656 37657 Genesplicer_284 genesplicer 7.376331

score 7.376331

SPLICE_SITE_TYPE donor

SEQUENCE GT

37833 37834 Genesplicer_285 genesplicer 4.700496

score 4.700496

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

37975 37976 Genesplicer_286 genesplicer 7.522843

score 7.522843

SPLICE_SITE_TYPE donor

SEQUENCE GT

38048 38049 Genesplicer_288 genesplicer 6.797775

score 6.797775

SPLICE_SITE_TYPE donor

SEQUENCE GT

38144 38145 Genesplicer_290 genesplicer 4.329424

score 4.329424

SPLICE_SITE_TYPE donor

SEQUENCE GT

38358 38359 Genesplicer_293 genesplicer 7.563687

score 7.563687

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

38926 38927 Genesplicer_294 genesplicer 3.775072

score 3.775072

SPLICE_SITE_TYPE donor

SEQUENCE GT

39067 39068 Genesplicer_295 genesplicer 6.3641

score 6.3641

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

39106 39107 Genesplicer_296 genesplicer 5.577801

score 5.577801

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

39249 39250 Genesplicer_297 genesplicer 5.277098

score 5.277098

SPLICE_SITE_TYPE donor

SEQUENCE GT

39267 39268 Genesplicer_298 genesplicer 6.729123

score 6.729123

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

39476 39477 Genesplicer_301 genesplicer 4.997314

score 4.997314

SPLICE_SITE_TYPE donor

SEQUENCE GT

39631 39632 Genesplicer_302 genesplicer 5.022872

score 5.022872

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

39748 39749 Genesplicer_303 genesplicer 6.972637

score 6.972637

SPLICE_SITE_TYPE donor

SEQUENCE GT

39765 39766 Genesplicer_304 genesplicer 6.356898

score 6.356898

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

39846 39847 Genesplicer_306 genesplicer 11.278026

score 11.278026

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

40053 40054 Genesplicer_308 genesplicer 4.774172

score 4.774172

SPLICE_SITE_TYPE donor

SEQUENCE GT

40232 40233 Genesplicer_309 genesplicer 4.478764

score 4.478764

SPLICE_SITE_TYPE donor

SEQUENCE GT

40314 40315 Genesplicer_310 genesplicer 3.049268

score 3.049268

SPLICE_SITE_TYPE donor

SEQUENCE GT

40375 40376 Genesplicer_311 genesplicer 9.176448

score 9.176448

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

40460 40461 Genesplicer_312 genesplicer 2.668783

score 2.668783

SPLICE_SITE_TYPE donor

SEQUENCE GT

40492 40493 Genesplicer_314 genesplicer 5.354597

score 5.354597

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

40771 40772 Genesplicer_317 genesplicer 6.26796

score 6.26796

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

41022 41023 Genesplicer_319 genesplicer 5.860867

score 5.860867

SPLICE_SITE_TYPE donor

SEQUENCE GT

41103 41104 Genesplicer_320 genesplicer 12.99957

score 12.99957

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

41264 41265 Genesplicer_321 genesplicer 8.848171

score 8.848171

SPLICE_SITE_TYPE donor

SEQUENCE GT

41380 41381 Genesplicer_322 genesplicer 7.921939

score 7.921939

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

41746 41747 Genesplicer_323 genesplicer 10.860246

score 10.860246

SPLICE_SITE_TYPE donor

SEQUENCE GT

41859 41860 Genesplicer_324 genesplicer 4.287264

score 4.287264

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

41964 41965 Genesplicer_326 genesplicer 5.217068

score 5.217068

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

42118 42119 Genesplicer_328 genesplicer 6.563696

score 6.563696

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

42203 42204 Genesplicer_329 genesplicer 4.125355

score 4.125355

SPLICE_SITE_TYPE donor

SEQUENCE GT

42300 42301 Genesplicer_330 genesplicer 2.635385

score 2.635385

SPLICE_SITE_TYPE donor

SEQUENCE GT

42435 42436 Genesplicer_331 genesplicer 7.224736

score 7.224736

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

42594 42595 Genesplicer_332 genesplicer 6.658617

score 6.658617

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

42732 42733 Genesplicer_334 genesplicer 4.46104

score 4.46104

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

43011 43012 Genesplicer_337 genesplicer 5.178635

score 5.178635

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

43237 43238 Genesplicer_338 genesplicer 3.923775

score 3.923775

SPLICE_SITE_TYPE donor

SEQUENCE GT

43352 43353 Genesplicer_339 genesplicer 7.184855

score 7.184855

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

43399 43400 Genesplicer_341 genesplicer 5.924678

score 5.924678

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

43520 43521 Genesplicer_342 genesplicer 8.551508

score 8.551508

SPLICE_SITE_TYPE donor

SEQUENCE GT

43669 43670 Genesplicer_345 genesplicer 2.472672

score 2.472672

SPLICE_SITE_TYPE donor

SEQUENCE GT

43878 43879 Genesplicer_347 genesplicer 6.752006

score 6.752006

SPLICE_SITE_TYPE donor

SEQUENCE GT

44109 44110 Genesplicer_348 genesplicer 4.475275

score 4.475275

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

44179 44180 Genesplicer_351 genesplicer 17.113636

score 17.113636

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

44668 44669 Genesplicer_352 genesplicer 13.326891

score 13.326891

SPLICE_SITE_TYPE donor

SEQUENCE GT

44748 44749 Genesplicer_353 genesplicer 7.717152

score 7.717152

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

44839 44840 Genesplicer_354 genesplicer 10.184559

score 10.184559

SPLICE_SITE_TYPE donor

SEQUENCE GT

44913 44914 Genesplicer_355 genesplicer 6.425455

score 6.425455

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

45017 45018 Genesplicer_357 genesplicer 4.884554

score 4.884554

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

45238 45239 Genesplicer_359 genesplicer 2.995392

score 2.995392

SPLICE_SITE_TYPE donor

SEQUENCE GT

45480 45481 Genesplicer_360 genesplicer 3.728095

score 3.728095

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

45522 45523 Genesplicer_361 genesplicer 3.388274

score 3.388274

SPLICE_SITE_TYPE donor

SEQUENCE GT

45707 45708 Genesplicer_362 genesplicer 3.099409

score 3.099409

SPLICE_SITE_TYPE donor

SEQUENCE GT

45784 45785 Genesplicer_363 genesplicer 5.360697

score 5.360697

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

45839 45840 Genesplicer_367 genesplicer 4.181466

score 4.181466

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

46097 46098 Genesplicer_368 genesplicer 5.754536

score 5.754536

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

46249 46250 Genesplicer_369 genesplicer 4.011744

score 4.011744

SPLICE_SITE_TYPE donor

SEQUENCE GT

46335 46336 Genesplicer_370 genesplicer 8.125524

score 8.125524

SPLICE_SITE_TYPE donor

SEQUENCE GT

46511 46512 Genesplicer_371 genesplicer 5.291215

score 5.291215

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

46541 46542 Genesplicer_372 genesplicer 6.319181

score 6.319181

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

46617 46618 Genesplicer_375 genesplicer 5.057906

score 5.057906

SPLICE_SITE_TYPE donor

SEQUENCE GT

46840 46841 Genesplicer_376 genesplicer 6.636766

score 6.636766

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

46917 46918 Genesplicer_377 genesplicer 5.889199

score 5.889199

SPLICE_SITE_TYPE donor

SEQUENCE GT

46919 46920 Genesplicer_379 genesplicer 3.618897

score 3.618897

SPLICE_SITE_TYPE donor

SEQUENCE GT

47037 47038 Genesplicer_380 genesplicer 4.46024

score 4.46024

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

47090 47091 Genesplicer_381 genesplicer 6.639431

score 6.639431

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

47151 47152 Genesplicer_383 genesplicer 7.992697

score 7.992697

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

47302 47303 Genesplicer_385 genesplicer 10.988345

score 10.988345

SPLICE_SITE_TYPE donor

SEQUENCE GT

47428 47429 Genesplicer_386 genesplicer 14.800563

score 14.800563

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

47502 47503 Genesplicer_387 genesplicer 3.359744

score 3.359744

SPLICE_SITE_TYPE donor

SEQUENCE GT

47661 47662 Genesplicer_389 genesplicer 8.499722

score 8.499722

SPLICE_SITE_TYPE donor

SEQUENCE GT

47927 47928 Genesplicer_390 genesplicer 2.279237

score 2.279237

SPLICE_SITE_TYPE donor

SEQUENCE GT

47997 47998 Genesplicer_391 genesplicer 7.205167

score 7.205167

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

48057 48058 Genesplicer_393 genesplicer 5.015257

score 5.015257

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

48198 48199 Genesplicer_394 genesplicer 3.655984

score 3.655984

SPLICE_SITE_TYPE donor

SEQUENCE GT

48506 48507 Genesplicer_395 genesplicer 4.000106

score 4.000106

SPLICE_SITE_TYPE donor

SEQUENCE GT

48627 48628 Genesplicer_396 genesplicer 4.358473

score 4.358473

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

48666 48667 Genesplicer_398 genesplicer 9.494546

score 9.494546

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

48795 48796 Genesplicer_401 genesplicer 3.941663

score 3.941663

SPLICE_SITE_TYPE donor

SEQUENCE GT

49178 49179 Genesplicer_403 genesplicer 7.538197

score 7.538197

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

49288 49289 Genesplicer_407 genesplicer 8.783015

score 8.783015

SPLICE_SITE_TYPE donor

SEQUENCE GT

49583 49584 Genesplicer_408 genesplicer 3.534078

score 3.534078

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

49640 49641 Genesplicer_410 genesplicer 4.641774

score 4.641774

SPLICE_SITE_TYPE donor

SEQUENCE GT

49899 49900 Genesplicer_411 genesplicer 5.233649

score 5.233649

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

50202 50203 Genesplicer_412 genesplicer 7.695458

score 7.695458

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

50352 50353 Genesplicer_413 genesplicer 4.459764

score 4.459764

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

50480 50481 Genesplicer_422 genesplicer 2.760776

score 2.760776

SPLICE_SITE_TYPE donor

SEQUENCE GT

51167 51168 Genesplicer_423 genesplicer 9.970771

score 9.970771

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

51279 51280 Genesplicer_425 genesplicer 5.642727

score 5.642727

SPLICE_SITE_TYPE donor

SEQUENCE GT

51529 51530 Genesplicer_426 genesplicer 11.4704

score 11.4704

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

51570 51571 Genesplicer_427 genesplicer 3.505569

score 3.505569

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

51799 51800 Genesplicer_428 genesplicer 8.025129

score 8.025129

SPLICE_SITE_TYPE donor

SEQUENCE GT

52006 52007 Genesplicer_429 genesplicer 12.843538

score 12.843538

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

52092 52093 Genesplicer_430 genesplicer 14.953617

score 14.953617

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

52166 52167 Genesplicer_431 genesplicer 9.065495

score 9.065495

SPLICE_SITE_TYPE donor

SEQUENCE GT

52249 52250 Genesplicer_432 genesplicer 5.234876

score 5.234876

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

52414 52415 Genesplicer_433 genesplicer 6.039837

score 6.039837

SPLICE_SITE_TYPE donor

SEQUENCE GT

52462 52463 Genesplicer_434 genesplicer 9.78146

score 9.78146

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

52553 52554 Genesplicer_435 genesplicer 2.440797

score 2.440797

SPLICE_SITE_TYPE donor

SEQUENCE GT

52625 52626 Genesplicer_437 genesplicer 2.550366

score 2.550366

SPLICE_SITE_TYPE donor

SEQUENCE GT

53131 53132 Genesplicer_438 genesplicer 5.965629

score 5.965629

SPLICE_SITE_TYPE donor

SEQUENCE GT

53246 53247 Genesplicer_440 genesplicer 8.923551

score 8.923551

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

53458 53459 Genesplicer_441 genesplicer 6.6182

score 6.6182

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

53528 53529 Genesplicer_442 genesplicer 7.529658

score 7.529658

SPLICE_SITE_TYPE donor

SEQUENCE GT

53606 53607 Genesplicer_443 genesplicer 7.16683

score 7.16683

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

53964 53965 Genesplicer_445 genesplicer 3.771368

score 3.771368

SPLICE_SITE_TYPE donor

SEQUENCE GT

54225 54226 Genesplicer_446 genesplicer 6.210331

score 6.210331

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

54343 54344 Genesplicer_448 genesplicer 4.927203

score 4.927203

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

54450 54451 Genesplicer_449 genesplicer 4.723625

score 4.723625

SPLICE_SITE_TYPE donor

SEQUENCE GT

54819 54820 Genesplicer_450 genesplicer 8.34197

score 8.34197

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

54902 54903 Genesplicer_451 genesplicer 3.222245

score 3.222245

SPLICE_SITE_TYPE donor

SEQUENCE GT

54994 54995 Genesplicer_454 genesplicer 4.663972

score 4.663972

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

55453 55454 Genesplicer_455 genesplicer 11.901518

score 11.901518

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

55557 55558 Genesplicer_456 genesplicer 7.353261

score 7.353261

SPLICE_SITE_TYPE donor

SEQUENCE GT

55631 55632 Genesplicer_457 genesplicer 5.011635

score 5.011635

SPLICE_SITE_TYPE donor

SEQUENCE GT

55765 55766 Genesplicer_459 genesplicer 4.42596

score 4.42596

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

55862 55863 Genesplicer_460 genesplicer 9.445791

score 9.445791

SPLICE_SITE_TYPE donor

SEQUENCE GT

55942 55943 Genesplicer_461 genesplicer 9.112019

score 9.112019

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

56035 56036 Genesplicer_462 genesplicer 9.680033

score 9.680033

SPLICE_SITE_TYPE donor

SEQUENCE GT

56115 56116 Genesplicer_463 genesplicer 5.689837

score 5.689837

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

56197 56198 Genesplicer_464 genesplicer 9.863482

score 9.863482

SPLICE_SITE_TYPE donor

SEQUENCE GT

56679 56680 Genesplicer_465 genesplicer 11.469787

score 11.469787

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

56778 56779 Genesplicer_467 genesplicer 5.128437

score 5.128437

SPLICE_SITE_TYPE donor

SEQUENCE GT

57005 57006 Genesplicer_469 genesplicer 5.747893

score 5.747893

SPLICE_SITE_TYPE donor

SEQUENCE GT

57217 57218 Genesplicer_470 genesplicer 7.612895

score 7.612895

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

57338 57339 Genesplicer_471 genesplicer 10.387562

score 10.387562

SPLICE_SITE_TYPE donor

SEQUENCE GT

57502 57503 Genesplicer_472 genesplicer 2.438911

score 2.438911

SPLICE_SITE_TYPE donor

SEQUENCE GT

57684 57685 Genesplicer_474 genesplicer 2.513583

score 2.513583

SPLICE_SITE_TYPE donor

SEQUENCE GT

57924 57925 Genesplicer_475 genesplicer 10.512979

score 10.512979

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

57971 57972 Genesplicer_477 genesplicer 8.14745

score 8.14745

SPLICE_SITE_TYPE donor

SEQUENCE GT

58342 58343 Genesplicer_478 genesplicer 5.511531

score 5.511531

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

58417 58418 Genesplicer_479 genesplicer 4.646243

score 4.646243

SPLICE_SITE_TYPE donor

SEQUENCE GT

58488 58489 Genesplicer_480 genesplicer 4.90823

score 4.90823

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

58583 58584 Genesplicer_481 genesplicer 2.732905

score 2.732905

SPLICE_SITE_TYPE donor

SEQUENCE GT

58585 58586 Genesplicer_482 genesplicer 5.821487

score 5.821487

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

58646 58647 Genesplicer_483 genesplicer 3.463536

score 3.463536

SPLICE_SITE_TYPE donor

SEQUENCE GT

58714 58715 Genesplicer_485 genesplicer 9.003946

score 9.003946

SPLICE_SITE_TYPE donor

SEQUENCE GT

58887 58888 Genesplicer_487 genesplicer 12.567859

score 12.567859

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

59024 59025 Genesplicer_488 genesplicer 7.38111

score 7.38111

SPLICE_SITE_TYPE donor

SEQUENCE GT

59732 59733 Genesplicer_489 genesplicer 9.328779

score 9.328779

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

59836 59837 Genesplicer_490 genesplicer 11.439394

score 11.439394

SPLICE_SITE_TYPE donor

SEQUENCE GT

59942 59943 Genesplicer_492 genesplicer 8.914712

score 8.914712

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

60113 60114 Genesplicer_493 genesplicer 2.768112

score 2.768112

SPLICE_SITE_TYPE donor

SEQUENCE GT

60120 60121 Genesplicer_494 genesplicer 7.68524

score 7.68524

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

60433 60434 Genesplicer_495 genesplicer 8.193473

score 8.193473

SPLICE_SITE_TYPE donor

SEQUENCE GT

60636 60637 Genesplicer_496 genesplicer 4.66123

score 4.66123

SPLICE_SITE_TYPE donor

SEQUENCE GT

60973 60974 Genesplicer_497 genesplicer 8.629063

score 8.629063

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

61011 61012 Genesplicer_498 genesplicer 9.178016

score 9.178016

SPLICE_SITE_TYPE donor

SEQUENCE GT

61372 61373 Genesplicer_499 genesplicer 4.504727

score 4.504727

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

61452 61453 Genesplicer_501 genesplicer 7.9969

score 7.9969

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

61718 61719 Genesplicer_510 genesplicer 10.044143

score 10.044143

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

62856 62857 Genesplicer_515 genesplicer 3.261308

score 3.261308

SPLICE_SITE_TYPE donor

SEQUENCE GT

63456 63457 Genesplicer_516 genesplicer 9.940945

score 9.940945

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

63562 63563 Genesplicer_518 genesplicer 8.143398

score 8.143398

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

63822 63823 Genesplicer_524 genesplicer 2.451525

score 2.451525

SPLICE_SITE_TYPE donor

SEQUENCE GT

64573 64574 Genesplicer_527 genesplicer 6.582931

score 6.582931

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

64979 64980 Genesplicer_532 genesplicer 3.751912

score 3.751912

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

65704 65705 Genesplicer_533 genesplicer 4.64735

score 4.64735

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

65982 65983 Genesplicer_534 genesplicer 5.749972

score 5.749972

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

66173 66174 Genesplicer_536 genesplicer 9.393391

score 9.393391

SPLICE_SITE_TYPE donor

SEQUENCE GT

66375 66376 Genesplicer_537 genesplicer 6.801509

score 6.801509

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

66618 66619 Genesplicer_539 genesplicer 3.837697

score 3.837697

SPLICE_SITE_TYPE donor

SEQUENCE GT

66900 66901 Genesplicer_550 genesplicer 3.621516

score 3.621516

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

69014 69015 Genesplicer_553 genesplicer 2.9116

score 2.9116

SPLICE_SITE_TYPE donor

SEQUENCE GT

69289 69290 Genesplicer_557 genesplicer 2.428089

score 2.428089

SPLICE_SITE_TYPE donor

SEQUENCE GT

70177 70178 Genesplicer_558 genesplicer 5.48188

score 5.48188

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

70272 70273 Genesplicer_560 genesplicer 3.331652

score 3.331652

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

70470 70471 Genesplicer_565 genesplicer 9.14235

score 9.14235

SPLICE_SITE_TYPE donor

SEQUENCE GT

71448 71449 Genesplicer_567 genesplicer 7.924886

score 7.924886

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

71518 71519 Genesplicer_570 genesplicer 4.535965

score 4.535965

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

71853 71854 Genesplicer_571 genesplicer 5.992004

score 5.992004

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

72042 72043 Genesplicer_573 genesplicer 5.131704

score 5.131704

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

72421 72422 Genesplicer_574 genesplicer 4.264897

score 4.264897

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

72559 72560 Genesplicer_575 genesplicer 2.635794

score 2.635794

SPLICE_SITE_TYPE donor

SEQUENCE GT

72606 72607 Genesplicer_576 genesplicer 5.861428

score 5.861428

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

72671 72672 Genesplicer_577 genesplicer 10.792936

score 10.792936

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

72889 72890 Genesplicer_579 genesplicer 8.319338

score 8.319338

SPLICE_SITE_TYPE donor

SEQUENCE GT

73022 73023 Genesplicer_581 genesplicer 7.4414

score 7.4414

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

73158 73159 Genesplicer_586 genesplicer 4.563232

score 4.563232

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

73687 73688 Genesplicer_587 genesplicer 8.233688

score 8.233688

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

73929 73930 Genesplicer_592 genesplicer 2.883483

score 2.883483

SPLICE_SITE_TYPE donor

SEQUENCE GT

74507 74508 Genesplicer_593 genesplicer 3.929689

score 3.929689

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

74538 74539 Genesplicer_606 genesplicer 3.47805

score 3.47805

SPLICE_SITE_TYPE donor

SEQUENCE GT

76605 76606 Genesplicer_607 genesplicer 9.590898

score 9.590898

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

76749 76750 Genesplicer_609 genesplicer 2.988404

score 2.988404

SPLICE_SITE_TYPE donor

SEQUENCE GT

76951 76952 Genesplicer_611 genesplicer 5.036281

score 5.036281

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

77034 77035 Genesplicer_612 genesplicer 8.480834

score 8.480834

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

77288 77289 Genesplicer_616 genesplicer 2.797736

score 2.797736

SPLICE_SITE_TYPE donor

SEQUENCE GT

77538 77539 Genesplicer_617 genesplicer 3.810433

score 3.810433

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

77629 77630 Genesplicer_618 genesplicer 9.155047

score 9.155047

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

78160 78161 Genesplicer_621 genesplicer 4.671022

score 4.671022

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

78741 78742 Genesplicer_622 genesplicer 2.800338

score 2.800338

SPLICE_SITE_TYPE donor

SEQUENCE GT

78949 78950 Genesplicer_623 genesplicer 7.698284

score 7.698284

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

79026 79027 Genesplicer_624 genesplicer 3.900273

score 3.900273

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

79655 79656 Genesplicer_625 genesplicer 7.099028

score 7.099028

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

79794 79795 Genesplicer_626 genesplicer 4.374418

score 4.374418

SPLICE_SITE_TYPE donor

SEQUENCE GT

80343 80344 Genesplicer_627 genesplicer 3.904325

score 3.904325

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

80518 80519 Genesplicer_628 genesplicer 4.853028

score 4.853028

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

80662 80663 Genesplicer_629 genesplicer 6.742839

score 6.742839

SPLICE_SITE_TYPE donor

SEQUENCE GT

80861 80862 Genesplicer_630 genesplicer 4.266495

score 4.266495

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

80931 80932 Genesplicer_631 genesplicer 8.75485

score 8.75485

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

80994 80995 Genesplicer_633 genesplicer 4.311974

score 4.311974

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

81171 81172 Genesplicer_634 genesplicer 3.073625

score 3.073625

SPLICE_SITE_TYPE donor

SEQUENCE GT

81248 81249 Genesplicer_638 genesplicer 6.816522

score 6.816522

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

81784 81785 Genesplicer_640 genesplicer 3.897504

score 3.897504

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

81865 81866 Genesplicer_641 genesplicer 7.810105

score 7.810105

SPLICE_SITE_TYPE donor

SEQUENCE GT

81886 81887 Genesplicer_642 genesplicer 3.494574

score 3.494574

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

82030 82031 Genesplicer_644 genesplicer 11.791977

score 11.791977

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

82168 82169 Genesplicer_645 genesplicer 2.309638

score 2.309638

SPLICE_SITE_TYPE donor

SEQUENCE GT

82235 82236 Genesplicer_646 genesplicer 4.666462

score 4.666462

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

82460 82461 Genesplicer_647 genesplicer 2.851949

score 2.851949

SPLICE_SITE_TYPE donor

SEQUENCE GT

82819 82820 Genesplicer_650 genesplicer 8.637477

score 8.637477

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

83301 83302 Genesplicer_651 genesplicer 8.016352

score 8.016352

SPLICE_SITE_TYPE donor

SEQUENCE GT

83343 83344 Genesplicer_652 genesplicer 6.509621

score 6.509621

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

83429 83430 Genesplicer_654 genesplicer 7.374614

score 7.374614

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

83839 83840 Genesplicer_655 genesplicer 7.321926

score 7.321926

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

83919 83920 Genesplicer_656 genesplicer 10.442151

score 10.442151

SPLICE_SITE_TYPE donor

SEQUENCE GT

84074 84075 Genesplicer_657 genesplicer 7.20527

score 7.20527

SPLICE_SITE_TYPE donor

SEQUENCE GT

84634 84635 Genesplicer_658 genesplicer 5.938336

score 5.938336

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

84661 84662 Genesplicer_660 genesplicer 4.81866

score 4.81866

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

84786 84787 Genesplicer_661 genesplicer 6.757374

score 6.757374

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

84862 84863 Genesplicer_664 genesplicer 6.263174

score 6.263174

SPLICE_SITE_TYPE donor

SEQUENCE GT

85073 85074 Genesplicer_665 genesplicer 11.02391

score 11.02391

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

85161 85162 Genesplicer_666 genesplicer 5.490525

score 5.490525

SPLICE_SITE_TYPE donor

SEQUENCE GT

85428 85429 Genesplicer_667 genesplicer 3.380138

score 3.380138

SPLICE_SITE_TYPE donor

SEQUENCE GT

85619 85620 Genesplicer_668 genesplicer 8.801854

score 8.801854

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

85695 85696 Genesplicer_669 genesplicer 8.296232

score 8.296232

SPLICE_SITE_TYPE donor

SEQUENCE GT

85721 85722 Genesplicer_670 genesplicer 11.130185

score 11.130185

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

85813 85814 Genesplicer_671 genesplicer 9.854329

score 9.854329

SPLICE_SITE_TYPE donor

SEQUENCE GT

85984 85985 Genesplicer_672 genesplicer 6.533805

score 6.533805

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

86044 86045 Genesplicer_676 genesplicer 5.843414

score 5.843414

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

86753 86754 Genesplicer_677 genesplicer 7.493194

score 7.493194

SPLICE_SITE_TYPE donor

SEQUENCE GT

87028 87029 Genesplicer_682 genesplicer 3.357079

score 3.357079

SPLICE_SITE_TYPE donor

SEQUENCE GT

87657 87658 Genesplicer_685 genesplicer 5.789117

score 5.789117

SPLICE_SITE_TYPE donor

SEQUENCE GT

88055 88056 Genesplicer_688 genesplicer 7.287469

score 7.287469

SPLICE_SITE_TYPE donor

SEQUENCE GT

88249 88250 Genesplicer_689 genesplicer 5.000367

score 5.000367

SPLICE_SITE_TYPE donor

SEQUENCE GT

88485 88486 Genesplicer_691 genesplicer 7.140028

score 7.140028

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

88607 88608 Genesplicer_692 genesplicer 8.971736

score 8.971736

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

88721 88722 Genesplicer_693 genesplicer 10.314182

score 10.314182

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

88812 88813 Genesplicer_694 genesplicer 4.174789

score 4.174789

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

88977 88978 Genesplicer_695 genesplicer 4.424997

score 4.424997

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

89221 89222 Genesplicer_698 genesplicer 8.090499

score 8.090499

SPLICE_SITE_TYPE donor

SEQUENCE GT

89736 89737 Genesplicer_699 genesplicer 4.291584

score 4.291584

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

89867 89868 Genesplicer_700 genesplicer 4.58158

score 4.58158

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

89999 90000 Genesplicer_701 genesplicer 6.546199

score 6.546199

SPLICE_SITE_TYPE donor

SEQUENCE GT

90013 90014 Genesplicer_703 genesplicer 12.973429

score 12.973429

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

90141 90142 Genesplicer_704 genesplicer 2.475356

score 2.475356

SPLICE_SITE_TYPE donor

SEQUENCE GT

90413 90414 Genesplicer_705 genesplicer 6.161935

score 6.161935

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

90493 90494 Genesplicer_707 genesplicer 3.733399

score 3.733399

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

90604 90605 Genesplicer_708 genesplicer 3.579407

score 3.579407

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

90742 90743 Genesplicer_709 genesplicer 7.283443

score 7.283443

SPLICE_SITE_TYPE donor

SEQUENCE GT

90943 90944 Genesplicer_711 genesplicer 7.480357

score 7.480357

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

91229 91230 Genesplicer_713 genesplicer 3.301102

score 3.301102

SPLICE_SITE_TYPE donor

SEQUENCE GT

91456 91457 Genesplicer_715 genesplicer 9.703334

score 9.703334

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

92075 92076 Genesplicer_716 genesplicer 5.116442

score 5.116442

SPLICE_SITE_TYPE donor

SEQUENCE GT

92441 92442 Genesplicer_718 genesplicer 5.071058

score 5.071058

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

93043 93044 Genesplicer_719 genesplicer 6.158857

score 6.158857

SPLICE_SITE_TYPE donor

SEQUENCE GT

93146 93147 Genesplicer_720 genesplicer 9.710831

score 9.710831

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

93238 93239 Genesplicer_721 genesplicer 15.476006

score 15.476006

SPLICE_SITE_TYPE donor

SEQUENCE GT

93522 93523 Genesplicer_722 genesplicer 10.733183

score 10.733183

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

93660 93661 Genesplicer_723 genesplicer 6.899579

score 6.899579

SPLICE_SITE_TYPE donor

SEQUENCE GT

93838 93839 Genesplicer_724 genesplicer 3.371165

score 3.371165

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

93930 93931 Genesplicer_725 genesplicer 4.49739

score 4.49739

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

94117 94118 Genesplicer_729 genesplicer 6.0377

score 6.0377

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

94609 94610 Genesplicer_734 genesplicer 2.748474

score 2.748474

SPLICE_SITE_TYPE donor

SEQUENCE GT

95243 95244 Genesplicer_736 genesplicer 2.781017

score 2.781017

SPLICE_SITE_TYPE donor

SEQUENCE GT

95416 95417 Genesplicer_737 genesplicer 10.8465

score 10.8465

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

95566 95567 Genesplicer_738 genesplicer 2.380266

score 2.380266

SPLICE_SITE_TYPE donor

SEQUENCE GT

95796 95797 Genesplicer_739 genesplicer 3.648533

score 3.648533

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

95946 95947 Genesplicer_740 genesplicer 5.907785

score 5.907785

SPLICE_SITE_TYPE donor

SEQUENCE GT

96140 96141 Genesplicer_742 genesplicer 14.007107

score 14.007107

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

96449 96450 Genesplicer_743 genesplicer 5.022976

score 5.022976

SPLICE_SITE_TYPE donor

SEQUENCE GT

96517 96518 Genesplicer_744 genesplicer 5.161495

score 5.161495

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

96997 96998 Genesplicer_745 genesplicer 4.476455

score 4.476455

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

97160 97161 Genesplicer_748 genesplicer 7.655683

score 7.655683

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

97443 97444 Genesplicer_749 genesplicer 6.857534

score 6.857534

SPLICE_SITE_TYPE donor

SEQUENCE GT

97599 97600 Genesplicer_750 genesplicer 7.640205

score 7.640205

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

97675 97676 Genesplicer_753 genesplicer 9.812105

score 9.812105

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

97977 97978 Genesplicer_755 genesplicer 4.07939

score 4.07939

SPLICE_SITE_TYPE donor

SEQUENCE GT

98128 98129 Genesplicer_756 genesplicer 2.513304

score 2.513304

SPLICE_SITE_TYPE donor

SEQUENCE GT

98269 98270 Genesplicer_759 genesplicer 3.434809

score 3.434809

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

98461 98462 Genesplicer_760 genesplicer 8.546856

score 8.546856

SPLICE_SITE_TYPE donor

SEQUENCE GT

98561 98562 Genesplicer_761 genesplicer 8.345671

score 8.345671

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

98616 98617 Genesplicer_763 genesplicer 4.094807

score 4.094807

SPLICE_SITE_TYPE donor

SEQUENCE GT

99005 99006 Genesplicer_765 genesplicer 5.114699

score 5.114699

SPLICE_SITE_TYPE donor

SEQUENCE GT

99123 99124 Genesplicer_766 genesplicer 4.560432

score 4.560432

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

99345 99346 Genesplicer_767 genesplicer 11.049542

score 11.049542

SPLICE_SITE_TYPE donor

SEQUENCE GT

99623 99624 Genesplicer_768 genesplicer 2.467887

score 2.467887

SPLICE_SITE_TYPE donor

SEQUENCE GT

99741 99742 Genesplicer_769 genesplicer 5.184156

score 5.184156

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

99753 99754 Genesplicer_770 genesplicer 10.815923

score 10.815923

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

99821 99822 Genesplicer_771 genesplicer 7.054161

score 7.054161

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

99887 99888 Genesplicer_772 genesplicer 6.225321

score 6.225321

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

99964 99965 Genesplicer_774 genesplicer 4.317958

score 4.317958

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

100101 100102 Genesplicer_776 genesplicer 2.647364

score 2.647364

SPLICE_SITE_TYPE donor

SEQUENCE GT

100410 100411 Genesplicer_778 genesplicer 4.949673

score 4.949673

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

101038 101039 Genesplicer_779 genesplicer 3.990811

score 3.990811

SPLICE_SITE_TYPE donor

SEQUENCE GT

101954 101955 Genesplicer_781 genesplicer 8.018979

score 8.018979

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

102135 102136 Genesplicer_784 genesplicer 2.275864

score 2.275864

SPLICE_SITE_TYPE donor

SEQUENCE GT

102619 102620 Genesplicer_786 genesplicer 11.544564

score 11.544564

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

103001 103002 Genesplicer_787 genesplicer 6.496409

score 6.496409

SPLICE_SITE_TYPE donor

SEQUENCE GT

103107 103108 Genesplicer_789 genesplicer 2.506338

score 2.506338

SPLICE_SITE_TYPE donor

SEQUENCE GT

103237 103238 Genesplicer_790 genesplicer 4.978755

score 4.978755

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

103259 103260 Genesplicer_791 genesplicer 4.221897

score 4.221897

SPLICE_SITE_TYPE donor

SEQUENCE GT

103400 103401 Genesplicer_792 genesplicer 5.625419

score 5.625419

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

103411 103412 Genesplicer_793 genesplicer 14.800459

score 14.800459

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

103498 103499 Genesplicer_794 genesplicer 4.337005

score 4.337005

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

103751 103752 Genesplicer_797 genesplicer 3.181617

score 3.181617

SPLICE_SITE_TYPE donor

SEQUENCE GT

104188 104189 Genesplicer_799 genesplicer 3.669628

score 3.669628

SPLICE_SITE_TYPE donor

SEQUENCE GT

104333 104334 Genesplicer_800 genesplicer 8.167819

score 8.167819

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

104385 104386 Genesplicer_801 genesplicer 5.527333

score 5.527333

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

104475 104476 Genesplicer_803 genesplicer 6.072993

score 6.072993

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

104705 104706 Genesplicer_804 genesplicer 11.251096

score 11.251096

SPLICE_SITE_TYPE donor

SEQUENCE GT

104783 104784 Genesplicer_805 genesplicer 9.923418

score 9.923418

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

104887 104888 Genesplicer_806 genesplicer 8.581872

score 8.581872

SPLICE_SITE_TYPE donor

SEQUENCE GT

104964 104965 Genesplicer_807 genesplicer 3.611237

score 3.611237

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

105054 105055 Genesplicer_808 genesplicer 4.054064

score 4.054064

SPLICE_SITE_TYPE donor

SEQUENCE GT

105365 105366 Genesplicer_809 genesplicer 7.610474

score 7.610474

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

105400 105401 Genesplicer_810 genesplicer 8.077174

score 8.077174

SPLICE_SITE_TYPE donor

SEQUENCE GT

105495 105496 Genesplicer_811 genesplicer 7.851897

score 7.851897

SPLICE_SITE_TYPE donor

SEQUENCE GT

105742 105743 Genesplicer_812 genesplicer 10.299976

score 10.299976

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

105913 105914 Genesplicer_813 genesplicer 6.68278

score 6.68278

SPLICE_SITE_TYPE donor

SEQUENCE GT

105975 105976 Genesplicer_814 genesplicer 3.395535

score 3.395535

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

106057 106058 Genesplicer_815 genesplicer 8.215811

score 8.215811

SPLICE_SITE_TYPE donor

SEQUENCE GT

106176 106177 Genesplicer_817 genesplicer 7.771843

score 7.771843

SPLICE_SITE_TYPE donor

SEQUENCE GT

106384 106385 Genesplicer_818 genesplicer 13.088312

score 13.088312

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

106546 106547 Genesplicer_819 genesplicer 3.069108

score 3.069108

SPLICE_SITE_TYPE donor

SEQUENCE GT

106643 106644 Genesplicer_820 genesplicer 8.126559

score 8.126559

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

106758 106759 Genesplicer_821 genesplicer 2.675219

score 2.675219

SPLICE_SITE_TYPE donor

SEQUENCE GT

106963 106964 Genesplicer_823 genesplicer 4.9048

score 4.9048

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

107311 107312 Genesplicer_829 genesplicer 6.633891

score 6.633891

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

108029 108030 Genesplicer_830 genesplicer 9.28819

score 9.28819

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

108204 108205 Genesplicer_833 genesplicer 8.219297

score 8.219297

SPLICE_SITE_TYPE donor

SEQUENCE GT

108545 108546 Genesplicer_834 genesplicer 7.119609

score 7.119609

SPLICE_SITE_TYPE donor

SEQUENCE GT

108713 108714 Genesplicer_836 genesplicer 13.779292

score 13.779292

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

108807 108808 Genesplicer_837 genesplicer 4.845917

score 4.845917

SPLICE_SITE_TYPE donor

SEQUENCE GT

108907 108908 Genesplicer_838 genesplicer 4.050765

score 4.050765

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

109215 109216 Genesplicer_840 genesplicer 3.874929

score 3.874929

SPLICE_SITE_TYPE donor

SEQUENCE GT

109286 109287 Genesplicer_841 genesplicer 4.544412

score 4.544412

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

109464 109465 Genesplicer_842 genesplicer 3.310202

score 3.310202

SPLICE_SITE_TYPE donor

SEQUENCE GT

109727 109728 Genesplicer_843 genesplicer 5.029244

score 5.029244

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

110146 110147 Genesplicer_848 genesplicer 3.875187

score 3.875187

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

110947 110948 Genesplicer_849 genesplicer 5.385849

score 5.385849

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

111141 111142 Genesplicer_850 genesplicer 8.441619

score 8.441619

SPLICE_SITE_TYPE donor

SEQUENCE GT

111247 111248 Genesplicer_851 genesplicer 8.442326

score 8.442326

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

111358 111359 Genesplicer_852 genesplicer 12.762353

score 12.762353

SPLICE_SITE_TYPE donor

SEQUENCE GT

111526 111527 Genesplicer_854 genesplicer 12.641414

score 12.641414

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

111633 111634 Genesplicer_855 genesplicer 4.979691

score 4.979691

SPLICE_SITE_TYPE donor

SEQUENCE GT

111758 111759 Genesplicer_856 genesplicer 5.941272

score 5.941272

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

111840 111841 Genesplicer_857 genesplicer 5.439901

score 5.439901

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

112276 112277 Genesplicer_858 genesplicer 4.102392

score 4.102392

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

112342 112343 Genesplicer_859 genesplicer 7.517057

score 7.517057

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

112407 112408 Genesplicer_860 genesplicer 7.139689

score 7.139689

SPLICE_SITE_TYPE donor

SEQUENCE GT

112551 112552 Genesplicer_861 genesplicer 3.578064

score 3.578064

SPLICE_SITE_TYPE donor

SEQUENCE GT

112668 112669 Genesplicer_862 genesplicer 4.872999

score 4.872999

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

112927 112928 Genesplicer_863 genesplicer 6.980908

score 6.980908

SPLICE_SITE_TYPE donor

SEQUENCE GT

113094 113095 Genesplicer_864 genesplicer 5.160201

score 5.160201

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

113118 113119 Genesplicer_865 genesplicer 6.853568

score 6.853568

SPLICE_SITE_TYPE donor

SEQUENCE GT

113235 113236 Genesplicer_866 genesplicer 7.067794

score 7.067794

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

113342 113343 Genesplicer_867 genesplicer 7.173673

score 7.173673

SPLICE_SITE_TYPE donor

SEQUENCE GT

113519 113520 Genesplicer_870 genesplicer 4.93188

score 4.93188

SPLICE_SITE_TYPE donor

SEQUENCE GT

113897 113898 Genesplicer_871 genesplicer 7.667379

score 7.667379

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

113983 113984 Genesplicer_872 genesplicer 9.526433

score 9.526433

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

114162 114163 Genesplicer_873 genesplicer 3.40511

score 3.40511

SPLICE_SITE_TYPE donor

SEQUENCE GT

114247 114248 Genesplicer_874 genesplicer 12.470759

score 12.470759

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

114301 114302 Genesplicer_876 genesplicer 6.807186

score 6.807186

SPLICE_SITE_TYPE donor

SEQUENCE GT

114585 114586 Genesplicer_880 genesplicer 10.830775

score 10.830775

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

115077 115078 Genesplicer_885 genesplicer 4.332759

score 4.332759

SPLICE_SITE_TYPE donor

SEQUENCE GT

115868 115869 Genesplicer_886 genesplicer 9.555001

score 9.555001

SPLICE_SITE_TYPE donor

SEQUENCE GT

115945 115946 Genesplicer_887 genesplicer 7.168205

score 7.168205

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

116040 116041 Genesplicer_888 genesplicer 5.620284

score 5.620284

SPLICE_SITE_TYPE donor

SEQUENCE GT

116184 116185 Genesplicer_889 genesplicer 5.892937

score 5.892937

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

116495 116496 Genesplicer_893 genesplicer 5.314119

score 5.314119

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

117097 117098 Genesplicer_894 genesplicer 5.592339

score 5.592339

SPLICE_SITE_TYPE donor

SEQUENCE GT

117129 117130 Genesplicer_895 genesplicer 3.402968

score 3.402968

SPLICE_SITE_TYPE donor

SEQUENCE GT

117330 117331 Genesplicer_896 genesplicer 4.654024

score 4.654024

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

117714 117715 Genesplicer_898 genesplicer 4.088163

score 4.088163

SPLICE_SITE_TYPE donor

SEQUENCE GT

117846 117847 Genesplicer_900 genesplicer 5.109252

score 5.109252

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

117939 117940 Genesplicer_901 genesplicer 4.551882

score 4.551882

SPLICE_SITE_TYPE donor

SEQUENCE GT

117970 117971 Genesplicer_902 genesplicer 3.676193

score 3.676193

SPLICE_SITE_TYPE donor

SEQUENCE GT

118048 118049 RepeatMasker repeat_lib_v4.2.lib 12127 RepeatMasker:repeat_lib_v4.2.lib 639.0

score 639.0

Repeat_Length 3585.0

ident 67.3

Match_Length 417.0

Genomic_Match_Length 414.0

Match_Range 124-541

Repeat_Class LINE

4466 4880 12127 RepeatMasker:repeat_lib_v4.2.lib 252.0

score 252.0

Repeat_Length 3585.0

ident 65.0

Match_Length 715.0

Genomic_Match_Length 717.0

Match_Range 1084-1799

Repeat_Class LINE

5387 6104 Contig1412 RepeatMasker:repeat_lib_v4.2.lib 256.0

score 256.0

Repeat_Length 232.0

ident 88.6

Match_Length 43.0

Genomic_Match_Length 43.0

Match_Range 4-47

Repeat_Class Unknown

11287 11330 Contig365 RepeatMasker:repeat_lib_v4.2.lib 225.0

score 225.0

Repeat_Length 502.0

ident 76.7

Match_Length 123.0

Genomic_Match_Length 121.0

Match_Range 149-272

Repeat_Class Unknown

13218 13339 Contig1212 RepeatMasker:repeat_lib_v4.2.lib 878.0

score 878.0

Repeat_Length 485.0

ident 93.2

Match_Length 148.0

Genomic_Match_Length 133.0

Match_Range 1-149

Repeat_Class DNA/Mutator

21592 21725 hind_R=6150 RepeatMasker:repeat_lib_v4.2.lib 248.0

score 248.0

Repeat_Length 415.0

ident 87.7

Match_Length 56.0

Genomic_Match_Length 59.0

Match_Range 356-412

Repeat_Class Unknown

28486 28545 Contig494 RepeatMasker:repeat_lib_v4.2.lib 597.0

score 597.0

Repeat_Length 926.0

ident 76.1

Match_Length 133.0

Genomic_Match_Length 134.0

Match_Range 526-659

Repeat_Class Unknown/repeat

28593 28727 Contig1080 RepeatMasker:repeat_lib_v4.2.lib 448.0

score 448.0

Repeat_Length 409.0

ident 80.5

Match_Length 127.0

Genomic_Match_Length 129.0

Match_Range 1-128

Repeat_Class Unknown

30045 30174 17091 RepeatMasker:repeat_lib_v4.2.lib 227.0

score 227.0

Repeat_Length 11776.0

ident 71.6

Match_Length 74.0

Genomic_Match_Length 76.0

Match_Range 11057-11131

Repeat_Class LTR/Gypsy

40523 40599 Contig1268 RepeatMasker:repeat_lib_v4.2.lib 475.0

score 475.0

Repeat_Length 113.0

ident 76.4

Match_Length 111.0

Genomic_Match_Length 105.0

Match_Range 2-113

Repeat_Class Unknown

44311 44416 15732 RepeatMasker:repeat_lib_v4.2.lib 722.0

score 722.0

Repeat_Length 189.0

ident 80.8

Match_Length 158.0

Genomic_Match_Length 160.0

Match_Range 1-159

Repeat_Class SINE

45954 46114 9890 RepeatMasker:repeat_lib_v4.2.lib 233.0

score 233.0

Repeat_Length 2160.0

ident 90.8

Match_Length 76.0

Genomic_Match_Length 80.0

Match_Range 1307-1383

Repeat_Class DNA

47966 48046 15417 RepeatMasker:repeat_lib_v4.2.lib 254.0

score 254.0

Repeat_Length 9988.0

ident 93.1

Match_Length 61.0

Genomic_Match_Length 57.0

Match_Range 6315-6376

Repeat_Class LTR

47996 48053 Contig598 RepeatMasker:repeat_lib_v4.2.lib 244.0

score 244.0

Repeat_Length 1378.0

ident 81.0

Match_Length 60.0

Genomic_Match_Length 57.0

Match_Range 625-685

Repeat_Class Unknown/repeat

53951 54008 Contig598 RepeatMasker:repeat_lib_v4.2.lib 494.0

score 494.0

Repeat_Length 1378.0

ident 74.6

Match_Length 320.0

Genomic_Match_Length 347.0

Match_Range 569-889

Repeat_Class Unknown/repeat

54460 54807 Contig1836 RepeatMasker:repeat_lib_v4.2.lib 374.0

score 374.0

Repeat_Length 289.0

ident 80.6

Match_Length 103.0

Genomic_Match_Length 97.0

Match_Range 172-275

Repeat_Class Unknown

71558 71655 Contig125 RepeatMasker:repeat_lib_v4.2.lib 365.0

score 365.0

Repeat_Length 2420.0

ident 90.6

Match_Length 77.0

Genomic_Match_Length 63.0

Match_Range 97-174

Repeat_Class Unknown

75723 75786 12216 RepeatMasker:repeat_lib_v4.2.lib 238.0

score 238.0

Repeat_Length 1663.0

ident 77.8

Match_Length 86.0

Genomic_Match_Length 81.0

Match_Range 1577-1663

Repeat_Class DNA/En-Spm

76637 76718 Contig1152 RepeatMasker:repeat_lib_v4.2.lib 298.0

score 298.0

Repeat_Length 6254.0

ident 73.2

Match_Length 157.0

Genomic_Match_Length 153.0

Match_Range 3628-3785

Repeat_Class Unknown/repeat

77897 78050 Contig448 RepeatMasker:repeat_lib_v4.2.lib 298.0

score 298.0

Repeat_Length 305.0

ident 72.1

Match_Length 175.0

Genomic_Match_Length 169.0

Match_Range 36-211

Repeat_Class Unknown

77992 78161 Contig2367 RepeatMasker:repeat_lib_v4.2.lib 574.0

score 574.0

Repeat_Length 171.0

ident 90.2

Match_Length 82.0

Genomic_Match_Length 81.0

Match_Range 89-171

Repeat_Class Unknown/repeat

79424 79505 Contig728 RepeatMasker:repeat_lib_v4.2.lib 1163.0

score 1163.0

Repeat_Length 450.0

ident 76.0

Match_Length 337.0

Genomic_Match_Length 334.0

Match_Range 1-338

Repeat_Class Unknown

79554 79888 Contig55 RepeatMasker:repeat_lib_v4.2.lib 1731.0

score 1731.0

Repeat_Length 290.0

ident 86.9

Match_Length 288.0

Genomic_Match_Length 282.0

Match_Range 2-290

Repeat_Class Unknown

79964 80246 Contig233 RepeatMasker:repeat_lib_v4.2.lib 2182.0

score 2182.0

Repeat_Length 597.0

ident 80.4

Match_Length 596.0

Genomic_Match_Length 583.0

Match_Range 1-597

Repeat_Class Unknown

80280 80863 Contig89 RepeatMasker:repeat_lib_v4.2.lib 1359.0

score 1359.0

Repeat_Length 7063.0

ident 76.9

Match_Length 696.0

Genomic_Match_Length 681.0

Match_Range 2263-2959

Repeat_Class LTR/Unknown

82001 82682 Contig1202 RepeatMasker:repeat_lib_v4.2.lib 828.0

score 828.0

Repeat_Length 244.0

ident 79.9

Match_Length 173.0

Genomic_Match_Length 174.0

Match_Range 1-174

Repeat_Class Unknown/repeat

85365 85539 Contig2349 RepeatMasker:repeat_lib_v4.2.lib 1993.0

score 1993.0

Repeat_Length 386.0

ident 88.5

Match_Length 363.0

Genomic_Match_Length 672.0

Match_Range 1-364

Repeat_Class Unknown/repeat

87639 88311 Contig1212 RepeatMasker:repeat_lib_v4.2.lib 1753.0

score 1753.0

Repeat_Length 485.0

ident 93.3

Match_Length 242.0

Genomic_Match_Length 251.0

Match_Range 1-243

Repeat_Class DNA/Mutator

103935 104186 17067 RepeatMasker:repeat_lib_v4.2.lib 429.0

score 429.0

Repeat_Length 15624.0

ident 83.7

Match_Length 107.0

Genomic_Match_Length 102.0

Match_Range 6942-7049

Repeat_Class LTR

109182 109284 Contig1454 RepeatMasker:repeat_lib_v4.2.lib 361.0

score 361.0

Repeat_Length 600.0

ident 80.0

Match_Length 74.0

Genomic_Match_Length 74.0

Match_Range 1-75

Repeat_Class Unknown

115368 115442 Contig746 RepeatMasker:repeat_lib_v4.2.lib 259.0

score 259.0

Repeat_Length 452.0

ident 73.1

Match_Length 149.0

Genomic_Match_Length 142.0

Match_Range 300-449

Repeat_Class Unknown

117634 117776 Contig746 RepeatMasker:repeat_lib_v4.2.lib 259.0

score 259.0

Repeat_Length 452.0

ident 73.1

Match_Length 149.0

Genomic_Match_Length 142.0

Match_Range 300-449

Repeat_Class Unknown

117634 117776 genomethreader Solanaceae_sgn_all.Unmasked OA:genomethreader_1:C02HBa0155C04.1 U294871 0.931

score 0.931

13827 14393 1 567 OA:genomethreader_1:C02HBa0155C04.1 20255 24863 U224177 0.919

score 0.919

20255 20452 1 190 U224177 1.0

score 1.0

20544 20588 191 235 U224177 0.971

score 0.971

22039 22073 236 270 U224177 0.961

score 0.961

22254 22304 271 321 U224177 0.971

score 0.971

23187 23291 322 426 U224177 1.0

score 1.0

23381 23452 427 498 U224177 1.0

score 1.0

23609 23680 499 570 U224177 0.988

score 0.988

23843 23923 571 651 U224177 0.972

score 0.972

24008 24043 652 687 U224177 0.952

score 0.952

24142 24203 688 749 U224177 0.983

score 0.983

24563 24863 750 1050 OA:genomethreader_1:C02HBa0155C04.1 U298454 0.937

score 0.937

24877 25732 1 858 OA:genomethreader_1:C02HBa0155C04.1 32692 33608 U208856 0.548

score 0.548

32692 32722 1 31 U208856 0.729

score 0.729

32907 33608 32 731 OA:genomethreader_1:C02HBa0155C04.1 40078 45402 U271291 0.928

score 0.928

40078 40313 1 226 U271291 0.924

score 0.924

41024 41102 227 305 U271291 1.0

score 1.0

41266 41379 306 419 U271291 1.0

score 1.0

41748 41858 420 530 U271291 0.982

score 0.982

43239 43351 531 643 U271291 0.962

score 0.962

44670 44747 644 721 U271291 1.0

score 1.0

44841 44912 722 793 U271291 0.922

score 0.922

45019 45402 794 1172 OA:genomethreader_1:C02HBa0155C04.1 43235 45536 U223984 0.991

score 0.991

43235 43351 1 117 U223984 1.0

score 1.0

44670 44747 118 195 U223984 1.0

score 1.0

44841 44912 196 267 U223984 0.994

score 0.994

45019 45536 268 786 OA:genomethreader_1:C02HBa0155C04.1 46295 47749 U277658 0.958

score 0.958

46295 46510 1 216 U277658 0.927

score 0.927

47304 47427 217 340 U277658 0.911

score 0.911

47504 47749 341 584 OA:genomethreader_1:C02HBa0155C04.1 U224597 0.996

score 0.996

69255 69936 1 683 OA:genomethreader_1:C02HBa0155C04.1 U235538 0.836

score 0.836

87640 88023 17 384 OA:genomethreader_1:C02HBa0155C04.1 89172 97760 U270563 0.972

score 0.972

89172 89735 1 564 U270563 0.958

score 0.958

90606 90942 565 901 U270563 0.982

score 0.982

91231 91455 902 1127 U270563 0.996

score 0.996

93299 93521 1128 1350 U270563 0.966

score 0.966

93662 93837 1351 1526 U270563 1.0

score 1.0

96451 96516 1527 1592 U270563 0.858

score 0.858

97445 97760 1593 1923 OA:genomethreader_1:C02HBa0155C04.1 95552 107978 U287174 0.847

score 0.847

95552 95740 1 189 U287174 0.667

score 0.667

98224 98229 190 195 U287174 0.636

score 0.636

98882 98914 196 227 U287174 0.667

score 0.667

105441 105446 228 231 U287174 0.542

score 0.542

106514 106561 232 275 U287174 0.973

score 0.973

107906 107978 276 348 OA:genomethreader_1:C02HBa0155C04.1 99420 104919 U295472 0.97

score 0.97

99420 99622 26 230 U295472 0.952

score 0.952

103003 103106 231 336 U295472 0.977

score 0.977

104477 104563 337 423 U295472 0.961

score 0.961

104707 104782 424 500 U295472 0.806

score 0.806

104889 104919 501 533 genomethreader Solanaceae_sgn_all OA:genomethreader_1:C02HBa0155C04.1 U294871 0.931

score 0.931

13827 14393 1 567 OA:genomethreader_1:C02HBa0155C04.1 20255 24863 U224177 0.919

score 0.919

20255 20452 1 190 U224177 1.0

score 1.0

20544 20588 191 235 U224177 0.971

score 0.971

22039 22073 236 270 U224177 0.961

score 0.961

22254 22304 271 321 U224177 0.971

score 0.971

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score 0.991

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score 1.0

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score 1.0

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score 0.994

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score 1.0

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score 1.0

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score 0.995

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score 0.994

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score 0.991

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score 0.96

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score 0.981

115520 116183 83 734 SGN-E728361 1.0

score 1.0

117099 117128 735 764 genomethreader Tomato_200607.seq.Unmasked OA:genomethreader_1:C02HBa0155C04.1 20255 23450 SGN-E365634 0.914

score 0.914

20255 20452 1 190 SGN-E365634 1.0

score 1.0

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score 1.0

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score 1.0

23381 23450 427 496 OA:genomethreader_1:C02HBa0155C04.1 20387 24043 SGN-E339532 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 0.89

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45019 45342 813 1135 OA:genomethreader_1:C02HBa0155C04.1 40078 44904 SGN-E546059 0.881

score 0.881

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score 0.991

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45068 45400 1 333 OA:genomethreader_1:C02HBa0155C04.1 59476 61220 SGN-E729956 1.0

score 1.0

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score 0.994

69282 69937 1 657 OA:genomethreader_1:C02HBa0155C04.1 SGN-E389689 0.991

score 0.991

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score 0.836

87640 88024 17 385 OA:genomethreader_1:C02HBa0155C04.1 SGN-E209785 0.713

score 0.713

95531 95795 207 478 OA:genomethreader_1:C02HBa0155C04.1 SGN-E220828 0.885

score 0.885

95543 95795 1 246 OA:genomethreader_1:C02HBa0155C04.1 115157 117128 SGN-E728361 0.976

score 0.976

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117099 117128 735 764 genomethreader Tomato_200607_build_1.seq OA:genomethreader_1:C02HBa0155C04.1 20255 24863 SGN-U326668 0.919

score 0.919

20255 20452 1 190 SGN-U326668 1.0

score 1.0

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24563 24863 750 1050 OA:genomethreader_1:C02HBa0155C04.1 40078 45536 SGN-U320010 0.89

score 0.89

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score 1.0

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score 1.0

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61013 61613 622 1221 OA:genomethreader_1:C02HBa0155C04.1 115161 117128 SGN-U346821 1.0

score 1.0

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117099 117128 803 832 genomethreader Tomato_200607_build_1.seq.Unmasked OA:genomethreader_1:C02HBa0155C04.1 20255 24863 SGN-U326668 0.919

score 0.919

20255 20452 1 190 SGN-U326668 1.0

score 1.0

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24563 24863 750 1050 OA:genomethreader_1:C02HBa0155C04.1 40078 45536 SGN-U320010 0.89

score 0.89

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45019 45536 813 1331 OA:genomethreader_1:C02HBa0155C04.1 59476 61613 SGN-U343919 1.0

score 1.0

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score 1.0

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61013 61613 622 1221 OA:genomethreader_1:C02HBa0155C04.1 115161 117128 SGN-U346821 1.0

score 1.0

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score 1.0

117099 117128 803 832 genomethreader LGI.100604_SL.Unmasked OA:genomethreader_1:C02HBa0155C04.1 20275 24853 TC139904_SL 0.921

score 0.921

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score 1.0

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24563 24853 738 1029 OA:genomethreader_1:C02HBa0155C04.1 40078 45471 TC137378_SL 0.89

score 0.89

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score 1.0

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45019 45471 813 1264 OA:genomethreader_1:C02HBa0155C04.1 40117 44877 TZXDG67TF_SL 0.995

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score 0.794

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score 0.823

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95560 95795 1 229 genomethreader LGI.100604_SL OA:genomethreader_1:C02HBa0155C04.1 20275 24853 TC139904_SL 0.921

score 0.921

20275 20452 1 178 TC139904_SL 1.0

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score 0.89

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score 0.995

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score 1.0

44841 44877 693 729 genomethreader S.lycopersicum_ESTs_GenBank.tfa.Unmasked OA:genomethreader_1:C02HBa0155C04.1 20385 24042 BG134412.1 0.985

score 0.985

20385 20452 1 68 BG134412.1 1.0

score 1.0

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23609 23680 377 448 BG134412.1 0.988

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score 0.971

24008 24042 530 564 OA:genomethreader_1:C02HBa0155C04.1 20391 24680 BG127435.1 0.984

score 0.984

20391 20452 1 62 BG127435.1 1.0

score 1.0

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23187 23291 194 298 BG127435.1 1.0

score 1.0

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score 1.0

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24563 24680 622 739 OA:genomethreader_1:C02HBa0155C04.1 23283 24853 BI204956.1 1.0

score 1.0

23283 23291 1 9 BI204956.1 1.0

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score 0.976

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43239 43351 308 420 BP880175.1 1.0

score 1.0

44670 44737 421 488 OA:genomethreader_1:C02HBa0155C04.1 41027 44732 BP876687.1 1.0

score 1.0

41027 41102 1 76 BP876687.1 1.0

score 1.0

41266 41379 77 190 BP876687.1 1.0

score 1.0

41748 41858 191 301 BP876687.1 1.0

score 1.0

43239 43351 302 414 BP876687.1 1.0

score 1.0

44670 44732 415 477 OA:genomethreader_1:C02HBa0155C04.1 41028 44737 BP892696.1 1.0

score 1.0

41028 41102 1 75 BP892696.1 1.0

score 1.0

41266 41379 76 189 BP892696.1 1.0

score 1.0

41748 41858 190 300 BP892696.1 1.0

score 1.0

43239 43351 301 413 BP892696.1 1.0

score 1.0

44670 44737 414 481 OA:genomethreader_1:C02HBa0155C04.1 41079 41379 BP878520.1 1.0

score 1.0

41079 41102 1 24 BP878520.1 0.991

score 0.991

41266 41379 25 138 OA:genomethreader_1:C02HBa0155C04.1 43239 45191 AW622419.1 1.0

score 1.0

43239 43351 7 119 AW622419.1 1.0

score 1.0

44670 44747 120 197 AW622419.1 1.0

score 1.0

44841 44912 198 269 AW622419.1 0.983

score 0.983

45019 45191 270 442 OA:genomethreader_1:C02HBa0155C04.1 43273 45288 AI773752.1 1.0

score 1.0

43273 43351 1 79 AI773752.1 1.0

score 1.0

44670 44747 80 157 AI773752.1 1.0

score 1.0

44841 44912 158 229 AI773752.1 0.996

score 0.996

45019 45288 230 499 OA:genomethreader_1:C02HBa0155C04.1 43300 45471 BI206715.1 1.0

score 1.0

43300 43351 1 52 BI206715.1 1.0

score 1.0

44670 44747 53 130 BI206715.1 1.0

score 1.0

44841 44912 131 202 BI206715.1 0.998

score 0.998

45019 45471 203 655 OA:genomethreader_1:C02HBa0155C04.1 BG627784.1 0.993

score 0.993

45109 45400 1 292 OA:genomethreader_1:C02HBa0155C04.1 48003 48248 BW689058.1 0.797

score 0.797

48003 48071 66 131 BW689058.1 0.602

score 0.602

48151 48248 132 228 OA:genomethreader_1:C02HBa0155C04.1 59481 60559 BP900368.1 1.0

score 1.0

59481 59731 1 251 BP900368.1 1.0

score 1.0

59838 59941 252 355 BP900368.1 1.0

score 1.0

60435 60559 356 480 OA:genomethreader_1:C02HBa0155C04.1 BG628384.1 0.882

score 0.882

95542 95795 1 247 OA:genomethreader_1:C02HBa0155C04.1 115169 115932 BP898773.1 1.0

score 1.0

115169 115239 1 71 BP898773.1 0.971

score 0.971

115521 115932 72 471 genomethreader MicroTom_UNIGENE26_edit.fa.Unmasked OA:genomethreader_1:C02HBa0155C04.1 20385 24853 Contig8170 0.985

score 0.985

20385 20452 1 68 Contig8170 1.0

score 1.0

20544 20588 69 113 Contig8170 0.971

score 0.971

22039 22073 114 148 Contig8170 0.961

score 0.961

22254 22304 149 199 Contig8170 0.971

score 0.971

23187 23291 200 304 Contig8170 1.0

score 1.0

23381 23452 305 376 Contig8170 1.0

score 1.0

23609 23680 377 448 Contig8170 0.988

score 0.988

23843 23923 449 529 Contig8170 0.972

score 0.972

24008 24043 530 565 Contig8170 0.952

score 0.952

24142 24203 566 627 Contig8170 1.0

score 1.0

24563 24853 628 918 OA:genomethreader_1:C02HBa0155C04.1 40245 45471 Contig13941 0.971

score 0.971

40245 40313 1 69 Contig13941 1.0

score 1.0

41024 41102 70 148 Contig13941 1.0

score 1.0

41266 41379 149 262 Contig13941 1.0

score 1.0

41748 41858 263 373 Contig13941 1.0

score 1.0

43239 43351 374 486 Contig13941 1.0

score 1.0

44670 44747 487 564 Contig13941 1.0

score 1.0

44841 44912 565 636 Contig13941 0.998

score 0.998

45019 45471 637 1089 OA:genomethreader_1:C02HBa0155C04.1 59481 60559 Singlet788 1.0

score 1.0

59481 59731 1 251 Singlet788 1.0

score 1.0

59838 59941 252 355 Singlet788 1.0

score 1.0

60435 60559 356 480 OA:genomethreader_1:C02HBa0155C04.1 115169 115932 Singlet683 1.0

score 1.0

115169 115239 1 71 Singlet683 0.971

score 0.971

115521 115932 72 471 genomethreader TOBACCOS_NT_NB.Unmasked OA:genomethreader_1:C02HBa0155C04.1 23421 24658 TC2633_NT 0.969

score 0.969

23421 23452 1 32 TC2633_NT 0.986

score 0.986

23609 23680 33 104 TC2633_NT 0.846

score 0.846

23843 24043 105 311 TC2633_NT 0.935

score 0.935

24142 24203 312 373 TC2633_NT 0.802

score 0.802

24563 24658 374 463 OA:genomethreader_1:C02HBa0155C04.1 CK298825_NB 0.847

score 0.847

33165 34028 1 849 OA:genomethreader_1:C02HBa0155C04.1 34900 35609 CK298824_NB 0.853

score 0.853

34900 35456 1 561 CK298824_NB 0.747

score 0.747

35523 35609 562 632 OA:genomethreader_1:C02HBa0155C04.1 CV018396_NT 0.797

score 0.797

45019 45190 34 204 OA:genomethreader_1:C02HBa0155C04.1 CK298303_NB 0.893

score 0.893

47997 48052 125 179 genomethreader TOBACCOS_NT_NB OA:genomethreader_1:C02HBa0155C04.1 23421 24658 TC2633_NT 0.969

score 0.969

23421 23452 1 32 TC2633_NT 0.986

score 0.986

23609 23680 33 104 TC2633_NT 0.846

score 0.846

23843 24043 105 311 TC2633_NT 0.935

score 0.935

24142 24203 312 373 TC2633_NT 0.802

score 0.802

24563 24658 374 463 OA:genomethreader_1:C02HBa0155C04.1 CK298825_NB 0.847

score 0.847

33165 34028 1 849 OA:genomethreader_1:C02HBa0155C04.1 34900 35609 CK298824_NB 0.853

score 0.853

34900 35456 1 561 CK298824_NB 0.747

score 0.747

35523 35609 562 632 OA:genomethreader_1:C02HBa0155C04.1 CV018396_NT 0.797

score 0.797

45019 45190 34 204 genomethreader Tomato_GenBank_mRNAs.tfa.Unmasked OA:genomethreader_1:C02HBa0155C04.1 40078 45342 BT013298.1 0.89

score 0.89

40078 40313 1 245 BT013298.1 0.975

score 0.975

41024 41102 246 324 BT013298.1 1.0

score 1.0

41266 41379 325 438 BT013298.1 0.991

score 0.991

41748 41858 439 549 BT013298.1 1.0

score 1.0

43239 43351 550 662 BT013298.1 0.987

score 0.987

44670 44747 663 740 BT013298.1 0.986

score 0.986

44841 44912 741 812 BT013298.1 0.972

score 0.972

45019 45342 813 1135 genomethreader Tomato_GenBank_mRNAs.tfa OA:genomethreader_1:C02HBa0155C04.1 40078 45342 BT013298.1 0.89

score 0.89

40078 40313 1 245 BT013298.1 0.975

score 0.975

41024 41102 246 324 BT013298.1 1.0

score 1.0

41266 41379 325 438 BT013298.1 0.991

score 0.991

41748 41858 439 549 BT013298.1 1.0

score 1.0

43239 43351 550 662 BT013298.1 0.987

score 0.987

44670 44747 663 740 BT013298.1 0.986

score 0.986

44841 44912 741 812 BT013298.1 0.972

score 0.972

45019 45342 813 1135 genomethreader MicroTom_EST35824fasta.fa.Unmasked OA:genomethreader_1:C02HBa0155C04.1 41021 44737 FA16DA06 0.976

score 0.976

41021 41102 1 82 FA16DA06 1.0

score 1.0

41266 41379 83 196 FA16DA06 1.0

score 1.0

41748 41858 197 307 FA16DA06 1.0

score 1.0

43239 43351 308 420 FA16DA06 1.0

score 1.0

44670 44737 421 488 OA:genomethreader_1:C02HBa0155C04.1 41027 44732 FA05CF11 1.0

score 1.0

41027 41102 1 76 FA05CF11 1.0

score 1.0

41266 41379 77 190 FA05CF11 1.0

score 1.0

41748 41858 191 301 FA05CF11 1.0

score 1.0

43239 43351 302 414 FA05CF11 1.0

score 1.0

44670 44732 415 477 OA:genomethreader_1:C02HBa0155C04.1 41028 44737 FB10DF01 1.0

score 1.0

41028 41102 1 75 FB10DF01 1.0

score 1.0

41266 41379 76 189 FB10DF01 1.0

score 1.0

41748 41858 190 300 FB10DF01 1.0

score 1.0

43239 43351 301 413 FB10DF01 1.0

score 1.0

44670 44737 414 481 OA:genomethreader_1:C02HBa0155C04.1 41079 41379 FA12AB02 1.0

score 1.0

41079 41102 1 24 FA12AB02 0.991

score 0.991

41266 41379 25 138 OA:genomethreader_1:C02HBa0155C04.1 59481 60559 LA22CE02 1.0

score 1.0

59481 59731 1 251 LA22CE02 1.0

score 1.0

59838 59941 252 355 LA22CE02 1.0

score 1.0

60435 60559 356 480 OA:genomethreader_1:C02HBa0155C04.1 115169 115932 LA17CD01 1.0

score 1.0

115169 115239 1 71 LA17CD01 0.971

score 0.971

115521 115932 72 471 genomethreader EST8046fasta_cDNA_MicroTomFruit.seq.Unmasked OA:genomethreader_1:C02HBa0155C04.1 48003 48248 FC14AD12 0.797

score 0.797

48003 48071 66 131 FC14AD12 0.602

score 0.602

48151 48248 132 228 genomethreader uniprot_trembl_plants.Unmasked OA:genomethreader_1:C02HBa0155C04.1 90853 91236 Q56FB5_FRAAN 0.831

score 0.831

90853 90942 1 30 Q56FB5_FRAAN 1.0

score 1.0

91231 91236 31 32 genomethreader uniprot_trembl_plants OA:genomethreader_1:C02HBa0155C04.1 90853 91236 Q56FB5_FRAAN 0.831

score 0.831

90853 90942 1 30 Q56FB5_FRAAN 1.0

score 1.0

91231 91236 31 32 genesplicer genesplicer Genesplicer_1 genesplicer 5.3552

score 5.3552

SPLICE_SITE_TYPE donor

SEQUENCE GT

254 253 Genesplicer_3 genesplicer 13.030343

score 13.030343

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

413 412 Genesplicer_4 genesplicer 6.285717

score 6.285717

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

481 480 Genesplicer_5 genesplicer 2.726263

score 2.726263

SPLICE_SITE_TYPE donor

SEQUENCE GT

516 515 Genesplicer_7 genesplicer 10.085159

score 10.085159

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

738 737 Genesplicer_9 genesplicer 8.420553

score 8.420553

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

873 872 Genesplicer_10 genesplicer 4.452509

score 4.452509

SPLICE_SITE_TYPE donor

SEQUENCE GT

954 953 Genesplicer_12 genesplicer 7.087544

score 7.087544

SPLICE_SITE_TYPE donor

SEQUENCE GT

1304 1303 Genesplicer_13 genesplicer 8.287542

score 8.287542

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

1381 1380 Genesplicer_14 genesplicer 4.739547

score 4.739547

SPLICE_SITE_TYPE donor

SEQUENCE GT

1570 1569 Genesplicer_15 genesplicer 4.580442

score 4.580442

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

1736 1735 Genesplicer_16 genesplicer 2.641289

score 2.641289

SPLICE_SITE_TYPE donor

SEQUENCE GT

1817 1816 Genesplicer_19 genesplicer 2.696399

score 2.696399

SPLICE_SITE_TYPE donor

SEQUENCE GT

2267 2266 Genesplicer_20 genesplicer 6.441565

score 6.441565

SPLICE_SITE_TYPE donor

SEQUENCE GT

2392 2391 Genesplicer_22 genesplicer 5.348128

score 5.348128

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

2588 2587 Genesplicer_24 genesplicer 6.92523

score 6.92523

SPLICE_SITE_TYPE donor

SEQUENCE GT

2829 2828 Genesplicer_26 genesplicer 3.468783

score 3.468783

SPLICE_SITE_TYPE donor

SEQUENCE GT

3144 3143 Genesplicer_27 genesplicer 8.241583

score 8.241583

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

3187 3186 Genesplicer_30 genesplicer 2.435952

score 2.435952

SPLICE_SITE_TYPE donor

SEQUENCE GT

3328 3327 Genesplicer_31 genesplicer 9.1407

score 9.1407

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

3389 3388 Genesplicer_32 genesplicer 3.358179

score 3.358179

SPLICE_SITE_TYPE donor

SEQUENCE GT

3418 3417 Genesplicer_33 genesplicer 4.164575

score 4.164575

SPLICE_SITE_TYPE donor

SEQUENCE GT

3703 3702 Genesplicer_34 genesplicer 9.597588

score 9.597588

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

3785 3784 Genesplicer_36 genesplicer 7.52205

score 7.52205

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

3926 3925 Genesplicer_38 genesplicer 6.345471

score 6.345471

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

4095 4094 Genesplicer_39 genesplicer 9.431325

score 9.431325

SPLICE_SITE_TYPE donor

SEQUENCE GT

4139 4138 Genesplicer_40 genesplicer 11.73778

score 11.73778

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

4204 4203 Genesplicer_41 genesplicer 8.105303

score 8.105303

SPLICE_SITE_TYPE donor

SEQUENCE GT

4390 4389 Genesplicer_42 genesplicer 3.110058

score 3.110058

SPLICE_SITE_TYPE donor

SEQUENCE GT

4551 4550 Genesplicer_44 genesplicer 10.998197

score 10.998197

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

4703 4702 Genesplicer_46 genesplicer 5.071998

score 5.071998

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

5309 5308 Genesplicer_56 genesplicer 3.674558

score 3.674558

SPLICE_SITE_TYPE donor

SEQUENCE GT

6599 6598 Genesplicer_59 genesplicer 8.678454

score 8.678454

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

7335 7334 Genesplicer_60 genesplicer 4.827192

score 4.827192

SPLICE_SITE_TYPE donor

SEQUENCE GT

7402 7401 Genesplicer_63 genesplicer 6.885026

score 6.885026

SPLICE_SITE_TYPE donor

SEQUENCE GT

7683 7682 Genesplicer_65 genesplicer 2.823618

score 2.823618

SPLICE_SITE_TYPE donor

SEQUENCE GT

8599 8598 Genesplicer_67 genesplicer 6.26064

score 6.26064

SPLICE_SITE_TYPE donor

SEQUENCE GT

8858 8857 Genesplicer_68 genesplicer 5.926717

score 5.926717

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

8884 8883 Genesplicer_70 genesplicer 6.942998

score 6.942998

SPLICE_SITE_TYPE donor

SEQUENCE GT

9146 9145 Genesplicer_71 genesplicer 9.90497

score 9.90497

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

9412 9411 Genesplicer_73 genesplicer 5.995071

score 5.995071

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

9684 9683 Genesplicer_76 genesplicer 3.883171

score 3.883171

SPLICE_SITE_TYPE donor

SEQUENCE GT

9960 9959 Genesplicer_79 genesplicer 8.631478

score 8.631478

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

10224 10223 Genesplicer_80 genesplicer 7.081469

score 7.081469

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

10407 10406 Genesplicer_81 genesplicer 8.608884

score 8.608884

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

10532 10531 Genesplicer_82 genesplicer 5.341463

score 5.341463

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

10730 10729 Genesplicer_84 genesplicer 9.336432

score 9.336432

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

10953 10952 Genesplicer_86 genesplicer 10.532487

score 10.532487

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

11120 11119 Genesplicer_89 genesplicer 4.040152

score 4.040152

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

11570 11569 Genesplicer_90 genesplicer 7.753457

score 7.753457

SPLICE_SITE_TYPE donor

SEQUENCE GT

11746 11745 Genesplicer_91 genesplicer 5.062961

score 5.062961

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

11959 11958 Genesplicer_92 genesplicer 5.942938

score 5.942938

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

12037 12036 Genesplicer_93 genesplicer 7.419544

score 7.419544

SPLICE_SITE_TYPE donor

SEQUENCE GT

12137 12136 Genesplicer_94 genesplicer 6.020255

score 6.020255

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

12360 12359 Genesplicer_96 genesplicer 4.202486

score 4.202486

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

12511 12510 Genesplicer_100 genesplicer 4.234501

score 4.234501

SPLICE_SITE_TYPE donor

SEQUENCE GT

13074 13073 Genesplicer_102 genesplicer 4.775735

score 4.775735

SPLICE_SITE_TYPE donor

SEQUENCE GT

13263 13262 Genesplicer_103 genesplicer 4.534809

score 4.534809

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

13352 13351 Genesplicer_104 genesplicer 10.206169

score 10.206169

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

13415 13414 Genesplicer_106 genesplicer 2.557958

score 2.557958

SPLICE_SITE_TYPE donor

SEQUENCE GT

13697 13696 Genesplicer_110 genesplicer 5.461754

score 5.461754

SPLICE_SITE_TYPE donor

SEQUENCE GT

13879 13878 Genesplicer_111 genesplicer 7.459163

score 7.459163

SPLICE_SITE_TYPE donor

SEQUENCE GT

15117 15116 Genesplicer_112 genesplicer 3.896742

score 3.896742

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

15285 15284 Genesplicer_113 genesplicer 3.02398

score 3.02398

SPLICE_SITE_TYPE donor

SEQUENCE GT

15416 15415 Genesplicer_116 genesplicer 12.740286

score 12.740286

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

15766 15765 Genesplicer_117 genesplicer 3.658293

score 3.658293

SPLICE_SITE_TYPE donor

SEQUENCE GT

15883 15882 Genesplicer_118 genesplicer 5.96232

score 5.96232

SPLICE_SITE_TYPE donor

SEQUENCE GT

15947 15946 Genesplicer_120 genesplicer 6.993864

score 6.993864

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

16116 16115 Genesplicer_121 genesplicer 5.877339

score 5.877339

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

16624 16623 Genesplicer_123 genesplicer 5.085265

score 5.085265

SPLICE_SITE_TYPE donor

SEQUENCE GT

16808 16807 Genesplicer_124 genesplicer 11.541701

score 11.541701

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

17514 17513 Genesplicer_125 genesplicer 6.9328

score 6.9328

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

17606 17605 Genesplicer_126 genesplicer 14.021714

score 14.021714

SPLICE_SITE_TYPE donor

SEQUENCE GT

17691 17690 Genesplicer_127 genesplicer 12.391581

score 12.391581

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

17693 17692 Genesplicer_128 genesplicer 4.995244

score 4.995244

SPLICE_SITE_TYPE donor

SEQUENCE GT

17881 17880 Genesplicer_129 genesplicer 7.118899

score 7.118899

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

17973 17972 Genesplicer_130 genesplicer 6.253342

score 6.253342

SPLICE_SITE_TYPE donor

SEQUENCE GT

18021 18020 Genesplicer_131 genesplicer 4.688402

score 4.688402

SPLICE_SITE_TYPE donor

SEQUENCE GT

18093 18092 Genesplicer_134 genesplicer 8.096315

score 8.096315

SPLICE_SITE_TYPE donor

SEQUENCE GT

18304 18303 Genesplicer_135 genesplicer 6.473296

score 6.473296

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

18452 18451 Genesplicer_136 genesplicer 8.202269

score 8.202269

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

18709 18708 Genesplicer_137 genesplicer 3.112237

score 3.112237

SPLICE_SITE_TYPE donor

SEQUENCE GT

18785 18784 Genesplicer_138 genesplicer 6.686135

score 6.686135

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

18872 18871 Genesplicer_139 genesplicer 5.389967

score 5.389967

SPLICE_SITE_TYPE donor

SEQUENCE GT

18898 18897 Genesplicer_140 genesplicer 8.063309

score 8.063309

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

19137 19136 Genesplicer_142 genesplicer 2.385584

score 2.385584

SPLICE_SITE_TYPE donor

SEQUENCE GT

19285 19284 Genesplicer_143 genesplicer 2.97473

score 2.97473

SPLICE_SITE_TYPE donor

SEQUENCE GT

19407 19406 Genesplicer_144 genesplicer 9.856444

score 9.856444

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

19434 19433 Genesplicer_146 genesplicer 3.592327

score 3.592327

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

19560 19559 Genesplicer_147 genesplicer 5.686334

score 5.686334

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

19813 19812 Genesplicer_148 genesplicer 2.812517

score 2.812517

SPLICE_SITE_TYPE donor

SEQUENCE GT

19816 19815 Genesplicer_149 genesplicer 6.310386

score 6.310386

SPLICE_SITE_TYPE donor

SEQUENCE GT

19884 19883 Genesplicer_154 genesplicer 4.103999

score 4.103999

SPLICE_SITE_TYPE donor

SEQUENCE GT

21098 21097 Genesplicer_156 genesplicer 5.422124

score 5.422124

SPLICE_SITE_TYPE donor

SEQUENCE GT

21307 21306 Genesplicer_158 genesplicer 7.51741

score 7.51741

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

21506 21505 Genesplicer_159 genesplicer 5.55376

score 5.55376

SPLICE_SITE_TYPE donor

SEQUENCE GT

21593 21592 Genesplicer_161 genesplicer 7.536126

score 7.536126

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

21740 21739 Genesplicer_165 genesplicer 4.396242

score 4.396242

SPLICE_SITE_TYPE donor

SEQUENCE GT

22215 22214 Genesplicer_169 genesplicer 3.453169

score 3.453169

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

22537 22536 Genesplicer_170 genesplicer 9.480769

score 9.480769

SPLICE_SITE_TYPE donor

SEQUENCE GT

22695 22694 Genesplicer_178 genesplicer 12.155425

score 12.155425

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

23620 23619 Genesplicer_186 genesplicer 5.144991

score 5.144991

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

24672 24671 Genesplicer_190 genesplicer 6.112395

score 6.112395

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

24960 24959 Genesplicer_191 genesplicer 4.672697

score 4.672697

SPLICE_SITE_TYPE donor

SEQUENCE GT

25020 25019 Genesplicer_192 genesplicer 4.846582

score 4.846582

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

25126 25125 Genesplicer_197 genesplicer 4.173226

score 4.173226

SPLICE_SITE_TYPE donor

SEQUENCE GT

26499 26498 Genesplicer_198 genesplicer 6.316064

score 6.316064

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

26658 26657 Genesplicer_199 genesplicer 3.59158

score 3.59158

SPLICE_SITE_TYPE donor

SEQUENCE GT

26760 26759 Genesplicer_202 genesplicer 3.195289

score 3.195289

SPLICE_SITE_TYPE donor

SEQUENCE GT

27010 27009 Genesplicer_203 genesplicer 5.128335

score 5.128335

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

27493 27492 Genesplicer_205 genesplicer 4.013758

score 4.013758

SPLICE_SITE_TYPE donor

SEQUENCE GT

27697 27696 Genesplicer_208 genesplicer 6.01775

score 6.01775

SPLICE_SITE_TYPE donor

SEQUENCE GT

28055 28054 Genesplicer_211 genesplicer 11.468888

score 11.468888

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

28430 28429 Genesplicer_212 genesplicer 8.666002

score 8.666002

SPLICE_SITE_TYPE donor

SEQUENCE GT

28555 28554 Genesplicer_217 genesplicer 6.567444

score 6.567444

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

28935 28934 Genesplicer_220 genesplicer 6.281419

score 6.281419

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

29211 29210 Genesplicer_221 genesplicer 4.039985

score 4.039985

SPLICE_SITE_TYPE donor

SEQUENCE GT

29340 29339 Genesplicer_223 genesplicer 4.903019

score 4.903019

SPLICE_SITE_TYPE donor

SEQUENCE GT

29517 29516 Genesplicer_225 genesplicer 7.612615

score 7.612615

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

29875 29874 Genesplicer_226 genesplicer 2.295782

score 2.295782

SPLICE_SITE_TYPE donor

SEQUENCE GT

29979 29978 Genesplicer_227 genesplicer 6.172862

score 6.172862

SPLICE_SITE_TYPE donor

SEQUENCE GT

30063 30062 Genesplicer_228 genesplicer 5.324319

score 5.324319

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

30176 30175 Genesplicer_229 genesplicer 4.312962

score 4.312962

SPLICE_SITE_TYPE donor

SEQUENCE GT

30311 30310 Genesplicer_231 genesplicer 3.815278

score 3.815278

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

30581 30580 Genesplicer_232 genesplicer 8.531135

score 8.531135

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

30733 30732 Genesplicer_233 genesplicer 4.368333

score 4.368333

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

30816 30815 Genesplicer_234 genesplicer 10.850522

score 10.850522

SPLICE_SITE_TYPE donor

SEQUENCE GT

30961 30960 Genesplicer_236 genesplicer 6.766315

score 6.766315

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

31123 31122 Genesplicer_237 genesplicer 3.48629

score 3.48629

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

31306 31305 Genesplicer_238 genesplicer 4.863187

score 4.863187

SPLICE_SITE_TYPE donor

SEQUENCE GT

31345 31344 Genesplicer_239 genesplicer 5.107863

score 5.107863

SPLICE_SITE_TYPE donor

SEQUENCE GT

31549 31548 Genesplicer_242 genesplicer 3.130645

score 3.130645

SPLICE_SITE_TYPE donor

SEQUENCE GT

31745 31744 Genesplicer_243 genesplicer 5.578014

score 5.578014

SPLICE_SITE_TYPE donor

SEQUENCE GT

31840 31839 Genesplicer_251 genesplicer 5.064669

score 5.064669

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

33170 33169 Genesplicer_252 genesplicer 2.765732

score 2.765732

SPLICE_SITE_TYPE donor

SEQUENCE GT

33202 33201 Genesplicer_253 genesplicer 3.879109

score 3.879109

SPLICE_SITE_TYPE donor

SEQUENCE GT

33417 33416 Genesplicer_254 genesplicer 3.609728

score 3.609728

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

33445 33444 Genesplicer_255 genesplicer 2.788798

score 2.788798

SPLICE_SITE_TYPE donor

SEQUENCE GT

33662 33661 Genesplicer_258 genesplicer 4.793716

score 4.793716

SPLICE_SITE_TYPE donor

SEQUENCE GT

34669 34668 Genesplicer_261 genesplicer 12.769262

score 12.769262

SPLICE_SITE_TYPE donor

SEQUENCE GT

35594 35593 Genesplicer_268 genesplicer 8.286384

score 8.286384

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

36199 36198 Genesplicer_271 genesplicer 5.707538

score 5.707538

SPLICE_SITE_TYPE donor

SEQUENCE GT

36438 36437 Genesplicer_277 genesplicer 8.373471

score 8.373471

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

37090 37089 Genesplicer_279 genesplicer 7.476799

score 7.476799

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

37271 37270 Genesplicer_280 genesplicer 5.405475

score 5.405475

SPLICE_SITE_TYPE donor

SEQUENCE GT

37381 37380 Genesplicer_281 genesplicer 6.979738

score 6.979738

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

37437 37436 Genesplicer_287 genesplicer 6.94438

score 6.94438

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

38100 38099 Genesplicer_289 genesplicer 3.557353

score 3.557353

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

38253 38252 Genesplicer_291 genesplicer 4.248065

score 4.248065

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

38687 38686 Genesplicer_292 genesplicer 3.453117

score 3.453117

SPLICE_SITE_TYPE donor

SEQUENCE GT

38852 38851 Genesplicer_299 genesplicer 4.117291

score 4.117291

SPLICE_SITE_TYPE donor

SEQUENCE GT

39567 39566 Genesplicer_300 genesplicer 4.83054

score 4.83054

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

39605 39604 Genesplicer_305 genesplicer 3.567433

score 3.567433

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

39917 39916 Genesplicer_307 genesplicer 5.80409

score 5.80409

SPLICE_SITE_TYPE donor

SEQUENCE GT

40152 40151 Genesplicer_313 genesplicer 4.047579

score 4.047579

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

40674 40673 Genesplicer_315 genesplicer 5.255889

score 5.255889

SPLICE_SITE_TYPE donor

SEQUENCE GT

40787 40786 Genesplicer_316 genesplicer 4.047579

score 4.047579

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

40925 40924 Genesplicer_318 genesplicer 4.92752

score 4.92752

SPLICE_SITE_TYPE donor

SEQUENCE GT

41038 41037 Genesplicer_325 genesplicer 9.259686

score 9.259686

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

42045 42044 Genesplicer_327 genesplicer 4.351047

score 4.351047

SPLICE_SITE_TYPE donor

SEQUENCE GT

42146 42145 Genesplicer_333 genesplicer 6.070733

score 6.070733

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

42919 42918 Genesplicer_335 genesplicer 3.323395

score 3.323395

SPLICE_SITE_TYPE donor

SEQUENCE GT

43092 43091 Genesplicer_336 genesplicer 5.40845

score 5.40845

SPLICE_SITE_TYPE donor

SEQUENCE GT

43204 43203 Genesplicer_340 genesplicer 9.648004

score 9.648004

SPLICE_SITE_TYPE donor

SEQUENCE GT

43513 43512 Genesplicer_343 genesplicer 6.673609

score 6.673609

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

43732 43731 Genesplicer_344 genesplicer 4.34835

score 4.34835

SPLICE_SITE_TYPE donor

SEQUENCE GT

43805 43804 Genesplicer_346 genesplicer 4.520513

score 4.520513

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

43939 43938 Genesplicer_349 genesplicer 6.067747

score 6.067747

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

44517 44516 Genesplicer_350 genesplicer 7.104325

score 7.104325

SPLICE_SITE_TYPE donor

SEQUENCE GT

44615 44614 Genesplicer_356 genesplicer 3.945458

score 3.945458

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

45142 45141 Genesplicer_358 genesplicer 4.045241

score 4.045241

SPLICE_SITE_TYPE donor

SEQUENCE GT

45392 45391 Genesplicer_364 genesplicer 6.733138

score 6.733138

SPLICE_SITE_TYPE donor

SEQUENCE GT

45925 45924 Genesplicer_365 genesplicer 3.936925

score 3.936925

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

46037 46036 Genesplicer_366 genesplicer 4.205748

score 4.205748

SPLICE_SITE_TYPE donor

SEQUENCE GT

46083 46082 Genesplicer_373 genesplicer 5.495517

score 5.495517

SPLICE_SITE_TYPE donor

SEQUENCE GT

46680 46679 Genesplicer_374 genesplicer 6.356853

score 6.356853

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

46833 46832 Genesplicer_378 genesplicer 3.749384

score 3.749384

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

47008 47007 Genesplicer_382 genesplicer 3.25769

score 3.25769

SPLICE_SITE_TYPE donor

SEQUENCE GT

47274 47273 Genesplicer_384 genesplicer 4.369942

score 4.369942

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

47420 47419 Genesplicer_388 genesplicer 5.365708

score 5.365708

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

47686 47685 Genesplicer_392 genesplicer 4.765548

score 4.765548

SPLICE_SITE_TYPE donor

SEQUENCE GT

48101 48100 Genesplicer_397 genesplicer 2.883865

score 2.883865

SPLICE_SITE_TYPE donor

SEQUENCE GT

48725 48724 Genesplicer_399 genesplicer 6.828721

score 6.828721

SPLICE_SITE_TYPE donor

SEQUENCE GT

48852 48851 Genesplicer_400 genesplicer 7.445868

score 7.445868

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

49139 49138 Genesplicer_402 genesplicer 3.501126

score 3.501126

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

49227 49226 Genesplicer_404 genesplicer 4.49374

score 4.49374

SPLICE_SITE_TYPE donor

SEQUENCE GT

49359 49358 Genesplicer_405 genesplicer 9.592347

score 9.592347

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

49424 49423 Genesplicer_406 genesplicer 4.98226

score 4.98226

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

49568 49567 Genesplicer_409 genesplicer 4.367614

score 4.367614

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

49886 49885 Genesplicer_414 genesplicer 4.591736

score 4.591736

SPLICE_SITE_TYPE donor

SEQUENCE GT

50490 50489 Genesplicer_415 genesplicer 4.695057

score 4.695057

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

50615 50614 Genesplicer_416 genesplicer 5.690968

score 5.690968

SPLICE_SITE_TYPE donor

SEQUENCE GT

50662 50661 Genesplicer_417 genesplicer 3.206702

score 3.206702

SPLICE_SITE_TYPE donor

SEQUENCE GT

50778 50777 Genesplicer_418 genesplicer 6.129586

score 6.129586

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

50821 50820 Genesplicer_419 genesplicer 10.847106

score 10.847106

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

50884 50883 Genesplicer_420 genesplicer 5.010112

score 5.010112

SPLICE_SITE_TYPE donor

SEQUENCE GT

50964 50963 Genesplicer_421 genesplicer 4.559023

score 4.559023

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

51149 51148 Genesplicer_424 genesplicer 3.841275

score 3.841275

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

51441 51440 Genesplicer_436 genesplicer 6.459767

score 6.459767

SPLICE_SITE_TYPE donor

SEQUENCE GT

52706 52705 Genesplicer_439 genesplicer 8.620296

score 8.620296

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

53256 53255 Genesplicer_444 genesplicer 5.412158

score 5.412158

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

54051 54050 Genesplicer_447 genesplicer 6.489732

score 6.489732

SPLICE_SITE_TYPE donor

SEQUENCE GT

54389 54388 Genesplicer_452 genesplicer 9.431777

score 9.431777

SPLICE_SITE_TYPE donor

SEQUENCE GT

55189 55188 Genesplicer_453 genesplicer 3.539514

score 3.539514

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

55247 55246 Genesplicer_458 genesplicer 4.335325

score 4.335325

SPLICE_SITE_TYPE donor

SEQUENCE GT

55851 55850 Genesplicer_466 genesplicer 3.6535

score 3.6535

SPLICE_SITE_TYPE donor

SEQUENCE GT

56903 56902 Genesplicer_468 genesplicer 3.836964

score 3.836964

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

57125 57124 Genesplicer_473 genesplicer 2.81152

score 2.81152

SPLICE_SITE_TYPE donor

SEQUENCE GT

57827 57826 Genesplicer_476 genesplicer 3.861886

score 3.861886

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

58263 58262 Genesplicer_484 genesplicer 10.013241

score 10.013241

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

58797 58796 Genesplicer_486 genesplicer 5.111202

score 5.111202

SPLICE_SITE_TYPE donor

SEQUENCE GT

59019 59018 Genesplicer_491 genesplicer 3.231901

score 3.231901

SPLICE_SITE_TYPE donor

SEQUENCE GT

60012 60011 Genesplicer_500 genesplicer 12.247319

score 12.247319

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

61552 61551 Genesplicer_502 genesplicer 2.577666

score 2.577666

SPLICE_SITE_TYPE donor

SEQUENCE GT

61841 61840 Genesplicer_503 genesplicer 3.043206

score 3.043206

SPLICE_SITE_TYPE donor

SEQUENCE GT

62069 62068 Genesplicer_504 genesplicer 8.810384

score 8.810384

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

62165 62164 Genesplicer_505 genesplicer 3.585121

score 3.585121

SPLICE_SITE_TYPE donor

SEQUENCE GT

62277 62276 Genesplicer_506 genesplicer 2.550737

score 2.550737

SPLICE_SITE_TYPE donor

SEQUENCE GT

62585 62584 Genesplicer_507 genesplicer 4.480856

score 4.480856

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

62657 62656 Genesplicer_508 genesplicer 7.146114

score 7.146114

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

62758 62757 Genesplicer_509 genesplicer 2.965771

score 2.965771

SPLICE_SITE_TYPE donor

SEQUENCE GT

62802 62801 Genesplicer_511 genesplicer 2.985333

score 2.985333

SPLICE_SITE_TYPE donor

SEQUENCE GT

63118 63117 Genesplicer_512 genesplicer 7.145163

score 7.145163

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

63120 63119 Genesplicer_513 genesplicer 8.195202

score 8.195202

SPLICE_SITE_TYPE donor

SEQUENCE GT

63213 63212 Genesplicer_514 genesplicer 3.417045

score 3.417045

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

63280 63279 Genesplicer_517 genesplicer 8.790882

score 8.790882

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

63715 63714 Genesplicer_519 genesplicer 3.767238

score 3.767238

SPLICE_SITE_TYPE donor

SEQUENCE GT

63905 63904 Genesplicer_520 genesplicer 14.552997

score 14.552997

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

64202 64201 Genesplicer_521 genesplicer 3.875497

score 3.875497

SPLICE_SITE_TYPE donor

SEQUENCE GT

64229 64228 Genesplicer_522 genesplicer 6.464645

score 6.464645

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

64414 64413 Genesplicer_523 genesplicer 3.200913

score 3.200913

SPLICE_SITE_TYPE donor

SEQUENCE GT

64486 64485 Genesplicer_525 genesplicer 6.129626

score 6.129626

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

64665 64664 Genesplicer_526 genesplicer 7.22953

score 7.22953

SPLICE_SITE_TYPE donor

SEQUENCE GT

64697 64696 Genesplicer_528 genesplicer 7.521575

score 7.521575

SPLICE_SITE_TYPE donor

SEQUENCE GT

64997 64996 Genesplicer_529 genesplicer 6.401524

score 6.401524

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

65174 65173 Genesplicer_530 genesplicer 4.53143

score 4.53143

SPLICE_SITE_TYPE donor

SEQUENCE GT

65259 65258 Genesplicer_531 genesplicer 3.929581

score 3.929581

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

65514 65513 Genesplicer_535 genesplicer 2.812951

score 2.812951

SPLICE_SITE_TYPE donor

SEQUENCE GT

66198 66197 Genesplicer_538 genesplicer 7.542613

score 7.542613

SPLICE_SITE_TYPE donor

SEQUENCE GT

66665 66664 Genesplicer_540 genesplicer 2.405525

score 2.405525

SPLICE_SITE_TYPE donor

SEQUENCE GT

67000 66999 Genesplicer_541 genesplicer 4.312215

score 4.312215

SPLICE_SITE_TYPE donor

SEQUENCE GT

67116 67115 Genesplicer_542 genesplicer 11.226002

score 11.226002

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

67231 67230 Genesplicer_543 genesplicer 4.126575

score 4.126575

SPLICE_SITE_TYPE donor

SEQUENCE GT

67306 67305 Genesplicer_544 genesplicer 2.240463

score 2.240463

SPLICE_SITE_TYPE donor

SEQUENCE GT

67683 67682 Genesplicer_545 genesplicer 2.929006

score 2.929006

SPLICE_SITE_TYPE donor

SEQUENCE GT

67800 67799 Genesplicer_546 genesplicer 3.85866

score 3.85866

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

68058 68057 Genesplicer_547 genesplicer 12.367431

score 12.367431

SPLICE_SITE_TYPE donor

SEQUENCE GT

68134 68133 Genesplicer_548 genesplicer 7.655158

score 7.655158

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

68786 68785 Genesplicer_549 genesplicer 3.522157

score 3.522157

SPLICE_SITE_TYPE donor

SEQUENCE GT

68969 68968 Genesplicer_551 genesplicer 11.102489

score 11.102489

SPLICE_SITE_TYPE donor

SEQUENCE GT

69055 69054 Genesplicer_552 genesplicer 6.194442

score 6.194442

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

69242 69241 Genesplicer_554 genesplicer 3.551669

score 3.551669

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

69371 69370 Genesplicer_555 genesplicer 5.351135

score 5.351135

SPLICE_SITE_TYPE donor

SEQUENCE GT

69483 69482 Genesplicer_556 genesplicer 7.82377

score 7.82377

SPLICE_SITE_TYPE donor

SEQUENCE GT

70070 70069 Genesplicer_559 genesplicer 7.746787

score 7.746787

SPLICE_SITE_TYPE donor

SEQUENCE GT

70342 70341 Genesplicer_561 genesplicer 7.76467

score 7.76467

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

70611 70610 Genesplicer_562 genesplicer 7.294003

score 7.294003

SPLICE_SITE_TYPE donor

SEQUENCE GT

70998 70997 Genesplicer_563 genesplicer 6.990839

score 6.990839

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

71181 71180 Genesplicer_564 genesplicer 10.629269

score 10.629269

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

71440 71439 Genesplicer_566 genesplicer 10.521275

score 10.521275

SPLICE_SITE_TYPE donor

SEQUENCE GT

71512 71511 Genesplicer_568 genesplicer 5.750409

score 5.750409

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

71582 71581 Genesplicer_569 genesplicer 3.830126

score 3.830126

SPLICE_SITE_TYPE donor

SEQUENCE GT

71757 71756 Genesplicer_572 genesplicer 12.175348

score 12.175348

SPLICE_SITE_TYPE donor

SEQUENCE GT

72113 72112 Genesplicer_578 genesplicer 8.263462

score 8.263462

SPLICE_SITE_TYPE donor

SEQUENCE GT

72905 72904 Genesplicer_580 genesplicer 11.440857

score 11.440857

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

73055 73054 Genesplicer_582 genesplicer 7.983662

score 7.983662

SPLICE_SITE_TYPE donor

SEQUENCE GT

73289 73288 Genesplicer_583 genesplicer 4.79434

score 4.79434

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

73412 73411 Genesplicer_584 genesplicer 5.719891

score 5.719891

SPLICE_SITE_TYPE donor

SEQUENCE GT

73522 73521 Genesplicer_585 genesplicer 5.541426

score 5.541426

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

73587 73586 Genesplicer_588 genesplicer 5.169079

score 5.169079

SPLICE_SITE_TYPE donor

SEQUENCE GT

73970 73969 Genesplicer_589 genesplicer 7.216456

score 7.216456

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

73997 73996 Genesplicer_590 genesplicer 3.60905

score 3.60905

SPLICE_SITE_TYPE donor

SEQUENCE GT

74106 74105 Genesplicer_591 genesplicer 3.87732

score 3.87732

SPLICE_SITE_TYPE donor

SEQUENCE GT

74376 74375 Genesplicer_594 genesplicer 7.217042

score 7.217042

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

74632 74631 Genesplicer_595 genesplicer 5.357432

score 5.357432

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

74784 74783 Genesplicer_596 genesplicer 6.589329

score 6.589329

SPLICE_SITE_TYPE donor

SEQUENCE GT

74921 74920 Genesplicer_597 genesplicer 11.881615

score 11.881615

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

74923 74922 Genesplicer_598 genesplicer 8.244323

score 8.244323

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

74985 74984 Genesplicer_599 genesplicer 2.383328

score 2.383328

SPLICE_SITE_TYPE donor

SEQUENCE GT

75131 75130 Genesplicer_600 genesplicer 6.234389

score 6.234389

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

75605 75604 Genesplicer_601 genesplicer 4.546465

score 4.546465

SPLICE_SITE_TYPE donor

SEQUENCE GT

75675 75674 Genesplicer_602 genesplicer 6.905709

score 6.905709

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

75884 75883 Genesplicer_603 genesplicer 9.524189

score 9.524189

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

75966 75965 Genesplicer_604 genesplicer 10.191371

score 10.191371

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

76067 76066 Genesplicer_605 genesplicer 5.925196

score 5.925196

SPLICE_SITE_TYPE donor

SEQUENCE GT

76160 76159 Genesplicer_608 genesplicer 5.01803

score 5.01803

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

76860 76859 Genesplicer_610 genesplicer 7.754197

score 7.754197

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

76964 76963 Genesplicer_613 genesplicer 2.594833

score 2.594833

SPLICE_SITE_TYPE donor

SEQUENCE GT

77342 77341 Genesplicer_614 genesplicer 7.569956

score 7.569956

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

77400 77399 Genesplicer_615 genesplicer 5.955806

score 5.955806

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

77510 77509 Genesplicer_619 genesplicer 11.737667

score 11.737667

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

78614 78613 Genesplicer_620 genesplicer 5.184543

score 5.184543

SPLICE_SITE_TYPE donor

SEQUENCE GT

78688 78687 Genesplicer_632 genesplicer 4.748943

score 4.748943

SPLICE_SITE_TYPE donor

SEQUENCE GT

81104 81103 Genesplicer_635 genesplicer 2.244

score 2.244

SPLICE_SITE_TYPE donor

SEQUENCE GT

81416 81415 Genesplicer_636 genesplicer 3.800209

score 3.800209

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

81474 81473 Genesplicer_637 genesplicer 3.076946

score 3.076946

SPLICE_SITE_TYPE donor

SEQUENCE GT

81566 81565 Genesplicer_639 genesplicer 8.050077

score 8.050077

SPLICE_SITE_TYPE donor

SEQUENCE GT

81819 81818 Genesplicer_643 genesplicer 3.21812

score 3.21812

SPLICE_SITE_TYPE donor

SEQUENCE GT

82138 82137 Genesplicer_648 genesplicer 6.271307

score 6.271307

SPLICE_SITE_TYPE donor

SEQUENCE GT

83029 83028 Genesplicer_649 genesplicer 2.429405

score 2.429405

SPLICE_SITE_TYPE donor

SEQUENCE GT

83262 83261 Genesplicer_653 genesplicer 3.886824

score 3.886824

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

83602 83601 Genesplicer_659 genesplicer 3.644826

score 3.644826

SPLICE_SITE_TYPE donor

SEQUENCE GT

84742 84741 Genesplicer_662 genesplicer 3.479904

score 3.479904

SPLICE_SITE_TYPE donor

SEQUENCE GT

84889 84888 Genesplicer_663 genesplicer 5.57889

score 5.57889

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

85030 85029 Genesplicer_673 genesplicer 2.394644

score 2.394644

SPLICE_SITE_TYPE donor

SEQUENCE GT

86248 86247 Genesplicer_674 genesplicer 3.40946

score 3.40946

SPLICE_SITE_TYPE donor

SEQUENCE GT

86426 86425 Genesplicer_675 genesplicer 8.078792

score 8.078792

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

86510 86509 Genesplicer_678 genesplicer 9.896818

score 9.896818

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

87033 87032 Genesplicer_679 genesplicer 5.390425

score 5.390425

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

87212 87211 Genesplicer_680 genesplicer 3.352667

score 3.352667

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

87396 87395 Genesplicer_681 genesplicer 8.354239

score 8.354239

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

87551 87550 Genesplicer_683 genesplicer 7.754563

score 7.754563

SPLICE_SITE_TYPE donor

SEQUENCE GT

87855 87854 Genesplicer_684 genesplicer 7.535951

score 7.535951

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

87948 87947 Genesplicer_686 genesplicer 11.268179

score 11.268179

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

88090 88089 Genesplicer_687 genesplicer 14.887656

score 14.887656

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

88241 88240 Genesplicer_690 genesplicer 6.764272

score 6.764272

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

88500 88499 Genesplicer_696 genesplicer 2.380777

score 2.380777

SPLICE_SITE_TYPE donor

SEQUENCE GT

89298 89297 Genesplicer_697 genesplicer 3.927386

score 3.927386

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

89300 89299 Genesplicer_702 genesplicer 2.726886

score 2.726886

SPLICE_SITE_TYPE donor

SEQUENCE GT

90096 90095 Genesplicer_706 genesplicer 3.985419

score 3.985419

SPLICE_SITE_TYPE donor

SEQUENCE GT

90562 90561 Genesplicer_710 genesplicer 3.236963

score 3.236963

SPLICE_SITE_TYPE donor

SEQUENCE GT

91228 91227 Genesplicer_712 genesplicer 6.568201

score 6.568201

SPLICE_SITE_TYPE donor

SEQUENCE GT

91388 91387 Genesplicer_714 genesplicer 7.45351

score 7.45351

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

91796 91795 Genesplicer_717 genesplicer 6.429096

score 6.429096

SPLICE_SITE_TYPE donor

SEQUENCE GT

92624 92623 Genesplicer_726 genesplicer 7.056703

score 7.056703

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

94317 94316 Genesplicer_727 genesplicer 4.816725

score 4.816725

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

94382 94381 Genesplicer_728 genesplicer 3.763818

score 3.763818

SPLICE_SITE_TYPE donor

SEQUENCE GT

94487 94486 Genesplicer_730 genesplicer 6.711077

score 6.711077

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

94951 94950 Genesplicer_731 genesplicer 2.599837

score 2.599837

SPLICE_SITE_TYPE donor

SEQUENCE GT

94993 94992 Genesplicer_732 genesplicer 6.917728

score 6.917728

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

95057 95056 Genesplicer_733 genesplicer 5.120057

score 5.120057

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

95176 95175 Genesplicer_735 genesplicer 6.06365

score 6.06365

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

95377 95376 Genesplicer_741 genesplicer 9.568818

score 9.568818

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

96185 96184 Genesplicer_746 genesplicer 4.315349

score 4.315349

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

97317 97316 Genesplicer_747 genesplicer 5.130135

score 5.130135

SPLICE_SITE_TYPE donor

SEQUENCE GT

97375 97374 Genesplicer_751 genesplicer 3.059568

score 3.059568

SPLICE_SITE_TYPE donor

SEQUENCE GT

97755 97754 Genesplicer_752 genesplicer 4.919976

score 4.919976

SPLICE_SITE_TYPE donor

SEQUENCE GT

97840 97839 Genesplicer_754 genesplicer 7.929357

score 7.929357

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

98053 98052 Genesplicer_757 genesplicer 3.376251

score 3.376251

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

98290 98289 Genesplicer_758 genesplicer 2.848812

score 2.848812

SPLICE_SITE_TYPE donor

SEQUENCE GT

98452 98451 Genesplicer_762 genesplicer 6.371593

score 6.371593

SPLICE_SITE_TYPE donor

SEQUENCE GT

98932 98931 Genesplicer_764 genesplicer 4.084279

score 4.084279

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

99114 99113 Genesplicer_773 genesplicer 2.591228

score 2.591228

SPLICE_SITE_TYPE donor

SEQUENCE GT

100054 100053 Genesplicer_775 genesplicer 2.34689

score 2.34689

SPLICE_SITE_TYPE donor

SEQUENCE GT

100236 100235 Genesplicer_777 genesplicer 10.407233

score 10.407233

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

100966 100965 Genesplicer_780 genesplicer 2.34539

score 2.34539

SPLICE_SITE_TYPE donor

SEQUENCE GT

102124 102123 Genesplicer_782 genesplicer 3.568251

score 3.568251

SPLICE_SITE_TYPE donor

SEQUENCE GT

102278 102277 Genesplicer_783 genesplicer 3.34898

score 3.34898

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

102516 102515 Genesplicer_785 genesplicer 7.018714

score 7.018714

SPLICE_SITE_TYPE donor

SEQUENCE GT

102993 102992 Genesplicer_788 genesplicer 4.831663

score 4.831663

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

103189 103188 Genesplicer_795 genesplicer 2.333577

score 2.333577

SPLICE_SITE_TYPE donor

SEQUENCE GT

103837 103836 Genesplicer_796 genesplicer 6.243668

score 6.243668

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

104158 104157 Genesplicer_798 genesplicer 5.520586

score 5.520586

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

104299 104298 Genesplicer_802 genesplicer 2.772346

score 2.772346

SPLICE_SITE_TYPE donor

SEQUENCE GT

104597 104596 Genesplicer_816 genesplicer 6.626875

score 6.626875

SPLICE_SITE_TYPE donor

SEQUENCE GT

106262 106261 Genesplicer_822 genesplicer 2.343443

score 2.343443

SPLICE_SITE_TYPE donor

SEQUENCE GT

107136 107135 Genesplicer_824 genesplicer 4.761965

score 4.761965

SPLICE_SITE_TYPE donor

SEQUENCE GT

107356 107355 Genesplicer_825 genesplicer 4.092968

score 4.092968

SPLICE_SITE_TYPE donor

SEQUENCE GT

107473 107472 Genesplicer_826 genesplicer 3.460256

score 3.460256

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

107739 107738 Genesplicer_827 genesplicer 4.149451

score 4.149451

SPLICE_SITE_TYPE donor

SEQUENCE GT

107834 107833 Genesplicer_828 genesplicer 3.665658

score 3.665658

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

107895 107894 Genesplicer_831 genesplicer 2.464069

score 2.464069

SPLICE_SITE_TYPE donor

SEQUENCE GT

108449 108448 Genesplicer_832 genesplicer 9.646063

score 9.646063

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

108451 108450 Genesplicer_835 genesplicer 4.115726

score 4.115726

SPLICE_SITE_TYPE donor

SEQUENCE GT

108796 108795 Genesplicer_839 genesplicer 2.547024

score 2.547024

SPLICE_SITE_TYPE donor

SEQUENCE GT

109226 109225 Genesplicer_844 genesplicer 3.286879

score 3.286879

SPLICE_SITE_TYPE donor

SEQUENCE GT

110257 110256 Genesplicer_845 genesplicer 5.261545

score 5.261545

SPLICE_SITE_TYPE donor

SEQUENCE GT

110589 110588 Genesplicer_846 genesplicer 9.479931

score 9.479931

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

110591 110590 Genesplicer_847 genesplicer 3.656567

score 3.656567

SPLICE_SITE_TYPE donor

SEQUENCE GT

110894 110893 Genesplicer_853 genesplicer 5.380928

score 5.380928

SPLICE_SITE_TYPE donor

SEQUENCE GT

111600 111599 Genesplicer_868 genesplicer 10.935548

score 10.935548

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

113544 113543 Genesplicer_869 genesplicer 7.335861

score 7.335861

SPLICE_SITE_TYPE donor

SEQUENCE GT

113772 113771 Genesplicer_875 genesplicer 8.312773

score 8.312773

SPLICE_SITE_TYPE donor

SEQUENCE GT

114418 114417 Genesplicer_877 genesplicer 4.332483

score 4.332483

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

114710 114709 Genesplicer_878 genesplicer 4.230673

score 4.230673

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

114797 114796 Genesplicer_879 genesplicer 4.878093

score 4.878093

SPLICE_SITE_TYPE donor

SEQUENCE GT

115041 115040 Genesplicer_881 genesplicer 6.582748

score 6.582748

SPLICE_SITE_TYPE donor

SEQUENCE GT

115165 115164 Genesplicer_882 genesplicer 7.609161

score 7.609161

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

115413 115412 Genesplicer_883 genesplicer 3.857958

score 3.857958

SPLICE_SITE_TYPE donor

SEQUENCE GT

115669 115668 Genesplicer_884 genesplicer 3.624491

score 3.624491

SPLICE_SITE_TYPE donor

SEQUENCE GT

115770 115769 Genesplicer_890 genesplicer 4.965265

score 4.965265

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

116772 116771 Genesplicer_891 genesplicer 5.66257

score 5.66257

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

116888 116887 Genesplicer_892 genesplicer 6.759645

score 6.759645

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

117015 117014 Genesplicer_897 genesplicer 2.321253

score 2.321253

SPLICE_SITE_TYPE donor

SEQUENCE GT

117758 117757 Genesplicer_899 genesplicer 6.463141

score 6.463141

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

117856 117855 RepeatMasker repeat_lib_v4.2.lib Contig386 RepeatMasker:repeat_lib_v4.2.lib 4581.0

score 4581.0

Repeat_Length 716.0

ident 96.2

Match_Length 697.0

Genomic_Match_Length 673.0

Match_Range 10-707

Repeat_Class Unknown/repeat

10169 9496 Contig1227 RepeatMasker:repeat_lib_v4.2.lib 494.0

score 494.0

Repeat_Length 311.0

ident 75.7

Match_Length 156.0

Genomic_Match_Length 148.0

Match_Range 4-160

Repeat_Class DNA/Unknown

10787 10639 12728 RepeatMasker:repeat_lib_v4.2.lib 1275.0

score 1275.0

Repeat_Length 2588.0

ident 92.0

Match_Length 203.0

Genomic_Match_Length 191.0

Match_Range 1344-1547

Repeat_Class rRNA

12321 12130 Contig999 RepeatMasker:repeat_lib_v4.2.lib 334.0

score 334.0

Repeat_Length 1372.0

ident 78.6

Match_Length 90.0

Genomic_Match_Length 84.0

Match_Range 241-331

Repeat_Class LTR/Unknown

13216 13132 4379 RepeatMasker:repeat_lib_v4.2.lib 248.0

score 248.0

Repeat_Length 531.0

ident 85.4

Match_Length 48.0

Genomic_Match_Length 47.0

Match_Range 161-209

Repeat_Class LTR

13532 13485 Contig318 RepeatMasker:repeat_lib_v4.2.lib 259.0

score 259.0

Repeat_Length 2224.0

ident 77.6

Match_Length 67.0

Genomic_Match_Length 70.0

Match_Range 691-758

Repeat_Class Unknown/repeat

13639 13569 12265 RepeatMasker:repeat_lib_v4.2.lib 230.0

score 230.0

Repeat_Length 129.0

ident 64.4

Match_Length 90.0

Genomic_Match_Length 89.0

Match_Range 1-91

Repeat_Class Retroelement

18205 18116 Contig494 RepeatMasker:repeat_lib_v4.2.lib 454.0

score 454.0

Repeat_Length 926.0

ident 76.1

Match_Length 177.0

Genomic_Match_Length 166.0

Match_Range 476-653

Repeat_Class Unknown/repeat

28492 28326 Contig494 RepeatMasker:repeat_lib_v4.2.lib 390.0

score 390.0

Repeat_Length 926.0

ident 80.4

Match_Length 86.0

Genomic_Match_Length 89.0

Match_Range 1-87

Repeat_Class Unknown/repeat

28672 28583 Contig1080 RepeatMasker:repeat_lib_v4.2.lib 747.0

score 747.0

Repeat_Length 409.0

ident 76.4

Match_Length 209.0

Genomic_Match_Length 207.0

Match_Range 2-211

Repeat_Class Unknown

30478 30271 1354 RepeatMasker:repeat_lib_v4.2.lib 358.0

score 358.0

Repeat_Length 266.0

ident 74.4

Match_Length 134.0

Genomic_Match_Length 125.0

Match_Range 29-163

Repeat_Class Satellite

36194 36069 1354 RepeatMasker:repeat_lib_v4.2.lib 522.0

score 522.0

Repeat_Length 266.0

ident 77.0

Match_Length 112.0

Genomic_Match_Length 112.0

Match_Range 29-141

Repeat_Class Satellite

36395 36283 12215 RepeatMasker:repeat_lib_v4.2.lib 798.0

score 798.0

Repeat_Length 1471.0

ident 75.5

Match_Length 301.0

Genomic_Match_Length 293.0

Match_Range 1027-1328

Repeat_Class DNA/hAT

36740 36447 12215 RepeatMasker:repeat_lib_v4.2.lib 3514.0

score 3514.0

Repeat_Length 1471.0

ident 85.1

Match_Length 689.0

Genomic_Match_Length 690.0

Match_Range 407-1096

Repeat_Class DNA/hAT

37435 36745 1354 RepeatMasker:repeat_lib_v4.2.lib 501.0

score 501.0

Repeat_Length 342.0

ident 79.1

Match_Length 203.0

Genomic_Match_Length 199.0

Match_Range 1-204

Repeat_Class Satellite

37891 37692 1354 RepeatMasker:repeat_lib_v4.2.lib 495.0

score 495.0

Repeat_Length 362.0

ident 80.4

Match_Length 223.0

Genomic_Match_Length 231.0

Match_Range 1-224

Repeat_Class Satellite

38202 37971 1354 RepeatMasker:repeat_lib_v4.2.lib 452.0

score 452.0

Repeat_Length 266.0

ident 75.4

Match_Length 113.0

Genomic_Match_Length 113.0

Match_Range 28-141

Repeat_Class Satellite

38422 38309 2036 RepeatMasker:repeat_lib_v4.2.lib 261.0

score 261.0

Repeat_Length 3158.0

ident 94.2

Match_Length 51.0

Genomic_Match_Length 51.0

Match_Range 2101-2152

Repeat_Class DNA/En-Spm

48057 48006 1980 RepeatMasker:repeat_lib_v4.2.lib 253.0

score 253.0

Repeat_Length 6460.0

ident 91.8

Match_Length 60.0

Genomic_Match_Length 10.0

Match_Range 1238-1298

Repeat_Class DNA/MuDR

48068 48058 15732 RepeatMasker:repeat_lib_v4.2.lib 298.0

score 298.0

Repeat_Length 189.0

ident 87.3

Match_Length 56.0

Genomic_Match_Length 54.0

Match_Range 85-141

Repeat_Class SINE

71474 71420 Contig860 RepeatMasker:repeat_lib_v4.2.lib 240.0

score 240.0

Repeat_Length 791.0

ident 85.1

Match_Length 89.0

Genomic_Match_Length 90.0

Match_Range 219-308

Repeat_Class Unknown

71536 71446 Contig1274 RepeatMasker:repeat_lib_v4.2.lib 288.0

score 288.0

Repeat_Length 586.0

ident 71.3

Match_Length 193.0

Genomic_Match_Length 188.0

Match_Range 369-562

Repeat_Class Unknown

75732 75544 Contig125 RepeatMasker:repeat_lib_v4.2.lib 538.0

score 538.0

Repeat_Length 2420.0

ident 85.4

Match_Length 96.0

Genomic_Match_Length 97.0

Match_Range 88-184

Repeat_Class Unknown

75881 75784 Contig728 RepeatMasker:repeat_lib_v4.2.lib 318.0

score 318.0

Repeat_Length 450.0

ident 74.4

Match_Length 87.0

Genomic_Match_Length 86.0

Match_Range 255-342

Repeat_Class Unknown

78055 77969 Contig58 RepeatMasker:repeat_lib_v4.2.lib 1273.0

score 1273.0

Repeat_Length 3727.0

ident 67.5

Match_Length 3516.0

Genomic_Match_Length 734.0

Match_Range 2-3518

Repeat_Class LTR/Unknown

79418 78684 Contig448 RepeatMasker:repeat_lib_v4.2.lib 1265.0

score 1265.0

Repeat_Length 305.0

ident 78.4

Match_Length 284.0

Genomic_Match_Length 286.0

Match_Range 5-289

Repeat_Class Unknown

79905 79619 Contig415 RepeatMasker:repeat_lib_v4.2.lib 2294.0

score 2294.0

Repeat_Length 1327.0

ident 81.9

Match_Length 511.0

Genomic_Match_Length 505.0

Match_Range 724-1235

Repeat_Class Unknown

80545 80040 Contig1255 RepeatMasker:repeat_lib_v4.2.lib 4965.0

score 4965.0

Repeat_Length 3260.0

ident 78.1

Match_Length 1771.0

Genomic_Match_Length 1782.0

Match_Range 509-2280

Repeat_Class LINE/LINE

82438 80656 Contig386 RepeatMasker:repeat_lib_v4.2.lib 3950.0

score 3950.0

Repeat_Length 716.0

ident 94.1

Match_Length 709.0

Genomic_Match_Length 689.0

Match_Range 3-712

Repeat_Class Unknown/repeat

88992 88303 Contig1212 RepeatMasker:repeat_lib_v4.2.lib 1824.0

score 1824.0

Repeat_Length 485.0

ident 93.3

Match_Length 238.0

Genomic_Match_Length 248.0

Match_Range 1-239

Repeat_Class DNA/Mutator

95797 95549 12127 RepeatMasker:repeat_lib_v4.2.lib 1458.0

score 1458.0

Repeat_Length 3585.0

ident 70.6

Match_Length 555.0

Genomic_Match_Length 534.0

Match_Range 1-556

Repeat_Class LINE

108077 107543 Contig1268 RepeatMasker:repeat_lib_v4.2.lib 345.0

score 345.0

Repeat_Length 113.0

ident 84.3

Match_Length 109.0

Genomic_Match_Length 89.0

Match_Range 4-113

Repeat_Class Unknown

113507 113418 Contig1454 RepeatMasker:repeat_lib_v4.2.lib 422.0

score 422.0

Repeat_Length 600.0

ident 82.7

Match_Length 76.0

Genomic_Match_Length 74.0

Match_Range 207-283

Repeat_Class Unknown

115281 115207 Contig1454 RepeatMasker:repeat_lib_v4.2.lib 330.0

score 330.0

Repeat_Length 600.0

ident 87.5

Match_Length 76.0

Genomic_Match_Length 72.0

Match_Range 1-77

Repeat_Class Unknown

115668 115596 Contig1209 RepeatMasker:repeat_lib_v4.2.lib 804.0

score 804.0

Repeat_Length 719.0

ident 78.2

Match_Length 209.0

Genomic_Match_Length 205.0

Match_Range 42-251

Repeat_Class DNA/En-Spm

117731 117526 genomethreader MicroTom_EST35824fasta.fa OA:genomethreader_1:C02HBa0155C04.1 15261 14379 LA17DG04 1.0

score 1.0

15261 15118 1 144 LA17DG04 1.0

score 1.0

14787 14465 145 467 LA17DG04 1.0

score 1.0

14390 14379 468 479 OA:genomethreader_1:C02HBa0155C04.1 FA19DC12 1.0

score 1.0

15657 15174 1 484 OA:genomethreader_1:C02HBa0155C04.1 FA19DG10 1.0

score 1.0

15657 15174 1 484 OA:genomethreader_1:C02HBa0155C04.1 16061 15458 FA30CA11 1.0

score 1.0

16061 15884 1 178 FA30CA11 1.0

score 1.0

15764 15458 179 485 OA:genomethreader_1:C02HBa0155C04.1 115932 115169 LA17CD01 0.971

score 0.971

115932 115519 1 402 LA17CD01 1.0

score 1.0

115237 115169 403 471 genomethreader S.lycopersicum_ESTs_GenBank.tfa OA:genomethreader_1:C02HBa0155C04.1 15261 14379 BP898883.1 1.0

score 1.0

15261 15118 1 144 BP898883.1 1.0

score 1.0

14787 14465 145 467 BP898883.1 1.0

score 1.0

14390 14379 468 479 OA:genomethreader_1:C02HBa0155C04.1 BP881292.1 1.0

score 1.0

15657 15174 1 484 OA:genomethreader_1:C02HBa0155C04.1 BP881335.1 1.0

score 1.0

15657 15174 1 484 OA:genomethreader_1:C02HBa0155C04.1 16061 15458 BP885094.1 1.0

score 1.0

16061 15884 1 178 BP885094.1 1.0

score 1.0

15764 15458 179 485 OA:genomethreader_1:C02HBa0155C04.1 AI897406.1 1.0

score 1.0

63761 63227 1 535 OA:genomethreader_1:C02HBa0155C04.1 68451 64108 BI923234.1 0.975

score 0.975

68451 68135 1 320 BI923234.1 1.0

score 1.0

65119 64998 321 442 BI923234.1 0.995

score 0.995

64893 64698 443 638 BI923234.1 0.968

score 0.968

64200 64108 639 732 OA:genomethreader_1:C02HBa0155C04.1 68348 64151 BE462467.1 0.958

score 0.958

68348 68135 1 217 BE462467.1 1.0

score 1.0

65119 64998 218 339 BE462467.1 1.0

score 1.0

64893 64698 340 535 BE462467.1 1.0

score 1.0

64200 64151 536 585 OA:genomethreader_1:C02HBa0155C04.1 68322 64151 BE462466.1 0.968

score 0.968

68322 68135 1 189 BE462466.1 1.0

score 1.0

65119 64998 190 311 BE462466.1 1.0

score 1.0

64893 64698 312 507 BE462466.1 1.0

score 1.0

64200 64151 508 557 OA:genomethreader_1:C02HBa0155C04.1 68313 64151 BE462468.1 0.978

score 0.978

68313 68135 1 180 BE462468.1 1.0

score 1.0

65119 64998 181 302 BE462468.1 1.0

score 1.0

64893 64698 303 498 BE462468.1 1.0

score 1.0

64200 64151 499 548 OA:genomethreader_1:C02HBa0155C04.1 68522 64831 AW738470.1 0.977

score 0.977

68522 68135 1 391 AW738470.1 1.0

score 1.0

65119 64998 392 513 AW738470.1 1.0

score 1.0

64893 64831 514 576 OA:genomethreader_1:C02HBa0155C04.1 68508 64857 AW031221.1 0.979

score 0.979

68508 68135 1 377 AW031221.1 0.992

score 0.992

65119 64998 378 499 AW031221.1 1.0

score 1.0

64893 64857 500 536 OA:genomethreader_1:C02HBa0155C04.1 AI486498.1 0.99

score 0.99

69942 69354 1 591 OA:genomethreader_1:C02HBa0155C04.1 BI205608.1 0.793

score 0.793

70333 70131 1 200 OA:genomethreader_1:C02HBa0155C04.1 AW031193.1 0.797

score 0.797

71110 70539 1 569 OA:genomethreader_1:C02HBa0155C04.1 AW030443.1 0.801

score 0.801

71109 70546 23 583 OA:genomethreader_1:C02HBa0155C04.1 AW033162.1 0.798

score 0.798

71121 70557 1 561 OA:genomethreader_1:C02HBa0155C04.1 BF097341.1 0.8

score 0.8

71112 70572 1 538 OA:genomethreader_1:C02HBa0155C04.1 BG134699.1 0.803

score 0.803

71109 70573 26 559 OA:genomethreader_1:C02HBa0155C04.1 115932 115169 BP898773.1 0.971

score 0.971

115932 115519 1 402 BP898773.1 1.0

score 1.0

115237 115169 403 471 genomethreader MicroTom_UNIGENE26_edit.fa OA:genomethreader_1:C02HBa0155C04.1 16061 14379 Contig6623 1.0

score 1.0

16061 15884 1 178 Contig6623 1.0

score 1.0

15764 15118 179 825 Contig6623 1.0

score 1.0

14787 14465 826 1148 Contig6623 1.0

score 1.0

14390 14379 1149 1160 OA:genomethreader_1:C02HBa0155C04.1 Singlet5878 1.0

score 1.0

63761 63227 1 535 OA:genomethreader_1:C02HBa0155C04.1 68522 64108 Contig11856 0.977

score 0.977

68522 68135 1 391 Contig11856 1.0

score 1.0

65119 64998 392 513 Contig11856 1.0

score 1.0

64893 64698 514 709 Contig11856 0.968

score 0.968

64200 64108 710 803 OA:genomethreader_1:C02HBa0155C04.1 Contig12434 0.807

score 0.807

71109 70555 26 577 OA:genomethreader_1:C02HBa0155C04.1 115932 115169 Singlet683 0.971

score 0.971

115932 115519 1 402 Singlet683 1.0

score 1.0

115237 115169 403 471 genomethreader STGI.021005_ST OA:genomethreader_1:C02HBa0155C04.1 16055 15292 TC118264_ST 0.965

score 0.965

16055 15884 1 172 TC118264_ST 0.956

score 0.956

15764 15292 173 645 OA:genomethreader_1:C02HBa0155C04.1 TC129207_ST 0.972

score 0.972

26362 25764 1 600 OA:genomethreader_1:C02HBa0155C04.1 71125 69365 TC113578_ST 0.783

score 0.783

71125 69557 1 1580 TC113578_ST 0.667

score 0.667

69501 69475 1581 1607 TC113578_ST 0.6

score 0.6

69369 69365 1608 1612 OA:genomethreader_1:C02HBa0155C04.1 BQ113180_ST 0.728

score 0.728

110621 110321 1 302 OA:genomethreader_1:C02HBa0155C04.1 TC125948_ST 0.819

score 0.819

112984 112797 55 248 genomethreader STGI.021005_ST.Unmasked OA:genomethreader_1:C02HBa0155C04.1 16055 15292 TC118264_ST 0.965

score 0.965

16055 15884 1 172 TC118264_ST 0.956

score 0.956

15764 15292 173 645 OA:genomethreader_1:C02HBa0155C04.1 TC129207_ST 0.972

score 0.972

26362 25764 1 600 OA:genomethreader_1:C02HBa0155C04.1 71125 69365 TC113578_ST 0.783

score 0.783

71125 69557 1 1580 TC113578_ST 0.667

score 0.667

69501 69475 1581 1607 TC113578_ST 0.6

score 0.6

69369 69365 1608 1612 OA:genomethreader_1:C02HBa0155C04.1 88229 87598 CV431342_ST 0.766

score 0.766

88229 88033 1 186 CV431342_ST 0.819

score 0.819

87946 87598 187 533 OA:genomethreader_1:C02HBa0155C04.1 TC112330_ST 0.828

score 0.828

95819 95559 94 340 OA:genomethreader_1:C02HBa0155C04.1 CK851918_ST 0.885

score 0.885

95740 95559 82 266 OA:genomethreader_1:C02HBa0155C04.1 BQ113180_ST 0.728

score 0.728

110621 110321 1 302 OA:genomethreader_1:C02HBa0155C04.1 TC125948_ST 0.819

score 0.819

112984 112797 55 248 genomethreader Solanaceae_sgn_all.Unmasked OA:genomethreader_1:C02HBa0155C04.1 16054 15243 U284697 0.971

score 0.971

16054 15884 1 171 U284697 0.954

score 0.954

15764 15243 172 693 OA:genomethreader_1:C02HBa0155C04.1 U276974 0.968

score 0.968

26361 25728 1 635 OA:genomethreader_1:C02HBa0155C04.1 U241118 1.0

score 1.0

63760 63277 1 484 OA:genomethreader_1:C02HBa0155C04.1 68520 64126 U220296 0.979

score 0.979

68520 68135 1 389 U220296 1.0

score 1.0

65119 64998 390 511 U220296 1.0

score 1.0

64893 64698 512 707 U220296 1.0

score 1.0

64200 64126 708 782 OA:genomethreader_1:C02HBa0155C04.1 70332 65932 U218813 0.746

score 0.746

70332 69557 1 789 U218813 0.63

score 0.63

69221 69195 790 814 U218813 0.531

score 0.531

67032 67001 815 847 U218813 0.561

score 0.561

66731 66666 848 906 U218813 0.545

score 0.545

66485 66464 907 928 U218813 0.513

score 0.513

65970 65932 929 967 OA:genomethreader_1:C02HBa0155C04.1 70724 69356 U273166 0.788

score 0.788

70724 69634 19 1116 U273166 0.615

score 0.615

69561 69484 1117 1192 U273166 0.571

score 0.571

69369 69356 1193 1205 OA:genomethreader_1:C02HBa0155C04.1 U273167 0.801

score 0.801

71115 70544 1 569 OA:genomethreader_1:C02HBa0155C04.1 88229 87598 U294134 0.766

score 0.766

88229 88033 1 186 U294134 0.819

score 0.819

87946 87598 187 533 OA:genomethreader_1:C02HBa0155C04.1 U287177 0.884

score 0.884

95740 95543 86 286 OA:genomethreader_1:C02HBa0155C04.1 U296111 0.738

score 0.738

110631 110346 21 307 genomethreader Solanaceae_sgn_all OA:genomethreader_1:C02HBa0155C04.1 16054 15243 U284697 0.971

score 0.971

16054 15884 1 171 U284697 0.954

score 0.954

15764 15243 172 693 OA:genomethreader_1:C02HBa0155C04.1 U276974 0.968

score 0.968

26361 25728 1 635 OA:genomethreader_1:C02HBa0155C04.1 33608 30102 U208856 0.748

score 0.748

33608 32975 1 635 U208856 0.64

score 0.64

30199 30102 636 731 OA:genomethreader_1:C02HBa0155C04.1 U241118 1.0

score 1.0

63760 63277 1 484 OA:genomethreader_1:C02HBa0155C04.1 68520 64126 U220296 0.979

score 0.979

68520 68135 1 389 U220296 1.0

score 1.0

65119 64998 390 511 U220296 1.0

score 1.0

64893 64698 512 707 U220296 1.0

score 1.0

64200 64126 708 782 OA:genomethreader_1:C02HBa0155C04.1 70332 65932 U218813 0.746

score 0.746

70332 69557 1 789 U218813 0.63

score 0.63

69221 69195 790 814 U218813 0.531

score 0.531

67032 67001 815 847 U218813 0.561

score 0.561

66731 66666 848 906 U218813 0.545

score 0.545

66485 66464 907 928 U218813 0.513

score 0.513

65970 65932 929 967 OA:genomethreader_1:C02HBa0155C04.1 70724 69356 U273166 0.788

score 0.788

70724 69634 19 1116 U273166 0.615

score 0.615

69561 69484 1117 1192 U273166 0.571

score 0.571

69369 69356 1193 1205 OA:genomethreader_1:C02HBa0155C04.1 U273167 0.801

score 0.801

71115 70544 1 569 OA:genomethreader_1:C02HBa0155C04.1 U296111 0.738

score 0.738

110631 110346 21 307 genomethreader S.lycopersicum_ESTs_GenBank.tfa.Unmasked OA:genomethreader_1:C02HBa0155C04.1 15261 14379 BP898883.1 1.0

score 1.0

15261 15118 1 144 BP898883.1 1.0

score 1.0

14787 14465 145 467 BP898883.1 1.0

score 1.0

14390 14379 468 479 OA:genomethreader_1:C02HBa0155C04.1 BP881292.1 1.0

score 1.0

15657 15174 1 484 OA:genomethreader_1:C02HBa0155C04.1 BP881335.1 1.0

score 1.0

15657 15174 1 484 OA:genomethreader_1:C02HBa0155C04.1 16061 15458 BP885094.1 1.0

score 1.0

16061 15884 1 178 BP885094.1 1.0

score 1.0

15764 15458 179 485 OA:genomethreader_1:C02HBa0155C04.1 51662 47917 BP910090.1 0.769

score 0.769

51662 51637 1 26 BP910090.1 0.806

score 0.806

50448 50418 27 56 BP910090.1 0.762

score 0.762

49422 49402 57 76 BP910090.1 0.913

score 0.913

49258 49236 77 99 BP910090.1 0.738

score 0.738

48046 47917 100 221 OA:genomethreader_1:C02HBa0155C04.1 51667 47918 BP910090.1 0.742

score 0.742

51667 51637 1 31 BP910090.1 0.806

score 0.806

50448 50418 32 61 BP910090.1 0.8

score 0.8

49422 49408 62 76 BP910090.1 0.96

score 0.96

49257 49233 77 101 BP910090.1 0.734

score 0.734

48045 47918 102 221 OA:genomethreader_1:C02HBa0155C04.1 AI897406.1 1.0

score 1.0

63761 63227 1 535 OA:genomethreader_1:C02HBa0155C04.1 68451 64108 BI923234.1 0.975

score 0.975

68451 68135 1 320 BI923234.1 1.0

score 1.0

65119 64998 321 442 BI923234.1 0.995

score 0.995

64893 64698 443 638 BI923234.1 0.968

score 0.968

64200 64108 639 732 OA:genomethreader_1:C02HBa0155C04.1 68348 64151 BE462467.1 0.958

score 0.958

68348 68135 1 217 BE462467.1 1.0

score 1.0

65119 64998 218 339 BE462467.1 1.0

score 1.0

64893 64698 340 535 BE462467.1 1.0

score 1.0

64200 64151 536 585 OA:genomethreader_1:C02HBa0155C04.1 68322 64151 BE462466.1 0.968

score 0.968

68322 68135 1 189 BE462466.1 1.0

score 1.0

65119 64998 190 311 BE462466.1 1.0

score 1.0

64893 64698 312 507 BE462466.1 1.0

score 1.0

64200 64151 508 557 OA:genomethreader_1:C02HBa0155C04.1 68313 64151 BE462468.1 0.978

score 0.978

68313 68135 1 180 BE462468.1 1.0

score 1.0

65119 64998 181 302 BE462468.1 1.0

score 1.0

64893 64698 303 498 BE462468.1 1.0

score 1.0

64200 64151 499 548 OA:genomethreader_1:C02HBa0155C04.1 68522 64831 AW738470.1 0.977

score 0.977

68522 68135 1 391 AW738470.1 1.0

score 1.0

65119 64998 392 513 AW738470.1 1.0

score 1.0

64893 64831 514 576 OA:genomethreader_1:C02HBa0155C04.1 68508 64857 AW031221.1 0.979

score 0.979

68508 68135 1 377 AW031221.1 0.992

score 0.992

65119 64998 378 499 AW031221.1 1.0

score 1.0

64893 64857 500 536 OA:genomethreader_1:C02HBa0155C04.1 AI486498.1 0.99

score 0.99

69942 69354 1 591 OA:genomethreader_1:C02HBa0155C04.1 BI205608.1 0.793

score 0.793

70333 70131 1 200 OA:genomethreader_1:C02HBa0155C04.1 AW031193.1 0.797

score 0.797

71110 70539 1 569 OA:genomethreader_1:C02HBa0155C04.1 AW030443.1 0.801

score 0.801

71109 70546 23 583 OA:genomethreader_1:C02HBa0155C04.1 AW033162.1 0.798

score 0.798

71121 70557 1 561 OA:genomethreader_1:C02HBa0155C04.1 BF097341.1 0.8

score 0.8

71112 70572 1 538 OA:genomethreader_1:C02HBa0155C04.1 BG134699.1 0.803

score 0.803

71109 70573 26 559 OA:genomethreader_1:C02HBa0155C04.1 BG630422.1 0.823

score 0.823

87954 87638 1 302 OA:genomethreader_1:C02HBa0155C04.1 AW030957.1 0.921

score 0.921

88754 88313 31 472 OA:genomethreader_1:C02HBa0155C04.1 104182 99191 BG628384.1 0.864

score 0.864

104182 103933 1 251 BG628384.1 0.5

score 0.5

102493 102458 252 285 BG628384.1 0.607

score 0.607

102385 102358 286 313 BG628384.1 0.462

score 0.462

101733 101695 314 350 BG628384.1 0.485

score 0.485

100182 100150 351 382 BG628384.1 0.559

score 0.559

99224 99191 383 415 genomethreader Tomato_200607.seq.Unmasked OA:genomethreader_1:C02HBa0155C04.1 SGN-E393065 0.847

score 0.847

9966 9496 1 475 OA:genomethreader_1:C02HBa0155C04.1 SGN-E393076 0.92

score 0.92

9966 9643 1 326 OA:genomethreader_1:C02HBa0155C04.1 12511 9644 SGN-E379427 0.557

score 0.557

12511 12442 1 68 SGN-E379427 0.569

score 0.569

11880 11823 69 125 SGN-E379427 0.611

score 0.611

11568 11551 126 141 SGN-E379427 0.55

score 0.55

10405 10386 142 161 SGN-E379427 0.828

score 0.828

10222 9979 162 395 SGN-E379427 0.628

score 0.628

9842 9644 396 607 OA:genomethreader_1:C02HBa0155C04.1 SGN-E393075 0.915

score 0.915

9966 9660 1 309 OA:genomethreader_1:C02HBa0155C04.1 SGN-E392727 0.888

score 0.888

9966 9815 1 154 OA:genomethreader_1:C02HBa0155C04.1 15262 14031 SGN-E728471 1.0

score 1.0

15262 15118 1 145 SGN-E728471 1.0

score 1.0

14787 14465 146 468 SGN-E728471 1.0

score 1.0

14390 14031 469 828 OA:genomethreader_1:C02HBa0155C04.1 15657 14442 SGN-E702879 1.0

score 1.0

15657 15118 1 540 SGN-E702879 1.0

score 1.0

14787 14442 541 886 OA:genomethreader_1:C02HBa0155C04.1 15657 14466 SGN-E702836 1.0

score 1.0

15657 15118 1 540 SGN-E702836 1.0

score 1.0

14787 14466 541 862 OA:genomethreader_1:C02HBa0155C04.1 16061 14748 SGN-E706637 1.0

score 1.0

16061 15884 1 178 SGN-E706637 1.0

score 1.0

15764 15118 179 825 SGN-E706637 0.925

score 0.925

14787 14748 826 865 OA:genomethreader_1:C02HBa0155C04.1 51341 50418 SGN-E375251 0.602

score 0.602

51341 51219 1 117 SGN-E375251 0.806

score 0.806

50448 50418 118 148 OA:genomethreader_1:C02HBa0155C04.1 SGN-E242003 1.0

score 1.0

63760 63276 1 485 OA:genomethreader_1:C02HBa0155C04.1 68351 64121 SGN-E313300 0.959

score 0.959

68351 68135 1 220 SGN-E313300 1.0

score 1.0

65119 64998 221 342 SGN-E313300 1.0

score 1.0

64893 64698 343 538 SGN-E313300 1.0

score 1.0

64200 64121 539 618 OA:genomethreader_1:C02HBa0155C04.1 68450 64125 SGN-E214745 0.975

score 0.975

68450 68135 1 319 SGN-E214745 1.0

score 1.0

65119 64998 320 441 SGN-E214745 0.995

score 0.995

64893 64698 442 637 SGN-E214745 0.987

score 0.987

64200 64125 638 713 OA:genomethreader_1:C02HBa0155C04.1 68315 64130 SGN-E313301 0.978

score 0.978

68315 68135 1 182 SGN-E313301 1.0

score 1.0

65119 64998 183 304 SGN-E313301 1.0

score 1.0

64893 64698 305 500 SGN-E313301 1.0

score 1.0

64200 64130 501 571 OA:genomethreader_1:C02HBa0155C04.1 68318 64717 SGN-E313390 0.973

score 0.973

68318 68135 1 185 SGN-E313390 1.0

score 1.0

65119 64998 186 307 SGN-E313390 1.0

score 1.0

64893 64717 308 484 OA:genomethreader_1:C02HBa0155C04.1 68507 64783 SGN-E551507 0.979

score 0.979

68507 68135 6 381 SGN-E551507 1.0

score 1.0

65119 64998 382 503 SGN-E551507 1.0

score 1.0

64893 64783 504 614 OA:genomethreader_1:C02HBa0155C04.1 68507 64783 SGN-E688382 0.979

score 0.979

68507 68135 6 381 SGN-E688382 1.0

score 1.0

65119 64998 382 503 SGN-E688382 1.0

score 1.0

64893 64783 504 614 OA:genomethreader_1:C02HBa0155C04.1 68520 64878 SGN-E331673 0.979

score 0.979

68520 68135 1 389 SGN-E331673 1.0

score 1.0

65119 64998 390 511 SGN-E331673 1.0

score 1.0

64893 64878 512 527 OA:genomethreader_1:C02HBa0155C04.1 68506 64885 SGN-E202595 0.978

score 0.978

68506 68135 1 375 SGN-E202595 0.992

score 0.992

65119 64998 376 497 SGN-E202595 1.0

score 1.0

64893 64885 498 506 OA:genomethreader_1:C02HBa0155C04.1 SGN-E389948 0.987

score 0.987

69936 69254 1 684 OA:genomethreader_1:C02HBa0155C04.1 SGN-E233057 0.996

score 0.996

69935 69401 1 536 OA:genomethreader_1:C02HBa0155C04.1 SGN-E240849 0.674

score 0.674

70375 69916 1 469 OA:genomethreader_1:C02HBa0155C04.1 SGN-E351717 0.74

score 0.74

70332 70071 1 254 OA:genomethreader_1:C02HBa0155C04.1 SGN-E201905 0.804

score 0.804

71109 70559 1 548 OA:genomethreader_1:C02HBa0155C04.1 SGN-E337683 0.803

score 0.803

71109 70572 24 558 OA:genomethreader_1:C02HBa0155C04.1 SGN-E299605 0.801

score 0.801

71111 70573 1 536 OA:genomethreader_1:C02HBa0155C04.1 SGN-E206456 0.803

score 0.803

71109 70573 22 555 OA:genomethreader_1:C02HBa0155C04.1 SGN-E204099 0.798

score 0.798

71120 70582 1 535 OA:genomethreader_1:C02HBa0155C04.1 88754 83059 SGN-E379112 0.917

score 0.917

88754 88309 32 478 SGN-E379112 0.583

score 0.583

88252 88229 479 500 SGN-E379112 0.556

score 0.556

88088 88071 501 518 SGN-E379112 0.5

score 0.5

87946 87941 519 524 SGN-E379112 0.605

score 0.605

86324 86249 525 595 SGN-E379112 0.6

score 0.6

85842 85828 596 609 SGN-E379112 0.632

score 0.632

85028 85010 610 628 SGN-E379112 0.529

score 0.529

84923 84890 629 661 SGN-E379112 0.581

score 0.581

83151 83059 662 751 OA:genomethreader_1:C02HBa0155C04.1 SGN-E281559 0.77

score 0.77

87870 87684 1 181 OA:genomethreader_1:C02HBa0155C04.1 88754 88064 SGN-E394609 0.921

score 0.921

88754 88311 31 474 SGN-E394609 0.538

score 0.538

88252 88240 475 486 SGN-E394609 0.68

score 0.68

88088 88064 487 508 OA:genomethreader_1:C02HBa0155C04.1 88652 88064 SGN-E394141 0.918

score 0.918

88652 88311 1 342 SGN-E394141 0.538

score 0.538

88252 88240 343 354 SGN-E394141 0.68

score 0.68

88088 88064 355 376 OA:genomethreader_1:C02HBa0155C04.1 88754 88083 SGN-E379618 0.921

score 0.921

88754 88311 30 473 SGN-E379618 1.0

score 1.0

88088 88083 474 479 OA:genomethreader_1:C02HBa0155C04.1 SGN-E200845 0.919

score 0.919

88754 88334 30 451 OA:genomethreader_1:C02HBa0155C04.1 104181 98759 SGN-E220828 0.863

score 0.863

104181 103933 1 250 SGN-E220828 0.5

score 0.5

102493 102458 251 284 SGN-E220828 0.607

score 0.607

102385 102358 285 312 SGN-E220828 0.462

score 0.462

101733 101695 313 349 SGN-E220828 0.636

score 0.636

100182 100150 350 378 SGN-E220828 0.591

score 0.591

98802 98759 379 421 OA:genomethreader_1:C02HBa0155C04.1 104181 99053 SGN-E220902 0.863

score 0.863

104181 103933 1 250 SGN-E220902 0.5

score 0.5

102493 102458 251 284 SGN-E220902 0.607

score 0.607

102385 102358 285 312 SGN-E220902 0.462

score 0.462

101733 101695 313 349 SGN-E220902 0.636

score 0.636

100182 100150 350 378 SGN-E220902 0.667

score 0.667

99775 99770 379 384 SGN-E220902 0.536

score 0.536

99224 99169 385 436 SGN-E220902 0.525

score 0.525

99092 99053 437 476 genomethreader LGI.100604_SL.Unmasked OA:genomethreader_1:C02HBa0155C04.1 AI897406_SL 1.0

score 1.0

63761 63331 1 431 OA:genomethreader_1:C02HBa0155C04.1 68521 64108 TC150702_SL 0.979

score 0.979

68521 68135 1 390 TC150702_SL 1.0

score 1.0

65119 64998 391 512 TC150702_SL 1.0

score 1.0

64893 64698 513 708 TC150702_SL 0.968

score 0.968

64200 64108 709 802 OA:genomethreader_1:C02HBa0155C04.1 AI486498_SL 0.996

score 0.996

69936 69381 1 557 OA:genomethreader_1:C02HBa0155C04.1 TC150447_SL 0.807

score 0.807

71109 70555 26 577 OA:genomethreader_1:C02HBa0155C04.1 AW030957_SL 0.925

score 0.925

88754 88357 31 430 OA:genomethreader_1:C02HBa0155C04.1 AW216726_SL 0.712

score 0.712

95795 95529 77 350 OA:genomethreader_1:C02HBa0155C04.1 104164 98728 BG628384_SL 0.866

score 0.866

104164 103933 1 233 BG628384_SL 0.5

score 0.5

102493 102458 234 267 BG628384_SL 0.607

score 0.607

102385 102358 268 295 BG628384_SL 0.462

score 0.462

101733 101695 296 332 BG628384_SL 0.636

score 0.636

100182 100150 333 361 BG628384_SL 0.527

score 0.527

98818 98728 362 452 genomethreader MicroTom_UNIGENE26_edit.fa.Unmasked OA:genomethreader_1:C02HBa0155C04.1 16061 14379 Contig6623 1.0

score 1.0

16061 15884 1 178 Contig6623 1.0

score 1.0

15764 15118 179 825 Contig6623 1.0

score 1.0

14787 14465 826 1148 Contig6623 1.0

score 1.0

14390 14379 1149 1160 OA:genomethreader_1:C02HBa0155C04.1 51662 47917 Contig1287 0.769

score 0.769

51662 51637 1 26 Contig1287 0.806

score 0.806

50448 50418 27 56 Contig1287 0.762

score 0.762

49422 49402 57 76 Contig1287 0.913

score 0.913

49258 49236 77 99 Contig1287 0.738

score 0.738

48046 47917 100 221 OA:genomethreader_1:C02HBa0155C04.1 51667 47918 Contig1287 0.742

score 0.742

51667 51637 1 31 Contig1287 0.806

score 0.806

50448 50418 32 61 Contig1287 0.8

score 0.8

49422 49408 62 76 Contig1287 0.96

score 0.96

49257 49233 77 101 Contig1287 0.734

score 0.734

48045 47918 102 221 OA:genomethreader_1:C02HBa0155C04.1 Singlet5878 1.0

score 1.0

63761 63227 1 535 OA:genomethreader_1:C02HBa0155C04.1 68522 64108 Contig11856 0.977

score 0.977

68522 68135 1 391 Contig11856 1.0

score 1.0

65119 64998 392 513 Contig11856 1.0

score 1.0

64893 64698 514 709 Contig11856 0.968

score 0.968

64200 64108 710 803 OA:genomethreader_1:C02HBa0155C04.1 Contig12434 0.807

score 0.807

71109 70555 26 577 OA:genomethreader_1:C02HBa0155C04.1 Singlet7832 0.823

score 0.823

87954 87638 1 302 genomethreader TOBACCOS_NT_NB.Unmasked OA:genomethreader_1:C02HBa0155C04.1 19675 19144 CK297372_NB 0.652

score 0.652

19675 19607 1 67 CK297372_NB 0.848

score 0.848

19209 19144 68 131 OA:genomethreader_1:C02HBa0155C04.1 BP132069_NT 0.859

score 0.859

35418 34829 82 675 OA:genomethreader_1:C02HBa0155C04.1 50448 47911 CK297372_NB 0.806

score 0.806

50448 50418 1 30 CK297372_NB 0.762

score 0.762

49422 49402 31 50 CK297372_NB 0.794

score 0.794

49258 49225 51 84 CK297372_NB 0.726

score 0.726

48045 47911 85 211 OA:genomethreader_1:C02HBa0155C04.1 68489 64436 CK282361_NB 0.848

score 0.848

68489 68135 24 381 CK282361_NB 0.951

score 0.951

65119 64998 382 503 CK282361_NB 0.806

score 0.806

64893 64436 504 967 OA:genomethreader_1:C02HBa0155C04.1 CK289097_NB 0.821

score 0.821

71496 71441 61 114 genomethreader Tomato_200607.seq OA:genomethreader_1:C02HBa0155C04.1 15262 14031 SGN-E728471 1.0

score 1.0

15262 15118 1 145 SGN-E728471 1.0

score 1.0

14787 14465 146 468 SGN-E728471 1.0

score 1.0

14390 14031 469 828 OA:genomethreader_1:C02HBa0155C04.1 15657 14442 SGN-E702879 1.0

score 1.0

15657 15118 1 540 SGN-E702879 1.0

score 1.0

14787 14442 541 886 OA:genomethreader_1:C02HBa0155C04.1 15657 14466 SGN-E702836 1.0

score 1.0

15657 15118 1 540 SGN-E702836 1.0

score 1.0

14787 14466 541 862 OA:genomethreader_1:C02HBa0155C04.1 16061 14748 SGN-E706637 1.0

score 1.0

16061 15884 1 178 SGN-E706637 1.0

score 1.0

15764 15118 179 825 SGN-E706637 0.925

score 0.925

14787 14748 826 865 OA:genomethreader_1:C02HBa0155C04.1 SGN-E242003 1.0

score 1.0

63760 63276 1 485 OA:genomethreader_1:C02HBa0155C04.1 68351 64121 SGN-E313300 0.959

score 0.959

68351 68135 1 220 SGN-E313300 1.0

score 1.0

65119 64998 221 342 SGN-E313300 1.0

score 1.0

64893 64698 343 538 SGN-E313300 1.0

score 1.0

64200 64121 539 618 OA:genomethreader_1:C02HBa0155C04.1 68450 64125 SGN-E214745 0.975

score 0.975

68450 68135 1 319 SGN-E214745 1.0

score 1.0

65119 64998 320 441 SGN-E214745 0.995

score 0.995

64893 64698 442 637 SGN-E214745 0.987

score 0.987

64200 64125 638 713 OA:genomethreader_1:C02HBa0155C04.1 68315 64130 SGN-E313301 0.978

score 0.978

68315 68135 1 182 SGN-E313301 1.0

score 1.0

65119 64998 183 304 SGN-E313301 1.0

score 1.0

64893 64698 305 500 SGN-E313301 1.0

score 1.0

64200 64130 501 571 OA:genomethreader_1:C02HBa0155C04.1 68318 64717 SGN-E313390 0.973

score 0.973

68318 68135 1 185 SGN-E313390 1.0

score 1.0

65119 64998 186 307 SGN-E313390 1.0

score 1.0

64893 64717 308 484 OA:genomethreader_1:C02HBa0155C04.1 68507 64783 SGN-E551507 0.979

score 0.979

68507 68135 6 381 SGN-E551507 1.0

score 1.0

65119 64998 382 503 SGN-E551507 1.0

score 1.0

64893 64783 504 614 OA:genomethreader_1:C02HBa0155C04.1 68507 64783 SGN-E688382 0.979

score 0.979

68507 68135 6 381 SGN-E688382 1.0

score 1.0

65119 64998 382 503 SGN-E688382 1.0

score 1.0

64893 64783 504 614 OA:genomethreader_1:C02HBa0155C04.1 68520 64878 SGN-E331673 0.979

score 0.979

68520 68135 1 389 SGN-E331673 1.0

score 1.0

65119 64998 390 511 SGN-E331673 1.0

score 1.0

64893 64878 512 527 OA:genomethreader_1:C02HBa0155C04.1 68506 64885 SGN-E202595 0.978

score 0.978

68506 68135 1 375 SGN-E202595 0.992

score 0.992

65119 64998 376 497 SGN-E202595 1.0

score 1.0

64893 64885 498 506 OA:genomethreader_1:C02HBa0155C04.1 SGN-E389948 0.987

score 0.987

69936 69254 1 684 OA:genomethreader_1:C02HBa0155C04.1 SGN-E233057 0.996

score 0.996

69935 69401 1 536 OA:genomethreader_1:C02HBa0155C04.1 SGN-E240849 0.674

score 0.674

70375 69916 1 469 OA:genomethreader_1:C02HBa0155C04.1 SGN-E351717 0.74

score 0.74

70332 70071 1 254 OA:genomethreader_1:C02HBa0155C04.1 SGN-E201905 0.804

score 0.804

71109 70559 1 548 OA:genomethreader_1:C02HBa0155C04.1 SGN-E337683 0.803

score 0.803

71109 70572 24 558 OA:genomethreader_1:C02HBa0155C04.1 SGN-E299605 0.801

score 0.801

71111 70573 1 536 OA:genomethreader_1:C02HBa0155C04.1 SGN-E206456 0.803

score 0.803

71109 70573 22 555 OA:genomethreader_1:C02HBa0155C04.1 SGN-E204099 0.798

score 0.798

71120 70582 1 535 genomethreader Tomato_200607_build_1.seq OA:genomethreader_1:C02HBa0155C04.1 16061 14032 SGN-U326581 1.0

score 1.0

16061 15884 1 178 SGN-U326581 1.0

score 1.0

15764 15118 179 825 SGN-U326581 1.0

score 1.0

14787 14465 826 1148 SGN-U326581 1.0

score 1.0

14390 14032 1149 1507 OA:genomethreader_1:C02HBa0155C04.1 SGN-U345652 0.923

score 0.923

63761 62844 73 966 OA:genomethreader_1:C02HBa0155C04.1 68520 64126 SGN-U321837 0.979

score 0.979

68520 68135 1 389 SGN-U321837 1.0

score 1.0

65119 64998 390 511 SGN-U321837 1.0

score 1.0

64893 64698 512 707 SGN-U321837 1.0

score 1.0

64200 64126 708 782 OA:genomethreader_1:C02HBa0155C04.1 70332 65932 SGN-U320734 0.746

score 0.746

70332 69557 1 789 SGN-U320734 0.63

score 0.63

69221 69195 790 814 SGN-U320734 0.531

score 0.531

67032 67001 815 847 SGN-U320734 0.561

score 0.561

66731 66666 848 906 SGN-U320734 0.545

score 0.545

66485 66464 907 928 SGN-U320734 0.513

score 0.513

65970 65932 929 967 OA:genomethreader_1:C02HBa0155C04.1 SGN-U326099 0.996

score 0.996

69936 69255 1 683 OA:genomethreader_1:C02HBa0155C04.1 SGN-U322889 0.807

score 0.807

71109 70555 24 575 genomethreader Tomato_200607_build_1.seq.Unmasked OA:genomethreader_1:C02HBa0155C04.1 16061 14032 SGN-U326581 1.0

score 1.0

16061 15884 1 178 SGN-U326581 1.0

score 1.0

15764 15118 179 825 SGN-U326581 1.0

score 1.0

14787 14465 826 1148 SGN-U326581 1.0

score 1.0

14390 14032 1149 1507 OA:genomethreader_1:C02HBa0155C04.1 SGN-U345652 0.923

score 0.923

63761 62844 73 966 OA:genomethreader_1:C02HBa0155C04.1 68520 64126 SGN-U321837 0.979

score 0.979

68520 68135 1 389 SGN-U321837 1.0

score 1.0

65119 64998 390 511 SGN-U321837 1.0

score 1.0

64893 64698 512 707 SGN-U321837 1.0

score 1.0

64200 64126 708 782 OA:genomethreader_1:C02HBa0155C04.1 70332 65932 SGN-U320734 0.746

score 0.746

70332 69557 1 789 SGN-U320734 0.63

score 0.63

69221 69195 790 814 SGN-U320734 0.531

score 0.531

67032 67001 815 847 SGN-U320734 0.561

score 0.561

66731 66666 848 906 SGN-U320734 0.545

score 0.545

66485 66464 907 928 SGN-U320734 0.513

score 0.513

65970 65932 929 967 OA:genomethreader_1:C02HBa0155C04.1 SGN-U326099 0.996

score 0.996

69936 69255 1 683 OA:genomethreader_1:C02HBa0155C04.1 SGN-U322889 0.807

score 0.807

71109 70555 24 575 genomethreader LGI.100604_SL OA:genomethreader_1:C02HBa0155C04.1 AI897406_SL 1.0

score 1.0

63761 63331 1 431 OA:genomethreader_1:C02HBa0155C04.1 68521 64108 TC150702_SL 0.979

score 0.979

68521 68135 1 390 TC150702_SL 1.0

score 1.0

65119 64998 391 512 TC150702_SL 1.0

score 1.0

64893 64698 513 708 TC150702_SL 0.968

score 0.968

64200 64108 709 802 OA:genomethreader_1:C02HBa0155C04.1 AI486498_SL 0.996

score 0.996

69936 69381 1 557 OA:genomethreader_1:C02HBa0155C04.1 TC150447_SL 0.807

score 0.807

71109 70555 26 577 genomethreader uniprot_trembl_plants.Unmasked OA:genomethreader_1:C02HBa0155C04.1 Q6L444_SOLDE 0.756

score 0.756

71108 69541 1 527 OA:genomethreader_1:C02HBa0155C04.1 Q5XWR4_SOLTU 0.761

score 0.761

71108 69544 1 527 genomethreader uniprot_trembl_plants OA:genomethreader_1:C02HBa0155C04.1 Q6L444_SOLDE 0.756

score 0.756

71108 69541 1 527 OA:genomethreader_1:C02HBa0155C04.1 Q5XWR4_SOLTU 0.761

score 0.761

71108 69544 1 527 genomethreader TOBACCOS_NT_NB OA:genomethreader_1:C02HBa0155C04.1 19675 19144 CK297372_NB 0.652

score 0.652

19675 19607 1 67 CK297372_NB 0.848

score 0.848

19209 19144 68 131 OA:genomethreader_1:C02HBa0155C04.1 19674 19144 CK297372_NB 0.647

score 0.647

19674 19607 1 66 CK297372_NB 0.848

score 0.848

19209 19144 67 130 OA:genomethreader_1:C02HBa0155C04.1 CK289097_NB 0.887

score 0.887

19200 19148 63 114 OA:genomethreader_1:C02HBa0155C04.1 BP132069_NT 0.859

score 0.859

35418 34829 82 675 OA:genomethreader_1:C02HBa0155C04.1 68489 64436 CK282361_NB 0.848

score 0.848

68489 68135 24 381 CK282361_NB 0.951

score 0.951

65119 64998 382 503 CK282361_NB 0.806

score 0.806

64893 64436 504 967 genomethreader MicroTom_EST35824fasta.fa.Unmasked OA:genomethreader_1:C02HBa0155C04.1 15261 14379 LA17DG04 1.0

score 1.0

15261 15118 1 144 LA17DG04 1.0

score 1.0

14787 14465 145 467 LA17DG04 1.0

score 1.0

14390 14379 468 479 OA:genomethreader_1:C02HBa0155C04.1 FA19DC12 1.0

score 1.0

15657 15174 1 484 OA:genomethreader_1:C02HBa0155C04.1 FA19DG10 1.0

score 1.0

15657 15174 1 484 OA:genomethreader_1:C02HBa0155C04.1 16061 15458 FA30CA11 1.0

score 1.0

16061 15884 1 178 FA30CA11 1.0

score 1.0

15764 15458 179 485 OA:genomethreader_1:C02HBa0155C04.1 51662 47917 LC18BF11 0.769

score 0.769

51662 51637 1 26 LC18BF11 0.806

score 0.806

50448 50418 27 56 LC18BF11 0.762

score 0.762

49422 49402 57 76 LC18BF11 0.913

score 0.913

49258 49236 77 99 LC18BF11 0.738

score 0.738

48046 47917 100 221 OA:genomethreader_1:C02HBa0155C04.1 51667 47918 LC18BF11 0.742

score 0.742

51667 51637 1 31 LC18BF11 0.806

score 0.806

50448 50418 32 61 LC18BF11 0.8

score 0.8

49422 49408 62 76 LC18BF11 0.96

score 0.96

49257 49233 77 101 LC18BF11 0.734

score 0.734

48045 47918 102 221