C02HBa0155D20.1 AAGCTTGATCAGCTAAATCATGATGGTACCATCATTAGTAAAGTGCCTTA ATTAATTTCTGTTGGAGAAGTTAGATATACCTTTCAACTGTCAAATTAAA CAGAAATTAAAGTCGTAATAAATATAATTTTTTATTTACTAAAATCCTTA CATCAATCCAAATCTAGTTGTATAAAGAAAAAGTATGAAATAATTGAAAA TGTAGCAATTTAGTAGTATATACATGACACATTTCTTCGTGTACATTACC ATCACAAAATGGTCTTTTATTAATTAATGGGTAATGTTTTATTTTGATAT TGATATATTTCACTTGATTAAAATGATTTTAACGTGTAATAGGTGTGTTG ATTTTGGTCCTTAATATATTGGATTTAGATGAGATGATCTCTAATGTATA ACAAATGTGTTCATTTCGGTCATTAACTTAACAGATTTATCAAAAGAAAA GGCTTAAGTCATTTGCGGCCTCTTAATGTTATCTACATAATTCACTTAGA CACCTGAACTAGAACTTATACCTATTGAACACCTAAATTATTCAAGAAAT GTGCCTATTAAACACAAAACGCTGATGTGACAAAATAAGTGTATCTCACT ACTGCTGAGCGCGTGAATGCATTTTTTTAATTTTTTAAAAAAATATTTAT ACCTACTTTGTTGACACTTGGCATGCATTGACTAAATATATACATAAAAA ATAATTTAATTAAACATAAATTTTTTAAATCAAAAAAAAAAAAAATCACC CCCACACTCATCTTCCTTCAACCCACCATTTTAAAAACTTCAAATTTCTT TGCCTTTTGTTATGGTTCATTTTTTTTCATTTTCTGTAAACAAAGTACCT ATTGAATTTTCAAGAAGAAGAAAAAATGTACCATTTGGAGTTAAAAAATT GATCAATATATGTACATTTTTATTTTCAATAACTTCAATTGAGCAACTAT CACCATTCATAAACTTATGAAAAATGCTATAAAATATTTGATATAATTTT AATTTCTCTTCGTTATCAATTTCAAAATAATTTATCAAGGTCGTTTATAT TTACAAAATCGAAATAGTCGTCGGAGGAATAGCATATAACGGAAAAAATG AAGGAGGAAAACATTTGGTGGATGAATTCGAAATGAGATGGGATTAGGCA TTTTCTTTTTTGTTATCGCCGAGGAATGACGATTGTGGAACAACATAGAA GAAGATGAAGAAGAAAGGGGCAATAAGTTAGATGGGGTGGGGGTTAGGTG GGGATGGGGGAAAGATTTTCTTTTTTTATCAATTTAATTTTTTAATATAT TATTAAAGGCAAAATTTTTTATTTATTTTTCAAAATTAAAAATTTATGGG CCCATGTGCCACGTGTCATAGTTCTATTCGTAATTTTGTCAAGATAATGA ATGTGCATTACACGCACAATATTTGTAAAGCTAGTTGTTATTTTATGTTC AATAGATAAATATTTATTAATATTAAAGTGTCTAATAAATAAGAGTCTCA GTTGAAGTGTCTAAATGAATTATGCGGACAACTTTAAGGGGCTATCAATG ACTTAAGCCAAAAGAAAATATTAAATTTAGTTATGAACTCACGTGGCTAA CAAAATTCATCGTTGATATCTTCTTTAATAGCTCTAAAGAAAAATATCCT GAAATTTATATTTTCTTTTTACCTTCTATAAGAAAATTTATTATTTTTTC TTGCTTAAAAAAAAATAGATATAAAAAAAGGCAAAAAAAGATAAATTTGT TAGCCACACTGTTAATAGTAAAATTTAACATTTTCTAAAAGATGAGTCTG TTAGTGTAGACATTGAAATTTTGTGGAACTCTAAAAGATGGGTTCAATTC GAGTTGGAACTCTATAAATTGTGTTCAATTCAAATTAAGATTCTTGGAAT GTACTCAACCTTAAACCCTAGTTTATGTCTATATAAAGGGTACTAATTCC CTTAAAAGGCATCTTAGAAACTCCATAAAAAGATCAAGATCTCGAATTCT CCACAAATTGATAGATTATTCATATAGATAGGTCAAAATCTAAATCATCC TAGTTCGAGAAATACGCCACTAATGGCCCTCGAATCATGAATAAATCCTA GGAGAGTAGAATCAAGGGATCAACAGAATTGTACCCGCTATCTTAATCAA TAAAATTATGTTTCTTCATATTTTATTTATATGATTTGTTTATTTTTTTC ATATGTTTAAAATTTGTTGCATAAACCCTTGCTCAAAATCACTTATATTA TTAAATATTCAAAAATAAATTATTGATATAATTTATCACTGCATAAAACA CCGATAATTTACCTAGTTATTAACCAAGAGAAAAAGGAAGAAGAGAACAT AACAGCCCAACTATGTTTATACTTAAATCGGTCAAGTGTGTTTTATTTCT CAAATATATTTTTATTGATGACACAAAAAAAAAAAACCAAGGACCTTGAC CCTCCATATTCCGTAATACTCCCTCTGTTCCTATTTATTTATTCATATTT TTTTTCATATTTGTTCATATTAACTCGTCCATTTTAACAAATGAAGAAAG GATAACAATTTTTTTTTTAATATGCCCTCATTTAATTATAGAAAAAATTT AGTACTACTAAACTGTAATCCATTTAAGGGTAAAATTGTAACTAACCTAT GATAATAATTGCTGTTATCACTTCTAAAGTGGACAACTAAATAGGGGCAG AGGGAGTAATACATAAGAGGGTTAGAGGGATAATCAGATTGGTCATGGTC GATATTTTTTTTTTATATATATATAAAAATTGTGTAAAAAATAATTATAA ACTATAATAATTGACAATTTAAAATATTTTTTAGAAATATACAAATAATT TGATCAATTCATAAAATTAATATATATGTGTCACATAAAATGAGACAATA TAAGATATTTAATTTGGAAATTGTATAAAAGATATTATAAATTTCAGTAA TTGTCACAATTTAATTGACTCTTAAAATTTTATTTGTGCTATATACATTG GCAAAAAGAGAAGTAACATATATTATTTAAAAATTAAATAAATAATATTA CAATCGTTAACAATTTAAAATATTTAAAAATCATATTAAAATTTAATTGA TGTTTATTTTATTTATATCGTACGAAGTGAGACAAAAAAAAATAAAATAA CACATGTTGGATCTATATTAACACCGTCGCTTGTGTGTATTATAAATATC ATAATTGAACACGGGCTGTTGTTGTTGTTGTACAAAAAGGAGAATGGAAC TTGTCTGCCATTTACGGTTGTTGCTTAGAATTTATTGATTGGAGTTTGGA CTAATCTAAAATCTAAATAGTGTCACGGAGAATTATTTTAGGGAGATGTG CTTATTACAAATAATAATAATGAAAATTTGTTAATCAATATCTTATGAAT TAACCAATAAATTAATATATTTAAAATCAATAACGAATAGAATAATCATA AGAAAAATTACTTGGATGAATGTCTTTTAATAAATAATTATTGATTTTAG CGATACTTTTTATTTATTACAATTTATGGCAATACTATGTCAAATCTGCA ATAGATATTAAAAGTGAATTAAGTATGCAATTTATACGTATTATAACTAT TTTTAAAAATATATTATGCTTGTTTGCTAATAAGTTGGCACATTATATTA TAAATATATTAAAATATATGATAAATATATTATCCATCAATAAAATTTAT ATTATATGTGAATAATAAATTTCTTTTATAATATGAATTATAAGTGTATT GTAAATATATTAAAAGTGATAAAAAATAAAATTATTACTATAAATAATAA ATATTTTTTATTTACAATATATTTATATAAGTTTCACATAATCATAATTA TCCGTTTGATAAGCAACTCAGATCAATAATCCCCACGCCATAAAATATGT ATCGACATTTTTTAAAATTTTATAAGTAAGATAAGGAAGGACATGTAACG GCTACGACTCAAAAGTCAAAAAATATTTAATTAAGTTTTCCACCTAAAAT ACAGGAATTATCGGAGTATTATTTTGAATAAATAATTGCGAAGTAAATGC TTTTTTTTTTCTTCGAAGCTGATGTAAATGAATAATCCCAAAGAAAAGCA AGCTTGTGTTTTCTCCGGCCTTATAAATTCGTTTTTGCTTTTCTATTTTG GTATTTAAATTAGAATTTTTTAACTTAAAATATTTTTTTTTTAAAATAGT AATTTTAGTCGATACAGATTAATCTCTAATTAAAAATATGTTTACTATTC CAAGCACTCCATATAAATACACTCGAAGCCAAGATTTTTATTTAAAAATT AACTATTATTCCATCATAACTTAGAATCGATTTTATCTTATAACAGTCTG TTGAGAGGGACAGAGACATATTATCTACCATTCCTAATTATAAAAGGTTC CTCTGCGAAACAACATATGCTTGCAAATTTGCCGTTTTGCTACTTTTGTT TTTCTTTGTGGATCGAATTTTAGTGAAAATAATACCGAATTCAGAAGAAA GCTACGCTGATTTGGATTGTTTATAATATCGGGAAGTGAGGTTGTTTGGT TCTATATATGCTTTTCCCATAAGAGATTAAACTTGGTCTGCTTTATTCCA AGTAAGCGAAGTTTCCTACTTCTAATTTAAGTTTGTCTTTTTGTGATGTA AATTTTTGGGCGAAACAATCCCTTTCCTTGGATTTTTTTTCCCTTTATGT GAATTTAGTAAAAGATTTAAGTTATATTCATAATTTCTTAAAATTGTCTG CATGATTCGTTTAAACAATTCAATTGATGTTTGTACCTACTGAACACTTA TCTTCGTTAAAAATTGATATCATTTTGACCTTTTTTTGCAATAGGCTAAA AATATGAAATATGTGTACTACATTCGCTGACATGATAAATTGATGAATTA AATAATGACATGTGATATTTGAATTCAAAAATTAATTTAAAAAATGATAT TCTAAAAAATAACTATTTTAATCTATTTACTAACTAACTTTTTTTTTTTG AAAAATTCAAAAAAACCTACCCACCAATAAAATGATGACACGTGGCATTG AATTCAATTTTTTTGAAAAGTTATATCTAAATAATTCAAAAGTAATTTTA TGAATATAAAAACTTAATTTCTTTTTTGTTTAACCCCCTATCCGAGACCC ATTTCCTCTTCGACCGGTGCCGGCAGCAACTTCAACACCAACAAACAATG AATCATTGTCCTGCCTCTTTGATCTCCTTCATTCAATTTTATTCCTTTCA CCGACACATAAGCAGTGCATCGTTATTGCCTATTAAAACTAAATAATAAT TCTCTTTCAGATTGATAGCATCAAATCTCTTACTCATCGTCTTTATCTTC TTTTCATTAGTATTTATTTATTAAAATTGCAAAATATACTAATAAATTTT TATTCGAAAAAATTAATTCATATTTTTCTTATCAAAATAAATGAAATTCA CCGAAATCTACATAAGGAAAAAGCAAGAGAAGAACTGTAGAGTGTGAGAG GAAGAACGAGGTGCAGAGAATGGGGTGGGTTGTGCTGAGAAAATGGTGGA TGAGAAATGGGAATAGTTGCAGGGAATATTGGGATGGAGAAGAAGACACT CTTTCTTCTCTTTATTTTTGTTAATTATTTTTTAAAAGAAAAAGTTAATT TAGGTGTATAAGTAAGAGAAAAAAAGGAAAAGAATATATTTTAATAGCTT TACGCGTGTAAAGAGGGTGAATCACACGTTTTCAGCATTTTATGTTCAAT AAAAATATATTTTGAATAATTAAGATATTCAATATATGATCTACACTTAA TAAAATTACACCTCTATAAATAAGCACTTTTCCTATTCACTCATTTGGTT CATTTTACTTATTCCTAATGAAAGTTTTCAATTGTGTCGACTAAAGTAAA GTAGTTTTTTGAGAAGGGATACATGTTTGGTTGTTGCTTTTCGAAGTCTG TTTGGATTGTTTAAAATATAAAAGTCGATCAAGTTAATTTTTAAGTTAAT TTTTTATTTTTGATATTATTTGGTAAATATAAAAAAAAATTAAATAAGTT AAAAAAAATTTGACAAGACAAAAAATAACTTATAATTAGTTAAAAATTAT TTAAAATAAGTCAGAAATCAAAAGTAGATCTATCCTATTTTTTATTTTTT AACTAAAAAATAATTTCAGTTTGATTTTTTATTTTTGACTTGAAAATTAT TTTTTTTAAGTCAATTCAAACGAACTCTTACTCTATCTATTTCATATTAA AGTGATTTTTTTAATTGTTTTATATTTGTCATTTTCTTTAATTAAGATAG AGACAACACTAAAAAATACATTAATTTAAATTATGTCCTTACATGAATAA AGCCTGTTTAAATTGATTTTTTGATTATTTTAAAGTTAAAAAATAAAAAA ATTAAATTTAAATGACTTTTAAATAAAAAAAATAAGGATTACCAAAGGTT ATATTTTTTTATTATATTAAAATATTAAACTAATTTTAGATTTATTTTCA ACCTCCTTCAAAAAAAAACTTTAAAATTAAATTTAATCAAATTTAAATCA ATTTAAAATCAACGCACTGAAAAGCCGATCCAAACAGGGTCACATTCTTT TTCTTTACGAGGGAATTTCACTTTAAATAGTGCCAGCCTTAAACCGAGAA GTGAACCTAAAGAATGCACAGAATTCGATAAAATTACAAACTTCCATATA TGTCATCAAAAAATAAATAATGCGTAATCTCTACGAAAGCTTCAACAGTA CGTCAACTCATTTCTTTTCAAAATAATGCCCCTTGAGTTACACCTCAATT AATACACCCAGGTAGGAGGCAAAATTGCAGCTCACCCAGGCAAAAACCCG AATCTTAAGGACATGTCTCCAAGTCAAGTACTAAGAATAAGCCCAATTCA ACTCAATTTCAGTCAGTACCATACCCTGGTCTCCTTAAATCAGGTAAGCC CCTTTTGATTGTCGATTATTTCATCTAAAAACTTTCATCGAATTTGTTGA AATGTTACAGGAAGATCAAGATCAACGACAGGCTGCATTAGAGTACATTC TTAATGTTATTGTTTACTCCTCTGTTATCCGTAAGTTTCTATACACAAAA ATCATGTGTGAAATTGATGTTACTCTATGAAATTAACAATTCTGATTTGA ATCAGTGGTGTTGCTGATGGTTGCGGCGTTGTTAATTAAATTACTTGGAG TTTGTGATGGCGAAATTGCAAGAAATGATGAAACTGTGAGAAGAGAAACG GACAGATTGATATCGAAAGCAAGTGCTTCTTTGACATACGGAACATGTGA TGAAGATGATTTGGAATCGGGAAATTGCAGTCGTTCTAGTTCCTCTGAGG ATTTGTATGATGAAAATATATGCATAGTTTGCTATGATAATAAACGAAAT TGCTTCTTTATTCCTTGTGGACATTGCGCTACTTGTCTCTCATGTGCCGA GAGGTAATTTATATCCCGCCATTTAAGTTATACGCATCGTCAGTATACGA TTGATTTTGTTGATACGCAGGATTACAGAGGAAGAAAACAAGAATTGCCC AATTTGTCGAAGAGTAATTCGGAGAGTTAGAAGAGTGCTTCTTGCATAAA CTCAATATTTCCCTTATGTAAATTGACTCTTTCTAATTCAACAATGGTAA TATTAGTATAGCACTTTTTTCATTTTTACTGCAAATTGCTGAGTTGCAAT TTGACAAGAGTAGGTAAAATTATGATGTACCATAACATGTTTGTGTATGT GTACACTCATTGGTACCTATTACTTGGGTCCCTTTTGGAGAAAGCTTTAT GGATGGTGTAGTATAATGGAAAAAAGTAATGCCCACAACGGAACTATGGG CACTGTACATTATTGATAATTTCAATTCAGAAATTTTAGCTTTTCATTTT TATAAAATATTTCGTATATCATTATCATATTAAATTGATTTGTTATGTTT GATTTTGATATATTGCGGACAACAAATTAATAAGTGTAGTTTGTTCAATA TCAGTTTACTTGTAATCACAAAATATAGTTCAATTATATCATACATTACC TTAAATATAGAGGAAACATTCAAAAGGAAATATCAGTAAAGTAGTTCCTT TCATTAATTAGCTACTCAAAATTGATGCTTCCATCCAGGTAAAGTAGTCA AAGACTAATGTCTAAATAATTGATTTTGCACTAAATTTATTACTACTATA TTAGTGCATATAAATTGTACGTATAATATAGACATTTTGATATAATATTT CTTCTAATAAATATCGAACAGAAAAAATAAATAAATACAAAAGACCATAT TATTGAACTTGCCTTTATTGCATACAAGCTGTCAATGTGGGCCTGAATGT TTGTTATTTAAGCCCGTAATGATTTTTAATCTTATGGGCCATTGACACTC TTTGACCCAAAAATTACTGGGGGGAAAAATCCAATTTAAAGATGGGGATT TTACATAGACATACATCTACAAATAATATGCATATGCGCATACCAAAATC AAATTAGCAAATTATAGATCTAAAAATCTAGGCATAACTTAATAAATCAA ATAAAGGCATTTTTATATAGTAGTGATTTATATAGTATAAATACTTTTTA TCTCTTTATTTGTAGGCCTAAAAATAGGTACAACTTAGCCAATTAGGTAA ACTCCTTCCTTTCTCTTTTTAACTTTCCGTCTCTTTTGGCCAACTACTTT AATGGAGGTAATTTTGTGTATGTATAAAATGTTGTTAATGTATACAATGT GTATGTATACATAAACTATATTTATATCACAAGATCACCCCCATTAAATT GAACGTATACATACACTTGTTGCATATATCAACAACATTTTAGAAATACT TTTAGAAGTATATCACAAAATTGTCTATGGGTGTGTTTGGTATGGACTAC ACTGTATACAATCTTGTCATATGTAAACATAAATAAAGACAACTATATTA GCATCGATTTATTACCATATGTATATCCAAAAAGTTTATATAGTTATACT GTATAATATGTATATCCATTAATTCACAAAAATGTGTATTTGAATATATA TTTCTCTAATTCACAAGATATATATATACCAGAATCTATTTTTTTAGGAT GAAAAAGGGTTATGTTTGTGGCCTGTTAACGTTTGGGCGAAAACGTTAAT ATGACTATTTGATGCCAATTTCTAAATATTGAATTACAACATGTCAAATT GGATTCTTGGTAAGCAGCGCCTAATTGTCTTGTTGATAATAATAAAAAAA TACTTTTTAAAATTCTTTATTGTTCGCATTCTAAATTATTTCTCAAATTC ATTAAAGATTATATATACACCAACTAAATAAGTAAAAAAAGTGAACATAG GTGGAATATTTGAAATTAAACATTCCACGAGAAGAAAGCTGCTGAGTTAG CATTTTTCTGTACTGATCTAAAAGTAGATAGAAATGCTTTAGCACTCATC GATACAAAAGAGTAAAAAAGAGAATAAAGAGAGATGCTCTCATACACTTT AACTCAGTGGTACGTGTTAATTACTAGTGGATTATCAACGTCCATTTCAA CCTTTAATAATATCTTTGGTTACTCTGATTAGGCTATGCATCTCCTATTA ATAAGTATTACTAGATAATTCGATTCAGGACAGATAGAAAGAATCATCAA GTATTTTTTTAGTCTTAGCTGAATTTTAAACTCGTGACCACCAAGCTCTC GATCATTTGCGTTACCACTAGATTATACCCTTGTGTGTTATTTATTTTTT TTAAATAAAATTTAAATTTTCATCTGACGTATTTAAAATAACAAAATTAT TTTTAAATATATATAATCTTAATTTAAAACCACAATATATTGCGGTAGCT GCCACCAAATTAAGATAGTATTGAAGAAGCAGGCATGATCTGTACGTGAA GCGTAGTGATAAAAGAATATATATTTCGATGGATCATTGAAACTTTTTAC ATAGTTTATTCCATACTCTCTGAAGTCTGAATTCACTTTATTTATTCAAA AATAGTTGTTTCCTTTTCCTTTTTATTACTTTTAATACATCTCTAGCATT TTATCCAACAAATAGTTTTTCTAATTTTTAACAGTACCAAATAACATCAA TTAATATACATGAGTATTATGATAAAATACTCATTTCAATTACTATAATT TCAAAAGATTTACAAAATTCAAAAAATTTGTCGGAAATTTCAAAAGATAA AGTAGTATCATCATGCCTTCATTATGTTGGTTCTCCGTACATAATATTCC TTGCAGACACACAATTCCTCAAGTAGTCAGCCAGCTGAAAGGACAAATAG TTTATGCAACAATAATTTAATCCTTTTTCTCTTTATTTGTGGGGGAAAGA AGTCTTGATTATACAGATAAATTTCTTAAGAGCTCTAAATAAATCCATAT GATTGAAAATAATTATAAGAAAAAAAAAAGAGAAGAACTTTAACATCATT TAGGCAGTGAAAGTGACTTATGGTTGTGAAAAGCAGCATGGATAAGCACT AGCTACAACTTAGGATCACTATATACGTATACACATTTGAATGCTATGGT GCTTTTCATGCCTTGCACTAGACTCGAGAATGATTATTTATGTCTGACAT TTAAAAGAGTTCCTTAAATATTCAATCAATATTTTTAGTTCCCTCAAATA TTTACTAAACTTTGTGGGAAAAACAAATTTGATATAAACATCAAAGAGAA CTACATCTACTAGTAAATTATTGAACCAAAAGAAAACTACAATAAACACT AAAAAACGGAACTAACTTCTTTTTTCCTTTTTTTTTTAAAAAAAAAGAAA TTACTCTTTATGAAGTTGCATACTCTAGAAATAAATAAAAAACAAAAATC AGAGTTTCCAAAAATTCTTTCAAATTTTTTTTACCGACACTAAAGTGTTC CTCCTTCCATACAAATTTATACGAAAAGTGTTTAACCTACAAGGGTCAAA CATTTAATTATGACCATTAATTTTGATAATAGATTTAATTTAAAAAAGAT AAAATTTATATATTTTAAAATTATAAGAAAAATATTACTTACTACAAGTC AACCTAACTAATAATTTTAAAAAGGGATTCTAATAAAATAAAAATAATTT AATTTTCAAAAAGGACTCGTCGAATAATAACACACCTTCTCTAGTAAGAC GTAGAGAGTGTTTTTTTCGAAAAACTTAAACGACCGAATTCCTTAACACA TACATAAAAGCACTATTTAAAACATATCCTCAAACGTTGAGCAATTATTG TGTCATTTTCTCGTTGGCGAGCACTTCAATTTGTTCGTAATCTCTTTTAC TGTGTGCTCAGAGAATCTCAATTAAAAACAATGTACAAACGTGAAACCCA ATTCTATTTTAATCTAAAATAAAGCAGGGCACTGCAATACTTTAAAAAAA AAAAATGTGTGATGGATTTTTGTCGCGTAATGGGTGCGGAGAAGCTTGAG CAGCCACGATGGTGACACACGCTTGCGTTATTGCGGCACACAACAGCACT TGGCGACGCCAGAGTGGGCTTCTCCGTAGTTTCCTTTTTTGTCGATGCCC TACTCAAAACTCACTTACTTAATGCAATCTTTATTAGTCACACGTTACTT TCTTGTTTAGGCAAATCAAATCCAGTTTGGACTTGTGGAATAAGACGCCA CATATTATTATTGGCTAATGGAAAGGACAACAAGACTTTGTTGCATATGA AGAGTGGGTCAGAATGTATGCTATTTGCCTCTGCCTAAAGTACAATTAGC CCGATTCAACATTTTAACTTTATAAATTTTATTTTGACTATACTGCCTAA AGTATGTATAGTTTATACTACGCTTAGAAGAAATCATCTAATAATATTTT TATTTTACTAAGAATTTTAGCCTTGATTTCATTTGATTTTCATTAACTAT ACTAATAATTAGATCAAAATTTGTTAAATTATATACTTGGGTATAAATTA TTTTTTTATACACTAAACATGCTTATATTAGATTTATCATAATATTGTAG AGATGTGTAATATAACACCATAACGCTGATGAGAGTGATTTTTATAGATG TAGATATACTTCTTTTTTTCGTGAACTAATAAAATGGCTTGTTCCGAAGG AGATGAGCGGATTTCATCATTATTGTAACAAAATAAAAGTGCGCTAGCTA CTTTTATAGTCTATTTTAAAATTAGGATATTGGAGAAGATAACTGTAATT TGGTTACTAAGTTACTACTCATCTCTGTAATTAGGTTCCCTTTCTGAAAA AACCTTTTTTTTTTTGTAACTAATAGTAATTAATTAGCCAGAGCAAACAC TGCTAGTTATCCAAATTCAGAACTAATGTACTAGTAAGTAACTACACTGT CAACAAAAATCATGCCATCAAACCTAAATGACATTTTATCCGTTCCGTTT TAGTTATTATTATTATTTTTTAAAAGTCAAACGATAAAAAATTAAATATT TTTTTAATTATATTACTATAAAAAACATATAATTTATAATATTTTTCATA TTATTTTAAAATTTTTAAAATTAAATTAAAAAATTAATAGAATTAACTCT CGAGACGTAATAATCAAATATTACCTGAATTGATTGAGTCGGAGAGAGAA TTTGAAATTATTCTTAGGTAACTTCACAGTGACATTAAAGGGGACAAAAA AGCAAAAGAAAAATCGGTTCAATTGAAAAGAGCAGTGTGATGGTATTTTT CAAAGCATAATTGGTCTTATCGTCTGAAAAGAAAAGATCCAAAGACTCCC ACTATAAAGAACCGAACTCACCTGTAACTTTTTTAACCGCAAAATCTCTT CTCTTCTCTTCTCTTCTCCGTAATATTAATTAATAAAATAAATAAATAAA TAAATGCCTCTAAACGATGAAGAAGAACACCACCAATTGTTGGCGGATAG ATTACTCGAGGAAGAATCTGCCTATGAGTACTCCGACAAAGTCCATATTA TCGGAGTCGACGATGATGATGATTTCACCAAAACTCCTCCTTTTTCCTGG AAAAAACTATGGGCTTTTACTGGACCGGGTTTCTTGATGAGTATAGCCTT TTTGGATCCGGGAAATCTTGAAGGAGATCTTCAGGCAGGGGCTATCGCTG GGTATTCTCTGTTATGGCTACTCTTTTGGGCTACGGCTATGGGATTACTT GTTCAGCTTTTAGCGGCTCGTTTGGGTGTCGCTACTTCTAGGCATTTGGC TGAGCTATGTAGGGATGAGTATCCGAAATGGGCTCGATTGCTTTTGTGGG TCATGACCGAATTGGCTCTAATTGGGGCTGATATTCAAGAGGTTATTGGA AGTGCTATTGCTATAAAGATTTTGAGTCGAGGGTTCTTGCCTCTATGGTC TGGTGTTGTCATCACTGCTCTTGATTGGTATTTTCTTTTTTCTTCTCTTG TTATCCTTTTTCGAATTCCAGTTCTGTTTTTTTTTTCATGGATTCTTTTT CTGTTAGACTTTGATTTTTAATATGATAGTAGACGCTCTATCCCAATTTA AGTGTCCTAGTTCGACCGACTGAGCATGGATTTTAAGATATCATGCGATC TTAAATTTGCCTATTAGAATGTTGGAATTGAAAAACTAAATGTGTAAAGA GACAATCTTTATGTGACAAGACTAAAAAGGAAAGGAAAGACACTTAAATT GAGATACAAGTTGTAATTCATGTGAGCTTTGATTAACAAAAGGCCTTTGC TTGTTGCCTCCTTTTGATTCCATAACTTCTTGTATATACTTAAATATAAC TAATGAGGAAGTGGAGGAAAATGGTTATACTTTGCTAGGTCAAATATTTA TATAGTGAAGCACTATAGTATAGTGTTTAATTATTTTATAATGATCCACG AAATGGATAAAGATGATTCATTTAGCTGGTCCAATTAGTTCTGAATTGAA GTTCAGTTGAACGATTGACCTTTTTTTAATAATTGTCTCCATACACTGTA GCATTCTCTATTATCAAGACTTGGGAACCATGTATTGTTCCTTCATTTCT TATTGGTTTATTTTAAAATAGTTTCCCTTTTTCTTTAAATAAAGATGCAC AATAACAATTTATTCGACTGTTTAATTGCCTATTGAGCTCAAGAACAGCC TTTGCAATCCTTTTATTCTGCAGCTTTGTATTCTTATTTCTTGAGAACTA TGGAGTGAGGAAGCTGGAAGCACTCTTTGCTGTCCTTATTGCAGTTATGG CCGTCTCATTTGCATGGATGTTTGGAGAGACGAAACCAAATGGAGTGGAA CTTCTTGTTGGTGAGAAAATGCAGCACAAAATATAATTGCAGTATTCATA TCTGCCACTTTTCAAGCATCCAGATCATAGACTATTTTTTATGCATGGCT TTGAATTCTCCTGATAAATTGTAACTGCAGGTGTGGTGGTCCCAAAACTT AGCTCCAAAACAATAAAGCAGGCAGTGGGAATTGTAGGGTGTGTTATCAT GCCTCACAATGTGTTTCTACATTCGGCGCTAGTGCAGTCCAGAGACATTG ACAACCGTAAGATTGGCAGAGTTCGAGAAGCACTTAATTACTACTCCATA GAGTCGACAATTGCCTTGGCAATTTCATTCATGATCAATTTGTTTGTTAC AACAGTGTTCGCAAAGTCATTTTATGGTAGTGAAATAGCCAATAGCATTG GCCTAGAAAATGCTGGTCAATATCTTCAGGATAAGTATGGTGGGGGATCG TTCCCCATCCTTTATATCTGGGCTATTGGATTGTTGGCTGCTGGACAGAG TAGTACTATAACTGGTACTTATGCTGGACAATTTATTATGGGAGGTTTTC TGCACATGAGGTTGAAAAAATGGCAGAGAGCGTTAATAACAAGAAGTTGT GCTATCGTCCCAACTCTGATAGTTGCTCTTGCTTTTGACACCTCTGAGAA ATCATTAGATGTTCTGAACGAGTGGCTCAACGTTCTTCAGTGTGTCCAAA TCCCTTTTGCCCTGATCCCCCTTCTTTGTCTTGTATCCAGAGAAGAAATC ATGGGTGTTTTCAAGATTGGCTCTACTATGAAGGTATGTTCGTATCTTCA AACGTTCTGCTTGAATGAACTAATTTTTTAAAAGTTAGAATTGGATCTAT TACCTATTCTTTTCCTCTTGAATTTGGAATTCATCCACTTAATAACAAAC ATTTTATAACAGGTTGGGGGGTCAGGAAATCTGATTCTTTAAATTATCAA GATCTTGAACTCATTTTGATACACCATATTGTATAATCATTTATAAAGGA TTTTCTAAAAAGAAAACAAATACTATTAATTAAGTTTAACTTTTAATTTG AATGTGGACAATCGATTGAAGTTAGAGGTGTCCTTTTGTCCCACTCTTTG ATTTGTGTTCTTTAAATGGTGCATTTCTCCACTGAAGTTGCGATATGCTC AAACTTTTTTCCAGTTTGTATGAAATCTATATACTCTTGGACCTAGACAG AATCTGCTGGTATATTTGTTGAGAATTAGGTGTCATTGTTAGATTCTAGG ATTTGGAGCACCTTCTTCTTTCTGTTATTTGTCTGACTGTGTCCTGTCTT TTTCCTAACCTTTATAGACTATCAGCAAAGTACATTAAGATGTGGGAATT GTCTGGTTCAACATCATTTGATTTTTACTTGTCTGGGAGATAAAATCTCC TACATTTTATCTTGATCACTTGATTCAATTGACTGAATAGTTTCCACGGA GCTGCTATGGGCGTACATGCATAGTGTTATGCAGATTGAGAGCCTTGCTT GTTAATTTTATCAGGTTTCAGAATAATTGATGAACTATTAATATATACCT GGCTAAGATCATACTCTCACATGTCGTTTTAGACATAATCTGTCTGGGAT TTTCATCGTCTCTTAGAATGGATTTTTGTGTCAGGGGAATGTAGTTTCTC TGCGATTCAACTTTGCATGTTTGATGTTTCTTACACTGCTTACATCTAAT GTTTCTTCTGTTCCCTTTTAGGTGATATCATGGCTAGTAGCTGTGCTGGT TATGCTGATTAATGGCTATCTTTTGATGGACTCTTTATCTTCTGCTGTCA GTGGGATGTTGTTTACATCTGTTGTAGTTGCTTTTACAGGTGCATACATT GCCTTCATTGTATACCTCATTTCACGGGGAATTACCTTCCCCAATTGGTT TGTAAAAAACAAAAGTATCTCGAGCATAGATAATTGATATATGTTCTTAG CAGAAAGCTGAGATCATGTTGTACCCTTGTAGCCCGAGTTAAGTATTTAT AGCCTTCCCCATTTCTTTCCTTTAAGAAGTGTTGGATTGTTGGGTCTGCT CAAAGTAAGCATTAAGAGTGAGTTTGCTGTGATTACATCCCATGTTTTTT GGGTATGACTAATTGAGACGGTGACTGTAGCACCTGCATTAGGAAAATTA GTTAGAGCTTGTAATATTGATCCAGCAGTTTTAGATTTTGGTGGAAAATA AACAAACTGTCCTCAGCTAATCTCAAGTTTGTTCTTTGGAATTCTGTTTA GACTTCTTAGGGATTTCGTTATTTTCTTGCATTCAAATCTTCCTGTATTG GCTAAAGTCCACAGACTTCTGGCCTTCAAATGCATAACTGATTTTAAATT CAGCCTACAAAACTGTAATTCCTTCAATTGGGCCAAGAATGAATTGTGGC TGTGTAGTAAATTACAGCCCAATGTATTAATCACAACACATAAACATATA GATACTGTATATTTCTATTAAAAAAAATCTCTGCTTTCGATTAAAAATCG AATTACCAATCAAGATGTGTTTTATTTTCGTTAGTTATGAATTCCTTTGT TTGTCTGTGTTCTCTTTCGTAAGACACGTAAAGCAAAAAGAACTGCTGAG TGATGACGAAGAGTAAGGTATAAAAATAGATATAACAAAGGGAAAACGTA TTGTTGAAATCAAGAAATATGATTAGAGTTGTGTTTGATTTTCTTTCCTA AACCGAAAGAATATAAAAGGTTTTTGTTTGAAGCCTCATGTTTACTCCGT CACCGCATGATAAAGTTGATACGTACAAGAGACGTTTATTGTTAAATAAT TATGGTTTTCTTTCTTATGCATTAAGTACTCAACAAGTTACTTTAATTTA CTTTTTGTCCAAGACTGATTCAAAGTTTAATATACAGATAAAGTTTAGAA TTGCTTTTGACTCGTTCACAAGTTTAAGAGTTGTCACTACTCACTTGATT AACCAAGATGATTTTACTACTAGAGCTTAGCACTGTACTTGTTTATTTAC TTCATATAATAAACTATTTTACACAAATCGTAAGTAGTCATTTCATAGCA TTCATAAGAATGGTTTTAAAATTAGTACAAGTAATAGTGATGTTTGATAT TAATTAATAGCCTTTTATTTTGTTAAACTTTATATTTAATCATATTAATA CAAATAAATTGAAACAACGAGAGAGAGTAATTAATAAAAAAGAATCGGCA TTAAAGCAGAGTGAAGAGTAAGTAGTGGGATGAGAAATGGACAAATAAAC AAATGAAATCTATATAATAGAGGAAAGTGCGAGTCCAAAAAGGAGTAAAG TAGTGAAGACTAGTACAAATCTCTACCCTTACACTCCACGAAAGAATATA AAAAAAAGGAGGCAATGTGGCCAAATCTCTAAGCAGATCCAAATGAGGAC CCCTTCACCATAAATAACCAAAAGATAAATTATACATGTCAAATATCAAA ATATGTTTTGAACTCTTTAGAACAAGAGCCAGCTCATCACAGCCCATCCA GCTACCAAACTTCCCAGCATCTTCAATTTCTCTGCTCCACTCTGCATTAG ATCCCACAATATATTAATATCTTTGTCATTAATTTATAAAATATTAATTC AGATCCACAATATGTAAAAATAATGCAAATACACAGTACAATCCGTGCAT GTGCAATTGATTGATCCTACTTTACTGTGTTGCCTCGTGCTTAGTGACCT TTAATGTTTCTTTGTCCAACTTAATACTCTGGTTTTGAAGTGAATACTGC AACTAAAGAAGAGTGCAATAATCTTTTCGTTGTCACCGTGCAGCGACCTA ATATATCTACGCCATTAATGATCTTCCACCGACACCATATATATATGCCA TTCAATATAACAAAAAATAGCTTTGTATTGACAAAATGTTACTCACTCGG TCTGGTATTGTTTGTTATGATTTTTATTTTGAGTCAAACTATAAAACATT TGACTTTTAAGATATATTTTTCATCATATTAATATGCTTGCAATTTCTCA TATAGTTTTAGAATATCTAATTTTTTAATTTAAAATATCAAAAACGACTA ATTTAATTTAGAAAATTAATTAAATTCAACATGACAAACAATATCGGACA GAGGAGAGGAAGTAAAATTTTTTTATCACAGTTAGTTAGTGTGGTTATCT GTTTTAGGGTCATTTACAAAAAAAATGTTAATTGCTTAAAGAAAATATAA ATAATAGGAGTAATAATTAAACTATTATCATCCTATCATTAATTAAACGA TAAAAAATCATTTTTAGTGAGTAATTGTGCCCCGGGTTACCCAACATAGA AATACTTAATATTATCAATATAAAAATTAAAGTCACATCTTCACAAGTCA TCATGAACAACTGATAGACCCGCCTGTAAAAAGACCAAATTATGAAAGCT GTAAAACGTAAATGACTCACCACCGACGAAGCTAACATACACTACGACAC CATATTCATACCAATTAGTATGGATCTTAATTTTTTATATATATATATTA ATCAAATTTCTAAGAATAAATTTAGAATTTGATCAAAACTATTGAATTCT GCAAATGAACTTTAGATCCGCGGTATGCAATTAGTGTAATCATATTCATC CTGAATTACGAGAATGCAGATAAGCTAAAACTTGTAGTATGTTATGAGCA GGAACTGGTTATATGTATTATTAACTAGATCTGGATTGGCACTAATGATC CATAATATCTTAGACAGGAACAGAAGATTAAAAACAAAAAATAGGAAGAG AATTTTTTATGAGATTGCGTACCTCATCGTTAAGAGATGGGCTGGGAGCT GAATCGGAGTCCATGCTAGGTCCAGGAGCTTCGGAAGGAGGTGCAGGTGG GCTCATCATATCGGGAGAAGGTGCTGGTGATGCATTGTGTTTCTTTCCCT TCTTTCCCTTTACTTTTCCTTTGCTAGGAGCCGGAGCTGGAGTTGTCTCC GAAGCAACAGGTGCAGCAACTGGAGCTGCAGCCGGTGGAGTAGAAACAGC TGGCGGTGTAGCTACCTCTGGAGCTGGAGCTGGTGGAGATTGTACTGGTG GAGAACTTGCTGGTGCTTTAAGTGGTGGAGAACTTGCTGGTGCTGATACG GGTGCAGCAACAACAGGTGTAGTGGGAGCAGTAACTGGAGCGGTTACTGG AGCAACAGGAACAGCTGTAGGTGGGGCCGAGGCTGGTGCTGTTGCGGGAG CAGGAGTTTTCGGCTTAGTTGGTGCAGCAGCTGGTGGAGTAGTACCAGCC TTAGCACCAACGGGTGCTGCGGCAGGTGTCTGACCCGTGACACTTGCCAC TACAATGCACAAAATTGATACTAGAAATACAAATTTTCTATCCATGGTAG CTAAAAGAAAATATAGACCAAAAATAGAGAAAAAGAGAGTGTGTGTGTAT TGATTGTGTGTAAAGAGTGTGAAGTTGAGTGCATATAAGTAGGCAAGTTA AAGGCATAACGGCTAGAGGAGGGTCGTCATCTGGGTGGGTCCATGCAAAA AACATACAAAATGAACCTCTTAACAGGCTGGATAAATGGGCCCAATAGGC CATGTGATTAGGTAATGGGCTAACCACGTCAGGTGTTTTGGGTTTTGCAG AGTCTAGGTGATTTCTGTAGCTGGAGGTTTGATTTGTTGTCTTCGATGGA AGGCAAAGCTTACAGCTGGAACATGGCTAGATGTAGGACCCGTTTGGGTC ACGAGTTAATCAAGTCCATACGCGTAAGCGATGATTGTGGAGAAGATTAA CAAGTAATTGGCACCGACAACTAACAGCTGGGACCCTAACGCTGTTTTCC AACTATTTTCGAGTCACATAACATTCTTATACAAAATCTTTTTGAAAACG AAATTAATTTGTGAAATTTTCTAACAAAAATATTTATAGAAAAAAATGTA TCGATTTCACCATCTCACAAAGTATTTAGGCTCATCTATTTATTAAGATT GTATATAACCGTTTACTTGTACCCAAAATAGAAAGAAAAAAAACCCCAAA TATACCCTTAATACGAGTGATTTATTTTATATTTGCCCTATGTTCATCTA TCGATGCATAAAATTAAGTAATTTTCTCTCCAAATATACTCCTTTCCGTA ATGGCTTTCTATCGTGGAAAACATGGGTTAGATTTGGCTGAAATGGTGGA AGCTACCGTAATGTTTAAACATTATTTATAAGTATATTAAAGCTGCTACC ATAATGTTTAAACACTATTCAATTATACATAAGTTTATTAATTTGAGCCT TCTCAATTATTTGGATCATTTATTTACATACGTGAATAATCAAAGGGAGG GAAAATTTTGGGAAATGAAAAATAACAGCAGATTTAAAATCATATGATAT GATATTTTTTGCAAAAAATGATTTAAATTAAAACAGGAGATATTTTTTGT ATTCCTATCATTTTCTAACTGTTAGCTCCATCTAGAATGAACCAATGGTC AATTTTGCTTTGAGTAATATACAATAGAAGACAAAATTGTCATATTAAGA CTTATTCATATGAAAAATCGATCATATTCTTTTCGTGTTAAAGTAATCGT TAATCAAAATAGAAATTTTAATTATTTATCTAATTGTGACCGTATGTTTG AGCTACTTAATAAATTCATCTTTATTCTAGAAATAAAACAACAAAATTAT TTTAATTTAAAAAATAAATAGTCAATTTATTCCCCTAAATCTATATATTC ACTAAACCATAGGTGCCCGTGTTCTGGTTGATATGATGGGGGTAACGGTA GTATTTGATGATTGGTGGTTATGGGTCCATGCAATTCGTTTATGTCCCAT TTTTTGTTTGGCATATTATATTATATTATATTATATTATAGAACCTCAGA ATTTTTAATTTTACAGTTGGCCATGCTAAATCCTTTGAATTGATTATATT GTAATTGAGCAAAAAAGTAGCTAAAGACAGACACATACAAGGGGATAGAA ATAGACAACTCACCCAATAGTAAAATAATTGGATGATATACAAGTTGGCA AAAAATGGTACAATCATATTTATGTACCGCCACCATCTGATATGCTATTA TTTTATATTTCATATTATATATTCTCTTATTAGCTTTTGTTTTTGCTTGC TTCTTTCACGGCTCAAGCCTATCGAAATAGTTTTTTCACTATTATTAAAT AAAAATAAAATTTATATGTATTCTATTTTTTTCATTCTATATCGTAACAT TTCACTAGACTTTCGTTTGTTTGTTTATTACTCTCTACATGTTATTTATA AATGACAACGTTTCATCATAACAACAATTAAAAATAAAACTATACAAATA ACATTGTTATAAAAAAAAAGTTTTGATCAAACTAAGTCATTATACAAAGC AATTTATCAAAATAATACGTTTTCTAAAAAAATTACAAAACTAGCATAAA CGTATTTCACAGTAACGATTTAGGGTATATTTCATATTTTAAAAGCTGAC GGCGTTAGATTGATTTGCGTTACTTACAGTAACGTTTTACTACTAAAACG TTATTCACAGTAACGTTTACCTTACTTACAGTAACACATATCAACCTAAC GCCGTCAGTTTTATAAAAAAAAATATACCATAAAATATTACAATGAAATA CATTTATACTAATTTTATAAAAAAATTTAAAAGCGTATTATTTTAATAAA TTATTTTATATAATGACTTTGTTAAAAAATTCTTCAAAAAACAGTAGATA AATGTGAGGCATATATATTATATTTATGGTGAATTATGAATGATGATTGA TATGATGGGATTCGAAGAAACTGTAAATAGTATACGCGTGAATCCCAATG GCTGCTTTGTTTATTGCCATTTACAAGATTTGGCAGAACTGAGATGGGAT AGTGACCATTCCCCAACTCTGTTTAATCTTTTACTATATTGGGAGAAAAA AAGAATAAAACACGGCGTCTTGTATGACAAAAAACCTGCACTCTGTTTTT TAATTTTTTTTTTAATAAGACAGAACTTGAACTCGATTTTCTAGCCGTTA CAAGCGAAGATAATTAATCACACATTCACCTATGAAATTTTAGAATATTA TTATGAAATTTTAAATTTTATGTTAATAATTATATTTTAATTATATGATT AATAATAAGGTTAGATCTCACTTTATAGTCAAGAATATATTAGAAACAAG ATTTTTACTCTATAGAAATAAAATTCGTGTTCATTCTATTTTTTCCCAAC CTTCTTATGGGAATAGCCTAGACTGTGATGTCCTCCATGTTATTGTTGTT GCTGAAAGTAACTAGCCTAGTCTATTATATCCTTCATTTTAATTTGTTTA TTATATTTTGATTTGACGCACATTTTATGAATCTAGAGGTCTTAAATTAA ATATATTTATGGTATTATACATGTTTTGTAGACAGTTAAAAATTAAAATT ACTAAAAAGATATTATTTTAAAATATCGTAAAAATAATAAAACAAATAAA TTAAAACAGAAAAAGTATTATACCATGTTTCTTTCCTTCCCGTCAAACTC ATCCTTTTCTTTGCCCGAGCATGTCTCAACATAAAAGGTTACGTTGGAAA AAAGATCATAAGAATTTTTTTTCTTATATATTCATAAGTTTATTGATATA ATAAATTTAAATTCGCATTGACTAAAGTCGGTTAATGAAAAATTTACTGG CCCCTAGAATATTATTTGTAATAAAAAATTTCAAATACTAAATGAATTAA ATTCCACCATACATAACTTGGTGGCCAAGCACTATAAATATATACTAGTA CTAATCCTATTTTATTTAGCTCGAAGAGTGATTTTTGAATGGCCTAAATT CCATCATTCCTCTTTATCTAAAGTAGTTGCTTGTTCAATCTTTAGAATTC TTTTTGTAAGAAACGTGTCATGTTAATTGTATAAGTAGCTAGAACTTGAT GAAGAAAAAAGTAAGTAGGGATAGAATAACCATATCCCTTATGTCTTACT CAAGAGCACATACTCTAATTTTTCCAATCATAAACTTGCCTTTAATTCCC TTTGCTTCTACCTGAAATTAACTATACCTAGAATATTTATGCAAAAAAGT TTTTCCTTTTTTTTCTCTTTAAATAAATTAAAGTGTAATGCGATTGGGTG TTGTAAAACTAGAAATAAAAAAGTTTGCTTCATTTGGACTTCAATATGAT TCAATCTGAGATACTCTTATATAATCTTACATTTCTTTTTCTCTATATAT GGACATGATTCTTATGTTGAGATTATACCAAAGGACGAAATGTTTATACT ATTCCTCAAGAAAGTAACAAATTGCAATAGAAAATATATTATCAATGTTA AATTTAAAATGACGTAGACCAATAAATAAAAAGTTTGTTAAATATCTTAT GTTCAAACATTATTATTGAATTTCTTTTAAAAGGTTAACAAGTTACTTTA TATATTGTTAGAGATGATATACACGACTCTCGTTGATTGTGAAAGAATTT CCAATGATATACTGGTTCCTTGTCTTTGGTTGTTTAGACCATAGATTACT TGGGCTTGAGCCCAATATGAAGACCAATAATAAAAGAGAGTTTCAAAGTT AAATCTTTTAAAGTTGGGCTTCAATCCATTTATATTGGAAGAGTGAATCT TTCCATTTTGAGTAATCTAAAAAAATCAATATATTTATAGAATTATTGAA ATTCAATAGTTATAAATATGTTATTTACTAGAAATGACTACACTTTATGT CAATTTCTAGCTGCATGTTTGTATTAAATTTTATTTTATTTTATTGTTAT TATTATTATTATTATTATTTATACAATCCACTAAATAAGGTATGATATGT TACCATAACTTCCAACTACCACTCATTTTTTATGTTCCTAAATAACTGAA ATTTCTATTATAAAATTACCAACTAATAAATTACATATTGTATGCAAATA TGATTGATTCACATAATACAAAAGGTTGTATTTATACTCCTAAATACAAT ATATTCACTAAACACTAATCATAAGGGTATTCATAAAATTTTGAATATAA AAGTTTATTCATGTCTTTTCTCGTTGTATTTTACCATATGTTTTTATTTT TTATTTATTCATACACTAATGCAGTTGTCATTACAATAACTAAATAAGGA AAATGTATACTTGTACAATTAGCATATGAATACTTTGATTTAAATTGGTA TTTCTATTTATAAAACTTAAAGTATTAATATATCAAGGATACAAGTATTT ATAAAAATTTAATGTATTAATACGTCAAACAAGGTAAAGTAGTACAATTT TAGAATATGAATACAACAATTTGAAAAATGGATACACTATTGTTAACAAA AAAAATGAATACACCAATATACTATGATATGAATACACTATTGTAACATA AGAAAATGGAAAAACAATAGAATGTGTATGTATCAAAGTGTGTAAGTATT CGACTGCATAAAAAATTAAAAAAACCAACAAAAAGTCAATCTATTTTTTG TAAAGTTTATAATACTTGAGGCTTGACGTTAACTTAGGTATTTATTTATA AAAAATATAGTATTGATGTATCCAACTATACTTGTATTGCTTAATCAAAT TGGATAAATTACTTATGTATCCAAATATATTTGTCTTCAAAAACCACCAT TTTATTAATATTACAATACAATTATCAAAGTATATAAGTATTATTAAATA TAAACATTTGACATTTCATTGAACCAAAAATATAAGTATAATGAATTGAA TCACAAAAATCACTCCTACAATCTTACAAAAGGATCTTGAATTGGAAGAA ATTGAGGGAAAAATACAAAAAAATTTGTAATATAAGCATATTGATGAAAG AGAAAGTATGAATACATAATTAATTATGAGTTTAATGATAATTTTCCTAT TTATTATTTATTTATATTAAACATAAAAAAAAACTGATTATTGATATACA ATTAAATTTGCTATTTATTGTATAGTTATAGTCATATAACATAAAAAAAA TTAACTATAACTATATTATTTAAATGTATATTGAAGTTTGCCATATTACT TAGTTTTTCCTTCTATTTTTATGGAAAATTACGCGAAATAAGCAAATATA TATTAGTTAATTAGCTAACATAATCATAGTTTGAATTAATTATGACTAAT ATATAAATATAATTAGTCTCTCTCTACTCTCTGCCCCCTCTGGCTTCTCT CTCCTCCCTCTCCTAATCTTGCTCGTCTCTTTTCTCACTCTCCCAATCTC GCTTGCTAGATATAAAAGTACTTATATACAATTATACATATACAATTTGT CTCTCTCCACTCTCTGTCCTCTCTAGCTTGCCTCTGTCCTCCCTCTCCCA AGATCACTCGCCTCTCTCTTGTCTCTCAATCTTGCTCGCTAAATATACAA ATACATATGTATACCAGTTACATATATACAATTATTTAATAGATATATAT ATACAATTCGCCTCTCTACCCTCATCTCTCTCCCAGTATAGTTCTTCTCT CTCCTTTCTCTAACATTTAACTACAAATTGTGATTAGTGAACTATAGCTA CGGAACATAATTAAGTTATCTTTGAGTGACTATATACGAAAATTTCCTTC TTTTTTTAATATAAATTTAGAAACTATATAAAAACTTTAAATCTTGACAG TTAATAATTTAAAATATTTTAAAAGATTATGATCTAAAAATATCACTTAA ATTTATTTTTTAAAATCATTTGAGTGTTCAAATAGTAAATAAAATAAATA AAGTAAAACAAGGGAGTGCTTAAAATCGACGTAAAGACACATGTTGAAAT CTGAACTAAGCATGTTTGTATTATTATATCCCAGATTTGTAATGATTATT TTTGGCATCAAAAGCAACGCTGAAGTGAGTTGCAAACTCTGCTTCAACTC AAAAAGATACTTTAATTAACTCATTCATAGGTCAGCCGCATTTTCTTGAG ACCAACCCCATTTGTACTTGTGGTTCATTAAATAATGTAAACAACTGGTT TCTTTGCTTTTCAAGTTAAATCTGCACACCACGAGCCTACTACAATTGAG GTTAAAAAAAGAAAAGAAAAAAGGAGGGCTATATCTGATCGAGAATAAAT TACGTGAGATTAATTATTCTTATATAAGTTATCTCAAAAAAAAAATATTC CACCATGTATATTAGAGGATGTATCCCATAATCGGAAGGATAATAATTTA AGAACTATCTAATAATACATTCAACCCAACTTGGAATAAAATAATTCATA CATTTTATTCTAAGATTATTATACTTTATAACTCACACCAAACGACTCTG GTATAGAGCAGAGCTATCATAAATTCTACCATCCATGCTTTGCTCGCAGT GAAAAGAAGAAAGTCCAAAGGAACAGTAAATAGAGCATACCAAAGAATTA AAGATCGTGATGGGAGAATTCAGTTAGAAAAAGAATGTGTTATACCTAGA GAAAAAAGGTTGGTCATGATCGTGCACAGCGGCGAACCCCGGATTTAAAG ATAGAGGGACACTACTAAGACTCTAAGAACTTATCAATTTATGCAGAGAT AATAGGGGAAAAAAAGGCTGCCTCAAGGGGATTTAAACTCGGGCAGTCAC TCTTTGACTCTTCAACCAATTCGCCATAATACTTTTTTATTATAAGGGTG CACAATTAAGTATATAATCATTTTCTACTATCTACACATATATATACGAT TATTTTTTAAAAGTTCCCGTATGCACGTGCACCCTCACGGATGCATGTGG GTCTGCCCCTGGTCGTGCACGTGGCAACCCAGACACCTGTACGATTGAAA TGGTTCGTTAGTAGAGATATTTTAGTAGGAACATTTTTCTAATGGTACAA TCATTTCTATTTATTCCTCCCTTCCCTCTTTTTGTCTATCTACAAATCTC ACAACTCAAAACTTCTGGTCCGAGTCGGGACCAAGTAGTCTCAAGATTCA GCCCACATGTTTGTCAAAACACTTTCTTTTCTTTCTCTTTTTTGTTTCTT TTTGTGGTTTTTAGGTGTGGGCAACTTGTTATATTTATATATGAATACGA CAAAACACTTTGACTAAAGAGTTACTTCTGAAAATGAACCCTTACCTGCC CACCAGTCAGTGCACTTAAACTAATACCTCTAACAACCTGCCATAGAAAC TTCATCAACAACATTCTCTGACTACTCAAACAGCAAAAACAAAACAGACT TTACACTGCATTTGAACATGAAATGCACCAGTACAAGTCGTAGTTGCTTG TTGTGTGGTAAAATGGAAGAAAAAGATCCATCGATACGAAAAACTTTAAT AGCTCAATGCTTCAAAGATTTGCATCTGATTGAAGATATGGAACTTGTTC TCACCTTAAGATGCCTCTGGAATACTGCTCTTGCTCAACCTGATGACCCT GAATTCCCATCCCTCGGCGTCTTTAGTTGCATGGCTAGACTTCTCAACAG GTGCACCCGTGACCAAAAATGGCTTTCAAGAGGCCATAACGTGTATGTTC CTTATTATGCAGCTCATATCATTGGCTCCTACACCATGAACAAAGTTAGA TTCTCTGTTTTGGCTGTTAAATCAGACGTAATTTCGCCATTAATAGACCT CTTAAGAGGTAAGATAACTTGGGTCGAACAAAGAGTGGCTGTTAGAGCAC TTGGTCACATTGCACGACATAGAAGAACATTTGAAGATATTAAGGTCCAT GAAGTAGAGATTATAAAACTAGCCATTGATATAGCTTCCAAATGCATTTA TACAATCTATAGCGAGTTTGTGAGCAAGAGAAGTGAAAACAGAGTCGAAT ATCATCGTTATTTGATGATAAAAGGCCTCGGAGAATTCGAAATGGAGAGT AAAAAAGCAGAGTCTTGGGCTTGCCAAATGCAATGCTGGTCACTGTACCT TCTCAACTGCTTCGTTACAAAGAAAAGAAGCATCAATTTGATATGCAAAG AACATTTTCTCAAGAATTTGTGTGATATATGGGGTGGATTACAGAACCAG AATTCTTTCTCTGGAATTGGCCTAATCCGAAGTCTTTGTGAAAGCGAAGA TGGTAGAAAAAACATTGCTCAATTAGTACAAGTCGTAGAAAATATCTGCG ACCTCTCTAGATCATCCGACGAATGGCAATTCATGGCAATTGAATGTCTT TTGTTACTTCTCAAGGATCCAAAAACAAAAAACAGAGTAACCAACATTGC AGCTCCTTTTCTTGCTGATTTAGTAGAGCTTAGAACTATCAAAGGAAGAC GAAAAATGGGTGACATGATAACACAACTACTCTTACAAGATTATGCTAAA ATCAAATATGGTCAAGTGGGGTTCTCCGAAACAGGATCAATCAAAGAGAT TTGGGACTTGAAAGTTGAAAAAAGGAAAAGGGATAAAATCATTTCGGAAC AAGAAGTGAAGGAAACAGAGCTTTTGGTTTCCGTTTTAAAACGTGAAGGA AACAAGAAATTTTGGTCAAGTGAGATTGAAGCAGCTGTAAACAAGTACAC AAAGGCTTTAAATTTATGTCCACTGAACTTGAGAAAAGAAAGAATTGTTC TTTATAGCAATAGAGCTCAATGTCATTTAATTTTAGGAGAAGCAGAGTTA GCTATTAGTGATACAACTCGAGCCTTAAGTTTATCAGGTGAAATGAGACC ACATATAAAGAGCCTATGGCGAAGATCGCAGGCTTATCACATGAAAGGTT TGGCTAGACTAAGTTTAATAGATTGTTTAATGTTCATCAATGAACGAAGC AAGTTGAATGGAAACAAAAGCAGCACAAGGAAAATCCCATACTATGCAAT GCGCATGTTGAACAAGCAGATGACAGCCACGTGGATTTTTGCAGGTGCTG CGAAGTCCATGGAAGACGACACATATGACAATGGAACCCATAAATCCAGG GTCCAGTATCGCCTTGCAGGTGGAAAAATGAAAGGGAAGATAGAAGAGGC ACTATTAAAAAGTTAGTCCTGAATTATTTTTGTTTTTCTTATTTACTACT CAATTCTTTACCTATTTTTGTGCTTCAAGTTTCACAAGATGGCACAAGAT TTGAGTTGTCTCAGCTGAAAAAAGGAAAAGGTTTTTATGCTATTAGATCA TGTAAAAGATAACTGCAGTTAACAACCTTTATAAAAGCGATGAATAACCT GAAAAATCAATGTATGAGTTTTAAATCCTTCTTTTTTATTTTGGGCTTTA GAACAGTTTGTATTATGAAGTTTAAGTTCAGTCAATATGCACTAGATATG TGATCTCTAAAAAGACGTACTTGGGGTGTCCTCAAACAGGAATTCCAATC CAGGGGAAAGACGAGGAGCATGGGCTCTTGAAAAAGGGACGGCTCTGGAG AACAAGCCGGAGAAGCAAAGGCGTTATTGAACCATCACAGGAAGGGAAAA TGTAAAAGTACAAGAAAAATGTGATAGCTCGTACGAGTTGAGCAACTTTA ACATGCAGAACTAAAAATGTAAGATGTTGTCCATTGTTTACCCTTTTCTC TGTGGAAACAAAAATCACTACGGAAGTTAATCCTATCTTGACTATGTTCA TCTAATCAATCCTTTTCAGACAATGTACTTTTTGGTCTGGTATGGTTCTC CTTGACAAGACAACTCAACAAACACACTACAAATGGATACCAAACAGACA AGTTTTTTAGAATTAGATCTGCTGAGGTACCGTATTGTACCTAACCCACC AAGGTAGACTTTGTTGGTTCCAACTGCTGTGCATTTGCCTATTATTATTT TCTCATTTACTCTTGTTGAGAGAATATAGTTTTTAGTCCACTGGCAGTTA TTGCTTCTCGCTATGGGACCGTTCGATATGGAGAAGTGAAGTTTGCCAAC CGGCAAGCGGGGGTCAGAAGTTCAGAATCACCATTTTTCAATGGTTATAT TTCATTACATAAGCTAAAAAGTGTGACTTTTGACCCCCACTTCTTAATTC ATACATCACCACCCTGCAAACTATAGAAGAAGCGGGTCCGTCTAAACTCT AACTGCATAAATAAACACAAAACACAAAGAGAAAACAAAGACTAGAAAAC CCATTTATTCATTTCTTTTTAAATAACTATCCTGAAATCTAATTTGGTAA TCTAAAAGAAAGGAAACAATGAGAGAGCAGATCATACACAATACAACTAA AATACAACAATTCACAAGTAATGGTACACTTGGAGAATGTCAATAATGCA AAACATCTCGCCTCAATTCATCCGCAGCAGGATCAAGTCAGATAATGCAC CAGCGAATTTCCTTCAGATAATTGATCCCGGATGAAACCTATATGCAGCG AATATATGGGAAAGTTAAGAGAGAGCTGCACCCTCACATTTCACACAGTT CTCACAAATAAAAAGCATTGCAAAACTTAGAACTGCTGAAGTAGATTAAC AAGTTCAGAGAAGCTTTAGGGCTTATGAACAGAACTACCAAAGAAAAATT GCAGTCATGTCCTTGTGAGTTAACATACTAGTACTGTATCCCATACTTCC ACCACTTAAATTTCAGTAATTTCTCTGGTTTTAATTCCAATGAAGCTACA GTTGACAGAGACCGAAAACATCCAGTTGATTGAACAATCCTCATGTGTAG CAACCACAGCCACAAATGAGGTTCTAGTCTTTTTAGCCACTGACAATTCA GTCTTATCGTGCTGGTGATTTAAAAGAATCTCATTTCAATTATTGTGCAT GCACCTGTTTGTTGAGTAGATTAAGAAGTTGGCCTTCGTCAATTGTATGG TCTTAGTATAATTAAATACTCCTATTAAAATTGGAGAGGTGAAATATGAG GGAAACCATTATACACAAGGACATGCTCCAAATTTTGTTGAACTACAAAC AGTAAACCCAAAATATCCAGCAGAATAGAGTAGAGAAATTTGTTTCCTTC GTATGTACAGCCACTTACCAATGATGTATCTCCCTTAGTCTGAATAGGTG CTCAGAGCAGCAACAACTGATCCAGTCGTCTCAAATGTTGACGTGACATC TGGGTAGCTTTTCCACGATGTGCTGACTTTGAGAGATGGGTACAACCATT TCTTTACAGAATCTACAAAGGAACTCGAGTCAAACTCCAGGATGGCTTCC CAATCCACCTGCAGACCTTTTGGAATGCTTCCTGTGAACTCCATATTAGC AGCGAGCAGTAATCCAAGCAAAACTATGAACCCAACAACAGCAGTTCCTC TGGAAAGCGGCATGAAATTATACCTGCAAAAATTATCAGACAAATTAAAG AGAACCATACGCTTCCCTTGTGATCAACCAAATAGAAGTTAATATATCTT ACCAGTAATATGTCATCCTTAAGATTGCATCTCTCACATTTTCAAGCACA TCAAAATCTGTTGACCCATAATTATCACCACAGTACGCAGCACAAAGAGC CTGCATAACAGTTTTGTGTTCAACTTGGTCTAACTAGAACACTATCATTT AAGTCTCAACTTAGTTAACTCTTTTTTTTGTGTGTGTGATGACCGTGGTG TCCGGGCCAACTTTCGGGCACTAGTTAGTTAACTTAATTAGAACACTATT ATTTAAGTACCAAACAGAAAATATATGTGTGTCTCAAGAACAAATAAAAA GAAGAAAGGAGGGAAAAAAAGGGAGCTACACAAACAGAAGCAAGCAACAA TAGGAAATTAATGGGTATAGATAAAGCTTCAGTTAGAAACAAAATAGTAG GTCTACAAACAGGTTCAAGTAAGAAATATATGCCAAATCATTTCAGAAAG ATCATACCGAACAAAAACCCAGATCATCTCAGGCATAATGCTTACTTCTA TGTTCAGACAGGAAAAGGTTCATTACTTCTGCTTGTTTCAGTGCTTAGCA AAATCTCTTTTTAAAAGTGAGAGAATAGTCTGATGAACAGACTCCCAAGC TGACTAATATAGGCTTATTATAAGACTTAACTGATCATCTCCGAGCAGGC ACAAGATGAATAAACCATGAAAAACTGTACTATAAGGGGCTGTTTGGTTT GAAGACTAGTACAGGGAATTTTTATGCTGACATCATTTCTTATTGATTGT TTGGTTTGTTGTACTAAAACTAGCAATCTGACATGCATTGAATTATCAAG AGTACTACTGAATAGGGTGTATGATTATGAGTATAGGAATGGTACTGATA TAGTTAATGCCATGGTTTACTATGCATAAGAATCGTATTAAATAGGGTGT ATAAGTAATACTGGTATTAGTAGTACATAGGTGAGATTTAAAACCAAACA TTGTACTAAAATTTAGTACTAGCATTATTCTACCTAATACAGCCTACAAA ACGACCACTAAAGAATTTTTGTGTTACTGTTTTACATTGATGTAATATTG CTTTCAAATATCCAAAAACTATGTCATGGAGTAGAAAATGGCTTTCTAGT AATAAATCAAGAGGATACCTCCCAGGCTGATGTCATCTCCACATCAAAGT CATCCCATCTAGCAGGTGTGCAAGGTGTTCTAATTGCAAAGTCGTAACCA ATCTCACCCCTGGAAGGAACAACAAAAGTTGACAGGAATAAGAAAAATCA GATCTAGTTTAAGTGATATTTTACTCAAGTCACCCTCCTTTCCACACACA CAAAAGGTTGAATTCCAATAAGGTTAAATGGTGTTCTACATTTTCACAAC AGTGATCCTTGTTCCTTCAAGACGCTTCCTGATCAGGCAATAAGAAAGGA GGGAAAATTAGAAAAAAGACCCCGATGAGAGATAATATTCAAGAGTAACA TACTGTTATACAGTATAAAGAGGACTAAATATAAAAAATTACCCTTCAAG TGCCGTACTGTTACACCAGGTGGCCAACCAAAAGTCTTGACCAACAACTC TGTAAAGATCTGAGCTGGATTCTGCAGCCATTATCTGCAAAGTACAGTTC AGGTGTTGATTACCACCAGAAAAAAAAAGGTATGGCACTGAAGTATTAAT CCTAGCAAGTGGACACCTAGTTTGATTTCAGAGAGCCATCAGTTAACATC TAAGGAAGAAATGTGACCAATATAAAATCAGCCTAATAAAGATTTCTCAA TTTGACGCTTTTATTGTCATGGGAAATGCTATAAAGTAGGTATTTTGACA TGAACCAGAAAAATAATTATCAACAACCAAAAACTATACACTGTGAAAAA GGCAAAACAGTGCAAAAGATGAATTTAGGTCATAAGCAAACAAACTCACT TCTTGCAACTTCTGTTGTTCAGAAAGATCAATTATCTTGTCTTCCTTGTT GCACACTGATTTATTCTCCTTGATAACAGCCTTGGCAACAGTCAAGGTTC TGAACATTGACAGACAATAAGAGCCTTGAGAAAGAGCTAATACAAATAAG AAAGGTTATGCCTTTTGACTGTTAAAAAGGAATTTTTATTCATGGCCAGC AGCAAGCTGTTGTAAAGTTATTTACAAGGGTAGCATCAATTTACACATCC TGTAATGAGCTCAAAAGGTCAATCATAGCATCAGTATCATTTGCAGTATC CATGTTACACAAAAAAATAATAGTAAAAAAATACATTTGCGCTTATCAGA AAGGTAAAGCTCTTACCTCTGAAAATTGGGATGGTAGCGAACAACTTTGG CTTGACCGAGAACAAGAGGGGTGTGAGACCCAAAACCAGTATTAAATTCC TCACTATGCAAAAAAACAAGAATTCTCATCAAAAAGTAAAGCCAAAGCGG CACATTAGAATCATTATCTTCATTATAGTAAAGCTAAAGACCTTTAGTGG AGGCCGTTGTTTCAGCTCTATCTATTTTATAGCATATATCTTCTTTCTTG GGATTTCCATGCCTGATAGCTGAACTCATTAACTCTATTAGATGCTTCAC GGTCGTATTTTGGGCAGAGGGTATTTGGTGATCGTGGAATTAATGATACG ATTATGGATTTAGTTGGATTTATTGTTCTCCTTTTATCAAATTATTACTA ATGTGTTTAGACTTGCGCATAATGCTCTCACTGCTTAGATAATTGGGTAA GTGTATGGATATTTGATTCGCATGACAGGTGTTTTTTCTTGAATTTCTCT ACGACTTTTTAGGGGGCTCACTTCATACACTAGAATCTCGTCGACGTGGT AAGTAGTGTGGTATATCTAGTTATCCCGGCGTAAATACGAATTAATGATT TTAGTCTTAGTTTCTTAGACGAGCCAAAGTGAAATAGGTCTTTAGTCCTC CAAGATCTTCACCCAAACTTCAAAAGTCATACATGCTAGAATCCTTCTTT TCGTGAGTGCTCCAAATGAGAGTGAAGTACACCAACACAGAAGCTGGGAA ATAACTCCATAGAACTAAAGGATCAAACGGAGCAAGTTAAGCAAATTGAA GGAGGGTTTTTTTCATGCTTGTGGTGAAGATAGTGATTCTTATTATCTTT ATGTACTAAGAGAATATCATTGTTGATATTAAGAAATAAGAGCTCTTTAT CAAAAATAAAAGAAAAAAATATCATTGTGTACTCAATTCAAATCGGAATG ACTTTAGCAAAATGTAGTAGATATTTGTTAGAATGCTGAGACCAAGTATG ATTTCAATGAACTTTAATAACTAACTAAACTTCAGTAAATTAATAGCAGG TGGAGTACCTTAGCTTGTTAATCCACACCACTGGATCACATGGTTCAGAT ATTTGTCTCCATTTGACAGCCAATGAATACAAGTGGTTCCATGACATCAT GGAACGTCCAGTTGACCTATCATCAATCAAACTGTATGAAGTAGATGTGT CGGAGGAACTGCTAGTGCTACAACCAGCTCCACCTCTGTTTAAACTAATA GAATTTAGTTTTTCCCTTCTCCTGAGTCTCTTCCCAGACTTCCCTGTGCC TTTAGTTGAGTTTCTCCATTCAGCTTGTAAGGCACGCCAAGCTTTTGAGA CTTTTTGTGCTATCTCAATAGCAGCTAATCCTGCCATGCGGTGCTGATAA TTGCAAAATAATTCTCAGATTTGGGTGAAAGAATAAAAACATTGTGGCAA GCATGTTTGTAGCTAAAGAGCAGCATATTAGTACATAACAATAATTTATG AATCCACTATCTGTAATAAAGATATTATATCATCTTTAAATTGCAAAAAG AAAAGAATGTCATGATAAGGTCTAAGAGATACACTACGAACAATAGATCC TCTTCACTAGATAAGAAAAGAGAAATTTTGATCATGAAAAAGCAACACAA GTTAGAAAGGCACAAATCTAATACTACTGTTTACAACCATTGCACAAACT AACTCAACGAAATAACTACAAAGAGCATCACAGTTAACATCGGAAATTGC TCCACAACATACATATTACAGAATTAGAGGCTGAAGGGCGAAAGACAACT GCTTCCTATAAGTGTCTCCACAAAACTAAAGACGCCAACCCTTTTTGCAC TAGATGACCATCAAAACTTGGCATTCTTAGTCTAACATCATTATTCACAT CTATAAGTATTATTATTAGTTGCATGCTATTCATTTTAGACATTTTCACT AGAAATGTAGCCTTGGCACTTGGCAGTCACCTCAATCTTATTTAACAGTG TGTGTAGAAAGTTATCATTCATAATTGTGGAATATAAAATGCTAAACAGT CCTTAAGATCCCCAGAGCCCATGTAGTGAGATTTCGCTGGGTTTGTTGTT ATTGTCTTTAAGATCCAAATCTCACTTTCTGTGCTAAGAGAAGATAGAAC ACTAGTCCACAAATAGTGAAAATCTTCTGTTGACAGATGGATTCTCTTCT TTTTTTTCCGATAACCTAATTTGAGATGAATTCCTTAATTTTTATATTTC ATGGAAAGTAACTAACTATTGATGGAAAACAAGGAGTGTGTACAGCGAAA GCTGGAGAGGAAACGTTGAGTGTGAAAATAAAGGTAACATTCTTGTACAA GAACTTTCTCTTATAATCGGCATATCAGTTCAAATCCCTCAATTACAAGG CAACTAATGCAAACAAAAGGTTCTGGTAACATTTTCATATTCTTTTCCTT CAATATTCTCATTGTCTATATTAGAGGAAATGTGAAAGCAAAGCATAAAA AGGCATCTAATAAAGCAACAGGAAATCACTATCAGGTTTCTCAAGGAAAA TGTGGAGCTCTGGGTTTTTTTAGAAAGAACAAAGTTAACTTAATATTTAA CTCTTTTTAGAATTACCTGGCGCCTATTATGCAAGAAACCTGGACAATGA TACTGGATATTTCTACCGATAGAATCTGCAGCCTGTAGAAGGGCAGTTTT TTGCTTGGTGAAAGTAAATTCTTGCTTTCTTTGCTTCCCCTTTTTCAAAG ATTCTTTTAAAGGAGGTTGCCTGTAGACCTTTTCGCAAACATTTTTTGGG TGCAGCCTTTTGCACCAATACTCCTGAGAACAGAAGGGAAAAAAAAGTAG GAATTGAGAACGAAGTATAAGAACACGAAGTCAATGGAAATAATAACTTT GAGATAAGAAATTCACTGCCAACAAAAGCACTTTTCAGATGACAGTTCAC TTCATAGAGGTATCTACCACTTTAGATCCGAGATTTACAAAAACTGATTA TTAGCCCCTAAAATTAATGAAATGATCCCACATATCTGTCAAGAAACCAT CATTTGAAATCAAAGGTTTTCCCATGACAGTTCACTTTGTAAAGGTATCA CCCTGGACCCTCCAGGTGCATAAAAGTGATTAAAGCACTGTTAGGTTTAT GAACTGGAGACTACACATCATTCCAGAAAACTATCACTGGTATATGCATG TTGTACCTTCATTGATTATCTACCTAACTGGAACCAGTAACTTTGTCCTA TCCATATGGGTACCTGTGACTTTTTCAGAACGTTTAGTATTTTCCAGACT CCGCACACCCATTCGACATGGATCAGCAAAAGAACATTGACAACTAACTA TGAAGGAACATATGCACCAAATAAAGCACATACTTAAAGTGCAAGCAATG TCTGCAGCAGCAACTCAGTGAAAGCAACCTTTACGTTTCTAGATAGTCCT TGTATCCATTGCCACTCTACTCATGATAAAGTAATTGAGCAATGAAACTG TTGTAGCAATCTTATGAGACTATTGGTTGAGAAGAGATCACTTTCCAACC ATTTAGTGGGGGTTAAGGAAATGATGGGGGCTCTAAAGAAGGTTTTGAAG CCTAAAAGGGATAACTCTACATAATAGAGTATGAGCATGTTAAAAGATAT GGTAAAATGTCCAATTACTTTGACAGAGTTGTAGTGATTTCACGGTCAAA TTCTTCAGGTAAGCTTATAATCGAATTCAAATTGAATCAGTGAGGCCTTA TTTCTTTAAACTTCATTCATTCTCCAAATTCTCTGCTAACCTTCAAAGTT CTGCGTAATTCCCACCAGATAGTACTTTTTGCTATAACTTCAAACTTCAT TCCTTTTCCCAATTCTCTCAGAAAGAGGCGGTACAGAGGCTACCAGAATA TTCCGTGTTGTTTTTAATGAGTGTATCAAAAAATAACCAAGCAATATATT CTCTTTTTAGACATTACCTTGAAAAGGGGATCGATATCTCCATCAATATC AAACCAAGAAAATTCGCTGTTCATCTTTGATGCAGTGTATAATGCAATTT CTTTCTGCAAGGGAAAAATATTGAAAAGCAAAACATAAGCTATTCAAACT GAAATAGAAATTGGACAAAAAATAACAGAGATAGAGAGATCAATTGGTGT CTCATGATAATGGCTGCACCTGTATTGTCACAGGCAGGAAGCAGAAGGCT GTTCACAAGAATGAGGAAGGAGGAGGAGCACACAACTAGAATGAAAAGAG TTTCCATAGGACTATTAAATGATCCGGGTAGCAAAATCTTATTTTACCGG ATGTGTAATGGTTAAGTGAAAAGAACACTGCCAACTTAACTGGGCTCACA AGCTAGCATCTGTCAACTCGAGCTTTTGGTAGGGACATTTGTGCTAGGTT TGAATATGCGGGACACCTAAACGCAATCATAATCAAGCTTAAACCAAGCC AAGCTTGGCTTTGTTAACCATCGGCCACTTCGACCCAAACTGTCCAACAG TGGCTTAACGGAACAAAAAGATGGTCAGAAATTTAGCCAATGTTTGGACA ATTTGTGGGAAAATGTAAAATTGCTAAATTTTTGACTACTAACTTAAGTA AATGTAAAATTGCAACTACTAAAATGGCTAACAACCCGAAATGACAAATC TAAAATTTGAAGTATGAGTTGTCCACTTGAGAATCGAGAACCATTCCAGC AAGGTAAAAGCTAACAGTTAGAAAATGCCAAAACTTAGAAAGCAAAAAGA AAATAGTGCAACACAAAAGAAAACAATACTTAGTAGAGGCATAACATTGA ACCAGCTCGATGGACGGAAATCTGGCATATACTTATTTACCTGATAGAAC GCCAAGCATTGAAGCACAAACTTTTCCATAGAATCTAATTCAAGATCTAA AGCAGCATCATAGTCCTTCACCTACAGCATAAATTCAGAATCAATAATCT GAAATTGGAGACAACCACCTTAAAATATTTAAGAATACTCAAAAGTCACA AGAGACGAGTTTGAAAATGCCCATACTGCTTCTTTATATAATCCAATAGC ATGATAGCAAGAAGCTCGTAGATACAAGCATTCAATGTTTGCGCTATCAA TAGCCAACCCCATTGATAAATCTTTTATAGCATTCCTGTAACAGCATATA TAGGCAGTTAAGGCCTGCTACATTTTTCGTTAAAAGAGGATTATACATAG AAAATTTGACAAAAAAGAGAGAAAGGGGAGACTCAGGACAGCAAAATTTT TCAGAAATATGTACCTATGCTCTCCCATTCCATGAAGTAGCAGCCCGCGC AGGTGATATGCTTTCGCGTACCTTCCAACGAAAAAGGGTAGATAGAGGAT GGATTATCAGTTATATTCCTATTTGAGGATAGGTTTTATACTTCACCATT CAAATACTCGAGATTAGATATTTATCGGTGAAAAAGATGTAAATATTGAG ATCCTCAGTAATCACCTCCCATCTATTTGCAAAATCTGATGAAGGCATTC CAAGGCCTTCTCTGAGTTTGCTAGGTCTTGATAAAACTGCACCAAAGATA AAGATTCTTCAATAATCAAATACATCATTAAAAAAATATCTTCAAAGAGA TCTCATTGTTTTGCCACATTTAATATAAGTGAAGAAACTCAACCAATCAA GAACTAGGTTAGAGCAGCTCCTGAGTCTTAGGAATTTTAAACTTATGGCA ATAGATATTCCATAAACATCCAATTTGATGATGTAAATTAATAACATCTA CCAGCTAATCAGGAGACCTTATCTGAAAATGCAACAAGGCAAAAGCTATT ACAATACATGTGCATTGCACCCCAGAAGATGAACGCTCACACAATATCTG ATAACAGAGAGTTAGGCTCTTCATCACTGGTTAAGCAATAGAATGTCTAC TTGCCATTTAAATCCTTATTCTTGAATTTCTTAACTTGCATGCAGAAGTA TATATTTACCTCAACCTTGAGTTCCAGATACCGGTGAAAAAAGAGACAAA CAAAAACAAGAACTTGGTATAAGAAAATTCTCGAAGTCAAAAGGCAACTT CATCATCAAGAAACTCTATATCATCAGCACTACCAATAGAAGTATTGGGA TCCCACTTGGCAGGAAAAATAGCATTAAGAGTATTCACCATATATTCAGA GATACCTGTGCTAGATGAGCCCAAGCCTCGAGGAAATTCCTTTCAATTTG GATTGCTTTCTTATGTGCCTCCTCAGCCTTCCTATATTCTCCTAGAGAGT ATAACGCCAAACCCTGATAATTTTCCAAATTTTTTTCGACCAGCATTATA TCAGTATTTTTCCAACAAAAAATTTCTCAAACTTTTGCGGATAAACATTC TTAGCTCATTCTACAACAATTGGTAGACTCAAGGTCATAGACTCACCAAA TATGTATACGCAGATTTATTATCCTTATCGGACTTTACACATGTAGAGAG GTCTTCAACAGCACCTTTGAAATCTTTAAACTTAAAATTGACAATTCCTG CACTAATTAAGGAGAGTTAGTGACTCCCAGGTTAGATTGAACAAACTTTG TCCAATCAAATGATCTTTTCTGAAATCTCAAGAAATTATGGAATATTCCG CTAGAGGTCATTTATTGCAAAATAGTTACAAGATGAAACCACCTATGGGC CTCAATAAATAATCTCAGTGTTGTAAAGATGAAAGTGAACCTTAGTTTCA AATTACATGCACAAAAGCTATCTGTCATAAAATGTATGTTTTGCTATTTA TGTCTATCTACTTTAACAGCATAAATCCAATTGTTCATAGTAAATGGAAG AGTTCAGTCTCGTCACCTCTTTCATGTAATATATCGGCAGAGTCTGGCTC AAATTCCAACGCTTTGGTCAAGTCTGTAATTGCCTGGTGTAAAATCATTT TGTTTAGATATACCAAGTCACAAATATCAATCATACTACTTTTACTGTGA AACCAACATTTTTAGGAAGTAAAAAGCGTTTAAATGTAACTAATATCACT CTCCATGGGATAATCGGAGCAAAACAAAACTAAAACTAACTCATCAGAAT GTTAAAATTATGTTTTAGACTTAGACTACCAAGAAACTCCCATGATCAAA AGGATGCAGCTGAATAATGTTATGCTCCTGATTCCATTTTAGAATTTAAC TTTCACGGGAAGATGCTCATAAGTTGTGATATAGCTCAAGCCTTAGTTAG AACATCCAAAGACATTTCATCTTCCATCATTAACTCTGTAAGCTACCACA ATCTGAAGGAAAATAACCAAGTGCCTCTTGATAATATCCCTAGTGGTCTA ACTGGAGTCTGATTGCTATTAACGAAAAATTTGGTTTCAAAATCTGATAG CACAAGTGATAAAATTCAGTAATTCCACATCATTTACACTGCACATCACA TCCACAGAAGAGATCATTGAAAGTTGACTTTGAAAAAAAATAAATATAGC AGAAAAGAATACCCTGAAGACAAAAGCCAAAAGATAGCTCAATAAATAGA CAAATACGAATTTTATACCTCAACAGATTCACCTAAAGCAGCACGGGCTT GCCCTCTGCGTTTCCAGGCCTCTCCAGCAGATGGATTTGATTGTATGGCC TGAAAGGCAGGTGGTAAATATTTACAACAGGGGTTGAAGTATTACCTCAA TTGGTACTTAAATGGCCAAATCAATGCAAACCTTTGTAAAATCAGAAATA GCTGCATCAAGTTCTCTTTGAAATGCCAACGCTGTTCCCCGGCCGATAAG TGCCTCCGGGTACGTTGGATCTTGTTCTAGTATCTGTGTTATTATAGATA GAAGAGAAGAAGCTCCGTAAGTAAGTTCAGCATGCCACACACAAGTCCTC CGTTTAATCCATTCAAACATGAAAAAGGGCAAAATAAAGCACAAGGCACA TCTAGCAAACAAAACTAGTAAAATATCGAAGAGTGGTAAGGCTAATGCTA ACCTGGTCAAAGATGGATACAGCATTACTATATTTTCCTTCATTAACCTG AAATCACCAAAAATATTGTTTTACGCTTCTATGTTTGTACAGGATGACGA GTAATAACAACTATTACTACGCCTCAAAACCAAGCAAGTCAGAGCCGGCT AGATGATTCCTCGTTGACCATATTTCTCAATTAAATACGATGAATACATG ATTAAATAGTGTCGTAACTGGAAGATCGAGGAAAAAATATAATTACCTAC AAATATATACTTACGAAAAGGAACTGAATATCGCTAGTCAAGACATGGGA ATAGAAAGAAATAGTTTAACTCAAGTCCTGGTTAATTACATCCACTAAAT CACCGAATGGGTGCAATCTCTTTTGAAACTTCTTTCGGGTTAAGTTGCTC AGACTCGGGTACAGGTGCCCAATGCAGGTGCGGATCTAGAGGTCGGATCC TCTATGATATAAATTTTAAGATTCAGAGATAAAGATCCATGTATGGAAAC GGATGTGGGGATTCGCCGAAAGATAATTCAAAATATCTACTAATAGAGTT ATAAAACCTAAAATTATGAGATATTATGCGGAAAAGTTGAGGAGAAAATA TTTGATCAAGAGGAGAATCTTGGAAGGAGATAAAAGGAAAGGGGGTGACA AATGAAATTTATATATACAAGGCATTCCATTTTCTTCAAATCACATTAGT TTTGTTTTGATTACAAAAATCATTGAACCTGTCCAGAATTTCTCCCTCGA ATTTGTTCAGAGTATCCAAAACTGGTTGACCATACCGGGTACGAATCCCA CACCCATGGCGTGTCAACACGGGTGCGACACTGAAAGTATAGAGTCCGAG CAACTTGGCTTTCGGGTAAGTCATGTGTTCGCTTTGCTAGTTTCCATCCA ACATACTTAAGCACAATTTTCACTAAAAATGGCGTTGCTGCTCAACTTAC AAAGTTAAAAATATTTCTTGTTTAAGAAAAAAGAAAAAAAAGGAAACTAT TGTTGCAAGATAAAAATATTTGGATTAACCTTAATATTTCGAATTGTATT TATTATCTCAGAGATGATTGATCTTGTTAAGAATATTTTGTAATTAAGGA CTTAGATAAGGAAATATGTATAGGAGATCAGGGAATATCACATAACAATA ACATATCCGGTGTAATCCCACAAGTAGGTTTGGGAAGGGTGGTGCCTGCC TTGTGAGGGTAGAGTGGTTGTTTCCGATAGACCCTCGGCTCAAGTAAAGC ATTCAAAGCAGGTTTGAAAAGGAGATACAGTTGTGAAGAATTCATGTCGG AAATAATGGAGAAAAGAACAGTAACAACAACAAACAATACTACGATAATT AAAGCAAAGGAAAAAATATGTACTAATAAAAATCGGAGAATAATATAATA GAAGAGTAATAACAATAATACTAATATGGAAAAGAAAGGACAGCCAACAA GTAATTTGTTCCAAACTATCATCATGCCCCTCCTAAATGACAGCGAGACA ATGTTCAACTAATCATTTCTACACAATACTTCTTCAACCTACACCTACCT CTCCTCAGATCCACCATAGACAAACTCGCTCACACCTCTTCACTGGAACA TATGTGCATCTCCTCTTTACATATCCGAACCATCTCAGACTCGCATCCCC CTTTCCGCTACCAACAAATATTAATCCGGGAAATTCAATCTTCCTATATT ATATCATATGTAAACACTATTTAAACTTCATTACCTTGAGGGAATAGCAA ACTAAACATTTTTCACGATTCTCATCCTTGTTTTTTTGTGATACAAACTT ACTTCCCCTATGACAGTTCTCCAACAATTTTCTTCTCTTCTTTGGTTCTA CTGAAGACAGCTTTGAGCAAATCGTCTACCAACTAATCCAGTAGGTGTTT CACATTGTTTTTCACATTTATATCATGCTTGCATTACAAATTATGCACAA ATTCAATATCTTAGACTGGTAAAACCAATTGCATGCATATCTAAGGAGAT GCCTGACAACAAAAAACAGTGGCACTTCAGAGATAGATCCTCCACAGGAA TAAAACTACAGTTGGATTTCATTGAGTATTTATAATCAAGATGGTTATAA TTGTCTCAAAGCTCAATCAATTGTCAACAAATACATTCAGATATATGGCA ATGGTTGATACTCTCTCTTAGCAACTAAAATTGCATGTGCTGGTCTTTCC ATTTCTATGGCGACCACGCTCCACTAGTTCCTTCATCAGTCATCAGTTAG ACATCAACTAAGAAGAGTTTAAAGTAGCGTTTCGACAAGGCCGATAATTT ATGGTCTTAAGCAGTCTCATTAAGCATAGTTTGATCTGTTTTACTCTGTT TCCTTACAACCTTATAGGCTTCAAGGTATTATACAACACCAGTCATTTTA AGACTAGGCACTTGTAGAAACATAAAATACATCCTAACCATCAAGTTTGC ACGTCCAATATCATAAGGCCTAAGGGAAGTATCCACCTGATATATTGGAA GAAACAAGGTATACTAGATTGCAAACTTATTGATACCTCTATGGATCCAA GTGTCAAGACTAGTTTTGGATGGATATCTCTAGAAGGTCTGGATCAATAT AGAAGAATTGCTGGCAAACTCAAGTATTTCACAATTGCATGACACATCAT CTAATTGGTTGTTAGAGTGATTAACCAGTCTCTCCAGGCTCCTTGTGAAA TGTCATAATCTGCATCCTACCTACATCAAGGGATTTTGGAGACAACTACT ACTGCATTACGACAGCATACACATACAAGTTTTGGATATTCTAATGTAAA ATGGGCAAGAAGTTCCCCAGATAAATGATCCAATTTAGAAACACAACATT TTAAATCATGATAATCTAATCTCTTGAAGAAGTAAGCAACGAGACGTGAT AGTCAGATCAATTGCAAGCAGAATATCCATGATCTCAACCACATCAAGCA GCACTACTTATTGTTTCACATCTTGTGTTTGACGAAAAAATATGCACACA GAGCTAGATTGTCAATTTACCATCATTCTTTTGAATAACAATGGTGTCAG GACCAACCTACAGGCATCTCAAGTAGTCTAGTGGGTATCTAAATCCTCCT ATCGGTGCAAATACCGAATACCTCTGTCCACCGCAGCTTAGGGGGCGTAG GAAAGAAAATACACCCTACTAGATTGAAGAAATAATCAAGCTAAATTCTC TTCTTCTTTTTTGTTTTAATGTCACTATAGTGCGGATATGTGAGACTAGA GAGAGAAAGAATGACTGGCAATCACAAACCTATTTTGACATCTTAAGTTT AAACAAAGCAAAACATGCAGTCAAGCACACTGCAAAAATGATACTAACTC CATAAATTTAACACATAAGAGTTAGAGATACAAATCTAGTAACTGAAGAA AATGAATTCTAATAATAGAGCTTAGTTGACCCAAGCTTTGAACATATGCA GAATCTTCCAGTTAAGTTCACAAAATTAAAAGTGGAGTGTAATCACCAAA TTACAACTGAAATAAGCAAAGTGAACAGAAAAGACATGAAGACTGCAGTA GAAGGCCTTTCCTGCTATGCATGAGCATGGTATCCCAGTACCTAGCAGAT ATATCAAGAAAAAATTCATTTCTCTACTTAATTTGAGAGAAAATAATCTC ACAAATTGAGACATGAAGTTGATCTTTGGCATATATTTGAAGTTACAAAT GTATTGTTATTTGTATTTCAATAAAGAAGAATAGCATATTAATGATCAAC CGCACTAACAGGAAATATCAATAGATGGACTAATTCTTCCTGTCTTCATT GTAATATCACAGGATAGGCAGTGTACCTGTGCTATTCCCCTTGATAATCG GAAATCAACGTTAATGGACTTGGTTTTGTTGACCCTGGTAACACAAAATT TTTTGTTTCTCTTGCCTTCATCACTCAATTCAACGCGAACATCACATTTA TTATTCAACTGACTGAGAATTTCCTGCAACTCATTTGGTTCTGACTGTTC ACTTGATTCACTAGTTACTGCAGATGATTTCCTACTGTCTTCAGATATAT CACTTAACTCACTGCAAACCAGAGATGGATAACCCAATTTTTTGCAATTG TTGTTGGTTTTATTTGCTTGTCTCTCATGCAATTCCTTTGATTCAGACTC AATCTTCTTATGCTTTTTGGAATTATTACTTGAGGAATTTTGTAAAACAG AGCTATTCTTTGATTTCTCAGAGCTTTCCAACATCCCACTGCTGCATGTT TTAAGTTCCCTATCTGAGGCCTTACTAATATCACAAGTTTCACCAGATTT GGTAGAAAGAGGAGGTCCAGTGTTGGACTCAGGGCCAGATGACTGCACCG AATGATTGTTGCTGCCAACTGCGGTGTTCTGCTTTGCAATTTTGAGCAGC TCTTCAAGCTCTAACAGTTGCTTTAAGTCTGCGGACTGATGAACTGCATG TTCATACCCTTGCTCCCAAACTAGAAGAGCTTCCTCTTTCTTACCAAGAG CAGATAATGCACGTCCTAAGCAACAAGTATCAAGTAACTTTGTTACATAA TGCTTCAAACTCAAAAATCCAGTTTGTAAAGCTTTAAGAATATTGAAATT TCTGCAGCATAAACTATAACCACATCTAGGGAAAATCCACAGTATCCACA CAAGAATATTGTTAATTCAAATTCTTATATCATTATTTCAAGGGCTATGT TACACACAAGAGACAAAAATGTATTTGATCTTTTTATCTGATCGGAGTTG TTGCAATGATACAAGGAGGTCACACGTTCATGCCGTGGAAATAGCCTTTT AGAGAAAAGGTACTTAACAATAGACACAATATGGTCAAACCCTCTACTGT ACCCCGCGAGCATAGAATTCAACCATCTTATGCCCTCCTTTATTTTCCAT CCCTTCCCTTTATACCCCAACCAAACATAGTTTATTTTAAAGTTAAAAGT CATTTCAAAAATATAATATAAGACCACTATAGGATACAGAAAGCAAGTCC AATATGACCTTTATCAAGCTTAAAATGGCTTCTCACATACACAATTCATT TAAAGCTAACCCTTATTTTGGCGCATACTTGACAATAGTCGTAAATTGTA GGACATCAACCGAGAGGTGCAACAGTTCACTAGCTTTACAAGAGCTTCAT CCTACTCCTCGAAATTACCAATGGTTCATGTTTGTCCAAAACCAGAAAAA TTTACTCAATTATAGCCAATCACCTAAATTTGAACAAGAACCCTAAAATT GTAAATTTAGAGTATCCCAGATGACTTCACAGGCCTATAGGGATTAGGAT GCCTGACCACAACACATCCACATTCAAAATTGACATTCCAAATGCAATTG AAAACTTCTAAATTCTCTTTCGCATTTCTTATACACGGTAAAAACAGTTA GCTGGAAATGCAAGGAGAAAATGAAAAGAACCTTTGAATATATAAGCTTG AAGAAGCTTAGGATCGAGCTGAAGTGCCTTATCACAATCCTTAATAACAT GCTTGTGAAGCTCCAATTGACTATAGCAAAACGCTCGGTTGCTGAAAAAG AATTGAACACATTTTAAATTCAGAAAAATTAATCAGTTCATTCATAAATG TCCAAAAACCTATATACAAACAGGGAAAAAGATGGAACAGTGAAAAACGT AACGGACCAGATATCTTGAATGACGCAAGTTTGAGCAAGAAGAGAATCGA GAATTCGAATTGCTTTCGACCACTCCTTAGAGCTACAAAGCTTAGCTAGT TCAATCCTATCAGTAACTTTCGACGCCATCGCCGGCGGCTCAAGTGGATC GGAAGCAGCTCAATTGATGCGATTGATTTTTTATTTTTTTTTCCTTTCAG TTGTGTTGTGAGCTTCTGAACTTCTGATCTTGCGGCTGTAAAACTGTTTT TCTTTTTTTTCTTTTTTTTGGTGGGTGTGTTTTACGATGTGGTGGTAGAG AAGGGAGGGGTAGAAAGGAGAAAAAAAAGAATCTGAAAGAGGAAATGGAG AGGAAAGAGGAGGCTTAAGAGTTAAGGACTTTGAGGGAAGTGATAATAAA GAGGTTAATTACGGATGACACGTGTTTTATTGACCGCGTTAGCTATTGGC TCCAGTGCTCTTTTGTCTCACACACAGTTTCTCTCCAAAATTTTGACCAC TACTCAAAGATTATTTATTTATTTATTTATTTTGAAATTTAATAAAGAGA ATAAAATATATGTTAATTTTATTTATTAATTAATTTCAAAATAAATGTTT TTAGAAAAAAATAGTGAATTTTGAAAACATAATGTGTGAGATAAATAATA TATAAATATAATGAAATTTTATTATTTTCTTATAGTGATGAGAATGAACT AGAAAAATTAAATACATATCATTAAAACACTACATGCATTCTATTGTATT GTATCTTTCGTACAATATAATAGAGTACAGTATAATATAATATCTTATAA AAAATGGATAATACTGATCCAACCAAAATATAATTGAGCGAATAAAAAAG AGCACACAAGAAAAGAATTTCCTACTTTTTGAATTTGCTTATTTTGGGCA ATCAAACAGGAAAATTAAAATAAATGTAGCTTATTTTTATTTGTTTATTT GATTCTATGCCATTATATTACAGCGGATGACTTGGGATTTCTTATAACTT CGAGGGAGTAATCTCCACTTAAAAAAATATACTATTTGACCACTTTCAGT TTTTTAACATCCTAATTCCCAAGTATCTAAACACTAATAATAATACACCA TTTTCTTTTATTTTATTTGTCATTTTTTTTCTCTCTTAAATACTATGCTA ACAATAATAAACCAATTAATCTTACTTTAATATTTCCTCCGTCTACAATT AATTGTCATGATTTTTATTTTTAAATTTAAATTATAAAACTTTGACTAAC ATTTTAAGATATATTTTTTCATCATAATGATACACAAAAAATTGCAATTT AATACTTTTTGTATAGTTTTTGAATATCTAAAATTTTTATTTAAAATATC AAATTAATGTAATCTAATTTAACTTTAAAAATTAGTCAAATTGATTTTCG AAAAACATAACATGACAAATAAATATGGACAGAAAAAATACCATTTTCCT TTTTACCGATTAATTGAATAATGATAAAGATAGAAATAATTAATTGATAT TTATATCATCATTTTCTAATATACCAATTATAATAAATTAACTATTTCTA ACAAGTAAGTCAACTAAAATAATGGATCGGAGGAAGTACAAAATAAAAAT AACGTAGAATAAAATGTATTATTAACGTCTATATTAACATTATTGATATT AATTATGCAAATATCATTTCTTATACATTATCTAATTTAGTATATTAAAA ATAATATGCATTTCAAAAAACTTAAAATAAAGATTTTGAGAGATATTTTA TCTCTAACTATAAAACTACATGCACTAAAACTTATTCCACTTAAGGATGT TAAATTATTTGAGAAAAATGATTATTTGCGAAAGACATAAATATTTCATT TATTTTTTACATATATGTGGTTTAAAATTAGCAACCGAAAGCACGTAACC GTTCCACTGATACTTCTCAGTCCTCGCTCTTTATTTTCCACTTTAAGTAT ACTTTTTCCGGCTTTTTTATAATTGAAAGTTGTTATATTAAAATGAAATG AATACGCCACGTAAGGAATAATTCGAGTATGTCACTTTTGTTGTGTGAAA TACCGAACAACGTTACTGAGATGCTTTTTAGTCGGATAAAAATTCAGTTG AGTATAATTAGATTTTTAATAATTTTATGCTATGTGTAGTATATAATAAT TTATTATTGAGATTTATTTAAATTATATACTCATTTTAATAATAAAAATA ATAAAATTGTTTATTATTTTTATTTTTTAAAACTATCGAATAAAATAATT AAGTGTACTCTAGGTAATATTTCAAGAAAAAAATAAGACTGGCAGAAATA TGCGGACTTCTCAACTGTTTTACTTGCTAAACCTCGTACTTATATTGAAT TTTTTAAATTATTCTAATTTAAAGAATTTGACATTTTTGAAGAATCAGAG TAAATATATTTTTATAATTATTTGAAAACCTCAAAATAAGTTTTTTTTTA ATGTATTGCATGTACTTTAAATGAATTACTATTTTTAACTCAATGATGTT TTTAAGTTTGATCTATTTTTATATAGATTATTTCAATATTTGGAGAAAGC ATGTGTGAAATTACTCTAGAAGGAGTTTAGCGGGTAAAGAGTCAGGAAGT TCGTATATTCCCATTCATCTTAATTTTTTTCTTGAAACTATTAATTTGGT ACACTTAGTTGTTTTATTTGATAGTTCAAAAAAATAAAAATGTTGACAAC TTTGTAATTTTTATTAGCTATTATTATAATTAATATATAATTTAAATAAA ATTTAATCATTATATAGTACATATGACATAAATTTATAAGATTATTGAAT ATTTTTTGATCTAATTATATTTGATCAAATCTTTATCCTTTTCAGCTGGC ACAGGCATAGAGAGTTAAAAACACTTTCTTTTACCCAGCTAGGTAAAACA ATTAAATCACCTTAGTAATTTAATATTTTTGGCTCATTAAAGCAGAAGCT TGCAGAGTTTTAATTGAAGATGAGTTTCATTTCTATGCATGGCAATCATT CAAAAGTTTAACTCAATTACCATATATTCAAAGAAAGTAAGAGTTTATTA CTCAGCCACCTAATTATTGAGAATTACTTTATCTAATTCATATTAGTGAA TTATTGAGATATGATATATTTAAAAAAATAATATTAAAGATAAAAATTAA AGGTTACTTTCTATTATTACTTTTTTTTTTATTTTTAAATTATTCTTTTT ATAAAACATAAAGTAGTAAAACATTTTATTTTTAAAAAATCTCAAATTAG AAAAAATTCATTTATTTTCAACTATAAAAATAAATCTCATCAATTTTCAC AAATGAATATTTATTAAAGTCATTTTCTGTCGTGTAAAAAGGAGGTCACT CAATTTTATGTATATGAATTTAAGTTACTACTATATGATGTGATATTTTA TATAACATGTATTTATATTTTGTTAATTCACATAATATATTTTGATCCTA TTCTAATTCATGATCCTAACCCTTTTTGGATATTAGGCAATATTAAAATG AATTGATAAACTACATGAATAAATAAAATAATATCATGTAATCAGTGAAT TAAAATTTTAATTATTTAACATATTACATTTGACATTTATGATAATGAAA AGCAAAAAAGGATAAATAATTTTAATAATTTGGTGAATACTTATCCACCC ATATGATCATTCATTATTTCATCTCAATAACCTTATACTATCAATAATAG TAAGTCGATTGAATATTTTATTTGTTTAAGAATTATCTCATTAAATATAA AATATTGACATGATAAAAAATGTGTGGTTCATTTTCTTTGAGCGTGTTAA GTTATTAAAAATAATATATTTCCTTTTTTTTCATTAATTTTTACACCTAG TTTAATTTTTAAAAGAATAGTTAAAAAAAAAAAACATTCATCTCCTTCCT CAATATTGTTGCCACTATTCTTCCACCATTTTTCATAATCTTTTTACATA CGTACACTACACTACACACCATATGATCATTCATTATTTCATCTCAATAA CCTTACTAGCAATAATAGGAAGTGCAGCCATTCAAAGTTATCCTTAAAAT TCACAATTCACTTAGACACCTTAATTTATTCGTATGTCGATTGAATATTT TATTTATTTAAAGATTATCTCATTAAATATAAAATATTGACATGACAAAA AATGTGTGGTTCACTTTCTTTGAGCGTGTTAAGTTATTAAAAATAATATA TTTTCTTTTTTTTCATTAACTTTTACACCTAATTTAATTTTTTTAAAAAT AATTAAAAAAAAAAGAAGAAGAAACATTCATCTCCTTCCTCAATATTGTT GCCACTATTCTTCCACCATTTTTCATAATCTTTTTACATACGCACACCAC ACTACACACCACCACGTTCACCTCTCTCTTTCTCTCACCCTGTATCGTTC TTCTTTTGCTTTTCCTCCTTTTTTTTTTATGTTGATTCAAGTTTCAAATA TCTTGACGAAGTCCTATTAATTATGATGAAAAAAGATATGAATAGATTTT TTTGGGGCAAGAGCTTGTTATTATTATTTTTCAATTTTAACAAATCTAAT TAATGATTAAGAAAATAGTGTGATTGAAAGAAATATCATTTCCAACATTG AATTGGATTCAAGGAGAGGAGTAGGTGGGTTGATCGAAAAAAACACATAT ATAATTTCAAATAAAAAGGAAAAACGTCAAAGTGAAAATGACTATTTCAA ACATGATTCGATTATGTGTCTTTTGGTAAAAAAATGTGGAACTTAACATT GGGGTTGGGTGGGGGTGGTTCTGAGAAGAAGTAAAGTGAATGTTGCTCTT TTTTAATTTTTTTTTACTGAAAACATAGTTTTTATTTATTTTATTTTTAA TTTATTTTAACTGTGTTTTTTTGGGTCCAATATCAGATGTCTCTTTTTTA TTAGCTACCATGTCACGTCAGTCGTGAGTGTATGACACACCATCTTTACT TTTAGTTGATTGTCAAAATATGTCAATAGATATTTTTTAACTAAAAAAAG TGTTCATTTGAAACAAGTCTAAATGAAATATGTGAATAACTTTAAGTGGC TATAGATAATTTAAGCCATCAATAATAATTTAAAATTTCTCGTATTCTTC ATGTAAAATGAAGGTCACTCAATTTTATGTATATTGAAATATATATCTTA CTTTTTTTTATTTTCAATATTTTTTTATTTTTAAAAATCACTTTTTTTTT TTAATGTATCTGAGTTATATATTAATGTATTTAAACTAGTATTTAATGTA TCCGAGATACATATTATATATTTGCGTTAATTTTTATATATTCGAGATAG TTTTTAATGTATTTGAGTTACATATTATGTATTCAATTTATGTTATAATG TATATGAGATACTCTTTAATGTATCTTAACTACATGCTAATGTATCTGTG TTATTTTTTAAATAATTAATTTAATTACAAACTAAAAAGAAATAAATTAT AATTTTAATTTATATTTTTTTATATATCACTTTTTACTATATTGAAAGAT AAACAATCAAATATGACATAATATTTTATATAGTCAACCTGGATTTATAT ATTGTCAATTCACATGATATATTTTGTCCAATCCTCATTCATAACCAGTA TTAAACCTTTTAGATGTTTGATTATTAGGCAATGTTAAAAAAAAATAATT TGATAAATAATGCAAAGATGAATATAATTTGTTTTAAATGATTGAAATTT TTTTCTGATCAATACATTATAAATAAAGGATAAAGAATCCTAATAATTTG GTGAATAACATTCATGTCAAACTTAAATATAATCATCCACTCATATGATC ATTCATTAGTTCTCATTAAATCAAACAAGTAGTATATGTCTATAACCTTA CTAGTTTAAAGCTACAATAATAATAACTTAAAATTGCTCTTTTTGTTCTT ACATATTACTTATTTTTAGTTCTCTTATTTTTAGAAGAGACAATATTTTT TTTTAACTTCAGTAATAATAATAGTATCTTTTTTATAAAAGTTAAAATTA ATTCTAGTTAATAGGATTTTAGCCATTTATTTGCAATATTCACTTGAATA TTATTGTAAAAACATTATTAACAAATATGAAATATGAGTTGTTTAATTTC AATATTTTATATAAATTCTGTACTTATTTCATCATCTTCAATTATAAGTA AAATCAAATCATAAGATTATTAATATTAAAATTTCTTGAGGCCCTCAAAA TTTTGGAACTAAAGCAAACGTTTTACAAGCATCATTTGAGCCACTCCTAA CAAATAAATAGAGTTACATCTAGTGACCTAACTGTATACATAATATCAAA TACATATAACTTAAAATCTTCATCCTAATTACATATGCCTCATAAGAATT TCATCATTATATATTTATGCCTCAGAAGTTTGCCAAATTCTTGCTGGGCT GAGCAGTACTGTGCTGTTAATAAGCAAAAGCAAATATTGTTTGTGTCCAC GTCAAGCAAAAGATTCCCAAACAAAAACAGAGCTTTCGCCTAGCTCAAAC AAACAAGACAAAATTAAACATTAAATGGGACCAGCATAAATATCATATGG ACTCAGGGCCTACTTTACCACTCCAACAATAAAACATACTGGAATTCATA TAGCCGATCTCAAAGTAATTTACAACTATTCGAACATTGTTGATTTATTA CGCGATACTTATCCATCATCATCGCTTGATATTTGCGCAGTTGTACTCGT AGCTATGAATTGCACTCAGCAAAGAAAGAAATTAACTTTGTACATATCCA AAATAAAGTAACTATTTATCAACGGAAATATCAAAGCGAATATGCCTAAG CAACACCGGAATAACAACATCGGGTGAACTGAGCTGCGGCAGATGTCCAT CGGTGGACATCACCTCCACAATGGATTCGCCTCCGAGGTTCTGGTGAAGG TATTCGGAGACTACGACAGGCACAGCCAAATCCTTCATGCTCTGAATTAT ATGACAAGGAACAGTTACATGAGGCAACATATGTCTCAAATCACTTTGGA ATATAATTTGTAACACACTTAATGCCATGTCTGGTCTCATGTTGAACAAT GTCCTGCTGAACTCCTGTACCGCAACCGAGTCCATGTCCCCTCCTATAGC TAAAGGTGCAAAACCTGAACACCATGCCTTGTAATTTGATCTCATTGCTT CAAATAATTGATCTAGATCTTCTTGTTCGAATCCTCCGTAATAGTCCACG TCATTCAAATACCTAATTAATTAGTAAGATAAGTTGCAATAACGTAAAAA GATTCTTCTAAGTAAGTTGAAAAATGAGAAAACATTTCATAGAATCATCT TGTAAGCCAATTACAAGTAATTGTAAGTAATAAAGAAACACAAGGGACAA CTGTCGCACCAGTGTAGACAAGTGACAACCAATCCCACCATGCTCAATAA GAAATTACAAGAATATTGGCTAATGATCCGCATACTTACCAACTAAATGA TTTGTTTAAATTATTATAGTAAGCCAAAAATTAAACTAGAATTTATTTAT AGTAGCCCAAAATTATATCAGAAATTATTGTATTGTTATCTAGGAGAATC TTAATAGTTTAGTTGGTTCACTATTTAAACTTTCAACTTATCAGTGGATA TTCAATTAATCATTTGTAACCTCTTTCCGTTGCGATAAAAAAAAAATACT CCCCACTCTTTAATTTATTTATTGTTGACTTGATTTATAGTTTAAGAAAT TACACAGCACTTTGCATTTTACAATAATTTAAAAATATCTAAAATGTTAT TTAATTTTATAATCTTAAATATTTCACGGAATTAAGAAGTCGCATACCAA GAAAAGAAAATTATTTTTGAAGGACTAAAAAGAGATGCTACAAGATAAAT AAATTGAGCAGGACTTGTACTTTACGTTTAAACTTTACTAGTGAGTATAT CTTTTTTCCTTTAACCATCGCATGGAAAAAATAATGAATATTAGTTGATA AAATAGTTGTAATAACAGTCCGCATAAAAATTTGTAACAAGGAAAAATAG TCAATTGTTAGAATAAATCTGAAGAAGGTAAAAGGTAAAAGAGGAAATTA ACCTTGGAGAACCAGAAACTGTGACAAGTTTGGTGAAGAGATCGGGACGT GCAACAGAAGCGATGGCACCAATCATGGCAGAAACAGAGTGACCGACATA AATACAACAAGGAATTTGGAGTTCTTCCAAAATAGCGATCACATCATAGG CGTATCCTTCTAAGGTTGAGTACCTTTCAAAGTCAAAGTAATCTGGGTTG GTAGTTCCAGCTCCCATATTGTCAAACAAGACAACCTTATAATCCTCAAC TAGATGAGGAACCAAATGTTTCCACACAGATTGATCTGTTCCGAACCCAT GAGCAAGGACTATACTTCGATCCCCTGTTCCTAAAATCTTCACGTTGTGT GCTTCTTCAACAATTCCCATTCTTTAATTCAATCGAATTGTGTTTTTAAT TGGTTGCCTCTTACGTTGGTGTGGACTTGTGAAACTCTTTTATGCTTTGT TTGGGTCTTGGCCCATTCGTGTCGTGTTGCTCTTTGTTTATGAGATCTAT TTTATTTCTTTGCACATTGGCATCTGACGGCTATATAATATTTAATCAAA TGGACAATATTTCCAATTTCTTTGCAATATTGGGCATCTGATGGCTGCTT ATATTTATTAAATTGTTAAAAAATAAATAATCAAAATAGACAATAATTTA TTAGTTAATCATCAACTATTTATTTGTTTTTAGTTTGAGCACATCCTTTA AATTATTTATTTTTAAAAAAGCAAGTGTATTCTTTTTCATAAATATTTTT TAAAAAAAGTAATAATTAACTTTTTAGTAATTTTTTGGTTTTTAAAATTC TCTTTCTATAAAAATAAAATTAAAAGAACAGCATTAAAGTAGGACAACTT TCACATATAGCAAACAAAAAATTCATATTTGTATGCTATAGCAAACTTTG CGTAATTGTGCTCCATAGCAAACATAAAACTGTATAATTCGCTATACATA TACAATTGTATAATTCGCTGGCCTATTTCGCTGCAGTTGTATAATTTGCT TTGCATACAGTTGAATCGAATTAAAATGTATGTATATTGCATAATTATAA GTGTATAGCAAGAAGATATATGTTTTTCTCGCTTTATACAAAAACAGAAA CACAATATATACATTTCTGTTGTATAAAGCTAGAGAAAATTGTATTTCAC TGCAATTGTATAATTCACAATTGCATAATTCGTTGGCCTTTTTCTCTGCA ATATTTGAAGTAAAATGTTTGTAAATTGTATAATTAAGTGTATAACACAA ATATATAAATTTTTGCATGTGTATATACAATTTTCTCTCGCTTTATACAA AACAGAAACAGAATTATACACTTCTGTGTATAAAGCGAGAGAGGCGAGCG AGAATGGAGAGTGGCGAGCGAGATTTTTGGGAGAGAGACGCTGACAAATT TTAGTTAATGTTTGCTATGGAGCACAATTGAATCAAACCCTAGCTATTTT ATTTAATTTAGGTTATTAATTTTCTATTATATACAATTTTTCCATTAAAG TATACGCATGATTATTCATAAAACTCTACCCAAATAATTTACTAACAGAA CAAATAACCTAGTCAATTTAAAATAAGTCTCGTATATTTGTTTGAACACC TCTACTATCAATCATAAATTTTGAGTCATATTGAAAGATAAGTGATTCAT TGTTAATATTTTTAATGGGATGAAATAAAGAAGGAAAATATCAACTTAAA CTTAATTATAATAATTTCGATCAAAGGAAAAAAAAAACATATTTTGTCAT AACACAATTCACAACCACCTATCTAAATTAAATTAGACGATGATATAATC TAATTTATGCTAGCATTAATTCAATTCTGCAGGAGTATCAATTAATTTTG TATCGCGTGACTTTTGTGACCACTAGACTTTCGAGGTGAGTAATAAACCT TAGGTGACAATTACATAAAAGATTTAATATACTAGTAATAAAATTTTAAA TTTATCAGTAAATTTCATTTAAACATCTCAATTACGTCATTTTCTACGCT GTACTTGTTAACCAGATTTATCGCGGCTATATTTATATATATTAAAATCC CAATTAGTACCGTCCTCTCTGTGTATAACAAACTGGATAGTTTGTGTCTC CCAAATTTTAGTACTCCACTTGGAGAAAAGATTCAACATGTGATTGTAAG GACCACTTCAAATTGACAGGCGTACGTATCTCGATTCGGAAGTAGAAAAA GAGTAGGTAGTAATAATTATTTAAGTGATGATCACTTGAGATTGGATCGA AGACATGATCAATCAAGTTTTAGGTTTGTCTTTGAAAAATAATGAAGTTT CTAAGTTTTATATATAAAATTTCATAATAATTGTCTGAAATTTCACATGT CAAAGTTGAAATTTTAAGACAATAATTATATTTCAGCTACACGAACTAAA AGAAAATGACTATTTCTGAATCTTACCCCAAGTTTGAATGCCATTTACAA CGTATGACATCCCAAACGTACAAACTCCAGAAAGGCTAAGTTTCTCTTTC TTTCTTCTGAAAAATTAAAGCACAGACTAAAACAAATCTAAATGTGGAAT ATATTATTCCAGACACTTTTTTATCCATACTCTTCTATTGCCTCCAGAAT ATTAATGGAGAAAAGAAAAAAATTCAACGGACCAAAATTTTTAGTGCCTT CTACGGGAATAAAGAAAGGAGTCCGGAGCCTAAATGGTATAAAATATTAA TAAAAGTATTAAAATAATATATAAAATTTCATATTAATCAAAACGATAAA ATCGCTGGAACAACAACGATTTACTCCACCAAAAAAAGAAAAATCGCTGC TACTGCAGCGATTTTACAAAATGTGATTTTTTTTTTGAAAAAATTCAAAT CACTATCTAGGCAGCGATTTTCAATTTTGCTGCAATTTTCTAAAAAGAAA ATTGAAAATAGCTGTCAAGATAGCGATTTGATTTTTTTTATTTTAAAATT ACATTTTGCAAAATCGCTGCAGTTTCGGTGAAGTAAATCGCTGTTGTTCC AACAATTTTACCGTTTTAGTTAATATAAAATTTTATATACCATCTTAAAA TTTTTGTTAATAATTTATACTTTTTTGACTCTGGACTCATAAAGGAAGAG TAGAAAGCTGAGTTCGACGTGTGGGCTTAGTCACCACATTTACAAGTATT TCTTGTTGCTATCAAGTGTAAATATACTTGCCTAGGCAATATGATAGAAA AAGAAAGAAAAGTCTAATTAGAAGCGAAATTCAAGATTTAAAGTGTATAA ATTCATATAACAATTTTAAATTAATAGTATAATCAATAACTAAGTTTACA ATTAAATATTTATAGTAATACTTAATATTTTTATAAAGTCTGAGTAAAAA TTATTAAATTCGCGTGGCTGATTTGCTGACCGTAACGAACTTGACTCTGC CCCAAAAAGGGCGGGAAGACCTTTGACCTGGGCTGGGGAGGGATTGGGGT CGCTTTTCTTTAGGACTTTAGTCCGTAACAAGGCTCGAAGACCTCCGGCT GGATTTGAAATGGATCAGGAAGACTTAGTTGATTCATTTTGTAAGCAATG GTGACATGAAAAACAAAGAGGAGAATAGAAATACACATGTATATTTATTT TGATGATGAGTACTTTTGAAGAAGTTTTTTTCATTATCCTTTAACTAGAA GAAGCATCAGCAGTAATATCATGTGAAATGTGTCGAAGCAATACGGGGAT AGTAGCCTCAGGTGCGCTCAAATGTGGAAGATGACCTTCTGTTGAGATGA TCTCTACGATCGATTTTCCGCCTAAATTTCTGTGTAAATATTCAGAAACA GTCACTGGCATTGCAACATCCATTGAGCTCTGTATGATATGGCAAGGGAC AGTAACACGGGACAGATAATGCCTTAGGTCGAACGTGAAAACAGTGCGGA AAACACTGAGTGCTATGTCTGGTCTCATGTTGAATAATGTCCTGCTGAAT TCTTGTACTGCCACGGAATTCATGTCACCTCCCACCGCTAGTGGCGCAAA ACCAGATACCCATGCCTTGTAGTTCGACTCCATTGCTTGACATAGTTGTT CTATGTCTTCCGATTCGAATCCTCCATAATAGTCATCCGTATTTATGAAC CTAAGAAAAGAAATCATGTGACGTTATAGAAGAGAGTTGCTCGGATAGTT AACAGAGGTTACGTTCAATCCAATTTTATTGGTGTTGGGTGGATGGTAAG TATTGCAAAATTCTTCATAATATCAAAAGAAAATTCATGTGATTGGCAAA AAAAGTTGAATTTTTTTTAAAAAAAAGAAAAGAAAAGTTGTGTGATTCTT TTTAGATAAGATCAAAAGAAACGGAGGAGATTGATTTAAAATATCTGAAT CGTAAATACGTTTAAGAGGGAAATGCTACGTACATCTTCCTTCTAATTTA TTTGTGTTAAACGAGCATTTTAATTAACACTTTTCTTGTTTTTTAGTTAA ATACAGAAATATTTAAAAGTTTCATTAGACAAATAAATTGACATATCAAT TTATCTCACCTTGGGGAAGCTGATACAAGAATGAGTTTGGAAAAGAGATC GGGACGAAAAATAGAAGCAACAACACCAGTCATAGCCGATAAGGAATGGC CTAAGTACATGCAACGATTGATTTGAAGTTCCTCCAAAATGGAAATTAAA TCGTACGCATAACCTTCAAGGGAAGAATATCGATCAAAATCGAAGTAATC AGGATTTGTCGGTCCAGCACCCATATTATCATAAAGTACAACACGATATT CATCAACGAGGTAAGGAACAAGCTGTTTCCAAACAGACTGATCGGTGCCG AAGCCATGACCCAGTACGATGGTCTTTTCGCCTGAACCTACAACTTTTAC GTTGTGAGCTTCTTCACCGATTCCCATTTTTTGGTCTGAGTTTTTTGTTT CCCAATTTTTAGACTTTATTAAGGTGTGGTGTGGAAATTGGAGGAGACGA CCAGCCGACTTTTTGGTACGAAGGAAGATGGATTGGCCGGTGGCTGTTAA TTTTAGGTTCACAAATCATAACATTAGTATTGCAAGAGTGCTAATTAATG GAAGGGTTTTTATGGTTATCAAGTTATTGAAATACTTTAGTAAAGTTACT TTATCTGTTTTATGCTAAAATAAAAGTCACACATATTTTTTACTATAATA AAATATTAATAACTTCTACCGAAAAACACTAGAAAATACTCCATCCGTTT AAAAAAGAATGATTCTATTTTCTTTTTGATCTCTTTTAAAAAGAATGATC CCTTTCATTTTTTGAAAACACTTTAACTTTAATTTTTCACGTAGCGTGTT TAAGACCCACAAGATTAAAGAGTTTGATTTTGGTACATTTGACATAACTT TAATTTAGAACCACAAAATTAAAAAATCTTTTTTATTTTCTTAAACTCTG TTCCAAGTCAAACTAGATCATTCCTTTTTAACCGCAAGGAGTAACATAAA TGATCATTTTAATTATTCCCTATTTAAATTAAGTGAGCAATCATAATTTC ATGATATTTTAACCAAACATGCAAATTATCTCAATATTAAGGGAACTCTT GTTTTTCCTTGGAAACTGCTTGCTGGGAACTTTGGGACTTCTAAATTTGA GCATCATCAAATCTGTTTTCCCCTGTCATGAATACTTGTTCCATTTAAAA TTTACCCATATGATCAGATAATTTCTGAAAGGGAATCTTAAGAGGTATCC TACTTGTTAGGATAAAAATTACAAGGCATTGTAGAGCTAACAAGTGTAAA TTTTGAATAATGATAAATTATACCACAAAGAAACTTTACAAAGAGAAATA TAATATTATATATTTACCGATTGAAAATTAGTATAAAAGAAAATATAAAT CAATTATGGTAATACTTTATTTTTCCTTCGAAATAAAATAAAATCATATA CTGTGAGAAAATCAAGTAAAACTCTTAACAAGTTTATCTATTAGCGGAAA TTGGATTCTCAAATAAAGCACACCTAGTATTGTTCAAATTGGTCAAGGAT AATTACATCCCAGGATCACAATAGGTAAAATGCTTCATGGTTTATTGACT AAGAAGAAGCTGTAATTTCATTTCATCTATAAACTTTCACCATGAAGAGT TGTAGTATAATTGCCAGGAAAGTATAACAAGGTACAAACAAACAGGGCTT TAAGCAGAAGTGTCAAAAAAAGAAGTATAAGCTCAAGCTGGTTTTGTCAC CAGCTTAGTCTATCAACTCCAATACAGAAGGTACGTGTACATCAAGGTAA ATGTACATGGTTGGCCCTTCTGATTGTTATCTAAAAGTATATAAAGAAAC TCTCCAAGTTTTAGACGACGTATTTACAAAATGGTATATATAATGTATAC ATGTATTAGACACTTTTCATGGGGAAACATAAGATATGTTCTCTCCTTAA TGACCCGAGTTCAAGGAGTATATGTCAAGAGGGACATTCGTGCCCTTAAC AATGTTAATTCCAGAATTTGAGGACCTTCCAGGGTGATCCAAATATATCA CAATAACTGTGATATCATCATGAACGTGCCGCCTTTCCCCCTTCTCTAGT CGTTTGATGTCCTCATATCTCATTTCTTTCTTCTCTGCAGCACCCTCAAG GGCAGCTCTCACTAATCGTTTTGCTATTCCCTGGAGAAATGAGGAAGAAA ACACAGTTATCTTATTCATTAGTTAATTATGCCCAACATGAAGGAGAAGT TTGATCACAAAATTACTTCAAGGAGAGTCTAGTTATCATAAGAGCCTGCA TCCACTTTACAGATAACAAAATGGATGAGGGTACGTACTGTTTCCAAAAA TTAAAGAATGTGATAGAATAGGAGGGGTCGATACTCACAATTCTAGGATT CTTCAAAACAATATCCTTAGCTTCGTCATCGGTTAGTTGATCCCATAGGC CATCCGATGCAAATATCAAAAATAAGTCTTCTGGTCTTATCTTTCGGATC AATATGGAGGGCTCTGCTGACATTACAGCTCTTTTTAAAGGAATAGGATA TCCATATTGTATGAACATAGGATCTCTATTAAACTCAGGTTTCTTCAGAT AGACATCACCAATTGATCTAGAAACCTGGTACAGATAAATAGGCAATATG AGATGGATTTTCTCAAAACATAGGATTGCTCCCTGATATTGGCTGCTTGC AAGCTTTTAACGAAAACAGTCAGCTTCAGACTTTATTTGGCATTTTTCAT ATAACAAGGGAACCTTGCTGAAGTTAAAATGAAGGATACAGATGGAAAGA TAAGTATCATGCAGCCGCTGCTACAAATTGTAGTTACCAAAAGATAAAAG ATTGCTAGTAAGTGGTTAAGAGCGAAGGGATAAACGGGAAAGGACATTCC TTTGTGTCCATGCGTAAAACAAAATTACTTCACATGCAACAAAATGTTTT TGCCTTGATGTGAATCCCATAGGTGCAAACTTGTAAATCTTGACACTGAT GTGTCTTTTACTAGATTGAAAAGGAGAAATTGCTTATACACAAGGTCTAA AATCTTAAAAAGTAGAAGATAAAAAGATGTTTATTCTCCAAAAGAACTAG ACACACAAATCTACATAATCAACATATGAAGTGACATGTTTTTTTTTGAC AAGGGTATAAATTATAATGTGATTGGCTAAGAAGCTAAAAGGACAAAATT TAAACATACGGTCTATAACCTCAGAAAAAGTAGATGAAAGCATACTTTAT GCCAACACACAAAAGAGGCACCCCAGAAAGACTTGACATACACCACGTCT AAAAGGTATGATCAACTTGCTATGAGTGCACACACATAATTAGCATATAT AAAGTGACTTATTTAGAAGCCTCAAGTATGAGTTCCCGGAGATTTTGGAC CACCTTCATAACATGCTCGAGCAACAGAAAGGCGAATTGTTTCTAACTAC ATAAATATGAATCTTTGTATTTGTGTGTGACGACAAACCAGAGATCAGAA AAAAAAGACTTAGGTCTTCTTTGTTGTCTAGCTTCCATAACTTTCTTACT TTCAGAACATTAGCGTATCTAGACAGCTAAGAGGTAACAACAGATGGACC ACTGTAAACTTAACGGAAGTCAGAATTGAGAATGAAAGAGCTCTGACTAT TTTCTCCTTCCACCATATGTACTTTAGATTGAATAGAAACTATTAACATT CTCAGACGCCACCTAGTCATAACAAAACCGCATTTCAGAAAGGACTAATT AGCTTTCTTCAAGTGGAGGTCTGATTCATCATGGCTGCAGGTCTGAAAAG ATGTATTAATTCTACTGAATATCATGAAGGCTAGTAAACAAATTTAATAA CCTTGAATGGTTAAATGTCTAATCAAAACTGTCGACTGCATTAATAGGAC AGAAGAAAAGAGGATTGAGAACAGATACCTGAATTATACCCTTAATTCTC CAAACCCCTCGAACGTAGACCACAACATGAGAATCATCTGGATGCAGTGC CTCTACCTCCTTCCTAACCTCCTCAACCCCAACATTATGATCTATCGACA AACGTTCTGCCACTACTACTGCTGAATCACCCGTCTGGCCTGTCTCTGCT CTCCTGCCAAGCACTGCCCTGGAGTCCCCAAGATTTGCCACATACAATTC ATCTTTTGAGATTGCTCCAAATAGACAACAAGACCCTGCAGATGCAATCT GAGGTTGATCCAGCCAAGACTGTTTCACCAAACGCAAGAATCCCTCCTCA ATAGCATCAAATGCTTTCCTGATCACGTCCTCAGACAATCCTCCTTCTTC CAAAGCCAGCTCTATAATAATCGAAAAAACAAGGAAATCAAACACAAAAT GATATCTCTAATTACACCTATTTCAAACATTCAAAAATTAAACATGTCTA CAATTTGAACAAGCTCAATTCCTTTTTCTCCTCTACTCCACGCATGACCA AGTCAATTTTCTCCCAGCCTCCCCTGATCAATCTCATGATAATTTCAACA TACTAACTAAACACACCACATAAACCAACAATCAAGAAGTCAAAAAAAAT TATAGGTTTAGAAATATAAAATTAGAAAATTTGCACTAGCATAGTTTTGC TATTAGACCCCACTGACAAGAAACAGAGTGAACCCAATCTTTCATAGTAG TAAAATAGTATCAAGAAATAGTACATACTTTGTAGTTGAGGGAAGAGATT GTTGTTGATGAAGCGAGAAGCTTGCGGGCCACCATGACCATCATAAACAC CCACATAAGTAGCACTAGGGGTTGTAAAAACTTGACCTTGATCTTCAAGC AAAGAATTGGCCTGAACTACAGCAACAGAATATTCACCTGTGGCATGTGG CTTCAAGCTCCATATGCCATAAAAGATCATCACCATCGTCCCCACCAAAG CAGCTCCCAAAACAGGAGCTTAACATCTTAGACTGCTGGCTGTAGAGTGA AAGAGGATTTTTTTTTTTTTTTGAAGAAAAGAAAGAAGACGACGTATTTA TTGGTAAGCGGAAATTTATATTTTTGCTTATTGTCTCTACGTTGGAACAA GACTAGAGACTTTTATTCCACAAGGAAGAAAAATGGGAAACCAAAGACTT GAGACTGAAATAGTAGAAATTGTGCGTGCCCCACTAAAACTAACGCGTGT GGAAAAAAAAGAACAAATCAGGGAAATTATTAGCCGCATTATTTACATCA TTGTGTGAAACATATGGTTGAAGTTAAGACATACCTAAGTGAAGCAATAT TGACAAAGAAAATTTTAGTTGATTTTGATTTATTTGAGATTGGGACTTTT TAGGTATTTTTGTCATGATAATTAGTGAAAATAACATCATTAAGGGGTGT CATGATAAGTAGTCTTTGCTATTTTAAGTTCGGTTCAGTTTAGTAAAGCG TATAAATTGTTTCTATCTAACTTGTGTAGTTTTTTGTATTACCTATTTTA GAATTGGGTGAATTTTTTTTATTTTTATAACTAAATTCTTCTATACTTCT GATAAATATAATACAGATGTAGTTCGTATATAATTTATTAGATACTCAAA GTGTTATGATTTATTTCTATCTTTTAAGAAACAAAACTAATAAGTGCATG CTTAAGGAACAAAATACAAGGCACCATTTTTGTTAACTTGTGACGAACTT GAAAGATCAAAATTGTTGGTATATATTTATGAGATTATTTTAACGTACAG CAGAGCATTTAAGTGTATATTTGTGAGATTATTTTAACGTACAGCAGAGC ATAAGGACCATTTTAAATTATCCTTAAACATAAGGGACCATTTTGTCATT TTCTCTGAAAAACAAGAGAGTGACTTTTATGTATATGTAATACGAAGATG AAGAGCTGTAATATCAATGGCTACTGGTTTAATCCGACGAGCTATTTATA GGGTTCAGTCATCTTCGCCGGCGGCGAGGCTACTTGTTGCCCGAGCTCAC GCTTCGGACACCAAATCCCAGCAGGTCCAACCTCAAGTCGTTTCAAATTT ACCGATGGAATCCAGATAACCCAGGGAAACCCGAGCTCCAAGAATACAAA ATTGATCTGAAGGAATGTGGCCCTATGGTCTTAGACGCCCTAATCAAAAT CAAGAATGAAGTTGACCCTTCACCAACCTTCAGAAGATCTTGCAGAGAAG GGATCTGTGGGTCCTGTGCCATGAACATCGACGGCTGTAATGGACTCGCT TGTTTGACAAAGATCTCATCGGATTCTGTATCGACGATTACGCCACTGCC ACATATGTTTGTGATTAAGGATTTGGTAGTGGATATGACTAATTTTTATA ATCAGTATAAGTCTATTGAGCCTTGGCTGAAGAGAAAAACACCTGCGCCA ACGCCTGGAAAGGAGATACCTCAGAGCAAGAGCGATAAGGCTAAGTTGGA TGGGATGTACGAGTGTATTCTCTGTGCTTGTTGTAGTACATCATGCCCTA GCTACTGGTGGAATCCTGAGTCTTATCTTGGTCCTGCTGCACTACTCCAT GCCAATAGGTAATATTTACTTGATTTTTTTTTCATGTTAAGCTCTTCCTG TTTTGACTTCACTCTCTTTTAATGTTCTGTATCTTTTAAATTGTTATATT CTGGTTGCATTTGGATCAAATAATAAGTTAAAGATACCTATAATTTGTCG GCAGAGTTACCGTTATATTCCTTATTGGTGTTAGCCTGGTAGGTAGCATG TATCTCATGAAATTAGTCGAGTAACCATGGTCAGTAAGATTTTAGTAAGT ACAACAACATGTATGGTACTTGTGCTTAAATGTAACAGGATGCCCATAAA TTTTGTGTGAATAAATTGTATCAGATTAAGAAAGTTGTGTTCCTTTTAGA TACAAAGTGAATCTCATTTATATGAGGTGCAACTTCTTGTAGAAGTTTGA TGAATCGTATGCGGTAGGATCTTATTGTTTGGTAAAATGCAACTTCTATG GAAGTCTTGGATATTATTCTGAGTTATCACTAGACAACTTTGAAACATAT TACTTTTCTCAACCTGCTAATCCCTTGTTGGTTCATTTCTTTGTTGCTAG TTTCTAACCTATGGCATCTCTGTTATTTGACTCAAAATTTAAGAATATCC AAGCAACATCTCTTTTTACCTATACAATCTTTCAGATTTTTGACTATCAT GTGATTAGTTTTTTTGTCTGTGCTCTCCAAGCCTAACTAATCTGCAGAGG AAACTAGGTATTTCCTCCTTTGCATAAACATCATGCCCTGCTCTCTCATT CCCTCTGCTGTCTACGCCATCACAACTATTTCTTGGAGCACCCCGCACCT ATTGTTCTGATCGTTCCTCTCTAGAACAATCAGCTTTTCTCAATTCTTAG ATTAGCTGCAGGGTTGACCTACATTATGTTTGGTGTGTGCTCAAGCACCC ATTGTCTGTTATTCTTTCTCAATGCGGAAATTTCAAGTGTGGATGGAAAA TGTTCATATTACATTCTGCGCTTGTCATCATTTAAAAATAATGACACCAA ATGCAGATGAAGGGACCTTTTCTGTTCAGTTCTACAAACTTGGAAATTTA TTATGCCAAAGGGAATATTAGAGAGATGCTGATATCTGTGGGGGCAAACT CAACTACTCAACGGATGGTTTAGGTTTCTTTCCAAACTGCCTTTAGAGTT GTATGATTTATGTGCTCAGAGATGTAGAACGTTATTTCCCTCGGTCATTT GCATGATGAGGGGATAAGAGTTTTAAATTTCTGAAATTTCTGTACTTGCC TTGATGTTATTAAGAGGTTTGGATTGTATATAAGTTGCTCTACCCCCTTA ACCCTTCTATCCATTGCTATTTCAGATGTTGTTCATTATTATATGTACTG AAAGGGGTTATATCTCAACTTTTAAATGTAGATGGATCATGGATAGCCGT GATGAACATACTCTGGAGCGCCTGGACGCAGTTAATGATGAATTCAAGCT TTATCGCTGCCACACTATTTTGAACTGTTCTCGTGCTTGCCCAAAGGGAT TTAATCCTGGCAAGCTCAGAACATCAAGCGCCTGGAGATGGCGCCTTGAG CCTGCACTCTGCAGTGTAGTGTACCAGTCTATTCTGCTAACATTGATTTT GGAGGACCAGTAGGAGGTAGTTCTCAAAATAATTTATGCACAGATCGTAA TTTGCTTTCTGAGATTTTTTTTTGGTGCTAGGGTGTTGCCCTTCCCCGAG CCCTGTGTGAATATGGGATTCTTTTGTGCACCGTGCTGCCTTATTCGAGA TGAAAGGTGCATCTCACCTGAAATATTGTACTAACAATTAGTATGATAGC TGAAGTGAAGCAAACATGTAATAGCAGAGAGTATATACAAATTTATGAAC TGATTTATCATAGAAAATAATGATTTCTATAAATATTCGTTTGAAATTAT ACCTCATAAAAACTTCATCAATTATATAAAACATTTCTTATATTATCGAT GGTAGAATTTAAACTTTATTGAATGCTTTAGTTTCAATAAAAAAAATAAT GTACCCATACTTGCGATTTTTATTCTAAATTCCCAAAATATGAAAGGGAC AATATGAATGAAATGAAACGGTCCACAGTAACCGGTAGAGAATATACTAA CTTTAGATTTTTTCAAATTCAAATTTGTTTAGCTGGTCAACTGGTCTTCT GGCTGAACACTACGTTCCACTGGAATTTAATTTTGAAATAACATTCTGCT TGGAATTTGGGTCATAATTTTTCAAACAAACATAATCAAACAATAAAAAT TTCAAACCATTTTTATATAATTAGTATTAATAAAAATGTTGGTGAGATAT GAAGATATAGATAATATCTAAAGATTAATCATAATTTATATAACAATCGC TTATATACATCATAAATTAGTATATCATTTTTTCTACAACTCTTTAGCAA TTAGTGAAATGGGAATTTGTGTTTTCGTTGTATCCATCACTGAAAGGACG AGCGATTCGGAGAATCTTGAATAACAAAAAAAACCGAAATTTTATAATTA ATGACAAGAAAGAATATATCTATTTAATCTTAATAAGTCTTTTGGTTCAT TGTTCTTCTGTTGTTTCTTTAAGCCTTCTAGTGCCTCTCTAAGGTGGCTG TGCATTTAATAGAAATCTATATAATATTAACATGCAAGTAAAATATCTCA ATTTTCATTGGATACCAAACTTCTCATTTATAGTAACTTAAATATCAGCC CCCAATAGGACTGGAAATTAAAATCCTCCAATAGAAAAAGTAGTAAAACA ATTTCATGAAAGTTCACACTTTAATCATGACAAGCAATGGCATCATCAAC CACGCCACAAAATTCACTACACTCCCAGCTTTCCACTCATCACGGCCTTC CCATCTTCAATTATTAATTTTACTCAAAGACAAAAAATAATGGTCATTAT TTAATCACAGTTCACATCAAACGTACACCTTAGCTCTTTTTTGGCTACCA TTATAATTGCGTCCTCAATTACTTCAATTAATCAACTTCATGATTCCACT ACTCAAAAAAAAAAAAAAGTTACATTACATTACATGAAAAAAAGAAGAAA AAAAAGAAGCTAAGCATGCGTGATACTTTGAAATCTTTATGTTTCATCTG ATGGACCTTCTAGTGAAAGTTGCTTTAACCACTCAAACGTTCGATGACGT GACATTGCTTGCTTTTTTGTCGATTTGATATTCTCTGATGAATCCTTCTT ATCTTCATGTTCATGGTCCCCTGTGGCTTTTCTTATTTTCTTAATTGTAC TTCTACTGTTCACGATTGGAACTGTTTCTACCACATTTGCTGAACATTTA CAGCTGCCTAGAGAAAACCTCTGTTTCGTTTTCTTAATTCTCATCTTATT ATCATTATTGCCGAAGCTCCCGCTGCTACTACTGCTCGTGCTATTTCGAC TTCCTGAAATATCCCTGTTTCCTCTGTTTTTCAGATCTTGTAATGCAATT TCTGGTGGTGTAACTAGGCCAACGCGAAATAGACTCCACAATGCTGATTT TCGTGTGGAATTGTTGACATTTGATTGAAAACTAACTTTAGAAAATCGAA CCTGAGGTGTTGGACTAGGATGAGAATGAAATTGATTTCGAATTTTAGGC TGATATTTCGTGTTGAAATTAGATGAACTGCCACTGCTAGATGAACGTTG GCTTCGAATACTGCTACTTCTACTGCTTGAATTTGTATCATGACAATTGC GCCGATCACTTGGCAAACTAATTGAATGACGCAACGGTAATATTTGGCCT TTGTAGAAAATTTCATCTGCCGTACACATCTCTGATTCTTTCAACAAATT ACCACCAGAAGAGCTAAAATCAAAATCTTCTAATTGTCCGCCTTCTACGC TAGTACTTCTAGAAACTTCTTCCTTCTTTTCGTCCTCTTCATTGTTCGGA AGATCACACAGTGATAATGCTTCTTCATCATATTCGTCTTCTAATTCATC GTATTGTTCTTCGAGGAGAACAATTTCTTCGCTTTCCCTAGTAATTTTCA TCATTTTTTCTTGCTCTTGTTCTTGTTGATCGAGGTCGATATAGAATAAT ATAGTTAAAAAAGAGGAACAGTTATATAAAGAGGGAGACAAATGGGATGT AGGAATAAGCTTGCAGGCGACAATAGAAAATTGTTCGTTCCTTGTTTGTA AGTCAAGAATACTATTGGGGCGCAAATAAAGCCGGCTTTTTTTTTAGCAG CGTGGAGCTTTTTTAAGCCTTTCAAATGATTATTACGGAGAAAAATAAAG TTGGGCTTCTCTGTTACTACTTGGGAAGAGTGAAGATGGTGGGGACTACT TTAATTTAACAATGCATGCATTTGAATGGTATTAATTTATATAGATTATA TTATAAAAAAATATGTTTATGGATTTGGCTGCGATATTTTTTGAAATTTT GAAAGGGATCCATTTTTGTTTGGACTTTGAATGGTGAATTGAACTACTAG ACATAATATTTGGTATTAGATACTGTCGTTATTAATAAGAAGGTGACACC ACAAATAGCAATTGATATATATATATAGGTACAATGGCACGCAACCACCT CTATATTAATATAGGCAAATTGTAATGTTTGATGGAGACAATTAAAATAT TTGAGACGAATTTTAAGAAGTTCGGTGAGTTTTTAAATTGTGTTAACGTT ACTCTGTGAGTGGTAAAGAGGCATATGGTTCGGTGGTTGTGGATAACTTT TTAAAGATATTTCGTAATGTTTTGTTTTATTATACATAAAGAATTGTTAT TTTTGCCGTATTAGTACTAATTAAATCATGCATGAATAATTATAATAATC AAATCAAGTTTATCATATCAGAAATAATCATTGTCGGTTTACCTAAATTA GTATGGTAGTGCATCATAGTGACTAATGAAAAAAAATCATAATGTAATTC TATTTATTGCGTAACAATAATGACTAATGAAAAAAATTATAACGTAATTA TATTTATGGCGTAACAATTCTTATATGATTAATCTCAACGAAAAATGATT GAATATAATATGATCTACGCATCGCTATTTAGTGAGTAAAACTAAGGCAA AAGTATTTAATTTGGTGAATTGACATGAATGTTCTTTCATGGAAAGCTTG TGATCCAAAATTGTGAATCTTGCTTGGTCTCTTAATATTCACTTGTCTTT TTTGCCTACTCTTAAGGTAAGGTATGGCCAAATGTCACAAGCTTCACCCT ACCACTAAAGAGCTTGTGGTTCTCTTGCTTTTTTTTTTCTTTTACGATTT TATATATTTTTATTTTCCCTTCTAATTAAAATTTAAATTAATTAACAGAT ATATTGTGTCGGTTGAAAAAGATAACGCTCCAATGTGTTTTTAACCAAGG CTAAATAGCTGTTAATGAAGTAAAAGTAGTGGTCATTACTTTTACTACGG ATAAAGCACAATATCCGTAGACTAAAAGATTGTTGCTGATATGAAGGGAG TGATATGACCGCGGAAGCTTATAATTTGTAAATTATAATATGATTGATAA ATTAAATGATAAAAATTTATATTAAAAATTAAAATATTATTATATTAAAA TTAATATAAAGAAAAATATTGAAAATTTAGAGAGAATAAAAAAGCAAAAT TTTAAAAGGGCATATTAAAATTTTCTTTAATCAAAAAGGTAAAATTGCTC CTGATCGACTTTCTTCTGACAAAATTGACACCAATATTTTTTTTTAATTA TCCCTGCGCCTGTATTTTTCTATAAAAAGAACTTTAAAAATTTGAATTCC TTTTTCTTACAAAAGTTAATATTTAAAAAAAAAAATAGCTTGCAAGGCTT GAAAATGGGATTTCTCACAAATCAAATAATCATCATATTGTGGAGTTTGT ACCAACTCTTTAGGTCAACCAACACAAGAGGAGATATGTGTTTTGGAAGG GCAACAATGTTGATCAACAAGAAGTAAACAAAAACAAGCAAGTCCAATAG CTTAACAAAAGCACCCATTTTGGTCTTCGTCTCTTTGCAGCAATAGAGGC AGGCCCCAAACAATTGAGCTAATTTTTTTTGAGAAAAATCCTACATTGGC AGCTTTGTTAAAATAGAAGTTTGACAAAATCGCTGTCGTGACAGCAGTTT TAAGGAAAAAAGAATTTAAATGGAGGAAATAACGATTTGTGTTTTTTTTT AAAAATTAAAGGTTTCAATTTTGTCAAAAAAAAATCACTCAATCAATAGC GATTTTTCCCTTTTAATTAAAAAAATATTATTAAAATTTCTGACATTTTT TTTCCTTTTTTCCTTTGGACTCAATAAAATCTATAAAAGAGTACATTATA AATGTTATTAATATATCATATTAGAAGAAACAAACATATATTTATAGAGT GCTACAATATTTTCTTACTGAAAAAATCTAACTATCCAAAACTCTTTTTT AAAAGAAAATAATAGACTAAATATGAAAAAATATTTAATGTCTTAAATTT TCTTTTAAAATTTAAAATGAGGTAAAAAAAAATCGGATCAGAACCCTAAC AAAAATTAAATTCCTCCGATGGAAATTGCGTGAGTTTAGCAGTTGATTTT TTATAAAATTGGAACATGTGGACAGGAAATTAACAATTTTGAAATTACTA AAAATAGCTACTTTTAATCACATCAATCTAATTAAGTATTGCTGAAGCTT TTTGTTACTTGACAAAAAAAGGTCAGCTCATCAGAGCTTTCACTCTAGTG ATCCAATTGCAAGATCAACAAACGAAGTTTCTAATTTTGGAATGTAGCTC GCAATTATGGGAAGATATTCTTTTTAAAAAAATAATTAAAGGAAGGTATC GAACCACTTCATCATCGAGAATTGAATAACCTAACGTGTCACCAAAAAAT TCAAGTAATCGACTAACTCAGTTTTAAAAAAAAATATTCCTGAAGAAGCT CTTCAGGAGTGAATTTAGTTGATTTTAGGATGAATAATACTCAAAAGGAT TAAGAACATAGTAAAACTTGTTAATTATCTATCTTCTGGAAAACGACGGA CAAAACAGCATATTAAAGACTAGGTGAAGAATAACTATCACGGGGCCAAA AAGATGGGACCATAAAAACATTTTAAATGAAAAAAATGGGTAATTGTAAG TCTGTAACACTCTTTAATTTTATAAACATTCATAGCAAACACAAACAAAC GCATAATACAACCATCTTATTTAGTGAATGTCACTTTCCATGATAACTTG TTTTATGTCAACACATTTTTGTTCGTTTCTTAATATATGATTTTTAGACT AATTTAGTAAGAGATATATTTTCTTTTAACCACAATCTACAAAGGACAAG TGGGAAATAACTTGAAGTTTATTCGATCATCTAATTACAGCATTGCTTGC TAATTGAGTAGTACTTATTTTTAGAAAAATATATTTATTAAGTTACAAGC CGACGGAAGGAACATACAAACAACACCAAACAGGGACGAATCTAAGATCT AGAATCACTAATTCAGAACGTTCTTATTGTTATTATTCTACATATACGTA TTTTACCCAAGTAAAAAAAAGGAATAACTGTTGTAAATGCGACTAAAAAT TAACGAAATTAATTAAGGAACACCCTGGCGATTGATGTTGTCAGTAGCAG AAAGCTGAGCTTCAGCAGATCCACCACCTGCGAGGGTTGGGGCGTCGGTG GAACTGGCAGCACCACGCCCAGGATTGGGCTGTTGATGGCCTTGTGTTCC ATAACCCTGTTGCTTGTAATCCTCCAAATCCTTATACTGTGTATATGGAC TTGTATCCACTGGCAATCCTTCTAGTTTTCTCTCATCTATACATCCCTTA TTACTATCTCTTTGCTTTTCCATTTCTTTTCTTTCTCCTCTCTGTTATAT TAATATTATCCCTATCTTATCTGTTTGTTGGCCTTTTCCCATATATATAA GTTTTTCTGTTAGTTATATGGTGTTGACGCGTGTTTGTTTTCGTGTAAAG AAGTTGAATGAGGTGTAAGCATTTCCTGAATACAAAGCTATGTTCATGCT CTACCAATTAAACTTTGGTAAATATGTTCCGATACAACTTCAGTGATGAA GAATTTAACTTTATAATTTTTTTTATATTATAAATAAAAAAATTTTGTTA GTATGATATTTTTTTAAAGGGAAATTTCAGTTAAATTCTCCATTGGTCCC AATTAATGAGAAGCAATTGGTCTATACACATTCTTTTTAGCGTCATAATA ATATTTGTGTTAGTACAACACTTTTGAAACACGTGATCTGATCCTATTAC AAAACATTCGCACGGTCATTACAATTAGACTTCTTTTTTACTGCAAGATG GGGTGAGCTTTGTGGGTAATGGGAGCAACCAAGACTCAAGTAACGTATTA AGGGTTAACTGACACAGATCAATATGAACAAACACTAGATATATTTACTG TAAAATTCGCTCAAAGGTTCCAGTGAGTGGCTACATTAAATTACGAAAGA ATTATATTAACACCACTTCCAGACATGTACTCGTTTATTCATCCATTTCT TGATCCCTGATCCACTTTGTGGCAACCCATTTTTCACCTCGGATTACTGC ACAGCTCCCGTGAAGAGATGTCTACATAAGAGATTTACAAATGTGAGTAA CTGCAAGCCAACATGAGCAGTCTGATATAATGTTGGTAATCAGTATTCAG CTTTATAACCAGTAGTAGCCAGAGGAGATGAATCAGCAACAGAAAATGAA ACAGTGAAACAGGCCATACGGGAACCAATATTATAACCTTTCCCATCAGT ATCTGTTCGATGGGGTGGTACCTAATATGCGCTACCATTCACACTGATAA ATCACAATCAGCAAAAATGATTTTAGCAGCACCATAGCGACTCTTCAGCA AACATCTCCATAGCATCATGGTAGACAGATTGATCAAGAACGGTTCCCGC AGAAAGGAAATAAGAAAACACACAGCAAAACAAACAAAAAGAACAAAACC AAAAGCAAATAAGACATTGGAAAGATGTAGGCATTTCTTTAACTTTATCA TCTTTAATTCTGTGGGCAACTCCTAATGCTTTAAAATCCTAAAAGAATCA CAGCTCTGCGCATGATGGTATACCGCGCTGCAAAAGAGCACAGAAAGTTT GTCTTCTGTTCCAACAAACCTATTGCTGATAATCTCATTTGTAACAAATT TTCATAACAGCATCATATAAATCCACTTTATACTATTCATCTGCTATAAA GTATAAGGTCATAAATGGTTCACAATATGCTTGGCTTGCTGCATAGCTGT TATGACCAACCCTTGTTAAAATAACAGAGATCCTCGAGACTAGGCACATG GCTCCGGTAGATGATGGCCTACCCCCCAAGGATCAGACTTCTTTTGTATG CAAAGAAATACGGCGATCACACTAAAATCTACAAGCAAATACTCACCGGA TCAATTGTACCATTTGGAAACAGCGAGTAAAATAGTAGTCCATCCCCTCT ACGCGGCTTCACTTTCAGACCAATACACTTGCGGAAGTCATAATTAACAT CCATATTCTGTGCATTCTGTAAATTAACCAAAGGACTTATTTACACGACA TGAGAGGCAGAAATATAATAATAGTCCACGAAAGAAGAAACAACTTTGAA CTCACCTCGAAAGGGAACATGGTTTCTCCACCTTCTTCCACATCAGATAA ATATAACAAAAAGGATGCAACCTAAATGAAAATACATTATTTTTAGACTG GCCCTGAAAATAATCATTACTCAAAATTAACTGCAATTTGAGCTATTATG AAATGTCAAATTTCATAGTTATAGTCTATGGCACACTTGCTCTAAACACT CCACAAATGATGGTTATGTAAGGATCGATGACAAAAAACAGAACTTTTTC ATCAAAAGGGGCGAAAATAAAAGAAAAAGAGATGTATATAACGGATAAAA CTATATGCTTATTAAGGATAAAACTAATGTGGGTTCCACAAAGTTCTAAA TGGAAGAAATGCTGTATACACCTTGTGGTGATCCAGATAACACACCATTG GTGATTCCATGTATAAATTAAGTCATTGAAATGGATCTGCAAACTAGTGT CTTATGAACCATAGCTTCAAACAAACTTTATTTTCCCCATTCTAAAAATA TTTTTGATGGAGGAGGATTGGAAGAAACATGCATATGAAAAACAACACCA TCTTATCCCAATAACCAAACACTCAAATCCATGCACCATTCATTATGCTA GTTTGTGCAAGAATTGAGCTAGTAAAAAATTTAAGAAGTCAATTGGAAAA GTTAACAGCAACAATTTACCCAAGTAGATAGTGCATACCCTTTGGCTCTT CTGAGGACCATATTGAGAAGGATCAAACGCATCATAATGTGAATAATAAC TCTGGCCTATTTCGTACCGCAAAACATTAAATGCCTGAAAAACGCACAGG TCAACTGATTCAAGTTAAACAGCAATTATGATCACTGTACACCATACTTG GAGCTTTCATTAACAGAAAAATCATTCAGAATCACTATATGAAAATAAGA GAAAGTCCAGACACAAAGGGGTTACAGCCTGACTACCTATTATTTATCAG ATGCATAATGTACATAGCAAGAATTATTTGCATCATCACATTTGACTCAA TTCTAGGACGAAATCGAACAAATATCCGGGAATCCAGCAAAAGAACTCCA GTTTCAGATAATACTCAAAAGCCAGATATCCCCAACTATAAATTAAAGTA TACAGCAGCAAGAGATGTTCAGTTCTCTAACTTCCTGTTAAAATGCACAC CTTGATCTGTTGCCTCATTGTTTTGTCATGGTCTCTTGTTAGAATACATA CAGACTAGACCATGTGACAGCTGGATAGTTCATATAGAAGAGGAAACGAA CCGTCAATTACATCGAATGAGCTCTTTTGCATAAGTAAAATTGGAACAAA AAGCTTTCAAATGGAAATATATATAGGATTTTCAAGTTAAATTTCCATGT GAAACCTTTGACAAAAATCTATATTGGTACGGTATGAATGATTCGGACAA AAAATAATCATATCATTTCCATTCAATGATCATTGTAGTGTCAATTTAAT CTTGCCATTGCTAACACATACTGATCTGTCCAAAAACAAAAGCAGACCAA TTCCATCTTTCCGCAGCAGATACCCATTTAAATTTTCAGATATGAGGTGA AAAGAACACGAAGACCAAAATATGTTTGGTGTTTGACATATATGGCCTTA AATCTGGTAAAAAAAAATGTGATTGTACAACCAGTTAATATTTACCTCCA ACACCAAAAGACTTGTTTTCTTCAGTGTTGATAACAATTGGAAGAATGCA TTTGCTAGTGGAAACCTAAAATCACTAATATAGTTGTCCAGCATTTTGTA GAAGTAGAACCAGAGCTTGAATCAACATAGTTTTCAAGAAAATAGAAGAT GAAGAAGAGGAAGGAAATGAAGAAGCTTGGGAAAATGATTCCCCACCAAT AATACAACTATTATGTCCTCTATTGAGATCCAATTTGTGAGGTGTGGATG GAATGATAAAACTAATACACAGTAAGAACCACTTCATGCGTCACATTTAA GATGTGTGTTTTAAATGAAATTCACCTCTCCGTGTGTCCTGGGGATATAG TCGCCTTGCGATTTCTCCTCAATGAGGTCCAGAATCCAGTTTTGTCTTCA GATGCACTGATAAACATACCAGAACTGTGGGAAAGGGGGAAAAGCAAAAG TCATTCAAATTGTAACTTCATGTCAAAACCAAAAGAGGCAGCAAACTTTT ATCAAATAGTCTTGACAACAGATCAAAGAAATATAAAACAAATGACCTGA AAAAGGACAGAGACATATGGCCAGTTCAAACACCATGAACAATTTTATCT TCCAAAAAAGTAGAAAATGTATGTGAACACACTCAATTTTGGTGACATAT TTATCTTGTCTACTAGAAATAGATATTATGGAAGTATGAGTGTATTAAGA GTTAAATCTAATGCTTGGAAAGAGTGAAAAGATTGCATTTATGACAAAAC ATCAGTCAGGACACATAGAACACCAGAGTATTGTTTACCTTGTTCTAACT CCTTTGGTATTTTCTGCTGTTTCTCCTTTGCGGAGAGCCAAAGATGATGG TTTCAGTTCTGCCTTTGCCATCTTAATTATGCCTTGGCATTGTTCTGTAG TTGCGAAATTGGGAAAGTATAATGCACGTGGGAACCAGCTTAAGACCTAC CCAAAAGATTGAAGTCGATGTCAAATAAGATAAACCAAAACAAATGAATA CTAATGCAAATCAGAGATACTAGACTTTATAGTCAATGAGTACCATGAAC AAAATTTTTACCAGCTTAGGTTTATGTTTAGGAAGCTAACATGATCAGTC ACAGCTACCAGCTATTTTGCCTATAGACTTAATGACATGCCTACTTCACT GCTTCCTCCACACAAATCTTCCCCCAGTCAACCATAGAAAAACAGGAATC ATAGAAATATAAGCAGAAAGTGTAGATGAAGTGGCAGAATAAGAGAAATT AGAGTATGCATATTTGTTCTTAAACTTACTTAGAACACGTTTGAATTGGC TTACAAAAATAGTTATTTAAGTTGAAATTAAAAAGTCAAACGGAAATGAC TTAACAAGTTAAAAAAATAAAAAGCAAGGAAGACCTATCTTAATTTATTT TTCACTTATTTCAAGTCATTTTTGATTTATTTTAAGTCAATTTCAGTTAT TTTAAATTATTTTTTATTTTTGTCAAAAATTGATAAGTAATTTGCTCGAC TTTTAAACCAATTCAAATGGGCTGTGCCATTATCTATCTGGTTTACTTAC CGAAAAAATCAAGTTATGCTACTTCAACATTAAGAAAAGTAATATTATTG CATCAGCGGCAACAATCTCAACGGTTGATAATCAAAATAAAATAGCTATG AGAAAATCCGCATATCAACCAACCAAAAGTGCAAATCCAGGAGAACATCG AAACAATAATTAAAAAGCTTGGCGGACTAATGTAAGTTCAACTACAGTAT GAACAATTTTTCAAACAAAAACGGTTAGACTTGAAATCGAACCAGCGCTA ATTCAGCAAGGAGAACTGAGCAATGAAATATACCTGGAAGGGGATGGAAG TAAGGGAGTGTTCTCCAGTGTCGCCATTAGGCAAAACATCAAATTCTTCC ACAGATTTAAGCACCCTTGACCTAGGCCGTACAGTAAGTAGTTGTACATC CTATCACACCCAAACACTTTGATTAGAAACGCATATGACAGAGGCGTCTA GCAAATAATAAGGGAAATACCTGATGAGAAACGAGAGTAGAACCGAATAA ACCGGCGAAGAACAAGAAAAGACATAGCAGAAATATTGAAGGTAAGCCCC CTATGCTCCGCCATCTTTGTCCCACTAATCTACCTTTGCTCTTCATCTTC TTCCTGATGGCGAATCCGATTGGTTTAAGTTTGAGAATGATAATTTCAGT GCACTATTTAATGACAGACTGATGGTTTGCATGTGTACGATTCTTTGACT TCTGCACCCGGCGGGAATTTTTTTCTCTTTTTTGCTGAAATTTGTCACTT CATCTTCTTTCTTTTGGCTAGTGGTGTAGTTGATTTTTTTTTTCAAACTT CTTTTGAGTGGGTTTAATGCTTTGTTATTATTTTTTCCTTTTTCTTATCT ACGGAAGAACATTTATTTTAAAATAAATTATTTTTATTACTTTTTAATTG AAAGGCATTAAGATAAAAGGTTAAAATAACATAGATAAAATATTGGTTAA ATTTTGATCAAATTTTCTGGCTAAAAAGAATTTTTCTCTATTTATTTATA TCAATTTACTTTTATTTTTAATTTAGTAGAGCATTGAAAGTTCAGAACCT AAATAAGCCAAAAAAAATAAAAAATCAAAATAAGTCACTATTATAATAAG TAACTAAAATAGGGTTAGTTGAAATGAAAATTTCGTTTTGATGCAATATT TCAAATGTTTTCCATTAACCTCATGACGTGCATATTTAATATACAATGAA ATTATATTTTACACTTTGTAAAGTGAAAGTTTTTCTTACCTTTTATATAA TGAAAGTTTTTACTAACTTTATAAAGTGAAAAAAAAAATATGTTGTACAA AGAGATATATTTTGGAATATGGTTATAGGAGAACGTTGCTTGAACGTCCT TAAATAGAGTCTGAATGAGTTTTTAAAATTTTTTTAAAAAAAATCACAGT GGAATAATTTTTTCCATTATGATATGTCATCAATATAATTATATAACAAA CACTATAAAAGTTTTATAAATAAATACAATTTAATTTAATGCAAAACGTG AAAAGTATTCCTCTTTATAAACATAATTTTTCTTCTATTTTACAAAGTGT AAGAAAACTCACACTTTAGAAAGTGTAAAAAATTGTTTGTGTTATATTAA ATTTTACATGTTATGAGACTAACGAAGAACGTTTGAAATATTGCATAAAA TAAAATTTTTTCTTCTCCTAAGCCTATTTTAGTTATTTACTATAATAGTG GCTTATTTTGATCACTTTTATTTTTTTGTGGCTTATTTATATTTCCGACT CGAGCATTGAGATTATTTGGATTTGTTAAAAAAAATTAAGTTAAAAATAA AAGGTCAAATTTAAAAAAAGTCAAAAAATAATAGCAAGGTGAGATTTATT TTTAGTTTTCAACTAATTTTAAGTTAATTTTGACTTATTTTAAAATTTTC AAACACTTTCCAACTTATTTTAGATTATTTTTATATTTTTCAATTATTTT AAAAGTTAAAAACTAACTTAAAAATTAATTTAACCAATTTTTCAGTTAAT TCAATCGCTCTCTAAATCTAATTATTTGTATTTGTGAGATGATAAAAATA GATAATTTATTGGAATTTCACAAGCAATTTTATTTACCAAAGTTTTTATA TAGAGGGAATGAAAAAATACATTAGTCAATAAATGTATGTGTATTGATTA CTCTCATTCTAGAAATAGTAAGGCAATTTATATAGTCAGTTCCTTGCCAG AGTGTCTCATTTACGTATTCAAATTAAATTATGTTTCAATTGAATCAATT GGACATTATAAATTTTAATTGGATCTTTTGATTTGGCATTTTAAATTTAT TTAAAAAGAAAGAAAATTCTATGTATCTTCATTCGCATATTAATTGATTA AGTTAATCATATAAGCTATGTTATTTTCTTTAATTATAGGCACCAACCTT TAGTAAAAAATGTTTGGAATTTTATGACCTATTAAGATGATTGCATATAA TTAAATAAATAATATATGTTGTAGACTAATGAGAATGACTACAACAAAAA AGAAATAAATTTTAAATTAAAAGAGTCTAATTTAAATACTTTATAAGAAA TTTATGTGTTCAATTAAATATGATTTAGTTTAAATATGATTTGTTATGTG TTAAGCAAAAATAATATAATATATATTTTTTCTATATAGTCCAATCTTGT TATGCCTACTATGGTCTTCCCATAAATTTTAGATTTTACGTAAAGATGAT GTAAATGAAATTTGAACAGTATTAAACATGAGTTGGCAATCTATAAAAAC GAATATTATATATTTCATAGTGATAAAAATTATATTCTTTTGAAAAATAA AAATAGAAACTTTAATTTGTGTTTGAAAGTAATTTGATTGACTTTTAATG TGATATGATTTAATGACAGAAATTTAAAACTAGAGAGAAAGTAACACGTC AATAAGATCAAAAATAGTAAAGAATTAACTTTGCGTGGAGGGTGCATAAT TTACCAAAGATGTGTAATGAAATTAACAAAAAAATAAAAAGATAGTCAAA GTACAATAACAACTTAGGAAGATTAAAAGGAATGATAATGTCGATCAACA AGTGTCTACCATTCTTGCTTAGAAATTAAAAAATGAGATGTGTTTTATGA TAATCAAAGTGAAAAGAGATCTTAATTATAGGTGTACTTGTTATGCTGAT GTGTAATAGTCATGTTCCTTCTACAAGCTACAAATAAGATAGGAGTAAAA AACAGTAAAAAGTCTCTTTAAATTAGTTAGTCCAATATAATTCGTGTAGG CAAAATCAATTCTGTCAATGCATTAGACAAGAAGCTACTGTTCTGTGCAA GTGGAATGAAACTCTTTCAGCAAAATCATAATCCAGACTCCGTAAATTTT GTATATTTGACTTATGACAATGATAAACAAAGACTTGTACACTTTACCTC GGATATAATACGATACTGTAATTTTTTTATATTTTTATATTATTTGTTAG AATATCTACTTTTGTATATTGGCTCATTTGAATATCATAGTATTTTAAAA TATCAAGGTTGTAGTTCTAATCATATTAGTTGATTTTTTTTATAAAAAAA ACAATCATCTTTCTTTTTCAGTTATCAAACATATTTACTTTATAAAAAGG AATATAAAGACAATTCATCTTTAACATCTAATGGTAACTCTAGCTTCATT TCAATCTATTTTCTACATAATTGGATATAAACTTGTTATACAATTTTTTT TTACAACCAAGGTAAATTTTGCTTTTAACAAAAAAATCACTTAACAAACT AAAGAATACCAACTCCATTTACATAAATTCTATCAAAAGTTTCTTACATC TAATTGCTCTTTTTGAATCTTAATACATTTTTATCCTTTTCACTATTCCT TTGATATTTTTTATTCACAATCTAAAATATTTTATTATTTTTTTCATTAT TATATCTTTACATAAACAACATTTACTATCTTCAACCTTGTATATTCACA TTCAATAATATTTCCTTTGTGAGCAATCTCTTTTGTGTGGCTACGCACGT GATGCATCTTTGCTAGGCATTGAGACAAAATTTCAGATTACTTCTATAAG TTTTCAATTTTTCAAGCTCGTGATTGAATATTCTTGGCTAATTATAAGAT TGAATTATTCATTTTTGTATTAATATTGTATTCAATATTATCTGCTATTA ATGGTACCTTTATCATTACAAATAGTTTCTGCTTTGATATACATCCATAT AACCATTTCACCCATAGAAACTCTTTATTTACACCCATCTGTCATACTAC CTTGTATACAAACGCCACATTCCATTTCCCCATCCTTTTATATTGAGACC TGTCTCTTCGGCAAACAGATTTTGAAATATAGATTTTTTTCAGAATATCA ATAAAGCTTTTTTGAGATCTCAATTTTATTTTTTTTTCACTACTAACCTC ACAAATAGTTTTTACACTCTTGTCCACCTATTTGACTACTCGGACAAGAT ATTAATATTGAACCCCAAAAATAGTATATTGAGAACAGCACAACCAACAC CACTGGAAGCTTTGGATTCTTATTATACAATTAATATTCATCTTATAGAA AGTTAAGTATTAAATAGTCTAGATAAATTGAAAATTGACTTAATCAAACG TTAATAAGAGGTGCTATATATGTAATAATTTTTAAGGCTTTTATTTAAAT GTATGTTCTGTAATGGTGTTGATTCAGCCATCTTTTAAACAATTTTACTA TTCATCAAAAGTTAATAAATGTCTTAAAAAAACGTTCAAAAGTTATAACA TAATATTTTTTCAAATTTCTTATCTCACAGTAATATGTCAATAATTTTAA GAAAAATTGTATATAATAACAAATTAATAACCTAAAATAAATAGAGTAGT TAGGGTTTGATTTAATTGTGCTCCATAGCAAACGTTTGCAAAAAATTGTC AGGCGCCTCTCTCCCAAATATCTCGCTTGCCACTCTCGTGCTCGCTTCTT CACTTTTTATACAAACACAAGTGTATAAAAATTGTTTCTAATTGTATAAA ACAGAGAAAATTGTATAAATACATATATTTTGTTCCCTTCTCTCCCCTCT TCCAGATCTCGCTCGCCACCCTCGCCTTTCTCACCTGTACAAACAGAAGA GAAATGTATAAGCTGCGTTTCTGTTTGTATAAAGCGTGAGAAAATTGTAT ATACACATGCAAGTACATATATTTTCGTCCTATACACTTATAATTATATA ATAAAAAATACTCCCCTGCCTAGTTTCTTTTGCCTTTCTCTCTTTCTCCT TTTATACAATTTTCAAATTGTATCTAATTTCTCTCTTTCTCGTTTATACA ATTCGATTCAATTGTATATTCCTTGTCAAGTCTCTTTTGTCTTTCTCTCT TTCTTATTTTATACAAATTCAAATTGTATATAATCTTTCTATACACTTAT AATAATACAATTCGTTTTATACACTTCGTTTTTATACAGTTTTCTGCCAA AGTGTCTTTCCCTTTCTTGTTTTATACACTTCGTTTAATACAATTTGCTT CAACTATATATGTATAGCGAATTATACAGTTTCTATGTTTGCTATGGAGC GCAATTATGCAAACTTTGCTATAGCATACAAATATAAAATTTTTATTTGC TATATGTGAAAGTTGTCCATAATTTTATACGTTTTTATGAAGTACACAAA AATGGAATAAATTCGATGAATATTTACCTAAACTTTCATTCCCAAATGAT CTCAACGTCTTCCCACTAAATAGAATATTAATAATTTCATATGTTTGAGT AGTTCAAGTCTATTTTGGAATAAATCATGTCTTGGTCCTCTTGGAACCTT CAATCTTCAAATCATAAAAGCAATTGTGGTATGACTTTAACTTGATCCAA CCTAACCTTCTAATTTAAGACTTTTATACTCCCTTCATTCCAAAAATAAT TTTCGTCTTTTTATCATCCCAAATTATTTGTCTAAGTTTAAAACAAAATT AAGTTAGTATTGTTTTTCAAATAGGAATCAGAGAGAGCACAAAAGAACTC GTGGAACAATGAGAAATGAAGGTAACAGTGGTGTGCAAGGATAATCTTTC CACGTTGCAACACAAGTTACCCACGAATTTGCTTTGAGTACCACAAAAAA TGCTTCATATTTATTTACAATCTATAATTCAAGATAATCCTATGTAGGAG CCACATAAGTGGACCACAACGTTTAAACTGGTGGTCGAACACACACAATC CAAAAGAGCAGCTCTCAGTTGGCTGATTCTAATTGGACAAAGATAAGAAA TTATAAAGATCGTCATTTTTGGGGGAGATAACAGAGAATATTCAACTACT GATAATTTTCCATCACGTATGATGCATGGTCAAAAAAAAAAAAGAACTTC TATCTAGCTACTTTTTCTTCTGAATTCTATGGTTGCAAGAAAATTCACAA ATGCTAAGGCTAAATTTATATGGCTCCATAGTTTCTAGTCCGATAGAAGT CAACAAAAGCTGCCGCTCGTGGATCATTTTATCGAACAAAGCAACGATTG TATGTCGGAGGAACATTCGAGTTAAAGCCCTGAAAGATGGGATGAACGGT GGCACGAATGGCAGTGGATTAGGTGGTCGTAGTTGGGACCCAGGCTTGGA AATTGAGGTGCCATTTGAACAAAGGCCGGTATGTTCTCAATTCTTTGTAT TCATTCCTGGCCTCATCCATTTGATCCAATCTGCAGAAATCAATAGAAAA GACTCATCTCAGTTCACATACTAGTTTAGATTTATACACTATTACTCTGA TAGTGTAAAGATTTTATATGCTGTTCTTATTGTCCCACTTGTGATAGAAC TTTTCTTTAGCTTAATCATAGAGATTGGTTTGCAATCTCCCTATAACTGA CCTGGTTCTGTAAATATTCTTACACTCTCAGTGTAAAAAACTTAAAACTA GTCCTGAGAAGGCCACAAGATCTGCACAGATGAGACATGCCATTATACGA TAAACTTCTAATGCAGGTTATAGGATTATTGAAATGATAAAACTGACTCA GTAAATTACTTTTCAACATGTACTAAATTTCTGAAGTTCCATAAGGACGG AGGACTTGATATGGAGATGGGTGAGCAATTTAAAGTATTAACTAAGCTAG TGCTTTTTACCAGGTGAATGAGTACTCATCTCTGAAAGATGAAACTTTAT ACTCTTGGGCAGAACTGGGTCCAGGGGCCTTCTTCCTACGTCTCGGGGGA CTTTGGTTAGTCACTTTCGCAGTTTTGGGAGTACCTATTGCTGCTGCAAG CTTCAATCCTTCAAAGGTAAATTGTTAACTTTGTGCAAGTTCTTTCTCTC AGGAGAGTTCCAAAGTGATTACTCAAGTGTCAATAGTAAACAAAGAGCTT TCGTTTTCTTTCTTCATTTATTTCTAAGTCAAAAATAAAATCAAAGAATC CTCACAATCATTGACATTCAATTTTTCATAATCCTCCTGCAGGATCCTTT AAGATTTCTCCTGGCTGCAAGTACGGGGACTCTTTTTCTTGTTGCACTGA TTGTCCTAAGAATTTATCTGGTAAAGTTCTTCAATTGCAGGACTTCAATT TTTTGGTCAAATCATTTAGATCACATTCAATCAATGACCATAATAGGGAT AGGAGCTCCGCTGGAGATAGATAATTTGAGAACTTAACTTCTCTAATATT CTACGTAACATTCTAATTCCTGACAATGACCACAATAGGGATGGAGCTAT GTTGGAGATAGGCTTTTATCAGCAGTTATACCTTATGAAGAGACTGGATG GTATGATGGGCAGATGTGGGTGAAGCCCCCAGAGGTTAGTGGTCTTTCCT TTGCATACTTATTTAACAGGTTCTTTCTCTTTGCTTCCTCTGTTCCTCCT CATTCCCACAGTAGGAAAATATTGCCAGCTTCAAAATGGATAAATTAGCT TCAATCCAGTTCACTAAAATAGGTCATTTATACTAGTTACATCAAGCACA TCTAAGTAAAGTAAGTCAAGTTGAACTCTTTTGTTAAAAAAAGAAGGTTA ACAATATGAACTTTAATCATTGACAAACTGAATCTAACAAGTGCTCATGG ATATGAAGAATACATAGCTAGCAACAAGGGGGAAATGGTGTAATATTGCT TGACAAGAATTGTATCACATAATAGATAAGAGCAAGCGCCCAGAGCCCTA ACGACTAACAGTGAGGTGAAAATGGTCCAATATAGCATGAAATGGACTTA AAATTTGGTATCACAAATAAAACGCGGGAAATGAAGCTACATGTGAAAGC AATAAGTTGTACTTCCTTGTGTTGGTTAAATCATCAGTCCTTGCACAATA CCCTTTTCTTCTTAGCACAAACAGCTATACTAAAGATTTCAATAAAATAG GTTCTTACTTTTCATGGTATAGAAATGTAGTTATCTTTCCGTGAAACTTT GAGCAACAGATCTTCTAGAAAGTAATAGCATTATCTTTTACAATAACACT ACATGATGGAACAACGTCTATACATGAAGCTAATATTAGTTCCGCACTTG TAATAATTCATGCTCTAAAAGTCTATAGCCACCTGCACTTCTTGAAAAAT TTATCAGAATCCAAGCTCTAAAAGTCTGTAATGATGTTGCACGTATGACA TTTAATGTGATTATTCCTTGCAGATCTTAGCTCGGGATAGGCTGTTGGGA TCTTATAAGGTACCAGATTGATCTATAAAATTCATCAGCTGGTTACATCA TATTCTAACTGTCAATAGAGTAGATCTTTCCTATTACGAGCTTGACAAAG CTGAAAGAATTTATTTACCTAGGTGAAACCAGTCATTAAAATGCTGAAGC AAACGCTAGTTGGAACAGGGGCTTTGCTTGTTGCAGCAGTCTCATTATTC ATATTTGCAACACCAGTAGAAGATTTTTTCCGCAATACTTTCACAACAAA CGAGAACTCATTGAGTTCCACCTCAACAAACAGCACAAATAAACTAGGCA TCAGGTAATTCTATTGAAAACTTAAGAAGTACAATACTATAAAATTTCAT GAGCTTACGTTGTTTCGCTATGTAATTAAAGGAAAGAAGAACTGTTGCGC TTGCCACTGGAAGTCAAGGAGGACGATGATCTAGCAAAAGCTGCCGCTGA AGCAGCTGATGGAAGGCCAGTTTACTGCAGAGATAGGTATTATCGTGCAT TGGCCGGTGGACAGTACTGCAAATGGGAAGACTTAGTTAAATAAGAGGAT ATATATAAGTGAAGAAAGCTACAGTTAAATTCTGTGATTGCTCAAAAGAT CTGTACAATTGAGCCTCTTCTTATAATTTTAACGAAGAAATTTTGATGTT TTATGCATTAGATAATGCGCATGCAAAGAACAAAAGAAAGAGAATCATAA CCCAAAATGTTAACACCATCATTGAGTTTTTGGCTAAAATCATCCTTAAT CTATACCCAAAACTTAACATACATCCTTCAAGTATTTAAAAGTGAACAAA TTTCATCCTTATACTTGAATTTATTAGAAAACTAACAAATACCACAAAAA TAAAGCATTATTATTCTTGGATACATCAAAAATACTATCGTGAACTTTTT CGTAATTGAGTTTTGCATTATGCAATATCTTTTAATTTGACTTTTATTTA ATTTATTTTTCATGTAATTTGATATTAAAAGTATTATTAGCTGAATATGT TTCTTCTCAATTAAATATGCTAGAAGCGGCGTTTGTTGGAGAATTCCGCT TCTAATAATGTAGAATAAAATTTAAATGCGAGACAGAATCAATATTTTGA TTACTTCAATATGTGATTGATCCAAAAATTTATTAATCTAAATACAATTT GACTTTGAAAAAGGTAAAGATAATTAAACTTTAACTTCTTTACGTTATTA AATGAGAAAAAGACCAGATCATGTATCCTCACACCCTTCAAATATTTTTT TTGTTTCAATAATTAATGGTTTCTAAGATTTTTAATATTTTCTTAAAAAC TTCTTATAGCAAATAATGAAATTATATAAAAAACTTTTGTTGATAGTCAC ATGAACTAATCGTGTTTTTATAAGATCCTTTAGTTTTTTAGCAATATTTA ATATAAGGATGAAAATTATTTCCTTTTAAGTACTTGAATGATGTTTTCTG CTAAGAATGATACATTAAGAATCTAGTTTAATTTTGTGATATAACTTAAA AGAATGTTTTTAGCCAAAAACTCTCCAATCAAAATGCCTATGTGCTGCAA GCCATAATTTGAGGAAAAATAATAGTTTCTCACCTGTTAGAATATTTATC ATCATCAAAACCAATACTTGAAACCGATAACAATCTCTCCCTTCACTACG AAAATAAAGTGAACACTGTAAAACAAACAAGGTGGAGGCAAATTTAGGAA TCCTTCTTCTTAGGGATGAACCTTTATTCAGTTGTGCTCAAATCTTCCCC TATTAGAGGAACCCTATCTCATAAAAAATTTACTACTACTACTTATAATT TAACACAAATAGAATATATTCTCCAATTCATACAATTGCGGCAGCACTCC TTGAGTGTCAGAATCAGCAGCAAAAGATTACATAATACAGACAGTATTGT CAACTATTAAAAATTTGAGGATTTACGAGTTAAATGTTTTAACCCTAAAA TCTAATCACTAACATTCTAGCATGATTCAAGCCAAAATTTGTTATTTTCA ACTTTTAATTACTACTGTTCTTTGCCAGTTTTTGTTTATCCGTCTTGCTA TAGAGTGGGATTACGAGAAAGGCAGAAGTACTTACCTGAATTAACTTGGC AGTAGGCAAAAGCTCCTTAATAGATATCCAAATTTTTAAATCAATTATGT TACAACACTACTACTGGTCTTGCTATTCATGTAAGATAGCGGGCCTTTAC TTCCAACAAGGCCTTTATGCATTCAAAATGACGGAGAAAATGATAAATAT ATCCTCGATGTATTGTAAATGGTACAAAAATATTCTTCGTCATTTTTTTG GGATATTGGTGTTCCCGTCGTCCATAAATTAGAGCACATATACCCTTCAC TCTAACGAAGGGACAGGGACACCAATGTCCCAAAAGTATGACGGGAGGAA CATCAATGTTTTAAAAATATGACGATAGAAGCATAAATGTCCCAAAAGTA TAAAGGCAGGAACACTAATATTTCAAAAATATGACGAAAAATATTTACAC ATCATTTAAAATAATTTGGGAGTATATCTGTTCTTTTTCCAAAAATGTAA CCAAAGAATTTAAAGTTTGGGCATTTTATAGAGATGCCCACAGAGATCTC ACATACTTGGGGCTATGCATTCATTCGAAAGTTTTCCAAATTTTGGATTT CTTTTTTTGCTTCCACATAGAGTTAAACCGATTCAGTAATTGCATAATAA TAACATTTAAAATTACACACACTGATAGTGTGAAAGATTTCCTCTATTAG TCTAGTTTTTTTAAAATCATAATATGCAATGTTATCGACAAGGTTATTAT ATGTGGTATCGGTATACACTAAGTTAGCGTTTGACCATAAATTTTTAAAT ATTTTTGATAAATATTATTTGAGATAAAAATTTGAGTGAAATTTTACCAT GTGTTTGTCCATAAGATTTGTGAAATATATTTCACTTTTTTAGAAAAATA TGATTTATGCCCATAAGTTTTAAAAACTATCAAAACTAACTATAAGTTTG TATTACAAGTCAATTGGTTGTTCGTTACAATAATAACAAATAGTGTCCAT GGCACTAGTGAGTGCAACAAGCATCATTCAGTACATTGTGAAGTAGACGA ATCACATGACTTTTGACTTTGTTACCTTGAACTAATTTTTCATCATTTTC ATCAACAATCATATCATTATTTAATATTCACTAAATATTTCATCACTATT TTGGTGTTGACGTAAAAAATTATGTAATAGAACGGAAACAACTATTACAG AGGGTGTTTTTTAAAAGATAAAAGTTTGGGGTAAAATTTTAATTTTTAAA ATATCACAAATAATAAGATTTGACCGAAATACTAGAAAAAACTAGTACTT GGAAATTTAAGAAATTTGCCAAAAATATTTGTCAAATAATGGCAAATTGT ATGGACAAACATTATTTGTCAATTTTTTTCCCAAATATTATTTGGAAAAT CTATGGCCAAATGAATATACTTAATAGTTAATTATTTATATGTCCTATTT GAATTAAGGGAAAATGCACAAAGTACTCCCTCAACCTTATACTAAGGTCT TATTACTCCTGCACTTATTTTATAAATAATTTTCTATCCCTTTTCGGCCT ACGTGGCACTAGATTGAAAAAAAAAGTCAACCAGCGTTACACCCATAAGA TAGTGCCACGTAGATCGAAAAGGGCTAGAAAATTATTAATAAAATAAGTT TAGGGGTAATAGGATCTTAGTATAGTATAATTGTGCCTCTGAAATTTTGG ACATAAATTAAGGGGGTTACTTGTGCATTATTCCTTAAATTAATGATCTA AAGTAAATAATAAATATTTAAATGCCTATGAGCCATTTTATTAGAAGTAA AATAAGTATCTTAAAATTAAATTATTATTTAATATATAGATATATCATTT TTTAGACAAATTAAAAAGAAAAGAATTTTATAAAAGAGATAGGAGAAAAA AATATTTATTTTTTTTGGGTTGTTTTGATTAGACAATTGCTCTACCCATT TGCATGTCCTGGACACATGATTGGATTTGAACGTCTTAAAAGTTAAAAGT TAGTTAAATTTATTTTTTAATTATTGAGAGTATTTAGTATTATTAAAAAT AAATTAAAAGTAAAAATAAAAATTTGCTTACTGTTATATTTAATTTAAAA TATATTTTAATTTAATTTTTTATTTTTTAAGTCAGTACAAACGACTATTA AAGGAAGATGTGAAGTTATTACCTAGTCAGTTGGTGAGTTGGCAGGAAAG AGAGGCGTAAAGACATTGAATCAGCTTAAGAGCACAACATGCAAATTTTC AGTCAAAACGTCTTTTTTCTCGCTTTTATGTCGCATTTATAAATCAAAGA GTTCAGATAGTAGCCTATGTTTTTTTTTTTGTAATATCAATAGTTGGGTA ATATTGATTTATATACTCCTCATTTCAAGTTTGACATGAGAATTTTGATA AAACTAAATTGCAATTTACAATCTTATTAATGTGTACTAACTAGCTGAAC AAGAAAATTAATTTGTTATGATTATTACTCTGGTCACTATATTAAATGCT CACGCCTAATTACCAGATAATATATACTTATCATTTATCTCACGGTACCA TCGACATGCATATTCATATGTTTGACCATACTGATTAGAGGAGAGTGTTT TTATGCATTACAACTCACAATTATATTGGTCCTAAACACTTATTTTTGAA TTATTTTTTTAGGGGGTGGGGTGCGTCTGTAAAAATATCAGAAAATATTT GCCATTTTAAAATATCTCCTCTAAAAATCGACAGTTGGACCAACAAAAAA TAAATTCACATGAAGTATATGCTAGTTCATTAACTCGTTGTCAATCTGAA GTCATAATAAGTAAATGAAATTATGACAATGTTATTTACAACTAAAATAA TAGTAATAATATACTATTATTTATAATGTTTTATATACCGTGGTGTTAGT AAATATTATAAGTTTCAAAAGCTAGAAATTCGCTACTCTCTATATATAGT ATTTGATTAAGCAATATAACTAGACATTGTGTGGACTAGAGTGTGAACAA ATTTATCGGGCTTTATTCACATCCCTGCACGATCCAAGGGGCCCATATTG GGTCAACGGGTCTGACTGTTGTACATGTTAAATCAATATCTGGCTTAACT TAACCTCAAATAGAGGATCTAATGGGCTTAGATATGATATCATGTTATTT GAATCTTTATCCTAAATATTTAACCTCAAAATCAAGATCAAAAAGAAAAA AACTGTCAAATCATATAATCCTGAGATCTTGTCCCAATCCAAATGTGGGG TCATCACAAATGTAATTATACCCGAGAAAGTTACAATTATATAACAAACA TGATAAGATAATTTGCAAAATATTCCCAAATGGAGCCTTGTACAAAATCT TCAAGGTAACTACAATCAATAGGACATATAAAGAGAAAACTGTCGATACA TATTTTCTTGCATGTATCCTACAAAGAAAGAAAGAAAATATCCAAAAAGC TTTTTTTTTCGGCCAAAGTGTTCAAAATCCGTATTGGAGCTTCGATCGAA TTTGAATTGCGCTTTGTAAGATCCATTCGAGGTGATGCTCCCAACAAAAT TTTCTTTCATACTTGAGCTCGAACATAAAATCTCTAGTTAAGGATGAAAC ACTATGCACCACAACTTAATATACAAAAAAGAAAAAAAAATTACGCATAC ATTTGGTAGTTGGTTTACTAACTAATATCATTATATATCTATATAATTCT TGCCATCATTCGGATTAAGCTTCTTTTTGCCTGTTAACGAACTCTAACCA AAAAACCAAACTTGAAAGTTGTGATATCCTTATTTTATGTGGGAAAGTTA TATATTTCTTTTCAAAATTATTTTATCATGCTCCAAGACTACAAGTAAAA TAGATCGATCCTAAAATCCAGAAATGAATCATATTTTAGAATTAGCGCAA TAACTAACTTCTTTATTCGTTTTGTATTTTTATTATCAAGAGCCCTCTAA TTCATTCTCCTAATGTTAATAGAATACTAATTTTTGGGACTGGGAGTTCA CGTGTTTCTATTGTATTTTACCCCCTACACAAAATGACAATAATATATTC TCCTTTTTCATCGATAATTAGGGGTATCTAACATTAAATAATGTCGATTC GTTTAGTTACTAGACCTTGTCTAGTCTTTGTCTGTTTTTGTTTGAATAGA GCAACTAGAAAAAACAGAGTTCAATAATTGATTTTGTTATAACAGATTAC TATATATAACAAAAATGATTAGTAATTGGGAAAACAAGAAAAATAACATA ATCATATTAGAACAAAATATATAACTTCAACTCGAAAAGTAAACAATCAT GATCATTCGAAATTGGGACATTTGAATTAATTTTCGGAAGGTAGAATTTC GACTTTCACCAATTATCTACCCTTTATTTTTTTTCAGACAAATAAAGTTT ACTCCTAAAACTGTAGTACTGGAAGTTGGAAATCTTCAAGTTCTCTTCGT GAAATCTACTTGAGACTTTTTGGAGTGACTTCAAATTAGTCGAGTCGCAA AACAGCTATCCAGATATCAGCTAATAAAAAGAGATTCTATATGAAAACCT ATGATTAAAAATGAATGAGTACTTATCACTCTCGTACTTGAACCAATAGT AGGATGGAAGAATTTTGGATTTCTGTTTCTATTCTGGCTTTTCTTGTGCA AATGAGCAAACGGTTAAGTGGAAGGTGAAAAGAGGTTAGCACTGACTACA AAAAATAAAAGACGGAAGATAAAATGATGAAAGGAGAATACGCATTACCA TTTTGTACTCTAAATTCTTTGATTACTTGCGTTAAGAAATGTGATTTCTG TGAATGCGATCCTTCTTTTTATAGTCGTTTTTCCTTCTTTAATCTCCATT TATCAGTTATTCTGCTAGGCTGGATCTTCCCAATAATTTCATAAAAAGAA AACAACCTCACCAGTAGCCTCATCACTTCACTACACTTAACACTCTTTTA ATTTCCTATATATATTACCTAAAGTTTCTCATTGCTTGTTCATTCAATTC CCTTTATTAATGCAGAAGTCCAAGGGAACTAATGAGTGGAAAAACACAAA AAATAATCAAAATGTCTACATACCCGTTGATAGTTGTAGTTGTTGTACTT GTATGCCTATGTCACATGTCTGTGGCAATGGAGGAGAAGAAAACATACAT CATTCACATGGCTAAATCACAAATGCCAGCAACTTTTGATGATCATACTC ACTGGTATGATGCGTCCCTCAAATCGGTCTCTGAATCAGCGGAGATGATC TATGTTTATAACAATGTTATCCATGGTTTTGCAGCAAGGCTTACAGCTCA AGAAGCTGAATCCTTAAAGACCCAACCTGGGATTCTATCTGTTTTGTCTG AGGTGATATACCAACTCCACACTACTCGGACACCTCTTTTTTTGGGTCTT GATAACAGACCTGATGTCTTTAATGACTCAGATGCTATGAGTAATGTCAT CATTGGTATACTCGATTCAGGGATTTGGCCAGAGAGAAGGAGCTTTGACG ATACCGGATTAGGACCTGTTCCCGAGTCATGGAAAGGTGAGTGTGAGTCT GGCATCAATTTCAGTTCTGCCATGTGTAACAGAAAGCTTATTGGAGCGAG GTATTTTTCTAGTGGTTATGAAGCTACTCTTGGACCAATTGATGAGTCCA AGGAGTCTAAATCACCAAGGGACAATGAAGGACATGGAACACACACTGCT TCTACAGCAGCTGGTTCAGTTGTTCAGGGAGCTAGCCTTTTTGGTTATGC TTCAGGAACTGCTCGTGGAATGGCTTATCGTGCCAGAGTTGCCGTCTACA AGGTTTGCTGGCTTGGGAAATGCTTTGGCCCCGACATATTGGCAGGTATG GACAAAGCCATTGATGATAATGTTAATGTGCTTTCATTATCACTTGGTGG AGAGCATTTTGATTTCTACAGCGACGATGTTGCAATTGGAGCATTTGCTG CAATGGAGAAGGGTATTATGGTTTCTTGCTCTGCTGGAAATGCTGGACCC AATCAATTCAGTTTGGCTAACCAAGCACCTTGGATCACCACCGTGGGTGC CGGAACAGTTGACCGTGATTTTCCAGCATATGTAAGCCTTGGCAATGGTA AAAATTTCTCCGGTGTTTCACTTTACGCGGGTGATCCATTACCCAGTGGG ATGCTTCCCTTGGTGTATGCAGGTAATGCCAGCAATGCAACCAATGGAAA TCTCTGTATAATGGGAACCTTAATTCCTGAGAAAGTTAAAGGCAAAATTG TGCTGTGTGACGGAGGGGTTAACGTCAGAGCTGAAAAGGGTTATGTGGTA AAATCAGCCGGTGGAGCCGGCATGATTTTTGCTAACACAAATGGGCTGGG GCTACTGGCTGACGCCCATTTACTTCCAGCGGCGGCTGTGGGTCAATTAG ATGGCGATGAAATCAAGAAGTATATAACATCAGATCCTAATCCAACGGCC ACGATTCTTTTTGGAGGAACAATGGTAGGAGTCCAACCAGCACCGATTCT TGCAGCGTTCAGTTCCAGAGGCCCAAATTCCATCACGCCGGAGATACTTA AGCCGGATATCATCGCGCCAGGTGTCAATATTCTGGCCGGTTGGAGCGGT GCAGTCGGTCCTACGGGGTTGCCTGAGGACGATAGACGGGTCGAGTTCAA CATTATCTCAGGCACATCCATGTCGTGTCCACACGTGAGTGGCTTAGCGG CTTTGCTCAAAGGAGTCCACCCAGAATGGAGCCCCGCCGCCATTCGTTCG GCGCTCATGACCACCGCTTACACCACCTACAGGAACGGCGGAGCACTACT AGACGTAGCTACCGGAAAACCATCTACACCTTTCGGTCACGGCGCTGGGC ACGTGGATCCCGTTTCAGCGGTGAACCCAGGTCTTGTTTACGACATAAAC GCCGATGATTACCTCAATTTCCTGTGTGCATTGAAATACAGTCCATCACA AATCAATATCATAGCAAGAAGAAACTTCACATGTGATTCAAGCAAAATAT ACAGCGTCACAGATTTGAATTACCCTTCGTTTTCAGTTGCATTCCCTGCC GATACCGGTTCAAACACAATCAGATACAGCCGGACACTGACTAATGTTGG ACCGTCTGGAACATACAAAGTTGCTGTTACTTTGCCCGATAGTTCCGTGG AAATTATAGTTGAACCTGAAACAGTTAGTTTTACTCAGATTAATGAGAAG ATATCGTATAGTGTGAGTTTTACTGCTCCATCAAAGCCCCCATCTACCAA TGTATTCGGCAAAATTGAGTGGTCAGATGGGACGCATTTGGTCACTAGTC CAGTTGCAATTTCTTGGTCATGAATTATATGAACAAATTAAAGAGCTATA TATAGCTGCTATCGATTTAATGTAAAGTTAATCAAAGAAATTTATGCTTC TTGCTCACAGTGCAGTGATGTTTCGTACCAAGTATTGTATCTGAGTGTGG TTTTAGGTGCTGTATCTCATATACTTTTGACATTATTTTCAGCCAAGTAT CACTTAATGCTTCATATATACTTGTATAGATGCATAAATATATGAATCTT TGATTCTTTCGAGATTTCACACTGGTTACAGACCGAACATGTCACTTGGA ATGAATAACATGCATGAAGCTCCGAACTGGGGTATAGTCAATACTCTCAA ATAAAAAAGAAATTGATCTCGAGTTAATTTCATATCAAATCAAATATCTA GAAATATGTATTGATATCTTATAAAGCTTTTTATTTTGTTAGATAAATAA ATTTTTTTTTTACGTCAAAACAAATTCTGTTAAAGAAAATAAAATATGTC ATAATTTTAAGAGTCTAGTCTGGCACATATAGACTTTAAGGGCATGGTAG CCTGATAATCCTTCCAAGAAATTAGAGGTGAAGTTTAGAACGAGTCTTGA CCATCTAAATTTATTTGGACTTAATTGGTTAAAAATTGAATTGAATTATA ATTTGTCCAATTTGACATGCTTAATGTTAATAATTTTAACATACTATTAT TTAACTTTTATAGACACAATTGATTTTCAACTCAAGATTTTATTTTTATA TTTATTTTTATAAAAAAATTAAAAATGGATAAGTAAATTCTAAAAGATAA AATATAGATCGTGATTATATCTTCAAAATAGGAACACATATTATATCAAT GCAAAAAAAGAGTTTTACGACGGACTTAGAATTGGAGGTTAAATTACGTC CAATTAGGATTCTTTTAGGTTAAGACGTGAATAAATTGAGATTGAACTCA ACTCAAATTATCTTGAGCCTAATCCTTGAAATTTAGTATAACTTGATCAT GTTACCTATATTTGAGCTCATTTTTAACACTAACAAATGATCAATTTGTT ACTGAATTGACGAACTCATAAACTGGTTACACTCTGGTAAACATAGAAAT TCATCATAAGTTTGATGATCACACATGTTTTGTCTTACAGCTCATTTCGT CCTAACACTTATTTTTATACTGGATGGTCTTTAAAAATATTAGGAAATAG TTGCCATTTTTTTAATTTTATAATGAAGCATGTATCCTATTCAAAATATC CCCACTTAAAAAAATCAACAGTGGACCAGCAAAAAAGAAATTCATTGAAA GTATATGATAGTCATTAACTCGATCATTGCCAATCTGGCAACACCATAAG TCCACAAGTAAATGAAATTCCACATGACAGTGTTATTTACCAGTTGTAAA ATGACAACTAATATTCTACTATATGGTTTATAATGTTCTATACTGTTTAT ACCGTGTTGTTGACAAATATTATAGGACTAGAAGTTATTCATTCAATGAA AGAAAGTTTTAAGTTTCATAGAAGGTTACCTCAACAAATAAAGAATTTTA TGGTAATAATATAATTATTGCTATATTATATTTAATGGTAACAGTAAATT TGGGTGGGTATTAATTGTAACTAACAGTTTATATAAATGTTGTTAAAGGT TTTACTCTCATTAAATGTAATAACATTAACTTAATTATTGCTAAATATTT TTGCGTTATAAGGAAATATTTATTCCCCCTAAATGTCTTTTTGTAGTGAC TAGAAATTTTGTACTCTATACATGTTGAAGCTTTTGCCCCAATGTAAGAA ATCACGTATGATAGAACATATGTTAGAATGAATTTTGGACTCAATCTCAA AAGCTAGCTCCAAGAAAGAGAATTATTCAAAATCATATAAGAAAAATCAC CAATCTCTTCCAAATATAATATGCGATCATTCATATCACCACCCCAACTT GGTTTGTGGACCCCACATCACACTCAATTGAATCGACTTTAATAACATGT TAAATTAATCTCGAATCAAATTAATCGACCTTAAATTCTATATCAAAGAG AGAAGAATTGTCCAGATCATATAAGAAGTCCTAAAATTTCGTCCCAATTA ACACATAATATCATTCTCATCAGCAAATCCATGAATGCAAGTATGTAGCC TACACCCAAGAATGTCACATTCAAATAATGAAAGACTCGATTAGATAATT TGCAAATATATTCCCAGGTCTTATACTATTCAACTGTCATTACACGTACT TTTTCCTAATTTGAAAGAAGCAAGAAAAATATATACAAGATTACTTGTAC ATTTTGTAGTTCATTTATTAACTAATAATATCATTATATATATTTGTATA ATTCTTGCCAGCAATTGGATTAAGCTTGCTCTTGCTTGTTTCCAGATCAT ACTCTAACTATAAACAAAACTTAAAAGCTTTTGATTTCCTTATTTTAATT GTGAAAGGTACATCTTTATTTTCAAAATTATTCTATTATATGTTCAAAGG CTACTAGAAAAGGTAGTCTCAAACACTACAAGTCCTCTATTTCATAGTAT ATAATAGTACAAATTTTGGGACACGGGATTCACAAACAATTAAAATATCT CGTTTTTCATCGATAATTAGGGTATCTACCATTAAATAATGTTTGATTTG TTTAATTACTAGACCCCGCACCTACGTTGAACCTTGTCTGTTCTTGTTTG AATAAAGCAACTACAAAAAAACAGAATTCAATAATTATTTTTGTCTTAAT TAGTCAACAAGAAAATAAATACTAAAATATTTAGTGATGGTATATCTAAT TTAAACTCGAAAAACAAAACATGGTAATAGTTAGAAAATAGGATATTTGA ATTAATTTAACATCTCACCAACCATCTACCTCCTCCTTCTTCTTCTTTTT TTTTTCCACACAAATAAATGTTACTCCTAACACTAAAAGCTACTCCATTT CTGTATGGACCCGTGAACCACTATTGTTCATAATGGTAAAGATTTATTTC TCCTTTTATCTTTATTATTATAGTTATTGGAAGTTGGAAATCGTCAAGCC TCTTCATGAAATCTACAGCATTTATTAATCGAAGTGTCCTTCAGCAATGA ATTTCCCTACCAACTGAAATCTGTAAAAAAAAATAAAAAATCTACGGAAT ACTTTGCTCCATATCCTCATTGCGAAACTATGATTGAGAATAAAAGAGTA CTCACCATCTTTGCGGATGGCCATTAATGTAGGTAAAAAGAAAATGAAAT TTGGATGGCAACTTGAAGAATTTTGCGATTCTGTTTTTTTTTTCTTTTTT GTAGCTTTTCTTGTGCAAATGAGCAAATGGTAAAGTGGAAGGTGAAAAGA GGTTCACTGACTAGAAAAGAAAAAAAGAAGTGGATAAAAAGGCGGACTGG AAGATAACGTGATGAAAGGAGAATGAAATTCTTTGATTTCATACGTTAAG AAATGTGATCCTTCTTTTTTTACTCTTTAATCTTTATTTTATCACTTGGT CTGCTAGGCTGGCTGTTTCCAATCATTCATAAAAAGAAAACAACATCAAC ATCTAGCCCCACTCTTTTAATTTTCCTATATATATTACCTTAAGTTTCTC ATTGCTTGTTCATCCACTCCCTCTTATTAATGCAGCAGTCCAAGCGAAAA ATTAATCAAAAATGTCTACATACACACTACTAGTTGTTGTACTTGTGTGC CTATGTCACATGTCTGTGGCAATGGTGGAGAAGAAAACATACATCATTCA CATGGCTAAATCACAAATGCCAGCAATATTTGATGATCATACTCACTGGT ATGACGCGTCCCTCAAATCCGTCTCTGAATCAGCAGAGATGATCTATGTT TATAAAAACGTTGTTCATGGTTTTGCAGCAAGGCTTACAGCTCGACAAGC TGAATCCTTAGAGACCCAACCTGGGATTCTCTCTGTTTTGCCTGAGCTGA TATACCAACTCCACACTACTCGGACACCTCTTTTTTTGGGACTTGATAGA AGTGTTAATATCTTTCCTGAGTCCGATGCTATGAGTGATGTCATTGTCGG AGTACTCGATACAGGGGTTTGGCCGGAGAGAAAGAGCTTTGACGATACTG GATTTGGACCTGTACCAGATTCGTGGAAAGGTGAGTGTGAGTCCAGCAAC AACTTCAGTTCTGCCATGTGTAACAGAAAGCTTGTTGGAGCGAGGTATTT TTCTAGGGGTTATGAAACTACTCTTGGACCAATTGATGAGTCCAAGGAGT CTAAATCTCCTAGGGATGATGATGGACATGGAACACACACTGCTTCGACA GCAGCTGGTTCAGTTGTTCAGGGTGCTAGCCTTTTTGGTTATGCTTCAGG AACTGCTCGTGGAATGGCCTATCGTGCCAGAGTTGCCATGTACAAAGTTT GCTGGCTTGGGGGATGTTTTAACTCTGACATATTGGCAGGGATGGACAAA GCCATTGATGATAAAGTTGATGTGCTTTCATTATCACTTGGTGGAAGCAC ACCAGATTACTACAAAGATAGCATTGCAATTGGAGCTTTTGCTGCTATGG AGAAGGGTATTTTGGTTTCTTGCTCTGCTGGAAATGCTGGACCTAATCAA TTCAGTTTGGCCAACCAAGCACCTTGGATCACCACAGTCGGTGCTGGAAC AATTGACCGTGATTTTCCAGCATATGTAAGCCTTGGCAATGGTAAAAATT TCTCCGGCGTTTCACTTTACGCGGGTGATTCATTACTTAATAAAATGCTT CCCTTGGTGTATGCTGGTAATGCCAGCAATGTAACCAGTGGAAATCTCTG TATGATGGGTACCTTAATTCCTGAGAAAGTTAAAGGAAAAATTGTGCTGT GTGACAGAGGGATTAGCGCTCGAGTCCAAAAGGGTTTTGTGGTAAAAGAG GCTGGTGGAGCCGGCATGGTTTTGGCTAACACCGCAGCAAATGGGGAGGA ACTAGTGGCTGACGCCCATTTACTTCCAGCGGCGGCGGTGGGTCAAAAAG CCGGTGATGTAATCAAGAAATATTTATTCTCAGATCCTAATCCAACGGCC GAAATTCTTTTTGGAGGAACAAAAGTAGACATCGAACCGTCACCGGTTGT CGCAGCGTTCAGTTCTAGAGGCCCAAATTCAATCACCCCGGAGATACTCA AACCGGATATTATCGCGCCCGGTGTAAACATTCTGGCCGGTTGGACCGGA GCCGTCGGCCCGACGGGGATGGCAGAGGACGATAGACGGGTCGAGTTCAA CATTATCTCAGGCACATCCATGTCGTGTCCACACGTGAGCGGCTTGGCGG CTTTGATAAAAGGAGTCCACCCAGAATGGAGCCCCGCCGCCATTCGTTCG GCGCTCATGACCTCCGCTTACACCGTCTACAAGAACGGCGGAGCACTAGT AGATGTCGCCACCGGAAAACCATCTACACCTTTCGACCACGGCGCTGGAC ACGTGGATCCCGTTTCGGCAGTGAACCCAGGTCTTGTTTACGACATAAAC GCCGATGATTACCTCAATTTCATGTGTGCATTGAAATACACTCCATCACA AATCAACAGCTTAGCGAGAAGAAACTTCACGTGTGATTCAAGCAAAACAT ACAGCGTCACAGATTTGAATTACCCTTCATTTGCTGTTTCATTCGTTGCC GGGAGTGACGGTTCAAACACAATCAAGTACAGCCGGACATTGACTAATGT TGGACCGGCTGGAACATACAAAGTTACAGTTTCTTCCCCAAATAGTTCAG TGAAAATTATAGTTGAGCCTGAAACATTGAGTTTCACTCAGATTAATGAG AAGAAATCGTATACAGTGAGTTTTACTGCTCCATCAAAGTCCTCAGCTAC GGATGTATTCGGTAGAATTGAGTGGTCAGATGGGAAGCATGTGGTTAGTA GTCCAGTTGCAATTTCTTGGTCATGAATAATATGAAGACATAGCTATAGC TTCTGTTAATTTTATGTATAAGTTGATGTTTTTCTGCTTTTAAGTTTCAT TCCAGCACAAAAGTTTGTAGCTGGTCTCAAGATTTTTTTATGGATAACAT GAAAGAATCAAAGAAATGTATGCCTTATACAATATCTTGCTCACTGTACG GTATTTTAAGCAATTCTAATTGTGAACTGTACCTACATACATCTCTTATC TCTGTGGTTTTGTTGAACTGTATCTCGTATACCAAGTATCGTAAGCAATT CTAATTGTCCTCATCTAATGTACGTCCACTTACGTTAGTTTTCGTTCAAT CGAAAGTCTGATAGTTAGCCTCTCTTCTTTCTCCTACTTAAGCTTAAGCT TGAGGTAACCATATTGAATTCAAAGGTGGAATCAGAAATTTTAATAAGAG GTTCAAAAAGCTTTATACATAGTCAGATAAACTAGGAGAAGGGGGTCGAC ATATAATATATGTACATATGAAATGTTTTAACCATGTATAAATAATATAA TTTTTCGCCAATAACCCCCTTCGTCGATAAATCGAACCCAAACAAGTTAT TGGTTATTGGATTTTTGATGGGTTTATAAAAAAAATTTATTTGGTTATTG GTTTCGTATTGATTTTTACTATTGAATTACTGGGTAAACCGATAACCCAA TAAGACGGTAATAATTTACTATTTTACCCTTCCTAATTATTAAACATTAG TAATAATTTAATATATAATTAGACACTATAACTATATCAAATTATTAGTA CTCTAGCAACTTCACAGTAGGCCGCTTTACTTGTTTTTACTATTTACTCA AAATCTAAAGATTAAAGTAAGGGGTTCACAATTGGAGCTATTTGATTTTA GTTTGTCTTGTTGGACTAGTTTATTTTGGTTTTTGTTTGTAATTGTAGGT TGTAACATTTGCAAGTTTGTAAAGATCCGTAATTTGATCAACATAAAAAA TTTCATACTATGTTTTGGTGATAACATGTAATTATAGATTTTGTACTATA TTTTCTCTTATTGATGTAATTTCTCATTATTTTTCTTGTTTCACTATATC AAAGCATTTAGAAAAGTAAGAAGGCATAATATTTTACGAATATTTTCTTA TTAGGTAAACCAAATCAATAATGATCAAAAATCGATAATGAATATCTTAT TGATTTATTATTAGGTTAGCATATTTAAAAACTGAAAATTGATAAATCGA ACCAATAATATATAAAATCGAACCGAACCATAGAGAGGAATGATTGATAA GTCGAAATAATTGTCAGTGCTTAATAGACAATCCAAAATATTCATTGCTG GCTATGGATAGATGATGTTTATCAACTTCGATAGTTATTGCTATCATATG TACACAATTGGAGTAAGCAATCATCAACTTCAGTACTAATTGGCTTTCCC ATTCCATAAGATGATAAATGATTCACATTGGACATCTTTATTATTGTTAA TATGGTTATAATTGTACTAAGCTATTTGCAAATTAATGTATATTCTGTAT AAAGTCAAAACTCCATGATTGCTGTCTTCATCCCAAAATAATAGTTGTCA TTTAAATTCATTTCATATCCATCATTGTCTTTTACTCTCTAGGTCCCTCA AGAAACTAAATAAGTTTTTATAAATAATTTATTTTGATTAATTAATTAAT CAATGAATATGAGTTAATCATTTAGTTATTCTATATTGATCAAATTCATA CTTTCAAAATTATTACTCCTTCTCTTCACTTTTAATTGTCATGTAACAAT TTAGAAAGTCAATTTGACTAACTTTTCAAAGTGAACATAGATTATATTAA TTTGATATTTTAAACAAAAAAAATTTAATATTAAAAAAACGAGTACTATA AATTACACTTTTTTATATGTCAATACGATGAAACAATATATCGTAAAATG AGGATAAAAAACTTATTGTTAGACTCTAAAAAGGGAAACCATAACAATTA AAGGTGGACAAATGTAATAGCTCTCAAGAATAAAATAGAAACAATAGTAT TATTTATATATTTATTTTGTGGAATGACAAGTATTAAGAAACATTTATTT TTAGCAAAGACAATATATAAAAAGGAACAAATGGAGCATTCCTAAAGTGA CACATACTTTGAAACGAACGAAGGGAGCATTCCTAAAGTGACACATACTT TGGGACGTTGTTAAAGTAACACTTATTTTGAAAAGAAAGAAATATACGTT GCTTTGAAAATACAAAAAATAGAATAAAATAAATATATATATTTATATTT TAATCTATGCAAGAAACAAACGTAGTTTTCATGAAACAGTTGTATGAAGA GACTTTTTGTTACTCCTGTTATAGACCAAACTAAAAATAAATCGGCTGGA AGAGAAACTACCAACACTTCAACTGGACTGTTTATGTGCACTCAAATCAA ACTTCATTAGACTTCAATGCAACACAAAAACAAAATTAGTGGGGTCGATC AATTGTGGAGGCTGAGTCGCCAACAATTTGGAGCCAATCAAGGGGAACAA GACAAACCATTCCACTTACTAAAATTCTAGTCTATCAACCAAGAACTTGT CAATTTCAATAATTTATCACTGTAATTGCTAATACCCACACACCCAAAAA AAGAAAAAGATTTAGTGCTACGTTAGCCTCATCCATTTTCAATGAAACTG AAATGTTGTTGGCACATACATTCCAAGACAAGCACCCCACCAAATTTATT TTACATCAAAAGATTCCCCTAGGTGAGATCATTCTTTACGTAATCTTTCT TCAAATTATAATATCTGCAATCCAACCAAATAATTAAAGGAAAAATCACC ATGATATAGAGATCATGTCTGCCGGTTTAAAGAAAACATGATAAGAAAGA AGAGAAATTTCTCTTACTCTTTGGTGATCTCTGAATATGAAACAAGACTT TCCGTGGACCATCACAATTCTGAAGAGCTGTTAAAATCATGCAAACTAAG CCACCATGTATTCTGTTACTCCTCTGGTATAACACTTCTCCACAATACTT ACTAGAAGCAAAGTATTAATTTAGCCTTTTCAGGGCATCAATCTGCAAAG TGTCTCGAAAGCAAAATTGAACTCCATAGTGAGATCTCCCACTGGACCTG ATTGGTTAAGCAACGTGAGAATAACTGAACATTGAAACTGGCTACAGCTC TTTATTGATTTTCCATATTTGCAGAGCATGCTACTTAATTTGCACCCATC ATCATGTTCCAAGGCTACTGTTCCTTTATCTTTAAACTAACTGGCCGGCT ATATACAGGATACACCCACATGGATACAAAAGTTTAAAACAAATGGAAGG GGTCATAATTTGTGCCAGTTCTGGTGTGGTTGCTTTCCAAGCCGCTTTAA CATATACATGCATCCAGCTGCAGAAAAAAGACCAAGAGCCGCCATAGCTA TAATTGTTGAATTTTCAATATTCTGGTAAAAACCTCTCTGCAAAATCCAA AATAGCAGATTATCTAAATATTCAATAAATCAGCAGAAAAAAAAAAGAAC ATCACGATGAAGTTTGACATGTGGCACCATACAATCAATTAAAACGTTAT CTAGAAGTTCAACGTAGAATAAAAGAAACTATATTGCATTTATCTTAACT GAGAAGATGTGGATACTACCCAGAACTATAAATTTCCAAGCAAGAACATC TAGGTAAAGTTCAAGCACTGTATACTTAGATGGGTTCTACTGGGAATGGA GTCCACTATAATAAGTGAAGATCTCTTCTGATGAAATAATGGATTATATA ATACATATGATAAAACAGAACATGCCTGAATCAAAAGGAACAACATAAGC GCGTTCGAAGGAGCGATAGATAAACTCATCATTCCTCCACGAAGATCATT AGGCACATACCTGCATGTTAGAGGAAGAAAGGAACTTGAATGAAAGGAAA CTTCCAGCCAAATATATGAGAGAGCAGGCTATGCTCGAGTAGTCGGGTTA CACAATTATTAAAGCCATGACTGATAAGAAAATTATAAGTGCAGCATAGT TTACATGGTTCTCAATCTGGCAAGTGAAGGCAAAACCAATCCCACACAAG CATGAAATATGCAGAATAGCATCAAAAGAATTTCAACATCCTGCAACAAT ATCACAAATTAAGTTTGATGACATTACTTGATATTTGAACAGCTTGAAGA TAAGAAAACTCATAAATACCTGATAATCAAAAGCTACAATGGAAGTGACA AAGCCCATAATAATACAGGCATATACTAAGCACTCCTCTGTTCGGAGTGA TAAAGGGCCACTAGAGAACCAGGAAAATGCAGTGCTTCCAAGCATTTTCG CACCAAGTACACAGGGGTATACTAAACCTAGCAAAACCCCTCTCCCATCT GCCTAAAAATCCAAACAAACTTTAAGGAGAAAATATATCAATCTTTTTGG ACCAGGAACAAATATGGTGAGATAGGATTTCAGAAGGGAAAGAAATGTAA TGTTAAGCAATCATCTTGGTAAATCAGTATTCACAAAGTTTGAGAGACAT AGATATTGGCCACAAAAAGATTACTTCATAGATTTCAATAATAGTAAAAT GGTTTATTGCACTTGTATAGTCAACATTCTGATTTATCTTACACAAACAG TCACAGCCACTCTCTCTCTCTCTCTCTCTCTCTCTCTCTTACTCTCGGTA TTAGAATGGATCTCATCAATCTTTCCAAAGAAGGCCTCGCACAGTAGTAA CTCAAATACTTCCTCTATCCATTTTTCCTTGATACACTTCCATTTCCAAT TTTGAGACCGAAAGTACAAAAGAATAATTAACTTTAAACATTTTAAATCT AATCAAGGAGGTGTGTTTTCATATAGATAACTTCAACTACTCTCTTCAAA ATTAAGGTAAGTAGATTAAAAGATTTAGCACACCTATTAGAATACATTTC CATGAGAAAACAATAATAGGAATTGGAGAGTCAGAAACGCTGAAACAGTA TCCTTTCGAGAAATCTTATCAGAATCATACCACAATGGTTGGAGCCCAAG TAATCCAAAAAACTGCAATTGAGAAGTGCATGGTAGCTTGGGTCCATGAC AAAAGCCAAACCCTTTTATCTGCCAAGAATACAATTGGAAAAAGATTAGA AAGTCGATCCAACCACTCCCAATTATGCAATTAGTCATCAAAAACAGCAT TTCTTAAAGATGCATGTTCTCCATCTCATATCATATTAAGATGTTGCAGA ACTTCTAATTTCTGAAATTGGACCATTTTAACTATCTTAAGCATTACATT TCAACTAATATATAAACCCAAATTAGGTACAGCCTCATTTTGTATTAGAA GATTACTATACTCGTACTGTTTGTTCTACCATTCTGGTAGTATTTATTAA CAATAAATGGGTTAATTTCTCTCTGCTTTATGGCTCTGTAATGCTTTCAT GCTCTTCTAAAGTATTGACTACTGTTTTCGAGCTAAGTTGATCAAGTACC ACCCAAAATAAGATCACAGTAAGAAAAATAAGGTAGCTACACATAGTTTG GACTTTGGTCGAGGGAATAAGGGAGCAATTGGAGACGGAGCGAAAGATCA GATTGACAATGCCTATGAGATTGTGGTCAGCCTTTTGAATTCCTCCTTCC TTACTTTCCCTCTCTTTCTATCACCGCCCCTTTCTTCTTTTTAACTCAAA TGTGGCACATTGCCTCCTTTTACTGGAAAGGGAAGCGCAAAAGAGTAAGG AAATAAGTTAAGCCAGATTTCTTGTGACTATCCAAGAATTCCAATATTCG AATTGTGGATTTCAGTGGTAAAACTTATCTGATATTACTAATTTATAGAA TCTTTTTATCGGGAGATCCACAGAATTGATCAAATATTTCTTTTAGTGTC ACAGTTAGCTATGGAAATGTGTCCCTCAGTTAAGTTGTGACAACAGAAAG TTATATCTTCAGGAAAAGGAACATAAGAATAATAATAGAGGACTCATACC ACTGATTATGTATGTATGAAATTTAGTCTGATATTCTTTAAGAATAATTG ATTTTGGATCTTCCTTCCATCCTCGGCTGACATAAGCCAGAGCACTAAGA GCCATTATTACCACTGCACTGGACGGAGCAAGCAAAGTTGTCTTTTCATG ACCACCAATTAACCAGTTACCAACCACTTGGCTTCCAATGAAAGATGCAG ATTCAACAAAAGTCATTAACCAAAACATGTCATTCACTGAATCCTGCCTC TGCTCAAGCTGCAAAATGATTATAAGGATAACTCATCTTACTCTACTATC AACGATTCAAATTCATACAGAGATCTGAAATCTGACTGTGAAGACTCCCC GACCGAGAAAAATGTTCAAATGTGATCACATATGCTGCTATGGAAGAATA GGTCCAAAATAGGCTGATGTAGTTGGCAGAGAAAGAAACTCTAAAAGACT ATAGATCCACACTCCCCCACCCTAACCCCTTTGCATTTGCTACATTTATT CATCATCTTTTTCAAATGTGATCACATATGCTGCTACGGCAAAATAGGTC CAAAATAAACTTATGTAGTTGACAAAGAAAGAAACTCTGAAAGACTATAG AGTATACATCCATACTCCCCCATCCTAACCCCTTTGCATTTGCTACATAT ATTCATCATCTTTTTTTGGTATAAAAAAGATTTCCCAGATTTATTCATTT TAAAAAGTGGATAAGCATTTTGAGTTAACAAGTCTTCATAATAGTACTTC CCACATGAAATAGCAAATCATACAATAATAACAAAAAGAGATTCCGAAGA CAAACCTTATCATGCTCAACAACCATCCATGTCTCGAAGTTGAAGAAAAA TATTGTAGAGGTAAGAGACAGACAGATGCTAGCGAGCCAAATAGTTGGAT GTCCAGTAACCCTCCTCCATACGGCAACAAAAAGATGCAGCAAGCAAAAT AACAAGCTGACTTTTCTCTGGCCACTGCAGGAAGAGAGACAACATAATAA TAAGTTTGACAGATGGTATTCTTGACTAATCAAAAAAATCATTTATCTTA TGGTGCTCCATCACAATTTTGAGAACAATAAACGATTGAAAACAATAAGG ATAATCATCATGGACCAATACAGTTTAGTACTTTGGAACATATACTGGTC AAACACATAGCTTCAAGTTCAAGCTTTGTTGGACAGTTTATTAGAAAAAT GATCTCTTAGTCTAAAAAGAATGCATCAAAGGAACGTAGATGAGATTGAT ACTTAATATCTCCCAAAATGGAAGCTCTATTTCATTATGATGTTGAACCA AATAATCGTAGTCTAAGATTTTGAATTTATGATATATAGATTTCCAAAAG AATGAAAATGGCAACTTGCAGTATACCATAATGGTTATGCAAATAGAGAT GGAACATGGTAAACACAGAAAACTAGGCAGGTACCCTTACATCAAATCCG AGAGCATTCCCAAAAAGGTACCGACAAAGAGAGCAGTTGCGTATCCAACA CATAGAGAGATGACCATCTGCTCCCTACTAATGCCATGGAATGCTAAGTC GTACTCTCCAAATACTGCCAACAAGCCTTCCATTACTGTAAAAAGTTAAA TTAAATAAATAACGATTTTGAATCCAAGCAATCATAAAAAGGACAAACTT ATATATCGAGGATGTAATAAAAAGGGAAGCGTGACTTTTTTTATGGAATA TGTGATTTCGCGTACACCTTAACATGTGTTCTATGATCAGTAACTACGAT ATCTCTATCAAGTTAAAATAATAATTGACAACTTTGTGGTGTCAGCTCAG CCTTATCATAATATGCTAATAAACAGATTATACGGGAGCAACTTGTATCA GTATATCAATTCACACTCCACATTCAATGTAAAGTTCCCGTATCAACATT TTAATATCATATGTTAGAATAACTTCATTGAGTCTTGAATAAACTTTTGA ATTTGATTGATCCAAATTTGTATAGATGTTTATTACTCTACTATAACAAC AGGATAATCCACTTTTGTGAACCTGAGTGTTCCACAAATGAAAAAAATAT CTAACTTGATAAAATGCTCAATGTAGCAACATACAAATTAAGAGATAGTC CATCTATCCAATTAGTTTGAGACGTCAACTTGACCATTTTCAGAACTAAG TCAGACTAGTTTAATTCATTTCTTTAAGTTAAAATTATGAAATCCAGAAC CTGCTAGAAGTTTCATTTTTCTCTTTTGGCAAAATAGAGGGTAAATATCA AACATTTGTAACAGAGGAAATCCAGCAGTTAATAAACAGGGAAACACGTA AAGTTCACTACCTCGCACCAATTTTAGCAGCAAGTAGACTCTAGGAGTTA ATTAGAACGCGACATTTCCTAATACTACATTCAGTGGGAAGAAAAAAACA ACTCGGAAAATAACGTCACCTGAAGAAAGCGAATAGAGTAAAAGGAAACT TCTCTGGAAACGAATGAAGGAAGACGAAGGTGCGTGATCGAAAATGGCGG AACTTCTGGTGCTGCTTGGCAAATAGTAGATTGACAAGCAACATGATATG AAGAAGAATAAACACAGTGCTGGATTTGGCTCCCAAACATTGCTCTCGAC GATCACCCCCATTCTTAAGAAAATGTATTTCACCCGATCTCAAAATTACT AGATCATCCCAGCGAATAGTGGAACGCGTCTAAATAGAGCCTCGCAATGA ACTGTTTCCAAGGCGGGTTAATTTTCAGTGAACTGAAAGCCCATTTATTT GGTCAGAACCTTTTTTGGGCTGATGTAACACTCCATATTAAGCCCAATTA GGAGGGGAAATTACGCAACAAAACAAACTTATACTATTTAATTACTCATC ATAGCAATAGTTTGCTATAATTATCACTCACGATTAATATTATACATTAA TTATGTGAGCTGACTTCAAATTTGTATGATTAGTCATGTTTGTATATGTA TAATTCGTCAAAATATACAAATACATATATATAATATACAATTATTTAAT CTATATACATATACAATTCACCTCTCTCCCACTCTCTACCATCTCTCACT CGTATATCTCCTCCCTCTCCCAATCTCACTTGCACTATATACAAATGTGT GTATATATATATATATACTATATATATATATATTCACCTCTCTTCCCCCT CTCTCGTTTTTCTCCTCCATCCCCCAATCTCTCTTGCCATATATACAAAT ACATACGTATAATATATAATTATCTAACCAATATACATATACAATACAAT TCACCTTTCTTCCGCTCTTTTTCCCCTCTGTCTTGCCTCTCTGCTCTCTC TCTCAGGCTCGCTCGCTTCTCTTCTCCATATAACATGTAGCTACATATTG TAATTATCAAACTATAACTATTGAGGGTAATCAATTATTTTTAAGTGGCT ATGTGTGAAAGTTTTCTGTTAGAAAAATACACCCCTTTTGTATTAGCCAT CAACCAAGTTGGAAAAAAATTGAGTACTTTTTAATGAATAATTATTGGTT ATAGATTATAGCTATATTTTTATTTTTTTATTATTTATAGCAATAAGTTT GCACTATATATTATATAAACATATTATCTATCAATAAACATATTTTCTTC ATTTATTCTCTATAGTATTTATGGTATTGATGTATTTTCTTTATATAAAT TCCTCCAAAGTGTTTAATTATTGTTTTTCATTTTATGTATAATGAAATAT CATGAATTATTTTTTTAGTAAGCTAATACAAACGAACAGAGTCTAAAAAG GAGATTTTGATAAAATTTAGCATATGGTAAATTCTTAAAATAATGTTTAA AATATTTAGAAATTAAATTAAAATACCGTACTTGTCCTTTCAACATATTT TTTTACCTCTCTATCCCCTGCAGCTGCCGTATCCCCGCCACCGCCTGTAA CAGAAGAGCTCTCTAGGGTTTCAATTCACCTCCGTTTCAGCAGTAATGGG TGGAGGCAACGGTCAGAAAGCCAAGATGGCTCGTGAGAAGAACATATAGA AGATGAAAGGCGCAAAAGGTATTTTGTTTCTAATGATCTGAACCCAATTT CATCCACATCATGCTCTTAATTCAATGGTCAATTAGCCTTAATATCAGCC GATTCGATCTCGTTGTTGGAATTCGACGTGGCTGAGAGTGCCTTAATCGC TCTTTTTGTTTGTTTAGATGCTGAGATATGATTTTACGTTAATCGTCAAT CTTTTGGCTTTTTACTAACTCTCAAAATCTATATGCAGAAAGCCAACTTG ACGCGAACAAGAAGGCCATGAATATCCAGGTAAAGCCTTTTTATTGTGCA ATTTTGGTATGTAAATTGTAATGGGTAATTACTGAATCCCAATATTTGTT GGATTCATCTAGAGAAATTGATTATGGATAGCTGAAATTGATTAGTCCAG TAGTAACAAGAAGAGGGGCATTATATGTTGAAGGTGAGAACCGATCAATC ACTCCAATAAATCAATAACCTGGATATCCTTACCATCTATAATCTTTTGT TATTATTTTTCGGGCTGGTAACTTCATGGTGTTGAACTTCATCTTCGTAT GAGTTCATATTTCATAATGACAACCCAATAATGGCAACTCTCAATCATGT GTTCCACTGTGTAGTCTCCTTTAAATGTTCTGTAATTTGGCTCATGTAGC ATGTGAATTGTTTAGTCACTCTTCTTACATAGATACTGGCTATGTGGTTC AGTACTCCTATCTTTCTCCTTGTACTTTGAAAATCTGAATTTAGGCAATT CGATTGTTTTTTATGTCTTATTAGATTGTCTTTTGTCTTTCTTTTCCAGC CTTCTACGATATTTCTGTGATGTTGTATAACTTCTGCCAAAAAAAATTTT CTTAGGCTTTCAATAGGAGATAGCCTAAGTAAAGAGTCGCATTCAAGTCT GAACAATAATCTTTATGGCTCTGCTTATCAGTGTCTACACAGATTTTCTT ACCGGGTGAACTATTTTTATGTCTTCTTTCAGCCTCTGATAATTCATTAG TGTCTTTAGAGTTCATCTTGATTGATGTTTGTTTTGATCCTTCACTAACT TGTATTTATTGTTGCGGATGATGGCAGTGCAAGGTGTGCATGCAGACATT TATGTGCACAACGTCAGAGGTGAAGTGCAAGGAACATGCCGAGGCCAAAC ATCCAAAATCTGACCTCGCCACCTGTTTCCCTCATCTCAAAATATAAACT TAGGTGTCGAACATGTCTTGTAGATAATGTTAGTATTACCTCCTATCACT AATCACAAAGTGTCGATCCAAGCAAGATGTAAAATTGTGTATTTGTCCCG CACATAAATAGGTCGGGCCAAATCTTTAGTTGTGTACTCTACTCTTAAAT TGTTGATATTACGTCTTGATTTGTCAATGAATTTGGTGTGGTGTTTTTGT TCAATGTTGGTGTGAGATGCGTTCTACAGGGTTAGCTTCTTTCATTTATT TGTTAGATTCATCTAGAGAAATTGATAATGGATAGCTGCAATTTCGCAAG TAGGGAGAAAATCTAAGCACTGTGCTCCACTGGATGACCACGAGGTCTGA GATTCTACTAAGCAAGGGCTTCTCTTCATTCTTCTATAGCCCTACACCAT ATCAATGAACTTACACAAAAGACAAACCACCAAAGCTGAATGCAGAAAAA TCCAGTGCACTAATATACAAAGTGAACTAATTTTCAAAAATCTGCTTTTG TTCACATCTAGGGAGATAGTATCTTTGGGGAAGGGGGGGTGGGGTGACTT TTGACGCCCAGCAAGTCACTTCCATTTGCAATCAAGGTCACGATCAGGAA ATCTAAAAAACACTATTTCTCTTGAAATGTTCAATGATGAAGATCTGTAA TTCCTGAATTCAGATGTCTGCTCAAGTTCAAATCCACATAGTTCTCACGA ATGTCACTTAAATGGATACACAAGGTACATTACACAGTTTTTTTTCTTCC CATTAACAGCAAGACAAGAAAGCTACTGTGTCCTCATTCTGCTAGTTTCA GCAGCCCTCACTTGCCCGAAATATGGATGGGCCTAAGAAACAGGGCAGAG AAAGCAGTTAGTAGGTTTCCCAACACACTGTTCAATACTCTAGTTGTGCA AAACAAAACAAATACATGTATAGTGTTGTTAAAAGAAATAATTGAGAAGG GAGAGTGGATTGATTCCAGGAAAGATGCAGATGCAACATCATGACAAAGG AAAAAAACATAGCCAAGAGCAGAAACAGAAAGCACTGACACTTCACAATC ACCAGCTTGTTTCTAACAGAATTTCAAAACAAAAAACTAGTCAAGTTGCG TCTCTTCACCCACTCATCCTCACTGATCTCATTTATTTATAACCTTACAT TTTGGTTTTGGTAAAGTATGTGTTTTAAAATGTCACGAAACCATTTTCTT TAATAAGCAATAGTAAACCAATATAAGACAGAAGCTGAGAAGAAAATGAT GAGGCTCAGAGTTTAAAGCTCATTAATAGTGGATAAAGAGGATTACCATT GCTTCTTTTGCCGTAAGTCTAGTCTGATGATCGTAACGGAGAAGCTT 1 115597 FBgn:temp1:C02HBa0155D20.1 gene blastp against nr revealed homology to zinc-ring-finger proteins in c-terminal part, i.e. the ring-finger domain (not checked if ring-finger-domain is complete); according to NCBI-blastp no putative conserved domains detected heese Mon Aug 28 07:55:17 GMT 2006 FBgn:temp1:C02HBa0155D20.1-RA transcript heese Mon Aug 28 07:40:05 GMT 2006 polypeptide FBgn:temp1:C02HBa0155D20.1-PA 6863 7596 exon 6670 6943 exon 7011 7080 exon 7156 7453 exon 7521 7913 FBgn:temp2:C02HBa0155D20.1 gene blastp to nr: 79% id over whole length to NRAMP3; manganese ion transporter/ metal ion transporter [Arabidopsis thaliana] heese Mon Aug 28 08:13:03 GMT 2006 FBgn:temp2:C02HBa0155D20.1-RA transcript heese Mon Aug 28 08:04:45 GMT 2006 polypeptide FBgn:temp2:C02HBa0155D20.1-PA 12854 16184 exon 12759 13377 exon 14124 14260 exon 14381 15033 exon 15972 16684 FBgn:temp20:C02HBa0155D20.1 gene blastp on nr: 2.nd hit: high homology to Protein of unknown function DUF1230 [Medicago truncatula] Length=312, Identities = 224/314 (71%), Positives = 259/314 (82%), Gaps = 5/314 (1%) heese Wed Aug 30 06:47:49 GMT 2006 FBgn:temp20:C02HBa0155D20.1-RB transcript heese Wed Aug 30 06:45:20 GMT 2006 polypeptide FBgn:temp20:C02HBa0155D20.1-PB 85551 88341 exon 85427 85778 exon 86264 86416 exon 86593 86670 exon 86839 86934 exon 87774 87809 exon 87923 88104 exon 88182 88506 FBgn:temp21:C02HBa0155D20.1 gene blastp on nr: high homology without significant gaps over whole protein to ARA12; subtilase [Arabidopsis thaliana]Identities = 505/740 (68%), Positives = 611/740 (82%), Gaps = 7/740 (0%) heese Wed Aug 30 07:01:51 GMT 2006 FBgn:temp21:C02HBa0155D20.1-RA transcript heese Wed Aug 30 06:59:42 GMT 2006 polypeptide FBgn:temp21:C02HBa0155D20.1-PA 94882 97170 exon 94841 97256 FBgn:temp22:C02HBa0155D20.1 gene blastp on nr: high homology to ARA12; subtilase [Arabidopsis thaliana]Length=757, Identities = 532/741 (71%), Positives = 632/741 (85%), Gaps = 6/741 (0%); duplication of previous gene heese Wed Aug 30 07:07:26 GMT 2006 FBgn:temp22:C02HBa0155D20.1-RA transcript heese Wed Aug 30 07:04:42 GMT 2006 polypeptide FBgn:temp22:C02HBa0155D20.1-PA 100812 103073 exon 100761 103226 FBgn:temp23:C02HBa0155D20.1 gene blastp on nr: high homology over whole protein to Protein of unknown function DUF791 [Medicago truncatula]Length=437, Identities = 259/448 (57%), Positives = 344/448 (76%), Gaps = 14/448 (3%) heese Wed Aug 30 07:21:28 GMT 2006 FBgn:temp23:C02HBa0155D20.1-RB transcript heese Wed Aug 30 07:26:18 GMT 2006 non_canonical_splice_site unapproved non_canonical_splice_site unapproved non_canonical_splice_site unapproved polypeptide FBgn:temp23:C02HBa0155D20.1-PB 111662 106406 non_canonical_splice_site unapproved exon 111662 111470 exon 110635 110491 exon 110024 109856 exon 109308 109050 exon 108169 108081 exon 107452 107270 exon 107190 107105 exon 106960 106876 exon 106537 105833 FBgn:temp18:C02HBa0155D20.1 gene blastp on nr: first hit: unknown protein;second hit: seed maturation protein PM35 [Glycine max]Length=95, Identities = 47/76 (61%), Positives = 61/76 (80%), Gaps = 2/76 (2%) heese Tue Aug 29 12:16:27 GMT 2006 FBgn:temp18:C02HBa0155D20.1-RA transcript heese Tue Aug 29 12:13:03 GMT 2006 polypeptide FBgn:temp18:C02HBa0155D20.1-PA 74173 73916 exon 74219 73715 FBgn:temp17:C02HBa0155D20.1 gene blastp on nr: gappy homology to hypothetical protein MtrDRAFT_AC144765g16v1 [Medicago truncatula] Length=339, Identities = 100/326 (30%), Positives = 143/326 (43%), Gaps = 70/326 (21%) heese Tue Aug 29 12:06:32 GMT 2006 FBgn:temp17:C02HBa0155D20.1-RB transcript heese Tue Aug 29 11:57:45 GMT 2006 polypeptide FBgn:temp17:C02HBa0155D20.1-PB 70354 69440 exon 70707 69294 FBgn:temp15:C02HBa0155D20.1 gene protein phosphatase 2C family protein, putative, expressed [Oryza sativa (japonica cultivar-group)]Length=392, Identities = 234/344 (68%), heese Mon Aug 28 11:35:59 GMT 2006 FBgn:temp15:C02HBa0155D20.1-RA transcript heese Mon Aug 28 11:32:13 GMT 2006 polypeptide FBgn:temp15:C02HBa0155D20.1-PA 64736 61800 exon 64840 64529 exon 64161 63779 exon 62475 62239 exon 62030 61715 FBgn:temp14:C02HBa0155D20.1 gene blastp on nr: Alpha/beta hydrolase fold [Medicago truncatula] Length=270, Identities = 193/270 (71%) heese Mon Aug 28 11:28:15 GMT 2006 FBgn:temp14:C02HBa0155D20.1-RA transcript heese Mon Aug 28 11:23:16 GMT 2006 polypeptide FBgn:temp14:C02HBa0155D20.1-PA 60277 59044 exon 60583 59910 exon 59500 58977 FBgn:temp12:C02HBa0155D20.1 gene blastp to nr: Alpha/beta hydrolase fold [Medicago truncatula]Length=270, Identities = 216/269 (80%) heese Mon Aug 28 11:15:53 GMT 2006 FBgn:temp12:C02HBa0155D20.1-RB transcript heese Mon Aug 28 11:13:53 GMT 2006 polypeptide FBgn:temp12:C02HBa0155D20.1-PB 55770 54115 exon 55816 55403 exon 54562 54066 FBgn:temp3:C02HBa0155D20.1 gene blastp to nr: 90%/100% identities to first 22/last 27 aa of arabinogalactan protein [Nicotiana alata], no homology in the middle; overall length similar (215 vs 228) heese Mon Aug 28 08:25:11 GMT 2006 FBgn:temp3:C02HBa0155D20.1-RA transcript heese Mon Aug 28 08:19:15 GMT 2006 polypeptide FBgn:temp3:C02HBa0155D20.1-PA 19595 17720 exon 19660 19023 exon 17791 17531 FBgn:temp20:C02HBa0155D20.1-RB GATAACAGAGAATATTCAACTACTGATAATTTTCCATCACGTATGATGCA TGGTCAAAAAAAAAAAAGAACTTCTATCTAGCTACTTTTTCTTCTGAATT CTATGGTTGCAAGAAAATTCACAAATGCTAAGGCTAAATTTATATGGCTC CATAGTTTCTAGTCCGATAGAAGTCAACAAAAGCTGCCGCTCGTGGATCA TTTTATCGAACAAAGCAACGATTGTATGTCGGAGGAACATTCGAGTTAAA GCCCTGAAAGATGGGATGAACGGTGGCACGAATGGCAGTGGATTAGGTGG TCGTAGTTGGGACCCAGGCTTGGAAATTGAGGTGCCATTTGAACAAAGGC CGGTGAATGAGTACTCATCTCTGAAAGATGAAACTTTATACTCTTGGGCA GAACTGGGTCCAGGGGCCTTCTTCCTACGTCTCGGGGGACTTTGGTTAGT CACTTTCGCAGTTTTGGGAGTACCTATTGCTGCTGCAAGCTTCAATCCTT CAAAGGATCCTTTAAGATTTCTCCTGGCTGCAAGTACGGGGACTCTTTTT CTTGTTGCACTGATTGTCCTAAGAATTTATCTGGGATGGAGCTATGTTGG AGATAGGCTTTTATCAGCAGTTATACCTTATGAAGAGACTGGATGGTATG ATGGGCAGATGTGGGTGAAGCCCCCAGAGATCTTAGCTCGGGATAGGCTG TTGGGATCTTATAAGGTGAAACCAGTCATTAAAATGCTGAAGCAAACGCT AGTTGGAACAGGGGCTTTGCTTGTTGCAGCAGTCTCATTATTCATATTTG CAACACCAGTAGAAGATTTTTTCCGCAATACTTTCACAACAAACGAGAAC TCATTGAGTTCCACCTCAACAAACAGCACAAATAAACTAGGCATCAGGAA AGAAGAACTGTTGCGCTTGCCACTGGAAGTCAAGGAGGACGATGATCTAG CAAAAGCTGCCGCTGAAGCAGCTGATGGAAGGCCAGTTTACTGCAGAGAT AGGTATTATCGTGCATTGGCCGGTGGACAGTACTGCAAATGGGAAGACTT AGTTAAATAAGAGGATATATATAAGTGAAGAAAGCTACAGTTAAATTCTG TGATTGCTCAAAAGATCTGTACAATTGAGCCTCTTCTTATAATTTTAACG AAGAAATTTTGATGTTTTATGCATTAGATAATGCGCATGCAAAGAACAAA AGAAAGAGAATCATAACCCAAA FBgn:temp21:C02HBa0155D20.1-RA CATTCAATTCCCTTTATTAATGCAGAAGTCCAAGGGAACTAATGAGTGGA AAAACACAAAAAATAATCAAAATGTCTACATACCCGTTGATAGTTGTAGT TGTTGTACTTGTATGCCTATGTCACATGTCTGTGGCAATGGAGGAGAAGA AAACATACATCATTCACATGGCTAAATCACAAATGCCAGCAACTTTTGAT GATCATACTCACTGGTATGATGCGTCCCTCAAATCGGTCTCTGAATCAGC GGAGATGATCTATGTTTATAACAATGTTATCCATGGTTTTGCAGCAAGGC TTACAGCTCAAGAAGCTGAATCCTTAAAGACCCAACCTGGGATTCTATCT GTTTTGTCTGAGGTGATATACCAACTCCACACTACTCGGACACCTCTTTT TTTGGGTCTTGATAACAGACCTGATGTCTTTAATGACTCAGATGCTATGA GTAATGTCATCATTGGTATACTCGATTCAGGGATTTGGCCAGAGAGAAGG AGCTTTGACGATACCGGATTAGGACCTGTTCCCGAGTCATGGAAAGGTGA GTGTGAGTCTGGCATCAATTTCAGTTCTGCCATGTGTAACAGAAAGCTTA TTGGAGCGAGGTATTTTTCTAGTGGTTATGAAGCTACTCTTGGACCAATT GATGAGTCCAAGGAGTCTAAATCACCAAGGGACAATGAAGGACATGGAAC ACACACTGCTTCTACAGCAGCTGGTTCAGTTGTTCAGGGAGCTAGCCTTT TTGGTTATGCTTCAGGAACTGCTCGTGGAATGGCTTATCGTGCCAGAGTT GCCGTCTACAAGGTTTGCTGGCTTGGGAAATGCTTTGGCCCCGACATATT GGCAGGTATGGACAAAGCCATTGATGATAATGTTAATGTGCTTTCATTAT CACTTGGTGGAGAGCATTTTGATTTCTACAGCGACGATGTTGCAATTGGA GCATTTGCTGCAATGGAGAAGGGTATTATGGTTTCTTGCTCTGCTGGAAA TGCTGGACCCAATCAATTCAGTTTGGCTAACCAAGCACCTTGGATCACCA CCGTGGGTGCCGGAACAGTTGACCGTGATTTTCCAGCATATGTAAGCCTT GGCAATGGTAAAAATTTCTCCGGTGTTTCACTTTACGCGGGTGATCCATT ACCCAGTGGGATGCTTCCCTTGGTGTATGCAGGTAATGCCAGCAATGCAA CCAATGGAAATCTCTGTATAATGGGAACCTTAATTCCTGAGAAAGTTAAA GGCAAAATTGTGCTGTGTGACGGAGGGGTTAACGTCAGAGCTGAAAAGGG TTATGTGGTAAAATCAGCCGGTGGAGCCGGCATGATTTTTGCTAACACAA ATGGGCTGGGGCTACTGGCTGACGCCCATTTACTTCCAGCGGCGGCTGTG GGTCAATTAGATGGCGATGAAATCAAGAAGTATATAACATCAGATCCTAA TCCAACGGCCACGATTCTTTTTGGAGGAACAATGGTAGGAGTCCAACCAG CACCGATTCTTGCAGCGTTCAGTTCCAGAGGCCCAAATTCCATCACGCCG GAGATACTTAAGCCGGATATCATCGCGCCAGGTGTCAATATTCTGGCCGG TTGGAGCGGTGCAGTCGGTCCTACGGGGTTGCCTGAGGACGATAGACGGG TCGAGTTCAACATTATCTCAGGCACATCCATGTCGTGTCCACACGTGAGT GGCTTAGCGGCTTTGCTCAAAGGAGTCCACCCAGAATGGAGCCCCGCCGC CATTCGTTCGGCGCTCATGACCACCGCTTACACCACCTACAGGAACGGCG GAGCACTACTAGACGTAGCTACCGGAAAACCATCTACACCTTTCGGTCAC GGCGCTGGGCACGTGGATCCCGTTTCAGCGGTGAACCCAGGTCTTGTTTA CGACATAAACGCCGATGATTACCTCAATTTCCTGTGTGCATTGAAATACA GTCCATCACAAATCAATATCATAGCAAGAAGAAACTTCACATGTGATTCA AGCAAAATATACAGCGTCACAGATTTGAATTACCCTTCGTTTTCAGTTGC ATTCCCTGCCGATACCGGTTCAAACACAATCAGATACAGCCGGACACTGA CTAATGTTGGACCGTCTGGAACATACAAAGTTGCTGTTACTTTGCCCGAT AGTTCCGTGGAAATTATAGTTGAACCTGAAACAGTTAGTTTTACTCAGAT TAATGAGAAGATATCGTATAGTGTGAGTTTTACTGCTCCATCAAAGCCCC CATCTACCAATGTATTCGGCAAAATTGAGTGGTCAGATGGGACGCATTTG GTCACTAGTCCAGTTGCAATTTCTTGGTCATGAATTATATGAACAAATTA AAGAGCTATATATAGCTGCTATCGATTTAATGTAAAGTTAATCAAAGAAA TTTATGCTTCTTGCTC FBgn:temp22:C02HBa0155D20.1-RA CATCCACTCCCTCTTATTAATGCAGCAGTCCAAGCGAAAAATTAATCAAA AATGTCTACATACACACTACTAGTTGTTGTACTTGTGTGCCTATGTCACA TGTCTGTGGCAATGGTGGAGAAGAAAACATACATCATTCACATGGCTAAA TCACAAATGCCAGCAATATTTGATGATCATACTCACTGGTATGACGCGTC CCTCAAATCCGTCTCTGAATCAGCAGAGATGATCTATGTTTATAAAAACG TTGTTCATGGTTTTGCAGCAAGGCTTACAGCTCGACAAGCTGAATCCTTA GAGACCCAACCTGGGATTCTCTCTGTTTTGCCTGAGCTGATATACCAACT CCACACTACTCGGACACCTCTTTTTTTGGGACTTGATAGAAGTGTTAATA TCTTTCCTGAGTCCGATGCTATGAGTGATGTCATTGTCGGAGTACTCGAT ACAGGGGTTTGGCCGGAGAGAAAGAGCTTTGACGATACTGGATTTGGACC TGTACCAGATTCGTGGAAAGGTGAGTGTGAGTCCAGCAACAACTTCAGTT CTGCCATGTGTAACAGAAAGCTTGTTGGAGCGAGGTATTTTTCTAGGGGT TATGAAACTACTCTTGGACCAATTGATGAGTCCAAGGAGTCTAAATCTCC TAGGGATGATGATGGACATGGAACACACACTGCTTCGACAGCAGCTGGTT CAGTTGTTCAGGGTGCTAGCCTTTTTGGTTATGCTTCAGGAACTGCTCGT GGAATGGCCTATCGTGCCAGAGTTGCCATGTACAAAGTTTGCTGGCTTGG GGGATGTTTTAACTCTGACATATTGGCAGGGATGGACAAAGCCATTGATG ATAAAGTTGATGTGCTTTCATTATCACTTGGTGGAAGCACACCAGATTAC TACAAAGATAGCATTGCAATTGGAGCTTTTGCTGCTATGGAGAAGGGTAT TTTGGTTTCTTGCTCTGCTGGAAATGCTGGACCTAATCAATTCAGTTTGG CCAACCAAGCACCTTGGATCACCACAGTCGGTGCTGGAACAATTGACCGT GATTTTCCAGCATATGTAAGCCTTGGCAATGGTAAAAATTTCTCCGGCGT TTCACTTTACGCGGGTGATTCATTACTTAATAAAATGCTTCCCTTGGTGT ATGCTGGTAATGCCAGCAATGTAACCAGTGGAAATCTCTGTATGATGGGT ACCTTAATTCCTGAGAAAGTTAAAGGAAAAATTGTGCTGTGTGACAGAGG GATTAGCGCTCGAGTCCAAAAGGGTTTTGTGGTAAAAGAGGCTGGTGGAG CCGGCATGGTTTTGGCTAACACCGCAGCAAATGGGGAGGAACTAGTGGCT GACGCCCATTTACTTCCAGCGGCGGCGGTGGGTCAAAAAGCCGGTGATGT AATCAAGAAATATTTATTCTCAGATCCTAATCCAACGGCCGAAATTCTTT TTGGAGGAACAAAAGTAGACATCGAACCGTCACCGGTTGTCGCAGCGTTC AGTTCTAGAGGCCCAAATTCAATCACCCCGGAGATACTCAAACCGGATAT TATCGCGCCCGGTGTAAACATTCTGGCCGGTTGGACCGGAGCCGTCGGCC CGACGGGGATGGCAGAGGACGATAGACGGGTCGAGTTCAACATTATCTCA GGCACATCCATGTCGTGTCCACACGTGAGCGGCTTGGCGGCTTTGATAAA AGGAGTCCACCCAGAATGGAGCCCCGCCGCCATTCGTTCGGCGCTCATGA CCTCCGCTTACACCGTCTACAAGAACGGCGGAGCACTAGTAGATGTCGCC ACCGGAAAACCATCTACACCTTTCGACCACGGCGCTGGACACGTGGATCC CGTTTCGGCAGTGAACCCAGGTCTTGTTTACGACATAAACGCCGATGATT ACCTCAATTTCATGTGTGCATTGAAATACACTCCATCACAAATCAACAGC TTAGCGAGAAGAAACTTCACGTGTGATTCAAGCAAAACATACAGCGTCAC AGATTTGAATTACCCTTCATTTGCTGTTTCATTCGTTGCCGGGAGTGACG GTTCAAACACAATCAAGTACAGCCGGACATTGACTAATGTTGGACCGGCT GGAACATACAAAGTTACAGTTTCTTCCCCAAATAGTTCAGTGAAAATTAT AGTTGAGCCTGAAACATTGAGTTTCACTCAGATTAATGAGAAGAAATCGT ATACAGTGAGTTTTACTGCTCCATCAAAGTCCTCAGCTACGGATGTATTC GGTAGAATTGAGTGGTCAGATGGGAAGCATGTGGTTAGTAGTCCAGTTGC AATTTCTTGGTCATGAATAATATGAAGACATAGCTATAGCTTCTGTTAAT TTTATGTATAAGTTGATGTTTTTCTGCTTTTAAGTTTCATTCCAGCACAA AAGTTTGTAGCTGGTCTCAAGATTTTTTTATGGATAACATGAAAGAATCA AAGAAATGTATGCCTT FBgn:temp25:C02HBa0155D20.1-RA GTAACAGAAGAGCTCTCTAGGGTTTCAATTCACCTCCGTTTCAGCAGTAA TGGGTGGAGGCAACGGTCAGAAAGCCAAGATGGCTCGTGAGAAGAACATA TAGAAGATGAAAGGCGCAAAAGAAAGCCAACTTGACGCGAACAAGAAGGC CATGAATATCCAGTGCAAGGTGTGCATGCAGACATTTATGTGCACAACGT CAGAGGTGAAGTGCAAGGAACATGCCGAGGCCAAACATCCAAAATCTGAC CTCGCCACCTGTTTCCCTCATCTCAAAATATAAACTTAGGTGTCGAACAT GTCTTGTAGATAATGTTAGTATTACCTCCTATCACTAATCACAAAGTGTC GATCCAAGCAAGATGTAAAATTGTGTATTTGTCCCGCACATAAATAGGTC GGGCCAAATCTTTAGTTGT FBgn:temp23:C02HBa0155D20.1-RB ATGGGGGTGATCGTCGAGAGCAATGTTTGGGAGCCAAATCCAGCACTGTG TTTATTCTTCTTCATATCATGTTGCTTGTCAATCTACTATTTGCCAAGCA GCACCAGAAGTTCCGCCATTTTCGATCACGCACCTTCGTCTTCCTTCATT CGTTTCCAGAGAAGTTTCCTTTTACTCTATTCGCTTTCTTCAGTAATGGA AGGCTTGTTGGCAGTATTTGGAGAGTACGACTTAGCATTCCATGGCATTA GTAGGGAGCAGATGGTCATCTCTCTATGTGTTGGATACGCAACTGCTCTC TTTGTCGGTACCTTTTTGGGAATGCTCTCGGATTTGATTGGCCAGAGAAA AGTCAGCTTGTTATTTTGCTTGCTGCATCTTTTTGTTGCCGTATGGAGGA GGGTTACTGGACATCCAACTATTTGGCTCGCTAGCATCTGTCTGTCTCTT ACCTCTACAATATTTTTCTTCAACTTCGAGACATGGATGGTTGTTGAGCA TGATAAGCTTGAGCAGAGGCAGGATTCAGTGAATGACATGTTTTGGTTAA TGACTTTTGTTGAATCTGCATCTTTCATTGGAAGCCAAGTGGTTGGTAAC TGGTTAATTGGTGGTCATGAAAAGACAACTTTGCTTGCTCCGTCCAGTGC AGTGGTAATAATGGCTCTTAGTGCTCTGGCTTATGTCAGCCGAGGATGGA AGGAAGATCCAAAATCAATTATTCTTAAAGAATATCAGACTAAATTTCAT ACATACATAATCAGTGATAAAAGGGTTTGGCTTTTGTCATGGACCCAAGC TACCATGCACTTCTCAATTGCAGTTTTTTGGATTACTTGGGCTCCAACCA TTGTGGCAGATGGGAGAGGGGTTTTGCTAGGTTTAGTATACCCCTGTGTA CTTGGTGCGAAAATGCTTGGAAGCACTGCATTTTCCTGGTTCTCTAGTGG CCCTTTATCACTCCGAACAGAGGAGTGCTTAGTATATGCCTGTATTATTA TGGGCTTTGTCACTTCCATTGTAGCTTTTGATTATCAGGATGTTGAAATT CTTTTGATGCTATTCTGCATATTTCATGCTTGTGTGGGATTGGTTTTGCC TTCACTTGCCAGATTGAGAACCATGTATGTGCCTAATGATCTTCGTGGAG GAATGATGAGTTTATCTATCGCTCCTTCGAACGCGCTTATGTTGTTCCTT TTGATTCAGAGAGGTTTTTACCAGAATATTGAAAATTCAACAATTATAGC TATGGCGGCTCTTGGTCTTTTTTCTGCAGCTGGATGCATGTATATGTTAA AGCGGCTTGGAAAGCAACCACACCAGAACTGGCACAAATTATGACCCCTT CCATTTGTTTTAAACTTTTGTATCCATGTGGGTGTATCCTGTATATAGCC GGCCAGTTAGTTTAAAGATAAAGGAACAGTAGCCTTGGAACATGATGATG GGTGCAAATTAAGTAGCATGCTCTGCAAATATGGAAAATCAATAAAGAGC TGTAGCCAGTTTCAATGTTCAGTTATTCTCACGTTGCTTAACCAATCAGG TCCAGTGGGAGATCTCACTATGGAGTTCAATTTTGCTTTCGAGACACTTT GCAGATTGATGCCCTGAAAAGGCTAAATTAATACTTTGCTTCTAGTAAGT ATTGTGGAGAAGTGTTATACCAGAGGAGTAACAGAATACATGGTGGCTTA GTTTGCATGATTTTAACAGCTCTTCAGAATTGTGATGGTCCACGGAAAGT CTTGTTTCATATTCAGAGATCACCAAAGAGTAAGAGAAATTTCTCTTCTT TCTTATCATGTTTTCTTTAAACCGGCAGACATGATCTCTATATCATGGTG ATTTTTCCTTTAATTATTTGGTTGGATTGCAGATATTATAATTTGAAGAA AGATTACGTAAAGA FBgn:temp26:C02HBa0155D20.1-RA AAGCTTCTCCGTTACGATCATCAGACTAGACTTACGGCAAAAGAAGCAAT GGCCCATCCATATTTCGGGCAAGTGAGGGCTGCTGAAACTAGCAGAATGA GGACACAGTAGCTTTCTTGTCTTGCTGTTAATGGGAAGAAAAAAAACTGT GTAATGTACCTTGTGTATCCATTTAAGTGACATTCGTGAGAACTATGTGG ATTTGAACTTGAGCAGACATCTGAATTCAGGAATTACAGATCTTCATCAT TGAACATTTCAAGAGAAATAGTGTTTTTTAGATTTCCTGATCGTGACCTT GATTGCAAATGGAAGTGACTTGCTGGGCGTCAAAAGTCACCCCACCCCCC CTTCCCCAAAGATACTATCTCCCTAGATGTGAACAAAAGCAGATTTTTGA AAATTAGTTCACTTTGTATATTAGTGCACTGGATTTTTCTGCATTCA FBgn:temp17:C02HBa0155D20.1-RB TTTATAATATAATCTATATAAATTAATACCATTCAAATGCATGCATTGTT AAATTAAAGTAGTCCCCACCATCTTCACTCTTCCCAAGTAGTAACAGAGA AGCCCAACTTTATTTTTCTCCGTAATAATCATTTGAAAGGCTTAAAAAAG CTCCACGCTGCTAAAAAAAAAGCCGGCTTTATTTGCGCCCCAATAGTATT CTTGACTTACAAACAAGGAACGAACAATTTTCTATTGTCGCCTGCAAGCT TATTCCTACATCCCATTTGTCTCCCTCTTTATATAACTGTTCCTCTTTTT TAACTATATTATTCTATATCGACCTCGATCAACAAGAACAAGAGCAAGAA AAAATGATGAAAATTACTAGGGAAAGCGAAGAAATTGTTCTCCTCGAAGA ACAATACGATGAATTAGAAGACGAATATGATGAAGAAGCATTATCACTGT GTGATCTTCCGAACAATGAAGAGGACGAAAAGAAGGAAGAAGTTTCTAGA AGTACTAGCGTAGAAGGCGGACAATTAGAAGATTTTGATTTTAGCTCTTC TGGTGGTAATTTGTTGAAAGAATCAGAGATGTGTACGGCAGATGAAATTT TCTACAAAGGCCAAATATTACCGTTGCGTCATTCAATTAGTTTGCCAAGT GATCGGCGCAATTGTCATGATACAAATTCAAGCAGTAGAAGTAGCAGTAT TCGAAGCCAACGTTCATCTAGCAGTGGCAGTTCATCTAATTTCAACACGA AATATCAGCCTAAAATTCGAAATCAATTTCATTCTCATCCTAGTCCAACA CCTCAGGTTCGATTTTCTAAAGTTAGTTTTCAATCAAATGTCAACAATTC CACACGAAAATCAGCATTGTGGAGTCTATTTCGCGTTGGCCTAGTTACAC CACCAGAAATTGCATTACAAGATCTGAAAAACAGAGGAAACAGGGATATT TCAGGAAGTCGAAATAGCACGAGCAGTAGTAGCAGCGGGAGCTTCGGCAA TAATGATAATAAGATGAGAATTAAGAAAACGAAACAGAGGTTTTCTCTAG GCAGCTGTAAATGTTCAGCAAATGTGGTAGAAACAGTTCCAATCGTGAAC AGTAGAAGTACAATTAAGAAAATAAGAAAAGCCACAGGGGACCATGAACA TGAAGATAAGAAGGATTCATCAGAGAATATCAAATCGACAAAAAAGCAAG CAATGTCACGTCATCGAACGTTTGAGTGGTTAAAGCAACTTTCACTAGAA GGTCCATCAGATGAAACATAAAGATTTCAAAGTATCACGCATGCTTAGCT TCTTTTTTTTCTTCTTTTTTTCATGTAATGTAATGTAACTTTTTTTTTTT TTTGAGTAGTGGAATCATGAAGTTGATTAATTGAAGTAATTGAGGACGCA ATTATAATGGTAGC FBgn:temp18:C02HBa0155D20.1-RA TAAGATAGGGATAATATTAATATAACAGAGAGGAGAAAGAAAAGAAATGG AAAAGCAAAGAGATAGTAATAAGGGATGTATAGATGAGAGAAAACTAGAA GGATTGCCAGTGGATACAAGTCCATATACACAGTATAAGGATTTGGAGGA TTACAAGCAACAGGGTTATGGAACACAAGGCCATCAACAGCCCAATCCTG GGCGTGGTGCTGCCAGTTCCACCGACGCCCCAACCCTCGCAGGTGGTGGA TCTGCTGAAGCTCAGCTTTCTGCTACTGACAACATCAATCGCCAGGGTGT TCCTTAATTAATTTCGTTAATTTTTAGTCGCATTTACAACAGTTATTCCT TTTTTTTACTTGGGTAAAATACGTATATGTAGAATAATAACAATAAGAAC GTTCTGAATTAGTGATTCTAGATCTTAGATTCGTCCCTGTTTGGTGTTGT TTGTATGTTCCTTCCGTCGGCTTGTAACTTAATAAATATATTTTTCTAAA AATAA FBgn:temp19:C02HBa0155D20.1-RA ATGAAGAGCAAAGGTAGATTAGTGGGACAAAGATGGCGGAGCATAGGGGG CTTACCTTCAATATTTCTGCTATGTCTTTTCTTGTTCTTCGCCGGTTTAT TCGGTTCTACTCTCGTTTCTCATCAGGATGTACAACTACTTACTGTACGG CCTAGGTCAAGGGTGCTTAAATCTGTGGAAGAATTTGATGTTTTGCCTAA TGGCGACACTGGAGAACACTCCCTTACTTCCATCCCCTTCCAGGTCTTAA GCTGGTTCCCACGTGCATTATACTTTCCCAATTTCGCAACTACAGAACAA TGCCAAGGCATAATTAAGATGGCAAAGGCAGAACTGAAACCATCATCTTT GGCTCTCCGCAAAGGAGAAACAGCAGAAAATACCAAAGGAGTTAGAACAA GTTCTGGTATGTTTATCAGTGCATCTGAAGACAAAACTGGATTCTGGACC TCATTGAGGAGAAATCGCAAGGCGACTATATCCCCAGGACACACGGAGAG GCATTTAATGTTTTGCGGTACGAAATAGGCCAGAGTTATTATTCACATTA TGATGCGTTTGATCCTTCTCAATATGGTCCTCAGAAGAGCCAAAGGGTTG CATCCTTTTTGTTATATTTATCTGATGTGGAAGAAGGTGGAGAAACCATG TTCCCTTTCGAGAATGCACAGAATATGGATGTTAATTATGACTTCCGCAA GTGTATTGGTCTGAAAGTGAAGCCGCGTAGAGGGGATGGACTACTATTTT ACTCGCTGTTTCCAAATGGTACAATTGATCCGACATCTCTTCACGGGAGC TGTGCAGTAATCCGAGGTGAAAAATGGGTTGCCACAAAGTGGATCAGGGA TCAAGAAATGGATGAATAAACGAGTACATGTCTGGAAGTGGTGTTAATAT AATTCTTTCGTAATTTAATGTAGCCACTCACTGGAACCTTTGAGCGAATT TTACAGTAAATATATCTAGTGTTTGTTCATATTGATCTGTGTCAGTTAAC CCTTAATACGTTACTTGAGTCTTGGTTGCTCCCATTACCCACAAAGCTCA CCCCATCTTGCAGTAAAAAAGAAGTCTAATTGTAATGACCGTGCGAATGT TTTGTAATAGGATCAGATCACGTGTTTCAAAAGTGTTGTACTAACACAAA TATTATTATGACGCTAAAAAGAATGTGTATAGA FBgn:temp9:C02HBa0155D20.1-RA GAAAAACTTTAATAGCTCAATGCTTCAAAGATTTGCATCTGATTGAAGAT ATGGAACTTGTTCTCACCTTAAGATGCCTCTGGAATACTGCTCTTGCTCA ACCTGATGACCCTGAATTCCCATCCCTCGGCGTCTTTAGTTGCATGGCTA GACTTCTCAACAGGTGCACCCGTGACCAAAAATGGCTTTCAAGAGGCCAT AACGTGTATGTTCCTTATTATGCAGCTCATATCATTGGCTCCTACACCAT GAACAAAGTTAGATTCTCTGTTTTGGCTGTTAAATCAGACGTAATTTCGC CATTAATAGACCTCTTAAGAGGTAAGATAACTTGGGTCGAACAAAGAGTG GCTGTTAGAGCACTTGGTCACATTGCACGACATAGAAGAACATTTGAAGA TATTAAGGTCCATGAAGTAGAGATTATAAAACTAGCCATTGATATAGCTT CCAAATGCATTTATACAATCTATAGCGAGTTTGTGAGCAAGAGAAGTGAA AACAGAGTCGAATATCATCGTTATTTGATGATAAAAGGCCTCGGAGAATT CGAAATGGAGAGTAAAAAAGCAGAGTCTTGGGCTTGCCAAATGCAATGCT GGTCACTGTACCTTCTCAACTGCTTCGTTACAAAGAAAAGAAGCATCAAT TTGATATGCAAAGAACATTTTCTCAAGAATTTGTGTGATATATGGGGTGG ATTACAGAACCAGAATTCTTTCTCTGGAATTGGCCTAATCCGAAGTCTTT GTGAAAGCGAAGATGGTAGAAAAAACATTGCTCAATTAGTACAAGTCGTA GAAAATATCTGCGACCTCTCTAGATCATCCGACGAATGGCAATTCATGGC AATTGAATGTCTTTTGTTACTTCTCAAGGATCCAAAAACAAAAAACAGAG TAACCAACATTGCAGCTCCTTTTCTTGCTGATTTAGTAGAGCTTAGAACT ATCAAAGGAAGACGAAAAATGG FBgn:temp16:C02HBa0155D20.1-RC CATTTTCTCTGAAAAACAAGAGAGTGACTTTTATGTATATGTAATACGAA GATGAAGAGCTGTAATATCAATGGCTACTGGTTTAATCCGACGAGCTATT TATAGGGTTCAGTCATCTTCGCCGGCGGCGAGGCTACTTGTTGCCCGAGC TCACGCTTCGGACACCAAATCCCAGCAGGTCCAACCTCAAGTCGTTTCAA ATTTACCGATGGAATCCAGATAACCCAGGGAAACCCGAGCTCCAAGAATA CAAAATTGATCTGAAGGAATGTGGCCCTATGGTCTTAGACGCCCTAATCA AAATCAAGAATGAAGTTGACCCTTCACCAACCTTCAGAAGATCTTGCAGA GAAGGGATCTGTGGGTCCTGTGCCATGAACATCGACGGCTGTAATGGACT CGCTTGTTTGACAAAGATCTCATCGGATTCTGTATCGACGATTACGCCAC TGCCACATATGTTTGTGATTAAGGATTTGGTAGTGGATATGACTAATTTT TATAATCAGTATAAGTCTATTGAGCCTTGGCTGAAGAGAAAAACACCTGC GCCAACGCCTGGAAAGGAGATACCTCAGAGCAAGAGCGATAAGGCTAAGT TGGATGGGATGTACGAGTGTATTCTCTGTGCTTGTTGTAGTACATCATGC CCTAGCTACTGGTGGAATCCTGAGTCTTATCTTGGTCCTGCTGCACTACT CCATGCCAATAGATGGATCATGGATAGCCGTGATGAACATACTCTGGAGC GCCTGGACGCAGTTAATGATGAATTCAAGCTTTATCGCTGCCACACTATT TTGAACTGTTCTCGTGCTTGCCCAAAGGGATTTAATCCTGGCAAGCTCAG AACATCAAGCGCCTGGAGATGGCGCCTTGAGCCTGCACTCTGCAGTGTAG TGTACCAGTCTATTCTGCTAACATTGATTTTGGAGGACCAGTAGGAGGTA GTTCTCAAAATAATTTATGCACAGATCGTAATTTGCTTTCTGAGATTTTT TTTTGGTGCTAGGGTGTTGCCCTTCCCCGAGCCCTGTGTGAATATGGGAT TCTTTTGTGCACCGTGCTGCCTTATTCGAGATGAAAGGTGCATCTCACCT GAAATATTGTACTAACAATTAGTATGATAGCTGAAGTGAAGCAAACATGT AATAGCAGAGAGTATATACAAATTTATGAACTGATTTATCATAGAAAATA ATGATTTCTATAAATATTCGTTTGAAATTATACCTCATAAAAACTTCATC AATTATATAAAACATTTCTTATATTATCGATGGTAG FBgn:temp8:C02HBa0155D20.1-RA GCCTTACAAGCTGAATGGAGAAACTCAACTAAAGGCACAGGGAAGTCTGG GAAGAGACTCAGGAGAAGGGAAAAACTAAATTCTATTAGTTTAAACAGAG GTGGAGCTGGTTGTAGCACTAGCAGTTCCTCCGACACATCTACTTCATAC AGTTTGATTGATGATAGGTCAACTGGACGTTCCATGATGTCATGGAACCA CTTGTATTCATTGGCTGTCAAATGGAGACAAATATCTGAACCATGTGATC CAGTGGTGTGGATTAACAAGCTAAGTGAGGAATTTAATACTGGTTTTGGG TCTCACACCCCTCTTGTTCTCGGTCAAGCCAAAGTTGTTCGCTACCATCC CAATTTTCAGAGAACCTTGACTGTTGCCAAGGCTGTTATCAAGGAGAATA AATCAGTGTGCAACAAGGAAGACAAGATAATTGATCTTTCTGAACAACAG AAGTTGCAAGAAATAATGGCTGCAGAATCCAGCTCAGATCTTTACAGAGT TGTTGGTCAAGACTTTTGGTTGGCCACCTGGTGTAACAGTACGGCACTTG AAGGGAAGCGTCTTGAAGGAACAAGGATCACTGTTGTGAAAATGGGTGAG ATTGGTTACGACTTTGCAATTAGAACACCTTGCACACCTGCTAGATGGGA TGACTTTGATGTGGAGATGACATCAGCCTGGGAGGCTCTTTGTGCTGCGT ACTGTGGTGATAATTATGGGTCAACAGATTTTGATGTGCTTGAAAATGTG AGAGATGCAATCTTAAGGATGACATATTACTGGTATAATTTCATGCCGCT TTCCAGAGGAACTGCTGTTGTTGGGTTCATAGTTTTGCTTGGATTACTGC TCGCTGCTAATATGGAGTTCACAGGAAGCATTCCAAAAGGTCTGCAGGTG GATTGGGAAGCCATCCTGGAGTTTGACTCGAGTTCCTTTGTAGATTCTGT AAAGAAATGGTTGTACCCATCTCTCAAAGTCAGCACATCGTGGAAAAGCT ACCCAGATGTCACGTCAACATTTGAGACGACTGGATCAGTTGTTGCTGCT CTGAGCACCTATTCAGACTAAGGGAGATACATCATTGGTTTCATCCGGGA TCAATTATCTGAAGGAAATTCGCTGGTGCATTATCTGACTTGATCCTGCT GCGGATGAATTGAGGCGAGATGTTTTGCATTATTGACATTCTCCAAGTGT ACCATTACTTGTGAATTGTTGTATTTTAGTTGTATTGTGTATGATCTGCT CTCTCATTGTTTCCTTTCTTTTAGATTACCAAATTAGATTTCAGGATAGT TATTTAAAAAGAAATGAATAAATGGGTTTTCTAGTCTTTGTTTTC FBgn:temp10:C02HBa0155D20.1-RA AATTACAGACTTGACCAAAGCGTTGGAATTTGAGCCAGACTCTGCCGATA TATTACATGAAAGAGGAATTGTCAATTTTAAGTTTAAAGATTTCAAAGGT GCTGTTGAAGACCTCTCTACATGTGTAAAGTCCGATAAGGATAATAAATC TGCGTATACATATTTGGGTTTGGCGTTATACTCTCTAGGAGAATATAGGA AGGCTGAGGAGGCACATAAGAAAGCAATCCAAATTGAAAGGAATTTCCTC GAGGCTTGGGCTCATCTAGCACAGTTTTATCAAGACCTAGCAAACTCAGA GAAGGCCTTGGAATGCCTTCATCAGATTTTGCAAATAGATGGGAGGTACG CGAAAGCATATCACCTGCGCGGGCTGCTACTTCATGGAATGGGAGAGCAT AGGAATGCTATAAAAGATTTATCAATGGGGTTGGCTATTGATAGCGCAAA CATTGAATGCTTGTATCTACGAGCTTCTTGCTATCATGCTATTGGATTAT ATAAAGAAGCAGTGAAGGACTATGATGCTGCTTTAGATCTTGAATTAGAT TCTATGGAAAAGTTTGTGCTTCAATGCTTGGCGTTCTATCAGAAAGAAAT TGCATTATACACTGCATCAAAGATGAACAGCGAATTTTCTTGGTTTGATA TTGATGGAGATATCGATCCCCTTTTCAAGGAGTATTGGTGCAAAAGGCTG CACCCAAAAAATGTTTGCGAAAAGGTCTACAGGCAACCTCCTTTAAAAGA ATCTTTGAAAAAGGGGAAGCAAAGAAAGCAAGAATTTACTTTCACC FBgn:temp11:C02HBa0155D20.1-RA AAAAGAAAAAAAAGAAAAACAGTTTTACAGCCGCAAGATCAGAAGTTCAG AAGCTCACAACACAACTGAAAGGAAAAAAAAATAAAAAATCAATCGCATC AATTGAGCTGCTTCCGATCCACTTGAGCCGCCGGCGATGGCGTCGAAAGT TACTGATAGGATTGAACTAGCTAAGCTTTGTAGCTCTAAGGAGTGGTCGA AAGCAATTCGAATTCTCGATTCTCTTCTTGCTCAAACTTGCGTCATTCAA GATATCTGCAACCGAGCGTTTTGCTATAGTCAATTGGAGCTTCACAAGCA TGTTATTAAGGATTGTGATAAGGCACTTCAGCTCGATCCTAAGCTTCTTC AAGCTTATATATTCAAAGGACGTGCATTATCTGCTCTTGGTAAGAAAGAG GAAGCTCTTCTAGTTTGGGAGCAAGGGTATGAACATGCAGTTCATCAGTC CGCAGACTTAAAGCAACTGTTAGAGCTTGAAGAGCTGCTCAAAATTGCAA AGCAGAACACCGCAGTTGGCAGCAACAATCATTCGGTGCAGTCATCTGGC CCTGAGTCCAACACTGGACCTCCTCTTTCTACCAAATCTGGTGAAACTTG TGATATTAGTAAGGCCTCAGATAGGGAACTTAAAACATGCAGCAGTGGGA TGTTGGAAAGCTCTGAGAAATCAAAGAATAGCTCTGTTTTACAAAATTCC TCAAGTAATAATTCCAAAAAGCATAAGAAGATTGAGTCTGAATCAAAGGA ATTGCATGAGAGACAAGCAAATAAAACCAACAACAATTGCAAAAAATTGG GTTATCCATCTCTGGTTTGCAGTGAGTTAAGTGATATATCTGAAGACAGT AGGAAATCATCTGCAGTAACTAGTGAATCAAGTGAACAGTCAGAACCAAA TGAGTTGCAGGAAATTCTCAGTCAGTTGAATAATAAATGTGATGTTCGCG TTGAATTGAGTGATGAAGGCAAGAGAAACAAAAAATTTTGTGTTACCAGG GTCAACAAAACCAAGTCCATTAACGTTGATTTCCGATTATCAAGGGGAAT AGCACAGGTACTGGGATACCATGCTCATGCATAGCAGGAAAGGCCTTCTA CTGCAGTCTTCATGTCTTTTCTGTTCACTTTGCTTATTTCAGTTGTAATT TGGTGATTACACTCCACTTTTAATTTTGTGAACTTAACTGGAAGATTCTG CATATGTTCAAAGCTTGGGTCAACTAAGCTCTATTATTAGAATTCATTTT CTTCAGTTAC FBgn:temp12:C02HBa0155D20.1-RB ACGTAAGAGGCAACCAATTAAAAACACAATTCGATTGAATTAAAGAATGG GAATTGTTGAAGAAGCACACAACGTGAAGATTTTAGGAACAGGGGATCGA AGTATAGTCCTTGCTCATGGGTTCGGAACAGATCAATCTGTGTGGAAACA TTTGGTTCCTCATCTAGTTGAGGATTATAAGGTTGTCTTGTTTGACAATA TGGGAGCTGGAACTACCAACCCAGATTACTTTGACTTTGAAAGGTACTCA ACCTTAGAAGGATACGCCTATGATGTGATCGCTATTTTGGAAGAACTCCA AATTCCTTGTTGTATTTATGTCGGTCACTCTGTTTCTGCCATGATTGGTG CCATCGCTTCTGTTGCACGTCCCGATCTCTTCACCAAACTTGTCACAGTT TCTGGTTCTCCAAGGTATTTGAATGACGTGGACTATTACGGAGGATTCGA ACAAGAAGATCTAGATCAATTATTTGAAGCAATGAGATCAAATTACAAGG CATGGTGTTCAGGTTTTGCACCTTTAGCTATAGGAGGGGACATGGACTCG GTTGCGGTACAGGAGTTCAGCAGGACATTGTTCAACATGAGACCAGACAT GGCATTAAGTGTGTTACAAATTATATTCCAAAGTGATTTGAGACATATGT TGCCTCATGTAACTGTTCCTTGTCATATAATTCAGAGCATGAAGGATTTG GCTGTGCCTGTCGTAGTCTCCGAATACCTTCACCAGAACCTCGGAGGCGA ATCCATTGTGGAGGTGATGTCCACCGATGGACATCTGCCGCAGCTCAGTT CACCCGATGTTGTTATTCCGGTGTTGCTTAGGCATATTCGCTTTGATATT TCCGTTGATAAATAGTTACTTTATTTTGGATATGTACAAAGTTAATTTCT TTCTTTGCTGA FBgn:temp14:C02HBa0155D20.1-RA TCTAGTGTTTTTCGGTAGAAGTTATTAATATTTTATTATAGTAAAAAATA TGTGTGACTTTTATTTTAGCATAAAACAGATAAAGTAACTTTACTAAAGT ATTTCAATAACTTGATAACCATAAAAACCCTTCCATTAATTAGCACTCTT GCAATACTAATGTTATGATTTGTGAACCTAAAATTAACAGCCACCGGCCA ATCCATCTTCCTTCGTACCAAAAAGTCGGCTGGTCGTCTCCTCCAATTTC CACACCACACCTTAATAAAGTCTAAAAATTGGGAAACAAAAAACTCAGAC CAAAAAATGGGAATCGGTGAAGAAGCTCACAACGTAAAAGTTGTAGGTTC AGGCGAAAAGACCATCGTACTGGGTCATGGCTTCGGCACCGATCAGTCTG TTTGGAAACAGCTTGTTCCTTACCTCGTTGATGAATATCGTGTTGTACTT TATGATAATATGGGTGCTGGACCGACAAATCCTGATTACTTCGATTTTGA TCGATATTCTTCCCTTGAAGGTTATGCGTACGATTTAATTTCCATTTTGG AGGAACTTCAAATCAATCGTTGCATGTACTTAGGCCATTCCTTATCGGCT ATGACTGGTGTTGTTGCTTCTATTTTTCGTCCCGATCTCTTTTCCAAACT CATTCTTGTATCAGCTTCCCCAAGGTTCATAAATACGGATGACTATTATG GAGGATTCGAATCGGAAGACATAGAACAACTATGTCAAGCAATGGAGTCG AACTACAAGGCATGGGTATCTGGTTTTGCGCCACTAGCGGTGGGAGGTGA CATGAATTCCGTGGCAGTACAAGAATTCAGCAGGACATTATTCAACATGA GACCAGACATAGCACTCAGTGTTTTCCGCACTGTTTTCACGTTCGACCTA AGGCATTATCTGTCCCGTGTTACTGTCCCTTGCCATATCATACAGAGCTC AATGGATGTTGCAATGCCAGTGACTGTTTCTGAATATTTACACAGAAATT TAGGCGGAAAATCGATCGTAGAGATCATCTCAACAGAAGGTCATCTTCCA CATTTGAGCGCACCTGAGGCTACTATCCCCGTATTGCTTCGACACATTTC ACATGATATTACTGCTGATGCTTCTTCTAGTTAAAGGATAATGAAAAAAA CTTCTTCAAAAGTACTCATCATCAAAATAAATATACATGTGTATTTCT FBgn:temp15:C02HBa0155D20.1-RA GTCTTCTTTCTTTTCTTCAAAAAAAAAAAAAAATCCTCTTTCACTCTACA GCCAGCAGTCTAAGATGTTAAGCTCCTGTTTTGGGAGCTGCTTTGGTGGG GACGATGGTGATGATCTTTTATGGCATATGGAGCTTGAAGCCACATGCCA CAGGTGAATATTCTGTTGCTGTAGTTCAGGCCAATTCTTTGCTTGAAGAT CAAGGTCAAGTTTTTACAACCCCTAGTGCTACTTATGTGGGTGTTTATGA TGGTCATGGTGGCCCGCAAGCTTCTCGCTTCATCAACAACAATCTCTTCC CTCAACTACAAAAGCTGGCTTTGGAAGAAGGAGGATTGTCTGAGGACGTG ATCAGGAAAGCATTTGATGCTATTGAGGAGGGATTCTTGCGTTTGGTGAA ACAGTCTTGGCTGGATCAACCTCAGATTGCATCTGCAGGGTCTTGTTGTC TATTTGGAGCAATCTCAAAAGATGAATTGTATGTGGCAAATCTTGGGGAC TCCAGGGCAGTGCTTGGCAGGAGAGCAGAGACAGGCCAGACGGGTGATTC AGCAGTAGTAGTGGCAGAACGTTTGTCGATAGATCATAATGTTGGGGTTG AGGAGGTTAGGAAGGAGGTAGAGGCACTGCATCCAGATGATTCTCATGTT GTGGTCTACGTTCGAGGGGTTTGGAGAATTAAGGGTATAATTCAGGTTTC TAGATCAATTGGTGATGTCTATCTGAAGAAACCTGAGTTTAATAGAGATC CTATGTTCATACAATATGGATATCCTATTCCTTTAAAAAGAGCTGTAATG TCAGCAGAGCCCTCCATATTGATCCGAAAGATAAGACCAGAAGACTTATT TTTGATATTTGCATCGGATGGCCTATGGGATCAACTAACCGATGACGAAG CTAAGGATATTGTTTTGAAGAATCCTAGAATTGGAATAGCAAAACGATTA GTGAGAGCTGCCCTTGAGGGTGCTGCAGAGAAGAAAGAAATGAGATATGA GGACATCAAACGACTAGAGAAGGGGGAAAGGCGGCACGTTCATGATGATA TCACAGTTATTGTGATATATTTGGATCACCCTGGAAGGTCCTCAAATTCT GGAATTAACATTGTTAAGGGCACGAATGTCCCTCTTGACATATACTCCTT GAACTCGGGTCATTAAGGAGAGAACATATCTTATGTTTCCCCATGAAAAG TGTCTAATACATGTATACATTATATATACCATTTTGTAAATACGTCGT FBgn:temp1:C02HBa0155D20.1-RA AGAATTCGATAAAATTACAAACTTCCATATATGTCATCAAAAAATAAATA ATGCGTAATCTCTACGAAAGCTTCAACAGTACGTCAACTCATTTCTTTTC AAAATAATGCCCCTTGAGTTACACCTCAATTAATACACCCAGGTAGGAGG CAAAATTGCAGCTCACCCAGGCAAAAACCCGAATCTTAAGGACATGTCTC CAAGTCAAGTACTAAGAATAAGCCCAATTCAACTCAATTTCAGTCAGTAC CATACCCTGGTCTCCTTAAATCAGGAAGATCAAGATCAACGACAGGCTGC ATTAGAGTACATTCTTAATGTTATTGTTTACTCCTCTGTTATCCTGGTGT TGCTGATGGTTGCGGCGTTGTTAATTAAATTACTTGGAGTTTGTGATGGC GAAATTGCAAGAAATGATGAAACTGTGAGAAGAGAAACGGACAGATTGAT ATCGAAAGCAAGTGCTTCTTTGACATACGGAACATGTGATGAAGATGATT TGGAATCGGGAAATTGCAGTCGTTCTAGTTCCTCTGAGGATTTGTATGAT GAAAATATATGCATAGTTTGCTATGATAATAAACGAAATTGCTTCTTTAT TCCTTGTGGACATTGCGCTACTTGTCTCTCATGTGCCGAGAGGATTACAG AGGAAGAAAACAAGAATTGCCCAATTTGTCGAAGAGTAATTCGGAGAGTT AGAAGAGTGCTTCTTGCATAAACTCAATATTTCCCTTATGTAAATTGACT CTTTCTAATTCAACAATGGTAATATTAGTATAGCACTTTTTTCATTTTTA CTGCAAATTGCTGAGTTGCAATTTGACAAGAGTAGGTAAAATTATGATGT ACCATAACATGTTTGTGTATGTGTACACTCATTGGTACCTATTACTTGGG TCCCTTTTGGAGAAAGCTTTATGGATGGTGTAGTATAATGGAAAAAAGTA ATGCCCACAACGGAACTATGGGCACTGTACATTATTGATAATTTCAATTC AGAAATTTTAGCTTTTCATTTTTATAAAATATTTC FBgn:temp2:C02HBa0155D20.1-RA GAACCGAACTCACCTGTAACTTTTTTAACCGCAAAATCTCTTCTCTTCTC TTCTCTTCTCCGTAATATTAATTAATAAAATAAATAAATAAATAAATGCC TCTAAACGATGAAGAAGAACACCACCAATTGTTGGCGGATAGATTACTCG AGGAAGAATCTGCCTATGAGTACTCCGACAAAGTCCATATTATCGGAGTC GACGATGATGATGATTTCACCAAAACTCCTCCTTTTTCCTGGAAAAAACT ATGGGCTTTTACTGGACCGGGTTTCTTGATGAGTATAGCCTTTTTGGATC CGGGAAATCTTGAAGGAGATCTTCAGGCAGGGGCTATCGCTGGGTATTCT CTGTTATGGCTACTCTTTTGGGCTACGGCTATGGGATTACTTGTTCAGCT TTTAGCGGCTCGTTTGGGTGTCGCTACTTCTAGGCATTTGGCTGAGCTAT GTAGGGATGAGTATCCGAAATGGGCTCGATTGCTTTTGTGGGTCATGACC GAATTGGCTCTAATTGGGGCTGATATTCAAGAGGTTATTGGAAGTGCTAT TGCTATAAAGATTTTGAGTCGAGGGTTCTTGCCTCTATGGTCTGGTGTTG TCATCACTGCTCTTGATTGCTTTGTATTCTTATTTCTTGAGAACTATGGA GTGAGGAAGCTGGAAGCACTCTTTGCTGTCCTTATTGCAGTTATGGCCGT CTCATTTGCATGGATGTTTGGAGAGACGAAACCAAATGGAGTGGAACTTC TTGTTGGTGTGGTGGTCCCAAAACTTAGCTCCAAAACAATAAAGCAGGCA GTGGGAATTGTAGGGTGTGTTATCATGCCTCACAATGTGTTTCTACATTC GGCGCTAGTGCAGTCCAGAGACATTGACAACCGTAAGATTGGCAGAGTTC GAGAAGCACTTAATTACTACTCCATAGAGTCGACAATTGCCTTGGCAATT TCATTCATGATCAATTTGTTTGTTACAACAGTGTTCGCAAAGTCATTTTA TGGTAGTGAAATAGCCAATAGCATTGGCCTAGAAAATGCTGGTCAATATC TTCAGGATAAGTATGGTGGGGGATCGTTCCCCATCCTTTATATCTGGGCT ATTGGATTGTTGGCTGCTGGACAGAGTAGTACTATAACTGGTACTTATGC TGGACAATTTATTATGGGAGGTTTTCTGCACATGAGGTTGAAAAAATGGC AGAGAGCGTTAATAACAAGAAGTTGTGCTATCGTCCCAACTCTGATAGTT GCTCTTGCTTTTGACACCTCTGAGAAATCATTAGATGTTCTGAACGAGTG GCTCAACGTTCTTCAGTGTGTCCAAATCCCTTTTGCCCTGATCCCCCTTC TTTGTCTTGTATCCAGAGAAGAAATCATGGGTGTTTTCAAGATTGGCTCT ACTATGAAGGTGATATCATGGCTAGTAGCTGTGCTGGTTATGCTGATTAA TGGCTATCTTTTGATGGACTCTTTATCTTCTGCTGTCAGTGGGATGTTGT TTACATCTGTTGTAGTTGCTTTTACAGGTGCATACATTGCCTTCATTGTA TACCTCATTTCACGGGGAATTACCTTCCCCAATTGGTTTGTAAAAAACAA AAGTATCTCGAGCATAGATAATTGATATATGTTCTTAGCAGAAAGCTGAG ATCATGTTGTACCCTTGTAGCCCGAGTTAAGTATTTATAGCCTTCCCCAT TTCTTTCCTTTAAGAAGTGTTGGATTGTTGGGTCTGCTCAAAGTAAGCAT TAAGAGTGAGTTTGCTGTGATTACATCCCATGTTTTTTGGGTATGACTAA TTGAGACGGTGACTGTAGCACCTGCATTAGGAAAATTAGTTAGAGCTTGT AATATTGATCCAGCAGTTTTAGATTTTGGTGGAAAATAAACAAACTGTCC TCAGCTAATCTCAAGTTTGTTCTTTGGAATTCTGTTTAGACTTCTTAGGG ATTTCGTTATTTTCTTGCATTCAAATCTTCCTGTATTGGCTAAAGTCCAC AGACTTCTGGCCTTCAAATGCATAACTGATTTTAAATTCAGCCTACAAAA CTGTAATTCCTTCAATTGGGCCAAGAATGAATTGTGGCTGTGTAGTAAAT TACAGCCCAATGTATTAATCAC FBgn:temp3:C02HBa0155D20.1-RA CACACAATCAATACACACACACTCTCTTTTTCTCTATTTTTGGTCTATAT TTTCTTTTAGCTACCATGGATAGAAAATTTGTATTTCTAGTATCAATTTT GTGCATTGTAGTGGCAAGTGTCACGGGTCAGACACCTGCCGCAGCACCCG TTGGTGCTAAGGCTGGTACTACTCCACCAGCTGCTGCACCAACTAAGCCG AAAACTCCTGCTCCCGCAACAGCACCAGCCTCGGCCCCACCTACAGCTGT TCCTGTTGCTCCAGTAACCGCTCCAGTTACTGCTCCCACTACACCTGTTG TTGCTGCACCCGTATCAGCACCAGCAAGTTCTCCACCACTTAAAGCACCA GCAAGTTCTCCACCAGTACAATCTCCACCAGCTCCAGCTCCAGAGGTAGC TACACCGCCAGCTGTTTCTACTCCACCGGCTGCAGCTCCAGTTGCTGCAC CTGTTGCTTCGGAGACAACTCCAGCTCCGGCTCCTAGCAAAGGAAAAGTA AAGGGAAAGAAGGGAAAGAAACACAATGCATCACCAGCACCTTCTCCCGA TATGATGAGCCCACCTGCACCTCCTTCCGAAGCTCCTGGACCTAGCATGG ACTCCGATTCAGCTCCCAGCCCATCTCTTAACGATGAGAGTGGAGCAGAG AAATTGAAGATGCTGGGAAGTTTGGTAGCTGGATGGGCTGTGATGAGCTG GCTCTTGTTCTAAAGAGTTCAAAACATATTTTGATATTTGACATGTATAA TTTATCTTTTGGTTATTTATGGTGAAGGGGTCCTCATTTGGATCTGCTTA GAGATTTGGCCACATTGCCTCCTTTTTTTTATATTCTTTCGTGGAGTGTA AGGGTAGAGATTTGTACTAGTCTTCACTACTTTACTCCTTTTTGGACTC AY196092.1 gb AY196092.1 Z47980.1 LEAGP emb Z47980.1 BT014449.1 gb BT014449.1 X99148.1 LEAGP1C emb X99148.1 AF081023.1 AF081023 gb AF081023.1 BT013603.1 gb BT013603.1 U286046 sgn U286046 U221447 sgn U221447 U294652 sgn U294652 U229657 sgn U229657 U221825 sgn U221825 U217998 sgn U217998 U216615 sgn U216615 U287630 sgn U287630 U206570 sgn U206570 U211212 sgn U211212 U269956 sgn U269956 U240324 sgn U240324 U219181 sgn U219181 U291786 sgn U291786 U277647 sgn U277647 U217938 sgn U217938 U293637 sgn U293637 U285361 sgn U285361 U243081 sgn U243081 U292450 sgn U292450 U227710 sgn U227710 U271104 sgn U271104 U214272 sgn U214272 U206053 sgn U206053 U228936 sgn U228936 U279435 sgn U279435 U222360 sgn U222360 U281747 sgn U281747 U231478 sgn U231478 U224566 sgn U224566 U288691 sgn U288691 U273217 sgn U273217 U217640 sgn U217640 U291075 sgn U291075 U201896 sgn U201896 U236211 sgn U236211 U200656 sgn U200656 U230023 sgn U230023 U235914 sgn U235914 U276412 sgn U276412 U205882 sgn U205882 U240807 sgn U240807 U280473 sgn U280473 U236897 sgn U236897 U284825 sgn U284825 U280311 sgn U280311 TC153038_SL TC141451_SL AI482641_SL TC149774_SL BI935110_SL TC152064_SL TC149178_SL TC141814_SL BE451486_SL TC140263_SL TC151093_SL TC153410_SL TC150110_SL BG630536_SL TC139044_SL TC152650_SL TC140676_SL TC148998_SL TC148997_SL AI490200_SL TC151104_SL TC146018_SL TC149700_SL TC149701_SL BE460309_SL TC137139_SL TC137138_SL TC137137_SL BI206401_SL BG135933_SL CD002844_SL AW031592_SL U294134 sgn U294134 U235538 sgn U235538 FC15DB03 FC18BA07 FC16AE01 FC08BD05 FC06CH01 Contig10852 Contig11399 Contig14260 Contig7946 Contig17432 Singlet298 Contig12532 Contig11327 Contig3270 Contig13535 Singlet7774 Contig15712 Contig11007 Singlet979 Contig10113 Contig9774 Contig17920 Contig10732 Contig7571 Contig15979 Contig17489 Singlet3388 Contig12835 Contig7120 Contig13775 Singlet7456 Contig5500 Contig8966 SGN-U321743 SGN-U337448 SGN-U317697 SGN-U312930 SGN-U334027 SGN-U344656 SGN-U321640 SGN-U330269 SGN-U319799 SGN-U326552 SGN-U326110 SGN-U313918 SGN-U313917 SGN-U334672 SGN-U330312 SGN-U325304 SGN-U314575 SGN-U324765 SGN-U315914 SGN-U341095 SGN-U317725 SGN-U317724 SGN-U341584 SGN-U332833 SGN-U342765 AW030957_SL AW441210_SL AY125864_SL BG630422_SL FA23AE07 FB19BH02 FB10BF01 LB01BB03 FA11AH05 FB04AB09 FB09CH01 LC20AA05 FA25AC10 LC20DD01 FA56DG01 FA54AF04 LA28BG06 LB14CC08 FA04BG04 LB04CD02 FA23AE08 FA03AF10 FA02BA07 LB03CH07 LC09BF08 LC01CC08 LC11AA12 LC11CA12 LC14BE02 LC19AF10 LC09BC12 LC03CA02 LB02DE03 LB01CF10 FA14BA01 LA16BF04 LB04BF04 LA14CG09 FA02AB09 LA14DB05 FA13CB09 FA16AG09 FA04BF05 FA33BG08 FA15DA05 FA21CD07 FA36AA03 FA21CG09 FA53CE08 FA13AE10 LA25BD03 FA16AE05 FA34AH02 FB13AA03 FB01AE08 FA51BA06 LA05CF06 LA24DH01 LC01BD04 LC02DE11 LC03BD04 LC16BE08 LC01AF10 LA10AC02 LC21BH02 LC21AH04 LA12BB06 LC02CB06 LC01CB06 LC02BD11 LA20CE05 LA05CF04 LA18AC03 LB11AB09 LA18CA03 LC13CC10 LC20BH04 LB04CA09 FA24DC10 FA24AA12 FA17AH09 FA17CH09 FA27CH04 FA27BA04 FA52CB04 FA03BB06 LA28AB02 LA19AH01 LA08CC06 LA18DA12 FA10DB05 LC02DF09 FA30CC11 FA11BG10 FA14CE03 LB03AF02 TC118105_ST BQ114975_ST CV492123_ST TC112864_ST TC112863_ST BQ116091_ST TC112865_ST TC112866_ST TC116556_ST BQ515377_ST TC123034_ST BQ119738_ST TC125497_ST TC130539_ST TC120714_ST TC126527_ST BE920967_ST TC123226_ST TC117167_ST CV495752_ST CN212431_ST TC118784_ST TC129313_ST TC113261_ST CO502121_ST TC123128_ST CV431342_ST CK862752_ST Q84LR0_LYCES Q6Q3F9_LYCES Q9FUL8_NICAL Q43719_LYCES Q75KE2_ORYSA Q9SZU7_ARATH Q8LBZ7_ARATH Q9G3M0_ARATH Q9LTZ2_ARATH Q5XVB3_ARATH Q84VR9_WHEAT Q9S827_ORYSA Q9XGC8_MAIZE Q9G3L9_ARATH Q8LB02_ARATH Q9FM32_ARATH Q7XZD1_CUCSA Q9SWZ1_LYCES Q7DLJ7_ARATH SGN-E318994 SGN-E392500 SGN-E235601 SGN-E238452 SGN-E721953 SGN-E202879 SGN-E281254 SGN-E392499 SGN-E281448 SGN-E293744 SGN-E333313 SGN-E270816 SGN-E370173 SGN-E340663 SGN-E337928 SGN-E747524 SGN-E704017 SGN-E334231 SGN-E258729 SGN-E717213 SGN-E200953 SGN-E204456 SGN-E370172 SGN-E228945 SGN-E222899 SGN-E228849 SGN-E353659 SGN-E351486 SGN-E352045 SGN-E744989 SGN-E713804 SGN-E712148 SGN-E714056 SGN-E373286 SGN-E292391 SGN-E378551 SGN-E353167 SGN-E354477 SGN-E732099 SGN-E733330 SGN-E308949 SGN-E710081 SGN-E310047 SGN-E745590 SGN-E704018 SGN-E704720 SGN-E731878 SGN-E710829 SGN-E699788 SGN-E735149 SGN-E697836 SGN-E309839 SGN-E340693 SGN-E312470 SGN-E269067 SGN-E744988 SGN-E344098 SGN-E343234 SGN-E740290 SGN-E740076 SGN-E697498 SGN-E348181 SGN-E208064 SGN-E347538 SGN-E697338 SGN-E305133 SGN-E369602 SGN-E238793 SGN-E222708 SGN-E261362 SGN-E369603 SGN-E255414 SGN-E201812 SGN-E260161 SGN-E212848 SGN-E253710 SGN-E269004 SGN-E377069 SGN-E367836 SGN-E735876 SGN-E367837 SGN-E377070 SGN-E242746 SGN-E366737 SGN-E228271 SGN-E242990 SGN-E237610 SGN-E240254 SGN-E366736 SGN-E239468 SGN-E731849 SGN-E330109 SGN-E738074 SGN-E687881 SGN-E329926 SGN-E391729 SGN-E730558 SGN-E332104 SGN-E728814 SGN-E327606 SGN-E728906 SGN-E346493 SGN-E729239 SGN-E732690 SGN-E700812 SGN-E329412 SGN-E732249 SGN-E733260 SGN-E204684 SGN-E335131 SGN-E336900 SGN-E213290 SGN-E727466 SGN-E697265 SGN-E701517 SGN-E700582 SGN-E203801 SGN-E268117 SGN-E707593 SGN-E701358 SGN-E703472 SGN-E722763 SGN-E727439 SGN-E708518 SGN-E700443 SGN-E730832 SGN-E709913 SGN-E719602 SGN-E703507 SGN-E722071 SGN-E697828 SGN-E261619 SGN-E331988 SGN-E310418 SGN-E363872 SGN-E554701 SGN-E363579 SGN-E363248 SGN-E207779 SGN-E201307 SGN-E314340 SGN-E376517 SGN-E265025 SGN-E363651 SGN-E323754 SGN-E362092 SGN-E274407 SGN-E707872 SGN-E556175 SGN-E395611 SGN-E259223 SGN-E336719 SGN-E205909 SGN-E701491 SGN-E709254 SGN-E240649 SGN-E253795 SGN-E277000 SGN-E237584 SGN-E250384 SGN-E376516 SGN-E747600 SGN-E224702 SGN-E215385 SGN-E395610 SGN-E215289 SGN-E371081 SGN-E280332 SGN-E333395 SGN-E371082 SGN-E324153 SGN-E333441 SGN-E280331 SGN-E714981 SGN-E719086 SGN-E711142 SGN-E280866 SGN-E280790 SGN-E349058 SGN-E232181 SGN-E232681 SGN-E234776 SGN-E709282 SGN-E299176 SGN-E730712 SGN-E725778 SGN-E735756 SGN-E735838 SGN-E735350 SGN-E739164 SGN-E327449 SGN-E735378 SGN-E252133 SGN-E302916 SGN-E259441 SGN-E255109 SGN-E368226 SGN-E726018 SGN-E740443 SGN-E740389 SGN-E726596 SGN-E729298 SGN-E735627 SGN-E735421 SGN-E735669 SGN-E348117 SGN-E725776 SGN-E728507 SGN-E728646 SGN-E733822 SGN-E278922 SGN-E291353 SGN-E738415 SGN-E740199 SGN-E733301 SGN-E222411 SGN-E222654 SGN-E253292 SGN-E554213 SGN-E553607 SGN-E704631 SGN-E704338 SGN-E701890 SGN-E702073 SGN-E705635 SGN-E705470 SGN-E746436 SGN-E340986 SGN-E709595 SGN-E728865 SGN-E725866 SGN-E728730 SGN-E699640 SGN-E735762 SGN-E706660 SGN-E699872 SGN-E221492 SGN-E222050 SGN-E353937 SGN-E700950 SGN-E362524 SGN-E280759 SGN-E337612 SGN-E278408 SGN-E289736 SGN-E335451 SGN-E355141 SGN-E201886 SGN-E215366 SGN-E270959 SGN-E551253 SGN-E688193 SGN-E215766 SGN-E255943 NRAM2_ARATH NRAM3_ARATH CV016316_NT BP130545_NT BP526411_NT TC8450_NB CK291136_NB TC2058_NT BP529938_NT AJ632926_NT TC9454_NB TC9693_NB TC1195_NT AW624156.1 AW624156 gb AW624156.1 BG127919.1 BG127919 gb BG127919.1 AI489596.1 AI489596 gb AI489596.1 AI488597.1 AI488597 gb AI488597.1 BW689509.1 BW689509 gb BW689509.1 AI482641.1 AI482641 gb AI482641.1 AW092625.1 AW092625 gb AW092625.1 BI934685.1 BI934685 gb BI934685.1 BE441197.1 BE441197 gb BE441197.1 BG133948.1 BG133948 gb BG133948.1 BG123320.1 BG123320 gb BG123320.1 AI637357.1 AI637357 gb AI637357.1 BI935110.1 BI935110 gb BI935110.1 BP882474.1 BP882474 gb BP882474.1 BP895670.1 BP895670 gb BP895670.1 BM409764.1 BM409764 gb BM409764.1 AW032813.1 AW032813 gb AW032813.1 AI896908.1 AI896908 gb AI896908.1 CD002797.1 CD002797 gb CD002797.1 BG629586.1 BG629586 gb BG629586.1 BG630606.1 BG630606 gb BG630606.1 BI206282.1 BI206282 gb BI206282.1 BI206786.1 BI206786 gb BI206786.1 BI207245.1 BI207245 gb BI207245.1 AW038198.1 AW038198 gb AW038198.1 BI207480.1 BI207480 gb BI207480.1 BI208694.1 BI208694 gb BI208694.1 CN385086.1 CN385086 gb CN385086.1 AW624797.1 AW624797 gb AW624797.1 BF113909.1 BF113909 gb BF113909.1 CK714991.1 CK714991 gb CK714991.1 DV104756.1 DV104756 gb DV104756.1 AW218615.1 AW218615 gb AW218615.1 BG123378.1 BG123378 gb BG123378.1 BG127291.1 BG127291 gb BG127291.1 BF176440.1 BF176440 gb BF176440.1 AW651470.1 AW651470 gb AW651470.1 BG127507.1 BG127507 gb BG127507.1 BP892513.1 BP892513 gb BP892513.1 BG129669.1 BG129669 gb BG129669.1 AW031542.1 AW031542 gb AW031542.1 BP902512.1 BP902512 gb BP902512.1 BP878244.1 BP878244 gb BP878244.1 BP890605.1 BP890605 gb BP890605.1 BP892261.1 BP892261 gb BP892261.1 BG642949.1 BG642949 gb BG642949.1 BP910490.1 BP910490 gb BP910490.1 BP883177.1 BP883177 gb BP883177.1 BP910704.1 BP910704 gb BP910704.1 BP889286.1 BP889286 gb BP889286.1 BP888538.1 BP888538 gb BP888538.1 BP902290.1 BP902290 gb BP902290.1 BP905562.1 BP905562 gb BP905562.1 BP876292.1 BP876292 gb BP876292.1 BP903743.1 BP903743 gb BP903743.1 BP882475.1 BP882475 gb BP882475.1 BP875954.1 BP875954 gb BP875954.1 BP903419.1 BP903419 gb BP903419.1 AA824752.1 AA824752 gb AA824752.1 BP875794.1 BP875794 gb BP875794.1 BE451486.1 BE451486 gb BE451486.1 BP907753.1 BP907753 gb BP907753.1 BP905848.1 BP905848 gb BP905848.1 BP908140.1 BP908140 gb BP908140.1 BP908279.1 BP908279 gb BP908279.1 BP909036.1 BP909036 gb BP909036.1 BP910278.1 BP910278 gb BP910278.1 BP907742.1 BP907742 gb BP907742.1 BG735528.1 BG735528 gb BG735528.1 BG627183.1 BG627183 gb BG627183.1 AW932244.1 AW932244 gb AW932244.1 BM411571.1 BM411571 gb BM411571.1 BE436131.1 BE436131 gb BE436131.1 AW030482.1 AW030482 gb AW030482.1 BM410330.1 BM410330 gb BM410330.1 BI921396.1 BI921396 gb BI921396.1 BE436334.1 BE436334 gb BE436334.1 AW651353.1 AW651353 gb AW651353.1 AI897975.1 AI897975 gb AI897975.1 AI490002.1 AI490002 gb AI490002.1 AI485023.1 AI485023 gb AI485023.1 AI898166.1 AI898166 gb AI898166.1 AI483685.1 AI483685 gb AI483685.1 BP906290.1 BP906290 gb BP906290.1 AW033360.1 AW033360 gb AW033360.1 AI483746.1 AI483746 gb AI483746.1 BG630536.1 BG630536 gb BG630536.1 AW738086.1 AW738086 gb AW738086.1 AW738166.1 AW738166 gb AW738166.1 BI933300.1 BI933300 gb BI933300.1 BI931606.1 BI931606 gb BI931606.1 BG129276.1 BG129276 gb BG129276.1 BI934822.1 BI934822 gb BI934822.1 BP903103.1 BP903103 gb BP903103.1 AW737425.1 AW737425 gb AW737425.1 BP902662.1 BP902662 gb BP902662.1 BP879268.1 BP879268 gb BP879268.1 AW737279.1 AW737279 gb AW737279.1 BP898415.1 BP898415 gb BP898415.1 BP903673.1 BP903673 gb BP903673.1 AI896264.1 AI896264 gb AI896264.1 BG130800.1 BG130800 gb BG130800.1 BG131910.1 BG131910 gb BG131910.1 BI422665.1 BI422665 gb BI422665.1 BP897851.1 BP897851 gb BP897851.1 BP875721.1 BP875721 gb BP875721.1 AW032977.1 AW032977 gb AW032977.1 BP897878.1 BP897878 gb BP897878.1 BP879038.1 BP879038 gb BP879038.1 AW651013.1 AW651013 gb AW651013.1 BW690319.1 BW690319 gb BW690319.1 BM411800.1 BM411800 gb BM411800.1 BW689627.1 BW689627 gb BW689627.1 BI933393.1 BI933393 gb BI933393.1 BW687158.1 BW687158 gb BW687158.1 AW429230.1 AW429230 gb AW429230.1 AI894392.1 AI894392 gb AI894392.1 AW033889.1 AW033889 gb AW033889.1 AW647746.1 AW647746 gb AW647746.1 BP879973.1 BP879973 gb BP879973.1 BP876284.1 BP876284 gb BP876284.1 BP886050.1 BP886050 gb BP886050.1 BP879814.1 BP879814 gb BP879814.1 BP881929.1 BP881929 gb BP881929.1 BP886975.1 BP886975 gb BP886975.1 BP881964.1 BP881964 gb BP881964.1 BP888370.1 BP888370 gb BP888370.1 BP878899.1 BP878899 gb BP878899.1 BP901244.1 BP901244 gb BP901244.1 AW929753.1 AW929753 gb AW929753.1 BI923901.1 BI923901 gb BI923901.1 AW442006.1 AW442006 gb AW442006.1 BG131824.1 BG131824 gb BG131824.1 AW032637.1 AW032637 gb AW032637.1 BF113108.1 BF113108 gb BF113108.1 BP879947.1 BP879947 gb BP879947.1 BP886329.1 BP886329 gb BP886329.1 AI490455.1 AI490455 gb AI490455.1 BE435658.1 BE435658 gb BE435658.1 AW442368.1 AW442368 gb AW442368.1 AI487941.1 AI487941 gb AI487941.1 BE432138.1 BE432138 gb BE432138.1 BG629455.1 BG629455 gb BG629455.1 AI490200.1 AI490200 gb AI490200.1 BI934662.1 BI934662 gb BI934662.1 AW928940.1 AW928940 gb AW928940.1 BI934505.1 BI934505 gb BI934505.1 AI484126.1 AI484126 gb AI484126.1 BW686642.1 BW686642 gb BW686642.1 AI772286.1 AI772286 gb AI772286.1 BP893438.1 BP893438 gb BP893438.1 BP889599.1 BP889599 gb BP889599.1 BI203522.1 BI203522 gb BI203522.1 BG630930.1 BG630930 gb BG630930.1 BG630967.1 BG630967 gb BG630967.1 BP887739.1 BP887739 gb BP887739.1 BP896190.1 BP896190 gb BP896190.1 BI931275.1 BI931275 gb BI931275.1 BP901124.1 BP901124 gb BP901124.1 BP905792.1 BP905792 gb BP905792.1 BP906170.1 BP906170 gb BP906170.1 BE432447.1 BE432447 gb BE432447.1 AW443031.1 AW443031 gb AW443031.1 BP906252.1 BP906252 gb BP906252.1 BP909578.1 BP909578 gb BP909578.1 BP905764.1 BP905764 gb BP905764.1 BF098224.1 BF098224 gb BF098224.1 BF112651.1 BF112651 gb BF112651.1 BP896430.1 BP896430 gb BP896430.1 BP910857.1 BP910857 gb BP910857.1 BP910803.1 BP910803 gb BP910803.1 BP897008.1 BP897008 gb BP897008.1 BP906083.1 BP906083 gb BP906083.1 BP905835.1 BP905835 gb BP905835.1 BP906041.1 BP906041 gb BP906041.1 BP899710.1 BP899710 gb BP899710.1 BP896188.1 BP896188 gb BP896188.1 BG130584.1 BG130584 gb BG130584.1 BP898919.1 BP898919 gb BP898919.1 BP904235.1 BP904235 gb BP904235.1 BP899058.1 BP899058 gb BP899058.1 AI772290.1 AI772290 gb AI772290.1 BE460555.1 BE460555 gb BE460555.1 AW038128.1 AW038128 gb AW038128.1 BP908829.1 BP908829 gb BP908829.1 BP910613.1 BP910613 gb BP910613.1 BP903714.1 BP903714 gb BP903714.1 BG627288.1 BG627288 gb BG627288.1 BE460309.1 BE460309 gb BE460309.1 BP883088.1 BP883088 gb BP883088.1 BP882795.1 BP882795 gb BP882795.1 BP880346.1 BP880346 gb BP880346.1 BP880529.1 BP880529 gb BP880529.1 BP884092.1 BP884092 gb BP884092.1 BP883927.1 BP883927 gb BP883927.1 BG124458.1 BG124458 gb BG124458.1 BP888052.1 BP888052 gb BP888052.1 BP875993.1 BP875993 gb BP875993.1 BP902142.1 BP902142 gb BP902142.1 BP899277.1 BP899277 gb BP899277.1 BP896278.1 BP896278 gb BP896278.1 BP899142.1 BP899142 gb BP899142.1 BP878096.1 BP878096 gb BP878096.1 BP906176.1 BP906176 gb BP906176.1 BP885117.1 BP885117 gb BP885117.1 BP878328.1 BP878328 gb BP878328.1 BG626110.1 BG626110 gb BG626110.1 BI206401.1 BI206401 gb BI206401.1 BP879406.1 BP879406 gb BP879406.1 CD002844.1 CD002844 gb CD002844.1 AW219949.1 AW219949 gb AW219949.1 BG133203.1 BG133203 gb BG133203.1 BG126818.1 BG126818 gb BG126818.1 AW621542.1 AW621542 gb AW621542.1 BM956645.1 BM956645 gb BM956645.1 BG131185.1 BG131185 gb BG131185.1 BG628066.1 BG628066 gb BG628066.1 BI208771.1 BI208771 gb BI208771.1 BP903200.1 BP903200 gb BP903200.1 AJ831583.1 AJ831583 gb AJ831583.1 AW623354.1 AW623354 gb AW623354.1 AW031592.1 AW031592 gb AW031592.1 BF051246.1 BF051246 gb BF051246.1 BG626936.1 BG626936 gb BG626936.1 BG628081.1 BG628081 gb BG628081.1 DV105796.1 DV105796 gb DV105796.1 Contig1736 Singlet7832 SGN-E228212 SGN-E379427 SGN-E379112 SGN-E393065 SGN-E394609 SGN-E393076 SGN-E393075 SGN-E392727 SGN-E379618 SGN-E200845 SGN-E394141 SGN-E230552 AW030957.1 AW030957 gb AW030957.1 AW441210.1 AW441210 gb AW441210.1 AY125864.1 AY125864 gb AY125864.1 BG630422.1 BG630422 gb BG630422.1 genesplicer genesplicer Genesplicer_2 genesplicer 2.829231

score 2.829231

SPLICE_SITE_TYPE donor

SEQUENCE GT

115 116 Genesplicer_4 genesplicer 4.87712

score 4.87712

SPLICE_SITE_TYPE donor

SEQUENCE GT

281 282 Genesplicer_5 genesplicer 10.072527

score 10.072527

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

341 342 Genesplicer_11 genesplicer 5.944904

score 5.944904

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

1038 1039 Genesplicer_12 genesplicer 5.472735

score 5.472735

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

1454 1455 Genesplicer_14 genesplicer 7.549466

score 7.549466

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

1717 1718 Genesplicer_15 genesplicer 3.933086

score 3.933086

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

1836 1837 Genesplicer_16 genesplicer 4.127059

score 4.127059

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

1937 1938 Genesplicer_19 genesplicer 4.963775

score 4.963775

SPLICE_SITE_TYPE donor

SEQUENCE GT

2463 2464 Genesplicer_21 genesplicer 4.915191

score 4.915191

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

2678 2679 Genesplicer_22 genesplicer 3.486754

score 3.486754

SPLICE_SITE_TYPE donor

SEQUENCE GT

2748 2749 Genesplicer_23 genesplicer 8.171719

score 8.171719

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

2833 2834 Genesplicer_25 genesplicer 2.669044

score 2.669044

SPLICE_SITE_TYPE donor

SEQUENCE GT

3013 3014 Genesplicer_26 genesplicer 4.279004

score 4.279004

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

3238 3239 Genesplicer_30 genesplicer 4.900658

score 4.900658

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

3743 3744 Genesplicer_32 genesplicer 5.781341

score 5.781341

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

3830 3831 Genesplicer_33 genesplicer 8.781918

score 8.781918

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

4198 4199 Genesplicer_34 genesplicer 6.695887

score 6.695887

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

4345 4346 Genesplicer_35 genesplicer 3.462332

score 3.462332

SPLICE_SITE_TYPE donor

SEQUENCE GT

4602 4603 Genesplicer_37 genesplicer 9.031214

score 9.031214

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

4843 4844 Genesplicer_43 genesplicer 4.72942

score 4.72942

SPLICE_SITE_TYPE donor

SEQUENCE GT

5983 5984 Genesplicer_46 genesplicer 3.737947

score 3.737947

SPLICE_SITE_TYPE donor

SEQUENCE GT

6448 6449 Genesplicer_50 genesplicer 8.986243

score 8.986243

SPLICE_SITE_TYPE donor

SEQUENCE GT

6944 6945 Genesplicer_51 genesplicer 9.314174

score 9.314174

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

7009 7010 Genesplicer_52 genesplicer 8.568934

score 8.568934

SPLICE_SITE_TYPE donor

SEQUENCE GT

7081 7082 Genesplicer_54 genesplicer 5.130686

score 5.130686

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

7154 7155 Genesplicer_55 genesplicer 3.703707

score 3.703707

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

7519 7520 Genesplicer_56 genesplicer 3.879032

score 3.879032

SPLICE_SITE_TYPE donor

SEQUENCE GT

7647 7648 Genesplicer_59 genesplicer 8.212839

score 8.212839

SPLICE_SITE_TYPE donor

SEQUENCE GT

7855 7856 Genesplicer_62 genesplicer 8.410595

score 8.410595

SPLICE_SITE_TYPE donor

SEQUENCE GT

8139 8140 Genesplicer_64 genesplicer 5.739354

score 5.739354

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

8270 8271 Genesplicer_68 genesplicer 12.597965

score 12.597965

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

8614 8615 Genesplicer_69 genesplicer 4.94016

score 4.94016

SPLICE_SITE_TYPE donor

SEQUENCE GT

8708 8709 Genesplicer_72 genesplicer 6.273111

score 6.273111

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

9096 9097 Genesplicer_73 genesplicer 4.085133

score 4.085133

SPLICE_SITE_TYPE donor

SEQUENCE GT

9210 9211 Genesplicer_74 genesplicer 4.901489

score 4.901489

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

9306 9307 Genesplicer_76 genesplicer 7.192021

score 7.192021

SPLICE_SITE_TYPE donor

SEQUENCE GT

9510 9511 Genesplicer_77 genesplicer 5.596735

score 5.596735

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

9581 9582 Genesplicer_78 genesplicer 2.337887

score 2.337887

SPLICE_SITE_TYPE donor

SEQUENCE GT

9733 9734 Genesplicer_81 genesplicer 3.848972

score 3.848972

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

9847 9848 Genesplicer_82 genesplicer 8.02678

score 8.02678

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

10083 10084 Genesplicer_90 genesplicer 3.957958

score 3.957958

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

11112 11113 Genesplicer_92 genesplicer 5.568166

score 5.568166

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

11376 11377 Genesplicer_93 genesplicer 4.299526

score 4.299526

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

11609 11610 Genesplicer_95 genesplicer 2.770737

score 2.770737

SPLICE_SITE_TYPE donor

SEQUENCE GT

11740 11741 Genesplicer_96 genesplicer 5.295452

score 5.295452

SPLICE_SITE_TYPE donor

SEQUENCE GT

11802 11803 Genesplicer_97 genesplicer 2.904213

score 2.904213

SPLICE_SITE_TYPE donor

SEQUENCE GT

11941 11942 Genesplicer_98 genesplicer 7.189549

score 7.189549

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

11999 12000 Genesplicer_100 genesplicer 8.349914

score 8.349914

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

12275 12276 Genesplicer_101 genesplicer 4.162573

score 4.162573

SPLICE_SITE_TYPE donor

SEQUENCE GT

12334 12335 Genesplicer_104 genesplicer 7.95116

score 7.95116

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

12539 12540 Genesplicer_106 genesplicer 7.847049

score 7.847049

SPLICE_SITE_TYPE donor

SEQUENCE GT

12774 12775 Genesplicer_108 genesplicer 7.130957

score 7.130957

SPLICE_SITE_TYPE donor

SEQUENCE GT

13378 13379 Genesplicer_109 genesplicer 7.622633

score 7.622633

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

13456 13457 Genesplicer_112 genesplicer 5.942316

score 5.942316

SPLICE_SITE_TYPE donor

SEQUENCE GT

13982 13983 Genesplicer_113 genesplicer 5.90268

score 5.90268

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

14020 14021 Genesplicer_114 genesplicer 3.749212

score 3.749212

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

14122 14123 Genesplicer_115 genesplicer 6.238677

score 6.238677

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

14193 14194 Genesplicer_116 genesplicer 8.337595

score 8.337595

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

14379 14380 Genesplicer_117 genesplicer 4.629116

score 4.629116

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

14604 14605 Genesplicer_118 genesplicer 10.76659

score 10.76659

SPLICE_SITE_TYPE donor

SEQUENCE GT

15034 15035 Genesplicer_119 genesplicer 7.079413

score 7.079413

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

15161 15162 Genesplicer_122 genesplicer 6.469423

score 6.469423

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

15566 15567 Genesplicer_125 genesplicer 4.589083

score 4.589083

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

15883 15884 Genesplicer_126 genesplicer 11.796264

score 11.796264

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

15970 15971 Genesplicer_127 genesplicer 8.183587

score 8.183587

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

16088 16089 Genesplicer_128 genesplicer 2.531373

score 2.531373

SPLICE_SITE_TYPE donor

SEQUENCE GT

16148 16149 Genesplicer_131 genesplicer 2.604758

score 2.604758

SPLICE_SITE_TYPE donor

SEQUENCE GT

16477 16478 Genesplicer_133 genesplicer 6.849725

score 6.849725

SPLICE_SITE_TYPE donor

SEQUENCE GT

16707 16708 Genesplicer_134 genesplicer 4.023428

score 4.023428

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

16822 16823 Genesplicer_136 genesplicer 4.947442

score 4.947442

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

17112 17113 Genesplicer_138 genesplicer 5.857193

score 5.857193

SPLICE_SITE_TYPE donor

SEQUENCE GT

17280 17281 Genesplicer_145 genesplicer 2.386526

score 2.386526

SPLICE_SITE_TYPE donor

SEQUENCE GT

18362 18363 Genesplicer_149 genesplicer 2.631535

score 2.631535

SPLICE_SITE_TYPE donor

SEQUENCE GT

18718 18719 Genesplicer_150 genesplicer 4.795938

score 4.795938

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

18900 18901 Genesplicer_152 genesplicer 3.773164

score 3.773164

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

19176 19177 Genesplicer_154 genesplicer 6.877611

score 6.877611

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

19664 19665 Genesplicer_158 genesplicer 5.153031

score 5.153031

SPLICE_SITE_TYPE donor

SEQUENCE GT

20408 20409 Genesplicer_160 genesplicer 3.608355

score 3.608355

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

20544 20545 Genesplicer_162 genesplicer 3.859826

score 3.859826

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

20635 20636 Genesplicer_164 genesplicer 6.069884

score 6.069884

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

20961 20962 Genesplicer_166 genesplicer 8.462369

score 8.462369

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

21115 21116 Genesplicer_171 genesplicer 7.327497

score 7.327497

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

21943 21944 Genesplicer_174 genesplicer 7.513679

score 7.513679

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

22358 22359 Genesplicer_176 genesplicer 6.555145

score 6.555145

SPLICE_SITE_TYPE donor

SEQUENCE GT

22508 22509 Genesplicer_178 genesplicer 5.620561

score 5.620561

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

22630 22631 Genesplicer_180 genesplicer 3.020814

score 3.020814

SPLICE_SITE_TYPE donor

SEQUENCE GT

22788 22789 Genesplicer_181 genesplicer 4.641345

score 4.641345

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

23137 23138 Genesplicer_183 genesplicer 3.551717

score 3.551717

SPLICE_SITE_TYPE donor

SEQUENCE GT

23514 23515 Genesplicer_184 genesplicer 9.170121

score 9.170121

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

23632 23633 Genesplicer_187 genesplicer 6.367921

score 6.367921

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

23736 23737 Genesplicer_190 genesplicer 4.004854

score 4.004854

SPLICE_SITE_TYPE donor

SEQUENCE GT

23967 23968 Genesplicer_191 genesplicer 5.904677

score 5.904677

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

24038 24039 Genesplicer_195 genesplicer 4.027523

score 4.027523

SPLICE_SITE_TYPE donor

SEQUENCE GT

24227 24228 Genesplicer_196 genesplicer 7.905464

score 7.905464

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

24323 24324 Genesplicer_198 genesplicer 3.909321

score 3.909321

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

24436 24437 Genesplicer_201 genesplicer 3.297836

score 3.297836

SPLICE_SITE_TYPE donor

SEQUENCE GT

24738 24739 Genesplicer_203 genesplicer 4.073739

score 4.073739

SPLICE_SITE_TYPE donor

SEQUENCE GT

25056 25057 Genesplicer_204 genesplicer 9.068137

score 9.068137

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

25174 25175 Genesplicer_205 genesplicer 6.098898

score 6.098898

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

25235 25236 Genesplicer_206 genesplicer 3.86832

score 3.86832

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

25365 25366 Genesplicer_207 genesplicer 3.941802

score 3.941802

SPLICE_SITE_TYPE donor

SEQUENCE GT

25425 25426 Genesplicer_208 genesplicer 3.305098

score 3.305098

SPLICE_SITE_TYPE donor

SEQUENCE GT

25571 25572 Genesplicer_210 genesplicer 6.416799

score 6.416799

SPLICE_SITE_TYPE donor

SEQUENCE GT

25686 25687 Genesplicer_212 genesplicer 6.253844

score 6.253844

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

25849 25850 Genesplicer_216 genesplicer 8.421548

score 8.421548

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

26912 26913 Genesplicer_218 genesplicer 8.069163

score 8.069163

SPLICE_SITE_TYPE donor

SEQUENCE GT

27003 27004 Genesplicer_219 genesplicer 7.197281

score 7.197281

SPLICE_SITE_TYPE donor

SEQUENCE GT

27159 27160 Genesplicer_220 genesplicer 13.575805

score 13.575805

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

27213 27214 Genesplicer_225 genesplicer 4.853291

score 4.853291

SPLICE_SITE_TYPE donor

SEQUENCE GT

27693 27694 Genesplicer_226 genesplicer 5.475567

score 5.475567

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

27774 27775 Genesplicer_227 genesplicer 3.916716

score 3.916716

SPLICE_SITE_TYPE donor

SEQUENCE GT

28095 28096 Genesplicer_229 genesplicer 5.665333

score 5.665333

SPLICE_SITE_TYPE donor

SEQUENCE GT

29162 29163 Genesplicer_230 genesplicer 6.738731

score 6.738731

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

29228 29229 Genesplicer_234 genesplicer 6.225457

score 6.225457

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

29488 29489 Genesplicer_236 genesplicer 6.639366

score 6.639366

SPLICE_SITE_TYPE donor

SEQUENCE GT

29904 29905 Genesplicer_240 genesplicer 2.450248

score 2.450248

SPLICE_SITE_TYPE donor

SEQUENCE GT

30665 30666 Genesplicer_241 genesplicer 4.426654

score 4.426654

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

30744 30745 Genesplicer_242 genesplicer 4.838552

score 4.838552

SPLICE_SITE_TYPE donor

SEQUENCE GT

30821 30822 Genesplicer_245 genesplicer 4.878347

score 4.878347

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

31109 31110 Genesplicer_255 genesplicer 3.559598

score 3.559598

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

32272 32273 Genesplicer_261 genesplicer 3.763236

score 3.763236

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

33018 33019 Genesplicer_264 genesplicer 6.806178

score 6.806178

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

33478 33479 Genesplicer_269 genesplicer 3.985655

score 3.985655

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

34227 34228 Genesplicer_271 genesplicer 4.691572

score 4.691572

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

34798 34799 Genesplicer_277 genesplicer 3.645753

score 3.645753

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

35688 35689 Genesplicer_278 genesplicer 5.28072

score 5.28072

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

36007 36008 Genesplicer_279 genesplicer 4.906483

score 4.906483

SPLICE_SITE_TYPE donor

SEQUENCE GT

36084 36085 Genesplicer_280 genesplicer 7.177171

score 7.177171

SPLICE_SITE_TYPE donor

SEQUENCE GT

36176 36177 Genesplicer_282 genesplicer 3.34064

score 3.34064

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

36359 36360 Genesplicer_284 genesplicer 4.595428

score 4.595428

SPLICE_SITE_TYPE donor

SEQUENCE GT

36464 36465 Genesplicer_286 genesplicer 4.616073

score 4.616073

SPLICE_SITE_TYPE donor

SEQUENCE GT

36710 36711 Genesplicer_287 genesplicer 2.917984

score 2.917984

SPLICE_SITE_TYPE donor

SEQUENCE GT

36845 36846 Genesplicer_289 genesplicer 2.969938

score 2.969938

SPLICE_SITE_TYPE donor

SEQUENCE GT

36940 36941 Genesplicer_290 genesplicer 5.430912

score 5.430912

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

37027 37028 Genesplicer_291 genesplicer 7.801841

score 7.801841

SPLICE_SITE_TYPE donor

SEQUENCE GT

37459 37460 Genesplicer_297 genesplicer 3.3154

score 3.3154

SPLICE_SITE_TYPE donor

SEQUENCE GT

38274 38275 Genesplicer_308 genesplicer 3.830363

score 3.830363

SPLICE_SITE_TYPE donor

SEQUENCE GT

39630 39631 Genesplicer_313 genesplicer 3.098475

score 3.098475

SPLICE_SITE_TYPE donor

SEQUENCE GT

40281 40282 Genesplicer_315 genesplicer 8.106762

score 8.106762

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

40518 40519 Genesplicer_317 genesplicer 4.117618

score 4.117618

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

40714 40715 Genesplicer_318 genesplicer 4.419168

score 4.419168

SPLICE_SITE_TYPE donor

SEQUENCE GT

40988 40989 Genesplicer_323 genesplicer 3.739664

score 3.739664

SPLICE_SITE_TYPE donor

SEQUENCE GT

41510 41511 Genesplicer_327 genesplicer 11.850744

score 11.850744

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

41791 41792 Genesplicer_330 genesplicer 3.562897

score 3.562897

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

42459 42460 Genesplicer_331 genesplicer 9.575691

score 9.575691

SPLICE_SITE_TYPE donor

SEQUENCE GT

42566 42567 Genesplicer_334 genesplicer 6.76892

score 6.76892

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

42797 42798 Genesplicer_340 genesplicer 4.594937

score 4.594937

SPLICE_SITE_TYPE donor

SEQUENCE GT

43591 43592 Genesplicer_342 genesplicer 4.611282

score 4.611282

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

43839 43840 Genesplicer_343 genesplicer 5.402312

score 5.402312

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

44066 44067 Genesplicer_344 genesplicer 2.513632

score 2.513632

SPLICE_SITE_TYPE donor

SEQUENCE GT

44076 44077 Genesplicer_349 genesplicer 9.017902

score 9.017902

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

44929 44930 Genesplicer_353 genesplicer 6.349529

score 6.349529

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

45511 45512 Genesplicer_355 genesplicer 4.968622

score 4.968622

SPLICE_SITE_TYPE donor

SEQUENCE GT

45588 45589 Genesplicer_357 genesplicer 3.972477

score 3.972477

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

45899 45900 Genesplicer_359 genesplicer 5.171286

score 5.171286

SPLICE_SITE_TYPE donor

SEQUENCE GT

46234 46235 Genesplicer_360 genesplicer 3.819977

score 3.819977

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

46306 46307 Genesplicer_361 genesplicer 2.502425

score 2.502425

SPLICE_SITE_TYPE donor

SEQUENCE GT

46510 46511 Genesplicer_370 genesplicer 6.7645

score 6.7645

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

47647 47648 Genesplicer_373 genesplicer 5.842396

score 5.842396

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

47953 47954 Genesplicer_374 genesplicer 7.275765

score 7.275765

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

48034 48035 Genesplicer_377 genesplicer 4.328266

score 4.328266

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

48322 48323 Genesplicer_378 genesplicer 6.868601

score 6.868601

SPLICE_SITE_TYPE donor

SEQUENCE GT

48423 48424 Genesplicer_379 genesplicer 4.47049

score 4.47049

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

48607 48608 Genesplicer_382 genesplicer 3.209541

score 3.209541

SPLICE_SITE_TYPE donor

SEQUENCE GT

48905 48906 Genesplicer_383 genesplicer 3.354111

score 3.354111

SPLICE_SITE_TYPE donor

SEQUENCE GT

48966 48967 Genesplicer_384 genesplicer 4.552047

score 4.552047

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

49039 49040 Genesplicer_386 genesplicer 5.131786

score 5.131786

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

49602 49603 Genesplicer_388 genesplicer 3.872118

score 3.872118

SPLICE_SITE_TYPE donor

SEQUENCE GT

49686 49687 Genesplicer_390 genesplicer 2.323276

score 2.323276

SPLICE_SITE_TYPE donor

SEQUENCE GT

49750 49751 Genesplicer_391 genesplicer 3.689085

score 3.689085

SPLICE_SITE_TYPE donor

SEQUENCE GT

49812 49813 Genesplicer_392 genesplicer 13.253778

score 13.253778

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

49875 49876 Genesplicer_393 genesplicer 4.776955

score 4.776955

SPLICE_SITE_TYPE donor

SEQUENCE GT

49949 49950 Genesplicer_395 genesplicer 9.441477

score 9.441477

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

50194 50195 Genesplicer_396 genesplicer 4.990973

score 4.990973

SPLICE_SITE_TYPE donor

SEQUENCE GT

50243 50244 Genesplicer_397 genesplicer 4.616757

score 4.616757

SPLICE_SITE_TYPE donor

SEQUENCE GT

50387 50388 Genesplicer_399 genesplicer 5.912134

score 5.912134

SPLICE_SITE_TYPE donor

SEQUENCE GT

50503 50504 Genesplicer_401 genesplicer 2.807951

score 2.807951

SPLICE_SITE_TYPE donor

SEQUENCE GT

50695 50696 Genesplicer_404 genesplicer 5.028307

score 5.028307

SPLICE_SITE_TYPE donor

SEQUENCE GT

51050 51051 Genesplicer_406 genesplicer 2.937792

score 2.937792

SPLICE_SITE_TYPE donor

SEQUENCE GT

51432 51433 Genesplicer_407 genesplicer 3.835166

score 3.835166

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

51462 51463 Genesplicer_409 genesplicer 7.200453

score 7.200453

SPLICE_SITE_TYPE donor

SEQUENCE GT

51742 51743 Genesplicer_411 genesplicer 8.003913

score 8.003913

SPLICE_SITE_TYPE donor

SEQUENCE GT

52131 52132 Genesplicer_412 genesplicer 10.564158

score 10.564158

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

52235 52236 Genesplicer_413 genesplicer 4.337606

score 4.337606

SPLICE_SITE_TYPE donor

SEQUENCE GT

52453 52454 Genesplicer_416 genesplicer 6.833891

score 6.833891

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

52847 52848 Genesplicer_418 genesplicer 4.680247

score 4.680247

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

52977 52978 Genesplicer_420 genesplicer 3.318676

score 3.318676

SPLICE_SITE_TYPE donor

SEQUENCE GT

53179 53180 Genesplicer_424 genesplicer 3.816383

score 3.816383

SPLICE_SITE_TYPE donor

SEQUENCE GT

53634 53635 Genesplicer_427 genesplicer 5.218874

score 5.218874

SPLICE_SITE_TYPE donor

SEQUENCE GT

53965 53966 Genesplicer_429 genesplicer 3.182774

score 3.182774

SPLICE_SITE_TYPE donor

SEQUENCE GT

54456 54457 Genesplicer_433 genesplicer 3.438783

score 3.438783

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

54892 54893 Genesplicer_441 genesplicer 3.864641

score 3.864641

SPLICE_SITE_TYPE donor

SEQUENCE GT

56159 56160 Genesplicer_443 genesplicer 3.649226

score 3.649226

SPLICE_SITE_TYPE donor

SEQUENCE GT

56428 56429 Genesplicer_446 genesplicer 2.442029

score 2.442029

SPLICE_SITE_TYPE donor

SEQUENCE GT

56610 56611 Genesplicer_447 genesplicer 6.629388

score 6.629388

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

56704 56705 Genesplicer_451 genesplicer 5.68169

score 5.68169

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

57231 57232 Genesplicer_452 genesplicer 9.349378

score 9.349378

SPLICE_SITE_TYPE donor

SEQUENCE GT

57286 57287 Genesplicer_455 genesplicer 4.965584

score 4.965584

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

57414 57415 Genesplicer_456 genesplicer 4.026231

score 4.026231

SPLICE_SITE_TYPE donor

SEQUENCE GT

57674 57675 Genesplicer_457 genesplicer 4.338575

score 4.338575

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

57785 57786 Genesplicer_464 genesplicer 8.355097

score 8.355097

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

58493 58494 Genesplicer_466 genesplicer 4.192682

score 4.192682

SPLICE_SITE_TYPE donor

SEQUENCE GT

58645 58646 Genesplicer_467 genesplicer 8.035342

score 8.035342

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

58737 58738 Genesplicer_473 genesplicer 9.677883

score 9.677883

SPLICE_SITE_TYPE donor

SEQUENCE GT

59596 59597 Genesplicer_476 genesplicer 7.223271

score 7.223271

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

59855 59856 Genesplicer_478 genesplicer 2.989408

score 2.989408

SPLICE_SITE_TYPE donor

SEQUENCE GT

60214 60215 Genesplicer_479 genesplicer 5.803791

score 5.803791

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

60311 60312 Genesplicer_482 genesplicer 5.410211

score 5.410211

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

60693 60694 Genesplicer_484 genesplicer 3.885697

score 3.885697

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

60940 60941 Genesplicer_485 genesplicer 6.229937

score 6.229937

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

61066 61067 Genesplicer_488 genesplicer 6.763992

score 6.763992

SPLICE_SITE_TYPE donor

SEQUENCE GT

61631 61632 Genesplicer_491 genesplicer 3.830925

score 3.830925

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

61758 61759 Genesplicer_497 genesplicer 3.562426

score 3.562426

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

62821 62822 Genesplicer_500 genesplicer 7.186197

score 7.186197

SPLICE_SITE_TYPE donor

SEQUENCE GT

63156 63157 Genesplicer_502 genesplicer 3.677504

score 3.677504

SPLICE_SITE_TYPE donor

SEQUENCE GT

63641 63642 Genesplicer_503 genesplicer 3.902622

score 3.902622

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

63746 63747 Genesplicer_513 genesplicer 2.624561

score 2.624561

SPLICE_SITE_TYPE donor

SEQUENCE GT

65250 65251 Genesplicer_514 genesplicer 4.824183

score 4.824183

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

65278 65279 Genesplicer_515 genesplicer 6.966447

score 6.966447

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

65365 65366 Genesplicer_516 genesplicer 6.81749

score 6.81749

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

65427 65428 Genesplicer_520 genesplicer 4.050516

score 4.050516

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

66154 66155 Genesplicer_522 genesplicer 10.807442

score 10.807442

SPLICE_SITE_TYPE donor

SEQUENCE GT

66359 66360 Genesplicer_524 genesplicer 3.904496

score 3.904496

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

66503 66504 Genesplicer_525 genesplicer 2.970014

score 2.970014

SPLICE_SITE_TYPE donor

SEQUENCE GT

66580 66581 Genesplicer_526 genesplicer 8.303309

score 8.303309

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

66637 66638 Genesplicer_527 genesplicer 3.910503

score 3.910503

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

66899 66900 Genesplicer_528 genesplicer 5.796369

score 5.796369

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

66984 66985 Genesplicer_529 genesplicer 7.451954

score 7.451954

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

67703 67704 Genesplicer_531 genesplicer 6.247944

score 6.247944

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

68030 68031 Genesplicer_536 genesplicer 4.315876

score 4.315876

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

68746 68747 Genesplicer_539 genesplicer 4.822449

score 4.822449

SPLICE_SITE_TYPE donor

SEQUENCE GT

68988 68989 Genesplicer_543 genesplicer 4.038639

score 4.038639

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

69816 69817 Genesplicer_545 genesplicer 4.283937

score 4.283937

SPLICE_SITE_TYPE donor

SEQUENCE GT

70679 70680 Genesplicer_546 genesplicer 6.510787

score 6.510787

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

70754 70755 Genesplicer_547 genesplicer 3.338733

score 3.338733

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

70877 70878 Genesplicer_550 genesplicer 4.957307

score 4.957307

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

71515 71516 Genesplicer_551 genesplicer 5.003561

score 5.003561

SPLICE_SITE_TYPE donor

SEQUENCE GT

71569 71570 Genesplicer_552 genesplicer 12.855016

score 12.855016

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

71647 71648 Genesplicer_554 genesplicer 2.714731

score 2.714731

SPLICE_SITE_TYPE donor

SEQUENCE GT

71828 71829 Genesplicer_555 genesplicer 4.628097

score 4.628097

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

71910 71911 Genesplicer_556 genesplicer 2.598592

score 2.598592

SPLICE_SITE_TYPE donor

SEQUENCE GT

71989 71990 Genesplicer_557 genesplicer 4.941126

score 4.941126

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

72114 72115 Genesplicer_563 genesplicer 4.642475

score 4.642475

SPLICE_SITE_TYPE donor

SEQUENCE GT

73446 73447 Genesplicer_566 genesplicer 4.716053

score 4.716053

SPLICE_SITE_TYPE donor

SEQUENCE GT

74066 74067 Genesplicer_567 genesplicer 2.503713

score 2.503713

SPLICE_SITE_TYPE donor

SEQUENCE GT

74194 74195 Genesplicer_568 genesplicer 3.985388

score 3.985388

SPLICE_SITE_TYPE donor

SEQUENCE GT

74368 74369 Genesplicer_569 genesplicer 9.480522

score 9.480522

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

74468 74469 Genesplicer_577 genesplicer 5.090847

score 5.090847

SPLICE_SITE_TYPE donor

SEQUENCE GT

75447 75448 Genesplicer_578 genesplicer 4.390085

score 4.390085

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

75595 75596 Genesplicer_588 genesplicer 5.681995

score 5.681995

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

77141 77142 Genesplicer_597 genesplicer 6.032752

score 6.032752

SPLICE_SITE_TYPE donor

SEQUENCE GT

78219 78220 Genesplicer_603 genesplicer 6.205326

score 6.205326

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

79086 79087 Genesplicer_606 genesplicer 3.70483

score 3.70483

SPLICE_SITE_TYPE donor

SEQUENCE GT

79534 79535 Genesplicer_609 genesplicer 7.689625

score 7.689625

SPLICE_SITE_TYPE donor

SEQUENCE GT

79692 79693 Genesplicer_610 genesplicer 10.316767

score 10.316767

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

80053 80054 Genesplicer_612 genesplicer 2.718756

score 2.718756

SPLICE_SITE_TYPE donor

SEQUENCE GT

80264 80265 Genesplicer_615 genesplicer 5.011785

score 5.011785

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

80477 80478 Genesplicer_618 genesplicer 8.553174

score 8.553174

SPLICE_SITE_TYPE donor

SEQUENCE GT

80989 80990 Genesplicer_619 genesplicer 8.64737

score 8.64737

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

81144 81145 Genesplicer_621 genesplicer 8.055638

score 8.055638

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

81538 81539 Genesplicer_624 genesplicer 6.451345

score 6.451345

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

81788 81789 Genesplicer_626 genesplicer 9.661018

score 9.661018

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

82018 82019 Genesplicer_630 genesplicer 4.294492

score 4.294492

SPLICE_SITE_TYPE donor

SEQUENCE GT

82492 82493 Genesplicer_631 genesplicer 7.457437

score 7.457437

SPLICE_SITE_TYPE donor

SEQUENCE GT

82568 82569 Genesplicer_632 genesplicer 6.935082

score 6.935082

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

82599 82600 Genesplicer_633 genesplicer 6.226192

score 6.226192

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

82720 82721 Genesplicer_634 genesplicer 4.111294

score 4.111294

SPLICE_SITE_TYPE donor

SEQUENCE GT

82784 82785 Genesplicer_636 genesplicer 5.29839

score 5.29839

SPLICE_SITE_TYPE donor

SEQUENCE GT

82862 82863 Genesplicer_640 genesplicer 3.609526

score 3.609526

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

83324 83325 Genesplicer_642 genesplicer 7.075289

score 7.075289

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

83826 83827 Genesplicer_643 genesplicer 2.309639

score 2.309639

SPLICE_SITE_TYPE donor

SEQUENCE GT

83892 83893 Genesplicer_644 genesplicer 4.910087

score 4.910087

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

83929 83930 Genesplicer_649 genesplicer 4.346914

score 4.346914

SPLICE_SITE_TYPE donor

SEQUENCE GT

84313 84314 Genesplicer_650 genesplicer 3.745335

score 3.745335

SPLICE_SITE_TYPE donor

SEQUENCE GT

84420 84421 Genesplicer_651 genesplicer 3.859976

score 3.859976

SPLICE_SITE_TYPE donor

SEQUENCE GT

84526 84527 Genesplicer_652 genesplicer 7.338149

score 7.338149

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

84588 84589 Genesplicer_653 genesplicer 4.647176

score 4.647176

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

84666 84667 Genesplicer_655 genesplicer 4.263455

score 4.263455

SPLICE_SITE_TYPE donor

SEQUENCE GT

84979 84980 Genesplicer_656 genesplicer 10.936901

score 10.936901

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

85123 85124 Genesplicer_658 genesplicer 4.004219

score 4.004219

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

85296 85297 Genesplicer_659 genesplicer 8.882333

score 8.882333

SPLICE_SITE_TYPE donor

SEQUENCE GT

85779 85780 Genesplicer_661 genesplicer 4.212881

score 4.212881

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

85946 85947 Genesplicer_664 genesplicer 3.446332

score 3.446332

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

86185 86186 Genesplicer_666 genesplicer 4.396678

score 4.396678

SPLICE_SITE_TYPE donor

SEQUENCE GT

86356 86357 Genesplicer_667 genesplicer 7.740561

score 7.740561

SPLICE_SITE_TYPE donor

SEQUENCE GT

86417 86418 Genesplicer_668 genesplicer 6.532186

score 6.532186

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

86591 86592 Genesplicer_669 genesplicer 6.839544

score 6.839544

SPLICE_SITE_TYPE donor

SEQUENCE GT

86671 86672 Genesplicer_670 genesplicer 5.08794

score 5.08794

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

86689 86690 Genesplicer_671 genesplicer 7.787365

score 7.787365

SPLICE_SITE_TYPE donor

SEQUENCE GT

86970 86971 Genesplicer_673 genesplicer 2.5184

score 2.5184

SPLICE_SITE_TYPE donor

SEQUENCE GT

87111 87112 Genesplicer_675 genesplicer 8.76677

score 8.76677

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

87772 87773 Genesplicer_676 genesplicer 2.262182

score 2.262182

SPLICE_SITE_TYPE donor

SEQUENCE GT

87810 87811 Genesplicer_680 genesplicer 5.386693

score 5.386693

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

88180 88181 Genesplicer_682 genesplicer 4.479059

score 4.479059

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

88460 88461 Genesplicer_684 genesplicer 5.002243

score 5.002243

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

88822 88823 Genesplicer_685 genesplicer 3.987517

score 3.987517

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

88962 88963 Genesplicer_686 genesplicer 4.128266

score 4.128266

SPLICE_SITE_TYPE donor

SEQUENCE GT

89023 89024 Genesplicer_688 genesplicer 5.653837

score 5.653837

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

89108 89109 Genesplicer_690 genesplicer 4.352465

score 4.352465

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

89301 89302 Genesplicer_694 genesplicer 4.452802

score 4.452802

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

89611 89612 Genesplicer_696 genesplicer 8.685807

score 8.685807

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

89827 89828 Genesplicer_699 genesplicer 2.242763

score 2.242763

SPLICE_SITE_TYPE donor

SEQUENCE GT

90593 90594 Genesplicer_701 genesplicer 4.621174

score 4.621174

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

90742 90743 Genesplicer_704 genesplicer 4.065941

score 4.065941

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

91307 91308 Genesplicer_707 genesplicer 4.22961

score 4.22961

SPLICE_SITE_TYPE donor

SEQUENCE GT

91603 91604 Genesplicer_710 genesplicer 6.150486

score 6.150486

SPLICE_SITE_TYPE donor

SEQUENCE GT

91849 91850 Genesplicer_712 genesplicer 12.470977

score 12.470977

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

91980 91981 Genesplicer_714 genesplicer 3.064304

score 3.064304

SPLICE_SITE_TYPE donor

SEQUENCE GT

92110 92111 Genesplicer_715 genesplicer 7.068628

score 7.068628

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

92192 92193 Genesplicer_719 genesplicer 8.074686

score 8.074686

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

92511 92512 Genesplicer_721 genesplicer 3.708546

score 3.708546

SPLICE_SITE_TYPE donor

SEQUENCE GT

92661 92662 Genesplicer_723 genesplicer 2.653033

score 2.653033

SPLICE_SITE_TYPE donor

SEQUENCE GT

93112 93113 Genesplicer_724 genesplicer 2.958294

score 2.958294

SPLICE_SITE_TYPE donor

SEQUENCE GT

93206 93207 Genesplicer_730 genesplicer 9.561831

score 9.561831

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

94044 94045 Genesplicer_731 genesplicer 3.039752

score 3.039752

SPLICE_SITE_TYPE donor

SEQUENCE GT

94191 94192 Genesplicer_736 genesplicer 3.653957

score 3.653957

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

94705 94706 Genesplicer_737 genesplicer 3.745595

score 3.745595

SPLICE_SITE_TYPE donor

SEQUENCE GT

94764 94765 Genesplicer_738 genesplicer 9.70003

score 9.70003

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

94864 94865 Genesplicer_740 genesplicer 4.573784

score 4.573784

SPLICE_SITE_TYPE donor

SEQUENCE GT

95055 95056 Genesplicer_741 genesplicer 5.045813

score 5.045813

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

95133 95134 Genesplicer_742 genesplicer 6.580856

score 6.580856

SPLICE_SITE_TYPE donor

SEQUENCE GT

95203 95204 Genesplicer_743 genesplicer 6.958513

score 6.958513

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

95319 95320 Genesplicer_745 genesplicer 4.817146

score 4.817146

SPLICE_SITE_TYPE donor

SEQUENCE GT

95696 95697 Genesplicer_746 genesplicer 6.16666

score 6.16666

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

96021 96022 Genesplicer_751 genesplicer 3.968491

score 3.968491

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

97259 97260 Genesplicer_752 genesplicer 2.574302

score 2.574302

SPLICE_SITE_TYPE donor

SEQUENCE GT

97347 97348 Genesplicer_753 genesplicer 7.340865

score 7.340865

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

97378 97379 Genesplicer_754 genesplicer 4.40936

score 4.40936

SPLICE_SITE_TYPE donor

SEQUENCE GT

97523 97524 Genesplicer_757 genesplicer 3.271602

score 3.271602

SPLICE_SITE_TYPE donor

SEQUENCE GT

97728 97729 Genesplicer_758 genesplicer 3.386633

score 3.386633

SPLICE_SITE_TYPE donor

SEQUENCE GT

97826 97827 Genesplicer_759 genesplicer 5.249098

score 5.249098

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

97862 97863 Genesplicer_760 genesplicer 3.551882

score 3.551882

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

97980 97981 Genesplicer_763 genesplicer 4.122804

score 4.122804

SPLICE_SITE_TYPE donor

SEQUENCE GT

98237 98238 Genesplicer_766 genesplicer 8.984133

score 8.984133

SPLICE_SITE_TYPE donor

SEQUENCE GT

98508 98509 Genesplicer_767 genesplicer 6.115776

score 6.115776

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

98624 98625 Genesplicer_768 genesplicer 4.651706

score 4.651706

SPLICE_SITE_TYPE donor

SEQUENCE GT

98703 98704 Genesplicer_769 genesplicer 7.463173

score 7.463173

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

98743 98744 Genesplicer_770 genesplicer 7.93421

score 7.93421

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

98895 98896 Genesplicer_771 genesplicer 4.092823

score 4.092823

SPLICE_SITE_TYPE donor

SEQUENCE GT

99291 99292 Genesplicer_773 genesplicer 4.697967

score 4.697967

SPLICE_SITE_TYPE donor

SEQUENCE GT

99368 99369 Genesplicer_775 genesplicer 10.853497

score 10.853497

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

99510 99511 Genesplicer_776 genesplicer 7.60757

score 7.60757

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

99606 99607 Genesplicer_777 genesplicer 5.012979

score 5.012979

SPLICE_SITE_TYPE donor

SEQUENCE GT

99608 99609 Genesplicer_780 genesplicer 6.591337

score 6.591337

SPLICE_SITE_TYPE donor

SEQUENCE GT

100136 100137 Genesplicer_781 genesplicer 7.241938

score 7.241938

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

100172 100173 Genesplicer_784 genesplicer 13.603367

score 13.603367

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

100453 100454 Genesplicer_786 genesplicer 5.393917

score 5.393917

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

100656 100657 Genesplicer_788 genesplicer 4.67346

score 4.67346

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

100784 100785 Genesplicer_790 genesplicer 4.106888

score 4.106888

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

101027 101028 Genesplicer_792 genesplicer 3.554362

score 3.554362

SPLICE_SITE_TYPE donor

SEQUENCE GT

101281 101282 Genesplicer_793 genesplicer 2.394873

score 2.394873

SPLICE_SITE_TYPE donor

SEQUENCE GT

101345 101346 Genesplicer_794 genesplicer 4.528752

score 4.528752

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

101588 101589 Genesplicer_795 genesplicer 4.577151

score 4.577151

SPLICE_SITE_TYPE donor

SEQUENCE GT

101842 101843 Genesplicer_796 genesplicer 3.366576

score 3.366576

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

102006 102007 Genesplicer_800 genesplicer 7.185554

score 7.185554

SPLICE_SITE_TYPE donor

SEQUENCE GT

103044 103045 Genesplicer_801 genesplicer 3.953906

score 3.953906

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

103143 103144 Genesplicer_802 genesplicer 4.148072

score 4.148072

SPLICE_SITE_TYPE donor

SEQUENCE GT

103246 103247 Genesplicer_803 genesplicer 5.934383

score 5.934383

SPLICE_SITE_TYPE donor

SEQUENCE GT

103758 103759 Genesplicer_806 genesplicer 13.928259

score 13.928259

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

103997 103998 Genesplicer_807 genesplicer 5.015076

score 5.015076

SPLICE_SITE_TYPE donor

SEQUENCE GT

104078 104079 Genesplicer_809 genesplicer 8.415395

score 8.415395

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

104263 104264 Genesplicer_811 genesplicer 5.087849

score 5.087849

SPLICE_SITE_TYPE donor

SEQUENCE GT

104463 104464 Genesplicer_813 genesplicer 5.043095

score 5.043095

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

104603 104604 Genesplicer_822 genesplicer 5.482325

score 5.482325

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

105423 105424 Genesplicer_823 genesplicer 3.406977

score 3.406977

SPLICE_SITE_TYPE donor

SEQUENCE GT

105823 105824 Genesplicer_826 genesplicer 4.488891

score 4.488891

SPLICE_SITE_TYPE donor

SEQUENCE GT

106077 106078 Genesplicer_827 genesplicer 2.436159

score 2.436159

SPLICE_SITE_TYPE donor

SEQUENCE GT

106215 106216 Genesplicer_828 genesplicer 5.056774

score 5.056774

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

106273 106274 Genesplicer_832 genesplicer 6.078682

score 6.078682

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

106867 106868 Genesplicer_839 genesplicer 4.618407

score 4.618407

SPLICE_SITE_TYPE donor

SEQUENCE GT

107417 107418 Genesplicer_843 genesplicer 2.893659

score 2.893659

SPLICE_SITE_TYPE donor

SEQUENCE GT

107957 107958 Genesplicer_848 genesplicer 7.503113

score 7.503113

SPLICE_SITE_TYPE donor

SEQUENCE GT

108676 108677 Genesplicer_849 genesplicer 4.088975

score 4.088975

SPLICE_SITE_TYPE donor

SEQUENCE GT

108868 108869 Genesplicer_854 genesplicer 3.328778

score 3.328778

SPLICE_SITE_TYPE donor

SEQUENCE GT

109652 109653 Genesplicer_855 genesplicer 2.372069

score 2.372069

SPLICE_SITE_TYPE donor

SEQUENCE GT

109719 109720 Genesplicer_859 genesplicer 3.824579

score 3.824579

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

110388 110389 Genesplicer_862 genesplicer 3.750099

score 3.750099

SPLICE_SITE_TYPE donor

SEQUENCE GT

110638 110639 Genesplicer_863 genesplicer 5.277444

score 5.277444

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

110844 110845 Genesplicer_864 genesplicer 5.37697

score 5.37697

SPLICE_SITE_TYPE donor

SEQUENCE GT

110929 110930 Genesplicer_866 genesplicer 4.117774

score 4.117774

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

111286 111287 Genesplicer_868 genesplicer 9.44922

score 9.44922

SPLICE_SITE_TYPE donor

SEQUENCE GT

112102 112103 Genesplicer_872 genesplicer 6.506696

score 6.506696

SPLICE_SITE_TYPE donor

SEQUENCE GT

112387 112388 Genesplicer_875 genesplicer 8.154368

score 8.154368

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

112589 112590 Genesplicer_876 genesplicer 5.713922

score 5.713922

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

112664 112665 Genesplicer_877 genesplicer 6.60192

score 6.60192

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

112767 112768 Genesplicer_879 genesplicer 6.641798

score 6.641798

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

112922 112923 Genesplicer_880 genesplicer 5.363711

score 5.363711

SPLICE_SITE_TYPE donor

SEQUENCE GT

113069 113070 Genesplicer_881 genesplicer 4.402757

score 4.402757

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

113287 113288 Genesplicer_882 genesplicer 10.756234

score 10.756234

SPLICE_SITE_TYPE donor

SEQUENCE GT

113330 113331 Genesplicer_883 genesplicer 4.5399

score 4.5399

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

113411 113412 Genesplicer_884 genesplicer 4.291934

score 4.291934

SPLICE_SITE_TYPE donor

SEQUENCE GT

113484 113485 Genesplicer_885 genesplicer 5.59867

score 5.59867

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

113698 113699 Genesplicer_886 genesplicer 6.93593

score 6.93593

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

113848 113849 Genesplicer_887 genesplicer 6.01045

score 6.01045

SPLICE_SITE_TYPE donor

SEQUENCE GT

114006 114007 Genesplicer_888 genesplicer 4.496757

score 4.496757

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

114031 114032 Genesplicer_889 genesplicer 11.351947

score 11.351947

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

114126 114127 Genesplicer_890 genesplicer 2.43219

score 2.43219

SPLICE_SITE_TYPE donor

SEQUENCE GT

114279 114280 Genesplicer_891 genesplicer 2.499018

score 2.499018

SPLICE_SITE_TYPE donor

SEQUENCE GT

114481 114482 Genesplicer_892 genesplicer 4.231742

score 4.231742

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

114505 114506 Genesplicer_894 genesplicer 6.595218

score 6.595218

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

114760 114761 Genesplicer_895 genesplicer 3.215977

score 3.215977

SPLICE_SITE_TYPE donor

SEQUENCE GT

114837 114838 Genesplicer_896 genesplicer 3.655966

score 3.655966

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

114912 114913 Genesplicer_897 genesplicer 7.973541

score 7.973541

SPLICE_SITE_TYPE donor

SEQUENCE GT

114975 114976 Genesplicer_898 genesplicer 5.017179

score 5.017179

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

115008 115009 RepeatMasker repeat_lib_v4.2.lib Contig50 RepeatMasker:repeat_lib_v4.2.lib 933.0

score 933.0

Repeat_Length 121.0

ident 93.3

Match_Length 119.0

Genomic_Match_Length 119.0

Match_Range 1-120

Repeat_Class Unknown

1440 1559 Contig52 RepeatMasker:repeat_lib_v4.2.lib 1737.0

score 1737.0

Repeat_Length 570.0

ident 84.7

Match_Length 562.0

Genomic_Match_Length 400.0

Match_Range 3-565

Repeat_Class Unknown

3439 3839 hind_R=2046 RepeatMasker:repeat_lib_v4.2.lib 446.0

score 446.0

Repeat_Length 120.0

ident 82.9

Match_Length 119.0

Genomic_Match_Length 116.0

Match_Range 1-120

Repeat_Class Unknown

6031 6147 4983 RepeatMasker:repeat_lib_v4.2.lib 242.0

score 242.0

Repeat_Length 5452.0

ident 80.0

Match_Length 65.0

Genomic_Match_Length 59.0

Match_Range 2057-2122

Repeat_Class LTR/Copia

19296 19355 Contig1231 RepeatMasker:repeat_lib_v4.2.lib 800.0

score 800.0

Repeat_Length 216.0

ident 84.7

Match_Length 203.0

Genomic_Match_Length 192.0

Match_Range 1-204

Repeat_Class Unknown

21731 21923 Contig525 RepeatMasker:repeat_lib_v4.2.lib 900.0

score 900.0

Repeat_Length 299.0

ident 80.9

Match_Length 296.0

Genomic_Match_Length 461.0

Match_Range 1-297

Repeat_Class Unknown/repeat

25338 25799 Contig144 RepeatMasker:repeat_lib_v4.2.lib 920.0

score 920.0

Repeat_Length 167.0

ident 88.1

Match_Length 160.0

Genomic_Match_Length 160.0

Match_Range 7-167

Repeat_Class Unknown

42310 42470 Contig1268 RepeatMasker:repeat_lib_v4.2.lib 384.0

score 384.0

Repeat_Length 113.0

ident 80.9

Match_Length 111.0

Genomic_Match_Length 93.0

Match_Range 2-113

Repeat_Class Unknown

42842 42935 5103 RepeatMasker:repeat_lib_v4.2.lib 242.0

score 242.0

Repeat_Length 3956.0

ident 82.6

Match_Length 58.0

Genomic_Match_Length 63.0

Match_Range 2672-2730

Repeat_Class LTR/Copia

43982 44045 15338 RepeatMasker:repeat_lib_v4.2.lib 255.0

score 255.0

Repeat_Length 4576.0

ident 70.5

Match_Length 168.0

Genomic_Match_Length 163.0

Match_Range 3787-3955

Repeat_Class LTR/Copia

44189 44352 15220 RepeatMasker:repeat_lib_v4.2.lib 229.0

score 229.0

Repeat_Length 4206.0

ident 79.2

Match_Length 48.0

Genomic_Match_Length 47.0

Match_Range 3991-4039

Repeat_Class LTR/Copia

44667 44714 12265 RepeatMasker:repeat_lib_v4.2.lib 273.0

score 273.0

Repeat_Length 129.0

ident 75.8

Match_Length 61.0

Genomic_Match_Length 61.0

Match_Range 4-65

Repeat_Class Retroelement

46446 46507 Contig50 RepeatMasker:repeat_lib_v4.2.lib 291.0

score 291.0

Repeat_Length 121.0

ident 79.7

Match_Length 68.0

Genomic_Match_Length 71.0

Match_Range 52-120

Repeat_Class Unknown

52346 52417 Contig386 RepeatMasker:repeat_lib_v4.2.lib 4493.0

score 4493.0

Repeat_Length 716.0

ident 95.9

Match_Length 708.0

Genomic_Match_Length 665.0

Match_Range 4-712

Repeat_Class Unknown/repeat

56234 56899 Contig391 RepeatMasker:repeat_lib_v4.2.lib 1212.0

score 1212.0

Repeat_Length 368.0

ident 81.8

Match_Length 262.0

Genomic_Match_Length 275.0

Match_Range 1-263

Repeat_Class Unknown

58069 58344 Contig1260 RepeatMasker:repeat_lib_v4.2.lib 937.0

score 937.0

Repeat_Length 750.0

ident 78.9

Match_Length 245.0

Genomic_Match_Length 242.0

Match_Range 2-247

Repeat_Class Unknown

80189 80431 Contig563 RepeatMasker:repeat_lib_v4.2.lib 3538.0

score 3538.0

Repeat_Length 647.0

ident 87.9

Match_Length 638.0

Genomic_Match_Length 626.0

Match_Range 1-639

Repeat_Class Unknown

90637 91263 Contig358 RepeatMasker:repeat_lib_v4.2.lib 1658.0

score 1658.0

Repeat_Length 314.0

ident 88.3

Match_Length 250.0

Genomic_Match_Length 247.0

Match_Range 62-312

Repeat_Class Unknown/repeat

91338 91585 15732 RepeatMasker:repeat_lib_v4.2.lib 390.0

score 390.0

Repeat_Length 189.0

ident 77.3

Match_Length 137.0

Genomic_Match_Length 136.0

Match_Range 3-140

Repeat_Class SINE

103475 103611 Contig1209 RepeatMasker:repeat_lib_v4.2.lib 909.0

score 909.0

Repeat_Length 719.0

ident 81.2

Match_Length 253.0

Genomic_Match_Length 246.0

Match_Range 1-254

Repeat_Class DNA/En-Spm

104825 105071 Contig2349 RepeatMasker:repeat_lib_v4.2.lib 2300.0

score 2300.0

Repeat_Length 499.0

ident 87.8

Match_Length 481.0

Genomic_Match_Length 612.0

Match_Range 14-495

Repeat_Class Unknown/repeat

111854 112466 Contig2349 RepeatMasker:repeat_lib_v4.2.lib 2300.0

score 2300.0

Repeat_Length 499.0

ident 87.8

Match_Length 481.0

Genomic_Match_Length 612.0

Match_Range 14-495

Repeat_Class Unknown/repeat

111854 112466 genomethreader Tomato_200607.seq.Unmasked OA:genomethreader_1:C02HBa0155D20.1 SGN-E228212 0.836

score 0.836

1444 1559 1 116 OA:genomethreader_1:C02HBa0155D20.1 6670 7241 SGN-E318994 1.0

score 1.0

6670 7080 1 411 SGN-E318994 1.0

score 1.0

7156 7241 412 497 OA:genomethreader_1:C02HBa0155D20.1 6749 7322 SGN-E392500 0.985

score 0.985

6749 6943 1 195 SGN-E392500 1.0

score 1.0

7011 7080 196 265 SGN-E392500 0.982

score 0.982

7156 7322 266 432 OA:genomethreader_1:C02HBa0155D20.1 6750 7319 SGN-E235601 1.0

score 1.0

6750 6943 1 194 SGN-E235601 1.0

score 1.0

7011 7080 195 264 SGN-E235601 1.0

score 1.0

7156 7319 265 428 OA:genomethreader_1:C02HBa0155D20.1 6750 7311 SGN-E238452 1.0

score 1.0

6750 6943 1 194 SGN-E238452 1.0

score 1.0

7011 7080 195 264 SGN-E238452 1.0

score 1.0

7156 7311 265 420 OA:genomethreader_1:C02HBa0155D20.1 6814 7879 SGN-E721953 0.946

score 0.946

6814 6943 1 130 SGN-E721953 1.0

score 1.0

7011 7080 131 200 SGN-E721953 1.0

score 1.0

7156 7453 201 498 SGN-E721953 0.997

score 0.997

7521 7879 499 857 OA:genomethreader_1:C02HBa0155D20.1 SGN-E202879 0.993

score 0.993

6819 7389 1 571 OA:genomethreader_1:C02HBa0155D20.1 SGN-E281254 0.98

score 0.98

6819 7171 1 353 OA:genomethreader_1:C02HBa0155D20.1 7391 7913 SGN-E392499 0.984

score 0.984

7391 7453 1 63 SGN-E392499 0.972

score 0.972

7521 7913 64 456 OA:genomethreader_1:C02HBa0155D20.1 SGN-E281448 0.981

score 0.981

7404 7874 1 473 OA:genomethreader_1:C02HBa0155D20.1 SGN-E293744 0.988

score 0.988

12759 13348 1 590 OA:genomethreader_1:C02HBa0155D20.1 12797 14225 SGN-E333313 0.997

score 0.997

12797 13377 1 581 SGN-E333313 0.941

score 0.941

14124 14225 582 683 OA:genomethreader_1:C02HBa0155D20.1 SGN-E270816 1.0

score 1.0

12797 13330 1 534 OA:genomethreader_1:C02HBa0155D20.1 SGN-E370173 1.0

score 1.0

12797 13304 1 508 OA:genomethreader_1:C02HBa0155D20.1 SGN-E340663 0.998

score 0.998

12804 13335 1 532 OA:genomethreader_1:C02HBa0155D20.1 SGN-E337928 0.998

score 0.998

12807 13317 1 511 OA:genomethreader_1:C02HBa0155D20.1 12854 16187 SGN-E747524 1.0

score 1.0

12854 13377 1 524 SGN-E747524 1.0

score 1.0

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score 0.829

113289 113329 168 208 BI208771.1 0.817

score 0.817

114128 114253 209 334 OA:genomethreader_1:C02HBa0155D20.1 112996 114247 BP903200.1 0.849

score 0.849

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score 0.878

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score 0.808

114128 114247 154 273 OA:genomethreader_1:C02HBa0155D20.1 113058 114253 AJ831583.1 0.727

score 0.727

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score 0.829

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score 0.817

114128 114253 53 178 OA:genomethreader_1:C02HBa0155D20.1 113289 114243 AW623354.1 0.829

score 0.829

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score 0.836

114128 114243 86 201 OA:genomethreader_1:C02HBa0155D20.1 AW031592.1 1.0

score 1.0

113588 114161 1 574 genomethreader Solanaceae_sgn_all.Unmasked OA:genomethreader_1:C02HBa0155D20.1 U221447 0.999

score 0.999

6670 7388 1 719 OA:genomethreader_1:C02HBa0155D20.1 7266 7786 U294652 0.957

score 0.957

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score 0.868

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score 0.997

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score 0.941

14124 14224 620 720 OA:genomethreader_1:C02HBa0155D20.1 14393 16684 U217998 1.0

score 1.0

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score 1.0

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score 1.0

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score 0.949

45352 45940 1 587 OA:genomethreader_1:C02HBa0155D20.1 65713 68165 U271104 0.872

score 0.872

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score 0.847

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score 0.671

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score 1.0

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score 0.977

67732 68305 632 1205 OA:genomethreader_1:C02HBa0155D20.1 66236 68022 U206053 0.943

score 0.943

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score 0.849

67732 68022 124 412 OA:genomethreader_1:C02HBa0155D20.1 U228936 0.989

score 0.989

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score 0.997

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 0.985

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score 0.962

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score 0.906

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score 0.944

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score 0.973

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score 0.949

88182 88496 370 683 OA:genomethreader_1:C02HBa0155D20.1 86869 88508 U201896 0.955

score 0.955

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score 0.833

87774 87809 67 102 U201896 0.934

score 0.934

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score 0.896

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score 0.845

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score 0.999

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score 0.996

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score 0.952

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score 0.842

103319 103356 1859 1895 OA:genomethreader_1:C02HBa0155D20.1 U205882 0.866

score 0.866

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score 0.98

105829 106173 1 345 OA:genomethreader_1:C02HBa0155D20.1 113001 114407 U284825 0.926

score 0.926

113001 113068 53 120 U284825 0.951

score 0.951

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score 0.929

114128 114407 162 441 genomethreader Tomato_200607_build_1.seq.Unmasked OA:genomethreader_1:C02HBa0155D20.1 6670 7913 SGN-U321743 1.0

score 1.0

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score 1.0

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score 1.0

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score 0.977

7521 7913 643 1035 OA:genomethreader_1:C02HBa0155D20.1 6812 7999 SGN-U337448 0.919

score 0.919

6812 7854 64 1097 SGN-U337448 0.685

score 0.685

7946 7999 1098 1148 OA:genomethreader_1:C02HBa0155D20.1 12759 16684 SGN-U317697 1.0

score 1.0

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score 1.0

14124 14260 620 756 SGN-U317697 1.0

score 1.0

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score 1.0

15972 16684 1410 2122 OA:genomethreader_1:C02HBa0155D20.1 SGN-U344656 0.95

score 0.95

27488 28459 57 1025 OA:genomethreader_1:C02HBa0155D20.1 65727 68021 SGN-U313918 0.835

score 0.835

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score 0.852

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score 0.998

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score 0.929

67732 67773 631 672 OA:genomethreader_1:C02HBa0155D20.1 66185 68282 SGN-U334672 0.897

score 0.897

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score 0.998

67732 68282 253 803 OA:genomethreader_1:C02HBa0155D20.1 85454 88506 SGN-U315914 0.991

score 0.991

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 0.991

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score 0.916

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score 0.999

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score 1.0

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score 0.989

113588 114309 100 821 genomethreader Tomato_200607.seq OA:genomethreader_1:C02HBa0155D20.1 6670 7241 SGN-E318994 1.0

score 1.0

6670 7080 1 411 SGN-E318994 1.0

score 1.0

7156 7241 412 497 OA:genomethreader_1:C02HBa0155D20.1 6749 7322 SGN-E392500 0.985

score 0.985

6749 6943 1 195 SGN-E392500 1.0

score 1.0

7011 7080 196 265 SGN-E392500 0.982

score 0.982

7156 7322 266 432 OA:genomethreader_1:C02HBa0155D20.1 6750 7319 SGN-E235601 1.0

score 1.0

6750 6943 1 194 SGN-E235601 1.0

score 1.0

7011 7080 195 264 SGN-E235601 1.0

score 1.0

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score 1.0

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score 1.0

7011 7080 195 264 SGN-E238452 1.0

score 1.0

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score 0.946

6814 6943 1 130 SGN-E721953 1.0

score 1.0

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score 1.0

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score 0.997

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score 0.993

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score 0.98

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score 0.984

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score 0.972

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score 0.981

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score 0.997

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score 0.941

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score 1.0

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score 1.0

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score 0.998

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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 0.997

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score 0.985

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 0.948

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score 1.0

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score 0.974

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score 1.0

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score 0.979

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score 1.0

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score 0.995

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score 1.0

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score 1.0

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score 1.0

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100761 103226 1 2466 OA:genomethreader_1:C02HBa0155D20.1 BI206401_SL 0.987

score 0.987

105838 106076 1 239 OA:genomethreader_1:C02HBa0155D20.1 112947 114383 CD002844_SL 0.975

score 0.975

112947 113068 1 122 CD002844_SL 1.0

score 1.0

113289 113329 123 163 CD002844_SL 0.996

score 0.996

114128 114383 164 419 OA:genomethreader_1:C02HBa0155D20.1 AW031592_SL 1.0

score 1.0

113588 114125 1 538 genomethreader LGI.100604_SL.Unmasked OA:genomethreader_1:C02HBa0155D20.1 6673 7551 TC153038_SL 1.0

score 1.0

6673 7080 1 408 TC153038_SL 0.99

score 0.99

7156 7453 409 706 TC153038_SL 0.903

score 0.903

7521 7551 707 734 OA:genomethreader_1:C02HBa0155D20.1 6749 7375 TC141451_SL 1.0

score 1.0

6749 6943 1 195 TC141451_SL 1.0

score 1.0

7011 7080 196 265 TC141451_SL 1.0

score 1.0

7156 7375 266 485 OA:genomethreader_1:C02HBa0155D20.1 AI482641_SL 0.998

score 0.998

6847 7376 1 530 OA:genomethreader_1:C02HBa0155D20.1 12785 16277 TC149774_SL 0.997

score 0.997

12785 13377 1 593 TC149774_SL 1.0

score 1.0

14124 14260 594 730 TC149774_SL 1.0

score 1.0

14381 15033 731 1383 TC149774_SL 1.0

score 1.0

15972 16277 1384 1689 OA:genomethreader_1:C02HBa0155D20.1 BI935110_SL 0.995

score 0.995

14392 15155 1 762 OA:genomethreader_1:C02HBa0155D20.1 15641 16684 TC152064_SL 1.0

score 1.0

15641 15764 1 124 TC152064_SL 1.0

score 1.0

15972 16684 125 837 OA:genomethreader_1:C02HBa0155D20.1 BE451486_SL 1.0

score 1.0

27490 28146 1 657 OA:genomethreader_1:C02HBa0155D20.1 BG630536_SL 0.83

score 0.83

54067 54213 1 147 OA:genomethreader_1:C02HBa0155D20.1 AW030957_SL 0.93

score 0.93

56422 56847 1 430 OA:genomethreader_1:C02HBa0155D20.1 TC148998_SL 0.998

score 0.998

65663 66327 1 665 OA:genomethreader_1:C02HBa0155D20.1 65714 68021 TC148997_SL 0.864

score 0.864

65714 66358 409 1064 TC148997_SL 0.852

score 0.852

67732 68021 1065 1354 OA:genomethreader_1:C02HBa0155D20.1 AI490200_SL 0.99

score 0.99

69302 69893 1 591 OA:genomethreader_1:C02HBa0155D20.1 TC151104_SL 0.995

score 0.995

69873 70704 1 832 OA:genomethreader_1:C02HBa0155D20.1 85427 88433 TC149700_SL 0.98

score 0.98

85427 85778 1 351 TC149700_SL 1.0

score 1.0

86264 86416 352 504 TC149700_SL 1.0

score 1.0

86593 86670 505 582 TC149700_SL 1.0

score 1.0

86839 86934 583 678 TC149700_SL 1.0

score 1.0

87774 87809 679 714 TC149700_SL 1.0

score 1.0

87923 88104 715 896 TC149700_SL 0.992

score 0.992

88182 88433 897 1148 OA:genomethreader_1:C02HBa0155D20.1 86345 88518 TC149701_SL 1.0

score 1.0

86345 86416 1 72 TC149701_SL 1.0

score 1.0

86593 86670 73 150 TC149701_SL 1.0

score 1.0

86839 86934 151 246 TC149701_SL 1.0

score 1.0

87774 88104 247 577 TC149701_SL 0.979

score 0.979

88182 88518 578 914 OA:genomethreader_1:C02HBa0155D20.1 AY125864_SL 0.804

score 0.804

91441 91547 1 105 OA:genomethreader_1:C02HBa0155D20.1 BE460309_SL 0.972

score 0.972

93139 93599 1 461 OA:genomethreader_1:C02HBa0155D20.1 TC137139_SL 0.991

score 0.991

94841 95633 1 793 OA:genomethreader_1:C02HBa0155D20.1 TC137138_SL 0.992

score 0.992

96259 97256 1 1000 OA:genomethreader_1:C02HBa0155D20.1 TC137137_SL 1.0

score 1.0

100761 103226 1 2466 OA:genomethreader_1:C02HBa0155D20.1 BI206401_SL 0.987

score 0.987

105838 106076 1 239 OA:genomethreader_1:C02HBa0155D20.1 112947 114383 CD002844_SL 0.975

score 0.975

112947 113068 1 122 CD002844_SL 1.0

score 1.0

113289 113329 123 163 CD002844_SL 0.996

score 0.996

114128 114383 164 419 OA:genomethreader_1:C02HBa0155D20.1 AW031592_SL 1.0

score 1.0

113588 114125 1 538 genomethreader EST8046fasta_cDNA_MicroTomFruit.seq.Unmasked OA:genomethreader_1:C02HBa0155D20.1 6815 7878 FC15DB03 0.946

score 0.946

6815 6943 1 129 FC15DB03 1.0

score 1.0

7011 7080 130 199 FC15DB03 1.0

score 1.0

7156 7453 200 497 FC15DB03 0.997

score 0.997

7521 7878 498 855 OA:genomethreader_1:C02HBa0155D20.1 65714 67868 FC18BA07 0.864

score 0.864

65714 66358 60 715 FC18BA07 0.912

score 0.912

67732 67868 716 852 OA:genomethreader_1:C02HBa0155D20.1 65714 67832 FC16AE01 0.864

score 0.864

65714 66358 26 681 FC16AE01 0.931

score 0.931

67732 67832 682 782 OA:genomethreader_1:C02HBa0155D20.1 65714 67784 FC08BD05 0.864

score 0.864

65714 66358 21 676 FC08BD05 0.943

score 0.943

67732 67784 677 729 genomethreader EST8046fasta_cDNA_MicroTomFruit.seq OA:genomethreader_1:C02HBa0155D20.1 6815 7878 FC15DB03 0.946

score 0.946

6815 6943 1 129 FC15DB03 1.0

score 1.0

7011 7080 130 199 FC15DB03 1.0

score 1.0

7156 7453 200 497 FC15DB03 0.997

score 0.997

7521 7878 498 855 OA:genomethreader_1:C02HBa0155D20.1 65714 67868 FC18BA07 0.864

score 0.864

65714 66358 60 715 FC18BA07 0.912

score 0.912

67732 67868 716 852 OA:genomethreader_1:C02HBa0155D20.1 65714 67832 FC16AE01 0.864

score 0.864

65714 66358 26 681 FC16AE01 0.931

score 0.931

67732 67832 682 782 OA:genomethreader_1:C02HBa0155D20.1 65714 67784 FC08BD05 0.864

score 0.864

65714 66358 21 676 FC08BD05 0.943

score 0.943

67732 67784 677 729 genomethreader uniprot_sprot.fasta.Unmasked OA:genomethreader_1:C02HBa0155D20.1 12717 15306 NRAM2_ARATH 0.12

score 0.12

12717 12773 1 19 NRAM2_ARATH 0.723

score 0.723

12873 13377 20 191 NRAM2_ARATH 0.84

score 0.84

14124 14260 192 236 NRAM2_ARATH 0.78

score 0.78

14381 15033 237 454 NRAM2_ARATH 0.099

score 0.099

15163 15306 455 500 OA:genomethreader_1:C02HBa0155D20.1 12860 15306 NRAM3_ARATH 0.689

score 0.689

12860 13377 1 179 NRAM3_ARATH 0.832

score 0.832

14124 14260 180 224 NRAM3_ARATH 0.78

score 0.78

14381 15041 225 444 NRAM3_ARATH 0.231

score 0.231

15163 15306 445 493 genomethreader uniprot_sprot.fasta OA:genomethreader_1:C02HBa0155D20.1 12717 15306 NRAM2_ARATH 0.12

score 0.12

12717 12773 1 19 NRAM2_ARATH 0.723

score 0.723

12873 13377 20 191 NRAM2_ARATH 0.84

score 0.84

14124 14260 192 236 NRAM2_ARATH 0.78

score 0.78

14381 15033 237 454 NRAM2_ARATH 0.099

score 0.099

15163 15306 455 500 OA:genomethreader_1:C02HBa0155D20.1 12860 15306 NRAM3_ARATH 0.689

score 0.689

12860 13377 1 179 NRAM3_ARATH 0.832

score 0.832

14124 14260 180 224 NRAM3_ARATH 0.78

score 0.78

14381 15041 225 444 NRAM3_ARATH 0.231

score 0.231

15163 15306 445 493 genomethreader Tomato_GenBank_mRNAs.tfa OA:genomethreader_1:C02HBa0155D20.1 12854 16187 AY196092.1 1.0

score 1.0

12854 13377 1 524 AY196092.1 1.0

score 1.0

14124 14260 525 661 AY196092.1 1.0

score 1.0

14381 15033 662 1314 AY196092.1 1.0

score 1.0

15972 16187 1315 1530 OA:genomethreader_1:C02HBa0155D20.1 66226 67756 AF081023.1 0.902

score 0.902

66226 66358 1 133 AF081023.1 1.0

score 1.0

67732 67756 134 158 OA:genomethreader_1:C02HBa0155D20.1 BT013603.1 1.0

score 1.0

100761 103226 1 2466 genomethreader Tomato_GenBank_mRNAs.tfa.Unmasked OA:genomethreader_1:C02HBa0155D20.1 12854 16187 AY196092.1 1.0

score 1.0

12854 13377 1 524 AY196092.1 1.0

score 1.0

14124 14260 525 661 AY196092.1 1.0

score 1.0

14381 15033 662 1314 AY196092.1 1.0

score 1.0

15972 16187 1315 1530 OA:genomethreader_1:C02HBa0155D20.1 66226 67756 AF081023.1 0.902

score 0.902

66226 66358 1 133 AF081023.1 1.0

score 1.0

67732 67756 134 158 OA:genomethreader_1:C02HBa0155D20.1 BT013603.1 1.0

score 1.0

100761 103226 1 2466 genomethreader uniprot_trembl_plants OA:genomethreader_1:C02HBa0155D20.1 12854 16184 Q84LR0_LYCES 1.0

score 1.0

12854 13377 1 175 Q84LR0_LYCES 1.0

score 1.0

14124 14260 176 220 Q84LR0_LYCES 1.0

score 1.0

14381 15033 221 438 Q84LR0_LYCES 1.0

score 1.0

15972 16184 439 509 OA:genomethreader_1:C02HBa0155D20.1 14245 15288 Q6Q3F9_LYCES 0.652

score 0.652

14245 14260 1 5 Q6Q3F9_LYCES 0.776

score 0.776

14381 15033 6 223 Q6Q3F9_LYCES 0.093

score 0.093

15163 15288 224 266 OA:genomethreader_1:C02HBa0155D20.1 65698 67890 Q8LBZ7_ARATH 0.728

score 0.728

65698 66358 1 225 Q8LBZ7_ARATH 0.693

score 0.693

67732 67890 226 279 OA:genomethreader_1:C02HBa0155D20.1 65698 67890 Q9G3M0_ARATH 0.731

score 0.731

65698 66358 1 225 Q9G3M0_ARATH 0.693

score 0.693

67732 67890 226 279 OA:genomethreader_1:C02HBa0155D20.1 65698 67890 Q9LTZ2_ARATH 0.731

score 0.731

65698 66358 1 225 Q9LTZ2_ARATH 0.693

score 0.693

67732 67890 226 279 OA:genomethreader_1:C02HBa0155D20.1 Q5XVB3_ARATH 0.63

score 0.63

65698 66131 1 150 OA:genomethreader_1:C02HBa0155D20.1 65714 67896 Q84VR9_WHEAT 0.625

score 0.625

65714 66358 1 225 Q84VR9_WHEAT 0.639

score 0.639

67732 67896 226 281 OA:genomethreader_1:C02HBa0155D20.1 65714 67896 Q9S827_ORYSA 0.644

score 0.644

65714 66358 1 225 Q9S827_ORYSA 0.622

score 0.622

67732 67896 226 281 OA:genomethreader_1:C02HBa0155D20.1 65717 67904 Q9XGC8_MAIZE 0.627

score 0.627

65717 66358 1 223 Q9XGC8_MAIZE 0.649

score 0.649

67732 67904 224 282 OA:genomethreader_1:C02HBa0155D20.1 65717 67896 Q9G3L9_ARATH 0.694

score 0.694

65717 66358 1 224 Q9G3L9_ARATH 0.67

score 0.67

67732 67896 225 280 OA:genomethreader_1:C02HBa0155D20.1 65717 67896 Q8LB02_ARATH 0.698

score 0.698

65717 66358 1 224 Q8LB02_ARATH 0.67

score 0.67

67732 67896 225 280 OA:genomethreader_1:C02HBa0155D20.1 65717 67896 Q9FM32_ARATH 0.698

score 0.698

65717 66358 1 224 Q9FM32_ARATH 0.67

score 0.67

67732 67896 225 280 OA:genomethreader_1:C02HBa0155D20.1 Q7XZD1_CUCSA 0.654

score 0.654

65806 66293 1 162 OA:genomethreader_1:C02HBa0155D20.1 Q9SWZ1_LYCES 0.674

score 0.674

66228 66386 1 52 OA:genomethreader_1:C02HBa0155D20.1 Q7DLJ7_ARATH 0.811

score 0.811

102267 102665 1 133 genomethreader uniprot_trembl_plants.Unmasked OA:genomethreader_1:C02HBa0155D20.1 12854 16184 Q84LR0_LYCES 1.0

score 1.0

12854 13377 1 175 Q84LR0_LYCES 1.0

score 1.0

14124 14260 176 220 Q84LR0_LYCES 1.0

score 1.0

14381 15033 221 438 Q84LR0_LYCES 1.0

score 1.0

15972 16184 439 509 OA:genomethreader_1:C02HBa0155D20.1 14245 15288 Q6Q3F9_LYCES 0.652

score 0.652

14245 14260 1 5 Q6Q3F9_LYCES 0.776

score 0.776

14381 15033 6 223 Q6Q3F9_LYCES 0.093

score 0.093

15163 15288 224 266 OA:genomethreader_1:C02HBa0155D20.1 65698 67890 Q8LBZ7_ARATH 0.728

score 0.728

65698 66358 1 225 Q8LBZ7_ARATH 0.693

score 0.693

67732 67890 226 279 OA:genomethreader_1:C02HBa0155D20.1 65698 67890 Q9G3M0_ARATH 0.731

score 0.731

65698 66358 1 225 Q9G3M0_ARATH 0.693

score 0.693

67732 67890 226 279 OA:genomethreader_1:C02HBa0155D20.1 65698 67890 Q9LTZ2_ARATH 0.731

score 0.731

65698 66358 1 225 Q9LTZ2_ARATH 0.693

score 0.693

67732 67890 226 279 OA:genomethreader_1:C02HBa0155D20.1 Q5XVB3_ARATH 0.63

score 0.63

65698 66131 1 150 OA:genomethreader_1:C02HBa0155D20.1 65714 67896 Q84VR9_WHEAT 0.625

score 0.625

65714 66358 1 225 Q84VR9_WHEAT 0.639

score 0.639

67732 67896 226 281 OA:genomethreader_1:C02HBa0155D20.1 65714 67896 Q9S827_ORYSA 0.644

score 0.644

65714 66358 1 225 Q9S827_ORYSA 0.622

score 0.622

67732 67896 226 281 OA:genomethreader_1:C02HBa0155D20.1 65717 67904 Q9XGC8_MAIZE 0.627

score 0.627

65717 66358 1 223 Q9XGC8_MAIZE 0.649

score 0.649

67732 67904 224 282 OA:genomethreader_1:C02HBa0155D20.1 65717 67896 Q9G3L9_ARATH 0.694

score 0.694

65717 66358 1 224 Q9G3L9_ARATH 0.67

score 0.67

67732 67896 225 280 OA:genomethreader_1:C02HBa0155D20.1 65717 67896 Q8LB02_ARATH 0.698

score 0.698

65717 66358 1 224 Q8LB02_ARATH 0.67

score 0.67

67732 67896 225 280 OA:genomethreader_1:C02HBa0155D20.1 65717 67896 Q9FM32_ARATH 0.698

score 0.698

65717 66358 1 224 Q9FM32_ARATH 0.67

score 0.67

67732 67896 225 280 OA:genomethreader_1:C02HBa0155D20.1 Q7XZD1_CUCSA 0.654

score 0.654

65806 66293 1 162 OA:genomethreader_1:C02HBa0155D20.1 Q9SWZ1_LYCES 0.674

score 0.674

66228 66386 1 52 OA:genomethreader_1:C02HBa0155D20.1 Q7DLJ7_ARATH 0.811

score 0.811

102267 102665 1 133 genomethreader MicroTom_EST35824fasta.fa.Unmasked OA:genomethreader_1:C02HBa0155D20.1 FA23AE07 1.0

score 1.0

14394 14877 1 484 OA:genomethreader_1:C02HBa0155D20.1 14700 16119 FB19BH02 1.0

score 1.0

14700 15033 1 334 FB19BH02 1.0

score 1.0

15972 16119 335 482 OA:genomethreader_1:C02HBa0155D20.1 LB01CF10 0.998

score 0.998

59759 60256 1 498 OA:genomethreader_1:C02HBa0155D20.1 LA14CG09 0.832

score 0.832

65704 66179 1 486 OA:genomethreader_1:C02HBa0155D20.1 FA02AB09 0.834

score 0.834

65707 66177 1 482 OA:genomethreader_1:C02HBa0155D20.1 LA14DB05 0.839

score 0.839

65708 66178 1 481 OA:genomethreader_1:C02HBa0155D20.1 FA13CB09 0.838

score 0.838

65711 66179 1 480 OA:genomethreader_1:C02HBa0155D20.1 FA16AG09 0.844

score 0.844

65714 66182 1 480 OA:genomethreader_1:C02HBa0155D20.1 FA04BF05 0.843

score 0.843

65714 66171 13 481 OA:genomethreader_1:C02HBa0155D20.1 FA33BG08 0.841

score 0.841

65714 66166 19 482 OA:genomethreader_1:C02HBa0155D20.1 FA15DA05 0.839

score 0.839

65714 66161 17 475 OA:genomethreader_1:C02HBa0155D20.1 FA21CD07 0.839

score 0.839

65714 66160 31 488 OA:genomethreader_1:C02HBa0155D20.1 FA36AA03 0.839

score 0.839

65714 66160 17 474 OA:genomethreader_1:C02HBa0155D20.1 FA21CG09 0.839

score 0.839

65714 66159 17 473 OA:genomethreader_1:C02HBa0155D20.1 FA53CE08 0.838

score 0.838

65714 66158 26 481 OA:genomethreader_1:C02HBa0155D20.1 FA13AE10 0.839

score 0.839

65714 66155 30 482 OA:genomethreader_1:C02HBa0155D20.1 LA25BD03 0.839

score 0.839

65714 66155 25 477 OA:genomethreader_1:C02HBa0155D20.1 FA16AE05 0.894

score 0.894

65825 66222 86 483 OA:genomethreader_1:C02HBa0155D20.1 FA34AH02 0.894

score 0.894

65825 66203 104 482 OA:genomethreader_1:C02HBa0155D20.1 85476 86351 LA05CF06 0.964

score 0.964

85476 85778 1 303 LA05CF06 0.989

score 0.989

86264 86351 304 391 OA:genomethreader_1:C02HBa0155D20.1 85481 86607 LA24DH01 0.909

score 0.909

85481 85778 1 298 LA24DH01 0.961

score 0.961

86264 86416 299 451 LA24DH01 0.933

score 0.933

86593 86607 452 466 OA:genomethreader_1:C02HBa0155D20.1 LC01BD04 0.99

score 0.99

85482 85685 1 204 OA:genomethreader_1:C02HBa0155D20.1 LC02DE11 0.975

score 0.975

85483 85684 1 202 OA:genomethreader_1:C02HBa0155D20.1 LC03BD04 0.989

score 0.989

85496 85685 1 190 OA:genomethreader_1:C02HBa0155D20.1 LC16BE08 1.0

score 1.0

85496 85685 1 190 OA:genomethreader_1:C02HBa0155D20.1 LC01AF10 0.974

score 0.974

85496 85684 1 189 OA:genomethreader_1:C02HBa0155D20.1 85535 86401 LA10AC02 0.988

score 0.988

85535 85778 1 244 LA10AC02 1.0

score 1.0

86264 86401 245 382 OA:genomethreader_1:C02HBa0155D20.1 85546 86849 LC21BH02 1.0

score 1.0

85546 85778 1 233 LC21BH02 1.0

score 1.0

86264 86416 234 386 LC21BH02 1.0

score 1.0

86593 86670 387 464 LC21BH02 1.0

score 1.0

86839 86849 465 475 OA:genomethreader_1:C02HBa0155D20.1 85546 86844 LC21AH04 1.0

score 1.0

85546 85778 1 233 LC21AH04 1.0

score 1.0

86264 86416 234 386 LC21AH04 1.0

score 1.0

86593 86670 387 464 LC21AH04 1.0

score 1.0

86839 86844 465 470 OA:genomethreader_1:C02HBa0155D20.1 85547 86857 LA12BB06 1.0

score 1.0

85547 85778 1 232 LA12BB06 1.0

score 1.0

86264 86416 233 385 LA12BB06 1.0

score 1.0

86593 86670 386 463 LA12BB06 1.0

score 1.0

86839 86857 464 482 OA:genomethreader_1:C02HBa0155D20.1 85564 86874 LC02CB06 1.0

score 1.0

85564 85778 1 215 LC02CB06 1.0

score 1.0

86264 86416 216 368 LC02CB06 1.0

score 1.0

86593 86670 369 446 LC02CB06 1.0

score 1.0

86839 86874 447 482 OA:genomethreader_1:C02HBa0155D20.1 85566 86872 LC01CB06 1.0

score 1.0

85566 85778 1 213 LC01CB06 1.0

score 1.0

86264 86416 214 366 LC01CB06 1.0

score 1.0

86593 86670 367 444 LC01CB06 1.0

score 1.0

86839 86872 445 478 OA:genomethreader_1:C02HBa0155D20.1 85568 86875 LC02BD11 1.0

score 1.0

85568 85778 1 211 LC02BD11 1.0

score 1.0

86264 86416 212 364 LC02BD11 1.0

score 1.0

86593 86670 365 442 LC02BD11 1.0

score 1.0

86839 86875 443 479 OA:genomethreader_1:C02HBa0155D20.1 85572 86647 LA20CE05 0.99

score 0.99

85572 85778 1 208 LA20CE05 1.0

score 1.0

86264 86416 209 361 LA20CE05 1.0

score 1.0

86593 86647 362 416 OA:genomethreader_1:C02HBa0155D20.1 85610 86659 LA05CF04 1.0

score 1.0

85610 85778 1 169 LA05CF04 1.0

score 1.0

86264 86416 170 322 LA05CF04 0.985

score 0.985

86593 86659 323 389 OA:genomethreader_1:C02HBa0155D20.1 85613 86928 LA18AC03 1.0

score 1.0

85613 85778 1 166 LA18AC03 1.0

score 1.0

86264 86416 167 319 LA18AC03 1.0

score 1.0

86593 86670 320 397 LA18AC03 1.0

score 1.0

86839 86928 398 487 OA:genomethreader_1:C02HBa0155D20.1 85628 86934 LB11AB09 1.0

score 1.0

85628 85778 1 151 LB11AB09 1.0

score 1.0

86264 86416 152 304 LB11AB09 1.0

score 1.0

86593 86670 305 382 LB11AB09 1.0

score 1.0

86839 86934 383 478 OA:genomethreader_1:C02HBa0155D20.1 85635 86895 LA18CA03 0.986

score 0.986

85635 85778 1 145 LA18CA03 1.0

score 1.0

86264 86416 146 298 LA18CA03 1.0

score 1.0

86593 86670 299 376 LA18CA03 1.0

score 1.0

86839 86895 377 433 OA:genomethreader_1:C02HBa0155D20.1 86664 88343 LC13CC10 1.0

score 1.0

86664 86670 1 7 LC13CC10 1.0

score 1.0

86839 86934 8 103 LC13CC10 1.0

score 1.0

87774 87809 104 139 LC13CC10 1.0

score 1.0

87923 88104 140 321 LC13CC10 1.0

score 1.0

88182 88343 322 483 OA:genomethreader_1:C02HBa0155D20.1 86666 88340 LC20BH04 1.0

score 1.0

86666 86670 1 5 LC20BH04 1.0

score 1.0

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score 1.0

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score 0.89

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score 0.969

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 0.996

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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46215 45948 350 618 OA:genomethreader_1:C02HBa0155D20.1 47596 46050 AI490002.1 1.0

score 1.0

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score 1.0

47241 47132 240 349 AI490002.1 1.0

score 1.0

46215 46050 350 515 OA:genomethreader_1:C02HBa0155D20.1 47596 46055 AI485023.1 1.0

score 1.0

47596 47358 1 239 AI485023.1 1.0

score 1.0

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46215 46078 356 493 OA:genomethreader_1:C02HBa0155D20.1 47596 46086 AI483685.1 1.0

score 1.0

47596 47358 1 239 AI483685.1 1.0

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46215 46086 350 479 OA:genomethreader_1:C02HBa0155D20.1 47613 46106 BP906290.1 1.0

score 1.0

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score 1.0

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score 0.971

47596 47358 1 239 AW033360.1 0.973

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score 1.0

46215 46122 350 443 OA:genomethreader_1:C02HBa0155D20.1 47596 46146 AI483746.1 1.0

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score 0.831

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score 0.824

54562 54138 160 584 OA:genomethreader_1:C02HBa0155D20.1 AW738166.1 0.824

score 0.824

54562 54138 160 584 OA:genomethreader_1:C02HBa0155D20.1 55817 54216 BI933300.1 0.769

score 0.769

55817 55403 1 410 BI933300.1 0.807

score 0.807

54562 54216 411 757 OA:genomethreader_1:C02HBa0155D20.1 55759 54233 BI931606.1 0.79

score 0.79

55759 55403 1 357 BI931606.1 0.818

score 0.818

54562 54233 358 685 OA:genomethreader_1:C02HBa0155D20.1 55809 54276 BG129276.1 0.762

score 0.762

55809 55403 1 407 BG129276.1 0.819

score 0.819

54562 54276 408 695 OA:genomethreader_1:C02HBa0155D20.1 BI934822.1 0.721

score 0.721

55802 55699 1 102 OA:genomethreader_1:C02HBa0155D20.1 BP903103.1 1.0

score 1.0

59531 59051 1 481 OA:genomethreader_1:C02HBa0155D20.1 60276 59208 AW737425.1 0.995

score 0.995

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score 0.99

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score 1.0

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score 0.967

60231 60017 1 215 OA:genomethreader_1:C02HBa0155D20.1 BP898415.1 0.839

score 0.839

62030 61807 78 301 OA:genomethreader_1:C02HBa0155D20.1 64028 62242 BP903673.1 1.0

score 1.0

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score 1.0

62475 62242 251 484 OA:genomethreader_1:C02HBa0155D20.1 64716 62449 AI896264.1 0.989

score 0.989

64716 64529 1 187 AI896264.1 0.995

score 0.995

64161 63779 188 571 AI896264.1 1.0

score 1.0

62475 62449 572 598 OA:genomethreader_1:C02HBa0155D20.1 64826 63805 BG130800.1 0.993

score 0.993

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score 1.0

64161 63805 297 653 OA:genomethreader_1:C02HBa0155D20.1 64826 64054 BG131910.1 0.993

score 0.993

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score 1.0

64161 64054 297 404 OA:genomethreader_1:C02HBa0155D20.1 BI934662.1 0.995

score 0.995

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score 0.992

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score 1.0

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score 0.993

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score 0.998

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score 0.994

74208 73722 1 487 OA:genomethreader_1:C02HBa0155D20.1 BP889599.1 1.0

score 1.0

74198 73731 1 468 OA:genomethreader_1:C02HBa0155D20.1 BI203522.1 1.0

score 1.0

74921 74539 15 397 OA:genomethreader_1:C02HBa0155D20.1 75980 74724 BG630930.1 1.0

score 1.0

75980 75956 1 25 BG630930.1 1.0

score 1.0

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score 1.0

74921 74724 146 343 OA:genomethreader_1:C02HBa0155D20.1 BG630967.1 0.97

score 0.97

74891 74726 1 166 OA:genomethreader_1:C02HBa0155D20.1 79754 77948 BP887739.1 1.0

score 1.0

79754 79621 1 134 BP887739.1 1.0

score 1.0

79550 79434 135 251 BP887739.1 1.0

score 1.0

78546 78389 252 409 BP887739.1 0.922

score 0.922

78024 77948 410 489 OA:genomethreader_1:C02HBa0155D20.1 84662 83953 AW030957.1 0.783

score 0.783

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score 0.756

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score 0.848

84097 83953 328 472 OA:genomethreader_1:C02HBa0155D20.1 AW441210.1 0.847

score 0.847

84572 84084 1 506 OA:genomethreader_1:C02HBa0155D20.1 110538 108128 BP879406.1 1.0

score 1.0

110538 110491 1 48 BP879406.1 0.982

score 0.982

110024 109856 49 217 BP879406.1 0.969

score 0.969

109308 109050 218 476 BP879406.1 1.0

score 1.0

108169 108128 477 518 OA:genomethreader_1:C02HBa0155D20.1 112244 111854 BG630422.1 0.833

score 0.833

112244 112209 1 36 BG630422.1 0.829

score 0.829

112134 111854 37 302 OA:genomethreader_1:C02HBa0155D20.1 115597 114688 BF051246.1 0.98

score 0.98

115597 115547 40 90 BF051246.1 0.99

score 0.99

115082 114688 91 487 OA:genomethreader_1:C02HBa0155D20.1 115597 114864 BG626936.1 1.0

score 1.0

115597 115547 98 148 BG626936.1 0.991

score 0.991

115082 114864 149 367 OA:genomethreader_1:C02HBa0155D20.1 115587 114864 BG628081.1 1.0

score 1.0

115587 115547 1 41 BG628081.1 0.986

score 0.986

115082 114864 42 260 OA:genomethreader_1:C02HBa0155D20.1 115597 114977 DV105796.1 1.0

score 1.0

115597 115547 138 188 DV105796.1 1.0

score 1.0

115082 114977 189 294 genesplicer genesplicer Genesplicer_1 genesplicer 11.198503

score 11.198503

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

89 88 Genesplicer_3 genesplicer 3.786318

score 3.786318

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

165 164 Genesplicer_6 genesplicer 4.14601

score 4.14601

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

523 522 Genesplicer_7 genesplicer 8.573695

score 8.573695

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

683 682 Genesplicer_8 genesplicer 2.260868

score 2.260868

SPLICE_SITE_TYPE donor

SEQUENCE GT

749 748 Genesplicer_9 genesplicer 10.143325

score 10.143325

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

850 849 Genesplicer_10 genesplicer 2.762741

score 2.762741

SPLICE_SITE_TYPE donor

SEQUENCE GT

915 914 Genesplicer_13 genesplicer 2.659735

score 2.659735

SPLICE_SITE_TYPE donor

SEQUENCE GT

1592 1591 Genesplicer_17 genesplicer 5.560208

score 5.560208

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

2290 2289 Genesplicer_18 genesplicer 7.093392

score 7.093392

SPLICE_SITE_TYPE donor

SEQUENCE GT

2312 2311 Genesplicer_20 genesplicer 5.066154

score 5.066154

SPLICE_SITE_TYPE donor

SEQUENCE GT

2646 2645 Genesplicer_24 genesplicer 7.132372

score 7.132372

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

2990 2989 Genesplicer_27 genesplicer 5.937298

score 5.937298

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

3393 3392 Genesplicer_28 genesplicer 8.40679

score 8.40679

SPLICE_SITE_TYPE donor

SEQUENCE GT

3461 3460 Genesplicer_29 genesplicer 10.151953

score 10.151953

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

3547 3546 Genesplicer_31 genesplicer 5.827174

score 5.827174

SPLICE_SITE_TYPE donor

SEQUENCE GT

3815 3814 Genesplicer_36 genesplicer 4.204415

score 4.204415

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

4694 4693 Genesplicer_38 genesplicer 5.359577

score 5.359577

SPLICE_SITE_TYPE donor

SEQUENCE GT

5451 5450 Genesplicer_39 genesplicer 6.253892

score 6.253892

SPLICE_SITE_TYPE donor

SEQUENCE GT

5703 5702 Genesplicer_40 genesplicer 2.630611

score 2.630611

SPLICE_SITE_TYPE donor

SEQUENCE GT

5811 5810 Genesplicer_41 genesplicer 2.301019

score 2.301019

SPLICE_SITE_TYPE donor

SEQUENCE GT

5922 5921 Genesplicer_42 genesplicer 3.98526

score 3.98526

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

5949 5948 Genesplicer_44 genesplicer 7.355213

score 7.355213

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

6355 6354 Genesplicer_45 genesplicer 5.783281

score 5.783281

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

6417 6416 Genesplicer_47 genesplicer 4.081251

score 4.081251

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

6507 6506 Genesplicer_48 genesplicer 4.444791

score 4.444791

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

6658 6657 Genesplicer_49 genesplicer 2.40268

score 2.40268

SPLICE_SITE_TYPE donor

SEQUENCE GT

6835 6834 Genesplicer_53 genesplicer 5.742319

score 5.742319

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

7090 7089 Genesplicer_57 genesplicer 4.627147

score 4.627147

SPLICE_SITE_TYPE donor

SEQUENCE GT

7730 7729 Genesplicer_58 genesplicer 6.693737

score 6.693737

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

7854 7853 Genesplicer_60 genesplicer 6.096481

score 6.096481

SPLICE_SITE_TYPE donor

SEQUENCE GT

8049 8048 Genesplicer_61 genesplicer 5.333964

score 5.333964

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

8051 8050 Genesplicer_63 genesplicer 4.093634

score 4.093634

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

8163 8162 Genesplicer_65 genesplicer 2.817431

score 2.817431

SPLICE_SITE_TYPE donor

SEQUENCE GT

8288 8287 Genesplicer_66 genesplicer 4.816325

score 4.816325

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

8468 8467 Genesplicer_67 genesplicer 4.999329

score 4.999329

SPLICE_SITE_TYPE donor

SEQUENCE GT

8594 8593 Genesplicer_70 genesplicer 4.022515

score 4.022515

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

8914 8913 Genesplicer_71 genesplicer 5.583666

score 5.583666

SPLICE_SITE_TYPE donor

SEQUENCE GT

9079 9078 Genesplicer_75 genesplicer 3.476264

score 3.476264

SPLICE_SITE_TYPE donor

SEQUENCE GT

9371 9370 Genesplicer_79 genesplicer 7.537463

score 7.537463

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

9775 9774 Genesplicer_80 genesplicer 3.840721

score 3.840721

SPLICE_SITE_TYPE donor

SEQUENCE GT

9830 9829 Genesplicer_83 genesplicer 7.159633

score 7.159633

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

10286 10285 Genesplicer_84 genesplicer 4.965824

score 4.965824

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

10386 10385 Genesplicer_85 genesplicer 4.682518

score 4.682518

SPLICE_SITE_TYPE donor

SEQUENCE GT

10438 10437 Genesplicer_86 genesplicer 5.394438

score 5.394438

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

10614 10613 Genesplicer_87 genesplicer 6.100225

score 6.100225

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

10778 10777 Genesplicer_88 genesplicer 12.977765

score 12.977765

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

10938 10937 Genesplicer_89 genesplicer 3.40921

score 3.40921

SPLICE_SITE_TYPE donor

SEQUENCE GT

11042 11041 Genesplicer_91 genesplicer 7.500067

score 7.500067

SPLICE_SITE_TYPE donor

SEQUENCE GT

11135 11134 Genesplicer_94 genesplicer 6.325517

score 6.325517

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

11736 11735 Genesplicer_99 genesplicer 3.604166

score 3.604166

SPLICE_SITE_TYPE donor

SEQUENCE GT

12059 12058 Genesplicer_102 genesplicer 3.385453

score 3.385453

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

12348 12347 Genesplicer_103 genesplicer 9.529814

score 9.529814

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

12467 12466 Genesplicer_105 genesplicer 11.832055

score 11.832055

SPLICE_SITE_TYPE donor

SEQUENCE GT

12574 12573 Genesplicer_107 genesplicer 3.404886

score 3.404886

SPLICE_SITE_TYPE donor

SEQUENCE GT

12905 12904 Genesplicer_110 genesplicer 6.449793

score 6.449793

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

13562 13561 Genesplicer_111 genesplicer 3.364657

score 3.364657

SPLICE_SITE_TYPE donor

SEQUENCE GT

13657 13656 Genesplicer_120 genesplicer 4.431379

score 4.431379

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

15256 15255 Genesplicer_121 genesplicer 3.86942

score 3.86942

SPLICE_SITE_TYPE donor

SEQUENCE GT

15290 15289 Genesplicer_123 genesplicer 3.596774

score 3.596774

SPLICE_SITE_TYPE donor

SEQUENCE GT

15628 15627 Genesplicer_124 genesplicer 7.918713

score 7.918713

SPLICE_SITE_TYPE donor

SEQUENCE GT

15798 15797 Genesplicer_129 genesplicer 5.13873

score 5.13873

SPLICE_SITE_TYPE donor

SEQUENCE GT

16224 16223 Genesplicer_130 genesplicer 8.543637

score 8.543637

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

16385 16384 Genesplicer_132 genesplicer 8.555619

score 8.555619

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

16651 16650 Genesplicer_135 genesplicer 3.688061

score 3.688061

SPLICE_SITE_TYPE donor

SEQUENCE GT

17101 17100 Genesplicer_137 genesplicer 6.887363

score 6.887363

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

17265 17264 Genesplicer_139 genesplicer 4.471054

score 4.471054

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

17379 17378 Genesplicer_140 genesplicer 9.466681

score 9.466681

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

17654 17653 Genesplicer_141 genesplicer 13.540036

score 13.540036

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

17793 17792 Genesplicer_142 genesplicer 2.65459

score 2.65459

SPLICE_SITE_TYPE donor

SEQUENCE GT

17889 17888 Genesplicer_143 genesplicer 3.172721

score 3.172721

SPLICE_SITE_TYPE donor

SEQUENCE GT

18146 18145 Genesplicer_144 genesplicer 4.073864

score 4.073864

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

18268 18267 Genesplicer_146 genesplicer 7.18053

score 7.18053

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

18400 18399 Genesplicer_147 genesplicer 6.18335

score 6.18335

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

18625 18624 Genesplicer_148 genesplicer 6.103286

score 6.103286

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

18693 18692 Genesplicer_151 genesplicer 18.857774

score 18.857774

SPLICE_SITE_TYPE donor

SEQUENCE GT

19022 19021 Genesplicer_153 genesplicer 8.591813

score 8.591813

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

19551 19550 Genesplicer_155 genesplicer 5.764815

score 5.764815

SPLICE_SITE_TYPE donor

SEQUENCE GT

19824 19823 Genesplicer_156 genesplicer 5.366281

score 5.366281

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

20089 20088 Genesplicer_157 genesplicer 4.8478

score 4.8478

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

20404 20403 Genesplicer_159 genesplicer 5.764206

score 5.764206

SPLICE_SITE_TYPE donor

SEQUENCE GT

20531 20530 Genesplicer_161 genesplicer 3.441399

score 3.441399

SPLICE_SITE_TYPE donor

SEQUENCE GT

20634 20633 Genesplicer_163 genesplicer 8.5928

score 8.5928

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

20878 20877 Genesplicer_165 genesplicer 3.261062

score 3.261062

SPLICE_SITE_TYPE donor

SEQUENCE GT

21114 21113 Genesplicer_167 genesplicer 5.479724

score 5.479724

SPLICE_SITE_TYPE donor

SEQUENCE GT

21213 21212 Genesplicer_168 genesplicer 6.975588

score 6.975588

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

21390 21389 Genesplicer_169 genesplicer 6.7487

score 6.7487

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

21541 21540 Genesplicer_170 genesplicer 2.397261

score 2.397261

SPLICE_SITE_TYPE donor

SEQUENCE GT

21618 21617 Genesplicer_172 genesplicer 4.537611

score 4.537611

SPLICE_SITE_TYPE donor

SEQUENCE GT

22035 22034 Genesplicer_173 genesplicer 10.518931

score 10.518931

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

22281 22280 Genesplicer_175 genesplicer 7.328961

score 7.328961

SPLICE_SITE_TYPE donor

SEQUENCE GT

22408 22407 Genesplicer_177 genesplicer 3.976805

score 3.976805

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

22533 22532 Genesplicer_179 genesplicer 13.49999

score 13.49999

SPLICE_SITE_TYPE donor

SEQUENCE GT

22723 22722 Genesplicer_182 genesplicer 5.98911

score 5.98911

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

23279 23278 Genesplicer_185 genesplicer 5.009996

score 5.009996

SPLICE_SITE_TYPE donor

SEQUENCE GT

23646 23645 Genesplicer_186 genesplicer 4.208303

score 4.208303

SPLICE_SITE_TYPE donor

SEQUENCE GT

23712 23711 Genesplicer_188 genesplicer 12.034591

score 12.034591

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

23868 23867 Genesplicer_189 genesplicer 6.015012

score 6.015012

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

23962 23961 Genesplicer_192 genesplicer 3.790911

score 3.790911

SPLICE_SITE_TYPE donor

SEQUENCE GT

24053 24052 Genesplicer_193 genesplicer 6.976557

score 6.976557

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

24106 24105 Genesplicer_194 genesplicer 4.168064

score 4.168064

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

24191 24190 Genesplicer_197 genesplicer 3.389775

score 3.389775

SPLICE_SITE_TYPE donor

SEQUENCE GT

24360 24359 Genesplicer_199 genesplicer 6.920379

score 6.920379

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

24538 24537 Genesplicer_200 genesplicer 10.088852

score 10.088852

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

24655 24654 Genesplicer_202 genesplicer 7.977361

score 7.977361

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

24836 24835 Genesplicer_209 genesplicer 13.868202

score 13.868202

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

25590 25589 Genesplicer_211 genesplicer 4.537119

score 4.537119

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

25749 25748 Genesplicer_213 genesplicer 5.89853

score 5.89853

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

26238 26237 Genesplicer_214 genesplicer 5.195567

score 5.195567

SPLICE_SITE_TYPE donor

SEQUENCE GT

26474 26473 Genesplicer_215 genesplicer 7.093065

score 7.093065

SPLICE_SITE_TYPE donor

SEQUENCE GT

26645 26644 Genesplicer_217 genesplicer 9.115135

score 9.115135

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

26988 26987 Genesplicer_221 genesplicer 6.077369

score 6.077369

SPLICE_SITE_TYPE donor

SEQUENCE GT

27295 27294 Genesplicer_222 genesplicer 7.935651

score 7.935651

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

27339 27338 Genesplicer_223 genesplicer 4.061522

score 4.061522

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

27407 27406 Genesplicer_224 genesplicer 7.420267

score 7.420267

SPLICE_SITE_TYPE donor

SEQUENCE GT

27554 27553 Genesplicer_228 genesplicer 4.32781

score 4.32781

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

28686 28685 Genesplicer_231 genesplicer 4.498534

score 4.498534

SPLICE_SITE_TYPE donor

SEQUENCE GT

29348 29347 Genesplicer_232 genesplicer 3.602628

score 3.602628

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

29350 29349 Genesplicer_233 genesplicer 7.957123

score 7.957123

SPLICE_SITE_TYPE donor

SEQUENCE GT

29470 29469 Genesplicer_235 genesplicer 6.506352

score 6.506352

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

29828 29827 Genesplicer_237 genesplicer 15.355109

score 15.355109

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

30204 30203 Genesplicer_238 genesplicer 8.408012

score 8.408012

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

30303 30302 Genesplicer_239 genesplicer 3.511705

score 3.511705

SPLICE_SITE_TYPE donor

SEQUENCE GT

30377 30376 Genesplicer_243 genesplicer 4.821978

score 4.821978

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

30906 30905 Genesplicer_244 genesplicer 3.606699

score 3.606699

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

30973 30972 Genesplicer_246 genesplicer 6.397863

score 6.397863

SPLICE_SITE_TYPE donor

SEQUENCE GT

31118 31117 Genesplicer_247 genesplicer 2.520407

score 2.520407

SPLICE_SITE_TYPE donor

SEQUENCE GT

31423 31422 Genesplicer_248 genesplicer 15.336341

score 15.336341

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

31425 31424 Genesplicer_249 genesplicer 7.578704

score 7.578704

SPLICE_SITE_TYPE donor

SEQUENCE GT

31502 31501 Genesplicer_250 genesplicer 8.672229

score 8.672229

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

31602 31601 Genesplicer_251 genesplicer 8.176231

score 8.176231

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

31747 31746 Genesplicer_252 genesplicer 7.222666

score 7.222666

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

31827 31826 Genesplicer_253 genesplicer 2.53018

score 2.53018

SPLICE_SITE_TYPE donor

SEQUENCE GT

31910 31909 Genesplicer_254 genesplicer 5.566703

score 5.566703

SPLICE_SITE_TYPE donor

SEQUENCE GT

31995 31994 Genesplicer_256 genesplicer 5.822604

score 5.822604

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

32495 32494 Genesplicer_257 genesplicer 7.607382

score 7.607382

SPLICE_SITE_TYPE donor

SEQUENCE GT

32618 32617 Genesplicer_258 genesplicer 10.581847

score 10.581847

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

32711 32710 Genesplicer_259 genesplicer 5.198611

score 5.198611

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

32880 32879 Genesplicer_260 genesplicer 9.313948

score 9.313948

SPLICE_SITE_TYPE donor

SEQUENCE GT

32992 32991 Genesplicer_262 genesplicer 6.052964

score 6.052964

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

33086 33085 Genesplicer_263 genesplicer 8.174274

score 8.174274

SPLICE_SITE_TYPE donor

SEQUENCE GT

33399 33398 Genesplicer_265 genesplicer 4.116002

score 4.116002

SPLICE_SITE_TYPE donor

SEQUENCE GT

33625 33624 Genesplicer_266 genesplicer 4.683722

score 4.683722

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

33651 33650 Genesplicer_267 genesplicer 8.60761

score 8.60761

SPLICE_SITE_TYPE donor

SEQUENCE GT

33766 33765 Genesplicer_268 genesplicer 5.12666

score 5.12666

SPLICE_SITE_TYPE donor

SEQUENCE GT

33941 33940 Genesplicer_270 genesplicer 6.553132

score 6.553132

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

34646 34645 Genesplicer_272 genesplicer 8.228693

score 8.228693

SPLICE_SITE_TYPE donor

SEQUENCE GT

34808 34807 Genesplicer_273 genesplicer 5.208155

score 5.208155

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

35145 35144 Genesplicer_274 genesplicer 8.183814

score 8.183814

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

35262 35261 Genesplicer_275 genesplicer 4.618994

score 4.618994

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

35358 35357 Genesplicer_276 genesplicer 6.064434

score 6.064434

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

35467 35466 Genesplicer_281 genesplicer 4.840439

score 4.840439

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

36217 36216 Genesplicer_283 genesplicer 6.323461

score 6.323461

SPLICE_SITE_TYPE donor

SEQUENCE GT

36366 36365 Genesplicer_285 genesplicer 9.844295

score 9.844295

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

36575 36574 Genesplicer_288 genesplicer 3.477714

score 3.477714

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

36912 36911 Genesplicer_292 genesplicer 7.383145

score 7.383145

SPLICE_SITE_TYPE donor

SEQUENCE GT

37717 37716 Genesplicer_293 genesplicer 11.615494

score 11.615494

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

37806 37805 Genesplicer_294 genesplicer 5.774415

score 5.774415

SPLICE_SITE_TYPE donor

SEQUENCE GT

37919 37918 Genesplicer_295 genesplicer 5.119096

score 5.119096

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

37950 37949 Genesplicer_296 genesplicer 2.782287

score 2.782287

SPLICE_SITE_TYPE donor

SEQUENCE GT

38047 38046 Genesplicer_298 genesplicer 3.376349

score 3.376349

SPLICE_SITE_TYPE donor

SEQUENCE GT

38529 38528 Genesplicer_299 genesplicer 8.907441

score 8.907441

SPLICE_SITE_TYPE donor

SEQUENCE GT

38590 38589 Genesplicer_300 genesplicer 11.661075

score 11.661075

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

38673 38672 Genesplicer_301 genesplicer 7.727056

score 7.727056

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

38887 38886 Genesplicer_302 genesplicer 8.367491

score 8.367491

SPLICE_SITE_TYPE donor

SEQUENCE GT

39014 39013 Genesplicer_303 genesplicer 5.205084

score 5.205084

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

39073 39072 Genesplicer_304 genesplicer 3.932091

score 3.932091

SPLICE_SITE_TYPE donor

SEQUENCE GT

39215 39214 Genesplicer_305 genesplicer 11.30299

score 11.30299

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

39288 39287 Genesplicer_306 genesplicer 4.491442

score 4.491442

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

39524 39523 Genesplicer_307 genesplicer 3.218973

score 3.218973

SPLICE_SITE_TYPE donor

SEQUENCE GT

39557 39556 Genesplicer_309 genesplicer 4.75648

score 4.75648

SPLICE_SITE_TYPE donor

SEQUENCE GT

39709 39708 Genesplicer_310 genesplicer 6.972603

score 6.972603

SPLICE_SITE_TYPE donor

SEQUENCE GT

39905 39904 Genesplicer_311 genesplicer 5.12963

score 5.12963

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

40015 40014 Genesplicer_312 genesplicer 4.407475

score 4.407475

SPLICE_SITE_TYPE donor

SEQUENCE GT

40146 40145 Genesplicer_314 genesplicer 3.100387

score 3.100387

SPLICE_SITE_TYPE donor

SEQUENCE GT

40440 40439 Genesplicer_316 genesplicer 9.084455

score 9.084455

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

40635 40634 Genesplicer_319 genesplicer 9.566408

score 9.566408

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

41140 41139 Genesplicer_320 genesplicer 13.771622

score 13.771622

SPLICE_SITE_TYPE donor

SEQUENCE GT

41268 41267 Genesplicer_321 genesplicer 7.404871

score 7.404871

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

41351 41350 Genesplicer_322 genesplicer 5.701831

score 5.701831

SPLICE_SITE_TYPE donor

SEQUENCE GT

41395 41394 Genesplicer_324 genesplicer 3.360698

score 3.360698

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

41535 41534 Genesplicer_325 genesplicer 4.175672

score 4.175672

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

41653 41652 Genesplicer_326 genesplicer 8.337958

score 8.337958

SPLICE_SITE_TYPE donor

SEQUENCE GT

41702 41701 Genesplicer_328 genesplicer 4.785103

score 4.785103

SPLICE_SITE_TYPE donor

SEQUENCE GT

41964 41963 Genesplicer_329 genesplicer 4.199592

score 4.199592

SPLICE_SITE_TYPE donor

SEQUENCE GT

42428 42427 Genesplicer_332 genesplicer 4.450006

score 4.450006

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

42647 42646 Genesplicer_333 genesplicer 4.276732

score 4.276732

SPLICE_SITE_TYPE donor

SEQUENCE GT

42729 42728 Genesplicer_335 genesplicer 7.235973

score 7.235973

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

43041 43040 Genesplicer_336 genesplicer 3.104287

score 3.104287

SPLICE_SITE_TYPE donor

SEQUENCE GT

43113 43112 Genesplicer_337 genesplicer 6.167184

score 6.167184

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

43359 43358 Genesplicer_338 genesplicer 3.453491

score 3.453491

SPLICE_SITE_TYPE donor

SEQUENCE GT

43434 43433 Genesplicer_339 genesplicer 3.568602

score 3.568602

SPLICE_SITE_TYPE donor

SEQUENCE GT

43502 43501 Genesplicer_341 genesplicer 7.643993

score 7.643993

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

43704 43703 Genesplicer_345 genesplicer 8.900717

score 8.900717

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

44188 44187 Genesplicer_346 genesplicer 6.008365

score 6.008365

SPLICE_SITE_TYPE donor

SEQUENCE GT

44236 44235 Genesplicer_347 genesplicer 7.184477

score 7.184477

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

44422 44421 Genesplicer_348 genesplicer 3.715903

score 3.715903

SPLICE_SITE_TYPE donor

SEQUENCE GT

44720 44719 Genesplicer_350 genesplicer 7.516832

score 7.516832

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

45031 45030 Genesplicer_351 genesplicer 3.789928

score 3.789928

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

45208 45207 Genesplicer_352 genesplicer 11.402824

score 11.402824

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

45293 45292 Genesplicer_354 genesplicer 5.194524

score 5.194524

SPLICE_SITE_TYPE donor

SEQUENCE GT

45526 45525 Genesplicer_356 genesplicer 2.720342

score 2.720342

SPLICE_SITE_TYPE donor

SEQUENCE GT

45879 45878 Genesplicer_358 genesplicer 6.303265

score 6.303265

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

46217 46216 Genesplicer_362 genesplicer 13.111737

score 13.111737

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

46609 46608 Genesplicer_363 genesplicer 4.06885

score 4.06885

SPLICE_SITE_TYPE donor

SEQUENCE GT

46760 46759 Genesplicer_364 genesplicer 4.706765

score 4.706765

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

46925 46924 Genesplicer_365 genesplicer 4.540443

score 4.540443

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

47004 47003 Genesplicer_366 genesplicer 5.247976

score 5.247976

SPLICE_SITE_TYPE donor

SEQUENCE GT

47131 47130 Genesplicer_367 genesplicer 8.801778

score 8.801778

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

47243 47242 Genesplicer_368 genesplicer 6.901441

score 6.901441

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

47311 47310 Genesplicer_369 genesplicer 5.762773

score 5.762773

SPLICE_SITE_TYPE donor

SEQUENCE GT

47357 47356 Genesplicer_371 genesplicer 4.118342

score 4.118342

SPLICE_SITE_TYPE donor

SEQUENCE GT

47762 47761 Genesplicer_372 genesplicer 5.776589

score 5.776589

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

47851 47850 Genesplicer_375 genesplicer 3.729456

score 3.729456

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

48106 48105 Genesplicer_376 genesplicer 3.040977

score 3.040977

SPLICE_SITE_TYPE donor

SEQUENCE GT

48225 48224 Genesplicer_380 genesplicer 5.032813

score 5.032813

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

48679 48678 Genesplicer_381 genesplicer 3.785696

score 3.785696

SPLICE_SITE_TYPE donor

SEQUENCE GT

48791 48790 Genesplicer_385 genesplicer 3.546831

score 3.546831

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

49481 49480 Genesplicer_387 genesplicer 4.042951

score 4.042951

SPLICE_SITE_TYPE donor

SEQUENCE GT

49608 49607 Genesplicer_389 genesplicer 3.361797

score 3.361797

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

49715 49714 Genesplicer_394 genesplicer 8.532072

score 8.532072

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

50069 50068 Genesplicer_398 genesplicer 7.199719

score 7.199719

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

50411 50410 Genesplicer_400 genesplicer 4.101843

score 4.101843

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

50546 50545 Genesplicer_402 genesplicer 9.672293

score 9.672293

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

50862 50861 Genesplicer_403 genesplicer 3.014024

score 3.014024

SPLICE_SITE_TYPE donor

SEQUENCE GT

50927 50926 Genesplicer_405 genesplicer 6.591113

score 6.591113

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

51313 51312 Genesplicer_408 genesplicer 4.067842

score 4.067842

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

51580 51579 Genesplicer_410 genesplicer 7.18683

score 7.18683

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

51815 51814 Genesplicer_414 genesplicer 4.65454

score 4.65454

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

52561 52560 Genesplicer_415 genesplicer 11.076173

score 11.076173

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

52747 52746 Genesplicer_417 genesplicer 4.199823

score 4.199823

SPLICE_SITE_TYPE donor

SEQUENCE GT

52888 52887 Genesplicer_419 genesplicer 4.858428

score 4.858428

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

53056 53055 Genesplicer_421 genesplicer 3.90846

score 3.90846

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

53329 53328 Genesplicer_422 genesplicer 6.162817

score 6.162817

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

53487 53486 Genesplicer_423 genesplicer 10.264149

score 10.264149

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

53633 53632 Genesplicer_425 genesplicer 4.259073

score 4.259073

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

53765 53764 Genesplicer_426 genesplicer 6.379418

score 6.379418

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

53841 53840 Genesplicer_428 genesplicer 7.607133

score 7.607133

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

54293 54292 Genesplicer_430 genesplicer 8.647666

score 8.647666

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

54564 54563 Genesplicer_431 genesplicer 3.768638

score 3.768638

SPLICE_SITE_TYPE donor

SEQUENCE GT

54709 54708 Genesplicer_432 genesplicer 3.559294

score 3.559294

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

54794 54793 Genesplicer_434 genesplicer 2.626714

score 2.626714

SPLICE_SITE_TYPE donor

SEQUENCE GT

55147 55146 Genesplicer_435 genesplicer 2.987096

score 2.987096

SPLICE_SITE_TYPE donor

SEQUENCE GT

55225 55224 Genesplicer_436 genesplicer 12.012957

score 12.012957

SPLICE_SITE_TYPE donor

SEQUENCE GT

55402 55401 Genesplicer_437 genesplicer 3.144927

score 3.144927

SPLICE_SITE_TYPE donor

SEQUENCE GT

55573 55572 Genesplicer_438 genesplicer 4.694308

score 4.694308

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

55932 55931 Genesplicer_439 genesplicer 7.517565

score 7.517565

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

55996 55995 Genesplicer_440 genesplicer 5.629734

score 5.629734

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

56097 56096 Genesplicer_442 genesplicer 7.223758

score 7.223758

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

56207 56206 Genesplicer_444 genesplicer 9.36679

score 9.36679

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

56483 56482 Genesplicer_445 genesplicer 12.273592

score 12.273592

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

56597 56596 Genesplicer_448 genesplicer 5.3183

score 5.3183

SPLICE_SITE_TYPE donor

SEQUENCE GT

56719 56718 Genesplicer_449 genesplicer 4.59373

score 4.59373

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

56875 56874 Genesplicer_450 genesplicer 3.880591

score 3.880591

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

56960 56959 Genesplicer_453 genesplicer 6.209739

score 6.209739

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

57300 57299 Genesplicer_454 genesplicer 2.324439

score 2.324439

SPLICE_SITE_TYPE donor

SEQUENCE GT

57385 57384 Genesplicer_458 genesplicer 5.431805

score 5.431805

SPLICE_SITE_TYPE donor

SEQUENCE GT

57826 57825 Genesplicer_459 genesplicer 3.714877

score 3.714877

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

57908 57907 Genesplicer_460 genesplicer 8.533532

score 8.533532

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

58081 58080 Genesplicer_461 genesplicer 3.156558

score 3.156558

SPLICE_SITE_TYPE donor

SEQUENCE GT

58352 58351 Genesplicer_462 genesplicer 4.479704

score 4.479704

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

58392 58391 Genesplicer_463 genesplicer 5.515884

score 5.515884

SPLICE_SITE_TYPE donor

SEQUENCE GT

58470 58469 Genesplicer_465 genesplicer 7.681131

score 7.681131

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

58583 58582 Genesplicer_468 genesplicer 5.75137

score 5.75137

SPLICE_SITE_TYPE donor

SEQUENCE GT

58780 58779 Genesplicer_469 genesplicer 4.985823

score 4.985823

SPLICE_SITE_TYPE donor

SEQUENCE GT

59013 59012 Genesplicer_470 genesplicer 3.909687

score 3.909687

SPLICE_SITE_TYPE donor

SEQUENCE GT

59094 59093 Genesplicer_471 genesplicer 3.554413

score 3.554413

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

59181 59180 Genesplicer_472 genesplicer 6.080157

score 6.080157

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

59502 59501 Genesplicer_474 genesplicer 7.304867

score 7.304867

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

59614 59613 Genesplicer_475 genesplicer 2.711371

score 2.711371

SPLICE_SITE_TYPE donor

SEQUENCE GT

59783 59782 Genesplicer_477 genesplicer 9.363077

score 9.363077

SPLICE_SITE_TYPE donor

SEQUENCE GT

59909 59908 Genesplicer_480 genesplicer 5.161227

score 5.161227

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

60395 60394 Genesplicer_481 genesplicer 6.530495

score 6.530495

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

60516 60515 Genesplicer_483 genesplicer 8.507018

score 8.507018

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

60871 60870 Genesplicer_486 genesplicer 8.94265

score 8.94265

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

61185 61184 Genesplicer_487 genesplicer 5.960484

score 5.960484

SPLICE_SITE_TYPE donor

SEQUENCE GT

61217 61216 Genesplicer_489 genesplicer 5.662149

score 5.662149

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

61682 61681 Genesplicer_490 genesplicer 2.357496

score 2.357496

SPLICE_SITE_TYPE donor

SEQUENCE GT

61750 61749 Genesplicer_492 genesplicer 13.64572

score 13.64572

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

62032 62031 Genesplicer_493 genesplicer 5.713811

score 5.713811

SPLICE_SITE_TYPE donor

SEQUENCE GT

62116 62115 Genesplicer_494 genesplicer 3.625292

score 3.625292

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

62189 62188 Genesplicer_495 genesplicer 4.819599

score 4.819599

SPLICE_SITE_TYPE donor

SEQUENCE GT

62238 62237 Genesplicer_496 genesplicer 4.825646

score 4.825646

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

62477 62476 Genesplicer_498 genesplicer 6.856384

score 6.856384

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

62905 62904 Genesplicer_499 genesplicer 4.647599

score 4.647599

SPLICE_SITE_TYPE donor

SEQUENCE GT

63095 63094 Genesplicer_501 genesplicer 4.844956

score 4.844956

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

63564 63563 Genesplicer_504 genesplicer 8.976303

score 8.976303

SPLICE_SITE_TYPE donor

SEQUENCE GT

63778 63777 Genesplicer_505 genesplicer 4.283827

score 4.283827

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

63970 63969 Genesplicer_506 genesplicer 9.650117

score 9.650117

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

64163 64162 Genesplicer_507 genesplicer 14.590191

score 14.590191

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

64358 64357 Genesplicer_508 genesplicer 3.616118

score 3.616118

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

64490 64489 Genesplicer_509 genesplicer 9.933837

score 9.933837

SPLICE_SITE_TYPE donor

SEQUENCE GT

64528 64527 Genesplicer_510 genesplicer 5.833692

score 5.833692

SPLICE_SITE_TYPE donor

SEQUENCE GT

64687 64686 Genesplicer_511 genesplicer 7.698894

score 7.698894

SPLICE_SITE_TYPE donor

SEQUENCE GT

65084 65083 Genesplicer_512 genesplicer 5.039532

score 5.039532

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

65086 65085 Genesplicer_517 genesplicer 6.234726

score 6.234726

SPLICE_SITE_TYPE donor

SEQUENCE GT

65592 65591 Genesplicer_518 genesplicer 2.316748

score 2.316748

SPLICE_SITE_TYPE donor

SEQUENCE GT

65724 65723 Genesplicer_519 genesplicer 3.764024

score 3.764024

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

65941 65940 Genesplicer_521 genesplicer 3.753787

score 3.753787

SPLICE_SITE_TYPE donor

SEQUENCE GT

66219 66218 Genesplicer_523 genesplicer 2.47971

score 2.47971

SPLICE_SITE_TYPE donor

SEQUENCE GT

66487 66486 Genesplicer_530 genesplicer 4.165879

score 4.165879

SPLICE_SITE_TYPE donor

SEQUENCE GT

67761 67760 Genesplicer_532 genesplicer 11.74904

score 11.74904

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

68119 68118 Genesplicer_533 genesplicer 4.895061

score 4.895061

SPLICE_SITE_TYPE donor

SEQUENCE GT

68252 68251 Genesplicer_534 genesplicer 2.781817

score 2.781817

SPLICE_SITE_TYPE donor

SEQUENCE GT

68354 68353 Genesplicer_535 genesplicer 2.92361

score 2.92361

SPLICE_SITE_TYPE donor

SEQUENCE GT

68451 68450 Genesplicer_537 genesplicer 8.149728

score 8.149728

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

68817 68816 Genesplicer_538 genesplicer 9.386146

score 9.386146

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

68968 68967 Genesplicer_540 genesplicer 5.607968

score 5.607968

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

69206 69205 Genesplicer_541 genesplicer 12.453214

score 12.453214

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

69350 69349 Genesplicer_542 genesplicer 2.382055

score 2.382055

SPLICE_SITE_TYPE donor

SEQUENCE GT

69383 69382 Genesplicer_544 genesplicer 6.46433

score 6.46433

SPLICE_SITE_TYPE donor

SEQUENCE GT

69901 69900 Genesplicer_548 genesplicer 2.629973

score 2.629973

SPLICE_SITE_TYPE donor

SEQUENCE GT

71192 71191 Genesplicer_549 genesplicer 5.201561

score 5.201561

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

71224 71223 Genesplicer_553 genesplicer 6.515849

score 6.515849

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

71819 71818 Genesplicer_558 genesplicer 6.318752

score 6.318752

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

72561 72560 Genesplicer_559 genesplicer 9.752703

score 9.752703

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

72632 72631 Genesplicer_560 genesplicer 2.837643

score 2.837643

SPLICE_SITE_TYPE donor

SEQUENCE GT

72718 72717 Genesplicer_561 genesplicer 4.719844

score 4.719844

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

72745 72744 Genesplicer_562 genesplicer 5.20024

score 5.20024

SPLICE_SITE_TYPE donor

SEQUENCE GT

73008 73007 Genesplicer_564 genesplicer 4.171813

score 4.171813

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

73638 73637 Genesplicer_565 genesplicer 3.481655

score 3.481655

SPLICE_SITE_TYPE donor

SEQUENCE GT

73923 73922 Genesplicer_570 genesplicer 6.473019

score 6.473019

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

74710 74709 Genesplicer_571 genesplicer 3.657415

score 3.657415

SPLICE_SITE_TYPE donor

SEQUENCE GT

74748 74747 Genesplicer_572 genesplicer 8.929502

score 8.929502

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

74923 74922 Genesplicer_573 genesplicer 3.484653

score 3.484653

SPLICE_SITE_TYPE donor

SEQUENCE GT

75087 75086 Genesplicer_574 genesplicer 4.188805

score 4.188805

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

75145 75144 Genesplicer_575 genesplicer 4.576212

score 4.576212

SPLICE_SITE_TYPE donor

SEQUENCE GT

75343 75342 Genesplicer_576 genesplicer 6.45077

score 6.45077

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

75429 75428 Genesplicer_579 genesplicer 5.521733

score 5.521733

SPLICE_SITE_TYPE donor

SEQUENCE GT

75746 75745 Genesplicer_580 genesplicer 7.231798

score 7.231798

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

75868 75867 Genesplicer_581 genesplicer 8.585295

score 8.585295

SPLICE_SITE_TYPE donor

SEQUENCE GT

75955 75954 Genesplicer_582 genesplicer 7.913168

score 7.913168

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

76023 76022 Genesplicer_583 genesplicer 2.544687

score 2.544687

SPLICE_SITE_TYPE donor

SEQUENCE GT

76321 76320 Genesplicer_584 genesplicer 7.737394

score 7.737394

SPLICE_SITE_TYPE donor

SEQUENCE GT

76638 76637 Genesplicer_585 genesplicer 6.293729

score 6.293729

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

76736 76735 Genesplicer_586 genesplicer 5.896135

score 5.896135

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

76836 76835 Genesplicer_587 genesplicer 3.33935

score 3.33935

SPLICE_SITE_TYPE donor

SEQUENCE GT

77100 77099 Genesplicer_589 genesplicer 2.543592

score 2.543592

SPLICE_SITE_TYPE donor

SEQUENCE GT

77201 77200 Genesplicer_590 genesplicer 6.845282

score 6.845282

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

77427 77426 Genesplicer_591 genesplicer 4.652428

score 4.652428

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

77555 77554 Genesplicer_592 genesplicer 7.899861

score 7.899861

SPLICE_SITE_TYPE donor

SEQUENCE GT

77595 77594 Genesplicer_593 genesplicer 7.721859

score 7.721859

SPLICE_SITE_TYPE donor

SEQUENCE GT

77925 77924 Genesplicer_594 genesplicer 4.432426

score 4.432426

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

78067 78066 Genesplicer_595 genesplicer 3.045779

score 3.045779

SPLICE_SITE_TYPE donor

SEQUENCE GT

78146 78145 Genesplicer_596 genesplicer 8.326593

score 8.326593

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

78148 78147 Genesplicer_598 genesplicer 8.450305

score 8.450305

SPLICE_SITE_TYPE donor

SEQUENCE GT

78388 78387 Genesplicer_599 genesplicer 7.853711

score 7.853711

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

78548 78547 Genesplicer_600 genesplicer 9.568286

score 9.568286

SPLICE_SITE_TYPE donor

SEQUENCE GT

78661 78660 Genesplicer_601 genesplicer 3.825538

score 3.825538

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

78769 78768 Genesplicer_602 genesplicer 4.124018

score 4.124018

SPLICE_SITE_TYPE donor

SEQUENCE GT

78879 78878 Genesplicer_604 genesplicer 3.674037

score 3.674037

SPLICE_SITE_TYPE donor

SEQUENCE GT

79150 79149 Genesplicer_605 genesplicer 13.175879

score 13.175879

SPLICE_SITE_TYPE donor

SEQUENCE GT

79433 79432 Genesplicer_607 genesplicer 7.819941

score 7.819941

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

79552 79551 Genesplicer_608 genesplicer 5.324329

score 5.324329

SPLICE_SITE_TYPE donor

SEQUENCE GT

79620 79619 Genesplicer_611 genesplicer 12.183175

score 12.183175

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

80200 80199 Genesplicer_613 genesplicer 6.720598

score 6.720598

SPLICE_SITE_TYPE donor

SEQUENCE GT

80389 80388 Genesplicer_614 genesplicer 4.519903

score 4.519903

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

80391 80390 Genesplicer_616 genesplicer 5.185607

score 5.185607

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

80604 80603 Genesplicer_617 genesplicer 2.286532

score 2.286532

SPLICE_SITE_TYPE donor

SEQUENCE GT

80627 80626 Genesplicer_620 genesplicer 5.311745

score 5.311745

SPLICE_SITE_TYPE donor

SEQUENCE GT

81270 81269 Genesplicer_622 genesplicer 11.145011

score 11.145011

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

81640 81639 Genesplicer_623 genesplicer 3.977047

score 3.977047

SPLICE_SITE_TYPE donor

SEQUENCE GT

81689 81688 Genesplicer_625 genesplicer 6.580268

score 6.580268

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

81892 81891 Genesplicer_627 genesplicer 2.814376

score 2.814376

SPLICE_SITE_TYPE donor

SEQUENCE GT

82079 82078 Genesplicer_628 genesplicer 4.464218

score 4.464218

SPLICE_SITE_TYPE donor

SEQUENCE GT

82287 82286 Genesplicer_629 genesplicer 8.644276

score 8.644276

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

82329 82328 Genesplicer_635 genesplicer 4.620315

score 4.620315

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

82814 82813 Genesplicer_637 genesplicer 3.700312

score 3.700312

SPLICE_SITE_TYPE donor

SEQUENCE GT

82947 82946 Genesplicer_638 genesplicer 5.896352

score 5.896352

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

83023 83022 Genesplicer_639 genesplicer 3.472399

score 3.472399

SPLICE_SITE_TYPE donor

SEQUENCE GT

83307 83306 Genesplicer_641 genesplicer 2.840245

score 2.840245

SPLICE_SITE_TYPE donor

SEQUENCE GT

83547 83546 Genesplicer_645 genesplicer 3.860674

score 3.860674

SPLICE_SITE_TYPE donor

SEQUENCE GT

83981 83980 Genesplicer_646 genesplicer 10.991586

score 10.991586

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

84104 84103 Genesplicer_647 genesplicer 2.816558

score 2.816558

SPLICE_SITE_TYPE donor

SEQUENCE GT

84172 84171 Genesplicer_648 genesplicer 14.120407

score 14.120407

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

84236 84235 Genesplicer_654 genesplicer 3.293527

score 3.293527

SPLICE_SITE_TYPE donor

SEQUENCE GT

84827 84826 Genesplicer_657 genesplicer 2.739562

score 2.739562

SPLICE_SITE_TYPE donor

SEQUENCE GT

85176 85175 Genesplicer_660 genesplicer 13.466865

score 13.466865

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

85832 85831 Genesplicer_662 genesplicer 7.300448

score 7.300448

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

86073 86072 Genesplicer_663 genesplicer 4.010556

score 4.010556

SPLICE_SITE_TYPE donor

SEQUENCE GT

86159 86158 Genesplicer_665 genesplicer 2.883161

score 2.883161

SPLICE_SITE_TYPE donor

SEQUENCE GT

86260 86259 Genesplicer_672 genesplicer 3.384954

score 3.384954

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

87084 87083 Genesplicer_674 genesplicer 3.936655

score 3.936655

SPLICE_SITE_TYPE donor

SEQUENCE GT

87508 87507 Genesplicer_677 genesplicer 8.366978

score 8.366978

SPLICE_SITE_TYPE donor

SEQUENCE GT

87918 87917 Genesplicer_678 genesplicer 6.902792

score 6.902792

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

88073 88072 Genesplicer_679 genesplicer 9.664468

score 9.664468

SPLICE_SITE_TYPE donor

SEQUENCE GT

88158 88157 Genesplicer_681 genesplicer 6.806949

score 6.806949

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

88318 88317 Genesplicer_683 genesplicer 7.868003

score 7.868003

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

88577 88576 Genesplicer_687 genesplicer 3.867098

score 3.867098

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

89037 89036 Genesplicer_689 genesplicer 2.743382

score 2.743382

SPLICE_SITE_TYPE donor

SEQUENCE GT

89233 89232 Genesplicer_691 genesplicer 6.441151

score 6.441151

SPLICE_SITE_TYPE donor

SEQUENCE GT

89383 89382 Genesplicer_692 genesplicer 6.519876

score 6.519876

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

89385 89384 Genesplicer_693 genesplicer 4.026923

score 4.026923

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

89447 89446 Genesplicer_695 genesplicer 2.750284

score 2.750284

SPLICE_SITE_TYPE donor

SEQUENCE GT

89726 89725 Genesplicer_697 genesplicer 9.315314

score 9.315314

SPLICE_SITE_TYPE donor

SEQUENCE GT

89885 89884 Genesplicer_698 genesplicer 3.298852

score 3.298852

SPLICE_SITE_TYPE donor

SEQUENCE GT

90406 90405 Genesplicer_700 genesplicer 7.425495

score 7.425495

SPLICE_SITE_TYPE donor

SEQUENCE GT

90697 90696 Genesplicer_702 genesplicer 2.462263

score 2.462263

SPLICE_SITE_TYPE donor

SEQUENCE GT

90884 90883 Genesplicer_703 genesplicer 3.150144

score 3.150144

SPLICE_SITE_TYPE donor

SEQUENCE GT

91148 91147 Genesplicer_705 genesplicer 4.582695

score 4.582695

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

91476 91475 Genesplicer_706 genesplicer 7.996129

score 7.996129

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

91599 91598 Genesplicer_708 genesplicer 8.206799

score 8.206799

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

91661 91660 Genesplicer_709 genesplicer 8.617197

score 8.617197

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

91836 91835 Genesplicer_711 genesplicer 5.985097

score 5.985097

SPLICE_SITE_TYPE donor

SEQUENCE GT

91931 91930 Genesplicer_713 genesplicer 13.348557

score 13.348557

SPLICE_SITE_TYPE donor

SEQUENCE GT

92022 92021 Genesplicer_716 genesplicer 4.678925

score 4.678925

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

92296 92295 Genesplicer_717 genesplicer 5.483595

score 5.483595

SPLICE_SITE_TYPE donor

SEQUENCE GT

92328 92327 Genesplicer_718 genesplicer 3.845898

score 3.845898

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

92357 92356 Genesplicer_720 genesplicer 12.942604

score 12.942604

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

92647 92646 Genesplicer_722 genesplicer 7.929196

score 7.929196

SPLICE_SITE_TYPE donor

SEQUENCE GT

92738 92737 Genesplicer_725 genesplicer 6.106016

score 6.106016

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

93211 93210 Genesplicer_726 genesplicer 10.398132

score 10.398132

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

93466 93465 Genesplicer_727 genesplicer 4.988754

score 4.988754

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

93712 93711 Genesplicer_728 genesplicer 8.726595

score 8.726595

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

93876 93875 Genesplicer_729 genesplicer 2.746354

score 2.746354

SPLICE_SITE_TYPE donor

SEQUENCE GT

93965 93964 Genesplicer_732 genesplicer 5.160626

score 5.160626

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

94400 94399 Genesplicer_733 genesplicer 2.257197

score 2.257197

SPLICE_SITE_TYPE donor

SEQUENCE GT

94437 94436 Genesplicer_734 genesplicer 6.690895

score 6.690895

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

94547 94546 Genesplicer_735 genesplicer 2.248995

score 2.248995

SPLICE_SITE_TYPE donor

SEQUENCE GT

94598 94597 Genesplicer_739 genesplicer 7.500114

score 7.500114

SPLICE_SITE_TYPE donor

SEQUENCE GT

94923 94922 Genesplicer_744 genesplicer 4.515654

score 4.515654

SPLICE_SITE_TYPE donor

SEQUENCE GT

95354 95353 Genesplicer_747 genesplicer 6.59837

score 6.59837

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

96773 96772 Genesplicer_748 genesplicer 6.140503

score 6.140503

SPLICE_SITE_TYPE donor

SEQUENCE GT

96852 96851 Genesplicer_749 genesplicer 3.518543

score 3.518543

SPLICE_SITE_TYPE donor

SEQUENCE GT

97073 97072 Genesplicer_750 genesplicer 3.508723

score 3.508723

SPLICE_SITE_TYPE donor

SEQUENCE GT

97258 97257 Genesplicer_755 genesplicer 3.129728

score 3.129728

SPLICE_SITE_TYPE donor

SEQUENCE GT

97613 97612 Genesplicer_756 genesplicer 5.40329

score 5.40329

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

97628 97627 Genesplicer_761 genesplicer 3.919148

score 3.919148

SPLICE_SITE_TYPE donor

SEQUENCE GT

98018 98017 Genesplicer_762 genesplicer 3.344505

score 3.344505

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

98235 98234 Genesplicer_764 genesplicer 5.606108

score 5.606108

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

98388 98387 Genesplicer_765 genesplicer 9.612988

score 9.612988

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

98486 98485 Genesplicer_772 genesplicer 6.952803

score 6.952803

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

99301 99300 Genesplicer_774 genesplicer 8.557492

score 8.557492

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

99407 99406 Genesplicer_778 genesplicer 13.668221

score 13.668221

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

99862 99861 Genesplicer_779 genesplicer 2.776589

score 2.776589

SPLICE_SITE_TYPE donor

SEQUENCE GT

100018 100017 Genesplicer_782 genesplicer 8.874067

score 8.874067

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

100272 100271 Genesplicer_783 genesplicer 9.217851

score 9.217851

SPLICE_SITE_TYPE donor

SEQUENCE GT

100355 100354 Genesplicer_785 genesplicer 3.025352

score 3.025352

SPLICE_SITE_TYPE donor

SEQUENCE GT

100594 100593 Genesplicer_787 genesplicer 4.17641

score 4.17641

SPLICE_SITE_TYPE donor

SEQUENCE GT

100738 100737 Genesplicer_789 genesplicer 4.457398

score 4.457398

SPLICE_SITE_TYPE donor

SEQUENCE GT

100892 100891 Genesplicer_791 genesplicer 3.36147

score 3.36147

SPLICE_SITE_TYPE donor

SEQUENCE GT

101038 101037 Genesplicer_797 genesplicer 6.005746

score 6.005746

SPLICE_SITE_TYPE donor

SEQUENCE GT

102752 102751 Genesplicer_798 genesplicer 3.660616

score 3.660616

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

102860 102859 Genesplicer_799 genesplicer 4.291617

score 4.291617

SPLICE_SITE_TYPE donor

SEQUENCE GT

102976 102975 Genesplicer_804 genesplicer 9.413994

score 9.413994

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

103784 103783 Genesplicer_805 genesplicer 3.197818

score 3.197818

SPLICE_SITE_TYPE donor

SEQUENCE GT

103851 103850 Genesplicer_808 genesplicer 6.693489

score 6.693489

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

104145 104144 Genesplicer_810 genesplicer 2.459141

score 2.459141

SPLICE_SITE_TYPE donor

SEQUENCE GT

104302 104301 Genesplicer_812 genesplicer 3.768697

score 3.768697

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

104537 104536 Genesplicer_814 genesplicer 6.595568

score 6.595568

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

104707 104706 Genesplicer_815 genesplicer 3.427077

score 3.427077

SPLICE_SITE_TYPE donor

SEQUENCE GT

104801 104800 Genesplicer_816 genesplicer 6.048916

score 6.048916

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

104873 104872 Genesplicer_817 genesplicer 2.573533

score 2.573533

SPLICE_SITE_TYPE donor

SEQUENCE GT

104956 104955 Genesplicer_818 genesplicer 4.464126

score 4.464126

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

105027 105026 Genesplicer_819 genesplicer 8.089694

score 8.089694

SPLICE_SITE_TYPE donor

SEQUENCE GT

105207 105206 Genesplicer_820 genesplicer 7.42548

score 7.42548

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

105303 105302 Genesplicer_821 genesplicer 2.665617

score 2.665617

SPLICE_SITE_TYPE donor

SEQUENCE GT

105413 105412 Genesplicer_824 genesplicer 8.863142

score 8.863142

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

105866 105865 Genesplicer_825 genesplicer 5.833529

score 5.833529

SPLICE_SITE_TYPE donor

SEQUENCE GT

105967 105966 Genesplicer_829 genesplicer 7.122883

score 7.122883

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

106350 106349 Genesplicer_830 genesplicer 3.844267

score 3.844267

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

106469 106468 Genesplicer_831 genesplicer 11.549648

score 11.549648

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

106539 106538 Genesplicer_833 genesplicer 6.299727

score 6.299727

SPLICE_SITE_TYPE donor

SEQUENCE GT

106960 106959 Genesplicer_834 genesplicer 5.714904

score 5.714904

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

106962 106961 Genesplicer_835 genesplicer 3.028938

score 3.028938

SPLICE_SITE_TYPE donor

SEQUENCE GT

107104 107103 Genesplicer_836 genesplicer 4.475076

score 4.475076

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

107118 107117 Genesplicer_837 genesplicer 14.560552

score 14.560552

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

107192 107191 Genesplicer_838 genesplicer 8.14642

score 8.14642

SPLICE_SITE_TYPE donor

SEQUENCE GT

107269 107268 Genesplicer_840 genesplicer 8.804069

score 8.804069

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

107454 107453 Genesplicer_841 genesplicer 6.201953

score 6.201953

SPLICE_SITE_TYPE donor

SEQUENCE GT

107624 107623 Genesplicer_842 genesplicer 5.036066

score 5.036066

SPLICE_SITE_TYPE donor

SEQUENCE GT

107692 107691 Genesplicer_844 genesplicer 3.713744

score 3.713744

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

107985 107984 Genesplicer_845 genesplicer 3.741749

score 3.741749

SPLICE_SITE_TYPE donor

SEQUENCE GT

108080 108079 Genesplicer_846 genesplicer 7.984276

score 7.984276

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

108171 108170 Genesplicer_847 genesplicer 3.966159

score 3.966159

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

108313 108312 Genesplicer_850 genesplicer 8.032341

score 8.032341

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

109008 109007 Genesplicer_851 genesplicer 4.223974

score 4.223974

SPLICE_SITE_TYPE donor

SEQUENCE GT

109049 109048 Genesplicer_852 genesplicer 7.067872

score 7.067872

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

109310 109309 Genesplicer_853 genesplicer 4.689649

score 4.689649

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

109585 109584 Genesplicer_856 genesplicer 9.806432

score 9.806432

SPLICE_SITE_TYPE donor

SEQUENCE GT

109855 109854 Genesplicer_857 genesplicer 8.61248

score 8.61248

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

110026 110025 Genesplicer_858 genesplicer 4.674981

score 4.674981

SPLICE_SITE_TYPE donor

SEQUENCE GT

110181 110180 Genesplicer_860 genesplicer 3.813367

score 3.813367

SPLICE_SITE_TYPE donor

SEQUENCE GT

110426 110425 Genesplicer_861 genesplicer 8.863676

score 8.863676

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

110637 110636 Genesplicer_865 genesplicer 7.996617

score 7.996617

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

111074 111073 Genesplicer_867 genesplicer 2.481849

score 2.481849

SPLICE_SITE_TYPE donor

SEQUENCE GT

111361 111360 Genesplicer_869 genesplicer 3.696908

score 3.696908

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

112136 112135 Genesplicer_870 genesplicer 2.373558

score 2.373558

SPLICE_SITE_TYPE donor

SEQUENCE GT

112187 112186 Genesplicer_871 genesplicer 7.510433

score 7.510433

SPLICE_SITE_TYPE donor

SEQUENCE GT

112304 112303 Genesplicer_873 genesplicer 7.886827

score 7.886827

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

112392 112391 Genesplicer_874 genesplicer 4.068217

score 4.068217

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

112467 112466 Genesplicer_878 genesplicer 9.575444

score 9.575444

SPLICE_SITE_TYPE donor

SEQUENCE GT

112906 112905 Genesplicer_893 genesplicer 10.194779

score 10.194779

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

114643 114642 Genesplicer_899 genesplicer 8.337843

score 8.337843

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

115084 115083 Genesplicer_900 genesplicer 4.14089

score 4.14089

SPLICE_SITE_TYPE acceptor

SEQUENCE AG

115449 115448 genomethreader STGI.021005_ST.Unmasked OA:genomethreader_1:C02HBa0155D20.1 BQ114975_ST 0.867

score 0.867

7784 7522 1 269 OA:genomethreader_1:C02HBa0155D20.1 19600 17497 TC112864_ST 0.777

score 0.777

19600 19023 46 677 TC112864_ST 0.729

score 0.729

17791 17497 678 1007 OA:genomethreader_1:C02HBa0155D20.1 19600 17497 TC112863_ST 0.765

score 0.765

19600 19023 38 660 TC112863_ST 0.831

score 0.831

17791 17497 661 973 OA:genomethreader_1:C02HBa0155D20.1 19600 17714 TC112865_ST 0.761

score 0.761

19600 19023 46 669 TC112865_ST 0.621

score 0.621

18941 18913 670 695 TC112865_ST 0.919

score 0.919

18727 18691 696 732 TC112865_ST 0.5

score 0.5

18072 18053 733 751 TC112865_ST 0.987

score 0.987

17791 17714 752 829 OA:genomethreader_1:C02HBa0155D20.1 19529 17725 TC112866_ST 0.583

score 0.583

19529 19470 281 340 TC112866_ST 0.891

score 0.891

19361 19023 341 683 TC112866_ST 0.985

score 0.985

17791 17725 684 750 OA:genomethreader_1:C02HBa0155D20.1 18958 18380 TC116556_ST 0.85

score 0.85

18958 18745 103 320 TC116556_ST 0.632

score 0.632

18398 18380 321 338 OA:genomethreader_1:C02HBa0155D20.1 31523 30244 BQ515377_ST 1.0

score 1.0

31523 31503 1 21 BQ515377_ST 0.961

score 0.961

31423 31119 22 326 BQ515377_ST 0.92

score 0.92

30492 30244 327 575 OA:genomethreader_1:C02HBa0155D20.1 41338 35014 TC123034_ST 0.957

score 0.957

41338 41269 1 70 TC123034_ST 0.985

score 0.985

40633 40567 71 137 TC123034_ST 0.96

score 0.96

40247 40147 138 238 TC123034_ST 0.963

score 0.963

40013 39906 239 346 TC123034_ST 0.986

score 0.986

39286 39216 347 417 TC123034_ST 1.0

score 1.0

39071 39015 418 474 TC123034_ST 0.991

score 0.991

38885 38777 475 583 TC123034_ST 1.0

score 1.0

38671 38591 584 664 TC123034_ST 0.966

score 0.966

37804 37718 665 751 TC123034_ST 0.981

score 0.981

36573 36367 752 958 TC123034_ST 0.977

score 0.977

35143 35014 959 1088 OA:genomethreader_1:C02HBa0155D20.1 47670 45888 TC125497_ST 0.914

score 0.914

47670 47358 1 294 TC125497_ST 0.955

score 0.955

47241 47132 295 404 TC125497_ST 0.96

score 0.96

46215 45888 405 729 OA:genomethreader_1:C02HBa0155D20.1 55779 53636 TC130539_ST 0.981

score 0.981

55779 55403 41 417 TC130539_ST 0.948

score 0.948

54562 54098 418 882 TC130539_ST 0.667

score 0.667

53659 53636 883 905 OA:genomethreader_1:C02HBa0155D20.1 64789 61451 TC120714_ST 0.958

score 0.958

64789 64529 21 280 TC120714_ST 0.971

score 0.971

64161 63779 281 663 TC120714_ST 0.983

score 0.983

62475 62239 664 900 TC120714_ST 0.933

score 0.933

62030 61451 901 1477 OA:genomethreader_1:C02HBa0155D20.1 TC123226_ST 0.912

score 0.912

70629 69823 1 798 OA:genomethreader_1:C02HBa0155D20.1 TC117167_ST 0.839

score 0.839

74170 73649 1 520 OA:genomethreader_1:C02HBa0155D20.1 76755 74718 CV495752_ST 0.957

score 0.957

76755 76639 1 117 CV495752_ST 0.894

score 0.894

76021 75956 118 186 CV495752_ST 0.975

score 0.975

75866 75747 187 306 CV495752_ST 0.892

score 0.892

74921 74718 307 510 OA:genomethreader_1:C02HBa0155D20.1 76886 74724 CN212431_ST 0.911

score 0.911

76886 76639 1 251 CN212431_ST 0.923

score 0.923

76386 76322 252 315 CN212431_ST 0.97

score 0.97

76021 75956 316 381 CN212431_ST 0.967

score 0.967

75866 75747 382 501 CN212431_ST 0.914

score 0.914

74921 74724 502 699 OA:genomethreader_1:C02HBa0155D20.1 79771 77926 TC118784_ST 0.927

score 0.927

79771 79621 1 151 TC118784_ST 0.957

score 0.957

79550 79434 152 268 TC118784_ST 0.968

score 0.968

78546 78389 269 426 TC118784_ST 0.919

score 0.919

78024 77926 427 529 OA:genomethreader_1:C02HBa0155D20.1 CO502121_ST 0.694

score 0.694

103102 102563 94 646 OA:genomethreader_1:C02HBa0155D20.1 111505 107999 TC123128_ST 0.972

score 0.972

111505 111470 1 36 TC123128_ST 0.966

score 0.966

110635 110491 37 181 TC123128_ST 0.959

score 0.959

110024 109856 182 350 TC123128_ST 0.973

score 0.973

109308 109050 351 609 TC123128_ST 0.924

score 0.924

108169 107999 610 780 OA:genomethreader_1:C02HBa0155D20.1 CV431342_ST 0.775

score 0.775

112367 111853 1 496 genomethreader LGI.100604_SL.Unmasked OA:genomethreader_1:C02HBa0155D20.1 19659 17489 TC149178_SL 1.0

score 1.0

19659 19023 12 648 TC149178_SL 1.0

score 1.0

17791 17489 649 951 OA:genomethreader_1:C02HBa0155D20.1 TC141814_SL 1.0

score 1.0

17987 17542 1 446 OA:genomethreader_1:C02HBa0155D20.1 31265 30244 TC140263_SL 0.993

score 0.993

31265 31119 1 147 TC140263_SL 0.992

score 0.992

30488 30244 148 392 OA:genomethreader_1:C02HBa0155D20.1 35084 31281 TC151093_SL 1.0

score 1.0

35084 34809 1 276 TC151093_SL 1.0

score 1.0

33853 33767 277 363 TC151093_SL 1.0

score 1.0

33499 33400 364 463 TC151093_SL 1.0

score 1.0

33084 32993 464 555 TC151093_SL 1.0

score 1.0

32878 32840 556 594 TC151093_SL 1.0

score 1.0

32709 32619 595 685 TC151093_SL 0.99

score 0.99

31600 31503 686 783 TC151093_SL 0.916

score 0.916

31423 31281 784 929 OA:genomethreader_1:C02HBa0155D20.1 40630 36457 TC153410_SL 0.984

score 0.984

40630 40567 1 64 TC153410_SL 1.0

score 1.0

40247 40147 65 165 TC153410_SL 1.0

score 1.0

40013 39906 166 273 TC153410_SL 0.986

score 0.986

39286 39216 274 344 TC153410_SL 1.0

score 1.0

39071 39015 345 401 TC153410_SL 1.0

score 1.0

38885 38777 402 510 TC153410_SL 1.0

score 1.0

38671 38591 511 591 TC153410_SL 1.0

score 1.0

37804 37718 592 678 TC153410_SL 1.0

score 1.0

36573 36457 679 795 OA:genomethreader_1:C02HBa0155D20.1 47602 46044 TC150110_SL 0.996

score 0.996

47602 47358 1 245 TC150110_SL 1.0

score 1.0

47241 47132 246 355 TC150110_SL 1.0

score 1.0

46215 46044 356 527 OA:genomethreader_1:C02HBa0155D20.1 55817 54138 TC139044_SL 0.769

score 0.769

55817 55403 1 410 TC139044_SL 0.824

score 0.824

54562 54138 411 835 OA:genomethreader_1:C02HBa0155D20.1 60274 59246 TC152650_SL 0.981

score 0.981

60274 59910 1 365 TC152650_SL 0.992

score 0.992

59500 59246 366 620 OA:genomethreader_1:C02HBa0155D20.1 64826 63787 TC140676_SL 0.993

score 0.993

64826 64529 1 296 TC140676_SL 1.0

score 1.0

64161 63787 297 671 OA:genomethreader_1:C02HBa0155D20.1 76701 74539 TC146018_SL 0.952

score 0.952

76701 76639 1 61 TC146018_SL 0.985

score 0.985

76021 75956 62 127 TC146018_SL 1.0

score 1.0

75866 75747 128 247 TC146018_SL 1.0

score 1.0

74921 74539 248 630 OA:genomethreader_1:C02HBa0155D20.1 84572 84092 AW441210_SL 0.908

score 0.908

84572 84181 1 391 AW441210_SL 0.727

score 0.727

84102 84092 392 402 OA:genomethreader_1:C02HBa0155D20.1 111674 109859 BG135933_SL 0.995

score 0.995

111674 111470 69 273 BG135933_SL 0.966

score 0.966

110635 110491 274 418 BG135933_SL 0.958

score 0.958

110024 109859 419 584 OA:genomethreader_1:C02HBa0155D20.1 112293 111846 BG630422_SL 0.812

score 0.812

112293 112209 82 162 BG630422_SL 0.817

score 0.817

112134 111846 163 436 genomethreader MicroTom_UNIGENE26_edit.fa.Unmasked OA:genomethreader_1:C02HBa0155D20.1 19648 17489 Contig17432 1.0

score 1.0

19648 19023 1 626 Contig17432 1.0

score 1.0

17791 17489 627 929 OA:genomethreader_1:C02HBa0155D20.1 31205 30241 Contig12532 1.0

score 1.0

31205 31119 1 87 Contig12532 1.0

score 1.0

30488 30241 88 335 OA:genomethreader_1:C02HBa0155D20.1 35084 31281 Contig11327 1.0

score 1.0

35084 34809 1 276 Contig11327 1.0

score 1.0

33853 33767 277 363 Contig11327 1.0

score 1.0

33499 33400 364 463 Contig11327 1.0

score 1.0

33084 32993 464 555 Contig11327 1.0

score 1.0

32878 32840 556 594 Contig11327 1.0

score 1.0

32709 32619 595 685 Contig11327 1.0

score 1.0

31600 31503 686 783 Contig11327 0.916

score 0.916

31423 31281 784 929 OA:genomethreader_1:C02HBa0155D20.1 40633 36457 Contig3270 0.985

score 0.985

40633 40567 3 69 Contig3270 1.0

score 1.0

40247 40147 70 170 Contig3270 1.0

score 1.0

40013 39906 171 278 Contig3270 1.0

score 1.0

39286 39216 279 349 Contig3270 1.0

score 1.0

39071 39015 350 406 Contig3270 1.0

score 1.0

38885 38777 407 515 Contig3270 1.0

score 1.0

38671 38591 516 596 Contig3270 1.0

score 1.0

37804 37718 597 683 Contig3270 1.0

score 1.0

36573 36457 684 800 OA:genomethreader_1:C02HBa0155D20.1 47613 45948 Contig13535 1.0

score 1.0

47613 47358 1 256 Contig13535 1.0

score 1.0

47241 47132 257 366 Contig13535 0.993

score 0.993

46215 45948 367 635 OA:genomethreader_1:C02HBa0155D20.1 Singlet7774 0.831

score 0.831

54213 54066 1 148 OA:genomethreader_1:C02HBa0155D20.1 55810 54138 Contig15712 0.77

score 0.77

55810 55403 1 405 Contig15712 0.824

score 0.824

54562 54138 406 830 OA:genomethreader_1:C02HBa0155D20.1 60403 59051 Contig11007 1.0

score 1.0

60403 59910 1 494 Contig11007 0.993

score 0.993

59500 59051 495 944 OA:genomethreader_1:C02HBa0155D20.1 Singlet979 0.839

score 0.839

62030 61807 78 301 OA:genomethreader_1:C02HBa0155D20.1 64826 62242 Contig10113 0.993

score 0.993

64826 64529 1 296 Contig10113 1.0

score 1.0

64161 63779 297 679 Contig10113 1.0

score 1.0

62475 62242 680 913 OA:genomethreader_1:C02HBa0155D20.1 Contig10732 0.992

score 0.992

70704 69303 1 1402 OA:genomethreader_1:C02HBa0155D20.1 Contig7571 0.992

score 0.992

74208 73713 1 496 OA:genomethreader_1:C02HBa0155D20.1 78546 74539 Contig15979 0.854

score 0.854

78546 78389 336 493 Contig15979 0.798

score 0.798

78024 77926 494 596 Contig15979 0.885

score 0.885

76734 76639 597 692 Contig15979 0.894

score 0.894

76021 75956 693 758 Contig15979 0.867

score 0.867

75866 75747 759 878 Contig15979 1.0

score 1.0

74921 74539 879 1261 OA:genomethreader_1:C02HBa0155D20.1 Contig1736 0.847

score 0.847

84572 84084 1 506 OA:genomethreader_1:C02HBa0155D20.1 111674 108128 Contig5500 0.995

score 0.995

111674 111470 69 273 Contig5500 0.966

score 0.966

110635 110491 274 418 Contig5500 0.959

score 0.959

110024 109856 419 587 Contig5500 0.969

score 0.969

109308 109050 588 846 Contig5500 1.0

score 1.0

108169 108128 847 888 OA:genomethreader_1:C02HBa0155D20.1 112244 111854 Singlet7832 0.833

score 0.833

112244 112209 1 36 Singlet7832 0.829

score 0.829

112134 111854 37 302 genomethreader LGI.100604_SL OA:genomethreader_1:C02HBa0155D20.1 TC151104_SL 0.995

score 0.995

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score 0.99

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score 1.0

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score 1.0

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score 0.991

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score 1.0

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score 1.0

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score 1.0

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score 0.839

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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 1.0

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score 1.0

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score 0.922

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score 1.0

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score 0.982

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score 0.969

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 0.995

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score 1.0

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score 1.0

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score 1.0

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score 0.993

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score 0.983

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 1.0

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score 0.839

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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 0.982

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Repeat_Class Unknown

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ident 76.5

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score 0.525

18097 18037 112 170 CV016316_NT 0.871

score 0.871

17678 17539 171 308 OA:genomethreader_1:C02HBa0155D20.1 33083 32686 BP130545_NT 0.901

score 0.901

33083 32993 1 94 BP130545_NT 0.692

score 0.692

32878 32840 95 137 BP130545_NT 0.958

score 0.958

32709 32686 138 161 OA:genomethreader_1:C02HBa0155D20.1 37913 36264 BP526411_NT 0.862

score 0.862

37913 37718 37 232 BP526411_NT 0.858

score 0.858

36573 36264 233 545 OA:genomethreader_1:C02HBa0155D20.1 56080 53807 TC8450_NB 0.786

score 0.786

56080 56067 84 97 TC8450_NB 0.811

score 0.811

55794 55403 98 487 TC8450_NB 0.835

score 0.835

54562 54103 488 947 TC8450_NB 0.643

score 0.643

54052 54039 948 961 TC8450_NB 0.541

score 0.541

53843 53807 962 999 OA:genomethreader_1:C02HBa0155D20.1 62391 61788 CK291136_NB 0.902

score 0.902

62391 62239 1 153 CK291136_NB 0.852

score 0.852

62030 61788 154 396 OA:genomethreader_1:C02HBa0155D20.1 78546 75747 TC2058_NT 0.892

score 0.892

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score 0.808

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score 0.906

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score 0.818

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score 0.867

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score 0.937

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score 0.859

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score 0.948

76734 76639 199 294 OA:genomethreader_1:C02HBa0155D20.1 103209 96737 TC9693_NB 0.798

score 0.798

103209 102800 104 523 TC9693_NB 0.667

score 0.667

101070 101047 524 545 TC9693_NB 0.836

score 0.836

96895 96737 546 704 genomethreader TOBACCOS_NT_NB OA:genomethreader_1:C02HBa0155D20.1 18097 17539 CV016316_NT 0.525

score 0.525

18097 18037 112 170 CV016316_NT 0.871

score 0.871

17678 17539 171 308 OA:genomethreader_1:C02HBa0155D20.1 33083 32686 BP130545_NT 0.901

score 0.901

33083 32993 1 94 BP130545_NT 0.692

score 0.692

32878 32840 95 137 BP130545_NT 0.958

score 0.958

32709 32686 138 161 OA:genomethreader_1:C02HBa0155D20.1 37913 36264 BP526411_NT 0.862

score 0.862

37913 37718 37 232 BP526411_NT 0.834

score 0.834

36573 36264 233 545 OA:genomethreader_1:C02HBa0155D20.1 56080 53807 TC8450_NB 0.786

score 0.786

56080 56067 84 97 TC8450_NB 0.811

score 0.811

55794 55403 98 487 TC8450_NB 0.835

score 0.835

54562 54103 488 947 TC8450_NB 0.643

score 0.643

54052 54039 948 961 TC8450_NB 0.541

score 0.541

53843 53807 962 999 OA:genomethreader_1:C02HBa0155D20.1 62391 61788 CK291136_NB 0.902

score 0.902

62391 62239 1 153 CK291136_NB 0.852

score 0.852

62030 61788 154 396 OA:genomethreader_1:C02HBa0155D20.1 78546 75747 TC2058_NT 0.892

score 0.892

78546 78389 232 389 TC2058_NT 0.808

score 0.808

78024 77926 390 492 TC2058_NT 0.906

score 0.906

76734 76639 493 588 TC2058_NT 0.818

score 0.818

76021 75956 589 654 TC2058_NT 0.867

score 0.867

75866 75747 655 774 OA:genomethreader_1:C02HBa0155D20.1 78483 76639 BP529938_NT 0.937

score 0.937

78483 78389 1 95 BP529938_NT 0.859

score 0.859

78024 77926 96 198 BP529938_NT 0.948

score 0.948

76734 76639 199 294 OA:genomethreader_1:C02HBa0155D20.1 103209 96737 TC9693_NB 0.798

score 0.798

103209 102800 104 523 TC9693_NB 0.667

score 0.667

101070 101047 524 545 TC9693_NB 0.836

score 0.836

96895 96737 546 704 OA:genomethreader_1:C02HBa0155D20.1 101738 98080 TC9454_NB 0.83

score 0.83

101738 100824 1 919 TC9454_NB 1.0

score 1.0

98135 98080 920 975 genomethreader EST8046fasta_cDNA_MicroTomFruit.seq.Unmasked OA:genomethreader_1:C02HBa0155D20.1 FC06CH01 0.992

score 0.992

74219 73713 1 507 genomethreader EST8046fasta_cDNA_MicroTomFruit.seq OA:genomethreader_1:C02HBa0155D20.1 FC06CH01 0.992

score 0.992

74219 73713 1 507 genomethreader uniprot_trembl_plants OA:genomethreader_1:C02HBa0155D20.1 19595 17720 Q9FUL8_NICAL 0.57

score 0.57

19595 19023 1 204 Q9FUL8_NICAL 1.0

score 1.0

17791 17720 205 228 OA:genomethreader_1:C02HBa0155D20.1 19595 17720 Q43719_LYCES 1.0

score 1.0

19595 19023 1 191 Q43719_LYCES 1.0

score 1.0

17791 17720 192 215 OA:genomethreader_1:C02HBa0155D20.1 55770 54121 Q75KE2_ORYSA 0.746

score 0.746

55770 55403 1 124 Q75KE2_ORYSA 0.656

score 0.656

54689 54121 125 313 OA:genomethreader_1:C02HBa0155D20.1 55770 54121 Q9SZU7_ARATH 0.771

score 0.771

55770 55403 1 123 Q9SZU7_ARATH 0.82

score 0.82

54562 54121 124 270 genomethreader uniprot_trembl_plants.Unmasked OA:genomethreader_1:C02HBa0155D20.1 19595 17720 Q9FUL8_NICAL 0.605

score 0.605

19595 19023 1 204 Q9FUL8_NICAL 1.0

score 1.0

17791 17720 205 228 OA:genomethreader_1:C02HBa0155D20.1 19595 17720 Q43719_LYCES 1.0

score 1.0

19595 19023 1 191 Q43719_LYCES 1.0

score 1.0

17791 17720 192 215 OA:genomethreader_1:C02HBa0155D20.1 55770 54121 Q75KE2_ORYSA 0.746

score 0.746

55770 55403 1 124 Q75KE2_ORYSA 0.656

score 0.656

54689 54121 125 313 OA:genomethreader_1:C02HBa0155D20.1 55770 54121 Q9SZU7_ARATH 0.771

score 0.771

55770 55403 1 123 Q9SZU7_ARATH 0.82

score 0.82

54562 54121 124 270 genomethreader Tomato_GenBank_mRNAs.tfa OA:genomethreader_1:C02HBa0155D20.1 19639 17489 Z47980.1 1.0

score 1.0

19639 19023 1 617 Z47980.1 1.0

score 1.0

17791 17489 618 920 OA:genomethreader_1:C02HBa0155D20.1 19660 17531 BT014449.1 0.998

score 0.998

19660 19023 1 638 BT014449.1 1.0

score 1.0

17791 17531 639 899 OA:genomethreader_1:C02HBa0155D20.1 19607 17715 X99148.1 1.0

score 1.0

19607 19023 1 585 X99148.1 1.0

score 1.0

17791 17715 586 662 genomethreader Tomato_GenBank_mRNAs.tfa.Unmasked OA:genomethreader_1:C02HBa0155D20.1 19639 17489 Z47980.1 1.0

score 1.0

19639 19023 1 617 Z47980.1 1.0

score 1.0

17791 17489 618 920 OA:genomethreader_1:C02HBa0155D20.1 19660 17531 BT014449.1 0.998

score 0.998

19660 19023 1 638 BT014449.1 1.0

score 1.0

17791 17531 639 899 OA:genomethreader_1:C02HBa0155D20.1 19607 17715 X99148.1 1.0

score 1.0

19607 19023 1 585 X99148.1 1.0

score 1.0

17791 17715 586 662