C02SLm0020N19.2 TTATTATAATTTGGTTTCCTAGTGCTACATTAGTATTAAGAACAATTTCCCATTTGGCTG TATTTTGTTTGTAATATGCACCAACTGTTGTTTTGATGGTGGCCTTGTGGGGCGATGAAT ATTCGTATGACAAAATAAGAAGGGAAAAAATAGGTTGTGAATTAAGGAAAGTGTAGGCCA TTATTAGTACTCTATCAAATAGAAAGACGGTTTAGTCTTTTTTATGGCAATGAAAACGAT CTGCAACTCATATTTCTGTATCTATTCATTTGTTCCGTCCACCCCCTTTCTATCTAAAAT TTGGTTGGCGGTGACTAGATACCGTTTAGATTTACTTATTTTAGATAATTTTTAAGCTAA AATAGAGTAGCTTTTCTAGTGTTCTTGTTTGAATAAATACTTGTTTAAAAGTTGAATTAA TAAAAATAGTAATCCAAAGCTCTAAGCCAATCCAAATCGGTATTATTTTCTTTTTATAAA AAAAAAATTAATTTGAGTAATTGGTTATCAATTTATAATCTCATAAGTTCAAGTAAAAAA TATGTTTAAATTATAAATTAATTTATGTACGGACATAAAAATAAAATAATAAAAATCTGG TGTGCTTAATTCTTGTATGGTTAAAATCTCTACAACTCTAATCAATAATTAAATGATTTG TCATAAATGGTAAATATATAGTAACATAATATGATATCACCTCTTTTTGCAAAATACAAT TTTCTAGCAAAGAAGTTATAATTGAACCCTTCGTCAACACACTATTAAAAAAGTGATTTC GTTAAATAGAAAATTTCAAGGTAAAAAAGGTTTTTGTCAAGATGAATGATAATTTAAACC CTGCGTTATGGGAATTAAGAATAATTTGAACAAGTGAATTTTGAAGATTAGATGAATAAG AAAAAAAGTAAAGTGAGTGGTTGGGAGAAGGTGAGGCCTCGTGTAATGTAGTACCGTCTT TTATTGAAATTTGTTAATAGGTTGGGCTGGAATAAGGAGTACGTGTAAGTATAGCATCAT ACAGTCAAAAAGTTTGGAATCATATGTTATTTGGGGTAGAAATTGCTTCTCTTATTGCCT ATCACTTTTATATATATATATATATATATATATATATTTTCTCTTGTGCCATCACTGTCA CTAATTTAGCCCAATGTTTTGCTAGGAATATGACTTCTTTCTTCCTCCATATTATTAGTA CTTTAGGTTAATAGATGGTGATGCTTGATGCCCTTTTTTGTTGCATTTTGACGTAATACT TTCAACAAAGAATGATGGTCTTTTTGTAAACGTAAAATTGGATTTTTTCTATTTACAATA CAATAACAACATATACAGTAAAATCCAGTAAAAAGAGTTTGGAGAAAGTAGATTGTATGC AAATCTCGAAAAAATAGAGAAGTTTTTGCGAAAGGCTCAACTTGAAACAGAGTGACTATA ATATTAAGAATAACCTTATTTTTAAATAAATGATTCACGATTGCTTATGGATGAGACAAT ACAGAAAGAGTGGAGTCATTTTCAAGGGGCATAGAGAAGAGTCATCCTCATCCATGTCTA TTGGAACCTTAGCCAATTGTGGTCAACAGATAATAATGTGGGCCAAATGTCTTTTTTTTC ACTACATAATTTTGAATGTGAATGTGCTCTCTTGTGTTGCATCAATTATATACGACAACA CAAGTTTTGTTTGTAACAATTAAAGTGAAAATGTATAGGTCCAGTCAAGTCAATTGTCTG CTTTTGTAGTACCATGTATAAGTTGGAGATCAATATTGCATTTTAGTGGAATGTAAAGTG GCAAAAAAGTTGAAAGTGTCTATACAGGGAAACTATGTACATTTCAATATATTTCCCCTT TCCTCATCTTGAACCTCTTAGTTCTTTTGTATATATTTATCATATATTATTATAAGTGGG AAGCTCTAAAGTGTAAAGATTACCAATTTACCCCTATACAAAATAAATCATATAGCATCT CAATAATTGTTGATTAGATATTAAACTTTAATTATCTCTAAACTTGCTGAATATAAAAAA AAAAACTGAAAAAATATGAAAAGTCAGTCACATTACATTATTTATCATAGTCAATCATTA ACATTATTTTAAGACCTTTCCGAACTAAATCATTGTTTTAAGAAGTCCAAAAAAATTAAT TTAGATACATTATCCAATTAAATGTGAAATTTTAAGACATTAAAAAAAATGGAAGATAAA AAGATGTATATCTGTTTTTAAAACCTCTTAATTAGTTTATTAAAACTCTTGTCTCTTCAT TTGCCTATATTGAATAAAGATGATTTTTTCAAATTTATAAATACAAATATTGAATAATAT GAAACAAGCCTAGGATGAAAGGTTTTTTAGACAATTGATAATCGCAAAATCCATACTTGT ATTTGATCTATTCATATTATTTTAATTTTAGATTTCATGATTTATATGTATATCACATCT AATTATATTTATGTTTGTCATATTTTCTTTCTCAGCTTTGGGGGCATCAAGATTACCACA TCAATTGTGCATTTGTGATATGAGATTTAAAGTTTCAAAGAGAGTGTAAGTAATTTTATT TTAGTTTCTTCAATATTTTATAGACTTGTTCATTTTTTTAGGTTAGAATATTGATTATTT CAGATTTGCAAATTCTTGATGATTATGAAGTATCTTGGAGTGGTTATGCTATATTAATCT TGATCTTGCTTTGATTTTTGTTAGCTTTACTCAGGTTAAGGATTTCAATTACGGATCTTT CATGCTTCAAGCCAATGACAACTCCTTTAAAGCAAAGTTTTAGGACATATACTTTTATGA ACCAATCGCACCAGTAGTTATAGGACTGACAAGGGCTATTGGGCCTAGAACAAGCAATAG GACCAGGTTAATTTGGGATACGGGTCGAGTAGTGGATGTGAGAATGATTCCATCAAAAGG TGCAACGATCACTGATTTAGGGATTATACATATTGAAGAAAATATTTTTCGTCTCCTCTT CTTCTAGAATCTAAAGTTTCTCATCTCCTATTCTTCTTTTCTCTTTAATTATTTGTTATT TCAATATTTCCATTATAATTTGGTAGTTTGATTATTGCAATCAGAATCTTAAGGTTGTAA TCGTATTCCACTGTTCTTATCAATATAGTGAGAATTTCGATTTGTTAGATATACAATAGA TTTTACATAATTTGAGTTTGAATAAAAATTGTCTCAGCTTCTCCTTATATATTATGATTC AATTTGAGTTTCTTCAATACTATGTGAATTTGTTACAATATAATCTTGTACATTTATGAT CTTGAAGTAGGTGTTTATTTTTTACCTTTAGTATCCCCTCCCCTAATAATGTTTTTATAT GAAACACAATCAATAAGAGACCCTAATAATGTTTTTATATGAAACACAATCAATAAGAGA TTTGCTTCTCTCCTGGACGGATGGCGACTTATGTAGTGGTCGGCCTTCCTACCAGAATGC CTTCTTGGTCGAAGAGCCCCTTTTTTACTAGTAAGGACGCAGGAAGCAAAAAAACGCATA GGTAATGTCAGGTCTAGTGATAGTAAGATATCTAAGTTTTCCCACAAGCCTCTGATGCCT GCATCATCCAAGGGTTCTTTTCTCTTTTCTTCAAGCTTATTTCTTCTATTGGGCTAATTG CGGCCTTGCAACCTAACATCCCTGTTTTCTTCAAATCAAGGACATAATTTGAGATACAAA TCTAGAGACAGTTGAACAAAGTCAATATGATTATTATATAGTTTCCTTCATATAATAAAG TTTGATCTATATATAGATTTTTGTATTCATTTCATATTTTGCTAATTGAATTTATATTTT CTTTTTTCAATTTTTGGTGTGTATCTCACTACAAGTTTTAACAATATTTATATGGTTTAA GTTTAAACTAATTGACAGAGATTATATTTAATTACCTATTGAATTATCATTATTAATATT CATAAGTCATAACCTTCATGCTTTTCTATTTGATTTATACTTTTGTTTGACTTGATGGAG AAGGATATTAACTTAACCGGACAGAAAACTGTAGTGGGTTGCAAGTGCAGAAGAAATTTA AATGGGGCGTGCTGATGGCACTATACTGTTATGGAGATAGCTCCCAGTGGCAAACCCACT GCCTCCATTGCCATTCTTATATGGAGTTAACTACCAATTTAGCAGTTTGAGCTGTTTGCA TGTTATAACCACCTAATTTAAATAGGTGTAAACTGTAAAGGTTTCAATAAAATGATGTGC CCTTTTGGTTCTGAGAAAAGACATATATTGGCTAATCTTGGAACAAATTAAGTGGACTGT ATCAGCACCTTTTGTCAAACTGCATTATTTATTTCTTTTGTCGTCTTTCTTCCCTTTTTC TTATTTGAACATTTTCTCATCATACCTTTCTCTAAAATGCTTATCCGAACCTTTTTAAAG ACTCAACTTAAGCTTATCATACATAATTGGGTTTCCTCTTCTTCGTGTTCTATTGATTAG AAGCATCCAGCAATGCCTCGCCAGTTTAGAATTCGAACAAAAAATGGCCATAGTTACTCA ATTCACTGTGAACTTTATAAACATAACTTATTCTTGGTACATTATCAGGCTGCAGCAACT GCCGCTGCTATGGCAAAGAAGTATGGAGCTGATATAACAGTTGTTGGTATGTCACCGATG TTGTGTACTATCGGTTCTTTCAAAAGCTAAACTACAGAGTTGACTTTCTTGGTACAGAAA CTTTTAGTGGTAGATTTCAAGGAATCTATGTTTTTCTGATCTTTGCAGTTATTGATGAAA AGGGGAAAGAAGCATACCCAGAGCACGAGACACAACTAGCAAGCATCCGATGGCATTTAG CTGAAGGTGTATTTACTGTTTTTCCCTGCATTTAATAAGTATGAATCAGTTGATGGATTG TGATTTGCAACCTGGATGGGTGCACTAGACTTGCAAAACAACTGGCTTTTTGCATGCAAG ACTTTTTGAATTTTGATTGGATAATAGAGAATGTGACAAAAACTCGGTAAATTATGTATT GATTTTGTATTCTTTTTCCATATATTTATTGTTATGATTAAAGTCTTAAAGAACAATGTG TATGCTGATTTTTTCTTTCATATTTAGTTTTTTTATGTTTACTCTCTATTAGTCTTATTT AATTTAGTTTTTTACAAAAAAAAATATTGTCATAATATTTATTTGAGATTGTTACATTTT AGTACTCATTACACACATATTTTCGTCAAATCTAACCAATTTATAAAATATTACATGAAA CACACGTGCTTCGCACGTGTCCATAAACTAGTAAATAAAAATAAACAAACTATACATAAA GTGGCAAATTATTCCTTCAAAAATGTCTGCTTTTTGTTTGATTCAAGAGGATTAGATTTT AAGTGTTATATAAATAAAAATAAACAAACTATGCATAAAGTAGCAAATTATTTCTTCAAA AAAGTCTGCTTTTTGTTTGATTCAAGAGGATTAGATTTTAAGTGTTAAAGATCGAAAATA ATCAAATATCGTCATGCAAAAGTTATAAGCAAACATCTAAAAATCATGAGTAAAAAGACA ACCTAGAAATATATAAAAGATACAATTAATGTGATTCGATCAACTTACAAACATGCACAT AAGAGATGAGTAATATAAATACTAGAGCACAAAATATAGAGAGAAATAATCTCATCCAAT TTACTAAGAACATATAGTTGTTAACATATATATTACTTGTGTCTCACAAATCCTCTCTTT AAACAAACCAAGTTAGAAGGAACGAATTTCTATTTATAAAGTCCTAAATTTTTTACTATA AGAATAGGACTATCCAAATATAGAGATTTTCAAAAACCTATTCATAGTAACAAACTCAGA ACAAATATCCAACATTAATCGTAATCAAGTTCACATATAGATTCGAATTCAATTATTTTG ACGTACAAATCAAAATCAGAACTCAAATTGATTGGTGTATGGTTCGTTACAACTCAATAC TTCGTAACAGTATATATTAGTTTAACTAAATATCTCCAATACATACCAACATCAATTTTC GTTATCGTCCAGCGGTTAGGATATCTGGCTTTCACCCAGGAGACCCGGGTTCGATTCCCG GTAACGGAACTTTTTTTTTTCCATATCGCTCCCGCTATTCTATATTTTTCTAACGGAAAA GGGCCTAAAATACCCTCAAAGTATTGAAAATGGTACAAAATTATACTTCATCCACCTATA GGCTCCAAAATGCCCTTCTCACCCACCTATTGGGTCCAAAATACCCTTGTCATTCACCTT TTGGATCAAAATTGACCACTTATTTAACGGTTTTATATTTAAACTATTTGAATATTTTTT AAAATAAGTGGCGCTCAAATATTTGATATAATTTAACTTATTAGTGTAATTTATAAATCA ATCCACTACCCACCCATTATTAAATCCCTCTAAATTAATGAACCCATCATATTATTAATG CAAGCTACTTCAAATTGAGTGTTTTTTAAAAAATATAGAAGTAAATTATCATACATTCAA GTGGCTACATAAAAATCACCGATAAACTTAAAAGTCTGACTATGTTTATCTTAATTATTT TTACGTCTTAATTATGTGATGTTACTTCATAGGTAACTTTTTTTCAAAATAATATATTAA AGGTTTTAAAATAAATCATAAATATTTATAAAATTATATTTAAAAAAAGTGCATGAATTA ATTCGGGATGTATTACTTCTTTACCTTTGATCATAAATTTCTTAATCAATTTTGAAAGAA AGTGTCCTCCTAAATAAGCGGCTCAACCTAAATTTAATTGGGGTTTCGATTCGGACACGA ATAATTTTGAATGTCATTTTCAGTAATCTATAATTTCATCGTGTTTTAGTAGTGTTTATG ACAATTTTGATATTATGATTGAATTATTAATTGAGTGAGGTTTAGTTAGTAATGAGTGGG TAGTGGATTGGTTTATAAATTAAATTTATAATTAATATTTGAACGCCAAGTATTTAAAAA ATATTTAAAGAGTTTAATTTTAAAACAATTAAAAATGGCCAATTTTGAACATAAAGGTGG ATGACAATGGTATTTTGGAGCCAATAGGTGGATGAAAAAGGCATTTTGGAGTCAATAGGT GGATAAATGGTAATTTTATACCATTTTCAATACTTTAAAGGTATTTTAGATCCTTATCCG TTTTTCTAATTAATTGAGAGTATAATAAGTACGATAATTCAAAGTATCAAAAGGTGTAGA ACGAAATTAGAAATGAATGCAGCCCAAACATATTGAAGACTAGAGAAAGCATTTGCGACT TCTCATTTTTCATGATTTCGAAATCAATGCACCCTAACTAAACATATTGAAAACTAGAGA AAGCATTTGTGACTTCTCATTTTTCATGATTTCAGTGTTTCGGTATCAAATATTGTGTCA TATAGCGAGTGACTAGGCAATGTTTTGCACTGCACATTATCAGCATGTTGATCAGAAACC AGCAACATGAAAAGATGAAAACCATATAACCATCTCCTCTGTTAAATCCTCTGTAATTAG ACACAACTTGTTTCCATCTTCCATCGAAAACCTACAAACAGGACACGTTCTCCGTGCACC ATTTAACCACCTATCGACACATTCGCGATGAAATTCATGCAAACAAGGCAACACTCTACT ATCATCTCCATCCTTCAATCTTGATAAGCACACACAACAGTATTTTTCACCAGCCTCTTC ATGATGAACTCTTGATTTTTTGTTCTGATTATTGTTATTGGCTTGAATCACTTTTAACAT GAACACATCCTTGAAAGTACAAATTGAGATGAGCAATTTCTTCAAAGCCATTTTGAGTTT AGAAAAAGAGTGATGAAACATTTTAATGTGGGATTTGATTTTATTATAGGAGAAAGGTCA AGGAAATAGTGGTTGTTATGTTAATTTGCGTGGGTTGGAAGGGTGGTTACATTATTTTTT ATTTTTTGTTTTCAACAAAGGAGTAGCACCAACAAAGAGTGCAACTTCTAACCATTATTT TATGACATGCAACTGTTGGGTTCGAACTTATAAAAACTTAATTATATAAGTCATGTGTAT CATATAAATGTATTTTTATTTTTTTTTGAGTTCCTAAAATTGTCTATGTTACTAACAAAT TATGAATTGATAATGTTGATTGAACTGTCACACTTGTATTCATATTTTTAGACATGCGAA AAGTCTTTCCGCACTACTATATGGATTATTTTTTTCAGTCGAAGTCTTTTATACATATTT CTCACCAAACCTTTGTAGCAGTTAATTAGAAGCATTAAAATTTTCGGTTGCTTGAAAACG ACATCATCACTGTTTCACCCTTTCTCTTCTTTATATCCCGTTTTGAAATTCATTAATTTA AATTCAAGCTATTTTACTTTATTGACAATATGATTTTGTAGTAAGGGGACGGTCAATATT TGCTCCTGTACTGTAGTATTTGAAATTGCTCGAATTTGCATTCTGCTTTAACTTTTGTTC TATACTTCTTTTCATATATTTATCTGTAGAAAATTGTTTCATGTTAATGAGCTAAAAAGT GGATATCCATAAGTTAATCCATTCAACTCTTACTAAGATTTGAATTCAAATTTATTTTCT TATAATTTATTTGAGTATCTAATAGAACTTTTTCCCAGAAAATATATCAAATAAAAAAAA TTTCTTTAAAATTACGTAGTAGACTGAAATGAGCCCAGTTATCAAAATTCAAATTACAAT TGGAATTCGAATTTTATTCCTTGATTATGGCTTTATGTTAAATGGCTTCACTCAACAACA GAAAAATGGGGTGTTTTTTCTTCTTATTTTGGGGCCGTGGGGTGGGAGTGCGGTGTGTGT GTGATAAAATCTTCACATTAACAAAGATTGGAACTGCAACAACCTAGTAGTTGTTATCTT TTATTTTCACAAAAAATACGTCATGATATTCATCCATAGTTACACCATAATATTCCTGCA TGTACACCACATAGAACAGATTCTTACATCACATACATGTATAGTCACCAGTAACCATGT AAACGAATGAACAACTCTGGGTCAATTATACACACCGAACCTGCGCATCAAAGAATAACA TTATTGCATACAAGATTTAAACACACAAAGGAACTCACTTATCAAGTAACAATAGCGACA AACAGTACCTCCATATAGTGCTTTCTGATATTTTGTGCTAAAAAAGCCAGGTTTAGCTTC CTAGGATTCCATGAATTGAGTGGTTGGAGGGCTTATTTTCGTCTTCTCTATACCTGCATC ATTGATGGGTGAATCACTATATTAAAAATGAACTTAATACAATCACAAGGAAGTCAGACT AGGAATCCACATCTGCTAAAAGCCAAGTTAAGAAATTACTATGCAATTCCCAGCCAAATC TTGTTAACACAAAAAAAAGTATCATAAACATGTGAAATAGGGAGTGGAATTTTCCTGTGA AGCATATACCATGTGTCCCACGTATCTTGACTTCGCGCAATTCTTGGACAAGAGCACAGC AACAGCACATCAAATGAGAAAGAAAATCATCAACACAACCTCCCTGAAAAAGAAAAGAAA AGAAAAAGAAAACCACCAGTGCACATGAGTTGACACAGCATGTATGATCAGGTACTTATT TTTTAAAAAACTTTTTCTCCTTACCTTGATGTTTAGCTTTTTCCGAAGCTTCTTTCTGAT GCAACATGTGTAACAACAGCAGGACAGTATCAAGGAATAAGCCATTAATTCATTACAAGC ATCCGCTGAAGCTGCATCTCACACATTCAAAAGTGTTTTTTTGGTTAGCTTCAATGTATA AAAAGGAATAAACTGAAAAAACCAAGCAGAACTACAGCAGTTGATACAAAAGCCAAGGAA ACAGCTCTTGAATTTTCAATTAAAGAAGATTGCTATAATATATCTGATTATGCCCCACAG AATTTGAATTATAACGCTGAAAATTCAATTTAAAGTTCAACATTTTATGGTGATTCAACT TAAAAGACATAATGATGGCCGTGTAGTTCTTTTTCTTGCATAATCAATGTAATGCTAGTT GAAAAAGAGCTTTTGACCAACTTTTGATGGGTCCAGTGACTTTTTAAATTGAACTTAAAT GAACCAGTTCATATAGTTCCTAAAGTTGAAATAGTTGACAAGGCTGCTATACATAGTTCT GATAAATTAACAATGATCAGAAAGTCAACCAAGGAAACATAAAGTTGATATATCTGACTG TACAGTAGAGTGTAATGCTAAGATTTAACCGCAAACTTCTAGACAAAGAAACCCAACAAA AATGACAAGAGTTATTAATTGAACAAGTTCCATCATTGATTAACAAAGAGAAAGAAGATT AATAATTACAAAAAGGATGGCTCAGTTTTCACCCCAAGTTACTCACAACTAGAGCAATAA TAAACAAAAAAATTTCAAATGGAATATAAAGCCACTTACATATATGCCTGTCCGCAGCAA CACTGGCAATTCTAGAAAATGTACCACAAGGAAAGAAAAGGGTTTTAATACCTGCATAGT AAATCCGGCATTAACTAGGATTATCTTGATATTGCACCTAATATGATGATATCGGCCCAA AATGATGATGTTAGTTATCAAACCCTTTCAAGCATCCAAACATTGTACTTTAGCATAATG GCAATTAAACATCACAAGATACATGGTATGGAGAATATAGAACATTATTCTGGAACATAC ATAAGAGAGGTTCTGAACAGCAGCCCAGCAGATCTGAATGCCACTCTTCATATTGATGTG AACCCTTTGAGGAAAGCAGGTCATGTCTTGATGTAACTGATGAAGTGTTTCTGTAAATAT TTTTAAGCATTTAAAAGAATCTGTTGAAAATAGGCTATGGACCCTAGCCTCACACTTAAT TTAAGAGATACTACAGCTTCCAACAGAAAATTACAGTTAAGCTACTATACTTAAGCAACT TACCTTGAAGTTGTCTGTTTCTCATCACTTTTAGCATAATCGTCATAATATACCTTCTCA GTATCAACATTCGAGTAACTCTGATCCAACTTTTTGAGAGGTTTGGCAGGTGAACTCTTC AATGATAGAGAGTTATTGGCAACTACTTCTGTGACATCCAGAAGATGCTGAATGAATTCA CACTGACCTACATCTAAATTAGCTTGCGAGCGCTGTAGTTCTAGTTGGAGTTTCTCATTT TCTTTTTGAATTGCCTCATTGATAGGCACTCTTGGGTAAGAACAGGAAAGATTCTTCGTT AATATTATTGTATCATCTTTAGAAGGCTCTGGTTTCATAATCACTTCTTGCACCTTCATG TCTTCAACCTCCAGTGTGTATTCACGCTGGTCCATTTCAATATATTCCAACCTTTCCTGT CAACATATGGAAAGCAAGATCTGTCAACTTGGAAGATAATAGGTTATTGTGAACACCAAA TGTATGCATGTAAAAACACTTTCCAATTGTGAGTAACTGCAGTCAAAAAAAGCTTAAACA TGCTAGAGTTGGCATTAGAAGAATAAGAATATTAGGTAAAGTAACAGGTTGTTCTTATTG TGACAGATGGACTGTCTTATTACCAGTGCAATTTTCTCTAACTTAAACATGATAAGAAGC TTTCACTTTAAGAGGAAAAAGATTCTACCTAGATGATTGAAATATTTAAACAACACAGCT GCCCCTTCTTCATTGTAATAGACTCAAAATAGACAAGGTTTTAGGATGTTGCCAAGTTAT TAATGAAGCAAGCGTAAACCTTGGATACGAGGGTTCAGATCCTGTCGAAGACAAAAAAAC TCTAGGTGATTGCTTGCCAACAGCCTAATCCTAGGTGAGAAGAGTAGCCAGATAGAAGTG CGCGCTGGTGGGAGGTAGCATGTACCTAATTCAAGCTAGTCTAGACACCACCATTATAAA AATAAAATAAGATAGACTCATAGTAGCTTCACTTTCCAGAAGTGCATGGGCCTTCTCTCA TCTATATTCTGACAAAAGATAACTTGTCCATATAGAGAATTACGAAACAGCCAGCTTTCC ATAGTAATGAAAAGAGCTAATGGCTGTTAAAAGAATGCCTTCAACTATGCTCATTATTTG TTGTGCATTTGAGAAAAAGTGGAGATAAGAGAATCAAAGTTATAGTGCAGGGAGAGAGAA ACATAAATGTCTTGGAGCCATTGATGGATGATTAGTTAATCCAACAAGTATTGGAGACAA ATCAGTTTTTGAGGCAATGATCCCACACGCATACACACATTGAACCGCTCATGAGTTCTG AGGTGCTGCAGTTTGACACGGATTGTCCAAGCCTGAGTCTACTCATCTCATTAACCACTA ACCACCAATGTGAGACTTTTGACATCAAATACCATGTAAAATTAGGTCTTGGGCCTAACT CACACTCCAAAAGCTAGCTCAAATGAAGGAGGATAATCCAAACCTAACCTTATAAGGAGT CCACCCATATCATTAACCACCAATGTGGGACTTTTGACACTCTTTAACATGACCCACCTG ATAATCTTGTGGAAAATGAACTACTCATCAAATAGCTCTATTTTGCAGGAAGCAAAATGT ATTAGAAAACTGTACAGAATATAGTTGTCTCATAGTTGTTTCCTCAATTGTCTTTACACC ATCCTAAAATCTCAAACACGTGACATACCTGATAAGTTTAGTAAAATGGACTATTTATCA TATATAGATCTCTAATTTGCTCAAACCAAATATTTGTATTAGAAGCTATTGTATATTAGT TGATCCCACTTTGTGGTTTCCCCTTGACAGCTATAAAGAATAAACTATGGGATTTAGTGC CACTATTGTTGGTTTATTGTTATTTGTTCCCTGATACAAACATATTCATGTTATGATGGC TTTGGCGAAGCAAAGAAACGGGGATCAAATGCCAAATCTGTCTCTATTTTTCCTCAGTAC CATAAAAGAAATGTTGAATAGCAATTAACCAATCAAGTACTCTCTGATGATATAAAATGG GTGAAAGGTTTGCAGGATTAAAATCTCATATCATAGCTCATAACAAAGGTATCAAACAGA CATCCAGTACGGCTACTTAACCAAGATTTGCAGTTATCAAACTCGGAATATATCCTTAGT TCCTTACCATGTCATTAGTGAAAATGAGAAAGAACAAAGATAGATCTTTAGATGAAAGAG CAATGAAACAAACCGATAATGAACACATATAAAGCTGAAGGGAAAACACTATGGACAAAA AGAGCAAAGTCTCCATACCCTGACTCGAGCATTATCAACCAGAGTGATAAGAGGAATAAT CTTCAAGTATTGGTCAATCTCGTTCTGAGCCCTACGAAACTGGTATACAATGTTCCACCC CATAGCCAACAGATAAAGGTAGCTCCTGTCCTGACAGCTGTTGACCAATAAATAAGACCT CCTCAATGCATCTTCAAGATGTTCCAATGGCTCTCGGGTTTCCGGATACCTCTTAAGTTC AGTAATCTTGAGCTGCTCCAATAAATTTCCAATTAGCTTGAGATGCTGTGCAAACTGCCT GCAATTCTTCTTGTGCATCCGAGCTGTAGCAGCAGCTTTCACAATCATCCCAATTAGCCT CACCGCATCGATTCCAGTAAGCTGTGCAATATTTGCAATATCCCCAAAATGGTCCAATGA CGCCATAAGTAAATCCTAGATTATTCACACGAAACTCTCTCTAAATTTCAATTCAATAAC AAGCACAGATCAGCAGGAGGGCCAGTATAAAAACAGCAACTCGCTCTAAACTTTTAACAA AAAAATCAAGCTGTCTCCACCAGCTCTTTTAATCAAGCAAGTTGAATTCATTAGGTAAAA CTCGGAGAAAACAACATTGCCGACTCAATATAGACTTCTATAGAACTTCCATAATGCATC ATTCATCAGATTCAAGTTCCAGTCAATGTCGCAGACATGCAGTACCATCAAAATACACTC AAAAGCATCATATGTAACCAGAATGCACCCCAAAGAATTGCTTCCAACAGATCCCGTTGA AATAGAAGTGCAGCTATCGGTATTTCAGCTGCGGAGGAATCCCAAAAGAATGAGTCAACT ACATATCAGAAATAGTCTATGATTCTATTTACCTATTCGCTTTTTCTTCACGAAAAAAAA AAAAGTTACTAATAAAATGGAAAGGAATTGACACATTTTCAATAGTACTCCATCAAAATT GCAACAAACATTACCTGAATTAACGGTGACGCCGTTAACCTCACTGTACTCCACCGCAAT CCCGCAGTCCTTTCAGCATTCCTTTCAAGCTAAGCTAAACCTATGACAGAATTCAATTCA CCATTTACACAACAACAAAAAAAAATTGAAGAAATAAAAAACTGCACATATCTCTATGCA TATATTCACACGAAACACTCGATTTATGCGAATGTACAAGTTTTTCTACTGAAATCACTT AAAATCCAGTTTTTTGGGTAACGACACAGACTAGTACTAATAAAATTGTTAATGCAATTT CCTACGAACTGAAAATCGAGAGGAAATGGACATAGTTTTCTGTGATTTACAGTCATAAGT TTGCGAGAAGAAGCTTCAGTTTTGGACAATTTTTAGTTCCCAAAAACTGTTTTCTCCGTG AACCAGAGAAGAGAGAGATAAAGACGACTCACGTTTCTCTTCGGTGTCTGTTGTCTGGGA GCTCCGTTATCTACACTGTTTACAAAGTGAGATAATGGATACTTGGGGGACTTTTATTTG GCCGAGAGTGCATACATTCACTATGTTGTTGCGTTTAATTGACTGAAACACCCTCAATAT TTTTTAGTTTTTCGTATCTACCACTACCTTCACGGGTTTTGCGATTTTGTTTTTGTTTTT TTTGTCAAACCGATTTGACATTTTATTTACTGAAAAAATAACATTATACTTTTTGGTCAC AGTTCATCTTTTGACTAATCTTCTTTTTTTCTTTTTCAGACACAAACGGTGAAACTCACA TGATACGCTCATACGGTTCTTTATTAAAAAATTTCTTTTAAAAAAATAAAATAAGATATA AAATTGAATTTCTTTAGGGACTAAATTCTAAGAATTTTTTACAACGAAACCACAAATATT TATGCTGGATGTAATATGATTTTGTTTTTCTTTCTAAGGTCCGAGTAATACTATGATTTA GCAACTAGATAGAGTGTAAAAGTACTTAAACGAGAAAAAGAAATTATACCTTTTTGTACG TAATAATTAAGAAATTATTAATAGATTTATTAATTTTTTATTTTTATCATCACATAATAA TTGATCATTTACATTTTTGTAATCATTTAAAATTTATTAAATATAAATTTATAAAATGAT TTGGATTATATTGAATTCATAAATATATTAATCCAAATAAATATTGTGGATTGATATAAT TGAATTAAATATTTAAGTCCAATAAATATGGATTTAATTAAAGTCTAAATTAATTGATTT GGGCTACATTGGATGAACCCAATTTGTTAAACCCAATCTCATCTCATTTCTAGAGCCCAT CTTGGCGCCACGTGTGCAGATGATGTGGCATGCCAAGTCAAATAAGAAAACCAATAGAAT CATGACATGTGTCAAAGATGATAAGCCCGCTCCATAAAGCCCAAATGTCATGTCACTTCA ATCTGATTGGCTGAAAGGAATCCTATTCCAATTGCAACTCCTCTATTCTAAAACTATAAA TGGAGTCCTCATAATTCAGAAAAAGAGAAAAAAAATTCTAAACAAAAAGCTAGAGAAATT CTGTGGTACAAACGCCATTTAATTCTCTACAAAGCTACAAGTTTAAGAATTCAAGCATTG AAGTTCAAGAAAGATCAAGACCACCGAATTCAAGAACAAGCTCGAAGCCCTTGAGTTCAA ATAAAAGTCAAGATCAAGATAAAGATAAAGTTCAAGTTCAAGTTCATCATAGATTCAAGA ACAAGCTTTAAAGCCCTTGAATTTATATTTGAAAAGGCGAATTCAGAGGAATTATAGAGA TTGTAACACTCGCATTTGAAATGATAAAATCGATTGTTGCTATAATTTTCCGTTCTTGAT TATTATTTTCTCGACGTGAATTTTATTGTCTACAATTTTATATAATGCTTAAAAAATCAT AAATAAGAAGACAATTATATTGATTCACCCTTATTTTTGGAAGATTTACAAATAAATGTA AATATTTTCCAAAAAAATTAATCGCAAAGATAACATAAAAAAATTAATTAATATTTTAAT ATTTTTTAAATTTATTTAAAAGGTCATATTAATTAAAAGGGATATTTTGAGATGTTTAGT AATATTTGTTTTGTTTATAATATCTATGAATATTTTATAATTTTGTCTCTATTTTGCTCT TGTTATTAAGTACTCCCTTTGTTCATTTTTATTTTTCACAATTTAATTTGGAACACATAT TAAAAAAATAATTATTGATATAATATGTTTTACCAAACTATGCCTATTAAACGATTTAGA AAATAAATTTTGAAAGTAATATGTAAAAATGAAAAATCTATTTTAGGAATAAGGAACAAT TAAAAATGAAATTTATTTAGAAATAAGTGATAAGAAAGTGAAGTGGGGGAGTGCTATTCA TTTTTTCATTATTTAGATGACTTGTATTTAATATAAGTAATTTGGTAAAATTATCCTATT ATTTACTACTTTTTAATTACGGTGTTAAATTAATTATAGATAACTATTGTTGGACAAAGA AGTACTAGTAATTAATTTTATCTTAATTTAGTAAAACGGTCAAGTAATATACTCCCTCCG TCCACTTATATTTGTTATGTTTTTTTAAGAGTCGAACGATACAAACTTTGACAAACATTT GATGATATACTTTTTTATCATATTGATATGCAAAAAATTATAATTTATAGTACAATTTGT ATAGTTTTTGAATATCTGAACTTTTTGTTTGAAATATCAAATTAATATAATCTAATTTAA CTTTGAAAATTAATCAAATTGATTTGCGAAAAACGTAATATAACTAACAAAAGTGGATAG AGATAGTAAGAAATAATTTGTCAAGTCAATAATGAACAATTATTATTGATCAGAAAAAAT AATTATTTGCCTTAATTTAGTAAACAATTAAGTAATATAAGAAAACTATTTTTAATAAGA TGTTCATATAAGATGGTATGATTAGAAAGAGTACAAGATAAATAAGGAACTAAACGGTGT TTCCAAAAATATTTTTTTTGGGGCAAGTCTCAAGGTGATGCATATCAAAAATACTTTAGA TGTAAATTGAAAATGTAAATCCGTAGGGCATAAGTCTCACAGTTCATATCATAAGCTCCA AGCTTAAAAATATAATTCATAGGCATAAAACATTCGTCCTAGGCGTTTTTTAAAATTTTC CACTTTAACTTTTTTTACTTCAAATCATTTTTTATTATTCGTGTAATGATATTTTAAATA GTAATTATAAATTTTTTTTCTTCATTATTGGTAATACTATCTTTTCAAATAAAAAGCATA ATACTTTTTTCTAGATGTTATAGGTTATGTATTGAAATTTATATATTTATAAAATAATTA AAAGTTTTGTTTTTACTTATTTTCTTTAATAATAAAATTATAAATTGAATATACATAAAA GTACGCTATATAAATCTATAAACTTAAATTTCATATCTCAATACCTATATCTCACTTTAT ATTTCATAAAACGTCTTATCTTACACGCTCACCATTTAAAATATCGAAATGAATTATATT TATTTATTGATTCCACGTTGGTATAGAGAACTGCAAGGACGGGTGGTCTGGTAGTAAATA TTTTGATGGTCTCCCCAGCCATTTTTAGTTTGCTTTTAGTTAAGCGGTGTCTCACCTAAC TACCTCTCTGCAGTTTGCACTGCCCAAAAGAGTCTATTTAATTTAAATTATATATTAATT ATTTTTAGGAAAAGTATATTCATTTAAATATTATTTCATTTCCGTCTTTGAAAAAAAGGA AAAAGGTAAAAAAATATTTTTAAACTATATAAAAGGAGAAAATTGTGCTTCATTTATAAT TTGGCTCAAAAATTCTTTTGTTGTCGATATTTTGGTTTAAAAATATCTTTTTAACTATGT GAAAGAAATAAAAATACTCCCCCCCTTTTGTAGTTTGATCCAAAAATACTCTTGTTATCA ATATTTTGGTTCAAAAATACTCTTAGGCCCCGTTTGGCCATAAATTTTCCAAATAATATT TGGGAAAAATTTGGCAAATAATGTTTGTCCATACAATTTGCCATTATTTGGCAAATATTC CAAATTTCCAAATACTAGTTTTTTCTAGTATTTGGGCCAAATCTCATTATTTGAGATATT TTAAAAATTAAAATTTTACCCCAATCTTTTATCTTTTACAAAAACACCCTCTCTAGTTGT TGTTTGCGTTGTATTACATCATTTTTTACGTGAACATCAAAATAGTGATAAAATATTTAG TGAATATTAAATAATGATATGATTGTTGATGAAAATTATTAAAAATTGGCTTTAGGTAAC AAAGTCATGTACTTTGTCTATTTCACGATGTATGTAATAATTCTTGTTGCACTCACTCCA AATTACCACATTGCTTTAGTGTCATGAACATTATTTGTTATTGTTGTAACGAACATTCAA TTGACTTGTAATACAAACTTTTAGTTAGTTTTGTTAGTTTTTAAAACTTGTGCGTATAAA TCATATTTTTCTAAAAAGGTGAAATATATTTCCCAAATTTTATGGCCAAACACATGGTGA AATTTCACCCAAATTTTCAATCAAATAATGTTTGCCAAGAATATTTGAAAATCTATGACC AAACGCTAGCTTATTGTTATTTAATGGGTCAAAAAGTTCATTTTTCAAATGTACATATAT TATAAATATAATATTTCATCACAAACATTCTTATTAAATGATATATGCTTTTAGATCTTG CTAAATAATTGGAGGTTAAGCAATTAATTATGAGAGTAAAACATGAAATCTAAAATATTT TTCTGTTAATATATATTATATATGTTCAAAAAGACAAATAAAATTAAAATGTATCAGTAT GGTAGACATTTAAAAAAAGAAAAAAGGTATCCAAACACAATTTCATATTTAAATATTTAT TAAGTATTTGAAAACGATATTCAATAATTTGATAACTTTTTTGTACTTGCCGAATATTGT ACTAATATATTTACCAATACATAGGCACACACTCCAAATCTCAAATTTCTTTAAATTATT TATGCATTGAAATTAGTTAGAAGCTCAACTTCCTTTCCTCCACCTTAACCCAGTTCTGAA TCTTCCTGCATTTGCTTCTAAGGACTCAAAATGGGTTGAGTCAGACGGTGAATTACATAG TTTACTTTATTATATCAAATATTTACTTTTTTTATATTTTAAAATTCTCTCAAATTCTGA TTTCTAACACTTTCCATTAACACATGTAAATTACAAATTACAGTTGTCAAAATGGGACCA ATGTATATCCTTTGGAACAAAGCACATGCGTCCCATTTACTTTAGCGGTTTGTTGTTTTC ATCAATTCTATGTGCCCATTATTCTCATTTCTCACTCCTTGATCACTGGTCAAATACATA AACAAATTCTTAAATTTATTAAAAAATTTTCTCAGGTATTTCAATTATGTCATTTTCAAT TGAATTACTAAATTATTCAGAATTAATTTTTTTAAAACACCAATGGTTGATTTTGATCAA TTTTTCAATTGTAAATGTTTTCAATTGTATTCGAATTATAATAATTTTGATTGAAGGAAT GAAGACAAATCGTGTTAGTCTCATTTGTTTTCTAATGTGTTCAAATGACTTAAGTAAAAT ACAATTATTCTCAAATATTTTCACTATCAATTGGACTAATGATTTGTGGAACAACATATG TATCCTCTATCAATACCCCTCACAAATTTGATTCCATATCAAACAATGATGTTTGTTTAA ACGGAACAAATTATAAGAGTTCAATCGTTCAATAGAAAAATGACATAATTGAGATACCTG AAGAAAAAAACCTCACAAATTTAGAAATATACTTATGTATTTGGACTTAATAATTCACTT TTTGTTCTTCCCATCCTATTTGAATAACAAAAAAAGGAAACTACTCATATGTATAAGACA TATAAACTATAGTCTCACTCCGATGCAGTAAAGAATATTTTTTCCAATATCCATACAATT TTAACTAACATAAGACTCTCGTGAACGTATTCACTCTATCATTACATTATACGGTAGAGT TATAGAACTATATTATTTCGAAAAATTGTTGAAGTTATTTACTGAATATATACTTGATAC TTTCTATTGATTGCTTGTTATTACATCTCATCATTCACTACATTAATTCTTAATAATCAT GATAACATTTTCATTATTATTGATCAATCTATTAAAAAAAAAAACTAATAATTCGGATAT CCAGCATAATTATAGGAGAACGTGTTTGGTGAAAAAATAAATAAATTACTCCTTAGTTAA AAGGACATGAGAGGATACCCGACATAATCATGGAAGGCTCAAGCCATGCATCATATCCCT TATAACCTAATATCAGATTATTAGTAATATTGTCACAATTTTCACATTGAGATAAAATAT TTATTATTGTAAACGATTTTTTATCTAGAAAATTTTGAAGTTGAGACCACTCAATTACCA TTCACCATTTGTTGGTTGATAGTAATTAGCTTCGATGTACGTAGCTATTGATAGTTTTGA AGATTTATTGTATAATTACCAAGTGTCCAAGTGGAATAGCATTGCCAATGGAAGTTATAC ATTTTGAGAAGGAATTAATTAATCCATGATAAATAAGTCTATAATATTATTGTAGACTTC TATATAGTGCCTAAAATATTGTAATCCAGTGTACAATGTGAAGTATATAGGTGGTCCATT TTGCCTAATGCTACAAATGTTAAAGGATTTAGCATAAATTTTCAAATATTCTAGACTTTG ATCATGTTATTTAATTTGAAATCCTACCACCATATTAAAATTTACGATAAACTCATACTA CATGATTTTATGGGAAATTAAGGAATTACTTTAAATTAAAAAATATGTCATTAGCTAATT AAATACTAGTTAGTGACTAATTAACTAATGATGATTGTTTATGGTTGCAGAATGTTTGGT GTTGAAGAATATATGTCATTTCCCAACGCTAAAGGTAGTTGACACTTCGACAGAGGCAAC ATGATTCCTTACTTTATGTAGAGTGGAAATGAAGAAAGAACGGAAATATATTTCACTATC CTTAACTAATTAAACATTTCAGGTTGAAAACATTCATAATTTAAAATATATATATATATC AATAAAAATCTTTTTCCTCTTTAATAGGTCTTATATCATATGATGTGAATCCGTCAAGAC CCTAATGGGTATAAATATTAAATCGAAAAATATCATTACTAGCAAACATAGAGTGTTTGA ATTTACTTACTTCTAAGTATTTTTTTTTTTAGCTTAAATAACTTTTTAAAACATTTTTAT ATTGTTAGTGATAAATATTTTGAACCACTTACTTTTCAAGTCAAAACACATAAGCTTTAA TCTTAAATACCAAAAGCAAAAGCCAAACTCTTAGGACATGTTTGAATAGGCTTATAAAAA GTAATTTTTATAAGTCATAAATAAATGATACCTATTTTTATCTATTGATTTATTTTTAAA ATTTTTTGACGTTTAAAAACACTTTATAAGATAACCTTTTCAAATACTTTCAAAATTAAA AAAATTACTTATAAGATAGTTAATCTAAAGGGGCTTCTAACCAAAGTTTACTCAACAATC AGTCATTTTCTTCTGGATGATTTAAATGGGACTTGTAACCAAAGTTAGGTAGCTTATATG CAAATCTATCGTGCGACAATTCAGCAACATAGTCTTTGTCAACAATTGCTAAAGCCACTA TATGATGTATATTTCAATATACAATTTAGCTTATTTATTTGTTTTTTTTGTCAAAAAACA CACACAAAAAAAGGAGAATTCTCAGACATACACCCATTGTTCTATATATTCTTGAGCAAA CGAACAAAATGAACAACAAAACACAAGGATTAATTAGGCTAATTATTTTATATTTTTTTT TACTTTTATATTGGGAATACAGTCTGAAAAGTTATATCATAGTGCCTATATATGTAAAAA TAAATAAATTAAAACCTACGAAAATATGTCTTTTTGTGCTGTCTATTTTATACTAAAAAC TTTTTGTCTAATTTTAAAAGACTGAAGAAAGGGAACTTTTTTGATAGTGGAATATCACGG GTGCGATTCCACAAATGTCATAACTCATATATATGGTGGAATTTACGTAACCAAAGTTGC ACGCCTTTATATATATTCTGTTTGCAGCTCAACAATAATTGTCTTATTCTAACTTCCACC ATAGTATTAAATAAAAATATTCAGCCGCCTATACCTATTTTTGTCTTGTGATTTATCAAA TTTTTTTTATAAAATTCAAACAAGATTAATTCGATTAATATATGTTAACGATAAATGATT CCTAATTGTATCTTTTCATTATTATGTTTTCAATTCACATCGAATTGTCAAAATTTAATA TCTGATAAAAAGATCAAGAAATTAATCTATGTCACCAATGTGATATTTAATAGTCTCTCC ACACATATAGACTTTCATTTGAATCGTACGCATTAAAAGTGTATATAAACTAAGACATGA ATGTAATAGCTAAACAATAAATTAGATTAAATTTGATATTAACAAAAAAAAAATTAAATT TTAAATTTAATCAAACTCAAAAAATTGCTTAAAAAATGCTCTTTCTAAAAGACTATAAAT CATTCCGCTAATTTTGGCACTGATTGCATCATGTATGAAGCAATGAATGTTGGCTTTGTT TGGTAAATTAAATATTTCACTTTCTTTTGGCGTGATTGTGCTAGAACAAATCATATCAAA CATGGTACACAAATGGGCCCATAATGCTCCAATTGTCACTAATTGCCTTATTTAACACAA CTTTTTGAAGTAGTATCCACGATAATTTATACCCAGCCTACATATTTATTTTTAAAAAAA TAATTGAACAAAATAATATATGGTAAAGAAGTTGGTCTAAGGGGTAAATAAAATCGCAAA GTGTTGTTGGTTGTCCCAAATAGTTTTTTAGTAAATTTTAAGAATTATTTTTCACATAAT TTATGATCTTTTAGAGTACTGCCTAAAGATTTTTTTAAGTAAACGAAAAATCTTAAATAT TAGATCACATTTTAAAATTTTATAATTGTAGATAACAATCTAATTAATGTTTTATCAGTT TCACGAACTTTTTTACACAATTTTTAAAGTAAAAATTTAAATAGCGACCTTAACATGAAT ATTATAAAGAGTAAAGACAATCTAATGTTTTGTCCCTTCTCCCTCAAGAGAAATCACAAA GCTCTAATAACGGATTTTAAACCCATTTAGTGGAAAACTTACATAAATATACTATATAAT AAAAAAAATATTTATCATTTATAGCAATAATAATCTTTTTTTTATTTGATTACTTTTAAT TTATTTATAATACAAGTTTAATACTCTCTCCGTCTGAAATTGTTTGTCTTGTTGTACTTA TCGAAAGTCAATTTGATTAATTTTCAAAGGTAAATTAGATCACATTAATTCGATATTTTA AACAAAACATTTGATATTTTAAAACTATATGAAAAGTACTATAAATTACAATTTTTTACA TATTAATATGATGAAAAAATATAATTAAAATGTTAGTCAAAGTTTTTATAGTTTGACTTT AAAAATAAAAACCATGACAAACAATAGTACATATTACAAAGAACAATTCATTATTCCCAT ATAATACAAGTTTCAATGATGGATAATACATTTATCACACATTTTAAAATACACTTATAA TATAATGTGTCAAATTTTAACAAATAAACATAATATATTTTGAAAATAATTATAATTTGT GTATATTACATACATAATTCGCTTTTAATACATATTGCAGATTTAACATAATATTGCTAT ATGTGGTAATAAATAAAAAGTATCGCTAAAATTAATAATTATTCATTAAAATGTACCAAT TTATGTAATTTTTTCTTTTAAGTACACTGACTTTGAACAAATACTAGGAAGAATTGGACT CTTTATTTCTGGATCTTCGAAAGTTTATGGGCCTCTATTGGGCCTATAGAGCAAAAGATG GAGTTGGTCAGGTGAAGAGGATGAGATACACAAAATTATCTCACGAATAGATTAATGGTC AAGTTTCACATATAGCAAACAAAAAATTCATATTTGTATGCTATAGCAAACTTTGCATAA ATGCGCTCCATAGCAAACATAAAACTGTATAATTTGCTATACATATACAATTGTATAATT CGCTGGCCTAAATTGTATAATTCGCTGACCTATTTCGCTGCAATTGTATAATTTATTTTG CATACAATTGAATCGAATTAAAATGTATGTATATTGCATAATTATAAGTGTGTATCAAGA AGATATATGTTTTTCTCGCTTTATACAAAAACAGAAACACAATATATACACTTCTGTTGT ACAAAGCTAGAGAAAATTGTATTTCACTGCAATTGTATAATTCGCAATTGTATAATTTGT TGGCCTTTTTCTCTGCAATATTTGAAGTAAAATGTTTGTAAATTGTATAATTAAGTGTAT AACACGAAGATATACATTTTTGCATGTGTATATACAATTTTCTCTCGCTTTATACAAAAC AAAAATAGAATTATACACTTCTGTGTATAAAGCGAGAGAGACGAGCAAGAATGGAGAGTG GTGAGCGAGATTTTGGGAGAGAGACGCTGGCAAATTTTAGCTAATGTTTGCTATGGAGCA CAATTAAATCAAACCCTAGCTATTCCATTTAATTTGGATTATTAGTTTGCTATTATATAT AATTTTCCCTAAAAAGTATCGCTAAAATTAATAATTAATGTACTAATTTATGTAATTTTT GCTTTTAGGACTTGAAAAAATACTAGGAAGAATTGGACTCTTTATTTCTGGATCTTCGAA AGTTTATGGGCCTCTATTGGGCTTATAGAGCAAAAGATGGAGTTGGTAAGAGGATGAAAT ACACAAAATTATCTCACAAATTGAAATATTTCAAAAGATTAATTATCCCATTATAATAGA ATAATCTATTCTACAATTATATTGCAAATGGTGGATAAATAATTTCAGCATTAACTCCTA TGGAAAATTATCACTAACCAATGCAGAATATAATAAACATACATTTTATTATGAGATTAT AATAATAACCCTTTTCAAACTTGCTTAATTATATATTTTTCTCTTTTTGTATATTTAAAA AAATATTTTTTTTTTATTCCATTTGTAATTGATTAGATGTAAGAAAAGTACAGAGAAATT TAAAAAAAAGTAACTAAACTGCGCCATAAGCGGAGAAGCCCCAACATAGGATTCTAAATT AAGTCCAGAAAACACATTTAATAGAAAAACAACACGTGTAATAACTGACGAAATATCCGA CCCACAACAGCTTTTGGCGGGTGATTCACTACAAACAAATTCAAATAAGCTGTCTTTTAG CCAATCCCTAGGTCACCCCGCCCAAATAAACTTTCCCTCCATTCCATCAGTGGTTCCTTC TCCATCTGCTAGGGCTTATGCTTCTCTTTTTAGGTAAGTAATTTCTTACTCTTCCTTGTT GTTTTGTTTGGTTTTGTGTATGCGTGTTTCTGAATTTATTGTACTTGAATTTTGGGGTTT AGCTGTTAATTTTGATTGTTTATATGTAGTTAAGTCGTGTAATATGGTTTAAGAATAGCT CTTGGTGATACTTTAAATGTCTAAATACAACAACATAGTCAATATAGTCTCACAATGTGA GTATGGAGAGGGTAAAGTGTACGCATATTGTATAATACGTCAGAGTTAAATAGGATGTTT CCATTATACTGTCAGCTTAAGGAAAAACAGTTCAAAACAATTCAGAAAAAGAAGTAATAA AAAATACAAGAAACAACAAATAGTAATATGAACAACAAATAGTAACAATACAATACTACA ATAAAATAATACGATAATTGAAATACGAAAAACATCAGACAGTAACTACAAAAAACTGCA TGTGTAATACTACTAACTACTGGTATGGACAGGCAACAAGACAATGCACTCCTAATATGG ATAGTTTGAGGTATTTTTAAAAGAGAAATGACTTTCTTACAATGAAAAGATGATCTTAGA TATAATTTTTTTTATTGATTTGACGTTCAGATTCTTATCATCGAAAAATTTAATATTTTA TAATAATAGGTCCAAAACTAAAATACTAAAAATGCTACTACTAACCATTTAAAATGGTGT TAATTGCTTAATTTTAAAAAAGAAAAATAAAATAAAATAGATATAAAATTCAGATTTTTA ACCTTACTTTAAGAGGTGCATTTTCCGATTATCACTGCATTATATAATGCTTCGAATATG AATTTTATAAATTTATATTTTTTTTAGAATAAAAATATATCACAACTATATATATTTTCG AAAGTAATGCATAGATTTATACAAACCACACCTGCATAATGTTAACCATACACTCTACCT CATACAATATATATTTAATTAGTTAAGGCTTATTTTAAATCTCGGAGAACCAATTTTATT ACGATAAATATCGAGCTTCAGTTTCAACCGCTCTATCTAATTAACCAAAGCAACAATACT TATTAAATTATTTATAATATTTAACCAAAACTTTAAGAAGTGAATATATATTGCTTCCAG CTGACTTCACTTTTCTTCTTCTTCCTCTTATTTTGTCGTCTTGTTAACATGTCTCACAAT AAGTCTTCTCTTACATTTCTTTGTAGCTAAGTTTTTTAAGGCAGAGCGACGAATCAAATA AATGAGGACGTGTAGAATTAACTCTTTGTTATTCTCATAATTATTTGCTCGAGTTTTAGC ATAATTAGTTGGAATTTCTTTGTAAATTTTGTTTGGTAGCTTTTATTCCCTTCGTAATTA TTTTTATATTTTTAGAGTCAAACAATTAAAACTTTGACTAACATTTTAAGATGCATTTTT CATCATATTAATAAGTAAAAAATTATAATTTTATAGTATTTTTTTTATATAGTTTTAGAA TATTTAACTTTTTTATTTAAAATATTGAATTAATGTAATCTAATTTACTTTTAAAAATTA ATTAAATTGACTTTTGATAAATATAATATGATAAATAATTTCGAACGAAGAGTGTATTAC ATAGACACGTCGATGGGTCTGTATCTACTTCTTTCTTTTTCCTTATTAAGGGGACCAGGA ATAAAAATTAAAGTAGATTCAACTTTAAGGACCTAGTTAAAGATTCTTGGCTTTAGAAGT GTTATGCATGTTAGAAGCTGTTTGTATAGGGTATAGTAAAATGAGAGGAGTGCTTAGTAC ATGATAAATTAAATGTAAATCCTACTGTTTGATGTGATTCAAGGGCGGACCATCCTATGT TTGTGGGGGTTTATGTGCACGTGATAACTTTTGAAAAAATCATATATATATATATATATA TATATATTTTGAGAAATTGATAGAAAGTACGATATAATTAATAGTGCACTCATAAAAAAA TATAAAAATACTCTTGAGCAATTAATAGAAGATAGAGATATCACACTCTAGATTAGAGTT TAAATCCTGCTTAAATTTATTTTTATTTTAAATTTAGCTTATATTTTATATTTAAGCTAT GTTTATATTGGTACACTCATAATCTTTAAATCTTTCGCCTAATGTGAATTATGGTTTTGA TATAGAAGAGGAAAAAGTAAATCCCTTCAATTTGCCAAGATTGTTTGATGTGACATAGTA ATTATCTTTTAGAATGGTAATCATCAACTTATAACACCCCATTAATCATCTCTGGAACGG CCACTATATGACTTTTGGCTAAAATTATACTATGATCCAAGTCTATTTGACCCGTTGCAA ATGTCATACTAGCCATGGACTCAATTCTCTTTATTTGTTTTTTTCTAATCACACAATTAT CGATCCATTTAGTACGATTTTAAGTCAAAAACAGTTGGAGTGGAGTGGGTCAGATGTTAT TAAGACTGCGATGACATTTGATTTTCACCATTAACCGTGTAAATGACATAACCCTTTTTT TTTATGTGGGGAACATGCAATAAGAGGATAAGGCTAAGATTCCCACTATATGAAGACCCC AGAATTGCCACATATAGTTCCGTCTGGCACCACCCGTGGCTTATTTGTACAAGCTGCACG TACAAATCAACTATTTGATAAGCTGCTGCCCCTACTAATTATATATATACTCTTACACCG TCTTGGTTACTGTCCATATATATATATTGGTATTTTGTTTTAAGAGTTCGTCTTGCTGAT TTGTGTGCACCACGGAAATGGGTTTTCTAGATCATCTTTCTGAGCTCTGTGAATTCCATC GAGGCACCAGCAGAAGGAAGCTCAGCAAACTTTGGAGAAATCAACTTGAGGTACGTGCAT GCTTCAATTTAAACCAAACAAGCTGTATGCATCTGTTTCTGATGATATATTAAAAATGTG TAGACAGTGGAGATACGAGTGAAAATGGACTGCGAAGGGTGCGAAAGGAGGGTGAGGAAG TCTGTACAAGGGATGAGAGGGGTGACGAAAGTAGAAGTGGAGCCAAAGAAGCACAAGCTG ACAGTTATTGGTTATGTTGATCCAGATAAAGTATTGCGACGAGTAAGACATCGTACGGGA AAGAAGGCTGAATTTTGGCCATACGTTCCTTACGATCTGGTGGATCATCCCTACGTGCGG GGCGTCTATGATAAGAAGGCTCCGCCAGGATACGTCCGCAACGTCTATGATAACCCGCAG GTTTCGAACCTGGCGAGGGCGAGTTCTACTGAAGTCAACTATATTACTGCTTTTAGTGAT GAAAATCCTCAAGCCTGCATTATCATGTGAGAGTGATCAAAATTGAGCAAAAAAGCTAGT CATATATTATATACTTTCTTACGGTAGAGTAGGGACTTTTATGGATTTTTAGCTGCAAGT GATGCGTGCAATAAATTAACTAGTCGATGTAAACTTGTATTAATAAGGTTTACTTGATCT TGTAAGTAGTATGTTAAATATTATGACAGTTGTAAAATATTAATCTAATTTCGTGAATAT TGATATTATTTTCATGAATCTCTCTGGTCTGGTTTCTTTTTACAATGTTTCATTTTTACT CGCTCGAATTATATGTATACATGTAATGAATAGTATCCTTAGATAATAGGACTTCATCGG TGAACGGCTTGGAAGGACATGTATATAAGTAGAGCAAGTTATTAATTATTAAATTTATCA GGCGATCTAATATATTTGATTTCCTTTTTCATGTCAATAACTAAATTGAATACAAATATA TTTCATTTTATTTAAACATAGAACTTCCTTCTAATTTGACTATCTATCTGATATTTAATT ATGAGATGAAACATAAAACATGTTTTTTTTAAATTATATATGCATAAAAATGAGGGAGTA AGTGATACTATGCTTTGTTAATTCACAATATTCATGAAGAACAACATTTTTATATATATA TATATACACACATTTTTTTTTCTTTTCTCCGAATCAGAAAAACATTTATAGAACAGAAGA TAATAACTAGAGGGATGAAGGTGGAATAAAATATGAGTGTTCACACTTTAATTTTAAGTA TTTAAATTACACAAGACCAAGGGAAGAAAAAACATTCAAACATCATGGGAAAATTAAAAG CAATGAAGTTACCATTTAATTTTCCTATCATGTTTTATTAGATATTATATTCTTTACGTA TGAATTATATTCAATGATATTTACCTTATCAGAATATATATTTTGTTTTATATCTCTGAG TTCTGATCATCGTTATCAAAAAATGAGAAGACGTTTAATAATTTTTGATCACTCATTTTC ATAATTTCAAAATATAATCGACTCATATGTCAAAGTCTATTTAATTTCTAAATATTCACT TTCAACAAAAATACAAATGTTACGGAGGAAACACTGCTAGGACAATATGGTATTTTCTGT TTTGCAAATTTTAATGATCTTTATTTTAGAAAGTAGTTGTAATAGCTTATGCTACTCTGA TTTTAAAAGGTTATTTCTTAAAAAATACTATATACTAGCATTAAAATAAAGGAATACCTC GCTGGAAAATGTCCGATAGCCACTCATTCGTAAATATTTTGATTAAATTAATAAAAAAAG AAAAAATATCAATAATTTCATATGAAAAATTAGGAAATTTTCTTCTATTTTCGTTAAGAA TCTACATTCATCATGTATTTTTTAAGTGAATTCCTTTTTGATGAACGATAAATGAAAAGT TTTTATTTTAAGATATATATATTTTTTCATTTATTTGCAATAATAAAAATATTTATTTCA AGTATGTATATATTTTGATTGAATTGATGAAAAAAGAAAAAAATTAACACTAATATTTTT GTATGAAATAATTGGAAATTTCCCACTATTTTCATTAAGAACATATATCCACTTCTTCGA GTGAACTCATTCAGTGAAAAATAAATGAAAAATTTATGTTTTTAAATGGTAAAAATATTT GTTTTAAGTATATATTTTGATTTAGTTGATGAAAAAGAAAACACTTATATTTTTGTACGG AAAAATTAGAAAATTTCCTACTATTTTCATCAAGTATTTATATACATTCTATAATTTTTC AAGTGTACTAGTTCGACAAAAAATAAATAAAAAACCTTTTTTTAAAAAATAATTTTTCAC TTATTTGCAACGACAAAAATATTTGTTTCAAGTAATGTGTATGTTAATCTTTTTTTACTT CTGAACTTTATCGATCCTTCCCCATATTTAAGGAAAAAAATAATTACTCCGACTAAATAA GGATGAAATTTCAAAAATAGCTAATACTAAATATAATCCTATAAAATAGTTATATTTTGG TTAATTACGAATTGTAGGTACGTGTTAGATCAGGGGAGAGAGGTGAACGAGATTAAGAAA GAAAAAAGAGAAGTGAGGGAGAAGAGAAAGACAAAATATACTTGTATATATGTTAGATAA TTATATATTCATAACTAATATGTATATGAATCAATTATCATTGCATTTGTATATCTTATA ATTAATTGTATACATTTAATTAGTATCTATATGCATTAACAAAATGCAATTTATATCAAA AAATAAATAGATAATATCAGTGAAAACAATAGTATCAATTTAACATTTTATATCACTCAA AATAATTTATATATTTAAGAGAGAAGAGAGAAAATAATTATAAAATCCTTAACTAGAGCT ATACGTGTGATTCTTTTAAAAAGTATAATAATGTATTATAAGTATATATTAGATGTTTGC TTAATTAGATAATTTTCTTATTATTATACCCCTACAGTACAATTAATTTTTCAAGAGACT AATTTATATGATAAAAGGGTAAAATAATAAAATAAAGTAATTTATCAATTATTTCTTAAT GACCTTGTGTAAAATAGAAAGCCATCTAATATGAGAGGGGGTGAGTAATATATATATAAA TAAAAAGAAAAGTAAATTTGACTCCTGAGAGGAAGAAGGGAAAATTAGAAATCGGTCTTA ACGTTTGTACAGAGTTTAGAATCAAACTTGGAATTGCACGACCACTCCAATATAGAGAAG GATCCTCACTAGCAGTTGCAGCAAAAACGAACTCCAAATCTCCCAAATTTACCAGGAAAG ATCCAATATGATAACTAATGGAGTCGAAGACGAAGAGAAGTGGCTTGCCGCTGGGATCGC CGGCCTTCAGCAGAACGCATTTTACATGCATCGCGCTCTTGTATATCCTTAAAGCTTCTA ATTCAATTTTACATGTTAAATTGAGATTTTTGGTGTTTAAAACCCCTAATTTTGAGTTTT CAGGACTCGAACAATCTGAAAGATGCATTGAAATACTCGGCTCAGATGCTCTCGGAGCTC CGAACTTCCAAGCTTTCTCCTCACAAATACTATGAACTATGTAAGTGGTTTTCACTGATC GGATCTGCTCGTACTTTATAAGTTGGAACTCGGAGATCCTTTAACTGCAGTATTGGAATT GTGCTCTTTGATTTGTTAGATATGCGCGCATTTGATGAATTGAGGAAATTAGAGATCTTC TTCAGAGAGGAGACAAATCGTGGCTGCTCCATTGTTGAGTTGTATGAGCTCGTGCAGCAC GCTGGCAACATTTTGCCTAGATTGTAAGTTGTTATGTTCCTATGTTACTCCTATTTCTGG AAGCTTAATTATGGAAGGAAAGGAACTCAAGATGATCTGTAGAGAGTTCTAATCCACTTT GGAATGTAAAACCTGTCTAATTTTGTTTTCCAATTGGTATGAAGTGGAGTATGCAAATTA GGCTGAAGCTTTGTGAGACACTACATAGTCTTCACAAGGACAGATTCAAACATATAGCTT TTTCTTTTTAATCCTATTTTAAGTATTCCATACTGCTGTTTGGTCATCAATGGATCTTAT TTTTTACTGGTAAAAGAATAATTTGCTTAAACTTGTAGTCTTAATATAAATATTTAATCT GCTAACACCATAGATTTAGAACCAGATTGGGTTAGTCAATTGGGTTTAACCTACATGGGT CAAGGAAGAAGCTACCAGTTGGACGTTTCAGTCCTCACAACTCTGAGTATCATTAGGCTA GCTGGAAAACCAAATTCCACAAACAACACTTCCACATTTTAAGCAAAGATGTAACTACTT TTGACTAAATCTCATAAGGTGTTCACCACGAGGAGGACCTGGTCGAGTAATGACTTCACC ACAACTTGGGAAGCAAGAGACATTGGTCTTACTACCAATCACATGATTGTATTCTGGTCC ATTTGACTCGTAACACTAAAGTGCTTTTGACCTTCTGGTTGTTTTCTTTTAAACTGTTCA CTGACATCTGTCTCTATGTTTTGTTTAGCACTAAAGTTGACTGCAAGTTTCACTGCCCTA GCATCTCAGGAACTGAGAATCTGCTTGAAGTTGCATTTAGAGTATTTCTAACTGGAAAAC GTCCATTATATATATGTGAATTTTTAGGAAAGCAAGCATATGGTAATTAGCAATAGGCCA GTATCTTTTCACAAAGTAAACTTAGCAAATCTTTTGTGAATTGGTGATTGCTTTTCATAC TGGGAAGAATTCGTAGGTATTATGCTTGCTTTGCAGTACTTATAGATAGCAACTGGAACA GGAGGTTGTCACAAGTATAGCTGAAGATCTCAAGTTTCCTGTCCAGGGACGCTGAGATAC TGTCCCAAATTTGGGTCATACATTTTCTTTTCTTGATAAAGTAACATTTTGTTGATATCC TGGGGGAATGAAACCTTGTTCCACGTAGTATACCAAAAAGTAGGGAACCTATATCATTAC TAGTATAATAGGACTGATTGCATTCAAGATGATGATACAAAATAGTGGAATGCTTATAAG GACACTTGATACCTTTGTACCTTTACTTTTCGGTTACGTACCTTGAATATAACGAAATGC TAATACTGTTATATGGAACTTGATTTCATTATTCCTGTTATCTTGAGTTAAGAGAATTGA AATGCACTCAGATTGGTGTTTACTAGTATACAAGTCACTGGCACCCAAGGGTGTGGCCTA GTGGTCAATGAAGTGGATCAAGAACCATGAGGTCTCGGGTTCAAATCCCAGAAAGACAAA AAACTAGGTGATTTATTTCTAGCCTTGGTGGACAAACTCCGGTACCTATCGTGGGTGGTA GGTAGCAACTATCCGCGGAATTAGTCAAGATGGGCGCAAGCTGCCCGAATACCACAGTTA TCAAGAATAAAAGTATAGAAGGCACTGGTTGCCTTCTTAATCTTATGCTAATTCTGTTCT TATATCATTTGCATGTCTGTATTCAGGTTTTCATACCTGCTTTTTCTTCCTTAGGTATCT CCTTTGTACAGTGGGTTCAGTGTACATTAAATCAAAGGAGGCTCCTGCCAAGGATATTCT CAAAGATCTGGTGGAAATGTGCCGTAGCATACAACATCCATTACGTGGTCTCTTCCTAAG GAGTTACCTTTCACAAGTCAGTAGGGATAAATTGCCTGATATAGGATCTGAATATGAAGG GTAAGGGCATCACCAAGCTGCTTTATCATTGGCTTTAATTATTAGATGGGTCACTTAGCA ATGGTCAAGTTGCAAAAGGCGCTCCGTAAAAAAATTCACAAAATGAACATTTAGTTGGAT ACCCCTGACATGCTGTATCCACAGGGATGCTGACACTGTCATGGATGCAGTAGAATTCGT GCTCCAAAATTTCACAGAAATGAACAAACTTTGGGTGCGAATGCAACATCAGGTTGGTTC AAATGTCTGTGAATGCTGTAATTTCTCTCATACTTTGACATGAATAATGCCACAACGCCT GCATGTCATGAAGGTAAAAGAAAATTATGAAGGGATACTTTGTGGTCATGCAGGTGTTTT AATGCTTCTGAATGATAATACTCTTTGCTGATCATGAGTTGAGGGTTGCATCGGGCTTTC TGGTCTGCAGGGACATGCACGGGAAAAGGAAAAACGTGAAAAAGAAAGGAGCGAGCTTCG CGATCTTGTAATGAGCTGTAATTTAAGCATCATTACTAGCAACTGAACTTAGCAACGGAT GTGCGCACTTATGTGAGGATTTCGTTTTGCTCTTATATTTGGTAGGTGGGGAAGAACCTG CATGTTCTAGGTCAAATTGAGGGCATTGACCTTGATTTGTACAAAGATATGGTGCTTCCA AGAGTTTTAGAGCAGGTATTTGCCTCTGGTGGCCGACTGGCCCGTTCAGTTTATTGTACT TTTGAGCAAAGAACAAATAATCGATATTCTAATTTGTGGTGTACCTCATGTTATCTCCAG GTTGTCAATTGTAAAGATGAGATTGCACAGGGATATTTGATGGATTGCATCATTCAAGTC TTCCCTGATGAGTACCACTTACAAACTCTTGAAACATTACTTGGTGCTTGCCCCCAGTTT CAGGTATGCCAGCTTGTTCAATCATAAAATGGGATTCTCCTCAACTTCAATATCAAACAG TCGAAGCAAAAATGTCATGCCTGGTGGGATCCCAGGGGCGTGACAATGGTTTACCGTCTG CAAGAATGTTTAAGATACTATTAAACCAAAATATTGGTTACGGAGGCATGACATAATGCA CTTCTTTTCTAATGCTAGAAGATAGGCTGTCAACTTAAGAGATTAGGTATGCAAAAGTTT GATATTCTTTTACCTATTAAAAAAAATATCTAAGACCAGATCTGCGTCACTTATGTTCAA TCATAAAATGGGATTTTCCTCAACTGCAATATCAAACAGTAGAAGAAAATGTCATGCCTG GTGGGATCCCAGGGGTGTGACAATGGTTTACCGTCTGCAAGAATGTTTTTAAGATTCTAG TACCAAAATATTGGTTAAAGAGGCATGAAATAATGCACTTCTTTTCTAATGCTAGAAGAT AGGCTGTCAACTTAAGAGATTAGGTATGCAGAAGTTTGATATTCTTTTGAACTGTTTTTT TTTTTTTTTGAACTGGAAAAGTTTGATATTCTTTTATCTATTAAAAGAAGATCTAAGACA GATCTGCATCACTTATGTACCCATATTAAAGCGAACTCTTGCTACTTGTAAACTATATCT GTGACAGTTCTAAATAGTAGACAATCAATGGTTCTTTGTTGTCGGAACTTACATTTGCTA TGTCAATTGTGTTATCAGATCAATCTATGTCTTTATTAAAAAGTTACGTCTTTTTGTTTT CAGCCATCTGTTGATATCAAGACAGTGCTTGCTCGTCTGATGGAAAGGCTTTCGAACTAT GCTGCTTTAAGTGCAGAAGTTAGTTACAAATTCAAACTTCTCTGGAATAAGAAATTTTTA TGCCTTCCGGTTTCTGAATAATTTTTTCCTGCAGGTTTTACCTGAGTTCTTCCAGGTTGA AGCTTTCGCAAAACTTAATAGTGCCATAGGCAAGGTAATTGAGATTAATATTCTTAAATA TATTAAAACTGCTATATGGGTTCTGGAATGCTTTGAGAAGAAACTTTTTTTGTATCGTGG ATTTTCTACCTCCACCTTATAGAAATTAGTGGATATTGCTTGAAGTTTAAGAATTTTAAT AAGAGATACTTACTGACCAGCAACCATTGCATTCTCCCTTGTAGGAGATTCAGATAAATC TATGAAACAAGTATTTTCATAGCTTCGTAGCAGAAAGTTTCATTCAGAAAGATTATTGTT TGTCACGGTAAAGATTGATCATACTTTATTCATGACCAGATGATTTCTGATCTGTTCTCC ATTTGGGATATTTGACCAGAAAGTGTTCCAAGACATTCTTGATTGTTTCATCTTTGCTTG AATAAAGAACAATACTGTTGCTTTCTGAAGGAATTATCTGGTTCTCATAAAACAAAAACT TAACATAAAGGCTGTTTGAAGTGCACAGTAAACCGATTCTTAAATCATATTAAATTACAG AATTGTTTTCCAAAGAAAAAAAAACTGAACTACACGACTTTGAAGTCATTGTACCAAGGT TTTTCCTACTGATCGTAATGAACTTTAGCTATGTATTTCTTTGATTATGATGATGCGCTC CATTATGCCTGTCTCTCTGTTGGTGCAGGTGATAGAGGCTCAAGAAGACATGCCTATTGC CGGAGTGGTGACATTGTATTCATCCCTTTTGACATTTTCTCTTCATGTCCACCCTGATCG CCTTGATTATGTAGATCAGATTCTGGTAGGTTTCTCTCTTTCTCAATAACTAGTTGCTAT AGGCTCTATGGTTTTACTTTTTGTGTTTTCCAAGTAAGTGTATCACACTTATTAGTCTGA TGCTTTTTTTTGGATCCAAAGTGAATATGTGAAATTTATAATACGGTACACTAAAACAAG ATATGTTGAAGTTGAAACTTTTCATCCTTTGAAATCTATGTCTATTTAGACGATTTTCTG GCCTGCCTGGTTCATGTGGAACCTGTAAAGATCACACTCTTATTCACTTGCAGGGTGCAT GTGTACAGAAACTTTCTGGAAAAGGAAAGCTCAAAGACAACAAAGCAACAAAACAGATAG TGGCCCTACTAAGTGCTCCTCTGGAGAAGTATAAGGATATAGATACTGCGCTAAAGCTGT CAAATTATCCTCGTCTTATGGAGAATCTTGACGATTCAACTAGTAAAGAGATGGCTAATG TTTTAGTACAAAATATTTTGAAAAATAAGACTTGCATTTCAACTGCTGAAAAGGTTTGAT TCTAGATAATTTTGTGTACTTCAATTTATTGCTTACAAATGTTACCCATGTTTCTACGAA TTACTGGTCTTATCAGGTTGAGGCACTTTTTGAGTTAATGAAAGCACTAATTCGAGATTT GGATGAGGGTGTTGATGATGAGGTGGACTGGAAACTCTGTGCTTGCATAAAAGTTCCTTA GTTCTTTCTTATATTTTCCTTTCATCACATATTTAAAATTAGTTTGTGCTGTGCCTTAAA TTCTTTATCCTCCAATTTTCAGCTTGATGAAGATGATTTCCAGGAAGAGCAGAATTCTGT TGCGCAGCTTATTCAAATGCTTCACAATGATGATCCTGAAGAGATGCTGAAGGTAATTAT GATTTACTTTCTTTTGAATTACTTGTATACTCCTTTTATGGATTAATTACTAGCTCTTGC AAGAGAAGACAGTAATATTCCCTATTACCCTCTGAGTTTATCAGAGAGATAAATAGGAAT GAGCTCTTGAGTTTTGACATTAGTTGCAACTTGTATGTGATGAATTGGATGTATGTATAA TGATCTACTGTAGTGTTAAGTTTTCACTTTATTGTGAAGGAGGAAAAACAAAATAAGAAA ATGATGAAAAGTCACTGCCAACACTAGGGAAGAACTTTAAGCTGATCATGATTTGCTAGT CTTATCTTTTCATTTGGGGGATAATTTTACAGAAATTAGAAAGAAAAAAGACGTCAAACA CATAATAGTCTTGACTATGTGTCCCCGATTAGTCTGTATAGTAAACATATAAAAGTAAGT ATAAAAAATAATTAAATAACAACATTGGCATTTCCATTTGATTAAAATTTCAAGGTAACA TTATTAGAAGTGTGAATCTCCAGCATATCCTTAATGCTAAGGAATACAACAATTGCAGTT TCCAAAAAAAACAAAAAACAAATATATGAAGTGTGAATCAGTTGCTGTAACATGTGCTTT GTGTGTGAGCTATCTTCAGGACAGTATGCAAGGTCCATCTTTTGTGGACTCTGCAACTTC TCAGCCTTGTATCACAAACTGAGCTTGTAACCAAAGTGAACAGCTCCTGCCTCTTGGCTC TGGAGTTATCCCCATTTTCTTTTATATGATTGTTTTTGCTCAAGCAAAGCATGCATCTGG TGATAATGTTGTATGGTTTGTTTCTATGTGGCTACAGTGTTTGTTTTCGTAGTTGTATAA AAAAGGTGTTGTTTTCTTGCTTCAAGTTCATATAGTTTGCTATTTCATTGAATTGCAGAT TATTTGTGCTGTGAAGAAGCACATTTTGACAGGAGGGCCAAAGAGACTTCCTTTTACTGT CCCTCCCCTTATTTTCAACTCACTAAAGGTTTGAATCTGCAACTTAAGGGCTAGAAGAGA AGGCTGGTGCTCAAATTCCTTTATTTTTCTTAGTGCAAAGCTGATGAAGGGGACTTGTTC AAATGTAGCATGTCGGGATGATCCTTCACCTATGGAACTACTCACTCTAAGAACAATAAA TATTATATATAATCCCCCATTGGTCCCCATTAAAGAGAATAAAGAGAGGATTGAGTTTCT TCGCAAATAAAATTGTCCTACTTTTGTTGCACTGCTGATGTATTTTCTTTTGTTTCTAGT TTGTTAGGCGACTACATAGTCATGATGAAAATGTTCCTGAGGAAGAGTCATCTGCTATGC CTAAGAAATTCTTTCAGATTCTGAATCAGGTATGCTAACATAACGAGGATGCTACGTTAT GAGTGTAAATCTTGTTATGTGAGTTGCGTTGTCAAGACTGGTAACTCATTGCAGTTGAAC CTGTTAAGACACACCTCTATTATCTGCAGACGAAGAAGAGAAAAAGTTTCAGCTTTTCTT ATTCTTCTATTCCTTCCATTATTTAGCTTCCCTTCCTTCATTTGCAGTAATTCGTACAAT TCTATAATACTCATGAATGTTCTGAGGTATTTCCGTTACTTATAAGCTACCCTTCGTTAG ATTATTGAGGCGCTCTCAATTGTTCCTGTACCTGAACTAGCACTGAAGCTGTACCTGGAG TGTGCTGAGGTACTGGATTTTCCTTCAAACTGTGGAAGATAGTTTGTGTTTTTTTTTTTA CTGACAAGCAGTTGTCTGTGTTGCTCAGGCTGCCAATGACTCTGACATAGAGCCTGTTGC CTATGAATTTTTCACTCAAGCTTATATACTATATGAAGAAGAAATTTCGGTATTATTTTA TTGTGTCTCGATTTATATTATGGAATTCCTGGCCTGCTACATGTTTGCCTGAAAGCTTTA GTTGATTTTTCTGATGTTAATTCAACTTTTTTGGCAGGACTCCAAAGCACAGGTGACTGC AATACACTTGATAATAGGAACTCTTCAGAGAATGCACATCTTTGGTGTTGAGAACAGGGA CACGTTAACGCACAAGGCTACAGGGGTAATTATCTTAGCATCTCCTATTTCCTTTTGCTG AAGTTAATCTATTACAAATTAATTATAATCACTGTTGCCCTTTTCACCCTCCAGTACTCT GCAAAGCTCTTGAAGAAACCTGATCAATGTAGAGCTGTGTATGCTTGTTCGCATCTTTTC TGGGTTGACGATCAGGACAATATCAAGGATGGAGAAAGGTTCATAGCTGTGCCTTGCGTG TTTAGGGGATAAAATATACATTCAAATATGCTATGTCTCTTTGGAGTTCCTTTTAGTTTC ATGCTTTTCTGTAGCCATCTTCTTATGTGTTACTTATTTCCCCTATTGATTCAGGGTTTT GCTTTGCTTAAAGCGGGCCTTAAGAATTGCAAATGCTGCTCAACAAATGTCCAATGCAAC CCGAGGCAGCAGTGGATCTGTCTTGCTCTTTATAGAAATTCTAAACAAGTAAAACCAACT CTTCATTCCTGTTCTTTTTACCTTCTCAACTACTGTTCTTTTGGAAGTCAATTTTACAAG AGATTCGTTTGTATAACAGGTATCTGTATTTCTTTGAGAAGGGGGTCTCACAAATTAATG TTGCCTCCGTCCAGAGCCTGATTGAGCTAATCACAACTGAAATGCAAAGTGAAAATACAA CAGCAGATCCTGCAGCAGATGCCTTCTTTGCAAGCACCTTGCGATACATCCAGTTCCAGA AGGATAAAGGTGGTGCAGTTGGGGAGAAATTCGAGTCCATCAACTCATAATCAAATAGCA TTTCTCAAAGGAATTACGTTCTTGGTGTCACAGAAGCAGCACATTTTTCTTACAAAGTAC AAAATTGATTCCTTTTCAACTTGCTCTAGAGAAAAATGCATTTGACAACGGACTAGCAGA AGCAGCTGAAAAGATGCATATATACTGACCACACCCCTACGCAGTAATATCCTAATAAAG ATTGTTATTGTTGTAACAATTTGCTCTCCAGCTATGACTTCCGAGTGCCTGCCACTGTTA CTTTTTTTTTTTTTTTTGGTGGAGAGTAGGTTTTCTTTTGAGGTGGAAGAGACAAGGAGT GGAGAAGTAGTTCATTAATTTGTAGTTCAGAAATGTGATTATGACGAGTACTAGAATAAT TTGTCCCTCAGTTTTGTATAACATGTTCTGTCCCATTTAACACATTTCGCAGACCACCAA AAACTTTTAAACAGATATTGCTCTAATGGTTATTGGAGCAATCTTTTGGTGGAAAATATG ATATCATAAGGAACCAAGGAAGTCATTCATTTGAACCAATCAGTTCTGTTTACATATTTT TCTATATGAACATTTTCGTCTAGAAAAACATCACACACATTTCTCTCTATAAGACCTTAA GATTATTCAGTGGTCAACAAGAAATTATTTAAAGCAGAAAGAAGAAACAGTGTAGTTTAA CAACTATAAGAAGGAATTCTCGAGAGAGAATCCTACTTCCAAACTCAATCATGTACATAT GACTTGAAGGAAAGGATTATATGCATCATCAAGTTGAGAACAATTCTCTTGTTGAATAAC AGAAAAAATAAAATCACCCTTTTTATTTAAAACGAATCCCGATAATATAAATACATCCAA CCGTCACTGAATTCTCATTTTCATAGAGCAAAAGTTCTCCTGAACATATTATATATTGCT TGTAGCAATAATTTTGTGTTTGTTGAGACTCAGTTCATGGCATACTTTTGAGTCCAACTA CGAGCCATTGACTCGTACTTGGTTTTATCAGTCTTGCACATATGAGCAATTTCTGGAACC AGTGGATCATCTGGATTTGGATCTGTTAGCAGTGAACATATGGACAGCAAAACCTTCATC CACAAAACCAACAGCAAATTGTAGAAGTTTATACTATATTGTTTTTGCAAGTTACTGGTC TTATTTTCAGGTAACTAGTTCCGTTTATATATGAACATTTAATTACAGTTATCCTTTATG CGACTTGGATTTTATTTTTATGTTAGCCAGCAACCAAACACTAACTAATGTGTATCCCTT TTGATTTATGAAATAGTAAATCATTGAGGAAAAGGAAGAGCTAGAAAGCAGTAGCACCTT GGATATGGTGAGGGCAGGACTCCATTGATCCTTCAGTATGTCCAAACAAATATTTCCATT ATTGTTTATATTTGGATGAAAAACTCTGGTCCTGAAAGCCACCTGTCAATATATATATGA AAACTTAATATCAGCAGTCCCTTTGTGGAGAGTGATCAATTGAAAACATACCTTGGGAGG TTTGAAAGGGTAATCAGGAGGAAAATGGATGGTGACTTGGAAAACACCACCAGCATAAGG GCTATCATTTGGACCAATAATAGTTGCTTGCCAATGAAACATATCCTGAGCTACTGGACC TGAAAAATATTAGTATAACAAATCTTCAAAACTATCTTCTACTTTAAATTTGGGAAAATT ACTAGTTGTAATATTGGTGTGTACCTGCACTGCATGAAGTGGGAGGGTCTCTTTGCAAGT CTTTTAGCTCCTTTTGAATTCTCCTGGATGCCATTAATAATGAGAAGACTTTAAAAGTTA AAAGGAGAGAAAAGATGTTGGTTTTATGAGTTATAGATATCCTCAATAAGTGGTAAAATG GAAGGGTATATATAAAGAAGGGAAGCTAAGAGAAAGAAAAAGAACTTTGTTAAGTGGTCA CAAACATTGACATTGTGGTATTAGATTCTGTAGCAGAAAACAGTCTACTCTACAACTTTA AAAAAGAAGAATAGATGATTTTTAGCCTAGTGAAAAAACACAAAAAGATTATTCTTCAGC ATAACTTTTTTAGGTTTTCCAAACAGACGAAATCCAATTTCAAAAGAATTTAAATTTTCC TTTCTAGTTTCCACTTTCCTCATTTTGCATCATTATTATATATAATATATCTTCCTATTT AGTCATCCATTTCTCAAGAAATACTCCGTGCCCACTAATTTTAACCTAGATTTTTATATT ATTTTCAAATCAAGAAAATTTTAAGTGAAGAAAATCAAATTTAATTGTCTGGTTTTTTTT TCTAGAATCCCATGATAACCTGCGTTGTCACAGTTTCTGCCCTTTGGGTGAACATTCTTA GTGAGAACTGGATGAACTCCCAGTATATAATAGCCTGTAAATCACACATGGGATCAGTCA GTCCAAGTTATTGATGGATATTTACAAGATTTGTCCGCTTATTGTTGATTGGATGCTTAA AATCGTTATATAAAATATACTCTAGATAAGAGATTTTAATTGATATTTGTTTTTAGAAAG GGGGAGTGGGTGGGGGAGGCATAATTTTATTTAATGGACGGCATACATTATTCAAATATT GTGAGGCTACAGAATTTCACTCCATTTTTTTGAGTGAATATACACTTTATCCCCACCTCT CTGTACCATTTGCCTAATTTGAAAAAAAAAATATTAAAAAAAGACCATACAAGTGCCTGA ATCAAACAACTTTAGCTTTATCATTTGGCACCATTACTAGTTACAGGATTACAGCACCCA ATATATTCCACTATTATTTGCTGTTACCATATATATGATTTGCACTACATAAATGGACAT AGAAAATCACTTGTAATTACTTTACGAGATTTATGTGTGTAACAGTTTTTTACGCTGCCA ATGCCTAAACAAGTTATATTCTTTATCATAATACATTAGCAGAATCTCGTAATCCATTAT AAAATATTACTACTACTAAGTCACAGGATTGACACATTTTATTCTCGATTAAAATAGGAA TTGTACCTCGCCAGCTAAGAAGAATCTAATCAAACTGTATAATTTGGTATCTGGCAATCA AGTTGCCATGTTTGTAGAGTCAACATTCCCTATTTCATTTAAATTATGTAATGACAATAT CATAGGATTTTGGTCAACTAACGTATTTGTTGTCCACGACCATATTATGCAAGTAGTGGA TCACCTCGAATTAATTCTGGTATCGTATCCTTTTGGAATTTTTACAACTTCACAAACTTA TATTCCTTTGCCCTTCTAACATAGAAAAATAGAAAATCAAATGAAAGGCAGAAAGGTAGC TTCATGATCAGGCCAAGAAAATAAACAGAATCTACTTCAACCGATATGTCCTTAGGCACA CTGCCATACATAACATAGCAAACGATCTTTTTTCCCTTTCTCGTACCATTTACAATAAGA ACTTAAGGAAGAAACTGAAAAATTTAAGGAGAAGCAAGAGCAGAATGATACTTGAAAGAA AATAGTAATATATTTGAATGCAATATCTAAAAAGAAACGTTTAATATGTTCAGAGAAATA TGTTGTCAACATTGCCGGGAAAATTTCCTTTTTTTTTTTTTCTAACTGGATCATCAGGTC ATTAAAATACATATAAAGCAAATCAGAACAGAGAGGGCACAATAGAGTGGCCTACGACAA AGGTGCTGTGTGACTAAACAATTAGAGATCACAGCCATTACACAGAAAACCGAGCCACCT GACAATTCAAGAGATCACTAGTAATTTTAAATGAGACATACAACATGGACCTCCTACTTC CTCCGAGACAAATGACAAAGGAATACGAGAGAGAGGTTACAAGGAGAAGTGTGACCAGTA ATAACATTGGACCTACTGTTGATCACAAAATAGAACATGCCTTTTGGGACTTCCCCTTCT TTTTCTTCTGCTTGGGTGGCTGGAGCACGACCTTGATAGCGGCATCAAAGACTGCTTTCA CGTTCTGCAGCAAGGACATTCCAACCACACAGGCACACACTTAACAAGATGCATCTAAAA AGTTACTTCAACACAAAAAATAAGATGCTGCCATAGAAAACATACCTGCTGTGTTTTTGA ACTACATTCAATGTAAGCAGGTGCACCAATTGTTTTCCTCAGCTCTTCACCCTAAAAATT GAAACAGGGCTGAGTCAAAATAATAGGGGAAAAAAAGCAAGGTAAAAAAAAATCCAGCAA AGCATCAAAATGAGGAAGAGTAGGTGATCCTTACCTGAGCAGTGGTAATTGGCACAGCAC CAGGATGGTCTACGAAGAATTGCTTATCATCCCGAAGATCTGCATCCAAAACAGGTAGAA AGTAGGATAATTAGGCTTTGAGATGCTTGAAAATCATCAGCAGATAAAAAGAGAAACAAA ATAACAAAAAAATGAAATAAAAGTTAGACACAAGTCACACAACACAAGTCGTATCTTTCC AGTTCACGCTTGCCCAGTATAGTGAGCAGAGATTGCACTACTCCACACAAGGCGGTGGTT GCATTCAGATTCAAATTCAACTGCCATCTCCTCCTTGATTTAACTTTATCTTTAAAAAGA GAGATTAATTCCTATATATCAATTAAGCATTGCATTGATACCTATAGGAAGAGTTAATTC CTTCAACTCAATTATAAATGAGTACATTGAGCAAAAGCAAAAAGATTACCACATCTACTA CCCACAAACCATTCACCAGCTATACCAGATAGAAAGCCCGCCATTCTCTTTATTCTCTCT TCAGCAGTTACCATAAATTTTGTATGAATTACTAAAACCACTTAGATCAATCAATCAATC AATGAACTACACCTTAATCCCAAATCGGTTGGGATCGGGCTATATGAGCCATTTAATTTC CATTCTATTTACGCTCACACAACTATAGGTTTCAAAGTTCACTCAACCAAGCAAGTTAGG TCATATGTGCTGAAACATCCTTATATTTCTATCGGAATTTGTTCTTTTTACCACTCAGAA TTGAAGAACCAAGAGAAAAGCTTATAGAGACCAATTTGATCATCATCACACGCAGATATA TGAAACAAAATAAGATCAGATCATGCTTAACGGAATTCTCACCTAGTTTTGTTCCAACAA GCACTATTGGAACACCGGGGGCATAATGCTTCAATTCAGGAATCCACTGGAAATATATAA ACAAAACAAGCTTAGTATAGGAAATAAAAAACTCATCAACGCAATTGAAACAGAATGAGA AGCTCACCTTCTTGGCAACGTTTTCATAGCTGGCTTTACTAATGAGAGAGAATGCCAAAA TGAAAACATCAGCTCCACGGTAACTCAGAGGTCTTAACCTATTGTAATCCTCCTGTCCTG CAATCCATATAAAACTCATCAGGCTCAATAAAATGTGGGAACAGAACTTTTAACATTAGA TATATGTATCAAATCAGAAGCTCAGGAGCAAACAAAATGGTGTCTAAAATAGTTACCAGC AGTATCCCACAACCCTAGGTTGACAGTGCTCCCATTGACGACCACATTTGCACTGAAATT GTCGAACACGGTGGGCACATAATCCTGTCAAACATTTCAATTAAGAAGAGGAAAACAATT GATGTCGAGTCTTAAAGAACATGACCGAAAACCTTCTCACAGTAAACAAACATATGAAAT ACTCGAATGATAACACCACAACTTTCTCCAAATCCACAATGAAGTATAGGCACCAACCAA AGAGGAAAATTAATTTAATGTTCCAAAAATCATCAATTTAACGTAAGAGAGAATTATAAT CCTTGGTTTCCTCATACATAGCACAAATTATCACAGATAGGTTGAAAAAAGGCATGTAAT AACTTCGCAATAATGGAATAACTCAGCATATAATTACAAAAGGTGGCATAAAGCAGAAAA ATTTTGAGAACTAAGAAACTTTCTCCAAGAGAACAAAGAAGATGCATTTTTTATCACCTA ATAAATTTATAATAAGACATAAATTATGCATAGGTTAAAAAGTTGTCTGAAGCAAACAAA CTTGTGAACCTATAAATTTCTCCACGATACCTTCTTTATACCCCATATAGAACTTGAATA ACAAAAGAACAAAACCCCACAACCTTGCAAATAAACAAACAACAATTAACTCCCAATGCT CCACTTGGGCTCGTTTCAATTCCATTACTCAATAGTTGAAAAAAAGAAACAAGAGGCACC AATTTCTTTACAATGAATACCGTCAGAATATATATGCTGTTTTCGATCAATCAATTATTT AATCAAGAACCACATTAACTAAAAAAGATGCACAAGGGAATAAACTGGGTAAAGAAAAAA CACAAACCGTGGGGAAGGTATTGCTGGTGTAAGAAATCAAGAGACACGTCTTTCCAACGG CACCATCGCCGACGGTAACACATTTGATAAACCTTGAAGCACTCATTTTTCCCGGCTATT CAGAAAACCAACAATAACCCTCCTCTTTTCAGATCTTCTTTAGAAGACCTGATCCCAGAA AAAATTTAAAAAGAAAAAAAGAGATTAAATGTGGTATCTTGGAGCTTCTTGTTTCCGTTT CTTTTAACCTCTCCAATTCCTTTCAATGTCGTTTCTTCAGAATGGCTTGAAAACCCAGCA GAGAAGAAAATCGAGACATGCCAATGGTGTTTTCTTTGGTTCTCTTGGTGAAACCCTAAC CCTAATTCTACGAAAGGGAAAGTTCAGAGAGAATTGTAGAAGAGGGGAAAGGGAATAAGG TGAATGAAAATGAGAATAGAGAAATGGTAAAGAGAAAATGAGGAGAAATTTAGGGATCCC AGATCTAGAAAGAGAAAGTTTGAGGTAGAGAGAGAAAGGATGAAAATAAATGGGTGTTCA TCTCTGTATTTTTTTCCATTCTGAGTCAGTATTATAAGTAACCCTTTGTTTTAGCCGGGA AATAATGCCGTTGAAGTTTTCATTCAATTATGTTTCTTTTTGTGGCTATTATTTTCGCTT ATTCAAATTCAATTATTTTTTAAATGCCTCCACCATTAAATTTAGCTTTATATGTTAATT AAATGTGGATTTTAGCATCTCATGTAAAAATAATTTTTATACCATTATTATAATATTGAA TTTTCGTATAATCAAATATAAATTTACTGTCTTTTCTATTATATATGTATATATTGTCTT ACCATCGCTATGATAAATGAAAAAATATTTATCAATTATGATCAACATACTAGGGACATA ATTTAAATTCAATAGTCTTTTATGTGAATAAAGAAAATAGTCAAAATACTTTTGTGTCTA ATCTTGCCAAGGCCATGTTCATCATGTTCACATTTGCCTCTTTTAGTTTTCAAATTAAGG CTCGTTCACACTTTAAACAGAAATCATAATTTTTGTGAGAAAATACAATTTTTAGTCTTT TTTCAAAAAAATATATATACATATTTAATTTATCGTATTAGAATCTAACTTTACGTCAGA TAAAATCTTATATGAAATAAGACTTTTTATTAAAAAAAAATTCATATAATTTAAATTTAA AATCTACTAATATCGTAAATTCAATCTCATACACTACACTATATCCTATCAATCAGTAAT TCTTGTCTTTTCATTGCGAAAGGTCCCACAATAATATCTTTTCTAAAAGCAAAAGTAATG GTGAGAGTGTTGTAATTAATTCCCACCAAACTAGTTAGTGCCTTGTATCAAAGTAAAAGT AGCTGAAATTCCAAATAATCATTTAAACATTATGAAATTGATTTGCGCTACCTAATCATA GTACTGCTACAAATTGGAGCTTAGTGGGTAGCATTTCAATGAAAGATGTGCACCTACCCT TTTCTTTTTCATTTTTTTTTCCTCACATGCCATTCTTCCATTGAAAATCGAAAATAAAGT AATATTATCTATTTTAAAAATTTAAACTATAAAATGACAGAGCTTTAAATACGAGTGTGA CCACCGCAATAATATACAAATTTGATACTACAAGTTTTATCGTTTTTTGTTAGGTACAAA CTATATTAGAATGAAAATTTGGTGCAACAACTACATCCATGTTCTCGTGGATTTGTTTGC TTAATTTAGTGGCTAAATTCCAGCTGTTTAAAGTGGGGTTACGTAATGGTTCACAAGAAT TCCCAACATAGAGTTATTAATTGAAAAGAGTGAGTCATTAAATTCAAGTCAAGTTAGTTT TTACGAAAGAATATTAATAATAGTTATCTAAACTCTCACTTTACTGGTGCACGTTTAATT TTCCAATGGTAATCTCTCTTCCATATCCCCTTCCCCTCCCAATTTTTTTTAATAAAAAAG TAAAGTCAATTGTCTAATTGAAGTGGCCAAGTAGCAAATTCCTGCACAAACAATTTTATT TCCATGTGTCCAGCTGACTGACCCCCTTTCCTCTATAAGTAGCTGTGTTAGCTGTATGAG CAATAAGTAAACATTTTTGACCAAACATACAAGTACATGTGGTTTTATCACATTTGTGGA ATAAACAGTTATAGAAGATGCATCAGCAAGTATATTAGTTGAAGAGACAACTCATCCATT ATGAATATTATTAGCAGATGATGGGGCTCCACTGTTAGGCTACAAGTATAAAGAAGATTT GACAGCGGAAAAATACACACAGAAATGCTGTATACAAATATTTGAAAGCTCAAGAAATAT TACACTAACCAAAGGGTAAGAACTAGCAAAAAGGCATCTTGTATTTCACAGAGGGCATAA GCATACCTCCAAGCGCTAACAGAGCTGCCTACAACCTTGACCAACCTTTTCAGAATTGGA CTAATGGTTTTAGCAGATCATAAAACTTGTATTTTTGTCGAACAATTGCTTCTATGTAAC AACTCCAATTGCTTAAGATTTGGAAAATGCACGGAGTGTTTCATCGAGGGCCTTCTGGTC ATAATCACCGGTAAAAACACAGTTACCAAGTGAACCTTTTAGAAGGATAAGTCTTAGTTT CCCATCTGCCACTTTTTTATCAACCTGACACCCAAAAACAACAGAATCAATGATTGAAAC AATGACTTCTAGCTATTAGGAGCTTAGAAAAACTATTGACTCTTACAGCCATGATAGACT TGAACATCTCCACAGTCATAGTTTCAGGAGGTGAAGTCGGCAGCTTTGCCTGTTGTAAGA TCTTCTGCACCCGCTGTACCAGTGAGTCATCAATCCAACCAAGACGGCGTGACATGTCAA CAGCCATGACCTGAAAAAAAATTATACCTAGTTTATGCATCACGTATACAAATATGAATT TATCCTCTTTACTTTCTCATGTTTTCTTCTTTCACGTTTCTCTGAAGAACTATCCAGTAG GGGGGGAGAGAACAGTTGGATAGGAGGTGATGAAAGTATGAAAGCTATACCGTTCCAGCA GCAACTGCTTCTCCATGAAGCCACTGCCCATAGCCAACGCCAGTCTCAACTGCCTGCAAA TAATAGCTATTCTAGTGAGAGGACATTATCTCAGAAATGACCTTGACAAGGCTATGTAAC AGTCAATATTTTCTTAAGATGCAATTTGACTGTCACACCATAAAAAAAAGCATTCTTTTT CAGACAAGGAAGTAGAGACTTCCAGACAAGCATCAAATCCCTTGAGAATTTTAAGATAAA GAGAAATAGAACAACAATAGAAACTTATGAACTTCGCATAAAGCTGTAGTGACAAAATCT AGTTTCCCTGACCTACGACAGTTTTTATTTTTTTGAAACTGGTAACTTCTTAACTAATAT AGTCTTCGCAGGCAAACAAACTATTAAATGATGAGAGCATGAGATGGTCATCGAGCTCAT GTAAAGTATCAGCAACAGGAATGCACAACAACTGTTTAACGCTTACATGACCAAAGGTAT GACCCAAGTTCAAAGTTGCCCTCACTCCGCTTTCCTTCTCATCTTGAGAAACAACATCTG CTTTGTTTTCACAGGAACGCTTGATAGCATAGGTAAATGCAGTGGGGTCCCTGGAAAAGG ATAACCACTTTCAGTAACATGTGAAATCACATCAGATAGCCAGGAAACATTAATCTTAGC AAGTCTGAAAGCTTCAGGTTATGATACGAATGATTCAGTTCGAGTCATACAAACATTGCT GTATATACTTGTGATACCAGCTTGATCTTTAGAATGACAGTTACAACTTATCCATAAAAG GTTATGATACTTCAAATTGAAGCCCAACATAAAGGTCAAAAGACTTGACAAACTCCTAAA AATGGGTGGGGGTGCGGAGGACACATAACTCCTCCACTTGGATACCTTATTTCTCATCAA GATATTCTTACATTCTTAATGGGTCATATAAGATTGTAGAAAAATTGAATTTTGTGCCTA TGTAAGTCTCTTTCTAGAGATGAAAGCTGGACAAACTAAAAGTTGGCAATTCAACTACTC AATGACATACAAATGATTGTTTACCTTGCTAATAATAATGGCATATTCTGTTCTTGCCAC TCGAAAAACTCAGCATCTCTAATGAGTCCATATTTTATTACTTCTGCGAGGCCAGATGCT AATTCTCTATCTGGTAAAGTATTCAGGGTATCCGTGTCTATAAGCACACATTGTGGCTGG TAGAATGCTCCAATCATATTTTTACCAAGTGGATGGTTTATTCCAGTTTTGCCTCCAACA GAAGAATCTACCTAAAAACAGTTGGCCAAAGAACATGATACAAAAGTTAGTATCACTAAA TAGAAAAATCTGTACTCATCAAACTAGATAAGATAATGTACATTTCAAGTCACATGTAAT TTATTATAGAAAGGAGAAAACTCATAGAACCTGTGCCATAACAGTGGTGGGGATCTGAAT AAAATTAACTCCACGAAGGTAGGAAGCGGCGGCATAACCACACATGTCACCTATAACTCC ACCACCGAGAGCGACAAATGTACAACGACGATCCAGCCTTGATTCGATGGCTTTATCAAA GACTTTCATAAGAGTTTCCTGAAATAGCATATTGACAACGTCACATAAACCTTAAAGATG AAATATTTCTCTTGAAACTCATATTCGTAAAACCCAAAGCTGCTTACCATGTTTTTAAAT TGCTCACCATCTGGCAAAATGACACTTTCTACGGTAACATTAGGGTTTCCATCTGTCAAA GCGCTTATAGTTTTATCAAGATATAGAGGGGCAACTGTAGTGTTAGTAACGACAAGGACT CTCTTCCCATGAATATGTCTGCATATAAGACGGCAGGAAATTAAGCATGGAAATTCACAA GAAGTCGCAAACGAATATAAAGACAATCAGACACACACACAAAATAAAATAAGTTTAACA TAAAACTGGAAACAACTCCAAGTTATGCCAAAAATGTTATCATGATAGATCCAATTTGTT TCTCTTAACAAGTAAAAACAACCAACCAACAAGCAAATGAAACCAAGACCCTAAGATGTT AATATTTCTTTCTGAAACCTTATAGTTCAATATCCACATAAATCAGCAAATGCAACGATA ACCATGAAGAGAAATATCTTGTATTAGTGCTGACCAACCCGGACGAGCACAATCAAAACT TACTTGGTCCTCCCAACTAGCTTGGCCCTCTTTCACAGGAAAGTGGGGCTCACCATGACT GGCAACAGTAAACATTCGTTCCTCATTGTCTTTTTATTTTGTTGTTTTCTGTGTCCATTT ATACTTGGTCATTTTTTGCTACAGAAAACAAAACCTATTGATGTAAAGACATCCTAGGAT ATACTGTTTGGATGTCACTAAGTTGATTTGAATACATCTCATCTTGCAAAGAGGCAGATT AACTAATTGTGACTCACTTTCAAACTGTACCAGCTTGAAATGGACTATGTTTTCATGAAG ATCATTGATTCAAATAGAGGTGGTTTCTGGAGATATTGTTAATGTTTATTCATACGCGCC TTCACCAACTAATCTTTATATGCATCATAAAAATAACACTTCTTTGAGCACACTCTGTTA CCCGCTTTAACAAACAAAGAAGACTATTAATAAGTCAATCCAAACCCATCATTTATAACT TCCTTTTTTATAGGTAACCCATCCTTTATGACTAGCATCCAAAGTGAACTTCACCAATCT CTGCTCACATTTTGTAACATACTTGCACAGTGTGATGAAAGGTTTACAGGAAAAATATTC ATGAGTTTGATCACACTATCAGTATATTGTGAAAATACATCTAATTTGATCACTCGATAA ATACGTAGCCAAAATTCCACTGGAACCAAACTATAGGAACAGAAAATGAAGAAACTATAC TGAACTCATTGCCCAACGAGTAGGCCCTTCTCTCCCTGCTTTATCTGTAAGCTGGTGTGG CATGTGCCAGGAAGTACGAAAAGGAAAGTGATCAGTTGCTGTCACACTGTAAAGTGGCCT CACAGTTTTGAGCGGTAATTCTCTTTGTTCGACATCAATGAAGTGCATTCGTAGACAGTG TAGGAGGCTACGGCAAGTAGGAGGACTAGGGATTTGGGGAAAGCATAATGGAACACTAGT TCACTATGCCTTTTATTTATATGAAATGAAATGAATGGGAAGATGTTTCGAAGCAACAAG AGAAGCTTAAATAACACTGTTTCTATAATTTATACTTTAGTGTGAAGAAAGAATTTTTGT ATAGATCAACAAATGAAAGGATATTTCACTTATCAAAAATAGAAAGTCCAACACACTCAA CTACTACCACCAAACGAGAACTTCCCTCTATACAGCCTATGAAAACTGAAAGATATTGAC AATGATGAGCTAACACCAAAAAGCATAAGACATGGGGCATATAACGAAACATTTGAATTG AGGCAGACATATAAGTCTACCCTCTAAACTGCCTAGGATATCACCAGAATGATAATTGAG AATGTCATATAAACATGTCATTTTGCCTTTAGAAACAATCAACTAATCGTATCCCGCACT CTATTCCAGTTCGCCGGGTATATTTTTTTTTCCTGCAGATGCTAAGAGTTCTTCTTTCCC CACACGGGCTTTTCAGGGAAAGACTTCCAAGTTCCTAATTTCACTTAACATCATCCAGTA TTCCATTAGAAGTAGCTCTATTCTCTCTGTCAGTCAAACTAATACTAAAGAATGCAAAAG TTTTCCTTTCATTATTAAAAACAAACACATATGAATATACTCTAAGCAATTTGATGAAAT TCAAGCAGTAGATAGCACAAGTAAGTCACCTTTGTAGGAGGTCAGGTTGATCAAGAAGTC CAGCCCCAATATAAATCGGGTAGCTCCGAGTACCCAGATCCACTTCAACAACTGTAGGAG CCTGTGAACTCGCTTTACTGGACGAGTGATCCATCACCTTCGTGGCAGAAGTTGCCAACA CCTTCAATCGTGTGGTGGCTTTCGACTTCAGCCCACACCTGGAAGAAGGTGAAGAGACGG GAGCAGGGAAACGAACGTGTATGTCACGTGGAATTGCTCTGGATTGGTGGAGTTGGTGGG TCGAATTGGTGAAAGATAAAGCCTGTTTTGGGCAGAAAGACGACGCCATGAAAGTTGGTG TGGCGGAGGGAAGGAGAAAAATTGTGGCGTCGACGATTTGTGGATGGCTGGTTAGGTGGT TATGGGACTTTCATTTCATAGTGTTATAATAAGATTAAAAAAAATTTTTGTTTAGGTGGG AATAGCGATGGAGGGCGTGGTAGGTGGAAATTTGGAAAATGCTTTTTCTGGTACAAGTTT TTTTATTTTGACTGTAATACAAAAGTGCACAAATTGTCCTTTTATAACTACGGGGAAATG GTGGATTTGTCTTAATTATGTGTTTCAAAATAGATATATTTTTATTTTTAAAAATAATTC ACATGTATTCTTATATAAGTGGTTCATGACAAATTTTAAATCTCTGTAAACTATTAAATC CTAACTATAGAACTCGAGTTAAGAGTTACAAATTATTTGAAGTATAACCATTGACATATT TCTCTAATTGCAGATCAAGAAGGGTTACAAATTATTTGAAGTTTAGCCATTCTCATATTT TTCTTATCACAATCAAGAAGATGTCATAGTTTATTTAGAAGCAAATACCTAATGCTATAT TGACTAATATAAGTTCTTAAGTTGTGAAACTTCTTTGCATCATTAAATTTAATTGATATA TTATACTAGCATGTAGATTTATGTTTGATAAACTTGATATGGTAATTTAAGATTAAATAA CAACGTGCTAGTTTAGTTGACATGATATTATAAAACTTAGACATAATATATGAACATGAT TCTTAATTTGGCATTCACAAGCTCTAACTTTGAATATGCACTAATAGGCGGCACTTAAAC TATAATAAAATTAAATGAATAGATACATATGTCTTACATATAGCATGATACAAAATTATC ATGTAGGACTAATGTGTTCATTTGCTCAAGTTTATACAAATTTAAATGTTTATTTGCGCA AATCAAATATTACGGTCATAATTATCAATTGAGATCAAGTTAAGAATTATTAATTATGAT TATGCATAAAATTTATTTACACTATTTGACTACAACGTGCATATGGGTCGCGATTTGCCT GGATATCTGGCGGGTCGTGACATTTAGCTACTATTGAAATTTTTTACTATGAATGAGGTA TACCAACTCATATTTGTTGAGGGTATTTTTTCTATTAATTTTAATGTAATATATGGGACT ATACAATGTCAATTCAACATTTTCTCAACCATTTTTTTCTCTTTCATTATTATTTTTTTA TTTTCGATCTTTTTGATACATCTATTTTGAAATCAATTTTATTACTATCTCATTTTCACT TTGCTTATCATAGAAACAAAATTTTCTTTTCTCTTACATATTTTATCAAATAAAAAATAA TATTTATTTAAATATTATTTTATCACTAAATAAATACATAAAATATCAATATTCAAACTT AATATTTTAAAACATAAATAATAAGACTAATTTAATAAATAAGCCTCTAATAAAAGGCAA GTGAATTTATATATAAAATAAATAGTGGAACACATACTATTAAATTATATATTATTGGCA TAAAAATATTATTATTATTATTATTTGATCATAAATTTAAATATATATTTTTAGTTGCAA TTTATGGAGTCGACATTAAAAATAAATTTGTGTTGGTTATATATTTTGTTATGAATATTT AAAATGATGTTCCTTTTTTAAAGTACTTAGATACAATTTTAGAAGTGAACCATCAATTTC AAAATAAATTATTAGATGTTCAAGTTTTTTAATATAACTTCAAATATAATAAAAAATTAT ATTTCAAATTTGTAAGGCCAAACATTGAATTTAAAAATAAATTAAAATATTATTATGAAA ATGTGATAATTTTTTTATGTTGGAATGGATCCTAAAACTATAAGTTGAAAAATATACAAG ATATAAAGATGATTTAATTTAAAGTACGATAAATGAAAAAAAAGGATTTTTCTATAAAAT TTTAATAATAATAATAGTAATAGTAGTGGTAACAGTCATATTTTATATGCCAATAATATA CAATTTAATAATATGTGTTCCACTATTTAATTTATATATAAATTTACTTGCACTTTATTA GAGGTTTATTTTATTAAATTAGTCTGATTAGTTAGGTTTTAAAATATTAAGTTTGAATCT TAATATCTTATTCATTTATTTTGTAATAAAATAATATTAAAAATAATATATTTTTTTTAT TAATAAAATATATAAGAGAAAAGGATTTTTTTTATGGTAAGCAAAAATAAAATGAGATAG TAATAAAATTGATTCAAAATAGATACTAGTAAGAAGATAAAAAATGAAAAAAAACATGAA AGAGATGTAGCGTGGATCCCAAATGCATATTTATTTAATATTTTATTAATATATTTAACA AGATGTAGCGTGAATCTCATATTTTCTTTTTAATTTCTCAATCAAAATTTATATTCTCTC TCCTTTGGTTTCTTTAGCTGCCCACAATTCCATATGTTAAAATATGAGTGAAATCTCATA CAACTATTGTTGATTATACCTCGCTCTAAATAAATTTTTTTATGGCTATTAGATTGGTTT GTTTAAGAAAATGTGTAATTACACACAATTGGAACAACATGAACTATTGTGTCATTGACA CACAAGCGAAAATTGGCATAACTTATACAATGTTATATAATTATTTATGAAAATATCAAA GAAGAAAAGAAATATTTATGATTTATAAGCATGAAAATATAGTTGCAAACGATATTGATC AACAAATGACACATTAATAATGTTGATTCGTCTTCTCTGTCATATAATCGATGAATGTAC TTCAACGTGAGGGAATTAGTCATACTATGTGAGAGGATTATATTAAAAATCAGTAAACTA CAATCTGTGTTCAGTTCTTTTTTATTGAATTAAAGCTTGATTAATTAAAGTTAGATGAAA CAATTACTCAAAGGGAAAACAAACCTTTGTAATGATCTATTATGCAATCTTATAAATTTT TGTTTATTCGGTAAAATTGAATAATCAATTTCGGCTATTTTAATTGTTTACAACTTCTGA GATTTTTATGTTTATGAGAAAATATACAATACGAAAGTTCTATATGACATGTCCAAAATA AATTTCAATTTCATATTATGATATCATATCATGATTTTATATCACATGAACAAAATTTAT TTTTCTATAAGGAGCACCTATTTCTTCTGAGGGATAAATAGAGTCCGAAGCCAAAAGGTT AACTTTTTTCTTTCAAAAAATCAAAGCGGCACATCAAAAAAAAAAAAAAGGAGAAATCGC TTCATGGGGAGCGATTTTCTTCTCACAAAAATCCATCGTTAAAAAATATAAATCGCTATC TTTGAAGCGCTTTTCTCAAAAAAAAAAAAAAAACACAGCAATTTTGGTTAAGAATTTTTT TTTTGAAAAAAAATCGTTGTATTAGATAGATCAGGAATTTCTTTTTTTATGATTTTAATC TTGCCACTTTTGAACTTCCTTTTTAGATTCAATATTCTTTTATTATTATTTATAGTATAA AATTCAATTTACCTCATGCTTCAACAATTTTATTGAGCATATTGTCCTTGTCAATCAATT TTATATTATTAATAATTAACAATAGGAATGAAAATTAATAGCACATTAAGAATAGACATC GCTGCAGCGATTCAAGGAAAACTAAAATCGCTGTCACAACAGCGGTCTTTAATTAAAAAA AAAATGATCTTTAATTTAAAAAAAAAAGTTTTTGGACAAAATCGCTTTGAGAGCATTGAT TTTAGTCATTGTACTAGAGAAAAATCGCTTCGTCAGGAATGATTTTGCCATTTTGATTTT AAAAAAAATTAATATATTATTTTAAAATTTTTGATAATTTTTTTTGCCTTTTTGACTCCG AACTCGAAATGAATACATGAGGGTTGATGTATTTGATTTTTTGATGAATTTAAGTCTTTT GCATTTTGTATCCTAATGTATAGTATAGTATATTCTCTTTTGCAATTTATAGCATAATTT ATTATCTTTAATAATTTGCACTATAGTTTCTTTATTTCCTTGCAAACACATTATTTGCAA TTTATTAAATTGAAAATCAGGCTATACTTCTTTTATTATTATCATAGTTTTAGAAAAATC AAACAATTCGTTGACCACCGAGAAACGGCAAAAATGACCACTTATAATAGAGATAGGTTC AAAATACTAGTCTACCGAAGATACATTTGAAGTTTTGAACAGTTTTGCAACGTGTTCATT TATTTTGTCTATTTTAGGGTTACTGTAATTTTTATTCATTATTATTAAGAATTATAGTTT ATGGAACTGAATAGTACTGTTTATGATACCTGAAAGGACTGAGGCGGAGTGGTTCGCTTC ATTTTTAATCAACAGTTTCAAGTTTAAATTTAATTTGATGCATAATCACATTTGTTAGGG AGATTTTATTTAATGTGGAATTTACGAATTCAGGTTTAGTCGAATTTCAATATAAGTATC AAATATCGAGTGGAAAATCAAATTTAGTCAAGCTTCAATATGAGTATCAAACATAATGTG AAAAATAATAAGAAAAAAAATATCTATGATTAATTATTAACTTTCACAAATTATCTAGAC TTAAGTCTTAATGAATTGAGATATCTAAATGTGCACATTATAAAATTAAAGTGTTAAGTT GCTAGATTAAATTTACATATTTATTTGTGTATTATGTTTTAATTAATAATATTATAGTTT ACTACATATTTGACAAAAATAAAAGAATGCTCAGTTTTCACTTTTCACAAACTTAGAAGG ACGAAAAATGTACTCATCTTATTTTTAACGGACTAATCTGCAGTTAGCCTCAAACATAAA AGACCATTGTTATTTTCTCCCAAATGCTCCTTTAGTTTTCTTTAAATACAAATTTTAATT CTTTTTTTGCTCTGCCAGACTAAAAAACGCGGGCATCAGCTTCTCCCTTACGCTTGCGGG TTTTGCTCTGAAAAACACCCGCCGTTTTTGGCTTTCGAAAACAAGTATTTCTACTGGAGA AGTTGCCCATTTGCTGTCTGAAGTTATGTATTTGGCTTAGTTTTTTCTAGGGTTCAATAA TCTCAGTCTCGTATCATCTCACCTTAATCGTGCAAATTCTCTGATTTTGAAACTCTTCAA AGTTCTTGGTATTTTGAAAAACAACATTGATAATCGTTCCCGTGGTAATGAAGAAAGTCA AGAGGAATGTGGCCATTGTAATTTCGTCGTCTGATGACGATGAAGACTTCTCAGTCAAGT CGAATTTCACCCACACGAAATCGAAATCGAATTCGAAATCGGTATCGGCGTCAGTTCCGA GGAGGTACCCTAAAAGGGCTAAAACGGCGAAACTTTCGTTATCATGTCCACGCCCATCTA AAGAGGGTAGTGTTTTCGATGAGGTAATACATAGGACTCATTCGATTTAATTATAGTATT GTTTAGTAAATAGGGCTACTATTTCTCGCTGTGCTTTTCATTTGAGTGAACGTTAGTTGT ATGAACGGGAAACCGAGTTTGGTCTTACCTGTAGTAGATGTTAAGTAGTGGCAGTTGGTG AGGGTGCATCCATTGCTTGCGGTTTGATCTGTGCAGATATTAGTTGAAAATTAATTATGG ATTCCCTCATAAGTTATGTTGGGTTTAACACTCCCAATAAAACAGTAGATTAGTTTTGTG AAATTATTCTTCCTATGTGGAGATTGTTTCGCCAAAAAGCGAACATTGTATTACTTATGC AAAATTGTGTGCTGGAATATCTTTACTCATCAAGCCAATCAAATGGCCCTCCTTATCAAA ATATATTAGCCTCAATCTATGGATGCTTAAGAAGGGCTCGGCACCTAGTTCACATGAGAG GAACAAACATAAATAGACTCAGCTGCTATGTTTAACAACCATAGAACAACCCCCCATCCC CCCCCCCACCCCCCCACCCAAATATCTTGTTTCACAGAAGTGAAAGAATGCATGTTAAGT AGAGAACTTATAGAGTGGATTACAAATATACCTTGAACCTATGCAAGATCAAATATAAAA CTCCTTGGCTTTACTGAATATATTTATTTAACAGTTTTATTTAGTAACCTTGGGTGATGT TTGCTTTATGGATTAAGTTCTCATGTCTCGACTAAACTGATTTTGTTGGTGGTTCATTAG CTATATATTCTGTTGTTTCTGGGATACTCACTGCACTGTACTTTTTGCCTTTGAGTAACT CAGAATTCTAATGGCATATGCCATATGGTATAACTGATTGCAGATGAAACGGTTTTGTGA GGAGTTTGATGACGATTTCATGGGTATCAAGGTATCTGCTGGTATGCTAGTTTCAAAAGA TTTGGTTTTAGTATTTATTTGTATTAATGTCAACAATGAACTGGTTTGGGGAGTCGGATA TGGCTTTCACATGTTAAAATTTTGGAGCTGAACCATGACTCAGTATCATCTAACTATGCA AGGTTTTTTGACTTCATGTTGATAATTCAGTTGGCAAATGCTTATTGGTCTGCATTTACA GTGATTTACCCTTCAACTCCTCCTGATTTTGTGTTGTTTTGATTGCCAGCCCTGTCTTCT CCATCAACGCATATGTTTTAACAGTCCTCTGAACCTCTTCATCTTCAGTTAGTCATCATT GGCAAAATACTAAATTTTATGAAACTGAATCAGGTCGTCGAAGCAACAATGACATGTGGA TCGACAAACATAAGCCTCATTTCCTGGAAGAGCTTGCAGTTCAAAAGAAGAAGGTAAAGA GCTGTATGTTTTCCTCATAAATTTTCTCAGATGTGAAGGTTTTAATGTTTGTTTCCTGTG CTTGATTTTGCAGGTCGAAGAAGTAAAAACATGGTTTGAAGAAAGGCTAAAAGCTGCAGT GGTACATAATTAAGAGTGTTTTAAAAGCCTTATAAGTTTCTTTATTTTCTTAGACTTCTA ATATTCTGACAACACATGGTCATCAATCCTGGTTCAACCAAGTGAATATTGCATATCTAC TTTCCGTTTCCCTAAAATCTTAAAGTTCACTGTTTCTTATTCTTCGGCAGTGTTCTTAGA ATCGTTTTTATAATATTGGAAATAATTACTTTATTGTTGCTTTGCTGGGGAACCCTGTCT TGTAATGAAGGTTGAGTGGAGCATTAAGCATACATATACTCAGAATAAAGTCTCTTTTTC TTGTTTCCCTGTTTGCAATGTGTTGCCTGGAGATCCATAGGGGTGTGGGATATAATTGGG ATTTTACAACAACTTATGGTCGCAGGTCTGTCTTGGTTACCATTCTTTGTTTTTGAGCAA ATCGGTAATAAATTTTTGTGTCATAGTTTGCGCCAGCTTGATCCAAAAAAGTTTGCGCTT GCCCTGGTCATTGTTTAGATGTGTAAGTGGAAATGGTAATTAGTTATGGTGCTAAAATGA AAAAGTTTGATCCAGGAAATTGTTGTATCATAGTAGTATTGGTGACCTCTCCTGGTCTGA CATTTAGCATCTGTAATTTTGAGGGTTTGGTCTTTTCAGGTGCACTTGTTTTTACAGTGC TTTTGACATGACAAGTGTTTTCTGCAATGTTCAGACTTAACATGGTCGGAATTAAGATTT TTCCTCTGCTGGTTGCAGGATGGTCATAGTAATGTTCTTCTCGTTGCTGGACCTTCTGGT GTTGGAAAAACTGTATGTCACTGTTTTCCTTTACTATTCTGAATCAGGAGTGCCATGTTT GAAACTTTTGTCTTGCTCCTTCAAGGACTGTAAAATTGCATGATCATTGGGTGCTTGTCA TCTTCTAGGCAACTATCCATGCTATTGCTTCGAATCTTGGTGTCACAATATGGGAGTGGA CCACACCTACTCCAACAGTTTGGCCAGAGCATTTGCATAATTCTAATTCAGGTACATATT CATGTGTTGGAAAATGGAGCTTCTTCAAGCTATCAAGTGCTCGTTCAGAAAAGTGGATTC ATATTATCATTTCATTTTTTTTTTTAATGTTGATATAGGGTTAAAATACATGTCAAAGCT AGATGAGTTTGAAGGTTTTGTTGAGAGGGTGAGAAAGTATGGATTGACTTCTCCAACGTT GAAGGGATCACAGGCTTCAGTCATACTCTTAGTTGATGATCTTCCTGTGGTAAATGTAAG AGCTGCGTATGGAAGGCTTCAAAGGTGTTTGACCCTTCTTGTGCAATTTGTCCGCATTCC AACAGCTATAGTGATCACAAACTATGACAAGGATGTCTCTGCAGACTTTAGCACACGCTG CTGGGAAGAACTCCTTCTATCTCTTCATAGTGCTGGGGCTTGTAAGGTTGCGTTCCTTGA TAGACTTACTTTGGATTTTGAATTCTTTTCATCTGCTTATCTTGAATCAAATGTCAAACA TCCCCTATGAGTATGAAAACATGATAAATTAGCTTCCTTGGCTAATTTTAAGCAATTTGA CCTGGAACATGCCAACACTATCCACGGCCTGCAGGCCGAAGGGTACAAAATAGTTCACTC TTGAAATCTGCATATTGAGTTAGAGGATCTTTTCTTGTCTTTGACAGTAAAACAGCAGGG AAGTTTATCATTTTTCAAAGGCAGGGGAAGAGGCGGTTATCCAACACTAGATTCTAAGTT ACTAGAGTATGCCAACTTTTTTTACTTGAGTTCATGATTTTCAGGTCAACTTCAACCCTG TCACTGTCAATTCAATCAAGAAAACACTTACAGCTATATGCAGAAAGGAGCAGCTTGAAG TTGGCGCTGATTCGATTGATCTAATAGCCAAAGCTAGTGGAGGTGATATCAGACAGGCAA TTAATTCTCTGCAGTATCTCTGTCTTAAACCACATAGAAGGCCTATTCTATCGTCAAAAG AAAGACTGGATAACACTAGTTGTTTGGATGATGTGCTTTGTTTGCCATTTGGAAAAGATG AAACACTCTCTCTATTCCATGCATTAGGCAAATTTCTACACAACAAAAGAGAAAGTGAGC ACACAATTGCATCAGGTACATCTGACTTAACTTCATTCTCAGGATACAGTGAGTTGCAAG TGCTTACAGAACTTAGTAACTGTGTGCTTCCACACCTCTTCTCTAGCCACAAATTACTCC ATCTTTGCTATTGATGGCAGTGGGGCAGGTTTAAGGCTATGCGGGGAGGGGGGGGGGGGG GGACGGGTTGAAGTGTTTTTTATTTAAAACTAATGAAGGGCGGGGCGGGTTGCGGGTATA TGTGATTTTATGTGAGTGTATACTTAATTTTAATTTTTTACATGTTGTAAGAGTGATAGA ACATTATTTATTAAGATAATTTCTTTAAAGCTACTAAAATATTCAAGACTGTAAATGAAA ATGGTTCACTAAAAATAATTTAGTTTCTTACATGTTTTCCAATTGACCTCTAAAAATAAA GTTTTAAGTCACTATCCTATTAAATTAATACAGCTTAATGAAAAAATGAATTTATTTTTA GTATCAAGTCATAGGGAATGCATATCTTAGCATGTACTTGAATGGTCTAATCTTGCAATC TTGGTTTCTAATTTATGAGTCACAATATGCAATACTGTATCTTTGAAAAGTTTTTCAATT GCTAAATGTGGTTTCAGCACTTGTAGACACTACTCTAATAAAGTTGTTAAGCTGATTTCC TGAGATGTAATAATGAAATATTGTTTAAGAATGACTGATATGAGCATTGGTGATTGTCCA AGAAGTAGTCTCCCAAGTAATGGTAATTAGAAGAGTAGAAGATTAACATTTTTCACCTTG TGTAAATTACTGCCATAGGTATGAACTTACACGTTATATGTGAGGTTTTTTTAATTACAA AGCTACAGCTCTTCTTTAACCATGTGGAGTAAGATATGAGAGTTCTCTACCAAGTGAATT GAAAGGGAATAATTGAGAATACTGTCTTTGGCAAACCCTCTGATACAGACTCATTTTTTT TTTGCAGATAGAGACACATTCCTTCTGAAGGAAAAATTTGTCAGGTTTCCTCTTAAAATG GATGCTCCAGAAGTTATTCTTTGTCAAGCACATGGTCAAGCGACGACTCTTTCTGATTTT CTGCATGAAAATGGTACTTTTTCTTCTTAAGGCGGACGGGCTTTCCAACTAATCTGGTCT GTTCTTTGCTTGTTGCATTTCTTTTGGAATGAACTTAAATGGTGGCAATGCTGGACTCAG GGCTACTTTTTTCTTTTTGTTTTTAATTCAAGCACCTAAATCTGCCATTCTGTGACATAA TGCTATTTCCATATCATATTCGACCTGCTTTATTTGTGGGCTATAACAAACAAATTAGAT TCACCACAGGTCCCAATAGCTTTAACTTCTGCCTTTTTGGTGAATTTCACCGGCAAACTA AATGTTGGCAGAGCTTGTTTTTTTAAATATATTTTCCAGTTCCTTAGATTAGAGGAGAAA TACTATTCTTTTGTTCAACTTGCATTCACTACCTAATGGATTGTGCATGAAATGGGGTTA TTCAGACTTATAGCCATCATATCTGCACATAGAAATGTAAAGTATGTTGTTGTCTAACAT TTATAGAATTTGTTGTTTGTCTTATTCAACTACTGATTTTCAATTTTGTTGCAGTTTTAG ACTTTTTGAGTGAAGACGCAATAGATGATGCGTGGCTTGTGGCATCATACTTAAGCGATT CGGATTTTCTTCTGTCTTCACTTAGTGGACATTTATCTAGAGACTTTGGAGCTGAGAACA TCATTCAGTCAGCTGCTGCTTCAGTTGCTTCCAGAGGAGTATTATTTGGGAATGCTCATC CAGTGCCTTCTAGGTATAAAAACATTACCTGGTTCGTTATGTTTTGTTTATATAAAGTAC CTAAATATAATTTATTGCAAATTCCCGTGAGAAATCAGGTGGCATGCTATTCGACGTCCC AAACTATGGGAGGTTGAACAATCATCACGCCGCAATAAGGTAAGATTCTTCCTGTCCCGT TCTCTGCATTTTGGTCTTGATCTTGCTCAGATAGCTTCTTATAACATGGATTTATCTGAA TCAAGTCCTGAACATAATGTTTCTCACTAAAGTAGTTGCTTAGGAAGCACTAGTGCACTA CTATAATTTCCTAGTGATCCTTTAGTTGGTGGTGTAGGCGATTTAGTCCCCACATAAAAC ACAACATTATTCTTTTGTAATGTTTTGGTTGGTATTTTGTTTTCCTTGTAACTAATACAT ACTTATGCATGTGAGAACCTATATAACATTTTGTGGGATATAATGTAGAATAAGAATGTG GGTATTAGTAATACATGGATTAAGAACAATAAAATGACAAAAGTAATCCTCATATTAGTA AAACAGCCTCTTCTTTTTGTTTAAAAATGTAAACATATATTTTAAGCAATACACTGTAAT TGTATCAAACTAAACATCCAACATGACAATAATCCCTATATTACTTAACTGCATTTTTTG TCTTTTTTTAAACCAAACAGCCTCATGTTGTCCACTGATTTTGGATTTTAATTTCATCCT AACTAAGTCGATGTGTTTGCAGCGTCAAATGTTTACTCATTGGGGTGACTTGTATAATAG CCTAACCACATCAAATCAGATAGTTATGGCAACCGAGATTAGGCCTTCCCTTAAATGGCT TGGATGCAGAGCATCTGAAAGTTTCCAAGCAGACGACATGGTTGAAGATGACTCGGATAG CACCTATTTGCACGAGAATAAGCTGGATTTGTCCGACGATGAGATAGAAGATTGGTAGTT TGAAGCAGTGTTTGAGCTTGTATCAACATATAGTCCATGTGGGCTCTTTTTCACTTGTAA ATTATGTATATTGCTGAAATTCTGTAAATTTTTTAGGGGAAACAATACAACTAGTTTATA CTCATTGAAGTAGTTTATTAGGAAAGACCTTTGTTTTATAATTTGAGGAATATTAAACAA ACGGTTGCTAGTTTTTACAAACCTATCACTCTCCAGTAAAGTGAAGTGGAACTGGAAAAC TATGTTAAGTTCTACTTTGGTAGGAGAAGAGATATGGACAAAAGTACTGTTTTGTCACTA TCCCAGTTGGCATTGAAGAATTGAATCTGAAATTTGTTTTGATAAATCTCACAAAGTTAT ATTCCATGAAAGGAAAAAAGTTTATCTCACCGATAGGATATTTGTTAGTTTTATCTTCTA TTTATTTAATTAATAAAGTACTTTAACCAATCCCTAGTGTAAATTTCAAATAACCTCACA AACTGGGAAACAAGCCAAAAATGAAAAATCTCATAAATTTGTTTAGTTTCTTGAACTTGT GTATTTACTGAAAGTTAAAAATACTATAAAAAAAGATGTGTCAGTCACGCATCCTACTTG GTGAGCTTACGCCGGCTATAGCCCTTTCCTTGCTCTTAGTTTGCATTCAAGGCACTAGTT TCACAAGTAAAAAATGTGGTTAATCGAATAAATCACAAATTGCTACTCCACGGTTTCGTT CGCCCCTCCAGGCTTGGCTCCAATTTCTACAAGTTCAGCAGCACCAATTTCTACAAGAGC AGCACCAATTTCTACAAGTTCAGCAGCAGCTTCTTAGGCTGGGCCATCAGCTTGAGGTTG TTCCTGTTCTTGATGCTTCAAACAGTATATGAATCTGCCTTGGGCAGCTCGGTTCGACCG AGCCCATGGACGTGCTTCAACGGTATATGAATCTGCCTTGGGCAGCTCGGTTTGACCGAG CCCATGGCCGTGGTGTTTCGTCCCTAGTTGGATCGTTTCACTCCACATTTTTTTTTGTAG TTAAACAAATATAATTATTTATTTATTCCTCATGAGAAGGTAAATTTTACTTGATAATAA ATGAAAGCAATTACTTCTTTAAGCCAACTCTCAACTTCACCTCACAAAAATAGGGGCATT TGTCAAACTACGCCCTGCCTACGATGATGTATTGTAATCCCATGCTTCACACTGGTTTAG GACTTGAAAGTAACAAGAGAAACCATTGAGTACACGATTCAAAACAACAACATATAAATG CAACTTTTGCAAAACTATTTTTTCCCAACATTTGATCCAAAAGGACAAATGGAAAACACT AGTAACTGTTTCCGAGCAAAGCTAAAGCATACTTCAAAAATCCTAACATCCTCTTAACGC CAAAAGCTGGCAATCTATATCATCTAACTCCATCAGCCAGCCATACTTACACTGTCGATG ATTGCATAAACCCAAATCATCTCTTTCGCTCACTCTCAAGAATCTGCATTTCTAAGTTAC CCAATAAATTATAGCACATACTGGGAAACCAGTAGGGGGAAATTCAAGAACACATATATA CATTTTTCCTGCTGGCTGCATGGACCACAATAAAGAGTGCACTCTGTATCTCAAGGCAAA ATCCTCTTCATTTCATGCACCTGATCAGTATTTTTGGCTTGATTATATACCGACTCAAAT GCATGTGTCCATACATTGGCAAAACCTGTCACAGCCTGAAAGACATGTGGCAAACCCATC TGTAGATTGTTCAATGTCATCGCCCTAGTTACACTCACAGCTTTGTCATACTTGGCCTTC TCGTCCTCAGCTTTTGCTCTTATTGCATCCACCTTAGCTCGTTTGTCAGTCACAGGATTC TTGTTCCTTGTACTACTGCTAGAGGAATCAGGTATAGAATACGGCCCATACTTGGACTCT AGCGACCGAAGCTCAGAAGATTTCTTGTCAAGCTCTTTGAATGCCATCTCTGATTTCTTC TTTTGCTTGATCTCTTCTGATTGCTGCACCACAATGGCATGAATAACAGTTAGTAAACTG TTGATTCCTTCCGATGCTACTTTGTCTGGAGCATTATTGACTGCAAGATGCCACTCTTCA CAAAGAGAGTAAACTGCATTGTCCTGGCTGGTCTTATGTACAGGGTTGTTGCCAAGCTGG AATAGGCTAAGACGGAGCCAGCCGGTTAGAGACTGAATATAATCCCGGTGAAATTTCACT AGGTTGCAAAAAGATAGGTGCCATTGTTCCAGTTCAAGCTCAAGTTGTAATGTTGATTGT CGATGAAGCTCAGAGGTAGGATAAGTTGATGGCACGGTATTGAGATACTTCAACTGCTGC ACTATATGTGTTTGAACATGATGGCACTCATACATGCTTCTCCACATGTACATCAACCTG CAAACCACAAACAGTAAGGAGACAAAAGATAGAAGGAAAAGTTCAAATGATTCTTGCAAT ATTAATCCTTTTTGCTGAAACTCGAAAAATTTGTTTCCCTTACTCACAAGGCACTACTAG TTTGTACATTAATTACTAGTGAAAGTTAAAGATTGTCCCATGAGATATAAAGGAGCAACA TTGAATTTCATTAACATCATCCTTAATATTGCCAGTATTCATTTTGCAACTGAATATAGT GGGCCTTTGTTTCTAGCAAACTACTGGTCTTTAACTACAATTTGACCCCACCCAAATAAA AGAGGGTGACCTTAATTTCAGTCAACACAATTGACCACTTTGAATAATTTCAGTCCCACT CTTAAAGAGAAGTTGGCCTTTTCACAGTTTTTAACAGAAGAGCAGACTGTTGCTGTATGC TGCTTTCGTATATTTTTAGGACATGAACCGAATCAGTTAAAGGAGTCAAAAGTTTCCCAT TCTGTACGGAGAGCCATTCGTTGCTTTTTACTACATATTGCTATAGCTGACTTTGACCCC TCAAAATTGTAAACACTCTGCACAGCCAAAACAATATTTTTTCCCCCAAGAGATGAACAT AAAGATGGTGAATAGAACTAACCCTTTGACTAGATCAACAAGCTGTGGATAGAGCTCTGA CTCCCTTAATTTGATGATTTCAGCTGATGTAGTTTCAATAGCTTGTGCAGCAACCATCAT TTGTGATTCCAACTTTTCTACTTCTTTCTTGGCTTTCTCTGTTTTCACATAATCAGCTCT CTTCATCTCTAGTTTTCTAGCATGACCTCCCCTTTTCTCATGCTCCAATTTTAATGCCTC AGCATGCTATAAATCATAATCAAATAATTCATTAGAAAAAAATATAGTAATTGAGTTGGG ACAACAATATAATATATTAAAGTTTAATTTTACCTTGACCTCAAGATAGAGTTTTTTCTC CCAAGCATATAATCTTTCCACTGTGGAACAGTGGGAAGCTGCTTTGGCACCATTTACCCC ATTGATGGATTTGTTCATTGGATCATCACAAAATCTTCCAATTCCATTCCATCTTGAACT TCCACCAAATGACCATGAAAAAGGACTCATCAACTTATCTACAGAACCCCAAAAGAACCA ATTTTTATACTATATTTTTGGGTAAGCATGTTGTACCTTGTGCAGTTATATGTATACATA CCTGAAGATCTTTGTTCGGAAAAAGCACAATTGGGAACTTCCAAAAGCAATGAGAGTTGT GCACCAGCATCAGCAGCATTAAGAAAGTACTCATCGAGTTCTTTGATGATTTCCACCAAG TCTTTGCCTTTAGTAGAGACCACCACCGCAAGTTCACTTGTTGAGGTGGTTTCTTTAGAA AACTGGCTCACCGCCGACGGTGGAGCCGCCACGCTCGCCGCTCCTACCGTGGTGGTGACG GCAGCCTCCGATGTTATCGTTGTCTCGTCCCATTCCTCCTCCGTGACTGACCTCGAAGAT GACGGAGGAGGCACAAATGGGTCCCAGAAATCCCAATTTGACGTCGCCGGAGGAGGAGGT GGAGGCGGCGGCGGAGGGGGTGGTGGAAGGGCGGAAGATGTAGTGGTAGAGGTTGTCCAG GATGTGGGACTCATCGGCGGCGGAGGAGGAGGCGGCGGAGGCGGCGGGTGAGGGGTGGTG AGTCGCCGTGGCGGCGAGGGTGGAAGTGGTGGAAGGTGGTGGTTTTGCGGGTGGAGATCG GTTTCTCCGGTAGCGAACTGAAGCAAAGCAGAACCAGTATTCCTCAATGAACGCAAGTAC ATAGAATGAGAAGCAGAAAAAGCTTGTCTTGATTTTACCAACTGTTTCATATATCTCTTT CGAGCTTTACATCTTGAAACCAATTCTTCTCTCTCTAATCTTGAATACCAACAACCCATT TTTTTTATCTAATTTCTCTCCTCTCTTCTCTTCTTTAAAAAAAAAAAAAACACAACTCAA AAAAGAGCAAACCAAGCCTCACTTTAACCTTTTCTCCTTTCTTGAACTATCAACCATGTT CCATGTGTGTTGTACTCCAAAGACTGACACACCAAATTTCAGACCAAAAAGAATTAAAAA AAAAGAAAAGTAGTACTCTTCTTTTTGCTTACTCAGATAGATCAAAATTGAATCTTTACA CCAGCTATCCCCAATTTGAACACTAACAAAATCACCATTTCAATGGGGAAATGTGTGAGA GAGAGAATGAGGGGAGGAACATAAATTTGGAATTGTACAGAGGCAATAGGTGTTGGACAG AGTGCCATTTCTTTTTTTTTAAATTTATAGTCCTAAAACAGAGCCAAAATGCCCTATTTG AGAGATGTTGTGTTATTTACCAAATTAGACATTACGTTGTCAAATGCATGAAATCTTGTT ATGACCTGTGTTGAGGAAGTGATGGGTAGTTTGGTAATATAAATAATTCAACGTACACGA GTCAATTTATAAGGTAATAAATTGAGTTTAAAGTCCAGAGTGGAGGGGGTTGGGTCATGA CTCAATTGGGATGAAAATTACGAGGTCAATCTGGCTAAGGATTAACAACCCATATTAATC TTATGCAAGATTAATATCTATTAAAGGAAAAATATTTAATTAATATGAATATTTTATTAT ATTAATTTTATTTAATATTAAATTTTGAAAATAATAATTAATATTAGAAATAAAATTATT TTTAAAAAGTATATTTAAAACAATAAATAAAATTCCCTTTTTAAACTAGTGGACAAGTAT TTAGTTATTTATATCCCCTTCGTCTGAAAAGGGAAAAAGAAAATAAGTAAGATTTACCTC ACTAATATTTTTTGCCAGTTTTCTACATTTTTTCTTCTTTACATTCACGTCACTGTTTTT TTCTCTCAGTTTTGGACATTTTCGAAAGAGCATGAACCTTTTAGAAGAGAGACTAGAAAT TGTACTACTTAATCATATTTTAATAGATTTTTAATATATACGTAAAGAATTAAAATTATT GAATTTAAGTGAATCAGTGTAATATTAGAACTTTATTTTTTTTAAAAAAAATCATTATTT TGAAGTGCCTATAAGTGTCATAAGTATCATATTGATAAAAAAAATAATAACAAATATCAG ATTGTAAAAACTATTCTATTTGTCTTATATTAGTTATCTACTTTATCAAATTTAGAAAGT GTTAATTATTTTTTATATCATTATTGTAATTAATTCTTTTTTAAAATATTTTTATTTATA AAAATTACAAAAAACTTTTTTAAAAAATGAATTAGTAAAGTTATTTTTTGACTTATTAAA CACTTCAAAATGAAAGTGATCAAGGAAGGAAGTGTATTTAAGTGTATACCAGTGTACTAT ATTATTTCTAATAATTTTATTCTCTCTATTGAAAACATGCAACTCTTGAACATCTCAATA AAATAATTCACCTTAATTGTCGCAAGAATTAATTAGAAAAAAGACAAAATAAATTAAATG AGATATTTATTCACATATACTGTTCACGAAAAATTCTAATCAAACTTGATAATTACAAAC TGCTTTCTCTAATCATAATTATTTATCATTTGATTTTTTCACACATAAATTAAAAGGGAT AATTTTATATTATTTTATTCAATAATATTTGTTCACATTTTATAATATGGGCCGATCCAT ATGGACTTACTCTGACCCAAAACTTATCGTATCAATTCAGTCTACAAATTATCTTCTGGT AAATCTCAAATCTTAATTAAGGAAAATACAATTTAATTTTCCCTTAATTTCGTTATTATT TGAAGAAAAGAGAATCTACGTAACTTTGCTTTTCTTTTTGTCTTCATCCTTGTCCTATTT TTGTTCTCCTTTTCGATGTTTTTACCAGATTAACGTTTCCTTTTCGAAATTGAAAAGTTG CAAGTTGTTTCATTTTGTTTTTATTTTGATTTACCGTTATCTTTATTAATTAATTTAATT TATTGTTTATTCTCTGACAAACAAGACAAAGCAAAGTACTTTTCCTTTTTTTTCTTCCTT ATACTAATGGTAATTTTGTCTCTATGCCCACTACTTTAAACTAATTTCACTCTTAAAAAG TTGCTGCAACAAAAGTGAAAATATACTATTGCAACATTTCACCTAATAGGAGAATTGTGC GGTGACTGCACTATTAAATTAAATTAGAGTACCACTATTCACTTTTTCATATTTATTTTA ATTCATCGTATCAATGAGATGAGGGTTTTTTTGTCAAAATCTTTTATGAAATTTGATATA TATTTTATTCTCCTCATATAGAGGTAAACCGCTTTCCAATAACTATAATTTCATATATAA AAATATTTAAATTTAAAATCTTTAATTAAGAATAAATAAATATTTACTATTCTACTGCGA TCTCTTTTACGAATGATTTCTCACTCTAGTTAAGCTTACGTTGCGGAGTAGTAGTAATAT TTTTGGGGAATTATGACTAGGACTAGACGAGGTAACACGTGAGCAGACCTGCAGCAGGCT GCAAGTGGTAATCCAATTAATCTATTAATTAATACTAGATTGGAGTAATAAATTTCTATT GTAATATAAACTCTTGCCAAGGTATATACTTTTAAGATGGTCCACATATGACGAGGATCA ACTAAGATTTTGGGATGATTTGTGACTCATTTTTCTAGAAGGTTCTACTTTGATATCTGC AACAATTTGAAATATCTGAGATGTTCCATTCATTAAATATAACTAGTAAAAAGCACTATA ATTTCTTTTATATAATACAATTGATGTTTGATGATAATGTCAAAAACATTTAATGGATTC AAAATATCACTCTTGCTGAGATTGTATTTACTCTCGTTACTTTAGAAATTCTAAGTTAGA ACATAAAAAAAGTTTAATTGAATATGTTACTTTCAAGTACTCGAATTAGAATTGCATTAT AACCTATAGCCTATATAAAATTGTACCATAGCCTATAGCCTGTACAGCCATATGTAATTT TGGACACCATGTGATTAAAGTTTTAGTTTTGTCAATCCCAAATTTAAATACTCCATATTT AAAAGGAAAAATTATATTCAATTATAAATTATTAATTTAAATTAAATGTTGTAATCACGG TTTTTTTAATTTTAATTTGTAGAAATACTTGATTTCACTCACTACTTTTCCTCACCTCTT TCACATTTAGACAAACATAAATGTTAAATTGTATTTGTATTTGTATAATGCGAGAGAAAA TTATATACACAAATATAAATTTCCTCTAAATTTGACAGTAAAATTCAATTTAACACTTAA ACTATATGTGTGTTTAAATACCCCTTAACATCTTTTAAGTGAATTTAAATACACCCGATA GCAGACGTGACAAGTACAAAAAGTCACTGCGTGAATAAATACTAACTGAGCCCCTTTTTT TTGGGCCAATAATCTTTCTTTCATTCATCTTCTTTACACCCCACCACCTCAATCGTTGCG CTTTTTTTACAAACAAAGCTGCCTACATACAATTTATACAAGTGAGATACAAATAACAAA ATTATACTTATAAAATATTACTATAGTTTTTATATTCGCTAAACTTAAACTTGGCTAAAC AAAAAGAAATGGACTCTTACGGCCTTTTTCTACGGTCCGAATTCTAAAAGCTCATAAACC ATTAATCGTCATAGATGAGGCTGGTGTAGTGAACAACAAAATAAGCTGACGCCAAGAAAA TGAAGGTTCGTTAGATCTGCCAGCACACGAGCCTCATAGGGTAGCCAATAGATAAGAAAT GCCCACGCCATAGCAGTTAGCACGCATATCAACACATTCTTCAACAATACCCTACGCTTT TCAACTCTCACGTTTATGCACGCGCCAATCATCTTCCTAATTATGACGTGTGTTCTTAAC GTGCTTTCTGAAAGCGAATGGGATAACTTTTTTTGGGTTTTCCCTCCATAACAGAGAAGA AGTAAATTCGTTTCTTGTGTTCTTCCATATTCATTGTTTATCTTTTCACTCATATAAAAA ATTCTCTTTTCATCTGTTCTTCTACATAATATATATAATCCTCCAGTTCTCATAATTCCA TTATTAAAAGCTTACGATATCAGTGTCCCGTATTATCGAATTATATTATCAATGGCAGCA CCAAAAGTAGATGCAGAGTATCTGAAGGAAATAGAAAAGGCACGAAGAGATCTCCGAGCT CTCATCTCCAGCAAAAACTGTGCTCCTATTATGCTTCGTTTAGCGTATGTATGCATAATC ATCAAGTTTTGTGTTGAAATTGATTTTTGATCTGATATGATAAAGATGTTTTAATTTGCA GGTGGCATGATGCAGGAACCTATGATGCTACAACTAAGACTGGAGGACCTGATGGATCAA TCAGGAATGAGGTAGAGTACAAGCATGGCGCTAACAGCGGCCTCAAAATCGCAATTGATC TTTGCGGTAAGCTTATTAGCCTTTTGTTTTTCTGGAGTTTCGCGTATATAAGAGATCTAG TGATAATCTGACGGAAATGAATTTGTGTTCATTGATAATGTAATGATTTTAGTTCAAATA TATGAGTGCTTTTGATTGATTTTTTTGGATGTTAACAGCGCTAATCACGTCATGTTTTAT TATATCGCTTTGCATACTGTTTTTGAGTTCTTATTGGAAGATGAAAAGCTTATCATATCA TATTTATGAAATTCTGTTAGTTTGTTCTGCATATAATTGGAGTCTTTCTTTGTGGTGAAC AGTTTCTTATGCCTCTTTCTTTGTTCCTAGTATGGGAAGTGAAATTTACTTCGTACTGTT ATCATTTTTCAGTTGAAAGCATTTAGGAGAGGTTAGAATTTGTTTAATTTTTACACAGCC ACACATAAACTCCCTTACTAGAACTGTAGATCATGAAGCGACTTGAAAACTTTGTATGTA TCTATCATCTCCTCCCTGTTTAGCGAAATTTTTACTATTTTCAAGAAAAACAGACAATTT CTAAGTTTTCTCTAAATGAAGATAGACTGGTCCTTGTCTGCTGAGTACACATCCTCCTCA TATGCCATATTTTGTTTACAACAAGTGCTTGTTTTGTCAGTTTCATTAACTTTGAAGATA CTAAATCCTATCTTCTAATAATCTTTTGTGTTATATGGAGTACAGAAGAAATTAAGGCCA GACATCCTAAAATTACGTATGCTGACCTCTATCAGGTGAGAGTACTTGTGTCGAAGATCT GTTCAAAATTTTGGGGAAGTTTTGTTTAATATTAGTTGTATTAGTAGTAGTAATGCAGAG GAGCAAAAATATTATGGTTTTTACGGATTTGAGTTGTGCGTAATTACCTTTTTATTCTGG ACTGCAGCTTGCTGGAGTTGTTGCTGTTGAGGTAACTGGAGGTCCAACCATTGATTTTGT CCCTGGTAGAAAGGTACAGAAAAGATGAAGACATGCCTCCTTTTACTATTTTGAACTTCA AATTCATTTGATGGGCTTGTCTTTAATTAGTAAATTCCACCTTTACATCAGGATTCATTA AGTTCACCAGAAGAGGGACGCCTTCCTGATGCTAAACAAGGTTAGTCTTCTAAAAAGTTG GCTTGGCTGATCTATTACTTGAAATTAAGATAAAAGGTAATAAACTCAATTTTTCCTCTA ATTCAAAATGTGAAGTTTACCCTCTGGGATTCTTCTCATTTGATTGAACAGGTAACCTTA TCAGTATCACAAATTGACAAGGATCCTCATCCTCTTGTAGGGAAGGAATCCATGAGAATA GAAGATAAAAATAATGAAAAATAGCTAGCTTGTTTAAGATTTAACCTTACTGGCACCTGA GGTGCGAATGGAATATTGAGTTGAACTTGATTTAGTGCATAAAATCAAGTGGAGCCTCAT CTATCCTAGTTGCTTCAATTATCCTCATTATGCCATATTCTGTGCCTGATTATTGTTGTT GCATCATTTTGTTTTGAACAACTTGAATATTATTTTCTTTTACTTGGTTCTGCATCTATG TAGAAGTGATGTCAATAACCTTGGAGATGTCTCTTTGCTAATTTGCACTGGTTGCCTCCT AAACATGTTTTATGTGGGGTTCCCATTATTCTAAAGAAAATTTTGTGAAGGAAAATATAT TCCAATCGGAGAGAGCTCTTGAATATTATGAACATTGAACTGGACTTGGTGATATCCTAT TGCAAAAATTGTAAATATTGCTAAAACAACTGCCAGCTACCTTTGACTAATTAGAAGAAT TGGCATGAATTTCTGAGAGGGCTCTACAACTCAGTGCTCTGATTTTGAAACATAATTCTC TGCATGTTGCTCATCACTTACTTTGTTCCATGTTATAATGCCTTTTTAGGTCCACCGCAC CTGAGGGATGTTTTTTACAGAATGGGACTCTCTGATAAAGATATAGTAGCATTGTCTGGA GGACACACACTGGTATTTTGTCTCATGAATCTGCATTTAGATATTTAGATATTTCTCTCA AATGATAATGCTGTTTGTCTTAAAGTTCCTCTTTTGTGTTCACTGTTACAGGGAAGAGCA CACCCAGAGAGATCTGGCTTTGAGGGCCCTTGGACTAAAGAGCCTTTGAAATTTGACAAC TCATACTTTGTGTAAGATTAGTATATGGTGGAACCTCTTTTTTATTTCATCATTGTTAAA AGAATGATTTCATGACTACTTGCCTAAATGGTACAATGATCTCTTAGGGAGCTCCTCAAG GAGGATTCAGAAGATCTCTTAAAGCTTCCCACGGATAAAGCTTTGGTTGAAGATCCACAA TTCCGCCCTTATGTTGAACTTTATGCAAAGGTATTATATCTCATATTTCCGTGCATTGTT TTAATGGTCAATTGTTGCAACACATAGTTTACATTTGTAACCACACTACATTGCATAATG CATGGAGGAAAATAACATAGAAAACCAGCAAGGCTGACTAAACTGTGGAAGTTTATCTCC ACTCATTTGTCACTCTGTCGATATACATTGATGATTAAAGGATTTGCATGCTAGACTATT ATTTCCTATTGATGGTTTGACAAACAGTTAACTATGTGAGGGGTACTGGAATATTTTGCA ACCTTAAGTAGTTCTGGTTTGCTGTGAGACACTTGATATTTAAGCCTATGGTACAATCCT TGACTAGTCCACCCAGCACCAAGGTCTTTCACTCCCATATATGTTTAATTTGTAAACAAA ATAATACACAACTATCTAGTAGAATCTTTCATCCAACTTAACCACAATCAAATATATCTA TTTGGCTAATGAGCTACACTATTCTTCAAAAATTTTGGCGATCTCACTGGTAAAGTTTTC TGCAATAGCTAATATCTAATTTGTGTGACAGGACGAAGAGGCTTTCTTCAGAGACTATGC AGAGTCACACAAGAAGCTCTCAGAGCTTGGATTCACACCACCTTCATCTTGCTTCAAGTT AACAGTAAAGAACAGCACGGTGTTGGCACAAGGTGCCGTTGGAGTTGCTGTTGCAGCAGC TGTTGTAATATTGAGTTACTTCTATGAAGTCAACAGGAGAATCAAGCATTAGTAAGCACA CACGTTCCATAAAGCTCAATATTACATTGGGGAACTCAGTTGAAGCAAAATGGAAACTGA ATAGCTCCATAATTCAATGTCATCAAAATTGGCGATTGTTATTGGCACCGCTAAGAATGA TGCTAGTATTTCTTTATGTTTGATCAATAAATCTTGGGATGTGCTGAGTGTAGCTACTCG AGTGTAAAATAACATGTCATTGGTGGCTTTGAAATATCATAGACCTACTCATGTTTCAAA AATATTCTCTGATTGAGAAAGAATTGTTCACGGATTGGCATCACATTTGTCATTTCTCTG TCTTCTACTAGTTTTAATGTCACTTATTATAGTTTATCGCACAAGAGCATAAAAGAAATT AGAGATACGTTGTAATTTTAATCTCATATACGCGCGAAGTCTCCACTATCGGGTCAAAAC TCCATTGAGATATCTGTAAATATATAGCCTTTAATTAAATCCAAATGCTAGTATCAGTTT TGAAATGGCAAAATGGGGGTTGTTTTAGTCCAATCAATGCAATCGACTATTTTAGTCGTT TGTTTGTTCGTCATTTGGTAGTTCTCTGTTCATTGTAGGAGTAGTAATACTCCATACAAT TTTGTTTCTCTAGAGTATAAAATTATATGCTACTAGCACAACATTAAGTCATGTATTACT AATATTTATATAAGTTATGTGAAAATCTATAACGTAGAATGTTGAGTTATTTAAGAATTT AAAATAACAAATTTTGGTGACTCTTAGCTAACTTGGAATTGAACTTACCGTCCGATATTT GGGTTCGCAATTTATTTTACATTCGCAATATTGTTGAAGTATCAATTTTATAGCGCAAGT TGAAGTCAAGAGATCAGGAATATACGAAATTGTCCCAAAGTTCGATAATTGACAACTATA AATGTCAAAAATGAGCCAACTGACGCTAATTCGTCCAATTCGTCTAGAATTTTAAGGATT GGAATAAAAATAATTTAAATTGGCTTCAATCTTAACTCATTCAAGTCTTAGCCATGTTAA GATAATTCTCAACTGAGCCCAATTTAATTTCTAATTTCAACTCATTTTAAAACTCTTTAT TTGCGTTGATGTAACGTATGTTTCTATATTGAAGGTAATAAAAGTTAAATAACAATATAT AAAATTATTGAAATTAAGCTGCTCATGACCTAACACAATTTTTAGTCCATTTAAATCTAA CTCATTTGAGCCCAAAATAAATTTGGATGGGTCAAGACCAACTCAATTTCTATTTCAACT TATTTTAATATCTCTAATTTCAATCCAACCTTCAATTTGACACCCCCAAGGCCCTAATCC AATATATATGATGACGCGGAGTTTCACACATAAAAGTTCCAAATATCCTTTTAATTTTTA CTAGTCAGTTATTTCTAAAATAAATTTTCATTTTTATTTGTTACTTTTGACATATTAAGA AAAAATATTTTTTTCTCATGTTTTATCCTTAATATCAAATACTTTTTCCCAAATCATTTT CTAAGACATCATCTAATAAGGGATATTTTTTTAAAATATTTATATCATTAATTATTTTCT TAGTGGTGTACTGAATCAAACTGTGACGTAAACGGATAGAGTAATTTGCTTCAAATTTTA TTTCCTCATTACAAAGAGCTTAATTGCTGAATAATTTTGACATAAATAATCCAATATTAA TTAGTATTTGCCTATTTTTTTCCGTCTTACAAAAAATCACAAATGATTCCTTTCTTTTTC CTCCAATAAAATGCCTACGTCTACTTCCTTTTCTCCTCCATGCTATTCACGAGTCATTAT CATTGTCATACGTAAGAAGCAAAATAACCAATTCGTTTCTTTTATTGTTCTATATTCATT GCTTCTATACATCACCCTTACAAAATTCCCCTCCCCAGTGCTAGCTCTATATATAATTCC CGTTTCCTATTTTCATTCATCAAATCAAAGTTAAGCCAAAAGGCGAAGATCATTTGGCAT AATATATAGTTTCAGCGTACCATTCATGGCGCCACAAGTAGATGAGAAATATCGTGAAGA GATAAACAAAGCACGAATAGAACTTGGAAATCTTGTAAAATCGAAGGAGTTCAGTGCTCC TGATTTCCTTCGTTTAGCGTACGCATCCCAATTCACAATTGCCAATTCTCATCATAACGA TGATGCAGCAAATGCTACTTCTACTCATGATGCCACAAAAAAGAAAACTCAATCTGCCAA TAATAATTCTCTCAACACAATTGGTAAGTTTATATTTCATATGAATCGATTGTTGGTGTA TCTTTTTGAATTAGACTAAAAAAAGAAAGTAAGAGAAATAAATCGAAACAGAGGGAGTAC TATGCACCTTCTTATTAATGCCTTTATATTGCAGATAAAATCAAGGCCAATCATCCCATA ATAACGTATCCTGACCTCTATCAGGTGAGATATATATATACTTGTTGTATCAATAATAAT TATCCGTTTTGTAATTTGCTAATTTAATTAACACCAGATGCATGCAAGCTAGTAATTGTT GAATATTTGGTACTGCAGCTTGCTGGGATTGTTGCTGTTAAAGAACTTGGTGGTATAGAC ATCGAGTTTGTCCCTGGTAGAACGGTACGCAAAGGAAATATGAAAATTTATAATCCTATG TCATACAGTTTAAGAAAGACTTTTAAAAATTGTGATTTTAAACCTGTTTGACCGGGTGAC TGTGAATCAAGGATAAGAAAGAGAATTTTAAAGTTAATATTTCTAATTATAGAAAGATAA CATTATTTTAGGAACGGACTAAAATGAAAATTGTACCACATACATTGGGACAATGCTAAT TAGTATACTACTCCTTCTGTCCCAATTTATATATGACACCTTTTATGTTTTGAGAGTCAA ACAATATAAGTTTGACAGGAAATTTGCGCATGAAATCTTCAATTTTTTTGAAATGAAATT TATATATTTATAAACTACGTAAAATATACTACGAGTTATAATAATTGATAATTCAAAATG TTTAAAAGACCTGTGAAAAATTTAAGATCACAGATAGACTTGCTTGACTCTTGAAATCTG AAAAGTGACGTATAAACTTCTTTACCCTATTATTTATTTGAAACGCATCACTAAATTTTG CTACCTTTCTACCAGGAATCATTAATTTTACCAGATGAAAACTGCCTTCCTGATGTCAAA CAAAGTAAGTTATATGTAAATTAGCTGATCTATATATCATTTTGAAGTTGCTATATTCCT CCATACGTCTTGTTGTTTACTGTGTTTCGATGCTGTTTTTTCAGGTCCAGAAGAACTAAG AAATGTCTTCCGAAAAGTGAAAATCTCTGATCCCAAGCATATAGTAGCATTATATGGAGG TCTCAAACTGGTATATGCATATATAGATCTGCATCAATATACTCATATTTCTCACACGTA TATAAATGCTGTTTCGTCTTATCGTTCCTCTTCTCGGTTTGCTGCTACAGGCCACAGCTG GAGCTCAGGCTACAAATTTGAAATTGGACAACTCATACTTTGTGTAAGATTACTATACAC CCAGACTTCTTCTATATTTCAACATTCATTACAAGGAAAAAAATGTCATATTTGCTTTTC CAAATGATATCTTAGGGACCTCCTCGACAAGAAGAAGAATTTAAGTCCCGCGGAAAAAGC TCTGCTTGATGATCCGGAATTTCACCACTGCGTGCAATGTTATGCAACGGTATTATAATA GCTCATGTCTATTCTCAAAGTTCAATTGTTGCAACTCATCATAAAACTCTTCAACATTAT AAACATATCTACTGTGGACTGTGGCCCCTAAACAACTGTATTATCTCCAACTCAAAATGA TTTTTCATATTCAGCATAAAGAGGATTTCTTTGAGGACTATGAAGAGGCACACAAGAAGC TCGCTGATCTTGGCTTACCATATTCAGCATTTATCAAATCAACATTAGAAAAAAGTGCAT CACAAGTGAAGAAGGTGCTGGCGGCACAAAAGGCTGTTGGAGTTGGAGTTGCTGTTGCAG CCGCGGTTGTAATATTGAGTTTCTTCTATGTAATCAACAGGAGGACTGCTAAGCATTCGT CATATCAGTACCAGTAACATTGGTGGTGAACTCAATTGAAAGAAAAGATATGAACAGTTG GACTCCATGGTTCAGCTATAATAAATCTTGGATATCTCCTATTAACCTCAGTTGTAAACA TTCATCAAAATTCAATAAAAAAACTTGAATTCCTTTTGAGCAAGAATTGTTCACAAATTG CATTTCTTGGAGAAATCTAGTACTGAAAAAGAAGAAATAACTTTTTATTGAAGAATAATT GCCATAGGCACCAACAATATCAATAATTAGACGCTGCCTAAAGACATTAGGGTGTTACCA CATAACCACCTTCTTGAGGAAGTATGGAGTAAAGGAGAACAAGTTTATCTCCGATGATAG TTAAAAATCAATGATGTTACCGTAATTTAAAAGGGAAATTAGACCTACTAATCATATAGC TAAAATAAATAAATAAATAAAGTTAGTCAAGCTCGTGGACTCATCGACAAAGTAATGTCT TGAAAAACCCTCAATCTTTTCTCAACTTTCCTTGGAAGGATTCCAGTATCTTTGCTTCCT TCAGGCTTGAATGTTTCCTGATTTGATCCCAGAGCGGCTGCAATTATAGCATCTTCAAAA TCCTTGCTATCTGGCAGCAATCCTGCCCATATGTTTTCTGTTTTCTCTGGTGAAATTGAC TGCTTTCTCATCTTATTTTCTGGTTCACTGATGATTGTCCCAAGGGACTCGTTTCTCATT AGTTGAGTTGCGTTTCCAGATCTTGTTCTCTTAAGACTCTCTGGAATCGGGACATTTGCT GGTTCATTCGTAGTCTTGGTCGAATAAAATGGTGGAGCATCGATATTGAGTAGATTCCCA TACGAAATATTTGGGTTCATACTCTTTTGCAGAGAAGGAGCTGTCTGGTTTCTGATGATG TTAGTAGAATTGATGTTCTCATTAGCAAATTCATCTTGAGGCTGGCTTAACTTGGTAGGT TTACTCAAAGTGCTAGTAGTATGTTCCTTGCAAGGCTGAGGCTGCCAGATAGCAGAAGAG CCCAAGAAGGCATCAAACAGTTTCCTTTGTTCAATTCTATCACCACCTTTATTCATCATT TCAGACTCGAGGTCGCGGAGCATCTGCTGTGCTCTTTCGTAGGCCTTGAGATGAGAATCT ACACCTCTGGGGCCATCTATCACCGCTGGTTTAACTCTCCTAAGTGTCTCTTTTGCCTCA CCTACTCTCCCTTGTTTCATCAAGCAGATGCCCAAATTGCACATTTTGTTGTTGTCTGGT GCAATCACTAGTGCCCTACGATAAGCATCCTCAGCTTCAATGTAGTTATTTTGTTGCATC AGCGCCCACCCTAAATTCCCCTGGAAGATTGACAAATAATTGTTATCAAACAATATTCAT TTTCATAGGTGAGATCCAAAACTATGAAGTACAAGTCTCACAATTCTATATTTACCAGTA ATCTAGTTGCTTCTTGCTCCACAGAAACCTGAAACTTCTTCCCCTGGGATCTCGCAGTCT TCGTACGCTTTCCATTAAAGGCCAAACCTTGTTGTATCAAAAACAATTTGTGCCTCAACA GGACTATTTGGTCATCCAATCTTCCACATCTCTGCAGATATCACAAATTAAGCAGATATT TAAACGGAGGATAAAGAAGAACTGTGTTTATTCAAACAGTAATAAGCTTCTCAGATACTA GAGATGATAAATTGTTATGAAAAATGTAGCAGACCTTATATAGGTCCAAAAGGATATTGT CAAGAGCTTCCTGTGCTTGATCTGAACACCTAGTTCTCAAAGACTTAACAGCTTCAATGG CTTCTTCAGCCCTATTTTGTTGCTTCATTACAATTGCCATATCTTTGAGAGCACTATCAA CTCTGTCTCCTGCGTTAATAGCTGCCCAAAACAATGGAATCGCCCTTTCCGGATCCTTTT CGACCAACTGAAAAATATAAATGAAAAATAAATCACGTTACTTCCATAGTAGAACCAACC AACAATACAATGATTGGACTTCTCCTTTCAAAGATAAGAAAATATGTATCTAAACAGAAG TGGATCTTGGATTTAAATAGGGCTGAGTTCCAAGGGAATAAAACCCATATCTTATCCCCA AATGCAACAACAACATACCCACTATAGTACCACAAAGTGTATGTAGATAACTGTAACTCT ACATTTAGAGGCGAAGAGATTGTTTCCTCTATCTTACACCCGAATGAATTTGAAAAGTTA AAAATTAAATTATGTAGGGAAAGAAGCTTACTTGAACATTTTTGGCTCTAACATAAGGGC TGTCGCCAATGGGGACTTTGTGGGCAACGTGAAAGGATTCGGAACGAGTTCTGGAGACTC CAAGGGGTTTGGCCGGAGAAGATGGAGCCGACTTGGTGGGTCTGAAACCTGGGGGTGCAT TCCACATATCTTGCAACATCTTCGTATATGCGAAATGTGATTGACAAGAATATGTGGAAT CTGAACAGTAATGGAGGGAGAGTTGAGAAGTGCTTAGGAGAATAGAACAAAAATAGGGAA GAAGGAAGAGAGACGGACTGACAAAATTTCAAGTTGGGTTTAATTTACGGAAACATTTTC AAATTTACGACCGTTGGAGGTTACCGTTTGCTTACTAGCCGTTGTCTATCTCATTATTTA TTTACCAAATTCAGTATATATATTGCTAATTTACCCTTGCATTTGGTTTTTGTTTTAGTA AAAATAAAGGTTTTTAGTCCCTACACTTCTACTAAAGGGTTTTTAGGCCCCTAAACTTAT GGTGGCCTCATTTTTTTTTACCAACAAGGTTGTATGTTTTTTTTTTTCTTAAAATAATAA TATAATTCCATCTAAAATTTGTTTTTGATTTTTTCTTTTATAGGTATATATTATTTTTGT ATTATTTACGACAAGAATTAAAATATGTTAATTAAAAAAATATAAATTCTGATATATACT TTAAAATAAAAAAAGAAAAATCAAATCTTAAGAGACTATTAAAATAAAAAGACTTGGTTC TTAGAATTGATAATTTTTCACCTTTTCTTATCTCAAAATTTTAGAAAAATAGACATCAAA TAAAAATACTAGTACAGTTTTTTTGTTTGGAAGAAAAATACTTAAGAGGCATGTGGCACT GAAATTAGCTCAAGTCAAATGAAGGCCTCTAGAATTATTTGTAGTTCTTGATCTACCACT GCTATTAGGTAGCATAAACACCGGGTGTATCCTCCCATTAGAATTTACATGACACCAGTT TTTAAAAAGATATATTTTTATATTTGAAATAAATTAATTTTAAACAGCGAATCGTATCTT TAATAAGACCATTTATGGTCGCACAAATATTATAATACATTGCAGATCCTAATTTCTTTT ACAAAAACAATTTTTAATTAAAATTTATAAAGAGACAAGCTGTATCATATATATATATAT AGGAGGGATCGGTCACTAAGAATTATTGACTTAAAATATCATTATAAATATCATCTCTTA TCTATTTATTAGATTTTAATTTCTTTTAAAATTGTATATGGAAAACAAAAGAAAAGATAT TTTATTTTAGGCTTGGAGTTTATGCTCCCGTCTATTACACGAGGGCGGAAGATGGATGCC GATTGACCTGGTAGTCTTGGTTAAAATTTTACGTATCTTAAAAATATTTTACGATTTATT AATTCAAAAATGTTAAAATTCAAAACACATCAATTTCAAATCGTGACCCGTAGATATATT CCTCCAAAGTCCACACTCCACACTCCACACTCCACTCTAAGCTTACTCCTTTTAAAACAC TGTGCGCTCCCATCTAATAGAGCTAAAGCCCAAGACCCATTTAATTTATGTAATTCACTG CAATGACAAGTGAAAACTGCGCAGATAAGCTTAACGAGCAAAAGGGGAAGAAACAATGAC AGTTCTCCATTTTTGTTTGAAAGGACGAAAGGATATTGTTCCTGCTGACTTGCAATTGGA AGTTGAGTAATAGTGATCAAGAAGAACTAAAATGTGTGTGCTCATGTCATGATGAAAGAA ATAATTGTCTTAAAAAACATAAATGCGACAGAGATTGCATAACCGAAGACCCTGACAAAA TGAACAAGATCCTACATGCCTCAAGCAGTACAGCAACTGATAGTATATTTTTCCAGACAG CAAACTAGAAACATAGCGAACAATGCACTTCACAAATCTAAGGACCTCGGAAACTGTCTG CTTTGTCCAGTCTTGAGATACCTGAGCTTGAGGACTCTCCCATTACATCAGGAGAAGATG TTGGATGGTGTTCGCGCTTCAAAGAAGTAGGCAGTCCTGAAACTTCCTGAAAGAAAATTA GAAGGAGTAACATTTCTTTAGGCTAAATTTACACAATTTCATGATTAGGATAGAGAATGT CATGTTGCAATGTTTGCACTCGATAAGAATTCAGATGACTGATTTTCCACTCAACATTCA ATAGCAAGCAATTATTTATACCATTATCTGAAGGAATCAAAATTTGAGAAAATCAACAAC CCTGGCCAAATCAAAACCAGTTGCCACCGGAAATACAGGCCTTAGATATAGATTATTGCT ATGATTCCTTCAGACAGAAATATCAGGTGCAGATGTAATATTTCCTCTTTATAATGCAGT GACTTCACTATTTTAATCTTAAATGCAGGCATGTGTGCTCAGGTGAAGCACCACAGCAAA TAAAACCCTAAGAACTATTTCCTCTGAAGTTATCTCATCTTAGGGGTTATAAGAAGAAAA AGGTAAATGCTTCAATTCAATCGTTACAGACACAATACAGTGCTTCACTTTCAGAGATGG CCACAGTAGCAATTGCTGTTTACTGTTAGTCAGCCCCCAGTCTTACATTTAGCAAAGGAC AGTTTAAAATTTCACTGCAACATAAAGTATCAACATGGAGGATGAAGATGAATCATGAAC TACAAAACCCTAGATAAATGAACGTATTAGGATGCACCATTTAATAGACCTATTAAACAA TTCTTATCAAATTTGGATGACATAATAAATGAAATTTTTGTTGGAAAGAACAATTACCTG TATCTTTTATTGTTTTATTCAGTTTCATTCTAAGTTGGAATGAACCTTATTTGACATGCT TTTTTCCTTCCAAAGCGAAATAATCACTCCGTCGAAAGAAATGAGATTATCGCGAATACA CACATTAATTAACCAAATTGCCCAACAAAAACTGTAGCATAGGGTTTCATGCAGCGTCCT TTCATTGTTAGGTTTTCATGCAACGGTTTACATTAAGCAAAAGATGGCAACTTACAGAAG AATACAAGTAAGAAAGAATAACATGGCTGGGGTCCTCAAACTTGAGAGCTTATCACACAA CTATACTCATGAGATTGTTCCCATGTGACACTGATATAGCAAGAAAAAGTCATTAATGCA TCTTACCTTCATCAAATGCAGTCTCAAGTCACAAGGCCGAACTTGATTACCAATACAGGC CATAACAAAATTTGAATATTGAAACAAAACATCTGCAGCAGCTTGCTTCTTTTCTTCGAT CTGGAATTGTAAATGAGAGTTAAAGCTAATAACACAATATAGAAATAAAAACTGCAAAAA GTCTCTTGCACATTGCATGGTAAATGGTAATCAAACTTTAACTTTTCAGCAATCAGTTGT CACTCCAAAAATAAGGAGAACATTAACAGTTCACTGAAGTCGCCAATAATATCTTACATT ATTTTCCATCTTAGATGGGTTAACTCATTGATTTACACACCAGTGGCATTCCAAATACAT GTATTGAAAAGACAAATGACAGCAAATGCTTAAAAAATCATTAACAATCAAACTAATCTT GAATAGATTTTTTTGTATAAGGTAAATAATTTAATTAATGTAAAAACTCCTGTAAACAAG CTTAATACAAGAAAAATAGAGAAACCCACAATGATAAGCATCTGTATGAACGTCACACAA CCTTCTGAACTAATAAGAACTTCACGGTACACCAAAAACTAAGTAAAAATAAGAGACTAT TTCTGAGAATAAAATATATATGCCTATATCTCTATATTTCACAGTCAAACACTTCCATCA ATCCTCAGAGATATGAAGAAAACTCTCATTTAGTGGGGATTTCCACTTCAACATTATTAA CAATCAAAATTTCCCATACAAAATTATTTCATGGACAAAAAAGGTTCACTCTAGATTATC ATTTTTCACTTTGATCCGATTCCTTTTTTTTGTTTCTTTAGCTAGCACTTTACCAAACTT AGTCAAAGTTACAATCTGAGGAATATACCTCCTTTTCTTTACGTTCCTGCTTTAAAGAAA GATTAAGGGTAGATTTGCCACTTCTTAAGCCTTCACTGATTGCAATTGCCTTTAAGGAGG TAATCTTTTGCCACAGAATGCAAAACTAGAGTCTAGAAATCAATATTCACTACTTGCTTA ATCAAACTAGGTGATTTCTTCACATTTGTCGTCTAAACCTTGATATGCAGAATTACCCAG TACCCCTGTGTTGGTAAGAGGTAGTAGGGTAACCAGTGGAATAGTAGAAGTGTGCCTAAG AGGTAGTAGGGTAACCAGTGGAATAGTAGAAGTGTGCCTAAGCTAGACATGATGACACCA TAATTAAACAAAGACAACATAACACTACTTTCTTTAAAAAAAAAGAGAGAGATGCAAGAA GAAGCTCCTTAATTACTCAAAGAATTGATTGATTACAAACATAAACCAATTGAGATATCA CTAAATAATATTCAGAATTTCAGCATTTGGAATGATCATCAAATTTTGATAAATTTGATT TCTCCCCAGTTTTGATATTCATTCTAGACTTAAATACTACCAACAACAAGGGCACGGGAT TTCAAAATCCAAGGTTCAAGATTCTTTCTTCCATTCTTATAACTACTTTATGTTTGGTAA TACTGGTTCAAATTGATCAAAGATACCGACTTAATCGTAATCTTGTATGTCACTTTTTCC ACCAAAACAAGAAATTGTTACAATTGTTCAACTGCATCCGATACAAGGACTAAATTACTT GCTAAAGACTTGAAAGAAAAACCCAATAAGAAGCTCCGATTAAGCTTCAAAAAACCACAA ACAATGTGGAAAGTCTATTAAAATCAAAAGCAAAAGACCTAAAGTCGCAACTAAAAACTC AACAAAAATTAAAAAATTAGGGCTACAAAGCAAAAGGATACCAGACCCAGGATAATGGAA GAAAGCAGAAAGTTCGATACCTCGTAATCGTCCTTCATGGCTGAAATGGGTTTCTCCTCC GTTCTGTTTCTCCCTCAAATAACCTCAGTATATTAATATAGATTATAGAAACCATATTAA TATAGGAAAAAACGATATAAATAATCATCAGGGCCCATTAGCTCAGTTGGTTAGAGCGTC GTGCTAATAACGCGAAGGTCGCAGGTTCGAGACCTGCATGGGCCATTTATTTCTTTTTTT GCAATTAAAATTTCGCATGGCTGACATGATCTGTTTTAACTTAACTTTCTTCTTTTTCAA ATAATAGAATTTCTGTGTTTTAAATTAGGGAGTTTGAAAAATAAAAATATAGCGTTTAAA ATTTGAACTTGAAGTCTAAGATTATTAAAATGTTTTTAATGATTGAGCCAACATCTTATT TCATTAAGAGATTTAATCTGTGTACAAAAATAAAAATCTTATATATAGAGCAATTTATTT TTATCAAAGGAATTCGATTGAACACATTCATCTTATAAAATGAATAAAAATCTCATGTAT AGAACACATTCATCTTCTAACGTCTTATTTCGTTAGGAGATTTAATATGTACACCAAAAT AAAAATCTTATCTATGAAGCAATTTATTTTTGCCAAAGGAATCCAAATGAACACATTCAT CTTCCCGCCTCCAGTTGTTTAGTAGATTCAAGACGAGATTGAATTTGTAATTTACACGTT AAAGGAAGTTTAAAAATTAAAAGTTGACTTTCACATATGTCGATAAAATCTTATATATAG AGCAATTTATTTTTGACAAAAGAATTCGAATAAACATATTCGATTTTCCGCCTCCAGCTA TCTAGAAAATTGAAGATGAAATTGAATTTATAAGTATACGTTAAAAGGACGTTTAGAAAT TAAAAGTTAACTTTCACATATGTCAATAATAATTGAAAAAATAATTTTTTTGTTAATCCT AAAATTTTGAAAGGCTATAAATTTGTATTAATTAATTTATTCTTATAGCATATTGTGATT ATAATTTTTATAGATGAAAAAGATAATACATAAAATTTAAAATACAATTTACAACTAAAG ATGTGATGTAATGTGATAGTATCTATGTAGTTCTAAAAAGTATAAAACAATATTTTGAAA TGTTTCATTATAAAAATGAAAATTACAAAGTGAAAAGCTTTGCATATCTAACATTCATTT TAATTGTTTATTTTTGTTGACTCAATAGTTAGATATCACTTATAATGTCTTCGTGGCACT TTGTGTTCTGATTATTTTTATTATCTTATATTATTATAAGTGAAAAAGCATAATTCAAAG TTAATTTATTATTTTATTTTGGTAATATTGATTAATATTAATTTATTAAAATTTTAATGT ATTATTAATTTGAGCCCTAATTTATTTTTTTTCTCTGGATTATCATAATTGTCCTTTTCA TCGTTCAAGTTTTATAGTTTTTATTATCAGTTGTTTCAAAACCTTTTCAGATACTCAATG ATCTATATAAATATCTCCAACAATATGTCATTGTTTAATCAATCTCTTTTTTTCCTTTAT GCCTCATTCAAATACATCATTGCAGATAAAAAAAAAATGCTTTGTTTTTCCTGTTTATTG TGTTTTTTTATCCAAATTAATTTGTTTCCTTCACATTATCACGAGTTGCTCTGTTCTTCA TGTTGTTTTTTGTGTTATCTCTCATAAATTTGTTTTCTTCTTTATCAAAAGTCTTTCTGT TTTAGAAGATAAATTGAATAAATTTATGTTTTATTTATTTCCATCTGTCAGTAGCGTTTA CTAATTTCAGAATACATTAAATGTCTTGTATAAAACTCTCTCAGACCGTCCTCTAAGCGT ATATATATATATATATATATATTTCTCTTTATGGTTGCAAAAGATTTTCAGTGGTCTCTT TGAAGCCAATATGACATTATATGCTTAGAGGACGGTCTGAGAGAGTTTTATAGTATTGGC CCAGGATGATACAATAATTCTCGCAGTTGAGGAATCGTGAGGATCACATCAATGAGTTCA TTTCTAAGATGAATTAGCATAGACACCCAGGTTACCTGATCAAATTTTTTTTGTATTATC AGTTTTAGTATGAATTATTATAAGATGGAACACTTAAAATTCTAGGTGCTATTCCTTTTG CTCCACCAATTTATGTATCTCATAAGTTTACTAATTGGTTGTTGTTTATTTATACTTAAA AAAAGAGTTTATTATAATTTGTAATACATTTTTATTGATCTATTTTTATTATGTAAGTAG ACATGTAAATAAAAATGCAATAAATAAAATATTTATCACATGATCGTTTTTCCTTCATAA TATTTGTTGATTTCTTTTCCTATATTATCTTATGAATTTTACTTTTTATCCATGACATAT TGCTCGAACAAGATAGTGTCTGTGAGTGTGAGTTATATGAGTTGTTTCCTATATTTATGT TTGGAAGTTTTATTAGCCACTTTTGTTTAACATTTGATAACGACATGATTACTCATTCTT TTTTTTTCAGGGAGGAGAAACTATTTCTTCTTTTGCAGTTTTTATATCCTGGCATTTTCC TTTTTATACATTTGAGAACGACAATATCAAATTAATGCTTCGATTTTTTTTAATACATCT CAAAGCAATTTTTTTTATTTTTTTTCTCTATAATTTCGTGCAACTCAGGATACACATATT TTAATTTTTTTTTAACTTAAATATACCAATTAATATGAAATGTACGTGCAATGCATGTTC AAGATATTAATTGATGTTAAAAAGTATGAGTTGGTGTTCCTTTGTTAAGGTGGGTGATCT CCATATTTGAATTCATTAATTTATTCTATGCAAAGAAGTTGAAGTGTCCCGAGATTTGTA TTTACTTTGATATAATAATTGAATAAAAATTATTTTAGTTATATAAAAATATTGGAATCT TTCATCATATAAATAATCAGAGAAATTTACTTTTCACAAATATACCTAGATCATATATTA ATTAATCATGTATATTATATATTTTTACCAGCCATTTTTAATTTAATTGAACACCTAATC ACTAAATTAATTCTTATCCAAACTTATATTTTATTCTAAGAAGCGGCAAACTTTTGCTTC TTTTATTTTCAAAATTGATATATGTATGTATGTTTCTTTTAAAACATTATTGATATGACA AAGTATTAGTCATTATTTTCTCAATCCCTATTTAGTTGTTTACTTTAGATGTGATATATA TATTAAGGATAATTTTATTTTTATCTTAAAAGATTATCCAATTTCCTAAGTTAATAAATG TATTTTTTGATTTAAAAAAATATGCATTGCAATTTAGTAGTACTAAATTTTTTTTAGAAT TAAATAAAAACATATTAAGATTTTTTTTTTTAAAAAAATACACAAATAAATAAAAATAAA TATATATATAAAAAAGGCAATAAAATAGGAACAGAAGAACATATTATTTATATATATTTA GGAAAGTGATGACAGTTGTGTTTTTCCACTAAGAAAAACTATACTCTTTTTGTGAGTGAT GGGGTTCCTATTCCATGTGATTGAATTACCGAAATTGGCATTCTTATGGAGATATCTCAA ATTAACGGTGATTGTTTTCGTTACTCGGCTGGGACTCTGCAAACCTCCCCCTGAAGAAGA CGATGCCGATTCAAGCTACAACCCCAATAGTTACATCCTTCTATTAGACGGCACTTGCCC TTCCCTTGTCACCGTTCCAATCGAGGTTGCCACCGCCGCCGTCAAGCTCAAAGTCCCCAT ACTCCTCTACAGCGATTACCTCCTCTGCCGCCGGCGGAAATGCGGTCAATCAGTGAAGGG ATGCTCAATCTGCCTTGAATCCATGGAGCTAGATGAGGAGGTCAGAGAGCTCATCACCTG CAGCCATGTCTTCCACAGGGGATGCCTTGATACTTGGGTGAACGATGGACACGTCACTTG CCCCTTGTGCAGATCTATGTTGCTACCCCCTAAGTTGACCTCTTTCCGATCTAATTCTCT AAATCCATCCATTAGTTAGTTTTCGATGCTTATTACAAACTTCTGCTTTAACTATAACAG ATGCAAAATTAGTGTTTACAGACATTTCCTGTACAGATTTCCATACTTTTTCTAATAAAA AATCTGATAAACTTATTGAGACTTTTGCATAAGCTATAGAACAGTTACAAAGTTAGTTTC CTGTACAGATTGCAATACTATTGCTTATCAAAGCTCTGCTTTAAGCTCATGAGTTTTCTG AGCTCTTCCATTTTTGTTTGTTTCTTCCGTTTTTGATAGAGAGGTATGATGGTTAGGCTT TTCTTTTAGTCAAGGAAAGAATGGTGGAAACCATCAACTTGCTGTCTATGGGCTTGGTTA AATAAGCATCCATACCAACCTGTAAGCATTTTGCTTCATCTGATGACATTGCATGAGCTG TTAGTGCAACAATGGGAATGTGTGTTCCTGTCCCCATTTCTGATTTTCTAATTGCCTTTG TTGCTTCATAACCATCCATCTTCGGCATCTGTTAAGAAGCAATTATATCAGCAAACACAG CAGTTTCTTATAACCGTAAATTCATGCTCTACTTACTTGACAATCCATGAGGATCAAGTC ATAAGGAAGGGAATGAGAGCCTTCAGCTTGGGAGGTAATTGAATTATCATCTTCCTGAAG AGATTCATTTCTACATTCATCTGAATTAGGCACAGGTTTCAGTGCTTCCACTGCCTGTAG TCCATCTCCTACAACCACCACTTTAGCTCCCAATTTTTCCAGCATTATGGTAGCGACTCT TTGCAGAACTGGGGTATCCTCAGCAAGCAGTATGCATAAACCTGCTAGAGATTTCTGCCC TGCTACCTTATTTGAGCAGGCATTTGTGACCTCTTTGGTGGAGGTGCTTGTTAAATTATG TTCTCCATCCCTAGTTTGTCCCAGATGAGTCCTGTCAGGAGCATTTTCTTCCAGATCTAC GCTATTGAAGTCAATGAAGTAGTTGTTTAAGGTCCCATAGTGTGAAAGAGAGGCGTTGAC AAAATTTTCTTCCCTCTTTTTTTCAGGAAGGAATGCACTTGCGCATTTGTCATTTCCATT ATCTGACTTGTCAGAATCATCCGAGCAGGCGATATCGGAGTGGTTAGGATCAATTTCAAG GCATTCATGCGAATCTCCTTCTACTGGTGCATTACAAAAAGACTGCAGCTCAAGAGTTTT TTCTTTTATAATAGCTTCCAAAATCTGAATCATTTTCCCCTTATATAGTGGTCTATTGAC CATAAGTAGGTGTCTCCTTCTCCGGAGTTCCATCTTGATGGTACTCGATGTATCATGGTA AAGAATCCATGCAAACTTTGCTCTACCATGGTATTTATCAAGAAAATTTAGCTGCTCCTT CCATATACTTGTGCTCAAGTCAAGGATGCCAATGTCAACAACTATGACAAAAGGTGATGA GGCATCAGGATCTTGAATGCTCAAATCTTCAGGTTCTAAGCATTCACAAGTTGTGTCTTT CAAATGGCATCTGGATATAGAAATACCCTGAAGAATTTGAGTGAGCTCATTCCAGTCAGA TGCTCCCCAAGTGTGCACCCCATTTCTCTCTAACCACTGGGACATTATAACTCTACCCAT TTTTCCGTTGAGTGCAAGCAACACCTGATGGATGTGCGGTAATACCGCATTATACAAAAT TAGAGATGACTGAATCTACAGAGAATGATAAATAACACCTGTAATACTCTATCACTCAAG TGAATCTGTGAGTTGAATGAATACATTTAGTCCATGAAGTTTATACTTACCCTCATTTTA TGTTCCTCGAAACTAAACTGGAAGTGCTGCCCAGCGACTTCTGCTGGACAGTTTAGTTGA AGGCATAATTGCATCACTGTTCCTGGTCCATTTTTCTTTACAACTTTAATCTCTCCACCC ATTTTGTTAACCTGTATATCATCCTATCATCATCAGAAGCTGTCAAAGCAGTCAATATAT CTTCACTTTTATGCTTAAAGCCAATTCCAAGGGAAACATTTTAAGAAATGATGGATAGTG GAACTTTGCTCAGAGAGTTGTTGTTCATGCCATCCTTTACCTTGTAAGAGGCTTATGACC ACATCAAGTCTTAGAAAATCACAAGATAGAACCTGAAATTTATTTAGAGAAAAAAATTGA ACTCACCAGGGTACGTACAATGCATAGTCCGAGGCCAGTCCCACCATGCCTGAGTGTGAA CATAATCAAACGATGAGTTTTTTTCCTTCCCAGGTACTAACTAGCTTTTAAGGTAGTAAA TTCATGCATGTAATCTGTTATTTAACTAAAGAAGTTCACCCATATATGAGAACGATGTGA AAACTTCTTACAAGCGAGTGGTAGAAGGATCAGCTTGCTCGAAACTTTCAAATACAGATT CCCATTTACTTGGATCAATTCCTAGAGCAACAAAAAAGGGAAAATCCAGAGAATGAGAGT TGGTATGCAGTAGCAGAAAGTGGGATAACAAGTTAACTGTTGACTTTATGGTTATTTTGG TTATTCTTACCACAGCCAGAGTCCTCAACTTCAAACCACAAGATCATTTTGTTATCTTTC TTGGAGAACTTTTTTCCCTGGCTTTCTTGTCGTTTCAACTTCACTTTAGGAGCAGACCAA GAGTCTTTCTGATTAAGTGGAAAATTCCCTCCGCGAGCACTTCCACACCATCCGCGAAGA ATGATGTAGCCAGCTGTAAGTTATTTCTCATGTTAAAATAACCAAAATCATGACCCTAAT CTCTTCGTTTTATGAGAGTTTATATCAATATAGGGTCAGTAGAGTCACTCTGTTTGATTC GTGCAAGGGCTTTTCCAATTATGAGGACAAATAGAAAGAGTTGAAAATGTATTTATTAAA AAGTTGCGCTTACAGGTTGTGAACTTGAGGGAATTGCTAATCAGATTTGCGAAAATTTGA ACGACTCTGGCTGAGTCTCCTTTAACTAATTTTGGCATATCATCTACAGATAGAAAAATG AGAAAATAATATGCATTCAGAAAACAATGTGAAGAGTCTCGAAATCAATTTGTAAGGAGA ACAATGATGTACCAGAGAGATCTAGAACTGTCTCAACATTGTGATTAATGCACTGGACAG AGAACATATCAACAAGTCCTTCAAGTTCTCGAGCCAAGTCAAATTCTGTTTCTTCCAACA CTAGTTTTCCAGATTCTACCTGCCCAATGAATATATGATTTTTCTCAGGTCTAATTAAAA CACTCTTTTGAGTAATGAGCTTAAGCTAGCTGCAACATTACCCTAAATAGTCTATTACCA TTTCATCTATGCTATAATCTCTCCGAGGAACAGTAGGGTGACCTTAGTTAATCAAAGAGT AAACTCTTTCGAAAAGTATCATCAAAAGAGTTGTTAGTGTGCATCTTACCTTACTGAGAT CCAAAATGTTGTTTAGAAGCCGAAGCAAGGCAGTTGAGCATTTACGAATTTGAGTAATAG TTGCATACTGTTCATTTGTAAGAAAACCATCACTTATAAGAATGTCCAGCAAGCCAATAA CTGCAGCCATAGGTGTTCGTAATTCATGACTGTGAAAAAACAAAGCATGAAGTAACTGTA GAAATGTACATATGAGAAACTAAAAATTTAAACTGAGAATGAATCTTTCGCAGAGGTAAG ATGTAGAATAGAAGAGCGGAAGTAACAAAGGAGTGATGAATATTCACCTCATGTTCGCTA GAAATTGGCTTTTGTAATTGCTCGATGCCTCTGCTTTCCTTCTTGCATCTAACTGGCTTA TCAGCTCTGCTCTAAGTTTCATTTCCTTTGACACTCCATCTGTTAGTACGAAGATGCAGA CACATCCAATGATTAGGATGCATATTGATGCTGAGATCAATATTACAAGAGTCTTGATAG CCCTCTCATCTACCTTTCCCATTATATATTTCCTTGGAATGATGATAACTCCTACCTGCA AAGTTTGCAGATCATTAAGCATCGATAAATCAGCAGAACGAGCTTATCCAATCATGATAC TGAAGTGTACTAAGCTAACAATTTACCATTGGAAGTCTCTTTAACTGCAGGTAAAATGAG TCAATATAATAGAGCTGATTCCCAAGTTTAGCATTCTCTATGTGCACTTCTTGACTTGGG GTAAGCCTCTTTCCATAATCCTTCTGTAAGCACTCAGCCCCAGATCGTATAACGGGGTCT TCAGAATCAATAGCCATCATTAGCTTTGGTCCTTTTGTAGTATTCATCAAGAGAGGGCTA TTCGTGGATGTAGCGAGCAACCATCCTTCTTGAGAGGTTAAATAAATGTGACCACTATGA AACTCAACAATTTCTTTCATCAATTGACCTACACTATACAGTGCTGTAGTAACTCCTACA ACAGCAACTATGCTTTTATTCGATGGATCCCAAACTGGCAGTGCTGCTGAAAGCAACGGT GAATCTGTATACTTGCTCACAGCCACATGCCATGAAGCTGCACCATCTGGTACTTGTGAT ATACCAGCAATGTTGATCAACTCGTCTGGTGGAATAATGCTTCTCTTCCCATTCCTTTCT CCAGTTGAAGGATCTAAAGGTTCTCTGTACCAAATTGCTGAGATGTTGTTGTGTATAGTT TGGTCATTCCATCCTTGACGAGACGATAACAAATTTACATCATATGTATTACTAATAGAA TAATTGGCAAGATCAGAGTATATGTAGAATGTATTGTTACTCCTGTGATCTCTATGGAAA GCCTGAACAAAACCATTTTTATAGTTGATGGTTAACGAATTAAGAGCTTTCCGACTAGCA AACAGAGCCCAGGTTACATCCTTCATGGATTCGTACAGCTGCTGAGGGGCAAACATTTTG AATTAATAAAAGATAACAGTACCAAATAAGTTGAGCAAGAGAAAAAGGAAACAACCTCAA CTTGTTGAGCTTGATCAACAGGCTTGCTATACTTTCTGATTACATACTCTGATAGCTTAA CCTGAGCTGTAGTTATTTCAACAGTAGAATTCAAAATATTCCACATCCTTAATATTGGTC TCTGCAGAAGCTCATGACGAAGACCAAATGCGAGTGTGTTTAGTGATTTTGTTGTGTAAA CTCTAGTAAAATGCCATGTTAATAAAGTTAGCATTCCAATCAAAATTGCTAGCATGACCT GCATACAACCATACAGAAAAAGCCCAAATCAACAATCTGAATCAATCGAGATTCAATTTT CAAAATCAACAAAAATTGGAGAGCAAAACTATAAAACAGCAAAAAATTATCTCTATTGTT GCTTACCATAATAGCAAGACGAACAACGAAAACACCACGATACGATGAGTGACAAATACT ACTATCAAATGGAAGTTCTTCATCGACTTGATAATTTCTTGGGGTACCACTACCACTACG CGATGGAGATTGGTTTCTTTTGGAAAAATCAGCAAATCCAAGCATCTTACTGAGAATTCT TTCAGGCAATGATCCTTTTGGTGTAATTGGAGGGGATGAAGATTCAATGCTCAGAGTAGT AGTAGTTCCATAAGTTGCTTTATTATGTGCCATTAATATTCTCTGTTCAACTGTATAGAA AAAGAATAAATCATTAGAGTTGGAGGAGGAATTTGGAAGCTGATAGACAGACAAGTAGTG TAAATGACAGAGACTTAAAGAAGGACCAGTCAGTGTTATTATATAAAAATACTGGTGGAA ATGAACCAATGTCAGTGTGACACTGAATAGTGGGAGTTATGTGTGTTATTTGTTTACTTT GTTCCACATCCACATAACATTTTTTATTTCCTCTTCTATCTAAACCGGTCATTTGTTGGA AACAAATTATTTCAGGATCAGAATAGTATAAATGTGATAAATTATTCTAAATACTATAAT CAAACAATTTATCCCAATACTTTTTTCTTATTCCATGACTAGTTATAAGTTACGTAGCTT AATTATCTTTTATTTTAGTTTTCGACCAACCACCGAACTAGTAGCTATCACCCGTTATGT TAAAGACTTACTCATTCTTGTGTTTATATTCAATTAAATAATTTAAAAATTAAGTGAAAA TACAAATCATCTTATCATGATTAAGTGATGACTGTATGTAAAACAAAAGTATTTGTCATG CAATCCTTAATATAAAAGATTTTATCCTTTTTTATCACTCATGTTGCTGCCTGAGTAATT TAAGTTCAATCTTGACAATAAAATTCGCCCGATTTAATTCTTAGAACTTGAATGGAGGCA TATTTATTACTCCTTTATAATTAGAAGGGTCAAATACCCTTTTCCCTTTTTAATAATATG TGAGTCGTCTAGAATAACTTTATCAGTACAAATATGTATCAAATATTTTAAAATATTCCA AATGGATAAAATGCAATCTACATTAGGGCAGAAAGAGTATATAGAGTAACTGGTAAAACT TTTACCCCAGGAGTACAAAAAAGAAAAAAACTTGTATAAAGTTAAAACAGACTCAGAAAT GAGAAAACTCAAAATGTTTTTTAATCAATATGTTTGATATCAAGAACCTCCATATTTTGG ATAAATCCTTAATCATTGATCCCACCACTTGAAAACCTTTTTCCCTTTTCTTCTGTTAGT AGCTAGTACTTTTTATCATACGTAACTTCTGATTTAATTGTACAAATGTGACCTGAAAAG AAACAAGGTATCATAAAAAGGATTACACGATAAAGTAAAATTATACTAGTTAATTGGTTG TCTTAACTATCGTTCTAAATAATTATCACTTGCTATCAATATTCAGTGATAATTAAGTGG GCTAAGGTTTCATGTTCGGAATTTATATAATTTTTGTATATGTAATTTTATATAATATAA TTTGTGTAATGTTTAAAGTTTTAATATTTGTGTTTCTACGAAAATAGTTTAATTATACAA ACGTACATGTGAATTATACAAACGAGACAACTTAAACGATCGATACAACCAGCACATATG CAATTATAACTATGAAACGTAATTAAATTAATTATTATAGTGACTATTTGAGAAAATTCG CCGAAGAAAAAAGAAAGGGAAAGTCACACAAAGTCCTCAAAATTGATAAGTCTTTGGTTA TTATAAGGCTCTTTTTTGGGGGTATATTTTTGCTGAAACATACCACTTGATAGATTGAGA CTAGTGACAAGTGAGTAGTCACCATCGAAATCTTGTACTGGCATTGGCTATGCAAAAATG TAGTTGTCTTATAAGACCTTAATAATTGATTTTATAGTACATACATTATTTCTTATGGTC TACACTGCCTTGCTGTGTTGAACTGGACTCCCTCTTTCTTGTTTTTATGTTTTGTAACAA AACTCGTGCAACATCCCCATTTACAATTGCTCAATAGTTGGATTATGTTTGCCCTAAGGT GTGTCAAAATTTGTCTCACCTCGGTTAGCTCGAGTATATTATTAAATTAAAATGGAGGGA ATAATAGCTAATTTAAAACTTATAATAGCTAATTTAAAACTTATTATGAGTTTTACTCTT TTTTTTTTGCTAGAACCACAGTTATATAGGTAGAGAAAAAGTCTAACGAGTTCATGACTC GGCTTGTTGGTCTCACTTGTACTATAAAAACGCTTTGTTAGGCTCGACTCAACTTGATAA CTCGGGTCCATAATATCACAAGTTAGATTAGGCTATACTAGTACTATAAATTAAACACTA TATACTCTTAAAAAAAAATATTTCCATATATTTATCGTGAATCAAGGTCACTATACTTTG GAGAGAAATTATATGGTAATGTTGTTTATCTGAATAGAGAACACATATGCTAAAAAAAAA AAAAGGATTAATTATCAGAATTGCTCTATGCAAAAAATTATACTATATTTATTTGAGATT AAAGTTTTTTTTTATATATATATATATTCTCCTTCATATATTTGCAGACACGTCATAAAG AAACAATGTTCTTAAAATAGTGTTAGGTTATAAAAAGGGATAATGCACAAGTACCCCTCA ACCTATGACCAAAATCTCAGAGACACATTTATACTATACAAAGATTCTATTACCCCTGAA CTTATTTTATTAATAATATTCTACCCCTTTTCGACTTACGTGGCACTAACTTGTGGGCCC AACACTGGTTGACTTTTTATTTCAAACTAGTGCCACGTAAGCCTAAAAGGGATAGAAAAT TACTTATATAATAAGTTTAGAGGGTAATAGGACCTTAATATAGTATAAGTGTGTCTCTAG AATTTCGAACATAGATTAAGGAAATACTTTTACATTTTCCCTATAAAAAATAGCGTTCAA TCCTACAAATCGACCAATTTAAGACCATATTTGTGCAAAATGAGGAGAAGGACGTCCCCT TTACACTCCCCCCTCCCCCAAGGGCCAACTGCCAAGGACCTTTTAAAGTTTGCATTATTT AAAGGACGATTCCATATAAAGAGAGAGGTCATAAGTTCATATAAATCAAAATTTTCAAGA ACCCAAATATTCGAATAAGCAGACAAGCCATATATTTGCAAGATTGCAAAATATAGGAGA CACAACACGTGTATTTATTTTGGAATTACACCCAGCAAAAGGCAAAAAGGGTATCTCTCA ATTTATTTTAAAAAAACACTCATAGTGCTAAAGAGGCTGCATTTCCCTCGTTTTAATTTA CGTGACATATTTTTTATTTGAGTCCTATTTATTTGACAAAAAAGCCAATAAAAATATATT CTTTTATTAAAAATTTATTTGTTTTAAAGAAGGTCTAACAAAGTATTTTTTATATTACGT TAAATTTCATATTTAATTAAATAATATTAAATAAATTGAAATAAAAGGAATTAATTGTTA TAGAACAAAGATATTGTAAACTATACGCTAATTCATCCCAACTGTATGACCAAACAATCA GTTTGACACTATATGCTTTATTCGTCATTAAAAAGAATTGAGATATTTATATATTAGTAT AATTTAATATTTATGCTATTGTTTTGCTTTCATAGTAGGTTCCACTACATAAAAAGAAAA GTAGTTTGGTTGAATTAAAAATATTATAACCTTTTTAAAGTATAGTTTATGAATCAAAAG TTTTTATTTTTTTTTAGGTTGTGGTGCAACTCCTTTTGCCGATATTGGACAAAAATAAGT AATTGAATAGAAAAGGTAAAGCTCACAGAGCATAAGTATGATATGATGTCGCGATACGTA AAGGAAGGAGAATTCACGGTTCGATTTGGTTCGATACATATCTCAAATATATTTAAAGAT GATTAATATTTATTTGTATTAAGTAATTATATTTAATAAGAAACTTTACTAATCATATTT TAGTGATTAATTAAAGTCTAAAGCCAAACACATAACGTTAATCTATATATCGAGACCCGA GTATGTTAGCCTATAAACCAAGTAACCAACATTATTATTAAGAAAAATTGTATATAATAG CAAACTAATAATCTAAAACAAATGGAGTAACTAGGGTTTGATTTAATTGTGCTCCATAGC AAACATTAGCCAAAGTTTGCCAGACGCCTCTCTCCCAAAAATCTCGTTCGCCACTCTCCC ATTCTCGCTCACCTCTCTCGCTTTATACACAAAAGTGTATAATTTCTGTTTCTGTTTTCT ATAAAGCGAGAGAAAATTGTATACACACATGCAAAAACATATATCTCCGTGTTAAACACT TAATTATACAATTTACAAACATTTTACTTCAATTCAATTGTAGACAAATGCAAATTTTAT ACAAATATTGCAGAGAAAAAGGCCAACGTATTATACAATTGCAGTGGAATACAATTTTCT CTAGCTTTATACAACAGAAGCGTATATATTGTGTTTCTGCTTTTGTATAAAGCGAGAGAA AAACATATATCTTCTTGCTATACACTTATAATTATGCAAAGTACATACATTTTAATTCGA TTCAATTGTATGCAAAGCAAATTTTATAAAAATATTGCAGCGAAATAGGCAACGAATTAT ACAATTGTGCATTATATAATTATAGTGAAATAGGATAGCGAATTATACAATTGCAGGGTA ATAGGCGAGCGAATTATACAATTTAGGCCAGCGAATTATACAATTGTATATGTATAGCGA ATTATATAGTTTTATGTTTGCTATGGAGCGTAATAATGCAAACTTTGTTATAGCATACAA ATATGAATTTTTTATTTGCTATATGTGAAAGTTGCCCTTATTATTAATTATTTCATCTGT TTCATAATACTTGATCCTTGTTGACTTGATATATTATTTAATAAATAAAATATATTATAT TGAACTAATTTTAGTAATGGTGTTTTGAAATTCTAAAGTATAGTTGGTAGTTTACTAAAA CTGACAAATGAAATAGAACACTTATTCTTAATACAGGAGTCGAGTAAAATAAAATGACAA AACAATAGTTACTTACAACTTACTACTGTATATAAAAGTTTGACATCTAGGGGTACTCTC TTTAGCGTCCATAAACTGTCAAAGGTCGCACGAAAAATAGTCCAAATTAATTTTTTTCTT AACATAGTGGTCCGATTAGTGGGTGGTTAACTGATAAGAATGGAAATAAAGTTCATCAAA TATAATTGCAAGAGGTGGCTAAAATTAATAAAATACACTTTTAGCTCTTGCTTTTTCAAT TTTGGGTTTGATTTGTGCGCTTCATCCTCAAGAACAGTAATTAATCACTTACTAATAGTG ATCTAATTTGTGGTCTTAATTCATTTGATTTTCCACTCTATAGCAAAATAAACATATAGT GCTAGGTTCCATCATCGTCGGCTGCACAAATTATCCACTTCTATATAGGAAAAAAATAAT ATCAACTAGCAATTAGTAGTAACAAGCTCTAATTTACCAAAGAGAAAAAAAAAGGAGTAA TGTAGTGACACTTTTACTTTCTAAAAAAAAAATTCCCCTTTGAACCAATCATGTAGTCAA TGTTATGATCATTATGGGCAAAGTGGGGAATTGAACGTGCGCATGGTGAATTGACCCACT TTGCTAGAACTTGTAGTGTGCATTAATGACATTTAAATTAAAATATTTTGCCATATACAA CGAAACATCTCCTTTTAATTGAGACTCATTTTTCAGTTTAATGAAATATTTAAGGAGGTA CATAGAAAAGAATAATCAAGAAGCAAAAGTGTGCAATACTTTTAATAATTGAACAACCAT AAGTTATAATAGGTGTAATGAAGTGGGGCTAAAGAAGCAATTAAAAAATATGTAAACCTA ATTTTCCAGTGAAGGAAATTCAAATAATTAAACCCTTTGCGCCCTAATTCCGACTAATTG TACATGTAAATAATTTGAAAGAAAATATTGAGTTTTAATTTGCTAGACTCGCAAACTCAT GAATGAGTAATCTGTGGCGTATGATGATTGAAAAAAAAAAACTTCAAAATGGACAAAAGA AAAGTTTGGCAAGAACGTCAATGTCAATCTTTTGACACTAAAAATGAATTGGAGTATTTG ATTCGTTACTTTAGTTGTACTAGTTTGATAAAGAGTATAATTTCTTTTTATGTCCATTGG GATTTGAGAGCTTAGCTAGTAGTGGTAGTGTGGTACTAAGAATTGGAAAACTTTAAATTC CATGCATTTTGATATTGGTGAGTGAGTTGGTATCCGCATTATACTAGAGATCGATAAAGA TATTATACTAATAAATTTATTAGGACATGTCCAATGCTCATCACTAAGAGCTGCTTATCT ATTACTTACCAGTTCTTCTGTTTGCTAAAGGACAAGATTTTTTGGAGAATATATATATCT AGTGTTTGGTTACCAGAGTTTAAAATATCTCATAAAGATTGATACTTGATTCCAAAAGAA GAAGAAAATCTAGAATTAATGTTTAAGATTTTCTGTTTGATAACATGTATTGTTTGTTTG TCATAACAGACCTCATATATTTGTCGTTTAGATTATATTATTATCAAGCTGAAAACATGC GCGTCATGTTAGCTTGTATTATGCTTTATAAAGTTTTTTACTTAGCTCTCTCATTTTAAT TAATATGGGATGATCACTTAAAATATCATGCATATGTTCCTTTCTCTTGAGAAGCTTGTT ATCCTAAAGCATATCAATAAAAAAAAATTATGTTATTTGTCCCCATTGATCTGCTCTTTG CCATGAGCATCATATACATCCTTCGCTTATTGATATTGAATTAAAAGAAGTTAAAAAAAT TAAAATGTGAGAAGGATAAAATATAACGAAGGATATAATCGTTATATCATATTTAGATGA TAAAATTGAGGTATAGATAATCTCTTTTCCCTTATTAAATAAAAAAAATACATTAAAACA TTTTCAAGAATATTTAATATCATACCAAACACATTAATATTTTTGACAAGAGAGAGAGAG CGGAGACAAGGACCGAATTTGCTGATCAAATTTACACGTTTAACCGCATTGGCTTCCTCA GTAGATAATCAAATAGTGCCATGTTTCCAATAACCTACACAATATTACATGGTTTTCGTC ATATGGGACCTAAAGATAACATTGTACAACAATATTTGTTCACTTAGGAAATTAATGAAT AATTTTATATTTAGTTTTTTTAATTTATTTTTATTATTAATTATAGTTATTTTCATATTA TATTTTTCAAGACAATATATTTATTATATAAAAAGGGTTATCAGTTACTTAGTAAAATTA TGTTTTTATTTAGGGAAAATGCACAAGTATCCCCTTAATCTATGTCCGAAATTTCAGAGA CACACTTATATTATACTAAGGTCCTATTATCCCCTTGAACTTATTTTATAAGTAATTTTC TACCCCTTTTGGCCTACATGGCACTAGCTTGAAAAAAAAAGTCAACCAACGTTGGACCCT GAAGATAGTGCTACGTAGGCCAAAAAGGGGTAGAAAATTATTAATAAAATAAGTTCAGAG GTAATAGGACCTTAGTATAGTATAAGTGTGTCTCTAAGATTTCGCGCATAGGTTGAGGGG TACTTGTACATTATTCCTTTTATTTATAATTTTTTAAGAAGCGTGCAAAATCAATAGCAG ACAACTATTATTGGACATAAACAATTGTAGTAATGGACATGATTTAATCCATTAAATAAC ATCAAATGGGGGCACTAAGCATGAAATTTCATATTATTAATTATCGTACCCACATGTCTA AGTAAGAAGTTTCTAATGATAATACATAAAACGATGTTTACCGAATTGATCATGAGAAAC ATTTTTAAATTAAAGGAAAGTGATTTGTGACATAATATCCGGACTCTAAAGTCTAAACCA CGTATATTGTGATAGCCAGACAAGCTAATAACGAACAGACGCTAAGGGACAAGTATAGTT TGTGTTTGTATATTCTTATTTTAATAAAAAGTAATCTTACTTTGAGCAAGATAGGGCATT AGATAGCCACAAATCATCCAAAATCACAATAAAGTTAATATTCTAATTAAATTCGAGATT GAACGCAGTAAAGTAGTTTTAACATTATGCGATGGTGCAAAATATTCAAATGCTTAGTCC TAAGCCGGCCCATGATATGGATAATCATGGTGATCAATAAGAAAATCAATCAAATAACAA CTTGTCAATATATATCAAGTTGTAGTTTTGTTATACTACGAAATGATCGGTTAGGCATAG CAGATTAATGTACAGCATAAAACTGGACAGCTAGAAATTAGGTATGAATTAATGTCACTT CCCATACCACTTGTTAATATATTCTTACTAAAAGGTAAAATGCTATTAATATTCTGTTAC CATCATATGAATGTATCCGCTCTTGGCATGCACAACTTTAAAATATGTTACTAGTTGGTA AGGTCTGCTTACTTATATACCAAACCAAACATTTCTTTTGTGTTCTTGTTGAGGTGGGAC TTTTTATTTCTAGGTGTCACAGGATAAATCTGAATAACAGCAGCATCGCGAAGTAACATA ATTGTATTGAAGGAATAAAAACAGAGAGAATCCCTATCATTATATCCATGATTACAACTA AATATACATTCAATTATGGATAACATGTGTGTCTTGTCAATGATCAACTATATCTAAGCA AGAATTGTTTTCCTGGTGTCTATTCTTTTTTGAAGATAACACAGATTGCTAAGAGGGTGA AGAAGTAGAAAGTCATGAGGTGGGGCTGATGTGTGAAATTTAATTTACTGCAAAGACTAA AATCCTTATCCTCTATGTATTATTATAACATGTACAAAAATATTGAAAATATTTAAAAGA GGGCTTCAATTAAAAGCTCCACCAGTGAAAACACAAGAAAGGTCAGTACTTTGTGCTCTT GGCCTTCTTCATAGTAGCAGCTTTAGCACTAGACTTAAGTTGGGTGGCGCGATTAAAGGA ACTTTTGGGGTTAAGAGCCTTTCTGATCTTAAACACAGTCCAGGCAGTCCCAACAGCATG CCCTGCTGCATCAAGCCCTTCGCTTGCCACTTTTGCTGCCTCTTCTCCATACCTACAAAA AACCCAAAGTTACTTCGTCTAAGTTAATTACAAAAGATTAAGCAGCATGCATTCCTCTTA TTGTATTGCTTAACTAACATAGTGTGTGTTCAATTAGTTGAGTTAAGTTTCTCGAGATGA CAGCAGTGGAAATGTATTTGTATGGTAAGACTAGAGTTCATAAATAAGGATATAGCCAGG AGAGTTCATCAAACTGAGCTTTACTTCTGTGAAACAAGTTCAGTTGTCACGGTGGATGAT GTTGACATCACATTCTTTCCAGCTACTTCAACAGCATCACATATTTTGCCTATAACAAAT TAAGACAAATATCAGGCTCCTGTTGAAAGACAAATCATATACGTTGACAACATACTCTTG TAAATACAAATGCCGAATGCACTGTGCAAAGCACACAAAAGTTCTTTTATCTAACAAACT TAATCTGATACAGGTGTCTGTGAATGTGAAATAATTCTTTTGGTCCTAAATCTGACTCTT AGAAGAAAAAATAACTACTAAATGGAAAACATATAGACTCCGGAAGGCTACAAACGAAGT CAGAAAAAAAAAAGGAAGCTGTTTGACTTACAAAATCCGTCCAGAGTAGCAAGGACCATC TCTCCTGGCAGCATCTTGAAGAACTTTTTTCCTGCTACGGAATTTACAACTGAACTAGTG AAGAATCCTGAAACCGAGAGAACTCCCGAAAGGACTCCTAAAGCTACTTTCTCAGTCATC TTTGTTACTGTTTTAACCCTGAAAATTAAACACAGCACATAATTTTGAGTAGAAAGTTGA TTCTTCTCTTAGATGATTTACAGCTAGGCATATGAGTATATCCCTGATAACATATTCAAT GTAAATGCACACCAGCAACAGCTAGCTCAAATGAAAGCTAGATATCATGGCACTTAAATT CTGGATTTCTCTTGTATCATAACTTGAAACATGTACAGAACAGTAGGTAAGAACTATGTG AATAAACAAGGAAAAGATTTTCTTTTGTATTTTAGCTCCTTTGTCTATCATTAAAATTCA AGGAGATTTGGTATAAATTACAAATACCTTGCAGAAAATAAGAAGCCACAAACATAGAAA AGGCTAATCCTAATTTAAGAGTCAACATAGTCTAGATGAGATGAAGCAAGAAATACCATC AATATTAGAAGGTCACAATACCTTTGGATCCTCTTCAATGTCTCAGGACTAATCTCGGCC TTCGTCCCTGTAGCCATCCTTTGCTTTAAAACCTCATTTCCGCGCATCAATCGTTCTGCT GACACATCTCCACACCACAAAATCCCCTTAATCAGCTGCCCTGATCCTTGAGCAACTAAT TTTGCAGCTGCTCCACTATATTCCTCCACATTGGGTGCTAACGTGGTCCAATATTGAGCA CATCGTTCTTCTAACACCTCCTTCTTCTTCTCCGATTTCAAGTCATCTGGAGACAATTCC CTTGCCACAGTTCCTCCCATTGCCAATGCGGCATTTTCGTCCACTTTCTGAACAGAAAAG GTGCTGTAACTCTTCAAAATATCATCCAGCTCCTTCAACAATGCCTCCTGACCCTTTGAA GCAATCGTCAAACCATAATTCAACGAATCATCCGTCGGTCCCTTATCTTTCTTTTTCTTT TTCTTTTTTTTACCCTTTTCTTTGTCGTCATCAGTAGTGCAATCCGATTCATCCTCTTTC AGAGCTTGAAATGAGAAGAAATAATGTGAATCATCCAATTTCACCGCAGTCAGGTCCTTA GTTATCGGCCATTGAATATCATCTCCCACATTAGCAAGGATAGCAACCGTATTCTTATCT TGCAGGAGACGACACAGAGACAAATCTCCGTCAGCTAGCTCAACAGAGTAATTTTTATCG ATCAAATGAATGAGGACACCGGGGATAACGAGAAGGTTTTCCTCATGGGACTCAGGAGGG GGAGATGGAGCAGAAGGGATAATATGGTAATTTTCAGGGAAGAGATTCTCGGCGAGGTCA GTTTCGTTTAGGGTTGGATACAAATTGGGACGAGAAGAAGAGGTTGTTTGGAGATCTGGA TCATTGTGAATGACACGTGGGTACAATGGGGCTTTTTTGAGATTAGGGTTCTGAGAAGCC ATTGAAAAGCTTAGAAAAAATTATTCAGGATGGAGGAAGAAGGAAAAACAAGATTGGTTT TTTTCTTTTTTTTAAGGAATAAGAGGCGAAGATAGCGAGACACGTGGAAAATTTGTTTGG ATGAATAACTGCTATAACTGTCTGGAATCTTTCCCGCCAAGTCCATTTGGAACGACAAAT AAGAAACATAAATGGGACAAACATTCTATCCTAATTCATGTCCTCCGCGTTATTTACTTT TTCTAGAAAAAAGGAATATTTTTCCTTCCATTTTAGCACTCATTGTCTTTTTAGGCAAAA CAATGGGATATTTCTTAGTAAATAATAAAGTTTTTGTTGACTGAAGAGAATGCTATAGAG CAGATACAGAGAAAATCAAGGTCCACCATTGTGATCCATTTTGATCATCTTTTATGGCAG AGTGGTACAGTCGGTGGCCGGAGCTGAAAAAGACGTTCTCCTCCATTTATGTTCCAGAAT ATACATAATCCATTTGCTTTCTTTGGCATACATCATATTTTATGGAAAAAAATATTCTCC TCTGTTAAAATGGACTCTATGAACCAGTTATTTTGACTTTATTGGGGGTAGAAAGTAAGA AAAAATTGTTTTCAAAAATTAACAATGAAAGTCCGTATCTCCATGGGACCAAGCTCGACT ACAAGACTAGACATGTCTAACGGGCCTCCTCTAATTGGTGCAGACTCACGGCCACTGTCA TGTTCTATATTCCAGTTCATCTTCTTCATCTCATTCTTGCCTTGATTCGCCGATAAGCTT GTTTCCTTGATTGCCTTTATCTGAATATACAATGTAAATATGTGTCAATGCCCTCTAACA ATATCAGTAGACTGTCCGGGTTAGTATCTTAATATGCATTAGTTAATCAACACAGACAGA GGAAGTAGTTCTCAATATTATAAAGCTGCATTACCCTTTTTCCAGCAAACATTTCCTTCA GTTGAACTTTGGTTATTTTCGAATAATCAGCGTCTTCCCCAGCCTATGCACATCCACAAC ACATAAATCACAATGATCAGTAGTGATATCAGTTAACAAGGCACAAAACATAGGTCCAAC ATATAATGATGTCATGTGTCACACTCTCAATTTTATATTTTGTTTCAGAATTCAAGTAAA TGTAAGAAGTTAATGATTTTTCTGAAGTAAAGCCGCTGTTTCTTGGTGAAGTGAGGCTGA GACAAGCAAATGAGAGAAGATTTTACCTCGTATAGATGAGCCAAACGGATAAGTACACCT CCGTTATCCAACTCCTGGAAGATAAAAACAGAAATGACTTCATTATTTCATCAAAGGATA AGGATCATTTTAATCACTGCACGCTCTATACAATAATAACCTGGAGAGTAATCAGTGCAA CATTAGGAGGTAAACTATAATTGGGATTCATGATGGTGGCTTTGGTCATATGCGAAGCTT TCCATTCTTCCTGATTCTGCAAGATCAAGTTGTGCAATTTCCCGATATCAAGCAAAAATA TTGATCATTTAAAATTAAGGAATATCATAAGGTGTGTAGGGCCTGCCGAATTTGGTCCTC TTCATAATATGTAGATTGTTGAGATTACCTCATGTGCAAAAGCTAAAATAAGAGGTGAAT AAATTTCTTGGCCAGTTGTTCTGCGCCAACGTGAACCATCACTGTTTTTATGAATTCCCA GATAGTAGTTCCCTCGAACCTGACCAAGGGATATGAGAACAGGTAAGTTCAAAAGAAGCA TACTAATCAGAGGTTGCTACATTTTGTATTTCTGAAGTACATTTTCCTTGATGAGCAGCT AAGTTACGGTTGAAATCTTATTGCAGCCTAGGCCTGCTTTGGAATGCCATATCAAACGTA CCGTGAGTCCCTCACATGTACTCCCCACACAGACAGGCTCATCAAGGGCTTCACCCACTC CTCTACCATCATCATTGATCAAGCGCCTGGTATAATTTGAAATCCATTACATTTGGAAGT CCAACAATTATATTAAGCATGATATATTTATAAACAAACTAAAGAAAAAAGTTCAAAGAT TTGAACCTGTGCAACATGAGTTCTATTTCTCCATCCTTTATGCTGGCTCCACCTGTTGCA CGATCTACCAAAACAGACAATTCTGATTTGTTATCTGTTATGTACATTCCAAGATTTACC TGAGAATAAACATAGTATCAATACGTGAGCTCAATCATAAAAGTGCAATTTCAATTCAAG AAAGTCTGTTGGGAAAGTAACTGGATAATAGTTCCCAGCAACAGGTTGAGTAACTTGGAG GTCCCAATCAGCTCTGTAATTTCTAACCTGATGAGCAACAAATTATCACCCAAATTAGCT CAAAAATAAACAGAAAATTGAGATAAAGTGAATAAAATATGAAGCCCAGTACATTGAAAT CCTGATGACTATTTTCCTTGTTCATAAATTGCCAATGTAAAGGATGTTTATAATATTTCT GTTCCATTAACAAGCACATTGAGCCAATATAGCAGACAGATAAAAGCATGTTCAGCTAGT AAGCCAACATCAAGAATTATCTAGTTCAAATTGAATAGATGGTGATACAACTCAATGACA TTTGTTTCAATTTGTAGATAAACACTTCAAGGAATTTAAACGGACATTGACAAAAGCTCT CAGCACGTTGCCATAGTATAAGGTAATGAAAGTCAAAATGTTGAGACAATAAACATGAAC TAAAAAGGGAGAGAGTATATTGACAAGATATATGCACACAGAACAAAGAGACTATATTAA TGAGAAACTGTCTCCTTAGGTTTTATACAGCTTAAATGTACTTAAAGAGGAACGAAAAGT TAAGCTTACTCTTTTAAGAAAGTCCCTCCCATTAGAGTCAGTGTAGAACACTTTATCAGT GGCCATATTTGCTGTGATTTTGGTAATGACCTCTTTTCCAACACTATCTTCTGTCGGTAT AGGACCAATCTTCAATTGAAGAGGTATGTCAGATATACAGTTCATAACTACCCTTCAATG TGAAATATCATTCGGCAGAGTTGACTTACAGTGAATTCGAGTTCAGCGTGTTCTTTGTCT TTGTAAATCCTAATTACCTGAAACATTGACATATCAAGACATAATAGAATCAATCAATAC AGTTTATAACAGAATAAATTGGAAAAGATCAAAATGATGCTGACTAAAATTGAGTTAATC AAGGAATCATGCACCACACCTGAGATATCCATGAGTTGAATTGCTGGTGGATTTCATCGA CCAGGGGTCCACGCATTACCTTTATTGGAACCTGCTAGCAAAAAGGAAATTATTCTGCTA TGAAGAAAACTAGATACTGTGTGAGAGATGCAAATCAAAACTTCAGTGAAATAACTAATT GATTTATTTCGGAAAAGATGTAGGACCACAATTGCTGTAATCAGTTTTACTTGTTAAATA ACAGGAACAAAAGGGAGAAGACTACTCACTGATCTCGCAACTATGACTGGGGGTGATCCA TCGGGTCTGAAAATGTAGGCACCAGAATCCTGCAATGGATAATACAATTAACATCCTAAC TTACTATGTCTCCTTTAGTAATGCCATCCAACATTTAATTATACCTACAAGAACATCAGC AAGTACCTGATCCAAGTTCGAACTCGAGGCATACCAAAGATAGCTTTGTTGTACAGGTAT ATCAACCTAATAATAGTCATTTGTTAGTTAGAAGGATGAGACGGCCCTCGACATAGAAAA GAAAGACAAAGATCAACTAGATAAATACGGGGTAATATGAATTATTTTGTGTACTATAAT CATCATCAAGCATGTCTGTCACAGCTATGCACAGAAATAGAATGGAAGATCTTTTGTTTG TTACTAAAAGTTTTTTTAATGTAATTTAGTAGATGACAATCAAAGAAAACAACAGCCTTT ACTTATAAACCCACCCTTATCTTCATTCCTAAGCAATTGGATCAAAGTTCTCATTCTACT CTTTGTTTTAGATATATTTCAGCAGATGTAATCATCCCGACCCTAATAAACCGGGGAGGA GAGATGAGACTTGTATGAAGAAAAAAGAGAATATAATGCATTTGATAGCATGTAATAGAG TATAACCTGTTGACAAGGACCGTTAGACCGCGTCCAGGTAAATAACTAGTATGCTTTACA AGTCTTAACTCAGCAAGAAAAAAAATGGCAAGGATGCATTCAATATGCTTCCAGGTTGAG ATACTGACATAATTAAGAACTTACTCCTGTTATAGAATTATATAGACGTTTAAGTTGACC AGTACTTGAGGAAAAGGACGCCTTTAAGTTCCCTGGTCCAATTTCAACAGTCTCGTTCAG TGGAATGTCCATCTTTGTGACATAGCCCGCAGAGCTCCCTGTATATTTCAGCAGACATTG AAACATATGAAGGATGGATTTATCATTTTACTTTTTGAAAACAGGCAATGCCTTCTTATA TTTTAGTCATCTATGAGCATATTAGTGATGAAAAAGAGACATAGAGAGATAGAACATTTT GTATTACCCTTCTGTGAAGCTTTAGAAATAAAATAAGTATTCCAGCCAAGAGGTGACACA GACACTCGAAAGAAGAGCCAATATTTGGGAGTTTGTTTGGGTGATATTCCAAGATATGCC TTAACATACAACTTTCGTAAGTTGCTGGTAATATTATCCAACTCTATAAATTGTGCCTCA ATTAGATTTCCCATGGAATCTTTTACAATAAGATCAGCATCGTTGACCTGTTAAAGCAAA TACAATTAGATAACCATCAACAGTGAATAAGCCATTCCAAAAAAGCATAAGAGAAAGAAA GAGAATTAGGAAAATAGATCAGTTATATAATTGTCTGAATTATATGGGACTGACATATTA AATAAAATCAGCTGGCGACTGGTCTAATGATAAAATGAGCAACAGAAAGAAAAAACAGAA AAGATTATTCATTCACCGGGATCTTGATGATATCAGTTCGATTCCATCCAAGAGGATTGT ATGCCACAACAACCTGAAAGTGGGAGTATTGGTGTAAAAACATTTTTGCCAGCATATTGA TAAGGTATGAAGCATGTTAATATATAGAAGGATAATTTACCAAATTCTTCCCCTCAGTGA TGTCTTCTTCAGTTGGTGGACAATAACTTATATTGAGCAGTTGACACTGTTCACGACATG TAAAAAAATAGAAAAAAAGGACATGTCAAATAACTAGTGGTTATTTAAGACTTCTCGCCA AATTACTACTTCCCCTAAGCATATCATTTGGAAAGAAAAAACTATACAAACGGAACTTTT GAAACTTCAATAGTAACTTTTATCTACATTTGAATGTTCTAAATGTTAAGGATCTTATTA ACAATTAGTTTTTAAGCTTGAAGAACTGAAGGGAAACCCAAGTAACCGAAAATTCACCTG GTTGAATAATGATGAAGTGGTAGAACATGGACCTGATCTGGAATTAACCAGGCATGATAA AGCAGAATTCACCACAACTTCAGACTGAAAATCAGAAGAACTATAAACATTAGATCATCC TAAACAAAAGCGTAAAAACTAAAGTTCAGGCAGAAGAGATCAAGTCCAAATTAAGAATAG GAGCCCACTTCAGAAGCTCCAATAGCCAAGCGTTTTGCATAGTCATCAGTTGTATGTTGT TTAGCAGTACCAGTCACAGCATCATGGTGTTGTGTAACTCCCAGTGCATCTCCTAAGCTA AACGTGTTGAAGCCATTTGATTTCCTCCCAGTTAAGAATTCAAGCTGGCGAGCCGCCTGT CAAAGGATAATTCAAGGTTAAATTTGATGTCTTCAACCTATAATCTCACTACTGAACCCA TTATGCTTTGGCAAATATGGACTCAAATTTAAGTATATGATAAAATTTTAGTAGTTTCTA CAGAGATATCTATGCTCCATGTGCAAAATGTTGGGTTTAGTTGAACCCATTTAACATCAT TTCGCATGACCTTATCCTAGATTAAGTGAAGTAACGACAACAGAAACTCCAATTGTTAGC AAGATTAAGAACAATTTACCAATCACCGTGTACATTGAGGTACAACCATAATAAATGTTG ACACATAACACAATAACCACTTAAAAAGTAAACACACTTTTACAGTTTAAGCTTTTAGAT GAGATTAGTTGCACAGTCCAACATGATACCAGAGCAAGAACGAGGTCAATAAAAAACTTA AGCCAACATGTGAGGAGTGTGTTGAGACATAATATGATAGAGTAAGTAAATAAAAGTGTG CTCTCTCTAATAGCTTAAAGTATTAGATCAGATGGTCAGATTCCAACTGTAAGGATATCT TATTAAGCTTCTCATAGAGACCGGTGACAGAAACTAGGTTATCAAAATGGAGATCACAGT TACACAATTTTCTTTACTACATTCAGGTTCCTTTTGACGTTGATTTTGTAATATGGAATC ATGGAGCCAGAAGAAAGAAGCTAAGCAGGCTCACCAGATAATATCCACTTAGCATACGAA TATATCGCTTTAAAGCTGGTCGACTGGTAAAGAAACCAGTCCAATAAGAATTTTCACCAT CTGCATATCTGAAATTAGTTAGGGATGTTAGATAAACTCCATAAAATATTCAAGATAAAC CAGGAGGTATAGAATATCAAGCAAGTGCTCACGGAAAGTAATCATCAGTTTTTAGAGGCC AAGATTCATTGGTTGCATGTTTTGTATCTACATAAATTGATGGAGTAGAGTACAATGCAT TCACTCGACCGTCCTGTCAAAAGAAAATGAGAGCAAGTTAGTCTCTATGATTTTGCAAAT GTTTAAACTGGACTGGAACAAATAGAGCTATTGGTTCTCCATTAGGATTCGCTCATGAAG TTTTTGAGCTAGCTGATAAATGTACTGGACAACACCAAAACAGGCTAAGAGTCTTGTTAT TACATTTTCTTGAAATAGAACTTACGAGAAGACATATTGAAGCAATCACTCAGACAGTTG AAGAAACGTGTTCAAGATTTTTATCGAGGATTTAACTAAATTTCTGCAGAGCCTGAAGTA TTTACCTTGTTGACATAGTGAATTAATTTATCCATTTCCTTGAACCAAGATTCAGCATAT TGGTATTGGAAGTCATCTCCCATGGTCCACATGACGTGATTCGTACGTGTCACGTTTGCC TACACATCACAATATTCAGCTTTTCATTCATTGCATTTACATGTAGATCTATTTCTAGCT ACAGTTCTACGAAAATTGATGATTATGAATAACTGAAAAGAATTGTAATCAGGGTACTTG TGTAATTGCAGCATTGATGAAGTCATTAACCCGTATATCGACATTTATGTCAAAGATAAG AGGATCATCCTGCAATTCATATACCAAATATATCAGAAATTTGTTCTCCTTTGATATACT AAAACAAACCATAGAGAGACTAATCTTTTATTTCTGCCAGTACCTGGACTGGAACAAAAT CATCAGCATCATCCACTTCGAAATGAAAACCATGTGGTGGACTATAATGTACAGGAAATG CGTTGGTAAATATCTGCAAAGGAACCACAAACAGTGTTAACCACAAGTGAGCAATGATAT AAAATAAATGCACAAAGCTTAAGAATGCTTCATCAACCTGGGAGGAAGAACCAAATGTTC TCGAACCACGCCATATAACCTCAAGAGCTTTATCCTCCTTACGTTTTGCTCTGTCTTGAT AATCAATGCGCGCAAAGTGAACAGAATCAAATCCTACCTGTGAAAGTTATCCGGGAGAAG TGAAAGAAGTATCAATATTTCGAGTCAGATCAGGATTATAAACTTCAAAATAATTTACGT CTAATAAAAATTTAAGTTATATATAATACACTCTAAACCACATCTTATGAACGCTCAGCT TACATACCTCTGCGCCAAGAAGATAAGCTTGCACGGCAGAGTGCCCAAATGGATCGATCT GCCATCCTGCACGAGGAGTGATATTGAATTCATTCTTTATCAGTTGATGGCCTAGTGTTG TCTGATCAATCATATCTATATAATGGGTAGTCGCTTCATCATGCATACACCAACCACCAT TTCTGTTCCAGAATTCTCTTTTTCATAAAAAATTCACCCGAAAGAACATAAATAGAAGTT CCTTGCAAGAAAGCTAACATACACGAATTCCAGCTGGCCAGAAGCTACAAGATTTTTCAC TTCTGCTTGAATTTCCGGGCTTTGCCTAATCCACCACCGATGGAAAAATGCCTACAGAAG GATCAACAGAAACATGCCTAATGAATTGTGCATCTTTTGTTCCTTATAACAACTTCGCCT CAATACCAAATAAGTTGTATGCACACAAAATTAAGAAGAAGAAAAACAGCTTTACCATTT CAGCAAAGACAAATTTCCTATTCCGATCACGACGTAACGACATAACAACAGAGTCCAGTA CATTTTCAACACAGGCACCCTGCAATGCATCATCAATCATTTTTTACTAACAACAGCTAA AACATAATTTCCAATTTGAATATAAGATGTAAATATGACCTGTATGCTATTATTTGATCC AACATAGTACTGATCAACAGTCTTTAACCAGCCAACATCATCGTGTGAATGAGGAACCAA ATGAACATTCAGTTTGCTTTCAACAATGTTACCCCCAGTATTGTACTTTAGGTATCGATT AGCACCAATTGCCCCATAAACACAAACAGTACTACAGAAAATGAACAGAAAAACTGAAGC TGGATTAACAGAAGTTCTCATTTTCAAACCCAACTTAGAAAACTGTGATAAACATGTTTA CTTAAATATATATAGAGAGAAAGATTGAATTGCTAAAATCTTCTAATTTTAATTTACATT AATGCTAAAACATTTATTTGCCTTTTATTCAACAATATTTGCTTTTTTCTCAAATACTAC ATTTCAGACTACTTAATTAGCTTGACTTCTTATTTATGTAAGTTGGACTTTTTTTTGCGC AAAATATAAAAAAGAAGTCAAACTAAATAAATAGTCTGACAATCTAGTATTGGAGGAAAA AAAAGTAAATATTTTAAAATAAAAGGAAAATAAATATTTTAGTCTTAATGTAAATTTAAA TTAGCAGAAAAATGCATTTTAGCAATTCAATCTTTCTCTCTCTCTTTATATATATATATA AAGTTGTCGTTTACAGAGTTTTGTTTATGGAAAGATTTTATTCCAACATGTTTTTGTTTT TTTTTTTTTCATATTAGTGGTTATCATATGTAGGTCGTTTGGTCAAAGCATATTAATAAT ATTATGTTTAAGTATAGGTTTATTTGTCATCTAATCAATCACCGTCTTGATTGCAATTGT AAACTTTCACATGATACCCTTATCAGTTTCGAACCTTACATAAACGGTGTTGATACATAG CATTTGATACATAAGATTCTTTTTATTAGCTTAAAAAGAAAGAGAAACTTCAAATTAAAT TTTTGATACATTGAGAACAATATGTGTATCAGGTACATGAAAACATTGAGAAAAACTAAA CATTATACTTTTGAATCATGTATATGATATGTTGGGACTGATACATAAATTCAATAGATT ATCTTGCATTTATAACTTGATACGTTGTGAACGATTAAACAAATATATATTTATAACATC AAATAACTAACAAACTTGGGGTTTTATGTATCAAAAAATAAATGAATGATGATAAATTAC AATACCCTTTATTTGAGGGTTTTTTCCACAATCATTTTAGAAGTCGAAGATGTATCCTTC TCAAACTAATTGGACAAAAATCAATACTAAAAAATCAACCTTCATTCATACGTATCAACA AATTTTTAAGATGAAAAAGCTTTTCAAAAAATTAAAAATAAAAAACTGAAGTGATTCAAA GAATTACCTCTTGAATATTTTGAATTATTAATTAAAAGAGAAAAGATTTGAAAATTAAAA AATGCATTAATGGAGGTAACAGTGGAGACTTGGGAGATTTATCGCATGGAAAAATAATAA TATTGAGTATGAGATTTCAAATTGATGTATCCAAAAAGGAAATGAGTGAGTAGAATAAGA CATTTTTTATATTTTTTAAACAGTAGAAAAAGTTTAAAAAATATGATAAAAAATGGTGCT TAGTTAGGTAATATTTTTTTTTAAAAAAAAAAGGGGGGGGGGGGGGGAGGGGAGGGGGGT AAGTTGATTGAGAAGCGAATGCTTACCTAACAAAATAAAAATTTCAATAGTCAAAATTAA ATAAGCTGCTAAACTTTTCTTCCCTAACAAATTCTAAATAGTGATATAGTTATTATAAAT CAATATAACTCTTAATCATATTTTGAACCATGACAAGCATCAATATATTTTTAAAAGTCC CCACAAATCTTCATCGATTTTATAACAAGAATGACTCGAAAAATTTGAAAGAATAATCAA CATGAAGTATTGAGGTAAAATGTGACAAAACTGCATTGGTTTTTCCCATGTCATGTAGTA CCAGCCTTCCTGTCACATTAGGAGGGAGGGACATTGGATTTCACGTGCAAAATGTATGGA TGCTTTTTTAATTATTCCAGCCTGTTTTTTTTTTTTTTTGGTCTAATTCCCAAAAAAATA AAAATAAAAAGAGGAAATTGTTGTAGGGTCTAATTGGTTATTGTTGGCGTAAATAAATAG GTACGAAAGAAGTGAATCACTAGGGGACAACAACACGAAAAGTAAATTAAGTAAAAAGCA ATTTGTCAAACAAGAATCTTTTTTTAAACATAAAATGGTATAGTACCCTTTGTTAGCCTT CTTCATAATATATTGTATTGACAATTTAAGTACTAACATATATTTAGATTATCTCTATCT AACAGTAAAGAGACTTAATTTGGTGTGGTACAATAGTTGTTATTTTTCGATTTTCTTGTC TACATATTCAATTTGAGTTATAACTACAGTCCGTAATAAATAATACACTTGCTATTTCAT AACCAACAAAAAGAGTAAACAACATTAATTTTCTTACTAGCGAAGAACCCATTCACCAAC AATTCAACATGCACAATGAATGAAGAGGCAATATGGCGCTTTAGTATGACAAATCATAAT GACACAGACCTCTAAAGTTGAAATTGAGCATATTGTATATCGTATATACATACAAAGGTA TTCAAAAGTCTTTTAAAAGATTGGATTATTTCGTCCATTACCTTGTGAATTGAGTTAAAT ATAGTCCTAATCGACTAGTCCGCTAACATAACACCAAAAGTTTCAACATCAATACTATAT ATTATTAAGCACATGATTTAGTTTTAATGGTTCCAATCATTGTACTGCAATTATTGATGA CAAGATAAAGACGTGACACAGACACGTCCAAATTTGATATAAGTTCTTTATCCTTCTATC CATGAATAAAGTCGATCTACAAGCGAAGAACTTGTCCCATCATTCGTTATTTTGAGCAAG GCAATATGCATCATTCTCTTTTGATGTTAGTTAGTAATTGGAAATATTCAATGCCCATTG ATATTAACATTTCTGAAGTCTTTTAAGGACAAACCTAATTTCTTGGTTGTCATCCCATTG ATATTAACATTTCTGAAGTCTTTTAAGGACAAACCTAATTCCTTGGTTGTCATTTGGTAG TTGTTCTACAATGAATGCCTTTTAATACACAATGACGTCTGAAATGCTAGGACATCAAAT TTAATTGGACCTCTCCAACACTATTCTTAATCCCTTAAAAAGAGAAGAACTCTTGGTATA AAAGATCACGAGTATATCAATAAACAAAGGCAATCAGAAGTAATCCGAATCTGCATTTTC AGTGATCACAAAGGATGTTAATAAGAGGCTAAAATTAAATGTTTTTGACACTGAAACATT AATTGTCACTTCATAGATTTTTTGGGGACGCATAATTTTTCACAAAAGAAAACGCTGGGT AGCTGAAGGTAAACACCATCTTGTTTCTTGCTAGGATCTGTCCTTAACGTGATTTTTTGA GAGAGAAATACAAATCATCTGGAAGCCACCACAAATGAATCTAACTGAAAGTTCCATAAT CTTATAATAGTACTTTAAAGACGATTCAATTAGTCCCTCAAGAGTAATGAGATACAGCCC TACCCCACAGACATAATAAGACCCATTCCAATGAGCAATTTCAGCAGCAGCAGCATACTT GATTACCATCTGAACTTCTCTACCTACAAGATTAACAGTAATGTTCATACTACCGGAGCA AGGTAGGAGTATACATAACAAGATGCAGTTTTCTTCAAAAACAAAGCATTAAGAAGTTAT ATACCTGAGCTGCAAATAGTTGTACGCATCTTTACTTCTTGTCCTCTTTCTGTTCCTTAT CATTGTCCTCATCCTTCTTCTGCTAGGACAAGTTAGTTCATTTTTCAATTCTATTTGGAA AAACAACAGCAAACATGCTACTTTGGTAAAAAGATGACCCCTAGAAATCCCTGGCTTTCC TCCTTCCACAATGAAAGATAATATAACCTTAATGAAAACACAACTGGAAACTAATGGTAA GGAAAGAAAGCTGAAGCATCAAGAGTAACATAATTGCACCTACTCGTCTTTTTGATATAT TTGTCACCCATACTGTTTTTTCGTTTACTTGGAAATATTAAATAATACCCTAGGATCTGT TAAGACGGAGGTCTTCTAGAATGCAAAAAGGCTATTTTAATAGGCATGGTCAGCTTTGCA TCTCTTGTCTGAAGAGCACCAATTCTTAAGGGGTCGTTTGGGAAGAGGATGCATTAGAAA AAATAATGCATGTTAGCTATGTTAGCTTTGTGTACTCCTAATGCTTTATTTGCTACACTT TCTCAACCTATCTCTATCTGGTATTATGATGTGTATAACTAATCCAGGGGAAACCCTGGC ATTAGCAATGCAAGTAGTTTTGATGAATGCATTAGTATGGTTAAAGACACTTTCTCCACA TCCTTTCCACCATTTTTGTCGAGGGTATTTTTGTAAACAATTTTTTTTTTTGGAAAATAT GTCATGCATGTTATATTTCACACCGAACGAAACACTTCATAAGGAATAATCTCAGCATAC CAACATCATTCATATCAGCATTACTAACAGTCTAACACCATATGAGCTCAAAGTACAAAT ACAGGCACATAAACCAGAAACAACAATTAAACAGGAAACTAAACCCGAATACGCTCTTTG ATTAATAATTAATAAACTAATTATAATTAATAAGCTAATTAACTCACCTCGGACTGCCCT TGCATGGAAGCAAGCAAATCTTTGACAGAAGGATCGTTTGGATCAACACCTGGAAGCTGT CAATCAAATGCAAAGTTAAGTCAAAAGTGGCAAAAGATATACACTGCAATCCTTAAGGAA AAACACATACTTTCTCTGGTGAAATAACAGAGTTTTGTGTACAGGAGACTTACTGAGGCA AGGATTGATGACACAAATGATTGATCTGCCAACAGCTTACTCATATCTGTCGGATTTGAC TGATCATTTGTACTGTCTTGCACAGACAGTTGAAGAGCTGCAAGCACCAGAAGGTTCGAG ACAAATCAGAAGTGTGCAATAATGAGCGGAACTTGTAAGGTAACAACTACAAAGGATACT GTGCAAGCTTCGACCTTTTCAAGGAATTGGGGATTTTGATAAGGGTAAGCCAGTGCCATG AACAGCCAAGTAATAGAGTCTAACACAACCTCCATTGGCAATTAAAGGCCAATTTCAGGA CAAAAAAGGTTAAGTAAAGCATAAAATAATAGGCATTTCTTCAAAAAATAAACCTTAACT ACTATGTGAGCCCATTCTATCATATATTATCATATCGAGAAACACGGAGAGGAGATCAGA TCGGTGCTCGTTTTTTCTTTTGAACCAGAGGAGTGGGGCCCCCGCTCCCTCTCTTCCTTC AAACATCAACTTTTCAAAATACAATACTCATGTTGTGGCACACTTCCCTTCTAAATTTGC CCAAAAAAAGAACACTTTTCTATACTTAGAAACAGCTTAACTTTAAACCTCTCATTTTAT GCTTAATGAGATGAATTATAGCCACATAAATGCCCATGACTTGTTTCAGGCCACAAGTTT TAAGTCTTCCATTCTTTCTTAAATAAAGTGCTCGTCACCCACGCCACATAAATTGAGGCA GAGGGAATAGTTGTTTTCGATCAGGAAATCATTAGAAGTGCATAGAATAAGTCAAGATTA GTTATGCACATCCTAGGTTAGGTACGTTGTGAGAAATGCAAGAAAACAAGGAATAAATAT TGTGAATGAACTTAACTGGGTTAGGTATGTTGCTAACAGTTAAAACTATGTATCTATGAG GTTGTGACAGGATACCAGCATATCACCATTTAAGACTGCAGATATCATAACGTACCAAGT GCCAAGTCTTGATCTTCAGAAGCCGCTTCTGACATGTCAGTGTCTCGTGTAGCAACATTG GAGGACGAGTCATCCATCGACATTGCAAGGGCTTGCTGTAACAAGGCATTCTCATCATCC TGCAAGAGATCCAATTATAATTGAAGTGTTATTTCATCTTGACTTCCAAAAGGCCAGCAT CAAATACCCTTCAAGCTAACACCCAGTTTTATTAAAGAAAATTTTCAGTGTAAAACTACA GGAAACAATATCCTCTTGCATGAGTGTGAACAAGGTAAAGTGCAATGCCAGAACAACTCT TACTAAGGTATTTAAGGAAGTCCAAGAAAATAGAGGATTGATGCAATTCCAGAAACTCAA TGTGTAATACATGGTTCGGCTAACCAGTAGAGTCTTGCACCCCACCTCCCCACAGAAAAG GAGAAAAAATTCCATATACCAAAACAATCTCAAACTTGAACAGTTGATAGGAAATATCAC ATTTAGTTACATCCAAAAGAACGAAAAAAGTTCTTTTTTCCAACTAACATTCAGAAGTAT CAGATATGAAGAATATGGATAAGATAAGAACCATTAGGTCAGTTGCTTTGCTTTCAGGCT CAGAAGTTCCTGCATTGACATTTTCAGCCATAGCAACATCCTGAGAAGTAGACTGATTTT CTCCTTTCTCTTGGTTACCAGCTTCTTCTGCAGCCTTCTTTGCAGCTGCTTCCTGCCTCG CCCTTTCTTCCTCCATTGAAACTCGGAGTGCGAGAGCAAGTTCTGGATCCAAATTAGGAT CTACACCAAAATCATATCCAGACACTCCACCAGCAGCAGCCGCTGCAGCAGCAGCAGCAA ATCCACTGCCACCTTCTCCATCACCAGTGAAAATAGGAGTACTGCCGATGACAGATGAGG GATACAACTTATTAAGGAATTGCTTTTCACAAGTACAGGCAGAAAAAATCTTATTTAGTA ATGATAACAAAATGGTAGGATAAGAAGATGGTTATATCAGGGATCACCTTATGAGAACAT CAGAGAGAGCATTAGGACCAGGAGGAATATGAATGATGTGACTACTGTCGTTGGTATTAA GCGCAGCAACTAGTGCCTCTAGCTTCTCAGCTTTCCCTTCATCATCTTCACCAAAATTAA CCACATCAAGAGCTACACTATTCTTCTTCAACTTTCTCCCAATCATCTCCAAGACCTTCT TGTCATATTTAACAGGGCTGAAAGAAGTGAAATGTCAATAGAATGATCAAAAGTTGAAAG CAGCAAAGACAAAACAGAGAAAAGCATCTGAACATCACCTGCCAGCAAAAACAATAATCC TTTGTTGTTGCTTCTTGTTTTGTCGGTGCTTCAAAGCCAACTGGGCTACCTGGATTCCAG CAGCCAAATTCATCTCACCGCCTATCTCCAATCCTGAATGAGGGAAGACAAGGCCAAATC AGCAACTAAAGAGTTAATACAAGAGTTCATTGAACAGCCCAAGACACTAAGAGATACTAC TGTCATGCAGTAATATAGAACTCAAGCACCACAAGGACTTCGGAACCACCTTTTTGATGA AAAAAATATATCCATTGATGGCATCGAGAAGATATAGGAGTACAAAAGTGATTCAGATAG CTCCATAATATGGGGATTAAGCCAAGACTGGAAGCTCCCAAAATCTATATAAGATCAGTG TTATTTACAAGGGACAGTTTGCTCCAGCTAAATAGACCCAATAGGCACCTAGCTTTCAAC GAGTGGTTTGGAGTAGACCATCAAAACATAGCACAATATCGTTCCATGAATACACACCAA AAGTACTGATGGGAGTTGGGACCATTCTCCTGATTTTCTTGATGATTTTATAGTGAAAAT CAAAGCAATAATACATACGTATCCTTTTGTGCAAACATCTGGAGAACAATTCACAAGATA ATGTAATTATGCAGTTCACTTCCTACCTAGCCCCCAATCTTGACTCCTATTTTGCTACTC TATACACTTAACAGATAATTGGCATATCATTCTCCCTCGCCCCCTTTTTTTTCTTTCCAG ACATCTTTTCTCCTCAGGCTCTATGCATCTGGAATTTCTTTGAAATTACAAAGTGGCTTC AACTCTACATGTAAATACTCCAGAATTTAAGCTTAAGCATAAGACACCTTTTTGAAATTC TTTTTGTTATTTGAACTGGTAACTTAGCATTCCTCGGCATGCTGGTCACCTCCAAAAATT TGAACTTAAGAGAGGCCAATTACAGTAATCCTATGAAGTCAACTAATTGAACTTCCTCGA TACATTGCTCTAGACCAGAGAGCATGGAGGTCAAGGATTAGGGTAGAAGGCCAGTAGGTA GTTGAACATTTTCTCTCTATTCTATGGGAGGGCTTGACTCTACTTTAGAGCACTTTATCC CCCTTATCAATCACTACTAGTGTGCTATTTTTATCATATACCTAAATTTTATTGTTATTG TTGTTCCTTTTACTTTGTTATCAATACTATTTTGATGTCAATACTTCTCTTCTTCATATT TTCATCATAGCCTTTTGCTCTTGACCTGTTTTGAAAATATTTTTCTTGGTAGAGGTTCTA ATTGGAAACAGCCTCTCTAACTCCCCGAAGGAAAGGATAAGGTATGTGTACCCCCACCTA CACCCTCTTAAAACCCCAGTGTGTATGTTGTTGTTGGTGTGCCTATCATACTCCTTACAT ACAATATTATCCTTCTGAAAAGGCATAGAACAAGTGATTAGGCACAGTAAGAAGATGACA TTAAGTCACTAACAAGACAAGTGTAACAACCCATGGAGTAAGGCAAGAAGTAGTTAAACA TGCAATGACAGGTACTCTAGCACCTCTAATGATAGATATCATAATCTGTCTAGTCACACC TCTTCTATATATGATGCATTACACCCAAAACAAAGTCCGAGGAAACTGAGCTCTTTAAGA TACTTCTAAATACAAAACTCATCTCCACATGTCTACTCTTTTCCAGGTACCTTAATAAAC CTAGCGCCCCAATATATTCCATGTCAAGGTAACGAAAGCTCTGGGCTAGATAAGTTGTAA TAAATGCCTTTAAAAAAGCGTAAAAAACAAGGAACAGAGCTTACCGTGCATACAAGCTAA AATTTTTCCAAGATCGCTGGTCGGAGTGACTAACACTCGAACCCCTTTACCAGCCATCGT CAAAATTCCAACTGTATTCTCGGGATTAGACTGGATCACACACAAAAAAAAGGAACAGTT AAACTTAGCGCAATTAGTTTTCACTAAAAGTACGAGAACACCCAGATATATCATAAACCC TAGAAAGAATATAACTTGAGAAATATAATCGAAACCTGGGTTTTGGCACCACAGATTAGA TTAACAGCGTCTGCTAGAGCTTGGAACCTATTGGGCGAGTAATCACCGTTTCTCATCCAC TCCGAATTGTCGATGCAGATCATTGTCGCCTGATTAAAAAAAAAAGTTAACAAAAATTAA CCCTAGTTCGCTATAACATTGTAGAGATAGAACTGAAATTGGAATCAATAAACATTATGC AGACCTCGAGCACCATGGTTAACGATTGAAGAAAAATCCAATAATTGGAAGATTAAACTG AGAAATCTTTTCGTTCTCTCTGAAAAATAAATTGGAAGGAATTTGAGTTTACTTGCGGAG GGAGTTGGTGCTTTAAGGAGGAAAAATCACAATCCGAAGAAGATACAGGATAGTTCGCGT AGCGGTGACGCGGGTCGGGTTTTTTTCCTAAAAGAGCGGCCCTATTATATACTGTTTTTC GACTTGCAAGTAAATGTATCTAAGGCCCAATTGAGTTAATTTATGTTTATTTATTATATT AGAATTAAGCCGGATAAAATCGTATAGAAAATTGAATTAAATGGGAAAAAAAATTGTGAC TAGATAGTTTGATTTAGTTTGTTATTCAAGAAAAAACTGAAATTTATTTGGGTTGTTTCA ATTTTAATTGAAAAAAATCAATTCGAGATCAAATTAATATGATATTATATACATTTTACA TATAAAGTATTATTTTGATATAATTTGTAAATATTTGTTATATCCTTTCATAGTTTTTAT CTTTTAAGATTTTATTCAAATTTGAGGCTTATAATTTTGAATGGTACAACAAAGGTTGTG GATTTGTAGTTCATTATATTAGTAGTTTAATAAAAGCTTAAATAAATATTAATGCTTAAA AGATTCAAATCAACACTAAGAATGACAATAATGTTTAATATCTAATTTTTTAGTTTTACA TTAATTTACATAATTAAAATCTATAACTTAATTGTAGTTTTTCTTTTTAATGTTAATCAT GTAATTTTGATATTTCTTTGACTTATTTTAGTATGATTCAGTATTTTTAAATTATAGACC TTTCCATTATGACTTATCAATTTGCATGATTAGTTTTATGCAACTTCATTTAAATATTTA AGTGTCATCATTCATTTTTTTTTTCATGTATTATTTTAAAAAATATCTTAAAATAATTGT ATTTTGGTATGACAAAAAATATATTTGAACACAAGTTAATTATACGTTGTATGAATATTT TATCGAAAAAACCCTAAAAGAATCAAAATTCAAGAAACTCTAAAAAAACTTCACAATAAA ATTTGAGGTTGTTCAACGACATCTCCACCCCCACCCCCATCTCAAATCTTATTAATTTAT TTGATTCATATATTTAAAAAATTGACATAAATAATTTAATTTAGTATTTGAAAAATTCAC GCCAATTCCATTTATGTACACCCAACGGCTAACACCCTAAAAAGGCTTAGATAACGGATA TCTTTATATATTGTTAAACATTAAATACTACACAGAATAACCTAATTAGAACTA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.913 24499 24820 match_2 match_part 0.905 24499 24804 match_3 match_part 0.908 24500 24945 match_4 match_part 0.947 32062 32080 match_part 0.984 32180 32303 match_part 0.989 34015 34200 match_part 1.000 34345 34432 match_part 1.000 34631 34687 match_part 1.000 34786 34792 match_5 match_part 0.947 32062 32080 match_part 0.984 32180 32303 match_part 0.978 34015 34200 match_part 0.972 34345 34416 match_6 match_part 1.000 35931 35958 match_part 1.000 36035 36094 match_part 1.000 36749 36865 match_part 1.000 37134 37323 match_7 match_part 1.000 37149 37373 match_part 1.000 37457 37522 match_part 1.000 37643 37732 match_part 1.000 38639 38728 match_part 1.000 39000 39089 match_part 1.000 39361 39429 match_part 0.988 39509 39589 match_part 1.000 39698 39730 match_8 match_part 0.978 37149 37373 match_part 1.000 37457 37522 match_part 1.000 37643 37732 match_part 1.000 38639 38728 match_part 1.000 39000 39032 match_9 match_part 1.000 38663 38728 match_part 1.000 39000 39089 match_part 1.000 39361 39429 match_part 1.000 39509 39589 match_part 1.000 39698 39805 match_part 1.000 39895 39998 match_part 1.000 40135 40248 match_part 1.000 40340 40345 match_10 match_part 1.000 38663 38728 match_part 1.000 39000 39089 match_part 1.000 39361 39429 match_part 1.000 39509 39589 match_part 1.000 39698 39805 match_part 1.000 39895 39998 match_part 1.000 40135 40226 match_11 match_part 1.000 38663 38728 match_part 1.000 39000 39089 match_part 0.986 39361 39429 match_part 1.000 39509 39589 match_part 1.000 39698 39805 match_part 1.000 39895 39998 match_part 0.954 40135 40199 match_12 match_part 0.853 39931 39998 match_part 0.982 40135 40248 match_part 0.932 40340 40942 match_13 match_part 0.980 40151 40248 match_part 1.000 40340 40954 match_14 match_part 0.969 40184 40248 match_part 0.894 40340 40942 match_15 match_part 1.000 40185 40248 match_part 0.998 40340 40963 match_16 match_part 0.944 49086 49406 match_17 match_part 0.927 49086 49332 match_18 match_part 0.930 59010 59423 match_part 0.938 60284 60331 match_part 0.962 60694 60773 match_part 0.896 60854 60901 match_part 0.963 61639 61692 match_part 0.980 61809 61857 match_19 match_part 0.930 59010 59423 match_part 0.938 60284 60331 match_part 0.950 60694 60773 match_part 0.854 60854 60901 match_part 0.944 61639 61692 match_20 match_part 1.000 61877 61911 match_part 0.968 62019 62326 match_part 0.963 62685 62792 match_part 0.944 64924 64959 match_part 0.903 65543 65892 match_21 match_part 1.000 74256 74384 match_part 1.000 74462 74586 match_part 1.000 75286 75335 match_part 1.000 75488 75553 match_part 1.000 75652 75697 match_22 match_part 1.000 74327 74384 match_part 1.000 74462 74586 match_part 1.000 75286 75335 match_part 1.000 75488 75553 match_part 1.000 75652 75700 match_part 1.000 76490 76572 match_part 1.000 76672 76751 match_part 1.000 76848 76852 match_23 match_part 1.000 79657 79943 match_part 1.000 80075 80124 match_part 1.000 80239 80304 match_part 1.000 80836 80884 match_part 1.000 80985 81069 match_24 match_part 0.993 79661 79943 match_part 1.000 80075 80124 match_part 1.000 80239 80304 match_part 0.939 80836 80884 match_part 0.814 80985 81070 match_part 0.943 81171 81223 match_part 0.968 81316 81409 match_part 0.971 81555 81623 match_25 match_part 0.875 80877 80884 match_part 0.988 80985 81070 match_part 1.000 81171 81223 match_part 1.000 81316 81409 match_part 0.992 81555 81945 match_26 match_part 1.000 80877 80884 match_part 1.000 80985 81070 match_part 1.000 81171 81223 match_part 1.000 81316 81409 match_part 0.997 81555 81945 match_27 match_part 1.000 80877 80884 match_part 1.000 80985 81070 match_part 1.000 81171 81223 match_part 1.000 81316 81409 match_part 0.997 81555 81945 match_28 match_part 1.000 80877 80884 match_part 1.000 80985 81070 match_part 1.000 81171 81223 match_part 1.000 81316 81409 match_part 0.997 81555 81945 match_29 match_part 0.975 81598 81958 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_30 match_part 0.990 10844 10741 match_part 1.000 10551 10480 match_part 1.000 9791 9685 match_part 1.000 9583 9490 match_part 1.000 9293 9189 match_part 1.000 9100 8909 match_31 match_part 1.000 11282 10984 match_part 1.000 10850 10741 match_part 1.000 10551 10480 match_part 0.990 9791 9689 match_32 match_part 1.000 13369 13279 match_part 1.000 11396 10984 match_part 1.000 10850 10812 match_33 match_part 1.000 13488 13279 match_part 0.971 11396 11222 match_34 match_part 1.000 13340 13279 match_part 0.994 11396 11222 match_35 match_part 0.971 14706 14673 match_part 0.930 14320 14235 match_part 0.906 14068 13535 match_36 match_part 0.970 14705 14673 match_part 0.930 14320 14235 match_part 0.898 14068 13599 match_37 match_part 0.970 14705 14673 match_part 0.930 14320 14235 match_part 0.919 14068 13747 match_38 match_part 0.929 42348 42265 match_part 0.984 42179 42052 match_part 0.952 41982 41878 match_part 0.987 41633 41483 match_part 0.750 40763 40748 match_part 0.537 40685 40645 match_part 0.486 40406 40372 match_part 0.733 40122 40108 match_39 match_part 1.000 42374 42265 match_part 1.000 42179 42052 match_part 1.000 41982 41878 match_part 0.974 41633 41322 match_40 match_part 0.983 42380 42265 match_part 1.000 42179 42052 match_part 1.000 41982 41878 match_part 0.990 41633 41324 match_41 match_part 0.935 42295 42265 match_part 1.000 42179 42052 match_part 1.000 41982 41878 match_part 1.000 41633 41346 match_42 match_part 0.950 42344 42265 match_part 0.992 42179 42052 match_part 1.000 41982 41878 match_part 0.989 41633 41542 match_43 match_part 1.000 45845 45788 match_part 0.953 45706 45643 match_part 0.985 44859 44795 match_part 0.985 44691 44626 match_part 0.929 44524 44116 match_part 0.556 43649 43623 match_44 match_part 1.000 45804 45788 match_part 1.000 45706 45643 match_part 1.000 44859 44795 match_part 1.000 44691 44626 match_part 0.990 44524 44032 match_45 match_part 0.979 44499 44124 match_46 match_part 0.988 45868 45788 match_part 0.984 45706 45643 match_part 0.985 44859 44795 match_part 0.985 44691 44626 match_part 0.927 44524 44142 match_47 match_part 0.909 46104 46017 match_part 0.955 45897 45788 match_part 0.891 45706 45643 match_part 0.923 44859 44795 match_part 0.955 44691 44626 match_part 0.829 44524 44396 match_48 match_part 0.998 47378 46868 match_part 1.000 46104 46017 match_part 1.000 45897 45788 match_part 1.000 45706 45643 match_part 1.000 44859 44832 match_49 match_part 1.000 47467 46868 match_part 1.000 46104 46017 match_part 1.000 45897 45788 match_part 1.000 45706 45643 match_part 1.000 44859 44835 match_50 match_part 1.000 47341 46868 match_part 1.000 46104 46017 match_part 0.982 45897 45788 match_part 1.000 45706 45697 match_51 match_part 0.940 47380 46868 match_part 0.977 46104 46017 match_part 0.939 45897 45816 match_52 match_part 0.943 47391 46868 match_part 0.977 46104 46017 match_part 1.000 45897 45821 match_53 match_part 0.923 47334 46868 match_part 0.977 46104 46017 match_part 0.897 45897 45859 match_54 match_part 1.000 47395 46868 match_part 1.000 46104 46017 match_55 match_part 1.000 47390 46868 match_part 0.898 46104 46017 match_56 match_part 0.996 47390 46868 match_part 0.977 46104 46017 match_57 match_part 0.996 47395 46868 match_part 1.000 46104 46045 match_58 match_part 1.000 47341 46868 match_part 1.000 46104 46045 match_59 match_part 0.998 47388 46886 match_60 match_part 0.921 47364 46937 match_61 match_part 0.976 50510 50387 match_part 0.968 49973 49911 match_part 0.951 49750 49607 match_part 0.923 49524 49056 match_part 0.708 48533 48510 match_62 match_part 0.985 49976 49911 match_part 1.000 49750 49607 match_part 0.986 49524 49022 match_63 match_part 0.945 49269 49051 match_64 match_part 1.000 54097 53730 match_part 1.000 51738 51588 match_part 1.000 51498 51331 match_part 1.000 51191 50965 match_part 1.000 50510 50387 match_part 1.000 49973 49911 match_part 1.000 49750 49607 match_part 1.000 49524 49056 match_65 match_part 1.000 49356 49056 match_66 match_part 0.926 50454 50387 match_part 0.857 49973 49911 match_part 0.951 49750 49607 match_part 0.919 49524 49071 match_67 match_part 0.964 49938 49911 match_part 0.944 49750 49607 match_part 0.912 49524 49082 match_68 match_part 1.000 51166 50965 match_part 1.000 50510 50387 match_part 1.000 49973 49911 match_part 0.993 49750 49607 match_part 1.000 49524 49254 match_69 match_part 1.000 51166 50965 match_part 1.000 50510 50387 match_part 1.000 49973 49911 match_part 0.993 49750 49607 match_part 0.981 49524 49256 match_70 match_part 0.957 49933 49911 match_part 0.958 49750 49607 match_part 0.885 49524 49256 match_71 match_part 1.000 51133 50965 match_part 1.000 50510 50387 match_part 1.000 49973 49911 match_part 1.000 49750 49607 match_part 0.995 49524 49312 match_72 match_part 0.983 50505 50387 match_part 0.968 49973 49911 match_part 0.944 49750 49607 match_part 0.906 49524 49322 match_73 match_part 0.989 50478 50387 match_part 0.968 49973 49911 match_part 0.951 49750 49607 match_part 0.902 49524 49332 match_74 match_part 1.000 51371 51331 match_part 1.000 51191 50965 match_part 1.000 50510 50387 match_part 1.000 49973 49911 match_part 1.000 49750 49691 match_75 match_part 1.000 51426 51331 match_part 1.000 51191 50965 match_part 1.000 50510 50387 match_part 1.000 49973 49911 match_part 1.000 49750 49701 match_76 match_part 0.948 51426 51331 match_part 1.000 51191 50965 match_part 0.984 50510 50387 match_part 1.000 49973 49951 match_77 match_part 1.000 51649 51588 match_part 1.000 51498 51331 match_part 1.000 51191 50965 match_part 1.000 50510 50486 match_78 match_part 1.000 51615 51588 match_part 0.970 51498 51331 match_part 0.984 51191 51009 match_79 match_part 0.957 51423 51331 match_part 1.000 51191 51063 match_80 match_part 1.000 54101 53730 match_part 0.980 51738 51588 match_part 1.000 51498 51331 match_part 0.991 51191 51080 match_81 match_part 0.971 53834 53730 match_part 1.000 51738 51588 match_part 0.994 51498 51331 match_part 1.000 51191 51097 match_82 match_part 0.976 54105 53730 match_part 0.980 51738 51588 match_part 0.944 51498 51375 match_83 match_part 0.997 54083 53730 match_part 1.000 51738 51656 match_84 match_part 0.996 54098 53868 match_85 match_part 0.948 82878 82511 match_86 match_part 1.000 89040 89001 match_part 1.000 87300 87187 match_part 0.997 86086 85790 match_part 0.698 84660 84618 match_87 match_part 0.940 87303 87187 match_part 0.975 86086 85734 match_part 0.400 85617 85613 match_88 match_part 1.000 89029 89001 match_part 1.000 87300 87187 match_part 1.000 86086 85675 match_89 match_part 0.983 87303 87187 match_part 0.975 86086 85734 match_90 match_part 0.950 87287 87187 match_part 0.980 86086 85734 match_91 match_part 1.000 89033 89001 match_part 1.000 87300 87187 match_part 0.969 86086 85736 match_92 match_part 1.000 89035 89001 match_part 1.000 87300 87187 match_part 1.000 86086 85774 match_93 match_part 1.000 87300 87187 match_part 0.977 86086 85780 match_94 match_part 0.913 89046 89001 match_part 0.991 87300 87187 match_part 0.938 86086 85781 match_95 match_part 0.913 89046 89001 match_part 0.991 87300 87187 match_part 0.938 86086 85781 match_96 match_part 0.913 89046 89001 match_part 0.991 87300 87187 match_part 0.938 86086 85781 match_97 match_part 0.991 87300 87187 match_part 0.995 86086 85875 match_98 match_part 1.000 93598 93577 match_part 1.000 93508 93124 match_part 0.667 91647 91612 match_99 match_part 0.964 93716 93577 match_part 0.948 93508 93107 match_part 0.773 91647 91626 match_100 match_part 0.954 93436 93046 match_101 match_part 0.963 94174 93577 match_part 0.968 93508 93352 match_102 match_part 0.970 94404 93712 match_103 match_part 0.969 94404 93800 match_104 match_part 1.000 97364 97047 match_part 1.000 96955 96708 match_part 1.000 96569 96410 match_part 1.000 96199 96073 match_part 0.929 95983 95970 match_105 match_part 0.980 98635 98287 match_part 0.934 98158 97916 match_part 0.946 97838 97690 match_106 match_part 0.986 98635 98287 match_part 0.959 98158 97916 match_part 1.000 97838 97797 match_107 match_part 0.957 112636 112590 match_part 0.992 112509 112390 match_part 1.000 111867 111802 match_part 1.000 111719 111607 match_part 1.000 111506 111422 match_part 1.000 111259 111149 match_part 1.000 111016 110921 match_part 1.000 110834 110791 match_108 match_part 1.000 114163 114068 match_part 1.000 113918 113785 match_part 1.000 113226 113167 match_part 1.000 113069 113010 match_part 1.000 112831 112760 match_part 1.000 112637 112590 match_part 1.000 112509 112390 match_part 1.000 111867 111802 match_part 1.000 111719 111607 match_part 1.000 111506 111422 match_part 1.000 111259 111239 match_109 match_part 1.000 114532 114497 match_part 1.000 114287 114068 match_part 1.000 113918 113785 match_part 1.000 113226 113167 match_part 1.000 113069 113010 match_part 1.000 112831 112760 match_part 1.000 112637 112590 match_part 1.000 112509 112390 match_part 1.000 111867 111802 match_part 1.000 111719 111632 match_110 match_part 1.000 114073 114068 match_part 1.000 113918 113785 match_part 1.000 113226 113167 match_part 1.000 113069 113010 match_part 0.972 112831 112760 match_part 0.979 112637 112590 match_part 0.992 112509 112391 match_111 match_part 1.000 117547 117428 match_part 1.000 117277 117158 match_part 1.000 117073 116984 match_part 1.000 116889 116818 match_part 1.000 116699 116586 match_part 1.000 116293 116193 match_part 1.000 116108 116015 match_112 match_part 1.000 123023 122934 match_part 1.000 122816 122748 match_part 1.000 121879 121805 match_part 0.995 121703 121339 match_part 0.818 120102 120081 match_113 match_part 1.000 121850 121805 match_part 0.992 121703 121339 match_part 0.818 120102 120081 match_114 match_part 1.000 123022 122934 match_part 1.000 122816 122748 match_part 1.000 121879 121805 match_part 1.000 121703 121317 match_115 match_part 1.000 123932 123896 match_part 1.000 123037 122934 match_part 1.000 122816 122748 match_part 1.000 121879 121805 match_part 0.989 121703 121341 match_116 match_part 1.000 122776 122748 match_part 1.000 121879 121805 match_part 0.967 121703 121399 match_117 match_part 0.920 122958 122934 match_part 0.928 122816 122748 match_part 0.987 121879 121805 match_part 0.890 121703 121422 match_118 match_part 0.964 124527 124472 match_part 0.992 124019 123896 match_part 0.990 123037 122934 match_part 0.942 122816 122748 match_part 0.987 121879 121805 match_part 0.901 121703 121462 match_119 match_part 1.000 124654 124472 match_part 1.000 124019 123896 match_part 1.000 123037 122934 match_part 1.000 122816 122748 match_part 1.000 121879 121805 match_part 0.991 121703 121486 match_120 match_part 0.946 124527 124472 match_part 0.992 124019 123896 match_part 0.990 123037 122934 match_part 0.942 122816 122748 match_part 0.987 121879 121805 match_part 0.895 121703 121495 match_121 match_part 0.983 124647 124472 match_part 0.960 124019 123896 match_part 0.971 123037 122934 match_part 0.986 122816 122748 match_part 0.973 121879 121805 match_part 0.946 121703 121520 match_122 match_part 1.000 125050 124908 match_part 1.000 124781 124472 match_part 1.000 124019 123896 match_part 1.000 123037 122934 match_part 1.000 122816 122748 match_part 1.000 121879 121805 match_part 1.000 121703 121652 match_123 match_part 0.993 124760 124472 match_part 1.000 124019 123896 match_part 1.000 123037 122934 match_124 match_part 0.995 125113 124908 match_part 1.000 124781 124472 match_part 1.000 124019 123896 match_part 1.000 123037 122946 match_125 match_part 0.981 127057 127005 match_part 1.000 125313 125199 match_part 1.000 125117 124908 match_part 1.000 124781 124472 match_part 1.000 124019 123896 match_part 1.000 123037 123002 match_126 match_part 0.965 127292 127236 match_part 1.000 127110 127005 match_part 1.000 125313 125199 match_part 1.000 125117 124908 match_part 1.000 124781 124472 match_part 0.989 124019 123931 match_127 match_part 0.980 127334 127236 match_part 1.000 127110 127005 match_part 1.000 125313 125199 match_part 1.000 125117 124908 match_part 0.997 124781 124472 match_part 0.957 124019 123950 match_128 match_part 0.948 127293 127236 match_part 1.000 127110 127005 match_part 1.000 125313 125199 match_part 1.000 125117 124908 match_part 1.000 124781 124472 match_part 0.986 124019 123950 match_129 match_part 0.875 125214 125199 match_part 1.000 125117 124908 match_part 1.000 124781 124487 match_130 match_part 1.000 127532 127445 match_part 1.000 127349 127236 match_part 1.000 127110 127005 match_part 1.000 125313 125199 match_part 1.000 125117 124908 match_part 0.982 124781 124510 match_131 match_part 1.000 127528 127445 match_part 1.000 127349 127236 match_part 1.000 127110 127005 match_part 1.000 125313 125199 match_part 1.000 125117 124908 match_part 0.989 124781 124518 match_132 match_part 1.000 127287 127236 match_part 1.000 127110 127005 match_part 1.000 125313 125199 match_part 1.000 125117 124908 match_part 1.000 124781 124596 match_133 match_part 0.990 127546 127445 match_part 1.000 127349 127236 match_part 1.000 127110 127005 match_part 1.000 125313 125199 match_part 1.000 125117 124908 match_part 1.000 124781 124614 match_134 match_part 0.984 127508 127445 match_part 1.000 127349 127236 match_part 0.991 127110 127005 match_part 0.991 125313 125199 match_part 0.995 125117 124908 match_part 0.994 124781 124615 match_135 match_part 0.980 127546 127445 match_part 1.000 127349 127236 match_part 1.000 127110 127005 match_part 1.000 125313 125199 match_part 1.000 125117 124908 match_part 1.000 124781 124635 match_136 match_part 0.989 127625 127445 match_part 1.000 127349 127236 match_part 1.000 127110 127005 match_part 1.000 125313 125199 match_part 1.000 125117 124908 match_part 0.968 124781 124688 match_137 match_part 0.918 127529 127445 match_part 0.991 127349 127236 match_part 0.972 127110 127005 match_part 0.974 125313 125199 match_part 0.995 125117 124908 match_part 0.989 124781 124693 match_138 match_part 0.984 127505 127445 match_part 1.000 127349 127236 match_part 1.000 127110 127005 match_part 1.000 125313 125199 match_part 1.000 125117 124908 match_part 0.942 124781 124696 match_139 match_part 0.956 127512 127445 match_part 0.991 127349 127236 match_part 0.981 127110 127005 match_part 0.983 125313 125199 match_part 0.986 125117 124908 match_part 0.976 124781 124698 match_140 match_part 0.927 127526 127445 match_part 1.000 127349 127236 match_part 1.000 127110 127005 match_part 1.000 125313 125199 match_part 1.000 125117 124908 match_part 0.982 124781 124727 match_141 match_part 0.903 127547 127445 match_part 0.991 127349 127236 match_part 0.972 127110 127005 match_part 0.983 125313 125199 match_part 0.990 125117 124908 match_part 0.962 124781 124756 match_142 match_part 0.932 127518 127445 match_part 1.000 127349 127236 match_part 1.000 127110 127005 match_part 1.000 125313 125199 match_part 1.000 125117 124908 match_part 1.000 124781 124760 match_143 match_part 1.000 127312 127236 match_part 1.000 127110 127005 match_part 1.000 125313 125199 match_part 1.000 125117 124908 match_part 1.000 124781 124760 match_144 match_part 0.918 127529 127445 match_part 0.991 127349 127236 match_part 0.972 127110 127005 match_part 0.974 125313 125199 match_part 0.976 125117 124908 match_part 0.889 124781 124773 match_145 match_part 0.887 127515 127445 match_part 0.991 127349 127236 match_part 0.953 127110 127005 match_part 0.983 125313 125199 match_part 0.967 125117 124908 match_146 match_part 1.000 127455 127445 match_part 0.991 127349 127236 match_part 0.981 127110 127005 match_part 0.957 125313 125199 match_part 0.936 125117 124915 match_147 match_part 0.918 127590 127445 match_part 0.991 127349 127236 match_part 0.972 127110 127005 match_part 0.974 125313 125199 match_part 0.990 125117 124919 match_148 match_part 1.000 127501 127445 match_part 1.000 127349 127236 match_part 1.000 127110 127005 match_part 1.000 125313 125199 match_part 1.000 125117 124919 match_149 match_part 0.947 127520 127445 match_part 0.991 127349 127236 match_part 0.972 127110 127005 match_part 0.974 125313 125199 match_part 0.990 125117 124921 match_150 match_part 0.894 127595 127445 match_part 0.991 127349 127236 match_part 0.981 127110 127005 match_part 0.983 125313 125199 match_part 0.989 125117 124943 match_151 match_part 0.929 127528 127445 match_part 0.991 127349 127236 match_part 0.972 127110 127005 match_part 0.983 125313 125199 match_part 0.940 125117 124969 match_152 match_part 0.907 127552 127445 match_part 0.991 127349 127236 match_part 0.972 127110 127005 match_part 0.939 125313 125199 match_part 0.889 125117 125019 match_153 match_part 0.947 127520 127445 match_part 0.991 127349 127236 match_part 0.962 127110 127005 match_part 0.965 125313 125199 match_part 1.000 125117 125022 match_154 match_part 1.000 127596 127445 match_part 1.000 127349 127236 match_part 1.000 127110 127005 match_part 1.000 125313 125199 match_part 1.000 125117 125083 match_155 match_part 0.903 127547 127445 match_part 0.991 127349 127236 match_part 0.972 127110 127005 match_part 0.983 125313 125199 match_part 0.966 125117 125089 match_156 match_part 1.000 127551 127445 match_part 1.000 127349 127236 match_part 1.000 127110 127005 match_part 1.000 125313 125215 match_157 match_part 0.918 127590 127445 match_part 0.991 127349 127236 match_part 0.972 127110 127005 match_part 0.985 125313 125249 match_158 match_part 0.968 127506 127445 match_part 0.991 127349 127236 match_part 0.972 127110 127005 match_part 0.952 125313 125251 match_159 match_part 0.947 127520 127445 match_part 0.982 127349 127236 match_part 0.925 127110 127005 match_part 0.976 125313 125273 match_160 match_part 0.882 127520 127445 match_part 0.982 127349 127236 match_part 0.934 127110 127005 match_161 match_part 0.905 127605 127458 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 13488 13279 exon 11396 10984 exon 10850 10741 exon 10551 10480 exon 9791 9685 exon 9583 9490 exon 9293 9189 exon 9100 8909 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 14706 14673 exon 14320 14235 exon 14068 13535 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 24499 24945 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 32062 32080 exon 32180 32303 exon 34015 34200 exon 34345 34432 exon 34631 34687 exon 34786 34792 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 35931 35958 exon 36035 36094 exon 36749 36865 exon 37134 37373 exon 37457 37522 exon 37643 37732 exon 38639 38728 exon 39000 39089 exon 39361 39429 exon 39509 39589 exon 39698 39805 exon 39895 39998 exon 40135 40248 exon 40340 40963 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 42380 42265 exon 42179 42052 exon 41982 41878 exon 41633 41322 gene_7 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 42348 42265 exon 42179 42052 exon 41982 41878 exon 41633 41483 exon 40763 40748 exon 40685 40645 exon 40406 40372 exon 40122 40108 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 47467 46868 exon 46104 46017 exon 45897 45788 exon 45706 45643 exon 44859 44795 exon 44691 44626 exon 44524 44116 exon 43649 43623 gene_9 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 47467 46868 exon 46104 46017 exon 45897 45788 exon 45706 45643 exon 44859 44795 exon 44691 44626 exon 44524 44032 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 54105 53730 exon 51738 51588 exon 51498 51331 exon 51191 50965 exon 50510 50387 exon 49973 49911 exon 49750 49607 exon 49524 49056 exon 48533 48510 gene_11 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 54105 53730 exon 51738 51588 exon 51498 51331 exon 51191 50965 exon 50510 50387 exon 49973 49911 exon 49750 49607 exon 49524 49051 gene_12 gene GT_PGL_8_AGS_3 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 49976 49911 exon 49750 49607 exon 49524 49022 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 49086 49406 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 59010 59423 exon 60284 60331 exon 60694 60773 exon 60854 60901 exon 61639 61692 exon 61809 61857 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 61877 61911 exon 62019 62326 exon 62685 62792 exon 64924 64959 exon 65543 65892 gene_16 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 74256 74384 exon 74462 74586 exon 75286 75335 exon 75488 75553 exon 75652 75700 exon 76490 76572 exon 76672 76751 exon 76848 76852 gene_17 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 79657 79943 exon 80075 80124 exon 80239 80304 exon 80836 80884 exon 80985 81070 exon 81171 81223 exon 81316 81409 exon 81555 81958 gene_18 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 82878 82511 gene_19 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 89046 89001 exon 87300 87187 exon 86086 85675 gene_20 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 87303 87187 exon 86086 85734 exon 85617 85613 gene_21 gene GT_PGL_15_AGS_3 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 89040 89001 exon 87300 87187 exon 86086 85790 exon 84660 84618 gene_22 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 94404 93577 exon 93508 93107 exon 91647 91626 gene_23 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 94404 93577 exon 93508 93046 gene_24 gene GT_PGL_16_AGS_3 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 94404 93577 exon 93508 93124 exon 91647 91612 gene_25 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 97364 97047 exon 96955 96708 exon 96569 96410 exon 96199 96073 exon 95983 95970 gene_26 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 98635 98287 exon 98158 97916 exon 97838 97690 gene_27 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 114532 114497 exon 114287 114068 exon 113918 113785 exon 113226 113167 exon 113069 113010 exon 112831 112760 exon 112637 112590 exon 112509 112390 exon 111867 111802 exon 111719 111607 exon 111506 111422 exon 111259 111149 exon 111016 110921 exon 110834 110791 gene_28 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 117547 117428 exon 117277 117158 exon 117073 116984 exon 116889 116818 exon 116699 116586 exon 116293 116193 exon 116108 116015 gene_29 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 127625 127445 exon 127349 127236 exon 127110 127005 exon 125313 125199 exon 125117 124908 exon 124781 124472 exon 124019 123896 exon 123037 122934 exon 122816 122748 exon 121879 121805 exon 121703 121339 exon 120102 120081 gene_30 gene GT_PGL_21_AGS_2 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 127625 127445 exon 127349 127236 exon 127110 127005 exon 125313 125199 exon 125117 124908 exon 124781 124472 exon 124019 123896 exon 123037 122934 exon 122816 122748 exon 121879 121805 exon 121703 121317 RepeatMasker tomato repeats master Unknown00038 3409 4480 1 Unknown00038 3409 4480 1 nucleotide_motif 6196 6173 7201 Gypsy00107 10730 10899 1 Gypsy00107 10730 10899 1 nucleotide_motif 1186 15316 15485 Copia00198 476 778 1 Copia00198 476 778 1 nucleotide_motif 1284 15813 16111 Unknown00025 250 470 1 Unknown00025 250 470 1 nucleotide_motif 469 27051 27292 Copia00172 1665 1904 1 Copia00172 1665 1904 1 nucleotide_motif 951 63218 63480 SONATA1 60 234 1 SONATA1 60 234 1 nucleotide_motif 338 80352 80512 Copia00175 2360 2530 1 Copia00175 2360 2530 1 nucleotide_motif 476 105490 105672 Copia00094 4312 4464 1 Copia00094 4312 4464 1 nucleotide_motif 1003 105654 105806 Unknown00034 3704 4017 1 Unknown00034 3704 4017 1 nucleotide_motif 2159 105672 105978 Copia00105 4016 4065 1 Copia00105 4016 4065 1 nucleotide_motif 270 115789 115838 TS2 525 655 1 TS2 525 655 1 nucleotide_motif 358 126458 126579 RepeatMasker tomato repeats master Unknown00034 5145 5205 -1 Unknown00034 5145 5205 -1 nucleotide_motif 269 1955 1899 ATCOPIA62_I 3852 4022 -1 ATCOPIA62_I 3852 4022 -1 nucleotide_motif 317 3696 3536 Copia00107 738 872 -1 Copia00107 738 872 -1 nucleotide_motif 435 5894 5770 Copia00143 69 212 -1 Copia00143 69 212 -1 nucleotide_motif 896 12539 12389 Unknown00025 244 470 -1 Unknown00025 244 470 -1 nucleotide_motif 953 23847 23606 Unknown00019 42 698 -1 Unknown00019 42 698 -1 nucleotide_motif 4981 24975 24300 TS2 402 650 -1 TS2 402 650 -1 nucleotide_motif 359 26137 25887 TLP1 371 2690 -1 TLP1 371 2690 -1 nucleotide_motif 540 55028 54868 Gypsy00073 1047 1378 -1 Gypsy00073 1047 1378 -1 nucleotide_motif 392 73391 73202 Unknown00034 3704 4017 -1 Unknown00034 3704 4017 -1 nucleotide_motif 1994 101262 100956 Gypsy00043 530 1314 -1 Gypsy00043 530 1314 -1 nucleotide_motif 5372 103177 102400 SONATA1 1 214 -1 SONATA1 1 214 -1 nucleotide_motif 748 123669 123462 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1824 90393 91498 match_2 match 2175 88956 90094 match_3 match 2367 56335 57714 match_4 match 2956 98267 99799 match_5 match 3096 58323 59929 match_6 match 3108 99876 101665 match_7 match 3860 122743 124710 match_8 match 4395 44963 47266 match_9 match 4988 120131 122700 match_10 match 5826 124740 127870 match_11 match 6605 85466 88869 match_12 match 6698 105631 109066 match_13 match 6819 101817 105541 match_14 match 39564 44925 match_15 match 79155 84576 match_16 match 92466 98220 match_17 match 73268 79068 match_18 match 47543 55218 match_19 match 109104 118556 match_20 match 59956 69794 match_21 match 1869 16377 17385 match_22 match 31179 44925 match_23 match 2367 56335 57714 match_24 match 2821 5185 6637 match_25 match 3096 58323 59929 match_26 match 4395 44963 47266 match_27 match 4680 7057 9585 match_28 match 4768 27790 30419 match_29 match 6579 18043 21661 match_30 match 9989 9613 14819 match_31 match 47543 55218 match_32 match 59956 69794 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_1 clone_start 965 9 533 clone_1 clone 926.5 7213 106178 clone_start_2 clone_start 1102 7213 7768 clone_2 clone 1297.5 9773 83448 clone_end_1 clone_end 1279 9773 10445 clone_start_3 clone_start 1491 11637 12425 clone_end_2 clone_end 1423 13849 14633 clone_3 clone 846.5 14375 114957 clone_start_4 clone_start 819 14375 14819 clone_end_3 clone_end 391 15993 16189 clone_end_4 clone_end 668 16377 16734 clone_start_5 clone_start 1170 28616 29213 clone_start_6 clone_start 1425 31913 32631 clone_4 clone 1171.5 32051 84010 clone_start_7 clone_start 1269 32051 32690 clone_5 clone 1258 32051 84011 clone_start_8 clone_start 1487 32051 32800 clone_start_9 clone_start 1259 32466 33100 clone_end_5 clone_end 1235 33735 34386 clone_start_10 clone_start 1350 39559 40263 clone_6 clone 948.5 39559 83988 clone_start_11 clone_start 1253 39559 40197 clone_end_6 clone_end 1378 39685 40387 clone_end_7 clone_end 1449 39692 40422 clone_end_8 clone_end 1181 39712 40314 clone_start_12 clone_start 983 48748 49267 clone_start_13 clone_start 1160 52396 52980 clone_7 clone 1354.5 76904 115789 clone_start_14 clone_start 1415 76904 77628 clone_start_15 clone_start 1402 85540 86262 clone_start_16 clone_start 1265 110336 110981 clone_start_17 clone_start 365 119901 120084 clone_start_18 clone_start 825 120131 120567 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_9 clone_end 965 4343 3857 clone_start_19 clone_start 809 5992 5585 clone_end_10 clone_end 751 106178 105762 clone_start_20 clone_start 1316 83448 82758 clone_end_11 clone_end 999 11152 10649 clone_start_21 clone_start 644 12760 12436 clone_end_12 clone_end 874 114957 114454 clone_start_22 clone_start 478 15692 15432 clone_end_13 clone_end 565 15739 15432 clone_end_14 clone_end 565 15739 15432 clone_start_23 clone_start 684 21661 21231 clone_start_24 clone_start 448 21998 21748 clone_end_15 clone_end 1074 84010 83462 clone_end_16 clone_end 1029 84011 83474 clone_end_17 clone_end 644 83988 83664 clone_start_25 clone_start 1255 45732 45100 clone_end_18 clone_end 1023 69794 69279 clone_end_19 clone_end 1294 115789 115137 clone_start_26 clone_start 1447 84028 83284 clone_end_20 clone_end 1261 84007 83357 clone_end_21 clone_end 724 98220 97856 clone_start_27 clone_start 755 104962 104582 clone_end_22 clone_end 1493 110649 109876 clone_end_23 clone_end 1243 111230 110565 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.913 24499 24820 match_2 match_part 0.905 24499 24804 match_3 match_part 0.908 24500 24945 match_4 match_part 1.000 35931 35958 match_part 1.000 36035 36094 match_part 1.000 36749 36865 match_part 1.000 37134 37323 match_5 match_part 1.000 37149 37373 match_part 1.000 37457 37522 match_part 1.000 37643 37732 match_part 1.000 38639 38728 match_part 1.000 39000 39089 match_part 1.000 39361 39429 match_part 0.988 39509 39589 match_part 1.000 39698 39730 match_6 match_part 0.978 37149 37373 match_part 1.000 37457 37522 match_part 1.000 37643 37732 match_part 1.000 38639 38728 match_part 1.000 39000 39032 match_7 match_part 1.000 38663 38728 match_part 1.000 39000 39089 match_part 1.000 39361 39429 match_part 1.000 39509 39589 match_part 1.000 39698 39805 match_part 1.000 39895 39998 match_part 1.000 40135 40248 match_part 1.000 40340 40345 match_8 match_part 1.000 38663 38728 match_part 1.000 39000 39089 match_part 1.000 39361 39429 match_part 1.000 39509 39589 match_part 1.000 39698 39805 match_part 1.000 39895 39998 match_part 1.000 40135 40226 match_9 match_part 1.000 38663 38728 match_part 1.000 39000 39089 match_part 0.986 39361 39429 match_part 1.000 39509 39589 match_part 1.000 39698 39805 match_part 1.000 39895 39998 match_part 0.954 40135 40199 match_10 match_part 0.980 40151 40248 match_part 1.000 40340 40954 match_11 match_part 1.000 40185 40248 match_part 0.998 40340 40963 match_12 match_part 0.944 49086 49406 match_13 match_part 1.000 74256 74384 match_part 1.000 74462 74586 match_part 1.000 75286 75335 match_part 1.000 75488 75553 match_part 1.000 75652 75697 match_14 match_part 1.000 74327 74384 match_part 1.000 74462 74586 match_part 1.000 75286 75335 match_part 1.000 75488 75553 match_part 1.000 75652 75700 match_part 1.000 76490 76572 match_part 1.000 76672 76751 match_part 1.000 76848 76852 match_15 match_part 1.000 79657 79943 match_part 1.000 80075 80124 match_part 1.000 80239 80304 match_part 1.000 80836 80884 match_part 1.000 80985 81069 match_16 match_part 0.993 79661 79943 match_part 1.000 80075 80124 match_part 1.000 80239 80304 match_part 0.939 80836 80884 match_part 0.814 80985 81070 match_part 0.943 81171 81223 match_part 0.968 81316 81409 match_part 0.971 81555 81623 match_17 match_part 0.875 80877 80884 match_part 0.988 80985 81070 match_part 1.000 81171 81223 match_part 1.000 81316 81409 match_part 0.992 81555 81945 match_18 match_part 1.000 80877 80884 match_part 1.000 80985 81070 match_part 1.000 81171 81223 match_part 1.000 81316 81409 match_part 0.997 81555 81945 match_19 match_part 1.000 80877 80884 match_part 1.000 80985 81070 match_part 1.000 81171 81223 match_part 1.000 81316 81409 match_part 0.997 81555 81945 match_20 match_part 1.000 80877 80884 match_part 1.000 80985 81070 match_part 1.000 81171 81223 match_part 1.000 81316 81409 match_part 0.997 81555 81945 match_21 match_part 0.975 81598 81958 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_22 match_part 0.990 10844 10741 match_part 1.000 10551 10480 match_part 1.000 9791 9685 match_part 1.000 9583 9490 match_part 1.000 9293 9189 match_part 1.000 9100 8909 match_23 match_part 1.000 11282 10984 match_part 1.000 10850 10741 match_part 1.000 10551 10480 match_part 0.990 9791 9689 match_24 match_part 1.000 13369 13279 match_part 1.000 11396 10984 match_part 1.000 10850 10812 match_25 match_part 1.000 13488 13279 match_part 0.971 11396 11222 match_26 match_part 1.000 13340 13279 match_part 0.994 11396 11222 match_27 match_part 1.000 42374 42265 match_part 1.000 42179 42052 match_part 1.000 41982 41878 match_part 0.974 41633 41322 match_28 match_part 0.983 42380 42265 match_part 1.000 42179 42052 match_part 1.000 41982 41878 match_part 0.990 41633 41324 match_29 match_part 0.935 42295 42265 match_part 1.000 42179 42052 match_part 1.000 41982 41878 match_part 1.000 41633 41346 match_30 match_part 0.950 42344 42265 match_part 0.992 42179 42052 match_part 1.000 41982 41878 match_part 0.989 41633 41542 match_31 match_part 1.000 45804 45788 match_part 1.000 45706 45643 match_part 1.000 44859 44795 match_part 1.000 44691 44626 match_part 0.990 44524 44032 match_32 match_part 0.979 44499 44124 match_33 match_part 0.909 46104 46017 match_part 0.955 45897 45788 match_part 0.891 45706 45643 match_part 0.923 44859 44795 match_part 0.955 44691 44626 match_part 0.829 44524 44396 match_34 match_part 0.998 47378 46868 match_part 1.000 46104 46017 match_part 1.000 45897 45788 match_part 1.000 45706 45643 match_part 1.000 44859 44832 match_35 match_part 1.000 47467 46868 match_part 1.000 46104 46017 match_part 1.000 45897 45788 match_part 1.000 45706 45643 match_part 1.000 44859 44835 match_36 match_part 1.000 47341 46868 match_part 1.000 46104 46017 match_part 0.982 45897 45788 match_part 1.000 45706 45697 match_37 match_part 1.000 47395 46868 match_part 1.000 46104 46017 match_38 match_part 1.000 47390 46868 match_part 0.898 46104 46017 match_39 match_part 0.996 47390 46868 match_part 0.977 46104 46017 match_40 match_part 0.996 47395 46868 match_part 1.000 46104 46045 match_41 match_part 1.000 47341 46868 match_part 1.000 46104 46045 match_42 match_part 0.998 47388 46886 match_43 match_part 0.985 49976 49911 match_part 1.000 49750 49607 match_part 0.986 49524 49022 match_44 match_part 1.000 54097 53730 match_part 1.000 51738 51588 match_part 1.000 51498 51331 match_part 1.000 51191 50965 match_part 1.000 50510 50387 match_part 1.000 49973 49911 match_part 1.000 49750 49607 match_part 1.000 49524 49056 match_45 match_part 1.000 49356 49056 match_46 match_part 1.000 51166 50965 match_part 1.000 50510 50387 match_part 1.000 49973 49911 match_part 0.993 49750 49607 match_part 1.000 49524 49254 match_47 match_part 1.000 51166 50965 match_part 1.000 50510 50387 match_part 1.000 49973 49911 match_part 0.993 49750 49607 match_part 0.981 49524 49256 match_48 match_part 1.000 51133 50965 match_part 1.000 50510 50387 match_part 1.000 49973 49911 match_part 1.000 49750 49607 match_part 0.995 49524 49312 match_49 match_part 1.000 51371 51331 match_part 1.000 51191 50965 match_part 1.000 50510 50387 match_part 1.000 49973 49911 match_part 1.000 49750 49691 match_50 match_part 1.000 51426 51331 match_part 1.000 51191 50965 match_part 1.000 50510 50387 match_part 1.000 49973 49911 match_part 1.000 49750 49701 match_51 match_part 0.948 51426 51331 match_part 1.000 51191 50965 match_part 0.984 50510 50387 match_part 1.000 49973 49951 match_52 match_part 1.000 51649 51588 match_part 1.000 51498 51331 match_part 1.000 51191 50965 match_part 1.000 50510 50486 match_53 match_part 0.957 51423 51331 match_part 1.000 51191 51063 match_54 match_part 1.000 54101 53730 match_part 0.980 51738 51588 match_part 1.000 51498 51331 match_part 0.991 51191 51080 match_55 match_part 0.971 53834 53730 match_part 1.000 51738 51588 match_part 0.994 51498 51331 match_part 1.000 51191 51097 match_56 match_part 0.997 54083 53730 match_part 1.000 51738 51656 match_57 match_part 0.996 54098 53868 match_58 match_part 1.000 89040 89001 match_part 1.000 87300 87187 match_part 0.997 86086 85790 match_part 0.698 84660 84618 match_59 match_part 0.940 87303 87187 match_part 0.975 86086 85734 match_part 0.400 85617 85613 match_60 match_part 1.000 89029 89001 match_part 1.000 87300 87187 match_part 1.000 86086 85675 match_61 match_part 0.983 87303 87187 match_part 0.975 86086 85734 match_62 match_part 0.950 87287 87187 match_part 0.980 86086 85734 match_63 match_part 1.000 89033 89001 match_part 1.000 87300 87187 match_part 0.969 86086 85736 match_64 match_part 1.000 89035 89001 match_part 1.000 87300 87187 match_part 1.000 86086 85774 match_65 match_part 1.000 87300 87187 match_part 0.977 86086 85780 match_66 match_part 0.991 87300 87187 match_part 0.995 86086 85875 match_67 match_part 1.000 93598 93577 match_part 1.000 93508 93124 match_part 0.667 91647 91612 match_68 match_part 0.954 93436 93046 match_69 match_part 1.000 97364 97047 match_part 1.000 96955 96708 match_part 1.000 96569 96410 match_part 1.000 96199 96073 match_part 0.929 95983 95970 match_70 match_part 0.957 112636 112590 match_part 0.992 112509 112390 match_part 1.000 111867 111802 match_part 1.000 111719 111607 match_part 1.000 111506 111422 match_part 1.000 111259 111149 match_part 1.000 111016 110921 match_part 1.000 110834 110791 match_71 match_part 1.000 114163 114068 match_part 1.000 113918 113785 match_part 1.000 113226 113167 match_part 1.000 113069 113010 match_part 1.000 112831 112760 match_part 1.000 112637 112590 match_part 1.000 112509 112390 match_part 1.000 111867 111802 match_part 1.000 111719 111607 match_part 1.000 111506 111422 match_part 1.000 111259 111239 match_72 match_part 1.000 114532 114497 match_part 1.000 114287 114068 match_part 1.000 113918 113785 match_part 1.000 113226 113167 match_part 1.000 113069 113010 match_part 1.000 112831 112760 match_part 1.000 112637 112590 match_part 1.000 112509 112390 match_part 1.000 111867 111802 match_part 1.000 111719 111632 match_73 match_part 1.000 114073 114068 match_part 1.000 113918 113785 match_part 1.000 113226 113167 match_part 1.000 113069 113010 match_part 0.972 112831 112760 match_part 0.979 112637 112590 match_part 0.992 112509 112391 match_74 match_part 1.000 117547 117428 match_part 1.000 117277 117158 match_part 1.000 117073 116984 match_part 1.000 116889 116818 match_part 1.000 116699 116586 match_part 1.000 116293 116193 match_part 1.000 116108 116015 match_75 match_part 1.000 123023 122934 match_part 1.000 122816 122748 match_part 1.000 121879 121805 match_part 0.995 121703 121339 match_part 0.818 120102 120081 match_76 match_part 1.000 121850 121805 match_part 0.992 121703 121339 match_part 0.818 120102 120081 match_77 match_part 1.000 123022 122934 match_part 1.000 122816 122748 match_part 1.000 121879 121805 match_part 1.000 121703 121317 match_78 match_part 1.000 123932 123896 match_part 1.000 123037 122934 match_part 1.000 122816 122748 match_part 1.000 121879 121805 match_part 0.989 121703 121341 match_79 match_part 1.000 122776 122748 match_part 1.000 121879 121805 match_part 0.967 121703 121399 match_80 match_part 1.000 124654 124472 match_part 1.000 124019 123896 match_part 1.000 123037 122934 match_part 1.000 122816 122748 match_part 1.000 121879 121805 match_part 0.991 121703 121486 match_81 match_part 0.983 124647 124472 match_part 0.960 124019 123896 match_part 0.971 123037 122934 match_part 0.986 122816 122748 match_part 0.973 121879 121805 match_part 0.946 121703 121520 match_82 match_part 1.000 125050 124908 match_part 1.000 124781 124472 match_part 1.000 124019 123896 match_part 1.000 123037 122934 match_part 1.000 122816 122748 match_part 1.000 121879 121805 match_part 1.000 121703 121652 match_83 match_part 0.993 124760 124472 match_part 1.000 124019 123896 match_part 1.000 123037 122934 match_84 match_part 0.995 125113 124908 match_part 1.000 124781 124472 match_part 1.000 124019 123896 match_part 1.000 123037 122946 match_85 match_part 0.981 127057 127005 match_part 1.000 125313 125199 match_part 1.000 125117 124908 match_part 1.000 124781 124472 match_part 1.000 124019 123896 match_part 1.000 123037 123002 match_86 match_part 0.965 127292 127236 match_part 1.000 127110 127005 match_part 1.000 125313 125199 match_part 1.000 125117 124908 match_part 1.000 124781 124472 match_part 0.989 124019 123931 match_87 match_part 0.980 127334 127236 match_part 1.000 127110 127005 match_part 1.000 125313 125199 match_part 1.000 125117 124908 match_part 0.997 124781 124472 match_part 0.957 124019 123950 match_88 match_part 0.948 127293 127236 match_part 1.000 127110 127005 match_part 1.000 125313 125199 match_part 1.000 125117 124908 match_part 1.000 124781 124472 match_part 0.986 124019 123950 match_89 match_part 0.875 125214 125199 match_part 1.000 125117 124908 match_part 1.000 124781 124487 match_90 match_part 1.000 127532 127445 match_part 1.000 127349 127236 match_part 1.000 127110 127005 match_part 1.000 125313 125199 match_part 1.000 125117 124908 match_part 0.982 124781 124510 match_91 match_part 1.000 127528 127445 match_part 1.000 127349 127236 match_part 1.000 127110 127005 match_part 1.000 125313 125199 match_part 1.000 125117 124908 match_part 0.989 124781 124518 match_92 match_part 1.000 127287 127236 match_part 1.000 127110 127005 match_part 1.000 125313 125199 match_part 1.000 125117 124908 match_part 1.000 124781 124596 match_93 match_part 0.990 127546 127445 match_part 1.000 127349 127236 match_part 1.000 127110 127005 match_part 1.000 125313 125199 match_part 1.000 125117 124908 match_part 1.000 124781 124614 match_94 match_part 0.984 127508 127445 match_part 1.000 127349 127236 match_part 0.991 127110 127005 match_part 0.991 125313 125199 match_part 0.995 125117 124908 match_part 0.994 124781 124615 match_95 match_part 0.980 127546 127445 match_part 1.000 127349 127236 match_part 1.000 127110 127005 match_part 1.000 125313 125199 match_part 1.000 125117 124908 match_part 1.000 124781 124635 match_96 match_part 0.989 127625 127445 match_part 1.000 127349 127236 match_part 1.000 127110 127005 match_part 1.000 125313 125199 match_part 1.000 125117 124908 match_part 0.968 124781 124688 match_97 match_part 0.984 127505 127445 match_part 1.000 127349 127236 match_part 1.000 127110 127005 match_part 1.000 125313 125199 match_part 1.000 125117 124908 match_part 0.942 124781 124696 match_98 match_part 0.927 127526 127445 match_part 1.000 127349 127236 match_part 1.000 127110 127005 match_part 1.000 125313 125199 match_part 1.000 125117 124908 match_part 0.982 124781 124727 match_99 match_part 0.932 127518 127445 match_part 1.000 127349 127236 match_part 1.000 127110 127005 match_part 1.000 125313 125199 match_part 1.000 125117 124908 match_part 1.000 124781 124760 match_100 match_part 1.000 127312 127236 match_part 1.000 127110 127005 match_part 1.000 125313 125199 match_part 1.000 125117 124908 match_part 1.000 124781 124760 match_101 match_part 1.000 127455 127445 match_part 0.991 127349 127236 match_part 0.981 127110 127005 match_part 0.957 125313 125199 match_part 0.936 125117 124915 match_102 match_part 1.000 127501 127445 match_part 1.000 127349 127236 match_part 1.000 127110 127005 match_part 1.000 125313 125199 match_part 1.000 125117 124919 match_103 match_part 1.000 127596 127445 match_part 1.000 127349 127236 match_part 1.000 127110 127005 match_part 1.000 125313 125199 match_part 1.000 125117 125083 match_104 match_part 1.000 127551 127445 match_part 1.000 127349 127236 match_part 1.000 127110 127005 match_part 1.000 125313 125215 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 13488 13279 exon 11396 10984 exon 10850 10741 exon 10551 10480 exon 9791 9685 exon 9583 9490 exon 9293 9189 exon 9100 8909 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 24499 24945 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 35931 35958 exon 36035 36094 exon 36749 36865 exon 37134 37373 exon 37457 37522 exon 37643 37732 exon 38639 38728 exon 39000 39089 exon 39361 39429 exon 39509 39589 exon 39698 39805 exon 39895 39998 exon 40135 40248 exon 40340 40963 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 42380 42265 exon 42179 42052 exon 41982 41878 exon 41633 41322 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 47467 46868 exon 46104 46017 exon 45897 45788 exon 45706 45643 exon 44859 44795 exon 44691 44626 exon 44524 44032 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 54101 53730 exon 51738 51588 exon 51498 51331 exon 51191 50965 exon 50510 50387 exon 49973 49911 exon 49750 49607 exon 49524 49056 gene_7 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 49976 49911 exon 49750 49607 exon 49524 49022 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 49086 49406 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 74256 74384 exon 74462 74586 exon 75286 75335 exon 75488 75553 exon 75652 75700 exon 76490 76572 exon 76672 76751 exon 76848 76852 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 79657 79943 exon 80075 80124 exon 80239 80304 exon 80836 80884 exon 80985 81070 exon 81171 81223 exon 81316 81409 exon 81555 81958 gene_11 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 89035 89001 exon 87300 87187 exon 86086 85675 gene_12 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 87303 87187 exon 86086 85734 exon 85617 85613 gene_13 gene GT_PGL_10_AGS_3 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 89040 89001 exon 87300 87187 exon 86086 85790 exon 84660 84618 gene_14 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 93598 93577 exon 93508 93124 exon 91647 91612 gene_15 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 93436 93046 gene_16 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 97364 97047 exon 96955 96708 exon 96569 96410 exon 96199 96073 exon 95983 95970 gene_17 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 114532 114497 exon 114287 114068 exon 113918 113785 exon 113226 113167 exon 113069 113010 exon 112831 112760 exon 112637 112590 exon 112509 112390 exon 111867 111802 exon 111719 111607 exon 111506 111422 exon 111259 111149 exon 111016 110921 exon 110834 110791 gene_18 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 117547 117428 exon 117277 117158 exon 117073 116984 exon 116889 116818 exon 116699 116586 exon 116293 116193 exon 116108 116015 gene_19 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 127625 127445 exon 127349 127236 exon 127110 127005 exon 125313 125199 exon 125117 124908 exon 124781 124472 exon 124019 123896 exon 123037 122934 exon 122816 122748 exon 121879 121805 exon 121703 121339 exon 120102 120081 gene_20 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 127625 127445 exon 127349 127236 exon 127110 127005 exon 125313 125199 exon 125117 124908 exon 124781 124472 exon 124019 123896 exon 123037 122934 exon 122816 122748 exon 121879 121805 exon 121703 121317 AUGUSTUS_tom_cdna de novo gene_1 gene 0.8 1044 4895 transcript_1 transcript 0.8 1044 4895 start_codon_1 start_codon 1044 1046 intron_1 intron 0.8 1207 4615 intron_2 intron 1 4667 4788 CDS_1 CDS 0.86 1044 1206 CDS_2 CDS 0.87 4616 4666 CDS_3 CDS 1 4789 4895 stop_codon_1 stop_codon 4893 4895 gene_2 gene 0.13 28645 40550 transcript_2 transcript 0.13 28645 40550 start_codon_2 start_codon 28645 28647 intron_3 intron 0.66 28921 31795 intron_4 intron 0.79 31901 31983 intron_5 intron 1 32081 32179 intron_6 intron 0.86 32304 33028 intron_7 intron 0.78 33163 33986 intron_8 intron 0.99 34201 34344 intron_9 intron 0.71 34433 34630 intron_10 intron 0.72 34688 34785 intron_11 intron 0.57 34876 34980 intron_12 intron 0.98 35104 35883 intron_13 intron 1 35959 36034 intron_14 intron 1 36095 36748 intron_15 intron 1 36866 37133 intron_16 intron 1 37374 37456 intron_17 intron 1 37523 37642 intron_18 intron 1 37733 38638 intron_19 intron 1 38729 38999 intron_20 intron 1 39090 39360 intron_21 intron 1 39430 39508 intron_22 intron 1 39590 39697 intron_23 intron 1 39806 39894 intron_24 intron 1 39999 40134 intron_25 intron 1 40249 40339 CDS_4 CDS 0.63 28645 28920 CDS_5 CDS 0.68 31796 31900 CDS_6 CDS 0.99 31984 32080 CDS_7 CDS 1 32180 32303 CDS_8 CDS 0.8 33029 33162 CDS_9 CDS 0.83 33987 34200 CDS_10 CDS 0.98 34345 34432 CDS_11 CDS 0.72 34631 34687 CDS_12 CDS 0.6 34786 34875 CDS_13 CDS 0.9 34981 35103 CDS_14 CDS 1 35884 35958 CDS_15 CDS 1 36035 36094 CDS_16 CDS 1 36749 36865 CDS_17 CDS 1 37134 37373 CDS_18 CDS 1 37457 37522 CDS_19 CDS 1 37643 37732 CDS_20 CDS 1 38639 38728 CDS_21 CDS 1 39000 39089 CDS_22 CDS 1 39361 39429 CDS_23 CDS 1 39509 39589 CDS_24 CDS 1 39698 39805 CDS_25 CDS 1 39895 39998 CDS_26 CDS 1 40135 40248 CDS_27 CDS 1 40340 40550 stop_codon_2 stop_codon 40548 40550 gene_3 gene 0.02 59208 65758 transcript_3 transcript 0.02 59208 65758 start_codon_3 start_codon 59208 59210 intron_26 intron 0.99 59424 60283 intron_27 intron 0.53 60342 60693 intron_28 intron 0.97 60774 60853 intron_29 intron 0.98 60902 61638 intron_30 intron 0.99 61693 61808 intron_31 intron 0.98 61912 62018 intron_32 intron 0.48 62327 62684 intron_33 intron 0.3 63049 63967 intron_34 intron 0.74 64094 64614 intron_35 intron 0.45 64814 65649 CDS_28 CDS 1 59208 59423 CDS_29 CDS 0.98 60284 60341 CDS_30 CDS 0.53 60694 60773 CDS_31 CDS 0.99 60854 60901 CDS_32 CDS 0.99 61639 61692 CDS_33 CDS 1 61809 61911 CDS_34 CDS 0.45 62019 62326 CDS_35 CDS 0.46 62685 63048 CDS_36 CDS 0.76 63968 64093 CDS_37 CDS 0.91 64615 64813 CDS_38 CDS 0.46 65650 65758 stop_codon_3 stop_codon 65756 65758 gene_4 gene 0.99 74272 77692 transcript_4 transcript 0.99 74272 77692 start_codon_4 start_codon 74272 74274 intron_36 intron 1 74385 74461 intron_37 intron 1 74587 75285 intron_38 intron 1 75336 75487 intron_39 intron 1 75554 75651 intron_40 intron 1 75701 76489 intron_41 intron 1 76573 76671 intron_42 intron 1 76752 76847 intron_43 intron 1 76951 77491 CDS_39 CDS 1 74272 74384 CDS_40 CDS 1 74462 74586 CDS_41 CDS 1 75286 75335 CDS_42 CDS 1 75488 75553 CDS_43 CDS 1 75652 75700 CDS_44 CDS 1 76490 76572 CDS_45 CDS 1 76672 76751 CDS_46 CDS 1 76848 76950 CDS_47 CDS 0.99 77492 77692 stop_codon_4 stop_codon 77690 77692 gene_5 gene 1 79706 81797 transcript_5 transcript 1 79706 81797 start_codon_5 start_codon 79706 79708 intron_44 intron 1 79944 80074 intron_45 intron 1 80125 80238 intron_46 intron 1 80305 80835 intron_47 intron 1 80885 80984 intron_48 intron 1 81071 81170 intron_49 intron 1 81224 81315 intron_50 intron 1 81410 81554 CDS_48 CDS 1 79706 79943 CDS_49 CDS 1 80075 80124 CDS_50 CDS 1 80239 80304 CDS_51 CDS 1 80836 80884 CDS_52 CDS 1 80985 81070 CDS_53 CDS 1 81171 81223 CDS_54 CDS 1 81316 81409 CDS_55 CDS 1 81555 81797 stop_codon_5 stop_codon 81795 81797 gene_6 gene 1 92519 93019 transcript_6 transcript 1 92519 93019 start_codon_6 start_codon 92519 92521 CDS_56 CDS 1 92519 93019 stop_codon_6 stop_codon 93017 93019 AUGUSTUS_tom_cdna de novo gene_7 gene 1 13686 9241 transcript_7 transcript 1 13686 9241 stop_codon_7 stop_codon 9243 9241 intron_51 intron 1 9489 9294 intron_52 intron 1 9684 9584 intron_53 intron 1 10479 9792 intron_54 intron 1 10740 10552 intron_55 intron 1 10983 10851 intron_56 intron 1 13278 11397 CDS_57 CDS 1 9293 9241 CDS_58 CDS 1 9583 9490 CDS_59 CDS 1 9791 9685 CDS_60 CDS 1 10551 10480 CDS_61 CDS 1 10850 10741 CDS_62 CDS 1 11396 10984 CDS_63 CDS 1 13686 13279 start_codon_7 start_codon 13686 13684 gene_8 gene 0.97 42334 41490 transcript_8 transcript 0.97 42334 41490 stop_codon_8 stop_codon 41492 41490 intron_57 intron 1 41877 41634 intron_58 intron 1 42051 41983 intron_59 intron 1 42264 42180 CDS_64 CDS 1 41633 41490 CDS_65 CDS 1 41982 41878 CDS_66 CDS 1 42179 42052 CDS_67 CDS 0.97 42334 42265 start_codon_8 start_codon 42334 42332 gene_9 gene 1 46966 44423 transcript_9 transcript 1 46966 44423 stop_codon_9 stop_codon 44425 44423 intron_60 intron 1 44625 44525 intron_61 intron 1 44794 44692 intron_62 intron 1 45642 44860 intron_63 intron 1 45787 45707 intron_64 intron 1 46016 45898 intron_65 intron 1 46867 46105 CDS_68 CDS 1 44524 44423 CDS_69 CDS 1 44691 44626 CDS_70 CDS 1 44859 44795 CDS_71 CDS 1 45706 45643 CDS_72 CDS 1 45897 45788 CDS_73 CDS 1 46104 46017 CDS_74 CDS 1 46966 46868 start_codon_9 start_codon 46966 46964 gene_10 gene 0.88 57557 49393 transcript_10 transcript 0.88 57557 49393 stop_codon_10 stop_codon 49395 49393 intron_66 intron 1 49606 49525 intron_67 intron 1 49910 49751 intron_68 intron 1 50386 49974 intron_69 intron 1 50964 50511 intron_70 intron 1 51330 51192 intron_71 intron 1 51587 51499 intron_72 intron 1 53729 51739 intron_73 intron 0.88 57552 54108 CDS_75 CDS 1 49524 49393 CDS_76 CDS 1 49750 49607 CDS_77 CDS 1 49973 49911 CDS_78 CDS 1 50510 50387 CDS_79 CDS 1 51191 50965 CDS_80 CDS 1 51498 51331 CDS_81 CDS 1 51738 51588 CDS_82 CDS 0.88 54107 53730 CDS_83 CDS 0.88 57557 57553 start_codon_10 start_codon 57557 57555 gene_11 gene 0.39 70079 67371 transcript_11 transcript 0.39 70079 67371 stop_codon_11 stop_codon 67373 67371 intron_74 intron 1 68782 68158 intron_75 intron 0.82 69093 69007 intron_76 intron 1 69361 69279 CDS_84 CDS 0.68 68157 67371 CDS_85 CDS 1 69006 68783 CDS_86 CDS 0.82 69278 69094 CDS_87 CDS 0.66 70079 69362 start_codon_11 start_codon 70079 70077 gene_12 gene 0.74 85785 82227 transcript_12 transcript 0.74 85785 82227 stop_codon_12 stop_codon 82229 82227 intron_77 intron 0.98 83215 83121 intron_78 intron 1 83494 83372 intron_79 intron 0.92 84031 83708 intron_80 intron 0.77 85655 84241 CDS_88 CDS 1 83120 82227 CDS_89 CDS 0.98 83371 83216 CDS_90 CDS 1 83707 83495 CDS_91 CDS 0.75 84240 84032 CDS_92 CDS 0.85 85785 85656 start_codon_12 start_codon 85785 85783 gene_13 gene 0.76 89206 85958 transcript_13 transcript 0.76 89206 85958 stop_codon_13 stop_codon 85960 85958 intron_81 intron 1 87186 86087 intron_82 intron 1 89000 87301 intron_83 intron 0.76 89171 89044 CDS_93 CDS 1 86086 85958 CDS_94 CDS 1 87300 87187 CDS_95 CDS 0.84 89043 89001 CDS_96 CDS 0.86 89206 89172 start_codon_13 start_codon 89206 89204 gene_14 gene 0.31 98553 93293 transcript_14 transcript 0.31 98553 93293 stop_codon_14 stop_codon 93295 93293 intron_84 intron 1 93576 93509 intron_85 intron 0.54 94790 94645 intron_86 intron 0.83 95166 94932 intron_87 intron 0.88 95351 95210 intron_88 intron 1 95530 95422 intron_89 intron 0.97 95893 95714 intron_90 intron 0.97 96072 95984 intron_91 intron 1 96409 96200 intron_92 intron 1 96707 96570 intron_93 intron 1 97046 96956 intron_94 intron 0.93 97915 97839 intron_95 intron 0.97 98286 98159 CDS_97 CDS 1 93508 93293 CDS_98 CDS 0.56 94644 93577 CDS_99 CDS 0.88 94931 94791 CDS_100 CDS 0.84 95209 95167 CDS_101 CDS 0.88 95421 95352 CDS_102 CDS 1 95713 95531 CDS_103 CDS 0.97 95983 95894 CDS_104 CDS 1 96199 96073 CDS_105 CDS 1 96569 96410 CDS_106 CDS 1 96955 96708 CDS_107 CDS 0.96 97838 97047 CDS_108 CDS 0.97 98158 97916 CDS_109 CDS 0.96 98553 98287 start_codon_14 start_codon 98553 98551 gene_15 gene 0.68 109562 107263 transcript_15 transcript 0.68 109562 107263 stop_codon_15 stop_codon 107265 107263 intron_96 intron 0.98 107664 107453 intron_97 intron 0.96 108031 107750 intron_98 intron 0.71 108621 108199 CDS_110 CDS 1 107452 107263 CDS_111 CDS 0.98 107749 107665 CDS_112 CDS 0.71 108198 108032 CDS_113 CDS 0.74 109562 108622 start_codon_15 start_codon 109562 109560 gene_16 gene 0.79 118281 110172 transcript_16 transcript 0.79 118281 110172 stop_codon_16 stop_codon 110174 110172 intron_99 intron 0.88 110494 110361 intron_100 intron 0.88 110786 110564 intron_101 intron 1 110920 110835 intron_102 intron 1 111148 111017 intron_103 intron 1 111421 111260 intron_104 intron 1 111606 111507 intron_105 intron 1 111801 111720 intron_106 intron 1 112389 111868 intron_107 intron 1 112589 112510 intron_108 intron 1 112759 112638 intron_109 intron 1 113009 112832 intron_110 intron 1 113166 113070 intron_111 intron 1 113784 113227 intron_112 intron 1 114067 113919 intron_113 intron 1 114496 114288 intron_114 intron 0.91 114957 114554 intron_115 intron 0.99 115148 115045 intron_116 intron 1 116014 115317 intron_117 intron 1 116192 116109 intron_118 intron 1 116585 116294 intron_119 intron 1 116817 116700 intron_120 intron 1 116983 116890 intron_121 intron 1 117157 117074 intron_122 intron 1 117427 117278 intron_123 intron 1 117682 117603 intron_124 intron 1 117895 117772 intron_125 intron 1 118059 117980 CDS_114 CDS 0.99 110360 110172 CDS_115 CDS 0.88 110563 110495 CDS_116 CDS 1 110834 110787 CDS_117 CDS 1 111016 110921 CDS_118 CDS 1 111259 111149 CDS_119 CDS 1 111506 111422 CDS_120 CDS 1 111719 111607 CDS_121 CDS 1 111867 111802 CDS_122 CDS 1 112509 112390 CDS_123 CDS 1 112637 112590 CDS_124 CDS 1 112831 112760 CDS_125 CDS 1 113069 113010 CDS_126 CDS 1 113226 113167 CDS_127 CDS 1 113918 113785 CDS_128 CDS 1 114287 114068 CDS_129 CDS 1 114553 114497 CDS_130 CDS 0.98 115044 114958 CDS_131 CDS 1 115316 115149 CDS_132 CDS 1 116108 116015 CDS_133 CDS 1 116293 116193 CDS_134 CDS 1 116699 116586 CDS_135 CDS 1 116889 116818 CDS_136 CDS 1 117073 116984 CDS_137 CDS 1 117277 117158 CDS_138 CDS 1 117602 117428 CDS_139 CDS 1 117771 117683 CDS_140 CDS 1 117979 117896 CDS_141 CDS 1 118281 118060 start_codon_16 start_codon 118281 118279 gene_17 gene 0.92 121829 121471 transcript_17 transcript 0.92 121829 121471 stop_codon_17 stop_codon 121473 121471 intron_126 intron 1 121804 121704 CDS_142 CDS 0.92 121703 121471 CDS_143 CDS 0.92 121829 121805 start_codon_17 start_codon 121829 121827 gene_18 gene 0.91 127456 121869 transcript_18 transcript 0.91 127456 121869 stop_codon_18 stop_codon 121871 121869 intron_127 intron 0.91 122580 121880 intron_128 intron 0.99 122747 122612 intron_129 intron 1 122933 122817 intron_130 intron 1 123895 123038 intron_131 intron 1 124471 124020 intron_132 intron 1 124907 124782 intron_133 intron 1 125198 125118 intron_134 intron 1 127004 125314 intron_135 intron 1 127235 127111 intron_136 intron 1 127444 127350 CDS_144 CDS 0.92 121879 121869 CDS_145 CDS 0.91 122611 122581 CDS_146 CDS 1 122816 122748 CDS_147 CDS 1 123037 122934 CDS_148 CDS 1 124019 123896 CDS_149 CDS 1 124781 124472 CDS_150 CDS 1 125117 124908 CDS_151 CDS 1 125313 125199 CDS_152 CDS 1 127110 127005 CDS_153 CDS 1 127349 127236 CDS_154 CDS 1 127456 127445 start_codon_18 start_codon 127456 127454 gene_19 gene 0.42 127671 127493 transcript_19 transcript 0.42 127671 127493 stop_codon_19 stop_codon 127495 127493 intron_137 intron 0.42 128754 127672 CDS_155 CDS 0.42 127671 127493 tRNAscan-SE unknown database tRNAscan-SE unknown database tRNA_1 tRNA 66.50 6058 6129 tRNA_2 tRNA 84.87 89132 89205 AUGUSTUS_ab_initio de novo gene_1 gene 0.48 4513 4895 transcript_1 transcript 0.48 4513 4895 start_codon_1 start_codon 4513 4515 intron_1 intron 0.57 4694 4788 CDS_1 CDS 0.51 4513 4693 CDS_2 CDS 0.89 4789 4895 stop_codon_1 stop_codon 4893 4895 gene_2 gene 0.78 28458 29010 transcript_2 transcript 0.78 28458 29010 start_codon_2 start_codon 28458 28460 intron_2 intron 0.79 28551 28623 CDS_3 CDS 0.79 28458 28550 CDS_4 CDS 0.78 28624 29010 stop_codon_2 stop_codon 29008 29010 gene_3 gene 0.43 31808 40550 transcript_3 transcript 0.43 31808 40550 start_codon_3 start_codon 31808 31810 intron_3 intron 1 31901 31983 intron_4 intron 1 32081 32179 intron_5 intron 1 32304 33028 intron_6 intron 0.91 33163 33986 intron_7 intron 0.99 34201 34344 intron_8 intron 0.98 34433 34630 intron_9 intron 1 34688 34785 intron_10 intron 0.59 34876 34980 intron_11 intron 1 35104 35883 intron_12 intron 1 35959 36034 intron_13 intron 0.98 36095 36748 intron_14 intron 0.97 36866 37133 intron_15 intron 1 37374 37456 intron_16 intron 0.95 37523 37642 intron_17 intron 0.96 37733 38638 intron_18 intron 1 38729 38999 intron_19 intron 1 39090 39360 intron_20 intron 1 39430 39508 intron_21 intron 1 39590 39697 intron_22 intron 1 39806 39894 intron_23 intron 1 39999 40134 intron_24 intron 1 40249 40339 CDS_5 CDS 0.99 31808 31900 CDS_6 CDS 1 31984 32080 CDS_7 CDS 1 32180 32303 CDS_8 CDS 0.97 33029 33162 CDS_9 CDS 0.94 33987 34200 CDS_10 CDS 0.99 34345 34432 CDS_11 CDS 0.98 34631 34687 CDS_12 CDS 0.61 34786 34875 CDS_13 CDS 0.95 34981 35103 CDS_14 CDS 1 35884 35958 CDS_15 CDS 1 36035 36094 CDS_16 CDS 0.98 36749 36865 CDS_17 CDS 0.97 37134 37373 CDS_18 CDS 0.96 37457 37522 CDS_19 CDS 0.99 37643 37732 CDS_20 CDS 0.96 38639 38728 CDS_21 CDS 1 39000 39089 CDS_22 CDS 1 39361 39429 CDS_23 CDS 1 39509 39589 CDS_24 CDS 1 39698 39805 CDS_25 CDS 1 39895 39998 CDS_26 CDS 1 40135 40248 CDS_27 CDS 1 40340 40550 stop_codon_3 stop_codon 40548 40550 gene_4 gene 0.05 59208 65758 transcript_4 transcript 0.05 59208 65758 start_codon_4 start_codon 59208 59210 intron_25 intron 1 59424 60283 intron_26 intron 0.61 60342 60648 intron_27 intron 0.99 60774 60853 intron_28 intron 0.94 60902 61638 intron_29 intron 1 61693 61808 intron_30 intron 0.99 61912 62018 intron_31 intron 0.53 62327 62684 intron_32 intron 0.39 63049 63967 intron_33 intron 0.95 64094 64614 intron_34 intron 0.89 64814 64898 intron_35 intron 0.7 64960 65542 CDS_28 CDS 1 59208 59423 CDS_29 CDS 0.99 60284 60341 CDS_30 CDS 0.61 60649 60773 CDS_31 CDS 1 60854 60901 CDS_32 CDS 0.98 61639 61692 CDS_33 CDS 1 61809 61911 CDS_34 CDS 0.52 62019 62326 CDS_35 CDS 0.41 62685 63048 CDS_36 CDS 0.97 63968 64093 CDS_37 CDS 0.92 64615 64813 CDS_38 CDS 0.81 64899 64959 CDS_39 CDS 0.72 65543 65758 stop_codon_4 stop_codon 65756 65758 gene_5 gene 0.93 74272 77692 transcript_5 transcript 0.93 74272 77692 start_codon_5 start_codon 74272 74274 intron_36 intron 1 74385 74461 intron_37 intron 0.98 74587 75285 intron_38 intron 1 75336 75487 intron_39 intron 1 75554 75651 intron_40 intron 1 75701 76489 intron_41 intron 1 76573 76671 intron_42 intron 1 76752 76847 intron_43 intron 0.98 76951 77491 CDS_40 CDS 1 74272 74384 CDS_41 CDS 1 74462 74586 CDS_42 CDS 0.98 75286 75335 CDS_43 CDS 1 75488 75553 CDS_44 CDS 1 75652 75700 CDS_45 CDS 1 76490 76572 CDS_46 CDS 1 76672 76751 CDS_47 CDS 0.99 76848 76950 CDS_48 CDS 0.96 77492 77692 stop_codon_5 stop_codon 77690 77692 gene_6 gene 0.99 79706 81797 transcript_6 transcript 0.99 79706 81797 start_codon_6 start_codon 79706 79708 intron_44 intron 1 79944 80074 intron_45 intron 1 80125 80238 intron_46 intron 1 80305 80835 intron_47 intron 1 80885 80984 intron_48 intron 1 81071 81170 intron_49 intron 1 81224 81315 intron_50 intron 1 81410 81554 CDS_49 CDS 0.99 79706 79943 CDS_50 CDS 1 80075 80124 CDS_51 CDS 1 80239 80304 CDS_52 CDS 1 80836 80884 CDS_53 CDS 1 80985 81070 CDS_54 CDS 1 81171 81223 CDS_55 CDS 1 81316 81409 CDS_56 CDS 1 81555 81797 stop_codon_6 stop_codon 81795 81797 gene_7 gene 0.98 92519 93019 transcript_7 transcript 0.98 92519 93019 start_codon_7 start_codon 92519 92521 CDS_57 CDS 0.98 92519 93019 stop_codon_7 stop_codon 93017 93019 AUGUSTUS_ab_initio de novo gene_8 gene 0.57 13686 9045 transcript_8 transcript 0.57 13686 9045 stop_codon_8 stop_codon 9047 9045 intron_51 intron 0.77 9489 9101 intron_52 intron 0.93 9684 9584 intron_53 intron 0.85 10479 9792 intron_54 intron 0.96 10740 10552 intron_55 intron 0.95 10983 10851 intron_56 intron 0.87 13278 11397 CDS_58 CDS 0.77 9100 9045 CDS_59 CDS 0.97 9583 9490 CDS_60 CDS 0.87 9791 9685 CDS_61 CDS 0.95 10551 10480 CDS_62 CDS 0.95 10850 10741 CDS_63 CDS 0.87 11396 10984 CDS_64 CDS 0.96 13686 13279 start_codon_8 start_codon 13686 13684 gene_9 gene 0.38 42334 41490 transcript_9 transcript 0.38 42334 41490 stop_codon_9 stop_codon 41492 41490 intron_57 intron 0.82 42051 41634 intron_58 intron 0.48 42264 42180 CDS_65 CDS 1 41633 41490 CDS_66 CDS 0.96 42179 42052 CDS_67 CDS 0.47 42334 42265 start_codon_9 start_codon 42334 42332 gene_10 gene 0.46 46966 44423 transcript_10 transcript 0.46 46966 44423 stop_codon_10 stop_codon 44425 44423 intron_59 intron 0.97 44625 44525 intron_60 intron 1 44794 44692 intron_61 intron 0.91 45642 44860 intron_62 intron 0.99 45787 45707 intron_63 intron 1 46016 45898 intron_64 intron 0.98 46867 46105 CDS_68 CDS 0.5 44524 44423 CDS_69 CDS 0.99 44691 44626 CDS_70 CDS 1 44859 44795 CDS_71 CDS 0.93 45706 45643 CDS_72 CDS 0.99 45897 45788 CDS_73 CDS 1 46104 46017 CDS_74 CDS 0.97 46966 46868 start_codon_10 start_codon 46966 46964 gene_11 gene 0.9 54049 49393 transcript_11 transcript 0.9 54049 49393 stop_codon_11 stop_codon 49395 49393 intron_65 intron 1 49606 49525 intron_66 intron 1 49910 49751 intron_67 intron 0.97 50386 49974 intron_68 intron 1 50964 50511 intron_69 intron 1 51330 51192 intron_70 intron 0.98 51587 51499 intron_71 intron 0.97 53729 51739 CDS_75 CDS 0.99 49524 49393 CDS_76 CDS 1 49750 49607 CDS_77 CDS 1 49973 49911 CDS_78 CDS 0.97 50510 50387 CDS_79 CDS 0.99 51191 50965 CDS_80 CDS 0.98 51498 51331 CDS_81 CDS 0.98 51738 51588 CDS_82 CDS 0.99 54049 53730 start_codon_11 start_codon 54049 54047 gene_12 gene 0.42 70079 66463 transcript_12 transcript 0.42 70079 66463 stop_codon_12 stop_codon 66465 66463 intron_72 intron 0.62 67465 66552 intron_73 intron 1 68782 68158 intron_74 intron 0.85 69093 69007 intron_75 intron 1 69361 69279 CDS_83 CDS 0.8 66551 66463 CDS_84 CDS 0.66 68157 67466 CDS_85 CDS 1 69006 68783 CDS_86 CDS 0.85 69278 69094 CDS_87 CDS 0.75 70079 69362 start_codon_12 start_codon 70079 70077 gene_13 gene 0.11 89018 82227 transcript_13 transcript 0.11 89018 82227 stop_codon_13 stop_codon 82229 82227 intron_76 intron 0.96 83215 83121 intron_77 intron 1 83494 83372 intron_78 intron 0.95 84031 83708 intron_79 intron 0.82 86001 84241 intron_80 intron 0.86 87186 86087 intron_81 intron 0.93 88048 87301 intron_82 intron 0.15 88961 88145 CDS_88 CDS 1 83120 82227 CDS_89 CDS 0.96 83371 83216 CDS_90 CDS 1 83707 83495 CDS_91 CDS 0.88 84240 84032 CDS_92 CDS 0.83 86086 86002 CDS_93 CDS 0.9 87300 87187 CDS_94 CDS 0.5 88144 88049 CDS_95 CDS 0.39 89018 88962 start_codon_13 start_codon 89018 89016 gene_14 gene 0.32 98553 93293 transcript_14 transcript 0.32 98553 93293 stop_codon_14 stop_codon 93295 93293 intron_83 intron 1 93576 93509 intron_84 intron 0.61 94790 94645 intron_85 intron 0.9 95166 94932 intron_86 intron 1 95351 95210 intron_87 intron 1 95530 95422 intron_88 intron 1 95893 95714 intron_89 intron 1 96072 95984 intron_90 intron 0.77 96409 96200 intron_91 intron 1 96707 96570 intron_92 intron 1 97046 96956 intron_93 intron 0.98 97915 97839 intron_94 intron 0.99 98286 98159 CDS_96 CDS 0.92 93508 93293 CDS_97 CDS 0.58 94644 93577 CDS_98 CDS 0.93 94931 94791 CDS_99 CDS 0.96 95209 95167 CDS_100 CDS 1 95421 95352 CDS_101 CDS 1 95713 95531 CDS_102 CDS 1 95983 95894 CDS_103 CDS 0.99 96199 96073 CDS_104 CDS 0.78 96569 96410 CDS_105 CDS 1 96955 96708 CDS_106 CDS 0.98 97838 97047 CDS_107 CDS 0.99 98158 97916 CDS_108 CDS 0.9 98553 98287 start_codon_14 start_codon 98553 98551 gene_15 gene 0.8 109562 107263 transcript_15 transcript 0.8 109562 107263 stop_codon_15 stop_codon 107265 107263 intron_95 intron 1 107664 107453 intron_96 intron 1 108031 107750 intron_97 intron 0.81 108621 108199 CDS_109 CDS 1 107452 107263 CDS_110 CDS 1 107749 107665 CDS_111 CDS 0.97 108198 108032 CDS_112 CDS 0.93 109562 108622 start_codon_15 start_codon 109562 109560 gene_16 gene 0.08 127456 110172 transcript_16 transcript 0.08 127456 110172 stop_codon_16 stop_codon 110174 110172 intron_98 intron 0.99 110494 110361 intron_99 intron 0.98 110786 110564 intron_100 intron 0.97 110920 110835 intron_101 intron 0.99 111148 111017 intron_102 intron 0.8 111421 111260 intron_103 intron 1 111606 111507 intron_104 intron 0.69 111801 111720 intron_105 intron 0.79 112389 111868 intron_106 intron 1 112589 112510 intron_107 intron 0.99 112759 112638 intron_108 intron 0.98 113009 112832 intron_109 intron 0.91 113166 113070 intron_110 intron 0.92 113784 113227 intron_111 intron 0.95 114067 113919 intron_112 intron 0.95 114496 114288 intron_113 intron 0.51 114640 114554 intron_114 intron 0.5 114957 114707 intron_115 intron 1 115148 115045 intron_116 intron 0.98 116014 115317 intron_117 intron 0.97 116192 116109 intron_118 intron 0.89 116585 116294 intron_119 intron 0.78 116817 116700 intron_120 intron 0.92 116983 116890 intron_121 intron 0.91 117157 117074 intron_122 intron 0.99 117427 117278 intron_123 intron 0.99 117682 117603 intron_124 intron 1 117895 117772 intron_125 intron 1 118059 117980 intron_126 intron 0.46 121573 118232 intron_127 intron 0.93 122580 121704 intron_128 intron 0.93 122747 122612 intron_129 intron 1 122933 122817 intron_130 intron 1 123895 123038 intron_131 intron 1 124471 124020 intron_132 intron 1 124907 124782 intron_133 intron 1 125198 125118 intron_134 intron 0.96 127004 125314 intron_135 intron 1 127235 127111 intron_136 intron 0.86 127444 127350 CDS_113 CDS 0.96 110360 110172 CDS_114 CDS 0.99 110563 110495 CDS_115 CDS 0.98 110834 110787 CDS_116 CDS 0.99 111016 110921 CDS_117 CDS 1 111259 111149 CDS_118 CDS 0.8 111506 111422 CDS_119 CDS 0.99 111719 111607 CDS_120 CDS 0.69 111867 111802 CDS_121 CDS 1 112509 112390 CDS_122 CDS 1 112637 112590 CDS_123 CDS 0.99 112831 112760 CDS_124 CDS 0.99 113069 113010 CDS_125 CDS 0.92 113226 113167 CDS_126 CDS 1 113918 113785 CDS_127 CDS 0.95 114287 114068 CDS_128 CDS 0.95 114553 114497 CDS_129 CDS 0.51 114706 114641 CDS_130 CDS 0.97 115044 114958 CDS_131 CDS 1 115316 115149 CDS_132 CDS 0.98 116108 116015 CDS_133 CDS 0.97 116293 116193 CDS_134 CDS 0.9 116699 116586 CDS_135 CDS 0.84 116889 116818 CDS_136 CDS 0.99 117073 116984 CDS_137 CDS 0.9 117277 117158 CDS_138 CDS 0.99 117602 117428 CDS_139 CDS 1 117771 117683 CDS_140 CDS 1 117979 117896 CDS_141 CDS 0.46 118231 118060 CDS_142 CDS 0.59 121703 121574 CDS_143 CDS 0.93 122611 122581 CDS_144 CDS 0.99 122816 122748 CDS_145 CDS 1 123037 122934 CDS_146 CDS 1 124019 123896 CDS_147 CDS 1 124781 124472 CDS_148 CDS 1 125117 124908 CDS_149 CDS 1 125313 125199 CDS_150 CDS 0.97 127110 127005 CDS_151 CDS 0.86 127349 127236 CDS_152 CDS 0.86 127456 127445 start_codon_16 start_codon 127456 127454 AUGUSTUS_tom_ugs de novo gene_1 gene 0.81 1044 4895 transcript_1 transcript 0.81 1044 4895 start_codon_1 start_codon 1044 1046 intron_1 intron 0.82 1207 4615 intron_2 intron 1 4667 4788 CDS_1 CDS 0.86 1044 1206 CDS_2 CDS 0.9 4616 4666 CDS_3 CDS 0.99 4789 4895 stop_codon_1 stop_codon 4893 4895 gene_2 gene 0.31 28645 31076 transcript_2 transcript 0.31 28645 31076 start_codon_2 start_codon 28645 28647 intron_3 intron 0.51 28921 31037 CDS_4 CDS 0.37 28645 28920 CDS_5 CDS 0.53 31038 31076 stop_codon_2 stop_codon 31074 31076 gene_3 gene 0.4 31808 40550 transcript_3 transcript 0.4 31808 40550 start_codon_3 start_codon 31808 31810 intron_4 intron 1 31901 31983 intron_5 intron 1 32081 32179 intron_6 intron 1 32304 34014 intron_7 intron 1 34201 34344 intron_8 intron 1 34433 34630 intron_9 intron 1 34688 34785 intron_10 intron 0.54 34876 34980 intron_11 intron 1 35104 35883 intron_12 intron 1 35959 36034 intron_13 intron 1 36095 36748 intron_14 intron 1 36866 37133 intron_15 intron 1 37374 37456 intron_16 intron 1 37523 37642 intron_17 intron 1 37733 38638 intron_18 intron 1 38729 38999 intron_19 intron 1 39090 39360 intron_20 intron 1 39430 39508 intron_21 intron 1 39590 39697 intron_22 intron 1 39806 39894 intron_23 intron 1 39999 40134 intron_24 intron 1 40249 40339 CDS_6 CDS 0.68 31808 31900 CDS_7 CDS 1 31984 32080 CDS_8 CDS 1 32180 32303 CDS_9 CDS 1 34015 34200 CDS_10 CDS 1 34345 34432 CDS_11 CDS 1 34631 34687 CDS_12 CDS 0.54 34786 34875 CDS_13 CDS 0.9 34981 35103 CDS_14 CDS 1 35884 35958 CDS_15 CDS 1 36035 36094 CDS_16 CDS 1 36749 36865 CDS_17 CDS 1 37134 37373 CDS_18 CDS 1 37457 37522 CDS_19 CDS 1 37643 37732 CDS_20 CDS 1 38639 38728 CDS_21 CDS 1 39000 39089 CDS_22 CDS 1 39361 39429 CDS_23 CDS 1 39509 39589 CDS_24 CDS 1 39698 39805 CDS_25 CDS 1 39895 39998 CDS_26 CDS 1 40135 40248 CDS_27 CDS 1 40340 40550 stop_codon_3 stop_codon 40548 40550 gene_4 gene 0.07 59208 65758 transcript_4 transcript 0.07 59208 65758 start_codon_4 start_codon 59208 59210 intron_25 intron 0.99 59424 60283 intron_26 intron 0.49 60342 60693 intron_27 intron 0.96 60774 60853 intron_28 intron 0.99 60902 61638 intron_29 intron 1 61693 61808 intron_30 intron 0.97 61912 62018 intron_31 intron 0.41 62327 62684 intron_32 intron 0.41 63049 63967 intron_33 intron 0.78 64094 64614 intron_34 intron 0.59 64814 65649 CDS_28 CDS 1 59208 59423 CDS_29 CDS 0.97 60284 60341 CDS_30 CDS 0.49 60694 60773 CDS_31 CDS 0.99 60854 60901 CDS_32 CDS 0.99 61639 61692 CDS_33 CDS 1 61809 61911 CDS_34 CDS 0.39 62019 62326 CDS_35 CDS 0.5 62685 63048 CDS_36 CDS 0.79 63968 64093 CDS_37 CDS 0.96 64615 64813 CDS_38 CDS 0.61 65650 65758 stop_codon_4 stop_codon 65756 65758 gene_5 gene 1 74272 77692 transcript_5 transcript 1 74272 77692 start_codon_5 start_codon 74272 74274 intron_35 intron 1 74385 74461 intron_36 intron 1 74587 75285 intron_37 intron 1 75336 75487 intron_38 intron 1 75554 75651 intron_39 intron 1 75701 76489 intron_40 intron 1 76573 76671 intron_41 intron 1 76752 76847 intron_42 intron 1 76951 77491 CDS_39 CDS 1 74272 74384 CDS_40 CDS 1 74462 74586 CDS_41 CDS 1 75286 75335 CDS_42 CDS 1 75488 75553 CDS_43 CDS 1 75652 75700 CDS_44 CDS 1 76490 76572 CDS_45 CDS 1 76672 76751 CDS_46 CDS 1 76848 76950 CDS_47 CDS 1 77492 77692 stop_codon_5 stop_codon 77690 77692 gene_6 gene 0.99 79706 81797 transcript_6 transcript 0.99 79706 81797 start_codon_6 start_codon 79706 79708 intron_43 intron 1 79944 80074 intron_44 intron 1 80125 80238 intron_45 intron 1 80305 80835 intron_46 intron 1 80885 80984 intron_47 intron 1 81071 81170 intron_48 intron 1 81224 81315 intron_49 intron 1 81410 81554 CDS_48 CDS 0.99 79706 79943 CDS_49 CDS 1 80075 80124 CDS_50 CDS 1 80239 80304 CDS_51 CDS 1 80836 80884 CDS_52 CDS 1 80985 81070 CDS_53 CDS 1 81171 81223 CDS_54 CDS 1 81316 81409 CDS_55 CDS 1 81555 81797 stop_codon_6 stop_codon 81795 81797 gene_7 gene 0.99 92519 93019 transcript_7 transcript 0.99 92519 93019 start_codon_7 start_codon 92519 92521 CDS_56 CDS 0.99 92519 93019 stop_codon_7 stop_codon 93017 93019 AUGUSTUS_tom_ugs de novo gene_8 gene 1 13686 9241 transcript_8 transcript 1 13686 9241 stop_codon_8 stop_codon 9243 9241 intron_50 intron 1 9489 9294 intron_51 intron 1 9684 9584 intron_52 intron 1 10479 9792 intron_53 intron 1 10740 10552 intron_54 intron 1 10983 10851 intron_55 intron 1 13278 11397 CDS_57 CDS 1 9293 9241 CDS_58 CDS 1 9583 9490 CDS_59 CDS 1 9791 9685 CDS_60 CDS 1 10551 10480 CDS_61 CDS 1 10850 10741 CDS_62 CDS 1 11396 10984 CDS_63 CDS 1 13686 13279 start_codon_8 start_codon 13686 13684 gene_9 gene 1 42334 41490 transcript_9 transcript 1 42334 41490 stop_codon_9 stop_codon 41492 41490 intron_56 intron 1 41877 41634 intron_57 intron 1 42051 41983 intron_58 intron 1 42264 42180 CDS_64 CDS 1 41633 41490 CDS_65 CDS 1 41982 41878 CDS_66 CDS 1 42179 42052 CDS_67 CDS 1 42334 42265 start_codon_9 start_codon 42334 42332 gene_10 gene 1 46966 44423 transcript_10 transcript 1 46966 44423 stop_codon_10 stop_codon 44425 44423 intron_59 intron 1 44625 44525 intron_60 intron 1 44794 44692 intron_61 intron 1 45642 44860 intron_62 intron 1 45787 45707 intron_63 intron 1 46016 45898 intron_64 intron 1 46867 46105 CDS_68 CDS 1 44524 44423 CDS_69 CDS 1 44691 44626 CDS_70 CDS 1 44859 44795 CDS_71 CDS 1 45706 45643 CDS_72 CDS 1 45897 45788 CDS_73 CDS 1 46104 46017 CDS_74 CDS 1 46966 46868 start_codon_10 start_codon 46966 46964 gene_11 gene 1 54049 49393 transcript_11 transcript 1 54049 49393 stop_codon_11 stop_codon 49395 49393 intron_65 intron 1 49606 49525 intron_66 intron 1 49910 49751 intron_67 intron 1 50386 49974 intron_68 intron 1 50964 50511 intron_69 intron 1 51330 51192 intron_70 intron 1 51587 51499 intron_71 intron 1 53729 51739 CDS_75 CDS 1 49524 49393 CDS_76 CDS 1 49750 49607 CDS_77 CDS 1 49973 49911 CDS_78 CDS 1 50510 50387 CDS_79 CDS 1 51191 50965 CDS_80 CDS 1 51498 51331 CDS_81 CDS 1 51738 51588 CDS_82 CDS 1 54049 53730 start_codon_11 start_codon 54049 54047 gene_12 gene 0.32 70079 67371 transcript_12 transcript 0.32 70079 67371 stop_codon_12 stop_codon 67373 67371 intron_72 intron 1 68782 68158 intron_73 intron 0.86 69093 69007 intron_74 intron 0.99 69361 69279 CDS_83 CDS 0.67 68157 67371 CDS_84 CDS 1 69006 68783 CDS_85 CDS 0.85 69278 69094 CDS_86 CDS 0.57 70079 69362 start_codon_12 start_codon 70079 70077 gene_13 gene 0.58 84199 82227 transcript_13 transcript 0.58 84199 82227 stop_codon_13 stop_codon 82229 82227 intron_75 intron 0.99 83215 83121 intron_76 intron 1 83494 83372 intron_77 intron 0.98 84031 83708 CDS_87 CDS 1 83120 82227 CDS_88 CDS 0.99 83371 83216 CDS_89 CDS 1 83707 83495 CDS_90 CDS 0.59 84199 84032 start_codon_13 start_codon 84199 84197 gene_14 gene 0.81 89018 85958 transcript_14 transcript 0.81 89018 85958 stop_codon_14 stop_codon 85960 85958 intron_78 intron 1 87186 86087 intron_79 intron 1 89000 87301 CDS_91 CDS 0.81 86086 85958 CDS_92 CDS 1 87300 87187 CDS_93 CDS 1 89018 89001 start_codon_14 start_codon 89018 89016 gene_15 gene 0.34 98553 93293 transcript_15 transcript 0.34 98553 93293 stop_codon_15 stop_codon 93295 93293 intron_80 intron 1 93576 93509 intron_81 intron 0.44 94790 94645 intron_82 intron 0.77 95166 94932 intron_83 intron 0.85 95351 95210 intron_84 intron 1 95530 95422 intron_85 intron 1 95893 95714 intron_86 intron 1 96072 95984 intron_87 intron 1 96409 96200 intron_88 intron 1 96707 96570 intron_89 intron 1 97046 96956 intron_90 intron 0.98 97915 97839 intron_91 intron 1 98286 98159 CDS_94 CDS 1 93508 93293 CDS_95 CDS 0.46 94644 93577 CDS_96 CDS 0.85 94931 94791 CDS_97 CDS 0.78 95209 95167 CDS_98 CDS 0.86 95421 95352 CDS_99 CDS 1 95713 95531 CDS_100 CDS 1 95983 95894 CDS_101 CDS 1 96199 96073 CDS_102 CDS 1 96569 96410 CDS_103 CDS 1 96955 96708 CDS_104 CDS 0.98 97838 97047 CDS_105 CDS 1 98158 97916 CDS_106 CDS 0.98 98553 98287 start_codon_15 start_codon 98553 98551 gene_16 gene 0.74 109562 107263 transcript_16 transcript 0.74 109562 107263 stop_codon_16 stop_codon 107265 107263 intron_92 intron 0.96 107664 107453 intron_93 intron 0.96 108031 107750 intron_94 intron 0.74 108621 108199 CDS_107 CDS 1 107452 107263 CDS_108 CDS 0.96 107749 107665 CDS_109 CDS 0.75 108198 108032 CDS_110 CDS 0.79 109562 108622 start_codon_16 start_codon 109562 109560 gene_17 gene 0.96 118281 110172 transcript_17 transcript 0.96 118281 110172 stop_codon_17 stop_codon 110174 110172 intron_95 intron 1 110494 110361 intron_96 intron 1 110786 110564 intron_97 intron 1 110920 110835 intron_98 intron 1 111148 111017 intron_99 intron 1 111421 111260 intron_100 intron 1 111606 111507 intron_101 intron 1 111801 111720 intron_102 intron 1 112389 111868 intron_103 intron 1 112589 112510 intron_104 intron 1 112759 112638 intron_105 intron 1 113009 112832 intron_106 intron 1 113166 113070 intron_107 intron 1 113784 113227 intron_108 intron 1 114067 113919 intron_109 intron 1 114496 114288 intron_110 intron 0.96 114957 114554 intron_111 intron 1 115148 115045 intron_112 intron 1 116014 115317 intron_113 intron 1 116192 116109 intron_114 intron 1 116585 116294 intron_115 intron 1 116817 116700 intron_116 intron 1 116983 116890 intron_117 intron 1 117157 117074 intron_118 intron 1 117427 117278 intron_119 intron 1 117682 117603 intron_120 intron 1 117895 117772 intron_121 intron 1 118059 117980 CDS_111 CDS 1 110360 110172 CDS_112 CDS 1 110563 110495 CDS_113 CDS 1 110834 110787 CDS_114 CDS 1 111016 110921 CDS_115 CDS 1 111259 111149 CDS_116 CDS 1 111506 111422 CDS_117 CDS 1 111719 111607 CDS_118 CDS 1 111867 111802 CDS_119 CDS 1 112509 112390 CDS_120 CDS 1 112637 112590 CDS_121 CDS 1 112831 112760 CDS_122 CDS 1 113069 113010 CDS_123 CDS 1 113226 113167 CDS_124 CDS 1 113918 113785 CDS_125 CDS 1 114287 114068 CDS_126 CDS 1 114553 114497 CDS_127 CDS 0.99 115044 114958 CDS_128 CDS 1 115316 115149 CDS_129 CDS 1 116108 116015 CDS_130 CDS 1 116293 116193 CDS_131 CDS 1 116699 116586 CDS_132 CDS 1 116889 116818 CDS_133 CDS 1 117073 116984 CDS_134 CDS 1 117277 117158 CDS_135 CDS 1 117602 117428 CDS_136 CDS 1 117771 117683 CDS_137 CDS 1 117979 117896 CDS_138 CDS 1 118281 118060 start_codon_17 start_codon 118281 118279 gene_18 gene 0.88 121829 121471 transcript_18 transcript 0.88 121829 121471 stop_codon_18 stop_codon 121473 121471 intron_122 intron 1 121804 121704 CDS_139 CDS 0.88 121703 121471 CDS_140 CDS 0.88 121829 121805 start_codon_18 start_codon 121829 121827 gene_19 gene 0.87 127456 121869 transcript_19 transcript 0.87 127456 121869 stop_codon_19 stop_codon 121871 121869 intron_123 intron 0.87 122580 121880 intron_124 intron 1 122747 122612 intron_125 intron 1 122933 122817 intron_126 intron 1 123895 123038 intron_127 intron 1 124471 124020 intron_128 intron 1 124907 124782 intron_129 intron 1 125198 125118 intron_130 intron 1 127004 125314 intron_131 intron 1 127235 127111 intron_132 intron 1 127444 127350 CDS_141 CDS 0.88 121879 121869 CDS_142 CDS 0.87 122611 122581 CDS_143 CDS 1 122816 122748 CDS_144 CDS 1 123037 122934 CDS_145 CDS 1 124019 123896 CDS_146 CDS 1 124781 124472 CDS_147 CDS 1 125117 124908 CDS_148 CDS 1 125313 125199 CDS_149 CDS 1 127110 127005 CDS_150 CDS 1 127349 127236 CDS_151 CDS 1 127456 127445 start_codon_19 start_codon 127456 127454 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.992 31638 31900 match_part 1.000 31984 32080 match_part 1.000 32180 32303 match_part 1.000 34015 34200 match_part 0.977 34345 34432 match_part 0.965 34631 34687 match_part 0.927 34786 34826 match_2 match_part 1.000 31743 31900 match_part 0.994 31984 32303 match_part 0.974 34015 34168 match_3 match_part 1.000 35930 35958 match_part 1.000 36035 36094 match_part 1.000 36749 36865 match_part 1.000 37134 37373 match_part 1.000 37457 37522 match_part 1.000 37643 37732 match_part 1.000 38639 38728 match_part 1.000 39000 39089 match_part 1.000 39361 39429 match_part 1.000 39509 39589 match_part 1.000 39698 39805 match_part 1.000 39895 39998 match_part 1.000 40135 40248 match_part 0.941 40340 40963 match_4 match_part 0.980 40151 40248 match_part 1.000 40340 40963 match_5 match_part 1.000 74132 74384 match_part 1.000 74462 74586 match_part 1.000 75286 75335 match_part 1.000 75488 75553 match_part 1.000 75652 75700 match_part 1.000 76490 76572 match_part 1.000 76672 76751 match_part 1.000 76848 76896 match_6 match_part 0.997 79656 79943 match_part 1.000 80075 80124 match_part 1.000 80239 80304 match_part 1.000 80836 80884 match_part 1.000 80985 81070 match_part 0.944 81171 81188 match_7 match_part 0.996 79663 79943 match_part 1.000 80075 80124 match_part 1.000 80239 80304 match_part 1.000 80836 80884 match_part 1.000 80985 81070 match_part 1.000 81171 81223 match_part 1.000 81316 81409 match_part 1.000 81555 81941 match_8 match_part 0.983 92427 93504 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_9 match_part 0.927 14727 14673 match_part 1.000 14320 14235 match_part 1.000 14068 13279 match_part 1.000 11396 10984 match_part 1.000 10850 10741 match_part 1.000 10551 10480 match_part 1.000 9791 9685 match_part 1.000 9583 9490 match_part 1.000 9293 9189 match_part 1.000 9100 8910 match_10 match_part 0.974 42381 42265 match_part 1.000 42179 42052 match_part 1.000 41982 41878 match_part 1.000 41633 41172 match_11 match_part 1.000 42365 42265 match_part 1.000 42179 42052 match_part 1.000 41982 41878 match_part 0.997 41602 41251 match_12 match_part 0.950 42344 42265 match_part 0.992 42179 42052 match_part 1.000 41982 41878 match_part 0.957 41633 41400 match_13 match_part 0.989 42365 41617 match_14 match_part 1.000 47468 46868 match_part 1.000 46104 46017 match_part 1.000 45897 45788 match_part 1.000 45706 45643 match_part 1.000 44859 44795 match_part 1.000 44691 44626 match_part 0.994 44524 44030 match_15 match_part 1.000 54122 53730 match_part 1.000 51738 51588 match_part 1.000 51498 51331 match_part 1.000 51191 50965 match_part 1.000 50510 50387 match_part 1.000 49973 49911 match_part 1.000 49750 49607 match_part 0.998 49524 49031 match_16 match_part 0.997 70442 70121 match_17 match_part 0.997 97365 97047 match_part 1.000 96955 96708 match_part 1.000 96569 96410 match_part 1.000 96199 96073 match_part 1.000 95983 95976 match_18 match_part 0.973 114533 114497 match_part 1.000 114287 114068 match_part 1.000 113918 113785 match_part 1.000 113226 113167 match_part 1.000 113069 113010 match_part 1.000 112831 112760 match_part 1.000 112637 112590 match_part 1.000 112509 112390 match_part 1.000 111867 111802 match_part 1.000 111719 111607 match_part 1.000 111506 111422 match_part 1.000 111259 111149 match_part 1.000 111016 110921 match_part 1.000 110834 110787 match_part 1.000 110563 110537 match_19 match_part 0.992 117549 117428 match_part 1.000 117277 117158 match_part 1.000 117073 116984 match_part 1.000 116889 116818 match_part 1.000 116699 116586 match_part 1.000 116293 116193 match_part 1.000 116108 116015 match_part 0.800 115316 115292 match_20 match_part 1.000 118304 118060 match_part 1.000 117979 117896 match_part 1.000 117771 117683 match_part 0.994 117602 117428 match_part 0.950 117277 117158 match_part 0.895 117073 117017 match_21 match_part 1.000 123014 122934 match_part 1.000 122816 122748 match_part 1.000 121879 121805 match_part 1.000 121703 121320 match_22 match_part 0.995 127626 127445 match_part 1.000 127349 127236 match_part 1.000 127110 127005 match_part 1.000 125313 125199 match_part 1.000 125117 124908 match_part 1.000 124781 124472 match_part 1.000 124019 123896 match_part 1.000 123037 122934 match_part 1.000 122816 122748 match_part 1.000 121879 121805 match_part 0.988 121703 121361 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 14727 14673 exon 14320 14235 exon 14068 13279 exon 11396 10984 exon 10850 10741 exon 10551 10480 exon 9791 9685 exon 9583 9490 exon 9293 9189 exon 9100 8910 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 31638 31900 exon 31984 32080 exon 32180 32303 exon 34015 34200 exon 34345 34432 exon 34631 34687 exon 34786 34826 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 31743 31900 exon 31984 32303 exon 34015 34168 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 35930 35958 exon 36035 36094 exon 36749 36865 exon 37134 37373 exon 37457 37522 exon 37643 37732 exon 38639 38728 exon 39000 39089 exon 39361 39429 exon 39509 39589 exon 39698 39805 exon 39895 39998 exon 40135 40248 exon 40340 40963 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 42381 42265 exon 42179 42052 exon 41982 41878 exon 41633 41172 gene_6 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 42365 41617 gene_7 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 42365 42265 exon 42179 42052 exon 41982 41878 exon 41602 41251 gene_8 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 47468 46868 exon 46104 46017 exon 45897 45788 exon 45706 45643 exon 44859 44795 exon 44691 44626 exon 44524 44030 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 54122 53730 exon 51738 51588 exon 51498 51331 exon 51191 50965 exon 50510 50387 exon 49973 49911 exon 49750 49607 exon 49524 49031 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 70442 70121 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 74132 74384 exon 74462 74586 exon 75286 75335 exon 75488 75553 exon 75652 75700 exon 76490 76572 exon 76672 76751 exon 76848 76896 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 79656 79943 exon 80075 80124 exon 80239 80304 exon 80836 80884 exon 80985 81070 exon 81171 81223 exon 81316 81409 exon 81555 81941 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 92427 93504 gene_14 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 97365 97047 exon 96955 96708 exon 96569 96410 exon 96199 96073 exon 95983 95976 gene_15 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 114533 114497 exon 114287 114068 exon 113918 113785 exon 113226 113167 exon 113069 113010 exon 112831 112760 exon 112637 112590 exon 112509 112390 exon 111867 111802 exon 111719 111607 exon 111506 111422 exon 111259 111149 exon 111016 110921 exon 110834 110787 exon 110563 110537 gene_16 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 118304 118060 exon 117979 117896 exon 117771 117683 exon 117602 117428 exon 117277 117158 exon 117073 116984 exon 116889 116818 exon 116699 116586 exon 116293 116193 exon 116108 116015 exon 115316 115292 gene_17 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 127626 127445 exon 127349 127236 exon 127110 127005 exon 125313 125199 exon 125117 124908 exon 124781 124472 exon 124019 123896 exon 123037 122934 exon 122816 122748 exon 121879 121805 exon 121703 121320 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.945 40432 40853 match_2 match_part 0.976 40433 40972 match_3 match_part 0.998 92878 93405 match_4 match_part 0.986 94848 95365 GenomeThreader_SGN_markers SGN marker sequences match_5 match_part 0.988 42263 41773 match_6 match_part 0.990 42263 41776 match_7 match_part 0.992 94182 93678 match_8 match_part 0.984 96540 96053 match_9 match_part 0.982 97002 96551 match_10 match_part 0.948 97027 96837 match_11 match_part 0.923 127600 127445 match_part 0.991 127349 127236 match_part 0.972 127110 127005 match_part 0.974 125313 125199 match_part 0.995 125117 124908 match_part 0.988 124781 124697 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 40432 40972 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 42263 41773 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 92878 93405 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 94182 93678 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 94848 95365 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 96540 96053 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 97027 96551 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0020N19.2 type gene exon 127600 127445 exon 127349 127236 exon 127110 127005 exon 125313 125199 exon 125117 124908 exon 124781 124697 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.81 1044 4895 transcript_1 transcript 0.81 1044 4895 start_codon_1 start_codon 1044 1046 intron_1 intron 0.82 1207 4615 intron_2 intron 1 4667 4788 CDS_1 CDS 0.86 1044 1206 CDS_2 CDS 0.88 4616 4666 CDS_3 CDS 0.99 4789 4895 stop_codon_1 stop_codon 4893 4895 gene_2 gene 0.2 25086 40550 transcript_2 transcript 0.2 25086 40550 start_codon_2 start_codon 25086 25088 intron_3 intron 0.4 25126 28627 intron_4 intron 0.56 29007 31755 intron_5 intron 0.94 31901 31983 intron_6 intron 1 32081 32179 intron_7 intron 1 32304 34014 intron_8 intron 1 34201 34344 intron_9 intron 1 34433 34630 intron_10 intron 1 34688 34785 intron_11 intron 0.55 34876 34980 intron_12 intron 1 35104 35883 intron_13 intron 1 35959 36034 intron_14 intron 1 36095 36748 intron_15 intron 1 36866 37133 intron_16 intron 1 37374 37456 intron_17 intron 1 37523 37642 intron_18 intron 1 37733 38638 intron_19 intron 1 38729 38999 intron_20 intron 1 39090 39360 intron_21 intron 1 39430 39508 intron_22 intron 1 39590 39697 intron_23 intron 1 39806 39894 intron_24 intron 1 39999 40134 intron_25 intron 1 40249 40339 CDS_4 CDS 0.57 25086 25125 CDS_5 CDS 0.47 28628 29006 CDS_6 CDS 0.56 31756 31900 CDS_7 CDS 0.98 31984 32080 CDS_8 CDS 1 32180 32303 CDS_9 CDS 1 34015 34200 CDS_10 CDS 1 34345 34432 CDS_11 CDS 1 34631 34687 CDS_12 CDS 0.57 34786 34875 CDS_13 CDS 0.87 34981 35103 CDS_14 CDS 1 35884 35958 CDS_15 CDS 1 36035 36094 CDS_16 CDS 1 36749 36865 CDS_17 CDS 1 37134 37373 CDS_18 CDS 1 37457 37522 CDS_19 CDS 1 37643 37732 CDS_20 CDS 1 38639 38728 CDS_21 CDS 1 39000 39089 CDS_22 CDS 1 39361 39429 CDS_23 CDS 1 39509 39589 CDS_24 CDS 1 39698 39805 CDS_25 CDS 1 39895 39998 CDS_26 CDS 1 40135 40248 CDS_27 CDS 1 40340 40550 stop_codon_2 stop_codon 40548 40550 gene_3 gene 0.04 59208 65758 transcript_3 transcript 0.04 59208 65758 start_codon_3 start_codon 59208 59210 intron_26 intron 1 59424 60283 intron_27 intron 0.56 60342 60693 intron_28 intron 0.96 60774 60853 intron_29 intron 0.99 60902 61638 intron_30 intron 0.99 61693 61808 intron_31 intron 0.94 61912 62018 intron_32 intron 0.44 62327 62684 intron_33 intron 0.35 63049 63967 intron_34 intron 0.76 64094 64614 intron_35 intron 0.54 64814 65649 CDS_28 CDS 1 59208 59423 CDS_29 CDS 0.95 60284 60341 CDS_30 CDS 0.56 60694 60773 CDS_31 CDS 1 60854 60901 CDS_32 CDS 0.99 61639 61692 CDS_33 CDS 1 61809 61911 CDS_34 CDS 0.39 62019 62326 CDS_35 CDS 0.44 62685 63048 CDS_36 CDS 0.78 63968 64093 CDS_37 CDS 0.92 64615 64813 CDS_38 CDS 0.55 65650 65758 stop_codon_3 stop_codon 65756 65758 gene_4 gene 0.99 74272 77692 transcript_4 transcript 0.99 74272 77692 start_codon_4 start_codon 74272 74274 intron_36 intron 1 74385 74461 intron_37 intron 1 74587 75285 intron_38 intron 1 75336 75487 intron_39 intron 1 75554 75651 intron_40 intron 1 75701 76489 intron_41 intron 1 76573 76671 intron_42 intron 1 76752 76847 intron_43 intron 1 76951 77491 CDS_39 CDS 1 74272 74384 CDS_40 CDS 1 74462 74586 CDS_41 CDS 1 75286 75335 CDS_42 CDS 1 75488 75553 CDS_43 CDS 1 75652 75700 CDS_44 CDS 1 76490 76572 CDS_45 CDS 1 76672 76751 CDS_46 CDS 1 76848 76950 CDS_47 CDS 0.99 77492 77692 stop_codon_4 stop_codon 77690 77692 gene_5 gene 1 79706 81797 transcript_5 transcript 1 79706 81797 start_codon_5 start_codon 79706 79708 intron_44 intron 1 79944 80074 intron_45 intron 1 80125 80238 intron_46 intron 1 80305 80835 intron_47 intron 1 80885 80984 intron_48 intron 1 81071 81170 intron_49 intron 1 81224 81315 intron_50 intron 1 81410 81554 CDS_48 CDS 1 79706 79943 CDS_49 CDS 1 80075 80124 CDS_50 CDS 1 80239 80304 CDS_51 CDS 1 80836 80884 CDS_52 CDS 1 80985 81070 CDS_53 CDS 1 81171 81223 CDS_54 CDS 1 81316 81409 CDS_55 CDS 1 81555 81797 stop_codon_5 stop_codon 81795 81797 gene_6 gene 0.72 85376 85928 transcript_6 transcript 0.72 85376 85928 start_codon_6 start_codon 85376 85378 intron_51 intron 0.72 85391 85742 CDS_56 CDS 0.78 85376 85390 CDS_57 CDS 0.81 85743 85928 stop_codon_6 stop_codon 85926 85928 gene_7 gene 0.99 92519 93019 transcript_7 transcript 0.99 92519 93019 start_codon_7 start_codon 92519 92521 CDS_58 CDS 0.99 92519 93019 stop_codon_7 stop_codon 93017 93019 AUGUSTUS_tom_pot_cdna de novo gene_8 gene 1 13686 9241 transcript_8 transcript 1 13686 9241 stop_codon_8 stop_codon 9243 9241 intron_52 intron 1 9489 9294 intron_53 intron 1 9684 9584 intron_54 intron 1 10479 9792 intron_55 intron 1 10740 10552 intron_56 intron 1 10983 10851 intron_57 intron 1 13278 11397 CDS_59 CDS 1 9293 9241 CDS_60 CDS 1 9583 9490 CDS_61 CDS 1 9791 9685 CDS_62 CDS 1 10551 10480 CDS_63 CDS 1 10850 10741 CDS_64 CDS 1 11396 10984 CDS_65 CDS 1 13686 13279 start_codon_8 start_codon 13686 13684 gene_9 gene 1 42334 41490 transcript_9 transcript 1 42334 41490 stop_codon_9 stop_codon 41492 41490 intron_58 intron 1 41877 41634 intron_59 intron 1 42051 41983 intron_60 intron 1 42264 42180 CDS_66 CDS 1 41633 41490 CDS_67 CDS 1 41982 41878 CDS_68 CDS 1 42179 42052 CDS_69 CDS 1 42334 42265 start_codon_9 start_codon 42334 42332 gene_10 gene 1 46966 44423 transcript_10 transcript 1 46966 44423 stop_codon_10 stop_codon 44425 44423 intron_61 intron 1 44625 44525 intron_62 intron 1 44794 44692 intron_63 intron 1 45642 44860 intron_64 intron 1 45787 45707 intron_65 intron 1 46016 45898 intron_66 intron 1 46867 46105 CDS_70 CDS 1 44524 44423 CDS_71 CDS 1 44691 44626 CDS_72 CDS 1 44859 44795 CDS_73 CDS 1 45706 45643 CDS_74 CDS 1 45897 45788 CDS_75 CDS 1 46104 46017 CDS_76 CDS 1 46966 46868 start_codon_10 start_codon 46966 46964 gene_11 gene 0.9 57557 49393 transcript_11 transcript 0.9 57557 49393 stop_codon_11 stop_codon 49395 49393 intron_67 intron 1 49606 49525 intron_68 intron 1 49910 49751 intron_69 intron 1 50386 49974 intron_70 intron 1 50964 50511 intron_71 intron 1 51330 51192 intron_72 intron 1 51587 51499 intron_73 intron 1 53729 51739 intron_74 intron 0.9 57552 54108 CDS_77 CDS 1 49524 49393 CDS_78 CDS 1 49750 49607 CDS_79 CDS 1 49973 49911 CDS_80 CDS 1 50510 50387 CDS_81 CDS 1 51191 50965 CDS_82 CDS 1 51498 51331 CDS_83 CDS 1 51738 51588 CDS_84 CDS 0.9 54107 53730 CDS_85 CDS 0.9 57557 57553 start_codon_11 start_codon 57557 57555 gene_12 gene 0.27 70079 67371 transcript_12 transcript 0.27 70079 67371 stop_codon_12 stop_codon 67373 67371 intron_75 intron 0.99 68782 68158 intron_76 intron 0.82 69093 69007 intron_77 intron 1 69361 69279 CDS_86 CDS 0.65 68157 67371 CDS_87 CDS 0.99 69006 68783 CDS_88 CDS 0.82 69278 69094 CDS_89 CDS 0.64 70079 69362 start_codon_12 start_codon 70079 70077 gene_13 gene 0.57 84199 82227 transcript_13 transcript 0.57 84199 82227 stop_codon_13 stop_codon 82229 82227 intron_78 intron 0.97 83215 83121 intron_79 intron 1 83494 83372 intron_80 intron 0.94 84031 83708 CDS_90 CDS 1 83120 82227 CDS_91 CDS 0.97 83371 83216 CDS_92 CDS 1 83707 83495 CDS_93 CDS 0.59 84199 84032 start_codon_13 start_codon 84199 84197 gene_14 gene 0.75 89206 85958 transcript_14 transcript 0.75 89206 85958 stop_codon_14 stop_codon 85960 85958 intron_81 intron 1 87186 86087 intron_82 intron 1 89000 87301 intron_83 intron 0.75 89171 89044 CDS_94 CDS 1 86086 85958 CDS_95 CDS 1 87300 87187 CDS_96 CDS 0.85 89043 89001 CDS_97 CDS 0.87 89206 89172 start_codon_14 start_codon 89206 89204 gene_15 gene 0.39 98026 93293 transcript_15 transcript 0.39 98026 93293 stop_codon_15 stop_codon 93295 93293 intron_84 intron 1 93576 93509 intron_85 intron 0.49 94790 94645 intron_86 intron 0.82 95166 94932 intron_87 intron 0.96 95351 95210 intron_88 intron 1 95530 95422 intron_89 intron 0.97 95893 95714 intron_90 intron 0.97 96072 95984 intron_91 intron 1 96409 96200 intron_92 intron 1 96707 96570 intron_93 intron 1 97046 96956 intron_94 intron 1 97915 97839 CDS_98 CDS 1 93508 93293 CDS_99 CDS 0.51 94644 93577 CDS_100 CDS 0.89 94931 94791 CDS_101 CDS 0.88 95209 95167 CDS_102 CDS 0.96 95421 95352 CDS_103 CDS 1 95713 95531 CDS_104 CDS 0.97 95983 95894 CDS_105 CDS 1 96199 96073 CDS_106 CDS 1 96569 96410 CDS_107 CDS 1 96955 96708 CDS_108 CDS 1 97838 97047 CDS_109 CDS 0.99 98026 97916 start_codon_15 start_codon 98026 98024 gene_16 gene 0.99 98553 98149 transcript_16 transcript 0.99 98553 98149 stop_codon_16 stop_codon 98151 98149 CDS_110 CDS 0.99 98553 98149 start_codon_16 start_codon 98553 98551 gene_17 gene 0.79 109562 107263 transcript_17 transcript 0.79 109562 107263 stop_codon_17 stop_codon 107265 107263 intron_95 intron 0.94 107664 107453 intron_96 intron 0.93 108031 107750 intron_97 intron 0.8 108621 108199 CDS_111 CDS 1 107452 107263 CDS_112 CDS 0.94 107749 107665 CDS_113 CDS 0.81 108198 108032 CDS_114 CDS 0.88 109562 108622 start_codon_17 start_codon 109562 109560 gene_18 gene 0.77 118281 110172 transcript_18 transcript 0.77 118281 110172 stop_codon_18 stop_codon 110174 110172 intron_98 intron 0.85 110494 110361 intron_99 intron 0.85 110786 110564 intron_100 intron 1 110920 110835 intron_101 intron 1 111148 111017 intron_102 intron 1 111421 111260 intron_103 intron 1 111606 111507 intron_104 intron 1 111801 111720 intron_105 intron 1 112389 111868 intron_106 intron 1 112589 112510 intron_107 intron 1 112759 112638 intron_108 intron 1 113009 112832 intron_109 intron 1 113166 113070 intron_110 intron 1 113784 113227 intron_111 intron 1 114067 113919 intron_112 intron 1 114496 114288 intron_113 intron 0.91 114957 114554 intron_114 intron 1 115148 115045 intron_115 intron 1 116014 115317 intron_116 intron 1 116192 116109 intron_117 intron 1 116585 116294 intron_118 intron 1 116817 116700 intron_119 intron 1 116983 116890 intron_120 intron 1 117157 117074 intron_121 intron 1 117427 117278 intron_122 intron 1 117682 117603 intron_123 intron 1 117895 117772 intron_124 intron 1 118059 117980 CDS_115 CDS 1 110360 110172 CDS_116 CDS 0.85 110563 110495 CDS_117 CDS 1 110834 110787 CDS_118 CDS 1 111016 110921 CDS_119 CDS 1 111259 111149 CDS_120 CDS 1 111506 111422 CDS_121 CDS 1 111719 111607 CDS_122 CDS 1 111867 111802 CDS_123 CDS 1 112509 112390 CDS_124 CDS 1 112637 112590 CDS_125 CDS 1 112831 112760 CDS_126 CDS 1 113069 113010 CDS_127 CDS 1 113226 113167 CDS_128 CDS 1 113918 113785 CDS_129 CDS 1 114287 114068 CDS_130 CDS 1 114553 114497 CDS_131 CDS 1 115044 114958 CDS_132 CDS 1 115316 115149 CDS_133 CDS 1 116108 116015 CDS_134 CDS 1 116293 116193 CDS_135 CDS 1 116699 116586 CDS_136 CDS 1 116889 116818 CDS_137 CDS 1 117073 116984 CDS_138 CDS 1 117277 117158 CDS_139 CDS 1 117602 117428 CDS_140 CDS 1 117771 117683 CDS_141 CDS 1 117979 117896 CDS_142 CDS 1 118281 118060 start_codon_18 start_codon 118281 118279 gene_19 gene 0.86 121829 121471 transcript_19 transcript 0.86 121829 121471 stop_codon_19 stop_codon 121473 121471 intron_125 intron 1 121804 121704 CDS_143 CDS 0.86 121703 121471 CDS_144 CDS 0.86 121829 121805 start_codon_19 start_codon 121829 121827 gene_20 gene 1 127456 121869 transcript_20 transcript 1 127456 121869 stop_codon_20 stop_codon 121871 121869 intron_126 intron 1 122580 121880 intron_127 intron 1 122747 122612 intron_128 intron 1 122933 122817 intron_129 intron 1 123895 123038 intron_130 intron 1 124471 124020 intron_131 intron 1 124907 124782 intron_132 intron 1 125198 125118 intron_133 intron 1 127004 125314 intron_134 intron 1 127235 127111 intron_135 intron 1 127444 127350 CDS_145 CDS 1 121879 121869 CDS_146 CDS 1 122611 122581 CDS_147 CDS 1 122816 122748 CDS_148 CDS 1 123037 122934 CDS_149 CDS 1 124019 123896 CDS_150 CDS 1 124781 124472 CDS_151 CDS 1 125117 124908 CDS_152 CDS 1 125313 125199 CDS_153 CDS 1 127110 127005 CDS_154 CDS 1 127349 127236 CDS_155 CDS 1 127456 127445 start_codon_20 start_codon 127456 127454 gene_21 gene 0.48 127671 127493 transcript_21 transcript 0.48 127671 127493 stop_codon_21 stop_codon 127495 127493 intron_136 intron 0.48 128754 127672 CDS_156 CDS 0.48 127671 127493 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 139 28624 29007 match_2 match 150 28624 29007 match_3 match 62.0 37454 37744 match_4 match 99.0 31984 32304 match_5 match 93.2 39515 39805 match_6 match 73.6 40323 40535 match_7 match 150 34016 34453 match_8 match 107 37134 37376 match_9 match 36.6 39364 39429 match_10 match 52.0 31820 31900 match_11 match 67.0 40133 40249 match_12 match 74.3 39895 40005 match_13 match 90.1 39524 39805 match_14 match 151 34016 34432 match_15 match 105 37134 37376 match_16 match 123 31984 32304 match_17 match 37.4 39361 39438 match_18 match 49.7 31808 31900 match_19 match 69.3 39895 40005 match_20 match 32.3 39364 39453 match_21 match 85.5 39515 39805 match_22 match 133 34016 34432 match_23 match 115 31984 32304 match_24 match 42.0 31826 31900 match_25 match 66.6 39895 40005 match_26 match 127 28612 29007 match_27 match 66.2 74272 74388 match_28 match 79.0 74463 74585 match_29 match 183 28612 29007 match_30 match 204 28612 29007 match_31 match 136 28624 29007 match_32 match 137 28624 29007 match_33 match 127 28645 29007 match_34 match 195 28609 29007 match_35 match 105 62682 63089 match_36 match 107 62006 62335 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_37 match 148 68156 67416 match_38 match 66.2 83120 82860 match_39 match 160 83710 83207 match_40 match 105 45901 45644 match_41 match 63.2 46104 46015 match_42 match 147 42183 41875 match_43 match 47.0 42334 42263 match_44 match 147 42183 41875 match_45 match 47.0 42334 42263 match_46 match 105 45901 45644 match_47 match 63.2 46104 46015 match_48 match 144 42183 41875 match_49 match 44.7 42334 42263 match_50 match 195 13680 13279 match_51 match 195 13680 13279 match_52 match 195 13680 13279 match_53 match 195 13680 13279 match_54 match 105 45901 45644 match_55 match 65.1 46104 46015 match_56 match 105 45901 45644 match_57 match 65.1 46104 46015 match_58 match 40.4 98529 98284 match_59 match 245 94644 93568 match_60 match 130 98164 97871 match_61 match 170 96955 96407 match_62 match 370 97841 97044 match_63 match 85.5 96244 96074 match_64 match 127 93526 93278 match_65 match 55.8 95984 95895 match_66 match 264 109526 108534 match_67 match 94.7 45901 45647 match_68 match 60.5 46104 46015 match_69 match 140 42183 41875 match_70 match 44.3 42334 42263 match_71 match 117 42183 41875 match_72 match 40.0 42334 42263 match_73 match 96.3 42183 41875 match_74 match 32.3 42343 42263 match_75 match 96.3 42183 41875 match_76 match 32.3 42343 42263 match_77 match 165 117601 116912 match_78 match 46.6 117994 117896 match_79 match 40.8 117771 117682 match_80 match 84.3 118248 118060 match_81 match 100 45901 45617 match_82 match 59.7 46104 46015 match_83 match 240 109538 108621 match_84 match 256 83120 82239 match_85 match 213 83710 83117 match_86 match 199 68138 67374 match_87 match 66.2 46104 46015 match_88 match 105 45901 45644 match_89 match 132 68153 67428 match_90 match 71.2 83120 82860 match_91 match 133 83710 83207 match_92 match 147 42183 41875 match_93 match 47.0 42334 42263 match_94 match 147 42183 41875 match_95 match 47.4 42340 42263 match_96 match 93.2 45901 45644 match_97 match 58.5 46104 46015 match_98 match 102 45901 45644 match_99 match 62.4 46104 46015 match_100 match 114 11399 10983 match_101 match 228 13680 13279 match_102 match 114 11399 10983 match_103 match 228 13680 13279 match_104 match 114 11399 10983 match_105 match 228 13680 13279 match_106 match 105 45901 45644 match_107 match 65.1 46104 46015 match_108 match 242 109487 108621 match_109 match 149 125314 124634 match_110 match 157 117601 117008 match_111 match 42.4 117994 117899 match_112 match 33.5 116895 116818 match_113 match 41.2 117771 117682 match_114 match 87.4 118236 118057 match_115 match 67.8 116699 116589 match_116 match 157 117601 117008 match_117 match 42.4 117994 117899 match_118 match 33.5 116895 116818 match_119 match 41.2 117771 117682 match_120 match 87.4 118236 118057 match_121 match 67.8 116699 116589 match_122 match 157 117601 117008 match_123 match 42.4 117994 117899 match_124 match 33.5 116895 116818 match_125 match 41.2 117771 117682 match_126 match 87.4 118236 118057 match_127 match 67.8 116699 116589 match_128 match 144 42183 41875 match_129 match 47.0 42334 42263 match_130 match 144 42183 41875 match_131 match 47.0 42334 42263 match_132 match 144 42183 41875 match_133 match 47.0 42334 42263 match_134 match 147 42186 41875 match_135 match 41.6 42334 42272 match_136 match 102 45901 45644 match_137 match 64.3 46104 46015 match_138 match 74.7 83135 82857 match_139 match 157 83710 83207 match_140 match 147 42183 41875 match_141 match 47.0 42334 42263 match_142 match 147 42183 41875 match_143 match 47.0 42334 42263 match_144 match 137 42183 41875 match_145 match 45.8 42334 42263 match_146 match 137 42183 41875 match_147 match 45.8 42334 42263 match_148 match 100 45901 45617 match_149 match 62.4 46104 46015 match_150 match 80.9 49780 49604 match_151 match 144 51242 50964 match_152 match 90.9 51740 51588 match_153 match 77.8 49524 49396 match_154 match 115 51498 51328 match_155 match 80.9 49780 49604 match_156 match 144 51242 50964 match_157 match 92.0 51749 51588 match_158 match 77.8 49524 49396 match_159 match 115 51498 51328 match_160 match 163 117601 116984 match_161 match 85.1 118272 118060 match_162 match 39.3 111870 111799 match_163 match 40.8 111508 111416 match_164 match 107 114287 114063 match_165 match 46.6 117771 117682 match_166 match 48.9 117994 117896 match_167 match 72.8 111728 111591