C07HBa0102J11.1 AAGCTTCCTTTTGCTTTTAGCCTCTTCTTTAATATTCGCATTAACCCTTCTCTCTTTCTT AGCCTGAAAGCTCCCTTCCTCTTTCTCCCTCTCCTATAACACATCCGCCACTCTATTTTA CTCTATAAATACTCTATCTTTCAATTTTAACCACATTTCAAATTTCAGAATCTAATCCTT CATCGCTCCTCTTCAATTTCAGGTATATATATATGTATACTTCTTCTGTAATCCATCCGA TGTTTAATTTGTTGCATTCAATTTTTTCATGATTGAGTAATCTGGATTTGAATTTGCAAT CGCAAAATCGGTTGCAGACTAGCAGAAACACTTTCCGCACGGTGTTTCAGAATCTAAACA ATCATCGATCTCTGCTTTAATTTCAGGTACGTTTTTCATTTTTTTTTCTCCGTTCTGGAA TCTGCCGATTGTTGATGATGTTTATCTATCTATATGCATGAAATTTATCACGAAATCGCT GAAATTCTGGTTGTTATAAGCAGTTTGCTATATATATATATTCTGTTTGTACGATTTTTG GATGAAGTTTTATATATATACTATATATAGATATAGATATCGTTGAACGTGAAATAGAAA AGAATTGCTTGGTCAGATCTAGATAGTAAATTTTTGAATTTTGAGGAGAGTACAAATGGA AGTGTATCTGCAAGGTGACGTAAAAAAGGTGCACTGGTAGTCCGCCACTCCATCCTGAAT GCAGGAGCTGTACTGTTGTGTTTGCCCACTCAACTTGCCAAATTTCAAAAGCATGAAAAA TTGGTAAACGAAACATTTTATTAAGAAATAAAATAATATTAACATAACAAACTAGATATT TTTTAGTCTTACTTGCTTATGTGGATTGTAGAATTTTTTTTAAAAAACGTTAAATTCACT CTAAGTCCTTTATTTTTATTTTTTTTGGTAAAAATGTAAAGTCCTTTAATTCATTTTTTT TATATAAAATATATTGAAAAATTATAGTCAAAAATAAAAGTGACGCATAAATACAAACGG ACGGAGGTTGAAATTTATAACTTATGGGTGGAAAATTTTTTCCACTTTTTTGGAAAATAA GTACTTTTCATATTTAGTTTCAATTTTATCTCAAAAATATTATGACAGGGATAGGATGGT CTAAGGATATAAAATATTACTTTGTTTTCTCTGGAACTTGAAAATACTTTATGAAAATTA TATTTCGTTATACCAACTCACCTTATATTAGAGTTTACATTTATATCTTATATATATATA TATATATATATATTTAAATACTAATATAAAGTCTAGATAAAAATTATTATGTTCGTCTGA ATCCAGACCTAATATTATAATTTAGGATTTCCCTTATAATTTCATTCAAGAAATTAATCT GTAAATGTCACCTTTCACTTTATTTTCCACTATACTGTTGCAAAAGAGAGAAATCAGAAA AGCTTGTGAATTTTATTTTGTTGTTGCTCTTATTGTTATTTTTTTTTGAAAAGATTCGGT TAGTTATGAGGATTGATGTGAACGCTAACCTCGTGAATCATAAATATTAAACCCACATTG ATTCCGTTGTTATATATACAGCTCATCATACACACAAATTTTGTAATATCTCATTTTAAT TTATTTATCCAATTTTAAAAAATTAAAATGTTATAATATCATTTCATACTGTCAAAGTAT TTTTACTTGGTATAACGAATTATTATTGTTATCGACTCTTTGTCTTTGTGTCATTTAAAT ATGTGTTGAAACTTTTACTAACAATTATGATTATGTTGAGAATTTTTAGAAGCCTCATAC TTTGCTGGACCCACCTTGTATAGGTTGGTGAGACAACGCTATATTAATATGGGTCCCTAA TGCCTTATACAAAGGAAAATCATATTCTAGATTCCTTCTCAGATATTTAAAACAAAGGAT TATTTTTTTATATACAAACACAAGGCAGTTCATTGCAAAATTCCACAGATTGTGAAAATA ATAAAAAGCTTTTCGATATATAGTAAGTAAAGTAAATTAAATTTTTTTTGTTACTGTTTG TTTGTTTGCTTTTTTTTTTAATATTAGTTATGCCTTATTACTTGTCCGTTTTGACAAATC AAGAAATGATAATTTTTTTTTACCTATTATATCCTCAATTAATTATTTTAAAAAGGTAAT TTTTTTTTGTTCTTATTAATAGATGTATCAATTCAATAATGGATAAGTAGATTTTCATAA ATAAAATATGAGTATCTCTTGAGGCGTCGTATTAATAAATCATGTATCTTCAAATTTCTT TTAATAAATAATTTTATAAAGATTCAATAATAGTAATAACTAATTATTCTTTAATATAAT TTTTTTATTTTTTTTATTTAAGTTTTGTAAAATTTAAAGGTATAAATCTTTCTTTTTACA ACATATAAATTTATGATGAAGCTTTACATTTTTATACGGCTGATTATCTACTTTGTTTAT TAAAGGTTTATCCCAAAATAATAAAATAACAAAAAATATAACATTAATCAAAATTAAAAT TAATGATAATGATGGAGAATTAAAATTCGAGGTGGGCTAGATAGATGAGTAATTTTAGAT TAATTCCAGGAATGTGCAGTCCGCGCAGCCTTTGAGGCCTTTTAAAAATAGGAATCTGAA AAAATAAAAAATCTGTGTGTCAGCTGCATGGCTGTAAGGCTTTATGCACCTTTTAAAGCT TACACGAGGATTCGTCTGCTCTTCCACTTCCCCTCTTTAGCTATGATAATAATTCCTCTG CCACCCGGTATTATCGATTTGCTCTCACAAATTCATCATCAAATGCTACTAATTTTTAAT AATTACTCATAATTATTGTTGTGATCAAGCTTTTCCGGCCGGTTATCGATGTTGAGATCA GATTAGGCCAGGAATCCTTCCCCTTGTTTTTCACATCGGTTTTACAGGTAATTTGACACA GTCTGGATTTGATTTACCGTGGTTTCTGAAATGGGTTAATTAGCTGTCACAGAAATCTCT GTGCCTGTGTTCTTTTACAGCTTTCTCAATGAATTCGGGGTTTGGTTTTCTGCATGCAAT GTGTTTGTGCCGGTGTCCGCTTTGAATCTGATAGCTGTTCTTTTTAATCTGGTGGGTCTT TATATGTTCGCACTTGCCTCATTGTATTTTGCTTGAACTGAAACTGGGATACCAAATGAA TTTATATTTAAAATCCTGGACAGAAAAAGCCAAGACTCTTGGGGTGGTAGACCCCATTTC CCTAGAGAATTCTGTGGATCCCATTCTCCACACGTTATCTCTTTCTTAGTTTAAATCCTT TTTCTCTCTAGTACTACTGATTTTCAATAATTTTAAGTATTGGATTTATATGGGTCTAAA TGGAGTGACATGGTTAGTGAAGTGGTGTTATTGTTGTAGTGGTTTATTCAACTAGGATGC TGATGTCCTATTCATTTATGTTAGCCTTGGCTGTGAAATTGCATTTTCACTGTTTGTACT TGAGGCTATTGTGGAATTGTATAAGTTTTTATATAATTCACGCGGGAGTTTCATCTTTTG TTACCTCTTATTATGAAAGATGGTTGTTTCCAGGGACATCATAACTCTATTAAATTCATC ATAGGTGGTCTTGTTCTAGACAGATGCCAGGGAACAAGTATACCGGCAACCAAGCGGTTG CTAGCACTCGATTGGAGAGGCTATTGAGAGAAAGAGAGCTTAGGAAAAGTAGCAAAGTTT CTCACTTTCCAAATGAATCTACTGATAACAATAGGGGAAACGAGCTCTCTGACCATGATT TTCGCCAAGGAGAAGCTGATAATGGAGGAGTTTCATATGTCGAACAGTACCTCGAAGGAG CTGCACTAGCATATAATGAAGGATGGGAGCGGCCTGATGGAAAGCCCACCAGACAACGAC TCTTGGTTGTGGCAAACAGGTTACCTGTCTCTGCAGTAAGGAGAGGCGAGGAATCCTGGT CTCTAGAGATAAGTGGTGGAGGTCTTGTTAGTGCTCTTCTTGGTAAGCTAGCGTCTTCCC AGTCATTTCTGTTTTTACATTTGATCTTATTGTTTACCTTAACACTAATTATCTATTTCG CGTCTTTCATATTCATATTGTTGAAAAGAGTGCCTAATAGTTATGTTAATAATTTATTGA AGGTGTGAAGGAGTTTGAGGCTAGATGGATTGGTTGGGCAGGTGTGAATGTGCCAGATGA GGCTGGGCAGAGGGCACTTACTAAGGCACTGGCAGAAAAGGTTTAATACATCACTTTGCC ACCATATTGCAGTTTACCACACTTCTCTTGCTTTTTTGAGTTTAGCAATTTGGAGATTGT TTTACATTTTTTTTCTCTCCAAGAAGATTGCTTTACCTATATTTTGCACTTGTTTACCCT TTTGATACTGTTCTTTGTAGAGGTGTATCCCTGTATTCCTGGATGAAGAAATTGTTCATC AGTATTACAACGGTTACTGCAACAATATATTGTGGCCTCTTTTCCATTATCTTGGACTTC CGCAAGAAGACCGCCTTGCGACTACCAGAAGTTTCCAGTCTCAGTTTGCTGCTTATAAGA AAGCAAATCAAATGTTTGCTGATGTTGTGAATGAACATTACGAAGAAGGTGATGTGGTAT GGTGTCATGACTACCATCTCATGTTCCTGCCAAAATGTCTCAAGGATTACAACAGCCAAA TGAAAGTCGGTTGGTTTCTACACACACCCTTTCCATCCTCGGAAATACACAGGACACTGC CGTCTAGATCAGAGCTGCTCCGAGCAGTTCTTGCTGCTGACTTGGTTGGGTAAACCCCTC TGAACAACTTATTCTCCTGCATAGGATCTAACAGCTAACTTTTCATTTTAGTTTAACCTT CATAATTTTGGAGCTACTGCCTGGAAATAGTTGGTGGGACCTAGACTATGAGATCCCCGA CTGTCTGTGCTGAGAGTGAAAGTTGAAGTAGTGAAATGCAAGCATCTTAAATTTTAAATT TGTGGATTCTAATTGCGTTTTTTCATTACTAGATATAACACACTAGTGGTACCATTATAA AAAGAAATACTTACCATACTACTGGTTAGATCTCTGCCTCTCATTAAGATTACCTGGTGA GGCATGTCTTGAAAGATACGATTGGCAACCCCTAGTGTGATTGTGCAAGACACTCGATCA ATAAAGTATAACTTAAAAAGCTGCATGTAAAAGATATATATTTGTCCTAGTTGACTTGTA AAGGAAAAGTGCTGGCTAAGTTGACTAACAAATTGTAGCATAAAAGGGGATGTGCTGGTT TCACTGGTAACTTTGTAACTGTCTGTATATCTACTATCCAATGATTATAGTATATTCTCA TCTGTGGATTTCCATGTTACTGTGTTTCGGGTTGTATCACGCTGAATGTCCACTTCGTGG TATGATTTTTTGTCTCTTTACCTGTATGTAATGAAAGTCCTTTGGACTTAGACCTATATT TGCATTGTTTTATAATTTAATATCATTTTTTGTTACTCAAGCTAGGAAAGCTAATTATTT TTTATGGATTTAATTTGCAGTTTTCATACCTATGACTATGCAAGGCATTTTGTTAGTGCA TGTACTCGTATCCTGGGACTTGAAGGAACACCTGAAGGAGTAGAAGATCAAGGTAGACTG ACCCGCGTTGCTGCGGTATGTTTAAGTTAAACTTCATACACATTCACCCTGCAGTTCTTT TTCAAGAACTTCTGTAATCCTCATCTAAGCAATTTTATGTACTTAGCCTTGAGAAATATC TACTTGATTTATTTCAGAGTCATTTTAGAAATATCTACTTTGATTTCTTTCTGAGCCATT TTAAATTGTTCCTGTTCGTACAGTTTCCTATTGGTATAGATTCAGAACGATTTATTCGAG CACTTGAAGTTACTCAAGTTCAGGAACACATAAAAGAACTAAAAGAGAGATTTGCTGGGA GAAAGGTATGTCTATCCCGACTCTGGATCCTCTCTCCATCTCACCAAATTTTACTTTTTT GGCATGATATCATTTTCATGAAGTAAGAAATATTTTGTTGTTTTGTCTAATTGTAAGTGT TCGATTTTACATGCTGTGCATCACCTTGGGGGAAAACTTGCTTTTTGAGACTTTCTTCAC CAATTTCATTGTCTACTTTTAATTGTGAAATCTTGGCCTTGAATTCAGTCGACGTTGTAT TTTTTTCTACCTATAGTTCCTTAAGCCAGATTTGGTCAAGACCTGAATCCATCTTGGCCA ATTTTACCATCATCTTATGAAAATTATACCTTATGAGTGATGTCGTTCAAACCAAAGTGG GTGATACATATATAATAGTATGATATTTTCAAATCCTACTGTGACCTGTCATCACTACAT TTTCATGTGCTTTAATCAAACAAAATTTTTCCAGTTCACTACACACTAGAAAGGGTATCT TATATGTGTAATGATAAATACATGTTTGTGTTGTTTTAGATGGTATAGTTACCATTTACA GAGTCAGATGTTTCTTACTAAAACTTCTTCTATTATCCAACAGTAGATATCTAAGTGTTG AAATTGGACAAAAACAAAAGAGAGAGAGAGAGAGAGAGAAGGAAAAAGGAAGAAAAAGAG ATTTGTTTGCATTTGTCAGGAGTAATTGCGTTCTGTTGTTTTGGTCTTCAAGCAGATGTG GCTTCTTGGAATTTCCATGTGGCTTTACTAGGTTTAGATGTATTTCCCCACTTTTCTGTT TATATATAAAGTCACAATGGCTTCTCTCATTAGAAGGTGAAAGTTTATTTACTTCTAATT CATGAACATTTCAGCTTTTTTGAAGACTAACTGGATTTCCTCACCTTTAGTTGCAAAATT GTCAGTCTAGTGTTCTTGCTAACCATTTCTTATGTTGTTTTATCACTTTTATGTACATCA AACTCATATCACTTTCTTCTGTTTTGCCCACTTGTATCTATTGCACAATTTTATGCATTG GCCATGCATTAGAGATATTTAATTGCATGTCCTAGAAACTTCCATACTTGCTTGGTTTTT GCTAAAGAAATTTAATCACAGGTTATGCTAGGAGTTGATCGCCTTGATATGATTAAAGGA ATTCCCCAAAAGATCCTGGCATTTGAGAAGTTCCTTGAAGAAAATCCGTACTGGCGTGAT AAAGTGGTTTTGCTTCAAATTGCTGTGCCAACAAGAACAGATGTTCCTGAATGTATTTTC TCGAGCAGATCCACTCTGAGTTCTTCTTTATGCCTTAAGTTAATTTATATTTTCCACTTC TCCTATTATCATTACTACCTTTAGGGAAAGTTTGTTTTCCACTATACTGGTTCAGTACGG TCATCAGATATTTTGATGGCTGAGTGGAGGTCTTTGATTCATAAGTCTATTGGTCGAAGC CTAAAATTTTTTCTAAAGGAGCATCATATATTCCTAAACCAAACTGAAAATTTGAAAATC CTGTTTAATGATCCGGACTTAAGGGCCAGGAAAAGGACATACACCACCAGCAATCCATCA TGAATCTATTTAGTGCAGAATATAATGCCCCCTTACTGTTCGATATATATGCTTAGGAAC CATGTGATCGTCGTGATTAGTCCCAACTTATTACCAAAGACGCTGATAGATGCACAGTAG ATATAACCGACTAAATTAGATTAATCTCTCTCCTTCTCCTTCTACTATTTTTTCTCCACT TTCCATCTCTCTGTCTTAAACCTAATGTATACTTGCCATATTGGTTAAGATATTTGAAGG CATTCATTGATGTTAATCTGTATGTTAAGAGAATCCTGCCTTATTTTACCATCCACACTA GCCTTTATGAAGTTTTGTGCTGGAACAGAAACATCGAATACAAAATATCAGTGGATCCTT TATCAATCAATCAATACAATTAGAAAATTGTATTAAATCATTGCTTGTTCCTCACTTATG GGATTACACTGGGTTGTTGTCGCTGTGTATGACGTTATACTTGGGGCTCAATGATGATCT GTAGTCTATAGAACTTGTTGAGAAAATTAGTTGAGTTGGTTATCTGCTTTTTCCTTTGGT TCACTTTATAACAAAATTGATGTTTGTAATGCTAATATATTGACAAAAACCAGGTTGGAC CTTAAAACTGTCGAGTTTCAATGAGATTTACTTGGTCATAAATGCAGATGCTTGTCATAC TATATGTTTGCTTAAGTATGATATTTTACTTGCTTTCACCTTAATATTTTTGCAGACCAA AAACTTACCAGTCAAGTTCATGAGATTGTTGGACGCATCAATGGTCGGTTTGGAACTTTG ACTGCAGTGCCTATTCATCATCTGGTTAGTTTTTTTTTTTGTCATATTCATTGTGCTTGA ATGCAGGACCATTCTCTTGACTGAAATATGGATAATATGGGTTTTTAAATGCAGGACCGT TCTCTTGACTTTCATGCATTATGTGCACTGTATGCTGTAACTGGTAATTCTTTTCATCTT GCACTTAATTCTGCGATTCTTATATAGTTCTGTTAGAAGCTTCCTTACTTCTGCGATTCT TGTATAGTTCTGTTAGAAGTTTCCATACACCATTCGTGCCCCCCCCCCCCCCCCCTTCTT CAGTTGTTTCTCCACACTAGGTGATTCTTCCCATCTATCCTAGCCTTGGTGGATAGAGTT ACCTAGTACTTGTTGCTGGTGGGGGGGGGGGGATTAGTTGAGGTGGGCTAAAGCTAACCC GGACACCACAGTCATAAAAAAGATAGTGTTGTTTCTGCTCATCTATGTTTAGTCTTGCTA TTTTCTTCTTCAGTTCTTTTGAAGGCACTACTAGTACATGCTTATCCTCTCACCTATGAT CTCACCTGGTGTGAGTCCTATTGGAATTGACATAAACAATGAGAAGAGGTTAGCAATGTA TGTTATAAATGGATGTCCTCCTAAATATCATAGTTCTCGAGAAAGGTTATATCTCTGCAT AGTTTTTCTTAAGGTTGTTTCCCCTTCAGGTTTGCTAATTACTCACCAAAGCTTAAAAAT CTTGTAGTTTCACTACTCTTCTGGACATAACAAATTAGTTTGGCAATGGAATAGATTGAT TGAGGCCTCTGTATGTTCTCAAATAAATCTGCATCATTTGGACTTTCTAGAAATTGGATA TAAGCTTGTAAATCTGGAGTTGGTCCATAACTTTATTCGCTAGAGAATGCATAAGTTGTG CTCCAGGATCTGAATGAGGGATGATTGGATAAGTATGTTTTTGACACATTCTGAAAACAT ATACATGCCAAAGTCCATATTTTCCTTATTGTTATCTTGAAGAAAACGAAAGGTTTTACT AATGCTACTTTTTCCATCATATTTGTTATATTCCTATTTGTTCAAGATTATAGAATGGTG AAATAATAATATTGACATGATGATAATTTAAATATATATATATATTAATAATTCAGTTGT TTTTCCTCATTAGCTAATTTCTTTTGGTAGTTGCATGTCAGTTCCTATTTTATTTGATAA ATTGGCAATGTTTTGTTCATCAGATGTAGCGTTGGTTACCTCTTTAAGAGATGGCATGAA CCTCGTCAGCTATGAATTTGTAGCCTGCCAAGAGTTGAAAAAAGGGGTCCTTATTCTCAG CGAAGTAATAATCATATATCTTATTGCAATGCTATTTCCTCTCATGTCATAATTACTATT GTTTTTTCTTTAAAAATTATTTTATGTTTTTCGGCATTGTGAAGCAATAAAATGAAAAAT AAAATTAGACATAACCTTATGGATGTTTTCGTGCTTATTTGCTAATTAATTTTGACAAAG CTAACCGTTTATAGAAGAAAAAAAACAAGATTATAGTTTCCAATAAAAATATTTGACACA ATCCTTTTTCCAAATGAAAAGAAAAGTATTTTGCAATAAAAAGATTTTGACAAAGCTAAC CATACCTTCATTCTTCTTCCTACTTCTTCTTTTTTTCCCCTCTGTTTATGACATTTTTAT ATACTATTTTAAATTTAATTTTTTTACAACAATTGTTTTTATATGTTCATGAAAATAAAT AGTGAATTAATTCTTAAAATGATAACTTTATAGCTTTGCATTTAAAAAAGCAAATTTCGA AAAATTATGCATGAATTTTATTACTAAAAATCTTATGATATTTTATCAAGTTTTTGTTTT AGGTCACTGATTGTATTGTGCCTCCTCTGTTTATAGTTTGCTGGTGCTGCACAAGTCACT GATTGTATTGTGCCTCCTCTGTTTATAGTTTGCTGGTGCTGCACAATCGTTAGGTGCTGG AGCAATTCTGGTGAATCCATGGAATATAACAGAGGTTGCTGCTTCGATTGGGCAAGCTTT AAATATGTCAGCTGAAGAAAGAGAAAAACGCCACAGGCATAACTTTCTGCATGTGACTAC GCATACTGCTCAAGAATGGGCTGAGACTTTTGTGAGGTAAGAAGACATTAAGAGAGTAAA GCTAACACAGAATTCACATTATCACTGCCACTTATGAGAGAACCTCTTGAATTATTCTTC GGACTCCTGTAAAAACACTTTGTGGCGGCGAATGAGTAATAATAGTATAATGCCATGCAA TGAGACCCCACTGTTTTACTTTGGCCCCAGCTTATTCCTCAGGATTTATATATTTGTATT ATTGGAGTCATTAAAATTCATCTACAGCCAGCCTGTTTATAGCTAGGGATCTTATGTCAG AATGTGCAAACTCTCATTGAGGGTACGCCTACCTTGAGAATGATTAGAGGCATCATCTTA TATAGTTTGCATATCTACCTTAGTCATTTCTGTGTTTAGTTTTACTGCTTCTCTTGATAT TAAACAACACTCTTTTTATCAACTGTGTTAATCACTCATCAGCACAGATACTATAAGCAT AATTCAACAATTGTCATGTTAACTGAGATTATACTTGAAGCTTTTAAAGGGGCTTCATTT TGATAAACTATCTTAGTAACTATTCCTCTTCTTTGCAGTGAACTAAATGATACTGTTATT GAAGCTCAACAGAGGATAAGAAAAGTTCCGCCCCGGCTTAACATCAGTGATGCAATTGAG CGCTATTCGTTTTCCAATAATCGACTACTAATATTGGTATAACTCGCTCCTTCTTTAAAA ATATTTGCCTGAAACTCTTACTTATACAGAAGCTTACAGTTGACTTCTTTACTTCCTTAA TGACTCTGACATTGATGATAAATTTTTGAGCGTTGAAGAGTTCATATATTGCAGAAAGTC TATATATATGGCTTTAGATGTTGAATAACGTTTGTGGAAAAATCCTATGCAAATTTGAAT AGCATTCCAACTATGTGTTTGAATTTGACATGTGCGCTTGAGTCCAAGTTGGTGCTGCTT TTGTTTGCATATTTGAGCAAAGGGATCTAGGACGCTATCATGATTAGGGGCCTTGATGAT CTGGGTAGACATTTGTGTTAAGGGGTTATACATATGGTGAAGAGTGGATGCAGCCTCCCC TCCCCCATTGCCTTTCTGAGGGAACTTAAGCTCTAAGCCAAATTTTGTGCGATATTATAT TCTTTTCGAATTCAATTTTCTTTTCTTTGATCAGTATATGCAGCAACTAGCTAAGTTAAT GACAATTTCTTGATTTCATTGTGGTGGTCCTCAAAAACAGGGTTTCAATTCTACACTGAC AGAATCGGTGGATACCCCTGGAAGAAGAGGTGGAGATCAAATCAAAGAAATGGAACTGAA ATTGCATCCTGAGTTGAAAGAATCATTGCTCGCGATTTGTAACGACCCAAAGACAACAGT CGTTGTCCTCAGTGGAAGTGATAGAAACGTCTTAGATGATGTATTGCCTTACAACTAGCA ATATTTCAATTCCCTCAACTGTAGCGACGTTTCCCCATGTGAAATTTGTACTTTTGCAGA ACTTCAGCGAGTACAACATGTGGTTAGCAGCAGAAAATGGAATGTTTTTACGATCTACAA ACGGTGTATGGATGACAACTATGCCAGAACACCTAAACATGGACTGGGTTGATAGTGTTA AGGTATGATCATGTGTAGCTATGTTCTGGTAGTGCATCTTTCAGCTCTAACTTCTCTTGT CTTGACAATATTCAGCACGTTTTCGAGTACTTCACTGAAAGGACACCGAGATCTCACTTT GAACAACGTGAAACTTCACTTGTTTGGAATTACAAGTATGCAGGTGATCTTACTTTCATC ATCCATTTTCGAGATTTTTCAGTCATGCATTTCTTGTTTGTAGCTATTCAAAGTTTAGTC TTGCCTTCAATTCTCTTTTTCCTTTTTTCCTTTTTCTTTAAACATTTCTTCCTTTTGGTG GGGGTTCTTCCATGTCCTAGATGTTGAATTTGGAAGATTGCAAGCTAGAGACATGCTTCA GCATCTCTGGACAGGTCCAATATCAAATGCATCTGTTGATGTTGTACAAGGACTCCGCTC CGTTGAGGTTCGAGCAGTTGGTGTTACAAAGGTGACAACGTTGTTTCTTATGTAACAATT CGTTTTCCCTATCCTGTACACTCATGTGTATATACACACACATGCAGGGAGCAGCAATAG ATCGTATACTGGGGGAGATCGTACACAGTAAAGCCATCGCAACACCAATTGATTACGTTT TATGCATAGGGCATTTTCTGGGGAAGGTAAATTCTTTGAAGCCTTCAAAATGTCGTCACT TCAAATTAGTATTGCTATTGCTGTGAGCTTTGACCTTTATAATTCAGAGTAACCCCTGTC TGTTTAACTAGTTCCAGATTTTGATAAAGTAATCCGACTTCATCTTTCAAAAATTAAGTC GGATAGGTTGATCATTTGCATCTGTATCTTGAATTTTGATGCTGTTGTAAGCACTGTCCA TTATATTGCTACACTTACGTCTGTTGCCTTTGTAAATATAGGATGAGGATGTATATACAT TTTTTGAGCCAGAGCTTCCTTCTGACTGCATCGGTATGCCAAGAAGTAAGGTCAGTGATG CACCAAAGGTGCCCGGGGAAAGGCGATCAGTTCCAAAACTCCCTTCTAGTCGAACTAGCT CAAAGTCATCTCAGAATAGGAACAGACCAGTTTCAAACTCGGATAAGAAGACTTCCAATG GGCGACGGCCCTCACCTGAAAATGTGTCATGGAATGTGCTGGATCTGAAGAAGGAGAATT ACTTCTCTTGTGCAGTTGGAAGGACTCGTACAAACGCTCGGTATCTGCTCAGTACGCCAG ACGACGTTGTTGCTTTTCTAAGGGAACTAGCTGAAGCACCTATTTCAAATGGGACATCAT GAAAAAGAAGGATAGATGATGCCTGGTTGCATCAAGTGATGAATGATCAGTACCAAGTTC TTGGTTGAGGGAGATTTGTATGGGATGATATTGAATAAACGTTTTATACCTTTACTTTGG ATATAGATGTTTGCATTCAAAAGTTTACAAAGTAGAGAGAATAACCTTCATGCTAGCTAG TACATCCGTGCCAATTATTTTGTCTAGTCTTTTACTTTGGCACGAAATTTTAAGAAAATT AAGAAACTTTGGATTATGTAGTCGGAAAGAGAAAGTGAGACGAACAAATTGAAGCGGACA GAACCAAGCAACTCAAATCACAAGCTATATTTGGAGTCACCATCAGATACCGCAGAAGGC CGAATCCAAACTCTTGGGATTACACAGGGTATGTTATACGTTTACAAAACTAAATAAGAA CAATTCAAACTAAATATGGCCTTACATTGTTTACTGCTGGAGCTCAACAGAAATGTTTCT ATACATGCCATCTGCCTAAAGAATACTGGCAAAACACAAAGCTACTTCCCAATCAATATG ACAATATGTGAAGGAAACTAGCACAACACAAATGGAGCAAGAAACAAATCATAATTTCAT ATATATTAAGATCCAACAAATCGACCCGAGCTGATAAAAGATGAATGGTAACTCCTACGC AAACCACCTTATAGCACATTAAACTCATAAATAAACTGACAACATAGACCAAGTGTAGGA ATTCTAGACACCAGTAAGAACCTAAATATTTTAAAATGATGGCTAATAATGACTAAACTA GAGTAGAAAGTCAAGTAGCATATTGATCCAAACCAGAAGTCTGCTCTCCACATCCTGATG GGCTTCTCATGCAGAAGTTTTTCTATTTGGTTCAAACACATTTTTGATCAATGATTCTTT GATAGACAACAACTCAGGGAACTCCTTTTTCAACTTGGACGCGTCCATTTCATTGTTACT GCGAGGTGCAACAATTACCTTAGCCTGCTCTTCCAGTGTGAAGTTGGACCATTTAAATTC TGGGTTTATGTATTTCTTGTACATCTCCAAGATCTCGTTATGGCTCACAACACCAGGGTT TGTGAAATTCCATATGCCTGTGAGATTACGCTTTGCCATCTCGATTGAAATTGGAAGAAG CTCATCCAAAATCGTCATGCTGTTGGGAATGTTGACCACTTTATTGTAGCGGCTAATCTT GGTGATGAAGTTACGGGGGTTGTTGAGGTCTGAAGAAATTGGCATCCTGACTCTAAGGGT GCAAACATTGGGGTACTCTTTCAACAACTCTTCAACCTGGTGGAAGCAACAAACAGAAAA TGATTAGTATTTGTAAAAGATTTGGGCACATGCAACGGAGAATCTTAAGGAGTACCTACC ATGGCCTTGGTCTTTGAATAGAAAGAACCGGTGAAATTGGGCGTGTCTTCCTCTTTGAAT CCAATGCCAGAACCTTCGGGGTGTGCAGCATCATATTCGAATATGCAACCGGTTGCAAAA TTCATCATCAGTAAACCATTCTCTTTACAAACATCTGCCAAGTTTAGAGTTCCAGCAACA TTTGTACGGATTGTTTCAGTCTTATGACTCTCACACCAATCAACATTGGGCCTACCAGTG ACACCAGCAGCATTGAATACATGTGTGGGCTTCACAGCATGAATGTCTGACAAAAGTTGT GAGCGATCCTCCAGACGTCCCTTTCCATACTCATAAGGAATTCCCTGTTTCTCACACAGT TTGCTTAGGAGACCACCAATCCACCCAGTTCTACCATAAATCAAAAACTTATAAGGTGAT CTACTAGGGGAGTTGCTGATCTTGGAAGCTGGAACTACCATTCCGTTAAGTTTCATGTTT CCTGAGATCTCAGATGATCCAGAATCATCTTTTTCAGCTCCATCCGAATTTCTCTCTACC CCACCAGGCATCATCAGCATTCTAGGATGGGGAAGCAATGCCCCAGAGACATCTCCCCAC CAATCAGGATTATTGACATACCACTCCATGGTTTTTTTCAGACCCTCTTCCCAGGTGGTC TTCTCGGACCAACCCAGGTTCTTCAACTTCTGATCATCTAGGAAATACCTCTGGTCATTG AAGGGCCTGTTTTCCACAAACTGAATGCTTGTGTCTGGATCCTTGTTAAAAAGATTGGAT ATATCTTTGGCAACATCAATCACTCGCCTCTCTTTCTTAGTCCCGATGTTATAAACATGA CCAACATCACCTCGGTGAAGAACAACTTCGAAAGCCTCAGCAACGTCCTCACAATAGAGA TAACTTCTAACATTTGAACCATCTCCGTGAATCGGAAGAGGCTTCCCATTCAAAGCTAAA AGTATGAACTTTGGGATTAGCTTCTCAGGAAATTGATTGGGACCATACACATTGTTCCCT CTAGTGGTGATAACAGGCAATCCATATGATCTTGCATATGCCATAACAAGCATTTCAGCT CCAGCTTTCGTGGCTGAATATGGGTTTGTGGGGAGAAGTTGCGATGCTTCATGATTTCCT ACAACAGCATCTTCATCAGTCTCTCCGTAAACCTCATCAGTGCTAACATGTATAAACCTT CTGATCTGACCAGTAACTTTGCATGCCTCTAATAGCACGTGTGTGCCATAAATGTTGTTC TTGGTGAACTCAAAGCTATTACCAAAGGAGTTGTCGACATGGGTCTGAGCAGCAAAGTGC ATTATAGTGTCAATGTTCTCGGTGATGAGAAGGTAGTTAACAAGATCAGCACTGCCAATA TCTCCCTTAACAAACTTAAAATTAGGGGAAGATCGAGATGGGGAAAGATTTTTCAGGTTT GAGCAATAATCAAGCTTGTCAAGAACCACAATATTGTAATCAGGGTAACTCCGAACAAGG CGGTTGGCAACATGAGATGCAATAAACCCTGCGGCCCCAGTAATGAGTATATTCTTTGGT GTATAGTTAGACATTTTGATGTCGATCAAATATATTCAGAGCTTAACAGCAACTTAAACC CTGAAATTATAAAAAAAAATAACTTGATCTAATCAACAACTGTCAAAAAAAGCTTAAGAA AAGCACAAAGGCAAAAAAAAAGAAAAACTATATTGCTTGGACTCTTAGAAAATGTCGACG GGTGTGTTGGATTTTCCAAAGTAGTGTGTTATTGGACAATCCGACACAAATGCAGCAACA TTTTTAGAGAGTACGAGCAGTATACATAAAAACGAATTCTTTATTTAGATTAATAATCAA AACAACATCGTAACACTAAAGATCAACTACACCACTTCATGAAAACATTCGCCAACAAAA ACATCAACCAAAGACAAACTCCATGCACATCAAAGAATTGACAACACTAATGGTAGTAAT TATGCATGAACAAATACATAATTTCCCCAGATCAGAGATGAAATAAGCTATAGAAATATC ACATAAACCAGCAAAAAATATCAAACAAAACAATTATGCAACAAATAACAAACTAATCAA GTAGACAATATGATCTCATAATTCCAAAAAAAAAAACACAAAAAAATGATTTTTTTTTAT CAACACAGAAATCATCAGATCCAAAATGATTCTCTAAAATACCCAACATTATCATTATCA GTTATAGATCTGGATTACAAGCTCCAATGCCAACACAATGAATCAATACATATGAGTATT CCAAACACAGATCTAGCTAAAATCATGAACTTTTTTTAAAAAATAAAAAATACCCGTATC ATGAATCGTAAACCAGAACTAAAATATCATATAAACAAAACAAAATTCACATTAAAATTC GCTTACCGTTTTTGATTATTTTTTTTGTTTCAGAACCCAATATGTAAAAATATGGATACA GATTTTTGAGTTTCTCACAGAGAGTGAGAAACGTAAAAGATTTTTTAGAGAGAGAAAGCG TGTATTGATGAGAGTCAAGTATCTTGTTGTTTGTGTATTTATACCCGCAAAAACCCTCTC TCATGCAAAAAAAAATCAAATCACCATCTCCATATTTTTTACCAGAAAATAATAAAATGG AAACAGAGTGATTTGAGAGTAGTATAGCGAGGACGGTGACAGGGGAAGATGGAAAGTACT ATATTGCCCTTGGAACGGTAGCTAAATTACACACGCGGATTTTGTGTGTGTCATAAATTG TGGGAACGGTGGTTGGTAAAACCGTTAAGTTATTTTTGTTTTAAGTAACGTAATTGCACT TTTAATCCCTTAATTATTGGAGTGTTTTAGTTTTTGACCTTTTTTATATTCGAGCGTTCC AAAACATCCCTGAATTTGACGCAAATTATTTGTTTCATCCTCGAACTATTGACAACTTTA GAAACACCACTCTATATACCTCTGATTTGCCACAAGACATAGTAAGTGATGTCAAACTCT TGGATATGACATGTAAATCTTAATAAAACGTATTGAAAACATCTTAAAACTTGACGAAAA TTTAGGAGTGTATTTCACCGGTATTGTAAGATTGGGGGTGTATTTAAGTTCAGTTAGTCA AGTGAAGGGGTGTTTTTAAAGTTGTCAATAGTTTAGGAATGAAACTAATAATTCACGTCT AGTTCAGGGGTATTTTCAATTTGATTTAAGTATATATTTATCTTGTTAATGAGATGCTTA AGCATTGGAAATATGAACTAGTCACGTTTAATACGATATGATGAAAAAAAATCATGTTTT ATTGTAGATTTTCAAGTTGAAAATTGATAAATTGAGCTTTTGTGAGTTTGATTTTTTTGA ATTTAATTATTTCGAGCGAAAGTGAAATTCTTGTAAAAACTGATCAACTTGAAGTTAGGA AATTTTTTGAAGACGTGTTTTTAAAATACATGGTCAAATGTTGTTTTGATTTTTTTTTTT TTTTTTTTGGGGTAGCATTAGACTAAAATAACGTGATTTTATGTTATTCTCAAAAAAAGG AGTAAATGACAAATTAAACATACTTTATTAAGATAGAAAAAAAACTTTTGAAATTAAAAA AATATTTTAAAAGATTAAGTTGTGTATTAAATGCATATTGAAAAGAAAACATAATAGCAG TTTAATTTAGGTAGAAGGGTAATTATATTAAATAATTTCAAGATTTAGCATTAAATAGTT TATCGAACTTGTGATTAGATTTACTCAAAATTACATATACCAATTAATTAAAAATATATA CGTATTTAGTTATAAAAAAACACAAGGATTAAAGTTGAATTTTATTCATATTTAATAAGA CCAAAAGTTCAAATTTCTCAATATAAAATAATAGTGAGAATAAAAAATGGAAATTATTTA TTGGGATTTAGGAGACAATGGAACGTGAGTAAAAAAGATTACATGTGATTGCTTGAATAT ATAGTTAATTGTGGCATTTTTTGATTGGTTTATACCTTTTATATTAATGTTTTAGTTAAT ATAGTAATTATATAATGAGTGTCATAATCAAATTCTTTGCTGGGAATTTTAATATTCCAT AATTGTACAGACATATATTAGCTGTTTTCTTTTTTTGTCATGATGTGTACCATTAATTTA AGTGTGAAATGAATTTAATTAAATTATTTTTTGACTGGCGATAGAAGAGGTAGTCAACTA GCAAGGAAAAAAAATATTCATAAGTAAATTTATGTATCTCCGTCTTATATTAGCTATGCA TCTTACTAAAAATATTAATCATTTCATAATATTATCAATTACTAAATTTAGGTACGAATT GAAAATATTGATTATTTCATAATGGTATCATTTACTAAAGTAAATATATAGTTAATTTTA GTCTCAAATAATTGCACTGAAATATATAGTTACTTTCAGTTTCACATTTACCTCATTTGT TCTTACTTAATTATAGGCGTGTCATTCGAAATTTAAAATATAAATCATGAATTCGATTAA ATTTAATATATTTCGATATACAATTAGTCATTTTATATATTTCAGTATAATGTGTATAAA TTGTGTTTGTGTTTGTATAAAGTGAGAAAAAATTATATATACAAATACAATTATATATAT TCATTCTATACACTTATATATAAATACATATCTTATTATATAAATTACAATGCATAAATA AATTACAAAACTGAACAATTTGAACAAAATTGGATGTTTGTAGCGAATTATACAAATCAA AAAATCCAATATTTGCTATAGAGCGTAATTATGCAAACTATAACTATAATATACAAATTT AATTTATGTATTCGCTATATGTAAAAGTTACTCTTAATAGTACCCATAATATAATGCAAA ATAAAACAATTTTGTAATTTATATCAAAATAGTAACTACCATTTATTCCAACCTCTCGTT CTTACCACAGGGTTTACCTAACACAACAACTCGAAATAATGTGTCATCAAACTCCTAGCA ATTTTTTTTATTTTTCTTTTATCGTTCATCGTTAATGTATTTTCTCTTTGAGATGAAATT AGGGATATCTTGATTAAGGGTAAAAATAGAGAAATACCATATACTCATATATAATAAATT GATATGTCATCCCAAGGCAAAATAAACTATTTATTCCCCTTCTTTGTCTTGCCACAACCC ACCATCGAGGTGAAGTCGGGACGTAAACGATCGAATGGAACAATATATAGACAAGTAAAT TCCTTATGGTTCCAAGGTATTCCTTTAATTATTAAGAGTTACCCTTTTCGACCTACATGA CACTATCCTTTAAGCCCAACGTCGGTTGACTTTTTTTTTTCAAGCTAGTGTCATGTAGGC CGAAAAGAGGTAGAAAATTACTTATAAAATAAGTTTAAGAGGGTAATAGGACTTTAGTAT AGTATAAGTGTGTCTCTAGATTTCGAGCATATGTTTAGAAGGTACTTGCACATTTTCATT TTTTTTTTTTGACAAATCGTGCAATACATCAACTCAAACAACGCAGTATGATTTTTTTAT TTTTTTTTGTAGACTCTTGTTCTTGCCACAAGCCTTACCTAACACAAAAAGAGCCTCAAA AAGTTTGTGTTACACCTAACACACTCTAACTTTGTTTCTACATCGTTCATCTTAACAACC ATTCACTAATCTTTGTTTTTTTCTTAGCTATTTTTTATCAAGCCACATCCTCTTCAAAGA AAGTAATTTCTATTTAGGGGTCATACGTTTTGTAGGCTAAGCAAAATTAGTTGTACATGA ATTATTAATGTGGTGATGAGTAATAATTAAGAAAAAAAAGTTTGTTAATTATTTGGCTGA ATATAATTATGATCATGTGATTAGAACCAAAAAGAGAGGAGTACTTTTGGGTTTATTGAA GTGGACAACAAAATTTATGATATTTTATTTCTTTAACTTTTATGTTCCAACTAGACTATT AACGATTTTTTGAGGACCTTTTCATTATTAGTATTACCTATTGTTACGTATTTATGTTTT ATTGTTGTGTTCAAATAACTTCATACACTACGTAATATGATTATACTCAATTAATTATTC TTTTCGTTAACTTATTTGTCGTATTGAGATTTTGATGTACTTGTTAAGAAAATAATGATT ATAATGATTATTTCATTATAGATTTCTGATTCCTGCTTAAGAGGAAGAGATGGAAAAAGT AATTATCTTTTTCTAATATAATGTGAAAAGTGATGAATAAAAATATATTTGAAATATTGG ACTACTAAAAATATACCGTAGAAGTAATTTAGCTTTAATCATTTGTCACTCTTCGATTTA AAAATATCAACATGTTATCTGCCGTAATGCTCTTTAATTATTTTTTGGTTTATTTATGTC GCCTTGTCTGGTGGAAAATGCCTTAGGAAATAGGGTACATTTTGGAGATTTCTCATGTAC TTCTCAGCGTCGAATTTAGGATTTTAGAAAGACTGATGCATTATTATCGAAGATGGCTCT AGAATTTCAGAAAGATTGATTCATTATTAACGTTCTGTTTCTTTATGAAAATTTTAGAAT CTGTCATCATAATAACATACTATCCTTGTGATATTAACAAAAAGACAATTACTTTAGACT CTCAAATTTGATACCTCAAACAATAATTATTTTTTTGGGGGGGGGGGGAGGGGGGGAGGA GATTTATACTAAAGGAAAAAGTTATCGAAAAGTTCTATATACCTCAAGTTTTGTGTCGCA AAAAAAAATTAAATGTATTAATTATACGAATTATTGACTGAAAAAGAATTATCAAAAGAA ACTATTTATAAAAAAACAAATATACAATTTTGTGTCTCAAAAAATATAAAAAGTCTTTTT TATAAAAAGAAAATAAAATTTTTTCAAAAAAATAAAAATAAATTCAAGAGCTCCCAAGCT TTTTTTAAAAAAAATAATTGTATAGAATGATAAACAAATAATATAAAATAAATATAGTAG TTATCGTTTAATTTATTTGTGTTTTATATCAAACTGTTTGTCAGTCCCTCTCTTCCTTAT ATTCTCGTTCGTCACTCTCTTTCTCTCGCTTCATGCAACTCGCCTCTCTCGTTTTATATA ATATAATTATATAAATTGTATTTCTAATTATATAAATCGAGAGAAAATGGTATATACACA TGCAAAATACATATATTTTACCCTATACACTTGTAACTATTCAATAAAAGTACTCCCCTG CCCAAGTCTCTTTTGTCTTTCTCTCTTTATCGTTTTATACAAATTCAACTTGTATATAAC TTTTCTCTTTCTCGTTTTATACAATTCGATTCAATTGTATATTCCCTGTCCAAGTCTCTT TTGCCTTTCTTTCTTTCTCATTTTTATATAAATTCAAATTGTATATAATCGTCCTATAAA CTAATAATTATACAACTCGTTTTATATACTTCATTTAGCACAATTTTCTGCCTAAGTCTC TTTCTCGTTTTATACAATTTGCTTCAACTGTATATGTATAGCGAATAATACAGTTTTTAT GTTTGCTATGGAGCGCAATTATTCAAATTTTACTATAACATACAAATATAAATTTTTTAT TTGCTATACGTGAAAGTTGCCCTTTTAAAAACTAACTTGACCATAAAAATAAATTATGAT GCGTAATTCAGTAGGCCGCAAATATAATACACGTGAGAGAATAAATGTAAAGGTACCGGT GTGCCAAATATTACAAGCGATGTCCATTAAAAGACATGCGACAATCTTGTACTTCAGCCC CAGGAAAATAACTATAGTATTAACTAATTATGTTATTATACTCTCCCATTTTCATCACAA GACAAATTTAATTGATAAGTTAAACTTTCGATTCAAGTGATTAAGTTTGAAGTTTTGGAT ATATACAAATTTTATTTTTTGATACTATTTTTGTACTTTTAAAAATGAATGAAATGATCA TCGTCATATTTTTTTTTTTAAAAAAGAAACTTTTACATATAGTCACTCAAAAATAGCCTA ATTACTCTTCATACCTATAGTTTGATAAATTACAATTCGTAGCTAGATGTTATATGGAGG AGAGAGGCGAGTGAGACTGGGAGAGAGAGGAGAGAAGGGGAAAAGAGTGGGAGAAAGGTG AATTGTATATGTATATCGATTAGATAATTGTATATTATACATATGTATTTGTATATACGA CAAGCGAGAGTGAGAGAGGGAGAAGAGATGCGAGCAAGACTGGGAGAGAGAGGAGAGAGG CGAGCAAGATTGGGAGAGATAGGAGAGGCGAGCGAGAGAGGATAGAGAGTAAGAGAGGTG TGAATTGTATATGTATATAGGTTAAAAAATTGTATATTATACATATGTATTTGTATATTC TGGCGAATTATACATATACAAACATAATTAATTATACAAACTCGAAGTCAGCCCACATAA TTAATATATAATGTTAGTCACATTAATAATTATAGTAAATTATAGTTATGATGAGTAATT AAATAATACTATAAATTTGCTTTGTTACATATTTTTCCAAAAAAGAAACAGAAACCCTGG TCCAAAAGAAAGAAAGAGGACACAATTAATATATAGGCCCAAAAAACAAGCCCAAACAAA AGACAAGCAAAATCACCTCTCAACAGACTTGAGTCCTTACCATTAAATGTGACATTTCGA TGGTTTTTATAGTACGTAAGATAAAATCTAAATCGCTCTTAAAATTTGTGTTATTAGCTA TGTTTGGGTGTGTAACTGAAGTATTGTGAACCTTCGCCTTATAATTATGAAATTGTTGTT TATTTCTGTCTAGTATTGATAATCCGTTGTTTCAATGATTTACATAAAAGCTATATTTTG ACTTTTTTTAATTCTAAGATTGGAATTTTCACTGTCATTCATATTTCTTTTTTTCTTGCT TAATTTTTTTTTTTAATATGAGCCATATTATCGAGTGTTTACAAAATTAATTATCAAGTT AACTGAGAACATCAACTAATTAAGAAACATGTCACGATCTGGTCCCTTTGGCTTTGTAAA TGACTATTGGACCTATAAATGACATATATTAATGCTTAAAATATAAGTCAGGAAAAATGT ACATTTTTAGAAGGCCAAAAAAACATAATCTATAAACTGTCATTGTAATAACTTGTTTTT TCCATCTTTATTAGGTAATCGGATTTTATTTTAAAAAATATATTATATGTTTTAATTTAT ATAAATTATAATTTTTTTTAAAAGATAATTTTAAGAAAATAAATAAATTTTTATAGTAAA TAATAATTTGACGTTAAAATGTATATTTTATACTTAGATCATTGATATGATTAGAAATAA AGTTATTTTAACATTCTCGAGAAATTAAGTATCTAGCTATCTTATCATTTATATGAGATA AATTTAGAGATAAGCTATTCTAAAATTTGATGGTTTCTTTGGCTTCGTCTCAAGTTCTTG CAATCTGTAAAGATGCAGCTGGAATCGCCGGTAAGACTTCATTTTTTTTTTCTATGTAAT TATTACTAATACTTTTTTAGTCGTAAAAATTTGATCTTGCTGATTTCTGCAAACTGTTTC TTGTTTTTTTGTACAAAATTTGGAAATAGTTTTGAATTCTATATAGAATCATTGCAACTC TTTTTGGCAAAAATTAAAGGGATGATCTTTATTTTGTGGAAGATTATTCAAGCTAAAGCT AAGTGAACAGATTTTTTTGCTAGAAGAATTGGGGAAGTTGTTGAAGTTTAGGATGTTGTG AGAAAAAAAAAATTGTGGGGGTTGAGGGATAGAAAATTAGTTTGTTTTGAAGTCAGCTAA AGCTAGTCGCACGGGGCTTGTCTAGTGCGGCATGTGGGACTTTTGTCATTCTTTGACGGG ACAATTTTGATTTTGGGGATCCCAACATTGGATGAGACGGGCTCTGCTCTGATACCATGA GGAGGATTGTCCAAGCCTTATAACGAGTCTACCCATCTCATTAACCACCAATGTGGGACT TTTGTCATTCTTTAACAGTTTATGGACTATTGCGGTGGAGTGGGGTTTATCTTGTGCTCA CGTGATGGTAAACCGCAAAAAGAAGTAGGCTGTTAGGCAGAATCTGAGATGTAGGGTAGG TTTTACATTATCTGTACTACAACAACAACATTACCCAATATAGTTTCATTGGTGGGGTCT GGGGAGGATGTGGTGTACGTAGACCTTACTCCTATCTCTATCTTTGTGGGTAGAGAGATT GTTTCTCATAGACCCTCGGCTCTAGAAGTATGGGTTTGATGAACCTATAGCCAAAAGGCT ATATCTGCCTCAAGCAGTCATCTTTGGATTTAAACTTACCTTTTATTCTATTTCTAATCA GTAACAGAACGGCTGCACCAAAAGATGTGTTTCAACTTTAAAACGGATTGATCATCCTCG TGCTAGTGAATGGCATGAAAAAATGTCTACCTGTAGTTTCCGTTGCATTCATATATTATT GATTGCTTGTACTGTGTACTGTTTAGCAACCTCTTAATTTCTTTTCCCATATATGAGCTT AAGCCTGTAAATTTGAACCCGATTTACTACTAGCTTTTGCCGAAAGTACTTTCAAAAGTA CAAGTAAAAAATATGTGTGTGTGTGGGTATAACTTGCACACATAAATTATAGTGATTCGC ACGGTAAAGAAGTAATTTTTTGGGTGTATTTTACCAAACTAACTTCTGATGGAAGTATAA ACATTTTATTGAGAGTGGGCAAATGGTTGGTTCGATAGGCCTAAGCAAGTTTAGTAGCTC TCTTTGAGCTAAAATTTACTTCTAGATTGAACTCTTGATGCAGTGTTTTTCATGTTAAAA TTAAAGCACTTTTTGGTCAATCATATAGGAGGCATATTATTCCTGGCCGTGAAATGAATT AGATTGTAGAGGGAAAATGAGATAATACCCTTTACTTCTCAGCTTACTCGCTATTGTCTT TCCAACAATTTTTGAATTTTTTCTTAAATGAGGTTTGCAAACTTATAGTTGAGACTTTAT CACGACTCGAGGGAAAACGTTAACCATCTTAGCTCCTTGTTGCAGGGAATATCTTTGCTT TTGGATTGTTTTTGTCTCCAATGTGAGTCTTAAGCTTTTCATCCTTCATTTTGATTTTCG CACTTCCATAATGTAGAAAACAAAGTTCACCTTGACCAATTACTTCTTTGTCCACAATCC AGTATCATTTATCTTTATTTTCAGGCCTACATTCATGAGAATAATGAGGAATCAATCAAC TGAACAGTTCTCAGGGTTGCCGTACATCTATGGTCTATTGAACTGCTTAATTTGTGCCTG GTATGGCACCCCTCTCGTATCTCCCGACAATTTGTTGGTTACATCAGTTAATTCAGTTGG TGCTGTTTTTCAACTTGCCTACATTGTACTTTACGTAACGTATACAGAGAAAGAGAAAAA GGTTAATACTCTTCTGTTGTATTATTTAATTAATAAAGCAGTTTCACACTCATTCATAGC GTAATCTGTTAATCCGTATGCCCATCAATGTTGTTTGTAGTTCAGGATGTTTGGATGGAT ACTCACAGTCTTTGGCCTATTTGTTATTATTGTACTTGGAAGCTTGTTTATACTTGATCT GGAACTCCGACGCATCATCATTGGCTCCCTGAGTTGTGCTTCCTTGATATCAATGTTTGC CTCCCCACTGTTAATTATTGTATGTCTAACCGTTGACATTCAGAATTTTCTATCAAGTTC TTGTTCTCTAACGTTTTTCCGCGGATTCACTGACTAACTTGTATTACAGAATCTGGTGAT CAGGACCAGGAGTGTTGAATTCATGCCGTTTTGTCTGTCCCTCTCCACCTTCCTAATGAG TGCCTCTTTCCTTTTGTATGGAATTTTCAGTTCTGATCCCTTTATATATGTGAGTTTTCT TTCTCTCGCTTGGGAAATTTCCAATTTTTTCTTTTGTTCCTCTCGCCCGACTCACGAAGG ATTTCTACTTAAATTTCAGGTACCAAATGGCATTGGAACACTTTTAGGAGTTACACAATT GCTTTTATTTGCACATTACAGAAATTCTTCAAGAGAGGACTCTGCCGAAGGCCTTATAGT ATCTTATTCATGAACTAGAATTCTAAGAAAGTAGTGTCTTTTGTGCATGAAAAAACACCC AGGAGGAAAGGTAAATTCTCGTTACGTGTGCATTTTGTGAACATATATCTTTCATTCTTT CTCGAGCTGTTAAATAACAAATATACCTTTTAATTGTACATCTCCCTTTATTTGTCCTAG GTGATCGTAAAATCTCACTTGATTGCATGGAGAAATGGTGAGAATTCCAAGCTCAAGGTG ATGGCAGTTCCCTAGTCATTGAACTCGTTCAGCTATACCTGTTCAATGAATATTTTTCTG CATTGATTCTAATGCTTATATTTATCTTGTTCTCCTTTTCCTTATCAAATCATAGATTGA AGATGCAGAATTACGTTTAAATAAAGAAACTGATGGTATAATATGAACTTTTATAGATAG TGGATTCCTTGATATATATATACATATATATATATATACACGAGATCTGGACAAAAGCTA TTGAGTATACGAGAACTTTTAAGTCTGTTTTTACAGTATATCGGCCCCTAGGTATGACAG TAACAAATACAGTGTACTTCAGCATCCATTATTTTACAAGTAATTATCCTGAACTTATTT ATACGTATGCTTTCAAAGTATAGTAAAAACTGAACTATGTATATAAATAGAAATTCTTCG GAATCATTAGATGTTGCTTCTCTTGATGTTTTTGCCTCGTATTATGTTTTACCTGATCGT ATTTGAATCCATTTATCGACTTGATGAAGTAGCATGACCTCTCTGATCATAGAGTATAAG ACCACTGAACTTTGGCAGCTCACACTTTTCACCCATTAGTATAGGTCTTTTCCACACAGG TGAAGCTGAACCGCGATTTTGCCATCCAAAATCAGCTTCAGTTTGCAGATCTCCGCTAAC GAGCAATGGAGAAAGCTTCTCTTTCTGGCTCCACCTCACAGAACTGGTAAGCACCTCCTT CACCGGACCCTGCTCTGCTGGTGGCTCTGAACAATCTATGTCCTTTGAACCATTAACACG CGGTTCTTGATCCTCTGTTCTCCTTCTTACATTTCTCCTTAAAGCAGCAATAATGCAGGT TCCAATAACTAAGGAACAGGTGCAAATTACCAGTAAGGCTATCGCTCCTCGTGTCGATAT TTTCCATTTCTCTTCTAAATTCCATATTGCTTCCATGTTGTATATCCAGAAAAAATTTGA TTAAAGCTCAAAACTTGATATTATGAAATGATTAAGAGAATGAATTATGTACATATATTT GGAAGGAAAAAAAAAACTAGTCGTTAGTTTGTTTTATTGCTATCTCTAGGCGCCTTTGTG ATGTTCACTTTAGTTTGGTGCTTCAAAATTCCATGAAGTGGGGTCTTCTTTACATTGAAT AATTGTCATTAGCCGTTTGTTACTATTGGGGATTTTTCCTGTATCCGTCCGAAATATCTG ATTAAGAGTGGAGAAATTTACTAAAAAAATAACGTGGACATTGAAACATTATTGTGCGAG CAATTATCTTGAAAGTGGTTTTTGCTTTTTGGTCGACCAGTTGTTGCCAAATATTCCACA ACTTTCTCAATTACATTACTCGTGACTGAAAGTTCAAAGATAAAATTACTCAAATGAGAA ACATATATCCGAAAAGTTATTGAAAGATATTTGTTTCTGAAGCAACTATAGAAAAAGAAT CATTTTACGACAATTATCGATAATTAATTAAATTTTGTATGGACAAATTATGCTGGTTGG GTTGCTTGTAGTCTCCAGTTGACAAATTATGCTAAAGAGATAATTATAACAAGTTCACAT TGAAAATATTTGTTCGTTTACTTTTTTTAGTATTTAAATATCTTAATTTTGATTGAATTA TTTTAAAAGTGTTAAAAAATAAAATTAAGATTACCTTATGGAGTATGTCAATTGAAGTAT ATCTTTTACTCGTTTGCTATTCTATTTTTTGTGGTGTTATCTTTAGAATATATTTAAAGT TAAAACAATATGTAGTAAAATTTATTTATATGATGATTAACTTTGTTTGAGCTTTAAATG TGCGAGAAGACATTTCTTGGTAATTCTTTTTTTTTTTTAAAAAAAAATCGAATATAACTT GCAGTTTCTAATATGATAGCAGTATACAAGTCACATAGAGAAATATAAATTATATAGGCA AACACTACGAAATAGGCTCGATTCATAAGGTATCAAAAGGGATTGTTGACAAAGTCATGT AAAGATAATCTTGCAAAAAGTTTTAAAAGATAATTTTACAAGTTCAATTTTAAAATATGA TTAATTTAAATTAGTGCGAGTTAAATAAATTAAGATATAAAAAAAGTAAAGTATAAATTT GATTAATTACACGAATTATTTTTAAACACAATACCAACAAATACAAACAATAAATACTTG TTTTATTTTTAGTCCTTGGAAGCGCAGCGTTCATTCTGCTATGGCTGAATACGGTGCTTT TCACAATTAACAGTTTAACATCGCCTTCATCAGATTTGTTCAGCTCCTTTTAGGTATGTA TCTCCTCATATTCTGGGTTTACTGTCTCTGTTTTCGTTTTATCTTGCTTCTAACTAGAAT TTATTTCTTTTTCTGTGCGATTTGGCGTCTTCGGATGTATATATGTTTGTGTTTGAGCTT CGTTTTTCTTATGCGTGATAATCATATATCGTTGTGTGTTTCGTTTGAACTGAATTTGGG GGTTTAGGGTTTTTCAGGGATTTGTAATTTTGAGGCCCTTATTAGTTTCCACTGCTTTAG TGGCTTTAGGGTTAAGCGGCCATTGATTTGTTGTTTTTCATTTCCACCTTCGAAGTGCTC ACTCACTTCATAAACGACTAGGTCACAGCTTTGGATGTCATCTGTGAAAAAAAAATTGAT ATTGCTTAGGGGTAGAAGTTTTTTTCCCCTTTATGCTATGTTGATGCTCTGTCCCTCACA ATTGATTTTAGGTCAAGGGTTTGGGGTGGGATGGAAGTCATTTACTAACACACCCTTATT CCCTTATCCATCGTAGTTTTCATTAGTCACTGATATCAATTGGTGTTTTTTTTCTAACAG ATATATTTGATCATTTCATAACCAAGACAAGATAAAACAAAGAAGATGGCCGGTCGGAAT CGCGGGCCTCCACTTCCTATGAAAGGTGGTCCTCATGGTGGACTTCCTCCACCAATGCAT GAGCCCCAGTTTGCTAGGGGTCGCTTGCCGGTGCCTCATCCAGCAATGCTTGAAGAAATG AGAGAATCACAGTTTGGAATGGGCTCCAGACCAATGCCTCCACACCCTGCTGTTCTTGAG GAACACCTGGCTAGTCAGCATGATGAGATTCAAGGATTATTAGTTGATAACCAGAGGTTA GCTGCTACTCATGTAGCACTGAAACAAGAAGTAGAAGCTGCTCAATACGAACTTCAGCGA ACTGATCATTATGCCCGTTCTTTGCGTATGGAAACTGATGTGCAAATGAGAGAGCTTTAT GAGAAGTCTGCTAAGTTGGAAATGGATCTCCAAGTAGCTGATGGTATGAGGTCAGAGCTT ATGCGAGTGCGCTCGGATATTAAGGAGTTTACTGCTGCCAGACAAGATCTTACTGTTGAG TATCAAAGAATGACACAGGATTTGAGTAGAATGACTGCAGATTTACAGCAGGCTCCAGCA ATTAAAGCTGAAAGTGAAGGTCTAAAACAAGAGCTGCAGCGAGCAAGGTATTCTTTTCCC CAGAGTTCTGCTCTCCGTGGAACATTTTCAAATTGATAATTTTTTACTGTACTCTTGGTT TACAGGGCAGCTATTGAGAATGAGAAGAAAGGATACGCAGAAAACTATGAATATGGTCAG GTTATGGAGAAAAAATTGCTAGCTATGGCTCGAGAACTTGAAAAACTTCGAGCTGAGGTT GCTAATGCAGAAAAAAGAGCCCGAGCAGCAGCAGCTGTTGCGAATCCAGGTACTTTCCTT ATCCAAGTTCAGAAACTGTAAAATGCAGATATGAATAAGCACATTGAAAGATCCATCTTC TGATAAAGACAAATTTTCCTTGCTGTTGTGTTTCTCAGCTGAATTGTCTTTGTTTGATTG AGCACTGTTAAGCATGATTGAATAGTGACTTTGTTTTAATGTATTAAGCTGCTATATGGT TCATGCAGTTACATGGTTGTCTATTTGATTTATTGCTTCATATCAGAATTCAGAGTTTCT CTAATAATATTTACCTCAAGTTGATAGTAGAATTTATCAAATTTACCATTGGGTTTGATT CCTTCACAAGCTTCTTTCAAGTGTATTGAATTTGCTCTATATAATACTGTTTATCTCCTC TTTTATTAAATAATAAATAACAAAAAACGGGTTTGTAATAGTTTATTGGAGGTGCAAATC CCTGACAAGCTCAGTTGGATATGATTGCTTCAATTGGTGCGTTGTTTAATTTTTTGTTTG TATATAGACAGAAAGAGACGCATGTAATCTTTCGCAGCTGCTGCTTTGAAATTTCTCATA CTTATTGGACATAGATTGTTAGTACTGTACCAGTTTCATGAAGTTCATCTTTACCTACAC AGGTGCAGGGTACAATGCAAATTATGGGAATCCTGAATCTGGTTATCCAGGGAATTATTA TCCTGCTAATTACGGAATGAATCCTATGAACCCTGCTCATCCTGTAAGTAATTCTGTTGT GGTTTTGGCATTTCATGAGATTACAAAGTGAGCAGAAGGACAGCAGTATTTTGCTCTTTT TCATCTAGATGAAATGTGACTTCTTTTCCTTAGTATTTTAATGTCTAACTTTAGTTGTTC TTTTATATTTTAGGTGCAGGGTGGTGCTGAAGGTTATTCTCAGTATGGACATGGGCCTGG TGCTTGGGGTGGTTATGATGTGCAGCGAGCTCAAGGACCCAGATAAACTAGTTAATGTAG GCTGTCACACGGTGTTGTGCCTACTACTCTCTGGTACTTCAGAATGGATCTTAGAATTAG ATTTGAAATTTTATACTAAATGATCTGAGATTGTTGTTTAATATTGTTACTTTCTTGCTT TTTGTGAGAAAAGTTTTAGCTGCCTGCTGGACTCTTATTAATGTCTGTTGCATCTAATCT AAATAGTTGTCTGCAAAATCAGTAATTACATTTTCTGATATGTGGTCCTTTAGCCTCGTA TTTACTTATAAAGAAATGAAATTTACTTCGTTTAATGACATTGCACTATTAAAACTTTCT TAGAGTTGATCTACTATCAGATTGTAAATTATGGGAAACCACTGGAGAAAGAATGTCTAG TTTCTGTCAGATCCTGAATGCATTTTAAAATACATAATTACTTTTGTTCTTGTGAGTAAT ATTGAAAAAGAATATTACTGAATTGTTGTCATGTCTACATTATTAATTCAGACCCTATTT ATAGACACTACAATACAATCCTTTACCAAGTAGGATACTATTTACTATTTCTATTTCTAT TCTAAATAAGATTGTATAAATCTATTTCTATTCTAATAGGATTGTATAAAGTAATTCCTA TTATAATAGGATTGTAAAAATTTATTTCTTTCTAATAGGATCGTATAAACTTATTTCTAT TCTAATAGAATTGTATAAATCCATACCTGTTCTAACACTTCCCCTCAAGCTAGTGCATAC AATTCATGTACTTAGCTTGTTACAAATGTAATTAATACGAGGACCGATGAGGGGCTTGGT GAGATATCTGCAAGTTGATTAGTTGACTTCACAAAATTTGCAATCAATCTTAATGTGCTT AATCTTTTCATGAGATACTGAATTTGATGCATAATGCCAATAAAATACAGAGTGATAAAT GATAAAATTACTGTGTTGAACAACCCAAGCCAAACTTGCGACAACTACTTTTACCATAGA GTGACTTACATAATCGACCCACAAGGCTACCAAAATCCCCCGAGCAACAAAGTGCTCAAA ATCTAGTATGAAGTATATCGATCGTGTTGGAATCAATAGATGCGTCGTTATTAAACAAGT AGGATACTATTTACTATTCTTATTTCTATTCCTATTCCTATTCTAAATAGGATTGTATAA AGCTATCCCTATTCTAGTAGAATTGTATAAACTTTCATATTCTAATCAGAGCCAAACCCC GGATTTAAAGTGCCTAGCATTAGCGAATTTTTCAATAACGATTAATGGATAATAGCAAAT TTTTCAATAACGATTAATGGATAATAGCGAATTTTTTAATGACGGTTAATGGATAATGTC GTATTTGACTAGTCATTTATAGCTATTGGATGGTCATGAGTGTGAATCCCCTTATTGACA ATTTTGATGTTATAAATAATCATCAAGTTTGTAATAAAAAGAGTAAAAAATGGGATGTTG ACGAGAATTGAACCTAGGGGTGAATTTCCTTGCTTCTACCAGCGTACTAAAGCAGTTTTA TGTTTCTCTAAGGGTGCGCTCTTATTATATTCGCTGTTTCTATTGAGATAGATATCTATA TATACATGATTTTTTTCGAAGTTAATGGGTGCACGCGCACCCCACCTATACATGTGGGTT CGTCTCTAATTCTAATAGGATTGTATAATTTTATTCATGTAATAGGATTGTATAAATATA CAAATCTATTCATGTTCTAACAGTTCTTACAACAACAACTACGCCTCAATTTCAAGCTAG TTGGGGTTGGCTGAATGAATCGTCGGCATCATAAATGCTCTATTTGGGGTTGTGTTGTTT CAATACTCCATATTTAAGGATTCTCAAACATTAGAGGTCCCCTGATATACTCTAGTAACT TTATTTCTTCTAATATACCAAGGCCTCAATTTGTTTGCACTTAATAAAGGTCTTCAGATC TCTGTTATTAAGTCTGAACTTACTGTCGTTCTATAGAACTTTATTTTTACTTTGCCTGGG TATTCTCTTATCTCATAACTTTGGCAGTATTCCATTTCGATATTCCTACTATAGTGCAGT TGCTAGGCATAACATCTGTCAAATTGCTCTTCTGGAATATTGGAACTGCATTTCTGAACC GTCTTCATTAGATGCCTCAGTTCCATCTAATCTCACCTCAACTTCATTACTATCTTGCTG GCTGGACTCGCAGTGTGTGTATTTTGTCTTACTCTACTTCCTAAATCCCTTACTCTCTTA AGTGCTTCTCCGCTGCTCGAACTATTAATTGTTCTTGATGTTAAAAAAATGTAAAGAAAA GTCGTCTTTCATTGTGAAAGAAAAATGAAGTCACTTAATCAAGTATAAAGATTCATTTAT GGATTTGGTTGTCTATCACGCCTAAAAGTGCGCAGGTATTATGTTTTCCTCATGAGAAAA AGTTCCGGGAATCTTTTAGATGATCGTTTTTTTTTTGTCATTATTAAAAGAAGATTTGAA TGCTCAGTATGGTATGACATTGTGCATATTATTTGTTCGCATCCAAAGTTATCCCAGGAT TATTATCCTATAACCACGGGACTAATTTATCCCCCGGGTGGGATAAAATAACACCATCTT TGAGGTATAAATTTCAGTTATACCTTCAACGAAACAAGTATAAAATTTTAATCTCCAAAC TTAATCTGGGTATATGGCACCTTTCTGTTACACAGGGGTGGGGTGGGGTGGGTGGGTGGT ACTAAACTAGTAGGATATGTTTGACATTAAAAGATTACAAATTATAATCCCTCTCTCTGC TAAAAGGATATTGATTTTTCTGTATATCCAAGTGTTGTAATTAAATGTCGTAAATTAGTT TAGCTGGTAAGGCAGACACTTTTCTTAGAGCTAATTCAATCGCATAAGACAGTTTCCATG TGCCATTTTACCTTTACCATCTTGTCAGCTTATTACCTTTTTTACTTTTACCATCTTATC TCATAAAATCTTGATGACTTTTGACTTAAACGGGCATTGAAATATTTGGGGCTCAAAGTC TGTTTGCAAATTTGTGATGAGCACTTCTCTTGTACCGTGTTGGTGTATCAAAGTTGATAG GTACAGAGGGACATTCTGCTATGCATTGTGTGCCAAAAATAACTTCAATCAAATGTGGTA TATGGTAGCTTTCTAGTAGCGTTTGTTGTGATCCGTTCTCATTCCCTTATATTTGCTGGG AGGAGTTGCAATTTCTGTATGAACTTGCACTTGTGGATGGAAATATGAGATTTACGATAA TTCATTTAACCCAAGATGGAGTTTTAAGTTATCCCAGAGCTCTTCGAAGTTCGAAGTATG ACCTTAAATTGGGTTTAAAGGCAAACATTTTGAAGTGCTCTTACCTGTTAGTACATGTGA TATTCTATAGGGCACAGGCCCAGGAAACCATGTACATATGAACTCATGTGTGGACAGATG GAGTGCTCTGGGATGGAAACTTTACCGCAATAACTTTCCCATTGCTGCACCGCATCTCAA AAACAAGGGTGAATAATGTACATGCTCTACAAGGGTGAATTCTTTTCATTCTTTATTGGT AAGGATGTTGACAGACATCAGAAAACTGAAGCTAATTGAGTTGGAAAGAAAAAAAATTAA CTGAAAAGAAGGAGAATGTATGGGGTTGAACTTTGGGAGATAATCTAGCTGTGTTGCTAC GAGATTGTTTTTCTTGCTCAAGTAGAGCTTCTTGATATTTGTTATTCTGTTCTACTGCTT TATTGATTCTGCGAAACCTAATTTGTAGTTCAAGTCACTGTTTTATTTGGTCTCATGGTT TGAAGGCAAAGCACTCTTTTTAGGTTTTCAAAGGTGTCTTTCATTCATATGATGAAATCT GCTACTTTTTAGGACCCATCCTTGTAATTCATATTCTAATCTTCTTTTATTTCCAGGTTA TAATCAATGTCTAAATGAGTTCATCGACGACACAAGCATGAAATTTTTGGGTGAGTGTTT ACTTATCATTATCCAAATGAGTACTTTTATCAGATAACTGCTTGTTTTAAAAGTAATTTA GCAACATTCTAAGACCAGTTTTCTCTTCTCTCTATCTTTTTGATTTTCTTTTGGATCTCT TTAGCATTTAATAACAGAAATATTGCAATATTTAGGCCCTATTTATTAAGACAACATGTT TTTATTGATGAGTATTGTGAACTTAGGTTGTCCTGGACTTCACATAATGGTTTCCTCATG GAAAAGTTTGACAGCAAATGTGGGGAAGAGATACATGTATGAGGGAAAGTCAATTCTTGC TTCCTTCTTTGATACCTCTGTTCCATAAAATGATCCACTACCATTTAAATATTGCTTTTA CTCTACTTTTTAGTACAAATTACCATAACTTAACACCATTATGGATTCCTTATCACCACA TTGATCATTCATTATAAGCTAGCGAACTAGTGATCTTTACATTAAACCATCTGGAAGATT ACTTTAAGGAAGTATTTTGTTTTGTACACTTTCCACCAATAGTATCTTTTATGAAGAATG TATTAAGTCAGACTAACTAGGTTCGCAGTTGCAAAATTATAGCTTGAAAAAGTTGGTCGA AATGCCAAGTTGTTTCATCAAATGTTGTAGTAGTCATTTTCTTCTTCTTCTATTTAAATA ATAACACCTAAACTTCTATCCCATACATGCTTGAGTTGGTTGTTTGAATCCTCTATATCT GATGCATCTTTTAAGACAAAAATTAGAGATTCTGTAACACAGGGGGTTTCCCAAAATCTC CTACTTATGCCTACTGACATGCAAATCTCAAAACAAACTAGGAAATCCTTGGCAAACACA GGATGTAATGTAAGCAAACTAACACTGTTTTGAATCAATACAAGCTGGATGAGTTGCTCG TATTGTTCTTTTTGCATGGATTCTTATAGATTGTTAAAAAAGTGAACTGATTGTAAGTGA ATCATCTTCTTATGATTACGACTTGTGGTTGCTGTAAAGACCTTACTGTGTTTGGCTTTT TTAGATCTACACCGTTGTTTGAGATAACTTGAACTAGTATATGCACGAGAACAGTGTTGT TTGTTTTTGCATATCGTCTAAAGAAAGTTTTGTTTGTTGTATGCAACAGGCAGAATCCGC GGCTAAAGTGGTTACTTATATTCAGTCTGGCAAGGCAATCGATTTATCTCAGTTATTTTG CAACTTGTGCTATCAAGTGTAGCAGTTAACAGCAATGTAGATTTTCCAGCACTACCTGTT TTTTGAACAAATTTCTGGGCATATTTATATCTCCTTGTGAATTGTAATGCTATTTTGTGG CTCCTTTTTCAGTCCTACTCCAAATTAGTTATCCTACCTTGTTGGCAATCAAAAATAGTG AAAATTTGATTATCAAAAAAATTCTTACTGTATGGTATTTTAAAAACTTGACTAAAAAAA ATTCGTACTAGTATTTTATATATGGTTTTAAAAACCGTTAGTGTTGTCATAAAACACTTG AAATGGGATGAAAGATGTTAAATATGAAAAATCTCATTGTTAATCTTTTTCAAATTTATT AATACATCTTATTTCTTTTTTGTTTTTCAAATGCAATCTTAGATATCGAAAAGATATAAT AGTTATTACATATTTCTTTTGTCCATTTTTATTTATCACGTTGCATTTTTTAAAAGTTAA TTTGATTAATTTTAAAAAGTATATTAATTTAATAAAAAAATTTCAATATTCAAAAATTAT ATAAAGAAAACTATCAATTGCAATTTTTTGCATATCAATATGATGAAAAAATACATCATA TGAAATGTTAGTCAGAGTTTATAACGTTTGACCTATAAAAGGAAACCATGACAAAAAAAA GTAGACGGATGGAATAGCAAATGGTACGTATATAATTCAGTCAAATATTCGTTTCGTTCA CTTTTATTCGTCTTCTATACTAAAAATACATTCTTACTTTTAACGTATCAAGAATAATAT TCTCCCTCTGTTAGAAAAATATTCATTAAGTTTCTTTTTTTTAGTATGTTTGAAAAAGCT CCCCTCTCACTTTTTGGTAATACTTTAAGTGACGTGTTTAAGATCACAAAAATATTGGTT AATTATTTTTTAAAGAACGGTGAAAGTAACGAGGGAGAGAACCACGTCGTTTTAATGCGG AGAAATTGGCGCAAAATTCTAAAGTTTGGAGCCACTCTCTTTAAACTTCCCGCTAAACTG AAACTGCAAAAGTTCAAAATCAATGGCAGAAATTCAGAATTTTCAAAAACTCAAATAATT TAACTGCTAATCTTCCCGGGTTTTTGGTTCCAAATTTTCTCTACTTCATCCTCCTCTTTT CCCTCTTCTTCCACATCTCAGTTTCTCACACAAATCTTCTAATGGGTGGCAAACTTCAAG TTTTACCTCCAGCCAAAAGATTCATGATGATGCATCAACAAGATCAAAAACAAAATGGGT CTGTTTCATCATCGAAACTTCCTGCTAAAAAGCGAAAATTCTCTCCAGAAACTCCCCCAC CTTTTACAAATAACCACACTGTTACTACTCTCTGTTTGCCCGCGAAGAAACGTGTTTGGG CTTTTCATCCATTTGATCTCAATGAGGAGTATAACCCAGTTTGTTTTAATGGCGATGAAA TCAAGGAAGAAAAAATAGGTGAAGAAATAACAAATGATGACATCGATGTGGATGAAGATG ATGGGATTGTTTGTGTTATTTGTAATAGCACAGACGGAGATCCATCAGATCCAATCGTTT TATGTGACGGTTGTGATTTGATGGTTCATACGTCTTGTTACGGTCATCCGTTCACAAATG GAATCCCAGAAGGCGATTGGTTTTGTGCTCAATGTTTAGCCTCAAAATCCCAAATCCCAA ACCCAAAATCCTTCAATTGTTGTCTCTGTCCTGAATCCGGAGGCGCATTGAAATCTACTG TGAGTGAAGGTAAATGGGCTCATGTTGTTTGTTCATTATTTGTTCCTGAAGTTTTCTTCG TCGATTCAGAAGGTCGTGAAGGAATTGATTTCAGCGAAGTTCCTAAAAGAAGATGGGAAA AAAAGTGTTACATTTGTAAATCCAAAAAAGGATGTGCTATTGATTGTTCTGAGCCAAAAT GCCCTTTATCTTTCCATGTTACTTGTGGGTTGAAATGTGATCTCTGCATTGAGTATACAG AAGGACGTAAAAATGGCGGTGTTGTTGCTGGATTTTGCAGTAGCCATACTGAGCTATGGA AAAAGGTTGAATCTTTTTACCTTTTTTTCAATTTTTTTGTGGCGGATTCAAAATTTGAAC TTTATTGATTCAATCTTTAATCCGCTATTTTCTGAAGTTAAAGGTTTAGAAAATATTAGA TTTAGTTGAACTCGTTGGGTTATATTGTAGCGTAGATTTGTATTTAAGTAGTTGAAACCC GATTCTAGAACCTATAGAATTTAAATTTTGAATCCGCTTCTGTATATGATCTCGTATTTA AAATTAGTTGTGTTTTACTGTCATAAAAAGTTTAATTTTTGGGGTTTGTATTGCAGCAAC AAAAAACTGGGAAGTTCAAGATTGTACCAAGAGAAGAATGAGAATCATAGATTTAGCAAG AGGTTTCGAGTTTGAATCTCGAGTATGGAGAAAATTCTGTTGAGATAGTTATGGATTTTA CAGTGAGCAATTTGAATTTAGTTGTAACTTCAATGCGGACACAAAAAAGAGAATCCTAGT TTTTAGGTTGTATTACAGTAGTTGATAGGCAATAGTATTCTATGATGATTGAAATTTGTA TTTTTTTTTATTTATCATACTTCGAAATTTCTCAGTTATTATTATTATTATTACTAGTAC TTTAAAGATTGATATTTAACTCTATAAAGGATACTAACATTAATATGACAATATTTACGA AATCTCAATTTGGATAGAACTCTAACAAATTTACTTCTTTTTCAAATCAAACACTTTAAC AACCTTATATTATGGGGCTAGTATTTTTTTATTTATTTTAACAATGATGAAAATATTGAA AAACAACATGGCTTCGCGTTTGAGATTTTGGTTGATTTTTCAAGTAGTTTTAGTTATATT TTTTGCTAGATTATCATGTAGTTTCGAAGCGAAATCAGCTATTGGAGATCCAGGTATGAA AAGGGATAATTTAAGAGTTGCTATAGAGGCATGGAATCAATGTAATGAAGTGTATGAAGA AGCTCCTAATATGGGAAGTCCTAGACATGCTGATTGTTTTGATCTCCAAAAATCAAATAA CAATAGGAGTAAGTCAATATACAAAACTCAAATCTAATATCATTAGTTAAAAAACTATTT TTTGACTTTGTAAGGCATAGAATAGTGTTTTTTTGCAGAAATTTGTGATGTATATTGTTG TAGAGAGATTAATATACCGTTATTGTTACTTGATTAAAGGTTTCGAGTTAAAATTGTGAT AGAGGCGGATTCTAGATTTAATTTAATGGATTCGACTTTTAGGATTCTTAGCATTGAACT TACTGTACTGTCAAAAAGTATATTAACCTCTTTTCTTTTGCTGTCTGTTGAAAATTTTTA TCAGTAACACTAAAAATAATGTTGTTGCAGCAAAGCTGGTTCACTTGGTGAATGAGCTTG ATAACAAACTAAGTATAAATGACGCCAAAAGCTTAGGACAATACTCCCTGAATGTGGATA TGTATGCAGCTTGGAAAGAATTGTTCTTAGGATACAAATGCAAAGTTCAAGATGAGCCAA AACCATGGAATTTTTGGATGATCATGCTCAAGAGTGGCAACATGGACACAACAGCAGCAA TTTGTCCAAGAAATGGCTTACCATCTCAACCCTTTGATCAAATACCGCGATTTCCATGTT TTGGAAAAGGTTGCATGAATATGCCTAGGATATACCATGATTATACCACATTACATAGTC ATAGGAAACATCCAAAGGTGACTAAGTTGAAAGGGGGGTTTCATGGTACATGGGAATTGG ATGCTGATATGAGTACAGCGAAGACTCAGAATGATACTTCATTTTTCTCTGTTACTTGGC ATAAGATTCTTGGAAAAGGAAGCTGGAAATTTCATCATGTGTTGAAGACTTCATCTAAGT ACCCTTGGTTGATGCTTTACTTGAGGTCTGATGCAACTACAGGATTTTCTGGTGGATATC ATTATGAAACAAGAGGCATGTCAAAAATAGTAAGTTCCTCCTCCTAGTCGTCGTTATTGT ATCTTCATTGAGATTGAGTCATAGTTGTAGTTTACTTGTTATACAATCTGATGTTCTGTT TGCTGATATGGATTTAGGTCCCAAAGTCACCAAATTTCAAAGTGAGGTTCACACTAGATG TGATAAAAGGAGGTGGTCCAAGGAGCCAATTCTATCTAATGGACATAGGTAGCTGCTGGA AGAACAATGGTCAGCCTTGTGATGGGGATGTCACCACAGACGTAACGCGTTACAGTGAAA TGATCATCAATCCTGATATTCGTGCTGTATCATCAGGGTGCAACCCCAAGGAGAATTTGA AGCTGTGCCCAGTTTACCATACTTTTGCAAATGGAACTCGAGTTCATCGTACTGATGAGG CTAGATTTCCCTATGATGCTTATCATATGTATTGCTCCCCGGGCAACGGAATGTATCTTG AGGAACCATTCAATCACTGTGATGAATATAGCAACCCTCAAGCTCAGGAAATACTTCAAA TTCTTCCTCATCCTGTTTGGGGAGAATATGGATACCCAACTAAGAAAGGAGAAGGATGGA TAGGTGATGCAAGAACTTGGGAACTTGATGTTGGGAGACTCTCACAATCACTGTACTTCT ATCAGGTAACTTGACTATATCTTGACGCGTTTAACTTCTCCACACACTATTAGATTGCCT AAAAGATAACTAACGCACCTGAAAAATAAGAATGCATTAACCCCTAGATGAATCGTAACG TTGTTTCTTGGGTGATATTGCAGGATCCATTTACTAAACCAGCTGAGAGGCATTGGCCAT CTATTGATTTGGGAACTGAGATATATGTTAGCAGTAATGAACTTGCTGAATGGACTGTTA GCGACTTTGATATCATTGTGACTGATGAATAGTTTTATTTTTCTTTTGCTAGTTTCACTT TTTGTTAAGAATAGTGTTTTTTCTTTTGTTTTTGTTTCTATTCTCTTTGCTTGTTTCACT TTTTGTATATTTCTCGCTTTATACAAACATAAACGCATTTTATACACTTATGTTTGTATA AAAGTGAGGGAGCAAGAGATGGCGCGAAAAACAGAGAGGTGACTGACAAATAGCTTGCTA CGGGGTACAATTAAATCAAAGTGTAATTATAATACTTAATTTAATTTCTTAATTTGCTAT TATATACAATTTTTTCCTTATTTATAATTATATTACCTCATCATTGTTTCAAATTATATT ACCTCTTTTGATGATTCATTGTTTCAAATGAGTTCTCTTAGAGTTAAAAAAATGGGAAGA ACAATATTTTTTCTTCATTATATCAATTAATGCATCGCGCCTATATATATATATATGTAC AAGGGGGCATAAATACTAACTCAACAGGGCAACCTGAACCTAAAGAATACCTATTTAGAG ACCCTGACAACTAATAAATGGTAAAATCATTAACCGGGTTAACAGATCCCTCTTCAAATC TCCCATGCTGATTGATTTGAGGGAAAATGCATATCGTGAACTGTCTCACTGCAAGGTGGA TGTCCTCACTTGATTCAAAGAACCATCAAACAATAGTATCGACTAGGTTATAGACCATAC TGAACGGTGCCGACCTCTCTGTGAGCAGCAACAGCGACAGCTGCAGCACCGACTGCACCA AACTGTGTTTGTGCCTGTAGTAATTTTGCATCCATGGCGATTTGACCTCCCAACTGTGCT ACCCTTGCCTGTGTATGGTAATATGGGTTAGTGTTCATCTCAAAACTCATACTAGCGGAC GACTTGGCAACCATGCACTGGCCATGTTGCTGTTTAACTTGAGAGCGGTCCTTCTCTGCT TCTGTCCCACACTTCTCTAGATGTGTAGAGTTACTCCTGAACAGATATTGTGGAGACATG CCATGAGGTTGGACGACAGAGTTCTGGGCATATACTCTTCCATCAGTGACTTCTTTGATG CTTCTGTCACCATCATATACTGGTCCTAAAACTCTTCCAGGTTTGGCTGAAAATGATAGA AATGAATATCAAAGAAGAATCAAACAAGCAGACATGCACAACCCACTAAGTAATATTTGA CAAGGACATTAAAAGCGATTCCAACAAGCACAAGAAACTTCCTAAGTTTCAGCATTCCGT ATATACTCACTAGGGCACCTTTAAATATGATCTCTCCTCATCCTTATTTGTCCCCCCCCC CCCCAATCTCTTCCACAAGCAGGGGATATAACTTGAGAAGATTCCCTAAATTGACTTCTT GTGAGCCGAGTACTGAGTTCCAGTTCATCCAATGTATTATTACATGTGGTGAAATATGTG AGTTCACTATGAAGATGTGGACAAAAAGGTACATTATCACTATGAGTGCCAGCACAGACA ATGTCAACCTTACCTGTGGGTACTCGAGGTGGTGGTCGCAAAACCTTCGGGTCTGAGACT CTGACGCCAGCAGTTGCCTTTTCTGTTACTTGTCTATGATCAAACATAGGATTCTGCTGT GTTCTGGGGGGGATGGTACTGGAATTTACAGTAGATCTGCAACACATTTAAGAATATATG TAATGAAGCCCCAAATAAGCACACTGAAAAAGGAAAGGAGAGAGCAAAAAGGAAAAGGGG GAAAGGGGCATGCTCTAAGGTAACAGTTTTTCCAATGTGATGAACAAGTTAATATTCCAA ATCCAAACTTCCTCAGTAGTATGCAAGTACAACTTCTTTTCAGGCAGGTTACTTTTCCAG CAAATACAAGAACAAACAAAAACTTCTTTTTTGGGAAGATACAGTGAAGAGAAGCATAAA AGAAATGGAACAGGACATATTCATTGACACAACCAACAAGACAAACAACTCATGGAATCA TACCGCGGGAGAGAGACGTGCTTTCGACCAGGAGGTATTACTGGGCCACTTTTACCACTA TTCTCCTCTAGATAAGCAAATTGCCTTCTGAAATTACCAATGGCACTGCAATTCAATGAT TGTCACACCATCAGTCAGTAATTTAGATTAGATATAGTGGTACAAGAAAATAGAGACTAG AAATAGTAGAGAAGTATATTACAACCTAGGATAGATAAAATTTGCACCACTATTTCCAGC CATGTAGTCCTTCAGAAGTTGAGGATGATACTCAAGTATCTCCCTAAATATTAGTTCACG AATGTCATCCTTTGTGACCCTTCGTCGCTCAAACTCAAACTCCAGCTTCGAGATTGGTTG ACTAGAAGGTTCCCTCTCAATCTTGGCCAGTCCCTTGAAGTACGGATCAGCCAAAGCCTA AAAGATAGGAGGAAAAACACACAAAATGAAAATGAAATTAGAAAGAGACAAGCACGTGGA TATGCCGTGGATATGCCATTCACGTAATCTTAACATCAGGAATATATGAGGGAGTGTACC TCTTCAGCAGTTGGGCGATCCTTTGGATCAAATGCTAACAACCTCTGCAACAGTCGAAGT GCCAAAGGATCTGCTTTTCGAAATTTCTCAGTAAAAGGAACTGGGCTTTTTTTCTTCATA TCTGTCAAGTACTTCCTTGCCTTTTCATTACGAACCTGCACTCAAGAGGAGTACTCTTCT ATCAACATGCTGTCAGGCAATGCTAACATCAACAAAAAAATATTACTCCCAACTGACAGC TCTTACCCCAGATACAATATCAACTGATGGCGTCCCCAGAAGATCAGTAATCAAATCCAA CTGGTGAACAACACTTTTGCCCGGAAATAATGGTTTCCCCGTCAAAACCTCCGCAAAAAT GCACCCGATGCTCCAGATATCAATAGCAGGTGTATACTGCAGGGAATTCTTACACGAATT AGAAGACAAATCAGCAAAAACCTCAGTAAGGCCTTACTGAGAAATTGACGCAAGACCTAA CACAGTTACCTGAAGAATAGAAAAATCAACTTCCAGGAGAGTTCAATAGTCCTCCCTGAA CAAGAATGATTTTAACCTACACATCACTATTTAATACACTCAGAACTGAACAAAAATCTT CTATTCTACCAGAAAGCCCTTCCTTTTAACACTATGTATACAGTATACAAGTACCTTTTC ACCTTTCTAAAGCATGGGAAAAGGGAGGCTATTATATGATGCCAAAAACAGCATCTTAAC AACTGAATCCAGCAAAAATAGACGTGAATATGTTCTGTGACTAAGCATGGGCTAGCAAGA AAGTGGCTAACTAACAGATGACTATACATGTGTGACTCTGCATTAGTTTAAGAGATAAAT GGAACATAAACACGATTGTGTCTGATACCTACTCATTTACAACAACACCCTTTGCAACAG AGTTGGTTTTTTCTTTTCCTTTTTTTTTGGTACAGCTCCCGGAGGGAGGGTGCTGGGAAA ATTTATAAGTAGTTTGACATATCTTTTTGACAAAAAAGTATTTTGATCTATTAGAAGAAC CACTAACATGAAGTTCTAGAATGGAACTCATAGATAAGGTTCAGAACAAAAAGTATCTTT TACATGAAAGTTAGAATAAGCTGCACTATTCACATAAATTACCTTAGAGAAGAAAGACCC ACATAGTTCTGGTGCACGGTACCACCTTGTAGCAACATAATCCTGCATGACGTGAAGATG AAAAAAAAATAAGAAATTTTCAGTCAAATCAAAGATTAAAATGAATGAAAAATGTCCAAT TTATAAAGTTCTCTACGATTTAAACTAAATCCAAGTGAATCTTATAGGTGGCTTTTGGGA TAGAGCTAACACGAAAGCTTACCGTCCAGAATATTGTGGTTGGTGTATCACTAAATGCAA CCCTTGCCAATCCAAAATCACATATTTTGAGTTTACAATTTGCATTTGCCAATATATTTT TTGGCTTAAGATCTCGATGGTAGACATTAGCTGAATGAACATATACATATATGTCAGTCA AAACAGGGCTGAAACTCAACATATTTAGGAGATGTAGATGGCAGATGTCATAAAACTAGT TACCGAATTCACAAGACTTTTACCTGTGTGCATGAACTTCATTGCACGCAGCATCTGATA CAAGAAAAAACGGTGGTGCTCATGTGTCAAGTCATCATTGGCCTTAATAACATGGTGAAG ATCAGACTCCATAAGCTCAAAAACAACATAAATATCTCTGAACTCTCGTCTTGAAGGTGG TAAGATGATTCGCTTAATTTCAACAATATCAGGATGCCTTAGAAGTCTAAGCAATTTGAC TTCACGCAGAATTCGAATTGCATCAGAGATGTGCTCAAAAATATCAGTTATTTTCTTTAT AGCCACTTTCTCTCCTGTATGAGTGTCAATTGCAGCACAAACTACTCCATAACTTCCCTT GCCTATAACTTCCAAAATTTTATACCTATTAGCATCACCGTACTCGGTGAAGAACTCCAC TTCTTTGGAACTCTGTACAATCAGTAACAAAAAATCAGACATGTTTACCATAGTCTACTG ACTAATAGGCAAACTAAATATAAGATAAAAATCTGCATGTTGCTTGATATTCTCAAAGCA TATGTCGATGAAATTTCAATAATATTCAGATCAGTAGACTTCTGTTGTAACATAAAGAGA ATCAAGGATCAATTTATGACTTGAATAGACAATACATTCCAATTTGAAAATCAGACTAGA CAATTACGAAACACTATTTCAGAGTCAAACGAGGCCCAAGCCAAGGACTACAACGTCAGA TTACATTTCAAACTAACACAGAAGTTCTCGCATGAAGTAGAAGTCCAGAATCCAGTAAAG GAAGAAAAGCATAGGAAAATAAAGAACACTTCAAAACTATGAAAGGAAAGTAAATAGAAT GCTGCCCCACAAAAAAGACAAAACAATTTATCCCACAAGGGCATTTTCACAAGTATGTTA ATTTGCAATATGCTTAAAGATTACTAAAATAACTTAGTCCTCCATATGCAATTAATCCAT CTCTGTTTAATGAGTTACCTACCTACATTTCTAAATACTTTACATAGCAGCTTAAATTAG TCAACAACTTCATATGGTTAAGAGATTACTAAAATTTCTGATAAATCAAATAACTTAGTC CTTCATATGCAAATTCTCCAACTCTGCTAAATAACATATTCTAAATAAAAAGCAGCCTAA ATTAGTCAACAACTTCATATGGTTAGAAGATGACTGATAATCAAATAACTCAGTCCTCAA TTAGCAGCTAAAATTAGTCAACAACTTCATGCTTCCTGAAATAAACAAACAGTTACATAA TCATCGTAGATGACTCAATCAATCAATTTTGGCTGTAATGACTAGTCTTTTAAGGCAAAT TTGGGTACTTTACTAGATACAGTCAAATCTTAAAAGCTAGAAATAACAAATCTAAATCAA GATCTCCTTTTTATTAAAGAATTTCAAAGGGGAAGATAAAGAAAGAGTGAAACCTTCTTG CGCTGATCTTGCTGCATCTTTTGAAGACTTTAAACAATCTGGGTAACGAATAAATTCAAA AAAAGAGGATATCTGAAGGTACCCTTTTCTTCTCTAGGTTCCCCTGATCTTATACAGAAG ATCAGATCAAAAATATCCAAAAATAAAACAAATCTGAACAACCCCAAATGGAATAAATCA GAGAATCAGCAGAGCACTTCGCCCCACCGACGTCAACAACGTATTGAAACGTACTAACAA AGAGCGAACCCCACTTTTGAAGAAAACAGTATGATTTTTATACACAAAATTAGTATCAGT TGAGCCTAAAATCCTACAAAAAAATGAACAGAAAATGAACGAAGGGTGTAGAAAGAAGTA ACCCTTTTTCGGGTTTTGAAAGATGGAGAAGAGAGAGAGAGCAACAAGGAGGCCAATTGA AGAGGAGGAAGAAAGGAGAGGAAAATTGGTGAGCTTTTCGGTCTTTTTAAAGGCAACAAA AGATTGTGGCTTTGCGTGTTTCTACGGTTGTGTTTTCCCCAAATATTTTTTATTCCATAT TTAAATCGATCTCGATCTGATATCTATAATAGTTTACATAAGATATACATACGGTATGAG TAAATTGTGTATGTCTATTTATTCAATTTTATTACGGATTAAATATTTATTCATACATAC TTGAAATTGAAGATTACATAGATTTTGATGCGTCTAGATACATGTGTCTCGAGATATATG AGGTAAAAATTAGATGTAATTTGTTTCTAGTTATATTGTGCCTAAGTGGATTTGCGTGTG TATGAAATACATAACAAATTTCACTTGTCTCCTTCTCACCTCGCTCTACACTCTATATTT GGTACAGATAAATATAGCTCGTGTGATTTGTATATATCTGAAATACTCTGCTCCTTTCCC ATATCGCTAGTCTATCTCTCTATCTTAGTATATCCAGTAACAAAAATATATGAATCACAA TATATCAATTTTAATACACAATTAAAATAATTATTTAATGGTAAAATATATAGATACTTA TATATGGTGCGTATATATATATATCTAATAAGGCAATTTGTAATAAATTAAATTTAGTTT GACCCAATATAGAACAAAATAATTATACAAAAATATTTTGTATTTTATTTTATTTACTTG AGAATTTTGTAGGTACACATTGGCATATGGGAAAGGAAAGGGGCGTTTTCAACTTTTCGA CTAACAATTTATTTAAATTTATAATTTACTATATGAAGTATAAATACATTATAAAAGTAC ACTATAATGTAAATAAATATTAAATCTAAAGGGATTATTTTAATGTCACAATAAAGTCAA TGTTAAAAATCTTGAAATTTGATTATCTTAAGTAATGGTTCTGTGATCTGTAATTTATTT TCATAAAACAAGTGACTTCTTAGTTAATTAGATTTTTAGATTTGTTTTTGCTCATTAATA TGTGACTATATTTAGTTCATCGTTCGTATTTAATATTTCTTTATTATATATTATTTATAA AGATTATGAAATTATATTTTATTTAAGTTGAAAATTTATTAAAAATAATTTTACAAGATG ACAAGATGAGATTTATTTATTTGAAATTTTATTTATGAAATTACATTAAATAATACTAAT GAAACTTTAAATTTAATTAGTTATAAAGATTTCCTCACTAATTATAAGGACAAAAAAGCT AGATTATGTTGCGATCCACTAAGATAATGATTTTGAATATTCTATAAAATTATAGTAAAA TCATGATTTTGAATATTCTATAAAATTATAGTAAAATCAAGTTAATTAATGCACTTACCA GATTAAGTACAAAATATTTATTTATTACCTTCTTTTTTTTACAATTTGCATTATCAAATT CCTCCTTAATTAATATTTTTTTTAATTAATTGTTTTTGTCAAACCATGCAAGCCTTTTAT TAATTAAAAGGTAAAGAAACAGTCAATTAAATTGTAACCATTCAACAACCATTAATTAAA ATTATATAATCATCAATTAAAATACCGACATCATCACTTTTCACCTAAATTATGTTTAAA AATTTTCTTTCGTTCTTTTTATTGATGTCTGATATTTATATTAAAATTTGACTAATTCAA ATTCAAATACACGCTGTGTGCATATAAGACTTGCACACGAGGCTCAAATCTCAAGACATT TCGTTGAAGCAACCATACAACGCACAGAATTATTATTTTTTTTTTTTGAAAAAATAGTTA CCCTATCACATTAATGTAGATAAGGTTGTTCTCTTATCGTTCATTGACCACATTGTATTA TCACAATTATTATGATCTTTTTTTCTATTGAAAAAATCAACTTAATATAAGGGGAAAAAA AGGATAAGGGACTGTCGGTGATTGAAACAAATCTGGACATGTGTTATGGATAAAATTTTC TATTGAATAATTTATTAATTTATCCTTTTCTAAATATTTTAAAATAATTCTAATTAAAAA AATGAATATCACGTGGTTTATTACATTTAGGTTAGGTGGCCCTATCAAAAAAAACCATGG TGAGAGTTGTACGGTTGGTGGGGTTTGGTTTGATTGAACAATTTAATTAAAATATTATCA TTTACTTAATTTGATACAAGAAAAATATTATTGTGGGAAAAGGTTGATTATACAAAAAAA ATATTTATAGGCGAAATAAATAACATATTCTAATATATTTTTTTTTTAACAAAAATAATT TAAGAAGAAATCCTTTCATTCTTACCAATTATATTCAACGAAAATTTAGATAATTTTATA TTAATTGGAACAGATTAAAATAGTATTAGTTATAAAAATATCTATCTAATATGTCATACA TATTTTTTGAAAATCTTAATTCCTTCCTATTTTTTCTTTCCCCACCACAATTTTAAAATA ATAATATATTTTTCAATACTTGGAGCAATAAAAATTATTTTTTTAGAAAAGAAAGGTATT CTTAATAGTTGTATTGACTAATAATTTCAAATATATATATTTTTTAATATATAGGACCTC TTTTAAATGAAAGAGACAACCCAAAGTTGATGGCAAAATATTGGGTGGTGGGCGTGGGGA ATGACGTCGATAAAGACAACCCATGTGTGTCTAGGAATTTTTTTTCCGATTAATTTAAAT TCATATCGAAATTAATAATATTATAATTTTTTTTAATATGTATATGGATTTGAATATAAA TTTTAAAGTTATACTAACCTTATTTTGAAATAAAAAAATTAAAATTTGAATTATGAATCG CTTGACAAAATTCGAGTAAAACTTAGAGCGCGGATAAATCTTCCGAAGAGGAGTTGATCA TTCCTTCTTCTACAACTCTATTTCTATATTTTATGTAATTGTTAAACCTTAAAAGAAACA TTTTTATAAAGTATTATTAATCAAGATTCATATGCGTCACATCTTAAAAAAATTGAGAAA ATGAGAAAGTCACAAATATTTTAGAATACACTACTACTCATTGACCTTAATACTTCATCG AATTTATTGGACGGTGCTTGACTAAGTATATAATTTTAAAGATAACAAAATAAAACGTTT GACATGTAAGATTAATAAATAATTTACAGAATATATTATATATTCTTATAGCCTATAGGA ACAAGACAAAGACAAGGGAAGACAGAATAAATAAAAAATATTTTCTAAATTCTAAATATA AAAAAAATGGTTAGCGTTTTCTCTGAAACATATTAGAAGGAAATTGGATATGTTGATGAA TTCTTTTTTTTTAGTTTTTGTTGTTGATTAAAAATATTTAACGTTATTTACTTAACCAAA TTATACATTTGTTTTGCTATAAAGAAAGTATTTCATATTTAGACTATTTTAACAACTATA TTATCCTTGAATATGGAATAACACAATTTAACATAATACATCCATATTGAATTATTTAAT AATTTATTTAATTTATAAATATCGATCACTTAGCGATCAGAATTATATATACTAATTAAT TGAAGGTCAAATGTACATAATCATAATTAAAGGACTAATTGTGTTTAAAAATAATACGAA ATATGTGAGAATAGATCTACGAAAACTCAATAGCTTTAGCAAAAATCGTGTATTCATTTT GAAAAATCTAATAAACACATAAAAAATATTTGTTGGGTACCTAACAACGAGATAGTCTCT TGATCTAGTGATAGAAAAAAGAATTTTGCTTTTAACTTTGTTGCGTTCTTTAATTAGAGT TTGATTCCTCTTGAGCACGTAATATAAAGTGTTTTGTTTTTAAATAATTTATAAAAATTA ATTCACATTAAATCTTGAATCTCCCTCTAAAAATACGAAGACATGCATAAACTAATTTAA ACGCCATCAACTTTTAAAAATATGAAAATAAATCAAAACTAATTTAGACGATATTGAATC TTAAATTCACTTCTAAATAATATGAAAATATACACAAATTAATTCGAACGATCACCGAGA AAAAACAAGGAACAAGAACTAGTTATGTCGTCTTGTTCATAGACATTGGTAGTTACAACT TGCAAGTTGCAATGGACTACACCAACCACAAATAAATAGATATAAAATTAGAATATGCTT TTTATTTAGTCAATTTTGGTATGAGTATCTTATTTTATATATATATATATTTTTTATATA TATTCCAAAATGGTATGGCCTTGGATGCTTCCTATCACAATTACAACTTTCTATTTACTT CTTTCTCTATGTGGTCCGTCCTTATTTGTTTTTTTCCTAATGAATCATATTATCATTTGA TGTTGCTTTTTCTGGGGTATTATTATAATAAAAATAATAAATAATATACTTTATTTATAT AATTATAATATTATTTGCGGACTTGATTATTATATAAATCGCTAACGGATAAACCTCAAA TATTTTGTTTCGTTCATTATTAAGCTGTAGTTTTGAATTTGCGAATCAATTTGTGCTTCT TGGATTTTTATATGTTTTTGTATCCTTCGACAATAACTTGACAAATGTTTTTCTTTTTAT CAAAATATCGTTGATGTTGCGGTTATTCCGTCTTCTTATCTTATTAATTGACCTCTTTTT TGTGTGACTAGAAATGTTCAATGAATACTTTTCAATTGTGTCACCCCCTGTACTTCTAAG GTTTCACTCGCTTTCTTCTATATATTCATTTTTATTTTTTCAAAATTCATTTCTCCATCT CTAATTAAAAAATTGGAATTTTTCTGATTTAATATTACTCGAAACAATAATTAATGTGGA GTATTTTAAAATGACTGAGGATATTTTTACCTATCTAATGTATTACAGGACTAACAATAA TTTTATATATATAATTTTAACTCTATCATTGTTATGTATTTAGGCTTTTCATTATTTTTT CTAGTTTTATTTATCACAATATAATTGCATAAAACGTGACAAAAAGATGACCACTATTTT ACTGTCAAAAAAAAAAAACAACCAAAAATACCGCGTATTACTTTTTCTTTTTTCTAGTAA AATTTGAAAAATTCTTATATGATAATACATTTACATAAATTATAATGGGTCATAGGGACT ACATAATTTAAAATTGTAGTCAACAGAAATATTTGAAAATGTTCTTGGACAATTTTTTTT ATATATTAAAAAAACACCAGAGAATTGAGATGGAGAAATAAAAATATTATATTAAAAGAT TAAAATAAAATCAATAGAGAGATTTTCAACGGAATTTTCCCGTTACGTATTTGATTTATT TAAGTCCAAATAAGTGTTCATACAATTCCAAGTCCAGAAGGTCCTCATCTTTTGCAAGAG TTGATAGTTTGGACTTTCTTTTCACTCGTCGTTAAGAACAAATAAACAGTTCTATACACA AAGCATCTCACATTAACAAGTCCGAAAATGATCGAGTCTCACGAAGAAGTGCATAAGTTG TTTTATAAGCTAAATCATTTGCATTTGTCCTTTTATGAAATATCATGAAAACAGAACCAA CAGTTAAATCCATCACTCTTTGTTTCTGCATTATTGAATGGCTTAGGTAAGGAACTAAAA AATTTAGGTTAGGTATAGAATTTTGGGTGTAATTATTAAGTTTTTGGTAACCAAAAAGTG TATGGATATAGATAGTTTGAATTTAAACTATCTGCACCTAATGTTGTAAAGGTCGTAATA TTTACCAGCATCAGATATTTACAACAAATCAATAGATACATGACTATTACTTAACCATGA TCAGTTAACATATATATATTTTCACTTCATGAAATCAAACTCGAAAATGACAATACAAAA AAACAAAGCACAAGAATACTAGCAAAACTAATAAGTAAATCTGTCAGAAACATGAGGCTC ATATCATTCAAGTTTTTCAAAGCTGGCAATTTTTCCAGCAACAATCAGTAGCGATCCATC GTTAACGAAAATACTGTGCATCTGCTGCTTCATTAGTTTCCTGGCACACAGGACTAGCTA TGCTAACCAACTTCCTGGAGTTAGTTATCAGCTGAGATGACAGAAGCACAAGAAAAAATA ATTTATCGAAAACTATGCTACACCAGAAGTTCTTCGGGAAAAAGAGAGAGCTAGAGTAAG TAATCATTTCAGAGCTGTATCTTCAATCCCAAATTTAACAAGCGGATAGCATCATCAGCA AAATATGCAGATTAGTGCTACTTCCCGAAGTTAACAAGTGCTCCACGGCAGTCCTGAAGT ATATTGGATGCACAAGTATGGTGGTTTAGAAGATGGGAAGTCGAAAAAGTTTTACCAAAA GAAAAGAGCAAATCGATAGTATTTGCTCACCTCTTCATGAAAATCAAGACTCCGGAACTT CAACTCATCAACCTGAGAACCTTCATGTCAAGAAATAAAGGAATTTTTTCACCAACGCGA AGCAATAGTGTTTCAATAACCAGAAACTGGAACTTGATTGAACCACATACAGCAGAGGCA TATTTGAGGGAAGAGGGACATTCAAATTTCATTACTATCACAGTTTATAACAAAGTCAGA TTTGGTTTGTTGTTCATCTTTCATCTACATTCTAATTTTTGGTTTCAAAATATTTGGGAA ACCTATGTATATGCCGAGATTGTGAAGACAACATTATCTTATTATGTATTCCTCCATTTC AGCTTGTTTGTTTGGTTTTGATTTGAACGTACCAAATTGGCCTTTAATCTTATGGTCTTA AACATGTTATGTGGGAAGTTGGAATCAAAGAGTTGCAAAAAAAAGAAGACATTTTTTCTT GATACGGATTAGAAAAGGAATGTAAGACAAACAAATTGAAATGAAGGGAGTAATTGTCAA CTGGAACTTCATCTAGATACCCTTGAGTCCACTCTCGTTCCCTTTTTCGTAGGAGACTGT CCTTTTGAACAGTTTTTTTTTCCTCCTATGATTAAGGTAAAGCACCAACTAATATAATCC GAAGTTCTGAATATTTAGAACAGTACCTCTTATTTTTTTGTACAAGGAGATGATAAAGGA AACTCCAAGTCTTCAAGCTGACTGAAGAAGATTGAACACTGCTCTCTTTTCAGGCATGCT TGGAATGGCTCCTTTCACTTGAACACATAGAGAAGCGGCTGCAGCTGTAAATGCACAAGC CTTTATTAGATAGGTAACTACAACAACAACATACCCAATATGATCCCACGAGTGAGGTCT GGGGAAGGTGACATGTACGCAGACCTCATCCTACCTTTGTGCGATAGAGAGGTTGTCTCT GATAGACCCTCAGCTCAAGAAAAAAGCTTAACGAAACATGTTTGAAGAAAAAATATAAGA CTAATGAAGCTGAAACCAAAATTGGGAGAAAGCACCAGCATGCTTACCAGCAAATCTCAA ACATTCCTCTTTAGATTTACCCTCCACTAGGGCCACTGCAAAAGCAGCTGTAAAAGTGTC ACCAGCTCCTGTTGTATCAATGACTTTTGCAGCTTTAATAATGGGTTGCCGCAAGGGTTC CTCTCCTTTGGTGAAAAGAGCAGATCCATTGGCCCCAAGCTTAACAAGGACCTGGTTAAC TCCCTGGGAAACAAAAGAGCGTGGAAACATCATTCCACAAAATCAAATTGATATAGTGAC AAATTTACAGATATCTATTGTAATTTGTGACACCCCAAACATTGAGCAAGAAATCAGGAA AAGTAGCTAAATCTAACTAGGAATGTCCTACTAGGTCGGTGGACCAAACCAGAGCCCCAC AAACAACACTGCATTAATCCATCATATTTATATGGAGAAGCAAAGCCATCACCAGACATT TATGACTCACCAAGCAAAAGTCTGTCAGGACCACTACATTTTGCAAAATCAATAGGGCAG GTAACTATAACAAATCAAAAGGGACTTTTAGACTCAGAACCCGAAAATGTAACTCAGATA GTTATTTTGGGTCACGGATACAGTCTAAATCAAGTGAAATGCTGCAAGCATATGTCCTGA ATTTAGGATGCAAACTTTAGAAAAAATGAATAAACAGGTACGTGAAAAACAGACCATGTC ATAGCACTGTTCCACTGCATTGCTGATTTGTTCGAAATTTCCAGTTGGCATTTTTGTTAT TCTAGCCAGCTCAGTTTCATTCGGGCTGAAAATCTCAACACAACGAAGAAGTTCTAGAGG GATTGGAGAGTCTGCTCCACCAGCATCTAGAATAACTGGAACACCTGCATTCCTGGCAGC CTGAAGATACCAAGATGTTTAAAGAAGCAATCAGCCAAAGACACTTGACATCTTCATGAC ACATGTGGGACACACACACTCATGAAAACACACACACAAATATACTTCCTTCATTTCAAT AAACGAAAATGATTGATTAGACATGAAGCTCAAGATAGTAATTGCCTTGTGTATTATTTT AGTAGTGGAAGAAATATTAAAACTGTTTTTGGAAAGTTAGTCTGATAGAGAAAATATCAC CACCACAGATTGAGATTCAAACAGCTAATGAGTTTGGATTCGTGTAGTATAAAGTAAGTA ATACATCAATGGAATGGTATTTTGGAATGTCAAAAAATGAAAAGAAAGTCAGAAAAATCA ATGAAAGTAAGTTCTCTCCAATTTTATGTAAAATAAGGCATTTTCCTTCTCAGAGCGCGA AACTCACAATTACGACTGGGTAAGCTGATCTGACAGTGACCTTAATCATCCAAGTATACA TTAGAAAAGATATCCAAGGCGAATTTTAATTTACCACAAGAAAAAGGAGGGTGGGGAAAA TACATTATTATGATCTACCTTCTTTTTTTTTGCATCGCCATCTCCTTTTACGCTTAGTAT ACTAGCGGAAGACATCTCAGGATCCCCTAATAGTACACTAGTGACTCACTCGAGTACCTC TTAGAAGCATATTTTTGTATAGGGTCCATGTCTCTGCTTCTTACAGTAACAACTCCCTAA TTGATCGCCCCTTAATCACTACTACTGTAAGTAACTACTGCAATGATGCTGGACCAAGCC AGCACGATGCTCTTTGTACTGCTTCACACTTTACTTAATAACTTAATATAATCTAATACC TTTCTTTACTTACGTATGATAACAGTTCCTCAAAAGGAGAAACCTAAGTCCTTAGTTTCA GCAAAAACATAAAAACAAGATAGCTTAAAAGAAATACTGGAACAATGAGAAAATATAAAT ATTGTTAAGATATGACATGTGTGCCTAACTCAACCCCAAAAGCAAGCTCTTGAGGGAGTA CTGCCCAGGTCCATATAAGCAAACCATCCGTCCGTTCACCAACCAATGTGGGGTTGTAAC ACATTCTAACACCCCATTCACATCCAGGCCAGGTTGAAACGTGGACCGGGTTTCCCAATT TTGGTATCGGTCTTTACACTGGGCCTAACTTGATACCATGTAAAGCTATAGCACCCGACT GGCATTGTCAAACTACGTATTAGCAAACCATCATTCCATTCCCCAACCAATGAGGACTAC CAACCCTAACATATTCGATTCTAAGTTAAACAAATCCACACACAAATTGAATTTCGCTTA GACGAATATAGCTATCGAAAAATCAAAAATATAACCAAAAAGCTCAAACCTTTGCAACTT GGATGTTAACAAAATCTGGAATTTCCCTTTGGAGCAACACAATCCCTGCACTTCTCACAA TCTCCAAATCCTCATATGACAATTCTTCAGGCCAGCAAGACATGTTTGCACCACCAACAA TAATAATTGAATTCTCCCCATCAGACTGAAGCATCACCACAGCATTTCCAGTTGGAGCAT TAGCAACAGTAGTAAGGTGATCCACACAAACCCCACCACTCTCTAAAGCTTCAGTAATCA ATCTCCCATGAGCATCTTCACCAACTTGACCAATAAAAAAAGTTGGATAATCAAGCTTTC CACCACAAACAGCTTGATTAGCCCCCTTTCCACCAGCCAATGTTTGACCTGTTTTAGCTG AAATTGTTTCCCCTTCTTTTGGTAACCTATCAATCTCCACATAGATATCTGCATTAGCTG ATCCAACTACAACCAATGGAGGCTTTGATTCTTTCAAGATTGGCTGATTTTGGTTCTCTG AAGCAAAACAAGAGATGGGTTTCACTTTTCTTGATATGGGGTTGTTGTTTTTGCCATTAA ATTGAACTGGGTGACTGTAAAGATTGAAACTTTCTGGGTTTTTGAGGTTGTTTTGGGCTG TTGGGTGCCAGTATTTTGATTGTAAAGGTGTTGCTAGACCTTTCATGTTTTCTACAGTAT CCCTCTTTTCTTCTTCAAAATTTTGCTTTGGCGTTTGAGTCATTGATAAAGACGCCACAT GTAACAACACAATATTTTATTGTAACATGTAACCTATTTTAAGGACACAACTTAAGACTT ATCCAATTTATTATATAGTCAATTTGCTTACTATTTGGATAAAATTTATGGAAAACTACT TAATTATTATAAATGTTTTTATTATGTTTATTAATTTTTCCTACCATTTGAAATAATTAG ATAATACCTCACTAATTAATAATTTTATATCAAATTTGAAATTAGATACGCTCAAATATA TGACTTTTTGCTATCAGATATAACTCAGAAACACAATACATAAGGAAAGAGGCAATTGAG AGAGGAGACGTGAGAGATGTGAGCGAGATAGGAAGGAGACTAAATAGAGACAATGTATCT CAAATTCATGTGAATCACAGTAGATACATCTATTCTGAATACAAGATACAATCAATGACA TTTTGAAATATAAATACATGGGGAGAGAGGCGAGAGAGTCAGTATATCCCAAATAAATGT GAATCACATTGGGAATACAATGTATCTGAAATAAATTTTACTCCATCCGTGCCATTTTAT ATGAGGTAGTTTGACTTGACACGGAATTTAAGAAAAAGAGGAAGACTTTTAAAATTTGTA GTCCAAAATGAATAATAAAATTTTTGTGGCTGTAAATCATTTCATTAAGGGTAAAATGAG CATTTTTATAGCCAAATAATTATTTATTATAGAAATGTGTTATTCTTTTTTGAACTGATT AAAAAGGAAAGCAAATCACATAAATAGGAACAGAGAGTGTAATAAATTTTGACCTCCATA TATCTAAGGTACATGTTATTAATACGCGCAAGATACATGTATCTTACGTCGAAATCTAAC ACAATTGGTAATATTAGATCCTAAATTAACGAAATTTATGTTATTTTCCGTTAATTCCAA CTTATAGCTAATATGTATTACTAATAAGGACAATAAAGTATCTAACATTTGCTTAAAACA AAATAACTTTAATTGCAAAAACAATAATTAAAGAGTGGCTACCGCTTAAACACCACCGTA CAAAATGGCTATAACATATAAACCTTTACCGTCAGAGGACTTGAGGCCCAATTAAGTACT AAAGCTTGTGGCCCAAGCCCAGTATTTTTAGCAAGGCAAAGCCCATTAAAGAAATTTTCA GTTAACGTGGTTATCTATAAGCCTCAATTAAGGCCAACTGAAAGAACATCACTACTCAAA ATCAGGCATATTCAGCTACACTCGACTTCACGATCAAAAGCTGGTCATAACCAGTAAGAT TTTAGATAAATATAACGTTTTGTAAATAAGTAAATTCTCTTTATAACGTATGAATTTTTA AAGTTATACTTTTAAAGTATCTTTCACTCAATTGATTAAAAAATAAGATATTTATTTTTG ATAGTCATTTTTCCATGATTATCATTATAAAAAACATAAAACTATCTCGAAGTAGTTAGG AAGAACACGGAGAAACAAAAACTACCTAAATGAAAAACTCGGTTAAGACATAATACATAA ACATGACCCTAACTTGGATTCAACGGATAACTCTGCCCTCCAACTCTGAGTTTATACAAG CAGACACTTAAAATTGTATAAAATTGAACAAGTAGGCACACGTGTCCTATATGACATATT ACACGTAAAATGTCATGTTGGACACACAATTGCCACGTAGAGTGCCAGGTAAGACGAGCG CTTTTATTTGCTTAATTTTATACAAGTTTAAGTGTTCTTTTGTGCACACTCAAAGCTAAA AGCCATAGTTGTTAGCTGACGTTAAGTTAAAATCATTTTATGTATTATGCTTAAAATAAA TACATGTTTATAATTTGTAATTTAAATACATAGTAGATCATACAAATTTGAACGGTTTAA GATGATGAAACCACCATCTTTTCCATGTACTTGCGAAGCATGGGAATTTTCCTCTACGAA TACTAGAAAATGCCAGCATTTTCGTATTCAAGAATCAGTTTTAAGCATATATCCATGGCT TCTCGAACCATACAAATCTCCTCTTTCAGCTCAGGATTGAACTTTTTATCGAAACCCCAA TTGGGATTAAACGGCAAGCCAACTTTTGGAGGATTCAAAAGCAAAATTTCAGTCTCAATT CGTGCAATGGGCTCCTCAGCTTCTTCTTCCAAATCCGATAGTGTTCAAGGTCACCTTTTT CTCTCTTCTAGTATAATTTGTATGAATAGAGAATCACTTTTCCGTTTTTGTTTGAATGCT CCAATTTATTGCGTTTCAGACTCTGCTTGTCAGATTATACCGAATATGATGTTGTTGTGT TGTTAGTTTACAGGTTTTGGATTATAGAAACACATAACTCAGATATGTTACTTATATACA TATTAAGTGGGTTTTTTTCAATATAATTACGGGTTTGAGCTAAAGCTATTGGGTTCTGTC AATGGTAGCTCAGCTTACATTGTAGTGAAAATTGGAATATGAAAGAAATTTAAAGGTTCA GTCTTTAGTTTTTACGTTCTGAGCTTGTTGTTTCTCTTATGAAATTTGTACAAAGTTGTT ATGGAGATTGATAGAATTACGTGTATTCATGCTAGTGGGAAGTAGCAGCCACTGTTGTAG AATAATCAAGAACCATTATAAAAGAATTTTGGGTTATGTGCCTCTTGCGCAATCAATCAC TTTGTGAGCTAGCTTTGGGGTTGAATTATGCCCAAAGGTCTGTATTCGTATCAGTGTGAC AATGTACAAGTTGATTTTACAAAGATGTAAGAATAAGAAACTGCTGAGGCTGATTGTGTT TTTGAGCAATAGTCTCAAAATGGTTTGACATAAAAATAAGCTTTGGAAAGCATATTTGTC TATTCATCTTATGGGATGTTGCTGAAATAGTTAAAGCAGGGACCATACATAAAAAATGAA CATCATTGTGCAGGGGGCAGTAAAATGGATTATAGCTCTATAAGCGACGAGGAGTGGAAG AAGAAGCTTACAAATGAACAATTTTATATTACACGGCAAAAGGGTACAGAACGGGCATTC ACTGGGTATGATCTTTTTCCATTCATCTTTATTTTTTATGCTGGAGACTGGAGAGGATCT TTTGTCTTTTGATTGTCAGTAAATTCATTAATAATTGGATGCTCTCTCGAGGAACCATTA GTATTCAAATATTGGTGAGTAGTCTGATGCTTACTGTTGTATTGCTGATTGATCAAATGT TAGCATATACATTTGAGGAGGACACGGCTGGTTAATTTAAGAGTTGGATTTTAGAAGGAA AAGTTAGATTACTTGGGGTATGTAGATTGCAGCAAATTTTTTGAGGGTTCCATTTATAAA CTCAATGATTTAGGGGAAACAGTAGACTTCTATACACCAAAACGCAAAAAGAAGGAGAAG TATTTAGAGGGAATGTGTATATTTGGTCCTCATCAGAATACGATATTTAAAGTTTCTACA ACAATCTTGGCCGTCCAGTTTCAGCTACCTGTGGCAACCATCACAATGCCTCTTAGATCT TTTACAAATGCACCCTACTTTAACCTTCAGATTTCCTATTGTCTTGTAATAATCTGTGTC AAATGCTGGACCACTAAACATACTGCTTGTTATTTTACATGTGTCAGAGAGAGGAAGACA CGGGGAGGTTGTCAGCAACTCAGCATATTGGGTACTGGGTTCTGTATTTCTTTGATCCTA CTTAAAAGCAAGAACTAGGAACTAGATGATCTTTTAGGGGTTGTTGGGTAAAGTGTATAA GAATAATCTAAATAGAGTGTATTAGTAATGCTTGCATTAATGCTAGATGATAATAGTCTA TGCTAAATTTGAGAATCTTCCCCAAAACCGATTCAGCTCTAAATTCAGAATTTATCTCTA AATGCCCAAGGATCATTAACACAGACATGATGTGGTATACTGGTACGTCTCCAGACGTTA TGCGTGCAAACAAGTTTCTAACTTTTATCAAATTGTAGACGATATTAATTATGGATATCC CATGATTGCATTGCTTATATATGTAGTAGTCTAGTAGATGTAGTTTCATTGATTGCTTAG TACCCTCCCATTGGGATGGTAAATATGGTGCTATAAATTTTTCGCTGCTGCCTGTTTTAC CGATCTCTTCATTGTTCTTGTTTCCAGGGAGTACTGGAACAGTAAGACCCCTGGAACATA TCACTGCATTTGCTGCGATACTCCTTTATTTGAGTATGTATTCTCCTTATATTTGATTAT TACTCAACCTTTCTTAATACTTTTGACATGTGAAACCTGAAATTCGATATTGCTTGTTGC AGATCTTCTACCAAATTTGATAGTGGAACCGGATGGCCATCGTACTACCAGCCCATAGAC AACAATGTGAAGTCAAAGATGGACTTGTCTATCATTTTCATGCCTCGTCAAGAAGTTCTA TGTGCAGCTTGCGATGCTCATCTTGGGCATGTATTTGATGATGGCCCTCCGCCTACTGGA AAGCGTTACTGCATCAATAGGTACATTACTTTACTTCCTTTACTACAGTCTATGCTCATT CTCAGTTGCTCCATTTATATGAGATTGAAACCTAGCTTATACGTGCAGCGCTTCCCTGAA ATTGAAGGCAAAGTAGAGCTGTGCTGTGTAGAATACCAAAGGTTATTGATTCCTCAAGAA ATGCAAGATATCAAGCTGCAGAATTATTCATATGCACGAATAATGTTGCTTCTAAAGTTT CAATCGAACTTTGAGAGAGTTTCTTCTCTGTGATGTTGTTAAAGTTCATATGTTCACATA TACATAATATATAAGTTGGTCAAATGTACTCATTTTTAGCCTACTATACGTAGATATTTT ACCTGTTTATACTCTGCGTACAGTCTATCCTCCTCATATCTCATTATCTTGTGATTGTAC ACTAAGTTTCGATGCTGCAACAATATACACCAAGTCAAATATGATTCATAACTATATGAT TATATATATACCAATAAATTTTTTAGCTTTATTGTAAATTATTTGTGAATTTTTTATTAT GAAATGCTTTTCGATTTTCAAGTTTCAAAACACTTTGTCCGCAAAAAGCTTAACATCCTC AAAATGTAAATAATATTTTACTATATCACCTCTAATTATTTTTATCATGTTACTACTCAC TAAGGAATGAATATAAATGATAAATTATCTACTAGCTTTCTAAATAAAACAAGTAAATAT AACCGTCTATTTTTTTTATAGTATTGTTAACAAGTAAAAATGAATAGATACTTAGAAAAA AATTTATGAAATAAAATTGAAAAAAAGGAAGATTTTGGCGTCCACTTCAACTTTGAAAAA AAATAATCCTCTTTAAAATTGTACGTGTCACATTTTTATTTGTCAATATTCAAACATACA CAAGTCCGAGTTACACAGGATTGTAGCCAAATACTTCAATTTGGGGGGAACTGTAAAGAC TAGAACCTGAACTGCCGATGACACTACCAAACCGTTAATTAACAGCCGTCAAGAAAAACC GACGCAGCCATTGTCGCCGTTGAGTCCCAAAGATTAAAGATCGTTTTTTTCTACGATTCT GTGCTTGTGGGTTTTTTTTTTTCCTGAAAAAGGGGTTCTATGGGTGTTAAAGATTACAGC TTTTTGAGAGATCTTCAAGTGGAATTCAAAAATTATGAAGTAACAAACAAGTTCTCTTTG TGTTTCTGGTTATACTTGAATGAACCCTCAACTTTACCCTCTACAATCCTTTACCAGGTT TTCCTTTTCTTTTTTTTTCTCACTGAAAAAATGCTGTTTTTACAGTTCTTTTTGAGTAGT TATGTGTATTTGCTGCTTCATTTTGTCTAACTAGTTAGTGTATGACTGTTGGAATGAGAT GGGGTTTTTGGTATTCCTTTGGTTTAACATTCTTATGGTGGTGACATTCTTTTTGCTGAT TTAGGTTACACTGCTGTAGAAAGAATTTTAGAATGCTTTGTCATGCTTTCTTTACCTCTT TGATATGCTTTTCCTTGAGCTGGGGTCTATGATAAACAGCCTCTCTACCTTCCGAGGTAG GGGTAAGGTGTGCGTACACTCTATCGTCTACAGACCTCACTTGTGGGATGGGATTGGATT GGATTGGATATGCTGTTGTTGTTGATGTCTTGTGGAAACATATTTACTTTTTAGATCGTC CATGGTTTAGGCATTGGCGATTTGCAAATTGTTTCTTCAGGCTAGTGTGAATTGTTCATG TTCTTTTGTTTTTGCTTTTATGGATATGTTTTTCTTTATTGTGCAGATACCCTCCTAAGT TCAGTTTGTTTGGTAGTTTGCAACTTAACAAAGTCTTTTTTTTTTTTGTGTGTGTCTTCT GGATTACCTTACTGTTTTTATTTAAGCCTATATTCTATTCATTATTACTTTGTGTGCCTG CTTTAGCTCTTGATGTTTGGTAATTGAATCTGTGACCACATATAGCTATCTGCAAATCAT GCTTTTCTACTAAAGAACAGATTTTTTGAGAGTTGCAACTACTCACGATGAAGACATAAA CCTAGCCATACCTCGTATGGTCAAGGAAAAGGCTTTTGAATCTTTATGATCACTACATTG AATATGTTGTGCAAGATATAATTGTGTCCTTTGCGCCATTTTCCTTTGATATGGTTGATG ATGTTTGTTAATTATGCAGGAGCATCCAGATGTCACATCCCATGCTCCTTTCCTGTTACT TGATGACAGGAAGAAAATTTTACTTTTCCCTTCACTAATTTCAAGCCATTCAAATATTAC TTCCTGGAGAGAAGTTGCACATGCAATTTCTGAAAGTGAATTTCCTACCAAGAAATGGGT TCATGTTGGATGTGAGGTAAATAACTTGAACTCGCCCTAGTTCCTGTAATTACATTCGTA GCACTTGATGTGTGTTTTGCAATTTATACACTCTTAACCTTGTTGTGTTACTACTTTCTT ACTCCACCATGCCCATTGTTACCTTCTACAGTTGTTTTTTTGCTCATTGTCACTATATTA GATATATTGATTTTGTCGTTAAGTTTTCTCTGGAAAAGCAAATTTTAACACAAGAATACG GAAACTAAAAGACTGGCCTACACCTAGTTGCTTTTCACTTTGTCAAGTGAAGTTTTTCTG CCCCAAAAGTTAGCAAAGCCGGATTAATGTGAAGCTCATTATCCAATAGCTCCATGACTC ATCTGCTTCACTGGTTTCCGTCCAACATACTAGACTAGTGACATCAGTATGCTTGTTCTG ACAGCACAAACTAGGCCAGAATTAGTATAATTACTGGTGTGACATAATGTTTAAGAAAAA ATTGAATGTAATTCACAAACGAGATCTTATAAGAAGTTCCTTGATATGGAACAAAGGTAA TACACTAATTGAATCATCATGTAAATCTATCACCAGTCCAAAGATCTCATAAGGTTGTTA TCTGCTCTTCTCTGACAGCCAGATTCTTGGTGACTGTCTTGTTTCATGGCTGTTTAAGCA ACACTTATTAGTGGAGTATTTCAGGTCACACAAGATCTTTTGCACCTCTACTTTGATGGG AAGATTGTAGGTGAGAAGTGTTTGACTTCCTCACTTAGTAATGATATGGGATCAGACAAT TCTAGAATATCTTTGACTTGCATTACTGGAAAGAATTCTCAGCTGGATGGTTATGTCCAC AGTTCAGAGCTCTTTCCTATGCTATCAACTATAGAAAATCACTATGTTAAGGTAAGCAGA ATTGTCATTTATTTTTGTGAAGATTGTCTCTACTCATGTATTTACTAGTTTCTGCTATGT GCATCTATCAGGACCCTCCAGTACAACTATCTATTGATAGTTCAAGCGCCTATGAAATTG AAGAAGACAGTGATGGTGTTTGGAGCATTGTTGGTGGAAAGGTAAAAAATATATACTGCT TCGAAATATATAGGGAGAAATATCCAGGGGCTCTGGAAACAGATCAAATCTTGACAAATT ACTTGGACACAAATCAGTATACTAAGAAACATTATAAAAAATTGATCCCTGCTTCCCTGT ACGAACTTCTAGCTCTGTATTGTGAATAATCTTCCCAAGATCGAGTACTGTTACTTTAGA ATGTGTTGAACATCTGTGTTACTCCTCAATTTTTTCATGCATCTTCTATTTAAAGTTGAT TTTTAAGTGATGAGGTCAAATCTAGGCGGTGAAAGCTAGCTACATTATATCAAATCCACA TGACTCGAAGTCTTTGATAGACATCCTAATGTCATTGGCAACAGTTGAATATTCAAGATC AACAATGGTTTACTTTGATATTTTACTAGCAATAAAAGCATACTTCAGAATTTCTTGTAA CACTAATTCTTCTTGTTTCTCCTCATTTGTTCTGCAAAAGGTGAAATGTGTGGGTTTTGC GAGGTTTCTGCAAATATTTTCTGTAGATTTGCTTATTGTCCATACAGCAAAGTCCTTCAG AAATGACAGCAGAGTAGGTTGAACTATGGAAAAAATTGCAAAATTTCCGCATTTCTTTTG TGGAACACGAGGCAGAGAACGAGGGAGAGAACCAGCAGAACTTGCATTGCGAAACTGCTA ATCTTAAATGTTAAAATCTTCAAGGGTTGTCCATGAAGATCTGACATCTCTTTAGAACTT GGAGAATTGTGGGACCTGTATTGCTATGCAATATGTCATATAACTTTGCATTATATTGAG AGCGACTTTGTAATTTTATGAGCTGTTGCACAGTGACATGTACAATTGTTGGTAGAGCTC ATTATCTGCTCATCGTTTTTCCTAATGTTTTTTCATTTTTATTTCACGAGGGACTATTTG ACTAGGCAGAAAAATAGTTATCCTCGAAATGCACATTTATGCCTATTTGATTAGGCAGTT CTTCTTATATGAGGTAATAATGCAGAATTTATTAAAGTGAGACTGATCCAAGCACACTAT CCTTCAAAGGTAATTAGTGTGCTGGTTAAGTAGGGTGAGAAAGCACAGAGAGAGAGAGAG AGAATATTCTGAGATGAACATGGTGAAAAGCTGTTGTAAAATTGATGCTCTCATAAAGAT TAAAATAGAAAGAGGGAGTTTCCTGAAGCATTTATGTCTTTATGTTATCTGATACGAGTT CTTTTACTCCTCTAACTATTTGTTTAAAGCAGGCCTCCTGTCGGAGAAACTTTGATATAG ATGTGACACTGATGGATAACTTTAGCCGCCCCATGACTGAAGAAGCGGAGGTTTGTCATT TATTTGTCTATATAAAAAATTAAGTGAAGTCTGTAAGTTGCTGCAACTGTTCTTATTGAT ATATGTTATGCTTCCAAAGGTTGTTGCTTCGCTTGTGTACTCTGATGATAATACACTGGT TGAGAAGCCAGTTGATGCTGATGCAGCCCTTCTTACAAGTTATGATGGAATTGAATATGC TTCTTCTGATAGACCAAGCAAAGTAATTAGTGGACGTGCTTCCTTTAAGCTCAAGATATC TCAGGTACTGGATAGTTGTATCTCTTCTTTTAGTACCTGTAAGACAAAGTGGACAGAAGT GTTTGTTGATTGCAATCTTGAACTAGAGAATACTTGCTTTGGAGAAGGTATATTTATTAA CACAATCTCTACTTGCGAAAAAGGTATGTGTAACAAGGCAAATACTGTCAGTGCTTGTTC CTTTTACCATCGAGTTATTTTACATGATCATAGATGTTGCAAATTTAACATTGAATTCTG CCAATCTGTGTCACCACAGTTAGAATGATAATATTTACTGGATGAGCACCTCAATATGGA TATATTATGCCTCATAAAAATCATCCTAGTTTATAATCTGTGAACTTGACTACTTGTGGA GCGTTTTGTGTAGCTGGTCAAACGCAAAGACCATTACAACATTAAGTAGAGTGCATTGTT GTAGTTCACTTATACCTGTAAATTGACGAGAGTTATGCTTGGAGATGAATAAACATACTA ATGCTATCTGATTACTTAGATAATGCTTCTTTCTATTAAATCCATTTAGAAAAGTGACCT TCTGTCTCAATTGCAGCTTTCATCCAAGTGCGATAACAGGCTGTTCCGCATTAGGTTTGA CATTCCAAGACTGGGTAAATATCCTTTCCTTGAGGTATTTTCCAGACCAATACGGTGTAT TTCTCGGAATCGCAGCACGCGGGCGACCTCTCTAATGTTGAAGAAATCATCTTTGGGGAT CCATTTGCTAAATGGATCTCAATCTCCTGTGTTGGACGATGGATCTTATGATCGTCCCTG TATTGTACGTGAAGCAAAACAAAGTCCATCATCAAAACGGGTCAAATTAGGACAAGAGAA ACTATGTGCAAATTTTAAGGATGATTTTGTGCTGAAGCAAGCTAACGGTGGTTCAAGATC TCATTCCTGGACCTCTGAGGTATTTTTAACATCTGCCTTGTCATATTATTTTATAGCAGG TCGTGATAGATATGGTAGTGACACTATTGCTTAGATCACGTAACAAAGAGTATATGTTTA TGAATGCTGCACCTTGTATAACTAACTTTTTTAAAAAAATTCAAATTTCCAGCTTTATTG ATATAAAAAGGGAAAAACAATTACATCACTCATTTGGGCCTAGTGCCCAAATCCAAGTTC AAACAAAACGATAAGTAAAATAGGGCCATATAACTACCTTACTTGTTAAGTGGGTGAATA AGGTTGAATGTATAAGTCATTGCTGGTTTTGAAAATGAAGTTTCTTCTTGTCATCAAATT TTTGTCCTCTGCATTATTAAAAGCCATCGTCTCTTAAGTGATGAAGCGATGCAAAGCAGG GGTTAATTGGTTCTTAGGTGAGGTCATGCTCTTCAGAGAACTGTGCCCTTCAAACCATGA TGCACAAAGTGATCCAAATGAGAAATGTTCGGTTTTTGAATCTTAACTGTGAGGAATTAG ATTAACATTGCCAATTTGTCATTATTGTATATTGGATGTTATCCTTAGTTTCTAACTGTA ATTTGGTTATTACAGTGTCAAATTCATATATGTATGGTGTTTAATATTTTCCGTAAACCG TGCAATTCACTCATTTACCTGGTTGCTTTTTCAGGCTTTCACTTCTAGAAACACTGCTAC TTCTGTTTACTTCTCTTAATACCACTCAGTCTTCTCGGGAGTGTTTTCTAAAACTTCTTA TTTGGCAATAAGTTTTTCCTATTATGCATGTCATCACTCAAGGGACTGTGATCTCGAATA ATGTTTTTACTACCTGCATTTCTCTTTAATATTTATTGGTGGTGCGCGATCATCATCATG ATTATTCTTCTTTTCATTGTATCCTATACCCTTTTTTAATCCTTAAAATCTTTTCTTGTT GACAACTTCTTATACCCGACCTTGTTGTTATCATCACTCTCACTAAACATGCATTGAAAA TAGGATAACCATGCACATCAGAACTCTTTGGTGGCAAGACCAGTGAGCCATGGTGGGGCA GAAAATTTCTCCTCTGATTCAGAGAACAGTGAAACTACGAACTCGCCCGTTGATGACTTG CCAAATAACAGAGATCCGATTTCGGATATGGTTGTTTTTAAATACTGTCTCGCTGATCTC AACGAGAGGCGTCTTCTTCTCAAGGAAATGGCAATGACTGCTAAAGAAGAAGAACTTGCA ACCTTTGCCGAGAGAGTCTCTTTATTCTCTGGATGTTCACACCACAGGTATATTTTTTTA TATTGTTGCATTTTGAGGTGTCTTTGAATGGTTATATTAACAGCATCTAGTTCTTAGGGC CACGTTTGGCATTTATTCCCTTCTTTCAGAGTTACGCTGTTATTTCATTAAAGTTCTGAA AGAACGAAATATGTATAGAGCATATGCATGTGCAAGCAAAAAAACTTTTGCGATTTATCT CATGGCAGAAAATTAGAAGTTTTTTTTGTGTGTTATTGTTTATGTCATTTTCCTTTATAT TTGTCCCCTGTGGCCCTGACTCCTGAGCTTTTAAAATTGCATACTCTTTGGAAGAAAACA AGTAACATATGAAAACGTAAAAAAATAGGATATTTGGAAGGGTAATACCAAAATGATATT GACATCCAATAAGTAAAAGATCGTCATAAATGTGCTGCTTCTGAGAAAATTAAGTCGAGA GAAAAATGACTAGCACAAGGCGTAGCTGTTTTCCCAAGTTTTTTCCTCATTAGTTCATGT CTTCATGAGGTTTAGAATCATGTGTTCTTAAATGACTAATATATAAGTAAACGTTATTTC TGAAAAGCAAAAATATTATCTCTAACATCACAAATATGATCAACTATCAATTTAGGATGA AAGGATTGCTTATATCATGGTCGGGATAAAAACATGTGCACTTGCAATATGCTTCTAGGG AAAATTTGAACTATTGGAATTAATACATTGATTTTAAATTTATGGATCAGGGTTAAATTG ACACACAGTTCAATAGGATATAAACAAAATGTACATGTCTTGGTTTCAGTTTTCATTTTA TTGTTGTCATCACTATTTGGTGACCTTGTATGCTGTTGTCTGAATCACATTACCTTTTTA GGCATCAAATATCAATTTCAAAGAGGCTGATAGAAGAGGGAATTAACTGTTGGAACTTAA TATCCAACTATAACCACCATGTCCTCTGGGAGAATTTGGTGTCTGGGCTTCAAGAGCATT TCCTGAAGATGACATTTGGTCGTATCAGATCTCTAACTCATCAGGTTCTCTTTTTTCTCT TTAAACTGGTAGGAAGTCTGAAAGAATACTTCAAAAAGGGCTATTTAGAAGTTAGTGTGT TCTCTGAGGTTCCAAATCCACTTACTCACCAAATTCGGAACTATATTCCTTTTTTTAACT TGAAATGTCAATTGTGTTTGGGAAGGTTTGGTGGATTTTTTCTGCAGAAGACTAGATTAA GTAAAAGGGAAAGTGAAAGGGAAAGAGAAACATCCCTTTTTGCCGGAGGGATTAATTATC TGTCTTGGAGAATTTGTGAAATTCTCATTTTTCTATTTTGATGTCATTTTTCGTTGGGAT GTGATAATTTTGGGCAGCGTGAAGGGCCAATATTGCATATTAAGGGTATGGCCAATGCAT AGTGGGTGCAAACCATGGAGACCAGGATTCAAAATTCCAATAGAAACAAAAAATTCACTG AATCAGATTCTTCTTCTTCTGATGATGATGTATCGTAAAAAAAAAGCAAAAAAAAAAAAA ATAGAAACAAAAAAACACTAGGTTAGGTGGGGGCGTGGGGCAGAATCACCTTACTTGTGT TGGTGGGAGGTAGCAAGTATCCGGTGGAATAGTTGAGTTGTATGAAAGCTGGCCTTTTGA CAATTCCAAAACTGTTTTGACAATATTACAACTCTGAAAATTATTTGCTTCTCTTGCTGA TGAATTCGTCCAACTTGCAGGATTTCAACCTCCTGAGGAGAGTCTCTGGTTGTCAAGATC TAGTGTCTCAAGACAACTTTGAAAAGTTGTGGTGTTGGCTGTACCCAGTAGCTTTTACAT TGTCACAGCAATGTATTTCTTCATTGTGGGGTTCAACATCACCCGTGTGGATCGAAGGGT TCATTACCAAGGAAGAAGCAGAATCTTCACTTACAATTCTGGGAGCTCTTCAAGAACCAG GTACTTATATACTGCGATTTCCTACATCAAGGAGCTGGCCCCACCCTGACGCTGGTAACT TGGTCGTCACTTATGTTGGAAGTGACTACACCATTCACCACAGGCTTATATCCCTCGAGT CCATTTACAGGTAAATGTACTATTTCTTCTTGTTCTCTTTCTTAACCTTTCACCTATTTC CATTGCATTGTAAGATTTTCCCCGTGGAAGAAAGTTTGGGAACATGTGAGACATACAGAG TTGATCTCAGCATCACTAAGAGGGTCCTTTTTCTATTGTCCACTGTAGTTCTGGGGTCAA GGGAACGACGATAAGGCCAATTCAAGACATGCTGCTTGAACAGCCTGAGCTCAGGCGACT CGGAAGGCAAGATTTCTAACTCTTTTGATCATCCATTCATCCAGCTTACTCTTTAAGTAA TTGTTAGAAACCTTCAAACCGCAGGATTGTGAGAAGCTTGTAGGTCACTCAAGATTTATA CTTGTATAGCCATATCAGAGAAATGACAAGAAGGAAGTGTTCAAAGGAGAAAGAGAAACT AAGAGGGGGGGATGTTGTTTTATCCTTTGTATATATGAATGTCTGAGCAATTTGTGATCG TAAACATTGTAATAGATTTTTGTAAACTTGTGCTTGAATGGATATTGAAAATCGGAGCGC ATTCTATGAATTGCAACAACATATCGAGTGTAGTCGTAAAAATAACTTCAAATAGTGGCA TTGCTTTGTTCGTGTGAACAACCCTCAACTACAAAAATATTAAATTCAACTACCTACCTA ATTTAACAGTTAAACACACCCCAAAGTAAAAAAGATGTGCTTTTTTCTTTTCTTTTTTAA AAAAAGTTGCTTGTTTTTCACAAGATTCATGAGGCAGTTTAAAAAAGAGTATTAATAGCG TGTAAACAAACATTTTCAAATCTTTGTAATGTTGATAATATTCCCAACATCCACATAATT GTAAAACGACAGCTGCTGCCATATTAATGAGACAGCAAATAATATGTCAATTTTAAACAA TAATAAGAGTATTAAATAGTCTGATATGTAAGCGTAGAAGAGTTGATTATGCAAATGTTA AAAGGCCATCATTTAGTTTTTGTTTTTAATAGTTCTACAAATATAGCCCTATGTTTGTTC ATATATTGCTCAATGTTACAAGACCAAACATTAAAATCTCATCTAACTTACAAAATTTTA CACTATAGTTACATTTTCTCATAAGAACTTTACTCTTGATCGATGAAAATTTCACGCGAA GAAGGGTAGAGAGACGGATCTATTATTTTATTTATATTTTTTCTAAAAATATAGAGTAAC TTTCTCAAATAGTCACTATAATAAACTTAATTATGCTTTATAACTATAGTTTGCATATTT ATGAGCTGTAGCTATAATTTAATCTGACAGTCTTGTATAATTTGCGGGTACATTAGTACA ATTTAGTTATTTTTATATAAACTTGAAATAACAAATTTATAGAATTACAAACATCAAAAG TGCAAAATAGTTATACAAATTTCAAATTATACAAACTATATGATAGCTATATTAAGTAAT TAACTAGTATATATTTGCTTTTGCTCGCAGGTTAATTCATCTTCAAAGTGTAAAAGGTCA ACATTTTCAACAAAAGTTGGGTATGTATAAGTTTCAATATTACGTTTACGTATATTTTTT TATTTAATTATAAGTATGTTGGCAACCTAACTCATAGAGGGGACAACAAAAAAGCACATA TATGCATACATGAAAAATTGACAGGTCTTTGTGACTTTCCATGAATAGTAAAGTACTACT GTAGTATTTTTATTTTGTGAAACATGTATATCAATGATTGAAAATTTAAAAACAGCCTTA TCAGTAAGGGAAAAAAGGCAAAAATAAATAAATCATGTTCACATGAGACTTGTTCATACT GATAATGAGACAGGTGAGCTAACTTTGGACCCACTATTATATTAGATGCTCCTAAAATTT TATGTCTTTTAGTAACTTCATTGAATGATTTATGCATGATTTTTTCTTTGGTTTTTTTAA AAAAAATATTTGCTGGGGTACCTTCTTGATGTCTGCTTCAAGAAAATGAGCACTTTCTGC AATAAAGTTTCAAGGTGAAGTCTTATTCTAACTTCTTAAAAGCTTTGTGTGTGTTTGAAC TACTCTTCTTGATTCTAGTCGCTCTCCGTTTGATCATAGATTTTGAAGTTTAAAATTTGA GTTGTTGAAGTGGTGTTTGTGAAAAAAAAAATTTGAACATTTCACGGCCAAAAAAGATAT TTGAAAATGATTTTTCTAAAACTACTCTCAAAATCTATGGTCAAACGCTAAATAAATTTT GAAGTCGTGTGAACGATATTATTGTCTTTTTTCTGAAGGCCTAGATAGTTATTTTTTTTC TTAGAAGATGGTTCTTTTTTTGGACTAATGACTTGCTTGTTCATTACTGTGGACTGTTAT AGGAAGATATTGTTCTGTTGGGAATATCAGTAGCTTTGGTTGTTGAATCTCGTGTAAGTT AAGTTGTGGTTGTATTTTCTGCAAGTGGAATGTAGGATCTTTAGGTTGTGTGTTAAGATT GACCCTCGAGTGAAAAAACAGAAGGAAGATTGATTGTAGGGACGAAAATCAGCCTTAGTG ATATCCAAAAACGCCAAGTGAAAAGGCGTTGCTCAAAGTAAAAAAAAAAAAATTTAGTCC AGGAATAGTTAAAACCTGCAGGAAGTTTAAACAGCTCCTATTCACTAACAATCTGTTGTT CCTTTGTGTTTTTCTTCTGGTACACCTGATTAACAACATTTTATGTAATTCACAGTTAAA GCTGAGAGGCCAAAAGTCTAAAGTTATTGAGTATTCAGGTACCTGTTTTTTTTACTCTAT ATTTCTGCTCAAATGAACAGTGTGTTGGTTTCTAACTTGGTCTAACTACTTGCAGAACTA AATGGGAAATTCTAAAAATATTGCTCTCTATGTAACAATATGTGTGATTTCTTTTATCAT CTCGAAGATTATTATGACAATCGTCTGTTACCGTAGATGGAAGAGAAAGCAAATGGTTGT TCAAGACAGCTTATCTGGTATGATATGATGTTCAGTATTCAGAATTCGATAGGTTGGATC AAGAATATCTTATGTTTTTGTTATGTCCATATCCAGGTGGAAAACTAGTGATGTTTAAGT CACCGAAAATGAACACGTTGAAGTCCAACATGTTCTTGAAGAGGACCATGAAGCTGACTA ACAAAGATATTATAGGATCAGGAGGCTATGGAACAGTCTATAAACTGACAATTAACGAAT CAATTTCTTTCGCGGTAAAGAGGTTAAACAGAATAAGTGCAGAACAAGACAGAGGTTTTG AAAGAGAGTTGGAGGCAATGGGGGACATAAAGCATCGAAATATAGTGACACTTCATGGAT ACTACAGTACAACGCAGTATAATCTTCTGATATATGAGCTTATGACTAATGGAAGTTTAG ATGAAGCACTTCATGGTATATGTTTATGTCTGTTTCTTATTGTCTAAGTCTATGTTGCTC GAACTCTCAAAAATGTTCCGACCCTCCATAAATGCTGTACTTTTGGAGGACCTGACTTGC CTACAGAGGTACTTTTTGGAGTCCAAGCAACATAGCTCTAAGGATGGTCATTCTTTTAAG CTTATTTCAGCTTCTGCTGATGCTAGAATCAGAGATGCACAATAAAGACCTATCAAGTGT TTGATATACAGATGAACTTTAAGAATGGTAACATCATAATGCAGGAAAATCGGCTGCCAG GAAGGTTTTGGATTGGCCTACAAGATACAAAATAGCAGTAGGAGCAGCAAGAGGATTATC ATATCTACATCACGATTGCATCCCTCACATCATCCACAGAGATATAAAGTCAAGCAATAT CTTGTTGGGTCATAACATGGAGGCTCGAGTATCTGATTTTGGACTAGCCACTCTGATGGA GCCAGATAAGACGCACGTTTCAACTTTGGTAGCTGGAACTTTTGGATATTTGGCTCCTGG TATGTTTTTATTAGACCATCAGAAGACTCGAATCTGTGTTTGGAAAACTATCAATTACAT TATGGTCTTTTGCAGAATATTTTGACACCGGAAAAGCAACAGTCAAAGGAGATGTTTACA GCTTTGGAGTTGTCTTACTGGAACTTCTAACTGGGAAAAAGCCATCAGATGAAGCATTTT TGGAGGAAGGAACCAGACTTGTAACTTGGGTAAGCTTGTAGTTCACCTTTTTTCTTTTTT ATCCTAGCTGCTTTCGAGCTGTCATTAATTCGGTCAGTTGATACTGTTCTGCTTTACAGG TGAAGACAGTTGTTCAAGAGAAAAGAGAAGAGTATGTACTTGACAAAAACTTACAAGAGT TTCCCATAGATGAAGTTAACCATGTATTTAACATTGCATTAGTTTGCCTTGAGGCAGATC CATGTAATAGACCGACTATGGCTGAAGTCGTTATAATGCTTGAGCAAATAAAGATAAATG CTTTGGCATGAGATTCTTGGTGTTCTGTTCCAATGCTTTTTTCTCTCAAATAATATAACT TTATTTTTTTTATACTCATTTTGCATAATGCTTGCCCTTGGTCTGAATACATGGAAAGTA ACAAAACTTTGAGCAATTTGTTCCAATGGAGCTATGCTAACAAAACGGAAGACTAACTCA TTACGTACTTCACTTGAGCGTAGCTTCCAATCCTTTGGCAACTGATGCTTTAAGTGTAGG AGAAACTGGATCACCTCCAAGAAATACATCGAAGAGAGCTGATGCAACATTTGGTGACTC AATAGTTGCGTCAACCGAGGAAGGCATTCCATCAAAAGAGAGTGAAACCTTTAAGATTTC CATAAAAAAGAGCAACAAATTAGAACTAAGAAAGCTAAGAAGAAAACAAAAGCCACATTT GATGCCTGAAGTTGATATAATCTAGGCTTTAAGAGAATAATGTAAATAAACTGCATACTT ACAAGCATTTTATTTGGGTCAATCCAAGTCAAGAATATGGAAGTTTCTTTCTTAAGAGGT TTCCCTTGAAAGACACCGCGGAATGTAGAAAGAGCAGACTTATCATCGGCAGTAGGGGAT TTGATTCTCGGAGAGATGGCTTCATCTAAGGCATCCCAGAAAGTTTTACCATCAACATCT CTGACCAGCACAATAAGTAAAGATTTCTCCAAATCCGCTGCAATTCATAGAATCATTTTT AGCATCACTTAGATGATATGATCTCCTCCCCATCTCACCAGTCAAACAATTAAGCATTGC CGACTCACCTTCAAAGATCTTGTTGAACAAGGAAGGATCCTGTTGAATATCTGCAGCAGA ACGTCCTCGCCAGGCATCTAAGCTACTAAAGACGGAGTCATTGACATAGAGGCCTGCAGC ATAGACCTTGACACCAATAATTGCAAAAATCTTTTCCCTGTATCCTAAAATTTTGTTGGA AGAGCAGCAAAAATAAGCATAGAACATAACCATCTGAAAGAACTTGAGGCAGATAAACTA ATAATTGAAATTTGTTCTTAAATTATTGGGAAAGATTATTGATTGATTTGAAGCTAACCA GTTCCAAGCAATGACAAGGAAGTAGAGCAACCAGGTAAGCTCAATGATCTTTGAAATTTC ACCTTAGTAGCTGGTTCTTCTGTGTATTCTGCACTTCCAACTGAATCCACGAAAAATGCC AAGTCGTCAGCTCTCACAGACAAAAATAAAGATATGATCAAGTGTCTTCCTTATTTCATG AAGCCATAGTGTAGAAACATGAATCCACTTGCTTTATGTAAGAAGTGAGCACTAAGGATT AAAAATAGCAAGATCAAGTCAAAGAGTATTTTGCTAGTTGAATCCTGTCTTTCTGAACTG AAACATTAAACTATATGATGACGCAGTATTTACGTGTTAAATGTGGATTAAAAGACTATT TAAGCTACCTATTTGATGGTTTTTTGCCACTCCAGAATTCTGACTTTGTTTAATTCTACT CTCATAGCTTGAGGGTCCTTCCTAACATCTAATCAGAACGAATCTAAAGTCTTCAAATAA TTCAAGTAGGCGAAGAACTCTCAACAAACCAGCAATTCAACTGCATTTGTGCCAAGATCA AATCTTTCTTCCATACCATCTTTAATTTTATATCGGTAATCAACAATTTTCATTAGTAAA CCAGCAAAATGAGAATGCTGGAGGTCAGTTGCAACCAAAACAGATCGTCATTACAAAACA AAATTGTGTAGGCGAAGAATTCTAAATAAACCAGCAATTTGGCTACATTTGTGCCAAGAT CAAATCTTTTCTTCCATACTAACTTTTCTTTTTATTGGTTAGTAAACCAGATAAAAGAGA TGCTAAAGGCAGTTTCAACAAAAAAAGATGGCCATTACAATAGAAAAAAATGGTGAGAAC TCTAAAAACAAAAGGCAGCTCGGTGCACTAAGCTCCCGTTATGCACTGGTCCTGTGAAGG ACTCTAAACAGACCAGCATCTCAAATATATTTATGCCAAGATCAAATCTTTTCCTTACAT ACCATCTTTGATTCAGTGAACATTTCTTAGACTTGAATATAATAACTGCAAATTACGTCT CGTGGATCTAGGCCTAAGTCCATTTCATATCAGAGCAGGACCCAATTAAATTCTTATTTC ATGACAATGGAACCCCATATTAAATCGTTCACGGTCTAGATGTCCACCCAAGGGATGTCA AGAAGTTCCACGTCAGAGGTTAATGGAATGGGTGGTCTCTTTATATGACATGGTCAATCC TCTCCTCATGAGCTAGCTTTTGGTGTTGATTTAGGCCTAAAGTCGATTTAACAATAGATA CCATTATAAAGCTAAAACCTTTATTGACAGTAGATACTCCACACAGGGTTTTCTCACTAA ATTATGGCAAACATCAGATTTGTATAAACATTTAGTAAAAATTCAAGAAACCAAGAATAC CCACAATCTGAAATTTAGTAAGTATTCAGTTTAAAGGGTTTCCTTCCACTTTTGCACAAA AGATGTAAAATTCAGCTTAAAATCTACTAATAGTAAGTTAGACATAAAGACTTAAACTTG TTACAAGAATCAGTTGAATTATTACCAGAAGAGGAGGCAGCAGCTTTGATTGTGAGATTT TGTTCGTATTGGCCATTTCTCTCAAATGTAGATAAGGGATAAATACCATTTCTTGAAAGT TTAAGAGGATAACAAATTCTGGGTATGGAGTTAAAAGCAGTGATCTTTGTGGGTGTGGAT GTTGAAATCCATACTGAAATGGCTCCAGCTGCTGCCATTTCTTGAAAAAAAATGTATTTT TTTGTATAGTACTAATTGTTATTTGTGTTTATGCAGAATATTTTGTTTATACAAATTGCT CCAAATTAATGGCCCACAAACAATAAATCTAGCTTATTGAATTATTTGTTCAATCTGAAC TCAATCACTTAAGAACACAGTATTGACCTAAACAGCCTTAATCAATGGAGTTAATCAGTT TCTTTGAAAAATCCAATCAAGCTGATTCATGATAAGGAGTTTTTTTTTTTTAACCTTTCC TCATAAATACTAATCCTTTCGTTTCGATTTACATGGTATGACAATAATTTTTAAAAAGTT GTATTTTTAAATTTGTTGCGTAAAATAAATTTTAATATTTGTGTGTGGACTATGAGTAAT ATGCTTTATGAAACAGAAAAAGGAGAATAAAAAGAATTACAAATTAGGCATGTATTGTGA TTTGTGATATAAAATTAAGTTTATCATTTTTGTGTATTAGATATGGAATAAGTCATTTTT CAGAAAAATGTACCCATATATCCAAGAACAAATATATGGAGTGTGGAAAAACAACATCTA CATTAGTAAATATTATTTTCTTTTATTACTATTAAAGATTAGTGTTTTAAAAGTCGTTTT TGAAGACGTGTGGAATGTACCAAAAAAACATTCTAATACACAAATAAAAGGCATAGGTTC ATAGGAAATATATTTTAGAAATTGAGACGCAAATTTCGAATATAAAAAAGTATAGAAAGG ATACGATCAAAGCAATTTATCTTTTTTACTTGCTTTATTTTCCTTTTTAACTTTTAAGTC CTTGATTTTAACTCACTTGGTGCATATACCATTACTACTTTAAAAAGGTGGAAAATTTAT TCATGGATTTAAGATTTAAATTCTAAATTTTTTATAAATTCAAAATGTTATTAAACTCAT GACCATTTGAGTTTTTAGATTTGAAATGTAATAATATATATACTATTAGCAGATCTTTTT TTTAGCACAAATACATAATTTGAGCTAAAGAATATTTCGATCGAATCTACCCATTTTACT TGGTAAATTATTTGATATAATTTATAAGCAAAGGGTTAAACAAGTTGTTCTATAATTTAT AAATATTCATACTTAACTTTAATTAAAAGATGCAGAGAATAAGGGCCCGTTTGGATGGGC TTAATAAAAGCAGCTTTAAAAAAGTACTTTTAAAAGTGCTGAAACTTATTTTTAAAATAA GCAGTTATGCGTTTGGATAAAAGTGTTGAAGTTGTTATGTCAAACGTGAAAAGGAAAAAA TGGAAGAAAGAAATGTTAGGGTTATATGGATAATTTGGAGATTGTACAAAAATAGTAAGC ACAAAAAGATAAAAATGTGGTCAACTTAAAACAGCTTATAAGCTAAAAAAAAAAGCACCC CTACCCCAGCTTTTAACTTTTGGCTTAAAATAAGTTTTTTTTAGCTTAAAATAAGCTGTT TTGAGTATTGTCAAACAGCTAAATAAGTCAAAAACCAGCTTTTAAGTCAGTTTGACCAGC TTTTAAGCTGAGCCAAACAGGCTCTAAAGCTATTGACAACTGAATTTACGTAGATCTCAA AATTTTTCATGAACACTTTAAGAGAAATTTAAAAAAATAAAAAGAAGAGGATTTCAATCA CGAAAAGATGTAAAAGATTAATATAATCGATGAAATGATTGAAGATACTAATAGCATGCG GAGTTCAAAAATTATATAACAATATTACACCTTAAATTTTTAATTTTTGCTATTTTATAA ACGGAAATCAACAACATATATATCACGTACATGAAATATAATTAGAGTATAATTTTTTGA CAAAAAAAAAACTTAAATATGATAAAAATTCAATTAAACCCCTTTTCCCCCACTAGCTTC GTCCTAGCACCTTATGTACTCCATAAAAATGTTTGCTTTGCTTGTGAAAAACAAAATTTA CCAAAGTGCATATAGAAAAATATTGTAGAAGTAGTTAAATGACATGAGTCAAGACCAAGG CTGTGACTGTTAATATTGTGAAATTAGGTGTTAGGTCTAACTCACACCTCAAAAGCTAGC TCAAAGGGAGGAGGATTGCCCATGCCTTATAAAGAGTCCACTCATCTCATTAATCACCGA TGTGGGACTTTTGTCATTCTTTAACACCCCACCTCACGCCCAGTGCAACATCGGGTAAGA CCTAACTCACGCCCCAAAAGCTAGCTCAAAGGAAGGAGGATTGCCCAAGCACTGATGTGG ACTGACACCATGTGAAATTAGGTCTTAGGCCTAACTCACACCCCAAAAGCTAGTTCAAAG GAAGGAGGATTGTCCATGCCTTATAAAGAGTCCACTCATCTCATTAATTACCGATGTGGG ACTTTTGTCATTCTTTAACAAATATAACATGAAATATGAAATATATGTGAGTATGTTTAT ATCAAATTGATAAATATATTACACATGGTTTGATCTCATAAACACAGTTCACTTACAGTT ATGTTGATCAAAATGACTAACAGATTAAGTTTAATGACTTAATCAGTCACTAGCCCTCGT ATTATAAAATTCTCTCACCTGTTCTTCAGAGATATGGTTAATTGTTATACCGATAATCAT ATTGTGTTTTTATGTTAGTCTTTTAACTCCAAAAAATTCAAACATAAGTTGTAACGTCTC ACTTTAAAAAGTTTTCACTTTTACCTACCTTTTTTCCTCCTTATAAATGCCCAAACAACA TATATTCTATCAACGATCACTTAACATCTCTGTTTCCTCTGCTAATCACTTATGGCTAAA CTAATTCTCACACTTTTGTTCCTTCTCTTGTCCTACTTCTCAGGTTAGTTCACAATTTTT CGTATTTTTCCTTGTGTTGTTACTATTAATGTTTTTGTTTGACTATATTCAATGTAGTCG TATTCGAGGCCTCTTATTATAATTTGACTTTAAGACAGTAATTACACTAATGAAATGTTT AAATCATGTTGTTTTTAAGCAGGGAGTCTGACGTTAGGGGATGATCAGGTAAGTTAATTA TTTAAAGAGTTGAATTGGTAGTTAATTAGATTGTAATTAAGAGTAATTTTGGTTTTGCAG AAGACTTGGTGTGTGGCTAAACCTTCATCAGATGAGAATGCACTTGAACAGAACTTGAAT TTTGCATGTCCTATTGTTAATTGCAATATATTTAACGAAGGTGGTCCTTGTTTTTTACCA AATAATTCAATGAATCATGCTTCTATTGCCATGAATTTGTACTATCAATCTAAAGGATCC CAGTTTTGGGATTATAGCTTTGGTAATTCTGGCCTTGTTGTCTTGACTGATCCAAGTAAG TCCTTTTTTTGCTCGGAAATCGATTTAATTAGAACGGGTTTTATGAATTCGACTTGAATT GTCACTGTTACGAACGATTACTACTTTTTATGAATTCACTTTGATAATAGTCCTATATGT ATCAGAACGAGTTTTGTGGGTTCAACTGTAACTCAATTTTTGACAATGACAGGTTATGGT AGCTGCATCTACGAGTGAAGTCATCAAGTCATGGTTGGGAGAAGCAACTCATGAAGAGAT TATTATTATTTTTTTTACTTTTTAAAAAAAAAATCAATTTCTTCTTATAACAGAATTAAG TTTAGCGACTCTATGGCTAAATTTATGTGATACATTTTTCCTTTTAATCTATTATAAAAG GAATGTTATATTTATATAATAAAAATAAATTTAACTTTACAATTTTTTTATTTTACCCTT TAATGAAATTATATATATATATTCAAATAAATAACTAAAATTTATTTTAAATCACAAATT TTAGAAGAAGAAATGTTATATCAATGTAGTTCCTTTTTTAATGTTTGCATTCTTACTTTC TTCCTTGAGCCTTAAACTCTTTGACAGTGAAATAGTTGGTTGAGTAATAGTGCGGAACAC TTGTAATATCTCTCTAGGTTTAATAAAAATGAATGATCTCCTAATATAGTTTGAATGAAG ATATATCGTTGAGTCCATTATAGCCTTAATTTATTTAGATTTCTTTCGGAGAAAAATTAC ACTATTTTATATATTAGAATTCTATGTTGACCTAAACATGGTTAGACTTAGGTGAATATC AAATGCATATGTAAACATATCGTTTGTTATGTCTTTCTAATTTTTGTAATAATCGTCTTC TGATTTATAATTAAATATTTATGTTTTCTTTGACATCAATTTTTTTTATTGTTATATTTT GTTATTGACTGTATATTTATTATTGAATTTCCTTAATGCAAATAGTAAGTATTTCAGTAC GCGACAAAGATTTTTTTTTTTATAAAAATAATATTTAGGATTTGTGACATTTCTAATATA GTTTTTTAAGTTTTAATTTAATCCTACGACCGACCTAGTAAGATATGTTCCATATAAAAT CATCACATAAATACCGTTCACATTTATCAAAACAAAAAAATTATGAACTATTCACGATCA CCAAACAAAATAAAAATAATAAAATGGAAGTTTCTTAATAATCAACTTAAAAGGGAATTG GAAAAAAATGAAGAAAAATCTCTATCATATAGGGTATAGCTTACTATTACATTGAAAACA GTTTTTAATAATAATAAAAAATGTCAAAAAATTAAAAAATACGTAACCTTTTTGTTTAAT ATATAGTACTTCCCATTATACTAAAAGTTTAAATAAGAGAAACAATGAATATTAAAGGGA CGAACTATACTAAATTCGAATGAATCAAAATAAGCTAGTTAATAAATTAATATGTTATTA ATTCATCTAATATTAAATAAATTAATCTATTTATATTTTTATAGAATAATTTTACCATGA ACTAGTAGGTCATAATCAAGATTGAAAAGCAGCAAAAAAGAGATGGAGACATATGAAGAA ACAATTAAAAATTAGTGTTTTTAAAGTGTTTTTGAAGATGTTTAGAATGTACCAAAAAAG TATTCTAATGCACAAATAAAAGGCCTAAATTCATAGGATATACATTTTAAAATTTAAAAT ATAAGTCCGAAACGTAAAAAAGTATAGAAAGTAAAAAAAAAAAGAAGCAATTTTATTTAG ATTTGCCGGTGGAGAATTTAATTTTCAATTCTTTGTAGTCTAGATCAAAGCACATGATCT TCTTTACTTGCTTTGTTTAACTTTTAAGCTCGTTGATTTTAACTCACATGGTGCAGATGG TCATCCACCATTACTACTTTAGGAACACTAGTGGAAGATTCGATCAAATGGATTTAAGAT TTAAATTTTAAATTTTTTATAGGCTTGAAATATCATTAAATTCATGACTATCTGAATTTC TAGATTTGAAATGTGATAATATATATACTGTTAGCATATCTTTTTTTAGTACAAATACAT AATTTGAGCTAAAGGTATTTAGATTGAATCTACTCTTTTCACTTGGTAAATTATTCTATT TAATTTATAAGCAAAGGATTAAATAGAGTTGTTCTATAATTTTTAAATATTCATACTTAA TTTTAATAATTAAAAGATGAAGTAGAGAATAAAGTTATTGACAAAAGATTTTAAGTAGAT CTTAAAACTTTTTCATGGACACTTTTAAGAGAATCGAAAAAAGAAGAAGAGAATTTTAAT AACAAGGAAATGTAAAAGATTAATATAATCGATAAAATGATTATAGATACTAATAGCATG CGGATTAAAAACTATATAGCAATATCACACGTTAAATTTTCAATTTTTTGCTATTTTAGA ACCTACCTCTTACATAAACGGAATTCCACAACATATATACGCGCACAAAAAAAAAATTAT CACATAAAATATAATCTTTTAATGAAAAACTTTAATATGATAAAAATTCAAATAACCCCT TTTGCACACCTAGGCTAGCTTCGTCCACAACATCTTATGTGCTCCATTGAAATGTTTCCT TTGCTTGTGGAAAACAAAATAACATAATGTTGTGACCGTTGATATAACATGAAATATATT TACGTCATTTATTAGATGTTTATATTAAATTAATAAATATACAACATACGTTTTTTAGAA ATATGATTAACTGGTTATCTTTAAAATGAATATTAATCCTATATGAGTAAGTTTTTACCA ATAATCATATTGCATATTGAATTTCTTTTTTATATTATCTTTTAACTCAAAAAGATTCAA AGTAACGTCTCAACTTAAATATTTCGAGTTTTATCTACCTTTTTTCTCTTTAAATAAATT GCCAAACAACATTCCATTAACAATCACTTTACACCTCTCTTTCCTCTTCTAATCACTTAT GGCTAAACCAATTCTCACACTTTTGTTTCTTCTCTTGTCCAACTTCTCAGGTGCGTTACA ATTTTTTCGTATCATTAAAAGGTCATTTTTGTTATAGTATTACAATTAATATTTTTGTTC AACCATGCACGATAAGGAAATTGTGAATTAAATAAGAATTTTCGTAGAAATTAGTATATG AAAATTTGCACGAAAATAAGTTTTCTGCAAATGTTTATACTAATTCCATATGTAATTCAC AGTTTTCTTATAGTGATGTTCAGTGCGATATTCTTAGTTTGATTCAGGGGCGTATTGTTA TATATTACTTATCATTATGTAATTAATTGAGGCCTCTTAATATAGTTTGACTTTAGGACA CTAATTACGTTGAATCGTGTTTGGATGAAACTAATTAAATGTTTAAATGATGTTGTTTCA GTAAGGAGTCTGACGTTAGCAGATGGACAGGTAAGTTAATTATTAAAGAGTTGAATTGGT AGTTAATTAGATTGTAATTAAGACTAATTTTGGTTTTGCAGAAGACTTGGTGTGTGGCTA AACCTTCATCAGATGATATGGCACTTGAGCAAAACTTGATTTATGCATGCAAATATGTGA ATTGCAATATAATTAAAGAGGGTGGTCCTTGTTTTTCACCAAATAATTTGATGAATCATG CTTCTATTTCCATGAATTTGTACTATCAATTTACTGGAAGACATCCTTGGGATTGTTACT TTAATAATTCTGCCCTTGTTGTCATGACTGATCCAAGTAAGTCCTTGTTTTGCTTGGAAA TCGATTTAATTAGAACGAGTTTTGTAAATTTAACTGTTATTTTCGTCTTGAACTAGGACT ATTACTTTTCGTAAATTCACTTGATAATTGATCGATGTAAGTAAATACAATTTAACTAGA ACGGATTTTACGGATTCAACTGAAACTATTACTTATTATAAATATGTTAATAACTCAATT TTTGACAATGGCAGGTTATGGTGGCTGCATCTATGGGTGAAGTCATCAAGCCATGGTTAG GAGAAGCAACTCATGAGGAGATTATTATCATCTTTTTTAATTATTTTTTTAATAAAAAAG TCAATTTCTTCTTATTTTTTCGCAAAATCAAATTAAGCGACTTATGTCTAAATTTATGTG ATACATTTGTCTTTTTAATCTATTACAATGGAATGTTACATTCATATAATAAAAAAATAA TTTAACTTTGCAATTCTTTCTTTTACCCTTTAATGGAATAATATATATCATTAAATAAGA TTATTTTAGTTCACAAATTTTAGATTGACGTTTTTTCTTCTTAGATTTTATCTTAATGTA CTTCCTTTTTTAATGTTTGGATTCTTACTTTCTTCCTTGTGCCTTTAACTCTTTGAAAGT GAAATAGTCGCCTGACTAATAGAGCGGATGACTTGTAGTATTTTTTTTAGATCTGGCAAA AATTAAAAATCTCCTAACATAATTTGAATGGAGACTTATCGTTGAGCCCTCCCTAGCCTC AATTTATTTAAATTTCTTTCAAAGAAAATTACGCTATTTATATATTAGAATTTTATGTAT ATAATGTTGACATAAACATGGTTAAGACTTAGGGGAATATCACCTTTGTAATTTCCACGA TGCATATATAAAGATATCGTTTATTATGTCTTTCTATGTTTTTTAATAATCGGCTTTTAC ATTATAAAAAAATTATAATTTTTTTAAAATCAAATTTTCATTATTATATTATGTATATGT TCTTTATAACATTATTTTGCTATTGATCGTATATTTATTGTTGAATTTCCTTAGTGCAAG TAGTATGTATTTCAGTGCATGACGAAGAATTTTTAGAAAAAGATGGAATATGTTAGATTT TTGACATTTCTAATATTTAAAAAATTTAATTAAATCCTAAAATCAATAAGATATGTTCCA TATAAAATGATCACGTAGATACCGTTCACATTTATCAAAACAAAAAAAAAATTATGAACT ATTCACAATCACCAAATAAATAAAAATAATAAAATGGAAGTTTCCTAATAATCAACTTCA AGGGAAAAGGAAAAAAAAAAGAAGAAAAATACATAATCTTTTTAACTCTATCAATATAGG GTATAGCTTAACGACGATAAAAATAATTTTTAACAATTATAAAAAAAATTTAAAAATTTA AAATATGCAAGCCTTTTGTTTAATATTTAGTACTTTTCGTCATACTAAAAAGTTAAAAAG AGAAACACACTCTTCCCATATAAATATTAAAGAAATGGACCGTATTAAATTTGAATGAAA CAAATAAATTAGTCAATAAATTAATATATTATTAATTTATTTAATATTAAATAAATTTAA TTATATTTTTATAAAATAATTTTATTATATCGTCTCGTAATGAAATAATAGGTCATAATC AAGATAGAAAAGCAGCACAAAAAGAGATGGAGACATGTAGCTAGTGAACACAAATGACAA AAACAGATAAGAATGACGGTTATAATAAGTGTACTTGTTATTTAAGGATTTTGACATTTA AATAATTTTACTTTTTATTATAATTATTTTTATATATTTTAAATTATTAATTTTTATAAT TTATAATATTCTTTTATGTGATTTATAAATATATAAATTTTATTTTAAAAAACTTGAAAA TTTCATTCTTAATTTTAGTCAAATTCAAACATTTAATTCCCGAAAAATAAAAAAAATTAC ATAAATTATTTTTTTAAAAAGTAATAAAAATAAATGAAAACTATGTTGACGTGTAGAGCA ATTGGTCCACAAGAACTTTGGTATAATATATATGGCCAACGAACAAGTAAATTGGAAAAT AAAGCATATTCCCCAATTGGCTCCAAAGTCCAAACAACCCAATAAATAGTAACTAAATGT ACCTAACGGGGCGACAAAATTAAACTCAATTTATTTAATTTATAGAATATTATAAAATAA TTAACAGTTAATAAGAATTGAGTGAGTTGAATTATTTAGCTCATTGAAGTTTAAGTAAAT TTGAATATGACGGATCAATAATCTGTTCATTTGATATCTTTAATTATTTATTTAATTCTC CATTTCAAAGAATCATTCCATCTTAATTTACATTATATACGTGTAGTAAAATACGAGTAG ATAGTGATAATCCAAATATAAAAAAAAACAAAAAACAGTTAAAATTATACTTTGAATTAT GGAAAGATTTTATTTAAAAATATCCGTCATCCCTTTTTTTTAATCTAAAAATACACTTTT ACTCTCTTTTTTTAATTAATCTAAAATTTACTCTCATTCAGCTATTGGCTTTTATACCCA TAAAACTAGCAATCCTCTCTCTTTATTTATTTAAAATACTTATTATGTATCTTTTTTTTT ATTAAGTGAAATAAAAATTTCACCTATATTACATTTTCCGCCATAATTTATTCAAACCAA AATAATATACCTTTTCAAGACTCCCACAATTTTTTTTCAAAAATCTAAGATTTTTTTTTG TTTATTGTAGTTCTTCTTTAAAACAAATAAATATTTTAATATGATGAAGATATTATTTTG ACTTCAATAAATTAAACAAACTTTTAGAAAACTACTAATTTCTTTAATTTATTCAAATCA AAATAATATACCTCTTCAAGAGTCCCACAAAAATATTTTTAAAAATCTAATAATTTACTT TTATATTTTTGCAGTTTTTTATTATTTTCTTTTAAAAAAATTGTTTTGAGATTGTTTGAC TTGGATAAATTATGGAAAAAATATTTTTTTAGAAAACTACTAATTTTTGTATTTTGTTTA GCTTTTTTTTTTCTTTTTTTTTTTTTGGAATCATGGAGATATATTAATTTTTTTAGATAT TGTTTGTGTATGATTTGGCTTAACATTTTGGTGCAGAACTTGCTGCTCCTCTCATTTATA GTTCATATGTAATTCGTAGGAAACATTACTTACATGAAGGAGAAATCGATCGGTCGAAGG AAAGAAAATTCGTACAAACAATTTTTTTTAAAAGACTTTTTAAGATTTTCCCCATAATTT GTTGAATATCCAAAAAAAATAAAAAAAATGAAATTTGAATTTTCAAGAGGTATATTATTT TTACTTTGAATAAATCATGAGAAAAAGTTTAGTTTTGAGGTAAAATTTTTATTTCATCTA ATAAAAAAATAACACATGATAAATATTTTTTTTTTAAAAAAAAAGAGACATTAGTTTTAA GGTAAAAGATGAATAGAAAGGTACATTTAATCAAAAGGTGGATAAAGGGTATTTTTAAGT GTTTGCATTTGTTAAAAGAATGACAAAAGTCCATATCGATGATTAATGTGATGGGTGGAC TCCTTATAAGGTTTGGGCAATCAAATTTCCTTTGAGGTAGCTTTTGGGGTGTGAGTTAGG TATAAGACCTAATTTGACACGGTGTTATTTTATTATTGTGAAAATCAATCCCACTACTTC TGGTTCTGAGGTTTCCACGCTTGAAAAAAAAAATTCGAAGCGTATCGTCCAAATCATCGA TCCGGTACTAGATGTAGCCTTTCCCCCGGCAAGATGCCAAATATTTATAAAAAATCTGGG GTGTGCCGTCCAAATCATCGGTCTGGTACTAGATGTAGCCTTTCCCTTGGCAAGATGTCA AATATTTATAAGGTAGTTCAAGGTCGAGATAGTGTTGATCAACCAACTAATGTGGCTTGT GAGGTACATCAATTATTAGGAAATAATCGAGTTAGGCTTGTAGCTATGAGTGCTACAGAC GGTCTAACGAGAGGAATGACAGCGTGAAGTGGGGTGTTAAAGAATGACAAAAGTCAGTGA TTAATGAGATGAGCGGAATCCTTATAAGGCTTGGACAATCCTCCTCCATTTGAGCTAACT TTTTGAGTGTGAATTAGGCGTGTTAAATTTAAAAAAAGGAACCGTTGATAGTTAGTATGA CTCAAAAATACTCATGTATTTTTTTATCATTAATATATTGTATATTTTAGAATATATGCA TTTCTTTTTCACATACGATTGTTTTCTGTTAGTCCCTGTCAAATGAAACCCAAAATAGGA CAGCAATAGATGAATATTCACTTACGTAAATGCATATTTTCCACTAATAAATTAAATTAG TGGAAAATTCATGTACATATATTCATAAAAATCTAAAATCCAAACAAAATTTGATCACTT TGAACCATTTGTTAACCTGATAATGGGATGTATGTCAATGAAATAATATTCAGAACCAAT CGATTTTATAATTATTTTTTAAAATTTAAAAAGGAGACTCTTTTTTTTTTCTGATCTAAA AGAAAGAAAAAAGGAATCTAAAAATATTATGTGGAGGAATGAAATTGCTGAGATTGAAGA AATAACTTAAATGTCAAACACTTGGAGAATTATTATCTTTACATTTTAGATTATTTATGA ACTCGTGAAATGGACACAAAATCTTTCCACTTTGTTGATTGACGTGAAGACAAAAGAAGT TGGAGTCAAGATTTGAAGTTTACGAATCTGAATTTGTTATTGAATTCATGAAACTCATTT CGTTTCGAACATGAATATTTGATGAATTATGTAGTACGTAAAAACTATTTGGTTCATGTG TATCTGCACCTAATATTATAGATTTGTCACCTATGTATGTATAGAGATATAGTCAAAATT TGAAGCTTATAAATTTAAAATTTTAAAAATCCATTTAAATATTTGAGTTCTAAATCAATA AGTTATACATGTTAATTAAATAAATCTCTTAAGATAAATATAAAATTTAAATCAAAATTA TATTATTTGATTCGACTGATCGAACTCATACCATAACTTTTATCTTCAACCCTGATCGAA CTCATACCATAAACTTTTATCTTCAACCCTATGTATATAACTTTCCTAGTTTATCATAGT TATGAGCTTCATGCAATATAATTAAAATAATGAATAAGATACAAAAATACATTTGAAATA TCATATTAATTACCTATATGTAATTTCACGAGTTTTAAAATGTATTATTGTTCAGTATGT GATAGCCTGATAGGAAAGATTATAGATAGGGTTACAAAATAGCTAAAAAAGGACATTAAA TATCGATACGACACCTTAATATTTTTTGATATTTTATTTATAAATTATGTGCTCATTTGA TAAAGATTAAATAGGAGAAAATTTTGATAATATTCACAACTTTTATGGAAAAAATATATA ATTTATGAAAGTTAAATTGTATTTTCAAATAAAATTTCAACTTTAAATCAATCTGATTTT GGATCATTATTTTATAACGTATATCTAAATGGATCATTCAATTGGACATGGAAAAATCCT CACTAGAATACGCCATGATGCATATATGAAAAAAAAATAGGGCACCAATAAAGATACTTA TATGACGCATTTAAAAAGGTAGGGCTCCAATATAGATACTTATGCGATACTATTGAAAAA ATAAGTTTTCTTCAAATTGGGCCTTATGTGACACATATTCGAAAGAATAGGGCTCCAATA TGGATAATTATACGGCATCTATTAAAAAAGTAAGGCTTCAATATAGATATTTACGCGGTG CGTATCCAGAAAAGTAAAGCTTCCTTCAAGTTGGGCCTTACGCGGTGCATATCCGAAAAA TTAGCCTTCACTTACTTGGCTATCATACTACCTCAGAAAAAATGATAAAAATAGCTATAC AATTAGTACATCATATTGCTTTTGTATTGGATGATAAATTGATTTGAGTGTTTGAGAATT TTAGGAGTTGAAACACAGCCCAACTGTCTTTTTCTTCCATTTTCTGTCACTTAATCAGAC CAAAGACTCCATTTTTTATGTGGTTCTTTTTTATCCACTCAATTATTTCTTCTTGGGACA GGATATAAAAGCACACCCAAGTGTTCAAATTGTTTCCATAGTAGTTTTCTGTTCTTTTTT GCCTATTGGGGTGTCGAAAAAAGCAATCTTGAAGCATTGCAAGGCAAAAAATTTGGTGAT TTAGCTAAGTGGGTGTTACAAAGATGATGTCTGTGACTTGCCATAATCTTGAAATTGGGA GAACCCCATTGGAGTCTTTGGCTTGTGGCTGTTCTTTTTCAAAGGGTGTTTTGAGAAATG TAAGTAGAAGATTCAGTGGGAAGAAGTTGTTGTCTTGCAGACAAGAATTTGGGCGTATTT CAACTAAGGCTTCACTTACTGGTATATAGTTAAATTCAATATTTTTAAGGATTACAGTTT ATAAGGGTATTCTTGGAATGATTTAAATTTTGAAATTTTGTTGTTGTTGTGGTTGTGTTG CAGGGTTGGCACCAGTTTTGGATTTGAATAAGTCAGAAAAACCTATTTCATTGACTAATG TTTTTGAAGTGGTTGCGGATGACCTACTTACGTTAAACAAGAACTTGCATAATGTGAGTA ATCTGTTGACACTGTTTGATTAATCAATCTTTCATGTTTCAACTTTTCCTTATGTTTTTT TCCAGCTATATAGCTTAATGGATTATATGTGATAAAATCTTATTTTTAGACTAATAGCTG CCAAGGTAATACAATAATTATTTATCTGGTATGATTCGGAACACGTTCCTTTCGCTTTAT TACTGCTGGTATTGTCAAATGACTAATGTACTATTCATAATTTAACTTCATTGATGCTTG GTCGAGTTGTTCCTTTTAACGAAGTGCTCTAGATGTAAGAGAGAGGTACAATTTTGGACT AGTGGTGATGCTAGTGGGGATTCAAATCAATAGAGATGCTTATTTGATGATATTTGTGTT TATTGGCCTTACTAGAATTAACATATAAGGGGAACAGGAGTTGCAGTATCACTCTGCCAA ATGATATCTTAATCTTGGAACATTTGTGAGGATGGTTTTATTTGGTATTTGGTCATGGTT TGATTCAAATACCAGATAACTGATGGTTGTACTTGTCGTTGTGACTTCAATGATTCTAAG GTGAACAACTGCTAAGGTGAATATACTTTGTTCTCGAGTGAACTGCTTTATATGTATGAG AGGTGCAATTTTTGGACTAACAAATGGTCATGGAGGATAAACAACCGGACTTAATAGATA TATTTATTTGTCCGGGTTATTGGCCTTAAAAAATCTAACTGTAGGAGTAAGAGCTACACA ATTACTTCCAAATGGTATCTATAATTTGGATGATGATGGTGTTCGGGCCAGCATGTGTAC ACCTCAACTATTCTACCTGGTTACCTTCTAACTCCCATTGGCACAGGTACCTTGACCTTG AGCTTATGAAGTTCATTTTAAAAGGTCCTAGCTTTTTGACAATTTCATTTACTTTGATTC AAAGACTTGATACAAGAAATAATTGCAGTTGGGCCTGAGAGTATCTCAAACGTATATCCT GATAAATAAATACACATAACTGAAAAAGTTTCATATTGTCACTTGCTATTATTAGAATTT GTAAAATATGTGGTTAATTGGATCAATACCACATGAATGTTCAGATGGCATATCAGGCCA ATTTACTTTTAACATATCTCTATTCTATTCTGTATCTAAGAGAAATCATTTTTCAGATTG TTGGTGCAGAGAACCCAGTTTTAATGTCTGCAGCTGAGCAGATTTTTGGTGCTGGTGGCA AAAGGGTGAGACCTGCTTTAGTGTTCCTAGTGTCAAGGGCCACAGCAGAAATGTCTGGCT TAAAGTGAGGAACACTATTTGGTTTTTTTTCTCTTGTGATACTCAACAACAACATATCAG CTAAGCTAATATCTTAAAATGCTTGCTGCCAGGGAACTCACCACAAATCACAGAAGGTTA GCTGAAATCATTGAAATGATCCATACTGCAAGCTTGATACATGATGACGTGTTAGATGAA AGTGACACACGAAGAGGTAAACCATTTTAAGCAACTTGTTATTCTCCTCTGATGCGTCTG CAAATTCACCGCCTTTAATTATTTAAAAACTCAAAATGATTATCACTCTTGCATTAATAC TTTATGGCTGAAAAGGTTATTGTACATATTCAGTGGTTATTACTTTGGATATCACTCAAA ATCTTCAGCTCTACCATTACTAGGAATAGGGTTATTTTCCGGGCATCGTTGCGCGTTATT GTTCTTAAAATAATAATTTTAGTACTATCTTAGGAGGAATATTTAGAAGAAAACGCTAAA GAAGATATTGTCCTCTTTCTGATTCTATGATGATACTGTGATGCATGTTCTAACTCTCTA AACAATATCAATCCTTTAAAGAATCTCATTCTGAAAATTTCAGTTGATGAAGAGTTTGTA AGGTATATCTAAAGAAAAAAGAAATAAAGATGCCCTAGAATCTACTGTGGATGCCAGACA ATCTGGACAGATGATATTAACAGAATAACCAGACTTACAATGATGACAATACCTTTTATT GATTAGAACCCCCCAGTAAACTTTATTTGACACTACAACATTGGTTGGATGTGTATGAGA TCTGGGCTTATCGTTTCTAAGCTATCTCTTGTGCATTTCCTAGGACTAGTTACTTATTTC TCAAGTATTTTCTAATTGTTATTGATGCTGCCCTGATTGATTTACATGAGGTTCTTGTTG TCTAACTTGATGTGGTTGACTTTCTTCTATGAAAGACGATCTCTCCTGCTCTCCCGGGGG ATCCAGAGACCTTAATAACTTCAAGGGTTAGTCCAGGAAATATGCTTGATTAGCAACAGG TTATGTGATGAGGTCATTACTGTTTAAATATTCTTCCTACTTTTCATTTCGGGTTTCTGA GATCTTCTCAGCATTTATCAGATTTGTATGCTTTCTGAAAAAAATGTGAGACTCTGTACA ACTGTTTTGTGAAATGGTACACTTAACAATGGATACACCAAAAAAAGAGAGAAAACTGAC AAGATTGGACTAGGTATGCGCTTTCCCAGGCTTACAAAAAAGAGCAAGACTAGATTAGAT CTTTGCTTTCCCAAGTTTGTAGAGACTGATAATATTAGATTGTTATTTCTACCATCAACA CTTCCTTTTCCTAATAGTTTAGCTTAGATCAATTGATGATTGATTCTTTTATAGCACTTC CAAATATGAGTCCTCTGTTTGTCAATCTAATCATTTACCCTTGTTCTTCTTCTAACTTGC TTCTCTTAATCGCAATTTCTATTATACCTTCTCCTTTGCTTCTTTATATTAGCCTCCTAA TAGAACTTCTAATGCAGGAAAGGAGACTATTCACCAATTATATGGTACTAGAGTGGCAGT ACTGGCTGGTGATTTTATGTTTGCACAGTCGTCCTGGTACCTAGCTAACCTTGAAAACCT TGAAGTCATAAAGCTCATCAGTCAGGTATCATAGGTTTATACATCTTTTAGAATTGGCAA CATTGATATCATTATTAGTTCGTTGTACCTCAACGCCCTTTGTGGTTATTGGTTTTTATG ACAGGTTATTAAAGACTTTGCAAGTGGTGAAATAAAGCAGGCCTCTAACTTGTTCGACTG TGATGTTGGACTGGATGAATATTTGCTCAAGAGTTACTATAAAACGGCCTCCTTGATTGC TGCAAGCACCAAAGGAGCTGCCATTTTCAGTGAAGTTGGCAGTGATATTAGTGAACAAAT GTTTCAATATGGGAGGAATCTTGGTTTATCGTTCCAGATTGTTGATGACATATTGGACTT CACACAATCAGCCGCACAACTGGGAAAGCCAGCTGGAAGTGACTTAGCCAAGGGAAACCT TACTGCACCAGTACTTTTTGCATTAGAGAAAGAGCCAAACCTTAGGAATATAATCGAATC AGAATTTCACGATGCTGGTTCTCTCGAGGAGGCCATCAATCTGGTGAAAAGCTGTGGGGG AATTCAACGAGCACAAGATTTGGCAAAGGAGAAAGCTGATTTAGCAATGCAGAACCTAAA ATGCCTTCCATCTAGTCCTTTTCAAGCAGCACTTGAGGAAATCGTGAAGTATAATCTGGA GAGAATTGAATAGACGAAAACAAAGGACGAAACTATACAACTTTGGTTTATTATTCTCTG AAAGCTCTTCATATCTAACAATATCTGGAGCACAGAGTAGAAGCTATTACTATAGTTTGA ATGGCAACAACGATCAGAACGAAAGTGCTTCACTATGTTCATATATTATACCCATACAGG TTGTAATTTTCAGTTCCTAATACAGCAATATGGTGTTCCAGCATTCTTTATAATTTGGCT AATAAATTGTCAAATTTCAACTGTTGTTGTACACTAAAGAAATTTCACATTACAAATAAT GTCATGTATTAGTATTTACTATTGGCTTTCTTGGATGAACATATATGTTATAAATTGATA ATACAATAAACATATTACACCTTAAATTTTTGTGTCATCAGTTAATGTCATGTATTACTA TTTACCCTTGGCTTTCTTGGACGGACATTTATGTTGTAAATTGATAATACAATAAATATA TTACACTGGAGAATGTTTTACGACTTTACTTGGTGTCTTTGCAAATGAAGAGCACCTCTA TTTATACTACACAAAAGTATAATTAATATTTACTTTACAAGTTCCTAAGATATTTATATT TTGATCCCCTTTTTAGAGAATTTTACATACTCTAGGATATCCTAAGACATTCTTGATTTG TCTAGGGAGTTTTAAAATTCTTCGCAAGTCTCTCCATAATTCTGGAGTCTTCTACACTTG ATGTAAAATTTGACTGGTCTGGTGGCGGGATATGACACTAAGTTCTTTCTCTTTAATAAG TTTTTTACGAGAAGAAAATATTGTCTCTTTAAAAAACTATTACGTAATAATTCTATTTTA TCATTTACCTTACATTTTTATAATTATTTTATCTTGAACCCTACTTTTTTTGAGGAAATT ATGCCATCGAAATTTATGGGAAGACTCATATATGTCAACCATTAAAAATTTGGTTTATCT ATATCATTTTCATTTGAGAAAATGCTCATCCATGCCATTATTTGTAAACTGAAAAAAATT TAATTTTGCAAAATGATTTTCACACGTCGTCAATTATGATTCGCTTACGTCATTAATTAA ACATTGACTAAAATAGACAATTGAACTATAAGAAAAAAAAACTCATTTTTGCCATCCAGT TAAAATTTTGGCTCATCTATGTTGTTTCGTAGACAAATAATGACATAAAGAAACCTTTTC TCAAACGAAAATGACATAGTAAATAACATAGATGAACCCTTTTTGAGAGTTTGATTTTAA CCTCACTAAGGGCCCGTTTGGATGGACTTAATAAAAACAGCTTTAAAAAAGTACTTTTGA AAGTGCTGAAACTTATTTTTAAAATAAGCAATTATGCGTTTCGATAAAAGTGTTGAAGTT AAAAAAAAAGTTGTTGATGTGTTTGACAAATAAATGCTGATAAACAACTTTTTAAATCAA AATGTCTGAAATACCCTTAAAAGTTGTTAACATAATAAAAGTTAATTAATTTATATTTTA CAGCCATAAATAATTATATTTTATCATTATTCTCATATTTCTTTCTCATCACAAATTATT TATAAGAGGAATATAAACTTATTATAGATTTTAAAGATATATAATTTGAATAGATCAAAG AACGATTTAAGATTTTATTTTAGTTTCATCCGTAGGTAATAATAATGGTCTATCATTCAC ATATTTCTTTATTATCACAAATTATTTATAAGTGGAATATAATTTTTTATTTAAGTTATA TGTGCAACTTATTTTACATTTTAATAATATATAATTTGAATAGATCAATTGAAAGATTTA AGATTTATTTTATTTTCATTCATTAGTAATAGTAATTGTCTATCATCCACACGTGAAAAG GGAAAAATGGAAGAAAGAATTGTTAGGGTTAGGTGGGTAATTGGAGATTGTATAAAAATA TTAAGGGCAAAAAGGTAAAAATGTGGTCAACTTAAAAGAGCTTATAAGCTAAAAGAAAAA GCACCCCTACCCCACCTTTTAACTTTTGGCTTAAAATAAGTTTTTTTTTAAACTTAAAAT AAGTTATTTTGAGTATTGCCAAACAACTTAATAAGTTAAAAATCAGCTTTTAAATCAGTT TGATCAGCTTTTAAGCTAAGCCAAACAGGTCTTCAAGAGAGGATATGTGGTGATAGTACT AATGCAGGTGAGGCAAAACGGGCAATGTCTTGTTTTTTGCTAATAACCAAGGAATAATAC AAGTTGCGTGAAATCGATGGCGACAAGCAGAAAGTATATGATTTAAATAAAATATTTATT TTGATTGTTACTTAAATTTTAATATATTATATAATTTTAATTTATTGCTAAGTAACAAAA AAAATATCATTTCATACAATGATCGATTTAGTGTGACTTCGTCATTGATATAATATTTTT TTCTCATTTTATCTTTATTTATTTTTTAGAGAAGTATAAAAAATATCCCTAAATTTGACG CAGATTATTAGTTTCATTTTCAAATTATTGATAGTTATTGTTATGGTTATAGTATGTAGT TACAAGAAATTGAATCACAGTTATTGTAATGATTATAGTATGTAGTTACAAAAAATAATG TAATTATCAATCAAGCCGTAGATGGCATCTCAATGTTCACAAAGGATATTCTAAACCAAA ATTTCGACACATAATATATTAAAATCTCAGAACATAATTTTGTGAGCACTTGAACTAACA AATATCCAACAATAATAACAAAGACGACCTTACTTTCCTAACAATCAAAAAGAAAAAGGC ACGTTGCTTAACATATTTTTCAAAAGATAGTCCTTCGGGTTGTATCCAAGTTTACTGTTC ACAAATTTAATTGAAAGAAACCAAAATAAAGAATTATTACTTCTTTATAAATAAAAAAAT AAAAACTTTATCAAAAGAATAAGTTATCACTACAACAAAAATGATCTTAACGACAATTAA TAGTTTAATTGTCGCTAAATATGTATTTTCTGAGGCGATTGATACTATGTATAAATGTTC CAAAAGTCTATAGTAACATTGCATATGATGTCAATTCATTAATGTCGGTAAAGATTATAG CACTCTCCGTGAACGTGCATATTTATTGCCGATAAAATATACTCTGTTATAGTGTATTTT TGACAGTTGTTAATTTCATGAAAACTTGATCTCTTATTACGCCCAAAAAGAAAGAAGAAG AAATATGACAAGTTGGTTAACTTGCGATAAAATATGTGGACTAATTGTCTCTATAAAAAT ATTCTTGAGAATGGTGCAATAACATACAAAATCTTTGTACCTAAAAAAAACAATCAAAAT AATATACTAACTGTGGCATGCAAGAGAAGAATCATTTTGGTTCTTTTAACCCTCAAGCAA TTTTTTCAAAAAGTATATGAAGAAAACCTATAGAAAGGAACAAAAGAGAAGATAAATTTT CAATCATCCTCACTGGAATTTCGAACATAATTCAAAAAAGTCACCGAAATAGCAAAAAGA AAATGCAATAGATACATGAATCACTATGACTTATAGTAAAAATTAAGCTTAATGAAATAG GAGGAAGAAAACTTTGAGAAATGAAACACACTTAATAAGAAGCTTAATTAATATATTTGA ATTAAAAAAAAAGCATATAAACAATAGCGGCAGAAATAAAGTATTTGTTTACTAAAGAGC CAAATATAATGAATTGAACCATCAACCATTTCAACAACGTTATTAGTTGTGCACCAAGAG GCCAAGAGTATTAATGTCGCATTGCAATTGAAATCAACTTCATTTGTTTATATGAAGAAA CCCGTAGAAAGAGACAAAAGAGAAGATCAGTTTTCAATCATCCTTACTGAAACTTTAACA GAGTAAAAAAAAATCATCAAAATAGGAAAAAGAAATATATAGCAGTAGTTACATGAATCA CTATGACTTAAAGTAAAAATTAAGCTTCTTGAAATTGAAAGACGAAAACTTTCAGAAATG AAACAAACTTCGGAAAAATTTAATTAATGTATTTGAATCTGACTATCCTATAACGGAAAA AGAAAACCCTACAAATTATAGTGTTGGGAAATTCTTATATTTATAGACAACATAGGATAA TGGAACAAATACTTATCGTACCTTATCAGAAAGGTCACAAGTCTTTGAAAAAGTTACAAC TCTCTTGAAAGATCACGACCTTTCATATAAGTCGCAATTTTTCATAAAAATCGCAACTCT TCATCAAAGTCACAACTTTTCATGAAAAGGGACGCCTAATTTTGGAAATAATAAATTTAA AAAGGAATCCTGATTTACAATAACGCCACGTAGGCAGACCTAGGATTCTCTTTTATATAA ATATATGATTGGCGATACAAAATTGGTACCAATTGTGTAACACATCTAGTAAATTGCACA GCTACTATTATTACATATAAGTGAATTCTATTGAAGATAGAAGATAATATATAGTTGAAC CCTAATCACTTATTATAAATATTTTTTTATTTGTATCGACGCTAAATTTTAAACGGCCGT TGAACAACTTCCCTAAATCTTCAACTTGAGCATATGTGGTGATAGTAGTAACGCAGGTCC GGCAAAATGGGCACGTCTTGTTTTTTGCTAATAACCAAGGAATAATACAAGCCGCATGAA ATCGATGACGACAAGTAGAAAGTATAAGTTCATGACACGTATCGTCTTCTTGTTCAAATT CTCCTAAACAGATACAACAATCGTTGTTTATACCTCGAATTTTTCGATCATCATCGGGAA TATCGATCACTACTTCCATAACCAAAGCTCTTTCTATAGCCACATTATGATTTTGTGGAA TTTCTGAAATATTAACCGTCTGTGGTGAGAGTGACTCTTCGTGAAAAAACTGATATATTA TTTTTATGAAATAATAAAGTACTATTACTAACCAAATACAGTAAATAATATCCAAGGGAC TCCACATTTATTATTTTTGATAAAAAATTATGAGTATGCAATTGCTAAAGAACTAATAAT TTCAAAATTATAATGAATAAAATAATATGACAAATCTCGAAGTATTAAAAAGCAGGAGAG TTTAATTTGAAGATGGAATAATTGAATGCAAGGCAAGGTTATTTATAATTTTAATTCTTT CATAAACCTGTTATGATTTGGAGTTTCAATTACATGCCATAATTAAGTCCTTTTACAATT AGGATTAGGATATTTTATAAATAAAATAATCTAACGGATAAATAAAGAGTAATCAGTAAC TTTCCTTTTTTAAAAAAAATAATTGCGTGATGCACAATTTCAAGGAATTGTGTATATTTA TTTATAATATAAGTTGTTGATTTTAGAAATCTTACAGGACTAGGACTAAACTATTTTTGG AAATTTAGAAACCTTTTACGAGTAGGAAATGTGTGTCCTAATTAAATCCGAAATCACTTG GGTTTGCGGGCATGTTTAAATTTATTATATCGTATCGTTTAAATACATTGTTAGGTAACA ATGAAAAAAGTCATTTCATGTAATAATTAATTTGGTGTGATTGCCTAGTTGATATAATAA TTTTTTTCTTATTTTATCTTTATTTATTGTTCAGAGAAATATGAAAGACATCCTAAATTT GACGCAAATTATTAGTTTTATCCTCGAACTATCGATAGTCTTAAAAACACCACTCTACTT GATTAACTAAACTTAGATACACTTCCGATACACTCTCGATATGCCACATGACATAGAAGT GGTCTCAAACTCTTGAAAGAACACCCCTAAACTTGACGAGAATTTAGGAGTGTATTTTAC TAATGTTACAAGATCAAGGGTGTAGTTAACTTGAGTTAGTCAAGTAATTAAAGTGTGTTT TTAAGGCTAACAATTGTTCATGGATGAAACTAATAATTTACACCAAATTTAGAGATATTT AGAATAATTCACTCTTTATTATTTAATAATTATATATTTCATCTTTTATCCTATTTTTTA AATAAAATTTTACCTATATCCTACTTTTTATTTTAGGGAGAAGTATTAAAAATATGCCAA ACTAAGCCTAAATATTGGTTTCATCCTCGGACTATTGAAAACCTTAAAAACATTCCTTTA CTTGACTAACTAAACATAAATATACCCGATCTTGTAACATGAGTGGAATACATCCTTAAA TTCGCGCTAAGTTTATATTAAGAGTGTTTTAAACACCAGGGGCGGAAGTACATGGGGCCG AGGAATGAACCCTCTTCGTCGAAAAAATTATGTTGTATATATAGGATAATTTTTTTGATT TAGAGGTATATATTAAGTGATAACCCCCTGAATATAAGCAAAGGGTTTGGCTCAGTGTTT AGGGGGTTTAGGATTTCACAAGGCCAGCGCTTACTTCACGAGTTTGAACCTGAGTATTTG CATCTTTTTTTAATAAAATAGTTTTAACTTTCAGTTGTTCTTATTTTTAATTTCTAAATG CGCGAGTTTCATAAAGTTTGATATCGTAATAACAATTTCGACCAAATTGAAGTATTTTTC AGACCATTTTTCTCAAAATTGTATGCACATGATAAAAATCACGGAGTACACTATAGTTTT ACTTTTGAGTTGTCAATCAACATTATAGTAAAACATGGGATAAATAAATGGGCAACTTTC ACATATAGCAAAAAAAAATTCATATTTGTATGCTACATCAAAATTTGCATAATTACGCTC CATAGCAAACATATAACTGTATAATTCACTATACATATACAAATGTACAATACGCTGGCC TCGCTATACATATACAATTATATGATTCGCTGGCCTATTTCGCTACAATTGTAATTCGCT GGCCTATTTCACTGCAATTGTATAATGCGCAATTGTATAATTCGCTGGCATATTTCGTTG CAATAAGTGTATAAAATTTGCTTGCATACAATTGAATCGAAGTAAAATGTTTGTATATTG TATAATTATAAATGTATAGGAAGAAGATATATGTTTTTCTCTCGCTTTATACAAAAACAG AAACACAATTTATACACTTCTGTTGTATAAAGCGAGAGAAAATTATATTTCACTACAATT GTGTAATTCGCTGGCCTTTTTCGCTACAATATTTGTATAAAGTTTGCATTTGTATACAAT TAAATCGAAGTAAAATGTTTGTAAATTGTATAATTAAGTGTATAGCACGAATATATATGT TTTTGCATGTGTATATACAATTTTCTCTTGGTTTATACAAAATAGAAACACAATTTATAC AGTTCTGTTGTATAAAGCGAGAGGGTGAGCAGAGGGAGAGTGGCGAGTGAGAACGGGAGA GTGGCGAGCGAGAGTTTTGGGAGAGAGGCAACTGACAAACTTTGACAAACGTTTGCTATG AGGCACAATTAAATCAAACAGTAGCTACTCCATTTATTTTAAGTTATTAGTTTGCTATTA TATACAATTATCCCTAAATAAATTGAAATACGATAAAGATATTATAACTTTTTTGACAAT ATATTACCGGGAAAGAAAGTTGAGTTCGACGTAGAAATTGGTACCAATTGTGTAACACAT CAAGTAAATTGCATTGCTACTATATATAATTACATAAGTGAATTCTGTTGAAGATAGAAG GTTATTTTGAACTCTAATCACTTATTATGCAACTTTTTTATTTGTATATGCTAAATTTTA AGCGGCAGTTGAATGACTTGACTAAATCTTCAACTTTAAGCATATAACAATCATGTTTCA CATGAAATCATTTCAATCTTTCATATTCTTTACAATAAAGTTTCGTTAAAGCACTAAAAA AATATCGAAACAAATGATATTAATTATTATACAAAAATTTGACTTAATATACACGACAAG AGAAACATACCAAAATCTTTTAACAACGGATAATTTCTATCACCAAACAACAAAAATTAA AAGTGAAAAGATGTATGAAATACTTGATCTGCAGAAGTTGAAGTTCCAAATAGAAAACCA TTTGGAAATTCTGATTTCTTCACTTCTTCTTCAAAGCAATTTTCTCTTAAATTGGCAATT AATTATATAAATCACAAAACCCCTCATTTTCACGCATTTAATTAATATATCACCACATCA GATTCATGTATCTCGCGCATTAGATTAGTGTATCATGTATAAAATTTAATGTATCTTACT TAACGATTAATGTATCTCACACATCGAATTAATGTATCAGCGCTTATATTATTGTATCAG TTTGAGAAATTTCTGTAATTATCGCCTCTATGTGGTTTTTGTCCTTTGCTCTAGTGTTAA GACACCTGTTACACATACACAAAACCTATATCATCCAGGTAATGTCTAAGATATCAAATA TCTTCACAAACATTAATTACATCGTAAGAACATGCCTTTTACATGAAAAAATTTTACGTT AAATTTGTAATGATGAATAAGTAGATACATGTGTATTATGTCCTATATATACACGTAAGG TTACAATCGAGACTAAATTAAAGAACATTGTTATGTACTACAAGTAGTTAAAATTCCAAA AGATGAGCTGTTATGGGCTAAAGTATTAGGCCCAACCTGTTAAAGCCCAACAAACAAAAC TCTATATAAATGACCATGGAAGCTAGGGTTTAGAATATTGCCTATGAGAGATCAGAGCGA GCTTATGAAACAATGGCGCTCTAGTTCCGTTGCGGGCATATACTGATTATCAGTCCTTTC TTCATCTCTGCAATTGTTGTATTTATCGATTGTTTCCGTAGAGAAAGGTCTCACATTTCT TTGTTATTTCTTTCTTTATTTTCACTTATTTTCACTTACGGCCGATCCAAATGAGTTCCT TTTTTTGTGTGTGGGAATTCAATTTCACCCGGCCTATATGCAAATTAGGGCAGTTTCAAG GTTCTGCACGTTCCTTCATCGTGTTTAATCTTCATCGTGTTTTAATTCACGGATTTTGCT CTACATTTTAGCTGCCTAATTAGATTAGGTTAATCTATCTGTTAATTATTTTCACTCTAA TTTTTTTTGTTGTGGCATGAATATTAACTAAACTCTTCTAATTAGACCCTTTTTTGTTAA TTTGAAGCTATCAAATATGAACTTGTGGCCATTTATAAGTAATATAGATAAATCTTCGAA TGTATTATAAAGTATTTTTAGTTTTTCTGATTTAAATGTTCTTAATAAACCAAACTAACA AAAAGGATTTGTATTCAAAGTTTTCTAATTAACCCAAAATTTTAATAACACGCCGTTCAG TTTTCTTAAGTACATGTTAATTATGATATGAATTTTATTGCTTGATTTTGAAACTCTTAA CCAATCACCTATTTTAGCGTGCAGAGTTAAAAAATCACGTAGGAAAGGTAATTTGCACAG CGTGCAGAGTTGAAATTCTTGCTTCTAATCACGCAAGAAAGGTAATCCGCACATCTCTTG CTTTCGCTGGCAAATAGTTTCGAATTTAAGATCTCCCAATGTGAAAATACTCAAGTCCAA ATCACTGCGCCAGCCTTTTTCGATTGATTTATTTCAATATTTCTAATGTTTTTGAGTAAT AATGTCGATTTAAACTCACTCCAAAACAAAAAGCAGTTATACTACTAGCACTAAAAATTC GTGAAAAAGAAAATTAAATTTAAAAGCTCAGTTGTAAATAACATGTCAAAGTCTATAATA TAAACAACCTTACAGTAATGCAAACATGAGTCATAATAACAAATCCAGAACAATATATGT TTAAATTCTTCAAAATAAGTAAAGAAAATTGATCCATTTATGAAGAATCCGAAGAGTATT GTCTATAACTTATTCAAGATTAAGTGAGCACCACATTGAGGTTGAAGTGTGACAACATAA GTAGGTGCATGAGTATAAGATGGAGAAAGTTCAAATGCAAAACGTTGAAGGATCATAGCT AAGGCAATTTTAGTTTCCATCATAGCAAAATTATGGCCAATGCAAATACGAGGACCCCAA CTAAAAGGCAAAAAACAAAGCCTATCCTTCGTTGCCTTTGCAATTCCTTGAGAGAATCTG TCTGGCTTGAATTCTTTAACATCATCACCCCATAATTCTTCATTATGATGAATAAATATT GTTGGTATCATTAAAATAACCTCAGATGGAATATTCATATTTCCTAGCTTTGTTTCTTGA TTTGCTTTTCTTAGGAAATATGGTGCTGGTGGATATAGCCTTAGTACCTCATTCAAAATC ATAGTAACCTGTTTATATTAATATAATACAAACAATTGAAGCAAATGTTAGATTCTAAAT AGTACATGTTCAAATTTGGCTATTAACTTTTGTTTGTTATTTGTTTTAATTTATGTTACA CTTTTAATCGGTCTAATAAAAATGACACATTTGTAAGTTCCTGACAAAAAGTTTATAAAG ATATACTTTCTATTTAAAAATTCATTAATCTAAGCATAGTTTTGAATTTTTTCATATTTG TGCACAGTTAAACTAAATAACACACATAAATCTCGATCTTACTTATTCTTCAACCACTCT TAACCCATAAAGAGATATTCATTTCGAATTGATTGTCGTATGTTCCTTTTTTAGTCTATT TTTTAAAAAGACGATCTTTTATTCTTTTTTTAAAACTTTTTAATTTCAATTTGGAAAAAT CTTTTTGGCAAAAAAATTTGGCCAGAATGTTATTTTACCTTTTAAAACATTTTTACCTTT TTGATTTTAATATCTTTTAATTAAAAAATGGAAAAAGAAATCAGTATATTTCAAAGTAAA AAAAATTATAGTTTTTTTAAATTTCTGGCCAATTTTTTTTTGGCTATTTAGTACTTCTCT TTTAATTTTTCATATGATATGTTTAATACCTTGAGATTAAAAAGTAAATTTGATATATCT TTAAACATAAAATTCACAAGTATTCCTTACTTTTTGAACTCTATGTCAAGTTAAAATCGG ACAAACAAATCGAAACGAACAAGAGTAATAGAGCACGTGAAAGGTTGTTTTACTCACAAT TTTGAGACGCTTTAACCCTTCAAAATCTGGTTTATTGTTGTGGAAGACTTGTTGAACTTC TTCTCTAGCTCTAGTTTGCCAATTTTGGTGCACACTTAATAAAACCATAGTCCAAACTAA TAAATTTGAAGAGGTCTCTTGGCCAGCAAAATAAAAAAGTTTGCATTCTTCTATTACTTC ATCAGTTGTCATACCAAATTTGGTCCCATTTTGTTGAATTTCATTCACATTGGACTTTAA TAAAATCCCCAACAAATCCTCTTGAGTTTCTCCCAAATTCATGGATCTTTCTCTTTTGTT GACAATTTTCCTTAAAGTATCTTTGAGTTCATTGTCAATGCCTTTCATTCTTCTATTTCT TCTTGTTGGTAAAAACCTGTTGAAATTATCACAATAGCTTATATAATACTGACAATCAGG TCATTTAAAATATAACTATATGTAATATTGAGATACTTATTATAATAGATTAATTATTGT TTTACAAGGGTTATGGTGGAGCGGTAAGTTTAACCAGAGTGCTTTGCCCCAATGAGACTT TTCGACATAAATCCAAACTAAGTCGGGCTCCCATGTGGATATCAAACAGCGAATGGAAAA AGAAAATTTTTTAGGCTAACTAAGTCTATACACACAAGTATTAGATAACTCTATTCAATA GCACTTAAATAGACATGATGAAATTAAATCACCAAGCACTTTTGTTTCAACTGGGATTTA AACGCAAGACCATTAAGTCATACCTTAGTATATACGTACAAGAGTTTAAGCTATATACAT ATATCGTTTATAGATATAGAGATACTTTATACTATCAGATCACCGTTGCCTATATTTCAT ATAATAAACAATATATCTTATTTTCGAGATTATTAATCGTAGACTTACTAGTAGATATTT TCCGAGTGACATGATAGGGTGATAGAACTGGTAATTAACATGCATATAATTATTATTAGT ATGAAAATTATTTACACCATTAATATAATATAAACTAATTTTTTACCTCCATCCTGGAAT ATAAACAGATTGGAAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 90 202 match_part 1.000 318 386 match_part 1.000 3605 3826 match_2 match_part 1.000 98 202 match_part 1.000 318 386 match_part 0.996 3605 3871 match_3 match_part 1.000 99 202 match_part 1.000 318 386 match_part 1.000 3605 3963 match_4 match_part 0.957 3980 4002 match_part 1.000 4143 4240 match_part 1.000 4401 4789 match_part 1.000 5541 5655 match_part 1.000 5844 5945 match_part 1.000 7042 7088 match_5 match_part 0.974 4675 4789 match_part 0.983 5541 5655 match_part 0.980 5844 5945 match_part 0.993 7042 7192 match_part 1.000 8216 8304 match_part 1.000 8395 8443 match_part 1.000 9504 9523 match_6 match_part 0.983 4675 4789 match_part 0.983 5541 5655 match_part 0.980 5844 5945 match_part 0.988 7042 7125 match_7 match_part 1.000 6754 6756 match_part 1.000 7042 7192 match_part 1.000 8216 8304 match_part 0.980 8395 8443 match_part 0.990 9504 9604 match_part 1.000 10229 10286 match_8 match_part 0.980 7093 7192 match_part 1.000 8216 8304 match_part 1.000 8395 8443 match_part 1.000 9504 9604 match_part 0.975 10229 10388 match_part 0.943 13019 13229 match_9 match_part 1.000 7093 7192 match_part 1.000 8216 8304 match_part 1.000 8395 8443 match_part 1.000 9504 9604 match_part 0.943 10229 10403 match_10 match_part 0.921 8216 8304 match_part 1.000 8395 8443 match_part 0.980 9504 9604 match_part 0.973 10229 10416 match_part 1.000 10959 10989 match_11 match_part 1.000 8231 8304 match_part 1.000 8395 8443 match_part 1.000 9504 9604 match_part 0.975 10229 10388 match_part 0.927 13019 13415 match_12 match_part 1.000 8400 8443 match_part 1.000 9504 9604 match_part 1.000 10229 10416 match_part 1.000 10959 11076 match_part 1.000 11621 11800 match_part 1.000 11880 12002 match_part 1.000 12076 12163 match_part 1.000 12321 12451 match_part 1.000 12528 12626 match_part 1.000 12882 13506 match_13 match_part 1.000 10271 10416 match_part 1.000 10959 11076 match_part 1.000 11621 11800 match_part 1.000 11880 12002 match_part 1.000 12076 12163 match_part 0.980 12321 12370 match_14 match_part 0.993 10271 10416 match_part 0.992 10959 11076 match_part 0.972 11621 11800 match_part 0.946 11880 11972 match_15 match_part 0.988 10336 10416 match_part 1.000 10959 11027 match_16 match_part 0.984 11015 11076 match_part 1.000 11621 11800 match_part 0.976 11880 12002 match_part 0.989 12076 12163 match_part 1.000 12321 12405 match_17 match_part 0.989 11623 11800 match_part 0.976 11880 12002 match_part 0.977 12076 12163 match_part 0.992 12321 12451 match_part 0.980 12528 12626 match_part 0.917 12882 13061 match_18 match_part 0.951 11921 12002 match_part 0.989 12076 12163 match_part 0.992 12321 12451 match_part 0.990 12528 12626 match_part 0.967 12882 13124 match_19 match_part 0.967 12134 12163 match_part 1.000 12321 12451 match_part 1.000 12528 12626 match_part 0.998 12882 13441 match_20 match_part 0.989 12532 12626 match_part 0.971 12882 13360 match_21 match_part 1.000 12543 12626 match_part 0.991 12882 13411 match_22 match_part 1.000 12543 12626 match_part 0.991 12882 13411 match_23 match_part 0.983 12567 12626 match_part 0.930 12882 13497 match_24 match_part 1.000 24015 24090 match_part 1.000 25666 25702 match_part 0.995 25825 26041 match_part 1.000 26141 26299 match_part 1.000 26390 26511 match_25 match_part 1.000 26036 26041 match_part 1.000 26146 26299 match_part 1.000 26390 26509 match_part 1.000 26600 26770 match_part 1.000 26881 26980 match_26 match_part 0.934 29108 29213 match_part 0.974 29761 30407 match_part 1.000 30486 30496 match_27 match_part 1.000 29119 29213 match_part 0.998 29761 30407 match_part 1.000 30486 30649 match_part 1.000 31263 31363 match_part 0.993 31514 31653 match_part 1.000 35517 35570 match_part 0.978 36710 36987 match_28 match_part 0.978 29121 29213 match_part 0.979 29761 30136 match_29 match_part 0.847 29129 29213 match_part 0.972 29761 30222 match_30 match_part 0.894 29129 29213 match_part 0.966 29761 30027 match_31 match_part 0.833 29130 29213 match_part 0.936 29761 30090 match_32 match_part 1.000 29131 29213 match_part 1.000 29761 29989 match_33 match_part 0.923 29136 29213 match_part 0.959 29761 30247 match_34 match_part 0.923 29136 29213 match_part 0.974 29761 30223 match_35 match_part 1.000 29137 29213 match_part 0.992 29761 30407 match_part 1.000 30486 30502 match_36 match_part 1.000 29137 29213 match_part 1.000 29761 30407 match_part 1.000 30486 30502 match_37 match_part 0.987 29137 29213 match_part 0.986 29761 30174 match_38 match_part 0.920 29139 29213 match_part 0.968 29761 30168 match_39 match_part 1.000 29142 29213 match_part 0.998 29761 30235 match_40 match_part 0.944 29143 29213 match_part 0.981 29761 30134 match_41 match_part 1.000 29155 29213 match_part 1.000 29761 30260 match_42 match_part 1.000 29156 29213 match_part 1.000 29761 30117 match_43 match_part 0.998 29769 30407 match_part 1.000 30486 30514 match_44 match_part 1.000 29769 30222 match_45 match_part 0.941 29789 30398 match_46 match_part 0.979 30360 30407 match_part 0.970 30486 30649 match_part 1.000 31263 31363 match_part 1.000 31514 31653 match_part 1.000 35517 35570 match_part 0.993 36714 36983 match_47 match_part 0.920 30575 30649 match_part 0.970 31263 31363 match_part 0.921 31514 31653 match_part 0.870 35517 35570 match_part 0.881 36710 36868 match_48 match_part 0.974 30612 30649 match_part 0.970 31263 31363 match_part 0.950 31514 31653 match_part 0.833 35517 35570 match_part 0.861 36710 36911 match_49 match_part 0.968 30619 30649 match_part 0.960 31263 31363 match_part 0.964 31514 31653 match_part 0.889 35517 35570 match_part 0.853 36710 36994 match_50 match_part 1.000 31301 31363 match_part 1.000 31514 31653 match_part 1.000 35517 35570 match_part 0.996 36710 36936 match_51 match_part 1.000 31593 31653 match_part 1.000 35517 35570 match_part 0.983 36710 37061 match_52 match_part 1.000 31593 31653 match_part 1.000 35517 35570 match_part 0.983 36710 37061 match_53 match_part 1.000 31593 31653 match_part 1.000 35517 35570 match_part 0.969 36710 37060 match_54 match_part 1.000 31611 31653 match_part 0.981 35517 35570 match_part 1.000 36710 36994 match_55 match_part 0.997 34336 34969 match_56 match_part 0.994 53163 53788 match_57 match_part 0.994 54783 55565 match_58 match_part 1.000 54783 55448 match_59 match_part 0.984 57171 57554 match_60 match_part 0.994 59874 60049 match_part 1.000 60794 60905 match_part 1.000 62008 62073 match_part 1.000 62163 62360 match_part 0.996 62449 62681 match_61 match_part 0.954 59875 60049 match_part 1.000 60794 60905 match_part 1.000 62008 62073 match_part 1.000 62163 62360 match_part 0.992 62449 62572 match_62 match_part 1.000 59880 60049 match_part 1.000 60794 60905 match_part 1.000 62008 62073 match_part 1.000 62163 62360 match_part 1.000 62449 62591 match_63 match_part 0.994 59880 60049 match_part 1.000 60794 60905 match_part 1.000 62008 62073 match_part 1.000 62163 62360 match_part 1.000 62449 62465 match_64 match_part 1.000 59880 60049 match_part 1.000 60794 60905 match_part 1.000 62008 62073 match_part 1.000 62163 62321 match_65 match_part 0.988 59880 60049 match_part 1.000 60794 60905 match_part 1.000 62008 62073 match_part 1.000 62163 62320 match_66 match_part 1.000 59880 60049 match_part 1.000 60794 60905 match_part 1.000 62008 62059 match_67 match_part 1.000 59883 60049 match_part 1.000 60794 60905 match_part 1.000 62008 62073 match_part 1.000 62163 62360 match_part 1.000 62449 62593 match_68 match_part 1.000 59884 60049 match_part 1.000 60794 60905 match_part 1.000 62008 62073 match_part 1.000 62163 62302 match_69 match_part 0.994 59887 60049 match_part 1.000 60794 60905 match_part 1.000 62008 62073 match_part 1.000 62163 62360 match_part 1.000 62449 62464 match_70 match_part 1.000 59888 60049 match_part 1.000 60794 60905 match_part 1.000 62008 62073 match_part 0.991 62163 62272 match_71 match_part 0.972 59905 60049 match_part 0.982 60794 60905 match_part 0.985 62008 62073 match_part 0.995 62163 62360 match_part 1.000 62449 62464 match_72 match_part 1.000 59915 60049 match_part 1.000 60794 60905 match_part 1.000 62008 62073 match_part 1.000 62163 62360 match_part 0.981 62449 62554 match_73 match_part 0.974 59935 60049 match_part 1.000 60794 60905 match_part 1.000 62008 62073 match_part 1.000 62163 62360 match_part 1.000 62449 62704 match_74 match_part 0.912 59959 60049 match_part 0.938 60794 60905 match_part 0.970 62008 62073 match_part 0.985 62163 62360 match_part 0.928 62449 62671 match_75 match_part 1.000 59977 60049 match_part 1.000 60794 60905 match_part 1.000 62008 62073 match_part 1.000 62163 62360 match_part 1.000 62449 62708 match_76 match_part 1.000 59977 60049 match_part 1.000 60794 60905 match_part 1.000 62008 62073 match_part 1.000 62163 62360 match_part 0.986 62449 62590 match_77 match_part 0.939 60807 60905 match_part 0.894 62008 62073 match_part 0.995 62163 62360 match_part 1.000 62449 62535 match_78 match_part 1.000 62034 62073 match_part 1.000 62163 62360 match_part 0.969 62449 62708 match_79 match_part 0.987 66993 67070 match_part 0.994 67160 67324 match_part 0.944 67877 68235 match_80 match_part 0.963 69340 69527 match_part 0.975 70382 70544 match_part 0.948 71241 71567 match_81 match_part 0.963 69340 69527 match_part 0.975 70382 70544 match_part 0.971 71241 71448 match_82 match_part 1.000 71482 71590 match_part 0.987 71749 71826 match_part 0.973 71905 71941 match_83 match_part 0.980 73477 73574 match_part 1.000 73923 73973 match_part 1.000 74276 74318 match_part 1.000 74396 74537 match_part 1.000 74617 74776 match_84 match_part 0.909 73487 73574 match_part 0.860 74276 74318 match_part 0.986 74396 74537 match_part 0.971 74617 74895 match_85 match_part 0.994 74617 74955 match_part 0.988 75225 75479 match_part 1.000 75556 75796 match_86 match_part 0.996 91737 92181 match_part 1.000 92284 92393 match_part 0.992 93537 93664 match_part 0.959 93753 93826 match_87 match_part 0.994 91740 92071 match_88 match_part 0.962 91867 92181 match_part 0.955 92284 92393 match_part 0.984 93537 93664 match_part 0.990 93753 93856 match_part 0.978 95178 95223 match_89 match_part 0.959 91867 92181 match_part 0.933 92284 92373 match_90 match_part 0.943 91901 92181 match_part 0.966 92284 92370 match_91 match_part 1.000 91915 92181 match_part 0.984 92284 92345 match_92 match_part 1.000 91938 92181 match_part 1.000 92284 92393 match_93 match_part 1.000 92075 92181 match_part 1.000 92284 92393 match_part 0.992 93537 93664 match_part 1.000 93753 93856 match_part 1.000 95178 95303 match_94 match_part 1.000 92297 92393 match_part 1.000 93537 93664 match_part 1.000 93753 93856 match_part 1.000 95178 95305 match_part 0.957 95405 95543 match_95 match_part 0.937 92299 92393 match_part 0.992 93537 93664 match_part 0.990 93753 93856 match_part 0.990 95178 95281 match_96 match_part 1.000 93599 93664 match_part 1.000 93753 93856 match_part 1.000 95178 95305 match_part 1.000 95405 95722 match_97 match_part 1.000 93603 93664 match_part 1.000 93753 93856 match_part 1.000 95178 95305 match_part 1.000 95405 95724 match_98 match_part 1.000 93603 93664 match_part 1.000 93753 93856 match_part 1.000 95178 95305 match_part 1.000 95405 95685 match_99 match_part 0.984 93603 93664 match_part 1.000 93753 93856 match_part 1.000 95178 95305 match_part 0.992 95405 95666 match_100 match_part 0.984 93603 93664 match_part 1.000 93753 93856 match_part 1.000 95178 95305 match_part 1.000 95405 95648 match_101 match_part 0.952 93603 93664 match_part 0.971 93753 93856 match_part 0.961 95178 95305 match_part 0.974 95405 95442 match_102 match_part 0.983 93605 93664 match_part 1.000 93753 93856 match_part 1.000 95178 95305 match_part 1.000 95405 95668 match_103 match_part 1.000 93607 93664 match_part 1.000 93753 93856 match_part 1.000 95178 95305 match_part 1.000 95405 95715 match_104 match_part 1.000 93630 93664 match_part 1.000 93753 93856 match_part 1.000 95178 95305 match_part 0.997 95405 96112 match_105 match_part 1.000 93633 93664 match_part 1.000 93753 93856 match_part 1.000 95178 95305 match_part 0.995 95405 95777 match_106 match_part 1.000 93649 93664 match_part 0.971 93753 93856 match_part 1.000 95178 95305 match_part 1.000 95405 95720 match_107 match_part 1.000 93786 93856 match_part 1.000 95178 95305 match_part 1.000 95405 95860 match_108 match_part 1.000 93786 93856 match_part 1.000 95178 95305 match_part 1.000 95405 95836 match_109 match_part 1.000 93786 93856 match_part 1.000 95178 95305 match_part 0.995 95405 95776 match_110 match_part 1.000 95229 95305 match_part 1.000 95405 96211 match_111 match_part 1.000 95285 95305 match_part 0.999 95405 96172 match_112 match_part 0.984 95405 95897 match_113 match_part 0.997 95469 96260 match_114 match_part 0.992 95472 96116 match_115 match_part 1.000 95472 95970 match_116 match_part 0.997 95592 96283 match_117 match_part 0.963 95603 96200 match_118 match_part 0.948 95613 96251 match_119 match_part 1.000 95631 96325 match_120 match_part 0.999 95646 96325 match_121 match_part 1.000 95737 96260 match_122 match_part 0.936 95751 96251 match_123 match_part 0.933 95834 96251 match_124 match_part 0.996 95852 96325 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_125 match_part 0.990 14447 13846 match_126 match_part 0.930 15255 14729 match_127 match_part 0.959 15168 14758 match_128 match_part 0.966 15342 14763 match_129 match_part 0.968 15393 14807 match_130 match_part 0.973 15411 14811 match_131 match_part 0.963 15484 14898 match_132 match_part 0.970 15558 15019 match_133 match_part 0.951 15678 15083 match_134 match_part 0.971 15583 15131 match_135 match_part 0.963 15873 15206 match_136 match_part 0.953 15616 15255 match_137 match_part 0.967 15930 15326 match_138 match_part 0.886 17158 17054 match_part 0.955 16260 15663 match_139 match_part 0.970 16247 15815 match_140 match_part 0.888 17160 17054 match_part 0.962 16260 15816 match_141 match_part 0.879 17144 17054 match_part 0.967 16260 15843 match_142 match_part 0.888 17160 17054 match_part 0.960 16260 15861 match_143 match_part 0.892 17146 17054 match_part 0.958 16260 15953 match_144 match_part 0.893 17240 17054 match_part 0.947 16260 15998 match_145 match_part 0.863 17133 17054 match_part 0.930 16260 16033 match_146 match_part 0.996 42767 42056 match_part 0.706 41776 41760 match_147 match_part 0.996 42567 42054 match_148 match_part 1.000 43257 43154 match_part 0.998 42766 42150 match_149 match_part 0.982 43936 43826 match_part 1.000 43725 43624 match_part 1.000 43296 43154 match_part 0.983 42766 42195 match_150 match_part 0.990 43256 43154 match_part 0.991 42766 42325 match_151 match_part 0.986 43300 43154 match_part 1.000 42766 42564 match_152 match_part 0.987 44557 44407 match_part 1.000 44315 44160 match_part 1.000 44037 43826 match_part 1.000 43725 43709 match_153 match_part 1.000 47564 47154 match_part 1.000 46152 46038 match_154 match_part 0.991 47581 47154 match_155 match_part 0.949 55731 55615 match_part 1.000 55143 54948 match_part 0.957 54704 54567 match_part 0.960 53960 53911 match_part 0.900 53813 53575 match_156 match_part 0.987 55024 54948 match_part 1.000 54704 54567 match_part 0.980 53960 53911 match_part 1.000 53813 53607 match_157 match_part 1.000 55038 54948 match_part 0.865 54704 54282 match_part 0.939 54231 54053 match_158 match_part 1.000 55038 54948 match_part 0.904 54704 54372 match_159 match_part 1.000 55038 54948 match_part 0.907 54704 54372 match_160 match_part 0.988 55774 55615 match_part 1.000 55143 54948 match_part 1.000 54704 54591 match_161 match_part 0.960 57863 57170 match_part 0.954 55800 55736 match_162 match_part 0.969 57812 57170 match_part 0.954 55800 55736 match_163 match_part 0.977 57596 57170 match_part 1.000 55800 55756 match_164 match_part 0.971 57821 57174 match_165 match_part 0.969 57830 57253 match_166 match_part 0.968 57812 57311 match_167 match_part 0.933 78760 78566 match_part 0.971 77140 77039 match_part 0.987 76904 76749 match_part 0.935 76657 76443 match_part 0.956 76308 76241 match_168 match_part 1.000 78743 78566 match_part 1.000 77140 77039 match_part 1.000 76904 76749 match_part 1.000 76657 76443 match_part 1.000 76308 76280 match_169 match_part 1.000 78738 78566 match_part 1.000 77140 77039 match_part 1.000 76904 76749 match_part 1.000 76657 76518 match_170 match_part 1.000 78664 78566 match_part 0.990 77140 77039 match_part 0.987 76904 76749 match_part 1.000 76657 76577 match_171 match_part 0.938 78760 78566 match_part 0.971 77140 77039 match_part 0.981 76904 76749 match_part 0.917 76657 76634 match_172 match_part 0.920 96274 95709 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 90 202 exon 318 386 exon 3605 3963 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 3980 4002 exon 4143 4240 exon 4401 4789 exon 5541 5655 exon 5844 5945 exon 7042 7192 exon 8216 8304 exon 8395 8443 exon 9504 9604 exon 10229 10416 exon 10959 11076 exon 11621 11800 exon 11880 12002 exon 12076 12163 exon 12321 12451 exon 12528 12626 exon 12882 13506 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 6754 6756 exon 7042 7192 exon 8216 8304 exon 8395 8443 exon 9504 9604 exon 10229 10416 exon 10959 11076 exon 11621 11800 exon 11880 12002 exon 12076 12163 exon 12321 12451 exon 12528 12626 exon 12882 13506 gene_4 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 3980 4002 exon 4143 4240 exon 4401 4789 exon 5541 5655 exon 5844 5945 exon 7042 7192 exon 8216 8304 exon 8395 8443 exon 9504 9604 exon 10229 10388 exon 13019 13415 gene_5 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 14447 13846 gene_6 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 17240 17054 exon 16260 14729 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 24015 24090 exon 25666 25702 exon 25825 26041 exon 26141 26299 exon 26390 26511 gene_8 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 26036 26041 exon 26146 26299 exon 26390 26509 exon 26600 26770 exon 26881 26980 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 29108 29213 exon 29761 30407 exon 30486 30649 exon 31263 31363 exon 31514 31653 exon 35517 35570 exon 36710 37061 gene_10 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 29108 29213 exon 29761 30407 exon 30486 30649 exon 31263 31363 exon 31514 31653 exon 35517 35570 exon 36714 36983 gene_11 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 34336 34969 gene_12 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 44557 44407 exon 44315 44160 exon 44037 43826 exon 43725 43624 exon 43296 43154 exon 42766 42054 gene_13 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 43300 43154 exon 42766 42054 gene_14 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 42767 42056 exon 41776 41760 gene_15 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 47581 47154 exon 46152 46038 gene_16 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 53163 53788 gene_17 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 57863 57170 exon 55800 55615 exon 55143 54948 exon 54704 54567 exon 53960 53911 exon 53813 53575 gene_18 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 57863 57170 exon 55800 55615 exon 55143 54948 exon 54704 54282 exon 54231 54053 gene_19 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 54783 55565 gene_20 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 57171 57554 gene_21 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 59874 60049 exon 60794 60905 exon 62008 62073 exon 62163 62360 exon 62449 62708 gene_22 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 66993 67070 exon 67160 67324 exon 67877 68235 gene_23 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 69340 69527 exon 70382 70544 exon 71241 71590 exon 71749 71826 exon 71905 71941 gene_24 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 73487 73574 exon 74276 74318 exon 74396 74537 exon 74617 74955 exon 75225 75479 exon 75556 75796 gene_25 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 73477 73574 exon 73923 73973 exon 74276 74318 exon 74396 74537 exon 74617 74955 exon 75225 75479 exon 75556 75796 gene_26 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 78760 78566 exon 77140 77039 exon 76904 76749 exon 76657 76443 exon 76308 76241 gene_27 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 91737 92181 exon 92284 92393 exon 93537 93664 exon 93753 93856 exon 95178 95305 exon 95405 96325 gene_28 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 96274 95709 RepeatMasker tomato repeats master Unknown00019 408 703 1 Unknown00019 408 703 1 nucleotide_motif 416 19289 19475 Copia00151 8203 8434 1 Copia00151 8203 8434 1 nucleotide_motif 548 22565 22795 SONATA2 105 253 1 SONATA2 105 253 1 nucleotide_motif 517 54266 54412 SONATA1 1 243 1 SONATA1 1 243 1 nucleotide_motif 1449 58419 58661 Unknown00046 2542 2868 1 Unknown00046 2542 2868 1 nucleotide_motif 1256 59387 59716 TS2 517 655 1 TS2 517 655 1 nucleotide_motif 506 63838 63984 Copia00172 5195 5318 1 Copia00172 5195 5318 1 nucleotide_motif 295 74990 75100 Copia00143 81 206 1 Copia00143 81 206 1 nucleotide_motif 555 78170 78293 Copia00143 77 214 1 Copia00143 77 214 1 nucleotide_motif 810 89290 89427 Copia00143 64 188 1 Copia00143 64 188 1 nucleotide_motif 787 89782 89899 Unknown00020 177 358 1 Unknown00020 177 358 1 nucleotide_motif 855 99987 100167 HATSOD1 457 562 1 HATSOD1 457 562 1 nucleotide_motif 287 102095 102194 Gypsy00043 528 1314 1 Gypsy00043 528 1314 1 nucleotide_motif 4934 102528 103335 RepeatMasker tomato repeats master Gypsy00043 1025 1138 -1 Gypsy00043 1025 1138 -1 nucleotide_motif 362 19283 19168 Copia00110 13400 13500 -1 Copia00110 13400 13500 -1 nucleotide_motif 423 19288 19193 Unknown00034 3692 3905 -1 Unknown00034 3692 3905 -1 nucleotide_motif 1241 20106 19902 Gypsy00043 1024 1219 -1 Gypsy00043 1024 1219 -1 nucleotide_motif 608 21825 21636 Copia00110 13159 13295 -1 Copia00110 13159 13295 -1 nucleotide_motif 761 22224 22086 Copia00143 77 155 -1 Copia00143 77 155 -1 nucleotide_motif 642 24617 24539 TS2 530 653 -1 TS2 530 653 -1 nucleotide_motif 553 24867 24739 Copia00125 3821 4048 -1 Copia00125 3821 4048 -1 nucleotide_motif 941 32490 32307 Copia00125 2879 2986 -1 Copia00125 2879 2986 -1 nucleotide_motif 468 32631 32526 HarbN_I 95 185 -1 HarbN_I 95 185 -1 nucleotide_motif 265 34212 34126 Unknown00025 230 464 -1 Unknown00025 230 464 -1 nucleotide_motif 622 37458 37221 Unknown00019 48 237 -1 Unknown00019 48 237 -1 nucleotide_motif 580 41956 41770 TS2 527 2041 -1 TS2 527 2041 -1 nucleotide_motif 631 54898 54740 Copia00143 32 220 -1 Copia00143 32 220 -1 nucleotide_motif 1253 80946 80764 Copia00143 138 190 -1 Copia00143 138 190 -1 nucleotide_motif 363 80990 80938 Copia00143 77 214 -1 Copia00143 77 214 -1 nucleotide_motif 1115 81140 81003 Copia00151 5480 5580 -1 Copia00151 5480 5580 -1 nucleotide_motif 356 102462 102368 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2323 101916 103156 match_2 match 2474 106626 107900 match_3 match 4260 103228 105442 match_4 match 5640 98826 101814 match_5 match 7273 93810 97620 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1095 21 107899 clone_end_1 clone_end 898 21 508 clone_2 clone 819.5 581 107899 clone_end_2 clone_end 347 581 755 clone_3 clone 1305 11146 54868 clone_end_3 clone_end 1411 11146 11857 clone_end_4 clone_end 1340 18482 19202 clone_4 clone 850.5 25672 60846 clone_start_1 clone_start 545 25672 25946 clone_5 clone 1409.5 25713 107815 clone_start_2 clone_start 1576 25713 26535 clone_start_3 clone_start 930 26281 26749 clone_6 clone 741.5 30134 65453 clone_start_4 clone_start 692 30134 30482 clone_end_5 clone_end 737 35137 35532 clone_end_6 clone_end 957 45571 46053 clone_end_7 clone_end 844 57436 57914 clone_start_5 clone_start 934 58983 59477 clone_end_8 clone_end 993 59743 60251 clone_end_9 clone_end 706 65539 65914 clone_end_10 clone_end 509 71750 72027 clone_end_11 clone_end 852 73619 74139 clone_end_12 clone_end 285 74153 74304 clone_end_13 clone_end 343 79900 80084 clone_end_14 clone_end 347 79900 80086 clone_start_6 clone_start 351 79902 80086 clone_end_15 clone_end 1400 93885 94590 clone_start_7 clone_start 886 101916 102404 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_8 clone_start 1292 107899 107241 clone_start_9 clone_start 1292 107899 107241 clone_end_16 clone_end 1213 5788 5177 clone_start_10 clone_start 1130 5865 5296 clone_start_11 clone_start 1352 10847 10166 clone_start_12 clone_start 1199 54868 54172 clone_end_17 clone_end 611 23503 23175 clone_end_18 clone_end 396 23755 23535 clone_end_19 clone_end 1156 60846 60264 clone_end_20 clone_end 1243 107815 107174 clone_end_21 clone_end 791 65453 65055 clone_end_22 clone_end 1485 75675 74911 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 90 202 match_part 1.000 318 386 match_part 1.000 3605 3826 match_2 match_part 1.000 98 202 match_part 1.000 318 386 match_part 0.996 3605 3871 match_3 match_part 1.000 99 202 match_part 1.000 318 386 match_part 1.000 3605 3963 match_4 match_part 0.957 3980 4002 match_part 1.000 4143 4240 match_part 1.000 4401 4789 match_part 1.000 5541 5655 match_part 1.000 5844 5945 match_part 1.000 7042 7088 match_5 match_part 1.000 6754 6756 match_part 1.000 7042 7192 match_part 1.000 8216 8304 match_part 0.980 8395 8443 match_part 0.990 9504 9604 match_part 1.000 10229 10286 match_6 match_part 0.921 8216 8304 match_part 1.000 8395 8443 match_part 0.980 9504 9604 match_part 0.973 10229 10416 match_part 1.000 10959 10989 match_7 match_part 1.000 8400 8443 match_part 1.000 9504 9604 match_part 1.000 10229 10416 match_part 1.000 10959 11076 match_part 1.000 11621 11800 match_part 1.000 11880 12002 match_part 1.000 12076 12163 match_part 1.000 12321 12451 match_part 1.000 12528 12626 match_part 1.000 12882 13506 match_8 match_part 1.000 10271 10416 match_part 1.000 10959 11076 match_part 1.000 11621 11800 match_part 1.000 11880 12002 match_part 1.000 12076 12163 match_part 0.980 12321 12370 match_9 match_part 0.993 10271 10416 match_part 0.992 10959 11076 match_part 0.972 11621 11800 match_part 0.946 11880 11972 match_10 match_part 0.967 12134 12163 match_part 1.000 12321 12451 match_part 1.000 12528 12626 match_part 0.998 12882 13441 match_11 match_part 1.000 12543 12626 match_part 0.991 12882 13411 match_12 match_part 1.000 12543 12626 match_part 0.991 12882 13411 match_13 match_part 1.000 24015 24090 match_part 1.000 25666 25702 match_part 0.995 25825 26041 match_part 1.000 26141 26299 match_part 1.000 26390 26511 match_14 match_part 1.000 26036 26041 match_part 1.000 26146 26299 match_part 1.000 26390 26509 match_part 1.000 26600 26770 match_part 1.000 26881 26980 match_15 match_part 1.000 29119 29213 match_part 0.998 29761 30407 match_part 1.000 30486 30649 match_part 1.000 31263 31363 match_part 0.993 31514 31653 match_part 1.000 35517 35570 match_part 0.978 36710 36987 match_16 match_part 0.978 29121 29213 match_part 0.979 29761 30136 match_17 match_part 1.000 29131 29213 match_part 1.000 29761 29989 match_18 match_part 1.000 29137 29213 match_part 0.992 29761 30407 match_part 1.000 30486 30502 match_19 match_part 1.000 29137 29213 match_part 1.000 29761 30407 match_part 1.000 30486 30502 match_20 match_part 0.987 29137 29213 match_part 0.986 29761 30174 match_21 match_part 1.000 29142 29213 match_part 0.998 29761 30235 match_22 match_part 0.944 29143 29213 match_part 0.981 29761 30134 match_23 match_part 1.000 29155 29213 match_part 1.000 29761 30260 match_24 match_part 1.000 29156 29213 match_part 1.000 29761 30117 match_25 match_part 0.998 29769 30407 match_part 1.000 30486 30514 match_26 match_part 1.000 29769 30222 match_27 match_part 0.979 30360 30407 match_part 0.970 30486 30649 match_part 1.000 31263 31363 match_part 1.000 31514 31653 match_part 1.000 35517 35570 match_part 0.993 36714 36983 match_28 match_part 1.000 31301 31363 match_part 1.000 31514 31653 match_part 1.000 35517 35570 match_part 0.996 36710 36936 match_29 match_part 1.000 31593 31653 match_part 1.000 35517 35570 match_part 0.983 36710 37061 match_30 match_part 1.000 31593 31653 match_part 1.000 35517 35570 match_part 0.983 36710 37061 match_31 match_part 1.000 31593 31653 match_part 1.000 35517 35570 match_part 0.969 36710 37060 match_32 match_part 1.000 31611 31653 match_part 0.981 35517 35570 match_part 1.000 36710 36994 match_33 match_part 0.997 34336 34969 match_34 match_part 0.994 53163 53788 match_35 match_part 0.994 54783 55565 match_36 match_part 1.000 54783 55448 match_37 match_part 0.984 57171 57554 match_38 match_part 0.994 59874 60049 match_part 1.000 60794 60905 match_part 1.000 62008 62073 match_part 1.000 62163 62360 match_part 0.996 62449 62681 match_39 match_part 0.954 59875 60049 match_part 1.000 60794 60905 match_part 1.000 62008 62073 match_part 1.000 62163 62360 match_part 0.992 62449 62572 match_40 match_part 1.000 59880 60049 match_part 1.000 60794 60905 match_part 1.000 62008 62073 match_part 1.000 62163 62360 match_part 1.000 62449 62591 match_41 match_part 0.994 59880 60049 match_part 1.000 60794 60905 match_part 1.000 62008 62073 match_part 1.000 62163 62360 match_part 1.000 62449 62465 match_42 match_part 1.000 59880 60049 match_part 1.000 60794 60905 match_part 1.000 62008 62073 match_part 1.000 62163 62321 match_43 match_part 0.988 59880 60049 match_part 1.000 60794 60905 match_part 1.000 62008 62073 match_part 1.000 62163 62320 match_44 match_part 1.000 59880 60049 match_part 1.000 60794 60905 match_part 1.000 62008 62059 match_45 match_part 1.000 59883 60049 match_part 1.000 60794 60905 match_part 1.000 62008 62073 match_part 1.000 62163 62360 match_part 1.000 62449 62593 match_46 match_part 1.000 59884 60049 match_part 1.000 60794 60905 match_part 1.000 62008 62073 match_part 1.000 62163 62302 match_47 match_part 0.994 59887 60049 match_part 1.000 60794 60905 match_part 1.000 62008 62073 match_part 1.000 62163 62360 match_part 1.000 62449 62464 match_48 match_part 1.000 59888 60049 match_part 1.000 60794 60905 match_part 1.000 62008 62073 match_part 0.991 62163 62272 match_49 match_part 0.972 59905 60049 match_part 0.982 60794 60905 match_part 0.985 62008 62073 match_part 0.995 62163 62360 match_part 1.000 62449 62464 match_50 match_part 1.000 59915 60049 match_part 1.000 60794 60905 match_part 1.000 62008 62073 match_part 1.000 62163 62360 match_part 0.981 62449 62554 match_51 match_part 0.974 59935 60049 match_part 1.000 60794 60905 match_part 1.000 62008 62073 match_part 1.000 62163 62360 match_part 1.000 62449 62704 match_52 match_part 1.000 59977 60049 match_part 1.000 60794 60905 match_part 1.000 62008 62073 match_part 1.000 62163 62360 match_part 1.000 62449 62708 match_53 match_part 1.000 59977 60049 match_part 1.000 60794 60905 match_part 1.000 62008 62073 match_part 1.000 62163 62360 match_part 0.986 62449 62590 match_54 match_part 0.939 60807 60905 match_part 0.894 62008 62073 match_part 0.995 62163 62360 match_part 1.000 62449 62535 match_55 match_part 1.000 62034 62073 match_part 1.000 62163 62360 match_part 0.969 62449 62708 match_56 match_part 1.000 71482 71590 match_part 0.987 71749 71826 match_part 0.973 71905 71941 match_57 match_part 0.980 73477 73574 match_part 1.000 73923 73973 match_part 1.000 74276 74318 match_part 1.000 74396 74537 match_part 1.000 74617 74776 match_58 match_part 0.994 74617 74955 match_part 0.988 75225 75479 match_part 1.000 75556 75796 match_59 match_part 0.996 91737 92181 match_part 1.000 92284 92393 match_part 0.992 93537 93664 match_part 0.959 93753 93826 match_60 match_part 0.994 91740 92071 match_61 match_part 1.000 91915 92181 match_part 0.984 92284 92345 match_62 match_part 1.000 91938 92181 match_part 1.000 92284 92393 match_63 match_part 1.000 92075 92181 match_part 1.000 92284 92393 match_part 0.992 93537 93664 match_part 1.000 93753 93856 match_part 1.000 95178 95303 match_64 match_part 1.000 92297 92393 match_part 1.000 93537 93664 match_part 1.000 93753 93856 match_part 1.000 95178 95305 match_part 0.957 95405 95543 match_65 match_part 1.000 93599 93664 match_part 1.000 93753 93856 match_part 1.000 95178 95305 match_part 1.000 95405 95722 match_66 match_part 1.000 93603 93664 match_part 1.000 93753 93856 match_part 1.000 95178 95305 match_part 1.000 95405 95724 match_67 match_part 1.000 93603 93664 match_part 1.000 93753 93856 match_part 1.000 95178 95305 match_part 1.000 95405 95685 match_68 match_part 0.984 93603 93664 match_part 1.000 93753 93856 match_part 1.000 95178 95305 match_part 0.992 95405 95666 match_69 match_part 0.984 93603 93664 match_part 1.000 93753 93856 match_part 1.000 95178 95305 match_part 1.000 95405 95648 match_70 match_part 0.952 93603 93664 match_part 0.971 93753 93856 match_part 0.961 95178 95305 match_part 0.974 95405 95442 match_71 match_part 0.983 93605 93664 match_part 1.000 93753 93856 match_part 1.000 95178 95305 match_part 1.000 95405 95668 match_72 match_part 1.000 93607 93664 match_part 1.000 93753 93856 match_part 1.000 95178 95305 match_part 1.000 95405 95715 match_73 match_part 1.000 93630 93664 match_part 1.000 93753 93856 match_part 1.000 95178 95305 match_part 0.997 95405 96112 match_74 match_part 1.000 93633 93664 match_part 1.000 93753 93856 match_part 1.000 95178 95305 match_part 0.995 95405 95777 match_75 match_part 1.000 93649 93664 match_part 0.971 93753 93856 match_part 1.000 95178 95305 match_part 1.000 95405 95720 match_76 match_part 1.000 93786 93856 match_part 1.000 95178 95305 match_part 1.000 95405 95860 match_77 match_part 1.000 93786 93856 match_part 1.000 95178 95305 match_part 1.000 95405 95836 match_78 match_part 1.000 93786 93856 match_part 1.000 95178 95305 match_part 0.995 95405 95776 match_79 match_part 1.000 95229 95305 match_part 1.000 95405 96211 match_80 match_part 1.000 95285 95305 match_part 0.999 95405 96172 match_81 match_part 0.997 95469 96260 match_82 match_part 0.992 95472 96116 match_83 match_part 1.000 95472 95970 match_84 match_part 0.997 95592 96283 match_85 match_part 1.000 95631 96325 match_86 match_part 0.999 95646 96325 match_87 match_part 1.000 95737 96260 match_88 match_part 0.996 95852 96325 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_89 match_part 0.990 14447 13846 match_90 match_part 0.971 15583 15131 match_91 match_part 0.996 42767 42056 match_part 0.706 41776 41760 match_92 match_part 0.996 42567 42054 match_93 match_part 1.000 43257 43154 match_part 0.998 42766 42150 match_94 match_part 0.982 43936 43826 match_part 1.000 43725 43624 match_part 1.000 43296 43154 match_part 0.983 42766 42195 match_95 match_part 0.990 43256 43154 match_part 0.991 42766 42325 match_96 match_part 0.986 43300 43154 match_part 1.000 42766 42564 match_97 match_part 0.987 44557 44407 match_part 1.000 44315 44160 match_part 1.000 44037 43826 match_part 1.000 43725 43709 match_98 match_part 1.000 47564 47154 match_part 1.000 46152 46038 match_99 match_part 0.991 47581 47154 match_100 match_part 0.987 55024 54948 match_part 1.000 54704 54567 match_part 0.980 53960 53911 match_part 1.000 53813 53607 match_101 match_part 0.988 55774 55615 match_part 1.000 55143 54948 match_part 1.000 54704 54591 match_102 match_part 1.000 78743 78566 match_part 1.000 77140 77039 match_part 1.000 76904 76749 match_part 1.000 76657 76443 match_part 1.000 76308 76280 match_103 match_part 1.000 78738 78566 match_part 1.000 77140 77039 match_part 1.000 76904 76749 match_part 1.000 76657 76518 match_104 match_part 1.000 78664 78566 match_part 0.990 77140 77039 match_part 0.987 76904 76749 match_part 1.000 76657 76577 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 90 202 exon 318 386 exon 3605 3963 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 6754 6756 exon 7042 7192 exon 8216 8304 exon 8395 8443 exon 9504 9604 exon 10229 10416 exon 10959 11076 exon 11621 11800 exon 11880 12002 exon 12076 12163 exon 12321 12451 exon 12528 12626 exon 12882 13506 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 3980 4002 exon 4143 4240 exon 4401 4789 exon 5541 5655 exon 5844 5945 exon 7042 7088 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 14447 13846 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 15583 15131 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 24015 24090 exon 25666 25702 exon 25825 26041 exon 26141 26299 exon 26390 26511 gene_7 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 26036 26041 exon 26146 26299 exon 26390 26509 exon 26600 26770 exon 26881 26980 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 29119 29213 exon 29761 30407 exon 30486 30649 exon 31263 31363 exon 31514 31653 exon 35517 35570 exon 36710 37061 gene_9 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 29121 29213 exon 29761 30407 exon 30486 30649 exon 31263 31363 exon 31514 31653 exon 35517 35570 exon 36714 36983 gene_10 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 34336 34969 gene_11 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 44557 44407 exon 44315 44160 exon 44037 43826 exon 43725 43624 exon 43296 43154 exon 42766 42054 gene_12 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 43300 43154 exon 42766 42054 gene_13 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 42767 42056 exon 41776 41760 gene_14 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 47581 47154 exon 46152 46038 gene_15 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 53163 53788 gene_16 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 55774 55615 exon 55143 54948 exon 54704 54567 exon 53960 53911 exon 53813 53607 gene_17 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 54783 55565 gene_18 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 57171 57554 gene_19 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 59874 60049 exon 60794 60905 exon 62008 62073 exon 62163 62360 exon 62449 62708 gene_20 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 71482 71590 exon 71749 71826 exon 71905 71941 gene_21 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 73477 73574 exon 73923 73973 exon 74276 74318 exon 74396 74537 exon 74617 74955 exon 75225 75479 exon 75556 75796 gene_22 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 78743 78566 exon 77140 77039 exon 76904 76749 exon 76657 76443 exon 76308 76280 gene_23 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 91737 92181 exon 92284 92393 exon 93537 93664 exon 93753 93856 exon 95178 95305 exon 95405 96325 AUGUSTUS_tom_cdna de novo gene_1 gene 1 169 357 transcript_1 transcript 169 357 CDS_1 CDS 169 202 CDS_2 CDS 318 357 stop_codon_1 stop_codon 355 357 gene_2 gene 1 3624 13262 transcript_2 transcript 3624 13262 start_codon_1 start_codon 3624 3626 CDS_3 CDS 3624 4002 CDS_4 CDS 4143 4240 CDS_5 CDS 4401 4789 CDS_6 CDS 5541 5655 CDS_7 CDS 5844 5945 CDS_8 CDS 7042 7192 CDS_9 CDS 8216 8304 CDS_10 CDS 8395 8443 CDS_11 CDS 9504 9604 CDS_12 CDS 10229 10416 CDS_13 CDS 10959 11076 CDS_14 CDS 11621 11800 CDS_15 CDS 11880 12002 CDS_16 CDS 12076 12163 CDS_17 CDS 12321 12451 CDS_18 CDS 12528 12626 CDS_19 CDS 12882 13262 stop_codon_2 stop_codon 13260 13262 gene_3 gene 1 24030 26713 transcript_3 transcript 24030 26713 start_codon_2 start_codon 24030 24032 CDS_20 CDS 24030 24090 CDS_21 CDS 25666 25702 CDS_22 CDS 25825 26041 CDS_23 CDS 26141 26299 CDS_24 CDS 26390 26509 CDS_25 CDS 26600 26713 stop_codon_3 stop_codon 26711 26713 gene_4 gene 2 29875 36802 transcript_4 transcript 29875 36726 start_codon_3 start_codon 29875 29877 CDS_26 CDS 29875 30407 CDS_27 CDS 30486 30649 CDS_28 CDS 31263 31407 CDS_29 CDS 31514 31653 CDS_30 CDS 35517 35570 CDS_31 CDS 36710 36726 stop_codon_4 stop_codon 36724 36726 transcript_5 transcript 29875 36802 start_codon_4 start_codon 29875 29877 CDS_32 CDS 29875 30407 CDS_33 CDS 30486 30649 CDS_34 CDS 31263 31407 CDS_35 CDS 31514 31653 CDS_36 CDS 35517 35570 CDS_37 CDS 36714 36802 stop_codon_5 stop_codon 36800 36802 gene_5 gene 1 41040 41672 transcript_6 transcript 41040 41672 start_codon_5 start_codon 41040 41042 CDS_38 CDS 41040 41405 CDS_39 CDS 41544 41672 stop_codon_6 stop_codon 41670 41672 gene_6 gene 1 59830 62476 transcript_7 transcript 59830 62476 start_codon_6 start_codon 59830 59832 CDS_40 CDS 59830 60049 CDS_41 CDS 60794 60905 CDS_42 CDS 62008 62073 CDS_43 CDS 62163 62360 CDS_44 CDS 62449 62476 stop_codon_7 stop_codon 62474 62476 gene_7 gene 1 62521 74415 transcript_8 transcript 62521 74415 start_codon_7 start_codon 62521 62523 CDS_45 CDS 62521 62609 CDS_46 CDS 65439 65571 CDS_47 CDS 65652 65741 CDS_48 CDS 67160 67324 CDS_49 CDS 71241 71590 CDS_50 CDS 71749 71826 CDS_51 CDS 71905 71919 CDS_52 CDS 73568 73574 CDS_53 CDS 73923 73973 CDS_54 CDS 74276 74318 CDS_55 CDS 74396 74415 stop_codon_8 stop_codon 74413 74415 gene_8 gene 1 74513 75971 transcript_9 transcript 74513 75971 start_codon_8 start_codon 74513 74515 CDS_56 CDS 74513 74537 CDS_57 CDS 74617 74955 CDS_58 CDS 75225 75479 CDS_59 CDS 75556 75689 CDS_60 CDS 75780 75971 stop_codon_9 stop_codon 75969 75971 gene_9 gene 1 81532 82278 transcript_10 transcript 81532 82278 start_codon_9 start_codon 81532 81534 CDS_61 CDS 81532 81583 CDS_62 CDS 81743 81768 CDS_63 CDS 81844 82075 CDS_64 CDS 82253 82278 stop_codon_10 stop_codon 82276 82278 gene_10 gene 1 92004 95953 transcript_11 transcript 92004 95953 start_codon_10 start_codon 92004 92006 CDS_65 CDS 92004 92181 CDS_66 CDS 92284 92393 CDS_67 CDS 93537 93664 CDS_68 CDS 93753 93856 CDS_69 CDS 95178 95305 CDS_70 CDS 95405 95953 stop_codon_11 stop_codon 95951 95953 AUGUSTUS_tom_cdna de novo gene_11 gene 1 15962 14107 transcript_12 transcript 15962 14107 stop_codon_12 stop_codon 14109 14107 CDS_71 CDS 14556 14107 CDS_72 CDS 15962 14640 start_codon_11 start_codon 15962 15960 gene_12 gene 1 47177 42348 transcript_13 transcript 47177 42348 stop_codon_13 stop_codon 42350 42348 CDS_73 CDS 42766 42348 CDS_74 CDS 43296 43154 CDS_75 CDS 43725 43624 CDS_76 CDS 44037 43826 CDS_77 CDS 44315 44160 CDS_78 CDS 44556 44407 CDS_79 CDS 45342 45283 CDS_80 CDS 46152 45724 CDS_81 CDS 47177 47154 start_codon_12 start_codon 47177 47175 gene_13 gene 1 57883 54613 transcript_14 transcript 57883 54613 stop_codon_14 stop_codon 54615 54613 CDS_82 CDS 54704 54613 CDS_83 CDS 55143 54948 CDS_84 CDS 55800 55615 CDS_85 CDS 57883 57170 start_codon_13 start_codon 57883 57881 gene_14 gene 1 78758 76150 transcript_15 transcript 78758 76150 stop_codon_15 stop_codon 76152 76150 CDS_86 CDS 76308 76150 CDS_87 CDS 76657 76443 CDS_88 CDS 76904 76749 CDS_89 CDS 77140 77039 CDS_90 CDS 78758 78566 start_codon_14 start_codon 78758 78756 AUGUSTUS_ab_initio de novo gene_1 gene 1 3624 13262 transcript_1 transcript 3624 13262 start_codon_1 start_codon 3624 3626 CDS_1 CDS 3624 3935 CDS_2 CDS 4401 4616 CDS_3 CDS 5844 5945 CDS_4 CDS 7042 7192 CDS_5 CDS 8216 8304 CDS_6 CDS 11880 12002 CDS_7 CDS 12882 13262 stop_codon_1 stop_codon 13260 13262 gene_2 gene 1 29806 41672 transcript_2 transcript 29806 41672 start_codon_2 start_codon 29806 29808 CDS_8 CDS 29806 30407 CDS_9 CDS 30486 30649 CDS_10 CDS 31263 31407 CDS_11 CDS 31514 31653 CDS_12 CDS 35517 35570 CDS_13 CDS 37942 38529 CDS_14 CDS 41020 41405 CDS_15 CDS 41544 41672 stop_codon_2 stop_codon 41670 41672 gene_3 gene 1 60805 75971 transcript_3 transcript 60805 75971 start_codon_3 start_codon 60805 60807 CDS_16 CDS 60805 60905 CDS_17 CDS 62008 62073 CDS_18 CDS 62163 62501 CDS_19 CDS 65439 65571 CDS_20 CDS 65652 65741 CDS_21 CDS 67160 67324 CDS_22 CDS 74276 74318 CDS_23 CDS 74617 74774 CDS_24 CDS 75495 75689 CDS_25 CDS 75780 75971 stop_codon_3 stop_codon 75969 75971 gene_4 gene 1 85019 95953 transcript_4 transcript 85019 95953 start_codon_4 start_codon 85019 85021 CDS_26 CDS 85019 85070 CDS_27 CDS 92284 92393 CDS_28 CDS 95153 95305 CDS_29 CDS 95405 95953 stop_codon_4 stop_codon 95951 95953 AUGUSTUS_ab_initio de novo gene_5 gene 1 15962 14107 transcript_5 transcript 15962 14107 stop_codon_5 stop_codon 14109 14107 CDS_30 CDS 14556 14107 CDS_31 CDS 15962 14640 start_codon_5 start_codon 15962 15960 gene_6 gene 1 57883 42348 transcript_6 transcript 57883 42348 stop_codon_6 stop_codon 42350 42348 CDS_32 CDS 42766 42348 CDS_33 CDS 43296 43154 CDS_34 CDS 44037 43826 CDS_35 CDS 44315 44160 CDS_36 CDS 44556 44407 CDS_37 CDS 45342 45283 CDS_38 CDS 46152 45724 CDS_39 CDS 53960 53911 CDS_40 CDS 55143 54948 CDS_41 CDS 55444 55391 CDS_42 CDS 55800 55615 CDS_43 CDS 57883 57170 start_codon_6 start_codon 57883 57881 gene_7 gene 1 76953 76150 transcript_7 transcript 76953 76150 stop_codon_7 stop_codon 76152 76150 CDS_44 CDS 76308 76150 CDS_45 CDS 76657 76443 CDS_46 CDS 76953 76749 start_codon_7 start_codon 76953 76951 AUGUSTUS_tom_ugs de novo gene_1 gene 1 3624 13262 transcript_1 transcript 3624 13262 start_codon_1 start_codon 3624 3626 CDS_1 CDS 3624 4002 CDS_2 CDS 4143 4240 CDS_3 CDS 4401 4789 CDS_4 CDS 5541 5655 CDS_5 CDS 5844 5945 CDS_6 CDS 7042 7192 CDS_7 CDS 8216 8304 CDS_8 CDS 8395 8443 CDS_9 CDS 9504 9604 CDS_10 CDS 10229 10416 CDS_11 CDS 10959 11076 CDS_12 CDS 11621 11800 CDS_13 CDS 11880 12002 CDS_14 CDS 12076 12163 CDS_15 CDS 12321 12451 CDS_16 CDS 12528 12626 CDS_17 CDS 12882 13262 stop_codon_1 stop_codon 13260 13262 gene_2 gene 1 24030 26713 transcript_2 transcript 24030 26713 start_codon_2 start_codon 24030 24032 CDS_18 CDS 24030 24090 CDS_19 CDS 25666 25702 CDS_20 CDS 25825 26041 CDS_21 CDS 26141 26299 CDS_22 CDS 26390 26509 CDS_23 CDS 26600 26713 stop_codon_2 stop_codon 26711 26713 gene_3 gene 1 29875 36726 transcript_3 transcript 29875 36726 start_codon_3 start_codon 29875 29877 CDS_24 CDS 29875 30407 CDS_25 CDS 30486 30649 CDS_26 CDS 31263 31407 CDS_27 CDS 31514 31653 CDS_28 CDS 35517 35570 CDS_29 CDS 36710 36726 stop_codon_3 stop_codon 36724 36726 gene_4 gene 1 41040 41672 transcript_4 transcript 41040 41672 start_codon_4 start_codon 41040 41042 CDS_30 CDS 41040 41405 CDS_31 CDS 41544 41672 stop_codon_4 stop_codon 41670 41672 gene_5 gene 1 60007 74415 transcript_5 transcript 60007 74415 start_codon_5 start_codon 60007 60009 CDS_32 CDS 60007 60049 CDS_33 CDS 60794 60905 CDS_34 CDS 62008 62073 CDS_35 CDS 62163 62360 CDS_36 CDS 65439 65571 CDS_37 CDS 65652 65741 CDS_38 CDS 67160 67324 CDS_39 CDS 71241 71590 CDS_40 CDS 71749 71826 CDS_41 CDS 71905 71919 CDS_42 CDS 73568 73574 CDS_43 CDS 73923 73973 CDS_44 CDS 74276 74318 CDS_45 CDS 74396 74415 stop_codon_5 stop_codon 74413 74415 gene_6 gene 1 74513 75971 transcript_6 transcript 74513 75971 start_codon_6 start_codon 74513 74515 CDS_46 CDS 74513 74537 CDS_47 CDS 74617 74955 CDS_48 CDS 75225 75479 CDS_49 CDS 75556 75689 CDS_50 CDS 75780 75971 stop_codon_6 stop_codon 75969 75971 gene_7 gene 1 81532 82278 transcript_7 transcript 81532 82278 start_codon_7 start_codon 81532 81534 CDS_51 CDS 81532 81583 CDS_52 CDS 81743 81768 CDS_53 CDS 81844 82075 CDS_54 CDS 82253 82278 stop_codon_7 stop_codon 82276 82278 gene_8 gene 1 85019 95953 transcript_8 transcript 85019 95953 start_codon_8 start_codon 85019 85021 CDS_55 CDS 85019 85070 CDS_56 CDS 92284 92393 CDS_57 CDS 93537 93664 CDS_58 CDS 93753 93856 CDS_59 CDS 95178 95305 CDS_60 CDS 95405 95953 stop_codon_8 stop_codon 95951 95953 AUGUSTUS_tom_ugs de novo gene_9 gene 1 15962 14107 transcript_9 transcript 15962 14107 stop_codon_9 stop_codon 14109 14107 CDS_61 CDS 14556 14107 CDS_62 CDS 15962 14640 start_codon_9 start_codon 15962 15960 gene_10 gene 1 47177 42348 transcript_10 transcript 47177 42348 stop_codon_10 stop_codon 42350 42348 CDS_63 CDS 42766 42348 CDS_64 CDS 43296 43154 CDS_65 CDS 43725 43624 CDS_66 CDS 44037 43826 CDS_67 CDS 44315 44160 CDS_68 CDS 44556 44407 CDS_69 CDS 45342 45283 CDS_70 CDS 46152 45724 CDS_71 CDS 47177 47154 start_codon_10 start_codon 47177 47175 gene_11 gene 1 57883 53778 transcript_11 transcript 57883 53778 stop_codon_11 stop_codon 53780 53778 CDS_72 CDS 53813 53778 CDS_73 CDS 53960 53911 CDS_74 CDS 55143 54948 CDS_75 CDS 55444 55391 CDS_76 CDS 55800 55615 CDS_77 CDS 57883 57170 start_codon_11 start_codon 57883 57881 gene_12 gene 1 78758 76150 transcript_12 transcript 78758 76150 stop_codon_12 stop_codon 76152 76150 CDS_78 CDS 76308 76150 CDS_79 CDS 76657 76443 CDS_80 CDS 76904 76749 CDS_81 CDS 77140 77039 CDS_82 CDS 78758 78566 start_codon_12 start_codon 78758 78756 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 90 202 match_part 1.000 318 386 match_part 1.000 3605 3963 match_2 match_part 0.957 3980 4002 match_part 1.000 4143 4240 match_part 1.000 4401 4789 match_part 1.000 5541 5655 match_part 1.000 5844 5945 match_part 1.000 7042 7088 match_3 match_part 1.000 6754 6756 match_part 1.000 7042 7192 match_part 1.000 8216 8304 match_part 1.000 8395 8443 match_part 0.990 9504 9604 match_part 0.979 10229 10416 match_part 1.000 10959 10989 match_4 match_part 0.968 9542 9604 match_part 1.000 10229 10416 match_part 1.000 10959 11076 match_part 1.000 11621 11800 match_part 1.000 11880 12002 match_part 1.000 12076 12163 match_part 1.000 12321 12451 match_part 1.000 12528 12626 match_part 0.998 12882 13506 match_5 match_part 1.000 24015 24090 match_part 1.000 25666 25702 match_part 0.995 25825 26041 match_part 1.000 26141 26299 match_part 1.000 26390 26509 match_part 1.000 26600 26770 match_part 1.000 26881 26980 match_6 match_part 1.000 29121 29213 match_part 1.000 29761 30407 match_part 0.994 30486 30649 match_part 1.000 31263 31363 match_part 1.000 31514 31653 match_part 1.000 35517 35570 match_part 0.983 36710 37061 match_7 match_part 0.997 34336 34969 match_8 match_part 1.000 71482 71590 match_part 0.987 71749 71826 match_part 0.973 71905 71941 match_9 match_part 0.980 73477 73574 match_part 1.000 73923 73973 match_part 1.000 74276 74318 match_part 1.000 74396 74537 match_part 0.994 74617 74955 match_part 0.988 75225 75479 match_part 1.000 75556 75796 match_10 match_part 1.000 91737 92181 match_part 1.000 92284 92393 match_part 1.000 93537 93664 match_part 1.000 93753 93856 match_part 1.000 95178 95305 match_part 1.000 95405 96325 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_11 match_part 0.990 14447 13846 match_12 match_part 0.971 15583 15131 match_13 match_part 0.987 44556 44407 match_part 1.000 44315 44160 match_part 0.991 44037 43826 match_part 1.000 43725 43624 match_part 1.000 43296 43154 match_part 1.000 42766 42056 match_part 0.706 41776 41760 match_14 match_part 0.998 47581 47154 match_part 1.000 46152 46038 match_15 match_part 0.992 55565 54948 match_part 1.000 54704 54567 match_part 0.980 53960 53911 match_part 0.994 53813 53163 match_16 match_part 0.984 57554 57171 match_17 match_part 1.000 78743 78566 match_part 1.000 77140 77039 match_part 1.000 76904 76749 match_part 1.000 76657 76443 match_part 1.000 76308 76280 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 90 202 exon 318 386 exon 3605 3963 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 6754 6756 exon 7042 7192 exon 8216 8304 exon 8395 8443 exon 9504 9604 exon 10229 10416 exon 10959 11076 exon 11621 11800 exon 11880 12002 exon 12076 12163 exon 12321 12451 exon 12528 12626 exon 12882 13506 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 3980 4002 exon 4143 4240 exon 4401 4789 exon 5541 5655 exon 5844 5945 exon 7042 7088 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 14447 13846 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 15583 15131 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 24015 24090 exon 25666 25702 exon 25825 26041 exon 26141 26299 exon 26390 26509 exon 26600 26770 exon 26881 26980 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 29121 29213 exon 29761 30407 exon 30486 30649 exon 31263 31363 exon 31514 31653 exon 35517 35570 exon 36710 37061 gene_8 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 34336 34969 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 44556 44407 exon 44315 44160 exon 44037 43826 exon 43725 43624 exon 43296 43154 exon 42766 42056 exon 41776 41760 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 47581 47154 exon 46152 46038 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 55565 54948 exon 54704 54567 exon 53960 53911 exon 53813 53163 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 57554 57171 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 71482 71590 exon 71749 71826 exon 71905 71941 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 73477 73574 exon 73923 73973 exon 74276 74318 exon 74396 74537 exon 74617 74955 exon 75225 75479 exon 75556 75796 gene_15 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 78743 78566 exon 77140 77039 exon 76904 76749 exon 76657 76443 exon 76308 76280 gene_16 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 91737 92181 exon 92284 92393 exon 93537 93664 exon 93753 93856 exon 95178 95305 exon 95405 96325 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.980 13998 14296 match_2 match_part 1.000 24015 24090 match_part 1.000 25666 25702 match_part 0.995 25825 26041 match_part 1.000 26141 26299 match_part 1.000 26390 26509 match_part 1.000 26600 26770 match_part 1.000 26881 26980 GenomeThreader_SGN_markers SGN marker sequences match_3 match_part 0.960 57863 57170 match_part 0.969 55800 55736 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 13998 14296 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 24015 24090 exon 25666 25702 exon 25825 26041 exon 26141 26299 exon 26390 26509 exon 26600 26770 exon 26881 26980 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C07HBa0102J11.1 type gene exon 57863 57170 exon 55800 55736 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 169 357 transcript_1 transcript 169 357 CDS_1 CDS 169 202 CDS_2 CDS 318 357 stop_codon_1 stop_codon 355 357 gene_2 gene 1 3624 13262 transcript_2 transcript 3624 13262 start_codon_1 start_codon 3624 3626 CDS_3 CDS 3624 4002 CDS_4 CDS 4143 4240 CDS_5 CDS 4401 4789 CDS_6 CDS 5541 5655 CDS_7 CDS 5844 5945 CDS_8 CDS 7042 7192 CDS_9 CDS 8216 8304 CDS_10 CDS 8395 8443 CDS_11 CDS 9504 9604 CDS_12 CDS 10229 10416 CDS_13 CDS 10959 11076 CDS_14 CDS 11621 11800 CDS_15 CDS 11880 12002 CDS_16 CDS 12076 12163 CDS_17 CDS 12321 12451 CDS_18 CDS 12528 12626 CDS_19 CDS 12882 13262 stop_codon_2 stop_codon 13260 13262 gene_3 gene 1 24030 26713 transcript_3 transcript 24030 26713 start_codon_2 start_codon 24030 24032 CDS_20 CDS 24030 24090 CDS_21 CDS 25666 25702 CDS_22 CDS 25825 26041 CDS_23 CDS 26141 26299 CDS_24 CDS 26390 26509 CDS_25 CDS 26600 26713 stop_codon_3 stop_codon 26711 26713 gene_4 gene 1 29875 31606 transcript_4 transcript 29875 31606 start_codon_3 start_codon 29875 29877 CDS_26 CDS 29875 30407 CDS_27 CDS 30486 30649 CDS_28 CDS 31263 31363 CDS_29 CDS 31514 31606 stop_codon_4 stop_codon 31604 31606 gene_5 gene 1 41040 41672 transcript_5 transcript 41040 41672 start_codon_4 start_codon 41040 41042 CDS_30 CDS 41040 41405 CDS_31 CDS 41544 41672 stop_codon_5 stop_codon 41670 41672 gene_6 gene 1 59830 62476 transcript_6 transcript 59830 62476 start_codon_5 start_codon 59830 59832 CDS_32 CDS 59830 60049 CDS_33 CDS 60794 60905 CDS_34 CDS 62008 62073 CDS_35 CDS 62163 62360 CDS_36 CDS 62449 62476 stop_codon_6 stop_codon 62474 62476 gene_7 gene 1 62521 74415 transcript_7 transcript 62521 74415 start_codon_6 start_codon 62521 62523 CDS_37 CDS 62521 62609 CDS_38 CDS 65439 65571 CDS_39 CDS 65652 65741 CDS_40 CDS 66990 67070 CDS_41 CDS 67160 67324 CDS_42 CDS 67877 68239 CDS_43 CDS 69244 69527 CDS_44 CDS 70382 70544 CDS_45 CDS 71241 71590 CDS_46 CDS 71749 71826 CDS_47 CDS 71905 71919 CDS_48 CDS 73568 73574 CDS_49 CDS 73923 73973 CDS_50 CDS 74276 74318 CDS_51 CDS 74396 74415 stop_codon_7 stop_codon 74413 74415 gene_8 gene 1 74513 75971 transcript_8 transcript 74513 75971 start_codon_7 start_codon 74513 74515 CDS_52 CDS 74513 74537 CDS_53 CDS 74617 74955 CDS_54 CDS 75225 75479 CDS_55 CDS 75556 75689 CDS_56 CDS 75780 75971 stop_codon_8 stop_codon 75969 75971 gene_9 gene 1 81532 82278 transcript_9 transcript 81532 82278 start_codon_8 start_codon 81532 81534 CDS_57 CDS 81532 81583 CDS_58 CDS 81743 81768 CDS_59 CDS 81844 82075 CDS_60 CDS 82253 82278 stop_codon_9 stop_codon 82276 82278 gene_10 gene 1 92004 95953 transcript_10 transcript 92004 95953 start_codon_9 start_codon 92004 92006 CDS_61 CDS 92004 92181 CDS_62 CDS 92284 92393 CDS_63 CDS 93537 93664 CDS_64 CDS 93753 93856 CDS_65 CDS 95178 95305 CDS_66 CDS 95405 95953 stop_codon_10 stop_codon 95951 95953 AUGUSTUS_tom_pot_cdna de novo gene_11 gene 1 15962 14107 transcript_11 transcript 15962 14107 stop_codon_11 stop_codon 14109 14107 CDS_67 CDS 14556 14107 CDS_68 CDS 15962 14640 start_codon_10 start_codon 15962 15960 gene_12 gene 1 17224 16226 transcript_12 transcript 17224 16226 stop_codon_12 stop_codon 16228 16226 CDS_69 CDS 16260 16226 CDS_70 CDS 17224 17047 start_codon_11 start_codon 17224 17222 gene_13 gene 1 47177 42348 transcript_13 transcript 47177 42348 stop_codon_13 stop_codon 42350 42348 CDS_71 CDS 42766 42348 CDS_72 CDS 43296 43154 CDS_73 CDS 43725 43624 CDS_74 CDS 44037 43826 CDS_75 CDS 44315 44160 CDS_76 CDS 44556 44407 CDS_77 CDS 45342 45283 CDS_78 CDS 46152 45724 CDS_79 CDS 47177 47154 start_codon_12 start_codon 47177 47175 gene_14 gene 1 57883 54613 transcript_14 transcript 57883 54613 stop_codon_14 stop_codon 54615 54613 CDS_80 CDS 54704 54613 CDS_81 CDS 55143 54948 CDS_82 CDS 55800 55615 CDS_83 CDS 57883 57170 start_codon_13 start_codon 57883 57881 gene_15 gene 1 78758 76150 transcript_15 transcript 78758 76150 stop_codon_15 stop_codon 76152 76150 CDS_84 CDS 76308 76150 CDS_85 CDS 76657 76443 CDS_86 CDS 76904 76749 CDS_87 CDS 77140 77039 CDS_88 CDS 78758 78566 start_codon_14 start_codon 78758 78756 gene_16 gene 1 101699 96242 transcript_16 transcript 101699 96242 stop_codon_16 stop_codon 96244 96242 CDS_89 CDS 96320 96242 CDS_90 CDS 101699 101612 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 61.2 75555 75944 match_2 match 91.3 75203 75478 match_3 match 114 4401 4790 match_4 match 57.0 75555 75950 match_5 match 80.9 75248 75478 match_6 match 57.0 75555 75950 match_7 match 80.9 75248 75478 match_8 match 51.6 75555 75944 match_9 match 95.1 75233 75478 match_10 match 54.7 75555 75941 match_11 match 97.8 75233 75478 match_12 match 53.9 75555 75953 match_13 match 98.6 75251 75478 match_14 match 60.5 75555 75944 match_15 match 90.9 75203 75478 match_16 match 62.0 75555 75944 match_17 match 91.3 75230 75478 match_18 match 56.2 75555 75953 match_19 match 80.5 75248 75490 match_20 match 65.1 75555 75953 match_21 match 76.3 75248 75487 match_22 match 59.3 75555 75953 match_23 match 77.0 75245 75487 match_24 match 55.5 75555 75953 match_25 match 78.6 75248 75490 match_26 match 38.5 75555 75941 match_27 match 102 75251 75478 match_28 match 59.7 11621 11797 match_29 match 68.2 11862 12002 match_30 match 57.8 12061 12162 match_31 match 207 4401 4790 match_32 match 196 4401 4787 match_33 match 527 40155 41660 match_34 match 161 71238 71585 match_35 match 336 95177 95950 match_36 match 66.6 93736 93861 match_37 match 75.9 93528 93665 match_38 match 64.7 75555 75953 match_39 match 99.8 75245 75478 match_40 match 54.3 75585 75932 match_41 match 92.4 75245 75478 match_42 match 55.8 75555 75950 match_43 match 89.4 75248 75478 match_44 match 122 4404 4790 match_45 match 50.1 75555 75689 match_46 match 110 75248 75478 match_47 match 54.3 75555 75956 match_48 match 80.1 75248 75478 match_49 match 65.9 75555 75950 match_50 match 83.6 75245 75478 match_51 match 53.5 75555 75944 match_52 match 94.7 75248 75478 match_53 match 45.1 75555 75944 match_54 match 98.2 75221 75499 match_55 match 48.9 75555 75944 match_56 match 100 75248 75499 match_57 match 48.1 75555 75944 match_58 match 97.8 75248 75478 match_59 match 48.1 75555 75944 match_60 match 97.8 75248 75478 match_61 match 79.3 75555 75944 match_62 match 123 75248 75478 match_63 match 58.5 75552 75953 match_64 match 89.4 75248 75469 match_65 match 67.8 75555 75998 match_66 match 95.5 75248 75478 match_67 match 57.8 75555 75950 match_68 match 79.3 75212 75478 match_69 match 57.8 75555 75950 match_70 match 79.3 75212 75478 match_71 match 47.4 75555 75947 match_72 match 90.9 75245 75478 match_73 match 123 75215 75478 match_74 match 49.7 75555 75947 match_75 match 86.3 75215 75478 match_76 match 47.0 75555 75959 match_77 match 89.0 75239 75478 match_78 match 45.1 75555 75947 match_79 match 90.5 75239 75478 match_80 match 53.9 75555 75947 match_81 match 87.4 75239 75478 match_82 match 58.5 75555 75941 match_83 match 79.0 75215 75478 match_84 match 49.7 75555 75956 match_85 match 97.4 75224 75478 match_86 match 48.1 75555 75956 match_87 match 97.8 75224 75478 match_88 match 132 62143 62358 match_89 match 52.8 75555 75944 match_90 match 88.2 75239 75478 match_91 match 70.1 75555 75953 match_92 match 102 75248 75478 match_93 match 60.8 75555 75941 match_94 match 102 75248 75499 match_95 match 58.2 75555 75941 match_96 match 97.8 75248 75499 match_97 match 58.9 75555 75944 match_98 match 92.0 75203 75478 match_99 match 58.9 75555 75944 match_100 match 92.0 75203 75478 match_101 match 58.9 75555 75944 match_102 match 92.0 75203 75478 match_103 match 117 4404 4790 match_104 match 59.3 75555 75944 match_105 match 96.3 75248 75478 match_106 match 56.2 75555 75944 match_107 match 82.8 75248 75478 match_108 match 130 29974 30591 match_109 match 48.5 75555 75944 match_110 match 100 75230 75478 match_111 match 127 4401 4790 match_112 match 127 4401 4790 match_113 match 49.3 75555 75965 match_114 match 96.7 75227 75478 match_115 match 60.5 75555 75962 match_116 match 75.1 75248 75478 match_117 match 117 4404 4790 match_118 match 38.5 75555 75944 match_119 match 98.2 75242 75478 match_120 match 45.4 75555 75944 match_121 match 93.6 75248 75478 match_122 match 48.1 75555 75947 match_123 match 90.9 75227 75478 match_124 match 67.4 75555 75998 match_125 match 103 75248 75478 match_126 match 51.2 75573 75944 match_127 match 99.8 75248 75478 match_128 match 60.8 75555 75953 match_129 match 99.4 75206 75478 match_130 match 64.7 75579 75953 match_131 match 94.4 75224 75478 match_132 match 42.0 75555 75686 match_133 match 96.3 75248 75478 match_134 match 71.6 75555 75941 match_135 match 91.3 75248 75478 match_136 match 49.3 75555 75950 match_137 match 86.7 75248 75478 match_138 match 339 95177 95950 match_139 match 76.3 93528 93665 match_140 match 71.2 93736 93861 match_141 match 339 95177 95950 match_142 match 76.3 93528 93665 match_143 match 71.2 93736 93861 match_144 match 112 81841 82080 match_145 match 115 85542 85781 match_146 match 123 75555 75959 match_147 match 169 74616 74957 match_148 match 157 75239 75487 match_149 match 167 71238 71585 match_150 match 121 12882 13247 match_151 match 67.0 12061 12177 match_152 match 86.3 11621 11797 match_153 match 86.3 12299 12451 match_154 match 85.5 11868 12002 match_155 match 66.6 12525 12626 match_156 match 122 10229 10414 match_157 match 276 4401 4790 match_158 match 54.3 75555 75962 match_159 match 90.5 75248 75478 match_160 match 54.7 75555 75953 match_161 match 80.5 75248 75487 match_162 match 54.7 75555 75953 match_163 match 80.5 75248 75487 match_164 match 54.7 75555 75953 match_165 match 104 75215 75478 match_166 match 56.6 75555 75950 match_167 match 103 75245 75478 match_168 match 56.2 75555 75953 match_169 match 78.2 75248 75478 match_170 match 56.2 75555 75953 match_171 match 78.2 75248 75478 match_172 match 64.7 75555 75944 match_173 match 94.7 75248 75478 match_174 match 64.7 75555 75944 match_175 match 92.0 75248 75478 match_176 match 42.7 75555 75947 match_177 match 92.4 75215 75478 match_178 match 126 4401 4790 match_179 match 54.7 75555 75950 match_180 match 96.3 75248 75499 match_181 match 52.8 75555 75944 match_182 match 102 75221 75478 match_183 match 58.2 75579 75953 match_184 match 76.6 75245 75502 match_185 match 43.9 75555 75941 match_186 match 109 75239 75478 match_187 match 57.8 75555 75950 match_188 match 85.9 75233 75478 match_189 match 45.8 75555 75959 match_190 match 88.2 75215 75478 match_191 match 57.8 75555 75956 match_192 match 80.1 75248 75478 match_193 match 58.5 75555 75950 match_194 match 81.6 75248 75478 match_195 match 63.2 75555 75941 match_196 match 103 75218 75478 match_197 match 142 95177 95896 match_198 match 142 95177 95896 match_199 match 72.8 75555 75944 match_200 match 122 75248 75478 match_201 match 53.5 75555 75944 match_202 match 88.2 75248 75478 match_203 match 465 40128 41399 match_204 match 465 40128 41399 match_205 match 54.7 75555 75968 match_206 match 84.0 75245 75478 match_207 match 54.7 75555 75968 match_208 match 84.0 75245 75478 match_209 match 54.7 75555 75968 match_210 match 84.0 75245 75478 match_211 match 54.3 75555 75695 match_212 match 84.0 75245 75478 match_213 match 38.9 75555 75968 match_214 match 97.1 75248 75478 match_215 match 52.8 75555 75953 match_216 match 94.4 75239 75478 match_217 match 57.4 75555 75941 match_218 match 86.7 75248 75478 match_219 match 62.0 75555 75959 match_220 match 97.4 75248 75493 match_221 match 69.3 75555 75950 match_222 match 102 75248 75478 match_223 match 50.4 75555 75944 match_224 match 89.7 75239 75478 match_225 match 288 37962 38840 match_226 match 287 37962 38825 match_227 match 244 29908 30591 match_228 match 218 25826 26707 match_229 match 54.7 75555 75950 match_230 match 83.6 75245 75478 match_231 match 63.9 75555 75944 match_232 match 94.0 75203 75478 match_233 match 120 75215 75478 match_234 match 60.1 75555 75953 match_235 match 79.0 75248 75478 match_236 match 61.2 75555 75956 match_237 match 89.7 75239 75478 match_238 match 44.3 75555 75947 match_239 match 90.1 75215 75478 match_240 match 66.6 75555 75953 match_241 match 98.6 75212 75478 match_242 match 51.2 75555 75941 match_243 match 89.4 75239 75478 match_244 match 59.7 75555 75944 match_245 match 101 75221 75478 match_246 match 59.7 75555 75944 match_247 match 101 75221 75478 match_248 match 93.2 75230 75478 match_249 match 52.0 75555 75689 match_250 match 45.1 75555 75947 match_251 match 90.1 75215 75490 match_252 match 47.0 75555 75947 match_253 match 88.6 75212 75478 match_254 match 74.3 75555 75950 match_255 match 96.7 75248 75478 match_256 match 55.8 75555 75944 match_257 match 94.0 75203 75478 match_258 match 58.2 75555 75950 match_259 match 78.2 75248 75478 match_260 match 58.2 75555 75950 match_261 match 78.2 75248 75478 match_262 match 58.2 75555 75950 match_263 match 78.2 75248 75478 match_264 match 84.0 75212 75478 match_265 match 55.1 75555 75695 match_266 match 45.8 75555 75941 match_267 match 89.7 75215 75478 match_268 match 65.1 75555 75953 match_269 match 95.5 75248 75499 match_270 match 50.8 75555 75944 match_271 match 89.0 75203 75478 match_272 match 50.4 75555 75941 match_273 match 84.0 75239 75478 match_274 match 58.2 75555 75941 match_275 match 84.0 75239 75478 match_276 match 55.1 75555 75941 match_277 match 82.8 75239 75478 match_278 match 52.4 75555 75941 match_279 match 88.6 75248 75478 match_280 match 63.2 75555 75941 match_281 match 84.7 75248 75478 match_282 match 130 4401 4790 match_283 match 50.8 75555 75968 match_284 match 97.4 75239 75478 match_285 match 70.9 75555 75953 match_286 match 93.2 75248 75478 match_287 match 50.1 75555 75941 match_288 match 89.4 75239 75478 match_289 match 59.3 11621 11797 match_290 match 51.6 12061 12162 match_291 match 77.4 11862 12002 match_292 match 215 4404 4790 match_293 match 58.9 12525 12626 match_294 match 76.3 12320 12451 match_295 match 63.2 75555 75950 match_296 match 90.5 75245 75478 match_297 match 53.1 75555 75953 match_298 match 106 75224 75478 match_299 match 55.1 75555 75944 match_300 match 96.7 75221 75478 match_301 match 39.7 75585 75950 match_302 match 98.2 75245 75478 match_303 match 45.4 75555 75944 match_304 match 103 75212 75478 match_305 match 68.6 75555 75944 match_306 match 100 75248 75478 match_307 match 117 75215 75478 match_308 match 54.7 75555 75953 match_309 match 80.5 75254 75499 match_310 match 57.4 75555 75953 match_311 match 106 75215 75478 match_312 match 52.8 75555 75950 match_313 match 90.9 75230 75478 match_314 match 58.9 75555 75941 match_315 match 86.3 75248 75490 match_316 match 45.8 75555 75929 match_317 match 112 75215 75478 match_318 match 60.8 75555 75950 match_319 match 111 75212 75478 match_320 match 65.9 75555 75944 match_321 match 97.8 75233 75478 match_322 match 52.8 75555 75950 match_323 match 88.6 75239 75478 match_324 match 57.8 75555 75944 match_325 match 100 75221 75478 match_326 match 58.9 75555 75944 match_327 match 90.9 75224 75478 match_328 match 58.9 75555 75944 match_329 match 90.9 75224 75478 match_330 match 52.8 75555 75941 match_331 match 93.6 75239 75478 match_332 match 50.1 75555 75962 match_333 match 97.1 75203 75478 match_334 match 52.0 75555 75953 match_335 match 104 75239 75478 match_336 match 100 75203 75478 match_337 match 49.7 75555 75692 match_338 match 52.4 75555 75944 match_339 match 95.5 75248 75478 match_340 match 48.5 75555 75950 match_341 match 97.8 75242 75478 match_342 match 50.4 75555 75947 match_343 match 93.6 75215 75478 match_344 match 63.5 75555 75950 match_345 match 96.7 75248 75478 match_346 match 66.6 75555 75941 match_347 match 95.5 75248 75478 match_348 match 54.7 75555 75950 match_349 match 99.8 75221 75490 match_350 match 56.6 75555 75950 match_351 match 93.6 75221 75490 match_352 match 54.7 75555 75965 match_353 match 97.4 75248 75478 match_354 match 41.6 75555 75692 match_355 match 101 75248 75478 match_356 match 56.2 75555 75953 match_357 match 78.6 75248 75499 match_358 match 51.6 75555 75944 match_359 match 86.7 75239 75478 match_360 match 56.6 75555 75950 match_361 match 102 75215 75499 match_362 match 59.3 75555 75953 match_363 match 93.6 75218 75478 match_364 match 47.0 75555 75929 match_365 match 112 75248 75478 match_366 match 82.8 75555 75947 match_367 match 114 75245 75478 match_368 match 65.5 75555 75944 match_369 match 98.6 75233 75478 match_370 match 60.1 75555 75941 match_371 match 98.6 75248 75478 match_372 match 64.3 75555 75944 match_373 match 95.1 75245 75478 match_374 match 73.6 75555 75950 match_375 match 97.1 75248 75478 match_376 match 65.1 75555 75953 match_377 match 101 75215 75478 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_378 match 132 46095 45733 match_379 match 61.2 45643 45542 match_380 match 127 46095 45733 match_381 match 63.2 45643 45536 match_382 match 127 46095 45733 match_383 match 63.2 45643 45536 match_384 match 134 46107 45733 match_385 match 65.1 45643 45536 match_386 match 134 46107 45733 match_387 match 65.1 45643 45536 match_388 match 182 106094 105666 match_389 match 248 57826 57170 match_390 match 248 57826 57170 match_391 match 35.4 43727 43623 match_392 match 67.4 44417 44160 match_393 match 107 44037 43828 match_394 match 226 46143 45748 match_395 match 92.8 45643 45503 match_396 match 35.4 43727 43623 match_397 match 67.4 44417 44160 match_398 match 107 44037 43828 match_399 match 226 46143 45748 match_400 match 92.8 45643 45503 match_401 match 906 16211 14637 match_402 match 264 14556 14116 match_403 match 141 44559 43828 match_404 match 55.1 43727 43623 match_405 match 252 46161 45745 match_406 match 97.8 45643 45503 match_407 match 76.6 76926 76741 match_408 match 111 76658 76434 match_409 match 132 46107 45733 match_410 match 65.1 45643 45536 match_411 match 132 46107 45733 match_412 match 65.1 45643 45536 match_413 match 250 15077 14637 match_414 match 259 14556 14116 match_415 match 136 106079 105666 match_416 match 39.7 43727 43623 match_417 match 109 44037 43828 match_418 match 224 46137 45748 match_419 match 92.8 45643 45503 match_420 match 137 106115 105666 match_421 match 927 16214 14637 match_422 match 276 14556 14116 match_423 match 26.2 43727 43623 match_424 match 107 44037 43828 match_425 match 65.9 44318 44160 match_426 match 84.7 45643 45503 match_427 match 216 46143 45745 match_428 match 90.5 44556 44401 match_429 match 26.2 43727 43623 match_430 match 107 44037 43828 match_431 match 65.9 44318 44160 match_432 match 84.7 45643 45503 match_433 match 216 46143 45745 match_434 match 90.5 44556 44401 match_435 match 26.2 43727 43623 match_436 match 107 44037 43828 match_437 match 65.9 44318 44160 match_438 match 84.7 45643 45503 match_439 match 216 46143 45745 match_440 match 90.5 44556 44401 match_441 match 26.2 43727 43623 match_442 match 107 44037 43828 match_443 match 65.9 44318 44160 match_444 match 84.7 45643 45503 match_445 match 216 46143 45745 match_446 match 90.5 44556 44401 match_447 match 137 46107 45733 match_448 match 64.3 45643 45536 match_449 match 147 106094 105666 match_450 match 71.6 44411 44160 match_451 match 56.6 43727 43623 match_452 match 119 44037 43828 match_453 match 232 46155 45745 match_454 match 100 45643 45503 match_455 match 132 46086 45733 match_456 match 67.0 45643 45539 match_457 match 129 46086 45733 match_458 match 53.9 45643 45524 match_459 match 126 106094 105666 match_460 match 121 106094 105666 match_461 match 121 106094 105666 match_462 match 187 106094 105666 match_463 match 150 107241 106831 match_464 match 137 107238 106831 match_465 match 177 106094 105666 match_466 match 148 107238 106831 match_467 match 194 106094 105666 match_468 match 145 107238 106831 match_469 match 179 106094 105666 match_470 match 176 106094 105666 match_471 match 149 107235 106831 match_472 match 172 106094 105666 match_473 match 153 107238 106831 match_474 match 181 106094 105666 match_475 match 155 107235 106831 match_476 match 178 106094 105666 match_477 match 152 107235 106831 match_478 match 65.5 44315 44133 match_479 match 119 44037 43828 match_480 match 65.9 43727 43623 match_481 match 100 44559 44401 match_482 match 98.2 45643 45503 match_483 match 243 46140 45745 match_484 match 917 16214 14637 match_485 match 269 14556 14116 match_486 match 64.7 44408 44160 match_487 match 40.4 43727 43623 match_488 match 111 44037 43828 match_489 match 88.2 45643 45503 match_490 match 229 46143 45745 match_491 match 64.7 44408 44160 match_492 match 40.4 43727 43623 match_493 match 111 44037 43828 match_494 match 88.2 45643 45503 match_495 match 99.0 45906 45745 match_496 match 132 46086 45745 match_497 match 65.1 45643 45542 match_498 match 131 46086 45733 match_499 match 59.7 45643 45542 match_500 match 142 46095 45733 match_501 match 60.5 45643 45542 match_502 match 53.9 44315 44151 match_503 match 97.4 44556 44401 match_504 match 125 106094 105666 match_505 match 137 46107 45733 match_506 match 63.9 45643 45542 match_507 match 67.8 44417 44142 match_508 match 34.7 43727 43623 match_509 match 115 44037 43828 match_510 match 234 46155 45745 match_511 match 95.5 45643 45503 match_512 match 139 106094 105690 match_513 match 142 106094 105690 match_514 match 130 106088 105666 match_515 match 139 106094 105666 match_516 match 114 16190 15279 match_517 match 114 16190 15279