C01HBa0092H13.2 TTCTGCAAGTCCACAACTAAAATCACATTGCCAGGGGGTACCCCCAAAACACAAATCCAA ACAACAGATACAAAATAGCATTGCCTAAAATCAAAATTGAGAGGATTGTACAGCAATACT TCGATCATCAGTAATAACCCCCCCTTACCTTTTTCGACAAACAAAGAAACAGGAACTACC ACTTCACTTAACTGCAAGACCTATGAAGACAATAGTGCTTCGATTTTTGCTATTTGATCT TCTTCATTTTTCGGAGTTGGATTCTTGTTTGCCTCATCATAAAGATCGTGTTTCCACTTT TCAACCACCTTACTTGGATTAGGTCCTTGCCTTGAACTGAATCTGTCTCTCCCCCTGTGA TCACTATTGCCATGGTACCTGTCTCTTGATGGAAATTTGCCCCTCCATGTTTGACCCCTG TTTGCATACCTCTCACCAGTAAATGGTCTCTCATATCTACTAGGATGGCGTGACATGTGG TCAGTTCTTTCATTCTTTCTTCCGCCATCTACTTCAGGGTGAGAAGGATTAGGCTTAACA AGCTCCGTCACAGCTTTCTCAAGTTTTTCAGTATCCACTGGAATCTTTTCCTCCCTAAAT GACCTTTTCTTCACAGGTGGTTTAGGATTTTCCTTTACTTCAAAGTACCTGTCATGGCGC CAAACATCATTTTGCCTGCCTGAAACTTTGCTCTTCTCGTCATTCATCTGCTTATCATTT GTTGTGGCTCTGTTCGATGTCTCTTTCGCATCTTTCCACCATCCTCGCTCTTCAGGGGGA AACAAAAGATAGTAACTAAATCTTGAACACTAAATACACAGGTCATAATATGCAGGTAGG AAATACTGTTTTCTTCTCTAGATATGTTTCGCTGACTTAGGTCTCAAGCATTTTCTACTT CTCAAAACTTAAGAGCATCATATGTTATACATAGTAGAATAAGTATCTAACATACTTGCA CCGAAAAGTGTAGTCTAACGACCAATGAAGTTGATGCGAGCATTGGAGACTGGGGTTTGA GTCCTCTTACTTGAGGAATTACATGGTACCTATGCTGGCCCGGTGTAATAGTTGAGGTGC ACACAAGTTGGCCCATATACCAGCATTAGCAAGGAAAAAAGCTAGATAATGTACTAATAA CAAGTTGGCCTAGGCACCAAGCAAATAAAAGGAGGGTTCTCTCATTACAGACAGATTCTG ATCACAGGTAAGTCAAGTTAGACGTCACACATTGGTCTGATGCTTGCTTTTGCTACTCAG GAAAGAAAAATGGCAGGTTCTCATCAAAATGCAAGAATAATATGTGGAAACTCACCAGTT GCTGCCTTATGCCTGAAGCTTCTATCAACTTGCCCAGCACTACCACGCTCATCGTGCTGT TATAAGATATGCACAGGCAAGTCTAACATGGTTATATACATGGATCTACTTGGAAGTCAA CGGGCTGAACAAGAATCCCACAACATCAGCCACAATATAAGAAAAAAGAGTACATTAACT TAAATCAATGCACTTGTTCGTGGAAAATCTATTCTCGTCTACTGAAATTCAAAAATCTGA AATTTATTTATTCATTTTCTGACAATTAGAACCTAAAATTTATTCAAATAAAAAAAAATT CATTTGTTCTCTTGCTAAGTTGAATTCCATTCTCATCCCTCCCCACTAATTAACAGTAAT GTTATCCTAATTGTGCACATGAATGAATAAAGGAACTATCATCAAGTATATTCGCATGCT TCAATAAAGTAGAAACAAACTCCTCCAAAGAGCCAGGTCACCAAAATTTTATCACAACAG TAATCAAAGGCATAATCTAACACAAACTGACACAAGAAGCAAATGAAGTTAGTGTACACA ACACGGAAACCTGAAAAAATGAGGTAGAATGAGGTATTACTGATGGATTTGTAGAGTGTT TGGATGATCGATGGCGAGAACCTTCATTGAGATCAGAAGACTCTTTGATCCCATCATCTT TAACTGCTACATTCTCAGATGGTTTCCTTGGAGTTCTTTCTGACTTCGAATCTTGCACTG ACGGAGCATCAAGAGGCACATCATCTTGCAGACGGCGATGGTGTTTTAAATCCCGTTCTG AATTGTTTTCACTATCTAAATTGTGTGTGGTAGGTGGTCTCTCAGTTTCTTGTCTACTTT GTCTCCTTGATCTCTTTGGACTAGAAAGAACAAACATGATACAGAATATTAGCACACGAT TTGTATACGCAAAATCCACATCATTTACAAATTGAGTAATTCCAAATGAAGCAAAAGGTG TGCAATAAACAGAATTCCAATTTCACAAGACACAATTTACTGTTTCCAGTTGTGAAGCGG TTGAAGACACAACTCTTTAACTCTCAAAAGCAAAAATGGTTTCTTCTGTTACTCCAGTAC TTTTTAATATAACAACCCGTTCATTTATGTCGAAAAAGCTTAAAATCTCGAAGACCAAAT GGTTCTTTCATTCTCACCCCACTATTTTTCCTCCTCTCAGCAGTACTCGTATAAATTCAG TCCTACAGAAACCCCAAATTCACGTAACCAATTTTCATTTTAACGCCGATACAGAAAAGA AAAACAGAAAAACTTCACAGACCCGAGAAATCCTAAAAGTTCAAGATTACAAAGTCCCGC CAACTGTTCCTTTTTCCTCGGCTCTTCAAATAATGAATTTTAATCGAACCCTAAATCATT CGAAAGCTATTAAAAAATTCCCAATTATTTCAAGAAAATATAATCGATTACCTGGGTTCT TGATCGAACCGGGAACGGTGACGTTTCGAGTCGGAATCGCGACCCTCTCGACGAGACGAC ATTAGGGTAAATCGGAGAAGATAACTTGGCTAAAGGTGGGACTCATAAATGGTGATGACG GTATGTAAACCAGATATTCGGGTCGAGGATACAGTATGGGCCCAATATTAGTGGGCCTTA AGACTTGTGCGAAATAGGCTCTTTCAATGTCACCATTCAAGTTTTAACCTCTTTAAGAAA AAATATTTGCAAAAATAACCTTCTGGCCTCCATGAGGTACGTAAAATTTTAACGATGGAC ACAACTTGTTTTGGCATCAAGAATCGATAAAATTCCCAGATTAATTTGACTAATCGCCAG ATCTTTGTCATAAATCTAGACGAAAATCAAATTGATGGACGAAACCAGGAATTTATGGCC AAATTTTGATGAATTATTATTGTTTTGATTGTAAATAAATCACCAGAAATGAAAATCCTA ATCAATCTTGTATATAAATTTCACCAACACGTTTTTTGCTTCAAAATTAGTCCATAGAAT AACTCCACATTTGACACATGTTCCTCTAATATTATCCCAACAATTTACAATAGTTAGATT TAACATAAACCTTCAAACATCAACACTCATTTTGTCTTTTTCAATAAGTTTTTTAAAAGT TTAACAGACACAATAATGGTGATAAGCAATGAATCTTTAATTTTCTACATTACATATTTC AGTGCTTTCTAATTGTAATTATGTGCCCATAATTTTGATTTATTTAAAGATGAATAAGGG CTAAAAAATTTCTAGCGTGCGTCTAAAATTATTAATGTTTGTTAACAAGGCCAAAAGTTA AACAGTATTACAAGAGGTTACTGAAAATAAATTTCACTATTTTAAGGCATGCTAGATGGC TTAATGTTTTTTAAAACTATGAGATAAAGATAGTTATAATTAATTGTCATATACAAAATC AGACAAGCAACTTGATATAACATACTTAGAACGTGAAATAATTCTTTATATGGTTGAAAA TAAATCTGATATAAAATAATGGTAGATGAACTTAAAGTATGTACTTGTTTACGAAGATGT TCTTTGAAAACCAAACTCGAAATTAATTATTTCAAAAACTATTTCCAAAATAAAATTCAA ACACCATTTTGGTTCATTAACTAAGGAGAGTAGGAAGGGAAAAAAAATAATAATCAGTCC ATATATGATATCAAACATATACTTAAAGTATATTTAGTGTACGTAGCCAAACAACAGAGT TAAAGTCGAGGTCGTTGAAGGATTGAAGTAAAATCAACTCTTTGGTTTAAATCTGGTGCA CCACTTTACAAGAAGATGTTCAATGTCTGCATCCATTCGAGTTCCTACGCCTCCCCAGAC TAACATGTGACCAACATCTCCAAGTGATTCACCACTAACTTGGTGAACTGTCTTGAAGCC AATCCTTGTGTAGAATTTCACAAGCTGTTACAATCAAAGAGAAATATCCAATTTGTAATC AGAATCCACTCTTCTACTCGAATTAGAAAGTAAAAATCAGTAGGTGTGAATGCTTGCAGT AGAAAAGCCTATTGTCTAGTGATAAGAGTGCACATGTTACATATTTGAACTGTGTCTCAG ACGAAAGGCTTTGGTAGCAAAGTGAAAAAAAGGGGAATTAACTCCCATCCTCCTCTTGTT GACATAATGGAGCCGGAGTTCCAATTAACAACAAGAGAAATTGCAATCCAAAAACAGGGC ATGATAATTAACCCAGAAGGAGGGAAAATTGAAGAATAACCTTGGTGTGGTAAAGCTCAG TATCATAAATGGCGAGCAATTCAGCTTTTTTACAACCAGAGTCATAACCATGCCTAATTG CGACTGCTCCAATAAACAATCCAATCCCAAATATTGATTTTTCCATCCCCAGAGTCTCTC TCTGAAGTCTGATTGAGTCTAAATGTAGAATTTTACCTTGAAACCAAACCCTTATCAAAC CCTCAGCTTTTCCAAGGTCTCTTTGGGTTTTTATGCTCTTCGCTGTGATTCTGAAAAAGG GCCCTAATGTTTTCAGCTGAAGATCAAGATTTTGGGATCTCGATGCCTCCATGATTTCTG ACATGGTCGGAAAGTTATCCTCAGAATTTATACTGTTTGTTCTTGTTTTTTGGTCACTCT GAGATGAACTACTGGAGAGTGAAATACGAGAGATGAGGGATTTTGGATGTTTTGTAGATG TTGGTATTCTTGGATGAGGGAATTGAGTTATGGTGTTTCTGATAGAAATTGGGCATTTTG TGCAAGGATATGAACTCATTGTTGTGGAATTTTGAGGATATGAAATTGTGGAATGCCTCA CAAAGTAGACATTTTATTTACTCTTTTTATTTCAACATTGCTATCTTTGCAGTTTATCGA TCACATAATTGTCCATTCATTCATTCATGTGGACTCATGTCTTCCAAATAATCATAATAC TATAAACTAATGAACTTTTACCAATCATATATGCATCATAAAAAAAAACCAATTAATCAC TCGTATCATTTCATTTAATAAAAAAACAAATAAGCCCCTTCCCAAAGCTAAACATCTTGT TTTAATACATACAAGATTTCAATAGATTATATTATTTATAATGAGCACTAGTAATCTAAA GAATAAATACACAATTTTCCAACAAGATAGAGAGAGTTGTTATACAAAACCGTAGTTATT AAAAATTAACAATCAAAACATTGTATTTAAAGTAACAATACAATAGATAACAACCATTCA AACAAGGTGAAAGTTAACCATAACACTGGTTGCAGCGTTTTACTATATACAATTATACAG TTATATACAAAGAATACATGGATAAAGAAATAGACCGCATCCTCCCCACACTGGATATGT TGTGTTGTACATGGAAAAAGAAAATTTTATTATTATCTTCTGAATAAATAGAGTTTCACT ATGTTATGCCTTTCAAAAATTCTGGTTCGTTTTAACAAAGAATGCATCAATTGGTACATA TTTGCTAGCAGTTGGAGAGGGTTTCTGTTTCTTTTTCTGCCGACTGCTGCTTCCAGTATG GCCTCTCTGAGCAGCCCTAGCAAAAAATTAGAAAGAATAGGATGACACCACCAGTACTGA TACAATGGCATTAAACTAGATGAGGAAATATATTCATGTATCATCAAGACCATGAAGTAG AAGGTACCTCTGTTGTGGCATAAAACTTCTGTGGTGGTTACCTGATTCTTCACCTTGCAA CTTTTCAGCAAGATGAAAATCAGAATGTTCTTGCCTTTCTTCAATGAAACTAGGAGGCAG TTCAATACCACAAATAGAGCATTTGTAGTCGTCCACCCAAAGAAATAATTGCTTCTGATT TGATGCAGACCCTGCTTCATCATTCGCGCAGTTAACACCAACTTCCCATCTATCACAGCT GCTTGCCTCCAATTGTCTCACATAAGAATCGACCTTATCAGACTCTATTGTATGATCAGT ATCGGTTGGTTCATGAACCTGAATACAATGACATTGACAATTAGAAAGCTTAGTATTTGA ATCATTTAACTTTCTTTGGTCATATAGATGCACTTTAGCTTTTTAGTGAGAAAAACATAT ACCTTAGGTTGAGGTTCACTACTTTGAGGTACAAGAGTTTCATTCAATTCTTCATTAATG TTCCCTATTGCATGGCAACTGTAAGTAGAATCTGATGCCTGGTTCTCCATTGAAGAGACA CGCAGATCACAAGATGTCTCGGGGCAGTAGGTAGGACAACAATTCTCATCAACTGAGAAA GTATTATCACAAACATTAGAGACCAAGGGCCTGTAATCACTTGTCTTTCCTCCAGAAGCA TCTCCAGAAAAAATGAAACTAGAAAGAGTTTTTTGTGTAGGATCAGGTGGAATCCCGTTC TTGTCTTCACTGAAATGAGACATTCGAAGACCTGATAGAAAAGTTCAACTGCTTAGTCAA AATGCCTCATGCTGGAAATTTGCAGTCAAATAAAACAACATCAAAATAGGTAATGGCAAC AGCTGAACATGTCATTTCCAGCTCAGGGAAGACAATAATATTAATGGTGTTTGGATTCTG TTTTAGGCCTTTTGATGCCCCCAAAGCACATTCATAAATCCATAATTAACCAATGAATGA AATTAAAAGTTACAGAAACATGGTGGCAAGTGAGTGGGACAGCATTGAAAACTGATAGAA GCACAATTATAAAAATTTAAAACCCCTCCACTGTTGTAAAAGAGGGCAAAGTCCCCTCAT ACAAATCAAAATAAGACCTATAAAACAGCAAATCCAAATAGCCTAAGGAACTAATAAAAT CTATGAATTGTTCTCTATATTTGCTTCTTCTTTTGCACTGCCTGATAATGTAAACCTTCT TCAGAAAAATTATAGGCTTTCGAACGTTTTATTCATTAGTAGCTGTAACCTCTCCTTCAA TCCGATAGCAGCCTCAGAAAGATTAGGAGAAAATAAATTTTGCAAACTTCAAGCTACACA TTGCTACCAAATTTCAATTGATATCATGAATTTTTCAAACCAAATAAAAATATTAACACA TCAAATTCCAGGTCCCCCTTTCACTCATCATCTGCAGTTATTAAGCAGAAGGAAAGAAGA TGACTCCGCTAAGATGTAAAAGCAGACAATATTTGATCAACAGCTTATAATCTTTTTTAA AAATTAAAAAATTAAAAAATTGAAGTGTATTGTGGTATATAAATCAGTACATGATTTCAA CCACATGTGAATTTAAGTATTTTGAGGCACATATTTTATGCTTTTCTCCACAAACACAAT CATCTTAATATTCCCCCACACAAAAAAAAACAATAACAGCTTATTTATAGCACTGAGCAA TATAGAGAAGGGAAACCACACAAGACAACCATATTTTCTAAAAGGAACTGAACAATGTTT AAGTACCCACCCATGAGCCTCAAAGAAACAGGAAATTCGGCCTTAAGCAGCTTTGAAGCA TGTTTCAAGATTTCCTCACTGGAACTTATGTAACTTGGCAAAGTCACCGCTCGAGATCGA ATCTGGAGACCTTGACTATATCAGCTAATGTTATATAGAAATAACCTAAATCTATGTAGT AAAAGTCACTAAAGCAAAATGTTGGAAGTACCTCAAAGGATGCGGTCTTCAGTTTTAGTG TCAATGTTCGCCCAAAAAGACCTTCCTTTATCATATCAGCAGAAAGCATTTCTGATAGAT CAACTGCAAGCCAAAGTTAGTAAAATTAACTTGGTTTCAGGGTAAATTATTTCTGGGCTT CCAGCAGAAGGAAAATTTCTCCATACTCAAAAATCTAAAGGGGGGGGGGGGGGGGAGAGA AGGGACATATGCATTGGTCATGCAATCTGAAACCCTGCAGTAACTAAAACCATACCTAAT TTTTGAAAAAGCAAAGCTTCGTCGCTAGTGGCTGAAAATGTTCTTTCGTTACTTATACTC TTTCTCATCCTATATTGAGGAGTATCGGTTCCACCAAGCCCTAGACCTACGGAAAGGAAA AAGTCTGCAACAAAAAGGCAACTGATATGTTGTCAATATACAGAAGAATCCATCAAGGGG AAAATTCAGGACACAAGCAGTGACCACTTCAGTTGATCAAATTTGAAGAAAACCTCTCAA ACACAAAGAACATCATATTATACAGCTCAAATCGAGATTGAACTTTCTAGGTTGTGTTCT TGTCAGATTAAGGGGTAATAAAGAGATCGATTGTATCATTATCAAACCTGCTGAAGAACG AGAAAACAGGCCACAAAGGGAACTACTCTTTTGCAGCATCTCCTCACAGGTTGCTATTCC AAAGACATCCTTTAAGATACGTTCAGTGACCTTACCAATGCCCCCAATCTGTACATAGTT TCCTGAATGTCAGATTATAGACCTACATCCTAAAATGTAAAAGCAAAAGTGAACTGCCCA ATTTGAATGAAGATACTTCACAAACCAGAGAGCCTAAACAATACAGCTACTCTCTGTACC TTCCTTATTGGAAGTGAAGAAATAAATGTCACAACAGCACTTCGATCATTTGGCAAAACA AACTGGCCGTTTGGTTTGTTGATATCTGAACAAACCTGTGAGACGGAATAAAGAAGCTAT TATTCGAAAATCCACATTTGATACAAAAAAGTGTGAATAGCTGAATGTGTCTAATTAGTT GGGTTTCCAATCCATCTTCTATCATGCTTTTCCAAAATTATGATGCAATCTTTCCCTATT TTGGTGAGGCATACCTAGAAATGAGTTTGGATAATCCTCCTAGATCAATGCAGAAACTAA TGCATCCTGTAGAAGCCTCGAAAAGATTCTATGTAGAAAGCACGACAAAGAACTAAAATA AATTATTTTCATTTTCAATACCTTAGCAAGTAAGCGGTTTGGTGCAACTCCAGCACTGCA CGTTAGACCTGTCTCAAGGTGTACACTTTCTCTAAGCTCTTTAGCTACCTTAAAGGAGTG GAACAACCAAAAAATGGAGGATCACAAGACACAAACAAAGTCAAAGGAAAGAAAAAACAA GGATAGATAAGATTTGGGAGGAAATTTTGATGGAATAGAATTTAATGTAGACTTACTTCT CCACTCGTAATGCCACTCTCTTTGCAAACACTAGTAATATCTAGGTATGCCTCATCCAAG CTGGCAGCCAAAAAGTTCGGATCATATTTCTGAAAAACTATGAGAAGGTGGATTAACAAT CCAAATAATTAGGCACATACCGATCAAAAACAACTAAGTCCATAGAATTACAGTATGCAA CCTTTTCTTGTTAAGTTGCTGTAATGATTATATTTCTGAAAGTCTACAGGGACAAATAAC AACTCTGGACATAGTTTACGTGCAATGAATCCAGGCATCGCAGCTCGAACACCAAATTTC CGGGCCTATAAAGCATAAGTACATGTTATTCAGAAAAAGGGAAAAGGGATACAAAGAAAC AACATACTTTACAGAAATAGGAATCTGAAAGCTAAATTATAAATGAGCTAAACATGAATA TCCACCAGCAACATCTGTGCAGAAAGCATCTCTGATTAATCGGAATGTCAAACCTCATAG TTCGCTGTGGAAAGCATGGACATGCTGCCAACAGCCATAGGCCTGCCTTTCAATGAAGGA TTACACAAGGTTTCAACAGCTGCATAAAAAGCATCCATATCCACATGTAGCCAGATCCTT GACAAATCACGTGTGGCTTCTAGCTCTAAAATCCTTTTGTCAGCAATCTGGAAAAGAAAA GGAAAGAAGCTAACTTAATATATAAATTCAATGAAAAGTTTGGTTATGCAGTTAGAGCCA GACTGCATTCCAACAGAGAACCATCGGTAGATATAGCTTACGCTATGGGTTTATACTAGA TTTGAACCCATAACTGTAACAATACATAGAATTCAACAATAAAAATCTTAAAAGTTGAAG CCATAACAATTTAAAACCTGGATCCACCTCTATTCCCACCCCAGCCCATCTCAGATCCCA ACTGACCAAAAAACTAGTTGAGTCTGTTCTTCTGACAGTTGAAATTCATAATTGCACACT TAGTATATCCTCATAGAGCAGCAGCCAACTGATCCTAGACTTTAAAAAAAAATCCTTACA CGCATCACAAAGAAGCACAACATTTTTTTATCATAAATACTCAATCAAAAACACTTGGTC ATCCACAAACACATCAATTCATGCATGCAGAGAACACAGATAGACAGAAATGGGCAATTA GGTTCCTGACATGACACATTTGAAACATAACCATTTTCCTAATTGACATTAAAAAGAATT ACCTTCTGATGATGAGATATATCTTGTGCAGTGAGTTTGGAGTACTGAATACGCATGTTC TCGATTTTCTGCTTCGTATAAGCTTCCTTCTTTTCCTCATTCTCAAAATACTTGGACCCT TTACTCATTTCATACACTATCCTCTGTACTTTTTCCTTGTCCACTCCTTCCATTCCTACA ATTTCGATCATCAATCACTAAAACCTCGTATAGAAAAACATTTTAAACTTTGAGAAAAAT TGATCCGAAACCAATTTAAACAAGTTAGGTCAACTAATCAACTCATTTTACATTCAATCG ATTGGAAACAATTTCATTCTGAACTGATCATTTACACTTCAAACAGATGATTGAAGCAAT TAATTGTAATAAAACAATTGGAAATACCTAAATATAAAAAAAATACTAGAAAGTAAAAAT TACCTGCTTTGGCATTGGTGAAGACTGTGTGATAAGATTCCCATGGGCGAGAAGAGGACG GATCTTCGCTCCCAACTGAAGCTTCGCTCTTCGCCATGGATTGAGTTGCTTCGACAAGAA GATGAAGTTTTCACCTAAAAGGGAAAGACCGCGGCTTTTGATTTTGTCTCAATTTGATAA ATATTTTACGCGCCACCTCTTTAGTTTTTTAAATCATATTTTGCACACTTAAGTTTTTGA GTTTCACAGATTTCACCCCCGTACTTATTTCCCGGTAACAGAGGTCCAAAACTTTGCTTA ATGATTCATTTCTCGCCATTGCTTTAAACAAACAATTTTGTACCTCAAAATAATTTATAA AGACAATATGTATTCTACTCGAATGTGATGACGAATTTTTAACCAAACTAAGTCATTATA TAAAATAATTTACCAAAGTAATATATTTTTCTAAAATTTTACAAAATTAGTATAAACGTA TTTCACGGTAACGTTTTAGGGTATATTTTATTTTTAAAAAACTAATAGCATTAGGTTGAT ATACGTTATTGTAAATAACGTTTTACTTTTAAAACGTTATTTTCAGTAATGTTTTACTCC TAAAACGTTACTATGAGTAACGTTTTACTTTTAAAACGTTATTGTGAGTAACGTATATCT ATCTGACGCTATCAACTTTTAAAAAATAAAATATATCCTAAAACATTACTGTGGAATACG TTTATACTAGTTTTGTAAAATTTTATAAAAACATATTATTTTGGTGAATTGCTTTATATA ATGACTTAGTTTGGTTAAAACCTCATGAATAAACTTTTTCCAAATACGACTAAATAATGT AGATATTATTTATCATTGACGTATTATAATCAGTATAAAAAAGGGAAATTGCACAGACTC ATGAAAAATTGGATATTATATAATAAAAGGATTATTGTATATAATAGCAAACTAATAACC TAAATTAAATGGAATAGCTACGGTTTGATTTAATTGTGCTCCATAGCAAACATTAGCTAA AATTTGTCAGTGTCTCTCTCCCAAAAATCTCGCTCGCCACTGTCCATTCTCGCTCGCCTC TCTCGCTTTATACACAGAAGTGTATAATTTTGTTTCTGTTTTGTATAAAGCGAGAGAAAA TTGTATATACACATGCAAAAATGTATATCTTCGTGTTATACAATTTACAAACATTTTACT TCAAATATTGCAGAGGAAAAGGCCAACAAATTCTACAATTGTGAATTATACAATTACAGT TTTATACAACAGAAGTGTATATATTGTGTTTTTGTTTTTGTATAAAGCGAGAAAAACATA TATCTTTTTGCTATACACTTATAATTATGCAATATACATACATTTTAATTCGATTCAACT GTATGCAAAACAAATTATACAATTGCAGCGAAATAGGTCAGCGAATTATACAATTTAGGC TAGCGAATTATACAATTTAGGCCAACGAATTATACAATTATATATGTATAGCAAATTATA CAGTTTTATGTTTTGCTATGAAGCGCAATTATGCAAAATTTGTTATAGCATACAAATATG AATTTTTTATTTGCTATATATGAAAGTTGCCCTATAATAAATAAGTGATTAATAAATCCT AAATGTTTGATAGCAATAATATTTTGGACAAAGTTGAGTTGAAAAACAGGTCCTAATCCA GGCCATCCATTTAATTTAATTTGTGGTATGAGTTAACCATTAAGTTTTATATACTATGCA AAAAGTAATCGCTGCTTCTTATTGTGGTCAATCAAATGAAACAAGTGTGCTTGTGTATAA GGGAAAGAGAATTGTTCAAAAAGGGACAAAACCCAAAGTCATATTTTTTATGTTCATTTG TCAAAATCCACGTTAATGCAAGTTAAGGCAAAAAAAATTTAGCAACTTATTAAGAGATCG GAGTCAAAAGGGCAATTTTTTTTTTTTAAAAAATAGCATATCAAAATTATTTTTAACCAA AAGAGCAAAATTGTTTCATCATGAACGATTTTCTTCTGACAAAATTAAGATCGGTACAAC ATTAAAAAAATTGAAATCACTGCTCCAACAACATTTTTATTGAATTGCTTATATTTTTAA AAAAACTGGAATCGCTGCTCCAGCAGCGATTTCCTGATTACATTGGTCTGCTTCCAATAT GGAAAATTCTTTTTGATGTTCAAATAAAAATTGATTTACTTTCTAATGTAACTAACCACA CCAAATATTTTTTCTAACAAATCAATTTTTTTAAAAGAAAGAATTGATAAAATCGTTGCT ATAAGCAGCGATTTCAACATTTGATATTTTTAATAAAAAGTCAGCGATTTTAGTTTAAAA AAATAAATTCGATAAAATCGCTATTGAGACAGCGATTTTAATTGAACAGAGCAATTTTGT CCTTTTGATTAAAAATAATTTTGATATGTTGTTTGATTTTTTGAAAAAAAAAAAGTTATC CTTTTAATTCCGGATTCAACTTACTAATGCGGACTCAAAGAACTTCTAAACATTGTCACT CAAATATTTCCATTAGAATGATAACATACGAGATTTAATTTGTAATCTTAAAAATAAGAT ATGTTTATGTCATAATGGATAAAAGATGATCTAGTAATATATTTTATATGTAAATAGCGT ATATAATTTAAATTCAGAAAATCTTTATAAGTAATCATAACGAGGGAAAAAATGTATTAA ACTGAATAGAAATTACAAACAGCACTCAAACTATGCATTAAAACATGATACTATTGTTAT TTTTATGATATTCAGACCAACTTACGGCGCACCTCATTTTACCCTACCATCGAATAACTT TAAGATTACTCCATTATTATGATATTAGTATCTTAATGTTTTAAAATAGCAAAAACTAGA CAATGACATTTACCATCAAATTCAAGTTGAAGGATAACCGTGTTTTCACATATAATTAAA TTTAATTACATGCCCTTGATAGACCGCATTTGCATGCATGTGACCCAAACAATGAACAAG TTTTGTTTATTTCCTTAATTTCCACAAGTAATTAAGAATTATTAACAGTCAATTACTCTA ATATTTGAATTTAGCAGAAGAATCAAACGTCGTCTTGAAATTGTTTAATTCGTGTCAAAC ATAGTATTGACTCAGAATCTTTAAATACTAATGATACAATTAGCTAGCTGTACTAAATAA TTTTTACCTATTAATTTGATAGTATACTTAATACATACCAAACTTTGCAGGTTTTACCTA TAAATATGCATGCATTGATTATAGCTTAGTCCAACAACTCGCAATAATAATCCCTACAAT TTTTTTTATAAAACAACGCATGCATGGAAACTGTGAAGATGGAACATTTTTTACCTTGGC TGGTGATTTTTTTTCTTGTTTGTTGTTCAGGTTCGTAATTAAGCCTAGCCTTGTTGATAA TTAAACATTATTTCAAAACCTTTTATATGAATTATATATATCAACTTTCTCATTTTTTTA GGGGTTGAAGTTTGTGGTGAAGACTATGACTATAGTTTCACATCTGAGGTAAAACGCTTT CCCACCCTAGGCAGTAATATTTTATTTATAAACCTGGAAGATTTTTTGAATTCTGGAATT TCTAAATATACGATTTCAAATTACATACACCAATAGTATAAATATTTTTATACTAATTAA GTGTAATTTAACTTCTTGTAATAATATTGACGCAAAAAAAAAAATTGTTGTAATAGGTGA CTCGCTCGATTGTGTTTTACAAATATTAATACAAAATTACCATGCATATGCTTCCAGTGT TTAGCAGATCCCCTTAGTGCTCAATACAACGGAGGAATAGTTGTGAATCCAAACTTCAAT GAGGGACTCAATGGCTGGAGAAAATCTGGATTTGCAAATATAGCCACTAGGATGTCCAAT AATACAAATAACACTTTCATTGTGGCTACTAACAGAAAAGGACCCCTTCATGGTTTTACC CAAAAATATTTCTTGAAAAAAGATACTTACTACGTCACTTCAGGTACTATGATATAATTT TTACTTACTCAATAAATTTTAATCCGCTCATTTGACACTCGTATAATTTGCAGCTTGGGT GCAAGTGAGCCATGCAGATGGAATAATAGACGCTCATGTGGCTCTAGCAGTCAGAGGACC ACTTGGAATTCAACGTACTGGATGGGCTATTGCTCGTTCTGGCTGCTGGTCTATGCTAAA AGGTGGCTTAATAATACTAACTACTTCAGCTCATGTGGACTTATATCTTGAGGTGAGTTA TTTTTTACCTTTTATATTCAAAAAAAAAGAGATGTAATACACAAACGTGCGTTTTAACTT AATATTAGTTAACATCTAATACCGTCCATCTTTGAGCGTGTACAGTTAAACTTGCAATAA ATTGTTTGAACAAGCAATGTATGATTCTTATTTCCTAGTTATACTAAATTCAACTTTGTT TAATTATTTTCACTTGTATTTATTTCTAGGCCAACAATACAGCTATTGAGTTATGGGCAG ATAGCATATCAGTAAAACCATTTTCCCAAGAGGAATGGAAATTTCATCAACATCAAAGTA CAGAGAAGGTAAATGACTCGAGTAAAATTTTATTTACTGTGGGTTGGATCTAGCTTAAAA GTCATGAATTCACATAAATCAATTACTTTGTTTCAAATTCTGTATATGTATTTACAAAAA TCTGTAATAATAACACGTTGCAGATACGTAAAGCTAAAGTGAAAATCCAAGCAGTGGATT CTCATGGCCAACCATTACCAAACGCAACGGTCTCCCTGGCACAACAAAAGAACAATTTCC CATTTGGCAATGCAATAAGCCAACATATCCTCAACAATAAAGCCTATCAAGATTGGTTTA CATCACGATTCAAGTACACGGTTTTCGAGAATGAAATGAAATGGTATGCCAACGAGAAAA TCCAGGGCAAACAGGACTACAACATGGCGGATGCCATGCTTAGTCTTGTCCAAAAACATA ACATTCAAGTCCGCGGCCACAACATTTTCTGGAACAACCTCCTGAACATGCCCTCGTGGA CGCGTTCTCTTTCACCAGCACAGCTCGCTGCAGCTGCATCGAGAAGGATAAATTCGGTGA TGAATCAATACTTAGGCCAACTTATGCACTGGGATGTTGTGAACGAAAACGTCCATTTTT CATTTTTAGAGAACATACTGGGGAAAAATGCGTCTGCTGTTTATTACAAGAAGGCTAATG AAATCGATAGCAGGGCTATTCCATTCTTGAATGATTTCAATACAATTGAACATGGATTTG ATGGAACTTCAAATCCAGCAAAGTACTTGGAAAAAATTCGAGATCTTCGATCCCACGGTT ATAATGGACCGTTGGGAATTGGGGTGCAGGGGCATTTTGTCAAACCAAATTTACCTTATA TAAGATCTTCTCTTGATATGCTTGCTTCAGCTGGATTACCAATTTGGATCACTGAGTTAG ATGTTGCAAACACCACCAATCAGGTAATTTTCAAGTCTTTTGCATAATTTCACTGTTTAC GATTTTCAACCGATACTGATTATACATTTATTACAGGCCAAATACATAAACAGATCTCTA AAGTTGTTGGTAGTTTTCCCTCAAGTATCTTAACTATGCTATTTTCCTATTGAATCATTC AACCCCCGTATATAATTTGTTTCTTTGAAATACTGTTGGCTGATGTAGGACCAAATTTAA CGAGAGGTATTGATAGAGGATACATATGTTGTTCCAAAACTCATTAGTCCAATTGACAGT GAAAATATTTGAAAATAATTGTGTTGTCATTTGAACACGTTAGGAAAAAAGAGACTAACA CATAGTTTGTCTTCATTCGTGCAATCAAAATCATTACTATACAAACACAACTGAAGACAT TTACAACAGAAAAGTCAATCAAAATCAGCCAACGGTGTTTAAAAGGAACAAATTATGAGT GGTTCAATTATTCAATAGGAAAATGACGTAGTTGAAATACCTGAGGAGAAAAACCCAACA AATTTAGAAATTTGTTTATGAGTTTGGCCTATTTTATTTTTTTTGATAACAACTGTAAAA GATTTGGCCTATATTATATTGACATGAATTATACATAATAATTTGTAATTTGTTTTTGTG AATAAAATTCAGTAATCATACATGAAATTAATCTTTAAAATTGGACAGGAGGTATATTTG GAAGAAATCATAAGGGAGGTTCATGCACATCCAGGATTGAAAGGAATAATGATATGGGCA CCATGGGGTCCTAAAGGATGTTATAGAATGTGTTTGACTGATAATAATTTCAAGAATTTG GCTACTGGAGATATTGTTGATAAGATTATTAAAGAATGGAGTCATCAAGGTTTTTCTGGT ACTACTAATGAAAATGGCATTATTGAAACTTCACTTTTTCATGGAGAATATCAAGTTGAA ATCAATCATCATGAAAAACAAACATATGCCTTGATGACTCAGAAACTTAAAGTGGAAGCA CAAAAGGATGAAACAAAGGAAAATTCACATTACACAATTTTTGTTTGACACTATTTACTC TAAATTAAGTATTGATTTTGGTTCTAATAGATAAATTTAATTTGATATTGGCGTAATGGT GTGTGCGCAATAAATTTCTAGTTAAGCAGATTTTTATCTTTAATTGTTTTATATATGCTT TTTTGAATCCTTCTACCTGAATTTTCATAAAACGTAATGAATTATCATTGTGTTATATTA AATTTATATTGTTATATCTTATTTGATATTTTCTCGTATAAAGGGGTCCAAAAAATATAT ATTTTAATTAATTGAAAGTTAAATACGCACATCTAAACAACCAAATTAGATTCTTTTAAA AAAAAATTATAATGATATTATGATTATTGTGTAACTTATAGTTTTACAAAATAAAACTTT GTTGCTTTAAAATGGTATCTAATACGCATATATGAGTGTTACGTTGGTGAGAAATTTCAC TATAACTTAGCGAAATTGTTTTATAAATCCACACTCACAAGTTATTAATGCATAATTATA CTTAGGAATTTAATTTGATCAAATACAATGTAACTAAAAAAGTTTTCCCTTTTTTCTTTT TTAATTATAAACAAAAAATTGGGATCAATTTAAAATAGAGTAAACACTTATGTCGTGAGC TAAAAAGAGGTCTGATTTGGAATTTAAATTTTCAAAAAAATGAAAAAAAATTATGGCTAA GGTTGTAGAACTTAATATAGATATACCTTAAGGCTTAAACAATCAAATTCCATTTATTAT TTTGATTCAGAAAAATATTTAGGTTTGTCCATTTCCTCAAGAGTTGGAATCACGATAATA ATTAGTAATTGGTCAAAATTTAAAGACATACATGTACACAAATTAACTAATCTTAAAATA TACCTTAATAAGACTTAAAAATCTTTGACTTTGAATCCCCCAAAAAAGTAAAAAAAATAA TTGATTTTCATTCGCAATCAATTGTATTTAAGCCTAATAAACTAGTTAGTTTGAAAATAT TTGACTTACAATTACCGAAAGGGAAATATAGTTGATTCAAATACTTCATCAATTTAAGCC TTGTGAACTCTTACACACTATAAATAATACTGAAGTTGAACACTTATGCATATCATTACT TGCATTTTAACACCATCTCAAGGTAAATGTAATTTATTAGTAATTCTTAGTTCCCAATAA GGAGAGGAACAGTACAAGGAATTTATTTACTCAACTAATGTTTACATCAAAATTTTCCCT ATCATTTATTTGTGATTTATATAATTGTTAGATTTAGATATTAAATTACACTAATTTTCT CCTCATAGTAATTATCTATTTGTAAATGCAGACTATTTTGCTGTGGATATCATGAAAATA CAAGTTCTAGTTCTAGTGTCATATTATTTACTGCTTGCTTCAATAGGTTTGTATCTCCTC CTTTTTTCCATTTAAGTCTGTTTGGTACGAAGAAAAATAGTTTCGAAGTTTTTATACATT TTTTATGACATATGTTACTTTATGACTCGATTGTTATATGATTGGCAGGTTTTGAAGTTT ATGCGAAGGACTATGACTACAGTTATACGGCCGAGGTATATATATAATTTTTTTTCTGCT TTAAGCCATTTACAAGAATAGAAAAATTTACTTAAATATATTGTCTCGTTGATTAGCTAA CTAATTACTGATCATTTGTCATGATCTTTTTATTTATGTATGTAGTGTTTAGAAAGCCCT CTTAAACCTCAATATAATGGAGGAATAGTGGTAAATCCAGAATTTAATGACGGATTAACT GGATGGACCCTTTCCGGGGATGCTAAAATTGAACACAACGTTGCAAATGATGGAAATAAA TTCATCGTCGCCTCAAAGAGAAAAGGACCATATCATGGTTTCTCACAAGAGTTTCAATTG GAAAAAGACAAGTTCTATGTGATTTCTGGTACTACTCTCAACAATTATAAGCGTGAATTG TATATACATATCTTATATATTCGTCTGATTAATTTTTAGTTCAAGTATTGATGAATGACA AACGAGATATATTTAATCTCTAGGATGGGTACAAGTGAATCATGGCGATGATGCCAATGT AGCAGTTATATTCAAGACGCAAAGTGGTTATCAACATGCTGCTTGGGGGATTGCTAAATG TGGTTGTTGGTCTATGTTTAAGGGTGGTTTAGTTGTCAATGCATCTGGTCCTGCTCAACT CTATTTTGAGGTAAAAAAAGAAATTAGTTATCGATATCATTAATCATATTTATAATAATA AACTTGATTACATGAATATCGTTAATTAGTTATTCTCCATCTTTTCTTTTTCCTAGACCA ATAATACGGAAATTGACATATGGGTAGACAGTATTTCAGTACAATCATTTAGCCAAGAAG AGTGGACGTCTCATCAAACTCAAACCATTGAAAAGGTACAAAATTGAACTTTGAAAAGTT TACAACTCTATGCTCTTCTTCACTTTATATATTTGTTCGATTTCATTTCTTGTAATATTA CGTAGGTACGCAAAAGCAAAGTGGCAATTCAATCAGTGGACTCGCAAGGCAAGGCTTTAC CTAATGCGACAATCTCTTTGATACAAGGAAGAGCCAATTTCCCATTTGGTTGTGCAATCA ACAAAAACATTCTCAACAACAATGCTTATCAAAATTGGTTCTTCTCGAGATTCAAGTACA CGGTATTTGAAGATGAAATGAAATGGTACAGTAATGAAAATACTCAAGGCAAAGTAGACT ACTCAACTTCTGATGCAATGGTCAATTTATGCAAGAGCAAAGGTGTTAGTATCCGAGGCC AAAGTGTTCTTTGGGACGACCAAAAATTTCAGCCAAATTGGGTCCCTGCATTGTCTCCAC AACAACTCTCTGTTGCTGCTGGAAAAAGGGTTGCATCCGTTGTTAGGAAATATAAAGGCC AACTTCTTCATTGGGATGTTATGAATGAAAATCTTCACTTCAAATTCTTCGAGAGTAAAC TTGGTCCAAGTGCATCTGCTACCTTTTATCATCTGGCTTCACAATTTGATAACAAAACAC CTCTGTTTTTGAACGATTATAATACCATAGAAGTGCCAAGTGACGGACAATCATCACCAG CTAATTATCTTAATATGATAAAACAAGTGAGAACAGGAGGATACACAGGCACTCTTGGAA TTGGATTAGAAGGACATTTTGGCGCTCCGTCCATACCTTATATCAGGGCCGGACTCGATA CACTAGCTTCTGCAAAATTGCCCATGTGGATCACTGAGTTGGATGTTAGACCAGAGCAAA ATCAGGTAAATTGATTAAATTACGTCAATGAATACACAATATATATATTACATAATAGTT GGTAACAGTTTTTTTCCCCTTTTGGCAGGCACAAGTGTTAGATCAAGTTATAAAGGAGAT AGTTGGACACCCAGCAGTTCAAGGATTAATAATTTGGTCAGCATGGAAACCAAAAGGATG TTTCAGAATGTGTTTAACTGATAACAATTTCAAAAATCTACCCACTGGTGATGTTGTGGA CAAAGCTCGTGCAACTTTATCACATGAGGGTTTGATTGGGACTACAAATGCCGAGGGTTA TTTCGAGACTTCATTATTCCATGGAGATTATAAACCCATTATTACTCATACTTCCATGCC TGATTCGTTCTTTCACCATAATTTGACAGTTACGCCCACAGCTGAAAGTGATGAGAAATT ATTACAAAGTTACCGCTGCATAAGACTATAAAAGACCATAGGGAGTATATGTATAGTAAA TCTATAAATAATCTTATGAATACAAAAGTTGAATGAAAGAACAACTCTTTTTTTTATTAT TATCAACATGTTAACGCAAACATATTTTGAGATGCCTTACATAATATTTTCTAAAATAAG TACTTCATTTATTAGTTATATATAGCTCTGATTGGAAAAATTACCTAAATGAAATTATGT AAGAGTGTGGTGTGTTATATTGATCATTGTTTTGCCTATCTCGACTCAGTACTTCAGGTA TTTGAGGTTAGTTATATATATAGTATATTTTAGCACTCTTTTCAATAAAAGTATAAATAA TTTTTTGAACAAATTGTGATGGCTAACTAGTTTGTCCTAATTCAACTTGTTTAATCATTT TCACTTTTTTTTCTTTTATATAGTATAGGCCAACAATACATCTAGCCAAATAGCCATCGA GTTATGGCCTATGGGCATTACAAGATATCAGTAAAACCATTTCCTCAAGAAGCTAAAAGT GAAAGATTCGTCAAATATCAAAGCATACAAAGGTAAAAAAATAGAAATATATATCTTTGA TACAAGATCCTTTTCTATTGCTAAATAAAATAATTGGTTTACAATTACATCACGATTAAG AACGAAATGAAATTGTATCATTAAGTCAAAATAACTTTTAAATTTTTTATGTAGTGTTCG AATAAATAAAAAATATATATTTATTTTAAATTAAAGAGACAAAAATAATTCAATAATCAA AAGTTATAAGTCTATACAGACAGAATCCCAACCTCTGAGTCATAAGTTATAATGTCATTC AAAATTTTAATAGGCTCTAACCTGTTTGTTTAGACTTTTATAGAATAGGGTATTTGAAAC AATTTATTATGTAGCAAAAATATATTTTGACAATGATATTCAAGATTTAAGAGGTGATCA CCTCATAAAAAGATAATCATTGCTAACAAATATATGATATTCCGCATTTACTAACATATT TAAATTCACCTTATAATATAAAACATTTTAATAGTTTTAAATTCTATTATCAAAAAATAA ATATTCAAACGTAACATCTTATCCAATTAATTCCATAATCGTCCTCATATCTAATTGATT CCTTTATCTGTTATCTAATCAATTCCCTAATCTTTAATAATTTCCATACGAAAAACTAAT TTAAAATATATTTTTATAGAATTAGTTCTAGTACTCGTGCGCTCGATATAATTAAATTTA ATCTAATCATAACAAATTTTATGAATTAAAGTAGCAAACATGTTTCGATATTTTATAGAT TAAGGTATTTGGAATAATTCATTATGTCGCAAAAGTATATTTTGGCAATGATATTCAAAA TTTAAAAGGTGATGTGGCCTGATAAAAGATAAAATTATTCTTAACAAATATGTAATATTT CGCATTAGCTAAAATATTCAAATTCACCTTATGAAACATTTAAATAGTTTTAAATCCAGT TACCAAGTATAAAATATTCAAACGTAACATCTTATCCAGTTAATTTCCCAATCCCCCTCA TATCTAATTGATTCCTTTATCTATTATCTAATTAATGCCCTATTCTTTAGTGTTTTCCAT ACAAGTTACTAATTTAAAATATTTTTTTATAGAATTAGTCTAGCGTGCGGCCGATATAAA TAAATTTAAATATTTAATCCTAACAAATTTTATGAATTAAAGTAGCAAAAATGTTTAGAT ACTTCATAGAATAAGGCATTTGAAATAACTCACTGTCTAGCAAAAATATATTTTAGCAAT GATTTTGAATTTCAGAAATACTATCACCTAAATAAGAAGAATATCATTTTTAAACAAAAT ATTCGAACTCATTCTCTTATCTAATTAAATTCCTATTCTTCCTCCTATCGAGTTAATTCC TCATTTTATTATATCTAATCAATTCCCTAATCCTTGTTTGATTTGCCTAAAATATTTTCC GTTTTTGTCATTCAAATTAATTTTAAGCCTAGTTTTACACTATAAATAGTGTTGATGTTG AACATCAAAAATATCATTACTTCATTTTTAACACTGTAAGTTAAAAAACAATTCTTAGTT CTCTAGTTCTTTGTTTGGAGGGGAGTGGTAGAGGGAATTTTTTTTTACTCAACTGATGTT TTATATCAAAACTTTTCTAATGATTTTTTTAATCATTATACTTGATTAAATTGTTAGATT TAGCATACATATGAAATGGTATGTTTTTAATACTTTTGTAACTTCAATTCTTTTTTTATT TCTTGCGATCTTACATGTACTAAATTTTGCATCATACATTTTTTTTTATTTTCATCATAA TATATATAACAGGATTATATAGTAATTGTGTATTTGAAAATGCAGATTATTTTTCCATGG ACATCATGAAACGAGAGTGTGCAGTTCTTGTGTTATGTTGTTTGCTGTTCATCTCGATAG GTTTGTATAATAATTTTAGAAAAACAAAATACCTTTTTTTCATGTATGTCTGAATAAATA TTTTGAATTTTTTTTTCTTTAGTAAAACAAGTTTGTGTTATCTTATGATTTTATTTTTAT GTTTGACAGGTTTTGAAGTCCATGCGCTAGATTATGACTATAGTTTTTCAGCGGAGGCAT AATTTCATATTGTTCACTTTTTTTTTTCTCTTGTTGCTTAGCTTATCGTATACTAATTAT TTTTTATGGCTCTTAATTTGTATTTCAGTGTTTGAAAACTCCTCTTAAACCTCAATATAA TGGAGGGATCGTGACAAATCCAGAATTTAATGATGGATTAAATGGATGGGCTGTTTTTGG AGTTGCTAAAGTTGAGAACAATATTTCGAGCGATGGAAATAAATTCATTGTTGCCTCAGA GAGGAAAGGACCGTATCATGGGTTTTCACAAGAGTTTCAATTGGACAAAGACAAGTTCTA CATAGTTTCAGGTACAAATATATCAATTTTCTGACGATTTAGATCAATTTTTTCTAATAT ATTATGTTTAATTTTAAAGGATGGGTACAAGTGAACCATGGTGATGATGCCACTGTAGCA GTCATTTTCAAGACACAAAGTGGTTATCAACATGCTGCTTGGGCTAATGCTAAGTCTGGT TGTTGGTCTATGTTTAAGGGTGGCTTAGTTGTCAATGTTTCTGGTCCTGCTCAACTCTAT TTTGAGGTGATGAAATTTATTAATTTCCCTTATTGATCAAATCTATTTGACTAGTTACCA TTTTTGTAATCGCTTGGTGTTTATCATATGAATAATGATATTTTCAATCTTTTTCCTTTT CCCAGACTAATAATACAGTAGTTGACATATGGATAGACAATATTTCAGTACAACCATTTA GCCAAGAAGAGTGGACATCCCATCAAACTCAAACCATTGAAAAGGTACACAATAGAACTT ACCAATTAATTTGAAAAATTGTTACTCTATGCTCTTTTTCACTTTATATATTTGTTCGAT TTCATTTCTTGTAATACTATGTAGGTACGCAAAAGCAAAGTGGCAGTTCAAGTAGTGGAC TCGCAAGGCAAGGCTTTACCTAATGCGACAATCTCATTGATACAAGCAAGAGCCAATTTC CCATTTGGTTGTGCAATCAACAAGAACATTCTCAACAATAATGCTTACCAAAATTGGTTC TTCTCGAGATTCAAGTACACGGTATTTGAAGATGAAATGAAATGGTACAGTAATGAAAAT ACTCAAGGCAAAGTAGACTACTCAACTTCTGATGCGATGGTCAATTTATGCAAGAGCAAA GGTGTTAGTATCCGAGGCCAAAATGTTCTTTGGGACGACCAAAAATTTCAGCCAAATTGG GTCCCTGCATTGTCTCCACAACAACTCTCTGTTGCTGCTGGAAAAAGGGTTGCATCCGTT GTTAGGAAATATAAAGGCCAACTTCTTCATTGGGATGTCATGAATGAAAATCTTCACTTC AAATTCTTCGAGAGTAAACTTGGTCCAAGTGCATCTGCTACCTTTTATCGTCTGGCTTCA CAATTTGATAACAAAACACCTCTGTTTTTGAACGATTATAATACCATAGAAGTGCCAAGT GACGGACAATCATCACCAGCTAATTATCTTAGTATGATAAAACAAGTGAGAACAGGAGGG TACGCAGGTACTCTTGGAATTGGATTAGAAGGACATTTTGGTGCTCCGTCCATACCTTAT ATCAGGGCCGGACTCGATACACTAGCTTCTGCGAAATTGCCCATGTGGATCACTGAGTTG GATGTTAGACCAGAGCAAAATCAGGTAAATTGATTAAATTACGTCAATGAAATACACAAT ATATATTCCATAATAGTTGGTAACAGTTTTTTTCCCCTTTTGGCAGGCACAAGTGTTAGA TCAAGTTATAAAGGAGATAATTGCACACCCAGCAGTTCAAGGGTTGATAATTTGGTCAGC ATGGAAACCAAATGGATGTTTCAGAATGTGTTTAACTGATAACAATTTCAAAAATCTACC CACTGGTGATGTTGTGGACAAAGCTCGTACGAGTTTATCCCATGAGGGTTTGATTGGGAC TACAAACGCCGAGGGTTATTTCGAGACTTCACTATTTCATGGGGATTATAAGGCCATTGT TACTCATCCTTCCATAACGGATTCGTCCTTTCACCACAATTTGACAGTTACACCCATGGC TGAAAGTGATGAGAAATTATCATTGACTTACAAATTTACTGCTGCATAAGACTATTATTG GTCATACAAATCTATAAATAATGTTATGACGAATTCAAAAATTAAATGAAAGAATGACTC TTTTTCTATTATTGTCAACATGTTGACGCAAACATATTTCGATCAAATATCAGTAAAACC TAGCTAGTTGTCCCAATTCAACTTGTTTAATCATTTTAGTTTATATAGTATATGCCAATA GCCACTGAGTTATGGGCATACAACATATCATCAGTAAAATAATTTTCTCAGGAGGTTAAA AGTGGAAATTTAATCAAATATCCAAGCACTAAAAAGGTAAATAAATAGAAATATATATTC CTTTGATACAATATCCTGATCTGTTCTTAATTATAATTTATTTACAACATCAAGATTCAA GAATGAAATGAAAAATTGTATAATCGACGAGAATTGATGCCTTTATCTATTATTTAATCA ATTCCTTATTATTTAGTGATTTCCACACTAATAAACTAATTTAAAATATACTTTTTATAG AATTAGTACTAGTACTCGTGCGGCCGATATAAATAAATTTAAATATTTAATCATAAAATT TTTTATGAATTAAAGTAGTTAATATGTTTAGATTTTATAGATTAACGTATTTAGAATAAT TTATATACCAAAAATATATTTTGTCAAATGATGTTCAAAATTTAAGAGGTGACCTTGCTT GATAAAAAATAAATTATTCTTAACAAATATATAATATTTCACATTTGGTAAGATATTCAA ATTCACCTTATGATATAAAACATTGGAATAGTTTTAAAATTCAGTTACCAGAAAATAAAA TATTAAAACTAACATCTTATCCAATTAATTCCCTAATCCTGCTCATATCTAATTGATTCC TTTATCTATCATCTAATCAATTTCCTAATCTTTAGTAATTTCCATAGAAGTAACTAATTT AAGATATATTTTTATAGAATTAGTACTAGACTCGTGCGGGCCGATATAAATAAATTTAAA TATTTAATATAACAAATTTTATGAATTAAAGTAGCAAATATGTTTAGATATTTTATTAAA AAAATAAGGTAGTTTGAATAATTCATTATGTAGCAAAAATATATATTTTAACAATGATTT TGAATTTCATAATAATATTAGCTACTTAAGAAGAAAATCATTCTTAGCAAATATGGTGGA GTAATATATTTCGTAATTGCTAAAACAATCAGTTTATCATATCAAACATTTGAATACATA TATTTTTTAATTTAATTACTAGGAAATTAAACAAAATATTTAAACTCATTCTCTTATCTA ATTAAATTACTATTCATCCTCCTATAGAGTTAATTCCTCATTCTAATATATCTAATCAAT TCCCTAATCCTTGTTTGATTTGCCTAAAATATATTCCAATTTAGTCATTCTAATTCAATT TTAAGCTTAGTTTTATACTATAAATAGTGTTGATGTTGAACATTTCAAAAATATCATTAC TTACCGTGTTAAGTTTTATCACTGTAAGTTGAAATAATTCTTAGTTCTCTAGATTATTTT CTTTGTTTGGCGTGGAGTGGTAGAGGGAATTTTTTTTAATTCAACTGATGTCTATATCAA AACATTTGCAATGATTTTTTTAATCGTTATATTTCATTTAATTGTTAGATTTAGCATAGG TATGAAACAGAATGTTTTTAATACTTCGTGACTTCAAACTAAAATCTTAAAAAGTTCGTT CTTTCTTTCTTCCGATCTAATATATACTAAATTTCTCATCATAATGTATAATGAATATAA CAGAACTATATAATAATTGTATATTTGAAAATGCAGATTATTTTCCCATGGACATTATGA AACGAGAGTGTGTAGTTCTTGTATTATGTTGTTTGCTGCTCAGCTCGATAGGTTTGTAAA AAAAATATCTTTTTTTCCTATATGATTGATTGAATTTTTGAAATTCTTTTTTCTAGAAAA ACAAGTTTATGTTTTCTTATGACTTTAATTTTTTTATTTTTTTTTATGTTTGACAGGTTT TGAAGTCCATGCGCTAGATTATGACTATAATTTTTCAGCGGAGGCATAATTTCTTACTTT TAACATTTTTTTTCTCTTGTTGCTTAGCTTATTGATTAGTGATTACTAATTATTTTTTAT GGTTCTTATTTTGTGTTTCAGTGTTTGAAGAATCCTCTTAAACCTCAATATAATGGAAGG ATCGTGACAAATCCAGAATTTAATGATGGTTTAAATGGATGGGACGTTCAGGGAGTTGCT AAAGTTGAGAACAATGTTTCAAGCGATGGAAATAAATTCATCGTTGCCTCAGAGAGGAAA GGACCGTATCATGGTTTGTCACAAGAGTTTCAATTGGATAAAGACAAGTTCTACGTAGTT TCTGGTACAAATATATCAATTTTCAACTTACATAAGTGAACGACGATTTAGATTAATTTT TTCTAATACATTATGTTTAATTTTAAAGGATGGGCACAAGTGAACCATGGTGATGATGCC ACTGTAGCAGTCATTTTCAAGACACAAAGTGGTTATCAACATGCTGCTTGGGCTAATGCT AAGTCTGGTTGTTGGTCTATGTTCAAGGGTGGCTTAGTTGTCAATGCTTCTGGTCCTGCT CAACTCAATTTTGAGGTCATAGAAATTTTTTCCCCTGTATGACTAGTTACCATTTTTGTT ACTGCTTGGTGTTTATCATAAAAATATCTTTAGTTATTCACAATCCTTTCTTTTTTTCCC AGACCAATAATACAGCAGTTGACATATGGATAGACAGTATTTCAGTACAACCATTTGGCC AAGAAGAGTGGACGTCCCATCAAACTCAAACCATTGAAAAGGTACACAATAAAACTAACC AATTAATTTGAAATATTGTTACTCTATGGTCTTCTTCACTTTATATATTTGTTCGATTTC ATTTCTTGTAATATTATGTAGGTCCGCAAAAGCAAAGTGGCAATTCAAGTAGTGGACTCG CAAGGCAAGGCTTTACCTAATGCGACAATCTCATTGATACAAGCAAGAGCCAATTTCCCA TTTGGTTGTGCAATCAACAAAAACATTCTTAACAACAACGCTTACCAAAATTGGTTCTTC TCGAGATTCAAGTACACGGTATTTGAGGATGAAATGAAATGGTACAGTACTGAAACATCT CAAGGCAAAGTAGACTACTCAACTTCTGATGCGATGGTCAATTTATGCAAGAGCAAAGGT GTCAGTATTCGAGGCCATAATATACTTTGGGATGACCCAAAATTTCAGCCTAATTGGGTC CCTTCGCTATCCTCACAACAACTCTCTGCTGCTGCTGGAAGAAGAGTTGGTTCAGTTGTC GCGAAATACAGAGGCCAAGTTATTCATTGGGATGTTATGAATGAAAACCTTCACTTCAAT TTCTTTGAGAGTAAACTTGGTGCAGGTGCATCTGCAACCTTTTATCGTTTGGCTGCACAA TTTGATAATAAAACACCTCTGTTCTTGAACGAGTTTAATACGATAGAAGATCAACGCGAT GCAGCTTCATCACCAGCCAATTATCTTAGTAAGATTAGACAAATAAGAGCAGGAGGGTAT AAAGGTTCTCTTGGGATTGGGTTGGAAGGACATTTTATTACTCCTAACCAGGCTTATATT AGGTCCGCAATCGATACACTTGCTTCAGCAAAATTGCCTATTTGGATCACTGAGTTGGAT GTCCAAAGCAGTCCAAATCAGGTACTCATATAAACTGAATCAAAGATTTTAATCATAATT GTTCTAACATCTCCCTTATTTTTTATTTTTTTTTGACATTGAAGGCGCAATTCTTGGATC AAATCATAAAAGAGGTAGTTGGACACCCAGCTGTTGAAGGGTTAATAATTTGGTCAGCAT GGAAACCAACTGGATGTTATAAAATGTGTTTGACTGATAACAACTTCAAAAATCTAGCTA CTGGAGATGCTGTTGACAAAATTCGTGTGTCATTAACACATGAGGATTTGGTTGGGACTA CAAATGCTGAAGGTTATTTCGAGACTTCACTTTTCCATGGAGATTACAAAGCTATTGTTA CTCATCCAACAATGGTGGTTTCGTCCTTTCACCACAATTTGACAGTGATGCCAACTACAT CTGAAAGTAGCAGTGAAAGAGGGTTCAGTTACAAATTCACGGCTGCTTGAGTCAAACATG CTATAGGGATTATCTGTACTAATAATTTTTTTTTTTTGTTGCGGTTCAGTGTTTATATAA TTATAAATGAAAGTCAGTTTGGACGAACGAATTACTTGTTTTCAGTTACAATTATCAACA TACTTTCTACATTCATATTGCACTAGATATTTTAAAATCCAATAATTCAAAAATTATATT TAAAGTATTATAACTTGTAATTTTTCTAGTATCAAATATAATGAAATAATACATTTTAAA ATGTTGATCAAAATTTTTATTGTTTGACTCTCAAAATTGAAAACTACGACAACTAAGTAT CAATTGCAACCTTTTATTAACTTGTTGATTGGAGGCTTGAATCACTACTCAATCTGTTCC CTTGGCATTTTTTTTCTTTCCCTTTTAATTTGTTTTAAAAAATTATGATTCATTTTTATA TTTATAGTTATAAATTAGTTTAATTTTAATATTTTACTGAACTTTAAGTTCTAATTATGA GATGACGGAGTTTACTTTTCATATATATTTTATCGTGTGATCAAACTTCACCATATAAAT TGTGTAAATATAGTGCGAAATAAAATGTCTAAGTACAAATCTCAATCAAGCGTTTGTAGT CCAACGGTTAGGATAATTGCCTTCCAAGCAATAGACCCGGGTTCGACTCCCGGCAGACGC AATCAGTTTTGCATTATTAATTGATTGATACTTTCCATATTAAGGACTAATAAATAGAAT GTAATTTTTACTTCCTCTCGCACCTAGTTCTAAACTTAAGTCTCTTTTTGAAACAGACTA AAAAAGAAATAAGATATTTGTTTTCTAAATTAAAATCGTTTTTTTTAAAATAGACAAAAA AAAAATAGAAATATTTTTTTTAAAAAATTGAGGGAGTAATATTATTTTGGTTGTAGGCAA CCCAAATTATCCTCTTTACTTCTTTAATGAGATATTTATCCCTTAACGACACAACTTAGT CTGCAATTTATTAGCTGTGTTATTTATTATTGTGACATTTTATCCTTCTCGACACAAATT AGCCTGCGATTTATTACATGTGATATAGTCATGTGCATTTGTTATTAGAAAATTATATTG AATATTTTTTGTTTTAACTCAAATTAGTATTATTTGTCAATTTAAAAACTACTACATTAA ATGTAACGAGAATTGGGAAGTAGCTTATTTTTAGCAAAACAAGTACTGCCATGTCTAAGG AGTATTATTTTGGGAAAGAAAAAAACCGCCTTTTAAAAAAAAAAAGTTAAAAGGCTGCTG CGTAGACACTTGGTCTCTTCTCACATTCAGGGCACCAACAGATGCCACTGCTACGTAGAC ACTTGGTTTCGTGGCAAGACCAATTGTTTCTAGTTCAACGAAAAATCGGATCACCTTCCA TCTTTGAGGGTTGGGAGGCTGACTTTGAAACAAATCAATTCAATTTGGACGGATTTATTA TTTTTATTAGTGGACAATTCTCTGCTGCAACTTATCCATATCTATCTCAACAAGAAAATC ATATCTATTTCACCGATTTCACACAGTGCTATCATCACCGCACAATAGCAGAAGAAGAGT ATAATTGGGGAATTCTTCTGCTAGCCCAATAGGAGTATAATTGGTTAGCCCAAGATCGTT AACTAAAAACGAAAGATTTAAACTAAGGAAGAGGAAGCTAGAAAGGAGAAGAAATATTTT GAATAAAATTACTTTGATATAGAAGAAGATTATTTGATTTGAGTTGATTACAAATGACTA TGATCACCCCTATTTATACTATAAATTTAAGGAATTTTTTGTAAATACTAAATTTGTCGG GATAAAATGAAATTATTGAATTACACTATGGGATTTCTTAAATTTTTACAAAAAAGAATT ATTCCTTTCTTTTTTTAATAATACTTTAATTTTAATTTTTCACATGGCGTGGCATGTTTA AGACCACAATATTAAAGGATATTTTTGTAAATTTGATATAACTTTAATTTGTAACCACAA GATTAAAAATTTTATTTTTCTTTTCTTAAACTCCGTTTCAAGTCAAACTAGATCATCTTT TTTTTAAAGGATAATGTCCAAGTATCCCCTCAACCTATGACCGAAATCTCAGAGACACAC TTATACTATACTAAGGTCCTATTACCCTCCTGAACTTATTTTATTAATAATTTTTTACCC CTTTTTAGTCTACGTGGCACTATCTGGTGGGCCCAACGATGGTTGATTTTTTTTTTTCAA ACTAGTGCCACGTAAGCTAAAAAGGGTAGAAAATTACTTATAAAATAAATTCAGGGGTAA TAGTTATTTTTGGCAAAGTAATAAATATGTAAAAAGAATCCTAATAAAAGTCAAAAAGTG TTCTATTTTAATTGGTCAAACTCATCGATAACCCTTTAAAATTGGAATCAAATTTCATTT AGATACCTTAACTGAACGATGTTTTTTTTGGACACTTCAGGTTGGGTCTCATTGTATCAT TTAAACACTTTTTGCTGACATGTAAAAGTGAGTGTGATACACTCAATAATAACCGCGTGA AAGACTTAATTTAGCTAATTTTTTATTTTGTTTTCTATTCTCCTTAGCCCTAAATGAGGT GTTTAAATTGAACATCGCACAGTTGAGGTGTCTATGTGTAATTTGGTGTCAACTTTAAGA GGCTATTGATGAATTTGATCTTTTTAACTCTTTTTTTTTTTTTGTGTTGGCTATATATAT ATATATACACACGCGCGATTTGACATGAGCATGGAATTAAAAAAAAGCATATGTTTCCCT TAAGGTAGTTGTCTAGTTGTAGTAGGAAACAAACTAGTATATGAATTGAGTCACTGTTTA AAGAGAGGGTGAAAGTTTGAATAAAACAAGAATCATGGAGATGGAGTACTATTTGCCATC AGTAAGGGCTGAAGAGGAGGACAAAAAATATTTGTCATGGATCACTTCCAAGGAACAAAT TGATCTTAGCAAGATAGGCAGAAATTGCTTGGCTCGTTGGGACGATTGGGGTTTTTTCAT TGACAACTGGGTATGTTTTGTTTGGAACTTCAAATGTCATACCAAAATCATGCTCCCTAA TTTCTCTTACTACCATCACTGGATGACAAAGGTTCTCAAGTGTATTGTTTCCCCTTCAAC ACAAGAACATTTTCCCTATGACGATCAATACTTGTGCAACGTCTCTCTGTTCTTTTACGG AGAACCCTATTGTCTAATTTGTGGTCCTCCTTGCTATAAAAAGTGGGTAAAAGTAAAACT TTATGATGATAGCTGGTTGTTAGACGCAGTCACCTTCTGTAACGGTGAGAAAATATGCAT TATGTTTCATAATGGGGAGCTAGGCATAATACAAATGTTCCCTGAAATAACTAAAACGAC TCATCTCTCCCCTGTCACATTCAGGGCACCAACAGATATCTCTGCTTTGTATCGAAACAG ACACTTGATATCGTGGCAACACCAATTGTTTCTAGTTCAACAAAGAGTCGGATCACCTTC CATTTTTGAGATTTGGGAGGCCGATTTTGAAACAGATCAATTCAACAGAGTATTCAATTT GGACGGATTTATTATTTTTATAAGTCACATATTCTCAACTGCAACTTCTTCATCTCTACC TCAAGAAAAAAATCGGGTCTATTTCACACAGTGCGATGATCACCGCACTGTATATGCCTT CGACATTGGCGATCAAAGCTTCTCAACAACTAAGCAATTTCGTGCCTATATTCCTCACAA TTCGGTTCGTCTATTCGCCAATTAATTAATTAATTAATTTCATCGTCTGTTTGTGAATAT TGTTCATAACATTTGATTTTTTTTTTGATAATTTATTCAGGTCAGGAAGGGCCAAAATTC AACATAACACTACTACTAAGCGTCCATCCGGTACTGGTATTTATAGTAACCCTGCTGCTG CAGACAGCAACATTTGCATCCGTGTTTCTCAAGACCTTCAAAAGAAAATTTCTCGTTATC TAATTTCTCAGGAAGCAGACTACATGAGTTTTCGCTTGGTGTGTAAATTATGGAGATCTA TTGCTCCTCCATTACGTTGGAAAGTGGCTGTTGATGGTGATGATGATGCGACTCGTTGTT ATGATCAAGACTCCATGTGGCTTCTATCTCTAAACCAAAATGATGGTTTGTGCACATTCT ATAATCCTTTTAGAAATTTCAACTGTTATATGAGCAACAACGATTTAATAGGCTGTGAAA TTCGGTATGCCAAAGATGGATGGCTTCTTGTATCTAAGGGAAAGTCTCTCTTCTTCGTTG AGCCTGGGAAGCAAATAATACATCTCCCACAAAAAGCAGATGAATATTTTTGTGACATTA TGTCATTCTCAGCTTCTCCGACTAAGTCTTCTGCATGGGTAATCTTTGGTATAGCTTTAT TCATGTCGCTTCACGTTAGAATTTCCTATTTGAAAAAAGGGGATGACAAGTGGACTACTA TCATAAGGGACGGTAACTTCCCACCTTCATGTTGTAGTCCGGTCTATTTTGGTGAAGAAT TTTGTGTCCTGAGCCAATTAGGTGATGTTGGTGTATTTGGCTTCTTTAAAGACGGAACCC CTTACTGGTTTGTCCATAAACTTTCTGACGTATATTCACCTCCTATTTGTGGTGCTTGCC GTTTGTTTTTAGTTCAACATGATGAATACTTGCTACATTCTGTGGTTGTGACACCACAAT ATGACGTTCATGTTTATGAACTATACTTTCCAAGCAACATAATAGTCAAATTAGTAAAAC AAGTCAAAAATTGGCTTTTATTCACTAGTGAAGCCTCATCTTTTGGTGTTTGTGGCATGA AGGTAAATGTGGATAATGCAGTTTTCTTCCCCACTTTCAACACTAGTAACAACTATACTT ATTATTCTTTGGAAGATGTCGCCTTCAAAGTATTGAAAGACAATTGTACGGAAAAAACGC AACAAAAAGAGCTTTTAAATCGTGTTTGGATCCGTTGTGAACTGAAACGAAATTGATCTT TCAACTCTGTCTTATGGAGTATTTCTAATGTATTCGTAGTAGTTTTCTTTCTTTTTTGTT GAATTTAATTGAAATTTATATTTATTTATAAAATAGAAAGATAATTATAAAATTTATATA TATATAATTTCTCTCGTTTGATTTGATTATTTTTGCGAGTTTTTAAATGCAATCAAAACC AAACCAAATAGGATTAATTTTTAAAATTTAAAAGAAAACATAATCAAACCAAATCAAATA TCAATTTTTTTAATAGGCTTGATTCGAATTGCGGTTCAATTTGATTTTTTAACCACGACA TCACCCAATATCTATACAGGATAAATATTCTCTGGACTGGTACATCTCAAAACCTCATAT GAGATATATAATATTTACAAAGATATAAAATAGTCAAGTACTATCGTTCTCAAAGCCATT TAGTTGTTCCTTAAATACACCAGAACATATAATATTGAAATCATCCTAGGAGCAATATGC TTCTAACAACCCTCACAAATATTCCTAAAAACGAGCACACCTAATAAATTAAAGATTCTA GCTAGAGAGATGCTGATGATGTTGGTGAATAATACAAGAAACAGCAGCCGTAATGATGTT CATAACAATGTAGCTCAAGTCATCAAATATGGCTGAGAATCTCATCTCTTGCAATTCCCA TAGTGTTGTTATGAATTGCTTCACTCCATCAATAACCACCATCAAATAGTACCACATCTT CATCAATCTTTTATTACTATACTATAGCTAGAAAACACTTAGCTTCTACCACATTCTTTT TTCTTTATATTATAGAGTTGAAACAAAAAGAGGAATTGGATAAGCTAGATAGGTTTTTGT TGTCTTTATATGCTTATGTAGGCTGAGGAAGATATTGCATGGCATGTACAACAAATATGG TGTTGTTTCCCGGATGCTTCCTACTCTACGTCAAAATTAAGCCCGTGGGGTATGTCACAC GCGGAGCATGATTAGTAAAAAAAATATTATTTTATACAAATAGAAGAAACCAAGTTTTAC TTTCTTGCATTTTATTCACTAGCATTCACATTAAATTATTGGTTTTAACTCTACTATTTT TCTTTCAAAATCTTGATAAGGCTTAGAGTAAAACTGTATCAAAATTATAGTCAAAAAAAA GATATTGAACAAAGTAAATTATAACAACCCACCACCACACACAAAGCCTCCTCCTAAATT GCAAGCCCTTAAATTGGTAAGCATCACAATAGACATTATATTGAGGTATGTCTAAGTAAC TTTTACTTCTTGAATTAGATTAATTACAGAATTTTTTAATTTTTTATTCAGCTTATTACT TATAGAATTATGTTAATGATTATCAACATCTTAAACTACTTCACTTATTGCCTTTAGCAT TTTGAGTTGTGTCCTTGGATTCTTTTAATTAATTAGCTTCAAAGCGAGGTCAAATATTTA TCTTCAATTGTAAGTTGGTGGTAGAGAATTGTTTGAAAGGAGGCCGAGTTTGCACCTCTG CCTCATGGCAACGGTTAATCATCAGTGATCAAAGGCAAAACACCCTTGATCCCTAATTGA TGTTATAATCCAAACTTGATAAATCTTTGATATAAATACTTTTAAGTTTTGCCTGCTTAA TTAAATTGGAAACAGATAAATTTTTCCCAAAAAGAATGATGATACTGTTTGATTTTTTTA ATAACACCTTTCTGCTCCTCGTCAAATGAATTAAAAAAAGTAACACCATTCTACTAAATA TTTCAGTTATGATTGTTGATCTGCATGTCTAATATCAACAAACTTTGATGGAAAACAAAC ATACATTTGCCTTCAAAAGAAATGTAAAAAAGTTGGGGCATTCCGAGAATCGAACTCGGG ACCTCTCGCACCCAAAGCGAGAATCATACCACTAGACCAAATGCCCATTGTTGGCATTTG AGTGCTAAAGAAATTTATTTTCCTTTGAGTTAAGTCACAGCTGAAGCAAATAAAAGCTCC ACTAAGGAGTATTCATAGTCCATCCACCACGGGCTTTTTGCTGGGGTTCTCTTACTTCCA CTTCTCTTTTGGTACCTTATTTTTTTCATTTTAATTTGATTCAAAACTATGATACATTTT TATATTTATGGTTATAAATAATTTAGTTTTAATATTTTTATTGACTTATTGTATTTTTAA TTATGAGATCTGTATTTGCTCTAGATTATAAACTTCAAAAACGAATTTATTTTATTTTAT ATACTTATTTCTTAATCAAACTTAGTCTCATAAATTGGAATGAAAACGAATATGTTGGAG TAGTCTGGGGTGGGATCTTACGGTCAAAATTTATTTCCTGTGATTGAATAGCAGGGAAGC GTTTGTAGTCCAACGGTTAGGATAATTGCCTTCCAAGCAATAGACCCGGGTTCGACTCCC GGCAGACGCAATCAGTTTTGCATTAATTTTTACTTATGTTTGATATACTTTCTTTCCATA TATTTAGGACTAATAAATAGAATATAAATTTTAGTATTACTTTGGTTGTAGGCTACACAA ATTAGCCTTTTTACTTCTTTATTGTGATATTTTTATCTCTATCTCGATACAAATTAGTAT TATCTTTTATTTTCTCAATTTAAATTTTATTGTGCTAAAAATACAAATAATTAATGTTGA GTTGCTATTTTTATTTTAAGAACATAAGAGTATATGTGATTATATGAGCATCTCTCTAGC AATTAAATCAAAAATAAAATTATTAAGAAAATTAATAATAAATGTTTTATTAGCTTGATT GTGGAATTAGCATATAAATCAAAATTTGATGGATCAATAGATGCACACCCATACTTGTAA GTTGTAACTAATAATACACATGTACCTTTATTTACAAACTTAGCTAACGGAATTCCCCCT TTATACTCGTTGGTTCAGTGAGCTATTTTATGTTATATTCATATGCATTTGTTATGATGA AATCATATTGTATATTTTTTTATTTTAATTTATTTTTAAAATAACTATTTTTCTCAAATT ATTATTTGATTAAATATATAAAAAAAAAATGTTTGGTAGATTTTTTCTTCAAAATGAAGT TTGAAGCTATTTTTGAATTTTGAGATTTGATTTTTTAAATCTTCTCGAAATATAAATAAA AGACAAATATTTTTCCTTATAAATCTCATTTTTCCTCTTCATAAGTTCTTTTTGGTTGAA AAATATCCCCAAAAATTCAAAAAAAAAATTCCTCATTTTTTTTCTTTCTTCTAAAATGAA AAGTCGAGCTCGTTCTCCTTGTAAGGTACTCCATCTCCTTTTACCACATTTTTCATTTTC ATGGTTTCAAATATTATTTTTTTAATAATTACTAACCCATTATTTTTTTTCTTTTATTTG ACGGCTTAACCAGAAAAAGGCATTGTCAATCAATCAAGGGTTGCTCGAGAAATTTTTTTT GCCTTCCAATAGAACCAACAAGGTGAGAATCATTTTCTACGTCGTGCTTTCATAAATAGC TATCCAAAAAACCTCTTTAGAAATAAACGTAAGACTTGGGTCTCATTCATAAAAAGAAAT TTTTTGAATTTGGATAAGGTAAAAATACGACATGTGTATGCTGTATCAGAAATAAATTTT TTATTTCTATGAGGTTTAAGACATGGTTGTATACGTTTCATCACGAAAAATCTCTTTATT TTTACGAGGTAAAGATAAAGTTTACGTATGCTCATTGAAAATGACTTTTAAAGTCTTTGT ACGCTCCGTAAAAAATAACCCCTCTATCAATAATAGTTATATTTACTACACATGTTATAT TACCTCAAGTCTCAACTGGTGGGGTTATACTGAGAATGTTATCGTTTTGATAAGGGGTGG ACCCACGTGTAAATGTTTAGGTGCTCGAGCACCCATTGACCTCGACGGGAACGTTTTATA TGTATATAGAAAATTTGGAAAAATGTATATTCTCAGATACTACATTAATAAAATATTGCA AATTCATTTTCTTTATTTGTGATCACATGTTATTGCAAACTTTCAGTACATACATTTTCT TTATAAAGGTTAACTTATTAAAAAATCAACTTTCACAAGGTAGGAGCAAGATCATGTGCA CATTATCTTATTCGGAACTTACTTGCACGATTACACTAGTTATATTGTTGTATTTTTTTA TCGGAATAACTAGTTATTCTTTTATCCATCCTCCTACGACGTACATATAATTTCTTTATA ACAAGCTTTATTTTTTTTTTCTAAATTTAAAATGATGAATTTTACGTGCAAAATGTATTC ATATGGGCCAAGTTTGACAAATTTTTTTTAAAGAAAAAAATCACGAATAGAAATCATAAA AACTTTTTATTTTTATTTTTTGAAGAATTTTAAATTTCAAAACATCATATGAAATTATAA TTTTATTCATATTTCATAAATAAATATTAATTTAAATCCATGTCTCAAATCGTATGATCA AACACAAGATTATCACTAGTCATTTGGTCATGTAAAATAAGTGCCTTATGTATTGAGTTT AAGTCATTTATATAACACTATAAACATGCTAAATTACTAGCTCACTAATCAGATATGAAA CTCCCAAAATCTTGAGAGAAAAAAGAAGTATATTTTGTGGTTAAATGCAAGCAAATATTG TTGCATGCAGGGCGAAGTTAGGTGGGGTTCATGGTTTTGAAAGAATTTAGTAGTTTTTTC GTATATTTTGTATTTATATTAAAAATTAATTAAATATTTATATATTAATTTGTGAACTCC TAACAAAATTGATGGATGATTTTAAAGAAAATTTAGAACTCTCAAATTCTTAATCATAAC TCCCAAACCAAATCAAAAGAAAAAATAAAACCAAATCAAACGAAAAAAAATTAATTGATG GTTTTTTAATTCGAGTCGAAAGTAATATTTTTTTTCCCAAATATACGTATTTCGATAGAC ACAAGCACCTCGTACATGAATAATCCACGTGAAAACTATATATGTGCATTCAATTAAGTA ATACAAAAATTATTATTATATAAACAAAATTTAATTAGTAGAAAATATGACTATTTTATG TGAAGTAGGATAGGTAGAGACTTAAGTAATAGGTTTTGATGGACTTGACTTGGAGCTGTA ATATTTGAGTTAAAATTTAACTTTCAGACTTGATAAAATGATAAAGTTAAACCTCAAAGT TAATTAAAGTTTAATAAAATATTTATATTTTATTTATAAATAATACGTAAATAATTATAA AGTTTATGAATATAATTTTTCGGTTTGATTCGATTATTTATGCCTTTTTTTAGTATAATC AAAACCAAATCAAATAATGTCAATTTTCAAAATTTAAAATCCAACATAACCAAATTAAAT CAATTAAAAAATCAATTTTCTTAATCAATTTTGTTCAAATTATGATTCGATTGGATTTTT AAACCATAACCACAAAAAAAAAACTACTCCTTACACCTATACAGAGGTATATATTCTTTT GACAAATACATCTCAAAACCTCAAAATGGGTATATCGTAACTTTTATCTTTTTATCATCT TCTTGAATTAGATTATATGATTTTAACTTTTATCTTTATCTAAATTTATCAAATTATTAC TTAAATAATTATGTTAAAAATTTAAATAGTGATTGTCTTGATGAAACGATATTTTGCAAT TTAATTGATAAAATATCACCTATCATCAAAAATTAATAATGAAAAAAAATTAGATATTGT TTTAAATCCTGTGTATTACGTTGATTATCCATTGAGTTTATCCAATAATTAATTAGATTC ATGTATAGGTGCTTCCAAGGAAATAAAATCATTTAGGATAACTATGTATATCTACTAGTT GGATGATTTTTTGAAGTGATACCTCAAAATTTCAAAATTATAAATAGAGATATTACTCAC CATTTAAAAGACACTTGAATAACAAAGAAAAGTTCTCTTCTATCTCCGTATCTTGCATTC TTCTCTTTATAATTATATTATTCTAAGCTTATATTTATAACAGAAAATAATAATAAACAT ATAAAAAAATAAATAAAATAAAAATTAATATATATATATAAATTTGTTTAGATTTTACAT TTTCAAAATTACAATTCGCCTTCACGAAAAGATAATATCTCCCACAGAGCGGAAAAAAAG AGAGAAGAAAATCAGAAATGCGCGCGCAAAACGGCAAGAATAAAAATATAATAATTTAAA GAGTTGTAATTTTATACTAAAAATTCTCTGCTTATTGCTGAGAACATTCTCCGACTCCGA GGTCCCATAGGGTTGTGATTATTCACTTCAGGTTTGTTCATCTTCCTTAATTTTTCAATA AGTTATTGTCGAATTCATACTCTATTGCAGCCCAAATTGTTTGTTAATTTGTGTTTACAA GTTCGAAGTGTGACCTAATTGTTCGTGTTTGAGTGTTACTTCGCTGTATTTTGCTTTGCT TTCTACTCTTATTCTTCGGGGTTGAAAGTAGTATTCTAGTACTTATATTGTAGGATATGG AGTTTAACGTGTTTATTTGACTTGCCTCCTAGAGGAAAAAATATATCTAAGTACTAGTTG AAGAAATCAATTTGATTGAAAATCATTCAAAAGATAGAATTTGATAGATTGGTCAATTTG AACTTCTTAAAGTTGTTGAAAGTTTTATAGAATGGTATCATTGGTGGAATTTTATCAAAT ATTCCCAATATAAGAAGAGTAAATTGGAATTAGGTCAATAGTGGTTCCTGTTGCTGATGG GAGTTGGCAGGTACCCGTGGAATTAGTTGAGGTGTGCGACAACTAGCCCACACACCACAC TAATTTTAAAATATTAAAAAAATGGGATGGAGGGAGTAGCTTATATTGTGATTTAGCTTC CAAATATTTCTGTTCATTTCTTTGTGTTCATACTCTTCGCAAATTTGTGAAATTAAATGG TTTTGTTTTTTCATCACAAGTCGGGGTTCTGCAAGGTATCTCACTTTTTATGTCAACTTT TGAATTGAAAAAATAGTTATCTGCTCTTGCTTATATTACATATTTACTTGTTAGGTTTTG TATTCAAGTAGACACATTGCAATATCCTAGTGGGTTTTGTAGTGTTTACTAAGAGTTCCC ACTAGCAAATGTAGAATTCATTTTCTGATGGGGACTTCTAAGTTTGATTAACATTAATAT CAAATATTTCCCTAACCACTTGTTAGAAGGAAGAAAGCGTGGTTTGTGCCAGAGATATAT GGCATTCCACATCAGGGGCATAAGAGCATCCAAAATGGTTATTAAAAAATCTTAAACTAC TTCACTTATTGCCTGTAGCATCTTGAATTGTGTGCTTGGGTTCTCTTAATTAGCTTCAAA GCAAGGTCACATGTTCATCTTCACTGTTGGTGGTGTCCAGGGTGGAGAATTGTTTGTGAG GAGGCCAATGGGCCGAGTTTGCACCTACCTCATGGCAACGGTTTACCAGGCTGTTACAAT TAGCATGTGAGCTCTCATATATGTGAACCTTTTAAGAAATAAAAATGCAATCTTACTAGA ATTAATGTATTAAAAAGTACTTGTTTTTTTCCTGGATTTTACCATTTCAATTAGATGTTT AGATTCTTTCATGTGGTAACAAAATCTACATATGAAGCCTGTTGCCTCGCAGTAACTTTG ATCTTCATCCCATGGCTGAATCGTGAACCCTTAAAATGGATTGTCTCTTATTTTTCTTGT GATTCGTAGTCTGATATGTTAAATTATCACTAGTTCTCCAAGTGATTAATAAGATAATAT TTTAGAATACTATGTTTTATCTTTAGAGTGTGTTTGGTATGAAGGAAAACATTTTTTGGA AAATGTTTTCCAATTTTCTTATGTTTGGTTGGGGCAAAAGTTTTGGAAAATGTTTTCCAA ATCAACTTATTTTCCTCAAAATTAAGGAAAATGTATTCCCTTCAAAAATTAAGGAAAACA TTTTCCAAAGCTCTCCTCCAATTTCAAATTACATTTTTTTTTGGAAAACAAACATTAATT TTTTTAAAAAATATTTTCAATTTTAAAATTTTATTTTTTCACCCGATCTCTGACTACCCT CCCCTTGCCCCCCTCCCCCAACACCACCCCCTCCCCAAAAAATTAATTTTGCTTTTTCCC CCTCCCCAAAAAATTAATTTTGCTTTTTAAAAATATTTTCAACTCCAATTTTTTATTTTT AAGCTCCTACCTCCCCTCTCCCGGCCAGCCCCCCTACCCACCTATCAGCCCCCTCACCCC CACCCCCAACCCCCCAAAAAATTAATTTTATTTTTTTAAAATACTGTCAACTTCAAATTT TTATTTTTTTTACTCCTACCCCCTCCCTCTGCCCCCCCCCCTACTACCCCCACCCCCTAT CATCACCACCAAAAAAAATTGTTTTTAAAAAATATTTTCAATTTCATAAATTATTTTGTA TTCTAGTAAAAATAAAAGATATTCCTCAAAAATATTTTTCATTCATAAATCAAACACAAA ATCATTTCCGAAAAATATTTTCTACTCACCACCAACCAAACATGAGAAAATAAGTCCAAA ATCTACTTGTTTTCCAAGAAAACATTTTCTAGGAAAACATTTTCCATGGAAAACATTTTC CTTCATACCAAACACACCCTTAGTCTATAAGGTTTTGACATTTTTTTCCTTTGAATGAGT ACTTGCTGCATGTATAATATCACTAGTTGTGTTTATTAGTATTTACTGTTGTTTTGTACT TCCCTAGGTTTACCTTGTACTTGGTTTCAAAAAGCTTTTGGTTTTTGTAAGCCACAGTTC TTTTCCAGAAAAAGTAATTTTTTTGAACCGGGTGTGTTTAGGGATAGTTAGTAGCTAATA GGGAATAAAAATGTGTTTTTGTTTGATTGTTCTCTTTGTATAACTTGTTTTTCTGAAAAC CACTATTTAGACTCTTTCATGTGAGTCTTTGTCAAATTTATGGAATATCCCTCCTGAATT TTTGCTGCAGAAGTGGATAACATTGAGAGAAATGGTCTTATTTGTAACACTTGGTCATTT GTTTACTCTTTGCTCACTACTTGGTATTGGTTTGATTTATGCGACTTCGTTTCAATTATT CTTGATTGTGAGTTGGAAGGGACCCATCTAATCTAACATGTGCCATGTGTGATGAGACTT AATGAAAATTTCTTTGCACACCTTTGTGTAGGATTTGTTTTAATTGTTTGAAAAAAAATG CTCGTTTTAGGATACGATAATAGGTTTTCCAAGCCTACAATTCGCATGAAGTATCCCTAG TTGTCCCATTTGAGCCTTAAGGGATCTTTCCAGAAATAAAAAATTGTTTTGTTGAGGCAA TTTCACCTTGTGAGTTATTTGATTGTAAATGTTATTGCTTATCTTCAACTTAGACTTCAG ATGCTCCGTTTTTCATACCAGCTGATTACTTTAATATTCTTTGGTAGCTTCCCCCCTCTC CCCCCCCCCCCCCCCCCCCATTTTTTTTTAAAGATAACATCATCATTTGGTACTTTTGCT GGCTCCCATTTGGATATGGGAGATGGTTAGATACTCAGATGGGTTGCTTAAAATATGACG CCTTTGCAGCTTCCTCTGATTTGTGCTGCTCTCGTGCCTAAAGATTGTATCTGCTTTCAT TGTTACTGAAGCTCGTCTCTTTACAGTCCTTTTCTATCATTCTCAACCTTTTCAGCATCT GGAATAAAAAAGCCATTGAAACTGTCTAGTGATTGGGAACTGTCAATGGAATGAGGCCAG GATTTTGTCATTAGCTGTATCAGTATTGCATATTTGAACACATAGTTTGAGTAGGTCACA GCTTAAGTAAGAAAGCTTCCACTACATTATGAATATCACATTTGTAGTTAAACACGGGCT CTCTCGTTGGGTTCTTTTATTACCAATTTTCTTTTAGCTATACCTTCCTTATCTTAGATT CTTTTCACTTGTTTTCATGAAACGGCGTAGCTCATGGTATGTGAATTGGTACAAAAGAAC ACGGTACAATGATGTTCATGCATCTTTAGCTCTCTTAATTGAAATGAAAATAGGTATTTG AACTATGGATACCCATTAGTTCCTCATTTTGACGTGAAAGTCTAGAGAACTCTTGCCTCA ATTTTGTGAATGACCTCTGAGCCGTTGATCATCAGTGATTAAGGCAAAACACCCTTGATC CCTAATTGATGTTTTAATCCAAACTTTATGAATCTTTGATATAAAGGGAAACCCGGTACT AACTTAACTTTAAGTTTTGCCTGCTTAGTCAAATTGGAATCAGATGGCAAAAATGGGAAG CATATCTGAAATGATGGCTGATGACAGTTGAGACACTTGAACTTACCCGTTTTAGCATTT TATATTCAGGTATCCCCGGAAAGTTTGACTCTGAATTTTGGAGTTTCAGATCTTATTAGT AAACTGAACGTGCGAGCCCAACTCTGTACTATTGCAGGTATTTATTAATTATTTGCTTAT ACATCTAGATTTACCTTATTCAGCTTTAGGTGACTCGTGTCATTTGGTTGTCCATGAGAG TGGATAGAAAGCATTTTGCCTGGAAATATTGTTGTATGAAGACATTTGGCTGAGTGTCTT AGTTGACTTGTGATCAAAACACCTAACTTAAGGGAAACAACAAACTGCTCTTGAAGTCAA TACACTAGGTGAAGTTTAGTGTAAGCTTTGACAAAGCATAATTATGTCTGGACTGTAGAA ATGATGCGCCGTTGCTCAAGTAAACTGAAATAAAATGACTCATCACTAGCATTATCCAAT TTAACTCCAAATGTGAGTAGGAAATCAGAGAGCTTTTTTCCAAAAAGAATGTCAAATGAT GTACTGTTTGATTTTTAGTAACACCTTTCTGCTCCTCATCAAATGAATTTAAAAAATAAC ACCGTTCTGCTAAATAATTCTGTTATGATTGTTGATCTGTATGTCTAATATCAACAAACT TTGATGGAAAGCAAACATTTGATTTGTTTCTGAAGGGAAAATTGCAAACCCTTAAATTTT CCTTATCATAGGTGAGATAATTCTTGTGCTAATCTATCTAAGCTTTTGAATATAGGGATT TCTTGGTTGTTCTATGTTGAATTTTGGAGTTCCGATCGGCTTACTTGTAAACTAGAGAGG TTAGCACAAATCCATATACTACCAGCACTCGTGCTTTGTTATTTTTATCTTGTAGTTCTG AAAATTTAGCTTCCAGAGCATCAAATCTTGCCATTCCATTTTCTTTATTTGATAAGGATG CATCTTGGCCTAAATGTTGTTATCTGAAAAAAACATGACTTTTGGCTGATTGACTTGGCT GACCTTACATCAGAATATGTACTGAACAGGAGACTGGAAAGAGCTGCAAGTCAAGCAATA TATGTGGTTTACTAAAATACACTAGAAAGAAGAATCAGTTCTAGAACTTTTTGGATTACT AAACTAATTAATTTTAACTGTCTAAGATGAATAACCATTAATCATTGGAATCCTACCGAA TTCATAAATGCATAATGTGCTTACTGCAATTTCCGGAACACAAATCTCACTATTGAATAT TCAGCAAAGTGTTAAATGGATATCCAACATTTGCCTAAAAATCCTTTATAACTATCAGGA GTACAGGCTTGAAAAAAGGCTCTTGAAAATTTGGGGCATTCCGAGAATTGAACTCGGGAC CTCTCGCACCCAAAGCGAGAATCATACTACTAGACCAAATGCCCAGCTGTTTGTTGGTCT CTCAGTCTAAGAAATAATTAGAAGTTCCATGTCAGTTATTCAGACCCTATACCATTTTTT GAAATGATTTTCTTGGAGGGATAAGCATTTTCTAGTCTCTAGGGACTCGGGGGATCCTTC CTTGTGTCAATCAGTGTTATGGTCCTTCACGAATTTGATTTTAGTTTTATAGTTATCTTC ATTTTTACACTTGAGAGATCTGAAAAGGTTATTTTCTTCTATTCAATGTGTAAGCAGTCA TAGGAGATCATTTCTTCCCTCTCCCTCCCTCCCTTTGTTAAAATGAAGTATATAGACTAT AGAGAGGCATACTATGCTATTAAAGTTGCTTAAATTGTAGACATTATTGAAGTAGGTTGT ATCTGGTATTCTGGTTGTATGTGAACAAACTCAACTGTAGAGGAGGAAAATGTCTCCTAT GGCAATGCAGAGTCAGTTACAGATGAAGGAGCATTTGGAGAGTTAAATCAACTTTAGAGT AAATAAAACTTTAACAAAATCAAGGGGCATTCCGAGAATCGAACTCGGGACCTCTCGCAC CCAAAGCGAGAATCATACCACTAGACCAAATGCCCTGCTTTTGTTGGTCCCCCAATCTAA ATGATAGTTGGAAGTTTCATATTCAGTTGTCTGGAGTACCATCTTATGAAATGATTTATA GGAGGGATGAGAATTCTTCTGTGTCTAGGGGATCCTCCAATGTAAAAATAATGTATACAG TGAGACATAACATTGGAAGTAGTTGTAGAAATGGGGAAGTTTCCCATATCTGGTTGTAAT ATCTAAACGTACTCAACTGTAGAATCAGCAAGAGATGAATGAGCCCTTGGAGAGTTAATT AAGCTTCAGTAAATTAAAAAATTTATCTAAATGAAGGGGCATTCCGAGAATCGAACTCGG GACCTCTCGCACCCAAAGCGAGAATCATACCACTAGACCAAATGCCCATTGTTGGCATTG TCTTATTTGAGCTAGGCAAATGTATTTTCCCCCTTTGAGTTATTTGATCCCAAATGTCAT TGCTCATCTGTAATGCAAGAATTCAAAGACTCCATATTTTACACCAGATGATCTTCATTT CTTGCTTAAATGTTCTTGTTGCTTAGAATATATGCCTCTGCAGTTCCTCTGATTCTCACT GCACTTGATGCCTAAGACGCTCTCAGCTTTGGTTGGTACTGTCACTTGTATATTTACAAT CCTATGCTATCATATTAAACCCTCTGGTCATCTGGAATCCAAAATCCATGAGATATGTCT AGTAATTAAGAACTTCCATTGGACATGAGGCCAGGTGTCTAGCATTAGCTGGAGTAATAT TACATGTTTGAGCTTCATAGATCGAGTTAAGTCGCAGCTGAAGCAAATAAAAGCTCCAGT AAGGAGTATCACATTTGTAGTTCAACATGGGCTTTTTGCTGGGTTCTCTTACTTCCAGTT CTCTTTTGGGCCTTATTTATTACTATAATATCATCATTACTTGTTTCATGGAATAGTGCA GATCATGTTAAGTAATTTTCATGATATATAATTTTTGGGTGCAAAGCAACTTGGTACAAT AATGCTCCTGCTTTTTTTCTCTCTCACTGAAGTGCAATATAAATGGCTCATGACCTATGG ATATCGGCTTTATTTCTTATATTGACTTGAAATTTTGAGAGCTACTGCCTTGGTTTTGCA CAACATCTCTATGTCATTGATTAATGATTTCAGTTTTTACTGTTAACTTCCTTGACTCCT AAATGACCGTGTTATGGATCAAACATAATGATTATTTGATGTTACAACAAATCCATGTAC TAACTTCACTTTTAAGTCTTGCCTGCTTTGTCAAATTTAAAATGGATGGCAAAAAAGCAA ATCTGAAATAATGGCTTATGATAGAAGAGATACTTGAACTTGTCTGTTCGACATTTCATA TTTAGGGATCTTTTGGGTGTAAGATGCTGAACCTTGGAGTTTTAGATCTGCTTTTTTGTA AACTGAACAGGCAAGCCCAACTCTGCACTCAAGTAGTCATGATGGATTGATCTGTATGTT ATAGATCTAGATTTACCTTATGCAGCTTCAAGTGATTCATGTCATTTGGTTATCCATTAA CATGAATTAAAAGAATCTTTACCTGCAAATATTTTTGTATGAAGACTTGAGATCAGCTTG CCAAAATGGGAACAATAAAGAGCTCTTGAAGTCAAGCATTAGGTAAGGTCTGGCATAAGC ATTGACAAAGCAAAGTTAGGTCTTGACTGTACAAATGGTCCTACATCTTGATATAATAAT AAACTAAAAAATTTATTGATTCCCCTGTCACATTAAACTGTCAGCATGTGACCCAGTGTG AATTCTATTTTTTGAATCTTAATTACATAAATGGCTGATGAACTTGCTGGAATTTTCAGA ACATCAATCTGAATGCTTTCTTTTAACAAAATACTAAGAATCTTGCAATCCCTGAATCAT ACAACTAGATCAAATACCCAGTTATTTATGTTCCTTATAGACAATGTTGCAATAAGATTA ACACTAAGTCATCCAAGATGAGAGTGTGTGCTAGTTGAAATTTTTTGTTTCCATTGTTAA CAAGGTGGAGGATAAATTATAGCATTGGCATGATAATTTTGAGACTGCAGACTTTGATGT GTATTTTCTTGTAAGATCTCTGGCCAATCACACTAGGTTATCCATCAGTGTCCTGCTTAA TTTTAATATATCAATTAGAAAAAAGAGTGAAGGAGCAGTTGTACAAGTAAAATGGCCTGC TTAATTTTAATATATCAATTAGAAAATAGAGTGAAGGAGCAGATATACAAGTAAAATGAA GTAAAAGAGTTACTTTAGCTGGGGGCATTCCGAGAATCGAACTCGGGACCTCTCGCACCC AAAGCGAGAATCATACCACTAGACCAAATGCCCTGCTGTTTGTTGGTCCCTCAATCTAAA TAATAGCTGGAAGTTTCATGTCTCTTGTAAGCTTGTGCCATTTTTTGAAATGATTTTCTT GGAGGGATGAGCATTCTCCAGTGTCTGAGGGATCCTTCCTGGGCTCAATCGGTGTTATGA TCTTTTACAAATTTGTTTTTAGTACTATAAAGATCTTCATTCTCACATAAGAGATCTAAA AAGGTCATTTTCTTTCATCCAAATTTTAAGTGTTCATAGTAGACCATATCCTCCCCCTTC CTCCCTCCCATTGTTTTAGTACTATAAAGATCTTCATTCTTACATAAGAGATCTGAAAAG GTCATTTTCTTTCATCCAAATTTTAAGTGTTCATAGTAGAACATATCCTCCCTCTTCCTC CCTCCCATTGTTAAAATAATATATGTAGAGAGGGGCATACTATGCTATTAAAGGTGCTGT TATTGTAGACATTATTAAAGTTGGTTGTATCTGAACAAACTCAACTATAGAGGAGGAAGT ATTCTCCTACAGCGAATGTAGAGTCAGTTACAGATGAAGGAGTATTTGGAGAGTCAAATC AACTTAAGAGTAAATAAAAACTTAAGCAAAATAAAGGGGCATTCCGGGAATCGAACTCGG GACCTCTCGCACCCGAAGCGAGAATCATACCACTAGACCAAATGCCCTGTTTTGTTGGTC CCCCAGTCTAAATGATAGCTGGAAGTTTCATCTCCAGCTGTCTTGAGCTTATACCATTTT ATGAAATAATTTTCTAGGAGGATGAAATTCTCCTGTGCCTAAGGTCTCCTCCAATGTTAA AATAGTGTATACAAAGACACATAACATCACAATTAAAGGTGTTTTAGTTGTAGAAAATAT CTTAACATACTCAACTGTAGAATCAGCTAGTGATGAAGGAGTTGGTGAGTTAAATTAACT TAGAGTAAATTAAAACTTTAGCAAAACCAAGGGGCATTCCGAGAATCGAACTTGGGACCT CTCGCACCCAAAGCGAGAATCATACCACTAGACCAAATGCCCATTGTTGACATTGTCTTA TTTGAATTTTAGTCAAATGTATTTTACCTCTGTAAGCTATTTGATCACAATTGTCATTGC TTACTGTAATATAGAATTCAAATAATCCTTATTTTACACCATATGATCATCATTTGCTTG CTTAAATTTTCTTGAGTACTTTGCTTATTAGGATGTGAGGGTTATATAGAAGGTTGCTTA AAATAATATGCCTCTGCAGTTCCTCTGATTACTCCTGTTGATGCCTAAAGATGTTATCAG CTTTGGTTGCTTCTATCACTTGTATATTCACAATCCTATGCAATCATACTCAACCCTTTG GTCATCTGGAAACCAAAACCCGTGAGATCTGTGTAGTGATTAAGAACAGTCATTGGACAT GAGGCCAGGTCTCCAGTGTTACCTGAATTAAAATTTCATGCTTGAGCTTCATCGTTCAAG TTACAGCTAAAGAAAATAAAATATCCTCCAAGGAGTATCTAGTTGATAGTTAACCATGGG TTTAAAGTTACCAGTTTCAAAAAGAATAGTTAACCATGGGTCTTTTTCTGGGTTCTCTTA CTTCCAGTTCTCTTTTGAATACCTTCTTTATAAGCTATATTAGTATTACTTGTTTCGTGG AATGGTGCAGCTCATGTTATGCGATTTTGGGTGCAAATAATGAAGTTCATGCTTCTTTGT TTCACTAAAGTGTAATGAAAATGGTTCATGAACTATGGATATCCGTTCCGTTCCTTATTT CGACTTGAATTTAGAGAACTTCCTTTATTTTTTTTGTGGAAGATTCGTGTTGTTGATTAA TGATCTCAGTTTTATTGTTAACTTCCTTGACTCGTAAATGATCTTGTTATAGATCAAACA TAATGATTCTTCGATGTTACGACAAATCCATGTACCAAATTGACTTATAAGTTTTGCCTG CTTTATCAAATTGAAAATGGATGGCAAAAAAGCATATCTGAAATGATGGCTTGTGATATT TGAGATACTCCAACTAATCTGTCCAACAATTATTTAGGGATCTTTTGGAAGTTAGATATT GAATGTTGGAGTTTCAGATCTGTAAACTGAACAGGCGAGCCCCCAACTCTGCACTATTGC AAGTATTCATGATGTATTAAGTTTTAGCTTATAGATCTAGATTTACCTTATTCAGCTTCA AGTGCTCATGCCATTTGGTTGTTCATTAACATGAATAAATATAATCTTTATATGCGATTT TTGTTTTATGAAGAAAGTCGATTGAGTTTTATAGTTGACTGGAGATCAACTTACAAAAAT GGAAACAATGAAGAGCTCTTGAAGTCGAGCATTAGGTAACATTTGGTACAGATTATTGAT TCCCTTGTGGCATTAAATTGTCAGCATGTGACCAAGTGTGAATTCTTTTCTTTTGAATCC TAGTTACATAAATGACCCTGCTTAATTTGCATGTACTATCACTTAGAAAATAGAGTGAAG GAGCAGAGTTGCAAGTAAAATGAATTAAAAAGTTGTATTAGATGGGGGCATTCCGAGAAT CGAACTCGGGACCTCTCGCACCCAAAGCGAGAATCATACCACTAGACCAAATGCCCAGCT CTTGTTGGTCCCTCAGTGGTAATAATATTTTGAAGTTGATATTGGTTGTCTGGAGCTTGT ACCATTGTATGCAATAATTTTCTAGGTGAAATAAGCATTCTCCATTGTTTGAGCCTTTGA AAAGTTAAATCATTTTAGAGTGAATAAAAACTTATATAAAATTAAGGGGCATTCCGAGAA TTAAACTCGGGACCTCTCGCACCCAAAGCGAGAATCATACCACTAGACCAAATGCCCATC GATGACATTGTCTTCTTTGAATTTTAGTCAAATGTATTTTAGCTTTTCAGCTATTTGATC ACACAACTGTATTGCTTACTGTAATATAGAATTCAAATAATCTGTATTTTACACCATATG ATCTTCATTTTCTTGCTTAAATGTTCTTGAGTACTTAATTATCAAAAAAATGTTCTTTGA GTACATGTTATTTGGATGTGAGGTGTATATAGAAGGTTGCTTAAAATAATATGCCTCTGC AGTTCCTCAGATTACTTCTCTCAATGCCTATAGATGCTATCAGCTTTGGTTGTTACTATC ACTTCTATATTTACAATCCTATGCAAGCATACTCAACCCTTTGGTCGTCTGGAATGCAAA AGACGTGAGATCTGTGTAGTGATTAAGAACTGTCATTCGACATGAGGCCAGGTCTCCGGT GTTAGCTGAATTAACATTTCGTGTTTGAGCTTCATCTTTCTAGTTATAGCTGAAGCAAAG AAAATCTCCAACTAAGGATTATCGAATTGATAGTTAACCATGTGCTTTTTTCTGGGTTAT CTTACTTCCTGTTCTCTTTTGGATACCTTCTTTGTTAAGCTATATCATTATCACTTGTTT CATGGAATGGTGCAGCTCATGTTATGCGATTTTGGGTGCAAAGCAACATGGTACAATGAA GTTCATGCTTTTTTGTTTCACTCAAGTGAAATGAAAATGGCTCATGAACTGTGGATATCC GTTTCATTTCTTATTTTGACTTGAAATTAAGAAAGCTTCCTTGATTAATGATCTCAGTTG TTATTGTTTACTTCCTTGACCTGTAAATGACCTTGTATCTATAATGATTCTTCGATGTTA CGACAATTCCATGTACCAACTTCATTAAGCATATTTGAAATGATGGCTTGTTATATTTGA GATACTCGAGAACTTTTCTGTCCAACATTACATATTTAGGGATCTTTTGGGAGTTAGATG TTGAACGTTGGAGTTTTAGATCTTTAAACTGAACAGGCGAACCCAACTCTGCACCATTGC AAGTATTCATGATGTATTAATTTAATTGTTAGCTTATAGATCTAGATTTACTCTTATATT CAGCTTCAAGTGCTCATTCCATTACATGAATTAAAAAGAATCTTTACCTGCAAACTTTGT TTTATGAAGACAGTCGATTGAGTTTTGTAGTTGACTGGAGATCAGCTTACAAAAATGGTA ACAATGAAGAGCTCTTGAAGTCAAGCATTAGGTAAGGTTTGGTACATGCATTGACAAATC AAAGTTAGGTCTGGACTGTACAAATGGTCTTTTTTTTTTTTTAATTTACAGAATATTGAT TTCCCTGTGGCATTAAATTGTCAGCATGTGAACAGGTGTGAATGCTATTTTTTTATTTTT CTGAATCTTAGTTCTATAAATGACTGATGAACTTGCTGCAATTTTCAGAACATCAATCTC AATGCTGATTCTTTTTACAAAATACTAAGAATCTTTCACCGATGAATCATACGACTAGAC TAAGTATCCACTGTTTATGTTCCCTGTAGACAATCTTGCAATAAGGTCAACACTAAGTCA TCCAAGATGACAAAGTGAGGTTGTGTGCTAGTTGAAATTATCTGCTTCCTTTGTTAACAA CTTGGAGGGTACATTATAGCATTTGTATGATAACTCTGAGACTGCAGAAAAGACACTATG AAGTGTGTTTTCTTGTATCTCTAGTCAATTGAGCTAGGTTAGCCATTTATGGTCTACTTA ATTTTGCATGTGAAAAAAGTTGTATTTGATGTTGGGGCATTCCGAGAATTGAACTCGGGA CCTCTCGCACCCAAAGCGAGAATCATACCACTAGACCAAATGCCCTGTTTTTGATATTAT CATCTTTTAAGTTATACTCAAAATGTATTTTCCTGTTGTGAGTTATGTGATCAGAATTGT CATTTCTCATCTGCAAATATAGAATTCTGATACTCCTTAGTCCTTACCTCATGTAACCAG ATTTTAATTTATAAGTTTGAACCTCAGTAAACATATATAAATGGATGCTGATTGTTTTAC AAAATACTTTCAAGGAGATCAAATTATGAAATACTCATAAGGAGATTGAATTATAAAATT TTCCTTAGCAGTGAACTTTCCTTGAAAGAAGGAAAAAAAAAAGATGGGGCGTTCCGGGAA TCGAACTCGGGACCTCTCGCACCCGAAGCGAGAATCATACCACTAGACCAAACGCCCATG TTTGGAATGTGTTCGGATAGTTTTGATATTATAATATTTTTTCTTTGTCTTTGTTTTTGG TGGATGTAAAAATCCTTGATATAAAACTTTTTTCTGTAAAAACATCATTTTAGCTTTGTT GTATTTGGGTGATTGAATTGTTAGGTCTCACGAAATATCGATTTTAGTCCTTGAGGTTAA TAAAACATAACTATTTAACAAAATAATTTATTGAAAATTTAGAAAATAAAATAAAGGATT GGTAATACGAAGAATTATGTATATAAAATTAAAATTATATATAATTTATAAATAGTTAAC TAAAATGATTATCTTAATTATATAAATTGAGCAGTTGCTTCTCTGATTGCTCTACTTTAT ATTCACGATTACATTTGAAAGGTTAGTAGATGGACAGACTCTTTAAGGTTATTAATGATG TCGTAACAACTTTCTATCCATAAAATATTTAACATTTATTTTTTATTAAATTCATATTTT TTCATACACAATTTTACAAGCATTTAGAATCACTAACCCTTCGAATTATTTTATTTGTAT ATTTTAAAATGATTGTTTTGTTAAATAGTCAACTTTTCTTAACTTCAAAAATTAAAGCCG CATACTTCAAATCATTGAAGGTTAAATGTGCATAATCAAAGTGAAAATATGTAATAATAC GGGGATAAAAAACACTATTTAACTAGAAGCTCTCAGCATATTACATAAATTTTAAAAAGT TGGGGTATTCCGAGAATCGAACTCGGGACCTCTCGCACCCAAAGCGAGAATCATACCACT AGACCAAATGCCCTGCTGATTGCATTTAGTCATTGTTAAATATATAACATATAATGTGCA TCTATATAGTTATAGCGTAACACAAATATATATATATATACACGGGTTTTAGAGTTTAGA ATGTCGATCACTTGAAAGTTGAAAGTTGAAAGTCGAACAAAGTATTTGTTTTATCGTCTA AAATGAATGCTAGCTATTTACCTTTATTAATGTTCTACTAGGACGAGCTATATCTTACAT TGTTATCTTCCTTTCTGGCTAACTTCAATTATATTTAACTGAATGGCATTTGCAAGCAAA GTCTGAAGTCTTTGTGTGGCACAGAGGAACAAAATGGCTGGGAAGTTCCAACACTCTGTA TCCAATTGAGGAAGTACCAACAATAACAAGTTCATGCAAGATATTTCACAAAAAAAAAAA GAAAAAAGAAGAAGGGTAAATTTGATTATCATTTTGAATGATCTCATCTTTTTCAAATTT CACCGTCCACATCAAAAAATGGTGATTTATCCAGCAAAAAATCATGTCTCTGTATGTTTA AAAAAAGATAACTGAGCAGTGACTCGAGAAAGCTTCTAATAGTTTAGTTATGTTACAATA ATAGATTCTGTACCTTCCAAAATCCAAAGTTACTATACAAAAAACTTCTTCCAAACCATA CCCCAATTTAATCAACACCTCCTTCGCGTCAACTACATTTGTACTCTTTCAATAGTTGTG CAACAAACACCAGAAGCTCAACCATCTCAAATCCAGCAGCAGAGACAAAGTCCATGTTTT CACGTGTAGAGTGTCCGTTATCCATCTCCTCTTCAACACATCTGCTGGATGATCCCGAAT CTGCCTCCACTGACCAACTAAGAGGGAGGGAGATTCCAAGTGCAGTTTTTAACTGACTTG CCTCATTAATAATATTGTCCAATGACTCCGAGGAGCAGTTCTCCATACCTTTGGATGCAG CTGGCTCTTTAAACTACATAATACAACACACTTCATCAAGCAACTTGCAATGGTCAAACC TTAGGGAATTTCCTTACAGGACAAAGATTGAGCTATATATTTTTCATCACCTCAAGTAGA CTGAATAAAACATTAAGCTATGCAATGTTATATGATTGATACAGAACGTGCGATATCTTT TCTGATCGCTACCTCAAGTGCAATTTTTGTTATGCATTCATCTCTCCTGAGAGGCGGTCT ATCTTTACAGTGAATTATTGGCTTCTAAAGAAGTCCTCTGCAAAAACTAGGAAACAAATA CTACCTTTAAAAGTGAAAGGCGAAGCCTCCTAACTGCACGAATTAGATGCTCCATACTCT CTAAGCTCTCTTTTAGAGTTGCATTCTCTATCTTCATCCTGAAAAGTGGTAACAGAGAAA TATAGGAGAAACTATGTGATACCAAGGAAATATATTCTCTGTAACATTACTTCCTTTTAT GAGTGTACCAGTAGTAGGAAGCAGTTATTAAGTGTAACAGAAGCATCAACAAAATTTCAA ACAATACCTTGCAAAATCCATGTTGTTGGCTTCAGAATCTCGATGAATGTCAGCATCATT TCCATCTGAATCTTGTAAACCAGTCCAGCGTCTCAGATAAGAAGTTTTCAGAAGATTTTT CAATCTTCCATCTTTTTCCTGAAGAGTCTTTTTCACTGCAATCTCACCAAGAGATTTTCC TTGTCTAGAGGCCTGATTAACTTTCCTACAACATTTAGCCATCTAGTGGTAACCAATTTG AAAAAGTATAACTTTTAATAGGTTAAGAAGTAGGGCAAGGAAGAAAGGGCAAAGTAGTCA ACAATTTATTTATTGTTCTTTTTTGAGGATGTGCATAGCAGTCCAATTTACATGCTGGTC AAAACTCTCATCACTGTTTTAAACCAGGTCTCATTGCTACAAAAGACCAATAGTATCATC TCCATATACCATCCCATGTTTTTCCTGTTCAAACCCATCACTATTGCTTATAGTGGAAGA CATTCTAACCTTCCTGCTTTCTAATGTTTTTCGCGTTCAAACTCATGTTTATTGCTATAA AATAAATAAATGTCATTATTCACCCCCACTTCATGCCTCAGAATCGTAAAAGATTGTTAA CACCCATAGTTAATCTTTCAAGGAAAATTCCACAATAATTCCTTTTTGAGAAGGCAGGTA TTAAGATCTTCCTTTGACAGAGAAGCGTACCATGAAAAACAACGGAGAAAAAAATGAAGT TGTTCCTAGTTTATACACAGTTAACTGGATATAGAAACATACTCTTGCAATAACTGATGG TCCCGCTTCAACTCTGCCAACTCCATGAGGGCTTTGACCTTTTCATTTGTAACCTTAAAA AATTGCACACATATATCAGCCCAATTTGCAGTTTTTCACTCCAAGCCCCCACATTATGAT CACGCGATAGTATTATTAACAGTGTTATTAAATAAAGAGAGAATAAATAAAATTCCCCCT GAACTTGGCTGCAAAAATAAATAGTGTTGTTAACTTTACGGGTAATTATTTACCCCTATT CTCTTTTCAAGTGAATTAAAATATACCTTAATATAATAATACCAGTCACACAATGGCAAG TGCATTCCACATTGCGTCATGTCATTGATACACATGGCACCACATCAGCGTCACATTGAA CATTATTTAGATTTTGTTTTTAATTCTTTTTTGTTTCTTTTTATTTATTCACAATTTTAG AAAGTAAAAAAAAATCTCAAAAAATAAGAATTAATCAATGATTATAAGAAAAATAATCTC AAAAAAAGAACATATTTTCAGAGGAAAGAGATACAAAATCTTAAAACCATTCTCACAAAA ATATTCAATTTTTAAGACACATAATCAAAACAAATAAAATAATAACAGCTGATAATTTAC TTTGGGATGAAAAAATTGTAGATTTACATTTAAAAGAGCTTTGTTCATCACATTCAACCC TTGCCGTAAATACTAATTTTAATTTGAAGCAAGAACAAGTCGATGGCTTTTCTATATTTT CCTATCATCACTCTTTTTGGGTTTTAGTGATAGAAAGGAAATGAGGATGGGATGGGGGCT TCTTGAAGAAAGAGAAAAAAAATGGAAAGTTCAACAAATAATAATAAGAAGAAAAATGTG ACACACCGAGGTTCGAAGGGAAAGAAAGAGGGTCGGAGTGGGAGTTCTAAGATGATAAAT AGTATCGCGATGGGGTTTCAAAGAAGGAGAAAGAGGTTTGGGTACAAGTGGTTGTCGACG GCGGGAGGGGTGGATTGGGTGTGAGAAAGATGAAGGGGCTGGAGGTGGGGCTAGGGTTAT CGTTTTTTTGATTTGGTTTTGCACTATTCGATTTGAATTTTTTGGTTTTGTAAAATTGTA ACCCAATCTGAAAAGTGTAAGCCAATCCGATCCAAAAAAACCGAATTTTTCGGTTTTTGA TTTTGTAAAAAAGTGTAACCCAATCCGATCCAACATAAATTTGGTTTTGTTTGGTTTTCC TCTTTCGGTTCGGCTTTTTTCGGTTTAGTTATTCGGTTATGTCAATGATTAATACATAAC CAAAGTAATAATATTGAGTCTCTTAAATATACTTTCTAATATAAATCATAAGAAAGAACT TTAAACACGATACTTATAAATATACCTATTATACATGTTCAACCATAAAATATAAATATA ACCATCGTGAAAGGCAATAACCAAAAATGGACAAAAGTGATTAACTCCAACTTAATTCTA AACCTAAGCTTATATATATATTGTTAGAATATCAATAGATCAATACAATCCTATTAGAAT AGGAATATGTTTCTAAACCTAAGCTTATATATTGTTAGAATATCAATGGATTTATACAAT CCTATCAGAACAGTCTTTATGTTTATAAATCCTACTAGAATAAAAATATGTTTAACAATC GTATTAGAGTAGGATTAGGAATACTAAATAATATCCTACTTGTTAAAGGATTGTATTCTA AGGTCCACAAAAAGGGGATCAATGTAATAATGTAGACACAACAACAATTCAATAATATTT TTTTCCTATATCACTCACATGGTATCAGAGCCTCTACGATCTTGGTAACAATCAAAGAGC TTCCACTGCCGGCGGGCGGCTGTTATCCATACATGTCACCTGCTCGGCTAATGATTATGT TAGCAAAAGTTATCTAATTTGTATAGCATCGTGCCATCATTCCGGTGACTACTTTCTTAT ATCTAATTTGTGTAGCACCGTGTCATCATTCCGATTACTTTTTCATATTTAATTTTTGTA GCACCGTTCCATCATTCCGGTGACTAATTTTTTATATTTAATTTGTGTAGCACTGTGCCA TCATTCCGATGACTACTTTTTCATATATAAGGGAAGAGCTCGATAGGGTCGAGAAAGGGC GTAAACTCCCATAAAAGTGGAATTGGGGAATTGTAAATGGAAGTGAGTTCGTTCTTGACA GCCCATCTTTGTCTCAGTAGAGTCTTTCAGTGGCACGTTTCGGTCCTCTTCCCCATTACT TAGAAAAAGTATTTGTGTAGCACTGTGCCATTATTCCGATGACTACTTTTTCATATATAA TTTGTGTAGCACCGGAACAGATCTACTAGTTCTTTGATTCCGGTTAGTAAGAGGGATCTT GAACTAAGAAATAGACCCTAGAAGCTAAAAAAGGCTTGCCATCCTTCCGGTAATGACTTT CTTTTTTTACATATCTGATTTGTGTAGCACCACACATCTCTCCAAACTACTTTTCATATT AAATTTTGTGCAGTACTATGGATTTTTCGAACTATTTTCTCATATCTGAGTTGCATAGCA TCATGTGTTTTTTCCAGTGACTCAGATTTGATTTGCATACTTCCATTCGTCTTTTCGATG ACTCCCCAAATCTGATTTGCATAAGGTTATGTCATCGTTCCAACCCTACCCATATAATTT CTCTTTTTCAATGGAGTCGTTCCATCAATTCGAACTATCCTTATAGTTGGGTCGTGACAT CATTTCGACCCTACCCGTATAATTTTATTTCTTAGATTGTGACCACTTTTAGCCATCAAA TCTAATATTTCGTCATATGACCATGTTTCGAGATGACTTTCTTAATTAATATCAACTTAT CTATTGATTCCAACACGATCCATATACTTTACACTAGATTTGAGCATTTCGTTGCTCAGG GAGAGTCCTTGTATGTCGATTGTGCAGATCACACTCTATGATTTAGAACAATTCTTCAAC AATTTTTCTCAAGCTTGGTTTGGGAAGTTCAACACCAAAATTATGCATCAAATACAATAT TTCATGCGAAGATTAAGCTCATTGAGATTGACTGGCATTATACATCAAATCCTATATTAA ATGAGAAGACAAGCACAATGAGATTGTCTGTCAATTTTGTGAAGTCTGCAAATATCTCAC CAAGCCCCTCATCGGTCCTCGTGTTAATTACATTTGTAACAAGCTAGGTACGCTTGTTAC ATCAACTGTACGCACTAGCTTGAGGGAGAGTGTTAGAATATGAATTGGTTAATACGATCC TGTTAGAATAGAAATAGGTTTATACAGTCCTATTAGAATAGAAATATGTTTATACAATCC TATTAGAATAGAAATATGTTTATACAATCCTATTAGAATAGGAATAGGAATACTAAATAG TATCGTATTGGTAAAGGATTGTATTCTAGGGTAAATAAATAGGATCTCAATGCAATAATG TAGACACAACAACAATTCAATAATATTCTTTTCCTATGTTTCTCTCTCACACACATATAT ATATCCGAAACCAAACAAAGTAATTTATTAATCCAAAACCAAACCTAATTTTTTATATAA ACGCGCTTTTACTTTTTTGACTAGTCATGTCAGTAATTTGGGTGTATTTTAAGTCACTTG AAAAGAGATAAGGGGGGTAAATAATTAGAGGGGAAAGAGGGGGGGGGGGGGAGAGAGGGA AAGGGATTTTATGTATTGCTCTTAAATAAAAATGATGGATTTAAAGTGATAGATGGGGGA TAGTGATCGGTAAAGGAAGAAAACACTCAGAGGAATACTTGAAGTAAGTTCCTCTGGAGA TCCTCAATTTTCTTCTGCAGAGCTGCATTGACATTCCTCTCCAACAAGTGTCTTTCTTCT TGTTGCGAGAGAAGTAGTAAAGTCTCAACCTGAAACGGAAAGAGAAACTGATTAAATATA GCACATAATTACAATTTGAAAGCGCTTTGTTTTATTGCAACAGTTACAAAACCTTCTCAT TTAGTGCCACAGCGAGAGCCTTTGAAGCATCACTATTTCCAACAGCAATGGTAGTTGTCA AGCTAGGCTGATTCCTCTGCAACAGGTAGAGATGGAGAAACTTCAGAAACATGTTGACAG CATATTTTTTGTTTAGAAGCTATGGTTCGTTTCGCTAAAGATTAGATTGCAAAGCATATA GAACTGATTGAAATAGTATTAAACAAAGCAATCCCATCCTCCGAAGTGACTGCTGATATC AACAAAAGCATTCGTTGATTTTAAGAATCATTAGTTACAGAGGAAAAAGGGAGAATCCAC TAAGGGAACAAGTCTTCTTCTTCAATAACTATTTTAGGAAGTAGAGAACCTTATCCAAGA AACAACTTACAAAATCTCAGGAGACGAACTTGAAGATATAGTATTTATCCCATCTCTTTG ACATAAAAAACAGACAGAAGACCACAAGCTAAACTTTTTCTTCTAACCACAAAAAATGTG CGGAAGCTGGTACAAGCACATAGCAATACTAGCGCAAATATAGGTGTGAGCATAAAATCT GCACCATCAACATGTTATACTTTTTCTTAAAGGGTTATACATTTGGCAATATCACCATGA CATTCAGAAAGTGGAATAGCTTTCGTCCCTTGAATTTTCATCATTATTAGTGCATAACTG AGATATTTGAGTGCAACAGAAACCTTCTTATGACAAGAGAACTCCTAGAAGAGAACACTA CCAAAATAAAATTGAACTGGAGATGTAGACAGCGACAAAGAAACGTCTAGAGTAAGAATA CGAACTGATTACCTTAAAGATCAACTCTGAACCATCATCATTGTTTACCCGAACATCTTG ATGTTCAAGTTCATTTTTCAAATTATCTACTTGAGAGGAATTTATGTCTCTCTCACTCAT GCTGCAGTCCTTGAGCTTTTCGTCCACCATGTTCACAGCTGATTTAATATGAGAAAATCC CTCATCAAGTAAACTCGTGATATCAATTTTATGCTGAGAATGATAGAGGCGAAATGCCGA TATTTGAGCCCGCAGCTTCTCTTCTGAAAGAATCTGCATGTTTGTCCTTTCAGTAATTAA TACAAACACTGGTGCTTATATTCCATTTCAGAAAAACAAAATTCGTACTTTCTGTTTTTC CAGTGCGCGCACTTTTTTCTTCAAGTGATTTTCTATTTCAAGACCCTGAAAACCAACACA ATTTTTTTTAAAAAAAAAAAGAGAGAGAGAGAAGAGAGCAATGAAATGATTAAGAATAGA GTAGAACAATAAGTTCCTGCAATATTGAACAAAGAGCAGATGAGAAACTACATACTACTT GTAGCTTGTTCTGAAGATTATCCAAAGATTTTCGTAGTGTCTCCACTTGTTCTTCCAGAG CACTCTGTCTGAGGAAAGTTAGTCAAGATCATATAATAAGTTTGAACAATTCTTTTTTAT TTGATTGAACAATTAAAGAATTAAGCAGTCCACGAAAACAATTGATAGTGACTTGGAATT CCAAATTCCTTGCATTTAGGATGACACTTCCCACACTCAAATACGAGCTATATCCACAGC CAGCCTTCGAAGTAATGCAAGTATTTTGCAAATATTTTCTTCAATCCTCACACTTCTCCA TCTCCTAATTAAATGAAAGAGCATCTCACCACCACAATGAGTGTCACCCCTTGTTAGACA AGAGCTCACTTTAATGATAAACATTTAATGATAAGTTCCCCAGCTTAAGTAGGGAAACAA AAGGGAAACTGATAACGTAGCCATTAAACTAGATGAATGCTCAGTAGAAGGTAACATCAA ATTAATTATTCAGTATCAAACAAATACTCATTTTACTTAATCTCCTTAAGCAGCAAGTAA TAAAGAGAAGAAAGTGGAGTGGAACCTGGAAATTGGTGTTAGCTAGAAATTTGATTAGCA TAACAGTAGGATTTTGTGAACCAAGGAAGTCTGAATGGAAATATGTGCTCAAAATGATAA CAAGCATCACTTTGTAGTTTGACTTTTAGCAGTGGAAACTTGTAAATTTTGGAGATGGAT GAAATAATTTGGAATAGACTAATATGAAAAGCAACTCAAGTGATTTGAGACAAAACATCA GTTATAACCAGTAACGTCCAAGTTTTAAGATTGCTAACTTTCTGGAACTCACAATGTACT TCAAGGTGGATGTTTCCTCAGGATTGCTGAAAGTCCACATTTCAGACAAATCATGCAGGA GGCACCCACATTTGTCTTCCCAGGACACATCTTCTTCAATATCCTCCAGTGACTGCTGTC TGATCTCATAGAACTTGTGAACAACCTGTTGTACAAAACAACATCTTCAAGGGTGGATAT TTATCAGTAATGAAGGAATATAATACATAGTTTCTTTCTTATTTCTTTGAGAGCTTCCTT GATCCAAAAATTGCATAAATGGAATGTTACACATGTATAGATGAAAGAATTTTGTTATAT ATTTTAGCTCTGTAACAATTATGAATATGGATTCACAGGGAGGGCATCAGAACTAAGTAC CTCCTTGAAAGCCTCATCCAACCTCTCTTCCCCGTCCATCTCACTCTGCAAAGTAGCCGT CAATATTTTCTCTTCAAGTAATTCACAGTGCAGCTCTTCAATCCTGCATCAGAGATGGAA CATAAGGGCAATATTATGTAACACTGCATATATTCCAAGAATTGTTTTTAGATGGTTTGT ATACTGCAGTGGAATTATGTGGATACTATGGGTTGAACATATCCATCTTCATAAATATGA AGGCTATTCACCTCTTTTAGTCAGGTTCTGCAGAGTTTAGAATTCTAAATAGCTTAAACA CCAAATCACAATTTTTATGGATAAAGATATCAACATATCATGAAAATTTCCAACTCAAAT GAAGTTGCTTCTTAAAAATATTGACTATTCAGATCATTGTAGAAGTTACTTCCATTGCAC TCAATTGCCCATGAAGGAGTGGGCAAATGCAAGAATCAAAGAAGAGCAAGAGTTCCAAAA TCATGAAATTAGGGAATACACCACTTGAACACCCAAAGCCTACTCACCACTAAATTAAAT CACTGAATTAAAAGCTAACTCCACTGTTCTAAAATCCATTGCTTCTCTACTACAGTAGAA GGTGAAAAACACCAGCATCCATTTTTTTTAATTATACTTTGTCGAATCTAATCTGCAGCG GCACAGCCAATATGGACTTATGTGGTAAAACCTTAGAATGTTACTTTGTGCTATCACAAC TATTATGAGCCTTCTTGTGCTTTCCTTTGGCTGTTATAAAAGGTAAGGTGACGAAGCTTG CCTATTAATTATAACCAAAAAGGTTTTCTGAAGATAAGACCCCTAATGCAATCGGCGGTT CCCTGGAGTGAAATGAGAGGTAAACTATTTGACTGCATGGAAGTTATTTAGAAGAGAAAC ATTAGAAGTACATATTTTATGGGACACTAGGGCTTAGAATAGATATTTTCAAGTGCGACT TTGGTGCTTATGATTGTAATACTTAATTTATCACAGGAGAAATATGTCATTAGAAGTAGG AGCAAGACAAAATCTAATGCCTGTTAACATGTAAAAATTCAATCAAACCTCTGCTGAAGT TCATGAAATCCTCTTGAAATAAGCTCCTCCTTTTCCTTAGCCTTTTCAGCCTGCAACATT TATAGAGAATGTTTAAAAAAGCCTCCAAGAATTAGTTATGTGAAGGATGAACTGAACATG TAATCTCATGCTCACAAGTTCTTTAATAGTGAATTTTAAACAGTAGTTGAAATTAAACAC CAGTCTATGCATCAATTGAGAAAATCTGGTTTTCCCAGAACATTTAAATCAAGATTCTTC AACAGTGATAGGCAGTAATAGATATGTAAAGGGTGTTGACCACACCGTCTTTTCTCTCCC TTCCAATTCCCCCTTTTTTATTTTTATTTTTTGAGTGCAGCAAGGGGGGGGGGGGGGTTC AGGATGGAATTAAAAGAAATCTTGACAACCTCCATTACAGCATGGTCCCGCTCAGAAAAT GCAGCAGCAACACAGCCTTGAAAAAACTTGAGCTGCTTTTCTGCTTCAATATTCTGGAGT AAAATAGAAAACGGAGTAAGTTATAATATACTGGACTATGACGCACTTCCTGATATTTAA TTGATCTAGATCCAACTAAAATGAATGTCTAAGACATCTGAGTTGCAAGCTCTTAGCATT CCAAGAACCAGAATTATAATGAAATTTGAGTCACAACCGCCAAACAGGAACATTTTAACA GTCAAAATAGCTTCAATAGTAACACACTCAATATATTAACAAGCACATGATGCACCTCCA GACCCCCTAATGTTTATGCTTTCTCTCTCCTTTCCGGGGTATAGGGTAGGGAGAAGAGCA AAGAGAAGACCTTGGAAACTTCTGCACTGTGTAGACTAGCCAGTTGACCCTAACAAAGTG AAGAAGAGAAAAAAGTGCATCTGTAAGATCAATAGCATAGAGGTTCTGCAATGACATAAA AGAGTAGTTGTAAACCTTACTTTGATGTGATAAGCTTCTGAAAGCTCTTCTTGAAGATTC TGATTTTCTCTTGTGCAAGCAGCTAGTTTCTTTTTCAAGTTTTCAGTCTCCTGCTCCAAC CCAGCTATCCTAATTGGTTAGAAAAAATCCATTTTTAAATGTCATGACAAAATGCCCTTC TTCAATTCCACACAAGAATAAGAGAGAGAACATAAACAAGGAAAACAACCTAAACAAACA AATGACTAGCTTCCCCCCAACTTCCCAAAAAAAAAAGAATAAGAAAGTTGAACCTATGAA GAGGCACATGAGTAGGCAGCCCAATATAGCTAGGTCCACTTTGTTGCATGCATAGCTGTT CAATATCTTTATGCAATTCATCACGCTCTAAACAAGAAACCACAATACATTAGATTGCAC ACAATTTTCTCACTTACTAATCAGTTACAGACTACACCACTGCAAAGAAAAGAGGAAGGT TCAGAACACATTTAAAACATACTTGGATAACAACGCGAAAGAAATTAGCATGAATGAAGA AGTGCGAGTAGATAACATCATATTTAATTAATTCTTCACTACATAACCATTCTGGAGTCC ACCAAACCAGCTCAACAATAAAAATGTTAAACTCGTATCGTGTAATCAAAAGTAGCAATC ACATTAATGTCTGTTGAGAACTTGTTAGCGGAATTCTAAATCCTCTCTATTTTCGAGGAG GGGATGAATTTAACCCTTCTTTTGGTCACTCAATTACTCAACAGAAGTCGGTAACCTATT GAATCTTGAACTGTTCAGGCTTATCTGAAGTGTCTGAGTCATACTAATAATATAGTACAT CCACAACAGCCAGTTGCTTCATGCCTATGAGGACCTATTCACCTTATCTAAACTGATTAC ATTCAAAGATTTGACGAATCCCTCATGTCATTAAGAAAACCATAGGGAAAAAATGTCCTT ACTAATCGCATAGACAACTAGTATCCCCATGCATGATTCACCTTTAAACCTATATTCGAT CTTCATTGTCAGGAGAAACTACTTTGCTGTATAGATAGTTGGACAAGAATGACAGACGAA TCAAGAACACAACTTCTACTCTTTTCTCAACTTATAGAGTTGGTATTTAGTAATGAAATT TTATATATTCATCAAGAAAGAACATTCCACACTGTGTTAGTCCAATCTGGCCATAACACA CATACAAATTCAAGAATTACAAAAACCATAACATGTAAGCATACCGCGTTCCAACTCTTT GATCCGAGCACGCAAAGATGCATTATCGTTCAAATTTCCATCCATGGCTGAAAAAAAAAC GGAAAATCTTGATTTCCACAAGAACGTATGAATCATAATTCATTCTCCTACTACAATTAC GTCGGAAAGTTGTGATAAACAAATAGTTCATCCTATATCGAAATGGACAAAGAATTAAGA AACCGAGATTTTGATAAATTAGAGGAAAGATTAAATCAAAGGGTCAAGAAAGTAACCTTG AAGGCTCCAATTCGAATGAGAACCCTAGAAACCCAACAACTGATTCTTAATTTTTTTTCC CTCTTTTCTTGCCGGAGACGGTAGTCGGTATATATAAACTTTTGATTGCTTCTTTAAAAT ATAATGTTATTTTTATGTCTTTCCAATTTAGATATTATCAGCGCGTTTAAAAAAAAATAT TAAAATTTGATAATTTGGAGACAACAAAATTCGTGCTGGCGTTATTTGGAAATAATTTGT CATTTACTTATAGCTTGGACGAAAGTGTTGAATAGTTTTCTCTTATATAATACGTTTGAT TTATTCTTTTTTTGCTTCAATTTTTGTATTTATGTTATTAAATAGTATTTTTATTTTGAT TAATTCATTTGTATTTTATATGTTATGTATTCAGAAATTAAGAAGAATTAATATTTTTAT AATCTAACTCCAATTGACATTGCTATTTACACTTAATTCATCATCGTAATAGTATTTGTC AAAAATATATATATATTATTTATTTATTATATTAAAGAAATCAGTTATTTTCTAAAAGAA TACTTTTTATTATATCAAGGACACCCTACATCTCCTAAAGCAGATCAAAATTCTAGTTGA AGGATTATGTATGCTTATCCTTCCATTAGGATTAAAAAATATACTTCTGATGTAGATTTT GTTTACCCTCTTACCTAGACAACTAATAAATCATTTTCCTTTTATAATTTTTTCGTAAAA GCCCATTCCATAATAAATATCCAATATAATAATTAAATTATGTATAAGCTAGACTAAACA CTGGCTTATAGAAAAAAAAACATTATCTTCTTTGGGACACCAATTAATTAAAGATCAGAA TAATAGACCAAAACTTTTTGAAAATTATTTTTTCTAGGCAAATAAATTAGCTTTAAAATG AGAAAAAAAAATGACTTCTTGAAAGGAGGCAACCCAAGTTCCACAAGTAACATTGATGGT ATCATCTCGACTTCTAACACGCCTCATCTTAATCCTTCATTTCCGCCTCGAATAATATTT GTTTAGATTATATAATAACATGTTTTACTTACGTATCAAATACACAAAAAAAAAATAGAA GTAAGAAACTACTTATTTTTGTGGTAAACCGAAAACATTTTCCTGCATATTATAATCTGT TTCATTAGTTCAAATCTTGTTAAGGATCTTGGACTAGAAATACAACAAGTAGAATTCAGC CTTATTTCCTTCTACGAGCACAGTTCACAAGTCTGAAACTCTATAGTTTTTCTTGAGGGT GCCCATGATCTTTTATGCTATTTACCGGAAAGGCTTTACTATCACAAACAGTGTATACAT TTCCACAACTATTTACCAAATTTACAAGCCAGCAAGTAGCTGGCTAAAGGTTTGAAAAAT AACAAAATGGAAAAAATCCATCAAAGCTATAGTATCAAGCCACAACTCTGGAAGATCCCA TCAAGCATGGATCATCTGCACATTCACAGAGAAAGAAGCAGTAAGAAAAGGAATAGGGAG TAATTAGTGACACAAAGCGTTCACTTAACATATTAGGAAGAATATAACATTTACTGCACA TCGACAAACTGCAAATCTACCTTCCTAACAATGGAAAGAAATACAACTAGATAGGTAATA CTAAAACCTCATGATATCAAATTTACATTCACAAGAACATGTATTGAAGAGGAATGACAT AAACATACACATAGATGCTTGTGAGTCTGTTTATTGTTGAAATCAGAGAACTTTAAACCA TCAACTGATACGTGATTAAGTCATTCCAGCTCTTTATTCAATAAAACTACACCATAAATC GATCAAACTAAATGTTCTAATAGATAGAATTCAGTAGCGACATCTATCAAAACTTAGAGA AATATCATCTAAGCAAAGCTGAAGGGAAACCACAAACATGAAAGGTAACACAAGTTCATT GAGGGATCTCGAGTCCAATACATTGACTAAAAAACACCCGAGGAATGAGGATAAAAGGAA AATTATCTCACTTACAAGGAAAAGAAAGAAAAGATAAGGGGACTGAAGGAATGTAAGATG CAATCAAGAAAAACCAAGTAACTGATCCAATATTGTACAAATATCTTACCATCCTTGGGA TGCTTCTCCCTTCTAGTGCTTTCATTGCAGCTTCTGCAAAGGCTTGTGCAGCTTCGGCAT CAGCTTCAGCAGCATCAGCCTCTCTGGCAGCATCCTCAGCTTCTGCTATGGCTACTTCTG CTTCTGCAACAGCTCGTGCAGCAGCTACTGCTGCCTCTTGAGGTGTCATACTCCTCATCT TAGTTAACTCAAAATCTACTTGAGCCTTAGTAAGTGTGTTTATATCATCCGGATCAACCC GGGAGGAGATCCTCTGGCTGCTTTCCAAGAGAGGAACGGAAGGAATTCTTCTTCTGTCAG ATAATACCAGTGTTGGTGCTATTATATACTTTCGCTTCATCTGCAAAAGAAAACGGCATC CTTCACATGATAATCAGCATAAAATCTAACTACTGACCATCATTCATAATATTCTTTTTC ATCTGCAGAAGAAAAAGACTCCTCAATATCATAATCAGCATGAATCTAACTACTGGCCAT CATTCATGAATTTGGATCTGCCAGTTCATATTGGCTTCACACTCAAAGCTAAGGGCAAGA TAAGCAACACATGAAGTATGAATCCCAAAACTGAATATCACCTTGACAAGTCTCCTAGTT GCAGTTAAATACTTCAGTTTCGCTGAAAGTAGCCTTTTAAAGTTTGTAGGTGCCCAATAT TGATCCTACAAGATATAAAAGTATTGAGTATAATAGACTGATATATGTAGCCATAATTTA TAACTTAGCCAGGAATGCAAATTCGATGAATCTTGACCTCATGCATTATCTAAAGTTTTA TCACATGGCACCTTACTTTCGAAACCATATCTTAATATAGAGAACTAAGATCAAGCACAG AGGAAAAAATAGTCAATAAAGCACCATCATATTAATATTACAATCATAGAAGGTAGCATT CAGTTTATACTGAAAGGAAGCTAATTAGATTCCTACAATCTTATGCAGTTGATCTACTGT TGTGAACACCAAATGCTTAAAAGCTTGTGTCCCGTCACACATTAAAGCATAAACAACTGT ACAAGGAAAGAACTAAAAACCATAATAAATGAGTTCCAGAAGAGCTCATACTTGAATAAG CAAGAAGCACCAAGAGCAAACACGATTCAGAATGTTATTGATGGCACAACAAGCAAGACT TCAAAATTCCAAAATGTGTTAGAGGCCCTAAGAAAGAATATTGGCAATTTAACTAAGCAG TACTGCTCTAAATTGTTTTATTTTTCGGACATTAAGCTCAACAAGAAGATGAGTACCTCT ATGTATGTTGCTATAGTAGTCTTGTTGGAACCACCCGGCTCCTTCAAGTTGCTTATAGCC TCCATTATAAGATTATCCAATCTATAATAGTAGTAAAGCAGCAACACTTAGAGATAGTCT TCCTTCCAGCAAAAAGTAAGACCAAAAACTGGAACATAACAAACTTATGATAAGGGTAGG ACAACTTTTATCCATCTACCATCATCAGAATGCTAAAAATCAAACAAGAATGATCACTTG GAAAGAACATGTGTAGAATGTGAAAATAATTAGAACTATCGAAGTATGAGATCATGCAGA AGCCATCATTTAACTAAATCCATGAGCGCAAGCAAATGTACAAGGCTACAACTTGAGTCA TGTTGTAGAAAGTAATGAGCAAGGTTTAACCTTATGATAGATCTTTTTGACCCACGCATC TGTAGAGAATCACTAGAAGTAGTAGCTAGCCTTGCTTCAGTCATTTCCTCGTCACTTATA GCCTCAGTGGAGACAGATAAAGACCTCTCATCCTGTTTACGGGCTTGATTCATTCTTTTG AGAGCCAACCTTGCTTTCTCTCTAGAACCACAACCGTTGGCCATCACACTCATGTTCCTC CACTTGTCCTGAACAACAAAGACAAATTAACATATCATGCATAAATACATAGCTAAGAGG AAAAAAAAAGTTATTGTGACCTTCATCAATTTGAATGACACCAAAGCTTCCTCTCAACAA AAGAGAAATTTATCCTAAGAGAAATGGGAAAAAGGGAAATTCTACCTTTAGATCTACATT TGAACGCGAGTACAACACTCCGCTAAACACTGGGTCCTTGAGGATCGTCCGCCATTTGCC TGGTCCATGCTTACGGACCCCAGCTTTAAGAGCAGCTTCTTCGTCTGGAGTCCACCTCTG TTTAGGTGCACCCATCCAAGTATTAAAAAGTTATCCTTCGAACAACCTAATCGGAAAACC GTAAATATGTGTCAAAAAAACTCAAGCAGAAGATCATAAACTGAGATGTAGAATTAGAAT TTTGTATCTGGACAAGCAACATAACCCAACATAATCAACACTTGGCTATACATTCAAACG ACATCGAATAATACAAAATATTGAAACTGCCTTCAATGCAATATGTAATTGGTGCTCATA TACACCATACTCGCTCATGCACAGAGCTATAGTTCAAGAGTCATCACCACTCCCAACAGG CATCAGCTATAGTTTAAGGGGTTAATATATAATTAAAATTCCAGAATTCAGAAATATAAT TCAAGGAACAATAATCATGTCTTCTGAAAGTCCTCCAAGTACTTTGTCAACAAAAATATT CCATCTTCTGTTTGTGCATTGCTCTGGATACCGCAACCTAATTCCTTTTGTATAGGCTTA ACAATTCCTAGGATAACTTTTAAATATATAGGCAAACAAATGCCTATAAAATATTAGAAG CATTTCGATAGAGAAATTTGAGCTAAAATCTTAATCACAAAAATAAATTCAAACAAATCT CAACAAAAATCTAGTTCATGAATTACGTCAAACAAACCAGGTACTATAGCGAAATCAAAC GATGCAATAACACTAGTATTCATGAAAACATCACCTTTACGCTAAATTATGGAAAATCAC AAACACAGTCACATAGAAGAGGACAAATTTTCAAAAAATACATCAAGTTTTAGCTGAATT ATGGAAAATCAAAGATCGGAACTTTAATTTTAGCCAATAAATCAACGAGATGATACATTT ACATAATAGATTTTCAGTTTTTCACAACACAAATAAAAAACCCTAGTTTTGTCAAATAAA TTAGGATTGCGAGAAGAAAATTACAATTCAATTAGAAAAACTGATCGAAAGAGAGGGAAT GGGAGAAGAGAAGGAGATCGAGAATTACCAATTATGATCCGCAGAAAGAACGATCAAGCT TAAGAATTTGAATATTCCATTTTATATATTTTCCGTCAGAATTTCTACAACAGAATGCAT TTTCTTCTTTAAAATAATTTTTTTTAAAAAATAAAGGTAGTAACATTTTGATCCCTCAAT CATGCATAAATTTGGATTTGATCCCTGTGATATTCAATGAAGCGCATTTTGCCAATAAAT TAATTAAAGTATCTACTTTTTGTCCTTTTTATGTAAAAATCATAGTATTATATTGAGACT ATTTTGGAATTAGATCACCGCTTTAAATAGTTGAACTCAATAAGTAACTAAAATAATAAG TTTTATGATAGTTATTAAATTCAAAATCTACTAATATATTCACTTTATCTCGCGCAATTT TAATCTCTCAAAAGAATTTTAAATTTACTTTAATTTCTTAGCTAAATAAAAATACTTATT CTACTTTGTTAGTTTTTTTTGTGTAAATTCTTCATTACTAAGTACTTTCATTTTTACTTT TTCTCTTTTAGTTAAAAATAAATGAGAATTATGAGTTTTAAAAATATAAGCTGCAAGGTA ATTTTTATTTGCAATTGATATTAAAGTTTTACTATAGATGAAGACATTATTTAATTTATT ATGAATAAAATGTCATCATGATTTGAGTTCTTAATGATTATATGAATTTTAGAATGATTC GAGTCCTTAATGATTATATGAATTTTAGAGAAGTTGTTTTTTAAAAAATATGTTTTGATA GAAAAGTGTTACTCAATTATCATCATTAATTTCCACTATCAATATTCAGTATATAAAAAG CAAACTCGTATATCTACTAATAAGTGTAAATAGGATCCCTTAAAATGTGAATAGATACAC ATTTGAACTATATATAAATAATGTTTATAAAGATCGAGAGTACATAACAAAAAGGAAAAA GGTAGGTCCTTTGATTTGTAAGAAGATCATTACTGGATGCCATTTTCCTTTACAAGATCT TATTTTGTCATTAATTAAAAGCATGCATCTAAAAGGCAGCAACAGCAAACCGCAGCCAAA CTGCAAAAAAACATTAATTAACAAAGCATAAGATTAATGATTATTATTAGTTTAATTTTC TCTATAATAGAAATGTGCTAGAGAATACTAATACGGTAAATGTTCATATTCAACAACTCA AATCATGATATCAGTATTCGTCAGAAAATTATACGTCAAAAAACTAGAGTTGAATTTACA AATTCGCCCATGCATATGCACGTAAAAATTAATTTTCAGAGATGAGGTCATACCAGCCGG TCATGACACCGGAGGTGGCTGAATTTTTCTGAGGCGGTGGCGGAGCGGCGTATTGAGGAG CACCGTATGGTGGAGGAGGGTAGCCGTGTGGAGAAGGGTAACCTGGCGGAGAAGGATAGC CTTGTGGAGGATAACCTGGAGGAGGAGGAGGGTACCCATATGCATCCTTTGGTGGATATC CTAATTAATTATTTCAACAAATCGTAAAATATAAATCAAATTCATATCGCGTAAGATCTA ATAAACTCATAGAAAAACAAATGAAACAAATTAAATATTTTTGTTACCTTGAGGGGGAGG TACACCAACGGGAGGAGGTTGATTATAATAACTCATGATTAATTATATATATGTTCTTGG AATTATATTATATTATAAGATAGATATGATTTCTTTCATTTGAGATTTGAGATAAATAGA ATGCACAACCATTCGCTTGATTTTACTTGTTCATCATCTTTTCATGTATTTCTCCATGGT TATTTTGTTGAATAGATAGAGAAAATTATAGATGTTTTTTTTTCTTCGTGTGAAAACAAA TTACTCCTAGTAGTGGTTAGATTACTAAATTATCCTTTTTATTCTTTAGAAAATCATTGT AAAGATTTAAACACCTAATTTTTTTTAGCAACTATACATACAAAACTATTACTCCATCCG TTTCAAAAAGAATAGTCTGATTTGACTTGGAACGGAATTTAAGAAAAGAAAGAAGATTTT TTGATATTGTGGTTCTAAATTAAAGTTATGAGAAATGTATTAAAATGTCTTTTAATTTTA TGATCTTATATATTCCACGTGAAAAGTTAAAGTTAAAATTTTGTCCAAAAAAAAAAGGAA TCATTCTTTATTAAACAAACTAAAAAAAAATGAGGTCATTCTGAAGTAGATTACATTTTT TTTTGTATAAATAATTTTCTTACACACCTAAAAGGATATATTTATATTTTGAAATAACAC AAAAAAAGTTACATGTTGTACCATATGATATGGTAAAATTATATCTCAAGTAAAATCCAT TTATGTAGGGTGGAGTGTTAGTTAGGCTCATGTTCTAACCCTTGACACAATTTCTTAGAG TAGCTAGCTCACTTTTTCATATTATTATATGAATAAATAGATAGAAGGTCTACATCAATT TCTAATTAAAACATAGTAGTTGGCTTTTAGGCTCAACGATCACTAACCAACCATATCTAT CTTTTTTTCTACTTCCCATGCAAATTATAAATCTGTTCTTTTTGCTTCGATTTCTACGAT TTCTCCTAAAGTCAATAAATTTGTAGTCAGTATTAGTAAAATACATTTCTTTACTCTTTT GCTTATTGCATGTATATATATGTATGTGAAAAATAAATATAATTAAGAGCTTAGTAAGAG ACATATTAATTATAAGAGAGGTAGAGAGATGACAGTACAGGCGAAAGATGAATTGGTGCC TCATCCAGTGAAAGATCAACTTCCAGGAGTTGATTATTGTATTAACAGCAATCCTTCTTG GGGTATGTTTTCAAAACTAATTAAATTTGATTATTAAGTTAGGGTGTGTTCAGTATAGAA AATAAGATATTTTCGATACATGAGCAAAAAAATGTATCATCTTAAAAGAATTTATATTTA TGTATAATCTAGCCAAATTTTAATGAGAGGCTATGTGAGGGGGTGTGTTAGAGTCTTGAA GGATACAATCAATGTGAATGTCACTTGTAGAACTTGATTTACCTACGATTCTACAACGAA GTATTTTTCAAAATTTTTAATCAAGTCACTTTCTTTGTTGAATAAAATGGGAATCAAGAG TTTGAATGACTTTCTCGGATAATAACTATCAGTTGAGTGGCCATATGAGAAATCAACTCA ATTCTGAGTTTATGATTGCTAAATTTGTAATTGGCTTAGTCATCACCAAGAGCAATGAGA TCTTCAGTTGAGATCTTCTTTTATTCTCAATCCTTACTTCATCAAGCATGTGAGTTCCTA CTCTGTTTGATCCCAAAGTTTAAATTACAAAATTAACAGAATACTCTTATATGATGTACT ATTGTCTGTGTCCTGAAAATGGAAGATAAGTTTTGATTTTCTACTTTAAATTATGCAGCT GAGGCTGTTATATTGGGTTTTCAACACTATCTAGTAATGCTTGGCACTTCTGTCATCATC CCTACCATCATTGTCCCTCAAATGGGCGGTGGAAACGTAAGTACTTTTCTATTTTTTATG AAGTAGTAGTAGCAGTTGTTGTTGTTGTATCTTTGCTATCAATCGTATGAATGTGTACTA CAGCCTATTCTATTTGACTCTTAAAAAAATCGGGGCTATAGTATACTTACAACAGTTTTT ATCTTCCAGGTGGAGAAAGCTCAAGTGATACAAACTTTGCTCTTTGTTGCCGGGGTGAAT ACTCTATTGCAATCTTGGTTTGGAACTCGGCTTCCAGTGGTGATAGGTGGATCATTCAGA TTCATAATTCCAGCCGTTTTTATTGCATTATCCAATAGATACAATGCATACCTTGATCCT CGTGAGGTTGGAGTAATCGAACTTCTTGCTTCATTTTTTGTGCTTTTGTGCATTACTCTA GGCCTCCACAAGTAAAATGTTTTCTGATTATAACAGCATTAGTGATTTTTCTTAATACTT TTGATCATTTTCTTCAGAGGTTTAAACAATCGATGAGAAGTATGCAGGGGGCTCTGATGA TTGCATCAGTTATTCCAGCATTAGCTGGTTTTCTTGGAGTTTGGAGAATTGTTACAAGGT CGTGGCTCATTTTGAAGGATTATATTAGTAGTTATTGCATCCGCGTAGAAGAGAATGTTT GATTCCAGTTGTTTGACAATGTAGGTTCTTGTGTCCGCTTTCTAAGGCTCCACTGGTGTT GCTTGTTGGCATTGGGCTATATGAGCAAGGTTTTCCACTTGTAAGAAGTTTGGCTGATGC TTACTATACTTCCTTAGTTGCATGTTTCAGACGAAAGATGACACCTTTCCATACTTATAA AATTATTTAATCTTTAAATTTCTCATTTTTCTCTTAGTAACATTCTACAGGTTTTGAGAC CACAAGTCACAAGGGTACTTTTGATATGTGCTCAATCTTCTTTTTTCTTGCTTGATGGCA GCTGGGAGAATGTGTTGAAATTGGACTTCCGGAGTTAGTTCTACTCATATTGTTGTCTCA AGTAAGCGTTATTCTTTACAGTTATTGCGTTCAGTATTGAGATGCATGTGTTAAAGATTA AGCATTAGAGGAATGGATATGGAGATCATTTGTGGTGACATTAGTTTTGTTTTTTGTTTG TTTCTGGTCTTCTGATATGTGCTTAATGAATGTTTATGCAGTTCATTCCTCATATGTGGA AATTAAAGCTACCCATATTTGAGCGATTTGCTGTCCTGTTATCAGTTGGAATAGTGTGGG CATTTGCAGCCCTTCTCACAGTAGCAGGTGCATACAAGAACAGACCCCTACAGACTCAGT TCAGTTGCCGAGTTGATCGCTCTGGGCTTGTTAGTGGAGCTTCATGGTGTGTACACACTT AAATAAAGTGATAAATGCCTGGAAGTCAAAGAATTTCTGATTTTATACTTTTAATGCTAG ATAGATTCTTTTTCTTTCTGCTTCAACTCTGAAGAAGTCAGTTATCGAAATGCAGGATAA GATTTCCTTACCCATTGCAATGGGGTATTCCCAATGTTGATGCTGGACAAGTCTTTATGA TGATGGCTGCAGTTTTTGTTTCTCTCGTTGAGGTTTATATCTTGTTGCCAATGGTTAATC TAATATTCTGGATTTATTCGCTGTGATTTTTTTAGCCTGGTGTTGTTGATATTGCCCTTC TGAAGAACCTTTTCCTACTCTTTTGTCAGTCTACTGGAGGATTTATTGCAGCTGCAAGAT ATGGAAGTGCAACATTTTGCCCAGCTTCTGTGCTGAGCCGTGGTGCTGGATGGCTGGTAA GTAAATTTATCACATCGCCATTCTCTCTTACTACGTGTTCTTTCTGTTGATCTATGATTC TCTTTCGAACTTAATATTTCTTTTGTTGGTGTCCAGGGGTTAAGTACGTTGATCAATGGT TTATGGGGAACCCCCAGTGGATCTACTGTATCAGTGTAATACATCTATCTACCTTAGGAA ATACTTAGAGTAGGATATTTTAGTTTGTTCTACGCTTCATACAAAATTCTAGGCTAGGTT GTTGTCTCTGGATATCTCCGCTCCAACCATCTTTAAAGAAAATGCATCTACAGATACGTT CTTATTACCTGACCATGCGTTGCTAATGCTTTTCTCTCATGAATTATGAAGTGAAAATGT AGGTCTATTAGCATTGACACGAGTTGGAAGCAGAAGAGTAATTCAAATCTCTGCAGTATT TATGCTTTTCTTTTCTGTGTTAGGTGAGACTCATAGTATAATATAGATTATCTTGCTGAT TTCTTGTGTGTTCTTGTTTATGAATGTTGGAGTAATGGCTAACAAACAGGAAAATTTGGA GCTATTCTTGCTTCAATACCTTTGCCAATCATTGGAGCTTTATATTGTGTCTTGTTTGCC CTCATGTGTAAGTGAAGTCTCTAAACATGTAATTAATTTCTAGTTTTTTGAATTAGTCCA TTTTCCCTATATAATTAAGGTCTTTGCTATATTGTGTCTATTGGATGAGGCAGCTGCAGC TGGTTTTGATTTACTACAATTCTGCAACCTCAACAGCTATAGGACTAAGTTTATATTAGG CTTCTCAATCTACATGGGCCTTTCTGTGCCACAATACTTCAAAGGTTATGTTATAACCAC TGGTCGCGGTCCTGTTCAATCTGGCTCAGCCACGGTTAGTATATACAGTACTCTACCCCT CTTTAAGTAGCATTTCTGGCATTTACCATTTATCCTATGTGCAGTTTGATCAGATTATGC AAGTGATCTTCACGTCCCCCGCCACAGTGGCAGGAGTTACAGCTTACTTCTTAGACCTGA CTCTGGCGCGTAGGCACCCTTTAACCAGGAAAGACAGTGGAAGGCATTGGTGGGCTAAGT TCAAGTACTATGGGCGAGACCCTCGGAGTGAAGAGTTTTATTCACTCCCTTATGGACTCT CCAAGTACTTTCCTTCAGTATGACACATTGATACTATTAATTAACAATGAGAAATCTGTC GAAATACTCACAAAAAATGTCATTTCATTTGTATAATCCCCTAATGTTATTGAGAACTAT TCTACAAATTATAGTTAATTAGTTGAATAACTTCCACGTATAGCAAACATAAAAATTATA TTTTGTATGTTATAGATATACTTTGCATAATTATGCTTCATTGCAAACATAAATATGTAT ATTTCGCTATACGTATACAAAAGAAACAGTTGTATAATTCGCTATACATATACAAAAAAA TAGGAGTTGTATACAAAAGATCAATTGTATAACTTATGTATGTATAAAACGAGAAAGAGA AAAAGACAAAATAAAATTGGGCATGGGAATATTTGTATTGTATAACATAAGTGTATAGAA CGAAGATATATGTATTCGCATATGTATATACAATTTTCTCTCACTTTATACAAACAAAAA CGCAATTTATATATTTTATTTTTGTTTCTATAAGCAAAGAGAGGCGAGGGTGGAGAGAGA AATCTGGGAGAGTAGCGTGCGAGATCTGGGAGAGGGGAACGAAAATATATGTGTATATAC AAGTTTCTCTCGATTTATACAAACACAAATGCATTTTATACATTTATATTTGTATAAAAG CGAGAGGGAGTGAGATAGGGAGAGAGACGATTGACAAACAGTTTGCTACATGACACAATT AAATCAAAGTGCAGTTATAGCATTTAATTTGATTTATTAGTTTGTCATTATACACAAATT TTCCTAATTTGTTTGATGTACAGGTCCAGGCGAAAGACATAGTTTTCAACAAGAGAGATT ATTTCTAATAAACCTTCTCCGTCCTCTTGAGCACTAATCTCTGCTCCTTTGTCAATAGTG AAAATGGGCTTGGTGGACTATTTGGAGTTGGAGTTGGGCCCATCAGAACATGGGCTTCAT ATCCAAGGTCCATTCTCTTTTGTCTTTTTCAATTTGTTCATAACATGATTAACCTCCGTT TCAACAGTCCACAACAAATAAATTAAAGAATATGAGAAATAGCACGTTTATTAGATGGCT GAATTAATTTCCAATTATTAAAACTCATAATGATTTCCCAAATATTAATGTTTAGGACTC AAAACATTTCTTTCTTTTCTTAACTATAATAAATTTGTAAATTATTACTTTTAAAAATGT TTTATTAATTAGTCAATAACATCATAGGTAAATAAGAATTTATTAAATTTTGAAGTGATT TTGAATATATTAATTTTGTGGATATTAGAAGACAAAAATTCAAGGCAGTATTAAGAAAAA AAGAAAAAAGAATTGTGGGCTTTGAGTGATTGCAAATCAAATAAAAGCCCAGAGGTGTTT GTCCGTACGGAGTACTCCGCTAAACGACAACTTGTGGATCTTTTAAGATCACATTTGTGT ATTATGTTTTTGGGTCCCATTTTCCAATCCACGTGGCGGCGCCAACTAATCCTTCAATTT CTTGTTACTAATATTAGAATTTGTATTTTGTACGATATAAATTATATTAATTTAGTCTAA ATATGAAATATAAATAAATTTTATTAATATGAGAAAATTATCTTTTAATATTATTAGTTA TATTAATGATGATGGATTTCTTCAATAACTATAAAAATTAATTTAATGATAATAATAAAA GATTATGAACCAATTATTGGATAGGGGATAGCCCATCTTTTTGTCAATAATTTCTATTTA TTATTATCCAATATAAAGTCAAGATCTTCTTCTGTTATTTTATTTTATATGTGAATAAGG AAAAATTGAATTTGTCTCTTTTTTGTCAAGCATGGTGAAGTGTTTTAGTGCAAATAAAGA TCATTAATGTTTTTTTAATTAGACGGTTTAAATCATTCTTCTAAAGAATTGTTTGGTTCA ATATCAGATTGTTCTAAAATTATAAATAAAGTTATATATCTCATTTTTTATATAAATAGA TATCTCATGATTATACGTGATACAAAATTTATCTTAATTTTAATTAATTCCTTCAATCAA CCACATAATAGATTCAATTTCTAATTTTTATATGAGTAACCTCTTGTTAAGTCCTTCTAC CAAACAACCTCTAGAAGAATTTTAGAAAAGGATAAAAAGTAAATTGCTAGTAATATACAT GATTGAAGACTCTAAAAAAAGTGATTAAACAAAAAAAGAACAAGAATACAAAACTAGAAT AAAGTATTTATTATATAATTGCTAGAATGATTAAAGAGAAAGGTCAATGATTTTTTGATT TGACCTCCACCCAAAACCCCACATATGAAAAGATTGATGTTAGTACTAATAATAAAAAGA AAATTCATTTAATTAACATAGTGGATTGAGGGAAAGGGGTCAATTAAAAGAATGGAGAAA ATAAATGGGACCCAAGTATAATAAAAACAAACATTTGTCAAATTATAAATAAATATTGAA GGCCCATATATGAGCTGGATTGGACACAGGGTATTGGCACCTTTCTAATGAATGCCCCTC TGCCCCCTTCACAATTATTTCATCTTCAATGTCCATTTTGCTACTTGCACCTCCTACATC TACTACTTGTGCAAATCACACCCTAAATTGTTTTTCTCTTTTTTAACTTCAAATCATATC TTAATTTAAGTCATGTTCAATGCCTTGTATATATAGAACTATCAATGTAGTTTAATATGT GGTTGGAGATATTTTTTTCGATCACACTAATTAAGTCGATACAAACTTGATGTATTATCG ATCTTAAGTTTAGATTTTAAAAAAAAAATTTATGATAGACTGATAGCTAATGTAAGAATA ACTAGCTTCATAATGCATCCTCATCGTCTTGGACGTACTTGCTAGTGAATTCTAATATAT TTAATCTGAGCTTATATACGAGACTATGTTACCATCATTTAATGGTTAAAAGAAATAATT ATGGTGCATGAAATTTGAAATTAGTGTGTTGAAAGGTTGAGTGTCAATATATGTTGACGA GTGATCCAATGAGGAAGAGCACATGATTTTGGGGCAGTGAAAGTTTAATCTATCTTTGAC TAAATCCTAAAGCTAACAAGCAGAGGCCACCACATAAGTATTTGGCTAAGTACACTGCTA CCTTGCTGCACATAAATATCAGTATTTCATGTGCGCATTCTTATTGTTCTGCTCATGTGC CTCATACTTTGCACCATTCCCTATAACACCTCCTTTTCTATTAACGATAATGTTCAGATC AATTTATATACACTTGATAATTATTCACTATTTCCCGTTTATATTAACACTAATGTTATC TTACTTTGGTTAAGATTAAGTTAAATTTTCACCTTACTCGTTTGAGTTTTAATAAACGAA TAAAAATTTATATTTATTAAGTCTCTCTTATATTACGAGAGTTAGAAAGTTTGAGTGGAT AAATTTAATTTAATTTTTTTATAAAGGTTGGTAGAGAAACTAAATTGAACAAGTGAACAT TGGAATGAGTAAGATATAGAGCACAATCAAGTAATTAATTAATTAACATGATAGAGTACT ATACTCCAATATGAGTATATTTAAACAAGGCAAGATTAAAGATTGAAGTGTGTGCGCACG TGCATACATGTGTGTATATCTGTTGGAAGCTCCCAAATAGGTCATATGCACACGTGCATA CATGTGTGTGTGAGTCCGTGTTAAAATCAAAATGACTTCATGTGACTTCCCTTTCGTAAT AAATGTCTAAAATCATTCTTATCAAAAAAATTTACTCATATCCGATATTAATTCATAATA ATTAATATATATTTTAATCACAATATATTTATACGTCTTTATATAAAGAATGAATCTACA TAATTTTTTTTTATCAATCGCTAAGTAATTCTCACTAAATCTTCGTTCGTGTCTAAGAGT TTAGATTAAACTAGTTTAATGTATATTACTACTATATTATATAGTACTAAAGTGCAAACA TAGAGTTTTCTTGGAGATAAAAACGAAGTTAACAGACATAATCTGATGTCTCAAGCATTC CACGTCAGATTCTTGTCTGAGCATATGGCCATTTGAACTTTTTAACATAATATTATTTTA ATACTAAATATACACACACTTGATTCAAGTCCCACTTGCTTTTTAAAACTTAAGTAATAT TACAAATTTTATTACTTTTTCTGGCAAAAAGAGTTAGAGCACGATACATATTTAGAAAAA ACTAGTCAAATGTTGTACCTTAATTTTGACTCGATTCGCTGACTAAAGTAGCATTTTTTT CACTCTATAATTTAAACATTAGTTAATCAAAATCCCACAGTTCTCCATTGGATTCAAATT CATATATATATATATATATATATATATATATATATATATAAATGCGACCTAATATGGCCT AATGCCTCAAAAATATTTCTATTTATGACAAGCTATTTGAAAAATCATTTTATGTGAGTA AGTGTAATTTTTAATATAATTCACACGAAAAATAATTGTATGTACCCTTTGTCAATTGAG CTTATAGTTGCTAATTTTGTCATCAATCATAATTGGTCGATGACAAAATTTTCTAACAAT TGACATTCTATTTAACAAAACAAGGTATGCTTAGCTTTTTCATATTGAATTCTCGTTGTA TGTGAGTGTATATTAGGAAATTTATGTCAATAGATATACGTACTCATATATAGATTCTTT ATTGTAAATCTAATATATTTATTACGCGTATATCACTGTTTTAGATGTATACACGAGCAA TGGAGAAGCCACATGCAACCAATGAAGAGAGTGCACTTAATTAAACTTTCTTTCTTAAGA GATTATACTTATTACTTTTAAATTTAAAATTTTTTAGACCTCTATTATTAAAAGTTGTTG AACCGTCACAAATTTACTAGTAGGAATAAATGTTTTTCAATATAATACATGTACCTAATT ATTAATTTTTGAATAATAGGAGCCAACAATTAAATTTGTAGTGGGAAGAAGAAATTAATA AAAGGATAGAGGCTATAGTTGTCCAAATACTGAGGAAGATTGAAAAGTGTACCTTCTCTT CTGTTTTAAAACGTACTCAGTGCCTCGCTGTCCACCATGTGATAACGTTGTGGCTCCGTT CCCATCCATTCCATCAATTTCTTCTCTCACAAATACACCCATATTACTTAACACCCCCCC ACCCCAATTAAAACGGGTGGATAAGTTGAACCCATCATTTTTGATACCGAATATAATATT ATTGACGATGACTTAAAACGGGACGATACATACAAGTTGAAGTAAGACTGAGAGATTATT AGATTGATACATGCACACGTAAAAAATGGATGATACATATTATGAGTTGATATATAGTAC ATATAATGAATCCTAAACTTGACTTCAAATTTTAACTTAAACAAATACTTTAACTATCCA ACTTTTAAATAAATAAACACATGACATAATATACGTAGGACAAAAAATGACATGTAGGAT GACATATAGAACATTTGTGTCTATTTGTTCAACTTTGTACAAGTTTAAATGTCTATTTGT GCACATCCAAAGTTGAAGGATATAAATATGATTTGAAGCCAAGATAAATGACATATTTAT ATATTATGTCTTATGAATTTGAGTCTCTGAAAAAATCACTAATTAATATATTAAATTTAA TGATAAAAATCTTTAAAAGTTTGAATTCTTTAAGACCTAGCGCTCTTTGTCATTGCCTAA CTGTCATTTTGTGATTGATTCATATATATGGGAGAATAGAGTGCTTGAGTACAAAACAGG TCTAGGATTTCAGCCTTGATTCTCTTTTGGTCTTTTCCAATCTCCACTCTCATTTTTTGG CTTTTTCCTCTTTAAAAACCCCACACTTGTTTTAAAAGGACTAAATAGATAGAGTTAAAG AGGGGGATGTGTCACATATTTCTTGGACTATTTAGCAACAACAAAGGGTGTCTCACTACT CACTACTAACAATACTTGTCTAGTGCTTTTGCTCATCATTCCCAAACACACACACACAAA AAAAATCCCATTTGATTTGATTTTTTTTTCTTTCTGTTAGACATAGAAAAAAAAAAAATC AAAATGGATTATGGTATGATGGGAGGTGATTCAGAATGTAGTAGTGGTTGTGAGTCTGGT TGGACTTTATACTTGGAAAATTCTTATATAACTTGTTGTAAAGGTGAAAAGAGTTTAAAG CAAAAACAAGAAGAAACAGAGGAAGAAGAAGATTTGTCAATGGTATCTGATGCATCTTCA GGACCTCCAAATTTTCATCAAGAAGAAGAATATGGACATAATAATATTATTAATGGTGCT CATTATTATGCACCAATTAGTAATCCAAAAAGGCAGAAATCTAAGGATAAAAAACAAAAA CACAAACAAAAACAACTTTCTGTACTGGATGATACAGCTAGTTCACCTATCTTTGATTTC TCCAATGTAAGTTTTCAATTTTTTTTCTTTCTTCTTTTTACTAAACATATAAATTTATGT CTTGCATTGTGACATTATTTACCTACTGTTTGTTACAGAACAATTTCAGTAATATCAACA ACAACAACAACACAAAGTCAGTGGAAAATAATGTATTGGATTTTTCACAAGGTTATTCTG CAACACATTTTCAGGTACTTAAAAAAACAATTTGTGCATGTATTAATATTTATTTTTTTG AAAAAAAGAAAATACTAATAATTAGTTTAATGCAGGGGAGATCTACATACCAAGAACACT ATGGTTATTTCCAGTCATCTTTACTACCTGGAAACAAATTTCAAGAAAATCAGTAAGTTC TGTTTTTCCTTTTTTTCTCTCGCATAAATAGTAGCCTTAGAGCAACATTAAAGTCGTTAC AGTTCTGTTTTGTGCACTAAATTGTTCTTTTATTTTACGAGAAATAAGCTATTTTGATGA TTTAATTAATTTTTTTTTTTTTTCTTGAATAGATGGTTTGAAGAGAAGAGGTGGGGATAA CAGCTATCAGTTTTTTTTTTTTTTAATTAAAAAAAGTGCTGATGTTAAATTGCAGCCAAG TGAATGTTTAGAAAGTGGGAAGGAGTTAAATTTGTCAAAGCAAAAGGAATTGAATCTCCA AAGGGATTCTTGTTCCTTTTTCTTTTTTCTGTTTTTTTTTTTTTGGTTTTCTTTTGGCTG TCAATGCATTGGGAAACAGCTTTAAGAGAAAAAAAATGGGAGTTAATTTCCTCTCTAATT ATCTTGTTTGTCAATGAATAGTAGCTACAGTTTAGCTCTTCTTAAGATCTTGTTGAACAG CTTTTTTTTTTTTACTTTTCGGTTTACGAAAATCACTAGCATAATTAATCCAAATTCGAA ATGAATGAATAGTTTATTTCTTACCAAAAAAATATTCATTGTGAAATCTTATTTCTCTAT TGACCGATCATTTATGATGCATTATTTATTAAACATGTCATCAGTTCTCAATTAAATCAA GATTTCTAGAGAGGATATGAGAAATTTGGTCATATTCCTCTTAGGTCAGCAATCTTTTAC TTCTAGTCGAAGAAACAAATAATCATAGTCAATCAAGCCAAAAAAATATTATTCTAACAA TATCCTCAAATTAGTTTTCTATTGATATACTAGACTTGCAATGGAATAAAACAGGACTGT AAAGTAATCTTTTTTAAAAAAATTAAAAATAATAATATGTGATTAGGTAAAGATTTGTTG AAATTCATTTTGAAAAGCTTTGTGTCCAGTAGAAGCTGAACCAAAATCTTGGAAAATGCT TGGCTATATAATGTAGACAAGACCTTATTTGTCTCTTGGTGTCCAGACAAGAGTACATTC TGATCATAGTCAATCAAAGATTTATTATGTCAACATTAATTAAGAAGAGATGAATTAAAA GTTTTAGGATAATTGTAGAAAAAAATAACCTTATAAACATTTTTGATATTTTTATATGTC AAAAACAATTGAACCTATGGTTATGGGTAGTAAGAGAAAAATGTATAGAGAGAAGCCAAA ATTAATATTTGGAATATTTCTTATATGCAAGTTCATGATCCTTTTTACAAGTGCAGAGAT CCTGCCTGAGATTTGCCTGACCCAATGCTACATGCCATGTTTTAATTTAATAATATAGTC TACTCTTTATCTAATTTGGAAGCATCTTCAATATAAAAATTATTTTATATAAAAATTATT TATGGACTTATATAGTATGTTTTACTCCCTGAATTTTGTCTTTGTTGGACTTGATGTCAT GCATAATTATATGCCTTTTTCTTTATTTTTTTGGACTTTTCCCACTTAAATTCTATTTCT CAAACTACAGTTATCTTTCGAGTATAAGAATTAAAAAAAGAGAGAGGAGAAAACATAAAA TGTAATCGAAAAACAACAACGATAAGTAATCAATTATACACTAATTTGAAACGTAGGGCT TACCGCTATTACTATCACCATTGCTCACAATTGATCACCAACCTCTAATTTTTAGAGTAA TCATCACCACTCGTTATTATTATATATTATCAATCACCATCATCATTCATCATGACCCCA TCAATCGCCACCACCAACTATTTTCATCTACCATAACCACTAGCTACTACTCACAACATC AACTTCACACAACACTTATGACCACCATCACTAGTCATTACTATCATCAACCACCATCGT AATACTGTTGGATTATTGATATAATCCTAGATTAGTTTCATATTTTATTAACTTAAATAT AGAAAAACTTTAAAGATTCAAATATTAGGAAAAACATAAAAAAAATTTATTATGTAGGGA TTCTAATACATCATAGAGTACGTAGTATTTAGCTTCCTAACCTCAACTTACTTTCTTTTT TTAATACAGCAGCATAGGCCTTCACACTTCAAATAAGCGCATGATCTATAGACCACGAAC TCGAATTGGGATTTACGTCACGATAAGGTGTCTACATCATATCCTTAGAGGTGTGATCCT TCTTTGAACCCTAAATGGTCATTAATAACTATGTAATATGGAGTTATTATTCTCTTTCAA GAAGTTGGGACATAAGAATATTCTTAGTCCAACAACTGTTTTTTCGTATATTCCTATTAT TATCAACAAATAATAGATTTAAACAGTAAGAAAATAGTGAGTCCACATTATGCTCCATGT ATGAACTCACTAATATACAATGTTCTATTTTACTAAATAATCATTACAACTCCTCAAAGG AAACAAGGGAAGAAAAATGAGTTAAAAAGACAAAACAAACATGGATACAAAAGGAAGATA ATTAGTTTATTTTTTATTTTTTTTGGTTCATTAAGATGATTTGTGGTAGATAGGAATCAA GAAAGTATGGGGCAAAACATTGTTGTCCTACCAACTACCATCAAAATAAAGCCTTAGAAT TCAATACCCTCTAAAAAGGCACACACAAGTTCCTAACATTTAACTTTGATATATGGTCCT GAATTTAATTTTTTACCTTGTACTGTTCCCAATCCTCATGACAACACAATACTCTTCACC TTCCATTATTCACTTTTATTTAAAGGCCCACAGGAGGCATGTATATGGACTGTGTTTATT ATATAAACATGCACAAAACTGTACTTACATCACAACCCGTACCACAAAAATACAAAAGGC TGGTAACTTAACTTGGATGTAACAGGGCATGGATCTATCTCCCTGCAAATACTTTACTGT TTTTCTCAAAGTTGCCCATACAGTTTTCCTCCAAAATGGAACTTTCATTTCCATTTTTCT TTCTGTAAAATTCACTAATACGTACCACTCACTGTCTTCCTCCTTTATACAGATTTGGGA CCAGTGATCTGTCGACAAAGTAAGATCTTCACCAAAAAAGTCTAGAGGATTCAACACCAA AAATACACTCACTAAAAACATCTAACAAGGCAAAACCACACTCTAGCTGAAATCTATGGG CAAGCAAAACAACAAGTTGCCAGTCAGACAGGGAGCAATGAACTCACCCTAGAAAATATA GTGGACATCATAATATAATCTTGTGAATATCTACGACAAGCAACAACATATTCAGTGAAA TCCCACAAGTGAAGCGTGGGGAGGGTAGAAAATTTAAAGAGAAGAAATAAATGGTTCAAG ATACTTTTTCGTTTTCATTTTGCATGTATTATTAAGACAGAAAATGTATGACAGAGGAGG AAGGGTGTTAGTACAAAGAAATATCTTAGAAACAGCTGGCATAAGGATCATAAATTGGAA GGCAGTTACGAGGTCATGACATAAGTTAAAAGAGGACCACCAGAAACGAAAGATCAGATC TGATTACTACTATCAGATCGTTTCAGGTTTCTAAACTATAGTGGACTTGGCCTTTAAACT CTCACTGCCAACACTGCAACCTTTCATGTACATACAGCATTGAGCATCACCACACAATGT ATCCACAACTCAATATAATGATGATCATTATGAACTTTATCAAAGGTGACCACCATTCAA TAGAAAGGGCTTGGCCTCAGATATGGTGCTCATCTTTTCACCTTTTCAGGCTGTCACAAA CTTACAAAATGTTGAATCTTGTCAAACTGTATCAGTATAACAGCTAAAATGAATTCCATC ACTTGAAACCATTCATCAAAACATGGTTGAGCTAAAATATACATTTTCAAGTTCAATAAT TATTTCGGAGAATCGGATACACTTGTTATATAGCACACTATAGGTCATGGTAAAATTCAC TTTATCTTGTTTTTTTATCTGTCAAATTGAATTACATGTCAATATATTCACAAATCTCTC TGTTCACTCGAGCAATTGCTTGTGCTTACCCCAGGCAATTGCAACTACATATAAGAAGAG ACTGCCAGTGGCACCACCACCGATTGTCCATAAGAATTCTGGCATCCCAGCTTTTTTCTC GTCGAACAGTTCAATGTTAATGTTCATACCGAAAATTCCAGCCACAACAACAAAGGCGCT AACCACAAGAGTTGCCGTTGTTAACATGACTCCCATTTGCAACAGATGGTTCTGCTTGTC ATCCAGCATGATGTTGATGTAGTCTTCTGTGTCATCCACATATTCACGTAGCTGAAGAAA ATTAAAACAGATTCAAAAGAGAGAGATCACAACAGTGGAACAAACTAAAGTTCAGCATCC ATGTATACAAAGTAGTTAACATTGAATCTGGTTTAGGTGAAAACAAAAGACATTTATATA GCAAGTAGGTAATAGAACAACAGTTCATGTCCAAATTTGACTTGTGTGATTGAACTTCAT CTCTGATAATGCTATTCCAAAATCAATGTCATTATTTGCAATTACAACCCACATGCAGTG GTTTTTATCCAACATTACTTTTCATCTATTATCTGAGCTTTGAAAAGTCAGATAAAATTA ACTGAGAAAGGGAATAGCTAGAGAAAGTCAAACTAGGATGCAAAATAGAGATGACAAATA GAAGAATGCAGTGCATCATCACCTAGGTTGTATCATTAATAATGCACATGTGAAATGGTG ATGCAAAATTATTCTGAAATGGTGTACTGGATGCTACAGTCATAAACCTAAATCTTTAAG GTATCTGCATAACCGAGGTCTTCTTCTTCCTCTAAATACAACAAAATTCTTTCTTGATAA ACTTAATTATAACTAGGCCATGATGCAGCTTTTAGTTTATAGTTTCTTTAAATGTTAATT GATAAAGATTCACCTTTTACTTTCTGTTCCATGTGAAAACTTAGCATTGTTGCTCACACA AAGAAATTAGAATGCATAATCTTACTGATGTGATTTCTTCTTCTGGTAAATGTATCAGAA TCAAATGCCATTTGATTGCTAAGGTAATTGTCTAAATTCTGAAGCTTGGTTGGTCGTCAG GTTCTTAGTTTCTCTGCAAGCTACACTTCATTAAAGATTCCATTCGAGAACATACTTCTG GCTCTATATTTAACCATTATATACTCTCTTGCGATAAGAGAGCTAGCCATACAACTGATA CATATATTTTAATGTATCAACAGAAATTGATAATACTGTCCAAATCCTTCCAGAAGCAAA TTTCAAGAGGTGCACAACTATGGGGACATAATTTCAAAATTAACTGTTGGTCAGCGGAGG ACAAAAATATTATTAAGAACAGAACTTCACTTAATTAAAAAGTTTGGATTGGACAGACTT CAAAAAATCAACCTATCTAAAGATCTGTTCCCTGTTTTTATCAGGGCTTCACAATCACAG CCTGTATCTGTTCCTTTTTCTTAAATCCTCTTTGAAGAATTATAGCACATTTTCTTGAAC ATCCTTCTCTATAAATGAATAGTAGATTTGCAGCGGAGTCTCATCCTTCTAAAGCTAGGG TGACCCCATTGTGCTCCCTCTCATTCCTCACTACACCATTAAGTTTGGGAACCACTACCT TCATTTGCTCTAATACCATACCTCAACTACTTCATTTTGGAGCTAATTACAAATAACCCA AGTTGAATATGAGATGTCTGGTGGACATCATTAATTTATTTATATGATCAGAAAATTATT TTTGGATAGTGCAGATAAAGCTGTGTATCTATACATTTGCATAGATGTCTAGATGGTTTG TAGGAGATTTCTTCAACTTTGAAGCTTTCGTTTTCTCCTCTCATTCTATCCTCCAACCTC TTTCACTTTTTCTCTCTCTGGAAAACGGCCACTCTGGTGGCATGCAAATCAACTATTGCC ATGAGCATCCTAGTTTAACATGAGGCTCCCTCTAATTACAAATGCCCCTCAATGGACAGG ACCCAAAATTACATTAATCTCCCTACTCCTAAGTTTGGTGCGATAAAGCTAGTCTTTTTA GATGATCAGACCTATAAAGTTGGTGGAGAACAGAGACAAAAAGGACCTCAGAATTGTACA AATTTCCGCTCCACCACTACCTAACACTAAGAAAAATGTTGTATGCTTCATACACCGGGC TGCCTGGTATCAGAACCCAAATCATAGTTCTCCCAGCTCAAGAAATCAAAATAAGAGTCT CAAACCATTTGTTCTAAAATTCAAGTTCATAATAACTCTGTGAGTGTGATAATAGAGTAT CTTATCCTGTTTTAAAGAAGTTGGGACATAAGAATATTCTCAATCTAACTGTTTTTCAGT TTCTTTTTCAACTTTTCATACTCTCATTATCAGGTAATATTGGATTTAAAAAGTAAGAAA ATAGTGAATCCACATTCTGCCCCATGGATGAAATCACTATTATTTGGTATAAAAAAGATT AATGTTACCAATTGTACGCTTAAATGGTCATTACAATAACACAAATAAAAGAAGGGAAGG AAAATAAAAAAGCAAAAAATAATGAATAGGAGTAAAGACAAAAAACATGGATACAAATAG GAGAAGAGGAAGGTATCCCACGGAATTAGTCGAGGTGCGCACAAGTTGGCCTCGGACACC ACACACCACAGTTATTAAAAGCAAAAGAAAAGGAGATGATTAGGTTTTTTGGTTCTTTAA ATAAATTTTATGGTTAGATAGGAATCAAGAAAGTATGGGGAAAATCATTGTTGTCCTACC AACTACCATCAATATAAAGCCTTAAAATTCAATTCCTCTAAAAGGCACACCACACGTACA ACAAAACACTCCTCATCCCAAGAGAACCATAAATGGCACTTTAGGCCCCTTATCTTTCTG CCATTTTCCTCTTTTAGTTAAGGCCCACAGGCATGTGGTTATATATCAGTGAGAGTGGAC ATGCACAAAAGTGTGCTTAGATCACAACCCTTATGAATCCTACACACAAAAATACAAAAG CTGGTAACTTAAGTTGGATGTAACAGGGCATGGATCTATCTCTCTGCAAAACTTTACCGT ATTCTCTCAAAATGCCCATCAAATTTCCACAGTTGATCCAAAATTGCGTTAGCCGCCCTA ATCCTATGTTTTGTGCGACAAAGCTAGTCGTTTTAGATGATCAGACCTATTTTCAGTCAA GCAATCATGAGTTACGCAAATAAAATTGGAATAGCAATTGTACTTTCGATTTCTGTCTAC ATCAATTAGTCCTAATCATTAAGTAAAATAAAACTGGGGCTTGGGGAGTAGTCCCTTCAA CACTCATTTAAATTTGAATGGAAATGTAACCCGAGAGTCTTCGAATGGAAGAAAAACTCT TTTGCATAAATTTTGGAAGATTCTTGCTTTATTTTTCGTTTTATTATTTTGCTAATTTTC AGTCTAACCATGAAATTCCAATCGGCATAGGTGATTGCTGAGATGGTAGAGAGCCAAATA TTTATCAAAATTCTCTACTTTTTGATAGACAAGGATTTTCCCTAGTGTGGTTATAGAGAA AATGGAATATCAATAAGTGGAAACTCAGCTAAATAAAATTTCTATAAAATCAACAGTTCA AGTAACACTTGTAGGCTTTTGATGGAAGTAGTCGAATTTTATCCTATATCCTTTCAACCT CAAAAAATGGAAGTAGTCGCATTGACATATATGCACATAATAGTACAAATACACGTCCAA TAACATGATAGTTGAAGTTTTACGAACTCTTTGTCAAAAAAATTAAATAGTCTACGGGAG TTTTACCTTAGTAAATCAGCCCCTTAATTGATGCAATGATATTGGCAAGGCAATTCATGC AACTATTTAAAATGGGTCAAGCATCTAGATGAGTATTTAATGCATCAATTGTGCACCCAC TAATCATTGTTAGCTACAAACAGCAAGGTTCCATCCCAAAATATGAAATAATATTAGACA ACTTTTACAAGTCTAGTCCAAATTATTTTGTGTAAAGCATTCTTTTCATAGATTGCAAAA TGAGTCTTATAAATGTCTTGAAGCTAAACTAACAATCTATATACTTGTCAGAGTAATTCA ATTATCTAGAAAGATCACTCACAGTGTTCAGTTTATTCAATGTACCGTCAATTTGAACAA AGTATGCTTCTAGGAGCATTTCAAGCTCCTCTACATCAAGATGCTTGCTTATGGCACTCC GAGTCGTGCTAGTATGTGTCCCACGACTACCTCGGCTAAGAGCATTAGGGCCACCATACA AACGTTCCTGGTGTTGGTCAATATGTGGAGTGTCTGCATCATAACTTGTGGAACCTGCAT TTGCGTCCATTGAGATTTCCACAGGAACCCTGACATATCAAATAGCTTGAATTTTAGGAA TAACATAGAAACACTGATCGACATCACCGACACCTCTCAGGATTGCGCAAAAGCATTTTT AAATAGCATTTGATCAGTAGTTGTCTCAGTATCCAAGACCAGATTTGAAGAAAAGTTCAT CATACTAGCATTGTTTTAACAGTCAAGAAAATCCTCCACACTAGTCACATTTTCCCAGAC TCTGGGATCCATTCGGCTTGATAGAGAAGAGTTATAAGGCAGTAATATCTGCAGGGACGC TCATTCAGGGCGAGGCATGACACATTAATTCACAAGCTCAATGTGGTCAGATGTAGATGA TGAAACAACATAACAAAGACAAAGACAAACACACTATAGAACCGATAGTGTATCTCTTTT TATTCTTCAGAAAATAAAGGACCAATAGCATCTCAGCAGATGGAAGTAGCATTAACAAAT GTGTGCATACTTTACTCTGCTGGCACATCAGATCAACTATAAATAGTAATGAGAATAAAG GTATTGACTCTATTGGTGCTCAAAAGATTTTCTTTTTTAGCTATTCATACAATTGTGCAA AAACTCTAAAAGTAAAATGAAGCAGGGAAAGAGACTGCAGACTGGAGATCCAGATAGTGG TGAATAATTGAGATTCAGCTTCTCCAAAGATTTTTTATCATCTGTTTGAAGGGCAGAGAA GATGTGGATAAAGTAGCACTAATGGATAATATATTGTCATGACAGGCCATCCTGGCTTCT CCCAAATGCAAGTTATCTATAAATGCAACCATTTTCCAAGAAAATTTTTGAAATTAAACT GCTTAGGCTCAACATGTTGATGACAGACTAAGGGAGATCCTTCTAGTTTACAAATATAGA GGTCCTGAAACACAAGGGGGAGGATAAGACATCAGAAATATATGACATACCTATCATCCA TGTTCGACTGAATAACTTCCTCATCGATGCCATCTTGTCCGCTTATAGAGGAAACAGAAG AATTTTCAAGTTGTTCCATCAGCTTGTCAGTTAAATACATCTCCGCCATATCTTCATCAT CATCGAGTAGATGCTCCAGTTCATCTCTCACCTAACAATGAAGAAATGCAGATTTGAGTA CCAAAAAATTTGTGGATAGCACATTTCAGAGCAATCACTCAAAAAGAAAAGGAACATAGT AGTTCATTTTGTAACCCTTTGTCTATCAAGTATTCTCTTAAGAGTAATGCTAGAGATCAA TTTTGAGGCTTAGATCTACAAGCAATTTGCAGACTATAACAGCAGTGCCTCAAAACTAAA CCATCTAATAGATGGTACGTGTGAAACACTTGCTAGAAAACTATATTAGTACATGTTGAC CTTCTAACAGGGAAAAGTTATTTTTCTGAGTATCAGCCTTTCTAAAGATATATACACATA CATAAACTTCAATGGAATCGCATTCCATAAATGAATGTCATTAATGTTGTCATTTACCAT CCTAATTTTCATGCCTTGAGATTTGTGTGGAATTGTAGAAAAAGATTAAGACTGAGTAGA CCGTTTCAGTGTCAAAAGCATAAAATATACCGACAAAGTTAGCATCTCAAATATTTGATC CACTGCTAGGTTTCTCATGAATTATTTAGGAAAAGTTAACCAAGACCGCTAGCGTACTGA GAGATAAAGAAACTTTATCTAATGTATACCTTCTGAACACGTCCTGTAATAGCAACCAAG CGACTTTTGATTTGACGAACACGTTCCAAGTTGAGAGTACTAATCTTTGAAGTCAGCTTA TCTAAAGCAGGATGAGCTTCTTGCTCCAGTGTCCTTGCCTGCTTGAGAAAGAACCACAAA AACAAAGACCAGAAAGACGGCAAAAATGAGCAACAATACAGTGATAATTAACCAACTCAA ACAGCCCAATTAAGCCCTGTAACAGTGTTTGGCACATTTGATTAAAGCAATAGAATTATG CTCCACCTCATTATCCAAGCAACTGCAAGCAGCCTCCAGACATGCCTCCAAAGCAACAAA CTCAAAAGGGAGAAGCTTCGGCCCATCTCGATTCTCACCCGTTAGCTGCTTCCCATCAGA CTTGTTCTCATCCATTGATTGGAAGTTTGCAGAGACGTTCGGAGGTGAAACTTCTTCAGA CTGAGGCTCTTCCAGATCATACAGATTTGTCCAGTCTGCATTATTGCCACCCCCTCCAGC TTCCTTTTCACAATTACAACAGTTTTATCAGATCAATTATCACAACCCCTAGTAGTCCTC CCCCCTCCTCCCATATTAAAGCAGATATAAGTACAAAGTTAAGTTTGAAGCACAACAAGT TATCCAAATTGAGATAGGTCATACAACAATAACATACCCAGTATAGTCCCACAGGCCACA AGTGACTATACATTGACATAGGTCGTCATAAAATCTAAAATTTTAGGCATTAAACTGAAG ATGCAAAAAAGAAGTCTATTTTAAACCAAAATGAGAAGGCAAAAATCGTTAAACTTGAAG CTTCTGCTAGATGGTATAAATACAAATTTCTTATTTTTTTTTTCTAAATCTAAAATAAAA CAAAAAAGGGACTTTGACTCTTGGCCTGTAGTGGGTAACTGGTTTGCGGCATTAGGTATC AACACTATGGCTTTCAACATGGATCCCCCGAAATGATAGAGCAGTTGAGGCACACGTGTA ACAACCTAGATCCAAAGAATCCAACTCAGGTCTAACCTTTGTAAGCAGTAGCAGACTCCG GTTGATTAGATAAAGTGTGTTTAAGTGGGCCGAAACACCACCATCATTAAGAAAAAGGTA TACATATGGAGTGGAGTATAATGCAACTTTTAACAGCAGTAGCATAATCATGAAAATAGA AAACCAGTAATTTTGAACAGAGAATTTCAAACATGACAATATCCAAGAGCCTACAGAAGG TTAAACTAGCAATGTACAAACTACAAGTATAAAAGTTAAGATTCGACATTTTACAATTTC ATCAACTAAATACTAAGAAGAGAAACACACATAATCGATTAAATACCCCCAAAGCATCAA AATGTGAAAAGAAGTCATTTTGAGTTGGATTGGTTATATGAATCTTCTATATCCACTCCC TCTGTTGGGTACGAAATCATTTGGATAAAATTCAGATAACTATTATCCATACATTTTATT GGGGTTGTTTACATGATCTATACCTACTAAAGCATCAGAAATTGATCATTCATCAGCATA TAAAATTAAGAAAATAACCTGGGACTTGGTAGCTTGGTGATGACGCAAAATTCTCCGTTG AACCTCTTCAACAAAAGGAGCAACAGAGGGATCCCTAGCGTTGAGCAAGAGGACTTCCTG GGCGGTAATAATAGCCTTGATATGCTCCAAATTGATGACGATAGCCCGTTCACGACCCAA CACAGTAGATGGATACGAGAGAAGTGGGTCCAATATGCGAAGATCACGAGCCGGAAGTCC AGTCCGCCGCATAATTGCATGTTTCCCGGCTTCCACAACTTGGGTCTGTCCAGTTGAATC CAACAGAAGCCATGAACGTACCCCGGTGGCCTTCTTTCGCATAGCAGCGCCCACGGTTAC GCCGCCGGGGATGACGGTGTTGGGTCGGATTATATCGGCGTCATCGTCCGGCGACGGAAC GGAAAACTTCTGCGGCGGAGTAACGCCCCTCATAATTTAATAGAATCTCCGGGATAAGCT AAATCGGTGAACAAATGGCTCAGAGAGTATCTAATTATGCTCCCAACCCGCCCAAAATTT CATGGGTTGGGCATATTTTTAGTTTGATATTAATTTTAATTTGAGTTTATTGCAGGAATT ATTTTTTTAAAAAAAATTATGCGTTCAATTTTTTTTATATGTATTATGCAGTTTATAAAA TTATTGTTAGGTCATTCTCATTCCATTAAAATAAATAAATTTAACATATTAATCAAACGT AAAATAATTATAATTATAATTAGTTTTTTTATACTTTCTAAATTCTAAACGAAATATAAT GAAAAATATTTCAAATTAAAATAAAAGTATATACGTTAATATTATTGTAATATTTTGATT GAGTTGATAGCTCCTTACTAATTTCATGAAGAAGTTATATTTTATTTTTTTGAATTGTGG TAGATATTGTCTTAAAAATTATTTAAAATATTTTCTTAAGAAAAATTAAACAAACCTACC TCCACTAGAGAGAATACATAAGCAACAAAATTTTAATAACAAGACCAACAAATTATAAAA GAGGACAGGTATGATAGACTTATGGTTGGGATTAACTCCTTTTAATTTATAATTAAATAA TATAGATTATAATAAAGTATTTGAAGAAGTATTATGAATGCATCTACTATATGTGTTTCG GGTTGCAAAATTTTAAATATTCATAATAGAACTTAGCCTAATTTGCTTTTCATATTTTTA GGTTCTGAGGAGTCGATACATTGAAATGATTAGAAGCTTTAATTTATGTTTTGGTAGAGA TGAAGATGGATGTATTTATAAGTGTTTGAGGATCGATCGGTGAGTTTAATGTTATAACTA GCTAGCTAGTCACTCTAATTAATTACCCCTTTCATTATTTTTGCATCGTAATCTATTTTT TTTCTATCATATTGATATATGATATATTGTAATTGATATTTTTTGTGAGCACTTAGATTT TTTTGTTCAAACTATTACTTCCTCCGTTCGGTATTGTTTGTCATATTGTATTTTTTGAAA GTCAATTACACTAATTTTCAAAGTTAAATTAGATCACAATAATTCGATATTTTAAACAAA AAATTAGATGTTTTAAAACTATATGTATAGTACTATAAATTGCAACTTTTTACATATTAA TATGATGAAAAAATACATCTTAAAATATTAATTAAAATTTTTATAACTTGACTCTAAAAA TATAAATCATGACAATGAGTACATGACAAAAAGAATAAATTAATATAATTTAATTTAACT TTAAAAATTAGCGGAATTGACTTCTAAAAAAAGACAATCTGATCATTACAAGGGAATGGA AAGAGTAATTAATTAAGTTGACAACATAAAAATTCATTATACCAATAATATAATAGGATT GGTAAATATTGTTTTATAATGTCTATCAATAAAGCTCAATACTTCAAAGTTAATTTTACA TATATATACTAGTATATTAATGCAATAAATATATAGTTGATCGATTATAGCTAGTAGGTT TAGTTATACTTTTGTAATTGTCAACAAAATACTTCCTATCATAATTGTCTCATGGTAATA TTATAACTTAATTCTTAAAAGTGTAGTAGTTGCAAGCATAATGATGATCGCACTGTATCA AACAGTTTGGAAATGAGTTGGTATAAATCTTTTCAAAACAAACCGACTTATATTCGCTTG ATATTTACATCAAATTAATAAATAAAATATCAATACTAATATATGTTTTTTTTATTAATT TTGTTGATTCTTAGGATGAATCATTTACCAAGAGAATATAGCCCCTCCCCATGTTTCTTT TCTGTTTTCATTATTCTTCTTGTTTTATAGAACTGTTCTGAAAAAACAATTTTTTTTTTA CTATATCTAGCTAGTGATACGAAGATGTAGACGGACAATATATTCTATTTTCAGAACTAG TTGAAGTCGGAAGGAATACATAAAAATCACTTGTATGTCATCGGATTTTATGGAATATTG TTATTTTTCAGATTTAAAACAAGTACACATATTTAACGTATCTGTTATTGAATTGAAATT CTTGTTATATATCACAATTTTTAAAAATATTCTATTTCTAATAAAGATGTCGCATTCCCT TTTTTTTTTTTTGGAGAATTGTATATAATAGCAAACTAATAACCTAAAATAAATGGAGTA GCTACGGTTTGATTTAATTGTGCTCCATAGCAAATGTTTGTTAAAGTTTGTCAATCGCCT CTTTCCCAAAAATCTCGCTCTCCACTCTCTCATTCCGCTGTCACTCTCCCTCTGCTCGCC TCTCTCGCAATATATACAGAAGTGTATAATTGTGTTTCTGTTTTGTATAAAGCGAGAGAA AATTGTATATACACATGCAAAAAACATATATCTTCGTGCTATACACTTAATTGTACAATT TACAAATATTTTACTTCGATTCAATTGTAGACAAATGCAAATTTTATACAAATATTGCAG CGAAAAAGGCCAACGAATTATACAATTGCGAATTATACAATTGCAGTGAAATACAATTTT CTCTCGCTTTATACAACAGAAGTGTATAAATTGTGTTTCTGTTTTTGTATAAAGAGAGAG AAAAACATATATTTTCTTCCTATACACTTATAATTATACAATATACAAACACTTTACTTC AATTCAATTGTATGCAAAGCAAAAAATTTACAAATATTGCAGCGAAATAGGCAGCGAATT ATACAATTGCGTGTTATACAATCGCAGTGAAATAGGCCAGTGAATTATACAATTGCAGCA AAATAGGCCAACGAATTATACAATTTAGGCCAACAAATCATACAATTGTATATGTATAGC GATGCCAACAAATTATATAATTTAGGCCAGTGAATCATACAATTTTATATGTATAGCGAA TTATATAGTTACATGTTTGCTTTGGAGCATAATTATATAAACTTCAATATAGCTTACAAA TATAAAAAAATTTATTTGCTGTACGTGAAAGTTACCTTTTTTTTTTAGGGCATGCATGTG GCTTAGCTCAGCCCATTACACATTATTACCCATTGGGCTCAGAACGGGACCATTACAATT ATATAAGGCCGTAAAAATATTCCTGTGAGAAATACTAGAAATTATGATGAATTTCTCATT TTAAATTGTAAAAATTAAAGAAATTCCATTGTGAAGATAAGAATTATATCTTATCTCAAC TAATTTATATATTTCACATGGATAACTCTGACTTATAACAGTATTTTCGAAAATGTTTTT GGGCGAGTCTCAGGGCGGGGCATATAAAAAACGCTCTAAAGCGTAAATTAAAGACGTAGA TTCATAAGACGTAAGTTCTAAAATTTGAGGCGTAAGTCTTGAGTATAAAAACGTAAGTCT TGAACATAAAAACGTATGCTCGGACGTTTATAATTTATTTTTTTCACCTTTTTTGTTTTC AATCATATTTTTTATTACTAGTGTAATGATATTTCTCAAATAATAATTATAATATTTTTT TCTTCATAATTGATTATTATACTTATCTCATATAAAAATTATAAATTATTAAAAGCTTTA CTTTTGCTTATTTCATTAATAGTAAAATTATAAATTTAAATATATATGAGACTATGCTCC ATAGATCCATGGGACTCACGCCTTGTATCTCGGGGCTTACACTTTGCCCTGTACGTTAAA AAACGCATCGCCTCATGCCCCTACCTTTTAAAACACAAGCCTATACCCATTATAATGTCC TCAATTTCATCTATAAAATTTGAAATTCTGTAGTAGTAATTATGTTAAATAAAAAGTCCC AATCAAATTTGAGTAGATTAAAATAGATCGACTTCCTATAAATTGAGAAATAAATTGTGT AAAAACTAGTTCAATTCAAAAGTGATTTATTTTAGTTGGTAATCTCAGGTTGCGTTGTAT AATTGAATTGCTAGAATTTTGATTCATTACTTCACAATTCACAATCACATTAATATATAC ATATTTCCAACTTTTAAAGAACTTATTTGTCTTTTATTTTATTTTAACAAAATTATTAAT GAATTTTAGTTTTGTGTTAACGTTATATTTAATTTATTGACCCAATCAATGGCGTATTAA ATCAAGCACTATATATATTGAGTAATTTAGATTGTTGACGACTCAATGGACAAAGTGGTG CCATAATTATTTAATGAGATATTGGAAATTGAACATGGAAAGTCAGAATTAGAAATTAAT GCTACACTGAATTTTGTAGTAATATACATACATACCTATTTATGACATTGTCTATTCATC TTCACGTTGAAACGTCAATATAATCCATACCAGGCCACATTAATAATTACTATATTTTTT TGTTTATTTTTATTTATTCATTTTATTATTTGTGTGTTTTCTAAAAAATTACTATTAACA CAAAATGCTTTGTATACTAAGACGATAACTTAATAATGTACTAAACTGAGTTAAGAGATG CTGTAAAAAGAGCCTCAGTTTTCCTTCTCTAACCATTTGAAGTACTCCCTTCGTCCACTT TTAATTAACTAATATATTAAGATATATTATTTTATTATATTTATATGTAAAAGAAAGATA TAATTTATAATACTTTTTATATGTTTTTGAATATTTAAATTTTTATTTTAAAATATTAAA TTAATATAATTTAATTTAACTTTATAAATTAATTAAATTGTTTTTAAAATGACGCAACAT AACAATTAAAAATGAAAGGAAGTAATTCACAACACATGTTGTAATTCACAGCGAAAACCA AAAGTTTGGAAAGCGCCGTCTTCAAAAGTCGTAACTTTTCACTTTCATAGAAAATTTGCA CAAATAAATTAATGTTTTCATAAATTCAATTGTGAAATTTTGTCAAACTAAATTACTTAA ATAAATTGTATAACAATTAAAAATGAAAGGAAGTAATTCACAGCACATGTTGTAATTCAC AACAAAATCAAAAGTTTGGAAAGCGCCGTTTTCAAAAGTCGTAACTTTTCACTTTCGTAG AGAATTTGCACAAATAAATTAATGTTTTCATAAAATCAATTGTGAAATTTTGTCAACTAA ATTACTTAAATAAATTGTTTAAGAGAAGTGCTAAATGACCAGAAAAAGGTGGTTAAAATT TGATCAGAATAATGAAAAAGATTATTATAGCTTTTCCATTAAAAAAAAATAATTTTTTGA TATTTTCAAAATAATATGAGCATTTATTATTTTAATAAGATGAATTTTCTGGATCCATGC CTTATCCTTCTTCAATTCTTTTTTTTTGGGTCATTTCACTTCTCCTTTCTCGAACGAAAT AATAAAAGTATTTATTTTATGTATCTATTAAAACTTCATCAATGTAAAAAAAAATTAAAA GCACAAAGAAAATCATAGTTCCCTAAAAAAAATTCATAATTTATTTGCTTTTTAATGTCA AATTATGTATGTATATATAATTAATACATTAATTATTTTTTTGTAATATGACTCAGTTTC AAATACAGTCTCTATATTTCAAATTTAAACATTTAGACTTTATGTACTATAATAAATATA CACTTACACCTCCAACTAAGTTTATCTATAACTAATTATATTAAATTATAATTATTGAAT AATAAACTAAAAATATAAAAAAAAATTCTTGTGACTCTATTCTTACAAAATTAATTAGGG TCGATACTTATAAGTATAAATTTTTTATGATTTTTGTAATGTATTAATGTTTATCATATA TAAAGTGTTTTGAGGTTTGCCTGATTTTATTGAAATATTTTCAAATTATACTTACAAAAT TATTTAAATATGTATTTTAAATTTATTTGAACACAACTTCATAAACTTATTTAGTTATAA CTCATATTAATAATAATAAATAAGTAATAGTTCACATATTATCAAGTCAACATAACATAA GGGTGCAAAACTATCACATATTCAATATGATTGTTGTTAAATAGGATCGACAGATGAAAT ATATGATTTTTGTAATATTGTGATATTTGCCATCTCTGAAGTGTTTCGAGTTTTGATTGT CGTTATTAATATAGTTTTATGTTACATGTTAAAATATTCAAATAAATAGCCTAAATTTAT TTAAACATAGTAGTTTATAAAATTATATATTTAGACGTCATATTAATAACAAATATAAAT AATGATCTATAAATTATCAAATTGACGTAATATAGAATGGATACAAGACTATAATTAAAA TTAACACGTTACTCTTTGGGATTCTCAACAACATGCAATATTAGTAAAATAAATGTGGAT TCTGAAATTTACAATTGAATGGTAATGATTAATATGATTCTTCACTTATTAATTAACTGT CTATACATCGTGTGCGTATTTCTTTTAAAAAATAATAATATAATTTGGGACTTAGATATT TTAAATAACTATTAATAATAATGCAATTTTCGTAGTGATGTCTTGAATTAAGAAAGTTAT TTTTTATTATATAATTGTCTTAATATCAAGGTTGACTGCTCTCTTTTTAATATAATACTA ACATTGATATATATAAAATAATCAAATAAGACACAGAATATTTTTTACATTTCATTACTA TACCACATTGTTTGTTTATCTTTATAATAATAATATTGTGCAGATTATGTTGAATTATTA TTAGGAGAAAAAAAGATTTGATATACTCCTTAATCCATGGCATGTAGCTTGGTTATGCAA TGACAGACTATCACTTGCTGAAATAATACAAAATTTGATTAATTAAATTTACGTTAAATA ATTAAAGACTATCTCTTAATTCCTTTTTAGGTGAAAAAACAACACTATTATTAGTCACGC AAGAGTGAATAATGAATTCCGTACGAAATTCTCTATAAACGTTTTCCGAATGATGTATGT CACGTATAGCTACTTAAATAGGCTTTAAGTATTTATACTTATATCACATTCTCAAATTAC TCATTAATAACTAACATTATAATTAAATATTTAAAAGTATTTAATATTTTTTTCTATACA GAGGGTATAATCAAAACTTATTGAATTTTTGCAAATCCGTACCTAACATATTGGATTGGG ATTATGAGTCCGTTTGAATAAGTAGATGATAAATTATAAGGGTTGAAATTAATCATAAGT TACAAATAAACAATTATTTAGTTGTGTTTGAATAGAAGTATTAAAACTATACTAATTAAT TTATTTGATAGAAAAATAGTGATTAATAAGTTGTTCTTTTTATTTAAATGATTAAATTTT CCTTACTTTCAAAATGTAATGGTTTAAAAATAAGAAGAAAAGGAAAAACAACAAGATAAA GTCAAGAGTAAGTTAGGTGTTTTGGAATTTAAAAAATTAATAAGAAAATGTCAAATAAAA AAAAAGTAATACTAAATATAAGCTGAAAAAACTCATAAAAAAAGGATTGAGATTTTAATT CATGAACACTTAGGCATTTATTACATGAAATAGATAAATTAAAATTTGTTTATAAAACTA GTTCTTTTAAGACAATTCAAATGATGTGATTCCAATTATTCGTCGCACTCAATATATTAA TTTACACGAGTTGATTAATATAAATCGCACTAGCAAAATATTCAAATTAGAAGTAATAAT AAAAATTAATTGAGATTAAAAAAAAATAATAACGTAATTCCACTAAACAAAGAGATATGA ACTTTAATTAGCATCCAAATTACTTATTGATCGGATAAACGTTACGAAGGAAAAAACAAC CCAGTTTTTTCTCATTAAAATAAAGTAAGAAATTGAAGACCGAAACGGTTGCCATCGGAA AATGGATATCATCGCCGTCGAGGAACACAGAAACGGCCATTTTTAAAAACCTAATTTATA TATATATATATATATACACACAACTTGAAACAAAGAGAAAAATTCATTTCTTTTTCAAAT CTCAACTGTGGAGAAGAACTAAGTAAGACTAGTCTTGCCGGGTTTATCAGCAGCTTGAAG AGTTTTGTCGATGAGCTTACGAGCCTTTTTGCTACGGATCTCCACTCTGACGCTGGAGCT TTTGTCCATTTTGACGTAGGGTTTCTTCGATTTCTTCAACTTCCTCACCTTCGATTTTAT CGATTGAACCAAACTCTCCAATTGAATCGCCATCGCCATTGTTGGAGAAGAAATGGAGGA GATAGAAAAATATTGAATGATTCACCAAATCAATCTCTCCTATTTATGGATTTTTCTGGT TCTCTATTTTGACTGGACTACCCACCCTTCTTATAAATGAATAAATAAAATTAAATGCCC CTTTGTCCTCCAATTATTACTCTCTTTTGCCACCGTGTTTCGTCAATTCTAAACTAAACA GGCTTTGATTTATTTAGGCTAAGGATAAAATTTGGGAATACATTTCAAATTAATGTATGA TTAATTTTCATATATATATATATATATATGTGTTAAAATAAATAAATAAAAGTGAAAATT ATTCTAGAAATAATACATAATAATCAAGAAGGAATTGATTGTTCAAAATACTTGTTTTTT TTTCCCTTGTAAGAATTAATGATGGAAATGTAAAAAGCGTTTGAAGTATAATTACAACAA CTTCAAATAGTAAGTAAATGTGTTCGTATTTGATGAAGATTTTAGGTGTTATTTCTTGAT ATAATTGTCATCCAATTGATGGGGAAATGGGAATGCAATATGGTCAATTTTGGGTTACAA AATAAAATTCCAAATCTCGATATATGTCAGCATGTACTGAGATATGACATATCTCTTCAA AGTTAATTCAATAACAGTTAAACTCAATAATCCAATCCACTTAATACAAACTTCATTACT TGGTGGCTAGCAAATGCAATCTGATTCCTGTCACGCATTAGACAAAATACAATCAAACGA ATAAAGTTGCACATGCTTATGTTGTCTGTCTACATATTTAACAAAAACATCCAAAAAGGT TCACACCTAGGAACCTTCATTCAGACATAATTGCTGACCACTCTTAAAAAAGTGAATGTC TCTAAAACACAAAATAATGAAATGACACCAATCATCACATGGCATTTACTAAATACTACT ACTATAATTGCAAGTCAAAACACATGCAGAACACATTCCATCCATGGCATAGTTTTTTTA AAACTTTAAAGTTGAACCACCAAATAATTATACCATTCAGAATAAACCTCCCTCCCCTAG TTATAGTCATTCTTACAACACAACTGCAGAAAAGTCTATACTATATAGCAGACAGAACCT GATGTACACAAGAAAAAAACTATAGACAGACAACACTTTATATGTAAAACTACTACATTG ACATGAGATAGAAAAATATGTATAAAGAAAAAATAATTAATAACTGCATTTTGAGGCTAA GAGATCAGGTCAATTAATTATATTATATAATACAGAAGAAAAGTTTAGACAGCAAACTGC AGAAAAGTAAGCAACAAAGACAAACTTAAAGATAAGGACTTGAATGTCATCACTCACCAC TCATGTAGCAATTTGACTTTCCAAAACCGTCCAAGAGTTGGACAAAAATAATTCGTGGAA TTCAATACCACCAGATTCTCACTTGAGATTAAAAAGAAAAGTCAGCTGGGCAACTTCAGA AGTATTTTGTAAAGGATGATACACTGGCCTTTCCCAAATGGAGTGAGGGTGAGGCCAGAC ACAAAAAAGCGAATGATTCATCATTATCCTTATCCTTCCACTTCTGAATTCCTTTAATAA TGCTCTTGCCGCTTTCTTGGGGACCCCTCAGCATATGAACACTACCTAAAACAAAGTATT CATCTACATAAGTATCTATATTGGTGAGAGCATGTAAATCTGTTAATACAACTCAGCATC TTCAGCTAATGATCAACTGTTAATTCCAGAGTAAAGGGACGGGAAGAAACTTAATTGTCA GTAACCAAAGCACTAAATCAGAAATCCTGTAACTGCAATTTCGTTTTTTTTTTATGTAGC AAAGACGAGAAAGATTCACCATAGTTAGCATACTGCTCTTCCCTTTTTTATGTTTCTCTC TAAAATTTTTGGTGCCATAGGTATATACAATCATGCGGATTTAAAAAAAAAGAACCATAA CCATATACTGATAGAAATCTTGAGAGATCAATTAAACCTTTATCAGTGTAAGTTGAAGAT GATGGATCCACAAAAAAATGAAAGAAATCCTAACTGAAAACTTTATTGAACCCTTTCAAA CAAGACCATCAAACTGAATTTGACTGAATCAATAAACATTACTTGCCTGCAAGCTTGCTA AACCTTCAATAACTCTTGGTTGTCAGACCACAACATTAATGCTGACAAAAGAGCCACTGT AGCAGTTTCAACTCGTAGACGATGTGGTCCAAGACCAACAGAAGTTGCCCCAGCCTCAAG AATCATGTTTAACTCTCTCTCCGTGAAGTCTACAATGGAGTGCGTTCACAATAATTACAT ACAAACGAAAAGAAAATTATAAATTAAAATAAATATCTGAATGTTGTATGTAAGATTGTC TAGTATCCGCAACCTATTCTTTGGTTTTGGTCCAAATTCTTTTATCATAATTGTTTTTCA CCACTATTGAAGGACTCTTACTTCTGGATAATGAGGACAAAACAAGAGAGTCTAAACTCA CTTCAGCTTGCAAAATTGGACTGGTGCACCCATAAGCGATTGTAAAAGCACCACAAAATG TGAAGCCAAATCATCACAAAACAAACTCTGCATTGTACAAAGAAATTCCTGCAGTGCGAG AAAGATAAATAGGGTTTGTGGTTAGAGTTCGGGTGGTGTATGGATGGAGAGTGTTGTTCT AGCCTAGCAAAGTGGATATTGGAGAATGGAGCAGGAGGTTGCATGGCCTGTTGAAGCAAA AGGGCTAGCATTGGCAATCTATGTTTTTCATTCAATTATTGTCTGTCTTCTTCTTTCCTT TATACTAGATTTTTCCTTTCCCCCTCCTAAGAATTTATATAGAATCAACATTATGGGTAC TCTGCCAGTTTTTGGATAAAGATGAGTATTATACTAGCTTCAAAGGATTCTCCTATTACT TGAAATAGAAAAGCCTCTTTAGAAGTTAAAAGGCCAAATGAGCTTCAACACAAAAATTAT CCAAAACTGGAGCTTCACATTAAAACACAGCCTAGTTTTATAAGTCATCTACCCAAAAGA TGATTACTTTTACTAAAAATGTTCGGGCATATATGTTCCTTACACTTGTCATCAGGATTC TGGACAATGGACTTCTTCAGATAATCAAATAATTGACTTATGACCAACAAAAATAACATC AGCATAAAGGCACAAAATCTTGGGCATAGACCGGAAGATGAGGAAAAGCTGCAGAAAGAT ACTAACCTCCTTCCGGTCCAATTATCATCAGTCCAGTTGATTCTTTTTTGATGGAACTTA GAGCACTAAATACTGGTTTAGCTTCTGCCGTGGCAATAAACGAAAGCTTTGAATTTTTAA CCTTGAGCATAAGTGGCACCACAAAACAAAGAAAAGAAAAATGAGTAAGTTCTGCAAAGA GAATGACCCACAAATAGTCTTAAGGATCTCCTATATGCTGTTCGCTTTGAAAAAGATTTC ACTTTGTGGGAGGAAATTAGAAAAACCAACTTACAAGGGGTAAAAGTCCACCAATTTTTA TAGGAGGATTTAGAACCATTTCATGCAACCGTTGGCCTAAAACAAAATGCTGTTAATGTC AAAACATAACACAAGCACCCACAAAGAAAATTAGTGCACAAAATAAATTTTGTATCAGAG TGGAAAAGCTTACATTGTTTAGCTGCAGCAAGATTGACACGTTGTAATCTATCTACACGA TTTTCTGATATTGAAGGAGACCGGTCCGTCAATAAGGGAGTCACACTACAGGCTCCTAGC TCCTGTGTCCATCGAACAAAGAGAGTGAACAAAAAAGTTGCTGAAAGCTTCAGGAGAGAC ACAATATTCACATGGGCAATTCATACATACTGTACATTTCTCCACAAGCCAATCGGCCCG GCCTCCCTTCAGAGTACCTAAATTGCAGGAATTTACTGCACATTATGCAAGGCAGAGAAA TGATCTATAGACAACACCAGTAACCATGCTCATAATCACTCACCGAATGCAGCATAGACA TGCCACTGTGTGTTATGTGGAGATACTGACTTTGGATTCTCGAGAGCCACAATATCCAAT CCATTCTGATCAATGTTCTGTATACAGCCTTCAACTAATCCTCCTTTTCCATCAAATAGT TCTACCCTTGCAAATTGGGCATCATGAATAGGTAAAATTAACTCAGTACCATTGTTAAAG GATTATATAGAACCCCAGGCACCAACTATGTTTCTTATTCTAGGACAACCCTTTTGGCTT ATGTTAAGACGGAAATCAACAACTACTTGTTGAAAATCATATCCTTCATAGAATTGACAG ATCTAAAATCTATATTACGAAAATCCAAAGTGGACAACCAGATTGAGAACAGGGGAAGCC GGAAAGGGAATACAAAACGCTTCTAAAAGATAATAGGAAGTTGGCGAATTGAAGGTCATT CACATTCCTTATTCAAAATAAAGCAGCAATTGTAATGACACTTTTAAACAAGCCATTCTC ATAGTTTGCAACTTGCATACTTAAACTATGCACATAATTGCAACTTGCATACTTTTAAAC AAGCCATTCTCTAGGACACATAATTGTATATCACTGTTAAACATCCAAGATATGTTGTGA GGCAATACCTATCATGAATTCTCAACCTCAAGACCCTAGTCATGTGCCAAAATTCATCAC CTTTGACACGAACAACGCCATCCTGCATTCTCAAAAGCCATAAAGACACCATAGCTTAGC CTCTTAAATCATCTGGTCCGAATACAATAAAAATAATGCTACAGAAAAAAAAAAGAGGAT ACAACTACCCTCAAGTCTAAACTAGTTGGGGTCGGGTATAAGATCCTCATTATCCACTCC GCTCTATCTTAGACTCATTTGATTTCAAATTACCTATGTTAACTTCAGATAGCCGGCATT CATTATGATAAAGACAGTTATAACATCAAGAATCCTACACTAGAAGAATTTCAGTTTATC GTTTGACAACCGGCAACTGAAGCGCATGAAAGTTCGAATGTTTCTTGCAGAAGCAATTGG TAGTACATAATACAAACCTAACCCTGTTGTTTTCTCAATAAAATCAAGACCCCATTATTT AAAAACGGACAATCCTTGGAAGGATACAGACATGGCTTAGACGATAAATCAAGAACCCCA TTCTTTTTTCAATAACCGGCTTTCAGTAATGATAAAGACAGTTGTAACATCAAGAACCCT TCCCTAGCAAGAATTTCAGTTAATCGGTTGACAACAGTCAAATTACAAGCAAGAAAGTTG GAAATGTTTGTTGCAGAATCAATTAACAAACCCTGTTCTTTTCTCAATAAAATCTAAGAC CCCATTCTTGAGAAAAGAAAAACAGTAGGAGTGAGAGAAGAAAATGGACATTGCCTTGGA AGGAGGAAGCTTATCGGAGTAGAATCGGGGAAGACCACCACGAGACTGGTTAGAAGAAGA AGATGATGAGAATGCCCGCAAACTGTTTGTTGTTTGACGTGAACGAGACAACAGATTGAC TAGCCAAGGACTTGAAACAGAGGCTTGCATTTTAGTCGAGCGCAATAAAATCTCTGCGCG GGTGGCTGCCTACCTTTATATTCGTTTTGTCCTGATTATAACACAATAACTTAAAACGGA GGATTATTTTTCTTTTTTTACAATAATTTATTAATTTTAATTTTTTCAACATGACATGTT TAAAATTAAAGAGCAACTTTTATATATAGCAAATAAAAAATTCATATTTGTATGTTATAG CAAAGTTTGCATAATTGCGCTTTGTAGCAAACATAGAAACTGTACAATTCGTTATACATA CATATACATAAAACGAATTGTATTATTATAAGTGTATAGAACGATTATATACAATTTGAA TTTGTATAAAATGAGAAAGAGAGAAAGACAAAAGAGACTTGACAATGAATATACATTTGA ATCGAATTGTATAAAACGAGGAAGAGAGAAATTAGATACAATTTGAAAATTGTATAAAAT GAGAAAAAGAGAAAGACAAAAGAAACTAGGCAGTGGAGTATTTTTATTGTATAATTATAA GTGCATAGGACGAAAACATATGTACTTGCATAAGTATATACAATTTTCTCACGCATTATA CAAACAGAAACACAATTTATACATTTCGCTTCTGTTTGTATAAGTGAGAAAGGCGAGGGT GCGAGTGGGATTTGAGAGAGTGGCGAGCGAGATCTGGAAGAGGGGAGAGAGGGGAACAAA AATATATGTATTTATACAATTTTCTTTGTTTTATACAATTAGAAACACTTTTTATACACT TGTGTTTGTATAAAAAGTGAGGAAGCGAGCGAGAGATTGGAGGAGAGTGGCGAGCGAGAT ATTTGGGAGAGAGGCGCTTGACAATTTTTTGCAAACGTTTGCTATGGGCACAATTAAATC AAACCCTAGCTACTCCATTTATTTATTTATTTATTTATTTATTTTTTTTTTAAGGTTTGA ACCCAAGTTGATGAGGTGGTAGACCTTCTTTTTGTCAATTGGGCTATTTATTTTAGGTTA TTAGTTTGCTATTATATACAATTTTCCCAAAATTAAAGGTGTAAAATAGGCGGGTTGGGT TGAAATTGAAAATACTATAATGGATCGAGTAGGAATCGGATTGAGTCTTGACCCGCCCAA GTTTACTTTGGGCTCAAATGGGTTGGGCTCAAATGCGCTAAAAAACGGGTTGGATCTTGA ACCCATAATTTGACCCGATTAATTTCAATAATTTAACATATTGATAATTAACTTTTATAA TCACAATTTGAATTTCCCTAAAAAAATTGTTAAAAAAGTAACAAATTGATAGATAAACCC CAAAAGATGTTAAATATATAATAATTTATACTTTTAAATATAGAAACATACCTAAATAAA AAATTTAAAAAAGGGGTGAAATTGGAGATTGAATTGGGCCCAATTGAGAATTCTCCTCAA GTGGATTAAGCTTGAATGAGTTGAGATTGAACCCAATTCAAAATTATCTTGAGCCCAACC CTTAAAATGTTGGACGGATTGAGCTGGTTATATATGTTTCGGTTCATTTTGACACCTCTA TTTAAAATCAAGTATCTTAGTACATTTTAACATAACATTAATTTAAAATCATGCATTTTA ATATATTTAACATAACAACTACAAAATTAAAAATTTTTCTTTTATCTTGTTAAATTTCAT GCAAAGGACTAGAATATTTCTGTGAATGGAATCATTTGAGTTTTTAAATCTCAAGTGCTA AAACCATTATACGTGGTTTTAACAAGCTTACAAAGAAGTTTTACAATGAGGTTATTATTG CATTTAAAACTCAAAGTATGTATCATATAATAAATGATGATTTGAGCATATTATCTGTTG ATAGTTCTGAACCTTTTTTTTTATATATATATATTCATGCCATTTTTAATAACGACTTAG ATAGTCATTTAAAAAGAAGAAAGAATATATTATTTTGCCATTCTTATTCTCCATAAATAA TACAAGTGTTTCACCACTAATTAATACTACTGAATATTGTATGTAAGAAAGATTGTCTAG TATCCGCAAAGCTTTTCTTTAGTTTAGGTTTCAAATTAATCCTTGTTATAATAATCGTTA TTCACAACTCTTGAAGGACACTTTCATGGACAAAATAAGAGGGTCTAAACCCAATGTTTT TGTTGGACACCATGAGTTTGAGAACAAAATATAAAGGTTAAAACTAGTCAAGCGATATAT CTGACAAGGTTAATATGATCCAAGAAAAAAAGAGAGTAAGTTGTCATGCCATCAAAGTAT AATAATATATCTTTCCTCTTTCTCCTACACTTTCAAGATACCCTTGGTTAATGCATCTCG AATGTTAAATGAAACGAATACAATTGAACTTTTCTCTTTATTGTCAAGCCATCACATATC GACAAAACAATATACTATAGTACTATACTACACCCCATTTCTCCAAAATCTTTCACTTGA TTAAATGATAAGTAATTTTTATATTTAAATATATACTAAAATAATCTTTTCTTCCTATAC TCACGTATGTTTTTCCACAAACTGTGACAACAAAATCCACTAAACTCAACGGAAATAAAA CCCAACTATCAAGTATGCACATTAATTTCTTCACCATGGTCCTACACAACATGTAAATTC TCTAGACAAGCAACAACTTCTTTCATATTTGGTCGTTTCTTTGGTCGATCTTCTACACAA CGTTTAGCAAGTTCTGTTATTGCAACTGCATCAAGATGACCAAAACCTGGATCACCCACA AAACTTTGGTGGACAAGTGAACATCCGGGCTTGAACTCCTTCAAGGCCCATAAATCAAGT ACCTCATTATCTACGGGGTTTCCTTTCTCAACAACTTTTTTGCTTATAAAGTTTAAGAGC AAAACACCAAACGCAAAAACATCAGACTTGACACTGAATGTATCTGCAAAGTATTTGACA AAGTACAAACATGGTTATCGGGTAACGAAAAGAAGCTTAAGCAGGACAGATAAAATTAAT AACAATCTTAGAGTCTTGACTTCTCAAGTTAAGTGGCACATGATTTTTTATTTTATTTTT GGAAATGCAAAAGAATGAAACACATCAAAAATTACAAGAATAAAATGAAACCACAAATGA AAAGGGAACATAAAAAAATAGAAATCAACAAAAAAATCTATATAAATATATAAACAATAC TTTAATAAGCTCTCCCCATCTACACATCTGCAAATTATATCACACCAGACCAACCATAAC TATTATTGTTTTGTGAAACCCAAAGGGTATATTTATTTACAGTGGAGAGGAAAGGAATGG AAGAAAAGAGAGTGGGAAGGATGATTCATTTGAAACACAACAATAACAATATACCCGGTT TAATCCCACAAGTGAGGTCGTCTACGGAAGGTAGGATATATGTTGACTATACCCCCTCCT CCCCATACCTTTGTGGGGTAAAGAGGTTTCCAATAAACACACTACACATGAACACATTAC CAAAAAGGCTAGAACGAAAAAAAAAAAATAACGGCAACAAACTAGCAAGGTAGACGACCA ATGAAGCATTCATTTCAAACACAAAACTACACAAATCATTAGCCTCTTTTCCTTCTATTT TTTTCTACATCCCCTCATTTCAAACATAACGTCAGCTTCTATTAAAACGAACACAAGGAA ATTGAGGAGAACAACTCAAAGAAAACTACTGAGAAATGTCTCAAAAAAAAAAAACTCTCA AGGACATAAAATTGTGAGCACCTCTAAAGAAAATATTACTTTCAGTATCATGTGACAATG AAATAACACTATTTTTTTCTTTCTTTTATGGAAGTGTTCTCAGCACCAACTTATGCTTTC CTCCACTGATCCATCGGATACTTCTCTACCCGCAATCCCGCGCATAGATACCGAATAGCG GGTAGCACTCTGTCCACCATATCATTTGATGCAACAATAAAAGTAACACTAATTCGCTAG AGTTCTATTTAACGGAAACAAAAGAAGAGAACTCGAGTCGTACCAGTACCACATTGAAAT ATGTATGAATCGATGTAGCCATATGGAGCACATCTCATATCTGATTCATTGATTGTATTA CCGAGAACTCCTCCAACAATCAAACCCAACTCAAACATAATTGGCGTGAAATCCTAGAGA GATGAAACGCAAAACATCTTCAGGCACTCAAATTACTGAAATACAAACATAATAGAATCT TGACAACCAAGAATATTGAACAACAAAATGAAATTGCAATATTGTACCTGGTCAAGCACA ATGTGATATGGAGCAAAGTTGCGAATGAGGTATTTCCTATCATGCAGATAATTAAGCAAG CGAGCTAATGTAAGGGCTGTCCTAACTCTCAGCATCCAATTGAAGTCAGCTGAAAAGTAA TAGGAATGTCAACTGTGTCTCCTATGAATTCTTGGATAAGGAGATTCACTGCATGTCATG TCTCCTCCCCACATTTGTATTCTGGTAATAATATAGCTACTTTGCCCTATTAATGACTAG AGTTTCTTTGCTCAAAAGACTCACTATTGCCTTGGTTTGAGCCCAAATATAGCTATAGCA AACGTACTTAACAGCAGCAAAATAGATAAAAGATGAGTAAAGATAGAAGCACACCTCGAG TAATTAAGTTCTCCAAAATATCATGTGGATTTAGATCATAAACAATACCCAAGGTCTCTT CCTCTTCACAATATCCAATCACTTTCACTAAATTGGGATTGCCCTTAATCCTTGGAGCTT GCAAAAATTTCAATTCATACTACGGAAGCATAAACGAAGAAAAGAGTCAGATAAGGTAAG GAAGGAAGACTATGAGCTTGCACGTACACACAAACCTCGAATCTTTCCAGTCTGTCGTCG CCTGTATATCGAAATATCCATTTATCAATACCTATAATCTTGACAGCGACATCCTTGCTA ATATCATCAATGACCATCTTCCCACGATAGAGCTTTCCTAAGTTGGTGACTCCAACAAGA TTTTCCGGAGAAAATTGGGCTGTAAATCGACTTAGGTCCTGGGATGTGAGTTTATGAAGT TCATCTTTCACGGGAAAATCCTCCTCCTCCTCCTCATCAACTGGGCCTTTCTTTCGTATG CAAGGCAGATTGATGCATCCTGGAAAAAACAAGTGAGAAAGAAGAAACAAATACACTATG TATTCAGTATCAAAAAATCCCATTTTTGAATTTCTGCCTCCATACACAATCAAAATAAAA ATAAAATTGCAAACAATCAAAATAAATAGAAATGTAATTCTATATACAGGAAAACCCTAG AAAAGCAAATAGATAATTTGAGATAACTACATAGAGATGGAAGATACCCACCAGCAAAAC ACCGGCGAAACATGATTCTTGAAACAATGGCAATCACGGGAGAGACGGACTTCACCGACA ATGGATGGGAATCAAATTCTTTTTCTTTTTTTTTTTTATTTAGAAAAGATATTAGGAAAT ATATTGGGCTTGTTTTACGCCGGATCGTTATTTATTTTGTATATAGAGATTTAATTTGAT AAGAATGGAGTATTTGGTTTGGTGAGTATCGTGTTTCGATCGAGAAAAGAAATTGGATAA TGTTAATTAAAAGCAGATTATTTTTGTCGATTTGGTTTTTCATTCAATAGGTGATTAGTT TGTAGGCATTGACCATTCAAATAATTTCATTTTAACAAAATAAATTAAAGTATATAATAT ATTTGACACTATTCTTAAAAAACAAAATTAACAAAAATCTCTTCTCGAATACATCATTAC TCTCTCTCAAATACGTCATATCACTCTTGTTCATCAAATAATGTATCATTCACAATAGAA ATTAGATAAGTTTTACATAATTTTGCCACCCCTAGTTGATCCTAACATGTCCAGTTGAAG CAAGAAGAGAATATATTGGGCAAGTACTAAGCCCAAGGAGGCAGAAATGGGCCTAAATTA ATTATTTAACCAAGCTTGTTGTGCCTTTCAGTACTACTGAATAGCATAAGGGAGTTGATG TTACCAAGTTATTTTCACTATCAAAAAATTCTTCTATTGCGATATGTACAATACAAAACA ATTTTTTCATATTATTAATCCAATCTTATCAGTAGACATCTTATATCACAGATCTCTTTT GCCTTGTTTAGTAGTCTAACTGTAACAACAATACTTTGAACACCAATAATGCTTGACATC TTTAAAGCTTGTGCAGCCTATAGTACTAATTTTAGATTAACAGGAAAAAAATGAGCCGCA ATTAAAAAAGGACAACAGAATGCAACACTCAACGGTACCATGACTCCTTCAACTGAACCC CCAAGCGTTGCTGAGCATATGTTAATATTCCAACAGCTGCCTGAAGATGTCAAGCATGAT TAAGTTTAATCACCAGAAAGTCAGTATGAAACATAAGTAAGCAGCAACAAACAACTAAGA AATCAAGACCTCATGTTGATGTAATTGATTATTTATATGGATTAGAGCTTCAACTACAGC AACAGGATTCGCATACCTCCTATTTGAAAGTGCGCCTTCAGATTCCGTTTCCTTGTAGTG TAGGGCCTTTGCAAATGCTCGACACTGAGAGGAAGAGATCATTATGGATACTACTTAAGC AGAAGGTATATATCCATCAACTGCACAATGTTAGAATAAACCCACCTTCTCCACTAGGAC ACCCAGCAGACGGATATCTATAGGAAGGGGCATCTCTCATCATGTTCCATAAACTCCGCC TGGAAAATACAATTAGCCAAATTGAAATAAAAATTATAGTGCTGCGGCTTACAGAGGAGA GGACAGATTACTGTAATGGAATCATCATCTGGAAACTTAATCATGCTTGACATCTTTAAA GCTAGTGAGTGCAGCCTATAGTACTAATTTTAGATTAACAAGAAAAAACAAGCTGCAATT GAAACAGTAAAACAGAATGCAACAATTAGCAGTAATGTGACTCCTTTAACTGAACCCCCA AGCTGATGAGCATATGTTGATATTCCAATAGCTGCCTGAAGATGCCAAGCATAGATTAGT TAATCACCAGAAAGTCAGAAACATAAGTAAGCTGCAACAAACAACTAAGAAATCAAGACC TCATGTTGATGTAATTGATTATTTATTTGGATTAGAGCTTCAACTACAGCAACAGGATTT GCATCCCTCCTATTTGAAACTGTAAGCATGAAGCATGCATCCCCAGAATACTTCGCAAGC ATAGTTGATTGAAACCTGAAGCAGTTCTCTCTCCCTTGCACCCCTTTGTGGTTGAAGAAG CTCTCTATATGAAGAGGAATCCTCACTATTCACAACAGGAGGCACATGTGCACTGGCAAG TGTGGACATTTGCGGAACTCCATTGAAATTGAAAAGACGCCAATTTACAAGTGGGTCATG AACAAAGGCCTGATAAGAAAAAAAAGAAGACAGAAGAATGAAATAAGCTGATAAATTAAT TCAGTAACTAAAACATTTACATCATTACAAGACAAATGACAAACTCCTCATTCAGAGCAA CCTAAACATATATTCAAGGAATGAAACCAAGCATCTCAATCTGATGAAAGGCGTTCCTCT TTTCACTGTGAGTTCAATTTGCTGTAACAGTTACTTACTAGCCTTATAAGGTTTTCAATT GTTCAACATGGCAATTTAAGGACCAATAGATTCTAATTTTTCAATCATACAAGTCATTCC AACTCCAGTTGGATCCAAATCTACTCATTAGATAGATAGCATAGTCGTTATGAATCAACC TCGGCCCGACAGGAACTTTGACGTCACCAAATCAGTTATTGGGTTAAAAAGGTTGATTTG GGATCCAGGCCCAATTAGCAACTAATTTAAAAGGAAGAGAAGTTAGAAAGAGAGGTTAAG CATATTACGAAGAAACCGTGTGTTCCTCTATCTCTTTCTAGAATCTAACTTTCCATCTCC ATTCTTATCTTTATCTTTAGTTACTTGTTATTTCGGTATTTCACTTTGTAATTTGATTAT CAATGAATATGATTTTTATGTATTTGTATTGAGAATTCGAGTTCGTTTCATTGGTGCTTT CATCCAGAGGTCTTCAATGGAGGACCAAATATCTCGAACAATTGAAGATTCAATTAATGT CATGAAGGATACTTGGTCGAAGGATCTCGCCGAAATTCGTTCACTATTACAAGAGTTCGT TGGAATCCTTCCAACGAGTAAACCAAGTCCGGTGGAATTTCAACGATTCTGTGGCCAGAA TCCAGAGTTATGGATTTCTCAGGCTGAACGCTATTTTGAGTTCCATGAGATTACAGAAAA CCACAAGTTACATCTCGCATCGTGCTATCTCGACGGGGCAGCTTTACAGTGGTATCAGTG GCTTTTCGAGAACAAACAATTGGTAGATTGGAAACATTTTGTTGAGAAAGTGTTGATTCG CTTTCGTAAATGTCATCTCAAATTGCACGCATATAGTTTATCCAATCTCCAACAGTGGAG AAATATAACCAATTCAGCGTTGCTTAAAAGCTGTGAAGAGAAATCTGAACAAAAAAGTAA AATTGGTGCGCACAAGGTGTTTGACAAAAGATTAACTAGCAACTGTCCCACAGACACTCC AATTGAAAGGGCTGGTGAAGAATCTCCAAGTATGGATAGTATCTCAGTCGAATTGTTCAA TGGACATCCCCAAGGAGAATCTTCAGGGAGGTACGTTAATGCAACTCATATTGACCGCGA CTCTAATGAATCACAAATTCATAAAATTAATGTAACACCCCGTAGCCAAAACAGACTAAA AATCAGTTTTTCATAAAAATTTGCAGGTGCAACTGACGTGACCATCGACGGACCGTAGCC TGACCCACGGTCCGTCCTGCACAACCGTCGATGGAATCAGAAACTCCCAAACATCTCAGC CCAGGAAAATTGGTTAAGTGTTGGTCGACGGACGGACTTACAGTCTGTTGGTCAGACTAC GGTCCGTAGTCCATGACCGTCGATCAAGACCCCCTTCACCCACTCTCTGACAAGAGCCAC GGATGTCCAACATGGTCCGTAGATGGACCCACGGTCCGTAGGTCTGACCGTAAGATGGAA TTAGCAGACAGTTATGGGAGAAGTGCAGTTGGGTCAACTTCAAGTGGTCATAACTCTTAG CACAAAATAAATTAGGTGTCCCATGACCTACCCACAGATAAATAATTGAATTATCTTTCC ATAGCCACCGACCTTACTAAAACCAAACCTCTGATTAAAAAGTTATGCCCGTTTTAGTAA AGGCTTGTCGAACAGGCCCAACTGACGGACCAACCGATGGGGCGTGGATCCACCTACGGA CCGTCTGTCCTAGCTGTAGGTTGGTCCGACAACAACTTTCTCAGGGGTCTTTTGAACCTT TTCCACTTCGTTTAAACCCTAATATACGTCGTTTTGACCCTAAATTATCAGATTTTAGTC AGTTTAAGCCTAGAAACATAATTAAAACATATCTAAGTCAAATCATTAAATCAAAACATA GAAAATTAGAAGCAAGAGAGGAAAAAAACCCAAGAATCCTAGTTCAAGAACGCCACAAGC TCCAGCAGTTCCAGCCCCGAAACTTAAGTATTTTTCCATGGATTTCATCACCAGGTATGT GGGATTTCATTAGTGGGTTCCTTTCACCCATTGGGTCCCTAGTTTTCAGTCAGTTTTTGA TTCTCTTATCATGATTAAACCTAGGGTTTTAGAACTTTGATAGAACTTCATGATTTAGTT AAATATATGTTCCGAATCAGATTATCATGTTATTACTCAGATTATCGCATGAATTTCAGA ACCCTAGCTTTGTATTTCTTTAGTTCTTGAATTACACATGCTAGGTCAGATATTTCAGTT ATGCAGATATACATGCTTCAATTTTTAATGCATCATTATCAAATTAAATGTTGCATTCTC AGTTTGCATGTTTAGTTTTGAGCTATCCAGTATTTATAGAAACTCAAACATAATCAGTTA ATTTACATAATTCATTGGGAGTAGCATAATACCGAGTTGGACTATGGTTTAGCGTACCCC AATAGTCCCAGAACTACTAGCCAAGTAGGTTGTAAGTCCCCTATGTGGGCAATCAGTTTA GTGATCACGCTAGCATGCCTTTATACCTTTGGCAGGGTATATTGCGTCCTCTCGATGGGG CGTATACATCGGACTCCACATTTAGCTCATGTGATTTTATTATCGGTTATTAGTAGCTCC CACAGATCAGTCAGACTCTCTGCATTGACCATCTATCAATATATTCAGTATTCAGTTTCA GCATGTTATGAATTGGTCATTGCATTCAGTTAGCACAAAAATTCAATATATTATGTTCAG TTTATTATACTTGTTTTAGTGCTTGTTCAGTTATGTTTTATTTCAGCTTTACTCTATCCT ACATGCTCAGTACCTTCAAGTACTGACGCATACGTACGCTACATCTTCTCGTGATGTAGG TTCAGGTTCTTAGCATCCAGATCTCGCATAGATCGATTTCCGATCTCCAGTTCAGCAGAT TCAGTGGTGATCAATCCTCATTCTCCGAGGACAACAGTAATGAGTGTCATTTCAGTCATT AGTTATTTAGATTCAGTTTTTGCTAGATTTAGCTGGGGCTTGTCCCAGTATTTCTAGTCC AGTTTAAAGACGCTTATTTAAGACAGTTAGTTTCAGCTTAGTATTGAGTTAGTAACTTCA TTGTATTAAACTCATCAGTCTTCATATTATATCAGTTTTAACATATGGATATTCCCCATC TTTTCATAATAAATAATGATTTAGCTTCCGCATCAGTTTATTATATTTAGTATGCTCATG ATCATGCCAACAAGGTTAGCTTGGAATCACTTGTGGTCCTAGGTTCCGTATTCGCGTCTC GGGGTAGCTCGGGGCGTGACAATTAAAACCTTGGAAGGTGTAATTCATGCGGATGAAGCG ATGCTAGATATGGAGTTGAAAAATCTTACGGCAAGAAGAAAGTGATGAAAGTGCTCTACT GGTGGTGAGTGTAAGACATATTGCTTTTTCAATGAAATTTTACAGTCTTTGCAAGGGACG TCCACCATAGTTGTGGACGAGTTCAGAGAAATCCTTAAGACATCGACTTGTCAAATTGCT AATACTTTCATTGATCAATGTCTTTTAACTCAATTTCAAATCAACCTTGGTGTGACTACC TTCATTGTCCATGTTCATTGAATTTCATCAGACTTTGGTGTATGGGATCCCGGAATTAGT TACGAGTACCTGGTTCTAACACGTTTTAATAAGAACATAGAGACACATGCATTGTTTGAA GAAATTAGAAAAGCGAGAAGTTGTTTACTTGTGAATTTGTATGTTAGTAAAACAGTTGAA ACGAAAAGTGATGTTGTGGATATTAGCAACATATTACTGCAGGCAAATAAAAGTCACACT AATGATTCATCAGTTGAAGGATCAAATTGTATGTGGTTTTGCTTGCATCCAACAACGCAT GACTTGACAGAACGTTTGAGTTGTTATTTCACTATTACAAGTGAACAAAAATTGTCCATT GGGTTCTCTGTTGGTTATAGATATGATGAATCCAAAAGTCTTTCAATTGCAGAGATTGTA GACTTGTTAGTCCTAGATACAAGTTTTGATTTTAAACATAAAGATTATGTGGTCTACTTC AAGAAGACATTTGTTTGGCCAGATGTATTCTGTAATGTTCTTGGCTTGGTTGAGCAAATG ATTGTTCCTAGGATTGGTTTTAGAAATTTTAAATCTTTCTCTCAGTCGGTTCATTTTAAC AATGATCCAATTCGAGTCGATATGGAAGTGCTTGTTATTCCAGGTTCTTCATCACTTCTA CGAATTTGTTACATGCCTCCGGAAAGTATCATCGAGAACCTGCAGATGCCACTGCCTTCT ATACTTTATCACATGGCCAGGAGTTGACACAAAACATGTGTTTTGGTGTTGAGCTATTTT GAGAAATTGTTTTATGAGAATGCTCTATTTCCATCGTTAGTTTATCTCTATTCAAACCTT GAGGACAAGGTTCTAATTGAGGACGGGAGTATTGTTATGAATCAACCTCGGCCAGACCGG AACTTTGACGTCACCAAATCAGTTATTGGGTTAAAAAGGTTGATTTGGGATCCAGGCCCA ATTAGCAACTAATTTAAAAGGAAGAGAAGTTAGAAAGAGAGGTTAAGCATATTATGAAGA AACTGTATGTTCCTCTATCTCTTTCTAGAATCTAACTTCCCATCACCATTCTTATCTTTA TCTTTATTTACTTGTTATTTCGGTATTTCACTTTGTAATTGGATTATCAATGAATATGAT GTTTATGTATTTGTATTGAGAATTCGAGTTCGTTTCATTGATGCTCTTCAGAAGATAGCA TTGTCGAGATTCAAGATCATTTTGGATTTGAAAACAGTCCATTAGTGTACACAACAAAAG AGTTCGATACAGACCGATCAATATTCACGCCATTATGACCCCATACTGTAGCTAGAGAAA AGTATTTTAAATGGTAGACAGTAATGCCAAAATTTACCTCCATCATAGCCATAACACTAT CTTTATGCAGTCGAAGAACTTGCATTACATTCTCACATGTTGACCGGAAATTTCCCTCTA TACCACTGACCTCCATTACTTTTACAAGCATCCTAGTGAGACGAAACAGAACCTATACAA AAAAGTTTGTTAAACTAGCTATTAGTTTCTTTGAAGGAAAAACATAAAATTTCTGGTAAA CCATTTTTTAACGTAATAATTTACCTTCTCTGGAAACTTCTCCCTGCTTCAAAACAATCT CCAAAATCAATATGCAGAATCTTCCCACTGCATGACAAATATAAATATATCATAACTTTT GTCATCAGCAAGAAAATGCAATCACAGAGTACACTGGTACCTATATCGGTGAAGCATGAG GTTACTAGGATGTCGATCGCCCAAACCAAGTAAGTATCCAACCTGGAGAAAGTCAACCCA AAATCAACAGATGTACGCAAGAGAAGCAGCTAAAAAAGAAAGTATCTCCTTTTTCTGAGT TTTACTATTCTCTCTTCCCGATTTGTAAGACACCAGTTCCATTTTAAGACGCTGGAAAAA TGTATTGAAAGCCATTCCATCATTAATACTATTATTAAGGCTTCACATGCCAATAATATG AACTCTGATACTATGTGTTCCTTTATTGAACTAACTCAACGCCACCTATTTAAATTTCTC TGTCACCATTACTAACATAATAAAGAAGTCAGGTGACATTTTAAGTTTTTGACCTACTGA ATGACATCACATAAAATAGGCTGAATGCTCTTATTGCTAAAACAGTATCTCCTCGGGTCA AACTAAGTCAAGAAATTAGTGAGCCTGACTAAGTACAGAAGCAACTTTTTGTGCCAAACA TTGGTCAGAAAGCTAACTATTGCTCCTCTGAATTAAGCATTTTAAGATACAGAAATACAA CACATATTAGTCATGCCCTAGCTGCAAAAAGTTCAGGTTCTA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 41128 41311 match_part 1.000 45370 45457 match_part 1.000 46076 46139 match_part 1.000 48666 48730 match_part 0.982 51698 51754 match_part 1.000 53116 53243 match_2 match_part 1.000 41128 41311 match_part 1.000 45370 45457 match_part 1.000 46076 46139 match_part 1.000 48666 48730 match_part 0.982 51698 51754 match_part 1.000 53116 53210 match_3 match_part 1.000 50874 51369 match_4 match_part 1.000 76975 77038 match_part 1.000 77125 77200 match_part 1.000 77402 77461 match_part 1.000 77622 77806 match_part 1.000 77936 78032 match_part 1.000 78150 78236 match_part 1.000 78337 78395 match_part 1.000 78592 78683 match_part 1.000 78770 78847 match_part 1.000 78954 78998 match_5 match_part 1.000 86117 86152 match_part 0.922 86313 86620 match_6 match_part 0.959 86355 86620 match_7 match_part 0.765 102478 102511 match_part 0.991 105845 106271 match_8 match_part 0.682 105094 105115 match_part 0.996 105775 106290 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_9 match_part 1.000 437 57 match_10 match_part 0.976 749 80 match_11 match_part 1.000 294 119 match_12 match_part 1.000 752 386 match_13 match_part 0.976 2833 2752 match_part 0.961 2180 1871 match_part 0.984 1376 1316 match_part 0.963 769 636 match_14 match_part 1.000 2819 2752 match_part 1.000 2180 1901 match_part 1.000 1376 1316 match_part 1.000 769 643 match_15 match_part 0.976 2833 2752 match_part 0.942 2180 1871 match_part 0.951 1376 1316 match_part 0.820 769 670 match_16 match_part 1.000 2836 2752 match_part 1.000 2180 1901 match_part 1.000 1376 1316 match_part 1.000 769 690 match_17 match_part 1.000 2799 2752 match_part 1.000 2180 1901 match_part 1.000 1376 1337 match_18 match_part 1.000 5055 4541 match_part 0.978 4224 3857 match_19 match_part 0.989 6455 6363 match_part 1.000 6258 5948 match_part 0.997 5836 5534 match_20 match_part 1.000 6454 6363 match_part 0.994 6258 5948 match_part 1.000 5836 5746 match_21 match_part 0.885 7917 7892 match_part 0.964 7802 7691 match_part 0.945 6691 6363 match_part 0.877 6258 6064 match_22 match_part 0.944 8245 8156 match_part 0.957 7983 7892 match_part 0.964 7802 7691 match_part 0.945 6691 6363 match_part 0.956 6258 6214 match_23 match_part 1.000 8552 8508 match_part 0.992 8284 8156 match_part 1.000 7983 7892 match_part 1.000 7802 7691 match_part 0.993 6691 6558 match_24 match_part 0.944 8245 8156 match_part 0.957 7983 7892 match_part 0.964 7802 7691 match_part 0.961 6691 6590 match_25 match_part 0.927 61773 61733 match_part 0.973 61649 61539 match_part 0.972 57833 57763 match_part 0.965 57205 57008 match_part 0.968 56858 56765 match_part 0.949 56473 56375 match_26 match_part 0.940 67803 67737 match_part 1.000 67547 67485 match_part 1.000 66627 66534 match_part 0.982 66369 66261 match_part 1.000 66169 66131 match_part 1.000 65813 65730 match_part 1.000 65390 65329 match_part 0.981 64363 64261 match_part 1.000 64045 63944 match_27 match_part 1.000 65392 65329 match_part 1.000 64363 64261 match_part 1.000 64045 63978 match_28 match_part 0.903 67767 67737 match_part 0.952 67547 67485 match_part 1.000 66627 66534 match_part 0.991 66369 66261 match_part 0.949 66169 66131 match_part 1.000 65813 65733 match_29 match_part 0.992 71984 71866 match_part 1.000 71708 71491 match_part 1.000 71181 71097 match_part 1.000 70505 70422 match_part 0.997 70180 69830 match_30 match_part 0.967 94467 94223 match_part 0.926 90411 89884 match_31 match_part 0.982 94392 94223 match_part 0.926 90411 89913 match_32 match_part 1.000 94388 94223 match_part 1.000 90411 89913 match_33 match_part 1.000 90255 89925 match_34 match_part 0.982 94392 94223 match_part 0.947 90411 89940 match_35 match_part 0.980 90297 89944 match_36 match_part 0.912 90334 89970 match_37 match_part 0.976 95475 95391 match_part 0.972 94469 94223 match_part 0.950 90411 89993 match_38 match_part 0.965 95475 95391 match_part 0.972 94469 94223 match_part 0.940 90411 90010 match_39 match_part 1.000 95824 95821 match_part 0.994 95551 95391 match_part 0.988 94469 94223 match_part 0.946 90411 90021 match_40 match_part 0.913 96275 96150 match_part 0.994 95551 95391 match_part 0.992 94469 94223 match_part 0.983 90411 90177 match_41 match_part 0.969 96557 96427 match_part 0.984 96278 96150 match_part 0.969 95551 95391 match_part 0.968 94469 94223 match_part 0.949 90411 90295 match_42 match_part 1.000 96619 96427 match_part 1.000 96278 96150 match_part 1.000 95551 95518 match_43 match_part 0.977 97964 97699 match_part 0.962 96663 96427 match_part 0.946 96278 96150 match_44 match_part 1.000 98146 97699 match_part 1.000 96663 96427 match_part 1.000 96278 96155 match_45 match_part 1.000 98141 97699 match_part 1.000 96663 96427 match_part 1.000 96278 96159 match_46 match_part 1.000 98143 97699 match_part 0.996 96663 96427 match_part 1.000 96278 96166 match_47 match_part 1.000 97736 97699 match_part 1.000 96663 96427 match_part 1.000 96278 96180 match_48 match_part 1.000 98140 97699 match_part 0.996 96663 96427 match_part 1.000 96278 96249 match_49 match_part 0.940 98202 97699 match_part 0.969 96663 96435 match_50 match_part 0.960 98202 97699 match_part 0.938 96663 96469 match_51 match_part 1.000 98142 97699 match_part 0.994 96663 96487 match_52 match_part 1.000 98142 97699 match_part 0.994 96663 96501 match_53 match_part 1.000 98142 97717 match_54 match_part 0.967 98072 97767 match_55 match_part 0.911 106245 105783 match_56 match_part 0.933 106245 105783 match_57 match_part 1.000 111711 111595 match_part 1.000 110902 110829 match_part 1.000 110346 110204 match_part 1.000 110117 110071 match_part 1.000 109982 109874 match_part 1.000 109776 109715 match_part 1.000 109561 109447 match_part 1.000 108509 108465 match_58 match_part 0.967 111716 111595 match_part 1.000 110902 110829 match_part 1.000 110346 110204 match_part 1.000 110117 110071 match_part 1.000 109982 109874 match_part 1.000 109776 109715 match_59 match_part 0.983 111714 111595 match_part 1.000 110902 110829 match_part 1.000 110346 110204 match_part 1.000 110117 110071 match_part 1.000 109982 109874 match_part 1.000 109776 109715 match_60 match_part 1.000 114637 114158 match_part 0.711 112679 112635 match_61 match_part 0.981 114538 114166 match_62 match_part 0.922 117141 117052 match_part 1.000 116839 116556 match_part 1.000 116479 116335 match_part 1.000 116089 115968 match_part 0.954 115853 115724 match_part 0.896 114643 114577 match_63 match_part 1.000 117136 117052 match_part 1.000 116839 116556 match_part 1.000 116479 116335 match_part 1.000 116089 115968 match_part 0.992 115853 115724 match_part 1.000 114643 114610 match_64 match_part 0.894 116839 116556 match_part 0.966 116479 116335 match_part 0.950 116089 115989 match_65 match_part 0.978 117097 117052 match_part 0.986 116839 116556 match_part 1.000 116479 116335 match_part 1.000 116089 116011 match_66 match_part 1.000 117169 117052 match_part 1.000 116839 116556 match_part 1.000 116479 116335 match_part 1.000 116089 116070 match_67 match_part 1.000 117135 117052 match_part 1.000 116839 116556 match_part 0.994 116479 116304 match_68 match_part 0.800 117071 117052 match_part 0.918 116839 116607 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 2836 2752 exon 2180 1901 exon 1376 1316 exon 769 57 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 2833 2752 exon 2180 1871 exon 1376 1316 exon 769 57 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 5055 4541 exon 4224 3857 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 8552 8508 exon 8284 8156 exon 7983 7892 exon 7802 7691 exon 6691 6363 exon 6258 5948 exon 5836 5534 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 41128 41311 exon 45370 45457 exon 46076 46139 exon 48666 48730 exon 51698 51754 exon 53116 53243 gene_6 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 50874 51369 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 61773 61733 exon 61649 61539 exon 57833 57763 exon 57205 57008 exon 56858 56765 exon 56473 56375 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 67803 67737 exon 67547 67485 exon 66627 66534 exon 66369 66261 exon 66169 66131 exon 65813 65730 exon 65390 65329 exon 64363 64261 exon 64045 63944 gene_9 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 65392 65329 exon 64363 64261 exon 64045 63978 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 71984 71866 exon 71708 71491 exon 71181 71097 exon 70505 70422 exon 70180 69830 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 76975 77038 exon 77125 77200 exon 77402 77461 exon 77622 77806 exon 77936 78032 exon 78150 78236 exon 78337 78395 exon 78592 78683 exon 78770 78847 exon 78954 78998 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 86117 86152 exon 86313 86620 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 98202 97699 exon 96663 96427 exon 96278 96150 exon 95551 95391 exon 94469 94223 exon 90411 89884 gene_14 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 95824 95821 exon 95551 95391 exon 94469 94223 exon 90411 89884 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 102478 102511 exon 105845 106271 gene_16 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 105094 105115 exon 105775 106290 gene_17 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 106245 105783 gene_18 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 111716 111595 exon 110902 110829 exon 110346 110204 exon 110117 110071 exon 109982 109874 exon 109776 109715 exon 109561 109447 exon 108509 108465 gene_19 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 117169 117052 exon 116839 116556 exon 116479 116335 exon 116089 115968 exon 115853 115724 exon 114643 114158 exon 112679 112635 gene_20 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 117135 117052 exon 116839 116556 exon 116479 116304 RepeatMasker tomato repeats master Unknown00019 54 698 1 Unknown00019 54 698 1 nucleotide_motif 4263 11914 12569 SONATA2 196 242 1 SONATA2 196 242 1 nucleotide_motif 235 30823 30869 Unknown00034 3703 3969 1 Unknown00034 3703 3969 1 nucleotide_motif 1245 32106 32370 Unknown00043 6990 7070 1 Unknown00043 6990 7070 1 nucleotide_motif 267 41748 41831 Gypsy00163 7740 8015 1 Gypsy00163 7740 8015 1 nucleotide_motif 1580 42804 43084 Gypsy00163 8019 8189 1 Gypsy00163 8019 8189 1 nucleotide_motif 874 43464 43646 Copia00125 2878 2979 1 Copia00125 2878 2979 1 nucleotide_motif 462 60647 60755 Copia00125 3821 4052 1 Copia00125 3821 4052 1 nucleotide_motif 754 60765 61005 SONATA2 1 234 1 SONATA2 1 234 1 nucleotide_motif 1155 74930 75162 Gypsy00073 597 665 1 Gypsy00073 597 665 1 nucleotide_motif 323 79507 79574 Copia00110 13161 13623 1 Copia00110 13161 13623 1 nucleotide_motif 2225 79525 80022 STOWAWAY50_OS 85 141 1 STOWAWAY50_OS 85 141 1 nucleotide_motif 275 83702 83765 Copia00110 2452 2718 1 Copia00110 2452 2718 1 nucleotide_motif 1238 84734 84972 Unknown00019 521 709 1 Unknown00019 521 709 1 nucleotide_motif 756 100952 101145 Copia00110 13159 13342 1 Copia00110 13159 13342 1 nucleotide_motif 715 111909 112089 Copia00110 13338 13623 1 Copia00110 13338 13623 1 nucleotide_motif 1142 112177 112496 Gypsy00043 1066 1278 1 Gypsy00043 1066 1278 1 nucleotide_motif 1078 112446 112644 Unknown00049 1712 1778 1 Unknown00049 1712 1778 1 nucleotide_motif 235 115056 115122 SZ-4 5528 5574 1 SZ-4 5528 5574 1 nucleotide_motif 245 123715 123763 RepeatMasker tomato repeats master Copia00113 5090 5192 -1 Copia00113 5090 5192 -1 nucleotide_motif 240 13316 13225 SONATA2 16 202 -1 SONATA2 16 202 -1 nucleotide_motif 916 32102 31911 Unknown00034 3777 4025 -1 Unknown00034 3777 4025 -1 nucleotide_motif 1780 32343 32099 Unknown00019 48 700 -1 Unknown00019 48 700 -1 nucleotide_motif 696 80164 79526 STOWAWAY50_OS 88 140 -1 STOWAWAY50_OS 88 140 -1 nucleotide_motif 257 83740 83686 Gypsy00042 5906 5985 -1 Gypsy00042 5906 5985 -1 nucleotide_motif 252 83780 83766 Unknown00025 251 479 -1 Unknown00025 251 479 -1 nucleotide_motif 795 99375 99130 Gypsy00043 610 1312 -1 Gypsy00043 610 1312 -1 nucleotide_motif 4756 100973 100273 Unknown00019 44 90 -1 Unknown00019 44 90 -1 nucleotide_motif 324 112772 112726 SOD_SINE 87 193 -1 SOD_SINE 87 193 -1 nucleotide_motif 323 115178 115063 Copia00153 4362 6497 -1 Copia00153 4362 6497 -1 nucleotide_motif 14065 122601 120451 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 329 121299 122467 match_2 match 965 121091 122566 match_3 match 731 120828 122599 match_4 match 1150 120450 122014 match_5 match 1047 120806 122543 match_6 match 1011 120808 122346 match_7 match 1407 120451 122577 match_8 match 1685 120453 122565 match_9 match 1453 120779 122601 match_10 match 1505 120453 122230 match_11 match 1324 121176 122602 match_12 match 1033 120807 122569 match_13 match 860 121306 122333 match_14 match 1059 121342 122601 match_15 match 882 121063 122599 match_16 match 628 120448 121873 match_17 match 1122 120482 122201 match_18 match 1453 120779 122601 match_19 match 1505 120453 122230 match_20 match 957 120785 122332 match_21 match 1080 120448 121968 match_22 match 601 121531 122544 match_23 match 872 121378 122601 match_24 match 797 121583 122602 match_25 match 476 121488 122569 match_26 match 1251 120785 122593 match_27 match 930 121041 122595 match_28 match 1324 120698 122602 match_29 match 1152 120779 122565 match_30 match 1489 120453 122567 match_31 match 1098 121041 122412 match_32 match 1679 120448 122346 match_33 match 799 121079 122602 match_34 match 737 120523 121750 match_35 match 656 121041 122077 match_36 match 757 121060 122602 match_37 match 888 120804 122008 match_38 match 872 121044 122602 match_39 match 950 120448 121731 match_40 match 1394 121062 122602 match_41 match 654 120756 122010 match_42 match 1007 121084 122599 match_43 match 902 120777 122012 match_44 match 1144 120808 122230 match_45 match 827 121424 122601 match_46 match 898 121083 122602 match_47 match 1029 121456 122584 match_48 match 761 121095 122599 match_49 match 593 121153 122601 match_50 match 767 121060 122594 match_51 match 1550 120454 122602 match_52 match 1152 121137 122602 match_53 match 1356 120448 122601 match_54 match 1098 121090 122561 match_55 match 1489 120451 122602 match_56 match 605 121302 122528 match_57 match 648 121103 122441 match_58 match 1776 120523 122601 match_59 match 900 121231 122467 match_60 match 1128 120695 122415 match_61 match 1865 120451 122601 match_62 match 1778 120452 122602 match_63 match 1267 121162 122544 match_64 match 979 121112 122346 match_65 match 1507 120531 122339 match_66 match 1388 121088 122593 match_67 match 825 121087 122602 match_68 match 1778 120452 122602 match_69 match 1267 121162 122544 match_70 match 825 121087 122602 match_71 match 749 121488 122601 match_72 match 1511 120785 122599 match_73 match 1766 120454 122601 match_74 match 1415 120547 122601 match_75 match 1479 120450 122602 match_76 match 1170 121062 122346 match_77 match 1437 120779 122603 match_78 match 1516 120804 122603 match_79 match 1223 120807 122601 match_80 match 1310 120779 122602 match_81 match 1344 120807 122602 match_82 match 620 121060 122419 match_83 match 620 121060 122339 match_84 match 589 121041 122196 match_85 match 1017 121061 122565 match_86 match 1053 120807 122601 match_87 match 613 121377 122561 match_88 match 1110 121041 122602 match_89 match 1294 121041 122593 match_90 match 406 121487 122561 match_91 match 1546 120453 122602 match_92 match 379 121487 122532 match_93 match 478 121487 122563 match_94 match 694 121127 122584 match_95 match 787 121305 122562 match_96 match 811 120779 122339 match_97 match 1592 120451 122602 match_98 match 1578 120451 122602 match_99 match 1150 121319 122606 match_100 match 1110 121041 122602 match_101 match 1294 121041 122593 match_102 match 1269 120804 122529 match_103 match 1578 120451 122602 match_104 match 805 120779 121924 match_105 match 1269 120804 122529 match_106 match 1245 120454 122602 match_107 match 1445 120448 122566 match_108 match 1076 120804 122323 match_109 match 1181 121046 122584 match_110 match 688 121060 122594 match_111 match 811 120779 122339 match_112 match 769 121060 122162 match_113 match 668 121091 122564 match_114 match 733 121083 122602 match_115 match 458 121314 122564 match_116 match 396 121091 122276 match_117 match 856 121092 122584 match_118 match 573 120804 121803 match_119 match 1017 120449 122005 match_120 match 936 121577 122584 match_121 match 1546 120453 122602 match_122 match 1035 121249 122272 match_123 match 1532 120451 122602 match_124 match 1392 120547 122602 match_125 match 1433 120653 122602 match_126 match 559 120735 122602 match_127 match 624 121083 122601 match_128 match 819 121060 122602 match_129 match 1544 121041 122580 match_130 match 559 120735 122602 match_131 match 426 120543 121558 match_132 match 819 121060 122602 match_133 match 1130 120778 122562 match_134 match 882 121063 122424 match_135 match 1094 121091 122599 match_136 match 1336 120531 122602 match_137 match 698 121385 122562 match_138 match 660 121420 122592 match_139 match 957 121084 122564 match_140 match 1461 120449 122526 match_141 match 1518 120449 122602 match_142 match 1394 120779 122601 match_143 match 981 121358 122584 match_144 match 1376 121065 122602 match_145 match 1179 120469 122601 match_146 match 1598 120454 122601 match_147 match 1027 120523 122602 match_148 match 858 120808 122212 match_149 match 1211 121053 122602 match_150 match 1255 121053 122599 match_151 match 650 121444 122594 match_152 match 920 121041 122601 match_153 match 1191 121312 122569 match_154 match 1312 120744 122602 match_155 match 1405 120777 122529 match_156 match 795 120523 121890 match_157 match 1269 120446 122602 match_158 match 795 120523 121890 match_159 match 1269 120446 122602 match_160 match 1451 120777 122595 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_1 clone_end 1415 37 771 clone_1 clone 1024.5 145 111571 clone_start_1 clone_start 755 145 525 clone_end_2 clone_end 1294 2460 3120 clone_2 clone 1122 5278 42074 clone_start_2 clone_start 1247 5278 5927 clone_end_3 clone_end 1201 10718 11347 clone_3 clone 944 15638 107806 clone_start_3 clone_start 936 15638 16117 clone_start_4 clone_start 609 16328 16638 clone_4 clone 1077.5 17426 51584 clone_end_4 clone_end 985 17426 17949 clone_5 clone 1393 33736 125169 clone_start_5 clone_start 1499 33736 34521 clone_6 clone 953.5 37205 66752 clone_end_5 clone_end 759 37205 37587 clone_7 clone 1199 45079 87424 clone_start_6 clone_start 1193 45079 45680 clone_end_6 clone_end 718 46096 46482 clone_start_7 clone_start 1223 53254 53961 clone_end_7 clone_end 868 53564 54100 clone_start_8 clone_start 880 56054 56497 clone_start_9 clone_start 1497 56071 56848 clone_start_10 clone_start 1007 59301 59841 clone_8 clone 975.5 65059 73020 clone_end_8 clone_end 1140 65059 65653 clone_9 clone 796 65059 72564 clone_end_9 clone_end 1140 65059 65653 clone_end_10 clone_end 1158 65062 65653 clone_end_11 clone_end 1318 73798 74483 clone_end_12 clone_end 323 83992 84154 clone_10 clone 1133 87030 124302 clone_end_13 clone_end 1094 87030 87602 clone_start_11 clone_start 1360 90261 90964 clone_start_12 clone_start 620 94226 94538 clone_start_13 clone_start 1001 108334 108838 clone_start_14 clone_start 1322 108438 109104 clone_start_15 clone_start 1164 113239 113908 clone_end_14 clone_end 1453 121166 121919 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_15 clone_end 1294 111571 110885 clone_end_16 clone_end 997 42074 41551 clone_start_16 clone_start 1469 10644 9849 clone_end_17 clone_end 952 107806 107294 clone_start_17 clone_start 1170 51584 50971 clone_end_18 clone_end 773 28299 27886 clone_end_19 clone_end 1287 125169 124514 clone_start_18 clone_start 1148 66752 66144 clone_end_20 clone_end 1205 87424 86733 clone_start_19 clone_start 890 46064 45580 clone_start_20 clone_start 555 59306 59019 clone_start_21 clone_start 825 64569 64154 clone_start_22 clone_start 811 73020 72612 clone_start_23 clone_start 452 72564 72330 clone_end_21 clone_end 995 66199 65698 clone_end_22 clone_end 1604 70790 69979 clone_end_23 clone_end 704 73864 73510 clone_start_24 clone_start 1172 124302 123712 clone_end_24 clone_end 799 92167 91757 clone_start_25 clone_start 967 111612 111121 clone_start_26 clone_start 650 125197 124858 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 41128 41311 match_part 1.000 45370 45457 match_part 1.000 46076 46139 match_part 1.000 48666 48730 match_part 0.982 51698 51754 match_part 1.000 53116 53243 match_2 match_part 1.000 41128 41311 match_part 1.000 45370 45457 match_part 1.000 46076 46139 match_part 1.000 48666 48730 match_part 0.982 51698 51754 match_part 1.000 53116 53210 match_3 match_part 1.000 50874 51369 match_4 match_part 1.000 76975 77038 match_part 1.000 77125 77200 match_part 1.000 77402 77461 match_part 1.000 77622 77806 match_part 1.000 77936 78032 match_part 1.000 78150 78236 match_part 1.000 78337 78395 match_part 1.000 78592 78683 match_part 1.000 78770 78847 match_part 1.000 78954 78998 match_5 match_part 1.000 86117 86152 match_part 0.922 86313 86620 match_6 match_part 0.959 86355 86620 match_7 match_part 0.765 102478 102511 match_part 0.991 105845 106271 match_8 match_part 0.682 105094 105115 match_part 0.996 105775 106290 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_9 match_part 1.000 437 57 match_10 match_part 0.976 749 80 match_11 match_part 1.000 294 119 match_12 match_part 1.000 752 386 match_13 match_part 1.000 2819 2752 match_part 1.000 2180 1901 match_part 1.000 1376 1316 match_part 1.000 769 643 match_14 match_part 1.000 2836 2752 match_part 1.000 2180 1901 match_part 1.000 1376 1316 match_part 1.000 769 690 match_15 match_part 1.000 2799 2752 match_part 1.000 2180 1901 match_part 1.000 1376 1337 match_16 match_part 1.000 5055 4541 match_part 0.978 4224 3857 match_17 match_part 0.989 6455 6363 match_part 1.000 6258 5948 match_part 0.997 5836 5534 match_18 match_part 1.000 6454 6363 match_part 0.994 6258 5948 match_part 1.000 5836 5746 match_19 match_part 1.000 8552 8508 match_part 0.992 8284 8156 match_part 1.000 7983 7892 match_part 1.000 7802 7691 match_part 0.993 6691 6558 match_20 match_part 0.940 67803 67737 match_part 1.000 67547 67485 match_part 1.000 66627 66534 match_part 0.982 66369 66261 match_part 1.000 66169 66131 match_part 1.000 65813 65730 match_part 1.000 65390 65329 match_part 0.981 64363 64261 match_part 1.000 64045 63944 match_21 match_part 1.000 65392 65329 match_part 1.000 64363 64261 match_part 1.000 64045 63978 match_22 match_part 0.992 71984 71866 match_part 1.000 71708 71491 match_part 1.000 71181 71097 match_part 1.000 70505 70422 match_part 0.997 70180 69830 match_23 match_part 1.000 94388 94223 match_part 1.000 90411 89913 match_24 match_part 1.000 90255 89925 match_25 match_part 0.980 90297 89944 match_26 match_part 0.912 90334 89970 match_27 match_part 1.000 95824 95821 match_part 0.994 95551 95391 match_part 0.988 94469 94223 match_part 0.946 90411 90021 match_28 match_part 0.913 96275 96150 match_part 0.994 95551 95391 match_part 0.992 94469 94223 match_part 0.983 90411 90177 match_29 match_part 1.000 96619 96427 match_part 1.000 96278 96150 match_part 1.000 95551 95518 match_30 match_part 1.000 98146 97699 match_part 1.000 96663 96427 match_part 1.000 96278 96155 match_31 match_part 1.000 98141 97699 match_part 1.000 96663 96427 match_part 1.000 96278 96159 match_32 match_part 1.000 98143 97699 match_part 0.996 96663 96427 match_part 1.000 96278 96166 match_33 match_part 1.000 97736 97699 match_part 1.000 96663 96427 match_part 1.000 96278 96180 match_34 match_part 1.000 98140 97699 match_part 0.996 96663 96427 match_part 1.000 96278 96249 match_35 match_part 1.000 98142 97699 match_part 0.994 96663 96487 match_36 match_part 1.000 98142 97699 match_part 0.994 96663 96501 match_37 match_part 1.000 98142 97717 match_38 match_part 0.967 98072 97767 match_39 match_part 0.911 106245 105783 match_40 match_part 0.933 106245 105783 match_41 match_part 1.000 111711 111595 match_part 1.000 110902 110829 match_part 1.000 110346 110204 match_part 1.000 110117 110071 match_part 1.000 109982 109874 match_part 1.000 109776 109715 match_part 1.000 109561 109447 match_part 1.000 108509 108465 match_42 match_part 0.967 111716 111595 match_part 1.000 110902 110829 match_part 1.000 110346 110204 match_part 1.000 110117 110071 match_part 1.000 109982 109874 match_part 1.000 109776 109715 match_43 match_part 0.983 111714 111595 match_part 1.000 110902 110829 match_part 1.000 110346 110204 match_part 1.000 110117 110071 match_part 1.000 109982 109874 match_part 1.000 109776 109715 match_44 match_part 1.000 114637 114158 match_part 0.711 112679 112635 match_45 match_part 0.981 114538 114166 match_46 match_part 0.922 117141 117052 match_part 1.000 116839 116556 match_part 1.000 116479 116335 match_part 1.000 116089 115968 match_part 0.954 115853 115724 match_part 0.896 114643 114577 match_47 match_part 1.000 117136 117052 match_part 1.000 116839 116556 match_part 1.000 116479 116335 match_part 1.000 116089 115968 match_part 0.992 115853 115724 match_part 1.000 114643 114610 match_48 match_part 0.978 117097 117052 match_part 0.986 116839 116556 match_part 1.000 116479 116335 match_part 1.000 116089 116011 match_49 match_part 1.000 117169 117052 match_part 1.000 116839 116556 match_part 1.000 116479 116335 match_part 1.000 116089 116070 match_50 match_part 1.000 117135 117052 match_part 1.000 116839 116556 match_part 0.994 116479 116304 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 2836 2752 exon 2180 1901 exon 1376 1316 exon 769 57 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 5055 4541 exon 4224 3857 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 6455 6363 exon 6258 5948 exon 5836 5534 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 8552 8508 exon 8284 8156 exon 7983 7892 exon 7802 7691 exon 6691 6558 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 41128 41311 exon 45370 45457 exon 46076 46139 exon 48666 48730 exon 51698 51754 exon 53116 53243 gene_6 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 50874 51369 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 67803 67737 exon 67547 67485 exon 66627 66534 exon 66369 66261 exon 66169 66131 exon 65813 65730 exon 65390 65329 exon 64363 64261 exon 64045 63944 gene_8 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 65392 65329 exon 64363 64261 exon 64045 63978 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 71984 71866 exon 71708 71491 exon 71181 71097 exon 70505 70422 exon 70180 69830 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 76975 77038 exon 77125 77200 exon 77402 77461 exon 77622 77806 exon 77936 78032 exon 78150 78236 exon 78337 78395 exon 78592 78683 exon 78770 78847 exon 78954 78998 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 86117 86152 exon 86313 86620 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 98146 97699 exon 96663 96427 exon 96278 96150 exon 95551 95391 exon 94469 94223 exon 90411 89913 gene_13 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 95824 95821 exon 95551 95391 exon 94469 94223 exon 90411 89913 gene_14 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 102478 102511 exon 105845 106271 gene_15 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 105094 105115 exon 105775 106290 gene_16 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 106245 105783 gene_17 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 111716 111595 exon 110902 110829 exon 110346 110204 exon 110117 110071 exon 109982 109874 exon 109776 109715 exon 109561 109447 exon 108509 108465 gene_18 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 117169 117052 exon 116839 116556 exon 116479 116335 exon 116089 115968 exon 115853 115724 exon 114643 114158 exon 112679 112635 gene_19 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 117135 117052 exon 116839 116556 exon 116479 116304 AUGUSTUS_tom_cdna de novo gene_1 gene 0.06 14872 25909 transcript_1 transcript 0.06 14872 25909 start_codon_1 start_codon 14872 14874 intron_1 intron 0.61 14984 15053 intron_2 intron 0.73 15233 15449 intron_3 intron 0.73 15549 15683 intron_4 intron 0.85 16464 17148 intron_5 intron 0.4 17330 19008 intron_6 intron 0.98 19056 19185 intron_7 intron 0.97 19409 19523 intron_8 intron 0.83 19691 19985 intron_9 intron 0.96 20766 23908 intron_10 intron 0.98 24132 24199 intron_11 intron 0.89 24367 24684 intron_12 intron 0.86 25465 25546 CDS_1 CDS 0.46 14872 14983 CDS_2 CDS 0.91 15054 15232 CDS_3 CDS 0.73 15450 15548 CDS_4 CDS 0.86 15684 16463 CDS_5 CDS 0.58 17149 17329 CDS_6 CDS 0.98 19009 19055 CDS_7 CDS 0.98 19186 19408 CDS_8 CDS 0.99 19524 19690 CDS_9 CDS 1 19986 20765 CDS_10 CDS 1 23909 24131 CDS_11 CDS 0.96 24200 24366 CDS_12 CDS 1 24685 25464 CDS_13 CDS 0.82 25547 25909 stop_codon_1 stop_codon 25907 25909 gene_2 gene 0.23 28333 30050 transcript_2 transcript 0.23 28333 30050 start_codon_2 start_codon 28333 28335 intron_13 intron 0.57 28516 28821 intron_14 intron 1 29602 29684 CDS_14 CDS 0.32 28333 28515 CDS_15 CDS 1 28822 29601 CDS_16 CDS 1 29685 30050 stop_codon_2 stop_codon 30048 30050 gene_3 gene 0.25 33714 53244 transcript_3 transcript 0.25 33714 53244 start_codon_3 start_codon 33714 33716 intron_15 intron 1 33785 33880 intron_16 intron 0.72 34950 41290 intron_17 intron 0.99 41312 45369 intron_18 intron 1 45458 46075 intron_19 intron 0.57 46140 46349 intron_20 intron 0.53 46384 48665 intron_21 intron 0.79 48731 51697 intron_22 intron 0.79 51711 53115 CDS_17 CDS 0.78 33714 33784 CDS_18 CDS 0.63 33881 34949 CDS_19 CDS 0.99 41291 41311 CDS_20 CDS 1 45370 45457 CDS_21 CDS 1 46076 46139 CDS_22 CDS 0.54 46350 46383 CDS_23 CDS 0.79 48666 48730 CDS_24 CDS 0.79 51698 51710 CDS_25 CDS 1 53116 53244 stop_codon_3 stop_codon 53242 53244 gene_4 gene 0.57 75689 79403 transcript_4 transcript 0.57 75689 79403 start_codon_4 start_codon 75689 75691 intron_23 intron 0.88 75783 76378 intron_24 intron 0.96 76477 76629 intron_25 intron 0.64 76807 76937 intron_26 intron 1 77039 77124 intron_27 intron 1 77201 77401 intron_28 intron 1 77462 77621 intron_29 intron 1 77807 77935 intron_30 intron 1 78033 78149 intron_31 intron 1 78237 78336 intron_32 intron 1 78396 78591 intron_33 intron 1 78684 78769 intron_34 intron 1 78848 78953 intron_35 intron 0.99 79115 79184 CDS_26 CDS 0.88 75689 75782 CDS_27 CDS 0.91 76379 76476 CDS_28 CDS 0.93 76630 76806 CDS_29 CDS 0.67 76938 77038 CDS_30 CDS 1 77125 77200 CDS_31 CDS 1 77402 77461 CDS_32 CDS 1 77622 77806 CDS_33 CDS 1 77936 78032 CDS_34 CDS 1 78150 78236 CDS_35 CDS 1 78337 78395 CDS_36 CDS 1 78592 78683 CDS_37 CDS 1 78770 78847 CDS_38 CDS 1 78954 79114 CDS_39 CDS 0.99 79185 79403 stop_codon_4 stop_codon 79401 79403 gene_5 gene 0.29 85444 86545 transcript_5 transcript 0.29 85444 86545 start_codon_5 start_codon 85444 85446 intron_36 intron 0.6 85807 85898 intron_37 intron 0.3 85937 86075 intron_38 intron 1 86153 86312 CDS_40 CDS 0.58 85444 85806 CDS_41 CDS 0.49 85899 85936 CDS_42 CDS 0.31 86076 86152 CDS_43 CDS 1 86313 86545 stop_codon_5 stop_codon 86543 86545 AUGUSTUS_tom_cdna de novo gene_6 gene 1 2822 201 transcript_6 transcript 1 2822 201 stop_codon_6 stop_codon 203 201 intron_39 intron 1 1315 770 intron_40 intron 1 1900 1377 intron_41 intron 1 2751 2181 CDS_44 CDS 1 769 201 CDS_45 CDS 1 1376 1316 CDS_46 CDS 1 2180 1901 CDS_47 CDS 1 2822 2752 start_codon_6 start_codon 2822 2820 gene_7 gene 1 5059 4054 transcript_7 transcript 1 5059 4054 stop_codon_7 stop_codon 4056 4054 intron_42 intron 1 4540 4225 CDS_48 CDS 1 4224 4054 CDS_49 CDS 1 5059 4541 start_codon_7 start_codon 5059 5057 gene_8 gene 0.47 11077 5713 transcript_8 transcript 0.47 11077 5713 stop_codon_8 stop_codon 5715 5713 intron_43 intron 1 5947 5837 intron_44 intron 1 6362 6259 intron_45 intron 1 7690 6692 intron_46 intron 1 7891 7803 intron_47 intron 1 8155 7984 intron_48 intron 1 8507 8285 intron_49 intron 0.54 8725 8643 intron_50 intron 0.94 9141 8856 intron_51 intron 0.94 9356 9229 intron_52 intron 0.92 9541 9458 intron_53 intron 0.99 9833 9666 intron_54 intron 1 10562 10008 intron_55 intron 1 10983 10736 CDS_50 CDS 1 5836 5713 CDS_51 CDS 1 6258 5948 CDS_52 CDS 1 6691 6363 CDS_53 CDS 1 7802 7691 CDS_54 CDS 1 7983 7892 CDS_55 CDS 1 8284 8156 CDS_56 CDS 0.54 8642 8508 CDS_57 CDS 0.52 8855 8726 CDS_58 CDS 0.95 9228 9142 CDS_59 CDS 0.95 9457 9357 CDS_60 CDS 0.94 9665 9542 CDS_61 CDS 1 10007 9834 CDS_62 CDS 1 10735 10563 CDS_63 CDS 1 11077 10984 start_codon_8 start_codon 11077 11075 gene_9 gene 0.98 57222 56189 transcript_9 transcript 0.98 57222 56189 stop_codon_9 stop_codon 56191 56189 intron_56 intron 0.99 56764 56474 intron_57 intron 0.99 57007 56859 CDS_64 CDS 1 56473 56189 CDS_65 CDS 0.99 56858 56765 CDS_66 CDS 1 57222 57008 start_codon_9 start_codon 57222 57220 gene_10 gene 0.23 72015 61527 transcript_10 transcript 0.23 72015 61527 stop_codon_10 stop_codon 61529 61527 intron_58 intron 0.98 61732 61650 intron_59 intron 0.35 63892 61817 intron_60 intron 1 64260 64046 intron_61 intron 1 65328 64364 intron_62 intron 1 65729 65391 intron_63 intron 1 66130 65814 intron_64 intron 1 66260 66170 intron_65 intron 1 66533 66370 intron_66 intron 1 67484 66628 intron_67 intron 0.86 67736 67548 intron_68 intron 0.86 69829 67765 intron_69 intron 1 70421 70181 intron_70 intron 1 71096 70506 intron_71 intron 1 71490 71182 intron_72 intron 1 71865 71709 CDS_67 CDS 0.69 61649 61527 CDS_68 CDS 0.99 61816 61733 CDS_69 CDS 0.66 64045 63893 CDS_70 CDS 1 64363 64261 CDS_71 CDS 1 65390 65329 CDS_72 CDS 1 65813 65730 CDS_73 CDS 1 66169 66131 CDS_74 CDS 1 66369 66261 CDS_75 CDS 1 66627 66534 CDS_76 CDS 1 67547 67485 CDS_77 CDS 0.86 67764 67737 CDS_78 CDS 0.86 70180 69830 CDS_79 CDS 1 70505 70422 CDS_80 CDS 1 71181 71097 CDS_81 CDS 1 71708 71491 CDS_82 CDS 0.96 72015 71866 start_codon_10 start_codon 72015 72013 gene_11 gene 0.32 74616 74249 transcript_11 transcript 0.32 74616 74249 stop_codon_11 stop_codon 74251 74249 intron_73 intron 0.41 74567 74461 CDS_83 CDS 0.74 74460 74249 CDS_84 CDS 0.41 74616 74568 start_codon_11 start_codon 74616 74614 gene_12 gene 1 98133 90124 transcript_12 transcript 1 98133 90124 stop_codon_12 stop_codon 90126 90124 intron_74 intron 1 94222 90412 intron_75 intron 1 95390 94470 intron_76 intron 1 96149 95552 intron_77 intron 1 96426 96279 intron_78 intron 1 97698 96664 CDS_85 CDS 1 90411 90124 CDS_86 CDS 1 94469 94223 CDS_87 CDS 1 95551 95391 CDS_88 CDS 1 96278 96150 CDS_89 CDS 1 96663 96427 CDS_90 CDS 1 98133 97699 start_codon_12 start_codon 98133 98131 gene_13 gene 1 106239 106039 transcript_13 transcript 1 106239 106039 stop_codon_13 stop_codon 106041 106039 CDS_91 CDS 1 106239 106039 start_codon_13 start_codon 106239 106237 gene_14 gene 0.99 111750 108358 transcript_14 transcript 0.99 111750 108358 stop_codon_14 stop_codon 108360 108358 intron_79 intron 1 109446 108510 intron_80 intron 1 109714 109562 intron_81 intron 1 109873 109777 intron_82 intron 1 110070 109983 intron_83 intron 1 110203 110118 intron_84 intron 1 110828 110347 intron_85 intron 1 111594 110903 CDS_92 CDS 0.99 108509 108358 CDS_93 CDS 1 109561 109447 CDS_94 CDS 1 109776 109715 CDS_95 CDS 1 109982 109874 CDS_96 CDS 1 110117 110071 CDS_97 CDS 1 110346 110204 CDS_98 CDS 1 110902 110829 CDS_99 CDS 1 111750 111595 start_codon_14 start_codon 111750 111748 gene_15 gene 0.99 117073 114342 transcript_15 transcript 0.99 117073 114342 stop_codon_15 stop_codon 114344 114342 intron_86 intron 1 115723 114644 intron_87 intron 1 115967 115854 intron_88 intron 1 116334 116090 intron_89 intron 1 116555 116480 intron_90 intron 1 117051 116840 CDS_100 CDS 1 114643 114342 CDS_101 CDS 1 115853 115724 CDS_102 CDS 1 116089 115968 CDS_103 CDS 1 116479 116335 CDS_104 CDS 1 116839 116556 CDS_105 CDS 0.99 117073 117052 start_codon_15 start_codon 117073 117071 gene_16 gene 0.6 118302 117989 transcript_16 transcript 0.6 118302 117989 stop_codon_16 stop_codon 117991 117989 intron_91 intron 1 118149 118061 CDS_106 CDS 0.64 118060 117989 CDS_107 CDS 0.94 118302 118150 start_codon_16 start_codon 118302 118300 gene_17 gene 0.56 124252 118590 transcript_17 transcript 0.56 124252 118590 stop_codon_17 stop_codon 118592 118590 intron_92 intron 0.6 118935 118716 intron_93 intron 1 124237 119110 CDS_108 CDS 0.93 118715 118590 CDS_109 CDS 0.65 119109 118936 CDS_110 CDS 0.94 124252 124238 start_codon_17 start_codon 124252 124250 tRNAscan-SE unknown database tRNA_1 tRNA 73.14 30650 30721 tRNA_2 tRNA 73.14 37379 37450 tRNAscan-SE unknown database tRNA_3 tRNA 68.60 55513 55442 tRNA_4 tRNA 71.12 54717 54646 tRNA_5 tRNA 71.99 54345 54274 tRNA_6 tRNA 65.08 52497 52426 tRNA_7 tRNA 73.73 52256 52185 tRNA_8 tRNA 66.74 50682 50611 tRNA_9 tRNA 70.51 50327 50256 tRNA_10 tRNA 73.73 49653 49582 tRNA_11 tRNA 73.73 47687 47616 tRNA_12 tRNA 73.73 47315 47244 tRNA_13 tRNA 64.07 46724 46653 tRNA_14 tRNA 73.73 36946 36875 AUGUSTUS_ab_initio de novo gene_1 gene 0.2 14300 21211 transcript_1 transcript 0.2 14300 21211 start_codon_1 start_codon 14300 14302 intron_1 intron 0.92 14343 14461 intron_2 intron 0.93 14509 14757 intron_3 intron 0.91 14984 15053 intron_4 intron 0.97 15233 15449 intron_5 intron 0.95 15549 15683 intron_6 intron 0.94 16464 17148 intron_7 intron 0.64 17330 18811 intron_8 intron 0.92 18887 19008 intron_9 intron 1 19056 19185 intron_10 intron 1 19409 19523 intron_11 intron 0.73 19691 19796 intron_12 intron 0.73 19896 19985 intron_13 intron 0.89 20766 20848 CDS_1 CDS 0.93 14300 14342 CDS_2 CDS 0.93 14462 14508 CDS_3 CDS 0.93 14758 14983 CDS_4 CDS 0.91 15054 15232 CDS_5 CDS 0.95 15450 15548 CDS_6 CDS 1 15684 16463 CDS_7 CDS 0.71 17149 17329 CDS_8 CDS 0.91 18812 18886 CDS_9 CDS 1 19009 19055 CDS_10 CDS 1 19186 19408 CDS_11 CDS 1 19524 19690 CDS_12 CDS 0.73 19797 19895 CDS_13 CDS 1 19986 20765 CDS_14 CDS 0.61 20849 21211 stop_codon_1 stop_codon 21209 21211 gene_2 gene 0.21 21409 25909 transcript_2 transcript 0.21 21409 25909 start_codon_2 start_codon 21409 21411 intron_14 intron 0.37 21478 23908 intron_15 intron 0.99 24132 24199 intron_16 intron 0.73 24367 24485 intron_17 intron 0.73 24585 24684 intron_18 intron 0.98 25465 25546 CDS_15 CDS 0.33 21409 21477 CDS_16 CDS 1 23909 24131 CDS_17 CDS 0.99 24200 24366 CDS_18 CDS 0.73 24486 24584 CDS_19 CDS 0.99 24685 25464 CDS_20 CDS 0.93 25547 25909 stop_codon_2 stop_codon 25907 25909 gene_3 gene 0.3 27333 30050 transcript_3 transcript 0.3 27333 30050 start_codon_3 start_codon 27333 27335 intron_19 intron 0.6 27384 28041 intron_20 intron 0.84 28265 28348 intron_21 intron 0.62 28516 28622 intron_22 intron 0.89 28722 28821 intron_23 intron 1 29602 29684 CDS_21 CDS 0.61 27333 27383 CDS_22 CDS 0.79 28042 28264 CDS_23 CDS 0.67 28349 28515 CDS_24 CDS 0.89 28623 28721 CDS_25 CDS 1 28822 29601 CDS_26 CDS 1 29685 30050 stop_codon_3 stop_codon 30048 30050 gene_4 gene 0.28 33714 35036 transcript_4 transcript 0.28 33714 35036 start_codon_4 start_codon 33714 33716 intron_24 intron 1 33785 33880 CDS_27 CDS 0.46 33714 33784 CDS_28 CDS 0.59 33881 35036 stop_codon_4 stop_codon 35034 35036 gene_5 gene 0.17 75689 79403 transcript_5 transcript 0.17 75689 79403 start_codon_5 start_codon 75689 75691 intron_25 intron 1 75783 76378 intron_26 intron 1 76477 76629 intron_27 intron 0.7 76807 76937 intron_28 intron 0.6 77039 77124 intron_29 intron 0.57 77201 77401 intron_30 intron 0.92 77462 77621 intron_31 intron 1 77807 77935 intron_32 intron 0.52 78033 78149 intron_33 intron 0.91 78237 78336 intron_34 intron 0.88 78344 78602 intron_35 intron 0.91 78684 78769 intron_36 intron 0.91 78848 78953 intron_37 intron 0.98 79115 79184 CDS_29 CDS 1 75689 75782 CDS_30 CDS 1 76379 76476 CDS_31 CDS 0.96 76630 76806 CDS_32 CDS 0.46 76938 77038 CDS_33 CDS 0.62 77125 77200 CDS_34 CDS 0.92 77402 77461 CDS_35 CDS 1 77622 77806 CDS_36 CDS 0.85 77936 78032 CDS_37 CDS 0.55 78150 78236 CDS_38 CDS 0.88 78337 78343 CDS_39 CDS 0.9 78603 78683 CDS_40 CDS 0.96 78770 78847 CDS_41 CDS 0.93 78954 79114 CDS_42 CDS 0.86 79185 79403 stop_codon_5 stop_codon 79401 79403 gene_6 gene 0.31 85444 86340 transcript_6 transcript 0.31 85444 86340 start_codon_6 start_codon 85444 85446 intron_38 intron 1 85807 85898 intron_39 intron 0.78 85995 86075 intron_40 intron 0.33 86153 86312 CDS_43 CDS 0.94 85444 85806 CDS_44 CDS 0.98 85899 85994 CDS_45 CDS 0.59 86076 86152 CDS_46 CDS 0.33 86313 86340 stop_codon_6 stop_codon 86338 86340 gene_7 gene 0.6 119777 123627 transcript_7 transcript 0.6 119777 123627 start_codon_7 start_codon 119777 119779 intron_41 intron 0.71 120391 123260 CDS_47 CDS 0.89 119777 120390 CDS_48 CDS 0.89 123261 123627 stop_codon_7 stop_codon 123625 123627 AUGUSTUS_ab_initio de novo gene_8 gene 0.78 2822 201 transcript_8 transcript 0.78 2822 201 stop_codon_8 stop_codon 203 201 intron_42 intron 0.94 1315 770 intron_43 intron 0.84 1870 1377 intron_44 intron 0.94 2751 2181 CDS_49 CDS 1 769 201 CDS_50 CDS 0.95 1376 1316 CDS_51 CDS 0.84 2180 1871 CDS_52 CDS 0.91 2822 2752 start_codon_8 start_codon 2822 2820 gene_9 gene 0.48 5059 4054 transcript_9 transcript 0.48 5059 4054 stop_codon_9 stop_codon 4056 4054 intron_45 intron 0.92 4540 4225 CDS_53 CDS 0.84 4224 4054 CDS_54 CDS 0.51 5059 4541 start_codon_9 start_codon 5059 5057 gene_10 gene 0.18 11077 5914 transcript_10 transcript 0.18 11077 5914 stop_codon_10 stop_codon 5916 5914 intron_46 intron 1 6362 6259 intron_47 intron 0.98 7690 6692 intron_48 intron 1 7891 7803 intron_49 intron 0.99 8155 7984 intron_50 intron 0.93 8507 8285 intron_51 intron 0.67 8725 8643 intron_52 intron 0.65 9141 8856 intron_53 intron 1 9356 9229 intron_54 intron 0.94 9541 9458 intron_55 intron 1 9833 9666 intron_56 intron 1 10562 10008 intron_57 intron 1 10983 10736 CDS_55 CDS 0.47 6258 5914 CDS_56 CDS 0.98 6691 6363 CDS_57 CDS 0.98 7802 7691 CDS_58 CDS 0.99 7983 7892 CDS_59 CDS 0.93 8284 8156 CDS_60 CDS 0.67 8642 8508 CDS_61 CDS 0.44 8855 8726 CDS_62 CDS 1 9228 9142 CDS_63 CDS 0.98 9457 9357 CDS_64 CDS 0.94 9665 9542 CDS_65 CDS 1 10007 9834 CDS_66 CDS 1 10735 10563 CDS_67 CDS 1 11077 10984 start_codon_10 start_codon 11077 11075 gene_11 gene 0.07 67545 56189 transcript_11 transcript 0.07 67545 56189 stop_codon_11 stop_codon 56191 56189 intron_58 intron 1 56764 56474 intron_59 intron 1 57007 56859 intron_60 intron 0.95 57762 57206 intron_61 intron 0.95 61538 57834 intron_62 intron 1 61732 61650 intron_63 intron 0.64 62532 61817 intron_64 intron 0.35 63892 62794 intron_65 intron 0.99 64260 64046 intron_66 intron 1 65328 64364 intron_67 intron 0.55 65738 65391 intron_68 intron 0.82 66130 65814 intron_69 intron 0.82 66260 66170 intron_70 intron 1 66533 66370 intron_71 intron 0.94 67484 66628 CDS_68 CDS 1 56473 56189 CDS_69 CDS 1 56858 56765 CDS_70 CDS 0.95 57205 57008 CDS_71 CDS 0.94 57833 57763 CDS_72 CDS 0.96 61649 61539 CDS_73 CDS 1 61816 61733 CDS_74 CDS 0.38 62793 62533 CDS_75 CDS 0.92 64045 63893 CDS_76 CDS 1 64363 64261 CDS_77 CDS 1 65390 65329 CDS_78 CDS 0.55 65813 65739 CDS_79 CDS 0.82 66169 66131 CDS_80 CDS 1 66369 66261 CDS_81 CDS 1 66627 66534 CDS_82 CDS 0.85 67545 67485 start_codon_11 start_codon 67545 67543 gene_12 gene 0.22 72015 69155 transcript_12 transcript 0.22 72015 69155 stop_codon_12 stop_codon 69157 69155 intron_72 intron 0.55 69735 69196 intron_73 intron 0.53 71096 70181 intron_74 intron 1 71490 71182 intron_75 intron 0.99 71865 71709 CDS_83 CDS 0.61 69195 69155 CDS_84 CDS 0.62 70180 69736 CDS_85 CDS 1 71181 71097 CDS_86 CDS 1 71708 71491 CDS_87 CDS 0.69 72015 71866 start_codon_12 start_codon 72015 72013 gene_13 gene 0.22 74616 73995 transcript_13 transcript 0.22 74616 73995 stop_codon_13 stop_codon 73997 73995 intron_76 intron 0.7 74273 74041 intron_77 intron 0.54 74567 74461 CDS_88 CDS 0.51 74040 73995 CDS_89 CDS 0.82 74460 74274 CDS_90 CDS 0.54 74616 74568 start_codon_13 start_codon 74616 74614 gene_14 gene 0.79 98133 90124 transcript_14 transcript 0.79 98133 90124 stop_codon_14 stop_codon 90126 90124 intron_78 intron 0.96 94222 90412 intron_79 intron 0.99 95390 94470 intron_80 intron 1 96149 95552 intron_81 intron 1 96426 96279 intron_82 intron 0.93 97698 96664 CDS_91 CDS 0.86 90411 90124 CDS_92 CDS 0.98 94469 94223 CDS_93 CDS 1 95551 95391 CDS_94 CDS 1 96278 96150 CDS_95 CDS 0.98 96663 96427 CDS_96 CDS 0.97 98133 97699 start_codon_14 start_codon 98133 98131 gene_15 gene 1 106239 106039 transcript_15 transcript 1 106239 106039 stop_codon_15 stop_codon 106041 106039 CDS_97 CDS 1 106239 106039 start_codon_15 start_codon 106239 106237 gene_16 gene 0.41 111750 108358 transcript_16 transcript 0.41 111750 108358 stop_codon_16 stop_codon 108360 108358 intron_83 intron 1 109446 108510 intron_84 intron 0.94 109714 109562 intron_85 intron 1 109873 109777 intron_86 intron 0.98 110070 109983 intron_87 intron 0.64 110203 110118 intron_88 intron 0.97 110828 110347 intron_89 intron 0.89 111511 110910 CDS_98 CDS 0.86 108509 108358 CDS_99 CDS 0.94 109561 109447 CDS_100 CDS 0.94 109776 109715 CDS_101 CDS 0.98 109982 109874 CDS_102 CDS 0.64 110117 110071 CDS_103 CDS 0.97 110346 110204 CDS_104 CDS 0.95 110909 110829 CDS_105 CDS 0.96 111750 111512 start_codon_16 start_codon 111750 111748 gene_17 gene 0.08 118302 114342 transcript_17 transcript 0.08 118302 114342 stop_codon_17 stop_codon 114344 114342 intron_90 intron 0.47 115723 114644 intron_91 intron 0.99 115967 115854 intron_92 intron 0.79 116334 116090 intron_93 intron 1 116555 116480 intron_94 intron 0.47 117993 116840 intron_95 intron 0.73 118149 118061 CDS_106 CDS 0.92 114643 114342 CDS_107 CDS 0.49 115853 115724 CDS_108 CDS 0.8 116089 115968 CDS_109 CDS 0.98 116479 116335 CDS_110 CDS 0.65 116839 116556 CDS_111 CDS 0.47 118060 117994 CDS_112 CDS 0.48 118302 118150 start_codon_17 start_codon 118302 118300 gene_18 gene 0.38 119049 118590 transcript_18 transcript 0.38 119049 118590 stop_codon_18 stop_codon 118592 118590 intron_96 intron 0.44 118935 118716 CDS_113 CDS 0.86 118715 118590 CDS_114 CDS 0.45 119049 118936 start_codon_18 start_codon 119049 119047 AUGUSTUS_tom_ugs de novo gene_1 gene 0.06 14872 25909 transcript_1 transcript 0.06 14872 25909 start_codon_1 start_codon 14872 14874 intron_1 intron 0.63 14984 15053 intron_2 intron 0.68 15233 15449 intron_3 intron 0.67 15549 15683 intron_4 intron 0.89 16464 17148 intron_5 intron 0.42 17330 19008 intron_6 intron 0.98 19056 19185 intron_7 intron 0.98 19409 19523 intron_8 intron 0.86 19691 19985 intron_9 intron 0.89 20766 23908 intron_10 intron 1 24132 24199 intron_11 intron 0.88 24367 24684 intron_12 intron 0.86 25465 25546 CDS_1 CDS 0.42 14872 14983 CDS_2 CDS 0.9 15054 15232 CDS_3 CDS 0.67 15450 15548 CDS_4 CDS 0.93 15684 16463 CDS_5 CDS 0.66 17149 17329 CDS_6 CDS 0.98 19009 19055 CDS_7 CDS 0.98 19186 19408 CDS_8 CDS 1 19524 19690 CDS_9 CDS 1 19986 20765 CDS_10 CDS 1 23909 24131 CDS_11 CDS 1 24200 24366 CDS_12 CDS 1 24685 25464 CDS_13 CDS 0.78 25547 25909 stop_codon_1 stop_codon 25907 25909 gene_2 gene 0.22 28333 30050 transcript_2 transcript 0.22 28333 30050 start_codon_2 start_codon 28333 28335 intron_13 intron 0.6 28516 28821 intron_14 intron 1 29602 29684 CDS_14 CDS 0.25 28333 28515 CDS_15 CDS 1 28822 29601 CDS_16 CDS 1 29685 30050 stop_codon_2 stop_codon 30048 30050 gene_3 gene 0.55 33714 35036 transcript_3 transcript 0.55 33714 35036 start_codon_3 start_codon 33714 33716 intron_15 intron 0.99 33785 33880 CDS_17 CDS 0.7 33714 33784 CDS_18 CDS 0.77 33881 35036 stop_codon_3 stop_codon 35034 35036 gene_4 gene 0.95 75689 79403 transcript_4 transcript 0.95 75689 79403 start_codon_4 start_codon 75689 75691 intron_16 intron 1 75783 76378 intron_17 intron 1 76477 76629 intron_18 intron 1 76807 76937 intron_19 intron 1 77039 77124 intron_20 intron 1 77201 77401 intron_21 intron 1 77462 77621 intron_22 intron 1 77807 77935 intron_23 intron 1 78033 78149 intron_24 intron 1 78237 78336 intron_25 intron 1 78396 78591 intron_26 intron 1 78684 78769 intron_27 intron 1 78848 78953 intron_28 intron 0.96 79115 79184 CDS_19 CDS 1 75689 75782 CDS_20 CDS 1 76379 76476 CDS_21 CDS 1 76630 76806 CDS_22 CDS 1 76938 77038 CDS_23 CDS 1 77125 77200 CDS_24 CDS 1 77402 77461 CDS_25 CDS 1 77622 77806 CDS_26 CDS 1 77936 78032 CDS_27 CDS 1 78150 78236 CDS_28 CDS 1 78337 78395 CDS_29 CDS 1 78592 78683 CDS_30 CDS 1 78770 78847 CDS_31 CDS 1 78954 79114 CDS_32 CDS 0.95 79185 79403 stop_codon_4 stop_codon 79401 79403 AUGUSTUS_tom_ugs de novo gene_5 gene 1 2822 201 transcript_5 transcript 1 2822 201 stop_codon_5 stop_codon 203 201 intron_29 intron 1 1315 770 intron_30 intron 1 1900 1377 intron_31 intron 1 2751 2181 CDS_33 CDS 1 769 201 CDS_34 CDS 1 1376 1316 CDS_35 CDS 1 2180 1901 CDS_36 CDS 1 2822 2752 start_codon_5 start_codon 2822 2820 gene_6 gene 0.51 11077 5713 transcript_6 transcript 0.51 11077 5713 stop_codon_6 stop_codon 5715 5713 intron_32 intron 1 5947 5837 intron_33 intron 1 6362 6259 intron_34 intron 1 7690 6692 intron_35 intron 1 7891 7803 intron_36 intron 1 8155 7984 intron_37 intron 1 8507 8285 intron_38 intron 0.57 8725 8643 intron_39 intron 0.89 9141 8856 intron_40 intron 0.98 9356 9229 intron_41 intron 1 9541 9458 intron_42 intron 1 9833 9666 intron_43 intron 1 10562 10008 intron_44 intron 1 10983 10736 CDS_37 CDS 1 5836 5713 CDS_38 CDS 1 6258 5948 CDS_39 CDS 1 6691 6363 CDS_40 CDS 1 7802 7691 CDS_41 CDS 1 7983 7892 CDS_42 CDS 1 8284 8156 CDS_43 CDS 0.57 8642 8508 CDS_44 CDS 0.52 8855 8726 CDS_45 CDS 0.98 9228 9142 CDS_46 CDS 1 9457 9357 CDS_47 CDS 1 9665 9542 CDS_48 CDS 1 10007 9834 CDS_49 CDS 1 10735 10563 CDS_50 CDS 1 11077 10984 start_codon_6 start_codon 11077 11075 gene_7 gene 0.66 57222 56189 transcript_7 transcript 0.66 57222 56189 stop_codon_7 stop_codon 56191 56189 intron_45 intron 0.97 56764 56474 intron_46 intron 1 57007 56859 CDS_51 CDS 0.98 56473 56189 CDS_52 CDS 0.97 56858 56765 CDS_53 CDS 0.74 57222 57008 start_codon_7 start_codon 57222 57220 gene_8 gene 0.44 62799 61527 transcript_8 transcript 0.44 62799 61527 stop_codon_8 stop_codon 61529 61527 intron_47 intron 0.98 61732 61650 intron_48 intron 0.64 62532 61817 CDS_54 CDS 0.67 61649 61527 CDS_55 CDS 0.99 61816 61733 CDS_56 CDS 0.61 62799 62533 start_codon_8 start_codon 62799 62797 gene_9 gene 0.8 67545 62990 transcript_9 transcript 0.8 67545 62990 stop_codon_9 stop_codon 62992 62990 intron_49 intron 1 63892 63125 intron_50 intron 1 64260 64046 intron_51 intron 1 65328 64364 intron_52 intron 1 65729 65391 intron_53 intron 1 66130 65814 intron_54 intron 1 66260 66170 intron_55 intron 1 66533 66370 intron_56 intron 1 67484 66628 CDS_57 CDS 0.8 63124 62990 CDS_58 CDS 1 64045 63893 CDS_59 CDS 1 64363 64261 CDS_60 CDS 1 65390 65329 CDS_61 CDS 1 65813 65730 CDS_62 CDS 1 66169 66131 CDS_63 CDS 1 66369 66261 CDS_64 CDS 1 66627 66534 CDS_65 CDS 1 67545 67485 start_codon_9 start_codon 67545 67543 gene_10 gene 1 72015 69181 transcript_10 transcript 1 72015 69181 stop_codon_10 stop_codon 69183 69181 intron_57 intron 1 69829 69196 intron_58 intron 1 70421 70181 intron_59 intron 1 71096 70506 intron_60 intron 1 71490 71182 intron_61 intron 1 71865 71709 CDS_66 CDS 1 69195 69181 CDS_67 CDS 1 70180 69830 CDS_68 CDS 1 70505 70422 CDS_69 CDS 1 71181 71097 CDS_70 CDS 1 71708 71491 CDS_71 CDS 1 72015 71866 start_codon_10 start_codon 72015 72013 gene_11 gene 0.32 74616 74249 transcript_11 transcript 0.32 74616 74249 stop_codon_11 stop_codon 74251 74249 intron_62 intron 0.4 74567 74461 CDS_72 CDS 0.78 74460 74249 CDS_73 CDS 0.4 74616 74568 start_codon_11 start_codon 74616 74614 gene_12 gene 1 98133 90124 transcript_12 transcript 1 98133 90124 stop_codon_12 stop_codon 90126 90124 intron_63 intron 1 94222 90412 intron_64 intron 1 95390 94470 intron_65 intron 1 96149 95552 intron_66 intron 1 96426 96279 intron_67 intron 1 97698 96664 CDS_74 CDS 1 90411 90124 CDS_75 CDS 1 94469 94223 CDS_76 CDS 1 95551 95391 CDS_77 CDS 1 96278 96150 CDS_78 CDS 1 96663 96427 CDS_79 CDS 1 98133 97699 start_codon_12 start_codon 98133 98131 gene_13 gene 1 106239 106039 transcript_13 transcript 1 106239 106039 stop_codon_13 stop_codon 106041 106039 CDS_80 CDS 1 106239 106039 start_codon_13 start_codon 106239 106237 gene_14 gene 0.95 111750 108358 transcript_14 transcript 0.95 111750 108358 stop_codon_14 stop_codon 108360 108358 intron_68 intron 1 109446 108510 intron_69 intron 1 109714 109562 intron_70 intron 1 109873 109777 intron_71 intron 1 110070 109983 intron_72 intron 1 110203 110118 intron_73 intron 1 110828 110347 intron_74 intron 1 111594 110903 CDS_81 CDS 0.95 108509 108358 CDS_82 CDS 1 109561 109447 CDS_83 CDS 1 109776 109715 CDS_84 CDS 1 109982 109874 CDS_85 CDS 1 110117 110071 CDS_86 CDS 1 110346 110204 CDS_87 CDS 1 110902 110829 CDS_88 CDS 1 111750 111595 start_codon_14 start_codon 111750 111748 gene_15 gene 1 117073 114342 transcript_15 transcript 1 117073 114342 stop_codon_15 stop_codon 114344 114342 intron_75 intron 1 115723 114644 intron_76 intron 1 115967 115854 intron_77 intron 1 116334 116090 intron_78 intron 1 116555 116480 intron_79 intron 1 117051 116840 CDS_89 CDS 1 114643 114342 CDS_90 CDS 1 115853 115724 CDS_91 CDS 1 116089 115968 CDS_92 CDS 1 116479 116335 CDS_93 CDS 1 116839 116556 CDS_94 CDS 1 117073 117052 start_codon_15 start_codon 117073 117071 gene_16 gene 0.94 118302 117989 transcript_16 transcript 0.94 118302 117989 stop_codon_16 stop_codon 117991 117989 intron_80 intron 1 118149 118061 CDS_95 CDS 1 118060 117989 CDS_96 CDS 0.94 118302 118150 start_codon_16 start_codon 118302 118300 gene_17 gene 0.91 124252 118590 transcript_17 transcript 0.91 124252 118590 stop_codon_17 stop_codon 118592 118590 intron_81 intron 0.94 118911 118716 intron_82 intron 1 124237 119110 CDS_97 CDS 0.93 118715 118590 CDS_98 CDS 0.99 119109 118912 CDS_99 CDS 0.96 124252 124238 start_codon_17 start_codon 124252 124250 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.990 4007 4803 match_2 match_part 1.000 41141 41311 match_part 1.000 45370 45457 match_part 1.000 46076 46139 match_part 1.000 48666 48730 match_part 0.982 51698 51754 match_part 1.000 53116 53240 match_3 match_part 1.000 50872 51366 match_4 match_part 1.000 75645 75782 match_part 1.000 76379 76476 match_part 1.000 76630 76806 match_part 1.000 76938 77038 match_part 1.000 77125 77200 match_part 1.000 77402 77461 match_part 1.000 77622 77806 match_part 1.000 77936 78032 match_part 1.000 78150 78236 match_part 1.000 78337 78395 match_part 1.000 78592 78683 match_part 1.000 78770 78847 match_part 0.988 78954 79033 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_5 match_part 0.945 2842 2752 match_part 1.000 2180 1901 match_part 1.000 1376 1316 match_part 0.997 769 43 match_6 match_part 0.998 5056 4541 match_part 0.997 4224 3873 match_7 match_part 1.000 6452 6363 match_part 0.994 6258 5948 match_part 0.997 5836 5534 match_8 match_part 1.000 8553 8508 match_part 0.992 8284 8156 match_part 1.000 7983 7892 match_part 1.000 7802 7691 match_part 0.993 6691 6558 match_9 match_part 1.000 11130 10984 match_part 0.994 10735 10563 match_part 0.994 10007 9834 match_part 0.992 9665 9542 match_part 0.933 9457 9369 match_10 match_part 0.998 35800 35275 match_11 match_part 0.985 67804 67737 match_part 1.000 67547 67485 match_part 1.000 66627 66534 match_part 1.000 66369 66261 match_part 1.000 66169 66131 match_part 1.000 65813 65730 match_part 1.000 65390 65329 match_part 1.000 64363 64261 match_part 1.000 64045 63893 match_part 0.946 63124 63069 match_12 match_part 1.000 73028 72989 match_part 1.000 72046 71866 match_part 1.000 71708 71491 match_part 1.000 71181 71097 match_part 1.000 70505 70422 match_part 1.000 70180 69830 match_part 1.000 69195 69015 match_13 match_part 0.957 86620 86365 match_14 match_part 0.985 94426 94223 match_part 1.000 90411 89913 match_15 match_part 0.913 96275 96150 match_part 0.994 95551 95391 match_part 0.992 94469 94223 match_part 0.949 90411 90021 match_16 match_part 0.994 98212 97699 match_part 1.000 96663 96427 match_part 1.000 96278 96150 match_part 1.000 95551 95514 match_17 match_part 0.996 106290 105779 match_18 match_part 0.914 106245 105783 match_19 match_part 1.000 111712 111595 match_part 1.000 110902 110829 match_part 1.000 110346 110204 match_part 1.000 110117 110071 match_part 1.000 109982 109874 match_part 1.000 109776 109715 match_part 1.000 109561 109447 match_part 1.000 108509 108465 match_20 match_part 0.986 114638 114079 match_21 match_part 0.992 117171 117052 match_part 1.000 116839 116556 match_part 1.000 116479 116335 match_part 1.000 116089 115968 match_part 0.985 115853 115724 match_part 1.000 114643 114610 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 2842 2752 exon 2180 1901 exon 1376 1316 exon 769 43 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 5056 4541 exon 4224 3873 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 4007 4803 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 6452 6363 exon 6258 5948 exon 5836 5534 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 8553 8508 exon 8284 8156 exon 7983 7892 exon 7802 7691 exon 6691 6558 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 11130 10984 exon 10735 10563 exon 10007 9834 exon 9665 9542 exon 9457 9369 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 35800 35275 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 41141 41311 exon 45370 45457 exon 46076 46139 exon 48666 48730 exon 51698 51754 exon 53116 53240 gene_9 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 50872 51366 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 67804 67737 exon 67547 67485 exon 66627 66534 exon 66369 66261 exon 66169 66131 exon 65813 65730 exon 65390 65329 exon 64363 64261 exon 64045 63893 exon 63124 63069 gene_11 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 73028 72989 exon 72046 71866 exon 71708 71491 exon 71181 71097 exon 70505 70422 exon 70180 69830 exon 69195 69015 gene_12 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 75645 75782 exon 76379 76476 exon 76630 76806 exon 76938 77038 exon 77125 77200 exon 77402 77461 exon 77622 77806 exon 77936 78032 exon 78150 78236 exon 78337 78395 exon 78592 78683 exon 78770 78847 exon 78954 79033 gene_13 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 86620 86365 gene_14 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 98212 97699 exon 96663 96427 exon 96278 96150 exon 95551 95391 exon 94469 94223 exon 90411 89913 gene_15 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 106290 105779 gene_16 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 111712 111595 exon 110902 110829 exon 110346 110204 exon 110117 110071 exon 109982 109874 exon 109776 109715 exon 109561 109447 exon 108509 108465 gene_17 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 117171 117052 exon 116839 116556 exon 116479 116335 exon 116089 115968 exon 115853 115724 exon 114643 114079 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.993 62648 63250 match_2 match_part 0.997 62648 62961 match_3 match_part 1.000 105779 106290 match_4 match_part 1.000 105779 106290 GenomeThreader_SGN_markers SGN marker sequences match_5 match_part 1.000 2836 2752 match_part 1.000 2180 1901 match_part 1.000 1376 1316 match_part 1.000 769 386 match_6 match_part 0.944 8245 8156 match_part 0.957 7983 7892 match_part 0.964 7802 7691 match_part 0.945 6691 6363 match_part 0.956 6258 6214 match_7 match_part 1.000 64443 63816 match_8 match_part 0.994 64448 63909 match_9 match_part 0.903 67767 67737 match_part 0.952 67547 67485 match_part 1.000 66627 66534 match_part 0.963 66369 66261 match_part 0.905 65813 65730 match_part 0.984 65390 65329 match_part 0.957 64363 64294 match_10 match_part 1.000 98143 97699 match_part 1.000 96663 96427 match_part 1.000 96278 96150 match_part 1.000 95551 95518 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 2836 2752 exon 2180 1901 exon 1376 1316 exon 769 386 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 8245 8156 exon 7983 7892 exon 7802 7691 exon 6691 6363 exon 6258 6214 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 62648 63250 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 64448 63816 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 67767 67737 exon 67547 67485 exon 66627 66534 exon 66369 66261 exon 65813 65730 exon 65390 65329 exon 64363 64294 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 98143 97699 exon 96663 96427 exon 96278 96150 exon 95551 95518 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C01HBa0092H13.2 type gene exon 105779 106290 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.69 14872 25909 transcript_1 transcript 0.06 14872 25909 start_codon_1 start_codon 14872 14874 intron_1 intron 0.59 14984 15053 intron_2 intron 0.74 15233 15449 intron_3 intron 0.74 15549 15683 intron_4 intron 0.89 16464 17148 intron_5 intron 0.36 17330 19008 intron_6 intron 0.96 19056 19185 intron_7 intron 0.96 19409 19523 intron_8 intron 0.87 19691 19985 intron_9 intron 0.96 20766 23908 intron_10 intron 0.99 24132 24199 intron_11 intron 0.91 24367 24684 intron_12 intron 0.8 25465 25546 CDS_1 CDS 0.46 14872 14983 CDS_2 CDS 0.9 15054 15232 CDS_3 CDS 0.74 15450 15548 CDS_4 CDS 0.92 15684 16463 CDS_5 CDS 0.62 17149 17329 CDS_6 CDS 0.97 19009 19055 CDS_7 CDS 0.98 19186 19408 CDS_8 CDS 0.97 19524 19690 CDS_9 CDS 1 19986 20765 CDS_10 CDS 1 23909 24131 CDS_11 CDS 0.98 24200 24366 CDS_12 CDS 1 24685 25464 CDS_13 CDS 0.74 25547 25909 stop_codon_1 stop_codon 25907 25909 transcript_2 transcript 0.63 25294 25909 start_codon_2 start_codon 25294 25296 intron_13 intron 0.87 25465 25546 CDS_14 CDS 0.76 25294 25464 CDS_15 CDS 0.81 25547 25909 stop_codon_2 stop_codon 25907 25909 gene_2 gene 0.27 28333 30050 transcript_3 transcript 0.27 28333 30050 start_codon_3 start_codon 28333 28335 intron_14 intron 0.57 28516 28821 intron_15 intron 1 29602 29684 CDS_16 CDS 0.34 28333 28515 CDS_17 CDS 1 28822 29601 CDS_18 CDS 1 29685 30050 stop_codon_3 stop_codon 30048 30050 gene_3 gene 0.21 33714 51722 transcript_4 transcript 0.21 33714 51722 start_codon_4 start_codon 33714 33716 intron_16 intron 0.99 33785 33880 intron_17 intron 0.76 34950 41290 intron_18 intron 1 41312 45369 intron_19 intron 1 45458 46075 intron_20 intron 0.61 46140 46349 intron_21 intron 0.58 46384 48665 intron_22 intron 0.97 48731 51697 CDS_19 CDS 0.61 33714 33784 CDS_20 CDS 0.68 33881 34949 CDS_21 CDS 1 41291 41311 CDS_22 CDS 1 45370 45457 CDS_23 CDS 1 46076 46139 CDS_24 CDS 0.58 46350 46383 CDS_25 CDS 0.97 48666 48730 CDS_26 CDS 0.92 51698 51722 stop_codon_4 stop_codon 51720 51722 gene_4 gene 0.57 75689 79403 transcript_5 transcript 0.57 75689 79403 start_codon_5 start_codon 75689 75691 intron_23 intron 0.94 75783 76378 intron_24 intron 0.98 76477 76629 intron_25 intron 0.64 76807 76937 intron_26 intron 1 77039 77124 intron_27 intron 1 77201 77401 intron_28 intron 1 77462 77621 intron_29 intron 1 77807 77935 intron_30 intron 1 78033 78149 intron_31 intron 1 78237 78336 intron_32 intron 1 78396 78591 intron_33 intron 1 78684 78769 intron_34 intron 1 78848 78953 intron_35 intron 0.96 79115 79184 CDS_27 CDS 0.94 75689 75782 CDS_28 CDS 0.97 76379 76476 CDS_29 CDS 0.95 76630 76806 CDS_30 CDS 0.66 76938 77038 CDS_31 CDS 1 77125 77200 CDS_32 CDS 1 77402 77461 CDS_33 CDS 1 77622 77806 CDS_34 CDS 1 77936 78032 CDS_35 CDS 1 78150 78236 CDS_36 CDS 1 78337 78395 CDS_37 CDS 1 78592 78683 CDS_38 CDS 1 78770 78847 CDS_39 CDS 1 78954 79114 CDS_40 CDS 0.95 79185 79403 stop_codon_5 stop_codon 79401 79403 gene_5 gene 0.26 85444 86545 transcript_6 transcript 0.26 85444 86545 start_codon_6 start_codon 85444 85446 intron_36 intron 0.55 85807 85898 intron_37 intron 0.26 85937 86075 intron_38 intron 1 86153 86312 CDS_41 CDS 0.55 85444 85806 CDS_42 CDS 0.43 85899 85936 CDS_43 CDS 0.26 86076 86152 CDS_44 CDS 1 86313 86545 stop_codon_6 stop_codon 86543 86545 AUGUSTUS_tom_pot_cdna de novo gene_6 gene 1 2822 201 transcript_7 transcript 1 2822 201 stop_codon_7 stop_codon 203 201 intron_39 intron 1 1315 770 intron_40 intron 1 1900 1377 intron_41 intron 1 2751 2181 CDS_45 CDS 1 769 201 CDS_46 CDS 1 1376 1316 CDS_47 CDS 1 2180 1901 CDS_48 CDS 1 2822 2752 start_codon_7 start_codon 2822 2820 gene_7 gene 0.99 5059 4054 transcript_8 transcript 0.99 5059 4054 stop_codon_8 stop_codon 4056 4054 intron_42 intron 1 4540 4225 CDS_49 CDS 0.99 4224 4054 CDS_50 CDS 1 5059 4541 start_codon_8 start_codon 5059 5057 gene_8 gene 0.48 11077 5713 transcript_9 transcript 0.48 11077 5713 stop_codon_9 stop_codon 5715 5713 intron_43 intron 1 5947 5837 intron_44 intron 1 6362 6259 intron_45 intron 1 7690 6692 intron_46 intron 1 7891 7803 intron_47 intron 1 8155 7984 intron_48 intron 1 8507 8285 intron_49 intron 0.56 8725 8643 intron_50 intron 0.94 9141 8856 intron_51 intron 0.94 9356 9229 intron_52 intron 0.86 9541 9458 intron_53 intron 0.99 9833 9666 intron_54 intron 1 10562 10008 intron_55 intron 1 10983 10736 CDS_51 CDS 1 5836 5713 CDS_52 CDS 1 6258 5948 CDS_53 CDS 1 6691 6363 CDS_54 CDS 1 7802 7691 CDS_55 CDS 1 7983 7892 CDS_56 CDS 1 8284 8156 CDS_57 CDS 0.56 8642 8508 CDS_58 CDS 0.56 8855 8726 CDS_59 CDS 0.94 9228 9142 CDS_60 CDS 0.94 9457 9357 CDS_61 CDS 0.87 9665 9542 CDS_62 CDS 1 10007 9834 CDS_63 CDS 1 10735 10563 CDS_64 CDS 1 11077 10984 start_codon_9 start_codon 11077 11075 gene_9 gene 0.32 72015 51734 transcript_10 transcript 0.32 72015 51734 stop_codon_10 stop_codon 51736 51734 intron_56 intron 0.64 56228 51774 intron_57 intron 1 56764 56474 intron_58 intron 1 57007 56859 intron_59 intron 0.88 57762 57206 intron_60 intron 0.89 61538 57834 intron_61 intron 0.98 61732 61650 intron_62 intron 0.62 63892 61817 intron_63 intron 1 64260 64046 intron_64 intron 1 65328 64364 intron_65 intron 1 65729 65391 intron_66 intron 1 66130 65814 intron_67 intron 1 66260 66170 intron_68 intron 1 66533 66370 intron_69 intron 1 67484 66628 intron_70 intron 0.97 67736 67548 intron_71 intron 0.94 69829 67765 intron_72 intron 1 70421 70181 intron_73 intron 1 71096 70506 intron_74 intron 1 71490 71182 intron_75 intron 1 71865 71709 CDS_65 CDS 0.71 51773 51734 CDS_66 CDS 0.76 56473 56229 CDS_67 CDS 1 56858 56765 CDS_68 CDS 0.88 57205 57008 CDS_69 CDS 0.89 57833 57763 CDS_70 CDS 0.98 61649 61539 CDS_71 CDS 1 61816 61733 CDS_72 CDS 1 64045 63893 CDS_73 CDS 1 64363 64261 CDS_74 CDS 1 65390 65329 CDS_75 CDS 1 65813 65730 CDS_76 CDS 1 66169 66131 CDS_77 CDS 1 66369 66261 CDS_78 CDS 1 66627 66534 CDS_79 CDS 1 67547 67485 CDS_80 CDS 0.97 67764 67737 CDS_81 CDS 0.97 70180 69830 CDS_82 CDS 1 70505 70422 CDS_83 CDS 1 71181 71097 CDS_84 CDS 1 71708 71491 CDS_85 CDS 0.95 72015 71866 start_codon_10 start_codon 72015 72013 gene_10 gene 0.47 74616 74249 transcript_11 transcript 0.47 74616 74249 stop_codon_11 stop_codon 74251 74249 intron_76 intron 0.56 74567 74461 CDS_86 CDS 0.79 74460 74249 CDS_87 CDS 0.56 74616 74568 start_codon_11 start_codon 74616 74614 gene_11 gene 1 98133 90124 transcript_12 transcript 1 98133 90124 stop_codon_12 stop_codon 90126 90124 intron_77 intron 1 94222 90412 intron_78 intron 1 95390 94470 intron_79 intron 1 96149 95552 intron_80 intron 1 96426 96279 intron_81 intron 1 97698 96664 CDS_88 CDS 1 90411 90124 CDS_89 CDS 1 94469 94223 CDS_90 CDS 1 95551 95391 CDS_91 CDS 1 96278 96150 CDS_92 CDS 1 96663 96427 CDS_93 CDS 1 98133 97699 start_codon_12 start_codon 98133 98131 gene_12 gene 1 106239 106039 transcript_13 transcript 1 106239 106039 stop_codon_13 stop_codon 106041 106039 CDS_94 CDS 1 106239 106039 start_codon_13 start_codon 106239 106237 gene_13 gene 0.99 111750 108358 transcript_14 transcript 0.99 111750 108358 stop_codon_14 stop_codon 108360 108358 intron_82 intron 1 109446 108510 intron_83 intron 1 109714 109562 intron_84 intron 1 109873 109777 intron_85 intron 1 110070 109983 intron_86 intron 1 110203 110118 intron_87 intron 1 110828 110347 intron_88 intron 1 111594 110903 CDS_95 CDS 0.99 108509 108358 CDS_96 CDS 1 109561 109447 CDS_97 CDS 1 109776 109715 CDS_98 CDS 1 109982 109874 CDS_99 CDS 1 110117 110071 CDS_100 CDS 1 110346 110204 CDS_101 CDS 1 110902 110829 CDS_102 CDS 1 111750 111595 start_codon_14 start_codon 111750 111748 gene_14 gene 1 117073 114342 transcript_15 transcript 1 117073 114342 stop_codon_15 stop_codon 114344 114342 intron_89 intron 1 115723 114644 intron_90 intron 1 115967 115854 intron_91 intron 1 116334 116090 intron_92 intron 1 116555 116480 intron_93 intron 1 117051 116840 CDS_103 CDS 1 114643 114342 CDS_104 CDS 1 115853 115724 CDS_105 CDS 1 116089 115968 CDS_106 CDS 1 116479 116335 CDS_107 CDS 1 116839 116556 CDS_108 CDS 1 117073 117052 start_codon_15 start_codon 117073 117071 gene_15 gene 0.87 118302 117989 transcript_16 transcript 0.87 118302 117989 stop_codon_16 stop_codon 117991 117989 intron_94 intron 1 118149 118061 CDS_109 CDS 1 118060 117989 CDS_110 CDS 0.87 118302 118150 start_codon_16 start_codon 118302 118300 gene_16 gene 0.81 124252 118590 transcript_17 transcript 0.81 124252 118590 stop_codon_17 stop_codon 118592 118590 intron_95 intron 0.87 118911 118716 intron_96 intron 1 124237 119110 CDS_111 CDS 0.85 118715 118590 CDS_112 CDS 0.97 119109 118912 CDS_113 CDS 0.95 124252 124238 start_codon_17 start_codon 124252 124250 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 150 19986 20747 match_2 match 166 24685 25446 match_3 match 30.8 29679 29765 match_4 match 162 28822 29604 match_5 match 28.9 20858 20929 match_6 match 178 15684 16466 match_7 match 30.8 25556 25627 match_8 match 77.0 78926 79123 match_9 match 50.8 78593 78688 match_10 match 47.0 78769 78840 match_11 match 32.3 20846 21115 match_12 match 155 19986 20747 match_13 match 172 24685 25446 match_14 match 162 28822 29589 match_15 match 30.0 25544 25627 match_16 match 183 15681 16466 match_17 match 34.7 29679 29765 match_18 match 85.9 79158 79400 match_19 match 73.6 78920 79102 match_20 match 62.0 78884 79069 match_21 match 71.2 79188 79397 match_22 match 28.5 28611 28724 match_23 match 56.2 29682 29954 match_24 match 39.7 28351 28515 match_25 match 43.1 19526 19690 match_26 match 27.7 24501 24587 match_27 match 218 19812 20768 match_28 match 215 15681 16466 match_29 match 226 24685 25467 match_30 match 232 28822 29604 match_31 match 33.5 29679 29960 match_32 match 32.3 25556 25813 match_33 match 29.3 20858 21091 match_34 match 145 20076 20768 match_35 match 161 24751 25467 match_36 match 159 28888 29604 match_37 match 169 15750 16466 match_38 match 145 20076 20768 match_39 match 161 24751 25467 match_40 match 159 28888 29604 match_41 match 169 15750 16466 match_42 match 55.8 20846 21154 match_43 match 62.4 25544 25852 match_44 match 250 28351 29601 match_45 match 63.5 29691 29987 match_46 match 212 19797 20765 match_47 match 221 15477 16472 match_48 match 217 24685 25464 match_49 match 27.3 24519 24587 match_50 match 59.3 20846 21175 match_51 match 28.5 28614 28724 match_52 match 62.4 29682 29987 match_53 match 68.2 25544 25873 match_54 match 213 19797 20765 match_55 match 220 15438 16463 match_56 match 50.4 28351 28515 match_57 match 51.2 19526 19690 match_58 match 220 24685 25494 match_59 match 225 28822 29601 match_60 match 28.1 24519 24587 match_61 match 96.7 28042 28515 match_62 match 272 15450 16445 match_63 match 273 19797 20765 match_64 match 99.8 29682 30014 match_65 match 68.2 19186 19407 match_66 match 96.7 20846 21154 match_67 match 270 24688 25464 match_68 match 57.8 19526 19690 match_69 match 108 25544 25852 match_70 match 50.4 28614 28718 match_71 match 260 28825 29589 match_72 match 45.4 24501 24581 match_73 match 105 28039 28515 match_74 match 103 29679 30020 match_75 match 283 15438 16445 match_76 match 103 20837 21178 match_77 match 71.2 23906 24130 match_78 match 113 25535 25897 match_79 match 73.6 19186 19407 match_80 match 306 19797 20762 match_81 match 58.9 19526 19690 match_82 match 59.7 24202 24366 match_83 match 50.1 24498 24608 match_84 match 111 17155 17409 match_85 match 299 24685 25461 match_86 match 55.5 28614 28736 match_87 match 288 28822 29598 match_88 match 250 15438 16445 match_89 match 257 19797 20747 match_90 match 69.3 29676 29828 match_91 match 249 24688 25446 match_92 match 48.1 28614 28721 match_93 match 240 28825 29598 match_94 match 73.2 20837 20995 match_95 match 75.1 25535 25693 match_96 match 44.7 24498 24584 match_97 match 30.0 28459 28515 match_98 match 33.5 19634 19690 match_99 match 100 28009 28515 match_100 match 72.4 23819 24130 match_101 match 108 29679 30017 match_102 match 285 15438 16460 match_103 match 113 17146 17487 match_104 match 108 20837 21193 match_105 match 116 25535 25897 match_106 match 300 19797 20762 match_107 match 53.5 28614 28736 match_108 match 75.5 19186 19407 match_109 match 57.4 19526 19690 match_110 match 58.2 24202 24366 match_111 match 51.6 24501 24608 match_112 match 293 24688 25461 match_113 match 285 28825 29598 match_114 match 202 19989 20747 match_115 match 220 24688 25446 match_116 match 221 28825 29592 match_117 match 213 15669 16454 match_118 match 31.2 28539 28733 match_119 match 28.9 19526 19702 match_120 match 28.5 24501 24596 match_121 match 215 19809 20747 match_122 match 79.3 29682 29966 match_123 match 222 15465 16454 match_124 match 228 24688 25446 match_125 match 83.6 25544 25831 match_126 match 78.6 20846 21094 match_127 match 229 28825 29592 match_128 match 84.7 79158 79400 match_129 match 73.6 78920 79108 match_130 match 85.9 79158 79400 match_131 match 76.3 78920 79108 match_132 match 85.9 79158 79400 match_133 match 76.3 78920 79108 match_134 match 85.9 79158 79400 match_135 match 76.3 78920 79108 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_136 match 120 98082 97729 match_137 match 120 98082 97729 match_138 match 117 9665 9351 match_139 match 50.1 9231 9139 match_140 match 105 10010 9834 match_141 match 67.4 109982 109788 match_142 match 71.2 110348 110202 match_143 match 38.9 110118 110071 match_144 match 71.2 110348 110202 match_145 match 66.2 109982 109860 match_146 match 34.7 109774 109721 match_147 match 38.9 110118 110071 match_148 match 115 98022 97729 match_149 match 112 98028 97717 match_150 match 187 98133 97699 match_151 match 147 90411 90127 match_152 match 110 98088 97732 match_153 match 118 98034 97729 match_154 match 118 98034 97729 match_155 match 118 98034 97729 match_156 match 118 98034 97729 match_157 match 119 98016 97729 match_158 match 119 98016 97729