C02HBa0194L19.3 ATTTAATACTCTATCTGAGTTGGTTTATGTGACATTTCTTTTTCAGGACTCAAACTATGT AAACTTTGATAATGTGAACTTTGCAACTTAGTACTATTCATGTAGTTTTTGAAAAACATT GGGTTGATCTATAATCCAATTAGCTTCAAAGATCAGCCAACTTGGCTCACAGGAAATGAA AAATATCAAATGAAATAGGGATATAACTGAAATGAAATAGCATCCTAACAGTACCTGATA AGCTGCCTGCACTTGGGACATTTCTTTCCACATTTATCAGCAGCAGATCGCAAACACTTC TTACAAAAACTACAGATATGATTTTTACCAAATTTGTCAGAGTCAGTTACTGAAAATGCC TATATGTATTGATTTATGAATATAAGTTGATGAGGATGCCATTGAGATCGTACCTGTGAC CACAAGGAGTGGTACTCGGTTCAAAACAGATCTCCAAACAAATCTGCAAATTCAAAGAAA TCATGTTTATACTACAATAAAATAGGAAAATAGAAAAAAAGACACCCTCAATTGATAAAC AGGTAGGGGCACCAAGGTTCAAGAACGGATTTACAACACTTACAGCACAAGAAAGCTCTT CACGAAGTAGATCAATGGAGGGAAATGCTGCAGAAGAAGAAGAAACAGAACACCCCTGTT CCTCTGATGCTTCAGCTTCTTTCGTGTCTGCTTTCTCAATGGATTTTGGTTCTATCTTCT TAGTAGAAGATGTAGCAACAGAACAACCCTGTTCTTCCAATGCCTCATCTCCTTTCTCGT CTAATTTCAATTCTGCCTCCTTTTTCTCGCTTTCTGCAGAACATTAACATCAGGACACAA TCCATTATTCATAACACAAACTCTTCTTGAAAATCATGATTTACCTTGCTTTGCAGTGTC TTGGTCTTCCAGATCAAGAACAGTTGCAGTTATGGACGCAGGGCTCCTTTTCTGAGCCCT TCTTTTCCTGAAAAGATGACAAATTTATGCATTTCCCAATAATCCAAACAAAAAGAAGAA CGACTGATAATCCAATCGGATAAAATAGAGATGATCTATCTGATTAATTGATTTGATTTT AATTCCTGAATTCGCTTCTTATTTAAAATCTAAAAAAAATGGTGCAAGTACCTTCTAGAA TTTGTTGGGGGAGTCTTGAAATGCAGCAAATCAGAACGTTTCTTTTGCTTAGAAAGGCGA TCAGGTGTGTCTTCGACAACAAGACTGGCCATGAGAAGAGCCTCTTCATCCCAACCAGCC ATAGCTGCCACCGACCGGAACTTGGGGCTCAGCAACCCTTCGACTTTATCATCTCCATCG GTCACCATCCTTATTCTCTCTCTCTCTCTCTTGTGACGAGTGATGAAGACTAGGGTTTTA AGTAACGGTCATATTTCTTTTGATTTTGGTGTGGAGTAACGGCTATATTGGCACCGATCA AGTGTGTTATGGTACATGCAGTATGCTTGTGCTCTTCTTTTTATTTTCATTTACCAATAC ACCCTTGCTTATAATCTTGTTTCTCTTGGATTTCTTTCAAATGAAAAATTATTTTTTATT CCTTACGGTACTTGTTGCCGAAAATATATTATAAAAGGGCCTTTCTATCTTGTGGAAAAA TATTCTTGCTCTTCTTCTTTTAGTATTAAAAGACCAAGTTAGACGAAAAAGAAAAACGAC ACTCGCTATGAACAATCATTTTTATCTATCCTCAGGCCAATTAGTGATTCATTCACATTG TAAATAATCCACAGGTTTAAGTTGAAAGACCATAAACAAATTTTTGCGACAAATATAATG ATTGAATCACTTGTAGAATTAAAGCCATACACAAGCTGATATTCTACTCCTCTGAAAATG AAAATTACACATCAAACAAATTGAGGCATGTCAACTAGAACATCTATTGCAGAACCATTC TGAATGTGGCACTATCGTATAGTGGGAGTATTTTCACTTTAGTGTTTATGAGAGTGTTTC CTACGGTGATGGTACATTTCCCCCTTTTCCCTACTTCTCTTCTCTATGATCCTAAAAGCA CATGATATAAACCCAATGGCGGCCATGGGATAAAATGTTATGTAAGGAGCCAAGGCTAAG CCACAAATATAGGAAAAGTATCCAGCAAGAAGATAGCCAAAGCTCAGGTTTATCTCCAAT CTTTGGATGACCGGAAAAGGAAAGAAGAAGAAGAAGTTGAACTCTGGCTTTGAGTCACAT ACACCATGCAGCAAAACACCTATGCAAAGTATAGAATCCAAGAACCACGGCAAGCTATGA CCGATCCCCATTCTCTGTGTGCAAACATATACCAAAAAAGAATAATGTTAATGCTACTTT TAATTATTTCGAGCAATCAACAATGTCCACAAAAACCCAAATATTATTTCATTAAGAAGA CTATTGAGAGCATTTGCTCTATCAATTTATCAGTGCAAAGTAAGCGAGATTCCAAAATAT GAACACAAGGCAGTGAAATCCTCTTGGTCCTAAAGAAAGAAAAGGAATACCTGGATCCAC GCAATAAATGAAGGGACAAACATCAGCATTGCAAGCAAGTGTAATACAAGCAAGCCATGC CGATGATTGAAGATCTCTAATTGGGTGTCACCATAGCTTTTTACTGAGTCCAGACTACTG GAATTACTCTCCTTCTGAGGAACATGCGTGTTGATTTCACCATCATGCTCGGGTATGGAC TGCTTCGATCCACTCTGACGTCTGTTCCCAGATTCTATGAACTCCTTAGTCTGGGTACGG CTGTGAAATGAAGCCATCAAAAAACTGTTTACAGACGAGAAAAATTGGTTTTAGACTACA TTTGTCATAACAAAATATCAAATATCAGCAGAGCCAAAAACTAAATATCAAATGTCAAAT GTTTAATCTATTCAGAAGTTCGGAATGGTCAGAATTCGGCTAGGAATCACACACTATCAA TCAATGGTCATGTGATGGCCCTCAATTCTAATATACAGCATAAGACTACTACAGAAGAGT GGAGAAAGGGTACTAGTTAGGGATGTACCTGGACAGGGAATTGTGGGAGCACACAGCATG AGAAATGACCAGCAAAAGAAGACCCAATGCTGGATGAGCGAAGCACATTAGGGTCAAAGA GACAAGTGTCATATCAAACAATGGATTGAATCTCACGATCCTGACTACCTGTTTCAATAA GTAAAATTTTTTTATTAAGAGAACAAGGAATGCAAGATGCATTCAATTTCGACATTTACT AAGATTAGAGGACCAGGAACAAAAGATGCATTCAATTTCAGTTCCGAAATATATGTACAA ATCCAGCCTTTTACAAACTTATGCTTTTGCAAGCTACAATGCCACAATTAAACTAACCTT GGATGACAGGAAGGCAGTGAAAAGAGGAGAAAAGTTATGTTCCCGTGTTTGCGACCTGCA AAAGATTATATTACCATTAGCTCAGTTGGTAATGAATTTCTTGCCATAACGGTTTCTGTT AAATTATGTGGTACCTTAAGAAAAACCTTAACACTGTTATAGAGTAGTCACTTTTATTAA TTTATTTAGGTCTGCAGCGCACTCCTTGAGTGAGAGTATTTTAATTGTTTATGGACAGTT GGGAAGTAGGGGGACTAGAAATTTCTCTTGAGATTAAGACTGAATTTCACCAGCACATGC AACTTTGGTCCGTAAATTGACTAATAAATGATATCAGTCACTTGTATGAAAATCTTACGT AACATAAATGTGGTAGATATATTCAAGAGAGAGTAAACTAACCGTTTCTTGATGAATACA TGTAAAGATGCACTAACGTAGAACAACAACTGGGAGGCTGATATCAGCACAGCCACCACT CCATTTGCACATAAGTAACAGATTGTTGAGACAGAGATGAAACTTATGGCTGGAGGAAGA GGTAGAGAAATGAGGCAGGAAAGTACAAGAGCAAATAAGATAGGTAGCAGGGCCAAACAT AGAAAGGGCAATGGCATCCGCAAATTTGATTCAACTGCTGTAAGGAGTGAAGGTATAGGC AGGTCAAGCTCCCATTGTCGTGCTTGCCGCATTAAAGCAAAAAAGACAACAGCAATTGCA AAACCAGTAATCTGCACAGGTCCATGACAGCAAATAACAATGAACCCAATAATCAGAAAA TGAAGAAAAAAGCAATACCTACACCAAGGAGCATGGTAAAAAGATCAGCACCAATTATAA GAACTACAGCCATTGAACAAAAGAACAAACCTGATTCAGTACAAAAGTACGGACACAGAA CTATTGAACCATTGATGATATTTTGATATATGATATATCAGTAAGGAAACATGCAACCAA CTTAGATATTTAGGCTTGTTGTTTCAACGAATGGACTGATACATGAAGATGTAATTTCTC GAATCGAAACTGAATGGTTGAACAGGAGAACTGCTACTGGGTGTTATGTGCTAGAAGGAT ATGGTAGTAAATGTTGGGTCACTAAAGTCAAACATATCCACAAGTTGACTATTGCAGAGA TGTGGATGCTAAGATGGATGTGTGATCATACAAGATTAAATAAGATTATAATTGACCATA TTTGTCAGAAGGTGCAAGTAGCACGGATTGAGGATAAAATAAAACAAGGTCGCTTGAGGT GGTTTGGTCATGTCCTGCATAGACCTACAGATGGACCAATCCATAGGTGTGAAGCCATGG TGAGAGATGGTGTAAAAAAGGGGATGAGGTTGACCTAAAATCACATTGAAGGATGTTGTC TCAAAAGACCTAAGAATTCTTGGATCAATACAGACTTTACTACAAAATATAGGGCACAAT GGAAGAAAAATATCTAGGCGATATCTACTAATGGGTTAAAGGATTCTTGTTAGAGAGTTT CAAATATTATTACTATTATCACTATCATTTATATATAATTAATTTGTTTTTGTTTTTATT TGTATGATGATGACATGAGTTGAACGTAAATGTAATAGTTGAGAATTCACATAGCCGACC CCAAGTTGTTTAGGATTGAGGTGTAGTTGTTGTTAGTCCGGATACATGCATGGACCAGAC TTCTGATGATCATATAACTTTATTATACAAAGAAAAGGAATAATTTTTGATCATATAACT TCATATATTTTTTGTATAACTTTATTATACAAAGAAAAGGAATATATGACTCTATTCCAT TTACTCACTCAGAATAAGTTTTTTGCTACATGCTTGGCAGTGAGGCTTGATGAAGGATCC TACTAAAATAGTTTTTTTTTAATAACCGGTCCTACAACAATACCAGACTTCATTCTTTCT TCATAAAGGAATTAGAATGCAACAAAATCCTTAAGAGATCAGAAAACAAATCACTCTTGA ATGAGAAATCGAAGGCATCCTAAACTCTGTGAAGCTTTACATGTTTCATAACAACTTGCT TGCAGCTTGCTTAGACATCAACTGAATTGGGCCTCGACTAAGAAAATAACTGTAACAAAC TTTATTATGAAGGAAACAAGGGAATTCATTTCTTAGTAGTGTGTACGGAATTCTGTGGTT TCCTTTTCCAAGTTTGGCATTATAAGTATGCAAATTAGTTCTTTCAAGTATATTGCACCT CCAGCCATTTAATTGTATTGAGAGTGAGTACCACAAAAATGATTTGCAGTGGAGTGAGTA TTAAATTTATCACTGGATGTCACAGGTAAATATTAGATTGATAAGGAAAGGTCATGTCAC AACTTGACAATCTAAATCTGAAACCTTGAAACTTGCAAAAGGTGTACCAATCATTTCATC AGTAACTCTCGCATGAAGGTATTCACTAAAAGTAGGCTTGATAAGGTGTAAAGATATGAC ACTTGGGCCTAACCCAACCCCAAAAGCTAGCTCATGAGGGGAGGTTTGTCCAAGTCCATA TAAGGAAGACCAAATTCCCATCCCTCTACCGATGTGGACTTCTTAATATAAGGAGTTATA TATAGCTCAGACAGCAAGAATTGTGAAGTGATGAAGACTGGTGTTCTGAGGTATAATGGT AGAATGTATCCCAACTGAATGGAACATGGAAGAATATCAATAACATGAAATATTTTAATA GTTGGGAATCAAAATCAAATGGGAGATTCTGTGCCACCATCAGTATCCTATAACGGTTTG ATGCTAACCTATGAGTGAAATGTAAGAAATATACACATGAAAGCAAAGTCTCAGACTGCA TGGTATACAAAACTTTGAGATATAAGATTGGTTTAAAACTGCATTCACCTGTGGGAAATA TAAAAGCGAAAATCTTTTAGCTGCAGAGGTTACATTAACACCAATACTTGTTTTGTACGA ACAATGTGGATCAATCTGCACATAAGAGGGAAAACAAAGTCATGTAAGAGCTAAAGAAAC AGAGCAGCAGTTTTTCAACTTTCTAACCGAACGAGAAACTAAGGGGTCTGTTATTATACC AGCAATATAACGTTGGTCTTTTCTGACCCTAGGCTGGAAGTCCAGAGTGCTGGAGAGGAA TCCACAAGAATTGTTTCTGAGAACAGATTAGGAAAAATATGAAGACCAGACGTGAAATCC CAAGCAATTGCTACAGGAGGGAAACAGCGAAGTTTACACAGCCCTACATCCAAAAGAATA AGTTACATTAGCACCACAAATAAATAACAAAAACTGCGACATTCAATCTTATATATGGAA CATTTATCTGGTAAGATTAATACTCAGCTGAATGAACTAAAGAAGTTACTTTTTACTTGG TTACATTTTCTGCAGTTACATACAAAGGTGGCAAGTTGAAGGTGTGCATGATACATGTGA TTTACCAGTTATTGTTTTTATACAACTACTTCTATCTAAAGATCCCTTTGATGGGGCAGA TTGAATAGCAGTTAAAGGAAGGTGAGTAAACATAAAGCTTCTTAAATTTGTATTGCATTT ACTTAGCAAAAGGGATATGGAAGTAACACTTCAAATTCCCTCCAAGAAATTCCTCAAACA TCAATTCCACCAAGATTTATAAAATTTGGAGGGATTGGTGAAAGATGTTGGCAAGTAACA CAATAACAAGTAAAAAAGTACGAAACTCTTTACTAATTAATAGAAACAGTACAAGATGCC TTATTTGTTAAATAGGAGAAACCCTTACTGTCAATTTCCATCTCTCCAGTTTCATCAGCA GTGAACTCTGACTTTCTTATTCCACAACCAGTTGTTTTGACAGATAACGTCACAGGCATG AGACCCAAGCTAACAGAGAAAGACAGATTGAGTGCAAGAGGATGATCCTCATTCAACGTC ATCTCCTGCAAATTTGAACCGAAAAATAATGTATTAAAAGGTATATATAGCTCAAACTTT TTTTCATCCTCTCTAGTTAAGTAAGCTCCACCCACCACAAACCTGTAAAGAAAACATAGA CCGAATCAACGACCCAGAAGATAAGGCTGTTTCTCCGTCTGCTGGTTTAAAAAATTGCCC AACTCCCATGGAAGTGGCTGGTGGAGGTCTTCCTGAAACAGCCTGAAAATCATAAAGTCA TCATGAGATGAAAAGCCAGGATCTAACCACATATAATACTCAACACGAAGAGAAGCAGAA GTTTCCATCTGAAATTCTATTCCAAGACCAAATTTGCTTTGTGGCACTAGAAAAGCTCAT GAATATATATGAAGTACAGCAATGAGGATCTATCGGCCACTCTACCATCAAAGGCAGAAG AAAGATTTGATTTTCTATTTAAAACACATTGAGAAAGAAAAGTTCCTTCCCAGAGATCTT TTATCTTTTATTGATTAAGTATAGAAACTAAAGTCCTACCTCGTATTATAAAAGATTTAA TGGGTAATTACACTAACACATACGAACTATTACAAAGAACTCCCAAGAAACCAGGTATCA TGACTAAAAAGAAGCTAAAGCAAATTTGAGAACCCTGTGAACAAGTACCATGCGAGGTGC CACTGAGATGGTCAGATATCTGAAACCACGCATATCCTCTGGGTGCAACCAAAATACAGC AGAGGGAGGTGCCTGCTCAGTCTGAGTACCTGGTTCAACCTATTGCAAAAACAGCACCTT TAAGAAGAATTTAAATCAAACTAGCTCATATAACATCTTATTTTAGAACATTCGGCAGAC AGTGCACACGACTAAGTACCTGCCTCGGAGCTGGTCCAGATGGAATTTGCACCATCTTTG ATGTAACTTCTAAAACCCGTTTATTGATCGGTAAAGTGGAAACTTCAGTTCCTTTCTCAG GCCAAAGGTGCAGTCGTACACCGGAACATGGAGAAAGATTTGTGACAAAAACAAAATGGT TTTTGCCGTTAGACCCCTGCATATGCAAGTAAGATAAGTTATAAGCTGGAAAAATAGCAT TTACACATTCTAGGTAACTGGTATTCAAACTTAAAGCAAAGACCTTATTCGCAGAAGAGT GCAAACATTTGTTTCTTGAAAATAGGAGGACAAAAGCAAAGCAAGCAAGCACGCTATGAA AGATATCTACAATGTAACTTTTTATAAAAAATAAAGGAAGCTGACCAACTTCTCAATGTC CAACCACCGCCTTCTCCCGTCCATCGCTAAAACTGTAACTGTGGTTGTCTCGATGTATAA ATCTCTTTCAAGTGCATCATCACTCCAATGGATGTTATTAGGGCAAGAATACACTCTATG TGCTTGAGATCCTGCACCACAATTCACCTTTCAGCACACCAAATTGGTGCCATATACAAG AACACAGTTAGCATGAAAATGCATTTCCGTATACTTTTAACACTATATAAGGATCATCAC TTTAATACAGAGAGTTGAGGAGTGAAAATACCAGATTTAGCTTCTCCATCTTCAATTGGT ATATGAGGCAGCTGTGACTGCTTTAACCAATTAAAATTTGGAGGTATCCCACTATGAAGC ATTTTTGTGAAGATTGCCAGCCTTTTTCGAACATCAGATATAGGTTGTCCAGTCCCCTGG TCTACCAGACTAAGAAGAGTATGTGATACCTGAAAAAGTTGATATATGAAATTCAGAGCT ATTTGGCTACAAATTTAACTGGAGATTCTCAGGAAAAAATTGACTTACTTGGACAACAAG CTGATTACACCACAAGATAACCTGGTGCTCCATTGACAACCACACATTTTTCATGCTTGT GCTACTAATCATAAAGCCATGGGTAGGAGGCACAATACCATCAAGTGATTGTAAATTTGA TCGGACCTAAAATGAAAAGTTATAGAAGCTAATGCTACATATTTAGTGAAGCAAAGCATA ACTGTTCACATGAAGGGAACTGGTGAGGCAAGAGAAAGAACAACAGCCAAAGAACAAAGT ACACGGACAGCAGCAGGGGATAAAATGTGGCCCATTTTAATAAGCGAAATGGTCTGATGG ACCCTTATACTTGTATGCGTTTGTATTTCACACCCTTATATTTAATCTTTTGTCAACTGA GCCCTTAAACTCGATTAAAATGGAACTTTTAAAACCTTCTGACCATTGGCCGAACTTATG TGGCAATTTTTGCCAACTCAATATAGAGTGTGGTGTCAAACGCTTTAAAAAGAGAGTGAG AGTAATAAATTTGTTCTGGAAAATTGATTAAATAATAAACATAAAAAGCAAAAACAAATT AAAGCTTCAGCCTCCTTCCGTCATCGTCCCTAACCCATCGTCCTCAAAACCCTAGCCGTT GTCACTCTCTTAAGTCCTAGTCCGTTCCCAATCCATGGCGAAAGTTGAAGTTGGTCGATG TTGCAAACAACAACCAAGGAAGAAAATGATTAAGAAGTTCAGCTGTAGAGGATTAGATCT GGATTCTCTTCTTTACATGTTGATGTCTACTAAACTTTTTTTCTTTTGTGATGGAATCAA TACTAGTACTCTGTTGCGATCGACAATCAATGCTAGTACTTTGTTTTACTGACATTTTTC TAAGAAAATGGATACTAAATTGTTATTGATTTGGGAGTAGTAATTTGTTGATGCATTGCA AAAAAACAGAGGTTCAGAACTCCTTTTTCTTCTGAAATAATACGAATTTCGGTGTCCTTG TGGCGCCATTTTCGAAGAAGAAAGGATTAAAGAAATGAAGATGGTGGTGAAAGATCTCTA ATGGTGGTTGTGGAAGTGAATGAAAGTTGAGAAATGTAACTATTTTATTTTATTTTTTAA ATAAAAAATTTATTATTTAACATTTTTGTTTATAATATTTGATGTGGCATATGACATGGC AAATATATAATTGACGTGGATATGATATGTCATTTATGTAAAAGAGAGTGAGCTACACAT ATGGTTGGAGGGGCTTGAAAGTCTCGTTTTAATTGAGTCTAAGGATTCAGTTGACAAAAG ATTAAGTAGGAGGGTCCAGAATATAAACCGATACAAGTATAAGGGTTCACCAGACCATTT CGCCTTTTAATAAAGTACACTTGAATCATTATATAAGAACCTCAAGATTGAAACAAAGTA TACTCAAATCATAATATAAGAGCCTGACGATTGAAATAAAGTATACTAAACATTATATAA GGGCCTGACCATTGAAATAAAGTATACTTTTACAGTTATATAGAGACCAAGGCAAAGGAT AAAGTAGGCAAACCCAGAATCCTTCAAAAGATTAAGAATCTACGCAAGATGGAGAAAGAA TAAGTTTTAGAGCTACTTCCCTCTTTTAGCTAATAGAGCAGTGCATTTAACAGAAACAGC ACGACAGTTACTAAGTAACCATGAACATAAAAAAAATTGAGATAAAAAAGGAAAATAATA AAACCCATGAAACGTAAGTATATTATGTTTATCCAGTTTCCTCTAAAAGTAACAAACAAT CATTCACTTGAAGAAGATAATTTGATTGGATCGGAGAGTTGAAGATTCCTACTGGAAAGG AAAGAATGAAAAGAAATGATACCAATTATAAGGCTTACATTTTTGGTTGTCAACTATAAT TCAGATTTTCAACTTTGAACATGTAAAAGCAAATAGAATAAGTACCTGGTAATCATGATA ACCACCAGAAATGGAGACAACAACAACATGAGAGAGTAGTGGATCAGACAGATGATGCCC TGAACGAGAAGTTTGGACCTCGTATCCTTTCCTCCATTCGTGATTTACTCGTGCATAATA CTGACCAAGTGATGGCTGCAGAGCCAGAGGAGGCGACCTGGGAAAGGCACCAAAAAGTGA TAGTTATTTTATAGCATTACTGTAACCACATAATAGCTTCCAGGAGTAGAGCAACTTACT GGTGTGGAGACGAAAGTGTCAGAACAGTTTCAACAGCAGATTTCCTTAAATCTGGGTGGA CAATCGCAGCTCTAGCAACAAAACCACCCATGGAATGACCAACCAATATCACACTTCTCG GAGGACTCCTAGACACAGCAGCACCTTCCTTAACTCGTGCATCGTGGGACTCTTTATAAT GATCCAATATCTAAGAGTAGGAAGATGTAAATAGAAACACAGACATGAAAATTACATCAC ATAAAATAAGACGAAGAGAGTGGAGGGGAAGGAAGAAGAGAGGAATATAAAATGTAGAGC AGTATAACCATGCATATGATAGGGTAGGTTGTCTACATCAAACCCCTTGGGGTGTAGCCC ACCACGGAGACAAACTTATTTAATGACAATAACCATGCATATGATACGGTAGGTTGTCTA CATCAAACCCCTTGGGGTGCAGCCCACCACGGACCCTGCTAACGTAGGATGCTTTGTGCA CCTGGCCTACCCATTTCTTTTAACCATGCATATGACAGGTCTGGATTAGATCCAAAAAGA GTAGAAAATGTTAAATGCTTTCTGAAAGTTGGCAAAATTAAATCAAGTGAGCGAGTTTTA AACTTCGAATTGATAAAGAATAAACTCAAATAAAGCACTCCATCACTTGAAATTCTTCTT GATGTCTTGCCTTACTCTCTGGCGGTCTATGTGTAACATAAGCCCCTACTTGCTGTAAGA CTGGAGTACCAGAACCCTCTCACTTGCAGATATCCTTTAAGAAGTTCTAGAAGTTTTTCA CTGTCATAACATCAAATGGTCCAGTCTATTGTCAACGAATTTTTTAAGGTGAACCATATC AACTTGAAATTTTTACTTTTTACCTTCTCCCTTTTCCCGGAAAACATCATGTATTCATCT CTATGTATATTGGACTAGCTATGGAATTACGCAATAAAGATTGACATCACGTTGCATCAG TCAAATGTCAAAAAAGAGATATTTTTTCTTGAGTAAGAAACTTTATACCCTGTGAATGGC ATATACAACATAATCTGTGTGTTCTTCAAGAATTCGACCATCCATTGCAGAATGTTCACC TTCAAGATCCACAGCAAACCAGTCAAGCATGGATGTGTATTGATAGGGTAAAGGAGTGCT GGTGACATCAAAATCTACTCCCTCTCCGAGAGTTAGAGAGGCTTCTTGGTAAAAGCTGTG CTCAAGAGGACCTCCTTGATAAGCTCTATCAGATTCTGCAGCCACAGATCTCACCTGTAA AAGCATTTGAAAAGGATTAGGAACAAACAAGAACAATAATTTCAGTAACATGTCTTGCAC TCATATTATGATGCACATACCTTCACATAACAAGCAGTTAATAAATAATCTCTAGCTAAA AGGAAGAGTGCAACCTCCACGCCACCTTCTCTAGAATAAGTCTATCAATCAACAGTTGTC ACAGCAAGTAAACTTTTTTTATAACATCCGTAAAAGAGATGATTCTGAATCAGGTTTGTC TAAAATGGGTAGAAGAACAGCAACTTGTCTGATTGAAGCAACCCGATTTCCAAAATACAC TCCTTGAAAAGCTCTTGGTTTGGAACCCCTTTGTCAAGTGTTAAAAAAGCACATATAAGT GCTGAAGTTGGTATTAATATGCAGAAACGGTTTTTGGTAGAAGTGCTGAAAACTGATGGT AAGTCGCTGATATGTTTGGTATCAAACACTTTTTCGGTTAAAACAACTTCAATGCCTCAC GCTTGAAAGAAGTTGATTATTGCAAGATTCTTAATTTCAAACTGATTCAAATACAAACTA ATTTATGCCTCAATTCACTATTAAGTTTTAAATTGATTAGATTAAACTATTTGAATAAAT ATAAATTATTTCATCATAACTGGAGTGACAGATGAAAAATGGCTAGGAAGTAAGCACAGT TGAGAGAAAAATGAAAGGCGGAAATGAACAAACAGCTGGTTAGGGGCTTTGTTTCGAAAA GTGTAATTCCAGAATAACAAACACTATTAGGTAATGTAGGTCAAACCAAAAAAAGAAATA ACTTGATAATCAAAAACAAAAAATAGTATAAAAGTTGGTCAAACCAGAAGTGCTTAGAAG TAGAAACACGGCCTTGATTTTGGCTATTAAGCACTTTCGGTGCTTATCTTAGAATCAATT GATTGATGTAAGCCCCCTACAGAAAGGGAAGATCCAGAACTTAAAGGTTATTTCCACCAT TTCAATCTTTTAATCGTACCATTCTACGTAAGCCAAGAATATTTAATTGGTTCACACATA AATACCATTTACTTACTCTTCATTAATTACTACCTCTGACAGTTTAATTTAATGCAGTCA CAGAGCAAGCAAATAGTTTTAGCATAAATTAACCAGAGGGAACTTGTGTTATGCTTTCAG GGTACCAAAGAATATAGAGAACAGTTTCAAGGATATAAGACTGTTTCTCTGTGCAGTCAG CAACATCTTAAGTTCTGTATCTGCTCATCTGTCATGACTAAATGCACGCACACATGTGGT ACCTCGTTCCATCTAATTGGAATTAGTCATGCATTAATACATTCATAGATGGAAGATTTG AGAAAATTGAAGAGACATATGATGGCAATTCTGTTACGAAAGATTTGAGGACATAGTTAA GAAACTTGCCTGTTTGTAGCTTCCACCATTGCCAGGGATAAAAAGAACAGGAACTCCACT AAGTGTCTTAAGATGATCGCTGAAATTAATCTTTCTCCATCCTTCATGGTATAGATGTAA TCCATACTTCATGGACGACAGATTTTTCGGTGTAGGTACAGGGATATAAGTAGGATACAT GTATGTCATGGTACATCCATTAGATATGGGTTTTAGCATGCTATAAAGACCAGCTAAACC TATAGATATAGCAAGTAGAACCAATGCAATCACTCTAAATTTCGCTCTGCAGCCTTGCAT GTTTTGGCTCACGCTACCGCCCATCCACTTCATCTTGATCGGTTCAATAACCCACCTACC AAATTACACAAGATGTAACGCTCAGTACATAGATCTTTCACCCAAGAAGTGAAAAATGGA AGTTGGATTCTGTTTTCTTTGGGAACAATCTACAAACAGAATATGTGCACTGAAACATCC TATAGTGCAATGAAAACAAAACACATTCTTTAGTTGGAAAGGTGTACCTGATTGGAGATC TATGGTTGTTGCAATGATAATAGGAATTTTGACAAATCTTTGGTTGAAGGCGACAAGAAT CAAGAATCAAGAAAGTAAAGATAAGTGTGTGCCTTTCCAGAAAAGGGAATGAATCCCAAT TTTAGGAAAGGCGTAGTGAGACGTCTCAGTGTATAAACATGAAGTTGCAATGTCTGAAAT CTTAAACTCAAAGGTATTAATTGTAGTCTTTCATGTACAACAAAACAAGATCAGCTCATC AATGTCAGATCCGGAATAAAAAGTAGAGATCAATTAAGATAGGGAAATGAGTCGAATGAT TATAATTTCACAAACTATCCGTAATTTGTTACTGCTAATTTTATACATTTATTTCCAGAT TTACGCATTAGTTAAACAGTAGATACACTTATATATATATATAAAGATCATTATCATTAT TATTATTATTATTATTATTATTATTATTATTATTTCAAATAGTAATTAGTTTCTGACGTT TTACCATTTTCGTCATTTTGCATCCTCTTAATGACTTTATCCATCTTAAATTCTTAGCAA CTTGTTTAGCCATAAAAATATTTATTTATAGACTAAACACAAAAGCGGTTACTTGAATTT ACACGCTTTCGCCGTTTAGACACCTTAACAAGACTCCCTTCCTATTGAACACTTAAACCA CTTAAAAAGTGTATCTATCAAACACACGTGACTGACTTGTCACCTGTCGTTTGAGACATT TATTTTAGGATGGAGCGCGTGACATACACACCTCCTATGTGAAAAAATCTAATCTACGTG GTAAAACACCCCAACCCCTCAGTCATTCCCCAAAATCCCCAAAATTCATTTTGAAAAAAA CCTAAAATTTCATTTATGATTCCCACTCAATGTGGTCGACTCTCTAAGGAAACCTTGCAA TCATTTTTGTTAGTATTCTTTCTACGGCGTGCTCGATTGAAGAAAATAGATGTTGTTGTC GTGTTCTACGCCTAATTCGAGAAAGCTAGTAGATCTTGTGCTGTCAAAATCTTGAGGTAA GTTCATTTTCGAATCTCCATGACCATTGTTGCAGTTTTCCCTTTAAATGTAGCGGTTATT TTTGTATGTTAGTACTGTGAAAATGTTTTATACGCATGTGAATAAAGTTTGATTTTTTTA GGGTTTCTTTGTCAGTAATTTGTCGGCTTTATTTTTTTTAAAAATCCAGGGAATCTTATG GATATTATTATACTAACTCGTTTTCATCATGGGGTAAATTTGTGAAAGACACATCTGGTG AAGGTCTCACTTACATAGGGGAAAGTGAAGTGGAATATGTAAGTATCAATAAAGACCACT TTTCCTTAATGAAATTGTTTTTTTATACTAGAGACCTGGGGTATGTTACTGTGGGTGAAT TTTATTTTAAAGACCCTACACGCAATAACTTTGTCTTAGTGCATAATGATTTCAGTTTAC TAAAGCTTATAGAAGATCTAGGTGATGGTGACTTTTTGGGCTTGTATGTTGAACATGTTG TGGATGATATAGAGGTTGTTAAAGATGGGGTCCCTACAGGTTATCTTTGTGGGCCGACAA CTGGTGAAAGTGTTAATAAGAATTGGGTAGAAAACTCACATAATATTAATGTGGATGAAG GGACCAACAAAGAGCTGCTCTATCTGAGAATATTGATATTGAAGTTGGTGTGGATGAAGA GTTACAACAAGCTGCCCAATCTGAGAATATTAATGTTGAAGTTGATGTAGATGATGCATC AGATCTTGAAGGTGTTGAAACTGATTGGGATTGCAGTAATTATTCACAAGAGTATTTTAT TCCAGATGAAGATGACTCAGAGATTGATGAAGAGTTGAGAAATCTTAGAAATGAAAGAAG AACCAAATTGCAGGGAAAAAAACCAATTCCTATAGAGGAAATAATTATTGGAGTCGCTGG TGTTGATAGCGGATCTGAAGACATTGGAAGGAACAAAACTGCTAGGTATGTAGGAAGATT GGGGGGGAGATGAACAATATATTGATAGTTCAGAACTGAATAGTGATGATAGTAGGGATG AATTAGATTTTGAAGCTGTGAAAGGTGTTGATTTACTAGTTAGAAGAAAAAGTAAAAAGG TTAGATTTGATCCTGATTGTGTAGTTATATTTGAGCTTGGTATGGTATTTGAAAATGCTA TAGAATTTAGAAAGGTTGTAGCAGAGTATGCTGAGGAATATAAAGTCAAATTAAAATTGA GGCCTAATGAAAAACATAGAGTCAGAGTTAAATGTCAACATAAGAAATGCAAATGGTTGT TGTATGCTAGTCTAGACAAAGACGCTGGTGACTTTATTGTTAAGAACTACTATCATGTTC ATCAGTGCCCTACACAACCAAGAACAAGTTGTGTACATCTAACTTTATTGCAAATAAGTT TAGGGGCAGAATTGTTTCTCAACCTCATATAAAGTTGTGGGAAATTCAAGAGTTGGTAAG GAAGGAGACAGGTTGTATGTTGGAAGAACTTTTTGTTATGGGACAAAATTGATGACTCTT AAGGAGTTTATGGGTGATTGGAAGATGGAGTTTGCAAGGTTGTGTGATTATGCAGACATG ATAAAATAAACTAATCCTGGTAGTTCATGTTGGGTGAGGACAGACAGAGAATCTACTCTA GGAAAAATTTTGTTTGTTTACTTTTATATTTGTTTTGATGCATTAAAGAGAGGTTGGTTG GAAGAATGCAGAAAAATCATTGGGTTTGATGGATGTTTTCTGAAGGGTGCTTGCAAGGGT GAACTATTGGTTGCAGTTGGTAGGAATGGAAATCAACAAATGTTTCCAATTGCTTGGGCA CAAAGCACAGTTGGAGTTTCTTCATCAATTCCTTGATACAAGATCTAAATTTAGGCATTA GACGTGGATTGACTGTCATGTCTAATATGCAAAGGTTAGTTTAATGTTAATTTTATTTAT TTTGATCTCATCGCCTATTTATTTAATTATTACTACTCATAAATTTCAATTATTATGATA TGTAAGGTCTTGTAGCAGCCATAATGGAGTTGCTTCCAGATTGTGAGCAGAGGATGTGTG CTAGACACACTTGGTCCAATTGGCAGAAGACCTGGAGAGGAGAAGAAATAAGAAAACAAT TCTGGAGATGTGTGAAATCAAGTTTTGAGGTAAAATTTCAAGATGAAATGGACAAACTCG CTAAACTTGGTAATAAGAACATCTGTGGGGACTTGTTACATTATGAAAGAAAGAAATGAT GTAAAGCATCTTTTAAGGAGCATGCTAAATCTGATGTTGTTGAGAATAATATGTGTGAGA CATTTAACTCTTCGATATTAGTTGATAGGCATAAATCAATTATCACCATGTTAAAGGAGA TTAGACATAAGATAATGGATAGAAATGTGGAGATGAAAAAATTTATCGACACTTAGATAT CAGAAATTTATCTCATGGCTAGTTTAGTACTTGAAGAAAACAAAGATTATGCTAGAGATT GTCAAGTTAGGTTCAATGGCCAATTTGGATATGAAATTTTAGAGGGTCATTATAGGTATA TTGTTGATATAAAAAAAGGACATGTACTTGTAGAACCTGATAGTTGAGAGGCATACCATG TCAACATGTTGTTTTGGCATATCAGCATGCAGGCCAAGACCCTGAAGATCATGTTGTACA TTGGTACAAAAAAGATACTTTAATGAAGACTTATAATTACTTTATCCAGCCAATACCTAA CATGAAAATGTGGTCTCACATTAGTGATATAGTGATTGAGCCTCCTGAACCAAAACAAAT GCCTGACAGACCACCAAAATCCATATGAAAGTCAAGGGATGAGCCAAGAAAGAAGTATGA AGAGTTATCTAGAAGAGGTGTAAAAATGACTTGCTCCAAGTGTCATCAATAAGGCCACAA TAATTAAGCCTGCAAATATGTGGTAATACTCAAGCCAACCTTTGATTACTTCAATTAAAT AAATAAAAATGCATGACAATTTTTCTTCATCTTATTTACACTCTTAAATCATCTGAATTG GGTCAGCTTAAAAGCTCAACCCAACCTGGACCTTGAAGGTCAAGCCAGCCTGCTAGCTCA AATCAGCCTCAAAGCTCAAGGCAACCTACAAGTTCAAGTCAGAGTCAAACCTCAAGGAAA CCTGTAGGTTCTAGCCAACCACCAATCTAGAGACCATCACAACACGTCAGCTTAGGCCAA CAATTAACTTTTATTTGTGATAATACTTCAACTGTTGAAAGAGTTCAACAAGCTGGAAGA TGCAGGGGAAAAGGTAGGGTGAGAGGAGGTGATGATACTTCAACTGTTACAAAAGGGCAA CAAGCAGGAAGAGGTATGGGAAGAGAAGGAAAATCAACATCAACAAGAAGAAACAAAAGG CCTAAGACTGTGGGATTCGGCATCTACATTGATGATACAAGTTGCAGACAAACATTAAAT GTAAGAGTGTATAACCAATTTAAATATTTATAATCTACTTACTTTGATAATAGGCACTTA ATTTTAGTTTCTTGTATACAACATGTAAAAGAGTTGTTACTCCAGTTGTTTTCAAGTGTA CAGCACCAACAAACATTGATATTGATTATAAGCCTCGTGGACTAAAATGGAAGGGTAAAG ATATTGTCACCACTTCACAATTACAACGCAAGTCCAAAAGGGGTGAATCTGCAAATGTCT AGTGCAACGAAAACAAAAACATGGATGTGACCACTTTAATGTGTCTTGGGTGTTTTTGAT GTACTCTTGGGGGTTGTTTTATTTTGAATCTGTAATGCAAGCAGGAAACAATACTGAGAC TGCTTAATATGTTTTTGATGTAAATTATAACTAATGATTTAACTGTGGATTTTCTTGCAA GAAAATGCAAAGAATTTTTTTTTATATCATTCATGCTTGTTTGGAGCTTATTGTTGTGTT GTTCACTTAATATGTTTATTGTCGTTTGGAGGTGAATAAGAGGAATAGAAATAAGACAAT ACAATAGAGGTGAATAAATAAGAAAAATATGATAGACTAATGAACGACTTAGCTACATTC GTTAGTCTAACATCAGTACAACAGAAACACAAGACTACTGATACAATCACTCGAAGCCTA CTAACACAAATATTGTCATATAGCAAAAGTCACTATTGCAATAACACATATGATCCTGAT TTTCGTTACCCGCTTCCTCTGTGTTTCATATGATTTGATTATTTTCAATAGGCCCCATAT GATCTTTTTTGCTTGAGGCGGTAGATCATCATCGCACCATCAAAAAAATTCATCTCTTCT CTACACAATTATTAAAATAATTAAACTATAATTAGCAGATTGACAGCGATTTGTTTAACC AGATTTGAATAATAACAAAAAAATCTTACCTTTGTGTATTTGCAACAAAAAAATCGAAGT CATGTATTAAGTTGTGTCCATGAGGTTTTCAATTCAGCATTGACCCCACATCGATAAAAT ACATTTGCCACAAAAGAAGTTGAAATCGGCAAATTGGACACTTCATTCGCTATAAAGAAG ATGAATGAAGAAATTTTTTGTTGATCTCCAGAAGCAACAATAGTGAGATAGATACGGAGA AGAAAGAGATTAGAAATAAAAAAAATTAGGGTGGATAAATAAAAGGGGGGAAATTGTAAC GTTACATATGTCAAATCAGACACAACAGCTTATTTTTTCTCACTTCACGCGCTCAAAAGG CGTGCTTCAAATGACAGGTGACAAGTCAGTCACGTGTGTTTGATAAATACACTTTTTAAG TGGTTTAAGTATTCAATAGGAAAGGGCTCTTGTTAAGGCGTCTAAACGGAAAAAACGTCC AAGTTCAAGGGGCCGCTTATATGTTCTGACTTATTTATTTTAGGGATAATGATCAAATAT GTCATTGAATTTTCAGAAAATGCTCATTTATGTATAATATACAATTATTTAATCTAGATA CATATACAATTCACCTCTCTCTCCTCTTTCTCCCAATCTCGCTCGCCCTATATACAAATG TATATGTATAATATATAATTATATACATATATAATCCACCTCTCTCCCGCTCTCTGCCCA ATCTCGTTCTCCTCTCTCCTCCCTCTCCCAATCTCTCTTGCCATATATACAAATACATAT GTATTATATACAATTATCTAACCAATATATATATACAATTCACCTTTCTTCAATTCTTTT CCGCTTCTCTCCTCTCTCTTCCAATCTCGCTAGCCTCTTTCTTCCATATAACATGTAGCT ACAAATTGTAATTATAAAACTATAGCTATGGAGAATAATTAATTATTTTTAAGTGGCTAT ATGTGAAAATTTCCCAAAAATATAACCCATATAACTTCATAAATTTTAGTTAAAATAAAA ATATTTGAAATCTATGATTGTTACTTAATTTGTTTAGCACTTTAAGATTTGAATATAAAC TTGATTATTAATTATTTTGCAGCTAAAATAAATCGTCGGACTCACCTTTCCAAGTAGAAA GGAAGTTTAAGGAAAAAAGAATTGTGTCCATTAATTATGTCACTCCTTCTATCCATCTTT ATATGTGTACGTTTGATTTGATATATTTTTTAAAAACTAAAAGAAATAAATATAATACTT AATAGCAAACAAAATAGACATAAGATAACGAATTACCTTTTCTTTTTTCAAACTAAACAA ATAAAAATAGGCTAAAGAATTGTAGATTTTATTTTTTTTTTAAAAGAAAAGAAAATTAGT TTAGTGCAGCGTTATTCCCAATATATGCAAACATTCATGTCTTCCGTTTTTGTTACGCAA TTGCTTGGAATGTTGATCAAATTGACATTGAAATCAGGTGGCCATTGGAAACATCGATCC ACTTCAGCAGAAACCACACACAATTTGGAAATAAGCATGTTCGCTCTTATTGAACAATCA ACTATCTATATCCTTTGATAATAGAGACTCATGAAGAACTTTTTAAATACAAGTGTACTG TAAAAAAGAAAAAAATTAAGCCAAATACTGCTGAAATCCAACCATCAAATATAAAGCGAA ACACTAAGCGCAGGATACATCTCTTCCATTATCTGCTAATGAAAGAAATCTCTTGATACA GGGAAAATGTTTACAAGGATACCACGTAAATGCTTTTAACTCAAATTGAAGGAATGTGTG GTTCAAAAGTCAAAACTCAGCTAACCCCTATTTTTCTGCAAATCACATCTATATTACAAA AGAAACATCCCAAGGGAAAAAAGAATGTGCCGTGAAACTTATATAAGGCATAAATGCTAA ACCTTAAATCGAGAGTAGCATTTGTCACAGAGATGCTGCTGTACAAGACCTCTATCCAAA TCAATATGAAAACTCATGACCTCGGAGTGAAATGTGCTTCTTTACCCAGATGGCAATATC CTCAGCACAAGCCTGAGCCTGAGGGGTCTTGAGAAGCATGTCAAGAGTTGCAAACTCGTG AACAGCATCCTTATATTCAAGAACAGGAGCATCAACATTTACTTTCCGGAGTTCCTCTGA ATAAGCAATAGCCCGATCTTTCATCCAGTCATGCTCTGCTATAATTGTCAATGTTGGGGG CATTCGTTTTAACGGAGGTCCTCCTCTACCAGCAACAAGTGGGTTGGCAGCAGGGTGATC CAAGTTAAACTCTCCTTCAGGTAAAAGTAATTTCCAGGCAAGTACGCACATTGCCTTGTC ATAGAAATAGGAATTAGCTAGCTTTATCTCAGAATGAGTTGGAACATTGCCAATGAAAAA TGGATACATCAAGACCTGTGCCACCACCTTGACTGGGTCCAAAAGATTGCCTGCTTCTAC TGCCTTTCGGGCCACATAATCAGCTATGTTTCCCCCACAACTCACTCCAAGGAGAACACA CCTATAAAAATAACCCAATTTGCTTGTGTGTTTAAGAACAAAATGATACGCATACTATAC GGAAAATTTTGTAGAGAAGCATGCCAAGTTGGGGATATCATCTCATTATCGTAACAGGAT TGCAGAACTTTTGAAACAAAAAATTTGTGGTCTATTCATCCTTACGTTTCATTTTATGGG GTTGGTTAGCTCACACGTAAGATTCATGGAGGAAACTCATCTTGCAGGAAAGCTGGACTG AAGCTCTTTATTTTCAAATGTAAGTGAAGAAGTTAATTTGAAAGTGTTTTATTCAATTGC CCTGCATGGGTTGTTAAAGGGCTTTCAAAGCAGCTTATAAAGGTCTTGAACTACTCCACC CATTGACTTGGGGTTCTGAATTGGATACTCAAATTCTTTTTACATGATAATAGAGCCAAA TATTTGGTGAAGGACATTCCTCTGATTAGTACTCCCTTCGTTTCAAATTTTTTGTCCTAT TTTGTCTTGACACGGAGTTTAAAAAAGTAAAGAAGGCTTTTGAAATCTTCTGGTCTTATA TTAAAGATATGTCAAATGTACCACAATGTCCTTTAATAACGTGGTCTTAAACATGACATG GGGGGAGATTGAAACTGAAGAGTTGCTAAAAAAGTCATTCTTTTTTAAATAGACTAAAAA GGAAAGTAGGACAAACAAATTGAAACGAACAAATATAGTTACATGAGAGAGGAGGTGCTT AGTTGTATAATTGTCCCACATGGATTGTGCAAGGGTTCTGGATGAGAAACAAACTGATAA AAATCCAAAAAGTATTCAAAACAAGTACTGAAAGACAACCAAGACCTACATCAAAAACAC TTACAGTTTCACCCAAAAAGGAAAAAGAAGAAAAGGAACACTTCTATTCAGAAATTGAAT TTGCCAGTCATACCAAACAAAATCAGTGGATTACAGGAAAATTAGCATACAGAAAACCAC TAGTGAAACGTTTTCCCTTCCAAAAATGGATATAGTAGCTATTTAACATTATAACTCCTA ATATTGCTCAAAAGACTACATGAACATGACCCATTTACAAGACAAAATGCACTTACTTCT ATATGGAATTCAACTCGTAACCACATGATACTATACGAAAAAAGCTAGAAAATTGGCAGG TAAAGATTCCACTAGTCATGAGTCCCAAAAGTAAGCATTTACGTCTCAAATATTGCTTGG CCCTTCCTACTCACTGTACCTACTTTATATGGATAGTTTTGCAATGTCTAACCTTATAAT ATGGAATTCAAAATTAAAGAATGATATATTACCTTTTCATTCTTCATAGCATACATGTGA CCACATTTCTGATCAAATCACAAACAAAATTACTCATTGAAAACAGACTAAAAGATCACA TCTAATGCTTCCACGTCAAAAACTAAAACCAAGGGAACAAGTATGGAATAAGATAATAGG GCCAAACTAACCTCGACGGATCTCCATGGGCAGCCAACCAAGGCTCTGCCATTGATGCTC CAAAGGCATCCGCTATGTGTCCGTGGGAATCAGATTTTTTCACATCTGCTCCACCACGTC TGTTGCCCAATGACTTGCTGCATTCAGCCAAATTGGCCTGCTTCGCCAGCCAATGCAGAG CTTTCAACCCATCCTCAAATGCAGCTGGGTATCTATTCTCAGGTGATAACCTGTATCCAA CTGCCAAAACAATGACATCACAAAGCTTTGCAATTCTTCTACAGAAAAAATCATTTGAAA CCGAATCATTGCTCCCACTCACAAACCCCCCACCATGGAATTGTAACATCACCGGCAACT TCCTGCAATTTTTACCGGCGGGAGCATATCCTCTATAAACCCCATTTTCAGATTTCAAAG CGAGATCATCCACATTGCCTCCGTAGCTATTTCTCCTATGATTAAAACTATTTCTATTGC GATTTTCGGTGACATTATCAGTCGTAGCAGCACCATAGCTGCTTCTGCGTAGATCGGATC CTGTGAGAGAATCGGGTCTGGAAGCTTTAGCCCTAGATTTAGATTGTGCCCTTAAATCGG AATCAGGAGAGCCAAGGGAGGTCTCTGGAAGGAATATTCTGATAGAAACAGAGGTGGTAG GATCTATATGTATATCCTTGGTGGCAACGCCGTCGGTGAAAAGAGGATTGGAAGCTGCAG TAGATTCCTCATCAGGACGTGACGTAACGCCGAAAGAAGTTCCGGCATTTGCGTCATCAA CGGGGATTTGGGTTCGGTTCTGCAACCGATGCTTTAACATAAACTTGAAGAAAACACTGT ATAATTTCACGGCCACGCTTGGCATTTCCCTCAACTCCCTCCTCCTCCCTCTAGCTCCAC CGCTCTGGCTATCACTCTCCCCGACCCCCTGTAAAAGATGACGTCTCCTTCCCCCAACCC CAGAGACCCTCTTGTTCAGGAGATTAATAATCTAACAATTCGTTGAGTAAATTGATCTGA ACATTAGCGATATGAATCGAATTAATTTTAGTTTTAGGGTTTTTGAGGATATGATGGATT GAGATTTGAGGAAAAGGGAGGACGGAGATGGTTTGGTAGTAGGAGTAGGAGTAGCAGTAA AATTATATAGCGAATCAAAAATTTCTGAAGGATTTAGGTAAGTGAAGTGGGGAAACAGCA TTTCTAGAAAATTAATTGTGGCGTCTGCCTATTAATTTTGTCTAGTACTAATTAATGGGA AAATCGGATAAAATTATTTCGAATCTAATACCAACTCAGTCTTTATTTACAGTCTTACTA TAAAAGTTCACTTTCTATCCTAAATTTTTAATGTAGATTTTTACATGCTATTTTTTGATT ATTCAAGTAAAAGTCTTAGCGAGTTAGTGTTGCGTGCATGTCGTTTGTTACGATGGACTG AATGGAATTATTTAAATTCTTTTTAGCAAAAAATAAATAATTTATTTATAAATGATTAAC TTTTCAAGTTCTAGTTAGTGTTGACGATGGACCGACAGAATTATTTAAATCTTTTTTAGC AAAAAATTAAATTATTTATATTTAAATGATTTGAATAGTAATTTTTTTGCATTGAACTTG ATTACTTTTTTCATATCTTAAAACCCGTTGTTTGAAAAAATATGATGATAGTACAACCAA CTGAAAAAGCATGTCCATCATCAGCATAGAGGAATTTGAAAGTTAAAAGGGATCCTTCAG CGCAGGCATCAGCTATCATTGATCATACGCAGTCACATGGAAAGGAAAGTTGTAAAATAC TACTCATTGCAAGCAGTGTGTGAATTCCAAAGAATTACTCTACTTGAAACATTGCAACTT AATTATGTCAACTTCATTTGAACATTCTCAAGATTATCTACAGGGATACTTTCATGCCAA GCTGCAATGTCAAAGCATATATATTGACGGTGTACAGAGATTCAAGCGCAGCACCCTAAA AGGAACTTTAGACGTATACCTCAAGTATGACGCTTTTATAATCTCATCGTTAGAAACTCC AACAAAGCAAACACCAAATGAACTCGAGCCACGCATGGACAGCAGACTATAAAATCTTGA GCTTCTCCAGTTACGCAATTCCGTAGGAACAGTCCTTGCCTCTATATTAGCACTGACTTG GTATCCAACTTGATTTGTGTTACCATAAAGTGAGACCTGGGAACAAAAAATTCAGGATGT CTTGGTGTATGAACAAATGAGATATTACCTCCTTTCTCAATTAGCGTACTGATCAGCTGA TCAAGGGAAAAGCAACAGTAACAAAGATACAGTCTCTAGCCAGATGGTGGATGAGGTGTT ATCTTATGAGAAACTAGCACTGGCTCATTGCTTGCAGCTTTCACTCCAGCAAGCTCCTCT AACCGTTTCCAAGTAATTTCACGTTTCCTCTTTACCTCCTCTTCTTGGGCCTCGTCTTCT TCGAATTTCTGCAAACACTCTTCAAAGAGTTCAGAATCGATATCAGAGAAGATCTTGCGG ACATTTAATGTCAAGTTTTGCACCGCCTGATTCCAGTGGCCTCTAGCATTCTTCTCCAAG GAAGGGAAGATTATCGGCAGTATAACTCTATGATTTTGTTTGATTAGGTTCTCAACATGA TCATTGTTCCATAGGAACAAGGCCCTCTCAGCCACCTGAAGATGCAAAGTTAAAAAAAGT TAGAGAAAAGACAAAATAAAAAAAGGCATTGGCAGATGTTACATCACCGAATTGATCCAA TCCATCTCATTTCAAGCAAGCACACCATTTTTTCAGTTGATTGATCGTTTTTCTATTTGA TTCACAGCCATGACAACTTAGCCAATATGTGCCATCACTTGATGTACAGTTACTTATATC AAGTTGTTTCATGAGGTACAACTGAAAACAGCAAACTAGCACATTATATCCGGCAGGAGG AAAAGCCATCAAGATGCAGTAAATTTAGTCTGCTTGTTGACCCACACAAACAGAAGTGAA CTTCTGAAAAGCAACTATCTCTCTCTGGCAAACCAGATTTTTCCCTTTTCATTTTAGGAT GTTTGGAAAGAGGGAGTTGCAAACACATGAAGGAAAATACAGTTCAATAGAAAAAAGAGT GTCTTATTCATTCCTAACTAGGCTGATAAGGAGCAGCATATTTCTCCTGCTCAAGACCTT AAGGGATTTTGAAGAACCTTAATTCTCCTTTTACATTCTCCATTGATTTTGTTTGAGCAA ATTCAACTGGAACCACTGTTGGATTTTTTATAAGATGGCCAGCAAAAAAGTGTTGTAAAT GTCTTAACCATAGAAGGGCTTTAATTAGCCAACTTGAAAACATAATCAGCATAACAAAAT TCAAAAAGGTCAAGTAATCTCAACAACTAAAACCGCCTAATAGAAATTCAAATTTCAATT TCATTCTAAATCTAGGCAACTTATTGTGCTAAAATTTACTGCAATAATTGAAAGCAAATT TCAACAGTAAGACTCCTCACAACAAAGCAAGTTGCTTCAAAAACCAGAATTATGGCAATT TTTGACATCAATCTCAAACCTCAACAAGCATCATTCAAAGTACAAACTTGATGCAAAATA ATTTGCACTAGATTAAATGAAGGGAAAATCATCTTCAACTTGATATTTCTCATTGATCTT TTGGCAGTGAGCTGCTCTCAACACAACTTGAAAATATCCACACCTGTTTGTTAGTTTGAT CTATACCAATGAATGGAGTAAATCAGTTAGAGATCAAAGGATGATATACTCGGCCACTCT AAATGAAAAATATGTCCGCTGAAAATACACATCTCGATGTGTATCTAACTGATGCCAGGA ATAACCAATGGTAGGAACATCCAAAAATGGGTAATAATGATTTTTCTTTGACCCTAAAAT GGGAAGGAAGAAACTGCCAATTACATAGAGGTTCAATGATTTGAAGATAACAATATCATA GCTTTTGATTCAAGGGGACATTGATCAACAACACTCTGTCAAGCATCCATTCTTGCATGC ATGTGCCGGCTAGTGTCACCAAAAGGTTGAAAAGGCTAATGTTATACAGACAATGGAATA AAATTTCATATAATGAACTTGGGAGGTGGTCACATCTCCAATAAGGTGGCCTTGGAGGTT AGACAGTAAGGTACAGGCTTTGTAGGAGAGTGATTGCATTCAAGAGTGGCACACATAAAG GGCCCATGAATATGGAACAACATAAAGGGAGAGAAGAGTTTAGCGACAACATCATTTTTA CTGTTGGGAACGAAAATAGGATCAGCTTTTAGAGGCGCAAGTAGTATGCAATGATACTTT GAGCGTTGCCTTTCAGATCATGTACAACACATTGAGTTTGAAGGATATGACGATTCATCA TGTCTACAGGACACAAGAGCAGAGTTTATTAGCATAAGAGGCTCAGAATAACTCTACAAG ATGTGGAGATAGGATATTCCAAAACATAATGGCATACTACAAAAGCAAAAACATGAAATG GGTAGGAACATGCCACGTGGAAATGGAAGTGAAGAGGGAATGAAGTGTTCTGTAAGAAGT CCTACTATTGCAGGTTATTTGAAAAGAGACGATGCAGGGGGTTTACATCTGTCATTTTAG AGTCTCAGCGCGTCAGAAAGGATACTCAGTTCACTTGGTTCGAAGTAAGGTAATGGCTGA AAAAACCGAGAAAAGGGAAGTTGTGTTATGTAAACTGGTACTTTGTGCACATGGTCAAGC AAGGATGTAGATCACTCACTAGTGCACTGCCATGCGCATCAGCTTGATTAACGCTGACTA TAGTTAATGGCGAATTGCACAATGGACTTCAGAAGAAAGAGAAGAAGATGTGGAGCATGG GATGCAGCTACTTTGGACCCTGCAATAATACTTTGGAGACAGAAGAATGGAACATTTGAA GGTATTTAAAATGAATTTGTGAAGTTAAGAACTTGGCTTTTGTTCTTGGTGAATTTTGGG TGCACTTATCGCATCCCTGTAAGTGTAGATGATTGGATGCATTCTTAAAGAACCACGTTT TTTGATGGGGCCCCTACTCTTTTGTATGCCACTTTATATATCCAAGTTTTCCAGCTAACA TCAATTAACTTATTACTTTGTCTCAAAGGAACAAAAATGAAAGAAACAGCAAATTGGCTT TACACCATATTCCTGTTTCGACCTAAGCCTGATCATAGATGATTAGCAACACAAAGAGCA AAGGAAATAAAATAAAATTCCAAATAACTAGAACTACCCACCTGAAAGTGCGAGCTGCTC AAACAACGACTGATCTGATGAAACAAAGGCACCATACAACGCTGGAATTCTGGAGGCTGA GTTGCTTCTAGAACCTCCTCCAGCTCACCTAAGAACACTACTTCCTTGGAACTGTTTGTG ATAGGCCAATATTTCAACAAACCTCTTATGACAGTATCAGCAAGCTTGCAATCCTTCTCC ACAAATTGTGTTATGCAGTAAGATAACTGCTGATGATACATGTGTACGCACTTTGGTTTA TGAAGTGGAATAAGAGCTCGGACAAGGAACAACTTGTGCTCTTCCTTCAGTGGAAGTGCA AATCCATTGATTATACTGCCCAAAATTTCTAAAAGTTCTGCTATTCCATTATGCTTCTCA GTTTCAAAGATAAACCGGTAAAATATATTGTTGATTGATTTCCTAATAAAAGGGCGGTGC ACCATGAATTTTCCATATATTCGGTGCAGAACCGTCTTCAAGAACTCCCTTTCTCTTGGA TCTTCTGAATCAAAGAGATCTAATAACCTTAGAACAAAAGAATGGTCAACATATCGCTTA GACAATTTTGCATCTGTCTCCGGTGATGCCACAAATCTGAGAAAGAACTCATACACAATT TGCAAATGTGGCCATGCGGGATCCATCAAGGGTTCGTCATCTTCCAAGTCAAAAGCTTCC AATACTTTGTTTTCACGAGGTTGAGGAGTTAGAGACCTGAACAGATTTGAAGACACCATT TTAACAATTTCTTGAATGACAGTTTCTGTGAATTTTCCATTTGCAGAACTAAGATAATCA ACAAGCTCTATTAATGTCTGCCGCTTGATGTCTTTTTCTTTCAAGTGCTTTGTTGGGTCA GTAAAGTCAAATAATACACAGCACAAGTTCAGTTTTTTTATGAACAAGTTTTGTTTCTCA GCAGTTGGTACATCTTTAAAACTAGGCAAGGTCTCACACAGAAAAACTGCTGCACTTCCA TTCACCTTAGCATTTGCCCCCTGCGGTAGCCTATTTCCATGATTTGGTCCCAGAGTTGAA GAAGTGACTCCTGAAACAGTAGTGGCACTTGAATTTCCTGACTGCGCAGTAGACAAATCA CTGCTTCTAGAACCAGTTGAAGCATTGGACGGTGATGCAGAGCTTCCTCCATCGCGATTT TCTGCTGACTTGGAAGGCTTTCTAGGGAGCCTATTAAGTATCTGTTTGATCATCACTTGA AAATATGATCTTCTGGTCGTAATGTTTTACTGATTTAAACACCCTCAAAACAGAACTTTC ATCAATCTGAAAGGTCTAAGCAGCAAAATGAATTGTTAGCAAGCCAGTGCAGATCTCATC CACCCCGAATCCTTATCTGCCACCCCCTAAACCAATAAACAAATGAGACCACAGACTACC TGTCTAGACCAGTAAAACTCTTTTTCATCTGAAAAACAATAACAAAAAGGCAAGTAAAAT GAAGAAATCTAGAAAAGTTCAAACTTCTTTTTCATCATGGAGAAAAGAGCTAAAAAGATC AACATTTGTGACCTAATCCCTTTTCTTTCTTTCACTTGGTAAAGTAAGTAATTTGTATTA TAAACAACTCCACACTAAGAGAGTTCTCTGTGCACTTCCACTTAGCAATTAAAAAAAGGT GCATTCTTGGTGAATTAAACAGTGCAAAAGGCGAAACCCTGATGCAGAAAGTTATTTTAA TAATCAAACAAGCATCAAATAATCTGAATCAGAAACTGAAAAATCTTACCTATCCATGCT AGCTGTCAACCAGAAAAAAGAACCGGGGAGGTGCAGTAAACCTTTGTTCTTGTTTTTTTG CTGAGGTCCACAGAGACTCTGGCCTGTTAAGCTAGGTCAAAGAATATTAAGATCTGGGCA AATGATGTACGGAAGAACCCAGATAACATCCCTTCAAAGAATCACAAAAGAAGTGAGTCA ATAAAGATTAAAAAGAAACAGCACTCAGACATAAAATGAGTTGTTAATGCTTACATAATT TTGAGTGATGAAAAAGATTGAAACTTTAGATAGTTGGGGTTCAGTGATCGAAATCTAAAA ACATTCCCAACTGAGGAAAGATAGGAAAATGGGTGTGATGGATTAGACAAAAATAGACAA AAACCAATCTCTGGTTGTTGTTTTTGATGTGTTTGGTTAGCTACAATTATTCTTCTTTTT TTTTTTTGTTTTGATTTTTGCTTCCCATTTTCTCTCTAATTTTTCCTTTGTCTTCTTTCT TCTTAGATTTATAATCATAATAATAATTATCTTATTTTCTCTCTTCATAGATTATAATAA TTAGAGCATATGATTATAATAAAGGTAGAGCAAGACGAAAATCATATCTAAATTTTTTGA TTTCATATCGAAATCAAAACTAATTAATTATTAAAATACTAATTATTTATATTTTTGAAT ATTAGGCGAGAAAATGAGAAACTTTCATCAACAAAATAAGAGTTCAAATAGTTAATCAAT CTAAATTATTAAAAATTCACTATCAATTATTCATTCTTTTCTATAGGAGAAATATATTAT AATTTAATTATAAAACTAAAACAATTAAAATGATTTAGATATATTTTTAGTATAAAATAC AATTACGACAGACCTATGTTTAATCAAACAAAAGATTTATAAAGCTTAATATAATGAATA ACAAAAATAATTACATCAAGGTAGAAAAAAGATTGCAACATAGCAAAAGTTCTAAATTGA TTCTTGAGAACTTGGGATTGGAAAGAGGAGTATTTTATTGTCATATTCTTTTTTTCTAGT CACAGATTTCAACCACAAAATCACTTGCCGTAATTATTCTCACCTTTGGGTTTCTCCAGA TTTGAACATTTTTTGTATTTTGACAAATCTCGCCTTCTCAGACTTTGAAAAGGTACCACT ATAAAAGTAAGTCATCAGGGTTAAATATGAGATATTGAAGCACAAGAAGGAAGTGGATGG ATTGCATCTTTGTGTTAATTATGAAAGAAAAAAAAAAGAGAAACGTGTCTATTCATTAGC TTAAAAGTCTGGTAATATCATCAAAATTTTAATTATAATAACCCTTAAATTTCAATTATA ATAACCCTTGAATTTTGTTGAGTCGGTTATCAAGATCTGTATGTGCTACCGAACTTATAA AATATCAATTAATTTGATTATCTTTATTGATCGAGTTATCAATTAATTAATTTATACGGT ATAAAAATTGAAACCAAAAAAAAAATGTTCTAGCTTTTATGTACCATAAAATTCTAAATC AATACCTAAACCATTAATTTGATAACCCAAATCAATGATATACAGTCATAACAGCATCCA ACTGTTACTTTATTCAGGCTTGAACATTTCCTCCATGGGTTTCAACTTGCAATTATATCA GTATTATGTTTCTTGCTTTCAATCATTTAGTAAAGTGGAGACACTCCTATTTCTTCCTAT AATGTCATCATATCAGTGTGACTTTGTGGTTATATAATATGTAAAACTGTAAGAAATGAA AGTGGAACCTATCACAAGGAATTAAGCAATTCATTGAAGATAATGAGCAGATAGAGAAAG GGATCTACACATGGAAAGTCGGTGGAAGTTACTGTCATTCGCCTATTATCCACAAAATTA CTGACCGACTATACGGGCCCCAACCTATCAAAATCGACATGTCAGTATCCAAAATATATC TCCATAATATAAAACATATCAATCTTTATGGAAAAACATATTTAACTTTATATAAACATA AAATTATGAGATATTCTTTTCGTAAGGTAAAATAAGCACAACGGGAATTGAATAGATATA TACCATATTATAGAACAAACGAACAGATAAATTACTTCTTCGACCGTATCCATTGAATTG TTACAGAAGAAAGGACAGCACAGTATATAACACATTCGGTGATCACACGGGACTTGGGGA TCCAAGGGAATATAATGTGTGCGACCTATCCTGATGCAACCATCAATGGGCTCGAACCAG CATGGAACCAACTATACCGTTACTCTGAGGCTCCCCTTAGATTGAATTGTTACAGAGTAA ACAAAAAAAAATCAATGGGGAGCAAGATAAAATTTCTTTACCCAGCAGTATACAGCGCAC AACTGTCTGAAGCAGTCCTGCCGGTCTCCTGCAGAAGAACAAGCTCACATTGACAGGACC AGGGTAAGCACATCAAAATCTTGGCTCGGCCATGGTCACACTTACCGAGCAATGTGCGAT CAGCTCTCTCTGCTCTTCCCAGTCAAATGAAATGCAAAAGATAAAGGCTGAGACACTTGG AAGCATGAAAAATACAAGAAATCACACAATCAAACGGAAGTTAATATGAGGAGGGTATTC CAACAACAGAAAGGCTGGCAGTACAAGCTTCCATGCAATCTCTTCAAAGCCGAGCAGCAA CATAACCCAATGTTTTATCTCAATGCTCCATCAAAGCAGTTTCAGTTTCTGACAATGGTG CTGCAACAGTATGACTTCTATTAGAACACATTAAATTATCGATAGCCTGGTAGAGCAATA AATAAGGCATTGCAAAAGATATCATAAGCAAATGCTGATGGGTCCTACAAAGGGCTTTTA CTGACAGGTACAAAAACAAACCGTTCCGTTTCAATAGTAAGTATCAATGAGGAACCGGAA GCTTGTCAAAAATGCATGTGGTATTGCTAATGATTTTTTTCTACTTAGACAAACAAGTTG CCTTTGTGGATCAAGAGCAAAGAACAGAGCATGGCTTTCCAAGAAAACCAAGGTTTAAAA CTTCCACACAAATAAGAAGAACAGCCTAAATAAATATGCCCTGCGAAGAGAGCAATAAAA TGCGACTCATTCTCGACAAAGCTCTCTCTCAAAGGAAAGAGACCAAAGAGGGTTATTTAT CAAGAAAGAATTTAACAAGGAACATGTTTAGACACCACGCAATGTCCAGATTAGGAAATT ATTTCAAAACATCATCACTCCATGTTATCAGTTATGGCATGGAACCACCATTAAAGGACT CGGGGATTAGGGATATAGCCTGAAGGTTTAAGCATCAGAGAATAGCATTGGGAACTGTAG AAAAATGGATTCAAAACTAAAAGAAAATTGTCAAATAGATCTACCAGGTAAAAGGTTGGA ACAAACATACCAAGTAAATCCTCATATGAATCTGCCAACAATGATGCATCCATAAGCAGA GGAGGAGAAAATACTTGATCCTTAGCTTCCTCCAAATCATAAAATGACCTATGTGCATCC GAAAATGAAGAGTTTGAACCCATAGTTGAAAGAAAACCATCATAGTCATCCACAGACTGC AGATCATGTAATAAGTCAGGTATTCCATCAGACTTGATGTTCATATGACTATCCGGTGCA CCAGTCCCTAAAAATGAAGAATCTGGTTCTGACACAAACAATTTTTTTCTTCTCAGCAAG TTTGCCCTATCTCCATGCTGAGAAAACCCTAACCCTGAGACAGGCTCAAAGTAGTGCTCA GAACTATCATCAGAACGACTATCTTGAGATGATCCCTGATAGTAAGATTCGGAGCGAAGT GCAGCTTCTCTGACAGATCTCTTCAGATTTTGAACAAAGCTTGTGTCATTATCTGCAAAA ATTCATAATAAGTTTATGCATATAGCAGTTAAGAAATCAATGTATGCATTCAGAAGGCAG GATAAAAACCTTGTGGCGAATTATCGAAGGAATTATTTAGAAATTGCTGATCCAGAGACT TCCTCTCAGGCATAATTTCAATTTGGCTGGTTTGGGAAGAGATCTGTTGCTTCTGTGCAC CACCTTTTCCTAAAGAATTCGGCGTCACACTAAACAAAGGTGGGAGCTTCAAAGTAGTGG GACTAGCTGATGTCTTTTCAAATTGCATGGATGACAATCTTGAGCTCATCTCAGCTACCT CATCATCCCTGTGTTCCTGTAGTAAATATTGTAGTTTAGGTTTTTCTATTGTTTCAAAAA GGTAAAAGGAAGTCTTACAAAATGCTTCACAAAACAGTACCAATGTTCTCCCACTGCTCT GTGCTTGGGAATGTGATCTGCCCTGAAAATTGGCTGTTCTAGAAGAATTGGACGAAATAC TACTAACTTCTTCTGTAAGTTCTAAAATTGAATTCTGTATGGATGGAGCGACTTCCTTCA GTTGATTTATGAGCACCTAGAGATCAATGAATTCACATCACAAACTTTCAACAGTATAAT TGTAATATTTTCAATAATTTAGTTATATATGAGTATGCCAGGAAGAAATCACATAGTGTT TTTTTGTCTTGTTGGGATTTGAACATGAGACCTCGTGGTTCTCAATCCATTTCATTGAAC ACTAGGCCACACATTGGATGCTTAACAACTACCTTGCTTTCTTTTAATTATATGCATTGA TAATAATACTCTCACCAGAGTCCATGTATAATAGTTCATAAGTGCAACCAAATTAGACTG AATATCAGACCTGTATACTTGCTAGGTGCTGCTTATGTTCGGCAAGGGTTGCAGCCAAGG ACTCTGCATGACCACCAGTACCACCATCATGTGAACTCCTCAAAAGCTCTGGACCCTCTC CATCATTTGCTTTTGCCTGCAAGAATTAGTAGTACCAGAAAGAAAGCATGAAATTAAAAT CAAAGACATTCAAATTGTTAAATAAATTCTAAAGTGTAAAAACAGATGTAAACCCTTGTA TTCAATTGTGTAACACATTGACATTCTCCTATTAACTACTTCTAAAGTCCAACATAGGAG AAGACATGGTGCTCGGTGACATCGCAAAACCATAGATGTAGAAAGTCCTTGCACCATATT TAGGCCCACCCTAAAAAGGTTTTGCTTCACCTGAACCACTTGAATCCACATAGCAAGAGA ACTGTTCCAAACATTTATGTAAACTGCCAGGCGATACTTTAAGCTTGAAATTCATGGAGA GAAAAAAAGAGTTCTGACAAGACGTATAGAATCTTGAGTCAAAGGAATCATCATACCAGT TGAAGGGATTGCTTATGAACACGTTGTAGGGCATGTGTCCAACGCCTCAAAACTTCTGCT ATATCAACAGTAGGATGGCCTCTAGCAACTCTCTCATCAACTCGAGAAAATGTGTTATCG TCTACTTGAATATGAGAAGAATCTGAACTCCTTGCATGCTTTTCTCTATCCACGTCTGCT TGTGATCTTACAGCTTGATGTGAAGACGCCAAATGGGGTGGTGGAGCTACAGGGCTTTGA TCCATAGCAGTGAGCAAAGCTGAACCAGAGATGCGATACCTAAATGATTTTTTTAAAAAA ATAAAATATGAAGGCACGGCCTGGTTTTAAAACCGAAGAGAAAATGGAAAGTGATCATAC CTATGCTCACGATGAGCAATAAGATCTTCTATCGGGCCAGAGGCGAGAATTTCATGTTGA TCTGTATACATATATATATACATAATACAAGTAAGTGCCAGGTATACAAAACTCTAGTAC ACTTATTGCAAGATCAGTGAGAGAAGCACTCTGCAAAAGCGTGCTTATAGCATTGTATTA TTAGGATATAATTGACAAGTGAGATAGTGATTGAACGCACTCTTGCGAGACAGCAAAGAG TCCCACAAACGAGTAGCTCTTTGAACCATGTGTGAGTTCTGACTTGAGCTTGATACAAGT TCATCCCACAGTTCACCTTCCAGCTTTACTTTATTTCTCACATCCTGCAGCTTTTCCAGT TCTTGCTGCAAATAAGCCTGAGACAAAGAAGATCAAAGATGGATCCTCAGAAACAATTAT TTACCGCTGTGGATAAGGGGCTAAGAATCCAACTCCAAGTCCTCAAAGAAAGGTGACAAG ATTTTCTTTCACCTCTTCAGCACAAAGGCCTCGAAATTCAGCTGTCAATTCATGAGCCAA ATTAGACCACATGGCCTGTCTACGAACTGCTGTTTCTGCATTACTCAAAAACCTCCTTCT TTCAAGAGCAATCCTAGCCTATTCACATAGAAGAGCAATTAGATCCATCCACTAGAAATA ATTCTCATGTGAATCGTGATATTGACTACAATACATACGAATTAAAGCTTCGGGACTAGC AAAGAAAACAGACAATGCCTAAGCATAGACTACTGGTAAGCTACTTTGCCAATGTGATAC AAGTAATAGCTTCCACATTAGGAAAGAAAATCGAGTCAAAACCTTAGCTACGGGTGATAA AGCTGTTAGATTCAAGGTCACAAGAACCCCCTGATATCAAAAATGTGCCTGTTTAAAAGC CTAGCAGATGGAAGGAATCAGAAGAGACACCTTGGTTACAGGAAGTAGTGTGGCTGCATG TGAGAAAGCTACATCTGTTAATGATGCAGGCAAGGGGTTAGAAACAACATCAGCAGCAAA CATTCGCCTATGAACCTCCCTCAAAGCATGCAATGAAAGTTGCCATAGAAGTTCAACAAA TCTGCAGCAAACATGTTAAATAAATAATCAATACTAAGTAATATAGTGGCTATAATGTTT ACTCTTGACACATGAGCATGCAAACTTCACCTAATAGGGTATGAATCAAACTTACATGAG TGTGTCAACGGAAAACGAAGCAGGTACTATCTACTATTTAGCTTTACCACTCACAAGAGG AATCATTTCCTTCTCCAAAAGTTTTCAGAAATTCAATAATTAGACAAAGGCACCAGAAAA TTCATTAACACTCATTCATTAAGACATTTAATTAGGATGGGCTGGAATGAGGGCATTTCA GTGCGACACAGGTGCAAGAACTTGCTCATGACCCTAGTGCAATTCGAACTTCAAAATTTT TATCTACTCCCTTACAGAAGCTATGGTATCTGTAGGACAACTATTTTCAATAATGCAATT ACTAACCACTGATCAAATTACTTGCTGAGTTGAATCAACTTGCACTGGACTACCATTTGC AACACATAAAACAGAGAGAAAAGACATAATACCAAGATACGGAAAAATCAAATGAAAGCT CCAAATAATTAAAATGAACCACAACCAAAGCGGTATATGAATTAAACAGCTATCAATGAG CCAACCTTGGTCCACAGCATGTGGCAAGAGATGAGACCCTCGAATTACTTCTAGGCAGTG CCCCTTGAGATTCCAGCTCACTTATAATCCCTTGTACAACCTAAGATTTCCATAAATAAA TAAGCAAGCAACCTTTCACTAGAAGAAGACCAACTCTAGACAAATCTATTTTTTTTTTTT AGAATTAGTACTGTCCAATTCTAGACAAATCTATACAGATTGTGTGCGTCCAGTTCAATT ATTCAGCGTGAAAAGACCTATCGACTTAGGAACAATCATGTATATAATTACCTTACGAAA ATCGCGAGATTGTGCGGAATCAAAAATTGGCCAGACCTTATCGAAATCCTGAAAAGATAT TGCAGTGAGCAAACAAAACAAAAACATCCAATGGTAACAGAGGAAGTATAAGACTGAATC ACAGGTGAGCTAAGAAGTTCACATTGACAGGTCGAAAAGTAGCAATCACCTTAGCGGATT GAGTAGGACCTCTGAGAGAAGATAATATAAAGTAGAGAAGCTGTTCGCCCAATTTAGGGT TCGAATGACGAAAAAGTCCGACGCGAGGTGTGCCGTTTCCGGCTCCGATTCCGATGATGG ATGGATCCAACCCTAGTAACAAACAGTTGGTGTACATTGCACTTTCCAACTCAACCTCTC TCTCCTTCTCTCGGTCCATCGTCATTCCACTCTTTCTTTGGCTATTTCCTCACTCAATTT TGCTTCAACTCTCCGTCTCGTCTGTCTTTCGGATTTCCGATTTGAATGTATAATAATTAA GCAAATTTTCAAACGAGAAGCCCTTATAGATTAGTCAATTTAGCATTAGGGCCTGGTTGT TGGATCACATGTAAGAGTTGAATTTTAAATTTGGGGGTTCTTTTTTGGTGGGGTCGGGTT GGATTAAAAAGGGAGTACTCGCGTTTTTTGCCGATTGAAGAAAATTTTGAAATTCCTGGG AGGGAGGGATGTCTCTAACGTGCGCCGCTGAAATCATCGGCAACTATTCTGCTCTGCCGG CAATGCGATTTTCGTCATCTCAGCTTTGCCCATTTTTGCTTTTGCCTACAAAAATATTTT TTATTCGATATATAATATAGTGAAATTTAATTAAATGTAAATTTTTTTTTTAATGTACAA TATCTTTATATCGATTTATTTGTTTTGTATTGATGATACATGTAAATCTTTTAAAAAATA TTTTTTGTGTTAGTCACGGGTGAGCTTCAAGGCGTGGTATACCAAATACGCATCGGACTG TAAATTAAGGACATAAATTCATAGTGTGTAAGTCTTAGAATTCGGCGCACAAGCTCAAAG CATAAAAATCATACCAAGAATTGTTTTTTTTTTGCTTGAAATTATTTTTTATTATTATTG TTGTGTTTAAGTCTTAGAATTCGGCGCACAAGCTCAAAGCATAAAAATCATACCCAGAAT TGTTTTTTTTTTTGCTTGAAATTATTTTTTATTATTATTGTTGTAATAATATTTCTCAAA TAATAGTTCTGAACTTGTAATGTTTTTTTCTTCATTATTGGTTATTAATACCTTTCTCAA ATAAAAATTTATAGTTTTTTTTAATATACATATTATATGTTATTAAAACTTATTAGTGAG ACAACTGAAAGTTTTACTTCTACTTATATTCTTAGTAATAAAATTATAAAATTGAATATA CACAAGATTGTGCATTGCAGATCAAAATGTAGGTCTCACCCAATACAATATAAAACTTTT TATCTCACACCTCCACCTTGTTTTGTTTTATATTTTATATCAGAAATAGTATAAAATTAC TCTTTATCCACTTATTGGCTCAAAATACTCTTTTCAGCCACTTATAGATTCTAAAATAGC CTTCTCATCCACATTTGGGTTCAAAATTGACCACTTATTTAAAGATTTTAAATTTAAACT ATTTAAATATTTTTTAATACACGACGCTCAACTATGTGTTATAATTAACTTATTAATATA AATTATTAACCAATCTACTACTCACCAATCACTAATTAAACCACATCCAATTAATAAACC CTCTCCATTACTAATGCACAACAAGAAAGCTACTACAAATGAGTGTTTCTAAAAATTTGA GGCGAAAATGTATATAGAAATACATTATCATACATTCAAGTCCTTAATCAAAATTATGAT TCGAGTGTCTAAATAAAAATTACGATAAACTTAAAGTCTGACTATGTTCATCTTAATTAT TCATTTGCCTCAATTATGTGATCCTACTTAATGGATAACTTTTATTTAAAAAGAATATAT TAAATTTTTAATATTTAAAACACTAATAAATATTTATAAAATTATATTTAAAAGTGCATG AATTAATTCGAGAGATGCTACTTCTTTACCTTTAATCATAAATTTTGAAGTCAAGTTCGA AGCAAAATCCTATTGAAAATGTCCTCCTAAACAAGAGGCTCAACCTAAATTTAATTGCTT CAATTCGGACTCAATAATTTTGAATGTCATTTTCAGGAATCGGTAATTTTATCGTACTTT AGTAGTGTTTAGGGTGATTTTGATATTAGAGATAGTTTGTCAATTGGGTGGAACTTAATT AGTAATGGGTAGATAGTGGGTTGATTTATAAATAATATTAATAAATTAAATTATATCCAA TAGTTGAACGTCAAGTATTTTAAAAAATATTTAAATAGTTTAAATTTGAAACCATTAAAT AAGTGATCAATTTTGAACCTAAAGATGGATAAAAAGGGTATTTTGGAGCCAATAGGTGGA TGAAAAAAGTATTTTGAAACCAATTTATGGGTGAAAATGATATTTTGAAGCCAATAAGTG GATGAATGATAATTTTGTATCATTTTCAATACTTCAAAAGTATTTTAGACTCTTTTCCAT AAAAAATTTTCAAACACTGACAACAAAGCTTAATTTAGTTGTTCCTTCGCCCCTATTATA GTTTGAGTTAAATTTAGAGAAAAGACATAAAAACACCATTAAAGTTATCTTGTATATAGA CACATTAACTTTTAAAGTGTCCTATCACCCCATATAACTATTTTATATCTTTGTAAATGG GTCCTTTTGACCCATTCCCTCGTGTAGGTTGTTATCACGCACATAAGGTGCGTCATGAAG TGTTTTCATTGTCATGAACCAGTTTAAACGTGTCATTTTTTTTTATTATTAATTATTTGA TTAATTTTTGTCATCTTCTCCACATTTAATCCCAAAATAGTAGTTGGTAGCCCTAATTTT TCAATTTTTCCATAGAAAAATCAATGTTGATTTGACGACTTCATCATCTTACGTTGTCCT TAATCATTAAATAAAATAGTTGAATGACCATTTGAGTATTGGAATCACTCTATTTTGCAA TTAGGATTGTCCCATTCCTTGGATGGAAGAAAAGGGAAACTTTCCATTGATTCTCCATTC CTGTTCAACAAATGTTAAACTCAATTACATTAATCACCATTAATCGAATACAAATTGAGT AATGAATCAATCAGCAAAAACATAGAGATTTTGTTAGTTTTCCAAAAATAATGAATGCAA CAGCAGCAAAGGGATCGGCCTGAATCGTAGCAGCAAGTATTGGAGCAATTTGCCAGATGA AATTGCACTTTAAGATCGATTCATCACTACGCCAAATTCAATTTAATTGCTTCTATAAAT ACCTCAGCTCGGAGATTCTCGACATAGTCTTCTTCGGCGGTCGTCTCCAGCGAGAAGTTG AGGAAAACGGAAGCGACGTTGAGTAAAGTTATAGATCTGAACTGTTGGGGTCCAAGTACT GTTAGATTTTAGTGTTATTTACTTAAATTTGTTATATGATGATCTATTAGTGAAAATAGT AATGGAGATTCAATTTTGAAAAAAAAAATTACAAATTAAAAAAAAAAATCAGTAGCCAAT AACAAACTAGTTGAATTCAGGATGAGACTCCAAGCATGCCATTGTTTCCGGTGACAAAAC CACCTTCAATCGACACTTCCTCCTCCTCCTTTCCCCAAAAATGCTGATATCTTTCCGTTT AATTTATTCCTCCATCCACTCCGAACACTAACATGTCCGCCCCACCCCAAAAGAGAAGAT GACTTTTCTTCAAAGAATAGGGTCGGGTTGGGTTAAATTTTGTCATAGAGAGTGAGCAAC ACGCACGATTACATAGACTAAGGAATGAGTCAAAACGACCCACTTACAAAGATATTAAAT AGTTCTGTGGGGTGATAGGACACTTTGAAAGTTAAAGTGTCTTTATACAAATACTGGACA ACTTTGATGGTGTCTTAATATCTTTTTTCTTAAATTTAATTACTACCATCTATGAGTGAC ATGGCAAAAATAATTATCAACAAATAGCAAGGAAACCTATATGATTTCTCTTTCAATCTT TTGCGATAGAGTAATGTAGAATATGAGTATGTATTAAAGACGAATTTAATTTATTTTAAA ATTTTTAAGACGTTTTTTTTAACACTTAAAATCTTGTAATGTATAATAAATCTGTGGTAC AATCTTTTCACATATTGAAAAGAACAAAAATAATATATTTATAAAAATTCTCTTTTTCAT CGTCCTTATTATTTGTTATGACTATCTTTGTTTGTAATAGTGTTTTCAAGTTTCGAAGCT TATTATACTCAGGTGTTATGAAGGTAATATTTGATAATGTTAGTAATACTTATCATATTT AATTAATTTGTCAATTTGGAAATAATTAAATAATTAGATTTTTTTTCATTTTGATAAATA ATATAATCAAATAGTTACTATGAACATTATATTTAATTTGAAAGAACTATGAATGATTGA TTAACACGTATAATATTTGCCAATTCAATTAAACAAGCGAACAATTTATTAAGATAAAAA AATGAAAGGAAAATTAAATTTATGATTTACTCTCGAAAATAACGTAGTATCTATTAACTT GATAAGAAAGGTGCAAAACTTAATAAAGTATATAAATGTATATTACACTAAAATGACGTT TATTTCACCTAGTTTATGAAAAGTGTAACTTTCTATTATTAATGAATATATTGAGTTGAA AAATAAAGGTTGTTAATTGTTTTGTAAACTAAGCCAATCCGACAAGAATGAAATTGGGCC GGGCTTATACAATTAAAGCCCATTAGACCATATCCCATATTCGGATTTATTATTTAACCC CGCCCCACCCGGAATCCAGAAGAGAGAATTCTTCTTTGCTTGTGTGGGTAATGATAGTTG ATTCTGCACCAGCTACAAAGCGCCAGAGATTCACCGCCGTTGATCCGATGGAGTTGGAAT CAGCTAAGGTATTCATTTCAATCTCATCTTTCTTTTCTCCTTTCAAGATACCGGTTCGAT TTAACTTCTTGTTTTACCCCTTTTTGTGTGACTATTCAGACCAGTTCGCATGTGTTTCTG TGGTTGATTCATGGTGGGAAAAGCCATCTTGTTTGCTATTTTCTTGGTTTTCTTTATTTA GAATCTTGTAGAAAGAAGTTTGTATAAAGACTACTTCCAGGAAAAATCTCAACACAAGAA AGGCGCTAGTTGTATGTGCCTTTTGTTTACCTACATTCCGTTGTTTTAAAGTTGCTGTTT GTTGTTAATCTTTATACCCATTCCATTTGCTTTGAGTTGCTGTTTCTTGTTGATCTTTAA ACCCATTCCATTGTTTTAAGAGTTGCTGTTTCTGGTTAATCTTTAAACCCATTCATTGTT TTAGAGTTGCTGCTTCTTGTTAATCTTCAAGCCCGTTCCATTGTTTTAGGTTTGCTGTGT CTTGTTAATCTTTAAACCCATTGACACACGTTCTTAATTATCTGCTTCTTGTTAATACTT AAACCCATTTATACACAATCCATTGTTTAAGAGTTGCTGCATACCTGCTTCTTGTTAGTA TTTAAACCTATTTACATACATTTCGTTGTTTTATGTTTCTGTACATGGGAAATGTTGTTA GAACATCACCTTTCTTCCCATTTTATATGATCACTGATTTATCTCTTTGTGCCCATATAA CAAATAAAGTGTATGCCCAACTCTTCAGTTTCTCTAGTATTGTATTGAGCAAATCAAGCA TACAAGTGTGAAATTCAGGCATGCAAGTATTGCACTTTTTTTTTGTTATATATTTGTAAT ACACCCCTTATTTTTTTCAAAAATTGAAGCACTTGTAGAGATGTGCATAGGCCATAAAAC TTCCGAATTGAACTGTGTTAAAGAATGACGGTTAATGAGTTGGGTGGACTCCTTATAAGG CTGGACAATCCTCCTCCCTTTGAGTTAGCTTTTGGGGTGTGAGTTAGGCCTAAAACCTAA TTTCACAAATTGTTAAGGTTTAGCTTGACACATTTGTAATAGCCTGATTTGTATCTAGTA AGGAAAAAAAACAGTTGGGTGAACCTAACATCCAAGTTTATGCAGGGTTCGGGGGCTAGG TCCGCTCTCCAAGTGGTACATACCATGGTTGAAACCCATGACATATAGATCAAATGGAGA TAACTTTACTGCTGCTCCAGGTCTCCCCTTCACCTAACAGCAAACAAATTAAAATTTAAA ATAAAATAAGAAACTGCTCCGGTGTCACTGGTTATGATGTTGTTGATGATTATGATGATG ATGATGTTGTTGTTGCAAACTGCTCTGACAGAGGCGGAGCTAGAATTTTCAATAAAGGGG TTCATAATGTGTAGAAATAGATACCCGAAGGAGGTTCAACATATATATACATATAAATTT ATTTTAACCATGTATAAATAATATAATTTCCACTGAACTTAATGCAATGTAGCTCCGCCC CTGGCCCTGAAGGGGAAGACCAAAGATCAGCACTTCCTTAAAATTATTGAACTTGCAGCA GCACTGTGGACGATGAGTTATAGTAAAATTTAACTTGCAGCTGTAAAAGTAAAGAATGAT AAAAAAAATCCCATACAAAATCTGCCAAATTCGGTTCTACTATCTGTCAAGTAAAGTTAC CTGTTCCCCTTTGTGTAAATACATCCAGCTTTACTTCAGCTAAACTCTCAAAAAGCTAAA ATCATGGAAAGCTCCGTCTGTTACTCAATCATGGAATATATATATATACACACATACATA CTGGACTGTAACTTTTCTGTTTTATTGGGTTAATTCAGGCGAAGCTTGCTGCTGCAAAAG AAACGTTTGGACGTGAAATCCGTGTATTTGAAACAGCAACAGCTTCTTCAGTGCCTCCTG ATGTTTCCAGCAATGGTACTTCCTACTTGACATAGAAATTATCACTAATACAACTTCCCA AACACGATTCTATGGTCTGTTTTCATATATGCTCATTTTATTTTGCTGTGGCCTTTCTCA ATCATCTTCTGCAGTGTCAGAGGAGCCCGAAGACTTCTATGAGTTCACACCAGAGGATTA TTATCGACTTTTGGGAACTAAAAAAGAAGGTAAGATACACTTGTATAGACTTTCAGATGA AAAATGGCTTCAAGTATTTGCTAAAGTGAAATTTCTAGCTGACCTCTAACAGAAGAACAA AAAAACATGTCAATTAGTTGTCTGTCGATTTATTTGACAAATTACACTAGAACTCCAGAC TCTATTATTTTTCTTTTATGCTTGCGCCTTGGGTATATTCACCGTGTCTTCCACATTTTT ACCTTCTTCAATGGATCTTGTTTATTATTATAGATCTGTAGAAATGTATACAGGAATTTG GTTATTTTAATGATTCTGCTTATTCTAACTGGTGTTGGGAAAATTTTCAACAGAGAAGCA CTTGAAGACGAAGAAAATTCGTGAGGCAGAAGAAGCTGCACGCAGAGCAAGGATAACTAA GGTTTTCAGTTGATCTTTCTCTCCAGATGATTCTTTCACTTGTATCAAGTTTGAATAATT TGGTGTTAGATTTGGTAAATTAAGTTTTCATCAGTATTGTCAAAGCCACACTTGACATCT GAAGGTTGTTGTTGCTGAACATCTGAGGCTGAAAGTGTCATCTTGGACAGTTTTAGTGCC TAAATAAGGCTCTAAGCGTGCTCCTCATTGTGGATCTATCTTGGAGAGGGCGATAAGAAA TAAATGCAGCTGGCGAAATGCTACTTTAATGGTTTAGAAAATATTGTGAATAAATGGTCA GTGATTATGAAGAGGAAATTTTAAGCTTTGCTGAAGAAAACTAGCCAGAAAGATTAATTG GAACTTAAAAAAACAAGTTATGTCCGAATTATTTGTTGAAAAAATAAATTCTGAACTTAA TTGACATGACTTTTTATCCATATATGTTAACTGAATTGCAGATTTTTCAAATTTCTTGGC CCATACAACTTCTTGTCTGTGTACTGAGTTTTCTTCATCATACATATATTATCTTATTTG TTTCTTCATCTGCACCTTACTTTGGGGTGTTGGCTTTTATCGCAGCTTTGCACTTAAAGT CCCAGGGGGACCTTGACACTTTTCGACGTCTTTTCATTTGACATTATTGGTTTTTATATC ACGTGTTGGTCTGTGTTGTTCAGGCTGTAATCAGAGTACGCTTCCCGGATAATTATATAT TGGAGGCCACATTTCATCCGTCAGAGACAATCAAGAGCTTACTTGACCTTCTTGTGAAAG TGATTGCTCACCCTGAACTGCCTTTCTATATCTGTAAGATTATTCTAAACATTTGCTACA TTTTACTTTTTCCTATATTTTACTCTCAAGAGCAGTTTATAATAATGGTGTTGCTGAAGA TTTAATGCTTGTCCGTTATTTCAGATACCACTCCTCCTAAGAAGCAAATAAAAGATTTTT CCAAGGATTTCTATTCCGCTGGATTTATTCCTGGTGCTGTTGTTTATTTCTCTTACGATC TACCCAAAGGTTAGTGCAAACTGTTAACAGTCTGAATTCTCCGCTCTTTTGTAACTTCAG TTTTTTGAAACCTCTGTTACATATTTGGGCATTGAACCTGCAATGACTTGCATACTTGAT ATACCTCAGTGGTGATTTAATGATGTTGAATGTTTTTGGTGATTCTTCTAAGAAAACCTT GCAACAGGGAGGTGTGAGGGGCTAAAGTACCTTTAGCTCAAGAGAATCTTTCTCCTTGAC CTCAGTCCTTGCTTTTTAAGAGGGAAGGTTTATATATGTTAATCAATAGCCTGCTATGGC ATATCTCTTCATATCTGGAATCCTGTGTAAGCCGTCAGTCGTAATATTGATACAAGCACC CTGTTTTCATCAATAATAGTTGTACTAATCCGGGAAAAAAGGTATCCATCATCCAACTTC CTAGATGCTCCATCATCCAACTTCCTAGATGCTCATGTACATGCCCTTTTCTCCTACTTA TTTAAGTCGTTTCTTATCTTATGGATGATTGGTAAAACATCCATCTGGGTATATGTATTA ACCTATGAATATATGTAAGACACAATTTTTTGCTTTGCCCGTGTGCCAGCAGGCACTCAC TGTGCTGGATAGTGGTTGTCTATTTGGACATAGGAGGCTAGAGACCGATGTGTGCTCACA TTCATTTGCGATCAAGTAAACAACAACCCTTTGAGAGAACAGCAGAAGAAGTTCCTCCTA ACATATAATAATAATAAGAAATCTATAAACAAAAATAAAAAATGAAAATCTTTTTTTTTT CTGAAAATTCTTCGTTCCTTGGAAGAGGGGCCAAATCATGCGGGTAAGTGCCCAAGAAAT TTCATACTAGCTACTTTCACCACTGTCACCCCTAAGTATTGCATTGTTTGTGAGAGTTCG GCCATTTGAAAAAAAGACATTGGATTATACAAAGTGCCCCTAATGCTATGATGTTGACAC AATCTGGTTGGCGGCATTTCAAATTAAAAACATAAAAGATTATTTGGATCATTGTTCCAA TGTATCTTAGCCTTTCTGCAAGTTCCAATTTAGAAGGCTGAAATTAACCTTTAGAAAACA AAACAATGGCCTTGTCATTGAGCTTGTCTTGGGTCTTTAGGCTTTTATTATGCTTTCTTA TTTCGAAAACCTTTCGTATACAATAAGCACACAAGGTCGTCATGCTTGTTCGAGCTACAC CAGCGTTAAGTGCAAGGGCTAGCTCTAAGGTGGCGACAGTTTTCTGAGAGGCTGAACTTG TTCTTTGAGCTCCCTTGTTTCTTTAGGCTTATAGCTTGCTTTCTTATTTCCAAAAACTTG CGTACATAAAAAGCACATCAGGTCGCTATGCTTGGTTAAGTTACTTAAACGTTAAGTGCA AGTGCTAACTTGACGGCAATGACAATTTGCCTAGAGGCTGAACTTGGTCTCTATCAAGAG GACAGTTCTTAGAAGCAAGCATTGGAGAGTGTACAGGAATGTGAGGTGTGGCTATACTAT GACACCTTCAATTGGACTCTTTTTCCACATTATGGAGGAGATTCTCTTTTCACCAAAATT GAGATTATATTTGCTGGTTTTTAGTGTACAGGAATAATGAAGCAGGAGAAGTTTGTTGTT CAGTAATAATGGTAGGTTGGAATTGTTGCATGCAAATGGTTTTAGGTTGTATGACCGTCA AGGTTATCTTCTCTCTTTCTTCTCCTTTCTCTCGGGTTGTGGGAGGAGGATTTGCTATAT GTTGCATGCCTGGGATTTGTGCACTTGGGAACTCCTAGAAGAGACAGTGGTTTTAAATAA ACATTTAGTTCTTCATATGTTCCTTTCTTATGATTCATAGACTTGGCTACAACATATGTT CAGGTATAATTTTCCATGTGGATACAGTCATTTCTTTTTTTTGTGAATATGTAATTTTGA AGGATATGCACAAAGTACCCATACCGACATTATCCCATTAAATATTTACTACTGAATGTT CTGATCTTTCCTTTTTGTTGTTGTGTATATATGCCCCAGGTTAAATGAATCTTCTGCTGA CTTTATTCTAATTTCGTTTTTGGAGTTGTATTCCACTCACGGCTCTTAATCATGTTATTA GTGAAATTGATCTCACCTATTTCCAGGTGATGATGGTGCTGCAGCATCAGGATCCTATCT TCAAGAAGAGGTCATGTCTTTGCAAGGATTGGATTCTATGATAGAGAAGATGGAGCCTGG TGAACCTAGCAGAGATGAATCTCCAACTACCAACCCCCCTCCTTCAGTACCAGATCAAAA GCCTGCTGCTGATAAGAAGAAAATTAAGCCAAAGTGGTTGAAACTGTGATATGGTCGATG ATGTCAGGGTTATACTATACTCTAATCCAGTGTTATATGTAATCCATAGCTTGTTCTGTA TGTAATCAGTTGTCACTTTGCTTCAGATGGATAGTCAGTCAGTTGCTGGAGTTGTATGGC AAAAGCTTTGTTTGTTCTGTATGTAACCAGTTGTCACTTAGCTCAGTTGGTGGAGTATGC CAAAAGAGGAGGTTTGAACTTTGAAATATTCAAATATAGGTTGAAAGTCAACTTTAGATG CTTGATTTGTCCATAACCAAATATAAGGTATTACAATGTTTTACAATAACTAATTGATTG AGCTTCTGAATTAGAGAAACTAATCAGCTGTTTGGTTCGAAGTGTAGTACCAACTTTGTT GATTAGAAGGAAAGGCTGGTTGGTCTCCCACGATTTCTCCGTAATCTAAATTAGTGTATG AAAATAATTCCTCCGTCAAAAATAAGCATGCTCTATATTAGATATGCTTGGTTCGATATT TTATAATTAGTTGATAAAATGTCTTATAATCTCCCCAATTATTTTATTGTAGGGCCAGAA TGAGGACTACATATATATATTCACAAATCGATGATACCAATTATTGGACTTCTCCATGTC AAATGTTAGTCTTATTTTACTTCTTGTTTAAAGAAAAATATTTTTTTACAATTATTTTTA ATTTTTTATTTGACATATTTAAAATCATAAAACTAATTATTTTTTTTCAATTATCTATCA AGTCAAAATAGAAGAAACAGTATAAGTAATTTTTTTTATAAAGTAGCAAGTATAGAAAAA ATATATATTTTAAATATCTATCGAAAATAATCTCTATATCTTTGAGATAAAAATGTATTT TTTTTTTTTATGTTGTACACCGAAATCCCATTTATTGTATTTTCAAACAAAATGATGGTG CTAAATTTAAATACTATTTTTTTGTATTTAATTATGTAATGGAATAAAGTCATAAGGTGG TCAAGAGTGGTGTTCTACTAAAATATGCTGATCTTGGAAACATGGAATGGTCTACCCACT ATGAGTGATTACAATAATTAATTTTGTTTACTGTTGTTGTTGTTGTATTTAAATGTGAAA TGGAGAATCGCATTAAAATTACTGTTGTATTTAAATGTGAAATGGAGAATGGCATTAAAA AAGTGGTTGATCGGAAACTAAAAAGACGTCAGAGACTACGGCGGCGTATATAAGTCAAAG TGGTGGTAGGTGAACGGTATCTGTATAAATAAATAAAAAAATAATAAAAATCTTTATTAA AATCATCAAAAACATCGTATTACTTACTGCCCCCCTTTTTTCAGGTTTGATCCAACCCCT TTCCTGTTTACTGCTTACTCTCCTTTTCAATACCTAAAAGTTGGTTTCTTGTCACCTTTA TTCGATCTTGGTAGTTTATTGGTTGCGGAACTTTTGCTTTCTTTAACTTGCTAATTTGCT GGATCTTTCTTATATTATCCTCTGCTAATTCAGGTTTAATTATGCTTTACGTTGTCATCA ACTGCTTCTTCAAACCATATTCTTTTGTTTTTCTTGGATCATCCGCTTTCTTCTCTTGCT AGAGTAAAGTTAGTAAAGTTGATTACTTTATGCAGCCTGCTTAAATCTTATTAGCTACCC AATTTTCAGAATCTTGAGTGACGACTACTGTTGTTTTGATCACAACTCACAGTATTTGAT TGACTGATTATTGATTTATAGATCACAACTCACAAGGCTGAAGTTGGTTGTGAAGATGGC GGCATCATGGTGTATTGAGAAAAGGGGTTCTATTAGGAATGACTCTTTTAGAGACAATGA TAATATACCTGAAACTGGGTGTCTTTCTATTATTGTTCTTGGTGCTTCTGGTGATCTTGC CAAAAAGAAAACTTTTCCTGCACTCTTCAACCTCTATCGGCAGGTACAATTCAAATCAGA TTTCTGCACTCTTGGTGTTTGTTTTTTGTGGTAATCTGATTTTTATGATAAATCAATGTC AATAGTGGAGTCATAAAGAAAATCTGACTAATCATACCTAGTTATACCACTAGTTAAAAA GTTTATACGAGCAGTATGCTAACTCTGGCATTGCGCTGTGAATTCTCAGGGATTTCTGCA ATCCAATGAAGTTCACATTTTTGGCTACGCAAGGACAAAAATTTCTGATGATGACTTGAG AAGCCGTATTCGTGGGTTAGTATGATATCTGTTGCATTTGCATGCCTCAAATTCATGATG AAATGCTTTGTTGTTCGCCTTGTCTCTATTTATGTCAATTTTCTTCAGATACTTTTTGTC TTGCTCTTCCTCAAACGTGATAGTGAGGATGTACCACTGCTTTGAATTATTTTTTCCAAA AAAAGAACTCGTATCCCTCCCCTCCCCCCCCCCCCCCAAAAAAAAAAAAAGAAATCTTTT CATTGTAGTTCCACCTGCTTGCTGATTAGAATGCTCATCCTTCGTATTTTTCGCTCTACT TCCATTCATGTCTCTTGCAAAACTGGGGAGAATGCTTGGGGTTCAACAAGCTTCTTTGAT TGCAGGTATCTTTCTCGGGGGAAAGAAAATGAAGGAGAAGTATTAGAGTTTCTGCAACTG GTGAGTGAAAAGCTTTTTCATGTTCTTTTCACCATTTAACTGATGTTTAATTAGCTTACT TGTCATTGCTCTTTCAGATTAAATACGTCAGTGGCTCTTATGATTCTGGTGAGGGCTTTA CGTTACTGGACAAGGCAATATCTGAGCACGAATTCTCAAAAAATAGCACAGAAGGATCAT CCAGAAGACTTTTCTACTTTGCTCTTCCTCCGTCAGTATATCCCTCTGTTTGCAGAATGA TAAAAAGTTATTGTATGAACAAATGTATGTATTTCTTCTAATAATGAGTTCAACTTTACT GATTACTATGCAATCCTCATTCTTTTGGTCTTTTATCAGTTGATTTCAAAGAATTACCAG CATACTGTATAACTTACGTAAAATATCCTCAAGTCACTGTACTTGGTCAGATTGTGTGCC AATAAGTAGCTGTTTTCATTTTTGGTTGCAATATTTTGGATATTCAACAGAAATTGTTAA AGATTTTCTTGCACTATTCCAGCTGATCTTGGTGGTTGGACACGAATCGTTGTTGAGAAG CCCTTCGGCAAGGATTTAGCTTCATCTGAACAACTAAGTTCCCAGATCGGAGAACTATTT GACGAACCCCAAATTTATCGCATTGACCATTATTTGGGGAAGGAGTTGGTTCAGAATTTG GTACTTCCCAAAACACACTATTTTGTTTAGTATGAGTTCACCTGGGTACGTGCATTTATC TCATATTGTATGAAATCTACTGCAGTTGGTGCTGCGTTTTGCAAATCGCTTCTTTTTGCC GCTCTGGAATCGTGACAACATTGATAATATACAGGTATATTTTCCCTCTAAGATACATGG TGCAATACTAATTTCTTGTAATGTAACCTATAAATAAAAATACGGCAGTACAACGATCTT CCAGCTTTAAGATTGTAGCAATCAATAGTTGAACATGTACTCTTACTGCTCTTCTCATCA GTATCATATTTACAAATTGTAACTAGTTAGATATTCATATCACACATCACACTGATATTG AGAAGACGAAAGGTACATCTGCTTACAGGGTAGGAGAGGAGGCTTTCCTCTATCTTCTAA GCATATAACGAGATGTATCTGCGAAAGTTGTCTGGTTTGCTTAGCTTGTCACTCAAGGTT AAAGTTCTTGAACTATTCTGAACTACCTCCTATTACATGCCTCTCACAAATCCTAATGAG GGAATAGTCTGTTGTGTAGAGTGAACACCTTACCTGGTGGTTAAGTGTCTTGTTTCTATC TGATCTATGGAGAAGAAGAACATGATGATCCAGTATGATGGCTGAGATCATGAAGCAAAA TCTCAGTAGTCAATATTAGATCAGTATTTAGATATTGATATCAGCTAACTTACCACATTA GCTTCCTGTTGTCCTTTCTGATTTTTGTTCCATGTTTTCTTAGAGTGTTTTAGTTGTAAT GCTCTTCACTTCCAAATGGTCACTTTGATTCTCCACTTTGCAGATTGTCTTTAGAGAGGA CTTCGGAACTGAAGGCCGCGGTGGATATTTTGATGAATATGGGTATGCACATGGTCTATG TCTCCTAGATGAGAACTTCCCATTTTTTTCTCTGTGCACCTTTTCTTATTGTTGGCTTCT GTTCCCTTTACTTGAAGGATCAGATGAAGTCTTAGCAGATGTTCTTTAAGAAGCCTATAA ATTTCCTTCTCTGTACTTCACTAAGCTGCGTTTTGGATTTTTTTTTTGTAATAATTAACT ATCCTTCATCCATTTTGCAGGATTATACGCGACATTATTCAGAACCATCTATTGCAGGTG ACCCATAATTCTTCTGTCTTTAAGGCTAACAAGTGCCATCCACTTTTTATTATATTTTTA TTTTGTAATCCTATAATATTGGCCTGAGATGAGTTTACATGGAATTACAAGATCGGTGAG AGTTCATATAGCTGAGTCCAAACTTGTTTGGGATTGGGGCGTAGTAGTCGTTTTTGAATC ATCATATCAATACCTTTGTTAGTTAGAAACTCAAAATATGGGATTTACAATACTTCACAG GTTCTCTCCTGGAAGTACATTACAAGAAGCCAGTTCATGATTATGTCTCAGGATTGTGGT TAAACCAATGCCGGCCCATTCGTTAAGATCTGAAAAATGCATCAACATATTCAATTTTTG ATAGATGCAGCTATTTCCTTGCGTAGGCTCATCCTTGTATTAATTCAAAACATCGGGGGT CGGGTGGAATACATTCCTCACCCATTCTTTTTTGCTATTTTGATTTCTCTATATCTTTAA TCATTGAACAGTTGAACTCTGCACTATGCTTGGGTATGTTAATTCTTACCATTAGTAACC TTCTCAACTGCAGGTCCTTTGCCTTGTTGCCATGGAGAAGCCTGTTTCTCAGAAGCCCGA ACACATTCGGGATGAGAAAGTTAAGGTATGTATCAGGTTAACACTGCGACAAACTCAATG TGGTTGCTTGCTTGTTTGTAGGATAATAAGATAATGATAATGACTTGAAGAACCAATACT CCATTTTCACAGAATTGTGTGTTTCACTTATTTGTTTTCTTATCCACGCAGGTTCTTCAA TCAATGCTTCCAATTAAAGATGAAGAGGTTGTTCTTGGACAATATGAAGGCTATAAGGAT GACCCAACAGTTCCTAACAACTCAAATACTCCTACTTTTGCAACTATGGTTTTACGCATA CACAATGAAAGATGGGAAGGTTAGATAAGAATTTCACAAGTTTAAAACTTGTATTTTAAT GTTTGATCTCAGCTGTAGACTGCTTTTTATCTGTTGTTTCAGAGATGTACTTTGACGACT ACTTTTTGTCTGTATCTTGGGTATCTTATGTATATGTGGCTTACCTGCTGCAGGTGTCCC CTTTATAATGAAGGCTGGAAAAGCACTAAATTCAAGAAAGGCAGAAATACGAGTGCAGTT TAAGGATGTTCCTGGTGATATATTTAGATGTATGTGTCAGGATCTTTCTAAGGATACTAT TTTTTTATCTTACTAACATTTTTGTAGATGTTTGATTGTTAGCTCGTGTTACATAGACTA TCAAATTTCATCACCTATACTAGCAAACTGCATCACCACTAATTAATTAATTTACTTAAG CCAGAAACAGATTACTTCTGGTTGATACGTGAATGGTATCTCAAGAAGTGATGCAAACTA GGGTTACTGTTCCTTTTTCATGTAGAAATCACCTTCTCTTTGTTTTATTTGTGAAGCATT TGATTTGATTGTGAGAAGTAAGTTGAGACTTAAGAGATGAATTCTCTTCTGTTGATGATA TATATCATGCATGTCAGAGAGCTTTTCTACTTGAATAGTTAGCTCCTTCCAGTATTTCTA TAGAGAAAGTTTATCTTAAAAAGTGTTTCTACGAAGGTCTGGAGCTTTAAGTTAGTCGTC AAGGAGGCTGCAAAGGATATAGTATCGCAAGCTTGGGATAGAGCTTTGATGTTCATGGGT TAAATTATAGTTGCTGCTTTTAGTTCTCCCAATTGAGGTTCAGCATTGCTAGGCCATTTA ATACCATGGTTTCATCTTGGTTTTCCATAAACTCTATGCATTATATGAAACTTCACCTAC ATGGTCATCTACTTGTTCCCTTTGTGACTTCATTGCTGTGTATCAGATTTTCAGTCAAAG TTCAATGATGGAAAAATACCTTTTGTGACATATTAAACAGGTCAAAAGCAGGGGAGAAAT GAGTTTGTGATACGTCTCCAACCTTCAGAAGCCATGTACATGAAGCTTACGGTAAGAATA ATTCTGTGCTACTTGTTCTGTTCAAGCTATCAGTTTGGTTGTTCATCAAATAGTTTCTGA GCTGGCCTGGCCAGAAAGTGTCCAAATTACGATGTAAGAGATATTGAGACAGAGAGAAGA AGCCGCTATTTTGTTCATTATCTGAGTTTTAAGGGAATGTGGAGGTTCACCTTTATTTAT CTGTTCATTTATTTCAAGGGAAGAGAGAAGAAGAAAAGGAATAGTTCTTTTGCAGTTTGC TTGTGCTCTTAGTGACATATCTTTTGTTTCTCTCATGCAGGTCAAGAAACCTGGGCTTGA AATGTCAACTGTTCAAAGTGAATTAGACCTGTCGTATGGGCAGCGTTACCAAGGAGTTGT CATTCCAGAGGCTTATGAACGTCTGATTCTCGACACGTATGCTTCTCAGCCTTTGTGCAT GTCCTTAGTTTTAACATGTTTGCATACTGGCAGATAACATAGTGTGCTAACTCATTTCAC AGAATAAGAGGAGATCAGCAGCATTTTGTGCGTAGGGATGAGCTCAAGGTACGTAGTGCA TTTTGTTTTTGGTATATATATTGTACCCGTTGCATAAACACGATTGATGATAACTCTTAT TCTGTTAAATATAGGCGGCTTGGGAGATTTTTACCCCTCTTTTGCATAGAATTGACAATG GAGAGGTGAAGCCAATTCCATACAAGCCAGGCAGCAGAGGCCCTGCTGAAGCAGATGAGT TGTTGCAACATGCCGGTTACGTTCAAACTCATGGCTATATATGGATCCCTCCCACACTAT AAGTTTGGAAAAGTATTGCAGATGAGTGCTACCTCGTCACTTTTGCCATGTAGTATCCTG CTTATGTGCAAACTTATTGAGAAGTAACAAACAGTCCGTGTACCACAAATATATTTGCAT GTAATAATCTCATCTTTTTTAAGCTAATAAATGAGAGAGTATCTGAAATATTCCTTGGGT TTTTCCTAATAAGTAACATAAAGACCAAACACACACACACAAGCGATATTTAACTGAAGT TGTAAAATGAGGACTCATAGATCTAACTAGTTTGGTAAAGAGACATAGTCGTTTTGATAA AGTCGATAACAGTAATTATTTTGAATCCTACATAATGGATGTAAATGATTCATATAATTG TAGTTAATGAGTGTGTAAACATTCCATAATAAGCAACATTCTTTCAACTCTTCAATGAGA GTGACAATTAGGCTAAATGGTGAAAGAGGCGTGAGGAATCCATTCTTGTTTTTAAGACCA TTTATTAGTTTGCTTTCTTTTCATGTTTGACTGTTATTCCATCCCCTTTTGTGAACTACT CCATTAAGAAAGCAAGTGTTGTGAGTGGTAGAATTGTCCACCTTGGAAGCCAAGTTTTTA CCCCACATGTCACAAGTGTAGACAATGAATATTCCTTTTTTTAAAAATCTTTTATCTTTT ATCATAGATTCCCTAGGCATCGAAATCTAAAAAGAAATTAAAAGTATTCCTCATGGTATT TCTTGATTTGTTATTAAGAGACAGTGACTCATAAATATTGAGTGCATAACTTGAACATGT TTGGTCTAATTCTCTTGTATTTTATTATTTTGTAGTATGTCAATTGTCAAAAAAAATTGC TCAGTATTATATTCATTTGGTAAGTGAATTACATGGAGATGTGATAATGACGAGTATATG ATTACCAACTAAATTGTTAATGCTAATGTCTTTGAGAAAAATTATCTTATTGGTCCCCTA CAAGCTACAACATTTTTATGATATATATAGGCAATAGATGTCGATTTTGAGGTACTAATA ACATACACCTTTGCAAATAATTTGAAATAGATAAGAAAATGACTACATAAAAATATTATT TAGAGAAAAAAGTGAATGAGACATGGTTGGATCTTTCCTTGGTGTGTAAAAGAACTTCTT CGCTAAGAAAATTATCCTTATTTTACAACCCTTTTGAAGTTTAATGCATTCCAAAAATAA ATAACTTTGCAGTTATCGTTTTCAAATTCTTCCGAAAACTTACTTTCTTTTCAATATTTT ATTTTTATGGCCAATTTTAATATGTATTTTAGTCCTACAGGACTGAGGGGCAAATATATA TCCACAAAGAAAAATTAAAAGGTGCTAAATAGATTCGTTGGTATTTGTTCTTTGAAAAGG TGCTAAAACAAGTCTATTAGATTTTTGACATATTAATACTAATAGATATTCTTAAATAAT ATATAACATTTATGTTTCAAATTTGAGGTTATTAATTATTTTTTCCTTTTTCTAAACAAA TCCATTTTTTAGTAATAATTTTAAAATAATAATCAAAATTTTACACGATAAAGTAAAATA AAAAATAAATAAATGCAGGCCCAAATAGGCCCAATTTGTAACCTAATTTATAGGGAGGTA ATTGAAGTAGCGCAAAAGAACAAGTCTCTCGCGCCACATCAATCTCTACCAATCGACACC TATAGTTCAGAGAGACACATATACAAATTCTCTCTCTCACCAAAATTAGGGTGCGAGCGA TTCTCGAGTATGTAGATACAGGAATACCTTATACATCATCCATCCATCGCATTGTATTCT GTTGGTTTTTATTGTACATATCTGCAAAACACCTCGCAATTTCCATTTTCTTTCTTAGAT TCCCTTTATCATCACCGCTCTCTTCTGTTATTCTTATTCTTATTGAATCTCTCCCTATCC CTCTCGCGCACCCACTCATTAGATTTGTGCGTAAATATGTTCCCTTTGTAGCTGGGATTT GTTCTTTCTATTGATTACCGGAATGTGGGGGTTCGATTTTGGTGAATTTTGATTGATCCA TTGGAACAATTTGGGGAATTTTGCTTAACCCGTTTAGGCGCTTCACAGGAAACTCTGTGA AATCTTTGGGTGCTTTTGTTTTAGTCTGCATTCGAGAATTGAGGGTTTTCTTGTTCAATA CGTTCTGCGCCTAGGGCACGCCCCCTTTTTTTTCCTTTCTTTTTCCTTGGGTATTGGGTT GATTTTTTTTTTTGAGTAGACGGATATGTCCTTGAATCGAGAAGAACGAATTTTAGCTGG GACCAAGTTAGATAATAGTTATTTTGACAAGGAATACCCAAATGAGAAGCTTGATCGATT TGGTGATTTCTGGGGTTTGAAGCGTGAAATTGACAAAGTTCATGATCACAAATCTGAAAA AATTGAGATGGTTTCAGATGATATTAGTGATTTTTGGGATTTGAATTGTGAAAAGGGTAG CTTTCCAGACCACAAAGATGAAAACTCAAAGATGGGTTCTGATGATATTGTTGATCTGTT GCCACAGGATCCTTTTGATATGGATATAAGTACCAAAATCACTGGTTGGTTAGAGGGTAT TAACAAAGATTTTGGGTTAAAGGATCTTGGTTTCTGTACAGATGAGATTGAGGTTGATGT TCAATTGTATGCGGAATTTAATATTGTTGTAAAAGGGGCTATTAGAGTTCACCATGATGT AGGGGAAAACTCCTATGTGTCTGAGATTGATCTAGGAGAGGGATTGCCGATGGATGTTGA GATTGAGGATATTATGAATTCCTGTTATTGGGCTTTTAGAGATGCAGCTCAGGAAGATCA GTCGGGTATGAATGATCATTGTGATGCAGATGGAGGGTCTCCTTCTGATGCGCTGTATTT GTCCCTTAATTATCTTGGATTGAGGGACCTTCTCTCTGTTGAGGGTGTTTGCAAAGCTTT AAGAGATGTGGTGCGTAGCGATCCACTTCTGTGGAGAGATATTCAAGTTGATTATCCGTT GAGTAATAAGATCACAGATGATGTTCTTATAAAGTTGACGGACAGGGCTCAAGGTCATCT TGATTCTGTGTGTCTTATGCACTGCCCAAGGATCACTGATAGTAGTTTGAATTGTGTGCT TGAAAGGAATTCTAGCCTGAAAAAGGTCAGCTATTCTCTTTTGCTGCTTACCTAACTATG TTTGTTACTTTAGCTCATTCTAGTTTCGCATAAGATGTAATCATATGTTAGACTTACCAT GATTCGTTTTGTCTGATAATGAATGTAAGGCTTGCATAGCTTACATGTTTGGTATTCTTA TTATTGCGCTATTATTCATTGTACTCTCATATACTTGTTGTAATCTCACCTTATTTGCCT CACATGCTTTTTGTACACTCACCTTATTGCCTCATTAGCAACTATTGAATGTTTCAGTTT TCTTCAAAAAATGTTATTGATTGAATTTGGCTAAAATGCGACATTATTTCACTTGTTATT GTATCGAACCCTATCTGAAAATGTGGATATCAGGATCCTTCACTGTTGAGTTCCATTGTT TTTCTTCCTTTTTGAGTGTTCATGCTATACTACATTATGGCATCTCTCATATCTTAATAC TGCCTCTATAATGCACTTATGTAGTTCATATTTTTTGAGAAGATTTTATAATTCTTTATT TAAATATGTATTGCTGAAATTATCAAGTGAATAAAGTTGAAGGTATTTTTACCAGAATTT AAAGCTCTGGAGATTCTGTCTAGGAAAACAAAAAAATTGCTGTAGTGAAGAGACCTAGTT TAGCCTTATATTACTGAATTGAGGCAATTCTTTGACTTTTAGATTAGACGAATAGACCTA TTCTTGGAGGTTGGGTTATATTCATAAATTTTATTGATATAGATCATGCGCAGAAATTTA ATGGGTTGTGACAGAAATTGAGAGACATCATGTATAACTATCATTTCTCTAGTTTAGCAA CCAAAATATGCTCAGCTATGGCCCTTGGTTCTGCCTTTTCAGGAAGTTCATCTTAGTCTC TGAATGTCTAGTATATTCTTCATTTCCTAGTTTTTTTTAAAAAACAATGTTTCATTTTTT ATTCTTATTATATTATATTTTCTGGATGTCATGTATTTACTTTTATCAATGCAGCTTAGT GTCCCGGGATGTGTGAGACTCACAGCTGATGGTATTCTCCGGAACTTAAAGGTCTTACGG TCTGCAGGTAAACCCAGACTTAAGTACCTTGGGGTCAATGGATTATTTGGTATGACACAC CACCACTTTGAAGAGTTCAAGGTCTTGTTAGGTGTTGATAGCAGCAAGCTGCCATCTACT CGTAAACCACGGTTTCTCCAAGGTGGACAGTTATCTGTGTCTTCTGATGATGATTATGCT ATTGATATTGAAATATGCCCGATATGCCAGCAGCTTAGAGTAGTCTATGATTGCCCCTCA GAAAGTTGCGAAAAGAAGAAATCTACTGCTCAGTCGTGCAGAGCTTGTACTATCTGCATT AAACGTTGTATCAACTGTGGGCGGTGCTTAAATAATTGTGAATATGAGGAATTATTCAGT TTCGACAATCTGTGTTTAGATTGCTGTAGGGATTGCTATAAGGAATTTTTGGATCACCAA GAGAGGCAAGAGAGGATTACTGTTCCACTGGAAAATCCTGTTCCTCATAAGCAGACAAGC TGCCATTTCTTCTTTTGTGGCTAGAACATGCAGCAGGCAATGCTTCTTTTGCCTATAAGC ATCAAATCAAAAGGAGTTCTTGAGTATTTTATAATTACAGGTTGTGGTGCCATTGGAATA TGATGATTGTGGAATTGGAAGGAAAAAGATGACAGATGTGAAAGTTATCTCCTACCAGAC AGGCTTTTGTCAGTAGTGATATCGTGAAGTGAAGGAAGTGCGGGCAGGATGGGGCTTGCA GAGGGTTCAGACTCCTTACACAACTCGCACTATAGGGACGCTGAATGTTGAGATAGAGAG AGCGGTGGTATTGTATGTGTTTGAATACAACTACTCACTAGGCGATTGAGAGGAGGAAGT TCAATGAATGGTGAATAGCTACATATATGGCTGAAATATAGCCGGATTGTGCTATATGAT TTCACCAATTGTGTTTGTATTTGGAGTAGGCCATCAATCACCAACTAGATATGCAGATCC AGAAAATAAACACCAACTTCTTGGTGAAGTGAAGGAAGAAATTTGGCATCAACGTTTAGG TGAAAGGGAAACACACCTGCCATTGATGCGTTAGCAATTAAGAACAAGGGAAAAAAATGT TGAAGTGGTATGCATTTGCTTCCAGTTCAGTGTATTCTATATCGTTATTGTAGAACTTGA ATTATCTGCTGTTACTAGGGAAGTTTTCATCTTCAGAGCACCCGTAATACACTCAACTTG CCTTCAAGAGAAGGGTGAGGAGGAGAGTACTGTGGATCTTTCCTAAAGATCATATTGATG TTTCTCATGCTTGAAATCAGACCACAAGTGCCAATACCGAAACTTGGCGTTGTTCTCGCA TACCCAGTATCTTCGACATAACCTGCAAGTACACCTTCACTCCATGCTTCTTGCAGCAGG TTTAAGTGTTCGGAAGTTCTTCAATGGCTTTTCTCATCGGCGGTTTGATATTGTTCCTAG AGCCTGGAGCAGAGCAGTGTGAGAAAGAAGCCTTTAGCATTGTTGCTGGTTGTGTTCCTC TTAAGAGGTCATGTGTATCCGTAAACATAGTTTATATAGTTCTTGGTTATTCCTTAAGAA TATTACAAAAAAACTTGTTTCTTATAACAAAAAAAAGTCTGCTGTAGCTGATGTGCATGT ATTTTCAAAGGTCTAGTGCATATGCTTCTGTAATCAGCTCACAGCTTATGGAACCGTTGG TGGCCTGACGTTTTGACTTGGTGGTTACTGAATACTAATGCTGTATTGCTATTCCAAGTC CAGTGATTTCTCTTGCTTGCATTTTTAGTTTTAAGTATAAAATCTCCGACAGACTATATG AGATCAATAATGCTATTAATTATCCTATTACCTGCTCCAAAAACAGAAGAAGAAAGATCA AAGTTTTACTTGATATTCTTTCCAACTATCTCTACTGGACACTTGTGTTATTTTGAAATG TCTAACAATATTTATCCAATGGGTAAAATTTATCCTCACCAATTCAATTATATATGTCAC ATGTTTAAATTTACTTAATCTTAATTAATTAACATGTATAAATTTTATTAAATTATATGA TAATGAAAATTGCATTAGATTGATGTAAACCCCGATGCGATAAATTTTTTCCCTCGTCTA AACTTGTAGAACTGATGCATAATTTATCATGTTTCGTCTATTTAATTCTTGTGCTAGTGG ACAATTATGGGGAAATTACTTAAATGTTCATGTTCTTTTATCATAATTTTAAAAATTCTC TACTATTTAAAAAATTTCAAAAATTCTTGTTTGATACATCACTCCTTTTGGCGTATGCAT TCCAATCTCCTATAATACATTCGTTTCCTATGAAATTGGATGTTATATTTCATTCTTTCA TACATTTCTTTCCTATAAATTTGGATGTTCTATTCCCTCCATACATTCCTCCTCACTCGG GTACATCTATCTCCTATGTATTCAGATGTCTAGCCTAATGGTGTATCAGGAAGTCTAGTG ATGTATCCGAATTTATAAATTTAAAGGAATTCTTGTAATTTTGAAAATAGTTAGGGAAAA TATTAAACGATAATTATGTATCAGTGGTCAATCATTGTAAGATGGAGGGAGTAACTTAAC TTAATTGATTTGTGTAATGTTGGACTGCCCCCACCCCAACAGAGACACGCAAATTATGCT GAATTTATTGAAATTATGTTTGGTATCACATGTATTACTCTACTGAATTTAAGAAGAGTT GCAAATGGTGTGGGCTTTTGATTTAGGCCCATAGGAAAAGAAAGAAGTGACAATTATAGT TTAGATTGAATATTAAGACTCTTGTTATTTTTATATTTATTTTTTTAGATTAGATGAGTA CATAATCCTCATATGTATTACGCTAGCTAGCCAGTACTAGTGTATTATATTTGGAGATTT TTATTATTAGAAGATGGAAAGTAAGTAATATTTGTAGGGAAAGAGTCTGAGGATGCCTTG AAGGAGATGTACAATTGAAAGCAAATTAATTATGATTAGATAAATATAATTGAAATGATA CATTCCATTTCCATAATAATATACATAAAAGGAGGTTAACATAAGTCTCTGTCAACATAA TGAATATATTGAGTAATTTTAAACGATTTTTTTTGTTTTTTCATTGATTGAAGTCAAGTA GCTAACATTGTTTGAGTGAGTGATGTTGCTTTATATTATATGGAAAAAGTAGTATAAGCA CTAAGCTAAATTTTTGGCAATCAATCACATGCTGCATTATTACTTGTAGAACCAACTAGT ATATCTTTTTTCCTTTTTGATCTCATCTCCCCTTTCAGTTTCAGCTAAAAAGCTGTTTTA TCACATGGCCATAGTCATAGGGATTGGTCCCTCTCTTCTTCACTTGTCTCCCATATTAAT GTATATATTTATATTATTATATAAGTGGTTTGTAACAATTATTATTATTACAAGTTTATT GATTTTCAACAACAGTTTGAAATAAAATAACAATTTTAATTCTTTTCTTGGGAAGGTTTC TCTCTCTCTCTCTATATAAATCATCTTTCACTGCCTCAAACTGATTCCTACTGTATAATT TGCCTAAAAGAGAACCTAATTTCAACAAAGGTAAACTACTTTTGGTTAAGGGGGTCATCA CCTGCTGTCTAGTAATCAAATAAATTAATACCTTTTAAAATAATGACCAAAGAAATAATC TCATCAAGAAATTTTTTAGTGATGTCTTAAAAAAAATGATTTTAAAAATAAATATTTAAT GTTAAAGGTAAAATATGAAAATAAAAATATTATCTTTTTTTATAATATCAAAAAGGACAA GTAAAAATGAAAATCTATTTTAAAAATAAGTTATACGTAGAAATGAATAAGGAATATAAA TTACTCCCTCATCTCTTTTTGCTTGTTAAACTTTGTTTTGGCACATTAATTAAGAAAAAT AATGATTGATATAATTAGTTTATTATTTTATATCTACTATATTACTCGCTATATTTTTTA AACACATTAACTTAATAAACTGAGGGGATAACAGGAAAAAATAAATTATTCTTTCAAAAT TGATAAATAAAAAGAGAAATCAAATTAAAAAATATTTGACAAAGTAAATAGTAGGTATAA TTACTCTTTTCAATCCAATGTTGTCCAAAATATATGATTTTTTCAAATTCAAGAATGTAT TAATTACTCCTGTTAATTTCAATTGCTTGTTCAATTTTAAAATGTCAGGCTTATTAAGAA ATAATGATTGAGATAGTGAATTTATTATTTTATTCTATAAATTAAGAAATAGATGAATTA AAAATTTTAAATTTTTAAAAAGATTTTATCTTTTTTAAAATAATTAATTAAAAGTATAAT AGATAACAATATTTTGTTCTTTTTTAATTTATTAAAATGAATAAGTAATTTAAAATAATT TTTTTTTTAAAAAGTAGATTAGTAGTATTTTTTCTAAAACTACCCCTTTCTTGTTGATGT GATTTCCATTTACTTTTAAATCCTTAATAATGACTATCTCTCCTTTTTAAGAAGAGGCTG AGAAGAATCAAAAGAATTTTATCATTAAATTAGCTTTAATTAATATCTCTAAAGATCTTT CTTAAAAATAAAAAGTATGTTACACTTCAACAATATATTTTGTACTCGATAACGTACCTA AGTGCATCAGACAGATGAGGAATGATACCGTAAAATTTCGAATCTCGAGATTGCATATTT GGAATGAAATCTTTGAAATTTACTCATCTTAATTACTCCTTCTATGTTATCTTTATTATA AATAGTCAATTTATAATACTTATTATTTTATAAAATTAATATATAAATTGTAATATTTTC CTAATTTACCTTTGTAAATTACTATCTTAAAAATATATATTCGACCAATATAAAAAAAAA TAAAAAAAAAAAATTGACGATCATTAGTTAAATTAATTAATCAATTGAAAAGCTAACGTT AATAAAATATTATATTCATTTAATTTCTTAATGTAATGCTCTAATTTTGTTTATATAATA ATATAGGCATGGAAAGAAGTTAAAATGGGGCATGACTTGGGGATATATATATATCTATCA ATTTACGACAGTTCCCTGAAAAAAGTTTGGCTCCTTTTTCACTTTTGCATGCTGTTTCTG AATCATCAGCTTTTTCACTCAATTGAAATTGATGTATAATTTATATCTAATTAAATAAAT GTGTTTTAACATAAAAATCATAGCATTAAATTTATACGCATTTTAATTTTAATTTATGAC CATTAATTTAATACAAATTATTTGATCTGATACAAAAAATTGAATATCTCTTCCATGAAT TTATTTTGTTAATTCTGTGAGAAATTAGGTCTGAACATTTGTGGTAAGCAAATGTGTCAG TTTTAGTGGGTTAATGATGGGCTCAATCTTTGTTCTCTCTCATCACTATCAATCTTTTCT GGTTTTGTCTACACTTTTCTATAACTAAATCATGGTTTTCCATGTGTCATTTTGTACTAT TTTCTCTCATATTTTTATTTGTATTCTTGAAGCTATTGATTATTCTGTATATCCACAAGC TATTTTTAGTACTTGTCACAGTAGGGTCTTCTCTTGTTATTATTATCTCTTTAAGTAGTA GTTGTTTTGTGGGTAAAGTTCCTTTATGTCATTCATTCCTATCTCTTTGCGATTGTTAAC TGTGAAGTTTTAATTTCTTGTTGAAGAATCTTTAATTTTCCCTCTGGAACTTGTTTGGTA AAATTTGAGCGTGTATACTCATAATCTGTTTGTTGGAATGCCTCCAACGTATTTTCCTCT TCGATGGGAGAGCACAGGGGATCAATGGTGGTATGCTTCGCCAATTGATTATGCAGCTGC TAATGGTCATTATGATTTGGTCCGTGAGCTTCTTCGTTTAGATGGAAATCACCTTATTAA GCTCACTTCACTACGTAGGATTCGAAGGCTTGAGTCTGTATGGGATGATGAAGAACAGTT TGATGATGTGGCTAGATGCCGCTCTAAAGTTGCTAGAAAGCTGATGCTTCAATGTGACAC CAAGAAAGGGAAAAATTCACTTCTTAAAGCTGGCTATGGTGGGTGGCTTTTATATACTGC TGCCTCTGCTGGAGACCTCTCTTTTGTTCAAGAATTGCTTGAAAGAAACCCGCTTTTGGT GTTCGGAGAAGGGGAATATGGTGTCACTGATATATTATATGCTGCTGCTAGGAGTAAAAG TTGTGATCTTTTCAAGGTTCTGTTTGATTTTGCTATCACCCCGAGGTTTCTGTTGCGTGA TGAACATATTGGCGGTGAGATTCCATCGGCTTATAAGTGGGAGATGATGAATAGAGCAAT TCATGCTGCTGCTAGAGGAGGTAATCTTCAGGTACTGAAGGAGCTTCTTGCTGAATGCTG TGATGACATCTTAGCTTATAGAGACATTCAGGGTGCAACACCCTTGCATGCAGCTGCTGG CAAGGGGCAGGTTGAGGTATGACTTGCTTGCTTACCAGTTTGAGCCTTTTGCATTGTTTG TTTACCAGTTTGAGGATTTTGGAGACCTCTTGTTGCATTCTAGTTCCCGAGAACGTCTAT GATTGGTTCGAAGAATGTCTTGAGATTCAATCCATTACAAATGATATAACTAGTACATAT GTTCCTCCCCACGCTCAATCTATTTTACTTGTTTAGGAGGAGGGAGTTATGCTTACTTGT TCTCCCGTACAAGTAGCTATTGGGCTTGCTATGGCTTTCTGAATCATGGCTTTGGTACTT CTAACTTTGTTCTTTGTTGATCATATATCTATGAGGAAAATCGGATATTAAATTTACGAG TCTACATGTAAACTAATCTAAAGAAAAGTTTCTCAGTCGGCAATAATCTACTACTTATTG TATGAGGTTCTTGTACTAGTCACTGTACGTTAGCAGAAGGTGGTAGAATTTTGCTAATCA TCTGTTTTCCCTTGTTGCCTTACTCAAAGTCTTAGTTAATGTCTACTTTAAGATGTTCTC CTGTTCAGACGTCTCTCTGTAAACTTTCCCTAGCTTGTCCACTTCTAATTCGAGATGGGA ATATAACTGAGATATTTGATTATGTACTTGACCTTTACTTAGGAGTTAAGAGGTGAGACA ATTGGCTTTTCTTTTCACAGATGTCTGTTTATGACCTGATCTGAGACTTTGAAAAGACTC TGGTCTGGATTTACTCATCCATATTTTTTAAAACAGAAGGGAAAAAAAGATCAGCTGGAC TTTTGGATACTATTCTCATCTAATAATAAATGGTTGACCTCGTGTTTCTCATGTTGAAGA TTACCTCAGAGCAAGCTTAGATGATGTAACTGTTGTAATCTCGAAATCTTAAGTATCTGA AAGAGACAATATTAATGTTAGCAGTTGGGGTAATTATTTTGCAGTTCCTTAATTTAAGTT TGGATTTCCTTTGTGCCTTATATCATTCTGTTCATGGTTGCAGGTTGTCCAACATCTTAT AAAAAGTTTTGATATAATTAACTCCACAGACAATCAAGGCAACACCGCACTACATATTGC TGCTTCCAGGGGCCAATTAGCTGTTGTTGAAGCTTTAATTGTTGCATCAAGCTCATTGGT CTATTTGAGAAACAATGCCGGAGAAACATTTCTCCATGTCGCCATTACTGGTTTCCAAAC TCCTTGTTTCCGTAGATTGGACCATCAAGTCCAGCTCATGAAGCAATTAGTTTGTGGGAA GTTCAACATTGAAGAAATTGTCAATGCTGAAAATAAGGATGGTAGAACTGCACTTCATTT GGCTGTCATTGGAAATATTCATTCTGAACTTGTGGAATTACTAATGACTGTCCGCTCTGT GAATGTCAATACTCGTGATAAGGATGGAATGACTCCACTTGATATCCTTAGGCAACGGCC TCGTTCTGCTTCATCAGATCTTCTCACAAAGCAGTTGATCTCTGCTGGGGGAATTTTTAG TCAACACGACCATTCAGCGAGGAGAGTTGTAGCATCTCATTTAAAGATGCAACACGTAGG TAGTAGTCCTGGCACTTCCTTCAGACTCTCCGACACCGAAATCTTCTTATACACGGGCAT TGAGCATGATGGCAATGAAAGCGCAGAGCTGAGCACCTCAACTGAATTGAGTCAACACAA TTTGAACACTGAAAATGATTGTTCTAGAAATGAGGGTAAAACCAATTCTGCAAATAATGC TGCACAAAGGCTGAAACGCTTTTTCTATTGGCCAAAAATAAGGAAAGGAGATACTCAGAG GCTCAAGAAATTGGCGGATCAAAGTTGTGCTAGAAATTCAGAAGCAGCACCAGTTCCTCT TCGACAAAGATTCTCCAAGCCTTCCTCTCTTCCAAACAACAAGCGGACACTCTCTGTTAG AAGTAACCTTCCAAGTCCAACAGCTAAGAAGAAACTTGCTTCAGGGCTGGTAAATGGTGT CATGCTGGCCATACCACATCTTAGTGTCCGCCGTAGATCATCTTGCTCTAGTTCATTCTC AATTTCATCAGTGTCTTCACACACTTCATTGGACCAACAAAAGGCCACTCAAATTGAGAA TGAGCTTGCTAGACCTTCTTCTTCCAATCACGTACGAGCAAAATCATCAGATTCAATATA CAAAGGAAACAAGAGTTTGGTGAATCAGTACTTATGTTTTGGTGCTTCAGAACAAACTGT CAAAGCCACTTCAAGCGAACTGAGGCCATATGAACTATACGAGCGTTCTGTTCTATCCAC GGCCTGATCTTCTAGACTGTGAGGAATTCTGGTTGATATAATCAGAAATGGGAATGATGG TGATGATTCATACGGTGGACTCCATTAATTTGGCAGGTCAAGTGAGCTCTTAGTTCAATA CATCTACATGTCCTCATAGTTCAATAACCTAGTAAGATTTCCAAGAAGTAGTATCTTCGC TCTAGAAGACATGTAAATCTGTTTGATGTATGTTTTAATTACATTTTGCAACACCTCTGT CGGTTGTAACTTAAAGAACTAATCCGTCAAGCTTCCTTAATTGTAGTTGTGTGCAAGTTT TTCTTGAAGAAGGATATGTATAATAAAACATGTTTTTAGTAAGTTGAAGCAGAGAGACTT ATTAAACTTTGAAGTTTTTCCTAGCCAGCCATCAAAAGTTCTTGTAAATCTCCCACTTCT TGGTTTGCTTTAGGTTCGTTTGATTGAGGAAAATTTTGTATCCCAATACAATGTCTTTGA TCCATCTAGTATGCCATTCACTATCTTGGTTTAGATAAAGGCATTTGGAATTTTTAACCA AACTAAGTCATTATATAAAACAATTTACCAAAGTAATATATTTTTTTAAAATTTTACAAA ACCAGTATAAACGTATTTCATGGTAACGTTTTAGGGTATAATTTTATTTTTTTAAAACTA ACAGCATTAGGTTGATATACGTTGCTGTAAGTAACGTTTTACTTTTAAAACGTTATTTTC AATAACATTTTACTCCTAAAACGTTAATGTGAGTAACGTTTTAGGAGTAAAACGTTACTG TGAGTAACGTATATCAATCTGACGCCATCAACTTTTAAAAAATAAAATATATCCTAAAAT ATTTGTATTTATATGATCTTTTGATTATTATTACAAAGTGTTGATGTGAATGGAATTAAT AGGAATTCTATTATTTGCACTACTTTTAGAATTTAGACACAAAGTAGAAATTAAGCGAAT CAATTGCAGAAAAAAGTAAAAGTCAGTGATTAGTAAGTTGCGTGCGTCGTTTAGCTTATC TACTTGCAGTACATGAGTTTCATGGAAAATTCTTAGTTGACTTGAATTAAACTTACAAGT TTGAAAAGTCCAAAATTTTGAGCAATAATATTAGTATCATTTCATTTTTATTCTATTAAT TTTTTCATATAGATTATTCTTAGTTTTTAATTTCTACTAGTTGTTTCTTCTTCAGTTTTC TTCCACTATTGTTATGTTTTGTTCTCCTTTCTTTACCAACAAACGTACAAATATGGTCTA CATACATCGATCTCTCTATATTTTCATTACACTAGATATATGTTATTGTTGTTAATATAA CCTAGTAATTGTACAGGAATATATCAAACAGAAAAGCTAATCTTAAACCTACATTAATCT TCGTATATTTTTTCCCGTCTTGATTTTTTTTAATGATAATTAGTTGTGCCATTAAAGAGT AGATTGATAAAATTAAAAATAAGAAACCGTTTGCTCTGTCAAGTCAACGATATAACAGAG GAACACGGAAATGACGTCAAACATTGTTAATACATACAATCAAATTGCTTTCTTTCTTAT TCTTATCAAAATTGTTATACAATGAGTAACACTTTTTATAAATGTTTACTTTTATTAACT AATTAAAGAAATGAAGAAACAAATTTTTAAAAAGTCAAAATATATAGGCGTATATTTTGG GCAGTCAATGTCAACATCTCTAGTCTAAATTTATTTATGGCGTTATCTTGACTATGACTA ATACAATTTTACTCAAAATTCATTTTCTGCTAATGCTCAATACTTTTTACTTTTTTTTTA AAAAAAAAACAATTATTAAAATTAAAAAATTACTATAAAAAGACTTTTTTTTAAAAAAAA TAGATTGAAAATAAGTAAAACGAATAAATTAAAATCTATGGACGGACTATGTATATGTAT AACCAAACTAATACGGAGCCCCAAGTGGACATTGGCTTCCCGGCAAAGTATTATTTCGGC CTCTTTGGTCTTCTTTCTCTAAACAGTTTCAATTTCCATTATTAATTCTTCATGACCATA AAAGAAATAAAAAGAATGTTTTCTAAAAATAATAATATATGAAAACGGTATTAAATTTGT ATATTAGTCTACCACTTGTTAACCAAGTTATATACCCATTAAATGCCATATTTATGTTGA GTTATTAATATTATTCATTTGATATTTGGTTTACTTAATATTTTAATATAAGTTATATAT AAAAATGTTTTATATGTGATGTGTATAATGACTATAAAATTTAATGCTTCATATTTGATT AATTATTTATGAAATTGCTATACGAATTAATTTTTATGGATTATGATATCAAATTTAAAA GATATACTTTATTAGATTATATATGAATGAAATCGGTTTTACAAAGTAATTTCATATACA GAATATATGTATGTATGTCAAAGTTGGAATGCAAACTGGTGATCAGCCATTTTTATATTT TATTAACTATTTTAGTGTATGAAAATTGTATACTAAGTTGGTATCTATGAAGGAAAAAAG TTATTTAAGTGATATCAATTTGTATACAAATTCACTCACTATGATACCAATTTAAATTTG TATAATAATAATATAGTTGTGTTATTTTTCAAGTTTTGAATGACAAAAAAGCTAAAAAAT AAATAAATCAGGGATGAAAACATACGAATAAGGAAAAGAAGAAGAAAAAATCGTGTTTGA GAAAACTAAAAAAGATAATTGCATGAATATATTTAAAGGAGAAAATTGTGTGAATATTAA GGAAAAAAAAATTAGGAAAAAAGGGAGATATTTTTGGGAAGAAGTTTGGAACAAATTATT TTTGTTTAGTGGTAGAAGATTAGGAATAGAAAATATTGGGGAGATATTTTTAACCAACTG AGTAAGAGAAAATTGGGGATTCAATCTATCCTGCAAGTTACAAATACAGTATACAAGTAC CCCTCAATCTATGGTCGAAATCTTAGAGACACACTTATATTATACTAAGGTTCTCTGAAT TTATTTTATTAATAATTTTTTATCCCTTTTTAGCTTATGTGGCACTATCTTGTGAGCCCA ACGATGGTTGACTTTTTTTTTTGAACTAGTGCCACGTAGGCTAAAAAGGGGTAGAAAATT ACATATAAAATAAATTCAGGAGGGTAATAGGACCTTAGTATAGTATAAGTGTGTCTCTGA AATTTCGGGCATAGATTGAGGGGATACTTGGTATTTTCCCTTTATTAATTTGTCAAATAT TGTAAAAATCTAATGTTATATATTGAAAACTAGAAAATCTTGTTAGTATTAATAATATAT AATCTTTAATTTATCATTTATTTAATTTTTTCTATTATTAAACTTCAAAAAACAACTAGT TCTAAAACTAAATATAAATAAGCATGCACCCTAACCAAACTATTAAATAGTGAAATCAAA TTCTGATCAAATGCAGGATTGTCACACCACACACCTATGCATTGCATATGCGTGATGCGT CGCAAAAGACTTTATTTAAGTCGCCTTTATTATTACACGAAAAATAATTCTTATATCTAA GAGAATACGATTATTTTTATATAATTAAATGTGCAATGTTTTTCTTTTTACCCTATTGGC ACATGTATTGTTTGATGAAGGAATTTAAGGACTTTTTTTTTTTCTGAATGGATTTGGTTG GTTTTTGTTGAAATCCACTTGGAGATATGAGAGTTAGAACATAAAAAAGCAATAACTACT TTGAAATACTATATTATTGATTTGCCTAATATTTTACATAATGAAAAAGCAACTGCAACC CAAACGTATATAAGCCATTATATGAAAATGCAACTTCTAGGAAAATTCAGCAGCCTATTA GAATATGGACACACGCAATTTTCCACACTTGTGTTTCATACGTACAGCCTTTTCTCTTTT AAATTTCAACTTGAGAAGTTGACCTTATAAAATTGCTACTTAATAATATGAATAAGCAAA ACAACAATGTAAGAAGGGAAATTGTGTTTTTGGTCCTTTAAATACTGGTAATCTATGAGT GTAATATCTCGTTAAGTATATTTAATCTTTAAATAATTTTAAAATATACTCTCAGAAAAT TTAAGAAATAGTTACCGTCATATCATTTAATCACCTAAATTTTATGTTAAATTTGTATTG TTATGTTATAGTTGAGGATAATATAATTCCACAAACAATCTTAAGCATTACATATCCTTA TATAATAACACATATTTTAATTAATTAATTAAAGATTAGATGTATAATCACACAACAAAA GGATTAAAAATAAAATATGTCAGTAATTAAAGAACAAAAAAAAACAATATTAATCCATGA AAAAGAAAATCACACTCATTTATTTTATTTACCAATTCTATATATTTTTAGAACATACTT CTTGAAAAAAAAGCGATCATATAACTAAAACAAAATATTTGTAATCGAGCGCAAAATAAA ACCTCCGGGAAGAGAGGGAAAATATCTTATTTTTAGTTGCCCTTATTCCAGGGAGTTGCG TCAAATAAATTATCTTCAAAGAAATGGGAAGTCAACGAAAGAGCACATGATGAAAAAGAA AAAAAGAAAAAAAAGGCCTACTTTAATGGGGTCATGTGTGTACACTTTGTGAGTTAACTT TAAAATTCGTAAGCTTTGAATTTAAATATCATCATCAACACTAAAAAGTTATATTTTTAG TCAAATTCAAAGAAAAACCGAAGCTGGTAAAGTATATCGTAAGCATCTATAATATTAGTT GGACTTCTTTATAAGAAACACTTTCTATAATATATTTTATTATTATAATTAAAAAGAATT GAAAATAAACAATAGTATCGTGAAGAAGTTTTGTCATAATACTTTCTTAAAATCGAACTC ATTTTACCGCTATTACAATAGTAATGCGATGTTACAAATGTTATTATTACATAAAATAAA AGGCCTAAGCGTGAAGCACTCTTTTAAATTTAATGATTATTATATATAGAGGTAAGATGT CGTGTCTATGAGAAATACTTACAAGTTGACTATTAAAAATAGATAATTGTTAACTTATGG GAAAGTATATCCAAAAGATTAAATCTATAGTTAATTTTGGTGTATGATAATGATATTTCT CTTAAATTATATTGACTTATCATAATTAAGTAAATTTTATGGAAAGTTGTTGTGTCTATT CTTTTTTATTCTCATTAGTTTTATTCGAATGAATTGCATTTCATTTTCTTGTTATTGATT TATTAGTTAAACAAGGTGAAAATATACCAAATCAATATTAACCGATGGTTAAGTGAAATA ACATATGTACTAACACCTATTATAAATTGTTTGGTATAAACTAATACAAGTCTGCAACAA CTCTAGAATAATCATGAAAACTTTATATTAATTATATCGTGAATACTCGATTTTCAATTC TTAAAGAAATAATTCAATAACATTGTATTGTAATGATTAATAAATGAAAAAAAAATATTT CATATTCTTCTGCAAAACAATCTTTTCCAATATTGTTGTATACATCTAATTAATAAATCT TTATATTATCCGTGAAAAAAATTAGTTAAACACGAAAAATTGAAATTGTACGATTTTCTA AAGAAATAAGTGCATTTGTCTTTGTTTGTCGACTTGCCTAATATGGTGTCCTAGAGGTGA AAGATGGGGTATATACGATGTAGGGCGAAAGGATATAATTTTACTATTTTTTAAAAAAAA AATAGAAATTATTTAAAATTTTAACCAAAAATTGGAAAATATACACTTCCTTATGGAGTA ATATTTGTGAGCGTTTTACGTCTTCGATAATCCATTTCAGACGTATCGGAATAATTTTCT TTTAATTAATTATTCCCTCCTTCCATTCTTTTATTTGTCATCTTCCACTTTTCAAAGGTC AATTTAACTAATTTTTAAAGTTAATTTAGATTAGATTAACTTAATATTTTAAACATTCAG ATATTCAAAAACTATGAAGAAAGTATTATAAATTATAATTTTTACATATTAATTTTTAAA AAAAGATACTTCATAAAGTAATAAATTTTTTTTTTTTATGGTTAAACTCTAAGAAAGAAA AAAAGAAAATTATGACGACAAAAAAATATGATAACTTATACATATTATATTGTCCTGTAA AAAAAGAAATTGGAGATCAAATTTTGTATAAATAATGTCTTTTAAATTATATATTATATA AATATGAAATTCAATATTTTCTATATCTTTTATGTCTTTTATTCTATTTAAAATTCCATT TGCCTATAGTAAATTCAAATCTTCCTTAATTTTAGATGATCAATTATTTGCATGTGAGAT GTTCACATATATTTCGGTCATTATTACTCAAATTGTGTATGAACTCACGAATATCTCCTT CATTATGAGTGTCGTTAATTCGTATATTTAGCGTTTTAAAGTCGATCATAGCAATAATAT TTTTAAACGCACAACACGATACATTATATAACAAATAATTGCAGGCCGGAGAATAAAAAT AGTCTGACTCAGGAGTTGGTGGAATTTTCCGAGGAGAGTGCTACAGCCAATCTGAAAACA ACTTTTAAGTCAAAACAATTGTTATTTGGAGTATAAGCAAATAACAATGAGACTGATGGC AGCTTGTATAGTATATATATAGTGTAAAATTCATCGCCTAATTCGTTGATGACAATATTA TTTTTGTACAAAATTCAAAGTCAAACAAAAACGTCACTTTCAATCTCTTCTAGCTACTTG TTAGGTCCAAGATGGTGTTTTATTTTTATTTTAAATTTAAATACATACTATAGGACTGAG AATCCATCATAATAATATACACAGCTAAGAGAATATGTAGTTTTATTTTTTTGTTTATAA AAGACAGATAGCTTCGATATTTTTTCCAAGTCTTCCATATTCATTAATCTTCTTTCTCCT CCGTTTCTTCCCTTTTTAAAATTATTTGGTCATTTCATTTTTCCGATTTAACACAAGTCA CAACTTGTAGCCATGGGAACTCAAGCTCCATCAAATTACGATGACTCCAAGGTAACTCTC TCTCTCTGCAAACATGTATGAATTTAACGTATATGCAAGGACAATATCAAGTGTATTATG ACCTATTAGGTTGTTGTTTCCGATTACTCGTAACAATATAGTATGGTTTAATTTATAAAA GTTAAACTCTTGAGATACCAAGAATTTCCATAAATGTTGTGTGAGATAATGCTAAATATT GAAATGCTTGGTTGAGTTTTAGATCTTGAAATATTATTGTACCAAAAAAGCCAGTCTATC TCGCTCGTTTCTGTGTTCATTTAATTTGGTTCATAAGAAAATTTTGAATTTTCCTAGCTC TTTCTTGTTTGTTTGGTGGTCTAGAATCAATCTTGAACAAGTCAAACTGATATTACATTT TTAAAAATAAATAAATAAAATAATTCGGATCATTAAATTCAGTTTAAACGTTGCATGTGT GTACATCACGTTAGGTCAGTAGGGTTCTTTCATAGGACTTTAATTACTTATTTATTGACA ACCGTGAATTCACGGCAACTTGTTATACATACACTGAAGACGTGCGATGAGAAAATCGTC TCAACTTTTTAGTTGACTTTTTCATACTATACAAATCTCACACTATCAATACTTTATTAT TAGTGGGTCACATGGATTATCGATTTAAAATCCCAATCTTTTTTTTTTCCCAATTCCTCA GTTTTACGCCAAAATTCACGTTGCTTTTGAATAATTTTTTTTTTTTTATGTAGGATACAA ATTAGCTTACTAAAGACAAAATACATGAAAATTGCTTTGAGTGCGATAATAACTAACACA TGAAAATTGCTTCGAGTGCGATAATAACTATGTTAGTGTATCGAAGTTAAACGTTTAAAA CGACCAAAATTGGATGTTTTAGACCAAACTAAAATGTATTGTAAGTTGTGTAAACATCCT GTATATGTTTATGGTTTTTTGAATATAAATACTTATGGAAATGAGTGTAGATTGATACAA GAACAGAAGAAGAGAAGGCGATCGATGCGTGGCTTCCGATTACTTCTTCTAGGAATGCAA AATGGTGGTATTCAGCTTTTCACAATGTTACTGCTATGGTTGGTGCTGGTGTCCTCAGTC TTCCTTATGCCATGTCTGAGCTTGGATGGTACAATACAATACTCTGTTTTTCTTTCAGTA AAAAAAAAAACATTAAAAGTTCGATAAACTGAAAGGAGTAGTTTAATTTCAGGGGACCTG GTGTAACTGTGATGGTGGTATCTTGGATTATCACTTTATACACGCTATGGCAAATGGTTG AGATGCACGAAATGGTTCCAGGGAAACGTTTTGATAGATACCATGAGTTGGGTCAACATG CTTTTGGAGAAAAGCTTGGATTATGGATTGTTGTGCCCCAACAACTAATTGTGGAAGTTG GTGTTGACATTGTTTATATGGTCACCGGAGGAAAATCACTTCAGAAGGTGCACGATTTGG TTTGCAAACAAGAAGATGGCTGCGCTAATATCAAACTTTCATACTTCATCATGATATTTG CCTCTGTCCATTTTGTGCTATCTCATCTCCCCAATTTCAATTCCATATCTGGTGTGTCTT TGGCAGCAGCTGTTATGTCCTTAAGGTAAAATTTCTTGCTTTAAATAATAAATGTACCTT TTCATAGGGTTACTAAGTTTTTGCATATTTATGTATTGTGATGATGTAGTTACTCTACAA TTGCTTGGGGGGCATCAGTTAAGAAGGGTGTACAACCAAATGTGGATTATGGGTACAAGG CTCACAGCACTGCAGGAACTGTGTTTGATTTTCTAAGCGGATTGGGAGAAGTGGCTTTTG CATACGCGGGTCATAATGTGGTGTTGGAGATTCAAGCTACAATTCCTTCAACACCTGAAA AACCTTCCAAAGTACCTATGTGGAGGGGAGTTGTTGTTGCTTATATTGTTGTGGCCCTCT GTTACTTCCCTGTTGCTTTTATTGGATACTGGATGTTTGGAAATGCAGTGGAAGACAACA TTCTCATCTCTTTGAACAAACCTACCTGGCTCATTGTCATGGCTAACATGTTTGTCGTTG TACATGTTATTGGAAGCTATCAGGTATTACCATCTACTCTTCTCATCATCTAAATTGCAA AATTTCAGTTACTTATAACAAATCTTTAATCTTGTAGATCTACGCAATGCCAGTGTTTGA CATGATTGAGACCGTGCTTGTTAAGAAACTTAGATTCAGGCCTACTTGGTATTTGCGGTT TGTTACCAGAAACATCTATGTTGGTAAGTCATGACTTGGTCGCATACTATAAAAACATTG AAATAGTCCTTGTAACAAATGTCTTTTTATGTCATTGCAGCTTTCACAATGTTTGTTGGA ATCACATTCCCTTTCTTTGGTGGCCTTCTTGGATTCTTTGGAGGATTTGCTTTTGCCCCA ACAACATATTTTGTAAGTGAATATATAAAGAGTTTTTTTCCCCTACATCTAATCTCTATG TAGTGCATATAACTCTTTTATTTTTCTTCAGCTGCCTTGCATCATGTGGCTAGCAATCTA CAAGCCAAGGAGATGGAGTCTCTCTTGGCTTGCTAATTGGGTAAGTGACATTTTCAATTT TTGTGATTCTGCATTTTATATAATACACTTAACTAATATGTTGTTTTGTGACAGATTTGC ATTATTTTTGGAGTTCTGTTGATGGTTTTAGCACCAATTGGTGGGTTGAGATCCATCATA GTACAAGCAAAGACCTACAAATTTTACAATTAGGACAAGTTTCTTATGATTGATCAAGTA ATTACGCCATCTGATTAAATTTAGATAGACGTATGTTTGGCAAAGGAAATTTCTATATTG CCTTCGTGTGTGTTGGCTATAAAAACATTTTAGAGTATAGTTTTTCTTCATGTGTAAAGA TATGGGTGATTTCATGGTGTTGTTCATTGTCAAAACTTATAACACATCTTTGTGCGTCTC TGTTTCACTTTTCTTCTTTCTAATAAACAAAAACCATAATGTCACTTGAGTCTTTATTAT CATGGACGCATCATCAAAATGTAAAACATACAATTAAAAATCAACAACACGTCTTGATCT CAAACTAGTTGTTAGAAAACAGGGGATTCTTAGGGTACCACTGAACTTGTTGACCAAATC TACATCAAGATACACACATCCAATTGGTTCTGTACCCTTTTATAAGATCTTTTTTTAGTT TTATAATTTTTATAAAAAATATTGCTATAGTAAGAAATATAGCTTATCAAACTTTTCACT ACTTGCCCCCCTCTATTAATTTTTTAGTAGTGTCCAATATACGGGAAAAAGAAGTTATGT CCTTCAAATATTTACTTACCATAAATATTTTCAAACGCGGTAACATTCTCTTATTCATGT TTACGTTGGTAGAGATAAATATATATAGCCCTATAAGTAAGAATTAGAGTTTATATTAGA TGAACAACGTATCTTATTCTAGCTTTTGACTGTAAGACTGAACTTATGGTTAATTGAGAG GGTTTAATGTCTCAATATACCAACTGGGGCCGTGTTGTTGAACCGGACAAAAAGAATAAC ACTATCCGTTAAAGAATAATAAAAGTCTCACTTTAATAGTTAATGAGATGGATAAACTCA TTATAAGACTTGATAATTGAAATGTGAGTTAGACTAAAACCAAATTCCACACTATCACTT CTAGAGCATTGACTGGGTTTAGTGTCTCAAAATACCTAACTTGGGCCGTGTTATTAAACT GGACAAAAAAAAATCAAGACTACTGCTTGTCGAGCATTCACCGATGGTAGAGTAAAACTT GTTGTCTTTTATACTAAAGCTCAAAACGTGCAATAAATAATACTAGTTATCCACTAATGA TTTGACATATTTTTTAAGAAGTATTACTATATTACTCTTTGACTTTATTAAATTTTAACG TTTTGAAAATCATCTTTTGATTTTTTAAATTGAACCAGTATTGTTAGATAATTAATTTTA ATATAATAGACAATTATTGTTGGACGAAAAGTTAAAAAGAAAATAGGAGAGAACCCCTAT TACCCACTTGGAAGTTGGATGTAATGAGTTATTTTCAGACCAGTTGTTGTCTTTACATAA ATTAGATGATTCACAATACTTGTCAATATAAAAAAAAATTAGACATAATTGGTTATTCGT TTTTCACCTTTATCCATAGTCATAAATATAAAGAGATATTATTGTAATACAAAATAAATA AGTATTAAATTTTAAAAAATAATAAGTAAGAATAATTTGATCAAATTACTCTATACTTGA TATTTTTCTTTAAAAGATGTCCACAAACGAGGGAGAGTAAAAAAAAAAAAAAGGTAAAAA GGACAAAGAAAGAAAAAGAGCCACTTGAGGGGAAAAAAAGATATAAATATCATTTATATA ATAAGATTATGGGAAGGAAAAAGGGTACCACAAAAGAAGTATTTGAGAGGGATTTAAGGA ATGATATTAATTAACAGTATTAATGATGGATTTTTTAAAAATGACAGCAAATTTTAAGGT AAATTTATTTTAAAAAGACACGAAATCTTAGTTAGAGAATATAATAAAAAGGAATTGGGA AATGTTTTAGTATATATTGGGGGGATAAGAATAAAATAAAACAAGATAGCAAGTGTATTT TAGAAATGGATAAAGTATAATCACATATTACCCACTCATAATATATAAATATGTTCTTTC ATTTACTTTATTTTATATTTATATATTTCAATTTTAAATATGTACAAATAAATATATAAT GTTGAGTCTTATATAATATAATTCACGTGTAAATTGTCACGTAGAATGCAATTGTTATAT TCTTAATTTGGAATAACAATTAATGAATTGAATGATATTTACATATTTTGTTCTCTAATA AATAAGTTTCCATTGATAGAAAAGATAAGATATGAGTAGAGTAAACATATAAGGTAAAAA CTTTATATAATATTATTATTTATATTAAAAGATTTTCCACAGAAGGAATATATATTATAT ATATAAGAGAAAGGTTATTCTTGATTCAATTTGTGATTTCATTCACTCGTCATACAACAA ACAATATGGTATTGTACTTTCATTTTGCAAACAGTGTTAGAATGTTTATAAGTATTTGAA ATAATAATTGATTTTTTAAAGTTGAATAATTTCAATGACAGGTTGATGAAAGAAGTGCAG AAGAGAGGAAGATCGATGAATGGCTTCCGGTAACTTCTTCTAGGAATGCAAAATGGTGGT ATTCAACATTCCACAATGTTACTGCGATGGTTGGAGCCGGTGTTCTGAGTCTTCCTTATG CTATGTCTCAGCTTGGATGGTACGTCTGTATTAATAATACTATTAATTTTTGTTTGTTTT AATTTATTTATTTTTAAATTTTTATTTAGGGGACCTGGTGTAACGGTGTTGGTGTTATCT TGGATTATCACTTTGTACACACTATGGCAAATGGTTGAAATGCACGAAATGGTACCAGGG AAACGTTTTGATAGATATCATGAGTTGGGTCAACATGCTTTTGGGGAAAAGCTTGGATTA TGGATTGTTGTGCCCCAACAACTAATTGTGGAAGTTGGTGTTGACATTGTTTATATGGTT ACTGGAGGAAGATCACTCATGAAGATCCATGATTTAGTGTGCAAAGTCGATTGCTATAAC ATGAAACTTTCATACTTCATCATGATATTTGCCTCTGTCCATTTTGTGCTATCTCATCTC CCCAACTTAGATTCCATATCTGCTGTCTCTTTGGCTGCCGCTGTCATGTCCTTGAGGTAT CCCATCCAGAAATCACTTATCGGTATCTATTTTGCACTGTCTCATGACTGACTAACTATT GAATTGAATTTAGTTACTCTACAATTGGGTGGGCTGCTTCGGTTCACAAGGGCGTGCAGC CGGATGTGGACTATAGCTTCACCGCTAAAACCGATTTGGGAGTAGTGTTCAACTTTTTCA GCGCATTGGGAGATGTGGCTTTTGCTTATGCAGGTCACAATGTGGTGTTAGAGATTCAAG CTACCATTCCTTCAACGCCCGAAAAGCCTTCCAAAGGACCCATGTGGAAGGGTGTTGTCG TTGCTTACATGGTTGTAGCTGTCTGCTATTTCCCTGTTGCTCTGATTGGCTATTGGGTCT TTGGGAATTCTGTCGAAGACAATATTCTTATATCCTTGGAGAAACCTACATGGCTCATTG TCATGGCGAACTTATTTGTTGTGATTCATGTTATTGGGAGCTATCAGGTAATTGGCTTTT CTTTTTTTTTGTTTATCACCCAACATTTTTGTTATCCAGTCTAACGCCCAACATTGTTCA GATCTATGCAATGCCAGTTTTTGACATGATGGAGACTCTGCTTGTCAAGAAACTCAGGTT CAAGCCTACTTTCTACTTGCGAGCTATTACCAGAACCATCTATGTTGGTAAGAAATTAAA GCTCTCTATCTATGCCCAATGAAGAAAAACAATTACTGTTCATCAACGAACATTTGTATT GTGTTTCAACCAGCTTTCACAATGTTCGTTGCTATCGCCATTCCTTTCTTTGGTGGGCTT TTGGGATTCTTTGGAGGATTTGCTTTTGCCCCAACAACATATTTTGTATGTCTCCAAATT TTTTTATACAACTAAACTATTACTATTACTATTACCATATAACTCTCTCTTTTCTTCTAC AGCTTCCTTGCATTATGTGGCTTGCACTCTATAAACCAAAGAGATTCAGTCTCTCATGGA TAGTTAACTGGGTAAGAATCACTCTAGTATTAATTTTACTCTAATACTTCTTTTCTTCTT CTGATGATGATTCGTTTTTTGTGATGACAGATTTGCATAATTTTGGGACTTCTGTTGATG ATTTTGGCACCAATTGGCGCCTTGAGATCCATCATCTTAAGAGCAAAGGGCTATAAATTT TTCCATTAGGGAACATGTAGTTTGTTTCTTCGATTCAAGTTTGTTTGCTCATAAATTATT GAATTTTCCTAGCTTTTATGTGTTTTGTCTTGCTACCTTTTTTTTTACTCTTTTATGTAA TTTAAAATCTCAAGACCTCTCTGTTATTATTAGTGAATTTGCACACTCTGTTTTTGGGAT ACATGAATGTTGTTTATCCAATTTTATTAGTGATACTCATATCAAACGATTATTATTATT AGTAGCGCTTGTTTGGACACTTTATGATTTGAAAGCAAATTGATTTGAGTTAGATTATAG CAAATGACCAATCCAACGCTAACAATAATATCCTAAGGTAATGACTAATTTATAAAAATC ATGCAATCAATTATAGCAATAATTAGCTATTATTCAATACTAATGATATGATTTTGATAG CGGTCAATAATGAAAAAAAAATAAAGACGATGATTATGGCATGGATGGTTTTGTTGTAAA TATTCTTTTCATACTAAAAGCTTAAGCTTGTTTGTTTGACGCTAGTGCTAAAATTTGTTT ATTTCTAGAATTACTTTTTTAAAAAGGGAAATTTCACAAGTAACTATACCAGAAAACATA ATAGGCCATGTAGCTATAGTTTGTCTATTTTATCATAACTATAGTTCAAATAGTTAATGC AAATCAAATTTGTATATTTCACCTATTTTTTTATCAAATATTTTGCCTCTTTTTTGAAAT TCAATAAATTACTTTGAAATTTGGCTAAACAACTTTTTAGGTATATTTATATGATGTTAT AATGATGGTATTTAACAAGTAACGATTTTATAATTCTATTACAAGTAATCATGGTGGATG AACAAAGAACTAGATATATTGATAATATTAAATTGTTAAATAGAGTGTATTGATAATATT AAATCGTTGACAATTTTAGTGAAGCTTCATGATGCAAGTTAATATGATTATATAATTAGT AATAGTGTATTATTATAAGTAGTTTAAAAAAAAAGTTTTTTACAAGTGATGATAAATTTT ATAAAGTATTTTTAAAATTATAACATTTAAAATATATGTGCAAACACGTGAATATAAATA CTCATAGACAGAAAAATAAAAGAAACGAAAGAAAAAAAGAGGAAGAAGTCAAATTTTGAA TTTTGATTAGTTGAGGTATTTATGAGGTTGAGAGATTTAAGGAGTAAATTGAGTGGATGT GGTAAAAAGAGATAAGGTGTAGATTTGTATGGAATGTGAAAAAAGTATTCCTAAAAAAAA AAGTGCTTCATAAACAATATAAACGAAATGATAACCGTTTTAAATTTAAATTGTAGTCAA AACTTAGTTATATAATTTTTTCTTTTTAAATAGCTTTATAAAAAAGTATTTTTGAAAAAT ATTTTAATAAGCAAATTCTATTTGGCTAATGATTTTTCAAAATATACTTTGAGCGTCAAA TTATGAAAAAATATGACAAATATCAATGCATTTTTAATATCAAAATTATTTTTTAAATAT TTTTTATAATTTTTAATTAAGTATTTATACATATTCAAAATTTTAAGTTATATTATATAT AAATGAATAAAAAATAAATTAAGTATTGGTATATTTTAACATAATGATTTAAATATAATT AAAGATGTATACATTCCTTATTAAAAGAACAGTTCAACAAACTAGCCTGTCAACTTCATT TTTTGAAAATAAAAATATATATTTTTCTAGTCAAACATGCTCCAATAGTCAACGGTGACA ACACTTTGTTTTAGAGATACATTCTCATTTAATTTGGTAATTAAAAAAAGGCATACATGT GAGGCGTAGAGTAAATGGAGAGTGTGTTTAACTGAATTGAGACACATTCGGATTTTAAAA CAAATTTATGTTGGATATATTTTCCATAATTTTAAAAAATATATAAACGTGTAATATCTT AAGGAATTCATAATTAGAAGCGATTGCAATCTTCATAACAACTTGTATCACAAATAGTCA CAACAATATGCCAGCTACATCACCACAGAAAAATTCGGTACTGCAATCTGTGTTTTGTAT ATATTTTTGTTTATTAATGTGAAATCGTTTATAAGACTATGAATTGAATTTGCCAGCCTG ATGGAAGAACGGAAGAACAAAAGAAGATCGATGAATGGCTTCCGATTACTTCTTCTAGGA ATGCAAAATGGTGGTATTCAGCATTCCACAATGTTACAGCGATGGTTGGTGCTGGTGTTC TGGGTCTTCCATATGCCATGTCAGAGCTGGGATGGTAAGTAATTACTGACTGATTAGCAA TTAATTAGATTAGCTTTGTTTAATTTCGTGATTTGATTTATGGGCAGGGGACCTGGTGTA GCAGTGATGTTTATATCTTGGGTTATCACTTTATACACTCTATGGCAAATGGTTGAGATG CATGAAATGGTTCCAGGGAAACGTTTCGATAGGTATCATGAACTTGGGCAGCATGTTTTT GGTAAAAAGTTGGGGCTATATATCGTGGTGCCTCAACAATTGGTTGTTGAAGTTGGCCTT GACATCGTTTATATGGTGACTGGAGGAAAATCATTCCAGAAGATCCACAATTTAGTCTGC ACTCCTGGAAATTGCATAGAAATCAAACTCACCTATTACATTATGATATTTGCCTCTGTA CATTTTGTGCTATCTCATCTTCCCAATTTCAATGCCATATCTGGTGTGTCTTTGATTGCA GCTATCATGTCTTTAAGGTAAGTTTTATTTATTTAGGACATGTACCGACAGTTTTATTTA CTTGTTGAGTATGCATGCATGTCTTGTTCAACAGTTACTGTACAATTGCTTGGGCAGCTT CACTTGAAAAGGGTGTACAAGCAGATGTGAATTATGAGTACAGGGCTAAAAACACAGGGG AAGCAATTTTCAATTTTTTTGGTGGATTGGGAGAAGTGGCTTTTGCATACGCAGGTCATA ATGTGGTGTTGGAGATTCAAGCTACCATCCCTTCAACACCTGAGAAGCCTTCTAAAGGAC CTATGTGGAAGGGAGTTGTTGTTGCTTACATTGTTGTGGCTCTATGTTACTTCCCAGTTG CACTTATCGGCTATTATACATTTGGGAATTCAGTATCAGACAACATTCTCATCTCATTGA ACAAACCTACTTGGCTCATTGTACTTGCTAATGCCTTTGTTGTTATCCACATCATTGGGA GCTATCAGGTTAAACATCCATTCTCCTCTCTCCATTACCTCTCTCTATGTCTTTATTTTT TAATATACATACAAACTCACTCAAATGTATCTCTCCTGTGTAGCTCTATGCAATACCAGT GTTTGACATGCTTGAGACTTACCTGGTAAAGAAACGTAGATTCAAGCCAACATGGTACTT GAGATTTGCTAGCAGAAACCTTTATGTTGGTAAGTTTGCCTTCATTTCTTGTGTCCCATC CCATACAATCAAATTTGTAATGCCTGTTGCTTGCAGCTTTCACAATGATAGTTGGAATCA TCTTCCCATTCTTTGGGGGACTTCTTGGATTCTTTGGAGGATTTGCTTTTGCCCCAACAA CATATTTTGTAAGTTTCCTCCTATTTCCCCTTGCCAAATCTAGAATGGCTGCACTAACAC TACCTTTTTTTCTTTAGCTCCCTTGCATCATGTGGCTTTCAATCTACAAACCAAAGAAAT GGGGTCTCTCTTGGACTACTAACTGGGTATGGTTATGGTGCACTTAATTTTCATTTTTTC AGCTTAAAACTGCAACTAATTAGCCAAAATAATGACAGATTTGCATAATACTGGGAGTTC TGTTGACTGTTTTGGCACCAATCGGCGGTCTAAGGAACATCATTATACAAGCCAAGGACT ACGAATTTTTCTCTTAGAGCCTGTTTAGCTCAGCTTAAAAACTGGTCAAACTGACTTAAA AGCTGGTTTTTGACTTATTTAGCTGTTTGGCAATACTCAAAACAGCTTATTTTAAGTTAA AAAAAACTTATTTTAAGCCAAAAGTTAAAAGCTGGGATAGGGGTGCTTTTTTTTTTTTAG CTTATAAGCTGTTTTAAGTTGACCACATATTTATCTTTCTTTTATCCAAACGCATAACTG CTTATTTTAAAAACAAGTTTCAGCACTTTTAAAAGTACTTTTTTAAAGCTGCTTTTATTA AGTCCATCGAAACGGGCACTTAGTCTTCCATAGCTTCATCTTATGTTTATCCCATAACTT CATCTTATGTTTCTCCAAGTCCAGAATTCATCGCTCTTATTCTCTCTGTCCCTATTTAGT TGTACACTTAAGAAGTGACACCAATTATTATCATAGGTTAGTTACAGTTTTACCTTTTAA CTTAATAGATTATGCAACTCCTTAAATATAATAAATGTATTTTTTGGTTCCAAAAATCAT GAATTACAACTTAGTAATATTAGAAATTTTCTAGAATTAATTAAGAGTATATTAGAAAAA ATTTATTGTCCTTTCTTGATTTGTTAAAATGGACAATTAAATAAAAATAAATATAAAAAA AATATGAATAAGTAAATAAAGACATTAATCAAGTCCGTTTCTTTAGGTATATACAATAAT GTAAATTTTAAGAATCCATTTACTTTTCATGAATGTTTTTTCCCGTCTACTTATACTTCT TCTACCCGCTTTTTACTCTATTTCCCATGAAAGAAATCCCCACCATTCAACTCCAAAATT TCATGTTTACACTAGTCTTTCAACGTTAAGTCTAAAAGTTCACGATACAAATGAATTTAA CTAAAGTTGAACCAGAAAATTTTCTGATAATTACTTTTAAAAAAATGAAAATTTTTCGAT CTCATTCACAACTGCAGATAGAAATTCTAATTATATCATTGTCATGAAACAAGCTGATAC TTGCATATTTATCGTCCGTAATTTCTAAAAAGACTACCGGTCTAACCTGGGCCCTCATAA TTAAACACTAATACTGAATGGATAATAAGATTAAAAATGCAAAGCTGAAAATCAGAAAAG GCGAAACAGCATAGGACTTCCACACAATTCTATTTTATTTTTTTTTCCTTTTCTCACATC CAATTGCAAACTGAATTCCAAATCAACACTTCCCATTATCTGTAACTTTTTTTTTTTTTT TTAGAAAAAGAAAATCGGGTTTCTAGGTGGAAAACGGATTCATGTTACTAAACCAATCAC ATATTCTGGAATGCTATGATACAGCAACACATTGGGGCAGAGGGTAATAGCTTTAATCAA TTTCACCTTCCTCAACATCAATAGGATCATCACTTTGAAGAGTAGCCAGTTCACATTCTT CCTCGTCATCATCCATCTTCATGTACAACCCAAGTTGCTCCAAGGGATTACTGCCTCCAA ATTTGAAGGTACCTAATCCATCCTGGGAATGATCTGGACTGGTCTCGTCTACCGAGCTGT GTAGCTGCTCGGAAGGAACAGCAGTCAGCATCTCCAAATCCTCAAGGAACTTTGAATTCT CATTAATCTCTACAGTCTTTTCCATCTGCAAAAACAAAATGGAAGTCCCGTTTGATATTC TAACGGAAGCACTTGACCTTCTACGACGTGATATATTTTCTACCCACCTGGAGTAACGCC TGTCTTGCTGCTTCTCTATCGAGCTCTCTCCTTCTCTTAACCTCAGCTGCAGCTTCCACT TCTGCACGTCTTTGAGCTTCTTCAGCAGCTTTCGCTTCTGCTTGCAGCTTAGCTTTCGCT GATCACGGAAATTAACATTATAGGGCTATCAATTTACATAAAAAAAAAAAAGAATTTTCT TCCATGTTGAATATTGGGAATTTGGGTTGGGGATACCTTTCCTCCTTTGCATCTCAAGCT CCTCCCTTTCACGACGAAGTTTCTCCGGATCACCCTTCTCGACCTATGTAGCAAAATTAC AGGATGGACTGACAAGATGGTCAAAATAAATGGAAAAGGCAGTAGAATGCCTATAACAAG CAAAGGATACCCACCTCAACAAGTGTCTTCTCTCGAGCTTTTAAAATTGTATCCGCAAAT CTGTTCTTCAGGAGAGCAGCCCTATAGAGCTTTCCAGGGGAGACCCTACTCTCTCCTAAT GTTAAAATACAACACATGAACCCACAAATTAATAGAGACAAAGGAAATAAACCAACTTTT CTTACGTTACCTTTTTATCTTTAACAATAAATACAGAAAAACAGTTTTCACTTCTCAACT CACCATCTTGATATGCTGCTTCTGAGTCAACAGAGAACGGCATTTGCTGAGAACTTTGTT CCAGCTGGTCAAGGCTGTCGATAGAGTCTAGAGATAAACAAGGAGTGAGATAGCAACATC TATGTAGTCAAGAAAAAGACAACAAAAAAACCTGACTACAGGATCTCAGACCACCAGAGA ACTTAAATATTTCATAACCTAACACTCAGATCCCCTAATAACCATTCTATAGTATTCTGC AGATTCATGCACTTCCTACATTTCAGATAAGTACTCAGTTCCAAATAAAATGATAACCAT CAACAGAGTTCTTTAATATATTAAATCAGCAGAGAAATACTTATCAAGAAATCACAATCA GAATAGAACTCACGATTTCCATCAGCTAAACTATTGCCAGCTTCCTTTCCACCTGTCTTT ACTGGAGAACTGTGATCCTGTGATCGAACACCAGCACAAAAAGATGTATTAGGTTTCCAA ATACTCTAAAGCTGATCTAATGGCAATAAACACCATGAGGGTTTATTTAGAAGCTATTGT GATCTCTCTTCACCTGCTCAGCATGATCAGGTGTTCTTTGAGTTTCAGACTCGTCATCAG AAGAACTACTAGAATCTGAATCTGGATGGAAGGGAGATGAAAGAACAAGTTAAGACAGTA TTCAGAATTCTAACTTCAAACAATGAGTAAAGCAATCCCTTCTAAATCAGCAGTTCCAAG TCGCCTAATATTGAGAGATAACACTACACTTGTATGGATGGACATGAAATTTGGAACATT AAACTTCATCTAAGTTTTATCAAAGAAAATAGAATATAGAATAAATTCATTCAAGAAGCA CAGTACAAATGATGAAAAAGTTTAACGGAAACTGAAAAGGAAAGCTGGGCAAGAGAAGTA AAAAATAATAAAGTAGCACCAACACGAACTTCAAAAATGAAATAGGTCAAGCTAAGTTTC AACACACACGAACATATGACTAGAATAACTTCAAACTTAATGTAGAGAAAAATCTATGAA CTTCTTGAATGCAGTAAATGCAGGGCCACAAGCATCCACTTTTTTTAGCAATCATGCAAC ATTGGCAGCCAGGGTTGCCAGTTATTTGGCAAACCACTTGACCGGAAATTGACGGGTACT CAAAAGAAAAAGAAAAAGAGAGCAAGTAATAGGTGTTCTGAGCAAGTAATGTTGATTATG ACAAGCTTGACTTGGTAGATTTCTCCAAAAATATTACCGATGCAGCAAAACTAATTAGAA CCTCATTATGTAGTGCAATGAAGAACTAGGAAAGGAGATACAAGATCAACAACAGAAAAC CTGAAATAGAATAGTTTAGCTTATTTTAAAGGAAACAATTCAGAATGTAAGAGATTCATC AGACTACAACAATTTAGAATGTTCAAAGATTCACAGTTCATCAAAATTAAAAGGGAACCG AGCACACCCCACAATATGGTAAAAATAGTCCGATGACTTGATAGCTATAAAATTCATTTT ACCAGCCCTAGAAGATAAGACAATGTAGATATGATATGAACAGGATATGTCACCAGAAAG CGGATCATTGAAAAAGTAGGATGCACTACAAGAATGTCCAAGAGAAACAAAGCAAAGAGT ATCAATGAGTCAATAAACAATTTGAATTACCATTGGGACCCCCTGTATTTATACGTTCAT CTCTTTTGGGATCCGTATCTTTTTCGATCTCAAGTGAAGGATAACTGGAGACAGGAGGCT CATTTCCACCAATATCGACCTCCTCATCAACATGGTCATTATCTGTATATTTTTCCAGTA TTTAGAAGGAAAATCATTGAAGTTCAAAATCTAACACCAAACAACTAATAGCGTGGATGA AATCAAAAGAGCGAGTAAGAACCTCCTCCTAGGTGCATGGATGAATTACTAAGCCCCAAT TCATTTGGCAGCTGAAAAAACAATAAGAGAGAACAATAATTCATTAACATCAAACACTGG TGGAGAGTCCATTCTACATTGTACGTGAAGATGTATTCTTTGACGGCAAACTACCTCTAT CTCACAAGGTTCAGCTCTTGCATTGCCTTTTTGTTTCTCTAGCAAAAACTTATCTAGAAG CGCCCGTAACGTGAACAGAGTATCATCAGAGAGAATATCAATGTCAATCTCAATGTCATC TTCTTCAGTTGCTGTTCCATTTGAACTCAATTCCTTCAAAAACTCAAGGATGTTGTCGGG TAGATCACCAAGTGAAGCTTCTAATTCACCACTAAGTTTATGTTTCTCTTCATCGGTCAT CTTGGATTTAGGAGGTTCTGGCACAACTACATGCTGCGTTGGAGAAACTCTCCTCTTCTT TGAAGCAGATCCATTTTCTTCATGCAAGCCTGATTTTTCTTCCACTAATTCAGCATGGTT AGTAGGCAGCTTTTTCTCAATAGTTTTCCATCTCAGTTCAAAAAATTTGCTCATCTCATC AGCCATGACATTTACAATATTACCAGGGGGGTTGTAGGTCAATGCATTTGAAAACATCAG TCTAACATCAGCAAGAAACTCCCGTGGAGTCGAGTAAGCACCTGAAGTCAGCCTCTTATT TATTGTCCCCAAATCCATTGGGTGTTTAATGACAGTGAAATAGTCGGGAATGTTCAACTT ACTATGTCAACAGGTTCATTAAATACACCCGCATTACGATGTGACAACAACTTTTTCAAC AAGTTCTCACACTGTTTCATCAATGTTGCATTTGAACGGGATGGTACTGAAGCAGGCTTA ACAGATTTAAACCTGCCTGACACCTCCCTGCTCTGGCCTCGTGTCTTCTGAGCGGAAGGG TTTGACTTTTTTCCAAACCCAGGGTTTCCTGCAGATCTCTTCTTGCTTGCTAAAGGGAGC CCTTTCTGTGCATTGCTACAGCTAACAATATCACTAGAAGATGAAACTGCAATTGCACTT GTCCTATAAAACTCAACTTTCTTTTGAAGAAGTCTAATTTGTTCAATATCAGATGTCAAT TGCAGAACAAGTGTTTCCTCTCAGATGGTGACAGCTTGGATTGCAGTATAACATGGATGG GCACAGCGAAACCATCATGTGAAGAAGAATTTATGTTTATCCATCTCTGCTGAGGAGCAA TTGAATGTCCTGAAACAGAGATTCTAGCATCGAATCTCCCTGAACTGCCAGAGCCCTCCG ATCCATAATTAGTGGCAAAACCAGCAGAACCACCTCCAGGCAACTTGTCTTTCCTAGCCA TCCACCAGACTGCAGAATATGCACTACTTGGCCGCAGCAAAAAATGGATTTCTCCGACCT ATCACAAAAGAAGAGAAGTTCTCAGAAAACCAATCCTGAAACCAGCCATAAAACCTAAAA GCTCTACATTGGCAGGAATTCCTATATATATATATATGAAGAGCTCCACAAGTAGAATGT TGAGATTACAACATTTCCAATAAAGTTCTATTCAGAAATTTTCAGTTTTAAAGTTCAGTC CCACCTAACAAAATTTCCTCTTTCCTCTTACAACCTCATTTCTAGTTGTCCCGTGTCACA TCAGTGTACTGTGAGGTAATTACATAACCTCCATCACCTTTAAATCCTTAATCGCACAAA GTGTTGTTCATAAATGAAATTAATTGAGCACGTTTCTCTTATTATTTTTTTCTCTCCCTT CGTTGCTTGGTTTGTTCAATTTTGTTCTCAAATATCATTTGCTTCTCTTGTAATGTATTT GATCTTCGAGCTCTCACTAGAAATTAGCACCTGGAGCTTCTAAATATTAACCGGGGTGGA GAACACAAATTTCAAACATATCAACAATGAACGGCTTGAAATCAAAATTTCAAGCTTTCG TCACTCAGAGAAAGAAGAGGTTCGAAGTTGCTGGAACTGCTCACTATAATTCTGTTGGAG TTGATTCCTCATATGGTCACTCTACTAATAGTTATTATCTCAAATCACCTTCTTGATTTC GATAATTTTCATCAAAGAAAGTGACTTCATGAGATAGTAACTCTAGTTAAGTGACCATCT GAGAAGTCAACTCCACTTAGTTGTCTGCTCTCTTTTGATATTGTGAAGATGTTTATTGCG GGATGGACCTATGGGACTCAGCTAATTAAGATGGAGGCTATCGGGAGTGCTGAAAGCTCT CCTCCTACTCCGATTATACTTGCTCAAGGAACTCTGATGATGAACAAGGGAGATCCTTTG TTGACAGGAATTTAAACCTGACTGTCTCCGATTGATCATACCTGGATATATAGCAGACTG AATGGTCTCTGCTCAACTGCGGGAGAGAGCCAAGAGACGCAACCTACCATTTTCAGCTTT TTATTTATGACGGTTCTCGCAATGAATCACATTTCATTGTCGAGATGTGATTTCTTTTTG TGGATGTATTATTTGTAAAAATACTCGTAGGATAAATATGATGGTGATCAGGGTTATGAC ATCAACTTGGTCCTCAAGTGATGAGCAGCGCAGGTTAGTTACTAAGCTGAATTAGAAATT TGCATCTAGTTTACCTATCACCTTTGCTAAAACTCATGTTTCAATTGTTCCTCACACAAA TAAGCCCCAGCAAGTACTTGTTGCTTTCCTATCTTGTTTCGCTTTTGATAACATTTAGCT ATAAAGTGATGAAGGTCTCAGGGGCTGATAAAAAGAATCATGTGAGGGGCTATTACTGAA ACCTCCTTGCAAAATAGATTAGTTGAGGTACAATGGTCCAGGGAAAGTTATTTAATACAT GATTCATCAGAAGGGCACTTCTCTGCCCTAGCCATTAAGAAGGGACATATAAGGTATTAC GTGGCTTCCATTAATTGAGGAAGGCTGAAAATAGGTTCAAGTGTTTGATACCTGTCAAAA GTGCAAAGCAGAGGATGTGACATACCTAGGTTTCCACAAACCCTACCAATTCTAGAGAAA GCAAAGGAGTACGTCGTCATGGATTTAATAAAGGGGCGGCCAAGTCAGAGGGTAACACCA TCTTTGTGATTGTAGATTGTTATTATAACACACAAACTCGTATTTTTTCATTGACACGCT CTTCACTGTTTTCCAAGTTGCTAGAGTATTCTCAGACAATAACCTGCATGGACTACTCAC ATCATCGACCCTGCAGATGAGATCTTTTCGAAAGGAACCTTTTAAATGAATGCAGGTCAA ACAACAACAAAGTTTTTCTACCCTTCACGAATAGATGGATAGCCCAAGGAAATCGACAGC TGCCGAGAGAACCATATGACATACACGAATGTCCACAACTCCGCTTAAAAAATAATAGGA AGCCATCTGCTTAGATTACAACCCAATAGGAGGAGATCAGTGGTTATCAGAAGGACCATT AAGCTACCCAAAGCACTTTGAACCTTATCAAGCTACTAAAAGCCCCAAAGTCTGCATTTT CCTATCTCTTCTAAGTAAGGTAACAGTGTGCACTTCTAATGGCATCCATAAGTAAAGCCT ATAGACATACTCGATCAAATTTGTCAACAAGGAATATGCTGCAACAATGCAAGTCTGGTT ACCAGAAAGCCACATTATGTGGCGAATCTAGGGATCTACAACACGGATGCACCACTAAAA CAAAATTAGTGGGAATTGATCTCTAGTCCTCTAAATAAGTAAACCAACCTTCAACAGATC GAAACATTTAGTCTTCTTCTTGTAGCATGAGCGTCAACATATAATATTATACAAATGTTA AAATATATACATAAATTACTCAGTTACGAGAGACCACAAATTCACATGCCCCAACTTTTC CCCCATCAATTTGCCCCTGACTACATTGGAAAAATACAGTTTTAACGTCCTCTATTTCCT GATTTCACCCTGAGGACAAGGCATAACTGAATGAGGAGGGAAAGCAATGGAGCTATGAAG CGCTCGAAGAATAGTATGTATTCATTATGAAAGTTTGGAATGAAGACACATTTAGAAACT TCCAGAATTATAGTCCATTTATCCCATGTAAGGAAAATGAACCCCAAGAGCTTAAGGATT TGATTTATAAGCACCTAAGAATTTGGTTTTACAGTAACACATGAGATGGATAGTAGGCAC TAGTCACGAGTTATTGGTGAACCAAGTTCAGTTTTCAAGTGGAGACAGGTAAAGGGGCAA CCTCATTTCCACATAGTAGATAGAATTCCATGAGAAAACATTGGTTCTAAGAAAATAGCC AGACTGCCACTATGAACCCCTGGTCTGTAGCTTCATTCATTTGTCGAAGTCCTACTGCAA ACTTAGGGATAACAGCCCATTATCATTGTTTATGTCAACCCCAATTTGAGTTCAAGGTCG ATATTTTCAGGGTCATGTCTAACCTTAATCGGAGCTCAGGTCCTCGAGAATCCACATACT GCCAAGGGAGAACATTCACTTCTTCTCAGACCTATCTATATTGATGCCACAACCAGTATC ACTTTAGCTGCTCGGAATTGCGATGTGAGGTAGAACTTCAGCTATGTTTTTCAATTCTCT CTCTTATCTTATCATTGATCTTTAAATTGTAGCTACAAATTCTGTTATATATATATATAT ATGGGGGCTAAAACTCACCGAATAAAATCCAAAGAAACAAAGTGTTTCCCCATGAATAAT TGGTCAGTAATCAAAAAAAAAAACTGAGGTGTAATATTAAATTGCAAGTGCATTCAAAAC CACTAGTTTTCTTGAATTGAAAAACTAACGAACTTTATCATGAAAAATTAACATATGGGC AATACAAATTGAATATATAAAGCTAATCAATCTTCATAATTCATCCGAAAACAAGACAGT TACACAGAGTCCTCACTATTTTCACAGCTTCAATCTGACGCAACTGGCTATTCCAACAAA AAGGAAAACTAAGTAATTAACAAAGATTCGCTTGGTAATACAAATTACCTTTGCTTAATC AGCTCCTGATCCTGGCGGCAACGCCCAATACTAAATAATTCGAAGAAATACAGATGAAAA TTCAAGAAGAAGAAGCCGTAAATATCAAAACAGCAAACCCTAGAATTGTGAAATTTAACC CAATTTGAGCCCCAAAACCTACAAGAAGTGCGAACCTTTGAACAAATAATAGGGCGACCG CTGTGATCACACGGCAAGCTGAAAGCTCCAAGCACCACTTCTTCAATCAGATATATTTTT TTTTTCTATCACTATGAATTTTTCTTTTTCTTTTTTTTTTTTGGTTCTTTCTGTTAAGAG TGAGGGAAGTAAAGAAAACGGGTTTCTCGAAACGCTAACATCTTTAAAATAATAAGGAGA ATTGTTGACTTATATAACGACTTCGGGAGAAATCTCAACCGTGCAATATATGGCGGCTTA TCCAACGGATGATATTATTTTGTTCTTCCATACTAAAGATCTGGATCATTATTTATGATT TTTATATTGTTTTTTGCAAATTAGAAGATTCTGAATCTATTAGGATCCTTAAATAATCAA ACAAAAAAGAGTCTCATATACTCTTTAACTTTATTATTTAGAACAGATATATTTCTTGTT ATAACAGTAATTTATATATATTTTTATTTATAAATAAATGACTAATATATAATTTTTCTT CTAACGAAAATGGAAAAAAATATAATTTTAATTTAACTTTATTTTTCTAGAAAATCTAAT CTTATATGAGTAAATTTAATCCTCGTCAAACATATATTTTTGATTTTTTTATTTCAATAA CTAATTTAGAATTATTTTTGATAATCAAATTTATTTATGTTTCATGAATATTCTTGTAAA ACTTATTGTAGATGACCAATTTTTTTCTTCGAATACAAAAATCAAATTACGATATAGACA AAAAAGAATAGTTAAAAAAATTTCTTTAAACTAAAGAACGAAAGAAAAAAATAAAATAAG AACAAGAAGCTCAAATAATTATAGTAATAGAAGTCAAAAATAATTTATGTATGAAAAAAA TAAAAATACACCTTGAACTTTGATAGGAGAATCATATATACCACTATTTTTTTAACTTCC GTTAAATGAAGGGTATAAGTGAGCTCATTTTGTAAAGGTAAGTAAATGCGAGTCGTTTAT ATAACGATAAGAGTATATATGAGCTACTTTCATAACGAGAGATATATCAACTTCAAATAG CAAAATTGAAGAATATATCAGACTCTTTTTCTATGTACAAATAAAAAAAGTGTGTTGTTT GATCTTTGGACCCGGGAAACAATTTTCTTTCTAAGATTAAAAACAATGATCTATTCGATG TCAACTTGAAATAGCAAAATTAGATTCGTATTTTGCTTTCAAAGACGATTTATTATTTAG CAATAGTAGGACTCATGTTCAATTTCTCTGTTAGCAAAATCAGATTCGTATTTTGCTTTC AAAGACGATTTATTATTTAGCAATAGTAGGACTATTTTCTTAAGGTGGCATGTTCAATTT CTCTGTTTTATTTTTTCTTTTTTTAATTCCTTTTAAAAAAATATTTATTTTACCAATTGT CAAATGGTATGTGTTATATTCAAAATTACAAAATTTTAAAAGTTAATTTATTTTCTTAAA CTCTAAATTTTTTATATACCAAATTACTTACTTTCTTTATGGTAGTAATTTGAGATTTGC GTGATTTTTTACTCTTAAAAAAAAAGTAAATATGTCAAACTTATATATGTGCAAAATTAA ACTCCATAAACTAAGTAAATATCTTATATCAATTTCTTTTCAGTTAGCTATATAAAACGT CATGTTGAAATAACTAAAGATTCATAAGTTACTGCGTTAGTTGATTGATTTGGATATATG TTCGAAATCCTGCATCTGCCAAAAGTTACTGATCCATTAGTTAGTTAGAAGGTTATTTCA GACTATTAGTTGATGGTAGTTAGTTTACCTCAATTACTGTTTTGATAAATCAATTAGTAG ATTAGATATTTTCTTCTTTCTTCTTCTGGTTTTTATATAACTAGTAAACTTAGCCGCGCT ATGTGCGGTGTATAAAATTTTTTATTTATTTTTATTTTTCAAATTCAAATGGATTAGCTA ATAAATTTTATATTTAAGATTAGTAATTTCAATTCAATTCATAAATTGATTTTATCAAAA AAAAAATATCCTAGCTGTACGGTCAAACACCTATATTTTTTTTGGTTGAATAGTACCTAT TCTTTTATGTTAGTTATAATATATAATTAATAATTTATGACTTTATTATCCATTTGAATT AGTTCTCAAGATTAAATATGGTCAACTTTAATATTTATTAAAAATTTAAGGTGAGATTTT TAGTCTCTTAAATTTTTTAAAAAACATCAAAAGAATTAAAATAGTAACAAATTCAAAAAC CATCTTAGAAATATGAAAAATTATTTGTAATAGATAAGCTACCTATAATTTGAAGACTTG AAAAAGTACTTCAATATTGTACAATTACCCCCTCAATCTATGCCCGAAATCTCAGAGACA CACTTATACTATACTAAGGTCCTATTACCCCCTGAAGTTACTTTATTAATAATTTTCTAT CCCTCTTCGGCCTACGTGGCACTATCTTGTGCGTCCAACATTGGTTTACTTTTTTTTCAA GTTAGTGTCACGTAAGCCAAAAAGGGATAGAAAATTGCTTATAAAATAAGTTTAGGGGAG GGGGTAATAGGACCTTAGTATAGTATAAGTATGTTTCTGAGATTTCGAGTATAAGTTGAG GGGGTACTTGTGCATTTTTCCATATTTATATATTAAAATTTATAGTTTTCTCTCTATATG TTGATTCTTTGGAAGGAAAATAGGTGATACTTGAGTTTAGTTCAGTAAAATAATTTTTAG TGATATAGAATCAACATAAAAATAATATATTATTGTTAAAATACATAATAAAATAAGTAA TAAATGAACAATTATAAATGAATGATAAAAGGTTTTATGTTAAGATTAAAAGAAAAACTT ATATGTCTAATAAAAACTTATGATTAGACTCTTGAATTTTTTTTAAATAGGGTAAATATA AAAAAAATTGTTCACAAATAATATGAATATTTATAATTATTAACGATAGATAATATTTTC ATATAATTAAAGTGTAAGTGAAAAAGTTAAGTAAATTTTTAGAATCATTATAATGGAGGA TGAATGGTTAAGTAATAAATATATTTGAAATAATTATCTGTATTAGTTTTTTCCTTAATA AATTCTCTTCTATAATTCTACATTTTTTTTAAATTTATTTCAACACTATTTTTTAGTCTA CTTTTTTTCTTATTTTATTTTTTATTTTTTTTAGTCTTTGCTTATTTAACTCCATTAAGA AAATACTAACAATTAGCATCGTAATTAAGAGAATCAAGTTTGCTCGTCTTTAGTATTTTT ACTAATATATATATATATATATTAAAAACAGTAAAAATTAGCATCGTATCTAAATTTAAT CAAGTTATAGCTTGTCTTTAGCTTTTTATTAATTTAAGTAAAATGTTTAAAATGAATTAT CTTAACTAAATTTTTATTATATTTTTCATGATTCATATTTTATTGAAAATTTAAATATAA CTTCATAATAATTTTGACTATTTCCCGCCGCTAAGCGTATCTACAAATATATTTTAATAT TTTCAAGAATTGTTTTTGTCTTACTTTTATTAATGATCTTGCTCTTATAATTTCATGAAA AAAACAAATCAATTATTCTCTTTTATATATCTTATTTTATAACATTCTTATTAGAAGTAA AAATAATTACACAAAGCAGTCTTTGTCGATAGATTTTGCATTACAAGATTAAAGTAGACA TTAAGCTTAATATAAATATATTTGGTTAGAAATGTTTTTTCGATGTGCTTTTAAGATGTC ACAAATTTAAACATTAAGTAATTTGGGGTTATGAAGGTATAAATTTGGGGTTATAATTAA GTATAGAGATTATGAAAGATGAAGAGGTGTGAATTTATGATAAAAATTAAATTAAAAATA AATATATAAAAATAAGAGAAAAAGTATAAAAAAAAAGTTATATATTTTTTTAATAAACAG TAGTATGTTTAAATAAAACCCTCCACCATTTTTATGGTTTGATTTTATTATATGCCATAT TTTCTTTTTACCTCATTTTAGAAATTTCAAATTATTAAAAATCTCCAAATATGCTTCTAC TAATAAACATTAATTTTAGTAATTACTATTATTTTAACAATATATACTTCTTCTCTTATT TTATATTATAGGAGAGATATCTATTAAGAGAAAAATTAATTAAAAACAAATTTAAAAGGG GTCATAGAATTAAAAAGTTAATCAAAAGTAATACGAAAATTTTTTAAAATTGTCAAAAAA AAAAAGTAATTCTACGGATGTTTCAAAATAAAATTAAAAAGTAGTTAAATTTTTTGTTGA TTAAATTCTCAAAATCGTGAAACAACTTTAGCCTATAAATAATTTCTATATATAAATAAT ATAATAAATAATGAAACGTTAAAATTATGTATTTTTACCATATGATTGTTATGTGATTGT GAGATATGAAATTATAAGAGGAAACGATTTTATTTGATTCTTAGCTGTATAATATGTTTG TATTTAATATTTAGTATTTATTTACTTTATATTGAAATGTGATATATTGTTTTTTTAATG CGTATATTTATTATATATTTGTATAACATTTTTATAGCCAGTGAGGAGAAAGATATTGTT AGACGAAATTAAAAGTAAGATATATTGGCGTTTTTTCAATTAACTAATTAATCTGATAAG GAACCAATCAGCTCTTATTGCATTGGAGGTTTAACCGGAGAACTATAAACGATCCATACA ATAATAACAACAAAAAGATATAAAATTGTAGTTAATTAATCGAACAAAAATATGAAAAAT ATTTAGTTATATATGATTTGAAGAGGAAAGAAGGATCATATTCTCAACATAACTTAATTA CAATCTTTATAATAATAACAACAAAAAGACATAAAATTTTAGTTAACTAATCAAGCAAAA ATATTTAAAATATTTAGTGATATATGATTTGAAGAGGAAAGAAGGATCATGTTCTCAACA TAACATAATTCAATTCTTCAAAATTTACAAAGTGAATAAAAACAATCAGTGTCTTCAGAA ACTACAAGAATAAGAAAAAAAATCTCAAAAAACTACAAAGACAAGCAAAAAAGAAAATGA ACATTATGTACTATAAAAGAATCATGATTTGTATCATCAAAAATCCAACCTAATAATATC AAATGTATAATTTCAATAGAACAAAAGTGATAATGATAATTAGACATGTCAAATCATTTT ATCTCACAAAATCAAACTATGCAAAATATCTAACATTTTTCATCATACATTCTTCTCCTG CAAAAATCAGATCAAAGAAGACAAAAATTAACAAAGTAAAAAAATAAAAATGAAGAATAA GGAAAATAAAAATAAAATGACCATCATGCATGTCTCAAAGTGAATTTTTATAGGTGTAAT ATTTAGGAGTTATCATTTTTTAAATTAAATATTTTGAAGGTTATGAATATGACAGGTTAG GAGTTATATATATTATTAAATTAAAAGGGTAGGAGTTATATATATTATTAAAAGGTTAGG AGGTGTAATGTTCATTAAGTAACTTATTAATAGCAATTTATACACATAATATTATTGTAA AAAAAAGAAAAATCTAAAAAGGCCTAAATTTATTTTTTTAAAAATAAATATTTTTCTGAT CATTGAGACATGCCACATAGGCGGAATGAAAATCTTGAATGGAAAAGAGATGTAACTACA GTTCCTTCGGAATCGGTAGTCGATCCTATTTTCGATAGGGGCAGTTGACAATTGAATCCG ATTTTGACCATTATTTTCATATCTGTAATAGTGAGAAAAGAAGGCCCGGCTCCAAGTTGT TCAAGAATAGTGGTGTTGAGTTTCTCGACCCTTTGACTTAGGATTAGTCAGTTCTATTTC TCGATGGGGCGGGGAAGGGATATAACTCAGCGGTAGAGTGTCACTTTGACGTGGTGAAAG TCATCAGTTCGAGCCTGATTATCCCTAAGCCCAATGTGAGTTTTTCTAGTTGGATTTGCT CCCCGCCGTCGTTCAATGAGAATGGATAAGAGGCTCGTAGGATTGACGTGAGGGGGCAGG GATGACTATAGTTCTGGGAGCAAACTCCGGGTGAATATGAAGCGCATGGATACAAGTTAT GCCTTGGAATGAAAGACAATTAAAAAAAATAAATATTTTTCTGATCATTGAGACATGCCA CATAGGTGGAATAAAGATCCTCATATATATATATATATATATGTTGATTTGATGTATCTC ACTTATAAATGGTCCAGATTCAGATTCATGAAATTCTATCTCGTTTCTTCCTCACTCCAG TTTCTTCTCTAAGTTCATCAATAGTGTATGAGCTTGCAGTGGCGAATCCAGGATTTTCAA AAAGTGGGTTCAAGACATAACAAATAAATCTAAAATGTGGGAGTAGGGATTCAAACTTGG GTAACCTGAAAAAATTAAACCCTCTTTACCAATGGGTCAAGGGTCACACTTGTGTTAGTG AAGTCAAAATTTAAAATATACATATAATATTTTAAAAACTAATCAAATATACATATATAT ACGGTGTTATTTTTCAACGAAGTGGGTTAATATGAACCCACTTGACCCTCTGCGGGTCCG CCCCGGTGAGCTTGTATGCAAATAGTTTTTTCATATCAAAATATACATTTACAAATATTT ATTCTATGAATTACACTCCGTATCAGATCATATCTCGTTGTAATTATCTCTTTAGCTAAA AAGAAATTGTCGATTGAGAAGTTTAAGATTGAAGTTAATAACTATTTCAAACTATACCTC AGGCATGGGGTGTGGTTGGTCGATTCAGTTTGGTTTTATGTATTATCGATTCGGTTGATC AATTTTTGACTTTAAATACACTAAATGAATAAGATACTTTTATCGGTTTTGAACCTTAAC AGTTCGGTTTTTGGTTTAACCAATAACAAAATGATTATAAAACAAATACATGACTTCTCT AATAAATTTGACGCGACAAGACAATAACGTAACTTCTTAATGGGTTATCGATTTACTCTA TAATTCGATATTAAAAACTAACACCATACCGATAAACCGATATAAAATCATTAAAAATTC GTTAACCCAATAATAACAAATTAATAACACTTTTTTCAATTCAATTTTTACACACCCCTA TTCTGATTTCAATATCAAAGAAACATGCACAATTTCTGAGAGAAAACGATTTATTAAATA TAATAATTATCAGTTTATATTTACTCTTTTCTTGATGACTCAACCCTTAAAATGGGACAT ATTGAGTAAATATGAGCATAATTTTGTGCATCTCAGTTTACAGGGGCCTAGATTGGAAAA ACTCAATAATACAAATGGGCCAGAGCTGCCACACAGTGGCCCACCAAGACCAAGTAAATC ACTTCGAGGCCCAATATTATTGGTCTTCAGCTCTTTCCTTGGTAATTGGTTAGAACTAAT AGTATAACTTACGATAAAAATAAGTAAAATCAAATTTTGTTTTTCATATCAAATATAATA AGCTTGTCTTTTTTAGGCGATTCATATGTCTTCAAATTAATCAGCATCATTCAAAAATCA AACCTTTTCATTTATCATTTATATATTGGTTAGCTTAAGGTTAAAAATTAACTTAATTAG ATATTTGGATGTAGATAGTTATTCTGTTGATAGCAGTATAAAATGGTTAACCAATTCGGT TAATATTAACCTATTTAATTAGTTTATTATTATTATAAATTAATCAGCTTGGTTTTCTTT TTCCACTTATTGACGTGAAATTCCTTCATTTATCAAAGAAATTAAAGTTAAAATATTTAA ATTTAAAATTGTAGTGTTGTCCAAGTTCAATTGACATTTTTATATCATATCTATTTATTT TTATAATATTAGTGTATTTATCATCTTGAAATTATGAATCAAATTTTGATTTTAATATAG TATCTTTAATACTTGCGAAAATATGAAAAATTGAAATTGATAGAAACTGTGCTCGCAAGT TTTTATAAGATGAGATGCATTCACTCCTATAAATATTTTCATACAAAAATATTCGCTTAA TCGTATATGAAAATAACAAAGGAATAACTAGTGCATGCAATGCTTTCTTAGTTGCATTAA AAAAAATTAATATAATTTTCACATGACAATCTATTCATTACTGATCCCCACGCAACAATT TCATTTACTACCGATCATTAAATAACAATTTTCAAAGTATTTTACCGCATAAGCATTTTT TAAATGTGTGACTAAATGCACCTCAACATATAAAAAGTTGGAGGGTCGTTTAGTTTGAAG AGAAGTCCAGGTAAAGACTGTAATGTACGGAGAAATAATTTTTAAATAATTGAGAGATGG TTGTTTCAGTGACAATAATAATGTAATACAATTGATGTATTATTAGTTTTTGTATTCTTA TTCCACCTTTTTGTATTCTTCCTAGTTTTTACCTAACTTATTATGATATTTATTTGTTTT CGACAATTATTCGTAATAGAAAAAATTATATATAATAGTAAATTTTTAATTCAAATTAAA TGTTATAATTATGGCTTAATTTAGTTGTATCCCATAACAAATTATTGTTATTTTGTCTCT CTCCTTATGAATCTCGTTCTCCACTCTCGTTTTCTCTCTCGTCTTAATCGCTTTTATACA AAATGTGTTTGTGTTTGTATAAAGGGAGAGAAAAGTATAAATATACATATATTTTCCATC CCCCCTCCCCCCCCCCCCTTCCCTCTTCCAAATCTCGCTCGCTCACGCCTCTCTCACTGT AATTTATACAAAAAAAAGGGAAATGTATAAAATACGTTTGTGTTTGTATAGAGCAATAAA AAATTATGTATTAACATATATTTTCGTTCTCCACTCTCCCCTCGACCAGATTTTGCTTGC TCACTCGCCTCTCTCGCTTTTTATAAAAACACAAATGTATAAAATGTGTTTGTGTTTGTA TAAAGAGAGAGAAAAATGTATATACACATATATTTTCGTTCTCATCTCTTTCCTCTCCCA AATCTCGCCCGTTCACTCGCATCTCTCACTTTATACAAACATAAATGTATACATTGTATT TGTGTTTGTATAAAGCGAGAGAAATTTATATATACAAAGACAAATGCATATATTTTCATC CTATACACTTATGATTATACAAATACGATCTTTGCCTAGTTTTCTTTTGTCTTTCTCTCT TTCTCACTTTATACAAACACATATTATACAATTGATCTTTTGTATATATATACCAAAGCA AATTATGCAACTGCTTTCTTTTGTATATACATCACGAAATTATATAATTGCTTTCTTTTG TATATGTACAGCGAAATATGTATATTTATGTTTTTTTTTGTGCGCAATTACATCAAAATT ATATCTAAAACACGCAAATATAATTTTTGTGATGCTATATTTGAAAGTTACACTTTTATA AATGGCGAACTATGAATGTAGCCCACATGTACATTATTATAAATTATACGGAAAAGGGCC TAAAATACCCTTAAAGTATTGAAAATGGTACAAAATTACCCTCCATCCACCTATTGGGTC CAAAATACCTTTGTCATCCACCTTTTGGTTCAAAATTGACCACTTATTTAACGGTTTTAT ATTTAAACTATTTAAATATTTTTTAAAATACGTGACGCTCAACTTTTTGTTATAATTTAA CTTATTAGCATAATTTATAAATCAATCCACTATTCACTCTATTACTAATCAAATACCTCT AAATTAATGAATCCGTCACATTATTAATGCAAGCTGCTGTCAATTGAGTGTTTTTAAAAA ATTTTGAGGTAAATTATCATATATTCAAGTGGCTAAATAAGAATCACCGATAAACTTAAA AGTCTTACTATGTTCATTTTAATTATTTTTACGTCTCAATTATGTGATGTTACTTCATAG GTAAATTTTTTTCAAAATAATATATTAAAGGTTTTAAAACAAATCATAAATATTTATAAA ATTATATTTAAAAAAAGTGCATGAATAATTTGGGATGTATTACTTCTTTACCTTTAATCA TAAATTTCTAATTCAATTTTGAAAAAAAATGTCCTCCTAAATAAGCGGCTCAACCTAAAT TTAATTGGGGTTTCAATTCGGACTCGAATAATTTTGAATGTCATTTTCAGGATTCTATAA TTTCATCGTGTTTTAGTAGTGTTTATGACGATTTTAATATTATAATTGGATTATTAATTG GGTGAGGTTTAATTAGTAATGAATGAGTAGTGAGTTGGTTTATAAATTATATTAATAAAT TATAATTATGATCAATAGTTGAACGCCAAGTATTTCAAAAAATATTTAAAGAGTTTAATT TAAAACAATTAAAAAAAGTAGTCAATTTTGAATCCAAAGATGGATGACAAGGGTATTTTG AAGCCAATAGGTGGATGAAAAAGACATTTTCAAGCCAATAGGTGAATGAAGGATAATTTT GTATCATTTTAAATACTTTAAAGATATTTTAGGTTCTTATCCGTAAATTATAATATCTTA CACTTGCAATAAAAGGAATTGATCCATATTTTATCACCAGCAACGGCATTCTATGATTGC TGAAGAATATTAATAATGTTTGAAGTGCAGCATTTTAAGAAAGAGGACATTTGATTATTT AAACAAAAAGAAAACAATTTAAAGCAGGTTTGCTTTATGAAAATATAGAATAATACGCAA AAAAGAAAAAAAAAAGTAAAAAGCGAAGCAAAAGAATTGGGTCAAAAAGAAGGACGCGTG GCGTCGTTCTTCTCCAGCCAACAACCCCTAAATGGAAATCTAGCTATGTCCTTTTATTTA ATTCTATACTTTTCGATTTTTTTTGTTATAACTTTGGGGTATAATTTAAGTAATTTTTTT TTAACTTGGATATAAATTTAAGGAGGAAAAAAAATTGAATTTTATGATCTTGAATTAAAA GAATGCCAAATTTATTAAATATTTTATAATATTATAATAAAATTAAATTAAAGAGATGCT TAAAAGAAAAGAGGCAATTGAAAAAAAAAGACGAAAACATAATCAGTTTTTAGTATGTAT AAATAAAAAAAAGGAATAATTGTATATAACAGCAAACTAATAACCTAAAATAAATAGAGT AGCTACTGTTTGATTTAATTGTACCCCATAGCAAACGTTTGCCAAAGTTTGCCAGTCGTC TCTCTCCCAAAACTCTCGCTCGCCACTCTCCCTCTGCTCATTTCTCTCGCTTTATACAAT AGAATTGTATAAATTATGTTTTTGTTTTGTATAAAGCGAGAGAAAATTATATATAAACAT GCAAAAACATATATTTTCATGTTATACACTTAATTATACAATTTACGAATATTTTACTTC GATTCAATTGTATAAAAAGGCAAATTTTATATAAATATTGCAGCGAAAAGGCCAACGAAT TATACAATTGTAGTGAAATACAATTTTCTTTCGCCTTATACAACAAAAGTCTATAAATTG TGTTTTTGTTTTTATATAAAGCGAGAGAAAAAAACATATATCTTCTTCTTATACACTTAT AATTATACAATATACAATATACAAACATTTTACTTCAATTCAATTGTATGCAAAACAAAT TTTATACAGATATTGCAGCGAAATAGGCCAGCGAATTATACAATTGCGCATTAATTGGCC AGCGAATTACACAATTGCAGCGAAATAGGCCAGCGAATCATACAATTGTATATGTATAGC GAGAGCTGCGAATTAATTCAATTTAGGCTAGCAAATTATACAACTGTATATGTATAGCGA ATCATACAGTTATATGTTTGCTATAGAGCGCATTATGCAAACTTTGTTATAGCATATAAA TATGAAATTTTTGTTTGCTATATGTGAAAGTTGCCCAAAAAAAAACCCTCTTTCTCTAAC TCTTTAGTTTAATATAATTTTCACATGATAAATTTAAAAATATCATAATTAAAAAATATT TTGATATAATCCTTAATTTACCTCTTCTGAAAATAGAAGAAAAGGAAAAGAATTCCTATT TACAAACGCGGGTAATTAATTGACAAGTACACGAGTTACGTATCATATATGGAGGTTACC AACTTATACTTGGTCTAAACACTCTAATAAGAGCCTGTTTGGCTCAGCTTAAAAGCTGGT TAAACTGACTTAAAAGTTGGTTTTTGACTTATTTAGCTGTTTGGTAATACTCAAAACAGC TTATTTTAAGTTAAAAAAAACTTATTTTAAGCCAAAAGTTAAAAGCTGGGGTAGGGGTGC TTTTTTTTTAGCTTATAAGCTGTTTTAAGTTGACCACATTTTTATCTTTTTGTGCTTAAT ATTTTTGTATAATCTCCAAATTACCCATATAACCCTAACATTTATTTCTTCCATTTTTCC CTTTTCACGTTTGACATAACAACTTCAGCACTTTTATCCAAACGCATAACTGCTTATTTT AAAAATAAGTTTCAGCACTTTTAAAAGTACTTTTTTAAAGTTACTTTTATTAAGCCCATC CAAACGGGCCCTAATTACTTTGTAGCTTATTTTAACTAACCCAGAATCCAGATAAATCTA CCATTCAAAGAAAAATCACCTTATAATTATACTGTCCATTCACATCTAATTAATGACACT TAATTTATACAGATTAGATAATTAAAATGAAATAAGGTTACTTTAAATAATTAAAAAAAA CAGGAAACCATCTGGAATCATCACTTTACCTATGTGAAATAATCCATGATTAATAGGTAT ACATCTCGCATATATTCAATGGTTAGTTTTTCTTCAGTTTTTTTTAATCACGATTCTATT AAATTTGAAATATACCACAATATTTGATACTAAATGTAAAGTGTTTTCAAACAAAGACAC TATTGATATATTTAGAAATCAAACTCAAATATATGATTAAGTATATCTTTAATTTGAGCT TTTTCCTACAAGCAACTATATTCAGATAAAGATGTTTAGGTAATAAACAATATCTCATTA ATTGTTTAAGCTTAATTATCAAGCAAAAGCAAATTTTACCCGTACGTAGTACTGTAACTT AACACACATGCCTGGTCCGTGGATAAGAGGCTTAATATCAATGAAATTGTAAATTATAGT ATAGTATTTGTCTTTTTTAAGTAAAACAATATTTTATCCATCGTAATAGTACTAATGTCA TAAAACGTTGCCCACTATCACAAGTAAAGGTAATTTATTGAAATGAAATTACTTTATGTG GACAATAACTTTACTGTTATAAAAGACACAAACGATAATAAAACACATCAACCGAAGAAA ACAGCACAGATAATATACAGTTTTCTATATGCATCTTATGAGGCTGGTTATGTTACAGGT GTCCTGATGAAGATATATATATATATATATATATATTGTCTCTAGTTTCAATAAAGCATA TAACAGTGTGATTACAACCTAATACAACCATGTCCAATAATTTCAATACTAGCTACCTAG CTAGCTTCACTAATTAAGTTACTTTAGTAGTAGTAGTTATCTTTAGTCATAATTCCTATC CTGTACTGACTATATATATGTGAAAGGAGAAACAAATTAAATATAACACAGAAAAAAATG AAGAATGTTCAGTAGTCAATAATTCAATGTTTATCATGTGATCAAACTATCCAATGAATA TTGTCTATTTTTCTTTGACTAAAAAGTTGGCCAGACGATTATTTTGAACAAACTAGAGGA TAATAATGTAGAGAATAATCCTCAATCTTTTCGAGAATGATAGAGTAGGAAATTTCCTCT CTAGTGTGCAAAGACCCTTAAGAGGAGAGCTTAATTCACAATATTGTTCTAAACATATTT ATCTTTTTTTTTTATTTCAAATTTTGTACATGCCTACTCTTCTTTCTATTGTAGATATTT ATTTGGAAGTCAATACGTGTATTTGATATCAAAAACAAATTCAATGTCTGGGTATGGGAT GCCTTTATGGAAAATATTTAGGCATTCAGAATAGGTGTTGTAGAGAATGAAAAAATTCTA TCAAAATGAAATGTGGGAAATGATGTGATACAATGGGATACAAAATGAAAATTTTATGTT GATTAGATAAATTATTGGTGTTCGAATAAGTTAATTAAGCGATATTACAGGTTAAAATAA TTGAGTGTTGGAGGAACTTTAAAGTCTAGTATACGAGAAATCCTCGAATTAAACAGCACT TATAAGTTTGAGACGTACTTATTGATTTCTTAGTTGTAACTTCTAAGAAGAGTTAACATG TAGGGTATTAAAGTTAAAGCTGAATAAAAGTTTGTTGTGTATTTCACAATTGTTAATTAC CAGCAAACATTTTTGCCCTAGCTAGATTTAGTTATCAGCCAAAGCACACTTAGGGTTTTA ATATATAAAATTAACATTACCTGATGTATTCCTCCCTCTCCTATTAGATTGATTGAGTTA CTATAGCGATACAAGGGTTCAACGGCCCAAGCTAAGTGCAGCCTTAGCATCAAATTTCCA TGCAAATCCCCCACAGTCCATCTTCCATACATCACAAGGCATTGTCCTTGACTGCTTCAC TTTATTCCATGTATAAACAATTCTTACTATGCATGCAAAACTTGGCAATAATAATAATAC TGGTGCACGCTTATCCTCCTTCACTACTAACCGCACCACCATCTCCGTCGCTTCTCCTCC CTCCTCTTCCGGATCTATCATTCTCCGGTACGCCAGATTCACCCACTTCACGCTATCTAA ACCGTCCGATATGAACCCTGGACACGTGTCACGCTGTAGATTCATCATCTTCTCCATGTC CGTACTTCCTAAAGCTGATAAATCTACAAAAGTAGTGTTTGTTAAACCGTCCACCGTCAC CCATGATTCCACAACCATCGGAGATCGGATCTCTACGGACGGATCTGGTGCACCGATCGA TAAAATATTTTTATTTATCCATATAGATCGGTCTAATTGCACCAAAAAGTTGATAGTTTT TGGGTAGGATCTGTCCTCCGGCGAAGTTTTAACTCCTCCGCTACTTTCCGGCAGTAGCTG AAGAGTTACCACCTCATCCAGCAATCCATCACTTTTTTCTTTTTTATTATTCTTATTTTT CTTAACTCTAACGTACTTTCTCTTGGTTCTTCTGTTTGCAACCACATGAGTTTCCGGCGG GCCAGAAGAATTATCTACGGGCTTGGGCGCAATAGGCCGGAACCTGAGCATCATCTGGTT GATTAGGGTGGTATCTTTGGGTGTAGGTGTGTATCCCGGCCCGGCCCAGGTATTTGCAAG GTCCATTCGGGCTGTTGTAGAGCAGTTTTTAGATAGAAGTTTTGCCGGATGCCGAGAAGA TTATCATAGTTACAGGCATAGTTGGGTAGTTCGTAGGGCACCACGTGTCTAGGGTTAAAC TTAAACAGTGATGAGATGTGTGGGTCCCCAGTAGCTGCGATTGGTGCGCCAGTGATAGGA GGTCACGTAGAGTGAGAAGCACTGAGGAAAAAAAAAGGTGTGCCTTGATAGAAGCAAAGT GGGAATGCTTTTCCATTAATTAGACGCGTGTCCATTTGTTTTTATTTTTTTTTCGTATAA CATATTCCCACTCTTCATCGTCAATCTACTGACAAGAAATAATGAAAATACTTAACAAAA CTAAGAAATAAAAAATATTATACTATTTAGAACAAAGGATAAAGGAATGTACACAAGTAA ATAAATTTACTCAAATCATAGGAAATGCAAATGCTAAGTTATTGTGTTTATAAAAATAAT GTTTTTTTTCATGGATTCATAAAACCAGTGAGGAGAAGGCACGGGTTTATTGGGCGAGTG GATGGTTTTTTAGATCACAATTAGGTCCCACACCATCAATCAAATCAATTAAAATAGAGG TTAGGTGAGGTCACACAACAATCACAATTAAATTGATTTGTGATTGGAGATTACACCTAC TACTACTACTCACTACACTCATAGAATCTGATGCCTCTAATTATCTTTGCATTCATATGA ATTATGAAAGTGAAGTTCTTCCTACATATAAAATTATTAATATTCTTGCTTTTCTCGTTA ATATAATATAACCAATTAACAACTTATCTATATATTTAAGTTTGCTTGAAAAAAGAAGCA AGTTTATTGCTACTTAGCTTGTACTATATAAAATTAAAAAACCAGACTACTAGGATATGA ATCATGAGTTCAGTAATCCAATAATTTTGCTTCAATTTTTTTTTTAAAAAAATTAATAGA AGTGTACAAATTATTAACTTGTAGAAACATGTCCCTGAAGCACACTGAGGGTGAATTGTG TTAGAGAGGGGTATATGAAAACTATAATTCATTCAAAGTTACATATAATAGTTGATGAAA TCTAGAAACCAAAAGGAAAAACAAAAAGCCTGCTAGAGTACTCGACCATATATATACATA CATGAGTTCGACATGTCTAATCATGTTTCCCATAATTCAAACTTACTAAACTTTGATATA AAAAGCTACAATAGATTCTTGAGTGTGGATTTTATTGATTTTGACAGTGCTCTCGTCATA AACTAATATTTGAGGTTGAGTTAATTAGACCCAAGATTTATTTCACAATTTTATTAAACA ATCAACACGATAACATACAACCATGCTACAATATATATTGCCTGGCCTCACTCGATAACA TACAAACAAACATGTTAATTACTTTATTTTTTTATATCTATATATAAAAAAGTGATATAT GTATTTGTTTGTTTATATGTTTTGAAGAAAAATAATTTTACCTGAAGTTGATGGTTGTGT ATAGCATGAGTTGCTTCCTCTTGTCTCTTGAGAGTTGAGAATGATTATATGTGAAGTGAT CATTTATGTATAACTTCATTTTTCTTAAGAGTTTTGAGGCATTTGAATGCATATATGTTG CGTCCAATACTCGTTGGGTGTAATATTATATGCTTACACATTCATATAGATGCTTCCATT GAGGTATCAACATTACACATGGCATAATATTGAAGTCTCTAGACGAATTGCTTGAACAAA TATTATTATAATTACTTAGTAAACAACGTTTTCTTCACCTTTAATTTGAAACATTATATT AATTTAAATTTTTTGTATCCAACGCTTCATCTGCGTGCATCTACACAATCACAAACTTTA ATATAATATATATATATATATATTTTTTTTTCTCATTATTTTTTCTTTGAAAATAGTATA ACATTTGATATGAAAAGTCTCTGTAAACCGCTTTTGGAAAGTGAGACATAAAATGAGGGG AATTGTTTGCTACACCAGGTGTCATATATTTGCTTGATTGCTTCTCTCCCCGTTATGTGG TCCTTACTCCTAGCAATATTCTCACTTAAGTATAGTATAATTGATAATAATAAAAGAAGC CGCCATTGATATTTCTTGGATGAAAAATTATATCGCATATATTAATAAAAATTAATTGGT TGTGAAGTATTGCATTAAATTAAGTCAAAACTACTGATTATATATGATGGTGTATTATGG TTATCTTGAATGGATGTGTTCCTACTTGTTACGACACGTTAACTCTATGTTACTTGTTTT AGTATAAAAAAAATTAGTAGTGTTTTTGTCTTGAAATTGTATTGTGGCTTTGTGTCACTT ATTTTACTCCCTCTGCTTCACAAGAATGGCCTGATTTCACTTGACACGAAGTTCAAAAAT ATAAAGAATTTTTTTAAATTTTGTGATTCTAAACTAAAATTAGATCAAATATAAAAATTG GTTTTTGATCCTATAGCACGAAACATGCAATGTGAAAAACGAAAACTAAAATATTACCAA AACAAAAAAAAGGTTATTTTTTTGAAATAGAAAAAAAAAAGCTATTTTTTTAAACGAAGA AAGTAGTACAAATGAAATTAGTAGTGTTTTTGTCTTGTAAAATTGTATTGTGGAATGGAG AGTGGACACCTATGTATTTGTCGTTTACGAGGAACCTTAAAAGACAGGAAATCTAGTTTT ATATGAGATCAAATCTTGTGAACCAATAAATAACTAATTTGCTTCAATAATTCACCCATA CCCAATACAAGGAATTGAATTCAATTCTTCTCTTTATAATTTGATATTAATGGAAAGGAC GCGTGGCGACGTTGAAAGCTAGATGGAATAGACAAGTTGGGCTTATAGTTATGAGTATGT GGAACATGGCTATTGGCTGGTTTCTAATTGGTTCAAAAAGCACAAGTTGCGTCTCCTTCT AGTTACCTTTTTTCTTCATAAAAAAAAAATTAGGAGAGAAGAAAAAAAAAAACGCTATTC GAATGTGATATTATACCTTACAAGTGTACGTTGACTGTGGCCTCTTAATAACGCCTCTCC TTCAAGAGTGACAAGAAATAGTGACATATAGTGAAGAAAGAATATACTAGATGACAAAAA TTTCCTCTGCTTTTCAAGAAGCTAATCTAAAAATTGGCTATAGCCATTTCAGAATATGTC AAAAACCACCATCTACATTTAAGTCACTTTTTTACTCCGTACTAAACAGAATTTCAATGA AAAGGCAGCGGAGATTATTATACAGAATTATTCATGGCAATACACGTAAACTGCAAATCC GCCAACCCAAAACAATAAACTTACTACTAAATATTCTTATTTGATTAATCGTTTTGGTAA CCCTTGGAATAGGTTCTTTTTACGTGCAATAAAATTGTATGTCAAGTCACAAAACTATAA ATCTGGAGAGCAAAGTTTCACAACAGTCAGACAGACAGCTCACAAACAGGGATTACAGCT TCAAAAACAAGGCGAGAATGTCTCCCCACTATAAAAATCACAACTTGAAAATTACACGGG CCTCTTCTTATTTGAACTCCAAATATAAGAAAATTTTAGCCTGTTTGCTTTACCAAAAAC CAGGCCATTCAAGAGTAAGACGCCAAACAACAAAAACATTTTGAGAAAGATAATATTATT TGCCTGCTCCACAAGCATTTGAATAGGGGATGTTCTAATTGACAACATCAAGGACCAGCT TACGTGACTTGAGAACAGACCACCTCAAACGCCTGTAGTAAGCAGCTTGAAGCAGTGCAA GGGACAGTACAAATATCCACTTGAAGCCCATCTGCAGTGGAAATGCAAATACATCACAAA CTACCATATAGTAATAACACAAACATCATCATCTGTGCAAATACCAAAAACAACAGACCA GTTTTCTCTCTTCCATTTCTGGTTCAGCAGCCCAAGTTAAAAATGACACCACATCTTTCC CCATCTACACAACGATACAAGGAAAAATTAGCTTATTTATACTGAAACATAGTAGTGTAG ATCATCTCTATGAAACTACATGCAGACACCCTCCAATCAAGTGACAAAGGGACCAACCTG AGCTTCTGTTGCAGGGACACCATCTTCATACTCAACAGCACCATCATTAAGCATTTTTGG CATTGCAATAGCTCCACCAGGGAAGTAAGGATTGTAGTGCAGTCCTTCACGAATCTATAG TATGGTTGTAGCTTGACAGATCAGTGAAAGAGACAAGGAACGCCAGTATTGTGTGGACAA AAAAATCTAGTAATCTAATTATCTTCAGCTAATAAAATGGTTGACTTGATTATATTATGC TCACAAACAACCACAACAATCAGGAAGCTAAGTAAGCAAACCAACAAATGCACCATGAGA TGTTTCTAGAATGGAGATCCTAGATAGGATCATTTTAGGATCCCATGATGGATCATAGTA GGACTTCAAGATCCAAGCAAATATACATGGTTAATTATTATATTATACGGTTTATTTGCA CCTGTTGCTCTTGGAATTTGTTGCACAGCCAATACAAGATAACAAAATACAATATGGGAA TTTCATACAGCTGACAAATTAGTAGGATACTAGGATCAGTGTGACGGAGTGAAACCTTAA GATCTACTGTCTGAATTTTATCTAATACAATCCAATAAACAGGATCATAAACTCTCATGT GAGATCCTATGCAACTAAAGGTGATCCAACATACTCTGATCCTCTCACTACTCTATTTCC AGAAGTGATTTGATTAAATTAATGAATTTGTACTGTAGGATTGTTGATTTAAATTCAAGT TGCAGCTTAAGATTACATAGAGTAAGATGCCTATCAGTGTCAAAGCAGTTCAGAAACCTG TCCTCCTGTCCTCTCAGCTGCAGAGTCAAATACATCAAGATAAAGGTTGGAGACTTATCC TACTTTGTTTACAGTCGGAAACAAGAAATCACTGTGTCACAATGTTCTTGTGGCACATGT TAGGAGTAATTTCCTTTTTTTACCACAACACAAGGTTACATAACAAAAAGAATTTTTAAA AAATAAAAATTAGAGACAACATTTGGATTCAAATGTTTAGAGAGAAACGTGAATGAGAAT TACTTCCACTTGAAAAAGTTGCTCAGGCCACACAACCAGCTATGTAATAAAGGGAAAAAA ACATTTCTACTAAAAGGCCCATTCTACCACTCAGGGATTTTCTTTGTTATCAAAAGAAAA AAAATCATATGGGAAGCCAAAAACCAAAAGTGCAGAAGGTATAAAGGCTTCAAGATTGAA AACTTAAAGAGTCTAAGATACACAAAGGACAAAGATGCATACCGAAACACCAGCAGGAGG ATCACGATAGCCAGTAAGAAGAGCAAACACATAGTTTTGACCATTATGGCGTGCCTGAGA AACAGAATGAAAGCTAAATGGGGCAGATAACAGTAACGACTGAAATAGGAACAGAAAGGA GATTTTTCTTTAAAAAAAACAGAAACAGAATGGCGGAAATACTTTTGTAATAAGACTTAA ATCTGGAGGGTAGGCTCCCCCATTAGCAAATCTAGCAGCTGCTTCATTTGGATATGGCTG AGGAAAACGATCACTCAGTTTACCAGGACGGGTAAACATTTCACCCTCATCATTAGGCCC ATCCGCCACCTCAATCTCAGCTGCCATAGCCTTTACTTCTTCCTCTGTATATGCCACCCC GACCAAGTCACGATATGAAACAAGTGACATTGAATGACAAGATGCACATACTTGTTGATA AACCTGGTGACCACGACGAATCCTGTTTGCCAAAGAGCAGCACAAATAATTCAACTAAAA TACAACTATATAGCTAGTTGAATTCTGTAAGCAGGTCTTGATCACTTCCTTTTTATCCTG GCAGTATAAATTTAAGCAATGCACAATATCTTTTTTCTTCTTTCTACAAGGTAATGTAAA ATGCAAAATATGAAGATCTGCTTATTCTTTGAGATGAAAAAGCTCCCCACTAGACACAGT ATAGGAGTGTTTTCTCTGATCGGCATGGGCCAACAAGTATAAGCTTGGCTTTCTTAGCAT GGCTCTTTTGACGATTCAGTACATGGATGTCATGAATCTTTTTTTTTTGAGAATGATAAC TTAATGGATGTCATGTATCTATTGGCGTAGAATATGGAATCTTTTCTACATAAGCTGGTT AAATATGCAAAAAGTCTGGATGTACTATATATTGGGCATTTTGAAATTAAAGAGACAAGA AATACAATTGTAAACCAAATGAGCAGCAATTTCAATAGTCGGTGCTTGGCATTTTTTCCA TATCATAGAAGAAGCTTCCATTTTTCAGGCCAAACATGAGAATGGAACAACAATTCATTT AGAAAGGTCTTTCCATGCTATGCCATAAAAATGCATATTGAATGTAGTGTACTTTAAGTG ATTGACCCATATTATTGTTGAAATGCACCTGGCAAAACCCTCTATCACAAAATCTGCAGA TACCCTGAAATCCTTATCCTTTTCTTTAAAGGGATGGAAGTTTACACTTAACAGAACATT CTTTATCAGAAATACACGTAAAAGCCTGACATCTTTATCCTTTTTCCTGATGGGACAAGG AAAAGGGGGGACGGGCAACTGAAAGCAGAGAACAAAAAAGACAACAGAGAGCTTTATTTA TCAGAAATACACGTAAAAGTCTGACATCTTTATCCTTTTTCCTGATGGGACAAGGAAAAG GGGGGGGGGGGGGGCAGGGCAACTGAAAGTACTGAACGAAAAAGAAAACAGAGAGCAAGG GGGAGGGGGGATAAGAGATTCACGAGAAACTCACGAAGCATGATCGTATGAACTAAGAAT GCCTGCATGAGGCCAAGGATAGCTTGGGCATTCCAATCCGTGTTCAGCCTCATCAGCAGA TGCTACTGTCGCAAAACCTAGAAGTCCAGATACACCCGCTCCAATGAGTGCTAATGTTCT GAAGGACTTCATGCCAAAAGAACCAAATTCTTCTTGAGCTTTTTTGGAAACAAAGGATGA TAAAATTGGAGATGCCTGAAAATTTATGTAGTTTTAATGAAAGATTTGTACAACTTGAAA TTGATAGGACCCAAGTCTTTCAACTAAATCAGTACCAATCACAAAATTTCCCACATCAGA TATGAGCTCTAGCACAGCTAGTGGTGATTTGTCGAACTACTTATTAGCTTATTGCCGCAA GAAGGATGTTATGTTATCAGGTAGTACAGCATGTTTAACTATATATGCCAACACAACCAG GAAAAAGCAGACCGCATTCACATAAAACAATTTAATGCAGGGTCACAAAATGCTGAGTCC TTTTTTCAATTTGCATTGTCACAGAGAACTTTCCAGTTTGCATGATTGAATATATTGAAT ACAATTTTAGTACACTTAAACTTTAATAGAACCCACTTCTATTAGTCTTAAGAACACTAA TCCTCTATTATAATTTATCCTTCTATTACACAGAAATCAAAACATGACCCAACATATTGC GGAACAAAAAACTAAACAGCTCTGAAATGTGTTCCAGTTGCCAATGAAATGCACTTCAAA TACGAGACATCATTGTACAAAAAAAAGCATTTTTTGAAGAGATTAAGAGAGTATGCACAT TGAAGGCAATAAGTCTCCTTATATACATAAACCAAAGATTCAGAGTATAAGCATCGGCTA CGAAGAAAGAATGTACAGCCATACCGTGGATTCAGATTGAAATTTCCTGCCTAGTAAGCG ATGGACTGCTCTACCTCCCAACATTGTTAGTCACGCCCTCTGTCAGGAAATCAGAAAATT AAAAAATAGGAAACAAAACACAACAGATTTGATTATTTTACTCCTAAGTCAATACGCCTA AGAACGGACTATTTATTTAACCTAACTCATTCTACAGTTCCTTATTCCCCTAGCAAACAA CTTTGTGCGATCTGCAAATTCGTTCTACTCAAAACACCGTCAACAAGTAAGGGAATCCTA GGGTGCTTTTCAAGATGAAACAAGCTAGAGCTTCGAAGAAATTGAGGAGAGACGAAGGGA TAATATCTCACCGGAAAAGGACCGTAGAGAGGGTTGATCGACGGCGATAGGACAAACAGC GCCTGAGAGATCCGGAAAACCAGTCTAGTCTTCAAAACTATTCAGAAAATTCTAAGAGGA GGAGGTTTTGCTCCAGGACGAGCTGTTCTATCTTTCTCGTTGGGCCTTCCGATAATAAAT GGTATTGGGCCCAAAGAAGAAGATAACCCAGCTAATTTAATTGGGCCTTTGGAGGATCAA AGAAAGTTAGAGAACTGAAGTTTAACCATGTAGTAACTTTTTGTTTAGGCTATAGCCGTC ACAAAAAATAATACAGCACACGTAAAACATAAAATCGAGAACGCAAGTTCAGTAACTTAA AACATAAGGCGGAGGTAGAAATAAAGATAATGCACAAATCATATCTTAAAGAGGAAGACT AGTCTTTTAATTTAAAGAAACAAACAAAATGATGATTATGTTGCATATCGTATCAAACTA AATAAAAGTGAGATTTTTTAAATAATCTATGTGATGGATAAAATGAGTGAACCATGAAAT GGTTCAAATATGTGAAGTGTGAAGAAAAAGAAGAGCGAGTACGTTAGACAATTTTAACTT ACTAAAAAAAATTAACCTTGAATAAAAATATTTAAAAATTAACGACTAAAATAGAAATTT AACAGAATAAATTTTTTTTTTTCGACCAAAAGAAGAGGGGAAGGAATCAGAAAAAAAAAA AGAAAGAGAGAGAGGCAGAAAAGCAAGGGGCAAAGTGAAAAACCATTAGCGGCCGCGCTT CTTCCTCTTAAAACAATCCTCCAATTAATAAACCTATCTTATATCAATGGCGCAAATGGG TATTCTTCCCAGGGCTCCTGTATTATTATTACAACATAATGATAAGATCAACAGCAAAGC ACAGTTTCGCAAAACCCATCATTCTTCTTCTTGCATTTGTTGCTCTTCTAGCAATTTCCT TGACCCGCGATTTTCATTCCGCTTCTTCTTCTGCTTATGTTTCCCTTGCTACCACTTGGG CTCCTGACAAGTACCGTATTAATGTCTCCAATCAGGTAAGTTAAGAGCATTTGGGTTGCT TCAACTAATTACTACGAAATTATGATCTATTTTGCATTTTGTAGAATCAGGATGTAGGAG GAGGAAGTAATAAGGATCGTTACCCTGAGAGAGCGTTATCCATGACCTATGCTGATTTGC CTGCTCCTGAATTGAAATGGGAACAGATGGCATCTGCACCTGTGGTTCGTTTGGATGGCT ATTCTCTTCAGATTAAGGATTTGCTTTTCGTTTTTGCAGGATATGAAAACCTAGACCATG TAAAAATCTTTTTCCCCATTTTTTTTTAATTAGATTGAAAATTGGCTAGTTAACTATACT AATTACACTATCTATAGGTGCATTCTCATGTTGATGTTTACAATTTTACATCAAATACAT GGACGGAGAGTTTTGCAATACCTAAAGATATGGCAAATTCACATTTAGGGGTGGCTACTG ATGGAAGATACATATATATAGTGTCAGGACAATATGGTCCCCAATGCAGGGGACCTACAG CGAAAACATTTGTTTTGGACACACACACCAGAAAATGGGAAAGCTTGCCACCATTACCAG CACCAAGGTATGTATCCTTGCTGGCTTATCCAAGAACACATCTCTTTTGTAACATTAAAC CTAGACTAGATTGTTACCTTATTTCTTAAATAATCACAAATAGAGATGGAGGTTGTTGAT ATAGTATCAGTTTCTTGTGCACCTAAAGGTGTGTGACCTAGTGGTCAATGAAGTGGTTTA AGAAACTGTGGGTTGTAGAGACCGACAAGATAATCTGTGGTTTAGGCGCACATCAAGGTT TCAAATTCTGCTGCAGATAAAAAGCCTGGTATTTTAAGTGGAAAATGGTAAGAGGAACGC GCCCATCATCCATCAAGTTTCTAACTAGCCCATCATCCATTTAGGTTCTAGATTAGCATC ACATCATAGTGATAGCATATTGAAATAATAAGTAGCTTATGATGAGTTTGATACAAAACT AGAGTAATGACTAGGGTTTTTTCAGGTATGCACCAGCAACTCAGCTTTGGAAAGGCAGGC TACATGTGATGGGTGGAGGCAAAGAGAATCGCCACACCCCTGGATTAGATCATTGGAGTC TTGCAGTAGCTAATGGAAAAGCCTTAGAGAAGCACTGGCGCAAAGAAGTACCCATTCCTC GTGGAGGACCACATAGGTTTGTCAGTTGTTCTTTCTAAGGCTATAGCCCTTGTTCCATTA TACTTTTATGAGGACTTTAAAAGCTAAAACTATGTTGAAGGTTATACTTGATTAGTTTGA GAATAGTCATTAACATGAACTTTGGTAAATATCAATTCAAAATGTCTAACAGGTCCATAT TGAAAATTGTGCTCTCCTTTCTTTAAAAGTATATACCCTGTTCTGAAATGCAATTTATTT CAAATCCTGAACTTGAGGCTATTCCCTACAGGGCTTGTATTGCTGTTGGTGATCAGCTCT ACGTAATTGGTGGTCAAGAGGGTGATTTTATGGCCAAACCTGGCTCCCCTATCTTTAAAT GCTCGCGAAGGTTCGAGGTATATGTTGCTATAGTTTTTATCTAGGTTCAGTAATCTGATT ATTAAAGCTCAGGTATTCTTGTTTCAATCTGGTCAACTAAACTCGAGGTTGTGTCTTCCT TATAATGGTCTTGTCTCAAAGTTTTTTTTGGGAAGTTACTATAATTTGTATGTTTGTGAC TTCAGGTGGTTTTTGGAGATGTTTATATGCTAGATGAAAGTATGAAATGGAAACAGTTGC CTTCTATGCCAAAACCAGTTTCGCACATAGAATGTTCTTGGGTTATTGTAAATAATTCTA TTGTTATTGTTGGAGGCACAACAGAGAAGCATCCCGTGACCAAAAGGATGATTTTAGTTG GAGAGGTGTTCCAGTTCAACCTAAATACACTGGTATTTTACCTCCTTTTCTTTGACTCCA ATCAATCATCAATGTTGGAAATATCTCTGTCTTAATCTACATAATATACTTTTTGATGAC GTTTCAGTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.951 43167 43268 match_part 0.990 45099 45195 match_part 0.960 45315 45389 match_part 0.985 45714 45781 match_part 0.992 46464 46593 match_part 0.962 46705 46809 match_part 0.963 48927 49115 match_2 match_part 0.951 43167 43268 match_part 0.990 45099 45195 match_part 0.920 45315 45389 match_part 0.971 45714 45781 match_part 0.992 46464 46593 match_part 0.897 46705 46772 match_3 match_part 1.000 43171 43268 match_part 1.000 45099 45195 match_part 1.000 45315 45389 match_part 1.000 45714 45781 match_part 1.000 46464 46593 match_part 1.000 46705 46809 match_part 1.000 48945 49280 match_4 match_part 0.949 43171 43268 match_part 0.990 45099 45195 match_part 0.973 45315 45389 match_part 0.971 45714 45781 match_part 0.992 46464 46593 match_part 0.962 46705 46809 match_part 1.000 48927 48948 match_5 match_part 0.949 43171 43268 match_part 0.990 45099 45195 match_part 0.973 45315 45389 match_part 0.971 45714 45781 match_part 1.000 46464 46543 match_6 match_part 1.000 43172 43268 match_part 1.000 45099 45195 match_part 1.000 45315 45389 match_part 1.000 45714 45781 match_part 1.000 46464 46593 match_part 1.000 46705 46809 match_part 0.989 48945 49125 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119669 119592 match_part 1.000 119319 119245 match_part 1.000 118575 118355 match_part 0.974 117322 117170 match_271 match_part 1.000 119659 119592 match_part 1.000 119319 119245 match_part 1.000 118575 118355 match_part 1.000 117322 117175 match_272 match_part 1.000 119650 119592 match_part 1.000 119319 119245 match_part 1.000 118575 118355 match_part 0.976 117322 117199 match_273 match_part 1.000 119659 119592 match_part 1.000 119319 119245 match_part 1.000 118575 118355 match_part 1.000 117322 117211 match_274 match_part 1.000 118553 118355 match_part 1.000 117322 117213 match_275 match_part 0.992 119710 119592 match_part 1.000 119319 119245 match_part 1.000 118575 118355 match_part 1.000 117322 117216 match_276 match_part 1.000 118530 118355 match_part 1.000 117322 117218 match_277 match_part 0.980 118506 118355 match_part 1.000 117322 117220 match_278 match_part 1.000 119659 119592 match_part 1.000 119319 119245 match_part 1.000 118575 118355 match_part 1.000 117322 117224 match_279 match_part 0.846 119617 119592 match_part 0.947 119319 119245 match_part 0.959 118575 118355 match_part 1.000 117322 117227 match_280 match_part 1.000 119677 119592 match_part 1.000 119319 119245 match_part 1.000 118575 118355 match_part 0.957 117322 117229 match_281 match_part 0.985 119659 119592 match_part 1.000 119319 119245 match_part 1.000 118575 118355 match_part 0.989 117322 117230 match_282 match_part 1.000 119710 119592 match_part 1.000 119319 119245 match_part 1.000 118575 118355 match_part 1.000 117322 117237 match_283 match_part 1.000 119677 119592 match_part 1.000 119319 119245 match_part 1.000 118575 118355 match_part 1.000 117322 117238 match_284 match_part 0.986 119663 119592 match_part 0.947 119319 119245 match_part 0.982 118575 118355 match_part 0.988 117322 117238 match_285 match_part 0.965 119705 119592 match_part 0.947 119319 119245 match_part 0.982 118575 118355 match_part 1.000 117322 117240 match_286 match_part 1.000 119674 119592 match_part 1.000 119319 119245 match_part 1.000 118575 118355 match_part 1.000 117322 117241 match_287 match_part 0.961 119642 119592 match_part 0.960 119319 119245 match_part 1.000 118575 118355 match_part 1.000 117322 117253 match_288 match_part 0.964 119702 119592 match_part 1.000 119319 119245 match_part 1.000 118575 118355 match_part 1.000 117322 117254 match_289 match_part 1.000 119297 119245 match_part 1.000 118575 118355 match_part 1.000 117322 117272 match_290 match_part 1.000 119676 119592 match_part 1.000 119319 119245 match_part 1.000 118575 118355 match_part 1.000 117322 117279 match_291 match_part 1.000 119655 119592 match_part 1.000 119319 119245 match_part 1.000 118575 118355 match_part 1.000 117322 117279 match_292 match_part 1.000 119659 119592 match_part 1.000 119319 119245 match_part 1.000 118575 118355 match_part 1.000 117322 117285 match_293 match_part 0.976 119675 119592 match_part 0.960 119319 119245 match_part 0.946 118575 118355 match_part 0.968 117322 117292 match_294 match_part 0.905 119307 119245 match_part 0.923 118575 118355 match_part 0.947 117322 117304 match_295 match_part 0.983 119708 119592 match_part 0.973 119319 119245 match_part 0.973 118575 118355 match_296 match_part 1.000 119677 119592 match_part 1.000 119319 119245 match_part 1.000 118575 118375 match_297 match_part 0.963 118558 118397 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 14555 14388 exon 14215 13870 exon 12474 12229 exon 11410 11220 exon 11137 10966 exon 9186 9049 exon 8969 8792 exon 8651 8506 exon 8296 8120 exon 8019 7909 exon 7482 7363 exon 7265 7109 exon 6583 6420 exon 6315 6229 exon 4091 3763 exon 3415 3358 exon 3089 3029 exon 2784 2511 exon 2294 1754 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 3969 3763 exon 3415 3358 exon 3168 3029 exon 2784 2515 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 24124 23712 exon 22261 21439 gene_4 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 23178 22461 gene_5 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 31159 30955 exon 30871 30710 exon 30388 28962 exon 26375 25521 gene_6 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 26773 25521 gene_7 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 31060 30955 exon 30871 30710 exon 30316 29950 gene_8 gene GT_PGL_3_AGS_4 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 31060 30955 exon 30871 30710 exon 30255 30013 gene_9 gene GT_PGL_3_AGS_5 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 31061 30955 exon 30880 30710 exon 30388 30045 gene_10 gene GT_PGL_3_AGS_6 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 31131 30955 exon 30871 30414 gene_11 gene GT_PGL_3_AGS_7 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 31139 30955 exon 30871 30710 exon 30326 30231 gene_12 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 38720 38450 exon 38328 38272 exon 38080 37986 exon 37381 37231 exon 36918 36793 exon 36677 36521 exon 36361 36301 exon 36219 35937 exon 35536 35411 exon 35116 34961 exon 34876 34630 exon 34552 34091 exon 33420 32764 gene_13 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 35534 35411 exon 35116 34771 gene_14 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 43167 43268 exon 45099 45195 exon 45315 45389 exon 45714 45781 exon 46464 46593 exon 46705 46809 exon 48927 49428 gene_15 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 43167 43268 exon 45099 45195 exon 45315 45389 exon 45714 45781 exon 46464 46593 exon 46705 46809 exon 48945 49428 gene_16 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 43171 43268 exon 45099 45195 exon 45315 45389 exon 45714 45781 exon 46464 46593 exon 46705 46723 exon 49099 49280 gene_17 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 50454 51043 exon 51230 51315 exon 51666 51720 exon 51798 51984 exon 52223 52380 exon 52466 52534 exon 53204 53262 exon 53481 53517 exon 54074 54145 exon 54292 54439 exon 54594 54689 exon 55421 55491 exon 55781 55896 exon 55983 56028 exon 56115 56472 gene_18 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 50448 50613 exon 50842 51043 exon 51230 51315 exon 51666 51720 exon 51798 51984 exon 52223 52380 exon 52466 52534 exon 53204 53262 exon 53481 53517 exon 54074 54145 exon 54292 54439 exon 54594 54689 exon 55421 55491 exon 55781 55896 exon 55983 56028 exon 56115 56472 gene_19 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 50259 50345 exon 50842 51043 exon 51230 51315 exon 51666 51720 exon 51798 51984 exon 52223 52380 exon 52466 52534 exon 53204 53262 exon 53481 53517 exon 54074 54145 exon 54292 54439 exon 54594 54689 exon 55421 55491 exon 55781 55896 exon 55983 56028 exon 56115 56472 gene_20 gene GT_PGL_6_AGS_4 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 50552 50613 exon 50835 51043 exon 51230 51315 exon 51666 51720 exon 51798 51984 exon 52223 52380 exon 52466 52534 exon 53204 53262 exon 53481 53517 exon 54074 54145 exon 54292 54439 exon 54594 54689 exon 55421 55491 exon 55781 55896 exon 55983 56028 exon 56115 56472 gene_21 gene GT_PGL_6_AGS_5 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 50468 50524 exon 50813 51043 exon 51230 51315 exon 51666 51720 exon 51798 51984 exon 52223 52380 exon 52466 52534 exon 53204 53262 exon 53481 53517 exon 54074 54145 exon 54292 54439 exon 54594 54689 exon 55421 55491 exon 55781 55896 exon 55983 56028 exon 56115 56472 gene_22 gene GT_PGL_6_AGS_6 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 50466 50521 exon 50813 51043 exon 51230 51315 exon 51666 51720 exon 51798 51984 exon 52223 52380 exon 52466 52534 exon 53204 53262 exon 53481 53517 exon 54074 54145 exon 54292 54439 exon 54594 54689 exon 55421 55491 exon 55781 55896 exon 55983 56028 exon 56115 56472 gene_23 gene GT_PGL_6_AGS_7 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 50420 50444 exon 50842 51043 exon 51230 51315 exon 51666 51720 exon 51798 51984 exon 52223 52380 exon 52466 52534 exon 53204 53262 exon 53481 53517 exon 54074 54145 exon 54292 54439 exon 54594 54689 exon 55421 55491 exon 55781 55896 exon 55983 56028 exon 56115 56472 gene_24 gene GT_PGL_6_AGS_8 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 50293 50356 exon 50842 51043 exon 51230 51315 exon 51666 51720 exon 51798 51984 exon 52223 52380 exon 52466 52534 exon 53204 53262 exon 53481 53517 exon 54074 54145 exon 54292 54439 exon 54594 54689 exon 55421 55491 exon 55781 55896 exon 55983 56028 exon 56115 56472 gene_25 gene GT_PGL_6_AGS_9 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 50466 50521 exon 50813 51043 exon 51230 51315 exon 51666 51720 exon 51798 51986 exon 52223 52380 exon 52466 52534 exon 53204 53262 exon 53481 53517 exon 54074 54145 exon 54292 54439 exon 54594 54689 exon 55421 55491 exon 55781 55896 exon 55983 56028 exon 56115 56472 gene_26 gene GT_PGL_6_AGS_10 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 50454 51043 exon 51230 51315 exon 51666 51720 exon 51798 51904 exon 54113 54145 exon 54292 54439 exon 54594 54689 exon 55421 55491 exon 55781 55896 exon 55983 56028 exon 56115 56472 gene_27 gene GT_PGL_6_AGS_11 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 51937 51937 exon 52223 52380 exon 52466 52534 exon 53204 53262 exon 53481 53517 exon 54074 54145 exon 54292 54439 exon 54594 54689 exon 55421 55491 exon 55781 55896 exon 55983 56028 exon 56115 56472 gene_28 gene GT_PGL_6_AGS_12 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 55483 56028 exon 56115 56452 gene_29 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 59142 59425 exon 60415 60871 gene_30 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 60942 61465 gene_31 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 76001 76191 exon 77151 77308 exon 77393 77494 gene_32 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 77520 77785 exon 77870 78263 exon 78338 78443 exon 78521 78612 exon 78692 78760 exon 78835 79496 gene_33 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 91892 91315 exon 91211 91163 exon 91062 90931 exon 89901 89834 exon 89717 89654 exon 89367 89284 exon 89155 89055 exon 88963 88897 exon 88798 88668 exon 88585 88206 gene_34 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 90324 89834 exon 89717 89654 exon 89367 89284 exon 89155 89055 exon 88963 88897 exon 88798 88668 exon 88585 88206 gene_35 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 111305 110747 gene_36 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 119725 119592 exon 119319 119245 exon 118575 118355 exon 117322 117043 exon 116934 116863 exon 115734 115618 exon 115504 115439 exon 115351 114853 gene_37 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 119725 119592 exon 119319 119245 exon 118575 118355 exon 117322 117043 exon 116934 116863 exon 115734 115618 exon 115504 115439 exon 115351 114861 exon 114493 114479 gene_38 gene GT_PGL_13_AGS_3 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 119713 119592 exon 119319 119245 exon 118575 118355 exon 117322 117043 exon 116934 116863 exon 115734 115618 exon 115504 115439 exon 115351 114936 exon 114493 114484 gene_39 gene GT_PGL_13_AGS_4 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 119713 119592 exon 119319 119245 exon 118575 118355 exon 117322 117043 exon 116934 116863 exon 115734 115618 exon 115504 115439 exon 115351 115008 exon 114493 114473 gene_40 gene GT_PGL_13_AGS_5 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 119713 119592 exon 119319 119245 exon 118575 118355 exon 117322 117043 exon 116934 116863 exon 115734 115618 exon 115504 114861 exon 114493 114479 gene_41 gene GT_PGL_13_AGS_6 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 119713 119592 exon 119319 119245 exon 118575 118355 exon 117322 117035 gene_42 gene GT_PGL_13_AGS_7 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 115739 115618 exon 115504 115439 exon 115351 114853 gene_43 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 120445 120899 exon 120978 121207 exon 121646 121760 RepeatMasker tomato repeats master Gypsy00071 3409 3461 1 Gypsy00071 3409 3461 1 nucleotide_motif 231 14802 14854 OSMUD1 1929 2086 1 OSMUD1 1929 2086 1 nucleotide_motif 497 17062 17219 SHAMUDRA_MT 2839 2913 1 SHAMUDRA_MT 2839 2913 1 nucleotide_motif 242 17685 17758 SHAMUDRA_MT 3095 3232 1 SHAMUDRA_MT 3095 3232 1 nucleotide_motif 355 17932 18068 SONATA2 1 230 1 SONATA2 1 230 1 nucleotide_motif 1127 22710 22933 POTTEN1 1050 1109 1 POTTEN1 1050 1109 1 nucleotide_motif 311 40799 40858 Copia00143 76 206 1 Copia00143 76 206 1 nucleotide_motif 746 44175 44287 Unknown00046 206 556 1 Unknown00046 206 556 1 nucleotide_motif 753 72115 72457 Unknown00019 169 254 1 Unknown00019 169 254 1 nucleotide_motif 446 105180 105269 Unknown00038 3408 4481 1 Unknown00038 3408 4481 1 nucleotide_motif 6027 105767 106785 Gypsy00071 2547 2631 1 Gypsy00071 2547 2631 1 nucleotide_motif 252 108158 108248 RepeatMasker tomato repeats master Copia00143 93 193 -1 Copia00143 93 193 -1 nucleotide_motif 334 5921 5822 Copia00151 8222 8354 -1 Copia00151 8222 8354 -1 nucleotide_motif 620 20715 20582 POTTEN1 55 1082 -1 POTTEN1 55 1082 -1 nucleotide_motif 5767 40773 39758 Gypsy00107 8918 8984 -1 Gypsy00107 8918 8984 -1 nucleotide_motif 233 40817 40751 Copia00089 3880 4020 -1 Copia00089 3880 4020 -1 nucleotide_motif 419 44737 44609 Unknown00034 3693 4005 -1 Unknown00034 3693 4005 -1 nucleotide_motif 1992 72411 72114 Gypsy00073 12 386 -1 Gypsy00073 12 386 -1 nucleotide_motif 1726 97084 96720 Gypsy00073 11881 12052 -1 Gypsy00073 11881 12052 -1 nucleotide_motif 918 97417 97246 Unknown00034 3695 4013 -1 Unknown00034 3695 4013 -1 nucleotide_motif 2035 98969 98654 Copia00094 4293 4464 -1 Copia00094 4293 4464 -1 nucleotide_motif 991 99004 98823 Gypsy00043 1046 1193 -1 Gypsy00043 1046 1193 -1 nucleotide_motif 264 105147 104998 Gypsy00073 1063 1168 -1 Gypsy00073 1063 1168 -1 nucleotide_motif 405 105179 105142 Copia00110 13155 13623 -1 Copia00110 13155 13623 -1 nucleotide_motif 1516 105719 105216 Gypsy00073 1031 1062 -1 Gypsy00073 1031 1062 -1 nucleotide_motif 405 105281 105270 Gypsy00043 519 1323 -1 Gypsy00043 519 1323 -1 nucleotide_motif 4270 108166 107342 BLAST_tomato_chloroplast Tomato chloroplast genome, cultivar IPA-6 BLAST_tomato_chloroplast Tomato chloroplast genome, cultivar IPA-6 match_1 match 821 101973 102441 match_2 match 821 101973 102441 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 9408 1 4863 match_2 match 1982 110333 111332 match_3 match 2230 102842 103966 match_4 match 2325 104925 106205 match_5 match 2621 108775 110267 match_6 match 2771 111398 112942 match_7 match 4472 120343 122649 match_8 match 7202 92678 96415 match_9 match 114533 120183 match_10 match 2135 25309 26385 match_11 match 2964 13294 14788 match_12 match 4910 10744 13241 match_13 match 5043 41869 44553 match_14 match 8078 21029 25238 match_15 match 9057 4926 9542 match_16 match 9214 26425 31135 match_17 match 9408 1 4863 match_18 match 14855 20388 match_19 match 31211 39874 match_20 match 3955 44730 46833 match_21 match 2135 25309 26385 match_22 match 2163 50413 51503 match_23 match 2462 48514 49779 match_24 match 2313 62525 63832 match_25 match 2964 13294 14788 match_26 match 3560 58514 60330 match_27 match 3947 60407 62463 match_28 match 3764 75411 77537 match_29 match 4268 72522 74872 match_30 match 4910 10744 13241 match_31 match 5043 41869 44553 match_32 match 5329 44730 47522 match_33 match 8078 21029 25238 match_34 match 8925 65724 70288 match_35 match 9057 4926 9542 match_36 match 9214 26425 31135 match_37 match 9408 1 4863 match_38 match 14855 20388 match_39 match 51531 57523 match_40 match 31211 39874 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 605 1929 37529 clone_end_1 clone_end 835 1929 2349 clone_start_1 clone_start 922 15843 16328 clone_2 clone 1063.5 17060 54351 clone_end_2 clone_end 1203 17060 17666 clone_end_3 clone_end 1261 25556 26191 clone_end_4 clone_end 1376 35127 35841 clone_3 clone 1345.5 37005 83568 clone_start_2 clone_start 1291 37005 37679 clone_4 clone 1018 44971 88311 clone_start_3 clone_start 987 44971 45528 clone_5 clone 541 48218 80844 clone_end_5 clone_end 533 48218 48486 clone_6 clone 564 48514 80844 clone_end_6 clone_end 579 48514 48829 clone_start_4 clone_start 1671 51649 52495 clone_7 clone 1042 58648 93125 clone_start_5 clone_start 1132 58648 59218 clone_start_6 clone_start 1158 67754 68372 clone_8 clone 811 68671 99062 clone_end_7 clone_end 1122 68671 69236 clone_9 clone 802 68671 99441 clone_end_8 clone_end 1122 68671 69236 clone_start_7 clone_start 777 70555 70970 clone_end_9 clone_end 1078 73934 74481 clone_start_8 clone_start 948 82363 82896 clone_end_10 clone_end 1152 82366 83022 clone_start_9 clone_start 1061 88591 89161 clone_start_10 clone_start 957 92739 93266 clone_end_11 clone_end 628 109921 110267 clone_end_12 clone_end 402 110333 110535 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_11 clone_start 375 37529 37341 clone_start_12 clone_start 343 4863 4691 clone_start_13 clone_start 1021 6289 5759 clone_start_14 clone_start 1366 8518 7830 clone_end_13 clone_end 1205 11491 10884 clone_start_15 clone_start 751 15838 15392 clone_start_16 clone_start 924 54351 53886 clone_start_17 clone_start 1241 27441 26816 clone_start_18 clone_start 1544 33336 32511 clone_start_19 clone_start 1493 33329 32546 clone_end_14 clone_end 1400 83568 82780 clone_start_20 clone_start 1372 42600 41869 clone_end_15 clone_end 1049 88311 87687 clone_start_21 clone_start 549 80844 80568 clone_start_22 clone_start 549 80844 80568 clone_end_16 clone_end 952 93125 92580 clone_start_23 clone_start 500 99062 98787 clone_start_24 clone_start 482 99441 99151 clone_start_25 clone_start 829 69369 68940 clone_start_26 clone_start 1170 77538 76908 clone_start_27 clone_start 1193 84027 83378 clone_end_17 clone_end 274 84861 84724 clone_start_28 clone_start 464 84978 84724 clone_start_29 clone_start 876 115920 115426 clone_end_18 clone_end 305 122649 122489 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 43171 43268 match_part 1.000 45099 45195 match_part 1.000 45315 45389 match_part 1.000 45714 45781 match_part 1.000 46464 46593 match_part 1.000 46705 46809 match_part 1.000 48945 49280 match_2 match_part 1.000 43172 43268 match_part 1.000 45099 45195 match_part 1.000 45315 45389 match_part 1.000 45714 45781 match_part 1.000 46464 46593 match_part 1.000 46705 46809 match_part 0.989 48945 49125 match_3 match_part 0.990 43172 43268 match_part 1.000 45099 45195 match_part 1.000 45315 45389 match_part 1.000 45714 45781 match_part 1.000 46464 46593 match_part 1.000 46705 46725 match_4 match_part 1.000 43174 43268 match_part 1.000 45099 45195 match_part 1.000 45315 45389 match_part 1.000 45714 45781 match_part 1.000 46464 46593 match_part 1.000 46705 46809 match_part 0.996 48927 49181 match_5 match_part 1.000 43174 43268 match_part 1.000 45099 45195 match_part 1.000 45315 45389 match_part 1.000 45714 45781 match_part 1.000 46464 46593 match_part 1.000 46705 46809 match_part 0.996 48927 49162 match_6 match_part 0.988 43185 43268 match_part 1.000 45099 45195 match_part 1.000 45315 45389 match_part 0.985 45714 45781 match_part 0.992 46464 46593 match_part 1.000 46705 46723 match_part 0.995 49099 49280 match_7 match_part 1.000 43193 43268 match_part 1.000 45099 45195 match_part 1.000 45315 45389 match_part 1.000 45714 45781 match_part 1.000 46464 46593 match_part 1.000 46705 46809 match_part 0.988 48927 49096 match_8 match_part 0.974 43193 43268 match_part 0.990 45099 45195 match_part 1.000 45315 45389 match_part 1.000 45714 45773 match_9 match_part 0.944 43197 43268 match_part 1.000 45099 45195 match_part 1.000 45315 45389 match_part 1.000 45714 45781 match_part 1.000 46464 46593 match_part 1.000 46705 46809 match_part 1.000 48927 49231 match_10 match_part 1.000 45150 45195 match_part 1.000 45315 45389 match_part 0.985 45714 45781 match_part 1.000 46464 46593 match_part 0.990 46705 46809 match_part 1.000 48927 48945 match_11 match_part 1.000 45360 45389 match_part 1.000 45714 45781 match_part 1.000 46464 46593 match_part 0.981 46705 46809 match_part 0.985 48945 49280 match_12 match_part 0.808 46784 46809 match_part 1.000 48927 49425 match_13 match_part 1.000 48990 49428 match_14 match_part 0.993 48990 49427 match_15 match_part 1.000 50259 50345 match_part 1.000 50842 51043 match_part 1.000 51230 51315 match_part 1.000 51666 51720 match_part 1.000 51798 51890 match_16 match_part 0.977 50260 50345 match_part 1.000 50842 51043 match_part 1.000 51230 51315 match_part 1.000 51666 51720 match_part 1.000 51798 51811 match_17 match_part 1.000 50264 50345 match_part 1.000 50842 51043 match_part 1.000 51230 51315 match_part 1.000 51666 51720 match_part 1.000 51798 51984 match_part 0.975 52223 52380 match_part 0.923 52466 52530 match_18 match_part 0.946 50272 50345 match_part 0.985 50842 51043 match_part 0.988 51230 51315 match_part 1.000 51666 51683 match_19 match_part 1.000 50294 50345 match_part 1.000 50842 51043 match_part 1.000 51230 51315 match_part 1.000 51666 51720 match_part 0.995 51798 51984 match_part 1.000 52223 52231 match_20 match_part 0.960 50420 50444 match_part 1.000 50842 51043 match_part 0.988 51230 51315 match_part 1.000 51666 51720 match_part 1.000 51798 51924 match_21 match_part 0.952 50424 50444 match_part 1.000 50842 51043 match_part 1.000 51230 51315 match_part 1.000 51666 51720 match_part 1.000 51798 51984 match_part 1.000 52223 52380 match_part 1.000 52466 52534 match_part 1.000 53204 53255 match_22 match_part 0.994 50448 50613 match_part 1.000 50842 51043 match_part 1.000 51230 51315 match_part 1.000 51666 51720 match_part 1.000 51798 51984 match_part 1.000 52223 52380 match_part 1.000 52466 52534 match_part 1.000 53204 53262 match_part 1.000 53481 53517 match_part 1.000 54074 54145 match_part 1.000 54292 54439 match_part 1.000 54594 54689 match_part 1.000 55421 55491 match_part 1.000 55781 55896 match_part 1.000 55983 56028 match_part 0.996 56115 56388 match_23 match_part 1.000 50454 51043 match_part 1.000 51230 51315 match_part 1.000 51666 51720 match_part 1.000 51798 51855 match_24 match_part 1.000 50467 51043 match_part 1.000 51230 51293 match_25 match_part 1.000 50475 50613 match_part 1.000 50842 51043 match_part 1.000 51230 51315 match_part 1.000 51666 51720 match_part 0.988 51798 51883 match_26 match_part 1.000 50572 50613 match_part 0.995 50842 51043 match_part 0.988 51230 51315 match_part 1.000 51666 51720 match_part 1.000 51798 51922 match_27 match_part 1.000 50586 50613 match_part 0.995 50842 51043 match_part 1.000 51230 51315 match_part 1.000 51666 51720 match_part 1.000 51798 51970 match_28 match_part 1.000 50611 50613 match_part 0.985 50842 51043 match_part 1.000 51230 51315 match_part 1.000 51666 51720 match_part 0.988 51798 51882 match_29 match_part 0.992 50667 51043 match_part 1.000 51230 51315 match_part 0.982 51666 51720 match_part 1.000 51798 51810 match_30 match_part 0.969 50687 51043 match_part 0.977 51230 51315 match_part 0.964 51666 51720 match_part 0.917 51798 51809 match_31 match_part 1.000 50840 51043 match_part 1.000 51230 51315 match_part 1.000 51666 51720 match_part 1.000 51798 51966 match_32 match_part 1.000 50841 51043 match_part 1.000 51230 51315 match_part 1.000 51666 51720 match_part 1.000 51798 51984 match_part 1.000 52223 52233 match_33 match_part 0.995 50842 51043 match_part 0.988 51230 51315 match_part 1.000 51666 51720 match_part 1.000 51798 51984 match_part 1.000 52223 52255 match_34 match_part 1.000 50842 51043 match_part 0.988 51230 51315 match_part 1.000 51666 51720 match_part 1.000 51798 51984 match_part 1.000 52223 52229 match_35 match_part 1.000 50844 51043 match_part 1.000 51230 51315 match_part 1.000 51666 51720 match_part 1.000 51798 51984 match_part 0.987 52223 52380 match_part 0.899 52466 52534 match_36 match_part 0.990 50845 51043 match_part 1.000 51230 51315 match_part 1.000 51666 51720 match_part 1.000 51798 51826 match_37 match_part 0.934 50847 51043 match_part 1.000 51230 51315 match_part 1.000 51666 51720 match_part 1.000 51798 51947 match_38 match_part 0.995 50848 51043 match_part 1.000 51230 51315 match_part 1.000 51666 51720 match_part 1.000 51798 51984 match_part 1.000 52223 52257 match_39 match_part 1.000 50850 51043 match_part 1.000 51230 51315 match_part 1.000 51666 51720 match_part 1.000 51798 51984 match_part 1.000 52223 52229 match_40 match_part 1.000 50857 51043 match_part 1.000 51230 51315 match_part 1.000 51666 51720 match_part 1.000 51798 51984 match_part 1.000 52223 52230 match_41 match_part 1.000 50863 51043 match_part 1.000 51230 51315 match_part 1.000 51666 51720 match_part 1.000 51798 51904 match_part 1.000 54113 54145 match_part 1.000 54292 54439 match_part 1.000 54594 54689 match_part 1.000 55421 55491 match_part 1.000 55781 55844 match_42 match_part 1.000 50898 51043 match_part 0.988 51230 51315 match_part 1.000 51666 51720 match_part 1.000 51798 51984 match_part 1.000 52223 52349 match_43 match_part 1.000 50927 51043 match_part 1.000 51230 51315 match_part 1.000 51666 51720 match_part 1.000 51798 51984 match_part 1.000 52223 52380 match_part 0.971 52466 52534 match_part 0.983 53204 53262 match_44 match_part 1.000 50977 51043 match_part 1.000 51230 51315 match_part 1.000 51666 51720 match_part 1.000 51798 51984 match_part 1.000 52223 52250 match_45 match_part 1.000 50992 51043 match_part 1.000 51230 51315 match_part 1.000 51666 51720 match_part 1.000 51798 51984 match_part 1.000 52223 52359 match_46 match_part 1.000 50999 51043 match_part 0.977 51230 51315 match_part 0.982 51666 51720 match_part 0.979 51798 51984 match_part 0.938 52223 52254 match_47 match_part 0.737 51025 51043 match_part 1.000 51230 51315 match_part 1.000 51666 51720 match_part 1.000 51798 51984 match_part 1.000 52223 52380 match_part 1.000 52466 52534 match_part 1.000 53204 53262 match_part 1.000 53481 53494 match_48 match_part 0.737 51025 51043 match_part 0.988 51230 51315 match_part 1.000 51666 51720 match_part 1.000 51798 51892 match_49 match_part 1.000 51236 51315 match_part 1.000 51666 51720 match_part 1.000 51798 51984 match_part 1.000 52223 52248 match_50 match_part 1.000 51869 51984 match_part 1.000 52223 52380 match_part 1.000 52466 52534 match_part 1.000 53204 53257 match_51 match_part 1.000 51937 51937 match_part 1.000 52223 52380 match_part 1.000 52466 52534 match_part 1.000 53204 53262 match_part 1.000 53481 53517 match_part 0.986 54074 54145 match_part 0.993 54292 54439 match_part 0.987 54594 54672 match_52 match_part 1.000 52223 52380 match_part 1.000 52466 52534 match_part 1.000 53204 53262 match_part 1.000 53481 53517 match_part 1.000 54074 54145 match_part 1.000 54292 54439 match_part 1.000 54594 54689 match_part 0.972 55421 55491 match_part 0.955 55781 55802 match_53 match_part 1.000 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117322 117230 match_179 match_part 1.000 119710 119592 match_part 1.000 119319 119245 match_part 1.000 118575 118355 match_part 1.000 117322 117237 match_180 match_part 1.000 119677 119592 match_part 1.000 119319 119245 match_part 1.000 118575 118355 match_part 1.000 117322 117238 match_181 match_part 1.000 119674 119592 match_part 1.000 119319 119245 match_part 1.000 118575 118355 match_part 1.000 117322 117241 match_182 match_part 0.961 119642 119592 match_part 0.960 119319 119245 match_part 1.000 118575 118355 match_part 1.000 117322 117253 match_183 match_part 0.964 119702 119592 match_part 1.000 119319 119245 match_part 1.000 118575 118355 match_part 1.000 117322 117254 match_184 match_part 1.000 119297 119245 match_part 1.000 118575 118355 match_part 1.000 117322 117272 match_185 match_part 1.000 119676 119592 match_part 1.000 119319 119245 match_part 1.000 118575 118355 match_part 1.000 117322 117279 match_186 match_part 1.000 119655 119592 match_part 1.000 119319 119245 match_part 1.000 118575 118355 match_part 1.000 117322 117279 match_187 match_part 1.000 119659 119592 match_part 1.000 119319 119245 match_part 1.000 118575 118355 match_part 1.000 117322 117285 match_188 match_part 0.983 119708 119592 match_part 0.973 119319 119245 match_part 0.973 118575 118355 match_189 match_part 1.000 119677 119592 match_part 1.000 119319 119245 match_part 1.000 118575 118375 match_190 match_part 0.963 118558 118397 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 14555 14388 exon 14215 13870 exon 12474 12229 exon 11410 11220 exon 11137 10966 exon 9186 9049 exon 8969 8792 exon 8651 8506 exon 8296 8120 exon 8019 7909 exon 7482 7363 exon 7265 7109 exon 6583 6420 exon 6315 6229 exon 4091 3763 exon 3415 3358 exon 3089 3029 exon 2784 2511 exon 2294 1754 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 23178 22461 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 23786 23712 exon 22261 21439 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 26279 25521 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 31159 30955 exon 30871 30710 exon 30388 28964 gene_6 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 31060 30955 exon 30871 30710 exon 30316 29950 gene_7 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 31060 30955 exon 30871 30710 exon 30255 30013 gene_8 gene GT_PGL_4_AGS_4 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 31131 30955 exon 30871 30414 gene_9 gene GT_PGL_4_AGS_5 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 31139 30955 exon 30871 30710 exon 30326 30231 gene_10 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 38720 38450 exon 38328 38272 exon 38080 37986 exon 37381 37231 exon 36918 36793 exon 36677 36521 exon 36361 36301 exon 36219 35937 exon 35536 35411 exon 35116 34961 exon 34876 34630 exon 34552 34091 exon 33420 32764 gene_11 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 35534 35411 exon 35116 34771 gene_12 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 43172 43268 exon 45099 45195 exon 45315 45389 exon 45714 45781 exon 46464 46593 exon 46705 46809 exon 48927 49428 gene_13 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 43171 43268 exon 45099 45195 exon 45315 45389 exon 45714 45781 exon 46464 46593 exon 46705 46809 exon 48945 49428 gene_14 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 43185 43268 exon 45099 45195 exon 45315 45389 exon 45714 45781 exon 46464 46593 exon 46705 46723 exon 49099 49280 gene_15 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 50454 51043 exon 51230 51315 exon 51666 51720 exon 51798 51984 exon 52223 52380 exon 52466 52534 exon 53204 53262 exon 53481 53517 exon 54074 54145 exon 54292 54439 exon 54594 54689 exon 55421 55491 exon 55781 55896 exon 55983 56028 exon 56115 56449 gene_16 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 50448 50613 exon 50842 51043 exon 51230 51315 exon 51666 51720 exon 51798 51984 exon 52223 52380 exon 52466 52534 exon 53204 53262 exon 53481 53517 exon 54074 54145 exon 54292 54439 exon 54594 54689 exon 55421 55491 exon 55781 55896 exon 55983 56028 exon 56115 56449 gene_17 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 50259 50345 exon 50842 51043 exon 51230 51315 exon 51666 51720 exon 51798 51984 exon 52223 52380 exon 52466 52534 exon 53204 53262 exon 53481 53517 exon 54074 54145 exon 54292 54439 exon 54594 54689 exon 55421 55491 exon 55781 55896 exon 55983 56028 exon 56115 56449 gene_18 gene GT_PGL_7_AGS_4 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 50420 50444 exon 50842 51043 exon 51230 51315 exon 51666 51720 exon 51798 51984 exon 52223 52380 exon 52466 52534 exon 53204 53262 exon 53481 53517 exon 54074 54145 exon 54292 54439 exon 54594 54689 exon 55421 55491 exon 55781 55896 exon 55983 56028 exon 56115 56449 gene_19 gene GT_PGL_7_AGS_5 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 50454 51043 exon 51230 51315 exon 51666 51720 exon 51798 51904 exon 54113 54145 exon 54292 54439 exon 54594 54689 exon 55421 55491 exon 55781 55896 exon 55983 56028 exon 56115 56449 gene_20 gene GT_PGL_7_AGS_6 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 51937 51937 exon 52223 52380 exon 52466 52534 exon 53204 53262 exon 53481 53517 exon 54074 54145 exon 54292 54439 exon 54594 54689 exon 55421 55491 exon 55781 55896 exon 55983 56028 exon 56115 56449 gene_21 gene GT_PGL_7_AGS_7 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 55483 56028 exon 56115 56243 gene_22 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 59142 59425 exon 60415 60871 gene_23 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 60942 61465 gene_24 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 76001 76191 exon 77151 77308 exon 77393 77494 gene_25 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 77520 77785 exon 77870 78263 exon 78338 78443 exon 78521 78612 exon 78692 78760 exon 78835 79496 gene_26 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 91892 91315 exon 91211 91163 exon 91062 90931 exon 89901 89834 exon 89717 89654 exon 89367 89284 exon 89155 89055 exon 88963 88897 exon 88798 88668 exon 88585 88307 gene_27 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 119725 119592 exon 119319 119245 exon 118575 118355 exon 117322 117043 exon 116934 116863 exon 115734 115618 exon 115504 115439 exon 115351 114861 exon 114493 114479 gene_28 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 119713 119592 exon 119319 119245 exon 118575 118355 exon 117322 117043 exon 116934 116863 exon 115734 115618 exon 115504 115439 exon 115351 114936 exon 114493 114484 gene_29 gene GT_PGL_13_AGS_3 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 119713 119592 exon 119319 119245 exon 118575 118355 exon 117322 117043 exon 116934 116863 exon 115734 115618 exon 115504 115439 exon 115351 115008 exon 114493 114473 gene_30 gene GT_PGL_13_AGS_4 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 119713 119592 exon 119319 119245 exon 118575 118355 exon 117322 117043 exon 116934 116863 exon 115734 115618 exon 115504 114861 exon 114493 114479 gene_31 gene GT_PGL_13_AGS_5 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 115739 115618 exon 115504 115439 exon 115351 114861 exon 114493 114479 gene_32 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 120445 120899 exon 120978 121207 exon 121646 121760 AUGUSTUS_tom_cdna de novo gene_1 gene 0.23 15629 16393 transcript_1 transcript 0.23 15629 16393 start_codon_1 start_codon 15629 15631 intron_1 intron 0.66 15634 16020 CDS_1 CDS 0.66 15629 15633 CDS_2 CDS 0.32 16021 16393 stop_codon_1 stop_codon 16391 16393 gene_2 gene 1.79 41577 49129 transcript_2 transcript 0.99 43191 49129 start_codon_2 start_codon 43191 43193 intron_2 intron 1 43269 45098 intron_3 intron 1 45196 45314 intron_4 intron 1 45390 45713 intron_5 intron 1 45782 46463 intron_6 intron 1 46594 46704 intron_7 intron 0.99 46810 48944 CDS_3 CDS 1 43191 43268 CDS_4 CDS 1 45099 45195 CDS_5 CDS 1 45315 45389 CDS_6 CDS 1 45714 45781 CDS_7 CDS 1 46464 46593 CDS_8 CDS 1 46705 46809 CDS_9 CDS 0.99 48945 49129 stop_codon_2 stop_codon 49127 49129 transcript_3 transcript 0.8 41577 49129 start_codon_3 start_codon 41577 41579 intron_8 intron 0.8 41723 43159 intron_9 intron 1 43269 45098 intron_10 intron 1 45196 45314 intron_11 intron 1 45390 45713 intron_12 intron 1 45782 46463 intron_13 intron 1 46594 46704 intron_14 intron 1 46810 48926 CDS_10 CDS 0.8 41577 41722 CDS_11 CDS 0.88 43160 43268 CDS_12 CDS 1 45099 45195 CDS_13 CDS 1 45315 45389 CDS_14 CDS 1 45714 45781 CDS_15 CDS 1 46464 46593 CDS_16 CDS 1 46705 46809 CDS_17 CDS 1 48927 49129 stop_codon_3 stop_codon 49127 49129 gene_3 gene 0.71 49256 56282 transcript_4 transcript 0.71 49256 56282 start_codon_4 start_codon 49256 49258 intron_15 intron 0.71 49360 50841 intron_16 intron 1 51044 51229 intron_17 intron 1 51316 51665 intron_18 intron 1 51721 51797 intron_19 intron 1 51985 52222 intron_20 intron 1 52381 52465 intron_21 intron 1 52535 53203 intron_22 intron 1 53263 53480 intron_23 intron 1 53518 54073 intron_24 intron 1 54146 54291 intron_25 intron 1 54440 54593 intron_26 intron 1 54690 55420 intron_27 intron 1 55492 55780 intron_28 intron 1 55897 55982 intron_29 intron 1 56029 56114 CDS_18 CDS 0.71 49256 49359 CDS_19 CDS 1 50842 51043 CDS_20 CDS 1 51230 51315 CDS_21 CDS 1 51666 51720 CDS_22 CDS 1 51798 51984 CDS_23 CDS 1 52223 52380 CDS_24 CDS 1 52466 52534 CDS_25 CDS 1 53204 53262 CDS_26 CDS 1 53481 53517 CDS_27 CDS 1 54074 54145 CDS_28 CDS 1 54292 54439 CDS_29 CDS 1 54594 54689 CDS_30 CDS 1 55421 55491 CDS_31 CDS 1 55781 55896 CDS_32 CDS 1 55983 56028 CDS_33 CDS 1 56115 56282 stop_codon_4 stop_codon 56280 56282 gene_4 gene 1 58526 60984 transcript_5 transcript 1 58526 60984 start_codon_5 start_codon 58526 58528 intron_30 intron 1 59426 60414 CDS_34 CDS 1 58526 59425 CDS_35 CDS 1 60415 60984 stop_codon_5 stop_codon 60982 60984 gene_5 gene 1.76 66218 69187 transcript_6 transcript 0.93 66218 69187 start_codon_6 start_codon 66218 66220 intron_31 intron 0.93 66917 67903 CDS_36 CDS 0.95 66218 66916 CDS_37 CDS 1 67904 69187 stop_codon_6 stop_codon 69185 69187 transcript_7 transcript 0.83 66218 66922 start_codon_7 start_codon 66218 66220 CDS_38 CDS 0.83 66218 66922 stop_codon_7 stop_codon 66920 66922 gene_6 gene 0.13 76153 86994 transcript_8 transcript 0.13 76153 86994 start_codon_8 start_codon 76153 76155 intron_32 intron 1 76192 77150 intron_33 intron 1 77309 77392 intron_34 intron 1 77786 77869 intron_35 intron 1 78264 78337 intron_36 intron 1 78444 78520 intron_37 intron 1 78613 78691 intron_38 intron 1 78761 78834 intron_39 intron 0.98 78901 81341 intron_40 intron 1 81500 81569 intron_41 intron 1 81957 82033 intron_42 intron 1 82428 82501 intron_43 intron 0.96 82608 82693 intron_44 intron 0.37 82786 85196 intron_45 intron 1 85355 85427 intron_46 intron 1 85818 85894 intron_47 intron 0.98 86289 86383 intron_48 intron 0.35 86490 86914 CDS_39 CDS 1 76153 76191 CDS_40 CDS 1 77151 77308 CDS_41 CDS 1 77393 77785 CDS_42 CDS 1 77870 78263 CDS_43 CDS 1 78338 78443 CDS_44 CDS 1 78521 78612 CDS_45 CDS 1 78692 78760 CDS_46 CDS 0.98 78835 78900 CDS_47 CDS 0.99 81342 81499 CDS_48 CDS 1 81570 81956 CDS_49 CDS 1 82034 82427 CDS_50 CDS 1 82502 82607 CDS_51 CDS 0.96 82694 82785 CDS_52 CDS 0.96 85197 85354 CDS_53 CDS 1 85428 85817 CDS_54 CDS 1 85895 86288 CDS_55 CDS 0.91 86384 86489 CDS_56 CDS 0.36 86915 86994 stop_codon_8 stop_codon 86992 86994 gene_7 gene 1 114939 115184 transcript_9 transcript 1 114939 115184 start_codon_9 start_codon 114939 114941 CDS_57 CDS 1 114939 115184 stop_codon_9 stop_codon 115182 115184 gene_8 gene 0.91 120762 122615 transcript_10 transcript 0.91 120762 122615 start_codon_10 start_codon 120762 120764 intron_49 intron 1 120900 120977 intron_50 intron 1 121208 121645 intron_51 intron 1 121817 122071 intron_52 intron 1 122178 122345 CDS_58 CDS 0.94 120762 120899 CDS_59 CDS 1 120978 121207 CDS_60 CDS 1 121646 121816 CDS_61 CDS 1 122072 122177 CDS_62 CDS 0.97 122346 122615 stop_codon_10 stop_codon 122613 122615 AUGUSTUS_tom_cdna de novo gene_9 gene 0.72 1328 235 transcript_11 transcript 0.72 1328 235 intron_53 intron 0.72 234 1 intron_54 intron 1 413 310 intron_55 intron 1 583 464 intron_56 intron 1 884 814 intron_57 intron 1 1131 968 CDS_63 CDS 0.74 309 235 CDS_64 CDS 1 463 414 CDS_65 CDS 1 813 584 CDS_66 CDS 1 967 885 CDS_67 CDS 1 1328 1132 start_codon_11 start_codon 1328 1326 gene_10 gene 0.18 15304 1959 transcript_12 transcript 0.18 15304 1959 stop_codon_11 stop_codon 1961 1959 intron_58 intron 1 2510 2295 intron_59 intron 0.95 3028 2785 intron_60 intron 0.8 3357 3169 intron_61 intron 1 3762 3416 intron_62 intron 1 6228 4092 intron_63 intron 1 6419 6316 intron_64 intron 1 7108 6584 intron_65 intron 1 7362 7266 intron_66 intron 1 7908 7483 intron_67 intron 1 8119 8020 intron_68 intron 1 8505 8297 intron_69 intron 1 8791 8652 intron_70 intron 1 9048 8970 intron_71 intron 1 10965 9187 intron_72 intron 1 11219 11138 intron_73 intron 1 12228 11411 intron_74 intron 1 13869 12475 intron_75 intron 0.89 14387 14216 intron_76 intron 0.24 15293 14400 CDS_68 CDS 1 2294 1959 CDS_69 CDS 0.8 2784 2511 CDS_70 CDS 0.8 3168 3029 CDS_71 CDS 1 3415 3358 CDS_72 CDS 1 4091 3763 CDS_73 CDS 1 6315 6229 CDS_74 CDS 1 6583 6420 CDS_75 CDS 1 7265 7109 CDS_76 CDS 1 7482 7363 CDS_77 CDS 1 8019 7909 CDS_78 CDS 1 8296 8120 CDS_79 CDS 1 8651 8506 CDS_80 CDS 1 8969 8792 CDS_81 CDS 1 9186 9049 CDS_82 CDS 1 11137 10966 CDS_83 CDS 1 11410 11220 CDS_84 CDS 1 12474 12229 CDS_85 CDS 0.7 14215 13870 CDS_86 CDS 0.25 14399 14388 CDS_87 CDS 0.7 15304 15294 start_codon_12 start_codon 15304 15302 gene_11 gene 1 24565 21721 transcript_13 transcript 1 24565 21721 stop_codon_12 stop_codon 21723 21721 intron_77 intron 1 23711 22262 CDS_88 CDS 1 22261 21721 CDS_89 CDS 1 24565 23712 start_codon_13 start_codon 24565 24563 gene_12 gene 1 30173 26016 transcript_14 transcript 1 30173 26016 stop_codon_13 stop_codon 26018 26016 intron_78 intron 1 28961 26376 CDS_90 CDS 1 26375 26016 CDS_91 CDS 1 30173 28962 start_codon_14 start_codon 30173 30171 gene_13 gene 0.58 33246 30817 transcript_15 transcript 0.58 33246 30817 stop_codon_14 stop_codon 30819 30817 intron_79 intron 1 30954 30872 intron_80 intron 0.58 33041 31174 intron_81 intron 0.83 33165 33089 CDS_92 CDS 1 30871 30817 CDS_93 CDS 0.91 31173 30955 CDS_94 CDS 0.76 33088 33042 CDS_95 CDS 0.88 33246 33166 start_codon_15 start_codon 33246 33244 gene_14 gene 0.89 38665 33380 transcript_16 transcript 0.89 38665 33380 stop_codon_15 stop_codon 33382 33380 intron_82 intron 1 34090 33421 intron_83 intron 1 34629 34553 intron_84 intron 1 34960 34877 intron_85 intron 1 35410 35117 intron_86 intron 1 35936 35537 intron_87 intron 1 36300 36220 intron_88 intron 1 36520 36362 intron_89 intron 1 36792 36678 intron_90 intron 1 37230 36919 intron_91 intron 1 37985 37382 intron_92 intron 1 38271 38081 intron_93 intron 1 38449 38329 CDS_96 CDS 1 33420 33380 CDS_97 CDS 1 34552 34091 CDS_98 CDS 1 34876 34630 CDS_99 CDS 1 35116 34961 CDS_100 CDS 1 35536 35411 CDS_101 CDS 1 36219 35937 CDS_102 CDS 1 36361 36301 CDS_103 CDS 1 36677 36521 CDS_104 CDS 1 36918 36793 CDS_105 CDS 1 37381 37231 CDS_106 CDS 1 38080 37986 CDS_107 CDS 1 38328 38272 CDS_108 CDS 0.89 38665 38450 start_codon_16 start_codon 38665 38663 gene_15 gene 0.46 58411 56354 transcript_17 transcript 0.46 58411 56354 stop_codon_16 stop_codon 56356 56354 intron_94 intron 0.48 58278 56443 CDS_109 CDS 0.51 56442 56354 CDS_110 CDS 0.48 58411 58279 start_codon_17 start_codon 58411 58409 gene_16 gene 0.12 108844 87057 transcript_18 transcript 0.12 108844 87057 stop_codon_17 stop_codon 87059 87057 intron_95 intron 0.82 87178 87092 intron_96 intron 0.92 88137 87274 intron_97 intron 0.97 88326 88151 intron_98 intron 1 88667 88586 intron_99 intron 1 88896 88799 intron_100 intron 1 89054 88964 intron_101 intron 1 89283 89156 intron_102 intron 1 89653 89368 intron_103 intron 1 89833 89718 intron_104 intron 1 90930 89902 intron_105 intron 1 91162 91063 intron_106 intron 1 91314 91212 intron_107 intron 0.34 91948 91842 intron_108 intron 0.56 92332 92166 intron_109 intron 0.71 108820 92579 CDS_111 CDS 0.82 87091 87057 CDS_112 CDS 0.78 87273 87179 CDS_113 CDS 0.97 88150 88138 CDS_114 CDS 0.99 88585 88327 CDS_115 CDS 1 88798 88668 CDS_116 CDS 1 88963 88897 CDS_117 CDS 1 89155 89055 CDS_118 CDS 1 89367 89284 CDS_119 CDS 1 89717 89654 CDS_120 CDS 1 89901 89834 CDS_121 CDS 1 91062 90931 CDS_122 CDS 1 91211 91163 CDS_123 CDS 0.37 91841 91315 CDS_124 CDS 0.18 92165 91949 CDS_125 CDS 0.81 92578 92333 CDS_126 CDS 0.71 108844 108821 start_codon_18 start_codon 108844 108842 gene_17 gene 0.39 111474 110719 transcript_19 transcript 0.39 111474 110719 stop_codon_18 stop_codon 110721 110719 CDS_127 CDS 0.39 111474 110719 start_codon_19 start_codon 111474 111472 gene_18 gene 0.88 119242 115235 transcript_20 transcript 0.88 119242 115235 stop_codon_19 stop_codon 115237 115235 intron_110 intron 1 115438 115352 intron_111 intron 1 115617 115505 intron_112 intron 1 116862 115735 intron_113 intron 1 117042 116935 intron_114 intron 1 118354 117323 intron_115 intron 0.88 119158 118576 CDS_128 CDS 1 115351 115235 CDS_129 CDS 1 115504 115439 CDS_130 CDS 1 115734 115618 CDS_131 CDS 1 116934 116863 CDS_132 CDS 1 117322 117043 CDS_133 CDS 1 118575 118355 CDS_134 CDS 0.88 119242 119159 start_codon_20 start_codon 119242 119240 AUGUSTUS_ab_initio de novo gene_1 gene 0.05 15629 19082 transcript_1 transcript 0.05 15629 19082 start_codon_1 start_codon 15629 15631 intron_1 intron 0.42 15634 16020 intron_2 intron 0.88 16366 18426 intron_3 intron 0.54 18544 18665 intron_4 intron 0.37 18734 18945 CDS_1 CDS 0.42 15629 15633 CDS_2 CDS 0.98 16021 16365 CDS_3 CDS 0.91 18427 18543 CDS_4 CDS 0.44 18666 18733 CDS_5 CDS 0.34 18946 19082 stop_codon_1 stop_codon 19080 19082 gene_2 gene 0.1 43191 56282 transcript_2 transcript 0.1 43191 56282 start_codon_2 start_codon 43191 43193 intron_5 intron 1 43269 45098 intron_6 intron 0.97 45196 45314 intron_7 intron 0.97 45390 45713 intron_8 intron 1 45782 46463 intron_9 intron 1 46594 46704 intron_10 intron 1 46810 48926 intron_11 intron 0.33 49114 49226 intron_12 intron 0.96 49332 50841 intron_13 intron 1 51044 51229 intron_14 intron 0.91 51316 51665 intron_15 intron 1 51721 51797 intron_16 intron 0.55 51985 52222 intron_17 intron 1 52381 52465 intron_18 intron 0.94 52535 53203 intron_19 intron 1 53263 53480 intron_20 intron 1 53518 54073 intron_21 intron 1 54146 54291 intron_22 intron 0.99 54440 54593 intron_23 intron 0.86 54690 55420 intron_24 intron 1 55492 55780 intron_25 intron 1 55897 55982 intron_26 intron 1 56029 56114 CDS_6 CDS 0.95 43191 43268 CDS_7 CDS 1 45099 45195 CDS_8 CDS 0.97 45315 45389 CDS_9 CDS 1 45714 45781 CDS_10 CDS 1 46464 46593 CDS_11 CDS 1 46705 46809 CDS_12 CDS 0.48 48927 49113 CDS_13 CDS 0.76 49227 49331 CDS_14 CDS 0.99 50842 51043 CDS_15 CDS 0.99 51230 51315 CDS_16 CDS 0.91 51666 51720 CDS_17 CDS 0.7 51798 51984 CDS_18 CDS 1 52223 52380 CDS_19 CDS 0.97 52466 52534 CDS_20 CDS 1 53204 53262 CDS_21 CDS 1 53481 53517 CDS_22 CDS 1 54074 54145 CDS_23 CDS 1 54292 54439 CDS_24 CDS 0.88 54594 54689 CDS_25 CDS 1 55421 55491 CDS_26 CDS 1 55781 55896 CDS_27 CDS 1 55983 56028 CDS_28 CDS 0.99 56115 56282 stop_codon_2 stop_codon 56280 56282 gene_3 gene 0.53 58526 60984 transcript_3 transcript 0.53 58526 60984 start_codon_3 start_codon 58526 58528 intron_27 intron 0.97 59426 60414 CDS_29 CDS 0.99 58526 59425 CDS_30 CDS 0.56 60415 60984 stop_codon_3 stop_codon 60982 60984 gene_4 gene 0.84 66218 69187 transcript_4 transcript 0.84 66218 69187 start_codon_4 start_codon 66218 66220 intron_28 intron 0.84 66917 67903 CDS_31 CDS 0.98 66218 66916 CDS_32 CDS 1 67904 69187 stop_codon_4 stop_codon 69185 69187 gene_5 gene 0.38 76153 83096 transcript_5 transcript 0.38 76153 83096 start_codon_5 start_codon 76153 76155 intron_29 intron 0.99 76192 77150 intron_30 intron 1 77309 77392 intron_31 intron 1 77786 77869 intron_32 intron 1 78264 78337 intron_33 intron 1 78444 78520 intron_34 intron 0.99 78613 78691 intron_35 intron 0.83 78761 81341 intron_36 intron 1 81500 81569 intron_37 intron 1 81957 82033 intron_38 intron 1 82428 82501 intron_39 intron 0.46 82608 83010 CDS_33 CDS 0.99 76153 76191 CDS_34 CDS 1 77151 77308 CDS_35 CDS 1 77393 77785 CDS_36 CDS 1 77870 78263 CDS_37 CDS 1 78338 78443 CDS_38 CDS 1 78521 78612 CDS_39 CDS 0.99 78692 78760 CDS_40 CDS 1 81342 81499 CDS_41 CDS 1 81570 81956 CDS_42 CDS 1 82034 82427 CDS_43 CDS 0.93 82502 82607 CDS_44 CDS 0.46 83011 83096 stop_codon_5 stop_codon 83094 83096 gene_6 gene 0.1 85088 86957 transcript_6 transcript 0.1 85088 86957 start_codon_6 start_codon 85088 85090 intron_40 intron 0.43 85118 85196 intron_41 intron 1 85355 85427 intron_42 intron 1 85818 85894 intron_43 intron 1 86289 86383 intron_44 intron 0.99 86490 86556 intron_45 intron 0.48 86649 86717 intron_46 intron 0.31 86787 86858 CDS_45 CDS 0.43 85088 85117 CDS_46 CDS 0.9 85197 85354 CDS_47 CDS 1 85428 85817 CDS_48 CDS 1 85895 86288 CDS_49 CDS 1 86384 86489 CDS_50 CDS 0.94 86557 86648 CDS_51 CDS 0.33 86718 86786 CDS_52 CDS 0.57 86859 86957 stop_codon_6 stop_codon 86955 86957 gene_7 gene 0.58 120459 122615 transcript_7 transcript 0.58 120459 122615 start_codon_7 start_codon 120459 120461 intron_47 intron 0.86 120636 120704 intron_48 intron 1 120900 120977 intron_49 intron 0.88 121208 121645 intron_50 intron 0.95 121817 122071 intron_51 intron 0.89 122178 122345 CDS_53 CDS 0.98 120459 120635 CDS_54 CDS 0.86 120705 120899 CDS_55 CDS 0.93 120978 121207 CDS_56 CDS 0.98 121646 121816 CDS_57 CDS 0.89 122072 122177 CDS_58 CDS 0.76 122346 122615 stop_codon_7 stop_codon 122613 122615 AUGUSTUS_ab_initio de novo gene_8 gene 0.67 1328 235 transcript_8 transcript 0.67 1328 235 intron_52 intron 0.68 234 1 intron_53 intron 0.98 413 310 intron_54 intron 1 583 464 intron_55 intron 1 884 814 intron_56 intron 0.99 1131 968 CDS_59 CDS 0.83 309 235 CDS_60 CDS 0.99 463 414 CDS_61 CDS 1 813 584 CDS_62 CDS 0.99 967 885 CDS_63 CDS 1 1328 1132 start_codon_8 start_codon 1328 1326 gene_9 gene 0.09 14160 1959 transcript_9 transcript 0.09 14160 1959 stop_codon_8 stop_codon 1961 1959 intron_57 intron 0.9 2510 2295 intron_58 intron 0.82 3028 2785 intron_59 intron 0.98 3357 3169 intron_60 intron 0.98 3762 3416 intron_61 intron 0.98 4162 4092 intron_62 intron 0.94 4644 4231 intron_63 intron 0.97 6228 4715 intron_64 intron 0.99 6419 6316 intron_65 intron 0.99 7108 6584 intron_66 intron 1 7362 7266 intron_67 intron 0.49 7908 7483 intron_68 intron 1 8119 8020 intron_69 intron 0.94 8505 8297 intron_70 intron 1 8791 8652 intron_71 intron 0.9 9048 8970 intron_72 intron 0.96 10965 9187 intron_73 intron 1 11219 11138 intron_74 intron 0.52 12228 11411 intron_75 intron 0.96 12560 12475 intron_76 intron 0.51 13987 12631 CDS_64 CDS 0.76 2294 1959 CDS_65 CDS 0.81 2784 2511 CDS_66 CDS 0.98 3168 3029 CDS_67 CDS 1 3415 3358 CDS_68 CDS 0.97 4091 3763 CDS_69 CDS 0.95 4230 4163 CDS_70 CDS 0.97 4714 4645 CDS_71 CDS 1 6315 6229 CDS_72 CDS 0.99 6583 6420 CDS_73 CDS 0.99 7265 7109 CDS_74 CDS 1 7482 7363 CDS_75 CDS 0.49 8019 7909 CDS_76 CDS 1 8296 8120 CDS_77 CDS 0.94 8651 8506 CDS_78 CDS 0.98 8969 8792 CDS_79 CDS 0.91 9186 9049 CDS_80 CDS 1 11137 10966 CDS_81 CDS 0.99 11410 11220 CDS_82 CDS 0.52 12474 12229 CDS_83 CDS 0.82 12630 12561 CDS_84 CDS 0.44 14160 13988 start_codon_9 start_codon 14160 14158 gene_10 gene 0.82 24565 21721 transcript_10 transcript 0.82 24565 21721 stop_codon_9 stop_codon 21723 21721 intron_77 intron 0.98 23711 22262 CDS_85 CDS 0.96 22261 21721 CDS_86 CDS 0.85 24565 23712 start_codon_10 start_codon 24565 24563 gene_11 gene 0.64 30173 26016 transcript_11 transcript 0.64 30173 26016 stop_codon_10 stop_codon 26018 26016 intron_78 intron 0.99 28961 26376 CDS_87 CDS 0.82 26375 26016 CDS_88 CDS 0.77 30173 28962 start_codon_11 start_codon 30173 30171 gene_12 gene 0.03 38665 30817 transcript_12 transcript 0.03 38665 30817 stop_codon_11 stop_codon 30819 30817 intron_79 intron 0.43 31783 30872 intron_80 intron 0.59 33041 31859 intron_81 intron 0.94 33165 33089 intron_82 intron 0.43 34090 33228 intron_83 intron 1 34629 34553 intron_84 intron 0.45 35410 34877 intron_85 intron 1 35936 35537 intron_86 intron 1 36300 36220 intron_87 intron 0.72 36520 36362 intron_88 intron 0.91 36792 36678 intron_89 intron 0.72 37230 36919 intron_90 intron 0.97 37985 37382 intron_91 intron 0.97 38271 38081 intron_92 intron 0.97 38449 38329 CDS_89 CDS 0.53 30871 30817 CDS_90 CDS 0.61 31858 31784 CDS_91 CDS 0.71 33088 33042 CDS_92 CDS 0.43 33227 33166 CDS_93 CDS 0.58 34552 34091 CDS_94 CDS 0.67 34876 34630 CDS_95 CDS 1 35536 35411 CDS_96 CDS 1 36219 35937 CDS_97 CDS 1 36361 36301 CDS_98 CDS 0.64 36677 36521 CDS_99 CDS 1 36918 36793 CDS_100 CDS 0.85 37381 37231 CDS_101 CDS 0.98 38080 37986 CDS_102 CDS 0.99 38328 38272 CDS_103 CDS 0.83 38665 38450 start_codon_12 start_codon 38665 38663 gene_13 gene 0.31 91878 88313 transcript_13 transcript 0.31 91878 88313 stop_codon_12 stop_codon 88315 88313 intron_93 intron 1 88667 88586 intron_94 intron 0.59 88896 88793 intron_95 intron 1 89054 88964 intron_96 intron 1 89283 89156 intron_97 intron 0.59 89653 89368 intron_98 intron 1 89833 89718 intron_99 intron 0.97 90930 89902 intron_100 intron 1 91162 91063 intron_101 intron 0.99 91314 91212 CDS_104 CDS 0.99 88585 88313 CDS_105 CDS 0.59 88792 88668 CDS_106 CDS 1 88963 88897 CDS_107 CDS 1 89155 89055 CDS_108 CDS 0.99 89367 89284 CDS_109 CDS 0.6 89717 89654 CDS_110 CDS 0.98 89901 89834 CDS_111 CDS 0.99 91062 90931 CDS_112 CDS 1 91211 91163 CDS_113 CDS 0.94 91878 91315 start_codon_13 start_codon 91878 91876 gene_14 gene 0.33 93590 91914 transcript_14 transcript 0.33 93590 91914 stop_codon_13 stop_codon 91916 91914 intron_102 intron 0.49 92332 92166 intron_103 intron 0.65 93521 92579 CDS_114 CDS 0.46 92165 91914 CDS_115 CDS 0.66 92578 92333 CDS_116 CDS 0.6 93590 93522 start_codon_14 start_codon 93590 93588 gene_15 gene 0.56 111474 110719 transcript_15 transcript 0.56 111474 110719 stop_codon_14 stop_codon 110721 110719 CDS_117 CDS 0.56 111474 110719 start_codon_15 start_codon 111474 111472 gene_16 gene 0.35 119304 115235 transcript_16 transcript 0.35 119304 115235 stop_codon_15 stop_codon 115237 115235 intron_104 intron 1 115438 115352 intron_105 intron 1 115617 115505 intron_106 intron 0.95 116862 115735 intron_107 intron 0.99 117042 116935 intron_108 intron 0.54 117988 117323 intron_109 intron 0.71 118354 118127 intron_110 intron 0.7 119244 118576 CDS_118 CDS 0.89 115351 115235 CDS_119 CDS 1 115504 115439 CDS_120 CDS 1 115734 115618 CDS_121 CDS 0.99 116934 116863 CDS_122 CDS 1 117322 117043 CDS_123 CDS 0.54 118126 117989 CDS_124 CDS 0.7 118575 118355 CDS_125 CDS 0.7 119304 119245 start_codon_16 start_codon 119304 119302 AUGUSTUS_tom_ugs de novo gene_1 gene 0.24 15629 16393 transcript_1 transcript 0.24 15629 16393 start_codon_1 start_codon 15629 15631 intron_1 intron 0.58 15634 16020 CDS_1 CDS 0.58 15629 15633 CDS_2 CDS 0.38 16021 16393 stop_codon_1 stop_codon 16391 16393 gene_2 gene 0.95 43191 49129 transcript_2 transcript 0.95 43191 49129 start_codon_2 start_codon 43191 43193 intron_2 intron 1 43269 45098 intron_3 intron 1 45196 45314 intron_4 intron 1 45390 45713 intron_5 intron 1 45782 46463 intron_6 intron 1 46594 46704 intron_7 intron 1 46810 48926 CDS_3 CDS 0.98 43191 43268 CDS_4 CDS 1 45099 45195 CDS_5 CDS 1 45315 45389 CDS_6 CDS 1 45714 45781 CDS_7 CDS 1 46464 46593 CDS_8 CDS 1 46705 46809 CDS_9 CDS 0.97 48927 49129 stop_codon_2 stop_codon 49127 49129 gene_3 gene 0.35 50876 56282 transcript_3 transcript 0.35 50876 56282 start_codon_3 start_codon 50876 50878 intron_8 intron 1 51044 51229 intron_9 intron 1 51316 51665 intron_10 intron 1 51721 51797 intron_11 intron 0.63 51985 52222 intron_12 intron 0.89 52381 52465 intron_13 intron 0.78 52535 53203 intron_14 intron 0.87 53263 53480 intron_15 intron 0.87 53518 54073 intron_16 intron 1 54146 54291 intron_17 intron 1 54440 54593 intron_18 intron 1 54690 55420 intron_19 intron 1 55492 55780 intron_20 intron 1 55897 55982 intron_21 intron 1 56029 56114 CDS_10 CDS 0.72 50876 51043 CDS_11 CDS 1 51230 51315 CDS_12 CDS 1 51666 51720 CDS_13 CDS 0.65 51798 51984 CDS_14 CDS 1 52223 52380 CDS_15 CDS 0.89 52466 52534 CDS_16 CDS 0.87 53204 53262 CDS_17 CDS 0.87 53481 53517 CDS_18 CDS 1 54074 54145 CDS_19 CDS 1 54292 54439 CDS_20 CDS 1 54594 54689 CDS_21 CDS 1 55421 55491 CDS_22 CDS 1 55781 55896 CDS_23 CDS 1 55983 56028 CDS_24 CDS 0.98 56115 56282 stop_codon_3 stop_codon 56280 56282 gene_4 gene 0.99 58526 60984 transcript_4 transcript 0.99 58526 60984 start_codon_4 start_codon 58526 58528 intron_22 intron 1 59426 60414 CDS_25 CDS 0.99 58526 59425 CDS_26 CDS 1 60415 60984 stop_codon_4 stop_codon 60982 60984 gene_5 gene 0.96 66218 69187 transcript_5 transcript 0.96 66218 69187 start_codon_5 start_codon 66218 66220 intron_23 intron 0.96 66917 67903 CDS_27 CDS 0.99 66218 66916 CDS_28 CDS 0.99 67904 69187 stop_codon_5 stop_codon 69185 69187 gene_6 gene 0.73 76153 78933 transcript_6 transcript 0.73 76153 78933 start_codon_6 start_codon 76153 76155 intron_24 intron 0.97 76192 77150 intron_25 intron 0.97 77309 77392 intron_26 intron 1 77786 77869 intron_27 intron 1 78264 78337 intron_28 intron 1 78444 78520 intron_29 intron 1 78613 78691 intron_30 intron 1 78761 78834 CDS_29 CDS 0.97 76153 76191 CDS_30 CDS 1 77151 77308 CDS_31 CDS 0.97 77393 77785 CDS_32 CDS 1 77870 78263 CDS_33 CDS 1 78338 78443 CDS_34 CDS 1 78521 78612 CDS_35 CDS 1 78692 78760 CDS_36 CDS 0.78 78835 78933 stop_codon_6 stop_codon 78931 78933 gene_7 gene 0.15 81246 86968 transcript_7 transcript 0.15 81246 86968 start_codon_7 start_codon 81246 81248 intron_31 intron 0.73 81249 81341 intron_32 intron 1 81500 81569 intron_33 intron 1 81957 82033 intron_34 intron 0.82 82428 82501 intron_35 intron 0.24 82608 85299 intron_36 intron 0.99 85355 85427 intron_37 intron 0.99 85818 85894 intron_38 intron 1 86289 86383 intron_39 intron 0.67 86490 86858 CDS_37 CDS 0.73 81246 81248 CDS_38 CDS 0.99 81342 81499 CDS_39 CDS 1 81570 81956 CDS_40 CDS 1 82034 82427 CDS_41 CDS 0.72 82502 82607 CDS_42 CDS 0.24 85300 85354 CDS_43 CDS 0.99 85428 85817 CDS_44 CDS 0.99 85895 86288 CDS_45 CDS 1 86384 86489 CDS_46 CDS 0.67 86859 86968 stop_codon_7 stop_codon 86966 86968 AUGUSTUS_tom_ugs de novo gene_8 gene 0.76 1328 235 transcript_8 transcript 0.76 1328 235 intron_40 intron 0.76 234 1 intron_41 intron 1 413 310 intron_42 intron 1 583 464 intron_43 intron 1 884 814 intron_44 intron 1 1131 968 CDS_47 CDS 0.77 309 235 CDS_48 CDS 1 463 414 CDS_49 CDS 1 813 584 CDS_50 CDS 1 967 885 CDS_51 CDS 1 1328 1132 start_codon_8 start_codon 1328 1326 gene_9 gene 0.82 14160 1959 transcript_9 transcript 0.82 14160 1959 stop_codon_8 stop_codon 1961 1959 intron_45 intron 1 2510 2295 intron_46 intron 0.94 3028 2785 intron_47 intron 0.88 3357 3169 intron_48 intron 1 3762 3416 intron_49 intron 1 6228 4092 intron_50 intron 1 6419 6316 intron_51 intron 1 7108 6584 intron_52 intron 1 7362 7266 intron_53 intron 1 7908 7483 intron_54 intron 1 8119 8020 intron_55 intron 1 8505 8297 intron_56 intron 1 8791 8652 intron_57 intron 1 9048 8970 intron_58 intron 1 10965 9187 intron_59 intron 1 11219 11138 intron_60 intron 1 12228 11411 intron_61 intron 1 13869 12475 CDS_52 CDS 0.99 2294 1959 CDS_53 CDS 0.88 2784 2511 CDS_54 CDS 0.88 3168 3029 CDS_55 CDS 1 3415 3358 CDS_56 CDS 1 4091 3763 CDS_57 CDS 1 6315 6229 CDS_58 CDS 1 6583 6420 CDS_59 CDS 1 7265 7109 CDS_60 CDS 1 7482 7363 CDS_61 CDS 1 8019 7909 CDS_62 CDS 1 8296 8120 CDS_63 CDS 1 8651 8506 CDS_64 CDS 1 8969 8792 CDS_65 CDS 1 9186 9049 CDS_66 CDS 1 11137 10966 CDS_67 CDS 1 11410 11220 CDS_68 CDS 1 12474 12229 CDS_69 CDS 0.93 14160 13870 start_codon_9 start_codon 14160 14158 gene_10 gene 1 30173 26016 transcript_10 transcript 1 30173 26016 stop_codon_9 stop_codon 26018 26016 intron_62 intron 1 28961 26376 CDS_70 CDS 1 26375 26016 CDS_71 CDS 1 30173 28962 start_codon_10 start_codon 30173 30171 gene_11 gene 0.64 33246 30817 transcript_11 transcript 0.64 33246 30817 stop_codon_10 stop_codon 30819 30817 intron_63 intron 1 30954 30872 intron_64 intron 0.64 33041 31174 intron_65 intron 0.87 33165 33089 CDS_72 CDS 1 30871 30817 CDS_73 CDS 0.95 31173 30955 CDS_74 CDS 0.86 33088 33042 CDS_75 CDS 0.91 33246 33166 start_codon_11 start_codon 33246 33244 gene_12 gene 0.84 38665 33380 transcript_12 transcript 0.84 38665 33380 stop_codon_11 stop_codon 33382 33380 intron_66 intron 1 34090 33421 intron_67 intron 1 34629 34553 intron_68 intron 1 34960 34877 intron_69 intron 1 35410 35117 intron_70 intron 1 35936 35537 intron_71 intron 1 36300 36220 intron_72 intron 1 36520 36362 intron_73 intron 1 36792 36678 intron_74 intron 1 37230 36919 intron_75 intron 1 37985 37382 intron_76 intron 1 38271 38081 intron_77 intron 1 38449 38329 CDS_76 CDS 1 33420 33380 CDS_77 CDS 1 34552 34091 CDS_78 CDS 1 34876 34630 CDS_79 CDS 1 35116 34961 CDS_80 CDS 1 35536 35411 CDS_81 CDS 1 36219 35937 CDS_82 CDS 1 36361 36301 CDS_83 CDS 1 36677 36521 CDS_84 CDS 1 36918 36793 CDS_85 CDS 1 37381 37231 CDS_86 CDS 1 38080 37986 CDS_87 CDS 1 38328 38272 CDS_88 CDS 0.84 38665 38450 start_codon_12 start_codon 38665 38663 gene_13 gene 0.15 108844 87047 transcript_13 transcript 0.15 108844 87047 stop_codon_12 stop_codon 87049 87047 intron_78 intron 0.78 88326 87067 intron_79 intron 1 88667 88586 intron_80 intron 1 88896 88799 intron_81 intron 1 89054 88964 intron_82 intron 1 89283 89156 intron_83 intron 1 89653 89368 intron_84 intron 1 89833 89718 intron_85 intron 1 90930 89902 intron_86 intron 1 91162 91063 intron_87 intron 1 91314 91212 intron_88 intron 0.42 92063 91918 intron_89 intron 0.56 92332 92166 intron_90 intron 0.59 108820 92579 CDS_89 CDS 0.78 87066 87047 CDS_90 CDS 1 88585 88327 CDS_91 CDS 1 88798 88668 CDS_92 CDS 1 88963 88897 CDS_93 CDS 1 89155 89055 CDS_94 CDS 1 89367 89284 CDS_95 CDS 1 89717 89654 CDS_96 CDS 1 89901 89834 CDS_97 CDS 1 91062 90931 CDS_98 CDS 1 91211 91163 CDS_99 CDS 0.72 91917 91315 CDS_100 CDS 0.26 92165 92064 CDS_101 CDS 0.91 92578 92333 CDS_102 CDS 0.59 108844 108821 start_codon_13 start_codon 108844 108842 gene_14 gene 0.5 111474 110719 transcript_14 transcript 0.5 111474 110719 stop_codon_13 stop_codon 110721 110719 CDS_103 CDS 0.5 111474 110719 start_codon_14 start_codon 111474 111472 gene_15 gene 1 119304 115235 transcript_15 transcript 1 119304 115235 stop_codon_14 stop_codon 115237 115235 intron_91 intron 1 115438 115352 intron_92 intron 1 115617 115505 intron_93 intron 1 116862 115735 intron_94 intron 1 117042 116935 intron_95 intron 1 118354 117323 intron_96 intron 1 119244 118576 CDS_104 CDS 1 115351 115235 CDS_105 CDS 1 115504 115439 CDS_106 CDS 1 115734 115618 CDS_107 CDS 1 116934 116863 CDS_108 CDS 1 117322 117043 CDS_109 CDS 1 118575 118355 CDS_110 CDS 1 119304 119245 start_codon_15 start_codon 119304 119302 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 43164 43268 match_part 1.000 45099 45195 match_part 1.000 45315 45389 match_part 1.000 45714 45781 match_part 1.000 46464 46593 match_part 1.000 46705 46809 match_part 0.996 48927 49425 match_2 match_part 0.990 43165 43268 match_part 1.000 45099 45195 match_part 1.000 45315 45389 match_part 1.000 45714 46126 match_3 match_part 0.977 43183 43268 match_part 1.000 45099 45195 match_part 1.000 45315 45389 match_part 0.985 45714 45781 match_part 0.992 46464 46593 match_part 1.000 46705 46723 match_part 0.994 49099 49258 match_4 match_part 0.957 50257 50325 match_part 0.950 50425 50444 match_part 1.000 50842 51043 match_part 1.000 51230 51315 match_part 1.000 51666 51720 match_part 1.000 51798 51984 match_part 1.000 52223 52380 match_part 1.000 52466 52534 match_part 1.000 53204 53262 match_part 1.000 53481 53517 match_part 1.000 54074 54145 match_part 1.000 54292 54439 match_part 1.000 54594 54689 match_part 1.000 55421 55491 match_part 1.000 55781 55896 match_part 1.000 55983 56028 match_part 0.997 56115 56449 match_5 match_part 1.000 50426 51043 match_part 1.000 51230 51315 match_part 1.000 51666 51720 match_part 1.000 51798 51904 match_part 1.000 54113 54145 match_part 1.000 54292 54439 match_part 1.000 54594 54689 match_part 1.000 55421 55491 match_part 1.000 55781 55890 match_6 match_part 1.000 50470 50613 match_part 1.000 50842 51043 match_part 1.000 51230 51315 match_part 1.000 51666 51720 match_part 0.958 51798 51989 match_7 match_part 0.993 55482 56028 match_part 0.984 56115 56240 match_8 match_part 0.990 58013 58512 match_9 match_part 0.995 58513 59425 match_part 0.991 60415 60871 match_10 match_part 0.998 60940 61492 match_11 match_part 0.997 75823 76191 match_part 1.000 77151 77308 match_part 0.997 77393 77785 match_part 0.992 77870 78263 match_part 0.981 78338 78443 match_part 1.000 78521 78612 match_part 1.000 78692 78760 match_part 1.000 78835 79195 match_12 match_part 1.000 78722 78760 match_part 0.928 78835 79505 match_13 match_part 0.948 88149 88302 match_14 match_part 0.998 120444 120899 match_part 1.000 120978 121207 match_part 0.986 121646 121783 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_15 match_part 0.994 14544 14388 match_part 1.000 14215 13870 match_part 1.000 12474 12229 match_part 1.000 11410 11220 match_part 1.000 11137 10966 match_part 1.000 9186 9049 match_part 1.000 8969 8792 match_part 1.000 8651 8506 match_part 1.000 8296 8120 match_part 1.000 8019 7909 match_part 1.000 7482 7363 match_part 1.000 7265 7109 match_part 0.994 6583 6420 match_part 0.989 6315 6229 match_part 1.000 4091 3763 match_part 1.000 3415 3358 match_part 1.000 3089 3029 match_part 1.000 2784 2511 match_part 1.000 2294 1764 match_16 match_part 1.000 14427 13870 match_part 0.981 12474 12320 match_17 match_part 0.973 23786 23712 match_part 0.996 22261 21453 match_18 match_part 0.985 23163 22439 match_19 match_part 1.000 31132 30955 match_part 0.926 30871 28962 match_part 1.000 26375 25491 match_20 match_part 1.000 31140 30955 match_part 1.000 30871 30710 match_part 1.000 30316 29940 match_21 match_part 0.990 31058 30955 match_part 1.000 30871 30710 match_part 1.000 30255 30013 match_22 match_part 0.922 31159 30955 match_part 0.975 30871 30710 match_part 0.984 30388 30079 match_23 match_part 1.000 38754 38450 match_part 1.000 38328 38272 match_part 1.000 38080 37986 match_part 1.000 37381 37231 match_part 1.000 36918 36793 match_part 1.000 36677 36521 match_part 1.000 36361 36301 match_part 0.996 36219 35937 match_part 1.000 35536 35411 match_part 0.994 35116 34961 match_part 0.996 34876 34630 match_part 1.000 34552 34091 match_part 0.999 33420 32751 match_24 match_part 0.998 91894 91315 match_part 1.000 91211 91163 match_part 1.000 91062 90931 match_part 1.000 89901 89834 match_part 1.000 89717 89654 match_part 1.000 89367 89284 match_part 1.000 89155 89055 match_part 1.000 88963 88897 match_part 1.000 88798 88668 match_part 0.997 88585 88216 match_25 match_part 1.000 119714 119592 match_part 1.000 119319 119245 match_part 1.000 118575 118355 match_part 1.000 117322 117043 match_part 1.000 116934 116863 match_part 1.000 115734 115618 match_part 1.000 115504 115439 match_part 1.000 115351 114932 match_26 match_part 0.990 115717 115618 match_part 0.994 115504 115026 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 14544 14388 exon 14215 13870 exon 12474 12229 exon 11410 11220 exon 11137 10966 exon 9186 9049 exon 8969 8792 exon 8651 8506 exon 8296 8120 exon 8019 7909 exon 7482 7363 exon 7265 7109 exon 6583 6420 exon 6315 6229 exon 4091 3763 exon 3415 3358 exon 3089 3029 exon 2784 2511 exon 2294 1764 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 14427 13870 exon 12474 12320 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 23786 23712 exon 22261 21453 gene_4 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 23163 22439 gene_5 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 31159 30955 exon 30871 30710 exon 30388 30079 gene_6 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 31058 30955 exon 30871 30710 exon 30255 30013 gene_7 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 31132 30955 exon 30871 28962 exon 26375 25491 gene_8 gene GT_PGL_3_AGS_4 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 31140 30955 exon 30871 30710 exon 30316 29940 gene_9 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 38754 38450 exon 38328 38272 exon 38080 37986 exon 37381 37231 exon 36918 36793 exon 36677 36521 exon 36361 36301 exon 36219 35937 exon 35536 35411 exon 35116 34961 exon 34876 34630 exon 34552 34091 exon 33420 32751 gene_10 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 43164 43268 exon 45099 45195 exon 45315 45389 exon 45714 45781 exon 46464 46593 exon 46705 46809 exon 48927 49425 gene_11 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 43183 43268 exon 45099 45195 exon 45315 45389 exon 45714 45781 exon 46464 46593 exon 46705 46723 exon 49099 49258 gene_12 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 43165 43268 exon 45099 45195 exon 45315 45389 exon 45714 46126 gene_13 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 50257 50325 exon 50425 50444 exon 50842 51043 exon 51230 51315 exon 51666 51720 exon 51798 51984 exon 52223 52380 exon 52466 52534 exon 53204 53262 exon 53481 53517 exon 54074 54145 exon 54292 54439 exon 54594 54689 exon 55421 55491 exon 55781 55896 exon 55983 56028 exon 56115 56449 gene_14 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 55482 56028 exon 56115 56240 gene_15 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 50470 50613 exon 50842 51043 exon 51230 51315 exon 51666 51720 exon 51798 51989 gene_16 gene GT_PGL_6_AGS_4 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 50426 51043 exon 51230 51315 exon 51666 51720 exon 51798 51904 exon 54113 54145 exon 54292 54439 exon 54594 54689 exon 55421 55491 exon 55781 55890 gene_17 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 58013 58512 gene_18 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 58513 59425 exon 60415 60871 gene_19 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 60940 61492 gene_20 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 75823 76191 exon 77151 77308 exon 77393 77785 exon 77870 78263 exon 78338 78443 exon 78521 78612 exon 78692 78760 exon 78835 79505 gene_21 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 88149 88302 gene_22 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 91894 91315 exon 91211 91163 exon 91062 90931 exon 89901 89834 exon 89717 89654 exon 89367 89284 exon 89155 89055 exon 88963 88897 exon 88798 88668 exon 88585 88216 gene_23 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 119714 119592 exon 119319 119245 exon 118575 118355 exon 117322 117043 exon 116934 116863 exon 115734 115618 exon 115504 115439 exon 115351 114932 gene_24 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 115717 115618 exon 115504 115026 gene_25 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 120444 120899 exon 120978 121207 exon 121646 121783 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.920 43157 43268 match_part 0.990 45099 45195 match_part 0.973 45315 45389 match_part 0.971 45714 45781 match_part 0.992 46464 46593 match_part 0.962 46705 46809 match_part 1.000 48927 48948 GenomeThreader_SGN_markers SGN marker sequences match_2 match_part 0.966 3969 3763 match_part 0.983 3415 3358 match_part 0.964 3168 3029 match_part 0.971 2784 2511 match_part 0.944 2294 1936 match_3 match_part 1.000 91892 91315 match_part 1.000 91211 91163 match_part 1.000 91062 90931 match_part 1.000 89901 89834 match_part 1.000 89717 89654 match_part 1.000 89367 89284 match_part 1.000 89155 89055 match_part 1.000 88963 88897 match_part 1.000 88798 88762 match_4 match_part 1.000 119661 119592 match_part 1.000 119319 119245 match_part 1.000 118575 118355 match_part 1.000 117322 117047 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 3969 3763 exon 3415 3358 exon 3168 3029 exon 2784 2511 exon 2294 1936 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 43157 43268 exon 45099 45195 exon 45315 45389 exon 45714 45781 exon 46464 46593 exon 46705 46809 exon 48927 48948 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 91892 91315 exon 91211 91163 exon 91062 90931 exon 89901 89834 exon 89717 89654 exon 89367 89284 exon 89155 89055 exon 88963 88897 exon 88798 88762 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0194L19.3 type gene exon 119661 119592 exon 119319 119245 exon 118575 118355 exon 117322 117047 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.38 15629 16393 transcript_1 transcript 0.38 15629 16393 start_codon_1 start_codon 15629 15631 intron_1 intron 0.72 15634 16020 CDS_1 CDS 0.72 15629 15633 CDS_2 CDS 0.49 16021 16393 stop_codon_1 stop_codon 16391 16393 gene_2 gene 1.72 41577 49129 transcript_2 transcript 0.81 41577 49129 start_codon_2 start_codon 41577 41579 intron_2 intron 0.9 41723 43159 intron_3 intron 1 43269 45098 intron_4 intron 1 45196 45314 intron_5 intron 1 45390 45713 intron_6 intron 1 45782 46463 intron_7 intron 1 46594 46704 intron_8 intron 0.91 46810 48944 CDS_3 CDS 0.9 41577 41722 CDS_4 CDS 0.99 43160 43268 CDS_5 CDS 1 45099 45195 CDS_6 CDS 1 45315 45389 CDS_7 CDS 1 45714 45781 CDS_8 CDS 1 46464 46593 CDS_9 CDS 1 46705 46809 CDS_10 CDS 0.91 48945 49129 stop_codon_2 stop_codon 49127 49129 transcript_3 transcript 0.91 41577 49129 start_codon_3 start_codon 41577 41579 intron_9 intron 0.91 41723 43159 intron_10 intron 1 43269 45098 intron_11 intron 1 45196 45314 intron_12 intron 1 45390 45713 intron_13 intron 1 45782 46463 intron_14 intron 1 46594 46704 intron_15 intron 1 46810 48926 CDS_11 CDS 0.91 41577 41722 CDS_12 CDS 0.99 43160 43268 CDS_13 CDS 1 45099 45195 CDS_14 CDS 1 45315 45389 CDS_15 CDS 1 45714 45781 CDS_16 CDS 1 46464 46593 CDS_17 CDS 1 46705 46809 CDS_18 CDS 1 48927 49129 stop_codon_3 stop_codon 49127 49129 gene_3 gene 0.98 49256 56282 transcript_4 transcript 0.98 49256 56282 start_codon_4 start_codon 49256 49258 intron_16 intron 0.98 49360 50841 intron_17 intron 1 51044 51229 intron_18 intron 1 51316 51665 intron_19 intron 1 51721 51797 intron_20 intron 1 51985 52222 intron_21 intron 1 52381 52465 intron_22 intron 1 52535 53203 intron_23 intron 1 53263 53480 intron_24 intron 1 53518 54073 intron_25 intron 1 54146 54291 intron_26 intron 1 54440 54593 intron_27 intron 1 54690 55420 intron_28 intron 1 55492 55780 intron_29 intron 1 55897 55982 intron_30 intron 1 56029 56114 CDS_19 CDS 0.98 49256 49359 CDS_20 CDS 1 50842 51043 CDS_21 CDS 1 51230 51315 CDS_22 CDS 1 51666 51720 CDS_23 CDS 1 51798 51984 CDS_24 CDS 1 52223 52380 CDS_25 CDS 1 52466 52534 CDS_26 CDS 1 53204 53262 CDS_27 CDS 1 53481 53517 CDS_28 CDS 1 54074 54145 CDS_29 CDS 1 54292 54439 CDS_30 CDS 1 54594 54689 CDS_31 CDS 1 55421 55491 CDS_32 CDS 1 55781 55896 CDS_33 CDS 1 55983 56028 CDS_34 CDS 1 56115 56282 stop_codon_4 stop_codon 56280 56282 gene_4 gene 1 58526 60984 transcript_5 transcript 1 58526 60984 start_codon_5 start_codon 58526 58528 intron_31 intron 1 59426 60414 CDS_35 CDS 1 58526 59425 CDS_36 CDS 1 60415 60984 stop_codon_5 stop_codon 60982 60984 gene_5 gene 0.92 66218 69187 transcript_6 transcript 0.92 66218 69187 start_codon_6 start_codon 66218 66220 intron_32 intron 0.92 66917 67903 CDS_37 CDS 0.93 66218 66916 CDS_38 CDS 0.99 67904 69187 stop_codon_6 stop_codon 69185 69187 gene_6 gene 0.3 76153 86994 transcript_7 transcript 0.3 76153 86994 start_codon_7 start_codon 76153 76155 intron_33 intron 1 76192 77150 intron_34 intron 1 77309 77392 intron_35 intron 1 77786 77869 intron_36 intron 1 78264 78337 intron_37 intron 1 78444 78520 intron_38 intron 1 78613 78691 intron_39 intron 1 78761 78834 intron_40 intron 0.98 78901 81341 intron_41 intron 1 81500 81569 intron_42 intron 1 81957 82033 intron_43 intron 1 82428 82501 intron_44 intron 0.99 82608 82693 intron_45 intron 0.63 82786 85196 intron_46 intron 1 85355 85427 intron_47 intron 1 85818 85894 intron_48 intron 0.99 86289 86383 intron_49 intron 1 86490 86556 intron_50 intron 1 86649 86717 intron_51 intron 0.49 86764 86914 CDS_39 CDS 1 76153 76191 CDS_40 CDS 1 77151 77308 CDS_41 CDS 1 77393 77785 CDS_42 CDS 1 77870 78263 CDS_43 CDS 1 78338 78443 CDS_44 CDS 1 78521 78612 CDS_45 CDS 1 78692 78760 CDS_46 CDS 0.99 78835 78900 CDS_47 CDS 1 81342 81499 CDS_48 CDS 1 81570 81956 CDS_49 CDS 1 82034 82427 CDS_50 CDS 1 82502 82607 CDS_51 CDS 0.99 82694 82785 CDS_52 CDS 0.99 85197 85354 CDS_53 CDS 1 85428 85817 CDS_54 CDS 1 85895 86288 CDS_55 CDS 0.99 86384 86489 CDS_56 CDS 1 86557 86648 CDS_57 CDS 0.49 86718 86763 CDS_58 CDS 0.49 86915 86994 stop_codon_7 stop_codon 86992 86994 gene_7 gene 1 114939 115184 transcript_8 transcript 1 114939 115184 start_codon_8 start_codon 114939 114941 CDS_59 CDS 1 114939 115184 stop_codon_8 stop_codon 115182 115184 gene_8 gene 0.86 120762 122615 transcript_9 transcript 0.86 120762 122615 start_codon_9 start_codon 120762 120764 intron_52 intron 1 120900 120977 intron_53 intron 1 121208 121645 intron_54 intron 1 121817 122071 intron_55 intron 1 122178 122345 CDS_60 CDS 0.89 120762 120899 CDS_61 CDS 1 120978 121207 CDS_62 CDS 1 121646 121816 CDS_63 CDS 1 122072 122177 CDS_64 CDS 0.97 122346 122615 stop_codon_9 stop_codon 122613 122615 AUGUSTUS_tom_pot_cdna de novo gene_9 gene 0.73 1328 235 transcript_10 transcript 0.73 1328 235 intron_56 intron 0.73 234 1 intron_57 intron 1 413 310 intron_58 intron 1 583 464 intron_59 intron 1 884 814 intron_60 intron 1 1131 968 CDS_65 CDS 0.8 309 235 CDS_66 CDS 1 463 414 CDS_67 CDS 1 813 584 CDS_68 CDS 1 967 885 CDS_69 CDS 1 1328 1132 start_codon_10 start_codon 1328 1326 gene_10 gene 0.26 15304 1959 transcript_11 transcript 0.26 15304 1959 stop_codon_10 stop_codon 1961 1959 intron_61 intron 1 2510 2295 intron_62 intron 1 3028 2785 intron_63 intron 1 3357 3169 intron_64 intron 1 3762 3416 intron_65 intron 1 6228 4092 intron_66 intron 1 6419 6316 intron_67 intron 1 7108 6584 intron_68 intron 1 7362 7266 intron_69 intron 1 7908 7483 intron_70 intron 1 8119 8020 intron_71 intron 1 8505 8297 intron_72 intron 1 8791 8652 intron_73 intron 1 9048 8970 intron_74 intron 1 10965 9187 intron_75 intron 1 11219 11138 intron_76 intron 1 12228 11411 intron_77 intron 1 13869 12475 intron_78 intron 0.94 14387 14216 intron_79 intron 0.26 15293 14400 CDS_70 CDS 1 2294 1959 CDS_71 CDS 1 2784 2511 CDS_72 CDS 1 3168 3029 CDS_73 CDS 1 3415 3358 CDS_74 CDS 1 4091 3763 CDS_75 CDS 1 6315 6229 CDS_76 CDS 1 6583 6420 CDS_77 CDS 1 7265 7109 CDS_78 CDS 1 7482 7363 CDS_79 CDS 1 8019 7909 CDS_80 CDS 1 8296 8120 CDS_81 CDS 1 8651 8506 CDS_82 CDS 1 8969 8792 CDS_83 CDS 1 9186 9049 CDS_84 CDS 1 11137 10966 CDS_85 CDS 1 11410 11220 CDS_86 CDS 1 12474 12229 CDS_87 CDS 0.77 14215 13870 CDS_88 CDS 0.26 14399 14388 CDS_89 CDS 0.62 15304 15294 start_codon_11 start_codon 15304 15302 gene_11 gene 1 24565 21721 transcript_12 transcript 1 24565 21721 stop_codon_11 stop_codon 21723 21721 intron_80 intron 1 23711 22262 CDS_90 CDS 1 22261 21721 CDS_91 CDS 1 24565 23712 start_codon_12 start_codon 24565 24563 gene_12 gene 1 30173 26016 transcript_13 transcript 1 30173 26016 stop_codon_12 stop_codon 26018 26016 intron_81 intron 1 28961 26376 CDS_92 CDS 1 26375 26016 CDS_93 CDS 1 30173 28962 start_codon_13 start_codon 30173 30171 gene_13 gene 0.74 33246 30817 transcript_14 transcript 0.74 33246 30817 stop_codon_13 stop_codon 30819 30817 intron_82 intron 1 30954 30872 intron_83 intron 0.74 33041 31174 intron_84 intron 0.92 33165 33089 CDS_94 CDS 1 30871 30817 CDS_95 CDS 0.9 31173 30955 CDS_96 CDS 0.92 33088 33042 CDS_97 CDS 1 33246 33166 start_codon_14 start_codon 33246 33244 gene_14 gene 0.89 38665 33380 transcript_15 transcript 0.89 38665 33380 stop_codon_14 stop_codon 33382 33380 intron_85 intron 1 34090 33421 intron_86 intron 1 34629 34553 intron_87 intron 1 34960 34877 intron_88 intron 1 35410 35117 intron_89 intron 1 35936 35537 intron_90 intron 1 36300 36220 intron_91 intron 1 36520 36362 intron_92 intron 1 36792 36678 intron_93 intron 1 37230 36919 intron_94 intron 1 37985 37382 intron_95 intron 1 38271 38081 intron_96 intron 1 38449 38329 CDS_98 CDS 1 33420 33380 CDS_99 CDS 1 34552 34091 CDS_100 CDS 1 34876 34630 CDS_101 CDS 1 35116 34961 CDS_102 CDS 1 35536 35411 CDS_103 CDS 1 36219 35937 CDS_104 CDS 1 36361 36301 CDS_105 CDS 1 36677 36521 CDS_106 CDS 1 36918 36793 CDS_107 CDS 1 37381 37231 CDS_108 CDS 1 38080 37986 CDS_109 CDS 1 38328 38272 CDS_110 CDS 0.89 38665 38450 start_codon_15 start_codon 38665 38663 gene_15 gene 0.06 111546 87057 transcript_16 transcript 0.06 111546 87057 stop_codon_15 stop_codon 87059 87057 intron_97 intron 0.8 87178 87092 intron_98 intron 0.94 88137 87274 intron_99 intron 0.97 88326 88151 intron_100 intron 1 88667 88586 intron_101 intron 1 88896 88799 intron_102 intron 1 89054 88964 intron_103 intron 1 89283 89156 intron_104 intron 1 89653 89368 intron_105 intron 1 89833 89718 intron_106 intron 1 90930 89902 intron_107 intron 1 91162 91063 intron_108 intron 1 91314 91212 intron_109 intron 0.46 91948 91842 intron_110 intron 0.63 92332 92166 intron_111 intron 0.27 101554 92579 intron_112 intron 0.27 110723 101578 CDS_111 CDS 0.8 87091 87057 CDS_112 CDS 0.77 87273 87179 CDS_113 CDS 0.97 88150 88138 CDS_114 CDS 1 88585 88327 CDS_115 CDS 1 88798 88668 CDS_116 CDS 1 88963 88897 CDS_117 CDS 1 89155 89055 CDS_118 CDS 1 89367 89284 CDS_119 CDS 1 89717 89654 CDS_120 CDS 1 89901 89834 CDS_121 CDS 1 91062 90931 CDS_122 CDS 1 91211 91163 CDS_123 CDS 0.49 91841 91315 CDS_124 CDS 0.31 92165 91949 CDS_125 CDS 0.77 92578 92333 CDS_126 CDS 0.27 101577 101555 CDS_127 CDS 0.81 111546 110724 start_codon_16 start_codon 111546 111544 gene_16 gene 0.83 119242 115235 transcript_17 transcript 0.83 119242 115235 stop_codon_16 stop_codon 115237 115235 intron_113 intron 1 115438 115352 intron_114 intron 1 115617 115505 intron_115 intron 1 116862 115735 intron_116 intron 1 117042 116935 intron_117 intron 1 118354 117323 intron_118 intron 0.83 119158 118576 CDS_128 CDS 1 115351 115235 CDS_129 CDS 1 115504 115439 CDS_130 CDS 1 115734 115618 CDS_131 CDS 1 116934 116863 CDS_132 CDS 1 117322 117043 CDS_133 CDS 1 118575 118355 CDS_134 CDS 0.83 119242 119159 start_codon_17 start_codon 119242 119240 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 76.3 82023 82466 match_2 match 37.7 81577 81906 match_3 match 42.0 81402 81500 match_4 match 52.0 86384 86518 match_5 match 57.0 82499 82630 match_6 match 56.6 78338 78442 match_7 match 495 77169 78266 match_8 match 204 85881 86291 match_9 match 209 85420 85815 match_10 match 213 82023 82448 match_11 match 94.7 81354 81500 match_12 match 197 81571 81912 match_13 match 95.5 85215 85355 match_14 match 37.7 86384 86506 match_15 match 375 77157 78266 match_16 match 41.2 78338 78442 match_17 match 141 81547 81912 match_18 match 159 85417 85815 match_19 match 174 85896 86291 match_20 match 164 82035 82448 match_21 match 72.0 81351 81500 match_22 match 68.6 85215 85355 match_23 match 219 77184 78266 match_24 match 90.1 82032 82448 match_25 match 97.4 85893 86291 match_26 match 98.2 85417 85815 match_27 match 90.5 81553 81912 match_28 match 21.2 86366 86416 match_29 match 49.3 81375 81500 match_30 match 50.8 85230 85355 match_31 match 201 85704 86291 match_32 match 52.4 86384 86506 match_33 match 54.7 82499 82630 match_34 match 466 77166 78266 match_35 match 183 82023 82448 match_36 match 56.2 78338 78442 match_37 match 207 85420 85815 match_38 match 90.9 81339 81500 match_39 match 189 81571 81912 match_40 match 94.4 85212 85355 match_41 match 176 120696 121211 match_42 match 110 121644 121817 match_43 match 107 77211 78266 match_44 match 58.9 78338 78763 match_45 match 41.2 86384 86524 match_46 match 45.1 82499 82630 match_47 match 412 77154 78266 match_48 match 24.6 82693 82806 match_49 match 172 82023 82448 match_50 match 188 85881 86291 match_51 match 80.9 81342 81500 match_52 match 181 85420 85815 match_53 match 87.0 85182 85355 match_54 match 157 81571 81912 match_55 match 55.8 86384 86518 match_56 match 206 85734 86291 match_57 match 58.9 82499 82630 match_58 match 499 77169 78266 match_59 match 55.1 78338 78442 match_60 match 196 82023 82448 match_61 match 213 85420 85815 match_62 match 94.7 81348 81500 match_63 match 204 81571 81912 match_64 match 95.5 85215 85355 match_65 match 158 85896 86414 match_66 match 40.0 82499 82606 match_67 match 356 77154 78266 match_68 match 132 81571 81912 match_69 match 40.0 78338 78442 match_70 match 149 85420 85812 match_71 match 148 82023 82448 match_72 match 81.6 81345 81500 match_73 match 85.5 85200 85355 match_74 match 271 67901 69142 match_75 match 351 66218 66919 match_76 match 40.8 82499 82630 match_77 match 36.6 86384 86488 match_78 match 42.0 78338 78442 match_79 match 415 77181 78266 match_80 match 22.3 82693 82788 match_81 match 50.8 82863 82961 match_82 match 165 82032 82448 match_83 match 156 81571 81912 match_84 match 182 85420 85815 match_85 match 182 85881 86291 match_86 match 80.1 81372 81500 match_87 match 85.5 85227 85355 match_88 match 184 67898 68887 match_89 match 277 66218 66919 match_90 match 173 60409 60870 match_91 match 172 120726 121211 match_92 match 114 60412 60864 match_93 match 49.7 52466 52543 match_94 match 105 52210 52386 match_95 match 106 56115 56279 match_96 match 49.7 52466 52543 match_97 match 105 52210 52386 match_98 match 106 56115 56279 match_99 match 49.7 52466 52543 match_100 match 105 52210 52386 match_101 match 106 56115 56279 match_102 match 114 46455 46808 match_103 match 67.0 81577 81912 match_104 match 157 77181 78170 match_105 match 81.6 85435 85815 match_106 match 76.6 85893 86195 match_107 match 63.9 82032 82334 match_108 match 45.1 81372 81500 match_109 match 42.7 85227 85355 match_110 match 104 52210 52386 match_111 match 108 51798 51983 match_112 match 53.5 52466 52543 match_113 match 107 56118 56279 match_114 match 52.0 86384 86506 match_115 match 507 77172 78266 match_116 match 210 82023 82448 match_117 match 55.8 82499 82606 match_118 match 94.7 81339 81500 match_119 match 224 85881 86291 match_120 match 57.4 78338 78442 match_121 match 221 85420 85815 match_122 match 201 81571 81912 match_123 match 97.4 85218 85355 match_124 match 52.0 86384 86506 match_125 match 507 77172 78266 match_126 match 210 82023 82448 match_127 match 55.8 82499 82606 match_128 match 224 85881 86291 match_129 match 57.4 78338 78442 match_130 match 94.0 81354 81500 match_131 match 221 85420 85815 match_132 match 201 81571 81912 match_133 match 97.4 85218 85355 match_134 match 114 77184 78248 match_135 match 31.6 81577 81906 match_136 match 115 77211 78266 match_137 match 73.9 82023 82457 match_138 match 40.8 81402 81500 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_139 match 142 26378 26067 match_140 match 531 29954 28959 match_141 match 142 26378 26067 match_142 match 531 29954 28959 match_143 match 48.5 92105 91905 match_144 match 178 91920 91309 match_145 match 121 26378 26088 match_146 match 466 29915 28959 match_147 match 496 30173 28959 match_148 match 147 26378 26052 match_149 match 548 30173 28863 match_150 match 144 26378 26070 match_151 match 548 30173 28863 match_152 match 144 26378 26070 match_153 match 128 26378 26076 match_154 match 450 29915 28959 match_155 match 70.5 115504 115238 match_156 match 215 117321 116860 match_157 match 107 118575 118354 match_158 match 85.5 115734 115612 match_159 match 139 111528 110728 match_160 match 46.6 92521 92288 match_161 match 67.0 92291 91905 match_162 match 191 91920 91309 match_163 match 108 88591 88331 match_164 match 21.6 88700 88665 match_165 match 320 24565 23705 match_166 match 321 22263 21724 match_167 match 314 24565 23705 match_168 match 321 22263 21724 match_169 match 38.9 6315 6226 match_170 match 53.9 8972 8814 match_171 match 136 14148 13843 match_172 match 89.7 6629 6417 match_173 match 135 12510 12226 match_174 match 100 8308 8120 match_175 match 102 11410 11198 match_176 match 90.1 9222 9043 match_177 match 99.4 11139 10963 match_178 match 63.5 8016 7912 match_179 match 126 111501 110728 match_180 match 120 26378 26076 match_181 match 394 29921 28959 match_182 match 504 30173 28959 match_183 match 151 26378 26052 match_184 match 504 30173 28959 match_185 match 151 26378 26052 match_186 match 115 26378 26049 match_187 match 456 29984 28959 match_188 match 55.1 92291 91920 match_189 match 179 91920 91309 match_190 match 311 24565 23705 match_191 match 329 22263 21724 match_192 match 112 26378 26037 match_193 match 416 30173 28959 match_194 match 164 36662 35937 match_195 match 121 34553 34092 match_196 match 49.3 38343 38266 match_197 match 137 38665 38450 match_198 match 134 111498 110728 match_199 match 71.2 115504 115238 match_200 match 214 117321 116860 match_201 match 109 118575 118354 match_202 match 84.0 115734 115612 match_203 match 122 111495 110722 match_204 match 39.7 92297 91905 match_205 match 171 91917 91309 match_206 match 39.7 92297 91905 match_207 match 171 91917 91309 match_208 match 129 111480 110728