C01HBa0010F03.2 TACTGCAGGCTTTTTGGAAAAAAAGAAGAAGAAGAGAAACATAGAGAAATTCTGGTGCTT ATTATACCTGTAAAGCTGTAACTGCAAAGATTTGAAGAGAGATACCAAGTCAATATGTAA AACATAAATATTGAGGACCATGTCAGTTGTCATATTATACTTTTGAAAAAGAAATTCTTT TTATTTAAATCTCTTGTGCATTGTTTTCAATTTGGCAGCCTTCTTAGATCTTAGTATCTT GTTTTCTTTACATACTTCCTAACGGGAAATCCTTGAGCGGGCTGTTATCCTTAATTGGAT GAAACAGTGGTTGACTTGGCTTTCTTGGTATCATACTGTAGCATTATCACCAGATGTGAC CATTGATCAACTATTTGATGTTCCTATGTGTGCCACTTCTTGGAAACGATCAAACGAAGA TTATGAATTAAGATTTCTTTGTATCAAGTTTATATTTCCTAGATCATATGGATGTCCTTT ATGGTTTCCCCTACTCTGGATTACATGTTGTTCCCCTGCTGCAGTAATGGACCAGTTACA GTAGGTCTACCGCCAGCTTGGGTGGACTTGTCAGATGAAATCACGGCTAATGTTCATCGG GTCCGGACAAAGATGTCTGAACTAGCCAAAGCTCATGCTAAGGCTTTAATGCCATCATTT GGAGATGGTAAGGAAGATCAACGTCGTATTGAGGCTCTTACCCATGAAATAACTGATCTT CTCAAAAGATCAGAAAAGAAATTACAAAGACTTTCTGCAGCTGGGCTTTCCGAGGATTCA AATGTCAGGAAAAATGTACAGGTGAGCCTTCACGACTATAAAACCATTGTGCTTTCTAAT TTTATTTTAACTTATAGCCTGAATGCATTTGTTCTACTTGTTTTCCTTTATTTTCTTTCC TCCGTCCCACCAAAATATGAGGTTGTAGGGTCTGAGGATTCTGTACATCCAGCTATATGC TTATTAACTGATTCCTTTATAACACACCGGTAAGTAGTAGTTTGTAGGACTTCCTTTTCA TTCTCAAGCTGGAATCCATAAGTTGTCTTCCAAGACTTTTAACTTTTACACCCTCTGCCC GAGTAAAACTGATGTTCCTTTTTTTTTCAGTCCCAAAGAGTTCTATCTCTTCCCTTAGAT GGAAAATTTCTCTTCCTCGCAACTTAAACACATGGTCATATTTAATGTTGTGGCATGGAC AATCAGGATTCATATTGCCAATGCCGACTTGCTTAAGATTGGGGCATAATTGTTGTTGTA ATCATAATAAAGGAAAAAAAGCTGCAGTAAATTGACGATAAACCCCAAAATAGCATAATA TCGTGAATCTTTTTTCATCAAATAAATAATACTCCATAATGCATCATTTGAACACCCTAA TAGAGCAGACTAGCTATAGAGATTCATATTTCTGATCCCACCTAGTTTTAGAATGAGACG TTGTCAATAATATCAAACAGATTCAAACTAATATGAATTATCATTATTTTATATTATTTA AAACTTGACGGGGGCATCTTTTTCAACAACTTCATCACTTTTACATTTCATTAATATATT TAATGCTTTTTTTACCAAACTTAGTATAATTATGTATACCAATGTGTTACTCTTAAACAA TGACCAAATTGGGTCTATTTGATTTGGGAAAAGGGAGTAAACATGGGAACTTCACAAAGA AATGAGGTGTTCTATTTTTAAGAACTTTGATAAGGGCATGGCTAATAAAGTGTCTTCCTA TGCTCTATTTAATCTCATTAGTAACGAATGTTTTTTGAACTACATTTTCAGTTTGATTCT GCTATAAATCTGATTACAACAATTGCATATTGCATTTGTGCTTACATTGTGATATTCCTA TGACAGCGCTCTCTTGCTACAGATCTTCAAAGCCTATCAATGGAGCTTCGCAGAAAACAG TCTACTTATTTGAAGAGGCTTCAGCAGCAGAAAGAGGTATGCACAAATAGTTTATATTTT GAGCCACAATCTGTTTCCAGAAGGTATTAACAGGAGTCAGTTTTATTTGCTGTTGAGATT GCATGACTCAAAGTACTATATTATGGCATCCCGTATGCGTAGCTGTGCTGTCTAATGCAT GTTAGTTCAAATGTTCATGTATACAATTAATTTTATGGATGATTAATCAGCATGCTCCCT GCTTTTTAAGGAAATGGGGGATTCCTGAAATATATATTTGGTAGGTTTCCTCAAATGTGC TTTTTCATGTAGGGTCCAGATGGAGTTGACTTGGAGATGAACTTAAATGGGAGCCATTCT AGAAGGGATGACGATGATTTGGATGACTTGGTATGCAATTTCTATTACATATAAATTTTA TTTCTTCTACTCGGGATCCTGCAAATGAAATCAGGAAAGAGGTGTATGTAATAGTCAGGT GACTTTGTTTTGGTAATATCTATACTATGATCAGCAAAAGTAAAACGGAGTATTACCATT AAAATGCACTACATTGTTAGACATGAATGAGAATTACACAACCATTTATATTATTGTTGC AAGTGAACAGACATGAGTTGATTAATTCGGATACGAGCTGAAGGTACTAACTCAGGTGAT TGCATAAGGAGTAAAGAAAAATCACAAGTTGTTGTTTTAACATCAGTTCCTTTTGGCAAT AGATCTTAAGTCTTTTATGATATTTGTATGATTGAAATATCTCATTTTGGAATCTCGTTA TCTTTTATGGCTGTGGTTGGAGGGTGTTTGGTCTTACATCCTTAAAATAGCTTCCTGCCT TTGAAGAATGGTTTTGTGAGATACCTTTTAAGAGTTTATCTCACAAGAAAATTTTGACTG CACCAAATTTCTGTCCAGGGATTTAATGAGCATCAGATGGCCAAGCTAAAGAAAAGTGAG GCATTCACTGTTGAAAGAGAGAGAGAAATACAGCAGGTGATATTTCTTTGCTGCTTGTGG TTTTCTGAAATGTGCATATCATTGTTTTGTGTCTTAGCCTCCATGTGCTTATATGTTAGG TGGTTGAATCAGTGAACGACCTTGCCCAAATTATGAAAGATCTATCAGTTCTGGTGATAG ACCAGGTTTGAACTTACAACACCTTTTCATATTCACCAAGTTCTGCTTCAGCACGGGTTT TTGGTGTACTGAACTTATGTCTAATACAGGGTACTATCGTCGATAGGATAGACCACAATA TTCAAAATGTTGCATCAACAGTTGAGGACGGCCTTAAACAACTAAAGAAGGTCTCACTTT GCTTTCTCCATTGCCATTCTAATTCACAGAAATTCCCATCTTTGCAGTCATCTGTCATTT GATTTATTGTTTTTTTCTTTGTCAAGGCGGTCATTTCATTTAATGTTATGTTGGGCTTAA TTGAATTGCAGGCTGAACGAAGTCAGAAGCGAGGTGGAATGGTCATGTGTGCAACAGTTC TAGTTATCATGTGCTTTATAATGCTAGTCCTATTAATTTTGAAGGAGATAATATTCTGAT TTCTGAAAGTATTATCTATAAACTTTGCATAGTATTGTTTCTCACAACGCTACATGGTGA AGCAAGCCAACACATGTGCGAGAAGTGGAGGAATCCAATGAGCTAGCTCCATATCATTTT TCTGCTACTACATTTTATTGTATCTGTATTGTTAGTGAGGACTGCGGAGGGTTTGTATTA TAGTCAGAGGAAGTTGATAGATCTCCAGGGATCCTGTATAGAGCATCGACTGTTATACAC CGATGCTATTGGTAGAGATCATAATACATATTCTTTATCCCTGGAGAATTTTGTAGTTTC GCTGACTTCACATTATATGCATGAGGAGGATACAACGTATTCTGTATTTGTGGCCCTTCA TTTTTAATTGAGATGCTACAGATGATTTTACACTTTCAATGTTCATGTTTTAGCTATTTT ATCTTTATTATTTGTTCATATTCTACCTTTTTCTTTCTTCCTTTTTTTAAAAAAATAGAA GCTCTATATTGTTGACATGTGATATTATATATGATGATAGAAAATGATATTAGTCTTATA TCCCAAATGTTGTATTTATGAAAAAAATTACAAGAAGATAAATGTAAACTAACAAAATAG ACTGGTACAGCTTCCTCGCAGCACCAATGACAGGTATCCAATGCAATGCGGCTCCTACAG ATTACAGTATAGCTGTTTATCTTAATCTGTTATTACATGCAAATGAAGACCTTTATTTTT GGTGTACTGAAATTTTGATTAAATAAAATACCATTGACACCACTTCGCTGCAAGTTTACA ATGTCTATATAGCTAATACCTTATAAATATATTGGGATGCCCTTGGCTTTCTCACATTTT ACTATTTTATAAGTATTAATATTTCTTTCGAAAATTTGGAGTTCAACACTATGCTTATAA ACTATTCAACCACTCAAATACACCAAAAGAAAGAATTTGATTTCCTGTAATTCACTCTCT CAAATTATCAATTCTTTATATTTGTGGACTTTAATCGTCAAAAAATATCCACATTAGGTC TCCCTCCAAATACATAGTGATATTGTTTAAGGGTGGATCTAGGAAGAGGCGAGGGTGTTT ATTCGAACTCCATTATTAAAAATATCGTAAGTTCAAATTATATATGAATACAAGACTAGA TGTTGACTCAGGAGTCCAAAATTCAACTTACTGTTCTATGTTCAAAATCTCATGCACTAC ATTTTGGATTAATTTTTGCTTCTCGATTCATAGACATCAAGTCGATGTAAGGCGCTGAAG GGTTGTTAATTGATTAAAAATAGAAATGACTAATTGTTAACATCGTCAGCTCTCGTAGCT CAGTTGGTTAGAGCACCCGTTTAGTAAGCGGGAGGTCTTGAGTTCGACTCTCAACGAGAG CATTATTTTATATATATAGAGAGAGAAATATTTCCCTTAACATCACTATTATGTATTTGT TTAAATTGCTTCTATTTAAACAAAAGCATATTTTGCATATCAATATTATCGATCTCATCA CATATCAATAGAAATTTTATAACTAAATAACATTTAAAGTATAATAACACGAAAATAAAG AGTTTTTCTTTTCATAACAATGCAAAATAATACATAATTACATAAAAATATGGGTTGCTA CCAATCCATTTTGGACAACATACCGTAACTCTAAAATGAAAAAGAAAAACATAAAATTGT AATCTAATATAAAAAAGATCTAAAGAAAAATATAAATCAAATCTTATACTATTAAGTTTA AGAGTTGAATTATATTCTAAGAAAGCTTCTCTTTTAATTTCAGAATGAAACTATTTGTTC TCCTCGGTTAGCTTCTTAACAACTTGTATTCATATTATAAATCTTAGAAGATAAAAAAGA GAATACGAGATGATAGAAAAGTAAAGAATGTGATGACCTAAGAAGCAATTAACTGGTATT TATAGTGATATTAAATTGTTTTTTCACCTATCAAAAAATTTTAATGTTGCACATTGAATC ATGATAGATAAATTTATTTTAGTTTCAAAATTCAAAGAATCACAAAATTTGAAGAGTTCC ATACATTATTGTTTCATGATAGATAAATTTATATTAATTTCAAAATTCAAAGAGTTCCAT ACATTATTGTTTTCTACTCTAATTTAATTCAACCTAATTAATTATAATTATAATGTCATA ACTAAAAAATTAAAGTGCTATGTAATTAAATATTAGTATTTAAAAAATAAATAAATTTAT TTTAATTTGATGGAGGGGTTAAATGGTAATTCAACTTTTAAGATAAAAGCTTCCTACTTA ATAATAATAATAATAATATGATATGATTTACCTCTACCGAAAGCAAAGGCGGAAACTCTA AAACTAGTAATAATGGGACGAGAGCATTTTTTCTTCATTTCGATTTAGTTGTTTGCATTT ATTTATTTACTATTTTACCGCCTACCGAAAGCAAAGGGCGGAAACTCCAAAAACTAGTAC TAATGCGAAGGATCATAAAAGACTAGTACTAAGGTCTCTTCAATATAAAGAAAGAAGATG GTCAAAATGATGTCATTTTAGTGCCTTTTTCGGTGTCTTTTTGAGTTCCATAAAGTATAA AAAATCACAGTTGAAAGACAGCTTTCAATATTGAACAGGAATTTTCAAATTCCTAAGTAA GGAAAGAGAAGTTAAAATACAAGACTGGAGAGAAGTTAAAAATACAAGACTGGCAAATAT CATATGTTATGACCAGCCATTTTAATGGAAGAATTAGCTAATTCTACAACTTGCTTACAG TAATAACTTCTCTAAAAAGAATGTTACACCTGACTATTTCAACAATCTAAGTATTCTTAC AAAGTCTATGTTTAGCCAGAATTCTTCTTCTTCTTTGACCTTCCTACTTCCGATGGCCAA AAGGAATGCCCTTCGATAAGAGAAGGGATTGTTAACTTCAAGTCGAAAGTCAGCCGTTGA AAAACTGCTGTTAACATGTGCACATCCGCCATGGCTCTATGAGCAGAACCAACTAAAGGG ATCTCATAGTGTTCACCAAGGTCTTGCAATTTGAGTTTTGGCTTTGACCCTAAATGGAAA AAAAAGTAAAAATATCAAGATAGAGACATCCAACGCAAAGGAAGCTTTTGAAACAAATAC AAAAATTTAAACAAGTAGAAAGACCTCCAGACTTCATGACTTTACGCGCCAAAGGAAGAG TATCAACGAACAGCCAATTTGAGGGAATATCAAAAGAGCATCTACTGAATTCCTTAATTA GAAAAGGAACATCAAAACAGCGAGCATTATGCGCAACCAACACCACATATCCACCAGGTT TCTGGCGACTTCCTACATACCTCAACAAGATCGGAATGAGGTCCCCCATCCTGATATATG CAAAGCAGAGTGTGAGAGCAAGATAACACCAATTTCAAGAATAAGATATAACATATAAAA ATAAATTTTTCTTATATCAGAAAATATCACAATCTTCTCTGCTAAACAAATGTGATGCCA AAGATGGATATTTTTCACATGCGTTATAAGAAGACGGAATTTATTCCAAACCAAAGGGTA ACAGAATACACATTTTCCACCACGAAACAGGCCGTTCAACATATGTGTTAATAGTTGTGT CCTGTTATGCCACTTGACTTTCTTGGCTCTTCAATAATTTAGTCAAAAGATTGTTCTTCA CGTACATCTCCAAGGAGAGAATACTAATATCCAACTATGTAATTACACTTGTGCAATCAA ACATGATACTAAGACTCATACTGTAATTATGCCAAGGCAAACAAACATATCATTGTATTT ACGATTTACCATATTGTGTAATTACTTGGATGTGCAATTATACATCCTAGTAATCATACA GTGGTTTCCAAACAAGCCCTAAAGAAAATTAATTCCACTGCATTAGCTATTCATGATTGA AGTTGCACAACCAGGTTTTGTTTTATTTTGACGACGTGATTTTACCAAATATTGTTCATA AGAGTAAACAGATACCCTATGAAATATAACAAGTTAAGGAAGAAAAGATATAACACTATA GAAACAATATTTATGACTTGTTCTACTGGTATTTGGGCAGAACATGCTGTGAGCTATCAA TTCATTTTAACACCACTGTCATAAAGAGAGTTATACAGTCTCGAGATAGATTGGGGTAAA TTGATGTTTTCTAGTGTGCTACACTACTTTTTTCAGCCAAGCAATTTAAGGCCATTTATT CTCACAACAGTAAGTTCAGTATGCTTATAAGATTGTCATAACTATTATCAACATATAAAT CCATGGTTAAAAGCAGGGCAACAATGAAAGCATATAACTTCATCTAGAGAGTAATTCATC AAGGTATTCATAATATGTCTACATAATTCTCTTCTCAAATAATGGTCCTGTCTTAGCATA GGAAATTAAATATATTAATGAGTAAAACACATGCATTATGACATACAAGCCCACCCGTTA AGTAAATGGCAAAACACATTAGCATATGAACCCTAACAATTACATGTAATGTACAAATTT TGCCAAGAAGTATGCTTATAAGAGAAAAACAATGAAAGCATCAAATTACCATTTAGTTAT ATTTATACATATCACATTCAAATATCAGTACAATACCTAATATGCGACTGACAAAAATAT TCTTTCAATAACTCAACTGGTTATTTAGAAAAATTAAGTTGTAGATAATCTCATATAGGA TTCTACGAAGAGAAGTCAAGATACAGAGAGAGAGAAGAAGCAGAAGCATGTGAAACAAAC TAACAATATTTATCATAATTACCTGGGGACATCAGGCCTGTTGACCATACCGGTGGTAAT TTTATGGACAAATGAATTTGGGACAATACATCCAGGATTGACTAATGTCTGGAATGTGCT GTTTTCACCCCCATGAAGATCCCGCAATGCAATCTCAATGATTCTTTCATGATCTCTGCT AAGCCCAGTGGTCTCAATATCAAAAATGATAAAAGTCATGAGTTTGGCCAAGTCTTTGTT TTCAGCAATTGTTTGTCGAATATCAACATATTGTGTACTTCCTATTTCAGTTATTTCTGA ACTATATATGTCTACTTCAGATTTTTTTGTTTTGTCCAATATTTCGTGTCTGATAGTTGT TTTTTTACTAAAGGCAGCCTTACCATTCCCTTCACTTTTTGTAGTTAGAGTCCGTCTATT CTCAATACTATTAAATCTACCTTCCAGACCCTGTTTACCAGTGGCAAGAACCTTGGAGCT AATGCTTCCCCTACCAATCCTACTTATATGATGGAAACTTTGCCACCATGAATTAGTCAA TATAGGAACTCTACATCGAGGAAACTGTGACAGTGAGAAGCACATTGCAACTCTTCTCAT CTAAATCCAATATTACTCTAAACAAGCGCGAAGATATATTAACCTGCAGATCAAAAGCAA CCAAATATTCAGAAAGAAGGGTTTCAAGAAAAATGTAATCCACACACCGTTTACAAGCGC AGAGGATGAATTTGAGTTGCATTTTTTTCCATTTCTTTTTTAATTTACAAAATGACCTTT TAATGCCAACAATGATGGATGTTCCCTGTTATAACCAAATATCATTCTTCAAGTCTAGAA AACGAATATTATCACTCAGCAGTAGAAATCCTTTTAAACATATCTTCTTCAGACTATTGA AAGTAAAACTTGAGTTAGACCCTAATATATATAACTCAACAAAGCAAATTGGCCTACTAA AGACATGATGAACAACTTATTTACCATTTTGGAATGTGTTAAATGCACTATAGCCAACAC AAAAGGTATCACATTGCCAATTAAACTATCCAGAAAACCAAGCAACCTTTAGGTAATGCA ACAGTGAAGAAAAAAGCAGGTACCTAAATGCTTAAAAAGCTCTTAGCTTTAATGAATTTC ATATCAACCCAAAGCATTCAAATTTCAGAATAGAAAACAACAATTCCAGATTTTAACTTT ATTGACCAACACATCACATTCTAAACAATCTCACAAGAGTAAAATAGACCCAACAAACAG AAGACCCATTAAAAACAGATACGGAAAAAACTAGTCCTTTTACACAAAAATGGCAATTTA AGAAGAGACCCATTTCGAAAAAAATTGAAAAAGGAACAACAAATTAACATGTTACTAGTA AACAAAATAGGAAAAAAGACATGCCTGCCTGGTAATGATTGGAAGAACAAAACACAAGCA TTTACTTACAAGATTTGGGGTTAGTTGAAAAAGGATTAGAGAGAGAGATAAATGGATGAA GGTGGAAGTCGTGAAGAAAGTGTTGCGTGTCGTTGGAGTGAAGTAGAAATAATGGAGAGC ATAAAATGCGGATCACGAAGCTCCGATCCATGGCTTCCGGACCACTGCCATTTTCCCCCT TTTTGTGATATTTTTCTTTAAGAAGGATAGGGTCTCTACTCTCTATTATTGAACTCAAAA ATACACAATTCTAATTAATGTTGCAAAACATAATTGAAATAACAAAATCATGAAATTAAC AAGTAAATATAACAAACTCTCACCCCATTTCTTAATTTTATAATTTATAAAGAGATATAT ATAGTAATGCTTTATTAAATTTTATGCCAAGTTAGAAATATATTTTCAGTCTTCTAAAGC AAAGTATAATTAAAAAGATCACAAATAATCAAATGAAAAAAAAAAGACACGAATGATTAT TTCAATGATTTTTTTTATATATATATCGAGAAAATATACGTATTTATCTTTTTTATTCGT CTATAACATTCGCACGGTGATCAGAATACTCAACATATATAAAAAATAATTCACAAAATA ATAAAATATTATATTATTATTTTAATACATATTTAATCAATAAGACTTCACACGTTTCAC TTCTCATATTGCCAATTTATCGTAATAAAATAAAAAAAATATTCTATTTTTAATTATCTG ATAGATTATCATTCTCAATACAAGCATTTAATATATATTGCTCCATATTAATGCGAATTC ACATTAATTAGTTTTTATATTACGATTTAAAAAATTTAAAGTATTTATAGGATTTCTATT TTAAACAAGAAGGCGTTTTATTAGGCCAAAGACAAGTGTTTAGATAAAAAGGTGAAGCAA TCACATGCCAAAATGATGTTGGTTTAAAGAATATGCTGCTGCATTTATTAAGAAAATAAA TTATAGAATTTTTGTTTTTACATGCTCTTAAAAAAAAGAAGTTATTTTTCTGAAATTTTA ATTGGTTGAAGACATTAATTAAATAGTAAACTATCCTATTAGACTCAACTTCAAGTATCA TCGTAATTCGTCTGTATTTATTAATTAATTTATTAATACACGAGACATGAGAGAAAAGTA GCCAAGCTAGATTACCGGCTGAACTGAAAATTTGTGTCAATTTTAATTATTTAACCATCA AATATTATTTTGTCGCCTCTCGAAAAATCTAATAATAAAAAAAGTATATATAGTATAGCA ATATTTTTTCTACAATTTAATAAATAAAGATGTATTTATTTAGTTAAAAAAATATATGAA TGTGGCTTTATACAAACTATTTTCAAGGAATACCATACATTGATATGTTAGATTATAAAT ATATGCATTTTATTAGAAAATTTTAAATTTCACTTATAAGATTATATTGAATATATTGCA TTTTAATTTCTATTAAAATATTTTACGATCGAATAAAACAAATATATAAACAGAAAAGTA AAAAGTCCTTTAATTTAATATAGTTTTTGTCCCAATGACATGTGGAGAAAGCAAACAAGA GAAAAAAACGTTTACAATAATGTGGTGCAACAAATCAAGTCAGAGGTTTTAATTAATCTC TAAACATTAAATACAAATATGAACTCTAAACTTGGAGTTCTAATTGAATCTAAACACTGG TCTTATATGTAATTCATCTTACTTGCATCAGTGACACAAGATGTTATATGTTTTCGTGCA TGATTAATTATATTTTAATTTCTATAAACACATGATTTTCTCTAAATTTAATGAATGTAC ATGCATCTTAAAAGTTTTGATTGTGGGTTTGCCTCTTGGTATAGAACAACTCCTATTTAT AATTAAATATCATGCAAATTTAAATTAATCGAATTCTAATATAAATATCAAACATATGAC TCATATAATTAGTTTACTGAGAAAATTAATCAAGATAATCAAATGCCGCTTATAAATAAA TTAGGACTTGGGGCTATTCTTGACATTTTTTTGTTGGGGAAAATCTATTAGCGAGAAAAT TTGGCTACAATTTGACCAGAATGATATTTTACCCTTCTAAATGATTTTATCCTTTTAATT TAATATATTTTAATTAAAAAATAAAATAAAAATTTAATTTTCTGCACAATTTATACAGTA TTAGTACTTTTTCCCTCTCTTCCTATATATATATATTCTGTCAGTGACATAGTTAAAGAT CCATTGTTCCATTCAGATATGAGGGAAATTGTAACTATTCAAGTGGGGAGTTATGCCAAC TATATTGGCTCTCACTTCTGGAACTTCCAGGTAATCACTTGTACTGCTAACCCTCTAATT CAAGAAACACATCACTTTTGTTAACTTGTTATGGTTTAATTAAAAATATGTAGGTTTATC GAATACCCATTTTCTTGTTGCTCAGTTCAAGATTGTCCAATCTTGCACTCAAGAAGTACA CCAATTCTTGATTTTTGCACTTCCCTTCTATGTAATATCTTATTCTACCTACAGCACTGC GCAAAGAAACAGATTACTTCTGTGTTTACCTGTTATGATTTAATTAAATATGTAGGTTTA TCGAATACCCATTTTCTTGTTTTGAACAGACGCTGAGAACTCAAGATAGTCCTATCTTGC ATTCAAGAAACAGATTAATTCTTGATTTTTGTACCCCTAGTTGAGGCCCTTTTGGCTTAA ATGACCGTTTTCCTTCCATGTAAGCTATGCGGCACTACGGAAATAATAATGTGGGACGTT AATGGCTTCTCAATCTAACAGACCCGAAAAAGAAAGAACAAACTGAAGAAAATTTCCAAG TTCTTTGGTAATCATCTTTATGTGCTATTATAATGGCAACCAAATGAGTTAAATAACACA GGGGAGTTTGTGAAGCACCACATTTGATCATTTAACGAAGGATAAGGATTATGATTGTAC CTCCATCCACTGATTTGAGTTAATGTGGATTCTCTCTTATATTTGGGTTGATAATATTTT TTATTTTTCATCCTCTTTTCTTCTCCCTTACTCTCTTTTCTTGTATAAGTTCGTACTGGG AATAGTTGAATCTGTTCATAATACTTGGTTGTAATTCAGGATAATGGGCTGCAAGTTGGT TAAATACTACTGGTTTTACTGACTAATATTTCTTACTCAATATTGAACTTTGAAGGATGA ATTACTTGGATTGGCTGAAAGCCCCGAAAGTGATGAAGTATTCAAAAATCATAGCCTTGA TATGGATGTGTTGTATCGTACTGGGGAAACTCAGCAAGTGAGTTATCTGATCAAAAACTA TAAAGTGGATTTTGTCTTTGTTATATAGCTATCACATACTTAGAGTTACTCTTTCACATT CTTTGACATGTAGGGCCTCCTTACGTACACCCCCCGAGTGGTCTCAGTAAACTTTCAAGG TATATTATCTAATTGATATGTTGAGTTGCCACAAAAATCTGTTTTTCTTAAGCACCATGA TTTAGGGTTTATTTTATACTATTGTCTTGGAATTATATTAATCTACTTGGTACTGCCTAT GGTTCCAGTTGGCAATCAGAATATGTTGGGCCTCAAGCTAGTTTCAGCATACAAATCTCT TAGGAAGTTGCACCTCCATATCTTCTTCACTAGAATATTTAGCAGTTATCTTATATGTAT ATTATTTAGGAAATGACTCGATAAAAAAAACATATTATATAGGACATAAAAGGTCAAACA AGAGCTTCATCATAGGCATGCACAGTAAATATGACAACAATTGAGGAGCTATTTGTGATG CTGAGGTTCCAAGTGTCTCTTTAATTAGAACCGTACTTCCATAAAAGATCAAGCTGAGTT ATTAGTTCATCTGCTGCCCCAAAATATTGCACATGGATTTTACTGCCTATCAAACTCTTC CTACATTTGTTCTGTTTCTTGTTTTAACCCCCCGTTTTTCACTTCTCTTTTTTGGTGATG GAAGGTTTTGGTCTTTACAATGCAGAATGTAAGTGGTATAGTATTCTTCATAAGCTTAAC AAATTTTATAGCTTTGGTGAAACTCAATTTGTTTTCTTACTTTTACACTTATACCGCTGA CTTACTTACACCTTAGGTAGTTTAATGTTCTTCATTGTTGAAATGAGCAACCTATGATTG AAGAGTTGGTCAAGCCAGAAAAATACGTTGCTTGGATTTTTCTGTTACACCATGTATACA ATACTCAAATTATAATTGCATAGGCTTAAACCTCAAGCTTATTTACTTCACTTGTGTTAT TCCAAGTACTCATCTGTTGACCAAAGGAACTCGTTCTCCATGAATGGACATGCACATTAT GTCACTCACATCTGTAACATGACAGGGTCCCTTGGATCTGTGAGTTCACGTGGATCGTTG TACGATCAGATCCCAGCCAAAAACATGGATGTCATGACATGGTGAGACTAAAACCTTTTT GTTGTTTAATCCATTACTCTCTGTTTAATAATATGCCACAACATAAATAAGGAGTGACAT GTTTTCCCGCTCAACCAGCCCTCCCTGTCTTAAACATAGAAAAAGCGAAAGAAGGGAGAA AAAAAATAGTTCAATCAAGTCTAGACCCCTTCTTCGTGTTGCATTATTTTTATTTTATTT TTTTATCAAAAAAATAATGCAACACGAAGAAGGGGTCAAGACTTGTAGCTGTTTTGTTAC ATCTCTTTCCTTAATAAGTGCTCCTTTTGATTCACACATTCTTTCTGCTTGCTGATAGAG CTTTAAAATGTGTATTACAACAATAAAAGTGTCATCCATGTGACTATTTCAGCATCCCTG TGTTTTATATCCATAAATCATGATAAATGAGCCTTCTGCTTTTGATTACTACCTTCAAAT ATATCACCCCTGGTGTTTAAAAGTTGTAATTCATGAATCGGCTTATGCCTTCAGTGATCC TGATCATTGCAGAAGTTTAATTTGGTAATTACTTTCAAGATACTGATCATGTTAGGCAAA CCTTCAAAGTCTAATAAGTATTTACTAGTCCAGTTTGGTGATAAATCATAGTATTTCACT GACCAATCTCTAGATGAAGGCCAAATGCCCTTTTCTACAAGCAGTCACATTCATATATTA AGTAAATTCCAAGTTCCAGCTATCTACACATATGAGCATTTTCTCTTTACTGTATATTGG GGCTTCCCCACATTGATAAATATATTACTTTATCTGTATATAGAGGAGAGAATACCTCTT TGCAAGAAATGTAGGAGTAAAATAAGGATGTTTTTTCTAGACTCTTTACATCCATCTCAT TTTCCCGGGACATTCTTTGATCTCCAATTTGTGATTGCCTCTTTTTCTGCCCTTAGCATC ACCAGTTCTATGTTAAACAAGAGTACAGTGTTCCAATTTCTGCTGCAATCCTGCAATGAA GCAGGATAATCCGTCTTCCCTCCCTTGTTCCTTACACAGGAAGCACCAAATATTCGTCGC CTTTTCTGCAACTTGTTTGCTGATAATAATGCTCCCACACTGCTGACTAAATTTTTGATT AGTTATATTGAACAACTCACCTGGGATTTCTGGTTGCCATCTTCCATTCCAGTTTGTTTC TCTTTCAGTTTCAATAGACAAGTTTGAGCTTTACAGAATGTTATTAATTACTCCCTTCGT TCAATTTGTTTGTTTGGTTTTGACTTGACACAAATTTTAAGAAAGTAAATAAGACTTCCG AATCTTGTGGTCTTAAACTAAAGACATGTAGAATTTACCAAAATGTCCTTTAATCTTGTG GTCTTATAAATGCCATGTGGAAATTTGAAATTTAACAGTTGCTGAATAAGGAAAAAGACA ATTCTATTTTATGCAAAATCAGTAAAAGAGGCCCCCCTTGATCAAAAAAACTTTATGAAA TAACCAATAAGAACCAGTAGGACATTTACATATGCTACATTACTTGTGATGTTGGAGGAA TATTTCAAGAGAGGAGGTGGGTGTGCGTGTGAGGGGAAAGTTTGCTTTACTAATATCATT TACATTATTTTGAGTGGAACTATATGAATGAAGGTCTCCAGACAAATGTGCAGGACGGGC AGAGTCATAACTCATGAATCTGAACCTTTAAGGAGGAATCTCTTCTTGCAAAGCTTAAGT GAGGATGGACAAGAGAGTGTGGGCAAAGCTAATGATTTGGACAATGTGAACAACAATCCT CCAGCAGAAATTCAAGATAAGGATATCGTAGAATGTTTGGAAAGTGATGTTCAATATTGG ACAGATTTTTCTAAAGTACACTATCATCCACAGAGTTTGTATGAATTAAGTGGATTATGG GCAGATATTCAGGAGTTCGATAATTATGGACTCGGGAAGGAGGCATTTTGTGGGCATCAA CATGGTGAAGAAATAGATGACAGACTTCGTTTCTTTGTTGAAGATTGTGATCATATTCAG GTACTCATGATTGAAACCTCTAGACTACTATATTGTCTAGTTAGTTTATTGCTGTTCGTA AATCTCCTCAGGTTTGTAGGCAGATCAACCACCTGAAATTTGTCCGGTCCAATGATTCTG ATTCCTTCCAGTGTGATAGTATTACTATTCTGCACATGTTTGAGAGCATTTCTTTGTCCT GTAAGTTTCTCCTTGATGTTGAATGAACTTTGTCCTCGCGGAGTATATCATTACAGTTCC CTTTAGTCCTGTTTCCTTCACAGTATTTTTATTTTTTGATATCATAGAAATCGCATGTAT ACCCACTTCGTGAGGTATCAACAGGTACCAAACTCAGGGGAGAATGGTCCGCCCCTTTAG CCTTCTCCCAACTTAAATTCCAGACTTTTTGTCCATGGCGGGGTTTGAAACCTTACATGC GTGCGATAAACCTGCATTTCATGTGTTGCATCATTCCTTACAGTTGAACCAAGGCCCTGG GGGCAGCGTCACAATACTGCCATAATATCTTGTCTACTGTCAGATTGGCTTACTGACTTA ACAACCTCATTAGTTCATCTGGTCTTCAACAGTTCTGTTATAGCAGTTCGAGTATCAGCA ATGCGACTCTATATTCTTCCTCTTGCTTGCTGAGATCTTGAATCTTGTGCTCTTTTTGGA CAACTGTTTTTATTTTTCTTAAAGGTCCACCTGCACTTGTGTTCTTCTCTTGTCGGCAAG AGTTGTTAATTTTTTTAATTGGATCTCTTTTGCAGGGGATCCAATGCATTGTGGACGACT CAGGAGGGTTTTCTGGTGTATCTGCAATGTTCCTGGAGAGCATTGCAGATGAGTACCCAA ACGTCCCAGTTTTACTATATAATGCACGTAATCCTAGCTTGCACATGGACTCCAAAGGTC GCAAGCAAGCTATCTCCCACAATCTTCATGATGCAGTCTCATTTTCAAGGTTGTCTGAGC TATGTAAATTGATTATCCCGGTTGGTTTGCCCTCCCTGAGTGGAAGTAAGAACTACTATT CTCATAATGTGACTTTTTTAGTAGAACTATACAATTTTCCTTCATATGGTTCTCTCAGGC ATACTAGATTCTTTGTTTAATTAAATTGGGTTGTTAGTTTGTACTGCATATTGTCCATCC AAAGGAGATTATTTCAGTAAACGACTCCTGGCCGCAACAAAGAGATACTTGATGGGTTCA CGTATGCTGTATGAGTAGCTGACCTGTGTTCATATATGTCCACCCCAAATTTTGAGAACA AATCTGATTACAAGCTGAGGTTAGGGATATTCAGAAGAAATCATGGCTTGTGCGTCACAC TTTTTCATGTGCTGTATGCAAACTTGTGGTTTTCCTCACTCAGAAGGCAAGAAGTTGTGT GCATTTTGCCTACATCCTCAGCAATTTTCAGCATCTAACTGAATCAACAAATTTGAATTC CAGTTAACTATGTGAATCCTGTGTAGTTTAAAGGAAACAGGGGATTCAACAATTGTTGAG TGAAATCATAGGTGTTAAACCTGTCTATTTAACAGAATGTTAGGTAATCATGTGGTTCAT TAGCCAGTTCATTCACTGGATCCTGTTGTATAGTCGGTAAACTCTTTCTTCACTTATATG GACTTGTGTCTTGTTTGTGTACCTTTGACTTTTCTAGTTTTTGATGCAGGTTAACTTCTG TAACTGAATCTTGTTTTATGACCTCTTACTCTGTATGCTTATCATATTCAAAGCTCTTAT CTGAATGGGTTCCCGTGGCTGATACTTGCATATATGAAATTATCTAGGTAGAGCTTCTCA GTTTCTCCGCATTAAAGACGAAAAGCCTTACCACTCCAGTGCAGTGTATGCGTCTGCAAT GCACTCATTTAGTCTCCCTTTTAGGATGAAACAATCAGGTCCATCTGCAGAATCAATCTA TACGTCTGGTGCTCTGGATATGTATGGGACAGTACAAATTCTAGCAGGCCAAATGAGGCA GAACATGGTAACTATATTAGATGTTGCCATGCCGGCACCTTCTTTAAGTGGTATGCTTTT GTCTCTAGCATTTCATTTTTCTGAACCCACTGTGCAATTACTTCTACTCCTGATGTTGGG AACTCTTTTACACCAGCAGACCGGGCTCAGCAGCAGTCCTTTCTCGGAAACTTGCAGCCC TTGATTCCGGACATAGCAGAAGATGTTGAAGATTTCCATGCAGTGGAAACTATGAACATT CACGGAGCAGTTACATCTGGTACTTGATTTGATCTTTAGCATATTTCTTATATTTTAAAC ATTTTTACATAGTTTGATGATTTGCGTACTGGCTTGCGCATCTCCTTTTGTACTCCATCT ACATAATATATGTCATATTACCTCATCTCTAAACTGTTTTACCTTTGAGAAGCTCAAGCT ATAGCACAATATGCAAATATTTCATGAACTTGTCCTGGTTTCAATAGGTAAGATACATTG CCGGAAAAATTACTGATTAAAATGTAACTTTCGAATCCCTGCAATGAAATTTAAGCTTTT CATGCACCCAAGGGTATGACCTATTGGTCAATGAAGTGGTTGAGAACCATGAGGTCTCAG GTTCAATTCCTAGCGGAAACAAAATACACTAGATGATTTTCCCCATCTGTTCTAGGCTTG GTGGACAGAGTTACCTTGTAGCTGTTGCTGGTGGGTGGTGGAAGGTATCCTGTGGAATTA GCCGAGGTGCGTGAAAGCTGGCCCAGACAGCACGATCATAAAAAAAATTAAGCTTTTTAT TTGCAAGTCTACAGAAAATGGACAAAACATAACTAAGAAAGGTTAGGAATGAGGTGTTCC AGTGTGTGATGAGTACTAAACCTTAAAGGTAAAACCAACCTAAATAGTGGATTATGTTTG CTAGCAAAGCACTTCAACATGCTATACTCTATAGAGAATAATAGTTCCAAAAGGGAGCGT GTAACTTTAACCCATGAGAGTGAGATGAATGAATACCCACCTTTTAAAGCATATTTGAGT CTTTAGTGTTGTTTTAGTGGCTCTTTTCTGTTATCACCTTCTTGCTTATAGCTTTTCCAG AGATGTTTGATCTGTTAAACTGTAGTTTTCCATGTTATTTTCAGGAAACCAAAGGGCCTC AATTGATGAAGTTAAGGATGCAGTTGAGTCTGCTTACAATAATTCAGTCACAAGGCCCAA ATTCTCACACCTATCTGCTTCTACTTGTCCTCTTCCTATACCCTTGCCTTTCCCTATGAT CTTTCGCGATATGGTTGGTCAACACGGTGAGCTATTGGAAACCCCGATTTCAGGTTCTTC ATCTAGGGGATCCATTGAAGTTCATTCCATTCCTATGGCAACAAGATTACGTTCAAGCAC TGCTGTTTTGCCCTTTTTGGAAAGAAAACTTGGAAATCTTCGTAGGTTTGGTATTGAACG AGGAGCCATTGGGGCACCATTGCTCCAAAGTTGGGGTTTTGGAAAAGAAGAAGTGGAAGA TATGGGAGAGGTACTGTCTAAGATGGTAACGACACTGAAGCCCTATCCTCAATATTCCTC CGAGTCAGATTGAGTTCACAAGGAGCATATTTTATTTTCAAGTGCTGATGGGATAGTTCT TCCAGGTATAAGCTGTTCACTCTTTTTGAATCAGTCATCTTGATCCTTCGTTTTTCCTTT TTTTCTTTCTTTCTGGGCGTTAACTTGCTTTAGCAGATGTTTTAGAGGATCCTTACTTTG TTTTTTTCTTCTGGAAATTAATGTGACTATTTATTTCTAGCTTACTTCATAGCAAGATAA GTATTCGTGCATGATATAACTTTGTAATTCGTTGAGCTTTGAAAACCAGATAATGAAATG GAAATCCATAAAAGTTAGTATATACATCTAAGTAATAAGTAAATAGGATACTCAACAAAT GAATGTTATTAGAAGAAACAATGGGCAACTCAAACTTGACAATCTACAGAATGCGCGGCC ATTGATGCCACTCATAAGAAAATAATTTGAAGTGTTTAGTTCTCCACCCATATTCTCCAA AATCATGCACAAGTTCTGCAAAATCTGTTTCCATGTCATAAGAAATAACCTTACCTTTTA CATCCAAATAAAAGATGTGAGGAATAGCAGGATGAATGTCCATGTTCTGCACCTCAGTAT GTAGAAATCCTGTAAGTCCAAAAGGAACTGTAGTCGCGACATCCGTGACATACTTCCTAA CCCACAGTGCATCACGACTACGAATATTGCTCTTGAGTTGCCACACAGTAATATTTGTCT TCACATACAATGCAAAATAGAAATCCCCACCTGAAAATCCGAGAAAATAATTGCCTGTAG CAACCATTTCTTCAGGAAATTCCAATGCCCAGAAGCTCTTATGGACACTATCATAAACAG TGATTTGTGGCCCTTGATCAAGCCAAAAGAACACTCCGTCGATTGCACCAGCTGATGGTG ATTTCATATAAACGAAAAAATACAGTCTAAGAGGTACGCTGAGAATTAGATTATCCACAA TCCACACATTCGTCTCAGAAGAGAAGCTCTCAATTGTCACATTGGATTGTAAAATCCAAT AACGAACTATAGTGAAGGAGATAACATCTCTATTAGGGTTATCTACCTTACAAATAAACC CAATAGTTGGATCATTCATGCCGATTTGAGTTTTAGGGAGAGCCATACTCTGCCTCGTAG CAGGATTATAAACATAATAAGCCCTCTGCTTATTGCAAAGGAGAAAACCATTAGATGATG CAACTATATACGCGCTCCTGCCTAGAAAACTGACTGATTGATCAAAACTACCATCAATAT CTAATGCTGATTCCTCAGATGAGAAGAAGAACTGAATTTTCGATCGTTCACAGGTATCCC TAGCTTGATAAAAGAAGCCAATTAGATAGGGTTGAGGCCTCCATCTTCGATAACGACAAC TATAACTCAGGGATGAATCAGCAATGTACTTCAGCCAACATTTGGATACACATTTAAACC TTGCTAGAGATTTTGAAGGCAAACAATGCAGTATGTTGATCACAATATCATCAGAAACCT CCACTGCTCCTTCTTTGGCACACAATTTGCGTCGACGTTTCATACTAGTTATACTTTTTT CAACTATATTATTTTCTTTTTACACAAAGTGGTCACAACAACAACAACAACAGAAGTTAT AGCGATTGTGGGTTACCGAGATTAAAAAAGAAAACTGTAACAGAATTCGAACTTTTCATG AAATTCAACAGAAAATTCAGATTAGAAGATGGGAAGTAAAGTCCACTTATAATTGTTACA GAAATGAGATTTTAAATGGTTAGCAAAATCAAATATGTTCTCGGGATTGAAGCCGCGATA TGCTCTGTTTTTCGTCGACGGTTACTTGCGTAGGTGTATGGGAGTTCTTATGAAACGGGA TTTTTTTATAAGAAAAAAAAATAAAAGTCGATCCCGCCACTTCACCGAAATAATATTCAA ATTTTTCATTCTTTTTGTATAATTATTCAATGATTGTCCAACTGTTCATTTGTATATTGC ACGTCTCTGTGTGGAGACTAATTCAAAATCCAAACATTATCATTTCCATTAGTATTCTAC CACAAAAATTGATTTGTTGAATTCGAAATATATTGCACGTATCATGCATGTAAAAGTTTT GAGTCCAAACAATACAAGTCAGATATTATGGTGGTTACGGAAAATTGATTTTTCTTTTTT AAGAAAAATTGTTTTTCTACTTTCTATGTCCCACGGAACACACTTTTTTTTTTGGCAGTT TTAATATTTTTATATTTAGTATTAAAAATTTACAGTCACAAAAATATTAATAAAAAGTTT TATTCGTTCCGCTCACTTTTAATTGTTATAGTATCCTTTTTAGAGTTAAATTAACATTTT ACGAGAATGTTTTTTATCATATTAATATGCTAGAAATATAATTTATATATTTTTCATATA ATTTTTTAATATATAAATTTTTTACTTAAATATCAAATTAACGTAATTTAATTTAATATT ACACAATTAGTTAAATTTGTACCCATAAAGGATCATTTGCAGTATATTATTCGGTCCGTT TAATAAAAACAGCAAACTTTAATATCAGTTTTTCGATCGTAAAATTTAAAAATATTTTGA ATATAATTTAAAATTAGAAGGTAGAACCATAAAATTGAAAATCTTTTTTAATTTAAGTGT TAAATTAAATTAGATCTTCTGTGAAACGGACGGAGTATATGCTATATATCACAAAGTCAA CTGCACCTGCACGCGTGAAGATGTTTCCAAACAGAGCAAAGGCCGTAGTCAGGAGAAAGG ATTTCCTGTTATGGGAGTGAAAGTTATATTGCTGGTAATTCACTTTACAATTCAATTTTT CGTCAAATTAATTGGTAATTCCATCCTGTTGTTTCTTAGAAGAAATGAATTCAGTTACAT GATTTACAGGTGATAGTATAATAATAAGAAACTTGTTCTGGATTATATGTCTATATGCAT ATATAATTATTATTCACTATGTTGATGCCGTTGTGGTGAAGGAGACAGCATTAGCTTGAT AGTGATCTGTGTCGTATATAGTCAAATTCTGATTTGTCTAATCCAAAATCCAAATGCACG TAAGCTATTTGAGTTTAAGCTTCAAAGAAGGCTTTCATTTGTAATGCTTCTGCACGTCAA GTGAGAGAAATTTTTGAAGCATTTGAGAGAGTGAAACTAAATTAGAATAAATTCCAAAAT GCTGCTGCTACAAACAAAGATAAAACTCCACTAGCATAGGAAAATACAGCCATAGAAGAA ATGGCCTGATAAACTAGACTAATTTTACAGACTGCTTTGTAGGCTTCCAACAAGAGAGAG CGTAAATTACGCGTCCTTTCCATCCTTGTAGCATCCAGTGTCCATCTTCATCAACTGAGA AGTCCCTGTGGTACTCCGACCTCACTTTATTCCTCACTATCTTCACAATCTCCTGGTCAA GTGGCACCTGTTTGAATCCAGCTCTAACGCATCTAAGTTGCCACTGCTTGTATGTTTCAG GTCTCTCAACTCTCTCTGTCCCTTCACAAGCAATCACGTTCATAGCATCTCTTGCAAAAA CCTCTTCCTCGAATAGCTTTCTGTCCTCGTCCTCGCGGGGAAGAGTAGCCTCAAACATAT CATACAGTGAAGAGAAGTGAAAAAGCGCCTCCCTGAATCGTGTGACGAAAAATGGAGTGT TGAAAGTACCGTTCAACGCACCATGGATGAATAAATCAGGACGGATCCTCCTGATTAAAT TCAGGACAGCATCCCTTGGACTGTTTGGTACTACTGTCTCATCAGGTATGTTTCCTAGCC TATACAAACTGTTAACTACCAACACTTCATCCCTTTGAACCTCAAGCTCTTCAAGCGTGA TGCTTTCCCACTTCTTCGCGATGGCTTTGAATACGAAAGGGACACTAAATCGCTTGCAGT ACTTTTCCAAGCGACGCCCTGTCTCCTCAACCCTCCCTGCTGGCTTGAAACCTGGCTGGG GAAGATCGATTCCAGTAATGCGAAGCTCTGGAGGTCCCCCAGCCCTCATGGATAGACCTT GTATGAGACAGGGCCATTGGAAACCATACAAGATACCAAAATCAATTATGTGTATCTTTG GTGCTCCAGCAATGACCTTTCGGATATACTTGTTTGCGAAAATGTTTGACAGCAACTTGA ATGGACATGCTCTGATAAATGCCTTGTAAGCTTTCAAAATGTTAGCAGCTGATATCCTAC TGGGTGCGTAGGCTGTATACAAAGCTGTTCCCGTGCCGGACAGGCGTGCTTCAAGGGCAT TGGCAAGATAATGAGCCAACCTCTCCGTCCCATCGCCATGAGGTGTAGAGTGTTCTCTTA TCCGCATCAGCAGCTCATTAGCTGTTCTGCTATCATAGTTTGCCATGGCCTGCGCACACT GAGTCAACAAAGCCCTCAAATCCACCATTTCCTTCTTGACAATGCTGCTATGCTTCCTAC CACCTCTCGGCCTTCCAACTTTGCTTGTTTTTTTGGCTTCATTAGGCGGCGAGTAGGAAG TGATACTAGTAGCACTATGCTGTTCCACATATGGATTGTTTAAACAAAGCAACACATTGT CATACATTTCCAATGGTTCAGATTCATCATGAACAAATGTAGCCATCTGTTTGTTACTCC TCTGCTGGTCTGCAGCAACATCTCCTCGATGTCGATTTTTCTTTTCCCTCAGACCAGTTG GTGAATTGCTGCTGCTGCCACTTTGTAACACATTGACAGCTCCTTCTTCAAAATGGCCAT TGCCGAAGGAAGTGAAGAAAGAGTCATGATTAGATAAAGTGGACATGGAAGCAGGGGATT CGAAATTAAGATCCCATTGAGGTGACTCAATAGAATCAGGTGAATAGTTGCTGAGAAAAC TAGAGGAATCGTGTGGATTGATAATGACAGATTGTGGGGAATAGTTGTTTTCGGATCCAT GAAGTACATCAGATAAGTATCTCTCTTTAGCTTGGAGAGCCATGCAGTCATGAAACATAC ATGGCTTATTCTCCAAATCATCTTCTTCCATAAGCATCTGACTTAAGAATTTGTACATTG CATCAGAATAGTCCTTTTCCCCTTCCTCTTGAGGAGGAGGAGAAGAATCTCCCACTCCAA CAACATGATTTGAAAAGTAATCTTGATCAAAACTAGGATGATTATTGAGTCCATTTTGTA TAACTTCTTTTCTTGGATCCATTGGAATGGAAGGGTGCCTAAAAATAAAAGAATCAGCAC AAGGAAAAAGCTGTTCTTGAAAAAGGGCTTCCATGGAAATTGGTTTGAGCTACTAAATTC TGAGATGTTTGATTGAAGAAATCAAAGCAATCCCAGAAATTCTAACCAAAAAAAGAAGAA GAAGAAGAAGAAGAACTGAAACAAAAAATAGGAACTGAGAATGGTACCTGATATATAGCT GTTGAAGTGGTAGTAGAAGAAGTAGTATTGAGGTTGGAAGCTAAGAAATGATATCTCTTT GAATATATACAAGTGTATAATAATAGGAAGAGAAGAAGGGTTAGAATATTCAATGAAAAA ACAGCAACTTCCAGGAAGCAGATGTTGATGATGATGAACCCAACCACTCATGAATCATGA CCGGCTAAGGTAAGTAGCCTAGCAAGTTATCGGTTTCTTTTCCTCCCAAAAATAAAAAGG TCAACTTTCTAGAATTAAAAAATAGGGATATTTATAGTCACACTCACACCAACTAATTCG TTTTACAATAGTATAAACTTTATAGGAAATTTTGAGTTAACTGATAAAGTTATTATTGTG TAATTACAATTAGTGGTGAGAGTTGTAAAAATAATTTCTTGTAACAATGAAAGGATAAAG TTATGTGATTTGATTTCTTTTCGAACTTCATATATAATTTTCCGTTGTAAAAAAAGAATA AGTTATTTTTTCTTTTTTAGTAATATTTTAATTTTAGTTTTTCACGTGTCATGTTAAAAC TACGTAATTTTAATTTAAAATTATAAGAATAAAAATATTTTTATTGAGTTAAATTAGGTA TTCTTTTCGAGGAGGAGAACAATGGACGCAAGGTGAACTTAGCTATTTATTTTTTTTGCA TGCTTTAAAAAGATATATTTCTACCTAAATTTGAAAATCATTTATTCAAATATTTGATTA ACGATAAACCTGAAACCAACATAAGTAACTTAGACGAATAATATAACTATCATGAATAAT AGCTTGTTAGATGGTTAGAATTCTCGATAATAGTAATAAAAATTAGTTATTTAATCTTTT ATTCTATATAAAATAATAACAAATAATTTTCTTATAATTTATATTTACCTTTATGTGTTA TATATAAATAGCTTATTTTTTACTTATATTAAATATCATATAAAAAATAATATAAATAAA TAATTTTTTGCTTATTCGATTATCTCAATATTAATATTAATAGGAGAGTGTGATTTCCTA AATAGAAACAAAGAGAATATTATATTAAATTGTTTTGAAAGAGTGGTGGGGTTAACTGAC GAGGGAACAAATTGACATTATTCTACCAGGGGCGAAGAATCAAAACTGTGATGACTTCCT CCACTTTTGTATCTATCATATACTATAAACTAAAATCCCTCCAAATATCACACTTTTTCT AGTTGAGACTTTTGACTAAATTATCATACCTTGACTATTCCAGAATTTGAATCTCTCTTT TTCCATTTTTATAACTTATCTTACACAACAAGTTAATCATTTCATTTGATCTATGTTTTT ATTTTTGGCTTTGATGCGAAAATAATTATTTCACTTTTTATTTTCTAAAGTGATCAAGAA ATCATTATGATTTTTATTGTTTTTTTATATTTAAAAAAAGTTTGAATCTTTAAAATTTGC TTAAACTTACAAAGATCATATTGATATAAATTGTTAAAGTAAAATGAAAAATTCAAATGA ATTAATTTTATTTTGATTTAGTAAGTGATCAAATAATATGAGACGAATAATAATATATGA ACAAAAAGAGTAGATAGAATCCATCACTTAAACTAGGAAATGGTATTTATTGTCTCGTCA ATGTTTCTTCATATAATATTGTCAATTACTTTTCATAAACTTTACCAAACACACATGATT AAGCAAACAAAATAAAGGGTGATTGAGTCTGACCAAGCCACTCCTTAACATTTTTATCAA AAGAAATTGGTTGAACTTGAACACATATAAAGGGTGTGTTTGGTATCTAAAAAAATATTT TTCACGAAAAATAATTTAATTAATACATAAGCAAAAGATTGCATTTTGAAAAAATACTAC GAGAGGTGGGAGTTGAGAATAGGGTAAGGTGGTGCTATAAAGATTGTGTTGTTAGGATCG AAACAATTAAAATATTATTATAAGAAAGTTAACAAAATAAATCTCAAAAGATTATAGTTA AAAAGACAAATTGCAGATCTATCAAAAAATATATCGTGAACATAATTTGGTCAATAGATT TACATTAATAAAAAAAATTAAATATATTTAACATCAAGAGGAATAATGAATAATTATACA AATTTATTCAAAATAAATAGAAGTTCAAAAGCGTTAATAACATGTTAAACTTGTTTTTCT TAATTCAATCAGATAAATTATTGTTCTTACTTATCAAATAGTTATGATCAACTGAATCAA ACCGTGAAAAGAAAATTAATATTATTTTTACGGTACCCCACTAATAAAAGTAAAAAAAAT ATCAGTAACCTGGACCGGGTGTAACCGGTGAAAGCTCAAAGCGTAAGCCCCAAGTTCCTG GCGGCATTGACTGGTCTTTGAATGATGTGGGTCCCATTTGTCTGATATAGAGCTATACTA TATATTATGAGAGATCTGCTAATATTATTTTATAGTATTGTACTCTTTATCGTCATTTTG TTACCAATTAGCGTCACGCCTTGCGGAAGCATTTTGGTGTCTCCCAACGAAACAACCATA ATCATTAATTCTTGTGGTGGGACGATAAAATATTACTAAACTATATTATTTTTAATTAAA AGTCTCGGATTTAATACATATGAATGAAGTTATAGGAAATAATTTACCTTTTAAGAGAAA AGAAATGAGTTATGTGAATTTTTTCAAGTCTTAAAAGTAGAATATGAAATGTCTGATGAG AAAGAAAAACTAGCAGGGATATCAGTGGAACTGATAGTGTGGAAGCAATTGCTGGTAGAC ATTGTACAAGAGTAGTGGTGACATTTGCAACGTACTTCCTATGATGTATAGGTTACGTAT ACCGCTAGAAAAAGCAAACAGTAAATCGACCATTTATGTGAAGTTCCTGTACTGTCAAAC TCAAAATTCCTCAAAATAAACCTAAATTAAAATTTTCAACAATGAAGTAGCAAATCCAGA ATAGAACAAGAGGAGTATAAATAGATGGTAAGTTGATTACACTATCCTTTTTTAACTTGT TTGACCTCACATTGGAGCACAGACTAGATCCAATCGCGCACTGTAATTCAGGTTCCAACA AGATTTTCTCTATACCTAGAGCTCGATTCGAGATCTCTGTTTAAAGGTGAAACATTCCCA CCAGTACATGACAACCACATTGATCCTTTTTAGTCTGTTTATGACTTCAAAGTTTGTTAG TACAACTTTACATGCTTTGTCAACATGGTCATGAAGATTATTTTTTGAATCATTGAAGTG ACTGAATTTTATGTGTAGTGTTATCAAGATAAGTAATCTTTAGTTACATTAGTTTTATTA TCATTAAACTTAGAAGTGTCAATTGTTCAACACTTATCAGCAAATTGTAGATGTTGAACG TAACCTTCTTTGGTTTTTGTGCGTTTACTTCTTCATTTCTTGAACTATTTTAGTGAAAAT CTTAGCTATGCCGTTGTAATTTCAGGTGACTAATAAGTGTAGTTATGAAGCTATGGGTTA ATCTGATTGTGTAAAGAACTTATTTACAGATAGTGCAGAAAAATTGAAGTCAGTGGTATT AGCATAAATTTTTGATAAGATAATTTGCACAAAATGGTACATTGAGAATATTAATGGGAA GGGTGTTGTAATTTTAAAATTTGTGGTCATCACATAGGAGGTCCATGTAAAGGGGGGAAA TTTACAATAGTCGCATTTCAGCTTCTATAATTGAAAAATAGTTATTGCTCTGAAGTTTTA CTTGTAGAATTTAGAACTTTAGTATAATGACATTTTTCAAAGATCATAAGGCCGAAAAGT AGCCAGTGAACGCTATTTCTAGCCATGCAAGTCATATCGAGCCCAGAGCTCGTCCAGTGG ACAAGAGTTGCCAGAGTCTAGCCTGAGCCAAGGTTTGCCACCACCACTCCAATGCAACAA ACTAACAGGACCAGCATGTATATTTCTGCAACTTCCACTCAAATTATCCCCTCCAAGTCC ATGTTGGTTCCACCTTTGGTCAATTGGTGCTATCTTCCCTGCAAATACCAATAAAAATGG TGGCAATGAACCAAGCTCATATATCCTATGCACTCTCTGAATCTTCATCCATCTCTCTAG TTTCTTCGTGTATCTGTACTTCCTCCATTTAATCAAATCAATCACCATTACACCTGAAAA ATCATTTTAGACTTCAGTCTTTCACAGGGTATACACCTTTTTTACACAATCAGTATAGAG TACTAAGCTTTGTAACACGTTAACATGCTTTGATAGTGTAAAAGTTATTTGTACCGATGC ATGATTTAGTCGTTGACTCCTAGTTGTATTTTAGGTAAAGTATAAGGACTTACTTGATGA ATGGTTGTTGAAACAGGGTAAATTAGGTGGATGTTTGGACATTTACATGTGTAGTTTTAT TATATAGTACCAGACAAGCATGTTTTTTTTTATTATATTGCATTTTGACAAAGTATTTGA TTCATGCATATTGGTCGAACTATTCTTTAAGAAAGAGTATCCAATGTGATCATAAGCAAT TACAGGAAAAAGGAAACATCATCATACCTGTGTTGAAGTAACAAGGTTTCCGGCCATGGA ATGCGCGAAAAAACTTCTTGTGAGACCAAAATTTGGGGGTAAAATAGTTGGTGAAATTAG CATGGCAGTACTGAGGTGATCCAACAGTTGATAATCCAAGACTTGCTTTCCACAGATTAG ATATATCATCAACTAAAACGATATCAGAATCTAAGTATATGACCCTCTCAACACAAGGCT CTAAGAGTTCAGCTAAGTAGTTCCTTGCATAATTCAGTGGATGTTCAAGAGTTTGCCTTA TGCTAGACGAAATCTTGTTCTGCACAATCCCTGGATTGAAATAATAAATCTTGAATGACA GTAAAGGGAAGATTTTTCCCAAATGGGGTTCAAGATTTATGGCAGTATCTGATGAAATGA AATGGAAGAAGAGATTTTCAGGGCAGTGAGAATGCTGAAGGATTGAATGAATGGCGGCGA CCGATCCACGGAGGAATTCAGTGTCAAGGGTCATTGAAATATGGACTAAAAATGGATTAC AAATCTTTGTTGCAATTGAACTTATGGGAAATGTTGTACATTTTGGTGAGTTCTTGAAAT TTGGTGATTGTCTATAGTTGAACAGAGGAACATGATCTGAATTGGATGATTTTATTGCTT CTGCAGGAGGGCAAGATTGTAGAAAAGGATAAGCCAAAATGATCACAATTGATATAGCGA TCATAAATCTTGAATTTTCAATAATCCAAGCCATTTTTTCTTGTGTTGAATATCAAATTG GACTAATCCTTTTCTACTAAATTTCCCTTTGCAAACACAAGAAATCTCTTCTATTACATC TCTTTCTCTTCTTCTTTTTCTTCTTGTTGTTGTTGTTGAGTGCTTTTCAGGTTTAATAGG GATATGAGGTGTATGGATTGGACTGTGTCTTCATGGATAATTTCAACCCCAGTTATCATG TGGAAAAGAAATTAAAAGTTTCACTTTTTATTTTGGAGGTGGGACCCTCTCCACTGCCCT TATATTTAGGGGAGAGACTGAACTCAGTATTTTTTCTCAAATAATTATTAAATATTTAAT AAATATTAAATTTAAAACTCGATTGAAACTGCGACTATAAAATTTTAATCTAACTTCGCC TATGCTGGTTGTAGGCCAATTCCATAATGGTGCTGTCACTACTACTGCTATGAAAAGTTT TGACACTCGGCAAATGTTTAAACTTATGTGTAATGATTAAAATGATATTGTTTTCTTGCT GCCCAATAAAGATTTAAAAATGATATTTGAAATACACAAGAGGAAGTTTAAAAAATGTTA AATCTTAAATGGAAACCAGTAGAATGCAGTATGTTTTTATATTGACTTAACATATACTTT TTTAACTTGATTAAGTTTTCACTAAATTTACCAATATCTAATTTATATTTGTTGCTGCTC TAGAGAGAATTAAGAAGAAATTTTCCACAATGAATCTTCCTGCACCTTGCTACGGTGACA TAATTGAAGAAAGTCTAAGTTCATTTGTTTATATATCAAAATCATCCAAAAGTCATAAGT TGATTATTAACAAGTTATATCAATATAAAACTGTTAATCTATAAAAAAATCAGTTTCAAA TATAAAACGTATATAATTGTTGTTTAATTTGTAAATAAACTACAGCCATATGTTCGAAGC AAACGAATCTTTTGGTACAAATATAATCCAACTAGTAATATTATTTTGAATCGTCACAGT ACGCATATAGAATTTTGTATCTATTCATTTTGTAAGTGGATTTGGGTGGTGATTTCAAAG TTTAATTCTAGATTTTGTATATACTCGTATGTATTATTTTAACCAATGTATACTTGTTGT ATATATACCCATCATGTCGAATACAAAATAGCCCTTTTTAAAACTAAAAAACATTCTCAC ATCTAAAATTGTCATGTTAGTTTTCATTCACTATCATTACCAAAAGCTGTCGCACCTCTA CTATTTTTGGCGTAACGAGGTTTTAGCCTTTACGAGAGCCGATTTTTTGAGATTTAAGAA TGTAATTATACTCTACAGAATAAGCAATTATTAATCATTTAATTTCACTTGGAATTCTAC AATAATACCTTGACTAGCGTTTAACTACTTCTAACAAATCAATGTCTCTTAGCACTTGAA ATTTTCTAGTTATTTTTCTTTGCACTTGAAATTTTTTAGTTACTTTTCTCAACTTGTTTA GGTTAACATATCAGACAATCCCATATCATCAAGACTTTTTCTTAAGTTATAAAGTCAAAT TTATTACACGAAGAAGAAATTGTGTTAATTACCTAAACGCTCCACTAATATTATCGGTTC TAACTTTCAACAATTGTTCAAGAGAAAAACTAACCATAGTTAATCAATACTTTTAGTACT GTACTTATCTATATGTTAAACTAAACACGGTACAATTTATAACAGCATTAGATTACTCTA TTATGATTTATGGAGTTGTTGTTTTGGGTTAGAAATAAGAATATATAGTCATAAGATTAA AAAAAAATAATCTGGGATAAAAGTTTGATGTATTATTCGGATGACATGTTTGAAATAACT TATTCTATTATTTATAGAATAATGATAATGATAAGTTATTCCATATACAGGTGGGATAGA ATAACTAACCCGAAATAAATAATTCTGAAATAACTAGTTTCCAACCAAACAATCCCGGTC TTTCTTTCTCTCCCATCTTTATTTCACATAGTTCAATTAAAACGCTTGTGATTAAACTAT TGAAGAAAACATGGAATTCGCAATACAAACTAACAATGTGCAAAAAAAATCAAAAAGTCA TCATAACCATCATCATCATTATATACAATTTCATTTTCATCCTAAAGCCTACCAAAATCA AGCCATTTCACTTAAAAAGGCTCTAAAAAACAGATTCTTCTTTTCTTTTTTCACTTAGCA CTATTTCTTAGTAACCCTAAAAAAAAGCTTTAACTAAAAGCTTTTAAAAAGGATAATTCT ACTTTCTACTTTTATAATATTAATAATAATAATAAGCTAATAAAAGAAAAAGGTTAGGGT TTTTAATACTGACTATTAGTGGTGGTGACTGAGTTTAGCCAAAAACAGAGCCACAAGACA GAGCCATTAATAGAACTGCAGCTCTTTCAACTTCATCAAGTTTTCTTGGCTTCTTCATTG CAGATCTTTGCCTCTGTAATATCACTACTTCTTTCCCCAACATCATCAATTTCACCCTCA ATACTTTGCTAAGCTTCCCATCTTTTTTTCCATTTCCCATTTTACCCTTCTTGCAGTACT CAACCTCTTCAGTACTACCACTGTTGGAAAGGGGTTTCTCTTTCTTCTTCGTTGCCCCTT TCGTTAACCCAATTGGGCTACTTTTTTTCTTCCTGTATTTGATCCCACAAGCATTGCACA GTGACTGCAAATAAAGTAATTAACAGTGTGAATTAGCAGTCGATCAACTGATTTGGATCA AAACCCAGATCAGAAATGGGTGTAATTGAACTTACTTTAGGCCCAGAAGGACCAGATCTC CATAAGGGTGTCTTTGTAGTTTTGCAATCAGAGCAAGATTTTGAGATCCCAGTTGCCTCA CTACCCGAAGATTCATCCTACATCACAGAAAAAGAACCAAGAACCAAAAATTAAAAAAAA TTGAAAAGAAAAAGGAGTAGAACAATCAACAATGCTGGCAAAATTGATTACGAATAGGGG TTTAATTTACCTTTTGATTCGGATCCATGAACTTAAACTCGTCAAAAAAAAAACAGAACA AAGTGAAAATTGGGATAAAAATCTGAAGTGGGTTTTCTTGCTAAAACGAAAAGCAGAAAA CCCCAAAGCAATGTATGGAGATTAATGGAACAAAAGAGTTAGTTCCAGTGAAAAAGTTCA GAAAAATTGGAGAAAAAAGGCAAAAAGATTTGATTATTTGATAATGCGAATGTGTGTTTT GCAGGAACAGAGTGAGGTGGCTACTGTAATGATATAAAGGACAGACCGGAAAAAAAAGTG AACTCAACCCTAATTTTATGGGTTGAATGACGGAAATACCCTTGGGTTTTGGTTTTGACG GCACAGATAATTGCTAAATGTATACCACGTGTCCAACTGCATGCACCAGGGCTCTACTAT AAAGTGTTTTTTCTTTTCAATATAAAGATAAATAACTCTATGAATTAAAAGGAAAAATGA AAAAAAGGCAACCAGAAAGAACAATAACTAGAGAAATTACGCGGATAAGGAATATATAGT TGTTAATATAGTTTTTAAAAAATTATTAACGGGTTGTAGCTTAATTTTAGTAGTAATTAT GTCGCTTCTTTTCTCTTTTGAATACATATATAAATATAAACTATATATGTAATATATATA ATTATATGAGATATATTTAAATATAATTATATAAAGTAATATATATAATTATATGAGATA TATTTAAATATAATTATATAAAGGGTAACTTTCACATATAGCAAATAAAAAATTCATATT TGTATGCTATAGCAAACTTTGCATAATTGTGCTCCATAGCAAACATAAAACTGTATAATT CGCTATAGTTATATTCGCTGGCCTAAATTGTATAATCCGTTGGCCTATTTCGCTGCAATT GTATAATTTGCTTTGCATACAGTTGAATCGAATTAAAATGTATGTATATTGCATAATTAT AAGTATATAGCAAGAAGGTATATATGTTTTTCTCTCGCTTTATACAAAAACAGAAACACA ATCTATACACTTCTGTTGTATAAAGCTAGAGAAAATTGTATTTCACTGCAATTGTATAAT TCGCAATTGTATAATTCGTTGGCTTTTTTCTCTATAATATTTGAAGTAAAATGTCTATAA ATTGTATAATTAAGTGTATAACACGAAGATATATATTTTTGCATGTGTATATATAATTTT CTATCGCTTTATACAAAACAGAAACAGAATTATACACTTCTGTGTATAAAAGCGAGAGAG GCGAGCGAGAATGGAGAGTGGCGAGCGAGATTTTTGGGAGAGAGATGCTGGCAAATTTTA GCTCACGTTTGCTATGGAGCACAATTAAATCAAACCCTAGCTATTTCATTTATTTTAGGT TATTAGTTTGCTACTTTATACAATTTTCCCTTATATAAATACAATCAGTCTTTCGCCATT CTTTTGTCCTTTCTCTTAATCTCGTTCTTCGCTCTCTCAATCTCGCTTGTGAATTTACAA GTACATATATATACCAGTTACTTATATATAATTATCTAACACATATACATATGCATTTCG TCTCTTTCCCATCTCTGGCATCCTTTCTCGCTCGCATCTTTTCTCCCTCTCTCAATCTCG CTTACATCTTTCCTCCCTCTCTCGATCTCATTCACCAGATATACGAATATATATATATAT ATATATATATATATATATATCGATTGCATATACAATTGTTTTGGTAGATGTATATACTCA ATTCGACAGATATACATAAACAATTTGTCTTCGCCTCTCTCCTCCCATTCTCAATCTCGC TCGCCTCTCTCCACCATCTATCATGTAGCTACAAACCGTAATTAGTAAACTATACCTATA AAGCAAAATTAAATTATTTTGAGCGACTATATGCGAAGTTCCACTATATATAATATAAAT ATATATAAAAAAGTGTTAAAAATCTTTATCAGAATTAATGAGTTATCTAAACAATTTATA GATACATTAATCTTATTATAGAAGCTATTTTCAAAAACTCCTCTTTAAAAAATTACAAAA AATTCTTTTTTGATATATCTTTATTCCCTTTTGAATATATTTTTATCTTCTCGAATACGT TCCTCCTAATTAAGTAACATACCTTTTATAATGTATCAAATAACAGTGAAATGTATTCAA AATCATTGAAAAATCTAAATTTTTTTTTGTAATTAAACAAATTTCGATATAAAATATAAT TAGCCTCTAAATAGATGAAATTTCTATTGTAAGTTTCCCGACAAAATAACTAAATCCATT GATTATAGTTTGAACAAAATTTTGGTACAGCTTTATAAGTGGTTGTTTGACGAGCTTTTA AAATATGTTTATTTTGTAAATATTTCTATTAGAATTGTCTTTCGAATAGTTGTTTATAAT TTGCAAATTAACTTAAATTTTCTTTTATCAATATTAAAATATTAATTTATATTTAACTAA AATTTCAAAGTATATTCAATTAAACACTATTTTTTTTACACCAGAAAATAACTTTTCCAT ATAAATATTTATAAGCACTTTTAGTTTTTCCTTTATTTGGTCAGACAAATCCATCAACAA GAAGGACGCCCCAAAATTGATTGGTTAAAATTATTACGTCGAATATTTATATTAAATAAA TATATGACATGTAATAAAATATTTACACTTATTATTTAGTTAACTAAAATTACTTAATAT AAACTATTACTTTATTAAATCACTTTAGTATAATAGATTGTATTGTTTTGGACTTCCAAT TGGAGAGAGAACTTTGGTGGATGCTTATGTACATTAGGGAGGCTCTTTCCTAAAGCCGCT AAGAATAAGGTCTCAAAATTATTCAATGGTAATATATATAAATATAAAAAAATTATGTAT ATTTATTATTAGTATTAATTTTCTTAATGAATTTAAAGTAGCAATTACTTTATATTTTGT AATTCGTCTAATTTACTTCAATTAAAATTAATCATATTTTAAATTTAGTTTGTTAAGACG GTTTTTCAATTTTTTGAGGTGCCTCTTAAATTAATCCCTTATGCATTATGGTTTGTTCAT GTTCAGAAAAGCACTACCTGTCTTAATTAGACAAAATAAACAATTACGTGAAGGAAAAAA AAAAAAAGAGAAATCAATTGGAAATCGTCAGTAAATTAATTTCTTAAATATTTTTGACAA CTGATTTTCGTTTGAAGGTCTGGATGAAGCTTCGTTATGTGTTTGGTTTTAAATTTTAAA ATATATATATATAATTTATACCCATAAGTGCTTAAAAACTATTAAAAATATCCATAAGTT TGTGTTGTTATTTATAATAATAAACATGTCTCATTAAAAGTCATGACTATGAATACAATA TATCAGTGGCGGAGTCAGAATTTTCAACAATGGGTTCTAAATTTGTAGAAATAGACACAC GGTGTAGTCGAAGGAGTTCGACATGTACTATATATACATAAAATGTTATATTAACCATGT ATAAATAATATAAATATAGAATTTAAAAAAGAGGGGGAAAAGCAAATGAAAAAACACAAT TGATTTGTATACGAAAAATTACTATTTATTTATAATTATTAAAAGTTAACTCCGGAGAAT GAGTTCAGATAAAAATTATATAAACTATGTATCTAATTATAAAAATATCATACAACAAAT TAAGACCGGAACTCGGTCCAAAACTATAAATAAAAGGTGTTTTGGAAAAAATTAAAATTT AAAATTTTGAAATCTTCCAAATAATAGAATTTGACTCAAATACTAGACTTTTCTAATTTA TAATAGTTGAAATTTGAATTATTTGCTAAATAATGATAAATTATAATTTAACACAACCCA AACTTCAAAAATTTCAAATTAAAGAAAAATCAATATCTAAAGCCTAACACCAACTTCATA ATGAGGAGCCCAAATATCCTGGAATGGATGTCGGCCCAAATGGTTGAAAATATTGGGCTT CAATGCTTATAGCCCAAACATTCTAGTAGTAGTTGTTATTTTGGCAATATGTTTTTATTT CGAAATTGACTTTTGAAAATAAGATATAAGAAAGTACATTAAATATTTGGAAACTTTCCT ACTTCATAATCCTAATTGAATTAGGAGTAGTGTCCTATTTAATTTCTCTTCCTAATCCAA TAGAACTAATAACAAAACTACAAATTTCCTATTTTATTAAGGTAAAGTCTTGTTTATAAA TTCCTACTTCGAATCCAATTAGTAAAATTACTTTTTATATAAAGAATCCCCTTGGTCAAT TCAACAACACATCTTCTTTCTTACTAATATTTTAGCTTGAAATATTTTTCTCAGCATGAG CTTACTCAACGTTAATTCGAACGAGCCCAATCCCTCAAACACTACCACCATTATTGGCGT CATATACGACGATGGTATCATTCTTGGTTCCACTGATACAATCACACAACTCACTTCTAA TGTTGTCTCGTGTCACTGTACGCATGAAACAGAAATCTTACTAGAAGATGCACGAAACTT TATTGTTGAACAAGAAAATATTAAGGTCACAGTTGAGACAATAGGAACGATGTTGACCGT ATTTAAGCCTCACATGAAAAATATGCTACAAACTAGTGTTATAATTGGGGGAGGAAAAAA AATTTACGAGGTAAGTGATGTTGGGATTGTTATGGAGAAATCCAATTTTTGTGCAGGAGG ATATGGGGTTGCACATTTGAATAATTTTTTGGAAAAAGAATGGAAGAAAGGGATGAATGA AGTAGAAGCCGAGAAATTAATATTGAGGACATTGTCATTGAATATTTCATCACATGTTGT TCGTAGCTATGGGGTTGAAACTATGAGTGTCAACTCAAAAGGTGTCACGAGAGCGTTTCA CCCTCATAACACACTTCCAATTAAAGGAAGGACTCTGCTCGAACGGGTGCATGCACGTTC AATCTCTTTGGATCAACATAAATAAGGGTGTCTTTTGATTCAAGAGGGATTACATCAATG GTAGATTGTGGATTTGAGTCAATATGGGAGTGAAAAAACGTAAAAATTCATGTGGAGGGG ATTTTTTAAAAAAATTGTTTAGATTCGAATTTTTTTCAACACTGATATCGTAGTTTTATT AAGAATATTAATAATATTGTAGTTCAAATTTCTTATGCTACAAATATATTCTTATATTTT TTTTTCTAGACGCAGTGAGTGATGAATACAACAAATTTAGGTTTCAATATGTATTAGAGA ATTCGCAATATATTATATTTCATCGTATTTATAATTTTTGGTTGTGTTTTCATTAGCATG TGTCTAACAATTGCAATTTTGAGACTCACGCGTGAAGTTTCAAGTTTTTTAAAATAAAAA CATATATTTAAATATATATAAAAAATATTATGAATAACAATAATTAATGTTTTACATTAT CAAAACTCCTACTTCGTTTAATGTAACACTACACTAATCGAGCCATTCTATCAGACAAAC CCATCCATCCTAGAATGGATATCGGCCCAAATAGGTAATTGATTGGTTTTAGCTAATTAA TTAAAGGGCAAATAACATAAATAGCATATTTTTAAAATTAAAAGAGCATTTGTTCCTTAT AAGTTTTTAATAATCAAAATTCCTCAAAAATATACAAAAACACAGATACATAATAGGGCT GATACAGTAAAAAAGTGACAAATACATTATATATTTTTTGTCACATTTTTGTATCCGCCT TATTTTTTGTCACATTTTTGTATCCGTCTCATTTTTTATCACATTTTTGTATCCGTCTCA TTTTTTGTCACATTTTCATATACGCCTCATTTAACTTAAAAATAAGAAATTTTAGATATT TTTAAAACTACTTGAAAATAAGGATAAAAGTGAACTTAAAGGAGGGATTTTTGTCATTTT TTCTCTAATTTAAACAAATTTTTGTTTATATTTAATTAAATAAAATATATATTTAACCGG CTTCTGAATTTTTTCATATAAGCATTAAAGTACTTTTAGTTTTTATATAATTTGGTCAAA CAAACCCATTGAGAAGAAGGATAATTAATTAATTTAAATTTATTCATAAATAGAATATTT ACGTCAAATCAATCATGGTATAAAATTTAAGATTTTAAGACCAATTTAATTATGTTTAAT TAATTCATATGTTTATTTCATTAAATTGCTTAAACGTAGTAGTTTGCATTATTTTGATAT ACACCCAATGCAATAAAGCTTGTATCAAATAGATGTTTGATACTACTTTAGTAATTTTCA CACGGCCAGATTTGATTTTGTTAGGATTAATGCTTAACTATAGTTCTAAATTATTTAAAG TGGATTGATTTAACCATCAACTATATTTTCTGCTCAAAATATTCTTGTTATTATATTTTT TACTAAAAAATATCCTTCGACCATCAAGACAGTAAAATTACTCTTCTTACTAACTGTTAT TTTAAAATAAAAAACTTTTTTTGATTCATATCAAATAATTCCGAGTATATTTAACTTAAT TCCTTTTTTCGCATTTTTATTGAAAAAATTATACGGCTAAGCAAATTTATACTATTTAAT CATTCATCATATTATTGTTTGCTATAATTATCAATCATGACTAGTATTATATTTTAATTA CGTGGCTGACTTCGAGTTTGCATAATTAGTCACGTTTGTATATGTATAATTCGCGAGGAT ATACGATTACATATGTATAATATACAATTATTTAACATATATACATATAGAATTCACCTC TTTACCATTCTCTACCCTCTCTCTTGCCATATATACAAATGCATATATATAGTATACAAT TATATACATACACAATTCACTTCTCTCCCACTTACTACCCTCTCTTTCTCGCCTCTCTCC TCCCTCTCTCTATCTCGCTCGCCTCTTTCCTCCCTCTCCCAGTCTCGCTTGTCTCTTATC CCTCTCTCAATCTCTCTTGTCTTATATACAAATACATATGTATAGTATACAATTATCTAA CCAATATACAGATACAATTCATCTTTCTCCCACTCTTTCCCCCTCTCTTTCGCCTCTCTC TTCTCTCTCTCCCAGTCTCGCCTCTCTTCTCCATCTAACATATAACTACGAATTATAAAA TATCAAATTATAACTATAGATGATAATTACGCTATTTTGAATGTTCTACGTGAAAGTTCC CTTTTTATTTATTAGAAAAACTAGCCAAAAGATTCGTGAAGTAGCAAGAATAGGATAATG GCCAGAGAATAAAGAAGTAAAACAGGAAATTATTATTTTTCTATAACTACTTTATTTTTA TTTTTTTAATAAGAAAAAAAGGAACTTCTAGTAAACCATTATGGATCACATCTATAAATA ATAAAATATTGAGAAAAAGTTCATTATAAATTTATCCAACTGATTAAATTACTTATTTCT ATAAAAAAAAAATGAAATATTAAAACTGAAATAATGCTTCTATCGAACAATAAATGTCGA TGTTGGAAGATAATTTGGGGAGTTCTTAAATAATCGGTCCAACTAAAAACCAACCCATTC TGTTTCTTAACATTAAAAAAAAAAAAAAAAAAAAAAAGCAAACAAAAAAAAAGTTCAGAA TATTTTATTTGAATTATGTTCAGAAAAACTATTAATAATCACTTTTGTATTACAACTCAA AATGGGGCTTGAATCAGGTAAATACATCGGTTATCTTCTAGATAGACATAAATAATAACC TCGGATTTCAAATAATAATAATAATAAAAATAAAAATAAAGCCATTAGAAATAAGTTATA TCAGGTGTAAATTCAAATTTAACTAATCATGTATAAATATCGCATTATGCTAGATAGCCA TTTATAATGATATATTGTTAAAAATATAAATAAAAAGTATTTTGATAGTCACTCGAACAT AAACTTATCTCTTTCGAATACATATATGAACTTAGATATTTCTTGAAATAATGAAATCAA TGAAGAAAAATATAGGTAGGTATAACCATATTAAAAAAGACAAGGTTGTACTCTGTTTAC TTTAAAAAAAATGACCTGATTTGACTAGATACGGAGATTAAAAAAATATAAAAAAATTAA TTTTGTGATCCTAAATTAAAATTATGTGAAATGTATAAACTATTCTTTAATTTTATAACT TTAAATATGTCACATAAAAAATTAGATTATTAATTTTGTGACTTTAAACAATTATACAAA AGACTGAGACGTCATTGATAACGTGAATTTTTCTTGGAATGATCTAGAAACTGGATTAAT ATACAATTGGAAGTAGAAACAAAAAGGTAGCAACTTGGCTAAATATAGAAAGAAAAAATA ATTCTACTTTCTTCGTTTTTGGTTGGCATAATTGTTTTTTTTTCTCCGTTTTAAGAAATA TTTTATTGATAATTTTTTAATTTTAATTTTTGTCGAATATATTTAAGCTTATAAAATTAA AAAATATTTTAATGATTTTATTATTGTTAATTTAAAATCACAAGATCAAAAGTTATTTGT AACTTTAAAATTCCATATCAAGTAAAATCTAGATAAATAAAAAAATAACTACAGTAATAG TGAAATAAGTTTATTTTTGATTTGATGTTCATCATATATTCATATTGGATCTCAATTAAA TCAAAATTAGTACATCACATTATCTATTTATAGGGACGGCCTTTCTATATAAAAAAAATA ATCTATTTTAGTATATTCAAATTTAAATTTCAAATTAAAATTGAAAATATCTTAATTATT TCACCACTATTCATGTTAATGTAAAAAAAAAGGAAAAATGAATCAAGTTTCACAAAATAA GAATCACTTCTATTAAATAACATTTTACTTTAATATAATTTTTTTAAATATAAATTTAAA TTTAATTGACTTTTATTATAAATATCAAAATATCGCGCGAAAAGAATTGGAAAAAGGGAA AATGATATCGGCATTAAATAATATACATTCCACATGATCTTCGTACGCCCCTTTTCACCA CAGAAGGAGAATATCTTCCTTCTATGGTTAGATATTTTATTTTGTGTAACATGTGATTCC TTGTTTTTAATGCTTACGTTCTAAAACTTTTGTTGATAAATAAGTATTATCAATTATTAT TATTATTATTACTTAATCTACTATTCATATAATTAAATGAGTTTGTTTTTTTATTACTTT TCGAGAAAAATTTTATATTTTTTATTCATTGTATTTATTATCTGAATAACTCTCTCACGT TAATTAAATAGGATCGAAAACTCCAAAGAAGATTTAACACAAAACAACACAACTTCTAGC TCCATCCTCTGACACATGATGTTGTGTTCTGCTTGTCCAATTATATTTTTTCACACACAT AAACCACTGTTATATTATAAAGTATTTTATATATACATACATATATACAATTGGTCCTGA CCATTGTTTTATCTTTATGAAGCTAGATAGAATTCATATGGTCAACAAATATACACTAGA ATTTTTGCAGAGTTGCAAAATTTTCACATCACGCCAATTTTTGATAAGTTGTTAGTTGTT GTGGTGGGCCTTGTGGCCACAACATATATGATACATAAACAAGCAAATTGATACCTTAAT AATTAGTTGCAGCATTTTCTAGCTGGGGCCTTACATAGAAAAAAAAGATTTTTATTATTT TTTATCGCACAAATTCAAGATCTTTAATCAAGAAATTGAATAGGCGAAGAGTTAGATATA TCTGAGGTACAGGAGGGTTTAGTTAGGTGAAAATATATATTATGATTTGATTTTTTAAAA TATAAATACTGACTTCATTATTGAATTTCAAACTATTTCAATATTATGTATTACTTTTAT TTATTATTTGACGTTTTACAGGAGATATATTTGTTCATAAAAATGTTATTCATTGAACTA TTTGTATCTTTCTTTATTGACTGAACTATAATGACTACCTGGAATAGTAAGTCATATTTA AACAAAAGGTTAATAGTACATGTTTAATTCTTTGAGCTGTCAAGAAAATTAACACAATAT TTGGATTCAAGCGACAAATAAAGGGAGTGAGAGGAAATAATGTTTTTCCCATTGCATAAC ATTTTAAAAAAATTACTATTTATATGATTAAATTTATAAATATATAATGTCAAAACGAAA TAAACCCTTTTAGCTTCTTTAAGCATTTACTACATAGTTCAAAATTGTTTATGAAAATTT TGACTTCATTTTTTCATAGCCAGAGATCTTGGGAGCATAGTTGCCTGCGGCAGCACTGAA ATTAAACACATGATATGCATATATTGATTTGATATAAATACTCAATTTTTACACTTTTAA AGTGGACAAAGAATGCCGCTTATTGTTTATAATATGATCCTCCTCACTGGGTATGTGTCA TCCTATCCTTCCCCCCTTACCACGTCAGACGTCTTCACTTTTTCATCTCTTCCTCAATCA TTTTTGTATGCCTTGCCTCCTCTCATTTGTTATATTATATTAATATTCTTATTAATCGCA TATATTATTTTTCTTAAATACACCCTACTAAACAATTTCTACTCTAATTCCTCACTACAT CTTTTTCATTTATGCTACTCCGCTCCATAAAATGTAAAATTATTTTTCTGTACAACCGAG AAATTATATAAAATAATGCATCAATGGAGTAATAACTAATTAGTCAAACAGGCATACAAG TAGGAGGTTAGTATTACCTTTTCTTAAAGTAGGGCTTAAAATAAACTAAAAGGCACATAC TTTCCTTAGATGGATAGGATCATGAATTAAATACATTATATCATTAAAATTGGAGATTTA ATATGATATGACAAGTTATACATGCACCTTTTATTTTTTTTAAAATTAAAAAGCAATAGA TGAATGATTTTGTAGTCTTAAAAAGAACAAAAGTAACTTAAATAAAATATCCCATAAATG GGTAGAGTATTTGCTTTTGAATCATTCAGATTTTTAACCTTGTCAATGAATGTGTACTGT TATCAAAAAAGTTGAATAGACAAATCATATGTTATAAAAGTACCAAAACTACTTGAATAA TACAGGTAACATGGAGGATATTTTGAAAGAGCCACAAAAAAGATGTACTAATATAATAAA TTAAAGAGACGTTTTATTACGCAACTAAACAGCACCCACATTTTAAACAACTTGTTCCTT AGATATCAAAAGTCTAAAAAAAGAAAAAGGTTCTGTTCTGCCTATCTACCACCGAAAATA AACATGTTAATTCCTCTCCAGCCCCACAAAAATTCAGACACCAAAAGAGAGGAGGTGGAG GGACCTCTTCTGTATTTTTTGCTTAAAACTAAATAAACTAACAGGTGCCATTGAAGTTGA CATTGTTGCGTTTTGATGCAGCCATTGTGCTGCAACCAGAATCACGTGCCCTCTTCTTTG CAGTTGGAGTTTCATCACCCATCATCTTTGCTAAATCTCTACCAAACATATCCACAAACG TCTTCTGCAAATCCTCTAGACTCTCCTCCTTCACCATTTTTAATTACACAATAAATAAGC ACATCATTTCAAAAATGAATCATACACGCACAAAAATCATGTAGGAGTAGAACTCATCAA AATATCTTACCGCTGCTCCAACATTTTGATCCATTCGGTTTATCAAATCATGCAGGAAAT CACCCATTCCCTGCATACAGATAAATTGTATTAGTGTTCTATTATTACCTAAACGTTGAT AATTGAAAGCTAAAACTCGCAAAAATGTAATAGTTGAATTTTTTTTAATAAATGGGGATG AGTGACAGAATATGACACAACTTCGGGTTTCTGAGAACATAACCATAAGAAGGAGTGGAA GACAGGTCGAAAGGTAGTAGGTAGCATAGTATTATCTAATTGTAGTTCTTTGCTTTATAT TTTTGTTTCTATCATTTGCAATTGTATTGTCCTAGTATGTTGTAAATATTATTTCAATTA TCACATGATTTTAGTGTTGATTTGGGTACTTCTTGCACTGTTCTTCACATGGTAGCTGCT GTTCGCATCTTCTTTGACATAATTGAAAAGAGCATAATCGGAATACTCAGTCCAATTGCA ATTGAAAAAATCAGGAGAGATAAAATTCCGAATTGTAATATCATAATCACAAAAAATTAA TAGAAATTCTGAATTGCAAAATCTAGGTGGAGGTTGGTAGATTCGAACGAACCCACTAGG TTTTCGTAAACTCTATATTTTTACTAGAAAATTAAGTAATAACCGGTAAATTCTTAGCAA AATTGATTGACGATTCAATGTTAGAATTATATATAAAACTCCAAACTCCTAATACGGGCT CCGTTATCGGGAAGGATGTTTCGCAGCTGTGGAACTAGTAAAAATTAGTAGTAATTTTGA ATTGCAAAATCAGACTCAGAAGGATGTTCCGCAGTTGTGGAACTAGTGAGAAATTGCAGA AGCAGTATCAGTAGTTGTAAGATTACTTTCTGAAAGAAAAAAAAACAAATTTACGTACTT CATCTTCCTCAAACATATCGAGGAAACCGGCGTCGTACATTGACCTCTTGTCTTGATCGG AGAGAACTGCCAATACAAATAAAGGACAACTAACCACCGTCAATTCCTCTTCAAAAGAAC AATTTTTCAACAAGTAAAATTAGACAGGTAAAAAAGTGAAGAATTGTAACCTGAATAAGC CTCTTGGATTTTCTGAAATCGGAGTTTCGCTTCACCGGCCAGCGCTGGATTCTTCGCCCA CCTATCCGGGTGCCATTTCTTCACAAATCACCCAAAATTCACGCTGATGTTACCATACTC ACACATACACTTTTATACTATATATTTGTACAAAATTAATAATAATTTTTATAATTACAT AACGTGAAGGAACTATAGCGTACCAGAGCTAGTTTCCGATAAGCTGAGCGAATGTCGGAG CAGGAGGCGTCGTTGCGTACCCCTAGAACTGAATAATAACAAGATCCGGCTGATCCTCCT TCTCGATCCATAACCGCTTTTTGTTATGTCTCTAAGCCAGAGCCAAAATCCCAAAAAATT GTTGCGAAAACTGAAACTGTACCTAAATTGACGGGTACAGAGTAGAGAAAAAAAATTTAT TAATTCAATTAAACCATAGATAAATGCAGTTCCAAACCAGAGAGAAACTGGGGCAATAAT TTTGATAATTTGGAGAGGAAAAAAAATGATGGGAGGCAGAAAGGCAAATGTGTAACGTAA AGAAGATGCTTTTGTAAGGTTTGTGTTATAGGAAAAAACGATGAAAATATCTAAGCAAGA AAAAAAGATGGTGACGACAAGAAGAAGGTTCGAGAGAGAAGATATTTTATTGAGGAGAGT TTTGGAATTAGGGCTCGACGGTTTGTAGAATTTACGATGGGTGCCATTGGATCCGATAAA CTAGTTGTCGTTCCCGGATCATGATGTAATACGTGTCTTAGTTATGGTTTCGGGTTGTCT ATGAATTGAGCAGGAAAGATTATTGAACCTATTTAACACAATACAATAATAATGATAGCA TATTTTGGGAAATTTTATATCTATTTGGAGAAGAGCATAGTGTATATACAAATGTTATTA CTATTTCAGAGAGATTTTAACTTATTTAATAATATTTATTATTATAGTATTATTTTCATG ATGCGATAGGTAATTATTACTTTAAATGTATTGAGCTGAAATCTGTGTTCTACCAACAAG AATCATACGTAAAACTTACGGAGTAAAAGTATATTAACAGGAGGTGTTGGACGTATCTGA GGAGGTTCTTCTTGCATGGGATAACGTGTGCATGCATTAGACGACATGAGATTTTAGCAT ACCAAGTATTACTATAAAAATAGGGTTGCAATCATTAAGCTGTTATGGAATGTAGGACAC CTTATCGGTGAAACGAGTTCATGCTATTATATAGAAAACATGATGGTTTGAGACTATACA ACCTCTCAAACTTCATTGATAATACAAAACATACCGAAGATAAAGAAACAACTACAAATA TTAGGGTTTCAAGAAATACAGTTGACAAACATGCAACGATACTCGATAAAAAGCTATACA TTGCAATGATGGTTGATTTTCAAAAGGTTTCATGAAAAGTATCATTTGCAACAATTTTAG AGCAGATAATAAATATTCATAACAAAATCAACTATACTGAATATGCTACATTCACACACA AGATAGGTTAATGAAAAAAAGTGTCACAAATAACTAATAATATATTTTATTTAGTGGGGT TATTGAGTCAAGAAAATATCTCATTTTCACTAGTGACTACTCAAAAAACATGTGGTTATG TTGGCAAGGTATGACTAGACCAACTAGCACTTGACAAGAGATCCTGAAGTGGGCCAACAA GAAATGCATGAGCAAAAGAAGCGACAACCGCTATCTTTCGAATGACCATTACATCTACAG TTATCACATTTGGATAGAAAGGAATCGTTGAATCTTTCAGGCTAAGTCGAGAGGCCATAC ATAACAATAAAAAGAATAGTACAAGAGATTTTTCAGAAAAAAATCTTCGAAGCCTAAGCT TTTAAATAAATTAGTATGATTAGAATACTATCTCTAGTGCGAGTTTGTTTCCTTAGAAAC GTTATACAAACAAATTAGTAGGGTTTGACTACTTTCTCTAGTGCTAGTATATTTTCTTAG AAATGTTGTCCCTAAACTAATGGTTGTTAGTTGTGTTCACACCAATATAAAATTATATTG AATGTAAATATGTTTAATTACAAAAAAAAAACGTGTTTAATAATTTTCCTTTACAGCTTC ATAAATTTTACTAGATTTTAGGAAAGTAAGTAAGTAGACATTATGTCATGATCCGCAAGT ACACCCTAGAAGAAAGGGCATCCTTGTAGTCGTGGCATAACGTACTAGACCTCTCGGAAG TCTTGTACAAGCCTTGACATCATTCATTGCATACATGTATGAAAAGTAGTGCAGAATTAA AATTTTTCACACGAAATAGTAATACTTCAAAATATCTTTCATATAAAATCAAAAAGAATA AGGTTAAGTCTCAAAGTCGCCATCTTAGACAAACAAATATCTTAGGACAGGGTTTCAAGA AATATAGCTAACAAACATACAACGATACTCGATAAAAAGCTATACATTGCAATGATGGTT GATTTTCAAAAGGTTTCATGAAAAGTATCATTTGCAACAATTTTAGAGCAGATAATATAT ATTCATAACAAAATCAACTATACTGAAATGCTATATTCACACAGGATAGGTTAATGAAAA AAAGTCTCACAAATAACCAATAATATATTTTATTTAGTGGGGTTATTGAGTCGAGAAAAT ATCTCATTTTCTCTAGTGACTACTCAAAAAACATGTGGTTATGTTGGCAAGGTATGACTA GACTAACTAGCACTTGACAAGAGATCCTGAAGTGGCTTAACAGAAATGCATGAGCAAAAG AAGCGACAACCGCTATCTTTCGAATGAGCATTACATCTACAGTTATCACATTTGGATAGA AAGAAATCGTTGAATCTTTCAGGCTAAATCCAAAGGCCATACATAACAATAAAAAGAATA GTACAAGAGATTTTTCAGAAAAAAATCTTCGAAGCCTAAGCTTTTAAATAAATTAGTATG ATTAGAATACTATCTCTAGTGCGAGTTTGTTTCCTTAGAAACGTTATACAAACAAATTAG TAGGGTTTGACTACTTTCTCGAGTGCTAGTCTATTTTCTTAGAAATGTTGTCCCTGAACT AATGGTTGTTAGTTGTGTTCACACCAATATAAAATTATATTGAATGTAAATATGTTTAAT TACAAAAAAAATGTGTTCAATAATTTCCTTTATAGCTTCATAAATTTTACTAGATTTTAG GAAAGTAAGTAAGTAGACATTATGTCATGATCCGCAAGTACATCCTAAAAGAAAGGGCAT CCTTGAAGTCGCGTCACAACGTACTTGACCTCTCAGAGGTCTTGTACAAGCCCTTAGACA TCATTCATTGCACACATGTATGAAAAGTAGTGCAGAATTAGAACATTTCACACGAAATAG TAATACTTTAAAATATCTTTCATAGAAAATCATAAGGAATAAGGCTAAGTCTCAAAATCA CCATCTTAGACACACGAATATCTTAGGACAGGGCCCATACAATACGATATAAAAATAGTT AAGTCTATTACGATACTTTCTATAAGGAAAACTAAACATCATGATGTCCTCGAATCTAGT GAGGACATACCAATACTTGCTTGAATGAACAGTAATCTAAGCTTTCACTTCAAGACTCCT CTCAAATGACACCTACACCTTTAGAGATAGACAAAATATATATAATTAGTACATTAGAAT GCATTAAGTATGGTGACATACAATTAAAATCATGCTAAATGGACATTAGTATAAAACATG ATCTTTTTGAGTAAAACTTTGTAAAACAAGTATAAGAGTTCACATTAAGTCAACATAAGC ACATATAATAACATTTCAAAATATAACATTAATATCACTTCATTTCACATAGCAATGAGA CTCTCCTACGAAAGGTGATTCTAAGACTCACTTGAGGGAGTTATGAAGTGACCGCTCATA CAATCCCTTCACACACATCAAAGAGATCCTTTACATTATCTAAGATAAAATTATTATTAT TTCATTATTTAGACTATCTACCTAGAATTATTCCAAAACTCACCTAAGTAAGACATAAAG AACCGACCATACACCTTCTCTAAGCCTAACTAAGCAATCCTTAAAGCTACTCTAGATAAT TACTATTTCATTCTCATACCTTTTCTTAAGTCATTATGTTCAATAGAATATTTAAGAGAC TTTTCACTGATTATGGACTTTTACATAATGGTCTTGGAGAAGACCTAGGGAACCTACATA CTACCATCATCAAAGCCTACTTATGCAATTTCTAGATAGCGTTCTATTCCACTACCTAAA CTTCATAGAACTTATCCAACACTAGCATGTATCCCACGTGATGGGAATAAGCAATAACTG ACATAGACCATACTAGATAGGCATGGAATACGGAGTCAAACCCTACTTCGATGGAGGGTG TTCCACTTACTAAGGGTAAAACTAGAACACAACCCATGTAGGCACATGGTTAAGGAATAT CAAGGGTTTCTTTGTACTCTAGTCTCATCTCAGCTAGAGCTACTCCCCAAGTATACTCAT TCGGTGCTAGCTTTAGTTCTAATAGAGTAATTCAATAAAGGAGCATATGAAGAGGTATCA TATCTTAGTCATAACTGTCGCGCCCCATTTTCGTGGAAAACGGGTTTTGTGCGCGACCTA ACAACTCTTTTGGGATTTCGAGTTTTTTGGAGTCGCCACCTAACGAATTAAGGCGCGTTA GGGCACCTATCTAACCTAACTAAGTCTAACTAAAGTCAAAGGGCCAGAGATTAGGGTAAG GGTTCAAATTACCTCGAGGGGAAGGTGTTAGGCATCCCTCGAGGTCCACAAGTGTGGGTC CCGGCCGTATCTCATGCAATCTATGTGGGGGTACAAGTAGCAATCAAGGTCGTTTATTAA TTTATTTAATCTTACTAAGTGATAACAAATACGAAACAATTAAGACTATTATTCTTATTT ATTTAGATATGTAAAGCTAGGTGATGACAATAAATAAACAATTAAGCTCATTTTATTTAT TTTTGACATACGACACTATGTTATAGACAAAATTGGCAAATATTAAGCAATTAGTATGTG CAAAAGTAAAGTTAAAAATTGATAAGTTTATGAATAGGAATTTTTATTTTTTTTTAAAAA TGTTTATTTCTTTATAGGGATGATGCCACGATATTATTGATCGTGCTCCTCCACCATAGA AACAATTTTGATTTGAGGTCGGTCTAAAAAATTTATGTTTTTAACAAATGATTTAAAATA TTTAGTTCACACGTAGGCACATAAACAATTACATATAAATGCACATAATTCTTTTTGAAG TTCATGGGAAGTGGTACTTCCGGGGACGCATCGGTTTAAAAATTGGAACTAGACCTCATA GTTCCTTTGACTTTCCCACTAACGATAGGTTAGGAGATAGTACTTTATTTTTTTTAAAAA TAATGTCACAATCAATCCAAAATTTCAAAGGAAGATTGAATAATGACTTTTAAGAAAATT ATGTTGCAAAATTTTATAAGTACTAAAACTAGTAGAACATTAAGATGGTAAATTTATTAA ATGCAAAGGTTTTAAGACGAAGCCAAATAATTTGTTAAATGCATGACATGATTTAGCATC ATAAAAATTTAAGAAAATAACATATTGCAAAAATCTTCATTTTTATGAGTTTATTTACAA GCCTATAGACATGATTTCTAGGTGTAAAAAGTAACACATATATGCATAATTTTGTAAATG GTATGAACAAATTAAACCTTAGACATGGTTTCTACATGATAAGACAAATGAGAATTTATA ATATTTTAACATCTAACAACCTACTAGATTTATTAGGATTTGATTTTAACATTTAAAAAT TAATGGACTCTAGTTCTTATTTTTTTAAGGCTTGTTAACAAAACGTCAAGCAAATTGAAA ATTGATTAGATTATAACACCTACAAATATCAAATCTAGGTGGTTAAAGACAAACCTATAG GCATGATTTCTAAAAAAAATAATGAGCAAGTACGCATATAAATCCCCCTCCCCTAGACGA CCCCCAAATAACTTTATTATATGATCTTAGGGTTACAATTGTTACAACATTCGAATAAAT AAAATAGCGGAAAAAATAAAATATATAGACATATATACATTCAAACAAATAAACAAATCC TTCTTCAGTTAATCTTCAACTTGAACTTCAAATATGAAACCTGTTAAACAAAACAAAATG ATTCACCTTGTACTCGAACAAAGCAGGAAAATAGCGGAGAAAAGCACTTGAATATTTGCC GAAATATTAATATATTGTTTAAAGTAGCAAGAGAGCAATGAGAGAAGGGAGAGTGATGAG AGAATTTTTGGTTGAAAGTGAATGGGTATATTTTAGAGAATGAGAGGAGGGGGTCCTTTT TATATAACAAAGAGGGGTAACAAATAAGGGGAAAAATGTTTAAAGGAATCAATTAATTAT CACATTTTCCTTATTTTAAAGGAGAGCCAAATCAGAAAATTTTAAAATATTTCATTACCA AATATAAACAAGTATATAATAACGAATAGGAAAATAGTAATATTTTCCCTTAAATAAAGA AGAGACAAATCATATTTTTTTTAAAAATATTTCATTACCAAAAATAAATAAGTAAGAAAT ACAATTAGGAACATTAACATTATTTTCCTTAAATAGTGAAGATCCAAATTAAACTATTTT AAATTATAATTTTCCAGCTATAGGAGTAGTAAGAATCTATATAATATGCAATTAACGGAA GAAGGATCAATTAAGTTATAATAAAAGGGAGGAAATTAACACAATTATTTATTTATTTCT TTTATTAAAAATCCAATGTCAAGTTACTGTTAATCAACATTGCACATGTTTAACTCAAGG GAAATTATTTTAGGGAAGACAATATCACATAACTTAAAGTCAAAGCCAACATACAACTTC ATATAATTTTTACCGTATATAGACAACTAATAATCAACCACACTTAATAAAGTAAAGTCA AGTCAGAAATTGCAAACTCATTTAATTTTTATTTTTTTTAAAAAAACGAATCAAATCTAA GCTAAAGGAATGATCCTTCAAAGAGTGAGTTATCACTCCCAATTAATAGCTGAAACCAGG CACCATCAATCACAATAATATTGGAACCCATAATATGTAATATGTAGGAAAATAGCTAAG TTAACCGTCATTCCAAGTCAAAATGGACAATATTTCAATTACACACCAAGTCTAAAAATC AGAAAATCACAGATTTAAGATCAAGATAACATGCATAAAATTTATTCATTCAGGCAGTCA GACAACCAATTTTGTAGAAGAAGAACAAATCTATTAAAAGGTGAAATGATATTTTAGGAA AAGATTACCCGGACGGATCTGTTGAGATCCGTCATTTCGATCAAAACCCGGTCTATCACC GGAGTTTTTTGGCTGAAGATGCTATGATTTTGTTGTTGTTGCTGTGTTGTTTCGTAGCTA TTGCTGCTCCTGGTCCTAGAAAATGAAAGAGGAAAAAAGGAAGGAGAAGAGAGGATAATA CTTACCGGAGTTCCGCCATCTCCGTGCAGCTGCTGGCCAGATTCGCTGCTCGAGCGTTGC CATTCGAAGCGGGATGTGCAGGGCTACTGGTCTTGTTGTCTTTGCCAGCGGGAGCTTCTG CCAACAATGGTGACCCTCGCGATCGGCTGCTGGACGAAGCAAATGTTGCTGCTCACCTAG CGCTGCTATCATTGCTATTGATTGCCTCGCTTGGCACTACTGCTTCTTTGAGAAAAAGAG AAGAAGAGGAGACAGGGAGAGGGAGAAGCACAGAGATGAGAGGAGAACAGCGAGGGGGAC GCAGCCTGGCGGAAGAGAGGAGATGGAGAAGATGGAAGTTGCCGGTGGAGTTGGGAGGGG GAGAGAGAGAGAAAAGCGGTTGATCTGAGGGAGAAGAGAAGAGAAGGAGGGAGAATTATT TTTAGGGATTAGAGTCCTTTGGTGTTGAAGAAAGAGAATGGGAGATTTAATCCCAACCGT CGATTTAGATAGAGATGAAGGGTTAGGATTCGATCTAGGATTTATTAATTAAATAGACGG ATGAGATCAAAAGATGATTTCTTGAAATAAGATGAGTTAGATACGGAATGGCTAAAATTG CAATAACATTTGGCTAGAATTGGAATGAAAGAGAGGCTATGATTGTAATAAAACTCTAAT TCATGTGGCTAGAATTGGAAGAAATTGGAATAGAATAGGCTAGAATTTAAAATTTAAGGA AAGTGTAGGAATTACTATTTAATTAAAATACTACATATATTAAAATATTTTTTATGTAAT TGAAAATCATTTAAATTTTAACATTTGAAATTCATTAATAATTTTAAAATATTTTAATAA TATTTACGATAATTTTATAGAATAAAACATACTAAAATATATGACTTTCAAGCAAAGTCG ATTAAAAATTCTAAAATTTAAAATACGTATTTAATCGAATAGTATTTCTAAAAAGTTCAA AGGTCGGTCAAAATTGGGTGTCAACAGCTGCCCCTTGGTTGATTGAGAATGAAGAATGAA TTGTCAGGCAGCCAACGTTGACTTAGTAGCCGATTTTGTCCGACCGACGAGAGATGTCAG TTGGATCAATTAAAACGATATAGAGTTGAAAAAAGGTACGACCGAGACTTTGGTTTTAAG TCGCCTACATATCTCTGGTTATACGAGAATCAGGTCGTGTGTAGTTCTAGATTCAAGAGC AAATGAAACTCTTAAAAATTGAAAGAGCGCTAAGGTATTTGAAAGGCACGATATCGGCTT GAATGGATAAGAATAGAGTAACGAGAAAAGAGAGATTGAGAGGCTAAAAGAGTATGACAG AGAATCGAGAAGAGCATGATAGAGTAAGGCTATCAGCCTTTGAGCGAGGGTTCGGAGTAT GAAAAACGAAGAATTGATAGGGTCATTGTTGTGATAGAGGATAGCGTGAAAATTGTAATC AAGGGCGATTGATCATATCTGCAAATTCTAGATAAAATGTTAGCTTATAAATAGATAAAG TATGACCAATAATAATAAAATATGAGTTCTAAATAGAAAAGAGGTGATAAAAAGCGTATC TGTTTGAGACGTACTGCAAACCTTGATTGTCTGTAACTTCTTGAAGGATTGAACCCATCT CTGAAGAATGACGTCAAACTCCAATAGATTTGATACTATAAAGATATAACAGTATAGACG AAAATATCTAGTTATAAGGAAAGTCTAAACGTCATTTTAAGGCAGACGAGCCTAAGTGTC GTTTTAAGGCGGACAACCTAAATATCTTATAAAGCGGACGAACATAAATGTATTATGAGG CGGACAAGCCTAGATGTCCTTTTTAAGGTGGACGACCTAAATGTCCTATAAGATGGACTA ACCTAAATGTCGTTTTAATGCGGACGAGCCTAAATGTCGCATTGTAAGGCGGACGAGCCT AGATGTCGCATTGTAAGGCGGACGAGCCTAGCTGAAGACATAGAAAGTCACAGTGGCGAG TTGAATCCGAAGATATCTTCATGGTAGCCTGAATGATAGCGAAACAATAGTTCGAGTAGC CAAGAATTTGTTGTAGCCTTTGTGTGTAAGCAAAGGAACAGCCGTTCAGAAGGCGACTTT GTCTGTAATCTGCATAACTGTAACTTGTAGTAGAGTAATTAGAGCAAAATAAGCGGTGAA TGTAAACATGATGCAATTTCCCATATAGACCATGAATGTTTGCCTTAAGACCATGCAAGA TGATGTCTTAGGCTATGGTGTCTAGGGCCATGATACGTGAAATGTATCCTCAGATCATGA AATGTTGTCTGCAGGCCATGAAGATGACGCCTTTAGACTATGACACCTTCGGATTATGAT AGGAAGAAATTAAACCCTTAGGCCATGATATGATGTCCGCAGGCCATGAGGATGATGCCT TTAGACTATGACGCCTTAGGAACATGATATGCATAAAATAAGTCCTCAGGCCATGACATG AAGTCCGCAGGCTATGAAAGATGATGCCTTTGGAGGATGACGCCTTTGGGATATCAGTAA TGAGTAAAGAGAGCGTATCTGTTTTTGACATCTGTTGATACTTATGACTTGATTTGATTC GGGCACATGTAAAATTCGAGCACGATGCAATCTTGAGCTTATGCAAACTTCGGGCACAAT GAAGTCTCGGGCACAATGCGATAATGCATTTCTTCGGGCACATGCAATATCGAGCACAAT GCAATGATGCACTTCTTCAAGCACAATATAATATCGGGCACATGCAGTATCGAGCATATG TAATGGTGCATTTCTTCGAGCACATAAAATATCGAGAGCATGCAATAATGCAATTCTTCG AGCATAAGTCAATATTGGGCATATGCGATGATGTGTTTCCTCGGGCACATGAAATATCGA GCACATGCAATGATGCATTTCTTCGGGCACATAAAATATCGAGCGCATGCAATAATGCGG TTCTTCGAGCATAAGTCAATATTGGGCATATGCGATGATGTATTTCCTCGGGCATATGAT ATATCGAGCACGTGCAATAATGTGTTCCTTCGGGCTCATGCGATATCAAGCACATGAAAT GATGCATTTCGACATTCTCGGGCATAACATAATGATGTAGTTCTTTGAGCATAGGGTGAT ATCAAGCGTAGGTGCGAAATGATGCAATATCGGGCATAACGTAATTTGTCAGCACAGTAG TTGCTTGAGGGCATACAGTAGCTTGGGCGTCCGCCTTATTGGAAGGATAGAGTGTCATAT GTCGGGCTCAAATGTTGTGATGTTGATTGTTGCAGTTGCCTTTGTATATGTACCTGTATT TTCTACATTCAAAGAAAAATAGTTAGTTTAAACGAGGGAAGGTTGATCTGTATCCGTGAT TTGGCACAGCGTGCTCCTTTGGCTTGCCATCCACACCTCTTCGAGCGTCCTTTTTTTTTC ATAAAAAGAAAGGGAAAAAGAGAGAAAAGATAATAATAATAAAACAAAAACTTTCAAAGA TTTTGAAATTATCATTTAATAAAAGCTGATGTCGAATCTTTGACCATGGCATAGGTTGAG ACTTTACAACGTCTGACTCAAAAGTGGAGCTATCATTTAATCTTCGTTGTAAGCTGACTG CTTGTTGAGAAGAAACTTTTGGTGAAATTTTGAGTTTACTCAAAATTTCTGCCCCAGTAT GAAGATGTGCCAGGAGAAGTCTTGATGGAATTTTTGAGATCCTCTCAAAAATTCTGCCCC AGTTATCAGTAGAAAAGGGGGAAATGAAAGTTTTATTTATAATAAGACCGAACCCCATAG GAGCGCCTACGTATCCCCTCTTAAATGGGAATCAGGTCTGACGTAGTTCCAAATTATAAA AGAGCATGAATCAATCTCTAGATGTAATACTTTTTCACAGAATCTGAATTGATAGGTTTT GGCCAAACTTCTCCATCCATTTCTGCAAGTATGAGGGCTCCGCCTGTCAGTACTCGAGAT ACTATGTATGGACCTTGCCAATTTGGTGAAAATTTACCCTTTGCCTCATCTTGATTTGGA AAAATCCGCTTCAAAACCAGTTGCCCAGGTGAGAAATGTCTGGGTTTAACCTTCTTATTG AAAGCTCTGGCCATTCTATTCTGATAGAGCTGACCATGACAAATGGCGTTAATTCTTCTT CCATCTATTAATGCCAAATTCTCTGCCCGACCTCGTATCCAATCAGCATCACTCAACTTT GCTTCTTGGATGATCCTTAGGGAAGGTATCTCAACTTCGGCGAGTATCACAGCTTCGGTG CCGTATACTAAGAAGTAAGGTGTGGCCCCTGTGGAAGTTTTGATTGTGGTACGATACCCC AGCAATGCGAAAGGTAACTTTTCCTGCCAGTGTTTGTGATTATCGATCATCTTGCGCAAT ATCCTTTTGATGTTTTTGTTTGCCGCCTCAACAGCCCCATTCATCTGTGGCCTGTATGCT GTAGAGTTTCGATAACTGATCTTGAACTTCTCACACATTGATCTCATCAGGTCACTGTTT AGGTTGGTGCCGTTATCGGTGATGATTGACTCAGGAATTCCAAACCTACAAATAATGTTG TTTTTGACAAAGTCATCCACAACTTTCTTTGTCACTGATTTATGGGAGGTGGCCTCAACC CACTTGGTGAAATAGTCAATTGCAACAAGAATGAATCTGTGCCCGTTGGATGCTGTTGGC TCGATTGGACCAATGACATCCATGCCCCATGCTGCGAACGGCCAAGGTGAACTAGTGACA TGGAGTTCGTTGGGAGGTACTCGAATCATATCTGCGTGAGTCTGACATTGATGGCATTTC TGGACGTAGCGAATGCAGTCTGTCTCCATAGTTAGCCAATAATATCCTGATCTCAGAATC TTCTTTGCTAATGTAAAACCGTTCATGTGAGGGCCACAGGTTCCTGCATGTATCTCTTCG ACCAGCCTGCGAGCCTCTCTTGCTTCGACGCATCTTAGCAGTCCCAAATCGGGAGTTCTC TTATAGAGTATTTCCCCACTTAAGAAGAATTGGGTTGCTAACCTTCGAATTGTACGCTTT TGTACACTTGTTGCATCTTCTGTGTATTCACCACTCTTCAAATATCTTCTAATGTCATCA TACCAGGGCTTTCCATCAGGCTCTTCCTCAACATGGAAACAATAAGCTGGTTGTTCATGT ATATGAATGTGAATAGGATCGATGTAATTGTGATCAGGGTGTCGAATCATAGAAGACAGA GTGGCTAAGGCGTCTGCAAATTCATTTTGGACCCTTGGTACATGTCTAAATTCTGTTTTG ACAAACCTTTTACATAGCCTGTGCACGCACTCCAAATATGGTAACAACTTTCGATTTTTT GTTGCCCAATCACCTCGAACCTGATGGATCAATAGGTCTGAATCCCCTATTATTATCATT TCCTGGACATCCAAGTCGATCGCCCGTCGGAGACCTAGTATGCAGGCTTCGTATTCGGCC ATATTATTTGAGCAAAGGAATCTGAGTTTTGCTGATACTGGATAATGTTGCCCGGTGGGT GAGATCAAAACAGCCCCAATGCCGCATCCATTCAGATTTTTAGCTCCATCAAAAAACATT CTCCATCCATCATATTCTTCAGAAATGTCCTCTCCTACAAACGCCACCTCTTCATCTGGG AAGTAGGTCTTCAGCGGTCTGTAATCATCGTCCACGGGATTCTCTGCCATATGGTCTGCT AATGCCTGTGCTTTCACTGCTTTTTGCGTGACATACACTATGTCAAACTCACTCAACAGT ATCTGCCATTTTGCCAGTTTACCTGTGGGCATAGGCTTTTGAAAGATATACTTCAAAGGA TCCATCCTTGAAATCAGATAAGTGGTATGTGATGAGAGGTAATGTCGTAACTTTTGGGCA ACCCATGTTAGAGCACAACAGGTACGCTCTAATAGAGAGTATCGGGCTTCGCACGATGTG AACTTCTTGCTCATATAGTATATTGCTTGCTCCTTCCTCCCTGTTTCATCGTGTTGTCCC AAGATGCAACTGAAAGCATTATCCAATACTGAAATATACAAAAGTAATGGTCTACCTGAC TCTGGTGGCACCAATACAGGAGGATTGGATAGATAGTCTTTGATCTTGTCAAATGCCTGT TGACATTCACTTGTCCATTTCACTGCAGCATCCTTTTTTAACAATTTGAAGATAGGTTCA CAGATGACAGTAGACTGAGCAATGAAACGACTGATGTAGTTAAGTCGCCCCAAGAAACTC ATTACCTCCTTCTTGTTCTTTGGTGGGGGAAGATCACGAATGGCTTTGATCTTTGACGGG TCCAATTCTATACCTCGGCGACTGACAATGAAGCCTAAAAGCTTTCCAGCAGGCACACCG AAGACACATTTTGCCGGATTCAGTTTCAGATTGTACTTGCGTAGCCTGGCAAAGAATTTC CGTAAATCCTCCAAATGATTTAAACTTTCCTTTGATTTGATGATGACATCATCCACATAA ACCTCAATTTCCTTATGGATCATGTCGTGAAACAAAGTAGTCATCGCTCTCATGTACGTA GCTCCAGCGTTCTTTAGTCCAAAAGGCATCACCTTGTAGTTATAGACGCCCCACGGCGTG ATGAAAGCGGTTTTCTTAGCGTCGTCTTTGTGCATCTCGATTTGATGATAGCCGGCAAAG CAATCCACAAATGACTGAGTTTCGTGCTTAGCACAATTATCAATCAGTATGTGTATGTTT GGTAACGGAAAGTTATCTTTAGGGCTAGCTTTATTGAGATCTCGGTAATCCACGCAAACT CTGACCTTGCCGTCTTTCTTGGGCACTGGAACGACATTTGCAAGCCAAGTTGGGTATTCT GTCACTTGGAGTATCCCAACATCTAATTGCTTTGATACTTCTTCTTTGATTTTCAAACTC ATCTCGGGCTTGTATTTTCTCAGCTTCTGTTTTACCGGAGGACATGCTGGATCAGTGGGT AGTCGATGGGCTACGATTGCAGTACTTAACCCTGTCATGTCTGCGTAGGACCACGCGAAA ATATCCTTATTCTCTATGAGAAACTCGGTATACTCTTTCTTGTCTTCTTTTGTCATATGG ATGCTTACTCGGGTTTCTTGTATCACCTCTGCATTTCCCAAATTCACCACTTCTGTCTCT ACCAAATTTGGATTGGGTTTTTCCTCGAATTCCTCAACCCTTTTGATTAACTCCTCGGGA ACCTCATTGTCTTCGACTTCTTCTAAGTCATTAAGGTTAAGCTGAGCAGTCTCATTGTAT GCCACAATCTCAGATTCGACATTTTTATAATGAATTTTGCTGGTGAAAAAAAAATAGTAA AAATTAAATACAAGACAAAAAAAACAAAAAAAAATGGGGAAAAGAACTTTATTGATAAAG ATTTGAAAATTTCATAAGTCCTCATTTGAAAGCAATACATGGACGGGAATTAAAACGTTT ATTAAAAACTCCTTTATTTGAATTAAAATTTGATAGAAAAACATCTTCCAAAGCTACCCA GATGCTCGACGAGGTCTGGATGGAGTCGAGGTCCAGTTGCTGACGCTGATCTTTGCCTCT TTGCTTCCACTAGGGCCCCCTTTCTCCTCCTCGTTGATCACGACGTTGCAAACTTTCCCT TCTTCTTTGGTTAGCGATAACCCCTTCAAGTCGTCTGAGATCTCATCAATATTGTCTTCC ATGAAACCTGCTGATCGAAATGATTGATACAATGGCGGTATGGGTTTCTTCAATGGATAG TAGTACCCATCTCTAGGTGGTCGCCAATCGAGCCATTCTTCGGTGGTGTATTTATAACCC AAACCAAAAGTGGTGGAATGTCGAACAGGCTGTATAGGTTCGACTATCCCTTGTAATTTA GCCCCCAAACCTTTCCCAAGCTCGAAACCGAACCAGGCCATCATATCTATGATTTTTTGG CTGAACCAAGGTTGCAACTCAATATTACCAACAAGCTCCACTGTATGGTACATTTCGCCA TCCATATTCTCTCTTCCTTCAATCGTGTATACAGGATGCCCTTTTTCCCCATGGACCACA ACCTCTTCATAATCCCATTCAAACTTCAGGCATTGGTGAAGAGTAGATGGAACCGCTCCA GCCATATGAATCCATGGACGACCCAATAATAAGTTGTACGATGAAGGGATGTCCAAAATT TGGAAAGCTATGGGGAAAGTGACAGGACCAATGAGCATGTCCAAGGTTATCTCCCCAATA GTGCCTCTCTGAGAGCCGTCAAATGCCCTCACATTCATCTTCCATGTCTGAATTTTTGCA CTATCCACACCCAGCCTCGTCAGTGTGCTCAGAGGGCAAATGTTTAAACCTGAACCTGCA TCAACTAATGCTTTGTTTATCACCTTATCCTGATACTGAACCGAAATGTACAAAGCTTTA TTGTGAGTTGTTCCTTCGATTGGCAGTTCATCTTTGTGAAAAGATATTTTGTAAGCCTCA AATACCTGCCCCACCATTTGGGATACCTCTCCATGAGTGATGTTGGACGGGACATAAGCT TCACCAAGGATCTTCAGAAGGGCATCTCGATGAGTTTCGGAAGATTGTAGTAACTCCAGA ATTGATATTTGGGAAGGGGTTTTACTCAGCTGCTCAATGACAGAGTATTCTTTAGCTTTA ACCTTTTTCCAAATACTTTGATCCTCGAGCTCTACGATTGGCGCTTTGGATTTGCTAGAG CTTCCCTGAACCAAATTTTCAGAAGTGTAAATTCTTCCAGATCTGGTGACCCCTGTTGCA ACATCTGTCTCTTCCACATTTGTTTCTCTTTTGTTGTAATCCCAAGGTACAGCATGTGTG TCACATTGTGTTGGGGAGGATGCCTTATAGACAGCGAATGGTGGTCTGGGTGCAGCAACT TCTACTTCAAATGGGGCGAGTCCTTGCACTATTAGTGGTGCCTGGGCAGTGGTAGGCATG GCTTCCTCTGTTTCGACGGCCCAGATAGATTCTTCCCAATCCCAGACATCACCAGCTTCC ACCATGTTGACTTGATGGTTAGGGAGAGGATTATTCGCAACATTCGGTGTAGGATCCTTC AGTTGGATGGTCTTTGTATCAATCAGCATTTGAACCTTATCCTTAAGGGCTCTGCAAACT TCGGTGGTGTGGCCCTTCATCCCAGAATGGTAGGCGCAGACCTTGTTAGGGTCGTACCAT TTCGCGCGAACGTCCACAGGTAATGCAGGAATTGGAGAGACGTACCCAGCTTGTTTCAGT CTCTCATAAAGTTGTGCTATGGGTTCAGCCAAAGGGGTATAGGTTTTTGTAGGTCTTCTT TCATAGGAAGGTCTGTTTCGGTAATTTGGTGTTTGAGTGGGTGGTGGAGTTTGGAAGTGT GTTGGTTGAACATTATAGACAGGATATGAGGCATGCAAATATTGAGGAGGAGCATTTTGG TAATATATTGGCATGGGTTGGGGAGATATAGGGGGTGGAGCTGAGGGATGTTGAGGGTAT GGGGTGTGAGGGTATGGGGATGGTGGTGGGTTTGTTGTCTTGTGCCTCAAAGGGGTCCTA GTTCCATGAACCATCATTACAGAACCTGTTTTCTTTCGACTCTCTGTCATTCCACCAGAT TGCAGAGCCTTGTTGGTTGCTTGTAAAGCCTCCAAGTTGATGATAGTCCCATTCTTTATG CCTTCTTCAATTCTTTCGCCTAGTTTGATGATTTCAGCGAAACTCTTTTCAGCCACCAGC ATCATTCGGTCATAGTATTGTGGTTCTTGGGCACGGATGAAATAGTCTTTCATTTGAGAT TCTTCCATAGGGGGTCTGGCCCTAGCCGCCTCAGACCTCCATCTTATGGCATATTCTCTG AAGGATTCACTTGGTTTCTTCTTTAGGTTCTGAATGTAAAACCAATCAGGCGCATTTTCA ATATTGAAACCAAACCTATTCATGAAGTCAGTTGCCATATCAACCCATTTTATCCATTTC CGCGAGTCTTGCTCAATGTACCATGATAGGGCCTCCCCAGTAAGACTTCTCATGAACAAC TTCATGAGTATCCTCTCATCTCTCCCCACCCCTACAAGTTTGTCGCAATACATTCGTAGG TGGGCTTTGGGATCCCCAATGCCATTGAACGTCTCAAACTTCGGAAGCTTGTATCCTTCG GGCAGTTCCACATCAGGATGCATGCACAGATCTTCATAGCGCAATCCTCCCAACCTTTTG TTTCCTTCCACGTGTTGTACCCTGTTGGTCAAGTTGTCTAATCTCTCAGTCAGGGTTTTT ATTAAGATGTCTTTCTGATGGGACTCTGACTCATGGAGGTCATGAGTCAGAGGGGCAGTT TCAACGTATATGGGATTGGGATTGTTGTTCCCAAAAGTATGTGGGATATTTGTGTTTGGG GTTGTTTCTGGGACAGTTGGTTTGGTATGTTGGTAATAGTGGTGAAATGGAAATTGGGTA TTTTGGGCGTGGGGTGGTGGAAAGGCATTTGGACGAATGGGTTCAGGTGGGGATATATGG ATTGGAGGATTGTCTGGCGTGGCTGTTTGATTAGGAGGATTATCTATGTTTTCTCCAAAT TGGGTTCCAAGAGAGATAGACAACTTGGCCAAATCACGCATGTTGGCTACCTCTTCTTCC AATTGCGAAATCTTGCGCTCGAGTCTTAGGATAAGATTATTATGAAGTTGTCCTCCCTCA GAAGCTTCTACCCTTTCAGTGGTGCTGTTGTCGTCAACCATTTTTCCTTTGTCTTTTGAG CTTGCTCTTTGAGAAGAAGGAGAAGGGGGGGTCCCTTTTGATCGTGTATGTGCCAGGATG AAGGACAGATCAACCTTAGGAAATGGGAAAACAATAGAATCAAAAGAAAAGAGTTAGGGG TTAAGATAATATCACAATATCAACACGTTGTTTTGAAATAAACGCCCTAAATGCAAGGAA CCTCGTTGAGCCAGAGGTAGGCCTAAGCGACACATAAGTGATGCATAATAATTAATTCAA GCCTTATTTGCCAATTTGGAGTTTAGAGTTAGATAGTAGAACAACTTTCAATTATTGAAA TAATTTCTGTTTATTACATCAATCTAAAGATAACTAAGGGGCTAGGGATAACATATGGGG AGTAAAGAGAAATAAATAATAAAAGCTTTAATCATGTTGCTCTCCAATGTTAGGCACAAT CTGCTTCTTCATTTCTAGGGTAATGTCATAATCAGTGTTGAGAAGGTTGCGAGCCCATCT TCTCTCTTTTTCATCGCCAAAACCAGGAAGGCCTCCTTCGCTTAAATCTCTATGCTCTGC ATCTTCTAAAAGCCATACATAATATTCAGGTGTGCAGAAGGGTCGGTGCTCTTGAACATT GATAGTTATCACATTCTTCCATCTTCGCAGTATGGTGTTCACTTGCGGTAATTCTGACCC AAAGTCATATCCATAGTGGCTCATGTGGGATCGTAGAGGTATCATTTGGATCTGTCCGAA TTGTCGAAGGACTCGAAGTGGTGCGTAAGGTTGCACACCGTTCAAGCCGATAAGCTCAAT GAAGTAAAGTTCATTTCCTCTTATGATGGCACGTCGTGGCTTCAACCAATAATACTTCCA TTGGATTTCAACGGCTGACCGCTCCTTTAGGTATGTGAACCAGTCCTCTGTTCCCACAGG GGAGATAAAATGTTTCATCCTTAGGGGATGGTTGATAATTTTGTTCCCCATAGTCCCTCT GACGATGTCTACTTTATTAGCTCTTTGGTAGAAATGTTCGACGGCCCAAAGTTGCAGCAG AAAGTTGCACCCTTCAAAGTATCTTTTGCCTTTGGTGCATGCAGTCAAAGCTCTTAGAAT TTCTGCGAGTATCATAGGGACCAAGGTTTTCCCACCTCGAGCCAACATACGAACCACATA ACATAAGCCGGTGTGGATCTTTCCTCCTTCTCTAGGAAAAACCAATGAGCCTAATAGGGC GACAGCGAATGCATTAAGACGATATCTTTCCCATTTTGCAGAAGAGCAAGCAAATTCTCT ATGAAAGTTTTGATGACCTTCCTCATCCCCAAAGCGTGAATATAAGAACTCTAAAGAAAT CCAACCTTCTTTCAGACAAAGTAGATTTGGATTATGACACATGCCCATTTGCTTCAAAAA AGATCTTGGACTTGGCTTGTGTGGAACAATCATTTCCAACTCTTTGTATGCGAGACCCAT GAATCCTCCAACTTCTTCTATTGTTGGAGTTAGCTCAAAATCCCTGAACTTGAAGACTAA CCTCTCAGTGTCCCAGAATTTCAACAATGCCTTGATTAAGTGACGATCTGACTCTACGGA GATCAAAGCAGTGAGGCCGCCTAACAATTCATTTGCTTCTAACTCTCGATTTTTTTGAAT ATCTTTCCACCAAGTCTTCAAAATGGGATTAACCTTGACCACCATTTGCGTGTTGGGAAA GTGAGGGTAAGCCATGACTCTACAAACAAAGTAACAAACAACTTCTAAACTCCATTTTGG CAATGTTGACTTGATTTAATTATTATGATCACGTTGACACATAAATATGCAATTTGTCTA AGGGTGTTGGGGCCCTTTAGACGAGAGGGTGGCTACTAATTACATGGATTGACACCAAGG GTCAAACCTCCTAGGGCGTATGCAGCATGTATGACTTAACCAGGACTTCTAAGAGTGGTT TGACACGGACTTGAAAGGGATTCTATGCGAGAGGCTCGTGGCTTCGCGGTAGTAAAACTA TCCACTACGTCCACGCATATGCCGACTCTCTATAATGGGTATTTGTATAAGATTGGAGTA GTTGTGAGAGGTGCAAAGGCACAACATCACGAGAACAAAATAAAAAAGGAAGAGGGTCCC AATTGGGGGAAGTATGAGCGGGATGCCAATTTATTAAAGCAATAAACATTTAGCATTTAA ATTGGAAAACGGTAACATATAGGCAATTTATAAACAATAAATAAATAAGCATAAATAAAG AAAAGTAGACATATAAAGATATGAAAACTACGCAAATAAAGCAAGAGAATACGAGATTAA ACATGTAAACAAATAAGGGGAGAGGGAAGAGGTGAAAACATGATAATAAACAATTAAGGA AAAGGAAAAGGGAGGAATATGAAGATGAGATAATAAATAGGGCAACAAAACATGGTAAGC ACCTAATGAATAAAATAAACCCCACATAAATAAGCAGTTAACACGTAATGGTAAGAACCT AACATCCCCAGCGGAGTCGCCATTCTGTCGCGCCCCATTTTCGCGGAAAACGGGTTTTGT GCGCGACCTAACAACTCTTTTGGGATTTCGAGTTTTTTGGAGTCGCCACCTAACGAATTA AGGCGCGTTAGGGCACCTATCTAACCTAACTAAGTCTAACTAAAGTCAAAGGGCCAGAGA TTAGGGTAAGGGTTCAAATTACCTCGAGGGGAAGGTGTTAGGCATCCCTCGAGGTCCACA AGTGTGGGTCCCGGCCGTATCTCATGCAATCTATGTGGGGGTACAAGTAGCAATCAAGGT CGTTTATTAATTTATTTAATCTTACTAAGTGATAACAAATACGAAACAATTAAGACTATT ATTCTTATTTATTTAGATATGTAAAGCTAGGTGATGACAATAAATAAACAATTAAGCTCA TTTTATTTATTTTTGACATACGACACTATGTTATAGACAAAATTGGCAAATATTAAGCAA TTAGTATGTGCAAAAGTAAAGTTAAAAATTGATAAGTTTATGAATAGGAATTTTTATTTT TTTTTAAAAATGTTTATTTCTTTATAGGGATGATGCCACGATATTATTGATCGTGCTCCT CCACCATAGAAACAATTTTGATTTGAGGTCGGTCTAAAAAATTTATGTTTTTAACAAATG ATTTAAAATATTTAGTTCACACGTAGGCACATAAACAATTACATATAAATGCACATAATT CTTTTTGAAGTTCATGGGAAGTGGTACTTCCGGGGACGCATCGGTTTAAAAATTGGAACT AGACCTCATAGTTCCTTTGACTTTCCCACTAACGATAGGTTAGGAGATAGTACTTTATTT TTTTTAAAAATAATGTCACAATCAATCCAAAATTTCAAAGGAAGATTGAATAATGACTTT TAAGAAAATTATGTTGCAAAATTTTATAAGTACTAAAACTAGTAGAACATTAAGATGGTA AATTTATTAAATGCAAAGGTTTTAAGACGAAGCCAAATAATTTGTTAAATGCATGACATG ATTTAGCATCATAAAAATTTAAGAAAATAACATATTGCAAAAATCTTCATTTTTATGAGT TTATTTACAAGCCTATAGACATGATTTCTAGGTGTAAAAAGTAACACATATATGCATAAT TTTGTAAATGGTATGAACAAATTAAACCTTAGACATGGTTTCTACATGATAAGACAAATG AGAATTTATAATATTTTAACATCTAACAACCTACTAGATTTATTAGGATTTGATTTTAAC ATTTAAAAATTAATGGACTCTAGTTCTTATTTTTTTAAGGCTTGTTAACAAAACGTCAAG CAAATTGAAAATTGATTAGATTATAACACCTACAAATATCAAATCTAGGTGGTTAAAGAC AAACCTATAGGCATGATTTCTAAAAAAAATAATGAGCAAGTACGCATATAAATCCCCCTC CCCTAGACGACCCCCAAATAACTTTATTATATGATCTTAGGGTTACAATTGTTACAACAT TCGAATAAATAAAATAGCGGAAAAAATAAAATATATAGACATATATACATTCAAACAAAT AAACAAATCCTTCTTCAGTTAATCTTCAACTTGAACTTCAAATATGAAACCTGTTAAACA AAACAAAATGATTCACCTTGTACTCGAACAAAGCAGGAAAATAGTGGAGAAAAGCACTTG AATATTTGCCGAAATATTAATATATTGTTTAAAGTAGCAAGAGAGCAATGAGAGAAGGGA GAGTGATGAGAGAATTTTTGGTTGAAAGTGAATGGGTATATTTTAGAGAATGAGAGGAGG GGGTCCTTTTTATATAACAAAGAGGGGTAACAAATAAGGGGAAAAATGTTTAAAGGAATC AATTAATTATCACATTTTCCTTATTTTAAAGGAGAGCCAAATCAGAAAATTTTAAAATAT TTCATTACCAAATATAAACAAGTATATAATAACGAATAGGAAAATAGTAATATTTTCCCT TAAATAAAGAAGAGACAAATCATATTTTTTTTAAAAATATTTCATTACCAAAAATAAATA AGTAAGAAATACAATTAGGAACATTAACATTATTTTCCTTAAATAGTGAAGATCCAAATT AAACTATTTTAAATTATAATTTTCCAGCTATAGGAGTAGTAAGAATCTATATAATATGCA ATTAACGGAAGAAGGATCAATTAAGTTATAATAAAAGGGAGGAAATTAACACAATTATTT ATTTATTTCTTTTATTAAAAATCCAATGTCAAGTTACTGTTAATCAACATTGCACATGTT TAACTCAAGGGAAATTATTTTAGGGAAGACAATATCACATAACTTAAAGTCAAAGCCAAC ATACAACTTCATATAATTTTTACCGTATATAGACAACTAATAATCAACCACACTTAATAA AGTAAAGTCAAGTCAGAAATTGCAAACTCATTTAATTTTTATTTTTTTTAAAAAAACGAA TCAAATCTAAGCTAAAGGAATGATCCTTCAAAGAGTGAGTTATCACTCCCAATTAATAGC TGAAACCAGGCACCATCAATCACAATAATATTGGAACCCATAATATGTAATATGTAGGAA AATAGCTAAGTTAACCGTCATTCCAAGTCAAAATGGACAATATTTCAATTACACACCAAG TCTAAAAATCAGAAAATCACAGATTTAAGATCAAGATAACATGCATAAAATTTATTCATT CAGGCAGTCAGACAACCAATTTTGTAGAAGAAGAACAAATCTATTAAAAGGTGAAATGAT ATTTTAGGAAAAGATTACCCGGACGGATCTGTTGAGATCCGTCATTTCGATCAAAACCCG GTCTATCACCGGAGTTTTTTGGCTGAAGATGCTATGATTTTGTTGTTGTTGCTGTGTTGT TTCGTAGCTATTGCTGCTCCTGGTCCTAGAAAATGAAAGAGGAAAAAAGGAAGGAGAAGA GAGGATAATACTTACCGGAGTTCCGCCATCTCCGTGCAGCTGCTGGCCAGATTCGCTGCT CGAGCGTTGCCATTCGAAGCGGGATGTGCAGGGCTACTGGTCTTGTTGTCTTTGCCAGCG GGAGCTTCTGCCAACAATGGTGACCCTCGCGATCGGCTGCTGGACGAAGCAAATGTTGCT GCTCACCTAGCGCTGCTATCATTGCTATTGATTGCCTCGCTTGGCACTACTGCTTCTTTG AGAAAAAGAGAAGAAGAGGAGACAGGGAGAGGGAGAAGCACAGAGATGAGAGGAGAACAG CGAGGGGGACGCAGCCTGGCGGAAGAGAGGAGATGGAGAAGATGGAAGTTGCCGGTGGAG TTGGGAGGGGGAGAGAGAGAGAAAAGCGGTTGATCTGAGGGAGAAGAGAAGAGAAGGAGG GAGAATTATTTTTAGGGATTAGAGTCCTTTGGTGTTGAAGAAAGAGAATGGGAGATTTAA TCCCAACCGTCGATTTAGATAGAGATGAAGGGTTAGGATTCGATCTAGGATTTATTAATT AAATAGACGGATGAGATCAAAAGATGATTTCTTGAAATAAGATGAGTTAGATACGGAATG GCTAAAATTGCAATAACATTTGGCTAGAATTGGAATGAAAGAGAGGCTATGATTGTAATA AAACTCTAATTCATGTGGCTAGAATTGGAAGAAATTGGAATAGAATAGGCTAGAATTTAA AATTTAAGGAAAGTGTAGGAATTACTATTTAATTAAAATACTACATATATTAAAATATTT TTTATGTAATTGAAAATCATTTAAATTTTAACATTTGAAATTCATTAATAATTTTAAAAT ATTTTAATAATATTTACGATAATTTTATAGAATAAAACATACTAAAATATATGACTTTCA AGCAAAGTCGATTAAAAATTCTAAAATTTAAAATACGTATTTAATCGAATAGTATTTCTA AAAAGTTCAAAGGTCGGTCAAAATTGGGTGTCAACAATAACCAAATCATAATACACCTTA CCAAAGAGGGTCCACTAAGGCTGCCTACAATGGTTACTATGATAGTTCAATGACTTTTCT AAGGATGATTTCATGTCGTTCCAGCAAACCAACCCTAAGTCAATCATTCACACAAGAACG ACACCATTACGACTTTCAACTTTAAGGATATCATAACCTTCTTTCTAAAAGGTTCCACAT AAATGACCTGCTTCACCTTATTCAAGATTGTATTCCATCATACATATACATTCACGACAA AGGTGTTTTATCCTTCTAAGTCAAGGTTCCATATACATATTCTTTATGTACCAAGTAAGG TACACAAGTCTATCAAAACAAGACACATATACTTTACATTATCACATATAGCATATAATT CAAGGAGTACATAGGGACAACTAAATATATTTGCTAGTCGCCCTACACATTTCTCTACAA TCATCATCAACATAACTCATCATAATGTTCATGTAGTCAACTAGAAAGATTCACACTTCA ACATCAAGTGTACACATGTAAGGCATCAATACAACATATCATGACCACCTATATTCAATT AGAAGAACACATACTTGACTTCATGGATATACATAACTCTTACAGATCTTCACAATGATC ACATATCAAAGATATAACATGGCAACATCATAATTCATAAGGTAATGCCGCTGAGGACAC ATCATTCACAAGTATAACACATAAACACCGCCACCGTAAGTGGACCATACCAAACATCGC AATTGAAACACCTATATAACACAATATAGAGAAGGTTAGGTCAACATATCACCAATCCAA TCTTAACAACTATAATCCATAGTCAATTCAACTAATCTAATACACAAAGTCTCTTACCAA TAACCATAGTCACCAATTCAATCCAATAATCACAATATACAATGATCCAACAGGATCTAA CATAAAATTTATCAAATTAAGACAACCTATATAAAATTCTAACATAATTCATTCATATAT TAATAGCCATATACAATCTTCATAAGAATTCAATATAATTGAGACATGATCAAATCACTC ATAAAATAATCAAAATAAGGAAATCATAATTTGCATGGGTTCATGGATTTTTTGATCCAA AATCATCAAATTAATATTAATTCAATCATAATTCATTGAATAAAAATATTTTATGCTAGA AACCATGGCTGGAATTGAAAATAGAAGAATTCATTTTTTTATCATCTTTGAAAATCATTG AAATCGACTCCTTGAAGAAAGAAGATTAAGGATGAAAATCATACTTTAATTGTGAAGAAA AGACTAATAAATCGATGGAGAAAAACTTGGAAAATCAGTCATCTTTCTTTGAGCTTCAAA TCTTCATCAATGGAGGTTTTTGGAGAGAAGAGATGGAAAGGTTTTGTTTTGGACTTGACG GTTTTGATTTGTATGGTGAATTGGGGTTTAAATAGGCTTAATAACAGCCTATAACTAGTA CCCAAAAGACCCCTGAACTTATAGGACCTTTCAACCAAGTCAAACTCAACTTAAATTTCT GGAATTATCACCGGGATACAAGTCTGCAAGGCGAAGCTGATCCCGCATGATTTTTGAAAG TAAATTCCAAAAAAGTAGAGTTTGTCTTGTGTCCGCAGCGTAGAGAAACTTTTGGATTTT AGTGGACCAAGTCCACGACGCGGATTGGTTCTCTCAATTCCTAATTTGTTGTTGCATTGG GCAGCTTGCTCGCTCAAGGCTTGGTCATCTTCAAGGACCCTTTGGTTAGTCATTGCGGTG TTTTGCCCGGACGTTTTCAACCCAAATATACTCGCACACATGTTAGGATCCTCTCACATC AATTTGAACCAAAATAAACACGTAAAATATACAAAGGCGCACCTAAATGTACAAACACAT CTCAAGGCATATCTTTCGAACGTCATGGACGTTTGACCTCCAAACATCACCAAACTTTAG ACATTGCCTATAAACATCATTATAAACCATTTTTAGGACTTTAAAACCTCATGACACACG TGTTAGGCTCTAACTTCACTCAAGTCATTTTAGAGATGTTACACATTATAATGAAAATGA TAGACAAATATGTCTCTTTTATTTATTTTTTTTTGGGGGGGGGAGGTGTTTCAATCAAGC CCCCATCCATATTTTTACTTGAAGATCGATCTTTGCCTGAGAATAACTTGTCTCCTCTAT TTTTTGAGCTGGAGTTTCTTTTTTGAGCAACTGTCACACATAGCAAACATAAAATTCATA TTTGTATGCAATAACAAAGTTTGCATAATTGTGCTCCATAGCTAACATAAATATGTATAA TTCTCTATAATATACAAAACAACCAATTGTATAATTTGCTATACATATACAATAGAAAGC AGTTGTATACAAATTAATTGTATAATTTGTGTACGTATGAAACGAGAATGAGAGAAAGAC AAAAGAACATTGGGCAGGGTAATAATTGTATTGTATAATTATAAGTATATGGGACAAAGA TATATGTATTTGCAAGTGTATGTACAATTTTCTCTCGCTTTATGTAAACAGAAACGCAAT TTATACATTTCGTTTCTGTTTGTATAAGCGATAGAGACGAGGGTGGCGAGCGAAATCTGA GAGAGTGGTAAGCGAAATCTGAGAGAGAGGGGAACGAAATATAAGTATATATATGTGTGT GTGTGTGTGTGTGTATATATATATATATATATATATATATATATATATAATTTTTTCGCT TTATACAAACGGAAACACATTTTATACACTTGTGTTTTTTATAAAAGTGAGAGGGAGCTA TAGAGAGAGAGTGGCAAGCGAGAGTTTGAGGGAGAGAGGTGACTGACAAACAGTTTGTTA CCGGGCACAATTAAATCAAAATGTGATTATAGCATTTAATTTGATTTATTAGTTTGTCAT TATATACAATTTTCCCTTCTTTTTTATTTATAATTAGTATACCATAATTGTGCACCATGA TGTTAAACCCAAAGTCAAAAACATCAATTCTTTCTTTTGTTAGGCATAGAACCGTCAAAA TGGACTAGCGGATCAACCCAATCCAATCTGTTATTGGGATAGAGTTGGATAAAATTTTTC AAGCTTATTTAAAACCAAGACTTATAAGTCTGGCCCATATAAGCCCTTGAGGCTTGATCT GAGCGGGGTCAGATTGGCCCGTAGGCCAAAACCATTTATTTAGGGGTAACTTGCGGAAAC TTCTCGTGTATGAGCTAATTACTTAAAGGCATGCTATGTTGTAATATTACGAATCTTATT AAATTTTGGTATGTCCAGATATATGTATCTTGGGGTACAGACTCAAAATTAGGTTAATTT GTTTCTACATACACTCTCTGAATGCATGTGTATATAGGATACATAGACAAATTTCTTGCC CTTGCCTCCCTTCCATCTCACTGAGAGCTCTCTTATCTCAAGTATCTGGGATGCATATCT AGTATCCTACATGTTAATCACATTAAATTTTTTTATAGTATTACTGAAACAACACCATTA TTTATCATATTTGGTTTAAAAATCTTCTCATCTAAAACATTTTATAGAATTTTATGTTTG AAAAGAAACAAAAATTTAAAAAGAATAGAAGGGTTAGCTCCCCACGGCCCTTAAATGGTT GGGTTGACCATTTTCAGGCATTTCCAATTGAAGGGTCGGTCTGCCTTAGCCCATTAAATT CCCTGGATGGCCCGCAGGCTTGGTGGGGCTAGGCTGGCCCAGTGCAAAGAGGGGAGGGGG GGGGGGGGGGCAGGAGAAGGGGATTACAAGATGAGGAATCGAACCTTCACTAATAATCTG AAAATTTTTAAATAGTTAATCAAACAAGCTACAAAAATTTCCGACAAGCATGTACAACTA TATATTTATATATTATTAAGTGTAATGACCGAAAAAGAAACGTACAATGGAGTCAGATGA GTTCCCAGAAAACAGCTGACAACAATTGACATAGAATCTCTTAATTTATAAACTAATAAT TAAGGTAATAATATTACTTCCTGTACAAGCACCATTTATTACATCTGATGCAGAAAAACA CAAGAAAACTACTAGTACTATTTACTAAAGGGGTAGCACTAAACTCCTCCAAGGACGATG GCATTTCATAATATTTGATATCTTGCTACTGTTTCTGCAAGAAAATTTATCCTACATGCA CCTTCATCCTGACAAAAACCTTACTATATGTACAATTTACTCACATATATACGATGGATG CTATATGTAATGGACATATAAATATATTTATGTTTTAAAATTGTCAAAGAATAGGCTGAG AGATGGAGGTGAAGTTTGCTGGTTATATCTCGAACAAACTTCAGATATCTACTTGTAAAA GCCTTTCCAATCTTCAAATAGCTATTTTCTCTTAACCAATGTTTTCCATTTCAGAACAGC ACGGATTGTGCACCATATGGCTCTAGGATTTCCACGTCTTGTGATGTGAAAGCCAATATT AGGAGACACCGGCTGAACACTTGAACTCGCTAACAATTCATTCCCTTGCCACACTGGTGT CTCAAACTGATAATTGTTGTTAGGAGGTAGATAATCAGTCATCCCTAGTGAATCCAATGA ACCATTGGAACCCCAATCATAATCACCAGGGTAGATACTGGAGCAAGGTTCACCAACCAA GAAACTGCTTGCCAAGGTCGAATTAAATGCTTGTATTCCATTAAAGCTTTCAGGCATGGA CACTGTAGTTGGACTATCCTGTTGAGCTGTGTAGGCTAGCGGTGATGAAATTGTGGCATG ATCAGAGTTGCTCTGGAACTCCACTTGACCTGCAGAACACATTTCCTTAGTCATAAAGCC AGTACTCAGGCAAAAAAGAGGAATAACAAAAAGTTTGGTCCAAAGAGCCTTTCCAAGAGG AACTACTGCCTGGAATGGTATGGTAAGTAAATGCAGGTCTTTAAGTTATATGACTCCCTC TGTTTCAATTTGTTTTGTCTTTAGTTTATGTCTCTTTACTTCCGTGGCAACTCTTTAATT TCAACTTTCCACATAGCATGTTTAAAACCACATGATTAAAGGACATTTTGGTACATTCAA CATATTTCTAATTTAATACCACAAGATCTAAAAGTCTTCTTTGGTTTCTTGAACTCCGTG CCAATTCAAAACCAGAAAATCAAATTGAAATGGAGGGAGTACTATTCAGATGGTTTAGAC ACTCAAAGAAGTTCAATTTTAGCTCCAAAGAAGTGAAAATATTTTCAAGAACACAACTAA GTTATGCAGATTCAGATGTATAAAAGCATACGCTTGCCATAACTTCCACAACCCACGACA AAAAGATTTAAACAAACACACAATAAAAGAAAATGGAAAAATAAATGGTAAAAAGAGGCA TATGACCTGCAGAAGAAGATTTGATGGTTCATACCTTGTTCATCTGAGTAGTTCATATTC TGTTGGCTTGAACTAGGAATATGATTAAGGCCATTCTGCAGATTAGATGTAAGGATTGCT TGGCCAATCAAAGAATGGTCCTCAAGGGGAGCTAGACAATTCAAATTTTTATAAACACTA CGCTTAAAGTCTTCCACCATCCGCTGGCAGTTATAAGAATATAATCAGCTTCTTAACTCT TACAGTAAGGAATCAAATGAATATCTATGTGGGATAGAGTACGGACCTTCTGAAATATAT CTAATTTGTCAATGGACTGGAAATTTTGTCCATCAAGAATTGCACCTACAAGCTCATAGA TGCAGTTGAACAGAAGTACAATACTTTCTCCAGCGTTGTATACGTACCACTCGCTGTTGT CTAACGGACAAGTGCTCACGTGTTCAGTTATTTTCTCCCATATGTTGTTCCCACAAGCCA GCATCTATAATTTAGATGACACCAAAAACAATTTTTATATAAATAGAAGGCCGACCTTCA GACAAAAGACAACATTCTAAATGTAATTAAGGATGACCTTACCTTACGTAAAAGAGATGG ATCAGTGACAAACAGCCGTAGGAACTCTTTCACACATGATATTCCTTCCTTACTCAACCG TTTGTGTGATGCACCATCTTTGGCGATCTTTTTCAACCGCCAGATTTCATCATCCAAAGT GGGAGGGTAATGCTTCTTATAAGCTAAAGCAAAGGAATAAGAAAATAAAACAATGTCAGT ACGATATATTACATCAAAATAATATGCGCAAAGACTGGAAATCAGTTGTACTACGAGCAA CATCTCAACAAAATGGATATTGAAATCCGCATAAGGAAAGTAGAAGTGGATAATATAGCA AACCGAAACAAACTGTCCTCTTCTTCCGCTTTGCAGGGTGTTATTAACAGGTTAATGGAG ATAAGGGCAGGCAAAAAGAACTTACCCTCCCCACGATGATCTCTCACAGTAAAGGGCTTG CTAACTCCTTCTCTGACCCTAAATTCACCAGAACGGTTATTTAATTTCACTCCCAACCTA AAGGTCCTGCTCTTTATCCAGCTTGAATTGTCAGTGAAGCTGAGATCACCCAGATATCCC ACACCATCCCTTAGCTGAATGATTAAATCTCCAGTCAATAATGGACGTTTTCCTTCTCTT GCACGAATAACCATTTTGCTGAACTCTTCCTCACTCCAGTCTTCTAGATTGCTAGGATTA AATTCCCCATTAAGCACAACCACATCTACTTTTGCCGAAGATAACGGTCCAGATGTTATT CTCTGGTTGGAACTAGCATCATACAAGAGAACTTTAATGGGCCTATTTTCCATGGATAAT TTGCTGCCCGTGAAAAGGGAAGAAGGAAATACATCGTCAAAAAGTAACTGAATATCCCTA GATTTAGAAGTCTCGTCATCATTAAGTGAGGATCTGCAACAACCAAAAGAAATCCCTTTG TAAATCATTTTATACCAATATCAACCAACACATTCATGCTGATGCTTAGAGAATGTTTAG TTAATAGTTAAGAAAACAACATAATTCCTCATTGTGCAAAGAACTGACCTCAGGGTAGAT TGAAGTGTTTGCTCAATCTCTTCACGCACCTATCACCATTTAAGAAAACCAAGGATGATA AACATGGAAATTTTAACACAAGACAAATCAAAGTAAAATTAAATAAAACAAAATAACCCT TGTCTCTGTCCAATAGTAATTGAACAAGGACTAAATCATATATCACTAATAACACAATTC GATAACAATCCTCCAATCAAGATCAATCAGATGCAAGGAAAGACCACCTAGATGGAGAAG TAAATGATGAAGAAAAGGAATCTTCCGAGATACACACTACAGATATTCAATGGCTGGCAA AACGGATTAAGAAAAGGTAAAGAACACTTCGGATAGCAAGCAAACTGAGAAAACCTTGTA ACTTATCAATATGCAGACAAAACTTACAGAAATGGAAAACGCAACTTGATGTTAACAAAT GTGAAGATATCTTGTCAAATGTCAAGGAAGTCTAGGCTTTAACCTGATAATCACTAACCA AATACACTTTTCCAATCAAAAAAGGCTCATGAGGTTTTCAAAATTTAACGAATTCTGTCC CTTTGCACGATCTTGAAGACTAAATTGTATTTCTCCTACAAACAGAAAGATACAATACTA GTATTTTTCTTGCTTAGCGAGTAGAATCTTACCCAGCTTCGGATTAAGGGTTCCAGCTTT CGTGCAAGTTCTTGTGGAGAAGAGTAACTCCTTAACCCTGAAAAAAACCTGTGAAAAAAA AACACCAATCAGAACAATGCAACCCAAATTCACAAAAAAACAGAGGAAAGACAGAAACTT TAATCAACATACGCATTAGAAGGATGTTGGCGCTTAGATTCCCTAGGTGGAAACTCAGAG TTTTCATCACTATCCTGATTAATATTCCGTTTCAGTACCATCAAAGTCCAATTTGGGAGT GATACCAATAGTCCTGCACAGTTTGATAGAAGGTAACGTTCAACTGCTAACAGCTAGTCT TATATAGAAAAATAATGACCCTCAAATTAGCAGGAAACAGGTAGGAAGCTTCATATATTT CCAATTAATTTATATTGTCAAACACAAAGGGTGTGTAGTTCTCTTAGGCATTAACACAAA CACATTGTGGGTGCTATGTGTGGTTGTGTTTATTATTCAAAATTCAAACTGAAAGACTTA CTTGTTGAAGTCAATGTCGTCTTCTGCATTAAAGGAAGAGAATCTTGGATAAAATATTGT TGCTTTTTCTGATTAATCAAATCCACAACTTGGAACAATGGGGCTTTCAAGATTTGAAGT AGAAAAATCCAAGAAAATAACCGGAATTAGTAGATTACCTACCGCGTGAACCCAGAAAAA TATAAGGAAAGTTCAGTCACAGAGAATATAAAGAATCTAATCAACCCAAACTCTGTGGAA CTGCGGCTAGACACATAATTAATGCACGCGTATTTGCGACTCCTCCTTATATATTACTCC GTCCAATAGTTATCCACTTTATGAAATCAACGATATTTTGATCTTAAAATTTTATTAATT TAATCAAACTGCGAATCGAAAAAAGGAACGTGAAAATTCGGATTGGGGCCGCAGCTTATT AAGAGAGTCATTTCATTTAGGATGAGGCAAAATGGTAGAGCATGGATGGTTAGGTGTCCG AATGATATTTATTATTTTAGTATTAACCGCATATATTGAAATGAGATGGAACAAAATAGA AAGAAAAGCTTGTGTTAATTTTTAATTTTCTTTTATGATTACTTGTGGTCAAATCTCTAC TATATTCTTTAAAAATATATATTTATTATATTTAGAAAGAGTAATGATGATAAAATTGCT CTTTATTTATAAGCTTTCAATATCCAACAATTATTGTTGGACAGAAAAATAATTGTTTAC TTTGTTAAGATATAATGGAGGTATTGGTGTCATAAATAAAAAGTATAATTGTACAAGTAA AAATAAAAAAATACGTTAATTTTATTTTGATTTTGTAAATTGACAAGTAAATTGAGATAA TAATTTTTAGTAAGATAGATAACTAATGTGACTGTGTGAGAAAAGAAGAGTATTAAATAG TATTATGATAAAATAAAGGTATCTGGGTTATTTTTGTTAAATTATACGATATTAATTTAA TAGGATAAAAATATATTTAAAAAATATATATTTTACATGCTCTTTTATAATTATTATGTT TAAAAGTTCAGCTTAATTTAGGTACACCTCGGTTAATTTCCCAAAATATTTATAACCTCT TACAAGAATAATCTCATTTCATTGACCATCATATCATATTCTTGACAACATATTTCATTG ATCATAAGTCACGCCCTTCTAATAGATGACTTTTAGTTGAATGTTATTACAAACATTGCA TTGGATTCGTTAAAAAAAAATTAAATATTGATCATAACTTTTAAAATATTTCTTACAAAA ATATTTGAAGGTTCCACGTCATTAAACAGTAAACAAAAATAATTAGAAAATTAACCAGGC AAAATTGGATGACCAAACTAATCAGACAAAATCGAATTACATCTTTAAATTAAAATTAAA AAATGAAAATTAAGTGAGATTTTGACAACCATAAACTGATTATTCAGACATTCATCTTGC ATAGACACATATACATGTATGGTTATAAACCACTCATATTTTAACGAGAAATTTTTGTAA TTACATAAAAAAATTATTTATTTTTGAATTTTTATTTCATACATCAATTATTAATAATCA ACCATACATAAGAAACCCATGATCATACACTAACAATGCATATTATGCAAGTCTTTCTAT ATTCGAATTTTGATATAAAACACCACATTTTCTTAAATTTTGAGATTGAAAAATAAGATA AAATTAACGCGTTTCTAATGAAGACAACCAAGCAGCGTGAAAGAGACTAACAAAATTGAA TCCTAACAAAAGTCTTTGATGTAAACTATAAAGTAAATATAATAATTTATTTTTTTTTTG AAAAAGAAGTATAACAATAAAATCAAAATTTCCACTCCAACGAGGGGGAAAAAATAAAAA AGTACTTAGCAGTACTTAATTAAGTAATAAACACAAAAACTAACGTCAATGACAAGACCG GAGATTGGGATGCTTTGTTTTCTTATAAACTGTAGATTGAATAAAAAACAATAACAATAA TATCTACGGTATATATAATAAACTAAAGATCGAAAAAAGATAAAATGGACGAAAACCCTT AATCGTATAGAGATAGAGATGTTATTTTTAATAGATTCTCAATTTAAGAAAACATGTATT TTTTAAAGCAGTTTAAAATAGGGAATACAAAAATCAAATCATCAGTAAAAACAACATAAC ATGAAATAGAAGTAACATACATCATACAACAGAAAGAATAATAATATCTATAAAATAATG AAATAATCAAAATACATAAAAAAAAAAAGGTCATAATCAAAATTCATAATCGAAAAACAA AAAGCTTCAGAAAAGGAGATTCAAGTACAATCATTATTTCTTTTCCGCGAGAAATTGATT GAACACTCAATTATTAATTACTAACCATCTATCATAATTCTCGATTTTGTCTTAGTAGGC TCGTTATGTTTTATCTAATTATTTCATTATAGTGATAAACAAACATATGTGTGACACAAT TAAACCAAGATTGGATTTTTTTCTATTAAAAGCCAAGTGTATCAGCATCATTGTCGACAC GACTACACATACACCAAAGGCCAATGAAAGGAACTTTGTCATTGTTTAGTTGAAACTTGA AATAAAACTATTGAAAGAGACATATGCCCTATTATTTTTGGATTGTGTATTTGTTGAGTA AACTTTTTCACCAAGCTACTAATAATATTTTCTTGGAAATTCAAGGTTTTGCATGTTCTT GGAAGTTGTCTTCTCTTGTGTCTGCGTGGAAATATTAACATTGTTTGCTCATATTTGTAT CCTCTCTTATTTGTCTATTATCTTTTTTTAATGGTTCATTTTGATAATTAAGAAAATATA TTTGTTATATATTATATTCTCAGTTAATTACTTTGAAAAGATAGAAATTTTTAAAAATTT AAAATTTTAAATTATTCACTTCATAATTAATATGAATACAATTGAGGGACAAAGGGAGTA ATAGTAGTACTCGACAATCTATTTTTTTAAATTTATATGTCGTCCTTATTAAAAATAACA CGTCCTTAATATTTGTCATTTCACAAAATCAGTACATAAATTGCAATATTCTTCTTATGA TTACCATTGAGAGTTATCAGTGTTTGAATTAACTCAAAAGTTGATCAAACCTACTTTTAA GTCAAATTTTGACTTTTGGAGTATTTGACATTTATAAAAACAAATTAAAATAAGTTAAGA AATGCTTGACAAAATTAAAAGTAACTTTAAATAAGTTTTAAAATGACTTACAATAAATTA AATAAGTCTCCCTCTGCTTTGAACTTTTTTCTTTTTGGACGATAAGATAATAATATATAT AACATTAAGGAGTTACAGAGTTGGGAGACCTATTGGCCTCTACATTGTTGCCATAGTTGG CTAATACAATTAAATTTCGAAAACATGTTAACTTATTATATATTACAAGTAGTTCTTAAT ATTTTTTTAGTAGGTATTATTCCTTGTTGATCATCCTTGATAAGAGGTATAGTACAATCT GGAGGGGTAGATTGTAATATAGCTTCTACGGATGGTGTTTGTTTGGTACCTAATCTTGAC AAAACATCTGCTACCTTGTTTGCTAGTCCGAAGCTATGGCGGACCGTTGGATTCCCCGAC CTCTTCATAAGCAACTTGCAAGAGCTATATACTTGAACTTTTTTGATTTAAAAATCTACT TTTTAAAAAACTTAATCTAAACGGGCTCTCGGTCTTAAAAGTATAAATTAACCAACGTAA AAAAAAAGAAATAAATAATGAATTTATATTCACAAATTTATTTGATTAATCAAAATAAAT TAATTTATAATTTTTTATCGAAAATTTGATTTGGAAAAATTTTAAATCTTAAAATGGAAA TTCACAGTAATATTTTCATTGAGAAGGACACAACCTGTGTTTATGATAGTATTTTGTAAC TTCCAAGGAATTTCTTATAATTGTAGTGTCGGTGAGAAAAGTCGTGTGTTTTCTTCCTCT TATACTTTTTGACAATTTGATACATGCCGATTGTCGTTGTAAAAATTAAAGACCTTTACG CAGTGTGAGTGTTGATCGGAAAAAATCACAACAAAAATAATTTTAAATTTGAAAATTTTT TATTTTTATTGTATAAAGATAGAATTGTTGTGATATCATTTTCTAGCTAAAACATATAAA AATAAGTATATAAACAAAAATAATATCGAAAAAGTCATGCCGAAAACGAAGAAAATAAAT AGGAACAATAAAATAATGCAATATTGATGCAAATAAAACAGTAGGTAATACTAAAATAGA AGAATAAAGTAAAAAAAATATACTTCCTTTTTTCTATTTGCATGTTGCTATTTTTGATTT CGAGTTCCTTAAGAAATTAAGTAAGTTTACTATTGTATCATTATTTAGTGTTCTCTTCAA GTTAAGTTTACAATAAATGAATATAAATTAATTTATTTTTATTGATTAAATTGATCAATA AACATGAATTAATCGTTCAATTTTTCTATATTGATTAAAGTCATATTTTAAAGGCTAATA ACTCTCAAGTGTTAAACAGAAAGAATAATGTTACTTTTGTACTCCATTTCTTCCCATTTA TAGGTTGTACGTCCTCGCTAAAAACATATGATACTTAATATTTGTTATTTCACAAGATCA ATACATAAATGACATTATTCTTCCGATTTTATCTTTGGGAGTTATTGGTCTTGAATTATG AATTTTATCTTTGGGAGTTATTGGTCTTGAATTATGAATTTGACCAACATATGAAAACTA CATGATTAAATAATGTTCATTGCTTGACTTCGTGAGAATACTAAATGAGAGTACATTGTT AAATTTACGCAGTTTCTTAAATGACGTAAAATCTAATAATGACATATAAATAAGAACAAA AAGAATATTAATTTTGTGAAATGATAAAAATTAATAACCATCTACTTTTAATGAAGACAA GATACAATTAAAAACGGACAAAATAATAATAAACAATACAAAAAATAAAACTCGACAACA CTCGAATAAATATAAACAAGATAGATTTGTACCGAGCATTTTGGTTTGGAACCATACTTC GTCGAAGAGACAACATGAAACAGAAGCAAAATCTTTTTAATTATTTCGGTATAGATGTAA TCGACAATTAAAATTAATAATTAGTATTACGAATAAATTTAGGATAATTACCACTTCGTG TAGAGTAATAAGAGTAAAACGTTTCACAAATAAGATTATGATACACCTTGGTGAAAAAAA TAAATTAATTAACTACTTTTTCCGCTAAACTTTCTAAATTTATTTATTCTAATCTAATAA TAGTAGTAATATATTGGTAACTTCTCACAAGATTCTCAAGCCTTTCATTAGAAAACTTTT CGTGCGATTTTTCTACTCACCAGTCCTATGCATGGACTTGTTTTAATTTATTTTATTTCA TAATTACGTTAGCAAGATATTATGATATTTTTTATAAAATTTGAAACATCTCAATTGTAA AATGTATTGAGTTTACCAGAATCATAGATGATTTTGGATTGTATCTGGCAAAATATGTCA TAATAATTTTTGAACTATATATGATTTTGGATTTTATCTGGCAAAACATGTCACAATAAT TTTTATGTAAATAATTTTGTAATTTTTGTAGAAAAAAATATTACCATGTAACTATTTAAC TAGAATACAAAAGTAAATATAATTGTTTTCTGATTAATTTTATCTCGCTTATGAAACTAA GCTAGTGGGGAAGGTATGAACCCCCCCAAATGAACAAAAGATATTTGCAGGATTTACTCA CTCACGTAACTATAGCGTTTTTGATTATTAATTTTTAAATAAAGATTTTTTTTCTGCCTT TCAGAGTTGATTAAATGAACGATTAATAGTTAGATCAAATAGACTTTATCAGAATCCTAT ATGATTTTGGATTGTATTTGGCAAAACATGTCACAGTAATTTTTATGTAAATAATCTAGT AATTTTTGTAGAAAAGAATATTACCATGTAACTTTTTTACTAGAATTGGGAAGGTATGAC CCTTCCCTCCCAAATGAACAAAAGAGATTGGCAGGATTTACTCATTCACGTAAATATAGC GTTTGTTTATTGTTTTTTTAATAAAGATTTCTTTTTCTATCTTTAGAGTTGATTAAATGA ACGACTAATAATTAAATCAAATGAATTTATAATCAAGAAAGAAATTGTCAAGCAAGTATA ATTGTATTTAACTTGTCTTATAATCCTCTAAGTTCTGGCAAACATTTATGTTAAATATAA CGATTGATTTCTTGATTTCTTTATCATATTGCATATCATCAAGTTAGTACGATCATTTTG AATAATTTCAAATTTCTTTATAATAAAATTATAATGATAACAAAAATCTGTATGTTAAAA TACATCATAATTTATCTATTTAAAAAAGGACAAATTATGAAACATTGTTTTTTTTTATGA ACGAACTATGTAGTAACTTTTTCGTTTTTTATATATATAATGTCATTGTACTTTTTTGAT CTAATTGTTGCTTTTTGTTTATTTACTATTAGGGTGTTCATTGTTTAATTTGAATTACTT ATTAGTTAAGATTAAAATTAAATTAATTTAAATTGGTTTTAAAAATTTTAAAATCAAATA AAAAAATAATCATCAATTTAGATATCATCGGCTTAGTTCGATTTTTTTGATTTTTTCGAT TTGAAAATAATAAGTTTGTTGAGGATATACGCAGCTCAATCGAAACAAAAACTTCGTACA TCAATAATTCACAAATAAACTATTACATAAACAAAGTCATTCATGCCTTATACCAAATTT TCAGAAGCTAAAAATAAATTAATTGTTAATAACAGCTTTTTCGTAAATTACACTTTAAAT TATTGAGAAATTACTTCTAAAAAACAACAACTAATATTTCATAATCAAAATTGATAAATT ACCATATTCATTAGCTTGAGCTTTAAATTGTTCAATGTTGTGTTAGAGTATTTTCTAAAG ATCGGAGGAAGTGTTATCTTTAAAAGTAATGAACATTGAGGGATTTAGACTTAAGGTTTT AATAATGAAAAAATGACAGATCTCCCACATTTAAGTTCTATTATTACCATTATTTTCAAT TAGTTTTACAAATTCTCAAAATATCTCATTTTCGCGCATTAGATTAATATATCAGTGAAT CAGATTAATGTATCTTGAGCATCATATTAATGTATTAGCGCATCAGATTAATATATCTCG CGCATCAGATTAATATATCAGCGCATCAGATTAATGTATCAGCGCATCAGATTAATGTAT CTCGTGCATCAGATTAATGTATCAGCGCATCAGATTAATGTATCTCGTGCATCAGATTAG TGTATCATGTATAAAATGTACATAGAATTAGTGTATCATGTATAAAATGTACATAGGATT AGTGTATCACGTATAAAATGTACATTGGATTAGTGTATCATGTATAAAATGTAATGTATC TTACTCAACGATTAATGTATCTCGCGTATCAGATTATTTTATCAGTGCTTATACTATTGT ATCAGTTTGAAGGATTTCTGTAATTATACTTATAAGAGACAAATGATAATTTTACCTTAA AGTATGTGAATTCTGTCCTTTGCCCTTTAATAATTCAGGTAAAATTTAAGAACTGAACTT CATAAAATAGTTAAATCAAAGACTTAACTTAATTAAAATTTATCAACATACTTTTATTTT ATTTATAAATAATTATAAATTTGATATACATAACTTTTTGGTTCGATCTGATTATTTTTA CGAATAACTTTTAGTAAAATCAGAATCAAATCAAATAATATCGATTTTTCAAAAATTAAA ATTAAACCTAACCAAATATCAAAATTTTAAATTAATTTAATTCAAATTTACCATTCAATT TGTTTTTACAATCATAACCATAGACAACACCATTTCCTACTATAATCTGATTGATTTTTT ACACCTTGATTTAGCATAACAGCCAAGTATAATTTAATTAAGCCCTTTCATGTATTAGTA ATATAAAAGTTCGCTATTTGTTTGTATTTTTTTTTATTTCTTATTCCAGTTTTGGGATTT TTTATCCTTCGCCACTGATCTCTTCCATTCCATTCATTTTTTCCTGCACTTCTATCTAGG GTTTTTTTTGTTTGTAAAAGTTACAAAATCTCAAACAATAGTCTTGTTTGTTACTTTTTC TCCCTAAAAATTACACCGCCATTATTATATATGCAGAGAGAAAGAGAAATCTGGTTAGGT GACTGAAGTCTGTTTCTTCGTTTATTTACGGAGTAGTCTATCAAACAGTTCAATTTTTCA TATTTACAGCAGTGGATATTCCTATTGAAGCCATTGCTACCTACAACAAAATCTCGCGTT CCGTTGGTGAGAGGGTAGGTTCTTGTTCTACTTGTTTCTTAACTGGTGAACCATGATTTT GTTTCCATTTTTTCTAGTTTTAAACAATGTTCCTTCGTTTTTTTCTTGTTGGATTTGTTA ATTGTTAGTAGTTCGCTGAAGTGTATAGAGAGAGTTTCTTTAGAATTCTTTCATTGATTG AGTTGTATAGAAAATTATTCAGCTATGCTTGAGTTCTTGATAAGTATGTGTTGATGAGTT AACTCATAGTTTAGTTCTTGTTGTTTCTTTTATCCTAGGATCCAAAAACTGTTGAAGGAA AATAGAAGTTAGAAGGAAACAATTCTTGATAAGTAATGTGTTGATGAGTTAACTCATAGT TTAGTTCTTGTTGTTTCTTTTATCCTTGGGATCCAGAAAATGTTGAAGGAAAGTAGAAGT TAGAAGGAAACAAAAATAATATGTTGGAATCATGGATGATAACAACAGCACACCTAGATT ACACCATGTGGAGTTTGGGGAGGGTAGAGTGTACACAGTCTTATCCTTATGTTAGAGGTA GAGAGTCTATTTCCGATAAATTAGATTGAAACCCGTGTTTACACGTCTACTTACTCCAGT TTCACAATGACTTCTGTTGTTCTTTATGGTTCCTATCAATTGGTGAGGTGAAGGAAGCGG AGGAGGAGTCAAAAAGGGAAAATATAAAAACAGAAAGGCAAAATTACAACTCAACAGGAA TTAGGTACGATTGGGAATTTAAGAGAAAGAAAGTTTAGGTACAACTTTACAAGCTAGGAA TAACCATCGGATGATGTCTGGTGAAGAGAATAAAAACAAGAGTGCAGAAGAAATTGAAGT TGTAACTCTTAATCTTGATTATAATTTGCTAATTGTGGGTAATAACAGAGGAAGAGTGAA TAAAACTAATGCGAAACTCTCTGAGTTTTGAGCATTTACTGGGGGAGGTGAAAGAATGCT TTAGATTTAGAAGCTTACTAGAAAAGTAGCCTTATATAAGGGAAATGTAGTTGGAAGGCT TTCAGATGTATTTGGTAATCTTAGGTATTGTTGCATATCAGTGACTGACTGCTACAGTAA AGATGCTTAGGATATTGAAACTTTCAACATTGTGTATACAATCTTCGAACTCCTATTTGT CTTATAGAATAGGAAGAACAATTTTTTTCTTCATTGGATGCATTGGGTAGGAGGTCAGCA TGAATCTATAAGTACCTTTTTCCCTTTTGTTTTTTTAGCTTGTCATAAAGCATCTTATAA TTGAGCAAAGGGATCATTCTACATAGTCCTTTAGATTGTCGTTTTGAATGATAAAGGTAG TAGTTTCTTATTTAAAAAAAACTAAAATTGTTGTAACTTGTTCTACAGAACTTATACAAG TGTAATGCAGCACATTTGCCTAATATTTAACCATTAGGTTTGAGCGAACTCTTCCATGTC AGCATTAAGAGAAAGGACAATGTAGTCCATACTATGTACTTTCAACATTGCCAGTAGAAA CTACAACAACAATGTATCCAGTGGAATCGGACTAAGTGGGGTGGGGACGGTAGAGTGTAC GTAGACCAGGTAGAGAGGCTGTTCTTGAAAGACCCTCAGCTCAATCGCATCAAACTCAAG GAAAGGAAGAAGATTGCCTTTAGAAACTGTTTTATCATTTGTCCTGGGTTTACCATAAGT CTTTCTTTCATTTCCAATATTTATACAAATCCTACATTGTCTTTAGACATAATAACCAGT TACTAATAATAATTTAACCTTAGATACATTGATCTAGTTAACTTTACTTGTTTGATTAAA AAATCTCTTATGTTGCAACTTACAAGATTACAGTATTATAGTCTTGCAAATGCTGGAATT CCAGAAGATGCTACAGTTGAAAATAGAGAGATTTACCTCAATAGTCGACTGGTTTCATTG CCAAGGAAATTATGGGATTTTTTTTCTGTTTATTGTTCTAATGGTAACTTGTTTCACTTT TGTACAAGAGAAGTCCATGAAATTTATGAATTAATGTTGTAAATAATTTGCATCTATTTG ATACCTGTAATGAAACATTTATTTCATTTTAAAAAAAGTAAAAGTTTATGAATTAATGGT ATGAAGAAGGGTTTTTTTTTTGGAATGGAAGGGGTTAAGAACTGTAGGATTTGGTATCAG ACTCATCATCTGGGAACTGGGAAGGATCTGGATTCTGTCCGGGCTTTTCTCTTGCTTAGT TGTCTTTTTTACCCTCAATTTTCCCCTCAATTTTCCCCTCATTTTTGTTTTAGTAGTTTA CAGTTCACTATCTAGTATTTTATTATCCAAATATTTAAAGGAAGAAAAGTTTTTCTGGTA ACAATGATTAAGGAAATGGAAAACCCTTCAGGCGTGATGTGGTGAGGCACAAGGAGCATC TTCTAGGATGCGAAAATATGTGCTTCACTATGATGTGGTGAGGAGCACAAGGAGCACCTT CTAGGGTGCGAAAAGATGTGCTTCACTATAAATATGGGGACTGAGGTGGTATGAGGGACG TCTACTAGTATATATACTTTCTTATATGCTTTCTTTCTGTTATATGCCTTCAAAGGGCAC GTAAAAGTTACCCATTAGCTTATCATGTCATTTTATTCTGACCATCTTTAGTGTGTGTAT TTATATACCTTTAAAGTTTGTGGAGTGCCATAAAAATTAGTAGAGGGGCAAAGTGCGAAA AGCTTACCTGAACCTAGTGCACTTTGTCAGGGTCAGGGAGGGTTTCTGTTCATGGATACA ATGTTACTGATGACATATAAGAAGATACTTGCTCGACTCTGTAAGTTTCTGATGAGTAAA AAGAAAATACTTGCTCAACTCTGTAGTTCTGATGTCTCAGATTTCTACATGAAATGTCTT AAATGTCACAGATACCATCTGTTTGCTTTGTTGCAAATCTCTTACATAATATTATGTTCT CCTTGTGGTTGAGATTCTACATTAGGAATGATTTTCACTTCTTTTTTCTTATAGCAGGTC TTCTTCTTGTGCTGAGGACATAAAAGACCGATATTTTACGTAATCTAAGACCAACATGCA AGCAGCTTCTCATTGCTATCCTCTTGTTCACTTTTCTGGAAGGTCTCTCTCTTTGCCTCT TGGATTGCGTTTATACATTAATAAAAAGTGCATATGTACTTGCAATGTTCTGTATATAAT ATATATGCATTCCATGTGACTTGATATTCAACTTCTGTTTAACATGCATGGGTTCTGAAG TTGATTCCTAAAAAATACTGAGCCACTTGGATTGACTCACATTAGTTTTTCATGAATTGC AGAGGCAGGTATAGTAAGGTGAGTAATCACTCAAGTGTAAAAATTTTGAGCTTGAATTGG CTTCCCCAGAAATTTGACTTTAATCAAGGAGCTCAGATCCTGAAGATTCTAAAATCTTAC AAACTGAAAAGGTTCTGTGTGATTCCTAACTCTAATGATGGTTATCCAAGTCTCTCTGTT TCTGAAGAGGACACAACTGCATCTAAAAAAGACACATCTACAATGAAAGAATGGGAATTT GGAGGAGAAACGTTCTTGAGTAAGTGGTCACCTCCCAGGTACTTATGGAGGGGATTATCA GTTCTTATCTTGGCAGGACAGGTTATTATTAGGATTATAAAGGGTAAAATCCACTGGAAG AATACTTTTCAACAGTTGGAAAGAGTTGGACCCAAGTCAGTTGGTGTCTGTTTGTTAACT GCAGCTTTTGTTGGCATGGCCTTCACTATCCAATTTGTTAGAGAATTCACTAGATTAGGG TTAAATAGATCCGTTGGTGGAGTGCTGGCCCTTGCCTTTTCAAGAGAGTTAAGTCCAGTT GTCACATCAATTGTAGTTGCTGGGCGTATCGGTAGTGCATTTGCTGCAGAACTGGGCACC ATGCAGGTGTCTGAGCAGACAGACACGTTGAGAGTTCTCGGTGCAAATCCTGTTGATTAT TTGGTGACACCAAGAGTGATTGCTTCCTGCATTGCCTTACCGTTTTTGACCCTAACGTGC TTTACAGTTGGAATGGCATCCAGCGCCCTTTTAGCTGACGGTGTTTATGGAATTAGCATA AACATAATATTGGATTCTGCTCAGAGAGCTCTCAAGTCATGGGACCTTATCAGTGCGATG ATTAAGTCACAGGTTTTTGGTGCAATTATATCCATCATAAGCTGTGCTTGGGGAGTCACC ACACTGGGAGGTGCTAAAGGGGTTGGAGAGTCTACAACTTCAGCTGTAGTTTTATCTCTT GTTGGCATATTCGTAGCGGACTTTGCTCTCTCATATTGTTTCTTCCAGGGTGCTGGTGAC TCCCTGAAGAACTGTATGTGACATTTCTTATGTAATCCATTTTTTAAAGTTCCACAATAT GTTAAAAAGTTTATTGTTTTCTACCAAAATGAAATATGTTAAGGAGTATAAACTCTTAAT TTAAACCAATAGTGCTAATTCTAAATCAATTAGAATTTGGTACCTGTTATTGTTCTTTAA TTTGTTTATACATAAGTTTTGTAACCAAAGAAATATAAAAAGTTGGTTTTCTAATTTTAG TTAAGCATAAGTTCTCTATTTACTATAATACTCCTTGTATGGATGATATTGTGTTACTAC TGTTTTGAATGAATACAGACGTGGAGTATTATTTTACACATCAATAATAAGAGGATGAAG TAGAGCAAGTTAAAAAATAATTCAAAAAAATTAAAAAGTAAAAGCAATCGTAAAGAAGCA ATTTACTCAAGAAACCATCTACAATCGTCGCCGGAAGAGATGTCGGCCAATCTCCCAATT CTTCCCGACGCAATCTCAATTCCCGCCAGAAATGGCACCAGTGAGAACCTCTTCGCCGCC GTAGACATCGGTACCAACTCCTTCAAGCTCCTCGTAGTTCGCGCCGACCCTTCCACCGGC CGTTTCCTCACCGTCGATCGGTTCAAGGAAAGAGTCCTCCTCGGCCTTGATACTAACACC ACCACTACCTCCGCCATTATCTCCAACGCCTCTCTGCTACGCGCCACCACAGCACTTCGA AAGTTTCAGAAGCTTCTCCAGTCCCATCGCGTTCCTTCCTCCCATTCTCGCATCGTAGCT ACTTCTGCTGTTCGAGAAGCTTCCAATCGATCACAATTCCTTCAAACGATTGATGAAACC CTAGGTCTGAAAGTTGATGTACTCTCCGGTCTCGAAGAGGCCCGCCTTATATACAAAGGT ATACTTCAGTTCCATCCTGTTCATGACCGTACAGTTCTCACAATTGACATAGGAGGTGGC TCTACAGAGTTTGTAATTGGCAAAGAGGGGCAGATTTTGTTCTCTATTTCACTAGCATTG GGACATGTCACTTTAACTCAAAAATTTCCCGAAGTTACAGAAATGCGGGAACATATTAAG GTTATAATCCGTGCCTCGGGCTTAAATGAGAAGGTTAAGCATTATAATATTGATAAAGTG ATTGGTTCATCAGGGACAATTAAGAATATTGAAAAGGCGATTTTCCGTGGCTATGTAAGC AATATGGAGGGAAATGTGGGCATATCTAAGGGAAGTAGGAGGGATTGGAGTTTTACAATG GACGAATTGAAGGGCTTAGTGGAGCGGTTGAGTGAGGAAGAGAGAAGAATTGGAGGGAAG GTTCGAACGCAGGGCTTCTTCAAGAAGAGGTCAGCATTTATTGTGGCAGGGGCAGTTTTA TTGGAGGAAATATTTGAGGACCTTAAGATTGAAGAGATGGAGGTTTCTGGGTATGCATTA GGTGAGGGTGTGATTGCAGAGAAGTTAGGGGAGGTTTTTGATAATTATGATCCAAGGGCA AATGCGAGGTGGAGGTCTGTAACGAGGCTCGCCACAAGGTTTAACAACAAGCAACACATG AAATCTGCTGCATTATGCTTTAGTGTTGCCAAGGTATTTGGTAATTCGGAATGGAATGCA ATAAGAAGTTCACCATCTTTTGTTCCATATTTAGGGTAGAAATATTGTTGACTTTGTTAA TGTTCATGATGTAGGAGATGTTTGATGGTTTGAGAAAAGGATATGAATCAGGCAATGGTT CTGATGGATTCTTTGTATCCTTGGAGGATAAAGATCTCGAGTATCTTGAGGCAGCTTGTT TGCTTCAAAAAATCGGTCTTTATGCTGGTAAAAAGGGCTATCATAAGCAATCTTACCATA TAATAGCGGTATGTATTTATTTCTTAATCCAGGAAGATTCAGATAAATTTCTGTCTCTTT GCATGTTGAGGGGTTTATGTAACAATCGTTTATTTAATGCTGCAAACTGAACTGTCAGAA TGATTTATTTGGTGTATTTGTGTATAAAACTTCAGCTTAGTAGCATGACATAATTAAAGC GATGTCATGACCTGTTTGGTTTATAATTCTCTAACTGATTTTGATTCAGAATAGATAGTT GGATAATTTAATAAATAAGTTTCACTAAGATGTTAGTCATTTTACAGAAAAAGCAATCTT AAAACAATAATGGAACTTAATTCTGATTATAGAACTGAATAATTAGACATGCTGATTAAA TTGGGTGATCAAATGTAGGCCATAGTTTCTCATGCTAATCATAGATAAGCTGTGAGTTTT AAAAACTTAAAGAGACGTAGAGATGGTGCGGCACTCTGTGTGTGTGTGTGGTGGTGGTGG TGGTGTGTGTGGGGGGGGGGGGGTAGGCCTGCCTAGCCCACCAAATTTGACCCACTCGAC AAGCGTTTTCAATTGGGCCTGTGTTGCTGCTTCAGTATCTTTTATGTTTTTTCCTTTTTT GTCACTGTTATTTACATATTCAAAACAAGGATGCCAACATACTAGTTAAGCTTGGTCTTT CTCTTTGTACCTTGGCTTAGTAGTCAAATATTTCTTTTGCAGATATCATCATTCTGAAAT TAATTATCCTTGTTAATGTGTTAGCGTACTTTTGTAGGAGTAAGGTTTGCATACACTCTA CCCTCCTCAAACTCCACTTTGTGGGATTATACTGGGTATGTTGTTGTAGTTGTTAGAGTT TTAGCCTGGAATGGTGATTCTTTATTCGTTTCGATAGTCACTACAACAATAATTAAATTA ATCATCTAATATGAATCTTTCCTGATGTAGCCAAATGATCTTCTGTTGGGGAAACATAAT TTTTCAGTATGATTTGCTATTATTGTAAGTTACAAAAATACAGGCAGACATATAATTTCC TTAATCGGAGATTGAAAAAAATGTATACTGACAATAAAAAAAACAGAGCTGTAACTGAAA TATGACGCATCAAGAAAGCCGAAGTAGAGATAAAGCAATTGAAAGCTAAATTGAAGCATA AATGGATGATTACAAAATTGTAGCATTAATTTTCGCAACAGTCCCCATTTTTATTCCCCC CCCCCCCCCCCCACACACACACACACAAATGTTGTTTAATGTGTCCAGCATAACTACTCC CCACCTTGCACTTGCTCCTCCCTGCACAAATCCCATCTCTAGAGGTCTTGATATACAGAG GCCTCTGTGATTGATAATGTTTGATGATTATCTATCTGGTTTCAGTTGTATCAGTTCTCT TATGTACCTCGAAATAGTTATTGGGAGCATGTAACTTATTGTGACAAGCTTCACTTTCTG TGTAGAAAGGTGATCATCTGCATGGTTATAATGCCGAAGAGGTTAAGGTATGGTGTCTCC TTTATTTCTCAGAACAACATTCAGAATGTGAAAACTGATGACATCTTCGTCAGCTTCCAG TTAATAGCTCTACTTGTGAGACACCATAGAAAGAAACTTCCCGACTATGATCATATGGTG CCTGAGGAATTAACAAAAGAGGTATCATATTGTTATTTTTTGTGTGCAATACAAACTAAT ACTCACCGACTCCATTATTGGTGTGTATCTGGTATGCATGAATTCAGTTTTAGCAAGCTT TTTGTACTTTGGAGGTTCTGCACCAAGTACCACCATCCCTGAATAGATACTTTCAATTTC CAAAATTTCTGAAATGTATTTTGTAGATTTGCACAACGTACCGACACACGTCATTAAATT GACATGGATAGGACAAATGAAGATAACATGTCTGCATAGATCAAGAGTTCAAGACTCTTA TGTGTGTTTAACTATTATCTTTCTACCTTAGATGACAGGGAAATTCAGAATTCTTTGTGC AATTCTACGTGTATCTGCTGCAGTGGAGAAACTTCAGCTGTTCAGCATCCACAATGTGGA TTTCTCACATACCTGTGAAGGATATAAATTGGTATTTAACCTTTACATGCATCTTTATGT TTCTCTTCCTTATATCTTGGAGCAACCTATGTGATTCCGTTCAGTTGATCTCTTGTGGTA TAATTTTATTTAACAGGGGTGGATCTAGGGTTTAGTTTCCCCATAAAATGAAACTGGGAA ATTGTTCCTTGCTCCGCTTGTCGGACCTTTTCCTGTAATGCCTCAGCAGTCATTTATCAG TAAAGGCTTCGAATCATTTCTAACAGTGAACACTTGATATTTGTGGCAATGCAACTATGT TGACCGAAAGATCCCACCCAGATTGGTACACCATCTCCCTGAGATCGATTTGGATTCTAG CAAGAACGGAATTGGTTGTTCACCTCATGCTCATCCTTACACATCTTAAATTCATCTAGT ACCTGGCTTTGTGTTCCAGCTCCATTTATCTTCCACAGATGCCTCCTATCATGGAACACG CCTTCCAGACCACTTTTGGTAGATTAAGCAATCTAATCAAAATATGTTCTTGCTTCAGTT CTTCTTGATGGAAAGCAATGTGGATTGTGGGGACCAACATTCAAGGGTCATTTTGCATTA TTCCCATATCTGCTCACCCATCTGGACCTTCTAGCCACTTCCCTTTGTAGGAATGTGAAC AAGAAATACATTTTCATACAATGGCAGCTACCTCTTTTGTCTGTTTTATTACATCAGAGT TCCAAGCACGCTGTCATTGCCATATTAACATCTCAACATTTCAAAACAGATGTCTAAATA TCTGATGAGAAATTCCTTTTTGAGTTTTATCTATTTTTCAATTTCACACACATGACACAA CTAAGCTCCTCGGATATCTGTTGGATCCCAGCTTGACCTTCACCCCTGTTTTTGGCCATC TCCTTATTTCCGGAGTTGGAGGTAAGAGGCGGCTCTTGTCCCTCCACAAAACTTTTCTCT TGAAACTTCTGAGTTTTTCCCGTGAGATCAGATCATTGAACGATCTGGGCTTATAATTCC ACTTCTTTTCATAACTTGTACAATCTCAGTTTGCATATCCTCCATATCCGTTAATGTTCT GACGACAATGCACTCTTTTCAATTAATTAGTTCTTCCTTCTTCTACAAGGTTCTTCAAAA TTTAATGGAAAAAATTTGACAAATCTACAAGAGCCTATGGGCATCATTGCTAATATCTCA TAAAATTTCCCCTCTCCACCCTTTCATACCAACAGACTTTTTCTGAACAGGACAGGCCCT TCTCTCTATTCTTCAATCAGAATGCCATTTTCATGCAATCATCTTTCACATTGCCAAACA CTAAGCTTAAGTTACTGGATGTTGGAACTTTCTGCACATGAAATGAATCACAGGGGACCA GAATAGTAGAGATGATGCCCATCTGAGCTCTTCATTGTGATGGTGATCTTTAATGACGAT TGATAAATTCTCGTCGGTTACAACACTTTTTAGCCTCCTCTTACCAGCTTAGGCTTGGAC ATTCAATTTAGATGATTTTGTAAGAATTAACTTGCCTGATTAGCTGTAGCCTCTATGTTT TCATGTAAATCAATTTGAGCTGGGACTAATCTTAGATAATCAGATTGTTTATAGAAGTAA ATCCATGCTGTTCATCCTGCCATTCTCTTGGGATGAAACATGCATCAATCTTGTAGCTCA TCCTCTCTCTTTTCCTTTTTTTTTTAATTTCTTTTTGTACTTGTAGCTCATTAGCTAACG GATATATAAGTACTTTTTTTTACTTTCAAGTTTAAATATTTCCATTGTCATGGCACTTAC ACCACAAAAGCTGTAGGTACTTAAAGCAGGAAATTTGCCCTTCCCTGGTTTTGTGCTACC ATCAGTGAACGACTTTGAGACAGAGCATGCTAAAGAGTTGGAACACTTCAGAATGGTAAC GGTTTTGCATTGATGCCATGCTGGTGTACTTTTGCTGCAAGCTATGCAGTCTTGGTTCTC TTTTTTTCATTTTTCGATTGGTGGTCATGCCTGATATTTCATTATATCACATGTTATTCA TTTTTTTCAGGTGTTCCAGGAAAGATTGTCGATTGCTGTCACTTCATCATAATCTGTAAG AAATACTAGGAATTGTAAGACGGCTTTTCTGAGTTTGCCAATAAAATGATGGTAAATATT GTATTATGTAAAAGCCATGCTGTAATGCATGTTAGATGCACATGCATACAAGCGCACACA CTCACACACACACAAAAACACTTCGACTGTTACAAGTGACAGTAAGCAGCATCACCTTGT TACACAAGAAGCTTATTGGGTAGATCCTTTAAGTATTCTAGCGAATAGTTGCTGAACTTG TTCTCTAGCAAGGCCATTGAAACTTAATGATACATATTTTATTTTTGCAGTTATTTGACT TCAATGTACTTTTCTTATGTAAAACTAGAAACTTGTCATATGTTATTATCATGTAGAAGT GCAGGCTTCTCCCTCCCATTTTCTTGGTTTGTTATGACAGTTAATTTTTGTTGATTAATA AAGTGAAGAACGATTAATTGTTCAGATTATGAGCTTGGTCTAATTTCCTTCTCAACAGTA AGGTGGTTTACGTTTATTTATTTCTTTCCGTTTCATTTCAGTAAAGCTTGATTTGACCCT GAAACAGCAATATCAATTTTGCTGATGCATTTTGCCCTTCTACTGGATTGCCTAAATAAT TTTGAGTTTTTACCTTTTACCTGTCTTATATTTTCAGGTTATTAAATTGTTGGATAAAGG GCAAGTGAAGCTAGTAAAATATAACAGTCTAATCAGCTTCATGTATTTATGTCTTGTCGC ATTTAGTCTAATCAGGTTGTTAAATTGTGGGCTAATCTTTCTCTTTTTTTGAACTCCAAG AGAAATTCGCATTTGTTATCCTTCTACTGTTATTCATTTTTTTGTCCAGCTCTAAACGCC TCACCATTCAAATTGATAAATACCTCAATGATAAGTTTGCAAATTTCAAAAACGATTATT CAGTTAGTATTTTTATACAAGTAAAAAAATATCCATGTTGAATAATGTTTAAATCTTTCT TGTGAAAAGGACTACAAGAAATGACAATCAACCAATAGCATTTCCTAGACAATCAAGAAG GCTCTTGACTTTACGTGAATATGAAAGCCAATATAATTTATCTTTTGTTTGAATTTTTCT AACTCAAAATGTCATGCAAAATGCGCCTAAATTAGTTAAAAGTCACATCAAACAGTTCTA TTAGTGACATTTGATAAAGGAATAAACCCCCAATATGCTTTCAATTGTAAAATAAAATAG CCTTTTCAATTTTGGTAAGGGTACTTCTCTTTCCATGCATAAATAATGAGTATTGATGAT CAAACAATTTTGTTGGTAACCTCCAAAGTCACCATCCATAAAATTGTCTCTTTTGCTATT TTTGTACCTTTGTCCTTTTGGAATGAAAAGACCACGTGAAAAAAATAATTAAAGTTATAA TCATTTAATTTTGAAATTCTTTAATCAGGTCGCAAACTAGACAACATATAAAGATTGCTT TAGACGAGTCTGTTGTGACTAGCTTGGCTAAGAAGGTGTTGAGAGAAAATTGATCCTTGA ACTTTGTTATGGAATAACACATATTGCACCAACTCAGCTATCATTACGATTTTAGTAAAA ATGGATAATTATTAAATCCCTGAAAAAATGAATTATTATTAAATATTGCGAAATTGGAAT TTGTATATTCACTGGATTAGATTAATTTACTAACCAAAGTCTTTAAACTACAGTGGAACT ACTATTTTGTTGTGCAATATAATAGAAGCTTGGATGGTTATCTCTTATTTTGCAACATAT GTTCTAAAAATAAAATATAGAATTAAACATATAAAATTGAACACAATTGTATCAATTGAC GTTAATTCAGCATCATATAAGCTGCTCTTTTGAAATTTAATTTGAATCCCTAAAAGCTCA TAATCCAGATACATATATACATTACATAATAGATTTGATAATACTTCCTTCTTCCACTTT TATTTATTATATTGCGTATTTGATAATACTTTCTTTTTTCACTTTTATTTGTTATATTAC GTTATTCAAAAGTCAAGTTAACTATTTTAAAAAAAATTAAAGTAGATTATATCAATTCGA TATTCAAATAATTCAAAAACTATACAAAAATATTAATAATTCCAATTTTTAAATGTCAAT ATGATGAAAAAATATATCATAAAATATTAATTAAAATTTTTATAATTTGATTAAATAATA AAACTATGACAATTAAAAAAAATGCTTTCTCTAGAAAGAAAAAAACATGCTAATTGTAGT TTAATGCTTGATTAGTAAAATTGATCTAATCCGTTGAATATATAAGTAGACATATGTAAT AAATTTAAAGGCCTACTGGAGGTACCGGAGGAGATCCCCACTGGACGGGATTCAAATCCG CGAAATGGTATTCAACTTATTTATATATTTGCTATATATAAAAGTCATTCAAATAAATAC AGTCTTTTTTAAAAAAAACTTTATAATATTTTGAATTCTACTCAAATCATATTCTCTCAA ACTTGAAAAACTTTTATAATATTTTTGAAATTTTCTTGTTTTCACTATAATAATAATAAT AATATTTCCTATTTTATTATTTAAGTAATTTATTTATTTATTCAAGTGGCGAGATCAAGA ACCGTGTACTATTGAACTAAGGTCACGATGATTACGTTTTATTATTTACACGTCATTCAA AAATACAGACCTTATCGAAAAAGAAGAACAGTTAAAAAGTCGAAAATAACCCCGTTTCTT CATTCTCCACGTTAGCTGTTACTCTTTGTACCTTACCTCCACAGTACAGTCACGTATCCT GCGCATAATAGCTGCTGCAGTCAATTTACACAGAGACTGATATAAGAAATACAATAAACC ACACAAGAGACTCACACATATTTGTTTCTCTTCCATTTTTAACAATTGAAAGCTTTCATC AATGGCAGTTCATTAGGGTTTTTTCTTTAATTTATGCCACATTCAAAAGGAGTTGCAAAA TCTCAAACTATATAGTCTTGCTTGTTTCTTTTTTTTTTTCCCGGAAAATACACCGCTACA TTGTTCTTGTTCCTTGGTTTGTGTTGTAGAGAGAAAGAGAAATCACGGTAAACCGACAGA GCTCTGTTTCTTGCTTTATTGTTTTTTTGTTTCTTTACAGTAGAGTGCTCTATGAAACAG TGCAACTTTTCGTATTGACAGAAATTTTAGTTGCAGTGAGAGTGGTGGTTCTTTAACTGC TTGTTGGTTAAACGAGAATCTTCGTCGGTGAGTGTTTGATCAATGTCAGTTGTTTTTTTA ACTCTTTAAATAATTTTTTTTTTTTTAGATTGGTTAATGGTTAACTGAAGTGTACAGAGA TTTTTATTTGAACTATTTCACATTTGTGTATAAAATTATTAAGCTTGGTACAATGATTGA TAAGTATGGGTGGATGAGTTTGATCAGAGGACAGATATTGTAAACTCTGTTTAGTAGTTC TTGATGTTTTCTTTAAATCCAAGTTTGGATCCTAAAAATGTTAAAAGTAAATTAGAAGTC AGAAGAAAAGAAAAATAATTTATCCGAATCATGGTTTCCGTGTAAGATAATTTGGGGAAA TAAAATAAGGAAAGGGTCTCCTTGAACCAGTTCTGGAAGATGAGCTTATCTTTGATAAAT TAGATTGATTTGGCAGAAGAAAAGGTAAGGGAAGTGCTTCATTGAACCAGTTCTAGAAAA TGATCTTATCTGGATAGATTAGATTGAAATCAGCGTTTACCTGTCTTCTTGGTAGCATTC TCCAGTTTCACAATGACTTTTTGTTCTTTATGGTTTCTATCAATTGGGTGAGGTAAAGGA AGTGGAGAAGGGGTCAAATCGGGAAAACAAAAAACAAAAACAGAAAGATAACTCTCTAGA CATTAGGTACCAATTGGAACTTTAAGGGAAAGAAAGTTCAGGTACAACTTTGCAAGCTAG GAATACCCATTGAATGATGTCTGGTGAAGAGAATAAAAACAAGAGTGAAGAGAAAAAAAG GAGGTTGTAACTCTCTTAGCCTTGGTTATAATTGGCTAAATGTAAATAATAGAAGAAGAA GAGTGGATAAAACTAAATGTGGAACTCTCTAAGTTTTGGGCACCAACTAAGGAGGTGAAA GAACACTAAGATTAGATTCTTATTAGAAAAGTAGTCATATATAAGGGAAACGCTCTTGGA GGCCTTGACATGTGTTACATAATTTCAGGTATTGGTGCATATCAGTTATCAGAGACTGCT GCCTGCTACAAGAAAGATGCTTAGGATAGTGAAACTTGTTCCTGTTTATAATATCTTCGA AGTCCTATTTGTCTTATAGAAAAGGTAAGAATGGTTCATCTTCATTGGATGCATTGGGTT CGGTAGAAGGTCAGCATGAATTTTTTGAAACATTTTTTCTCTTTTTTTTTTCTTTAGCTT GTCCTAAAGCATCTTGTAATAACACTGATTACTCAAGGTCATTTTAAATGAAAAAGGTAA CTAGTTACTTGTACAAAACTAAAAAGGCAATGACTTGTTCTGCAAAACTTACACACGTGA TATTCAGCAAATTTACCTAATATTTAACATTAGGTTTGAGCAAACTCTTCCATGTCAGCA TGAAGAGAAAAGGTCAATGTAGTGCCACATTATGTACTTTCATTATCACCTCAAAGTATC CAAGCAAGGGGACTCCAGAATCTCCGTTCATGAGATCAACACCTTGTATATTTCTAATAT ACACTGAACTATGTAGTCAACTTACCACTAGACATGAAAGGGTTGGCAGTGAAATGTAAT GAACATGTTGCTGTGGTCTATTATTTCTTGTTAGTATGGTCTATTACAACATGATGTAGT CATTTTAAACAATGAAAAAACACTCATCCATGTTTTTTATTACTCAGCACTCTGTCCAAT GTAATTATCAAAAAACAATGAGGAAAAAAAAGATAGAAGAAAATACAGTCTAGTGGCTCC TTTAGTTGAATCTTTTCAAATACGCAGAACTTAACTTAGCTCTTTGTGTTAAAGGTATGC AGTGCCAAATTTGTCTTGTGTTAGAACTTTGGATATGAACACAAAAACTAAGTTTGTCTA CACTTAAAATTTGGAATATGGAGTAGTTGTTTTTTATAAAACCGTACAATTTTTTCATGC AATAGATGTTAAAACTTCCATAAGCTTTATAAAGATGCACATGGTTCACTGTTAATGGGT TTTGGCATGAAGGGCTGATGAAGTGTCTTCTTTGGTCCATTCCGTGTGCTTACTTGCCCT GCAAAATGGAACTTGGCCATGATGCTTCTAGAAAGCTTAGCAAGGTTGGTACTTTTCCCC GTGTACATAAGTTGAAGCTTAAAATGCATTTAAAAAAACCTCGTACTTTTTTTTCTACCA AGCACTTCTTGCTCAAACTCTTTTTCAAAAAAACCACCTTCCCTTTGGGCTTAAATAGTC TGAAGAGGCCCTTTTGATATTTTTTATTGCTAGATAGTTGACTAACATAAATGAATTGTG GAAGCATAAATAACATAACAAGGATAAAGAACCCTGCTCCCGTTGCCTCAGTCATTTTCT TCTCAAATTCATGCTCTCCTCCCCAACTCCACAACAAGCTTCCCATAAGATGAAAAAAAG AAACATAATATTCGTTCTTAGCAGGACATTGATTATGTCGTTACTGGTTTTAGATGGAGT TTGGGGGAAAGTGGGCTATGGAGATGAACCAGGGTTGATTTAAGTCATGAAAATATTTAA GCAAGAAAGAGTTCCTCGATATGCTTGGTCAGAAGGTTCGAGAAAAGGTAGGTTCGTCGA AACTGGTGACTAGTTGGGCTGCTGAAGCTTGGTGTGTGAGGTCTGGTTTAACGGGTTTGG AAAAGAGATGGAGGTTTGAATTGTGTTGGTGAAGTACAAAGGTGGATGGGGGAAATTATT TAATGCTGGAAAGGCGAACTAAGGATATGACTTGTAATAGTGCACGAAATTGACAAAAAA GGAAGGTGTCCTGATCGTCAATTTCTAGATTGCCGGTGCATCTTTGGTACCAGGAGCTTT CAAAATGGGAGTGAAGTGCGTGGATTGCAACATGACAGATCTTACTGGGGTTACACTATT TGTGAAAAATAGGGGAAGAGTGCCGTTTTCATTAGCTCAGGAGATTAGTTCTTTTTTTGG ACTAAGGAGGAATGGGGAAGAGAAACGAAGGTAGAGTTGAACAATGAGTTAACTCTCCTT GTGGTATGTAATTTTTGTGTATGTAATTTGCATCTCCTTGATGCCCTTCAAATACATCTT ACTTTATCAAAAATAATGAGTTACCTTCCTTGGCAGTAGTTCAGGAGATTAGTTGGAAGC AAAAATCAGGGGTGTTATGGTTGAATGAGAGGATTCGAATACAATTTTTTTCATTGGGTA GTTGGCAAATAGAAGGAGAAATTTCATTGTTCCGAAGTGGTAAACAGAATAGTGTATGAG AACTAGAAGTGATTGAATGGGCAATAAAAGGAAGGATAAGAGAGAGTGGTTGGAAAGTGC CAAGGGTAATAGAACTTGATGCTTTCCATGCTATAATATTGTAGGAGAAGCAATTTTGAA TAACTTAAACAGTACTTTTATCTGTCTAATGAAATCTTAATGGGGTGGGGTGGGGGAGGA AGAGAAGGAACTAATGGGAAAAAGGTTTCTAGGGAGTTCGATGATTCAATTATTATTTTT CTTCTTTCTCTCATTTTATTGGCTTAAATAGCCTCTTAAGAGAAGAAACTATGGAAGAGG ACATATGGCATTCTTCTAAAAGTTTAGACTAGTTCATTAGTGTAATTCTGCTATATGACT AACAGCTTATTATTTTCATCTTCTCTGTGTCCCATGATATGCTTTTGTTGATTTGACTAT ATAGCTCTCGGACTCAAGACTAGCAAATCCACTGCTCCAGCTTCTATGCCCAAGTCCAGG TACTCGGTTAACAAATAAGGCCCCCAACCATACAATATAAAGTCAAACTACCAAGCTTAT TGAACATGTTTCTGATTTATTCTGCCTTGCATACTCTTAACTATATTGAAGCTTCTATTT TCAAATTTCTGATGCTTATAATATCTAGTCTTAACAGAATTAGAAAAAATTACTAATTGC TCATAATGGATTAATAAGAGAGAACGACAGATTGTTGCTGGTCTTATTTGCAGAACTTGC GTTTGTTGTCTTTTTTTACATGGGTTCATGCAAGAATTTGGTTTAATTTGAAGCTAGCGA GATAACCTATTGAAGTTCTTGGATGTAACTCCAAAAATAAAAATAAAAATTTAATAGAAA CAGAAAAAGAAGGGTGTGGATATGACAGCCAATGGTGCTGCAAAATTGACTAGCAGTGAA GTAGTTTTTTAGAGCTCGACTGTATGAATATACTTCAGAAATTTTCCAGGTTATTGATTT GGGATGAAACATCATTCAAACCAATTCAAATATTTGTTGAATGTATAGCAAGTCAATATC TAGGTGATGGATCTACAACAACGATAATTCATTGGAAAAAATAGTTCAAAAGCTACCCCA CCATCTTTCTGTTATTTAAATTTGTTGCAATAATGGCCAAGGTTAGCCTATTTGTCATTT AGCTCTGAGTCATTTTTTGGTCTATGTCACATGTATGTTGCAACTTCTTATAGATCCTTG ATCCTTAGATATACTTACAAAGATTACAGATATATTACATAGCCATAGTTGCTACTAGTA CCATACTCCATCTAATACTCAACCACTTTACCTATATACTCCAAATATGAGTTCACTAGA ATCTTGCAAACTTGAACACATAATTGATTAGATTTTAATGTTTGAGATAGTGAGAAGCTA TATATCACCTTGTAGCAGGTCCAGTTATCACCATTCACAAAATGCTTAATGTTGAAGCTT TGTCATCAAATAATGTTGTCATCTGATCTATTTGTCTACACAATTAAGACCCAAATAAGT TGTCTATAAAATTGGTTGGTCATCGGTTTCTCAATTATGGAAAATCAAAGTAATGAAAGT ATTCACCTTCTATTTTTTCTTTGATTCTTTTTTGAGAAACTGCTCATCATTTCTGGTATG CTAATGTTGTAAAATGGAATCCTTCAAAGTTATTTTTTCATGTGTCATTAATGTCTGTAG CTTATGTCAAGACATACATCAAAATTTTCTACAAGAAAGCTGACATTTGTCACCGACCGC TATGAGTAGATTTTTATGTAAGTCTTCTTCTCAGTGAGATGAGGTAGTAATGAATTTATT TTTGAGGGGGAGTTTGAAATTTGAGAGATGCAATACCAAATATGTTAGGGGAACTGCACG ATCTATTATAATATTCGTGTAGCACTTGGTGCAAATTAACACCGGTGTCTTGATCATGAA TAAAGAGGTGTTTGGAAGAGTAGAGGTTAAGATGAAAGTAATCATAAACAAAGTGGGGAA TCAGAGAGGGTAGAGGGAGAGATGGCGCTAGATCATAAACAAAGTGGGGAATCAGAGAGG GTAGAGGGAGAGATGGCGCTAGATCATAAACAAAGTGGGGGGGGGGGATTAGAGAGGGTA GAGGAGAGATGGTGCTAGAGTAAACGGAAATAAAGGAGAAGGTGAAAATGAGTTAGCTAG CTTCTCTGAGGTAGCTATGGTTGGATCAAAATGCTTTTTCATCGAGGAGTCGTGACAAAT ATGAGAAGGTAGTGCATGAGAGGAAGGAGGATATTAAAGGGACAATAAGAGGTTTCCATG AATACTCGTTTAAAGAGGAGGTGGATTGGAGACCTAAAAATTGGATGGATTAGCATTTGA TGAAATAGGAAAGGATAAGATGGTAGTGGTTTGAAACAGCTATGGGAAGATGAGGTGTGG GAGGTAGTGGAGTGTTGTGCAGGGGTAAAGCTCCAAGACTAGACAAAGTTAATTTAGCAT TTTCGAGCATTGTTGGAATATAGTCAGAGGTGAGTTGAGTCTTTTATGGTGATAAGAGAA TTTGTAAAAAATTCTCAATGCTTCTTTGATTGTCATTTGCCCAATAAGAGAAGATGCTAC TAGTATTGAGGATTACAGACCTATTAGTCTAATGGTAAGCATATAGAAAATTATATCTAG GATGTCTACTTCATGCAATGCTTTTGTGGAAGGCAATTTTTTTTAGATGCAACACTGATA GCAAATGAAATTGTTGACTTGAGGAGAAAGCAAGGGGAATCGGGAATTTTCTGCAAATTA GATCCTGAGAAAGCTTATGACTACTTAACTAGGAGAATCTTGATTTCATTATGTTGAAAA TGGGTTTCCCCGTCTCACTCCTCTAGAACTACCAACGAAGCCACACATGTTGCCACTCAT AAGGACCGAGAACTTGACCCATTGAGATGCAATATTTGATTCACTTCCTCCATCATGCAC CAAAAACTCATTTCTTTTCATTAACAAAAGAGATTATCCACAGGGAGAAAAGAACTGTTA ATCAAAAGTATACTTTCGAGCAGTCCCGTATAATTCAAGCCTTTGTTACACGCTTCATTC AGTGTAATATGAAAGTTGGGAAAGCTTCAAGGGATTTTATATGGTATTCCTCAAGCAGGA AAAGAAGTTTCATTTGGTAAATTAGGAGACAGTTATGACACCGAAGTGTTGGGGTGGACT TGGGATGAACAATCTAAAGACCTTAGCAAGGTGCCATAGGGGAAGTGTTTGTGGAGATCT GGTGTAAAGGAGAATGTTTTATGGGGGGGAGGTGATTGAGGAGAAATATAGTGTTCTGGA AGTGGGTTGGAGGTTTAAGAACACCAAACTTCCTTATGGATGTAGGCTTTGTAGGAATAT CTTAAAGGAGTGGAAGAGTTTAATGGGACCATTTAGGGTGAATGATGGAAGTAGGGTACA TTTTTAGGACACATGGGAACAACACTTGGTGAATTACTTTTTCAAATATGTAGAGTATTT CATGCCATAATAAGATGTCGGTTCAACTGATATGTACACTGCAAGGTGGAGAAGTTATAT GGGATCTGAGATTTAGAAAGAACTTGCACGTTTGGGAGGTTACAAAAATTCAAAGCTTGA TCGGGAGAAAGTTTAGACGTATTGCGTGTTATGTTTTACTATTTATTATTTTTTCCTCGT TATCCACAATTATTTGAAGAGTTGGTTCTCTTACCTTAAGGTCATCTAAATAAGGATTGC CAGTTTCTTTTGGATTGCATTTTTGTTTGTTCCTGTCTCCTCCATATCATTGACTATAAT AGCCTTAGAAGATGTTTCTTTAATGCAAAACTCGCCTCATCCACAACAGAGAGAGGCGAG GGCGCGAGGCGACCCTTCACCGCCTATTAACTTTGTGCCCAAGCGATCTTCAAAAGGCGA TACCGTGCTGAAAAAGGCGTCGCTATTTGTATTTTCTTTTATAAGGCTACCAATTTAGGG TTTTAAAAAGTATAAAAGGTAATTCTAGGGTTTTCTTTCCTAATTTGCACTCTTAGACTG CGCCTCCAACTCCAACCGATTGACTCAACTAGACTTCTCCGGCGACTCCTAAGTCCAATC AATACATATTTCTTCTTTTCTTTTTCCTCCATTTCTCTTTCCTTCTTCCTCTTCAGAGTT ACTTCTTCCTCTGTTCTTTCTTACTGTTTTGACTTGTTTTGTTTATTTCTCATTCAAGTT CTAGGCTTCTTGCGCCGTCCAAAACACTGCTTGCAAAAATCACTTGTGTTTATGGGAATT GGGACATTGTAGCGTCCAGCTTACAGTAGACAATGTTATTTGAGAATATTTATTCTGTGC TTTATTTAAATATGCAGGTTTTTTCTACTTCTGGTTCCTTCGACTATCTACCATGGGTGT GGATGAAAAACTTTTGCACCTACACAATCAAAATAAAGTTCGGCATCCCTTGGCTGTATC TAGACATGCTTTGTGCGATCTATCCAATGTTTCTCCGGTGGTTTTCCTCTACCTCTTAAA GGAATGCTATGTTTATGGTAAAGTTCTTCCCACACTTTTTCTCTTCTTAAAAAAATGCTG TCTGGCCTAGTTTTGATCATTCCATAAGTTTTAGAAACTTTTTTCCTTAAAAACATTTTA CTAGTAGGTATCTGATCGTTCTAATGACAATTGGAACTTTTTCAGTATAATGATCAATTG ATAAGAATTTGATAATCATTTGTTGGATGCTTAATATCTTTTTTCAAGGATTTCATAGCA AGGAGGGACATGAGTTAAATCCTTGTATGGTAAAGAATAAAGAACTGTCATCCTACCTCT GCTCTTCTGGTCAATGACATTCTCTCTACGCCTAAATAACCACACTGTCTCATGACCATT TAAATCTTTTAAACTCCAAACTGGAAGCAAATGAAAATGATCCTGGCTCATGAATTCTTG TCATCTTTCTGTGAAGTTCTAGTCTTAAAAAAACGTGAGATATGCTTATCACCTACTGGT TCACCTTGTTGATTTGACCACCCTAATGATGCGGCTTGGTGCAAAATGGTGATTGTGAAT ACATTAGTGGATAATGATAGTAGAGCTGTGGATATTGAATTAACCATTTTCCCTCCAATG TCATTTGAGCAACATGATGATTTTAAGCGGACTATGCTAGATTATGTATCTGTAAAATTG GATAATTTACAAAAAAGAAATTGTTGAGTTTTTTTTTTCAACACCTTTGGCAATATGAAC TATGAAGATCTAGGTGTGATTTTCTTGTTCATATGTATGACGAAGAGTCGAAGACTTCAT TCTTTTTCTTCATCCAAAAAGGAGTTCAGTTTATGAGTACTATTACTATCATCTGTGTGT AGGAAGTTCATAGAATAGTTTTTGAGATGATTTAGCAGGTTTATGCTGCAAGAGAACAAA AGCTACATGTTAGTCAAAGTTCAAATGCATGAAATGATTTCTGACTTGCATAGGGAGGAC TCAGTGGCTAGAGACACAGGCTTAATTTCTTACTTAACAATCATTGACTTGTGACTCATT TAGCAGCCATAGCCAAATTGTTGGTAATCTCTCAAGTTTCATTTGGTAAAACTAAAGCAT GAAATCTTAGAAATGAAAAGGATCATCAATAGCTCTTGAAACAAAACAAGTGGAAGTAAT TTTTGTTTCCTTCTATGGATGATTATGGTGTAGCTCATTTTTATAATATTTTATCATTTT ATATTTTCCCACTAGTTTTTATCCTTAATAGGAACATGCAAGGCGACTGCTAAGTTTCGA GTTCTGCAACAGCAAGCGTATGGGTTTTTGTACAATGATCCTCAACCTGGAGCAGCCATC TTTGTTGCACAGTGCCTGTATGTGCTGCCTATATTTGAGTCACACTGTGAAGGATTCAGT CATTTGATAATATCTGCCCTTCGTCATTTCCTGAAAGTGGGAAATGACATGAATGGTATC TACAAAGCTAAGCTTTTGGCTGCCAAATTATTTCTTGCCATTGTTGACGGCACTCTGCAT CATGAAGAAAGAGTCCTAGTCAAAATCCTTGAAGTTTTTGATGTCAGTCTGTCAAACATA GAAAAAGCTATGTATGATGTAGATGAGAAGGGTCACACATGCCAGACGGCTAAGGTATTG GTTGAACAATATATTTCTAGGTTAGTAGATTCCCAGTCTTACATGACTGCAGTTTCATTG TTGGAACACTTCTCCTTCCGGGAATCTGGCGAATCATTTCTGCTTAAAATGTTGGAAAGC AAAGAATACAGAGCAGCAGAAAAGTGGGCAACTTTTATGGGGAAGCCAATCTTATGCACC CTTGTCCGAGAATACGTCAACAGAAAACTACTAAAGCACGCCTTTGATGTTATAAGGCAA AACAATATTCGGGAGGAGTTCCCAGAAATATATCGTCAATACAAAGAAAGGCAAGTGGAT TCCATCCACTTTGTGTCACTTAACCTTTCAGCTAATTTTTATGAACACTGAATGACAGTA TTAGTTTACAGTAAACTGAAGAAGCTAGCAGAAAAGGGCTGCTGGGACGTTGCTGAGGCA AGGATAAATGATGATCGACAACTTCTTGAATACTTGGCAAGTTCACAGCTACATTAACTT TGTCAATTGCTAATTAATTTAGTGCCATCAAATTTGTTGTCAATTGCTAGCTCATTCTTG TGCTATTGAATTGTTGTCAAGATTTAGGTTGTTTGTAATCTCGAGAGATGCTATGCATAG GCGCCTAAGACATTTATAAGCTTCAGATTTATCTAATAAGTGTATTATTCCTGGTTAGTT TCTTGGTCCGATGAAAGGATGTGGTTGGATGTATTCCTTAGAAATTTTAGTTCTTTTTAT GTTATTGGGCTGATACTTCAAAGATAAATGTTCACGAGAGACAAGTGAAAAGTACCTTTT GACTTTTGCAATATGTGAATGTGCAATATCACTTGAGTAAAAACTTACATGTGTTGTATT TGATAATAGGTATATTTGGCTATGGAAGCTGGTTACATGGAGAAGGTCGAGGAACTCTGT GAACGGTATTCCCTTGAAGGTTTCATAAATGTCAAAGGTACATTGGATACCTCTACTTCG TGTTAAGTATTTAGCCTAAGCACTTCTTTAAGTTTTCAGATTTAACACACTAATCAGCTA TATTTGCTGACCTCTCGAAAATGTTTTAATCTGCATAAATGTTGAATTGATGTGAACTAC AGGAAATTTGAGTCTGCTAAGATTGCTCTTTGACTATGCTTTCTCATGCTGCAACCTGTG CATTAAATCTTTGATGAGATTCTCTTGGTACAAAGAAGTGTATGCTTTTGATCTATGATC AACTATTCTGAGATCCACCCAATATAGTTATTCTGAAATGATGCGGTTTTCATTATGCTG CCTTTTATGTTGCTAGGACTTGGTTGATTATGTTTTTTCCTTCTTTTAGTTATTTCTGGA AGTTGGCTTGTGGTTTATTTCAGATGTAGTCAGCTCCAAGCAAATTTTCTTTTCGTCTTA TTCCTGTTTTTTTTCTTACTTCTATAGAGCTCGAGGAAAGTATTCCAACACACCGATATT TGCAGCTTGATGAATTGTCAATTAAGGAAGTAGTCTGGGTAGATGAAATGAATAGCTTAC TGGATGCAACATTCGACATTGAAGAATGTAAAGTTGTGGGCGTTGACTGTGAGTGGAAGC CTAATTATGAAAAGGGATGCCCACCTAATAAGGTATTAGTTGGATAAAAGCTATTTTTTA TAAGTAGTAGTTCTTCCCGCCTCATTATCATGCTCTTTTGTTGTTAAGGGATGGTAGTAA AAAAGTGTGTTCCTTGTTTCTCACGATCTAAAGAGGGATCTATATTTATGACTGATGAAA TGTCTTGGACTACACCACAATCAGCTTAACCTATTCTGAAAAGTGAAGATATTTGTGTTA ATTTATAACTACAATACAGACAAGAGAATAGTTACTCTTCCCTGAAATATATTGGAATTT GTTTCTCAGTCATCTACCTCTCCATCCACTAAATATCTTTTTTTATTGGTGTTGAAATGG TAAGTTTTTATTCATAAACGGCATCAGAAATGTGCTGGAATTATGTTCATTGTCTCAAAT GTATGAAAACAGAAGTATACCCTATCTAAATCGGTAGGGATTCTAGTGCTCTAAAATAGA TTCAACATCATTTACAAGTTTACTTCTACTCCAGAAGTAAAACAAAAAATTGGCTGTTGG CCTTTTATCCTCTGGATGTGATTGTGTTTATGATTCTTCTCTTTAACCTGCCTTGATTCA GCTTCTCAAAAAATCAGCAATGTTGTTTAGCATGGACCATTTGACTCCAACAAGTTCTAA AATAGCTTCCAAATCTGATCTGAAAAAAATGCTCATTGATTTCCATATCTCTTCCTTCAC ATAGGTAGCACCTATTGCATAGAAAAATTCCTCTTTTCTATAGGTCGTCACAGGTTAAAA CATATTATCTGGAACCAGCCATGTGAAATATAAAACTTCATAAGGAGCTTTTGATCTTTA GATCTGCTTCCATGGCTAAGGCTATGGCCTCATGTGCTGCTCGTCTCTGGTAATAGTAGC TCAGTAATATGAATTAGCAGCGTAGATGTATCTCTTTCTCCCTCCATTATGAAGAGGGTT GATAAGCTAGAACCCCAATGATCTATTCGTAATAAATTTAGCTTTCATGGATTCGCCTCA GGTGACAAAGGAAGAATGCATGTGAATATATCCCATTTTATTCTCTATTCTTTTTGTTTG AATCTATTATTAACTCATAAATCTCTGTGGTCATTATTACTTATAAGTCATGGATAGGTT CTGGGCAAATCTTGGTCCCCTTTTTGGTTAATTTCACTCCCTCTGGGATCAGGCATAGTA CATAGTTAGGGTGATTCATCCCTCTCTTTATTGTGTTAGTAGAAGGTTCTGATTCTTCTG AAGAACTGAGTTTAACAATCCCTTGCTAATATGGAAGTATTTGAGAATGTTAACTTTTTG TGTCTCTCGTGATGAACAAAGAGGTTTGTCTAGTGAGTTGACTTTCAATTCTTTTATGTG CAATGTATGTCATTTTTTATTTGATTTTTTGCAATGTGTTTGTCAGACAATTTTGGAACT AGAGGATATTCGCCTTCTGCGAGATTGAATAAAGAATATGATGTTTCCTACCAATCTCTC TTTTAGTATAGTCTAGTTTGTTGCCTTTTGTGCGATAACCTTTTATCCCCAAAATGAATA AGCTTTATATTCTTTGAATTGATTGTCCTTATTTTTGGGCATGATGGAGAACACTTTAAG ATGAACTGACTTCTGGGAAGTGAAGCAAATGCATGTTTAACAGTATAATGTCTTTCTATT TCCCATGGGACAGGTTTCCATCATGCAGATTGCTTCAGATAACAAAGTTTATATACTTGA TCTCATTAAGTTAAATGGAGATGCTCCGGATGTACTGGATGACTGCTTAACCCGCATATT GCATTCTCCAAGAGTACTGAAGCTTGGTAAGAGAGATTATTGTCTTGTTGGGAGATAAAT TCTTTTAATCTGTGGGCATTTTCCTGTTATAAGTGCATTACATCTTTTCTGCTCCAAGAA AGAAAACTAGTTGATTTTCATGGCTTCTTTACAATCTTTGCACTACTTATATCAAGCAGT ATGTGTCCATTAAGGGGGATTGCTGATTTAACTAGATATTTGTATGGAACACATTCCTGC TTTTCTTTGGTATACCAGTATATTTTCTATCTGTATACTTTATTTGCGGACAAAATTCTA CAGTCATAATTTGGTGGTTTTCAGGTTACAACTTCCAGTGTGATGTGAAGCAGCTTGCTA TATCTTATGGGCAGTTACAATGCTTCAAGCACTATGACATGCTACTCGATATCCAGAATG TGTTCAAAGAACCAAGAGGTGGTCTCTCTGGTCTGACAAAGGTATTTCGTATTCTGCAGT CACATTTGTCGTCGCACGTGTAATGTTTTTGTATCTATATGCAGAGTATAAATTCTTGTT GGTTTTGTAGTTAAGAGATACAATATTAATACTAATTAGAACAACGAATGGATTTTTAGT TCTTGCTTTTATTTTATTTGGCTTGTTTCTTGACACAGAAAATATTGGGTACTGGATTGA ATAAAACAAGAAGGAATAGCAACTGGGAGCAACGGCCTTTAACTCAGTTTCAGGTATGTG TGCTAAATGTTGTACATTTTTATAGTATCACAGATAAAGGGTATTGCTAGTATGTGGAAT ACCTTCCCGCGTGTATTCATATCTAGTATGTGTATCGCTGTATAGAGTTGTACTTGTTGT AGTATGTGGGTTGCTGTATTTTTTCTAAAGAAATGAGATTAAGATGCTAGTGGCTTTGTC TTTGTGAATGATATGATCTGGTCCTAGGGCATTATTATGGTTTTGGGCTCTGTGGTAATT GATAATAATACCTCTTATTTGCACTGTTATGCAGCTAGAATATGCTGCTCTTGATGCTGC TGTTCTTGTTCACATATTTCGTCATGTTCGCGGCTACACACAACCTACTGGTGACCAGGA TGGGCATTCCAAAATTGAGTGGAAGTCACACATTGTATGAATCGAGTACCTCTGGGCTTT TCTTTGTTTTTCCTCTTTTTAAGACGTTTATTTTCATCAGCTCAGTGTTCTTTTTGCTGT GTATTACTACTATCAATAAAATTTTGTATGCTCACTTAACTTGTTCTGGTTCTTTTTCCA GGCTTCCCACATTGATAACTCGAATTCGAAGATTTCCAAAAAAGAAGTTAAAAAGCGGAA AGCCAAGGCCAAAACTGATAAAGCTTCACAAAGCGCCGAGACTAAGGAGCTTACTGAACA AACTTTAAGTTAAAACTAGGGAAATAAAGTTGTTATAATACACCAAAGTTTTAGTCACAT GTAAGCATTTTTCTTTTGAAAAAGACGCACATATTTACAGTTTAAAGCCTTGAACTGTTG CAGGCTTGTGAGTAACATTGGTTAAATTAGTTTTGGTTTTTCGGAATCCTATTTCATTTT CTCTCTGAGGCCAAAATATAATTGAAAAGCTTAGATCCAGTTGATAATATTACTCTCCAA CACTCACTTCAATTTTGTCCTTTTTTTTTTTTTTGTGTATCCATGTTCAATTTTACCACT GAATGAGACTAAATTCTACTTTTAGAATTTTTACATTTTTACCCTCTTAGTCATGAGAGT ATTTATTTTCAACCTCCCATTAATCTCATCCTCTATATATTTGCAGTCTCTAAGACGCAT TTCTAAAGCCTTAATCTTCTCTCCTCCACCCCTCTCTATCTCTCTACCACAAAACCATCA GAGAGAGAGAAGGCGGAGGTAAGAAGAAAAAAACTAATGGAAGATTTCACGTTTGCTCAT CGGAGATATGTTAACAGCGGGCAAAGAATAGGAATCATCGATGACAAAGCCTATGCAGTT AATAACGTATACGTTATTCGAGCACACAATAATAATTATAATCATTTTGGGACGATGGAT ATGATGCAGCCATATTCTCAGAAGAATAAGTACGAAATCGCAGAGACGAATTATAAAAAA GGAGGAAGAGAGACATGGTACTCGAATCCGGAGTTTAATAGGAAGAAGAGGGTGGCAAAA TATAAGATATATTCCATGGAAGGAAAAGTTAAGAGATCTTTTAAAAATGGTTATCGTTGG TTCAAACATACTTGCTCTAGAATCATTCATGGCTTCTAGGCATGCCTCTTTTTTATTATT TTTCTTTTGGTGTATTATATTCATGTATGTTACGTTGTTGTATTTCTTCATCTTCTTCTT GTTCATATTTTGTTTTTTTTTCTTCTCCAATATGTAATTCCTTTTGTGTAAAATATGGAT GGATTGTGTGTAATTTTAGTTTTCTGGATCTTATCTCATTTGATTATTCCTTCGTTGCTT TACTTCTATTACAGATGTAGGAATTACAAAACTCACATTTATCGCCATTATCATTTAGAT GGTAAATTTTGATTGTGTGTTGGATCCATTTTTTTTAATTATGTGATGAATGAGTTCTTC AAAGTCTATATTCTTATTCACTCATTTTAATAGTTAGATTAATCTAAATGAGGAGATAAA AAAACATTTTTTAAGGAGTAGAAAAGGTGGTTGATCTATATTTGGTATACATATATATAT ATTTAATGCTTCTTATAAAGACATGGACTTCAAAGGCCTTGGCTTGGGTCATAGTATCAC AGATGCTCCAAGCCCAACACAAGAACGCCGTCGTTTAAGTAAAACTAGTGGGATAAAACT TCGAAATACAATTTTCGTAGTACGAAAAGAAGTTCTAAAATTGATTCTGAAAAGCCAAAT GAAAGCGCGGGAAAAGCAACGACGGCCACCGCTGCGACGGCCGCGAAAGGCGGAGATTGA AGACGCTGAAGAAATGCAGGACGAAGATCTCGAGTTAGAGAAAGTTAGACTGATAAGCTT AGCCCTTGAATGCGGATTTGATGAAGACTCCGCAAAGACGTGCCTGAATCGCCTCGTTGA GCTCTACGGTAAACCCTCCATTTTCCCATTCCTTACCGCAGTAGCCCAGAAATAGTACAA TTATTGCTTCATGAATCAGGATTATATATGTTTAAAAGAAAAAGTAACTCAAGTTATTGT CTAATTATGAAAAGATTCTTGCAGGTGATTCTGACTAGGTTTGGATTGAGGCTTACTTCA TTGATATACTTGATTACATGGTTCTTATTTAGGAGTCTATTGGTGGAGCTATTACAGTTG TCATTTATTTTTTTCACTTGTGAAGGTGATGATGGGCGAGATTTCATCAATGTGGAGCTC TGTGGAGATGAATTTCTGGCGTTGCTGGCTGAATCTATGCAAGACACTGAGGATTGGGAT GATTTGCAAGCAATTGAATCAGAGGCTTGTGGAGCTCTAGCTGATATGTTGGGTAAGGAT ACTCGTGAGGACTGTGAAGTTGATTGTGATGAGGATTCTGGCGCCTATGTCCATGTTATT GAGGATTCACCCCAACAGCAAAGGCATGCAAAAACAGTGCTGTTGGATTCTTCAAGTGAA AGCGAAGAGATGGGTATTAGATTTGCAAGCAAAGAGGATCTCCCCTCTACCTCTAAGATT CGCCGTGATAGAATTCACCAGGGCATGACTCCACAATCAGGGTGCCGTGCCTCAACGTTG ATGGTAGTACTTATTTAGACTTATGATCTTTTCTATCAACTGTTCTGTTTATTTGTTAAA GTATCAACAGTTCTACTGCAGCATTGCATTAGACCAGTGGTATGTTGAATCATCCTGTAA ATTATTTCAAATAGCTGAGATCCAAATGAATGGCTATATAATCTACTATTAGCTTACATC TTATCACCCCTTTTCTTGTTCTATCTGATCCAATTTATCTAGTACTGACTGAAATCCTCC TACTCCATGTTCTGCCCCTGTTGAAAGGATTATATGAGCGTGTTTACTGAAGGTTCATAT TCATCAGTCTCCCCTGAAATGGAGTGCCCCTTGGAATCAAGTCACGGAGACAGAACCCTT AGTTATGAAGAGTTGCAAAGGTTGGATGATATTGAACTGGCAAATGTGGTAGTATTCGGA AACAGGTCCTTTAGACCTTTACAACATCAAGCTTGTCAAGCATTTCTTCAAAAACGTGAT TGCTTTGTTCTAATGCCAACTGGAGGTGGTAAAAGTCTTTGCTACCAGGTAGCTTTCTTT ACTATACAGATGGTCCTTTCCCTGAGTATTGTCTTGAGTGATGCATGATGGCAAGAACTT CTTGATTCATATTGAACCTGCAGATGGTGAAATCTAGTTTGAAATGTTAGTCGTAGTTCC AATGCATATAAAGTTGCAGACTTGTCTGCCAAAAGATGAGAATATTGCGTAACTGCTTCT GTTGTTTATTTTCTTACCTTTGGTCATACCAGCTGGTGTTATCTTGTCCTGACTTTCCTA GTGAGGAATCAGTTACTATTCACCACATATCACTGTGAAAGGTTATAAGACTGTTTATCA CAGACACATAAATCATGCTTAAGGTGAATGTACAAAAAAAATTTTAAGGGATGTCCAGGA AGTACATAACATCTTGCATGGGATATTGCATGATTTCCAATTTTCTCACCCATCAACTTT GGAATGTGCTGTGCAAAGAATCCCATTGAGTTGGAAAAAATTAGAAAATGATTGTGTTAG GAGAAGTGGTGAAAGATTCTTGTTGGTGCATATCAAGTTCTTAAATTTTTTTAAAAATAA ATAATAATATTTAATTCATCAGATATGATATATATTTGTGAAAATATATATGCAGTGTGG TTTTATCAACCATAATTAGCTAAAAAGTTAACCCAGTCGCATAGGCACCAAGTTATCATT TATTTACACGAAAAAGTACACAAGACAGCTTTCTTATACTTTATCATATTTTTAACGCTT CCATGGAATTTTCTCCCATCTTTTTTTCCCACTAGACAACTAACCAAAAACCATATTTTC TGGAAGGATCTCTACCATTGTATGCTTCTTGTATCTGGGTTTGCACTCTTTACTAAAAGA ATACTTTTGTTAGCACTTATTGAAACAAAAACTAACGCAGAGAAAGCTTTGCTCTTACTA TATTCTTAAGGTCATATGTATGCACTTAAAAATGGTTTTCAAATGCTTAAAGCTCTTCAG CTTTGTTGATATTTTAATTCAAGGTTGGGCTTTAGGATATTACAGTCACCCATCATTTGT CAAGACTCTGACTAATGTTAGCACTAATTCTATTTTCCTTTCTGCTATGCAGCTTTCAGC GATTGTTCAACCTGGTGTTATGATTGTAATATCCCCCCTACTTTCACTAATTCAGGATCA GATAATTACCCTTAACCTCAAGTTCGGGATACCTGCAACCTTTTTAAATTCCCAACAAAC TCAATCACAGACTGCAGCTGTACTACGAGAATTAAGGCATGGTTTTACTTGTGTATCTTC ATATCCACTTATTTGCTCCTCTAAATTATGAACTTTACTGATTGACTTTCAGGAGAACAT TTCTTGAGCATGACTAGTAATATACTTCTTGAGCCTGCCACAGAAGAAAACATGTTTTAT GGTCATCACATGACTCATGGTCCATAATATGCATACTCATGCAAGCCCCTACCATGCATG TGTTGTCAGGATTGCCTACTGCTCTTTCAGCAGGTCTCATCTTGTTTCCTGTGGCACCAG ACAAAAAGAATTTGCTTGCTTTAAATACGTGCAAGTATGACAAGCTTGGAAGATAGCTCT CGCAAATAAAGTAGAAATGGGGAGGCCGACACTTTTACCTTTACTGGTCTTTTGTCCTCA TCTCCCCCACACATTTTCCTTTCGCTATGAAGTAAATCGTGAATGCCTTGAAACTTACAC TTGCTTTCAGTTAAGACTGACTCTATTGACATAATTTCAGATCAAATGCCAAGTCATGCC GATTCCGTCCTCTATTAAATTATTTTACTACAAGAAGCCTTTTCAAGTGTTTGAATGGGC TTGTCAACTGAAATAGAATTTTATCTAATCTGACTTCTTGGCTTCTTTAGAAAGTATTAT CATAAACCCCAAATTCTTTTCATTGAAAGTTGTAGCAGTTCTTGTAGTCCAGAAATCCTG TAGTTTGTACCTAATATCATATTCTGGATTTGCATCCTTTTTTCTTACTTCTAGGAAAGA TGTACCATCCTGCAAGCTCCTCTATGTAACTCCTGAGAGGATAGCTGGAAATTTATCATT TCAAGAAACCTTAGAATGCATGCATAGAAAGGTAAGGTTTTTGTAAGCATAAACCACGGT TAGTTATTTTATCTTATTTAAGTTCAGAATATTGCTAGATGGTGTTTGTAAATCGAAGTT TTACTGGACTAATTTCAGGGACAATTGGCTGGTTTTGTTATTGATGAGGCTCACTGTGTG AGGTATGCCCTTATTCTAAATCATCTTTAACTGTTCAGAAGGAAAAATGGTAAAAATACA ATAGTGCAAACTGATGTATCAGATGAGGGGACAGGAAAGCCATCAAGAAACTCTATGCTC TTGTTGTTGTTGTTGTTGTTGTTGTTGACTTGTGTCAATCTTACTTTTTTGAATGCATAG TTTTGGGCGTTCTTATATGTTTGGTGAAAAGAATCACGAAAGTGATTGGAAATTATGCAG TTCCTGTATCAAATAATCTGAGAAATAGAAAAAACAATAGGCAAGATCTTGTCAATGGTT TTAGCTAATTTAAGGTATATTTGATCTGTTCTTTTACTTGTTTCTCAGCCAGTGGGGACA TGATTTTCGACCAGATTATAGAGTATTAGGATGTCTTAAGCAAAATTTTCCAGTTGTTCC AGTGATGGCATTAACTGCCACAGCAACCCACGCAGTCCGTCAAGTAAGGCAGCTACTTTA ATTTTCTTTTTTGTGAGGTCTGTTTATTTTCTTAGTTTTCACCGTTTCTCCATTCTGCAG GATATCTTGAGTGCTTTAAGAATTCCTCGTGCCCTTGTCCTTGAGACTAGTTTTGATAGA TCCAATTTAAAGTATGAAGTTACTGGAAAGAGCAAAGAGCCACTTAAGCAACTTGGGAAT CTAGTACGGGATCGATTCAAGAATCTATCGGGAATTGTGTACTGCCTATCAAAAAGTGAG TGTGTGGATGTTTCAAAATTTTTGAATGAGAAATGCAAAATCAAAACAGCATACTATCAT GCTGGTTTAGCATCTCGTCAGAGGGTTGCAGTTCAGAAGAGGTGGCGCTCTGGAGAGGTT GATATCGTCTGTGCAACTATTGCTTTTGGAATGGGAATTGACAAACCTGATGTTGTGAGT TCTCGTGAACTGTGATGTTTCTCTGCTTCTTTCATAATATGACCTCTTTGATGACTGATG ATGTTCCGAATATGACTGTCAATCAAATGTCATTGATAAGTGATCTTGCTACAAATATAA AAAGCCTATATAGTGTTGGGCATAAGCCATAGAGGTGCAAGCCAGATTTGGTTAGCCATT TTAGCTTGAAATCTTCTATGAAGGTTCTTGATGTTATAGTCAGAGTGAAAGTTCTTTTGA TTTAGAAGTTCCATTATATGCACTGTTTGCCAGTTCAGAGAATAAGGTAGGGGACTGATA GTTTTCTGCATTTTCAGCGGTTCGTTGTTCATAATACAATGTCCAAATCTATTGAAAGTT ATTATCAGGAAGCTGGAAGGGCAGGAAGAGATGGCCTTCCTGCTACATGTGTCATATTAT ACCAAAAGAAGGATTTCAGTCGAGTTGTATGCATGCTAAGAAGTGGGCAGGGCTATAAAA AGGAAAGCTTGAAGAGGGCCATGGAACAAGCTCGAAAAATGCAGAAATACTGTGAACTTA AGGTATGTTATTTGATATCCTACAGAGCTTTGGTGTCTTGAATAGTCCTCATTATTCTAG CTAACTCTTCTGTTACTGTACAGTCTCTTGAATCATCTCTCTATGTTATGTACTTAATCA TCACACTAACCTTAAATTTGCAGAATGAATGTCGTAGAAAATTGTTACTTGAACACTTCG GAGAGTCCTTTGACCAATATTCTTGCAAGAATGGTTCTAATCCATGTGACAACTGTCTCA AGTCTTCCTCGTGAAGGGTCTACATTTTAAACCCAAGAGAAGGCGACATTACAAATATCA ATTTAAGCTTGGGTAATGTCATTTGAGCAGCTATGTCATGCATGGTTCAGTTTTGATAAA GTAAATTTGACATGTTTTATTATTGACTATTGTAATCAGTAATATGGTCATCTCATACAA CAAGATGCTCATTTTCAAGAGGCAAAAGATGCATCTTGGAGTAGTAAGTGCATGTCCTGC ACTTATGTCTCAAAGAGGTGAGAGTTCTTTTATTACTGTCATCTTATATTTTGGCCCAAA GCCAAGTCAAATGCTCGGCTTCAAGAAAGCATAAATGAAGCGCATGTTGTTGTGCTGATA TTGTACATTTTAACTTACCTCAGCATAAATGAGAGGTGTCTATCTTTATTGAATGTTTGT TTCATCAAAGTTAAATACATATTTGGTTTGTTCCTCATGATCTGCGTTGAAGTCTTTTTG CATGAGTATTTGGTAGGAAATGACAACCCCATTATCATTAAATTCTTGTCACGGTGGCTT GTTATTGAATCTCATTCACGTAAATCTTGCCCTCTCTGTGGCTCTAGCTCCAGTTTTGTT GTTGACTATACTGTTTCTTGGATCAATGCAAGAATGTATGTTCTTGTCAGAAGAGCTCCT AGTTTTCATGAAGTGGCAGCTTTACAGTTGTATGATGTAACCCTATCATTTATCATTGCA CCATCAAAAGATGTGTAGCAAATGAGCCTCCTCCAAGGTTGTGCTTTCAAGTTTTGAGTA TGACAAAATCCTGGACTCGACCCCGTGTCAATATAAATTAGTTGGTTTTCAATGTGGATA CCAAACACGAGAAATAAAAAAAACATAGATTAATTATTGCGAGACATGGGGCGTGCATTC TGCTACACAATTATTCATAACACACCAAAATAAACCCTTTCTCTTTGGTATTTTATGATG ATTACGGTCCCAGTGAGGGGGTGATAAAAGCACCTTGATTTGTTCTCCAATTGTCAAGAG TTATCTTGAACATGGTGGCAATTGGACGGGTTGAGTCAAATTTGAGTAGGTCAAAATAAT GAGTTAAGACTTAATTCAACTCAATCCAATTTTGCTAGGGTCAAGATGTTTGGGTCAAAA TGAGTTTGATAATGAATTATGAAACGGATTAAAATTCAATCAAATCTAATTTTTACTAAT TTTTAATTATTTAATTTGCTGTTTTACAATATTTTAGTTCCTAATAAAAGTTTTTTTTTC TCTTTAATGTGGTTATATATAACATACCAATTTTTTTAAAAAAGAAGTTTTTATAAATAT TTTGATAAGAATTTGGAATATATATCAACAGCATTTTTAAATGGATTGAATTAAAAAGAT TGAGCTAAATTTTAATGGATTGGATAGATTAAGCGGATTAGATTTGACTTTGCCGCCTCT AATCTTTGATAAATATATCCATTACAATACCAAATCACGTTGATCTATGATGGTCAAGTA TAAAAATTGAAGTTAGAATTGTATAAATCAACCACGATTTAGAAGTAAACATCATACAAA AATCAAATTTTACTTTGGTGCATGCACCAGGTGGTATGTACGTTTGGAATTAATCTAAAT CAAGAATTTTTCTCGTCTGATGCGTGGGGTCTAAAATATGAAAAAAGAGCTCATACAGTT TTGTTTTTTTCTTATTAGTACCTGCAATTAAGCCAATTATCTTGTTGATTTAGCAGCCAT ATATACATAATTTTGGTACTTGCTTTCTTGTTCCTATAAAGAAAGAATAATAATAATTCA GTCAGATGATTCAAATGCTGACAGCTCACATATCAACTTCCTCCTAACTATGGAATAGTT GTTAATGGGGTCTCCTGGAGGAATGAAGAAAGTGCTTTTTAATGGTCCTCTCACACTACC CTTTTAAAATCTTTATTCCAAAAATAAAATTATAAATGAGACAATAATGTTATGTTAAAA AGTTAACTATATATGTACAAATAATAAATTTCAATCTCCATAAATTACTCTTTACGTACA TATTCTAAATTTGATTCTTAATAATGTAGTTTGACAAAAAAATCAACAACTTACTACTAT GCTCAATATCAAGCTACTTGTTATTGACGATATATTTCATCATTCTCATAAATACTTTCT TCATCTCATATTATTTGTCCACATTATTAATGTCAGTTTATTAAAAAAAAATCCTTCTTT AGTTCATTTTAATAATTTGATATTTATAGATAGGACACGTTAATAGAAAAGTATTACAAA GTAAATTAATAAAAAAAAAATCTTTTTTATTATAATTTTTGAAATGACGTATTAAAAAAA AAAGTTAGACAACTAATACGAGGGATCAAAGGATAGGGAGAGGAAAGATAAGATATAGTA GCAATTATGATTGGAATGGGGATCTAAGATATCAACATATTAGATATATATATAGCCAAT GGAATTTAGATTTTCAGAATCTTTTGACCTAATTCACATGCATAATTTTATAAATCCTTT TCATTTATATATAGTCATAAAAGGGGGGTTCATCATGTTTAATGCCATGAAGGACTTTGT TACCTAAAATCCAAAACACATACTAATCTTATGATTTGTCAATTTCTTTCAAGGTATTAT AATCAACATTTTTAATGGAAGAATACAAAGTTTATTGTTAACTTGAAAATATAAAAGACT ACTTTTCTTACGTAAAATAAAGATTATTATATTACCTTTTATACTTTAAATATAAAAAAT CTATTAGCTCACTAAGTTAGATTCACGATGAGTAAAATATTTTTTAGTACGAAGTTTTAA ATTTTAGTACTTTTATTTTTTCACATCAAGAAATTGTGCATTAATATAATTATTTATATT GTTGTATTTCCACATGGCTATGATATGATGGTCCCCCTAAACCTCATTTGCTGGTTTTGA ATGTGACAAACTCATGTTGGACACTTTGAAATTTTGCAGTGCAATATTAAAGTCACCTTT AATTTTGGGACCTATCATGAATGATGCATTCTGCCACATGAAAAATCAATAATTGTGAGA AAATAATTCCAAACAATTACTAAATCTTGGGTTAGTTTGATGGTCTACTTTTACTTATTC AGATTAAAAAATAACTTATCACTTAGACTTCTAATTTTATTTTATTTTTGACTAGAAACA TGAAACTCTTACATCACATTCACATTACAAAACGTTTACGGTCAATACTTCGCGCATGAG ATTTATAATTTTTTTAAAATAACATTATATATTTATAAACTATGTAAAAAATACTATGAG TCACAATAATTGATAATTCAAAATATTTAATAGATCTATAAAAATTTTACGATAAAAAAT AAATTTATTTTGACTCTTGAAATTTGAAAGATGACATAAAATGAGATGAAGGAAATAGTA TTTAGAAGAGAATATTATGCGCAAAGAAAAAAAGAAAGAAAAGTTTTTCTCAACAAGTCA ATGAAGCAATAAAGTTTTTTTTTTTTTGTCCAGTATTCGGAACCCATATGGGAGTCCTTA ATAAAGGAGAAACTACACAAATTGAATTATTAGACAAAGTATTATCCAAATTGGATTCAA CCCAATATATTTATCTTGATTGAACCGTGCCCAACTATTTATCGTCCCTTGTTCTATTAA TTGAATCATTGGTGATATCATCTACAAGGAGTAATTGAGCAATCTTTTCACTGAAACACT ATCTATTCCTCCTTGATGTCGTCATTGGACTATATACTAATGATATCAAAGAATAACTAG GTAATGTTTTCATTAAAGCATTATTTTTGCCTCTTTGATACCATCCGAGTATATATATAT TGTGATGGTATCAAATAATAAACACAAAATTGTAAATAGTTTTATTTTTTGGGGTACAAA AGTTCTTTTCTCTCGATTAGATCTAGATCACTCATTGCAGGATCCATTTAAAAATAAACC CTAACAAAAATTTTACCATATCAAAACTTAAACTCAAAACTTTTAATTAAGAGTAAATGA AGAAATCCCACCACTTCACCACTAACACAAACCTATAAGTGAGATCTCATACAAAGTTAT CTAAATGACTTGAAGGAATATTTGGAAGTAACTCCACTAGCATACTATATTTTTTACTAA TAATTTTTAAAAAATTAGTACTACAATTCGAGTATAAGGCAATTAGGTTAGGAAAGTCAA ATTGAATCAATGCAAGTACCTTGGAATTATTGAAATTCTATACTCTTTTAGATATTGTGT CCTCTCAAAAACAGAAAAAGGATACTCCCAATACTCATTTTTTGTTGCACCTTGTTGGCT CTAGAAACAATAAAAACAAATTAACAAATACCACCTTTTCCTCTTTTTCCCTTATAAAAA GAAAGATAATTAAAATAATTCCACTAGGAAGATGGAGTATAAATGGTAAGAAAAGGGAGA AAAAGATAAACTCTTTTTATATTGCTTTAGTTAATTCAATGTTTGGTCTAATATTTTTTA TAACCTAGATTAGAAAATAGTGGGGACATATAAAATTAAATCACATCGTAAATTGAGTTA AACTTACATCAGAAAAAAATTTAATTCATGATTTGATTTGACTTAGTATGGTATTGAAAA AAAATTCGATTATACTTGAGTTGGTTTGCTTTAACTAAAAAAGAGTCAACTAATGAACAA ATCAACCCGACTTTTTATATAATGTTTAAAATTTATTTTATACACAAAAGTATTTACTTT GATATGATTTCTAAATATTTCTTTCGTACCCTCTTTACACTTTTTTTAACATATTATTTT AAGTTTTGAGACTTCGAATTTTGAATGATCCAATAAAGATTGTAGTCTATAGATATAAAT AATTCTAATAAGGCTCAAATTAAAATCAAATTAGTACTAATGCTAACAAAATAAATATTA ATTCAACACTAAGATTTGGCAATAATGTCGAATATTTGTTCTTTAGTTTTACATCCGTTT AGGCATTTAAAATACATAACTAATTTTATTTTTCTTCAATGTTTAGTCATGTAACTAATA CTTATTAGAGTTAATTAGCATGATTTAGTACTTTTAAATTATGATTAATTTCGTCATGAT TTATTAATTTTTAATATTTATTTTATGCGATTTCATTATTATTTTTTATTGAATATTTCA GTGTCGTCGCTCATCTCATGTTTATTGTTAATTTTCTTAAGTAACACCTTATATAATTGT ATTTTGACATAATTTAGAGCACAAATTAATTTATGTTTGTATGACTACTTTTCCCGAAAA AAATCTAAGTTTTATTAATATGATTTAATTTATAAATTTGAAATTTTAATATAAATAATT TGATTTGATATTTAAAAAATTCAAAACCAATCATATAAGCCCCCTACTTGTAACTATATA ATTTTTGTATTTTCACGTATCATATACTTAATATTATTTGTATATTTCAATTATAAAGGT AAATAATTTAGTCAACTTATATACATATACATATTAATGAGTTTTTGTATAATCAATTCA TAGATTTTGCATATCTCATCATAGTATTAAATAAATTTAGTAAAATATTATTAATAAGTA TTTTTTTAAAAAAATGATTGATCATCTCAAATTCAGTTCATTCAATTAAATAGATTTTTA ACTTTTAATAAGGGAAAAAATATTAATAATCTTTTTCCATTTATACAAGTAGATCAAATA GAGTTACCCGATACCTACTTTGAAGGAATATAATAATGTATTCCATAAAATCAATTAAAG TGCACTCAAATTAATTTAAACACTACAATTTTAACGTAATTAATGTATATTTGTATATTT TGACATAATACTAATTAAATTTAGTCAAACAATACATATTAATAAGTTCACTCTTTTGTA TTTTTTTTACTCGATAAATTTTCAATTTTTAGTGATAAATAAATATATTAGTAATTTTTT CCACCTATATAAATCGACAAATAAAATTACTCAATACCTATTCTTAAAGTAGTAATAAGT ATGTATTCCATAAAATCAACTTAAGTCCATGCAAATTAATTCAAACACTACAATTATAAT GCAGTCAAGTCAATGTATAAATTTATTTAAGCCATTGTAGTAATTTAAGTTAGTCAAACA ATGCATATTAATAAGTTTTACTTTTTATATATTTTTTATTTAATAGATTTTCAATATTTT ATGAGGGAAAAAAATATTAACTATTTTTTCCTATTCATACAAATAGATTACATAGAATTA CTCATACCTACTGTAATTAGAGGTGCTCAATAAAATCAATTAAAATGAACACAAATTAAT TCAAGCACTACAATTATTACATAATCAATGCATAAATTTTGTATATTTTGGTCTTAATAG TACATAAATTTAGTCAAACAATACATATTAATAAGTTTTACTTTTTTAATATTTTTTTGA CTCAATAAATTTTTAATTTTTCATTGTTAATATTAATACTTAGATGCCCCCTAATTTAAT TCGAACATTATAAATTATAAAATATAAAATATTTTTTAATATTATTTTGAATATGTGACC GCATCATTAAATAATGATTACCTTTATTATAAAATGGAAAAGAAAAAAGGAAAAGCACAA CTTTGTTTATTTGATTATGTTATATGTATTTATTTAAGTTTGTTACATTAAAAAAGAGGT GAAATAATTCAATTGAAGGATTCGAAAAAGAAAAAAAGAAAATTTCCTGTAACGGTGAGA ACGTTGTCTCTTCACTCTCACCTTCCTCTTTTAATTTTCAAATTCAGTCACCTCTCTCTC TCACGCACACACAGTAGCATACATTTTTCTCTCAAGCTCTTCCTTTACCTTTTCTCCACC ATCTCATCGATCGTTTTTTTTTGTTTTGAAAACCCTAGGCTTGTTTGTAGCTTCAACTAC AGTTCAGATCTTAATTTTTAGCTTCTTTGATGGTGGAAACAATGTGCGATTTGACTGATT TGAAGATTCACTGGTGAGTTTGTTTCTGGATCGTTCCGACTGGATCGTTCCGAGTTGTTT ATTTGGTTATGTTTATGCATTTTAATTTGATTAATTTTGATTGTAATGTAGCTGAAGATT CGGGGTGTTTTTGGCTGCTTTAACAAAATGAGTTTGCGTATATGGGTTTAAATGCTTACT TTGATGTAGAAATTTAATTGTCGGATCTTCGAGAATCTTTTATTTGCTCAAATGAAGTAG TGCTGGTTAGAAATAGTTAGGTTTGAGCTTTGTGATAATTGCATCTTGTAGCCGATTTCT CGAAATGCTATGTGTGTTTGTTATGGAGAATTATGCTATCCTGAAAAATAATTACTCTAT GAAATCATAAGCGATAATTTGAGACCTTGAGTTGTGGGAAAATGTTTTATACGAGAAAAG AGGAAATGAATTCTGTTGCTATTGGGAAAATCATTTTCCTTTATGAATGTTAACCTCTTA GAGGTTGTTTGGTTGATGGGATAAGGATGTTCTAACACCGATATAGAATTCGGAATATTA TTTATGCAACGTTTACTAATACATATATTGTTTATACGAGAATTTGAGTTATTAATTACA CGGGATGTGGTCAAATAAATGTAGACAATTCCTATAGAATACTGCTTTTTTATTATTTAT CGCATGACAATTCCTAGGTTATTATTATCTTTTGGTAATTGATAAATGAGAAATCTGCAA GGGCCAGTGGCGCATAGTTCGAATCTTGATAGATAATGGCCCGCTCCTCTATCCTTCTCT GCTTGAATATTAGGATTTTGTCTGCTTTAACGTTCAAACTTGTGAACATGTGCCTAACCA ACACATTATGTGTTAAACTATCACCACTAGACTTGCATCCCTGGCATCAATTCCAACATC ATCATTCTTTGCGTAAGCAAACATGTATTTTAATCCATTTGTAACTAAATTGTAAATCAA ACAACACCTTATGCCATATAATTTCAACAATAATCAACATGTAGATATGGATGTCAACTC TTAGTACTCAAATGTACAAGAATACTACAAGTATACCCTTTTGTATCCGTATACAATTTG TATATGTTACCTACTTTTATGACCAACCAGATATCACAGCGAATTTCTAAACACACTCTT AAATGGAAGTTGTGTGAAGTTGGTTGGAAGTCTTTGTTTCCTCTGATTACTTGTTTACTT CATTCTTTGTATAACATCTGGGACCAGATGCCTTGAAAATTTCCATTCTTGACAACAGAT TTTGTTTGTTGATACATCCACATGGGAGCATTGTTCTATTAAATGAGAAAATGGAGGTTG AAAAGAGAACTTCAAAGGGAGGCTTTCTTCAGCTATTTGATTGGAATATCAAATCTCGAA AGAAGCTTTTCTCTAACAAGTCTGAACTACCTGGTAACTCCTTTTCTCCTTGCCTGTTGG CAGTTGAAGGCCACTTTTCTTGTAACTGATGCTTATTGATGAATATTTTGCTATACATGT TCCTGTTATTGTGGCTGTAGACAACTCTAAACAAGGAAAAGAAAATGCCAATGGATCAGC CAATTTAAGACTTCAGCAGGTAACTTGTTACTTTACTCTGCTATCTCCTCTCAAATAATT TAAGACATTATCTCTGTGACTGTTTATCATATCTTTTGGTCTATCATTTTGATAATCTGT ATATTATTGAAGGCTCACGATCATAGTCTTGGTTCCAACTCCAAGCAGAACTATGATTTC TATAGTGCTTCATCAGTAGCTGAGGATGAAAGTTATGGTCAAAAAGCACCTGGGGTTGTT GCACGTCTTATGGGATTGGATTCTTTGCCAACTTCAAAAGAGTCTGATCCCAATTTTAAT GCATCCTCTGATTGTCACTCCTTCAGAGATTCTCCATACCTAAGTTTTATAGCTGATTTC CAGAATGAACATCATATGATAGTCGATGGTAACATGCGAAATAAACTGGACGGATTTAAG AGAAACCCTGTTGAAGTAAGGCTGCAGAAGGTGCAGAGCCGTCCCATCGAGAGGTTCCAA AGTGAGGTATTGCCTCCAAAATCAGCTAAACCTATTGCAGTTACTCAACCAAGATTGTTA TCTCCTATCAAGAGTCCTGGGTTCATCCCTCCTAAGAATGCAGCTTACATAATAGAGGCA GCTGCTAAAATATACCAGCAGAGTCCTCGACCCGCTGCCAGAGAAAAGGTGCAATCTTCT GGGTCTTCCTCTGCCCCTTTGAGAATACGGGACTTGAGAGATCAAATAGAGGCTGTTCAG AGACAGTCTAGTATTTATGAAGCACCGCACAGGCCAAAAGAACAAAATTCTGTAAAGAAC GTCAGAAGACAACCCTGTGAAAGAGGCCAGGTTCAATCAGATAATTTGCGTCAATTGAGG GTTTCTGAGGTATCAAGAAGAGATGTATCCCAGAATAAGGGGAAGGAGAAGTCAGTTTCA CTAGCAGTTCAGGCAAAGACCAATGTTCAGAAAAGAGAGGGGAAGGAATCTACTTCTAGT AAGAACCCATTGAACCAGAAAGAACAGAATGAGTCTAAGTCTGGTCGGAGGCGGACAAGT GTAAAAGTAGGGGAAAGGAAAAATTCTCTCAACCGTCCTTCTGATGTGCTCAGACAGAAC AACCAGAAGCAGAACTCTGCATCTAATAAAGACGGGGAGAGTTCGAACACTTCAGCTCCC TACCATAAAGAGAAAAAATCATCATCTACTGGTAACATGTCTAGGTCAACCAAGACTGTA AGTAGGATTGTTGTAAATACCACAGCTGCTACTGGAATTGCAAGTATTGTAGAAACTGAC GTTGGAAAGGACCTTTCATCATCTAGGGACTCCAGAGTGAGGTCCTTTACTGGAAAGAAA CAGCCAGTCAATGTTGATATTGGTTCTGATGAATGTGGTGCTGACAATATGATGAAGAAT AAAGATGAGAGGTCTATAAAATGTAACTTAACTATTGAAGGATGCTCCAATTGGGAAACA GCTGACAGGAAAAATGGGAGTGATGTAGTGTCATTTACTTTCACCTCACCCATCAAAAAA TCAATGCCTGGCCCCACTTCATCAAGTCATGTTTTGGAAAAGAACAGTGCTTTGTGTCTT TTTCCAGGTTCCTATGATGATCAGTCTGATTCAAGGACATCAACAATGCCTTCTTTTCGC ATTGGTGGTGATGATTTAGGTATTCTCTTAGAACAAAAGATTAAAGAATTAACTTCTAAA GTCGGACCATCTTGTGAAGATTTCATCAAAACGGGGACTGCTTCTACTTCTACCAATGCT TTTGAAGATAGTGTGTCCATTGTAGCACATGGGAGGAGACCTCAAGTTGATTTGCTTAAT GAAAAAGCAGGTGACCCTGGTCACTCTTCTGTTGATGACCTCCAGCTTACTGCAACTCAG ATGTGGCAGGTATTTCTGAAATTCCCTTAGCTTCAAAATGCCATTTTTATGACTAAAACA CCAACCAACCCCCAAACAAACTCTTAGATAAAAAAATAGGAACAGGTAAATCAATGAGAA ATTGGAATGTAGATGGTGATCAAACGCATAAGAAACTTTTTGACATAGCATACCACATTT TTGTCAGTGTATGGAAGTGTGCATATACTTGTTCCTTGGTGAAAAGAAATAGAATATCTC CAAGTCATGTATCATGTAGTAAATTACTTATGAATTACTTAGGAGGTACATCAACATGAT AAATGCTTGTATGGCTAACAGGTACCCAAATGTGAAAATGTGTCATGACCACTTTGCATG AATAACGGCTAGGGTTAGGAATTCTTTGAAGTTGAACTGTCCAGCTTCCTTACTGAGCTG AGATCCAAGTAAATAACTTTGGCTGTTTTTATTTCTTTTGACTAGTCGTGTAGTTTGTTA TGTGAAATAGCAGTCAAGCTCAACAGGAGGCTGTGAAAATAATTGGTGTTTTTTTTGTTT CTTTTTTTTTTACTAGTCATTTAAGGGGTTCTGAAATGATTTTCGAAGTCGTCATTTTTA CCTTTGATTTCTCAATCCAATAGTTGACAAAAAGAGTAGCTGTAGGCACATAAAAGGCTT TCGTTACTGTAAGCGATAGAGTTCTGGGGTCCCCCGTCTCCTTTCGTTTTCTTTTGTTTA GTTGAAACCACTGAATGCCAGACTTAGATTTATAAAAAGCATTGCAGTCTTATAAATTTT GTTACTTTTGATGATATGATTCTAAAATGTTTTGGAATCCATGCAGACCTTTTCTTTGAT AAAACTAACTCCGTGTAAAATTAGCAAAGAACAAGACAATGGAAGCAGAATATCCATATA TACACTATACAACTAGTTAGAATTAGGTTTAGTAATGTTGGTAGGCTTGCATTACGTCTG ATATCTGACAAAGTGCCTTTCAGCTTGGTTATAGAGATTATATGTCATGTAGGGTTAAGT GTCAGGTTTAGATAAGTCCTAGTTTTAGTATCCCTAGTTTGTCCCATTGTACAAATTATA AAGTATTGGGAAAAAAATGGATGAAGATGGAATAAAATTGATGTTGAGAATTTATATGCA AAACCAACTAATTCAGGATTGAGGTGTTATTGCAGTTGTTTGTTATCCTATTTCTGTATT ATTACTGTACTGTGTTTCTTAGAAAAGGAAAAAAACAGTATAATGTACCAGGCTGATCTT ATCTGCATCAATTTCAGGGTCCAAATAGGGTAGAAAATCCCAAAACTGCCAGCAGCATTA CGTGTGAAGGAGAATTTAGTCTGGCCTCAAGTATGGAACCTTCTATTTCAGGAGGCAGTT GCAGCTCTTTGGATAGCTTCAGAAGTTTAGCAACTGATGGTAATAATGCTGATCTTTAGT TTCCTCCTTTTGTTTCCATCCTATTTAAGATTGTGATGATAATTCTGTTTTTATTTTGAC TCTCTGTAAGAAGGCGTTTCGTATTATATTTTAATCTAAAACTTTGCCACTTTAGGCTAA ATGCCCAAGCTTGTTAGATGGATGAAAATGGAAAACAGGACAACAAAGGATTACCTTAAG GTCAATCTATTAGAGCTATAGTTTAGGATAAGATATATTTTATATAATTTGCTCATGATC AGATAAATTTCAGTAAAGTTCTCTTTTCTCTATTCCATAAACAAAAATGATCTTCCTGCT CTTCAGGTGGAATTACTTGTCCTATTTGCAGTCTCTTTTTTGCCAAAACTATTCAGTGGT AGTTACCAGCATACTTCCATTTTCCCCTGAAAAAATATCAATTAATCCTGACGGATGAAA CTTATGATTCAGGGAGCAAGTATCATCTGTCTGATGGATCTCACTACATGATGAATTGGA AAACCTACATGAGGACTCATCTGGTGGAAGGTGATGCAGAGTTGCTGGACTCGGCCTCTT CCGCTTCTCTTGCTGATGCAGGTGAAAAGGAGTCGACTACTACGTTAACTTCCTCAAATT TCAATGAATCAGCTTACTGGGAGTTCCAATATATCAGAGATATAATTAGAAGCTCCGACA TGGTAATGGAAGAATTCTTGTTGGGTGAGGTTCAGAGCATTATTGCTCTTGATCTCTTTG ACAAGCTGGAAAATCAGCAGGCTCGAACCAACAAAAATGCAGAGGAGCAGCTGAAGATGC GGAGAAGAGTTTTGTTCCATTCAGCAGTCGAATGCTTGGAACTCAGATGCAAACTGAGTT TCGGCAGAGGTGTTGAAGCTTGGGCTAAGTGGACAACATTGGTCCAAAGAAAGGAGTGGT TAGCAGAAGAAGTGTATAGAGTGATTGCCAGCTGGACAAGCATGGAAGAGTTGATGGTGG ATGAGGTTGTTGACAAGGACATGAGCACACAAGACGGGAAGTGGACCGATTTCAGCTTTG AAGCCTGTGAAGAGGGTGTTGACATCGAGAAGGAGATCCTTTCATCTTTGATGGATGATT TGATCGGTGACCTAATGTGAATGACATGAAGTTTTATACTTTAGCTTTGCTACTTTACAG CTTCCTTGTGCATTGCTCTTTCTTGCTTATCTTAATTTAAGCAAAGAGATCAGTGGACCA AGTGATTGTTCATATTTTATGTTCTTAGATAGTATCATGGTTTCCATGACAGGATGATAT GGTGCATTATCCTTTGAACGCGAATGCGTGATGAAAAGTCTTTCTGCTTACTTCCCGCTG ATTTTTGCGTGTGTTATTGATAGGTAATCCCAGATTCAGTAGAGTATGTTGTGGGTTTGA GCTCAAAGCTCAGCTACTGTAGCCTCTCTTTTACTCTATAAATGCACTGCTGCAAGAATT TTTGGAACAGAAAACATTTCTATATCAATGGATGATTCAAACTGATTTCTAAAATTTTTA TTTTCTAATTTTGTAATATTATTACTACTACACTATGATTTATATTACTGTTAAATTTCC AAAAATAGTAGACGTGATGATTTGAGTTCACAATGATAATGGGCTTAAGAGAGTCGTGAC ACAAAGGTGGTCCTACTGGGAACAGGCGTCCACTTTGGCCGCCGGCGAAGCTCTGACAAA GTAACGTGCACCCCCAACCCCAGCCCCCACGCAAATCTAATCTGGTATTACACTGAATCT TCTGAAAAAGAAGCAGACAATGACTTCTGTCAAAAAGCCCAACCACCATATTTTGATCTA AAATAGTAGATCATTGTTTCACTTCATTGAAAAAAAAATGCGATAGAATGATTGAGATCT CTACTATACACTACGTTAATCATTCATTTCAAATCTAAGCTCTAAAAAGATCGAAAAAGT TTAAATCGTTAAAAGACGGTCATTTTTATAGTACATCTAATGAGTTCTAATGGTTATATC TAATGCTTTGTAGTAACAATATATGTAGATTAAGATTGTCAAAATTATTTCCTATTTGAA TGTCATGAAATTCTATCTTGTACTAATCAAAAAATAATCTGCATTCTTGATTGATAGTGA CTAATTAGGAATGAGTCATCTCATTAATATCTTGTCCATTTAACATAAATCCAGCAAGTA GATGAAGTACATATATGAACATAACTTACTGTTTAACTACCCCCACCGCCCAAGTTTGAT AGACTCCTCTCTTAATGACATCTCATTTAATCTCCATGTCATAATCATAATATTTTCGTC TTTTTAATATTTTTTTTCTTAATTTATTTATAGATATATAAGCATCTAATACCCAAAATT TAATTGTACAATTGTTCTAAATTAGTACAGTATAGAATTTATTAAGAAAGCGATCATTAA TTATCAAGGGTTTCTCAACACATATCTTGATGGTGACATAATATACGAAATGGGATGTGA AATTGGGAAGAATTTGGTGATAATCAAATCTTTAATCTGAAAATATGAGATGATATCTTG ATGGTGACATAATATACGAAATGGGATGTGAAATTGTGAAGAATTTGGTGATAACCAAAT CTTTAATATGAAAATATGAGATGATTAACAATTCTAATAGAGATTTATTTTGTAATTATT CTTTATATATGCATACGCACTTAGAGAGGATGATTTTCATATTGGATTTCATGTATTTGA CGGATTATGAGGCAAACCAAGAAGACTCACAACGAATAATGAGCGTTTTTTAAGCTAGCT AAATTATTAACGTTTAAATTCGCTTAAATCAACCCGTGTAAACATTGAAAAATCTACTTT GGATCCTTGTGTTTTGAATATTCTTTTTGTTTTTGTGGAACTGCCTTGGCACACATAGGC AAATTGCAGTTTTCTACTTTCTAATCAAGCAACAGATCTACAAATAATTTGACAAATTAA TAACCTCACAGATTAGATCTTACAACTTGATTTGAGATAATGGGATATGGTTGTTTAACA ATACTAAAATTAGTCACATCAAATTGTAACTAAGCGTAGATTAATTACAATGACAAATAT AGCTCTTAATTAAAACAACGAGTTCATTTAAATCTAACGCAAAACATATATATATATATA TATATATATATATATATTAAAAATCAAACTTCTCAAGATTTTAAGTTTTGAATCGATCTC GATTAAAAGTTAGACACTAAAAATCAAAATATATACATCACTGTAAATGTAAAGATTTTG TGCTAAGTTTATTTTTTTCTTACAACAATAGTTAATTAATATGGTGATGGATTTGTAATT TGGATAATCCATAATTAAGAATGTGAGATTACATGAAGAAAACTTGCACCACATGCAAAT AGATCTCTCATTAATTACTACTAATATTTTATATTAACAAGTGGAGAAGGATAAACATGC ATGATGGGATTGTTGATAGTTAGAGAGACTCTCCATACTTTGACAAACACTTCATGTGCA TTATTTTTGTCATTTGCTTATGGAAATTATAATAATTTAATCCATTTCACACCCTAATAT CACATTCTCCATCCTCTCATGCTCTTACTACTCCTAATTTTATTTTCTCTGTCCAATTCT TTTTTATTTATTTCAATACAATTTATGGCTAATATATCGACATATCAATTCAGATGAATT TAATAATTTTTATTTTATATTTATATTAAAATATCATCATACGCGTATAGAAAATATTAA TATAGTATCTAGTTAATATTTAGTAAATTAAGTAGTAATTTTGGACATAGTTATCTTTCA ATTTAATTATTTATAAGAACTACGAGTCTTGACGCAGATTGCAACAGTATTAATTAGTTT TTTGCTCCAAATACGTAATTTTTTTTAAAAAAATTGATATATTTATTATAAATAAATTAA TATGAAATAGCGTTATCAAGATATCAAGTAATAAGATGAATGTCTATCAAAATAAAAATA GAATATTTTAAGTATCACAAAATATTTATAAGATTATTTATATTATATTGTAGTGAATGT TGAATTGCTAAAATTTAATATATTTACGAAATAAAAGTATTACAAATATAAATATCAAAA TGAATATATCATATAAAATTTGAATAAATAAAACAAATCTATCATATGTAGTCACCATAA GGTGCACGTATTGATGAGAAAATTTCACTAGAAATGATTTGATCTTGATTTGCCTTCGAC CTAGAATATCTTTCAAAACGACATTTAAAACATAAATCGAAAGTAAAATAAAATTATTTT ATAAAGGAATAAAGAAAAAATTAAAAAATGCTACAACTAAAACGTGTCAAGCACTGATTG GCTATGACAAATCCTCTTCACCAAACTATGATATAGAAAAGGTGAGAAGGAGCTCTGTAT TCTGTAATCTGCTTAGATTCATTAATCTTATACAGATTAATTTTCCATATTAATTAATAA TAGAAATTAGTAATGTTGACAGTTTATAGAATATTGTTTTATCAATGATTAATTATTAAT TACACTAATTAACCTTATGCCTCGTGTTGGCTGCCTTAAGTCAGAATCCTATGGAGAAGG CCTTCGTTCACCTCCTTCTCGAGTCTTTGTGTACACCCTCAACTAATCTAGCGCCTTGTT TGTATAATCAATTGAAAATTAAAAAATATAATAAAGTAAAAGTAAAATTGCCCAAACAAC TTATCTAAACCTTTTTAGTTTAACGGCCGTTAGGTAAAAGGAAGAGAGCGAAAAACTTAC TTTTAGATAGTAGCGCCTAAGCGCTAAGAAGTGAACATCATGTTACTCAGTAAACCTTTT TAGTTTAACAGCCGTTTGATAGGACGCATAAGTCATGATCTTTTCCTACGAAATGAAAAG GCCTAGTGTGAATTTTGTTATGACTATTACTTAGGGTGACTAGTCAGGTCTGACTATCTA TTACTTTTGAGTGTTTGTTTTTAAATTAATTATCTATCGAAAATAATTTTTTCACACAAT TCGTGTATATATACATTCTCTAGATACTACTTTATGAATTTACACTAAAACATATTACTA TTATGAATAACAACTACAAGGAGGTAATATCATTAACAAATTGGGGATATCTTAATATAC GTTTAAGAAATATTACACGATAAAATTAAATAAAAAGAATATATCTATAAATAATATAAC TTATGTACGAGATAAACCTCTTGATCCTATTTAACTCTTGATACGTGTCGAAAAACTTGC AAGCACGAAAAGGGATTGGATGATAAGAGAGATGGAATAGGAAGCATGGTAAGTATGGTG AGGGTGCAAAACAGAGGAAGAAAAGACCTCGAAGGTATAGGGCAGAGGGGAACGTGCCGA GGTCTGTTATTTTGCAGGCTAATATTTGTGTGGTCCATTGTACTTCTTTCCCAATTCCCT AAGTTTTAACTTTATTTTATTCTATTATAACCCCCTAAACTCTTCTCCCTATGCTCTTTT AATCCTTTCTTTTTACTATGTCTTTAATCTTTCCATGCCAATTTGCCCATTTTATAAATC TTAAACCTTTTTAGCCATCTTCCGAATAGTCATCCATTATATTGTTTTAAAATATTTAAT AATAATTTTTTATTTATTTAATAAAATAATTTTGATTTTATACGTAGTTCATAATTTAGC TTATTATTAATCATAATTATTTTTCTATTAGATTTTTTAAAAAAATTGCTATATTAACAT TAATTCTTTATTATAATTTCTTAAAAACGGTGCAAAGTTAATAATCATTGAATGGAGGAA GTATTTACCATATTTAACCCTATCTCAAACCATAAACCAATTTCCTCAAAGTCATAAACA AAATATTTATGCTATTCCCAATTACCCCTAGGGGCTAAGGGAAAACAGGGTTCTAAAATC AACCAAAAACAAGTCTAAGGGCTATTTGGAGTAGTCGTTATAAATCTCCAAAAGTCAAAA TATATCTCAATTAGACTTTGAAAATGAGGAGAAAAAAAAAAGACTTGGAAAATTGACCTC CCCACAACCCTAATACTTCCCCTTTGTTTTTCCTATTAAGAAAATTTGTTGTGCTAGACC AATTTGGCTTGTATATAGATTTGATGACTTTTGCTTACCCCTTCTTTTTTTTTTTAATCG AAAGGAATTTATCCATTGGTCCATACCCTATATTTGGCTGAGAATTAAGATGATACAAAA AGAAATAATTAAGAAAGTGGCAAGTTAATGATCAACTTGTCTTTGAGTTTTATATTTTAT ACTATAATATTGTATAATCTTGATATTGGACGTGTAGTAGTATTAGTTTGTCATTTTTAT AGGCCAATTAATCATTTGGATTTTTTTGGAGTATCAAAGTTTGACACACTCGTTGAATAT TTCTTTTCCCCTATTTTTTTTAAAGTAGAAATTAGATAGGTGTATATTTTTGTTTTTCAA ACGTGACTTATAGAATAATTACTTAATTTCTTATGGTAATACATTACATGTTATTATAAT TTTAAAGTAATTTGAATTATACTGATCAATATTTTTTTTCAAGGTAAACTCCTCTTAAAT TTGGATTGACTTTTGGCTTATAAATACTTTTTTGTGTTACCCAATCACTCCAAAAGTATT CTAAAATTATTTTAACATAAAAACACTTGAAAATAAGTCAATTTAAATAAGCTTTAATAA TATTTATATTTTAACAATCTACAATTACCATGTAATTACGAATGAGTATAGTTGAAATTT TAATTTCTTAAATTAATTTTTCGAAAATCAAGATATAATAACAATTGATGTAAAAGCCAA TAATATAGCCATCCCAAATGTAAATAGTATATAATAAAAGAGGAGTGGATGAGACAAAAG AGAGGACAATTATATTATGTATATATATTTTTGGATAGGAGCAATAATTTAGGCCTTTAG CTTATGTTGGGACATGGCATGGCAATAGCAATATTAAGCCACAAGAAATGGAAAGACCTT TTCCACACTTTTGGAAAGCAAATACTAACATATTATGGATCTAGTCTTAGTATTATTTCT TAGTATTCTTACCATCATTTGCTTTTGTCTTACACATATAATAATTCATACCAAAGTTTC ATGCATGCCAGGAGATCTCTAAATGTTACTTCTTGATGATTAATATATGTTCATCATGAA GAAAAAAGAAGAGGAAAAAATTATTATATTCAGACATTCTAATTGGTCAAGAATTCTAGT CCCCTTGACTATTTACTAATAATGATACCCAATGTCTAGCATATATGGTGTAACGGTGAA ACTATTTCATTCTTAATTAGATGTCTCAAGTTTGATTTTTTAGAATGGAGAAAAATTTAT TGAAAGCGTTACTTCAAAATAAATTCCGCAGTCGAGCCTTGGATGTGAATTTTTTTTTGT TGGAAGCGCCACCCTTAAATAGGCCCTGCAATCGAGCTATGAATATGAATAAAATCTTAT TAAAAACATCACTTTTAAATGAGGTACGAAAAATCAAAATTAAAAAAAAATGATGATACC CTATCTAATCTCATTGACTCAAAAGCACAAGAACTACAAAAGATTCATCATGATTCATGT ATTGCTTTGAGATATTGCAACAATGAATTTCTAAAAGTGTGTGCAAATATTGTATCTTTC ATCAAGTGGTGCTTCCTTTGAACACAAGAAACAAATTGTTTTTTGTTTATGCTAAAAAGA TAGAGTAGTATATTAAAAAAATCATTGTTGAAAAATATATTAAAACTTTCCAGCCTTTCC TAAATGAGTATTATGCTTCATTAGTGTTACTAAAACTCATTACAAGTAATTATTCTCTTG AGACTAGAGACTGAAAACCTATTGCTTTATGTAATATAATCGAAAATAATGTTTAGAAGA TTTATGAGTTTTTTCGTATCAATTTTTGCAATAATCACGATTTATGTTGATGGTTGTTGA AAATTTTTAAGAAACAAATAATTTTTCTTTGTACAAAGCCTGTTATATTCTAGAAGATAT GCAAAAGAAAAAATCTAATTGTCATATTATTACACAAAAATCAATAATTCTCAATATTCA TACAATTATAATTATATGTTAAAAATAAGGTTTAGAATGCAAACAAACTTATTGACTAAC GAGCTAACTAGCATTCCAACCAATAAATCAAATATTTAACACTTTATACTCTAAACCACA GAAAATACAATGTTTCTCATTTAATCTAACCAAGTTTATATTATTTATTGAGTTGTTTGA GATTTTATACATTTTAAATAATATACTTTATAATTTTTTTTAATTAACTTTAACGAGAGA ACAAACATTTCAAGCATATATTTCATGCTTCACCAGAAAAGGAAATCACATTTATTATAT TTTTCACCACCAACGTTTCTTCTGATTCCATCTTGCAAAAGTGAAAAATAATACATTGCA TTAAAGAATTCATAATTGTAACTCTATTTGATAGCTGGAGAAAGTCAAAATAATAAATTT AATTTCTATTGGTTGGGATGGGTTTTGTTACTTTTATATTGGAGGGGATATAAAATTGTC ATTTTTTAATATGTGATATTTTTTTTAGAAAAAAATAATTGGCAGTGCACGACAATAGAT GAATTTTCTCCAAACGTGACTAATTTAATTACTTTTCTCCAAATCAGTAATTTACACTTG TAATTAAGACATTTATTTAATCTTAGATTAATTAACTCTTCTTGGCGGTGTCATTTATTT GCACAATATTCATTCTAAACATAAAATGCTTAAAAATTTCTTTTAAATGAAATTCCTCAT AAATTGGGTCATTCAAATAAAAGAATTATTTTTACACTGAATTTGTATATTTTTATTTTT TAGCATATGCAGATTACATTACAATGAGATTCTATTATCGAAACTAATTATTACTCATTT TTATTTTGAGAAAAAATGAAACTCTTATATTTTTTTTTATTCAAATACTACTGTATGCGT TTTGAACATGTTTTTTTTTAAAAAAAATCATAAATGTAGATACATCCGTCCAGAGCACTC AATTAATGCTCATGCCTCATGTAAATTTATATACCACAGTTTTCAAAATTACATCCCTAT CAATTAATTATTACGTCCTAAAATAAGTGTCTTTTTTTAAAATTATAATTATATTTATTA AAAATAAATGTCATTTTTGTGAAGATAACACTTTCATTAATAACTATATTAATTATTTTA TTAGGAAAAAAATACCAGCAGTAATAAGCTGCTGACCCGCTACTCTCAGTGGCATAGTCG TTATATATCTAAACATTTAGGGCCATTCTCTAACGTTTTTCACTTCCCAAAAAGCCCCTC CTGCTTCTCTCTATTTTTTATGCATACATCACTACACATTCCCAGCACAAACCTTTCGCA GAAAATAATGAAACCCCTCGAAAATCACCCCTCCGCCATCACCACTTCCTCCGCCGAGCC GGAATCAGAACCTGATAATGGTTCGGCGGCGGATGCCGGCATGTTTTCAGACGATATAGA TAGTTCATGCTCAACTCCATATGTTAGTGCTCCGTCAAGTCCAGGCCGTGGTCAACCACA CTGTGGCTTCTATTACAGTGCTCCGGCGAGTCCTATGCATTTCGTTTTATCAACTACTAG CGTGAAAAATGCTGTTAGTACTTCAATTTCATCACCTTCTGAAGATTTTGATTTCTCTGC TAGACTTACCACCGAGGGTGGTGGCGCCGCCGATGGATCCATGAGCTCGGCTGATGAGTT GTTCTTAAACGGCCAGATCCGGCCGATGAAGCTGTCCACTCACCTTAAACGTCCACAAGT CCTAGCACCATTGCTTGATCACGACGAGAATGAGGATGAAGAAGAGAAAAGTTGCAGAGG AAGAGATTTGAAGCTGCGGAGTAGATCATTGAGGAGAAGGACTAGATCCATGTCACCACT TCGAACGACGTCGTATGAATGGCAGGAGGATTATGATGAGGAGGAACTGGAAGTAGTTAT CAATGAGAAGAAGAAAGAGAAGAATGAAAATGAAGAGATTAAGCAAGATGATGAAGAAGA AACTTCAAATGAAACGACGCCATGCCCTTCTGGATCTTCTTCGAGGTCTTCATCAGTCGG GAGGAGTTCAAAAAGATGGGTATTCCTTAAGGAGTTTCTATATAGAAGTAAAAGCGAAGG AAGAAACAACGGCCACAAGTTTTGGAGTGGGATATCATTTTCACCCGTGAAAGACAAAAA ACTTGACAAAATCTCAACCAACAAAACTCCAACTGAATCTTCAAATACATCTGAAACAAA AAAAGATAAACAAAATGGGAATACAAAAGAGAAGAAGAAGAAGCCCGTGAATGGAAGTGG GATTGGTAAGAGAAGAGTTCCTCCATCGCCTCATGAGTTGCATTACACTACTAACCGAGC TCAATCAGAAGAAATGAGGAAGAAGACTTTCTTGCCATATAGGCAAGGCCTGCTTGGATG TTTAGGGTTCAGTTCAAAGAGTTATGGAGCCATGAATGGTTTTGCTAGAGCTTTGAATCC AGTTTCTTCAAGGTAAAAAAAATAATAATTTGTATATCTAATCAATCATCATCATTATTA TTATTACTATATCTATCATCCATCTTCCATCAAGAGATGAGAGATACTTTTTAAGTTGAT TGTATAGATTTTTGTTTCCTTGTTATGGTAATGTTTTTATGCTATTCTGTTATCTCTTTG TGTATGTACTCAAAAAAAATCCTCAAAAATGCTTAATGATGGGATTTTGTTTAGCCATTC ATGGTAAACTCTTGTGGCATTTTGTTGTTAGATCCTCCTCCATTTTTGCTTTGTTAAAAA AATAGATTCATGAGATCATTTCTTTCTACTCCCTATGTGGGCTCAAAGAAAGAGAAAGGC CACCTTTAGAACTCCCTATAAGATCTTTGCTCATGGCAAATTTACAGCACTAGAATACAA ATTGCTTAGCTAAGCTGTGGGGATAGATAGGGTAGTTAATATTCTTCATGACTCCTCATC CCTGTTATTCTCAGTAGATTTGTCTTTTTACACTTTTAATCACTTTCTTTCTTTCGTTCA ATATTGACTTAACACACTTCTTCTTGATAATACTAACACGCTCGATCATTTCGGGTGCCT TGTGGAATTATATGAAGTGATAGGACATTAGATATACATATGAATGTGAATTTGCATTAT TTACACAGTGAACATTTTTTTCTTAAAAACCTATGATTTGACGCACATGAGATGTGGAGC AGAGAGGGCCTTTGGCAGTAGGTAAATAGTAGAGAGAAGGCCCCCCTTATACACCATACC AAAACCCATTACCCAAAAATTTAAAAAAAGAAAAAGAGACTGTTGCCTTTTGTCAAACAA TGAATTATGTATCATCAGAAGTTTGAGTTGTTCTTGTCTGTATCTTCTGTAGGCCAGCCT TGTTTTAGCATATGCTCTCTACTGATTAAGATGGTTGATTTAAGTGATATACCCCATACT TGTCTAATTGAGCACAGAAATAATAAAAGAAATTTAACTTTTTCTTCTTACTTATAAAAT CTTTCTATTAAGATGATATTATTTTCAAATTCTAGAGAAAGATGTTCTTTTAAAATTAAT TTTAAAAAAAAGGTTTGCGATGATTGAAATGTATGCAGTAGCTATATGACAAATATCGAA TGGCTAGTCATAAACGGAATGGCCCAGTAATATGTGAAGTGAACTATGATTCATGAGGTG ATTTATTTTAGAGAAATCATGAGATTTTAAGTTTATATCACAATATGGAGTCTAAGAGAT TAAATGAATGTAGATCTTGCTTCTATTTTTGAAATGAAGAGATTGTTTTTTTTATAGATT TTTGTTTTAATAAATGAACAATTTTAAAGTCGTATGAAAGAAGAAATGTCAAAAGCGAAG AAGTTAGGGCAATCTAACATAAAAATCATGACAAATCCTTTCTAGCAATAATTATTTCGA AAACTGGAAGCAACAAATAGTAACAAAAATCAGAGGACAAGAAATTACGGGAATAATATA AAGAATACCCGAAGTAGTATTAAATGACAAGTGAGACAACACTCTTTTACTAGATACTTT GTTTATAATCTTGCAATCTCTTATTTAGTGTTATGCTTTTGATAAGTTGAAAATGTATCA TATTTTGTCTAAATTATTATTGAAACTATTCATAATCAATCTCTCACGCTTTTACGTCGA ACACCCCAAATTCAAATTTCAACTAAGATTAAAACACTAAATAACTTCTTTTTGATTTGT CCAAATTTTAGTTGATCTAAACAATTAAAAAGTCCTAATGAAATTAATCTAAATATGCAC AAACGGTCTCTAATACCACTTCTCTTTATATACTATAATAAATATATAACCTAAAAGAAG AACTATTTAAAAAACACCACTAAAAAGTGATGTATAATGGCCTAAGGTTGGGTTTGTTTT TCCTTTTTGCATCTACTAAAGTGATGTTGAAAAGGTGTTGAAGGAGCAGCTTTTTGTCTC ATCTTCTTGGAATATTTTATATTATAGACTATAGCCCTGAAATATGGACAAAGCAGATCT GGATGAAAATAAAAAATAATAGTGAAGCTTTGTTAACTCAATTCTCATGGGGTCTCTTTG TACCTAGATGTTGACGTAAAGTAGTTTCACATTAAGCAACATACTAACATGGCCTCTGTT GTCAAAATAACATACGTTACGTTATAATCCTTTAGTAAAAATCCTGACTCATCACTTACA AATCTAGTTGATTTACCGCTAATTTACTTTGCATATTTTTGGATAGACGCTTAGATAGGC ATCCTTATGTAGTGTTCTTTGCGGGGGTGGATTAAGTTAAATTTGGACGGATCAAAATTG ATCAAGACGTTTCAAGACCCAACTCAACCCAAATTTGTTTGGATCAAAATGGGTCAAGTA ACGGATCATAATCTAACCAGCCTAATATTACTAAGACTGGCTTTGTTTGTTGTGGATTGA GATAACAGACGAGCGGGTCAATAATAAACCCAAACCTGACTAAAATGAGTCGTGTTGGGC TGATTGAATTTAATTTTACCACCCTAATTCCGTGTAATAGTCACTATTTTCTAATAAAGT TGTTAGTTCCAGCTCAGTGAGTACTATTTTCCATTTGTTTGTTCCAATAACAATGGTTTA CTTGAACCCAAATTTACATTTGAGGGAATCTGATGTTATATATCAGTTTCATAATTGCCC ATCAATAGTTCAAAAAGAAGTAGAAAAATCTACTCAAAAATCTTATCCTTGTGTTATCTA TATGTCAGTGAAATAGAGATGATATATATAATTGTTGGAGCATAGTACTTGTCATATTAT TGTTACATATGGTCCCTGGGAATTGGGATATAACACTAATCATGATTCTACAATAGTACC CTTTGTATGAAGATAATAAACAAACTATTTTGGGGACCATTAGAAAACCAAACACCCCAT ACTTGTCTTAAATCTTGAAATTATATGGATAGAGACATAGCTGAACTATAGTATATATGA TCAATTAATAAAATCACCTGATATACTTTTTATTTTTTTCCACTCGGTATCTAGTATCTA CATTAGAGTCCCACTAAATTCAGATTTACATCGAGAAATCTCACATTAAGGTAAAGCAGT CCCTAAATAACAAAGACAACTCCATAATCATAGGGATTTGGGTCCGAGGCCTCTGATTAA GAATTGATGAGTACTTGTCATTACTCATTCCTTCATAACCCTCGTTAGTTACCCTTTCTA TGTTCTAGTTAGATGTTAATGCAAGTCCTTTGATGATAAATATATTCCCTTCGTGTCAAT TTATTTGTCTGATTTTAGTATGACACTTAAATTAAAGGAAAGTAAATAAAACTTTTGAAT CTTGTTTCCAGAACACGTAAGGTGAAAAGTAGAAGTTAAAGAGTCGTTCATTTTTAAACG AACTAAAATAAAAGTAAGACTAACATGAAAAAAAGAGTTATTCTTGGTTCTTGTTTCTTG AAGAAAATAAGGTATATAAAATCTGGAAATTACCTTTTGATAGATTTTATGCTTCAGAAG GAAGTGCCAGTTTTACTTAGGTTTTTAACTGATCTTTTAATTTGTTCGACTGAGTAAGTG ACCAGAAATTAGCTGGAAAAATCTGGCAGAAAGGGCCTACAATTTTATTGCGTTATTGAA TCGTCCTATTTAATTCTTGTTTTGTTCTAAATTTACGAAATTCAATCAACAAAGAAGGAA ATATATATATATATATATTTTAAATGAAACAAGTTGCTTGGGGGCTATGTTTTAGTGATA AGGACGCAAAAGACCTGATATTTAAGTTGGAAAGGGAAAAATTTTTGAGTTTCAAACATG TGCACCAATTGGAGTCGAATCGGAAGAAAGATAAAGAGGAGGTTTTGTTTTAACAATTTT TCTCAAATCGATTAATCAAATTCTTCATATCTGAAGCATCAAAAAAATTGACTAAAGATT TCTTTCGATGCACAAAGATAAATGAAGAAGGTAAACAAATTTCTACATATGATGTTATAC CAAACACAAAACTCTATCAATGTAACTTATAGTCTAAATTTAATAGCTTCATTTCTCTAT GAGGCCAAAATAAAGGTGCGCATACATTTTGCTATTTAAGTTTGATTCTGTAAATAAATA ATATCTTGACCAGTTACAAAATAAATAGAAGAAGTTTGTGTAAAAATAAAAAATTGGATT TTTCGCAAATAAAACGCTTATATTTATATAACAAGGAAATGGTTTGCATATATGCATGTG GTGGAAATAAACTTTAATTCTCACATCAATATTTTGTTATCCTTGGAAGGACTATATAAT ACAATGAAGCAATAGTGAAACCATATACTATTTTATGTGCGGTTGCAGCCTATATGGTGC ATAGTGAAAACTCACATGAAACTGAGAAGTACGAAAAGTGATCTGGCCCCAATTAGTGGA ACTTGTCGACTAGTACTAAAAAAAAAATATACAATTTTTGTTGGCTACTTTTTTTTAAAA AAATGAAAAATAAAAATTCTCGCGGGCTTTAACTTACTGTTAATTACGCAATAAAAATTA GATGATTAATGAAGTGAATAGTACTCTTTAACTTTGATTCTTTTATACCATATCCAGACT TCGACTAAATCAATTATCATTCCAGACGCCGTGGTAGAGTAGTTCCATAAATTAGTAGAT TACTTTAATTTTTTGATATCATTACTTTAAGAAATTACTCCTCTAAACACGAAATTGCTG ATAAAGAATTGATTTCACTGGGTCAAGTTGAGATATTGGAACAAGTCCCAATCTCAGCTC AAGACTTTTGGGCTTATTTCACTTCAGTTTTCAGTTGTCCAAAGTTCAGTGAGTGAAACT TGTCTTGTCAACTGGCATGGTGTTGGGAAAGAGAAATACATGGTGAATAAGTTGGCTTGG GAACCAAAAGAGCCATTTTTTTTCTTTCAAAATGCACAAGGCACAGCACTAGTTCTGTTA GTACCAAAACGGACAAATCACTGCCCCATCAGCAACAATATTTTTCCGTATTTCTATTCC CGTCGATCAAAAAATAAAATTTTCTTAATAAAATCACTGCGCTGGCAGTAATTCTTCAAA AAATAAAAATAAAATTGGAGTGAAACCGCATGAATGCTCGTCCTATCACCTATATGATGC CCTCTTACCCCATTTCCTTTAATGCCATTAATTATGAAAACATATTCGAATCAAAGGCTA GAAACTCTTAACTTACCTCAATCTGAAGTAGAAAGTAATTGCCCAATGCCAACCAACAGA AAAATCATCGATTTGAAATAGATGAACCAATTAAAGCAACAGTGTTTACTTGTATTCGGA GGTCTACAAGTATCTCCTGTATACTACTAGTCTAAAAACTTTGAATCTGCAGATATTCGA AGCAAACAGAGAATCATGTTGAAGTCCAGTTTAGAGCACATCAATAAATCCTCTGATTTA GAGAATCTATTTAGCCAGTTTGTTTATTCGATTGTTATGCAGACAGTAGGGAAGATCATA ACTCATAAGGGTAGTGATAGGGAAACAAAAGAGAAATGTTACCAATGGAAAGTGTCTATT TCTTTTGAAGTTCTCAATCTTTTTTGTTTTTGGAGAAATGGGGATGAGAATTGAACAAAT AAGTATTATAGTCGCAGAAATTAATTTAAACCGAGGAATGTTTAGTGCATGGAAAAAAAC ATCTTTACTGCACATTGTATATGCTATATGACAACCCTCCCCACACTAGAATCATAATGA TGATAGAGTTTTGTTTTCTGCATATCATAGTGCAGAAACAAGAAAAGGTGCAGGAAGACC CCACTCTGAAGTCAGAACCCTTAGTATTTTATTACTCCTACTATGCCTCAATCTCGGGCA AGTTTGGATCTACAATAAGAATTCTCACGAGCTATGCCACCCATGCAAGCCCCTCTCAAA CCAAAAACAATAACAAACAACACAATGATGCAGACAGTGAGTGACCATTTAGGGCTTATA AAGCATCATAATGTGGGGATGAAATCTAGTTTAACGCGGCCAAAGTTGGAAGATAAAAGT GCCGTGATGATAATACTTTACTAATTACTTGTTCAAAAGAAGCTGATAATCATAACTGAC ATAAAGTCTAAGCTGATATAGCTACTGGCCTAAACAAAATGCCTAAATAGATCTGTGGTG TCCAATACTTCTCAGTACAAAAAAGTACAACAGAAGATTAACCAGATAATGCAATTCTCG ACCTAAGGCAAAACTCACGTGATACCAAGCCAGGCAGTATAATCACAAGCTGCAACACTA GCAAGGACTTATGCAAACGTCGCCAAAATGTTCTTCTTGAGGGTGAACTCATCCGCCTTA GTGGGGCTGATTGACTGTAGAATCAAACATACAAAAGAGAAGTCAACTTCTGTCAACAGT TAAAAGCAGGAACTTCAAAGTTTCCTCCAAGTAGGTAAGTACTGGAAATTATCTAACAAA ACAGTACGAAACTTAACATCAGTAGATTACTGGAAGTCTTTTATCAGCATATTATTTTTA TTAAATTTCAATTGGACATAATTAGCATAGTAATGTTGCAATTTATGTTCCATAATTCAT CCGCATTAGTAATTCATCACCTTTTTCACCTAGCAGGTGGATTATTGACAGGAAATAGGA ATTGTGCCACGAGTGTGTGGGACATAGGAAACCAGAGATAGAGCAGAGGGGGATAGCTGC TGCACATGGATAAGAAGAAGGTCCAGAAAAGGAAAGTTCAGTTATACCTTGGCAAGCATG CGCTCTAATCGCTGAATCTCATTGTTGGCGTAATCAGCTCCTTTTTCCATGGAACTCTTG GCAGCCTTTAGGTAAATCTTGCCATACCTTGAAAGACAATATAGAAAGGACTTGAGAAGA AGGCGCAAACACAAATTCTCAGCAAAGACGAATTCAGGTGCAGAACATCAGTTCTTCCTG CTTGCTTTGCTACTCAAGTAACATAACAATATAATCAGAACCATGCTACACCTCAAAAAA TATAAGGTGTTCTATGACGGATATACATTTCAATGCAATCTTACCTTGCAGCAGAACCCT TCAGTTTTCCAGCTTCATCTTCCATCTTGCTAAATACAGCTTTTTTTTCCTCGTTTGTGG CACCGACGAACTCCTTCACTAATGTATCCAGTGATTCGACAATACCCGCCTATTGTCATG GGTACAAAGGAAAGTTAAAAGGCAAGGACAAAATAATGTTATAATGTTTTAATTTATCAC TTTATTCAGCTGTTGACTAACCTTTGAAGTAAATTGTCCTTTTGAATCACGGCTAGTTCC ACACTTCTCATTGATGAAGTTCACAAAGTCATCTGCATCTCGGCCACCATCATAATCCTC ACCAGCTTTGTTTCCCTTGGGGAAGAATTTCAGTGTGGGATAGCCACTTACACCATACCT GGTTAGCAAAACTTTAAATTATTATGACAAATGAGCATGCAAGAATGTACATGAGTTCAA CAGAGATCGAGATAGAATGTTAAGGAGGACTTTGTTTAGCTGGACAGAGGCCCCAAAACA GTAACAGAAAAGGGTAAATTCAGAACAGAGAAGCATATATCCTGTATTTCTTTGGAATGT GAAGTCCGGGACAAACTATTTCCACAGCCAACATACTTTGGAATTGATAAATGAGGAATG GACGAATCCTACCCTTTTAGAGGAAAAAAGAAAAACACAATTAACTTTGAAAAAGATAAA ATGCAATGACTTTGTCTCATCACCTCTCTTTATATTCCTTAGTTAATCAGTTTTTGTAAG TCAACTACACTACTAGATGGACTGTGGCGTAAGAATTATTAGATGTATGCTATTGAATAG CCATATTTTCTTTCCCCAGCCAGATGCTGACAGGGTCACCCAACACCAACTCATATTTCC TGATATCTATTGTCTATCATCTATGTCACACCCAGAAATAAAGCCTACATTGTTGCCTCC CCAATATACTCCTCTTGAAGTAAGTGATGGTTATGATTACATGCTAACATTAGACACAAA TTATTGTTCTAATGAAAATATAATGAGGGGCCAGGTAGTTGGAGTATCTTGAAGAATTTG CATGGGATGGAAGATTCATGAAGTTATTCTATAAGTTTATAGAAGCAAACACATTAGGGA GGGATTGATGATTGAGGAGTCCTGACAAGAATTTGACGGCTTTGACATTTCAATAAGCTG GTGCAAAATATGCATTTTAAGGAGTGCATTGTGACATTAGATAACAAGTATAACTTACTT CTCTGCAAGATCCTTGTGATTATCGGCATCAAGGTTCGCAATAATAACATCTTCCTCTTG CCTGAACGCTGTAGCTACCTTTTCGTAAATCTGCATTCATAAACAGATATGAATTCAGAT CTCTTCACATAGTAACTTAGCTATTAGAGGTTTCAACATAAGACGTTAATGCACTTACAG GAGCAAGGCTTTTGCAATGACCACACCTACACAAAGTAAAGCATAAATCAGAGATGTAGA TGGAGAAAAGATGACCCTTGGCTCACTGAACTCAGAACTATATTGAACTCGTGGCACCTC TTGTCTATTAAAGATTTGCTTATTCCCAAGCAGATAATCATAAAATTTTACCATGGTGCA TAAAATTCAACCAACACATCCTTGGTCTCATCTAGCACAATTTCATCAAAGTTATCTGAA GATAGCACCACAACGCTAGACGGGATAGAAGCAATCTTCACATTAGTCCCTAAAATAGGA TGATAGAAGTGTCAGAACTGCATATCAAATATAATTCATTTGAAGGTCTGGAGATATTTG CCTTGACCATTTTTTTTTTTTCAAAATTAAAGTACCACTTTATCATCCTCCTCACAATCA ACAAGTAATATCAATTAAAAAAAGGATGCTGAATCCCATAGGATTGAAAAAACAGAAGAC AATAGCACTTGTCCACTTCCAAATTTATCTTCAAGTTACACTAAGCACAAAAAAAAACGA AAAATGTTCGAGTAACAAGAGGCAAGATCACAAAATTAGGTAACATTTAAATTTCCTCGT GATAGAAGTTTAGAAGAAATGATACACCACAATTTTTAAAAAAACAGAGATGTTTTTCCC GGAAGTTCAACATAGCAATATGAAATTTTAAGTTAATAGAGTATCACACATCCTTCCCTT CTATAATAACTCAGAGCTTTATTGTGTGTGTGTGTATCACCAATGAAACTTAAGTTATAA GCAGTAAACACAATTCTGAAGTATAACACGCAACTTCGAAACCCCATTCTCGCCTCACAC TTTAACAAGAGAAACCAAAGTTTATACTTGAAGGTTACACGTCAAAACCCATTATCTAAA TAAAGGAAAATAAACCATTCAGAAGGGAGTCTCAAACAGATTTTGGGAATCCCCTAAGCA TCTTCTAGGTAAATTGGTGTTGACCATATGGAGCAAACTGTACAGCTGTCTGTCACATCC TGAGAACATCTCACCAGTTAACTCCACCTTCCCCTCTCCATTTCTGAACTAACAGAAAGT GATGGACAGATCACTGTTACAGAGAACATGACTATCCTAAGTACTCGATGCTCTTGGATA AATAGTATAATCCTCGAGAAGTAAATAAACAGATATGGTTCAAGGAAGCTGACCTTAAGG AAAAGGAGGTTAACGAAGTGAGCTTTACTACATGCAGAGGATGGAGAGAGAATAAGACTA CAAATATAAAGGAGTCAATATATTTCTTCAACCATCTTAAAGATTTCACAATGTTATTTC CCCAACCCAAGTTGCAACCCACACTCGTACTACCAGAGCAGGGAGATTCAAGATATGGAT GACTTTTAAAAGGAAGGGAACATAATTTCAGATATGGATTACAACATTCAACCATTGTTA CAACACAAGGCATAAAAGCTCAGATAGATCCATGACAGAATGTCAACACAAGTAGTGGGA TATCATATCCTGAATTTGGAATCCAAAAATACAATAAAAGCCACCACATACTTATATACA CAATCAGCCAACTCATTAAACTGGTAAAAACTCAAGCTGCAAAGGCAAGTTTAATACCTG CTTCGCTGTTCACGTACTCGGCAAGGGCTTCAGCAGATCGTGCACCTTCGTATCTGCAAT AAAATAAATGGTAAGAAGTAGGGCAAAAGAGTCGCAAAGAAAAAAACAATCAAAAACTGA TTTGTAAGTATGCAAGAATTAATTAACATACTTTTTTGGCTCCAGTGATCCCTTTGGAAA CCATTGGATAGTGGGGTAACCTTGAACCCCATATTTGCTGCAAACACTCTTATGTTCATC ACAATCAATCTACAGAGAATTGTTTATTAGAACCATCACAAACTTAACAAAACAAAAATT GAAAAACAGATAAAAATTAACTGAAAAAAGACTTGAAAGTATTTGTCAAAATAAAATTAA AAAAAAGGCAACGAAGAGAACTGAATGCTACCATTTGGTAAAATTTCCATTTTCATCATG ATTGGCTTTTCAGAGAAACGAAAATGAAAATGCTGGGAAATAGGTTAAGATTTTAATAGA AGGAAACCAATAGTTGCAGGTAATTTTCAGCTCAACCTCTAACCAATGGTATATCGCAAG CAATAACTGATGGATGATTTCTACGCAACTGTTGCCTATTGCAACAGCTATGTTGAGCCC TCAGATATGTCATGCAGCACACTATTCTACGAGCTTAAAATAAAAGGAAGAAAATTTCCA TTAAATTAGGTGAAACAAATTGAATTACAAATAAAAAATGCATTTGCTAGCTAATACAGG TAAAGAAATAAATGAACCCAGTGTTCCATCCAATCCAACTAAATTTGTCAAACCAAATAA TCAGTTTATCACTATCCAAAGGAACTTAACCCAAACTACACCACCAAACGAAACCAATAA CATAACCTTCTCTTATGGGAGAAACAGGATTACACAGTTATACACTTCTTTTTTCCTTTC CTATTCTTTTTTATTTTGCTTGACTGCATTCTCATCAGATAAAACGAAATAACCAACTGA ATCAATCACAAATCACAACAGTCTACTTGGTTAAATTTCTCAAACTTCTCCGCTAACCAA AATGAGTGAGTAGTAAACATAGGAGGAATTCGGCAGTTTCTTTAAGGAAATAGAAGTATG ATACACTGAGGAAAGAAACACAAAAAGAGGGAAAAATTTTACGGCCTCAGCCACAGAAAG AGCTCCATTATATATGATTCAAGCACAATGAAAAACTGAAAGGACATTACATATTCAGAA GAACTAACCTTTCCGATCAAAACAGACTTTGCTTTCTTGAAACTTGCACCA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.926 12958 13079 match_part 0.961 14006 14081 match_part 0.962 15714 16080 match_part 0.959 16836 17006 match_2 match_part 0.926 12958 13079 match_part 0.961 14006 14081 match_part 0.949 15714 15948 match_3 match_part 0.997 17728 18110 match_part 1.000 18200 18319 match_4 match_part 0.952 17944 18110 match_part 0.967 18200 18319 match_part 0.947 19185 19427 match_5 match_part 0.952 17944 18110 match_part 0.967 18200 18319 match_part 0.946 19185 19332 match_6 match_part 0.975 19522 19957 match_7 match_part 0.974 19608 19957 match_8 match_part 0.933 22755 23354 match_9 match_part 0.935 23738 24216 match_10 match_part 0.968 23740 24214 match_11 match_part 0.975 23744 23981 match_12 match_part 0.905 34174 34500 match_13 match_part 0.932 34174 34468 match_14 match_part 0.903 34174 34328 match_15 match_part 0.914 34175 34626 match_16 match_part 0.995 44387 44946 match_17 match_part 1.000 44410 44955 match_18 match_part 1.000 44411 44945 match_19 match_part 0.984 60788 61289 match_20 match_part 0.935 74745 75295 match_21 match_part 0.941 74758 75047 match_22 match_part 1.000 86921 86954 match_part 1.000 89935 90042 match_part 0.998 90243 90757 match_23 match_part 0.978 91102 91325 match_24 match_part 0.959 92376 92793 match_25 match_part 1.000 93045 93128 match_part 1.000 94566 94761 match_part 1.000 95072 95191 match_part 1.000 96977 97075 match_part 0.995 97211 97412 match_26 match_part 1.000 93045 93128 match_part 1.000 94566 94761 match_part 1.000 95072 95191 match_part 0.990 96977 97075 match_part 1.000 97211 97255 match_27 match_part 0.988 93045 93128 match_part 0.990 94566 94761 match_part 0.983 95072 95191 match_part 0.986 96977 97050 match_28 match_part 0.988 93045 93128 match_part 1.000 94566 94761 match_part 0.969 95072 95202 match_29 match_part 1.000 93045 93128 match_part 1.000 94566 94761 match_part 1.000 95072 95104 match_30 match_part 0.988 93045 93128 match_part 0.957 94566 94659 match_31 match_part 0.939 95159 95191 match_part 0.980 96977 97075 match_part 0.957 97211 97699 match_32 match_part 1.000 100292 100321 match_part 0.848 100402 100467 match_part 0.972 108018 108197 match_part 1.000 109412 109628 match_33 match_part 0.949 111208 111660 match_34 match_part 0.931 111264 111781 match_35 match_part 1.000 113506 113621 match_part 1.000 113799 113873 match_part 1.000 114155 114274 match_part 1.000 114422 114705 match_36 match_part 1.000 128201 128293 match_part 1.000 129539 129693 match_part 1.000 129801 129859 match_part 1.000 129973 130247 match_37 match_part 0.951 128212 128293 match_part 0.818 129074 129084 match_part 0.994 129539 129693 match_part 0.962 129801 129826 match_38 match_part 0.958 130801 131295 match_39 match_part 0.966 130984 131709 match_part 0.906 132978 133030 match_40 match_part 1.000 131254 131709 match_part 0.993 132978 133119 match_part 1.000 133573 133774 match_41 match_part 0.967 131378 131709 match_part 1.000 132978 132998 match_42 match_part 0.978 131619 131709 match_part 1.000 132978 133119 match_part 0.998 133573 134226 match_43 match_part 1.000 131687 131709 match_part 1.000 132978 133119 match_part 1.000 133573 133878 match_44 match_part 0.926 133602 134167 match_45 match_part 1.000 133664 134169 match_46 match_part 0.976 133994 134622 match_47 match_part 0.949 142493 143039 match_48 match_part 0.948 142500 143061 match_49 match_part 0.997 142500 142823 match_50 match_part 0.947 142502 142972 match_51 match_part 0.931 142503 143353 match_52 match_part 1.000 142503 143195 match_53 match_part 0.993 142503 143193 match_54 match_part 0.954 142510 143058 match_55 match_part 0.926 142864 143554 match_56 match_part 1.000 142929 143440 match_57 match_part 0.930 143143 143803 match_58 match_part 0.912 143215 143883 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_59 match_part 0.934 8333 8243 match_part 0.942 6830 6625 match_part 0.878 6529 6119 match_60 match_part 1.000 8338 8243 match_part 1.000 6830 6625 match_part 1.000 6529 6150 match_61 match_part 0.994 9845 9670 match_part 0.991 8863 8421 match_62 match_part 0.994 9845 9670 match_part 0.991 8863 8421 match_63 match_part 0.981 9727 9625 match_part 0.998 8863 8435 match_64 match_part 0.942 9824 9670 match_part 0.963 8863 8458 match_65 match_part 1.000 9841 9670 match_part 0.986 8863 8792 match_66 match_part 0.928 19864 19196 match_67 match_part 0.988 23416 22765 match_68 match_part 0.965 23216 22822 match_69 match_part 0.998 23782 22850 match_70 match_part 1.000 23953 23124 match_71 match_part 0.960 23847 23198 match_72 match_part 0.997 23797 23198 match_73 match_part 0.944 23497 23267 match_74 match_part 0.969 23952 23273 match_75 match_part 1.000 23938 23370 match_76 match_part 0.966 24136 23485 match_77 match_part 0.972 24157 23584 match_78 match_part 1.000 24316 23677 match_79 match_part 0.993 24280 23688 match_80 match_part 0.983 24280 23736 match_81 match_part 0.930 24506 23788 match_82 match_part 0.998 24402 23924 match_83 match_part 1.000 24602 24120 match_84 match_part 0.998 25033 24214 match_85 match_part 1.000 25020 25008 match_part 0.998 24818 24253 match_86 match_part 0.996 25030 24354 match_87 match_part 0.887 25167 25008 match_part 0.916 24850 24360 match_88 match_part 0.945 25007 24376 match_89 match_part 0.936 25004 24382 match_90 match_part 0.917 24981 24419 match_91 match_part 0.924 25018 24624 match_92 match_part 0.998 32737 32293 match_93 match_part 0.931 33482 33251 match_part 0.990 33137 33036 match_part 0.951 32944 32682 match_94 match_part 0.990 33460 33251 match_part 1.000 33137 33036 match_part 0.996 32944 32719 match_95 match_part 1.000 33473 33251 match_part 1.000 33137 33036 match_part 1.000 32944 32771 match_96 match_part 0.975 33449 33251 match_part 1.000 33137 33036 match_part 0.957 32944 32830 match_97 match_part 0.910 33482 32915 match_98 match_part 0.995 33468 33251 match_part 0.980 33137 33036 match_part 1.000 32944 32929 match_99 match_part 0.945 33467 33251 match_part 1.000 33137 33122 match_100 match_part 0.926 33493 33141 match_101 match_part 0.990 46140 46044 match_part 1.000 45918 45831 match_part 1.000 45726 45659 match_part 1.000 44830 44771 match_part 0.998 44668 44242 match_part 0.500 44156 44151 match_102 match_part 1.000 46087 46044 match_part 0.977 45918 45831 match_part 1.000 45726 45659 match_part 1.000 44830 44771 match_part 0.993 44668 44242 match_part 0.500 44156 44151 match_103 match_part 1.000 44535 44275 match_104 match_part 0.997 46387 46044 match_part 1.000 45918 45831 match_part 1.000 45726 45659 match_part 1.000 44830 44771 match_part 1.000 44668 44358 match_105 match_part 1.000 46404 46044 match_part 1.000 45918 45831 match_part 1.000 45726 45659 match_part 1.000 44830 44771 match_part 1.000 44668 44531 match_106 match_part 1.000 46427 46044 match_part 1.000 45918 45831 match_part 1.000 45726 45659 match_part 0.967 44830 44771 match_part 0.920 44668 44532 match_107 match_part 1.000 46194 46044 match_part 1.000 45918 45831 match_part 1.000 45726 45659 match_part 0.967 44830 44771 match_part 0.955 44668 44581 match_108 match_part 1.000 46404 46044 match_part 1.000 45918 45831 match_part 1.000 45726 45659 match_part 1.000 44830 44771 match_part 1.000 44668 44591 match_109 match_part 1.000 46417 46044 match_part 1.000 45918 45831 match_part 1.000 45726 45659 match_part 1.000 44830 44771 match_part 1.000 44668 44613 match_110 match_part 0.997 46409 46044 match_part 0.966 45918 45831 match_part 1.000 45726 45659 match_part 1.000 44830 44771 match_part 0.933 44668 44624 match_111 match_part 0.910 46364 46044 match_part 0.932 45918 45831 match_part 0.956 45726 45659 match_part 0.926 44830 44777 match_112 match_part 0.992 46404 46044 match_part 1.000 45918 45831 match_part 1.000 45726 45659 match_part 1.000 44830 44780 match_113 match_part 1.000 46421 46044 match_part 1.000 45918 45831 match_part 1.000 45726 45659 match_part 1.000 44830 44783 match_114 match_part 1.000 46231 46044 match_part 1.000 45918 45831 match_part 1.000 45726 45659 match_part 1.000 44830 44783 match_115 match_part 0.994 46404 46044 match_part 1.000 45918 45831 match_part 1.000 45726 45696 match_116 match_part 0.989 46404 46044 match_part 1.000 45918 45909 match_117 match_part 0.930 51135 50438 match_118 match_part 0.941 51135 50597 match_119 match_part 0.939 51135 50663 match_120 match_part 0.926 51095 50747 match_121 match_part 0.976 52123 51705 match_122 match_part 0.935 51920 51707 match_123 match_part 0.996 74898 74427 match_124 match_part 0.991 74749 74427 match_125 match_part 0.995 75167 74437 match_126 match_part 0.993 75202 74506 match_127 match_part 0.971 74956 74581 match_128 match_part 1.000 76458 76423 match_part 1.000 76324 76127 match_part 1.000 76043 75875 match_part 0.991 75269 74716 match_129 match_part 1.000 76137 76127 match_part 1.000 76043 75875 match_part 1.000 75269 74873 match_130 match_part 1.000 75772 75076 match_131 match_part 1.000 76248 76127 match_part 1.000 76043 75875 match_part 1.000 75269 75144 match_132 match_part 1.000 76557 76423 match_part 1.000 76324 76127 match_part 1.000 76043 75875 match_part 1.000 75269 75174 match_133 match_part 1.000 76557 76423 match_part 1.000 76324 76127 match_part 1.000 76043 75875 match_part 1.000 75269 75206 match_134 match_part 0.981 75772 75292 match_135 match_part 1.000 75765 75313 match_136 match_part 1.000 75772 75525 match_137 match_part 1.000 76557 76423 match_part 1.000 76324 76163 match_138 match_part 0.951 77489 77449 match_part 0.947 77313 76826 match_part 0.950 76583 76423 match_part 0.960 76324 76275 match_139 match_part 1.000 78371 78253 match_part 1.000 78168 78093 match_part 1.000 77489 77449 match_part 0.987 77313 76848 match_140 match_part 0.973 78365 78253 match_part 0.934 78168 78093 match_part 0.951 77489 77449 match_part 0.928 77313 76882 match_141 match_part 0.973 78365 78253 match_part 0.934 78168 78093 match_part 0.951 77489 77449 match_part 0.931 77313 76936 match_142 match_part 1.000 78374 78253 match_part 0.987 78168 78093 match_part 1.000 77489 77449 match_part 0.976 77313 77069 match_143 match_part 1.000 78789 78602 match_part 1.000 78373 78253 match_part 1.000 78168 78093 match_part 1.000 77489 77449 match_part 0.982 77313 77144 match_144 match_part 0.967 78375 78253 match_part 1.000 78168 78093 match_part 0.976 77489 77449 match_part 0.994 77313 77151 match_145 match_part 0.997 78931 78602 match_part 1.000 78373 78253 match_part 1.000 78168 78093 match_part 0.951 77489 77449 match_part 0.958 77313 77170 match_146 match_part 0.963 78790 78602 match_part 0.967 78373 78253 match_part 1.000 78168 78093 match_part 0.976 77489 77449 match_part 1.000 77313 77226 match_147 match_part 1.000 78514 78253 match_part 1.000 78168 78093 match_part 1.000 77489 77449 match_part 1.000 77313 77251 match_148 match_part 0.997 91154 90819 match_149 match_part 0.968 130994 130239 match_150 match_part 0.973 130979 130303 match_151 match_part 0.964 130994 130387 match_152 match_part 0.948 143424 142825 match_153 match_part 1.000 150722 150705 match_part 1.000 150507 150408 match_part 1.000 150014 149686 match_part 0.591 147767 147746 match_part 0.722 147326 147309 match_part 0.575 146697 146658 match_part 0.500 144405 144388 match_part 0.667 143981 143970 match_part 0.526 143390 143353 match_154 match_part 0.970 150473 150408 match_part 0.949 150014 149683 match_155 match_part 1.000 150983 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 0.978 150014 149694 match_156 match_part 1.000 151967 151919 match_part 1.000 151078 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 0.978 150014 149698 match_157 match_part 1.000 151946 151919 match_part 1.000 151078 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 1.000 150014 149703 match_158 match_part 0.962 151079 150922 match_part 0.968 150829 150705 match_part 0.980 150507 150408 match_part 0.955 150014 149703 match_159 match_part 1.000 151041 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 1.000 150014 149703 match_160 match_part 1.000 151032 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 1.000 150014 149703 match_161 match_part 0.989 151013 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 1.000 150014 149703 match_162 match_part 0.984 150469 150408 match_part 1.000 150014 149703 match_163 match_part 1.000 150440 150408 match_part 1.000 150014 149703 match_164 match_part 1.000 152114 152099 match_part 1.000 152010 151919 match_part 1.000 151078 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 1.000 150014 149705 match_165 match_part 0.973 150480 150408 match_part 0.955 150014 149705 match_166 match_part 1.000 151967 151919 match_part 1.000 151078 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 0.994 150014 149706 match_167 match_part 0.966 150791 150705 match_part 0.980 150507 150408 match_part 0.938 150014 149710 match_168 match_part 1.000 152003 151919 match_part 1.000 151078 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 0.980 150014 149715 match_169 match_part 1.000 151967 151919 match_part 1.000 151078 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 0.953 150014 149717 match_170 match_part 1.000 151008 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 0.980 150014 149721 match_171 match_part 1.000 151008 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 0.980 150014 149721 match_172 match_part 1.000 151008 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 0.980 150014 149722 match_173 match_part 1.000 151008 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 0.979 150014 149723 match_174 match_part 1.000 151967 151919 match_part 1.000 151078 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 0.996 150014 149733 match_175 match_part 1.000 152281 152272 match_part 1.000 152126 152099 match_part 1.000 152010 151919 match_part 1.000 151078 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 1.000 150014 149796 match_176 match_part 0.943 152005 151919 match_part 0.968 151078 150922 match_part 0.952 150829 150705 match_part 0.980 150507 150408 match_part 0.943 150014 149821 match_177 match_part 1.000 152107 152099 match_part 0.967 152010 151919 match_part 0.955 151078 150922 match_part 0.960 150829 150705 match_part 0.970 150507 150408 match_part 0.967 150014 149835 match_178 match_part 1.000 152295 152272 match_part 1.000 152126 152099 match_part 0.957 152010 151919 match_part 0.955 151078 150922 match_part 0.952 150829 150705 match_part 0.980 150507 150408 match_part 0.963 150014 149854 match_179 match_part 0.975 152389 152272 match_part 1.000 152126 152099 match_part 0.967 152010 151919 match_part 0.955 151078 150922 match_part 0.960 150829 150705 match_part 0.940 150507 150408 match_part 0.917 150014 149906 match_180 match_part 0.963 152298 152272 match_part 1.000 152126 152099 match_part 1.000 152010 151919 match_part 0.987 151078 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 0.982 150014 149906 match_181 match_part 0.956 153916 153872 match_part 1.000 153773 153718 match_part 1.000 152389 152272 match_part 1.000 152126 152099 match_part 1.000 152010 151919 match_part 1.000 151078 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 0.981 150014 149912 match_182 match_part 0.975 152389 152272 match_part 1.000 152126 152099 match_part 1.000 152010 151919 match_part 1.000 151078 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150416 match_183 match_part 1.000 153969 153872 match_part 1.000 153773 153718 match_part 1.000 152389 152272 match_part 1.000 152126 152099 match_part 1.000 152010 151919 match_part 1.000 151078 150922 match_part 0.992 150829 150705 match_part 0.965 150507 150451 match_184 match_part 0.954 152005 151919 match_part 0.968 151078 150922 match_part 0.952 150829 150705 match_part 0.974 150507 150469 match_185 match_part 0.941 153734 153718 match_part 0.992 152389 152272 match_part 1.000 152126 152099 match_part 0.989 152010 151919 match_part 1.000 151078 150922 match_part 0.968 150829 150705 match_part 1.000 150507 150490 match_186 match_part 1.000 154971 154929 match_part 1.000 153969 153872 match_part 1.000 153773 153718 match_part 1.000 152389 152272 match_part 1.000 152126 152099 match_part 1.000 152010 151919 match_part 1.000 151078 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150502 match_187 match_part 0.971 153752 153718 match_part 0.992 152389 152272 match_part 1.000 152126 152099 match_part 1.000 152010 151919 match_part 1.000 151078 150922 match_part 1.000 150829 150722 match_188 match_part 1.000 152389 152272 match_part 1.000 152126 152099 match_part 1.000 152010 151919 match_part 0.994 151078 150922 match_part 1.000 150829 150801 match_189 match_part 1.000 153936 153872 match_part 1.000 153773 153718 match_part 1.000 152389 152272 match_part 1.000 152126 152099 match_part 1.000 152010 151919 match_part 1.000 151091 150922 match_part 0.963 150829 150803 match_190 match_part 1.000 154971 154929 match_part 0.929 153969 153872 match_part 0.857 153773 153718 match_part 0.975 152389 152272 match_part 1.000 152126 152099 match_part 0.957 152010 151919 match_part 0.949 151078 150922 match_part 0.952 150829 150809 match_191 match_part 0.797 153930 153872 match_part 0.893 153773 153718 match_part 0.907 152389 152272 match_part 1.000 152126 152099 match_part 0.967 152010 151919 match_part 0.992 151091 150961 match_192 match_part 0.977 154971 154929 match_part 1.000 153969 153872 match_part 1.000 153773 153718 match_part 1.000 152389 152272 match_part 1.000 152126 152099 match_part 1.000 152010 151919 match_part 1.000 151078 151028 match_193 match_part 1.000 152444 152099 match_part 1.000 152010 151919 match_part 1.000 151078 151030 match_194 match_part 1.000 152230 152099 match_part 1.000 152010 151919 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 8338 8243 exon 6830 6625 exon 6529 6119 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 9845 9670 exon 8863 8421 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 9727 9625 exon 8863 8435 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 12958 13079 exon 14006 14081 exon 15714 16080 exon 16836 17006 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 17728 18110 exon 18200 18319 exon 19185 19427 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 19864 19196 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 19522 19957 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 22755 23354 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 25033 22765 gene_10 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 25020 25008 exon 24818 22765 gene_11 gene GT_PGL_8_AGS_3 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 25167 25008 exon 24850 22765 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 23738 24216 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 33482 33251 exon 33137 33036 exon 32944 32293 gene_14 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 33493 32915 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 34174 34626 gene_16 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 46427 46044 exon 45918 45831 exon 45726 45659 exon 44830 44771 exon 44668 44242 exon 44156 44151 gene_17 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 44387 44955 gene_18 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 51135 50438 gene_19 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 52123 51705 gene_20 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 60788 61289 gene_21 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 78514 78253 exon 78168 78093 exon 77489 77449 exon 77313 76826 exon 76583 76423 exon 76324 76127 exon 76043 75875 exon 75269 74427 gene_22 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 78931 78602 exon 78373 78253 exon 78168 78093 exon 77489 77449 exon 77313 76826 exon 76583 76423 exon 76324 76127 exon 76043 75875 exon 75269 74427 gene_23 gene GT_PGL_17_AGS_3 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 75772 74427 gene_24 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 74745 75295 gene_25 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 86921 86954 exon 89935 90042 exon 90243 90757 gene_26 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 91154 90819 gene_27 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 91102 91325 gene_28 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 92376 92793 gene_29 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 93045 93128 exon 94566 94761 exon 95072 95191 exon 96977 97075 exon 97211 97699 gene_30 gene GT_PGL_23_AGS_2 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 93045 93128 exon 94566 94761 exon 95072 95202 gene_31 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 100292 100321 exon 100402 100467 exon 108018 108197 exon 109412 109628 gene_32 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 111208 111781 gene_33 gene GT_PGL_26_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 113506 113621 exon 113799 113873 exon 114155 114274 exon 114422 114705 gene_34 gene GT_PGL_27_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 128201 128293 exon 129539 129693 exon 129801 129859 exon 129973 130247 gene_35 gene GT_PGL_27_AGS_2 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 128212 128293 exon 129074 129084 exon 129539 129693 exon 129801 129826 gene_36 gene GT_PGL_28_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 130994 130239 gene_37 gene GT_PGL_29_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 130801 131709 exon 132978 133119 exon 133573 134622 gene_38 gene GT_PGL_30_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 142493 143883 gene_39 gene GT_PGL_31_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 154971 154929 exon 153969 153872 exon 153773 153718 exon 152389 152272 exon 152126 152099 exon 152010 151919 exon 151078 150922 exon 150829 150705 exon 150507 150408 exon 150014 149686 exon 147767 147746 exon 147326 147309 exon 146697 146658 exon 144405 144388 exon 143981 143970 exon 143390 143353 gene_40 gene GT_PGL_31_AGS_2 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 154971 154929 exon 153969 153872 exon 153773 153718 exon 152389 152272 exon 152126 152099 exon 152010 151919 exon 151078 150922 exon 150829 150705 exon 150507 150408 exon 150014 149683 gene_41 gene GT_PGL_31_AGS_3 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 152444 152099 exon 152010 151919 exon 151078 150922 exon 150829 150705 exon 150507 150408 exon 150014 149686 exon 147767 147746 exon 147326 147309 exon 146697 146658 exon 144405 144388 exon 143981 143970 exon 143390 143353 gene_42 gene GT_PGL_31_AGS_4 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 153936 153872 exon 153773 153718 exon 152389 152272 exon 152126 152099 exon 152010 151919 exon 151091 150922 exon 150829 150705 exon 150507 150408 exon 150014 149686 exon 147767 147746 exon 147326 147309 exon 146697 146658 exon 144405 144388 exon 143981 143970 exon 143390 143353 gene_43 gene GT_PGL_31_AGS_5 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 143424 142825 RepeatMasker tomato repeats master Unknown00034 5117 5199 1 Unknown00034 5117 5199 1 nucleotide_motif 317 5679 5769 SONATA2 1 202 1 SONATA2 1 202 1 nucleotide_motif 992 15289 15489 Copia00113 7230 7319 1 Copia00113 7230 7319 1 nucleotide_motif 260 18640 18733 Copia00190 293 408 1 Copia00190 293 408 1 nucleotide_motif 237 26964 27078 Gypsy00073 606 656 1 Gypsy00073 606 656 1 nucleotide_motif 231 33974 34025 Gypsy00019 586 642 1 Gypsy00019 586 642 1 nucleotide_motif 258 34887 34940 SINE_SO 1 129 1 SINE_SO 1 129 1 nucleotide_motif 628 36606 36733 Unknown00002 9185 9430 1 Unknown00002 9185 9430 1 nucleotide_motif 1221 47984 48232 Copia00145 6953 7060 1 Copia00145 6953 7060 1 nucleotide_motif 266 54296 54403 Gypsy00043 1961 2069 1 Gypsy00043 1961 2069 1 nucleotide_motif 249 54446 54558 Gypsy00173 1 780 1 Gypsy00173 1 780 1 nucleotide_motif 6104 56433 57245 Gypsy00173 776 4983 1 Gypsy00173 776 4983 1 nucleotide_motif 36398 60083 64281 Unknown00052 4568 4666 1 Unknown00052 4568 4666 1 nucleotide_motif 487 70477 70574 Unknown00002 995 3400 1 Unknown00002 995 3400 1 nucleotide_motif 2997 70786 72515 Gypsy00043 519 544 1 Gypsy00043 519 544 1 nucleotide_motif 1095 72674 72684 Copia00110 13161 13567 1 Copia00110 13161 13567 1 nucleotide_motif 2389 72685 73097 Gypsy00043 545 1314 1 Gypsy00043 545 1314 1 nucleotide_motif 1095 73098 73403 TS 97 159 1 TS 97 159 1 nucleotide_motif 381 93874 93937 Copia00151 10099 10181 1 Copia00151 10099 10181 1 nucleotide_motif 348 93875 93955 LINE1D_MT 2558 2639 1 LINE1D_MT 2558 2639 1 nucleotide_motif 255 106774 106857 VANDAL13 7612 7675 1 VANDAL13 7612 7675 1 nucleotide_motif 249 136222 136290 SONATA2 1 81 1 SONATA2 1 81 1 nucleotide_motif 263 146923 147005 RepeatMasker tomato repeats master SINE_SO 3 84 -1 SINE_SO 3 84 -1 nucleotide_motif 283 28452 28367 Unknown00019 48 697 -1 Unknown00019 48 697 -1 nucleotide_motif 4534 34650 33987 Copia00181 1783 1871 -1 Copia00181 1783 1871 -1 nucleotide_motif 247 34988 34899 Copia00151 8219 8355 -1 Copia00151 8219 8355 -1 nucleotide_motif 395 35147 35011 Unknown00016 1036 2400 -1 Unknown00016 1036 2400 -1 nucleotide_motif 4784 50403 49043 Gypsy00011 1205 5115 -1 Gypsy00011 1205 5115 -1 nucleotide_motif 34518 54326 50416 Gypsy00049 8130 11426 -1 Gypsy00049 8130 11426 -1 nucleotide_motif 8814 60491 57189 Gypsy00011 1204 5115 -1 Gypsy00011 1204 5115 -1 nucleotide_motif 34524 70477 66566 Unknown00016 1 1037 -1 Unknown00016 1 1037 -1 nucleotide_motif 3492 71521 70488 SONATA2 1 191 -1 SONATA2 1 191 -1 nucleotide_motif 1056 75641 75451 Gypsy00031 6047 6174 -1 Gypsy00031 6047 6174 -1 nucleotide_motif 240 86025 85910 Unknown00043 1933 2041 -1 Unknown00043 1933 2041 -1 nucleotide_motif 266 87500 87399 TS2 58 569 -1 TS2 58 569 -1 nucleotide_motif 280 88567 88482 Unknown00025 251 469 -1 Unknown00025 251 469 -1 nucleotide_motif 240 99432 99212 Unknown00043 10169 10278 -1 Unknown00043 10169 10278 -1 nucleotide_motif 313 106474 106364 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 999 66349 67524 match_2 match 5378 62905 66248 match_3 match 6518 56830 60645 match_4 match 3602 60695 62789 match_5 match 3005 60698 62789 match_6 match 4785 62855 66256 match_7 match 6030 56831 60638 match_8 match 2789 62862 66197 match_9 match 1800 60699 62789 match_10 match 299 70477 71871 match_11 match 722 49102 50415 match_12 match 392 49095 50308 match_13 match 1604 55213 56375 match_14 match 2416 62852 64281 match_15 match 3814 60695 62789 match_16 match 4946 62855 66211 match_17 match 2246 59165 60645 match_18 match 3190 60698 62789 match_19 match 2169 56831 58238 match_20 match 509 70486 72008 match_21 match 644 49100 50397 match_22 match 321 49261 50415 match_23 match 456 70634 71910 match_24 match 2704 66566 68043 match_25 match 2979 55220 56750 match_26 match 7485 56830 60645 match_27 match 2983 68109 69719 match_28 match 2983 68109 69719 match_29 match 6603 62852 66256 match_30 match 2991 51959 53569 match_31 match 2991 51959 53569 match_32 match 2690 50415 51893 match_33 match 4129 60695 62789 match_34 match 2696 50416 51893 match_35 match 3140 66342 68043 match_36 match 2704 66566 68043 match_37 match 2979 55220 56750 match_38 match 7485 56830 60645 match_39 match 2983 68109 69719 match_40 match 2983 68109 69719 match_41 match 6603 62852 66256 match_42 match 2991 51959 53569 match_43 match 2991 51959 53569 match_44 match 2690 50415 51893 match_45 match 4129 60695 62789 match_46 match 2696 50416 51893 match_47 match 3140 66342 68043 match_48 match 529 49100 50306 match_49 match 2704 66566 68043 match_50 match 2979 55220 56750 match_51 match 7485 56830 60645 match_52 match 2983 68109 69719 match_53 match 2983 68109 69719 match_54 match 6500 62904 66256 match_55 match 6603 62852 66256 match_56 match 2991 51959 53569 match_57 match 2991 51959 53569 match_58 match 2690 50415 51893 match_59 match 4129 60695 62789 match_60 match 2696 50416 51893 match_61 match 3140 66342 68043 match_62 match 4659 56830 60645 match_63 match 1532 60695 61923 match_64 match 726 49110 50415 match_65 match 636 71132 72220 match_66 match 4659 56830 60645 match_67 match 1532 60695 61923 match_68 match 1982 62923 65754 match_69 match 1748 60849 62789 match_70 match 3622 57077 60627 match_71 match 733 66489 67523 match_72 match 3707 62861 65400 match_73 match 3114 60695 62789 match_74 match 5838 56831 60645 match_75 match 680 66345 67371 match_76 match 1524 65126 66256 match_77 match 1237 66342 67524 match_78 match 6256 62852 66256 match_79 match 7263 56830 60645 match_80 match 4090 60695 62789 match_81 match 331 71153 72268 match_82 match 611 49095 50404 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_1 clone_end 957 136 630 clone_1 clone 1382.5 5898 106749 clone_start_1 clone_start 1239 5898 6534 clone_end_2 clone_end 1546 6707 7486 clone_start_2 clone_start 1191 6760 7375 clone_2 clone 885 19816 149524 clone_start_3 clone_start 878 19816 20265 clone_3 clone 1141 22492 149510 clone_end_3 clone_end 1118 22492 23055 clone_4 clone 1351 22530 140336 clone_start_4 clone_start 1390 22530 23230 clone_5 clone 1162.5 27240 134948 clone_start_5 clone_start 1239 27240 27888 clone_end_4 clone_end 1402 48009 48736 clone_start_6 clone_start 1229 48758 49417 clone_start_7 clone_start 799 48843 49269 clone_end_5 clone_end 848 50416 50847 clone_6 clone 1044.5 55041 87679 clone_start_8 clone_start 961 55041 55525 clone_end_6 clone_end 969 57318 57842 clone_end_7 clone_end 987 57751 58264 clone_start_9 clone_start 957 58891 59409 clone_start_10 clone_start 872 60194 60645 clone_end_8 clone_end 799 61981 62399 clone_start_11 clone_start 1215 64499 65143 clone_end_9 clone_end 856 66566 66997 clone_7 clone 1496 97784 117305 clone_start_12 clone_start 1370 97784 98537 clone_start_13 clone_start 999 108278 108802 clone_end_10 clone_end 892 111524 111994 clone_end_11 clone_end 1314 112938 113612 clone_end_12 clone_end 1118 117351 117945 clone_end_13 clone_end 1134 121003 121574 clone_start_14 clone_start 1463 121386 122123 clone_start_15 clone_start 779 132252 132644 clone_start_16 clone_start 1152 133268 133876 clone_end_14 clone_end 823 140107 140548 clone_start_17 clone_start 973 149473 149963 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_15 clone_end 1526 106749 105921 clone_end_16 clone_end 741 13588 13171 clone_end_17 clone_end 892 149524 149014 clone_start_18 clone_start 1164 149510 148867 clone_end_18 clone_end 1312 140336 139675 clone_end_19 clone_end 1086 134948 134393 clone_start_19 clone_start 773 32470 31994 clone_start_20 clone_start 807 47530 47103 clone_start_21 clone_start 888 49423 48972 clone_end_20 clone_end 686 50768 50415 clone_start_22 clone_start 928 52450 51959 clone_end_21 clone_end 1209 53458 52767 clone_start_23 clone_start 1203 53515 52905 clone_start_24 clone_start 795 53486 53086 clone_end_22 clone_end 1128 87679 87111 clone_end_23 clone_end 739 57214 56830 clone_end_24 clone_end 1346 57946 57256 clone_end_25 clone_end 1154 58530 57905 clone_end_26 clone_end 1362 58704 57994 clone_start_25 clone_start 1263 59139 58499 clone_start_26 clone_start 1572 59683 58867 clone_start_27 clone_start 936 59425 58918 clone_start_28 clone_start 896 60645 60182 clone_start_29 clone_start 276 60848 60695 clone_end_27 clone_end 1142 61657 61063 clone_end_28 clone_end 1055 61675 61116 clone_end_29 clone_end 743 61812 61430 clone_end_30 clone_end 1138 62340 61728 clone_start_30 clone_start 1150 62359 61756 clone_end_31 clone_end 1300 63958 63267 clone_start_31 clone_start 1358 63995 63295 clone_end_32 clone_end 906 63785 63305 clone_end_33 clone_end 1259 64007 63369 clone_end_34 clone_end 1166 64006 63383 clone_end_35 clone_end 1411 64435 63695 clone_start_32 clone_start 1386 64467 63732 clone_end_36 clone_end 1411 64535 63799 clone_start_33 clone_start 1013 64462 63888 clone_end_37 clone_end 1061 65292 64734 clone_end_38 clone_end 1005 65438 64908 clone_end_39 clone_end 1249 65577 64924 clone_end_40 clone_end 993 66918 66410 clone_start_34 clone_start 920 68600 68109 clone_end_41 clone_end 1209 69608 68917 clone_start_35 clone_start 1203 69665 69055 clone_start_36 clone_start 795 69636 69236 clone_start_37 clone_start 1045 71494 70968 clone_end_42 clone_end 1320 77990 77325 clone_end_43 clone_end 993 79191 78687 clone_end_44 clone_end 1348 87887 87208 clone_end_45 clone_end 997 90708 90190 clone_end_46 clone_end 1622 117305 116480 clone_end_47 clone_end 753 100505 100063 clone_start_38 clone_start 987 102386 101830 clone_end_48 clone_end 1045 103039 102426 clone_start_39 clone_start 1134 110422 109847 clone_end_49 clone_end 1170 116023 115266 clone_start_40 clone_start 283 132228 132086 clone_start_41 clone_start 890 132700 132252 clone_start_42 clone_start 977 141334 140842 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.997 17728 18110 match_part 1.000 18200 18319 match_2 match_part 0.975 19522 19957 match_3 match_part 0.974 19608 19957 match_4 match_part 0.905 34174 34500 match_5 match_part 0.932 34174 34468 match_6 match_part 0.903 34174 34328 match_7 match_part 0.914 34175 34626 match_8 match_part 0.995 44387 44946 match_9 match_part 1.000 44410 44955 match_10 match_part 1.000 44411 44945 match_11 match_part 0.984 60788 61289 match_12 match_part 1.000 86921 86954 match_part 1.000 89935 90042 match_part 0.998 90243 90757 match_13 match_part 0.978 91102 91325 match_14 match_part 1.000 93045 93128 match_part 1.000 94566 94761 match_part 1.000 95072 95191 match_part 1.000 96977 97075 match_part 0.995 97211 97412 match_15 match_part 1.000 93045 93128 match_part 1.000 94566 94761 match_part 1.000 95072 95191 match_part 0.990 96977 97075 match_part 1.000 97211 97255 match_16 match_part 0.988 93045 93128 match_part 0.990 94566 94761 match_part 0.983 95072 95191 match_part 0.986 96977 97050 match_17 match_part 0.988 93045 93128 match_part 1.000 94566 94761 match_part 0.969 95072 95202 match_18 match_part 1.000 93045 93128 match_part 1.000 94566 94761 match_part 1.000 95072 95104 match_19 match_part 0.988 93045 93128 match_part 0.957 94566 94659 match_20 match_part 0.939 95159 95191 match_part 0.980 96977 97075 match_part 0.957 97211 97699 match_21 match_part 1.000 100292 100321 match_part 0.848 100402 100467 match_part 0.972 108018 108197 match_part 1.000 109412 109628 match_22 match_part 1.000 113506 113621 match_part 1.000 113799 113873 match_part 1.000 114155 114274 match_part 1.000 114422 114705 match_23 match_part 1.000 128201 128293 match_part 1.000 129539 129693 match_part 1.000 129801 129859 match_part 1.000 129973 130247 match_24 match_part 1.000 131254 131709 match_part 0.993 132978 133119 match_part 1.000 133573 133774 match_25 match_part 0.978 131619 131709 match_part 1.000 132978 133119 match_part 0.998 133573 134226 match_26 match_part 1.000 131687 131709 match_part 1.000 132978 133119 match_part 1.000 133573 133878 match_27 match_part 1.000 133664 134169 match_28 match_part 0.976 133994 134622 match_29 match_part 0.997 142500 142823 match_30 match_part 1.000 142503 143195 match_31 match_part 0.993 142503 143193 match_32 match_part 1.000 142929 143440 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_33 match_part 1.000 8338 8243 match_part 1.000 6830 6625 match_part 1.000 6529 6150 match_34 match_part 0.994 9845 9670 match_part 0.991 8863 8421 match_35 match_part 0.994 9845 9670 match_part 0.991 8863 8421 match_36 match_part 0.981 9727 9625 match_part 0.998 8863 8435 match_37 match_part 0.942 9824 9670 match_part 0.963 8863 8458 match_38 match_part 1.000 9841 9670 match_part 0.986 8863 8792 match_39 match_part 0.988 23416 22765 match_40 match_part 0.998 23782 22850 match_41 match_part 1.000 23953 23124 match_42 match_part 0.997 23797 23198 match_43 match_part 1.000 23938 23370 match_44 match_part 1.000 24316 23677 match_45 match_part 0.993 24280 23688 match_46 match_part 0.983 24280 23736 match_47 match_part 0.998 24402 23924 match_48 match_part 1.000 24602 24120 match_49 match_part 0.998 25033 24214 match_50 match_part 1.000 25020 25008 match_part 0.998 24818 24253 match_51 match_part 0.996 25030 24354 match_52 match_part 0.998 32737 32293 match_53 match_part 0.990 33460 33251 match_part 1.000 33137 33036 match_part 0.996 32944 32719 match_54 match_part 1.000 33473 33251 match_part 1.000 33137 33036 match_part 1.000 32944 32771 match_55 match_part 0.975 33449 33251 match_part 1.000 33137 33036 match_part 0.957 32944 32830 match_56 match_part 0.995 33468 33251 match_part 0.980 33137 33036 match_part 1.000 32944 32929 match_57 match_part 0.945 33467 33251 match_part 1.000 33137 33122 match_58 match_part 0.990 46140 46044 match_part 1.000 45918 45831 match_part 1.000 45726 45659 match_part 1.000 44830 44771 match_part 0.998 44668 44242 match_part 0.500 44156 44151 match_59 match_part 1.000 46087 46044 match_part 0.977 45918 45831 match_part 1.000 45726 45659 match_part 1.000 44830 44771 match_part 0.993 44668 44242 match_part 0.500 44156 44151 match_60 match_part 1.000 44535 44275 match_61 match_part 0.997 46387 46044 match_part 1.000 45918 45831 match_part 1.000 45726 45659 match_part 1.000 44830 44771 match_part 1.000 44668 44358 match_62 match_part 1.000 46404 46044 match_part 1.000 45918 45831 match_part 1.000 45726 45659 match_part 1.000 44830 44771 match_part 1.000 44668 44531 match_63 match_part 1.000 46427 46044 match_part 1.000 45918 45831 match_part 1.000 45726 45659 match_part 0.967 44830 44771 match_part 0.920 44668 44532 match_64 match_part 1.000 46194 46044 match_part 1.000 45918 45831 match_part 1.000 45726 45659 match_part 0.967 44830 44771 match_part 0.955 44668 44581 match_65 match_part 1.000 46404 46044 match_part 1.000 45918 45831 match_part 1.000 45726 45659 match_part 1.000 44830 44771 match_part 1.000 44668 44591 match_66 match_part 1.000 46417 46044 match_part 1.000 45918 45831 match_part 1.000 45726 45659 match_part 1.000 44830 44771 match_part 1.000 44668 44613 match_67 match_part 0.997 46409 46044 match_part 0.966 45918 45831 match_part 1.000 45726 45659 match_part 1.000 44830 44771 match_part 0.933 44668 44624 match_68 match_part 0.992 46404 46044 match_part 1.000 45918 45831 match_part 1.000 45726 45659 match_part 1.000 44830 44780 match_69 match_part 1.000 46421 46044 match_part 1.000 45918 45831 match_part 1.000 45726 45659 match_part 1.000 44830 44783 match_70 match_part 1.000 46231 46044 match_part 1.000 45918 45831 match_part 1.000 45726 45659 match_part 1.000 44830 44783 match_71 match_part 0.994 46404 46044 match_part 1.000 45918 45831 match_part 1.000 45726 45696 match_72 match_part 0.989 46404 46044 match_part 1.000 45918 45909 match_73 match_part 0.930 51135 50438 match_74 match_part 0.941 51135 50597 match_75 match_part 0.939 51135 50663 match_76 match_part 0.926 51095 50747 match_77 match_part 0.976 52123 51705 match_78 match_part 0.935 51920 51707 match_79 match_part 0.996 74898 74427 match_80 match_part 0.991 74749 74427 match_81 match_part 0.995 75167 74437 match_82 match_part 0.993 75202 74506 match_83 match_part 0.971 74956 74581 match_84 match_part 1.000 76458 76423 match_part 1.000 76324 76127 match_part 1.000 76043 75875 match_part 0.991 75269 74716 match_85 match_part 1.000 76137 76127 match_part 1.000 76043 75875 match_part 1.000 75269 74873 match_86 match_part 1.000 75772 75076 match_87 match_part 1.000 76248 76127 match_part 1.000 76043 75875 match_part 1.000 75269 75144 match_88 match_part 1.000 76557 76423 match_part 1.000 76324 76127 match_part 1.000 76043 75875 match_part 1.000 75269 75174 match_89 match_part 1.000 76557 76423 match_part 1.000 76324 76127 match_part 1.000 76043 75875 match_part 1.000 75269 75206 match_90 match_part 0.981 75772 75292 match_91 match_part 1.000 75765 75313 match_92 match_part 1.000 75772 75525 match_93 match_part 1.000 76557 76423 match_part 1.000 76324 76163 match_94 match_part 1.000 78371 78253 match_part 1.000 78168 78093 match_part 1.000 77489 77449 match_part 0.987 77313 76848 match_95 match_part 1.000 78374 78253 match_part 0.987 78168 78093 match_part 1.000 77489 77449 match_part 0.976 77313 77069 match_96 match_part 1.000 78789 78602 match_part 1.000 78373 78253 match_part 1.000 78168 78093 match_part 1.000 77489 77449 match_part 0.982 77313 77144 match_97 match_part 0.967 78375 78253 match_part 1.000 78168 78093 match_part 0.976 77489 77449 match_part 0.994 77313 77151 match_98 match_part 0.997 78931 78602 match_part 1.000 78373 78253 match_part 1.000 78168 78093 match_part 0.951 77489 77449 match_part 0.958 77313 77170 match_99 match_part 0.963 78790 78602 match_part 0.967 78373 78253 match_part 1.000 78168 78093 match_part 0.976 77489 77449 match_part 1.000 77313 77226 match_100 match_part 1.000 78514 78253 match_part 1.000 78168 78093 match_part 1.000 77489 77449 match_part 1.000 77313 77251 match_101 match_part 0.997 91154 90819 match_102 match_part 1.000 150722 150705 match_part 1.000 150507 150408 match_part 1.000 150014 149686 match_part 0.591 147767 147746 match_part 0.722 147326 147309 match_part 0.575 146697 146658 match_part 0.500 144405 144388 match_part 0.667 143981 143970 match_part 0.526 143390 143353 match_103 match_part 1.000 150983 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 0.978 150014 149694 match_104 match_part 1.000 151967 151919 match_part 1.000 151078 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 0.978 150014 149698 match_105 match_part 1.000 151946 151919 match_part 1.000 151078 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 1.000 150014 149703 match_106 match_part 1.000 151041 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 1.000 150014 149703 match_107 match_part 1.000 151032 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 1.000 150014 149703 match_108 match_part 0.989 151013 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 1.000 150014 149703 match_109 match_part 0.984 150469 150408 match_part 1.000 150014 149703 match_110 match_part 1.000 150440 150408 match_part 1.000 150014 149703 match_111 match_part 1.000 152114 152099 match_part 1.000 152010 151919 match_part 1.000 151078 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 1.000 150014 149705 match_112 match_part 1.000 151967 151919 match_part 1.000 151078 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 0.994 150014 149706 match_113 match_part 1.000 152003 151919 match_part 1.000 151078 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 0.980 150014 149715 match_114 match_part 1.000 151967 151919 match_part 1.000 151078 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 0.953 150014 149717 match_115 match_part 1.000 151008 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 0.980 150014 149721 match_116 match_part 1.000 151008 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 0.980 150014 149721 match_117 match_part 1.000 151008 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 0.980 150014 149722 match_118 match_part 1.000 151008 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 0.979 150014 149723 match_119 match_part 1.000 151967 151919 match_part 1.000 151078 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 0.996 150014 149733 match_120 match_part 1.000 152281 152272 match_part 1.000 152126 152099 match_part 1.000 152010 151919 match_part 1.000 151078 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 1.000 150014 149796 match_121 match_part 0.963 152298 152272 match_part 1.000 152126 152099 match_part 1.000 152010 151919 match_part 0.987 151078 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 0.982 150014 149906 match_122 match_part 0.956 153916 153872 match_part 1.000 153773 153718 match_part 1.000 152389 152272 match_part 1.000 152126 152099 match_part 1.000 152010 151919 match_part 1.000 151078 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150408 match_part 0.981 150014 149912 match_123 match_part 0.975 152389 152272 match_part 1.000 152126 152099 match_part 1.000 152010 151919 match_part 1.000 151078 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150416 match_124 match_part 1.000 153969 153872 match_part 1.000 153773 153718 match_part 1.000 152389 152272 match_part 1.000 152126 152099 match_part 1.000 152010 151919 match_part 1.000 151078 150922 match_part 0.992 150829 150705 match_part 0.965 150507 150451 match_125 match_part 0.941 153734 153718 match_part 0.992 152389 152272 match_part 1.000 152126 152099 match_part 0.989 152010 151919 match_part 1.000 151078 150922 match_part 0.968 150829 150705 match_part 1.000 150507 150490 match_126 match_part 1.000 154971 154929 match_part 1.000 153969 153872 match_part 1.000 153773 153718 match_part 1.000 152389 152272 match_part 1.000 152126 152099 match_part 1.000 152010 151919 match_part 1.000 151078 150922 match_part 1.000 150829 150705 match_part 1.000 150507 150502 match_127 match_part 0.971 153752 153718 match_part 0.992 152389 152272 match_part 1.000 152126 152099 match_part 1.000 152010 151919 match_part 1.000 151078 150922 match_part 1.000 150829 150722 match_128 match_part 1.000 152389 152272 match_part 1.000 152126 152099 match_part 1.000 152010 151919 match_part 0.994 151078 150922 match_part 1.000 150829 150801 match_129 match_part 1.000 153936 153872 match_part 1.000 153773 153718 match_part 1.000 152389 152272 match_part 1.000 152126 152099 match_part 1.000 152010 151919 match_part 1.000 151091 150922 match_part 0.963 150829 150803 match_130 match_part 0.797 153930 153872 match_part 0.893 153773 153718 match_part 0.907 152389 152272 match_part 1.000 152126 152099 match_part 0.967 152010 151919 match_part 0.992 151091 150961 match_131 match_part 0.977 154971 154929 match_part 1.000 153969 153872 match_part 1.000 153773 153718 match_part 1.000 152389 152272 match_part 1.000 152126 152099 match_part 1.000 152010 151919 match_part 1.000 151078 151028 match_132 match_part 1.000 152444 152099 match_part 1.000 152010 151919 match_part 1.000 151078 151030 match_133 match_part 1.000 152230 152099 match_part 1.000 152010 151919 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 8338 8243 exon 6830 6625 exon 6529 6150 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 9845 9670 exon 8863 8421 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 9727 9625 exon 8863 8435 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 17728 18110 exon 18200 18319 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 19522 19957 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 25033 22765 gene_7 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 25020 25008 exon 24818 22765 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 33473 33251 exon 33137 33036 exon 32944 32293 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 34174 34626 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 46427 46044 exon 45918 45831 exon 45726 45659 exon 44830 44771 exon 44668 44242 exon 44156 44151 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 44387 44955 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 51135 50438 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 52123 51705 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 60788 61289 gene_15 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 76557 76423 exon 76324 76127 exon 76043 75875 exon 75269 74427 gene_16 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 75772 74427 gene_17 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 78514 78253 exon 78168 78093 exon 77489 77449 exon 77313 76848 gene_18 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 78931 78602 exon 78373 78253 exon 78168 78093 exon 77489 77449 exon 77313 76848 gene_19 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 86921 86954 exon 89935 90042 exon 90243 90757 gene_20 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 91154 90819 gene_21 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 91102 91325 gene_22 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 93045 93128 exon 94566 94761 exon 95072 95191 exon 96977 97075 exon 97211 97699 gene_23 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 93045 93128 exon 94566 94761 exon 95072 95202 gene_24 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 100292 100321 exon 100402 100467 exon 108018 108197 exon 109412 109628 gene_25 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 113506 113621 exon 113799 113873 exon 114155 114274 exon 114422 114705 gene_26 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 128201 128293 exon 129539 129693 exon 129801 129859 exon 129973 130247 gene_27 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 131254 131709 exon 132978 133119 exon 133573 134622 gene_28 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 142500 143440 gene_29 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 154971 154929 exon 153969 153872 exon 153773 153718 exon 152389 152272 exon 152126 152099 exon 152010 151919 exon 151078 150922 exon 150829 150705 exon 150507 150408 exon 150014 149686 exon 147767 147746 exon 147326 147309 exon 146697 146658 exon 144405 144388 exon 143981 143970 exon 143390 143353 gene_30 gene GT_PGL_24_AGS_2 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 152444 152099 exon 152010 151919 exon 151078 150922 exon 150829 150705 exon 150507 150408 exon 150014 149686 exon 147767 147746 exon 147326 147309 exon 146697 146658 exon 144405 144388 exon 143981 143970 exon 143390 143353 gene_31 gene GT_PGL_24_AGS_3 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 153936 153872 exon 153773 153718 exon 152389 152272 exon 152126 152099 exon 152010 151919 exon 151091 150922 exon 150829 150705 exon 150507 150408 exon 150014 149686 exon 147767 147746 exon 147326 147309 exon 146697 146658 exon 144405 144388 exon 143981 143970 exon 143390 143353 AUGUSTUS_tom_cdna de novo gene_1 gene 0.18 525 3302 transcript_1 transcript 0.18 525 3302 intron_1 intron 0.5 1 524 intron_2 intron 0.84 802 1866 intron_3 intron 0.84 1957 2232 intron_4 intron 0.53 2311 2999 intron_5 intron 0.44 3066 3149 CDS_1 CDS 0.49 525 801 CDS_2 CDS 0.84 1867 1956 CDS_3 CDS 0.88 2233 2310 CDS_4 CDS 0.44 3000 3065 CDS_5 CDS 0.7 3150 3302 stop_codon_1 stop_codon 3300 3302 gene_2 gene 0.63 15706 19633 transcript_2 transcript 0.63 15706 19633 start_codon_1 start_codon 15706 15708 intron_6 intron 0.96 16081 16835 intron_7 intron 0.95 17086 17867 intron_8 intron 1 18111 18199 intron_9 intron 0.88 18320 19184 CDS_6 CDS 0.8 15706 16080 CDS_7 CDS 0.96 16836 17085 CDS_8 CDS 1 17868 18110 CDS_9 CDS 0.99 18200 18319 CDS_10 CDS 0.99 19185 19633 stop_codon_2 stop_codon 19631 19633 gene_3 gene 1 89996 91281 transcript_3 transcript 1 89996 91281 start_codon_2 start_codon 89996 89998 intron_10 intron 1 90043 90242 CDS_11 CDS 1 89996 90042 CDS_12 CDS 1 90243 91281 stop_codon_3 stop_codon 91279 91281 gene_4 gene 0.95 91720 94658 transcript_4 transcript 0.95 91720 94658 start_codon_3 start_codon 91720 91722 intron_11 intron 0.95 92854 92954 intron_12 intron 1 93129 94565 CDS_13 CDS 1 91720 92853 CDS_14 CDS 0.95 92955 93128 CDS_15 CDS 1 94566 94658 stop_codon_4 stop_codon 94656 94658 gene_5 gene 1 94735 97252 transcript_5 transcript 1 94735 97252 start_codon_4 start_codon 94735 94737 intron_13 intron 1 94762 95071 intron_14 intron 1 95192 96976 intron_15 intron 1 97076 97210 CDS_16 CDS 1 94735 94761 CDS_17 CDS 1 95072 95191 CDS_18 CDS 1 96977 97075 CDS_19 CDS 1 97211 97252 stop_codon_5 stop_codon 97250 97252 gene_6 gene 0.28 108053 114553 transcript_6 transcript 0.28 108053 114553 start_codon_5 start_codon 108053 108055 intron_16 intron 0.49 108198 109411 intron_17 intron 0.81 109795 110649 intron_18 intron 0.92 110738 111207 intron_19 intron 0.75 111393 113053 intron_20 intron 0.9 113187 113484 intron_21 intron 1 113622 113798 intron_22 intron 1 113874 114154 intron_23 intron 1 114275 114421 CDS_20 CDS 0.48 108053 108197 CDS_21 CDS 0.54 109412 109794 CDS_22 CDS 0.9 110650 110737 CDS_23 CDS 1 111208 111392 CDS_24 CDS 0.75 113054 113186 CDS_25 CDS 0.9 113485 113621 CDS_26 CDS 1 113799 113873 CDS_27 CDS 1 114155 114274 CDS_28 CDS 1 114422 114553 stop_codon_6 stop_codon 114551 114553 gene_7 gene 0.85 116039 116898 transcript_7 transcript 0.85 116039 116898 start_codon_6 start_codon 116039 116041 intron_24 intron 0.98 116229 116485 CDS_29 CDS 0.97 116039 116228 CDS_30 CDS 0.86 116486 116898 stop_codon_7 stop_codon 116896 116898 gene_8 gene 0.2 117154 120555 transcript_8 transcript 0.2 117154 120555 start_codon_7 start_codon 117154 117156 intron_25 intron 0.78 117409 118492 intron_26 intron 0.45 118582 119988 intron_27 intron 0.96 120104 120180 CDS_31 CDS 0.55 117154 117408 CDS_32 CDS 0.87 118493 118581 CDS_33 CDS 0.96 119989 120103 CDS_34 CDS 0.97 120181 120555 stop_codon_8 stop_codon 120553 120555 gene_9 gene 0.5 128250 134240 transcript_9 transcript 0.5 128250 134240 start_codon_8 start_codon 128250 128252 intron_28 intron 1 128294 129538 intron_29 intron 1 129694 129800 intron_30 intron 1 129860 129972 intron_31 intron 1 131710 132977 intron_32 intron 1 133120 133572 CDS_35 CDS 0.5 128250 128293 CDS_36 CDS 1 129539 129693 CDS_37 CDS 1 129801 129859 CDS_38 CDS 1 129973 131709 CDS_39 CDS 1 132978 133119 CDS_40 CDS 1 133573 134240 stop_codon_9 stop_codon 134238 134240 gene_10 gene 1 142508 143656 transcript_10 transcript 1 142508 143656 start_codon_9 start_codon 142508 142510 CDS_41 CDS 1 142508 143656 stop_codon_10 stop_codon 143654 143656 AUGUSTUS_tom_cdna de novo gene_11 gene 0.59 8820 6312 transcript_11 transcript 0.59 8820 6312 stop_codon_11 stop_codon 6314 6312 intron_33 intron 1 6624 6530 intron_34 intron 1 8242 6831 CDS_42 CDS 1 6529 6312 CDS_43 CDS 1 6830 6625 CDS_44 CDS 0.59 8820 8243 start_codon_10 start_codon 8820 8818 gene_12 gene 0.4 12070 8859 transcript_12 transcript 0.4 12070 8859 stop_codon_12 stop_codon 8861 8859 intron_35 intron 1 9669 8864 intron_36 intron 0.4 12066 9883 CDS_45 CDS 1 8863 8859 CDS_46 CDS 0.81 9882 9670 CDS_47 CDS 0.42 12070 12067 start_codon_11 start_codon 12070 12068 gene_13 gene 1 21163 20024 transcript_13 transcript 1 21163 20024 stop_codon_13 stop_codon 20026 20024 CDS_48 CDS 1 21163 20024 start_codon_12 start_codon 21163 21161 gene_14 gene 1 24874 22874 transcript_14 transcript 1 24874 22874 stop_codon_14 stop_codon 22876 22874 CDS_49 CDS 1 24874 22874 start_codon_13 start_codon 24874 24872 gene_15 gene 0.31 30034 28819 transcript_15 transcript 0.31 30034 28819 stop_codon_15 stop_codon 28821 28819 intron_37 intron 0.45 29547 29154 CDS_50 CDS 0.45 29153 28819 CDS_51 CDS 0.65 30034 29548 start_codon_14 start_codon 30034 30032 gene_16 gene 1 33268 32615 transcript_16 transcript 1 33268 32615 stop_codon_16 stop_codon 32617 32615 intron_38 intron 1 33035 32945 intron_39 intron 1 33250 33138 CDS_52 CDS 1 32944 32615 CDS_53 CDS 1 33137 33036 CDS_54 CDS 1 33268 33251 start_codon_15 start_codon 33268 33266 gene_17 gene 0.54 42604 33399 transcript_17 transcript 0.54 42604 33399 stop_codon_17 stop_codon 33401 33399 intron_40 intron 0.67 40730 33501 intron_41 intron 0.8 42588 40829 CDS_55 CDS 0.67 33500 33399 CDS_56 CDS 0.69 40828 40731 CDS_57 CDS 0.8 42604 42589 start_codon_16 start_codon 42604 42602 gene_18 gene 0.99 46151 44498 transcript_18 transcript 0.99 46151 44498 stop_codon_18 stop_codon 44500 44498 intron_42 intron 1 44770 44669 intron_43 intron 1 45658 44831 intron_44 intron 1 45830 45727 intron_45 intron 1 46043 45919 CDS_58 CDS 0.99 44668 44498 CDS_59 CDS 1 44830 44771 CDS_60 CDS 1 45726 45659 CDS_61 CDS 1 45918 45831 CDS_62 CDS 1 46151 46044 start_codon_17 start_codon 46151 46149 gene_19 gene 0.35 56023 55658 transcript_19 transcript 0.35 56023 55658 stop_codon_19 stop_codon 55660 55658 CDS_63 CDS 0.35 56023 55658 start_codon_18 start_codon 56023 56021 gene_20 gene 0.92 65775 64468 transcript_20 transcript 0.92 65775 64468 stop_codon_20 stop_codon 64470 64468 CDS_64 CDS 0.92 65775 64468 start_codon_19 start_codon 65775 65773 gene_21 gene 1 78629 74842 transcript_21 transcript 1 78629 74842 stop_codon_21 stop_codon 74844 74842 intron_46 intron 1 75874 75270 intron_47 intron 1 76126 76044 intron_48 intron 1 76422 76325 intron_49 intron 1 76825 76584 intron_50 intron 1 77448 77314 intron_51 intron 1 78092 77490 intron_52 intron 1 78252 78169 intron_53 intron 1 78601 78374 CDS_65 CDS 1 75269 74842 CDS_66 CDS 1 76043 75875 CDS_67 CDS 1 76324 76127 CDS_68 CDS 1 76583 76423 CDS_69 CDS 1 77313 76826 CDS_70 CDS 1 77489 77449 CDS_71 CDS 1 78168 78093 CDS_72 CDS 1 78373 78253 CDS_73 CDS 1 78629 78602 start_codon_20 start_codon 78629 78627 gene_22 gene 1 153969 149949 transcript_22 transcript 1 153969 149949 stop_codon_22 stop_codon 149951 149949 intron_54 intron 1 150407 150015 intron_55 intron 1 150704 150508 intron_56 intron 1 150921 150830 intron_57 intron 1 151918 151079 intron_58 intron 1 152098 152011 intron_59 intron 1 152271 152127 intron_60 intron 1 153717 152390 intron_61 intron 1 153871 153774 intron_62 intron 1 154971 153970 CDS_74 CDS 1 150014 149949 CDS_75 CDS 1 150507 150408 CDS_76 CDS 1 150829 150705 CDS_77 CDS 1 151078 150922 CDS_78 CDS 1 152010 151919 CDS_79 CDS 1 152126 152099 CDS_80 CDS 1 152389 152272 CDS_81 CDS 1 153773 153718 CDS_82 CDS 1 153969 153872 tRNAscan-SE unknown database tRNAscan-SE unknown database tRNA_1 tRNA 76.90 4789 4862 AUGUSTUS_ab_initio de novo gene_1 gene 0.12 525 3302 transcript_1 transcript 0.12 525 3302 intron_1 intron 0.43 1 524 intron_2 intron 0.89 802 1866 intron_3 intron 0.9 1957 2232 intron_4 intron 0.59 2311 2838 intron_5 intron 0.64 2917 2999 intron_6 intron 0.88 3066 3149 CDS_1 CDS 0.41 525 801 CDS_2 CDS 0.89 1867 1956 CDS_3 CDS 0.9 2233 2310 CDS_4 CDS 0.59 2839 2916 CDS_5 CDS 0.89 3000 3065 CDS_6 CDS 0.58 3150 3302 stop_codon_1 stop_codon 3300 3302 gene_2 gene 0.14 11899 19633 transcript_2 transcript 0.14 11899 19633 start_codon_1 start_codon 11899 11901 intron_7 intron 0.96 11971 12835 intron_8 intron 0.91 12938 13033 intron_9 intron 0.66 13080 14005 intron_10 intron 0.67 14082 15713 intron_11 intron 0.42 16081 16835 intron_12 intron 0.97 17086 17867 intron_13 intron 0.99 18111 18199 intron_14 intron 0.6 18320 18741 intron_15 intron 0.6 18787 19184 CDS_7 CDS 0.96 11899 11970 CDS_8 CDS 0.97 12836 12937 CDS_9 CDS 0.91 13034 13079 CDS_10 CDS 0.79 14006 14081 CDS_11 CDS 0.67 15714 16080 CDS_12 CDS 0.94 16836 17085 CDS_13 CDS 1 17868 18110 CDS_14 CDS 0.99 18200 18319 CDS_15 CDS 0.6 18742 18786 CDS_16 CDS 1 19185 19633 stop_codon_2 stop_codon 19631 19633 gene_3 gene 0.48 37556 38185 transcript_3 transcript 0.48 37556 38185 start_codon_2 start_codon 37556 37558 CDS_17 CDS 0.48 37556 38185 stop_codon_3 stop_codon 38183 38185 gene_4 gene 0.29 90232 91281 transcript_4 transcript 0.29 90232 91281 start_codon_3 start_codon 90232 90234 CDS_18 CDS 0.29 90232 91281 stop_codon_4 stop_codon 91279 91281 gene_5 gene 0.07 91720 97252 transcript_5 transcript 0.07 91720 97252 start_codon_4 start_codon 91720 91722 intron_16 intron 0.97 92854 92954 intron_17 intron 0.29 93129 94632 intron_18 intron 0.74 94762 95071 intron_19 intron 0.29 95192 96976 intron_20 intron 0.29 97076 97210 CDS_19 CDS 1 91720 92853 CDS_20 CDS 0.93 92955 93128 CDS_21 CDS 0.29 94633 94761 CDS_22 CDS 0.76 95072 95191 CDS_23 CDS 0.34 96977 97075 CDS_24 CDS 0.31 97211 97252 stop_codon_5 stop_codon 97250 97252 gene_6 gene 0.02 102438 114553 transcript_6 transcript 0.02 102438 114553 start_codon_5 start_codon 102438 102440 intron_21 intron 0.41 102525 102995 intron_22 intron 0.42 103075 103253 intron_23 intron 0.46 103411 107884 intron_24 intron 0.54 107926 108017 intron_25 intron 0.8 108198 109411 intron_26 intron 0.78 109795 110649 intron_27 intron 0.94 110738 111207 intron_28 intron 0.8 111393 113053 intron_29 intron 0.85 113187 113484 intron_30 intron 0.92 113622 113798 intron_31 intron 0.92 113874 114154 intron_32 intron 1 114275 114421 CDS_25 CDS 0.2 102438 102524 CDS_26 CDS 0.26 102996 103074 CDS_27 CDS 0.48 103254 103410 CDS_28 CDS 0.56 107885 107925 CDS_29 CDS 0.7 108018 108197 CDS_30 CDS 0.73 109412 109794 CDS_31 CDS 0.94 110650 110737 CDS_32 CDS 0.99 111208 111392 CDS_33 CDS 0.8 113054 113186 CDS_34 CDS 0.86 113485 113621 CDS_35 CDS 0.92 113799 113873 CDS_36 CDS 1 114155 114274 CDS_37 CDS 1 114422 114553 stop_codon_6 stop_codon 114551 114553 gene_7 gene 0.6 116039 116898 transcript_7 transcript 0.6 116039 116898 start_codon_6 start_codon 116039 116041 intron_33 intron 0.97 116229 116485 CDS_38 CDS 0.95 116039 116228 CDS_39 CDS 0.61 116486 116898 stop_codon_7 stop_codon 116896 116898 gene_8 gene 0.07 117154 122058 transcript_8 transcript 0.07 117154 122058 start_codon_7 start_codon 117154 117156 intron_34 intron 0.85 117409 118492 intron_35 intron 0.92 118582 119394 intron_36 intron 0.98 119492 119598 intron_37 intron 0.98 119643 119988 intron_38 intron 0.99 120104 120180 intron_39 intron 0.68 120535 120857 intron_40 intron 0.19 121083 121336 intron_41 intron 0.19 121393 121479 intron_42 intron 0.49 121578 121816 CDS_40 CDS 0.53 117154 117408 CDS_41 CDS 0.88 118493 118581 CDS_42 CDS 0.97 119395 119491 CDS_43 CDS 0.98 119599 119642 CDS_44 CDS 0.99 119989 120103 CDS_45 CDS 0.8 120181 120534 CDS_46 CDS 0.7 120858 121082 CDS_47 CDS 0.19 121337 121392 CDS_48 CDS 0.21 121480 121577 CDS_49 CDS 0.53 121817 122058 stop_codon_8 stop_codon 122056 122058 gene_9 gene 0.6 129591 134240 transcript_9 transcript 0.6 129591 134240 start_codon_8 start_codon 129591 129593 intron_43 intron 0.96 129694 129800 intron_44 intron 1 129860 129972 intron_45 intron 0.96 131710 132977 intron_46 intron 0.79 133120 133572 CDS_50 CDS 0.78 129591 129693 CDS_51 CDS 0.97 129801 129859 CDS_52 CDS 1 129973 131709 CDS_53 CDS 0.79 132978 133119 CDS_54 CDS 1 133573 134240 stop_codon_9 stop_codon 134238 134240 gene_10 gene 0.99 142508 143656 transcript_10 transcript 0.99 142508 143656 start_codon_9 start_codon 142508 142510 CDS_55 CDS 0.99 142508 143656 stop_codon_10 stop_codon 143654 143656 AUGUSTUS_ab_initio de novo gene_11 gene 0.29 8820 6312 transcript_11 transcript 0.29 8820 6312 stop_codon_11 stop_codon 6314 6312 intron_47 intron 1 6624 6530 intron_48 intron 1 8242 6831 CDS_56 CDS 1 6529 6312 CDS_57 CDS 1 6830 6625 CDS_58 CDS 0.29 8820 8243 start_codon_10 start_codon 8820 8818 gene_12 gene 1 21163 20024 transcript_12 transcript 1 21163 20024 stop_codon_12 stop_codon 20026 20024 CDS_59 CDS 1 21163 20024 start_codon_11 start_codon 21163 21161 gene_13 gene 0.9 24874 22874 transcript_13 transcript 0.9 24874 22874 stop_codon_13 stop_codon 22876 22874 CDS_60 CDS 0.9 24874 22874 start_codon_12 start_codon 24874 24872 gene_14 gene 0.31 30274 28819 transcript_14 transcript 0.31 30274 28819 stop_codon_14 stop_codon 28821 28819 intron_49 intron 0.6 29547 29154 CDS_61 CDS 0.63 29153 28819 CDS_62 CDS 0.52 30274 29548 start_codon_13 start_codon 30274 30272 gene_15 gene 0.98 33268 32615 transcript_15 transcript 0.98 33268 32615 stop_codon_15 stop_codon 32617 32615 intron_50 intron 1 33035 32945 intron_51 intron 0.98 33250 33138 CDS_63 CDS 1 32944 32615 CDS_64 CDS 1 33137 33036 CDS_65 CDS 0.98 33268 33251 start_codon_14 start_codon 33268 33266 gene_16 gene 0.33 46151 44498 transcript_16 transcript 0.33 46151 44498 stop_codon_16 stop_codon 44500 44498 intron_52 intron 1 44770 44669 intron_53 intron 0.4 46043 44831 CDS_66 CDS 0.76 44668 44498 CDS_67 CDS 1 44830 44771 CDS_68 CDS 0.82 46151 46044 start_codon_15 start_codon 46151 46149 gene_17 gene 0.97 65775 64468 transcript_17 transcript 0.97 65775 64468 stop_codon_17 stop_codon 64470 64468 CDS_69 CDS 0.97 65775 64468 start_codon_16 start_codon 65775 65773 gene_18 gene 0.2 78341 74842 transcript_18 transcript 0.2 78341 74842 stop_codon_18 stop_codon 74844 74842 intron_54 intron 0.98 75874 75270 intron_55 intron 0.58 76126 76044 intron_56 intron 0.59 76427 76186 intron_57 intron 0.99 76825 76584 intron_58 intron 0.99 77448 77314 intron_59 intron 0.98 78092 77490 intron_60 intron 0.98 78252 78169 CDS_70 CDS 0.94 75269 74842 CDS_71 CDS 0.58 76043 75875 CDS_72 CDS 0.4 76185 76127 CDS_73 CDS 0.59 76583 76428 CDS_74 CDS 1 77313 76826 CDS_75 CDS 0.99 77489 77449 CDS_76 CDS 0.98 78168 78093 CDS_77 CDS 0.66 78341 78253 start_codon_17 start_codon 78341 78339 gene_19 gene 0.86 154333 149949 transcript_19 transcript 0.86 154333 149949 stop_codon_19 stop_codon 149951 149949 intron_61 intron 0.97 150407 150015 intron_62 intron 1 150704 150508 intron_63 intron 1 150921 150830 intron_64 intron 1 151918 151079 intron_65 intron 1 152098 152011 intron_66 intron 1 152271 152127 intron_67 intron 1 153717 152390 intron_68 intron 1 153871 153774 intron_69 intron 0.91 154243 153970 CDS_78 CDS 0.95 150014 149949 CDS_79 CDS 1 150507 150408 CDS_80 CDS 1 150829 150705 CDS_81 CDS 1 151078 150922 CDS_82 CDS 1 152010 151919 CDS_83 CDS 1 152126 152099 CDS_84 CDS 1 152389 152272 CDS_85 CDS 1 153773 153718 CDS_86 CDS 1 153969 153872 CDS_87 CDS 0.91 154333 154244 start_codon_18 start_codon 154333 154331 AUGUSTUS_tom_ugs de novo gene_1 gene 0.18 525 3302 transcript_1 transcript 0.18 525 3302 intron_1 intron 0.43 1 524 intron_2 intron 1 802 1866 intron_3 intron 0.98 1957 2232 intron_4 intron 0.55 2311 2999 intron_5 intron 0.49 3066 3149 CDS_1 CDS 0.43 525 801 CDS_2 CDS 1 1867 1956 CDS_3 CDS 0.95 2233 2310 CDS_4 CDS 0.49 3000 3065 CDS_5 CDS 0.79 3150 3302 stop_codon_1 stop_codon 3300 3302 gene_2 gene 0.94 11899 19633 transcript_2 transcript 0.94 11899 19633 start_codon_1 start_codon 11899 11901 intron_6 intron 1 11971 12835 intron_7 intron 1 12938 13033 intron_8 intron 1 13080 14005 intron_9 intron 1 14082 15713 intron_10 intron 0.98 16081 16835 intron_11 intron 0.96 17086 17867 intron_12 intron 1 18111 18199 intron_13 intron 1 18320 19184 CDS_6 CDS 1 11899 11970 CDS_7 CDS 1 12836 12937 CDS_8 CDS 1 13034 13079 CDS_9 CDS 1 14006 14081 CDS_10 CDS 0.98 15714 16080 CDS_11 CDS 0.97 16836 17085 CDS_12 CDS 0.99 17868 18110 CDS_13 CDS 1 18200 18319 CDS_14 CDS 1 19185 19633 stop_codon_2 stop_codon 19631 19633 gene_3 gene 1 89996 91281 transcript_3 transcript 1 89996 91281 start_codon_2 start_codon 89996 89998 intron_14 intron 1 90043 90242 CDS_15 CDS 1 89996 90042 CDS_16 CDS 1 90243 91281 stop_codon_3 stop_codon 91279 91281 gene_4 gene 0.87 91720 97252 transcript_4 transcript 0.87 91720 97252 start_codon_3 start_codon 91720 91722 intron_15 intron 0.94 92854 92954 intron_16 intron 1 93129 94565 intron_17 intron 0.93 94608 94680 intron_18 intron 1 94762 95071 intron_19 intron 1 95192 96976 intron_20 intron 1 97076 97210 CDS_17 CDS 1 91720 92853 CDS_18 CDS 0.94 92955 93128 CDS_19 CDS 0.93 94566 94607 CDS_20 CDS 0.93 94681 94761 CDS_21 CDS 1 95072 95191 CDS_22 CDS 1 96977 97075 CDS_23 CDS 1 97211 97252 stop_codon_4 stop_codon 97250 97252 gene_5 gene 0.22 108053 114553 transcript_5 transcript 0.22 108053 114553 start_codon_4 start_codon 108053 108055 intron_21 intron 0.47 108198 109411 intron_22 intron 0.89 109795 110649 intron_23 intron 0.9 110738 111207 intron_24 intron 0.71 111393 113053 intron_25 intron 0.85 113187 113484 intron_26 intron 1 113622 113798 intron_27 intron 1 113874 114154 intron_28 intron 1 114275 114421 CDS_24 CDS 0.47 108053 108197 CDS_25 CDS 0.57 109412 109794 CDS_26 CDS 0.9 110650 110737 CDS_27 CDS 0.98 111208 111392 CDS_28 CDS 0.71 113054 113186 CDS_29 CDS 0.87 113485 113621 CDS_30 CDS 1 113799 113873 CDS_31 CDS 1 114155 114274 CDS_32 CDS 1 114422 114553 stop_codon_5 stop_codon 114551 114553 gene_6 gene 0.86 116039 116898 transcript_6 transcript 0.86 116039 116898 start_codon_5 start_codon 116039 116041 intron_29 intron 0.99 116229 116485 CDS_33 CDS 0.96 116039 116228 CDS_34 CDS 0.88 116486 116898 stop_codon_6 stop_codon 116896 116898 gene_7 gene 0.22 117154 120555 transcript_7 transcript 0.22 117154 120555 start_codon_6 start_codon 117154 117156 intron_30 intron 0.78 117409 118492 intron_31 intron 0.44 118582 119988 intron_32 intron 0.98 120104 120180 CDS_35 CDS 0.56 117154 117408 CDS_36 CDS 0.87 118493 118581 CDS_37 CDS 0.98 119989 120103 CDS_38 CDS 0.97 120181 120555 stop_codon_7 stop_codon 120553 120555 gene_8 gene 0.56 128250 134240 transcript_8 transcript 0.56 128250 134240 start_codon_7 start_codon 128250 128252 intron_33 intron 1 128294 129538 intron_34 intron 1 129694 129800 intron_35 intron 1 129860 129972 intron_36 intron 1 131710 132977 intron_37 intron 1 133120 133572 CDS_39 CDS 0.56 128250 128293 CDS_40 CDS 1 129539 129693 CDS_41 CDS 1 129801 129859 CDS_42 CDS 1 129973 131709 CDS_43 CDS 1 132978 133119 CDS_44 CDS 1 133573 134240 stop_codon_8 stop_codon 134238 134240 gene_9 gene 0.99 142508 143656 transcript_9 transcript 0.99 142508 143656 start_codon_8 start_codon 142508 142510 CDS_45 CDS 0.99 142508 143656 stop_codon_9 stop_codon 143654 143656 AUGUSTUS_tom_ugs de novo gene_10 gene 1 21163 20024 transcript_10 transcript 1 21163 20024 stop_codon_10 stop_codon 20026 20024 CDS_46 CDS 1 21163 20024 start_codon_9 start_codon 21163 21161 gene_11 gene 0.93 24874 22874 transcript_11 transcript 0.93 24874 22874 stop_codon_11 stop_codon 22876 22874 CDS_47 CDS 0.93 24874 22874 start_codon_10 start_codon 24874 24872 gene_12 gene 0.3 30034 28819 transcript_12 transcript 0.3 30034 28819 stop_codon_12 stop_codon 28821 28819 intron_38 intron 0.48 29547 29154 CDS_48 CDS 0.48 29153 28819 CDS_49 CDS 0.62 30034 29548 start_codon_11 start_codon 30034 30032 gene_13 gene 1 33268 32615 transcript_13 transcript 1 33268 32615 stop_codon_13 stop_codon 32617 32615 intron_39 intron 1 33035 32945 intron_40 intron 1 33250 33138 CDS_50 CDS 1 32944 32615 CDS_51 CDS 1 33137 33036 CDS_52 CDS 1 33268 33251 start_codon_12 start_codon 33268 33266 gene_14 gene 0.88 46151 40197 transcript_14 transcript 0.88 46151 40197 stop_codon_14 stop_codon 40199 40197 intron_41 intron 0.89 40734 40306 intron_42 intron 1 44502 40829 intron_43 intron 1 44770 44669 intron_44 intron 1 45658 44831 intron_45 intron 1 45830 45727 intron_46 intron 1 46043 45919 CDS_53 CDS 0.88 40305 40197 CDS_54 CDS 0.96 40828 40735 CDS_55 CDS 1 44668 44503 CDS_56 CDS 1 44830 44771 CDS_57 CDS 1 45726 45659 CDS_58 CDS 1 45918 45831 CDS_59 CDS 1 46151 46044 start_codon_13 start_codon 46151 46149 gene_15 gene 0.93 65775 64468 transcript_15 transcript 0.93 65775 64468 stop_codon_15 stop_codon 64470 64468 CDS_60 CDS 0.93 65775 64468 start_codon_14 start_codon 65775 65773 gene_16 gene 0.99 78629 74842 transcript_16 transcript 0.99 78629 74842 stop_codon_16 stop_codon 74844 74842 intron_47 intron 1 75874 75270 intron_48 intron 1 76126 76044 intron_49 intron 1 76422 76325 intron_50 intron 0.99 76825 76584 intron_51 intron 1 77448 77314 intron_52 intron 1 78092 77490 intron_53 intron 1 78252 78169 intron_54 intron 1 78601 78374 CDS_61 CDS 1 75269 74842 CDS_62 CDS 1 76043 75875 CDS_63 CDS 1 76324 76127 CDS_64 CDS 1 76583 76423 CDS_65 CDS 0.99 77313 76826 CDS_66 CDS 1 77489 77449 CDS_67 CDS 1 78168 78093 CDS_68 CDS 1 78373 78253 CDS_69 CDS 1 78629 78602 start_codon_15 start_codon 78629 78627 gene_17 gene 1 153969 149949 transcript_17 transcript 1 153969 149949 stop_codon_17 stop_codon 149951 149949 intron_55 intron 1 150407 150015 intron_56 intron 1 150704 150508 intron_57 intron 1 150921 150830 intron_58 intron 1 151918 151079 intron_59 intron 1 152098 152011 intron_60 intron 1 152271 152127 intron_61 intron 1 153717 152390 intron_62 intron 1 153871 153774 intron_63 intron 1 154971 153970 CDS_70 CDS 1 150014 149949 CDS_71 CDS 1 150507 150408 CDS_72 CDS 1 150829 150705 CDS_73 CDS 1 151078 150922 CDS_74 CDS 1 152010 151919 CDS_75 CDS 1 152126 152099 CDS_76 CDS 1 152389 152272 CDS_77 CDS 1 153773 153718 CDS_78 CDS 1 153969 153872 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.988 11891 11970 match_part 1.000 12836 12937 match_part 1.000 13034 13079 match_part 1.000 14006 14081 match_part 1.000 15714 16011 match_2 match_part 0.997 17727 18110 match_part 1.000 18200 18319 match_part 1.000 19185 19251 match_3 match_part 0.995 44383 45014 match_4 match_part 0.984 60788 61289 match_5 match_part 0.971 86920 86954 match_part 1.000 89935 90042 match_part 0.991 90243 90804 match_6 match_part 0.998 90819 91315 match_7 match_part 1.000 93044 93128 match_part 1.000 94566 94761 match_part 1.000 95072 95191 match_part 1.000 96977 97075 match_part 0.960 97211 97705 match_8 match_part 1.000 100292 100321 match_part 0.848 100402 100467 match_part 0.972 108018 108197 match_part 1.000 109412 109628 match_9 match_part 0.989 102361 102830 match_10 match_part 1.000 113505 113621 match_part 1.000 113799 113873 match_part 1.000 114155 114274 match_part 1.000 114422 114704 match_11 match_part 1.000 128199 128293 match_part 1.000 129539 129693 match_part 1.000 129801 129859 match_part 1.000 129973 130250 match_12 match_part 1.000 131267 131709 match_part 1.000 132978 133119 match_part 0.990 133573 134622 match_13 match_part 0.997 142500 143440 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_14 match_part 0.996 9887 9625 match_part 1.000 8863 8243 match_part 1.000 6830 6625 match_part 0.998 6529 6092 match_15 match_part 0.949 9826 9670 match_part 0.998 8863 8333 match_16 match_part 0.978 9847 9670 match_part 0.943 8863 8705 match_17 match_part 0.995 19939 19522 match_18 match_part 1.000 25126 22662 match_19 match_part 0.996 33482 33251 match_part 1.000 33137 33036 match_part 0.997 32944 32294 match_20 match_part 0.941 33469 33251 match_part 0.967 33137 33108 match_21 match_part 1.000 46418 46044 match_part 1.000 45918 45831 match_part 1.000 45726 45659 match_part 1.000 44830 44771 match_part 1.000 44668 44246 match_22 match_part 1.000 76558 76423 match_part 1.000 76324 76127 match_part 1.000 76043 75875 match_part 1.000 75269 74428 match_23 match_part 0.999 75762 75076 match_24 match_part 0.994 78932 78602 match_part 1.000 78373 78253 match_part 1.000 78168 78093 match_part 1.000 77489 77449 match_part 0.988 77313 76883 match_25 match_part 1.000 78661 78253 match_part 0.988 78168 77929 match_26 match_part 1.000 143803 143360 match_27 match_part 1.000 152445 152099 match_part 1.000 152010 151919 match_part 1.000 151078 151030 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 9847 9670 exon 8863 8333 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 9887 9625 exon 8863 8243 exon 6830 6625 exon 6529 6092 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 11891 11970 exon 12836 12937 exon 13034 13079 exon 14006 14081 exon 15714 16011 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 17727 18110 exon 18200 18319 exon 19185 19251 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 19939 19522 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 25126 22662 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 33482 33251 exon 33137 33036 exon 32944 32294 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 46418 46044 exon 45918 45831 exon 45726 45659 exon 44830 44771 exon 44668 44246 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 44383 45014 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 60788 61289 gene_11 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 76558 76423 exon 76324 76127 exon 76043 75875 exon 75269 74428 gene_12 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 75762 75076 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 78932 78602 exon 78373 78253 exon 78168 78093 exon 77489 77449 exon 77313 76883 gene_14 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 78661 78253 exon 78168 77929 gene_15 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 86920 86954 exon 89935 90042 exon 90243 90804 gene_16 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 90819 91315 gene_17 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 93044 93128 exon 94566 94761 exon 95072 95191 exon 96977 97075 exon 97211 97705 gene_18 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 100292 100321 exon 100402 100467 exon 108018 108197 exon 109412 109628 gene_19 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 102361 102830 gene_20 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 113505 113621 exon 113799 113873 exon 114155 114274 exon 114422 114704 gene_21 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 128199 128293 exon 129539 129693 exon 129801 129859 exon 129973 130250 gene_22 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 131267 131709 exon 132978 133119 exon 133573 134622 gene_23 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 142500 143440 gene_24 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 143803 143360 gene_25 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 152445 152099 exon 152010 151919 exon 151078 151030 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.998 118638 119143 match_2 match_part 1.000 142500 143440 GenomeThreader_SGN_markers SGN marker sequences match_3 match_part 0.971 120154 119640 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 118638 119143 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 120154 119640 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C01HBa0010F03.2 type gene exon 142500 143440 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.12 525 3302 transcript_1 transcript 0.12 525 3302 intron_1 intron 0.44 1 524 intron_2 intron 0.73 802 1866 intron_3 intron 0.75 1957 2232 intron_4 intron 0.5 2311 2999 intron_5 intron 0.47 3066 3149 CDS_1 CDS 0.4 525 801 CDS_2 CDS 0.75 1867 1956 CDS_3 CDS 0.8 2233 2310 CDS_4 CDS 0.47 3000 3065 CDS_5 CDS 0.73 3150 3302 stop_codon_1 stop_codon 3300 3302 gene_2 gene 0.88 11899 19633 transcript_2 transcript 0.88 11899 19633 start_codon_1 start_codon 11899 11901 intron_6 intron 1 11971 12835 intron_7 intron 1 12938 13033 intron_8 intron 1 13080 14005 intron_9 intron 0.91 14082 15713 intron_10 intron 1 16081 16835 intron_11 intron 0.96 17086 17867 intron_12 intron 1 18111 18199 intron_13 intron 1 18320 19184 CDS_6 CDS 1 11899 11970 CDS_7 CDS 1 12836 12937 CDS_8 CDS 1 13034 13079 CDS_9 CDS 0.98 14006 14081 CDS_10 CDS 0.92 15714 16080 CDS_11 CDS 0.97 16836 17085 CDS_12 CDS 1 17868 18110 CDS_13 CDS 1 18200 18319 CDS_14 CDS 1 19185 19633 stop_codon_2 stop_codon 19631 19633 gene_3 gene 1 89996 91281 transcript_3 transcript 1 89996 91281 start_codon_2 start_codon 89996 89998 intron_14 intron 1 90043 90242 CDS_15 CDS 1 89996 90042 CDS_16 CDS 1 90243 91281 stop_codon_3 stop_codon 91279 91281 gene_4 gene 0.95 91720 94658 transcript_4 transcript 0.95 91720 94658 start_codon_3 start_codon 91720 91722 intron_15 intron 0.95 92854 92954 intron_16 intron 1 93129 94565 CDS_17 CDS 1 91720 92853 CDS_18 CDS 0.95 92955 93128 CDS_19 CDS 1 94566 94658 stop_codon_4 stop_codon 94656 94658 gene_5 gene 1 94735 97252 transcript_5 transcript 1 94735 97252 start_codon_4 start_codon 94735 94737 intron_17 intron 1 94762 95071 intron_18 intron 1 95192 96976 intron_19 intron 1 97076 97210 CDS_20 CDS 1 94735 94761 CDS_21 CDS 1 95072 95191 CDS_22 CDS 1 96977 97075 CDS_23 CDS 1 97211 97252 stop_codon_5 stop_codon 97250 97252 gene_6 gene 0.14 108053 114553 transcript_6 transcript 0.14 108053 114553 start_codon_5 start_codon 108053 108055 intron_20 intron 0.48 108198 109411 intron_21 intron 0.84 109795 110649 intron_22 intron 1 110738 111207 intron_23 intron 0.31 111393 113053 intron_24 intron 0.9 113187 113484 intron_25 intron 1 113622 113798 intron_26 intron 1 113874 114154 intron_27 intron 1 114275 114421 CDS_24 CDS 0.47 108053 108197 CDS_25 CDS 0.54 109412 109794 CDS_26 CDS 0.98 110650 110737 CDS_27 CDS 0.37 111208 111392 CDS_28 CDS 0.63 113054 113186 CDS_29 CDS 0.9 113485 113621 CDS_30 CDS 1 113799 113873 CDS_31 CDS 1 114155 114274 CDS_32 CDS 1 114422 114553 stop_codon_6 stop_codon 114551 114553 gene_7 gene 0.92 116039 116898 transcript_7 transcript 0.92 116039 116898 start_codon_6 start_codon 116039 116041 intron_28 intron 0.99 116229 116485 CDS_33 CDS 0.99 116039 116228 CDS_34 CDS 0.92 116486 116898 stop_codon_7 stop_codon 116896 116898 gene_8 gene 0.34 117154 120555 transcript_8 transcript 0.34 117154 120555 start_codon_7 start_codon 117154 117156 intron_29 intron 0.74 117409 118492 intron_30 intron 0.48 118582 119988 intron_31 intron 0.98 120104 120180 CDS_35 CDS 0.63 117154 117408 CDS_36 CDS 0.75 118493 118581 CDS_37 CDS 0.98 119989 120103 CDS_38 CDS 0.99 120181 120555 stop_codon_8 stop_codon 120553 120555 gene_9 gene 0.43 128250 134240 transcript_9 transcript 0.43 128250 134240 start_codon_8 start_codon 128250 128252 intron_32 intron 1 128294 129538 intron_33 intron 1 129694 129800 intron_34 intron 1 129860 129972 intron_35 intron 1 131710 132977 intron_36 intron 1 133120 133572 CDS_39 CDS 0.43 128250 128293 CDS_40 CDS 1 129539 129693 CDS_41 CDS 1 129801 129859 CDS_42 CDS 1 129973 131709 CDS_43 CDS 1 132978 133119 CDS_44 CDS 1 133573 134240 stop_codon_9 stop_codon 134238 134240 gene_10 gene 0.99 142508 143656 transcript_10 transcript 0.99 142508 143656 start_codon_9 start_codon 142508 142510 CDS_45 CDS 0.99 142508 143656 stop_codon_10 stop_codon 143654 143656 AUGUSTUS_tom_pot_cdna de novo gene_11 gene 0.63 8820 6312 transcript_11 transcript 0.63 8820 6312 stop_codon_11 stop_codon 6314 6312 intron_37 intron 1 6624 6530 intron_38 intron 1 8242 6831 CDS_46 CDS 1 6529 6312 CDS_47 CDS 1 6830 6625 CDS_48 CDS 0.63 8820 8243 start_codon_10 start_codon 8820 8818 gene_12 gene 0.61 11020 8859 transcript_12 transcript 0.61 11020 8859 stop_codon_12 stop_codon 8861 8859 intron_39 intron 1 9669 8864 intron_40 intron 0.61 11013 9883 CDS_49 CDS 1 8863 8859 CDS_50 CDS 0.62 9882 9670 CDS_51 CDS 0.62 11020 11014 start_codon_11 start_codon 11020 11018 gene_13 gene 0.94 21163 20024 transcript_13 transcript 0.94 21163 20024 stop_codon_13 stop_codon 20026 20024 CDS_52 CDS 0.94 21163 20024 start_codon_12 start_codon 21163 21161 gene_14 gene 1 24874 22874 transcript_14 transcript 1 24874 22874 stop_codon_14 stop_codon 22876 22874 CDS_53 CDS 1 24874 22874 start_codon_13 start_codon 24874 24872 gene_15 gene 0.3 30034 28819 transcript_15 transcript 0.3 30034 28819 stop_codon_15 stop_codon 28821 28819 intron_41 intron 0.41 29547 29154 CDS_54 CDS 0.41 29153 28819 CDS_55 CDS 0.62 30034 29548 start_codon_14 start_codon 30034 30032 gene_16 gene 1 33268 32615 transcript_16 transcript 1 33268 32615 stop_codon_16 stop_codon 32617 32615 intron_42 intron 1 33035 32945 intron_43 intron 1 33250 33138 CDS_56 CDS 1 32944 32615 CDS_57 CDS 1 33137 33036 CDS_58 CDS 1 33268 33251 start_codon_15 start_codon 33268 33266 gene_17 gene 0.57 42604 33399 transcript_17 transcript 0.57 42604 33399 stop_codon_17 stop_codon 33401 33399 intron_44 intron 0.72 40730 33501 intron_45 intron 0.78 42588 40829 CDS_59 CDS 1 33500 33399 CDS_60 CDS 0.98 40828 40731 CDS_61 CDS 0.78 42604 42589 start_codon_16 start_codon 42604 42602 gene_18 gene 1 46151 44498 transcript_18 transcript 1 46151 44498 stop_codon_18 stop_codon 44500 44498 intron_46 intron 1 44770 44669 intron_47 intron 1 45658 44831 intron_48 intron 1 45830 45727 intron_49 intron 1 46043 45919 CDS_62 CDS 1 44668 44498 CDS_63 CDS 1 44830 44771 CDS_64 CDS 1 45726 45659 CDS_65 CDS 1 45918 45831 CDS_66 CDS 1 46151 46044 start_codon_17 start_codon 46151 46149 gene_19 gene 0.31 56023 55658 transcript_19 transcript 0.31 56023 55658 stop_codon_19 stop_codon 55660 55658 CDS_67 CDS 0.31 56023 55658 start_codon_18 start_codon 56023 56021 gene_20 gene 0.94 65775 64468 transcript_20 transcript 0.94 65775 64468 stop_codon_20 stop_codon 64470 64468 CDS_68 CDS 0.94 65775 64468 start_codon_19 start_codon 65775 65773 gene_21 gene 1 78629 74842 transcript_21 transcript 1 78629 74842 stop_codon_21 stop_codon 74844 74842 intron_50 intron 1 75874 75270 intron_51 intron 1 76126 76044 intron_52 intron 1 76422 76325 intron_53 intron 1 76825 76584 intron_54 intron 1 77448 77314 intron_55 intron 1 78092 77490 intron_56 intron 1 78252 78169 intron_57 intron 1 78601 78374 CDS_69 CDS 1 75269 74842 CDS_70 CDS 1 76043 75875 CDS_71 CDS 1 76324 76127 CDS_72 CDS 1 76583 76423 CDS_73 CDS 1 77313 76826 CDS_74 CDS 1 77489 77449 CDS_75 CDS 1 78168 78093 CDS_76 CDS 1 78373 78253 CDS_77 CDS 1 78629 78602 start_codon_20 start_codon 78629 78627 gene_22 gene 0.97 153969 149949 transcript_22 transcript 0.97 153969 149949 stop_codon_22 stop_codon 149951 149949 intron_58 intron 1 150407 150015 intron_59 intron 1 150704 150508 intron_60 intron 1 150921 150830 intron_61 intron 1 151918 151079 intron_62 intron 1 152098 152011 intron_63 intron 1 152271 152127 intron_64 intron 1 153717 152390 intron_65 intron 1 153871 153774 intron_66 intron 0.97 154971 153970 CDS_78 CDS 1 150014 149949 CDS_79 CDS 1 150507 150408 CDS_80 CDS 1 150829 150705 CDS_81 CDS 1 151078 150922 CDS_82 CDS 1 152010 151919 CDS_83 CDS 1 152126 152099 CDS_84 CDS 1 152389 152272 CDS_85 CDS 1 153773 153718 CDS_86 CDS 1 153969 153872 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 316 91771 92856 match_2 match 103 120169 120534 match_3 match 65.1 119987 120103 match_4 match 473 90367 91278 match_5 match 473 90367 91278 match_6 match 473 90367 91278 match_7 match 87.4 120172 120534 match_8 match 58.5 119987 120100 match_9 match 87.4 120172 120534 match_10 match 58.5 119987 120100 match_11 match 227 109411 110256 match_12 match 99.8 120169 120534 match_13 match 63.5 119987 120103 match_14 match 144 514 810 match_15 match 144 523 810 match_16 match 150 120858 121325 match_17 match 109 116470 116784 match_18 match 105 117154 117411 match_19 match 189 120169 120534 match_20 match 74.3 119987 120103 match_21 match 199 129988 131571 match_22 match 177 130090 131571 match_23 match 160 130090 131550 match_24 match 111 142592 142936 match_25 match 151 143165 143650 match_26 match 129 523 810 match_27 match 89.7 120172 120534 match_28 match 48.9 119987 120103 match_29 match 89.7 120172 120534 match_30 match 48.9 119987 120103 match_31 match 38.1 18190 18318 match_32 match 139 19175 19630 match_33 match 88.2 17870 18121 match_34 match 143 15718 16080 match_35 match 112 16830 17090 match_36 match 38.1 18190 18318 match_37 match 139 19175 19630 match_38 match 88.2 17870 18121 match_39 match 143 15718 16080 match_40 match 112 16830 17090 match_41 match 200 129994 131532 match_42 match 115 133710 134195 match_43 match 200 129994 131532 match_44 match 149 523 810 match_45 match 149 523 810 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_46 match 273 30274 29537 match_47 match 193 29157 28825 match_48 match 273 30274 29537 match_49 match 193 29157 28825 match_50 match 431 24772 22898 match_51 match 505 24817 22898 match_52 match 218 30136 29537 match_53 match 187 29157 28828 match_54 match 156 24007 22904 match_55 match 203 30136 29525 match_56 match 176 29157 28828 match_57 match 203 24052 22904 match_58 match 214 30163 29537 match_59 match 177 29157 28825 match_60 match 214 24022 22904 match_61 match 129 24121 22904 match_62 match 123 24022 22907 match_63 match 162 24007 22904 match_64 match 226 30178 29537 match_65 match 177 29157 28825 match_66 match 119 77273 76818 match_67 match 146 24007 22904 match_68 match 203 24022 22904 match_69 match 42.7 76309 76127 match_70 match 147 77315 76803 match_71 match 83.6 76581 76393 match_72 match 42.7 76309 76127 match_73 match 147 77315 76803 match_74 match 83.6 76581 76393 match_75 match 148 77279 76803 match_76 match 148 77279 76803 match_77 match 471 24709 22901 match_78 match 523 24724 22901 match_79 match 503 24781 22889 match_80 match 57.0 150829 150659 match_81 match 100 151095 150922 match_82 match 56.6 150829 150704 match_83 match 100 151095 150922 match_84 match 43.5 150829 150740 match_85 match 100 151095 150922 match_86 match 172 24007 22904 match_87 match 209 30235 29537 match_88 match 171 29157 28825 match_89 match 229 30130 29537 match_90 match 175 29157 28825 match_91 match 483 24766 22892 match_92 match 463 24283 22892 match_93 match 469 24361 22892 match_94 match 108 24019 22901 match_95 match 135 23965 22904 match_96 match 199 30136 29537 match_97 match 177 29157 28828 match_98 match 159 24154 22901 match_99 match 289 30274 29537 match_100 match 186 29157 28822 match_101 match 264 30274 29537 match_102 match 186 29157 28825 match_103 match 264 30274 29537 match_104 match 186 29157 28825 match_105 match 264 30274 29537 match_106 match 186 29157 28825 match_107 match 106 23995 22907 match_108 match 164 23917 23096 match_109 match 149 77279 76803 match_110 match 149 77279 76803 match_111 match 141 77279 76827 match_112 match 159 24013 22898 match_113 match 147 24043 22904 match_114 match 133 77333 76827 match_115 match 106 8805 8242 match_116 match 106 8805 8242 match_117 match 106 8805 8242 match_118 match 106 8805 8242 match_119 match 116 24025 22904 match_120 match 216 24022 22904 match_121 match 216 24022 22904 match_122 match 139 24124 22904 match_123 match 145 77324 76803 match_124 match 505 24874 22892 match_125 match 137 77285 76827 match_126 match 165 23998 22904